From 9190aea05c8a81c6111cbcf08a05e7562a300f8a Mon Sep 17 00:00:00 2001
From: Julia-Gendre <julia.gendre@inrae.fr>
Date: Sun, 13 Oct 2024 14:42:40 +0200
Subject: [PATCH] results
---
...NG-A0628_Cabbage_1M_libLAB7043_summary.tsv | 1603 +++++++
...NG-A0628_Cabbage_2M_libLAB7044_summary.tsv | 1585 +++++++
...NG-A0628_Cabbage_3M_libLAB7045_summary.tsv | 1457 +++++++
...NG-A0628_Cabbage_4M_libLAD4101_summary.tsv | 2173 ++++++++++
..._NG-A0628_Carrot_1M_libLAB7046_summary.tsv | 1762 ++++++++
..._NG-A0628_Carrot_2M_libLAB7047_summary.tsv | 2063 +++++++++
..._NG-A0628_Turnip_1M_libLAB7049_summary.tsv | 2511 +++++++++++
..._NG-A0628_Turnip_2M_libLAB7050_summary.tsv | 1905 ++++++++
..._NG-A0628_Turnip_3M_libLAB7051_summary.tsv | 2075 +++++++++
..._NG-A0628_Turnip_4M_libLAD4102_summary.tsv | 2301 ++++++++++
..._NG-A1487_Carrot_3M_libLAE3337_summary.tsv | 3670 ++++++++++++++++
..._NG-A1487_Carrot_4M_libLAE3338_summary.tsv | 3834 +++++++++++++++++
.../Phyloseq_analysis/DNA_abundance_clean.txt | 1114 +++++
.../DNA_abundance_clean_sub.txt | 1114 +++++
.../RNA_abundance_clean_sub.txt | 539 +++
results/Phyloseq_analysis/obj_DNA.rds | Bin 0 -> 48684 bytes
results/Phyloseq_analysis/obj_DNA_TPM.txt | 1114 +++++
results/Phyloseq_analysis/obj_DNA_TPM_sub.txt | 1114 +++++
.../Phyloseq_analysis/obj_DNA_TPM_taxa.txt | 1114 +++++
.../obj_DNA_TPM_taxa_sub.txt | 1114 +++++
results/Phyloseq_analysis/obj_DNA_sub.rds | Bin 0 -> 48337 bytes
results/Phyloseq_analysis/obj_RNA.rds | Bin 0 -> 23169 bytes
.../graph/2024-10-01_BC_PCoA_DNA_subset.tiff | Bin 0 -> 19440204 bytes
.../graph/2024-10-01_Jaccard-BC_PCoA_DNA.tiff | Bin 0 -> 19440204 bytes
.../2024-10-01_barplot_combine_figure.tiff | Bin 0 -> 48600204 bytes
.../2024-10-01_barplot_groupe_global.tiff | Bin 0 -> 25920218 bytes
.../graph/2024-10-01_density_vOTUs_size.tiff | Bin 0 -> 19440204 bytes
results/graph/2024-10-01_pheatmap_Med.tiff | Bin 0 -> 19440204 bytes
.../graph/2024-10-01_pheatmap_Med_annot.tiff | Bin 0 -> 19440204 bytes
29 files changed, 34162 insertions(+)
create mode 100644 results/Kaiju/kaiju_NG-A0628_Cabbage_1M_libLAB7043_summary.tsv
create mode 100644 results/Kaiju/kaiju_NG-A0628_Cabbage_2M_libLAB7044_summary.tsv
create mode 100644 results/Kaiju/kaiju_NG-A0628_Cabbage_3M_libLAB7045_summary.tsv
create mode 100644 results/Kaiju/kaiju_NG-A0628_Cabbage_4M_libLAD4101_summary.tsv
create mode 100644 results/Kaiju/kaiju_NG-A0628_Carrot_1M_libLAB7046_summary.tsv
create mode 100644 results/Kaiju/kaiju_NG-A0628_Carrot_2M_libLAB7047_summary.tsv
create mode 100644 results/Kaiju/kaiju_NG-A0628_Turnip_1M_libLAB7049_summary.tsv
create mode 100644 results/Kaiju/kaiju_NG-A0628_Turnip_2M_libLAB7050_summary.tsv
create mode 100644 results/Kaiju/kaiju_NG-A0628_Turnip_3M_libLAB7051_summary.tsv
create mode 100644 results/Kaiju/kaiju_NG-A0628_Turnip_4M_libLAD4102_summary.tsv
create mode 100644 results/Kaiju/kaiju_NG-A1487_Carrot_3M_libLAE3337_summary.tsv
create mode 100644 results/Kaiju/kaiju_NG-A1487_Carrot_4M_libLAE3338_summary.tsv
create mode 100644 results/Phyloseq_analysis/DNA_abundance_clean.txt
create mode 100644 results/Phyloseq_analysis/DNA_abundance_clean_sub.txt
create mode 100644 results/Phyloseq_analysis/RNA_abundance_clean_sub.txt
create mode 100644 results/Phyloseq_analysis/obj_DNA.rds
create mode 100644 results/Phyloseq_analysis/obj_DNA_TPM.txt
create mode 100644 results/Phyloseq_analysis/obj_DNA_TPM_sub.txt
create mode 100644 results/Phyloseq_analysis/obj_DNA_TPM_taxa.txt
create mode 100644 results/Phyloseq_analysis/obj_DNA_TPM_taxa_sub.txt
create mode 100644 results/Phyloseq_analysis/obj_DNA_sub.rds
create mode 100644 results/Phyloseq_analysis/obj_RNA.rds
create mode 100644 results/graph/2024-10-01_BC_PCoA_DNA_subset.tiff
create mode 100644 results/graph/2024-10-01_Jaccard-BC_PCoA_DNA.tiff
create mode 100644 results/graph/2024-10-01_barplot_combine_figure.tiff
create mode 100644 results/graph/2024-10-01_barplot_groupe_global.tiff
create mode 100644 results/graph/2024-10-01_density_vOTUs_size.tiff
create mode 100644 results/graph/2024-10-01_pheatmap_Med.tiff
create mode 100644 results/graph/2024-10-01_pheatmap_Med_annot.tiff
diff --git a/results/Kaiju/kaiju_NG-A0628_Cabbage_1M_libLAB7043_summary.tsv b/results/Kaiju/kaiju_NG-A0628_Cabbage_1M_libLAB7043_summary.tsv
new file mode 100644
index 0000000..84b5ded
--- /dev/null
+++ b/results/Kaiju/kaiju_NG-A0628_Cabbage_1M_libLAB7043_summary.tsv
@@ -0,0 +1,1603 @@
+file percent reads taxon_id taxon_name
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 17.632162 2162365 1243 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Leuconostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 15.935423 1954281 71245 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kazachstania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 10.149323 1244688 2767892 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Secundilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 4.121805 505488 2767842 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactiplantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 4.061742 498122 2767885 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Latilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 3.934676 482539 1253 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Pediococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 2.047693 251124 2767886 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Levilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.953803 116972 1357 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.817637 100273 2767893 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lentilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.305412 37455 547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Enterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.227174 27860 46255 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Weissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.133491 16371 2759736 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lacticaseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.132977 16308 4930 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Saccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.119719 14682 1578 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.099439 12195 33877 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.096129 11789 1350 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Enterococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.092924 11396 2767889 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Loigolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.089190 10938 122277 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Pectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.085153 10443 1279 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Staphylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.082128 10072 1883 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.075507 9260 662 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Vibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.072417 8881 1301 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Streptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.058881 7221 613 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Serratia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.058204 7138 570 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Klebsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.057348 7033 469 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Acinetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.056475 6926 2742598 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Limosilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.053825 6601 2767879 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Companilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.038561 4729 1854 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Frankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.031719 3890 2767887 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Ligilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.029714 3644 53335 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Pantoea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.025669 3148 1870884 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Clostridioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.025661 3147 561 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Escherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.024218 2970 2767888 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Liquorilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.023386 2868 40323 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Stenotrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.020018 2455 5052 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Aspergillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.019904 2441 1970195 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Ancylomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.019855 2435 46254 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Oenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.019342 2372 1330545 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Lelliottia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.018771 2302 278028 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Naumovozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.018526 2272 51668 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Tetragenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.017972 2204 5605 Eukaryota;Ascomycota;NA;NA;NA;Saitoella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.017654 2165 1716 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Corynebacteriaceae;Corynebacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.016936 2077 4910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kluyveromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.016675 2045 579 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kluyvera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.016373 2008 599737 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Wickerhamomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.016194 1986 1129544 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Rhizophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.014588 1789 1678 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bifidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.014384 1764 286 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Pseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.014172 1738 53246 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Pseudoalteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.014156 1736 1386 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Bacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.013658 1675 4953 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.012663 1553 657 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Photobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.012517 1535 559173 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.011775 1444 68287 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Mesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.011620 1425 374468 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Nakaseomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.011318 1388 143959 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Coelomomycetaceae;Coelomomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.011269 1382 2831443 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.011041 1354 461281 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Ogataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.010445 1281 2767881 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.010290 1262 1637 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Listeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.010127 1242 586 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Providencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.010078 1236 374 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Bradyrhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.009434 1157 2767890 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Paucilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.009214 1130 866673 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Marinifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.009018 1106 5320 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pleurotaceae;Pleurotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.008839 1084 106589 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Cupriavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.008586 1053 1827 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Rhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.008407 1031 98757 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Gelatoporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.008203 1006 2930384 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Periweissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.007983 979 4780 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Plasmopara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.007926 972 326606 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Annulohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.007861 964 59732 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chryseobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.007763 952 1485 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Clostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.007485 918 475 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Moraxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.007428 911 100474 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Batrachochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.007355 902 63298 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Pseudozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.007119 873 5948 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Stylonychia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.006858 841 2767882 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Furfurilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.006654 816 1176129 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Aulographaceae;Aulographum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.006425 788 229219 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Blastomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.006368 781 407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.006173 757 358905 Eukaryota;Basidiomycota;Agaricomycetes;Sebacinales;Serendipitaceae;Serendipita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.006148 754 33882 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.006099 748 414371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aureimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.006010 737 207599 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Solirubrobacteraceae;Solirubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.006010 737 2767877 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Apilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.005895 723 107449 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Phaffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.005798 711 551 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Erwinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.005765 707 2747 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Carnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.005537 679 670516 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.005431 666 2737 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Vagococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.005235 642 1988 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinomadura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.005153 632 27375 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Entrophosporaceae;Entrophospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.005153 632 308926 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Diversisporaceae;Diversispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.005121 628 148959 Eukaryota;Basidiomycota;Wallemiomycetes;Wallemiales;Wallemiaceae;Wallemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.005088 624 544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Citrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.005064 621 2745 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.004933 605 4917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Pachysolen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.004868 597 44249 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Paenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.004672 573 97050 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.004640 569 38832 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Micromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.004509 553 1849718 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Labilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.004501 552 756023 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Xylogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.004305 528 82802 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Trichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.004224 518 2767358 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasmopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.004126 506 34037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rahnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.004077 500 2767884 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lapidilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.004028 494 101 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Flectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.003906 479 507510 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Hyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.003832 470 300275 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Lachancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.003710 455 2767891 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Schleiferilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.003596 441 317045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Kuraishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.003506 430 111500 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muricauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.003408 418 34111 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Monoraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.003351 411 1742992 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paenarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.003156 387 3071 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Chlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.003156 387 171413 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Dolosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.003050 374 1206748 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Nitrolancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.003041 373 194 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Campylobacteraceae;Campylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.003025 371 1269 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Micrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002805 344 1849822 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paraclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002789 342 3118 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Ulva;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002789 342 216851 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Faecalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002772 340 306539 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halolactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002626 322 590 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Salmonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002454 301 1539666 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Suhomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002422 297 2772525 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Putridiphycobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002365 290 84567 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002348 288 1375 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Aerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002340 287 113604 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Tetrapisispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002308 283 460073 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Segetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002291 281 38501 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Blastococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002283 280 766502 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Millerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002259 277 27320 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Metschnikowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002193 269 2803850 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Mammaliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002169 266 1322061 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Rhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002161 265 76831 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Myroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002145 263 45033 Eukaryota;NA;Phaeophyceae;Laminariales;Chordaceae;Chorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.002030 249 28453 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Sphingobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001998 245 89966 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Hymenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001990 244 160674 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Raoultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001933 237 83174 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Valsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001900 233 29888 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Calocera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001818 223 374469 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Vanderwaltozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001778 218 1142 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Synechocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001769 217 4948 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Torulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001753 215 4875 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Glomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001745 214 29832 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Hanseniaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001721 211 5475 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Candida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001704 209 163316 Eukaryota;Chlorophyta;Chlorophyceae;NA;Microsporaceae;Microspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001663 204 2749846 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001590 195 64649 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Backusellaceae;Backusella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001557 191 88138 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Modestobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001533 188 581 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Morganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001500 184 810 Bacteria;Chlamydiota;Chlamydiia;Chlamydiales;Chlamydiaceae;Chlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001468 180 129337 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Geobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001451 178 4815 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Spizellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001443 177 1873 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Micromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001443 177 5073 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001435 176 36880 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Cymbomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001427 175 766765 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Yamadazyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001403 172 349 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Zoogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001321 162 69965 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Macrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001297 159 184027 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Golovinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001272 156 2767878 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Bombilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001248 153 357 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Agrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001248 153 2767875 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Agrilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001239 152 5296 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Puccinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001215 149 5583 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Exophiala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001207 148 33170 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Eremothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001207 148 2767876 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Amylolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001191 146 2804231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lederbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001182 145 629 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Yersinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001182 145 2779861 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Linnemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001158 142 41891 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Coccomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001125 138 1839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Nocardioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001125 138 766733 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Scheffersomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001117 137 3052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlamydomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001117 137 54304 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001117 137 2901164 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Stutzerimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001109 136 489140 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Geminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001093 134 768 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Anaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001093 134 5209 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Filobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001084 133 27308 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Ascoideaceae;Ascoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001084 133 80744 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Serpulaceae;Serpula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001076 132 191392 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Auxenochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001068 131 2370 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001068 131 4756 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Neocallimastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001060 130 713 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Actinobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001060 130 5140 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Neurospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001060 130 469322 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Steroidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001052 129 31366 Eukaryota;Rhodophyta;Florideophyceae;Bonnemaisoniales;Bonnemaisoniaceae;Asparagopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001036 127 55528 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Guillardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.001011 124 626 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Xenorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000995 122 2812012 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Zongyanglinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000987 121 379 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Rhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000962 118 583 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Proteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000930 114 31311 Eukaryota;Chlorophyta;Nephroselmidophyceae;Nephroselmidales;Nephroselmidaceae;Nephroselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000921 113 77674 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Paracraurococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000897 110 4842 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Rhizopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000889 109 253255 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Soehngenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000889 109 1983104 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Lusitaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000856 105 82976 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Buttiauxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000848 104 237 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000848 104 1203 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000840 103 2761542 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Fundicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000807 99 4753 Eukaryota;Ascomycota;Pneumocystidomycetes;Pneumocystidales;Pneumocystidaceae;Pneumocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000807 99 5228 Eukaryota;Basidiomycota;Atractiellomycetes;Atractiellales;Hoehnelomycetaceae;Atractiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000791 97 100860 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Aphanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000791 97 100883 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Coprobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000783 96 31983 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Helcococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000734 90 4783 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Phytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000726 89 1117308 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Funneliformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000726 89 1470540 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Jeotgalibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000718 88 4828 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Absidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000709 87 3087 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Scenedesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000709 87 5206 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Cryptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000701 86 240411 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000693 85 2755 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Brochothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000685 84 191769 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Marinilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000677 83 667112 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Lutispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000660 81 47830 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Lachnaceae;Lachnellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000652 80 5820 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Plasmodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000644 79 83654 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Leclercia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000644 79 2302914 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloropicon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000636 78 1125 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Microcystaceae;Microcystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000636 78 5251 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Ceratobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000628 77 13786 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Trebouxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000620 76 41879 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pycnococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000620 76 305976 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000612 75 85413 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Boseaceae;Bosea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000612 75 2837504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Heyndrickxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000603 74 234 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Brucella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000603 74 70447 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Ostreococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000587 72 441 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000587 72 158846 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Megamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000571 70 1865 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000546 67 41874 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Bathycoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000546 67 121087 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Ostreobiaceae;Ostreobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000546 67 1187078 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cecembia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000530 65 2316020 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mediterraneibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000522 64 3044 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Dunaliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000522 64 249523 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aestuariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000514 63 1697027 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Convivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000497 61 2791 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Porphyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000497 61 4958 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Debaryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000489 60 702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Plesiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000489 60 816 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Bacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000489 60 460517 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Komagataella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000473 58 109374 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Nemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000473 58 475230 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Pullulanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000457 56 63132 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Geitlerinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000457 56 114627 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Alkaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000457 56 1854458 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Breznakia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000448 55 906 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Megasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000440 54 33024 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Phascolarctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000440 54 102106 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Collinsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000440 54 766758 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Schwanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000432 53 226 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000432 53 1853743 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Symbiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000424 52 338 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000424 52 2767880 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Dellaglioa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000416 51 413496 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000400 49 158483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cedecea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000391 48 249344 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Picochlorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000383 47 2964429 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Candida/Metschnikowiaceae;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000367 45 33042 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Coprococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000367 45 1065495 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Radiococcaceae;Neocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000367 45 2837507 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Robertmurraya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000359 44 1763 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000359 44 4830 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Mucor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000359 44 13687 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000359 44 36910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Clavispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000359 44 42695 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Pseudomuriellaceae;Pseudomuriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000351 43 283 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Comamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000342 42 459786 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Oscillibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000334 41 745 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Pasteurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000326 40 1915381 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Nannizzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000318 39 33969 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Melissococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000318 39 33986 Bacteria;Bacillota;Bacilli;Bacillales;NA;Exiguobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000318 39 1199100 Eukaryota;Chlorophyta;Ulvophyceae;Scotinosphaerales;Scotinosphaeraceae;Scotinosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000318 39 2800678 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000310 38 3066 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Volvox;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000310 38 2837502 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000302 37 413 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000302 37 1330547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000302 37 1448052 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Globisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000302 37 2304164 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Jaagichlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000294 36 2077 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sporolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000294 36 37359 Eukaryota;Endomyxa;Phytomyxea;Plasmodiophorida;Plasmodiophoridae;Plasmodiophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000294 36 231454 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000294 36 1573535 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000294 36 1849828 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Paeniclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000285 35 110932 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leifsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000285 35 2881385 Bacteria;Cyanobacteriota;Cyanophyceae;Thermostichales;Thermostichaceae;Thermostichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000285 35 3016631 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Silvania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000277 34 22 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Shewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000277 34 568 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Hafnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000277 34 642 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Aeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000269 33 724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Haemophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000269 33 2335 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Thermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000269 33 139276 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Dacryopinax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000269 33 768669 Bacteria;Chloroflexota;Ktedonobacteria;Thermogemmatisporales;Thermogemmatisporaceae;Thermogemmatispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000269 33 2978367 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Nicoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000261 32 434 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000261 32 41273 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Tissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000261 32 543311 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Parvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000261 32 572511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Blautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000261 32 2678885 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000253 31 29465 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Veillonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000253 31 204037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Dickeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000253 31 2815776 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Bilifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000245 30 3164 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Tetraselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000245 30 47251 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000245 30 65007 Eukaryota;Evosea;Variosea;Cavosteliida;Cavosteliaceae;Planoprotostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000245 30 158848 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Moellerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000236 29 4919 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Pichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000236 29 71655 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Brenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000228 28 222 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Achromobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000228 28 5806 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Cryptosporidiidae;Cryptosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000228 28 29907 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Sporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000228 28 34072 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Variovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000228 28 204286 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Cobetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000220 27 4836 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Phycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000220 27 4863 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Coemansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000220 27 1822464 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paraburkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000212 26 620 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shigella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000212 26 36922 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Diaporthaceae;Diaporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000212 26 120831 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Dyadobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000204 25 32008 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000204 25 145474 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Helicosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000204 25 150781 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Astraeaceae;Astraeus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000204 25 1494427 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tepidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000204 25 1930791 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000204 25 3025755 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Thomasclavelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000196 24 182639 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Kribbellaceae;Kribbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000196 24 400634 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000188 23 635 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Edwardsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000188 23 5754 Eukaryota;Discosea;NA;Longamoebia;Acanthamoebidae;Acanthamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000188 23 41201 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Ewingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000188 23 84406 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Virgibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000179 22 68 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Lysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000179 22 838 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000179 22 1129 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Synechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000179 22 2949 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Symbiodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000179 22 44649 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlorococcaceae;Chlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000179 22 62701 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Podosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000179 22 307506 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Raphidocelis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000179 22 1130052 Eukaryota;Ascomycota;Xylobotryomycetes;Xylobotryales;Cirrosporiaceae;Cirrosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000171 21 1647 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Erysipelothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000171 21 12916 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Acidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000171 21 27372 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Acaulosporaceae;Acaulospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000171 21 33870 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Coriobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000171 21 44744 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Haematococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000171 21 54298 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Chroococcidiopsidaceae;Chroococcidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000171 21 239759 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Alistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000171 21 412764 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Spathaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000163 20 209 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Helicobacteraceae;Helicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000163 20 35798 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000163 20 41299 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Choricystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000163 20 41955 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Amanitaceae;Amanita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000163 20 126838 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Micractinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000163 20 221285 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Westiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000155 19 2902 Eukaryota;Haptophyta;NA;Isochrysidales;Noelaerhabdaceae;Emiliania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000155 19 4951 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Yarrowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000155 19 33096 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Gonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000155 19 70188 Eukaryota;Olpidiomycota;Olpidiomycetes;Olpidiales;Olpidiaceae;Olpidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000155 19 155493 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Gallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000155 19 450526 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000155 19 1330546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pluralibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000155 19 1940604 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Edaphochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000147 18 5506 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Fusarium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000147 18 5761 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Naegleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000147 18 83373 Eukaryota;Rhodophyta;Bangiophyceae;Galdieriales;Galdieriaceae;Galdieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000139 17 29487 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Photorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000139 17 80865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Delftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000139 17 265975 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000139 17 1193503 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Gilliamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000139 17 2594176 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Edaphochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000130 16 2742 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Marinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000130 16 4797 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Pythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000130 16 28105 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Sinorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000130 16 41275 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Brevundimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000130 16 55079 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Aneurinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000130 16 57493 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Kocuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000130 16 57494 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Nesterenkonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000130 16 82984 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Pragia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000130 16 139433 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meripilaceae;Physisporinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000130 16 1633384 Eukaryota;Microsporidia;NA;NA;NA;Mitosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000122 15 1263 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000122 15 36034 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Saccharomycodes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000122 15 76312 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Caulerpaceae;Caulerpa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000122 15 97095 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Diatrypaceae;Eutypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000122 15 190323 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Plantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000122 15 909656 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Phocaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000122 15 1169538 Eukaryota;NA;NA;NA;Vitrellaceae;Vitrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000122 15 1433402 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Glycocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000114 14 1163 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Anabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000114 14 2040 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Aeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000114 14 28000 Eukaryota;Perkinsozoa;NA;Perkinsida;Perkinsidae;Perkinsus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000114 14 36882 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pyramimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000114 14 47772 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Astrephomenaceae;Astrephomene;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000114 14 55080 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Brevibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000114 14 109326 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Anaerovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000114 14 766748 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Babjeviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000114 14 1196389 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygotorulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000114 14 1649295 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Franconibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000114 14 2321111 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Aliarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000114 14 2800373 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Priestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 2784 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Porphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 3030 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Cryptomonadaceae;Cryptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 3132 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Codiaceae;Codium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 32207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Rothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 86017 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Salpingoeca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 604195 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Cyberlindnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 648802 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Rummeliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 697279 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Bavariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 1017280 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoflavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 1506577 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Tyzzerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 1929105 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Anaeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 2058189 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Heterostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000106 13 2726810 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Scandinavium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 16 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 801 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Symbiopectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 1743 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 5782 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Dictyostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 5959 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Blepharismidae;Blepharisma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 29331 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Amphibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 74385 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 75654 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Duganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 78910 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Syncephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 83461 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Corallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 117563 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Granulicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 160795 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Ureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 379065 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 1356488 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Rosenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 1434009 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 1504576 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudocitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000098 12 1769710 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Sellimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000090 11 1817 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Nocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000090 11 2000 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Streptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000090 11 2781 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000090 11 2879 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ectocarpaceae;Ectocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000090 11 37991 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Xylaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000090 11 64561 Eukaryota;Mucoromycota;Umbelopsidomycetes;Umbelopsidales;Umbelopsidaceae;Umbelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000090 11 75374 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Leptodontidiaceae;Leptodontidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000090 11 90402 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Geoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000090 11 158876 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Yokenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000090 11 168131 Eukaryota;Evosea;NA;Pelobiontida;Pelomyxidae;Pelomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000090 11 2315209 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Hondaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 841 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Roseburia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 2172 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobrevibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 2383 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Epulonipiscium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 2980 Eukaryota;NA;Xanthophyceae;Tribonematales;Tribonemataceae;Tribonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 4855 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Mortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 28050 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 33644 Eukaryota;Bacillariophyta;Fragilariophyceae;Fragilariales;Fragilariaceae;Fragilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 102234 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Geminocystaceae;Cyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 104249 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 106633 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thioalkalivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 118004 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Chrysiogenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 182709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Oceanobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 182899 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Persephonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 518753 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Luteolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 688353 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Lichtheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 1427149 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halomicroarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 1434702 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Taibaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 1565532 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rouxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 1918450 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Cuneatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 2058951 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Raperosteliaceae;Tieghemostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000082 10 2719231 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lacrimispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 404 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 1569 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Sporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 2761 Eukaryota;NA;Glaucocystophyceae;NA;Cyanophoraceae;Cyanophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 4888 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Smittium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 5260 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Melampsoraceae;Melampsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 12967 Eukaryota;NA;Bigyra;Opalinata;Blastocystidae;Blastocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 68034 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Sporotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 81525 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Monosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 144537 Eukaryota;Mucoromycota;Glomeromycetes;Paraglomerales;Paraglomeraceae;Paraglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 242060 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Cystoisospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 431390 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Mayamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 447020 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Adlercreutzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 1155385 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Proteiniclasticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 1903434 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Atlantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 1960084 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Rodentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 2055880 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudescherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 2100764 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Mixta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 2675229 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Peribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 2675233 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Metabacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 2782229 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Epilithonimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000073 9 2918834 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Petrachlorosaceae;Petrachloros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 2034 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Curtobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 4873 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Gigaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 5110 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Claviceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 5240 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Tulasnellaceae;Tulasnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 5324 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Trametes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 5552 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Trichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 5690 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Trypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 5864 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Babesiidae;Babesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 5931 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;NA;Ichthyophthirius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 5973 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Halteriidae;Halteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 13366 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Brettanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 34114 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Pleurastraceae;Pleurastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 41247 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Mycena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 64501 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Entophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 65356 Eukaryota;Oomycota;NA;Albuginales;Albuginaceae;Albugo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 92793 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 117544 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Cytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 150247 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anoxybacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 165695 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 229045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Trichomonascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 286114 Eukaryota;Chytridiomycota;Chytridiomycetes;Synchytriales;Synchytriaceae;Synchytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 335058 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 437504 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Granulosicoccaceae;Granulosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 447792 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Phytobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 1505657 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Intestinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 1587496 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Irineochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 2052799 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Jimgerdemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 2675230 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cytobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 2675231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mesobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000065 8 2675232 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Neobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 10 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Cellvibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 157 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Treponema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 265 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 482 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Neisseria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 848 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Fusobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 1177 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Nostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 1654 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 4859 Eukaryota;Zoopagomycota;Basidiobolomycetes;Basidiobolales;Basidiobolaceae;Basidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 5890 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;Tetrahymenidae;Tetrahymena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 43431 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Sphaerosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 46432 Eukaryota;Foraminifera;NA;NA;Reticulomyxidae;Reticulomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 47789 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Tetrabaenaceae;Tetrabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 55193 Eukaryota;Basidiomycota;Malasseziomycetes;Malasseziales;Malasseziaceae;Malassezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 61170 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 70451 Eukaryota;Haptophyta;NA;Pavlovales;Pavlovaceae;Diacronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 70742 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 99906 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alkalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 109893 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Powellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 160433 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Samsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 165696 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 165779 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 222439 Eukaryota;Preaxostyla;NA;Oxymonadida;Streblomastigidae;Streblomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 254250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Isoptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 388809 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;NA;Blyttiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 453566 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Ambisporaceae;Ambispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 519427 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Sharpea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 1506553 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 1518149 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 1924081 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Bariatricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 2303321 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Superficieibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 2815774 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Hornefia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000057 7 2817139 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Weizmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Porphyromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 1663 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Arthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 2147 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Acholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 4802 Eukaryota;Oomycota;NA;Lagenidiales;Lagenidiaceae;Lagenidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 4807 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Blastocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 4867 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Linderina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 5455 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Glomerellaceae;Colletotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 5810 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Toxoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 13075 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Globicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 29825 Eukaryota;Ascomycota;Neolectomycetes;Neolectales;Neolectaceae;Neolecta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 29828 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Lipomycetaceae;Lipomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 34444 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 43668 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Brachybacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 44055 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Aureococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 44471 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Microcoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 50955 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Geosiphonaceae;Geosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 52225 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Mitsuokella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 63261 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Moesziomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 64560 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Radiomycetaceae;Radiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 71684 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Galeropsidaceae;Panaeolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 75984 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Mannheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 82800 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Desemzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 142587 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Isobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 158851 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Trabulsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 214906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Histophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 410829 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Sugiyamaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 929812 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Gibbsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 1129545 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Claroideoglomeraceae;Claroideoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 1522432 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Pseudoduganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 1632780 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phreatobacteraceae;Phreatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 1649298 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Siccibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 1930830 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Floricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 2058187 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Cavenderiaceae;Cavenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 2282523 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 2302916 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloroparvula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 2675234 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000049 6 2682476 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 75 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Caulobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 107 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Spirosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 445 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Legionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 497 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Psychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 517 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Bordetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 864 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Pectinatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 1730 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Eubacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 2701 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Gardnerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 2768 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Chondrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 2857 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 3038 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 3049 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Polytomella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 4819 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Phlyctochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 5379 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Suillaceae;Suillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 5758 Eukaryota;Evosea;NA;Mastigamoebida;Entamoebidae;Entamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 5873 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Theileriidae;Theileria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 5962 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Stentoridae;Stentor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 13289 Eukaryota;Basidiomycota;Exobasidiomycetes;Tilletiales;Tilletiaceae;Tilletia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 28236 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Petrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 28895 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Thermoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 34487 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Conidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 35140 Eukaryota;Haptophyta;NA;Prymnesiales;Chrysochromulinaceae;Chrysochromulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 35721 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Parasitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 40657 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Plectosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 45785 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nadsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 68787 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Sclerodermataceae;Scleroderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 82980 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Leminorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 82986 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Tatumella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 83618 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudoxanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 85108 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Halorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 109935 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Cladochytriaceae;Cladochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 141715 Eukaryota;Chlorophyta;Mamiellophyceae;Monomastigales;Monomastigaceae;Monomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 156973 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Dysgonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 165697 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 189384 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Tremblaya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 198705 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Lampropedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 230838 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronosclerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 236786 Eukaryota;NA;Dictyochophyceae;Florenciellales;NA;Florenciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 303226 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 323449 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Pontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 459532 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Terribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 476201 Eukaryota;Apicomplexa;Aconoidasida;Nephromycida;NA;Cardiosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 877559 Eukaryota;NA;NA;Apusomonadida;Apusomonadidae;Thecamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 940557 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Granulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 1233426 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Roseofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 1395788 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Gorgonomycetaceae;Gorgonomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 1649459 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hungatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 1780190 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Izhakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 1822002 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Enterobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 1912216 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Cutibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 1924110 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Massilimicrobiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 2201383 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Mangrovicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000041 5 2767883 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Holzapfeliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 20 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Phenylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 507 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Alcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 1198 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Phormidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 1372 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 2774 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 2849 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Phaeodactylaceae;Phaeodactylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 3187 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Nannochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 4895 Eukaryota;Ascomycota;Schizosaccharomycetes;Schizosaccharomycetales;Schizosaccharomycetaceae;Schizosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 5193 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Morchellaceae;Morchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 5579 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Saccotheciaceae;Aureobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 5884 Eukaryota;Ciliophora;Oligohymenophorea;Peniculida;Parameciidae;Paramecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 13705 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Syncephalastraceae;Syncephalastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 28253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 29330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Alicyclobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 29393 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Dolosigranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 29521 Bacteria;Spirochaetota;Spirochaetia;Brachyspirales;Brachyspiraceae;Brachyspira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 32068 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Sebaldella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 33652 Eukaryota;NA;Bigyra;Bicosoecida;Cafeteriaceae;Cafeteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 34416 Eukaryota;Basidiomycota;Microbotryomycetes;Microbotryales;Microbotryaceae;Microbotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 35127 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Thalassiosirales;Thalassiosiraceae;Thalassiosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 35676 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Pelagomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 36853 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfitobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 45427 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Amylocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 45669 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Salinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 46913 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Devosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 48736 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ralstonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 55968 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leucobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 64643 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Dichotomocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 66831 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Facklamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 68793 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Botryobasidiaceae;Botryobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 78922 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 82978 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Budvicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 83614 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Luteimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 84108 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Slackia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 84565 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Sodalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 89956 Eukaryota;NA;Dinophyceae;Suessiales;Suessiaceae;Polarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 91942 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Hortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 99479 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Tetrasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 109880 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Nowakowskiellaceae;Nowakowskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 109896 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Gaertneriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 109944 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;Gonapodyaceae;Gonapodya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 149698 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Massilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 153903 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Monostromataceae;Gayralia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 162289 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Peptoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 165301 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Lentzea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 169998 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Phakopsoraceae;Phakopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 186035 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Fragilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 189429 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Chlorodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 196080 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Terasakiellaceae;Terasakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 227979 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Jeotgalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 293088 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Martelella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 329857 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Cohnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 361607 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Patulibacteraceae;Patulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 372047 Eukaryota;Ascomycota;Dothideomycetes;Phaeotrichales;Phaeotrichaceae;Trichodelitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 401469 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Undibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 451512 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Mangrovibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 482460 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sediminibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 511678 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Aliivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 549703 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kurtzmaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 588605 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Robinsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 638847 Bacteria;Synergistota;Synergistia;Synergistales;Dethiosulfovibrionaceae;Pyramidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 690565 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Serinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 1347386 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Anaerosalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 1351751 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Parastagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 1500004 Eukaryota;Blastocladiomycota;Physodermatomycetes;Physodermatales;Physodermataceae;Paraphysoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 1505652 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Terrisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 1543705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Nitrospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 2678248 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Edaphovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 2709238 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Zopfochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 2779867 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Actinomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 2837509 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Schinkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 2884243 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Musicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 2922426 Bacteria;Chloroflexota;Candidatus Thermofonsia;Phototrophicales;Phototrophicaceae;Phototrophicus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 2943317 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Entomohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 2944547 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermochaetoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 2992131 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Romeriopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 2994443 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudenterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000033 4 3032809 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Petralouisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 535 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chromobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 637 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Arsenophonus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 830 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Butyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1154 Bacteria;Cyanobacteriota;Cyanophyceae;Spirulinales;Spirulinaceae;Spirulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1218 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Prochlorococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1227 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Nitrosococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1257 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptostreptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1298 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1813 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Amycolatopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1835 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1847 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Pseudonocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2060 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Tsukamurellaceae;Tsukamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2093 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2991 Eukaryota;NA;Synurophyceae;Synurales;Mallomonadaceae;Synura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 4821 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Piromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 5024 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Venturiaceae;Venturia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 5104 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ascosphaeraceae;Ascosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 5230 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Auriculariaceae;Auricularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 5305 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phanerochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 5309 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Athelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 5402 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Russula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 5569 Eukaryota;Ascomycota;Dothideomycetes;NA;Gloniaceae;Cenococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 5644 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Stereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 13134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Magnetospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 13641 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Polysphondylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 27977 Eukaryota;Microsporidia;NA;NA;Nosematidae;Nosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 28070 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Gloeothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 28581 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Allomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 35103 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Pseudocohnilembidae;Pseudocohnilembus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 40415 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Antrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 40421 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Bondarzewia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 40466 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Sparassidaceae;Sparassis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 42308 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 42367 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Hirsutella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 45156 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidioschyzon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 45244 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Emericellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 47720 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Lyophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 55339 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Amylostereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 58050 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Moritellaceae;Moritella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 59739 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Flammeovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 60136 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 61396 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Kickxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 66862 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Ammoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 71602 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Diploschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 73024 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 73029 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Dechloromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 73229 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 78916 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Piptocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 79328 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Chitinophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 81945 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Pilobolaceae;Pilobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 82267 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;NA;Hyaloraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 88551 Eukaryota;NA;Dinophyceae;Syndiniales;Amoebophryaceae;Amoebophrya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 90268 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Apophysomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 93827 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Gymnopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 102231 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Gloeocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 105135 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Anaeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 109875 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Catenariaceae;Catenaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 109928 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Podochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 110092 Eukaryota;Chytridiomycota;Chytridiomycetes;Polychytriales;NA;Polychytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 125216 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 125287 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Ornithinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 129577 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 133407 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Acytostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 137742 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Podoscyphaceae;Abortiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 152459 Eukaryota;Ciliophora;Spirotrichea;Euplotida;Euplotidae;Moneuplotes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 155415 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;NA;Monosporascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 184430 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 201152 Eukaryota;Fornicata;NA;NA;NA;Carpediemonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 204447 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Skermanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 204475 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Gemmiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 231750 Eukaryota;Rhodophyta;Florideophyceae;Corallinales;Corallinaceae;Hydrolithon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 252965 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family IV. Incertae Sedis;Mahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 264688 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Trichormus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 264995 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Anaerofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 267408 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Arsenicicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 286098 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Seminavis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 286104 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Winogradskyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 311453 Eukaryota;Microsporidia;NA;NA;Tubulinosematidae;Anncaliia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 359407 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylotenera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 361050 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Rubritaleaceae;Rubritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 370954 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Staphylotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 505692 Eukaryota;NA;NA;NA;Chromeraceae;Chromera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 511189 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Moelleriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 561108 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Jaminaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 580024 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Enterorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 596767 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Hydrogenoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 766728 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Meyerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 880756 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Fistulifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1006481 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Microaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1010672 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Lecanographaceae;Alyxoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1042315 Bacteria;Armatimonadota;Armatimonadia;Armatimonadales;Armatimonadaceae;Armatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1082702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Lonsdalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1211036 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mangrovimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1232588 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Saprochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1249554 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Aliidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1276290 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1335483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shimwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1396506 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Borealophlyctidaceae;Borealophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1434002 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Falsirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1493516 Eukaryota;Cryptomycota;NA;NA;NA;Paramicrosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1555240 Eukaryota;Chytridiomycota;Chytridiomycetes;Caulochytriales;Caulochytriaceae;Caulochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1579506 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Roseimaritima;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1620264 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Dactylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1801563 Eukaryota;Basidiomycota;Microbotryomycetes;NA;Chrysozymaceae;Pseudohyphozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1843210 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerocolumna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1851509 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Naganishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 1866885 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2004661 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Hyphobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2025987 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Nothophytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2486696 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Cladocopium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2597221 Bacteria;NA;Deltaproteobacteria;Candidatus Acidulodesulfobacterales;NA;Candidatus Acididesulfobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2759657 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2779859 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Entomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2787156 Bacteria;Bacillota;Culicoidibacteria;Culicoidibacterales;Culicoidibacteraceae;Culicoidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2837506 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Niallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2837510 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Siminovitchia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2853326 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Affinibrenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2862142 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Falseniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 2862144 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ruoffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 3021684 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Dryocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 3026546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Duffyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000024 3 3031933 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Chordicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 13 Bacteria;Dictyoglomota;Dictyoglomia;Dictyoglomales;Dictyoglomaceae;Dictyoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 191 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Azospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 522 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidiphilium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 780 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Rickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 872 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 963 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1033 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Afipia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1152 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Pseudanabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Cellulomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1860 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Geodermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2713 Bacteria;Aquificota;Aquificae;Aquificales;Aquificaceae;Aquifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2875 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Dictyota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 3110 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Prototheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 3136 Eukaryota;Chlorophyta;Ulvophyceae;Dasycladales;Polyphysaceae;Acetabularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 3189 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Scherffelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 3191 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Spermatozopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 4765 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Achlya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 4769 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Saprolegnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 4871 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Endogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 5115 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Cryphonectriaceae;Cryphonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 5269 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Ustilago;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 5529 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Metarhizium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 5533 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Rhodotorula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 5550 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Trichophyton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 5581 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Beauveria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 5658 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leishmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 5723 Eukaryota;Parabasalia;NA;Tritrichomonadida;Tritrichomonadidae;Tritrichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 5748 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Monodopsidaceae;Nannochloropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 6038 Eukaryota;Microsporidia;NA;NA;Nosematidae;Vairimorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 27331 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Protomycetaceae;Protomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 27353 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Coleosporiaceae;Cronartium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 29580 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Janthinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 32067 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Leptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 33194 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Bipolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 33926 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Candidatus Phytoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 33976 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Caryophanon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 34431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucocoprinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 35089 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Gregarinidae;Gregarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 35753 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Dactylosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 36065 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Cantharellaceae;Cantharellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 36913 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Lodderomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 38452 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Rutstroemiaceae;Rutstroemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 39716 Eukaryota;Cercozoa;Imbricatea;Euglyphida;Paulinellidae;Paulinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 39948 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Dialister;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 40144 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Tricholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 41687 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Scedosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 43987 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Geotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 44259 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Filifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 45247 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Leucothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 45667 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 46205 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Pseudobutyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 46352 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 47204 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Pyronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 48073 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Microbulbiferaceae;Microbulbifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 48075 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 49237 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Chaetocerotaceae;Chaetoceros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 51319 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Chaetophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 56001 Eukaryota;Chlorophyta;Chlorophyceae;Chaetopeltidales;Chaetopeltidaceae;Chaetopeltis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 56489 Eukaryota;Basidiomycota;Agaricomycetes;Thelephorales;Thelephoraceae;Thelephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 59753 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 61413 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Martensiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 64629 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mycotyphaceae;Mycotypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 65402 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Acidaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 67572 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Psychromonadaceae;Psychromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 68743 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Pluteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 77921 Eukaryota;NA;Glaucocystophyceae;NA;NA;Cyanoptyche;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 78924 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dimargaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 79206 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfosporosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 82982 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Obesumbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 83235 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Postia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 83770 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Succinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 84111 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Eggerthella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 88723 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natrinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 90254 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Cokeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 96312 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Leptographium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 96335 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Proteomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 101100 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Dissophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 101116 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Sporodiniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 105983 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Apiotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 106591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ensifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 109882 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Chytriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 109967 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Rhizoclosmatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 110080 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Obelidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 112008 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Ignatzschineria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 112488 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Dissoconiaceae;Dissoconium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 112902 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Propionispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 112993 Eukaryota;Basidiomycota;Agaricomycetes;Hysterangiales;Hysterangiaceae;Hysterangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 125369 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Paraphaeosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 135858 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Catenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 146937 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Azospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 157226 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Jeotgalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 157920 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Cellulosimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 162291 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 174951 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ramlibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 175304 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lentibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 175660 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Pyrrhoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 178469 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Arenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 180162 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Cetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 189330 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Dorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 202699 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Amylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 210597 Eukaryota;Bacillariophyta;Fragilariophyceae;Licmophorales;Licmophoraceae;Licmophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 212791 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Enhydrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 218204 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Garciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 219181 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ottowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 221102 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Moniliophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 255204 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudoclavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 256818 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Gulosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 258255 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pseudovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 265488 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rhodopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 281915 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Curvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 288793 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Salinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 292480 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 293136 Bacteria;Bacillota;Clostridia;Moorellales;Desulfitibacteraceae;Desulfitibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 298266 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Monomorphina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 299330 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lobosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 299568 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Uruburuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 314122 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylellina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 323620 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Shinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 337670 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Pilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 340070 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Criblamydiaceae;Criblamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 348616 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Massospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 354349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Pseudochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 358023 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lutibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 363276 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Ktedonobacteraceae;Ktedonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 365348 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 375288 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Parabacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 378210 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Methyloversatilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 392332 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Geoalkalibacteraceae;Geoalkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 401624 Eukaryota;Basidiomycota;Exobasidiomycetes;Ceraceosorales;Ceraceosoraceae;Ceraceosorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 420276 Eukaryota;Bacillariophyta;Mediophyceae;Biddulphiales;Biddulphiaceae;Biddulphia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 444090 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfobacteriaceae;Caldimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 444599 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Hansschlegelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 451450 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Terramyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 458032 Bacteria;Acidobacteriota;Blastocatellia;NA;NA;Chloracidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 466108 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Biostraticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 484508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ornithinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 582472 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Wohlfahrtiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 648800 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Solibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 669368 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Coleofasciculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 704093 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anaerobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 705561 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Capnodiaceae;Polychaeton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 747294 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudorhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 748770 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Dolichospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 756610 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Dentiscutata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 862071 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Syntrophaceticus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 940663 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Racocetra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1036719 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Verticillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1146845 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Dongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1188227 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeomargaritales;Gloeomargaritaceae;Gloeomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1206353 Eukaryota;Ascomycota;Dothideomycetes;NA;Pseudoperisporiaceae;Lizonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1221880 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Psychrobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1236988 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Geofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1303912 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosarcinaceae;Desulfatitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1384499 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Pisciglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1396492 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Fimicolochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1427378 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Acetatifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1432051 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Eisenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1471399 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Draconibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1472762 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Enorma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1508657 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminiclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1550243 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Aetokthonos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1653176 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cereibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1859940 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Paramyrothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1910789 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Diutina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1912215 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Acidipropionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 1924097 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Senegalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2017975 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Candidatus Frackibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2027319 Eukaryota;Ascomycota;NA;Vezdaeales;Vezdaeaceae;Vezdaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2060094 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Aminipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2137425 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Novimethylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2483199 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Chrysophaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2563783 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Anaerolactibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2569097 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerobutyricum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2571160 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Trinickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2604949 Eukaryota;Chlorophyta;Mamiellophyceae;Dolichomastigales;NA;Microrhizoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2651583 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2680022 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Deminuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2716544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chimaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2719313 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Enterocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2754714 Bacteria;Actinomycetota;NA;NA;NA;Candidatus Hakubanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2779869 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lunasporangiospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2779937 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Podila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2794998 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Maridesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2795780 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Symmachiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2795781 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Aeoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2811373 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Acerihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2813348 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Luxibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2815786 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Sodaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2839095 Bacteria;Verrucomicrobiota;Methylacidiphilae;Methylacidiphilales;Methylacidiphilaceae;Candidatus Methylacidithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2853170 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Neopyropia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2885966 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Frigoriflavimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2886915 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Waterburya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2893060 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2899543 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Intestinirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2918882 Eukaryota;Fornicata;NA;NA;NA;Aduncisulcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2918917 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Poritiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2952773 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Formicincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000016 2 2996260 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Polyrhizophydium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 6 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Azorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 32 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Myxococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 99 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Ancylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 123 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Pirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 146 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Spirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 279 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Xanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 528 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Ochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 862 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 890 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Desulfuromonadaceae;Desulfuromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 896 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfococcaceae;Desulfococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 919 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Thiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 953 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Wolbachia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 970 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Selenomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1013 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Weeksella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1041 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Erythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1073 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Rhodopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1091 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Chlorobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1158 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Oscillatoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1183 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Plectonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1190 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Fischerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1222 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Prochlorothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1378 Bacteria;Bacillota;Bacilli;Bacillales;NA;Gemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1649 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Kurthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1651 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alloiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1696 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Brevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1754 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermoanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1851 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2005 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Microbispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2013 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Nocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2195 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanomicrobiaceae;Methanogenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2202 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanospirillaceae;Methanospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2260 Archaea;Euryarchaeota;Thermococci;Thermococcales;Thermococcaceae;Pyrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2357 Bacteria;Thermodesulfobacteriota;Desulfomonilia;Desulfomonilales;Desulfomonilaceae;Desulfomonile;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2422 Bacteria;Thermotogota;Thermotogae;Thermotogales;Fervidobacteriaceae;Fervidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2723 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hirschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2770 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2800 Eukaryota;Rhodophyta;Rhodellophyceae;Rhodellales;Rhodellaceae;Rhodella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2804 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Polysiphonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2809 Eukaryota;Rhodophyta;Florideophyceae;Batrachospermales;Batrachospermaceae;Batrachospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2811 Eukaryota;Rhodophyta;Florideophyceae;Gelidiales;Gelidiaceae;Gelidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2960 Eukaryota;NA;Dinophyceae;Amphidiniales;Amphidiniaceae;Amphidinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2971 Eukaryota;NA;Dinophyceae;Gonyaulacales;Pyrocystaceae;Pyrocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2976 Eukaryota;NA;Xanthophyceae;Vaucheriales;Vaucheriaceae;Vaucheria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 3108 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Ankistrodesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 4778 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Bremia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 4852 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Cunninghamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 4865 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Dipsacomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5027 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Pyrenophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5190 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascobolaceae;Ascobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5263 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Uromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5280 Eukaryota;Basidiomycota;Exobasidiomycetes;Georgefischeriales;Tilletiariaceae;Tilletiaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5333 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Schizophyllaceae;Schizophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5340 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Agaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5357 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Lentinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5375 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Rhizopogonaceae;Rhizopogon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5395 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Paxillaceae;Paxillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5399 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Agrocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5406 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Exobasidiaceae;Exobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5429 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Sporobolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5498 Eukaryota;Ascomycota;Dothideomycetes;Cladosporiales;Cladosporiaceae;Cladosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5502 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Curvularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5543 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Trichoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5706 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Phytomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5712 Eukaryota;Euglenozoa;Kinetoplastea;Eubodonida;Bodonidae;Bodo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5740 Eukaryota;Fornicata;NA;Diplomonadida;Hexamitidae;Giardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 5790 Eukaryota;Evosea;Eumycetozoa;Physariida;Physaraceae;Physarum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 12914 Archaea;Thermoproteota;Thermoprotei;Sulfolobales;Sulfolobaceae;Acidianus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 12960 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Azoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 13034 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Dactylococcopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 13205 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Pholiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 13334 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Anaerobiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 27382 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Scutellospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 27971 Eukaryota;Microsporidia;NA;NA;Enterocytozoonidae;Enterocytozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 28022 Eukaryota;Rhodophyta;Florideophyceae;Ahnfeltiales;Ahnfeltiaceae;Ahnfeltia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 28033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVII. Incertae Sedis;Sulfobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 28065 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Rhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 28073 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Lyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 28100 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Phyllobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 28196 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Arcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 28228 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Colwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 29002 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Cercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 29882 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hydnangiaceae;Laccaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 31388 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Delesseriaceae;Caloglossa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 31479 Eukaryota;Rhodophyta;Florideophyceae;Hildenbrandiales;Hildenbrandiaceae;Hildenbrandia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 31980 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Acetitomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 33886 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rathayibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 33981 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 34008 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 34019 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Liberibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 34104 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Streptobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 34348 Eukaryota;Basidiomycota;Mixiomycetes;Mixiales;Mixiaceae;Mixia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 34453 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Hebeloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 34474 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Fomitopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 35152 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Dixoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 35800 Bacteria;Nitrospinota;Nitrospinia;Nitrospinales;Nitrospinaceae;Nitrospina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 36862 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Ideonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 37467 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Pisolithaceae;Pisolithus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 38268 Eukaryota;NA;Glaucocystophyceae;Gloeochaetales;Gloeochaetaceae;Gloeochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 38326 Eukaryota;Rhodophyta;Florideophyceae;Rhodymeniales;Rhodymeniaceae;Botryocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 38447 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Monilinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 38880 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Botryococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 38946 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Paracoccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 40441 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Fomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 40443 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Gloeophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 40459 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Hericium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 41707 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Lawsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 41949 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Microthrixaceae;Candidatus Microthrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 42255 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Rubrobacteraceae;Rubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 42418 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Halanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 42464 Eukaryota;Ascomycota;Sordariomycetes;Lulworthiales;Lulworthiaceae;Zalerion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 43988 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Cyanothecaceae;Cyanothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 43994 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Johnsonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 43996 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Catonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 44013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Polynucleobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 44417 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Cyclospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 44655 Eukaryota;Chlorophyta;Chlorophyceae;Protosiphonales;Protosiphonaceae;Protosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 45787 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Wickerhamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 45989 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanomicrobiaceae;Methanoculleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 46123 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Abiotrophia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 47420 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hydrogenophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 47670 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Lautropia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 48954 Eukaryota;Rhodophyta;Florideophyceae;Corallinales;Lithophyllaceae;Lithophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 48969 Eukaryota;Rhodophyta;Florideophyceae;Sporolithales;Sporolithaceae;Sporolithon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 50932 Eukaryota;Ascomycota;Lecanoromycetes;Pertusariales;Pertusariaceae;Pertusaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 50989 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Rickenellaceae;Rickenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 51196 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Syntrophobotulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 52605 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Myxosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 52959 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Polaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 53318 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfocapsaceae;Desulfocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 54198 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Cyniclomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 54692 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Chlorociboriaceae;Chlorociboria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 55170 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Didymella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 55993 Eukaryota;Chlorophyta;Chlorophyceae;Oedogoniales;Oedogoniaceae;Oedogonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 55998 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Stigeoclonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 56999 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amaricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 57133 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Hydnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 57479 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Microvirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 58113 Bacteria;Actinomycetota;Actinomycetes;Glycomycetales;Glycomycetaceae;Glycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 59734 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Empedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 59738 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Marinilabilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 60005 Eukaryota;Ciliophora;Spirotrichea;NA;Strombidiidae;Strombidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 60184 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Phascolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 63265 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Sporisorium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 63413 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Blidingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 64515 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Rhizophlyctidaceae;Rhizophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 64640 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Pilaira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 64895 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Borreliaceae;Borreliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 64968 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 65097 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Euhalothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 66846 Eukaryota;Euglenozoa;Euglenida;Euglenales;Phacaceae;Lepocinclis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 67808 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Gymnochlora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 68785 Eukaryota;Basidiomycota;Agaricomycetes;Geastrales;Sphaerobolaceae;Sphaerobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 70190 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Chroococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 70535 Eukaryota;Microsporidia;NA;NA;Culicosporidae;Edhazardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 71917 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Rhodocollybia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 72123 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Hygrophoropsidaceae;Hygrophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 74030 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 74380 Eukaryota;NA;Phaeophyceae;Laminariales;Alariaceae;Undaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 77043 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Rosellinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 78156 Eukaryota;Ascomycota;Leotiomycetes;NA;Pseudeurotiaceae;Pseudogymnoascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 78920 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Tieghemiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 79808 Eukaryota;Ascomycota;Sordariomycetes;Coniochaetales;Coniochaetaceae;Coniochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 83681 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Nonomuraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 85079 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiohalocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 86026 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Mollisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 86085 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Gymnopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 87266 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Lasallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 89092 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ignavigranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 89404 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Glaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 90243 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Oligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 91202 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Desmodesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 92944 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ketogulonicigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 93217 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pandoraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 96907 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 98059 Eukaryota;NA;Chrysophyceae;Chromulinales;Dinobryaceae;Dinobryon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 101102 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Circinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 101135 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Fennellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 101851 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Glarea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 102115 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Dermocarpellaceae;Stanieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 104175 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Oscillochloridaceae;Oscillochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 104239 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pterulaceae;Pterula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 104532 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Schizomeridaceae;Schizomeris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 105767 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Tremellaceae;Tremella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 109471 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Bisgaardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 109632 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Galerina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 110564 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Clonostachys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 110669 Eukaryota;Chlorophyta;Palmophyllophyceae;Prasinococcales;Prasinococcaceae;Prasinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 111142 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alishewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 111842 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Lecanoraceae;Rhizoplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 112985 Eukaryota;Basidiomycota;Agaricomycetes;Phallales;Clathraceae;Clathrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 114962 Eukaryota;Ascomycota;Lecanoromycetes;Caliciales;Physciaceae;Heterodermia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 118259 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Plenodomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 120746 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Oocystaceae;Oocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 129001 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 132189 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Schroederiaceae;Pseudoschroederia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 132607 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothricoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 133746 Eukaryota;Basidiomycota;Agaricomycetes;Corticiales;Punctulariaceae;Punctularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 133925 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Olsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 134550 Bacteria;Verrucomicrobiota;Spartobacteria;NA;NA;Candidatus Xiphinematobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 135575 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Idiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 135587 Eukaryota;Parabasalia;NA;Tritrichomonadida;Dientamoebidae;Histomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 136099 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Knoellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 136491 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 140625 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 143222 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Salegentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 150022 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Finegoldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 150203 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Blastomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 150333 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Thermobrachium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 150818 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 152267 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pigmentiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 155977 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Acaryochloridaceae;Acaryochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 156885 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thioflavicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 157004 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Padina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 157775 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Letrouitiaceae;Letrouitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 159191 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Nodularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 162491 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Oerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 166953 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Kaistia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 167375 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Cyanobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 168934 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Thalassospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 170436 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Udotea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 170610 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Halomicronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 171412 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Eremococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 172190 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Schizoparmaceae;Coniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 173479 Bacteria;Gemmatimonadota;Gemmatimonadetes;Gemmatimonadales;Gemmatimonadaceae;Gemmatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 173494 Eukaryota;Chlorophyta;Ulvophyceae;Oltmansiellopsidales;NA;Neodangemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 177971 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Shuttleworthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 178898 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVI. Incertae Sedis;Carboxydocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 181069 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Proteocatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 182269 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aurantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 183308 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Asterarcys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 184431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 184869 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Varibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 191767 Bacteria;Myxococcota;NA;Nannocystales;Nannocystaceae;Plesiocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 192987 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Allofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 196081 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Scardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 196082 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Parascardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 200903 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paraliobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 201096 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Alicycliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 202696 Eukaryota;Basidiomycota;Agaricomycetes;Jaapiales;Jaapiaceae;Jaapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 203804 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Blochmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 207244 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 215251 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Brachybasidiaceae;Meira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 223927 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 225143 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 226991 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Cyphellophoraceae;Cyphellophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 227085 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Bigelowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 230556 Eukaryota;Chlorophyta;Ulvophyceae;Chlorocystidales;Chlorocystidaceae;Halochlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 231006 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Trichothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 232264 Eukaryota;NA;NA;Telonemida;NA;Telonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 233191 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Caldilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 237179 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Sphaerulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 238749 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Diaphorobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 239934 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Akkermansiaceae;Akkermansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 240577 Eukaryota;NA;NA;Sticholonchida;Sticholonchidae;Sticholonche;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 241421 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Gomontiellaceae;Crinalium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 244127 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaerotruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 244599 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Raphidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 247501 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Parachlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 252306 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Robiginitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 252356 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Maribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 253238 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ethanoligenens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 256730 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Volucribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 257820 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Kerstersia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 258075 Eukaryota;Ascomycota;Dothideomycetes;Eremomycetales;Eremomycetaceae;Eremomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 261825 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Agarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 265487 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Blastopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 265570 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Sulfurovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 268582 Eukaryota;Rhodophyta;Florideophyceae;Nemaliales;Scinaiaceae;Scinaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 273281 Eukaryota;Ascomycota;Sareomycetes;Sareales;Zythiaceae;Sarea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 276836 Eukaryota;Cryptomycota;NA;NA;NA;Rozella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 279531 Eukaryota;Microsporidia;NA;NA;NA;Dictyocoela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 283821 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Coelosphaeriaceae;Snowella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 286801 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Segniliparaceae;Segniliparus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 290174 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aquimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 292632 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Subdoligranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 299566 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Adhaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 300418 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Catellicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 302781 Eukaryota;Preaxostyla;NA;Oxymonadida;Polymastigidae;Monocercomonoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 305820 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Hariotina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 305899 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Endozoicomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 307711 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Macalpinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 309512 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Dinoroseobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 312063 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Azohydromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 312278 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Emticicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 318147 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Paucibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 327159 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Accumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 329881 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Friedmanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 332157 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Larkinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 332246 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halalkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 332248 Bacteria;Deinococcota;Deinococci;Trueperales;Trueperaceae;Truepera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 347533 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Zobellella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 351195 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 354440 Eukaryota;Chlorophyta;Pedinophyceae;Marsupiomonadales;Marsupiomonadaceae;Marsupiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 359337 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Marinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 375673 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Ferrimonadaceae;Paraferrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 376469 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Olivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 379899 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niabella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 381414 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Boodleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 388463 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Edaphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 389486 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sediminicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 390786 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Lobosphaeropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 390846 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Echinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 392733 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Terriglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 393005 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tamlana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 396388 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Aestuariimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 399320 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Sphaerochaetaceae;Sphaerochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 401618 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Riesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 402649 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinomycetospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 404235 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Maritimibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 406099 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Aquisalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 407217 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 416916 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Aggregatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 427766 Eukaryota;Rhodophyta;Compsopogonophyceae;Compsopogonales;Compsopogonaceae;Pulvinaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 442431 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Persicitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 448125 Bacteria;Bacillota;Tissierellia;NA;NA;Dethiosulfatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 448176 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Granulicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 449972 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Chelativorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 451452 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Boothiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 453849 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Henriciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 456492 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Saccharibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 458839 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Actinotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 470018 Eukaryota;Ascomycota;Dothideomycetes;Cladosporiales;Cladosporiaceae;Rachicladosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 471824 Bacteria;Mycoplasmatota;Mollicutes;Haloplasmatales;Haloplasmataceae;Haloplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 474995 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Ophiocordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 482629 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Tolypothrichaceae;Hassalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 490731 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Kwoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 494028 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Gnomoniaceae;Gnomoniopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 498766 Eukaryota;Rhodophyta;Florideophyceae;Rhodachlyales;Rhodachlyaceae;Rhodachlya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 501022 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Glaciibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 501783 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cloacibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 508459 Bacteria;Synergistota;Synergistia;Synergistales;Synergistaceae;Cloacibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 510690 Bacteria;Pseudomonadota;Alphaproteobacteria;Sneathiellales;Sneathiellaceae;Sneathiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 538193 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Gungnir;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 568987 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hamiltonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 568988 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Regiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 573657 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Hodgkinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 582491 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rubidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 586132 Eukaryota;Microsporidia;NA;NA;NA;Nematocida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 599802 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Barnettozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 630701 Eukaryota;Euglenozoa;Kinetoplastea;NA;Ichthyobodonidae;Perkinsela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 633405 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Lacticigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 643951 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Pelagibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 651456 Bacteria;Thermotogota;Thermotogae;Kosmotogales;Kosmotogaceae;Kosmotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 658623 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Chelonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 670486 Bacteria;Chloroflexota;Dehalococcoidia;NA;NA;Dehalogenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 673534 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Plantactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 674734 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Alloactinosynnema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 690893 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Amniculicolaceae;Amniculicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 693222 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Gloeocapsopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 696745 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 698776 Bacteria;Bacillota;Clostridia;Eubacteriales;Cellulosilyticaceae;Cellulosilyticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 743714 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Orbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 749461 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Boeremia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 766759 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Priceomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 767528 Bacteria;Bacillota;Bacilli;Bacillales;NA;Geomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 862261 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Caldanaerobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 869896 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Halorubraceae;Halonotius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 929509 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Solitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 940661 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Cetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 947567 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Litoreibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 979650 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Haplosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1034479 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Chloroidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1048954 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Cylindrosympodiaceae;Tothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1052105 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Purpureocillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1069494 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Trueperella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1072081 Eukaryota;Chlorophyta;Chlorophyceae;NA;NA;Jenufa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1073531 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1078830 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidicapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1085622 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propioniciclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1095182 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Magnusiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1120752 Bacteria;Cyanobacteriota;Cyanophyceae;Nodosilineales;Nodosilineaceae;Nodosilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1123951 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Thalassocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1126249 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Geranomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1144387 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Pectinodesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1150774 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Natribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1156392 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Pseudokineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1157960 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;NA;Poropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1176327 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1176354 Eukaryota;Microsporidia;NA;NA;Dubosqiidae;Hamiltosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1185408 Bacteria;Bacillota;Clostridia;Eubacteriales;Defluviitaleaceae;Defluviitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1193515 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Snodgrassella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1206386 Eukaryota;Ascomycota;NA;NA;NA;Trizodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1213188 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Zancudomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1236218 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Melghirimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1246884 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Algimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1279388 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Kandleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1283313 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Alloprevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1297562 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Phaseolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1301328 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Flavoplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1335631 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Frischella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1343556 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Hazenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1348505 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Polycladomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1348611 Bacteria;Bacillota;Clostridia;Eubacteriales;Vallitaleaceae;Vallitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1383070 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Brevifollis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1386924 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aestuariibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1396495 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Thoreauomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1408818 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Youngiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1418015 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Pseudochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1431827 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Chlorobotryaceae;Characiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1433987 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Amantichitinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1433990 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1433999 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Domibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1434011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Komagataeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1434028 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Ornatilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1434050 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Zhongshania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1458928 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Okeania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1472699 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Algisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1485594 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1500560 Eukaryota;Basidiomycota;Exobasidiomycetes;Entylomatales;NA;Tilletiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1518147 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Wenyingzhuangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1524214 Bacteria;Myxococcota;Myxococcia;Myxococcales;Vulgatibacteraceae;Vulgatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1524449 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Butyriboletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1525371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Neorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1537406 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Bacterioplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1540073 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Danielozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1540147 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trigonopsidaceae;Tortispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1573808 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Mangrovibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1608298 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Thiolapillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1612157 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pararhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1628153 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Carboxylicivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1647178 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Aliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1647190 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aquibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1649461 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Imperialibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1649466 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Marinicauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1649476 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Parafilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1649479 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Permianibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1649480 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctopirus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1649489 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Robertkochia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1654787 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Thiopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1656823 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halanaeroarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1658452 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Cephalotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1658781 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Aliiroseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1659840 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Sanghuangporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1673731 Eukaryota;NA;Bigyra;Placidida;NA;Suigetsumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1676142 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Wenzhouxiangellaceae;Wenzhouxiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1676651 Bacteria;Bacillota;Limnochordia;Limnochordales;Limnochordaceae;Limnochorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1679449 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudooceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1689250 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Gorillibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1738642 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pelagirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1769738 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Compostibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1795633 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Terrilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1804794 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Kalmanozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1818108 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Pseudobryopsidaceae;Pseudobryopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1827195 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Caballeronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1882482 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Anthracoideaceae;Testicularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1884930 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Maledivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1890291 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Falcatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1903336 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Balneicellaceae;Balneicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1906661 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Gullanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1910899 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Naemateliaceae;Naematelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1912771 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Halodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1912988 Eukaryota;Microsporidia;NA;NA;NA;Enteropsectra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1914292 Eukaryota;NA;Cryptophyceae;Cyathomonadacea;NA;Hemiarma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1915412 Archaea;Candidatus Verstraetearchaeota;Candidatus Methanomethylicia;Candidatus Methanomethylicales;Candidatus Methanomethylicaceae;Candidatus Methanosuratincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1918385 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acutalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1923871 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Massilibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1926677 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Raoultibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1927833 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Candidatus Fukatsuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1930845 Bacteria;Bacillota;NA;NA;NA;Ndongobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1930924 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Haematomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1933048 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Neofamilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1937008 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Dubosiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1938511 Eukaryota;Cercozoa;NA;NA;Mesofilidae;Mesofila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1940406 Bacteria;NA;NA;NA;NA;Candidatus Moduliflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1964366 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Nissabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1970191 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Salinivirgaceae;Salinivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1974209 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Rhodohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1980675 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Colibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1980680 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Alterileibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 1981958 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Pseudomicrostroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2005355 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2005359 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalicatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2005375 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2005778 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Kallymeniaceae;Leiomenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2023705 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Membranihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2026842 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;NA;Bifiguratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2038697 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Williamwhitmaniaceae;Williamwhitmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2039709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Desertibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2044848 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Siccirubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2060871 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Galactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2066992 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Rhodofomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2093335 Bacteria;Gemmatimonadota;Gemmatimonadetes;Gemmatimonadales;Gemmatimonadaceae;Roseisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2115980 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Candidatus Phycorickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2200736 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Planctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2249306 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Solimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2304691 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Thermoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2316203 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Catenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2320805 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Johnson-sea-linkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2321114 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Malaciobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2480624 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Candidatus Moanabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2505929 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Chaetophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2529408 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Schaalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2601681 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Edaphocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2608728 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidisarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2609811 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermothielavioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2610842 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ancalomicrobiaceae;Siculibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2652702 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypomontagnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2670333 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lottiidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2676048 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Schaedlerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2676063 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Pseudomethylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2709685 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Parasphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2712271 Bacteria;Bacillota;Clostridia;Eubacteriales;Xylanivirgaceae;Xylanivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2717700 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Phragmitibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2740558 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Lacisediminihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2743582 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2767318 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Boudabousia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2769459 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Limoniibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2779868 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gamsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2791032 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Candolleomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2794837 Bacteria;Bacillota;Tissierellia;Tissierellales;Tepidimicrobiaceae;Schnuerera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2795426 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Novipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2795774 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Polystyrenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2795775 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Lignipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2796146 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Nitrosacidococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2811390 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Sporofaciens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2813788 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Litchfieldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2817108 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Watsoniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2820263 Bacteria;Bacillota;NA;NA;NA;Capillibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2820788 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Fastidiosibacteraceae;Facilibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2822655 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Endobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2823237 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alteribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2836216 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Phnomibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2837503 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gottfriedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2837508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rossellomorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2837511 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sutcliffiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2843200 Bacteria;Actinomycetota;Thermoleophilia;Miltoncostaeales;Miltoncostaeaceae;Miltoncostaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2853408 Eukaryota;NA;NA;Malawimonadida;Malawimonadidae;Gefionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2862451 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Adhaeretor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2864378 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Carbonactinosporaceae;Carbonactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2866025 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Maribrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2868274 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Metallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2888759 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pacificispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2893058 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2894762 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Zophobihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2895509 Bacteria;Mycoplasmatota;NA;Mycoplasmoidales;Metamycoplasmataceae;Metamycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2903061 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Phosphitispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2910985 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Paucidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2917698 Bacteria;Actinomycetota;Nitriliruptoria;Salsipaludibacterales;Salsipaludibacteraceae;Salsipaludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2918734 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Caecibacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2930254 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hanamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2938914 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Leontynka;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2939604 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Halalkalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2941494 Bacteria;Bacillota;Clostridia;Eubacteriales;Pumilibacteraceae;Anaerocaecibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2941520 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Senimuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2946549 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudoneobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2950415 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Fibrivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2967331 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Longitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2974369 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Palleniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2983819 Eukaryota;Ascomycota;Sordariomycetes;NA;NA;Neoarthrinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2986286 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Horticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2995702 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Actinacidiphila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 2997349 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Winslowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 3020858 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Faunimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 3024823 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaeromicropila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 3025858 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Sulfoacidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 3033930 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fervidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.000008 1 3036657 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Insulambacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 0.617282 75702 10239 Viruses
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 13.308714 1632148 NA cannot be assigned to a (non-viral) genus
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C1_M_libLAB7043.out 23.360057 2864820 NA unclassified
diff --git a/results/Kaiju/kaiju_NG-A0628_Cabbage_2M_libLAB7044_summary.tsv b/results/Kaiju/kaiju_NG-A0628_Cabbage_2M_libLAB7044_summary.tsv
new file mode 100644
index 0000000..4b78194
--- /dev/null
+++ b/results/Kaiju/kaiju_NG-A0628_Cabbage_2M_libLAB7044_summary.tsv
@@ -0,0 +1,1585 @@
+file percent reads taxon_id taxon_name
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 31.413055 3662983 71245 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kazachstania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 11.368096 1325600 1243 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Leuconostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 7.245352 844859 2767892 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Secundilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 3.641067 424574 2767885 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Latilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 3.092832 360646 2767842 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactiplantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.696682 81238 2767886 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Levilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.489576 57088 2767893 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lentilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.398424 46459 1253 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Pediococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.330966 38593 4930 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Saccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.221445 25822 547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Enterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.178334 20795 1357 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.113278 13209 46255 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Weissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.095389 11123 122277 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Pectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.089531 10440 1301 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Streptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.085424 9961 586 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Providencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.082911 9668 2759736 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lacticaseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.082842 9660 662 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Vibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.075836 8843 1578 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.072731 8481 33877 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.065511 7639 2767889 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Loigolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.063444 7398 1883 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.061995 7229 1870884 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Clostridioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.059945 6990 1350 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Enterococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.057201 6670 1279 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Staphylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.048513 5657 2767879 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Companilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.048093 5608 4910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kluyveromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.047133 5496 561 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Escherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.044568 5197 278028 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Naumovozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.039980 4662 5605 Eukaryota;Ascomycota;NA;NA;NA;Saitoella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.039372 4591 5052 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Aspergillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.038608 4502 469 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Acinetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.038317 4468 599737 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Wickerhamomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.035572 4148 4953 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.034826 4061 2742598 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Limosilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.034029 3968 53246 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Pseudoalteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.032537 3794 1678 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bifidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.031199 3638 1854 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Frankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.028249 3294 374468 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Nakaseomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.028180 3286 461281 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Ogataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.026697 3113 143959 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Coelomomycetaceae;Coelomomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.023026 2685 581 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Morganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.021946 2559 5320 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pleurotaceae;Pleurotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.021817 2544 570 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Klebsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.020616 2404 475 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Moraxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.018824 2195 2767887 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Ligilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.017700 2064 326606 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Annulohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.017692 2063 100474 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Batrachochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.016611 1937 63298 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Pseudozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.015599 1819 229219 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Blastomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.015256 1779 1716 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Corynebacteriaceae;Corynebacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.015128 1764 1176129 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Aulographaceae;Aulographum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.014930 1741 358905 Eukaryota;Basidiomycota;Agaricomycetes;Sebacinales;Serendipitaceae;Serendipita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.014879 1735 5948 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Stylonychia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.014373 1676 51668 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Tetragenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.014210 1657 107449 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Phaffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.013876 1618 1970195 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Ancylomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.012684 1479 4919 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Pichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.012521 1460 46254 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Oenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.012495 1457 1129544 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Rhizophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.012169 1419 2767888 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Liquorilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.012092 1410 27375 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Entrophosporaceae;Entrophospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.011766 1372 1386 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Bacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.011449 1335 308926 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Diversisporaceae;Diversispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.010934 1275 2737 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Vagococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.010325 1204 4917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Pachysolen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.010171 1186 68287 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Mesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.010171 1186 756023 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Xylogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.010077 1175 300275 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Lachancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.008979 1047 657 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Photobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.008902 1038 613 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Serratia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.008747 1020 374 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Bradyrhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.008722 1017 106589 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Cupriavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.008327 971 40323 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Stenotrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.008241 961 1269 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Micrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.008156 951 507510 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Hyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.007632 890 286 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Pseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.007590 885 559173 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.007427 866 2831443 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.006989 815 317045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Kuraishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.006621 772 98757 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Gelatoporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.006603 770 4780 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Plasmopara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.006243 728 1637 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Listeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.006140 716 866673 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Marinifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.005566 649 2767890 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Paucilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.005463 637 2767882 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Furfurilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.005411 631 2767881 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.005351 624 29832 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Hanseniaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.005317 620 766502 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Millerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.005180 604 670516 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.005008 584 374469 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Vanderwaltozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.004871 568 207599 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Solirubrobacteraceae;Solirubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.004854 566 113604 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Tetrapisispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.004845 565 33882 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.004742 553 1485 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Clostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.004700 548 4948 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Torulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.004700 548 2930384 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Periweissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.004665 544 1539666 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Suhomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.004494 524 3016631 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Silvania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.004459 520 27320 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Metschnikowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.004254 496 148959 Eukaryota;Basidiomycota;Wallemiomycetes;Wallemiales;Wallemiaceae;Wallemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.004125 481 38832 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Micromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003979 464 64649 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Backusellaceae;Backusella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003971 463 414371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aureimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003962 462 1988 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinomadura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003911 456 5475 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Candida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003893 454 407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003791 442 583 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Proteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003756 438 2745 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003730 435 44249 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Paenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003439 401 1873 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Micromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003327 388 53335 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Pantoea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003250 379 1849718 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Labilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003182 371 4815 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Spizellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003164 369 2767884 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lapidilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.003027 353 1849822 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paraclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002993 349 97050 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002984 348 2747 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Carnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002976 347 2767877 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Apilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002899 338 34111 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Monoraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002830 330 2767358 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasmopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002727 318 82802 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Trichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002719 317 101 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Flectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002659 310 1206748 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Nitrolancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002641 308 5073 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002581 301 766765 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Yamadazyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002573 300 2772525 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Putridiphycobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002521 294 768 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Anaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002513 293 80744 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Serpulaceae;Serpula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002487 290 33170 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Eremothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002461 287 5209 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Filobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002453 286 84567 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002427 283 111500 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muricauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002358 275 3071 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Chlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002350 274 544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Citrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002315 270 1742992 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paenarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002281 266 306539 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halolactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002230 260 171413 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Dolosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002213 258 766733 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Scheffersomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002135 249 2767891 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Schleiferilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002084 243 551 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Erwinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002084 243 3118 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Ulva;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002067 241 4756 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Neocallimastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002015 235 1330545 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Lelliottia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.002007 234 27308 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Ascoideaceae;Ascoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001938 226 4753 Eukaryota;Ascomycota;Pneumocystidomycetes;Pneumocystidales;Pneumocystidaceae;Pneumocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001870 218 1322061 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Rhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001827 213 89966 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Hymenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001784 208 2803850 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Mammaliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001767 206 5228 Eukaryota;Basidiomycota;Atractiellomycetes;Atractiellales;Hoehnelomycetaceae;Atractiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001732 202 29888 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Calocera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001732 202 460517 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Komagataella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001689 197 460073 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Segetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001681 196 579 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kluyvera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001664 194 28453 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Sphingobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001655 193 810 Bacteria;Chlamydiota;Chlamydiia;Chlamydiales;Chlamydiaceae;Chlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001629 190 1117308 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Funneliformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001621 189 76831 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Myroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001604 187 590 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Salmonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001552 181 4875 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Glomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001552 181 216851 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Faecalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001535 179 158848 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Moellerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001458 170 38501 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Blastococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001449 169 45033 Eukaryota;NA;Phaeophyceae;Laminariales;Chordaceae;Chorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001441 168 194 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Campylobacteraceae;Campylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001432 167 626 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Xenorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001406 164 83654 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Leclercia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001398 163 1142 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Synechocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001355 158 163316 Eukaryota;Chlorophyta;Chlorophyceae;NA;Microsporaceae;Microspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001321 154 83174 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Valsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001312 153 82976 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Buttiauxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001261 147 109374 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Nemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001252 146 2804231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lederbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001235 144 36910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Clavispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001201 140 41891 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Coccomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001183 138 642 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Aeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001166 136 629 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Yersinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001158 135 59732 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chryseobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001149 134 4958 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Debaryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001123 131 5140 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Neurospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001123 131 88138 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Modestobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001072 125 69965 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Macrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001046 122 160674 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Raoultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001038 121 1375 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Aerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001021 119 237 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001012 118 55528 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Guillardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001003 117 36880 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Cymbomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.001003 117 184027 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Golovinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000969 113 3052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlamydomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000960 112 766758 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Schwanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000952 111 5296 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Puccinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000926 108 349 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Zoogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000926 108 713 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Actinobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000926 108 5583 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Exophiala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000918 107 379 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Rhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000900 105 191392 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Auxenochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000875 102 2779861 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Linnemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000866 101 2812012 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Zongyanglinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000849 99 253255 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Soehngenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000840 98 47830 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Lachnaceae;Lachnellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000832 97 2767878 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Bombilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000772 90 2370 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000763 89 54304 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000755 88 34037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rahnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000746 87 4828 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Absidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000738 86 3087 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Scenedesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000738 86 469322 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Steroidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000729 85 1827 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Rhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000729 85 2964429 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Candida/Metschnikowiaceae;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000712 83 77674 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Paracraurococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000703 82 4783 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Phytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000703 82 100860 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Aphanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000703 82 489140 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Geminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000703 82 2749846 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000686 80 1839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Nocardioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000686 80 13786 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Trebouxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000660 77 13366 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Brettanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000643 75 31311 Eukaryota;Chlorophyta;Nephroselmidophyceae;Nephroselmidales;Nephroselmidaceae;Nephroselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000626 73 31366 Eukaryota;Rhodophyta;Florideophyceae;Bonnemaisoniales;Bonnemaisoniaceae;Asparagopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000617 72 5206 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Cryptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000617 72 5820 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Plasmodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000617 72 2767875 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Agrilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000609 71 2302914 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloropicon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000600 70 305976 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000592 69 1915381 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Nannizzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000583 68 283 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Comamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000575 67 338 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000575 67 36922 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Diaporthaceae;Diaporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000566 66 139276 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Dacryopinax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000557 65 1983104 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Lusitaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000549 64 234 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Brucella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000515 60 2791 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Porphyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000515 60 102106 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Collinsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000515 60 129337 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Geobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000506 59 100883 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Coprobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000497 58 121087 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Ostreobiaceae;Ostreobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000489 57 5251 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Ceratobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000480 56 70447 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Ostreococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000480 56 412764 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Spathaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000480 56 1187078 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cecembia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000472 55 2755 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Brochothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000472 55 41879 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pycnococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000463 54 1125 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Microcystaceae;Microcystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000455 53 1203 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000437 51 22 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Shewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000429 50 816 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Bacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000429 50 71655 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Brenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000429 50 249344 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Picochlorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000412 48 3044 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Dunaliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000394 46 63132 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Geitlerinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000386 45 31983 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Helcococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000377 44 231454 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000369 43 29487 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Photorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000360 42 441 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000360 42 29907 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Sporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000352 41 1865 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000352 41 240411 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000343 40 158846 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Megamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000343 40 249523 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aestuariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000343 40 2901164 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Stutzerimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000334 39 4842 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Rhizopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000334 39 4951 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Yarrowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000326 38 13687 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000326 38 1065495 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Radiococcaceae;Neocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000317 37 33870 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Coriobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000309 36 10 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Cellvibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000309 36 357 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Agrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000309 36 2767876 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Amylolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000300 35 84406 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Virgibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000300 35 2978367 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Nicoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000292 34 41874 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Bathycoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000274 32 1647 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Erysipelothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000266 31 226 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000266 31 1763 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000266 31 33024 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Phascolarctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000266 31 75374 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Leptodontidiaceae;Leptodontidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000266 31 204286 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Cobetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000257 30 42695 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Pseudomuriellaceae;Pseudomuriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000249 29 3066 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Volvox;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000249 29 126838 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Micractinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000249 29 2304164 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Jaagichlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000240 28 5110 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Claviceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000240 28 36034 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Saccharomycodes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000240 28 158483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cedecea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000240 28 191769 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Marinilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000240 28 3025755 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Thomasclavelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000232 27 2077 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sporolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000232 27 182639 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Kribbellaceae;Kribbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000232 27 1494427 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tepidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000223 26 434 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000223 26 2800678 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000214 25 222 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Achromobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000214 25 702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Plesiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000214 25 1263 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000214 25 37359 Eukaryota;Endomyxa;Phytomyxea;Plasmodiophorida;Plasmodiophoridae;Plasmodiophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000214 25 1199100 Eukaryota;Chlorophyta;Ulvophyceae;Scotinosphaerales;Scotinosphaeraceae;Scotinosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000214 25 1853743 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Symbiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000206 24 32008 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000206 24 160795 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Ureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000206 24 2837502 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000197 23 637 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Arsenophonus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000197 23 2949 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Symbiodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000197 23 4830 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Mucor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000197 23 5806 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Cryptosporidiidae;Cryptosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000197 23 120831 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Dyadobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000197 23 145474 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Helicosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000197 23 156973 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Dysgonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000197 23 1448052 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Globisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000189 22 568 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Hafnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000189 22 724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Haemophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000189 22 745 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Pasteurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000189 22 413496 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000189 22 766748 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Babjeviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000189 22 1470540 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Jeotgalibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000189 22 2321111 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Aliarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000189 22 2675229 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Peribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000189 22 2761542 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Fundicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000189 22 2767880 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Dellaglioa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000180 21 44744 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Haematococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000180 21 604195 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Cyberlindnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000180 21 2837507 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Robertmurraya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000180 21 2881385 Bacteria;Cyanobacteriota;Cyanophyceae;Thermostichales;Thermostichaceae;Thermostichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 620 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shigella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 801 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Symbiopectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 838 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 2335 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Thermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 33986 Bacteria;Bacillota;Bacilli;Bacillales;NA;Exiguobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 41275 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Brevundimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 46913 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Devosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 75654 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Duganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 109326 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Anaerovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 204037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Dickeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 572511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Blautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 768669 Bacteria;Chloroflexota;Ktedonobacteria;Thermogemmatisporales;Thermogemmatisporaceae;Thermogemmatispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000172 20 1940604 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Edaphochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000163 19 1129 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Synechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000163 19 50955 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Geosiphonaceae;Geosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000163 19 117544 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Cytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000163 19 2800373 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Priestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000154 18 3164 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Tetraselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000154 18 4836 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Phycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000154 18 5506 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Fusarium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000154 18 5890 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;Tetrahymenidae;Tetrahymena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000154 18 54298 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Chroococcidiopsidaceae;Chroococcidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000154 18 62701 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Podosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000154 18 82984 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Pragia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000154 18 155493 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Gallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000154 18 1854458 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Breznakia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000146 17 35798 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000146 17 44649 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlorococcaceae;Chlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000146 17 82978 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Budvicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000146 17 168131 Eukaryota;Evosea;NA;Pelobiontida;Pelomyxidae;Pelomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000146 17 1193503 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Gilliamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000146 17 1196389 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygotorulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000146 17 1697027 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Convivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000146 17 2316020 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mediterraneibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000137 16 157 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Treponema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000137 16 635 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Edwardsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000137 16 4873 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Gigaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000137 16 70188 Eukaryota;Olpidiomycota;Olpidiomycetes;Olpidiales;Olpidiaceae;Olpidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000137 16 165697 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000137 16 221285 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Westiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000137 16 307506 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Raphidocelis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000137 16 2837504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Heyndrickxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000129 15 445 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Legionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000129 15 1663 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Arthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000129 15 2742 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Marinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000129 15 2879 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ectocarpaceae;Ectocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000129 15 65007 Eukaryota;Evosea;Variosea;Cavosteliida;Cavosteliaceae;Planoprotostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000129 15 82980 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Leminorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000129 15 104249 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000129 15 118004 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Chrysiogenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000129 15 182899 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Persephonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000129 15 940557 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Granulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000120 14 265 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000120 14 102234 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Geminocystaceae;Cyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000120 14 305899 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Endozoicomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000120 14 648802 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Rummeliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000120 14 1822464 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paraburkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000120 14 1849828 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Paeniclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 4863 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Coemansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 5260 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Melampsoraceae;Melampsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 5455 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Glomerellaceae;Colletotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 5873 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Theileriidae;Theileria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 28105 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Sinorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 29465 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Veillonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 34072 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Variovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 41247 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Mycena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 46432 Eukaryota;Foraminifera;NA;NA;Reticulomyxidae;Reticulomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 83373 Eukaryota;Rhodophyta;Bangiophyceae;Galdieriales;Galdieriaceae;Galdieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 85413 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Boseaceae;Bosea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 139433 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meripilaceae;Physisporinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000111 13 1633384 Eukaryota;Microsporidia;NA;NA;NA;Mitosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 413 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 2768 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Chondrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 3030 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Cryptomonadaceae;Cryptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 3132 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Codiaceae;Codium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 12916 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Acidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 41273 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Tissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 57494 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Nesterenkonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 67575 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 88551 Eukaryota;NA;Dinophyceae;Syndiniales;Amoebophryaceae;Amoebophrya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 97095 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Diatrypaceae;Eutypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 109882 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Chytriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 549703 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kurtzmaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 1017280 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoflavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000103 12 2726810 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Scandinavium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 1163 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Anabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 1817 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Nocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 2781 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 2902 Eukaryota;Haptophyta;NA;Isochrysidales;Noelaerhabdaceae;Emiliania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 2980 Eukaryota;NA;Xanthophyceae;Tribonematales;Tribonemataceae;Tribonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 5690 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Trypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 33042 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Coprococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 33969 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Melissococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 44055 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Aureococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 47251 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 65356 Eukaryota;Oomycota;NA;Albuginales;Albuginaceae;Albugo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 82986 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Tatumella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 99906 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alkalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 165696 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 543311 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Parvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 1427149 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halomicroarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 1518149 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 1903434 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Atlantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000094 11 2943317 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Entomohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 5240 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Tulasnellaceae;Tulasnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 27372 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Acaulosporaceae;Acaulospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 29828 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Lipomycetaceae;Lipomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 34444 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 36882 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pyramimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 41955 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Amanitaceae;Amanita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 43431 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Sphaerosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 55193 Eukaryota;Basidiomycota;Malasseziomycetes;Malasseziales;Malasseziaceae;Malassezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 83461 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Corallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 86017 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Salpingoeca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 149698 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Massilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 160433 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Samsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 182709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Oceanobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 354349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Pseudochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 410829 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Sugiyamaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 1129545 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Claroideoglomeraceae;Claroideoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 1130052 Eukaryota;Ascomycota;Xylobotryomycetes;Xylobotryales;Cirrosporiaceae;Cirrosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 1169538 Eukaryota;NA;NA;NA;Vitrellaceae;Vitrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 1573535 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 2678885 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000086 10 2758906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Entomomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 16 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 404 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 497 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Psychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 1730 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Eubacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 4819 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Phlyctochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 5324 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Trametes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 5754 Eukaryota;Discosea;NA;Longamoebia;Acanthamoebidae;Acanthamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 28000 Eukaryota;Perkinsozoa;NA;Perkinsida;Perkinsidae;Perkinsus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 28253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 35127 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Thalassiosirales;Thalassiosiraceae;Thalassiosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 47789 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Tetrabaenaceae;Tetrabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 55968 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leucobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 76890 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Asticcacaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 78910 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Syncephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 80865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Delftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 84565 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Sodalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 85043 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Williamsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 92793 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 318147 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Paucibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 379065 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 450526 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 582472 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Wohlfahrtiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 690565 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Serinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 697279 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Bavariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 766728 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Meyerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 1433402 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Glycocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 1434702 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Taibaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 1745211 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 2052799 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Jimgerdemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 2055880 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudescherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 2594176 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Edaphochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 2759657 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000077 9 2817139 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Weizmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 209 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Helicobacteraceae;Helicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 3049 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Polytomella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 5533 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Rhodotorula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 5782 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Dictyostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 33096 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Gonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 35721 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Parasitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 35724 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Macrophomina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 45785 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nadsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 47772 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Astrephomenaceae;Astrephomene;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 55339 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Amylostereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 57493 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Kocuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 61170 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 109880 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Nowakowskiellaceae;Nowakowskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 255204 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudoclavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 276836 Eukaryota;Cryptomycota;NA;NA;NA;Rozella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 286114 Eukaryota;Chytridiomycota;Chytridiomycetes;Synchytriales;Synchytriaceae;Synchytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 518753 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Luteolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 688353 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Lichtheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 1330547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 1335483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shimwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 1506577 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Tyzzerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 1866885 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 1918450 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Cuneatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 2100764 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Mixta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000069 8 2719231 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lacrimispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 68 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Lysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 75 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Caulobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 2000 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Streptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 4888 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Smittium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 5543 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Trichoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 5864 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Babesiidae;Babesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 34416 Eukaryota;Basidiomycota;Microbotryomycetes;Microbotryales;Microbotryaceae;Microbotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 35140 Eukaryota;Haptophyta;NA;Prymnesiales;Chrysochromulinaceae;Chrysochromulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 53460 Bacteria;Actinomycetota;Actinomycetes;Nakamurellales;Nakamurellaceae;Nakamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 70451 Eukaryota;Haptophyta;NA;Pavlovales;Pavlovaceae;Diacronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 73229 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 74385 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 76312 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Caulerpaceae;Caulerpa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 144537 Eukaryota;Mucoromycota;Glomeromycetes;Paraglomerales;Paraglomeraceae;Paraglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 158876 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Yokenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 166953 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Kaistia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 186035 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Fragilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 423349 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Mucilaginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 667112 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Lutispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 1206353 Eukaryota;Ascomycota;Dothideomycetes;NA;Pseudoperisporiaceae;Lizonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 1930830 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Floricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 2716544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chimaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 2811373 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Acerihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 2815780 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Velocimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 2853326 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Affinibrenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000060 7 2944547 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermochaetoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 507 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Alcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 1743 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 2034 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Curtobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 2040 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Aeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 4797 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Pythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 4807 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Blastocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 4859 Eukaryota;Zoopagomycota;Basidiobolomycetes;Basidiobolales;Basidiobolaceae;Basidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 5305 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phanerochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 5352 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Lentinula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 5758 Eukaryota;Evosea;NA;Mastigamoebida;Entamoebidae;Entamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 5761 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Naegleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 5959 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Blepharismidae;Blepharisma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 13289 Eukaryota;Basidiomycota;Exobasidiomycetes;Tilletiales;Tilletiaceae;Tilletia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 29331 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Amphibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 32207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Rothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 34348 Eukaryota;Basidiomycota;Mixiomycetes;Mixiales;Mixiaceae;Mixia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 64501 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Entophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 78924 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dimargaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 109893 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Powellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 109944 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;Gonapodyaceae;Gonapodya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 110092 Eukaryota;Chytridiomycota;Chytridiomycetes;Polychytriales;NA;Polychytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 133407 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Acytostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 162491 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Oerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 184431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 186650 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Microvirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 202696 Eukaryota;Basidiomycota;Agaricomycetes;Jaapiales;Jaapiaceae;Jaapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 222439 Eukaryota;Preaxostyla;NA;Oxymonadida;Streblomastigidae;Streblomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 229045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Trichomonascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 337670 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Pilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 361607 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Patulibacteraceae;Patulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 431390 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Mayamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 453566 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Ambisporaceae;Ambispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 756610 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Dentiscutata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 929812 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Gibbsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 1232588 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Saprochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 1395788 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Gorgonomycetaceae;Gorgonomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 1434009 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 1565532 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rouxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 1930791 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 2058189 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Heterostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 2058951 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Raperosteliaceae;Tieghemostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 2315209 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Hondaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000051 6 2779859 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Entomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 482 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Neisseria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 848 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Fusobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 1569 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Sporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 1707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Cellulomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 4855 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Mortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 5193 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Morchellaceae;Morchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 5340 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Agaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 5581 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Beauveria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 5962 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Stentoridae;Stentor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 12967 Eukaryota;NA;Bigyra;Opalinata;Blastocystidae;Blastocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 13641 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Polysphondylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 33644 Eukaryota;Bacillariophyta;Fragilariophyceae;Fragilariales;Fragilariaceae;Fragilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 43668 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Brachybacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 43987 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Geotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 45667 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 45787 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Wickerhamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 55079 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Aneurinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 63265 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Sporisorium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 68787 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Sclerodermataceae;Scleroderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 70742 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 74556 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Thraustotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 78916 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Piptocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 109935 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Cladochytriaceae;Cladochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 109967 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Rhizoclosmatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 165695 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 196080 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Terasakiellaceae;Terasakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 214906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Histophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 254250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Isoptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 286098 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Seminavis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 359407 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylotenera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 400634 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 433838 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pseudoxanthobacteraceae;Pseudoxanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 437504 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Granulosicoccaceae;Granulosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 638847 Bacteria;Synergistota;Synergistia;Synergistales;Dethiosulfovibrionaceae;Pyramidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 697331 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Basfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 747294 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudorhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 909656 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Phocaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 1540147 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trigonopsidaceae;Tortispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 1838142 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Cutaneotrichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 2115980 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Candidatus Phycorickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 2486696 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Cladocopium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 2675234 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 2678534 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Corticimicrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 2815296 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Jejubacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 2815776 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Bilifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 2884243 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Musicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 2893178 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Insectihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000043 5 2918834 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Petrachlorosaceae;Petrachloros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 171 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Leptospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 830 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Butyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Porphyromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 906 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Megasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 2147 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Acholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 3038 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 5104 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ascosphaeraceae;Ascosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 5579 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Saccotheciaceae;Aureobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 5800 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Eimeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 5810 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Toxoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 13075 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Globicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 13134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Magnetospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 28065 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Rhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 28196 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Arcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 28895 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Thermoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 36913 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Lodderomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 37991 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Xylaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 40996 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Elsinoaceae;Elsinoe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 42255 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Rubrobacteraceae;Rubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 42308 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 47420 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hydrogenophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 47424 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Armillaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 55080 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Brevibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 64561 Eukaryota;Mucoromycota;Umbelopsidomycetes;Umbelopsidales;Umbelopsidaceae;Umbelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 66831 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Facklamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 67572 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Psychromonadaceae;Psychromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 68743 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Pluteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 78914 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Sigmoideomycetaceae;Thamnocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 79328 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Chitinophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 81525 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Monosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 82982 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Obesumbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 89956 Eukaryota;NA;Dinophyceae;Suessiales;Suessiaceae;Polarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 99479 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Tetrasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 101102 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Circinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 135261 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Prasiola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 141715 Eukaryota;Chlorophyta;Mamiellophyceae;Monomastigales;Monomastigaceae;Monomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 169998 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Phakopsoraceae;Phakopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 198705 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Lampropedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 215249 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Cryptobasidiaceae;Acaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 236786 Eukaryota;NA;Dictyochophyceae;Florenciellales;NA;Florenciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 242060 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Cystoisospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 268408 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rhodovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 293088 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Martelella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 314126 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Drechslerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 329857 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Cohnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 375288 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Parabacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 388809 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;NA;Blyttiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 447792 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Phytobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 451452 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Boothiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 475230 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Pullulanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 476201 Eukaryota;Apicomplexa;Aconoidasida;Nephromycida;NA;Cardiosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 568988 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Regiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 877559 Eukaryota;NA;NA;Apusomonadida;Apusomonadidae;Thecamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 881616 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Herbiconiux;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 945765 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Romeriaceae;Romeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1082702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Lonsdalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1276290 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1356488 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Rosenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1396492 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Fimicolochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1396506 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Borealophlyctidaceae;Borealophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1493516 Eukaryota;Cryptomycota;NA;NA;NA;Paramicrosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1500004 Eukaryota;Blastocladiomycota;Physodermatomycetes;Physodermatales;Physodermataceae;Paraphysoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1504576 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudocitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1522432 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Pseudoduganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1612611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pararhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1648491 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Aquihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1649482 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pseudopedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1780190 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Izhakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1910789 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Diutina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 1918385 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acutalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 2005359 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalicatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 2675230 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cytobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 2675232 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Neobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 2718525 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Absicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 2862144 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ruoffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 2941520 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Senimuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 2952773 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Formicincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 2992131 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Romeriopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000034 4 3021684 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Dryocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 20 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Phenylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 191 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Azospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 517 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Bordetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 841 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Roseburia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 872 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 904 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Acidaminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 970 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Selenomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1033 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Afipia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1073 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Rhodopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1152 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Pseudanabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1198 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Phormidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1218 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Prochlorococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1372 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2063 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Kitasatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2093 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2761 Eukaryota;NA;Glaucocystophyceae;NA;Cyanophoraceae;Cyanophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2784 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Porphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2857 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 3187 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Nannochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 3191 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Spermatozopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 4821 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Piromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 5094 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Talaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 5402 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Russula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 5644 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Stereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 5723 Eukaryota;Parabasalia;NA;Tritrichomonadida;Tritrichomonadidae;Tritrichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 5884 Eukaryota;Ciliophora;Oligohymenophorea;Peniculida;Parameciidae;Paramecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 5973 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Halteriidae;Halteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 28067 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Rubrivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 28581 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Allomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 29404 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Microlunatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 33652 Eukaryota;NA;Bigyra;Bicosoecida;Cafeteriaceae;Cafeteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 34487 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Conidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 39948 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Dialister;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 42418 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Halanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 44417 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Cyclospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 44471 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Microcoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 45156 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidioschyzon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 47747 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyaloscyphaceae;Hyaloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 48073 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Microbulbiferaceae;Microbulbifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 48736 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ralstonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 49237 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Chaetocerotaceae;Chaetoceros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 51366 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Salinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 52225 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Mitsuokella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 64643 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Dichotomocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 68034 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Sporotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 68288 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cyclobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 70535 Eukaryota;Microsporidia;NA;NA;Culicosporidae;Edhazardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 75984 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Mannheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 82800 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Desemzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 83614 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Luteimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 83618 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudoxanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 84404 Bacteria;Campylobacterota;Desulfurellia;Desulfurellales;Desulfurellaceae;Hippea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 91942 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Hortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 93681 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Roseateles;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 101116 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Sporodiniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 110932 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leifsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 114627 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Alkaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 117563 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Granulicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 150247 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anoxybacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 151754 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Xenophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 152267 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pigmentiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 155415 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;NA;Monosporascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 162289 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Peptoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 162291 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 175304 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lentibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 178469 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Arenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 189429 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Chlorodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 191373 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Pelotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 225842 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Formosa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 239050 Eukaryota;Ascomycota;Sordariomycetes;Chaetosphaeriales;Chaetosphaeriaceae;Thozetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 239759 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Alistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 253238 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ethanoligenens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 263510 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Crocosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 290174 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aquimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 304330 Eukaryota;Zoopagomycota;NA;Ramicandelaberales;Ramicandelaberaceae;Ramicandelaber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 323620 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Shinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 332102 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Fluviicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 381414 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Boodleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 401469 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Undibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 474995 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Ophiocordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 704093 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anaerobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 743714 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Orbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 797121 Eukaryota;Fornicata;NA;NA;NA;Kipferlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 947096 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Porosporidae;Porospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1052105 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Purpureocillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1126249 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Geranomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1155385 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Proteiniclasticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1155738 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Moorena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1211036 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mangrovimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1213737 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Schizoporaceae;Schizopora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1233426 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Roseofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1246884 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Algimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1330546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pluralibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1384499 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Pisciglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1628153 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Carboxylicivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1649462 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Lacihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1659840 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Sanghuangporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1822002 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Enterobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1835332 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Verticiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1843210 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerocolumna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1912216 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Cutibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1924110 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Massilimicrobiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1964366 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Nissabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1974209 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Rhodohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 1981958 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Pseudomicrostroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2026842 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;NA;Bifiguratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2039709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Desertibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2044848 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Siccirubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2070447 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Conservatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2125985 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Neptunicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2201383 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Mangrovicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2563783 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Anaerolactibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2675233 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Metabacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2682476 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2815786 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Sodaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000026 3 2862142 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Falseniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 535 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chromobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 890 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Desulfuromonadaceae;Desulfuromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 914 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1030 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Thiothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1158 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Oscillatoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1177 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Nostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1257 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptostreptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1298 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1651 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alloiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1696 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Brevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1754 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermoanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2005 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Microbispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2220 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanolobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2357 Bacteria;Thermodesulfobacteriota;Desulfomonilia;Desulfomonilales;Desulfomonilaceae;Desulfomonile;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2774 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2849 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Phaeodactylaceae;Phaeodactylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2944 Eukaryota;NA;Dinophyceae;Prorocentrales;Prorocentraceae;Prorocentrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 4765 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Achlya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 4778 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Bremia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 4802 Eukaryota;Oomycota;NA;Lagenidiales;Lagenidiaceae;Lagenidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 4895 Eukaryota;Ascomycota;Schizosaccharomycetes;Schizosaccharomycetales;Schizosaccharomycetaceae;Schizosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 5036 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Histoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 5115 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Cryphonectriaceae;Cryphonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 5182 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Hymenoscyphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 5190 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascobolaceae;Ascobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 5230 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Auriculariaceae;Auricularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 5269 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Ustilago;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 5280 Eukaryota;Basidiomycota;Exobasidiomycetes;Georgefischeriales;Tilletiariaceae;Tilletiaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 5379 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Suillaceae;Suillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 5399 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Agrocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 5552 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Trichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 5598 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Alternaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 5712 Eukaryota;Euglenozoa;Kinetoplastea;Eubodonida;Bodonidae;Bodo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 13705 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Syncephalastraceae;Syncephalastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 27331 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Protomycetaceae;Protomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 28050 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 29002 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Cercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 29521 Bacteria;Spirochaetota;Spirochaetia;Brachyspirales;Brachyspiraceae;Brachyspira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 29580 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Janthinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 29901 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Mrakia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 32014 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Iodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 32257 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Kingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 33057 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Thauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 33194 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Bipolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 33886 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rathayibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 34008 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 34019 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Liberibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 34114 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Pleurastraceae;Pleurastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 34433 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucoagaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 34453 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Hebeloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 35676 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Pelagomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 36048 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Tuber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 38258 Eukaryota;NA;Glaucocystophyceae;Glaucocystales;Glaucocystaceae;Glaucocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 38447 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Monilinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 38452 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Rutstroemiaceae;Rutstroemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 39845 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinokineospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 40415 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Antrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 40466 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Sparassidaceae;Sparassis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 41299 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Choricystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 43996 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Catonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 44639 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Choiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 45299 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Diademaceae;Clathrospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 47182 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascodesmidaceae;Ascodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 48954 Eukaryota;Rhodophyta;Florideophyceae;Corallinales;Lithophyllaceae;Lithophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 53416 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Lonepinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 54692 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Chlorociboriaceae;Chlorociboria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 57133 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Hydnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 57512 Eukaryota;Ciliophora;Spirotrichea;Urostylida;Urostylidae;Uroleptus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 58050 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Moritellaceae;Moritella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 59753 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 60136 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 60919 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Sanguibacteraceae;Sanguibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 61417 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Spiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 64560 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Radiomycetaceae;Radiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 64629 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mycotyphaceae;Mycotypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 75735 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Starmerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 75905 Bacteria;Aquificota;Aquificae;Aquificales;Aquificaceae;Thermocrinis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 78156 Eukaryota;Ascomycota;Leotiomycetes;NA;Pseudeurotiaceae;Pseudogymnoascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 81055 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phaeolaceae;Wolfiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 82267 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;NA;Hyaloraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 83770 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Succinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 88647 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Teloschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 89092 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ignavigranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 90402 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Geoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 97376 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Biscogniauxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 101106 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Halteromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 101114 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Spinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 101126 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Hesseltinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 101925 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Flintiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 105767 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Tremellaceae;Tremella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 109875 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Catenariaceae;Catenaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 109896 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Gaertneriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 110669 Eukaryota;Chlorophyta;Palmophyllophyceae;Prasinococcales;Prasinococcaceae;Prasinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 111142 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alishewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 112008 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Ignatzschineria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 112497 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Ramularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 114248 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Tepidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 119044 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Filomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 119977 Bacteria;Pseudomonadota;Acidithiobacillia;Acidithiobacillales;Acidithiobacillaceae;Acidithiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 135858 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Catenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 150781 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Astraeaceae;Astraeus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 158851 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Trabulsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 165301 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Lentzea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 165779 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 167375 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Cyanobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 168658 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Rhodoblastus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 186310 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Pezizellaceae;Calycina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 188143 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Enterovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 190972 Bacteria;Bacillota;Tissierellia;NA;NA;Sedimentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 191303 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Turicibacteraceae;Turicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 200903 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paraliobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 205889 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Albidovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 213485 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Micavibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 225143 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 227979 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Jeotgalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 228398 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptacidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 240577 Eukaryota;NA;NA;Sticholonchida;Sticholonchidae;Sticholonche;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 246861 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Grimontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 256319 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Chlorobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 265570 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Sulfurovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 265975 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 269154 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Flagelloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 269773 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 281915 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Curvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 286104 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Winogradskyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 286405 Eukaryota;Ascomycota;NA;NA;NA;Sarcosagium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 286412 Eukaryota;Ascomycota;NA;Thelocarpales;Thelocarpaceae;Thelocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 289201 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 289257 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Chrysotrichaceae;Chrysothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 299330 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lobosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 303379 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herminiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 308865 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Elizabethkingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 311411 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pseudoruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 311453 Eukaryota;Microsporidia;NA;NA;Tubulinosematidae;Anncaliia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 319458 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Leadbetterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 331971 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Thalassobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 335058 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 362238 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Phragmonemataceae;Kyliniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 364710 Eukaryota;Ascomycota;Eurotiomycetes;Verrucariales;Verrucariaceae;Endocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 373141 Eukaryota;Discosea;NA;Stygamoebida;NA;Stygamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 381760 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Elliptochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 383614 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Brasilonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 393005 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tamlana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 395590 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zasmidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 401624 Eukaryota;Basidiomycota;Exobasidiomycetes;Ceraceosorales;Ceraceosoraceae;Ceraceosorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 454159 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Kiloniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 456492 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Saccharibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 459786 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Oscillibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 460521 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nakazawaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 504481 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Sediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 548651 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Dothidotthiaceae;Dothidotthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 568987 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hamiltonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 573657 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Hodgkinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 577469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Demequinaceae;Demequina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 588605 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Robinsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 596767 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Hydrogenoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 659428 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Marivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 885864 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Jeongeupia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 937605 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Hymenopellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 986106 Bacteria;Pseudomonadota;Gammaproteobacteria;Acidiferrobacterales;Acidiferrobacteraceae;Acidiferrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1003010 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Strigomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1029631 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Amnibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1034479 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Chloroidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1036719 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Verticillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1074468 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Candidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1078833 Eukaryota;Tubulinea;Elardia;Arcellinida;Cryptodifflugiidae;Cryptodifflugia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1082930 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Pelagibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1157960 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;NA;Poropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1265689 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cesiribacteraceae;Nafulsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1297562 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Phaseolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1335631 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Frischella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1351751 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Parastagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1382931 Bacteria;Chloroflexota;Ardenticatenia;Ardenticatenales;Ardenticatenaceae;Ardenticatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1449912 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hartigia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1472762 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Enorma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1501143 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Neosynechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1501226 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Romboutsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1505657 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Intestinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1506553 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1548510 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Microbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1555240 Eukaryota;Chytridiomycota;Chytridiomycetes;Caulochytriales;Caulochytriaceae;Caulochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1572763 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Moheibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1608298 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Thiolapillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1648514 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Cricetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1649459 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hungatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1649480 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctopirus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1679449 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudooceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1769726 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Niveibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1769732 Bacteria;NA;Deltaproteobacteria;NA;NA;Dissulfurimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1784839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Tenggerimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1801563 Eukaryota;Basidiomycota;Microbotryomycetes;NA;Chrysozymaceae;Pseudohyphozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1903858 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pseudorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1904377 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Amorphaceae;Acuticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1910899 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Naemateliaceae;Naematelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1912215 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Acidipropionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1914229 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Aliidongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1924081 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Bariatricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1927833 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Candidatus Fukatsuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 1980514 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halodesulfurarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2004661 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Hyphobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2058187 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Cavenderiaceae;Cavenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2060871 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Galactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2094023 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Glaesserella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2136118 Bacteria;Acidobacteriota;Terriglobia;Bryobacterales;Solibacteraceae;Candidatus Sulfopaludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2303321 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Superficieibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2571160 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Trinickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2613960 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudopuniceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2650923 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aestuariivirgaceae;Aestuariivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2675231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mesobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2676247 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Aquirufa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2678248 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Edaphovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2709238 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Zopfochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2779860 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gryganskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2779937 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Podila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2800384 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Pseudidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2808942 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Fluviibacteraceae;Fluviibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2815774 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Hornefia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2837506 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Niallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2894762 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Zophobihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2901189 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Halopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2903105 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Alteracholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2922426 Bacteria;Chloroflexota;Candidatus Thermofonsia;Phototrophicales;Phototrophicaceae;Phototrophicus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2950393 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Sessilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 2996260 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Polyrhizophydium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000017 2 3020832 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alloalcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 6 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Azorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 13 Bacteria;Dictyoglomota;Dictyoglomia;Dictyoglomales;Dictyoglomaceae;Dictyoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 32 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Myxococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 47 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Archangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 50 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Chondromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 59 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Vitreoscilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 127 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Isosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 133 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 262 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Francisellaceae;Francisella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 522 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidiphilium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 846 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 953 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Wolbachia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 963 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1011 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Sporocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1041 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Erythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1070 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rhodopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1081 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Rhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1154 Bacteria;Cyanobacteriota;Cyanophyceae;Spirulinales;Spirulinaceae;Spirulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1186 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Calotrichaceae;Calothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1237 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Piscirickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1654 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1813 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Amycolatopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1849 Bacteria;Actinomycetota;Actinomycetes;Actinopolysporales;Actinopolysporaceae;Actinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2060 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Tsukamurellaceae;Tsukamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2071 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2184 Archaea;Euryarchaeota;Methanococci;Methanococcales;Methanococcaceae;Methanococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2207 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2314 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanomicrobiaceae;Methanoplanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2316 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2330 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2701 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Gardnerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2713 Bacteria;Aquificota;Aquificae;Aquificales;Aquificaceae;Aquifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2723 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hirschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2875 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Dictyota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2988 Eukaryota;NA;Synurophyceae;Synurales;Mallomonadaceae;Mallomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 3098 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Neochloridaceae;Neochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 3108 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Ankistrodesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 3136 Eukaryota;Chlorophyta;Ulvophyceae;Dasycladales;Polyphysaceae;Acetabularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 3158 Eukaryota;Chlorophyta;Pedinophyceae;Pedinomonadales;Pedinomonadaceae;Pedinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 4769 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Saprolegnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 4852 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Cunninghamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 4865 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Dipsacomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 4867 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Linderina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5027 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Pyrenophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5144 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Podosporaceae;Podospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5146 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Sordaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5149 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Chaetomium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5179 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Sclerotinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5314 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Ganoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5369 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Boletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5395 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Paxillaceae;Paxillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5502 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Curvularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5550 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Trichophyton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5658 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leishmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5721 Eukaryota;Parabasalia;NA;Trichomonadida;Trichomonadidae;Trichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 5931 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;NA;Ichthyophthirius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 6033 Eukaryota;Microsporidia;NA;NA;Unikaryonidae;Encephalitozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 13205 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Pholiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 13334 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Anaerobiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 13348 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Arthrobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 27316 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Galactomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 27353 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Coleosporiaceae;Cronartium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 28100 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Phyllobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 28228 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Colwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 28231 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 28236 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Petrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 28261 Bacteria;Nitrospirota;Thermodesulfovibrionia;Thermodesulfovibrionales;Thermodesulfovibrionaceae;Thermodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 28866 Eukaryota;Rhodophyta;Florideophyceae;Gelidiales;Gelidiellaceae;Gelidiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 29175 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Neospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 29181 Eukaryota;Foraminifera;NA;Miliolida;Miliolidae;Affinetrina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 29298 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Planobispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 29330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Alicyclobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 29407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 29574 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Taylorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 29646 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Stichococcaceae;Stichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 29825 Eukaryota;Ascomycota;Neolectomycetes;Neolectales;Neolectaceae;Neolecta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 31988 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 32067 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Leptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 33091 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Koliellaceae;Raphidonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 33094 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Draparnaldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 33106 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Derbesiaceae;Derbesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 33187 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Uncinocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 33648 Eukaryota;Bacillariophyta;Fragilariophyceae;Thalassionemales;Thalassionemataceae;Thalassionema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 33926 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Candidatus Phytoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 33981 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 34016 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodobiaceae;Rhodobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 34399 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Phomopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 34448 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Marasmius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 34474 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Fomitopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 34484 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Entomophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 35686 Eukaryota;NA;Dictyochophyceae;Dictyochales;NA;Dictyocha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 36046 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Elaphomycetaceae;Elaphomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 36853 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfitobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 37467 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Pisolithaceae;Pisolithus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 38037 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Ploettnerulaceae;Rhynchosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 38484 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Ciborinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 38946 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Paracoccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 39716 Eukaryota;Cercozoa;Imbricatea;Euglyphida;Paulinellidae;Paulinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 40144 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Tricholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 40222 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Methylophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 40354 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Fonsecaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 40418 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Auriscalpium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 40657 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Plectosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 41201 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Ewingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 41885 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pseudoscourfieldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 41998 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Ceramiaceae;Anotrichium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 42464 Eukaryota;Ascomycota;Sordariomycetes;Lulworthiales;Lulworthiaceae;Zalerion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 43220 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Capronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 43356 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Kutzneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 43429 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Wilcoxina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 43430 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Tricharina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 43947 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Tolumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 44261 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Oxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 44748 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Sporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 45153 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Sporormiaceae;Westerdykella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 45669 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Salinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 46205 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Pseudobutyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 47022 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Orbilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 47025 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 47054 Bacteria;Synergistota;Synergistia;Synergistales;Dethiosulfovibrionaceae;Dethiosulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 47670 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Lautropia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 48075 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 48463 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Prosthecobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 48971 Eukaryota;Rhodophyta;Florideophyceae;Hapalidiales;Hapalidiaceae;Synarthrophyton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 49230 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Coscinodiscales;Hemidiscaceae;Actinocyclus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 50989 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Rickenellaceae;Rickenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 53357 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Intrasporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 53457 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Janibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 54293 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Thermosyntropha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 55170 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Didymella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 56001 Eukaryota;Chlorophyta;Chlorophyceae;Chaetopeltidales;Chaetopeltidaceae;Chaetopeltis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 56489 Eukaryota;Basidiomycota;Agaricomycetes;Thelephorales;Thelephoraceae;Thelephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 57479 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Microvirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 58113 Bacteria;Actinomycetota;Actinomycetes;Glycomycetales;Glycomycetaceae;Glycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 58122 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Spirillospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 59739 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Flammeovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 63261 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Moesziomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 63682 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Lobosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 64498 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Choanephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 65402 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Acidaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 65412 Eukaryota;Ascomycota;Sordariomycetes;Togniniales;Togniniaceae;Phaeoacremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 65502 Bacteria;Actinomycetota;Actinomycetes;Cryptosporangiales;Cryptosporangiaceae;Cryptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 65589 Eukaryota;NA;Polycystinea;Collodaria;Sphaerozoidae;Sphaerozoum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 66735 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Diplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 67808 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Gymnochlora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 68756 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Clavulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 68785 Eukaryota;Basidiomycota;Agaricomycetes;Geastrales;Sphaerobolaceae;Sphaerobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 68793 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Botryobasidiaceae;Botryobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 69278 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aquamicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 69894 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Tindallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 70190 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Chroococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 70411 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Frateuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 71602 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Diploschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 71927 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Termitomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 71944 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Hypholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 73024 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 74030 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 74721 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Stachybotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 75309 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rhodanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 75687 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Neptunomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 76632 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Thermobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 77566 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Hepatocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 77850 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kodamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 77924 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Hemiselmidaceae;Hemiselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 78141 Eukaryota;Ascomycota;Leotiomycetes;NA;Myxotrichaceae;Oidiodendron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 78412 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Cylindrodendrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 79206 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfosporosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 80618 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Asterophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 80635 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Coniophoraceae;Coniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 80645 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Gyrodontaceae;Gyrodon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 80662 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Piloderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 81041 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Antrodiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 81894 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Prosthecomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 82105 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Cladophialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 83677 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Thermobifida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 84108 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Slackia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 84111 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Eggerthella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 85274 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Rhodovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 85947 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Didymosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 86085 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Gymnopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 86331 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Mogibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 86671 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Roseospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 87270 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Umbilicaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 89583 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 90268 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Apophysomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 91914 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Asaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 93217 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pandoraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 94139 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Catenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 94616 Eukaryota;NA;Raphidophyceae;Chattonellales;Chattonellaceae;Fibrocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 94642 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Besnoitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 96335 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Proteomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 96492 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frigoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 96503 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Trachelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 98443 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Richelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 99238 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Ramalinaceae;Phyllopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 100048 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Trematosphaeriaceae;Trematosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 100051 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Delitschiaceae;Delitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 101141 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Thamnidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 104267 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tenacibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 105135 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Anaeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 106633 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thioalkalivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 109471 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Bisgaardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 109632 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Galerina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 109928 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Podochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 111782 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Tolypothrichaceae;Tolypothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 114962 Eukaryota;Ascomycota;Lecanoromycetes;Caliciales;Physciaceae;Heterodermia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 118241 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Derbesiaceae;Pedobesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 118259 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Plenodomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 118262 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Dichotomosiphonaceae;Dichotomosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 120212 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Subtercola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 124426 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Ustilaginoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 125216 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 129577 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 132607 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothricoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 135575 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Idiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 136088 Eukaryota;NA;NA;Malawimonadida;Malawimonadidae;Malawimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 136498 Eukaryota;Evosea;Variosea;NA;NA;Phalansterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 137616 Eukaryota;Evosea;Eumycetozoa;Stemonitida;Stemonitidae;Stemonitis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 139105 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Cylindrobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 139133 Eukaryota;Basidiomycota;Agaricomycetes;Trechisporales;NA;Sistotremastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 139389 Eukaryota;Basidiomycota;Agaricomycetes;Amylocorticiales;Amylocorticiaceae;Plicaturopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 140625 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 141450 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oleiphilaceae;Oleiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 144516 Eukaryota;Microsporidia;NA;NA;NA;Microsporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 144548 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Heliocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 147559 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Dothioraceae;Delphinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 150372 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Escovopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 150830 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Roseibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 155149 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Bisporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 157008 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Zonaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 157482 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Lichina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 157775 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Letrouitiaceae;Letrouitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 157920 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Cellulosimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 159075 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Acremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 159341 Eukaryota;NA;Bigyra;Placidida;Placidiaceae;Placidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 160516 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Tirmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 160800 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 165440 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Bulleribasidiaceae;Dioszegia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 165812 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Sporanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 168470 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Laribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 168934 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Thalassospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 170436 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Udotea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 171412 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Eremococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 173494 Eukaryota;Chlorophyta;Ulvophyceae;Oltmansiellopsidales;NA;Neodangemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 174708 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Allobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 174951 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ramlibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 180162 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Cetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 184462 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Hyaloperonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 186831 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Acetoanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 189613 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthomendoza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 190323 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Plantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 196081 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Scardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 196140 Eukaryota;NA;NA;NA;NA;Schizocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 198251 Bacteria;Pseudomonadota;Alphaproteobacteria;Pelagibacterales;Pelagibacteraceae;Candidatus Pelagibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 200473 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Brumimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 201152 Eukaryota;Fornicata;NA;NA;NA;Carpediemonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 202746 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfurimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 202907 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Collimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 204754 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Rhexocercosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 207244 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 212111 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 212743 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rhizobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 215251 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Brachybasidiaceae;Meira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 216744 Eukaryota;Bacillariophyta;Bacillariophyceae;Cymbellales;Cymbellaceae;Cymbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 217161 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Chamaesiphonaceae;Chamaesiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 217510 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Fulvimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 218113 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 219181 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ottowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 223385 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;NA;Grimontella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 230494 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Reinekea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 237584 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Teratosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 238783 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudorhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 239934 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Akkermansiaceae;Akkermansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 245876 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Nitratireductor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 248038 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Mucispirillaceae;Mucispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 248111 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Gomphillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 252356 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Maribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 261827 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Algibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 274470 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 282132 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Candidatus Protochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 282687 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Philasteridae;Philasterides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 290425 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Advenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 291194 Eukaryota;Microsporidia;NA;NA;Tubulinosematidae;Tubulinosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 292486 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Avibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 294702 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Proteiniphilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 302781 Eukaryota;Preaxostyla;NA;Oxymonadida;Polymastigidae;Monocercomonoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 303226 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 307628 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Petrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 314122 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylellina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 318745 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Pycnoraceae;Pycnora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 320360 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Taiwanofungaceae;Taiwanofungus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 323449 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Pontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 329881 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Friedmanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 332157 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Larkinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 332518 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Halospina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 334107 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Conchiformibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 336841 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Dichotomosiphonaceae;Avrainvillea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 347533 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Zobellella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 354354 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niastella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 360145 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Grosmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 361050 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Rubritaleaceae;Rubritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 362229 Eukaryota;Rhodophyta;Stylonematophyceae;Stylonematales;Stylonemataceae;Rhodospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 365348 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 373984 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Rivulariaceae;Rivularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 388463 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Edaphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 390250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Labedella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 390876 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Nisaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 393029 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Desulfurispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 399320 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Sphaerochaetaceae;Sphaerochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 400060 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Paludibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 407217 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 419014 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Alloscardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 439543 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Amansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 444599 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Hansschlegelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 445219 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Reyranellaceae;Reyranella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 446135 Eukaryota;Rhodophyta;Stylonematophyceae;Stylonematales;Stylonemataceae;Rhodaphanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 447020 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Adlercreutzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 448125 Bacteria;Bacillota;Tissierellia;NA;NA;Dethiosulfatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 451512 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Mangrovibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 459532 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Terribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 466152 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Singulisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 470095 Eukaryota;Ascomycota;Dothideomycetes;Acrospermales;Acrospermaceae;Pseudovirgaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 472977 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Natronobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 482460 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sediminibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 501783 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cloacibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 502117 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Kalaharituber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 505692 Eukaryota;NA;NA;NA;Chromeraceae;Chromera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 508459 Bacteria;Synergistota;Synergistia;Synergistales;Synergistaceae;Cloacibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 515417 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Amphritea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 551771 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Vulcanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 556178 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Humibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 577310 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Parasutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 578092 Eukaryota;Ascomycota;Dothideomycetes;Lineolatales;Lineolataceae;Lineolata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 583360 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Umezawaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 586132 Eukaryota;Microsporidia;NA;NA;NA;Nematocida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 634748 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Phyllosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 642604 Eukaryota;Chytridiomycota;Chytridiomycetes;Lobulomycetales;Lobulomycetaceae;Lobulomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 644652 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Gordonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 648800 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Solibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 651660 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Paenisporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 658061 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Candidatus Koribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 658623 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Chelonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 660514 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Novispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 670315 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Multifurca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 682522 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Ilumatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 688241 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Entophysalidaceae;Chlorogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 690893 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Amniculicolaceae;Amniculicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 752201 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Sphaerospermopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 767528 Bacteria;Bacillota;Bacilli;Bacillales;NA;Geomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 866547 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Guyanagaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 904708 Bacteria;Pseudomonadota;Gammaproteobacteria;Arenicellales;Arenicellaceae;Arenicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 940661 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Cetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 940663 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Racocetra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 979650 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Haplosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 984996 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Mobilicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1004302 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Parasegetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1005722 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Phormidesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1006481 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Microaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1037661 Eukaryota;Ascomycota;Dothideomycetes;Microthyriales;Microthyriaceae;Microthyrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1048954 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Cylindrosympodiaceae;Tothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1052683 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Obba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1055692 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Chitinolyticbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1073531 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1077265 Bacteria;Armatimonadota;Chthonomonadetes;Chthonomonadales;Chthonomonadaceae;Chthonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1079112 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Ilyonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1095182 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Magnusiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1100891 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paenalcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1114981 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Piscinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1120752 Bacteria;Cyanobacteriota;Cyanophyceae;Nodosilineales;Nodosilineaceae;Nodosilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1129704 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Kyrpidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1132856 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Rasamsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1145345 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Bauldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1156568 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methylovirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1172191 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Catenovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1185872 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Desertifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1213188 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Zancudomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1221880 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Psychrobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1246681 Eukaryota;Bacillariophyta;Fragilariophyceae;Cyclophorales;Cyclophoraceae;Astrosyne;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1249016 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Otariodibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1263978 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Candidatus Endolissoclinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1301328 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Flavoplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1301585 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Usnochroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1347386 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Anaerosalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1348611 Bacteria;Bacillota;Clostridia;Eubacteriales;Vallitaleaceae;Vallitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1395674 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Globomycetaceae;Globomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1395974 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Tardiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1396495 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Thoreauomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1397107 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Aliifodinibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1399958 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Chromochloridaceae;Chromochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1407607 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Fusicatenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1431827 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Chlorobotryaceae;Characiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1433999 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Domibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1434011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Komagataeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1434042 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salisediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1458243 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Pseudomaricurvus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1458928 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Okeania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1465824 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;NA;Timonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1470349 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Candidatus Stoquefichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1484022 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Diddensiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1484898 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloceanibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1505231 Bacteria;Fibrobacterota;Chitinivibrionia;Chitinivibrionales;Chitinivibrionaceae;Chitinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1505652 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Terrisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1508537 Bacteria;Chloroflexota;Chloroflexia;Kallotenuales;Kallotenuaceae;Kallotenue;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1508657 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminiclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1510015 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Microglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1511635 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Aquisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1519373 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Amphiplicatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1522056 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Flaviflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1522128 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Catalimonadaceae;Catalinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1541818 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Sedimentitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1577789 Archaea;Candidatus Thermoplasmatota;Thermoplasmata;Methanomassiliicoccales;Methanomassiliicoccaceae;Candidatus Methanogranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1579505 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rubripirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1582879 Bacteria;Bacillota;Tissierellia;NA;NA;Ezakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1609627 Bacteria;Bacillota;Bacilli;Bacillales;Bacillales Family X. Incertae Sedis;Hydrogenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1612157 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pararhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1620264 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Dactylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1620700 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Alkalinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1629825 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Lanmaoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1649295 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Franconibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1649466 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Marinicauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1649478 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Pelolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1649490 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Rubinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1649495 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Seonamhaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1649503 Bacteria;Verrucomicrobiota;Terrimicrobiia;Terrimicrobiales;Terrimicrobiaceae;Terrimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1650335 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Chrysosporum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1652133 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Halobacteriovoraceae;Halobacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1653176 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cereibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1673731 Eukaryota;NA;Bigyra;Placidida;NA;Suigetsumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1738645 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Caproiciproducens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1766253 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Agathobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1769710 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Sellimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1769746 Bacteria;Bdellovibrionota;Oligoflexia;Oligoflexales;Pseudobacteriovoracaceae;Pseudobacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1774136 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Garicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1775176 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Psychromonadaceae;Corallincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1775292 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Motiliproteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1778653 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfuriferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1795363 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Dinghuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1804994 Bacteria;Gemmatimonadota;Longimicrobiia;Longimicrobiales;Longimicrobiaceae;Longimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1813600 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Tenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1847725 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Lawsonellaceae;Lawsonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1851468 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Vanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1851509 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Naganishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1855714 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1890244 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Trimorphomycetaceae;Saitozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1911549 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Raineyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1914156 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Chiua;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1924097 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Senegalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1924105 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Neglectibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1926556 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Emergencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1928820 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Intestinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1929045 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Traorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1929940 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Viridothelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1938335 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Sulfuritortus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 1955773 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emergomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2005375 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2017546 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paracandidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2023214 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Koinonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2024965 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Dictyobacteraceae;Dictyobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2027874 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Mongoliimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2034504 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Thioalkalispiraceae;Sulfurivermis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2035349 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Oceanispirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2036011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Limibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2039240 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerotignum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2060094 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Aminipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2071980 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Pararheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2078575 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Psychromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2093335 Bacteria;Gemmatimonadota;Gemmatimonadetes;Gemmatimonadales;Gemmatimonadaceae;Roseisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2126330 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Kentron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2170555 Bacteria;Bacillota;Bacilli;Bacillales;NA;Candidatus Carbobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2172100 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Limnobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2282756 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pueribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2316203 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Catenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2483199 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Chrysophaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2505929 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Chaetophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2508948 Bacteria;Bacillota;Clostridia;Candidatus Borkfalkiales;Candidatus Borkfalkiaceae;Candidatus Borkfalkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2546365 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rippkaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2569097 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerobutyricum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2607957 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Collybiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2610842 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ancalomicrobiaceae;Siculibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2663134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudogemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2676048 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Schaedlerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2678884 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerosacchariphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2679899 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thalassorhabdomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2679910 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Intestinibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2689587 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Suicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2698753 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Fluviispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2707015 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Amnimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2719313 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Enterocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2728523 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;Quaeritorhizaceae;Quaeritorhiza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2747271 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Calidithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2754714 Bacteria;Actinomycetota;NA;NA;NA;Candidatus Hakubanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2766927 Bacteria;NA;Deltaproteobacteria;Bradymonadales;Bradymonadaceae;Persicimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2767883 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Holzapfeliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2782231 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Kaistella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2787156 Bacteria;Bacillota;Culicoidibacteria;Culicoidibacterales;Culicoidibacteraceae;Culicoidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2795013 Archaea;Candidatus Micrarchaeota;NA;Candidatus Fermentimicrarchaeales;Candidatus Fermentimicrarchaeaceae;Candidatus Fermentimicrarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2795776 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Calycomorphotria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2795781 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Aeoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2807415 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Urbifossiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2810357 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Jinshanibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2810619 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Coniosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2813788 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Litchfieldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2817108 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Watsoniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2820403 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Rhabdothermincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2821507 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Agriterribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2822410 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylotuvimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2824158 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Aquirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2837509 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Schinkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2837510 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Siminovitchia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2838409 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Pigmentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2839095 Bacteria;Verrucomicrobiota;Methylacidiphilae;Methylacidiphilales;Methylacidiphilaceae;Candidatus Methylacidithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2853170 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Neopyropia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2860235 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Glacieibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2868274 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Metallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2873964 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Psittacicellaceae;Psittacicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2888759 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pacificispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2891294 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Nitrogeniibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2893057 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Shouchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2893058 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2893060 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2899543 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Intestinirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2904863 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Hermanssonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2905949 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfomicrobiaceae;Thermodesulfomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2915904 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Szabonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2918882 Eukaryota;Fornicata;NA;NA;NA;Aduncisulcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2919362 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Salinarimonadaceae;Saliniramus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2932330 Eukaryota;Microsporidia;NA;NA;Astathelohaniidae;Astathelohania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2938914 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Leontynka;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2944146 Bacteria;Bacillota;Clostridia;Eubacteriales;Bianqueaceae;Bianquea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2944152 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Wujia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2952368 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Candida/Saccharomycetales;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2975149 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Marinilongibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2976759 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Capillimicrobiaceae;Capillimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2993541 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Lewinellaceae;Neolewinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2994443 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudenterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 2997349 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Winslowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 3021579 Eukaryota;Rhodophyta;Florideophyceae;Peyssonneliales;Peyssonneliaceae;Rhodowynnea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 3026546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Duffyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.000009 1 3039590 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Parablautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 0.352474 41101 10239 Viruses
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 10.495088 1223801 NA cannot be assigned to a (non-viral) genus
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C2_M_libLAB7044.out 27.577764 3215761 NA unclassified
diff --git a/results/Kaiju/kaiju_NG-A0628_Cabbage_3M_libLAB7045_summary.tsv b/results/Kaiju/kaiju_NG-A0628_Cabbage_3M_libLAB7045_summary.tsv
new file mode 100644
index 0000000..2cdd485
--- /dev/null
+++ b/results/Kaiju/kaiju_NG-A0628_Cabbage_3M_libLAB7045_summary.tsv
@@ -0,0 +1,1457 @@
+file percent reads taxon_id taxon_name
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 25.965103 2523708 71245 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kazachstania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 16.185373 1573156 1243 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Leuconostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 7.533858 732262 2767892 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Secundilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 3.766096 366050 2767842 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactiplantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 2.151865 209153 2767885 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Latilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 1.927072 187304 2767886 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Levilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 1.049630 102020 1253 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Pediococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.264537 25712 2767893 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lentilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.250586 24356 2767889 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Loigolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.249712 24271 4930 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Saccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.216109 21005 547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Enterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.194534 18908 1357 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.158144 15371 46255 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Weissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.106671 10368 33877 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.099088 9631 1578 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.091516 8895 1883 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.088440 8596 1301 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Streptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.084551 8218 2759736 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lacticaseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.080106 7786 122277 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Pectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.077884 7570 662 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Vibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.070713 6873 1350 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Enterococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.062225 6048 1279 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Staphylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.052718 5124 1870884 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Clostridioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.048088 4674 2767879 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Companilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.047234 4591 1854 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Frankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.043057 4185 613 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Serratia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.042656 4146 160674 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Raoultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.040094 3897 2742598 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Limosilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.038571 3749 561 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Escherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.037203 3616 570 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Klebsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.034302 3334 5605 Eukaryota;Ascomycota;NA;NA;NA;Saitoella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.034117 3316 469 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Acinetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.033777 3283 278028 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Naumovozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.033170 3224 599737 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Wickerhamomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.032944 3202 5052 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Aspergillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.029363 2854 1678 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bifidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.029230 2841 4910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kluyveromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.028386 2759 53246 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Pseudoalteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.026050 2532 4953 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.022758 2212 143959 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Coelomomycetaceae;Coelomomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.022563 2193 559173 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.022563 2193 1330545 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Lelliottia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.022110 2149 2767887 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Ligilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.021637 2103 461281 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Ogataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.021482 2088 1970195 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Ancylomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.020330 1976 374468 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Nakaseomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.019075 1854 5320 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pleurotaceae;Pleurotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.017346 1686 326606 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Annulohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.016215 1576 2767888 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Liquorilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.016101 1565 51668 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Tetragenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.015618 1518 100474 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Batrachochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.015361 1493 46254 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Oenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.014754 1434 68287 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Mesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.014743 1433 657 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Photobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.014352 1395 1129544 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Rhizophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.013859 1347 229219 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Blastomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.013848 1346 63298 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Pseudozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.013807 1342 1716 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Corynebacteriaceae;Corynebacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.013766 1338 1176129 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Aulographaceae;Aulographum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.013365 1299 475 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Moraxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.012614 1226 107449 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Phaffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.012336 1199 358905 Eukaryota;Basidiomycota;Agaricomycetes;Sebacinales;Serendipitaceae;Serendipita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.011832 1150 5948 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Stylonychia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.011811 1148 1386 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Bacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.010206 992 308926 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Diversisporaceae;Diversispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.010124 984 2831443 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.009867 959 27375 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Entrophosporaceae;Entrophospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.009599 933 866673 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Marinifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.009280 902 374 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Bradyrhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.009218 896 286 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Pseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.009023 877 756023 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Xylogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.008910 866 4917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Pachysolen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.008704 846 2767881 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.008066 784 2767890 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Paucilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.007367 716 2930384 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Periweissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.007305 710 300275 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Lachancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.007305 710 2767882 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Furfurilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.006996 680 106589 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Cupriavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.006636 645 507510 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Hyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.006626 644 207599 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Solirubrobacteraceae;Solirubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.006430 625 586 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Providencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.006389 621 2737 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Vagococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.006245 607 414371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aureimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005926 576 40323 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Stenotrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005906 574 1637 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Listeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005906 574 98757 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Gelatoporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005772 561 551 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Erwinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005751 559 4780 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Plasmopara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005741 558 1988 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinomadura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005638 548 2745 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005494 534 1485 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Clostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005443 529 33882 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005443 529 317045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Kuraishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005299 515 101 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Flectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005216 507 407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005113 497 1269 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Micrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.005010 487 53335 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Pantoea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.004846 471 97050 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.004733 460 670516 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.004671 454 1849718 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Labilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.004640 451 2767358 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasmopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.004465 434 766502 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Millerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.004198 408 544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Citrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.004136 402 44249 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Paenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.004064 395 1539666 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Suhomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.004002 389 113604 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Tetrapisispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003807 370 111500 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muricauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003745 364 1742992 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paenarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003560 346 64649 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Backusellaceae;Backusella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003539 344 27320 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Metschnikowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003498 340 148959 Eukaryota;Basidiomycota;Wallemiomycetes;Wallemiales;Wallemiaceae;Wallemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003467 337 29832 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Hanseniaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003447 335 374469 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Vanderwaltozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003405 331 460073 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Segetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003385 329 38832 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Micromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003364 327 1873 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Micromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003241 315 3071 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Chlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003159 307 2747 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Carnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003107 302 2767877 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Apilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.003025 294 4948 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Torulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002953 287 4815 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Spizellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002943 286 579 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kluyvera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002840 276 338 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002829 275 3118 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Ulva;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002798 272 5475 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Candida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002737 266 82802 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Trichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002706 263 2767891 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Schleiferilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002582 251 1206748 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Nitrolancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002572 250 34111 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Monoraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002541 247 163316 Eukaryota;Chlorophyta;Chlorophyceae;NA;Microsporaceae;Microspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002541 247 216851 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Faecalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002521 245 38501 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Blastococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002449 238 1849822 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paraclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002438 237 2772525 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Putridiphycobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002263 220 83174 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Valsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002233 217 766765 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Yamadazyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002212 215 4756 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Neocallimastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002161 210 5209 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Filobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002161 210 171413 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Dolosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002130 207 5073 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002099 204 33170 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Eremothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.002047 199 2767884 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lapidilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001996 194 1142 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Synechocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001945 189 45033 Eukaryota;NA;Phaeophyceae;Laminariales;Chordaceae;Chorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001914 186 76831 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Myroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001903 185 27308 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Ascoideaceae;Ascoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001893 184 590 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Salmonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001821 177 1322061 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Rhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001780 173 89966 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Hymenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001770 172 80744 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Serpulaceae;Serpula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001749 170 349 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Zoogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001708 166 766733 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Scheffersomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001687 164 581 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Morganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001687 164 84567 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001656 161 1375 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Aerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001656 161 88138 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Modestobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001605 156 5228 Eukaryota;Basidiomycota;Atractiellomycetes;Atractiellales;Hoehnelomycetaceae;Atractiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001595 155 4753 Eukaryota;Ascomycota;Pneumocystidomycetes;Pneumocystidales;Pneumocystidaceae;Pneumocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001584 154 34037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rahnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001574 153 306539 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halolactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001564 152 768 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Anaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001533 149 36880 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Cymbomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001523 148 810 Bacteria;Chlamydiota;Chlamydiia;Chlamydiales;Chlamydiaceae;Chlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001492 145 184027 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Golovinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001451 141 1827 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Rhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001399 136 194 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Campylobacteraceae;Campylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001379 134 2749846 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001358 132 28453 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Sphingobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001348 131 1117308 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Funneliformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001307 127 29888 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Calocera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001276 124 2812012 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Zongyanglinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001265 123 69965 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Macrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001265 123 77674 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Paracraurococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001255 122 460517 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Komagataella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001255 122 2803850 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Mammaliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001245 121 489140 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Geminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001235 120 379 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Rhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001193 116 191392 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Auxenochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001163 113 54304 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001111 108 1839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Nocardioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001111 108 3052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlamydomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001070 104 41891 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Coccomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001019 99 4875 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Glomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.001008 98 2767878 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Bombilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000998 97 2370 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000998 97 109374 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Nemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000988 96 83654 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Leclercia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000977 95 59732 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chryseobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000977 95 1983104 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Lusitaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000977 95 2767875 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Agrilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000957 93 469322 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Steroidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000947 92 234 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Brucella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000947 92 713 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Actinobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000947 92 31366 Eukaryota;Rhodophyta;Florideophyceae;Bonnemaisoniales;Bonnemaisoniaceae;Asparagopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000936 91 5140 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Neurospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000926 90 583 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Proteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000895 87 31983 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Helcococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000885 86 626 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Xenorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000875 85 5583 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Exophiala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000864 84 100883 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Coprobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000854 83 5296 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Puccinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000844 82 629 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Yersinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000833 81 2901164 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Stutzerimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000792 77 2779861 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Linnemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000782 76 4958 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Debaryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000782 76 100860 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Aphanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000772 75 47830 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Lachnaceae;Lachnellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000772 75 2767876 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Amylolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000761 74 5251 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Ceratobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000761 74 253255 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Soehngenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000751 73 55528 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Guillardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000741 72 237 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000741 72 31311 Eukaryota;Chlorophyta;Nephroselmidophyceae;Nephroselmidales;Nephroselmidaceae;Nephroselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000741 72 766758 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Schwanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000720 70 2791 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Porphyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000710 69 36910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Clavispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000700 68 816 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Bacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000689 67 1203 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000689 67 1573535 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000648 63 13786 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Trebouxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000648 63 1187078 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cecembia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000638 62 4828 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Absidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000638 62 2302914 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloropicon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000617 60 70447 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Ostreococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000597 58 33024 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Phascolarctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000586 57 63132 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Geitlerinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000576 56 3044 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Dunaliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000566 55 1125 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Microcystaceae;Microcystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000566 55 102106 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Collinsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000556 54 129337 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Geobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000545 53 41874 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Bathycoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000535 52 139276 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Dacryopinax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000525 51 5820 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Plasmodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000525 51 41879 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pycnococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000514 50 1865 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000504 49 1915381 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Nannizzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000494 48 2755 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Brochothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000494 48 82976 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Buttiauxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000494 48 158846 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Megamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000494 48 2964429 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Candida/Metschnikowiaceae;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000484 47 120831 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Dyadobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000484 47 240411 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000484 47 2804231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lederbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000473 46 702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Plesiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000473 46 121087 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Ostreobiaceae;Ostreobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000463 45 3087 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Scenedesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000453 44 838 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000453 44 4783 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Phytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000453 44 249344 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Picochlorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000442 43 249523 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aestuariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000432 42 4919 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Pichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000432 42 5206 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Cryptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000432 42 42695 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Pseudomuriellaceae;Pseudomuriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000432 42 2304164 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Jaagichlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000422 41 10 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Cellvibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000422 41 283 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Comamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000422 41 191769 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Marinilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000412 40 1854458 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Breznakia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000401 39 36922 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Diaporthaceae;Diaporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000381 37 2881385 Bacteria;Cyanobacteriota;Cyanophyceae;Thermostichales;Thermostichaceae;Thermostichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000370 36 32008 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000370 36 305976 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000360 35 29907 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Sporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000360 35 231454 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000350 34 1065495 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Radiococcaceae;Neocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000350 34 1853743 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Symbiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000350 34 2767880 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Dellaglioa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000329 32 4951 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Yarrowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000329 32 47251 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000329 32 182639 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Kribbellaceae;Kribbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000319 31 226 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000319 31 65007 Eukaryota;Evosea;Variosea;Cavosteliida;Cavosteliaceae;Planoprotostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000319 31 204286 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Cobetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000309 30 2077 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sporolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000309 30 33986 Bacteria;Bacillota;Bacilli;Bacillales;NA;Exiguobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000309 30 2800678 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000298 29 413 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000298 29 620 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shigella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000298 29 3066 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Volvox;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000298 29 1199100 Eukaryota;Chlorophyta;Ulvophyceae;Scotinosphaerales;Scotinosphaeraceae;Scotinosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000278 27 745 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Pasteurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000278 27 1263 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000278 27 4830 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Mucor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000278 27 4842 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Rhizopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000268 26 357 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Agrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000268 26 5806 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Cryptosporidiidae;Cryptosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000268 26 307506 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Raphidocelis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000268 26 413496 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000268 26 1912216 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Cutibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000268 26 2978367 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Nicoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000257 25 84406 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Virgibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000247 24 642 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Aeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000247 24 12916 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Acidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000247 24 41275 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Brevundimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000247 24 221285 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Westiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000247 24 2837507 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Robertmurraya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000237 23 572511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Blautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000237 23 1697027 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Convivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000237 23 2837504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Heyndrickxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000226 22 2335 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Thermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000226 22 75374 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Leptodontidiaceae;Leptodontidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000226 22 158483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cedecea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000226 22 1940604 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Edaphochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000226 22 3016631 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Silvania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000216 21 635 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Edwardsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000216 21 1647 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Erysipelothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000216 21 768669 Bacteria;Chloroflexota;Ktedonobacteria;Thermogemmatisporales;Thermogemmatisporaceae;Thermogemmatispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000206 20 1763 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000206 20 71655 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Brenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000206 20 412764 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Spathaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000206 20 1448052 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Globisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000195 19 724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Haemophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000195 19 109326 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Anaerovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000185 18 22 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Shewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000185 18 441 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000185 18 568 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Hafnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000185 18 3132 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Codiaceae;Codium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000185 18 13687 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000185 18 117544 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Cytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000185 18 204037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Dickeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000185 18 407217 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000185 18 648802 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Rummeliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000185 18 1196389 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygotorulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000185 18 2782229 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Epilithonimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000175 17 44649 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlorococcaceae;Chlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000175 17 54298 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Chroococcidiopsidaceae;Chroococcidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000175 17 75654 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Duganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000175 17 76312 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Caulerpaceae;Caulerpa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000175 17 83373 Eukaryota;Rhodophyta;Bangiophyceae;Galdieriales;Galdieriaceae;Galdieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000175 17 165697 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000175 17 1434702 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Taibaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000165 16 68 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Lysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000165 16 801 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Symbiopectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000165 16 1129 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Synechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000165 16 4863 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Coemansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000165 16 5110 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Claviceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000165 16 41273 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Tissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000165 16 41955 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Amanitaceae;Amanita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000165 16 46432 Eukaryota;Foraminifera;NA;NA;Reticulomyxidae;Reticulomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000165 16 70188 Eukaryota;Olpidiomycota;Olpidiomycetes;Olpidiales;Olpidiaceae;Olpidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000154 15 3164 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Tetraselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000154 15 5506 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Fusarium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000154 15 5754 Eukaryota;Discosea;NA;Longamoebia;Acanthamoebidae;Acanthamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000154 15 37359 Eukaryota;Endomyxa;Phytomyxea;Plasmodiophorida;Plasmodiophoridae;Plasmodiophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000154 15 47772 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Astrephomenaceae;Astrephomene;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000154 15 82984 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Pragia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000154 15 145474 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Helicosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000154 15 158851 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Trabulsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000154 15 604195 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Cyberlindnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000154 15 2837502 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000144 14 222 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Achromobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000144 14 434 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000144 14 4873 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Gigaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000144 14 162289 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Peptoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000144 14 265975 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000144 14 1330547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000144 14 1494427 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tepidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000134 13 1663 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Arthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000134 13 3049 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Polytomella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000134 13 4807 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Blastocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000134 13 33042 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Coprococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000134 13 83461 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Corallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000134 13 158848 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Moellerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000134 13 168131 Eukaryota;Evosea;NA;Pelobiontida;Pelomyxidae;Pelomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000134 13 286114 Eukaryota;Chytridiomycota;Chytridiomycetes;Synchytriales;Synchytriaceae;Synchytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000134 13 940557 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Granulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000134 13 1193503 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Gilliamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000134 13 2761542 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Fundicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000134 13 3025755 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Thomasclavelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 157 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Treponema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 265 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 4836 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Phycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 5761 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Naegleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 5890 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;Tetrahymenidae;Tetrahymena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 27372 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Acaulosporaceae;Acaulospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 29331 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Amphibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 36034 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Saccharomycodes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 44744 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Haematococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 50955 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Geosiphonaceae;Geosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 61170 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 118004 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Chrysiogenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 126838 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Micractinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 766748 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Babjeviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 909656 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Phocaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 1470540 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Jeotgalibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000123 12 2918834 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Petrachlorosaceae;Petrachloros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 209 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Helicobacteraceae;Helicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 4855 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Mortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 5324 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Trametes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 41247 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Mycena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 82800 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Desemzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 104249 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 182709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Oceanobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 379065 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 1130052 Eukaryota;Ascomycota;Xylobotryomycetes;Xylobotryales;Cirrosporiaceae;Cirrosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 1427149 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halomicroarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 1433402 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Glycocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 1506577 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Tyzzerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 1633384 Eukaryota;Microsporidia;NA;NA;NA;Mitosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 1822464 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paraburkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 1924081 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Bariatricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000113 11 2321111 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Aliarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 1569 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Sporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 1743 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 2742 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Marinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 2879 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ectocarpaceae;Ectocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 4797 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Pythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 29465 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Veillonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 29487 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Photorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 36882 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pyramimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 46913 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Devosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 47789 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Tetrabaenaceae;Tetrabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 102234 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Geminocystaceae;Cyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 117563 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Granulicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 155493 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Gallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 156973 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Dysgonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 400634 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 667112 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Lutispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 1518149 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000103 10 2726810 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Scandinavium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 2949 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Symbiodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 2980 Eukaryota;NA;Xanthophyceae;Tribonematales;Tribonemataceae;Tribonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 5352 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Lentinula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 28105 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Sinorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 33644 Eukaryota;Bacillariophyta;Fragilariophyceae;Fragilariales;Fragilariaceae;Fragilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 55079 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Aneurinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 70742 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 236786 Eukaryota;NA;Dictyochophyceae;Florenciellales;NA;Florenciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 1082702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Lonsdalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 1330546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pluralibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 1960084 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Rodentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 2100764 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Mixta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000093 9 2675229 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Peribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 848 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Fusobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 1817 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Nocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 2040 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Aeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 2857 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 2902 Eukaryota;Haptophyta;NA;Isochrysidales;Noelaerhabdaceae;Emiliania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 3030 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Cryptomonadaceae;Cryptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 4888 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Smittium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 4895 Eukaryota;Ascomycota;Schizosaccharomycetes;Schizosaccharomycetales;Schizosaccharomycetaceae;Schizosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 5260 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Melampsoraceae;Melampsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 5455 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Glomerellaceae;Colletotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 5962 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Stentoridae;Stentor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 13366 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Brettanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 29580 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Janthinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 33096 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Gonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 35798 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 45669 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Salinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 55193 Eukaryota;Basidiomycota;Malasseziomycetes;Malasseziales;Malasseziaceae;Malassezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 57493 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Kocuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 57494 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Nesterenkonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 62701 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Podosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 80865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Delftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 85413 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Boseaceae;Bosea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 86017 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Salpingoeca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 110932 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leifsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 150781 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Astraeaceae;Astraeus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 162291 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 165695 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 254250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Isoptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 1017280 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoflavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 1356488 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Rosenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 1849828 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Paeniclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 1930830 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Floricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 2052799 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Jimgerdemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 2316020 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mediterraneibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 2675234 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 2678885 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000082 8 2800373 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Priestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 75 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Caulobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Porphyromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 906 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Megasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 1016 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Capnocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 1372 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 2034 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Curtobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 2781 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 28000 Eukaryota;Perkinsozoa;NA;Perkinsida;Perkinsidae;Perkinsus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 34114 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Pleurastraceae;Pleurastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 34487 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Conidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 35140 Eukaryota;Haptophyta;NA;Prymnesiales;Chrysochromulinaceae;Chrysochromulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 37991 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Xylaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 41201 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Ewingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 41299 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Choricystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 65356 Eukaryota;Oomycota;NA;Albuginales;Albuginaceae;Albugo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 78916 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Piptocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 97095 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Diatrypaceae;Eutypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 109893 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Powellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 109967 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Rhizoclosmatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 139433 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meripilaceae;Physisporinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 160795 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Ureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 214906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Histophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 335058 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 543311 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Parvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 549703 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kurtzmaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 1006481 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Microaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 1434009 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 1918450 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Cuneatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000072 7 2943317 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Entomohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 445 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Legionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 830 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Butyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 1649 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Kurthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 1730 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Eubacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 2768 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Chondrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 12967 Eukaryota;NA;Bigyra;Opalinata;Blastocystidae;Blastocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 13641 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Polysphondylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 33870 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Coriobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 35127 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Thalassiosirales;Thalassiosiraceae;Thalassiosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 45156 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidioschyzon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 99479 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Tetrasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 109935 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Cladochytriaceae;Cladochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 158876 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Yokenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 165696 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 189429 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Chlorodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 196080 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Terasakiellaceae;Terasakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 222439 Eukaryota;Preaxostyla;NA;Oxymonadida;Streblomastigidae;Streblomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 433838 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pseudoxanthobacteraceae;Pseudoxanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 747294 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudorhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 1129545 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Claroideoglomeraceae;Claroideoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 1169538 Eukaryota;NA;NA;NA;Vitrellaceae;Vitrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 1540147 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trigonopsidaceae;Tortispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 1649459 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hungatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 1903434 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Atlantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 1924110 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Massilimicrobiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 2058951 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Raperosteliaceae;Tieghemostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 2529408 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Schaalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 2675232 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Neobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 2815786 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Sodaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 2893060 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000062 6 2944547 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermochaetoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 404 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 482 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Neisseria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 497 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Psychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 1158 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Oscillatoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 4859 Eukaryota;Zoopagomycota;Basidiobolomycetes;Basidiobolales;Basidiobolaceae;Basidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 5240 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Tulasnellaceae;Tulasnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 5402 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Russula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 5690 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Trypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 5873 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Theileriidae;Theileria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 13289 Eukaryota;Basidiomycota;Exobasidiomycetes;Tilletiales;Tilletiaceae;Tilletia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 28236 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Petrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 29825 Eukaryota;Ascomycota;Neolectomycetes;Neolectales;Neolectaceae;Neolecta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 31988 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 34072 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Variovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 34484 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Entomophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 35721 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Parasitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 56489 Eukaryota;Basidiomycota;Agaricomycetes;Thelephorales;Thelephoraceae;Thelephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 60919 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Sanguibacteraceae;Sanguibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 64561 Eukaryota;Mucoromycota;Umbelopsidomycetes;Umbelopsidales;Umbelopsidaceae;Umbelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 68743 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Pluteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 70451 Eukaryota;Haptophyta;NA;Pavlovales;Pavlovaceae;Diacronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 78924 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dimargaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 81525 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Monosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 82980 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Leminorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 85043 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Williamsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 89956 Eukaryota;NA;Dinophyceae;Suessiales;Suessiaceae;Polarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 93111 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Ramalinaceae;Bacidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 99906 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alkalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 112008 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Ignatzschineria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 150830 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Roseibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 157226 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Jeotgalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 166953 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Kaistia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 186035 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Fragilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 191373 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Pelotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 286660 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Peltaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 388809 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;NA;Blyttiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 437504 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Granulosicoccaceae;Granulosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 518753 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Luteolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 697279 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Bavariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 1155385 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Proteiniclasticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 1276290 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 1506553 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 1550243 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Aetokthonos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 1612157 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pararhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 2055880 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudescherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 2058187 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Cavenderiaceae;Cavenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 2315209 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Hondaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 2594176 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Edaphochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 2918882 Eukaryota;Fornicata;NA;NA;NA;Aduncisulcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000051 5 2994443 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudenterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 16 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 507 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Alcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1073 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Rhodopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1119 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Aphanocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1298 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2774 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 5758 Eukaryota;Evosea;NA;Mastigamoebida;Entamoebidae;Entamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 5782 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Dictyostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 5800 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Eimeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 5884 Eukaryota;Ciliophora;Oligohymenophorea;Peniculida;Parameciidae;Paramecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 5959 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Blepharismidae;Blepharisma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 13075 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Globicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 13134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Magnetospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 28253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 32207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Rothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 33652 Eukaryota;NA;Bigyra;Bicosoecida;Cafeteriaceae;Cafeteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 33969 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Melissococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 36862 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Ideonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 38484 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Ciborinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 40415 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Antrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 43668 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Brachybacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 43996 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Catonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 45234 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Cordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 45667 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 48736 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ralstonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 49237 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Chaetocerotaceae;Chaetoceros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 52228 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Hallella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 64643 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Dichotomocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 68787 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Sclerodermataceae;Scleroderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 71684 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Galeropsidaceae;Panaeolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 78156 Eukaryota;Ascomycota;Leotiomycetes;NA;Pseudeurotiaceae;Pseudogymnoascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 78914 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Sigmoideomycetaceae;Thamnocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 82986 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Tatumella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 83618 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudoxanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 105767 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Tremellaceae;Tremella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 114627 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Alkaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 141715 Eukaryota;Chlorophyta;Mamiellophyceae;Monomastigales;Monomastigaceae;Monomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 144537 Eukaryota;Mucoromycota;Glomeromycetes;Paraglomerales;Paraglomeraceae;Paraglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 149698 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Massilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 160433 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Samsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 169998 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Phakopsoraceae;Phakopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 175304 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lentibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 182899 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Persephonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 210597 Eukaryota;Bacillariophyta;Fragilariophyceae;Licmophorales;Licmophoraceae;Licmophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 212111 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 230838 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronosclerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 252965 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family IV. Incertae Sedis;Mahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 276836 Eukaryota;Cryptomycota;NA;NA;NA;Rozella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 286412 Eukaryota;Ascomycota;NA;Thelocarpales;Thelocarpaceae;Thelocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 318147 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Paucibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 401469 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Undibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 423349 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Mucilaginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 451512 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Mangrovibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 548651 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Dothidotthiaceae;Dothidotthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1233426 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Roseofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1396492 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Fimicolochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1433999 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Domibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1493516 Eukaryota;Cryptomycota;NA;NA;NA;Paramicrosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1504576 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudocitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1565532 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rouxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1649295 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Franconibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1649453 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Gimesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1822002 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Enterobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 1930791 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2060094 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Aminipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2060871 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Galactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2302916 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloroparvula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2486696 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Cladocopium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2675231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mesobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2682476 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2709238 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Zopfochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2779859 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Entomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2837511 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sutcliffiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2878373 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Neoconidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2895509 Bacteria;Mycoplasmatota;NA;Mycoplasmoidales;Metamycoplasmataceae;Metamycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2952773 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Formicincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000041 4 2992131 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Romeriopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 20 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Phenylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 47 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Archangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 517 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Bordetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 872 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 963 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1190 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Fischerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1378 Bacteria;Bacillota;Bacilli;Bacillales;NA;Gemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1696 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Brevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2000 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Streptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2132 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Spiroplasmataceae;Spiroplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2383 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Epulonipiscium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2723 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hirschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2761 Eukaryota;NA;Glaucocystophyceae;NA;Cyanophoraceae;Cyanophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 3038 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 3110 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Prototheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 4802 Eukaryota;Oomycota;NA;Lagenidiales;Lagenidiaceae;Lagenidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 5094 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Talaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 5263 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Uromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 5305 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phanerochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 5533 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Rhodotorula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 5543 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Trichoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 5579 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Saccotheciaceae;Aureobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 5581 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Beauveria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 5626 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Grifolaceae;Grifola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 5810 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Toxoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 5864 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Babesiidae;Babesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 29175 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Neospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 29521 Bacteria;Spirochaetota;Spirochaetia;Brachyspirales;Brachyspiraceae;Brachyspira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 29828 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Lipomycetaceae;Lipomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 33194 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Bipolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 34444 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 39948 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Dialister;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 40436 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Daedalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 40466 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Sparassidaceae;Sparassis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 43431 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Sphaerosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 45785 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nadsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 46205 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Pseudobutyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 46352 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 47420 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hydrogenophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 48463 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Prosthecobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 53460 Bacteria;Actinomycetota;Actinomycetes;Nakamurellales;Nakamurellaceae;Nakamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 54692 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Chlorociboriaceae;Chlorociboria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 55080 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Brevibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 55339 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Amylostereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 55968 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leucobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 59753 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 63265 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Sporisorium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 64651 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Zychaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 66831 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Facklamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 73229 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 74556 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Thraustotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 76890 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Asticcacaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 78910 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Syncephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 78920 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Tieghemiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 81682 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylovorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 81945 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Pilobolaceae;Pilobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 82202 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Centipeda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 82267 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;NA;Hyaloraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 83614 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Luteimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 84565 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Sodalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 120652 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methylocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 173494 Eukaryota;Chlorophyta;Ulvophyceae;Oltmansiellopsidales;NA;Neodangemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 202696 Eukaryota;Basidiomycota;Agaricomycetes;Jaapiales;Jaapiaceae;Jaapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 202699 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Amylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 215251 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Brachybasidiaceae;Meira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 242060 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Cystoisospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 255204 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudoclavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 286098 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Seminavis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 304330 Eukaryota;Zoopagomycota;NA;Ramicandelaberales;Ramicandelaberaceae;Ramicandelaber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 314122 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylellina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 323620 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Shinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 337670 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Pilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 365532 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Belnapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 378193 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Epitheliaceae;Epithele;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 399320 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Sphaerochaetaceae;Sphaerochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 420276 Eukaryota;Bacillariophyta;Mediophyceae;Biddulphiales;Biddulphiaceae;Biddulphia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 447020 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Adlercreutzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 447792 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Phytobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 451452 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Boothiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 476201 Eukaryota;Apicomplexa;Aconoidasida;Nephromycida;NA;Cardiosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 502117 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Kalaharituber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 504481 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Sediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 577309 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Paraprevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 577469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Demequinaceae;Demequina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 586132 Eukaryota;Microsporidia;NA;NA;NA;Nematocida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 630749 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Spongiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 882045 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Cuspidothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 940661 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Cetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1036719 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Verticillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1049006 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Fortieaceae;Fortiea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1082930 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Pelagibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1206353 Eukaryota;Ascomycota;Dothideomycetes;NA;Pseudoperisporiaceae;Lizonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1295378 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylogaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1472762 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Enorma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1522432 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Pseudoduganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1745211 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1843210 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerocolumna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1866885 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1884429 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1910899 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Naemateliaceae;Naematelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 1964366 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Nissabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2026842 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;NA;Bifiguratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2058189 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Heterostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2115980 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Candidatus Phycorickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2303321 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Superficieibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2675230 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cytobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2678248 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Edaphovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2679998 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Arundinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2716544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chimaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2728523 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;Quaeritorhizaceae;Quaeritorhiza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2795775 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Lignipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2837506 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Niallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2862142 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Falseniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2893057 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Shouchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2975149 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Marinilongibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 2983477 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Paratissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 3021684 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Dryocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000031 3 3026546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Duffyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 191 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Azospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 528 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Ochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 978 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Cytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1177 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Nostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1198 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Phormidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1218 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Prochlorococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1222 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Prochlorothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1237 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Piscirickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1654 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1813 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Amycolatopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1847 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Pseudonocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2023 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Thermoactinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2044 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Pimelobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2071 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2207 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2701 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Gardnerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2784 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Porphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2849 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Phaeodactylaceae;Phaeodactylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 4765 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Achlya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 4819 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Phlyctochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 4821 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Piromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 4867 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Linderina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 4998 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cuniculitremaceae;Kockovaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 5027 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Pyrenophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 5182 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Hymenoscyphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 5190 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascobolaceae;Ascobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 5269 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Ustilago;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 5277 Eukaryota;Basidiomycota;Microbotryomycetes;Leucosporidiales;Leucosporidiaceae;Leucosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 5340 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Agaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 5379 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Suillaceae;Suillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 5552 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Trichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 5658 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leishmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 5973 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Halteriidae;Halteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 6033 Eukaryota;Microsporidia;NA;NA;Unikaryonidae;Encephalitozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 13205 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Pholiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 28250 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Ornithobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 28581 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Allomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 28895 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Thermoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 34019 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Liberibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 34348 Eukaryota;Basidiomycota;Mixiomycetes;Mixiales;Mixiaceae;Mixia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 34416 Eukaryota;Basidiomycota;Microbotryomycetes;Microbotryales;Microbotryaceae;Microbotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 35089 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Gregarinidae;Gregarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 35724 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Macrophomina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 36046 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Elaphomycetaceae;Elaphomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 36913 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Lodderomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 38268 Eukaryota;NA;Glaucocystophyceae;Gloeochaetales;Gloeochaetaceae;Gloeochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 38447 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Monilinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 38880 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Botryococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 44011 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Ferrimonadaceae;Ferrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 44055 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Aureococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 44450 Eukaryota;NA;Raphidophyceae;Chattonellales;Vacuolariaceae;Vacuolaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 44748 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Sporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 46239 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Entomoplasmataceae;Mesoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 47182 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascodesmidaceae;Ascodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 47747 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyaloscyphaceae;Hyaloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 48969 Eukaryota;Rhodophyta;Florideophyceae;Sporolithales;Sporolithaceae;Sporolithon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 63682 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Lobosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 64501 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Entophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 65402 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Acidaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 66735 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Diplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 68779 Eukaryota;Basidiomycota;Agaricomycetes;Gomphales;Gomphaceae;Ramaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 74385 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 75984 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Mannheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 76634 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Mycetocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 78141 Eukaryota;Ascomycota;Leotiomycetes;NA;Myxotrichaceae;Oidiodendron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 78922 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 79328 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Chitinophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 82982 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Obesumbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 85076 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Marichromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 88270 Eukaryota;Chlorophyta;Picocystophyceae;Picocystales;Picocystaceae;Picocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 92793 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 96335 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Proteomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 100043 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleomassariaceae;Pleomassaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 101100 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Dissophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 101104 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Gongronella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 102231 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Gloeocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 102909 Eukaryota;Euglenozoa;Euglenida;Euglenales;NA;Colacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 109880 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Nowakowskiellaceae;Nowakowskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 109882 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Chytriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 109896 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Gaertneriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 109944 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;Gonapodyaceae;Gonapodya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 110564 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Clonostachys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 111142 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alishewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 118259 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Plenodomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 133746 Eukaryota;Basidiomycota;Agaricomycetes;Corticiales;Punctulariaceae;Punctularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 139105 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Cylindrobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 142587 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Isobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 150247 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anoxybacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 162491 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Oerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 167375 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Cyanobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 171412 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Eremococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 174951 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ramlibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 189330 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Dorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 191303 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Turicibacteraceae;Turicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 195950 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Tannerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 196081 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Scardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 198705 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Lampropedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 200903 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paraliobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 215249 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Cryptobasidiaceae;Acaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 221102 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Moniliophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 228398 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptacidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 229045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Trichomonascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 239759 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Alistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 261096 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Kappamycetaceae;Kappamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 263510 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Crocosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 265488 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rhodopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 286104 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Winogradskyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 303226 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 311453 Eukaryota;Microsporidia;NA;NA;Tubulinosematidae;Anncaliia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 314126 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Drechslerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 332102 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Fluviicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 342943 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sinobaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 372047 Eukaryota;Ascomycota;Dothideomycetes;Phaeotrichales;Phaeotrichaceae;Trichodelitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 375288 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Parabacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 379899 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niabella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 410829 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Sugiyamaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 417183 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Mycoemilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 431390 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Mayamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 432330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Tumebacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 444704 Eukaryota;NA;NA;Jakobida;Andaluciidae;Andalucia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 455076 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rhodocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 462253 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Aplosporellaceae;Aplosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 466108 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Biostraticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 475230 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Pullulanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 501783 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cloacibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 577310 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Parasutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 580024 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Enterorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 582491 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rubidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 588605 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Robinsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 596919 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactifluus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 638847 Bacteria;Synergistota;Synergistia;Synergistales;Dethiosulfovibrionaceae;Pyramidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 643951 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Pelagibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 647326 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Gloeomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 688353 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Lichtheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 690565 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Serinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 704093 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anaerobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 766728 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Meyerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 877559 Eukaryota;NA;NA;Apusomonadida;Apusomonadidae;Thecamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 945765 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Romeriaceae;Romeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 999488 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Paenochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1126249 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Geranomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1157960 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;NA;Poropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1177214 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Profftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1329200 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fictibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1335483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shimwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1395788 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Gorgonomycetaceae;Gorgonomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1396495 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Thoreauomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1434011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Komagataeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1434034 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pricia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1440132 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Modicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1443919 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Tabrizicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1458928 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Okeania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1500004 Eukaryota;Blastocladiomycota;Physodermatomycetes;Physodermatales;Physodermataceae;Paraphysoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1508537 Bacteria;Chloroflexota;Chloroflexia;Kallotenuales;Kallotenuaceae;Kallotenue;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1572663 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chishuiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1572763 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Moheibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1602345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Parasaccharibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1637257 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Mageeibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1649298 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Siccibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1847725 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Lawsonellaceae;Lawsonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1851468 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Vanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1851509 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Naganishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1874621 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Panacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 1910789 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Diutina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2018671 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Imhoffiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2339270 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Cortinariaceae;Phlegmacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2563783 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Anaerolactibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2605940 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Hwanghaeella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2613330 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2652702 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypomontagnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2675233 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Metabacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2707020 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Aerosticca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2759657 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2782231 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Kaistella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2800384 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Pseudidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2817139 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Weizmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2853170 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Neopyropia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2884243 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Musicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2899543 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Intestinirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2905158 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Salinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2910984 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Solidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2941520 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Senimuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2944147 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Gehongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 2975260 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Parvicellaceae;Parvicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000021 2 3032809 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Petralouisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 32 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Myxococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 81 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Hyphomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 105 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Runella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 133 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 270 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Thermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 416 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 637 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Arsenophonus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 773 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Bartonellaceae;Bartonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 780 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Rickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 841 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Roseburia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 893 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfobulbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 904 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Acidaminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 911 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Nitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 970 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Selenomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1152 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Pseudanabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1186 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Calotrichaceae;Calothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1234 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Nitrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1370 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Marinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1562 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Desulfotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1651 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alloiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1740 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfobacteriaceae;Thermodesulfobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1754 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermoanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2050 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Mobiluncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2053 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Gordonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2086 Bacteria;Mycoplasmatota;Mollicutes;Anaeroplasmatales;Anaeroplasmataceae;Anaeroplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2147 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Acholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2160 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2220 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanolobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2239 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2276 Archaea;Thermoproteota;Thermoprotei;Thermoproteales;Thermoproteaceae;Pyrobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2375 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Sporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2422 Bacteria;Thermotogota;Thermotogae;Thermotogales;Fervidobacteriaceae;Fervidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2740 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Peptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2804 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Polysiphonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2865 Eukaryota;NA;Dinophyceae;Gonyaulacales;Crypthecodiniaceae;Crypthecodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2944 Eukaryota;NA;Dinophyceae;Prorocentrales;Prorocentraceae;Prorocentrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2991 Eukaryota;NA;Synurophyceae;Synurales;Mallomonadaceae;Synura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 3108 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Ankistrodesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 3139 Eukaryota;Chlorophyta;Ulvophyceae;Dasycladales;Dasycladaceae;Batophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 3187 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Nannochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 3189 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Scherffelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 3191 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Spermatozopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 4769 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Saprolegnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 4813 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Chytridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 4865 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Dipsacomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 4871 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Endogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5010 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Taphrinaceae;Taphrina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5036 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Histoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5121 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Erysiphe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5149 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Chaetomium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5193 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Morchellaceae;Morchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5309 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Athelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5314 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Ganoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5369 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Boletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5395 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Paxillaceae;Paxillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5406 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Exobasidiaceae;Exobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5529 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Metarhizium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5550 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Trichophyton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5598 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Alternaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5600 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Phialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5740 Eukaryota;Fornicata;NA;Diplomonadida;Hexamitidae;Giardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 5790 Eukaryota;Evosea;Eumycetozoa;Physariida;Physaraceae;Physarum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 12960 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Azoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 13705 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Syncephalastraceae;Syncephalastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 27977 Eukaryota;Microsporidia;NA;NA;Nosematidae;Nosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 28033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVII. Incertae Sedis;Sulfobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 28065 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Rhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 28067 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Rubrivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 28100 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Phyllobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 28196 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Arcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 28263 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Arcanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 29330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Alicyclobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 29646 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Stichococcaceae;Stichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 29909 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Tolypocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 31353 Eukaryota;Rhodophyta;Compsopogonophyceae;Compsopogonales;Compsopogonaceae;Compsopogon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 32068 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Sebaldella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 32199 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Buchnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 32257 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Kingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 33057 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Thauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 33073 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Zymobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 33106 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Derbesiaceae;Derbesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 33202 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Thermoascaceae;Paecilomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 33648 Eukaryota;Bacillariophyta;Fragilariophyceae;Thalassionemales;Thalassionemataceae;Thalassionema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 33976 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Caryophanon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 34008 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 34084 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Riemerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 34431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucocoprinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 34433 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucoagaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 34474 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Fomitopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 35103 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Pseudocohnilembidae;Pseudocohnilembus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 35124 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Melosirales;Melosiraceae;Melosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 35676 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Pelagomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 35686 Eukaryota;NA;Dictyochophyceae;Dictyochales;NA;Dictyocha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 35812 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 36048 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Tuber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 36853 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfitobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 38258 Eukaryota;NA;Glaucocystophyceae;Glaucocystales;Glaucocystaceae;Glaucocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 38835 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pterosperma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 38946 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Paracoccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 39716 Eukaryota;Cercozoa;Imbricatea;Euglyphida;Paulinellidae;Paulinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 40421 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Bondarzewia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 40443 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Gloeophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 40459 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Hericium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 40544 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Sutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 40558 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botryotinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 40657 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Plectosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 40996 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Elsinoaceae;Elsinoe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 41687 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Scedosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 41998 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Ceramiaceae;Anotrichium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 42255 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Rubrobacteraceae;Rubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 42308 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 42367 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Hirsutella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 43947 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Tolumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 44013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Polynucleobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 44471 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Microcoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 45244 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Emericellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 46123 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Abiotrophia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 47204 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Pyronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 47720 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Lyophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 48073 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Microbulbiferaceae;Microbulbifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 49082 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Candidatus Arthromitus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 49279 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gelidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 50036 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Bracteacoccaceae;Bracteacoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 52225 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Mitsuokella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 52972 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Polaromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 53457 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Janibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 55993 Eukaryota;Chlorophyta;Chlorophyceae;Oedogoniales;Oedogoniaceae;Oedogonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 56112 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Dehalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 56747 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Fibularhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 57133 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Hydnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 57479 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Microvirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 57488 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiorhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 58113 Bacteria;Actinomycetota;Actinomycetes;Glycomycetales;Glycomycetaceae;Glycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 59282 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Blastochloridaceae;Blastochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 59734 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Empedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 61413 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Martensiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 61417 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Spiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 63259 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Melanopsichium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 64515 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Rhizophlyctidaceae;Rhizophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 64629 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mycotyphaceae;Mycotypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 64895 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Borreliaceae;Borreliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 66470 Eukaryota;NA;Dinophyceae;Gymnodiniales;Gymnodiniaceae;Lepidodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 66846 Eukaryota;Euglenozoa;Euglenida;Euglenales;Phacaceae;Lepocinclis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 68034 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Sporotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 68288 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cyclobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 68785 Eukaryota;Basidiomycota;Agaricomycetes;Geastrales;Sphaerobolaceae;Sphaerobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 70190 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Chroococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 70411 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Frateuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 70535 Eukaryota;Microsporidia;NA;NA;Culicosporidae;Edhazardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 71927 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Termitomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 71937 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Entolomataceae;Entoloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 72123 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Hygrophoropsidaceae;Hygrophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 72763 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Tessaracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 73024 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 73029 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Dechloromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 77921 Eukaryota;NA;Glaucocystophyceae;NA;NA;Cyanoptyche;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 77924 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Hemiselmidaceae;Hemiselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 81041 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Antrodiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 81055 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phaeolaceae;Wolfiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 81416 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanomicrobiaceae;Methanofollis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 82105 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Cladophialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 82309 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phlebiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 82978 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Budvicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 83681 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Nonomuraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 84108 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Slackia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 85947 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Didymosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 87266 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Lasallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 88551 Eukaryota;NA;Dinophyceae;Syndiniales;Amoebophryaceae;Amoebophrya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 89092 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ignavigranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 89523 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rubrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 90243 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Oligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 90254 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Cokeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 90266 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Chlamydoabsidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 90268 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Apophysomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 91202 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Desmodesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 93171 Bacteria;Candidatus Tectomicrobia;NA;NA;NA;Candidatus Entotheonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 94642 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Besnoitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 96312 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Leptographium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 96492 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frigoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 96907 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 99238 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Ramalinaceae;Phyllopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 100048 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Trematosphaeriaceae;Trematosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 101114 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Spinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 104267 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tenacibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 104532 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Schizomeridaceae;Schizomeris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 109632 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Galerina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 109875 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Catenariaceae;Catenaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 110080 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Obelidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 110092 Eukaryota;Chytridiomycota;Chytridiomycetes;Polychytriales;NA;Polychytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 111782 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Tolypothrichaceae;Tolypothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 112993 Eukaryota;Basidiomycota;Agaricomycetes;Hysterangiales;Hysterangiaceae;Hysterangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 114154 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Dichomitus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 114248 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Tepidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 116067 Eukaryota;NA;Phaeophyceae;Sphacelariales;Choristocarpaceae;Onslowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 117062 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Tephrocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 118221 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Halimeda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 118241 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Derbesiaceae;Pedobesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 118747 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Bulleidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 118966 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Anaerorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 123375 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Solobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 125216 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 125369 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Paraphaeosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 127226 Eukaryota;Cercozoa;NA;NA;Massisteriidae;Massisteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 129001 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 131324 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Pseudocercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 133407 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Acytostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 133925 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Olsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 135261 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Prasiola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 135587 Eukaryota;Parabasalia;NA;Tritrichomonadida;Dientamoebidae;Histomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 136491 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 141450 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oleiphilaceae;Oleiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 150333 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Thermobrachium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 151754 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Xenophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 157482 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Lichina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 160516 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Tirmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 165440 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Bulleribasidiaceae;Dioszegia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 165779 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 167767 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Characiochloridaceae;Characiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 168658 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Rhodoblastus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 171436 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Tistrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 178469 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Arenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 183308 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Asterarcys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 184430 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 184431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 184462 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Hyaloperonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 184869 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Varibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 187144 Bacteria;Calditrichota;Calditrichia;Calditrichales;Calditrichaceae;Caldithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 188905 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Jannaschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 190323 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Plantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 191767 Bacteria;Myxococcota;NA;Nannocystales;Nannocystaceae;Plesiocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 203470 Bacteria;Pseudomonadota;Hydrogenophilia;Hydrogenophilales;Hydrogenophilaceae;Tepidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 204446 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Zavarziniaceae;Zavarzinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 204990 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Golenkiniaceae;Golenkinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 207244 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 210615 Eukaryota;Bacillariophyta;Fragilariophyceae;Fragilariales;Staurosiraceae;Staurosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 213485 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Micavibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 218113 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 219181 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ottowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 226991 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Cyphellophoraceae;Cyphellophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 227979 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Jeotgalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 235888 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Salinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 236052 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 237179 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Sphaerulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 240577 Eukaryota;NA;NA;Sticholonchida;Sticholonchidae;Sticholonche;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 241421 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Gomontiellaceae;Crinalium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 242837 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Koliellaceae;Koliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 246875 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Algoriphagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 248038 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Mucispirillaceae;Mucispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 261827 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Algibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 263377 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Salipiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 265570 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Sulfurovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 269154 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Flagelloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 269258 Bacteria;Campylobacterota;Epsilonproteobacteria;Nautiliales;Nitratiruptoraceae;Nitratiruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 274470 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 279531 Eukaryota;Microsporidia;NA;NA;NA;Dictyocoela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 281915 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Curvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 283168 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Odoribacteraceae;Odoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 286130 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfuricurvum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 286405 Eukaryota;Ascomycota;NA;NA;NA;Sarcosagium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 289201 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 292632 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Subdoligranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 293088 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Martelella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 296051 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Terrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 299330 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lobosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 302781 Eukaryota;Preaxostyla;NA;Oxymonadida;Polymastigidae;Monocercomonoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 312278 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Emticicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 318745 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Pycnoraceae;Pycnora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 327159 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Accumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 329881 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Friedmanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 331654 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 331971 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Thalassobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 332100 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Planifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 332157 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Larkinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 334767 Archaea;Thermoproteota;Thermoprotei;Desulfurococcales;Desulfurococcaceae;Ignisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 338191 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrosopumilales;Nitrosopumilaceae;Nitrosopumilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 348581 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 354349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Pseudochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 361177 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Altererythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 361607 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Patulibacteraceae;Patulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 365348 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 367188 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Haladaptatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 381760 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Elliptochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 383614 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Brasilonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 388463 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Edaphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 390846 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Echinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 391952 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Aquincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 393005 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tamlana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 394505 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 398041 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 409225 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Sarcopodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 412592 Bacteria;Aquificota;Aquificae;Aquificales;NA;Thermosulfidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 415014 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Proteiniborus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 418453 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Desulfovirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 420345 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Lactonifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 456492 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Saccharibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 471798 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Shimazuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 484508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ornithinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 490567 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Arenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 490731 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Kwoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 510690 Bacteria;Pseudomonadota;Alphaproteobacteria;Sneathiellales;Sneathiellaceae;Sneathiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 512381 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 518755 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Roseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 519427 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Sharpea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 561108 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Jaminaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 561442 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Anaerovirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 568987 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hamiltonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 573139 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Shimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 578092 Eukaryota;Ascomycota;Dothideomycetes;Lineolatales;Lineolataceae;Lineolata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 596767 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Hydrogenoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 630701 Eukaryota;Euglenozoa;Kinetoplastea;NA;Ichthyobodonidae;Perkinsela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 633405 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Lacticigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 649460 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Filimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 649461 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Lacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 653683 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 659428 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Marivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 671928 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Seirophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 682522 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Ilumatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 690893 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Amniculicolaceae;Amniculicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 703505 Eukaryota;Ascomycota;Dothideomycetes;Patellariales;Patellariaceae;Patellaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 743714 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Orbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 756610 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Dentiscutata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 862261 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Caldanaerobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 863253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Marinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 880756 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Fistulifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 904708 Bacteria;Pseudomonadota;Gammaproteobacteria;Arenicellales;Arenicellaceae;Arenicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 909928 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Negativicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 937601 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Mucidula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 937605 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Hymenopellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 942149 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Xylochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 979650 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Haplosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 986106 Bacteria;Pseudomonadota;Gammaproteobacteria;Acidiferrobacterales;Acidiferrobacteraceae;Acidiferrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1047167 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zymoseptoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1070314 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halorussus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1073531 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1076727 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Candidatus Photodesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1080193 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Hyunsoonleella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1085622 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propioniciclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1095182 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Magnusiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1096776 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Flexivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1120752 Bacteria;Cyanobacteriota;Cyanophyceae;Nodosilineales;Nodosilineaceae;Nodosilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1158296 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Poseidonocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1176354 Eukaryota;Microsporidia;NA;NA;Dubosqiidae;Hamiltosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1185408 Bacteria;Bacillota;Clostridia;Eubacteriales;Defluviitaleaceae;Defluviitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1185872 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Desertifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1188227 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeomargaritales;Gloeomargaritaceae;Gloeomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1193515 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Snodgrassella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1211036 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mangrovimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1213737 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Schizoporaceae;Schizopora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1221880 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Psychrobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1232588 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Saprochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1242734 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Fuchsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1265689 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cesiribacteraceae;Nafulsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1283313 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Alloprevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1301588 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Variospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1303912 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosarcinaceae;Desulfatitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1335631 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Frischella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1335745 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Spiribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1344552 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Noviherbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1347386 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Anaerosalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1382931 Bacteria;Chloroflexota;Ardenticatenia;Ardenticatenales;Ardenticatenaceae;Ardenticatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1396506 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Borealophlyctidaceae;Borealophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1399958 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Chromochloridaceae;Chromochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1400133 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Allobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1418015 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Pseudochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1432051 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Eisenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1434021 Bacteria;Actinomycetota;Actinomycetes;Motilibacterales;Motilibacteraceae;Motilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1434046 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1443143 Eukaryota;Discosea;Flabellinia;NA;Vannellidae;Paravannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1449912 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hartigia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1471399 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Draconibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1484898 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloceanibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1486725 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1499983 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglenaformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1501513 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Bryopsidaceae;Pseudoderbesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1505657 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Intestinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1505768 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Candidatus Schmidhempelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1508269 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Penicillifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1542963 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halapricum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1555240 Eukaryota;Chytridiomycota;Chytridiomycetes;Caulochytriales;Caulochytriaceae;Caulochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1573806 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Mariniphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1573826 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Psychrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1587496 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Irineochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1620264 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Dactylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1635148 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Sanguibacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1647190 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aquibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1649466 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Marinicauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1649478 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Pelolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1649480 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctopirus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1649487 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Rhizorhapis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1649501 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Tangfeifania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1653176 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cereibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1655637 Archaea;Candidatus Lokiarchaeota;NA;NA;NA;Candidatus Lokiarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1659840 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Sanghuangporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1676142 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Wenzhouxiangellaceae;Wenzhouxiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1676651 Bacteria;Bacillota;Limnochordia;Limnochordales;Limnochordaceae;Limnochorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1679449 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudooceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1712422 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Euryhalocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1738645 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Caproiciproducens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1751872 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Lacimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1769710 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Sellimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1769718 Bacteria;Thermotogota;Thermotogae;Mesoaciditogales;Mesoaciditogaceae;Athalassotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1769732 Bacteria;NA;Deltaproteobacteria;NA;NA;Dissulfurimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1778653 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfuriferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1779136 Bacteria;NA;Deltaproteobacteria;Bradymonadales;Bradymonadaceae;Bradymonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1780190 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Izhakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1801563 Eukaryota;Basidiomycota;Microbotryomycetes;NA;Chrysozymaceae;Pseudohyphozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1804794 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Kalmanozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1860139 Bacteria;Fibrobacterota;Chitinispirillia;Chitinispirillales;Chitinispirillaceae;Chitinispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1874526 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Kovacikia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1884449 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salipaludibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1897649 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Pistricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1910924 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Hydromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1911549 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Raineyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1912359 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Durotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1914229 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Aliidongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1917031 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Lophurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1924105 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Neglectibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1929940 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Viridothelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1930845 Bacteria;Bacillota;NA;NA;NA;Ndongobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1932705 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Iningainema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1935200 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Merdibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1937008 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Dubosiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1954472 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Crassisporiaceae;Crassisporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1970191 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Salinivirgaceae;Salinivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 1981958 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Pseudomicrostroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2004661 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Hyphobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2005355 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2023705 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Membranihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2025617 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Ketobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2033596 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Arenivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2039240 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerotignum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2039723 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Thiomicrorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2044848 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Siccirubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2066435 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Arboricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2072583 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Neohortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2082587 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Parolsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2126330 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Kentron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2152939 Eukaryota;Rhodophyta;Florideophyceae;Corallinales;Corallinaceae;Chamberlainium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2163168 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Kineothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2172004 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Lawsonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2282523 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2483199 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Chrysophaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2495364 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Emydomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2511164 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Monodopsidaceae;Microchloropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2593683 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Ancrocorticia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2607957 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Collybiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2676247 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Aquirufa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2676755 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2678884 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerosacchariphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2682228 Bacteria;Chloroflexota;Tepidiformia;Tepidiformales;Tepidiformaceae;Tepidiforma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2698753 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Fluviispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2712947 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Pterocladiophilaceae;Pterocladiophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2719231 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lacrimispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2719313 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Enterocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2730923 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2754714 Bacteria;Actinomycetota;NA;NA;NA;Candidatus Hakubanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2758103 Bacteria;Nitrospirota;Nitrospiria;Candidatus Troglogloeales;Candidatus Manganitrophaceae;Candidatus Manganitrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2767206 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Candidatus Reconcilbacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2767883 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Holzapfeliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2779937 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Podila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2784135 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Oculatellaceae;Shackletoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2794998 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Maridesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2795605 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Aureliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2795973 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Stieleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2800681 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Aurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2801844 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Arachnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2815296 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Jejubacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2815776 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Bilifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2837509 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Schinkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2837510 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Siminovitchia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2838409 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Pigmentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2849660 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Taishania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2853408 Eukaryota;NA;NA;Malawimonadida;Malawimonadidae;Gefionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2862451 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Adhaeretor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2885758 Archaea;Candidatus Micrarchaeota;Candidatus Micrarchaeia;Candidatus Anstonellales;Candidatus Bilamarchaeaceae;Candidatus Bilamarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2886915 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Waterburya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2893058 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2893178 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Insectihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2897311 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Fulvia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2918917 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Poritiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2920444 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mangrovibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2921733 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Pseudaquidulcibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2923352 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mesomycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2926991 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;NA;Candidatus Shikimatogenerans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2938914 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Leontynka;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2944196 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Zhenhengia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2952368 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Candida/Saccharomycetales;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2959523 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Saccharimonadales;Candidatus Saccharimonadaceae;Candidatus Microsaccharimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2979332 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Prescottella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 2986286 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Horticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 3016348 Bacteria;Pseudomonadota;Alphaproteobacteria;Futianiales;Futianiaceae;Futiania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.000010 1 3039361 Eukaryota;Rhodophyta;Bangiophyceae;Cavernulicolales;Cavernulicolaceae;Gronococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 0.150150 14594 10239 Viruses
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 11.389216 1106988 NA cannot be assigned to a (non-viral) genus
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C3_M_libLAB7045.out 26.199257 2546467 NA unclassified
diff --git a/results/Kaiju/kaiju_NG-A0628_Cabbage_4M_libLAD4101_summary.tsv b/results/Kaiju/kaiju_NG-A0628_Cabbage_4M_libLAD4101_summary.tsv
new file mode 100644
index 0000000..eb1c191
--- /dev/null
+++ b/results/Kaiju/kaiju_NG-A0628_Cabbage_4M_libLAD4101_summary.tsv
@@ -0,0 +1,2173 @@
+file percent reads taxon_id taxon_name
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 19.005384 1707428 2767892 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Secundilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 7.070903 635244 2767885 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Latilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 6.438283 578410 1243 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Leuconostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 4.888202 439152 2767886 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Levilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 3.822319 343394 2767842 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactiplantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 3.474365 312134 71245 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kazachstania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 2.748567 246929 1253 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Pediococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.814890 73209 547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Enterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.481683 43274 2767893 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lentilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.261000 23448 33877 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.183116 16451 1883 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.172352 15484 2759736 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lacticaseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.152094 13664 2767889 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Loigolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.146996 13206 662 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Vibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.142288 12783 1578 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.139661 12547 2767879 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Companilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.131535 11817 46255 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Weissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.126760 11388 469 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Acinetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.113080 10159 1357 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.105923 9516 1279 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Staphylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.088647 7964 1350 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Enterococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.073376 6592 570 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Klebsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.068400 6145 2742598 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Limosilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.063380 5694 1716 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Corynebacteriaceae;Corynebacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.059952 5386 1854 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Frankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.053952 4847 1301 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Streptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.051781 4652 1970195 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Ancylomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.050223 4512 2767887 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Ligilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.045337 4073 613 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Serratia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.045292 4069 1637 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Listeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.044201 3971 122277 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Pectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.039971 3591 4930 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Saccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.039159 3518 374 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Bradyrhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.036332 3264 286 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Pseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.034662 3114 106589 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Cupriavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.033660 3024 1129544 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Rhizophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.033571 3016 34037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rahnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.032681 2936 561 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Escherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.030510 2741 657 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Photobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.026069 2342 551 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Erwinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.024199 2174 866673 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Marinifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.023408 2103 2767888 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Liquorilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.022863 2054 40323 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Stenotrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.022807 2049 98757 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Gelatoporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.022730 2042 160674 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Raoultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.021561 1937 51668 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Tetragenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.021327 1916 1386 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Bacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.021082 1894 4780 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Plasmopara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.020103 1806 579 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kluyvera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.019412 1744 33882 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.018733 1683 46254 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Oenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.018722 1682 5052 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Aspergillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.018633 1674 207599 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Solirubrobacteraceae;Solirubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.016763 1506 68287 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Mesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.015895 1428 1988 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinomadura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.015294 1374 670516 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.015272 1372 1330545 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Lelliottia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.015261 1371 414371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aureimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.014448 1298 38832 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Micromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.014047 1262 148959 Eukaryota;Basidiomycota;Wallemiomycetes;Wallemiales;Wallemiaceae;Wallemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.013691 1230 57493 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Kocuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.012979 1166 407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.012856 1155 2745 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.012678 1139 1849718 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Labilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.012133 1090 101 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Flectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.012133 1090 97050 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.012077 1085 2767358 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasmopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.011621 1044 2831443 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.011331 1018 1206748 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Nitrolancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.011064 994 2767881 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.010519 945 2767890 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Paucilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.010051 903 3071 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Chlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.009929 892 1742992 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paenarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.009829 883 34111 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Monoraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.009784 879 1849822 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paraclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.009562 859 44249 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Paenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.009484 852 1870884 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Clostridioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.009472 851 5605 Eukaryota;Ascomycota;NA;NA;NA;Saitoella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.008860 796 2772525 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Putridiphycobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.008749 786 2767882 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Furfurilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.008660 778 53335 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Pantoea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.008437 758 4919 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Pichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.008337 749 84567 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.008059 724 461281 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Ogataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.007948 714 89966 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Hymenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.007781 699 111500 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muricauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.007536 677 3118 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Ulva;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.006578 591 1375 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Aerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.006467 581 2767877 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Apilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.006411 576 38501 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Blastococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.006378 573 28453 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Sphingobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.006345 570 1485 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Clostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.006311 567 586 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Providencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.005833 524 53246 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Pseudoalteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.005810 522 544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Citrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.005766 518 599737 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Wickerhamomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.005588 502 1322061 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Rhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.005543 498 5948 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Stylonychia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.005421 487 29888 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Calocera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.005343 480 2767891 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Schleiferilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.005243 471 88138 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Modestobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.005053 454 1142 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Synechocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.005009 450 278028 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Naumovozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004987 448 82802 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Trichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004953 445 76831 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Myroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004853 436 1678 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bifidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004797 431 2803850 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Mammaliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004786 430 2767884 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lapidilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004764 428 349 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Zoogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004753 427 4910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kluyveromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004731 425 41891 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Coccomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004675 420 2747 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Carnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004675 420 59732 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chryseobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004597 413 590 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Salmonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004586 412 306539 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halolactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004441 399 2812012 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Zongyanglinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004363 392 45033 Eukaryota;NA;Phaeophyceae;Laminariales;Chordaceae;Chorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004241 381 4875 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Glomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004241 381 308926 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Diversisporaceae;Diversispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004219 379 5296 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Puccinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004174 375 48736 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ralstonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004141 372 3052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlamydomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004107 369 5140 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Neurospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004107 369 2930384 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Periweissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.004029 362 5583 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Exophiala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003974 357 559173 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003862 347 4953 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003818 343 2370 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003673 330 143959 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Coelomomycetaceae;Coelomomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003573 321 5320 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pleurotaceae;Pleurotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003573 321 191392 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Auxenochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003562 320 184027 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Golovinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003551 319 2779861 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Linnemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003417 307 489140 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Geminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003328 299 1827 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Rhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003273 294 469322 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Steroidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003261 293 2737 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Vagococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003250 292 2767875 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Agrilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003228 290 1839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Nocardioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003217 289 253255 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Soehngenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003183 286 43668 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Brachybacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003161 284 338 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003117 280 55528 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Guillardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003094 278 460073 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Segetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003061 275 713 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Actinobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003050 274 374468 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Nakaseomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003028 272 4783 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Phytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.003017 271 31366 Eukaryota;Rhodophyta;Florideophyceae;Bonnemaisoniales;Bonnemaisoniaceae;Asparagopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002972 267 237 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002950 265 326606 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Annulohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002939 264 379 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Rhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002894 260 47830 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Lachnaceae;Lachnellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002794 251 100474 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Batrachochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002727 245 54304 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002649 238 4828 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Absidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002527 227 63298 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Pseudozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002493 224 107449 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Phaffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002493 224 163316 Eukaryota;Chlorophyta;Chlorophyceae;NA;Microsporaceae;Microspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002427 218 2302914 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloropicon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002415 217 1983104 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Lusitaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002393 215 838 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002371 213 13786 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Trebouxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002349 211 229219 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Blastomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002326 209 41879 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pycnococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002304 207 3087 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Scenedesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002304 207 1176129 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Aulographaceae;Aulographum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002248 202 83174 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Valsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002248 202 100883 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Coprobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002226 200 100860 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Aphanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002226 200 358905 Eukaryota;Basidiomycota;Agaricomycetes;Sebacinales;Serendipitaceae;Serendipita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002204 198 4958 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Debaryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002182 196 1203 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002081 187 475 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Moraxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002070 186 194 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Campylobacteraceae;Campylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002026 182 31311 Eukaryota;Chlorophyta;Nephroselmidophyceae;Nephroselmidales;Nephroselmidaceae;Nephroselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.002026 182 70447 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Ostreococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001992 179 1696 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Brevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001926 173 2804231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lederbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001881 169 963 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001825 164 27375 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Entrophosporaceae;Entrophospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001792 161 3044 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Dunaliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001792 161 120831 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Dyadobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001781 160 82976 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Buttiauxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001770 159 357 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Agrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001748 157 4917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Pachysolen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001748 157 13366 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Brettanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001748 157 36880 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Cymbomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001725 155 702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Plesiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001725 155 121087 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Ostreobiaceae;Ostreobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001714 154 249344 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Picochlorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001714 154 2767878 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Bombilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001692 152 5251 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Ceratobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001681 151 158846 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Megamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001659 149 13687 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001625 146 1125 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Microcystaceae;Microcystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001625 146 1865 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001614 145 33024 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Phascolarctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001603 144 441 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001558 140 2837507 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Robertmurraya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001547 139 216851 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Faecalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001536 138 234 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Brucella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001536 138 63132 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Geitlerinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001525 137 626 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Xenorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001514 136 5820 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Plasmodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001480 133 41874 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Bathycoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001458 131 249523 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aestuariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001414 127 171413 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Dolosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001391 125 629 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Yersinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001391 125 2077 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sporolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001391 125 1187078 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cecembia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001380 124 222 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Achromobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001369 123 667112 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Lutispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001358 122 497 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Psychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001347 121 300275 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Lachancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001336 120 810 Bacteria;Chlamydiota;Chlamydiia;Chlamydiales;Chlamydiaceae;Chlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001325 119 41201 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Ewingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001313 118 4842 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Rhizopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001302 117 1763 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001258 113 32008 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001236 111 240411 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001224 110 1065495 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Radiococcaceae;Neocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001213 109 231454 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001202 108 5206 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Cryptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001202 108 37359 Eukaryota;Endomyxa;Phytomyxea;Plasmodiophorida;Plasmodiophoridae;Plasmodiophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001191 107 75654 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Duganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001180 106 1573535 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001169 105 3066 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Volvox;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001146 103 756023 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Xylogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001135 102 129337 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Geobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001135 102 182639 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Kribbellaceae;Kribbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001113 100 1269 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Micrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001113 100 204286 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Cobetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001080 97 42695 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Pseudomuriellaceae;Pseudomuriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001057 95 2767876 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Amylolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001046 94 2755 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Brochothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001024 92 77674 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Paracraurococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001013 91 507510 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Hyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001013 91 2800678 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001002 90 22 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Shewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.001002 90 5475 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Candida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000980 88 283 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Comamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000968 87 12916 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Acidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000957 86 34072 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Variovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000957 86 102106 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Collinsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000946 85 5806 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Cryptosporidiidae;Cryptosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000935 84 2791 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Porphyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000924 83 226 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000924 83 745 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Pasteurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000924 83 816 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Bacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000924 83 5073 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000924 83 2837502 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000902 81 2949 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Symbiodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000890 80 307506 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Raphidocelis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000890 80 2837504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Heyndrickxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000879 79 165695 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000879 79 3025755 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Thomasclavelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000868 78 583 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Proteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000835 75 16 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000835 75 2053 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Gordonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000824 74 64649 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Backusellaceae;Backusella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000824 74 113604 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Tetrapisispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000824 74 305976 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000790 71 255204 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudoclavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000779 70 28253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000779 70 766502 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Millerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000768 69 4756 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Neocallimastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000757 68 37914 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Dietziaceae;Dietzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000757 68 65007 Eukaryota;Evosea;Variosea;Cavosteliida;Cavosteliaceae;Planoprotostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000757 68 1853743 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Symbiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000746 67 4863 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Coemansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000746 67 47251 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000746 67 190323 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Plantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000746 67 317045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Kuraishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000724 65 28196 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Arcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000701 63 27320 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Metschnikowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000701 63 44744 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Haematococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000690 62 126838 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Micractinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000690 62 335058 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000679 61 4836 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Phycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000679 61 41273 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Tissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000668 60 83373 Eukaryota;Rhodophyta;Bangiophyceae;Galdieriales;Galdieriaceae;Galdieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000657 59 4948 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Torulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000657 59 165697 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000657 59 1433402 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Glycocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000646 58 768669 Bacteria;Chloroflexota;Ktedonobacteria;Thermogemmatisporales;Thermogemmatisporaceae;Thermogemmatispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000646 58 2881385 Bacteria;Cyanobacteriota;Cyanophyceae;Thermostichales;Thermostichaceae;Thermostichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000634 57 642 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Aeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000634 57 145474 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Helicosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000634 57 214906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Histophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000634 57 1448052 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Globisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000634 57 1912216 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Cutibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000634 57 2767880 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Dellaglioa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000623 56 35798 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000623 56 41275 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Brevundimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000612 55 70188 Eukaryota;Olpidiomycota;Olpidiomycetes;Olpidiales;Olpidiaceae;Olpidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000612 55 80744 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Serpulaceae;Serpula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000601 54 29832 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Hanseniaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000601 54 191769 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Marinilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000590 53 568 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Hafnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000590 53 46913 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Devosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000579 52 221285 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Westiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000568 51 10 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Cellvibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000568 51 4815 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Spizellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000545 49 1129 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Synechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000545 49 374469 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Vanderwaltozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000545 49 2594176 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Edaphochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000534 48 265 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000523 47 581 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Morganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000523 47 41955 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Amanitaceae;Amanita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000523 47 1494427 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tepidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000512 46 68 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Lysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000512 46 1663 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Arthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000512 46 55968 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leucobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000512 46 57494 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Nesterenkonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000512 46 413496 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000512 46 766765 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Yamadazyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000501 45 1873 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Micromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000501 45 2040 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Aeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000501 45 83461 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Corallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000501 45 165696 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000490 44 158483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cedecea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000490 44 2749846 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000468 42 434 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000445 40 2902 Eukaryota;Haptophyta;NA;Isochrysidales;Noelaerhabdaceae;Emiliania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000445 40 1940604 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Edaphochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000434 39 5890 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;Tetrahymenidae;Tetrahymena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000434 39 47772 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Astrephomenaceae;Astrephomene;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000434 39 1539666 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Suhomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000423 38 4753 Eukaryota;Ascomycota;Pneumocystidomycetes;Pneumocystidales;Pneumocystidaceae;Pneumocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000423 38 5761 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Naegleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000423 38 29580 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Janthinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000423 38 1169538 Eukaryota;NA;NA;NA;Vitrellaceae;Vitrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000423 38 2978367 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Nicoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000412 37 1822464 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paraburkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000401 36 33096 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Gonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000401 36 44649 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlorococcaceae;Chlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000401 36 139433 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meripilaceae;Physisporinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000401 36 1199100 Eukaryota;Chlorophyta;Ulvophyceae;Scotinosphaerales;Scotinosphaeraceae;Scotinosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000401 36 2304164 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Jaagichlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000390 35 2742 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Marinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000378 34 5754 Eukaryota;Discosea;NA;Longamoebia;Acanthamoebidae;Acanthamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000378 34 62701 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Podosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000367 33 75 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Caulobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000367 33 2768 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Chondrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000367 33 4951 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Yarrowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000367 33 28000 Eukaryota;Perkinsozoa;NA;Perkinsida;Perkinsidae;Perkinsus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000367 33 28105 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Sinorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000367 33 41247 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Mycena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000367 33 55193 Eukaryota;Basidiomycota;Malasseziomycetes;Malasseziales;Malasseziaceae;Malassezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000367 33 90402 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Geoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000367 33 239759 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Alistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000367 33 460517 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Komagataella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000367 33 2782231 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Kaistella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000356 32 5506 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Fusarium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000356 32 54298 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Chroococcidiopsidaceae;Chroococcidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000356 32 690565 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Serinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000356 32 1117308 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Funneliformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000345 31 3132 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Codiaceae;Codium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000345 31 70451 Eukaryota;Haptophyta;NA;Pavlovales;Pavlovaceae;Diacronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000345 31 85413 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Boseaceae;Bosea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000345 31 2782229 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Epilithonimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000334 30 33644 Eukaryota;Bacillariophyta;Fragilariophyceae;Fragilariales;Fragilariaceae;Fragilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000334 30 47789 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Tetrabaenaceae;Tetrabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000334 30 78910 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Syncephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000334 30 2529408 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Schaalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000323 29 5782 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Dictyostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000323 29 76312 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Caulerpaceae;Caulerpa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000323 29 81682 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylovorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000323 29 747294 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudorhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000312 28 1817 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Nocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000312 28 33170 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Eremothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000312 28 168131 Eukaryota;Evosea;NA;Pelobiontida;Pelomyxidae;Pelomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000312 28 501783 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cloacibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000301 27 1743 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000301 27 4797 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Pythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000301 27 5959 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Blepharismidae;Blepharisma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000301 27 69965 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Macrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000301 27 86017 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Salpingoeca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000301 27 92793 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000301 27 766733 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Scheffersomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000301 27 3016631 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Silvania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000289 26 1633384 Eukaryota;Microsporidia;NA;NA;NA;Mitosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000278 25 2335 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Thermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000278 25 70742 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000278 25 97095 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Diatrypaceae;Eutypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000278 25 450526 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000278 25 518753 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Luteolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000267 24 724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Haemophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000267 24 768 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Anaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000267 24 3164 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Tetraselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000267 24 4830 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Mucor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000267 24 12967 Eukaryota;NA;Bigyra;Opalinata;Blastocystidae;Blastocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000267 24 57665 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurospirillaceae;Sulfurospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000267 24 104249 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000267 24 166953 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Kaistia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000256 23 27372 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Acaulosporaceae;Acaulospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000256 23 33986 Bacteria;Bacillota;Bacilli;Bacillales;NA;Exiguobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000256 23 35721 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Parasitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000256 23 46432 Eukaryota;Foraminifera;NA;NA;Reticulomyxidae;Reticulomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000256 23 82982 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Obesumbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000256 23 109935 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Cladochytriaceae;Cladochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000256 23 133407 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Acytostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000256 23 1434009 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 482 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Neisseria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 2781 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 2879 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ectocarpaceae;Ectocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 3049 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Polytomella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 4819 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Phlyctochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 5209 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Filobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 5228 Eukaryota;Basidiomycota;Atractiellomycetes;Atractiellales;Hoehnelomycetaceae;Atractiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 5873 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Theileriidae;Theileria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 41299 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Choricystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 64561 Eukaryota;Mucoromycota;Umbelopsidomycetes;Umbelopsidales;Umbelopsidaceae;Umbelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 71655 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Brenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 109944 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;Gonapodyaceae;Gonapodya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 1427149 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halomicroarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000245 22 1434702 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Taibaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000234 21 35140 Eukaryota;Haptophyta;NA;Prymnesiales;Chrysochromulinaceae;Chrysochromulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000234 21 162291 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000234 21 204037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Dickeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000234 21 286114 Eukaryota;Chytridiomycota;Chytridiomycetes;Synchytriales;Synchytriaceae;Synchytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000234 21 2315209 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Hondaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000223 20 445 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Legionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000223 20 1569 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Sporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000223 20 4859 Eukaryota;Zoopagomycota;Basidiobolomycetes;Basidiobolales;Basidiobolaceae;Basidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000223 20 5690 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Trypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000223 20 80865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Delftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000223 20 254250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Isoptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000223 20 2726810 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Scandinavium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000211 19 1707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Cellulomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000211 19 4895 Eukaryota;Ascomycota;Schizosaccharomycetes;Schizosaccharomycetales;Schizosaccharomycetaceae;Schizosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000211 19 5309 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Athelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000211 19 5324 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Trametes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000211 19 29331 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Amphibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000211 19 36882 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pyramimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000211 19 47420 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hydrogenophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000211 19 75309 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rhodanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000211 19 83654 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Leclercia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000211 19 144537 Eukaryota;Mucoromycota;Glomeromycetes;Paraglomerales;Paraglomeraceae;Paraglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Porphyromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 958 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Bdellovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 2857 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 3030 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Cryptomonadaceae;Cryptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 4873 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Gigaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 27308 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Ascoideaceae;Ascoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 31983 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Helcococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 109880 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Nowakowskiellaceae;Nowakowskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 572511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Blautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 1866885 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 2058187 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Cavenderiaceae;Cavenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 2058189 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Heterostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000200 18 2901164 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Stutzerimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000189 17 413 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000189 17 2000 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Streptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000189 17 4807 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Blastocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000189 17 65356 Eukaryota;Oomycota;NA;Albuginales;Albuginaceae;Albugo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000189 17 99906 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alkalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000189 17 102234 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Geminocystaceae;Cyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000189 17 149698 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Massilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000189 17 423349 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Mucilaginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000189 17 1395788 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Gorgonomycetaceae;Gorgonomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000189 17 2675229 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Peribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000178 16 4802 Eukaryota;Oomycota;NA;Lagenidiales;Lagenidiaceae;Lagenidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000178 16 5864 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Babesiidae;Babesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000178 16 29465 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Veillonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000178 16 44055 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Aureococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000178 16 84406 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Virgibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000178 16 877559 Eukaryota;NA;NA;Apusomonadida;Apusomonadidae;Thecamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000178 16 1017280 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoflavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000178 16 2964429 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Candida/Metschnikowiaceae;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 620 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shigella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 1654 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 2980 Eukaryota;NA;Xanthophyceae;Tribonematales;Tribonemataceae;Tribonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 5260 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Melampsoraceae;Melampsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 5884 Eukaryota;Ciliophora;Oligohymenophorea;Peniculida;Parameciidae;Paramecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 5962 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Stentoridae;Stentor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 13289 Eukaryota;Basidiomycota;Exobasidiomycetes;Tilletiales;Tilletiaceae;Tilletia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 35127 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Thalassiosirales;Thalassiosiraceae;Thalassiosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 36910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Clavispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 47424 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Armillaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 109374 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Nemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 158848 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Moellerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 431390 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Mayamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 604195 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Cyberlindnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 1500004 Eukaryota;Blastocladiomycota;Physodermatomycetes;Physodermatales;Physodermataceae;Paraphysoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 2316020 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mediterraneibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000167 15 2675232 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Neobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 20 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Phenylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 635 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Edwardsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 1163 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Anabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 1730 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Eubacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 34416 Eukaryota;Basidiomycota;Microbotryomycetes;Microbotryales;Microbotryaceae;Microbotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 45156 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidioschyzon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 78916 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Piptocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 78924 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dimargaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 81525 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Monosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 99479 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Tetrasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 110092 Eukaryota;Chytridiomycota;Chytridiomycetes;Polychytriales;NA;Polychytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 158876 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Yokenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 222439 Eukaryota;Preaxostyla;NA;Oxymonadida;Streblomastigidae;Streblomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 375288 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Parabacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 881616 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Herbiconiux;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 1130052 Eukaryota;Ascomycota;Xylobotryomycetes;Xylobotryales;Cirrosporiaceae;Cirrosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 1930830 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Floricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 2052799 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Jimgerdemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 2483199 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Chrysophaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 2719231 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lacrimispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 2759657 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000156 14 2761542 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Fundicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 270 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Thermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 1647 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Erysipelothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 2034 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Curtobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 4855 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Mortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 5305 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phanerochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 43987 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Geotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 72763 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Tessaracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 182709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Oceanobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 229045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Trichomonascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 303226 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 412764 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Spathaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 766748 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Babjeviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 2321111 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Aliarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 2486696 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Cladocopium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 2678885 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000145 13 2918834 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Petrachlorosaceae;Petrachloros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 1813 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Amycolatopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 2784 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Porphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 4888 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Smittium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 5193 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Morchellaceae;Morchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 5240 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Tulasnellaceae;Tulasnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 5758 Eukaryota;Evosea;NA;Mastigamoebida;Entamoebidae;Entamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 29487 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Photorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 33870 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Coriobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 45787 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Wickerhamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 82267 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;NA;Hyaloraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 96492 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frigoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 125216 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 186035 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Fragilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 352450 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Simplicispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 361607 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Patulibacteraceae;Patulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 401469 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Undibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 453566 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Ambisporaceae;Ambispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 1036719 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Verticillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 1505657 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Intestinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 1924097 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Senegalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000134 12 2992131 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Romeriopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 107 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Spirosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 1263 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 13641 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Polysphondylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 34114 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Pleurastraceae;Pleurastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 40657 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Plectosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 45669 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Salinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 49237 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Chaetocerotaceae;Chaetoceros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 52228 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Hallella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 60919 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Sanguibacteraceae;Sanguibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 64643 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Dichotomocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 88551 Eukaryota;NA;Dinophyceae;Syndiniales;Amoebophryaceae;Amoebophrya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 118004 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Chrysiogenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 141715 Eukaryota;Chlorophyta;Mamiellophyceae;Monomastigales;Monomastigaceae;Monomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 236786 Eukaryota;NA;Dictyochophyceae;Florenciellales;NA;Florenciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 242060 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Cystoisospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 688353 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Lichtheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 1055323 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aeribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 1493516 Eukaryota;Cryptomycota;NA;NA;NA;Paramicrosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 1960084 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Rodentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 2025987 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Nothophytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 2058951 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Raperosteliaceae;Tieghemostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 2100764 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Mixta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 2563777 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Lactimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 2728523 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;Quaeritorhizaceae;Quaeritorhiza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000122 11 2779867 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Actinomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 841 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Roseburia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 5973 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Halteriidae;Halteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 28065 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Rhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 29521 Bacteria;Spirochaetota;Spirochaetia;Brachyspirales;Brachyspiraceae;Brachyspira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 33652 Eukaryota;NA;Bigyra;Bicosoecida;Cafeteriaceae;Cafeteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 40466 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Sparassidaceae;Sparassis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 55080 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Brevibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 89956 Eukaryota;NA;Dinophyceae;Suessiales;Suessiaceae;Polarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 110932 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leifsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 114627 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Alkaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 165779 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 221102 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Moniliophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 230838 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronosclerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 276836 Eukaryota;Cryptomycota;NA;NA;NA;Rozella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 346096 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Paludibacteraceae;Paludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 1129545 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Claroideoglomeraceae;Claroideoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 1330547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 1697027 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Convivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 1847725 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Lawsonellaceae;Lawsonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 1903434 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Atlantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 2800373 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Priestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000111 10 3021684 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Dryocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 209 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Helicobacteraceae;Helicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 801 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Symbiopectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 906 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Megasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 1218 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Prochlorococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 4769 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Saprolegnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 5110 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Claviceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 5533 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Rhodotorula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 5931 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;NA;Ichthyophthirius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 28581 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Allomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 36922 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Diaporthaceae;Diaporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 37991 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Xylaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 39948 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Dialister;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 45667 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 45785 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nadsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 48463 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Prosthecobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 64515 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Rhizophlyctidaceae;Rhizophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 68034 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Sporotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 74556 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Thraustotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 76890 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Asticcacaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 79206 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfosporosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 83618 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudoxanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 90268 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Apophysomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 150781 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Astraeaceae;Astraeus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 160795 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Ureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 265975 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 379065 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 549703 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kurtzmaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 940661 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Cetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 1470540 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Jeotgalibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 1506553 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 2709238 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Zopfochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 2779859 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Entomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000100 9 2862144 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ruoffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 507 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Alcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 830 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Butyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 1298 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 5712 Eukaryota;Euglenozoa;Kinetoplastea;Eubodonida;Bodonidae;Bodo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 5800 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Eimeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 35103 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Pseudocohnilembidae;Pseudocohnilembus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 42255 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Rubrobacteraceae;Rubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 53457 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Janibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 64501 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Entophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 68743 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Pluteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 68787 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Sclerodermataceae;Scleroderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 85043 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Williamsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 109875 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Catenariaceae;Catenaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 109882 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Chytriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 139276 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Dacryopinax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 143222 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Salegentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 156973 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Dysgonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 191373 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Pelotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 332102 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Fluviicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 388809 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;NA;Blyttiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 400634 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 1396506 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Borealophlyctidaceae;Borealophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 1504576 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudocitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 1524249 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Pseudohongiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 1612157 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pararhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 2201383 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Mangrovicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 2302916 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloroparvula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000089 8 2981995 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Candidatus Parvibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 191 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Azospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 517 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Bordetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 1033 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Afipia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 1177 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Nostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 1378 Bacteria;Bacillota;Bacilli;Bacillales;NA;Gemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 1649 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Kurthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 1847 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Pseudonocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 2774 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 2849 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Phaeodactylaceae;Phaeodactylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 5269 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Ustilago;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 5543 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Trichoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 5723 Eukaryota;Parabasalia;NA;Tritrichomonadida;Tritrichomonadidae;Tritrichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 13705 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Syncephalastraceae;Syncephalastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 29404 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Microlunatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 29828 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Lipomycetaceae;Lipomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 34484 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Entomophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 52225 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Mitsuokella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 67575 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 68793 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Botryobasidiaceae;Botryobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 82978 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Budvicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 82986 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Tatumella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 84565 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Sodalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 93217 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pandoraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 117563 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Granulicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 152267 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pigmentiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 165440 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Bulleribasidiaceae;Dioszegia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 246875 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Algoriphagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 299330 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lobosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 304330 Eukaryota;Zoopagomycota;NA;Ramicandelaberales;Ramicandelaberaceae;Ramicandelaber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 410829 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Sugiyamaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 577469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Demequinaceae;Demequina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 633405 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Lacticigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 766728 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Meyerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 766758 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Schwanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 947096 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Porosporidae;Porospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 947525 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Miniimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 1330546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pluralibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 1396492 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Fimicolochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 1912215 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Acidipropionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 2027529 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Cumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 2878373 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Neoconidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 2996260 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Polyrhizophydium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000078 7 3026546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Duffyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 1073 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Rhodopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 1154 Bacteria;Cyanobacteriota;Cyanophyceae;Spirulinales;Spirulinaceae;Spirulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 2330 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 2701 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Gardnerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 4871 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Endogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 5010 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Taphrinaceae;Taphrina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 5280 Eukaryota;Basidiomycota;Exobasidiomycetes;Georgefischeriales;Tilletiariaceae;Tilletiaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 5379 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Suillaceae;Suillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 5395 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Paxillaceae;Paxillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 5402 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Russula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 29330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Alicyclobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 29907 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Sporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 33886 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rathayibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 42308 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 61170 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 64560 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Radiomycetaceae;Radiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 64629 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mycotyphaceae;Mycotypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 79328 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Chitinophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 83614 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Luteimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 101116 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Sporodiniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 109928 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Podochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 110669 Eukaryota;Chlorophyta;Palmophyllophyceae;Prasinococcales;Prasinococcaceae;Prasinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 135858 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Catenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 150247 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anoxybacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 155493 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Gallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 160516 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Tirmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 162289 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Peptoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 162491 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Oerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 286098 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Seminavis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 314126 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Drechslerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 551759 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Aromatoleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 596707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Sinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 748770 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Dolichospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 880756 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Fistulifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 1126249 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Geranomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 1211036 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mangrovimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 1335483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shimwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 1649298 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Siccibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 1649459 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hungatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 1854458 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Breznakia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 1915381 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Nannizzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 2126330 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Kentron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 2675230 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cytobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 2675234 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 2795781 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Aeoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000067 6 3032809 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Petralouisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 528 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Ochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 970 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Selenomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2023 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Thermoactinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2132 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Spiroplasmataceae;Spiroplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 4765 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Achlya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 4813 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Chytridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 5036 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Histoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 5263 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Uromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 5352 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Lentinula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 5455 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Glomerellaceae;Colletotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 5502 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Curvularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 5552 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Trichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 5706 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Phytomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 13134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Magnetospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 29393 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Dolosigranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 32207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Rothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 33042 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Coprococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 33057 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Thauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 33969 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Melissococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 34448 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Marasmius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 34487 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Conidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 40421 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Bondarzewia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 40463 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Peniophoraceae;Peniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 44471 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Microcoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 47720 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Lyophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 50955 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Geosiphonaceae;Geosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 51366 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Salinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 57479 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Microvirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 59739 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Flammeovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 61396 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Kickxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 64498 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Choanephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 69578 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Cryobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 74385 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 77924 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Hemiselmidaceae;Hemiselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 84111 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Eggerthella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 86795 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Marmoricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 109967 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Rhizoclosmatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 110080 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Obelidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 120376 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Salana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 137742 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Podoscyphaceae;Abortiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 175660 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Pyrrhoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 196080 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Terasakiellaceae;Terasakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 218112 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellinidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 247501 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Parachlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 258255 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pseudovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 281915 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Curvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 302781 Eukaryota;Preaxostyla;NA;Oxymonadida;Polymastigidae;Monocercomonoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 323449 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Pontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 329857 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Cohnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 331971 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Thalassobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 355929 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Yonghaparkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 367298 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Phycicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 378210 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Methyloversatilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 393005 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tamlana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 398041 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 437504 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Granulosicoccaceae;Granulosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 444704 Eukaryota;NA;NA;Jakobida;Andaluciidae;Andalucia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 445219 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Reyranellaceae;Reyranella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 453850 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Joostella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1003010 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Strigomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1100891 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paenalcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1185872 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Desertifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1193503 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Gilliamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1396495 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Thoreauomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1399958 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Chromochloridaceae;Chromochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1565532 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rouxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1679449 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudooceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1742989 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Glutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1859940 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Paramyrothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1918540 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Muribaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1924110 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Massilimicrobiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 1964366 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Nissabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2055880 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudescherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2060871 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Galactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2072583 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Neohortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2115980 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Candidatus Phycorickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2282523 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2675231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mesobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2675233 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Metabacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2767883 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Holzapfeliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2787156 Bacteria;Bacillota;Culicoidibacteria;Culicoidibacterales;Culicoidibacteraceae;Culicoidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2800384 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Pseudidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2813793 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Litorihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2838409 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Pigmentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2848171 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Cognaticolwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000056 5 2901189 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Halopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 47 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Archangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 872 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1158 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Oscillatoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1860 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Geodermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2093 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2804 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Polysiphonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 3038 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 3191 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Spermatozopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 4778 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Bremia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 4821 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Piromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 5094 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Talaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 5121 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Erysiphe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 5406 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Exobasidiaceae;Exobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 5658 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leishmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 28067 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Rubrivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 28236 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Petrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 29407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 29574 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Taylorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 32012 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Thiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 35724 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Macrophomina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 36046 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Elaphomycetaceae;Elaphomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 36739 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Dermabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 42367 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Hirsutella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 47182 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascodesmidaceae;Ascodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 49279 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gelidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 52959 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Polaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 59753 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 61417 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Spiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 66831 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Facklamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 75374 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Leptodontidiaceae;Leptodontidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 78156 Eukaryota;Ascomycota;Leotiomycetes;NA;Pseudeurotiaceae;Pseudogymnoascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 81041 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Antrodiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 82800 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Desemzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 82984 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Pragia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 83681 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Nonomuraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 91942 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Hortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 101100 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Dissophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 101126 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Hesseltinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 105983 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Apiotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 109893 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Powellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 109896 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Gaertneriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 109956 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Physocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 131079 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Limnobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 141948 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Thermomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 142587 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Isobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 153265 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aequorivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 156993 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Reichenbachiellaceae;Reichenbachiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 184431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 215249 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Cryptobasidiaceae;Acaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 256818 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Gulosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 261096 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Kappamycetaceae;Kappamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 265488 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rhodopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 269154 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Flagelloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 286104 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Winogradskyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 305899 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Endozoicomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 323620 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Shinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 342943 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sinobaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 365348 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 401624 Eukaryota;Basidiomycota;Exobasidiomycetes;Ceraceosorales;Ceraceosoraceae;Ceraceosorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 417183 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Mycoemilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 451512 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Mangrovibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 490567 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Arenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 504481 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Sediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 586132 Eukaryota;Microsporidia;NA;NA;NA;Nematocida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 648802 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Rummeliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1082930 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Pelagibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1085622 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propioniciclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1155738 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Moorena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1188227 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeomargaritales;Gloeomargaritaceae;Gloeomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1193515 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Snodgrassella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1233426 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Roseofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1276290 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1395674 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Globomycetaceae;Globomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1395974 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Tardiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1508537 Bacteria;Chloroflexota;Chloroflexia;Kallotenuales;Kallotenuaceae;Kallotenue;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1555240 Eukaryota;Chytridiomycota;Chytridiomycetes;Caulochytriales;Caulochytriaceae;Caulochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1649480 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctopirus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1769710 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Sellimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1827195 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Caballeronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 1939651 Eukaryota;Microsporidia;NA;NA;NA;Pancytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2027319 Eukaryota;Ascomycota;NA;Vezdaeales;Vezdaeaceae;Vezdaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2303321 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Superficieibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2689589 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Staphylospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2779937 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Podila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2800686 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Tsuneonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2893060 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2918882 Eukaryota;Fornicata;NA;NA;NA;Aduncisulcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2943317 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Entomohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2952773 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Formicincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2986286 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Horticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000045 4 2997349 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Winslowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 13 Bacteria;Dictyoglomota;Dictyoglomia;Dictyoglomales;Dictyoglomaceae;Dictyoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 32 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Myxococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 99 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Ancylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 157 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Treponema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 352 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Azotobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 637 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Arsenophonus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 848 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Fusobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 953 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Wolbachia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1198 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Phormidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1372 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1851 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2005 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Microbispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2160 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2207 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2383 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Epulonipiscium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2717 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Cardiobacteriaceae;Cardiobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2875 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Dictyota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 5024 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Venturiaceae;Venturia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 5027 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Pyrenophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 5157 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Ceratocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 5340 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Agaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 5399 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Agrocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 5579 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Saccotheciaceae;Aureobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 6033 Eukaryota;Microsporidia;NA;NA;Unikaryonidae;Encephalitozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 27977 Eukaryota;Microsporidia;NA;NA;Nosematidae;Nosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 28228 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Colwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 29646 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Stichococcaceae;Stichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 29825 Eukaryota;Ascomycota;Neolectomycetes;Neolectales;Neolectaceae;Neolecta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 33071 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeobacterales;Gloeobacteraceae;Gloeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 33951 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Acetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 34348 Eukaryota;Basidiomycota;Mixiomycetes;Mixiales;Mixiaceae;Mixia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 35089 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Gregarinidae;Gregarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 35812 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 36034 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Saccharomycodes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 36862 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Ideonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 39643 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Sorangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 40222 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Methylophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 40415 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Antrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 41953 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Pseudo-nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 42054 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Chromohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 43431 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Sphaerosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 46205 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Pseudobutyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 48075 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 50989 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Rickenellaceae;Rickenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 56489 Eukaryota;Basidiomycota;Agaricomycetes;Thelephorales;Thelephoraceae;Thelephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 56747 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Fibularhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 59734 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Empedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 63265 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Sporisorium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 63682 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Lobosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 64640 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Pilaira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 65551 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Meiothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 67608 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Microdochiaceae;Microdochium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 68785 Eukaryota;Basidiomycota;Agaricomycetes;Geastrales;Sphaerobolaceae;Sphaerobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 71602 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Diploschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 71917 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Rhodocollybia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 74380 Eukaryota;NA;Phaeophyceae;Laminariales;Alariaceae;Undaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 77566 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Hepatocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 78920 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Tieghemiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 78922 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 86671 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Roseospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 90266 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Chlamydoabsidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 93111 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Ramalinaceae;Bacidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 93171 Bacteria;Candidatus Tectomicrobia;NA;NA;NA;Candidatus Entotheonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 100043 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleomassariaceae;Pleomassaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 101102 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Circinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 101104 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Gongronella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 102115 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Dermocarpellaceae;Stanieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 104264 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Cellulophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 105767 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Tremellaceae;Tremella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 106633 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thioalkalivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 111142 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alishewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 112987 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Neochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 118259 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Plenodomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 140625 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 141450 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oleiphilaceae;Oleiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 154116 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Bogoriellaceae;Georgenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 160433 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Samsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 161492 Bacteria;Myxococcota;Myxococcia;Myxococcales;Anaeromyxobacteraceae;Anaeromyxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 165301 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Lentzea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 167375 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Cyanobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 168658 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Rhodoblastus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 169133 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Citricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 171412 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Eremococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 173479 Bacteria;Gemmatimonadota;Gemmatimonadetes;Gemmatimonadales;Gemmatimonadaceae;Gemmatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 175304 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lentibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 178440 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Opitutus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 182899 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Persephonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 184430 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 184462 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Hyaloperonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 196013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Caldimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 196079 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 200903 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paraliobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 204456 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Gemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 207244 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 210597 Eukaryota;Bacillariophyta;Fragilariophyceae;Licmophorales;Licmophoraceae;Licmophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 210622 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Anoxynatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 233099 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Ectothiorhodosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 238749 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Diaphorobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 256846 Bacteria;Lentisphaerota;Lentisphaeria;Lentisphaerales;Lentisphaeraceae;Lentisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 263377 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Salipiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 265570 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Sulfurovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 274470 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 283785 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Bizionia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 292691 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Christiangramia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 293088 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Martelella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 312063 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Azohydromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 312278 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Emticicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 316612 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Methylibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 318147 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Paucibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 335405 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sphingosinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 340070 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Criblamydiaceae;Criblamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 348616 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Massospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 351195 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 354349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Pseudochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 359407 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylotenera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 364316 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Verminephrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 396388 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Aestuariimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 432330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Tumebacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 447792 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Phytobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 451452 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Boothiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 472568 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Devriesea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 476201 Eukaryota;Apicomplexa;Aconoidasida;Nephromycida;NA;Cardiosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 490731 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Kwoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 510690 Bacteria;Pseudomonadota;Alphaproteobacteria;Sneathiellales;Sneathiellaceae;Sneathiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 542675 Eukaryota;Chlorophyta;Palmophyllophyceae;Palmophyllales;Palmophyllaceae;Verdigellas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 561108 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Jaminaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 596919 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactifluus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 630701 Eukaryota;Euglenozoa;Kinetoplastea;NA;Ichthyobodonidae;Perkinsela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 649462 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Gracilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 659428 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Marivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 904708 Bacteria;Pseudomonadota;Gammaproteobacteria;Arenicellales;Arenicellaceae;Arenicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 940557 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Granulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 941338 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Bhargavaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1003337 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Angomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1004301 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavihumibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1010672 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Lecanographaceae;Alyxoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1097466 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Defluviimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1114981 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Piscinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1155385 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Proteiniclasticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1196389 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygotorulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1206353 Eukaryota;Ascomycota;Dothideomycetes;NA;Pseudoperisporiaceae;Lizonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1210119 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Ohtaekwangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1213737 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Schizoporaceae;Schizopora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1335631 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Frischella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1425377 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Haloechinothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1458928 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Okeania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1522128 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Catalimonadaceae;Catalinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1522432 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Pseudoduganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1550243 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Aetokthonos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1587496 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Irineochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1608298 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Thiolapillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1612611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pararhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1628153 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Carboxylicivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1640153 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Caldisalinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1649295 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Franconibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1652133 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Halobacteriovoraceae;Halobacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1653176 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cereibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1676142 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Wenzhouxiangellaceae;Wenzhouxiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1676651 Bacteria;Bacillota;Limnochordia;Limnochordales;Limnochordaceae;Limnochorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1738645 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Caproiciproducens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1745211 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1775705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Frigidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1780190 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Izhakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1795789 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Candidatus Syntrophonatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 1851509 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Naganishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2044848 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Siccirubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2093783 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Methylomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2563783 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Anaerolactibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2664261 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2680005 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudolysinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2716544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chimaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2767206 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Candidatus Reconcilbacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2795973 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Stieleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2813788 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Litchfieldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2815774 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Hornefia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2817108 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Watsoniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2817139 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Weizmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2837506 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Niallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2862745 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Pseudobdellovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2866025 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Maribrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2904863 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Hermanssonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2907512 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Haloflavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2907937 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Halpernia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2944145 Bacteria;Bacillota;Clostridia;Eubacteriales;Feifaniaceae;Feifania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2953757 Bacteria;NA;Candidatus Babeliae;Candidatus Babeliales;Candidatus Chromulinivoraceae;Candidatus Chromulinivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2956790 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonauticaceae;Desulfovulcanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2974257 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Hoylesella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2975149 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Marinilongibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 2983002 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Neoantrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 3032808 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Muricaecibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000033 3 3039590 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Parablautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 53 Bacteria;Myxococcota;NA;Nannocystales;Nannocystaceae;Nannocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 81 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Hyphomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 133 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 138 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Borreliaceae;Borrelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 262 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Francisellaceae;Francisella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 404 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 425 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 522 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidiphilium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 780 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Rickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 846 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 864 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Pectinatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1016 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Capnocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1041 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Erythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1051 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Ectothiorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1152 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Pseudanabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1257 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptostreptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1651 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alloiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2019 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Thermomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2071 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2147 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Acholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2202 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanospirillaceae;Methanospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2249 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halococcaceae;Halococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2276 Archaea;Thermoproteota;Thermoprotei;Thermoproteales;Thermoproteaceae;Pyrobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2299 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosarcinaceae;Desulfosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2375 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Sporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2713 Bacteria;Aquificota;Aquificae;Aquificales;Aquificaceae;Aquifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 3110 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Prototheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 3139 Eukaryota;Chlorophyta;Ulvophyceae;Dasycladales;Dasycladaceae;Batophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 4865 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Dipsacomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 4867 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Linderina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 4998 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cuniculitremaceae;Kockovaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 5230 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Auriculariaceae;Auricularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 5529 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Metarhizium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 5581 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Beauveria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 5587 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Rhinocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 5721 Eukaryota;Parabasalia;NA;Trichomonadida;Trichomonadidae;Trichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 5740 Eukaryota;Fornicata;NA;Diplomonadida;Hexamitidae;Giardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 5810 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Toxoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 12914 Archaea;Thermoproteota;Thermoprotei;Sulfolobales;Sulfolobaceae;Acidianus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 13075 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Globicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 13348 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Arthrobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 27331 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Protomycetaceae;Protomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 27353 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Coleosporiaceae;Cronartium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 28033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVII. Incertae Sedis;Sulfobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 28231 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 28233 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Geotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 28250 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Ornithobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 28261 Bacteria;Nitrospirota;Thermodesulfovibrionia;Thermodesulfovibrionales;Thermodesulfovibrionaceae;Thermodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 28895 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Thermoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 31479 Eukaryota;Rhodophyta;Florideophyceae;Hildenbrandiales;Hildenbrandiaceae;Hildenbrandia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 31988 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 33194 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Bipolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 33196 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botrytis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 33976 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Caryophanon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 33983 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Luteococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 34008 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 34431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucocoprinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 34433 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucoagaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 34444 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 35150 Eukaryota;Rhodophyta;Compsopogonophyceae;Erythropeltidales;Erythrotrichiaceae;Erythrotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 35676 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Pelagomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 36853 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfitobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 37467 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Pisolithaceae;Pisolithus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 38835 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pterosperma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 40144 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Tricholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 40354 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Fonsecaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 40456 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Fistulinaceae;Fistulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 40459 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Hericium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 40558 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botryotinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 40593 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Peziza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 43220 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Capronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 44013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Polynucleobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 44417 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Cyclospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 44655 Eukaryota;Chlorophyta;Chlorophyceae;Protosiphonales;Protosiphonaceae;Protosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 44748 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Sporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 46239 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Entomoplasmataceae;Mesoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 47747 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyaloscyphaceae;Hyaloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 48073 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Microbulbiferaceae;Microbulbifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 52972 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Polaromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 53452 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Lamprocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 54692 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Chlorociboriaceae;Chlorociboria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 55993 Eukaryota;Chlorophyta;Chlorophyceae;Oedogoniales;Oedogoniaceae;Oedogonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 58122 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Spirillospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 64651 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Zychaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 65412 Eukaryota;Ascomycota;Sordariomycetes;Togniniales;Togniniaceae;Phaeoacremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 66735 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Diplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 66848 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonatronaceae;Desulfonatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 69894 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Tindallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 70535 Eukaryota;Microsporidia;NA;NA;Culicosporidae;Edhazardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 70774 Bacteria;Pseudomonadota;Hydrogenophilia;Hydrogenophilales;Hydrogenophilaceae;Hydrogenophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 70992 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Flexithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 71684 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Galeropsidaceae;Panaeolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 73024 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 73229 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 74721 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Stachybotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 74819 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Lotharella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 75735 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Starmerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 75800 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Coelastrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 76634 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Mycetocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 78141 Eukaryota;Ascomycota;Leotiomycetes;NA;Myxotrichaceae;Oidiodendron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 78914 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Sigmoideomycetaceae;Thamnocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 80635 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Coniophoraceae;Coniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 80662 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Piloderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 83764 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Formivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 85947 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Didymosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 90254 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Cokeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 97971 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Periconiaceae;Periconia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 101135 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Fennellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 104175 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Oscillochloridaceae;Oscillochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 104239 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pterulaceae;Pterula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 104530 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Aphanochaetaceae;Aphanochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 109262 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Halothiobacillaceae;Halothiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 110564 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Clonostachys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 114248 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Tepidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 118262 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Dichotomosiphonaceae;Dichotomosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 118966 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Anaerorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 125287 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Ornithinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 129001 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 129577 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 132605 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Limnothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 136088 Eukaryota;NA;NA;Malawimonadida;Malawimonadidae;Malawimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 136491 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 138117 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Quatrionicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 140106 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Neonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 150022 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Finegoldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 150830 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Roseibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 152053 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Starkeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 152180 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ahrensiaceae;Ahrensia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 157775 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Letrouitiaceae;Letrouitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 157920 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Cellulosimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 165812 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Sporanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 168934 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Thalassospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 186650 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Microvirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 189429 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Chlorodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 191303 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Turicibacteraceae;Turicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 192992 Bacteria;Actinomycetota;Thermoleophilia;Thermoleophilales;Thermoleophilaceae;Thermoleophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 195950 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Tannerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 196081 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Scardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 198705 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Lampropedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 201152 Eukaryota;Fornicata;NA;NA;NA;Carpediemonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 202696 Eukaryota;Basidiomycota;Agaricomycetes;Jaapiales;Jaapiaceae;Jaapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 208215 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Parvularcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 210567 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Cadophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 217161 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Chamaesiphonaceae;Chamaesiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 218113 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 219181 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ottowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 221427 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Polytolypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 227979 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Jeotgalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 235888 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Salinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 236756 Bacteria;Planctomycetota;Candidatus Brocadiia;Candidatus Brocadiales;Candidatus Scalinduaceae;Candidatus Scalindua;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 242605 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Luteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 242837 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Koliellaceae;Koliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 252356 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Maribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 261825 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Agarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 267408 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Arsenicicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 282132 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Candidatus Protochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 292480 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 292632 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Subdoligranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 302485 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Phaeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 314122 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylellina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 317661 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Quadrisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 329881 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Friedmanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 332100 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Planifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 334767 Archaea;Thermoproteota;Thermoprotei;Desulfurococcales;Desulfurococcaceae;Ignisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 337670 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Pilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 348581 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 364710 Eukaryota;Ascomycota;Eurotiomycetes;Verrucariales;Verrucariaceae;Endocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 366580 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Bowmanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 383614 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Brasilonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 402649 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinomycetospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 407217 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 427766 Eukaryota;Rhodophyta;Compsopogonophyceae;Compsopogonales;Compsopogonaceae;Pulvinaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 464286 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Oocystaceae;Pseudococcomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 467975 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Iamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 474995 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Ophiocordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 475230 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Pullulanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 489909 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Nosocomiicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 511189 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Moelleriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 519427 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Sharpea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 561967 Eukaryota;Ascomycota;Dothideomycetes;Mytilinidiales;Argynnaceae;Lepidopterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 569950 Eukaryota;Tubulinea;Elardia;Leptomyxida;Flabellulidae;Flabellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 573657 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Hodgkinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 582472 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Wohlfahrtiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 582491 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rubidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 585890 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chitiniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 648800 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Solibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 651660 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Paenisporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 669368 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Coleofasciculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 670486 Bacteria;Chloroflexota;Dehalococcoidia;NA;NA;Dehalogenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 682522 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Ilumatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 688241 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Entophysalidaceae;Chlorogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 690884 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiotremataceae;Lophiotrema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 697025 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Hoyosellaceae;Hoyosella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 697279 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Bavariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 705561 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Capnodiaceae;Polychaeton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 882045 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Cuspidothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 907364 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Phytohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 909656 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Phocaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 929812 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Gibbsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 940663 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Racocetra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 945765 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Romeriaceae;Romeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 986106 Bacteria;Pseudomonadota;Gammaproteobacteria;Acidiferrobacterales;Acidiferrobacteraceae;Acidiferrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1005722 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Phormidesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1073531 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1078833 Eukaryota;Tubulinea;Elardia;Arcellinida;Cryptodifflugiidae;Cryptodifflugia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1082702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Lonsdalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1123951 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Thalassocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1129704 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Kyrpidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1184606 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Austwickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1217416 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Halioglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1218803 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Metallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1232588 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Saprochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1245590 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Mariniradius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1249554 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Aliidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1329200 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fictibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1335745 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Spiribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1344552 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Noviherbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1347386 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Anaerosalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1356488 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Rosenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1434002 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Falsirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1434011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Komagataeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1434016 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Longimycelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1434034 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pricia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1440132 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Modicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1453359 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Candidatus Atelocyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1485594 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1499983 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglenaformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1501226 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Romboutsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1518149 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1549750 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Lomentospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1579315 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Halocynthiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1616789 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Salinispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1632780 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phreatobacteraceae;Phreatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1647175 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Aestuariispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1647190 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aquibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1648511 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Cnuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1649453 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Gimesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1649462 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Lacihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1653174 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinotignum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1712422 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Euryhalocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1751296 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Sinirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1751872 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Lacimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1783488 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Phytoactinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1804794 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Kalmanozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1818108 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Pseudobryopsidaceae;Pseudobryopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1820275 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aestuariivivens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1838142 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Cutaneotrichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1843210 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerocolumna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1849828 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Paeniclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1851468 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Vanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1855416 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Qipengyuania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1857011 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Lysinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1867836 Eukaryota;NA;NA;Jakobida;Stygiellidae;Stygiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1868323 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Candidatus Thermochlorobacteriaceae;Candidatus Thermochlorobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1884449 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salipaludibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1903173 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pelobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1914292 Eukaryota;NA;Cryptophyceae;Cyathomonadacea;NA;Hemiarma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1920251 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Antricoccaceae;Antricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1924105 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Neglectibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1926259 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Pseudactinotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 1930845 Bacteria;Bacillota;NA;NA;NA;Ndongobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2004661 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Hyphobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2005355 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2005359 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalicatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2026842 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;NA;Bifiguratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2027874 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Mongoliimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2038697 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Williamwhitmaniaceae;Williamwhitmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2651583 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2676790 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Acidimangrovimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2683203 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Vaginisenegalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2689587 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Suicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2719313 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Enterocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2743582 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2779860 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gryganskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2791032 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Candolleomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2795780 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Symmachiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2795782 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Botrimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2805681 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Yinghuangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2810010 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Anaerophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2813348 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Luxibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2813804 Bacteria;Pseudomonadota;Alphaproteobacteria;Emcibacterales;Emcibacteraceae;Paremcibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2836216 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Phnomibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2837485 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Evansella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2862142 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Falseniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2884243 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Musicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2895509 Bacteria;Mycoplasmatota;NA;Mycoplasmoidales;Metamycoplasmataceae;Metamycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2910985 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Paucidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2916692 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulforadius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2918917 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Poritiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2930254 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hanamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2944198 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Wansuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2975260 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Parvicellaceae;Parvicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 2987599 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pollutimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 3024544 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Paracrocinitomix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000022 2 3045815 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichothermofontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 42 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Cystobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 127 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Isosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 146 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Spirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 171 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Leptospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 416 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 429 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 862 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 869 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Cardiobacteriaceae;Dichelobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 890 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Desulfuromonadaceae;Desulfuromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 904 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Acidaminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 911 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Nitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 943 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Ehrlichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1011 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Sporocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1099 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Pelodictyon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1101 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Prosthecochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1183 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Plectonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1186 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Calotrichaceae;Calothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1190 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Fischerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1222 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Prochlorothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1227 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Nitrosococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1234 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Nitrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1835 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1849 Bacteria;Actinomycetota;Actinomycetes;Actinopolysporales;Actinopolysporaceae;Actinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1862 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Dermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2013 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Nocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2029 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Kibdelosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2044 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Pimelobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2056 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Sphaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2060 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Tsukamurellaceae;Tsukamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2129 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Ureaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2172 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobrevibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2225 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanococcoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2425 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Teredinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2735 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Verrucomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2761 Eukaryota;NA;Glaucocystophyceae;NA;Cyanophoraceae;Cyanophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2809 Eukaryota;Rhodophyta;Florideophyceae;Batrachospermales;Batrachospermaceae;Batrachospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2828 Eukaryota;NA;Raphidophyceae;Chattonellales;Chattonellaceae;Heterosigma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2865 Eukaryota;NA;Dinophyceae;Gonyaulacales;Crypthecodiniaceae;Crypthecodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2968 Eukaryota;NA;Dinophyceae;Oxyrrhinales;Oxyrrhinaceae;Oxyrrhis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2976 Eukaryota;NA;Xanthophyceae;Vaucheriales;Vaucheriaceae;Vaucheria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2991 Eukaryota;NA;Synurophyceae;Synurales;Mallomonadaceae;Synura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 3101 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Parietochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 3128 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Bryopsidaceae;Bryopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 3158 Eukaryota;Chlorophyta;Pedinophyceae;Pedinomonadales;Pedinomonadaceae;Pedinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 3187 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Nannochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 3189 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Scherffelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 4852 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Cunninghamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5104 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ascosphaeraceae;Ascosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5112 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Epichloe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5115 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Cryphonectriaceae;Cryphonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5146 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Sordaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5153 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Ceratocystiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5190 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascobolaceae;Ascobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5199 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Cladoniaceae;Cladonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5277 Eukaryota;Basidiomycota;Microbotryomycetes;Leucosporidiales;Leucosporidiaceae;Leucosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5307 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Phlebia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5314 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Ganoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5369 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Boletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5429 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Sporobolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5453 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Ascochyta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5569 Eukaryota;Ascomycota;Dothideomycetes;NA;Gloniaceae;Cenococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5598 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Alternaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5600 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Phialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5734 Eukaryota;Parabasalia;NA;Hypotrichomonadida;Hypotrichomonadidae;Hypotrichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5790 Eukaryota;Evosea;Eumycetozoa;Physariida;Physaraceae;Physarum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5812 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Sarcocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 5935 Eukaryota;Ciliophora;Spirotrichea;Euplotida;Euplotidae;Euplotes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 13205 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Pholiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 13334 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Anaerobiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 13562 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Heterobasidion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 27316 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Galactomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 28022 Eukaryota;Rhodophyta;Florideophyceae;Ahnfeltiales;Ahnfeltiaceae;Ahnfeltia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 28050 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 28073 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Lyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 28100 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Phyllobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 28194 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Thermonemataceae;Thermonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 28209 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Chelatococcaceae;Chelatococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 29002 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Cercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 29175 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Neospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 29224 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Iridaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 29834 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Saturnispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 29849 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Magnaporthaceae;Gaeumannomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 31332 Eukaryota;NA;Phaeophyceae;Ralfsiales;Ralfsiaceae;Analipus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 31392 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Chondria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 33106 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Derbesiaceae;Derbesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 33187 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Uncinocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 33926 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Candidatus Phytoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 33981 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 34019 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Liberibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 34102 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Sphaerotilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 34156 Eukaryota;Chlorophyta;Ulvophyceae;Ulotrichales;Ulotrichaceae;Gloeotilopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 34474 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Fomitopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 35152 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Dixoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 35823 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Arthrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 36048 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Tuber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 36065 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Cantharellaceae;Cantharellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 36913 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Lodderomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 38037 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Ploettnerulaceae;Rhynchosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 38258 Eukaryota;NA;Glaucocystophyceae;Glaucocystales;Glaucocystaceae;Glaucocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 38268 Eukaryota;NA;Glaucocystophyceae;Gloeochaetales;Gloeochaetaceae;Gloeochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 38880 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Botryococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 38946 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Paracoccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 39702 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Septoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 40436 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Daedalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 40441 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Fomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 40443 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Gloeophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 40544 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Sutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 40566 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinosynnema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 40996 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Elsinoaceae;Elsinoe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 41998 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Ceramiaceae;Anotrichium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 42001 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Callithamniaceae;Crouania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 42447 Bacteria;Bacillota;Clostridia;Eubacteriales;Proteinivoraceae;Anaerobranca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 43430 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Tricharina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 43673 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Jonesiaceae;Jonesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 43996 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Catonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 44260 Bacteria;Bacillota;Clostridia;Moorellales;Moorellaceae;Moorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 44439 Eukaryota;NA;Raphidophyceae;Chattonellales;Chattonellaceae;Chattonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 44675 Bacteria;Acidobacteriota;Holophagae;Holophagales;Holophagaceae;Geothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 44937 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Achromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 45141 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Cucurbitaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 45153 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Sporormiaceae;Westerdykella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 45244 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Emericellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 45247 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Leucothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 45427 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Amylocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 45662 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfohalobiaceae;Desulfohalobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 46123 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Abiotrophia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 46468 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Orenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 47204 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Pyronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 47780 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Carteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 47933 Eukaryota;NA;Dinophyceae;Dinophysiales;Dinophysiaceae;Dinophysis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 48482 Eukaryota;NA;NA;Jakobida;Histionidae;Reclinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 48558 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Pyriculariaceae;Pyricularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 48728 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rhabdochromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 49082 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Candidatus Arthromitus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 49222 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Elsinoaceae;Sphaceloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 49968 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Geopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 51323 Eukaryota;Chlorophyta;Ulvophyceae;Oltmannsiellopsidales;Oltmannsiellopsidaceae;Oltmannsiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 51514 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Dehalobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 51540 Eukaryota;Microsporidia;NA;NA;Spraguidae;Spraguea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 52678 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Cylindrocapsaceae;Cylindrocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 52687 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Sphaeropleaceae;Ankyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 53244 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonatronovibrionaceae;Desulfonatronovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 53355 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Terrabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 53357 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Intrasporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 53365 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Catellatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 53387 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Friedmanniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 53460 Bacteria;Actinomycetota;Actinomycetes;Nakamurellales;Nakamurellaceae;Nakamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 53945 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Octadecabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 54293 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Thermosyntropha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 54788 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Stagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 55067 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Phaeosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 55079 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Aneurinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 56001 Eukaryota;Chlorophyta;Chlorophyceae;Chaetopeltidales;Chaetopeltidaceae;Chaetopeltis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 56999 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amaricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 57133 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Hydnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 59282 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Blastochloridaceae;Blastochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 59735 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Bergeyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 59738 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Marinilabilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 60184 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Phascolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 60496 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Thielaviopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 61413 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Martensiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 61653 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 62608 Archaea;Thermoproteota;Thermoprotei;Thermoproteales;Thermoproteaceae;Thermocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 63261 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Moesziomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 64652 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Clitocybaceae;Lepista;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 64968 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 65097 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Euhalothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 65402 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Acidaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 66846 Eukaryota;Euglenozoa;Euglenida;Euglenales;Phacaceae;Lepocinclis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 66862 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Ammoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 67475 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Haslea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 67572 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Psychromonadaceae;Psychromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 68288 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cyclobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 70110 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicilliopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 70190 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Chroococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 71000 Eukaryota;NA;Dinophyceae;Peridiniales;Pfiesteriaceae;Pfiesteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 71927 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Termitomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 71950 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Psilocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 72123 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Hygrophoropsidaceae;Hygrophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 73029 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Dechloromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 74030 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 74098 Eukaryota;NA;Phaeophyceae;Fucales;Sargassaceae;Coccophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 74317 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Maricaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 74855 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Terfezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 75905 Bacteria;Aquificota;Aquificae;Aquificales;Aquificaceae;Thermocrinis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 76632 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Thermobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 76790 Eukaryota;NA;Phaeophyceae;Asterocladales;Asterocladaceae;Asterocladon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 77921 Eukaryota;NA;Glaucocystophyceae;NA;NA;Cyanoptyche;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 79258 Eukaryota;Rhodophyta;Florideophyceae;Hildenbrandiales;Hildenbrandiaceae;Apophlaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 79598 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliorestis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 79808 Eukaryota;Ascomycota;Sordariomycetes;Coniochaetales;Coniochaetaceae;Coniochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 80643 Eukaryota;Basidiomycota;Agaricomycetes;Gomphales;Gautieriaceae;Gautieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 81055 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phaeolaceae;Wolfiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 81894 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Prosthecomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 81945 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Pilobolaceae;Pilobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 82202 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Centipeda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 82345 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Ornithinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 82373 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Anaerovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 82980 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Leminorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 83766 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Propionivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 84034 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Propionispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 84756 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Beutenbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 85076 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Marichromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 86085 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Gymnopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 87266 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Lasallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 88166 Eukaryota;NA;Synurophyceae;Ochromonadales;Ochromonadaceae;Poterioochromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 88270 Eukaryota;Chlorophyta;Picocystophyceae;Picocystales;Picocystaceae;Picocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 88875 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Ferribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 89092 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ignavigranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 89583 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 90974 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Acrocarpospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 93368 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Pseudaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 93827 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Gymnopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 94008 Bacteria;Bacillota;Bacilli;Bacillales;Bacillales Family X. Incertae Sedis;Thermicanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 96312 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Leptographium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 96335 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Proteomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 96783 Eukaryota;Euglenozoa;Euglenida;Euglenales;Phacaceae;Phacus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 100034 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;NA;Massariosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 100051 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Delitschiaceae;Delitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 101106 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Halteromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 101114 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Spinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 101141 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Thamnidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 104397 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Epicoccum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 105135 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Anaeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 106591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ensifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 109326 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Anaerovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 110934 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agreia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 111830 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Defluviicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 111860 Eukaryota;Rhodophyta;Florideophyceae;Balbianiales;Balbianiaceae;Balbiania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 112008 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Ignatzschineria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 112415 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Letharia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 112497 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Ramularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 112985 Eukaryota;Basidiomycota;Agaricomycetes;Phallales;Clathraceae;Clathrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 112993 Eukaryota;Basidiomycota;Agaricomycetes;Hysterangiales;Hysterangiaceae;Hysterangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 114064 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Myrmecia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 117156 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Actinopolymorphaceae;Actinopolymorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 117544 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Cytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 117999 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Geovibrionaceae;Denitrovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 120961 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Roseiflexaceae;Roseiflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 127226 Eukaryota;Cercozoa;NA;NA;Massisteriidae;Massisteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 131324 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Pseudocercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 132607 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothricoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 133193 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Alkalilimnicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 133925 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Olsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 135575 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Idiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 135587 Eukaryota;Parabasalia;NA;Tritrichomonadida;Dientamoebidae;Histomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 139105 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Cylindrobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 139133 Eukaryota;Basidiomycota;Agaricomycetes;Trechisporales;NA;Sistotremastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 139389 Eukaryota;Basidiomycota;Agaricomycetes;Amylocorticiales;Amylocorticiaceae;Plicaturopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 147572 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Piedraiaceae;Piedraia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 150203 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Blastomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 150793 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletinellaceae;Phlebopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 150818 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 151754 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Xenophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 152161 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Stappia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 152459 Eukaryota;Ciliophora;Spirotrichea;Euplotida;Euplotidae;Moneuplotes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 154750 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Lachnocladiaceae;Vararia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 155196 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Fulvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 155415 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;NA;Monosporascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 155977 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Acaryochloridaceae;Acaryochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 156229 Eukaryota;NA;Dinophyceae;Gymnodiniales;Kareniaceae;Karenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 156885 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thioflavicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 157000 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Lobophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 157226 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Jeotgalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 157482 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Lichina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 157684 Eukaryota;NA;Dinophyceae;Gymnodiniales;Kareniaceae;Karlodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 158045 Eukaryota;Ascomycota;Eurotiomycetes;Phaeomoniellales;Phaeomoniellaceae;Phaeomoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 158851 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Trabulsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 159075 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Acremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 160075 Eukaryota;Chlorophyta;Ulvophyceae;Ulotrichales;Hazeniaceae;Hazenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 162027 Bacteria;Myxococcota;NA;Haliangiales;Kofleriaceae;Haliangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 162171 Bacteria;Pseudomonadota;Alphaproteobacteria;Magnetococcales;Magnetococcaceae;Magnetococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 168470 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Laribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 169998 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Phakopsoraceae;Phakopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 170436 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Udotea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 170610 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Halomicronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 171673 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Inquilinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 172620 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Imshaugia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 173369 Eukaryota;Chlorophyta;Ulvophyceae;Trentepohliales;Trentepohliaceae;Cephaleuros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 173494 Eukaryota;Chlorophyta;Ulvophyceae;Oltmansiellopsidales;NA;Neodangemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 174951 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ramlibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 178469 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Arenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 182061 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Tetrapyrgos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 182276 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Artomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 182402 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rubritepida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 183669 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Macromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 184869 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Varibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 186188 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Xylanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 186829 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Agitococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 189330 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Dorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 189350 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Kornmanniaceae;Kornmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 189384 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Tremblaya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 189613 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthomendoza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 190972 Bacteria;Bacillota;Tissierellia;NA;NA;Sedimentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 191494 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Conexibacteraceae;Conexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 191672 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Watanabea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 192987 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Allofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 195537 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Oogamochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 195964 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Asanoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 200670 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Crenotrichaceae;Crenothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 200890 Eukaryota;Discosea;Flabellinia;Dactylopodida;Paramoebidae;Paramoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 203804 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Blochmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 204413 Eukaryota;Chlorophyta;Ulvophyceae;Cladophorales;Boodleaceae;Boodlea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 204475 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Gemmiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 204476 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Labrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 206375 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Prolinoborus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 210429 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Setomelanomma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 211469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Kineosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 212743 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rhizobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 212744 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Rugamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 212791 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Enhydrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 213485 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Micavibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 215251 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Brachybasidiaceae;Meira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 216907 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Paraliales;Paraliaceae;Paralia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 221282 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Symphyonemataceae;Mastigocladopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 223385 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;NA;Grimontella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 223787 Bacteria;Aquificota;Aquificae;Desulfurobacteriales;Desulfurobacteriaceae;Balnearium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 224458 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Pyxidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 226991 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Cyphellophoraceae;Cyphellophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 227085 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Bigelowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 228398 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptacidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 232115 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mesonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 233191 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Caldilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 237584 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Teratosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 238783 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudorhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 239934 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Akkermansiaceae;Akkermansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 241409 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Geosmithia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 241421 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Gomontiellaceae;Crinalium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 244127 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaerotruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 245186 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Loktanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 245876 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Nitratireductor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 246876 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Cryomorphaceae;Cryomorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 248038 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Mucispirillaceae;Mucispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 252965 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family IV. Incertae Sedis;Mahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 253183 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Myceligenerans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 253238 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ethanoligenens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 256616 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Parvibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 261827 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Algibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 261933 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Pleomorphomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 261963 Bacteria;Pseudomonadota;Gammaproteobacteria;Kangiellales;Kangiellaceae;Kangiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 263510 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Crocosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 265578 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Attheyaceae;Attheya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 268582 Eukaryota;Rhodophyta;Florideophyceae;Nemaliales;Scinaiaceae;Scinaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 279531 Eukaryota;Microsporidia;NA;NA;NA;Dictyocoela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 280472 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Aquiflexum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 281472 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Jiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 283168 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Odoribacteraceae;Odoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 284134 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Sarocladiaceae;Sarocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 286130 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfuricurvum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 286801 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Segniliparaceae;Segniliparus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 288021 Bacteria;Pseudomonadota;Alphaproteobacteria;Kordiimonadales;Kordiimonadaceae;Kordiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 289257 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Chrysotrichaceae;Chrysothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 290425 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Advenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 292486 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Avibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 292713 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Silanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 295418 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Rubellimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 296051 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Terrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 300418 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Catellicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 303379 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herminiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 305820 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Hariotina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 308865 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Elizabethkingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 311453 Eukaryota;Microsporidia;NA;NA;Tubulinosematidae;Anncaliia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 312848 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Prasiolopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 316625 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Saccharophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 318745 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Pycnoraceae;Pycnora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 319458 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Leadbetterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 321315 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Sphaerisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 323413 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dokdonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 324738 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Kregervanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 325646 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Rhipilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 327159 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Accumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 331615 Eukaryota;Ciliophora;Spirotrichea;Stichotrichida;Amphisiellidae;Lamtostyla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 332157 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Larkinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 336803 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Thorselliaceae;Thorsellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 338321 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Turneriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 342658 Bacteria;Bacillota;Clostridia;Eubacteriales;Gracilibacteraceae;Gracilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 358023 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lutibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 361050 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Rubritaleaceae;Rubritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 361177 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Altererythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 363408 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Nonlabens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 367188 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Haladaptatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 369926 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Brooklawnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 370735 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Zhihengliuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 372047 Eukaryota;Ascomycota;Dothideomycetes;Phaeotrichales;Phaeotrichaceae;Trichodelitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 373984 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Rivulariaceae;Rivularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 375928 Bacteria;Bacillota;Clostridia;Natranaerobiales;Natranaerobiaceae;Natranaerobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 376469 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Olivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 379899 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niabella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 380738 Bacteria;Planctomycetota;Candidatus Brocadiia;Candidatus Brocadiales;Candidatus Brocadiaceae;Candidatus Kuenenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 382513 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Telmatospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 388463 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Edaphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 390846 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Echinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 391952 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Aquincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 392332 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Geoalkalibacteraceae;Geoalkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 392733 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Terriglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 394505 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 397275 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Andreprevotia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 397864 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Barnesiellaceae;Barnesiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 399320 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Sphaerochaetaceae;Sphaerochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 400060 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Paludibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 400657 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Hydrocoleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 404432 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Salinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 407997 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Venenivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 412033 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Celerinatantimonadaceae;Celerinatantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 414051 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Caenispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 416949 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Parapedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 427753 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Humibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 433923 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudacidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 442527 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Scopulibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 444090 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfobacteriaceae;Caldimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 447237 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frondihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 447467 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Simiduia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 448176 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Granulicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 449972 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Chelativorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 455076 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rhodocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 455433 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Pelagicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 456492 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Saccharibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 458032 Bacteria;Acidobacteriota;Blastocatellia;NA;NA;Chloracidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 459532 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Terribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 462253 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Aplosporellaceae;Aplosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 470095 Eukaryota;Ascomycota;Dothideomycetes;Acrospermales;Acrospermaceae;Pseudovirgaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 472058 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Schumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 472977 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Natronobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 476528 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Bibersteinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 481178 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Seohaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 482460 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sediminibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 483074 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Baudoinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 504090 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Kushneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 505692 Eukaryota;NA;NA;NA;Chromeraceae;Chromera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 511678 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Aliivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 518733 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microterricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 559293 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Lishizhenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 561367 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Salinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 561555 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Zhouia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 568987 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hamiltonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 570266 Archaea;Euryarchaeota;Methanomicrobia;Methanocellales;Methanocellaceae;Methanocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 573139 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Shimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 574347 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Modicisalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 577310 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Parasutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 596499 Bacteria;Actinomycetota;Nitriliruptoria;Nitriliruptorales;Nitriliruptoraceae;Nitriliruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 600332 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Zavarzinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 626119 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ruaniaceae;Ruania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 633130 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thalassobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 642604 Eukaryota;Chytridiomycota;Chytridiomycetes;Lobulomycetales;Lobulomycetaceae;Lobulomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 644269 Eukaryota;Rhodophyta;Florideophyceae;Batrachospermales;Batrachospermaceae;Kumanoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 647365 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Partenskyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 649460 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Filimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 658121 Eukaryota;NA;Raphidophyceae;Chattonellales;Vacuolariaceae;Merotricha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 658623 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Chelonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 665568 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Paraoerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 670315 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Multifurca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 674734 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Alloactinosynnema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 682063 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Kalmusia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 689760 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Planosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 690893 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Amniculicolaceae;Amniculicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 690896 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lentitheciaceae;Lentithecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 695999 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinophytocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 697331 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Basfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 714959 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Tetraplosphaeriaceae;Polyplosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 745410 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Gallaecimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 752201 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Sphaerospermopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 754249 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;NA;Luteimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 756610 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Dentiscutata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 762641 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muriicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 763439 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Caenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 766759 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Priceomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 767528 Bacteria;Bacillota;Bacilli;Bacillales;NA;Geomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 767891 Bacteria;Pseudomonadota;Alphaproteobacteria;NA;NA;Candidatus Puniceispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 885864 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Jeongeupia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 889388 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Chryseomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 907202 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Rubricoccaceae;Rubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 908623 Bacteria;Actinomycetota;Nitriliruptoria;Euzebyales;Euzebyaceae;Euzebya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 908935 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Yimella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 929509 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Solitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 937605 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Hymenopellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 940550 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Gilvimarinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 944321 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Soonwooa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1000999 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1004300 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hydrotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1005038 Bacteria;Armatimonadota;Fimbriimonadia;Fimbriimonadales;Fimbriimonadaceae;Fimbriimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1007342 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Desulfurispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1029631 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Amnibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1032526 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobia subdivision 3;Pedosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1034479 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Chloroidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1052105 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Purpureocillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1052683 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Obba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1055688 Bacteria;Myxococcota;NA;Polyangiales;Sandaracinaceae;Sandaracinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1072081 Eukaryota;Chlorophyta;Chlorophyceae;NA;NA;Jenufa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1079112 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Ilyonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1079922 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Commensalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1091044 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Elstera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1096776 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Flexivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1097465 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pararhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1111949 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Irpicaceae;Trametopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1120752 Bacteria;Cyanobacteriota;Cyanophyceae;Nodosilineales;Nodosilineaceae;Nodosilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1121829 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Fodinicurvata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1125736 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Symplocastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1132766 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Alpinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1145345 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Bauldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1148163 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paralcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1156392 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Pseudokineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1176354 Eukaryota;Microsporidia;NA;NA;Dubosqiidae;Hamiltosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1177214 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Profftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1185408 Bacteria;Bacillota;Clostridia;Eubacteriales;Defluviitaleaceae;Defluviitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1198243 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Rugosimonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1206386 Eukaryota;Ascomycota;NA;NA;NA;Trizodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1213188 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Zancudomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1215913 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Litorilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1217414 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Sediminihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1221880 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Psychrobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1233054 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1263978 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Candidatus Endolissoclinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1279388 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Kandleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1294511 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Naumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1295327 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1301080 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Nasuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1303912 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosarcinaceae;Desulfatitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1321364 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Tistlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1331730 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Chryseoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1351751 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Parastagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1382931 Bacteria;Chloroflexota;Ardenticatenia;Ardenticatenales;Ardenticatenaceae;Ardenticatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1384499 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Pisciglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1387562 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Ophidiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1400060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Roseibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1401161 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Sodiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1433992 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Chitinivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1433997 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Diaminobutyricimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1433999 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Domibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1434004 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Fonticella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1434015 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Limimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1434022 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Naasia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1434032 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pontimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1434042 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salisediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1434046 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1434050 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Zhongshania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1446465 Bacteria;Candidatus Bipolaricaulota;NA;NA;NA;Candidatus Acetothermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1448928 Bacteria;Candidatus Fervidibacteria;NA;NA;NA;Candidatus Fervidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1449912 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hartigia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1470208 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Paratrypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1470349 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Candidatus Stoquefichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1472699 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Algisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1472762 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Enorma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1481960 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1484022 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Diddensiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1486726 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1494215 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Sympoventuriaceae;Verruconis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1494958 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudogracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1508657 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminiclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1510015 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Microglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1522056 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Flaviflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1535231 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Altibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1538466 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Rhizocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1543705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Nitrospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1548510 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Microbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1553903 Bacteria;Bdellovibrionota;Oligoflexia;Oligoflexales;Oligoflexaceae;Oligoflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1572763 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Moheibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1573407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Paradevosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1573536 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1573806 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Mariniphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1577789 Archaea;Candidatus Thermoplasmatota;Thermoplasmata;Methanomassiliicoccales;Methanomassiliicoccaceae;Candidatus Methanogranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1579505 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rubripirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1588883 Eukaryota;NA;Phaeophyceae;Ectocarpales;Chordariaceae;Zeacarpa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1602345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Parasaccharibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1609627 Bacteria;Bacillota;Bacilli;Bacillales;Bacillales Family X. Incertae Sedis;Hydrogenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1611681 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Mucinivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1612198 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Asinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1647178 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Aliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1648508 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ciceribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1648520 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Conyzicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1649292 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Falsochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1649466 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Marinicauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1649486 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Rhizorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1649497 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Spelaeicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1650335 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Chrysosporum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1658452 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Cephalotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1673731 Eukaryota;NA;Bigyra;Placidida;NA;Suigetsumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1703173 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Colemanosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1706033 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Sediminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1715798 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Levyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1734920 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Pseudorhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1738642 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pelagirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1742990 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paeniglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1747773 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rhabdobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1749039 Eukaryota;Basidiomycota;Ustilaginomycetes;Violaceomycetales;Violaceomycetaceae;Violaceomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1758230 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Corticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1763447 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halosiccatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1765964 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Acidihalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1766253 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Agathobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1768185 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Terracidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1769746 Bacteria;Bdellovibrionota;Oligoflexia;Oligoflexales;Pseudobacteriovoracaceae;Pseudobacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1774107 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Catenisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1774128 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Murimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1775468 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Silvibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1775688 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Jiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1778601 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Apibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1780122 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mobilisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1792239 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Caviibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1795633 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Terrilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1801563 Eukaryota;Basidiomycota;Microbotryomycetes;NA;Chrysozymaceae;Pseudohyphozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1822002 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Enterobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1827277 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Aliterellaceae;Aliterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1835332 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Verticiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1844270 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Stenomitos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1844498 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Halovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1858563 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alkalimarinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1860139 Bacteria;Fibrobacterota;Chitinispirillia;Chitinispirillales;Chitinispirillaceae;Chitinispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1861863 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Sinimarinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1874621 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Panacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1882482 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Anthracoideaceae;Testicularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1884792 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pseudoflavitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1884930 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Maledivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1897649 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Pistricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1906945 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Parageobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1910789 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Diutina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1911549 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Raineyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1912988 Eukaryota;Microsporidia;NA;NA;NA;Enteropsectra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1914248 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;NA;Motilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1914260 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Arsenicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1920207 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermothelomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1920241 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Pleioneaceae;Aliikangiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1922299 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Beduini;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1924093 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaeromassilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1929135 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Halofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1929940 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Viridothelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1930924 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Haematomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1935200 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Merdibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1935206 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rubeoparvulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1937999 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Bernardetiaceae;Hugenholtzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1940395 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Caenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1949218 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Telluribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1960290 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Pacificimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1974209 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Rhodohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1979385 Bacteria;Chloroflexota;Candidatus Thermofonsia;NA;NA;Candidatus Roseilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1981050 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Phoenicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 1987749 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Marasmitruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2005375 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2005685 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Oocystaceae;Psephonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2023214 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Koinonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2023233 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Ancylothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2023705 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Membranihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2025617 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Ketobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2038280 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Robbsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2039240 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerotignum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2039723 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Thiomicrorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2040486 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Gellertiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2045213 Bacteria;Pseudomonadota;Alphaproteobacteria;Pelagibacterales;NA;Candidatus Fonsibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2048137 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Agathobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2058188 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Rostrostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2060094 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Aminipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2126548 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Miniphocaeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2152939 Eukaryota;Rhodophyta;Florideophyceae;Corallinales;Corallinaceae;Chamberlainium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2163168 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Kineothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2164137 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Candidatus Lumbricidophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2183612 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Klenkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2185300 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Tepidamorphaceae;Microbaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2202177 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;NA;Candidatus Methylumidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2250589 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Xinfangfangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2339270 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Cortinariaceae;Phlegmacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2419521 Eukaryota;NA;Synurophyceae;Synurales;Neotessellaceae;Neotessella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2494213 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Mesosutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2498454 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Lucifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2505929 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Chaetophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2576890 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Nibricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2597221 Bacteria;NA;Deltaproteobacteria;Candidatus Acidulodesulfobacterales;NA;Candidatus Acididesulfobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2597258 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Candidatus Macondimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2601574 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Holosporaceae;Candidatus Cytomitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2610842 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ancalomicrobiaceae;Siculibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2670333 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lottiidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2676121 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Galactobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2676837 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Desertihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2678529 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Kineobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2678534 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Corticimicrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2680022 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Deminuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2682052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Hyalogonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2692113 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Gleimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2692382 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Gudongella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2698753 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Fluviispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2703814 Bacteria;Candidatus Mcinerneyibacteriota;Candidatus Mcinerneyibacteria;Candidatus Mcinerneyibacteriales;Candidatus Mcinerneyibacteriaceae;Candidatus Mcinerneyibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2706000 Bacteria;Pseudomonadota;Betaproteobacteria;NA;Casimicrobiaceae;Casimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2712271 Bacteria;Bacillota;Clostridia;Eubacteriales;Xylanivirgaceae;Xylanivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2716172 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Candidatus Midichloriaceae;Candidatus Bandiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2717339 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhabdaerophilaceae;Rhabdaerophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2729624 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Planctomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2740558 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Lacisediminihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2747271 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Calidithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2755140 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Pseudoleptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2758103 Bacteria;Nitrospirota;Nitrospiria;Candidatus Troglogloeales;Candidatus Manganitrophaceae;Candidatus Manganitrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2767073 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Treboniaceae;Trebonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2767345 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Jongsikchunia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2768684 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Terricaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2769459 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Limoniibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2779869 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lunasporangiospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2784135 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Oculatellaceae;Shackletoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2792299 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Calidifontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2792393 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Aquipluma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2796146 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Nitrosacidococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2802288 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Dongshaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2803301 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Poriferisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2805645 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Pedococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2806306 Bacteria;Chloroflexota;Anaerolineae;Aggregatilineales;Aggregatilineaceae;Aggregatilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2808942 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Fluviibacteraceae;Fluviibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2810619 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Coniosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2815776 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Bilifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2815785 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Scrofimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2820419 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Fertoeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2823237 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alteribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2837501 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fredinandcohnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2837503 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gottfriedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2837508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rossellomorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2837509 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Schinkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2837510 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Siminovitchia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2837511 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sutcliffiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2838250 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Kaustia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2839095 Bacteria;Verrucomicrobiota;Methylacidiphilae;Methylacidiphilales;Methylacidiphilaceae;Candidatus Methylacidithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2840454 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Candidatus Formimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2843200 Bacteria;Actinomycetota;Thermoleophilia;Miltoncostaeales;Miltoncostaeaceae;Miltoncostaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2851088 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Marinifaba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2855468 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Muriiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2862143 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Hutsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2862451 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Adhaeretor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2864378 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Carbonactinosporaceae;Carbonactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2867376 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Desulfoscipio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2870716 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Neoroseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2884326 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2884806 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Penaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2885966 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Frigoriflavimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2886866 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Sinanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2886915 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Waterburya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2888753 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Limnovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2893022 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Flagellatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2893050 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2893057 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Shouchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2893085 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Luteirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2893090 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Rhodothermaceae;Rhodocaloribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2896778 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Parenemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2898489 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Paralysiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2899543 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Intestinirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2901261 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Denitrificimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2901382 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Sabulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2903106 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Haploplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2903120 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2905722 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Oceanidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2910984 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Solidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2926991 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;NA;Candidatus Shikimatogenerans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2941520 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Senimuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2944147 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Gehongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2944150 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Congzhengia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2944152 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Wujia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2944200 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Lentihominibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2944547 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermochaetoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2950393 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Sessilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2963348 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseosolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2967331 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Longitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2979332 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Prescottella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2982750 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Ohessyouella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2983819 Eukaryota;Ascomycota;Sordariomycetes;NA;NA;Neoarthrinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 2992130 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Zarconia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 3016348 Bacteria;Pseudomonadota;Alphaproteobacteria;Futianiales;Futianiaceae;Futiania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 3020833 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Isoalcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 3020858 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Faunimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 3034706 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Scleromatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.000011 1 3039361 Eukaryota;Rhodophyta;Bangiophyceae;Cavernulicolales;Cavernulicolaceae;Gronococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 0.586070 52652 10239 Viruses
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 11.900856 1069163 NA cannot be assigned to a (non-viral) genus
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_C4_M_libLAD4101.out 34.897250 3135140 NA unclassified
diff --git a/results/Kaiju/kaiju_NG-A0628_Carrot_1M_libLAB7046_summary.tsv b/results/Kaiju/kaiju_NG-A0628_Carrot_1M_libLAB7046_summary.tsv
new file mode 100644
index 0000000..c43b8f6
--- /dev/null
+++ b/results/Kaiju/kaiju_NG-A0628_Carrot_1M_libLAB7046_summary.tsv
@@ -0,0 +1,1762 @@
+file percent reads taxon_id taxon_name
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 12.889884 1308748 2767842 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactiplantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 11.529263 1170600 1243 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Leuconostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 9.109752 924940 2767886 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Levilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 6.933040 703932 2767892 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Secundilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 6.675912 677825 2767885 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Latilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 5.893279 598362 71245 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kazachstania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 2.403338 244018 1253 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Pediococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.998484 101379 579 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kluyvera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.489614 49712 34037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rahnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.371121 37681 1129544 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Rhizophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.308550 31328 1330545 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Lelliottia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.298307 30288 1357 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.253553 25744 2767893 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lentilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.196685 19970 547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Enterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.168054 17063 1578 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.153359 15571 2759736 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lacticaseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.134370 13643 160674 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Raoultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.118592 12041 642 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Aeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.118474 12029 46255 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Weissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.118375 12019 4919 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Pichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.094393 9584 1854 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Frankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.090109 9149 1350 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Enterococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.084170 8546 1849718 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Labilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.083638 8492 82976 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Buttiauxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.081895 8315 1883 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.076212 7738 2767879 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Companilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.069997 7107 613 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Serratia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.068904 6996 2742598 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Limosilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.063428 6440 570 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Klebsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.060443 6137 662 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Vibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.058483 5938 1279 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Staphylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.054790 5563 4930 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Saccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.052535 5334 2767889 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Loigolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.050811 5159 1301 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Streptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.050575 5135 2767887 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Ligilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.050476 5125 122277 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Pectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.048497 4924 53335 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Pantoea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.046438 4715 561 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Escherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.041445 4208 551 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Erwinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.039307 3991 1637 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Listeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.038017 3860 544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Citrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.033999 3452 1742992 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paenarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.028621 2906 1386 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Bacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.025558 2595 207599 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Solirubrobacteraceae;Solirubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.024327 2470 51668 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Tetragenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.023559 2392 2737 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Vagococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.023332 2369 657 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Photobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.022623 2297 68287 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Mesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.021018 2134 3016631 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Silvania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.020860 2118 2767888 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Liquorilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.020141 2045 1988 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinomadura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.019728 2003 46254 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Oenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.019078 1937 38501 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Blastococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.017777 1805 184027 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Golovinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.016458 1671 590 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Salmonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.014074 1429 2831443 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.013730 1394 1485 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Clostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.013296 1350 1870884 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Clostridioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.012420 1261 2767882 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Furfurilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.011740 1192 286 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Pseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.011454 1163 866673 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Marinifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.010716 1088 1970195 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Ancylomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.010430 1059 45033 Eukaryota;NA;Phaeophyceae;Laminariales;Chordaceae;Chorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.009701 985 670516 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.009593 974 2767881 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.009534 968 1865 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.009455 960 33877 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.009041 918 469 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Acinetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.008775 891 5605 Eukaryota;Ascomycota;NA;NA;NA;Saitoella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.008687 882 2767890 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Paucilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.008470 860 379 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Rhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.008303 843 101 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Flectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.008253 838 111500 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muricauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.008017 814 53246 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Pseudoalteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.007919 804 82802 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Trichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.007850 797 1330547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.007741 786 599737 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Wickerhamomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.007731 785 2745 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.007603 772 1716 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Corynebacteriaceae;Corynebacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.007544 766 83654 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Leclercia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.007328 744 461281 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Ogataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.007150 726 1678 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bifidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006904 701 629 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Yersinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006875 698 5052 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Aspergillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006845 695 88138 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Modestobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006825 693 278028 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Naumovozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006776 688 4953 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006766 687 4875 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Glomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006471 657 407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006215 631 349 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Zoogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006195 629 1573535 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006126 622 4910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kluyveromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006037 613 3118 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Ulva;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006028 612 559173 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.006018 611 568 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Hafnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.005840 593 447792 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Phytobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.005752 584 2701 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Gardnerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.005515 560 143959 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Coelomomycetaceae;Coelomomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.005289 537 204286 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Cobetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.005043 512 2767891 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Schleiferilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.005003 508 2930384 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Periweissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.004718 479 5320 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pleurotaceae;Pleurotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.004708 478 2747 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Carnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.004501 457 3071 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Chlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.004363 443 2767884 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lapidilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.004343 441 489140 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Geminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.004284 435 2370 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.004274 434 44249 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Paenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.004127 419 2726810 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Scandinavium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003959 402 83174 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Valsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003930 399 413496 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003871 393 326606 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Annulohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003851 391 374468 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Nakaseomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003792 385 100474 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Batrachochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003762 382 4780 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Plasmopara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003684 374 2767877 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Apilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003674 373 216851 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Faecalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003575 363 2767875 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Agrilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003496 355 33882 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003457 351 306539 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halolactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003418 347 63298 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Pseudozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003339 339 229219 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Blastomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003191 324 65402 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Acidaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003112 316 475 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Moraxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.003053 310 5948 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Stylonychia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002925 297 107449 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Phaffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002905 295 1176129 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Aulographaceae;Aulographum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002905 295 1504576 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudocitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002807 285 374 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Bradyrhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002590 263 54304 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002580 262 713 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Actinobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002580 262 358905 Eukaryota;Basidiomycota;Agaricomycetes;Sebacinales;Serendipitaceae;Serendipita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002571 261 308926 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Diversisporaceae;Diversispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002551 259 68 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Lysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002502 254 1839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Nocardioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002462 250 3026546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Duffyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002452 249 27375 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Entrophosporaceae;Entrophospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002423 246 158876 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Yokenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002324 236 810 Bacteria;Chlamydiota;Chlamydiia;Chlamydiales;Chlamydiaceae;Chlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002216 225 620 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shigella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002167 220 191392 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Auxenochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002127 216 4917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Pachysolen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002118 215 171413 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Dolosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002088 212 158483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cedecea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002068 210 626 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Xenorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.002058 209 756023 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Xylogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001980 201 586 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Providencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001980 201 724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Haemophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001950 198 801 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Symbiopectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001911 194 745 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Pasteurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001881 191 89966 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Hymenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001842 187 163316 Eukaryota;Chlorophyta;Chlorophyceae;NA;Microsporaceae;Microspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001763 179 194 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Campylobacteraceae;Campylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001743 177 38832 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Micromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001655 168 1849822 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paraclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001605 163 317045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Kuraishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001596 162 28453 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Sphingobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001586 161 300275 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Lachancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001576 160 34111 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Monoraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001517 154 76312 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Caulerpaceae;Caulerpa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001487 151 100883 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Coprobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001477 150 1330546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pluralibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001468 149 231454 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001458 148 240411 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001458 148 507510 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Hyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001448 147 2767878 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Bombilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001379 140 3052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlamydomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001379 140 13687 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001379 140 204037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Dickeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001339 136 2804231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lederbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001330 135 1647 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Erysipelothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001221 124 41201 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Ewingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001202 122 113604 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Tetrapisispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001182 120 13366 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Brettanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001182 120 2055880 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudescherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001162 118 150781 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Astraeaceae;Astraeus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001152 117 1269 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Micrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001152 117 158851 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Trabulsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001152 117 3021684 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Dryocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001113 113 63132 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Geitlerinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001103 112 237 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001103 112 2077 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sporolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001093 111 13786 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Trebouxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001083 110 158846 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Megamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001074 109 102106 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Collinsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001064 108 57494 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Nesterenkonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001064 108 77674 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Paracraurococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001044 106 5073 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001024 104 33024 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Phascolarctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001024 104 64649 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Backusellaceae;Backusella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001024 104 1853743 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Symbiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001014 103 1203 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001014 103 41891 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Coccomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001014 103 2837507 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Robertmurraya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001005 102 27320 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Metschnikowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001005 102 1903434 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Atlantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.001005 102 2303321 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Superficieibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000995 101 460073 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Segetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000985 100 28105 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Sinorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000985 100 374469 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Vanderwaltozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000985 100 766502 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Millerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000965 98 97050 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000965 98 253255 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Soehngenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000955 97 29888 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Calocera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000936 95 5475 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Candida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000936 95 36880 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Cymbomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000916 93 1649298 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Siccibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000906 92 1539666 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Suhomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000896 91 29832 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Hanseniaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000867 88 1565532 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rouxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000857 87 1125 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Microcystaceae;Microcystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000857 87 305976 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000837 85 635 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Edwardsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000837 85 38258 Eukaryota;NA;Glaucocystophyceae;Glaucocystales;Glaucocystaceae;Glaucocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000837 85 168915 Eukaryota;Ascomycota;Lecanoromycetes;Peltigerales;Collemataceae;Leptogium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000827 84 165695 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000827 84 2881385 Bacteria;Cyanobacteriota;Cyanophyceae;Thermostichales;Thermostichaceae;Thermostichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000808 82 71655 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Brenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000808 82 2772525 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Putridiphycobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000798 81 1663 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Arthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000788 80 1649295 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Franconibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000778 79 31311 Eukaryota;Chlorophyta;Nephroselmidophyceae;Nephroselmidales;Nephroselmidaceae;Nephroselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000778 79 469322 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Steroidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000739 75 4753 Eukaryota;Ascomycota;Pneumocystidomycetes;Pneumocystidales;Pneumocystidaceae;Pneumocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000719 73 2767876 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Amylolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000709 72 75654 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Duganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000680 69 40323 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Stenotrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000680 69 46913 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Devosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000670 68 121087 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Ostreobiaceae;Ostreobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000650 66 83461 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Corallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000650 66 2749846 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000640 65 2302914 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloropicon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000611 62 1873 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Micromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000611 62 3164 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Tetraselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000611 62 32008 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000611 62 34072 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Variovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000601 61 226 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000601 61 497 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Psychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000601 61 70447 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Ostreococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000591 60 84567 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000591 60 700917 Eukaryota;Rhodophyta;Rhodellophyceae;Rhodellales;Rhodellaceae;Corynoplastis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000581 59 2755 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Brochothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000581 59 141715 Eukaryota;Chlorophyta;Mamiellophyceae;Monomastigales;Monomastigaceae;Monomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000571 58 3087 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Scenedesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000571 58 4815 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Spizellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000571 58 80744 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Serpulaceae;Serpula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000561 57 129337 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Geobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000552 56 441 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000552 56 4948 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Torulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000552 56 5209 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Filobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000552 56 2100764 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Mixta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000532 54 41879 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pycnococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000532 54 82984 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Pragia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000532 54 191769 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Marinilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000532 54 1494427 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tepidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000522 53 766765 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Yamadazyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000512 52 3025755 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Thomasclavelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000492 50 338 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000492 50 816 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Bacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000492 50 1263 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000492 50 2978367 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Nicoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000483 49 165696 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000473 48 572511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Blautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000473 48 1292369 Eukaryota;Rhodophyta;Rhodellophyceae;Dixoniellales;Dixoniellaceae;Bulboplastis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000463 47 100860 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Aphanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000453 46 702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Plesiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000453 46 1569 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Sporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000453 46 29487 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Photorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000453 46 83618 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudoxanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000443 45 22 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Shewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000443 45 33170 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Eremothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000443 45 59732 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chryseobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000443 45 2767880 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Dellaglioa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000433 44 3044 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Dunaliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000433 44 104249 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000433 44 180541 Bacteria;Pseudomonadota;Gammaproteobacteria;Salinisphaerales;Salinisphaeraceae;Salinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000433 44 451512 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Mangrovibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000433 44 690565 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Serinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000424 43 4756 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Neocallimastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000424 43 41874 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Bathycoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000414 42 393005 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tamlana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000414 42 2994443 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudenterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000404 41 1237 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Piscirickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000404 41 27308 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Ascoideaceae;Ascoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000404 41 221285 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Westiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000394 40 583 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Proteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000394 40 1827 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Rhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000394 40 47251 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000394 40 460517 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Komagataella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000374 38 581 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Morganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000374 38 5228 Eukaryota;Basidiomycota;Atractiellomycetes;Atractiellales;Hoehnelomycetaceae;Atractiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000355 36 1763 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000355 36 82986 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Tatumella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000355 36 766733 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Scheffersomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000355 36 2837504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Heyndrickxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000335 34 165697 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000335 34 255204 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudoclavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000335 34 1117308 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Funneliformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000325 33 75 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Caulobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000325 33 357 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Agrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000315 32 413 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000315 32 249344 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Picochlorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000315 32 1525371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Neorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000315 32 2800678 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000315 32 2899543 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Intestinirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000305 31 1375 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Aerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000305 31 4783 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Phytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000305 31 4842 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Rhizopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000305 31 5820 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Plasmodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000305 31 29580 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Janthinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000305 31 155493 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Gallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000305 31 768669 Bacteria;Chloroflexota;Ktedonobacteria;Thermogemmatisporales;Thermogemmatisporaceae;Thermogemmatispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000305 31 1034479 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Chloroidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000295 30 84565 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Sodalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000295 30 1399958 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Chromochloridaceae;Chromochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000286 29 85413 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Boseaceae;Bosea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000276 28 445 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Legionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000276 28 3066 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Volvox;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000266 27 157 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Treponema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000266 27 768 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Anaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000266 27 4958 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Debaryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000266 27 33986 Bacteria;Bacillota;Bacilli;Bacillales;NA;Exiguobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000266 27 44744 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Haematococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000266 27 160795 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Ureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000266 27 182899 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Persephonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000266 27 747294 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudorhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000266 27 1082702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Lonsdalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000266 27 1335483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shimwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000266 27 1822464 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paraburkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000256 26 265 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000256 26 434 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000256 26 84406 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Virgibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000246 25 517 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Bordetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000246 25 5206 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Cryptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000246 25 33886 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rathayibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000246 25 109374 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Nemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000246 25 126838 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Micractinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000246 25 307506 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Raphidocelis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000246 25 929812 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Gibbsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000246 25 2675232 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Neobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000246 25 2705385 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Puteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000236 24 29331 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Amphibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000236 24 335058 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000236 24 2035811 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Pseudodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000227 23 4863 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Coemansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000227 23 28100 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Phyllobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000227 23 57493 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Kocuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000227 23 267408 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Arsenicicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000227 23 1470540 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Jeotgalibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000227 23 2678248 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Edaphovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000227 23 2815296 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Jejubacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000217 22 5806 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Cryptosporidiidae;Cryptosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000217 22 52972 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Polaromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000217 22 66470 Eukaryota;NA;Dinophyceae;Gymnodiniales;Gymnodiniaceae;Lepidodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000217 22 182639 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Kribbellaceae;Kribbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000217 22 1433402 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Glycocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000207 21 4951 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Yarrowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000207 21 99906 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alkalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000207 21 227979 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Jeotgalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000207 21 1155738 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Moorena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000207 21 1518149 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000207 21 2803850 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Mammaliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000207 21 2812012 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Zongyanglinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000197 20 1129 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Synechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000197 20 2335 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Thermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000197 20 120831 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Dyadobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000197 20 1647175 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Aestuariispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000197 20 2594176 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Edaphochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000187 19 906 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Megasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000187 19 45667 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000187 19 82978 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Budvicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000187 19 145474 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Helicosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000187 19 214906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Histophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000187 19 466108 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Biostraticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000187 19 766758 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Schwanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000177 18 222 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Achromobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000177 18 838 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000177 18 4830 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Mucor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000177 18 35798 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000177 18 36882 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pyramimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000177 18 135858 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Catenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000177 18 379065 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000177 18 1620700 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Alkalinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000177 18 1780190 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Izhakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000177 18 2675229 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Peribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000177 18 2837502 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000177 18 2997349 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Winslowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000167 17 16 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000167 17 830 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Butyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000167 17 1033 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Afipia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000167 17 212743 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rhizobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000167 17 1930830 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Floricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000167 17 2943317 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Entomohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000158 16 234 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Brucella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000158 16 4797 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Pythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000158 16 41275 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Brevundimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000158 16 46123 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Abiotrophia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000158 16 82980 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Leminorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000158 16 106202 Eukaryota;Chlorophyta;Trebouxiophyceae;Microthamniales;Microthamniaceae;Fusochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000158 16 292632 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Subdoligranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000158 16 423349 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Mucilaginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000158 16 1193503 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Gilliamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000158 16 2817139 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Weizmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000148 15 5754 Eukaryota;Discosea;NA;Longamoebia;Acanthamoebidae;Acanthamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000148 15 41247 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Mycena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000148 15 55080 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Brevibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000148 15 65007 Eukaryota;Evosea;Variosea;Cavosteliida;Cavosteliaceae;Planoprotostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000148 15 75984 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Mannheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000148 15 83373 Eukaryota;Rhodophyta;Bangiophyceae;Galdieriales;Galdieriaceae;Galdieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000148 15 323620 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Shinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000148 15 381760 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Elliptochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000148 15 1434702 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Taibaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000148 15 1649459 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hungatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000148 15 3032809 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Petralouisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000138 14 4828 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Absidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000138 14 69965 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Macrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000138 14 117563 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Granulicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000138 14 207244 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000138 14 596767 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Hydrogenoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000128 13 20 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Phenylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000128 13 482 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Neisseria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000128 13 2784 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Porphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000128 13 5296 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Puccinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000128 13 5581 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Beauveria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000128 13 5959 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Blepharismidae;Blepharisma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000128 13 12916 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Acidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000128 13 28067 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Rubrivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000128 13 36910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Clavispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000128 13 73029 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Dechloromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000128 13 144537 Eukaryota;Mucoromycota;Glomeromycetes;Paraglomerales;Paraglomeraceae;Paraglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000128 13 2964429 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Candida/Metschnikowiaceae;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 1016 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Capnocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 2949 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Symbiodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 3101 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Parietochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 36922 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Diaporthaceae;Diaporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 48736 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ralstonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 106589 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Cupriavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 149698 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Massilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 191303 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Turicibacteraceae;Turicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 375288 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Parabacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 604195 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Cyberlindnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 1356488 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Rosenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 1649480 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctopirus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 1745211 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000118 12 2754714 Bacteria;Actinomycetota;NA;NA;NA;Candidatus Hakubanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 2742 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Marinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 5340 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Agaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 28253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 37467 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Pisolithaceae;Pisolithus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 41273 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Tissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 55528 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Guillardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 81682 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylovorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 92793 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 191373 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Pelotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 412764 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Spathaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 1915381 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Nannizzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 1964366 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Nissabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000108 11 2716544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chimaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 283 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Comamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 637 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Arsenophonus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 1649 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Kurthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 2040 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Aeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 2879 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ectocarpaceae;Ectocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 3110 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Prototheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 5455 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Glomerellaceae;Colletotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 29465 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Veillonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 33969 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Melissococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 35721 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Parasitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 36034 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Saccharomycodes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 44055 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Aureococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 46432 Eukaryota;Foraminifera;NA;NA;Reticulomyxidae;Reticulomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 51366 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Salinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 70451 Eukaryota;Haptophyta;NA;Pavlovales;Pavlovaceae;Diacronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 82982 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Obesumbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 99479 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Tetrasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 139276 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Dacryopinax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 200903 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paraliobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 286114 Eukaryota;Chytridiomycota;Chytridiomycetes;Synchytriales;Synchytriaceae;Synchytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 400634 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 1187078 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cecembia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 1434009 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 1612611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pararhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 1647190 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aquibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 1822002 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Enterobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 1866885 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000098 10 2316020 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mediterraneibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 841 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Roseburia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 864 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Pectinatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 1817 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Nocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 2768 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Chondrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 5748 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Monodopsidaceae;Nannochloropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 28065 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Rhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 28196 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Arcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 33926 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Candidatus Phytoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 37359 Eukaryota;Endomyxa;Phytomyxea;Plasmodiophorida;Plasmodiophoridae;Plasmodiophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 56999 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amaricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 109967 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Rhizoclosmatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 152053 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Starkeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 239759 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Alistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 256818 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Gulosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 367298 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Phycicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 697331 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Basfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 1427149 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halomicroarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 1505657 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Intestinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 1633384 Eukaryota;Microsporidia;NA;NA;NA;Mitosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 1960084 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Rodentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 2055876 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Metakosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000089 9 2800373 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Priestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 507 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Alcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 1378 Bacteria;Bacillota;Bacilli;Bacillales;NA;Gemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 2093 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 34114 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Pleurastraceae;Pleurastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 35127 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Thalassiosirales;Thalassiosiraceae;Thalassiosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 38880 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Botryococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 43987 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Geotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 47789 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Tetrabaenaceae;Tetrabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 54692 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Chlorociboriaceae;Chlorociboria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 55193 Eukaryota;Basidiomycota;Malasseziomycetes;Malasseziales;Malasseziaceae;Malassezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 70742 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 106591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ensifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 168131 Eukaryota;Evosea;NA;Pelobiontida;Pelomyxidae;Pelomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 196081 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Scardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 247501 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Parachlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 293088 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Martelella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 559293 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Lishizhenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 929509 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Solitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 1448052 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Globisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 2304164 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Jaagichlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000079 8 2901164 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Stutzerimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 99 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Ancylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 1730 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Eubacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 2902 Eukaryota;Haptophyta;NA;Isochrysidales;Noelaerhabdaceae;Emiliania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 3030 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Cryptomonadaceae;Cryptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 5251 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Ceratobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 5506 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Fusarium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 5761 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Naegleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 13134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Magnetospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 33096 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Gonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 33644 Eukaryota;Bacillariophyta;Fragilariophyceae;Fragilariales;Fragilariaceae;Fragilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 47772 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Astrephomenaceae;Astrephomene;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 76890 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Asticcacaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 86017 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Salpingoeca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 89583 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 105767 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Tremellaceae;Tremella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 110932 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leifsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 150247 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anoxybacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 162291 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 182709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Oceanobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 215249 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Cryptobasidiaceae;Acaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 242837 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Koliellaceae;Koliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 244825 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Anaerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 359407 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylotenera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 511678 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Aliivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 518753 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Luteolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 749880 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Stagonosporopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 1348611 Bacteria;Bacillota;Clostridia;Eubacteriales;Vallitaleaceae;Vallitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 1697027 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Convivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 2094023 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Glaesserella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 2315209 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Hondaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 2853326 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Affinibrenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 2893029 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Variimorphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000069 7 2904863 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Hermanssonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 113 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Gemmata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 953 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Wolbachia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 963 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 1707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Cellulomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 2761 Eukaryota;NA;Glaucocystophyceae;NA;Cyanophoraceae;Cyanophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 2774 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 4819 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Phlyctochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 5782 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Dictyostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 5962 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Stentoridae;Stentor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 12967 Eukaryota;NA;Bigyra;Opalinata;Blastocystidae;Blastocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 29404 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Microlunatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 29521 Bacteria;Spirochaetota;Spirochaetia;Brachyspirales;Brachyspiraceae;Brachyspira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 35140 Eukaryota;Haptophyta;NA;Prymnesiales;Chrysochromulinaceae;Chrysochromulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 43947 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Tolumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 64561 Eukaryota;Mucoromycota;Umbelopsidomycetes;Umbelopsidales;Umbelopsidaceae;Umbelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 66831 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Facklamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 79328 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Chitinophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 101102 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Circinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 109944 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;Gonapodyaceae;Gonapodya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 133407 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Acytostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 157226 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Jeotgalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 165301 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Lentzea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 165779 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 213485 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Micavibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 223385 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;NA;Grimontella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 269773 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 305899 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Endozoicomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 501783 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cloacibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 568988 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Regiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 649461 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Lacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 1008952 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Oophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 1130052 Eukaryota;Ascomycota;Xylobotryomycetes;Xylobotryales;Cirrosporiaceae;Cirrosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 1177214 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Profftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 1322061 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Rhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 1453544 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Tahibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 1920241 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Pleioneaceae;Aliikangiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 1981050 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Phoenicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 2576890 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Nibricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000059 6 2976153 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Huaxiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 81 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Hyphomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 872 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1041 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Erythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1177 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Nostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1298 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 2172 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobrevibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 2276 Archaea;Thermoproteota;Thermoprotei;Thermoproteales;Thermoproteaceae;Pyrobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 2330 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 2791 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Porphyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 2980 Eukaryota;NA;Xanthophyceae;Tribonematales;Tribonemataceae;Tribonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 3038 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 4855 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Mortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 4873 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Gigaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 5094 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Talaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 5240 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Tulasnellaceae;Tulasnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 5305 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phanerochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 13075 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Globicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 13289 Eukaryota;Basidiomycota;Exobasidiomycetes;Tilletiales;Tilletiaceae;Tilletia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 27372 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Acaulosporaceae;Acaulospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 28000 Eukaryota;Perkinsozoa;NA;Perkinsida;Perkinsidae;Perkinsus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 32067 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Leptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 34008 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 35724 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Macrophomina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 37991 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Xylaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 38268 Eukaryota;NA;Glaucocystophyceae;Gloeochaetales;Gloeochaetaceae;Gloeochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 44258 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Caloramator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 52959 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Polaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 58050 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Moritellaceae;Moritella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 61653 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 68785 Eukaryota;Basidiomycota;Agaricomycetes;Geastrales;Sphaerobolaceae;Sphaerobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 109935 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Cladochytriaceae;Cladochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 110092 Eukaryota;Chytridiomycota;Chytridiomycetes;Polychytriales;NA;Polychytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 140625 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 165440 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Bulleribasidiaceae;Dioszegia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 166953 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Kaistia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 188143 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Enterovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 225143 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 290174 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aquimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 335405 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sphingosinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 337670 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Pilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 414371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aureimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 453566 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Ambisporaceae;Ambispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 504481 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Sediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 568987 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hamiltonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 756610 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Dentiscutata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 881616 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Herbiconiux;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1017280 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoflavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1157960 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;NA;Poropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1283313 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Alloprevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1335631 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Frischella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1396506 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Borealophlyctidaceae;Borealophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1433993 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Chryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1506553 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1612157 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pararhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1742993 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 1940604 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Edaphochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 2005359 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalicatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 2172100 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Limnobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 2698688 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paraflavitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 2719231 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lacrimispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 2815774 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Hornefia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 2894762 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Zophobihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 2941520 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Senimuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000049 5 3041336 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hamatocanthoscyphaceae;Stipitochalara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 107 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Spirosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 191 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Azospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 209 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Helicobacteraceae;Helicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 535 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chromobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1163 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Anabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1847 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Pseudonocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2000 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Streptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2781 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2849 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Phaeodactylaceae;Phaeodactylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 4802 Eukaryota;Oomycota;NA;Lagenidiales;Lagenidiaceae;Lagenidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 4836 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Phycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 4888 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Smittium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 5110 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Claviceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 5157 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Ceratocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 5533 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Rhodotorula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 5884 Eukaryota;Ciliophora;Oligohymenophorea;Peniculida;Parameciidae;Paramecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 5890 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;Tetrahymenidae;Tetrahymena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 28581 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Allomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 29330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Alicyclobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 29907 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Sporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 43220 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Capronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 43676 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Promicromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 45308 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Melanommataceae;Melanomma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 45785 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nadsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 46352 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 47830 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Lachnaceae;Lachnellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 60136 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 61170 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 65356 Eukaryota;Oomycota;NA;Albuginales;Albuginaceae;Albugo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 65412 Eukaryota;Ascomycota;Sordariomycetes;Togniniales;Togniniaceae;Phaeoacremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 68034 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Sporotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 73024 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 75374 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Leptodontidiaceae;Leptodontidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 78910 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Syncephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 78922 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 79808 Eukaryota;Ascomycota;Sordariomycetes;Coniochaetales;Coniochaetaceae;Coniochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 81525 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Monosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 83614 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Luteimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 86795 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Marmoricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 88551 Eukaryota;NA;Dinophyceae;Syndiniales;Amoebophryaceae;Amoebophrya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 89956 Eukaryota;NA;Dinophyceae;Suessiales;Suessiaceae;Polarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 96492 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frigoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 109896 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Gaertneriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 113286 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Pseudoramibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 125216 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 157000 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Lobophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 160794 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Filobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 165812 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Sporanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 168934 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Thalassospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 169133 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Citricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 186035 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Fragilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 196013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Caldimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 242060 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Cystoisospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 254250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Isoptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 265488 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rhodopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 312063 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Azohydromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 329881 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Friedmanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 361177 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Altererythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 381414 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Boodleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 388809 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;NA;Blyttiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 401469 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Undibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 410829 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Sugiyamaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 445219 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Reyranellaceae;Reyranella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 450526 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 490567 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Arenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 551208 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chitinilyticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 588605 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Robinsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 596707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Sinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 688353 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Lichtheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 697279 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Bavariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 766748 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Babjeviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 882045 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Cuspidothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1047167 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zymoseptoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1114981 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Piscinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1206748 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Nitrolancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1232588 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Saprochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1329200 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fictibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1384499 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Pisciglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1408818 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Youngiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1508657 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminiclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1540147 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trigonopsidaceae;Tortispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1579505 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rubripirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1649488 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Rivicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1659840 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Sanghuangporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 1827195 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Caballeronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2676755 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2703874 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Albitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2731450 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Limnoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2749267 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2767883 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Holzapfeliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2782229 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Epilithonimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2811373 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Acerihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2837485 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Evansella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2837510 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Siminovitchia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2917830 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptothermofonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2930254 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hanamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2944547 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermochaetoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000039 4 2951107 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Breznakiellaceae;Leadbettera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 32 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Myxococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 47 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Archangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 146 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Spirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 279 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Xanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 848 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Fusobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 911 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Nitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 970 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Selenomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1227 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Nitrosococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1234 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Nitrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1257 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptostreptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1372 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1654 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1813 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Amycolatopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2013 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Nocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2034 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Curtobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2044 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Pimelobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2063 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Kitasatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2740 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Peptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2857 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2991 Eukaryota;NA;Synurophyceae;Synurales;Mallomonadaceae;Synura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 3158 Eukaryota;Chlorophyta;Pedinophyceae;Pedinomonadales;Pedinomonadaceae;Pedinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 4849 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Blakeslea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 5352 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Lentinula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 5538 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Scytalidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 5800 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Eimeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 5864 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Babesiidae;Babesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 5931 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;NA;Ichthyophthirius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 28236 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Petrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 29828 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Lipomycetaceae;Lipomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 29834 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Saturnispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 32199 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Buchnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 32257 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Kingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 33194 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Bipolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 33870 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Coriobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 34487 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Conidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 35103 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Pseudocohnilembidae;Pseudocohnilembus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 35676 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Pelagomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 36862 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Ideonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 39643 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Sorangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 40421 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Bondarzewia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 40996 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Elsinoaceae;Elsinoe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 41953 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Pseudo-nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 45787 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Wickerhamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 47420 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hydrogenophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 50955 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Geosiphonaceae;Geosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 55993 Eukaryota;Chlorophyta;Chlorophyceae;Oedogoniales;Oedogoniaceae;Oedogonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 63682 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Lobosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 64501 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Entophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 64560 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Radiomycetaceae;Radiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 67572 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Psychromonadaceae;Psychromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 69578 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Cryobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 70188 Eukaryota;Olpidiomycota;Olpidiomycetes;Olpidiales;Olpidiaceae;Olpidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 71602 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Diploschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 72763 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Tessaracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 74819 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Lotharella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 75735 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Starmerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 78916 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Piptocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 81041 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Antrodiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 85043 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Williamsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 89404 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Glaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 96312 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Leptographium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 101100 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Dissophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 104351 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Crepidotaceae;Crepidotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 111142 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alishewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 117544 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Cytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 118221 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Halimeda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 120652 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methylocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 133746 Eukaryota;Basidiomycota;Agaricomycetes;Corticiales;Punctulariaceae;Punctularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 133925 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Olsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 136491 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 139389 Eukaryota;Basidiomycota;Agaricomycetes;Amylocorticiales;Amylocorticiaceae;Plicaturopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 141948 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Thermomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 160433 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Samsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 175660 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Pyrrhoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 192987 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Allofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 204475 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Gemmiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 224455 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Hyalangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 239050 Eukaryota;Ascomycota;Sordariomycetes;Chaetosphaeriales;Chaetosphaeriaceae;Thozetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 252965 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family IV. Incertae Sedis;Mahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 261096 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Kappamycetaceae;Kappamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 276836 Eukaryota;Cryptomycota;NA;NA;NA;Rozella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 286098 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Seminavis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 304330 Eukaryota;Zoopagomycota;NA;Ramicandelaberales;Ramicandelaberaceae;Ramicandelaber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 314122 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylellina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 316612 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Methylibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 318147 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Paucibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 327159 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Accumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 332102 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Fluviicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 336830 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Arsukibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 347533 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Zobellella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 348616 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Massospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 375673 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Ferrimonadaceae;Paraferrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 376469 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Olivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 379899 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niabella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 398041 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 401624 Eukaryota;Basidiomycota;Exobasidiomycetes;Ceraceosorales;Ceraceosoraceae;Ceraceosorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 416916 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Aggregatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 437504 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Granulosicoccaceae;Granulosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 456492 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Saccharibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 467975 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Iamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 585890 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chitiniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 633405 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Lacticigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 748770 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Dolichospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 766728 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Meyerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 862261 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Caldanaerobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 940557 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Granulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1004301 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavihumibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1005038 Bacteria;Armatimonadota;Fimbriimonadia;Fimbriimonadales;Fimbriimonadaceae;Fimbriimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1082930 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Pelagibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1095182 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Magnusiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1169538 Eukaryota;NA;NA;NA;Vitrellaceae;Vitrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1196389 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygotorulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1199100 Eukaryota;Chlorophyta;Ulvophyceae;Scotinosphaerales;Scotinosphaeraceae;Scotinosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1210119 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Ohtaekwangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1395974 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Tardiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1406885 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aliiglaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1433999 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Domibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1555240 Eukaryota;Chytridiomycota;Chytridiomycetes;Caulochytriales;Caulochytriaceae;Caulochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1679449 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudooceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1734920 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Pseudorhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1742425 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Vulcanochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1769729 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hathewaya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1792291 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Marinagarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1818108 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Pseudobryopsidaceae;Pseudobryopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1843210 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerocolumna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1867836 Eukaryota;NA;NA;Jakobida;Stygiellidae;Stygiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1890291 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Falcatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 1924105 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Neglectibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2025987 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Nothophytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2027874 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Mongoliimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2041902 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Chenggangzhangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2058189 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Heterostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2321114 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Malaciobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2486696 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Cladocopium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2494209 Bacteria;Armatimonadota;Armatimonadia;Capsulimonadales;Capsulimonadaceae;Capsulimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2529408 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Schaalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2563777 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Lactimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2678885 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2691417 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Lacipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2709238 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Zopfochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2728523 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;Quaeritorhizaceae;Quaeritorhiza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2759657 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2761542 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Fundicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2791032 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Candolleomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2810357 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Jinshanibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2854182 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Falsihalocynthiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2884223 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Agilicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2884243 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Musicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 2893178 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Insectihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000030 3 3039590 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Parablautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 118 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 416 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 958 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Bdellovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1073 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Rhodopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1198 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Phormidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1370 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Marinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1696 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Brevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1860 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Geodermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2132 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Spiroplasmataceae;Spiroplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2299 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosarcinaceae;Desulfosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2375 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Sporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2383 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Epulonipiscium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2723 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hirschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 3049 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Polytomella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 4769 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Saprolegnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 4807 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Blastocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 4821 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Piromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 4859 Eukaryota;Zoopagomycota;Basidiobolomycetes;Basidiobolales;Basidiobolaceae;Basidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 5121 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Erysiphe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 5218 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Exidiaceae;Exidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 5260 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Melampsoraceae;Melampsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 5263 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Uromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 5277 Eukaryota;Basidiomycota;Microbotryomycetes;Leucosporidiales;Leucosporidiaceae;Leucosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 5324 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Trametes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 5402 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Russula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 5453 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Ascochyta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 5543 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Trichoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 5658 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leishmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 5873 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Theileriidae;Theileria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 13334 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Anaerobiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 13641 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Polysphondylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 13705 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Syncephalastraceae;Syncephalastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 28231 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 28233 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Geotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 28261 Bacteria;Nitrospirota;Thermodesulfovibrionia;Thermodesulfovibrionales;Thermodesulfovibrionaceae;Thermodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 29224 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Iridaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 31988 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 32012 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Thiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 32068 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Sebaldella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 32207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Rothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 33042 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Coprococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 33196 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botrytis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 33652 Eukaryota;NA;Bigyra;Bicosoecida;Cafeteriaceae;Cafeteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 34019 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Liberibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 34102 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Sphaerotilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 34448 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Marasmius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 34484 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Entomophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 35152 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Dixoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 36065 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Cantharellaceae;Cantharellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 39948 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Dialister;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 40459 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Hericium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 42054 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Chromohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 44675 Bacteria;Acidobacteriota;Holophagae;Holophagales;Holophagaceae;Geothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 47424 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Armillaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 48601 Eukaryota;Rhodophyta;Florideophyceae;Hapalidiales;Hapalidiaceae;Phymatolithon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 52678 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Cylindrocapsaceae;Cylindrocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 53365 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Catellatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 53387 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Friedmanniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 53460 Bacteria;Actinomycetota;Actinomycetes;Nakamurellales;Nakamurellaceae;Nakamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 54066 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Xylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 55339 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Amylostereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 60919 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Sanguibacteraceae;Sanguibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 64498 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Choanephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 64652 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Clitocybaceae;Lepista;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 65047 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Mitsuaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 66862 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Ammoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 74385 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 74556 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Thraustotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 74855 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Terfezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 75309 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rhodanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 81945 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Pilobolaceae;Pilobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 82267 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;NA;Hyaloraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 83681 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Nonomuraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 83770 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Succinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 84111 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Eggerthella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 86085 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Gymnopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 86331 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Mogibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 87266 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Lasallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 90268 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Apophysomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 90402 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Geoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 101104 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Gongronella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 101126 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Hesseltinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 101135 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Fennellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 109893 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Powellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 109928 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Podochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 110934 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agreia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 112415 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Letharia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 116071 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Micropruina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 118259 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Plenodomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 119977 Bacteria;Pseudomonadota;Acidithiobacillia;Acidithiobacillales;Acidithiobacillaceae;Acidithiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 124224 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Brackiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 135575 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Idiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 136461 Eukaryota;Tubulinea;Elardia;Leptomyxida;Flabellulidae;Rhizamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 139105 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Cylindrobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 139133 Eukaryota;Basidiomycota;Agaricomycetes;Trechisporales;NA;Sistotremastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 146784 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Bacteriovoracaceae;Bacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 152267 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pigmentiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 155977 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Acaryochloridaceae;Acaryochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 156973 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Dysgonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 157920 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Cellulosimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 158848 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Moellerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 162491 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Oerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 169055 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Nordella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 171412 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Eremococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 174951 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ramlibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 175304 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lentibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 178440 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Opitutus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 180162 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Cetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 182061 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Tetrapyrgos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 187144 Bacteria;Calditrichota;Calditrichia;Calditrichales;Calditrichaceae;Caldithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 189651 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Dasyaceae;Halydictyon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 196118 Archaea;Euryarchaeota;Methanococci;Methanococcales;Methanocaldococcaceae;Methanocaldococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 198346 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Baumannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 204447 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Skermanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 215802 Bacteria;Myxococcota;Myxococcia;Myxococcales;NA;Enhygromyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 217063 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Oleomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 222991 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Alkanindiges;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 223927 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 226991 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Cyphellophoraceae;Cyphellophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 229045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Trichomonascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 242605 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Luteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 258255 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pseudovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 264147 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Millisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 264688 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Trichormus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 265082 Eukaryota;Ascomycota;Sordariomycetes;NA;Thyridiaceae;Thyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 267849 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Nitrincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 269154 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Flagelloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 281915 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Curvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 289201 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 290425 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Advenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 302781 Eukaryota;Preaxostyla;NA;Oxymonadida;Polymastigidae;Monocercomonoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 321315 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Sphaerisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 329857 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Cohnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 352450 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Simplicispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 354354 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niastella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 359337 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Marinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 365348 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 383614 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Brasilonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 388745 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Puniceicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 404432 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Salinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 412033 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Celerinatantimonadaceae;Celerinatantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 444599 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Hansschlegelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 453209 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Dermateaceae;Coleophoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 454159 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Kiloniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 455076 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rhodocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 475230 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Pullulanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 476201 Eukaryota;Apicomplexa;Aconoidasida;Nephromycida;NA;Cardiosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 519427 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Sharpea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 561108 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Jaminaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 575865 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;NA;Rhipidosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 577469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Demequinaceae;Demequina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 582491 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rubidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 655352 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Cohaesibacteraceae;Cohaesibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 665874 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Limnohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 667112 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Lutispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 669368 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Coleofasciculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 741162 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lindgomycetaceae;Lindgomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 797121 Eukaryota;Fornicata;NA;NA;NA;Kipferlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 880756 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Fistulifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 940661 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Cetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 995729 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Candidatus Magnetoovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1031282 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Candidatus Marithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1036719 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Verticillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1048757 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Moranella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1052105 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Purpureocillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1126249 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Geranomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1146845 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Dongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1172191 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Catenovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1193515 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Snodgrassella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1215913 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Litorilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1234545 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Parasphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1263978 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Candidatus Endolissoclinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1276290 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1351751 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Parastagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1382832 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Telmatocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1433990 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1434044 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Sinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1440132 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Modicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1443919 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Tabrizicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1445609 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Hephaestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1458928 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Okeania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1501226 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Romboutsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1505652 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Terrisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1649486 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Rhizorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1765964 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Acidihalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1769738 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Compostibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1783488 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Phytoactinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1838142 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Cutaneotrichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1855419 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Ursidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1921582 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Orrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1924110 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Massilimicrobiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1926655 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Marseilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1930791 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1937008 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Dubosiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1939651 Eukaryota;Microsporidia;NA;NA;NA;Pancytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1940255 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Fournierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1961799 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Lacunisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 1981033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Mordavella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2005371 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Mangrovihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2013945 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Imleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2026842 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;NA;Bifiguratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2027319 Eukaryota;Ascomycota;NA;Vezdaeales;Vezdaeaceae;Vezdaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2042066 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Paraphotobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2044848 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Siccirubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2058951 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Raperosteliaceae;Tieghemostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2136116 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Candidatus Sulfotelmatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2163168 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Kineothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2282523 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2302916 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloroparvula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2493629 Bacteria;Pseudomonadota;Alphaproteobacteria;Minwuiales;Minwuiaceae;Minwuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2505929 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Chaetophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2569097 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerobutyricum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2662752 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Kalamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2675233 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Metabacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2675234 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2676790 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Acidimangrovimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2682476 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2689587 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Suicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2729624 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Planctomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2779861 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Linnemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2779937 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Podila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2800686 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Tsuneonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2801844 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Arachnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2805645 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Pedococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2815778 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Porcincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2837508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rossellomorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2837509 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Schinkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2837511 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sutcliffiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2862142 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Falseniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2878373 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Neoconidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2905158 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Salinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2918882 Eukaryota;Fornicata;NA;NA;NA;Aduncisulcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2920401 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Natronosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2939270 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Cubamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2943312 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Tenebrionicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2946529 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Undibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2963349 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Dawidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2967331 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Longitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2975149 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Marinilongibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000020 2 2976419 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Pedomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 10 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Cellvibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 55 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Polyangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 85 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hyphomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 123 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Pirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 171 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Leptospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 270 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Thermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 404 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 429 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 528 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Ochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 780 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Rickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 832 Bacteria;Fibrobacterota;Fibrobacteria;Fibrobacterales;Fibrobacteraceae;Fibrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Porphyromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 890 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Desulfuromonadaceae;Desulfuromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 914 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 919 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Thiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1081 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Rhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1091 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Chlorobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1101 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Prosthecochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1107 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Chloroflexaceae;Chloroflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1111 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Porphyrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1119 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Aphanocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1121 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Aphanothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1142 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Synechocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1152 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Pseudanabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1154 Bacteria;Cyanobacteriota;Cyanophyceae;Spirulinales;Spirulinaceae;Spirulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1158 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Oscillatoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1232 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1651 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alloiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1754 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermoanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1849 Bacteria;Actinomycetota;Actinomycetes;Actinopolysporales;Actinopolysporaceae;Actinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2005 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Microbispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2023 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Thermoactinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2060 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Tsukamurellaceae;Tsukamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2147 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Acholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2160 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2220 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanolobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2249 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halococcaceae;Halococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2260 Archaea;Euryarchaeota;Thermococci;Thermococcales;Thermococcaceae;Pyrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2289 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulfobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2349 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Haliscomenobacteraceae;Haliscomenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2422 Bacteria;Thermotogota;Thermotogae;Thermotogales;Fervidobacteriaceae;Fervidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2713 Bacteria;Aquificota;Aquificae;Aquificales;Aquificaceae;Aquifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2735 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Verrucomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2800 Eukaryota;Rhodophyta;Rhodellophyceae;Rhodellales;Rhodellaceae;Rhodella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 3128 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Bryopsidaceae;Bryopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 4867 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Linderina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 4871 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Endogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 4895 Eukaryota;Ascomycota;Schizosaccharomycetes;Schizosaccharomycetales;Schizosaccharomycetaceae;Schizosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 4998 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cuniculitremaceae;Kockovaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5027 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Pyrenophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5036 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Histoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5100 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Amorphothecaceae;Amorphotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5140 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Neurospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5182 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Hymenoscyphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5230 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Auriculariaceae;Auricularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5309 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Athelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5379 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Suillaceae;Suillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5529 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Metarhizium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5583 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Exophiala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5644 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Stereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5723 Eukaryota;Parabasalia;NA;Tritrichomonadida;Tritrichomonadidae;Tritrichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5810 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Toxoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 5973 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Halteriidae;Halteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 13275 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Cardiobacteriaceae;Suttonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 13607 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Mantoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 13724 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 27316 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Galactomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 27331 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Protomycetaceae;Protomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 27382 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Scutellospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 27977 Eukaryota;Microsporidia;NA;NA;Nosematidae;Nosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 28070 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Gloeothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 28073 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Lyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 28194 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Thermonemataceae;Thermonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 28228 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Colwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 29287 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natronococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 29393 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Dolosigranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 29825 Eukaryota;Ascomycota;Neolectomycetes;Neolectales;Neolectaceae;Neolecta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 31983 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Helcococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 33055 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Kinetoplastibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 33057 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Thauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 33073 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Zymobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 33091 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Koliellaceae;Raphidonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 33187 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Uncinocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 33637 Eukaryota;NA;Phaeophyceae;Laminariales;Laminariaceae;Laminaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 33951 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Acetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 33981 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 34016 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodobiaceae;Rhodobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 34093 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Simkaniaceae;Simkania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 34104 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Streptobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 34348 Eukaryota;Basidiomycota;Mixiomycetes;Mixiales;Mixiaceae;Mixia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 35753 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Dactylosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 35812 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 35829 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acetivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 36048 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Tuber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 38452 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Rutstroemiaceae;Rutstroemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 38835 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pterosperma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 39709 Eukaryota;Fornicata;NA;Diplomonadida;Hexamitidae;Spironucleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 40657 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Plectosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 40751 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Thioploca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 42308 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 42367 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Hirsutella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 42417 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Halobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 42695 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Pseudomuriellaceae;Pseudomuriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 43429 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Wilcoxina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 43430 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Tricharina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 43431 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Sphaerosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 43668 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Brachybacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 43773 Bacteria;Thermodesulfobacteriota;Syntrophia;Syntrophales;Syntrophaceae;Syntrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 43940 Eukaryota;Chlorophyta;Ulvophyceae;Ulotrichales;Ulotrichaceae;Ulothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 43971 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Blastobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 44450 Eukaryota;NA;Raphidophyceae;Chattonellales;Vacuolariaceae;Vacuolaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 44471 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Microcoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 45156 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidioschyzon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 46205 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Pseudobutyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 46239 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Entomoplasmataceae;Mesoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 47204 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Pyronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 47747 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyaloscyphaceae;Hyaloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 48075 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 48463 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Prosthecobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 48482 Eukaryota;NA;NA;Jakobida;Histionidae;Reclinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 48969 Eukaryota;Rhodophyta;Florideophyceae;Sporolithales;Sporolithaceae;Sporolithon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 49237 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Chaetocerotaceae;Chaetoceros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 49968 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Geopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 50989 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Rickenellaceae;Rickenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 51196 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Syntrophobotulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 52225 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Mitsuokella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 52228 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Hallella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 52687 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Sphaeropleaceae;Ankyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 53355 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Terrabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 53357 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Intrasporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 53457 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Janibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 53634 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Acidimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 53945 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Octadecabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 54298 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Chroococcidiopsidaceae;Chroococcidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 55079 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Aneurinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 55968 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leucobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 55998 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Stigeoclonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 56112 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Dehalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 56489 Eukaryota;Basidiomycota;Agaricomycetes;Thelephorales;Thelephoraceae;Thelephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 57133 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Hydnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 57479 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Microvirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 59585 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Corynesporascaceae;Corynespora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 59753 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 60496 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Thielaviopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 62701 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Podosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 63265 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Sporisorium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 63681 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Pseudochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 64515 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Rhizophlyctidaceae;Rhizophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 64629 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mycotyphaceae;Mycotypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 64640 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Pilaira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 64643 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Dichotomocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 66739 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Lasiodiplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 67808 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Gymnochlora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 68743 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Pluteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 69278 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aquamicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 69474 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Orientia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 69894 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Tindallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 70190 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Chroococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 71950 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Psilocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 73229 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 76634 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Mycetocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 76831 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Myroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 78914 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Sigmoideomycetaceae;Thamnocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 78920 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Tieghemiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 78924 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dimargaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 80865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Delftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 81055 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phaeolaceae;Wolfiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 81894 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Prosthecomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 82800 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Desemzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 83551 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Parachlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 83612 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Psychroflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 84034 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Propionispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 84108 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Slackia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 85074 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Halochromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 85947 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Didymosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 88270 Eukaryota;Chlorophyta;Picocystophyceae;Picocystales;Picocystaceae;Picocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 90372 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Thiomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 90974 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Acrocarpospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 91056 Eukaryota;NA;Phaeophyceae;Fucales;Seirococcaceae;Seirococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 91192 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Tetradesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 91942 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Hortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 93682 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 94298 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Lophocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 94616 Eukaryota;NA;Raphidophyceae;Chattonellales;Chattonellaceae;Fibrocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 95729 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Stemphylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 96335 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Proteomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 98757 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Gelatoporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 100043 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleomassariaceae;Pleomassaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 100051 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Delitschiaceae;Delitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 101106 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Halteromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 101116 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Sporodiniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 101191 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanomethylovorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 102231 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Gloeocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 102909 Eukaryota;Euglenozoa;Euglenida;Euglenales;NA;Colacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 104239 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pterulaceae;Pterula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 104267 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tenacibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 104532 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Schizomeridaceae;Schizomeris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 109326 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Anaerovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 109875 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Catenariaceae;Catenaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 109880 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Nowakowskiellaceae;Nowakowskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 109882 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Chytriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 109956 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Physocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 114064 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Myrmecia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 114248 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Tepidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 118241 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Derbesiaceae;Pedobesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 118262 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Dichotomosiphonaceae;Dichotomosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 120961 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Roseiflexaceae;Roseiflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 129577 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 131079 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Limnobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 136099 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Knoellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 139331 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Denitromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 139433 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meripilaceae;Physisporinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 142587 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Isobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 146935 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Azovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 146937 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Azospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 147557 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Byssothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 148959 Eukaryota;Basidiomycota;Wallemiomycetes;Wallemiales;Wallemiaceae;Wallemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 150203 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Blastomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 150830 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Roseibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 151754 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Xenophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 153232 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Oceanicaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 153903 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Monostromataceae;Gayralia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 156229 Eukaryota;NA;Dinophyceae;Gymnodiniales;Kareniaceae;Karenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 158481 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Hahellaceae;Hahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 159191 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Nodularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 159345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 160798 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Marinitoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 161492 Bacteria;Myxococcota;Myxococcia;Myxococcales;Anaeromyxobacteraceae;Anaeromyxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 162027 Bacteria;Myxococcota;NA;Haliangiales;Kofleriaceae;Haliangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 162057 Eukaryota;Chlorophyta;Ulvophyceae;Cladophorales;Pithophoraceae;Pithophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 162289 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Peptoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 168658 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Rhodoblastus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 169998 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Phakopsoraceae;Phakopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 170610 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Halomicronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 171673 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Inquilinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 173374 Eukaryota;Chlorophyta;Ulvophyceae;Trentepohliales;Trentepohliaceae;Trentepohlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 183669 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Macromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 184430 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 184431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 184462 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Hyaloperonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 186042 Eukaryota;Bacillariophyta;Bacillariophyceae;NA;Entomoneidaceae;Entomoneis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 186475 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Roseiflexaceae;Kouleothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 186650 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Microvirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 189330 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Dorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 190323 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Plantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 190942 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Astrocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 191028 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Leisingera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 191045 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Hydropuntia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 195950 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Tannerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 196080 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Terasakiellaceae;Terasakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 198592 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Umezakia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 202746 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfurimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 202907 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Collimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 203804 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Blochmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 204476 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Labrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 210567 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Cadophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 210617 Eukaryota;Bacillariophyta;Fragilariophyceae;Striatellales;Striatellaceae;Striatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 217140 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Arcicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 217161 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Chamaesiphonaceae;Chamaesiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 218659 Eukaryota;Discosea;Flabellinia;Dactylopodida;Vexilliferidae;Vexillifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 221102 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Moniliophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 221279 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Candidatus Competibacteraceae;Candidatus Competibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 222439 Eukaryota;Preaxostyla;NA;Oxymonadida;Streblomastigidae;Streblomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 223785 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Hydrogenimonaceae;Hydrogenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 224458 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Pyxidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 227085 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Bigelowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 228972 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Xylanibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 231683 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Saccharospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 232264 Eukaryota;NA;NA;Telonemida;NA;Telonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 236052 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 237584 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Teratosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 240455 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Gloeotila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 240577 Eukaryota;NA;NA;Sticholonchida;Sticholonchidae;Sticholonche;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 243627 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Hydrocarboniphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 245876 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Nitratireductor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 246875 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Algoriphagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 248038 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Mucispirillaceae;Mucispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 252356 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Maribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 254245 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Aquicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 256730 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Volucribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 256846 Bacteria;Lentisphaerota;Lentisphaeria;Lentisphaerales;Lentisphaeraceae;Lentisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 259009 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonematopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 261963 Bacteria;Pseudomonadota;Gammaproteobacteria;Kangiellales;Kangiellaceae;Kangiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 263510 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Crocosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 264995 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Anaerofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 265487 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Blastopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 265570 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Sulfurovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 265975 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 285107 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thioclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 286412 Eukaryota;Ascomycota;NA;Thelocarpales;Thelocarpaceae;Thelocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 286729 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Alkaliflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 292480 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 292486 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Avibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 298266 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Monomorphina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 300418 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Catellicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 303226 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 303379 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herminiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 309736 Eukaryota;NA;Phaeophyceae;Ectocarpales;Chordariaceae;Cladosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 323449 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Pontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 329162 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Chroogloeocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 331971 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Thalassobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 332518 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Halospina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 336276 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Olleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 336803 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Thorselliaceae;Thorsellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 338191 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrosopumilales;Nitrosopumilaceae;Nitrosopumilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 340070 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Criblamydiaceae;Criblamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 346096 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Paludibacteraceae;Paludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 349742 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Sedimenticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 359336 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Castellaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 362238 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Phragmonemataceae;Kyliniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 364710 Eukaryota;Ascomycota;Eurotiomycetes;Verrucariales;Verrucariaceae;Endocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 369926 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Brooklawnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 373053 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Calditerricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 378210 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Methyloversatilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 379068 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Galbibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 379074 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Sediminitomix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 389486 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sediminicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 390805 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Geosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 392735 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Uliginosibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 392825 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 393277 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Donghicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 394505 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 396388 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Aestuariimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 400060 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Paludibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 402649 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinomycetospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 407217 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 407997 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Venenivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 412006 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlainomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 412592 Bacteria;Aquificota;Aquificae;Aquificales;NA;Thermosulfidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 431390 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Mayamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 433923 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudacidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 448125 Bacteria;Bacillota;Tissierellia;NA;NA;Dethiosulfatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 449972 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Chelativorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 451450 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Terramyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 451452 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Boothiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 459786 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Oscillibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 460852 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 467084 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;NA;Candidatus Symbiothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 470095 Eukaryota;Ascomycota;Dothideomycetes;Acrospermales;Acrospermaceae;Pseudovirgaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 472058 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Schumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 474995 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Ophiocordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 489909 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Nosocomiicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 499228 Bacteria;Bacillota;Clostridia;Thermosediminibacterales;Tepidanaerobacteraceae;Tepidanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 505692 Eukaryota;NA;NA;NA;Chromeraceae;Chromera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 507753 Archaea;Candidatus Thermoplasmatota;Thermoplasmata;Thermoplasmatales;Ferroplasmaceae;Acidiplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 516086 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Clostridiisalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 526215 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Thalassobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 530098 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Blastosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 543311 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Parvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 549703 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kurtzmaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 561367 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Salinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 570266 Archaea;Euryarchaeota;Methanomicrobia;Methanocellales;Methanocellaceae;Methanocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 574559 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Hellea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 580596 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Butyricicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 583360 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Umezawaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 586132 Eukaryota;Microsporidia;NA;NA;NA;Nematocida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 600332 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Zavarzinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 623276 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Maritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 644652 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Gordonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 648800 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Solibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 648802 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Rummeliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 658623 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Chelonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 660628 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Insolitispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 661030 Eukaryota;Rhodophyta;Rhodellophyceae;Rhodellales;Rhodellaceae;Neorhodella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 667113 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinoallomurus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 670315 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Multifurca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 682522 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Ilumatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 683756 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Kinneretia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 685950 Archaea;Thermoproteota;Thermoprotei;Fervidicoccales;Fervidicoccaceae;Fervidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 688241 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Entophysalidaceae;Chlorogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 690884 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiotremataceae;Lophiotrema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 696745 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 705561 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Capnodiaceae;Polychaeton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 714959 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Tetraplosphaeriaceae;Polyplosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 763439 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Caenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 862071 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Syntrophaceticus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 875170 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Celeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 885864 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Jeongeupia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 889388 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Chryseomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 907364 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Phytohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 940550 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Gilvimarinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 945733 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Hyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 945765 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Romeriaceae;Romeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 946234 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Flavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 947096 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Porosporidae;Porospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 947525 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Miniimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1004303 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ferruginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1006480 Bacteria;Bacillota;Clostridia;Eubacteriales;Symbiobacteriaceae;Caldinitratiruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1037661 Eukaryota;Ascomycota;Dothideomycetes;Microthyriales;Microthyriaceae;Microthyrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1042325 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Aciditerrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1069494 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Trueperella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1074468 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Candidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1085622 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propioniciclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1121254 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Hamadaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1123044 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Ponticaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1146865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1148163 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paralcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1155385 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Proteiniclasticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1156392 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Pseudokineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1156568 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methylovirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1159323 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Macellibacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1176354 Eukaryota;Microsporidia;NA;NA;Dubosqiidae;Hamiltosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1185872 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Desertifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1188227 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeomargaritales;Gloeomargaritaceae;Gloeomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1191515 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Ornithinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1206353 Eukaryota;Ascomycota;Dothideomycetes;NA;Pseudoperisporiaceae;Lizonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1227948 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1229970 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Glaciimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1234605 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Gayadomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1246681 Eukaryota;Bacillariophyta;Fragilariophyceae;Cyclophorales;Cyclophoraceae;Astrosyne;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1246884 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Algimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1273155 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;NA;Thiohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1279388 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Kandleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1297562 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Phaseolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1331730 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Chryseoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1344552 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Noviherbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1382931 Bacteria;Chloroflexota;Ardenticatenia;Ardenticatenales;Ardenticatenaceae;Ardenticatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1395674 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Globomycetaceae;Globomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1395788 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Gorgonomycetaceae;Gorgonomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1398095 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Leptocylindrales;Leptocylindraceae;Tenuicylindrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1400058 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Hwanghaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1400386 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Bythopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1400827 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Candidatus Competibacteraceae;Plasticicumulans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1418015 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Pseudochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1427378 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Acetatifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1432242 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Tricladiaceae;Halenospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1434014 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Lentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1434042 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salisediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1434046 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1443590 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Ferriphaselus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1445504 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Gynuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1470349 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Candidatus Stoquefichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1471399 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Draconibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1472344 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Basilea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1492710 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Oxynema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1494215 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Sympoventuriaceae;Verruconis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1494958 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudogracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1499082 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Sulfurisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1500004 Eukaryota;Blastocladiomycota;Physodermatomycetes;Physodermatales;Physodermataceae;Paraphysoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1502941 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Pleioneaceae;Pleionea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1505768 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Candidatus Schmidhempelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1511635 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Aquisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1520333 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Vespertiliibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1522432 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Pseudoduganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1602345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Parasaccharibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1609595 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Microseira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1618113 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Saccharicrinis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1620264 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Dactylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1632780 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phreatobacteraceae;Phreatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1648491 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Aquihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1648505 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Chiayiivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1648508 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ciceribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1648511 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Cnuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1649463 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Lentilitoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1649490 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Rubinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1649510 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Variibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1656252 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Rotundellaceae;Rotundella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1676651 Bacteria;Bacillota;Limnochordia;Limnochordales;Limnochordaceae;Limnochorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1677050 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Novibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1729679 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1742989 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Glutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1749039 Eukaryota;Basidiomycota;Ustilaginomycetes;Violaceomycetales;Violaceomycetaceae;Violaceomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1751872 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Lacimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1763555 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Risungbinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1769012 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Arachidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1774131 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hydrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1775468 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Silvibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1775705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Frigidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1780122 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mobilisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1780299 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Anaerosolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1795363 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Dinghuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1795633 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Terrilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1844270 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Stenomitos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1851509 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Naganishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1866954 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Varunaivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1868332 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Neomicrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1884449 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salipaludibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1902578 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Tokpelaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1903858 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pseudorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1904377 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Amorphaceae;Acuticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1906657 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Doolittlea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1906659 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hoaglandella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1910890 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Groenewaldozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1914156 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Chiua;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1914229 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Aliidongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1914234 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Fimbriiglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1914244 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Krasilnikoviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1914248 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;NA;Motilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1918542 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Muricomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1921511 Bacteria;Verrucomicrobiota;Spartobacteria;Chthoniobacterales;Chthoniobacteraceae;Candidatus Udaeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1923871 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Massilibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1924093 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaeromassilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1926253 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Chthonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1926556 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Emergencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1927833 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Candidatus Fukatsuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1929940 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Viridothelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1935200 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Merdibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1937999 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Bernardetiaceae;Hugenholtzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1938003 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Thermoflexibacteraceae;Thermoflexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1940395 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Caenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1973275 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Massilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1974209 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Rhodohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1980680 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Alterileibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 1981958 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Pseudomicrostroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2005355 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2005375 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2033596 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Arenivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2035349 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Oceanispirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2038740 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Coniferiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2041181 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Caldovatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2042899 Bacteria;Bacillota;Tissierellia;Tissierellales;Gottschalkiaceae;Andreesenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2056239 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Myxacorys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2058187 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Cavenderiaceae;Cavenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2060094 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Aminipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2070443 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Caviibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2136118 Bacteria;Acidobacteriota;Terriglobia;Bryobacterales;Solibacteraceae;Candidatus Sulfopaludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2172004 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Lawsonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2172823 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Hahellaceae;Sansalvadorimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2211638 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Limimaricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2233801 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Ahniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2320806 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Callipsygma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2321111 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Aliarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2448024 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Desertimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2483199 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Chrysophaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2491136 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Oscillochloridaceae;Candidatus Viridilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2511164 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Monodopsidaceae;Microchloropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2546365 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rippkaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2563783 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Anaerolactibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2571199 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Dictyobacteraceae;Tengunoibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2590666 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Gynurincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2599621 Bacteria;Candidatus Eremiobacterota;Candidatus Eremiobacteriia;Candidatus Eremiobacterales;Candidatus Eremiobacteraceae;Candidatus Eremiobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2661818 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Saliniradius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2664261 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2670333 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lottiidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2675230 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cytobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2675231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mesobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2675671 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ilyomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2676233 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingosinithalassobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2682247 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Pseudorivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2683203 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Vaginisenegalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2703676 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Metalysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2712271 Bacteria;Bacillota;Clostridia;Eubacteriales;Xylanivirgaceae;Xylanivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2751156 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Ningiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2756312 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Jonesiaceae;Flavimobilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2767206 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Candidatus Reconcilbacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2779859 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Entomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2779867 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Actinomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2779868 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gamsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2784135 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Oculatellaceae;Shackletoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2792075 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Pontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2794837 Bacteria;Bacillota;Tissierellia;Tissierellales;Tepidimicrobiaceae;Schnuerera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2795426 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Novipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2795778 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Caulifigura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2796146 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Nitrosacidococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2800679 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Altericroceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2806306 Bacteria;Chloroflexota;Anaerolineae;Aggregatilineales;Aggregatilineaceae;Aggregatilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2807414 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Anatilimnocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2807415 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Urbifossiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2813766 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Candidatus Laterigemmans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2815773 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Baileyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2815783 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Floccifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2820403 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Rhabdothermincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2821517 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Albibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2831955 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pikeienuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2834241 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Anaerotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2855468 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Muriiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2860235 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Glacieibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2862143 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Hutsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2862144 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ruoffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2862451 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Adhaeretor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2866025 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Maribrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2870713 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Falsiroseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2871671 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Spongiactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2872156 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methyloradius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2886881 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Oceaniferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2891324 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Pseudothauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2901189 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Halopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2901261 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Denitrificimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2905136 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Fundidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2909705 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Oleidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2912996 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Changpingibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2913022 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Mucisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2916693 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulforamulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2922426 Bacteria;Chloroflexota;Candidatus Thermofonsia;Phototrophicales;Phototrophicaceae;Phototrophicus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2938914 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Leontynka;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2944146 Bacteria;Bacillota;Clostridia;Eubacteriales;Bianqueaceae;Bianquea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2944148 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Guopingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2946534 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Copranaerobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2953811 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Thalassoroseus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2959592 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrososphaerales;Nitrososphaeraceae;Candidatus Nitrosopolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2963348 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseosolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2983819 Eukaryota;Ascomycota;Sordariomycetes;NA;NA;Neoarthrinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2986286 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Horticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2992131 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Romeriopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2995704 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Peterkaempfera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2996260 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Polyrhizophydium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 2997360 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaeropeptidivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 3018276 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Aliamphritea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 3024823 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaeromicropila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 3025858 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Sulfoacidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 3031933 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Chordicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 3034706 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Scleromatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 3036657 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Insulambacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.000010 1 3039360 Eukaryota;Rhodophyta;Bangiophyceae;Cavernulicolales;Cavernulicolaceae;Cavernulicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 0.154098 15646 10239 Viruses
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 19.755203 2005804 NA cannot be assigned to a (non-viral) genus
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat1_M_libLAB7046.out 18.597244 1888233 NA unclassified
diff --git a/results/Kaiju/kaiju_NG-A0628_Carrot_2M_libLAB7047_summary.tsv b/results/Kaiju/kaiju_NG-A0628_Carrot_2M_libLAB7047_summary.tsv
new file mode 100644
index 0000000..695faac
--- /dev/null
+++ b/results/Kaiju/kaiju_NG-A0628_Carrot_2M_libLAB7047_summary.tsv
@@ -0,0 +1,2063 @@
+file percent reads taxon_id taxon_name
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 30.420330 3418407 1243 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Leuconostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 13.561082 1523892 71245 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kazachstania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 5.855359 657981 34037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rahnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.958028 107656 1129544 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Rhizophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.883108 99237 2767886 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Levilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.627289 70490 613 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Serratia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.460264 51721 2767892 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Secundilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.424072 47654 1357 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.304550 34223 2767842 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactiplantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.232922 26174 551 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Erwinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.145739 16377 4930 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Saccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.141503 15901 46255 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Weissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.117894 13248 629 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Yersinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.110436 12410 1854 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Frankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.107544 12085 1883 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.103335 11612 1253 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Pediococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.092638 10410 1279 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Staphylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.087023 9779 1849718 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Labilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.084540 9500 53335 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Pantoea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.079530 8937 1578 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.077937 8758 561 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Escherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.076246 8568 41201 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Ewingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.072189 8112 1350 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Enterococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.070533 7926 662 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Vibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.070427 7914 1637 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Listeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.059258 6659 1301 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Streptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.056660 6367 82976 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Buttiauxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.051169 5750 570 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Klebsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.045314 5092 286 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Pseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.044913 5047 568 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Hafnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.044771 5031 547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Enterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.036575 4110 1870884 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Clostridioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.032873 3694 68287 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Mesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.031707 3563 2767885 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Latilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.031075 3492 1742992 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paenarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.031040 3488 207599 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Solirubrobacteraceae;Solirubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.025051 2815 1565532 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rouxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.023653 2658 4875 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Glomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.023645 2657 5605 Eukaryota;Ascomycota;NA;NA;NA;Saitoella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.022781 2560 1386 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Bacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.022310 2507 599737 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Wickerhamomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.022096 2483 53246 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Pseudoalteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.021963 2468 2759736 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lacticaseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.021891 2460 657 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Photobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.020877 2346 544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Citrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.019391 2179 5052 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Aspergillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.019284 2167 1485 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Clostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.019177 2155 122277 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Pectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.018910 2125 1988 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinomadura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.018528 2082 4953 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.018332 2060 590 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Salmonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.018207 2046 1330545 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Lelliottia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.017567 1974 184027 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Golovinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.017531 1970 559173 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.017460 1962 1678 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bifidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.016970 1907 46254 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Oenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.016828 1891 38501 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Blastococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.016632 1869 278028 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Naumovozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.016080 1807 469 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Acinetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.015511 1743 2701 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Gardnerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.015155 1703 143959 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Coelomomycetaceae;Coelomomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.014977 1683 4780 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Plasmopara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.014532 1633 461281 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Ogataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.014523 1632 4910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kluyveromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.013535 1521 5320 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pleurotaceae;Pleurotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.013073 1469 2767893 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lentilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.012806 1439 2742598 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Limosilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.012592 1415 2831443 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.012129 1363 1716 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Corynebacteriaceae;Corynebacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.011658 1310 642 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Aeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.011159 1254 101 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Flectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.011053 1242 100474 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Batrachochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.010786 1212 2767887 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Ligilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.009985 1122 379 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Rhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.009833 1105 1970195 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Ancylomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.009611 1080 326606 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Annulohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.009566 1075 229219 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Blastomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.009540 1072 5948 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Stylonychia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.009326 1048 374468 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Nakaseomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.009166 1030 626 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Xenorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.008979 1009 63298 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Pseudozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.008935 1004 45033 Eukaryota;NA;Phaeophyceae;Laminariales;Chordaceae;Chorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.008908 1001 866673 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Marinifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.008810 990 2767882 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Furfurilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.008792 988 33877 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.008792 988 44249 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Paenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.008214 923 1865 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.008169 918 3026546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Duffyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.008151 916 1176129 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Aulographaceae;Aulographum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.008009 900 107449 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Phaffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.007653 860 3071 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Chlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.007635 858 358905 Eukaryota;Basidiomycota;Agaricomycetes;Sebacinales;Serendipitaceae;Serendipita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.007600 854 308926 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Diversisporaceae;Diversispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.007493 842 2745 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.007012 788 27375 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Entrophosporaceae;Entrophospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.006888 774 111500 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muricauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.006728 756 237 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.006719 755 475 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Moraxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.006594 741 88138 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Modestobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.006514 732 2370 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.006496 730 71655 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Brenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.006434 723 586 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Providencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.006381 717 3118 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Ulva;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.006363 715 2767888 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Liquorilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.006318 710 413496 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.006211 698 407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.006051 680 349 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Zoogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005731 644 160674 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Raoultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005722 643 756023 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Xylogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005686 639 83174 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Valsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005686 639 2767879 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Companilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005678 638 1849822 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paraclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005589 628 374 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Bradyrhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005491 617 216851 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Faecalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005482 616 89966 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Hymenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005348 601 204286 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Cobetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005330 599 194 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Campylobacteraceae;Campylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005224 587 34111 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Monoraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005197 584 745 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Pasteurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005144 578 2930384 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Periweissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005081 571 724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Haemophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.005001 562 4917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Pachysolen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.004975 559 33882 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.004823 542 2767889 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Loigolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.004752 534 204037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Dickeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.004699 528 620 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shigella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.004494 505 38832 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Micromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.004441 499 489140 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Geminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.004227 475 158483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cedecea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.004111 462 29888 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Calocera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003933 442 82984 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Pragia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003889 437 1330547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003640 409 507510 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Hyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003577 402 2749846 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003488 392 22 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Shewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003480 391 361607 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Patulibacteraceae;Patulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003471 390 648802 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Rummeliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003426 385 300275 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Lachancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003417 384 28453 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Sphingobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003382 380 670516 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003275 368 1082702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Lonsdalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003159 355 1839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Nocardioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003141 353 29580 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Janthinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.003061 344 317045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Kuraishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002963 333 2747 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Carnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002901 326 1269 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Micrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002857 321 54304 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002812 316 51668 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Tetragenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002785 313 2772525 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Putridiphycobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002768 311 3052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlamydomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002652 298 2678248 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Edaphovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002643 297 65402 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Acidaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002554 287 338 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002527 284 2767890 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Paucilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002518 283 64649 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Backusellaceae;Backusella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002510 282 29487 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Photorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002501 281 635 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Edwardsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002474 278 2737 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Vagococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002429 273 68 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Lysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002394 269 766502 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Millerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002376 267 2726810 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Scandinavium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002358 265 41891 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Coccomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002349 264 5073 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002136 240 163316 Eukaryota;Chlorophyta;Chlorophyceae;NA;Microsporaceae;Microspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002127 239 191392 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Auxenochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002091 235 1539666 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Suhomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002082 234 13687 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002082 234 2767881 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002073 233 57494 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Nesterenkonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002047 230 84565 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Sodalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.002047 230 460073 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Segetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001931 217 253255 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Soehngenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001922 216 579 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kluyvera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001922 216 583 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Proteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001878 211 83654 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Leclercia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001878 211 113604 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Tetrapisispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001869 210 57493 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Kocuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001789 201 27320 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Metschnikowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001780 200 2837507 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Robertmurraya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001771 199 4815 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Spizellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001753 197 171413 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Dolosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001744 196 1873 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Micromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001744 196 4919 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Pichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001718 193 1203 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001700 191 32008 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001691 190 29832 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Hanseniaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001664 187 82986 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Tatumella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001655 186 13786 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Trebouxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001637 184 5209 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Filobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001637 184 3021684 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Dryocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001620 182 165695 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001602 180 77674 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Paracraurococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001593 179 5475 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Candida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001584 178 4948 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Torulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001575 177 36880 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Cymbomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001575 177 100883 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Coprobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001566 176 374469 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Vanderwaltozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001477 166 801 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Symbiopectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001459 164 231454 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001451 163 41879 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pycnococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001442 162 2100764 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Mixta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001415 159 2302914 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloropicon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001406 158 2767884 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lapidilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001379 155 497 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Psychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001370 154 80744 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Serpulaceae;Serpula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001362 153 4756 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Neocallimastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001362 153 63132 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Geitlerinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001344 151 31983 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Helcococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001344 151 121087 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Ostreobiaceae;Ostreobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001335 150 1822464 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paraburkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001308 147 4958 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Debaryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001281 144 3087 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Scenedesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001281 144 2884243 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Musicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001273 143 816 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Bacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001273 143 75654 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Duganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001228 138 33024 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Phascolarctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001201 135 445 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Legionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001201 135 929812 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Gibbsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001201 135 1356488 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Rosenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001175 132 766765 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Yamadazyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001157 130 76312 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Caulerpaceae;Caulerpa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001157 130 2716544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chimaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001148 129 70447 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Ostreococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001139 128 240411 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001130 127 4783 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Phytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001130 127 100860 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Aphanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001112 125 447792 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Phytobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001103 124 38258 Eukaryota;NA;Glaucocystophyceae;Glaucocystales;Glaucocystaceae;Glaucocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001095 123 3025755 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Thomasclavelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001086 122 393005 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tamlana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001077 121 158846 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Megamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001068 120 1780190 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Izhakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001059 119 34072 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Variovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001059 119 2055880 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudescherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001050 118 1663 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Arthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001050 118 69965 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Macrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001041 117 33170 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Eremothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001032 116 434 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001023 115 581 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Morganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001023 115 82978 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Budvicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001014 114 5820 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Plasmodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.001006 113 158876 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Yokenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000997 112 5228 Eukaryota;Basidiomycota;Atractiellomycetes;Atractiellales;Hoehnelomycetaceae;Atractiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000988 111 226 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000988 111 766733 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Scheffersomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000979 110 1330546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pluralibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000970 109 27308 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Ascoideaceae;Ascoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000970 109 84406 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Virgibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000961 108 768 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Anaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000943 106 4753 Eukaryota;Ascomycota;Pneumocystidomycetes;Pneumocystidales;Pneumocystidaceae;Pneumocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000943 106 1853743 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Symbiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000934 105 469322 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Steroidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000934 105 2997349 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Winslowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000925 104 1964366 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Nissabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000925 104 2705385 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Puteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000917 103 141715 Eukaryota;Chlorophyta;Mamiellophyceae;Monomastigales;Monomastigaceae;Monomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000908 102 2767875 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Agrilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000890 100 109374 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Nemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000881 99 3164 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Tetraselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000881 99 82982 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Obesumbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000872 98 1117308 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Funneliformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000854 96 1125 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Microcystaceae;Microcystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000854 96 31311 Eukaryota;Chlorophyta;Nephroselmidophyceae;Nephroselmidales;Nephroselmidaceae;Nephroselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000845 95 3044 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Dunaliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000837 94 265 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000828 93 41874 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Bathycoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000828 93 2881385 Bacteria;Cyanobacteriota;Cyanophyceae;Thermostichales;Thermostichaceae;Thermostichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000828 93 3016631 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Silvania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000819 92 460517 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Komagataella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000819 92 466108 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Biostraticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000801 90 413 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000792 89 2303321 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Superficieibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000783 88 5206 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Cryptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000774 87 84567 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000765 86 47251 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000748 84 482 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Neisseria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000739 83 82802 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Trichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000739 83 97050 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000739 83 150781 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Astraeaceae;Astraeus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000739 83 1745211 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000721 81 1298 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000712 80 713 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Actinobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000703 79 1697027 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Convivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000694 78 1730 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Eubacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000694 78 4830 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Mucor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000694 78 40323 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Stenotrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000694 78 182709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Oceanobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000694 78 249344 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Picochlorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000685 77 158851 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Trabulsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000676 76 1649298 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Siccibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000676 76 2035811 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Pseudodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000659 74 1822002 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Enterobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000650 73 702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Plesiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000650 73 1649295 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Franconibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000641 72 182639 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Kribbellaceae;Kribbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000641 72 690565 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Serinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000632 71 2812012 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Zongyanglinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000623 70 810 Bacteria;Chlamydiota;Chlamydiia;Chlamydiales;Chlamydiaceae;Chlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000623 70 5296 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Puccinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000623 70 168915 Eukaryota;Ascomycota;Lecanoromycetes;Peltigerales;Collemataceae;Leptogium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000614 69 52972 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Polaromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000614 69 451512 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Mangrovibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000605 68 2893178 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Insectihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000596 67 59732 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chryseobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000587 66 44744 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Haematococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000587 66 255204 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudoclavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000587 66 1292369 Eukaryota;Rhodophyta;Rhodellophyceae;Dixoniellales;Dixoniellaceae;Bulboplastis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000587 66 1903434 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Atlantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000578 65 1034479 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Chloroidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000570 64 1763 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000561 63 28105 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Sinorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000561 63 46913 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Devosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000552 62 3066 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Volvox;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000552 62 162289 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Peptoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000552 62 1335483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shimwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000543 61 117563 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Granulicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000525 59 65007 Eukaryota;Evosea;Variosea;Cavosteliida;Cavosteliaceae;Planoprotostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000525 59 1193503 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Gilliamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000525 59 2811373 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Acerihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000516 58 12916 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Acidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000516 58 2901164 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Stutzerimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000507 57 637 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Arsenophonus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000507 57 697331 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Basfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000507 57 2094023 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Glaesserella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000498 56 85413 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Boseaceae;Bosea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000481 54 1827 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Rhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000472 53 568987 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hamiltonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000472 53 2800678 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000463 52 1375 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Aerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000463 52 265975 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000454 51 104249 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000454 51 180541 Bacteria;Pseudomonadota;Gammaproteobacteria;Salinisphaerales;Salinisphaeraceae;Salinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000454 51 700917 Eukaryota;Rhodophyta;Rhodellophyceae;Rhodellales;Rhodellaceae;Corynoplastis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000445 50 83618 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudoxanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000445 50 126838 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Micractinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000445 50 1647175 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Aestuariispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000445 50 2060094 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Aminipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000436 49 35798 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000427 48 4828 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Absidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000427 48 307506 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Raphidocelis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000427 48 2943317 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Entomohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000418 47 41275 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Brevundimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000418 47 2662752 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Kalamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000409 46 1433402 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Glycocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000409 46 1620700 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Alkalinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000400 45 75 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Caulobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000392 44 2383 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Epulonipiscium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000392 44 66831 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Facklamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000392 44 106589 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Cupriavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000392 44 293088 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Martelella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000392 44 768669 Bacteria;Chloroflexota;Ktedonobacteria;Thermogemmatisporales;Thermogemmatisporaceae;Thermogemmatispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000383 43 4842 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Rhizopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000383 43 83373 Eukaryota;Rhodophyta;Bangiophyceae;Galdieriales;Galdieriaceae;Galdieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000383 43 2594176 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Edaphochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000383 43 2675229 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Peribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000383 43 2754714 Bacteria;Actinomycetota;NA;NA;NA;Candidatus Hakubanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000365 41 357 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Agrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000365 41 2675230 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cytobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000356 40 2023 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Thermoactinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000356 40 4863 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Coemansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000356 40 144537 Eukaryota;Mucoromycota;Glomeromycetes;Paraglomerales;Paraglomeraceae;Paraglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000347 39 129337 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Geobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000347 39 658623 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Chelonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000347 39 1187078 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cecembia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000347 39 2837502 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000347 39 2853326 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Affinibrenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000338 38 36910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Clavispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000338 38 2316020 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mediterraneibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000329 37 2782231 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Kaistella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000320 36 2949 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Symbiodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000320 36 56999 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amaricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000311 35 1129 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Synechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000311 35 35140 Eukaryota;Haptophyta;NA;Prymnesiales;Chrysochromulinaceae;Chrysochromulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000311 35 44013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Polynucleobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000311 35 145474 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Helicosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000303 34 441 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000303 34 5754 Eukaryota;Discosea;NA;Longamoebia;Acanthamoebidae;Acanthamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000303 34 2817139 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Weizmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000303 34 2994443 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudenterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000294 33 5806 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Cryptosporidiidae;Cryptosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000294 33 165696 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000294 33 412764 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Spathaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000294 33 1434011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Komagataeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000294 33 1525371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Neorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000294 33 2964429 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Candida/Metschnikowiaceae;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000285 32 766758 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Schwanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000285 32 1649480 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctopirus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000276 31 963 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000276 31 47772 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Astrephomenaceae;Astrephomene;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000276 31 66470 Eukaryota;NA;Dinophyceae;Gymnodiniales;Gymnodiniaceae;Lepidodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000276 31 73029 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Dechloromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000276 31 116071 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Micropruina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000276 31 149698 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Massilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000267 30 1237 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Piscirickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000267 30 400634 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000267 30 747294 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudorhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000267 30 1448052 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Globisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000267 30 2767876 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Amylolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000267 30 2767877 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Apilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000267 30 2803850 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Mammaliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000258 29 2742 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Marinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000258 29 36853 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfitobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000258 29 36922 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Diaporthaceae;Diaporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000258 29 89404 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Glaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000258 29 467975 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Iamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000249 28 1263 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000249 28 2077 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sporolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000249 28 212743 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rhizobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000249 28 1399958 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Chromochloridaceae;Chromochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000249 28 2767891 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Schleiferilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000240 27 2040 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Aeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000240 27 120831 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Dyadobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000240 27 2126548 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Miniphocaeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000231 26 283 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Comamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000231 26 13366 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Brettanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000231 26 221285 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Westiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000222 25 2784 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Porphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000222 25 29907 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Sporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000222 25 79206 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfosporosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000222 25 212744 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Rugamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000222 25 572511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Blautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000214 24 1016 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Capnocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000214 24 43947 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Tolumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000214 24 1937008 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Dubosiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000205 23 2791 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Porphyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000205 23 5506 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Fusarium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000205 23 33096 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Gonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000205 23 40222 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Methylophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000205 23 43668 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Brachybacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000205 23 48736 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ralstonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000205 23 139276 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Dacryopinax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000205 23 1612157 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pararhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000205 23 1915381 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Nannizzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000196 22 157 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Treponema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000196 22 2902 Eukaryota;Haptophyta;NA;Isochrysidales;Noelaerhabdaceae;Emiliania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000196 22 29404 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Microlunatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000196 22 57665 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurospirillaceae;Sulfurospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000196 22 102106 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Collinsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000196 22 361177 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Altererythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000196 22 1155738 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Moorena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000196 22 2060871 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Galactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000196 22 2899543 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Intestinirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000187 21 81 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Hyphomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000187 21 209 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Helicobacteraceae;Helicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000187 21 36882 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pyramimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000187 21 37359 Eukaryota;Endomyxa;Phytomyxea;Plasmodiophorida;Plasmodiophoridae;Plasmodiophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000187 21 55528 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Guillardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000187 21 67575 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000187 21 68785 Eukaryota;Basidiomycota;Agaricomycetes;Geastrales;Sphaerobolaceae;Sphaerobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000187 21 261933 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Pleomorphomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000187 21 1169538 Eukaryota;NA;NA;NA;Vitrellaceae;Vitrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000187 21 1573535 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000178 20 2132 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Spiroplasmataceae;Spiroplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000178 20 5761 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Naegleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000178 20 28100 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Phyllobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000178 20 70742 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000178 20 165697 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000178 20 225143 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000178 20 306539 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halolactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000178 20 2172100 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Limnobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000169 19 234 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Brucella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000169 19 4797 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Pythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000169 19 32067 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Leptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000169 19 86795 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Marmoricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000169 19 99479 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Tetrasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000169 19 222991 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Alkanindiges;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000169 19 604195 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Cyberlindnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000169 19 1017280 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoflavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000169 19 1633384 Eukaryota;Microsporidia;NA;NA;NA;Mitosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000169 19 2870907 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Craterilacuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000160 18 20 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Phenylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000160 18 517 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Bordetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000160 18 1817 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Nocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000160 18 5890 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;Tetrahymenidae;Tetrahymena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000160 18 47830 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Lachnaceae;Lachnellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000160 18 55193 Eukaryota;Basidiomycota;Malasseziomycetes;Malasseziales;Malasseziaceae;Malassezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000160 18 64501 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Entophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000160 18 83461 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Corallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000160 18 168131 Eukaryota;Evosea;NA;Pelobiontida;Pelomyxidae;Pelomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000160 18 347533 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Zobellella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 4951 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Yarrowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 5110 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Claviceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 5581 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Beauveria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 5959 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Blepharismidae;Blepharisma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 12967 Eukaryota;NA;Bigyra;Opalinata;Blastocystidae;Blastocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 33886 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rathayibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 35721 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Parasitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 46352 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 47789 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Tetrabaenaceae;Tetrabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 78910 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Syncephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 82980 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Leminorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 264147 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Millisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 402649 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinomycetospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000151 17 2304164 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Jaagichlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 3049 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Polytomella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 4819 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Phlyctochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 41273 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Tissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 44055 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Aureococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 47420 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hydrogenophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 70451 Eukaryota;Haptophyta;NA;Pavlovales;Pavlovaceae;Diacronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 75374 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Leptodontidiaceae;Leptodontidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 83614 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Luteimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 93217 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pandoraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 158848 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Moellerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 423349 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Mucilaginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 1434009 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 1794910 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Anaerosporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 2709238 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Zopfochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000142 16 2815296 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Jejubacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000133 15 1847 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Pseudonocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000133 15 2879 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ectocarpaceae;Ectocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000133 15 4888 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Smittium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000133 15 5340 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Agaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000133 15 5782 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Dictyostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000133 15 35676 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Pelagomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000133 15 41247 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Mycena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000133 15 65356 Eukaryota;Oomycota;NA;Albuginales;Albuginaceae;Albugo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000133 15 155493 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Gallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000133 15 191769 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Marinilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000133 15 1130052 Eukaryota;Ascomycota;Xylobotryomycetes;Xylobotryales;Cirrosporiaceae;Cirrosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000133 15 1504576 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudocitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 953 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Wolbachia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 1707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Cellulomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 4859 Eukaryota;Zoopagomycota;Basidiobolomycetes;Basidiobolales;Basidiobolaceae;Basidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 27372 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Acaulosporaceae;Acaulospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 38880 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Botryococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 86017 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Salpingoeca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 94139 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Catenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 106202 Eukaryota;Chlorophyta;Trebouxiophyceae;Microthamniales;Microthamniaceae;Fusochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 109880 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Nowakowskiellaceae;Nowakowskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 518753 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Luteolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 940557 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Granulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 1866885 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000125 14 2483199 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Chrysophaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000116 13 28065 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Rhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000116 13 33644 Eukaryota;Bacillariophyta;Fragilariophyceae;Fragilariales;Fragilariaceae;Fragilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000116 13 160433 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Samsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000116 13 242060 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Cystoisospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000116 13 242837 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Koliellaceae;Koliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000116 13 335058 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000116 13 504090 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Kushneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000116 13 696745 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000116 13 1177214 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Profftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000116 13 2058187 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Cavenderiaceae;Cavenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000116 13 2767878 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Bombilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000116 13 2837504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Heyndrickxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 99 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Ancylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 1041 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Erythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 1696 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Brevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 2781 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 2980 Eukaryota;NA;Xanthophyceae;Tribonematales;Tribonemataceae;Tribonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 3110 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Prototheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 5455 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Glomerellaceae;Colletotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 13289 Eukaryota;Basidiomycota;Exobasidiomycetes;Tilletiales;Tilletiaceae;Tilletia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 28000 Eukaryota;Perkinsozoa;NA;Perkinsida;Perkinsidae;Perkinsus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 28253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 32199 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Buchnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 36034 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Saccharomycodes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 46432 Eukaryota;Foraminifera;NA;NA;Reticulomyxidae;Reticulomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 59195 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Rickettsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 64561 Eukaryota;Mucoromycota;Umbelopsidomycetes;Umbelopsidales;Umbelopsidaceae;Umbelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 173479 Bacteria;Gemmatimonadota;Gemmatimonadetes;Gemmatimonadales;Gemmatimonadaceae;Gemmatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 286114 Eukaryota;Chytridiomycota;Chytridiomycetes;Synchytriales;Synchytriaceae;Synchytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 323620 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Shinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 766748 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Babjeviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 1196389 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygotorulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 1206748 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Nitrolancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 1395674 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Globomycetaceae;Globomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 2058951 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Raperosteliaceae;Tieghemostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 2571160 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Trinickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 2767880 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Dellaglioa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 2813793 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Litorihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000107 12 2904863 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Hermanssonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 1813 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Amycolatopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 3158 Eukaryota;Chlorophyta;Pedinophyceae;Pedinomonadales;Pedinomonadaceae;Pedinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 5240 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Tulasnellaceae;Tulasnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 5352 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Lentinula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 5748 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Monodopsidaceae;Nannochloropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 5884 Eukaryota;Ciliophora;Oligohymenophorea;Peniculida;Parameciidae;Paramecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 5931 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;NA;Ichthyophthirius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 37467 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Pisolithaceae;Pisolithus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 74030 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 75309 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rhodanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 75984 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Mannheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 109935 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Cladochytriaceae;Cladochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 174951 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ramlibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 196080 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Terasakiellaceae;Terasakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 244825 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Anaerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 1191515 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Ornithinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 1612611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pararhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 2683203 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Vaginisenegalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 2791032 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Candolleomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000098 11 2905722 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Oceanidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 113 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Gemmata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 191 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Azospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 535 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chromobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 906 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Megasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 4873 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Gigaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 5962 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Stentoridae;Stentor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 13641 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Polysphondylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 29828 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Lipomycetaceae;Lipomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 58050 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Moritellaceae;Moritella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 99906 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alkalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 105767 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Tremellaceae;Tremella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 135575 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Idiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 168934 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Thalassospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 186650 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Microvirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 276836 Eukaryota;Cryptomycota;NA;NA;NA;Rozella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 352450 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Simplicispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 359407 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylotenera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 414371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aureimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 431390 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Mayamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 907197 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Psychrosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 1008952 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Oophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 1085622 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propioniciclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 1114981 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Piscinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 1322061 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Rhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 1427149 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halomicroarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 1433993 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Chryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 1755832 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Haloimpatiens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 1827195 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Caballeronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 1906657 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Doolittlea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 1926677 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Raoultibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000089 10 2675232 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Neobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 10 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Cellvibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 171 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Leptospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 222 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Achromobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 773 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Bartonellaceae;Bartonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 1033 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Afipia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 1152 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Pseudanabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 2093 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 2330 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 2768 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Chondrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 2774 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 4855 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Mortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 5453 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Ascochyta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 5533 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Rhodotorula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 28228 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Colwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 34008 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 35103 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Pseudocohnilembidae;Pseudocohnilembus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 45156 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidioschyzon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 45667 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 50955 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Geosiphonaceae;Geosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 51366 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Salinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 53460 Bacteria;Actinomycetota;Actinomycetes;Nakamurellales;Nakamurellaceae;Nakamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 67572 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Psychromonadaceae;Psychromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 88551 Eukaryota;NA;Dinophyceae;Syndiniales;Amoebophryaceae;Amoebophrya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 89956 Eukaryota;NA;Dinophyceae;Suessiales;Suessiaceae;Polarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 96312 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Leptographium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 109875 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Catenariaceae;Catenaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 109882 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Chytriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 109944 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;Gonapodyaceae;Gonapodya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 133407 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Acytostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 156973 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Dysgonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 188143 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Enterovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 221102 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Moniliophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 261825 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Agarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 267408 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Arsenicicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 305976 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 331971 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Thalassobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 401469 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Undibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 453566 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Ambisporaceae;Ambispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 511678 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Aliivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 881616 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Herbiconiux;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 1649459 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hungatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 1649470 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Minicystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 2576890 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Nibricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 2691417 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Lacipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000080 9 2894762 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Zophobihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 830 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Butyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 1030 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Thiothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 1060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 4813 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Chytridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 4821 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Piromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 4836 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Phycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 5324 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Trametes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 28581 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Allomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 34416 Eukaryota;Basidiomycota;Microbotryomycetes;Microbotryales;Microbotryaceae;Microbotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 35127 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Thalassiosirales;Thalassiosiraceae;Thalassiosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 35724 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Macrophomina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 54066 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Xylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 64515 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Rhizophlyctidaceae;Rhizophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 90268 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Apophysomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 109896 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Gaertneriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 118259 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Plenodomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 204447 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Skermanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 296051 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Terrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 336803 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Thorselliaceae;Thorsellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 354349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Pseudochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 388809 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;NA;Blyttiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 549703 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kurtzmaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 877559 Eukaryota;NA;NA;Apusomonadida;Apusomonadidae;Thecamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 880756 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Fistulifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 1036719 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Verticillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 1587496 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Irineochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 1653176 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cereibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 1927833 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Candidatus Fukatsuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 2052799 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Jimgerdemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 2058189 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Heterostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 2698688 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paraflavitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 2759657 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 2767358 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasmopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 2807415 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Urbifossiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000071 8 2943312 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Tenebrionicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Porphyromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 1234 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Nitrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 1569 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Sporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 2207 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 5305 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phanerochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 5658 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leishmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 5690 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Trypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 34487 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Conidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 65047 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Mitsuaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 74556 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Thraustotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 79328 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Chitinophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 82267 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;NA;Hyaloraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 101102 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Circinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 104239 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pterulaceae;Pterula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 106591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ensifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 117544 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Cytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 136099 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Knoellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 152267 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pigmentiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 166953 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Kaistia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 168658 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Rhodoblastus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 198346 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Baumannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 202907 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Collimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 223385 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;NA;Grimontella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 305899 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Endozoicomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 318147 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Paucibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 381760 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Elliptochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 412033 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Celerinatantimonadaceae;Celerinatantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 568988 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Regiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 582472 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Wohlfahrtiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 763439 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Caenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 797121 Eukaryota;Fornicata;NA;NA;NA;Kipferlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 947096 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Porosporidae;Porospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 1148163 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paralcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 1433987 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Amantichitinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 2486696 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Cladocopium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 2823237 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alteribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000062 7 2996260 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Polyrhizophydium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 890 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Desulfuromonadaceae;Desulfuromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 1218 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Prochlorococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 2375 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Sporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 2755 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Brochothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 4778 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Bremia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 4849 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Blakeslea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 4852 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Cunninghamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 4895 Eukaryota;Ascomycota;Schizosaccharomycetes;Schizosaccharomycetales;Schizosaccharomycetaceae;Schizosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 5251 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Ceratobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 5260 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Melampsoraceae;Melampsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 28067 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Rubrivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 28196 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Arcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 29407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 33652 Eukaryota;NA;Bigyra;Bicosoecida;Cafeteriaceae;Cafeteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 43987 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Geotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 44011 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Ferrimonadaceae;Ferrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 48073 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Microbulbiferaceae;Microbulbifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 53457 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Janibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 55968 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leucobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 70188 Eukaryota;Olpidiomycota;Olpidiomycetes;Olpidiales;Olpidiaceae;Olpidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 76008 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Fusibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 109967 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Rhizoclosmatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 110932 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leifsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 125216 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 133746 Eukaryota;Basidiomycota;Agaricomycetes;Corticiales;Punctulariaceae;Punctularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 159191 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Nodularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 162491 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Oerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 175660 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Pyrrhoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 191494 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Conexibacteraceae;Conexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 195964 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Asanoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 242605 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Luteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 258075 Eukaryota;Ascomycota;Dothideomycetes;Eremomycetales;Eremomycetaceae;Eremomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 281915 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Curvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 316612 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Methylibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 332248 Bacteria;Deinococcota;Deinococci;Trueperales;Trueperaceae;Truepera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 364316 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Verminephrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 366580 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Bowmanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 396388 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Aestuariimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 416916 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Aggregatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 1396506 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Borealophlyctidaceae;Borealophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 1518149 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 1524249 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Pseudohongiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 1555240 Eukaryota;Chytridiomycota;Chytridiomycetes;Caulochytriales;Caulochytriaceae;Caulochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 1621534 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Paraglaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 1648491 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Aquihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 1649510 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Variibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 1679449 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudooceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 2005355 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 2005359 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalicatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 2025987 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Nothophytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 2044848 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Siccirubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 2315209 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Hondaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 2805645 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Pedococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 2810357 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Jinshanibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000053 6 2886866 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Sinanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 780 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Rickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 896 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfococcaceae;Desulfococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 898 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfomicrobiaceae;Desulfomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1101 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Prosthecochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1860 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Geodermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 2857 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 4807 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Blastocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 5094 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Talaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 5263 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Uromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 5277 Eukaryota;Basidiomycota;Microbotryomycetes;Leucosporidiales;Leucosporidiaceae;Leucosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 5379 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Suillaceae;Suillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 5864 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Babesiidae;Babesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 13075 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Globicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 13134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Magnetospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 29465 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Veillonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 33986 Bacteria;Bacillota;Bacilli;Bacillales;NA;Exiguobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 34484 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Entomophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 37914 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Dietziaceae;Dietzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 45234 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Cordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 55339 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Amylostereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 73024 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 73778 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylocaldum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 81525 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Monosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 92793 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 96492 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frigoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 105135 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Anaeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 141948 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Thermomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 196013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Caldimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 202746 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfurimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 203804 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Blochmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 222439 Eukaryota;Preaxostyla;NA;Oxymonadida;Streblomastigidae;Streblomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 246875 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Algoriphagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 265488 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rhodopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 290174 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aquimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 302781 Eukaryota;Preaxostyla;NA;Oxymonadida;Polymastigidae;Monocercomonoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 312063 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Azohydromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 354354 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niastella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 367298 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Phycicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 404432 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Salinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 409304 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Ishikawaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 449972 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Chelativorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 474995 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Ophiocordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 556257 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Pseudolabrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 669368 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Coleofasciculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 745410 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Gallaecimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 947525 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Miniimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1232588 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Saprochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1434046 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1443919 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Tabrizicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1458243 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Pseudomaricurvus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1538468 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Povalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1742989 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Glutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1742993 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1763521 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Paludisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1914234 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Fimbriiglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1940604 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Edaphochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 1960084 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Rodentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 2026842 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;NA;Bifiguratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 2494209 Bacteria;Armatimonadota;Armatimonadia;Capsulimonadales;Capsulimonadaceae;Capsulimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 2680005 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudolysinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 2728523 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;Quaeritorhizaceae;Quaeritorhiza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 2779861 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Linnemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 2901189 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Halopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000044 5 2919092 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Pseudostreptobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 107 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Spirosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 416 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 507 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Alcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 838 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 848 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Fusobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1158 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Oscillatoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1177 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Nostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2000 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Streptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2013 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Nocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2044 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Pimelobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 4769 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Saprolegnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 4802 Eukaryota;Oomycota;NA;Lagenidiales;Lagenidiaceae;Lagenidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 5182 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Hymenoscyphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 5193 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Morchellaceae;Morchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 5369 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Boletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 5543 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Trichoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 5740 Eukaryota;Fornicata;NA;Diplomonadida;Hexamitidae;Giardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 5758 Eukaryota;Evosea;NA;Mastigamoebida;Entamoebidae;Entamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 5973 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Halteriidae;Halteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 13159 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Mycoplana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 13348 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Arthrobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 29825 Eukaryota;Ascomycota;Neolectomycetes;Neolectales;Neolectaceae;Neolecta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 34019 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Liberibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 34069 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Telluria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 34114 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Pleurastraceae;Pleurastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 34348 Eukaryota;Basidiomycota;Mixiomycetes;Mixiales;Mixiaceae;Mixia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 34444 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 34448 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Marasmius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 36862 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Ideonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 38835 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pterosperma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 40144 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Tricholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 40421 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Bondarzewia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 41955 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Amanitaceae;Amanita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 43431 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Sphaerosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 43676 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Promicromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 52959 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Polaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 60919 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Sanguibacteraceae;Sanguibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 68034 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Sporotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 69578 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Cryobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 69894 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Tindallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 74855 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Terfezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 78916 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Piptocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 78920 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Tieghemiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 80865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Delftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 84111 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Eggerthella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 85043 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Williamsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 93681 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Roseateles;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 101100 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Dissophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 101116 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Sporodiniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 101135 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Fennellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 110080 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Obelidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 129577 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 136088 Eukaryota;NA;NA;Malawimonadida;Malawimonadidae;Malawimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 139433 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meripilaceae;Physisporinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 146784 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Bacteriovoracaceae;Bacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 148959 Eukaryota;Basidiomycota;Wallemiomycetes;Wallemiales;Wallemiaceae;Wallemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 154116 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Bogoriellaceae;Georgenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 169055 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Nordella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 169998 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Phakopsoraceae;Phakopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 190323 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Plantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 204456 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Gemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 219181 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ottowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 224458 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Pyxidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 226991 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Cyphellophoraceae;Cyphellophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 229045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Trichomonascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 236052 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 241189 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Hespellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 245561 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Acidomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 247501 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Parachlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 258255 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pseudovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 261096 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Kappamycetaceae;Kappamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 279531 Eukaryota;Microsporidia;NA;NA;NA;Dictyocoela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 286098 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Seminavis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 286660 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Peltaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 290425 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Advenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 335405 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sphingosinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 337670 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Pilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 355929 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Yonghaparkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 360239 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Tepidicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 372047 Eukaryota;Ascomycota;Dothideomycetes;Phaeotrichales;Phaeotrichaceae;Trichodelitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 407217 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 413435 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Solimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 500614 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Desmospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 551759 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Aromatoleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 596919 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactifluus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 688353 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Lichtheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 946234 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Flavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 979650 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Haplosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1047167 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zymoseptoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1074468 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Candidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1126249 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Geranomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1245590 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Mariniradius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1288026 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Arcticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1434002 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Falsirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1453544 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Tahibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1470540 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Jeotgalibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1505768 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Candidatus Schmidhempelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1522432 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Pseudoduganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1541822 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudophaeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1648508 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ciceribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1682492 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Tachikawaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1738645 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Caproiciproducens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1843210 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerocolumna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 1914248 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;NA;Motilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2004797 Bacteria;Acidobacteriota;Vicinamibacteria;Vicinamibacterales;Vicinamibacteraceae;Luteitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2056696 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Fastidiosibacteraceae;Cysteiniphilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2321187 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Poseidonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2505929 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Chaetophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2600304 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Baekduiaceae;Baekduia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2675234 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2676755 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2779860 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gryganskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2782229 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Epilithonimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2840442 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Dendronalium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2942761 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Argonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 2967962 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Brucepastera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000036 4 3039361 Eukaryota;Rhodophyta;Bangiophyceae;Cavernulicolales;Cavernulicolaceae;Gronococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 32 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Myxococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 47 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Archangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 50 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Chondromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 118 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 404 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 832 Bacteria;Fibrobacterota;Fibrobacteria;Fibrobacterales;Fibrobacteraceae;Fibrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 846 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 864 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Pectinatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 866 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Ruminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 970 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Selenomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1099 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Pelodictyon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1186 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Calotrichaceae;Calothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1257 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptostreptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1998 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Planomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2034 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Curtobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2053 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Gordonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2220 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanolobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2425 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Teredinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2761 Eukaryota;NA;Glaucocystophyceae;NA;Cyanophoraceae;Cyanophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 3030 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Cryptomonadaceae;Cryptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 3136 Eukaryota;Chlorophyta;Ulvophyceae;Dasycladales;Polyphysaceae;Acetabularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 5104 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ascosphaeraceae;Ascosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 5121 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Erysiphe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 5146 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Sordaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 5280 Eukaryota;Basidiomycota;Exobasidiomycetes;Georgefischeriales;Tilletiariaceae;Tilletiaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 5402 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Russula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 5429 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Sporobolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 5706 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Phytomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 5873 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Theileriidae;Theileria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 13705 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Syncephalastraceae;Syncephalastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 27382 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Scutellospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 28070 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Gloeothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 29521 Bacteria;Spirochaetota;Spirochaetia;Brachyspirales;Brachyspiraceae;Brachyspira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 32068 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Sebaldella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 33202 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Thermoascaceae;Paecilomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 33926 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Candidatus Phytoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 34067 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Cycloclasticus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 36046 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Elaphomycetaceae;Elaphomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 37991 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Xylaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 39643 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Sorangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 39845 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinokineospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 42255 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Rubrobacteraceae;Rubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 47204 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Pyronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 47424 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Armillaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 48075 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 49237 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Chaetocerotaceae;Chaetoceros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 56688 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Halorubraceae;Halorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 57133 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Hydnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 58108 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinocorallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 63682 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Lobosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 65097 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Euhalothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 65502 Bacteria;Actinomycetota;Actinomycetes;Cryptosporangiales;Cryptosporangiaceae;Cryptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 68793 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Botryobasidiaceae;Botryobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 69278 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aquamicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 72763 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Tessaracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 73229 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 78922 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 78924 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dimargaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 81041 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Antrodiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 81055 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phaeolaceae;Wolfiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 81060 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Steccherinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 82800 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Desemzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 91942 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Hortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 100815 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;NA;Madurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 101126 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Hesseltinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 109893 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Powellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 111142 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alishewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 114248 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Tepidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 125287 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Ornithinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 143016 Eukaryota;NA;NA;Jakobida;Jakobidae;Jakoba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 147557 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Byssothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 153265 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aequorivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 157920 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Cellulosimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 161492 Bacteria;Myxococcota;Myxococcia;Myxococcales;Anaeromyxobacteraceae;Anaeromyxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 165779 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 167375 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Cyanobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 186035 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Fragilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 190972 Bacteria;Bacillota;Tissierellia;NA;NA;Sedimentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 191303 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Turicibacteraceae;Turicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 198705 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Lampropedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 210567 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Cadophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 213485 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Micavibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 217161 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Chamaesiphonaceae;Chamaesiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 225842 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Formosa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 235888 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Salinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 246861 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Grimontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 249523 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aestuariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 249529 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Caldanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 254250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Isoptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 263377 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Salipiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 265570 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Sulfurovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 274591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Hoeflea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 282132 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Candidatus Protochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 299205 Eukaryota;NA;Cryptophyceae;Kathablepharidacea;Katablepharidaceae;Leucocryptos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 303379 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herminiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 329857 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Cohnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 334107 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Conchiformibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 375673 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Ferrimonadaceae;Paraferrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 410829 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Sugiyamaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 445219 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Reyranellaceae;Reyranella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 448176 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Granulicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 450526 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 475794 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Haliea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 490567 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Arenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 504481 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Sediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 576341 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 577469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Demequinaceae;Demequina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 650341 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Leeia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 682522 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Ilumatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 748770 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Dolichospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1048757 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Moranella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1055688 Bacteria;Myxococcota;NA;Polyangiales;Sandaracinaceae;Sandaracinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1079112 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Ilyonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1082930 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Pelagibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1154586 Bacteria;Actinomycetota;Rubrobacteria;Gaiellales;Gaiellaceae;Gaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1188227 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeomargaritales;Gloeomargaritaceae;Gloeomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1249554 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Aliidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1263978 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Candidatus Endolissoclinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1297562 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Phaseolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1344552 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Noviherbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1383070 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Brevifollis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1395974 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Tardiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1484898 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloceanibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1493516 Eukaryota;Cryptomycota;NA;NA;NA;Paramicrosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1500004 Eukaryota;Blastocladiomycota;Physodermatomycetes;Physodermatales;Physodermataceae;Paraphysoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1540147 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trigonopsidaceae;Tortispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1609595 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Microseira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1632780 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phreatobacteraceae;Phreatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1648505 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Chiayiivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1649454 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Glaciihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1742990 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paeniglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1770203 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Neodidymelliopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1775705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Frigidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1780122 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mobilisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1838142 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Cutaneotrichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1874526 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Kovacikia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1874621 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Panacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1906659 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hoaglandella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 1974209 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Rhodohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2013945 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Imleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2024965 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Dictyobacteraceae;Dictyobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2025617 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Ketobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2027319 Eukaryota;Ascomycota;NA;Vezdaeales;Vezdaeaceae;Vezdaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2027874 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Mongoliimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2321114 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Malaciobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2650923 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aestuariivirgaceae;Aestuariivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2685927 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Tardibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2698753 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Fluviispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2731450 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Limnoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2751156 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Ningiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2779859 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Entomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2779867 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Actinomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2800681 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Aurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2800686 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Tsuneonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2803845 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Usitatibacteraceae;Usitatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2837510 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Siminovitchia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2874214 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Terrihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2884223 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Agilicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2915177 Bacteria;Acidobacteriota;Holophagae;Acanthopleuribacterales;Acanthopleuribacteraceae;Sulfidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2918882 Eukaryota;Fornicata;NA;NA;NA;Aduncisulcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2919362 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Salinarimonadaceae;Saliniramus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2963348 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseosolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 2976759 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Capillimicrobiaceae;Capillimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000027 3 3045815 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichothermofontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 40 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Stigmatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 55 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Polyangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 123 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Pirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 872 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 914 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 943 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Ehrlichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1073 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Rhodopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1121 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Aphanothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1573 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Clavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1654 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2005 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Microbispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2160 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2172 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobrevibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2420 Bacteria;Thermotogota;Thermotogae;Thermotogales;Fervidobacteriaceae;Thermosipho;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2433 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 3101 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Parietochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 3128 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Bryopsidaceae;Bryopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 3189 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Scherffelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 4765 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Achlya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 4867 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Linderina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 4871 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Endogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 5140 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Neurospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 5190 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascobolaceae;Ascobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 5269 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Ustilago;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 5529 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Metarhizium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 5721 Eukaryota;Parabasalia;NA;Trichomonadida;Trichomonadidae;Trichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 5790 Eukaryota;Evosea;Eumycetozoa;Physariida;Physaraceae;Physarum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 5800 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Eimeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 5810 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Toxoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 13275 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Cardiobacteriaceae;Suttonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 27353 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Coleosporiaceae;Cronartium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 27977 Eukaryota;Microsporidia;NA;NA;Nosematidae;Nosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 29002 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Cercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 29330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Alicyclobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 29393 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Dolosigranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 31980 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Acetitomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 31988 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 33042 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Coprococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 33194 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Bipolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 33969 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Melissococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 33973 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 35829 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acetivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 36913 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Lodderomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 38452 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Rutstroemiaceae;Rutstroemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 39948 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Dialister;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 40432 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Daedaleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 40456 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Fistulinaceae;Fistulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 40544 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Sutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 40657 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Plectosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 41299 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Choricystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 41949 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Microthrixaceae;Candidatus Microthrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 42367 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Hirsutella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 42837 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Ammonifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 43356 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Kutzneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 45148 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiostomataceae;Lophiostoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 47182 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascodesmidaceae;Ascodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 47747 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyaloscyphaceae;Hyaloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 49184 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineosporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 53634 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Acidimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 60136 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 62701 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Podosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 64001 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Nevskia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 64560 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Radiomycetaceae;Radiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 64643 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Dichotomocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 65551 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Meiothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 71602 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Diploschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 71666 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Waddliaceae;Waddlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 71944 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Hypholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 74385 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 76890 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Asticcacaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 78914 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Sigmoideomycetaceae;Thamnocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 79808 Eukaryota;Ascomycota;Sordariomycetes;Coniochaetales;Coniochaetaceae;Coniochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 84108 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Slackia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 84616 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Torulaceae;Dendryphion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 84756 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Beutenbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 87266 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Lasallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 90266 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Chlamydoabsidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 93171 Bacteria;Candidatus Tectomicrobia;NA;NA;NA;Candidatus Entotheonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 97226 Eukaryota;Bacillariophyta;Bacillariophyceae;Cymbellales;Gomphonemataceae;Gomphonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 97376 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Biscogniauxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 98402 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Drechmeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 101106 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Halteromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 101851 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Glarea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 109928 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Podochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 110092 Eukaryota;Chytridiomycota;Chytridiomycetes;Polychytriales;NA;Polychytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 110669 Eukaryota;Chlorophyta;Palmophyllophyceae;Prasinococcales;Prasinococcaceae;Prasinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 110934 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agreia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 115543 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Parasporobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 115782 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Trichlorobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 117156 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Actinopolymorphaceae;Actinopolymorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 124224 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Brackiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 135587 Eukaryota;Parabasalia;NA;Tritrichomonadida;Dientamoebidae;Histomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 146805 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Phocoenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 147569 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Myriangiaceae;Myriangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 150830 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Roseibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 151038 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Anaeroarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 152053 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Starkeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 155415 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;NA;Monosporascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 157000 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Lobophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 160795 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Ureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 171412 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Eremococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 175304 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lentibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 178440 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Opitutus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 182269 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aurantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 184431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 186310 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Pezizellaceae;Calycina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 186831 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Acetoanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 188905 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Jannaschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 191373 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Pelotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 196079 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 200890 Eukaryota;Discosea;Flabellinia;Dactylopodida;Paramoebidae;Paramoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 201152 Eukaryota;Fornicata;NA;NA;NA;Carpediemonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 203133 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 204475 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Gemmiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 207244 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 208215 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Parvularcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 211469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Kineosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 212111 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 214906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Histophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 215249 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Cryptobasidiaceae;Acaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 221065 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Kordia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 227085 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Bigelowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 227979 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Jeotgalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 230838 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronosclerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 231006 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Trichothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 231683 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Saccharospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 232264 Eukaryota;NA;NA;Telonemida;NA;Telonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 237584 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Teratosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 238749 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Diaphorobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 239050 Eukaryota;Ascomycota;Sordariomycetes;Chaetosphaeriales;Chaetosphaeriaceae;Thozetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 264995 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Anaerofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 265487 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Blastopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 265976 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Serinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 269154 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Flagelloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 281472 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Jiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 282682 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Citreicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 282687 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Philasteridae;Philasterides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 285107 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thioclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 304330 Eukaryota;Zoopagomycota;NA;Ramicandelaberales;Ramicandelaberaceae;Ramicandelaber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 308865 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Elizabethkingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 314122 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylellina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 323413 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dokdonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 323449 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Pontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 325644 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Tydemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 329881 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Friedmanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 359336 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Castellaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 363408 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Nonlabens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 365348 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 375288 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Parabacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 400060 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Paludibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 417183 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Mycoemilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 429014 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfocapsaceae;Desulfopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 433838 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pseudoxanthobacteraceae;Pseudoxanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 447237 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frondihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 453161 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Candidatus Nitrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 470018 Eukaryota;Ascomycota;Dothideomycetes;Cladosporiales;Cladosporiaceae;Rachicladosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 476201 Eukaryota;Apicomplexa;Aconoidasida;Nephromycida;NA;Cardiosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 484508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ornithinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 530098 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Blastosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 556178 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Humibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 561367 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Salinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 573139 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Shimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 580596 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Butyricicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 582491 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rubidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 665874 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Limnohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 745364 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Luteipulveratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 940661 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Cetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 940663 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Racocetra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 986106 Bacteria;Pseudomonadota;Gammaproteobacteria;Acidiferrobacterales;Acidiferrobacteraceae;Acidiferrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1010672 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Lecanographaceae;Alyxoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1049006 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Fortieaceae;Fortiea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1052105 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Purpureocillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1069494 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Trueperella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1079922 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Commensalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1097465 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pararhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1121251 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Cucumibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1133570 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cesiribacteraceae;Cesiribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1199100 Eukaryota;Chlorophyta;Ulvophyceae;Scotinosphaerales;Scotinosphaeraceae;Scotinosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1206386 Eukaryota;Ascomycota;NA;NA;NA;Trizodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1215913 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Litorilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1221880 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Psychrobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1227948 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1335631 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Frischella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1348508 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Roseimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1379908 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Rufibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1390972 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Glutinoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1395788 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Gorgonomycetaceae;Gorgonomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1396495 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Thoreauomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1398561 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Jidongwangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1433999 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Domibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1434010 Bacteria;Actinomycetota;Actinomycetes;Jatrophihabitantales;Jatrophihabitantaceae;Jatrophihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1434702 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Taibaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1435009 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Neomonodaceae;Pseudellipsoidion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1449912 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hartigia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1458928 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Okeania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1470349 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Candidatus Stoquefichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1505657 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Intestinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1508451 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Polymorphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1524217 Bacteria;Myxococcota;NA;Polyangiales;Labilitrichaceae;Labilithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1635148 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Sanguibacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1648520 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Conyzicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1649471 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mobilitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1649479 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Permianibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1654719 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Pseudochelatococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1676142 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Wenzhouxiangellaceae;Wenzhouxiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1699619 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Westeberhardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1706033 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Sediminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1712422 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Euryhalocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1734920 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Pseudorhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1769726 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Niveibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1775688 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Jiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1826864 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrososphaerales;Nitrososphaeraceae;Candidatus Nitrosocosmicus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1844498 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Halovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1847725 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Lawsonellaceae;Lawsonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1848396 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Limibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1855416 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Qipengyuania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1860139 Bacteria;Fibrobacterota;Chitinispirillia;Chitinispirillales;Chitinispirillaceae;Chitinispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1860196 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pseudobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1867836 Eukaryota;NA;NA;Jakobida;Stygiellidae;Stygiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1905726 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Paludifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1906661 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Gullanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1914156 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Chiua;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1918521 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Irregularibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1918951 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylotetracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1930830 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Floricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 1940855 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Hypnocyclicus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2023233 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Ancylothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2042066 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Paraphotobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2055876 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Metakosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2183612 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Klenkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2202177 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;NA;Candidatus Methylumidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2211638 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Limimaricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2249306 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Solimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2301194 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Balneatrichaceae;Pokkaliibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2321111 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Aliarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2448024 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Desertimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2675231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mesobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2678885 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2680020 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Tautonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2682247 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Pseudorivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2748674 Bacteria;Bacillota;Clostridia;Moorellales;Zhaonellaceae;Zhaonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2762352 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Albibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2767073 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Treboniaceae;Trebonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2768684 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Terricaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2774146 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Frigoriglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2779937 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Podila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2794998 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Maridesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2796146 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Nitrosacidococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2800384 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Pseudidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2804525 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Lichenicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2805681 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Yinghuangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2807414 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Anatilimnocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2814446 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Roseiconus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2820724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Spirabiliibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2834348 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Caproicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2834759 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Flocculibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2878373 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Neoconidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2903056 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Vineibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2910984 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Solidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2939497 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Coraliihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2941496 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Caniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2967331 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Longitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2976153 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Huaxiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2983819 Eukaryota;Ascomycota;Sordariomycetes;NA;NA;Neoarthrinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 2986344 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Parachryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000018 2 3034706 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Scleromatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 6 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Azorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 16 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 85 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hyphomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 96 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Gallionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 133 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 138 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Borreliaceae;Borrelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 146 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Spirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 179 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Leptospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 270 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Thermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 279 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Xanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 352 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Azotobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 429 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 522 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidiphilium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 528 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Ochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 541 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Zymomonadaceae;Zymomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 776 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Coxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 893 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfobulbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 904 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Acidaminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 919 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Thiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 965 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1011 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Sporocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1051 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Ectothiorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1111 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Porphyrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1119 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Aphanocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1163 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Anabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1190 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Fischerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1198 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Phormidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1227 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Nitrosococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1372 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1378 Bacteria;Bacillota;Bacilli;Bacillales;NA;Gemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1647 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Erysipelothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1649 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Kurthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1651 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alloiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1740 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfobacteriaceae;Thermodesulfobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1835 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2050 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Mobiluncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2060 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Tsukamurellaceae;Tsukamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2063 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Kitasatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2147 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Acholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2316 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2335 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Thermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2349 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Haliscomenobacteraceae;Haliscomenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2351 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Flexistipitaceae;Flexistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2723 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hirschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2735 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Verrucomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2770 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2849 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Phaeodactylaceae;Phaeodactylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2985 Eukaryota;NA;Chrysophyceae;Chromulinales;Chromulinaceae;Ochromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2988 Eukaryota;NA;Synurophyceae;Synurales;Mallomonadaceae;Mallomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 3028 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Chroomonadaceae;Chroomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 3038 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 3132 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Codiaceae;Codium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 4998 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cuniculitremaceae;Kockovaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5010 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Taphrinaceae;Taphrina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5027 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Pyrenophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5036 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Histoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5149 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Chaetomium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5179 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Sclerotinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5218 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Exidiaceae;Exidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5307 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Phlebia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5552 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Trichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5579 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Saccotheciaceae;Aureobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5598 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Alternaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5600 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Phialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5626 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Grifolaceae;Grifola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5629 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Laetiporaceae;Laetiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5631 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Lenzites;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5637 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Polyporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5644 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Stereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 5712 Eukaryota;Euglenozoa;Kinetoplastea;Eubodonida;Bodonidae;Bodo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 12960 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Azoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 13334 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Anaerobiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 13724 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 27314 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Dipodascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 27971 Eukaryota;Microsporidia;NA;NA;Enterocytozoonidae;Enterocytozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 28022 Eukaryota;Rhodophyta;Florideophyceae;Ahnfeltiales;Ahnfeltiaceae;Ahnfeltia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 28033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVII. Incertae Sedis;Sulfobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 28073 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Lyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 28209 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Chelatococcaceae;Chelatococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 28236 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Petrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 28443 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Herbidospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 29646 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Stichococcaceae;Stichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 29909 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Tolypocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 32207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Rothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 32257 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Kingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 33057 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Thauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 33071 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeobacterales;Gloeobacteraceae;Gloeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 33094 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Draparnaldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 33641 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Coscinodiscales;Coscinodiscaceae;Coscinodiscus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 33656 Eukaryota;Haptophyta;NA;Phaeocystales;Phaeocystaceae;Phaeocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 33870 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Coriobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 34102 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Sphaerotilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 34104 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Streptobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 34433 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucoagaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 34435 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Macrolepiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 34453 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Hebeloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 35152 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Dixoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 36065 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Cantharellaceae;Cantharellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 38037 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Ploettnerulaceae;Rhynchosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 38447 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Monilinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 38797 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Neolentinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 38946 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Paracoccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 39709 Eukaryota;Fornicata;NA;Diplomonadida;Hexamitidae;Spironucleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 39965 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Hypsizygus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 40354 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Fonsecaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 40418 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Auriscalpium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 40459 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Hericium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 40558 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botryotinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 40593 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Peziza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 41953 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Pseudo-nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 42054 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Chromohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 42232 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Spirilliplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 42398 Eukaryota;Microsporidia;NA;NA;Nosematidae;Vittaforma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 42417 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Halobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 43220 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Capronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 43429 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Wilcoxina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 43936 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ectocarpaceae;Kuckuckia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 44260 Bacteria;Bacillota;Clostridia;Moorellales;Moorellaceae;Moorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 44261 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Oxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 44439 Eukaryota;NA;Raphidophyceae;Chattonellales;Chattonellaceae;Chattonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 44450 Eukaryota;NA;Raphidophyceae;Chattonellales;Vacuolariaceae;Vacuolaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 44649 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlorococcaceae;Chlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 44937 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Achromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 45247 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Leucothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 45294 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Ophiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 45308 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Melanommataceae;Melanomma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 45669 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Salinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 45785 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nadsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 45787 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Wickerhamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 45989 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanomicrobiaceae;Methanoculleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 46239 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Entomoplasmataceae;Mesoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 47025 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 48598 Eukaryota;Rhodophyta;Florideophyceae;Hapalidiales;Hapalidiaceae;Lithothamnion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 48954 Eukaryota;Rhodophyta;Florideophyceae;Corallinales;Lithophyllaceae;Lithophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 49279 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gelidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 49968 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Geopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 50036 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Bracteacoccaceae;Bracteacoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 50989 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Rickenellaceae;Rickenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 51228 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Wigglesworthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 51323 Eukaryota;Chlorophyta;Ulvophyceae;Oltmannsiellopsidales;Oltmannsiellopsidaceae;Oltmannsiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 51540 Eukaryota;Microsporidia;NA;NA;Spraguidae;Spraguea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 52605 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Myxosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 53365 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Catellatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 53387 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Friedmanniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 53945 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Octadecabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 54298 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Chroococcidiopsidaceae;Chroococcidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 54692 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Chlorociboriaceae;Chlorociboria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 55079 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Aneurinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 55080 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Brevibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 55998 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Stigeoclonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 56003 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Fritschiellaceae;Fritschiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 56489 Eukaryota;Basidiomycota;Agaricomycetes;Thelephorales;Thelephoraceae;Thelephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 56747 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Fibularhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 57138 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Calonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 57479 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Microvirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 57739 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Vogesella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 58120 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Planotetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 60184 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Phascolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 60496 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Thielaviopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 61413 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Martensiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 63413 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Blidingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 64629 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mycotyphaceae;Mycotypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 64652 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Clitocybaceae;Lepista;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 68743 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Pluteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 68756 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Clavulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 68779 Eukaryota;Basidiomycota;Agaricomycetes;Gomphales;Gomphaceae;Ramaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 68903 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Terracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 69474 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Orientia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 70994 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Lewinellaceae;Lewinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 71927 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Termitomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 74819 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Lotharella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 76632 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Thermobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 77566 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Hepatocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 79258 Eukaryota;Rhodophyta;Florideophyceae;Hildenbrandiales;Hildenbrandiaceae;Apophlaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 81416 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanomicrobiaceae;Methanofollis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 82105 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Cladophialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 82345 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Ornithinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 82999 Eukaryota;NA;Olisthodiscophyceae;NA;Olisthodiscaceae;Olisthodiscus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 83173 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Starmera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 83677 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Thermobifida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 83681 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Nonomuraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 83770 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Succinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 84034 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Propionispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 85072 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Allochromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 85978 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;NA;Leucogyrophana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 86026 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Mollisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 86085 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Gymnopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 86671 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Roseospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 87270 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Umbilicaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 88741 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 88875 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Ferribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 89583 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 90243 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Oligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 90402 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Geoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 91914 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Asaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 94642 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Besnoitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 96783 Eukaryota;Euglenozoa;Euglenida;Euglenales;Phacaceae;Phacus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 97971 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Periconiaceae;Periconia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 98757 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Gelatoporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 100043 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleomassariaceae;Pleomassaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 100051 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Delitschiaceae;Delitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 102234 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Geminocystaceae;Cyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 104264 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Cellulophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 104267 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tenacibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 104535 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Uronemataceae;Uronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 105983 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Apiotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 106146 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pelistega;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 106633 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thioalkalivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 109956 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Physocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 110509 Eukaryota;Rhodophyta;Compsopogonophyceae;Rhodochaetales;Rhodochaetaceae;Rhodochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 110564 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Clonostachys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 112497 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Ramularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 117999 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Geovibrionaceae;Denitrovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 119977 Bacteria;Pseudomonadota;Acidithiobacillia;Acidithiobacillales;Acidithiobacillaceae;Acidithiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 119979 Bacteria;Pseudomonadota;Acidithiobacillia;Acidithiobacillales;Thermithiobacillaceae;Thermithiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 120212 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Subtercola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 125369 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Paraphaeosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 129001 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 135858 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Catenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 137583 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 139133 Eukaryota;Basidiomycota;Agaricomycetes;Trechisporales;NA;Sistotremastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 146936 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Azonexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 147572 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Piedraiaceae;Piedraia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 150203 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Blastomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 150372 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Escovopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 151754 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Xenophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 152161 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Stappia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 153903 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Monostromataceae;Gayralia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 155862 Archaea;Euryarchaeota;Methanococci;Methanococcales;Methanococcaceae;Methanothermococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 157004 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Padina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 157226 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Jeotgalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 157482 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Lichina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 157591 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Sterolibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 157932 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paucimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 158045 Eukaryota;Ascomycota;Eurotiomycetes;Phaeomoniellales;Phaeomoniellaceae;Phaeomoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 158481 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Hahellaceae;Hahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 159345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 162027 Bacteria;Myxococcota;NA;Haliangiales;Kofleriaceae;Haliangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 164450 Archaea;Thermoproteota;Thermoprotei;Thermoproteales;Thermoproteaceae;Vulcanisaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 170610 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Halomicronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 172620 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Imshaugia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 172900 Bacteria;Lentisphaerota;Lentisphaeria;Victivallales;Victivallaceae;Victivallis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 173374 Eukaryota;Chlorophyta;Ulvophyceae;Trentepohliales;Trentepohliaceae;Trentepohlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 173494 Eukaryota;Chlorophyta;Ulvophyceae;Oltmansiellopsidales;NA;Neodangemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 174708 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Allobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 183308 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Asterarcys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 184462 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Hyaloperonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 186042 Eukaryota;Bacillariophyta;Bacillariophyceae;NA;Entomoneidaceae;Entomoneis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 186188 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Xylanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 186475 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Roseiflexaceae;Kouleothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 188963 Eukaryota;Cercozoa;NA;NA;NA;Gymnophrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 191672 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Watanabea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 191767 Bacteria;Myxococcota;NA;Nannocystales;Nannocystaceae;Plesiocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 192992 Bacteria;Actinomycetota;Thermoleophilia;Thermoleophilales;Thermoleophilaceae;Thermoleophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 194195 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Alysiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 202696 Eukaryota;Basidiomycota;Agaricomycetes;Jaapiales;Jaapiaceae;Jaapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 202699 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Amylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 202771 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Zooshikellaceae;Zooshikella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 204473 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Angulomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 204476 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Labrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 204754 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Rhexocercosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 212791 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Enhydrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 215251 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Brachybasidiaceae;Meira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 217063 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Oleomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 217510 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Fulvimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 218113 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 223927 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 230494 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Reinekea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 230760 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Roridomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 232523 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hylemonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 238751 Eukaryota;Heterolobosea;NA;NA;Stephanopogonidae;Stephanopogon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 243627 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Hydrocarboniphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 245186 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Loktanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 252301 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Oceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 252306 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Robiginitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 252965 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family IV. Incertae Sedis;Mahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 256730 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Volucribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 259009 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonematopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 261963 Bacteria;Pseudomonadota;Gammaproteobacteria;Kangiellales;Kangiellaceae;Kangiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 265082 Eukaryota;Ascomycota;Sordariomycetes;NA;Thyridiaceae;Thyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 267849 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Nitrincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 268408 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rhodovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 273135 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Amoebophilaceae;Candidatus Cardinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 281459 Eukaryota;NA;Bigyra;Bicosoecida;Siluaniidae;Nerada;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 283735 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Leeuwenhoekiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 283821 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Coelosphaeriaceae;Snowella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 285810 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Pyrenochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 286104 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Winogradskyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 288021 Bacteria;Pseudomonadota;Alphaproteobacteria;Kordiimonadales;Kordiimonadaceae;Kordiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 288793 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Salinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 289201 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 291194 Eukaryota;Microsporidia;NA;NA;Tubulinosematidae;Tubulinosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 292486 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Avibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 296014 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Algicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 299566 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Adhaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 312278 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Emticicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 314318 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Prolixibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 314343 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Sideroxydans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 317661 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Quadrisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 321315 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Sphaerisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 327159 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Accumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 332100 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Planifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 332102 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Fluviicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 338191 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrosopumilales;Nitrosopumilaceae;Nitrosopumilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 340070 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Criblamydiaceae;Criblamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 346096 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Paludibacteraceae;Paludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 348616 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Massospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 349742 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Sedimenticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 351094 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paucisalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 354201 Eukaryota;Discosea;NA;Stygamoebida;NA;Vermistella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 358023 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lutibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 364409 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Granulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 364651 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Bathelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 376469 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Olivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 376488 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 377315 Bacteria;Pseudomonadota;Zetaproteobacteria;Mariprofundales;Mariprofundaceae;Mariprofundus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 378268 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;NA;Infundibulicybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 379065 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 379072 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sediminibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 381414 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Boodleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 383614 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Brasilonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 388829 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Paxillaceae;Hydnomerulius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 391952 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Aquincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 395590 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zasmidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 397275 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Andreprevotia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 397456 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Gulbenkiania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 398041 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 401624 Eukaryota;Basidiomycota;Exobasidiomycetes;Ceraceosorales;Ceraceosoraceae;Ceraceosorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 418700 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Litorivicinaceae;Litorivicinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 420276 Eukaryota;Bacillariophyta;Mediophyceae;Biddulphiales;Biddulphiaceae;Biddulphia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 420644 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Piscibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 427077 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salsuginibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 427766 Eukaryota;Rhodophyta;Compsopogonophyceae;Compsopogonales;Compsopogonaceae;Pulvinaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 433923 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudacidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 435414 Eukaryota;Evosea;Eumycetozoa;NA;Ceratiomyxaceae;Ceratiomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 437506 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Robiginitomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 445670 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Thioalkalispiraceae;Thiohalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 451452 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Boothiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 453849 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Henriciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 454159 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Kiloniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 459532 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Terribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 459786 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Oscillibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 466152 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Singulisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 467943 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Stephanosporaceae;Cristinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 471824 Bacteria;Mycoplasmatota;Mollicutes;Haloplasmatales;Haloplasmataceae;Haloplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 475087 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanoregulaceae;Methanosphaerula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 475961 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Longilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 482136 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Fastidiosibacteraceae;Fangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 482144 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Mechercharimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 485443 Eukaryota;Oomycota;NA;Myzocytiopsidales;Myzocytiopsidaceae;Chlamydomyzium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 488937 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonatronovibrionaceae;Desulfonatronospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 494028 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Gnomoniaceae;Gnomoniopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 501022 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Glaciibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 502117 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Kalaharituber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 504465 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rhodovastum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 508459 Bacteria;Synergistota;Synergistia;Synergistales;Synergistaceae;Cloacibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 510690 Bacteria;Pseudomonadota;Alphaproteobacteria;Sneathiellales;Sneathiellaceae;Sneathiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 518733 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microterricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 568394 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Pseudogulbenkiania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 569950 Eukaryota;Tubulinea;Elardia;Leptomyxida;Flabellulidae;Flabellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 573657 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Hodgkinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 574899 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Haloferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 578092 Eukaryota;Ascomycota;Dothideomycetes;Lineolatales;Lineolataceae;Lineolata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 586132 Eukaryota;Microsporidia;NA;NA;NA;Nematocida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 596707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Sinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 596767 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Hydrogenoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 610116 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aliihoeflea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 630701 Eukaryota;Euglenozoa;Kinetoplastea;NA;Ichthyobodonidae;Perkinsela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 630749 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Spongiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 633405 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Lacticigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 643701 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Reichenbachiellaceae;Marinoscillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 644269 Eukaryota;Rhodophyta;Florideophyceae;Batrachospermales;Batrachospermaceae;Kumanoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 649460 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Filimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 649461 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Lacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 651456 Bacteria;Thermotogota;Thermotogae;Kosmotogales;Kosmotogaceae;Kosmotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 651660 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Paenisporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 660514 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Novispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 674734 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Alloactinosynnema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 685950 Archaea;Thermoproteota;Thermoprotei;Fervidicoccales;Fervidicoccaceae;Fervidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 700595 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfocurvus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 703505 Eukaryota;Ascomycota;Dothideomycetes;Patellariales;Patellariaceae;Patellaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 705561 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Capnodiaceae;Polychaeton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 743714 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Orbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 753676 Eukaryota;Rhodophyta;Compsopogonophyceae;Erythropeltidales;Erythrotrichiaceae;Porphyropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 756610 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Dentiscutata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 767528 Bacteria;Bacillota;Bacilli;Bacillales;NA;Geomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 861913 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Fibrisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 861914 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Fibrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 862775 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Kleidoceria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 863253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Marinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 885864 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Jeongeupia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 886360 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rudaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 908623 Bacteria;Actinomycetota;Nitriliruptoria;Euzebyales;Euzebyaceae;Euzebya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 908626 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Angustibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 937601 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Mucidula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 941338 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Bhargavaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 945765 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Romeriaceae;Romeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 990721 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Christensenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 999506 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Pseudofulvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1004302 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Parasegetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1004303 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ferruginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1005038 Bacteria;Armatimonadota;Fimbriimonadia;Fimbriimonadales;Fimbriimonadaceae;Fimbriimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1005722 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Phormidesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1006480 Bacteria;Bacillota;Clostridia;Eubacteriales;Symbiobacteriaceae;Caldinitratiruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1006481 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Microaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1037661 Eukaryota;Ascomycota;Dothideomycetes;Microthyriales;Microthyriaceae;Microthyrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1052683 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Obba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1053253 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Stylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1053258 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Thelonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1055692 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Chitinolyticbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1076727 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Candidatus Photodesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1077396 Eukaryota;Rhodophyta;Florideophyceae;Nemaliales;Liagoraceae;Neoizziella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1078830 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidicapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1078904 Archaea;Nitrososphaerota;NA;NA;NA;Candidatus Nitrosotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1081670 Eukaryota;Microsporidia;NA;NA;Enterocytozoonidae;Enterospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1084708 Eukaryota;NA;NA;Tsukubamonadida;Tsukubamonadidae;Tsukubamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1094566 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Pyropia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1120752 Bacteria;Cyanobacteriota;Cyanophyceae;Nodosilineales;Nodosilineaceae;Nodosilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1129545 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Claroideoglomeraceae;Claroideoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1132027 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Chromatocurvus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1132856 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Rasamsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1145345 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Bauldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1158296 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Poseidonocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1184606 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Austwickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1193515 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Snodgrassella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1206353 Eukaryota;Ascomycota;Dothideomycetes;NA;Pseudoperisporiaceae;Lizonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1210119 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Ohtaekwangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1213188 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Zancudomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1213737 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Schizoporaceae;Schizopora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1223423 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Neokomagataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1229970 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Glaciimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1233054 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1246884 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Algimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1249016 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Otariodibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1259734 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Compostimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1265689 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cesiribacteraceae;Nafulsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1268272 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Paraperlucidibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1294511 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Naumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1295327 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1301328 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Flavoplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1314700 Bacteria;Pseudomonadota;Alphaproteobacteria;Sneathiellales;Sneathiellaceae;Oceanibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1329200 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fictibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1335745 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Spiribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1341118 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Luminiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1348611 Bacteria;Bacillota;Clostridia;Eubacteriales;Vallitaleaceae;Vallitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1351751 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Parastagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1382832 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Telmatocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1396492 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Fimicolochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1397107 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Aliifodinibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1400062 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Tranquillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1400133 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Allobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1400386 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Bythopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1400859 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Candidatus Competibacteraceae;Candidatus Contendobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1406885 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aliiglaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1408818 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Youngiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1418015 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Pseudochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1424614 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Thermoactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1433986 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Actibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1434001 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Extensimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1434034 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pricia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1434037 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Rubricoccaceae;Rubrivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1434050 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Zhongshania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1436289 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Candidatus Symbiobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1443143 Eukaryota;Discosea;Flabellinia;NA;Vannellidae;Paravannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1471399 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Draconibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1472292 Bacteria;Pseudomonadota;Alphaproteobacteria;Magnetococcales;Magnetococcaceae;Magnetofaba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1472649 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Dielma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1484022 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Diddensiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1484107 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Galbitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1485594 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1492710 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Oxynema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1494215 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Sympoventuriaceae;Verruconis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1499983 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglenaformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1500560 Eukaryota;Basidiomycota;Exobasidiomycetes;Entylomatales;NA;Tilletiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1501224 Bacteria;Bacillota;NA;NA;NA;Hydrogenispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1502941 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Pleioneaceae;Pleionea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1505652 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Terrisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1506553 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1508537 Bacteria;Chloroflexota;Chloroflexia;Kallotenuales;Kallotenuaceae;Kallotenue;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1520333 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Vespertiliibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1524449 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Butyriboletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1538466 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Rhizocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1546255 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Mumia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1561962 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Amorphochlora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1573826 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Psychrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1579505 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rubripirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1579506 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Roseimaritima;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1602345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Parasaccharibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1608298 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Thiolapillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1608404 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Puniceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1609233 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Acidithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1629825 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Lanmaoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1640153 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Caldisalinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1648497 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Boseongicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1649268 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Endobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1649455 Bacteria;Actinomycetota;Actinomycetes;NA;NA;Halopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1649486 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Rhizorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1649490 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Rubinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1649495 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Seonamhaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1652133 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Halobacteriovoraceae;Halobacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1659840 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Sanghuangporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1729679 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1751296 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Sinirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1755683 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Candidatus Berkiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1763447 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halosiccatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1769710 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Sellimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1775292 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Motiliproteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1775716 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Methylobrevis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1778653 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfuriferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1779141 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1784953 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Sediminivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1795633 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Terrilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1795639 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Aquisalinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1801563 Eukaryota;Basidiomycota;Microbotryomycetes;NA;Chrysozymaceae;Pseudohyphozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1804794 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Kalmanozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1805495 Eukaryota;NA;NA;Jakobida;NA;Moramonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1827277 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Aliterellaceae;Aliterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1829937 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Salisaetaceae;Longimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1851509 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Naganishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1855405 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Salisaetaceae;Longibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1855419 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Ursidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1858563 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alkalimarinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1866954 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Varunaivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1903173 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pelobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1907535 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Thiosymbion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1910789 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Diutina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1911566 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Arsenicitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1911577 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Oryzomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1912216 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Cutibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1914229 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Aliidongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1918540 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Muribaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1921582 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Orrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1923871 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Massilibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1924081 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Bariatricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1929135 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Halofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1932705 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Iningainema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1935200 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Merdibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1935206 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rubeoparvulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1938003 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Thermoflexibacteraceae;Thermoflexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1975703 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Xylanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1980513 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Nitrosoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 1981958 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Pseudomicrostroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2004661 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Hyphobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2005375 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2012475 Eukaryota;NA;Phaeophyceae;Laminariales;Agaraceae;Neoagarum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2014233 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Thaumasiovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2028104 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rubricella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2038244 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Agaribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2045060 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methyloterricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2047735 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Mangrovitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2047740 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodosalinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2056239 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Myxacorys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2071601 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Thermostaphylospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2072583 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Neohortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2081418 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Drepanopezizaceae;Drepanopeziza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2093335 Bacteria;Gemmatimonadota;Gemmatimonadetes;Gemmatimonadales;Gemmatimonadaceae;Roseisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2126330 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Kentron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2136116 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Candidatus Sulfotelmatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2164137 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Candidatus Lumbricidophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2174848 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natronobiforma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2211641 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Yoonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2233801 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Ahniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2250589 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Xinfangfangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2269381 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Mangrovicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2282523 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2282741 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfofundulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2302916 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloroparvula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2339270 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Cortinariaceae;Phlegmacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2419833 Bacteria;NA;Candidatus Ozemobacteria;NA;Candidatus Ozemobacteraceae;Candidatus Ozemobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2493629 Bacteria;Pseudomonadota;Alphaproteobacteria;Minwuiales;Minwuiaceae;Minwuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2571199 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Dictyobacteraceae;Tengunoibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2590445 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;NA;Pelagibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2599625 Bacteria;Candidatus Dormibacteraeota;NA;NA;NA;Candidatus Dormibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2651583 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2661811 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Longirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2662142 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2676252 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alginatibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2676837 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Desertihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2676858 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Chakrabartia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2680018 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodophyticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2682476 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2686004 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Vondammii;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2706000 Bacteria;Pseudomonadota;Betaproteobacteria;NA;Casimicrobiaceae;Casimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2706524 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Rariglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2709666 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudolysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2709671 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Saezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2718863 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pararobbsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2729624 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Planctomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2731402 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Antribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2735506 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Pilatotrama;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2758906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Entomomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2768738 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Zooshikellaceae;Spartinivicinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2772198 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfurimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2779869 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lunasporangiospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2784135 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Oculatellaceae;Shackletoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2795774 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Polystyrenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2795775 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Lignipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2795776 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Calycomorphotria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2795777 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Maioricimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2795778 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Caulifigura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2795782 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Botrimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2795865 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Thalassoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2800373 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Priestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2800685 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Pelagerythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2804673 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cypionkella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2807511 Bacteria;Planctomycetota;Phycisphaerae;Tepidisphaerales;Tepidisphaeraceae;Humisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2815784 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Inconstantimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2821507 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Agriterribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2823226 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Allosediminivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2824249 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Arenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2828366 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Caldichromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2831955 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pikeienuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2837485 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Evansella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2837508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rossellomorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2837509 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Schinkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2843200 Bacteria;Actinomycetota;Thermoleophilia;Miltoncostaeales;Miltoncostaeaceae;Miltoncostaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2847312 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Parafannyhessea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2848177 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Pseudocolwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2852059 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Actirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2857076 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeobacterales;Gloeobacteraceae;Anthocerotibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2862144 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ruoffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2880942 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Zeimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2894574 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Saccharobesus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2896773 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Enemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2897349 Bacteria;Planctomycetota;Candidatus Uabimicrobiia;Candidatus Uabimicrobiales;Candidatus Uabimicrobiaceae;Candidatus Uabimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2901261 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Denitrificimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2901382 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Sabulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2910589 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2911684 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhabdonatronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2912543 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Scatolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2916693 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulforamulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2917830 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptothermofonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2919364 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Novacetimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2939270 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Cubamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2944147 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Gehongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2944547 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermochaetoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2946529 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Undibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2950393 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Sessilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2953811 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Thalassoroseus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2975286 Bacteria;Pseudomonadota;Gammaproteobacteria;Candidatus Comchoanobacterales;Candidatus Comchoanobacteraceae;Candidatus Comchoanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2978001 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Jezberella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2978367 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Nicoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2983700 Bacteria;Myxococcota;Myxococcia;Myxococcales;NA;Paraliomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2987599 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pollutimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2992130 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Zarconia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2993541 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Lewinellaceae;Neolewinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2995121 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Granulimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 2995704 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Peterkaempfera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 3020833 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Isoalcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 3025858 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Sulfoacidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 3032809 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Petralouisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.000009 1 3039590 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Parablautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 0.358664 40304 10239 Viruses
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 14.573100 1637615 NA cannot be assigned to a (non-viral) genus
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_Cat2_M_libLAB7047.out 28.047961 3151818 NA unclassified
diff --git a/results/Kaiju/kaiju_NG-A0628_Turnip_1M_libLAB7049_summary.tsv b/results/Kaiju/kaiju_NG-A0628_Turnip_1M_libLAB7049_summary.tsv
new file mode 100644
index 0000000..5450c81
--- /dev/null
+++ b/results/Kaiju/kaiju_NG-A0628_Turnip_1M_libLAB7049_summary.tsv
@@ -0,0 +1,2511 @@
+file percent reads taxon_id taxon_name
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 16.566038 1680536 1253 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Pediococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 7.805517 791828 2767885 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Latilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 7.279723 738489 1243 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Leuconostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 5.553235 563346 2767886 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Levilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 3.772589 382709 2767842 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactiplantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 2.838247 287925 2767892 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Secundilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 2.245609 227805 71245 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kazachstania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 2.034578 206397 547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Enterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.996041 101043 2767889 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Loigolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.251260 25489 2767893 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lentilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.240397 24387 33877 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.215901 21902 2759736 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lacticaseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.169373 17182 1279 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Staphylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.162660 16501 1357 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.161665 16400 1578 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.146967 14909 662 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Vibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.125655 12747 46255 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Weissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.123190 12497 2767879 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Companilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.113550 11519 1883 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.100163 10161 1301 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Streptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.099690 10113 2767890 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Paucilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.091291 9261 1350 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Enterococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.074839 7592 4780 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Plasmopara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.072236 7328 1129544 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Rhizophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.070285 7130 2742598 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Limosilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.065681 6663 98757 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Gelatoporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.063532 6445 286 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Pseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.052975 5374 2767887 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Ligilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.051171 5191 148959 Eukaryota;Basidiomycota;Wallemiomycetes;Wallemiales;Wallemiaceae;Wallemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.050609 5134 5052 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Aspergillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.047435 4812 1854 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Frankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.041313 4191 28253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.038602 3916 561 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Escherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.037410 3795 2767882 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Furfurilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.035507 3602 469 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Acinetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.035211 3572 28196 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Arcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.035182 3569 84567 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.034433 3493 1716 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Corynebacteriaceae;Corynebacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.034334 3483 38832 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Micromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.033407 3389 1386 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Bacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.032875 3335 5140 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Neurospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.032658 3313 4930 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Saccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.031929 3239 2772525 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Putridiphycobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.031781 3224 33882 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.029021 2944 53246 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Pseudoalteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.028163 2857 1849822 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paraclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.027670 2807 866673 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Marinifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.027522 2792 1970195 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Ancylomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.026408 2679 34111 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Monoraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.023224 2356 2767888 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Liquorilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.022584 2291 106589 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Cupriavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.020602 2090 1637 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Listeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.019755 2004 613 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Serratia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.019617 1990 68287 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Mesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.019577 1986 46254 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Oenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.018394 1866 657 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Photobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.018138 1840 51668 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Tetragenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.018099 1836 57493 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Kocuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.017803 1806 44249 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Paenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.017201 1745 29888 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Calocera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.016778 1702 570 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Klebsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.016521 1676 497 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Psychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.015871 1610 1322061 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Rhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.015565 1579 5605 Eukaryota;Ascomycota;NA;NA;NA;Saitoella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.014225 1443 2767881 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.014126 1433 4958 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Debaryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.013574 1377 22 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Shewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.013199 1339 2803850 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Mammaliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.012894 1308 5583 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Exophiala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.012450 1263 5948 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Stylonychia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.012430 1261 2831443 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.012076 1225 43668 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Brachybacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.011731 1190 2779861 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Linnemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.011307 1147 2747 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Carnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.010972 1113 82802 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Trichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.010528 1068 4875 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Glomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.010311 1046 2767884 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lapidilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.010212 1036 670516 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.009660 980 55528 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Guillardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.009227 936 374 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Bradyrhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.008862 899 308926 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Diversisporaceae;Diversispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.008714 884 1870884 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Clostridioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.008675 880 3071 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Chlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.008379 850 1988 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinomadura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.008310 843 43987 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Geotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.008300 842 441 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.008103 822 414371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aureimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.008014 813 2745 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.007985 810 101 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Flectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.007945 806 207599 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Solirubrobacteraceae;Solirubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.007847 796 4919 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Pichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.007748 786 2767891 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Schleiferilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.007669 778 1849718 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Labilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.006900 700 1663 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Arthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.006752 685 1485 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Clostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.006683 678 5820 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Plasmodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.006555 665 407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.006457 655 89966 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Hymenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005924 601 2767358 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasmopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005895 598 1678 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bifidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005796 588 306539 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halolactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005737 582 2767877 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Apilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005717 580 97050 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005619 570 28453 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Sphingobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005579 566 1206748 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Nitrolancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005520 560 237 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005244 532 249523 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aestuariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005244 532 2930384 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Periweissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005195 527 2812012 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Zongyanglinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005027 510 599737 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Wickerhamomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005018 509 194 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Campylobacteraceae;Campylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.005018 509 1742992 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paenarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.004998 507 111500 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muricauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.004830 490 265 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.004811 488 59732 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chryseobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.004722 479 41891 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Coccomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.004692 476 1375 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Aerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.004446 451 3052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlamydomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.004347 441 53335 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Pantoea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.004219 428 489140 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Geminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.004199 426 1838142 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Cutaneotrichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.004189 425 559173 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.004130 419 2767875 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Agrilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003904 396 461281 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Ogataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003815 387 5206 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Cryptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003815 387 253255 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Soehngenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003716 377 2767876 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Amylolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003697 375 4910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kluyveromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003697 375 13786 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Trebouxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003697 375 255204 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudoclavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003598 365 1822464 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paraburkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003529 358 5073 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003519 357 349 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Zoogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003430 348 38501 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Blastococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003411 346 1763 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003352 340 278028 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Naumovozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003302 335 267408 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Arsenicicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003283 333 47830 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Lachnaceae;Lachnellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003154 320 143959 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Coelomomycetaceae;Coelomomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003145 319 171413 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Dolosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003135 318 4953 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003115 316 374468 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Nakaseomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.003007 305 1827 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Rhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002947 299 2737 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Vagococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002908 295 1839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Nocardioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002908 295 83174 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Valsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002898 294 3118 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Ulva;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002898 294 1448052 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Globisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002888 293 253183 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Myceligenerans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002878 292 5296 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Puccinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002878 292 191392 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Auxenochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002869 291 2077 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sporolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002760 280 2302914 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloropicon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002740 278 40323 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Stenotrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002701 274 70447 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Ostreococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002691 273 1142 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Synechocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002681 272 5320 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pleurotaceae;Pleurotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002573 261 34037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rahnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002524 256 3087 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Scenedesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002474 251 45033 Eukaryota;NA;Phaeophyceae;Laminariales;Chordaceae;Chorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002474 251 100474 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Batrachochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002445 248 184027 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Golovinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002425 246 41879 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pycnococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002326 236 2782231 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Kaistella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002317 235 713 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Actinobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002277 231 107449 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Phaffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002267 230 5806 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Cryptosporidiidae;Cryptosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002228 226 326606 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Annulohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002208 224 63298 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Pseudozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002179 221 76831 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Myroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002080 211 475 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Moraxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002060 209 1696 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Brevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002060 209 121087 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Ostreobiaceae;Ostreobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002060 209 2804231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lederbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002050 208 379 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Rhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002041 207 163316 Eukaryota;Chlorophyta;Chlorophyceae;NA;Microsporaceae;Microspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.002021 205 54304 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001981 201 469322 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Steroidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001962 199 626 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Xenorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001942 197 229219 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Blastomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001883 191 4828 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Absidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001863 189 1176129 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Aulographaceae;Aulographum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001843 187 5475 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Candida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001843 187 31366 Eukaryota;Rhodophyta;Florideophyceae;Bonnemaisoniales;Bonnemaisoniaceae;Asparagopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001843 187 46913 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Devosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001824 185 3044 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Dunaliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001824 185 358905 Eukaryota;Basidiomycota;Agaricomycetes;Sebacinales;Serendipitaceae;Serendipita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001814 184 4783 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Phytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001804 183 34072 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Variovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001794 182 460073 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Segetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001765 179 586 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Providencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001765 179 412764 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Spathaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001765 179 1539666 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Suhomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001745 177 249344 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Picochlorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001705 173 27375 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Entrophosporaceae;Entrophospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001705 173 2767878 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Bombilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001696 172 41874 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Bathycoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001686 171 590 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Salmonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001636 166 57494 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Nesterenkonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001636 166 88138 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Modestobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001607 163 965 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001538 156 2782229 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Epilithonimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001528 155 105983 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Apiotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001518 154 283 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Comamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001479 150 4917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Pachysolen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001479 150 36880 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Cymbomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001469 149 100883 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Coprobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001459 148 160674 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Raoultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001459 148 756023 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Xylogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001449 147 766733 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Scheffersomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001410 143 153265 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aequorivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001400 142 226 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001390 141 4830 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Mucor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001350 137 100860 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Aphanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001341 136 32008 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001331 135 41275 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Brevundimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001331 135 216851 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Faecalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001321 134 1203 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001321 134 4842 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Rhizopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001321 134 29580 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Janthinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001321 134 2800678 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001311 133 305976 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001272 129 810 Bacteria;Chlamydiota;Chlamydiia;Chlamydiales;Chlamydiaceae;Chlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001272 129 190323 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Plantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001242 126 544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Citrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001242 126 300275 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Lachancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001242 126 2837507 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Robertmurraya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001222 124 848 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Fusobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001203 122 3025755 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Thomasclavelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001193 121 507510 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Hyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001183 120 182639 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Kribbellaceae;Kribbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001173 119 72763 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Tessaracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001173 119 75654 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Duganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001153 117 33024 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Phascolarctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001143 116 77674 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Paracraurococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001104 112 13687 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001065 108 1983104 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Lusitaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001065 108 2837502 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001055 107 4756 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Neocallimastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001045 106 3066 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Volvox;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001035 105 1865 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001005 102 1269 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Micrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001005 102 2370 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.001005 102 55968 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leucobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000996 101 31311 Eukaryota;Chlorophyta;Nephroselmidophyceae;Nephroselmidales;Nephroselmidaceae;Nephroselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000956 97 1633384 Eukaryota;Microsporidia;NA;NA;NA;Mitosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000946 96 60919 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Sanguibacteraceae;Sanguibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000936 95 56999 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amaricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000936 95 83373 Eukaryota;Rhodophyta;Bangiophyceae;Galdieriales;Galdieriaceae;Galdieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000927 94 158846 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Megamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000917 93 141948 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Thermomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000907 92 357 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Agrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000907 92 49279 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gelidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000897 91 1187078 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cecembia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000887 90 2791 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Porphyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000887 90 2884223 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Agilicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000877 89 234 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Brucella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000877 89 2755 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Brochothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000867 88 231454 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000858 87 120831 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Dyadobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000858 87 2321111 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Aliarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000848 86 551 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Erwinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000848 86 44744 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Haematococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000838 85 27320 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Metschnikowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000838 85 33983 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Luteococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000828 84 68 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Lysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000828 84 5251 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Ceratobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000818 83 4948 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Torulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000818 83 28105 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Sinorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000818 83 113604 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Tetrapisispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000808 82 2742 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Marinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000808 82 4863 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Coemansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000808 82 65007 Eukaryota;Evosea;Variosea;Cavosteliida;Cavosteliaceae;Planoprotostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000798 81 182709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Oceanobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000789 80 5754 Eukaryota;Discosea;NA;Longamoebia;Acanthamoebidae;Acanthamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000779 79 1298 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000769 78 126838 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Micractinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000759 77 35798 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000749 76 745 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Pasteurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000749 76 37359 Eukaryota;Endomyxa;Phytomyxea;Plasmodiophorida;Plasmodiophoridae;Plasmodiophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000739 75 1573535 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000729 74 1125 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Microcystaceae;Microcystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000729 74 1873 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Micromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000720 73 32207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Rothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000720 73 63132 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Geitlerinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000720 73 1184396 Bacteria;Thermotogota;Thermotogae;Kosmotogales;Kosmotogaceae;Mesotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000710 72 629 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Yersinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000680 69 816 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Bacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000680 69 1433402 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Glycocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000670 68 145474 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Helicosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000660 67 27372 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Acaulosporaceae;Acaulospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000660 67 28000 Eukaryota;Perkinsozoa;NA;Perkinsida;Perkinsidae;Perkinsus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000660 67 881616 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Herbiconiux;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000651 66 41273 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Tissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000651 66 166953 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Kaistia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000641 65 240411 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000641 65 307506 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Raphidocelis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000641 65 423349 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Mucilaginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000631 64 1707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Cellulomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000631 64 317045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Kuraishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000621 63 29832 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Hanseniaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000611 62 1654 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000611 62 2321114 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Malaciobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000601 61 5761 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Naegleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000601 61 110932 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leifsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000601 61 211469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Kineosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000601 61 766502 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Millerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000591 60 1743 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000591 60 47251 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000591 60 1930830 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Floricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000582 59 5552 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Trichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000582 59 13366 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Brettanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000582 59 2304164 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Jaagichlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000572 58 2949 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Symbiodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000572 58 129337 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Geobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000572 58 139433 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meripilaceae;Physisporinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000572 58 766765 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Yamadazyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000562 57 116071 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Micropruina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000552 56 5209 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Filobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000542 55 4797 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Pythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000542 55 47772 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Astrephomenaceae;Astrephomene;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000542 55 53460 Bacteria;Actinomycetota;Actinomycetes;Nakamurellales;Nakamurellaceae;Nakamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000542 55 162491 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Oerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000542 55 2767880 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Dellaglioa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000532 54 579 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kluyvera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000532 54 1817 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Nocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000532 54 64649 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Backusellaceae;Backusella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000522 53 1085622 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propioniciclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000513 52 1330545 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Lelliottia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000513 52 1853743 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Symbiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000503 51 101102 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Circinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000503 51 984996 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Mobilicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000493 50 338 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000493 50 838 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000493 50 572511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Blautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000493 50 1233426 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Roseofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000493 50 1742989 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Glutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000483 49 46352 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000483 49 1065495 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Radiococcaceae;Neocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000483 49 1851468 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Vanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000483 49 3026546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Duffyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000473 48 33096 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Gonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000473 48 204286 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Cobetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000473 48 2749846 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000473 48 2881385 Bacteria;Cyanobacteriota;Cyanophyceae;Thermostichales;Thermostichaceae;Thermostichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000463 47 2768 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Chondrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000463 47 99479 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Tetrasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000463 47 102106 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Collinsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000463 47 374469 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Vanderwaltozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000453 46 4753 Eukaryota;Ascomycota;Pneumocystidomycetes;Pneumocystidales;Pneumocystidaceae;Pneumocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000444 45 482 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Neisseria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000444 45 702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Plesiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000444 45 2902 Eukaryota;Haptophyta;NA;Isochrysidales;Noelaerhabdaceae;Emiliania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000444 45 35140 Eukaryota;Haptophyta;NA;Prymnesiales;Chrysochromulinaceae;Chrysochromulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000444 45 168131 Eukaryota;Evosea;NA;Pelobiontida;Pelomyxidae;Pelomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000444 45 1434009 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000444 45 2594176 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Edaphochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000434 44 434 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000434 44 5890 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;Tetrahymenidae;Tetrahymena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000434 44 70742 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000434 44 2964429 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Candida/Metschnikowiaceae;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000424 43 5228 Eukaryota;Basidiomycota;Atractiellomycetes;Atractiellales;Hoehnelomycetaceae;Atractiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000424 43 12916 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Acidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000424 43 42695 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Pseudomuriellaceae;Pseudomuriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000424 43 53457 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Janibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000424 43 83614 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Luteimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000424 43 1117308 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Funneliformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000414 42 568 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Hafnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000414 42 2034 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Curtobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000414 42 79328 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Chitinophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000414 42 152180 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ahrensiaceae;Ahrensia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000404 41 55193 Eukaryota;Basidiomycota;Malasseziomycetes;Malasseziales;Malasseziaceae;Malassezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000404 41 549703 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kurtzmaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000394 40 4888 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Smittium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000394 40 5506 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Fusarium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000394 40 246875 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Algoriphagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000394 40 747294 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudorhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000394 40 1912216 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Cutibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000384 39 2335 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Thermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000384 39 47789 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Tetrabaenaceae;Tetrabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000375 38 5782 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Dictyostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000375 38 460517 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Komagataella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000375 38 1866885 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000365 37 4815 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Spizellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000365 37 78910 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Syncephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000365 37 80744 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Serpulaceae;Serpula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000365 37 222439 Eukaryota;Preaxostyla;NA;Oxymonadida;Streblomastigidae;Streblomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000365 37 1940604 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Edaphochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000355 36 157 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Treponema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000355 36 29465 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Veillonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000355 36 149698 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Massilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000355 36 229045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Trichomonascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000345 35 1129 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Synechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000345 35 1263 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000345 35 2879 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ectocarpaceae;Ectocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000345 35 4951 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Yarrowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000345 35 33170 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Eremothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000345 35 125287 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Ornithinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000345 35 165697 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000345 35 286104 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Winogradskyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000345 35 1494427 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tepidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000345 35 2837504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Heyndrickxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000335 34 86017 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Salpingoeca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000335 34 985001 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Piscicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000325 33 209 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Helicobacteraceae;Helicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000325 33 41247 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Mycena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000325 33 85413 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Boseaceae;Bosea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000325 33 144537 Eukaryota;Mucoromycota;Glomeromycetes;Paraglomerales;Paraglomeraceae;Paraglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000325 33 404432 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Salinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000315 32 841 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Roseburia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000315 32 2053 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Gordonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000315 32 3164 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Tetraselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000306 31 41955 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Amanitaceae;Amanita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000306 31 57495 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Dermacoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000306 31 84406 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Virgibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000306 31 109944 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;Gonapodyaceae;Gonapodya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000306 31 1169538 Eukaryota;NA;NA;NA;Vitrellaceae;Vitrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000296 30 36910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Clavispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000296 30 37914 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Dietziaceae;Dietzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000296 30 276836 Eukaryota;Cryptomycota;NA;NA;NA;Rozella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000296 30 286114 Eukaryota;Chytridiomycota;Chytridiomycetes;Synchytriales;Synchytriaceae;Synchytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000296 30 908935 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Yimella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000296 30 2315209 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Hondaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000286 29 2781 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000286 29 2980 Eukaryota;NA;Xanthophyceae;Tribonematales;Tribonemataceae;Tribonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000286 29 5959 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Blepharismidae;Blepharisma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000286 29 156973 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Dysgonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000286 29 490731 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Kwoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000286 29 768669 Bacteria;Chloroflexota;Ktedonobacteria;Thermogemmatisporales;Thermogemmatisporaceae;Thermogemmatispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000286 29 2058187 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Cavenderiaceae;Cavenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000276 28 4859 Eukaryota;Zoopagomycota;Basidiobolomycetes;Basidiobolales;Basidiobolaceae;Basidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000276 28 58113 Bacteria;Actinomycetota;Actinomycetes;Glycomycetales;Glycomycetaceae;Glycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000276 28 191769 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Marinilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000276 28 413496 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000276 28 1851509 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Naganishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000276 28 2321187 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Poseidonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000266 27 33986 Bacteria;Bacillota;Bacilli;Bacillales;NA;Exiguobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000266 27 54298 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Chroococcidiopsidaceae;Chroococcidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000266 27 122277 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Pectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000266 27 225842 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Formosa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000266 27 312278 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Emticicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000266 27 471798 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Shimazuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000266 27 2058951 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Raperosteliaceae;Tieghemostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000266 27 2779859 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Entomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000256 26 836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Porphyromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000256 26 1177 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Nostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000256 26 3030 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Cryptomonadaceae;Cryptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000256 26 12967 Eukaryota;NA;Bigyra;Opalinata;Blastocystidae;Blastocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000256 26 74385 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000256 26 160795 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Ureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000256 26 221285 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Westiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000256 26 1427149 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halomicroarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 75 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Caulobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 413 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 583 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Proteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 1060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 2701 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Gardnerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 2784 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Porphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 3049 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Polytomella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 4819 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Phlyctochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 4873 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Gigaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 5873 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Theileriidae;Theileria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 5962 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Stentoridae;Stentor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 34008 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 69578 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Cryobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 136099 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Knoellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 283735 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Leeuwenhoekiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 766728 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Meyerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000246 25 2918882 Eukaryota;Fornicata;NA;NA;NA;Aduncisulcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000237 24 830 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Butyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000237 24 1847 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Pseudonocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000237 24 29404 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Microlunatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000237 24 82267 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;NA;Hyaloraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000237 24 155493 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Gallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000237 24 214906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Histophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000227 23 768 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Anaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000227 23 4855 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Mortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000227 23 83461 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Corallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000227 23 97095 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Diatrypaceae;Eutypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000227 23 238783 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudorhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000227 23 254250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Isoptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000227 23 690565 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Serinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000227 23 2569097 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerobutyricum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000217 22 445 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Legionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000217 22 44649 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlorococcaceae;Chlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000217 22 45667 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000217 22 83618 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudoxanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000217 22 125216 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000217 22 165696 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000217 22 388809 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;NA;Blyttiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000217 22 1470540 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Jeotgalibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000207 21 62701 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Podosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000207 21 70451 Eukaryota;Haptophyta;NA;Pavlovales;Pavlovaceae;Diacronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000207 21 109880 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Nowakowskiellaceae;Nowakowskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000207 21 165695 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000207 21 196080 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Terasakiellaceae;Terasakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000207 21 453566 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Ambisporaceae;Ambispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000207 21 518753 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Luteolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000207 21 1395788 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Gorgonomycetaceae;Gorgonomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000207 21 1911549 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Raineyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000207 21 2058189 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Heterostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000207 21 2321115 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Halarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000197 20 4807 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Blastocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000197 20 4895 Eukaryota;Ascomycota;Schizosaccharomycetes;Schizosaccharomycetales;Schizosaccharomycetaceae;Schizosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000197 20 31983 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Helcococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000197 20 33886 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rathayibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000197 20 50955 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Geosiphonaceae;Geosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000197 20 76312 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Caulerpaceae;Caulerpa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000197 20 104249 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000197 20 375288 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Parabacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000197 20 453850 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Joostella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000197 20 1890244 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Trimorphomycetaceae;Saitozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000197 20 2052799 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Jimgerdemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 4836 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Phycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 5094 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Talaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 5260 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Melampsoraceae;Melampsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 5324 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Trametes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 65356 Eukaryota;Oomycota;NA;Albuginales;Albuginaceae;Albugo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 74556 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Thraustotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 99906 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alkalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 133407 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Acytostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 265975 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 472568 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Devriesea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 1184606 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Austwickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 1493516 Eukaryota;Cryptomycota;NA;NA;NA;Paramicrosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 2486696 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Cladocopium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 2800373 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Priestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000187 19 2815780 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Velocimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000177 18 10 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Cellvibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000177 18 724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Haemophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000177 18 5240 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Tulasnellaceae;Tulasnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000177 18 13641 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Polysphondylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000177 18 35127 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Thalassiosirales;Thalassiosiraceae;Thalassiosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000177 18 64643 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Dichotomocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000177 18 82800 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Desemzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000177 18 90268 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Apophysomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000177 18 1742993 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 222 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Achromobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 4802 Eukaryota;Oomycota;NA;Lagenidiales;Lagenidiaceae;Lagenidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 27308 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Ascoideaceae;Ascoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 33969 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Melissococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 46205 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Pseudobutyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 47720 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Lyophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 61170 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 64561 Eukaryota;Mucoromycota;Umbelopsidomycetes;Umbelopsidales;Umbelopsidaceae;Umbelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 69965 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Macrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 81525 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Monosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 105767 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Tremellaceae;Tremella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 109374 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Nemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 150247 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anoxybacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 1191515 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Ornithinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 1912215 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Acidipropionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 2005375 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 2675230 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cytobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 2759657 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 2817139 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Weizmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000168 17 2978367 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Nicoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 2857 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 3132 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Codiaceae;Codium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 5884 Eukaryota;Ciliophora;Oligohymenophorea;Peniculida;Parameciidae;Paramecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 36913 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Lodderomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 43220 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Capronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 96492 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frigoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 157920 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Cellulosimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 165440 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Bulleribasidiaceae;Dioszegia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 264147 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Millisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 476201 Eukaryota;Apicomplexa;Aconoidasida;Nephromycida;NA;Cardiosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 604195 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Cyberlindnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 877559 Eukaryota;NA;NA;Apusomonadida;Apusomonadidae;Thecamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 1196389 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygotorulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 1199100 Eukaryota;Chlorophyta;Ulvophyceae;Scotinosphaerales;Scotinosphaeraceae;Scotinosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 2675229 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Peribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000158 16 2678885 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 1813 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Amycolatopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 5193 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Morchellaceae;Morchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 5758 Eukaryota;Evosea;NA;Mastigamoebida;Entamoebidae;Entamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 5973 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Halteriidae;Halteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 33644 Eukaryota;Bacillariophyta;Fragilariophyceae;Fragilariales;Fragilariaceae;Fragilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 33652 Eukaryota;NA;Bigyra;Bicosoecida;Cafeteriaceae;Cafeteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 37991 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Xylaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 46432 Eukaryota;Foraminifera;NA;NA;Reticulomyxidae;Reticulomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 78916 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Piptocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 88551 Eukaryota;NA;Dinophyceae;Syndiniales;Amoebophryaceae;Amoebophrya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 109935 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Cladochytriaceae;Cladochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 117563 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Granulicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 184462 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Hyaloperonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 387658 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Marixanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 518733 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microterricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 1095182 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Magnusiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 1434014 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Lentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 1506577 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Tyzzerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 1649459 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hungatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 1742990 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paeniglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 1779136 Bacteria;NA;Deltaproteobacteria;Bradymonadales;Bradymonadaceae;Bradymonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000148 15 2709238 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Zopfochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 864 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Pectinatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 4998 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cuniculitremaceae;Kockovaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 5455 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Glomerellaceae;Colletotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 34487 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Conidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 40544 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Sutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 109893 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Powellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 139276 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Dacryopinax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 182899 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Persephonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 186650 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Microvirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 204476 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Labrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 256818 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Gulosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 323620 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Shinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 1742991 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudoglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 1910789 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Diutina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 2483199 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Chrysophaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000138 14 2779867 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Actinomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 2040 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Aeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 5533 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Rhodotorula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 29393 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Dolosigranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 29907 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Sporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 44055 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Aureococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 89956 Eukaryota;NA;Dinophyceae;Suessiales;Suessiaceae;Polarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 178469 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Arenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 215249 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Cryptobasidiaceae;Acaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 227979 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Jeotgalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 286098 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Seminavis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 367298 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Phycicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 396388 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Aestuariimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 401469 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Undibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 431390 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Mayamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 519427 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Sharpea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 766758 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Schwanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 1384499 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Pisciglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 1648503 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Canibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 1653176 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cereibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 2761542 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Fundicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 2885697 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Gephyromycinifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000128 13 2918834 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Petrachlorosaceae;Petrachloros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 642 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Aeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 1372 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 1569 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Sporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 2129 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Ureaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 13075 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Globicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 28228 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Colwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 49237 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Chaetocerotaceae;Chaetoceros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 78922 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 109882 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Chytriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 154116 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Bogoriellaceae;Georgenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 165779 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 202746 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfurimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 204456 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Gemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 230838 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronosclerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 232115 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mesonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 265976 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Serinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 577469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Demequinaceae;Demequina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 766748 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Babjeviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 1232588 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Saprochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 1500004 Eukaryota;Blastocladiomycota;Physodermatomycetes;Physodermatales;Physodermataceae;Paraphysoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000118 12 1679449 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudooceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 620 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shigella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 1041 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Erythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 2207 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 4765 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Achlya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 5864 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Babesiidae;Babesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 27977 Eukaryota;Microsporidia;NA;NA;Nosematidae;Nosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 29521 Bacteria;Spirochaetota;Spirochaetia;Brachyspirales;Brachyspiraceae;Brachyspira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 39948 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Dialister;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 47182 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascodesmidaceae;Ascodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 52225 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Mitsuokella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 60136 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 74030 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 78924 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dimargaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 82976 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Buttiauxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 110092 Eukaryota;Chytridiomycota;Chytridiomycetes;Polychytriales;NA;Polychytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 200473 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Brumimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 265570 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Sulfurovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 304330 Eukaryota;Zoopagomycota;NA;Ramicandelaberales;Ramicandelaberaceae;Ramicandelaber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 1082930 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Pelagibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 1847725 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Lawsonellaceae;Lawsonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 1960084 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Rodentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 2042653 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Nigerium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 2316020 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mediterraneibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 2675232 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Neobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000108 11 2728523 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;Quaeritorhizaceae;Quaeritorhiza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 107 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Spirosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 970 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Selenomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 1860 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Geodermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 4821 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Piromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 4871 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Endogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 5110 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Claviceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 5305 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phanerochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 5723 Eukaryota;Parabasalia;NA;Tritrichomonadida;Tritrichomonadidae;Tritrichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 5800 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Eimeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 5931 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;NA;Ichthyophthirius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 33981 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 34416 Eukaryota;Basidiomycota;Microbotryomycetes;Microbotryales;Microbotryaceae;Microbotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 34433 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucoagaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 36882 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pyramimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 40657 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Plectosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 43431 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Sphaerosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 52959 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Polaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 57665 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurospirillaceae;Sulfurospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 67572 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Psychromonadaceae;Psychromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 101104 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Gongronella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 118004 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Chrysiogenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 143222 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Salegentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 152267 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pigmentiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 196081 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Scardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 283785 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Bizionia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 323449 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Pontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 332102 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Fluviicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 410829 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Sugiyamaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 596707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Sinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 1161125 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Helcobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 1434702 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Taibaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 1443919 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Tabrizicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 1522432 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Pseudoduganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 1697027 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Convivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 1868332 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Neomicrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 1910899 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Naemateliaceae;Naematelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 2201383 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Mangrovicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000099 10 2576016 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;NA;Pascua;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 105 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Runella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 780 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Rickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 906 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Megasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 5579 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Saccotheciaceae;Aureobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 5690 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Trypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 13289 Eukaryota;Basidiomycota;Exobasidiomycetes;Tilletiales;Tilletiaceae;Tilletia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 35676 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Pelagomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 35721 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Parasitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 36034 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Saccharomycodes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 42308 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 45669 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Salinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 46123 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Abiotrophia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 51366 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Salinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 58050 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Moritellaceae;Moritella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 59734 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Empedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 102234 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Geminocystaceae;Cyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 104267 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tenacibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 109928 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Podochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 109967 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Rhizoclosmatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 169998 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Phakopsoraceae;Phakopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 201152 Eukaryota;Fornicata;NA;NA;NA;Carpediemonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 204447 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Skermanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 235888 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Salinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 242060 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Cystoisospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 291178 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Subsaximicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 292632 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Subdoligranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 295418 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Rubellimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 299330 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lobosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 670315 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Multifurca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 880756 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Fistulifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 1017280 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoflavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 1155385 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Proteiniclasticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 1612611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pararhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 2801844 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Arachnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 2901164 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Stutzerimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 2907937 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Halpernia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000089 9 2996260 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Polyrhizophydium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 20 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Phenylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 171 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Leptospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 953 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Wolbachia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 1121 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Aphanothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 1186 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Calotrichaceae;Calothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 1218 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Prochlorococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 5190 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascobolaceae;Ascobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 5626 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Grifolaceae;Grifola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 12960 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Azoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 29828 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Lipomycetaceae;Lipomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 33057 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Thauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 34484 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Entomophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 45156 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidioschyzon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 45292 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Massarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 45785 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nadsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 49184 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineosporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 52972 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Polaromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 64501 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Entophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 64560 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Radiomycetaceae;Radiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 64651 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Zychaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 70188 Eukaryota;Olpidiomycota;Olpidiomycetes;Olpidiales;Olpidiaceae;Olpidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 83681 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Nonomuraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 101100 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Dissophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 110564 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Clonostachys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 110934 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agreia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 242605 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Luteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 252356 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Maribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 256846 Bacteria;Lentisphaerota;Lentisphaeria;Lentisphaerales;Lentisphaeraceae;Lentisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 308865 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Elizabethkingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 393005 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tamlana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 482460 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sediminibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 556178 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Humibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 630701 Eukaryota;Euglenozoa;Kinetoplastea;NA;Ichthyobodonidae;Perkinsela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 1004301 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavihumibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 1036719 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Verticillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 1055323 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aeribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 1193515 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Snodgrassella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 1330547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 1396506 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Borealophlyctidaceae;Borealophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 1572763 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Moheibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 1981050 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Phoenicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 2044848 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Siccirubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 2126330 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Kentron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 2174441 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Marinicaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 2837509 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Schinkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 2895509 Bacteria;Mycoplasmatota;NA;Mycoplasmoidales;Metamycoplasmataceae;Metamycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000079 8 3016631 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Silvania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 146 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Spirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 581 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Morganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 978 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Cytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 2013 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Nocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 2172 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobrevibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 2330 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 3110 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Prototheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 3191 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Spermatozopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 4769 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Saprolegnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 5352 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Lentinula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 5658 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leishmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 5810 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Toxoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 13242 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Rarobacteraceae;Rarobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 28065 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Rhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 33976 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Caryophanon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 34431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucocoprinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 35724 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Macrophomina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 36048 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Tuber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 40463 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Peniophoraceae;Peniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 47420 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hydrogenophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 48736 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ralstonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 55080 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Brevibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 59739 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Flammeovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 61396 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Kickxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 64629 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mycotyphaceae;Mycotypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 73029 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Dechloromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 78156 Eukaryota;Ascomycota;Leotiomycetes;NA;Pseudeurotiaceae;Pseudogymnoascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 78920 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Tieghemiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 81945 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Pilobolaceae;Pilobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 85043 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Williamsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 120212 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Subtercola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 139133 Eukaryota;Basidiomycota;Agaricomycetes;Trechisporales;NA;Sistotremastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 169133 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Citricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 175304 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lentibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 191303 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Turicibacteraceae;Turicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 207244 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 246876 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Cryomorphaceae;Cryomorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 302781 Eukaryota;Preaxostyla;NA;Oxymonadida;Polymastigidae;Monocercomonoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 332157 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Larkinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 354349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Pseudochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 390846 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Echinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 471824 Bacteria;Mycoplasmatota;Mollicutes;Haloplasmatales;Haloplasmataceae;Haloplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 648802 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Rummeliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 682522 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Ilumatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 748770 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Dolichospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 908251 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Branchiibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 1130052 Eukaryota;Ascomycota;Xylobotryomycetes;Xylobotryales;Cirrosporiaceae;Cirrosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 1193503 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Gilliamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 1206353 Eukaryota;Ascomycota;Dothideomycetes;NA;Pseudoperisporiaceae;Lizonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 1367968 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Sinosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 1396492 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Fimicolochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 1484898 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloceanibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 1505657 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Intestinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 1508657 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminiclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 1587496 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Irineochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 2719231 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lacrimispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 2762352 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Albibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 2896773 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Enemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000069 7 2992131 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Romeriopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 47 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Archangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 81 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Hyphomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 872 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1645 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Renibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1730 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Eubacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 2063 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Kitasatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 2071 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 2093 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 4813 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Chytridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 4867 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Linderina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 5121 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Erysiphe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 5402 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Russula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 5406 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Exobasidiaceae;Exobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 5712 Eukaryota;Euglenozoa;Kinetoplastea;Eubodonida;Bodonidae;Bodo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 32067 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Leptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 33194 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Bipolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 34348 Eukaryota;Basidiomycota;Mixiomycetes;Mixiales;Mixiaceae;Mixia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 35103 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Pseudocohnilembidae;Pseudocohnilembus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 35753 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Dactylosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 37467 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Pisolithaceae;Pisolithus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 40222 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Methylophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 40459 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Hericium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 44258 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Caloramator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 44471 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Microcoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 44748 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Sporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 61417 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Spiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 66831 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Facklamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 68743 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Pluteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 68793 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Botryobasidiaceae;Botryobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 76008 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Fusibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 78141 Eukaryota;Ascomycota;Leotiomycetes;NA;Myxotrichaceae;Oidiodendron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 83654 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Leclercia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 86795 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Marmoricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 101126 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Hesseltinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 101141 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Thamnidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 106591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ensifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 109875 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Catenariaceae;Catenaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 114627 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Alkaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 141715 Eukaryota;Chlorophyta;Mamiellophyceae;Monomastigales;Monomastigaceae;Monomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 186035 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Fragilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 202696 Eukaryota;Basidiomycota;Agaricomycetes;Jaapiales;Jaapiaceae;Jaapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 239759 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Alistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 291183 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lacinutrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 292480 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 329857 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Cohnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 331525 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Kribbia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 348581 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 400634 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 402649 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinomycetospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 456492 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Saccharibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 458839 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Actinotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 466152 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Singulisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 688353 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Lichtheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 697279 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Bavariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 863253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Marinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 940661 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Cetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1096776 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Flexivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1158982 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Calidifontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1276290 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1434046 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1548510 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Microbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1608404 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Puniceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1648491 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Aquihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1648505 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Chiayiivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1649454 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Glaciihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1749039 Eukaryota;Basidiomycota;Ustilaginomycetes;Violaceomycetales;Violaceomycetaceae;Violaceomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1751296 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Sinirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1763521 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Paludisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1769710 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Sellimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1867836 Eukaryota;NA;NA;Jakobida;Stygiellidae;Stygiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 1980680 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Alterileibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 2013945 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Imleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 2675234 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 2805645 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Pedococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000059 6 2918917 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Poritiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 262 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Francisellaceae;Francisella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 517 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Bordetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 528 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Ochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 958 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Bdellovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1016 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Capnocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1021 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Beggiatoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1033 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Afipia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1158 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Oscillatoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1573 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Clavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2000 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Streptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2804 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Polysiphonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 5269 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Ustilago;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 5379 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Suillaceae;Suillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 5598 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Alternaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 12914 Archaea;Thermoproteota;Thermoprotei;Sulfolobales;Sulfolobaceae;Acidianus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 13705 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Syncephalastraceae;Syncephalastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 29002 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Cercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 29331 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Amphibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 29825 Eukaryota;Ascomycota;Neolectomycetes;Neolectales;Neolectaceae;Neolecta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 32199 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Buchnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 33870 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Coriobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 35089 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Gregarinidae;Gregarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 39643 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Sorangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 41201 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Ewingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 45787 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Wickerhamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 52228 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Hallella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 55079 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Aneurinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 63958 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Demetria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 64515 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Rhizophlyctidaceae;Rhizophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 67575 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 67608 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Microdochiaceae;Microdochium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 68288 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cyclobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 68787 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Sclerodermataceae;Scleroderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 70535 Eukaryota;Microsporidia;NA;NA;Culicosporidae;Edhazardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 71602 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Diploschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 76634 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Mycetocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 76890 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Asticcacaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 82982 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Obesumbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 101116 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Sporodiniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 133925 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Olsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 135858 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Catenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 136491 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 139389 Eukaryota;Basidiomycota;Agaricomycetes;Amylocorticiales;Amylocorticiaceae;Plicaturopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 161492 Bacteria;Myxococcota;Myxococcia;Myxococcales;Anaeromyxobacteraceae;Anaeromyxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 162289 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Peptoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 162291 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 174951 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ramlibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 184430 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 200903 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paraliobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 212743 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rhizobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 213485 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Micavibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 221102 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Moniliophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 244698 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gillisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 245186 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Loktanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 246861 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Grimontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 247501 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Parachlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 291181 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Subsaxibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 293088 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Martelella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 314122 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylellina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 316625 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Saccharophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 336276 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Olleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 337670 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Pilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 358023 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lutibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 376469 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Olivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 379068 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Galbibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 442431 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Persicitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 451452 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Boothiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 474995 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Ophiocordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 626119 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ruaniaceae;Ruania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 705561 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Capnodiaceae;Polychaeton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 756610 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Dentiscutata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 947096 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Porosporidae;Porospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 947567 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Litoreibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1097466 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Defluviimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1126249 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Geranomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1236218 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Melghirimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1395674 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Globomycetaceae;Globomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1396495 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Thoreauomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1418588 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Tersicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1522056 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Flaviflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1525371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Neorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1573536 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1775705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Frigidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1905344 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruthenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1914248 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;NA;Motilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1926259 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Pseudactinotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 1981958 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Pseudomicrostroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2005359 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalicatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2026842 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;NA;Bifiguratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2027319 Eukaryota;Ascomycota;NA;Vezdaeales;Vezdaeaceae;Vezdaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2047745 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceaniglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2078575 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Psychromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2183612 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Klenkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2338561 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pelagivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2676755 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2719313 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Enterocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2756312 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Jonesiaceae;Flavimobilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2791032 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Candolleomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2795781 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Aeoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2828348 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ruaniaceae;Occultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2837506 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Niallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 2862451 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Adhaeretor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000049 5 3032809 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Petralouisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 16 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 191 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Azospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 404 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 904 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Acidaminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1073 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Rhodopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1163 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Anabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1378 Bacteria;Bacillota;Bacilli;Bacillales;NA;Gemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1835 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2005 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Microbispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2849 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Phaeodactylaceae;Phaeodactylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2976 Eukaryota;NA;Xanthophyceae;Vaucheriales;Vaucheriaceae;Vaucheria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 3038 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 3189 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Scherffelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 4849 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Blakeslea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 4852 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Cunninghamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 5024 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Venturiaceae;Venturia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 5263 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Uromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 5543 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Trichoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 13134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Magnetospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 28263 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Arcanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 31988 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 33196 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botrytis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 34114 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Pleurastraceae;Pleurastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 34444 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 35812 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 36739 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Dermabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 40443 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Gloeophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 40466 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Sparassidaceae;Sparassis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 40996 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Elsinoaceae;Elsinoe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 41299 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Choricystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 41707 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Lawsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 43676 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Promicromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 44013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Polynucleobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 48073 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Microbulbiferaceae;Microbulbifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 48075 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 48463 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Prosthecobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 56747 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Fibularhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 57133 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Hydnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 57499 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Kytococcaceae;Kytococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 63682 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Lobosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 64640 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Pilaira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 69278 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aquamicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 71666 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Waddliaceae;Waddlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 71927 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Termitomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 77921 Eukaryota;NA;Glaucocystophyceae;NA;NA;Cyanoptyche;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 79808 Eukaryota;Ascomycota;Sordariomycetes;Coniochaetales;Coniochaetaceae;Coniochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 83551 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Parachlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 85108 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Halorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 88270 Eukaryota;Chlorophyta;Picocystophyceae;Picocystales;Picocystaceae;Picocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 90243 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Oligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 91942 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Hortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 92793 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 94642 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Besnoitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 106633 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thioalkalivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 109896 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Gaertneriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 109956 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Physocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 112488 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Dissoconiaceae;Dissoconium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 135575 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Idiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 137742 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Podoscyphaceae;Abortiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 147557 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Byssothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 154750 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Lachnocladiaceae;Vararia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 158483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cedecea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 167375 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Cyanobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 173494 Eukaryota;Chlorophyta;Ulvophyceae;Oltmansiellopsidales;NA;Neodangemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 182269 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aurantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 188143 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Enterovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 189330 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Dorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 189429 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Chlorodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 237584 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Teratosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 261827 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Algibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 264688 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Trichormus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 269773 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 283168 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Odoribacteraceae;Odoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 285107 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thioclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 285810 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Pyrenochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 290174 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aquimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 290180 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Roseivirgaceae;Roseivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 292691 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Christiangramia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 314126 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Drechslerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 321315 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Sphaerisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 329881 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Friedmanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 344063 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Oryzihumus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 346096 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Paludibacteraceae;Paludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 352450 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Simplicispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 359337 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Marinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 360145 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Grosmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 370735 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Zhihengliuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 379899 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niabella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 399320 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Sphaerochaetaceae;Sphaerochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 417183 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Mycoemilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 444704 Eukaryota;NA;NA;Jakobida;Andaluciidae;Andalucia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 459786 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Oscillibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 475794 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Haliea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 511678 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Aliivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 515417 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Amphritea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 527198 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mariniflexile;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 561108 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Jaminaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 596767 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Hydrogenoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 797121 Eukaryota;Fornicata;NA;NA;NA;Kipferlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 940557 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Granulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 979650 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Haplosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1003337 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Angomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1004303 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ferruginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1037661 Eukaryota;Ascomycota;Dothideomycetes;Microthyriales;Microthyriaceae;Microthyrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1052683 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Obba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1283313 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Alloprevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1379908 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Rufibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1399958 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Chromochloridaceae;Chromochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1434045 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sinomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1440132 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Modicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1453359 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Candidatus Atelocyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1481960 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1524449 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Butyriboletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1535207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Barrientosiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1635148 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Sanguibacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1649453 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Gimesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1751872 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Lacimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1769012 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Arachidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1827195 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Caballeronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1859940 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Paramyrothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1890298 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Haoranjiania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1921511 Bacteria;Verrucomicrobiota;Spartobacteria;Chthoniobacterales;Chthoniobacteraceae;Candidatus Udaeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 1928820 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Intestinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2004797 Bacteria;Acidobacteriota;Vicinamibacteria;Vicinamibacterales;Vicinamibacteraceae;Luteitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2025987 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Nothophytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2034843 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aquaticitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2040262 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Allobranchiibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2303321 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Superficieibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2511164 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Monodopsidaceae;Microchloropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2529408 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Schaalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2675231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mesobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2683203 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Vaginisenegalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2709685 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Parasphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2740719 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Cochleicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2779937 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Podila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2795779 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rosistilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2802300 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Lunatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2813348 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Luxibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2893056 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halalkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2893058 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2896778 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Parenemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000039 4 2979332 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Prescottella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 279 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Xanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 352 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Azotobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 862 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 893 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfobulbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 919 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Thiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 933 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Thiomicrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 943 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Ehrlichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1234 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Nitrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1647 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Erysipelothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1649 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Kurthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1862 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Dermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1998 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Planomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2050 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Mobiluncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2723 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hirschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2774 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 4778 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Bremia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 4865 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Dipsacomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 5027 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Pyrenophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 5146 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Sordaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 5182 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Hymenoscyphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 5277 Eukaryota;Basidiomycota;Microbotryomycetes;Leucosporidiales;Leucosporidiaceae;Leucosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 5309 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Athelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 5395 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Paxillaceae;Paxillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 5399 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Agrocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 5529 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Metarhizium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 5644 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Stereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 5790 Eukaryota;Evosea;Eumycetozoa;Physariida;Physaraceae;Physarum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 6033 Eukaryota;Microsporidia;NA;NA;Unikaryonidae;Encephalitozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 13034 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Dactylococcopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 28050 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 28067 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Rubrivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 28250 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Ornithobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 29330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Alicyclobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 29487 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Photorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 29646 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Stichococcaceae;Stichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 29849 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Magnaporthaceae;Gaeumannomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 33042 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Coprococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 33071 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeobacterales;Gloeobacteraceae;Gloeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 33951 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Acetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 34448 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Marasmius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 35829 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acetivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 38326 Eukaryota;Rhodophyta;Florideophyceae;Rhodymeniales;Rhodymeniaceae;Botryocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 38807 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Panaceae;Panus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 39845 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinokineospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 40593 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Peziza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 41953 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Pseudo-nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 42255 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Rubrobacteraceae;Rubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 47424 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Armillaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 50729 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Ampelomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 51711 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Stephanosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 53318 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfocapsaceae;Desulfocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 53355 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Terrabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 53357 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Intrasporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 54066 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Xylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 56489 Eukaryota;Basidiomycota;Agaricomycetes;Thelephorales;Thelephoraceae;Thelephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 60184 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Phascolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 64628 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Benjaminiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 66848 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonatronaceae;Desulfonatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 68785 Eukaryota;Basidiomycota;Agaricomycetes;Geastrales;Sphaerobolaceae;Sphaerobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 69894 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Tindallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 71655 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Brenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 71917 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Rhodocollybia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 75309 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rhodanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 80662 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Piloderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 80865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Delftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 81682 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylovorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 86085 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Gymnopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 87266 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Lasallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 88647 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Teloschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 96312 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Leptographium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 101106 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Halteromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 102231 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Gloeocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 104239 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pterulaceae;Pterula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 110080 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Obelidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 112993 Eukaryota;Basidiomycota;Agaricomycetes;Hysterangiales;Hysterangiaceae;Hysterangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 132605 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Limnothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 139105 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Cylindrobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 146785 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Thermosynechococcaceae;Thermosynechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 150781 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Astraeaceae;Astraeus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 150830 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Roseibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 151754 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Xenophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 155415 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;NA;Monosporascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 156993 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Reichenbachiellaceae;Reichenbachiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 165301 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Lentzea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 168658 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Rhodoblastus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 168934 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Thalassospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 171673 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Inquilinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 174708 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Allobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 180162 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Cetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 180541 Bacteria;Pseudomonadota;Gammaproteobacteria;Salinisphaerales;Salinisphaeraceae;Salinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 190972 Bacteria;Bacillota;Tissierellia;NA;NA;Sedimentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 212111 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 212744 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Rugamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 218112 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellinidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 219181 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ottowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 222991 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Alkanindiges;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 225143 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 227085 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Bigelowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 227873 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pannonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 228398 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptacidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 231006 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Trichothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 231683 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Saccharospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 236786 Eukaryota;NA;Dictyochophyceae;Florenciellales;NA;Florenciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 241409 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Geosmithia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 245561 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Acidomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 253238 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ethanoligenens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 258255 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pseudovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 265488 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rhodopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 267849 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Nitrincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 269154 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Flagelloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 281472 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Jiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 299566 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Adhaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 303226 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 305899 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Endozoicomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 311207 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gaetbulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 317661 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Quadrisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 323413 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dokdonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 332248 Bacteria;Deinococcota;Deinococci;Trueperales;Trueperaceae;Truepera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 342943 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sinobaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 348616 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Massospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 354354 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niastella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 361607 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Patulibacteraceae;Patulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 362865 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sandarakinorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 363408 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Nonlabens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 366580 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Bowmanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 366614 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Haematobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 379065 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 383614 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Brasilonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 392332 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Geoalkalibacteraceae;Geoalkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 398041 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 407217 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 416949 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Parapedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 417127 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Zunongwangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 419014 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Alloscardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 447020 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Adlercreutzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 447237 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frondihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 448176 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Granulicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 449972 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Chelativorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 471826 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Candidatus Desulforudis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 484508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ornithinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 531859 Eukaryota;Ascomycota;Dothideomycetes;NA;Gloniaceae;Glonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 551759 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Aromatoleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 568214 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Marihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 573139 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Shimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 577483 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Ettlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 582472 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Wohlfahrtiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 582491 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rubidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 586132 Eukaryota;Microsporidia;NA;NA;NA;Nematocida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 596499 Bacteria;Actinomycetota;Nitriliruptoria;Nitriliruptorales;Nitriliruptoraceae;Nitriliruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 643951 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Pelagibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 653683 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 655184 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Thioglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 667113 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinoallomurus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 673534 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Plantactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 762641 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muriicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 767528 Bacteria;Bacillota;Bacilli;Bacillales;NA;Geomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 795339 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Phytopythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 875170 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Celeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 907197 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Psychrosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 909656 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Phocaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 937601 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Mucidula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 944321 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Soonwooa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 946234 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Flavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1003010 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Strigomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1078830 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidicapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1097465 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pararhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1120752 Bacteria;Cyanobacteriota;Cyanophyceae;Nodosilineales;Nodosilineaceae;Nodosilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1129545 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Claroideoglomeraceae;Claroideoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1213188 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Zancudomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1217414 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Sediminihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1231656 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lindgomycetaceae;Clohesyomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1259734 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Compostimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1278221 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Auraticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1329200 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fictibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1348611 Bacteria;Bacillota;Clostridia;Eubacteriales;Vallitaleaceae;Vallitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1382832 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Telmatocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1398561 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Jidongwangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1434011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Komagataeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1434032 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pontimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1434034 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pricia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1470208 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Paratrypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1484022 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Diddensiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1500560 Eukaryota;Basidiomycota;Exobasidiomycetes;Entylomatales;NA;Tilletiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1502180 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Alsobacteraceae;Alsobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1506553 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1518149 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1540147 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trigonopsidaceae;Tortispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1541818 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Sedimentitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1546255 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Mumia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1565532 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rouxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1573808 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Mangrovibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1579505 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rubripirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1612157 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pararhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1632780 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phreatobacteraceae;Phreatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1647175 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Aestuariispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1648520 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Conyzicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1649295 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Franconibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1763531 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Confluentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1769738 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Compostibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1801563 Eukaryota;Basidiomycota;Microbotryomycetes;NA;Chrysozymaceae;Pseudohyphozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1820275 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aestuariivivens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1855416 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Qipengyuania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1857011 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Lysinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1866960 Eukaryota;Microsporidia;NA;NA;Amphiacanthidae;Amphiamblys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1903858 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pseudorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1914234 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Fimbriiglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1915381 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Nannizzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 1938511 Eukaryota;Cercozoa;NA;NA;Mesofilidae;Mesofila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2023233 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Ancylothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2027529 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Cumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2055880 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudescherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2066992 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Rhodofomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2211638 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Limimaricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2211641 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Yoonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2563777 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Lactimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2571159 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Mycetohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2607957 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Collybiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2676837 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Desertihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2679998 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Arundinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2680020 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Tautonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2767883 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Holzapfeliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2778528 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Specibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2796146 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Nitrosacidococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2800681 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Aurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2800686 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Tsuneonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2804673 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cypionkella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2807414 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Anatilimnocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2817108 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Watsoniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2822655 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Endobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2831665 Bacteria;Candidatus Saccharibacteria;NA;NA;NA;Candidatus Mycosynbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2843200 Bacteria;Actinomycetota;Thermoleophilia;Miltoncostaeales;Miltoncostaeaceae;Miltoncostaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2862144 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ruoffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2868274 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Metallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2878373 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Neoconidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2885758 Archaea;Candidatus Micrarchaeota;Candidatus Micrarchaeia;Candidatus Anstonellales;Candidatus Bilamarchaeaceae;Candidatus Bilamarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2891322 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Parazoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2893060 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2953811 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Thalassoroseus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2959523 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Saccharimonadales;Candidatus Saccharimonadaceae;Candidatus Microsaccharimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 2974369 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Palleniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 3021684 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Dryocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000030 3 3031933 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Chordicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 42 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Cystobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 55 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Polyangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 99 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Ancylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 127 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Isosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 133 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 637 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Arsenophonus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 773 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Bartonellaceae;Bartonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1068 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1101 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Prosthecochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1152 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Pseudanabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1227 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Nitrosococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1651 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alloiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2060 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Tsukamurellaceae;Tsukamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2132 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Spiroplasmataceae;Spiroplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2160 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2184 Archaea;Euryarchaeota;Methanococci;Methanococcales;Methanococcaceae;Methanococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2249 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halococcaceae;Halococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2375 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Sporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2433 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2735 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Verrucomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2761 Eukaryota;NA;Glaucocystophyceae;NA;Cyanophoraceae;Cyanophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 3128 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Bryopsidaceae;Bryopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 3185 Eukaryota;Chlorophyta;Ulvophyceae;Cladophorales;Cladophoraceae;Chaetomorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 5100 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Amorphothecaceae;Amorphotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 5104 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ascosphaeraceae;Ascosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 5280 Eukaryota;Basidiomycota;Exobasidiomycetes;Georgefischeriales;Tilletiariaceae;Tilletiaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 5333 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Schizophyllaceae;Schizophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 5340 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Agaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 5369 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Boletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 5375 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Rhizopogonaceae;Rhizopogon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 5453 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Ascochyta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 27382 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Scutellospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 28070 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Gloeothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 28236 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Petrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 28581 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Allomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 29407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 29834 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Saturnispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 29882 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hydnangiaceae;Laccaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 31388 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Delesseriaceae;Caloglossa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 32068 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Sebaldella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 33926 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Candidatus Phytoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 34019 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Liberibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 34084 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Riemerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 34372 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Blumeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 35800 Bacteria;Nitrospinota;Nitrospinia;Nitrospinales;Nitrospinaceae;Nitrospina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 35836 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Desulfacinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 36046 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Elaphomycetaceae;Elaphomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 36862 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Ideonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 38268 Eukaryota;NA;Glaucocystophyceae;Gloeochaetales;Gloeochaetaceae;Gloeochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 39840 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Desulforhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 40415 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Antrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 42054 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Chromohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 43356 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Kutzneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 43773 Bacteria;Thermodesulfobacteriota;Syntrophia;Syntrophales;Syntrophaceae;Syntrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 43996 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Catonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 44417 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Cyclospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 45234 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Cordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 47022 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Orbilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 47747 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyaloscyphaceae;Hyaloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 50989 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Rickenellaceae;Rickenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 53456 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propioniferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 56106 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Cylindrospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 56358 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sandaracinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 57504 Eukaryota;Ciliophora;Spirotrichea;Urostylida;Holostichidae;Holosticha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 58842 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sagittula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 64895 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Borreliaceae;Borreliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 64968 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 65402 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Acidaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 65412 Eukaryota;Ascomycota;Sordariomycetes;Togniniales;Togniniaceae;Phaeoacremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 68756 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Clavulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 70110 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicilliopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 71684 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Galeropsidaceae;Panaeolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 71950 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Psilocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 72123 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Hygrophoropsidaceae;Hygrophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 75687 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Neptunomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 76833 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 77566 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Hepatocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 78914 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Sigmoideomycetaceae;Thamnocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 81055 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phaeolaceae;Wolfiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 82309 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phlebiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 82984 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Pragia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 83612 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Psychroflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 84034 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Propionispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 84111 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Eggerthella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 86671 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Roseospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 88741 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 89092 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ignavigranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 89583 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 90266 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Chlamydoabsidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 93217 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pandoraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 93827 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Gymnopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 94288 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Sterkiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 100051 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Delitschiaceae;Delitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 101114 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Spinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 101851 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Glarea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 104088 Eukaryota;Parabasalia;NA;Spirotrichonymphida;Holomastigotoididae;Spirotrichonympha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 104264 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Cellulophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 104397 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Epicoccum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 105406 Eukaryota;NA;Phaeophyceae;Laminariales;Lessoniaceae;Ecklonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 109168 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfocapsaceae;Desulfotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 110546 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Whalleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 110669 Eukaryota;Chlorophyta;Palmophyllophyceae;Prasinococcales;Prasinococcaceae;Prasinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 111142 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alishewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 114064 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Myrmecia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 117544 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Cytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 119977 Bacteria;Pseudomonadota;Acidithiobacillia;Acidithiobacillales;Acidithiobacillaceae;Acidithiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 129001 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 131324 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Pseudocercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 136088 Eukaryota;NA;NA;Malawimonadida;Malawimonadidae;Malawimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 142587 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Isobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 147569 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Myriangiaceae;Myriangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 152161 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Stappia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 152459 Eukaryota;Ciliophora;Spirotrichea;Euplotida;Euplotidae;Moneuplotes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 155149 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Bisporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 155977 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Acaryochloridaceae;Acaryochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 157775 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Letrouitiaceae;Letrouitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 159191 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Nodularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 160034 Eukaryota;Ascomycota;Dothideomycetes;NA;Zopfiaceae;Zopfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 160620 Eukaryota;NA;Dinophyceae;Gonyaulacales;Lingulodiniaceae;Lingulodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 171412 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Eremococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 175660 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Pyrrhoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 186188 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Xylanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 186310 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Pezizellaceae;Calycina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 187492 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Thalassolituus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 188905 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Jannaschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 189384 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Tremblaya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 191028 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Leisingera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 191494 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Conexibacteraceae;Conexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 195950 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Tannerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 195964 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Asanoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 196013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Caldimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 198705 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Lampropedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 204037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Dickeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 223927 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 227864 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cerasibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 236752 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Fastidiosipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 237444 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Ulvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 244127 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaerotruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 261933 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Pleomorphomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 263377 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Salipiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 265487 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Blastopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 288018 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Yeosuana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 289201 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 289239 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseisalinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 291194 Eukaryota;Microsporidia;NA;NA;Tubulinosematidae;Tubulinosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 293136 Bacteria;Bacillota;Clostridia;Moorellales;Desulfitibacteraceae;Desulfitibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 295577 Bacteria;Verrucomicrobiota;Spartobacteria;Chthoniobacterales;Chthoniobacteraceae;Chthoniobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 300418 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Catellicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 302485 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Phaeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 327159 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Accumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 332246 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halalkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 335058 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 340070 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Criblamydiaceae;Criblamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 342658 Bacteria;Bacillota;Clostridia;Eubacteriales;Gracilibacteraceae;Gracilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 347533 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Zobellella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 349742 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Sedimenticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 355929 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Yonghaparkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 365348 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 369400 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flaviramulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 369926 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Brooklawnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 370954 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Staphylotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 372047 Eukaryota;Ascomycota;Dothideomycetes;Phaeotrichales;Phaeotrichaceae;Trichodelitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 373053 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Calditerricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 376488 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 393029 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Desulfurispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 394505 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 400060 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Paludibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 402170 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Lapillicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 412033 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Celerinatantimonadaceae;Celerinatantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 414878 Bacteria;Actinomycetota;Actinomycetes;Catenulisporales;Catenulisporaceae;Catenulispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 416916 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Aggregatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 420644 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Piscibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 427753 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Humibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 427925 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Dethiobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 442527 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Scopulibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 458032 Bacteria;Acidobacteriota;Blastocatellia;NA;NA;Chloracidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 467943 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Stephanosporaceae;Cristinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 470018 Eukaryota;Ascomycota;Dothideomycetes;Cladosporiales;Cladosporiaceae;Rachicladosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 472058 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Schumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 475966 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Leptolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 501783 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cloacibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 504481 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Sediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 510690 Bacteria;Pseudomonadota;Alphaproteobacteria;Sneathiellales;Sneathiellaceae;Sneathiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 561967 Eukaryota;Ascomycota;Dothideomycetes;Mytilinidiales;Argynnaceae;Lepidopterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 569950 Eukaryota;Tubulinea;Elardia;Leptomyxida;Flabellulidae;Flabellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 573657 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Hodgkinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 580596 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Butyricicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 588605 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Robinsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 623282 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Psychrilyobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 633405 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Lacticigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 648800 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Solibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 649462 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Gracilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 651456 Bacteria;Thermotogota;Thermotogae;Kosmotogales;Kosmotogaceae;Kosmotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 651660 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Paenisporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 656899 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Schlesneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 683756 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Kinneretia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 690893 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Amniculicolaceae;Amniculicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 695999 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinophytocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 698776 Bacteria;Bacillota;Clostridia;Eubacteriales;Cellulosilyticaceae;Cellulosilyticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 704093 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anaerobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 741759 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;NA;Tomitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 745364 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Luteipulveratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 759360 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oleibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 861914 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Fibrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 889388 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Chryseomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 907364 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Phytohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 908626 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Angustibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 933343 Eukaryota;Ascomycota;Leotiomycetes;Leotiales;Tympanidaceae;Claussenomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 940550 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Gilvimarinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 941338 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Bhargavaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 945765 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Romeriaceae;Romeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 986106 Bacteria;Pseudomonadota;Gammaproteobacteria;Acidiferrobacterales;Acidiferrobacteraceae;Acidiferrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1052105 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Purpureocillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1055688 Bacteria;Myxococcota;NA;Polyangiales;Sandaracinaceae;Sandaracinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1072081 Eukaryota;Chlorophyta;Chlorophyceae;NA;NA;Jenufa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1121254 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Hamadaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1145345 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Bauldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1146845 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Dongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1150774 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Natribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1156392 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Pseudokineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1165076 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Imtechella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1176354 Eukaryota;Microsporidia;NA;NA;Dubosqiidae;Hamiltosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1185872 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Desertifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1187887 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Nitritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1195526 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Gryllotalpicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1209327 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1211036 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mangrovimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1213737 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Schizoporaceae;Schizopora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1215913 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Litorilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1230698 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Marisediminicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1236988 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Geofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1260114 Eukaryota;Tubulinea;Echinamoebida;NA;NA;Vermamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1294511 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Naumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1295327 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1330546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pluralibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1331730 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Chryseoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1335745 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Spiribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1346288 Eukaryota;Evosea;Variosea;NA;Flamellidae;Telaepolella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1382931 Bacteria;Chloroflexota;Ardenticatenia;Ardenticatenales;Ardenticatenaceae;Ardenticatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1387562 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Ophidiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1392389 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Intestinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1395974 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Tardiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1400059 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pontibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1400134 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Streptohalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1400827 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Candidatus Competibacteraceae;Plasticicumulans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1408194 Bacteria;Elusimicrobiota;Endomicrobiia;Endomicrobiales;Endomicrobiaceae;Endomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1425377 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Haloechinothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1433993 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Chryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1433997 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Diaminobutyricimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1434022 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Naasia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1434050 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Zhongshania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1458243 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Pseudomaricurvus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1470577 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paenirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1472762 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Enorma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1485594 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1501143 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Neosynechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1504576 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudocitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1505652 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Terrisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1511635 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Aquisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1524217 Bacteria;Myxococcota;NA;Polyangiales;Labilitrichaceae;Labilithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1543703 Bacteria;Bacillota;Desulfuribacillia;Desulfuribacillales;Desulfuribacillaceae;Desulfuribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1579315 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Halocynthiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1594166 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Oricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1621534 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Paraglaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1647190 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aquibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1648508 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ciceribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1649466 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Marinicauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1649505 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Thermocatellispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1655637 Archaea;Candidatus Lokiarchaeota;NA;NA;NA;Candidatus Lokiarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1673731 Eukaryota;NA;Bigyra;Placidida;NA;Suigetsumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1676142 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Wenzhouxiangellaceae;Wenzhouxiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1729679 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1766253 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Agathobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1774589 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Lunatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1775688 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Jiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1778653 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfuriferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1783488 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Phytoactinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1835332 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Verticiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1849551 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Cephaloticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1849828 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Paeniclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1855364 Bacteria;Candidatus Kryptonia;NA;NA;NA;Candidatus Kryptobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1874526 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Kovacikia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1884449 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salipaludibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1904377 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Amorphaceae;Acuticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1905726 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Paludifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1912359 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Durotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1914244 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Krasilnikoviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1918385 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acutalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1918538 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Longibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1924105 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Neglectibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1929940 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Viridothelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1930845 Bacteria;Bacillota;NA;NA;NA;Ndongobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1935927 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Massilioclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1937008 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Dubosiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1940143 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Dankookia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1949218 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Telluribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1955413 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Abyssicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1970191 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Salinivirgaceae;Salinivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1974209 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Rhodohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 1981033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Mordavella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2004661 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Hyphobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2014233 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Thaumasiovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2023705 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Membranihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2024965 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Dictyobacteraceae;Dictyobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2024969 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Natronospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2027874 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Mongoliimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2035349 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Oceanispirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2060094 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Aminipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2060871 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Galactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2082587 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Parolsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2109263 Bacteria;Abditibacteriota;Abditibacteriia;Abditibacteriales;Abditibacteriaceae;Abditibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2125985 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Neptunicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2137425 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Novimethylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2250589 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Xinfangfangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2302916 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloroparvula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2321204 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Candidatus Marinarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2494209 Bacteria;Armatimonadota;Armatimonadia;Capsulimonadales;Capsulimonadaceae;Capsulimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2600304 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Baekduiaceae;Baekduia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2650923 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aestuariivirgaceae;Aestuariivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2675233 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Metabacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2676121 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Galactobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2676781 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Aquisediminimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2678352 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Maribellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2689589 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Staphylospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2700084 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Urechidicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2706948 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2714751 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Lichenibacteriaceae;Lichenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2717089 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Massilistercora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2718525 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Absicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2723776 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Lichenihabitantaceae;Lichenihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2731402 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Antribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2750262 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Leekyejoonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2762385 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Daejeonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2774146 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Frigoriglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2778525 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Profundibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2779860 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gryganskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2779868 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gamsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2807415 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Urbifossiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2813788 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Litchfieldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2813793 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Litorihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2820403 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Rhabdothermincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2821507 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Agriterribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2823237 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alteribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2837485 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Evansella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2837501 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fredinandcohnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2837508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rossellomorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2838409 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Pigmentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2842531 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Solibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2848177 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Pseudocolwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2853332 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Peteryoungia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2854186 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pseudosulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2855468 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Muriiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2870716 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Neoroseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2886915 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Waterburya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2901189 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Halopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2901261 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Denitrificimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2901382 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Sabulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2910984 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Solidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2917552 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Mesobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2922426 Bacteria;Chloroflexota;Candidatus Thermofonsia;Phototrophicales;Phototrophicaceae;Phototrophicus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2923368 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Solihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2930254 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hanamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2939270 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Cubamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2939409 Eukaryota;Ascomycota;Lecanoromycetes;Acarosporales;Acarosporaceae;Caeruleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2941520 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Senimuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2942761 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Argonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2944152 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Wujia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2944547 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermochaetoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2946507 Bacteria;NA;Deltaproteobacteria;Bradymonadales;Microvenatoraceae;Microvenator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2946544 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Anaeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2956790 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonauticaceae;Desulfovulcanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2962639 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Phaeoplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2963349 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Dawidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2967089 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Abyssalbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2974257 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Hoylesella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2976759 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Capillimicrobiaceae;Capillimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 2978001 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Jezberella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 3018276 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Aliamphritea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 3033930 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fervidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 3034706 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Scleromatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000020 2 3045815 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichothermofontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 6 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Azorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 40 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Stigmatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 113 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Gemmata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 187 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 425 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 522 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidiphilium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 532 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Beijerinckia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 635 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Edwardsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 801 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Symbiopectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 963 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1013 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Weeksella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1030 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Thiothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1051 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Ectothiorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1123 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Chlorogloeopsidaceae;Chlorogloeopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1198 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Phormidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1222 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Prochlorothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1257 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptostreptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1266 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Sarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1754 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermoanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1851 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2056 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Sphaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2175 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanohalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2202 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanospirillaceae;Methanospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2239 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2276 Archaea;Thermoproteota;Thermoprotei;Thermoproteales;Thermoproteaceae;Pyrobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2295 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteriaceae;Desulfobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2314 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanomicrobiaceae;Methanoplanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2349 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Haliscomenobacteraceae;Haliscomenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2383 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Epulonipiscium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2422 Bacteria;Thermotogota;Thermotogae;Thermotogales;Fervidobacteriaceae;Fervidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2713 Bacteria;Aquificota;Aquificae;Aquificales;Aquificaceae;Aquifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2828 Eukaryota;NA;Raphidophyceae;Chattonellales;Chattonellaceae;Heterosigma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2834 Eukaryota;NA;Xanthophyceae;Mischococcales;Centritractaceae;Bumilleriopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2865 Eukaryota;NA;Dinophyceae;Gonyaulacales;Crypthecodiniaceae;Crypthecodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2875 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Dictyota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2944 Eukaryota;NA;Dinophyceae;Prorocentrales;Prorocentraceae;Prorocentrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2960 Eukaryota;NA;Dinophyceae;Amphidiniales;Amphidiniaceae;Amphidinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 3108 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Ankistrodesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 3136 Eukaryota;Chlorophyta;Ulvophyceae;Dasycladales;Polyphysaceae;Acetabularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 3187 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Nannochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5036 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Histoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5097 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Monascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5144 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Podosporaceae;Podospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5149 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Chaetomium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5429 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Sporobolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5450 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Arthromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5498 Eukaryota;Ascomycota;Dothideomycetes;Cladosporiales;Cladosporiaceae;Cladosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5502 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Curvularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5637 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Polyporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5706 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Phytomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5709 Eukaryota;Euglenozoa;Kinetoplastea;Parabodonida;NA;Trypanoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5740 Eukaryota;Fornicata;NA;Diplomonadida;Hexamitidae;Giardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 5748 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Monodopsidaceae;Nannochloropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 13205 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Pholiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 13348 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Arthrobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 13724 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 27316 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Galactomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 27353 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Coleosporiaceae;Cronartium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 27971 Eukaryota;Microsporidia;NA;NA;Enterocytozoonidae;Enterocytozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 28073 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Lyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 28100 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Phyllobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 28209 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Chelatococcaceae;Chelatococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 28233 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Geotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 28895 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Thermoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 29175 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Neospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 29287 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natronococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 29526 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Syntrophobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 29574 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Taylorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 33973 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 34000 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 34098 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Blattabacteriaceae;Blattabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 35116 Eukaryota;Ciliophora;Plagiopylea;Plagiopylida;Plagiopylidae;Plagiopyla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 35152 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Dixoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 35796 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Nitrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 35823 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Arthrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 36922 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Diaporthaceae;Diaporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 37817 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Geopsychrobacteraceae;Desulfuromusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 38447 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Monilinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 38513 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Dumontiaceae;Dumontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 38835 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pterosperma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 38880 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Botryococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 39709 Eukaryota;Fornicata;NA;Diplomonadida;Hexamitidae;Spironucleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 40421 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Bondarzewia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 40432 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Daedaleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 40751 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Thioploca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 41687 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Scedosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 42001 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Callithamniaceae;Crouania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 42367 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Hirsutella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 42464 Eukaryota;Ascomycota;Sordariomycetes;Lulworthiales;Lulworthiaceae;Zalerion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 43430 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Tricharina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 43673 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Jonesiaceae;Jonesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 44011 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Ferrimonadaceae;Ferrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 44450 Eukaryota;NA;Raphidophyceae;Chattonellales;Vacuolariaceae;Vacuolaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 44639 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Choiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 44675 Bacteria;Acidobacteriota;Holophagae;Holophagales;Holophagaceae;Geothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 44937 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Achromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 45148 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiostomataceae;Lophiostoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 45244 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Emericellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 45402 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Aquabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 45427 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Amylocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 47204 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Pyronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 48001 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulfobotulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 48482 Eukaryota;NA;NA;Jakobida;Histionidae;Reclinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 49968 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Geopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 50036 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Bracteacoccaceae;Bracteacoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 50709 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 50714 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 53244 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonatronovibrionaceae;Desulfonatronovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 53365 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Catellatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 53387 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Friedmanniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 53402 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Merismopedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 54692 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Chlorociboriaceae;Chlorociboria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 54788 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Stagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 55170 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Didymella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 55339 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Amylostereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 55998 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Stigeoclonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 56001 Eukaryota;Chlorophyta;Chlorophyceae;Chaetopeltidales;Chaetopeltidaceae;Chaetopeltis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 57138 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Calonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 58120 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Planotetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 58122 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Spirillospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 59738 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Marinilabilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 59753 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 60496 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Thielaviopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 61413 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Martensiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 61653 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 63266 Eukaryota;Basidiomycota;Ustilaginomycetes;Urocystidales;Glomosporiaceae;Thecaphora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 63681 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Pseudochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 64498 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Choanephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 64652 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Clitocybaceae;Lepista;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 65097 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Euhalothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 65496 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinoalloteichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 66470 Eukaryota;NA;Dinophyceae;Gymnodiniales;Gymnodiniaceae;Lepidodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 67960 Eukaryota;Rhodophyta;Florideophyceae;Thoreales;Thoreaceae;Thorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 68034 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Sporotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 68776 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Nidulariaceae;Cyathus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 68779 Eukaryota;Basidiomycota;Agaricomycetes;Gomphales;Gomphaceae;Ramaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 68903 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Terracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 69961 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Azomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 70190 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Chroococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 70411 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Frateuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 73024 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 73229 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 73504 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Cladobotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 74855 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Terfezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 75374 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Leptodontidiaceae;Leptodontidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 77850 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kodamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 77924 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Hemiselmidaceae;Hemiselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 79206 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfosporosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 79603 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Denitrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 80618 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Asterophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 81060 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Steccherinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 81461 Bacteria;Synergistota;Synergistia;Synergistales;Synergistaceae;Thermanaerovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 81894 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Prosthecomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 82345 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Ornithinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 82373 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Anaerovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 83235 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Postia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 83766 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Propionivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 84565 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Sodalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 84756 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Beutenbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 85074 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Halochromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 85079 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiohalocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 85273 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodothalassiales;Rhodothalassiaceae;Rhodothalassium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 85947 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Didymosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 86004 Bacteria;Bacillota;Bacilli;Bacillales;Pasteuriaceae;Pasteuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 88723 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natrinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 88875 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Ferribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 89523 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rubrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 90254 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Cokeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 90402 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Geoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 90974 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Acrocarpospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 92944 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ketogulonicigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 93111 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Ramalinaceae;Bacidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 96335 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Proteomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 96907 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 98402 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Drechmeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 98443 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Richelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 99593 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Thermohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 100043 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleomassariaceae;Pleomassaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 100815 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;NA;Madurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 104175 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Oscillochloridaceae;Oscillochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 105135 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Anaeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 109262 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Halothiobacillaceae;Halothiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 109632 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Galerina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 110103 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Anabaenopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 111782 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Tolypothrichaceae;Tolypothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 112497 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Ramularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 113286 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Pseudoramibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 114154 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Dichomitus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 117156 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Actinopolymorphaceae;Actinopolymorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 118241 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Derbesiaceae;Pedobesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 118259 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Plenodomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 120961 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Roseiflexaceae;Roseiflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 121820 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Roseinatronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 130795 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Crossiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 131079 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Limnobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 133746 Eukaryota;Basidiomycota;Agaricomycetes;Corticiales;Punctulariaceae;Punctularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 134550 Bacteria;Verrucomicrobiota;Spartobacteria;NA;NA;Candidatus Xiphinematobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 135261 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Prasiola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 135587 Eukaryota;Parabasalia;NA;Tritrichomonadida;Dientamoebidae;Histomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 137583 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 141450 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oleiphilaceae;Oleiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 144548 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Heliocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 146784 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Bacteriovoracaceae;Bacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 147559 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Dothioraceae;Delphinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 147572 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Piedraiaceae;Piedraia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 150022 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Finegoldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 150366 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Akanthomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 152317 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Truncatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 153903 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Monostromataceae;Gayralia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 154746 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Dentipellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 155196 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Fulvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 155862 Archaea;Euryarchaeota;Methanococci;Methanococcales;Methanococcaceae;Methanothermococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 156885 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thioflavicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 157480 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Peltulaceae;Peltula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 158045 Eukaryota;Ascomycota;Eurotiomycetes;Phaeomoniellales;Phaeomoniellaceae;Phaeomoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 158848 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Moellerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 158851 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Trabulsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 160516 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Tirmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 162027 Bacteria;Myxococcota;NA;Haliangiales;Kofleriaceae;Haliangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 165812 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Sporanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 170436 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Udotea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 170610 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Halomicronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 172620 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Imshaugia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 173374 Eukaryota;Chlorophyta;Ulvophyceae;Trentepohliales;Trentepohliaceae;Trentepohlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 178440 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Opitutus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 178898 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVI. Incertae Sedis;Carboxydocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 182276 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Artomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 184869 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Varibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 186475 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Roseiflexaceae;Kouleothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 186831 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Acetoanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 189635 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Dasyaceae;Dictyurus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 191373 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Pelotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 192992 Bacteria;Actinomycetota;Thermoleophilia;Thermoleophilales;Thermoleophilaceae;Thermoleophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 193383 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rhodoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 196079 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 196118 Archaea;Euryarchaeota;Methanococci;Methanococcales;Methanocaldococcaceae;Methanocaldococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 198251 Bacteria;Pseudomonadota;Alphaproteobacteria;Pelagibacterales;Pelagibacteraceae;Candidatus Pelagibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 198592 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Umezakia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 200670 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Crenotrichaceae;Crenothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 202699 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Amylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 203470 Bacteria;Pseudomonadota;Hydrogenophilia;Hydrogenophilales;Hydrogenophilaceae;Tepidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 204446 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Zavarziniaceae;Zavarzinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 204475 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Gemmiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 204754 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Rhexocercosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 210597 Eukaryota;Bacillariophyta;Fragilariophyceae;Licmophorales;Licmophoraceae;Licmophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 210622 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Anoxynatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 212791 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Enhydrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 214904 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Tepidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 215251 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Brachybasidiaceae;Meira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 217510 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Fulvimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 218113 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 221427 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Polytolypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 226991 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Cyphellophoraceae;Cyphellophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 228972 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Xylanibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 230494 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Reinekea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 230556 Eukaryota;Chlorophyta;Ulvophyceae;Chlorocystidales;Chlorocystidaceae;Halochlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 233099 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Ectothiorhodosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 233191 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Caldilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 236756 Bacteria;Planctomycetota;Candidatus Brocadiia;Candidatus Brocadiales;Candidatus Scalinduaceae;Candidatus Scalindua;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 237179 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Sphaerulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 238749 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Diaphorobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 238770 Eukaryota;NA;Actinophryidae;NA;NA;Actinophrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 239934 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Akkermansiaceae;Akkermansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 241421 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Gomontiellaceae;Crinalium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 242837 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Koliellaceae;Koliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 248111 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Gomphillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 252301 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Oceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 252965 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family IV. Incertae Sedis;Mahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 256730 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Volucribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 261096 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Kappamycetaceae;Kappamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 261963 Bacteria;Pseudomonadota;Gammaproteobacteria;Kangiellales;Kangiellaceae;Kangiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 262406 Bacteria;Chloroflexota;NA;NA;NA;Thermobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 265082 Eukaryota;Ascomycota;Sordariomycetes;NA;Thyridiaceae;Thyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 267989 Bacteria;Campylobacterota;Epsilonproteobacteria;Nautiliales;Nautiliaceae;Lebetimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 268582 Eukaryota;Rhodophyta;Florideophyceae;Nemaliales;Scinaiaceae;Scinaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 269258 Bacteria;Campylobacterota;Epsilonproteobacteria;Nautiliales;Nitratiruptoraceae;Nitratiruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 274470 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 281915 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Curvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 282682 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Citreicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 283819 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Coelosphaeriaceae;Woronichinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 284134 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Sarocladiaceae;Sarocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 285105 Bacteria;Bacillota;Tissierellia;Tissierellales;Tepidimicrobiaceae;Tepidimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 286130 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfuricurvum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 286412 Eukaryota;Ascomycota;NA;Thelocarpales;Thelocarpaceae;Thelocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 286660 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Peltaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 288021 Bacteria;Pseudomonadota;Alphaproteobacteria;Kordiimonadales;Kordiimonadaceae;Kordiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 290425 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Advenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 291363 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Lecanicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 291967 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Acaricomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 292637 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Seinonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 299261 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Tateyamaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 311453 Eukaryota;Microsporidia;NA;NA;Tubulinosematidae;Anncaliia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 318147 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Paucibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 318744 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Phylliscum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 318745 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Pycnoraceae;Pycnora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 325646 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Rhipilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 326319 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Dokdonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 329878 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Cryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 336277 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseicyclus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 336803 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Thorselliaceae;Thorsellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 336809 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;NA;Candidatus Karelsulcia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 340096 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Tuberibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 351195 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 354440 Eukaryota;Chlorophyta;Pedinophyceae;Marsupiomonadales;Marsupiomonadaceae;Marsupiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 359407 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylotenera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 361050 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Rubritaleaceae;Rubritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 363276 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Ktedonobacteraceae;Ktedonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 364316 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Verminephrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 364651 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Bathelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 364710 Eukaryota;Ascomycota;Eurotiomycetes;Verrucariales;Verrucariaceae;Endocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 365532 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Belnapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 367771 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Marinovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 373984 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Rivulariaceae;Rivularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 375928 Bacteria;Bacillota;Clostridia;Natranaerobiales;Natranaerobiaceae;Natranaerobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 378210 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Methyloversatilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 378268 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;NA;Infundibulicybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 379072 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sediminibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 381414 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Boodleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 388463 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Edaphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 390250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Labedella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 391952 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Aquincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 392733 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Terriglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 392825 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 396811 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Fulvivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 401624 Eukaryota;Basidiomycota;Exobasidiomycetes;Ceraceosorales;Ceraceosoraceae;Ceraceosorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 404235 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Maritimibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 412006 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlainomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 422440 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Stenoxybacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 427922 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfurivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 432330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Tumebacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 442430 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Coraliomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 442968 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Ameyamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 444090 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfobacteriaceae;Caldimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 444459 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flagellimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 445219 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Reyranellaceae;Reyranella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 453849 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Henriciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 454159 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Kiloniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 455076 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rhodocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 455433 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Pelagicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 459520 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Neptuniibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 460852 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 462253 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Aplosporellaceae;Aplosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 464286 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Oocystaceae;Pseudococcomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 467975 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Iamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 470095 Eukaryota;Ascomycota;Dothideomycetes;Acrospermales;Acrospermaceae;Pseudovirgaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 472825 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Purcelliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 475230 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Pullulanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 481178 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Seohaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 483074 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Baudoinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 497742 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfatirhabdiaceae;Desulfatirhabdium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 498845 Archaea;Candidatus Korarchaeota;NA;NA;NA;Candidatus Korarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 505692 Eukaryota;NA;NA;NA;Chromeraceae;Chromera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 512381 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 526215 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Thalassobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 529881 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Aquiluna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 530098 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Blastosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 539820 Eukaryota;Chlorophyta;Palmophyllophyceae;Palmophyllales;Palmophyllaceae;Palmophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 543311 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Parvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 545865 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Calditerrivibrionaceae;Calditerrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 548651 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Dothidotthiaceae;Dothidotthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 556257 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Pseudolabrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 561367 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Salinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 565005 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Nubsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 574786 Eukaryota;Ascomycota;Dothideomycetes;Mytilinidiales;Mytilinidiaceae;Mytilinidion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 574892 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Kriegella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 576341 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 577310 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Parasutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 578092 Eukaryota;Ascomycota;Dothideomycetes;Lineolatales;Lineolataceae;Lineolata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 599651 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Bermanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 633413 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pseudozobellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 642604 Eukaryota;Chytridiomycota;Chytridiomycetes;Lobulomycetales;Lobulomycetaceae;Lobulomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 644355 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Inhella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 649460 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Filimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 655352 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Cohaesibacteraceae;Cohaesibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 659428 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Marivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 659693 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Oceanibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 661182 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Perlucidibacaceae;Perlucidibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 665568 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Paraoerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 665874 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Limnohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 669368 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Coleofasciculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 674734 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Alloactinosynnema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 682063 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Kalmusia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 688241 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Entophysalidaceae;Chlorogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 690884 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiotremataceae;Lophiotrema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 697025 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Hoyosellaceae;Hoyosella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 700917 Eukaryota;Rhodophyta;Rhodellophyceae;Rhodellales;Rhodellaceae;Corynoplastis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 714959 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Tetraplosphaeriaceae;Polyplosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 715222 Bacteria;Bacillota;Clostridia;Eubacteriales;Caldicoprobacteraceae;Caldicoprobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 745410 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Gallaecimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 749461 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Boeremia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 754249 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;NA;Luteimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 795750 Bacteria;Ignavibacteriota;Ignavibacteria;Ignavibacteriales;Ignavibacteriaceae;Ignavibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 882045 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Cuspidothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 885864 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Jeongeupia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 904708 Bacteria;Pseudomonadota;Gammaproteobacteria;Arenicellales;Arenicellaceae;Arenicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 907202 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Rubricoccaceae;Rubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 937605 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Hymenopellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 945733 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Hyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 983507 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ponticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 990721 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Christensenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1005722 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Phormidesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1010672 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Lecanographaceae;Alyxoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1029631 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Amnibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1032526 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobia subdivision 3;Pedosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1042323 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pacificibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1047167 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zymoseptoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1053253 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Stylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1055692 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Chitinolyticbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1073531 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1074468 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Candidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1111949 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Irpicaceae;Trametopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1114981 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Piscinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1123951 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Thalassocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1125736 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Symplocastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1132766 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Alpinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1132856 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Rasamsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1137960 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Allokutzneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1150382 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Parascedosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1159323 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Macellibacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1172191 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Catenovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1188227 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeomargaritales;Gloeomargaritaceae;Gloeomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1204360 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Siansivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1206386 Eukaryota;Ascomycota;NA;NA;NA;Trizodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1227948 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1229970 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Glaciimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1233054 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1235438 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Snuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1245590 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Mariniradius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1249554 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Aliidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1265689 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cesiribacteraceae;Nafulsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1270155 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Falsibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1279384 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Eggerthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1279388 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Kandleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1295378 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylogaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1301328 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Flavoplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1331051 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Saccharimonadales;Candidatus Saccharimonadaceae;Candidatus Saccharimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1335483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shimwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1335631 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Frischella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1348508 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Roseimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1386924 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aestuariibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1395977 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Aidingimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1400058 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Hwanghaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1400060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Roseibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1400062 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Tranquillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1400133 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Allobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1406885 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aliiglaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1407607 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Fusicatenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1408818 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Youngiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1427172 Bacteria;Synergistota;Synergistia;Synergistales;Aminobacteriaceae;Aminivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1427378 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Acetatifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1432051 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Eisenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1433990 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1433996 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1434000 Bacteria;Pseudomonadota;Alphaproteobacteria;Kordiimonadales;Kordiimonadaceae;Eilatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1434002 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Falsirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1434010 Bacteria;Actinomycetota;Actinomycetes;Jatrophihabitantales;Jatrophihabitantaceae;Jatrophihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1434019 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Mameliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1434021 Bacteria;Actinomycetota;Actinomycetes;Motilibacterales;Motilibacteraceae;Motilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1434025 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;NA;Neiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1434029 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pelagimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1434030 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Phytomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1434043 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Saliterribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1448050 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Elongisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1448928 Bacteria;Candidatus Fervidibacteria;NA;NA;NA;Candidatus Fervidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1471399 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Draconibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1472649 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Dielma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1484107 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Galbitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1486726 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1495649 Bacteria;Chloroflexota;Thermoflexia;Thermoflexales;Thermoflexaceae;Thermoflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1501226 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Romboutsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1501513 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Bryopsidaceae;Pseudoderbesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1511750 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Jhaorihella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1522128 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Catalimonadaceae;Catalinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1524249 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Pseudohongiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1535231 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Altibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1538468 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Povalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1541445 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Candidatus Phaeomarinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1543705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Nitrospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1550243 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Aetokthonos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1555240 Eukaryota;Chytridiomycota;Chytridiomycetes;Caulochytriales;Caulochytriaceae;Caulochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1564515 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Haliscomenobacteraceae;Phaeodactylibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1577789 Archaea;Candidatus Thermoplasmatota;Thermoplasmata;Methanomassiliicoccales;Methanomassiliicoccaceae;Candidatus Methanogranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1579506 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Roseimaritima;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1582879 Bacteria;Bacillota;Tissierellia;NA;NA;Ezakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1602345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Parasaccharibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1608298 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Thiolapillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1609595 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Microseira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1616833 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hydrococcaceae;Hydrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1617886 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thiogranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1620700 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Alkalinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1628153 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Carboxylicivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1629825 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Lanmaoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1632778 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Diaminobutyricibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1643958 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Roseiarcaceae;Roseiarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1647173 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Acetobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1648511 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Cnuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1649279 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Epibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1649298 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Siccibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1649481 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudodonghicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1649485 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pustulibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1649499 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Swingsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1655429 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Savagea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1658452 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Cephalotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1658781 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Aliiroseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1663717 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Herbinix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1676651 Bacteria;Bacillota;Limnochordia;Limnochordales;Limnochordaceae;Limnochorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1677050 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Novibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1712422 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Euryhalocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1715798 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Levyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1734465 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Tamaricihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1738642 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pelagirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1742636 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Candidatus Megaira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1747773 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rhabdobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1749071 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Neptunitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1755829 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Ichthyobacteriaceae;Ichthyobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1762932 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Algoriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1769718 Bacteria;Thermotogota;Thermotogae;Mesoaciditogales;Mesoaciditogaceae;Athalassotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1774278 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Aquimixticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1775424 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Nioella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1777753 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Candidatus Paracaedibacteraceae;Candidatus Finniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1778601 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Apibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1784839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Tenggerimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1784953 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Sediminivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1792291 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Marinagarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1795363 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Dinghuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1795639 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Aquisalinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1818108 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Pseudobryopsidaceae;Pseudobryopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1827277 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Aliterellaceae;Aliterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1843185 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Natronoarchaeaceae;Halostella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1843398 Eukaryota;Chlorophyta;Chlorophyceae;Chaetopeltidales;Chaetopeltidaceae;Koshicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1855365 Bacteria;Candidatus Kryptonia;NA;NA;NA;Candidatus Kryptonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1855714 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1857014 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Tamilnaduibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1858563 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alkalimarinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1868329 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Xanthomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1884922 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Herbihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1891669 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Simkaniaceae;Candidatus Neptunochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1891915 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinocrispum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1903173 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pelobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1903434 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Atlantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1911565 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Marispirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1914292 Eukaryota;NA;Cryptophyceae;Cyathomonadacea;NA;Hemiarma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1918542 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Muricomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1920251 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Antricoccaceae;Antricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1920515 Bacteria;Actinomycetota;Actinomycetes;Catenulisporales;Actinospicaceae;Actinocrinis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1923871 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Massilibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1926672 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotellamassilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1930924 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Haematomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1930932 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;NA;Thioflexithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1932705 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Iningainema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1936111 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Fuerstiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1939651 Eukaryota;Microsporidia;NA;NA;NA;Pancytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1960290 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Pacificimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 1973275 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Massilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2025617 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Ketobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2035345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Psychromarinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2038697 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Williamwhitmaniaceae;Williamwhitmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2039723 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Thiomicrorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2041181 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Caldovatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2054427 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Aestuariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2058188 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Rostrostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2060722 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Labilibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2083206 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Tritonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2093823 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Nanosynbacterales;Candidatus Nanosynbacteraceae;Candidatus Nanosynbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2094023 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Glaesserella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2100764 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Mixta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2170555 Bacteria;Bacillota;Bacilli;Bacillales;NA;Candidatus Carbobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2171988 Bacteria;Candidatus Saccharibacteria;Candidatus Nanoperiomorbia;Candidatus Nanoperiomorbales;Candidatus Nanoperiomorbaceae;Candidatus Nanoperiomorbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2173039 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Arcticibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2173855 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Marinitenerispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2175957 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Ruficoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2185300 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Tepidamorphaceae;Microbaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2200736 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Planctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2249462 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Ferrigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2282741 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfofundulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2282756 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pueribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2307008 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Galacturonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2320806 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Callipsygma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2339270 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Cortinariaceae;Phlegmacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2448024 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Desertimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2478349 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Indioceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2491136 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Oscillochloridaceae;Candidatus Viridilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2493629 Bacteria;Pseudomonadota;Alphaproteobacteria;Minwuiales;Minwuiaceae;Minwuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2511083 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Polulichloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2571160 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Trinickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2597221 Bacteria;NA;Deltaproteobacteria;Candidatus Acidulodesulfobacterales;NA;Candidatus Acididesulfobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2601574 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Holosporaceae;Candidatus Cytomitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2603319 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Chachezhania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2603323 Bacteria;Bacillota;Clostridia;Eubacteriales;Vallitaleaceae;Petrocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2603324 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidibrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2610842 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ancalomicrobiaceae;Siculibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2613960 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudopuniceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2663134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudogemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2663399 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Haloferacaceae;Halegenticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2664261 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2676247 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Aquirufa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2678539 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paracnuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2680005 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudolysinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2680019 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Alkalilacustris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2685905 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salicibibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2689587 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Suicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2691417 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Lacipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2692382 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Gudongella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2698688 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paraflavitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2698753 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Fluviispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2703814 Bacteria;Candidatus Mcinerneyibacteriota;Candidatus Mcinerneyibacteria;Candidatus Mcinerneyibacteriales;Candidatus Mcinerneyibacteriaceae;Candidatus Mcinerneyibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2703874 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Albitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2705385 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Puteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2707020 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Aerosticca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2710870 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Allorhizocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2712271 Bacteria;Bacillota;Clostridia;Eubacteriales;Xylanivirgaceae;Xylanivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2714594 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Bremerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2714737 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Alienimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2716544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chimaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2717700 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Phragmitibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2726810 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Scandinavium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2731450 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Limnoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2740558 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Lacisediminihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2743582 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2747271 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Calidithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2754714 Bacteria;Actinomycetota;NA;NA;NA;Candidatus Hakubanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2767322 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Bowdeniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2770094 Bacteria;Bacillota;Clostridia;Thermosediminibacterales;Tepidanaerobacteraceae;Biomaibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2770110 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Xanthovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2779869 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lunasporangiospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2784135 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Oculatellaceae;Shackletoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2785518 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Radiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2788933 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteripontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2791001 Bacteria;Mycoplasmatota;NA;Mycoplasmoidales;Mycoplasmoidaceae;Malacoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2794998 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Maridesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2795778 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Caulifigura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2795780 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Symmachiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2800384 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Pseudidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2801325 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Neoporphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2803301 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Poriferisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2807511 Bacteria;Planctomycetota;Phycisphaerae;Tepidisphaerales;Tepidisphaeraceae;Humisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2811373 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Acerihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2812019 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pseudocnuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2813798 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Litorivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2815007 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2815774 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Hornefia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2815778 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Porcincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2815782 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Bullifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2815784 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Inconstantimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2815785 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Scrofimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2819870 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Foetidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2820788 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Fastidiosibacteraceae;Facilibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2827482 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Caenibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2828734 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Puerhibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2834353 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Litoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2834400 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Wocania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2837511 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sutcliffiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2840454 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Candidatus Formimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2847256 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2848171 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Cognaticolwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2849660 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Taishania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2853170 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Neopyropia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2853326 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Affinibrenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2854182 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Falsihalocynthiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2855473 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Mesobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2857076 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeobacterales;Gloeobacteraceae;Anthocerotibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2862745 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Pseudobdellovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2870713 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Falsiroseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2883485 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geoanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2886881 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Oceaniferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2888753 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Limnovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2891325 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Cognatazoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2893036 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Venatoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2893057 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Shouchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2893085 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Luteirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2903056 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Vineibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2903100 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Mariniplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2903105 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Alteracholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2904863 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Hermanssonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2905158 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Salinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2906433 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Terrimesophilobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2910983 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Humidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2911176 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aquibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2912996 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Changpingibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2913022 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Mucisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2916693 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulforamulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2917831 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Meridianimarinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2918511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Diplocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2918791 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Phaeovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2919626 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Yangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2939411 Eukaryota;Ascomycota;Lecanoromycetes;NA;NA;Piccolia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2939497 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Coraliihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2939604 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Halalkalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2944826 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pontibrevibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2952773 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Formicincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2953757 Bacteria;NA;Candidatus Babeliae;Candidatus Babeliales;Candidatus Chromulinivoraceae;Candidatus Chromulinivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2963348 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseosolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2982749 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Aequitasia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2982750 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Ohessyouella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2983002 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Neoantrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2983700 Bacteria;Myxococcota;Myxococcia;Myxococcales;NA;Paraliomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2994443 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudenterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2995702 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Actinacidiphila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 2997349 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Winslowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 3024237 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Solicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 3024823 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaeromicropila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 3032808 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Muricaecibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 3039361 Eukaryota;Rhodophyta;Bangiophyceae;Cavernulicolales;Cavernulicolaceae;Gronococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 0.000010 1 3041089 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paraflavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 4.809608 487909 10239 Viruses
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 11.905596 1207759 NA cannot be assigned to a (non-viral) genus
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N1_M_libLAB7049.out 29.868397 3029989 NA unclassified
diff --git a/results/Kaiju/kaiju_NG-A0628_Turnip_2M_libLAB7050_summary.tsv b/results/Kaiju/kaiju_NG-A0628_Turnip_2M_libLAB7050_summary.tsv
new file mode 100644
index 0000000..496eac2
--- /dev/null
+++ b/results/Kaiju/kaiju_NG-A0628_Turnip_2M_libLAB7050_summary.tsv
@@ -0,0 +1,1905 @@
+file percent reads taxon_id taxon_name
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 17.604633 1993258 2767885 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Latilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 12.698478 1437766 2767886 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Levilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 8.205921 929103 1253 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Pediococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 5.697272 645065 1243 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Leuconostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 4.131793 467816 71245 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kazachstania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 2.251344 254905 2767892 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Secundilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 2.063547 233642 547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Enterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 1.955919 221456 2767842 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactiplantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.246433 27902 2759736 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lacticaseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.239756 27146 2767893 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lentilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.231966 26264 33877 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.173833 19682 1578 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.139256 15767 1883 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.123349 13966 2767879 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Companilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.113581 12860 1350 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Enterococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.112644 12754 662 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Vibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.109818 12434 1301 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Streptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.096570 10934 46255 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Weissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.085186 9645 2742598 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Limosilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.083128 9412 2767889 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Loigolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.070904 8028 1854 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Frankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.066470 7526 4780 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Plasmopara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.065808 7451 1129544 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Rhizophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.065684 7437 1279 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Staphylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.053726 6083 98757 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Gelatoporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.048850 5531 5052 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Aspergillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.045936 5201 148959 Eukaryota;Basidiomycota;Wallemiomycetes;Wallemiales;Wallemiaceae;Wallemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.039188 4437 4930 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Saccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.038340 4341 2767887 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Ligilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.037501 4246 286 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Pseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.037404 4235 561 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Escherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.036547 4138 1386 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Bacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.032325 3660 469 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Acinetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.031566 3574 613 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Serratia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.031027 3513 1637 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Listeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.030780 3485 51668 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Tetragenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.030294 3430 68287 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Mesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.029941 3390 38832 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Micromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.029367 3325 5140 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Neurospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.028863 3268 1716 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Corynebacteriaceae;Corynebacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.028589 3237 1970195 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Ancylomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.027830 3151 866673 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Marinifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.027556 3120 84567 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.026717 3025 2772525 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Putridiphycobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.025640 2903 1849822 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paraclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.023211 2628 1357 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.022575 2556 2767888 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Liquorilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.022089 2501 34111 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Monoraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.019846 2247 657 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Photobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.018229 2064 33882 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.018035 2042 46254 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Oenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.017523 1984 106589 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Cupriavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.017064 1932 2831443 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.015244 1726 570 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Klebsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.014900 1687 5605 Eukaryota;Ascomycota;NA;NA;NA;Saitoella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.014767 1672 44249 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Paenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.014617 1655 2767890 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Paucilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.014334 1623 1322061 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Rhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.014290 1618 29888 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Calocera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.014052 1591 82802 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Trichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.013354 1512 306539 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halolactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.012444 1409 670516 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.011773 1333 5948 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Stylonychia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.011764 1332 2767881 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.011190 1267 1870884 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Clostridioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.010916 1236 5583 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Exophiala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.010501 1189 2803850 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Mammaliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.010219 1157 2779861 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Linnemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.009353 1059 4875 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Glomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.009203 1042 308926 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Diversisporaceae;Diversispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.008929 1011 374 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Bradyrhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.008814 998 414371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aureimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.008664 981 2747 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Carnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.008073 914 1485 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Clostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.008028 909 1988 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinomadura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.007967 902 1849718 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Labilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.007799 883 1678 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bifidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.007781 881 2745 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.007755 878 55528 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Guillardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.007675 869 101 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Flectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.007666 868 2767884 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lapidilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.007649 866 207599 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Solirubrobacteraceae;Solirubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.007172 812 53335 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Pantoea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.007163 811 2767882 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Furfurilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.007110 805 599737 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Wickerhamomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.006836 774 3071 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Chlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.006492 735 407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.006492 735 2767358 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasmopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.006483 734 53246 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Pseudoalteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.006394 724 2737 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Vagococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.006271 710 97050 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.006209 703 1573535 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.005529 626 89966 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Hymenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.005458 618 111500 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muricauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.005449 617 171413 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Dolosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.005361 607 2804231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lederbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.005237 593 5820 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Plasmodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.005193 588 29580 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Janthinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.005176 586 2812012 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Zongyanglinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.005114 579 1742992 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paenarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004990 565 143959 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Coelomomycetaceae;Coelomomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004964 562 40323 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Stenotrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004946 560 2767891 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Schleiferilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004875 552 1206748 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Nitrolancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004796 543 83174 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Valsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004760 539 4953 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004602 521 461281 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Ogataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004478 507 5320 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pleurotaceae;Pleurotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004381 496 41891 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Coccomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004372 495 59732 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chryseobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004310 488 713 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Actinobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004186 474 278028 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Naumovozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004151 470 33986 Bacteria;Bacillota;Bacilli;Bacillales;NA;Exiguobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.004001 453 249523 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aestuariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003974 450 1763 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003798 430 2930384 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Periweissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003648 413 3052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlamydomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003595 407 489140 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Geminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003533 400 253183 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Myceligenerans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003453 391 4910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kluyveromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003436 389 100474 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Batrachochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003392 384 460073 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Segetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003365 381 163316 Eukaryota;Chlorophyta;Chlorophyceae;NA;Microsporaceae;Microspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003303 374 5206 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Cryptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003144 356 229219 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Blastomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003135 355 326606 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Annulohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003127 354 34072 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Variovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003118 353 3118 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Ulva;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003091 350 559173 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003047 345 38501 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Blastococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.003038 344 75654 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Duganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002994 339 5296 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Puccinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002906 329 1375 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Aerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002844 322 349 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Zoogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002844 322 253255 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Soehngenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002835 321 45033 Eukaryota;NA;Phaeophyceae;Laminariales;Chordaceae;Chorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002800 317 63298 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Pseudozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002773 314 47830 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Lachnaceae;Lachnellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002756 312 305976 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002747 311 1142 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Synechocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002711 307 1176129 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Aulographaceae;Aulographum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002685 304 216851 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Faecalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002614 296 194 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Campylobacteraceae;Campylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002588 293 107449 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Phaffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002544 288 810 Bacteria;Chlamydiota;Chlamydiia;Chlamydiales;Chlamydiaceae;Chlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002535 287 13786 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Trebouxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002535 287 36880 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Cymbomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002482 281 54304 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002473 280 1822464 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paraburkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002464 279 237 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002429 275 358905 Eukaryota;Basidiomycota;Agaricomycetes;Sebacinales;Serendipitaceae;Serendipita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002393 271 191392 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Auxenochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002367 268 2767876 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Amylolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002305 261 2302914 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloropicon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002296 260 2767875 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Agrilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002279 258 27375 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Entrophosporaceae;Entrophospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002093 237 70447 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Ostreococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002067 234 626 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Xenorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002067 234 5806 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Cryptosporidiidae;Cryptosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002058 233 34037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rahnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002058 233 76831 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Myroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002031 230 28453 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Sphingobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002023 229 77674 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Paracraurococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.002014 228 184027 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Golovinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001987 225 2767877 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Apilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001890 214 41879 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pycnococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001890 214 160674 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Raoultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001881 213 22 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Shewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001864 211 590 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Salmonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001846 209 4917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Pachysolen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001828 207 31366 Eukaryota;Rhodophyta;Florideophyceae;Bonnemaisoniales;Bonnemaisoniaceae;Asparagopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001819 206 2077 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sporolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001819 206 121087 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Ostreobiaceae;Ostreobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001802 204 88138 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Modestobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001802 204 756023 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Xylogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001731 196 3087 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Scenedesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001722 195 379 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Rhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001669 189 222 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Achromobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001669 189 1839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Nocardioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001643 186 469322 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Steroidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001563 177 374468 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Nakaseomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001537 174 4783 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Phytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001510 171 41874 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Bathycoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001440 163 441 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001440 163 1983104 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Lusitaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001422 161 1203 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001378 156 551 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Erwinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001369 155 2767878 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Bombilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001342 152 4828 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Absidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001316 149 3044 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Dunaliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001263 143 100883 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Coprobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001219 138 2837507 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Robertmurraya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001201 136 57494 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Nesterenkonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001201 136 100860 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Aphanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001175 133 579 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kluyvera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001175 133 2304164 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Jaagichlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001148 130 1187078 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cecembia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001139 129 475 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Moraxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001131 128 249344 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Picochlorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001122 127 234 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Brucella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001122 127 31311 Eukaryota;Chlorophyta;Nephroselmidophyceae;Nephroselmidales;Nephroselmidaceae;Nephroselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001078 122 544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Citrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001069 121 158846 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Megamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001060 120 5073 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001051 119 64649 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Backusellaceae;Backusella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001051 119 2767880 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Dellaglioa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001042 118 58113 Bacteria;Actinomycetota;Actinomycetes;Glycomycetales;Glycomycetaceae;Glycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001033 117 507510 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Hyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.001007 114 2791 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Porphyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000972 110 1827 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Rhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000972 110 28105 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Sinorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000963 109 4842 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Rhizopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000963 109 2800678 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000954 108 226 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000954 108 32008 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000954 108 63132 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Geitlerinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000954 108 1494427 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tepidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000919 104 1125 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Microcystaceae;Microcystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000910 103 357 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Agrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000910 103 4958 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Debaryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000901 102 1539666 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Suhomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000883 100 2370 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000883 100 33024 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Phascolarctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000866 98 3066 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Volvox;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000830 94 300275 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Lachancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000821 93 5251 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Ceratobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000813 92 102106 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Collinsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000804 91 816 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Bacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000795 90 317045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Kuraishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000777 88 586 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Providencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000777 88 190323 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Plantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000751 85 43668 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Brachybacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000733 83 4756 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Neocallimastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000724 82 240411 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000724 82 2837502 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000724 82 3025755 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Thomasclavelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000715 81 1865 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000707 80 1330545 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Lelliottia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000698 79 5475 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Candida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000689 78 182639 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Kribbellaceae;Kribbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000689 78 231454 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000689 78 307506 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Raphidocelis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000680 77 256818 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Gulosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000671 76 1633384 Eukaryota;Microsporidia;NA;NA;NA;Mitosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000671 76 3032809 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Petralouisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000654 74 1873 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Micromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000645 73 2755 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Brochothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000645 73 27372 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Acaulosporaceae;Acaulospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000645 73 126838 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Micractinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000636 72 27320 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Metschnikowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000636 72 766502 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Millerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000627 71 629 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Yersinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000627 71 1269 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Micrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000627 71 42695 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Pseudomuriellaceae;Pseudomuriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000627 71 83373 Eukaryota;Rhodophyta;Bangiophyceae;Galdieriales;Galdieriaceae;Galdieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000627 71 1448052 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Globisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000618 70 37359 Eukaryota;Endomyxa;Phytomyxea;Plasmodiophorida;Plasmodiophoridae;Plasmodiophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000592 67 497 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Psychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000592 67 4815 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Spizellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000592 67 4863 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Coemansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000583 66 4830 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Mucor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000583 66 145474 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Helicosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000583 66 1065495 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Radiococcaceae;Neocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000574 65 745 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Pasteurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000574 65 113604 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Tetrapisispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000556 63 338 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000556 63 5209 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Filobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000556 63 35798 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000556 63 44744 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Haematococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000548 62 4753 Eukaryota;Ascomycota;Pneumocystidomycetes;Pneumocystidales;Pneumocystidaceae;Pneumocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000548 62 13687 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000539 61 227979 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Jeotgalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000539 61 2800373 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Priestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000530 60 46913 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Devosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000530 60 65007 Eukaryota;Evosea;Variosea;Cavosteliida;Cavosteliaceae;Planoprotostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000503 57 1853743 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Symbiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000495 56 2742 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Marinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000477 54 29832 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Hanseniaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000477 54 47251 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000477 54 120831 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Dyadobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000477 54 1433402 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Glycocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000468 53 229045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Trichomonascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000468 53 766765 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Yamadazyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000459 52 5754 Eukaryota;Discosea;NA;Longamoebia;Acanthamoebidae;Acanthamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000459 52 80744 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Serpulaceae;Serpula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000459 52 2316020 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mediterraneibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000450 51 68 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Lysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000450 51 41273 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Tissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000450 51 747294 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudorhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000450 51 2881385 Bacteria;Cyanobacteriota;Cyanophyceae;Thermostichales;Thermostichaceae;Thermostichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000442 50 702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Plesiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000442 50 28000 Eukaryota;Perkinsozoa;NA;Perkinsida;Perkinsidae;Perkinsus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000424 48 2902 Eukaryota;Haptophyta;NA;Isochrysidales;Noelaerhabdaceae;Emiliania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000424 48 768669 Bacteria;Chloroflexota;Ktedonobacteria;Thermogemmatisporales;Thermogemmatisporaceae;Thermogemmatispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000424 48 1427149 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halomicroarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000415 47 101102 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Circinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000415 47 766733 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Scheffersomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000415 47 1117308 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Funneliformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000415 47 2594176 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Edaphochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000406 46 5761 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Naegleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000406 46 129337 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Geobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000397 45 4948 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Torulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000397 45 149698 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Massilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000397 45 2782229 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Epilithonimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000389 44 283 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Comamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000389 44 1663 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Arthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000389 44 139433 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meripilaceae;Physisporinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000380 43 1184396 Bacteria;Thermotogota;Thermotogae;Kosmotogales;Kosmotogaceae;Mesotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000371 42 1981050 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Phoenicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000362 41 144537 Eukaryota;Mucoromycota;Glomeromycetes;Paraglomerales;Paraglomeraceae;Paraglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000353 40 41275 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Brevundimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000353 40 47772 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Astrephomenaceae;Astrephomene;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000336 38 374469 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Vanderwaltozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000336 38 2749846 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000327 37 2781 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000327 37 4888 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Smittium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000327 37 5228 Eukaryota;Basidiomycota;Atractiellomycetes;Atractiellales;Hoehnelomycetaceae;Atractiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000327 37 122277 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Pectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000327 37 168131 Eukaryota;Evosea;NA;Pelobiontida;Pelomyxidae;Pelomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000318 36 2768 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Chondrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000318 36 2949 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Symbiodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000318 36 3030 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Cryptomonadaceae;Cryptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000318 36 5873 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Theileriidae;Theileria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000318 36 5890 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;Tetrahymenidae;Tetrahymena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000309 35 3164 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Tetraselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000309 35 33096 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Gonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000309 35 35140 Eukaryota;Haptophyta;NA;Prymnesiales;Chrysochromulinaceae;Chrysochromulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000309 35 41247 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Mycena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000309 35 41955 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Amanitaceae;Amanita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000309 35 54298 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Chroococcidiopsidaceae;Chroococcidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000309 35 221285 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Westiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000309 35 413496 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000309 35 472058 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Schumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000309 35 2315209 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Hondaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000309 35 2779859 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Entomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000300 34 75 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Caulobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000300 34 434 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000300 34 2093 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000291 33 2330 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000291 33 2879 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ectocarpaceae;Ectocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000291 33 70742 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000291 33 222439 Eukaryota;Preaxostyla;NA;Oxymonadida;Streblomastigidae;Streblomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000291 33 572511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Blautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000283 32 27308 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Ascoideaceae;Ascoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000283 32 45669 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Salinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000283 32 60919 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Sanguibacteraceae;Sanguibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000283 32 1940604 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Edaphochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000274 31 2034 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Curtobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000274 31 48736 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ralstonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000274 31 86017 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Salpingoeca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000265 30 47789 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Tetrabaenaceae;Tetrabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000265 30 99906 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alkalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000265 30 1169538 Eukaryota;NA;NA;NA;Vitrellaceae;Vitrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000256 29 4919 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Pichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000256 29 76312 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Caulerpaceae;Caulerpa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000256 29 78910 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Syncephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000247 28 265 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000247 28 1129 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Synechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000247 28 2980 Eukaryota;NA;Xanthophyceae;Tribonematales;Tribonemataceae;Tribonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000247 28 5782 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Dictyostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000247 28 33170 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Eremothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000247 28 165696 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000247 28 196080 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Terasakiellaceae;Terasakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000247 28 1930830 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Floricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000247 28 3026546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Duffyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000238 27 3049 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Polytomella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000238 27 4819 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Phlyctochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000238 27 5959 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Blepharismidae;Blepharisma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000238 27 45667 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000238 27 191769 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Marinilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000238 27 2837508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rossellomorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000230 26 1817 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Nocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000230 26 4797 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Pythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000230 26 12967 Eukaryota;NA;Bigyra;Opalinata;Blastocystidae;Blastocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000230 26 64561 Eukaryota;Mucoromycota;Umbelopsidomycetes;Umbelopsidales;Umbelopsidaceae;Umbelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000230 26 255204 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudoclavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000230 26 423349 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Mucilaginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000230 26 460517 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Komagataella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000230 26 1199100 Eukaryota;Chlorophyta;Ulvophyceae;Scotinosphaerales;Scotinosphaeraceae;Scotinosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000221 25 165697 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000212 24 35829 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acetivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000212 24 57493 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Kocuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000212 24 70451 Eukaryota;Haptophyta;NA;Pavlovales;Pavlovaceae;Diacronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000212 24 109374 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Nemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000212 24 139276 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Dacryopinax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000212 24 1434009 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000212 24 2675231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mesobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000212 24 2675232 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Neobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000203 23 2784 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Porphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000203 23 44649 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlorococcaceae;Chlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000203 23 104249 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000194 22 4836 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Phycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000194 22 12916 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Acidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000194 22 44055 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Aureococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000194 22 83618 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudoxanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000194 22 85413 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Boseaceae;Bosea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000194 22 97095 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Diatrypaceae;Eutypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000194 22 109944 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;Gonapodyaceae;Gonapodya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000194 22 456492 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Saccharibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000194 22 670315 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Multifurca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000194 22 2058187 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Cavenderiaceae;Cavenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 482 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Neisseria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 768 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Anaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 1569 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Sporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 4859 Eukaryota;Zoopagomycota;Basidiobolomycetes;Basidiobolales;Basidiobolaceae;Basidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 5506 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Fusarium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 5533 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Rhodotorula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 65356 Eukaryota;Oomycota;NA;Albuginales;Albuginaceae;Albugo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 83461 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Corallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 84406 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Virgibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 133407 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Acytostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 286114 Eukaryota;Chytridiomycota;Chytridiomycetes;Synchytriales;Synchytriaceae;Synchytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 1017280 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoflavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 1130052 Eukaryota;Ascomycota;Xylobotryomycetes;Xylobotryales;Cirrosporiaceae;Cirrosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 1493516 Eukaryota;Cryptomycota;NA;NA;NA;Paramicrosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000185 21 2782231 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Kaistella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000177 20 5690 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Trypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000177 20 5962 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Stentoridae;Stentor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000177 20 31983 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Helcococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000177 20 62701 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Podosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000177 20 99479 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Tetrasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000177 20 182709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Oceanobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000177 20 1508657 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminiclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000168 19 838 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000168 19 4802 Eukaryota;Oomycota;NA;Lagenidiales;Lagenidiaceae;Lagenidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000168 19 5193 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Morchellaceae;Morchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000168 19 5260 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Melampsoraceae;Melampsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000168 19 33194 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Bipolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000168 19 46432 Eukaryota;Foraminifera;NA;NA;Reticulomyxidae;Reticulomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000168 19 82267 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;NA;Hyaloraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000168 19 2058951 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Raperosteliaceae;Tieghemostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000168 19 2709238 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Zopfochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000159 18 157 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Treponema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000159 18 445 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Legionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000159 18 47720 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Lyophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000159 18 74385 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000159 18 109893 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Powellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000159 18 254250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Isoptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000159 18 518753 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Luteolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000159 18 648802 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Rummeliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000150 17 4807 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Blastocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000150 17 4951 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Yarrowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000150 17 5864 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Babesiidae;Babesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000150 17 5884 Eukaryota;Ciliophora;Oligohymenophorea;Peniculida;Parameciidae;Paramecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000150 17 74556 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Thraustotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000150 17 204286 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Cobetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000150 17 276836 Eukaryota;Cryptomycota;NA;NA;NA;Rozella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000150 17 453566 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Ambisporaceae;Ambispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000150 17 1742991 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudoglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000150 17 2675229 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Peribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000150 17 2964429 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Candida/Metschnikowiaceae;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000141 16 33870 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Coriobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000141 16 37991 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Xylaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000141 16 55193 Eukaryota;Basidiomycota;Malasseziomycetes;Malasseziales;Malasseziaceae;Malassezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000141 16 79328 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Chitinophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000141 16 109880 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Nowakowskiellaceae;Nowakowskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000141 16 400634 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000141 16 407217 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000141 16 431390 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Mayamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000141 16 766758 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Schwanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000141 16 1395788 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Gorgonomycetaceae;Gorgonomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000141 16 1396492 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Fimicolochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000141 16 1522432 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Pseudoduganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000132 15 3132 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Codiaceae;Codium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000132 15 4873 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Gigaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000132 15 29465 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Veillonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000132 15 34487 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Conidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000132 15 44471 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Microcoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000132 15 69965 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Macrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000132 15 118004 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Chrysiogenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000132 15 230838 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronosclerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000132 15 388809 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;NA;Blyttiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000132 15 688353 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Lichtheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000132 15 881616 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Herbiconiux;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000124 14 16 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000124 14 1263 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000124 14 1649 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Kurthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000124 14 5973 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Halteriidae;Halteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000124 14 36882 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pyramimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000124 14 50955 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Geosiphonaceae;Geosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000124 14 90268 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Apophysomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000124 14 393005 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tamlana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000124 14 1505657 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Intestinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000124 14 2678885 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 146 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Spirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Porphyromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 5931 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;NA;Ichthyophthirius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 13289 Eukaryota;Basidiomycota;Exobasidiomycetes;Tilletiales;Tilletiaceae;Tilletia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 28100 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Phyllobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 47420 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hydrogenophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 49237 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Chaetocerotaceae;Chaetoceros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 78916 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Piptocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 81525 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Monosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 150247 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anoxybacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 166953 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Kaistia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 323620 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Shinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 1036719 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Verticillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 1981033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Mordavella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 2058189 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Heterostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 2837504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Heyndrickxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000115 13 2996260 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Polyrhizophydium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 20 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Phenylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 191 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Azospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 2774 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 45156 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidioschyzon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 78922 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 82800 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Desemzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 106591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ensifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 109882 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Chytriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 109935 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Cladochytriaceae;Cladochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 155493 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Gallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 299330 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lobosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 482460 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sediminibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 1679449 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudooceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 2837509 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Schinkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 2918834 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Petrachlorosaceae;Petrachloros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 2978367 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Nicoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000106 12 3016631 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Silvania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 209 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Helicobacteraceae;Helicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 830 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Butyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 841 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Roseburia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 2701 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Gardnerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 2761 Eukaryota;NA;Glaucocystophyceae;NA;Cyanophoraceae;Cyanophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 2857 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 5240 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Tulasnellaceae;Tulasnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 5712 Eukaryota;Euglenozoa;Kinetoplastea;Eubodonida;Bodonidae;Bodo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 35127 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Thalassiosirales;Thalassiosiraceae;Thalassiosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 41299 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Choricystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 78924 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dimargaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 82976 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Buttiauxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 90266 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Chlamydoabsidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 221102 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Moniliophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 236786 Eukaryota;NA;Dictyochophyceae;Florenciellales;NA;Florenciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 304330 Eukaryota;Zoopagomycota;NA;Ramicandelaberales;Ramicandelaberaceae;Ramicandelaber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 476201 Eukaryota;Apicomplexa;Aconoidasida;Nephromycida;NA;Cardiosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 543311 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Parvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 669368 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Coleofasciculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 1649459 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hungatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 1851509 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Naganishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 1866885 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 1915381 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Nannizzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 1924105 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Neglectibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000097 11 2483199 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Chrysophaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 1298 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 1647 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Erysipelothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 4855 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Mortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 29330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Alicyclobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 33644 Eukaryota;Bacillariophyta;Fragilariophyceae;Fragilariales;Fragilariaceae;Fragilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 109928 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Podochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 110092 Eukaryota;Chytridiomycota;Chytridiomycetes;Polychytriales;NA;Polychytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 125216 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 135575 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Idiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 162289 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Peptoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 165779 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 182899 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Persephonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 242060 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Cystoisospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 519427 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Sharpea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 690565 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Serinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 756610 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Dentiscutata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 880756 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Fistulifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 2126330 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Kentron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 2321111 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Aliarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000088 10 2675230 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cytobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 10 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Cellvibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 107 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Spirosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 583 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Proteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 1378 Bacteria;Bacillota;Bacilli;Bacillales;NA;Gemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 1730 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Eubacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 4821 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Piromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 5324 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Trametes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 5379 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Suillaceae;Suillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 13641 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Polysphondylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 29907 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Sporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 34114 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Pleurastraceae;Pleurastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 64501 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Entophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 64643 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Dichotomocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 68743 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Pluteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 78141 Eukaryota;Ascomycota;Leotiomycetes;NA;Myxotrichaceae;Oidiodendron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 80865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Delftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 110932 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leifsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 141715 Eukaryota;Chlorophyta;Mamiellophyceae;Monomastigales;Monomastigaceae;Monomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 186035 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Fragilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 286098 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Seminavis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 286104 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Winogradskyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 323449 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Pontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 379065 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 401469 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Undibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 877559 Eukaryota;NA;NA;Apusomonadida;Apusomonadidae;Thecamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 1396506 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Borealophlyctidaceae;Borealophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 1500004 Eukaryota;Blastocladiomycota;Physodermatomycetes;Physodermatales;Physodermataceae;Paraphysoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 1550243 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Aetokthonos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 2026842 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;NA;Bifiguratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000079 9 2052799 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Jimgerdemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 620 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shigella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 642 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Aeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 1266 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Sarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 1707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Cellulomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 4813 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Chytridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 13075 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Globicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 42255 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Rubrobacteraceae;Rubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 49279 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gelidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 53460 Bacteria;Actinomycetota;Actinomycetes;Nakamurellales;Nakamurellaceae;Nakamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 61170 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 89956 Eukaryota;NA;Dinophyceae;Suessiales;Suessiaceae;Polarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 102234 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Geminocystaceae;Cyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 165695 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 189330 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Dorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 191303 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Turicibacteraceae;Turicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 214906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Histophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 335058 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 471824 Bacteria;Mycoplasmatota;Mollicutes;Haloplasmatales;Haloplasmataceae;Haloplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 1193503 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Gilliamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 1434702 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Taibaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 1649453 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Gimesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 1697027 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Convivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 2044848 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Siccirubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 2486696 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Cladocopium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 2761542 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Fundicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 2779867 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Actinomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 2779937 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Podila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 2815778 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Porcincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000071 8 2951106 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Breznakiellaceae;Gracilinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 413 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 1218 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Prochlorococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 1813 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Amycolatopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 2160 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 4867 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Linderina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 4871 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Endogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 4895 Eukaryota;Ascomycota;Schizosaccharomycetes;Schizosaccharomycetales;Schizosaccharomycetaceae;Schizosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 5305 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phanerochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 5395 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Paxillaceae;Paxillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 5402 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Russula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 5800 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Eimeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 13334 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Anaerobiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 13705 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Syncephalastraceae;Syncephalastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 29825 Eukaryota;Ascomycota;Neolectomycetes;Neolectales;Neolectaceae;Neolecta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 34416 Eukaryota;Basidiomycota;Microbotryomycetes;Microbotryales;Microbotryaceae;Microbotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 34444 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 34484 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Entomophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 36913 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Lodderomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 36922 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Diaporthaceae;Diaporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 41953 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Pseudo-nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 42054 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Chromohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 42308 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 43431 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Sphaerosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 61396 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Kickxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 64515 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Rhizophlyctidaceae;Rhizophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 70188 Eukaryota;Olpidiomycota;Olpidiomycetes;Olpidiales;Olpidiaceae;Olpidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 75374 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Leptodontidiaceae;Leptodontidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 83614 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Luteimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 88551 Eukaryota;NA;Dinophyceae;Syndiniales;Amoebophryaceae;Amoebophrya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 92793 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 93827 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Gymnopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 109896 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Gaertneriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 265570 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Sulfurovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 265975 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 302781 Eukaryota;Preaxostyla;NA;Oxymonadida;Polymastigidae;Monocercomonoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 314126 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Drechslerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 329857 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Cohnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 404432 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Salinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 412764 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Spathaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 1288026 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Arcticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 1348611 Bacteria;Bacillota;Clostridia;Eubacteriales;Vallitaleaceae;Vallitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 1506553 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 1525371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Neorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 1653176 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cereibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 1924110 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Massilimicrobiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 2039723 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Thiomicrorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 2683203 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Vaginisenegalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 2759657 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 2787156 Bacteria;Bacillota;Culicoidibacteria;Culicoidibacterales;Culicoidibacteraceae;Culicoidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000062 7 2817139 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Weizmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 81 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Hyphomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 965 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 2040 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Aeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 2175 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanohalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 5100 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Amorphothecaceae;Amorphotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 5352 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Lentinula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 5455 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Glomerellaceae;Colletotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 5758 Eukaryota;Evosea;NA;Mastigamoebida;Entamoebidae;Entamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 29828 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Lipomycetaceae;Lipomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 33886 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rathayibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 33969 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Melissococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 35103 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Pseudocohnilembidae;Pseudocohnilembus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 36910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Clavispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 37467 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Pisolithaceae;Pisolithus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 56999 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amaricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 61417 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Spiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 64640 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Pilaira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 65412 Eukaryota;Ascomycota;Sordariomycetes;Togniniales;Togniniaceae;Phaeoacremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 68034 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Sporotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 72763 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Tessaracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 76890 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Asticcacaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 78156 Eukaryota;Ascomycota;Leotiomycetes;NA;Pseudeurotiaceae;Pseudogymnoascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 78920 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Tieghemiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 81945 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Pilobolaceae;Pilobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 101104 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Gongronella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 109967 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Rhizoclosmatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 110080 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Obelidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 156973 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Dysgonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 160795 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Ureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 162491 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Oerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 171412 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Eremococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 201152 Eukaryota;Fornicata;NA;NA;NA;Carpediemonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 210597 Eukaryota;Bacillariophyta;Fragilariophyceae;Licmophorales;Licmophoraceae;Licmophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 218204 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Garciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 247501 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Parachlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 305899 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Endozoicomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 312278 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Emticicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 314122 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylellina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 332102 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Fluviicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 451452 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Boothiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 1233426 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Roseofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 1555240 Eukaryota;Chytridiomycota;Chytridiomycetes;Caulochytriales;Caulochytriaceae;Caulochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 1742989 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Glutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 1742990 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paeniglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 1780190 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Izhakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 2174441 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Marinicaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 2201383 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Mangrovicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 2675234 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 2728523 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;Quaeritorhizaceae;Quaeritorhiza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 2767883 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Holzapfeliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 2878373 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Neoconidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000053 6 2992131 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Romeriopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 404 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 637 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Arsenophonus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 914 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1041 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Erythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1073 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Rhodopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1152 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Pseudanabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1186 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Calotrichaceae;Calothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1573 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Clavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1847 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Pseudonocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 2849 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Phaeodactylaceae;Phaeodactylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 3187 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Nannochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 4769 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Saprolegnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 5110 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Claviceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 5598 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Alternaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 5658 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leishmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 5810 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Toxoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 29521 Bacteria;Spirochaetota;Spirochaetia;Brachyspirales;Brachyspiraceae;Brachyspira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 33652 Eukaryota;NA;Bigyra;Bicosoecida;Cafeteriaceae;Cafeteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 33926 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Candidatus Phytoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 35721 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Parasitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 37914 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Dietziaceae;Dietzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 39948 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Dialister;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 44013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Polynucleobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 45787 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Wickerhamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 52225 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Mitsuokella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 55968 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leucobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 57133 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Hydnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 64651 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Zychaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 65402 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Acidaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 67575 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 67608 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Microdochiaceae;Microdochium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 82982 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Obesumbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 84111 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Eggerthella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 105767 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Tremellaceae;Tremella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 114627 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Alkaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 117563 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Granulicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 125287 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Ornithinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 155977 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Acaryochloridaceae;Acaryochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 165812 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Sporanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 169998 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Phakopsoraceae;Phakopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 178469 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Arenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 189429 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Chlorodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 207244 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 269154 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Flagelloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 293088 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Martelella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 303226 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 308865 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Elizabethkingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 336276 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Olleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 342943 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sinobaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 359337 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Marinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 361607 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Patulibacteraceae;Patulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 390846 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Echinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 444704 Eukaryota;NA;NA;Jakobida;Andaluciidae;Andalucia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 604195 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Cyberlindnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 797121 Eukaryota;Fornicata;NA;NA;NA;Kipferlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1003337 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Angomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1005722 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Phormidesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1185872 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Desertifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1276290 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1384499 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Pisciglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1399958 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Chromochloridaceae;Chromochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1433999 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Domibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1434046 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1470540 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Jeotgalibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1522128 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Catalimonadaceae;Catalinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1587496 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Irineochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1812772 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Pseudomassariaceae;Pseudomassariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1838142 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Cutaneotrichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1867836 Eukaryota;NA;NA;Jakobida;Stygiellidae;Stygiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 1884449 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salipaludibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 2005359 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalicatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 2027319 Eukaryota;Ascomycota;NA;Vezdaeales;Vezdaeaceae;Vezdaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 2571160 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Trinickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 2779860 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gryganskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 2807414 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Anatilimnocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000044 5 2930254 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hanamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 6 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Azorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 517 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Bordetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Haemophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 906 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Megasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 958 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Bdellovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1158 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Oscillatoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1177 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Nostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2071 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2147 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Acholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2207 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2335 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Thermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 4852 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Cunninghamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 4865 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Dipsacomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 5121 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Erysiphe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 5529 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Metarhizium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 5552 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Trichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 5706 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Phytomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 28196 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Arcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 28581 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Allomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 29331 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Amphibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 34348 Eukaryota;Basidiomycota;Mixiomycetes;Mixiales;Mixiaceae;Mixia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 40421 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Bondarzewia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 41201 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Ewingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 46205 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Pseudobutyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 47182 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascodesmidaceae;Ascodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 51366 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Salinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 52959 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Polaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 66831 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Facklamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 69578 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Cryobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 70994 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Lewinellaceae;Lewinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 74855 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Terfezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 79206 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfosporosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 82986 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Tatumella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 83612 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Psychroflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 83654 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Leclercia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 88270 Eukaryota;Chlorophyta;Picocystophyceae;Picocystales;Picocystaceae;Picocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 88741 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 89092 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ignavigranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 101116 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Sporodiniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 104239 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pterulaceae;Pterula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 106633 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thioalkalivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 110564 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Clonostachys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 122414 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Ceramiaceae;Antithamnionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 136099 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Knoellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 137742 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Podoscyphaceae;Abortiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 142587 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Isobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 152161 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Stappia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 155415 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;NA;Monosporascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 160516 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Tirmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 167375 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Cyanobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 184462 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Hyaloperonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 212744 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Rugamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 215249 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Cryptobasidiaceae;Acaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 232264 Eukaryota;NA;NA;Telonemida;NA;Telonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 252965 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family IV. Incertae Sedis;Mahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 286729 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Alkaliflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 289201 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 292632 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Subdoligranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 361177 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Altererythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 365032 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Aureispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 367188 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Haladaptatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 417183 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Mycoemilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 459532 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Terribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 490731 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Kwoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 501783 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cloacibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 651660 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Paenisporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 766728 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Meyerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 766748 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Babjeviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 947096 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Porosporidae;Porospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1126249 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Geranomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1196389 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygotorulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1395674 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Globomycetaceae;Globomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1396495 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Thoreauomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1433992 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Chitinivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1608298 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Thiolapillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1795789 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Candidatus Syntrophonatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1847725 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Lawsonellaceae;Lawsonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1882482 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Anthracoideaceae;Testicularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1890291 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Falcatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1912216 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Cutibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 1960084 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Rodentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2024969 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Natronospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2093783 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Methylomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2698753 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Fluviispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2794998 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Maridesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2842531 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Solibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2862144 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ruoffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2901164 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Stutzerimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2915177 Bacteria;Acidobacteriota;Holophagae;Acanthopleuribacterales;Acanthopleuribacteraceae;Sulfidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2918882 Eukaryota;Fornicata;NA;NA;NA;Aduncisulcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 2952773 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Formicincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000035 4 3031933 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Chordicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 581 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Morganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 832 Bacteria;Fibrobacterota;Fibrobacteria;Fibrobacterales;Fibrobacteraceae;Fibrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 848 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Fusobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 864 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Pectinatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 953 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Wolbachia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1198 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Phormidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1222 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Prochlorothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1372 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1696 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Brevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2005 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Microbispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2053 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Gordonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2184 Archaea;Euryarchaeota;Methanococci;Methanococcales;Methanococcaceae;Methanococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2383 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Epulonipiscium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2723 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hirschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2804 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Polysiphonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 3038 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 3110 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Prototheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 4998 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cuniculitremaceae;Kockovaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 5182 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Hymenoscyphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 5190 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascobolaceae;Ascobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 5399 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Agrocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 5406 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Exobasidiaceae;Exobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 5502 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Curvularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 5579 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Saccotheciaceae;Aureobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 5721 Eukaryota;Parabasalia;NA;Trichomonadida;Trichomonadidae;Trichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 13366 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Brettanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 32207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Rothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 34008 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 34019 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Liberibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 35089 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Gregarinidae;Gregarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 35158 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Ceramiaceae;Griffithsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 35724 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Macrophomina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 35753 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Dactylosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 36048 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Tuber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 38268 Eukaryota;NA;Glaucocystophyceae;Gloeochaetales;Gloeochaetaceae;Gloeochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 40144 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Tricholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 40432 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Daedaleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 40443 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Gloeophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 40463 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Peniophoraceae;Peniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 44258 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Caloramator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 46352 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 48073 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Microbulbiferaceae;Microbulbifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 48558 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Pyriculariaceae;Pyricularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 52228 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Hallella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 52972 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Polaromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 54692 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Chlorociboriaceae;Chlorociboria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 55079 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Aneurinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 59739 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Flammeovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 60184 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Phascolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 63682 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Lobosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 64560 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Radiomycetaceae;Radiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 64629 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mycotyphaceae;Mycotypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 67572 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Psychromonadaceae;Psychromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 71655 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Brenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 71684 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Galeropsidaceae;Panaeolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 71927 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Termitomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 79808 Eukaryota;Ascomycota;Sordariomycetes;Coniochaetales;Coniochaetaceae;Coniochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 81682 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylovorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 90402 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Geoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 91942 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Hortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 94642 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Besnoitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 96492 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frigoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 102231 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Gloeocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 104351 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Crepidotaceae;Crepidotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 105983 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Apiotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 109875 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Catenariaceae;Catenaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 135858 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Catenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 136088 Eukaryota;NA;NA;Malawimonadida;Malawimonadidae;Malawimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 146785 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Thermosynechococcaceae;Thermosynechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 153265 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aequorivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 157226 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Jeotgalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 157775 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Letrouitiaceae;Letrouitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 160034 Eukaryota;Ascomycota;Dothideomycetes;NA;Zopfiaceae;Zopfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 160794 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Filobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 173494 Eukaryota;Chlorophyta;Ulvophyceae;Oltmansiellopsidales;NA;Neodangemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 174951 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ramlibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 184431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 191373 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Pelotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 192987 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Allofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 196013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Caldimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 202699 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Amylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 202907 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Collimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 212111 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 214904 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Tepidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 239050 Eukaryota;Ascomycota;Sordariomycetes;Chaetosphaeriales;Chaetosphaeriaceae;Thozetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 248038 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Mucispirillaceae;Mucispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 263510 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Crocosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 267408 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Arsenicicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 282132 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Candidatus Protochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 283168 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Odoribacteraceae;Odoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 289257 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Chrysotrichaceae;Chrysothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 292486 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Avibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 311453 Eukaryota;Microsporidia;NA;NA;Tubulinosematidae;Anncaliia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 329881 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Friedmanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 346096 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Paludibacteraceae;Paludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 352450 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Simplicispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 373053 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Calditerricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 376469 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Olivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 383614 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Brasilonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 392332 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Geoalkalibacteraceae;Geoalkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 398041 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 419014 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Alloscardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 433923 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudacidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 447237 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frondihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 450526 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 458032 Bacteria;Acidobacteriota;Blastocatellia;NA;NA;Chloracidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 475230 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Pullulanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 484508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ornithinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 577310 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Parasutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 582491 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rubidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 630701 Eukaryota;Euglenozoa;Kinetoplastea;NA;Ichthyobodonidae;Perkinsela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 655184 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Thioglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 697279 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Bavariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 933343 Eukaryota;Ascomycota;Leotiomycetes;Leotiales;Tympanidaceae;Claussenomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 940557 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Granulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 940661 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Cetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 979650 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Haplosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1034479 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Chloroidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1047167 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zymoseptoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1053253 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Stylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1082930 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Pelagibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1120752 Bacteria;Cyanobacteriota;Cyanophyceae;Nodosilineales;Nodosilineaceae;Nodosilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1123951 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Thalassocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1193515 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Snodgrassella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1206353 Eukaryota;Ascomycota;Dothideomycetes;NA;Pseudoperisporiaceae;Lizonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1213737 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Schizoporaceae;Schizopora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1215913 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Litorilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1283313 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Alloprevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1302778 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Pseudoscardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1453359 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Candidatus Atelocyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1485594 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1518149 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1579506 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Roseimaritima;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1602345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Parasaccharibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1612611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pararhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1649482 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pseudopedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1655429 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Savagea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1769746 Bacteria;Bdellovibrionota;Oligoflexia;Oligoflexales;Pseudobacteriovoracaceae;Pseudobacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1778653 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfuriferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1801563 Eukaryota;Basidiomycota;Microbotryomycetes;NA;Chrysozymaceae;Pseudohyphozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1848399 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Crassaminicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1859940 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Paramyrothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1868323 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Candidatus Thermochlorobacteriaceae;Candidatus Thermochlorobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1874526 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Kovacikia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 1937008 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Dubosiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2005355 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2005375 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2060871 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Galactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2675233 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Metabacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2692382 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Gudongella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2774168 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Avrilella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2791032 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Candolleomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2795781 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Aeoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2815784 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Inconstantimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2822655 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Endobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2823237 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alteribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2838409 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Pigmentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2866025 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Maribrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2939270 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Cubamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2941520 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Senimuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000026 3 2953811 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Thalassoroseus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 13 Bacteria;Dictyoglomota;Dictyoglomia;Dictyoglomales;Dictyoglomaceae;Dictyoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 53 Bacteria;Myxococcota;NA;Nannocystales;Nannocystaceae;Nannocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 133 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 568 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Hafnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 801 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Symbiopectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 963 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1033 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Afipia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1056 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1183 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Plectonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1237 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Piscirickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1651 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alloiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1654 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2000 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Streptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2060 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Tsukamurellaceae;Tsukamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2202 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanospirillaceae;Methanospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 3136 Eukaryota;Chlorophyta;Ulvophyceae;Dasycladales;Polyphysaceae;Acetabularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 4765 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Achlya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5094 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Talaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5097 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Monascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5146 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Sordaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5149 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Chaetomium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5218 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Exidiaceae;Exidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5263 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Uromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5277 Eukaryota;Basidiomycota;Microbotryomycetes;Leucosporidiales;Leucosporidiaceae;Leucosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5280 Eukaryota;Basidiomycota;Exobasidiomycetes;Georgefischeriales;Tilletiariaceae;Tilletiaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5340 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Agaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5543 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Trichoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5709 Eukaryota;Euglenozoa;Kinetoplastea;Parabodonida;NA;Trypanoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5723 Eukaryota;Parabasalia;NA;Tritrichomonadida;Tritrichomonadidae;Tritrichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 5740 Eukaryota;Fornicata;NA;Diplomonadida;Hexamitidae;Giardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 6033 Eukaryota;Microsporidia;NA;NA;Unikaryonidae;Encephalitozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 6038 Eukaryota;Microsporidia;NA;NA;Nosematidae;Vairimorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 13034 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Dactylococcopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 28033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVII. Incertae Sedis;Sulfobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 28067 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Rubrivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 28070 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Gloeothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 28253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 29002 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Cercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 29175 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Neospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 29287 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natronococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 29393 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Dolosigranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 29404 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Microlunatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 29407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 29487 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Photorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 33042 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Coprococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 33057 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Thauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 34433 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucoagaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 35676 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Pelagomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 35812 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 36046 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Elaphomycetaceae;Elaphomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 36658 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Volvariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 38880 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Botryococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 39643 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Sorangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 39716 Eukaryota;Cercozoa;Imbricatea;Euglyphida;Paulinellidae;Paulinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 39965 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Hypsizygus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 40222 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Methylophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 40415 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Antrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 40657 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Plectosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 41707 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Lawsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 43987 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Geotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 44417 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Cyclospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 45292 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Massarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 45785 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nadsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 47424 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Armillaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 48075 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 49082 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Candidatus Arthromitus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 49968 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Geopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 53452 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Lamprocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 53457 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Janibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 54066 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Xylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 54312 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Tychonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 56747 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Fibularhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 59738 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Marinilabilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 61423 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Harpellaceae;Furculomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 66735 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Diplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 68756 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Clavulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 68785 Eukaryota;Basidiomycota;Agaricomycetes;Geastrales;Sphaerobolaceae;Sphaerobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 70535 Eukaryota;Microsporidia;NA;NA;Culicosporidae;Edhazardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 71602 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Diploschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 71950 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Psilocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 73029 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Dechloromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 73229 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 74030 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 74721 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Stachybotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 75309 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rhodanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 77924 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Hemiselmidaceae;Hemiselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 78914 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Sigmoideomycetaceae;Thamnocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 84034 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Propionispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 85076 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Marichromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 86026 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Mollisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 86085 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Gymnopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 96312 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Leptographium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 96335 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Proteomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 96907 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 98402 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Drechmeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 100043 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleomassariaceae;Pleomassaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 101100 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Dissophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 101126 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Hesseltinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 102115 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Dermocarpellaceae;Stanieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 105135 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Anaeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 110546 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Whalleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 117544 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Cytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 118221 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Halimeda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 118259 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Plenodomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 119977 Bacteria;Pseudomonadota;Acidithiobacillia;Acidithiobacillales;Acidithiobacillaceae;Acidithiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 120961 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Roseiflexaceae;Roseiflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 129001 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 129577 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 133746 Eukaryota;Basidiomycota;Agaricomycetes;Corticiales;Punctulariaceae;Punctularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 135261 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Prasiola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 139133 Eukaryota;Basidiomycota;Agaricomycetes;Trechisporales;NA;Sistotremastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 141948 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Thermomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 147557 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Byssothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 150830 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Roseibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 152267 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pigmentiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 155149 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Bisporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 157920 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Cellulosimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 158876 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Yokenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 159341 Eukaryota;NA;Bigyra;Placidida;Placidiaceae;Placidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 165301 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Lentzea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 166957 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Paravahlkampfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 168658 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Rhodoblastus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 170610 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Halomicronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 173369 Eukaryota;Chlorophyta;Ulvophyceae;Trentepohliales;Trentepohliaceae;Cephaleuros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 180162 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Cetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 190972 Bacteria;Bacillota;Tissierellia;NA;NA;Sedimentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 195964 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Asanoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 200903 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paraliobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 204476 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Labrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 205760 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;NA;Gloeopeniophorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 208215 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Parvularcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 218113 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 233099 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Ectothiorhodosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 233191 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Caldilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 234816 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Schizophyllaceae;Auriculariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 236756 Bacteria;Planctomycetota;Candidatus Brocadiia;Candidatus Brocadiales;Candidatus Scalinduaceae;Candidatus Scalindua;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 241409 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Geosmithia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 246875 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Algoriphagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 248111 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Gomphillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 252301 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Oceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 258255 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pseudovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 290180 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Roseivirgaceae;Roseivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 291363 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Lecanicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 292691 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Christiangramia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 300418 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Catellicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 318147 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Paucibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 327159 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Accumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 331971 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Thalassobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 332157 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Larkinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 334767 Archaea;Thermoproteota;Thermoprotei;Desulfurococcales;Desulfurococcaceae;Ignisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 337670 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Pilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 340070 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Criblamydiaceae;Criblamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 348616 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Massospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 354349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Pseudochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 366580 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Bowmanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 379899 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niabella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 381760 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Elliptochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 401624 Eukaryota;Basidiomycota;Exobasidiomycetes;Ceraceosorales;Ceraceosoraceae;Ceraceosorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 420345 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Lactonifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 451450 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Terramyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 451512 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Mangrovibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 454159 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Kiloniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 464286 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Oocystaceae;Pseudococcomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 471826 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Candidatus Desulforudis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 474995 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Ophiocordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 481178 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Seohaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 518733 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microterricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 530098 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Blastosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 548651 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Dothidotthiaceae;Dothidotthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 551759 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Aromatoleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 561967 Eukaryota;Ascomycota;Dothideomycetes;Mytilinidiales;Argynnaceae;Lepidopterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 573657 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Hodgkinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 574899 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Haloferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 577469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Demequinaceae;Demequina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 580374 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Klugiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 588605 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Robinsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 599651 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Bermanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 630749 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Spongiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 644269 Eukaryota;Rhodophyta;Florideophyceae;Batrachospermales;Batrachospermaceae;Kumanoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 649460 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Filimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 674734 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Alloactinosynnema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 682063 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Kalmusia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 688241 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Entophysalidaceae;Chlorogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 696745 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 700917 Eukaryota;Rhodophyta;Rhodellophyceae;Rhodellales;Rhodellaceae;Corynoplastis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 762641 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muriicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 909656 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Phocaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 941338 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Bhargavaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 946234 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Flavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1029631 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Amnibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1055692 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Chitinolyticbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1125736 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Symplocastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1129545 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Claroideoglomeraceae;Claroideoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1150774 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Natribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1176354 Eukaryota;Microsporidia;NA;NA;Dubosqiidae;Hamiltosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1197472 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Meridianimaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1233054 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1263978 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Candidatus Endolissoclinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1268272 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Paraperlucidibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1335483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shimwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1344552 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Noviherbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1403538 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Fervidicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1425377 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Haloechinothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1427378 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Acetatifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1440132 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Modicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1470577 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paenirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1504576 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudocitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1508537 Bacteria;Chloroflexota;Chloroflexia;Kallotenuales;Kallotenuaceae;Kallotenue;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1524214 Bacteria;Myxococcota;Myxococcia;Myxococcales;Vulgatibacteraceae;Vulgatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1524449 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Butyriboletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1540147 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trigonopsidaceae;Tortispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1543705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Nitrospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1647190 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aquibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1648508 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ciceribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1648520 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Conyzicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1649454 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Glaciihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1649505 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Thermocatellispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1673731 Eukaryota;NA;Bigyra;Placidida;NA;Suigetsumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1676651 Bacteria;Bacillota;Limnochordia;Limnochordales;Limnochordaceae;Limnochorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1742993 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1747770 Bacteria;Actinomycetota;Nitriliruptoria;Egibacterales;Egibacteraceae;Egibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1774128 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Murimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1775292 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Motiliproteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1784839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Tenggerimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1795363 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Dinghuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1840210 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Corticibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1849551 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Cephaloticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1851468 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Vanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1855416 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Qipengyuania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1918385 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acutalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1926259 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Pseudactinotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1926677 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Raoultibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 1987749 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Marasmitruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2007273 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Dasyclonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2024965 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Dictyobacteraceae;Dictyobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2025987 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Nothophytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2039709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Desertibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2100764 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Mixta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2115980 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Candidatus Phycorickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2183612 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Klenkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2282741 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfofundulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2302916 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloroparvula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2511164 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Monodopsidaceae;Microchloropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2603324 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidibrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2679998 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Arundinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2707020 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Aerosticca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2712271 Bacteria;Bacillota;Clostridia;Eubacteriales;Xylanivirgaceae;Xylanivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2726810 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Scandinavium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2747271 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Calidithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2758103 Bacteria;Nitrospirota;Nitrospiria;Candidatus Troglogloeales;Candidatus Manganitrophaceae;Candidatus Manganitrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2774146 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Frigoriglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2779868 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gamsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2784135 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Oculatellaceae;Shackletoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2796146 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Nitrosacidococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2806031 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ginsengibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2820788 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Fastidiosibacteraceae;Facilibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2837510 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Siminovitchia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2853170 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Neopyropia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2860291 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geomesophilobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2870408 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinasiproducens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2885758 Archaea;Candidatus Micrarchaeota;Candidatus Micrarchaeia;Candidatus Anstonellales;Candidatus Bilamarchaeaceae;Candidatus Bilamarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2893060 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2896773 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Enemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2901382 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Sabulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2904863 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Hermanssonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2910984 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Solidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2918511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Diplocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 2975149 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Marinilongibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 3020858 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Faunimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 3032808 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Muricaecibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000018 2 3036657 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Insulambacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 40 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Stigmatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 55 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Polyangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 59 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Vitreoscilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 85 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hyphomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 93 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Stellaceae;Stella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 99 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Ancylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 113 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Gemmata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 187 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 262 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Francisellaceae;Francisella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 352 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Azotobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 416 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 528 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Ochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 535 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chromobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 635 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Edwardsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 862 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 893 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfobulbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 904 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Acidaminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 911 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Nitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 919 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Thiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 970 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Selenomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 978 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Cytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1070 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rhodopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1099 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Pelodictyon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1154 Bacteria;Cyanobacteriota;Cyanophyceae;Spirulinales;Spirulinaceae;Spirulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1562 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Desulfotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1645 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Renibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1743 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1851 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2013 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Nocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2023 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Thermoactinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2044 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Pimelobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2050 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Mobiluncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2249 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halococcaceae;Halococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2260 Archaea;Euryarchaeota;Thermococci;Thermococcales;Thermococcaceae;Pyrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2276 Archaea;Thermoproteota;Thermoprotei;Thermoproteales;Thermoproteaceae;Pyrobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2349 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Haliscomenobacteraceae;Haliscomenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2375 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Sporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2422 Bacteria;Thermotogota;Thermotogae;Thermotogales;Fervidobacteriaceae;Fervidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2425 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Teredinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2697 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2713 Bacteria;Aquificota;Aquificae;Aquificales;Aquificaceae;Aquifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2735 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Verrucomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2944 Eukaryota;NA;Dinophyceae;Prorocentrales;Prorocentraceae;Prorocentrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2976 Eukaryota;NA;Xanthophyceae;Vaucheriales;Vaucheriaceae;Vaucheria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 3158 Eukaryota;Chlorophyta;Pedinophyceae;Pedinomonadales;Pedinomonadaceae;Pedinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 3189 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Scherffelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5010 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Taphrinaceae;Taphrina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5024 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Venturiaceae;Venturia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5157 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Ceratocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5179 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Sclerotinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5309 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Athelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5369 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Boletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5375 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Rhizopogonaceae;Rhizopogon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5581 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Beauveria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5626 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Grifolaceae;Grifola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5629 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Laetiporaceae;Laetiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5644 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Stereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5683 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 5792 Eukaryota;Evosea;Eumycetozoa;Physariida;Didymiaceae;Didymium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 27331 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Protomycetaceae;Protomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 27382 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Scutellospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 27977 Eukaryota;Microsporidia;NA;NA;Nosematidae;Nosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 28065 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Rhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 28228 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Colwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 28231 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 28250 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Ornithobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 28261 Bacteria;Nitrospirota;Thermodesulfovibrionia;Thermodesulfovibrionales;Thermodesulfovibrionaceae;Thermodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 29574 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Taylorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 29849 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Magnaporthaceae;Gaeumannomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 31357 Eukaryota;Rhodophyta;Florideophyceae;Acrochaetiales;Acrochaetiaceae;Acrochaetium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 31479 Eukaryota;Rhodophyta;Florideophyceae;Hildenbrandiales;Hildenbrandiaceae;Hildenbrandia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 32068 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Sebaldella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 32199 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Buchnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 33073 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Zymobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 33094 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Draparnaldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 33196 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botrytis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 33648 Eukaryota;Bacillariophyta;Fragilariophyceae;Thalassionemales;Thalassionemataceae;Thalassionema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 33951 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Acetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 34069 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Telluria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 34100 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Filibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 34102 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Sphaerotilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 34431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucocoprinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 34448 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Marasmius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 34474 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Fomitopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 35836 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Desulfacinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 36034 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Saccharomycodes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 36739 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Dermabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 36853 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfitobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 38326 Eukaryota;Rhodophyta;Florideophyceae;Rhodymeniales;Rhodymeniaceae;Botryocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 38447 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Monilinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 38513 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Dumontiaceae;Dumontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 38946 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Paracoccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 40441 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Fomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 40459 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Hericium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 40544 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Sutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 41949 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Microthrixaceae;Candidatus Microthrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 42001 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Callithamniaceae;Crouania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 42360 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Daldinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 42367 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Hirsutella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 43220 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Capronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 43676 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Promicromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 43940 Eukaryota;Chlorophyta;Ulvophyceae;Ulotrichales;Ulotrichaceae;Ulothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 44450 Eukaryota;NA;Raphidophyceae;Chattonellales;Vacuolariaceae;Vacuolaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 44474 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Pleurocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 44639 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Choiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 44748 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Sporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 46200 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Geovibrionaceae;Geovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 46468 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Orenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 47022 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Orbilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 47025 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 47204 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Pyronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 47780 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Carteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 50714 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 50989 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Rickenellaceae;Rickenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 51323 Eukaryota;Chlorophyta;Ulvophyceae;Oltmannsiellopsidales;Oltmannsiellopsidaceae;Oltmannsiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 51540 Eukaryota;Microsporidia;NA;NA;Spraguidae;Spraguea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 54293 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Thermosyntropha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 56106 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Cylindrospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 56489 Eukaryota;Basidiomycota;Agaricomycetes;Thelephorales;Thelephoraceae;Thelephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 57495 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Dermacoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 57504 Eukaryota;Ciliophora;Spirotrichea;Urostylida;Holostichidae;Holosticha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 59734 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Empedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 60496 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Thielaviopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 63265 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Sporisorium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 64628 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Benjaminiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 64652 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Clitocybaceae;Lepista;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 64895 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Borreliaceae;Borreliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 66470 Eukaryota;NA;Dinophyceae;Gymnodiniales;Gymnodiniaceae;Lepidodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 66848 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonatronaceae;Desulfonatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 67808 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Gymnochlora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 68779 Eukaryota;Basidiomycota;Agaricomycetes;Gomphales;Gomphaceae;Ramaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 68793 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Botryobasidiaceae;Botryobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 69278 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aquamicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 70110 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicilliopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 71000 Eukaryota;NA;Dinophyceae;Peridiniales;Pfiesteriaceae;Pfiesteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 71666 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Waddliaceae;Waddlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 71917 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Rhodocollybia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 73024 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 74819 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Lotharella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 76634 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Mycetocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 76833 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 77921 Eukaryota;NA;Glaucocystophyceae;NA;NA;Cyanoptyche;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 80618 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Asterophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 81041 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Antrodiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 81055 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phaeolaceae;Wolfiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 81894 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Prosthecomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 82984 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Pragia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 83681 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Nonomuraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 83764 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Formivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 84162 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Cryptobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 84404 Bacteria;Campylobacterota;Desulfurellia;Desulfurellales;Desulfurellaceae;Hippea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 84565 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Sodalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 85079 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiohalocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 85108 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Halorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 85947 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Didymosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 93111 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Ramalinaceae;Bacidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 93217 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pandoraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 99900 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Laurencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 100048 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Trematosphaeriaceae;Trematosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 100051 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Delitschiaceae;Delitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 101106 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Halteromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 101135 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Fennellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 101716 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Bryopsidaceae;Lambia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 102909 Eukaryota;Euglenozoa;Euglenida;Euglenales;NA;Colacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 104088 Eukaryota;Parabasalia;NA;Spirotrichonymphida;Holomastigotoididae;Spirotrichonympha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 104535 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Uronemataceae;Uronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 109956 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Physocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 110669 Eukaryota;Chlorophyta;Palmophyllophyceae;Prasinococcales;Prasinococcaceae;Prasinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 111830 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Defluviicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 112987 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Neochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 115543 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Parasporobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 116071 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Micropruina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 127149 Eukaryota;Euglenozoa;Kinetoplastea;Neobodonida;Rhynchomonadidae;Rhynchomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 131079 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Limnobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 133925 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Olsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 134550 Bacteria;Verrucomicrobiota;Spartobacteria;NA;NA;Candidatus Xiphinematobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 136491 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 139105 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Cylindrobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 140106 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Neonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 143222 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Salegentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 144548 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Heliocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 146308 Eukaryota;Ascomycota;Eurotiomycetes;Pyrenulales;Pyrenulaceae;Pyrenula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 146784 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Bacteriovoracaceae;Bacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 146813 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Dendrosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 146937 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Azospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 150781 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Astraeaceae;Astraeus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 150793 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletinellaceae;Phlebopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 151076 Eukaryota;Ciliophora;Phyllopharyngea;Chlamydodontida;Chilodonellidae;Chilodonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 152053 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Starkeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 152180 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ahrensiaceae;Ahrensia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 152459 Eukaryota;Ciliophora;Spirotrichea;Euplotida;Euplotidae;Moneuplotes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 154116 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Bogoriellaceae;Georgenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 154750 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Lachnocladiaceae;Vararia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 157004 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Padina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 157684 Eukaryota;NA;Dinophyceae;Gymnodiniales;Kareniaceae;Karlodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 158045 Eukaryota;Ascomycota;Eurotiomycetes;Phaeomoniellales;Phaeomoniellaceae;Phaeomoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 158483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cedecea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 160620 Eukaryota;NA;Dinophyceae;Gonyaulacales;Lingulodiniaceae;Lingulodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 161492 Bacteria;Myxococcota;Myxococcia;Myxococcales;Anaeromyxobacteraceae;Anaeromyxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 162027 Bacteria;Myxococcota;NA;Haliangiales;Kofleriaceae;Haliangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 162274 Eukaryota;NA;Raphidophyceae;NA;NA;Haramonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 165440 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Bulleribasidiaceae;Dioszegia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 167346 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Fomitiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 169133 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Citricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 170436 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Udotea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 172821 Eukaryota;NA;NA;Apusomonadida;Apusomonadidae;Amastigomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 175304 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lentibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 175660 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Pyrrhoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 181069 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Proteocatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 182061 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Tetrapyrgos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 182276 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Artomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 183669 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Macromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 184430 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 184869 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Varibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 186650 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Microvirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 186831 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Acetoanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 188905 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Jannaschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 189384 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Tremblaya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 189613 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthomendoza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 190942 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Astrocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 195950 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Tannerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 196079 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 196140 Eukaryota;NA;NA;NA;NA;Schizocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 196637 Eukaryota;Bacillariophyta;Bacillariophyceae;Eunotiales;Eunotiaceae;Eunotia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 198705 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Lampropedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 202696 Eukaryota;Basidiomycota;Agaricomycetes;Jaapiales;Jaapiaceae;Jaapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 204037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Dickeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 204475 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Gemmiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 212743 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rhizobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 213485 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Micavibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 215802 Bacteria;Myxococcota;Myxococcia;Myxococcales;NA;Enhygromyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 217140 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Arcicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 217161 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Chamaesiphonaceae;Chamaesiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 218112 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellinidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 219181 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ottowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 223927 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 227085 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Bigelowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 230494 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Reinekea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 230760 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Roridomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 235888 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Salinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 237584 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Teratosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 239759 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Alistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 241421 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Gomontiellaceae;Crinalium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 248744 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Marvinbryantia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 256616 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Parvibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 256846 Bacteria;Lentisphaerota;Lentisphaeria;Lentisphaerales;Lentisphaeraceae;Lentisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 258075 Eukaryota;Ascomycota;Dothideomycetes;Eremomycetales;Eremomycetaceae;Eremomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 261096 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Kappamycetaceae;Kappamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 265487 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Blastopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 265488 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rhodopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 273135 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Amoebophilaceae;Candidatus Cardinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 285107 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thioclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 286660 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Peltaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 288021 Bacteria;Pseudomonadota;Alphaproteobacteria;Kordiimonadales;Kordiimonadaceae;Kordiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 290425 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Advenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 292833 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Rhabdochlamydiaceae;Candidatus Rhabdochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 293136 Bacteria;Bacillota;Clostridia;Moorellales;Desulfitibacteraceae;Desulfitibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 295418 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Rubellimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 296051 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Terrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 302485 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Phaeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 312063 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Azohydromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 318745 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Pycnoraceae;Pycnora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 321315 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Sphaerisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 331654 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 332100 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Planifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 336841 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Dichotomosiphonaceae;Avrainvillea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 338648 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Candidatus Contubernalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 340096 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Tuberibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 348581 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 351195 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 358023 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lutibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 359407 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylotenera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 363276 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Ktedonobacteraceae;Ktedonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 364316 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Verminephrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 372047 Eukaryota;Ascomycota;Dothideomycetes;Phaeotrichales;Phaeotrichaceae;Trichodelitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 373141 Eukaryota;Discosea;NA;Stygamoebida;NA;Stygamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 378193 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Epitheliaceae;Epithele;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 379546 Archaea;Candidatus Thermoplasmatota;NA;NA;NA;Aciduliprofundum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 381414 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Boodleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 382513 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Telmatospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 388463 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Edaphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 388745 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Puniceicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 390876 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Nisaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 391952 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Aquincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 392733 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Terriglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 395331 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanoregulaceae;Methanoregula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 397864 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Barnesiellaceae;Barnesiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 399320 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Sphaerochaetaceae;Sphaerochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 410829 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Sugiyamaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 414715 Bacteria;Actinomycetota;Actinomycetes;Catenulisporales;Actinospicaceae;Actinospica;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 427922 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfurivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 442430 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Coraliomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 442968 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Ameyamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 444052 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Tanticharoenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 446948 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Drepanopezizaceae;Diplocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 447020 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Adlercreutzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 449972 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Chelativorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 455433 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Pelagicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 460852 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 470095 Eukaryota;Ascomycota;Dothideomycetes;Acrospermales;Acrospermaceae;Pseudovirgaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 471798 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Shimazuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 476528 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Bibersteinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 485576 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aquisalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 489909 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Nosocomiicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 490567 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Arenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 497721 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfolunaceae;Desulfoluna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 503005 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Dasania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 510701 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Desulfurispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 511678 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Aliivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 531859 Eukaryota;Ascomycota;Dothideomycetes;NA;Gloniaceae;Glonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 539820 Eukaryota;Chlorophyta;Palmophyllophyceae;Palmophyllales;Palmophyllaceae;Palmophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 549703 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kurtzmaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 561108 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Jaminaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 568902 Eukaryota;Bacillariophyta;Mediophyceae;Triceratiales;Plagiogrammaceae;Psammoneis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 568987 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hamiltonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 577483 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Ettlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 580596 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Butyricicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 582472 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Wohlfahrtiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 596707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Sinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 596767 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Hydrogenoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 596919 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactifluus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 638847 Bacteria;Synergistota;Synergistia;Synergistales;Dethiosulfovibrionaceae;Pyramidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 642604 Eukaryota;Chytridiomycota;Chytridiomycetes;Lobulomycetales;Lobulomycetaceae;Lobulomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 644652 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Gordonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 649462 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Gracilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 651456 Bacteria;Thermotogota;Thermotogae;Kosmotogales;Kosmotogaceae;Kosmotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 651554 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Paraeggerthella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 653683 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 658121 Eukaryota;NA;Raphidophyceae;Chattonellales;Vacuolariaceae;Merotricha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 658623 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Chelonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 682522 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Ilumatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 690884 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiotremataceae;Lophiotrema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 700595 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfocurvus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 704093 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anaerobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 705561 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Capnodiaceae;Polychaeton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 718013 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Thermasporomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 748770 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Dolichospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 753683 Eukaryota;Rhodophyta;Compsopogonophyceae;Erythropeltidales;Erythrotrichiaceae;Madagascaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 767528 Bacteria;Bacillota;Bacilli;Bacillales;NA;Geomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 795750 Bacteria;Ignavibacteriota;Ignavibacteria;Ignavibacteriales;Ignavibacteriaceae;Ignavibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 882045 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Cuspidothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 904708 Bacteria;Pseudomonadota;Gammaproteobacteria;Arenicellales;Arenicellaceae;Arenicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 907202 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Rubricoccaceae;Rubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 945765 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Romeriaceae;Romeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 947567 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Litoreibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 984996 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Mobilicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 986106 Bacteria;Pseudomonadota;Gammaproteobacteria;Acidiferrobacterales;Acidiferrobacteraceae;Acidiferrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 995014 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Fontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1003010 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Strigomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1004301 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavihumibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1007342 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Desulfurispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1017183 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Chelatococcaceae;Camelimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1032526 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobia subdivision 3;Pedosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1037661 Eukaryota;Ascomycota;Dothideomycetes;Microthyriales;Microthyriaceae;Microthyrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1076625 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Steffania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1079112 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Ilyonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1097466 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Defluviimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1121254 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Hamadaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1132856 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Rasamsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1144387 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Pectinodesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1154586 Bacteria;Actinomycetota;Rubrobacteria;Gaiellales;Gaiellaceae;Gaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1185408 Bacteria;Bacillota;Clostridia;Eubacteriales;Defluviitaleaceae;Defluviitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1213188 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Zancudomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1218803 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Metallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1229970 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Glaciimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1232588 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Saprochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1245590 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Mariniradius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1295378 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylogaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1301328 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Flavoplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1330546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pluralibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1330547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1331051 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Saccharimonadales;Candidatus Saccharimonadaceae;Candidatus Saccharimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1335631 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Frischella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1340414 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Desmonostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1347386 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Anaerosalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1348508 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Roseimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1356488 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Rosenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1383070 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Brevifollis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1387562 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Ophidiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1395974 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Tardiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1400054 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Allocatelliglobosispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1418015 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Pseudochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1431827 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Chlorobotryaceae;Characiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1431834 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Chlorobotryaceae;Chlorobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1433993 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Chryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1434011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Komagataeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1434022 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Naasia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1434042 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salisediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1434043 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Saliterribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1434050 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Zhongshania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1436289 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Candidatus Symbiobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1453544 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Tahibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1472292 Bacteria;Pseudomonadota;Alphaproteobacteria;Magnetococcales;Magnetococcaceae;Magnetofaba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1473205 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Senegalimassilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1499983 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglenaformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1500560 Eukaryota;Basidiomycota;Exobasidiomycetes;Entylomatales;NA;Tilletiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1501226 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Romboutsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1502180 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Alsobacteraceae;Alsobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1505231 Bacteria;Fibrobacterota;Chitinivibrionia;Chitinivibrionales;Chitinivibrionaceae;Chitinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1505652 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Terrisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1506577 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Tyzzerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1509243 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Caedimonadaceae;Candidatus Nucleicultrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1511635 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Aquisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1522056 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Flaviflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1524249 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Pseudohongiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1535192 Bacteria;Thermodesulfobacteriota;Desulfarculia;Desulfarculales;Desulfarculaceae;Desulfocarbo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1549126 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulfatiglans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1562158 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Neopestalotiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1573536 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1579476 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Oscillochloridaceae;Candidatus Chloroploca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1579505 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rubripirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1609627 Bacteria;Bacillota;Bacilli;Bacillales;Bacillales Family X. Incertae Sedis;Hydrogenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1635148 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Sanguibacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1637257 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Mageeibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1647175 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Aestuariispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1648492 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Ascidiaceihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1649462 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Lacihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1649466 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Marinicauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1649470 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Minicystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1649479 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Permianibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1649486 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Rhizorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1649506 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Thermoflavifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1655637 Archaea;Candidatus Lokiarchaeota;NA;NA;NA;Candidatus Lokiarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1676142 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Wenzhouxiangellaceae;Wenzhouxiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1689250 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Gorillibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1705353 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Aurantimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1729679 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1738645 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Caproiciproducens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1748542 Eukaryota;Bacillariophyta;Mediophyceae;Triceratiales;Plagiogrammaceae;Orizaformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1749039 Eukaryota;Basidiomycota;Ustilaginomycetes;Violaceomycetales;Violaceomycetaceae;Violaceomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1755832 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Haloimpatiens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1766253 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Agathobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1768185 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Terracidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1769718 Bacteria;Thermotogota;Thermotogae;Mesoaciditogales;Mesoaciditogaceae;Athalassotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1769732 Bacteria;NA;Deltaproteobacteria;NA;NA;Dissulfurimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1773450 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Anseongella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1774278 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Aquimixticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1778601 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Apibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1779141 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1783488 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Phytoactinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1804994 Bacteria;Gemmatimonadota;Longimicrobiia;Longimicrobiales;Longimicrobiaceae;Longimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1813601 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudoroseicyclus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1818108 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Pseudobryopsidaceae;Pseudobryopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1820275 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aestuariivivens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1824856 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Oceanivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1843210 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerocolumna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1843398 Eukaryota;Chlorophyta;Chlorophyceae;Chaetopeltidales;Chaetopeltidaceae;Koshicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1848396 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Limibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1849828 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Paeniclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1884429 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1890059 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Serpentinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1891669 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Simkaniaceae;Candidatus Neptunochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1903173 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pelobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1903434 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Atlantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1903506 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Drancourtella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1905344 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruthenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1910789 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Diutina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1910899 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Naemateliaceae;Naematelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1911556 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Sediminispirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1912359 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Durotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1914229 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Aliidongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1914234 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Fimbriiglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1914248 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;NA;Motilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1917068 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Melanothamnus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1926655 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Marseilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1929940 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Viridothelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1930291 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Candidatus Dichloromethanomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1933048 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Neofamilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1937972 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Bernardetiaceae;Bernardetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1938511 Eukaryota;Cercozoa;NA;NA;Mesofilidae;Mesofila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1955413 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Abyssicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1974209 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Rhodohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 1988031 Bacteria;Chloroflexota;Ardenticatenia;NA;NA;Candidatus Promineifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2004661 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Hyphobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2006981 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Periphykon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2023705 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Membranihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2027874 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Mongoliimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2036011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Limibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2038280 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Robbsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2045098 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Puia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2045416 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Oceanihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2055880 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudescherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2060094 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Aminipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2071980 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Pararheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2082587 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Parolsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2152939 Eukaryota;Rhodophyta;Florideophyceae;Corallinales;Corallinaceae;Chamberlainium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2170555 Bacteria;Bacillota;Bacilli;Bacillales;NA;Candidatus Carbobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2172022 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ancalomicrobiaceae;Pinisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2211638 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Limimaricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2307008 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Galacturonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2320806 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Callipsygma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2321114 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Malaciobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2419521 Eukaryota;NA;Synurophyceae;Synurales;Neotessellaceae;Neotessella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2480624 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Candidatus Moanabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2495364 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Emydomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2505929 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Chaetophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2571159 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Mycetohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2597221 Bacteria;NA;Deltaproteobacteria;Candidatus Acidulodesulfobacterales;NA;Candidatus Acididesulfobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2610842 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ancalomicrobiaceae;Siculibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2664261 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2676755 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2679899 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thalassorhabdomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2683202 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Massilicoli;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2689589 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Staphylospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2691417 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Lacipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2703814 Bacteria;Candidatus Mcinerneyibacteriota;Candidatus Mcinerneyibacteria;Candidatus Mcinerneyibacteriales;Candidatus Mcinerneyibacteriaceae;Candidatus Mcinerneyibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2703944 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pararcticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2705385 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Puteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2712947 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Pterocladiophilaceae;Pterocladiophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2717339 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhabdaerophilaceae;Rhabdaerophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2718525 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Absicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2719313 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Enterocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2729624 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Planctomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2755140 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Pseudoleptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2761499 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Porcisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2762352 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Albibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2762385 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Daejeonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2767204 Bacteria;Candidatus Muirbacteria;NA;NA;NA;Candidatus Muirbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2767206 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Candidatus Reconcilbacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2779869 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lunasporangiospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2795777 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Maioricimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2800683 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Parapontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2800686 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Tsuneonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2801325 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Neoporphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2801844 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Arachnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2803301 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Poriferisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2807738 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Parasulfuritortus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2810010 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Anaerophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2812025 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Syntrophotaleaceae;Syntrophotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2813788 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Litchfieldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2814902 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Propylenellaceae;Propylenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2815783 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Floccifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2824158 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Aquirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2828764 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Zafaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2837485 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Evansella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2837503 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gottfriedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2837505 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Margalitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2837506 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Niallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2839095 Bacteria;Verrucomicrobiota;Methylacidiphilae;Methylacidiphilales;Methylacidiphilaceae;Candidatus Methylacidithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2843200 Bacteria;Actinomycetota;Thermoleophilia;Miltoncostaeales;Miltoncostaeaceae;Miltoncostaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2848171 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Cognaticolwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2854186 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pseudosulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2855468 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Muriiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2862143 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Hutsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2862451 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Adhaeretor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2870713 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Falsiroseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2871671 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Spongiactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2883109 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sandaracinobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2883512 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Citrifermentans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2893022 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Flagellatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2893056 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halalkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2895509 Bacteria;Mycoplasmatota;NA;Mycoplasmoidales;Metamycoplasmataceae;Metamycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2904609 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfogranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2905136 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Fundidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2907937 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Halpernia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2910985 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Paucidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2911855 Archaea;Candidatus Thermoplasmatota;Thermoplasmata;Methanomassiliicoccales;NA;Candidatus Methanarcanum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2917830 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptothermofonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2918463 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Oceanipulchritudo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2920444 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mangrovibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2924872 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Acididesulfobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2943184 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Tannockella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2944150 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Congzhengia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2944152 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Wujia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2944547 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermochaetoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2953757 Bacteria;NA;Candidatus Babeliae;Candidatus Babeliales;Candidatus Chromulinivoraceae;Candidatus Chromulinivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2956790 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonauticaceae;Desulfovulcanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2967331 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Longitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2979332 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Prescottella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 2982750 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Ohessyouella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 3020066 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cognataquiflexum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 3024544 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Paracrocinitomix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 3025863 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Ferroacidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 3028852 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Merdimmobilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 3039360 Eukaryota;Rhodophyta;Bangiophyceae;Cavernulicolales;Cavernulicolaceae;Cavernulicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.000009 1 3045815 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichothermofontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 0.464223 52561 10239 Viruses
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 14.690166 1663272 NA cannot be assigned to a (non-viral) genus
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N2_M_libLAB7050.out 26.511848 3001764 NA unclassified
diff --git a/results/Kaiju/kaiju_NG-A0628_Turnip_3M_libLAB7051_summary.tsv b/results/Kaiju/kaiju_NG-A0628_Turnip_3M_libLAB7051_summary.tsv
new file mode 100644
index 0000000..6e1ab5f
--- /dev/null
+++ b/results/Kaiju/kaiju_NG-A0628_Turnip_3M_libLAB7051_summary.tsv
@@ -0,0 +1,2075 @@
+file percent reads taxon_id taxon_name
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 33.770931 4341112 2767892 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Secundilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 3.955127 508415 2767885 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Latilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 3.951564 507957 1253 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Pediococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 3.043607 391243 2767886 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Levilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 2.230372 286705 1243 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Leuconostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 1.728022 222130 4919 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Pichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 1.438553 184920 2767842 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactiplantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 1.222918 157201 2767893 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lentilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.787774 101265 1578 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.736057 94617 461281 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Ogataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.404183 51956 13366 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Brettanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.363357 46708 547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Enterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.224200 28820 2759736 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lacticaseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.128437 16510 2767889 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Loigolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.126445 16254 46255 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Weissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.102516 13178 2742598 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Limosilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.080353 10329 2767879 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Companilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.065447 8413 1350 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Enterococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.059667 7670 33877 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.053475 6874 2767887 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Ligilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.044506 5721 5475 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Candida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.040694 5231 317045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Kuraishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.040546 5212 1301 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Streptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.038235 4915 2767881 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.038196 4910 1883 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.037745 4852 46254 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Oenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.032284 4150 599737 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Wickerhamomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.030643 3939 1279 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Staphylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.029429 3783 604195 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Cyberlindnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.028924 3718 2767888 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Liquorilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.025680 3301 613 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Serratia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.025594 3290 662 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Vibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.025213 3241 460517 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Komagataella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.024310 3125 4917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Pachysolen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.022233 2858 51668 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Tetragenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.018258 2347 71245 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kazachstania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.017426 2240 1357 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.016609 2135 1386 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Bacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.016127 2073 300275 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Lachancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.015800 2031 1854 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Frankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.015473 1989 2767890 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Paucilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.015177 1951 4910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kluyveromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.013326 1713 766748 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Babjeviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.012774 1642 1129544 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Rhizophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.012058 1550 27320 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Metschnikowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.011895 1529 4951 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Yarrowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.011062 1422 2675229 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Peribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.010899 1401 2964429 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Candida/Metschnikowiaceae;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.010665 1371 2767877 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Apilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.010362 1332 766765 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Yamadazyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.010238 1316 810 Bacteria;Chlamydiota;Chlamydiia;Chlamydiales;Chlamydiaceae;Chlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.010183 1309 766728 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Meyerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.009125 1173 412764 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Spathaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.008876 1141 286 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Pseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.008837 1136 1970195 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Ancylomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.008549 1099 143959 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Coelomomycetaceae;Coelomomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.008215 1056 469 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Acinetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.008184 1052 2831443 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.007803 1003 4958 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Debaryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.007795 1002 5052 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Aspergillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.007702 990 27308 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Ascoideaceae;Ascoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.007616 979 1870884 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Clostridioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.007149 919 766733 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Scheffersomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.006869 883 4930 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Saccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.006714 863 2767882 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Furfurilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.006301 810 33170 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Eremothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.006200 797 5320 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pleurotaceae;Pleurotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.005975 768 1485 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Clostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.005858 753 326606 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Annulohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.005850 752 98757 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Gelatoporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.005656 727 100474 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Batrachochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.005648 726 68287 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Mesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.005500 707 866673 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Marinifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.005446 700 28196 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Arcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.005313 683 561 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Escherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.005290 680 140106 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Neonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.005197 668 44249 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Paenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.005158 663 2767891 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Schleiferilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.005127 659 599802 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Barnettozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004979 640 570 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Klebsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004971 639 4948 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Torulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004963 638 657 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Photobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004955 637 4953 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004862 625 229219 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Blastomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004808 618 148959 Eukaryota;Basidiomycota;Wallemiomycetes;Wallemiales;Wallemiaceae;Wallemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004769 613 160674 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Raoultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004745 610 2767884 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lapidilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004652 598 2930384 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Periweissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004613 593 5402 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Russula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004605 592 4780 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Plasmopara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004543 584 766502 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Millerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004310 554 113604 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Tetrapisispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004255 547 36034 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Saccharomycodes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004248 546 1716 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Corynebacteriaceae;Corynebacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004232 544 29832 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Hanseniaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004107 528 549703 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kurtzmaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.004037 519 4836 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Phycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003983 512 278028 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Naumovozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003975 511 5260 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Melampsoraceae;Melampsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003944 507 1637 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Listeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003859 496 507 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Alcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003827 492 2747 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Carnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003789 487 36910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Clavispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003687 474 5073 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003617 465 1196389 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygotorulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003586 461 59732 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chryseobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003586 461 324738 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Kregervanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003508 451 2991 Eukaryota;NA;Synurophyceae;Synurales;Mallomonadaceae;Synura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003508 451 33882 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003493 449 507510 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Hyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003283 422 38832 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Micromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003190 410 1539666 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Suhomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003034 390 28453 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Sphingobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.003018 388 374 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Bradyrhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002902 373 2737 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Vagococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002902 373 414371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aureimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002769 356 2745 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002754 354 1849822 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paraclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002738 352 497 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Psychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002723 350 53246 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Pseudoalteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002544 327 374469 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Vanderwaltozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002544 327 670516 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002497 321 84567 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002458 316 1232588 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Saprochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002365 304 1910789 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Diutina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002318 298 29828 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Lipomycetaceae;Lipomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002310 297 1330545 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Lelliottia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002264 291 45785 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nadsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002248 289 756023 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Xylogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002233 287 2772525 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Putridiphycobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002209 284 2767358 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasmopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002202 283 43987 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Geotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002108 271 407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002085 268 82802 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Trichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002023 260 1988 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinomadura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.002015 259 36913 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Lodderomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001992 256 34111 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Monoraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001992 256 229045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Trichomonascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001898 244 5140 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Neurospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001766 227 1873 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Micromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001719 221 2803850 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Mammaliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001704 219 194 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Campylobacteraceae;Campylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001688 217 410829 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Sugiyamaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001665 214 111500 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muricauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001626 209 1375 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Aerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001618 208 460521 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nakazawaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001618 208 2767875 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Agrilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001587 204 5010 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Taphrinaceae;Taphrina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001587 204 1849718 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Labilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001579 203 29888 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Calocera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001540 198 97050 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001525 196 559173 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001509 194 586 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Providencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001478 190 374468 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Nakaseomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001463 188 80744 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Serpulaceae;Serpula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001455 187 207599 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Solirubrobacteraceae;Solirubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001447 186 4863 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Coemansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001416 182 106589 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Cupriavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001416 182 1540147 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trigonopsidaceae;Tortispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001400 180 34037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rahnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001400 180 55528 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Guillardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001392 179 29834 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Saturnispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001385 178 45787 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Wickerhamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001377 177 1322061 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Rhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001369 176 688353 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Lichtheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001346 173 76831 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Myroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001346 173 308926 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Diversisporaceae;Diversispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001338 172 237 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001330 171 4895 Eukaryota;Ascomycota;Schizosaccharomycetes;Schizosaccharomycetales;Schizosaccharomycetaceae;Schizosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001322 170 109374 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Nemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001291 166 5948 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Stylonychia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001284 165 434 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001284 165 5500 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Coccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001284 165 28253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001276 164 2767876 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Amylolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001268 163 4875 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Glomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001229 158 306539 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halolactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001221 157 4753 Eukaryota;Ascomycota;Pneumocystidomycetes;Pneumocystidales;Pneumocystidaceae;Pneumocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001221 157 2837504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Heyndrickxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001167 150 1742992 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paenarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001144 147 171413 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Dolosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001066 137 53335 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Pantoea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001058 136 3071 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Chlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001050 135 33986 Bacteria;Bacillota;Bacilli;Bacillales;NA;Exiguobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001050 135 38501 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Blastococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.001004 129 45033 Eukaryota;NA;Phaeophyceae;Laminariales;Chordaceae;Chorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000996 128 101 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Flectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000988 127 626 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Xenorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000988 127 5296 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Puccinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000972 125 27316 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Galactomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000934 120 5583 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Exophiala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000918 118 583 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Proteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000918 118 83174 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Valsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000918 118 129337 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Geobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000910 117 2755 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Brochothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000902 116 816 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Bacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000902 116 2901261 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Denitrificimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000887 114 5820 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Plasmodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000887 114 184027 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Golovinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000879 113 2767878 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Bombilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000871 112 1678 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bifidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000871 112 2804231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lederbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000856 110 568 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Hafnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000856 110 64968 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000840 108 95228 Eukaryota;Discosea;Flabellinia;NA;Vannellidae;Vannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000832 107 5605 Eukaryota;Ascomycota;NA;NA;NA;Saitoella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000817 105 713 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Actinobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000801 103 5206 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Cryptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000778 100 2779861 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Linnemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000770 99 5094 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Talaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000770 99 202696 Eukaryota;Basidiomycota;Agaricomycetes;Jaapiales;Jaapiaceae;Jaapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000762 98 2335 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Thermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000755 97 5506 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Fusarium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000747 96 1633384 Eukaryota;Microsporidia;NA;NA;NA;Mitosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000739 95 3118 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Ulva;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000731 94 78156 Eukaryota;Ascomycota;Leotiomycetes;NA;Pseudeurotiaceae;Pseudogymnoascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000723 93 460073 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Segetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000692 89 1142 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Synechocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000669 86 29580 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Janthinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000661 85 590 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Salmonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000653 84 55193 Eukaryota;Basidiomycota;Malasseziomycetes;Malasseziales;Malasseziaceae;Malassezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000646 83 89966 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Hymenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000638 82 5333 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Schizophyllaceae;Schizophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000630 81 2077 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sporolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000622 80 2978367 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Nicoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000615 79 41891 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Coccomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000615 79 1206748 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Nitrolancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000607 78 848 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Fusobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000599 77 349 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Zoogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000599 77 41247 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Mycena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000576 74 163316 Eukaryota;Chlorophyta;Chlorophyceae;NA;Microsporaceae;Microspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000568 73 379 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Rhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000568 73 153265 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aequorivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000552 71 22 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Shewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000552 71 544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Citrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000537 69 47830 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Lachnaceae;Lachnellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000537 69 489140 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Geminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000521 67 2767880 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Dellaglioa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000506 65 37991 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Xylaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000490 63 2812012 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Zongyanglinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000482 62 3052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlamydomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000482 62 4888 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Smittium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000482 62 5533 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Rhodotorula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000482 62 1822464 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paraburkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000475 61 40323 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Stenotrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000475 61 102106 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Collinsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000467 60 5209 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Filobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000459 59 5543 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Trichoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000451 58 36880 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Cymbomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000451 58 286104 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Winogradskyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000443 57 120831 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Dyadobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000443 57 1573535 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000436 56 5455 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Glomerellaceae;Colletotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000412 53 5193 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Morchellaceae;Morchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000412 53 314126 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Drechslerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000405 52 551 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Erwinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000405 52 5190 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascobolaceae;Ascobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000397 51 5251 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Ceratobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000397 51 13687 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000397 51 70447 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Ostreococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000397 51 2719231 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lacrimispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000389 50 191392 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Auxenochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000389 50 1812772 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Pseudomassariaceae;Pseudomassariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000381 49 157775 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Letrouitiaceae;Letrouitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000381 49 358905 Eukaryota;Basidiomycota;Agaricomycetes;Sebacinales;Serendipitaceae;Serendipita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000366 47 1839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Nocardioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000366 47 4830 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Mucor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000366 47 13786 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Trebouxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000358 46 234 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Brucella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000358 46 5104 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ascosphaeraceae;Ascosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000358 46 253255 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Soehngenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000358 46 2302914 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloropicon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000350 45 43430 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Tricharina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000350 45 2321111 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Aliarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000342 44 1763 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000342 44 41879 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pycnococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000335 43 5761 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Naegleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000335 43 31311 Eukaryota;Chlorophyta;Nephroselmidophyceae;Nephroselmidales;Nephroselmidaceae;Nephroselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000335 43 64561 Eukaryota;Mucoromycota;Umbelopsidomycetes;Umbelopsidales;Umbelopsidaceae;Umbelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000335 43 88138 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Modestobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000327 42 548651 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Dothidotthiaceae;Dothidotthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000319 41 581 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Morganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000319 41 276836 Eukaryota;Cryptomycota;NA;NA;NA;Rozella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000311 40 5110 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Claviceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000311 40 34348 Eukaryota;Basidiomycota;Mixiomycetes;Mixiales;Mixiaceae;Mixia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000311 40 40222 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Methylophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000311 40 77674 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Paracraurococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000311 40 78910 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Syncephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000311 40 156973 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Dysgonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000311 40 221427 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Polytolypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000303 39 32008 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000303 39 34416 Eukaryota;Basidiomycota;Microbotryomycetes;Microbotryales;Microbotryaceae;Microbotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000303 39 131324 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Pseudocercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000303 39 216851 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Faecalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000296 38 33202 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Thermoascaceae;Paecilomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000296 38 99906 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alkalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000296 38 354349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Pseudochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000288 37 1865 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000288 37 4859 Eukaryota;Zoopagomycota;Basidiobolomycetes;Basidiobolales;Basidiobolaceae;Basidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000288 37 29002 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Cercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000288 37 55968 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leucobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000288 37 1612157 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pararhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000288 37 2779859 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Entomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000280 36 3044 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Dunaliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000280 36 4842 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Rhizopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000280 36 5579 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Saccotheciaceae;Aureobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000272 35 265 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000272 35 3087 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Scenedesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000272 35 437504 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Granulosicoccaceae;Granulosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000272 35 1434702 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Taibaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000264 34 357 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Agrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000257 33 629 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Yersinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000257 33 1663 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Arthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000257 33 36048 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Tuber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000257 33 74855 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Terfezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000257 33 81525 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Monosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000257 33 90268 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Apophysomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000249 32 838 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000249 32 5587 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Rhinocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000249 32 37467 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Pisolithaceae;Pisolithus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000249 32 41275 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Brevundimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000249 32 41874 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Bathycoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000249 32 70742 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000249 32 79808 Eukaryota;Ascomycota;Sordariomycetes;Coniochaetales;Coniochaetaceae;Coniochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000249 32 191769 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Marinilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000249 32 494028 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Gnomoniaceae;Gnomoniopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000249 32 1912216 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Cutibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000241 31 157 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Treponema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000241 31 1827 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Rhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000241 31 249523 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aestuariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000241 31 1117308 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Funneliformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000241 31 2881385 Bacteria;Cyanobacteriota;Cyanophyceae;Thermostichales;Thermostichaceae;Thermostichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000233 30 34372 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Blumeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000233 30 469322 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Steroidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000233 30 2039723 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Thiomicrorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000226 29 2742 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Marinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000226 29 4797 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Pythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000226 29 4855 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Mortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000226 29 43431 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Sphaerosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000226 29 75735 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Starmerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000226 29 82267 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;NA;Hyaloraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000226 29 85947 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Didymosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000226 29 175660 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Pyrrhoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000226 29 305976 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000226 29 490731 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Kwoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000218 28 841 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Roseburia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000218 28 5121 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Erysiphe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000218 28 27372 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Acaulosporaceae;Acaulospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000218 28 42695 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Pseudomuriellaceae;Pseudomuriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000218 28 105983 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Apiotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000218 28 240411 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000218 28 256818 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Gulosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000210 27 283 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Comamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000210 27 13705 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Syncephalastraceae;Syncephalastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000210 27 139389 Eukaryota;Basidiomycota;Agaricomycetes;Amylocorticiales;Amylocorticiaceae;Plicaturopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000210 27 200473 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Brumimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000210 27 2878373 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Neoconidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000202 26 41955 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Amanitaceae;Amanita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000202 26 47204 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Pyronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000202 26 133746 Eukaryota;Basidiomycota;Agaricomycetes;Corticiales;Punctulariaceae;Punctularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000202 26 239759 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Alistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000202 26 241409 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Geosmithia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000202 26 249344 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Picochlorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000202 26 289257 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Chrysotrichaceae;Chrysothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000202 26 1505657 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Intestinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000202 26 2837507 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Robertmurraya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000194 25 1234 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Nitrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000194 25 4783 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Phytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000194 25 49968 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Geopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000194 25 100860 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Aphanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000194 25 112488 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Dissoconiaceae;Dissoconium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000194 25 247143 Eukaryota;Ascomycota;Lecanoromycetes;Acarosporales;Acarosporaceae;Pleopsidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000194 25 470095 Eukaryota;Ascomycota;Dothideomycetes;Acrospermales;Acrospermaceae;Pseudovirgaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000194 25 1986179 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Neocucurbitaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000194 25 2782231 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Kaistella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000187 24 642 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Aeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000187 24 5159 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Ophiostoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000187 24 81945 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Pilobolaceae;Pilobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000187 24 169998 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Phakopsoraceae;Phakopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000187 24 172190 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Schizoparmaceae;Coniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000187 24 246875 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Algoriphagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000187 24 417183 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Mycoemilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000187 24 586132 Eukaryota;Microsporidia;NA;NA;NA;Nematocida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000187 24 1983104 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Lusitaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000187 24 3032809 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Petralouisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 209 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Helicobacteraceae;Helicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 4828 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Absidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 5502 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Curvularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 27331 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Protomycetaceae;Protomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 29465 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Veillonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 29907 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Sporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 31983 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Helcococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 34444 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 45244 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Emericellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 46913 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Devosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 64640 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Pilaira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 67608 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Microdochiaceae;Microdochium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 238783 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudorhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 286114 Eukaryota;Chytridiomycota;Chytridiomycetes;Synchytriales;Synchytriaceae;Synchytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 756610 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Dentiscutata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 1470540 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Jeotgalibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 1934365 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Collariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000179 23 2779867 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Actinomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 1696 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Brevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 5157 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Ceratocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 33870 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Coriobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 40657 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Plectosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 78916 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Piptocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 88647 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Teloschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 98402 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Drechmeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 101102 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Circinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 109944 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;Gonapodyaceae;Gonapodya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 110092 Eukaryota;Chytridiomycota;Chytridiomycetes;Polychytriales;NA;Polychytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 121087 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Ostreobiaceae;Ostreobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 126838 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Micractinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 182639 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Kribbellaceae;Kribbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 1853743 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Symbiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000171 22 2304164 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Jaagichlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000163 21 2791 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Porphyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000163 21 5538 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Scytalidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000163 21 5806 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Cryptosporidiidae;Cryptosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000163 21 13348 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Arthrobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000163 21 36917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Ambrosiozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000163 21 42360 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Daldinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000163 21 110564 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Clonostachys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000163 21 150247 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anoxybacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000163 21 169133 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Citricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000163 21 1010672 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Lecanographaceae;Alyxoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 338 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 2370 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 4943 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycopsidaceae;Saccharomycopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 47022 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Orbilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 54304 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 69965 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Macrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 90254 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Cokeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 109882 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Chytriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 253183 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Myceligenerans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 1187078 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cecembia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 1742989 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Glutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 1920207 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermothelomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 2782229 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Epilithonimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000156 20 2944547 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermochaetoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 3066 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Volvox;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 4756 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Neocallimastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 4819 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Phlyctochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 5864 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Babesiidae;Babesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 31366 Eukaryota;Rhodophyta;Florideophyceae;Bonnemaisoniales;Bonnemaisoniaceae;Asparagopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 36046 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Elaphomycetaceae;Elaphomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 47182 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascodesmidaceae;Ascodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 78914 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Sigmoideomycetaceae;Thamnocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 78924 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dimargaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 100883 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Coprobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 189613 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthomendoza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 227979 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Jeotgalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 237584 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Teratosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 318745 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Pycnoraceae;Pycnora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 329881 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Friedmanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000148 19 1037661 Eukaryota;Ascomycota;Dothideomycetes;Microthyriales;Microthyriaceae;Microthyrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 222 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Achromobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 441 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 745 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Pasteurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 1163 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Anabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 1203 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 5240 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Tulasnellaceae;Tulasnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 28236 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Petrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 41687 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Scedosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 43668 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Brachybacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 45153 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Sporormiaceae;Westerdykella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 74721 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Stachybotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 75654 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Duganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 83373 Eukaryota;Rhodophyta;Bangiophyceae;Galdieriales;Galdieriaceae;Galdieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 226991 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Cyphellophoraceae;Cyphellophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 231454 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 450526 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 470018 Eukaryota;Ascomycota;Dothideomycetes;Cladosporiales;Cladosporiaceae;Rachicladosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 1176129 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Aulographaceae;Aulographum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000140 18 1500004 Eukaryota;Blastocladiomycota;Physodermatomycetes;Physodermatales;Physodermataceae;Paraphysoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 68 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Lysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 965 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 2902 Eukaryota;Haptophyta;NA;Isochrysidales;Noelaerhabdaceae;Emiliania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 5100 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Amorphothecaceae;Amorphotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 5230 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Auriculariaceae;Auricularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 28105 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Sinorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 36862 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Ideonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 45427 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Amylocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 48558 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Pyriculariaceae;Pyricularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 61417 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Spiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 64501 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Entophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 64560 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Radiomycetaceae;Radiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 71917 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Rhodocollybia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 76312 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Caulerpaceae;Caulerpa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 101114 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Spinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 101116 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Sporodiniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 109935 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Cladochytriaceae;Cladochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 144537 Eukaryota;Mucoromycota;Glomeromycetes;Paraglomerales;Paraglomeraceae;Paraglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 145474 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Helicosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 165696 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 184977 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Decorospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 1017280 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoflavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 1065495 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Radiococcaceae;Neocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 1132856 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Rasamsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 1838142 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Cutaneotrichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000132 17 1851468 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Vanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 226 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 1125 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Microcystaceae;Microcystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 4865 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Dipsacomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 5277 Eukaryota;Basidiomycota;Microbotryomycetes;Leucosporidiales;Leucosporidiaceae;Leucosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 5644 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Stereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 29849 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Magnaporthaceae;Gaeumannomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 63132 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Geitlerinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 68793 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Botryobasidiaceae;Botryobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 90402 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Geoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 109880 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Nowakowskiellaceae;Nowakowskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 112415 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Letharia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 119977 Bacteria;Pseudomonadota;Acidithiobacillia;Acidithiobacillales;Acidithiobacillaceae;Acidithiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 182709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Oceanobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 204754 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Rhexocercosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 239050 Eukaryota;Ascomycota;Sordariomycetes;Chaetosphaeriales;Chaetosphaeriaceae;Thozetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 335058 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 682063 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Kalmusia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 1494427 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tepidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000124 16 2817139 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Weizmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 635 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Edwardsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 1263 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 28000 Eukaryota;Perkinsozoa;NA;Perkinsida;Perkinsidae;Perkinsus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 40593 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Peziza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 43220 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Capronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 45136 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Sporormiaceae;Sporormia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 52959 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Polaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 70110 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicilliopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 97971 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Periconiaceae;Periconia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 102234 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Geminocystaceae;Cyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 117544 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Cytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 124426 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Ustilaginoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 150781 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Astraeaceae;Astraeus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 155149 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Bisporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 157482 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Lichina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 180162 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Cetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 190323 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Plantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 225842 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Formosa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 245561 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Acidomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 286412 Eukaryota;Ascomycota;NA;Thelocarpales;Thelocarpaceae;Thelocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 364710 Eukaryota;Ascomycota;Eurotiomycetes;Verrucariales;Verrucariaceae;Endocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 372047 Eukaryota;Ascomycota;Dothideomycetes;Phaeotrichales;Phaeotrichaceae;Trichodelitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 400634 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 543311 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Parvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 1129545 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Claroideoglomeraceae;Claroideoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 1395788 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Gorgonomycetaceae;Gorgonomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 1504669 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Rhizodiscinaceae;Rhizodiscina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 1882482 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Anthracoideaceae;Testicularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 1929940 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Viridothelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 1981958 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Pseudomicrostroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 2058187 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Cavenderiaceae;Cavenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 2800373 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Priestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000117 15 2817108 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Watsoniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 1569 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Sporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 2383 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Epulonipiscium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 2701 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Gardnerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 3164 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Tetraselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 5429 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Sporobolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 5453 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Ascochyta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 5637 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Polyporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 29909 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Tolypocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 35721 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Parasitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 35724 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Macrophomina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 35798 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 54298 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Chroococcidiopsidaceae;Chroococcidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 57493 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Kocuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 80635 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Coniophoraceae;Coniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 82800 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Desemzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 91942 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Hortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 100043 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleomassariaceae;Pleomassaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 101126 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Hesseltinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 110080 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Obelidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 152317 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Truncatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 165779 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 204286 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Cobetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 265082 Eukaryota;Ascomycota;Sordariomycetes;NA;Thyridiaceae;Thyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 474995 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Ophiocordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 2321187 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Poseidonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000109 14 2779860 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gryganskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 3132 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Codiaceae;Codium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 4815 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Spizellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 5218 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Exidiaceae;Exidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 5228 Eukaryota;Basidiomycota;Atractiellomycetes;Atractiellales;Hoehnelomycetaceae;Atractiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 5962 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Stentoridae;Stentor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 34433 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucoagaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 38447 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Monilinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 44639 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Choiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 45132 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Botryosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 46432 Eukaryota;Foraminifera;NA;NA;Reticulomyxidae;Reticulomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 55067 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Phaeosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 60496 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Thielaviopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 68034 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Sporotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 74385 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 80865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Delftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 81060 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Steccherinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 221285 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Westiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 307506 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Raphidocelis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 407951 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Neofusicoccum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 451452 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Boothiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 561108 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Jaminaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 940661 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Cetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 1276290 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 1506577 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Tyzzerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 1663051 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Sphagnurus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 1801563 Eukaryota;Basidiomycota;Microbotryomycetes;NA;Chrysozymaceae;Pseudohyphozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 1910899 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Naemateliaceae;Naematelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 1915381 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Nannizzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 2052799 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Jimgerdemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 2072583 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Neohortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000101 13 2749846 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 579 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kluyvera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 1743 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 4807 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Blastocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 4821 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Piromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 5024 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Venturiaceae;Venturia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 5324 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Trametes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 5406 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Exobasidiaceae;Exobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 12916 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Acidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 35140 Eukaryota;Haptophyta;NA;Prymnesiales;Chrysochromulinaceae;Chrysochromulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 37359 Eukaryota;Endomyxa;Phytomyxea;Plasmodiophorida;Plasmodiophoridae;Plasmodiophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 39965 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Hypsizygus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 42308 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 44744 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Haematococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 45669 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Salinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 50955 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Geosiphonaceae;Geosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 68756 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Clavulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 70451 Eukaryota;Haptophyta;NA;Pavlovales;Pavlovaceae;Diacronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 82105 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Cladophialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 111638 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Alectoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 122277 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Pectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 164570 Eukaryota;Ascomycota;Coniocybomycetes;Coniocybales;Coniocybaceae;Chaenotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 258075 Eukaryota;Ascomycota;Dothideomycetes;Eremomycetales;Eremomycetaceae;Eremomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 273281 Eukaryota;Ascomycota;Sareomycetes;Sareales;Zythiaceae;Sarea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 329878 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Cryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 348616 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Massospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 413496 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 501783 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cloacibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 1130052 Eukaryota;Ascomycota;Xylobotryomycetes;Xylobotryales;Cirrosporiaceae;Cirrosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 1199100 Eukaryota;Chlorophyta;Ulvophyceae;Scotinosphaerales;Scotinosphaeraceae;Scotinosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 1387562 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Ophidiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 1493516 Eukaryota;Cryptomycota;NA;NA;NA;Paramicrosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 2027319 Eukaryota;Ascomycota;NA;Vezdaeales;Vezdaeaceae;Vezdaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 2652702 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypomontagnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 2675232 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Neobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 2800678 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000093 12 2837502 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 445 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Legionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 482 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Neisseria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 963 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 5305 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phanerochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 5375 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Rhizopogonaceae;Rhizopogon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 5450 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Arthromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 12967 Eukaryota;NA;Bigyra;Opalinata;Blastocystidae;Blastocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 27382 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Scutellospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 34072 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Variovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 34392 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Microsporum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 34448 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Marasmius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 40463 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Peniophoraceae;Peniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 40996 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Elsinoaceae;Elsinoe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 48736 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ralstonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 59585 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Corynesporascaceae;Corynespora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 63298 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Pseudozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 75984 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Mannheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 109967 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Rhizoclosmatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 218113 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 314122 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylellina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 454159 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Kiloniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 462253 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Aplosporellaceae;Aplosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 1007082 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrosopumilales;Nitrosopumilaceae;Nitrosarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 1169538 Eukaryota;NA;NA;NA;Vitrellaceae;Vitrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 1508657 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminiclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 2005375 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 2039240 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerotignum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 2183612 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Klenkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 2321114 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Malaciobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 2609811 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermothielavioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 2678885 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 2837509 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Schinkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 2905158 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Salinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000086 11 2939411 Eukaryota;Ascomycota;Lecanoromycetes;NA;NA;Piccolia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 1817 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Nocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 2147 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Acholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 4873 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Gigaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 5149 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Chaetomium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 5529 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Metarhizium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 29825 Eukaryota;Ascomycota;Neolectomycetes;Neolectales;Neolectaceae;Neolecta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 32012 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Thiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 33187 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Uncinocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 33969 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Melissococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 34487 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Conidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 45308 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Melanommataceae;Melanomma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 47212 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Trichophaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 57494 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Nesterenkonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 64643 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Dichotomocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 64649 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Backusellaceae;Backusella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 65007 Eukaryota;Evosea;Variosea;Cavosteliida;Cavosteliaceae;Planoprotostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 66831 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Facklamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 88741 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 160516 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Tirmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 323620 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Shinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 358023 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lutibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 364651 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Bathelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 453566 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Ambisporaceae;Ambispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 502117 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Kalaharituber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 572511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Blautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 933343 Eukaryota;Ascomycota;Leotiomycetes;Leotiales;Tympanidaceae;Claussenomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 999488 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Paenochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 1549750 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Lomentospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 1847725 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Lawsonellaceae;Lawsonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 2026842 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;NA;Bifiguratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 2316020 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mediterraneibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000078 10 2941520 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Senimuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 107 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Spirosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Haemophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 2160 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 5182 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Hymenoscyphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 5754 Eukaryota;Discosea;NA;Longamoebia;Acanthamoebidae;Acanthamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 28228 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Colwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 36658 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Volvariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 44417 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Cyclospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 49279 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gelidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 57665 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurospirillaceae;Sulfurospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 63265 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Sporisorium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 65356 Eukaryota;Oomycota;NA;Albuginales;Albuginaceae;Albugo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 65412 Eukaryota;Ascomycota;Sordariomycetes;Togniniales;Togniniaceae;Phaeoacremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 75374 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Leptodontidiaceae;Leptodontidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 78920 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Tieghemiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 79328 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Chitinophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 84406 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Virgibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 86017 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Salpingoeca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 101104 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Gongronella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 104249 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 107449 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Phaffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 117062 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Tephrocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 125216 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 139111 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;NA;Dendrothele;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 165440 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Bulleribasidiaceae;Dioszegia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 215251 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Brachybasidiaceae;Meira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 255204 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudoclavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 401624 Eukaryota;Basidiomycota;Exobasidiomycetes;Ceraceosorales;Ceraceosoraceae;Ceraceosorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 1193515 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Snodgrassella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 1450170 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;NA;Aaosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 1494215 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Sympoventuriaceae;Verruconis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 1506553 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 1649459 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hungatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 1659840 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Sanghuangporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 1890244 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Trimorphomycetaceae;Saitozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 1930830 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Floricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 2656786 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Pleuroascaceae;Venustampulla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000070 9 2893058 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 475 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Moraxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 958 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Bdellovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 1073 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Rhodopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 2249 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halococcaceae;Halococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 2781 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 4813 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Chytridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 4852 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Cunninghamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 5340 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Agaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 5600 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Phialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 5758 Eukaryota;Evosea;NA;Mastigamoebida;Entamoebidae;Entamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 5782 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Dictyostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 38484 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Ciborinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 40456 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Fistulinaceae;Fistulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 42464 Eukaryota;Ascomycota;Sordariomycetes;Lulworthiales;Lulworthiaceae;Zalerion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 44649 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlorococcaceae;Chlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 45234 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Cordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 47251 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 47420 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hydrogenophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 47747 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyaloscyphaceae;Hyaloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 68785 Eukaryota;Basidiomycota;Agaricomycetes;Geastrales;Sphaerobolaceae;Sphaerobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 86026 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Mollisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 89956 Eukaryota;NA;Dinophyceae;Suessiales;Suessiaceae;Polarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 100815 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;NA;Madurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 105767 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Tremellaceae;Tremella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 109875 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Catenariaceae;Catenaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 139433 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meripilaceae;Physisporinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 158846 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Megamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 160034 Eukaryota;Ascomycota;Dothideomycetes;NA;Zopfiaceae;Zopfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 186035 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Fragilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 196080 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Terasakiellaceae;Terasakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 230760 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Roridomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 230838 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronosclerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 234816 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Schizophyllaceae;Auriculariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 286405 Eukaryota;Ascomycota;NA;NA;NA;Sarcosagium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 300418 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Catellicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 302781 Eukaryota;Preaxostyla;NA;Oxymonadida;Polymastigidae;Monocercomonoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 423349 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Mucilaginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 511189 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Moelleriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 1003010 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Strigomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 1448052 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Globisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 1851509 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Naganishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 1929901 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Bogoriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 1955773 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emergomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 1981050 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Phoenicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 2675231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mesobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 2718863 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pararobbsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 2767883 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Holzapfeliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 2894762 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Zophobihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 2983819 Eukaryota;Ascomycota;Sordariomycetes;NA;NA;Neoarthrinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000062 8 3025755 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Thomasclavelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 171 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Leptospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 262 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Francisellaceae;Francisella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 830 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Butyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 906 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Megasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 1129 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Synechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 1707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Cellulomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 2034 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Curtobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 2949 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Symbiodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 5097 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Monascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 5199 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Cladoniaceae;Cladonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 13289 Eukaryota;Basidiomycota;Exobasidiomycetes;Tilletiales;Tilletiaceae;Tilletia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 28581 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Allomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 36882 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pyramimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 38807 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Panaceae;Panus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 41273 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Tissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 47789 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Tetrabaenaceae;Tetrabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 52225 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Mitsuokella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 54066 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Xylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 54692 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Chlorociboriaceae;Chlorociboria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 55080 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Brevibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 55339 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Amylostereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 57133 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Hydnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 64630 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Mariannaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 66739 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Lasiodiplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 72123 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Hygrophoropsidaceae;Hygrophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 83654 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Leclercia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 125287 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Ornithinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 136491 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 147559 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Dothioraceae;Delphinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 149698 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Massilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 150366 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Akanthomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 154746 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Dentipellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 162289 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Peptoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 167346 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Fomitiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 202746 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfurimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 218207 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfatibacillaceae;Desulfatibacillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 239934 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Akkermansiaceae;Akkermansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 283785 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Bizionia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 291363 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Lecanicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 329857 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Cohnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 375288 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Parabacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 393277 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Donghicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 447020 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Adlercreutzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 483074 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Baudoinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 690896 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lentitheciaceae;Lentithecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 1036719 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Verticillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 1048954 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Cylindrosympodiaceae;Tothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 1085622 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propioniciclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 1206386 Eukaryota;Ascomycota;NA;NA;NA;Trizodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 1433402 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Glycocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 1745324 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Helicocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 2339270 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Cortinariaceae;Phlegmacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 2483199 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Chrysophaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 2607957 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Collybiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 2779868 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gamsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 2862144 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ruoffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000054 7 2996260 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Polyrhizophydium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 10 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Cellvibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 75 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Caulobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 914 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 1060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 1298 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 1730 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Eubacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 1813 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Amycolatopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 2879 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ectocarpaceae;Ectocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 3049 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Polytomella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 5280 Eukaryota;Basidiomycota;Exobasidiomycetes;Georgefischeriales;Tilletiariaceae;Tilletiaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 5658 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leishmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 5873 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Theileriidae;Theileria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 29330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Alicyclobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 32207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Rothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 36065 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Cantharellaceae;Cantharellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 37914 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Dietziaceae;Dietzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 38452 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Rutstroemiaceae;Rutstroemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 41201 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Ewingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 45667 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 47025 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 50989 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Rickenellaceae;Rickenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 70188 Eukaryota;Olpidiomycota;Olpidiomycetes;Olpidiales;Olpidiaceae;Olpidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 82976 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Buttiauxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 93827 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Gymnopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 95729 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Stemphylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 101106 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Halteromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 109928 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Podochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 111142 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alishewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 146865 Eukaryota;Microsporidia;NA;NA;NA;Pseudoloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 157480 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Peltulaceae;Peltula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 165812 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Sporanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 175304 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lentibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 178440 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Opitutus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 198705 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Lampropedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 228398 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptacidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 244698 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gillisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 301203 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Karstenula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 304330 Eukaryota;Zoopagomycota;NA;Ramicandelaberales;Ramicandelaberaceae;Ramicandelaber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 308865 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Elizabethkingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 318744 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Phylliscum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 353541 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyphodiscaceae;Hyphodiscus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 401469 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Undibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 651660 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Paenisporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 690884 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiotremataceae;Lophiotrema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 703505 Eukaryota;Ascomycota;Dothideomycetes;Patellariales;Patellariaceae;Patellaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 714959 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Tetraplosphaeriaceae;Polyplosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 768669 Bacteria;Chloroflexota;Ktedonobacteria;Thermogemmatisporales;Thermogemmatisporaceae;Thermogemmatispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 979650 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Haplosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 1100891 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paenalcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 1231656 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lindgomycetaceae;Clohesyomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 1300028 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Gyalolechia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 1434009 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 1779136 Bacteria;NA;Deltaproteobacteria;Bradymonadales;Bradymonadaceae;Bradymonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 1939651 Eukaryota;Microsporidia;NA;NA;NA;Pancytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 2033036 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Jackrogersella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 2303321 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Superficieibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 2761542 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Fundicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 2815774 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Hornefia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000047 6 2903105 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Alteracholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 81 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Hyphomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 146 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Spirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1033 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Afipia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1218 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Prochlorococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1647 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Erysipelothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 2330 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 2768 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Chondrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 2784 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Porphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 3110 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Prototheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 5027 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Pyrenophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 5144 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Podosporaceae;Podospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 5179 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Sclerotinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 13641 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Polysphondylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 33024 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Phascolarctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 35235 Eukaryota;Microsporidia;NA;NA;Pleistophoridae;Vavraia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 37840 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Pestalotiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 40354 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Fonsecaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 40466 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Sparassidaceae;Sparassis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 42255 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Rubrobacteraceae;Rubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 44013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Polynucleobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 47772 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Astrephomenaceae;Astrephomene;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 55170 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Didymella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 60919 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Sanguibacteraceae;Sanguibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 62701 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Podosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 64651 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Zychaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 64652 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Clitocybaceae;Lepista;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 78922 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 80643 Eukaryota;Basidiomycota;Agaricomycetes;Gomphales;Gautieriaceae;Gautieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 93111 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Ramalinaceae;Bacidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 100051 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Delitschiaceae;Delitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 101141 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Thamnidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 101851 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Glarea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 110546 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Whalleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 112497 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Ramularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 114627 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Alkaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 133407 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Acytostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 141715 Eukaryota;Chlorophyta;Mamiellophyceae;Monomastigales;Monomastigaceae;Monomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 150372 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Escovopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 158045 Eukaryota;Ascomycota;Eurotiomycetes;Phaeomoniellales;Phaeomoniellaceae;Phaeomoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 165697 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 166953 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Kaistia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 168131 Eukaryota;Evosea;NA;Pelobiontida;Pelomyxidae;Pelomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 171412 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Eremococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 182061 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Tetrapyrgos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 184431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 184462 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Hyaloperonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 190942 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Astrocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 204037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Dickeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 231006 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Trichothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 237179 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Sphaerulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 252356 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Maribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 265975 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 289201 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 305899 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Endozoicomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 323449 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Pontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 332102 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Fluviicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 379065 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 416949 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Parapedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 596767 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Hydrogenoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 690565 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Serinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 742313 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Rostrohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 990721 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Christensenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1074468 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Candidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1184396 Bacteria;Thermotogota;Thermotogae;Kosmotogales;Kosmotogaceae;Mesotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1283313 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Alloprevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1329200 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fictibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1335631 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Frischella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1384499 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Pisciglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1390972 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Glutinoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1555240 Eukaryota;Chytridiomycota;Chytridiomycetes;Caulochytriales;Caulochytriaceae;Caulochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1562158 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Neopestalotiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1647190 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aquibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1654787 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Thiopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1663717 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Herbinix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1843210 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerocolumna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 1859940 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Paramyrothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 2594176 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Edaphochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 2709238 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Zopfochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 2779937 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Podila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 2813348 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Luxibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 2839095 Bacteria;Verrucomicrobiota;Methylacidiphilae;Methylacidiphilales;Methylacidiphilaceae;Candidatus Methylacidithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 2907187 Bacteria;Kiritimatiellota;Tichowtungiia;Tichowtungiales;Tichowtungiaceae;Tichowtungia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000039 5 2939270 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Cubamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 16 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Plesiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 768 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Anaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 911 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Nitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1041 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Erythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1370 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Marinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1378 Bacteria;Bacillota;Bacilli;Bacillales;NA;Gemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1380 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Atopobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1649 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Kurthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1654 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2132 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Spiroplasmataceae;Spiroplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2207 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2857 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 3030 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Cryptomonadaceae;Cryptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 5598 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Alternaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 5721 Eukaryota;Parabasalia;NA;Trichomonadida;Trichomonadidae;Trichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 5884 Eukaryota;Ciliophora;Oligohymenophorea;Peniculida;Parameciidae;Paramecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 29407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 29521 Bacteria;Spirochaetota;Spirochaetia;Brachyspirales;Brachyspiraceae;Brachyspira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 32067 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Leptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 38037 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Ploettnerulaceae;Rhynchosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 38946 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Paracoccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 40415 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Antrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 41299 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Choricystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 43429 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Wilcoxina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 44055 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Aureococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 49894 Bacteria;Synergistota;Synergistia;Synergistales;Acetomicrobiaceae;Acetomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 56999 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amaricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 64515 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Rhizophlyctidaceae;Rhizophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 64629 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mycotyphaceae;Mycotypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 69578 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Cryobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 71602 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Diploschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 71927 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Termitomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 71950 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Psilocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 72763 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Tessaracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 75309 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rhodanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 79206 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfosporosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 81055 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phaeolaceae;Wolfiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 82986 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Tatumella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 84616 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Torulaceae;Dendryphion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 85413 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Boseaceae;Bosea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 85978 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;NA;Leucogyrophana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 90266 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Chlamydoabsidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 96503 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Trachelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 109632 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Galerina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 109896 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Gaertneriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 111586 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Caloplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 118004 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Chrysiogenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 135858 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Catenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 137742 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Podoscyphaceae;Abortiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 147557 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Byssothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 155415 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;NA;Monosporascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 158876 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Yokenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 184430 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 186650 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Microvirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 207244 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 214906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Histophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 261827 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Algibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 267408 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Arsenicicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 269773 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 281119 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Amoebophilaceae;Candidatus Amoebophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 286130 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfuricurvum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 291183 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lacinutrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 292480 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 327159 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Accumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 337670 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Pilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 370954 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Staphylotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 379899 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niabella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 388809 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;NA;Blyttiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 414051 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Caenispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 447792 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Phytobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 484508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ornithinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 505692 Eukaryota;NA;NA;NA;Chromeraceae;Chromera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 574786 Eukaryota;Ascomycota;Dothideomycetes;Mytilinidiales;Mytilinidiaceae;Mytilinidion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 577469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Demequinaceae;Demequina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 633405 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Lacticigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 669368 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Coleofasciculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 747294 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudorhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 749880 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Stagonosporopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 754249 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;NA;Luteimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 985001 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Piscicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1170227 Bacteria;candidate division NC10;NA;NA;NA;Candidatus Methylomirabilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1213188 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Zancudomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1351751 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Parastagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1395674 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Globomycetaceae;Globomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1500560 Eukaryota;Basidiomycota;Exobasidiomycetes;Entylomatales;NA;Tilletiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1543705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Nitrospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1792291 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Marinagarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 1827195 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Caballeronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2304691 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Thermoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2321115 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Halarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2529408 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Schaalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2728523 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;Quaeritorhizaceae;Quaeritorhiza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2815785 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Scrofimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2837511 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sutcliffiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2854182 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Falsihalocynthiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2901164 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Stutzerimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2932330 Eukaryota;Microsporidia;NA;NA;Astathelohaniidae;Astathelohania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000031 4 2941493 Bacteria;Bacillota;Clostridia;Eubacteriales;Pumilibacteraceae;Pumilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 191 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Azospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 517 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Bordetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 538 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Eikenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 872 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1177 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Nostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1186 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Calotrichaceae;Calothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1198 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Phormidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1257 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptostreptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1269 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Micrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2013 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Nocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2761 Eukaryota;NA;Glaucocystophyceae;NA;Cyanophoraceae;Cyanophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2980 Eukaryota;NA;Xanthophyceae;Tribonematales;Tribonemataceae;Tribonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 4769 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Saprolegnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 4867 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Linderina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 5115 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Cryphonectriaceae;Cryphonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 5318 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Irpicaceae;Irpex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 5369 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Boletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 5395 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Paxillaceae;Paxillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 5552 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Trichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 5581 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Beauveria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 5626 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Grifolaceae;Grifola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 5959 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Blepharismidae;Blepharisma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 6033 Eukaryota;Microsporidia;NA;NA;Unikaryonidae;Encephalitozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 12941 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Aphanocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 13134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Magnetospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 27353 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Coleosporiaceae;Cronartium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 27375 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Entrophosporaceae;Entrophospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 27977 Eukaryota;Microsporidia;NA;NA;Nosematidae;Nosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 29331 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Amphibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 29487 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Photorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 32257 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Kingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 33057 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Thauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 33194 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Bipolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 33652 Eukaryota;NA;Bigyra;Bicosoecida;Cafeteriaceae;Cafeteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 33886 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rathayibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 33951 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Acetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 34484 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Entomophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 35676 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Pelagomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 35829 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acetivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 38797 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Neolentinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 45299 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Diademaceae;Clathrospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 48073 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Microbulbiferaceae;Microbulbifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 48971 Eukaryota;Rhodophyta;Florideophyceae;Hapalidiales;Hapalidiaceae;Synarthrophyton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 50729 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Ampelomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 68787 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Sclerodermataceae;Scleroderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 71655 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Brenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 77921 Eukaryota;NA;Glaucocystophyceae;NA;NA;Cyanoptyche;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 78141 Eukaryota;Ascomycota;Leotiomycetes;NA;Myxotrichaceae;Oidiodendron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 82984 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Pragia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 83618 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudoxanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 83681 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Nonomuraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 83766 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Propionivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 92793 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 97095 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Diatrypaceae;Eutypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 97376 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Biscogniauxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 100034 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;NA;Massariosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 104242 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Clavariaceae;Clavaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 104264 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Cellulophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 106591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ensifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 110932 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leifsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 114962 Eukaryota;Ascomycota;Lecanoromycetes;Caliciales;Physciaceae;Heterodermia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 117563 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Granulicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 118259 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Plenodomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 118262 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Dichotomosiphonaceae;Dichotomosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 139133 Eukaryota;Basidiomycota;Agaricomycetes;Trechisporales;NA;Sistotremastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 144548 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Heliocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 146918 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Salinibacteraceae;Salinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 155977 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Acaryochloridaceae;Acaryochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 160795 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Ureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 161492 Bacteria;Myxococcota;Myxococcia;Myxococcales;Anaeromyxobacteraceae;Anaeromyxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 162491 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Oerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 165695 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 173479 Bacteria;Gemmatimonadota;Gemmatimonadetes;Gemmatimonadales;Gemmatimonadaceae;Gemmatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 180962 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Flammula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 186310 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Pezizellaceae;Calycina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 189429 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Chlorodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 191373 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Pelotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 212743 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rhizobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 215249 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Cryptobasidiaceae;Acaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 218112 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellinidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 244127 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaerotruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 248111 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Gomphillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 261096 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Kappamycetaceae;Kappamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 281915 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Curvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 285810 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Pyrenochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 286098 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Seminavis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 291178 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Subsaximicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 292632 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Subdoligranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 299330 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lobosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 312278 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Emticicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 340096 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Tuberibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 402649 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinomycetospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 412033 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Celerinatantimonadaceae;Celerinatantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 457933 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Elioraeaceae;Elioraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 483422 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Criblamydiaceae;Estrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 504481 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Sediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 510690 Bacteria;Pseudomonadota;Alphaproteobacteria;Sneathiellales;Sneathiellaceae;Sneathiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 518753 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Luteolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 519427 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Sharpea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 630723 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halarsenatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 671928 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Seirophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 697279 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Bavariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 704093 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anaerobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 766758 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Schwanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 767528 Bacteria;Bacillota;Bacilli;Bacillales;NA;Geomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 937605 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Hymenopellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1032526 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobia subdivision 3;Pedosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1034479 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Chloroidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1052105 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Purpureocillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1079112 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Ilyonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1196393 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Peterozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1217823 Eukaryota;Ascomycota;Xylonomycetes;Xylonales;Xylonaceae;Xylona;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1236218 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Melghirimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1241326 Bacteria;Pseudomonadota;Alphaproteobacteria;Micropepsales;Micropepsaceae;Rhizomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1246884 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Algimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1330547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1396492 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Fimicolochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1427149 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halomicroarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1434014 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Lentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1458928 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Okeania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1518147 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Wenyingzhuangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1612198 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Asinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1620700 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Alkalinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1649495 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Seonamhaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1689811 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Martiniozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1697027 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Convivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1769729 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hathewaya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1866885 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1883071 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Irpicaceae;Cytidiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1924105 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Neglectibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 1981033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Mordavella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2023233 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Ancylothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2315209 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Hondaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2683203 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Vaginisenegalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2813788 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Litchfieldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2823237 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alteribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2837503 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gottfriedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2837506 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Niallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2843200 Bacteria;Actinomycetota;Thermoleophilia;Miltoncostaeales;Miltoncostaeaceae;Miltoncostaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2897311 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Fulvia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2900570 Bacteria;Candidatus Absconditabacteria;NA;Candidatus Absconditabacterales;Candidatus Absconditicoccaceae;Candidatus Absconditicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2912950 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Konateibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 2944145 Bacteria;Bacillota;Clostridia;Eubacteriales;Feifaniaceae;Feifania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 3016631 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Silvania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 3024823 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaeromicropila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 3026546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Duffyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000023 3 3041336 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hamatocanthoscyphaceae;Stipitochalara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 13 Bacteria;Dictyoglomota;Dictyoglomia;Dictyoglomales;Dictyoglomaceae;Dictyoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 133 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 138 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Borreliaceae;Borrelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 413 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 429 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 528 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Ochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 620 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shigella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 637 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Arsenophonus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 862 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 864 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Pectinatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 933 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Thiomicrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 970 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Selenomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1021 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Beggiatoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1091 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Chlorobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1152 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Pseudanabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1651 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alloiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2023 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Thermoactinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2093 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2172 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobrevibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2175 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanohalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2375 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Sporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2433 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2733 Bacteria;Bacillota;Clostridia;Eubacteriales;Symbiobacteriaceae;Symbiobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2774 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2849 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Phaeodactylaceae;Phaeodactylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2976 Eukaryota;NA;Xanthophyceae;Vaucheriales;Vaucheriaceae;Vaucheria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 3038 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 4802 Eukaryota;Oomycota;NA;Lagenidiales;Lagenidiaceae;Lagenidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 4998 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cuniculitremaceae;Kockovaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 5036 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Histoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 5269 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Ustilago;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 5352 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Lentinula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 5629 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Laetiporaceae;Laetiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 5690 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Trypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 5800 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Eimeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 13075 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Globicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 13205 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Pholiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 13562 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Heterobasidion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 28067 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Rubrivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 28231 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 28261 Bacteria;Nitrospirota;Thermodesulfovibrionia;Thermodesulfovibrionales;Thermodesulfovibrionaceae;Thermodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 28884 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Hydrogenovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 29404 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Microlunatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 31988 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 32636 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halothermothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 33001 Bacteria;Campylobacterota;Desulfurellia;Desulfurellales;Desulfurellaceae;Desulfurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 33071 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeobacterales;Gloeobacteraceae;Gloeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 33096 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Gonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 33196 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botrytis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 34104 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Streptobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 34474 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Fomitopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 35103 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Pseudocohnilembidae;Pseudocohnilembus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 35127 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Thalassiosirales;Thalassiosiraceae;Thalassiosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 35150 Eukaryota;Rhodophyta;Compsopogonophyceae;Erythropeltidales;Erythrotrichiaceae;Erythrotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 40418 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Auriscalpium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 40421 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Bondarzewia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 43947 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Tolumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 44474 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Pleurocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 45148 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiostomataceae;Lophiostoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 45156 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidioschyzon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 46352 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 47424 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Armillaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 48482 Eukaryota;NA;NA;Jakobida;Histionidae;Reclinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 49222 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Elsinoaceae;Sphaceloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 49237 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Chaetocerotaceae;Chaetoceros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 50709 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 55079 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Aneurinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 56489 Eukaryota;Basidiomycota;Agaricomycetes;Thelephorales;Thelephoraceae;Thelephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 56747 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Fibularhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 57495 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Dermacoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 58113 Bacteria;Actinomycetota;Actinomycetes;Glycomycetales;Glycomycetaceae;Glycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 59739 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Flammeovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 59753 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 60136 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 63399 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Arthroderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 64895 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Borreliaceae;Borreliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 65402 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Acidaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 67575 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 73229 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 74556 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Thraustotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 86004 Bacteria;Bacillota;Bacilli;Bacillales;Pasteuriaceae;Pasteuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 93171 Bacteria;Candidatus Tectomicrobia;NA;NA;NA;Candidatus Entotheonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 100048 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Trematosphaeriaceae;Trematosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 101100 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Dissophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 106633 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thioalkalivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 109956 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Physocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 112993 Eukaryota;Basidiomycota;Agaricomycetes;Hysterangiales;Hysterangiaceae;Hysterangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 114248 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Tepidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 120652 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methylocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 133925 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Olsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 135261 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Prasiola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 136099 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Knoellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 139276 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Dacryopinax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 143016 Eukaryota;NA;NA;Jakobida;Jakobidae;Jakoba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 146784 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Bacteriovoracaceae;Bacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 146937 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Azospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 147572 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Piedraiaceae;Piedraia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 150022 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Finegoldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 157226 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Jeotgalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 158483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cedecea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 158851 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Trabulsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 170610 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Halomicronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 189384 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Tremblaya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 190972 Bacteria;Bacillota;Tissierellia;NA;NA;Sedimentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 191291 Bacteria;Campylobacterota;Epsilonproteobacteria;Nautiliales;Nautiliaceae;Nautilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 192987 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Allofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 200903 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paraliobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 202907 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Collimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 210567 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Cadophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 213485 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Micavibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 219181 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ottowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 221102 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Moniliophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 222439 Eukaryota;Preaxostyla;NA;Oxymonadida;Streblomastigidae;Streblomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 227085 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Bigelowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 227864 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cerasibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 231683 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Saccharospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 235888 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Salinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 236786 Eukaryota;NA;Dictyochophyceae;Florenciellales;NA;Florenciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 241189 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Hespellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 246263 Bacteria;Aquificota;Aquificae;Aquificales;Aquificaceae;Hydrogenivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 257820 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Kerstersia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 263377 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Salipiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 269154 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Flagelloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 281472 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Jiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 283810 Bacteria;Actinomycetota;Actinomycetes;Glycomycetales;Glycomycetaceae;Stackebrandtia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 284134 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Sarocladiaceae;Sarocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 286729 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Alkaliflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 303226 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 311453 Eukaryota;Microsporidia;NA;NA;Tubulinosematidae;Anncaliia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 331971 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Thalassobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 332100 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Planifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 335405 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sphingosinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 346096 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Paludibacteraceae;Paludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 351195 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 355929 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Yonghaparkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 365348 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 371108 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Saccharataceae;Saccharata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 373053 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Calditerricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 378210 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Methyloversatilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 383614 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Brasilonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 389486 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sediminicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 393005 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tamlana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 398041 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 399320 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Sphaerochaetaceae;Sphaerochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 417127 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Zunongwangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 419014 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Alloscardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 428711 Bacteria;Synergistota;Synergistia;Synergistales;Dethiosulfovibrionaceae;Jonquetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 451450 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Terramyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 456492 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Saccharibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 471798 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Shimazuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 471824 Bacteria;Mycoplasmatota;Mollicutes;Haloplasmatales;Haloplasmataceae;Haloplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 515417 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Amphritea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 527198 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mariniflexile;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 551759 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Aromatoleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 573657 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Hodgkinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 574697 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Odoribacteraceae;Butyricimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 644652 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Gordonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 648802 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Rummeliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 649461 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Lacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 650341 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Leeia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 661182 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Perlucidibacaceae;Perlucidibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 670315 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Multifurca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 673534 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Plantactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 683756 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Kinneretia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 696745 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 715222 Bacteria;Bacillota;Clostridia;Eubacteriales;Caldicoprobacteraceae;Caldicoprobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 759360 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oleibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 762296 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 929812 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Gibbsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 946234 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Flavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 947096 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Porosporidae;Porospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 996924 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Mastigocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1006481 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Microaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1029631 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Amnibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1047167 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zymoseptoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1053258 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Thelonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1055688 Bacteria;Myxococcota;NA;Polyangiales;Sandaracinaceae;Sandaracinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1074866 Eukaryota;Basidiomycota;Microbotryomycetes;Kriegeriales;Camptobasidiaceae;Glaciozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1095182 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Magnusiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1157960 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;NA;Poropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1193503 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Gilliamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1221880 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Psychrobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1233426 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Roseofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1236988 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Geofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1249554 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Aliidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1343556 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Hazenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1348611 Bacteria;Bacillota;Clostridia;Eubacteriales;Vallitaleaceae;Vallitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1356488 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Rosenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1432242 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Tricladiaceae;Halenospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1433987 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Amantichitinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1433999 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Domibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1434011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Komagataeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1434045 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sinomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1486726 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1494958 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudogracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1495041 Bacteria;Pseudomonadota;Alphaproteobacteria;NA;NA;Thermopetrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1508537 Bacteria;Chloroflexota;Chloroflexia;Kallotenuales;Kallotenuaceae;Kallotenue;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1543703 Bacteria;Bacillota;Desulfuribacillia;Desulfuribacillales;Desulfuribacillaceae;Desulfuribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1587496 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Irineochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1602345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Parasaccharibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1649454 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Glaciihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1658452 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Cephalotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1689250 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Gorillibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1734920 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Pseudorhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1738642 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pelagirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1742990 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paeniglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1749039 Eukaryota;Basidiomycota;Ustilaginomycetes;Violaceomycetales;Violaceomycetaceae;Violaceomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1780122 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mobilisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1855714 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1866960 Eukaryota;Microsporidia;NA;NA;Amphiacanthidae;Amphiamblys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1884449 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salipaludibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1884930 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Maledivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1903173 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pelobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1903434 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Atlantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1912359 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Durotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1914229 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Aliidongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1924093 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaeromassilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1933048 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Neofamilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1940255 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Fournierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 1973274 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Niameybacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2005359 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalicatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2038740 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Coniferiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2044848 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Siccirubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2058189 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Heterostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2058951 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Raperosteliaceae;Tieghemostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2060722 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Labilibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2094023 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Glaesserella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2282523 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2302916 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloroparvula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2307285 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavipsychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2338561 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pelagivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2597258 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Candidatus Macondimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2604949 Eukaryota;Chlorophyta;Mamiellophyceae;Dolichomastigales;NA;Microrhizoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2670333 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lottiidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2675230 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cytobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2675233 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Metabacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2678352 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Maribellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2682228 Bacteria;Chloroflexota;Tepidiformia;Tepidiformales;Tepidiformaceae;Tepidiforma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2682476 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2685905 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salicibibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2706948 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2719313 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Enterocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2766734 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Faecalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2791032 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Candolleomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2795973 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Stieleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2798470 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Algibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2800082 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Alkalicaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2800384 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Pseudidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2810619 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Coniosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2812839 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavihalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2815784 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Inconstantimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2878381 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Capillidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2886866 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Sinanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2893055 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halalkalibacterium (ex Joshi et al. 2022);NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2913367 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Spiractinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2918791 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Phaeovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2918882 Eukaryota;Fornicata;NA;NA;NA;Aduncisulcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2930254 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hanamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 2939409 Eukaryota;Ascomycota;Lecanoromycetes;Acarosporales;Acarosporaceae;Caeruleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 3029205 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Abyssibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000016 2 3033930 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fervidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 20 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Phenylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 50 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Chondromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 96 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Gallionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 105 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Runella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 179 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Leptospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 270 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Thermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 279 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Xanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 416 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 532 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Beijerinckia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 773 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Bartonellaceae;Bartonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 801 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Symbiopectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 846 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 893 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfobulbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1016 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Capnocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1051 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Ectothiorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1068 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1119 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Aphanocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1121 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Aphanothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1154 Bacteria;Cyanobacteriota;Cyanophyceae;Spirulinales;Spirulinaceae;Spirulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1158 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Oscillatoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1372 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1562 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Desulfotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1835 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1860 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Geodermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2000 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Streptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2063 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Kitasatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2129 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Ureaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2220 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanolobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2222 Archaea;Euryarchaeota;Methanomicrobia;Methanotrichales;Methanotrichaceae;Methanothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2263 Archaea;Euryarchaeota;Thermococci;Thermococcales;Thermococcaceae;Thermococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2295 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteriaceae;Desulfobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2349 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Haliscomenobacteraceae;Haliscomenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2422 Bacteria;Thermotogota;Thermotogae;Thermotogales;Fervidobacteriaceae;Fervidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2723 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hirschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2764 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Callithamniaceae;Aglaothamnion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2809 Eukaryota;Rhodophyta;Florideophyceae;Batrachospermales;Batrachospermaceae;Batrachospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 3139 Eukaryota;Chlorophyta;Ulvophyceae;Dasycladales;Dasycladaceae;Batophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 3191 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Spermatozopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 4778 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Bremia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 4871 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Endogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 5112 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Epichloe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 5263 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Uromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 5399 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Agrocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 5683 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 5740 Eukaryota;Fornicata;NA;Diplomonadida;Hexamitidae;Giardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 5890 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;Tetrahymenidae;Tetrahymena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 6038 Eukaryota;Microsporidia;NA;NA;Nosematidae;Vairimorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 13159 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Mycoplana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 28022 Eukaryota;Rhodophyta;Florideophyceae;Ahnfeltiales;Ahnfeltiaceae;Ahnfeltia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 28100 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Phyllobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 28866 Eukaryota;Rhodophyta;Florideophyceae;Gelidiales;Gelidiellaceae;Gelidiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 29287 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natronococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 29574 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Taylorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 29646 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Stichococcaceae;Stichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 31479 Eukaryota;Rhodophyta;Florideophyceae;Hildenbrandiales;Hildenbrandiaceae;Hildenbrandia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 33106 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Derbesiaceae;Derbesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 33973 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 34084 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Riemerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 34098 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Blattabacteriaceae;Blattabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 34453 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Hebeloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 35116 Eukaryota;Ciliophora;Plagiopylea;Plagiopylida;Plagiopylidae;Plagiopyla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 35124 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Melosirales;Melosiraceae;Melosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 36853 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfitobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 36922 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Diaporthaceae;Diaporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 38880 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Botryococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 40144 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Tricholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 40436 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Daedalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 40544 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Sutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 42054 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Chromohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 42418 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Halanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 43673 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Jonesiaceae;Jonesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 43773 Bacteria;Thermodesulfobacteriota;Syntrophia;Syntrophales;Syntrophaceae;Syntrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 43940 Eukaryota;Chlorophyta;Ulvophyceae;Ulotrichales;Ulotrichaceae;Ulothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 43971 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Blastobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 44258 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Caloramator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 45109 Eukaryota;Cercozoa;NA;Cercomonadida;Cercomonadidae;Cercomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 45141 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Cucurbitaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 45292 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Massarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 46123 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Abiotrophia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 46205 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Pseudobutyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 46238 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Entomoplasmataceae;Entomoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 47720 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Lyophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 47780 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Carteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 47933 Eukaryota;NA;Dinophyceae;Dinophysiales;Dinophysiaceae;Dinophysis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 48075 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 48728 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rhabdochromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 48969 Eukaryota;Rhodophyta;Florideophyceae;Sporolithales;Sporolithaceae;Sporolithon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 49184 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineosporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 49230 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Coscinodiscales;Hemidiscaceae;Actinocyclus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 49277 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Psychroserpens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 50935 Eukaryota;Ascomycota;Lecanoromycetes;Caliciales;Physciaceae;Physcia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 51366 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Salinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 52684 Eukaryota;Chlorophyta;Chlorophyceae;NA;Treubariaceae;Treubaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 52972 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Polaromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 53355 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Terrabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 55993 Eukaryota;Chlorophyta;Chlorophyceae;Oedogoniales;Oedogoniaceae;Oedogonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 57479 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Microvirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 59734 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Empedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 60184 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Phascolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 61170 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 61396 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Kickxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 64628 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Benjaminiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 64910 Eukaryota;NA;Phaeophyceae;Ectocarpales;Chordariaceae;Laminariocolax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 65047 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Mitsuaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 65551 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Meiothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 66470 Eukaryota;NA;Dinophyceae;Gymnodiniales;Gymnodiniaceae;Lepidodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 66735 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Diplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 66862 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Ammoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 67475 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Haslea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 68743 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Pluteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 70535 Eukaryota;Microsporidia;NA;NA;Culicosporidae;Edhazardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 71666 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Waddliaceae;Waddlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 71684 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Galeropsidaceae;Panaeolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 73029 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Dechloromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 75905 Bacteria;Aquificota;Aquificae;Aquificales;Aquificaceae;Thermocrinis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 76008 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Fusibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 76632 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Thermobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 76634 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Mycetocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 76833 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 76890 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Asticcacaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 77043 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Rosellinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 80618 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Asterophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 82309 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phlebiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 82373 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Anaerovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 83235 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Postia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 83461 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Corallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 83612 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Psychroflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 83614 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Luteimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 84565 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Sodalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 85043 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Williamsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 86331 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Mogibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 87110 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Aplanochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 87266 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Lasallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 87270 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Umbilicaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 89583 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 90243 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Oligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 91056 Eukaryota;NA;Phaeophyceae;Fucales;Seirococcaceae;Seirococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 93368 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Pseudaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 93681 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Roseateles;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 94008 Bacteria;Bacillota;Bacilli;Bacillales;Bacillales Family X. Incertae Sedis;Thermicanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 96312 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Leptographium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 96335 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Proteomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 96492 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frigoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 99479 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Tetrasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 101137 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Helicostylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 101474 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Poronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 102231 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Gloeocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 102909 Eukaryota;Euglenozoa;Euglenida;Euglenales;NA;Colacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 104175 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Oscillochloridaceae;Oscillochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 104239 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pterulaceae;Pterula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 104267 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tenacibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 109262 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Halothiobacillaceae;Halothiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 109326 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Anaerovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 109369 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Camillea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 109377 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Ustulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 109893 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Powellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 110669 Eukaryota;Chlorophyta;Palmophyllophyceae;Prasinococcales;Prasinococcaceae;Prasinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 111830 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Defluviicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 112008 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Ignatzschineria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 112040 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Zobellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 112902 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Propionispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 112985 Eukaryota;Basidiomycota;Agaricomycetes;Phallales;Clathraceae;Clathrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 113286 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Pseudoramibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 115543 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Parasporobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 118221 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Halimeda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 118241 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Derbesiaceae;Pedobesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 120212 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Subtercola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 127226 Eukaryota;Cercozoa;NA;NA;Massisteriidae;Massisteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 130795 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Crossiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 132607 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothricoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 134550 Bacteria;Verrucomicrobiota;Spartobacteria;NA;NA;Candidatus Xiphinematobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 135587 Eukaryota;Parabasalia;NA;Tritrichomonadida;Dientamoebidae;Histomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 142587 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Isobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 146308 Eukaryota;Ascomycota;Eurotiomycetes;Pyrenulales;Pyrenulaceae;Pyrenula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 146813 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Dendrosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 150173 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Phialocephala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 150830 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Roseibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 152053 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Starkeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 152161 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Stappia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 152180 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ahrensiaceae;Ahrensia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 152267 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pigmentiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 156454 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Anaeroglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 157004 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Padina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 158848 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Moellerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 159191 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Nodularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 160620 Eukaryota;NA;Dinophyceae;Gonyaulacales;Lingulodiniaceae;Lingulodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 160798 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Marinitoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 162057 Eukaryota;Chlorophyta;Ulvophyceae;Cladophorales;Pithophoraceae;Pithophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 166484 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Caminicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 168915 Eukaryota;Ascomycota;Lecanoromycetes;Peltigerales;Collemataceae;Leptogium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 168934 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Thalassospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 174951 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ramlibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 178898 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVI. Incertae Sedis;Carboxydocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 182276 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Artomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 183669 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Macromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 187144 Bacteria;Calditrichota;Calditrichia;Calditrichales;Calditrichaceae;Caldithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 187492 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Thalassolituus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 188195 Eukaryota;Ascomycota;Coniocybomycetes;Coniocybales;Coniocybaceae;Sclerophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 189330 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Dorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 189651 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Dasyaceae;Halydictyon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 191045 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Hydropuntia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 191303 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Turicibacteraceae;Turicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 195968 Eukaryota;Chlorophyta;Mamiellophyceae;Dolichomastigales;Dolichomastigaceae;Dolichomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 196013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Caldimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 196079 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 198251 Bacteria;Pseudomonadota;Alphaproteobacteria;Pelagibacterales;Pelagibacteraceae;Candidatus Pelagibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 202699 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Amylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 203470 Bacteria;Pseudomonadota;Hydrogenophilia;Hydrogenophilales;Hydrogenophilaceae;Tepidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 204447 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Skermanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 204476 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Labrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 208447 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Oceanithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 212791 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Enhydrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 217140 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Arcicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 217161 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Chamaesiphonaceae;Chamaesiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 218204 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Garciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 224455 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Hyalangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 227873 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pannonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 231077 Eukaryota;Chlorophyta;Ulvophyceae;Ignatiales;Ignatiaceae;Ignatius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 232115 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mesonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 233770 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ishigeaceae;Ishige;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 236756 Bacteria;Planctomycetota;Candidatus Brocadiia;Candidatus Brocadiales;Candidatus Scalinduaceae;Candidatus Scalindua;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 242060 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Cystoisospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 244825 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Anaerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 245186 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Loktanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 246876 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Cryomorphaceae;Cryomorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 248038 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Mucispirillaceae;Mucispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 252301 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Oceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 254250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Isoptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 256846 Bacteria;Lentisphaerota;Lentisphaeria;Lentisphaerales;Lentisphaeraceae;Lentisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 257570 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Cystocloniaceae;Cystoclonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 263066 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Malikia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 263510 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Crocosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 264147 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Millisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 265103 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Trichoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 265570 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Sulfurovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 267849 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Nitrincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 269260 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Nitratifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 280472 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Aquiflexum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 286800 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tenuibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 290425 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Advenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 292691 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Christiangramia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 293088 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Martelella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 293136 Bacteria;Bacillota;Clostridia;Moorellales;Desulfitibacteraceae;Desulfitibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 295418 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Rubellimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 295577 Bacteria;Verrucomicrobiota;Spartobacteria;Chthoniobacterales;Chthoniobacteraceae;Chthoniobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 311181 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Denitratisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 312063 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Azohydromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 315078 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Tricladiaceae;Cudoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 327281 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Acephala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 331654 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 335927 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Thalassobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 337004 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microcella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 338191 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrosopumilales;Nitrosopumilaceae;Nitrosopumilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 342943 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sinobaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 343334 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Costertonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 348581 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 359337 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Marinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 359407 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylotenera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 363276 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Ktedonobacteraceae;Ktedonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 373141 Eukaryota;Discosea;NA;Stygamoebida;NA;Stygamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 379070 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gilvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 380738 Bacteria;Planctomycetota;Candidatus Brocadiia;Candidatus Brocadiales;Candidatus Brocadiaceae;Candidatus Kuenenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 387342 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Halopiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 387658 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Marixanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 390846 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Echinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 392332 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Geoalkalibacteraceae;Geoalkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 394505 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 395590 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zasmidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 396811 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Fulvivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 397864 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Barnesiellaceae;Barnesiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 412006 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlainomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 412592 Bacteria;Aquificota;Aquificae;Aquificales;NA;Thermosulfidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 415014 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Proteiniborus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 416916 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Aggregatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 420276 Eukaryota;Bacillariophyta;Mediophyceae;Biddulphiales;Biddulphiaceae;Biddulphia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 423604 Bacteria;Elusimicrobiota;Elusimicrobia;Elusimicrobiales;Elusimicrobiaceae;Elusimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 427077 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salsuginibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 431390 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Mayamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 432330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Tumebacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 433923 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudacidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 435913 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;NA;Fodinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 437506 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Robiginitomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 444704 Eukaryota;NA;NA;Jakobida;Andaluciidae;Andalucia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 445219 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Reyranellaceae;Reyranella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 447678 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Reichenbachiellaceae;Ekhidna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 448125 Bacteria;Bacillota;Tissierellia;NA;NA;Dethiosulfatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 453209 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Dermateaceae;Coleophoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 459520 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Neptuniibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 460852 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 466108 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Biostraticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 472058 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Schumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 475230 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Pullulanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 475794 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Haliea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 482144 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Mechercharimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 511678 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Aliivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 513557 Bacteria;Thermodesulfobacteriota;Syntrophorhabdia;Syntrophorhabdales;Syntrophorhabdaceae;Syntrophorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 518733 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microterricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 526215 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Thalassobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 531859 Eukaryota;Ascomycota;Dothideomycetes;NA;Gloniaceae;Glonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 539820 Eukaryota;Chlorophyta;Palmophyllophyceae;Palmophyllales;Palmophyllaceae;Palmophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 556257 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Pseudolabrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 561967 Eukaryota;Ascomycota;Dothideomycetes;Mytilinidiales;Argynnaceae;Lepidopterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 576341 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 578092 Eukaryota;Ascomycota;Dothideomycetes;Lineolatales;Lineolataceae;Lineolata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 580374 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Klugiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 580596 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Butyricicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 582472 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Wohlfahrtiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 596707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Sinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 596919 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactifluus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 630701 Eukaryota;Euglenozoa;Kinetoplastea;NA;Ichthyobodonidae;Perkinsela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 638847 Bacteria;Synergistota;Synergistia;Synergistales;Dethiosulfovibrionaceae;Pyramidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 642604 Eukaryota;Chytridiomycota;Chytridiomycetes;Lobulomycetales;Lobulomycetaceae;Lobulomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 643701 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Reichenbachiellaceae;Marinoscillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 648800 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Solibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 656899 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Schlesneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 658623 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Chelonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 667112 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Lutispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 669357 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Geminocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 682522 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Ilumatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 693074 Bacteria;Caldisericota;Caldisericia;Caldisericales;Caldisericaceae;Caldisericum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 697331 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Basfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 698776 Bacteria;Bacillota;Clostridia;Eubacteriales;Cellulosilyticaceae;Cellulosilyticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 762641 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muriicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 766759 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Priceomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 877559 Eukaryota;NA;NA;Apusomonadida;Apusomonadidae;Thecamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 880756 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Fistulifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 881616 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Herbiconiux;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 882045 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Cuspidothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 907202 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Rubricoccaceae;Rubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 937601 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Mucidula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 940550 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Gilvimarinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 940557 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Granulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 940663 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Racocetra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 941338 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Bhargavaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 947567 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Litoreibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1004301 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavihumibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1004303 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ferruginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1017183 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Chelatococcaceae;Camelimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1042315 Bacteria;Armatimonadota;Armatimonadia;Armatimonadales;Armatimonadaceae;Armatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1053253 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Stylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1070314 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halorussus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1082702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Lonsdalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1082930 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Pelagibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1126249 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Geranomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1145345 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Bauldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1146845 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Dongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1155385 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Proteiniclasticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1156392 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Pseudokineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1176327 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1176354 Eukaryota;Microsporidia;NA;NA;Dubosqiidae;Hamiltosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1206353 Eukaryota;Ascomycota;Dothideomycetes;NA;Pseudoperisporiaceae;Lizonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1215913 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Litorilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1217112 Eukaryota;Discosea;Flabellinia;NA;Vannellidae;Ripella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1217416 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Halioglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1233054 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1234545 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Parasphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1234605 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Gayadomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1235438 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Snuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1270155 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Falsibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1273095 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1274351 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Kroppenstedtia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1288026 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Arcticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1301328 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Flavoplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1301588 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Variospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1302778 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Pseudoscardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1303912 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosarcinaceae;Desulfatitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1330546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pluralibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1331730 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Chryseoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1335483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shimwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1344552 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Noviherbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1346288 Eukaryota;Evosea;Variosea;NA;Flamellidae;Telaepolella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1386924 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aestuariibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1400386 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Bythopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1400859 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Candidatus Competibacteraceae;Candidatus Contendobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1410680 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methyloglobulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1427378 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Acetatifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1433300 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alteribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1433997 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Diaminobutyricimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1434000 Bacteria;Pseudomonadota;Alphaproteobacteria;Kordiimonadales;Kordiimonadaceae;Eilatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1434002 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Falsirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1434004 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Fonticella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1434005 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Fontimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1434010 Bacteria;Actinomycetota;Actinomycetes;Jatrophihabitantales;Jatrophihabitantaceae;Jatrophihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1434028 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Ornatilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1434038 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Rudaeicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1445008 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Niorma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1453544 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Tahibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1472763 Bacteria;Bacillota;Tissierellia;NA;NA;Kallipyga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1476424 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Arenitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1481960 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1491576 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Magnaporthaceae;Magnaporthiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1501226 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Romboutsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1502180 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Alsobacteraceae;Alsobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1504576 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudocitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1505652 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Terrisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1505664 Bacteria;Bacillota;Tissierellia;Tissierellales;Gottschalkiaceae;Gottschalkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1510015 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Microglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1522432 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Pseudoduganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1525371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Neorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1541822 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudophaeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1546255 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Mumia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1550243 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Aetokthonos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1565532 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rouxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1572663 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chishuiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1573808 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Mangrovibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1579505 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rubripirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1609627 Bacteria;Bacillota;Bacilli;Bacillales;Bacillales Family X. Incertae Sedis;Hydrogenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1621534 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Paraglaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1632780 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phreatobacteraceae;Phreatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1647175 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Aestuariispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1648508 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ciceribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1649295 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Franconibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1649298 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Siccibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1649462 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Lacihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1649470 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Minicystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1649475 Bacteria;Acidobacteriota;Terriglobia;Bryobacterales;Bryobacteraceae;Paludibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1649481 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudodonghicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1649490 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Rubinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1649503 Bacteria;Verrucomicrobiota;Terrimicrobiia;Terrimicrobiales;Terrimicrobiaceae;Terrimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1649504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Texcoconibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1649510 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Variibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1652133 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Halobacteriovoraceae;Halobacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1653176 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cereibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1659417 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Marinithermofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1703173 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Colemanosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1742977 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Tepidicaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1742993 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1745211 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1759331 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Cnuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1760987 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomagnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1762932 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Algoriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1763531 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Confluentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1763555 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Risungbinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1769710 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Sellimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1784836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Fermentimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1804794 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Kalmanozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1843185 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Natronoarchaeaceae;Halostella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1843398 Eukaryota;Chlorophyta;Chlorophyceae;Chaetopeltidales;Chaetopeltidaceae;Koshicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1855416 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Qipengyuania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1857932 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Parahaliea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1874621 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Panacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1881091 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Edaphobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1890059 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Serpentinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1890291 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Falcatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1903506 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Drancourtella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1903858 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pseudorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1905726 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Paludifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1906659 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hoaglandella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1911549 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Raineyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1914252 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermodesulfitimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1914449 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Rugosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1918521 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Irregularibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1929045 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Traorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1929297 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Bittarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1930845 Bacteria;Bacillota;NA;NA;NA;Ndongobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1930932 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;NA;Thioflexithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1932705 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Iningainema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1935206 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rubeoparvulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1940604 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Edaphochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 1974209 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Rhodohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2005355 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2005371 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Mangrovihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2018044 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Candidatus Vallotia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2024199 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Urinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2024965 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Dictyobacteraceae;Dictyobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2025987 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Nothophytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2035349 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Oceanispirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2042066 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Paraphotobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2049301 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Changchengzhania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2060871 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Galactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2126330 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Kentron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2172823 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Hahellaceae;Sansalvadorimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2175957 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Ruficoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2250589 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Xinfangfangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2282741 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfofundulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2293313 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Candidatus Syntrophocurvum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2321204 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Candidatus Marinarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2478349 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Indioceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2486696 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Cladocopium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2494209 Bacteria;Armatimonadota;Armatimonadia;Capsulimonadales;Capsulimonadaceae;Capsulimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2546365 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rippkaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2563777 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Lactimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2590445 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;NA;Pelagibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2597221 Bacteria;NA;Deltaproteobacteria;Candidatus Acidulodesulfobacterales;NA;Candidatus Acididesulfobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2603324 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidibrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2661811 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Longirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2675234 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2676247 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Aquirufa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2676781 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Aquisediminimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2678248 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Edaphovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2679998 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Arundinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2683336 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Abyssisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2689587 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Suicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2692113 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Gleimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2692382 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Gudongella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2703944 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pararcticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2709685 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Parasphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2714594 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Bremerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2723776 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Lichenihabitantaceae;Lichenihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2726810 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Scandinavium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2730923 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2743582 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2750082 Bacteria;NA;NA;NA;NA;Candidatus Stahlbacteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2756312 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Jonesiaceae;Flavimobilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2758103 Bacteria;Nitrospirota;Nitrospiria;Candidatus Troglogloeales;Candidatus Manganitrophaceae;Candidatus Manganitrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2758906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Entomomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2759657 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2762352 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Albibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2767318 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Boudabousia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2779869 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lunasporangiospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2785518 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Radiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2789775 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Actinomarinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2792075 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Pontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2800683 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Parapontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2800686 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Tsuneonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2806916 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Halorubraceae;Halalkalirubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2811373 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Acerihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2814902 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Propylenellaceae;Propylenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2815296 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Jejubacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2815773 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Baileyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2820403 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Rhabdothermincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2820788 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Fastidiosibacteraceae;Facilibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2822655 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Endobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2831665 Bacteria;Candidatus Saccharibacteria;NA;NA;NA;Candidatus Mycosynbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2836216 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Phnomibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2837485 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Evansella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2837510 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Siminovitchia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2838959 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Kraftalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2847256 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2848177 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Pseudocolwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2849660 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Taishania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2862742 Eukaryota;Rhodophyta;Florideophyceae;Batrachospermales;Batrachospermaceae;Visia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2866216 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tenuifilaceae;Perlabentimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2879611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Oryzicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2884223 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Agilicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2893029 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Variimorphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2893057 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Shouchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2897685 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Tulosesus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2899804 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Iocasia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2901189 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Halopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2910589 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2910985 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Paucidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2912543 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Scatolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2913022 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Mucisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2917552 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Mesobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2918834 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Petrachlorosaceae;Petrachloros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2923352 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mesomycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2942761 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Argonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2943184 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Tannockella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2943317 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Entomohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2952773 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Formicincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2959523 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Saccharimonadales;Candidatus Saccharimonadaceae;Candidatus Microsaccharimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2976419 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Pedomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2983700 Bacteria;Myxococcota;Myxococcia;Myxococcales;NA;Paraliomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2987599 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pollutimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2994560 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Candidatus Pristimantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 2997360 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaeropeptidivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 3020832 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alloalcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 3020833 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Isoalcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 3021684 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Dryocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 3025863 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Ferroacidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 3028853 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lientehia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.000008 1 3036657 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Insulambacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 0.199944 25702 10239 Viruses
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 14.887190 1913686 NA cannot be assigned to a (non-viral) genus
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N3_M_libLAB7051.out 29.127008 3744155 NA unclassified
diff --git a/results/Kaiju/kaiju_NG-A0628_Turnip_4M_libLAD4102_summary.tsv b/results/Kaiju/kaiju_NG-A0628_Turnip_4M_libLAD4102_summary.tsv
new file mode 100644
index 0000000..b81ed58
--- /dev/null
+++ b/results/Kaiju/kaiju_NG-A0628_Turnip_4M_libLAD4102_summary.tsv
@@ -0,0 +1,2301 @@
+file percent reads taxon_id taxon_name
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 12.816533 1351893 2767886 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Levilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 7.421939 782869 2767885 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Latilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 7.366725 777045 71245 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kazachstania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 6.765836 713663 1253 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Pediococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 5.524420 582718 1243 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Leuconostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 3.261924 344069 2767842 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactiplantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 1.958866 206622 4919 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Pichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 1.616357 170494 2767892 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Secundilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 1.035273 109201 547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Enterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.543836 57364 461281 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Ogataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.284650 30025 13366 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Brettanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.247108 26065 2767889 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Loigolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.165092 17414 1578 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.162514 17142 2759736 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lacticaseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.159888 16865 2767893 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lentilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.100199 10569 33877 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.092330 9739 4930 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Saccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.085902 9061 46255 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Weissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.079503 8386 1301 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Streptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.076109 8028 1350 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Enterococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.074639 7873 1357 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.062362 6578 2767879 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Companilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.061405 6477 1883 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.055764 5882 662 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Vibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.055186 5821 5052 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Aspergillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.054408 5739 599737 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Wickerhamomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.052180 5504 5475 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Candida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.050654 5343 1279 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Staphylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.047696 5031 317045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Kuraishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.040500 4272 2742598 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Limosilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.038519 4063 27320 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Metschnikowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.038225 4032 2767882 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Furfurilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.035864 3783 1129544 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Rhizophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.035210 3714 460517 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Komagataella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.034329 3621 300275 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Lachancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.033485 3532 2767887 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Ligilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.029494 3111 4917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Pachysolen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.028565 3013 1386 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Bacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.027645 2916 4780 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Plasmopara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.027190 2868 561 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Escherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.027171 2866 469 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Acinetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.026725 2819 148959 Eukaryota;Basidiomycota;Wallemiomycetes;Wallemiales;Wallemiaceae;Wallemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.026005 2743 98757 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Gelatoporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.025815 2723 286 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Pseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.024147 2547 604195 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Cyberlindnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.023815 2512 1870884 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Clostridioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.023426 2471 613 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Serratia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.021852 2305 1854 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Frankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.019691 2077 4910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kluyveromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.019577 2065 766765 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Yamadazyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.019245 2030 51668 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Tetragenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.018506 1952 5605 Eukaryota;Ascomycota;NA;NA;NA;Saitoella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.018259 1926 2964429 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Candida/Metschnikowiaceae;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.017842 1882 2767890 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Paucilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.017709 1868 766748 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Babjeviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.017122 1806 278028 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Naumovozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.016572 1748 338 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.016572 1748 4953 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.016486 1739 38832 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Micromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.016477 1738 766733 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Scheffersomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.016458 1736 1637 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Listeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.016439 1734 1716 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Corynebacteriaceae;Corynebacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.016012 1689 46254 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Oenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.015785 1665 84567 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.015643 1650 4958 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Debaryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.014970 1579 2767888 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Liquorilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.014657 1546 5140 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Neurospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.014382 1517 33882 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.014287 1507 412764 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Spathaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.014278 1506 29832 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Hanseniaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.013737 1449 1849822 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paraclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.013453 1419 5073 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.013405 1414 33170 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Eremothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.013311 1404 2767881 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.013254 1398 866673 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Marinifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.013017 1373 5320 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pleurotaceae;Pleurotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.011888 1254 2831443 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.011822 1247 100474 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Batrachochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.011737 1238 549703 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kurtzmaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.011538 1217 27308 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Ascoideaceae;Ascoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.011329 1195 5948 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Stylonychia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.011291 1191 34111 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Monoraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.011272 1189 2772525 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Putridiphycobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.011177 1179 1970195 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Ancylomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.010959 1156 106589 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Cupriavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.010931 1153 2675229 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Peribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.010760 1135 53246 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Pseudoalteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.010637 1122 374468 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Nakaseomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.010599 1118 36034 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Saccharomycodes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.010286 1085 1678 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bifidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.010229 1079 113604 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Tetrapisispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.010125 1068 4948 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Torulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.009964 1051 82802 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Trichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.009443 996 507510 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Hyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.009206 971 68287 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Mesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.008987 948 766728 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Meyerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.008968 946 570 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Klebsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.008874 936 143959 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Coelomomycetaceae;Coelomomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.008400 886 44249 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Paenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.008381 884 308926 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Diversisporaceae;Diversispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.008267 872 1539666 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Suhomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.008248 870 766502 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Millerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.007926 836 29888 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Calocera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.007651 807 1176129 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Aulographaceae;Aulographum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.007575 799 45785 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nadsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.007490 790 657 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Photobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.007347 775 40323 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Stenotrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.007309 771 29834 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Saturnispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.007271 767 4753 Eukaryota;Ascomycota;Pneumocystidomycetes;Pneumocystidales;Pneumocystidaceae;Pneumocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.007253 765 326606 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Annulohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.007139 753 670516 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.006959 734 286114 Eukaryota;Chytridiomycota;Chytridiomycetes;Synchytriales;Synchytriaceae;Synchytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.006921 730 1322061 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Rhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.006750 712 4951 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Yarrowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.006589 695 36910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Clavispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.006494 685 1910789 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Diutina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.006380 673 229219 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Blastomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.006361 671 57493 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Kocuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.006191 653 2747 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Carnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005916 624 374469 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Vanderwaltozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005887 621 5583 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Exophiala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005793 611 63298 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Pseudozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005679 599 53335 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Pantoea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005650 596 28453 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Sphingobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005612 592 358905 Eukaryota;Basidiomycota;Agaricomycetes;Sebacinales;Serendipitaceae;Serendipita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005603 591 2779861 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Linnemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005480 578 43668 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Brachybacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005442 574 1485 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Clostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005432 573 374 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Bradyrhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005432 573 2803850 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Mammaliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005224 551 43987 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Geotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.005100 538 2767891 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Schleiferilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004901 517 107449 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Phaffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004882 515 2737 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Vagococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004873 514 4875 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Glomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004788 505 1232588 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Saprochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004617 487 2767884 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lapidilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004607 486 29828 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Lipomycetaceae;Lipomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004465 471 36913 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Lodderomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004314 455 80744 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Serpulaceae;Serpula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004257 449 59732 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chryseobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004181 441 306539 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halolactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004077 430 1873 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Micromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004058 428 3071 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Chlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.004001 422 4849 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Blakeslea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003915 413 441 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003877 409 410829 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Sugiyamaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003735 394 1196389 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygotorulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003603 380 27375 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Entrophosporaceae;Entrophospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003536 373 475 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Moraxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003432 362 2745 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003422 361 1988 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinomadura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003413 360 1206748 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Nitrolancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003403 359 1849718 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Labilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003394 358 89966 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Hymenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003385 357 55528 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Guillardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003385 357 756610 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Dentiscutata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003356 354 45787 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Wickerhamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003356 354 414371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aureimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003261 344 207599 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Solirubrobacteraceae;Solirubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003233 341 237 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003204 338 4863 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Coemansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003100 327 229045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Trichomonascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003024 319 559173 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.003005 317 756023 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Xylogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002929 309 407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002920 308 2930384 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Periweissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002892 305 41891 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Coccomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002806 296 101 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Flectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002778 293 75654 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Duganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002598 274 1633384 Eukaryota;Microsporidia;NA;NA;NA;Mitosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002550 269 5820 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Plasmodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002512 265 2767358 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasmopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002503 264 1763 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002455 259 97050 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002399 253 1375 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Aerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002380 251 2812012 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Zongyanglinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002351 248 2767877 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Apilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002342 247 3052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlamydomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002342 247 160674 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Raoultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002332 246 253183 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Myceligenerans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002294 242 1117308 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Funneliformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002266 239 2767875 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Agrilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002256 238 2077 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sporolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002237 236 34444 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002209 233 1742992 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paenarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002152 227 5506 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Fusarium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002143 226 2767876 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Amylolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002133 225 4895 Eukaryota;Ascomycota;Schizosaccharomycetes;Schizosaccharomycetales;Schizosaccharomycetaceae;Schizosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002076 219 1540147 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trigonopsidaceae;Tortispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002067 218 489140 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Geminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002038 215 55193 Eukaryota;Basidiomycota;Malasseziomycetes;Malasseziales;Malasseziaceae;Malassezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002029 214 626 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Xenorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002000 211 194 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Campylobacteraceae;Campylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.002000 211 5296 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Puccinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001991 210 249523 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aestuariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001981 209 171413 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Dolosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001943 205 139389 Eukaryota;Basidiomycota;Agaricomycetes;Amylocorticiales;Amylocorticiaceae;Plicaturopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001925 203 64561 Eukaryota;Mucoromycota;Umbelopsidomycetes;Umbelopsidales;Umbelopsidaceae;Umbelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001915 202 2767878 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Bombilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001906 201 267408 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Arsenicicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001896 200 2804231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lederbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001877 198 5206 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Cryptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001877 198 253255 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Soehngenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001858 196 713 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Actinobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001858 196 111500 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muricauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001849 195 5324 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Trametes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001839 194 13786 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Trebouxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001839 194 64649 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Backusellaceae;Backusella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001820 192 1822464 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paraburkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001688 178 1827 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Rhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001669 176 83174 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Valsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001612 170 579 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kluyvera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001612 170 1839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Nocardioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001564 165 4842 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Rhizopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001526 161 70447 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Ostreococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001517 160 184027 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Golovinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001507 159 5094 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Talaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001498 158 47830 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Lachnaceae;Lachnellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001479 156 3087 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Scenedesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001469 155 810 Bacteria;Chlamydiota;Chlamydiia;Chlamydiales;Chlamydiaceae;Chlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001469 155 81055 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phaeolaceae;Wolfiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001460 154 2302914 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloropicon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001451 153 41879 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pycnococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001451 153 191392 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Auxenochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001432 151 41247 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Mycena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001394 147 27316 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Galactomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001375 145 5806 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Cryptosporidiidae;Cryptosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001375 145 109374 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Nemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001337 141 22 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Shewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001337 141 5228 Eukaryota;Basidiomycota;Atractiellomycetes;Atractiellales;Hoehnelomycetaceae;Atractiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001337 141 121087 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Ostreobiaceae;Ostreobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001327 140 5209 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Filobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001308 138 1269 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Micrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001280 135 4815 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Spizellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001270 134 38501 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Blastococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001251 132 357 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Agrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001232 130 4756 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Neocallimastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001223 129 1663 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Arthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001213 128 349 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Zoogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001213 128 379 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Rhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001185 125 216851 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Faecalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001185 125 305976 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001185 125 1213737 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Schizoporaceae;Schizopora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001166 123 3118 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Ulva;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001147 121 45033 Eukaryota;NA;Phaeophyceae;Laminariales;Chordaceae;Chorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001138 120 109967 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Rhizoclosmatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001119 118 120831 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Dyadobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001100 116 1142 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Synechocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001100 116 41874 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Bathycoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001090 115 5190 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascobolaceae;Ascobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001081 114 283 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Comamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001081 114 60919 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Sanguibacteraceae;Sanguibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001043 110 2782229 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Epilithonimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001033 109 599802 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Barnettozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001014 107 34072 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Variovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001005 106 5533 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Rhodotorula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.001005 106 41275 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Brevundimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000995 105 1838142 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Cutaneotrichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000986 104 5193 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Morchellaceae;Morchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000967 102 590 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Salmonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000967 102 163316 Eukaryota;Chlorophyta;Chlorophyceae;NA;Microsporaceae;Microspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000958 101 4783 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Phytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000958 101 5340 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Agaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000958 101 54304 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000948 100 5251 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Ceratobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000948 100 76831 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Myroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000939 99 4828 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Absidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000939 99 27331 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Protomycetaceae;Protomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000939 99 29825 Eukaryota;Ascomycota;Neolectomycetes;Neolectales;Neolectaceae;Neolecta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000929 98 5110 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Claviceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000929 98 75735 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Starmerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000929 98 255204 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudoclavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000929 98 2027319 Eukaryota;Ascomycota;NA;Vezdaeales;Vezdaeaceae;Vezdaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000920 97 202696 Eukaryota;Basidiomycota;Agaricomycetes;Jaapiales;Jaapiaceae;Jaapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000920 97 460073 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Segetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000920 97 703505 Eukaryota;Ascomycota;Dothideomycetes;Patellariales;Patellariaceae;Patellaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000910 96 4888 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Smittium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000910 96 37991 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Xylaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000901 95 226 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000901 95 105983 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Apiotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000901 95 688353 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Lichtheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000901 95 2782231 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Kaistella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000891 94 27372 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Acaulosporaceae;Acaulospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000882 93 407217 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000882 93 469322 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Steroidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000872 92 5240 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Tulasnellaceae;Tulasnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000863 91 222 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Achromobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000863 91 88138 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Modestobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000844 89 314126 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Drechslerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000844 89 490731 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Kwoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000825 87 265 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000825 87 29907 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Sporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000806 85 1217823 Eukaryota;Ascomycota;Xylonomycetes;Xylonales;Xylonaceae;Xylona;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000796 84 747294 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudorhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000787 83 5455 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Glomerellaceae;Colletotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000777 82 47204 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Pyronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000777 82 57494 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Nesterenkonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000758 80 3044 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Dunaliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000749 79 31366 Eukaryota;Rhodophyta;Florideophyceae;Bonnemaisoniales;Bonnemaisoniaceae;Asparagopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000749 79 34037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rahnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000749 79 109935 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Cladochytriaceae;Cladochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000749 79 494028 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Gnomoniaceae;Gnomoniopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000730 77 249344 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Picochlorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000721 76 434 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000711 75 4830 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Mucor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000711 75 64501 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Entophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000702 74 5579 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Saccotheciaceae;Aureobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000702 74 36048 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Tuber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000702 74 40996 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Elsinoaceae;Elsinoe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000702 74 65007 Eukaryota;Evosea;Variosea;Cavosteliida;Cavosteliaceae;Planoprotostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000702 74 102106 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Collinsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000702 74 182639 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Kribbellaceae;Kribbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000692 73 36880 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Cymbomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000692 73 276836 Eukaryota;Cryptomycota;NA;NA;NA;Rozella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000683 72 816 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Bacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000683 72 5543 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Trichoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000683 72 36917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Ambrosiozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000664 70 5104 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ascosphaeraceae;Ascosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000664 70 43431 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Sphaerosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000664 70 78910 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Syncephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000664 70 101102 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Circinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000664 70 1812772 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Pseudomassariaceae;Pseudomassariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000654 69 48558 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Pyriculariaceae;Pyricularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000645 68 551 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Erwinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000645 68 13687 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000645 68 2026842 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;NA;Bifiguratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000635 67 234 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Brucella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000635 67 5552 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Trichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000635 67 33202 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Thermoascaceae;Paecilomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000635 67 109880 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Nowakowskiellaceae;Nowakowskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000626 66 40657 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Plectosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000626 66 157482 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Lichina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000616 65 544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Citrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000616 65 4855 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Mortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000616 65 307506 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Raphidocelis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000616 65 1983104 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Lusitaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000607 64 3066 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Volvox;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000607 64 78156 Eukaryota;Ascomycota;Leotiomycetes;NA;Pseudeurotiaceae;Pseudogymnoascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000597 63 2370 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000597 63 1095182 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Magnusiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000588 62 32008 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000588 62 79808 Eukaryota;Ascomycota;Sordariomycetes;Coniochaetales;Coniochaetaceae;Coniochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000588 62 100883 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Coprobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000588 62 169998 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Phakopsoraceae;Phakopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000588 62 2837502 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000578 61 497 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Psychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000578 61 1500560 Eukaryota;Basidiomycota;Exobasidiomycetes;Entylomatales;NA;Tilletiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000569 60 5761 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Naegleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000569 60 33983 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Luteococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000569 60 122277 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Pectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000569 60 1395674 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Globomycetaceae;Globomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000569 60 2837507 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Robertmurraya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000559 59 5280 Eukaryota;Basidiomycota;Exobasidiomycetes;Georgefischeriales;Tilletiariaceae;Tilletiaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000559 59 35724 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Macrophomina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000559 59 40593 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Peziza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000550 58 43430 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Tricharina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000540 57 44744 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Haematococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000540 57 65356 Eukaryota;Oomycota;NA;Albuginales;Albuginaceae;Albugo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000540 57 2800678 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000531 56 4797 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Pythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000531 56 80865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Delftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000531 56 147572 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Piedraiaceae;Piedraia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000531 56 261096 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Kappamycetaceae;Kappamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000531 56 2779937 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Podila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000521 55 5024 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Venturiaceae;Venturia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000521 55 49968 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Geopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000521 55 78916 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Piptocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000521 55 149698 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Massilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000512 54 4807 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Blastocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000512 54 42308 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000512 54 100860 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Aphanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000512 54 578092 Eukaryota;Ascomycota;Dothideomycetes;Lineolatales;Lineolataceae;Lineolata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000502 53 4873 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Gigaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000502 53 46913 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Devosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000502 53 78924 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dimargaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000502 53 329881 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Friedmanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000502 53 1448052 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Globisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000502 53 2767880 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Dellaglioa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000493 52 105767 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Tremellaceae;Tremella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000493 52 110564 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Clonostachys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000493 52 286660 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Peltaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000484 51 5754 Eukaryota;Discosea;NA;Longamoebia;Acanthamoebidae;Acanthamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000484 51 126838 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Micractinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000484 51 145474 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Helicosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000484 51 165696 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000474 50 1817 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Nocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000474 50 68793 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Botryobasidiaceae;Botryobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000474 50 101126 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Hesseltinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000474 50 139433 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meripilaceae;Physisporinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000465 49 1743 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000465 49 2755 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Brochothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000465 49 2949 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Symbiodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000465 49 4998 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cuniculitremaceae;Kockovaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000465 49 31311 Eukaryota;Chlorophyta;Nephroselmidophyceae;Nephroselmidales;Nephroselmidaceae;Nephroselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000465 49 256818 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Gulosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000465 49 388809 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;NA;Blyttiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000465 49 1169538 Eukaryota;NA;NA;NA;Vitrellaceae;Vitrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000465 49 1206353 Eukaryota;Ascomycota;Dothideomycetes;NA;Pseudoperisporiaceae;Lizonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000465 49 1395788 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Gorgonomycetaceae;Gorgonomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000455 48 586 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Providencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000455 48 2791 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Porphyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000455 48 37359 Eukaryota;Endomyxa;Phytomyxea;Plasmodiophorida;Plasmodiophoridae;Plasmodiophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000455 48 155415 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;NA;Monosporascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000455 48 360145 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Grosmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000455 48 1330545 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Lelliottia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000455 48 3025755 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Thomasclavelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000446 47 768 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Anaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000446 47 78922 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000446 47 83373 Eukaryota;Rhodophyta;Bangiophyceae;Galdieriales;Galdieriaceae;Galdieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000446 47 109882 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Chytriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000446 47 109896 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Gaertneriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000446 47 131324 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Pseudocercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000446 47 227979 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Jeotgalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000436 46 77674 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Paracraurococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000436 46 90268 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Apophysomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000427 45 28105 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Sinorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000427 45 34448 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Marasmius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000427 45 36922 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Diaporthaceae;Diaporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000427 45 289257 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Chrysotrichaceae;Chrysothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000427 45 2749846 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000417 44 33024 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Phascolarctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000417 44 41955 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Amanitaceae;Amanita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000417 44 110092 Eukaryota;Chytridiomycota;Chytridiomycetes;Polychytriales;NA;Polychytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000417 44 112985 Eukaryota;Basidiomycota;Agaricomycetes;Phallales;Clathraceae;Clathrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000417 44 184431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000417 44 1658452 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Cephalotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000417 44 2878373 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Neoconidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000408 43 5010 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Taphrinaceae;Taphrina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000408 43 766758 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Schwanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000408 43 1213188 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Zancudomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000398 42 1203 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000398 42 28253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000398 42 34416 Eukaryota;Basidiomycota;Microbotryomycetes;Microbotryales;Microbotryaceae;Microbotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000398 42 35798 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000398 42 77930 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Teleaulax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000398 42 157480 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Peltulaceae;Peltula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000398 42 1184396 Bacteria;Thermotogota;Thermotogae;Kosmotogales;Kosmotogaceae;Mesotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000398 42 2052799 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Jimgerdemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000398 42 2779867 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Actinomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000389 41 1129 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Synechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000389 41 34474 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Fomitopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000389 41 45244 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Emericellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000389 41 1396492 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Fimicolochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000389 41 1494427 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tepidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000379 40 5782 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Dictyostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000379 40 29580 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Janthinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000379 40 64629 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mycotyphaceae;Mycotypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000379 40 90266 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Chlamydoabsidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000379 40 91942 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Hortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000379 40 314122 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylellina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000379 40 474995 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Ophiocordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000379 40 1037661 Eukaryota;Ascomycota;Dothideomycetes;Microthyriales;Microthyriaceae;Microthyrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000379 40 1206386 Eukaryota;Ascomycota;NA;NA;NA;Trizodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000379 40 2058187 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Cavenderiaceae;Cavenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000370 39 68 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Lysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000370 39 4859 Eukaryota;Zoopagomycota;Basidiobolomycetes;Basidiobolales;Basidiobolaceae;Basidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000370 39 13289 Eukaryota;Basidiomycota;Exobasidiomycetes;Tilletiales;Tilletiaceae;Tilletia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000370 39 40354 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Fonsecaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000370 39 112488 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Dissoconiaceae;Dissoconium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000370 39 572511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Blautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000370 39 1010672 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Lecanographaceae;Alyxoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000370 39 1500004 Eukaryota;Blastocladiomycota;Physodermatomycetes;Physodermatales;Physodermataceae;Paraphysoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000370 39 1981050 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Phoenicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000360 38 10 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Cellvibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000360 38 4836 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Phycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000360 38 28000 Eukaryota;Perkinsozoa;NA;Perkinsida;Perkinsidae;Perkinsus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000360 38 109928 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Podochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000360 38 286412 Eukaryota;Ascomycota;NA;Thelocarpales;Thelocarpaceae;Thelocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000351 37 1263 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000351 37 2902 Eukaryota;Haptophyta;NA;Isochrysidales;Noelaerhabdaceae;Emiliania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000351 37 5277 Eukaryota;Basidiomycota;Microbotryomycetes;Leucosporidiales;Leucosporidiaceae;Leucosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000351 37 34433 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucoagaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000351 37 45153 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Sporormiaceae;Westerdykella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000351 37 55968 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leucobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000341 36 1125 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Microcystaceae;Microcystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000341 36 1865 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000341 36 5369 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Boletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000341 36 50955 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Geosiphonaceae;Geosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000341 36 157775 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Letrouitiaceae;Letrouitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000341 36 670315 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Multifurca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000341 36 2675232 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Neobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000341 36 2983819 Eukaryota;Ascomycota;Sordariomycetes;NA;NA;Neoarthrinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000332 35 773 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Bartonellaceae;Bartonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000332 35 838 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000332 35 2774 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000332 35 5260 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Melampsoraceae;Melampsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000332 35 5631 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Lenzites;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000332 35 12967 Eukaryota;NA;Bigyra;Opalinata;Blastocystidae;Blastocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000332 35 35721 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Parasitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000332 35 63132 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Geitlerinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000332 35 237584 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Teratosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000332 35 2058951 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Raperosteliaceae;Tieghemostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000322 34 629 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Yersinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000322 34 47022 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Orbilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000322 34 54692 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Chlorociboriaceae;Chlorociboria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000322 34 64643 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Dichotomocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000322 34 86017 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Salpingoeca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000322 34 101100 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Dissophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000322 34 116071 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Micropruina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000322 34 245561 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Acidomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000322 34 462253 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Aplosporellaceae;Aplosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000322 34 1132856 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Rasamsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000322 34 1433402 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Glycocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000322 34 1851509 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Naganishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000313 33 5333 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Schizophyllaceae;Schizophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000313 33 5500 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Coccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000313 33 13641 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Polysphondylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000313 33 47772 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Astrephomenaceae;Astrephomene;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000313 33 324738 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Kregervanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000313 33 690893 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Amniculicolaceae;Amniculicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000313 33 1434011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Komagataeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000313 33 2779869 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lunasporangiospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000313 33 2944547 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermochaetoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 1696 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Brevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 4765 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Achlya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 5314 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Ganoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 5379 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Suillaceae;Suillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 37840 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Pestalotiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 42464 Eukaryota;Ascomycota;Sordariomycetes;Lulworthiales;Lulworthiaceae;Zalerion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 47251 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 72763 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Tessaracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 87270 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Umbilicaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 93111 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Ramalinaceae;Bacidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 158846 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Megamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 446948 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Drepanopezizaceae;Diplocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 453566 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Ambisporaceae;Ambispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 1801563 Eukaryota;Basidiomycota;Microbotryomycetes;NA;Chrysozymaceae;Pseudohyphozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 1851468 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Vanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 2594176 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Edaphochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000303 32 2779859 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Entomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000294 31 2879 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ectocarpaceae;Ectocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000294 31 70188 Eukaryota;Olpidiomycota;Olpidiomycetes;Olpidiales;Olpidiaceae;Olpidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000294 31 78141 Eukaryota;Ascomycota;Leotiomycetes;NA;Myxotrichaceae;Oidiodendron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000294 31 109944 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;Gonapodyaceae;Gonapodya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000294 31 154746 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Dentipellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000294 31 160795 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Ureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000294 31 175660 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Pyrrhoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000294 31 239934 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Akkermansiaceae;Akkermansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000294 31 240411 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000294 31 1065495 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Radiococcaceae;Neocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 2147 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Acholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 5402 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Russula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 5429 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Sporobolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 13705 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Syncephalastraceae;Syncephalastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 38447 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Monilinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 41273 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Tissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 47025 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 47182 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascodesmidaceae;Ascodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 50935 Eukaryota;Ascomycota;Lecanoromycetes;Caliciales;Physciaceae;Physcia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 69965 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Macrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 139105 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Cylindrobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 152317 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Truncatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 156973 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Dysgonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 190323 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Plantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 231454 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 248111 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Gomphillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000284 30 1981958 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Pseudomicrostroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000275 29 2129 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Ureaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000275 29 5121 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Erysiphe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000275 29 34487 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Conidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000275 29 40544 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Sutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000275 29 81525 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Monosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000275 29 88647 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Teloschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000275 29 93827 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Gymnopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000275 29 241409 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Geosmithia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000275 29 286405 Eukaryota;Ascomycota;NA;NA;NA;Sarcosagium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000275 29 453209 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Dermateaceae;Coleophoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000275 29 1187078 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cecembia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000275 29 1504669 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Rhizodiscinaceae;Rhizodiscina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Plesiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 2132 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Spiroplasmataceae;Spiroplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 4819 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Phlyctochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 5146 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Sordaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 5890 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;Tetrahymenidae;Tetrahymena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 29849 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Magnaporthaceae;Gaeumannomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 70742 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 81945 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Pilobolaceae;Pilobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 109893 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Powellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 109956 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Physocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 155493 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Gallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 164570 Eukaryota;Ascomycota;Coniocybomycetes;Coniocybales;Coniocybaceae;Chaenotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 196080 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Terasakiellaceae;Terasakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 210429 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Setomelanomma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 1620264 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Dactylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000265 28 1930830 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Floricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000256 27 745 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Pasteurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000256 27 2784 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Porphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000256 27 3049 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Polytomella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000256 27 34348 Eukaryota;Basidiomycota;Mixiomycetes;Mixiales;Mixiaceae;Mixia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000256 27 44639 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Choiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000256 27 144537 Eukaryota;Mucoromycota;Glomeromycetes;Paraglomerales;Paraglomeraceae;Paraglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000256 27 147559 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Dothioraceae;Delphinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000256 27 191769 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Marinilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000256 27 221427 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Polytolypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000256 27 231006 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Trichothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000256 27 315078 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Tricladiaceae;Cudoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 1654 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 12916 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Acidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 13205 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Pholiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 32207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Rothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 33886 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rathayibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 82105 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Cladophialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 82267 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;NA;Hyaloraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 302781 Eukaryota;Preaxostyla;NA;Oxymonadida;Polymastigidae;Monocercomonoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 1434009 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 1562158 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Neopestalotiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 1587496 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Irineochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 2315209 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Hondaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 2728523 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;Quaeritorhizaceae;Quaeritorhiza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 2800373 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Priestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000246 26 2810619 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Coniosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000237 25 1707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Cellulomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000237 25 2768 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Chondrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000237 25 5157 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Ceratocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000237 25 5931 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;NA;Ichthyophthirius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000237 25 35140 Eukaryota;Haptophyta;NA;Prymnesiales;Chrysochromulinaceae;Chrysochromulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000237 25 47789 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Tetrabaenaceae;Tetrabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000237 25 53460 Bacteria;Actinomycetota;Actinomycetes;Nakamurellales;Nakamurellaceae;Nakamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000237 25 87266 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Lasallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000237 25 273281 Eukaryota;Ascomycota;Sareomycetes;Sareales;Zythiaceae;Sarea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000237 25 1387562 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Ophidiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 482 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Neisseria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 1041 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Erythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 2742 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Marinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 28581 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Allomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 33196 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botrytis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 36065 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Cantharellaceae;Cantharellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 38946 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Paracoccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 61170 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 64515 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Rhizophlyctidaceae;Rhizophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 155149 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Bisporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 162491 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Oerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 1450170 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;NA;Aaosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 1555240 Eukaryota;Chytridiomycota;Chytridiomycetes;Caulochytriales;Caulochytriaceae;Caulochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 1890244 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Trimorphomycetaceae;Saitozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000228 24 2939411 Eukaryota;Ascomycota;Lecanoromycetes;NA;NA;Piccolia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 507 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Alcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 2335 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Thermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 5962 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Stentoridae;Stentor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 36046 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Elaphomycetaceae;Elaphomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 42695 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Pseudomuriellaceae;Pseudomuriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 45234 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Cordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 60496 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Thielaviopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 71927 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Termitomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 81041 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Antrodiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 265103 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Trichoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 378268 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;NA;Infundibulicybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 1017280 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoflavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 1866885 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000218 23 2939409 Eukaryota;Ascomycota;Lecanoromycetes;Acarosporales;Acarosporaceae;Caeruleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 13348 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Arthrobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 33096 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Gonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 34453 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Hebeloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 74855 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Terfezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 78914 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Sigmoideomycetaceae;Thamnocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 85978 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;NA;Leucogyrophana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 159075 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Acremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 165695 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 210567 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Cadophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 401624 Eukaryota;Basidiomycota;Exobasidiomycetes;Ceraceosorales;Ceraceosoraceae;Ceraceosorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 483074 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Baudoinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 1494215 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Sympoventuriaceae;Verruconis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000209 22 2837504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Heyndrickxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 2980 Eukaryota;NA;Xanthophyceae;Tribonematales;Tribonemataceae;Tribonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 3030 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Cryptomonadaceae;Cryptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 5307 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Phlebia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 5538 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Scytalidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 5959 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Blepharismidae;Blepharisma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 64628 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Benjaminiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 68288 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cyclobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 68779 Eukaryota;Basidiomycota;Agaricomycetes;Gomphales;Gomphaceae;Ramaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 125369 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Paraphaeosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 168131 Eukaryota;Evosea;NA;Pelobiontida;Pelomyxidae;Pelomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 182899 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Persephonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 204286 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Cobetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 1085622 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propioniciclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000199 21 1130052 Eukaryota;Ascomycota;Xylobotryomycetes;Xylobotryales;Cirrosporiaceae;Cirrosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 2781 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 5600 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Phialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 35127 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Thalassiosirales;Thalassiosiraceae;Thalassiosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 56999 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amaricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 61417 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Spiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 68774 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Nidulariaceae;Crucibulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 71684 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Galeropsidaceae;Panaeolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 101141 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Thamnidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 166953 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Kaistia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 291363 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Lecanicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 364651 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Bathelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 423349 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Mucilaginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 1508657 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminiclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 2038740 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Coniferiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000190 20 2316020 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mediterraneibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 5182 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Hymenoscyphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 29465 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Veillonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 40466 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Sparassidaceae;Sparassis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 40558 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botryotinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 46432 Eukaryota;Foraminifera;NA;NA;Reticulomyxidae;Reticulomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 110932 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leifsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 139276 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Dacryopinax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 162291 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 165697 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 329878 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Cryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 1427149 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halomicroarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 1541818 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Sedimentitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 1910899 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Naemateliaceae;Naematelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 2304164 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Jaagichlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 2607957 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Collybiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000180 19 2817139 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Weizmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 1298 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 33986 Bacteria;Bacillota;Bacilli;Bacillales;NA;Exiguobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 34484 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Entomophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 37467 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Pisolithaceae;Pisolithus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 43220 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Capronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 47424 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Armillaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 47720 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Lyophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 70451 Eukaryota;Haptophyta;NA;Pavlovales;Pavlovaceae;Diacronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 71917 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Rhodocollybia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 84616 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Torulaceae;Dendryphion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 97971 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Periconiaceae;Periconia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 114627 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Alkaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 188195 Eukaryota;Ascomycota;Coniocybomycetes;Coniocybales;Coniocybaceae;Sclerophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 269154 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Flagelloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 375288 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Parabacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 460521 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nakazawaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 502117 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Kalaharituber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 511189 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Moelleriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 1300028 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Gyalolechia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 1356488 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Rosenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 2486696 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Cladocopium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000171 18 2978367 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Nicoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 209 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Helicobacteraceae;Helicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 4943 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycopsidaceae;Saccharomycopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 5218 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Exidiaceae;Exidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 5723 Eukaryota;Parabasalia;NA;Tritrichomonadida;Tritrichomonadidae;Tritrichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 33187 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Uncinocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 45308 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Melanommataceae;Melanomma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 48736 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ralstonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 55067 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Phaeosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 56489 Eukaryota;Basidiomycota;Agaricomycetes;Thelephorales;Thelephoraceae;Thelephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 60184 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Phascolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 105135 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Anaeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 140106 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Neonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 175304 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lentibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 285810 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Pyrenochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 1126249 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Geranomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 1143004 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methyloferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 1401161 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Sodiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 1470540 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Jeotgalibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 1689811 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Martiniozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 1912359 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Durotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000161 17 1920207 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermothelomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 16 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 75 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Caulobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 27353 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Coleosporiaceae;Cronartium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 28196 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Arcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 34392 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Microsporum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 57133 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Hydnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 66735 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Diplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 84406 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Virgibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 88741 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 100043 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleomassariaceae;Pleomassaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 150173 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Phialocephala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 215249 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Cryptobasidiaceae;Acaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 318745 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Pycnoraceae;Pycnora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 417183 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Mycoemilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 451450 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Terramyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 451452 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Boothiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 933343 Eukaryota;Ascomycota;Leotiomycetes;Leotiales;Tympanidaceae;Claussenomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 1573535 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000152 16 2881385 Bacteria;Cyanobacteriota;Cyanophyceae;Thermostichales;Thermostichaceae;Thermostichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 4802 Eukaryota;Oomycota;NA;Lagenidiales;Lagenidiaceae;Lagenidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 5550 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Trichophyton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 5587 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Rhinocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 34008 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 35103 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Pseudocohnilembidae;Pseudocohnilembus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 40144 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Tricholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 45156 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidioschyzon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 45292 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Massarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 47747 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyaloscyphaceae;Hyaloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 55170 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Didymella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 58113 Bacteria;Actinomycetota;Actinomycetes;Glycomycetales;Glycomycetaceae;Glycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 62701 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Podosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 66739 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Lasiodiplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 71602 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Diploschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 78920 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Tieghemiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 117544 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Cytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 129337 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Geobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 413496 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 467749 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Candidatus Neoehrlichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 1048954 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Cylindrosympodiaceae;Tothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 1301328 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Flavoplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 1396495 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Thoreauomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000142 15 1742989 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Glutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 81 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Hyphomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 36658 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Volvariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 40456 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Fistulinaceae;Fistulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 41687 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Scedosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 46352 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 55339 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Amylostereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 79328 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Chitinophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 85947 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Didymosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 133407 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Acytostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 136099 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Knoellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 221285 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Westiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 258075 Eukaryota;Ascomycota;Dothideomycetes;Eremomycetales;Eremomycetaceae;Eremomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 323620 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Shinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 866547 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Guyanagaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 1390972 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Glutinoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 1853743 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Symbiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 1915381 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Nannizzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000133 14 2529408 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Schaalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 413 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 958 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Bdellovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 1813 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Amycolatopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 2034 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Curtobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 4821 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Piromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 4852 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Cunninghamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 4871 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Endogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 5598 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Alternaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 5658 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leishmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 29002 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Cercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 29521 Bacteria;Spirochaetota;Spirochaetia;Brachyspirales;Brachyspiraceae;Brachyspira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 31983 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Helcococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 33194 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Bipolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 64630 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Mariannaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 83618 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudoxanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 90402 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Geoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 97095 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Diatrypaceae;Eutypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 111586 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Caloplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 118259 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Plenodomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 135587 Eukaryota;Parabasalia;NA;Tritrichomonadida;Dientamoebidae;Histomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 160516 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Tirmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 165440 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Bulleribasidiaceae;Dioszegia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 165779 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 182709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Oceanobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 201152 Eukaryota;Fornicata;NA;NA;NA;Carpediemonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 242508 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Dothistroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 286098 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Seminavis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 364710 Eukaryota;Ascomycota;Eurotiomycetes;Verrucariales;Verrucariaceae;Endocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 431390 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Mayamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 599652 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Tropicimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 1052683 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Obba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 1522432 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Pseudoduganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 2126330 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Kentron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 2709238 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Zopfochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 2791032 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Candolleomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000123 13 3026546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Duffyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 583 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Proteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 1569 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Sporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 1730 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Eubacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 4813 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Chytridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 4867 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Linderina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 5269 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Ustilago;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 5721 Eukaryota;Parabasalia;NA;Trichomonadida;Trichomonadidae;Trichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 13075 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Globicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 43429 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Wilcoxina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 45136 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Sporormiaceae;Sporormia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 49237 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Chaetocerotaceae;Chaetoceros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 74721 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Stachybotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 89956 Eukaryota;NA;Dinophyceae;Suessiales;Suessiaceae;Polarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 98443 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Richelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 99479 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Tetrasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 112993 Eukaryota;Basidiomycota;Agaricomycetes;Hysterangiales;Hysterangiaceae;Hysterangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 254250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Isoptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 263377 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Salipiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 284134 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Sarocladiaceae;Sarocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 372047 Eukaryota;Ascomycota;Dothideomycetes;Phaeotrichales;Phaeotrichaceae;Trichodelitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 470018 Eukaryota;Ascomycota;Dothideomycetes;Cladosporiales;Cladosporiaceae;Rachicladosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 470095 Eukaryota;Ascomycota;Dothideomycetes;Acrospermales;Acrospermaceae;Pseudovirgaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 531859 Eukaryota;Ascomycota;Dothideomycetes;NA;Gloniaceae;Glonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 877559 Eukaryota;NA;NA;Apusomonadida;Apusomonadidae;Thecamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 940663 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Racocetra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 1276290 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 1396506 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Borealophlyctidaceae;Borealophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 1602345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Parasaccharibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 2656786 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Pleuroascaceae;Venustampulla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 3016631 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Silvania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000114 12 3041336 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hamatocanthoscyphaceae;Stipitochalara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 40 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Stigmatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 776 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Coxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 1372 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 2383 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Epulonipiscium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 5352 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Lentinula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 5810 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Toxoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 29404 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Microlunatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 38037 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Ploettnerulaceae;Rhynchosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 39702 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Septoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 47420 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hydrogenophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 61396 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Kickxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 82976 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Buttiauxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 96492 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frigoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 100051 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Delitschiaceae;Delitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 101114 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Spinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 104249 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 109875 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Catenariaceae;Catenaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 112497 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Ramularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 182269 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aurantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 189613 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthomendoza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 304330 Eukaryota;Zoopagomycota;NA;Ramicandelaberales;Ramicandelaberaceae;Ramicandelaber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 456492 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Saccharibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 504090 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Kushneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 548651 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Dothidotthiaceae;Dothidotthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 714959 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Tetraplosphaeriaceae;Polyplosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 768669 Bacteria;Chloroflexota;Ktedonobacteria;Thermogemmatisporales;Thermogemmatisporaceae;Thermogemmatispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 881616 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Herbiconiux;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 1493516 Eukaryota;Cryptomycota;NA;NA;NA;Paramicrosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 1745324 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Helicocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000104 11 2609811 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermothielavioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 5112 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Epichloe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 5873 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Theileriidae;Theileria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 33644 Eukaryota;Bacillariophyta;Fragilariophyceae;Fragilariales;Fragilariaceae;Fragilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 33969 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Melissococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 34372 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Blumeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 42255 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Rubrobacteraceae;Rubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 54298 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Chroococcidiopsidaceae;Chroococcidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 64640 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Pilaira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 64651 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Zychaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 67608 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Microdochiaceae;Microdochium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 83614 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Luteimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 85413 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Boseaceae;Bosea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 86026 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Mollisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 101116 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Sporodiniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 112415 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Letharia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 154116 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Bogoriellaceae;Georgenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 160034 Eukaryota;Ascomycota;Dothideomycetes;NA;Zopfiaceae;Zopfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 230838 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronosclerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 237179 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Sphaerulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 346096 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Paludibacteraceae;Paludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 378193 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Epitheliaceae;Epithele;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 400634 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 577469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Demequinaceae;Demequina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 705561 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Capnodiaceae;Polychaeton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 1036719 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Verticillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 1047167 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zymoseptoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 1053253 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Stylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 1161125 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Helcobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 1351751 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Parastagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 1440132 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Modicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 1649459 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hungatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 1912215 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Acidipropionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 1955773 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emergomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 2483199 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Chrysophaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 2759657 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 2767883 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Holzapfeliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 2785518 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Radiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000095 10 2792075 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Pontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 6 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Azorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 157 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Treponema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 1152 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Pseudanabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 1847 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Pseudonocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 5529 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Metarhizium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 5690 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Trypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 5758 Eukaryota;Evosea;NA;Mastigamoebida;Entamoebidae;Entamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 5884 Eukaryota;Ciliophora;Oligohymenophorea;Peniculida;Parameciidae;Paramecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 5973 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Halteriidae;Halteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 29175 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Neospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 38807 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Panaceae;Panus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 45141 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Cucurbitaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 50989 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Rickenellaceae;Rickenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 65412 Eukaryota;Ascomycota;Sordariomycetes;Togniniales;Togniniaceae;Phaeoacremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 74385 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 82800 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Desemzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 86795 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Marmoricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 99906 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alkalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 109632 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Galerina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 186650 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Microvirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 226991 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Cyphellophoraceae;Cyphellophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 460852 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 937601 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Mucidula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 940661 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Cetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 1052105 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Purpureocillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 1525371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Neorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 1882482 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Anthracoideaceae;Testicularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 1981033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Mordavella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 2675234 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 2807414 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Anatilimnocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 2817108 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Watsoniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 2905949 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfomicrobiaceae;Thermodesulfomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000085 9 2944148 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Guopingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 191 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Azospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 642 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Aeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 1177 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Nostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 1647 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Erysipelothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 2000 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Streptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 2093 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 2701 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Gardnerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 2857 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 3132 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Codiaceae;Codium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 5100 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Amorphothecaceae;Amorphotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 5115 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Cryphonectriaceae;Cryphonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 5864 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Babesiidae;Babesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 28050 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 29331 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Amphibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 36882 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pyramimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 38484 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Ciborinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 44649 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlorococcaceae;Chlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 61506 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Sarcosomataceae;Galiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 106591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ensifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 118004 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Chrysiogenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 165301 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Lentzea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 172620 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Imshaugia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 186035 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Fragilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 204456 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Gemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 218112 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellinidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 222439 Eukaryota;Preaxostyla;NA;Oxymonadida;Streblomastigidae;Streblomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 290174 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aquimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 318744 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Phylliscum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 379899 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niabella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 519427 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Sharpea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 642604 Eukaryota;Chytridiomycota;Chytridiomycetes;Lobulomycetales;Lobulomycetaceae;Lobulomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 648802 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Rummeliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 940557 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Granulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 1111949 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Irpicaceae;Trametopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 1749039 Eukaryota;Basidiomycota;Ustilaginomycetes;Violaceomycetales;Violaceomycetaceae;Violaceomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 1940604 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Edaphochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 2058189 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Heterostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 2652702 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypomontagnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 2719231 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lacrimispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000076 8 2901164 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Stutzerimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 146 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Spirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 445 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Legionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Porphyromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 841 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Roseburia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 1060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 2991 Eukaryota;NA;Synurophyceae;Synurales;Mallomonadaceae;Synura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 5144 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Podosporaceae;Podospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 5305 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phanerochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 5502 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Curvularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 5569 Eukaryota;Ascomycota;Dothideomycetes;NA;Gloniaceae;Cenococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 40463 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Peniophoraceae;Peniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 41299 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Choricystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 46205 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Pseudobutyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 59734 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Empedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 64560 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Radiomycetaceae;Radiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 68785 Eukaryota;Basidiomycota;Agaricomycetes;Geastrales;Sphaerobolaceae;Sphaerobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 70110 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicilliopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 88551 Eukaryota;NA;Dinophyceae;Syndiniales;Amoebophryaceae;Amoebophrya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 90254 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Cokeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 102115 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Dermocarpellaceae;Stanieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 110546 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Whalleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 125216 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 204476 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Labrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 215251 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Brachybasidiaceae;Meira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 230760 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Roridomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 242060 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Cystoisospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 265488 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rhodopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 292632 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Subdoligranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 308865 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Elizabethkingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 332157 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Larkinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 393005 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tamlana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 396388 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Aestuariimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 417293 Bacteria;Verrucomicrobiota;NA;NA;NA;Lentimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 561967 Eukaryota;Ascomycota;Dothideomycetes;Mytilinidiales;Argynnaceae;Lepidopterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 586132 Eukaryota;Microsporidia;NA;NA;NA;Nematocida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 863253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Marinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 880756 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Fistulifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 908935 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Yimella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 1150382 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Parascedosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 1199100 Eukaryota;Chlorophyta;Ulvophyceae;Scotinosphaerales;Scotinosphaeraceae;Scotinosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 1505657 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Intestinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 1679449 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudooceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 1742991 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudoglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 1929901 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Bogoriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 2675230 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cytobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 2675231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mesobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000066 7 2905158 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Salinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 107 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Spirosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 568 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Hafnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 620 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shigella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 832 Bacteria;Fibrobacterota;Fibrobacteria;Fibrobacterales;Fibrobacteraceae;Fibrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 872 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 953 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Wolbachia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 1649 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Kurthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 1860 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Geodermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 2013 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Nocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 2053 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Gordonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 5395 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Paxillaceae;Paxillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 5453 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Ascochyta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 5712 Eukaryota;Euglenozoa;Kinetoplastea;Eubodonida;Bodonidae;Bodo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 29882 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hydnangiaceae;Laccaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 33870 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Coriobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 44055 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Aureococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 44471 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Microcoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 45402 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Aquabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 45669 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Salinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 53457 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Janibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 63261 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Moesziomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 74556 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Thraustotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 83654 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Leclercia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 84111 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Eggerthella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 100034 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;NA;Massariosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 101104 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Gongronella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 101137 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Helicostylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 117563 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Granulicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 135858 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Catenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 136491 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 141715 Eukaryota;Chlorophyta;Mamiellophyceae;Monomastigales;Monomastigaceae;Monomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 147557 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Byssothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 158045 Eukaryota;Ascomycota;Eurotiomycetes;Phaeomoniellales;Phaeomoniellaceae;Phaeomoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 167346 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Fomitiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 184430 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 186310 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Pezizellaceae;Calycina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 200903 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paraliobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 218113 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 231683 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Saccharospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 312278 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Emticicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 323449 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Pontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 329857 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Cohnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 335058 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 379065 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 395590 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zasmidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 475230 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Pullulanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 704093 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anaerobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 1053258 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Thelonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 1193503 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Gilliamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 1335631 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Frischella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 1433990 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 1506553 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 1659840 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Sanghuangporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 1697027 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Convivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 1924105 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Neglectibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 2072583 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Neohortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 2761542 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Fundicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000057 6 2918882 Eukaryota;Fornicata;NA;NA;NA;Aduncisulcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Haemophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 830 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Butyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1158 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Oscillatoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 2040 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Aeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 2175 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanohalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 2330 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 4769 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Saprolegnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 5027 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Pyrenophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 5097 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Monascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 5149 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Chaetomium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 5399 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Agrocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 5406 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Exobasidiaceae;Exobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 5629 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Laetiporaceae;Laetiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 6033 Eukaryota;Microsporidia;NA;NA;Unikaryonidae;Encephalitozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 29487 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Photorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 33652 Eukaryota;NA;Bigyra;Bicosoecida;Cafeteriaceae;Cafeteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 34114 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Pleurastraceae;Pleurastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 37914 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Dietziaceae;Dietzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 42360 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Daldinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 42367 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Hirsutella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 46123 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Abiotrophia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 55080 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Brevibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 66831 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Facklamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 68756 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Clavulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 69578 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Cryobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 75984 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Mannheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 79206 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfosporosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 80635 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Coniophoraceae;Coniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 97376 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Biscogniauxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 104239 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pterulaceae;Pterula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 124426 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Ustilaginoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 133746 Eukaryota;Basidiomycota;Agaricomycetes;Corticiales;Punctulariaceae;Punctularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 141948 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Thermomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 154750 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Lachnocladiaceae;Vararia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 162289 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Peptoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 202746 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfurimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 204447 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Skermanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 214906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Histophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 234816 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Schizophyllaceae;Auriculariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 247143 Eukaryota;Ascomycota;Lecanoromycetes;Acarosporales;Acarosporaceae;Pleopsidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 281915 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Curvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 348616 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Massospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 367298 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Phycicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 401469 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Undibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 471798 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Shimazuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 518753 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Luteolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 561108 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Jaminaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 582491 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rubidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 651660 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Paenisporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 690565 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Serinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1005722 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Phormidesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1082930 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Pelagibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1154586 Bacteria;Actinomycetota;Rubrobacteria;Gaiellales;Gaiellaceae;Gaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1288026 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Arcticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1344552 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Noviherbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1382832 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Telmatocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1629825 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Lanmaoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1647181 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;NA;Allonocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1647190 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aquibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1653176 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cereibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1689250 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Gorillibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1866960 Eukaryota;Microsporidia;NA;NA;Amphiacanthidae;Amphiamblys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1868332 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Neomicrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 1912216 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Cutibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 2174441 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Marinicaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 2201383 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Mangrovicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 2779860 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gryganskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 2837485 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Evansella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 2843200 Bacteria;Actinomycetota;Thermoleophilia;Miltoncostaeales;Miltoncostaeaceae;Miltoncostaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000047 5 2986345 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Pseudochryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 528 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Ochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 864 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Pectinatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 893 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfobulbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 906 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Megasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 919 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Thiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 963 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1016 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Capnocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1154 Bacteria;Cyanobacteriota;Cyanophyceae;Spirulinales;Spirulinaceae;Spirulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1186 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Calotrichaceae;Calothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1218 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Prochlorococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1754 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermoanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 5159 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Ophiostoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 5626 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Grifolaceae;Grifola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 5637 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Polyporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 5748 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Monodopsidaceae;Nannochloropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 13562 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Heterobasidion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 28065 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Rhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 28233 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Geotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 29393 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Dolosigranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 29407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 29909 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Tolypocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 32012 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Thiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 32199 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Buchnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 33976 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Caryophanon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 38880 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Botryococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 39965 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Hypsizygus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 40421 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Bondarzewia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 45667 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 48073 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Microbulbiferaceae;Microbulbifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 58050 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Moritellaceae;Moritella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 60186 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Rhizophydiaceae;Rhizophydium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 63399 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Arthroderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 68743 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Pluteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 68776 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Nidulariaceae;Cyathus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 68787 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Sclerodermataceae;Scleroderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 71950 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Psilocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 75374 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Leptodontidiaceae;Leptodontidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 76890 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Asticcacaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 77043 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Rosellinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 83461 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Corallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 83681 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Nonomuraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 100048 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Trematosphaeriaceae;Trematosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 101135 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Fennellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 101474 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Poronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 101851 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Glarea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 102231 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Gloeocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 102234 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Geminocystaceae;Cyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 104351 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Crepidotaceae;Crepidotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 109369 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Camillea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 111638 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Alectoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 129001 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 133925 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Olsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 137742 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Podoscyphaceae;Abortiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 147569 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Myriangiaceae;Myriangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 150247 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anoxybacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 150372 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Escovopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 152267 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pigmentiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 157920 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Cellulosimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 168658 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Rhodoblastus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 171412 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Eremococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 191373 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Pelotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 207244 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 210622 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Anoxynatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 221102 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Moniliophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 246875 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Algoriphagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 252356 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Maribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 265082 Eukaryota;Ascomycota;Sordariomycetes;NA;Thyridiaceae;Thyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 265975 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 286104 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Winogradskyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 303226 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 323413 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dokdonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 331971 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Thalassobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 367188 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Haladaptatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 390846 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Echinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 447237 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frondihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 467943 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Stephanosporaceae;Cristinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 471824 Bacteria;Mycoplasmatota;Mollicutes;Haloplasmatales;Haloplasmataceae;Haloplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 472568 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Devriesea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 475966 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Leptolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 476201 Eukaryota;Apicomplexa;Aconoidasida;Nephromycida;NA;Cardiosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 518733 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microterricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 599838 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fibroporiaceae;Fibroporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 633405 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Lacticigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 642605 Eukaryota;Chytridiomycota;Chytridiomycetes;Lobulomycetales;Lobulomycetaceae;Clydaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 682063 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Kalmusia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 690896 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lentitheciaceae;Lentithecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 882045 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Cuspidothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 937605 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Hymenopellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 947096 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Porosporidae;Porospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 985001 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Piscicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1029631 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Amnibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1184606 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Austwickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1263978 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Candidatus Endolissoclinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1329200 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fictibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1382931 Bacteria;Chloroflexota;Ardenticatenia;Ardenticatenales;Ardenticatenaceae;Ardenticatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1458928 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Okeania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1484898 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloceanibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1548510 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Microbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1648508 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ciceribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1742990 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paeniglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1742993 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1775292 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Motiliproteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1780190 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Izhakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1859940 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Paramyrothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1924110 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Massilimicrobiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1926259 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Pseudactinotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 1934365 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Collariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2004797 Bacteria;Acidobacteriota;Vicinamibacteria;Vicinamibacterales;Vicinamibacteraceae;Luteitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2027529 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Cumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2282523 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2495364 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Emydomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2663134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudogemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2678885 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2706524 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Rariglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2767206 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Candidatus Reconcilbacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2801844 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Arachnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2803301 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Poriferisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2828348 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ruaniaceae;Occultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2884223 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Agilicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2893060 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2895509 Bacteria;Mycoplasmatota;NA;Mycoplasmoidales;Metamycoplasmataceae;Metamycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2944152 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Wujia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 2975149 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Marinilongibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000038 4 3029205 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Abyssibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 47 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Archangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 53 Bacteria;Myxococcota;NA;Nannocystales;Nannocystaceae;Nannocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 780 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Rickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 801 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Symbiopectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 978 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Cytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1033 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Afipia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1234 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Nitrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1573 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Clavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1849 Bacteria;Actinomycetota;Actinomycetes;Actinopolysporales;Actinopolysporaceae;Actinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2160 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2207 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2761 Eukaryota;NA;Glaucocystophyceae;NA;Cyanophoraceae;Cyanophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2849 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Phaeodactylaceae;Phaeodactylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 3038 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 3110 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Prototheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 3187 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Nannochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 3191 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Spermatozopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 5644 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Stereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 12941 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Aphanocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 27977 Eukaryota;Microsporidia;NA;NA;Nosematidae;Nosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 29330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Alicyclobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 32257 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Kingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 33042 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Coprococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 33637 Eukaryota;NA;Phaeophyceae;Laminariales;Laminariaceae;Laminaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 33951 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Acetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 36862 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Ideonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 39643 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Sorangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 39948 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Dialister;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 40432 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Daedaleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 41953 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Pseudo-nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 45132 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Botryosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 48463 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Prosthecobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 53452 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Lamprocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 57495 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Dermacoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 59739 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Flammeovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 63265 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Sporisorium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 63682 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Lobosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 64498 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Choanephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 71655 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Brenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 80662 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Piloderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 82982 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Obesumbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 84108 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Slackia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 89092 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ignavigranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 93171 Bacteria;Candidatus Tectomicrobia;NA;NA;NA;Candidatus Entotheonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 101095 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Gilbertella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 101106 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Halteromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 106633 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thioalkalivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 109377 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Ustulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 110080 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Obelidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 110669 Eukaryota;Chlorophyta;Palmophyllophyceae;Prasinococcales;Prasinococcaceae;Prasinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 110934 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agreia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 116067 Eukaryota;NA;Phaeophyceae;Sphacelariales;Choristocarpaceae;Onslowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 120961 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Roseiflexaceae;Roseiflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 144548 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Heliocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 150781 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Astraeaceae;Astraeus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 156993 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Reichenbachiellaceae;Reichenbachiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 158848 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Moellerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 159341 Eukaryota;NA;Bigyra;Placidida;Placidiaceae;Placidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 167639 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Ilyobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 168934 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Thalassospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 182061 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Tetrapyrgos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 182276 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Artomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 189429 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Chlorodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 190942 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Astrocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 191494 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Conexibacteraceae;Conexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 192987 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Allofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 192992 Bacteria;Actinomycetota;Thermoleophilia;Thermoleophilales;Thermoleophilaceae;Thermoleophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 204475 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Gemmiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 211469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Kineosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 227085 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Bigelowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 235888 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Salinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 240577 Eukaryota;NA;NA;Sticholonchida;Sticholonchidae;Sticholonche;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 258255 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pseudovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 264147 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Millisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 265570 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Sulfurovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 265976 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Serinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 274470 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 281472 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Jiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 318147 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Paucibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 371108 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Saccharataceae;Saccharata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 407951 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Neofusicoccum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 407997 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Venenivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 412033 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Celerinatantimonadaceae;Celerinatantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 445219 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Reyranellaceae;Reyranella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 458839 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Actinotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 466152 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Singulisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 497742 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfatirhabdiaceae;Desulfatirhabdium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 501783 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cloacibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 511678 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Aliivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 556178 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Humibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 644652 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Gordonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 649461 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Lacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 653683 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 655184 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Thioglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 669368 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Coleofasciculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 690884 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiotremataceae;Lophiotrema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 697279 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Bavariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 748770 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Dolichospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 762641 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muriicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 795339 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Phytopythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 869806 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Marivirgaceae;Marivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 944321 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Soonwooa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1073531 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1079112 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Ilyonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1096776 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Flexivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1120752 Bacteria;Cyanobacteriota;Cyanophyceae;Nodosilineales;Nodosilineaceae;Nodosilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1146845 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Dongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1301585 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Usnochroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1335745 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Spiribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1384499 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Pisciglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1406885 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aliiglaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1418588 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Tersicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1434010 Bacteria;Actinomycetota;Actinomycetes;Jatrophihabitantales;Jatrophihabitantaceae;Jatrophihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1470349 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Candidatus Stoquefichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1510015 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Microglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1538468 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Povalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1543703 Bacteria;Bacillota;Desulfuribacillia;Desulfuribacillales;Desulfuribacillaceae;Desulfuribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1546255 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Mumia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1643958 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Roseiarcaceae;Roseiarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1679002 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Candidatus Methylopumilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1712422 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Euryhalocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1755829 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Ichthyobacteriaceae;Ichthyobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1769710 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Sellimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1774107 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Catenisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1774128 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Murimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1804794 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Kalmanozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1847725 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Lawsonellaceae;Lawsonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1849828 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Paeniclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1905344 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruthenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1911549 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Raineyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1918540 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Muribaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 1960084 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Rodentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2024969 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Natronospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2042653 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Nigerium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2060871 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Galactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2093823 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Nanosynbacterales;Candidatus Nanosynbacteraceae;Candidatus Nanosynbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2183612 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Klenkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2211638 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Limimaricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2304691 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Thermoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2321111 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Aliarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2603324 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidibrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2675233 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Metabacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2676048 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Schaedlerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2679998 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Arundinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2714751 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Lichenibacteriaceae;Lichenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2719313 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Enterocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2756312 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Jonesiaceae;Flavimobilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2761499 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Porcisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2794998 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Maridesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2800686 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Tsuneonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2815780 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Velocimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2837506 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Niallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2849660 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Taishania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2885758 Archaea;Candidatus Micrarchaeota;Candidatus Micrarchaeia;Candidatus Anstonellales;Candidatus Bilamarchaeaceae;Candidatus Bilamarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2896773 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Enemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2904863 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Hermanssonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2918834 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Petrachlorosaceae;Petrachloros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2941520 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Senimuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2982750 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Ohessyouella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2992131 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Romeriopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2993618 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Halosolutus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 2996260 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Polyrhizophydium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000028 3 3033930 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fervidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 42 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Cystobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 93 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Stellaceae;Stella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 99 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Ancylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 113 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Gemmata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 123 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Pirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 404 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 416 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 848 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Fusobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 862 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 890 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Desulfuromonadaceae;Desulfuromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 904 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Acidaminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 914 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1073 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Rhodopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1222 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Prochlorothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1257 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptostreptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1378 Bacteria;Bacillota;Bacilli;Bacillales;NA;Gemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1651 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alloiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1851 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2019 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Thermomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2063 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Kitasatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2289 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulfobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2735 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Verrucomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2865 Eukaryota;NA;Dinophyceae;Gonyaulacales;Crypthecodiniaceae;Crypthecodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 3164 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Tetraselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 4778 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Bremia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 5263 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Uromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 5375 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Rhizopogonaceae;Rhizopogon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 5706 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Phytomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 5790 Eukaryota;Evosea;Eumycetozoa;Physariida;Physaraceae;Physarum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 5800 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Eimeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 12960 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Azoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 13134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Magnetospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 27971 Eukaryota;Microsporidia;NA;NA;Enterocytozoonidae;Enterocytozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 28073 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Lyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 28100 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Phyllobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 28250 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Ornithobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 33098 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Pandorina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 33981 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 35676 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Pelagomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 38452 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Rutstroemiaceae;Rutstroemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 38797 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Neolentinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 39845 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinokineospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 40443 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Gloeophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 43971 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Blastobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 44011 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Ferrimonadaceae;Ferrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 48075 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 49279 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gelidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 51323 Eukaryota;Chlorophyta;Ulvophyceae;Oltmannsiellopsidales;Oltmannsiellopsidaceae;Oltmannsiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 51366 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Salinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 52972 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Polaromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 53355 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Terrabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 53387 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Friedmanniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 57504 Eukaryota;Ciliophora;Spirotrichea;Urostylida;Holostichidae;Holosticha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 57665 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurospirillaceae;Sulfurospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 61423 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Harpellaceae;Furculomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 61653 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 64001 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Nevskia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 64968 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 67575 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 70411 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Frateuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 70535 Eukaryota;Microsporidia;NA;NA;Culicosporidae;Edhazardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 72358 Eukaryota;Microsporidia;NA;NA;Pleistophoridae;Trachipleistophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 73229 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 74030 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 75309 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rhodanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 76312 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Caulerpaceae;Caulerpa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 77566 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Hepatocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 81682 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylovorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 82978 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Budvicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 85043 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Williamsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 91914 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Asaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 93217 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pandoraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 96907 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 98402 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Drechmeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 100715 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chloroherpetonaceae;Chloroherpeton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 101925 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Flintiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 104088 Eukaryota;Parabasalia;NA;Spirotrichonymphida;Holomastigotoididae;Spirotrichonympha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 112987 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Neochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 113286 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Pseudoramibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 114962 Eukaryota;Ascomycota;Lecanoromycetes;Caliciales;Physciaceae;Heterodermia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 117156 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Actinopolymorphaceae;Actinopolymorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 120652 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methylocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 125287 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Ornithinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 132605 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Limnothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 140625 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 146865 Eukaryota;Microsporidia;NA;NA;NA;Pseudoloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 147496 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Bimuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 155977 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Acaryochloridaceae;Acaryochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 165812 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Sporanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 167375 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Cyanobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 171436 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Tistrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 178469 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Arenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 178898 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVI. Incertae Sedis;Carboxydocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 180162 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Cetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 184462 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Hyaloperonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 196013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Caldimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 204037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Dickeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 204754 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Rhexocercosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 212743 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rhizobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 212744 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Rugamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 225842 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Formosa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 232264 Eukaryota;NA;NA;Telonemida;NA;Telonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 232523 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hylemonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 236052 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 239759 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Alistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 245876 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Nitratireductor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 252965 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family IV. Incertae Sedis;Mahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 261933 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Pleomorphomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 263510 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Crocosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 269773 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 296051 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Terrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 299330 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lobosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 299566 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Adhaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 311453 Eukaryota;Microsporidia;NA;NA;Tubulinosematidae;Anncaliia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 321315 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Sphaerisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 327281 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Acephala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 332102 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Fluviicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 351195 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 354349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Pseudochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 354354 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niastella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 366580 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Bowmanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 370954 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Staphylotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 376469 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Olivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 391952 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Aquincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 395331 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanoregulaceae;Methanoregula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 399320 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Sphaerochaetaceae;Sphaerochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 400060 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Paludibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 404235 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Maritimibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 416949 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Parapedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 427753 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Humibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 436357 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Thalassococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 467975 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Iamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 482460 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sediminibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 497721 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfolunaceae;Desulfoluna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 511745 Bacteria;Verrucomicrobiota;Methylacidiphilae;Methylacidiphilales;Methylacidiphilaceae;Methylacidiphilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 512381 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 596919 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactifluus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 626119 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ruaniaceae;Ruania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 630749 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Spongiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 690086 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Salinarimonadaceae;Salinarimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 695999 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinophytocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 706535 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Brunneosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 747074 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Tepidamorphaceae;Tepidamorphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 749461 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Boeremia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 767891 Bacteria;Pseudomonadota;Alphaproteobacteria;NA;NA;Candidatus Puniceispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 908623 Bacteria;Actinomycetota;Nitriliruptoria;Euzebyales;Euzebyaceae;Euzebya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 929509 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Solitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 946234 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Flavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 984996 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Mobilicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1004303 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ferruginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1017183 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Chelatococcaceae;Camelimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1078851 Eukaryota;Tubulinea;Elardia;Arcellinida;NA;Pyxidicula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1129545 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Claroideoglomeraceae;Claroideoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1188227 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeomargaritales;Gloeomargaritaceae;Gloeomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1191515 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Ornithinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1210119 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Ohtaekwangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1231656 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lindgomycetaceae;Clohesyomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1233054 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1234780 Eukaryota;Basidiomycota;Agaricomycetes;Corticiales;Corticiaceae;Lyomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1259734 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Compostimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1294511 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Naumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1392389 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Intestinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1399958 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Chromochloridaceae;Chromochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1400055 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Murinocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1408818 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Youngiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1425377 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Haloechinothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1433999 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Domibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1434002 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Falsirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1434034 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pricia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1434045 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sinomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1448928 Bacteria;Candidatus Fervidibacteria;NA;NA;NA;Candidatus Fervidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1458243 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Pseudomaricurvus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1470353 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Candidatus Soleaferrea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1485594 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1486726 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1486888 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Polyblepharidaceae;Polyblepharides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1506577 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Tyzzerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1511635 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Aquisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1511649 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Mongoliitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1518149 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1524217 Bacteria;Myxococcota;NA;Polyangiales;Labilitrichaceae;Labilithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1549750 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Lomentospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1550243 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Aetokthonos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1572763 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Moheibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1573534 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1579505 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rubripirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1594166 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Oricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1612157 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pararhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1612611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pararhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1648500 Bacteria;Bacillota;Bacilli;Bacillales;Bacillales Family X. Incertae Sedis;Brockia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1648520 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Conyzicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1649453 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Gimesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1649475 Bacteria;Acidobacteriota;Terriglobia;Bryobacterales;Bryobacteraceae;Paludibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1649478 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Pelolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1649490 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Rubinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1673731 Eukaryota;NA;Bigyra;Placidida;NA;Suigetsumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1676142 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Wenzhouxiangellaceae;Wenzhouxiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1729679 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1747770 Bacteria;Actinomycetota;Nitriliruptoria;Egibacterales;Egibacteraceae;Egibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1769732 Bacteria;NA;Deltaproteobacteria;NA;NA;Dissulfurimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1775688 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Jiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1804663 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Haematospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1827277 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Aliterellaceae;Aliterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1848399 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Crassaminicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1912988 Eukaryota;Microsporidia;NA;NA;NA;Enteropsectra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1914244 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Krasilnikoviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1914248 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;NA;Motilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1921511 Bacteria;Verrucomicrobiota;Spartobacteria;Chthoniobacterales;Chthoniobacteraceae;Candidatus Udaeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 1940255 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Fournierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2004661 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Hyphobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2005355 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2005375 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2115980 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Candidatus Phycorickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2304693 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2511164 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Monodopsidaceae;Microchloropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2563777 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Lactimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2662142 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2676063 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Pseudomethylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2676247 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Aquirufa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2680020 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Tautonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2707020 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Aerosticca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2717339 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhabdaerophilaceae;Rhabdaerophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2767204 Bacteria;Candidatus Muirbacteria;NA;NA;NA;Candidatus Muirbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2767322 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Bowdeniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2767323 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Buchananella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2787156 Bacteria;Bacillota;Culicoidibacteria;Culicoidibacterales;Culicoidibacteraceae;Culicoidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2795426 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Novipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2808942 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Fluviibacteraceae;Fluviibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2815774 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Hornefia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2837508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rossellomorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2837510 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Siminovitchia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2870713 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Falsiroseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2873964 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Psittacicellaceae;Psittacicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2885697 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Gephyromycinifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2897685 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Tulosesus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2901261 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Denitrificimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2907937 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Halpernia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2922426 Bacteria;Chloroflexota;Candidatus Thermofonsia;Phototrophicales;Phototrophicaceae;Phototrophicus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2930254 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hanamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2939270 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Cubamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2953811 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Thalassoroseus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2956790 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonauticaceae;Desulfovulcanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2974369 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Palleniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2993541 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Lewinellaceae;Neolewinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 2994362 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Parafrankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 3025863 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Ferroacidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 3032809 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Petralouisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000019 2 3045815 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichothermofontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 20 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Phenylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 32 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Myxococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 50 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Chondromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 59 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Vitreoscilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 85 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hyphomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 133 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 171 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Leptospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 262 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Francisellaceae;Francisella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 279 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Xanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 517 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Bordetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 522 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidiphilium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 635 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Edwardsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 637 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Arsenophonus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 846 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 933 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Thiomicrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 965 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1011 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Sporocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1021 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Beggiatoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1030 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Thiothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1068 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1091 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Chlorobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1111 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Porphyrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1227 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Nitrosococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1370 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Marinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1835 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2071 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2172 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobrevibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2222 Archaea;Euryarchaeota;Methanomicrobia;Methanotrichales;Methanotrichaceae;Methanothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2249 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halococcaceae;Halococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2268 Archaea;Thermoproteota;Thermoprotei;Thermofilales;Thermofilaceae;Thermofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2295 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteriaceae;Desulfobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2375 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Sporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2697 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2740 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Peptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2764 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Callithamniaceae;Aglaothamnion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2960 Eukaryota;NA;Dinophyceae;Amphidiniales;Amphidiniaceae;Amphidinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 3128 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Bryopsidaceae;Bryopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 4865 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Dipsacomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 5179 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Sclerotinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 5318 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Irpicaceae;Irpex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 5581 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Beauveria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 5620 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Zygoascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 5709 Eukaryota;Euglenozoa;Kinetoplastea;Parabodonida;NA;Trypanoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 5935 Eukaryota;Ciliophora;Spirotrichea;Euplotida;Euplotidae;Euplotes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 6038 Eukaryota;Microsporidia;NA;NA;Nosematidae;Vairimorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 13034 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Dactylococcopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 27382 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Scutellospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 27964 Eukaryota;NA;Phaeophyceae;Ectocarpales;Scytosiphonaceae;Colpomenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 28067 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Rubrivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 28209 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Chelatococcaceae;Chelatococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 28231 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 28895 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Thermoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 28905 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Fastidiosibacteraceae;Caedibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 29646 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Stichococcaceae;Stichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 31444 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Solieriaceae;Eucheuma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 31988 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 32067 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Leptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 33071 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeobacterales;Gloeobacteraceae;Gloeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 33926 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Candidatus Phytoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 33973 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 34019 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Liberibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 34084 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Riemerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 34431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucocoprinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 34435 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Macrolepiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 35089 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Gregarinidae;Gregarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 35162 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Rhodomela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 35235 Eukaryota;Microsporidia;NA;NA;Pleistophoridae;Vavraia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 35753 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Dactylosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 35829 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acetivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 36739 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Dermabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 37867 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Spirostomidae;Spirostomum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 38513 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Dumontiaceae;Dumontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 38835 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pterosperma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 39716 Eukaryota;Cercozoa;Imbricatea;Euglyphida;Paulinellidae;Paulinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 39773 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 40222 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Methylophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 40418 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Auriscalpium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 40436 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Daedalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 40441 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Fomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 42418 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Halanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 43676 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Promicromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 43773 Bacteria;Thermodesulfobacteriota;Syntrophia;Syntrophales;Syntrophaceae;Syntrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 43947 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Tolumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 44675 Bacteria;Acidobacteriota;Holophagae;Holophagales;Holophagaceae;Geothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 45148 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiostomataceae;Lophiostoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 45299 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Diademaceae;Clathrospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 45427 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Amylocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 46468 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Orenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 46949 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Pyrenomonadaceae;Storeatula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 48482 Eukaryota;NA;NA;Jakobida;Histionidae;Reclinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 49184 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineosporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 49277 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Psychroserpens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 50709 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 50714 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 50729 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Ampelomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 51540 Eukaryota;Microsporidia;NA;NA;Spraguidae;Spraguea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 51711 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Stephanosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 52225 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Mitsuokella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 52959 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Polaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 53244 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonatronovibrionaceae;Desulfonatronovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 53634 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Acidimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 54902 Eukaryota;NA;Dinophyceae;Peridiniales;Peridiniaceae;Scrippsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 55079 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Aneurinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 55993 Eukaryota;Chlorophyta;Chlorophyceae;Oedogoniales;Oedogoniaceae;Oedogonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 56112 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Dehalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 56747 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Fibularhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 58122 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Spirillospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 59195 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Rickettsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 59738 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Marinilabilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 59753 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 60136 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 61413 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Martensiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 63259 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Melanopsichium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 64652 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Clitocybaceae;Lepista;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 65047 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Mitsuaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 65402 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Acidaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 65496 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinoalloteichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 65504 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Virgisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 65551 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Meiothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 66862 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Ammoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 67960 Eukaryota;Rhodophyta;Florideophyceae;Thoreales;Thoreaceae;Thorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 68034 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Sporotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 70837 Eukaryota;Rhodophyta;Florideophyceae;Gelidiales;Pterocladiaceae;Pterocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 71941 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hygrophoraceae;Hygrophorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 73504 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Cladobotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 76829 Eukaryota;NA;Phaeophyceae;Ascoseirales;NA;Ascoseira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 77850 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kodamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 82309 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phlebiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 82345 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Ornithinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 82999 Eukaryota;NA;Olisthodiscophyceae;NA;Olisthodiscaceae;Olisthodiscus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 83551 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Parachlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 83612 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Psychroflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 83677 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Thermobifida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 83764 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Formivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 84034 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Propionispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 85108 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Halorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 86004 Bacteria;Bacillota;Bacilli;Bacillales;Pasteuriaceae;Pasteuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 86085 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Gymnopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 87171 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Natronohydrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 88875 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Ferribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 89404 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Glaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 90974 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Acrocarpospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 93368 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Pseudaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 94008 Bacteria;Bacillota;Bacilli;Bacillales;Bacillales Family X. Incertae Sedis;Thermicanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 96312 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Leptographium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 96783 Eukaryota;Euglenozoa;Euglenida;Euglenales;Phacaceae;Phacus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 100815 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;NA;Madurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 104204 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Streptomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 104267 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tenacibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 104397 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Epicoccum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 104530 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Aphanochaetaceae;Aphanochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 110103 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Anabaenopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 111830 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Defluviicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 112008 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Ignatzschineria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 112902 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Propionispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 114248 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Tepidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 117999 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Geovibrionaceae;Denitrovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 134550 Bacteria;Verrucomicrobiota;Spartobacteria;NA;NA;Candidatus Xiphinematobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 136088 Eukaryota;NA;NA;Malawimonadida;Malawimonadidae;Malawimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 139111 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;NA;Dendrothele;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 139133 Eukaryota;Basidiomycota;Agaricomycetes;Trechisporales;NA;Sistotremastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 141450 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oleiphilaceae;Oleiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 142577 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Prauserella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 142587 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Isobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 150022 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Finegoldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 150830 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Roseibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 151076 Eukaryota;Ciliophora;Phyllopharyngea;Chlamydodontida;Chilodonellidae;Chilodonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 151754 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Xenophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 153265 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aequorivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 157004 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Padina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 157684 Eukaryota;NA;Dinophyceae;Gymnodiniales;Kareniaceae;Karlodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 158481 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Hahellaceae;Hahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 160794 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Filobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 162027 Bacteria;Myxococcota;NA;Haliangiales;Kofleriaceae;Haliangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 166106 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Gymnoascaceae;Arachniotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 168694 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Salinispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 168808 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Sneathia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 169055 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Nordella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 170436 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Udotea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 171673 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Inquilinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 174951 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ramlibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 178440 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Opitutus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 180541 Bacteria;Pseudomonadota;Gammaproteobacteria;Salinisphaerales;Salinisphaeraceae;Salinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 184869 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Varibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 186829 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Agitococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 189330 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Dorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 191045 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Hydropuntia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 191303 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Turicibacteraceae;Turicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 194195 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Alysiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 195950 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Tannerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 196081 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Scardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 200670 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Crenotrichaceae;Crenothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 202699 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Amylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 205395 Eukaryota;Chlorophyta;Ulvophyceae;Ulotrichales;Ulotrichaceae;Capsosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 211106 Eukaryota;Evosea;Eumycetozoa;Liceales;Enteridiidae;Lycogala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 212111 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 213223 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Geothermobacteraceae;Geothermobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 213485 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Micavibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 214904 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Tepidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 217063 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Oleomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 219181 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ottowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 221282 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Symphyonemataceae;Mastigocladopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 223785 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Hydrogenimonaceae;Hydrogenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 227864 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cerasibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 231750 Eukaryota;Rhodophyta;Florideophyceae;Corallinales;Corallinaceae;Hydrolithon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 233189 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Anaerolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 236786 Eukaryota;NA;Dictyochophyceae;Florenciellales;NA;Florenciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 239050 Eukaryota;Ascomycota;Sordariomycetes;Chaetosphaeriales;Chaetosphaeriaceae;Thozetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 241421 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Gomontiellaceae;Crinalium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 242605 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Luteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 243023 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Pochonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 244127 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaerotruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 247501 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Parachlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 252301 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Oceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 256846 Bacteria;Lentisphaerota;Lentisphaeria;Lentisphaerales;Lentisphaeraceae;Lentisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 261825 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Agarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 261827 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Algibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 262406 Bacteria;Chloroflexota;NA;NA;NA;Thermobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 265487 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Blastopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 265980 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Alkalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 274591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Hoeflea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 282132 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Candidatus Protochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 282687 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Philasteridae;Philasterides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 285107 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thioclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 292480 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 292637 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Seinonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 293088 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Martelella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 300418 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Catellicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 303379 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herminiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 305399 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Cryphonectriaceae;Chrysoporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 305899 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Endozoicomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 317661 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Quadrisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 325644 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Tydemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 327159 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Accumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 334767 Archaea;Thermoproteota;Thermoprotei;Desulfurococcales;Desulfurococcaceae;Ignisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 335405 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sphingosinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 336830 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Arsukibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 337670 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Pilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 340070 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Criblamydiaceae;Criblamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 340096 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Tuberibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 352449 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Giesbergeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 359407 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylotenera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 361607 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Patulibacteraceae;Patulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 369926 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Brooklawnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 373053 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Calditerricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 381414 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Boodleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 382513 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Telmatospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 383614 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Brasilonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 388463 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Edaphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 390250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Labedella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 392332 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Geoalkalibacteraceae;Geoalkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 394505 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 398041 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 402170 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Lapillicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 402649 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinomycetospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 414715 Bacteria;Actinomycetota;Actinomycetes;Catenulisporales;Actinospicaceae;Actinospica;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 419014 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Alloscardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 420644 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Piscibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 442968 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Ameyamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 447020 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Adlercreutzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 448176 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Granulicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 449972 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Chelativorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 450526 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 451512 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Mangrovibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 455433 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Pelagicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 457933 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Elioraeaceae;Elioraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 458032 Bacteria;Acidobacteriota;Blastocatellia;NA;NA;Chloracidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 478070 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Labrenzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 484508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ornithinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 500614 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Desmospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 501022 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Glaciibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 504465 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rhodovastum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 510690 Bacteria;Pseudomonadota;Alphaproteobacteria;Sneathiellales;Sneathiellaceae;Sneathiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 518755 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Roseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 526215 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Thalassobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 530098 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Blastosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 545865 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Calditerrivibrionaceae;Calditerrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 551771 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Vulcanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 556257 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Pseudolabrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 569950 Eukaryota;Tubulinea;Elardia;Leptomyxida;Flabellulidae;Flabellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 570266 Archaea;Euryarchaeota;Methanomicrobia;Methanocellales;Methanocellaceae;Methanocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 574899 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Haloferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 577309 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Paraprevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 580374 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Klugiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 582472 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Wohlfahrtiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 583360 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Umezawaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 596499 Bacteria;Actinomycetota;Nitriliruptoria;Nitriliruptorales;Nitriliruptoraceae;Nitriliruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 596707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Sinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 596767 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Hydrogenoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 630701 Eukaryota;Euglenozoa;Kinetoplastea;NA;Ichthyobodonidae;Perkinsela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 633413 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pseudozobellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 643217 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Afifellaceae;Afifella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 644269 Eukaryota;Rhodophyta;Florideophyceae;Batrachospermales;Batrachospermaceae;Kumanoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 649462 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Gracilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 656899 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Schlesneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 658623 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Chelonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 662758 Archaea;Candidatus Parvarchaeota;NA;NA;NA;Candidatus Parvarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 665874 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Limnohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 666508 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Phycisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 670486 Bacteria;Chloroflexota;Dehalococcoidia;NA;NA;Dehalogenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 671928 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Seirophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 682522 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Ilumatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 698776 Bacteria;Bacillota;Clostridia;Eubacteriales;Cellulosilyticaceae;Cellulosilyticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 700917 Eukaryota;Rhodophyta;Rhodellophyceae;Rhodellales;Rhodellaceae;Corynoplastis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 795750 Bacteria;Ignavibacteriota;Ignavibacteria;Ignavibacteriales;Ignavibacteriaceae;Ignavibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 871740 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 907364 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Phytohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 908251 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Branchiibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 911113 Bacteria;Acidobacteriota;Terriglobia;Bryobacterales;Bryobacteraceae;Bryobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 929812 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Gibbsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 947567 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Litoreibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 986106 Bacteria;Pseudomonadota;Gammaproteobacteria;Acidiferrobacterales;Acidiferrobacteraceae;Acidiferrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 987053 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Rhodoligotrophos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 999506 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Pseudofulvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1007342 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Desulfurispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1008952 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Oophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1042315 Bacteria;Armatimonadota;Armatimonadia;Armatimonadales;Armatimonadaceae;Armatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1069494 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Trueperella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1074468 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Candidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1078830 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidicapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1080193 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Hyunsoonleella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1081670 Eukaryota;Microsporidia;NA;NA;Enterocytozoonidae;Enterospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1082702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Lonsdalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1084558 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Oceanicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1097466 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Defluviimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1121254 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Hamadaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1137960 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Allokutzneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1145345 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Bauldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1155934 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Marininema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1156392 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Pseudokineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1157960 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;NA;Poropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1158982 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Calidifontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1164882 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoanaerobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1167830 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Litorimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1185408 Bacteria;Bacillota;Clostridia;Eubacteriales;Defluviitaleaceae;Defluviitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1185872 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Desertifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1193515 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Snodgrassella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1211036 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mangrovimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1221880 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Psychrobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1227948 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1230698 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Marisediminicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1236218 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Melghirimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1254401 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Sunxiuqinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1301588 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Variospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1303912 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosarcinaceae;Desulfatitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1332112 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Sirenicapillariaceae;Limnoraphis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1348508 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Roseimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1348911 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Barnesiellaceae;Coprobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1358438 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Tepidamorphaceae;Lutibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1383070 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Brevifollis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1397107 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Aliifodinibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1400134 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Streptohalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1400386 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Bythopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1403538 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Fervidicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1403714 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Parapusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1407607 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Fusicatenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1410680 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methyloglobulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1427378 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Acetatifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1432242 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Tricladiaceae;Halenospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1433986 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Actibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1433993 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Chryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1434016 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Longimycelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1434046 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1472762 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Enorma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1477505 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Eoetvoesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1481960 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1486725 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1492710 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Oxynema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1499983 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglenaformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1501143 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Neosynechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1501226 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Romboutsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1504576 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudocitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1505231 Bacteria;Fibrobacterota;Chitinivibrionia;Chitinivibrionales;Chitinivibrionaceae;Chitinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1505664 Bacteria;Bacillota;Tissierellia;Tissierellales;Gottschalkiaceae;Gottschalkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1518147 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Wenyingzhuangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1519500 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Coleochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1522056 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Flaviflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1522431 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfobacteriaceae;Thermosulfurimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1524449 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Butyriboletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1564515 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Haliscomenobacteraceae;Phaeodactylibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1608298 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Thiolapillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1608404 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Puniceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1617805 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amylibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1618113 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Saccharicrinis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1620700 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Alkalinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1648491 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Aquihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1649454 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Glaciihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1649455 Bacteria;Actinomycetota;Actinomycetes;NA;NA;Halopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1649482 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pseudopedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1649485 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pustulibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1649497 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Spelaeicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1649503 Bacteria;Verrucomicrobiota;Terrimicrobiia;Terrimicrobiales;Terrimicrobiaceae;Terrimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1649512 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Vulcaniibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1655429 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Savagea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1663051 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Sphagnurus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1663717 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Herbinix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1676651 Bacteria;Bacillota;Limnochordia;Limnochordales;Limnochordaceae;Limnochorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1734920 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Pseudorhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1745211 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1745319 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1751296 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Sinirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1759400 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Paramesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1760987 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomagnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1769008 Bacteria;Bacillota;Clostridia;Halanaerobiales;NA;Anoxybacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1769012 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Arachidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1774136 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Garicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1778653 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfuriferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1779136 Bacteria;NA;Deltaproteobacteria;Bradymonadales;Bradymonadaceae;Bradymonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1783488 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Phytoactinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1794910 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Anaerosporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1813601 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudoroseicyclus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1820341 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Crenalkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1843210 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerocolumna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1849551 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Cephaloticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1855362 Bacteria;Candidatus Kryptonia;NA;NA;NA;Candidatus Thermokryptus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1855416 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Qipengyuania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1860196 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pseudobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1866954 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Varunaivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1867836 Eukaryota;NA;NA;Jakobida;Stygiellidae;Stygiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1884429 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1884449 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salipaludibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1890291 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Falcatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1902578 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Tokpelaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1903858 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pseudorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1904377 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Amorphaceae;Acuticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1906945 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Parageobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1911566 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Arsenicitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1914229 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Aliidongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1914292 Eukaryota;NA;Cryptophyceae;Cyathomonadacea;NA;Hemiarma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1920251 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Antricoccaceae;Antricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1924093 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaeromassilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1924101 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Numidum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1926677 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Raoultibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1929940 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Viridothelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1930845 Bacteria;Bacillota;NA;NA;NA;Ndongobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1935206 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rubeoparvulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1937008 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Dubosiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1949218 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Telluribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1954472 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Crassisporiaceae;Crassisporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1961799 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Lacunisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1980680 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Alterileibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1980681 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Colidextribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 1986179 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Neocucurbitaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2023705 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Membranihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2024975 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Silvanigrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2025987 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Nothophytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2027874 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Mongoliimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2035349 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Oceanispirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2035712 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Thioalkalibacteraceae;Guyparkeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2038697 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Williamwhitmaniaceae;Williamwhitmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2039709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Desertibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2045098 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Puia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2045110 Eukaryota;Chlorophyta;Ulvophyceae;Ulotrichales;Sarcinofilaceae;Sarcinofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2071601 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Thermostaphylospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2078575 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Psychromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2078948 Bacteria;Actinomycetota;Actinomycetes;Sporichthyales;Sporichthyaceae;Epidermidibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2079189 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Tetzosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2081418 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Drepanopezizaceae;Drepanopeziza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2093335 Bacteria;Gemmatimonadota;Gemmatimonadetes;Gemmatimonadales;Gemmatimonadaceae;Roseisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2093783 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Methylomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2100764 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Mixta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2137425 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Novimethylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2163168 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Kineothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2211636 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cognatiyoonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2211637 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Flavimaricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2250589 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Xinfangfangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2282741 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfofundulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2303321 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Superficieibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2304687 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Petroclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2307285 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavipsychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2339270 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Cortinariaceae;Phlegmacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2448024 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Desertimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2478349 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Indioceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2505929 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Chaetophoraceae;Chaetophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2507545 Bacteria;Candidatus Margulisbacteria;Candidatus Termititenacia;Candidatus Termititenacales;Candidatus Termititenacaceae;Candidatus Termititenax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2518495 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Duncaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2571160 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Trinickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2576016 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;NA;Pascua;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2600304 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Baekduiaceae;Baekduia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2608728 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidisarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2664261 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2676121 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Galactobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2676755 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2676837 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Desertihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2682052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Hyalogonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2682228 Bacteria;Chloroflexota;Tepidiformia;Tepidiformales;Tepidiformaceae;Tepidiforma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2682247 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Pseudorivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2682476 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2683203 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Vaginisenegalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2683599 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paroceanicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2689589 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Staphylospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2691417 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Lacipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2698688 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paraflavitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2698753 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Fluviispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2699295 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Embleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2717089 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Massilistercora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2726810 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Scandinavium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2754714 Bacteria;Actinomycetota;NA;NA;NA;Candidatus Hakubanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2758103 Bacteria;Nitrospirota;Nitrospiria;Candidatus Troglogloeales;Candidatus Manganitrophaceae;Candidatus Manganitrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2758920 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Paraconexibacteraceae;Paraconexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2768684 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Terricaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2774146 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Frigoriglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2779868 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gamsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2792299 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Calidifontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2795780 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Symmachiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2795781 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Aeoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2797878 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pareuzebyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2802300 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Lunatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2804525 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Lichenicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2804673 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cypionkella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2807511 Bacteria;Planctomycetota;Phycisphaerae;Tepidisphaerales;Tepidisphaeraceae;Humisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2813803 Bacteria;Pseudomonadota;Alphaproteobacteria;Emcibacterales;Emcibacteraceae;Luteithermobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2815296 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Jejubacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2815773 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Baileyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2815778 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Porcincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2815784 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Inconstantimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2818469 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Fuscovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2820403 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Rhabdothermincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2820419 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Fertoeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2823226 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Allosediminivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2831955 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pikeienuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2837503 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gottfriedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2837505 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Margalitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2837509 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Schinkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2848171 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Cognaticolwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2854186 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pseudosulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2860291 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geomesophilobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2862143 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Hutsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2866025 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Maribrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2879611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Oryzicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2884326 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2886915 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Waterburya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2893057 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Shouchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2893205 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Fuscibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2896778 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Parenemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2897311 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Fulvia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2900571 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Holosporaceae;Candidatus Gromoviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2901189 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Halopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2903106 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Haploplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2903107 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Paracholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2903120 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2904609 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfogranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2910985 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Paucidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2911469 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Sulfuriroseicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2918463 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Oceanipulchritudo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2918511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Diplocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2941495 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Otoolea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2944198 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Wansuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2951992 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Paracidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2952002 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Pseudacidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2952368 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Candida/Saccharomycetales;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2953757 Bacteria;NA;Candidatus Babeliae;Candidatus Babeliales;Candidatus Chromulinivoraceae;Candidatus Chromulinivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2963349 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Dawidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2976419 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Pedomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2976759 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Capillimicrobiaceae;Capillimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2979332 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Prescottella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2983002 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Neoantrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2983477 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Paratissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2986286 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Horticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2995702 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Actinacidiphila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 2997360 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaeropeptidivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 3019938 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halonatronomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 3031933 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Chordicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 3036657 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Insulambacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 3039360 Eukaryota;Rhodophyta;Bangiophyceae;Cavernulicolales;Cavernulicolaceae;Cavernulicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 3039361 Eukaryota;Rhodophyta;Bangiophyceae;Cavernulicolales;Cavernulicolaceae;Gronococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 0.000009 1 3041089 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paraflavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 1.978548 208698 10239 Viruses
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 12.424385 1310529 NA cannot be assigned to a (non-viral) genus
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A0628_N4_M_libLAD4102.out 33.307007 3513236 NA unclassified
diff --git a/results/Kaiju/kaiju_NG-A1487_Carrot_3M_libLAE3337_summary.tsv b/results/Kaiju/kaiju_NG-A1487_Carrot_3M_libLAE3337_summary.tsv
new file mode 100644
index 0000000..d91abcf
--- /dev/null
+++ b/results/Kaiju/kaiju_NG-A1487_Carrot_3M_libLAE3337_summary.tsv
@@ -0,0 +1,3670 @@
+file percent reads taxon_id taxon_name
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 12.083110 1300162 374 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Bradyrhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 4.099753 441140 34072 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Variovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 1.504689 161907 13687 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 1.229220 132266 561 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Escherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.877013 94368 73029 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Dechloromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.833510 89687 1434702 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Taibaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.537678 57855 407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.491833 52922 12916 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Acidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.483320 52006 92793 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.470811 50660 286 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Pseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.443320 47702 469 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Acinetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.378396 40716 1243 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Leuconostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.378182 40693 335058 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.340097 36595 1073 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Rhodopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.316111 34014 2767892 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Secundilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.315516 33950 1912216 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Cutibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.276715 29775 44249 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Paenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.188640 20298 620 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shigella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.184254 19826 1716 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Corynebacteriaceae;Corynebacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.174654 18793 59732 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chryseobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.161020 17326 1301 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Streptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.139914 15055 34037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rahnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.138148 14865 2767842 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactiplantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.135128 14540 265 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.116792 12567 1253 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Pediococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.100575 10822 281915 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Curvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.098967 10649 1847725 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Lawsonellaceae;Lawsonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.097889 10533 570 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Klebsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.093660 10078 1386 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Bacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.092935 10000 1696 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Brevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.091987 9898 165696 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.088233 9494 84567 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.086737 9333 283 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Comamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.084636 9107 1395974 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Tardiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.080305 8641 165695 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.073224 7879 1033 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Afipia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.070296 7564 217140 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Arcicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.069116 7437 1883 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.068930 7417 642 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Aeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.064637 6955 40323 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Stenotrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.063298 6811 1485 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Clostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.061226 6588 32008 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.060389 6498 107 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Spirosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.058624 6308 80865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Delftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.058150 6257 662 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Vibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.057639 6202 28453 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Sphingobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.057555 6193 48736 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ralstonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.057341 6170 590 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Salmonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.056598 6090 1279 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Staphylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.055910 6016 2282523 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.055696 5993 2767886 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Levilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.053930 5803 365348 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.053810 5790 1578 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.050575 5442 1129544 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Rhizophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.049665 5344 379 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Rhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.049628 5340 482 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Neisseria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.047007 5058 111142 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alishewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.046468 5000 53335 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Pantoea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.045566 4903 5073 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.045464 4892 5475 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Candida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.044479 4786 5324 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Trametes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.043838 4717 68287 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Mesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.042397 4562 2767893 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lentilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.042313 4553 2803850 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Mammaliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.040483 4356 872 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.039525 4253 106589 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Cupriavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.037183 4001 1763 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.037016 3983 32207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Rothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.036960 3977 99 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Ancylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.036477 3925 1632780 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phreatobacteraceae;Phreatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.036012 3875 547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Enterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.035762 3848 501783 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cloacibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.034814 3746 55193 Eukaryota;Basidiomycota;Malasseziomycetes;Malasseziales;Malasseziaceae;Malassezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.034052 3664 1827 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Rhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.032416 3488 89966 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Hymenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.032239 3469 504481 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Sediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.032184 3463 237 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.032137 3458 5052 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Aspergillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.031329 3371 41275 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Brevundimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.029860 3213 2918882 Eukaryota;Fornicata;NA;NA;NA;Aduncisulcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.029842 3211 2719231 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lacrimispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.029609 3186 338 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.029423 3166 911 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Nitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.028912 3111 10 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Cellvibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.028271 3042 22 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Shewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.027481 2957 34104 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Streptobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.027453 2954 958 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Bdellovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.026496 2851 47424 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Armillaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.026366 2837 613 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Serratia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.025799 2776 329857 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Cohnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.025251 2717 1350 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Enterococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.024684 2656 963 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.024516 2638 33986 Bacteria;Bacillota;Bacilli;Bacillales;NA;Exiguobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.023940 2576 475 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Moraxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.023355 2513 57479 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Microvirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.022890 2463 2759736 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lacticaseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.022109 2379 234 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Brucella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.021793 2345 2745 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.021589 2323 5552 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Trichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.021477 2311 544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Citrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.020910 2250 165697 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.019935 2145 46913 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Devosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.019749 2125 551 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Erwinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.019619 2111 146937 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Azospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.019256 2072 47420 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hydrogenophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.019210 2067 149698 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Massilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.018829 2026 1822464 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paraburkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.018680 2010 85413 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Boseaceae;Bosea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.018494 1990 816 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Bacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.018271 1966 187 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.018271 1966 1276290 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.018206 1959 53246 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Pseudoalteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.018178 1956 626 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Xenorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.018039 1941 1637 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Listeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.017360 1868 131079 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Limnobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.017295 1861 1743 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.017267 1858 88875 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Ferribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.016979 1827 64895 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Borreliaceae;Borreliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.016914 1820 57493 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Kocuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.016691 1796 33882 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.016589 1785 390250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Labedella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.015985 1720 349 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Zoogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.015557 1674 158483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cedecea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.014888 1602 1269 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Micrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.014795 1592 150247 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anoxybacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.014619 1573 5820 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Plasmodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.014544 1565 1357 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.014238 1532 2767885 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Latilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.013847 1490 43668 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Brachybacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.013606 1464 4842 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Rhizopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.013457 1448 357 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Agrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.013383 1440 75 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Caulobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.013318 1433 2675229 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Peribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.013280 1429 186650 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Microvirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.012240 1317 423349 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Mucilaginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.012026 1294 146936 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Azonexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.011877 1278 79328 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Chitinophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.011570 1245 222 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Achromobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.011478 1235 27320 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Metschnikowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.011431 1230 174951 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ramlibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.011347 1221 378210 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Methyloversatilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.010948 1178 517 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Bordetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.010725 1154 432330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Tumebacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.010697 1151 299568 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Uruburuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.010548 1135 16 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.010353 1114 327159 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Accumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.010074 1084 2901164 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Stutzerimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.010037 1080 238749 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Diaphorobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.010009 1077 838 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.009926 1068 28067 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Rubrivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.009823 1057 46255 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Weissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.009786 1053 41247 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Mycena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.009777 1052 52972 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Polaromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.009768 1051 583 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Proteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.009702 1044 1649459 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hungatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.009693 1043 2053 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Gordonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.009684 1042 629 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Yersinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.009535 1026 1663 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Arthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.009507 1023 551759 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Aromatoleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.009470 1019 34474 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Fomitopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.009303 1001 400634 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.008866 954 1843210 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerocolumna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.008857 953 413 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.008820 949 34019 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Liberibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.008550 920 54066 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Xylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.008141 876 713 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Actinobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.008011 862 414371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aureimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007872 847 29404 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Microlunatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007760 835 67575 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007751 834 1839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Nocardioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007546 812 724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Haemophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007500 807 231006 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Trichothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007453 802 279 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Xanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007388 795 1949218 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Telluribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007305 786 2911176 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aquibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007286 784 335405 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sphingosinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007230 778 1344552 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Noviherbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007193 774 1678 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bifidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007156 770 33886 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rathayibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.007082 762 1004301 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavihumibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.006979 751 28065 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Rhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.006775 729 75654 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Duganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.006747 726 244825 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Anaerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.006710 722 29580 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Janthinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.006617 712 2800373 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Priestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.006552 705 1654 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.006505 700 323620 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Shinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.006403 689 2782229 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Epilithonimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.006394 688 138117 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Quatrionicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.006245 672 70774 Bacteria;Pseudomonadota;Hydrogenophilia;Hydrogenophilales;Hydrogenophilaceae;Hydrogenophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.006162 663 93217 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pandoraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.006087 655 184869 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Varibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005864 631 5579 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Saccotheciaceae;Aureobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005864 631 219181 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ottowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005827 627 33057 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Thauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005799 624 191 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Azospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005688 612 1775292 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Motiliproteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005650 608 665874 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Limnohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005632 606 690621 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Georgfuchsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005595 602 2375 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Sporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005483 590 5506 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Fusarium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005390 580 120831 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Dyadobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005353 576 104267 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tenacibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005334 574 81 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Hyphomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005325 573 46352 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005316 572 1612198 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Asinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005307 571 507 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Alcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005297 570 1330545 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Lelliottia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005279 568 5598 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Alternaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005260 566 35798 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005214 561 2023 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Thermoactinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005195 559 114248 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Tepidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005121 551 1612157 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pararhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005056 544 2674996 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Tellurirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.005056 544 2974257 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Hoylesella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004916 529 670516 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004907 528 57494 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Nesterenkonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004879 525 133 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004851 522 2742598 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Limosilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004842 521 1041 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Erythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004833 520 29407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004777 514 445 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Legionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004768 513 20 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Phenylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004712 507 2935559 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Allomeiothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004703 506 216851 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Faecalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004693 505 763439 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Caenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004600 495 125216 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004526 487 36862 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Ideonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004479 482 1870884 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Clostridioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004461 480 43947 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Tolumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004452 479 32012 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Thiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004414 475 332100 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Planifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004396 473 1988 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinomadura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004321 465 101 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Flectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004275 460 352450 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Simplicispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004238 456 318147 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Paucibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004229 455 213485 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Micavibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004182 450 261933 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Pleomorphomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004182 450 445219 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Reyranellaceae;Reyranella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004117 443 1434000 Bacteria;Pseudomonadota;Alphaproteobacteria;Kordiimonadales;Kordiimonadaceae;Eilatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004117 443 1653176 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cereibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004108 442 1738655 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Woeseiaceae;Woeseia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004024 433 1649 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Kurthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004015 432 1234 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Nitrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.004006 431 141948 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Thermomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003996 430 1375 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Aerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003978 428 203470 Bacteria;Pseudomonadota;Hydrogenophilia;Hydrogenophilales;Hydrogenophilaceae;Tepidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003959 426 2040 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Aeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003931 423 93681 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Roseateles;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003848 414 255204 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudoclavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003810 410 1930924 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Haematomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003792 408 151754 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Xenophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003773 406 5629 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Laetiporaceae;Laetiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003736 402 12960 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Azoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003736 402 29465 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Veillonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003727 401 2498454 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Lucifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003690 397 194 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Campylobacteraceae;Campylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003680 396 152267 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pigmentiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003680 396 2836216 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Phnomibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003634 391 76890 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Asticcacaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003634 391 312278 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Emticicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003569 384 1330547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003550 382 34008 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003522 379 156973 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Dysgonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003522 379 391952 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Aquincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003476 374 85 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hyphomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003457 372 13134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Magnetospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003439 370 231454 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003411 367 1064 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Rhodocyclus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003401 366 2767887 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Ligilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003383 364 404 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003383 364 497 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Psychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003383 364 64001 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Nevskia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003346 360 773 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Bartonellaceae;Bartonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003327 358 745 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Pasteurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003309 356 71917 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Rhodocollybia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003299 355 1298 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003243 349 59734 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Empedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003234 348 129337 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Geobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003197 344 889388 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Chryseomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003067 330 69578 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Cryobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003058 329 86795 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Marmoricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003030 326 434 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.003002 323 83618 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudoxanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002974 320 308865 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Elizabethkingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002946 317 28105 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Sinorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002937 316 810 Bacteria;Chlamydiota;Chlamydiia;Chlamydiales;Chlamydiaceae;Chlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002927 315 168934 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Thalassospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002927 315 312063 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Azohydromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002918 314 120652 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methylocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002918 314 2782231 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Kaistella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002909 313 227873 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pannonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002900 312 71944 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Hypholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002900 312 212791 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Enhydrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002881 310 45299 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Diademaceae;Clathrospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002816 303 658623 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Chelonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002788 300 31988 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002788 300 2039240 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerotignum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002751 296 55080 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Brevibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002742 295 28209 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Chelatococcaceae;Chelatococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002723 293 83654 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Leclercia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002723 293 332157 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Larkinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002714 292 522 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidiphilium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002714 292 1206353 Eukaryota;Ascomycota;Dothideomycetes;NA;Pseudoperisporiaceae;Lizonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002704 291 119977 Bacteria;Pseudomonadota;Acidithiobacillia;Acidithiobacillales;Acidithiobacillaceae;Acidithiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002695 290 305976 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002695 290 1649468 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Melaminivora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002686 289 171 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Leptospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002667 287 96492 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frigoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002667 287 375288 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Parabacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002649 285 1525371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Neorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002630 283 413496 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002621 282 649461 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Lacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002611 281 209 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Helicobacteraceae;Helicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002602 280 1434011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Komagataeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002574 277 2891324 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Pseudothauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002546 274 4875 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Glomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002546 274 122277 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Pectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002546 274 1931200 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Marinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002509 270 5309 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Athelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002509 270 460073 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Segetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002509 270 1827195 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Caballeronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002491 268 222991 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Alkanindiges;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002481 267 160674 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Raoultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002463 265 2422 Bacteria;Thermotogota;Thermotogae;Thermotogales;Fervidobacteriaceae;Fervidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002453 264 541 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Zymomonadaceae;Zymomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002453 264 166953 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Kaistia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002444 263 649460 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Filimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002444 263 1838142 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Cutaneotrichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002435 262 270 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Thermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002416 260 5027 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Pyrenophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002416 260 93368 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Pseudaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002407 259 2949 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Symbiodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002407 259 1434001 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Extensimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002398 258 5305 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phanerochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002398 258 28100 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Phyllobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002379 256 2733 Bacteria;Bacillota;Clostridia;Eubacteriales;Symbiobacteriaceae;Symbiobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002370 255 1643958 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Roseiarcaceae;Roseiarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002361 254 401469 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Undibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002351 253 1890298 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Haoranjiania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002351 253 2675232 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Neobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002342 252 1508451 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Polymorphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002333 251 433923 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudacidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002323 250 52228 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Hallella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002323 250 256616 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Parvibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002323 250 397864 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Barnesiellaceae;Barnesiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002323 250 909931 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Sporolituus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002305 248 311181 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Denitratisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002296 247 586 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Providencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002268 244 254250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Isoptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002258 243 2211638 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Limimaricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002240 241 2767890 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Paucilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002221 239 2034 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Curtobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002212 238 75309 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rhodanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002212 238 1004303 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ferruginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002193 236 2338561 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pelagivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002184 235 1707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Cellulomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002175 234 201096 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Alicycliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002175 234 354354 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niastella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002165 233 3071 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Chlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002156 232 914 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002138 230 34102 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Sphaerotilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002138 230 154116 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Bogoriellaceae;Georgenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002138 230 577310 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Parasutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002128 229 2249 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halococcaceae;Halococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002128 229 261684 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Thermosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002110 227 146784 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Bacteriovoracaceae;Bacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002100 226 168470 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Laribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002100 226 1742989 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Glutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002091 225 139331 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Denitromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002082 224 212743 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rhizobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002072 223 44013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Polynucleobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002072 223 470018 Eukaryota;Ascomycota;Dothideomycetes;Cladosporiales;Cladosporiaceae;Rachicladosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002063 222 2742 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Marinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002063 222 150830 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Roseibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002063 222 3042723 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Aridibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002054 221 182269 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aurantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002054 221 556257 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Pseudolabrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002045 220 360239 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Tepidicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002045 220 2071980 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Pararheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.002035 219 262 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Francisellaceae;Francisella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001998 215 71927 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Termitomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001998 215 2767879 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Companilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001989 214 139105 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Cylindrobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001989 214 1068904 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Primorskyibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001980 213 53457 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Janibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001980 213 65047 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Mitsuaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001970 212 919 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Thiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001970 212 364316 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Verminephrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001961 211 416949 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Parapedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001952 210 105 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Runella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001952 210 110932 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leifsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001933 208 162289 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Peptoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001914 206 146813 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Dendrosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001896 204 836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Porphyromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001887 203 1082930 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Pelagibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001877 202 316612 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Methylibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001868 201 1177 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Nostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001868 201 182639 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Kribbellaceae;Kribbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001868 201 2901189 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Halopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001859 200 29828 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Lipomycetaceae;Lipomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001859 200 196013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Caldimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001849 199 568 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Hafnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001831 197 528 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Ochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001831 197 112902 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Propionispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001822 196 68 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Lysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001822 196 29393 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Dolosigranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001822 196 106591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ensifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001803 194 1835 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001794 193 34084 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Riemerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001794 193 2919400 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Seramator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001775 191 168658 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Rhodoblastus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001766 190 72763 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Tessaracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001756 189 2698688 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paraflavitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001729 186 204476 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Labrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001729 186 1143004 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methyloferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001729 186 2800681 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Aurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001719 185 2370 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001691 182 4780 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Plasmopara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001691 182 437506 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Robiginitomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001691 182 2893058 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001682 181 28253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001682 181 1874621 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Panacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001664 179 83614 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Luteimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001645 177 398041 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001636 176 535 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chromobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001636 176 29330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Alicyclobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001636 176 573139 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Shimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001626 175 33981 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001626 175 204447 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Skermanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001626 175 2005359 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalicatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001617 174 1847 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Pseudonocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001617 174 1854 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Frankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001617 174 2891294 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Nitrogeniibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001608 173 1434002 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Falsirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001598 172 68793 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Botryobasidiaceae;Botryobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001598 172 81055 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phaeolaceae;Wolfiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001598 172 881616 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Herbiconiux;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001589 171 2772198 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfurimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001580 170 2433 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001580 170 379899 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niabella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001561 168 125287 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Ornithinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001561 168 1664383 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Pseudarcicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001552 167 392733 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Terriglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001552 167 1648511 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Cnuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001552 167 3036657 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Insulambacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001543 166 532 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Beijerinckia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001543 166 97050 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001524 164 1288026 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Arcticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001515 163 688241 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Entophysalidaceae;Chlorogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001515 163 2767889 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Loigolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001506 162 46254 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Oenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001506 162 459786 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Oscillibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001506 162 1779141 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001496 161 332102 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Fluviicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001487 160 33877 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001487 160 82976 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Buttiauxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001487 160 1111949 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Irpicaceae;Trametopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001487 160 2529408 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Schaalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001478 159 1903858 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pseudorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001478 159 2943312 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Tenebrionicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001468 158 112497 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Ramularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001459 157 274591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Hoeflea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001459 157 1861863 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Sinimarinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001450 156 55968 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leucobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001450 156 182709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Oceanobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001450 156 245876 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Nitratireductor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001450 156 1769012 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Arachidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001422 153 747294 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudorhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001413 152 886360 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rudaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001385 149 71666 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Waddliaceae;Waddlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001375 148 5453 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Ascochyta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001375 148 5637 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Polyporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001375 148 323449 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Pontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001366 147 1156568 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methylovirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001357 146 55170 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Didymella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001329 143 1866885 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001320 142 1813 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Amycolatopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001310 141 28231 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001310 141 84406 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Virgibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001310 141 265082 Eukaryota;Ascomycota;Sordariomycetes;NA;Thyridiaceae;Thyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001310 141 354349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Pseudochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001310 141 455076 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rhodocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001310 141 490731 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Kwoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001301 140 1249554 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Aliidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001283 138 285810 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Pyrenochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001273 137 1817 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Nocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001273 137 2862745 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Pseudobdellovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001264 136 79206 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfosporosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001264 136 83766 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Propionivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001264 136 1114981 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Piscinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001264 136 1778653 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfuriferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001255 135 112488 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Dissoconiaceae;Dissoconium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001255 135 1912215 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Acidipropionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001245 134 1924062 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Desnuesiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001236 133 76634 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Mycetocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001236 133 690086 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Salinarimonadaceae;Salinarimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001227 132 1260114 Eukaryota;Tubulinea;Echinamoebida;NA;NA;Vermamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001217 131 53945 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Octadecabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001217 131 366614 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Haematobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001217 131 2893029 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Variimorphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001208 130 165440 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Bulleribasidiaceae;Dioszegia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001199 129 267408 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Arsenicicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001199 129 359407 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylotenera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001199 129 700450 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Siphonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001190 128 425 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001190 128 2040262 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Allobranchiibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001180 127 2050 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Mobiluncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001171 126 81682 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylovorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001171 126 2303321 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Superficieibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001162 125 4951 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Yarrowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001162 125 158876 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Yokenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001162 125 295418 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Rubellimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001152 124 407217 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001152 124 1085622 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propioniciclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001152 124 1322061 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Rhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001143 123 2701 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Gardnerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001143 123 548651 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Dothidotthiaceae;Dothidotthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001143 123 1195526 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Gryllotalpicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001134 122 416 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001134 122 184923 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methylocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001134 122 246875 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Algoriphagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001134 122 1506553 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001134 122 2597258 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Candidatus Macondimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001125 121 2263 Archaea;Euryarchaeota;Thermococci;Thermococcales;Thermococcaceae;Thermococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001125 121 402649 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinomycetospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001125 121 2767318 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Boudabousia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001115 120 5094 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Talaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001115 120 104264 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Cellulophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001097 118 581 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Morganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001097 118 57739 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Vogesella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001087 117 202907 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Collimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001087 117 336830 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Arsukibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001078 116 644355 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Inhella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001078 116 2762385 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Daejeonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001069 115 37914 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Dietziaceae;Dietzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001069 115 1434046 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001069 115 2837510 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Siminovitchia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001050 113 6 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Azorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001050 113 93682 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001050 113 482135 Archaea;Candidatus Thermoplasmatota;Thermoplasmata;Thermoplasmatales;NA;Thermogymnomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001050 113 2819870 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Foetidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001041 112 1973275 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Massilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001041 112 2038280 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Robbsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001032 111 226 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001032 111 59735 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Bergeyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001022 110 1906945 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Parageobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001022 110 2767888 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Liquorilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001013 109 152161 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Stappia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001004 108 256818 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Gulosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001004 108 2831665 Bacteria;Candidatus Saccharibacteria;NA;NA;NA;Candidatus Mycosynbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.001004 108 2888753 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Limnovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000994 107 529883 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rhodoluna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000994 107 2827482 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Caenibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000985 106 65551 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Meiothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000985 106 1677050 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Novibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000985 106 1734920 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Pseudorhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000976 105 61653 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000976 105 83235 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Postia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000967 104 2831443 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000957 103 2747 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Carnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000957 103 5352 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Lentinula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000957 103 35829 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acetivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000957 103 38501 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Blastococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000948 102 242605 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Luteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000948 102 2678886 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pulveribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000939 101 5626 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Grifolaceae;Grifola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000939 101 53460 Bacteria;Actinomycetota;Actinomycetes;Nakamurellales;Nakamurellaceae;Nakamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000929 100 204037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Dickeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000929 100 316625 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Saccharophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000929 100 577469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Demequinaceae;Demequina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000920 99 34000 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000920 99 105983 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Apiotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000920 99 653683 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000920 99 1649292 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Falsochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000920 99 1649471 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mobilitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000920 99 1849718 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Labilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000911 98 1016 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Capnocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000911 98 71245 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kazachstania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000911 98 238783 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudorhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000901 97 196084 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Okibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000901 97 299566 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Adhaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000892 96 74030 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000892 96 84565 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Sodalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000892 96 1663717 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Herbinix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000883 95 296051 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Terrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000883 95 337004 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microcella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000883 95 2607957 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Collybiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000874 94 1380 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Atopobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000874 94 4958 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Debaryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000864 93 45402 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Aquabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000855 92 1433992 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Chitinivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000846 91 657 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Photobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000846 91 28263 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Arcanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000836 90 376469 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Olivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000827 89 1203 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000827 89 54298 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Chroococcidiopsidaceae;Chroococcidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000827 89 99906 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alkalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000827 89 117563 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Granulicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000827 89 183669 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Macromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000818 88 1060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000818 88 5533 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Rhodotorula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000818 88 69965 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Macrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000809 87 579 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kluyvera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000809 87 78526 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Allorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000809 87 198705 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Lampropedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000809 87 1434009 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000809 87 1751296 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Sinirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000809 87 2821507 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Agriterribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000809 87 2823232 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Allosphingosinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000799 86 1111 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Porphyrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000799 86 1125 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Microcystaceae;Microcystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000799 86 102106 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Collinsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000799 86 1218803 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Metallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000799 86 2680004 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Protaetiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000790 85 441 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000790 85 469322 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Steroidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000790 85 861913 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Fibrisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000790 85 1654719 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Pseudochelatococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000781 84 5754 Eukaryota;Discosea;NA;Longamoebia;Acanthamoebidae;Acanthamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000781 84 98443 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Richelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000781 84 1502180 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Alsobacteraceae;Alsobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000781 84 2079189 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Tetzosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000771 83 2905949 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfomicrobiaceae;Thermodesulfomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000762 82 929509 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Solitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000762 82 1004300 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hydrotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000762 82 1433993 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Chryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000762 82 1522432 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Pseudoduganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000762 82 1794910 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Anaerosporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000762 82 2925678 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Xaviernesmea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000753 81 429 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000753 81 1142 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Synechocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000753 81 5948 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Stylonychia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000753 81 33170 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Eremothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000753 81 155415 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;NA;Monosporascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000753 81 361177 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Altererythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000753 81 1295327 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000743 80 162491 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Oerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000743 80 212744 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Rugamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000743 80 1679449 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudooceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000734 79 45153 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Sporormiaceae;Westerdykella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000734 79 47670 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Lautropia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000734 79 1522128 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Catalimonadaceae;Catalinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000734 79 2891322 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Parazoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000725 78 59 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Vitreoscilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000725 78 88 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Leptothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000725 78 1351751 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Parastagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000725 78 1774131 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hydrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000725 78 1970195 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Ancylomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000725 78 2093783 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Methylomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000725 78 2905158 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Salinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000716 77 91942 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Hortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000716 77 204456 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Gemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000716 77 1484898 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloceanibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000706 76 776 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Coxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000706 76 5543 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Trichoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000706 76 44260 Bacteria;Bacillota;Clostridia;Moorellales;Moorellaceae;Moorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000706 76 382513 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Telmatospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000706 76 610116 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aliihoeflea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000706 76 1649510 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Variibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000706 76 2901261 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Denitrificimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000706 76 2983002 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Neoantrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000697 75 56999 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amaricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000697 75 106633 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thioalkalivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000697 75 1860196 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pseudobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000688 74 60919 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Sanguibacteraceae;Sanguibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000688 74 63266 Eukaryota;Basidiomycota;Ustilaginomycetes;Urocystidales;Glomosporiaceae;Thecaphora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000688 74 2950425 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Thermoflexibacteraceae;Rhodoflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000678 73 42255 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Rubrobacteraceae;Rubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000678 73 362865 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sandarakinorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000678 73 449972 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Chelativorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000678 73 1283313 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Alloprevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000678 73 1855416 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Qipengyuania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000678 73 1920508 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Oharaeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000678 73 1987749 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Marasmitruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000678 73 2675671 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ilyomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000678 73 2691417 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Lacipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000669 72 131324 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Pseudocercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000669 72 940557 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Granulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000660 71 1573 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Clavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000660 71 47251 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000660 71 237179 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Sphaerulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000660 71 329881 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Friedmanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000660 71 352449 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Giesbergeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000651 70 801 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Symbiopectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000651 70 47830 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Lachnaceae;Lachnellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000651 70 88723 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natrinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000651 70 173479 Bacteria;Gemmatimonadota;Gemmatimonadetes;Gemmatimonadales;Gemmatimonadaceae;Gemmatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000651 70 235888 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Salinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000651 70 388463 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Edaphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000651 70 392735 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Uliginosibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000651 70 1649486 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Rhizorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000651 70 1890244 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Trimorphomycetaceae;Saitozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000651 70 2788933 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteripontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000651 70 2806031 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ginsengibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000651 70 2807414 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Anatilimnocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000641 69 113 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Gemmata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000641 69 152053 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Starkeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000641 69 165779 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000641 69 559173 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000641 69 2791032 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Candolleomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000632 68 1873 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Micromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000632 68 204475 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Gemmiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000632 68 453161 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Candidatus Nitrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000632 68 911113 Bacteria;Acidobacteriota;Terriglobia;Bryobacterales;Bryobacteraceae;Bryobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000632 68 1980513 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Nitrosoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000632 68 2676781 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Aquisediminimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000632 68 2907937 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Halpernia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000623 67 47 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Archangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000623 67 59753 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000623 67 451512 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Mangrovibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000623 67 798070 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Paraphoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000623 67 2726810 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Scandinavium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000623 67 2903120 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000613 66 5429 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Sporobolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000613 66 258255 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pseudovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000613 66 444599 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Hansschlegelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000613 66 1472344 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Basilea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000613 66 2675233 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Metabacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000613 66 2675234 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000613 66 2676233 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingosinithalassobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000613 66 2767322 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Bowdeniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000604 65 352 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Azotobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000604 65 1030 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Thiothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000604 65 2077 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sporolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000604 65 1241326 Bacteria;Pseudomonadota;Alphaproteobacteria;Micropepsales;Micropepsaceae;Rhizomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000604 65 2026349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Enterovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000604 65 2714751 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Lichenibacteriaceae;Lichenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000595 64 5379 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Suillaceae;Suillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000595 64 5583 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Exophiala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000595 64 28219 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Brachymonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000595 64 40463 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Peniophoraceae;Peniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000595 64 44000 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Caldicellulosiruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000595 64 110080 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Obelidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000595 64 1867836 Eukaryota;NA;NA;Jakobida;Stygiellidae;Stygiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000585 63 39948 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Dialister;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000585 63 71655 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Brenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000585 63 188905 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Jannaschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000585 63 1100891 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paenalcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000585 63 1364858 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Agaricicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000585 63 1445609 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Hephaestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000585 63 2676247 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Aquirufa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000585 63 2676755 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000585 63 2838250 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Kaustia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000576 62 5251 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Ceratobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000576 62 29832 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Hanseniaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000576 62 1918542 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Muricomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000576 62 2137425 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Novimethylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000576 62 2912543 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Scatolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000567 61 780 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Rickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000567 61 1569 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Sporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000567 61 36853 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfitobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000567 61 1648508 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ciceribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000558 60 1865 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000558 60 4919 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Pichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000558 60 5209 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Filobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000558 60 40441 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Fomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000558 60 50709 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000558 60 75984 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Mannheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000558 60 83461 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Corallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000558 60 83681 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Nonomuraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000558 60 510690 Bacteria;Pseudomonadota;Alphaproteobacteria;Sneathiellales;Sneathiellaceae;Sneathiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000558 60 1649466 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Marinicauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000558 60 1770203 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Neodidymelliopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000548 59 55079 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Aneurinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000548 59 69278 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aquamicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000548 59 1663051 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Sphagnurus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000548 59 2959523 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Saccharimonadales;Candidatus Saccharimonadaceae;Candidatus Microsaccharimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000539 58 56747 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Fibularhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000539 58 60136 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000539 58 401624 Eukaryota;Basidiomycota;Exobasidiomycetes;Ceraceosorales;Ceraceosoraceae;Ceraceosorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000539 58 995014 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Fontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000539 58 1649462 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Lacihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000539 58 1649476 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Parafilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000539 58 1759400 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Paramesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000539 58 1914229 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Aliidongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000539 58 2250589 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Xinfangfangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000530 57 4783 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Phytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000530 57 4930 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Saccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000530 57 50729 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Ampelomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000530 57 56688 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Halorubraceae;Halorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000530 57 70411 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Frateuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000530 57 91914 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Asaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000530 57 204446 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Zavarziniaceae;Zavarzinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000530 57 861914 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Fibrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000530 57 1635148 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Sanguibacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000530 57 2963349 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Dawidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000520 56 29002 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Cercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000520 56 93827 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Gymnopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000520 56 400060 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Paludibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000520 56 2676790 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Acidimangrovimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000520 56 2767882 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Furfurilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000520 56 2774146 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Frigoriglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000511 55 890 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Desulfuromonadaceae;Desulfuromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000511 55 160795 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Ureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000511 55 203697 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Derxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000511 55 240411 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000511 55 697331 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Basfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000511 55 1825023 Archaea;Nitrososphaerota;NA;NA;NA;Candidatus Nitrosotenuis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000502 54 2044 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Pimelobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000502 54 749461 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Boeremia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000493 53 40544 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Sutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000493 53 116071 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Micropruina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000493 53 404432 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Salinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000493 53 2901416 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Atopomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000483 52 82802 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Trichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000483 52 292691 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Christiangramia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000483 52 303379 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herminiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000483 52 1911549 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Raineyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000474 51 29487 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Photorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000474 51 416212 Bacteria;Pseudomonadota;Betaproteobacteria;Ferrovales;Ferrovaceae;Ferrovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000474 51 2963348 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseosolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000465 50 4998 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cuniculitremaceae;Kockovaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000465 50 93171 Bacteria;Candidatus Tectomicrobia;NA;NA;NA;Candidatus Entotheonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000465 50 97095 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Diatrypaceae;Eutypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000465 50 169133 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Citricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000465 50 184977 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Decorospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000465 50 232523 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hylemonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000465 50 482144 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Mechercharimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000465 50 1096776 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Flexivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000465 50 1400859 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Candidatus Competibacteraceae;Candidatus Contendobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000465 50 1543705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Nitrospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000465 50 2891325 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Cognatazoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000455 49 157 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Treponema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000455 49 5149 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Chaetomium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000455 49 301206 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Macroventuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000455 49 1612611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pararhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000455 49 2041017 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Quisquiliibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000455 49 2767881 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000446 48 5333 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Schizophyllaceae;Schizophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000446 48 118004 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Chrysiogenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000446 48 683756 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Kinneretia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000446 48 1213737 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Schizoporaceae;Schizopora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000446 48 1649482 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pseudopedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000446 48 1778601 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Apibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000437 47 150203 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Blastomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000437 47 161492 Bacteria;Myxococcota;Myxococcia;Myxococcales;Anaeromyxobacteraceae;Anaeromyxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000437 47 196080 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Terasakiellaceae;Terasakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000437 47 252356 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Maribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000437 47 290174 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aquimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000437 47 397275 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Andreprevotia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000437 47 400947 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Deefgea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000437 47 413435 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Solimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000437 47 1054211 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Sulfuritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000437 47 1903434 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Atlantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000437 47 2675230 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cytobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000437 47 2675231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mesobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000428 46 635 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Edwardsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000428 46 2295 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteriaceae;Desulfobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000428 46 59282 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Blastochloridaceae;Blastochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000428 46 135575 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Idiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000428 46 207599 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Solirubrobacteraceae;Solirubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000428 46 1500560 Eukaryota;Basidiomycota;Exobasidiomycetes;Entylomatales;NA;Tilletiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000428 46 1508657 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminiclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000428 46 2767875 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Agrilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000428 46 2939270 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Cubamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 42 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Cystobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 864 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Pectinatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 5502 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Curvularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 44937 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Achromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 83764 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Formivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 150781 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Astraeaceae;Astraeus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 416916 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Aggregatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 869806 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Marivirgaceae;Marivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 1193503 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Gilliamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 1855714 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 2041902 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Chenggangzhangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 2692113 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Gleimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 2703677 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Metasolibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000418 45 2847256 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000409 44 2160 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000409 44 5320 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pleurotaceae;Pleurotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000409 44 5375 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Rhizopogonaceae;Rhizopogon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000409 44 13159 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Mycoplana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000409 44 111500 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muricauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000409 44 245561 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Acidomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000409 44 317661 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Quadrisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000409 44 457933 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Elioraeaceae;Elioraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000409 44 704093 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anaerobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000409 44 935200 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfuricella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000409 44 1565532 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rouxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000409 44 2800679 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Altericroceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000400 43 44258 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Caloramator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000400 43 45247 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Leucothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000400 43 293088 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Martelella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000400 43 370735 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Zhihengliuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000400 43 944321 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Soonwooa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000400 43 1443919 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Tabrizicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000400 43 1544982 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Mizugakiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000400 43 1572763 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Moheibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 1860 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Geodermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 41707 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Lawsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 99479 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Tetrasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 146935 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Azovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 215802 Bacteria;Myxococcota;Myxococcia;Myxococcales;NA;Enhygromyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 223927 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 300264 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Silvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 314343 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Sideroxydans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 1004302 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Parasegetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 1335631 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Frischella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 1433995 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cruoricaptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 1522056 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Flaviflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 1938335 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Sulfuritortus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 2066992 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Rhodofomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 2680022 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Deminuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 2824158 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Aquirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000390 42 2837507 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Robertmurraya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000381 41 1068 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000381 41 1730 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Eubacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000381 41 2737 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Vagococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000381 41 29574 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Taylorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000381 41 647960 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Marinactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000381 41 1335483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shimwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000381 41 1494958 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudogracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000381 41 2066486 Bacteria;Pseudomonadota;Alphaproteobacteria;Iodidimonadales;Iodidimonadaceae;Iodidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000381 41 2817139 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Weizmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000381 41 2995702 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Actinacidiphila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 5402 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Russula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 27331 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Protomycetaceae;Protomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 44675 Bacteria;Acidobacteriota;Holophagae;Holophagales;Holophagaceae;Geothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 48075 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 55506 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Schwartzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 76831 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Myroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 76833 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 82986 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Tatumella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 323413 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dokdonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 1499082 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Sulfurisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 1911577 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Oryzomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 2490452 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Serpentinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000372 40 2946529 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Undibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000362 39 78156 Eukaryota;Ascomycota;Leotiomycetes;NA;Pseudeurotiaceae;Pseudogymnoascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000362 39 78910 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Syncephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000362 39 95729 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Stemphylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000362 39 155149 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Bisporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000362 39 203133 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000362 39 338648 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Candidatus Contubernalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000362 39 866547 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Guyanagaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000362 39 1132766 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Alpinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000362 39 2044848 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Siccirubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000353 38 2000 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Streptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000353 38 2063 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Kitasatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000353 38 28073 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Lyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000353 38 38452 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Rutstroemiaceae;Rutstroemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000353 38 67808 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Gymnochlora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000353 38 109632 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Galerina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000353 38 136099 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Knoellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000353 38 245186 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Loktanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000353 38 359336 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Castellaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000353 38 1124625 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Stakelama;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000353 38 1760987 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomagnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000353 38 2820263 Bacteria;Bacillota;NA;NA;NA;Capillibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 841 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Roseburia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 1237 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Piscirickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 5159 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Ophiostoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 43676 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Promicromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 110564 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Clonostachys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 159191 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Nodularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 285107 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thioclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 447792 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Phytobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 458839 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Actinotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 909656 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Phocaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 1184396 Bacteria;Thermotogota;Thermotogae;Kosmotogales;Kosmotogaceae;Mesotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 1406135 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Breoghaniaceae;Breoghania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 1851468 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Vanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 1914248 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;NA;Motilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000344 37 2571160 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Trinickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000335 36 970 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Selenomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000335 36 153497 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Kozakia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000335 36 396811 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Fulvivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000335 36 999488 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Paenochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000335 36 1079057 Bacteria;Aquificota;Aquificae;Desulfurobacteriales;Desulfurobacteriaceae;Phorcysia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000335 36 1648514 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Cricetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000335 36 2183612 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Klenkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000335 36 2800686 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Tsuneonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000335 36 2815786 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Sodaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000335 36 2870716 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Neoroseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000325 35 637 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Arsenophonus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000325 35 33024 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Phascolarctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000325 35 50714 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000325 35 68288 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cyclobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000325 35 85273 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodothalassiales;Rhodothalassiaceae;Rhodothalassium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000325 35 168131 Eukaryota;Evosea;NA;Pelobiontida;Pelomyxidae;Pelomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000325 35 210429 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Setomelanomma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000325 35 233189 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Anaerolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000325 35 1572860 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Hartmannibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000325 35 1715798 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Levyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000325 35 2912996 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Changpingibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 1081 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Rhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 2019 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Thermomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 40222 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Methylophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 45294 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Ophiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 65007 Eukaryota;Evosea;Variosea;Cavosteliida;Cavosteliaceae;Planoprotostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 184430 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 658061 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Candidatus Koribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 875170 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Celeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 1182780 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Magnetospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 1347386 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Anaerosalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 2060094 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Aminipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 2663134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudogemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 2870713 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Falsiroseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000316 34 3024823 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaeromicropila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 5206 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Cryptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 72173 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Citromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 111830 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Defluviicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 390876 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Nisaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 461281 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Ogataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 573657 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Hodgkinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 1348611 Bacteria;Bacillota;Clostridia;Eubacteriales;Vallitaleaceae;Vallitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 1658781 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Aliiroseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 1738658 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfurirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 1769726 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Niveibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 2045098 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Puia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 2679998 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Arundinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 2723776 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Lichenihabitantaceae;Lichenihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000307 33 2899543 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Intestinirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 28228 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Colwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 57499 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Kytococcaceae;Kytococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 118259 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Plenodomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 286104 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Winogradskyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 650341 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Leeia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 655184 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Thioglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 1052105 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Purpureocillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 1117308 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Funneliformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 1227556 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Haliscomenobacteraceae;Portibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 1902578 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Tokpelaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 1921582 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Orrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 2304693 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 2316020 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mediterraneibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000297 32 2822410 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylotuvimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 74385 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 81894 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Prosthecomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 85079 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiohalocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 97376 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Biscogniauxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 153265 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aequorivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 167346 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Fomitiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 190972 Bacteria;Bacillota;Tissierellia;NA;NA;Sedimentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 208215 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Parvularcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 512381 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 572511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Blautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 648800 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Solibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 987053 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Rhodoligotrophos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 1029631 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Amnibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 1097466 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Defluviimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 1433986 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Actibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 1649485 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pustulibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 1649488 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Rivicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 1904377 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Amorphaceae;Acuticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 2767877 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Apilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000288 31 3041089 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paraflavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 5806 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Cryptosporidiidae;Cryptosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 13242 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Rarobacteraceae;Rarobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 35812 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 41201 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Ewingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 142577 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Prauserella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 268408 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rhodovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 292637 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Seinonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 366580 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Bowmanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 484508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ornithinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 1331051 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Saccharimonadales;Candidatus Saccharimonadaceae;Candidatus Saccharimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 1434022 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Naasia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 1436289 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Candidatus Symbiobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 1653174 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinotignum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 1742991 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudoglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 2682247 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Pseudorivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000279 30 2912950 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Konateibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 1056 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 5277 Eukaryota;Basidiomycota;Microbotryomycetes;Leucosporidiales;Leucosporidiaceae;Leucosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 13205 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Pholiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 51366 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Salinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 69959 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Rhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 489140 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Geminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 518753 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Luteolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 1648520 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Conyzicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 1649295 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Franconibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 1763508 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 1763531 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Confluentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 2767880 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Dellaglioa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 2768684 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Terricaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 2795778 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Caulifigura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000270 29 2930254 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hanamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 1372 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 4819 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Phlyctochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 5761 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Naegleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 45667 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 47747 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyaloscyphaceae;Hyaloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 64652 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Clitocybaceae;Lepista;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 69961 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Azomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 431394 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Cyanosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 451373 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rudanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 1649298 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Siccibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 2703874 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Albitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 2779937 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Podila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 2800685 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Pelagerythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000260 28 2837509 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Schinkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 978 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Cytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 2013 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Nocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 2060 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Tsukamurellaceae;Tsukamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 5455 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Glomerellaceae;Colletotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 54788 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Stagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 58050 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Moritellaceae;Moritella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 158851 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Trabulsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 189326 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Gelria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 191373 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Pelotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 263377 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Salipiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 302485 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Phaeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 475794 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Haliea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 580374 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Klugiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 929812 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Gibbsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 1742992 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paenarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 1884792 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pseudoflavitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 1954472 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Crassisporiaceae;Crassisporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 2650923 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aestuariivirgaceae;Aestuariivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 2661779 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Sapientia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 2678887 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Oleisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 2837505 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Margalitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000251 27 2903056 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Vineibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 3087 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Scenedesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 13724 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 29521 Bacteria;Spirochaetota;Spirochaetia;Brachyspirales;Brachyspiraceae;Brachyspira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 29888 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Calocera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 33194 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Bipolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 41891 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Coccomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 58120 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Planotetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 175304 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lentibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 221102 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Moniliophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 237584 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Teratosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 239759 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Alistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 291183 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lacinutrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 648799 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Thermotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 648802 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Rummeliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 665568 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Paraoerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 1047167 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zymoseptoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 1121829 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Fodinicurvata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 1504576 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudocitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 1648503 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Canibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 1758230 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Corticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 1789690 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flaviaesturariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 1940855 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Hypnocyclicus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 2715289 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Amniculibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 2795780 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Symmachiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 2814446 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Roseiconus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000242 26 3016631 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Silvania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 846 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 1011 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Sporocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 1129 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Synechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 29907 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Sporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 35676 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Pelagomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 217510 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Fulvimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 305899 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Endozoicomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 626119 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ruaniaceae;Ruania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 1017280 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoflavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 1330546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pluralibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 1434026 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Oceanirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 1676142 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Wenzhouxiangellaceae;Wenzhouxiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 1747773 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rhabdobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 1975703 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Xylanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 2041181 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Caldovatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 2100741 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Oleiharenicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 2709666 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudolysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 2766734 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Faecalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 2767891 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Schleiferilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 2822332 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Segnochrobactraceae;Segnochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 2823221 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Allgaiera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000232 25 2916693 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulforamulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 2172 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobrevibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 5296 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Puccinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 40657 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Plectosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 42308 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 45141 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Cucurbitaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 49184 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineosporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 51668 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Tetragenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 171673 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Inquilinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 232115 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mesonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 369926 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Brooklawnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 643217 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Afifellaceae;Afifella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 752201 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Sphaerospermopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 766733 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Scheffersomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 1486725 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 1502725 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Effusibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 1518149 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 1738645 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Caproiciproducens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 1755672 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Testudinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 1849822 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paraclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 1868332 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Neomicrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 1911573 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Haloferacaceae;Haloprofundus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 2100764 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Mixta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 2719313 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Enterocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 2756312 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Jonesiaceae;Flavimobilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 2813804 Bacteria;Pseudomonadota;Alphaproteobacteria;Emcibacterales;Emcibacteraceae;Paremcibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 2820724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Spirabiliibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000223 24 2834348 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Caproicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 538 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Eikenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 1378 Bacteria;Bacillota;Bacilli;Bacillales;NA;Gemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 5864 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Babesiidae;Babesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 33055 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Kinetoplastibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 34444 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 37467 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Pisolithaceae;Pisolithus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 89583 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 114627 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Alkaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 157591 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Sterolibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 475230 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Pullulanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 565005 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Nubsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 1017183 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Chelatococcaceae;Camelimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 1229970 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Glaciimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 1640153 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Caldisalinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 1784953 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Sediminivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 2680005 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudolysinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 2705385 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Puteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 2752546 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Denitrobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 2814902 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Propylenellaceae;Propylenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 2943317 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Entomohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000214 23 2967331 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Longitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 896 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfococcaceae;Desulfococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 58842 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sagittula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 114154 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Dichomitus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 204754 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Rhexocercosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 252301 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Oceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 290180 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Roseivirgaceae;Roseivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 447020 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Adlercreutzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 447237 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frondihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 453849 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Henriciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 460517 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Komagataella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 715222 Bacteria;Bacillota;Clostridia;Eubacteriales;Caldicoprobacteraceae;Caldicoprobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 999506 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Pseudofulvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 1097465 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pararhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 1445504 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Gynuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 1795363 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Dinghuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 2072583 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Neohortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 2703944 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pararcticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 2815296 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Jejubacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 2919589 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Vaginimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 2930384 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Periweissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000204 22 2976419 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Pedomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 32 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Myxococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 2373 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Acetonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 4873 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Gigaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 13786 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Trebouxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 40415 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Antrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 48073 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Microbulbiferaceae;Microbulbifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 56489 Eukaryota;Basidiomycota;Agaricomycetes;Thelephorales;Thelephoraceae;Thelephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 59195 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Rickettsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 64968 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 67608 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Microdochiaceae;Microdochium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 85043 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Williamsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 104397 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Epicoccum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 129957 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Carboxydothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 152180 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ahrensiaceae;Ahrensia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 178440 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Opitutus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 188143 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Enterovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 278993 Bacteria;Bacillota;Clostridia;Eubacteriales;Thermincolaceae;Thermincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 290425 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Advenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 338191 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrosopumilales;Nitrosopumilaceae;Nitrosopumilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 339721 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfohalobiaceae;Desulfovermiculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 447467 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Simiduia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 490567 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Arenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 682063 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Kalmusia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 744724 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 1073531 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 1074468 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Candidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 1145345 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Bauldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 1176129 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Aulographaceae;Aulographum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 1356488 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Rosenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 1742993 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 1914260 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Arsenicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 1940136 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Tibeticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 2039220 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Croceivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 2282761 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Zhengella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 2735506 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Pilatotrama;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000195 21 2800678 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 4867 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Linderina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 5240 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Tulasnellaceae;Tulasnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 5314 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Ganoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 28895 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Thermoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 34453 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Hebeloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 39845 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinokineospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 40418 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Auriscalpium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 40996 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Elsinoaceae;Elsinoe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 57495 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Dermacoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 58113 Bacteria;Actinomycetota;Actinomycetes;Glycomycetales;Glycomycetaceae;Glycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 84034 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Propionispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 214904 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Tepidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 596707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Sinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 690565 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Serinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 1146865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 1379908 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Rufibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 1453544 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Tahibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 1470577 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paenirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 1481960 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 1633384 Eukaryota;Microsporidia;NA;NA;NA;Mitosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 1903173 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pelobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 2047735 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Mangrovitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 2093823 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Nanosynbacterales;Candidatus Nanosynbacteraceae;Candidatus Nanosynbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 2678352 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Maribellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 2807511 Bacteria;Planctomycetota;Phycisphaerae;Tepidisphaerales;Tepidisphaeraceae;Humisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 2840314 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Alterinioella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 2855468 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Muriiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 2867377 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Desulfotruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 2984170 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Phytohalomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 2997360 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaeropeptidivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000186 20 3026546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Duffyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 93 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Stellaceae;Stella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 830 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Butyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 4863 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Coemansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 5182 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Hymenoscyphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 5605 Eukaryota;Ascomycota;NA;NA;NA;Saitoella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 41955 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Amanitaceae;Amanita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 77674 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Paracraurococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 115782 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Trichlorobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 171436 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Tistrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 217161 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Chamaesiphonaceae;Chamaesiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 244364 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylothermaceae;Methylohalobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 253238 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ethanoligenens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 265980 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Alkalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 367298 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Phycicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 671928 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Seirophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 690893 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Amniculicolaceae;Amniculicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 1148783 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Geminisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 1538468 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Povalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 1543704 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Niveispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 1621534 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Paraglaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 1755683 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Candidatus Berkiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 1775688 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Jiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 2685927 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Tardibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 2731402 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Antribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000177 19 2883109 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sandaracinobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 2349 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Haliscomenobacteraceae;Haliscomenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 2849 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Phaeodactylaceae;Phaeodactylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 5340 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Agaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 13705 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Syncephalastraceae;Syncephalastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 32257 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Kingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 44261 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Oxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 53357 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Intrasporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 137583 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 214906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Histophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 243627 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Hydrocarboniphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 286412 Eukaryota;Ascomycota;NA;Thelocarpales;Thelocarpaceae;Thelocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 311411 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pseudoruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 379065 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 379072 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sediminibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 427925 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Dethiobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 500614 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Desmospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 651660 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Paenisporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 766728 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Meyerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 1314700 Bacteria;Pseudomonadota;Alphaproteobacteria;Sneathiellales;Sneathiellaceae;Oceanibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 1329200 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fictibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 1395674 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Globomycetaceae;Globomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 1400060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Roseibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 1505652 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Terrisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 1648500 Bacteria;Bacillota;Bacilli;Bacillales;Bacillales Family X. Incertae Sedis;Brockia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 1780190 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Izhakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 1934947 Bacteria;Pseudomonadota;Gammaproteobacteria;Immundisolibacterales;Immundisolibacteraceae;Immundisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 1960084 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Rodentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 2038733 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Oryzisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 2185300 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Tepidamorphaceae;Microbaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 2748674 Bacteria;Bacillota;Clostridia;Moorellales;Zhaonellaceae;Zhaonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 2767323 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Buchananella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 2815785 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Scrofimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 2830882 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Allopontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 2837503 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gottfriedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 2898489 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Paralysiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 2951106 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Breznakiellaceae;Gracilinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 2964429 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Candida/Metschnikowiaceae;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000167 18 3020858 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Faunimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 893 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfobulbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 52959 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Polaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 82984 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Pragia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 83612 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Psychroflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 85072 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Allochromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 225143 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 242508 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Dothistroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 265976 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Serinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 273135 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Amoebophilaceae;Candidatus Cardinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 291967 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Acaricomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 334108 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Bergeriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 365532 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Belnapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 396388 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Aestuariimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 471798 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Shimazuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 531859 Eukaryota;Ascomycota;Dothideomycetes;NA;Gloniaceae;Glonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 599737 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Wickerhamomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 749880 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Stagonosporopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 1227948 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 1335745 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Spiribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 2094023 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Glaesserella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 2563777 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Lactimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 2709671 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Saezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 2828348 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ruaniaceae;Occultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000158 17 2884326 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 1263 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 4855 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Mortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 41273 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Tissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 43220 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Capronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 53365 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Catellatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 57133 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Hydnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 57488 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiorhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 59739 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Flammeovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 75687 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Neptunomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 98757 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Gelatoporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 113286 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Pseudoramibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 194195 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Alysiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 198346 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Baumannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 265488 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rhodopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 294702 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Proteiniphilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 299261 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Tateyamaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 335927 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Thalassobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 490828 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Lutimaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 504090 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Kushneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 696745 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 984996 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Mobilicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 1234545 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Parasphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 1400827 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Candidatus Competibacteraceae;Plasticicumulans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 1434004 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Fonticella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 1659840 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Sanghuangporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 1808977 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Candidatus Methylospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 1926253 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Chthonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 1940143 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Dankookia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 1986179 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Neocucurbitaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 2036011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Limibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 2055880 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudescherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 2307285 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavipsychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 2792393 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Aquipluma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 2870907 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Craterilacuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 2904863 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Hermanssonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 2941493 Bacteria;Bacillota;Clostridia;Eubacteriales;Pumilibacteraceae;Pumilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000149 16 3034706 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Scleromatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1186 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Calotrichaceae;Calothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1227 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Nitrosococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 2425 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Teredinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 5024 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Venturiaceae;Venturia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 34016 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodobiaceae;Rhodobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 39643 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Sorangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 44011 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Ferrimonadaceae;Ferrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 45132 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Botryosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 45308 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Melanommataceae;Melanomma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 55067 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Phaeosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 70994 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Lewinellaceae;Lewinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 267849 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Nitrincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 288018 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Yeosuana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 427753 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Humibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 442527 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Scopulibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 453209 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Dermateaceae;Coleophoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 623276 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Maritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 655352 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Cohaesibacteraceae;Cohaesibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 762296 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 766765 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Yamadazyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1069494 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Trueperella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1221209 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomarinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1231656 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lindgomycetaceae;Clohesyomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1647175 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Aestuariispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1649454 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Glaciihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1689250 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Gorillibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1780122 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mobilisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1835332 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Verticiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1860077 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Granulosicoccaceae;Sulfuriflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1897649 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Pistricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 1914234 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Fimbriiglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 2109346 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Parvibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 2175151 Bacteria;Pseudomonadota;Alphaproteobacteria;NA;NA;Candidatus Micropelagos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 2610842 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ancalomicrobiaceae;Siculibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 2705466 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Lacisediminimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 2796146 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Nitrosacidococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 2978000 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Zwartia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000139 15 2983509 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Jilunia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 848 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Fusobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2016 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Streptoalloteichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 5529 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Metarhizium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 32199 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Buchnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 41874 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Bathycoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 101104 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Gongronella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 157920 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Cellulosimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 158846 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Megamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 190323 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Plantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 217063 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Oleomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 263066 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Malikia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 265975 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 329878 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Cryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 367188 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Haladaptatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 383614 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Brasilonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 393005 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tamlana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 511745 Bacteria;Verrucomicrobiota;Methylacidiphilae;Methylacidiphilales;Methylacidiphilaceae;Methylacidiphilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 561442 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Anaerovirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 568987 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hamiltonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 1052683 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Obba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 1091044 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Elstera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 1594166 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Oricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 1649478 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Pelolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 1649501 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Tangfeifania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 1654934 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfoprunum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 1742990 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paeniglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 1775716 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Methylobrevis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 1910899 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Naemateliaceae;Naematelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2017975 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Candidatus Frackibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2036017 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Consotaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2269381 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Mangrovicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2651583 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2678539 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paracnuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2689591 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Stenotrophobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2705399 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Hypericibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2714594 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Bremerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2718863 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pararobbsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2767878 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Bombilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2767884 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lapidilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2792293 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Pseudopontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2813348 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Luxibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2837504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Heyndrickxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2840454 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Candidatus Formimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2860235 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Glacieibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2886876 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Pararhodonellum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 2943286 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Sideroxyarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000130 14 3021684 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Dryocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 933 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Thiomicrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1047 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Chromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1232 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1851 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 5399 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Agrocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 5538 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Scytalidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 40751 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Thioploca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 55339 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Amylostereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 64630 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Mariannaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 75374 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Leptodontidiaceae;Leptodontidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 76632 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Thermobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 82309 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phlebiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 90243 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Oligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 155493 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Gallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 165301 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Lentzea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 186188 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Xylanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 227979 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Jeotgalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 228398 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptacidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 231683 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Saccharospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 292486 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Avibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 348581 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 355929 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Yonghaparkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 358023 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lutibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 371108 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Saccharataceae;Saccharata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 466152 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Singulisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 568394 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Pseudogulbenkiania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 574892 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Kriegella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 690884 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiotremataceae;Lophiotrema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 762641 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muriicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 863253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Marinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 866673 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Marinifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 908626 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Angustibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1007082 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrosopumilales;Nitrosopumilaceae;Nitrosarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1055692 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Chitinolyticbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1077254 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Catalimonadaceae;Tunicatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1129545 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Claroideoglomeraceae;Claroideoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1148163 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paralcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1406885 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aliiglaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1434014 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Lentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1647190 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aquibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1755832 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Haloimpatiens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1769729 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hathewaya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1775705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Frigidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1795789 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Candidatus Syntrophonatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1827277 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Aliterellaceae;Aliterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1843185 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Natronoarchaeaceae;Halostella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 1914449 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Rugosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 2126330 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Kentron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 2211641 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Yoonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 2304691 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Thermoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 2682476 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 2772525 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Putridiphycobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 2811373 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Acerihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 2812019 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pseudocnuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 2823237 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alteribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 2866728 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Reticulibacteraceae;Reticulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000121 13 2893576 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Allosaccharopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 1021 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Beggiatoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 1370 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Marinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 1647 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Erysipelothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 2330 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 34067 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Cycloclasticus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 34448 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Marasmius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 38832 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Micromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 39965 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Hypsizygus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 84616 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Torulaceae;Dendryphion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 97971 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Periconiaceae;Periconia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 109326 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Anaerovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 120212 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Subtercola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 150333 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Thermobrachium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 184431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 198251 Bacteria;Pseudomonadota;Alphaproteobacteria;Pelagibacterales;Pelagibacteraceae;Candidatus Pelagibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 202699 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Amylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 202949 Bacteria;Bacillota;Clostridia;Moorellales;Moorellaceae;Thermanaeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 213223 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Geothermobacteraceae;Geothermobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 226991 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Cyphellophoraceae;Cyphellophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 280472 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Aquiflexum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 407997 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Venenivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 414051 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Caenispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 433838 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pseudoxanthobacteraceae;Pseudoxanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 450526 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 507510 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Hyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 585890 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chitiniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 663242 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Albimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 766502 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Millerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 991903 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Polymorphum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 1427378 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Acetatifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 1443590 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Ferriphaselus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 1470540 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Jeotgalibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 1501224 Bacteria;Bacillota;NA;NA;NA;Hydrogenispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 1524249 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Pseudohongiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 1649489 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Robertkochia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 1783488 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Phytoactinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 1938003 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Thermoflexibacteraceae;Thermoflexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 2024965 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Dictyobacteraceae;Dictyobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 2304687 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Petroclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 2590666 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Gynurincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 2601681 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Edaphocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 2651578 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Thermanaerosceptrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 2707015 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Amnimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 2767206 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Candidatus Reconcilbacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 2787008 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Thermogemmata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 2801844 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Arachnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 2884814 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Pseudoprevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000112 12 2905128 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudomarimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 4753 Eukaryota;Ascomycota;Pneumocystidomycetes;Pneumocystidales;Pneumocystidaceae;Pneumocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 4859 Eukaryota;Zoopagomycota;Basidiobolomycetes;Basidiobolales;Basidiobolaceae;Basidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 28000 Eukaryota;Perkinsozoa;NA;Perkinsida;Perkinsidae;Perkinsus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 29849 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Magnaporthaceae;Gaeumannomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 36913 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Lodderomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 37991 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Xylaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 40443 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Gloeophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 42367 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Hirsutella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 44471 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Microcoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 53387 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Friedmanniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 67572 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Psychromonadaceae;Psychromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 73778 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylocaldum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 82978 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Budvicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 88138 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Modestobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 139111 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;NA;Dendrothele;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 139433 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meripilaceae;Physisporinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 157480 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Peltulaceae;Peltula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 180962 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Flammula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 210567 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Cadophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 283168 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Odoribacteraceae;Odoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 298266 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Monomorphina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 381430 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Panacagrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 390805 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Geosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 417127 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Zunongwangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 429014 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfocapsaceae;Desulfopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 576341 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 583360 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Umezawaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 599652 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Tropicimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 698776 Bacteria;Bacillota;Clostridia;Eubacteriales;Cellulosilyticaceae;Cellulosilyticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 947525 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Miniimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 947567 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Litoreibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1123951 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Thalassocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1211036 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mangrovimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1434024 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Natronoflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1434045 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sinomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1484107 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Galbitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1506577 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Tyzzerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1573808 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Mangrovibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1617805 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amylibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1649268 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Endobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1649480 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctopirus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1652133 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Halobacteriovoraceae;Halobacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1883071 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Irpicaceae;Cytidiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 1940395 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Caenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 2018044 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Candidatus Vallotia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 2282741 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfofundulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 2665910 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Ulvibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 2678248 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Edaphovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 2706524 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Rariglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 2800384 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Pseudidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 2808942 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Fluviibacteraceae;Fluviibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 2837506 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Niallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 2845254 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Breznakiellaceae;Breznakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 2893056 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halalkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000102 11 2997349 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Winslowiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 64 Bacteria;Chloroflexota;Chloroflexia;Herpetosiphonales;Herpetosiphonaceae;Herpetosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Plesiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 898 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfomicrobiaceae;Desulfomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 904 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Acidaminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1070 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rhodopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1152 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Pseudanabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 5110 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Claviceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 5973 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Halteriidae;Halteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 28196 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Arcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 34111 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Monoraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 43996 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Catonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 44744 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Haematococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 45292 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Massarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 66862 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Ammoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 85947 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Didymosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 86085 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Gymnopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 100034 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;NA;Massariosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 100051 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Delitschiaceae;Delitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 105767 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Tremellaceae;Tremella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 112993 Eukaryota;Basidiomycota;Agaricomycetes;Hysterangiales;Hysterangiaceae;Hysterangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 139133 Eukaryota;Basidiomycota;Agaricomycetes;Trechisporales;NA;Sistotremastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 157932 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paucimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 187492 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Thalassolituus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 200670 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Crenotrichaceae;Crenothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 202696 Eukaryota;Basidiomycota;Agaricomycetes;Jaapiales;Jaapiaceae;Jaapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 224458 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Pyxidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 230666 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chitinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 232244 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Belliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 244127 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaerotruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 252306 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Robiginitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 253255 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Soehngenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 256730 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Volucribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 284134 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Sarocladiaceae;Sarocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 286130 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfuricurvum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 292636 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Thermoflavimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 334107 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Conchiformibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 336277 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseicyclus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 347533 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Zobellella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 349742 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Sedimenticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 377315 Bacteria;Pseudomonadota;Zetaproteobacteria;Mariprofundales;Mariprofundaceae;Mariprofundus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 378193 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Epitheliaceae;Epithele;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 414878 Bacteria;Actinomycetota;Actinomycetes;Catenulisporales;Catenulisporaceae;Catenulispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 442431 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Persicitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 454159 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Kiloniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 456492 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Saccharibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 561367 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Salinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 643701 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Reichenbachiellaceae;Marinoscillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 659693 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Oceanibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 667113 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinoallomurus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1079922 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Commensalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1146845 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Dongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1193515 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Snodgrassella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1210119 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Ohtaekwangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1294511 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Naumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1397107 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Aliifodinibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1486726 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1606872 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1749071 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Neptunitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1840210 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Corticibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 1859940 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Paramyrothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2024982 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Notoacmeibacteraceae;Notoacmeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2083206 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Tritonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2126281 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2170427 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Vulcanococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2172022 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ancalomicrobiaceae;Pinisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2249306 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Solimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2249462 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Ferrigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2576890 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Nibricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2661806 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Solirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2678884 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerosacchariphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2717339 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhabdaerophilaceae;Rhabdaerophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2754714 Bacteria;Actinomycetota;NA;NA;NA;Candidatus Hakubanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2821838 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Hongsoonwoonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2837485 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Evansella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2846747 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Meinhardsimonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2879611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Oryzicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2916691 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfolucianica;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2919362 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Salinarimonadaceae;Saliniramus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000093 10 2979332 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Prescottella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 96 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Gallionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2237 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Haloarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2239 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2335 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Thermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2755 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Brochothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 3052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlamydomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 3066 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Volvox;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 5104 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ascosphaeraceae;Ascosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 5228 Eukaryota;Basidiomycota;Atractiellomycetes;Atractiellales;Hoehnelomycetaceae;Atractiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 5884 Eukaryota;Ciliophora;Oligohymenophorea;Peniculida;Parameciidae;Paramecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 33196 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botrytis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 39773 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 39840 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Desulforhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 42360 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Daldinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 45136 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Sporormiaceae;Sporormia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 45244 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Emericellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 45669 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Salinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 46205 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Pseudobutyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 48728 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rhabdochromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 53355 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Terrabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 53370 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Pilimelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 53456 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propioniferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 53572 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Deferribacteraceae;Deferribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 56054 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Bogoriellaceae;Bogoriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 63265 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Sporisorium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 70742 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 71602 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Diploschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 76008 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Fusibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 78914 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Sigmoideomycetaceae;Thamnocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 80662 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Piloderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 82105 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Cladophialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 82980 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Leminorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 82982 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Obesumbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 90268 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Apophysomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 100883 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Coprobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 104351 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Crepidotaceae;Crepidotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 110934 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agreia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 121820 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Roseinatronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 125369 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Paraphaeosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 150173 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Phialocephala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 160798 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Marinitoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 162027 Bacteria;Myxococcota;NA;Haliangiales;Kofleriaceae;Haliangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 178469 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Arenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 180541 Bacteria;Pseudomonadota;Gammaproteobacteria;Salinisphaerales;Salinisphaeraceae;Salinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 191494 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Conexibacteraceae;Conexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 202771 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Zooshikellaceae;Zooshikella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 215251 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Brachybasidiaceae;Meira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 233191 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Caldilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 288021 Bacteria;Pseudomonadota;Alphaproteobacteria;Kordiimonadales;Kordiimonadaceae;Kordiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 338321 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Turneriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 378268 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;NA;Infundibulicybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 394505 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 412764 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Spathaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 436357 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Thalassococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 511678 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Aliivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 513557 Bacteria;Thermodesulfobacteriota;Syntrophorhabdia;Syntrophorhabdales;Syntrophorhabdaceae;Syntrophorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 529881 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Aquiluna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 551208 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chitinilyticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 574786 Eukaryota;Ascomycota;Dothideomycetes;Mytilinidiales;Mytilinidiaceae;Mytilinidion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 599653 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Tropicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 653686 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Wenxinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 660628 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Insolitispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 869896 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Halorubraceae;Halonotius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 937605 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Hymenopellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 940550 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Gilvimarinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 986106 Bacteria;Pseudomonadota;Gammaproteobacteria;Acidiferrobacterales;Acidiferrobacteraceae;Acidiferrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1125736 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Symplocastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1156392 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Pseudokineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1184606 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Austwickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1263978 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Candidatus Endolissoclinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1331730 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Chryseoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1408818 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Youngiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1433999 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Domibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1485594 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1501226 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Romboutsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1502941 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Pleioneaceae;Pleionea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1519186 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Nguyenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1608404 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Puniceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1649453 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Gimesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 1763452 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Tianweitania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2013945 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Imleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2170555 Bacteria;Bacillota;Bacilli;Bacillales;NA;Candidatus Carbobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2593683 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Ancrocorticia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2613330 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2678534 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Corticimicrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2730923 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2758103 Bacteria;Nitrospirota;Nitrospiria;Candidatus Troglogloeales;Candidatus Manganitrophaceae;Candidatus Manganitrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2779861 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Linnemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2781897 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Lichenicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2824249 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Arenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2874214 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Terrihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2884243 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Musicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2885697 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Gephyromycinifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2885758 Archaea;Candidatus Micrarchaeota;Candidatus Micrarchaeia;Candidatus Anstonellales;Candidatus Bilamarchaeaceae;Candidatus Bilamarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2886866 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Sinanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2903061 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Phosphitispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 2946544 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Anaeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000084 9 3020066 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cognataquiflexum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 40 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Stigmatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 768 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Anaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 906 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Megasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1862 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Dermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 5307 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Phlebia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 5318 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Irpicaceae;Irpex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 5395 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Paxillaceae;Paxillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 5569 Eukaryota;Ascomycota;Dothideomycetes;NA;Gloniaceae;Cenococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 5644 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Stereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 5712 Eukaryota;Euglenozoa;Kinetoplastea;Eubodonida;Bodonidae;Bodo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 27372 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Acaulosporaceae;Acaulospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 33983 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Luteococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 35140 Eukaryota;Haptophyta;NA;Prymnesiales;Chrysochromulinaceae;Chrysochromulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 35724 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Macrophomina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 47182 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascodesmidaceae;Ascodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 53392 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiodictyon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 59585 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Corynesporascaceae;Corynespora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 61593 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiorhodovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 68774 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Nidulariaceae;Crucibulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 74721 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Stachybotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 86017 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Salpingoeca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 91493 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Exserohilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 112040 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Zobellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 113604 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Tetrapisispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 130795 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Crossiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 133746 Eukaryota;Basidiomycota;Agaricomycetes;Corticiales;Punctulariaceae;Punctularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 140106 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Neonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 141450 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oleiphilaceae;Oleiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 150022 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Finegoldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 154746 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Dentipellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 155977 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Acaryochloridaceae;Acaryochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 158848 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Moellerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 162291 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 178898 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVI. Incertae Sedis;Carboxydocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 184027 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Golovinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 191028 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Leisingera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 195950 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Tannerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 200903 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paraliobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 202746 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfurimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 207244 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 225842 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Formosa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 236052 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 301203 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Karstenula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 308926 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Diversisporaceae;Diversispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 315422 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Palleronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 361607 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Patulibacteraceae;Patulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 390846 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Echinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 518733 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microterricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 580880 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Amorphaceae;Amorphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 643951 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Pelagibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 690896 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lentitheciaceae;Lentithecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 748770 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Dolichospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 768650 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Thermosporotrichaceae;Thermosporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1122284 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Pseudoteredinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1159323 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Macellibacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1236988 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Geofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1333716 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Schleiferiaceae;Schleiferia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1358438 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Tepidamorphaceae;Lutibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1418588 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Tersicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1524217 Bacteria;Myxococcota;NA;Polyangiales;Labilitrichaceae;Labilithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1628153 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Carboxylicivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1649457 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1649506 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Thermoflavifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1705353 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Aurantimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1775471 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Spongiivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1775685 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobia subdivision 3;Limisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1910789 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Diutina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1918511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Frisingicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1964366 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Nissabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 1981958 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Pseudomicrostroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2051044 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Tuwongella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2070443 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Caviibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2136118 Bacteria;Acidobacteriota;Terriglobia;Bryobacterales;Solibacteraceae;Candidatus Sulfopaludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2478349 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Indioceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2709685 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Parasphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2804673 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cypionkella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2888879 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Nanchangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2918791 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Phaeovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2941495 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Otoolea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2951107 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Breznakiellaceae;Leadbettera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2978001 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Jezberella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2992720 Bacteria;Bacillota;Tissierellia;Tissierellales;Acidilutibacteraceae;Acidilutibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000074 8 2994443 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudenterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 53 Bacteria;Myxococcota;NA;Nannocystales;Nannocystaceae;Nannocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1158 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Oscillatoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2299 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosarcinaceae;Desulfosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 4830 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Mucor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 5121 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Erysiphe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 40144 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Tricholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 40432 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Daedaleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 42054 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Chromohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 48463 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Prosthecobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 52225 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Mitsuokella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 56106 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Cylindrospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 63132 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Geitlerinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 63298 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Pseudozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 65504 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Virgisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 68756 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Clavulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 70992 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Flexithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 71950 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Psilocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 82202 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Centipeda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 84756 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Beutenbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 85108 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Halorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 92944 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ketogulonicigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 107830 Bacteria;Myxococcota;Myxococcia;Myxococcales;NA;Myxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 117062 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Tephrocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 133193 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Alkalilimnicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 143222 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Salegentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 147496 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Bimuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 147559 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Dothioraceae;Delphinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 165812 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Sporanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 187144 Bacteria;Calditrichota;Calditrichia;Calditrichales;Calditrichaceae;Caldithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 191303 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Turicibacteraceae;Turicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 258075 Eukaryota;Ascomycota;Dothideomycetes;Eremomycetales;Eremomycetaceae;Eremomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 261825 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Agarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 286660 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Peltaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 307628 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Petrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 364651 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Bathelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 376488 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 388809 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;NA;Blyttiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 466108 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Biostraticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 478070 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Labrenzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 489909 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Nosocomiicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 630749 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Spongiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 705561 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Capnodiaceae;Polychaeton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 714959 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Tetraplosphaeriaceae;Polyplosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 747074 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Tepidamorphaceae;Tepidamorphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 995729 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Candidatus Magnetoovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1082702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Lonsdalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1130052 Eukaryota;Ascomycota;Xylobotryomycetes;Xylobotryales;Cirrosporiaceae;Cirrosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1133570 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cesiribacteraceae;Cesiribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1158296 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Poseidonocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1231242 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Ferrovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1236218 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Melghirimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1383070 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Brevifollis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1434010 Bacteria;Actinomycetota;Actinomycetes;Jatrophihabitantales;Jatrophihabitantaceae;Jatrophihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1434021 Bacteria;Actinomycetota;Actinomycetes;Motilibacterales;Motilibacteraceae;Motilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1500514 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Thermolongibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1522431 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfobacteriaceae;Thermosulfurimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1524449 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Butyriboletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1535192 Bacteria;Thermodesulfobacteriota;Desulfarculia;Desulfarculales;Desulfarculaceae;Desulfocarbo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1543703 Bacteria;Bacillota;Desulfuribacillia;Desulfuribacillales;Desulfuribacillaceae;Desulfuribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1549126 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulfatiglans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1573535 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1573806 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Mariniphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1637744 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Aminicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1649512 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Vulcaniibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1813600 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Tenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1855362 Bacteria;Candidatus Kryptonia;NA;NA;NA;Candidatus Thermokryptus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1926259 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Pseudactinotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1927833 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Candidatus Fukatsuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 1974209 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Rhodohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2004797 Bacteria;Acidobacteriota;Vicinamibacteria;Vicinamibacterales;Vicinamibacteraceae;Luteitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2005387 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Bacilliculturomica;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2031119 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Jiulongibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2047745 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceaniglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2071614 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Raineyaceae;Raineya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2202177 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;NA;Candidatus Methylumidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2571159 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Mycetohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2706948 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2762562 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Lewinellaceae;Flavilitoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2780027 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Falsigemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2795865 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Thalassoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2800684 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Parerythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2803845 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Usitatibacteraceae;Usitatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2828764 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Zafaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2853326 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Affinibrenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2867376 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Desulfoscipio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 2910978 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Megalodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 3020832 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alloalcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000065 7 3031928 Bacteria;Pseudomonadota;Alphaproteobacteria;Emcibacterales;Govaniaceae;Govania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 179 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Leptospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1754 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermoanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2175 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanohalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2207 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2383 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Epulonipiscium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2723 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hirschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2980 Eukaryota;NA;Xanthophyceae;Tribonematales;Tribonemataceae;Tribonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 4888 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Smittium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 4895 Eukaryota;Ascomycota;Schizosaccharomycetes;Schizosaccharomycetales;Schizosaccharomycetaceae;Schizosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 5140 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Neurospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 5690 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Trypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 29331 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Amphibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 32014 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Iodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 34098 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Blattabacteriaceae;Blattabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 35832 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Bilophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 35838 Bacteria;Acidobacteriota;Holophagae;Holophagales;Holophagaceae;Holophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 37840 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Pestalotiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 38037 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Ploettnerulaceae;Rhynchosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 40459 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Hericium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 40466 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Sparassidaceae;Sparassis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 41879 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pycnococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 42837 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Ammonifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 43429 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Wilcoxina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 44748 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Sporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 45234 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Cordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 46468 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Orenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 48558 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Pyriculariaceae;Pyricularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 50056 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Marinosulfonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 51196 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Syntrophobotulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 64561 Eukaryota;Mucoromycota;Umbelopsidomycetes;Umbelopsidales;Umbelopsidaceae;Umbelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 69894 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Tindallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 74317 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Maricaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 78922 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 86671 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Roseospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 100048 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Trematosphaeriaceae;Trematosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 101474 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Poronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 109262 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Halothiobacillaceae;Halothiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 117156 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Actinopolymorphaceae;Actinopolymorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 140458 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermacetogenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 144537 Eukaryota;Mucoromycota;Glomeromycetes;Paraglomerales;Paraglomeraceae;Paraglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 147557 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Byssothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 150366 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Akanthomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 156993 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Reichenbachiellaceae;Reichenbachiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 157775 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Letrouitiaceae;Letrouitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 158481 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Hahellaceae;Hahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 160034 Eukaryota;Ascomycota;Dothideomycetes;NA;Zopfiaceae;Zopfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 169998 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Phakopsoraceae;Phakopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 172620 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Imshaugia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 180162 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Cetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 180950 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Tricholomella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 189450 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Rhynchogastremataceae;Papiliotrema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 253106 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natronolimnobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 265570 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Sulfurovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 281472 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Jiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 283735 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Leeuwenhoekiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 307506 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Raphidocelis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 309512 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Dinoroseobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 356797 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Neomegalonemataceae;Neomegalonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 359337 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Marinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 363408 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Nonlabens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 364409 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Granulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 387342 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Halopiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 414045 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Natronocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 417183 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Mycoemilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 515417 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Amphritea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 580596 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Butyricicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 622681 Bacteria;Actinomycetota;Actinomycetes;Candidatus Nanopelagicales;Candidatus Nanopelagicaceae;Candidatus Planktophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 630723 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halarsenatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 643949 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Ferrithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 651810 Bacteria;Myxococcota;NA;Polyangiales;Phaselicystidaceae;Phaselicystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 660514 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Novispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 767891 Bacteria;Pseudomonadota;Alphaproteobacteria;NA;NA;Candidatus Puniceispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 990721 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Christensenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1078904 Archaea;Nitrososphaerota;NA;NA;NA;Candidatus Nitrosotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1154586 Bacteria;Actinomycetota;Rubrobacteria;Gaiellales;Gaiellaceae;Gaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1221880 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Psychrobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1233054 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1240886 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Oculatellaceae;Oculatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1246884 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Algimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1297562 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Phaseolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1321364 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Tistlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1434023 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Natranaerovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1450170 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;NA;Aaosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1477505 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Eoetvoesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1541445 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Candidatus Phaeomarinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1546255 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Mumia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1548510 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Microbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1553903 Bacteria;Bdellovibrionota;Oligoflexia;Oligoflexales;Oligoflexaceae;Oligoflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1593263 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Bolbitiaceae;Cyclocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1609233 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Acidithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1649497 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Spelaeicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1649505 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Thermocatellispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1742986 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Fluviicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1745211 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1745324 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Helicocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1763521 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Paludisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1765964 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Acidihalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1855419 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Ursidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1918521 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Irregularibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1920241 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Pleioneaceae;Aliikangiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1924105 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Neglectibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1929305 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pygmaiobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1930932 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;NA;Thioflexithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1935927 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Massilioclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 1960290 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Pacificimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2025617 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Ketobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2035345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Psychromarinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2038740 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Coniferiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2042653 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Nigerium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2174441 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Marinicaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2301194 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Balneatrichaceae;Pokkaliibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2493629 Bacteria;Pseudomonadota;Alphaproteobacteria;Minwuiales;Minwuiaceae;Minwuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2603324 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidibrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2653802 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Neoactinobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2661844 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Fluviibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2680020 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Tautonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2709686 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2718525 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Absicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2729624 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Planctomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2761542 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Fundicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2793122 Bacteria;Actinomycetota;Actinomycetes;Motilibacterales;Vallicoccaceae;Vallicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2800680 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteriqipengyuania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2811380 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Entomobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2821517 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Albibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2834759 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Flocculibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2837508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rossellomorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2865859 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Arenibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2880942 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Zeimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2885966 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Frigoriflavimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2919093 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudothioclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2944148 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Guopingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2981530 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ancalomicrobiaceae;Prosthecodimorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000056 6 2986286 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Horticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 18 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Desulfuromonadaceae;Pelobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 146 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Spirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 953 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Wolbachia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1163 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Anabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1198 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Phormidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1562 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Desulfotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1645 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Renibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2029 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Kibdelosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2071 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2735 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Verrucomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 4815 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Spizellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 5036 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Histoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 5218 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Exidiaceae;Exidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 5631 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Lenzites;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 5782 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Dictyostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 5812 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Sarcocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 13289 Eukaryota;Basidiomycota;Exobasidiomycetes;Tilletiales;Tilletiaceae;Tilletia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 28050 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 28250 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Ornithobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 29882 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hydnangiaceae;Laccaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 33202 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Thermoascaceae;Paecilomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 35127 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Thalassiosirales;Thalassiosiraceae;Thalassiosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 38807 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Panaceae;Panus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 40436 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Daedalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 40456 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Fistulinaceae;Fistulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 44474 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Pleurocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 53416 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Lonepinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 55528 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Guillardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 56112 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Dehalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 59740 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Persicobacteraceae;Persicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 60846 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Haloferacaceae;Halogeometricum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 62608 Archaea;Thermoproteota;Thermoprotei;Thermoproteales;Thermoproteaceae;Thermocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 68034 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Sporotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 68785 Eukaryota;Basidiomycota;Agaricomycetes;Geastrales;Sphaerobolaceae;Sphaerobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 81525 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Monosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 82345 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Ornithinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 82373 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Anaerovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 84646 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Candidatus Paracaedibacteraceae;Candidatus Odyssella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 106146 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pelistega;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 110546 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Whalleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 119044 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Filomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 133925 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Olsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 146918 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Salinibacteraceae;Salinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 157226 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Jeotgalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 159345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 167375 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Cyanobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 169055 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Nordella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 182276 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Artomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 182623 Bacteria;Thermodesulfobacteriota;Syntrophia;Syntrophales;Smithellaceae;Smithella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 189613 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthomendoza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 198592 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Umezakia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 200473 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Brumimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 203804 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Blochmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 204286 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Cobetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 204473 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Angulomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 212742 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Morococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 221065 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Kordia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 230494 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Reinekea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 239199 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Earliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 239934 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Akkermansiaceae;Akkermansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 265487 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Blastopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 314318 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Prolixibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 315078 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Tricladiaceae;Cudoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 319458 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Leadbetterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 320933 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 331971 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Thalassobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 332246 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halalkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 342943 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sinobaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 390988 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinocatenispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 399320 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Sphaerochaetaceae;Sphaerochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 404235 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Maritimibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 406099 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Aquisalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 415014 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Proteiniborus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 444513 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Salibacteraceae;Salibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 448176 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Granulicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 449810 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lutimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 482460 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sediminibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 497721 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfolunaceae;Desulfoluna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 504465 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rhodovastum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 527198 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mariniflexile;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 596495 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Sciscionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 651456 Bacteria;Thermotogota;Thermotogae;Kosmotogales;Kosmotogaceae;Kosmotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 659428 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Marivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 697025 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Hoyosellaceae;Hoyosella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 745410 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Gallaecimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 857334 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Candidatus Dactylopiibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 862261 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Caldanaerobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1000999 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1048954 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Cylindrosympodiaceae;Tothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1073986 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Haloferacaceae;Halobellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1150382 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Parascedosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1155738 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Moorena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1185408 Bacteria;Bacillota;Clostridia;Eubacteriales;Defluviitaleaceae;Defluviitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1230698 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Marisediminicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1268272 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Paraperlucidibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1302778 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Pseudoscardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1303912 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosarcinaceae;Desulfatitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1400055 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Murinocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1434019 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Mameliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1434032 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pontimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1434047 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Spinactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1494215 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Sympoventuriaceae;Verruconis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1620700 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Alkalinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1644062 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Salinirubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1648517 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Mesocricetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1649470 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Minicystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1649479 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Permianibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1654931 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Crenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1742977 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Tepidicaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1763827 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Hankyongella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1769746 Bacteria;Bdellovibrionota;Oligoflexia;Oligoflexales;Pseudobacteriovoracaceae;Pseudobacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1774136 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Garicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1822002 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Enterobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1848399 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Crassaminicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1851509 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Naganishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1859128 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Candidatus Electrothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1906657 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Doolittlea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1915405 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Pseudohoeflea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1918385 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acutalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1924081 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Bariatricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 1980693 Bacteria;Bacillota;NA;NA;NA;Negativibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2028344 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Ereboglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2035712 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Thioalkalibacteraceae;Guyparkeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2058187 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Cavenderiaceae;Cavenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2060722 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Labilibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2078575 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Psychromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2171995 Bacteria;Candidatus Saccharibacteria;Candidatus Nanosyncoccalia;Candidatus Nanosyncoccales;Candidatus Nanosyncoccacae;Candidatus Nanosyncoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2201383 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Mangrovicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2282740 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Desulfallas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2315209 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Hondaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2321111 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Aliarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2591381 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Dysosmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2653226 Bacteria;NA;Deltaproteobacteria;Bradymonadales;Lujinxingiaceae;Lujinxingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2661818 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Saliniradius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2676063 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Pseudomethylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2676121 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Galactobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2678529 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Kineobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2683336 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Abyssisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2747271 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Calidithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2767345 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Jongsikchunia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2767358 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasmopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2792075 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Pontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2799491 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Antrihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2804231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lederbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2813041 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Vannielia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2813793 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Litorihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2819281 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Cryomorphaceae;Acidiluteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2837502 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2854186 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pseudosulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2864378 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Carbonactinosporaceae;Carbonactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2893022 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Flagellatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2897311 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Fulvia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2899790 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Mergibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2909705 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Oleidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2915177 Bacteria;Acidobacteriota;Holophagae;Acanthopleuribacterales;Acanthopleuribacteraceae;Sulfidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2918887 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Pleomorphovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2919468 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Vandammella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2944146 Bacteria;Bacillota;Clostridia;Eubacteriales;Bianqueaceae;Bianquea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2946607 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Neotabrizicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2952773 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Formicincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 2993541 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Lewinellaceae;Neolewinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 3003476 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sinisalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 3024570 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Marinigracilibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 3025755 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Thomasclavelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000046 5 3033930 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fervidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 832 Bacteria;Fibrobacterota;Fibrobacteria;Fibrobacterales;Fibrobacteraceae;Fibrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1051 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Ectothiorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1091 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Chlorobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1101 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Prosthecochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2093 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 4910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kluyveromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 5260 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Melampsoraceae;Melampsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 5800 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Eimeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 13075 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Globicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 33042 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Coprococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 33073 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Zymobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 33951 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Acetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 35750 Bacteria;Actinomycetota;Actinomycetes;Sporichthyales;Sporichthyaceae;Sporichthya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 40421 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Bondarzewia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 45427 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Amylocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 46466 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 47054 Bacteria;Synergistota;Synergistia;Synergistales;Dethiosulfovibrionaceae;Dethiosulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 49279 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gelidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 56001 Eukaryota;Chlorophyta;Chlorophyceae;Chaetopeltidales;Chaetopeltidaceae;Chaetopeltis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 65502 Bacteria;Actinomycetota;Actinomycetes;Cryptosporangiales;Cryptosporangiaceae;Cryptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 68776 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Nidulariaceae;Cyathus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 68787 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Sclerodermataceae;Scleroderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 71684 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Galeropsidaceae;Panaeolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 78119 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Succinispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 79598 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliorestis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 81060 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Steccherinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 83400 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Roseospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 85076 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Marichromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 85978 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;NA;Leucogyrophana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 86331 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Mogibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 88647 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Teloschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 100043 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleomassariaceae;Pleomassaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 100474 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Batrachochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 104175 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Oscillochloridaceae;Oscillochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 115543 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Parasporobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 120961 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Roseiflexaceae;Roseiflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 127457 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiobaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 137742 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Podoscyphaceae;Abortiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 144548 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Heliocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 150793 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletinellaceae;Phlebopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 153232 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Oceanicaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 160800 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 182061 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Tetrapyrgos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 191769 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Marinilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 196079 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 205760 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;NA;Gloeopeniophorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 216431 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Croceibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 218113 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 221279 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Candidatus Competibacteraceae;Candidatus Competibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 246861 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Grimontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 254245 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Aquicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 257820 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Kerstersia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 281119 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Amoebophilaceae;Candidatus Amoebophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 283785 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Bizionia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 289201 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 291988 Bacteria;Bacillota;Clostridia;Thermosediminibacterales;Thermosediminibacteraceae;Thermosediminibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 326319 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Dokdonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 326606 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Annulohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 331525 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Kribbia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 336276 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Olleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 346096 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Paludibacteraceae;Paludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 351094 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paucisalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 363276 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Ktedonobacteraceae;Ktedonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 375673 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Ferrimonadaceae;Paraferrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 389486 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sediminicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 432550 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Neidiaceae;Neidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 444459 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flagellimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 447678 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Reichenbachiellaceae;Ekhidna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 472058 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Schumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 501022 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Glaciibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 507753 Archaea;Candidatus Thermoplasmatota;Thermoplasmata;Thermoplasmatales;Ferroplasmaceae;Acidiplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 510701 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Desulfurispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 516086 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Clostridiisalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 526215 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Thalassobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 574347 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Modicisalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 574697 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Odoribacteraceae;Butyricimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 586132 Eukaryota;Microsporidia;NA;NA;NA;Nematocida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 633405 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Lacticigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 656899 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Schlesneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 661182 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Perlucidibacaceae;Perlucidibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 741162 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lindgomycetaceae;Lindgomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 741759 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;NA;Tomitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 754249 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;NA;Luteimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 882045 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Cuspidothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 907364 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Phytohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 937601 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Mucidula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 985001 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Piscicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1003337 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Angomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1005722 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Phormidesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1055323 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aeribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1137960 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Allokutzneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1161125 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Helcobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1167830 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Litorimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1172191 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Catenovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1177214 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Profftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1206748 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Nitrolancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1213188 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Zancudomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1215913 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Litorilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1220599 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Phaeovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1269048 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halorubellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1344362 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Rehaibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1384499 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Pisciglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1400059 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pontibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1403714 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Parapusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1432051 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Eisenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1433997 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Diaminobutyricimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1494913 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Anditalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1495041 Bacteria;Pseudomonadota;Alphaproteobacteria;NA;NA;Thermopetrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1505657 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Intestinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1508537 Bacteria;Chloroflexota;Chloroflexia;Kallotenuales;Kallotenuaceae;Kallotenue;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1511694 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thioalbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1519373 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Amphiplicatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1522429 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Lihuaxuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1538466 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Rhizocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1550243 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Aetokthonos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1582879 Bacteria;Bacillota;Tissierellia;NA;NA;Ezakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1602345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Parasaccharibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1632778 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Diaminobutyricibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1640884 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1647173 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Acetobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1648497 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Boseongicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1654741 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Bombella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1659686 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Candidatus Nephrothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1676651 Bacteria;Bacillota;Limnochordia;Limnochordales;Limnochordaceae;Limnochorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1686313 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Fenollaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1742983 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Occallatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1747770 Bacteria;Actinomycetota;Nitriliruptoria;Egibacterales;Egibacteraceae;Egibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1751872 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Lacimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1777753 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Candidatus Paracaedibacteraceae;Candidatus Finniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1792291 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Marinagarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1795639 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Aquisalinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1810868 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Mycoavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1855405 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Salisaetaceae;Longibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1857011 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Lysinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1918951 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylotetracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1924093 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaeromassilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1929135 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Halofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1929297 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Bittarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 1937008 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Dubosiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2004661 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Hyphobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2017546 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paracandidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2023233 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Ancylothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2027319 Eukaryota;Ascomycota;NA;Vezdaeales;Vezdaeaceae;Vezdaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2035349 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Oceanispirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2035811 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Pseudodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2038635 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Hyphococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2070447 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Conservatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2173039 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Arcticibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2302914 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloropicon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2307008 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Galacturonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2320199 Bacteria;Pseudomonadota;Gammaproteobacteria;Salinisphaerales;Salinisphaeraceae;Abyssibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2518495 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Duncaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2593687 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Aquella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2650549 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Hydrocarboniclastica;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2661936 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Ferruginivarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2676858 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Chakrabartia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2678885 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2680018 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodophyticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2680021 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ephemeroptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2707768 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Calorimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2716544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chimaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2731450 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Limnoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2740558 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Lacisediminihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2749846 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2750262 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Leekyejoonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2752474 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Acidiferrimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2758906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Entomomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2762384 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Breznakibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2767876 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Amylolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2774168 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Avrilella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2778528 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Specibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2795605 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Aureliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2802288 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Dongshaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2807738 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Parasulfuritortus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2812012 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Zongyanglinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2817108 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Watsoniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2831955 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pikeienuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2853332 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Peteryoungia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2870408 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinasiproducens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2873978 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Phycocomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2881385 Bacteria;Cyanobacteriota;Cyanophyceae;Thermostichales;Thermostichaceae;Thermostichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2888818 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;NA;Pengzhenrongella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2892997 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Candidatus Viadribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2893055 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halalkalibacterium (ex Joshi et al. 2022);NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2893057 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Shouchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2893197 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aegicerativicinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2904316 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulfocicer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2905136 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Fundidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2910589 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2917705 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Natronoarchaeaceae;Natranaeroarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2950393 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Sessilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2975260 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Parvicellaceae;Parvicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2976759 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Capillimicrobiaceae;Capillimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2981995 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Candidatus Parvibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2983700 Bacteria;Myxococcota;Myxococcia;Myxococcales;NA;Paraliomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2986345 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Pseudochryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2994363 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Pseudofrankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 2994560 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Candidatus Pristimantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000037 4 3042730 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Antarcticirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 13 Bacteria;Dictyoglomota;Dictyoglomia;Dictyoglomales;Dictyoglomaceae;Dictyoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 44 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Melittangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 50 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Chondromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 55 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Polyangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 71 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Simonsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 862 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 866 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Ruminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 965 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 992 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flexibacteraceae;Flexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1007 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Saprospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1013 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Weeksella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1154 Bacteria;Cyanobacteriota;Cyanophyceae;Spirulinales;Spirulinaceae;Spirulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1266 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Sarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2005 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Microbispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2147 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Acholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2289 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulfobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2368 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Arhodomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2784 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Porphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 4836 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Phycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 4871 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Endogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 5450 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Arthromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 5721 Eukaryota;Parabasalia;NA;Trichomonadida;Trichomonadidae;Trichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 5890 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;Tetrahymenidae;Tetrahymena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 28033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVII. Incertae Sedis;Sulfobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 28186 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Acetohalobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 28236 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Petrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 33973 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 34348 Eukaryota;Basidiomycota;Mixiomycetes;Mixiales;Mixiaceae;Mixia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 34416 Eukaryota;Basidiomycota;Microbotryomycetes;Microbotryales;Microbotryaceae;Microbotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 35836 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Desulfacinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 36739 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Dermabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 37817 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Geopsychrobacteraceae;Desulfuromusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 40354 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Fonsecaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 43356 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Kutzneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 43673 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Jonesiaceae;Jonesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 44055 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Aureococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 45033 Eukaryota;NA;Phaeophyceae;Laminariales;Chordaceae;Chorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 50955 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Geosiphonaceae;Geosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 50989 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Rickenellaceae;Rickenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 53452 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Lamprocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 54293 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Thermosyntropha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 58108 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinocorallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 61434 Bacteria;Chloroflexota;Dehalococcoidia;Dehalococcoidales;Dehalococcoidaceae;Dehalococcoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 63743 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Natronomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 65402 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Acidaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 65496 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinoalloteichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 66735 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Diplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 66739 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Lasiodiplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 66831 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Facklamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 78141 Eukaryota;Ascomycota;Leotiomycetes;NA;Myxotrichaceae;Oidiodendron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 78924 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dimargaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 79808 Eukaryota;Ascomycota;Sordariomycetes;Coniochaetales;Coniochaetaceae;Coniochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 80744 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Serpulaceae;Serpula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 81041 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Antrodiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 82800 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Desemzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 84108 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Slackia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 84162 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Cryptobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 84404 Bacteria;Campylobacterota;Desulfurellia;Desulfurellales;Desulfurellaceae;Hippea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 101106 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Halteromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 101191 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanomethylovorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 104204 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Streptomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 107449 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Phaffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 109374 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Nemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 109956 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Physocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 112008 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Ignatzschineria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 129577 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 139276 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Dacryopinax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 139389 Eukaryota;Basidiomycota;Agaricomycetes;Amylocorticiales;Amylocorticiaceae;Plicaturopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 141715 Eukaryota;Chlorophyta;Mamiellophyceae;Monomastigales;Monomastigaceae;Monomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 154750 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Lachnocladiaceae;Vararia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 166484 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Caminicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 172190 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Schizoparmaceae;Coniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 175660 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Pyrrhoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 177971 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Shuttleworthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 182402 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rubritepida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 211469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Kineosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 215249 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Cryptobasidiaceae;Acaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 218112 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellinidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 222439 Eukaryota;Preaxostyla;NA;Oxymonadida;Streblomastigidae;Streblomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 224455 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Hyalangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 229045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Trichomonascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 231052 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Saccharibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 241189 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Hespellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 244698 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gillisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 249344 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Picochlorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 249523 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aestuariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 252965 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family IV. Incertae Sedis;Mahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 286114 Eukaryota;Chytridiomycota;Chytridiomycetes;Synchytriales;Synchytriaceae;Synchytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 286729 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Alkaliflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 289257 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Chrysotrichaceae;Chrysothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 293136 Bacteria;Bacillota;Clostridia;Moorellales;Desulfitibacteraceae;Desulfitibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 318744 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Phylliscum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 331654 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 336803 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Thorselliaceae;Thorsellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 358905 Eukaryota;Basidiomycota;Agaricomycetes;Sebacinales;Serendipitaceae;Serendipita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 372047 Eukaryota;Ascomycota;Dothideomycetes;Phaeotrichales;Phaeotrichaceae;Trichodelitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 376170 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Haloferacaceae;Haloplanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 390887 Eukaryota;Ascomycota;Dothideomycetes;Mytilinidiales;Mytilinidiaceae;Lophium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 395590 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zasmidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 409304 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Ishikawaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 412033 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Celerinatantimonadaceae;Celerinatantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 419014 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Alloscardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 420345 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Lactonifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 437504 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Granulosicoccaceae;Granulosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 446680 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Eudoraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 458032 Bacteria;Acidobacteriota;Blastocatellia;NA;NA;Chloracidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 467975 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Iamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 472568 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Devriesea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 495819 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;NA;Spirobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 499228 Bacteria;Bacillota;Clostridia;Thermosediminibacterales;Tepidanaerobacteraceae;Tepidanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 503005 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Dasania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 561108 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Jaminaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 568988 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Regiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 574899 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Haloferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 577309 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Paraprevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 578092 Eukaryota;Ascomycota;Dothideomycetes;Lineolatales;Lineolataceae;Lineolata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 596919 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactifluus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 599838 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fibroporiaceae;Fibroporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 604195 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Cyberlindnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 608658 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Citreimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 666508 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Phycisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 667112 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Lutispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 673534 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Plantactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 693222 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Gloeocapsopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 768669 Bacteria;Chloroflexota;Ktedonobacteria;Thermogemmatisporales;Thermogemmatisporaceae;Thermogemmatispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 885864 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Jeongeupia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 908251 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Branchiibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 908284 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Necropsobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 983507 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ponticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 996924 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Mastigocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1042315 Bacteria;Armatimonadota;Armatimonadia;Armatimonadales;Armatimonadaceae;Armatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1076625 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Steffania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1080193 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Hyunsoonleella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1081630 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Schneideria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1084558 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Oceanicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1121251 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Cucumibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1129704 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Kyrpidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1148150 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Desulfosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1155385 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Proteiniclasticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1176327 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1187887 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Nitritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1188227 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeomargaritales;Gloeomargaritaceae;Gloeomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1213720 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Stomatobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1245590 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Mariniradius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1249016 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Otariodibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1287916 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Euzebyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1343556 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Hazenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1348508 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Roseimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1392389 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Intestinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1433300 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alteribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1433990 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1434006 Bacteria;Synergistota;Synergistia;Synergistales;Aminobacteriaceae;Fretibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1434015 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Limimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1434044 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Sinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1458243 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Pseudomaricurvus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1472649 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Dielma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1494561 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Agaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1509243 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Caedimonadaceae;Candidatus Nucleicultrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1535207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Barrientosiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1541670 Bacteria;Verrucomicrobiota;NA;NA;NA;Methylacidimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1558474 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Oceanococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1579315 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Halocynthiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1629825 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Lanmaoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1635133 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Aestuariicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1648491 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Aquihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1649465 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Luteibaculaceae;Luteibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1654787 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Thiopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1692042 Bacteria;Pseudomonadota;Gammaproteobacteria;Acidiferrobacterales;Acidiferrobacteraceae;Sulfurifustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1763473 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Marimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1773450 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Anseongella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1774128 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Murimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1775176 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Psychromonadaceae;Corallincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1801563 Eukaryota;Basidiomycota;Microbotryomycetes;NA;Chrysozymaceae;Pseudohyphozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1820341 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Crenalkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1858563 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alkalimarinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1891915 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinocrispum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1910924 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Hydromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1911581 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Formosimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1914252 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermodesulfitimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1920515 Bacteria;Actinomycetota;Actinomycetes;Catenulisporales;Actinospicaceae;Actinocrinis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1926677 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Raoultibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1930830 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Floricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1937999 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Bernardetiaceae;Hugenholtzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1940406 Bacteria;NA;NA;NA;NA;Candidatus Moduliflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 1981033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Mordavella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2004411 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Inediibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2024969 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Natronospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2026842 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;NA;Bifiguratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2027529 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Cumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2027874 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Mongoliimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2039718 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Marivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2052799 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Jimgerdemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2056689 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Fastidiosibacteraceae;Fastidiosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2058174 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Antarcticibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2060871 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Galactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2163168 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Kineothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2164137 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Candidatus Lumbricidophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2171988 Bacteria;Candidatus Saccharibacteria;Candidatus Nanoperiomorbia;Candidatus Nanoperiomorbales;Candidatus Nanoperiomorbaceae;Candidatus Nanoperiomorbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2171991 Bacteria;Candidatus Saccharibacteria;Candidatus Nanosyncoccalia;Candidatus Nanogingivales;Candidatus Nanogingivalaceae;Candidatus Nanogingivalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2172004 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Lawsonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2172823 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Hahellaceae;Sansalvadorimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2211635 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cognatishimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2268961 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Cerioporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2315876 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Coralloluteibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2483368 Bacteria;Planctomycetota;Phycisphaerae;Sedimentisphaerales;Sedimentisphaeraceae;Sedimentisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2571199 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Dictyobacteraceae;Tengunoibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2590445 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;NA;Pelagibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2601574 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Holosporaceae;Candidatus Cytomitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2652702 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypomontagnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2681566 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Schleiferiaceae;Thermaurantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2689588 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Marortus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2710870 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Allorhizocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2712271 Bacteria;Bacillota;Clostridia;Eubacteriales;Xylanivirgaceae;Xylanivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2712688 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Salaquimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2738399 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Parasedimentitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2769459 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Limoniibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2795426 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Novipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2795783 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Pirellulimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2802300 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Lunatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2804525 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Lichenicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2811435 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;NA;Candidatus Ordinivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2815780 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Velocimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2820281 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Thermaurantiacus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2821512 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Algihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2822655 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Endobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2831684 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Marinisubtilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2834241 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Anaerotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2839095 Bacteria;Verrucomicrobiota;Methylacidiphilae;Methylacidiphilales;Methylacidiphilaceae;Candidatus Methylacidithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2854181 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Aliiruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2855184 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Oryzomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2866216 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tenuifilaceae;Perlabentimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2866729 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Ktedonobacteraceae;Ktedonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2884806 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Penaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2888275 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Kangsaoukella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2891323 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Pseudazoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2892397 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pusillibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2894762 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Zophobihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2896773 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Enemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2896778 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Parenemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2897685 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Tulosesus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2919363 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Sandaracinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2941499 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Vermiculatibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2941520 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Senimuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2944815 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Wielerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2967089 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Abyssalbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2974369 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Palleniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2978002 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Sheuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2983819 Eukaryota;Ascomycota;Sordariomycetes;NA;NA;Neoarthrinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2986344 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Parachryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2995234 Bacteria;Mycoplasmatota;NA;Mycoplasmoidales;Metamycoplasmataceae;Mycoplasmoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 2997344 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Anianabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 3025863 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Ferroacidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000028 3 3040681 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Hoyosellaceae;Lolliginicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1099 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Pelodictyon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1107 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Chloroflexaceae;Chloroflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1190 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Fischerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1218 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Prochlorococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1257 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptostreptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2038 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Tropherymataceae;Tropheryma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2717 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Cardiobacteriaceae;Cardiobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2791 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Porphyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 3118 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Ulva;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 3164 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Tetraselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 4756 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Neocallimastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 5010 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Taphrinaceae;Taphrina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 5097 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Monascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 5357 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Lentinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 5369 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Boletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 5498 Eukaryota;Ascomycota;Dothideomycetes;Cladosporiales;Cladosporiaceae;Cladosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 5531 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Myrothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 5587 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Rhinocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 5962 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Stentoridae;Stentor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 12941 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Aphanocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 13348 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Arthrobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 13366 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Brettanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 28261 Bacteria;Nitrospirota;Thermodesulfovibrionia;Thermodesulfovibrionales;Thermodesulfovibrionaceae;Thermodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 28884 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Hydrogenovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 29298 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Planobispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 29526 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Syntrophobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 31311 Eukaryota;Chlorophyta;Nephroselmidophyceae;Nephroselmidales;Nephroselmidaceae;Nephroselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 33071 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeobacterales;Gloeobacteraceae;Gloeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 34487 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Conidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 35800 Bacteria;Nitrospinota;Nitrospinia;Nitrospinales;Nitrospinaceae;Nitrospina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 36065 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Cantharellaceae;Cantharellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 36658 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Volvariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 38484 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Ciborinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 38946 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Paracoccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 39702 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Septoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 40566 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinosynnema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 44439 Eukaryota;NA;Raphidophyceae;Chattonellales;Chattonellaceae;Chattonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 45148 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiostomataceae;Lophiostoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 45654 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfococcaceae;Desulfonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 46083 Eukaryota;Foraminifera;NA;Rotaliida;Bolivinitidae;Bolivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 46123 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Abiotrophia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 46200 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Geovibrionaceae;Geovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 46432 Eukaryota;Foraminifera;NA;NA;Reticulomyxidae;Reticulomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 47022 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Orbilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 47720 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Lyophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 49082 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Candidatus Arthromitus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 53244 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonatronovibrionaceae;Desulfonatronovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 59613 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Skermania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 62701 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Podosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 64629 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mycotyphaceae;Mycotypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 65412 Eukaryota;Ascomycota;Sordariomycetes;Togniniales;Togniniaceae;Phaeoacremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 70110 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicilliopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 70447 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Ostreococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 73229 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 78916 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Piptocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 80635 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Coniophoraceae;Coniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 83551 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Parachlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 85274 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Rhodovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 86026 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Mollisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 87171 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Natronohydrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 88741 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 89404 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Glaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 90402 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Geoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 90974 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Acrocarpospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 109882 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Chytriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 112415 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Letharia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 121621 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Phyllostictaceae;Phyllosticta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 132605 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Limnothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 135858 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Catenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 146805 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Phocoenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 146865 Eukaryota;Microsporidia;NA;NA;NA;Pseudoloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 147572 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Piedraiaceae;Piedraia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 148959 Eukaryota;Basidiomycota;Wallemiomycetes;Wallemiales;Wallemiaceae;Wallemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 150372 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Escovopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 154346 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thiorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 156885 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thioflavicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 157482 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Lichina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 158045 Eukaryota;Ascomycota;Eurotiomycetes;Phaeomoniellales;Phaeomoniellaceae;Phaeomoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 159075 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Acremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 160433 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Samsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 160620 Eukaryota;NA;Dinophyceae;Gonyaulacales;Lingulodiniaceae;Lingulodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 162985 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Hapalosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 163316 Eukaryota;Chlorophyta;Chlorophyceae;NA;Microsporaceae;Microspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 186475 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Roseiflexaceae;Kouleothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 188907 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oleispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 189330 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Dorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 190942 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Astrocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 191291 Bacteria;Campylobacterota;Epsilonproteobacteria;Nautiliales;Nautiliaceae;Nautilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 195964 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Asanoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 204474 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Dichotomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 206375 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Prolinoborus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 212790 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Sulfurihydrogenibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 216891 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Codosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 218204 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Garciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 221285 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Westiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 223785 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Hydrogenimonaceae;Hydrogenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 228972 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Xylanibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 241192 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfatatoraceae;Thermodesulfatator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 243023 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Pochonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 248038 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Mucispirillaceae;Mucispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 261096 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Kappamycetaceae;Kappamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 261963 Bacteria;Pseudomonadota;Gammaproteobacteria;Kangiellales;Kangiellaceae;Kangiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 263370 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Bacteriovoracaceae;Peredibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 263510 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Crocosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 265103 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Trichoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 271159 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Nicoletella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 282132 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Candidatus Protochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 288793 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Salinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 292713 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Silanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 300418 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Catellicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 332951 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Halovivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 337670 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Pilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 340096 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Tuberibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 353541 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyphodiscaceae;Hyphodiscus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 365032 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Aureispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 379068 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Galbibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 387095 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Maribius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 392332 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Geoalkalibacteraceae;Geoalkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 392825 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 397268 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thiohalomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 401618 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Riesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 412592 Bacteria;Aquificota;Aquificae;Aquificales;NA;Thermosulfidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 414715 Bacteria;Actinomycetota;Actinomycetes;Catenulisporales;Actinospicaceae;Actinospica;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 435913 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;NA;Fodinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 442430 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Coraliomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 442869 Bacteria;Acidobacteriota;Holophagae;Acanthopleuribacterales;Acanthopleuribacteraceae;Acanthopleuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 444052 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Tanticharoenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 453566 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Ambisporaceae;Ambispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 455433 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Pelagicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 475965 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Levilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 481178 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Seohaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 483074 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Baudoinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 492233 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Thiohalorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 530098 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Blastosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 559293 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Lishizhenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 561555 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Zhouia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 574559 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Hellea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 588605 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Robinsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 596499 Bacteria;Actinomycetota;Nitriliruptoria;Nitriliruptorales;Nitriliruptoraceae;Nitriliruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 623282 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Psychrilyobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 642604 Eukaryota;Chytridiomycota;Chytridiomycetes;Lobulomycetales;Lobulomycetaceae;Lobulomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 670315 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Multifurca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 695999 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinophytocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 697279 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Bavariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 703505 Eukaryota;Ascomycota;Dothideomycetes;Patellariales;Patellariaceae;Patellaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 743714 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Orbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 745364 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Luteipulveratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 765413 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pelagicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 871740 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 908935 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Yimella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 940663 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Racocetra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 941338 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Bhargavaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 946234 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Flavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 979650 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Haplosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1006480 Bacteria;Bacillota;Clostridia;Eubacteriales;Symbiobacteriaceae;Caldinitratiruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1031282 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Candidatus Marithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1036719 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Verticillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1042323 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pacificibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1048757 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Moranella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1053253 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Stylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1070314 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halorussus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1120752 Bacteria;Cyanobacteriota;Cyanophyceae;Nodosilineales;Nodosilineaceae;Nodosilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1121253 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Catelliglobosispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1125862 Bacteria;Thermodesulfobacteriota;Deferrisomatia;Deferrisomatales;Deferrisomataceae;Deferrisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1126249 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Geranomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1132027 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Chromatocurvus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1141978 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Candidatus Magnetomoraceae;Candidatus Magnetomorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1160973 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Auritidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1187078 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cecembia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1207070 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Oceaniovalibus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1217101 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Haloactinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1217414 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Sediminihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1223303 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Humitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1246635 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulfamplus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1254401 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Sunxiuqinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1270155 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Falsibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1273155 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;NA;Thiohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1348911 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Barnesiellaceae;Coprobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1387562 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Ophidiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1395977 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Aidingimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1400058 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Hwanghaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1400135 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Sporosalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1400386 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Bythopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1425377 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Haloechinothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1427149 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halomicroarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1431823 Bacteria;Candidatus Omnitrophota;NA;NA;NA;Candidatus Omnitrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1432242 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Tricladiaceae;Halenospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1433987 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Amantichitinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1434013 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Labedaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1434025 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;NA;Neiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1434050 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Zhongshania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1449912 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hartigia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1458928 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Okeania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1465824 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;NA;Timonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1494427 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tepidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1499983 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglenaformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1501143 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Neosynechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1504669 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Rhizodiscinaceae;Rhizodiscina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1505664 Bacteria;Bacillota;Tissierellia;Tissierellales;Gottschalkiaceae;Gottschalkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1511635 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Aquisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1511750 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Jhaorihella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1518147 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Wenyingzhuangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1521255 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Candidatus Paracaedibacteraceae;Candidatus Paracaedibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1537406 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Bacterioplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1541822 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudophaeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1561962 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Amorphochlora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1573536 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1617886 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thiogranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1644057 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Halorubraceae;Salinigranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1649474 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Nibribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1649490 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Rubinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1649513 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Youngimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1678397 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;NA;Candidatus Phycosocius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1704230 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1706033 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Sediminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1742974 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Pyruvatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1744881 Bacteria;Pseudomonadota;Gammaproteobacteria;Acidiferrobacterales;Acidiferrobacteraceae;Sulfuricaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1755825 Bacteria;Actinomycetota;Nitriliruptoria;Egicoccales;Egicoccaceae;Egicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1759371 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Inmirania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1762932 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Algoriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1769713 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Flexilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1769735 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Mongoliibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1775424 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Nioella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1775468 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Silvibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1775697 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Melghiribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1795633 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Terrilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1804663 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Haematospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1804994 Bacteria;Gemmatimonadota;Longimicrobiia;Longimicrobiales;Longimicrobiaceae;Longimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1810932 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Planktosalinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1853743 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Symbiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1861843 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;NA;Terasakiispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1866954 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Varunaivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1868329 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Xanthomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1884429 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1884449 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salipaludibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1884930 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Maledivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1884934 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paramaledivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1903336 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Balneicellaceae;Balneicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1906660 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Mikella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1911566 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Arsenicitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1913444 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Thiodiazotropha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1918450 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Cuneatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1918538 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Longibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1926655 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Marseilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1929940 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Viridothelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1930860 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Marinibactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1936111 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Fuerstiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1937972 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Bernardetiaceae;Bernardetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1940407 Bacteria;NA;NA;NA;NA;Candidatus Vecturithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1951300 Bacteria;Bacteroidota;Cytophagia;Cytophagales;NA;Solirubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1955413 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Abyssicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1955420 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Silicimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1961799 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Lacunisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1973274 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Niameybacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 1980680 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Alterileibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2005380 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Mariniblastus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2023705 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Membranihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2026172 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Chengkuizengella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2026179 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfocucumaceae;Desulfocucumis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2029851 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Saonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2033601 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfobacteriaceae;Thermosulfuriphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2036025 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Pontibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2045060 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methyloterricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2047740 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodosalinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2048137 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Agathobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2054427 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Aestuariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2058189 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Heterostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2058951 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Raperosteliaceae;Tieghemostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2078948 Bacteria;Actinomycetota;Actinomycetes;Sporichthyales;Sporichthyaceae;Epidermidibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2100210 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Caedimonadaceae;Caedimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2125985 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Neptunicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2137577 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Ellagibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2211637 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Flavimaricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2212691 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiolinaceae;Thiolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2212731 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiofilaceae;Thiofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2302916 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloroparvula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2448024 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Desertimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2486696 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Cladocopium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2498709 Bacteria;Candidatus Cryosericota;Candidatus Cryosericia;Candidatus Cryosericales;Candidatus Cryosericaceae;Candidatus Cryosericum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2569097 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerobutyricum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2590586 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Histidinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2600304 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Baekduiaceae;Baekduia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2661811 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Longirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2662752 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Kalamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2676048 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Schaedlerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2676252 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alginatibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2676837 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Desertihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2698753 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Fluviispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2699295 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Embleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2703676 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Metalysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2706000 Bacteria;Pseudomonadota;Betaproteobacteria;NA;Casimicrobiaceae;Casimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2713642 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylicorpusculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2714592 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Crateriforma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2715929 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aurantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2717331 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Aestuariirhabdaceae;Aestuariirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2750657 Bacteria;Kiritimatiellota;Kiritimatiellia;Kiritimatiellales;Pontiellaceae;Pontiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2773294 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfolutivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2786989 Bacteria;Bacillota;Clostridia;Koleobacterales;Koleobacteraceae;Koleobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2787156 Bacteria;Bacillota;Culicoidibacteria;Culicoidibacterales;Culicoidibacteraceae;Culicoidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2795781 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Aeoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2795973 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Stieleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2800082 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Alkalicaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2800682 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Paraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2806742 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Bailinhaonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2816884 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Qingshengfaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2831925 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pukyongiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2837501 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fredinandcohnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2843200 Bacteria;Actinomycetota;Thermoleophilia;Miltoncostaeales;Miltoncostaeaceae;Miltoncostaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2849660 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Taishania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2854184 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Falsiruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2862451 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Adhaeretor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2868274 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Metallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2872156 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methyloradius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2881027 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Paradesulfitobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2893178 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Insectihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2904609 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfogranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2904687 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulforapulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2906433 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Terrimesophilobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2907493 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halocatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2910984 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Solidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2911684 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhabdonatronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2913017 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aggregatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2913513 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Pelovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2914032 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Candidatus Magnetominusculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2917698 Bacteria;Actinomycetota;Nitriliruptoria;Salsipaludibacterales;Salsipaludibacteraceae;Salsipaludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2918841 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Sabulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2919601 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Vitreimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2921733 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Pseudaquidulcibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2923368 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Solihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2942761 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Argonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2950430 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Pinirhizobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2982750 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Ohessyouella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2983477 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Paratissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 2997370 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Goekera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 3016348 Bacteria;Pseudomonadota;Alphaproteobacteria;Futianiales;Futianiaceae;Futiania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 3024544 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Paracrocinitomix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 3040949 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Candidatus Litorirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000019 2 3041336 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hamatocanthoscyphaceae;Stipitochalara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 943 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Ehrlichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1023 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Microscillaceae;Microscilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1121 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Aphanothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1183 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Plectonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1849 Bacteria;Actinomycetota;Actinomycetes;Actinopolysporales;Actinopolysporaceae;Actinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1995 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Microtetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2056 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Sphaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2132 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Spiroplasmataceae;Spiroplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2204 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanomicrobiaceae;Methanomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2233 Archaea;Euryarchaeota;Archaeoglobi;Archaeoglobales;Archaeoglobaceae;Archaeoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2251 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Haloferacaceae;Haloferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2284 Archaea;Thermoproteota;Thermoprotei;Sulfolobales;Sulfolobaceae;Sulfolobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2697 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2768 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Chondrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2770 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2774 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2821 Eukaryota;Rhodophyta;Florideophyceae;Palmariales;Palmariaceae;Palmaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2857 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2902 Eukaryota;Haptophyta;NA;Isochrysidales;Noelaerhabdaceae;Emiliania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2988 Eukaryota;NA;Synurophyceae;Synurales;Mallomonadaceae;Mallomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 3030 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Cryptomonadaceae;Cryptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 3044 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Dunaliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 4769 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Saprolegnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 4807 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Blastocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 4821 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Piromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 4849 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Blakeslea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 4948 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Torulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 4953 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5100 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Amorphothecaceae;Amorphotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5115 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Cryphonectriaceae;Cryphonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5144 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Podosporaceae;Podospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5157 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Ceratocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5193 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Morchellaceae;Morchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5269 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Ustilago;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5406 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Exobasidiaceae;Exobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5500 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Coccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5550 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Trichophyton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5581 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Beauveria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5683 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5706 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Phytomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5748 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Monodopsidaceae;Nannochloropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5873 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Theileriidae;Theileria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 5931 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;NA;Ichthyophthirius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 6033 Eukaryota;Microsporidia;NA;NA;Unikaryonidae;Encephalitozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 13275 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Cardiobacteriaceae;Suttonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 13562 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Heterobasidion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 27308 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Ascoideaceae;Ascoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 27382 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Scutellospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 28048 Bacteria;Actinomycetota;Actinomycetes;Acidothermales;Acidothermaceae;Acidothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 28222 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulfobacula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 31983 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Helcococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 32067 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Leptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 32068 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Sebaldella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 32205 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Leptonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 32636 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halothermothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 33096 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Gonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 33187 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Uncinocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 33969 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Melissococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 33976 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Caryophanon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 33993 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Neorickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 34069 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Telluria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 34372 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Blumeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 34392 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Microsporum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 34431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucocoprinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 34433 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucoagaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 35753 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Dactylosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 36046 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Elaphomycetaceae;Elaphomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 36048 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Tuber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 36880 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Cymbomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 36922 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Diaporthaceae;Diaporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 37359 Eukaryota;Endomyxa;Phytomyxea;Plasmodiophorida;Plasmodiophoridae;Plasmodiophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 38797 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Neolentinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 40558 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botryotinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 40593 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Peziza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 43773 Bacteria;Thermodesulfobacteriota;Syntrophia;Syntrophales;Syntrophaceae;Syntrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 43988 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Cyanothecaceae;Cyanothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 45785 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nadsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 45787 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Wickerhamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 45989 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanomicrobiaceae;Methanoculleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 49237 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Chaetocerotaceae;Chaetoceros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 49277 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Psychroserpens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 50935 Eukaryota;Ascomycota;Lecanoromycetes;Caliciales;Physciaceae;Physcia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 52678 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Cylindrocapsaceae;Cylindrocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 53402 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Merismopedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 54304 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 54312 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Tychonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 56358 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sandaracinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 57665 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurospirillaceae;Sulfurospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 60496 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Thielaviopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 60892 Bacteria;Thermodesulfobacteriota;Desulfobaccia;Desulfobaccales;Desulfobaccaceae;Desulfobacca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 62100 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Candidatus Endobugula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 64159 Bacteria;Aquificota;Aquificae;Desulfurobacteriales;Desulfurobacteriaceae;Desulfurobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 64322 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Carnimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 64515 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Rhizophlyctidaceae;Rhizophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 65356 Eukaryota;Oomycota;NA;Albuginales;Albuginaceae;Albugo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 68743 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Pluteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 68903 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Terracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 69474 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Orientia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 70188 Eukaryota;Olpidiomycota;Olpidiomycetes;Olpidiales;Olpidiaceae;Olpidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 70190 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Chroococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 72123 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Hygrophoropsidaceae;Hygrophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 74032 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Antarctobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 77043 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Rosellinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 77924 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Hemiselmidaceae;Hemiselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 78412 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Cylindrodendrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 80614 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Melanogastraceae;Melanogaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 80618 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Asterophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 81416 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanomicrobiaceae;Methanofollis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 81463 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Anaeromusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 81466 Bacteria;Synergistota;Synergistia;Synergistales;Aminobacteriaceae;Aminobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 83174 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Valsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 83770 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Succinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 84111 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Eggerthella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 85073 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thermochromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 85924 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Alkalispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 86620 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Usnea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 87266 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Lasallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 88551 Eukaryota;NA;Dinophyceae;Syndiniales;Amoebophryaceae;Amoebophrya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 89043 Eukaryota;NA;Chrysophyceae;Chromulinales;Chromulinaceae;Spumella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 89092 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ignavigranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 89958 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Natronincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 90372 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Thiomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 98402 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Drechmeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 99593 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Thermohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 100860 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Aphanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 101114 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Spinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 102231 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Gloeocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 109168 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfocapsaceae;Desulfotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 109377 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Ustulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 109875 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Catenariaceae;Catenaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 109935 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Cladochytriaceae;Cladochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 109967 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Rhizoclosmatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 111586 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Caloplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 111782 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Tolypothrichaceae;Tolypothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 112987 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Neochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 115780 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulfotignum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 119541 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 119979 Bacteria;Pseudomonadota;Acidithiobacillia;Acidithiobacillales;Thermithiobacillaceae;Thermithiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 124224 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Brackiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 134813 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natronorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 136491 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 147569 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Myriangiaceae;Myriangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 150818 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 152317 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Truncatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 155196 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Fulvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 162171 Bacteria;Pseudomonadota;Alphaproteobacteria;Magnetococcales;Magnetococcaceae;Magnetococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 168808 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Sneathia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 171003 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Caloranaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 171412 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Eremococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 171868 Bacteria;Aquificota;Aquificae;Desulfurobacteriales;Desulfurobacteriaceae;Thermovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 174708 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Allobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 182899 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Persephonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 186310 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Pezizellaceae;Calycina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 186829 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Agitococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 191301 Bacteria;Campylobacterota;Epsilonproteobacteria;Nautiliales;Nautiliaceae;Caminibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 191392 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Auxenochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 192992 Bacteria;Actinomycetota;Thermoleophilia;Thermoleophilales;Thermoleophilaceae;Thermoleophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 193383 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rhodoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 195944 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Leucocytozoidae;Leucocytozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 196082 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Parascardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 205889 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Albidovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 209879 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Allisonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 218207 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfatibacillaceae;Desulfatibacillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 224135 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Candidatus Glomeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 229219 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Blastomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 233099 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Ectothiorhodosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 235572 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Candidatus Portiera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 236752 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Fastidiosipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 236756 Bacteria;Planctomycetota;Candidatus Brocadiia;Candidatus Brocadiales;Candidatus Scalinduaceae;Candidatus Scalindua;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 237444 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Ulvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 239050 Eukaryota;Ascomycota;Sordariomycetes;Chaetosphaeriales;Chaetosphaeriaceae;Thozetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 242060 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Cystoisospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 246873 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Crocinitomix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 246876 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Cryomorphaceae;Cryomorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 247501 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Parachlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 248744 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Marvinbryantia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 258514 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acetanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 261827 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Algibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 262406 Bacteria;Chloroflexota;NA;NA;NA;Thermobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 264147 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Millisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 264995 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Anaerofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 267986 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Schleiferiaceae;Owenweeksia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 269260 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Nitratifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 269773 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 274470 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 282198 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Nereida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 286098 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Seminavis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 286405 Eukaryota;Ascomycota;NA;NA;NA;Sarcosagium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 289239 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseisalinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 291181 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Subsaxibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 291363 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Lecanicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 292480 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 292632 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Subdoligranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 300275 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Lachancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 304330 Eukaryota;Zoopagomycota;NA;Ramicandelaberales;Ramicandelaberaceae;Ramicandelaber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 306539 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halolactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 314122 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylellina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 321315 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Sphaerisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 327281 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Acephala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 332248 Bacteria;Deinococcota;Deinococci;Trueperales;Trueperaceae;Truepera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 332518 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Halospina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 336827 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rhodonellum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 340070 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Criblamydiaceae;Criblamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 342658 Bacteria;Bacillota;Clostridia;Eubacteriales;Gracilibacteraceae;Gracilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 344063 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Oryzihumus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 349312 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Krasilnikovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 351195 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 360731 Bacteria;Planctomycetota;Candidatus Brocadiia;Candidatus Brocadiales;Candidatus Brocadiaceae;Candidatus Jettenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 361106 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Desulfoglaeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 364031 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Sulfurivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 370954 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Staphylotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 373984 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Rivulariaceae;Rivularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 374468 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Nakaseomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 377149 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosalsimonadaceae;Desulfosalsimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 379074 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Sediminitomix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 380240 Bacteria;Planctomycetota;Candidatus Brocadiia;Candidatus Brocadiales;Candidatus Brocadiaceae;Candidatus Brocadia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 381414 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Boodleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 381760 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Elliptochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 387658 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Marixanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 388745 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Puniceicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 393277 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Donghicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 398772 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Methylohalomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 405552 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Haloactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 407951 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Neofusicoccum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 411566 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Candidatus Midichloriaceae;Candidatus Midichloria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 422440 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Stenoxybacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 431390 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Mayamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 439698 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Pseudosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 445670 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Thioalkalispiraceae;Thiohalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 446135 Eukaryota;Rhodophyta;Stylonematophyceae;Stylonematales;Stylonemataceae;Rhodaphanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 453229 Bacteria;Thermodesulfobacteriota;Desulfarculia;Desulfarculales;Desulfarculaceae;Desulfarculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 453850 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Joostella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 455358 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Balneola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 456826 Bacteria;Candidatus Cloacimonadota;Candidatus Cloacimonadia;Candidatus Cloacimonadales;Candidatus Cloacimonadaceae;Candidatus Cloacimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 459520 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Neptuniibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 460852 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 462253 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Aplosporellaceae;Aplosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 472977 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Natronobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 474995 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Ophiocordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 475961 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Longilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 476201 Eukaryota;Apicomplexa;Aconoidasida;Nephromycida;NA;Cardiosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 476278 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thiohalospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 476528 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Bibersteinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 482136 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Fastidiosibacteraceae;Fangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 496496 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Viridibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 508459 Bacteria;Synergistota;Synergistia;Synergistales;Synergistaceae;Cloacibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 511434 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;NA;Candidatus Azobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 543311 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Parvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 545865 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Calditerrivibrionaceae;Calditerrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 551771 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Vulcanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 556178 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Humibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 582472 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Wohlfahrtiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 596767 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Hydrogenoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 599651 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Bermanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 600332 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Zavarzinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 613121 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Smaragdicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 647744 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Indibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 649462 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Gracilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 651554 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Paraeggerthella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 659427 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sediminimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 670486 Bacteria;Chloroflexota;Dehalococcoidia;NA;NA;Dehalogenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 674963 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Succinatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 682522 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Ilumatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 689760 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Planosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 722752 Eukaryota;NA;Bolidophyceae;Parmales;Triparmaceae;Triparma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 745153 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Umboniibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 756023 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Xylogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 759360 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oleibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 862071 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Syntrophaceticus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 877559 Eukaryota;NA;NA;Apusomonadida;Apusomonadidae;Thecamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 882379 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aliagarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 907197 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Psychrosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 933343 Eukaryota;Ascomycota;Leotiomycetes;Leotiales;Tympanidaceae;Claussenomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 940661 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Cetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 998014 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Cocleimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1032526 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobia subdivision 3;Pedosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1037661 Eukaryota;Ascomycota;Dothideomycetes;Microthyriales;Microthyriaceae;Microthyrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1055688 Bacteria;Myxococcota;NA;Polyangiales;Sandaracinaceae;Sandaracinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1077265 Bacteria;Armatimonadota;Chthonomonadetes;Chthonomonadales;Chthonomonadaceae;Chthonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1077886 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Thermanaerothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1078830 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidicapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1079112 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Ilyonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1121254 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Hamadaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1123044 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Ponticaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1132856 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Rasamsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1150774 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Natribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1158982 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Calidifontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1169538 Eukaryota;NA;NA;NA;Vitrellaceae;Vitrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1170227 Bacteria;candidate division NC10;NA;NA;NA;Candidatus Methylomirabilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1172428 Bacteria;Acidobacteriota;Holophagae;Thermotomaculales;Thermotomaculaceae;Thermotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1176354 Eukaryota;Microsporidia;NA;NA;Dubosqiidae;Hamiltosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1191515 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Ornithinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1195766 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Planktotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1198243 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Rugosimonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1206386 Eukaryota;Ascomycota;NA;NA;NA;Trizodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1209327 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1209946 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Roseicitreum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1217416 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Halioglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1217823 Eukaryota;Ascomycota;Xylonomycetes;Xylonales;Xylonaceae;Xylona;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1232588 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Saprochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1235438 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Snuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1255275 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Oceanotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1259734 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Compostimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1266053 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Algiphilaceae;Algiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1274351 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Kroppenstedtia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1274363 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Polycyclovorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1278221 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Auraticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1279388 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Kandleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1301328 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Flavoplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1313115 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Magnetovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1341118 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Luminiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1348235 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Candidatus Parilichlamydiaceae;Candidatus Similichlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1348505 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Polycladomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1354809 Bacteria;Bacillota;Tissierellia;Tissierellales;Tepidimicrobiaceae;Keratinibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1381133 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Profftella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1386924 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aestuariibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1396492 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Fimicolochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1400062 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Tranquillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1400134 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Streptohalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1403538 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Fervidicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1407056 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Litorilituus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1408194 Bacteria;Elusimicrobiota;Endomicrobiia;Endomicrobiales;Endomicrobiaceae;Endomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1424614 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Thermoactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1433402 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Glycocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1433996 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1434034 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pricia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1434037 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Rubricoccaceae;Rubrivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1434038 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Rudaeicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1434042 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salisediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1434043 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Saliterribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1448052 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Globisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1470349 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Candidatus Stoquefichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1470353 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Candidatus Soleaferrea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1471399 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Draconibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1472763 Bacteria;Bacillota;Tissierellia;NA;NA;Kallipyga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1491576 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Magnaporthaceae;Magnaporthiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1505660 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Asaccharospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1541743 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Ruthturnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1562565 Bacteria;Acidobacteriota;Blastocatellia;Blastocatellales;Pyrinomonadaceae;Pyrinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1573407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Paradevosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1579476 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Oscillochloridaceae;Candidatus Chloroploca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1579505 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rubripirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1604279 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cribrihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1609627 Bacteria;Bacillota;Bacilli;Bacillales;Bacillales Family X. Incertae Sedis;Hydrogenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1612341 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Fortieaceae;Roholtiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1637257 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Mageeibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1643951 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Pseudothermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1644102 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1647178 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Aliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1649267 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Echinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1649463 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Lentilitoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1649481 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudodonghicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1649487 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Rhizorhapis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1649499 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Swingsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1649642 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Oleiagrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1654711 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Litorivivens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1679002 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Candidatus Methylopumilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1697027 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Convivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1705729 Bacteria;Thermodesulfobacteriota;Desulfarculia;Candidatus Adiutricales;Candidatus Adiutricaceae;Candidatus Adiutrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1706036 Bacteria;Gemmatimonadota;Gemmatimonadetes;Gemmatimonadales;Gemmatimonadaceae;Gemmatirosa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1738642 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pelagirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1749039 Eukaryota;Basidiomycota;Ustilaginomycetes;Violaceomycetales;Violaceomycetaceae;Violaceomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1759396 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Marivivens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1769008 Bacteria;Bacillota;Clostridia;Halanaerobiales;NA;Anoxybacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1769710 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Sellimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1769732 Bacteria;NA;Deltaproteobacteria;NA;NA;Dissulfurimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1774278 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Aquimixticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1774589 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Lunatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1775574 Bacteria;Thermodesulfobacteriota;Desulfarculia;Desulfarculales;Desulfarculaceae;Dethiosulfatarculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1784836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Fermentimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1784839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Tenggerimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1811811 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Apiosporaceae;Apiospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1817584 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Maliponia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1820275 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aestuariivivens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1827307 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Ventosimonadaceae;Ventosimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1827478 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Youhaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1833962 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Actinorugispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1844015 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pontivivens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1848396 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Limibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1855364 Bacteria;Candidatus Kryptonia;NA;NA;NA;Candidatus Kryptobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1857932 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Parahaliea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1868323 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Candidatus Thermochlorobacteriaceae;Candidatus Thermochlorobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1882482 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Anthracoideaceae;Testicularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1890059 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Serpentinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1890291 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Falcatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1903506 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Drancourtella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1906659 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hoaglandella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1906661 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Gullanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1907535 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Thiosymbion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1912771 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Halodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1913599 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptoanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1914244 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Krasilnikoviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1916646 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Ochrovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1917046 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Rhodomelaceae;Rhodomelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1918452 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Extibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1918454 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Flintibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1920207 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermothelomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1920251 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Antricoccaceae;Antricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1923871 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Massilibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1924101 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Numidum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1928820 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Intestinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1929045 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Traorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1932705 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Iningainema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1935184 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Vaginella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1935206 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rubeoparvulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1937963 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Microscillaceae;Eisenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1939651 Eukaryota;Microsporidia;NA;NA;NA;Pancytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 1955421 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Cardiobacteriaceae;Rappaport;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2005375 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2014233 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Thaumasiovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2025987 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Nothophytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2029873 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Monaibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2033596 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Arenivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2038244 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Agaribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2039709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Desertibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2040486 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Gellertiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2045416 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Oceanihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2058169 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Vicingaceae;Vicingus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2066071 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Bacterioplanoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2066435 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Arboricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2066475 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Parendozoicomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2081418 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Drepanopezizaceae;Drepanopeziza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2082587 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Parolsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2093335 Bacteria;Gemmatimonadota;Gemmatimonadetes;Gemmatimonadales;Gemmatimonadaceae;Roseisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2109263 Bacteria;Abditibacteriota;Abditibacteriia;Abditibacteriales;Abditibacteriaceae;Abditibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2136116 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Candidatus Sulfotelmatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2136117 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Candidatus Sulfotelmatomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2152900 Bacteria;Candidatus Fermentibacteria;Candidatus Fermentibacteria (class);Candidatus Fermentibacterales;Candidatus Fermentibacteraceae;Candidatus Fermentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2172100 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Limnobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2174848 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natronobiforma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2204160 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylocucumis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2211636 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cognatiyoonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2282742 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfofarcimen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2303528 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Oculatellaceae;Thermoleptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2339270 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Cortinariaceae;Phlegmacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2489367 Bacteria;Balneolota;Balneolia;Balneolales;Cyclonatronaceae;Cyclonatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2494209 Bacteria;Armatimonadota;Armatimonadia;Capsulimonadales;Capsulimonadaceae;Capsulimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2507545 Bacteria;Candidatus Margulisbacteria;Candidatus Termititenacia;Candidatus Termititenacales;Candidatus Termititenacaceae;Candidatus Termititenax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2546365 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rippkaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2547964 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Parashewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2562805 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Natronospirillaceae;Natronospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2576755 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Caproicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2582836 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfohalovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2584823 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Laspinemataceae;Laspinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2597221 Bacteria;NA;Deltaproteobacteria;Candidatus Acidulodesulfobacterales;NA;Candidatus Acididesulfobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2603319 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Chachezhania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2605940 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Hwanghaeella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2607661 Archaea;Euryarchaeota;Methanococci;Methanococcales;NA;Methanofervidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2608728 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidisarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2613960 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudopuniceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2654634 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Holosporaceae;Candidatus Hydrogenosomobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2662142 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2662254 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Marisediminitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2664261 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2679899 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thalassorhabdomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2685905 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salicibibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2689590 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Stagnimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2692118 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Winkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2694839 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Salinibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2707020 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Aerosticca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2709238 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Zopfochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2714737 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Alienimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2716172 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Candidatus Midichloriaceae;Candidatus Bandiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2717700 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Phragmitibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2728523 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;Quaeritorhizaceae;Quaeritorhiza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2732587 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Vesicomyosocius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2743582 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2750082 Bacteria;NA;NA;NA;NA;Candidatus Stahlbacteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2755140 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Pseudoleptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2764317 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Hydrogeniiclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2767073 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Treboniaceae;Trebonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2767320 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Aldersonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2767353 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Lancefieldella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2778334 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Candidatus Aquirickettsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2778400 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Tepiditoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2779859 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Entomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2781121 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Thiosulfatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2792299 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Calidifontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2794837 Bacteria;Bacillota;Tissierellia;Tissierellales;Tepidimicrobiaceae;Schnuerera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2794998 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Maridesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2795775 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Lignipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2795776 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Calycomorphotria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2795779 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rosistilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2795784 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Pseudobythopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2797878 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pareuzebyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2806252 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Haloglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2806306 Bacteria;Chloroflexota;Anaerolineae;Aggregatilineales;Aggregatilineaceae;Aggregatilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2807312 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Candidatus Sarmatiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2810357 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Jinshanibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2813788 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Litchfieldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2813803 Bacteria;Pseudomonadota;Alphaproteobacteria;Emcibacterales;Emcibacteraceae;Luteithermobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2815315 Bacteria;Pseudomonadota;Hydrogenophilia;NA;NA;Pelomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2815774 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Hornefia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2815779 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Suipraeoptans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2820419 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Fertoeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2823226 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Allosediminivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2824145 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Antarcticimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2828366 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Caldichromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2828734 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Puerhibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2834353 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Litoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2837511 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sutcliffiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2838311 Bacteria;Actinomycetota;Actinomycetes;Glycomycetales;Glycomycetaceae;Natronoglycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2847769 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Aequoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2854182 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Falsihalocynthiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2857076 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeobacterales;Gloeobacteraceae;Anthocerotibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2858886 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Mangrovivirgaceae;Mangrovivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2860205 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Canicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2862142 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Falseniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2862144 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ruoffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2866025 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Maribrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2873964 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Psittacicellaceae;Psittacicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2883485 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geoanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2886347 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Allocoleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2886823 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfocapsaceae;Desulfosediminicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2886871 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thermohalobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2886881 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Oceaniferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2886886 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Veronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2888759 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pacificispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2888809 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Novisyntrophococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2893060 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2893100 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Sediminihaliea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2893205 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Fuscibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2895509 Bacteria;Mycoplasmatota;NA;Mycoplasmoidales;Metamycoplasmataceae;Metamycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2897349 Bacteria;Planctomycetota;Candidatus Uabimicrobiia;Candidatus Uabimicrobiales;Candidatus Uabimicrobiaceae;Candidatus Uabimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2901382 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Sabulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2905123 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Paraneptunicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2913367 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Spiractinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2917833 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mesohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2918463 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Oceanipulchritudo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2919364 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Novacetimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2919372 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Seongchinamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2923290 Bacteria;Bacteroidota;NA;Candidatus Sulfidibacteriales;NA;Candidatus Sulfidibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2924872 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Acididesulfobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2939497 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Coraliihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2944143 Bacteria;Bacillota;Clostridia;Eubacteriales;Yeguiaceae;Yeguia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2944198 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Wansuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2946507 Bacteria;NA;Deltaproteobacteria;Bradymonadales;Microvenatoraceae;Microvenator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2946534 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Copranaerobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2946549 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudoneobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2950183 Bacteria;Cyanobacteriota;NA;NA;NA;Adonisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2950415 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Fibrivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2953811 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Thalassoroseus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2953860 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Candidatus Arcticimaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2956790 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonauticaceae;Desulfovulcanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2967351 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Mediannikoviicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2975149 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Marinilongibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2975287 Bacteria;Pseudomonadota;Gammaproteobacteria;Candidatus Comchoanobacterales;Candidatus Comchoanobacteraceae;Candidatus Synchoanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2976153 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Huaxiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2983459 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Qingrenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2987599 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pollutimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2994362 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Parafrankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 2995705 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Phaeacidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 3003266 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfolithobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 3018276 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Aliamphritea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 3020833 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Isoalcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 3024226 Bacteria;Spirochaetota;Spirochaetia;Brevinematales;Thermospiraceae;Thermospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 3024237 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Solicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 3027666 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Aristophania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 3028852 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Merdimmobilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 3039590 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Parablautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.000009 1 3045815 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichothermofontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 0.160267 17245 10239 Viruses
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 17.117374 1841857 NA cannot be assigned to a (non-viral) genus
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat3_MA_libLAE3337.out 50.437862 5427195 NA unclassified
diff --git a/results/Kaiju/kaiju_NG-A1487_Carrot_4M_libLAE3338_summary.tsv b/results/Kaiju/kaiju_NG-A1487_Carrot_4M_libLAE3338_summary.tsv
new file mode 100644
index 0000000..1293254
--- /dev/null
+++ b/results/Kaiju/kaiju_NG-A1487_Carrot_4M_libLAE3338_summary.tsv
@@ -0,0 +1,3834 @@
+file percent reads taxon_id taxon_name
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 12.759047 1481168 2767886 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Levilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 6.399749 742932 2767885 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Latilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 4.160080 482934 374 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Bradyrhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 3.360658 390131 2767842 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactiplantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 3.253748 377720 1253 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Pediococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 2.888360 335303 1243 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Leuconostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 1.304238 151406 34072 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Variovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 1.176680 136598 2767892 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Secundilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 1.113038 129210 71245 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kazachstania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.895875 104000 1716 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Corynebacteriaceae;Corynebacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.852795 98999 4919 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Pichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.559146 64910 33986 Bacteria;Bacillota;Bacilli;Bacillales;NA;Exiguobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.428616 49757 13687 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.310645 36062 265 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.299954 34821 1578 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.275490 31981 461281 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Ogataea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.252404 29301 44249 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Paenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.252025 29257 73029 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Dechloromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.251930 29246 547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Enterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.228155 26486 1912216 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Cutibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.184998 21476 1386 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Bacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.184852 21459 2767889 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Loigolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.162326 18844 1129544 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Rhizophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.159224 18484 335058 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.158716 18425 1434702 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Taibaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.154047 17883 92793 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Aquabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.147035 17069 2742598 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Limosilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.144658 16793 1350 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Enterococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.143512 16660 2759736 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lacticaseibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.129152 14993 13366 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Brettanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.127361 14785 1073 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Rhodopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.124837 14492 12916 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Acidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.124819 14490 286 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Pseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.113828 13214 1301 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Streptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.105179 12210 469 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Acinetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.100415 11657 1883 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.095101 11040 2767893 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lentilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.089062 10339 561 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Escherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.088545 10279 1279 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Staphylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.076821 8918 150247 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anoxybacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.065571 7612 84567 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.061574 7148 148959 Eukaryota;Basidiomycota;Wallemiomycetes;Wallemiales;Wallemiaceae;Wallemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.060084 6975 46255 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Weissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.057827 6713 407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.054467 6323 55193 Eukaryota;Basidiomycota;Malasseziomycetes;Malasseziales;Malasseziaceae;Malassezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.051642 5995 613 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Serratia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.050160 5823 5052 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Aspergillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.049876 5790 2675229 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Peribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.048808 5666 59732 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chryseobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.044337 5147 2767887 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Ligilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.041133 4775 33877 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.040349 4684 2767879 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Companilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.039289 4561 1357 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.039272 4559 5475 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Candida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.037360 4337 662 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Vibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.035499 4121 4930 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Saccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.035370 4106 82802 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Trichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.035335 4102 27320 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Metschnikowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.033992 3946 106589 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Cupriavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.032467 3769 1033 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Afipia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.030822 3578 68287 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Mesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.030718 3566 1485 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Clostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.030089 3493 283 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Comamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.029374 3410 570 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Klebsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.028237 3278 281915 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Curvibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.028211 3275 1854 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Frankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.027798 3227 40323 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Stenotrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.027772 3224 217140 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Arcicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.027212 3159 4780 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Plasmopara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.025601 2972 48736 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ralstonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.025205 2926 1847725 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Lawsonellaceae;Lawsonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.023680 2749 1763 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.023301 2705 1395974 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Tardiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.023172 2690 599737 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Wickerhamomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.023017 2672 107 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Spirosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.022750 2641 2767882 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Furfurilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.022733 2639 112902 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Propionispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.022586 2622 32207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Rothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.022044 2559 55080 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Brevibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.021647 2513 1637 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Listeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.021527 2499 317045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Kuraishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.021053 2444 165695 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.021053 2444 2803850 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Mammaliicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.020743 2408 501783 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cloacibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.020588 2390 5073 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.020493 2379 1870884 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Clostridioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.019528 2267 33882 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.019072 2214 98757 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Gelatoporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.018891 2193 329857 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Cohnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.018477 2145 338 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.018098 2101 51668 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Tetragenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.017849 2072 38832 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Mamiellaceae;Micromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.017065 1981 1696 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Brevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.016643 1932 670516 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.016255 1887 1276290 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.015755 1829 460517 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Komagataella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.015635 1815 80865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Delftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.015204 1765 332100 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Planifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.015135 1757 4917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Pachysolen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.014300 1660 300275 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Lachancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.014213 1650 1849822 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paraclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.013559 1574 29888 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Calocera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.013498 1567 504481 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Sediminibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.013412 1557 32008 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Burkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.013257 1539 379 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Rhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.013206 1533 46254 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Oenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.013188 1531 2767890 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Paucilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.013076 1518 1742991 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudoglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.012525 1454 1632780 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phreatobacteraceae;Phreatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.012094 1404 1743 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.011577 1344 5320 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pleurotaceae;Pleurotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.011517 1337 2767888 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Liquorilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.011319 1314 2918882 Eukaryota;Fornicata;NA;NA;NA;Aduncisulcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.011285 1310 2831443 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.011276 1309 165696 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.011190 1299 604195 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Cyberlindnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.010931 1269 100474 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Batrachochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.010854 1260 53246 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Pseudoalteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.010750 1248 129337 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Geobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.010707 1243 34037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rahnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.010578 1228 99 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Ancylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.010225 1187 28453 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Sphingobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009889 1148 85413 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Boseaceae;Bosea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009855 1144 1742992 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paenarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009760 1133 911 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Nitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009691 1125 1677050 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Novibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009622 1117 365348 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009476 1100 2023 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Thermoactinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009277 1077 146937 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Azospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009226 1071 2779861 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Linnemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009183 1066 4875 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Glomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009174 1065 238749 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Diaphorobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009148 1062 2964429 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Candida/Metschnikowiaceae;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009105 1057 4753 Eukaryota;Ascomycota;Pneumocystidomycetes;Pneumocystidales;Pneumocystidaceae;Pneumocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.009105 1057 766765 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Yamadazyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.008924 1036 5948 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Oxytrichidae;Stylonychia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.008640 1003 2767881 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.008562 994 64895 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Borreliaceae;Borreliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.008459 982 766733 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Scheffersomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.008451 981 286114 Eukaryota;Chytridiomycota;Chytridiomycetes;Synchytriales;Synchytriaceae;Synchytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.008433 979 620 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shigella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.008261 959 5605 Eukaryota;Ascomycota;NA;NA;NA;Saitoella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.008097 940 237 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.008097 940 590 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Salmonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.007718 896 766748 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Babjeviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.007649 888 89966 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Hymenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.007589 881 1970195 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Ancylomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.007580 880 165697 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.007512 872 642 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Aeromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.007434 863 657 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Photobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.007391 858 131079 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Limnobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.007210 837 866673 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Marinifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.007141 829 29832 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Hanseniaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.007133 828 2745 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006934 805 168470 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Laribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006900 801 2282523 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Methylorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006866 797 1678 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bifidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006702 778 1849718 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Labilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006667 774 412764 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Spathaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006590 765 53335 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Pantoea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006564 762 27308 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Ascoideaceae;Ascoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006530 758 79206 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfosporosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006392 742 1176129 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Aulographaceae;Aulographum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006185 718 2675232 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Neobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006176 717 4910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Kluyveromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006133 712 4958 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Debaryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006116 710 1633384 Eukaryota;Microsporidia;NA;NA;NA;Mitosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006099 708 308926 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Diversisporaceae;Diversispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006082 706 28065 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Rhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006039 701 756610 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Dentiscutata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006030 700 1663 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Arthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.006021 699 143959 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Coelomomycetaceae;Coelomomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005987 695 33170 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Eremothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005987 695 1822464 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paraburkholderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005927 688 432330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Tumebacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005883 683 47420 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hydrogenophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005849 679 234 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Brucella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005642 655 10 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Cellvibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005642 655 4849 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Blakeslea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005539 643 34111 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Monoraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005487 637 55528 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Guillardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005461 634 80744 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Serpulaceae;Serpula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005436 631 5140 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Neurospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005427 630 2804231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lederbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005324 618 149698 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Massilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005263 611 4953 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005263 611 52972 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Polaromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005263 611 549703 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Kurtzmaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005255 610 1372 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005169 600 5820 Eukaryota;Apicomplexa;Aconoidasida;Haemosporida;Plasmodiidae;Plasmodium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005151 598 2737 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Vagococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005125 595 278028 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Naumovozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.005039 585 349 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Zoogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004945 574 75 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Caulobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004945 574 816 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Bacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004910 570 57493 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Kocuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004901 569 5552 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Trichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004833 561 111142 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alishewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004772 554 838 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004772 554 1206748 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Nitrolancea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004695 545 1738645 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Caproiciproducens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004686 544 626 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Xenorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004652 540 4948 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Torulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004652 540 2930384 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Periweissella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004488 521 113604 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Tetrapisispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004376 508 766728 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Meyerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004359 506 43668 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Brachybacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004350 505 357 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Agrobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004350 505 2747 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Carnobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004324 502 43987 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Geotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004290 498 96492 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frigoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004230 491 16 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004186 486 475 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Moraxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004169 484 46913 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Devosia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004135 480 146936 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Azonexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004135 480 2820263 Bacteria;Bacillota;NA;NA;NA;Capillibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004057 471 36034 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycodaceae;Saccharomycodes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004040 469 101 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Flectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004040 469 715222 Bacteria;Bacillota;Clostridia;Eubacteriales;Caldicoprobacteraceae;Caldicoprobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.004023 467 88875 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Ferribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003988 463 22 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Shewanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003937 457 67808 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Gymnochlora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003911 454 1910789 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Diutina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003894 452 1612198 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Asinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003885 451 1539666 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Suhomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003851 447 1988 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinomadura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003799 441 482 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Neisseria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003790 440 5206 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Cryptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003782 439 2772525 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Putridiphycobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003773 438 2767884 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Lapidilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003739 434 83618 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudoxanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003609 419 1269 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Micrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003592 417 57494 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Nesterenkonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003583 416 378210 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Methyloversatilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003566 414 1827 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Rhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003558 413 222 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Achromobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003480 404 507510 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Hyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003394 394 326606 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Annulohypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003385 393 400634 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003368 391 2800373 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Priestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003360 390 45785 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nadsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003334 387 1873 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Micromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003291 382 374468 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Nakaseomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003291 382 2782229 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Epilithonimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003273 380 4842 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Rhizopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003239 376 4951 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Yarrowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003213 373 105 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Runella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003136 364 2077 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sporolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003067 356 63298 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Pseudozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003024 351 1375 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Aerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003006 349 872 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Desulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003006 349 306539 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halolactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.003006 349 2994560 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Candidatus Pristimantibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002998 348 79328 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Chitinophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002981 346 2902 Eukaryota;Haptophyta;NA;Isochrysidales;Noelaerhabdaceae;Emiliania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002912 338 191 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Azospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002912 338 41275 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Brevundimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002912 338 1663717 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Herbinix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002903 337 171 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Leptospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002903 337 3071 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Chlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002903 337 559173 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Fructobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002894 336 114248 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Tepidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002869 333 81 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Hyphomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002869 333 629 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Yersinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002843 330 216851 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Faecalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002817 327 766502 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Millerozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002808 326 1649 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Kurthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002739 318 2675234 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002722 316 107449 Eukaryota;Basidiomycota;Tremellomycetes;Cystofilobasidiales;Mrakiaceae;Phaffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002705 314 374469 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Vanderwaltozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002705 314 1949218 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Telluribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002705 314 2767891 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Schleiferilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002688 312 184869 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Varibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002679 311 20 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Phenylobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002679 311 29828 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Lipomycetaceae;Lipomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002645 307 57495 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Dermacoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002601 302 270 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Thermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002558 297 47424 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Armillaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002558 297 139389 Eukaryota;Basidiomycota;Agaricomycetes;Amylocorticiales;Amylocorticiaceae;Plicaturopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002558 297 305976 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002550 296 963 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002550 296 1161125 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Helcobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002541 295 2767877 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Apilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002498 290 1322061 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Rhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002481 288 5506 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Fusarium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002455 285 229219 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Blastomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002446 284 36910 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Metschnikowiaceae;Clavispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002446 284 84406 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Virgibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002403 279 60919 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Sanguibacteraceae;Sanguibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002378 276 194 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Campylobacteraceae;Campylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002343 272 83373 Eukaryota;Rhodophyta;Bangiophyceae;Galdieriales;Galdieriaceae;Galdieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002334 271 445219 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Reyranellaceae;Reyranella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002266 263 186650 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Microvirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002257 262 184430 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002257 262 2767875 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Agrilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002248 261 423349 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Mucilaginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002231 259 28105 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Sinorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002214 257 54066 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Xylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002205 256 29580 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Janthinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002171 252 1344552 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Noviherbaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002154 250 262 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Francisellaceae;Francisella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002145 249 28067 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Rubrivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002136 248 1232588 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Saprochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002128 247 1839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Nocardioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002128 247 27375 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Entrophosporaceae;Entrophospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002093 243 2675230 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cytobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002067 240 33057 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Thauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002067 240 36913 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Lodderomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002033 236 109967 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Rhizoclosmatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002024 235 191373 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Pelotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002016 234 327159 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Accumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.002007 233 1298 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001981 230 544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Citrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001973 229 1196389 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycetaceae;Zygotorulaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001973 229 1843210 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerocolumna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001955 227 29834 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Saturnispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001955 227 410829 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Sugiyamaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001947 226 2812012 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Zongyanglinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001938 225 138117 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Azonexaceae;Quatrionicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001938 225 263377 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Salipiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001930 224 45787 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Wickerhamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001930 224 231454 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001921 223 120831 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Dyadobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001921 223 1663051 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Sphagnurus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001878 218 255204 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudoclavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001852 215 76632 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Thermobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001835 213 517 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Bordetella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001835 213 551 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Erwinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001835 213 713 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Actinobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001835 213 1612157 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pararhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001826 212 70774 Bacteria;Pseudomonadota;Hydrogenophilia;Hydrogenophilales;Hydrogenophilaceae;Hydrogenophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001809 210 318147 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Paucibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001800 209 469322 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Steroidobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001792 208 29407 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001792 208 41891 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Coccomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001783 207 763439 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Caenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001775 206 55968 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leucobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001775 206 229045 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Trichomonascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001775 206 2893029 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Variimorphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001766 205 441 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001757 204 5583 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Exophiala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001757 204 2901164 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Stutzerimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001731 201 583 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Proteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001731 201 5296 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Puccinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001731 201 207599 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Solirubrobacteraceae;Solirubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001723 200 253238 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ethanoligenens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001714 199 41201 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Ewingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001663 193 1654 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001663 193 496496 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Viridibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001663 193 1906945 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Parageobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001645 191 414371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aureimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001637 190 810 Bacteria;Chlamydiota;Chlamydiia;Chlamydiales;Chlamydiaceae;Chlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001637 190 36862 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Ideonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001628 189 2701 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Gardnerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001619 188 93681 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Roseateles;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001602 186 4863 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Coemansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001602 186 34104 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Streptobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001602 186 43947 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Tolumonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001602 186 52228 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Hallella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001602 186 174951 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ramlibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001594 185 102106 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Collinsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001585 184 3026546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Duffyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001568 182 958 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Bdellovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001568 182 57479 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Microvirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001559 181 1117308 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Glomeraceae;Funneliformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001551 180 299568 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Uruburuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001533 178 279 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Xanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001533 178 38501 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Blastococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001499 174 34019 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Liberibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001490 173 3052 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chlamydomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001490 173 352450 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Simplicispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001490 173 2782231 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Kaistella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001473 171 836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Porphyromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001464 170 171413 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Dolosicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001464 170 2767876 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Amylolactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001456 169 111500 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muricauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001456 169 1508451 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Polymorphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001447 168 2949 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Symbiodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001430 166 59613 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Skermania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001430 166 1500514 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Thermolongibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001430 166 2767878 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Bombilactobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001421 165 47830 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Lachnaceae;Lachnellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001404 163 104267 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tenacibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001395 162 226 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Alteromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001395 162 109374 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Nemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001395 162 460073 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Segetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001387 161 1751296 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Sinirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001378 160 235888 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Salinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001370 159 35829 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acetivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001370 159 46352 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001370 159 1004301 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavihumibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001352 157 1569 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Sporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001352 157 5094 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Talaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001352 157 67575 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001352 157 162289 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Peptoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001344 156 76890 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Asticcacaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001335 155 5806 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Cryptosporidiidae;Cryptosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001335 155 212743 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rhizobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001327 154 2005375 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001318 153 551759 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Aromatoleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001318 153 1221880 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Psychrobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001318 153 1930924 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Haematomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001301 151 2422 Bacteria;Thermotogota;Thermotogae;Thermotogales;Fervidobacteriaceae;Fervidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001301 151 1506553 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001292 150 28253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001292 150 225143 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001284 149 1734920 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Pseudorhodoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001275 148 29330 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Alicyclobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001275 148 471798 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Shimazuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001266 147 579 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kluyvera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001266 147 36739 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermabacteraceae;Dermabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001266 147 340096 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Tuberibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001266 147 401469 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Undibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001266 147 1653176 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cereibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001258 146 93217 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pandoraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001249 145 4895 Eukaryota;Ascomycota;Schizosaccharomycetes;Schizosaccharomycetales;Schizosaccharomycetaceae;Schizosaccharomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001249 145 196013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Caldimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001240 144 398041 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001215 141 2034 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Curtobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001215 141 75654 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Duganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001215 141 316612 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Methylibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001215 141 665874 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Limnohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001206 140 2050 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Mobiluncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001197 139 312278 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Emticicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001197 139 2836216 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Phnomibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001189 138 445 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Legionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001180 137 379899 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niabella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001172 136 160674 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Raoultella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001172 136 201096 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Alicycliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001163 135 332248 Bacteria;Deinococcota;Deinococci;Trueperales;Trueperaceae;Truepera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001163 135 577469 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Demequinaceae;Demequina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001163 135 651660 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Paenisporosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001154 134 875170 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Celeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001146 133 773 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Bartonellaceae;Bartonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001146 133 1234 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Nitrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001146 133 1540147 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trigonopsidaceae;Tortispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001137 132 3118 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Ulva;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001137 132 65402 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Acidaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001137 132 158483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cedecea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001137 132 276836 Eukaryota;Cryptomycota;NA;NA;NA;Rozella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001137 132 2304691 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Thermoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001128 131 261684 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Thermosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001128 131 261933 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Pleomorphomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001128 131 2674996 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Tellurirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001120 130 456492 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Saccharibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001120 130 2837511 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sutcliffiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001103 128 522 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidiphilium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001103 128 55079 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Aneurinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001094 127 489909 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Nosocomiicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001085 126 41247 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Mycenaceae;Mycena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001077 125 5228 Eukaryota;Basidiomycota;Atractiellomycetes;Atractiellales;Hoehnelomycetaceae;Atractiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001077 125 5543 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Trichoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001077 125 162291 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Planomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001077 125 335405 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sphingosinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001068 124 1060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001060 123 86795 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Marmoricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001060 123 249523 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aestuariibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001051 122 649461 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Lacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001042 121 81055 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phaeolaceae;Wolfiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001042 121 204456 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Gemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001042 121 1912215 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Acidipropionibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001016 118 34008 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001008 117 5579 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Saccotheciaceae;Aureobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001008 117 83174 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Valsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001008 117 120652 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methylocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.001008 117 1866885 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000999 116 5324 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Trametes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000999 116 13134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Magnetospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000999 116 599838 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fibroporiaceae;Fibroporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000982 114 1865 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinoplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000982 114 64561 Eukaryota;Mucoromycota;Umbelopsidomycetes;Umbelopsidales;Umbelopsidaceae;Umbelopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000973 113 44013 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Polynucleobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000973 113 359407 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylotenera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000965 112 28100 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Phyllobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000965 112 1838142 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Cutaneotrichosporon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000956 111 1263 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000956 111 358905 Eukaryota;Basidiomycota;Agaricomycetes;Sebacinales;Serendipitaceae;Serendipita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000956 111 2891324 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Pseudothauera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000948 110 532 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Beijerinckia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000948 110 64649 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Backusellaceae;Backusella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000948 110 2071980 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Pararheinheimera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000939 109 2767883 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Holzapfeliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000930 108 1260114 Eukaryota;Tubulinea;Echinamoebida;NA;NA;Vermamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000930 108 1649459 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hungatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000913 106 308865 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Elizabethkingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000913 106 1649471 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mobilitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000904 105 160795 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Ureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000904 105 212791 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Enhydrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000896 104 2375 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Sporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000896 104 12960 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Azoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000896 104 69965 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Macrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000879 102 364316 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Verminephrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000870 101 182269 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Aurantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000861 100 1146845 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Dongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000853 99 34102 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Sphaerotilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000853 99 146918 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Salinibacteraceae;Salinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000853 99 246875 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Algoriphagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000853 99 489140 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Geminicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000844 98 586 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Providencia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000844 98 1707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Cellulomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000844 98 4830 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Mucor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000844 98 1055323 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aeribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000844 98 1470540 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Jeotgalibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000836 97 97050 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000836 97 154116 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Bogoriellaceae;Georgenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000836 97 253255 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Soehngenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000836 97 292713 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Silanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000827 96 1817 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Nocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000827 96 66862 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Ammoniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000818 95 150830 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Roseibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000818 95 184027 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Golovinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000818 95 242605 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Luteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000818 95 471826 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Candidatus Desulforudis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000818 95 1827195 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Caballeronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000818 95 2529408 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Schaalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000810 94 204476 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Labrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000801 93 745 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Pasteurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000793 92 4783 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Phytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000793 92 4828 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Absidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000793 92 41879 Eukaryota;Chlorophyta;NA;NA;Pycnococcaceae;Pycnococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000793 92 144537 Eukaryota;Mucoromycota;Glomeromycetes;Paraglomerales;Paraglomeraceae;Paraglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000793 92 756023 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Xylogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000784 91 2433 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000784 91 703505 Eukaryota;Ascomycota;Dothideomycetes;Patellariales;Patellariaceae;Patellaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000784 91 1508657 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruminiclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000775 90 2132 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Spiroplasmataceae;Spiroplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000775 90 37991 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Xylaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000775 90 202696 Eukaryota;Basidiomycota;Agaricomycetes;Jaapiales;Jaapiaceae;Jaapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000775 90 889388 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Chryseomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000775 90 2837507 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Robertmurraya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000767 89 507 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Alcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000767 89 568 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Hafnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000767 89 379065 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Caldalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000767 89 572511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Blautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000767 89 1017280 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoflavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000767 89 1433993 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Chryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000767 89 2302914 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloropicon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000758 88 3044 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Dunaliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000758 88 2919400 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Seramator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000758 88 2946549 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudoneobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000749 87 68 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Lysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000749 87 1434011 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Komagataeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000749 87 2935559 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Allomeiothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000749 87 2974257 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Hoylesella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000741 86 1813 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Amycolatopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000741 86 688353 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Lichtheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000732 85 32012 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Thiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000732 85 76831 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Myroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000732 85 2834348 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Caproicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000724 84 28209 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Chelatococcaceae;Chelatococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000724 84 83614 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Luteimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000715 83 5110 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Claviceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000715 83 29825 Eukaryota;Ascomycota;Neolectomycetes;Neolectales;Neolectaceae;Neolecta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000715 83 72763 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Tessaracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000715 83 1434001 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Extensimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000706 82 2742 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Marinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000706 82 5379 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Suillaceae;Suillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000706 82 5533 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Rhodotorula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000706 82 31983 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Helcococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000706 82 1434046 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000698 81 497 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Psychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000698 81 5340 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Agaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000698 81 70447 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Ostreococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000698 81 182709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Oceanobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000698 81 1738655 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Woeseiaceae;Woeseia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000689 80 36048 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Tuber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000689 80 125216 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000689 80 940557 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Granulicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000689 80 1069494 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Trueperella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000681 79 434 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000681 79 1177 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Nostoc;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000681 79 227979 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Jeotgalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000681 79 323620 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Shinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000681 79 1778653 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfuriferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000681 79 2749846 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Amedibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000672 78 2053 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Gordonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000672 78 27316 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Galactomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000672 78 1648511 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Cnuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000663 77 29465 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Veillonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000663 77 2662752 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Kalamiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000655 76 168934 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Thalassospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000655 76 191392 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Auxenochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000655 76 1874621 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Panacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000655 76 2772198 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfurimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000655 76 2817139 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Weizmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000646 75 43220 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Capronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000646 75 104264 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Cellulophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000637 74 1847 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Pseudonocardia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000637 74 212744 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Rugamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000637 74 1195526 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Gryllotalpicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000629 73 54304 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Planktothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000629 73 64001 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Nevskia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000629 73 285810 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Pyrenochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000620 72 5209 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Filobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000620 72 168658 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Rhodoblastus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000612 71 1203 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000612 71 2370 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Xylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000612 71 5455 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Glomerellaceae;Colletotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000612 71 44000 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Caldicellulosiruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000612 71 47747 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyaloscyphaceae;Hyaloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000612 71 2905949 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfomicrobiaceae;Thermodesulfomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000603 70 165779 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000603 70 166953 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Kaistia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000603 70 2767880 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Dellaglioa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000603 70 2837506 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Niallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000594 69 886360 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rudaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000594 69 1769012 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Arachidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000594 69 2675231 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mesobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000594 69 2719231 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lacrimispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000586 68 404 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000586 68 34084 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Riemerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000586 68 43431 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Sphaerosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000586 68 47251 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptolyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000586 68 75309 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Rhodanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000586 68 133925 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Atopobiaceae;Olsenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000586 68 244825 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Anaerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000586 68 1679449 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudooceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000577 67 50955 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Geosiphonaceae;Geosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000577 67 150022 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Finegoldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000577 67 2316020 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mediterraneibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000569 66 780 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Rickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000569 66 36853 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Desulfitobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000560 65 5024 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Venturiaceae;Venturia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000560 65 56112 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Dehalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000560 65 649460 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Filimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000560 65 1206353 Eukaryota;Ascomycota;Dothideomycetes;NA;Pseudoperisporiaceae;Lizonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000560 65 2831665 Bacteria;Candidatus Saccharibacteria;NA;NA;NA;Candidatus Mycosynbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000551 64 133 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000551 64 13786 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Trebouxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000551 64 196080 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Terasakiellaceae;Terasakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000551 64 215249 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Cryptobasidiaceae;Acaromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000551 64 1804994 Bacteria;Gemmatimonadota;Longimicrobiia;Longimicrobiales;Longimicrobiaceae;Longimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000551 64 2675233 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Metabacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000543 63 667112 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Lutispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000534 62 914 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000534 62 101102 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Circinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000534 62 119977 Bacteria;Pseudomonadota;Acidithiobacillia;Acidithiobacillales;Acidithiobacillaceae;Acidithiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000534 62 122277 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Pectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000534 62 433923 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudacidovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000534 62 1037661 Eukaryota;Ascomycota;Dothideomycetes;Microthyriales;Microthyriaceae;Microthyrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000534 62 2946529 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Undibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000525 61 1129 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Synechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000525 61 5402 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Russula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000525 61 42308 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypoxylon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000517 60 4756 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Neocallimastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000517 60 40996 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Elsinoaceae;Elsinoe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000517 60 78156 Eukaryota;Ascomycota;Leotiomycetes;NA;Pseudeurotiaceae;Pseudogymnoascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000517 60 169998 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Phakopsoraceae;Phakopsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000517 60 233189 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Anaerolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000517 60 1920508 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Oharaeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000517 60 2767358 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasmopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000508 59 163316 Eukaryota;Chlorophyta;Chlorophyceae;NA;Microsporaceae;Microspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000508 59 314126 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Drechslerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000508 59 366614 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Haematobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000508 59 1006481 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Microaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000508 59 1193503 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Gilliamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000508 59 2920444 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Mangrovibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000508 59 2978367 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Nicoliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000500 58 157 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Treponemataceae;Treponema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000500 58 27331 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Protomycetaceae;Protomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000500 58 141948 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Thermomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000500 58 151754 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Xenophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000500 58 397275 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Andreprevotia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000500 58 1494427 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tepidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000491 57 47670 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Lautropia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000491 57 256818 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Gulosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000491 57 265975 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000491 57 599652 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Tropicimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000491 57 690086 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Salinarimonadaceae;Salinarimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000491 57 1379908 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Rufibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000491 57 1505657 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Intestinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000491 57 1649466 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Marinicauda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000491 57 1763555 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Risungbinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000491 57 2888753 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Limnovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000482 56 1041 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Erythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000482 56 5240 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Tulasnellaceae;Tulasnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000482 56 27372 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Acaulosporaceae;Acaulospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000482 56 68034 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Sporotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000482 56 74030 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000482 56 142577 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Prauserella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000482 56 295577 Bacteria;Verrucomicrobiota;Spartobacteria;Chthoniobacterales;Chthoniobacteraceae;Chthoniobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000482 56 2026842 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;NA;Bifiguratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000482 56 2819870 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Foetidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000482 56 3042723 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Aridibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000474 55 65551 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Meiothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000474 55 71927 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Termitomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000474 55 189427 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Flabellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000474 55 1004302 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Parasegetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000474 55 1676651 Bacteria;Bacillota;Limnochordia;Limnochordales;Limnochordaceae;Limnochorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000474 55 2893576 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Allosaccharopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000465 54 5333 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Schizophyllaceae;Schizophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000465 54 5637 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Polyporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000465 54 29404 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Microlunatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000465 54 41874 Eukaryota;Chlorophyta;Mamiellophyceae;Mamiellales;Bathycoccaceae;Bathycoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000465 54 45033 Eukaryota;NA;Phaeophyceae;Laminariales;Chordaceae;Chorda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000465 54 245876 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Nitratireductor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000465 54 2862142 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Falseniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000465 54 2893058 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000465 54 3036657 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Insulambacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000457 53 66831 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Facklamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000457 53 99906 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alkalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000457 53 146784 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Bacteriovoracaceae;Bacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000457 53 150781 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Astraeaceae;Astraeus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000457 53 157226 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Jeotgalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000457 53 1395788 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Gorgonomycetaceae;Gorgonomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000457 53 1742993 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Pseudarthrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000448 52 77674 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Paracraurococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000448 52 83766 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Propionivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000448 52 106591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ensifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000448 52 332157 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Larkinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000439 51 354354 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Niastella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000439 51 1274351 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Kroppenstedtia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000439 51 2823221 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Allgaiera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000431 50 4888 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Smittium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000431 50 40657 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Plectosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000431 50 48558 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Pyriculariaceae;Pyricularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000431 50 110932 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Leifsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000431 50 407217 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000431 50 1283313 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Alloprevotella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000422 49 2755 Bacteria;Bacillota;Bacilli;Bacillales;Listeriaceae;Brochothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000422 49 78910 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Syncephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000422 49 203470 Bacteria;Pseudomonadota;Hydrogenophilia;Hydrogenophilales;Hydrogenophilaceae;Tepidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000422 49 704093 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Anaerobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000422 49 1664383 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Pseudarcicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000422 49 2891322 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Parazoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000413 48 44260 Bacteria;Bacillota;Clostridia;Moorellales;Moorellaceae;Moorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000413 48 71917 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Rhodocollybia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000413 48 121087 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Ostreobiaceae;Ostreobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000413 48 274591 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Hoeflea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000413 48 494028 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Gnomoniaceae;Gnomoniopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000413 48 599802 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Phaffomycetaceae;Barnettozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000413 48 2879611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Oryzicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000405 47 413 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000405 47 4873 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Gigaspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000405 47 33202 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Thermoascaceae;Paecilomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000405 47 55067 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Phaeosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000405 47 648800 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Solibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000405 47 1130052 Eukaryota;Ascomycota;Xylobotryomycetes;Xylobotryales;Cirrosporiaceae;Cirrosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000405 47 1501224 Bacteria;Bacillota;NA;NA;NA;Hydrogenispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000405 47 1775292 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Motiliproteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000396 46 209 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Helicobacteraceae;Helicobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000396 46 416 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000396 46 1125 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Microcystaceae;Microcystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000396 46 34433 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucoagaricus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000396 46 156973 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Dysgonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000396 46 184431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Coprinopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000396 46 1801563 Eukaryota;Basidiomycota;Microbotryomycetes;NA;Chrysozymaceae;Pseudohyphozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000396 46 2901189 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Halopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 1378 Bacteria;Bacillota;Bacilli;Bacillales;NA;Gemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 1730 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Eubacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 4855 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Mortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 5251 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Ceratobasidiaceae;Ceratobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 5754 Eukaryota;Discosea;NA;Longamoebia;Acanthamoebidae;Acanthamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 5973 Eukaryota;Ciliophora;Spirotrichea;Sporadotrichida;Halteriidae;Halteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 75735 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Starmerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 88138 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Modestobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 100883 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Coprobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 155415 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;NA;Monosporascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 159345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 323449 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Pontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 1082930 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Pelagibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 1329200 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fictibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 1330545 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Lelliottia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 1649468 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Melaminivora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 2027319 Eukaryota;Ascomycota;NA;Vezdaeales;Vezdaeaceae;Vezdaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000388 45 2891294 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Nitrogeniibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 6 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Azorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 2040 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Aeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 29331 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Amphibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 38946 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Paracoccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 39948 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Dialister;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 41955 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Amanitaceae;Amanita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 54692 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Chlorociboriaceae;Chlorociboria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 56001 Eukaryota;Chlorophyta;Chlorophyceae;Chaetopeltidales;Chaetopeltidaceae;Chaetopeltis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 79808 Eukaryota;Ascomycota;Sordariomycetes;Coniochaetales;Coniochaetaceae;Coniochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 499228 Bacteria;Bacillota;Clostridia;Thermosediminibacterales;Tepidanaerobacteraceae;Tepidanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 556257 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Pseudolabrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 1004303 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ferruginibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 1288026 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Arcticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000379 44 2791032 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Candolleomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 3030 Eukaryota;NA;Cryptophyceae;Cryptomonadales;Cryptomonadaceae;Cryptomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 5260 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Melampsoraceae;Melampsora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 5644 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Stereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 29907 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Sporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 33024 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Phascolarctobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 69578 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Cryobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 644355 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Inhella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 683756 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Kinneretia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 869896 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Halorubraceae;Halonotius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 1981958 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Pseudomicrostroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 2576755 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Caproicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 2878373 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Neoconidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000370 43 2903120 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 2733 Bacteria;Bacillota;Clostridia;Eubacteriales;Symbiobacteriaceae;Symbiobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 28263 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Arcanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 34416 Eukaryota;Basidiomycota;Microbotryomycetes;Microbotryales;Microbotryaceae;Microbotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 35798 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 37914 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Dietziaceae;Dietzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 78924 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dimargaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 93368 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Pseudaminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 121820 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Roseinatronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 155149 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Bisporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 165301 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Lentzea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 219181 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Ottowia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 232523 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Hylemonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 289257 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Chrysotrichaceae;Chrysothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 577310 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Parasutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 1742989 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Glutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000362 42 2837502 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ectobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 2013 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Nocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 2251 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Haloferacaceae;Haloferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 2263 Archaea;Euryarchaeota;Thermococci;Thermococcales;Thermococcaceae;Thermococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 4807 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Blastocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 4836 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Phycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 36065 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Cantharellaceae;Cantharellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 65047 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Mitsuaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 78922 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Dispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 204037 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Dickeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 245561 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Acidomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 253183 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Myceligenerans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 329881 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Friedmanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 453566 Eukaryota;Mucoromycota;Glomeromycetes;Archaeosporales;Ambisporaceae;Ambispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 935200 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfuricella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 1433402 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Glycocaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 1434023 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Natranaerovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 2817108 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Watsoniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 2925678 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Xaviernesmea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000353 41 3025755 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Thomasclavelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000345 40 2791 Eukaryota;Rhodophyta;Bangiophyceae;Porphyridiales;Porphyridiaceae;Porphyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000345 40 5190 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascobolaceae;Ascobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000345 40 41273 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Tissierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000345 40 53460 Bacteria;Actinomycetota;Actinomycetes;Nakamurellales;Nakamurellaceae;Nakamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000345 40 83461 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Corallococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000345 40 1047167 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zymoseptoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000345 40 1905726 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Paludifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000345 40 3041089 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paraflavisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 425 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylosinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 4815 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Spizellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 29393 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Dolosigranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 47204 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Pyronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 59735 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Bergeyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 117563 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Granulicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 190972 Bacteria;Bacillota;Tissierellia;NA;NA;Sedimentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 236052 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 302485 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Phaeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 312063 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Azohydromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 397864 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Barnesiellaceae;Barnesiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 470095 Eukaryota;Ascomycota;Dothideomycetes;Acrospermales;Acrospermaceae;Pseudovirgaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 1649476 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Parafilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000336 39 1812772 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Pseudomassariaceae;Pseudomassariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000327 38 2768 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Gigartinaceae;Chondrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000327 38 58113 Bacteria;Actinomycetota;Actinomycetes;Glycomycetales;Glycomycetaceae;Glycomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000327 38 453209 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Dermateaceae;Coleophoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000327 38 1085622 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propioniciclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000327 38 1470577 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paenirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000327 38 2767322 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Bowdeniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000327 38 2837504 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Heyndrickxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000327 38 2893057 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Shouchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 1835 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 5761 Eukaryota;Heterolobosea;NA;NA;Vahlkampfiidae;Naegleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 31988 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aminobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 175304 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lentibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 182639 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Kribbellaceae;Kribbella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 254250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Isoptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 375288 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Parabacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 388829 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Paxillaceae;Hydnomerulius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 459786 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Oscillibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 518753 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Luteolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 574347 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Modicisalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 1004300 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hydrotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 1048954 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Cylindrosympodiaceae;Tothia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 2698688 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paraflavitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 2779859 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Entomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 2823226 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Allosediminivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000319 37 2893056 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halalkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000310 36 724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Haemophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000310 36 2373 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Acetonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000310 36 5010 Eukaryota;Ascomycota;Taphrinomycetes;Taphrinales;Taphrinaceae;Taphrina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000310 36 5121 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Erysiphe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000310 36 93682 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000310 36 146935 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Azovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000310 36 210567 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Cadophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000310 36 987053 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Rhodoligotrophos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000310 36 1851509 Eukaryota;Basidiomycota;Tremellomycetes;Filobasidiales;Filobasidiaceae;Naganishia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000310 36 2304693 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000301 35 2295 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteriaceae;Desulfobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000301 35 12967 Eukaryota;NA;Bigyra;Opalinata;Blastocystidae;Blastocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000301 35 45667 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000301 35 110564 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Clonostachys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000301 35 241409 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Bionectriaceae;Geosmithia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000301 35 366580 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Bowmanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000301 35 474995 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Ophiocordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000301 35 747294 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pseudorhodoferax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000301 35 1206386 Eukaryota;Ascomycota;NA;NA;NA;Trizodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 581 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Morganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 5280 Eukaryota;Basidiomycota;Exobasidiomycetes;Georgefischeriales;Tilletiariaceae;Tilletiaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 91942 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Hortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 332102 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Fluviicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 658623 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Chelonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 909931 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Sporolituus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 1185408 Bacteria;Bacillota;Clostridia;Eubacteriales;Defluviitaleaceae;Defluviitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 1217823 Eukaryota;Ascomycota;Xylonomycetes;Xylonales;Xylonaceae;Xylona;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 1525371 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Neorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 1573535 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 2703944 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pararcticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 2779937 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Podila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000293 34 2893060 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 535 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chromobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 1064 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Rhodocyclus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 3087 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Scenedesmaceae;Scenedesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 5182 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Hymenoscyphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 5500 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Coccidioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 42255 Bacteria;Actinomycetota;Rubrobacteria;Rubrobacterales;Rubrobacteraceae;Rubrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 53457 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Janibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 83654 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Leclercia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 86026 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Mollisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 169133 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Citricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 222439 Eukaryota;Preaxostyla;NA;Oxymonadida;Streblomastigidae;Streblomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 299566 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Adhaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 490731 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cryptococcaceae;Kwoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 944321 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Soonwooa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 1042323 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pacificibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 1114981 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Piscinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 2680022 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Deminuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000284 33 2963348 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseosolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000276 32 919 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Thiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000276 32 36880 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Cymbomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000276 32 43676 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Promicromonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000276 32 64501 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Entophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000276 32 178440 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Opitutus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000276 32 237584 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Teratosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000276 32 252965 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family IV. Incertae Sedis;Mahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000276 32 392735 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Uliginosibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000276 32 1356488 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Rosenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000276 32 2038740 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Coniferiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000276 32 2607957 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Collybiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000267 31 187 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Aquaspirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000267 31 44471 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Microcoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000267 31 109880 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Nowakowskiellaceae;Nowakowskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000267 31 116071 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Micropruina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000267 31 178898 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVI. Incertae Sedis;Carboxydocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000267 31 285107 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thioclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000267 31 369926 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Brooklawnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000267 31 376469 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Olivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000267 31 698776 Bacteria;Bacillota;Clostridia;Eubacteriales;Cellulosilyticaceae;Cellulosilyticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000267 31 1156568 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methylovirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000267 31 1522056 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Flaviflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000267 31 2916693 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulforamulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 978 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Cytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 1152 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Pseudanabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 4998 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Cuniculitremaceae;Kockovaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 13289 Eukaryota;Basidiomycota;Exobasidiomycetes;Tilletiales;Tilletiaceae;Tilletia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 45669 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Salinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 112985 Eukaryota;Basidiomycota;Agaricomycetes;Phallales;Clathraceae;Clathrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 118259 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Plenodomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 139133 Eukaryota;Basidiomycota;Agaricomycetes;Trechisporales;NA;Sistotremastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 367298 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Phycicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 909656 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Bacteroidaceae;Phocaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 1132856 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Trichocomaceae;Rasamsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 1980513 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Nitrosoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 2714751 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Lichenibacteriaceae;Lichenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000258 30 2837510 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Siminovitchia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 830 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Butyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 848 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Fusobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 1562 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Desulfotomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 5352 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Lentinula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 28000 Eukaryota;Perkinsozoa;NA;Perkinsida;Perkinsidae;Perkinsus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 29849 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Magnaporthaceae;Gaeumannomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 34348 Eukaryota;Basidiomycota;Mixiomycetes;Mixiales;Mixiaceae;Mixia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 37359 Eukaryota;Endomyxa;Phytomyxea;Plasmodiophorida;Plasmodiophoridae;Plasmodiophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 49894 Bacteria;Synergistota;Synergistia;Synergistales;Acetomicrobiaceae;Acetomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 59734 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Empedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 139111 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;NA;Dendrothele;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 238783 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudorhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 311181 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Denitratisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 404432 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Salinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 413496 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Cronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 1502180 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Alsobacteraceae;Alsobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 1649462 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Lacihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 1926259 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Pseudactinotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 2837485 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Evansella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000250 29 2862745 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Pseudobdellovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 890 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Desulfuromonadaceae;Desulfuromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 44675 Bacteria;Acidobacteriota;Holophagae;Holophagales;Holophagaceae;Geothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 57739 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Vogesella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 109935 Eukaryota;Chytridiomycota;Chytridiomycetes;Cladochytriales;Cladochytriaceae;Cladochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 110092 Eukaryota;Chytridiomycota;Chytridiomycetes;Polychytriales;NA;Polychytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 191769 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Marinilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 388809 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;NA;Blyttiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 391952 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Aquincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 700450 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Siphonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 705561 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Capnodiaceae;Polychaeton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 1055692 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Chitinolyticbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 1784836 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Fermentimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 2079189 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Tetzosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 2800678 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteraurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000241 28 2867377 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Desulfotruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 2879 Eukaryota;NA;Phaeophyceae;Ectocarpales;Ectocarpaceae;Ectocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 5782 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Dictyostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 13641 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Dictyosteliaceae;Polysphondylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 34444 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 40456 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Fistulinaceae;Fistulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 49968 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Geopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 62701 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Podosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 109928 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Podochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 114627 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Alkaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 139105 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Cylindrobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 152053 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Starkeya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 152161 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Stappia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 157775 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Letrouitiaceae;Letrouitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 184923 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methylocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 249344 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Picochlorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 388463 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Edaphobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 1054211 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Sulfuritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 1924093 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaeromassilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000233 27 2983819 Eukaryota;Ascomycota;Sordariomycetes;NA;NA;Neoarthrinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 113 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Gemmata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 1647 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Erysipelothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 5538 Eukaryota;Ascomycota;Leotiomycetes;NA;NA;Scytalidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 5598 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Alternaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 33042 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Coprococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 35127 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Thalassiosirales;Thalassiosiraceae;Thalassiosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 38484 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Ciborinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 45244 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Emericellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 60136 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 74385 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 125369 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Paraphaeosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 131324 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Pseudocercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 203697 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Derxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 364710 Eukaryota;Ascomycota;Eurotiomycetes;Verrucariales;Verrucariaceae;Endocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 1450170 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;NA;Aaosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 1518149 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Thalassotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 1780122 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Mobilisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 1903858 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pseudorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 2675671 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ilyomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 2779867 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Actinomortierella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000224 26 2854186 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pseudosulfitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 841 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Roseburia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 970 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Selenomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 1030 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Thiothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 4802 Eukaryota;Oomycota;NA;Lagenidiales;Lagenidiaceae;Lagenidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 5104 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ascosphaeraceae;Ascosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 33194 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Bipolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 43430 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Tricharina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 153497 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Kozakia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 186188 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Xylanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 239759 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Alistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 290425 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Advenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 360145 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Grosmannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 382513 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Telmatospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 395590 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Zasmidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 1387562 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Ophidiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 1395977 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Aidingimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 1500560 Eukaryota;Basidiomycota;Exobasidiomycetes;Entylomatales;NA;Tilletiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 1587496 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Irineochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 1769726 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Niveibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 1860196 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pseudobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 1981050 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Phoenicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 2498454 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Lucifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000215 25 2847256 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Pelorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 1158 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Oscillatoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 5146 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Sordariaceae;Sordaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 5193 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Morchellaceae;Morchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 5873 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Theileriidae;Theileria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 13075 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Globicatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 31366 Eukaryota;Rhodophyta;Florideophyceae;Bonnemaisoniales;Bonnemaisoniaceae;Asparagopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 47182 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Ascodesmidaceae;Ascodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 78141 Eukaryota;Ascomycota;Leotiomycetes;NA;Myxotrichaceae;Oidiodendron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 112497 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Ramularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 147572 Eukaryota;Ascomycota;Dothideomycetes;Capnodiales;Piedraiaceae;Piedraia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 258255 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pseudovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 267408 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Arsenicicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 286104 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Winogradskyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 292636 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Thermoflavimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 296051 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Terrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 573657 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Hodgkinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 1129704 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Kyrpidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 1504669 Eukaryota;Ascomycota;Dothideomycetes;Aulographales;Rhizodiscinaceae;Rhizodiscina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 1648503 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Canibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 2052799 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Jimgerdemannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 2779869 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lunasporangiospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000207 24 2837509 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Schinkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 1142 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Merismopediaceae;Synechocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 2330 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 2335 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Thermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 5406 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Exobasidiaceae;Exobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 5600 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Phialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 33951 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Acetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 42054 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Chromohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 61653 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Methylopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 63132 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Geitlerinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 71602 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Diploschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 101126 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Hesseltinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 157482 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Lichina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 244127 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaerotruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 261096 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Kappamycetaceae;Kappamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 416949 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Parapedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 626119 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ruaniaceae;Ruania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 1187078 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cecembia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 1229970 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Glaciimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 1331051 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Saccharimonadales;Candidatus Saccharimonadaceae;Candidatus Saccharimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 1377992 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halovenus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 1522432 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Pseudoduganella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 1524217 Bacteria;Myxococcota;NA;Polyangiales;Labilitrichaceae;Labilithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 1689250 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Gorillibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 1935206 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rubeoparvulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 2307285 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Flavipsychrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 2706000 Bacteria;Pseudomonadota;Betaproteobacteria;NA;Casimicrobiaceae;Casimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 2767318 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Boudabousia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000198 23 2823232 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Allosphingosinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 906 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Megasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 2849 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Phaeodactylaceae;Phaeodactylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 5157 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Ceratocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 33196 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botrytis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 34474 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Fomitopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 54298 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Chroococcidiopsidaceae;Chroococcidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 65007 Eukaryota;Evosea;Variosea;Cavosteliida;Cavosteliaceae;Planoprotostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 76833 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 82800 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Desemzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 126838 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Micractinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 147559 Eukaryota;Ascomycota;Dothideomycetes;Dothideales;Dothioraceae;Delphinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 152267 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pigmentiphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 171436 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Tistrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 203133 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Propionimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 204286 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Cobetia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 286660 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Peltaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 295418 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Rubellimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 305899 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Endozoicomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 397456 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Gulbenkiania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 449972 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Chelativorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 458839 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Actinotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 659427 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sediminimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 1210119 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Ohtaekwangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 1213737 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Schizoporaceae;Schizopora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 1333716 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Schleiferiaceae;Schleiferia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 1395674 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Globomycetaceae;Globomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 1434002 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Falsirhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 1494215 Eukaryota;Ascomycota;Dothideomycetes;Venturiales;Sympoventuriaceae;Verruconis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 1649453 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Gimesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 1851468 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Vanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 2806031 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Ginsengibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 2897685 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Psathyrellaceae;Tulosesus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 2912996 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Changpingibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000190 22 3020833 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Isoalcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 47 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Archangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 429 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 2063 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Kitasatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 3066 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Volvox;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 5314 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Ganoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 5723 Eukaryota;Parabasalia;NA;Tritrichomonadida;Tritrichomonadidae;Tritrichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 13348 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Arthrobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 29002 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Cercospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 31311 Eukaryota;Chlorophyta;Nephroselmidophyceae;Nephroselmidales;Nephroselmidaceae;Nephroselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 33926 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Candidatus Phytoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 44744 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Haematococcaceae;Haematococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 65356 Eukaryota;Oomycota;NA;Albuginales;Albuginaceae;Albugo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 85947 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Didymosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 113286 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Pseudoramibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 204447 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Skermanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 240411 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 269773 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 281472 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Jiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 286098 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Seminavis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 337670 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Pilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 342658 Bacteria;Bacillota;Clostridia;Eubacteriales;Gracilibacteraceae;Gracilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 360239 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Tepidicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 392733 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Terriglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 470018 Eukaryota;Ascomycota;Dothideomycetes;Cladosporiales;Cladosporiaceae;Rachicladosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 483074 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Baudoinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 497726 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrososphaerales;Nitrososphaeraceae;Nitrososphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 1484898 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloceanibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 1502725 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Effusibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 1647190 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aquibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 1918385 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acutalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 2685905 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salicibibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 2712271 Bacteria;Bacillota;Clostridia;Eubacteriales;Xylanivirgaceae;Xylanivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000181 21 2918791 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Phaeovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 59 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Vitreoscilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 893 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfobulbus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 2349 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Haliscomenobacteraceae;Haliscomenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 28895 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Thermoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 36917 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Ambrosiozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 45308 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Melanommataceae;Melanomma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 45427 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Amylocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 56489 Eukaryota;Basidiomycota;Agaricomycetes;Thelephorales;Thelephoraceae;Thelephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 89583 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Gluconacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 100043 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleomassariaceae;Pleomassaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 100860 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Aphanomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 189330 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Dorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 221285 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Westiellopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 221427 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Polytolypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 314122 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylellina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 342943 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Sinobaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 378193 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Epitheliaceae;Epithele;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 451452 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Boothiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 482144 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Mechercharimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 985001 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Piscicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 1097466 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Defluviimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 1401161 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Sodiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 1654719 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Pseudochelatococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 1774131 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hydrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 1775468 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Silvibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 2162630 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;NA;Salinirubellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 2678887 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Oleisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 2837508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Rossellomorea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 2870716 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Neoroseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000172 20 2888791 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Roseitranquillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 862 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 28581 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Blastocladiaceae;Allomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 39845 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinokineospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 40354 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Fonsecaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 40463 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Peniophoraceae;Peniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 46205 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Pseudobutyrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 46432 Eukaryota;Foraminifera;NA;NA;Reticulomyxidae;Reticulomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 48463 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Prosthecobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 68793 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Botryobasidiaceae;Botryobasidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 81525 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Monosiga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 99479 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Tetrasphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 150173 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Phialocephala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 265103 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Trichoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 273281 Eukaryota;Ascomycota;Sareomycetes;Sareales;Zythiaceae;Sarea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 299261 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Tateyamaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 352449 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Giesbergeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 484508 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Ornithinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 661182 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Perlucidibacaceae;Perlucidibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 768669 Bacteria;Chloroflexota;Ktedonobacteria;Thermogemmatisporales;Thermogemmatisporaceae;Thermogemmatispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 907364 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Phytohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 933343 Eukaryota;Ascomycota;Leotiomycetes;Leotiales;Tympanidaceae;Claussenomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 1213188 Eukaryota;Zoopagomycota;Harpellomycetes;Harpellales;Legeriomycetaceae;Zancudomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 1494958 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pseudogracilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 1579315 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Halocynthiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 1758230 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Corticibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 1853743 Eukaryota;Chlorophyta;Trebouxiophyceae;Trebouxiales;Trebouxiaceae;Symbiochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 1975703 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Xylanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 2041017 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Quisquiliibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 2338561 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pelagivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 2676247 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Aquirufa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 2762385 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Daejeonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 2815774 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Hornefia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 2827482 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Caenibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000164 19 2838250 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Kaustia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 846 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 1573 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Clavibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 2774 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 3049 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Polytomella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 4765 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Achlya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 5144 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Podosporaceae;Podospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 5277 Eukaryota;Basidiomycota;Microbotryomycetes;Leucosporidiales;Leucosporidiaceae;Leucosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 28219 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Brachymonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 29487 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Photorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 33983 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Luteococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 35724 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Macrophomina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 38452 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Rutstroemiaceae;Rutstroemia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 40144 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Tricholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 44258 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Caloramator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 45402 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Xanthobacteraceae;Aquabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 50709 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 59753 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 67608 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Microdochiaceae;Microdochium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 82976 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Buttiauxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 83681 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Nonomuraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 142587 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Isobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 150203 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Blastomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 160516 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Tirmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 249529 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Caldanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 265082 Eukaryota;Ascomycota;Sordariomycetes;NA;Thyridiaceae;Thyridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 289201 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 307506 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Selenastraceae;Raphidocelis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 346096 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Paludibacteraceae;Paludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 354349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Pseudochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 361177 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Altererythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 392332 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Geoalkalibacteraceae;Geoalkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 475230 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Pullulanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 881616 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Herbiconiux;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 1424614 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Thermoactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 1433995 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Cruoricaptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 1433999 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Domibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 1434026 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Oceanirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 1522429 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Lihuaxuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 1543705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Nitrospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 1794910 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Anaerosporomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 1795633 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Terrilactibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 1911549 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Raineyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 1914449 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Rugosibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 1924101 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Numidum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 2026349 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylobacteriaceae;Enterovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 2072583 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Neohortaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 2249306 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Solimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 2597258 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Candidatus Macondimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 2886866 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Sinanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000155 18 2910984 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Solidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 42 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Cystobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 1070 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rhodopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 4819 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Phlyctochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 4859 Eukaryota;Zoopagomycota;Basidiobolomycetes;Basidiobolales;Basidiobolaceae;Basidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 5690 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Trypanosoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 40544 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sutterellaceae;Sutterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 40593 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Peziza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 42464 Eukaryota;Ascomycota;Sordariomycetes;Lulworthiales;Lulworthiaceae;Zalerion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 44261 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Oxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 56999 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amaricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 69959 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Rhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 70188 Eukaryota;Olpidiomycota;Olpidiomycetes;Olpidiales;Olpidiaceae;Olpidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 84616 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Torulaceae;Dendryphion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 88647 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Teloschistes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 109882 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Chytriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 112488 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Dissoconiaceae;Dissoconium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 157480 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Peltulaceae;Peltula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 159075 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Acremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 337004 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microcella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 370735 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Zhihengliuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 372047 Eukaryota;Ascomycota;Dothideomycetes;Phaeotrichales;Phaeotrichaceae;Trichodelitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 390805 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Geosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 394505 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 400060 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Paludibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 442527 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Scopulibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 444599 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Hansschlegelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 448176 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Granulicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 510690 Bacteria;Pseudomonadota;Alphaproteobacteria;Sneathiellales;Sneathiellaceae;Sneathiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 529883 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rhodoluna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 531859 Eukaryota;Ascomycota;Dothideomycetes;NA;Gloniaceae;Glonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 909928 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Negativicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 1032526 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobia subdivision 3;Pedosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 1184396 Bacteria;Thermotogota;Thermotogae;Kosmotogales;Kosmotogaceae;Mesotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 1231242 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Ferrovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 1236218 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Melghirimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 1241326 Bacteria;Pseudomonadota;Alphaproteobacteria;Micropepsales;Micropepsaceae;Rhizomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 1400859 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Candidatus Competibacteraceae;Candidatus Contendobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 1500004 Eukaryota;Blastocladiomycota;Physodermatomycetes;Physodermatales;Physodermataceae;Paraphysoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 1582879 Bacteria;Bacillota;Tissierellia;NA;NA;Ezakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 1649510 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Nitrobacteraceae;Variibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 1658452 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Cephalotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 2081418 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Drepanopezizaceae;Drepanopeziza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000146 17 2709671 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Saezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1016 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Capnocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1186 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Calotrichaceae;Calothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1190 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Fischerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 2071 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 5097 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Monascus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 34392 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Microsporum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 36922 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Diaporthaceae;Diaporthe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 41687 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Scedosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 45141 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Cucurbitariaceae;Cucurbitaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 45292 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Massarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 50714 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 65504 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Virgisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 66739 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Lasiodiplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 84034 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Propionispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 100175 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Papillibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 105767 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Tremellaceae;Tremella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 158846 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Megamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 160075 Eukaryota;Chlorophyta;Ulvophyceae;Ulotrichales;Hazeniaceae;Hazenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 200903 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paraliobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 213485 Bacteria;Bdellovibrionota;Bdellovibrionia;Bdellovibrionales;Pseudobdellovibrionaceae;Micavibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 315078 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Tricladiaceae;Cudoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 336830 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Arsukibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 455076 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rhodocytophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 940663 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Racocetra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1348611 Bacteria;Bacillota;Clostridia;Eubacteriales;Vallitaleaceae;Vallitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1390972 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Glutinoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1400055 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Murinocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1445609 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Hephaestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1555240 Eukaryota;Chytridiomycota;Chytridiomycetes;Caulochytriales;Caulochytriaceae;Caulochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1565532 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Rouxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1649292 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Falsochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1652133 Bacteria;Bdellovibrionota;Bacteriovoracia;Bacteriovoracales;Halobacteriovoraceae;Halobacteriovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1697027 Bacteria;Bacillota;Bacilli;Lactobacillales;Lactobacillaceae;Convivina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1705353 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Aurantimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 1849828 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Paeniclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 2676233 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingosinithalassobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 2785518 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Radiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 2794837 Bacteria;Bacillota;Tissierellia;Tissierellales;Tepidimicrobiaceae;Schnuerera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000138 16 2986345 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Pseudochryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 1237 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Piscirickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2160 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2784 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Porphyra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 45153 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Sporormiaceae;Westerdykella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 45247 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Leucothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 47720 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Lyophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 58842 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sagittula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 59282 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Blastochloridaceae;Blastochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 61434 Bacteria;Chloroflexota;Dehalococcoidia;Dehalococcoidales;Dehalococcoidaceae;Dehalococcoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 71655 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Brenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 90402 Eukaryota;Ascomycota;Geoglossomycetes;Geoglossales;Geoglossaceae;Geoglossum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 101100 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Dissophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 105135 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Anaeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 109326 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Anaerovorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 129957 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Carboxydothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 204446 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Zavarziniaceae;Zavarzinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 218112 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellinidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 227873 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Pannonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 231006 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;NA;Trichothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 245186 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Loktanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 318744 Eukaryota;Ascomycota;Lichinomycetes;Lichinales;Lichinaceae;Phylliscum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 359336 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Castellaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 453161 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Candidatus Nitrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 502117 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Kalaharituber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 690893 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Amniculicolaceae;Amniculicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 880756 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Fistulifera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 946234 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Flavonifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 984996 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Mobilicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 1074468 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Candidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 1143004 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Beijerinckiaceae;Methyloferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 1145345 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Bauldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 1486725 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 1715798 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Levyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 1918521 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Irregularibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2026172 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Chengkuizengella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2039240 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerotignum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2047735 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Marinobacteraceae;Mangrovitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2100741 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Oleiharenicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2594176 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Edaphochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2663134 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudogemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2680005 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pseudolysinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2761542 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Fundicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2768738 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Zooshikellaceae;Spartinivicinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2800685 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Pelagerythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2810619 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Coniosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2815785 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Scrofimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000129 15 2944547 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermochaetoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 4813 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Chytridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 5269 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Ustilago;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 5550 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Trichophyton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 34487 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Ancylistaceae;Conidiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 35753 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Dactylosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 38258 Eukaryota;NA;Glaucocystophyceae;Glaucocystales;Glaucocystaceae;Glaucocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 44639 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Tuberaceae;Choiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 55170 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Didymella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 57133 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Hydnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 61170 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Holdemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 64560 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Radiomycetaceae;Radiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 69278 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aquamicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 76634 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Mycetocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 82267 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;NA;Hyaloraphidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 86017 Eukaryota;NA;Choanoflagellata;Craspedida;Salpingoecidae;Salpingoeca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 90268 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Apophysomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 102909 Eukaryota;Euglenozoa;Euglenida;Euglenales;NA;Colacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 118004 Bacteria;Chrysiogenota;Chrysiogenetes;Chrysiogenales;Chrysiogenaceae;Chrysiogenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 136491 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 139331 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Denitromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 202907 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Collimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 215251 Eukaryota;Basidiomycota;Exobasidiomycetes;Exobasidiales;Brachybasidiaceae;Meira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 217510 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Fulvimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 303379 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Herminiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 361607 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Patulibacteraceae;Patulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 362865 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sandarakinorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 383614 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Brasilonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 402649 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinomycetospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 416212 Bacteria;Pseudomonadota;Betaproteobacteria;Ferrovales;Ferrovaceae;Ferrovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 437506 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Robiginitomaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 578092 Eukaryota;Ascomycota;Dothideomycetes;Lineolatales;Lineolataceae;Lineolata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 642604 Eukaryota;Chytridiomycota;Chytridiomycetes;Lobulomycetales;Lobulomycetaceae;Lobulomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 648802 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Rummeliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 690621 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Georgfuchsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 714959 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Tetraplosphaeriaceae;Polyplosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1007082 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrosopumilales;Nitrosopumilaceae;Nitrosarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1070314 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halorussus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1155934 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Marininema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1169538 Eukaryota;NA;NA;NA;Vitrellaceae;Vitrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1294511 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Naumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1427149 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halomicroarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1434032 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Pontimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1544982 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Mizugakiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1763452 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Tianweitania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1855416 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Qipengyuania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1890059 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Serpentinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1890244 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Trimorphomycetaceae;Saitozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 1913599 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptoanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 2038280 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Robbsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 2045098 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Puia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 2126330 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Kentron;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 2137425 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Novimethylophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 2650923 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aestuariivirgaceae;Aestuariivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 2691417 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Lacipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 2767323 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Buchananella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 2770110 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Xanthovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 2792299 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Calidifontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 2837503 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Gottfriedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000121 14 3024823 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaeromicropila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 32 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Myxococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1175 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Aphanizomenon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 2060 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Tsukamurellaceae;Tsukamurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 3038 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 4797 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Pythium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 5100 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Amorphothecaceae;Amorphotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 5179 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Sclerotinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 5369 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Boletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 27353 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Coleosporiaceae;Cronartium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 33644 Eukaryota;Bacillariophyta;Fragilariophyceae;Fragilariales;Fragilariaceae;Fragilaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 33976 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Caryophanon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 38447 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Monilinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 43429 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Wilcoxina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 47022 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Orbilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 64629 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mycotyphaceae;Mycotypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 70451 Eukaryota;Haptophyta;NA;Pavlovales;Pavlovaceae;Diacronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 74721 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Stachybotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 74855 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pezizaceae;Terfezia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 81682 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Methylovorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 87266 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Lasallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 101141 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Thamnidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 109944 Eukaryota;Chytridiomycota;Monoblepharidomycetes;Monoblepharidales;Gonapodyaceae;Gonapodya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 115782 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Trichlorobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 152317 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Truncatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 158045 Eukaryota;Ascomycota;Eurotiomycetes;Phaeomoniellales;Phaeomoniellaceae;Phaeomoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 191303 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Turicibacteraceae;Turicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 195964 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Asanoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 221279 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Candidatus Competibacteraceae;Candidatus Competibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 256616 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Parvibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 280472 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Aquiflexum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 284134 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Sarocladiaceae;Sarocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 290174 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aquimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 292480 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Atopostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 321315 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Sphaerisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 396811 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Fulvivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 401624 Eukaryota;Basidiomycota;Exobasidiomycetes;Ceraceosorales;Ceraceosoraceae;Ceraceosorus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 451512 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Mangrovibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 459532 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Terribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 543311 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Parvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 991903 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Polymorphum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1036719 Eukaryota;Ascomycota;Sordariomycetes;Glomerellales;Plectosphaerellaceae;Verticillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1052683 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Gelatoporiaceae;Obba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1096776 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Flexivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1097465 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pararhodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1396506 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Borealophlyctidaceae;Borealophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1434022 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Naasia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1440132 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Modicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1649488 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Rivicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1755683 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Candidatus Berkiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1769729 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Hathewaya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1792303 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Sphaerimonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1902578 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Candidatus Tokpelaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1910899 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Naemateliaceae;Naematelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 1924105 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Neglectibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 2025617 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Ketobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 2058951 Eukaryota;Evosea;Eumycetozoa;Dictyosteliales;Raperosteliaceae;Tieghemostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 2756312 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Jonesiaceae;Flavimobilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 2840454 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Candidatus Formimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000112 13 2943286 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Sideroxyarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 352 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Azotobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 528 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Ochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1860 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Geodermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 2000 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Streptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 5149 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Chaetomium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 5305 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phanerochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 5307 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Phlebia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 13205 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Pholiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 28196 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Arcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 34448 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Marasmius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 39702 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Septoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 40558 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Sclerotiniaceae;Botryotinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 47772 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Astrephomenaceae;Astrephomene;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 48073 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Microbulbiferaceae;Microbulbifer;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 56747 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Fibularhizoctonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 60496 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Ceratocystidaceae;Thielaviopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 68779 Eukaryota;Basidiomycota;Agaricomycetes;Gomphales;Gomphaceae;Ramaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 70411 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Frateuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 81041 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Antrodiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 84565 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Bruguierivoracaceae;Sodalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 93111 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Ramalinaceae;Bacidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 97376 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Biscogniauxia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 162027 Bacteria;Myxococcota;NA;Haliangiales;Kofleriaceae;Haliangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 164570 Eukaryota;Ascomycota;Coniocybomycetes;Coniocybales;Coniocybaceae;Chaenotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 167375 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Cyanobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 175660 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Pyrrhoderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 183669 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Macromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 198251 Bacteria;Pseudomonadota;Alphaproteobacteria;Pelagibacterales;Pelagibacteraceae;Candidatus Pelagibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 204473 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Angulomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 269154 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Tricholomataceae;Flagelloscypha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 481178 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Seohaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 512381 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 585890 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chitiniphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 648799 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Thermotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 752201 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Sphaerospermopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 929509 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Solitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 947567 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Litoreibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1129545 Eukaryota;Mucoromycota;Glomeromycetes;Glomerales;Claroideoglomeraceae;Claroideoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1199100 Eukaryota;Chlorophyta;Ulvophyceae;Scotinosphaerales;Scotinosphaeraceae;Scotinosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1230698 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Marisediminicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1269048 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halorubellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1295327 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1330547 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Kosakonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1434009 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1443919 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Tabrizicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1609627 Bacteria;Bacillota;Bacilli;Bacillales;Bacillales Family X. Incertae Sedis;Hydrogenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1747773 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rhabdobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1813600 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Tenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1868332 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Neomicrococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1884792 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pseudoflavitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 1934365 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Collariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 2571160 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Trinickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 2656786 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Pleuroascaceae;Venustampulla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 2682476 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Chryseotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 2728523 Eukaryota;Chytridiomycota;Chytridiomycetes;NA;Quaeritorhizaceae;Quaeritorhiza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 2752546 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Denitrobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 2830882 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Allopontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 2838170 Bacteria;Bacillota;Clostridia;Eubacteriales;Proteinivoraceae;Alkalicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 2881027 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Paradesulfitobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 3020832 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Alloalcanivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000103 12 3021684 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Dryocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 85 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hyphomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 88 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Leptothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Plesiomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 864 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Pectinatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1163 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Anabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1227 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Nitrosococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 4852 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Cunninghamella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 5529 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Metarhizium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 33096 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Volvocaceae;Gonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 35836 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Desulfacinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 37467 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Pisolithaceae;Pisolithus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 38037 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Ploettnerulaceae;Rhynchosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 71666 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Waddliaceae;Waddlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 73024 Eukaryota;Euglenozoa;Euglenida;Eutreptiales;NA;Eutreptiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 82105 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Cladophialophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 82982 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Obesumbacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 87270 Eukaryota;Ascomycota;Lecanoromycetes;Umbilicariales;Umbilicariaceae;Umbilicaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 90266 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Chlamydoabsidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 91914 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Asaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 101851 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Helotiaceae;Glarea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 105983 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;Trichosporonaceae;Apiotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 106633 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thioalkalivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 109893 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Powellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 111586 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Caloplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 111638 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Alectoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 125287 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Ornithinimicrobiaceae;Ornithinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 144548 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Heliocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 157920 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Cellulosimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 191028 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Leisingera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 230494 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Reinekea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 265980 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Alkalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 278993 Bacteria;Bacillota;Clostridia;Eubacteriales;Thermincolaceae;Thermincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 286405 Eukaryota;Ascomycota;NA;NA;NA;Sarcosagium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 292632 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Subdoligranulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 302781 Eukaryota;Preaxostyla;NA;Oxymonadida;Polymastigidae;Monocercomonoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 316625 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Saccharophagus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 348616 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Massospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 364651 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Bathelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 367771 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Marinovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 393005 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Tamlana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 413435 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Solimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 482460 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Sediminibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 507753 Archaea;Candidatus Thermoplasmatota;Thermoplasmata;Thermoplasmatales;Ferroplasmaceae;Acidiplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 529881 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Aquiluna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 586132 Eukaryota;Microsporidia;NA;NA;NA;Nematocida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 653683 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 697279 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Bavariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 765413 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pelagicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 767528 Bacteria;Bacillota;Bacilli;Bacillales;NA;Geomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 861913 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Fibrisoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1010672 Eukaryota;Ascomycota;Arthoniomycetes;Arthoniales;Lecanographaceae;Alyxoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1065495 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Radiococcaceae;Neocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1124625 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Stakelama;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1396495 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Thoreauomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1501226 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Romboutsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1648505 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Chiayiivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1649486 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Rhizorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1654934 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfoprunum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1659417 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Marinithermofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1775705 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Frigidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1795363 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Dinghuibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1926253 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Chthonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1940395 Bacteria;Bacillota;Bacilli;Bacillales;Sporolactobacillaceae;Caenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 1981033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Mordavella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 2044848 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Siccirubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 2093783 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Methylomusa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 2304687 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Petroclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 2703676 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Metalysinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 2807511 Bacteria;Planctomycetota;Phycisphaerae;Tepidisphaerales;Tepidisphaeraceae;Humisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 2811435 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;NA;Candidatus Ordinivivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 2823237 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alteribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 2884223 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Agilicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 2893055 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halalkalibacterium (ex Joshi et al. 2022);NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 2907937 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Halpernia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 2912543 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Scatolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 2939409 Eukaryota;Ascomycota;Lecanoromycetes;Acarosporales;Acarosporaceae;Caeruleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 3025858 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Sulfoacidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000095 11 3025863 Bacteria;Bacillota;Bacilli;Bacillales;Alicyclobacillaceae;Ferroacidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 93 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Stellaceae;Stella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 5962 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Stentoridae;Stentor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 13242 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Rarobacteraceae;Rarobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 13705 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Syncephalastraceae;Syncephalastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 33969 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Melissococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 33981 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 35103 Eukaryota;Ciliophora;Oligohymenophorea;Philasterida;Pseudocohnilembidae;Pseudocohnilembus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 35140 Eukaryota;Haptophyta;NA;Prymnesiales;Chrysochromulinaceae;Chrysochromulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 37840 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Pestalotiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 45234 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Cordyceps;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 56688 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Halorubraceae;Halorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 57499 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Kytococcaceae;Kytococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 75984 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Mannheimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 83612 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Psychroflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 109956 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytriomycetaceae;Physocladia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 111830 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Defluviicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 115543 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Parasporobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 141715 Eukaryota;Chlorophyta;Mamiellophyceae;Monomastigales;Monomastigaceae;Monomastix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 145474 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Helicosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 162491 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Oerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 168131 Eukaryota;Evosea;NA;Pelobiontida;Pelomyxidae;Pelomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 188905 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Jannaschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 189613 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthomendoza;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 204475 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Gemmiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 207244 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerostipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 237179 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Sphaerulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 318745 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Pycnoraceae;Pycnora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 363276 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Ktedonobacteraceae;Ktedonobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 390876 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Nisaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 393277 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Donghicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 500614 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Desmospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 511189 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Moelleriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 580596 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Butyricicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 862261 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Caldanaerobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 1126249 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Geranomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 1351751 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Parastagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 1436289 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Candidatus Symbiobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 1453544 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Tahibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 1635148 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Sanguibacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2071614 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Raineyaceae;Raineya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2171995 Bacteria;Candidatus Saccharibacteria;Candidatus Nanosyncoccalia;Candidatus Nanosyncoccales;Candidatus Nanosyncoccacae;Candidatus Nanosyncoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2250589 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Xinfangfangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2315209 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Hondaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2483199 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Chrysophaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2661811 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Longirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2679998 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Arundinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2748674 Bacteria;Bacillota;Clostridia;Moorellales;Zhaonellaceae;Zhaonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2756134 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Paenactinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2814902 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Propylenellaceae;Propylenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2821507 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Agriterribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2883109 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sandaracinobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2903061 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Phosphitispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2944146 Bacteria;Bacillota;Clostridia;Eubacteriales;Bianqueaceae;Bianquea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 2959523 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Saccharimonadales;Candidatus Saccharimonadaceae;Candidatus Microsaccharimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 3028852 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Merdimmobilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000086 10 3039590 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Parablautia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 832 Bacteria;Fibrobacterota;Fibrobacteria;Fibrobacterales;Fibrobacteraceae;Fibrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2857 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 5569 Eukaryota;Ascomycota;Dothideomycetes;NA;Gloniaceae;Cenococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 5581 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Beauveria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 5631 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Lenzites;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 5959 Eukaryota;Ciliophora;Heterotrichea;Heterotrichida;Blepharismidae;Blepharisma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 28228 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Colwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 29882 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hydnangiaceae;Laccaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 32257 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Kingella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 33187 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Onygenaceae;Uncinocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 33886 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Rathayibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 40566 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinosynnema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 41953 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Pseudo-nitzschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 47025 Eukaryota;Ascomycota;Orbiliomycetes;Orbiliales;Orbiliaceae;Dactylella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 47789 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Tetrabaenaceae;Tetrabaena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 57488 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiorhodococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 57665 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurospirillaceae;Sulfurospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 63266 Eukaryota;Basidiomycota;Ustilaginomycetes;Urocystidales;Glomosporiaceae;Thecaphora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 64515 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophlyctidales;Rhizophlyctidaceae;Rhizophlyctis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 68743 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Pluteus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 70742 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 71684 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Galeropsidaceae;Panaeolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 76312 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Caulerpaceae;Caulerpa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 78526 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Allorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 78916 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Piptocephalidaceae;Piptocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 81894 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Kaistiaceae;Prosthecomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 81945 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Pilobolaceae;Pilobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 85072 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Allochromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 88741 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Xanthoria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 98443 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Richelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 104249 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 109632 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Galerina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 109896 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Spizellomycetaceae;Gaertneriomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 154750 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Lachnocladiaceae;Vararia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 157591 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sterolibacteriaceae;Sterolibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 161492 Bacteria;Myxococcota;Myxococcia;Myxococcales;Anaeromyxobacteraceae;Anaeromyxobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 171673 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Inquilinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 180541 Bacteria;Pseudomonadota;Gammaproteobacteria;Salinisphaerales;Salinisphaeraceae;Salinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 186310 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Pezizellaceae;Calycina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 188195 Eukaryota;Ascomycota;Coniocybomycetes;Coniocybales;Coniocybaceae;Sclerophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 198705 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Lampropedia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 215802 Bacteria;Myxococcota;Myxococcia;Myxococcales;NA;Enhygromyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 230838 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Peronosclerospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 239934 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Akkermansiaceae;Akkermansia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 244364 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylothermaceae;Methylohalobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 292637 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Seinonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 293431 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Haloferacaceae;Haloquadratum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 300418 Bacteria;Bacillota;Bacilli;Lactobacillales;Enterococcaceae;Catellicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 311411 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pseudoruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 348581 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Propionicicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 349742 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Sedimenticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 396388 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Aestuariimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 565005 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Nubsella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 622681 Bacteria;Actinomycetota;Actinomycetes;Candidatus Nanopelagicales;Candidatus Nanopelagicaceae;Candidatus Planktophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 633405 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Lacticigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 670315 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Multifurca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 861914 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Fibrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1029631 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Amnibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1052105 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Purpureocillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1079922 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Commensalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1148163 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paralcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1218803 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Metallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1263978 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Candidatus Endolissoclinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1348505 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Polycladomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1433986 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Actibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1448052 Eukaryota;Oomycota;NA;Pythiales;Pythiaceae;Globisporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1481960 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptoclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1493516 Eukaryota;Cryptomycota;NA;NA;NA;Paramicrosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1572763 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Moheibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1628153 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Carboxylicivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1649457 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Homoserinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1653174 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Actinotignum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1654741 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Bombella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1780299 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Anaerosolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1884934 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Paramaledivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 1930830 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Floricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2005359 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Faecalicatena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2047740 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodosalinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2047745 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceaniglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2066486 Bacteria;Pseudomonadota;Alphaproteobacteria;Iodidimonadales;Iodidimonadaceae;Iodidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2163168 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Kineothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2201383 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Mangrovicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2282742 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfofarcimen;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2495364 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;NA;Emydomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2590666 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Gynurincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2676781 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Aquisediminimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2681298 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Indiicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2716544 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chimaeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2719313 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Enterocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2723776 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Lichenihabitantaceae;Lichenihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2789662 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Saccharimonadales;Candidatus Saccharimonadaceae;Candidatus Nanosynsacchari;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2800679 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Altericroceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2808942 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Fluviibacteraceae;Fluviibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2815786 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Sodaliphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2837501 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fredinandcohnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2891325 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Cognatazoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2911176 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aquibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2916690 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfofalx;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2944148 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Guopingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000078 9 2987599 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pollutimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1651 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Alloiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2147 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Acholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 4867 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Linderina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 4943 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Saccharomycopsidaceae;Saccharomycopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 5115 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Cryphonectriaceae;Cryphonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 5429 Eukaryota;Basidiomycota;Microbotryomycetes;Sporidiobolales;Sporidiobolaceae;Sporobolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 5890 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;Tetrahymenidae;Tetrahymena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 29521 Bacteria;Spirochaetota;Spirochaetia;Brachyspirales;Brachyspiraceae;Brachyspira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 35812 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 36046 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Elaphomycetaceae;Elaphomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 40222 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Methylophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 42695 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Pseudomuriellaceae;Pseudomuriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 42837 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Ammonifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 43773 Bacteria;Thermodesulfobacteriota;Syntrophia;Syntrophales;Syntrophaceae;Syntrophus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 52225 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Mitsuokella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 59739 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Flammeovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 66848 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonatronaceae;Desulfonatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 70994 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Lewinellaceae;Lewinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 80635 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Coniophoraceae;Coniophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 85978 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;NA;Leucogyrophana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 112415 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Letharia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 117062 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Tephrocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 117544 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Valsaceae;Cytospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 120212 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Subtercola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 133746 Eukaryota;Basidiomycota;Agaricomycetes;Corticiales;Punctulariaceae;Punctularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 146813 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Dendrosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 155493 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Gallibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 155977 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Acaryochloridaceae;Acaryochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 171412 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Eremococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 172620 Eukaryota;Ascomycota;Lecanoromycetes;Lecanorales;Parmeliaceae;Imshaugia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 198592 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Umezakia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 210429 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Setomelanomma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 217063 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Oleomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 231683 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Saccharospirillaceae;Saccharospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 242060 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Cystoisospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 293136 Bacteria;Bacillota;Clostridia;Moorellales;Desulfitibacteraceae;Desulfitibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 327281 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Mollisiaceae;Acephala;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 329878 Eukaryota;Ascomycota;Dothideomycetes;NA;NA;Cryomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 331654 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 351094 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paucisalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 363408 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Nonlabens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 390887 Eukaryota;Ascomycota;Dothideomycetes;Mytilinidiales;Mytilinidiaceae;Lophium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 417183 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Mycoemilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 446948 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Drepanopezizaceae;Diplocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 462253 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Aplosporellaceae;Aplosporella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 475961 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Longilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 647744 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Indibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 655184 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Thioglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 747074 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Tepidamorphaceae;Tepidamorphus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 941338 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Bhargavaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1095182 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Dipodascaceae;Magnusiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1231656 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lindgomycetaceae;Clohesyomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1234545 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Parasphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1321364 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Tistlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1384499 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Pisciglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1396492 Eukaryota;Chytridiomycota;Chytridiomycetes;Spizellomycetales;Powellomycetaceae;Fimicolochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1538468 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Steroidobacteraceae;Povalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1543703 Bacteria;Bacillota;Desulfuribacillia;Desulfuribacillales;Desulfuribacillaceae;Desulfuribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1738658 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Sulfuricellaceae;Sulfurirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1742974 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Pyruvatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1742977 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Tepidicaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1763521 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Paludisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1775716 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Methylobrevis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1855714 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1884449 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salipaludibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1912359 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Durotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1921582 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Orrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 1935176 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Angelakisella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2039220 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Croceivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2056239 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Myxacorys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2058187 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Cavenderiaceae;Cavenderia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2136118 Bacteria;Acidobacteriota;Terriglobia;Bryobacterales;Solibacteraceae;Candidatus Sulfopaludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2211638 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Limimaricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2302916 Eukaryota;Chlorophyta;Chloropicophyceae;Chloropicales;Chloropicaceae;Chloroparvula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2478349 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Indioceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2486696 Eukaryota;NA;Dinophyceae;Suessiales;Symbiodiniaceae;Cladocopium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2490452 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Serpentinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2593683 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Ancrocorticia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2651583 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2661779 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Sapientia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2676048 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Schaedlerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2678885 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2689589 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Staphylospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2715289 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Amniculibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2839095 Bacteria;Verrucomicrobiota;Methylacidiphilae;Methylacidiphilales;Methylacidiphilaceae;Candidatus Methylacidithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2841540 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halosegnis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2918834 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Petrachlorosaceae;Petrachloros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2930254 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Hanamia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2952773 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Formicincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 2956790 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonauticaceae;Desulfovulcanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000069 8 3041336 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hamatocanthoscyphaceae;Stipitochalara;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 635 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Edwardsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 637 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Arsenophonus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1370 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Marinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 5453 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Ascochyta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 5502 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Curvularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 5587 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Herpotrichiellaceae;Rhinocladiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 5721 Eukaryota;Parabasalia;NA;Trichomonadida;Trichomonadidae;Trichomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 5748 Eukaryota;NA;Eustigmatophyceae;Eustigmatales;Monodopsidaceae;Nannochloropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 5864 Eukaryota;Apicomplexa;Aconoidasida;Piroplasmida;Babesiidae;Babesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 13724 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 28050 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 28231 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 38807 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Panaceae;Panus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 43996 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Catonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 48075 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Marinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 51196 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfitobacteriaceae;Syntrophobotulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 51514 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Dehalobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 58050 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Moritellaceae;Moritella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 64628 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Benjaminiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 68288 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cyclobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 68774 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Nidulariaceae;Crucibulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 72173 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Citromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 79598 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliorestis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 86085 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Gymnopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 97095 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Diatrypaceae;Eutypa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 101135 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Fennellomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 102234 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Geminocystaceae;Cyanobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 104351 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Crepidotaceae;Crepidotus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 109369 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Camillea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 110546 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Whalleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 140106 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Neonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 143222 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Salegentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 150818 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 178469 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Arenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 186035 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Fragilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 190323 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Plantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 202746 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfurimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 223927 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Oxalicibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 247501 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Parachlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 263066 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Malikia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 265488 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rhodopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 304330 Eukaryota;Zoopagomycota;NA;Ramicandelaberales;Ramicandelaberaceae;Ramicandelaber;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 353541 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Hyphodiscaceae;Hyphodiscus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 390846 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Echinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 427077 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salsuginibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 444513 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Salibacteraceae;Salibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 451373 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Rudanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 490567 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Arenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 551208 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chitinilyticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 596707 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Sinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 610116 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Aliihoeflea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 690565 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Serinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 696745 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 745364 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Luteipulveratus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 857334 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Candidatus Dactylopiibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1006480 Bacteria;Bacillota;Clostridia;Eubacteriales;Symbiobacteriaceae;Caldinitratiruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1111949 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Irpicaceae;Trametopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1150774 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Natribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1227948 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Sphingomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1268272 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Paraperlucidibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1301328 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Flavoplaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1343556 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Hazenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1425377 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Haloechinothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1432242 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Tricladiaceae;Halenospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1612611 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Pararhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1649268 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Endobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1649482 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pseudopedobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1649505 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Thermocatellispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1658781 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Aliiroseovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1699375 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natribaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1742990 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Paeniglutamicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1755829 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Ichthyobacteriaceae;Ichthyobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1775688 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Jiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1808977 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Candidatus Methylospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1882482 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Anthracoideaceae;Testicularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1904377 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Amorphaceae;Acuticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1914252 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermodesulfitimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1973275 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Massilibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 1987749 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Marasmitruncus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2058189 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Heterostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2100764 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Mixta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2282741 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfofundulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2303321 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Superficieibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2307008 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Galacturonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2689587 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Suicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2705466 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Oxalobacteraceae;Lacisediminimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2707015 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Amnimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2740558 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Lacisediminihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2759657 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2780027 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Falsigemmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2800681 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Aurantiacibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2801844 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Arachnia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2803845 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Usitatibacteraceae;Usitatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2812019 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Pseudocnuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2813788 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Litchfieldia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2831925 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pukyongiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2853326 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Affinibrenneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2893050 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alkalihalobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2912950 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Konateibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2976419 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Pedomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 2996260 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;NA;Polyrhizophydium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000060 7 3034706 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Sphaerotilaceae;Scleromatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 146 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Spirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 776 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Coxiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 801 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Symbiopectobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 898 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfomicrobiaceae;Desulfomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 933 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Thiomicrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1068 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Rhodomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1257 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptostreptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1851 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Saccharomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1862 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Dermatophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2038 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Tropherymataceae;Tropheryma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2093 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2172 Archaea;Euryarchaeota;Methanobacteria;Methanobacteriales;Methanobacteriaceae;Methanobrevibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2207 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2239 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2980 Eukaryota;NA;Xanthophyceae;Tribonematales;Tribonemataceae;Tribonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 3164 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Tetraselmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 5112 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Epichloe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 5498 Eukaryota;Ascomycota;Dothideomycetes;Cladosporiales;Cladosporiaceae;Cladosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 5706 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Phytomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 13159 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Mycoplana;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 27382 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Scutellospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 29574 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Taylorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 32068 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Sebaldella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 36658 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pluteaceae;Volvariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 40415 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Antrodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 40418 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Auriscalpium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 42360 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Daldinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 46123 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Abiotrophia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 50935 Eukaryota;Ascomycota;Lecanoromycetes;Caliciales;Physciaceae;Physcia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 58120 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Planotetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 60184 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Phascolomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 63261 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Moesziomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 63265 Eukaryota;Basidiomycota;Ustilaginomycetes;Ustilaginales;Ustilaginaceae;Sporisorium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 70110 Eukaryota;Ascomycota;Eurotiomycetes;Eurotiales;Aspergillaceae;Penicilliopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 70992 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Flexithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 71950 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Psilocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 73778 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylocaldum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 76008 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XII. Incertae Sedis;Fusibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 89956 Eukaryota;NA;Dinophyceae;Suessiales;Suessiaceae;Polarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 93171 Bacteria;Candidatus Tectomicrobia;NA;NA;NA;Candidatus Entotheonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 100051 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Delitschiaceae;Delitschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 101114 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Phycomycetaceae;Spinellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 101474 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Poronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 103341 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Strombomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 166484 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Caminicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 182061 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Tetrapyrgos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 210622 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Anoxynatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 232244 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Belliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 248111 Eukaryota;Ascomycota;Lecanoromycetes;Ostropales;Graphidaceae;Gomphillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 263510 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Crocosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 286412 Eukaryota;Ascomycota;NA;Thelocarpales;Thelocarpaceae;Thelocarpon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 291363 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Lecanicillium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 314343 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Sideroxydans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 347533 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Zobellella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 381414 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Boodleopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 405552 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Haloactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 427925 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Dethiobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 451450 Eukaryota;Chytridiomycota;Chytridiomycetes;Rhizophydiales;Terramycetaceae;Terramyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 475794 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Haliea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 504090 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Kushneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 504465 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rhodovastum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 596767 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Hydrogenoanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 630749 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Spongiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 643217 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Afifellaceae;Afifella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 643701 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Reichenbachiellaceae;Marinoscillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 669368 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Coleofasciculaceae;Coleofasciculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 749461 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Boeremia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 766758 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Debaryomycetaceae;Schwanniomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 863253 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Alcanivoracaceae;Marinicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 866547 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Guyanagaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 911113 Bacteria;Acidobacteriota;Terriglobia;Bryobacterales;Bryobacteraceae;Bryobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 940661 Eukaryota;Mucoromycota;Glomeromycetes;Diversisporales;Gigasporaceae;Cetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 995729 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Candidatus Magnetoovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1017183 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Chelatococcaceae;Camelimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1073531 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1120752 Bacteria;Cyanobacteriota;Cyanophyceae;Nodosilineales;Nodosilineaceae;Nodosilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1188227 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeomargaritales;Gloeomargaritaceae;Gloeomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1249554 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Aliidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1300028 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Gyalolechia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1347386 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Anaerosalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1400386 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Bythopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1465824 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;NA;Timonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1577779 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Schleiferiaceae;Phaeocystidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1621534 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Paraglaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1648508 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Ciceribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1763508 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1769008 Bacteria;Bacillota;Clostridia;Halanaerobiales;NA;Anoxybacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1795789 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Candidatus Syntrophonatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1866960 Eukaryota;Microsporidia;NA;NA;Amphiacanthidae;Amphiamblys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1890291 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Falcatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1890298 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Haoranjiania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1891915 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinocrispum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1913444 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Thiodiazotropha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1914248 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;NA;Motilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1914260 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Arsenicibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1920207 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermothelomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1928820 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Intestinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1929901 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Bogoriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1940143 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Dankookia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1940855 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Hypnocyclicus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 1973274 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Niameybacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2018044 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Candidatus Vallotia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2023705 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Membranihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2035811 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Pseudodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2060094 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Aminipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2093823 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Nanosynbacterales;Candidatus Nanosynbacteraceae;Candidatus Nanosynbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2304164 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Jaagichlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2670333 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Lottiidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2676755 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Croceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2678886 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Pulveribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2685927 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Tardibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2689591 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Stenotrophobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2692113 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Gleimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2717700 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Phragmitibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2767206 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Candidatus Reconcilbacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2795778 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Caulifigura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2806252 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Haloglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2807415 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Urbifossiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2807497 Bacteria;Bacillota;Clostridia;Natranaerobiales;Natranaerofabaceae;Natranaerofaba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2811373 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Acerihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2862143 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Hutsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2891323 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Zoogloeaceae;Pseudazoarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2895461 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Massiliimalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2903056 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Vineibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2905158 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Teratosphaeriaceae;Salinomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000052 6 2944147 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Gehongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 96 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Gallionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 953 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Wolbachia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1013 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Weeksella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1081 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Rhodospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1111 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Porphyrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1123 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Chlorogloeopsidaceae;Chlorogloeopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1754 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermoanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2129 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Ureaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2383 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Candidatus Epulonipiscium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2420 Bacteria;Thermotogota;Thermotogae;Thermotogales;Fervidobacteriaceae;Thermosipho;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 4871 Eukaryota;Mucoromycota;Endogonomycetes;Endogonales;Endogonaceae;Endogone;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 5218 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Exidiaceae;Exidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 5318 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Irpicaceae;Irpex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 5629 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Laetiporaceae;Laetiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 5758 Eukaryota;Evosea;NA;Mastigamoebida;Entamoebidae;Entamoeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 28033 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVII. Incertae Sedis;Sulfobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 29526 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Syntrophobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 32199 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Buchnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 34484 Eukaryota;Zoopagomycota;Entomophthoromycetes;Entomophthorales;Entomophthoraceae;Entomophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 39643 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Sorangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 44055 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Aureococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 44937 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Achromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 45148 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiostomataceae;Lophiostoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 49237 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Chaetocerotales;Chaetocerotaceae;Chaetoceros;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 51727 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Chloromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 52607 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Xenococcaceae;Xenococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 55339 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Stereaceae;Amylostereum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 64651 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Zychaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 64652 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Clitocybaceae;Lepista;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 65412 Eukaryota;Ascomycota;Sordariomycetes;Togniniales;Togniniaceae;Phaeoacremonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 65496 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinoalloteichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 66470 Eukaryota;NA;Dinophyceae;Gymnodiniales;Gymnodiniaceae;Lepidodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 77021 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Cylindrospermopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 82986 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Tatumella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 89092 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ignavigranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 90243 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Oligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 90372 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiotrichaceae;Thiomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 92944 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ketogulonicigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 97971 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Periconiaceae;Periconia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 104397 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Epicoccum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 112993 Eukaryota;Basidiomycota;Agaricomycetes;Hysterangiales;Hysterangiaceae;Hysterangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 119044 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Filomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 135575 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Idiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 135858 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Catenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 139433 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meripilaceae;Physisporinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 150333 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Thermobrachium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 150366 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Cordycipitaceae;Akanthomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 154746 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Dentipellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 156993 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Reichenbachiellaceae;Reichenbachiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 165812 Bacteria;Bacillota;Tissierellia;Tissierellales;Sporanaerobacteraceae;Sporanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 182899 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Persephonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 192987 Bacteria;Bacillota;Bacilli;Lactobacillales;Carnobacteriaceae;Allofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 194195 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Alysiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 204474 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Dichotomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 230556 Eukaryota;Chlorophyta;Ulvophyceae;Chlorocystidales;Chlorocystidaceae;Halochlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 233191 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Caldilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 261825 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Agarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 264995 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Anaerofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 265570 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Sulfurovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 292635 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Laceyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 293088 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Martelella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 299330 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Lobosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 303226 Bacteria;Bacillota;Bacilli;Lactobacillales;Streptococcaceae;Lactovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 351195 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 356797 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Neomegalonemataceae;Neomegalonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 365532 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Belnapia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 375928 Bacteria;Bacillota;Clostridia;Natranaerobiales;Natranaerobiaceae;Natranaerobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 378268 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;NA;Infundibulicybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 379074 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flammeovirgaceae;Sediminitomix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 400947 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Deefgea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 404235 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Maritimibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 407951 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Neofusicoccum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 420644 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Piscibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 433838 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pseudoxanthobacteraceae;Pseudoxanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 442869 Bacteria;Acidobacteriota;Holophagae;Acanthopleuribacterales;Acanthopleuribacteraceae;Acanthopleuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 447020 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Adlercreutzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 447237 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Frondihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 453849 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Henriciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 457933 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Elioraeaceae;Elioraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 458032 Bacteria;Acidobacteriota;Blastocatellia;NA;NA;Chloracidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 460852 Eukaryota;Ascomycota;Candelariomycetes;Candelariales;Candelariaceae;Candelina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 467749 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Candidatus Neoehrlichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 548651 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Dothidotthiaceae;Dothidotthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 568214 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Marihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 573139 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Shimia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 588605 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Robinsoniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 658061 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Candidatus Koribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 659428 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Marivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 659693 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Oceanibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 660514 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Novispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 666508 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Phycisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 682063 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymosphaeriaceae;Kalmusia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 682522 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Ilumatobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 695999 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Actinophytocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 745410 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Gallaecimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 877559 Eukaryota;NA;NA;Apusomonadida;Apusomonadidae;Thecamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 882045 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Cuspidothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 947525 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Miniimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 995014 Bacteria;Bacillota;Bacilli;Bacillales;Paenibacillaceae;Fontibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 996924 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Hapalosiphonaceae;Mastigocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1073987 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halorientalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1078860 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Bryocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1091044 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Elstera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1132766 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Alpinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1137960 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Allokutzneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1146865 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Rivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1150382 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Parascedosporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1164863 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Enteractinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1182780 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Magnetospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1209946 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Roseicitreum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1400135 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Sporosalibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1406135 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Breoghaniaceae;Breoghania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1434010 Bacteria;Actinomycetota;Actinomycetes;Jatrophihabitantales;Jatrophihabitantaceae;Jatrophihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1443590 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Ferriphaselus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1470353 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Candidatus Soleaferrea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1485594 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Methyloligella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1511635 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Aquisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1518147 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Wenyingzhuangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1546255 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Mumia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1562158 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Sporocadaceae;Neopestalotiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1617805 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Amylibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1620264 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Dactylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1647173 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Acetobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1647175 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Aestuariispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1647181 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;NA;Allonocardiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1649480 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctopirus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1649487 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Rhizorhapis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1655429 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Savagea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1659840 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Sanghuangporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1686313 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Fenollaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1769710 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Sellimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1769735 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Mongoliibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1774589 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Lunatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1820275 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aestuariivivens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1835332 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Verticiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1861863 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Sinimarinibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1884429 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1903434 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Atlantibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1914244 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Krasilnikoviella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 1940136 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Tibeticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2017975 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Candidatus Frackibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2026179 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfocucumaceae;Desulfocucumis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2175151 Bacteria;Pseudomonadota;Alphaproteobacteria;NA;NA;Candidatus Micropelagos;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2185300 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Tepidamorphaceae;Microbaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2211641 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Yoonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2269381 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Mangrovicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2282756 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pueribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2339270 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Cortinariaceae;Phlegmacium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2563777 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Lactimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2608728 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidisarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2610842 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ancalomicrobiaceae;Siculibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2613960 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudopuniceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2662287 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paenimaribius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2676121 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Galactobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2678352 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Maribellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2678539 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Paracnuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2678884 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerosacchariphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2680004 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Protaetiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2705399 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Hypericibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2709238 Eukaryota;Chytridiomycota;Chytridiomycetes;Chytridiales;Chytridiaceae;Zopfochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2762562 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Lewinellaceae;Flavilitoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2768684 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;Caulobacteraceae;Terricaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2774146 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Frigoriglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2805645 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Pedococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2807738 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Parasulfuritortus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2818469 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Fuscovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2834241 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Anaerotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2862451 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Adhaeretor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2870713 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Falsiroseomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2880942 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Zeimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2916692 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulforadius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2939411 Eukaryota;Ascomycota;Lecanoromycetes;NA;NA;Piccolia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2941520 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Senimuribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2953811 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Thalassoroseus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2979332 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Prescottella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000043 5 2994443 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudenterobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 179 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Leptospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 541 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Zymomonadaceae;Zymomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 965 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1051 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Ectothiorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1121 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Aphanothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1995 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Microtetraspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2019 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Thermomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2029 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Kibdelosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2044 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Pimelobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2222 Archaea;Euryarchaeota;Methanomicrobia;Methanotrichales;Methanotrichaceae;Methanothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2425 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Teredinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 5712 Eukaryota;Euglenozoa;Kinetoplastea;Eubodonida;Bodonidae;Bodo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 5777 Eukaryota;Tubulinea;Elardia;Euamoebida;Hartmannellidae;Hartmannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 28884 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Hydrogenovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 29175 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Neospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 32014 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Iodobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 33071 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeobacterales;Gloeobacteraceae;Gloeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 33652 Eukaryota;NA;Bigyra;Bicosoecida;Cafeteriaceae;Cafeteria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 34016 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodobiaceae;Rhodobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 34098 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Blattabacteriaceae;Blattabacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 34453 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Hymenogastraceae;Hebeloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 35089 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Gregarinidae;Gregarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 35676 Eukaryota;NA;Pelagophyceae;Pelagomonadales;NA;Pelagomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 35721 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Parasitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 40466 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Sparassidaceae;Sparassis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 40840 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Succiniclasticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 42447 Bacteria;Bacillota;Clostridia;Eubacteriales;Proteinivoraceae;Anaerobranca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 43356 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Kutzneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 44417 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Cyclospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 44748 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Sporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 45156 Eukaryota;Rhodophyta;Bangiophyceae;Cyanidiales;Cyanidiaceae;Cyanidioschyzon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 46468 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Orenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 51366 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Salinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 54788 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Stagonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 61417 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Spiromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 74819 Eukaryota;Cercozoa;Chlorarachniophyceae;NA;NA;Lotharella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 75374 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;Leptodontidiaceae;Leptodontidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 78920 Eukaryota;Zoopagomycota;Dimargaritomycetes;Dimargaritales;Dimargaritaceae;Tieghemiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 80662 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Piloderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 82309 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Phanerochaetaceae;Phlebiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 82345 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Ornithinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 82373 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Anaerovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 85273 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodothalassiales;Rhodothalassiaceae;Rhodothalassium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 89958 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Natronincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 90254 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Cokeromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 93827 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Omphalotaceae;Gymnopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 94642 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Sarcocystidae;Besnoitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 98402 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Drechmeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 100048 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Trematosphaeriaceae;Trematosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 101116 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Sporodiniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 104239 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Pterulaceae;Pterula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 109875 Eukaryota;Blastocladiomycota;Blastocladiomycetes;Blastocladiales;Catenariaceae;Catenaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 111782 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Tolypothrichaceae;Tolypothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 117156 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Actinopolymorphaceae;Actinopolymorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 129001 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Syntrophothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 133407 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Acytostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 134813 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natronorubrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 135587 Eukaryota;Parabasalia;NA;Tritrichomonadida;Dientamoebidae;Histomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 137742 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Podoscyphaceae;Abortiporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 139276 Eukaryota;Basidiomycota;Dacrymycetes;Dacrymycetales;Dacrymycetaceae;Dacryopinax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 153265 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aequorivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 160034 Eukaryota;Ascomycota;Dothideomycetes;NA;Zopfiaceae;Zopfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 191494 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Conexibacteraceae;Conexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 196079 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oceanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 203522 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Longispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 204754 Eukaryota;Ascomycota;Leotiomycetes;Helotiales;NA;Rhexocercosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 214904 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Tepidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 218113 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Phellopilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 225447 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Yaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 226991 Eukaryota;Ascomycota;Eurotiomycetes;Chaetothyriales;Cyphellophoraceae;Cyphellophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 242508 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Dothistroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 247143 Eukaryota;Ascomycota;Lecanoromycetes;Acarosporales;Acarosporaceae;Pleopsidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 248038 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Mucispirillaceae;Mucispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 269260 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Sulfurovaceae;Nitratifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 291988 Bacteria;Bacillota;Clostridia;Thermosediminibacterales;Thermosediminibacteraceae;Thermosediminibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 292486 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Avibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 300264 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Silvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 309512 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Dinoroseobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 317661 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Quadrisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 331971 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Thalassobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 339721 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfohalobiaceae;Desulfovermiculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 355929 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Yonghaparkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 373053 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Calditerricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 376170 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Haloferacaceae;Haloplanus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 392825 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Halalkalibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 414051 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Caenispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 414878 Bacteria;Actinomycetota;Actinomycetes;Catenulisporales;Catenulisporaceae;Catenulispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 417127 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Zunongwangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 449810 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lutimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 460521 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Nakazawaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 467943 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Stephanosporaceae;Cristinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 478070 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Labrenzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 501022 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Glaciibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 510701 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfotomaculaceae;Desulfurispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 511745 Bacteria;Verrucomicrobiota;Methylacidiphilae;Methylacidiphilales;Methylacidiphilaceae;Methylacidiphilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 561108 Eukaryota;Basidiomycota;Exobasidiomycetes;Microstromatales;NA;Jaminaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 561442 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Anaerovirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 561554 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Zeaxanthinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 649462 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Gracilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 656899 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Schlesneria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 670486 Bacteria;Chloroflexota;Dehalococcoidia;NA;NA;Dehalogenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 673534 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Plantactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 688241 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Entophysalidaceae;Chlorogloea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 690884 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lophiotremataceae;Lophiotrema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 690896 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lentitheciaceae;Lentithecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 700917 Eukaryota;Rhodophyta;Rhodellophyceae;Rhodellales;Rhodellaceae;Corynoplastis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 795750 Bacteria;Ignavibacteriota;Ignavibacteria;Ignavibacteriales;Ignavibacteriaceae;Ignavibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 885864 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Jeongeupia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 937605 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Hymenopellis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 990721 Bacteria;Bacillota;Clostridia;Eubacteriales;Christensenellaceae;Christensenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1003337 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Angomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1034479 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Chloroidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1068904 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Primorskyibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1073986 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Haloferacaceae;Halobellus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1078830 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidicapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1177214 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Profftia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1184606 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Austwickia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1185872 Bacteria;Cyanobacteriota;Cyanophyceae;Desertifilales;Desertifilaceae;Desertifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1193515 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Snodgrassella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1227556 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Haliscomenobacteraceae;Portibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1233054 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1301588 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Variospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1330546 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pluralibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1358438 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Tepidamorphaceae;Lutibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1400059 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Pontibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1400060 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Roseibaca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1400133 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Allobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1418588 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Tersicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1427378 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Acetatifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1433300 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Alteribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1433997 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Diaminobutyricimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1434006 Bacteria;Synergistota;Synergistia;Synergistales;Aminobacteriaceae;Fretibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1434019 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Mameliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1472762 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Enorma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1486726 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Pseudobacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1491576 Eukaryota;Ascomycota;Sordariomycetes;Magnaporthales;Magnaporthaceae;Magnaporthiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1499983 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Euglenaformis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1506577 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Tyzzerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1520333 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Vespertiliibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1572860 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Hartmannibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1594166 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Oricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1602345 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Parasaccharibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1617886 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thiogranum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1649475 Bacteria;Acidobacteriota;Terriglobia;Bryobacterales;Bryobacteraceae;Paludibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1649512 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Vulcaniibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1649642 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Oleiagrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1654787 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Thiopseudomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1654931 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Crenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1676142 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Wenzhouxiangellaceae;Wenzhouxiangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1755672 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Testudinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1759400 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Paramesorhizobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1760987 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomagnum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1775424 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Nioella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1778601 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Apibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1840210 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Corticibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1848396 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Limibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1897649 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Pistricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1914229 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Aliidongia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1915381 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Nannizzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1926672 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Prevotellamassilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 1940604 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Edaphochlorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2023214 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Koinonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2024982 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Notoacmeibacteraceae;Notoacmeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2183612 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Klenkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2321111 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Aliarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2448024 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Ilumatobacteraceae;Desertimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2576890 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Nibricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2597221 Bacteria;NA;Deltaproteobacteria;Candidatus Acidulodesulfobacterales;NA;Candidatus Acididesulfobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2651578 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Thermanaerosceptrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2676858 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Chakrabartia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2703677 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Metasolibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2703874 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Albitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2709685 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Parasphingorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2709686 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingomonadaceae;Novosphingopyxis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2717339 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhabdaerophilaceae;Rhabdaerophilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2743582 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Peptacetobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2781897 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Lichenicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2792075 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Pontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2792293 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Pseudopontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2795775 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Lignipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2800384 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Idiomarinaceae;Pseudidiomarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2800686 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Tsuneonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2813041 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Vannielia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2821517 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Albibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2834353 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Litoribacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2843200 Bacteria;Actinomycetota;Thermoleophilia;Miltoncostaeales;Miltoncostaeaceae;Miltoncostaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2864378 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Carbonactinosporaceae;Carbonactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2866025 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Maribrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2867376 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Desulfoscipio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2874214 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Terrihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2885966 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Frigoriflavimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2903100 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Mariniplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2915904 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Szabonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2919364 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Novacetimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2919589 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Vaginimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2944145 Bacteria;Bacillota;Clostridia;Eubacteriales;Feifaniaceae;Feifania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2950430 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Pinirhizobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2959522 Bacteria;Candidatus Saccharibacteria;Candidatus Saccharimonadia;Candidatus Saccharimonadales;Candidatus Saccharimonadaceae;Candidatus Chaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2983250 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Youxingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2986344 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Fulvivirgaceae;Parachryseolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 2993541 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Lewinellaceae;Neolewinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000034 4 3029205 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Abyssibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 904 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Acidaminococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 943 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Ehrlichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 992 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Flexibacteraceae;Flexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1056 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1099 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Pelodictyon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1154 Bacteria;Cyanobacteriota;Cyanophyceae;Spirulinales;Spirulinaceae;Spirulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2005 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Microbispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2175 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanohalophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2289 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulfobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2299 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosarcinaceae;Desulfosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2723 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Hirschia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2761 Eukaryota;NA;Glaucocystophyceae;NA;Cyanophoraceae;Cyanophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 5027 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Pyrenophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 5626 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Grifolaceae;Grifola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 5658 Eukaryota;Euglenozoa;Kinetoplastea;Trypanosomatida;Trypanosomatidae;Leishmania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 28048 Bacteria;Actinomycetota;Actinomycetes;Acidothermales;Acidothermaceae;Acidothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 28073 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Lyngbya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 28236 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Petrotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 28250 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Ornithobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 29395 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Saccharococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 32067 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Leptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 33055 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Kinetoplastibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 34100 Bacteria;Bacillota;Bacilli;Bacillales;Planococcaceae;Filibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 35235 Eukaryota;Microsporidia;NA;NA;Pleistophoridae;Vavraia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 35750 Bacteria;Actinomycetota;Actinomycetes;Sporichthyales;Sporichthyaceae;Sporichthya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 35823 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Arthrospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 40421 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Bondarzewia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 42367 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Hirsutella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 42418 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Halanaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 44011 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Ferrimonadaceae;Ferrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 44649 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlorococcaceae;Chlorococcum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 45132 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Botryosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 45294 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Ophiobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 47212 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Pyronemataceae;Trichophaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 49279 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gelidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 50949 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Navicula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 52959 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Polaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 53355 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Terrabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 53452 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Lamprocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 59738 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Marinilabilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 61396 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Kickxella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 61413 Eukaryota;Zoopagomycota;Kickxellomycetes;Kickxellales;Kickxellaceae;Martensiomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 61593 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiorhodovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 64498 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Choanephora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 64630 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Mariannaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 64640 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Pilaira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 64643 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Lichtheimiaceae;Dichotomocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 65502 Bacteria;Actinomycetota;Actinomycetes;Cryptosporangiales;Cryptosporangiaceae;Cryptosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 68776 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Nidulariaceae;Cyathus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 68785 Eukaryota;Basidiomycota;Agaricomycetes;Geastrales;Sphaerobolaceae;Sphaerobolus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 69894 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Tindallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 69961 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Azomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 71944 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Hypholoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 72123 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Hygrophoropsidaceae;Hygrophoropsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 73504 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Cladobotryum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 74556 Eukaryota;Oomycota;NA;Saprolegniales;Saprolegniaceae;Thraustotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 78119 Bacteria;Bacillota;Negativicutes;Acidaminococcales;Acidaminococcaceae;Succinispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 78914 Eukaryota;Zoopagomycota;Zoopagomycetes;Zoopagales;Sigmoideomycetaceae;Thamnocephalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 81060 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Steccherinaceae;Steccherinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 83677 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Thermobifida;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 84111 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Eggerthella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 85274 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Rhodovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 88270 Eukaryota;Chlorophyta;Picocystophyceae;Picocystales;Picocystaceae;Picocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 91493 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Exserohilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 100034 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;NA;Massariosphaeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 101104 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Gongronella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 117999 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Geovibrionaceae;Denitrovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 120961 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Roseiflexaceae;Roseiflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 121038 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Ferrimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 129577 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Oceanimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 141450 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oleiphilaceae;Oleiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 147569 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Myriangiaceae;Myriangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 150793 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletinellaceae;Phlebopus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 152180 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ahrensiaceae;Ahrensia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 159191 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Nodularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 162171 Bacteria;Pseudomonadota;Alphaproteobacteria;Magnetococcales;Magnetococcaceae;Magnetococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 165440 Eukaryota;Basidiomycota;Tremellomycetes;Tremellales;Bulleribasidiaceae;Dioszegia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 171003 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Caloranaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 173374 Eukaryota;Chlorophyta;Ulvophyceae;Trentepohliales;Trentepohliaceae;Trentepohlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 173479 Bacteria;Gemmatimonadota;Gemmatimonadetes;Gemmatimonadales;Gemmatimonadaceae;Gemmatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 177971 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Shuttleworthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 189429 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Chlorodesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 195950 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tannerellaceae;Tannerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 208447 Bacteria;Deinococcota;Deinococci;Thermales;Thermaceae;Oceanithermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 216431 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Croceibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 224458 Bacteria;Myxococcota;Myxococcia;Myxococcales;Myxococcaceae;Pyxidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 225842 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Formosa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 232115 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mesonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 236752 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Fastidiosipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 252301 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Oceanicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 261827 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Algibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 274470 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Alkalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 282132 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Candidatus Protochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 283810 Bacteria;Actinomycetota;Actinomycetes;Glycomycetales;Glycomycetaceae;Stackebrandtia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 286130 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Thiovulaceae;Sulfuricurvum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 288021 Bacteria;Pseudomonadota;Alphaproteobacteria;Kordiimonadales;Kordiimonadaceae;Kordiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 288793 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Salinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 290180 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Roseivirgaceae;Roseivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 291967 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Acaricomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 292691 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Christiangramia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 298266 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Monomorphina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 314318 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Prolixibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 320933 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Salinibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 332246 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Halobacteriaceae;Halalkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 338321 Bacteria;Spirochaetota;Spirochaetia;Leptospirales;Leptospiraceae;Turneriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 340070 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Criblamydiaceae;Criblamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 370954 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Staphylotrichum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 377315 Bacteria;Pseudomonadota;Zetaproteobacteria;Mariprofundales;Mariprofundaceae;Mariprofundus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 381760 Eukaryota;Chlorophyta;Trebouxiophyceae;NA;NA;Elliptochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 390250 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Labedella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 416916 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Aggregatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 420345 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Lactonifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 427753 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Humibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 435913 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;NA;Fodinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 442431 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Persicitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 447467 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Simiduia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 447792 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Phytobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 450526 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichocoleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 467084 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;NA;Candidatus Symbiothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 519427 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Sharpea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 551771 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Vulcanibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 574899 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Haloferula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 596495 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Sciscionella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 596499 Bacteria;Actinomycetota;Nitriliruptoria;Nitriliruptorales;Nitriliruptoraceae;Nitriliruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 600332 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Zavarzinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 647960 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Marinactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 663242 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Albimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 706535 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Brunneosphaerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 762296 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 869806 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Marivirgaceae;Marivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 882379 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aliagarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 907197 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Psychrosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 947096 Eukaryota;Apicomplexa;Conoidasida;Eugregarinorida;Porosporidae;Porospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 983507 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Ponticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1000999 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidipila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1053253 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Stylonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1155738 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Moorena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1159909 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Bombiscardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1160973 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Auritidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1167830 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Robiginitomaculaceae;Litorimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1211036 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Mangrovimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1314700 Bacteria;Pseudomonadota;Alphaproteobacteria;Sneathiellales;Sneathiellaceae;Oceanibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1348508 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Roseimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1382832 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Telmatocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1400058 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Hwanghaeicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1403714 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Parapusillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1432051 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Eisenbergiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1434004 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Fonticella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1511750 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Jhaorihella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1541818 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Sedimentitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1572663 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Chishuiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1573808 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Mangrovibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1579476 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Oscillochloridaceae;Candidatus Chloroploca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1607807 Archaea;Candidatus Thermoplasmatota;Thermoplasmata;Methanomassiliicoccales;Methanomassiliicoccaceae;Candidatus Methanoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1608404 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Puniceibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1643958 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Roseiarcaceae;Roseiarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1648500 Bacteria;Bacillota;Bacilli;Bacillales;Bacillales Family X. Incertae Sedis;Brockia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1649479 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Permianibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1649497 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Spelaeicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1678397 Bacteria;Pseudomonadota;Alphaproteobacteria;Caulobacterales;NA;Candidatus Phycosocius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1699066 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;NA;Candidatus Arcanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1759396 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Marivivens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1763531 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Confluentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1763552 Bacteria;Bacillota;Bacilli;Bacillales;Thermoactinomycetaceae;Baia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1777753 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Candidatus Paracaedibacteraceae;Candidatus Finniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1792291 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Marinagarivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1825023 Archaea;Nitrososphaerota;NA;NA;NA;Candidatus Nitrosotenuis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1881091 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Edaphobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1883071 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Irpicaceae;Cytidiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1911577 Bacteria;Pseudomonadota;Betaproteobacteria;Rhodocyclales;Rhodocyclaceae;Oryzomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1918951 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylotetracoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1923871 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Massilibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1924062 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Desnuesiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1930791 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aureibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1940406 Bacteria;NA;NA;NA;NA;Candidatus Moduliflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1940564 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Juglanconidaceae;Juglanconis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1945896 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Vitiosangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1955773 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emergomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 1983104 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Lusitaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2034765 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Massilibacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2039723 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Thiomicrorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2042653 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Nigerium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2058188 Eukaryota;Evosea;Eumycetozoa;Acytosteliales;Acytosteliaceae;Rostrostelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2126548 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Miniphocaeibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2172004 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Lawsonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2175957 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Ruficoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2249462 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Gallionellaceae;Ferrigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2282740 Bacteria;Bacillota;Clostridia;Eubacteriales;Desulfallaceae;Desulfallas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2508948 Bacteria;Bacillota;Clostridia;Candidatus Borkfalkiales;Candidatus Borkfalkiaceae;Candidatus Borkfalkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2569097 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaerobutyricum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2571159 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Mycetohabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2591381 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Dysosmobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2603324 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidibrevibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2609811 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;Chaetomiaceae;Thermothielavioides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2683203 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Vaginisenegalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2683336 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Abyssisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2709666 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudolysobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2714594 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Bremerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2718863 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Pararobbsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2766734 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Weeksellaceae;Faecalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2767073 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Treboniaceae;Trebonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2779860 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gryganskiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2787156 Bacteria;Bacillota;Culicoidibacteria;Culicoidibacterales;Culicoidibacteraceae;Culicoidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2795780 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Symmachiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2795784 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Pseudobythopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2796146 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Candidatus Nitrosacidococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2797878 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pareuzebyella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2799491 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Antrihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2811380 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Entomobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2815778 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Porcincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2820403 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Rhabdothermincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2824158 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Aquirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2831684 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Marinisubtilis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2846747 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Meinhardsimonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2849660 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Taishania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2854184 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Falsiruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2855478 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Salibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2865859 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Azospirillaceae;Arenibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2881385 Bacteria;Cyanobacteriota;Cyanophyceae;Thermostichales;Thermostichaceae;Thermostichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2884610 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Rikenellaceae;Gallalistipes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2885758 Archaea;Candidatus Micrarchaeota;Candidatus Micrarchaeia;Candidatus Anstonellales;Candidatus Bilamarchaeaceae;Candidatus Bilamarchaeum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2896778 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Parenemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2897311 Eukaryota;Ascomycota;Dothideomycetes;Mycosphaerellales;Mycosphaerellaceae;Fulvia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2898489 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Paralysiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2901261 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Denitrificimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2903105 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Alteracholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2903106 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Haploplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2904863 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Meruliaceae;Hermanssonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2916691 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfolucianica;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2922426 Bacteria;Chloroflexota;Candidatus Thermofonsia;Phototrophicales;Phototrophicaceae;Phototrophicus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2924872 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Acididesulfobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2944149 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ligaoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2944196 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Zhenhengia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2951993 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Alloacidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2974369 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Palleniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2978001 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Jezberella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2981995 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Candidatus Parvibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2984170 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Phytohalomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 2995234 Bacteria;Mycoplasmatota;NA;Mycoplasmoidales;Metamycoplasmataceae;Mycoplasmoides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000026 3 3033930 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Fervidibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 13 Bacteria;Dictyoglomota;Dictyoglomia;Dictyoglomales;Dictyoglomaceae;Dictyoglomus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 18 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Desulfuromonadaceae;Pelobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 40 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Stigmatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 53 Bacteria;Myxococcota;NA;Nannocystales;Nannocystaceae;Nannocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 123 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Pirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 768 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Anaplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1023 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Microscillaceae;Microscilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1047 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Chromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1101 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Prosthecochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1198 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Phormidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1222 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Prochlorotrichaceae;Prochlorothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1266 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Sarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2184 Archaea;Euryarchaeota;Methanococci;Methanococcales;Methanococcaceae;Methanococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2332 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Propionigenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2357 Bacteria;Thermodesulfobacteriota;Desulfomonilia;Desulfomonilales;Desulfomonilaceae;Desulfomonile;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2697 Bacteria;Bacillota;Clostridia;Eubacteriales;Heliobacteriaceae;Heliobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2717 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Cardiobacteriaceae;Cardiobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2781 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Gracilariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 3132 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Codiaceae;Codium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 4821 Eukaryota;Chytridiomycota;Neocallimastigomycetes;Neocallimastigales;Neocallimastigaceae;Piromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 5153 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Ceratocystiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 5309 Eukaryota;Basidiomycota;Agaricomycetes;Atheliales;Atheliaceae;Athelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 5395 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Paxillaceae;Paxillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 5884 Eukaryota;Ciliophora;Oligohymenophorea;Peniculida;Parameciidae;Paramecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 5931 Eukaryota;Ciliophora;Oligohymenophorea;Hymenostomatida;NA;Ichthyophthirius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 6033 Eukaryota;Microsporidia;NA;NA;Unikaryonidae;Encephalitozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 6038 Eukaryota;Microsporidia;NA;NA;Nosematidae;Vairimorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 13275 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Cardiobacteriaceae;Suttonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 13562 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Bondarzewiaceae;Heterobasidion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 27971 Eukaryota;Microsporidia;NA;NA;Enterocytozoonidae;Enterocytozoon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 28070 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Gloeothece;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 29548 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Rhodothermaceae;Rhodothermus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 29909 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Ophiocordycipitaceae;Tolypocladium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 31339 Eukaryota;NA;Phaeophyceae;Desmarestiales;Desmarestiaceae;Desmarestia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 32636 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halothermothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 33157 Eukaryota;Ascomycota;Leotiomycetes;Rhytismatales;Cudoniaceae;Spathularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 33993 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Anaplasmataceae;Neorickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 34000 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Acidomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 34372 Eukaryota;Ascomycota;Leotiomycetes;Erysiphales;Erysiphaceae;Blumeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 34431 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Leucocoprinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 35800 Bacteria;Nitrospinota;Nitrospinia;Nitrospinales;Nitrospinaceae;Nitrospina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 36882 Eukaryota;Chlorophyta;Pyramimonadophyceae;Pyramimonadales;Pyramimonadaceae;Pyramimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 38268 Eukaryota;NA;Glaucocystophyceae;Gloeochaetales;Gloeochaetaceae;Gloeochaete;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 39965 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Hypsizygus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 40436 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Daedalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 40443 Eukaryota;Basidiomycota;Agaricomycetes;Gloeophyllales;Gloeophyllaceae;Gloeophyllum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 43673 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Jonesiaceae;Jonesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 43971 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Trichomonascaceae;Blastobotrys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 43994 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Johnsonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 44747 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Holosporaceae;Holospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 45136 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Sporormiaceae;Sporormia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 45989 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanomicrobiaceae;Methanoculleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 47054 Bacteria;Synergistota;Synergistia;Synergistales;Dethiosulfovibrionaceae;Dethiosulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 48001 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfobacteraceae;Desulfobotulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 49082 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Candidatus Arthromitus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 49184 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Kineosporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 49222 Eukaryota;Ascomycota;Dothideomycetes;Myriangiales;Elsinoaceae;Sphaceloma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 50056 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Marinosulfonomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 52784 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Anaerofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 53365 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Catellatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 55993 Eukaryota;Chlorophyta;Chlorophyceae;Oedogoniales;Oedogoniaceae;Oedogonium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 56358 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Sandaracinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 59585 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Corynesporascaceae;Corynespora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 60846 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Haloferacaceae;Halogeometricum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 61506 Eukaryota;Ascomycota;Pezizomycetes;Pezizales;Sarcosomataceae;Galiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 63399 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Arthrodermataceae;Arthroderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 67475 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Haslea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 67572 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Psychromonadaceae;Psychromonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 68756 Eukaryota;Basidiomycota;Agaricomycetes;Cantharellales;Hydnaceae;Clavulina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 68787 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Sclerodermataceae;Scleroderma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 73918 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVII. Incertae Sedis;Thermaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 74032 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Antarctobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 74317 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Maricaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 77921 Eukaryota;NA;Glaucocystophyceae;NA;NA;Cyanoptyche;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 77930 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Teleaulax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 78412 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Cylindrodendrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 80614 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Melanogastraceae;Melanogaster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 81049 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Perenniporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 82978 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Budvicia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 82980 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Leminorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 82984 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Budviciaceae;Pragia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 84756 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Beutenbergiaceae;Beutenbergia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 85043 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Nocardiaceae;Williamsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 85108 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Halorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 88723 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natrinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 95729 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Pleosporaceae;Stemphylium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 96503 Eukaryota;Euglenozoa;Euglenida;Euglenales;Euglenaceae;Trachelomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 96783 Eukaryota;Euglenozoa;Euglenida;Euglenales;Phacaceae;Phacus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 100815 Eukaryota;Ascomycota;Sordariomycetes;Sordariales;NA;Madurella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 101106 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Cunninghamellaceae;Halteromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 101137 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Mucoraceae;Helicostylum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 102231 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Gloeocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 104175 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Oscillochloridaceae;Oscillochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 112040 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Zobellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 112987 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Parachlamydiaceae;Neochlamydia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 114154 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Dichomitus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 114962 Eukaryota;Ascomycota;Lecanoromycetes;Caliciales;Physciaceae;Heterodermia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 118241 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Derbesiaceae;Pedobesia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 118262 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Dichotomosiphonaceae;Dichotomosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 124426 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Clavicipitaceae;Ustilaginoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 130795 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Crossiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 133193 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Alkalilimnicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 140458 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Thermacetogenium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 147557 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Massarinaceae;Byssothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 150372 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Hypocreaceae;Escovopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 151038 Bacteria;Bacillota;Negativicutes;Selenomonadales;Sporomusaceae;Anaeroarcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 156229 Eukaryota;NA;Dinophyceae;Gymnodiniales;Kareniaceae;Karenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 158481 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Hahellaceae;Hahella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 158848 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Morganellaceae;Moellerella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 158851 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Trabulsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 158876 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Yokenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 160800 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylosarcina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 167346 Eukaryota;Basidiomycota;Agaricomycetes;Hymenochaetales;Hymenochaetaceae;Fomitiporia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 169055 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;NA;Nordella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 174708 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Allobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 180162 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Cetobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 182276 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Auriscalpiaceae;Artomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 186831 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Acetoanaerobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 190942 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Astrocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 196081 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Scardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 196082 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Parascardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 200473 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Brumimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 201152 Eukaryota;Fornicata;NA;NA;NA;Carpediemonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 202699 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Amylocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 202771 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Zooshikellaceae;Zooshikella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 206375 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Prolinoborus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 208215 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Parvularcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 217161 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Chamaesiphonaceae;Chamaesiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 221065 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Kordia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 221282 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Symphyonemataceae;Mastigocladopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 224135 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Candidatus Glomeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 224455 Bacteria;Myxococcota;Myxococcia;Myxococcales;Archangiaceae;Hyalangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 227864 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Cerasibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 236786 Eukaryota;NA;Dictyochophyceae;Florenciellales;NA;Florenciella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 243627 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Hydrocarboniphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 245902 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Radiococcaceae;Radiococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 246876 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Cryomorphaceae;Cryomorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 248744 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Marvinbryantia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 252356 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Maribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 254245 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Aquicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 256846 Bacteria;Lentisphaerota;Lentisphaeria;Lentisphaerales;Lentisphaeraceae;Lentisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 258075 Eukaryota;Ascomycota;Dothideomycetes;Eremomycetales;Eremomycetaceae;Eremomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 258514 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Acetanaerobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 261963 Bacteria;Pseudomonadota;Gammaproteobacteria;Kangiellales;Kangiellaceae;Kangiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 265487 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Blastopirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 268408 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Rhodovarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 278090 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Teichosporaceae;Teichospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 283168 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Odoribacteraceae;Odoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 283785 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Bizionia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 286801 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Segniliparaceae;Segniliparus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 294702 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Proteiniphilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 311207 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Gaetbulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 319458 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Leadbetterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 323413 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Dokdonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 324738 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Kregervanrija;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 331615 Eukaryota;Ciliophora;Spirotrichea;Stichotrichida;Amphisiellidae;Lamtostyla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 358023 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Lutibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 364409 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Granulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 371108 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Saccharataceae;Saccharata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 375673 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Ferrimonadaceae;Paraferrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 377149 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosalsimonadaceae;Desulfosalsimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 379068 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Galbibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 380240 Bacteria;Planctomycetota;Candidatus Brocadiia;Candidatus Brocadiales;Candidatus Brocadiaceae;Candidatus Brocadia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 389486 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sediminicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 399320 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Sphaerochaetaceae;Sphaerochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 406099 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Aquisalimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 412033 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Celerinatantimonadaceae;Celerinatantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 414715 Bacteria;Actinomycetota;Actinomycetes;Catenulisporales;Actinospicaceae;Actinospica;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 418453 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Desulfovirgula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 427922 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfurivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 429014 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfocapsaceae;Desulfopila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 431390 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Naviculaceae;Mayamaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 449129 Eukaryota;Bacillariophyta;Fragilariophyceae;Climacospheniales;NA;Climacosphenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 468938 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Cerasicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 472058 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Schumannella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 475966 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Leptolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 483422 Bacteria;Chlamydiota;Chlamydiia;Parachlamydiales;Criblamydiaceae;Estrella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 492233 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Thiohalorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 508459 Bacteria;Synergistota;Synergistia;Synergistales;Synergistaceae;Cloacibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 515417 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Amphritea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 526215 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassobaculaceae;Thalassobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 556178 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Humibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 570266 Archaea;Euryarchaeota;Methanomicrobia;Methanocellales;Methanocellaceae;Methanocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 574786 Eukaryota;Ascomycota;Dothideomycetes;Mytilinidiales;Mytilinidiaceae;Mytilinidion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 623276 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Maritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 630701 Eukaryota;Euglenozoa;Kinetoplastea;NA;Ichthyobodonidae;Perkinsela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 633130 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Thalassobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 643951 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Pelagibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 650341 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Leeia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 655352 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Cohaesibacteraceae;Cohaesibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 660628 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Insolitispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 665568 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Cellulomonadaceae;Paraoerskovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 689760 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Planosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 697331 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Basfia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 741759 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;NA;Tomitella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 748770 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Dolichospermum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 758601 Bacteria;Deinococcota;Deinococci;Deinococcales;Deinococcaceae;Deinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 759360 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Oleibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 767891 Bacteria;Pseudomonadota;Alphaproteobacteria;NA;NA;Candidatus Puniceispirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 768650 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Thermosporotrichaceae;Thermosporothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 798070 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Phaeosphaeriaceae;Paraphoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 908251 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Branchiibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 908935 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Yimella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 979650 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Haplosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 999488 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Brucellaceae;Paenochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1042315 Bacteria;Armatimonadota;Armatimonadia;Armatimonadales;Armatimonadaceae;Armatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1055688 Bacteria;Myxococcota;NA;Polyangiales;Sandaracinaceae;Sandaracinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1078904 Archaea;Nitrososphaerota;NA;NA;NA;Candidatus Nitrosotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1081670 Eukaryota;Microsporidia;NA;NA;Enterocytozoonidae;Enterospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1121251 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Cucumibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1121829 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Fodinicurvata;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1123967 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Porticoccaceae;Porticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1141978 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Candidatus Magnetomoraceae;Candidatus Magnetomorum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1156392 Bacteria;Actinomycetota;Actinomycetes;Kineosporiales;Kineosporiaceae;Pseudokineococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1158982 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Calidifontibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1172191 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Catenovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1176354 Eukaryota;Microsporidia;NA;NA;Dubosqiidae;Hamiltosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1187887 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Nitritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1207070 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Oceaniovalibus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1215913 Bacteria;Chloroflexota;Caldilineae;Caldilineales;Caldilineaceae;Litorilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1221209 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomarinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1240886 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Oculatellaceae;Oculatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1242273 Eukaryota;Bacillariophyta;Bacillariophyceae;Naviculales;Amphipleuraceae;Halamphora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1242734 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Fuchsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1254401 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Sunxiuqinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1259734 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Compostimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1273095 Bacteria;Bacillota;Tissierellia;Tissierellales;Peptoniphilaceae;Anaerosphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1279388 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Kandleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1303912 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfosarcinaceae;Desulfatitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1326739 Bacteria;Bacillota;Clostridia;Moorellales;Calderihabitantaceae;Calderihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1331730 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Chryseoglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1335745 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Spiribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1344362 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Rehaibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1381133 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Candidatus Profftella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1400062 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Tranquillimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1400134 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Streptohalobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1400827 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;Candidatus Competibacteraceae;Plasticicumulans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1406885 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Aliiglaciecola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1434000 Bacteria;Pseudomonadota;Alphaproteobacteria;Kordiimonadales;Kordiimonadaceae;Eilatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1434014 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Lentibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1434021 Bacteria;Actinomycetota;Actinomycetes;Motilibacterales;Motilibacteraceae;Motilibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1434043 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Saliterribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1484107 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Galbitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1504576 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudocitrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1505652 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Terrisporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1511649 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Mongoliitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1521255 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Candidatus Paracaedibacteraceae;Candidatus Paracaedibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1522431 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfobacteriaceae;Thermosulfurimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1524249 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Pseudohongiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1551504 Bacteria;NA;Candidatus Babeliae;Candidatus Babeliales;Candidatus Babeliaceae;Candidatus Babela;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1564515 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Haliscomenobacteraceae;Phaeodactylibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1602338 Bacteria;Pseudomonadota;Alphaproteobacteria;Emcibacterales;Emcibacteraceae;Emcibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1608298 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Thiolapillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1609595 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Microseira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1620700 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Alkalinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1635133 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Aestuariicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1637257 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Mageeibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1648491 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Aquihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1648514 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Cricetibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1648520 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Conyzicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1649454 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Glaciihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1649470 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Minicystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1663023 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Lyophyllaceae;Myochromella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1692042 Bacteria;Pseudomonadota;Gammaproteobacteria;Acidiferrobacterales;Acidiferrobacteraceae;Sulfurifustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1734465 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Tamaricihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1744881 Bacteria;Pseudomonadota;Gammaproteobacteria;Acidiferrobacterales;Acidiferrobacteraceae;Sulfuricaulis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1745211 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Chania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1749039 Eukaryota;Basidiomycota;Ustilaginomycetes;Violaceomycetales;Violaceomycetaceae;Violaceomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1749071 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Neptunitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1755825 Bacteria;Actinomycetota;Nitriliruptoria;Egicoccales;Egicoccaceae;Egicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1755832 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Haloimpatiens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1759417 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudohalocynthiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1765964 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Acidihalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1766253 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Agathobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1769713 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Flexilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1769732 Bacteria;NA;Deltaproteobacteria;NA;NA;Dissulfurimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1769738 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Compostibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1775697 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Melghiribacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1783488 Bacteria;Actinomycetota;Actinomycetes;Jiangellales;Jiangellaceae;Phytoactinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1795639 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Aquisalinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1817584 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Maliponia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1827277 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcidiopsidales;Aliterellaceae;Aliterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1848399 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Crassaminicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1855364 Bacteria;Candidatus Kryptonia;NA;NA;NA;Candidatus Kryptobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1855419 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Ursidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1859940 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Stachybotryaceae;Paramyrothecium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1884930 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Maledivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1903173 Bacteria;Bacteroidota;Sphingobacteriia;Sphingobacteriales;Sphingobacteriaceae;Pelobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1903336 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Balneicellaceae;Balneicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1911565 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Marispirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1911573 Archaea;Euryarchaeota;Halobacteria;Haloferacales;Haloferacaceae;Haloprofundus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1912988 Eukaryota;Microsporidia;NA;NA;NA;Enteropsectra;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1918450 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Cuneatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1918538 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Longibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1918542 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Muricomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1929135 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Halofilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1929940 Eukaryota;Ascomycota;Dothideomycetes;Trypetheliales;Trypetheliaceae;Viridothelium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1930932 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;NA;Thioflexithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1932705 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Iningainema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1937963 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Microscillaceae;Eisenibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1937999 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Bernardetiaceae;Hugenholtzia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1938003 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Thermoflexibacteraceae;Thermoflexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1940407 Bacteria;NA;NA;NA;NA;Candidatus Vecturithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1955413 Bacteria;Bacillota;Bacilli;Bacillales;Staphylococcaceae;Abyssicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1961799 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Lacunisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 1974209 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Rhodohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2004661 Bacteria;Pseudomonadota;Alphaproteobacteria;Maricaulales;Maricaulaceae;Hyphobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2004797 Bacteria;Acidobacteriota;Vicinamibacteria;Vicinamibacterales;Vicinamibacteraceae;Luteitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2023233 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;NA;Ancylothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2024965 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Dictyobacteraceae;Dictyobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2027529 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Geodermatophilaceae;Cumulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2028104 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rubricella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2033036 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Jackrogersella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2033596 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Arenivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2038635 Bacteria;Pseudomonadota;Alphaproteobacteria;Parvularculales;Parvularculaceae;Hyphococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2038733 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Comamonadaceae;Oryzisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2041181 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Caldovatus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2048137 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Agathobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2055880 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Pseudescherichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2066992 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Fomitopsidaceae;Rhodofomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2078575 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Psychromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2078948 Bacteria;Actinomycetota;Actinomycetes;Sporichthyales;Sporichthyaceae;Epidermidibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2083206 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Tritonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2109263 Bacteria;Abditibacteriota;Abditibacteriia;Abditibacteriales;Abditibacteriaceae;Abditibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2170555 Bacteria;Bacillota;Bacilli;Bacillales;NA;Candidatus Carbobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2211637 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Flavimaricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2211639 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudaestuariivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2293313 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Candidatus Syntrophocurvum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2316203 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Catenibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2320199 Bacteria;Pseudomonadota;Gammaproteobacteria;Salinisphaerales;Salinisphaeraceae;Abyssibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2419521 Eukaryota;NA;Synurophyceae;Synurales;Neotessellaceae;Neotessella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2480624 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Candidatus Moanabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2489367 Bacteria;Balneolota;Balneolia;Balneolales;Cyclonatronaceae;Cyclonatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2494209 Bacteria;Armatimonadota;Armatimonadia;Capsulimonadales;Capsulimonadaceae;Capsulimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2498709 Bacteria;Candidatus Cryosericota;Candidatus Cryosericia;Candidatus Cryosericales;Candidatus Cryosericaceae;Candidatus Cryosericum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2601574 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Holosporaceae;Candidatus Cytomitobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2603319 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Chachezhania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2613330 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Aliibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2662170 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Gandjariella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2676790 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Acidimangrovimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2676837 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Desertihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2680021 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Ephemeroptericola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2682228 Bacteria;Chloroflexota;Tepidiformia;Tepidiformales;Tepidiformaceae;Tepidiforma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2682247 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Pseudorivibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2683202 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Massilicoli;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2689588 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Marortus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2689590 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Stagnimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2698753 Bacteria;Bdellovibrionota;Oligoflexia;Silvanigrellales;Silvanigrellaceae;Fluviispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2707020 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Aerosticca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2707768 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Calorimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2710873 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Botryobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2713642 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylicorpusculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2731402 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Promicromonosporaceae;Antribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2752474 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Acidiferrimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2754714 Bacteria;Actinomycetota;NA;NA;NA;Candidatus Hakubanella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2758920 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Paraconexibacteraceae;Paraconexibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2760873 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tenuifilaceae;Tenuifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2774168 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Avrilella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2778400 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Tepiditoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2788933 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteripontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2795377 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pelagovum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2795605 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Aureliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2795774 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Polystyrenella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2800683 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Parapontixanthobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2802288 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Aeromonadaceae;Dongshaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2804673 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cypionkella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2813348 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Luxibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2815296 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Jejubacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2815315 Bacteria;Pseudomonadota;Hydrogenophilia;NA;NA;Pelomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2815780 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Velocimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2820724 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Spirabiliibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2821838 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Stappiaceae;Hongsoonwoonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2822332 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Segnochrobactraceae;Segnochrobactrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2822394 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Patiriisocius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2822655 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhizobiaceae;Endobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2824249 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Arenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2840442 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Nostocaceae;Dendronalium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2854181 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Aliiruegeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2860205 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Canicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2862144 Bacteria;Bacillota;Bacilli;Lactobacillales;Aerococcaceae;Ruoffia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2885697 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermatophilaceae;Gephyromycinifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2888759 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Pacificispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2892997 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Candidatus Viadribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2893022 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Flagellatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2895509 Bacteria;Mycoplasmatota;NA;Mycoplasmoidales;Metamycoplasmataceae;Metamycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2897349 Bacteria;Planctomycetota;Candidatus Uabimicrobiia;Candidatus Uabimicrobiales;Candidatus Uabimicrobiaceae;Candidatus Uabimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2900668 Bacteria;Actinomycetota;Candidatus Aquicultoria;Candidatus Aquicultorales;Candidatus Aquicultoraceae;Candidatus Aquicultor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2901416 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Atopomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2905123 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Paraneptunicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2905722 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Oceanidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2910589 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2913017 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aggregatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2913513 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Pelovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2914032 Bacteria;Nitrospirota;Nitrospiria;Nitrospirales;Nitrospiraceae;Candidatus Magnetominusculus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2917552 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Mesobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2917830 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Leptothermofonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2918841 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Sabulibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2919362 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Salinarimonadaceae;Saliniramus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2919601 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomonadales;Hyphomonadaceae;Vitreimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2919626 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Yangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2923352 Bacteria;Mycoplasmatota;Mollicutes;Mycoplasmatales;Mycoplasmataceae;Mesomycoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2939270 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Cubamyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2943184 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Tannockella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2944150 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Congzhengia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2944200 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Lentihominibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2944826 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pontibrevibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2946507 Bacteria;NA;Deltaproteobacteria;Bradymonadales;Microvenatoraceae;Microvenator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2946607 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Neotabrizicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2951992 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Paracidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2976759 Bacteria;Actinomycetota;Thermoleophilia;Solirubrobacterales;Capillimicrobiaceae;Capillimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2981530 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ancalomicrobiaceae;Prosthecodimorpha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2983700 Bacteria;Myxococcota;Myxococcia;Myxococcales;NA;Paraliomyxa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2994362 Bacteria;Actinomycetota;Actinomycetes;Frankiales;Frankiaceae;Parafrankia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2995703 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Mangrovactinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 2997360 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Anaeropeptidivorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 3003476 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Sinisalibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 3019938 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halonatronomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 3020066 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Cognataquiflexum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 3020858 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Faunimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 3035923 Archaea;Euryarchaeota;Halobacteria;Halorutilales;Halorutilaceae;Halorutilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 3037695 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiales Family XVII. Incertae Sedis;Candidatus Hydrogenisulfobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 3040681 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Hoyosellaceae;Lolliginicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000017 2 3045815 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Trichocoleusaceae;Trichothermofontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 55 Bacteria;Myxococcota;NA;Polyangiales;Polyangiaceae;Polyangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 64 Bacteria;Chloroflexota;Chloroflexia;Herpetosiphonales;Herpetosiphonaceae;Herpetosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 118 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Planctomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 461 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Legionellaceae;Fluoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 869 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Cardiobacteriaceae;Dichelobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 896 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfococcaceae;Desulfococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 939 Bacteria;Aquificota;Aquificae;Aquificales;Aquificaceae;Hydrogenobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1218 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Prochlorococcaceae;Prochlorococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1232 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Nitrosomonadaceae;Nitrosovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1849 Bacteria;Actinomycetota;Actinomycetes;Actinopolysporales;Actinopolysporaceae;Actinopolyspora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1998 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Planomonospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2056 Bacteria;Thermomicrobiota;Thermomicrobia;Sphaerobacterales;Sphaerobacteraceae;Sphaerobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2192 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanocorpusculaceae;Methanocorpusculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2220 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Methanosarcinaceae;Methanolobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2237 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Haloarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2368 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Arhodomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2735 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Verrucomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2740 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Peptococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2764 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Callithamniaceae;Aglaothamnion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2821 Eukaryota;Rhodophyta;Florideophyceae;Palmariales;Palmariaceae;Palmaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2852 Eukaryota;Bacillariophyta;Bacillariophyceae;Bacillariales;Bacillariaceae;Cylindrotheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2865 Eukaryota;NA;Dinophyceae;Gonyaulacales;Crypthecodiniaceae;Crypthecodinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2875 Eukaryota;NA;Phaeophyceae;Dictyotales;Dictyotaceae;Dictyota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2944 Eukaryota;NA;Dinophyceae;Prorocentrales;Prorocentraceae;Prorocentrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2971 Eukaryota;NA;Dinophyceae;Gonyaulacales;Pyrocystaceae;Pyrocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2991 Eukaryota;NA;Synurophyceae;Synurales;Mallomonadaceae;Synura;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 3028 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Chroomonadaceae;Chroomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 3110 Eukaryota;Chlorophyta;Trebouxiophyceae;Chlorellales;Chlorellaceae;Prototheca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 3139 Eukaryota;Chlorophyta;Ulvophyceae;Dasycladales;Dasycladaceae;Batophora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 3158 Eukaryota;Chlorophyta;Pedinophyceae;Pedinomonadales;Pedinomonadaceae;Pedinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 3189 Eukaryota;Chlorophyta;Chlorodendrophyceae;Chlorodendrales;Chlorodendraceae;Scherffelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 4772 Eukaryota;NA;Bigyra;Thraustochytrida;Thraustochytriaceae;Schizochytrium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 5040 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Malbrancheaceae;Malbranchea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 5159 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Ophiostoma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 5230 Eukaryota;Basidiomycota;Agaricomycetes;Auriculariales;Auriculariaceae;Auricularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 5263 Eukaryota;Basidiomycota;Pucciniomycetes;Pucciniales;Pucciniaceae;Uromyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 5375 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Rhizopogonaceae;Rhizopogon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 5800 Eukaryota;Apicomplexa;Conoidasida;Eucoccidiorida;Eimeriidae;Eimeria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 12914 Archaea;Thermoproteota;Thermoprotei;Sulfolobales;Sulfolobaceae;Acidianus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 13034 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Dactylococcopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 13334 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Anaerobiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 27977 Eukaryota;Microsporidia;NA;NA;Nosematidae;Nosema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 28186 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Acetohalobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 28261 Bacteria;Nitrospirota;Thermodesulfovibrionia;Thermodesulfovibrionales;Thermodesulfovibrionaceae;Thermodesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 28443 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Herbidospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 28905 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Fastidiosibacteraceae;Caedibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 29226 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Phyllophoraceae;Mastocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 29298 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Planobispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 29646 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Stichococcaceae;Stichococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 31353 Eukaryota;Rhodophyta;Compsopogonophyceae;Compsopogonales;Compsopogonaceae;Compsopogon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 31357 Eukaryota;Rhodophyta;Florideophyceae;Acrochaetiales;Acrochaetiaceae;Acrochaetium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 31384 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Spyridiaceae;Spyridia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 31397 Eukaryota;Rhodophyta;Florideophyceae;Corallinales;Corallinaceae;Jania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 31448 Eukaryota;Rhodophyta;Florideophyceae;Gigartinales;Solieriaceae;Solieria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 33091 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Koliellaceae;Raphidonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 33641 Eukaryota;Bacillariophyta;Coscinodiscophyceae;Coscinodiscales;Coscinodiscaceae;Coscinodiscus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 33973 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Acidobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 34067 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Piscirickettsiaceae;Cycloclasticus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 34147 Eukaryota;Chlorophyta;Trebouxiophyceae;Microthamniales;Microthamniaceae;Microthamnion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 34435 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Agaricaceae;Macrolepiota;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 35150 Eukaryota;Rhodophyta;Compsopogonophyceae;Erythropeltidales;Erythrotrichiaceae;Erythrotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 35158 Eukaryota;Rhodophyta;Florideophyceae;Ceramiales;Ceramiaceae;Griffithsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 35169 Eukaryota;Rhodophyta;Florideophyceae;Corallinales;Corallinaceae;Corallina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 35832 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Bilophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 35838 Bacteria;Acidobacteriota;Holophagae;Holophagales;Holophagaceae;Holophaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 35858 Eukaryota;Chlorophyta;Ulvophyceae;Dasycladales;Dasycladaceae;Neomeris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 37924 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Thermocrispum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 39709 Eukaryota;Fornicata;NA;Diplomonadida;Hexamitidae;Spironucleus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 39716 Eukaryota;Cercozoa;Imbricatea;Euglyphida;Paulinellidae;Paulinella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 39773 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methylomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 39840 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Desulforhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 40459 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Hericiaceae;Hericium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 41707 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Lawsonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 41949 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Microthrixaceae;Candidatus Microthrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 44259 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Filifactor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 45109 Eukaryota;Cercozoa;NA;Cercomonadida;Cercomonadidae;Cercomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 45654 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfococcaceae;Desulfonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 46239 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;Entomoplasmataceae;Mesoplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 48482 Eukaryota;NA;NA;Jakobida;Histionidae;Reclinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 48598 Eukaryota;Rhodophyta;Florideophyceae;Hapalidiales;Hapalidiaceae;Lithothamnion;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 48728 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Rhabdochromatium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 49245 Eukaryota;Bacillariophyta;Mediophyceae;Cymatosirales;Cymatosiraceae;Cymatosira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 50729 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Leptosphaeriaceae;Ampelomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 51194 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfocapsaceae;Desulfofustis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 51321 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Dunaliellaceae;Hafniomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 52003 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Natroniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 52680 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Sphaeropleaceae;Sphaeroplea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 52684 Eukaryota;Chlorophyta;Chlorophyceae;NA;Treubariaceae;Treubaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 53244 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonatronovibrionaceae;Desulfonatronovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 53357 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Intrasporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 53370 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Pilimelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 53634 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Acidimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 54293 Bacteria;Bacillota;Clostridia;Eubacteriales;Syntrophomonadaceae;Thermosyntropha;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 56054 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Bogoriellaceae;Bogoriella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 58108 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Actinocorallia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 59195 Bacteria;Pseudomonadota;Gammaproteobacteria;Legionellales;Coxiellaceae;Rickettsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 60892 Bacteria;Thermodesulfobacteriota;Desulfobaccia;Desulfobaccales;Desulfobaccaceae;Desulfobacca;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 63413 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Ulvaceae;Blidingia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 64159 Bacteria;Aquificota;Aquificae;Desulfurobacteriales;Desulfurobacteriaceae;Desulfurobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 66735 Eukaryota;Ascomycota;Dothideomycetes;Botryosphaeriales;Botryosphaeriaceae;Diplodia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 66846 Eukaryota;Euglenozoa;Euglenida;Euglenales;Phacaceae;Lepocinclis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 72021 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Methylarcula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 73229 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Emmonsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 74477 Eukaryota;NA;Phaeophyceae;Fucales;Himanthaliaceae;Himanthalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 75683 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Balneatrichaceae;Balneatrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 77043 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Xylariaceae;Rosellinia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 81416 Archaea;Euryarchaeota;Methanomicrobia;Methanomicrobiales;Methanomicrobiaceae;Methanofollis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 82202 Bacteria;Bacillota;Negativicutes;Selenomonadales;Selenomonadaceae;Centipeda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 83235 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Postiaceae;Postia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 83660 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Desulfonispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 83770 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Succinivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 84108 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Slackia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 84404 Bacteria;Campylobacterota;Desulfurellia;Desulfurellales;Desulfurellaceae;Hippea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 84646 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Candidatus Paracaedibacteraceae;Candidatus Odyssella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 85079 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiohalocapsa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 86671 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Roseospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 88551 Eukaryota;NA;Dinophyceae;Syndiniales;Amoebophryaceae;Amoebophrya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 90952 Eukaryota;Basidiomycota;Agaricomycetes;Phallales;Phallaceae;Mutinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 90974 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Acrocarpospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 96312 Eukaryota;Ascomycota;Sordariomycetes;Ophiostomatales;Ophiostomataceae;Leptographium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 96335 Eukaryota;NA;Cryptophyceae;Pyrenomonadales;Geminigeraceae;Proteomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 99593 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Thermohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 100715 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chloroherpetonaceae;Chloroherpeton;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 101095 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Choanephoraceae;Gilbertella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 101118 Eukaryota;Mucoromycota;Mucoromycetes;Mucorales;Rhizopodaceae;Syzygites;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 101921 Eukaryota;Rhodophyta;Florideophyceae;Thoreales;Thoreaceae;Nemalionopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 104532 Eukaryota;Chlorophyta;Chlorophyceae;Chaetophorales;Schizomeridaceae;Schizomeris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 106146 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Pelistega;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 109262 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Halothiobacillaceae;Halothiobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 110669 Eukaryota;Chlorophyta;Palmophyllophyceae;Prasinococcales;Prasinococcaceae;Prasinococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 110934 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Agreia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 112008 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Ignatzschineria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 118221 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Halimeda;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 124224 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Brackiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 132605 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Pseudanabaenaceae;Limnothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 134550 Bacteria;Verrucomicrobiota;Spartobacteria;NA;NA;Candidatus Xiphinematobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 135261 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Prasiolaceae;Prasiola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 136099 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Intrasporangiaceae;Knoellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 146825 Archaea;Euryarchaeota;Halobacteria;Halobacteriales;Haloarculaceae;Halorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 150059 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halobacteroidaceae;Halonatronum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 153905 Eukaryota;Chlorophyta;Ulvophyceae;Ulvales;Kornmanniaceae;Percursaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 154346 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Thiorhodospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 155196 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Fulvimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 157932 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Paucimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 160798 Bacteria;Thermotogota;Thermotogae;Petrotogales;Petrotogaceae;Marinitoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 167639 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Fusobacteriaceae;Ilyobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 168694 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Salinispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 168808 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Sneathia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 168915 Eukaryota;Ascomycota;Lecanoromycetes;Peltigerales;Collemataceae;Leptogium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 171868 Bacteria;Aquificota;Aquificae;Desulfurobacteriales;Desulfurobacteriaceae;Thermovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 172190 Eukaryota;Ascomycota;Sordariomycetes;Diaporthales;Schizoparmaceae;Coniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 177250 Eukaryota;NA;NA;NA;Collodictyonidae;Diphylleia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 180962 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Strophariaceae;Flammula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 181069 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptostreptococcaceae;Proteocatella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 187144 Bacteria;Calditrichota;Calditrichia;Calditrichales;Calditrichaceae;Caldithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 189326 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacteraceae;Gelria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 189435 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Rhipiliopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 191045 Eukaryota;Rhodophyta;Florideophyceae;Gracilariales;Gracilariaceae;Hydropuntia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 191291 Bacteria;Campylobacterota;Epsilonproteobacteria;Nautiliales;Nautiliaceae;Nautilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 195537 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Oogamochlamys;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 196078 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Pseudospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 196084 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Okibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 196118 Archaea;Euryarchaeota;Methanococci;Methanococcales;Methanocaldococcaceae;Methanocaldococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 198346 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Baumannia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 200670 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Crenotrichaceae;Crenothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 205395 Eukaryota;Chlorophyta;Ulvophyceae;Ulotrichales;Ulotrichaceae;Capsosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 205760 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;NA;Gloeopeniophorella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 209879 Bacteria;Bacillota;Negativicutes;Veillonellales;Veillonellaceae;Allisonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 212111 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Chromatiaceae;Thiospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 212790 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Sulfurihydrogenibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 214906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Histophilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 221102 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Marasmiaceae;Moniliophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 227388 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermodesulfobiaceae;Thermodesulfobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 228398 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Streptacidiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 230666 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Chromobacteriaceae;Chitinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 231052 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Saccharibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 234816 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Schizophyllaceae;Auriculariopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 235572 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Candidatus Portiera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 236756 Bacteria;Planctomycetota;Candidatus Brocadiia;Candidatus Brocadiales;Candidatus Scalinduaceae;Candidatus Scalindua;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 240233 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Aeriscardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 241192 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfatatoraceae;Thermodesulfatator;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 241421 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Gomontiellaceae;Crinalium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 242837 Eukaryota;Chlorophyta;Trebouxiophyceae;Prasiolales;Koliellaceae;Koliella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 244599 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Aphanizomenonaceae;Raphidiopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 246861 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Grimontia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 246873 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Crocinitomicaceae;Crocinitomix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 252306 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Robiginitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 256319 Bacteria;Chlorobiota;Chlorobiia;Chlorobiales;Chlorobiaceae;Chlorobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 257820 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Kerstersia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 259009 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Scytonemataceae;Scytonematopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 259028 Eukaryota;Rhodophyta;Florideophyceae;Nemaliales;Liagoraceae;Yamadaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 262406 Bacteria;Chloroflexota;NA;NA;NA;Thermobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 267849 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Nitrincola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 267986 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Schleiferiaceae;Owenweeksia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 267989 Bacteria;Campylobacterota;Epsilonproteobacteria;Nautiliales;Nautiliaceae;Lebetimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 273135 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Amoebophilaceae;Candidatus Cardinium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 282682 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Citreicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 283735 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Leeuwenhoekiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 283821 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Coelosphaeriaceae;Snowella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 285105 Bacteria;Bacillota;Tissierellia;Tissierellales;Tepidimicrobiaceae;Tepidimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 286729 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Alkaliflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 286800 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Tenuibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 289239 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Roseisalinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 291178 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Subsaximicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 301206 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Didymellaceae;Macroventuria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 307628 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Dysgonomonadaceae;Petrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 315422 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Palleronia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 320496 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Neoasaia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 329162 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Chroogloeocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 332162 Bacteria;Acidobacteriota;Terriglobia;Bryobacterales;Solibacteraceae;Candidatus Solibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 332518 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Halospina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 332951 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Halovivax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 335927 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Thalassobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 336260 Bacteria;Synergistota;Synergistia;Synergistales;Thermovirgaceae;Thermovirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 336809 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;NA;Candidatus Karelsulcia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 338191 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrosopumilales;Nitrosopumilaceae;Nitrosopumilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 338583 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Polymorphospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 361050 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Rubritaleaceae;Rubritalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 361106 Bacteria;Thermodesulfobacteriota;Syntrophobacteria;Syntrophobacterales;Syntrophobacteraceae;Desulfoglaeba;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 365032 Bacteria;Bacteroidota;Saprospiria;Saprospirales;Saprospiraceae;Aureispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 373984 Bacteria;Cyanobacteriota;Cyanophyceae;Nostocales;Rivulariaceae;Rivularia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 376488 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 380738 Bacteria;Planctomycetota;Candidatus Brocadiia;Candidatus Brocadiales;Candidatus Brocadiaceae;Candidatus Kuenenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 381430 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Panacagrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 387342 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Halopiger;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 387658 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Marixanthomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 388745 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Puniceicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 390988 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Actinocatenispora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 400657 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Hydrocoleum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 407997 Bacteria;Aquificota;Aquificae;Aquificales;Hydrogenothermaceae;Venenivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 415014 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Proteiniborus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 423604 Bacteria;Elusimicrobiota;Elusimicrobia;Elusimicrobiales;Elusimicrobiaceae;Elusimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 436357 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Thalassococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 442430 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Coraliomargarita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 444052 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Tanticharoenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 444090 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfobacteriaceae;Caldimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 444704 Eukaryota;NA;NA;Jakobida;Andaluciidae;Andalucia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 447678 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Reichenbachiellaceae;Ekhidna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 448125 Bacteria;Bacillota;Tissierellia;NA;NA;Dethiosulfatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 454159 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Kiloniellaceae;Kiloniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 475965 Bacteria;Chloroflexota;Anaerolineae;Anaerolineales;Anaerolineaceae;Levilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 476201 Eukaryota;Apicomplexa;Aconoidasida;Nephromycida;NA;Cardiosporidium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 488937 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfonatronovibrionaceae;Desulfonatronospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 497721 Bacteria;Thermodesulfobacteriota;Desulfobacteria;Desulfobacterales;Desulfolunaceae;Desulfoluna;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 513557 Bacteria;Thermodesulfobacteriota;Syntrophorhabdia;Syntrophorhabdales;Syntrophorhabdaceae;Syntrophorhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 518733 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Microterricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 545865 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Calditerrivibrionaceae;Calditerrivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 561367 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Salinimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 561555 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Zhouia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 561967 Eukaryota;Ascomycota;Dothideomycetes;Mytilinidiales;Argynnaceae;Lepidopterella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 576341 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Halovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 580374 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Klugiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 582472 Bacteria;Pseudomonadota;Gammaproteobacteria;Cardiobacteriales;Ignatzschineriaceae;Wohlfahrtiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 582491 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Aphanothecaceae;Rubidibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 596919 Eukaryota;Basidiomycota;Agaricomycetes;Russulales;Russulaceae;Lactifluus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 630723 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Halarsenatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 634748 Eukaryota;Chlorophyta;Trebouxiophyceae;Watanabeales;NA;Phyllosiphon;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 643949 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Ferrithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 647326 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;Chlamydomonadaceae;Gloeomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 651456 Bacteria;Thermotogota;Thermotogae;Kosmotogales;Kosmotogaceae;Kosmotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 674963 Bacteria;Pseudomonadota;Gammaproteobacteria;Aeromonadales;Succinivibrionaceae;Succinatimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 693222 Bacteria;Cyanobacteriota;Cyanophyceae;Chroococcales;Chroococcaceae;Gloeocapsopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 697025 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Hoyosellaceae;Hoyosella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 718013 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Thermasporomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 741162 Eukaryota;Ascomycota;Dothideomycetes;Pleosporales;Lindgomycetaceae;Lindgomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 754249 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;NA;Luteimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 762641 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Muriicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 765870 Eukaryota;Evosea;Eumycetozoa;Stemonitida;Stemonitidae;Stemonitopsis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 796081 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Candidatus Midichloriaceae;Candidatus Anadelfobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 797121 Eukaryota;Fornicata;NA;NA;NA;Kipferlia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 862071 Bacteria;Bacillota;Clostridia;Thermoanaerobacterales;Thermoanaerobacterales Family III. Incertae Sedis;Syntrophaceticus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 904708 Bacteria;Pseudomonadota;Gammaproteobacteria;Arenicellales;Arenicellaceae;Arenicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 907202 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Rubricoccaceae;Rubricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 929812 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Yersiniaceae;Gibbsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 937601 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Physalacriaceae;Mucidula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 940550 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Gilvimarinus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1005722 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Phormidesmis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1034309 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Wildemania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1036132 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Endozoicomonadaceae;Kistimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1042325 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Aciditerrimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1053258 Eukaryota;Ascomycota;Sordariomycetes;Hypocreales;Nectriaceae;Thelonectria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1076727 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Candidatus Photodesmus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1081667 Eukaryota;Microsporidia;NA;NA;Enterocytozoonidae;Hepatospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1082702 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Pectobacteriaceae;Lonsdalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1084708 Eukaryota;NA;NA;Tsukubamonadida;Tsukubamonadidae;Tsukubamonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1100891 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paenalcaligenes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1121254 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Hamadaea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1123951 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Thalassocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1125736 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Symplocastrum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1134403 Bacteria;Ignavibacteriota;Ignavibacteria;Ignavibacteriales;Melioribacteraceae;Melioribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1154586 Bacteria;Actinomycetota;Rubrobacteria;Gaiellales;Gaiellaceae;Gaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1155385 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Proteiniclasticum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1158296 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Poseidonocella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1159323 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Macellibacteroides;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1164882 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Lachnoanaerobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1165076 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Imtechella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1209327 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Flavivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1217416 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Halioglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1220599 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Phaeovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1223303 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Humitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1246681 Eukaryota;Bacillariophyta;Fragilariophyceae;Cyclophorales;Cyclophoraceae;Astrosyne;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1266053 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Algiphilaceae;Algiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1270155 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Falsibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1273155 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;NA;Thiohalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1274363 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Polycyclovorans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1278221 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Auraticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1279384 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Coprobacillaceae;Eggerthia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1301585 Eukaryota;Ascomycota;Lecanoromycetes;Teloschistales;Teloschistaceae;Usnochroma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1302778 Bacteria;Actinomycetota;Actinomycetes;Bifidobacteriales;Bifidobacteriaceae;Pseudoscardovia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1313115 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Magnetovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1335483 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Shimwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1335631 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Frischella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1348911 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Barnesiellaceae;Coprobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1354809 Bacteria;Bacillota;Tissierellia;Tissierellales;Tepidimicrobiaceae;Keratinibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1364858 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Agaricicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1367968 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Streptosporangiaceae;Sinosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1383070 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobiaceae;Brevifollis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1392389 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Intestinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1392997 Archaea;Euryarchaeota;Methanomicrobia;Methanosarcinales;Candidatus Methanoperedenaceae;Candidatus Methanoperedens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1397107 Bacteria;Balneolota;Balneolia;Balneolales;Balneolaceae;Aliifodinibius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1398404 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Salinihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1399958 Eukaryota;Chlorophyta;Chlorophyceae;Sphaeropleales;Chromochloridaceae;Chromochloris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1407056 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Litorilituus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1408818 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Youngiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1410680 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methyloglobulus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1433987 Bacteria;Pseudomonadota;Betaproteobacteria;Neisseriales;Neisseriaceae;Amantichitinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1433990 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1433992 Bacteria;Pseudomonadota;Betaproteobacteria;NA;NA;Chitinivorax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1434005 Bacteria;Pseudomonadota;Gammaproteobacteria;Nevskiales;Sinobacteraceae;Fontimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1434015 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Rhodovibrionaceae;Limimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1434044 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Spongiibacteraceae;Sinobacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1434045 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Sinomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1458243 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Cellvibrionaceae;Pseudomaricurvus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1470349 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Candidatus Stoquefichus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1471399 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Draconibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1472344 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Basilea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1473205 Bacteria;Actinomycetota;Coriobacteriia;Coriobacteriales;Coriobacteriaceae;Senegalimassilia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1492710 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Microcoleaceae;Oxynema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1494561 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Agaribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1495038 Bacteria;Thermotogota;Thermotogae;Mesoaciditogales;Mesoaciditogaceae;Mesoaciditoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1495041 Bacteria;Pseudomonadota;Alphaproteobacteria;NA;NA;Thermopetrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1495649 Bacteria;Chloroflexota;Thermoflexia;Thermoflexales;Thermoflexaceae;Thermoflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1501143 Bacteria;Cyanobacteriota;Cyanophyceae;Pseudanabaenales;Leptolyngbyaceae;Neosynechococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1502941 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Pleioneaceae;Pleionea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1505664 Bacteria;Bacillota;Tissierellia;Tissierellales;Gottschalkiaceae;Gottschalkia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1505768 Bacteria;Pseudomonadota;Gammaproteobacteria;Orbales;Orbaceae;Candidatus Schmidhempelia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1508537 Bacteria;Chloroflexota;Chloroflexia;Kallotenuales;Kallotenuaceae;Kallotenue;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1522128 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Catalimonadaceae;Catalinimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1524214 Bacteria;Myxococcota;Myxococcia;Myxococcales;Vulgatibacteraceae;Vulgatibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1524449 Eukaryota;Basidiomycota;Agaricomycetes;Boletales;Boletaceae;Butyriboletus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1535207 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Barrientosiimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1537406 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Oceanospirillaceae;Bacterioplanes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1541445 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Parvibaculaceae;Candidatus Phaeomarinobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1541743 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Ruthturnera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1541822 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudophaeobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1542311 Eukaryota;NA;NA;Colponemida;Acavomonidia;Acavomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1548510 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Porphyromonadaceae;Microbacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1549750 Eukaryota;Ascomycota;Sordariomycetes;Microascales;Microascaceae;Lomentospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1558474 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Oceanococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1562565 Bacteria;Acidobacteriota;Blastocatellia;Blastocatellales;Pyrinomonadaceae;Pyrinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1573806 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Mariniphaga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1573826 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Shewanellaceae;Psychrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1579505 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Rubripirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1579506 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Roseimaritima;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1593263 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Bolbitiaceae;Cyclocybe;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1604279 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cribrihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1608457 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Aestuariivita;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1609233 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Acidimicrobiaceae;Acidithrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1616789 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Salinispira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1618113 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinilabiliaceae;Saccharicrinis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1637744 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriaceae;Aminicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1640153 Bacteria;Bacillota;Tissierellia;Tissierellales;Thermohalobacteraceae;Caldisalinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1640884 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1643951 Bacteria;Thermotogota;Thermotogae;Thermotogales;Thermotogaceae;Pseudothermotoga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1649295 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Franconibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1649463 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Lentilitoribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1649465 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Luteibaculaceae;Luteibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1649481 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudodonghicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1649485 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Pustulibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1649490 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Rubinisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1649506 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Thermoflavifilum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1649508 Bacteria;Thermomicrobiota;Thermomicrobia;NA;NA;Thermorudis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1649513 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Youngimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1654711 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Litorivivens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1659686 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Candidatus Nephrothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1676125 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Thermoguttaceae;Thermogutta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1686374 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudooctadecabacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1689811 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;Pichiaceae;Martiniozyma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1707752 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Hanstruepera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1729679 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Faecalibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1738642 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Pelagirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1742986 Bacteria;Pseudomonadota;Gammaproteobacteria;Moraxellales;Moraxellaceae;Fluviicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1745324 Eukaryota;Ascomycota;Eurotiomycetes;Onygenales;Ajellomycetaceae;Helicocarpus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1747770 Bacteria;Actinomycetota;Nitriliruptoria;Egibacterales;Egibacteraceae;Egibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1759371 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Inmirania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1763546 Bacteria;NA;NA;NA;NA;Vermiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1774128 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Murimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1774136 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Garicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1774278 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Aquimixticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1775121 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Halomonadaceae;Larsenimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1775685 Bacteria;Verrucomicrobiota;Verrucomicrobiae;Verrucomicrobiales;Verrucomicrobia subdivision 3;Limisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1780190 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Erwiniaceae;Izhakiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1784839 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Nocardioidaceae;Tenggerimyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1784953 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Brevibacteriaceae;Sediminivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1804663 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Haematospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1810868 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Mycoavidus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1822002 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Hafniaceae;Enterobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1826864 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrososphaerales;Nitrososphaeraceae;Candidatus Nitrosocosmicus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1827307 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Ventosimonadaceae;Ventosimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1827478 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Devosiaceae;Youhaiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1840207 Bacteria;NA;Deltaproteobacteria;NA;Dissulfurirhabdaceae;Dissulfurirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1844498 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Halovulum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1849551 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Cephaloticoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1854458 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Breznakia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1855405 Bacteria;Rhodothermota;Rhodothermia;Rhodothermales;Salisaetaceae;Longibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1857011 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Lysinibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1857932 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Parahaliea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1859128 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Candidatus Electrothrix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1859129 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Candidatus Electronema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1860077 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Granulosicoccaceae;Sulfuriflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1866954 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Thalassospiraceae;Varunaivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1874625 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Lipingzhangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1884922 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Herbihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1905344 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Ruthenibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1906657 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Doolittlea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1906659 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Candidatus Hoaglandella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1914443 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Allostreptomyces;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1915405 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Phyllobacteriaceae;Pseudohoeflea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1918454 Bacteria;Bacillota;Clostridia;Eubacteriales;NA;Flintibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1918540 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Muribaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1920241 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Pleioneaceae;Aliikangiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1920251 Bacteria;Actinomycetota;Actinomycetes;Geodermatophilales;Antricoccaceae;Antricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1922299 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Beduini;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1924097 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Senegalia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1926655 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Prevotellaceae;Marseilla;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1926677 Bacteria;Actinomycetota;Coriobacteriia;Eggerthellales;Eggerthellaceae;Raoultibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1929105 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Anaeromicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1929297 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Bittarella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1930291 Bacteria;Bacillota;Clostridia;Eubacteriales;Peptococcaceae;Candidatus Dichloromethanomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1935184 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Vaginella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1935192 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Mobilibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1935927 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Massilioclostridium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1936111 Bacteria;Planctomycetota;Planctomycetia;Planctomycetales;Planctomycetaceae;Fuerstiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1937007 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Ileibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1938335 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Thiobacillaceae;Sulfuritortus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1940138 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;NA;Candidatus Walczuchella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1954472 Eukaryota;Basidiomycota;Agaricomycetes;Agaricales;Crassisporiaceae;Crassisporium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1955420 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Silicimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1960290 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Pacificimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1968878 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Hymenobacteraceae;Siccationidurans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1979385 Bacteria;Chloroflexota;Candidatus Thermofonsia;NA;NA;Candidatus Roseilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1980680 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Alterileibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 1981028 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Mailhella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2004411 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Inediibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2005387 Bacteria;Bacillota;Clostridia;Eubacteriales;Eubacteriales Family XIII. Incertae Sedis;Bacilliculturomica;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2014233 Bacteria;Pseudomonadota;Gammaproteobacteria;Vibrionales;Vibrionaceae;Thaumasiovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2017546 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Paracandidimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2017961 Archaea;Thermoproteota;Thermoprotei;Sulfolobales;Sulfolobaceae;Sulfodiicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2024969 Bacteria;Pseudomonadota;Gammaproteobacteria;Chromatiales;Ectothiorhodospiraceae;Natronospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2025987 Eukaryota;Oomycota;NA;Peronosporales;Peronosporaceae;Nothophytophthora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2027874 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Pleomorphomonadaceae;Mongoliimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2028344 Bacteria;Verrucomicrobiota;Opitutae;Opitutales;Opitutaceae;Ereboglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2031119 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Jiulongibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2033601 Bacteria;Thermodesulfobacteriota;Thermodesulfobacteria;Thermodesulfobacteriales;Thermodesulfobacteriaceae;Thermosulfuriphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2035349 Bacteria;Spirochaetota;Spirochaetia;Spirochaetales;Spirochaetaceae;Oceanispirochaeta;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2036017 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Aurantimonadaceae;Consotaella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2039639 Bacteria;Actinomycetota;Actinomycetes;Candidatus Nanopelagicales;Candidatus Nanopelagicaceae;Candidatus Nanopelagicus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2039709 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Desertibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2039718 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Marivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2041902 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Methylocystaceae;Chenggangzhangella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2045060 Bacteria;Pseudomonadota;Gammaproteobacteria;Methylococcales;Methylococcaceae;Methyloterricola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2051044 Bacteria;Planctomycetota;Planctomycetia;Gemmatales;Gemmataceae;Tuwongella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2054427 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Aestuariicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2058169 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Vicingaceae;Vicingus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2058174 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Antarcticibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2060722 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Marinifilaceae;Labilibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2066435 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Geminicoccaceae;Arboricoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2071601 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Thermomonosporaceae;Thermostaphylospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2094023 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Pasteurellaceae;Glaesserella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2100210 Bacteria;Pseudomonadota;Alphaproteobacteria;Holosporales;Caedimonadaceae;Caedimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2109346 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Parvibium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2115980 Bacteria;Pseudomonadota;Alphaproteobacteria;Rickettsiales;Rickettsiaceae;Candidatus Phycorickettsia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2126281 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Mycobacteriaceae;Mycolicibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2136117 Bacteria;Acidobacteriota;Terriglobia;Terriglobales;Acidobacteriaceae;Candidatus Sulfotelmatomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2164137 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Microbacteriaceae;Candidatus Lumbricidophila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2170427 Bacteria;Cyanobacteriota;Cyanophyceae;Synechococcales;Synechococcaceae;Vulcanococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2171991 Bacteria;Candidatus Saccharibacteria;Candidatus Nanosyncoccalia;Candidatus Nanogingivales;Candidatus Nanogingivalaceae;Candidatus Nanogingivalis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2172022 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Ancalomicrobiaceae;Pinisolibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2174848 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natronobiforma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2211636 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Cognatiyoonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2212691 Bacteria;Pseudomonadota;Gammaproteobacteria;Thiotrichales;Thiolinaceae;Thiolinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2218486 Eukaryota;Ascomycota;Saccharomycetes;Saccharomycetales;NA;Metahyphopichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2231117 Eukaryota;Bacillariophyta;Fragilariophyceae;Fragilariales;Fragilariaceae;Gedaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2233801 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Rhodanobacteraceae;Ahniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2268961 Eukaryota;Basidiomycota;Agaricomycetes;Polyporales;Polyporaceae;Cerioporus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2321115 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Halarcobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2321187 Bacteria;Campylobacterota;Epsilonproteobacteria;Campylobacterales;Arcobacteraceae;Poseidonibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2491136 Bacteria;Chloroflexota;Chloroflexia;Chloroflexales;Oscillochloridaceae;Candidatus Viridilinea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2493629 Bacteria;Pseudomonadota;Alphaproteobacteria;Minwuiales;Minwuiaceae;Minwuia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2501796 Archaea;Euryarchaeota;Halobacteria;Natrialbales;Natrialbaceae;Natrarchaeobius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2507545 Bacteria;Candidatus Margulisbacteria;Candidatus Termititenacia;Candidatus Termititenacales;Candidatus Termititenacaceae;Candidatus Termititenax;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2510710 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Candidatus Amulumruptor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2518495 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Duncaniella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2562805 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;Natronospirillaceae;Natronospirillum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2563783 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Anaerolactibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2576016 Eukaryota;Basidiomycota;Tremellomycetes;Trichosporonales;NA;Pascua;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2584823 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Laspinemataceae;Laspinema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2590445 Bacteria;Pseudomonadota;Gammaproteobacteria;Oceanospirillales;NA;Pelagibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2604949 Eukaryota;Chlorophyta;Mamiellophyceae;Dolichomastigales;NA;Microrhizoidea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2607661 Archaea;Euryarchaeota;Methanococci;Methanococcales;NA;Methanofervidicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2650549 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Hydrocarboniclastica;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2652702 Eukaryota;Ascomycota;Sordariomycetes;Xylariales;Hypoxylaceae;Hypomontagnella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2653802 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Neoactinobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2661936 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Rhodospirillaceae;Ferruginivarius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2676063 Bacteria;Pseudomonadota;Betaproteobacteria;Nitrosomonadales;Methylophilaceae;Pseudomethylobacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2678534 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Alcaligenaceae;Corticimicrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2680018 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhodophyticola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2680020 Bacteria;Planctomycetota;Planctomycetia;Isosphaerales;Isosphaeraceae;Tautonia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2681566 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Schleiferiaceae;Thermaurantimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2683599 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Paroceanicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2692382 Bacteria;Bacillota;Tissierellia;Tissierellales;Tissierellaceae;Gudongella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2692417 Bacteria;Chloroflexota;Ktedonobacteria;Ktedonobacterales;Ktedonosporobacteraceae;Ktedonosporobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2699295 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Embleya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2703814 Bacteria;Candidatus Mcinerneyibacteriota;Candidatus Mcinerneyibacteria;Candidatus Mcinerneyibacteriales;Candidatus Mcinerneyibacteriaceae;Candidatus Mcinerneyibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2705385 Bacteria;Bacteroidota;Bacteroidia;Marinilabiliales;Prolixibacteraceae;Puteibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2706948 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Aureibaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2709266 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Arthrospiribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2730923 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodospirillales;Acetobacteraceae;Roseicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2732587 Bacteria;Pseudomonadota;Gammaproteobacteria;NA;NA;Candidatus Vesicomyosocius;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2750262 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Dermacoccaceae;Leekyejoonella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2755140 Bacteria;Fusobacteriota;Fusobacteriia;Fusobacteriales;Leptotrichiaceae;Pseudoleptotrichia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2758906 Bacteria;Pseudomonadota;Gammaproteobacteria;Pseudomonadales;Pseudomonadaceae;Entomomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2767327 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Fannyhessea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2767345 Bacteria;Actinomycetota;Actinomycetes;Mycobacteriales;Gordoniaceae;Jongsikchunia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2769459 Bacteria;Pseudomonadota;Alphaproteobacteria;Hyphomicrobiales;Hyphomicrobiaceae;Limoniibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2778525 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Profundibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2779868 Eukaryota;Mucoromycota;Mortierellomycetes;Mortierellales;Mortierellaceae;Gamsiella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2789775 Bacteria;Actinomycetota;Acidimicrobiia;Acidimicrobiales;Iamiaceae;Actinomarinicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2792884 Eukaryota;Euglenozoa;Euglenida;Euglenales;Phacaceae;Flexiglena;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2794998 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Maridesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2795426 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Novipirellula;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2795782 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Lacipirellulaceae;Botrimarina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2795973 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Stieleria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2798470 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Alteromonadaceae;Algibacillus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2800680 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Alteriqipengyuania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2800684 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Erythrobacteraceae;Parerythrobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2802694 Bacteria;Chloroflexota;Candidatus Limnocylindria;Candidatus Limnocylindrales;Candidatus Limnocylindraceae;Candidatus Limnocylindrus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2803301 Bacteria;Planctomycetota;Phycisphaerae;Phycisphaerales;Phycisphaeraceae;Poriferisphaera;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2806693 Bacteria;Nitrospinota;Nitrospinia;Nitrospinales;Nitrospinaceae;Candidatus Nitrohelix;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2807414 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Anatilimnocola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2811390 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Sporofaciens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2812025 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Desulfuromonadales;Syntrophotaleaceae;Syntrophotalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2813766 Bacteria;Planctomycetota;Planctomycetia;Pirellulales;Pirellulaceae;Candidatus Laterigemmans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2815007 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Oceanomicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2815776 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Bilifractor;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2815777 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Oliverpabstia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2815779 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Suipraeoptans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2815783 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Floccifex;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2815784 Bacteria;Bacillota;Clostridia;Eubacteriales;Clostridiaceae;Inconstantimicrobium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2828764 Bacteria;Actinomycetota;Actinomycetes;Micrococcales;Micrococcaceae;Zafaria;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2831955 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pikeienuella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2834759 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Pseudoalteromonadaceae;Flocculibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2837505 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Margalitia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2838960 Eukaryota;Chlorophyta;Ulvophyceae;Bryopsidales;Halimedaceae;Rhipiliospina;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2840314 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Alterinioella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2848171 Bacteria;Pseudomonadota;Gammaproteobacteria;Alteromonadales;Colwelliaceae;Cognaticolwellia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2850403 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Paucihalobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2853170 Eukaryota;Rhodophyta;Bangiophyceae;Bangiales;Bangiaceae;Neopyropia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2854182 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Falsihalocynthiibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2855468 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Roseobacteraceae;Muriiphilus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2857076 Bacteria;Cyanobacteriota;Cyanophyceae;Gloeobacterales;Gloeobacteraceae;Anthocerotibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2860235 Bacteria;Pseudomonadota;Alphaproteobacteria;Sphingomonadales;Sphingosinicellaceae;Glacieibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2860291 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geomesophilobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2866216 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Tenuifilaceae;Perlabentimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2870408 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;Burkholderiaceae;Chitinasiproducens;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2873964 Bacteria;Pseudomonadota;Gammaproteobacteria;Pasteurellales;Psittacicellaceae;Psittacicella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2873978 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Phycocomes;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2875235 Bacteria;Pseudomonadota;Gammaproteobacteria;Cellvibrionales;Halieaceae;Pseudohalioglobus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2880697 Bacteria;Bacteroidota;Bacteroidia;Bacteroidales;Muribaculaceae;Sangeribacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2883486 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Geomobilimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2883512 Bacteria;Thermodesulfobacteriota;Desulfuromonadia;Geobacterales;Geobacteraceae;Citrifermentans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2884102 Bacteria;Actinomycetota;Actinomycetes;Pseudonocardiales;Pseudonocardiaceae;Qaidamihabitans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2886876 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cyclobacteriaceae;Pararhodonellum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2886915 Bacteria;Cyanobacteriota;Cyanophyceae;Pleurocapsales;Hyellaceae;Waterburya;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2888809 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Novisyntrophococcus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2888879 Bacteria;Actinomycetota;Actinomycetes;Actinomycetales;Actinomycetaceae;Nanchangia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2893205 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Fuscibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2896773 Bacteria;Actinomycetota;Actinomycetes;Propionibacteriales;Propionibacteriaceae;Enemella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2899543 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Intestinirhabdus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2899804 Bacteria;Bacillota;Clostridia;Halanaerobiales;Halanaerobiaceae;Iocasia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2903107 Bacteria;Mycoplasmatota;Mollicutes;Acholeplasmatales;Acholeplasmataceae;Paracholeplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2905128 Bacteria;Pseudomonadota;Gammaproteobacteria;Xanthomonadales;Xanthomonadaceae;Pseudomarimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2907134 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;Flavobacteriaceae;Constantimarinum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2910986 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Paradesulfovibrio (ex Waite et al. 2020);NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2911684 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Rhabdonatronobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2913367 Bacteria;Actinomycetota;Actinomycetes;Streptosporangiales;Nocardiopsaceae;Spiractinospora;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2917698 Bacteria;Actinomycetota;Nitriliruptoria;Salsipaludibacterales;Salsipaludibacteraceae;Salsipaludibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2917831 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Meridianimarinicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2918463 Bacteria;Verrucomicrobiota;Opitutae;Puniceicoccales;Puniceicoccaceae;Oceanipulchritudo;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2918511 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Diplocloster;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2919093 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Pseudothioclava;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2919363 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Sandaracinomonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2919614 Bacteria;Mycoplasmatota;Mollicutes;Entomoplasmatales;NA;Williamsoniiplasma;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2920401 Bacteria;Actinomycetota;Actinomycetes;Micromonosporales;Micromonosporaceae;Natronosporangium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2923290 Bacteria;Bacteroidota;NA;Candidatus Sulfidibacteriales;NA;Candidatus Sulfidibacterium;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2926991 Bacteria;Bacteroidota;Flavobacteriia;Flavobacteriales;NA;Candidatus Shikimatogenerans;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2929841 Bacteria;Pseudomonadota;Betaproteobacteria;Burkholderiales;NA;Candidatus Ichthyocystis;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2937410 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Gymnodinialimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2941494 Bacteria;Bacillota;Clostridia;Eubacteriales;Pumilibacteraceae;Anaerocaecibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2942761 Bacteria;Cyanobacteriota;Cyanophyceae;Oscillatoriales;Oscillatoriaceae;Argonema;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2944143 Bacteria;Bacillota;Clostridia;Eubacteriales;Yeguiaceae;Yeguia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2944197 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Jingyaoa;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2944627 Bacteria;Bacillota;Bacilli;Bacillales;Bacillaceae;Paenalkalicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2945018 Bacteria;Deferribacterota;Deferribacteres;Deferribacterales;Geovibrionaceae;Limisalsivibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2946534 Bacteria;Bacillota;Erysipelotrichia;Erysipelotrichales;Erysipelotrichaceae;Copranaerobaculum;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2950010 Bacteria;Thermodesulfobacteriota;Desulfovibrionia;Desulfovibrionales;Desulfovibrionaceae;Salidesulfovibrio;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2950183 Bacteria;Cyanobacteriota;NA;NA;NA;Adonisia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2950415 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Fibrivirga;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2950425 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Thermoflexibacteraceae;Rhodoflexus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2952781 Bacteria;Pseudomonadota;Alphaproteobacteria;Rhodobacterales;Paracoccaceae;Sedimentimonas;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2959592 Archaea;Nitrososphaerota;Nitrososphaeria;Nitrososphaerales;Nitrososphaeraceae;Candidatus Nitrosopolaris;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2963349 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Cytophagaceae;Dawidia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2967331 Bacteria;Bacteroidota;Chitinophagia;Chitinophagales;Chitinophagaceae;Longitalea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2975149 Bacteria;Bacteroidota;Cytophagia;Cytophagales;Spirosomaceae;Marinilongibacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2975287 Bacteria;Pseudomonadota;Gammaproteobacteria;Candidatus Comchoanobacterales;Candidatus Comchoanobacteraceae;Candidatus Synchoanobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2976915 Bacteria;Acidobacteriota;Terriglobia;NA;NA;Candidatus Angelobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2982749 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Aequitasia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2982750 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Ohessyouella;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2983459 Bacteria;Bacillota;Clostridia;Eubacteriales;Oscillospiraceae;Qingrenia;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 2995702 Bacteria;Actinomycetota;Actinomycetes;Kitasatosporales;Streptomycetaceae;Actinacidiphila;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 3003266 Bacteria;Thermodesulfobacteriota;Desulfobulbia;Desulfobulbales;Desulfobulbaceae;Desulfolithobacter;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 3016631 Bacteria;Pseudomonadota;Gammaproteobacteria;Enterobacterales;Enterobacteriaceae;Silvania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 3024226 Bacteria;Spirochaetota;Spirochaetia;Brevinematales;Thermospiraceae;Thermospira;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 3031928 Bacteria;Pseudomonadota;Alphaproteobacteria;Emcibacterales;Govaniaceae;Govania;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 3031933 Bacteria;Bacillota;Clostridia;Eubacteriales;Lachnospiraceae;Chordicoccus;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 3035967 Eukaryota;Chlorophyta;Chlorophyceae;Chlamydomonadales;NA;Akraea;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.000009 1 3039360 Eukaryota;Rhodophyta;Bangiophyceae;Cavernulicolales;Cavernulicolaceae;Cavernulicola;NA;
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 0.403230 46810 10239 Viruses
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 16.308382 1893202 NA cannot be assigned to a (non-viral) genus
+/work_projet/metasimfood/metavirome/metagenome/Kaiju/kaiju_NG-A1487_Cat4_MA_libLAE3338.out 36.067551 4186998 NA unclassified
diff --git a/results/Phyloseq_analysis/DNA_abundance_clean.txt b/results/Phyloseq_analysis/DNA_abundance_clean.txt
new file mode 100644
index 0000000..7ff0076
--- /dev/null
+++ b/results/Phyloseq_analysis/DNA_abundance_clean.txt
@@ -0,0 +1,1114 @@
+"Cabbage_1D";"Cabbage_2D";"Cabbage_3D";"Turnip_1D";"Turnip_2D";"Turnip_3D";"Carrot_1D";"Carrot_2D";"Carrot_3D";"Cabbage_4D";"Turnip_4D";"Carrot_4D"
+"Cabbage_1D_100k_NODE_1_length_31726_cov_5.016045";795861;1480;27339;0;0;0;0;0;0;270;0;0
+"Cabbage_1D_100k_NODE_2_length_23337_cov_6.528134";603269;4219;73674;0;0;339;0;0;0;1319;0;0
+"Cabbage_1D_100k_NODE_3_length_21698_cov_3.470678";371002;533;13431;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_100k_NODE_9_length_9008_cov_3.105506";45774;258;5161;0;0;38;0;0;0;67;0;0
+"Cabbage_1D_100k_NODE_11_length_8371_cov_0.606502";24080;130;1409;6498;391;0;0;0;0;302;295;0
+"Cabbage_1D_100k_NODE_16_length_6202_cov_2.961975";8083;38;777;0;0;0;0;0;0;21;0;0
+"Cabbage_1D_100k_NODE_22_length_3508_cov_4.961846";2922;10;308;0;0;2;0;0;0;14;0;0
+"Cabbage_3D_100k_NODE_2_length_16738_cov_1.115165";246894;2118;39601;0;0;253;0;0;0;676;0;0
+"Cabbage_3D_100k_NODE_3_length_5026_cov_2.118800";92;0;24667;0;123;0;0;0;0;27;0;0
+"Turnip_1D_100k_NODE_4_length_11730_cov_0.627338";661;0;362;15885;562;0;0;0;0;0;3363;91
+"Turnip_1D_100k_NODE_8_length_8670_cov_0.446330";0;0;0;12797;0;0;0;0;0;0;939;0
+"Turnip_1D_100k_NODE_11_length_7253_cov_0.383946";446;0;0;5031;80;0;0;0;0;0;1044;0
+"Turnip_1D_100k_NODE_13_length_7045_cov_0.405464";621;0;0;7181;235;0;0;0;0;34;2530;0
+"Turnip_1D_100k_NODE_42_length_3183_cov_0.161649";0;0;0;987;0;0;0;0;0;0;242;0
+"Turnip_1D_100k_NODE_43_length_3165_cov_0.251152";160;0;0;1127;60;0;0;0;0;0;461;0
+"Turnip_1D_100k_NODE_44_length_3156_cov_0.395180";0;0;0;4018;0;0;0;0;0;0;236;0
+"Turnip_1D_100k_NODE_46_length_3033_cov_0.191672";296;0;0;2368;54;0;0;0;0;0;478;0
+"Turnip_1D_100k_NODE_47_length_2968_cov_0.253432";143;0;0;535;20;0;0;0;0;0;191;0
+"Turnip_1D_100k_NODE_48_length_2914_cov_0.349480";0;0;0;3850;160;0;0;0;0;0;613;0
+"Turnip_1D_100k_NODE_49_length_2848_cov_0.466005";8;0;0;203;6;0;0;0;0;0;90;0
+"Turnip_1D_100k_NODE_56_length_2601_cov_0.232821";32;0;0;1773;21;0;0;0;0;0;473;0
+"Turnip_1D_100k_NODE_60_length_2534_cov_0.224346";0;0;0;1174;16;0;0;0;0;27;94;0
+"Turnip_1D_100k_NODE_61_length_2484_cov_0.182860";34;0;0;222;6;0;0;0;0;0;428;0
+"Turnip_1D_100k_NODE_63_length_2395_cov_0.165344";0;0;0;80;0;0;0;0;0;0;9;0
+"Turnip_1D_100k_NODE_72_length_2118_cov_0.131090";0;0;0;118;0;0;0;0;0;0;464;0
+"Turnip_1R_100k_NODE_7_length_4275_cov_0.857763";0;0;0;5888;121;0;0;0;0;0;0;0
+"Turnip_1R_100k_NODE_14_length_2966_cov_0.693202";767;0;158;4339;213;0;0;0;0;0;553;0
+"Turnip_2D_100k_NODE_10_length_2176_cov_0.151781";2434;0;132;2353;427;0;0;0;0;19;292;0
+"Cabbage_1D_400k_NODE_5_length_16947_cov_4.240844";78263;344;4045;9315;396;0;0;0;0;450;1054;0
+"Cabbage_1D_400k_NODE_10_length_11123_cov_9.138687";34407;111;1711;1707;0;0;0;0;0;72;0;0
+"Cabbage_1D_400k_NODE_12_length_8971_cov_0.819878";2120;0;30;661;111;0;0;0;0;0;3642;61
+"Cabbage_1D_400k_NODE_20_length_6947_cov_7.505279";15499;68;665;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_400k_NODE_36_length_4489_cov_0.680880";2223;0;687;0;30;0;0;0;0;0;0;0
+"Cabbage_1D_400k_NODE_52_length_3317_cov_0.607210";1076;0;0;88;0;0;0;0;0;0;88;0
+"Cabbage_1D_400k_NODE_77_length_2424_cov_0.313452";143;0;24;0;0;0;0;0;0;0;0;0
+"Cabbage_2D_400k_NODE_2_length_18785_cov_2.239736";106560;3305;19854;0;0;74;0;0;0;330;0;0
+"Cabbage_3D_400k_NODE_5_length_10093_cov_2.438792";17399;92;2015;0;0;0;0;0;0;13;0;0
+"Cabbage_3D_400k_NODE_12_length_7064_cov_6.153813";77;0;18871;0;108;0;0;0;0;0;0;0
+"Cabbage_3D_400k_NODE_16_length_6520_cov_1.060066";261;0;268;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_400k_NODE_47_length_3207_cov_2.485390";31815;195;4561;0;0;0;0;0;0;88;0;0
+"Carrot_2D_400k_NODE_1_length_49029_cov_2.719787";0;0;0;0;0;0;0;84856;1209;0;0;0
+"Carrot_2D_400k_NODE_2_length_44763_cov_2.971682";0;0;0;0;0;0;0;82273;0;0;0;0
+"Carrot_2D_400k_NODE_3_length_44433_cov_3.932154";0;0;0;0;0;0;0;111583;0;0;0;0
+"Carrot_2D_400k_NODE_5_length_19072_cov_1.157667";0;0;0;0;0;0;0;11949;0;0;0;0
+"Carrot_2D_400k_NODE_10_length_4187_cov_0.655172";0;0;0;0;0;0;0;825;0;0;0;0
+"Carrot_2D_400k_NODE_16_length_3153_cov_0.266689";0;0;0;0;0;0;0;180;0;0;0;0
+"Carrot_2D_400k_NODE_24_length_2612_cov_0.500201";0;0;0;0;0;0;0;96;0;0;0;0
+"Carrot_2D_400k_NODE_30_length_2369_cov_0.549063";0;0;0;0;0;0;0;741;0;0;0;0
+"Carrot_2D_400k_NODE_36_length_2327_cov_2.419091";0;0;0;0;0;0;0;7857;0;0;0;0
+"Carrot_2D_400k_NODE_37_length_2299_cov_0.445212";0;0;0;0;0;0;0;166;0;0;0;0
+"Carrot_2D_400k_NODE_38_length_2132_cov_2.097756";0;0;0;0;0;0;0;4717;0;0;0;0
+"Turnip_1D_400k_NODE_4_length_13488_cov_1.013921";1535;0;0;13978;538;0;0;0;0;0;6329;0
+"Turnip_1D_400k_NODE_5_length_13208_cov_1.099687";0;0;0;4924;0;0;0;0;0;68;4266;0
+"Turnip_1D_400k_NODE_7_length_11942_cov_0.472958";0;0;0;3377;147;0;0;0;0;0;490;0
+"Turnip_1D_400k_NODE_13_length_9722_cov_0.528088";1274;0;0;6591;211;0;0;0;0;0;2505;0
+"Turnip_1D_400k_NODE_16_length_8593_cov_0.717458";1780;0;18;2026;108;0;0;0;0;20;4756;80
+"Turnip_1D_400k_NODE_19_length_8108_cov_1.046736";772;0;71;3602;94;0;0;0;0;0;333;0
+"Turnip_1D_400k_NODE_22_length_7433_cov_0.551328";63;0;0;2241;78;0;0;0;0;0;1157;0
+"Turnip_1D_400k_NODE_24_length_6526_cov_1.043757";0;0;0;4317;249;0;0;0;0;0;549;0
+"Turnip_1D_400k_NODE_25_length_6431_cov_1.426079";773;0;297;3805;78;0;0;0;0;0;740;34
+"Turnip_1D_400k_NODE_26_length_6424_cov_1.515007";0;0;0;8282;209;0;0;0;0;0;175;0
+"Turnip_1D_400k_NODE_29_length_6120_cov_0.913065";299;0;0;4025;163;0;0;0;0;0;1906;0
+"Turnip_1D_400k_NODE_39_length_4869_cov_0.476170";571;0;0;2474;173;0;0;0;0;0;1153;0
+"Turnip_1D_400k_NODE_49_length_4244_cov_0.206947";0;0;0;465;0;0;0;0;0;0;376;0
+"Turnip_1D_400k_NODE_51_length_4121_cov_2.611668";0;0;0;4813;46;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_59_length_3845_cov_0.812534";0;0;0;1412;0;0;0;0;0;0;144;0
+"Turnip_1D_400k_NODE_60_length_3836_cov_0.577514";99;0;0;1519;88;0;0;0;0;0;444;0
+"Turnip_1D_400k_NODE_61_length_3821_cov_0.822685";0;0;0;2146;93;0;0;0;0;0;356;0
+"Turnip_1D_400k_NODE_69_length_3604_cov_2.119931";261;0;18;3307;103;0;0;0;0;22;1079;0
+"Turnip_1D_400k_NODE_74_length_3395_cov_0.573133";17;0;0;992;0;0;0;0;0;0;306;0
+"Turnip_1D_400k_NODE_79_length_3259_cov_1.190294";97;0;0;2563;47;0;0;0;0;0;836;0
+"Turnip_1D_400k_NODE_81_length_3219_cov_1.615136";3735;17;207;4251;447;0;0;0;0;38;456;0
+"Turnip_1D_400k_NODE_86_length_3114_cov_1.932708";0;0;0;3822;69;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_94_length_2945_cov_0.525905";0;0;0;3;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_100_length_2896_cov_2.611051";2241;0;78;5069;37;0;0;0;0;32;165;0
+"Turnip_1D_400k_NODE_101_length_2895_cov_0.525289";0;0;0;216;7;0;0;0;0;0;9;0
+"Turnip_1D_400k_NODE_119_length_2547_cov_0.684711";1272;0;0;1065;29;0;0;0;0;0;273;0
+"Turnip_1D_400k_NODE_120_length_2536_cov_0.758406";94;0;15;766;43;0;0;0;0;0;429;0
+"Turnip_1D_400k_NODE_131_length_2420_cov_0.531182";0;0;0;453;0;0;0;0;0;0;21;0
+"Turnip_1D_400k_NODE_138_length_2319_cov_0.264142";0;0;0;69;0;0;0;0;0;0;2;0
+"Turnip_1D_400k_NODE_140_length_2302_cov_0.353103";0;0;0;542;0;0;0;0;0;0;780;0
+"Turnip_1D_400k_NODE_160_length_2179_cov_1.211014";0;0;0;1986;68;0;0;0;0;0;298;0
+"Turnip_1D_400k_NODE_168_length_2093_cov_0.329095";0;0;0;462;0;0;0;0;0;0;92;0
+"Turnip_1D_400k_NODE_170_length_2080_cov_0.392217";0;0;0;215;12;0;0;0;0;0;641;1
+"Turnip_1D_400k_NODE_173_length_2071_cov_0.569444";333;0;0;605;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_179_length_2045_cov_0.773201";116;0;13;954;53;0;0;0;0;0;576;0
+"Turnip_1D_400k_NODE_185_length_2000_cov_0.185798";0;0;0;128;0;0;0;0;0;0;28;0
+"Turnip_1R_400k_NODE_5_length_2786_cov_0.593080";546;0;0;336;0;0;0;0;0;0;98;0
+"Turnip_2D_400k_NODE_2_length_14844_cov_0.923830";6127;0;479;13583;3945;0;0;0;0;0;1368;0
+"Turnip_2D_400k_NODE_5_length_10564_cov_0.773019";17500;0;1223;22498;2433;0;0;0;0;140;3855;0
+"Turnip_2D_400k_NODE_11_length_6138_cov_0.436367";163;0;26;1643;1482;0;0;0;0;0;1608;0
+"Turnip_2D_400k_NODE_13_length_5059_cov_0.269465";1122;0;76;7193;349;0;0;0;0;0;3243;0
+"Turnip_2D_400k_NODE_21_length_3188_cov_0.243385";0;0;0;98;71;0;0;0;0;0;77;0
+"Turnip_2D_400k_NODE_22_length_3142_cov_0.524710";0;0;0;282;310;0;0;0;0;0;327;0
+"Turnip_2D_400k_NODE_32_length_2336_cov_0.356270";0;0;0;17;38;0;0;0;0;0;311;0
+"Turnip_2D_400k_NODE_33_length_2276_cov_0.888320";325;0;0;1324;430;0;0;0;0;0;48;0
+"Turnip_2D_400k_NODE_39_length_2100_cov_0.150025";25;0;0;186;59;0;0;0;0;0;123;0
+"Turnip_2D_400k_NODE_40_length_2095_cov_0.273882";43;0;0;443;112;0;0;0;0;0;267;0
+"Turnip_2D_400k_NODE_43_length_2070_cov_0.422028";0;0;0;4;9;0;0;0;0;0;9;0
+"Turnip_2R_400k_NODE_1_length_9795_cov_0.889015";2728;0;324;8910;2483;0;0;0;0;0;912;0
+"Turnip_2R_400k_NODE_18_length_3514_cov_0.300856";0;0;0;272;126;0;0;0;0;0;110;0
+"Turnip_2R_400k_NODE_40_length_2185_cov_0.652575";110;0;0;326;24;0;0;0;0;0;0;0
+"Turnip_4D_400k_NODE_1_length_63257_cov_1.102725";115926;0;7693;168757;14415;0;0;0;0;975;62487;0
+"Turnip_4D_400k_NODE_2_length_61703_cov_2.225559";0;0;0;8165;784;0;0;0;0;0;94858;1007
+"Turnip_4D_400k_NODE_3_length_31778_cov_2.296420";1070;0;0;34409;0;0;0;0;0;455;57060;0
+"Turnip_4D_400k_NODE_7_length_23017_cov_3.374050";0;0;0;2294;0;0;0;0;0;0;47051;293
+"Turnip_4D_400k_NODE_10_length_16054_cov_4.412005";0;0;0;1563;58;0;0;0;0;0;12122;115
+"Turnip_4D_400k_NODE_13_length_12622_cov_0.926291";1061;0;367;8805;556;0;0;0;0;63;6928;245
+"Turnip_4D_400k_NODE_17_length_10959_cov_1.435561";604;0;129;6215;508;0;0;0;0;0;11816;0
+"Turnip_4D_400k_NODE_18_length_10702_cov_0.693522";0;0;0;398;195;0;0;0;0;0;4264;0
+"Turnip_4D_400k_NODE_20_length_9771_cov_0.629822";0;0;0;234;27;0;0;0;0;0;2123;0
+"Turnip_4D_400k_NODE_28_length_7616_cov_0.610362";807;0;0;1079;184;0;0;0;0;0;1400;0
+"Turnip_4D_400k_NODE_29_length_7506_cov_1.005692";151;0;0;1926;83;0;0;0;0;0;4229;0
+"Turnip_4D_400k_NODE_32_length_6338_cov_0.627596";0;0;0;70;0;0;0;0;0;0;475;0
+"Turnip_4D_400k_NODE_35_length_6149_cov_0.593989";1160;0;0;461;29;0;0;0;0;0;2217;60
+"Turnip_4D_400k_NODE_42_length_5321_cov_0.861764";0;0;0;7;0;0;0;0;0;0;5;0
+"Turnip_4D_400k_NODE_47_length_4744_cov_0.847303";6;0;0;35;0;0;0;0;0;0;45;0
+"Turnip_4D_400k_NODE_58_length_4061_cov_0.962888";15;0;0;348;5;0;0;0;0;0;247;0
+"Turnip_4D_400k_NODE_62_length_3826_cov_0.536902";0;0;0;0;0;0;0;0;0;0;4;0
+"Turnip_4D_400k_NODE_68_length_3659_cov_0.893545";0;0;0;73;0;0;0;0;0;0;150;0
+"Turnip_4D_400k_NODE_83_length_3112_cov_0.650586";0;0;0;0;0;0;0;0;0;0;28;0
+"Turnip_4D_400k_NODE_93_length_2890_cov_0.751357";10;0;0;211;22;0;0;0;0;0;371;0
+"Turnip_4D_400k_NODE_96_length_2817_cov_1.133829";4;0;0;136;1;0;0;0;0;0;159;0
+"Turnip_4D_400k_NODE_98_length_2789_cov_0.334711";0;0;0;60;0;0;0;0;0;0;92;0
+"Turnip_4D_400k_NODE_105_length_2496_cov_0.640355";0;0;0;0;0;0;0;0;0;0;2;0
+"Turnip_4D_400k_NODE_109_length_2316_cov_0.439470";0;0;0;12;0;0;0;0;0;0;39;0
+"Turnip_4D_400k_NODE_111_length_2272_cov_0.564569";131;0;0;59;0;0;0;0;0;0;376;0
+"Turnip_4D_400k_NODE_115_length_2164_cov_0.294060";15;0;0;213;16;0;0;0;0;0;663;42
+"Turnip_4D_400k_NODE_121_length_2056_cov_0.526698";6;0;0;272;0;0;0;0;0;0;23;0
+"Cabbage_1D_700k_NODE_1_length_30133_cov_2.045124";32932;0;3288;0;0;0;0;0;0;0;506;0
+"Cabbage_1D_700k_NODE_2_length_24816_cov_1.757139";37364;0;557;17290;961;0;0;0;0;182;59581;439
+"Cabbage_1D_700k_NODE_4_length_21746_cov_4.335261";44190;0;1909;0;0;0;0;0;0;153;239;0
+"Cabbage_1D_700k_NODE_5_length_20999_cov_1.129216";16083;190;6986;0;0;0;0;0;0;198;0;0
+"Cabbage_1D_700k_NODE_9_length_13870_cov_1.249873";6859;156;8628;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_12_length_12333_cov_1.615681";10609;0;504;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_19_length_7849_cov_0.799922";311;16;485;9;0;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_23_length_6459_cov_0.924984";1039;0;28;605;24;0;0;0;0;0;291;0
+"Cabbage_1D_700k_NODE_24_length_6312_cov_1.007599";3466;0;157;0;0;0;0;0;0;0;85;0
+"Cabbage_1D_700k_NODE_25_length_6253_cov_0.454946";916;0;0;1929;117;0;0;0;0;0;781;0
+"Cabbage_1D_700k_NODE_36_length_4582_cov_5.756004";18409;86;1209;1942;320;0;0;0;0;169;0;0
+"Cabbage_1D_700k_NODE_39_length_4279_cov_0.830684";62;0;0;153;0;0;0;0;0;0;34;0
+"Cabbage_1D_700k_NODE_47_length_3879_cov_4.000533";13117;98;545;4670;363;0;0;0;0;154;513;0
+"Cabbage_1D_700k_NODE_52_length_3679_cov_0.411036";728;0;0;3799;142;0;0;0;0;0;1459;0
+"Cabbage_1D_700k_NODE_55_length_3589_cov_19.068746";22198;102;1380;0;0;0;0;0;0;32;0;0
+"Cabbage_1D_700k_NODE_62_length_3395_cov_13.056304";603;7;48;0;0;0;0;0;0;4;0;0
+"Cabbage_1D_700k_NODE_66_length_3302_cov_11.413228";6211;0;216;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_80_length_2943_cov_0.633878";1657;0;0;553;28;0;0;0;0;0;946;31
+"Cabbage_1D_700k_NODE_99_length_2432_cov_11.996963";5421;82;1426;0;0;0;0;0;0;19;0;0
+"Cabbage_1D_700k_NODE_108_length_2282_cov_37.123898";6006;63;515;0;0;3;0;0;0;17;0;0
+"Cabbage_1D_700k_NODE_125_length_2116_cov_7.192056";11933;0;1117;0;0;0;0;0;0;0;0;0
+"Cabbage_2D_700k_NODE_1_length_27367_cov_5.373862";391786;7149;49777;0;0;208;0;0;0;748;0;0
+"Cabbage_2D_700k_NODE_4_length_5301_cov_4.160804";10302;336;1619;0;0;0;0;0;0;51;0;0
+"Cabbage_2D_700k_NODE_13_length_2711_cov_0.629257";944;17;46;665;0;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_6_length_16809_cov_1.059405";83883;479;6574;22779;2586;0;0;0;0;595;2753;0
+"Cabbage_3D_700k_NODE_7_length_16625_cov_1.397200";2851;0;5065;0;0;0;0;0;0;0;86;0
+"Cabbage_3D_700k_NODE_11_length_10713_cov_0.793879";22874;96;1454;5300;114;0;0;0;0;191;382;0
+"Cabbage_3D_700k_NODE_12_length_10505_cov_0.738100";10652;63;1393;4728;316;0;0;0;0;95;508;0
+"Cabbage_3D_700k_NODE_20_length_8500_cov_1.465425";1117;0;1224;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_23_length_7153_cov_0.605608";120;0;157;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_33_length_5316_cov_4.986895";219;52;120;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_47_length_3999_cov_0.644628";65;0;27;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_58_length_3566_cov_0.780459";2189;11;166;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_117_length_2200_cov_0.628075";30;0;122;0;0;0;0;0;0;0;0;0
+"Carrot_2D_700k_NODE_7_length_10827_cov_2.027103";0;0;0;0;0;0;0;1525;0;0;0;0
+"Carrot_2D_700k_NODE_8_length_10799_cov_1.062969";0;0;0;0;0;0;0;4142;447;0;0;0
+"Carrot_2D_700k_NODE_13_length_6320_cov_1.568545";0;0;0;0;0;0;0;2873;0;0;0;0
+"Carrot_2D_700k_NODE_28_length_3720_cov_0.570832";0;0;0;0;0;0;0;375;39;0;0;0
+"Carrot_2D_700k_NODE_30_length_3609_cov_0.427628";0;0;0;0;0;0;0;183;0;0;0;0
+"Carrot_2D_700k_NODE_31_length_3579_cov_0.432503";0;0;0;0;0;0;0;747;0;0;0;0
+"Carrot_2D_700k_NODE_32_length_3515_cov_0.433884";0;0;0;0;0;0;0;482;0;0;0;0
+"Carrot_2D_700k_NODE_33_length_3483_cov_0.919249";0;0;0;0;0;0;0;377;0;0;0;0
+"Carrot_2D_700k_NODE_35_length_3334_cov_0.437792";0;0;0;0;0;0;0;211;0;0;0;0
+"Carrot_2D_700k_NODE_37_length_3321_cov_0.566688";0;0;0;0;0;0;0;580;0;0;0;0
+"Carrot_2D_700k_NODE_45_length_3134_cov_0.379115";0;0;0;0;0;0;0;381;0;0;0;0
+"Carrot_2D_700k_NODE_46_length_3071_cov_0.719429";0;0;0;0;0;0;0;39;0;0;0;0
+"Carrot_2D_700k_NODE_60_length_2415_cov_0.383741";0;0;0;0;0;0;0;440;0;0;0;0
+"Carrot_2D_700k_NODE_71_length_2214_cov_0.698610";0;0;0;0;0;0;0;437;217;0;0;0
+"Carrot_2D_700k_NODE_72_length_2214_cov_0.342597";0;0;0;0;0;0;0;262;0;0;0;0
+"Turnip_1D_700k_NODE_1_length_31703_cov_1.572270";0;0;0;16634;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_5_length_12610_cov_0.816791";0;0;0;3215;65;0;0;0;0;0;339;0
+"Turnip_1D_700k_NODE_6_length_11932_cov_0.717408";0;0;0;3155;65;0;0;0;0;0;9421;100
+"Turnip_1D_700k_NODE_9_length_9980_cov_0.567949";0;0;0;2483;0;0;0;0;0;0;187;0
+"Turnip_1D_700k_NODE_10_length_9807_cov_0.677479";0;0;0;2422;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_17_length_7984_cov_1.719613";1731;0;234;4149;0;0;0;0;0;0;122;0
+"Turnip_1D_700k_NODE_21_length_7409_cov_0.359105";222;0;54;1540;132;0;0;0;0;0;540;0
+"Turnip_1D_700k_NODE_23_length_7089_cov_0.897156";0;0;0;2237;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_32_length_6025_cov_0.917769";255;0;0;2186;124;0;0;0;0;0;712;0
+"Turnip_1D_700k_NODE_45_length_4768_cov_0.613876";0;0;0;749;12;0;0;0;0;0;88;0
+"Turnip_1D_700k_NODE_51_length_4542_cov_0.356512";0;0;0;293;0;0;0;0;0;0;208;0
+"Turnip_1D_700k_NODE_53_length_4522_cov_0.681229";166;0;0;1427;81;0;0;0;0;37;78;0
+"Turnip_1D_700k_NODE_60_length_4234_cov_0.663258";0;0;0;921;0;0;0;0;0;32;0;0
+"Turnip_1D_700k_NODE_67_length_4030_cov_3.044325";52;0;0;2688;48;0;0;0;0;0;353;0
+"Turnip_1D_700k_NODE_69_length_4010_cov_0.772856";0;0;0;924;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_71_length_4003_cov_0.906347";585;0;0;825;37;0;0;0;0;0;824;0
+"Turnip_1D_700k_NODE_77_length_3927_cov_0.425000";0;0;0;536;0;0;0;0;0;0;1115;0
+"Turnip_1D_700k_NODE_82_length_3721_cov_2.934057";3910;0;216;5545;43;0;0;0;0;0;539;0
+"Turnip_1D_700k_NODE_84_length_3706_cov_0.629785";0;0;0;866;0;0;0;0;0;0;68;0
+"Turnip_1D_700k_NODE_87_length_3695_cov_0.403027";0;0;0;221;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_98_length_3446_cov_0.486592";0;0;0;172;0;0;0;0;0;0;85;0
+"Turnip_1D_700k_NODE_101_length_3361_cov_0.956092";0;0;0;1840;76;0;0;0;0;0;2006;0
+"Turnip_1D_700k_NODE_109_length_3268_cov_0.344795";1073;0;0;391;40;0;0;0;0;0;790;0
+"Turnip_1D_700k_NODE_120_length_3181_cov_0.264244";0;0;0;8;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_123_length_3166_cov_0.524186";25;0;0;560;26;0;0;0;0;0;127;0
+"Turnip_1D_700k_NODE_125_length_3144_cov_0.291680";0;0;0;409;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_132_length_3072_cov_2.241766";0;0;0;2053;11;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_137_length_3034_cov_0.522188";0;0;0;658;0;0;0;0;0;0;119;0
+"Turnip_1D_700k_NODE_151_length_2839_cov_3.159292";0;0;70;3552;108;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_159_length_2753_cov_5.321401";1953;0;97;3083;107;0;0;0;0;34;58;0
+"Turnip_1D_700k_NODE_167_length_2694_cov_0.128165";0;0;0;107;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_172_length_2585_cov_0.477624";0;0;0;270;0;0;0;0;0;9;0;0
+"Turnip_1D_700k_NODE_173_length_2584_cov_0.857143";331;0;0;2555;143;0;0;0;0;0;2181;0
+"Turnip_1D_700k_NODE_177_length_2531_cov_2.051165";7;0;0;436;7;0;0;0;0;0;21;0
+"Turnip_1D_700k_NODE_181_length_2488_cov_0.543414";0;0;0;43;0;0;0;0;0;0;9;0
+"Turnip_1D_700k_NODE_184_length_2477_cov_2.091489";0;0;0;2005;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_193_length_2431_cov_0.405382";0;0;0;606;0;0;0;0;0;0;68;0
+"Turnip_1D_700k_NODE_195_length_2423_cov_1.099303";182;0;108;1006;54;0;0;0;0;0;137;0
+"Turnip_1D_700k_NODE_200_length_2391_cov_0.369700";0;0;0;455;44;0;0;0;0;0;261;0
+"Turnip_1D_700k_NODE_205_length_2361_cov_0.414503";41;0;0;176;13;0;0;0;0;0;63;0
+"Turnip_1D_700k_NODE_218_length_2286_cov_0.362668";0;0;0;95;26;0;0;0;0;0;14;0
+"Turnip_1D_700k_NODE_220_length_2268_cov_1.957496";0;0;0;1970;0;0;0;0;0;0;36;0
+"Turnip_1D_700k_NODE_226_length_2243_cov_0.490076";15;0;0;476;44;0;0;0;0;0;438;0
+"Turnip_1D_700k_NODE_249_length_2133_cov_0.348455";130;0;69;490;86;0;0;0;0;38;222;0
+"Turnip_1D_700k_NODE_253_length_2105_cov_1.288675";84;0;0;352;23;0;0;0;0;0;124;0
+"Turnip_1D_700k_NODE_255_length_2103_cov_0.505061";0;0;0;382;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_273_length_2016_cov_0.637904";85;0;0;266;4;0;0;0;0;0;33;0
+"Turnip_1R_700k_NODE_3_length_4155_cov_3.695382";2459;0;197;12494;918;0;0;0;0;37;591;0
+"Turnip_1R_700k_NODE_13_length_2748_cov_0.942770";0;0;0;90;0;0;0;0;0;0;9;0
+"Turnip_1R_700k_NODE_51_length_2044_cov_0.365676";0;0;0;549;0;0;0;0;0;0;51;0
+"Turnip_1R_700k_NODE_52_length_2024_cov_0.871903";101;0;0;1335;47;0;0;0;0;0;1640;0
+"Turnip_2D_700k_NODE_2_length_15594_cov_0.544385";2558;0;173;26349;1263;0;0;0;0;91;11870;0
+"Turnip_2D_700k_NODE_4_length_12589_cov_1.895282";23630;0;1606;24726;3979;0;0;0;0;207;2150;0
+"Turnip_2D_700k_NODE_14_length_7967_cov_1.354337";3914;0;312;7246;1663;0;0;0;0;0;557;0
+"Turnip_2D_700k_NODE_28_length_4691_cov_0.588738";0;0;0;285;258;0;0;0;0;0;87;0
+"Turnip_2D_700k_NODE_48_length_3666_cov_1.159084";0;0;0;1;24;0;0;0;0;0;12;7
+"Turnip_2D_700k_NODE_56_length_3298_cov_0.306843";0;0;0;114;110;0;0;0;0;0;57;0
+"Turnip_2D_700k_NODE_60_length_3150_cov_0.275554";0;0;0;120;133;0;0;0;0;0;461;0
+"Turnip_2D_700k_NODE_67_length_2882_cov_0.708893";0;0;0;766;93;0;0;0;0;0;38;0
+"Turnip_2D_700k_NODE_70_length_2843_cov_0.682990";0;0;0;396;324;0;0;0;0;0;199;0
+"Turnip_2D_700k_NODE_80_length_2594_cov_0.216863";23;0;0;438;68;0;0;0;0;0;151;0
+"Turnip_2D_700k_NODE_83_length_2548_cov_0.312268";0;0;0;0;121;0;0;0;0;0;39;0
+"Turnip_2D_700k_NODE_89_length_2467_cov_0.398291";0;0;0;2;6;0;0;0;0;0;2;0
+"Turnip_2D_700k_NODE_90_length_2439_cov_0.355969";206;0;12;1597;92;0;0;0;0;14;658;0
+"Turnip_2D_700k_NODE_95_length_2232_cov_0.284561";0;0;0;0;27;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_105_length_2118_cov_0.405826";0;0;0;0;43;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_110_length_2075_cov_0.459959";1;0;2;362;43;0;0;0;0;0;115;0
+"Turnip_2R_700k_NODE_5_length_6939_cov_0.715502";16;0;0;392;103;0;0;0;0;0;447;0
+"Turnip_2R_700k_NODE_19_length_4473_cov_2.231017";471;0;60;4057;646;0;0;0;0;0;229;0
+"Turnip_4D_700k_NODE_1_length_49267_cov_8.937322";1180;0;0;12427;310;0;0;0;0;0;134796;829
+"Turnip_4D_700k_NODE_2_length_35320_cov_2.292672";0;0;0;1783;491;0;0;0;0;0;28404;0
+"Turnip_4D_700k_NODE_3_length_34927_cov_1.732299";4985;0;286;14574;1785;0;0;0;0;80;7424;0
+"Turnip_4D_700k_NODE_7_length_26377_cov_2.289486";3216;0;0;21137;1101;0;0;0;0;0;26409;0
+"Turnip_4D_700k_NODE_9_length_21005_cov_2.124341";1446;0;0;12210;991;0;0;0;0;0;21303;0
+"Turnip_4D_700k_NODE_11_length_20259_cov_2.828581";47830;0;4038;54457;3808;0;0;0;0;417;25435;0
+"Turnip_4D_700k_NODE_12_length_19912_cov_2.371342";27348;0;1826;28390;959;0;0;0;0;0;18411;0
+"Turnip_4D_700k_NODE_14_length_18109_cov_3.176343";0;0;0;2238;0;0;0;0;0;0;5793;0
+"Turnip_4D_700k_NODE_15_length_16824_cov_1.109601";0;0;0;620;338;0;0;0;0;0;7130;0
+"Turnip_4D_700k_NODE_18_length_13182_cov_2.627576";0;0;378;3902;0;0;0;0;0;0;16701;0
+"Turnip_4D_700k_NODE_21_length_12040_cov_2.413918";612;0;0;7008;567;0;0;0;0;128;12555;444
+"Turnip_4D_700k_NODE_23_length_11604_cov_2.432517";176;0;0;1003;166;0;0;0;0;0;7749;0
+"Turnip_4D_700k_NODE_24_length_11253_cov_2.311073";0;0;0;1536;334;0;0;0;0;0;8607;0
+"Turnip_4D_700k_NODE_26_length_10179_cov_1.535316";293;0;0;4486;257;0;0;0;0;0;6296;0
+"Turnip_4D_700k_NODE_27_length_9807_cov_1.249690";459;0;0;1775;252;0;0;0;0;0;3324;293
+"Turnip_4D_700k_NODE_28_length_9454_cov_1.759301";17796;0;1526;20269;1467;0;0;0;0;134;8329;0
+"Turnip_4D_700k_NODE_32_length_7637_cov_1.292011";2305;0;0;1185;79;0;0;0;0;0;4600;97
+"Turnip_4D_700k_NODE_37_length_7006_cov_1.863788";443;0;0;3943;223;0;0;0;0;0;4625;0
+"Turnip_4D_700k_NODE_41_length_6606_cov_1.452848";320;0;208;5410;245;0;0;0;0;0;4577;151
+"Turnip_4D_700k_NODE_44_length_6504_cov_1.184413";290;0;63;1995;45;0;0;0;0;0;2176;44
+"Turnip_4D_700k_NODE_48_length_6230_cov_1.673275";610;0;0;5825;550;0;0;0;0;0;4626;0
+"Turnip_4D_700k_NODE_51_length_5892_cov_1.219601";79;0;0;1706;90;0;0;0;0;0;2639;0
+"Turnip_4D_700k_NODE_52_length_5817_cov_2.965729";0;0;0;530;0;0;0;0;0;0;5905;0
+"Turnip_4D_700k_NODE_55_length_5580_cov_1.644599";0;0;0;297;35;0;0;0;0;0;2160;0
+"Turnip_4D_700k_NODE_56_length_5446_cov_0.976311";321;0;0;1059;47;0;0;0;0;0;1280;0
+"Turnip_4D_700k_NODE_60_length_5305_cov_0.696601";0;0;0;768;0;0;0;0;0;0;249;0
+"Turnip_4D_700k_NODE_64_length_5207_cov_3.969685";549;0;0;495;0;0;0;0;0;0;5202;55
+"Turnip_4D_700k_NODE_77_length_4315_cov_2.897564";207;0;0;234;0;0;0;0;0;0;1597;0
+"Turnip_4D_700k_NODE_80_length_4266_cov_0.697753";407;0;0;155;0;0;0;0;0;0;553;0
+"Turnip_4D_700k_NODE_81_length_4234_cov_0.958607";0;0;0;4;0;0;0;0;0;0;0;0
+"Turnip_4D_700k_NODE_82_length_4121_cov_1.756885";163;0;0;296;0;0;0;0;0;0;2423;33
+"Turnip_4D_700k_NODE_91_length_3812_cov_0.865943";0;0;0;64;0;0;0;0;0;0;260;0
+"Turnip_4D_700k_NODE_93_length_3628_cov_0.656670";38;0;0;315;19;0;0;0;0;37;479;30
+"Turnip_4D_700k_NODE_103_length_3365_cov_3.235330";0;0;0;122;0;0;0;0;0;0;1806;31
+"Turnip_4D_700k_NODE_106_length_3255_cov_0.620524";26;0;0;333;0;0;0;0;0;0;646;0
+"Turnip_4D_700k_NODE_107_length_3238_cov_1.216972";0;0;0;584;60;0;0;0;0;0;1546;0
+"Turnip_4D_700k_NODE_139_length_2590_cov_0.619976";0;0;0;179;11;0;0;0;0;0;266;0
+"Turnip_4D_700k_NODE_141_length_2580_cov_0.186302";0;0;0;41;0;0;0;0;0;0;100;0
+"Turnip_4D_700k_NODE_143_length_2559_cov_0.673520";0;0;0;1;1;0;0;0;0;0;3;0
+"Turnip_4D_700k_NODE_148_length_2509_cov_1.295550";0;0;0;34;12;0;0;0;0;0;630;0
+"Turnip_4D_700k_NODE_171_length_2259_cov_0.840056";220;0;41;249;8;0;0;0;0;0;444;0
+"Turnip_4D_700k_NODE_183_length_2152_cov_0.524444";0;0;0;30;0;0;0;0;0;0;292;0
+"Turnip_4D_700k_NODE_186_length_2141_cov_0.527805";217;0;0;415;0;0;0;0;0;0;339;0
+"Turnip_4D_700k_NODE_189_length_2108_cov_0.855628";0;0;0;95;16;0;0;0;0;0;222;0
+"Turnip_4D_700k_NODE_200_length_2005_cov_0.747604";0;0;0;1;0;0;0;0;0;0;8;0
+"Turnip_4R_700k_NODE_30_length_2053_cov_0.260644";44;0;0;815;37;0;0;0;0;0;1144;0
+"Buffer_1D_700k_NODE_2_length_10230_cov_9.768386";0;0;3170;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_1_length_145419_cov_2.683245";14836;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_3_length_103866_cov_4.429915";18310;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_10_length_53821_cov_4.112713";9660;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_14_length_48423_cov_3.580793";6728;0;0;893;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_15_length_40191_cov_4.576902";7593;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_19_length_36323_cov_3.500939";5203;0;3256;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_20_length_35592_cov_16.431975";12070;473;18160;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_22_length_35298_cov_18.890165";23771;1264;40063;323;0;0;0;0;0;0;261;0
+"Cabbage_1D_NODE_32_length_30488_cov_6.106354";7120;0;457;863;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_42_length_25047_cov_2.209831";2191;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_43_length_24978_cov_3.855901";4636;0;0;0;0;0;0;0;0;303;0;0
+"Cabbage_1D_NODE_46_length_23806_cov_63.809958";12134;0;2650;0;0;0;0;0;0;66;70;0
+"Cabbage_1D_NODE_58_length_20281_cov_1.987050";1584;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_62_length_19325_cov_1.884415";1550;0;823;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_68_length_18693_cov_7.811214";3583;0;3343;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_73_length_17800_cov_1.442030";978;229;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_78_length_16415_cov_3.581839";2563;0;633;0;0;0;0;0;0;243;0;0
+"Cabbage_1D_NODE_79_length_16273_cov_9.205066";4681;244;6542;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_80_length_16054_cov_3.407484";3374;0;0;13340;619;0;0;0;0;0;5570;0
+"Cabbage_1D_NODE_83_length_15689_cov_1.640792";974;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_85_length_15194_cov_12.440897";5756;93;5229;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_90_length_14185_cov_2.660193";1570;0;545;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_94_length_13774_cov_10.248260";5885;0;0;20667;677;0;0;0;0;131;7729;0
+"Cabbage_1D_NODE_95_length_13737_cov_4.056209";2534;0;243;2042;328;0;0;0;0;0;1176;0
+"Cabbage_1D_NODE_99_length_13122_cov_3.319508";1922;0;139;1669;146;0;0;0;0;0;533;0
+"Cabbage_1D_NODE_101_length_13020_cov_5.388040";3635;0;0;6903;468;0;0;0;0;0;3378;0
+"Cabbage_1D_NODE_110_length_12397_cov_15.337571";7684;0;684;11090;769;0;0;0;0;0;3669;211
+"Cabbage_1D_NODE_112_length_12143_cov_1.254660";855;0;622;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_116_length_11373_cov_19.501423";12942;0;866;2993;548;0;0;0;0;0;1219;0
+"Cabbage_1D_NODE_121_length_10815_cov_5.031905";2256;0;0;9402;313;0;0;0;0;0;3963;0
+"Cabbage_1D_NODE_125_length_10345_cov_1.184283";488;611;661;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_127_length_10050_cov_1.420941";552;0;391;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_129_length_9877_cov_3.141538";1310;0;302;0;0;0;0;0;0;116;0;0
+"Cabbage_1D_NODE_132_length_9780_cov_2.258780";1065;0;0;5169;187;0;0;0;0;0;1673;0
+"Cabbage_1D_NODE_137_length_9583_cov_13.795580";2634;132;4651;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_145_length_8667_cov_1.879977";613;0;510;150;104;0;0;0;0;81;109;0
+"Cabbage_1D_NODE_146_length_8654_cov_0.840507";275;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_149_length_8552_cov_5.602136";159;0;50;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_153_length_8315_cov_4.187469";1300;99;190;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_155_length_8131_cov_1.372189";287;0;348;0;105;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_156_length_8060_cov_6.151393";2130;0;0;5436;332;0;0;0;0;0;1810;0
+"Cabbage_1D_NODE_158_length_8026_cov_4.560957";1429;0;0;6197;281;0;0;0;0;34;2395;0
+"Cabbage_1D_NODE_161_length_7910_cov_6.180265";2176;0;0;1643;92;0;0;0;0;0;1140;0
+"Cabbage_1D_NODE_162_length_7909_cov_1.370342";422;0;275;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_166_length_7703_cov_22.196014";6121;0;44;1325;85;0;0;0;0;0;1901;0
+"Cabbage_1D_NODE_168_length_7500_cov_1.446358";419;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_174_length_7283_cov_1.282141";384;0;231;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_175_length_7266_cov_1.457627";422;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_178_length_7225_cov_4.234150";1278;0;762;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_180_length_7148_cov_1.233158";316;86;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_182_length_6963_cov_0.604447";226;0;0;1131;72;0;0;0;0;92;1339;0
+"Cabbage_1D_NODE_185_length_6600_cov_3.970647";1396;0;0;4350;133;0;0;0;0;0;274;0
+"Cabbage_1D_NODE_193_length_6303_cov_0.923737";289;0;161;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_196_length_6116_cov_18.017699";3569;74;66;3375;258;0;0;0;0;0;277;0
+"Cabbage_1D_NODE_197_length_6083_cov_1.457018";332;0;372;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_198_length_6044_cov_1.488592";376;0;252;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_201_length_5834_cov_2.869459";698;0;682;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_205_length_5793_cov_9.682316";1933;0;79;2483;399;0;0;0;0;0;373;0
+"Cabbage_1D_NODE_206_length_5772_cov_3.805137";909;62;140;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_207_length_5767_cov_1.851241";181;0;116;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_209_length_5753_cov_0.802169";240;0;161;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_217_length_5617_cov_12.565027";2769;113;3835;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_223_length_5507_cov_1.805019";468;0;0;2530;106;0;0;0;0;0;1043;0
+"Cabbage_1D_NODE_228_length_5242_cov_1.155425";230;0;97;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_230_length_5208_cov_0.863806";230;0;255;29;0;0;0;0;0;0;91;0
+"Cabbage_1D_NODE_231_length_5129_cov_2.012195";424;0;366;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_235_length_5024_cov_0.921380";208;0;124;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_236_length_5010_cov_0.812206";195;0;140;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_241_length_4869_cov_1.920498";452;0;188;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_242_length_4846_cov_2.290951";395;0;319;79;102;0;0;0;0;0;50;0
+"Cabbage_1D_NODE_243_length_4789_cov_15.663664";2551;0;0;902;394;0;0;0;0;0;428;0
+"Cabbage_1D_NODE_248_length_4693_cov_8.252519";1517;0;0;470;36;0;0;0;0;0;1111;0
+"Cabbage_1D_NODE_251_length_4621_cov_0.965955";182;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_253_length_4586_cov_4.082978";899;0;0;3097;122;0;0;0;0;0;1344;0
+"Cabbage_1D_NODE_255_length_4507_cov_3.456849";642;0;0;361;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_256_length_4499_cov_1.583486";289;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_257_length_4471_cov_18.693370";2360;31;156;1507;134;0;0;0;0;0;680;0
+"Cabbage_1D_NODE_258_length_4443_cov_0.706441";149;0;361;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_261_length_4363_cov_1.559962";265;43;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_268_length_4199_cov_0.628929";96;0;11;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_269_length_4197_cov_1.715971";331;0;0;860;31;0;0;0;0;0;388;0
+"Cabbage_1D_NODE_270_length_4181_cov_3.970893";637;0;28;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_277_length_4105_cov_1.241830";199;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_278_length_4088_cov_9.145418";475;13;296;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_281_length_4059_cov_24.236521";4341;0;123;1164;0;0;0;0;0;0;141;0
+"Cabbage_1D_NODE_287_length_4013_cov_1.505147";205;48;0;50;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_291_length_3947_cov_0.933246";237;0;90;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_297_length_3876_cov_1.039744";164;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_300_length_3805_cov_2.127787";320;0;0;664;91;0;0;0;0;0;218;0
+"Cabbage_1D_NODE_301_length_3799_cov_0.736656";73;0;0;34;0;0;0;0;0;0;162;0
+"Cabbage_1D_NODE_303_length_3783_cov_44.744803";3250;87;425;296;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_305_length_3763_cov_23.061331";1524;0;109;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_309_length_3711_cov_1.416016";254;0;71;126;0;0;0;0;0;0;70;0
+"Cabbage_1D_NODE_311_length_3689_cov_0.917181";305;0;52;0;0;0;0;0;0;60;0;0
+"Cabbage_1D_NODE_316_length_3620_cov_2.527054";1750;0;0;4555;340;0;0;0;0;0;1084;0
+"Cabbage_1D_NODE_317_length_3608_cov_1.049411";146;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_320_length_3484_cov_1.707477";205;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_325_length_3398_cov_0.302660";87;0;149;0;0;0;0;0;0;0;40;0
+"Cabbage_1D_NODE_331_length_3343_cov_0.965485";155;0;23;215;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_338_length_3308_cov_1.326312";151;29;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_343_length_3229_cov_0.701483";68;0;68;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_351_length_3164_cov_1.435957";204;0;0;373;29;0;0;0;0;0;198;0
+"Cabbage_1D_NODE_354_length_3124_cov_11.455455";1397;0;0;199;0;0;0;0;0;0;304;0
+"Cabbage_1D_NODE_355_length_3113_cov_0.729739";79;0;62;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_358_length_3086_cov_4.263265";543;0;0;76;0;0;0;0;0;0;233;0
+"Cabbage_1D_NODE_366_length_3022_cov_1.133333";121;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_368_length_2979_cov_0.710379";80;0;81;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_374_length_2931_cov_2.779601";142;0;0;22;0;0;0;0;0;0;58;0
+"Cabbage_1D_NODE_375_length_2908_cov_0.457389";53;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_382_length_2875_cov_1.141557";99;0;0;41;70;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_401_length_2790_cov_0.899737";104;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_403_length_2787_cov_366.962782";9118;17;1432;0;0;0;0;0;0;33;0;0
+"Cabbage_1D_NODE_411_length_2758_cov_10.117066";769;0;0;49;0;0;0;0;0;0;83;0
+"Cabbage_1D_NODE_416_length_2732_cov_3.062188";877;0;52;250;0;0;0;0;0;0;205;0
+"Cabbage_1D_NODE_417_length_2732_cov_1.338964";154;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_420_length_2719_cov_0.626543";56;0;85;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_431_length_2650_cov_2.717796";408;0;61;246;94;0;38;0;0;40;49;0
+"Cabbage_1D_NODE_436_length_2634_cov_0.743917";82;0;0;189;0;0;0;0;0;0;790;0
+"Cabbage_1D_NODE_440_length_2609_cov_30.609589";4230;0;266;1583;103;0;0;0;0;0;288;0
+"Cabbage_1D_NODE_441_length_2604_cov_0.562778";55;0;0;0;0;0;0;0;0;46;0;0
+"Cabbage_1D_NODE_443_length_2570_cov_62.828080";10198;0;891;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_447_length_2536_cov_19.875052";1470;0;73;196;39;0;0;0;0;0;39;0
+"Cabbage_1D_NODE_449_length_2529_cov_3.816819";530;0;270;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_450_length_2529_cov_0.636969";75;0;0;51;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_453_length_2522_cov_2.959916";433;0;23;947;69;0;0;0;0;0;398;0
+"Cabbage_1D_NODE_454_length_2521_cov_77.333751";5345;0;128;1563;50;0;0;0;0;30;322;0
+"Cabbage_1D_NODE_458_length_2496_cov_1.104686";96;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_459_length_2493_cov_0.771344";85;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_460_length_2486_cov_1.220008";38;0;0;339;29;0;0;0;0;14;317;0
+"Cabbage_1D_NODE_462_length_2472_cov_0.721535";80;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_465_length_2460_cov_23.426489";1248;12;55;716;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_466_length_2457_cov_26.842489";1939;0;155;1046;153;0;0;0;0;0;170;0
+"Cabbage_1D_NODE_474_length_2408_cov_17.517317";2421;0;88;454;16;0;0;0;0;0;186;0
+"Cabbage_1D_NODE_475_length_2406_cov_0.499342";83;0;51;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_482_length_2379_cov_0.562167";73;0;97;0;0;0;0;0;0;0;71;0
+"Cabbage_1D_NODE_485_length_2358_cov_1.339310";125;0;77;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_490_length_2334_cov_0.501586";44;0;39;34;0;0;0;0;0;0;63;0
+"Cabbage_1D_NODE_494_length_2316_cov_20.044312";2244;0;85;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_495_length_2310_cov_0.573523";53;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_497_length_2302_cov_0.674943";70;0;0;61;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_509_length_2261_cov_0.584817";51;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_511_length_2253_cov_0.423330";26;0;28;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_516_length_2236_cov_3.167378";191;0;0;135;0;0;0;0;0;0;56;0
+"Cabbage_1D_NODE_519_length_2228_cov_0.658258";77;0;99;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_539_length_2127_cov_0.554500";47;0;67;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_548_length_2069_cov_0.580844";77;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_553_length_2060_cov_2.887739";275;0;0;351;0;0;0;0;0;0;212;0
+"Cabbage_1D_NODE_557_length_2027_cov_0.308421";29;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_562_length_2011_cov_1.050425";54;0;43;0;0;0;0;0;0;0;0;0
+"Cabbage_2D_NODE_3_length_6973_cov_4.917032";21016;958;2504;0;0;0;0;0;0;74;0;0
+"Cabbage_2D_NODE_8_length_4960_cov_7.901717";12951;132;1629;0;0;8;0;0;0;41;0;0
+"Cabbage_2D_NODE_17_length_3042_cov_1.001372";5649;48;171;906;13;0;0;0;0;30;160;0
+"Cabbage_2D_NODE_31_length_2267_cov_0.864486";44;77;17;0;0;0;0;0;0;0;0;0
+"Cabbage_2D_NODE_36_length_2199_cov_1.126448";0;91;0;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_1_length_38817_cov_24.274231";21572;671;27516;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_2_length_38587_cov_8.398960";14173;0;12053;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_3_length_28744_cov_4.678163";2480;0;5107;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_9_length_22022_cov_24.299657";6363;393;9504;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_10_length_20098_cov_10.273947";16026;0;8880;0;0;0;0;0;0;0;285;0
+"Cabbage_3D_NODE_13_length_17122_cov_2.245307";0;0;1408;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_17_length_15619_cov_3.631487";3037;0;2181;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_19_length_15117_cov_2.248232";101;0;1274;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_20_length_14845_cov_3.694999";235;0;2387;126;94;0;0;0;0;0;128;0
+"Cabbage_3D_NODE_21_length_13889_cov_1.746548";0;0;908;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_22_length_13309_cov_19.632757";3922;212;6054;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_24_length_12827_cov_5.019055";0;0;2454;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_25_length_12775_cov_1.516524";0;0;905;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_28_length_12040_cov_2.776798";123;0;1281;0;0;0;0;0;0;0;99;0
+"Cabbage_3D_NODE_32_length_11882_cov_5.537473";16114;123;2140;8617;699;0;0;0;0;162;1181;0
+"Cabbage_3D_NODE_34_length_11503_cov_7.329553";7751;25;1046;6063;609;0;0;0;0;105;1087;0
+"Cabbage_3D_NODE_52_length_8412_cov_4.134701";299;0;1305;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_54_length_8310_cov_7.673347";2544;53;1473;0;0;0;0;0;0;45;0;0
+"Cabbage_3D_NODE_55_length_8285_cov_1.832312";0;0;557;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_56_length_8140_cov_5.924622";138;0;1905;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_57_length_8092_cov_0.915631";0;0;283;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_59_length_8066_cov_2.825167";0;0;834;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_62_length_7798_cov_4.029462";282;0;1191;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_65_length_7650_cov_7.272764";0;0;2504;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_71_length_7503_cov_4.772234";121;0;111;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_75_length_7199_cov_2.771776";157;0;603;0;40;0;0;0;0;0;399;0
+"Cabbage_3D_NODE_80_length_6969_cov_4.868606";154;0;384;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_85_length_6868_cov_2.426643";274;0;562;0;90;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_100_length_6123_cov_3.192962";110;0;382;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_110_length_5939_cov_20.196490";22103;65;3612;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_117_length_5743_cov_2.228276";514;0;670;476;0;0;0;0;0;0;85;0
+"Cabbage_3D_NODE_135_length_5418_cov_2.249669";0;0;438;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_138_length_5356_cov_2.392809";0;0;481;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_140_length_5309_cov_1.328252";0;0;206;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_164_length_4953_cov_1.506838";161;0;240;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_168_length_4908_cov_11.064003";0;0;2523;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_174_length_4780_cov_9.067913";0;0;1643;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_181_length_4679_cov_1.563708";0;0;249;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_184_length_4623_cov_1.046486";0;0;200;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_191_length_4514_cov_40.965352";9880;90;1941;0;0;0;0;0;0;47;0;0
+"Cabbage_3D_NODE_205_length_4423_cov_8.979283";283;0;1445;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_209_length_4371_cov_1.188030";100;0;168;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_220_length_4301_cov_2.757547";11614;45;431;873;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_222_length_4295_cov_1.590451";109;0;199;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_229_length_4224_cov_1.457896";0;0;223;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_235_length_4190_cov_1.453360";0;0;172;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_251_length_4042_cov_3.729757";0;0;507;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_254_length_4013_cov_0.849202";0;0;122;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_269_length_3857_cov_4.499196";515;0;275;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_280_length_3781_cov_1.840996";109;0;228;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_297_length_3687_cov_0.928371";0;0;133;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_317_length_3562_cov_1.739447";59;0;215;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_328_length_3500_cov_0.838423";7;0;5;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_338_length_3404_cov_4.497101";0;0;453;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_343_length_3375_cov_1.124384";32;0;126;0;0;0;0;0;0;0;52;0
+"Cabbage_3D_NODE_380_length_3233_cov_0.598519";93;0;68;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_408_length_3125_cov_1.983989";0;0;266;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_416_length_3098_cov_0.789633";0;0;37;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_423_length_3066_cov_12.111262";2609;93;1234;0;0;0;0;0;0;31;0;0
+"Cabbage_3D_NODE_426_length_3058_cov_0.918799";0;0;83;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_475_length_2850_cov_0.884319";46;0;87;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_477_length_2841_cov_1.007001";35;0;99;67;0;0;0;0;0;0;34;0
+"Cabbage_3D_NODE_500_length_2757_cov_32.615589";7553;89;829;0;0;0;0;0;0;10;0;0
+"Cabbage_3D_NODE_530_length_2677_cov_2.052941";42;0;250;0;0;0;21;0;0;0;0;0
+"Cabbage_3D_NODE_533_length_2667_cov_2.949213";0;0;277;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_541_length_2652_cov_6.048713";0;0;812;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_552_length_2612_cov_1.219316";0;0;101;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_573_length_2556_cov_18.171676";1269;0;662;18;0;0;0;0;0;8;0;0
+"Cabbage_3D_NODE_589_length_2501_cov_0.727885";96;0;66;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_615_length_2435_cov_0.828856";91;129;138;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_623_length_2416_cov_1.041066";0;0;76;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_674_length_2306_cov_0.882515";0;0;66;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_681_length_2291_cov_7.553142";0;0;649;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_683_length_2279_cov_30.812268";5285;56;2050;0;0;0;0;0;0;13;0;0
+"Cabbage_3D_NODE_694_length_2251_cov_0.656309";35;0;68;20;0;0;0;0;0;0;33;0
+"Cabbage_3D_NODE_705_length_2231_cov_1.619772";0;0;116;52;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_707_length_2226_cov_1.171034";46;0;66;105;0;0;0;0;0;0;60;0
+"Cabbage_3D_NODE_741_length_2177_cov_1.258049";0;0;112;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_747_length_2172_cov_0.765281";0;0;70;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_766_length_2142_cov_10.811414";0;0;846;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_770_length_2127_cov_1.099000";0;0;62;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_784_length_2101_cov_33.058257";598;32;203;0;0;0;0;0;0;2;0;0
+"Cabbage_3D_NODE_792_length_2092_cov_0.699746";39;0;45;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_802_length_2078_cov_0.675038";24;0;99;0;0;0;0;0;0;0;114;0
+"Cabbage_3D_NODE_835_length_2027_cov_0.646842";0;0;40;0;0;0;0;0;0;0;0;0
+"Carrot_1D_NODE_32_length_2426_cov_0.664637";0;0;0;0;174;0;127;0;0;0;61;50
+"Carrot_1D_NODE_38_length_2401_cov_0.617414";0;0;22;0;0;48;127;0;0;235;0;0
+"Carrot_1D_NODE_63_length_2110_cov_0.414019";0;0;0;0;0;28;93;0;0;79;24;26
+"Carrot_2D_NODE_1_length_44916_cov_7.074862";0;0;0;0;0;0;0;14250;0;0;0;0
+"Carrot_2D_NODE_2_length_44072_cov_5.334532";0;0;0;0;0;0;0;11079;0;0;0;0
+"Carrot_2D_NODE_5_length_26292_cov_1.890464";0;0;0;0;0;0;0;2317;0;0;0;0
+"Carrot_2D_NODE_6_length_20080_cov_2.310981";0;0;0;0;0;0;0;3090;0;0;0;0
+"Carrot_2D_NODE_7_length_19044_cov_1.994344";0;0;0;0;0;0;0;1670;530;0;0;0
+"Carrot_2D_NODE_10_length_16646_cov_1.267510";0;0;0;0;0;0;0;987;0;0;0;0
+"Carrot_2D_NODE_11_length_16338_cov_2.584356";0;0;0;0;0;0;0;2659;0;0;0;0
+"Carrot_2D_NODE_12_length_13811_cov_2.565843";0;0;0;0;0;0;0;2229;0;0;0;0
+"Carrot_2D_NODE_13_length_12991_cov_2.168532";0;0;0;0;0;0;0;1847;0;0;0;0
+"Carrot_2D_NODE_14_length_12984_cov_3.465894";0;0;0;0;0;0;0;2797;0;0;0;0
+"Carrot_2D_NODE_16_length_11719_cov_2.784161";0;0;0;0;0;0;0;1962;0;0;0;0
+"Carrot_2D_NODE_17_length_10410_cov_3.575999";0;0;0;0;0;0;0;2517;0;0;0;0
+"Carrot_2D_NODE_18_length_10139_cov_3.907111";0;0;0;0;0;0;0;2171;0;0;0;0
+"Carrot_2D_NODE_20_length_9611_cov_9.042493";0;0;0;0;0;0;0;3669;0;0;0;0
+"Carrot_2D_NODE_21_length_9104_cov_1.018714";0;0;0;0;0;0;0;420;0;0;0;0
+"Carrot_2D_NODE_23_length_8842_cov_9.503155";0;0;0;0;0;0;0;2269;0;0;0;0
+"Carrot_2D_NODE_24_length_8632_cov_0.617872";0;0;0;0;0;0;0;317;0;0;0;0
+"Carrot_2D_NODE_25_length_8268_cov_1.178725";0;0;0;0;0;0;0;430;301;0;0;0
+"Carrot_2D_NODE_26_length_8235_cov_2.856808";0;0;0;0;0;0;0;1398;0;0;0;0
+"Carrot_2D_NODE_27_length_8186_cov_5.334036";0;0;0;0;0;0;0;1269;0;0;0;0
+"Carrot_2D_NODE_28_length_8177_cov_4.063106";0;0;0;0;0;0;0;1976;0;0;0;0
+"Carrot_2D_NODE_32_length_8018_cov_10.056900";0;0;0;0;0;0;0;1352;0;0;0;0
+"Carrot_2D_NODE_33_length_7971_cov_3.107598";0;0;0;0;0;0;0;1503;0;0;0;0
+"Carrot_2D_NODE_35_length_7720_cov_4.784670";0;0;0;0;0;0;0;834;329;0;0;0
+"Carrot_2D_NODE_37_length_7552_cov_0.745185";0;0;0;0;0;0;0;252;0;0;0;0
+"Carrot_2D_NODE_38_length_6833_cov_2.668804";0;0;0;0;0;0;0;1209;0;0;0;0
+"Carrot_2D_NODE_42_length_6579_cov_1.321761";0;0;0;0;0;0;0;387;0;0;0;0
+"Carrot_2D_NODE_43_length_6463_cov_2.719697";0;0;0;0;0;0;0;1113;0;0;0;0
+"Carrot_2D_NODE_44_length_6340_cov_2.958474";0;0;0;0;0;0;0;1178;0;0;0;0
+"Carrot_2D_NODE_45_length_6287_cov_0.694643";0;0;0;0;0;0;0;195;0;0;0;0
+"Carrot_2D_NODE_46_length_6195_cov_2.624588";0;0;0;0;0;0;0;924;0;0;0;0
+"Carrot_2D_NODE_48_length_6165_cov_2.502153";0;0;0;0;0;0;0;1095;0;0;0;0
+"Carrot_2D_NODE_49_length_6071_cov_1.436070";0;0;0;0;0;0;0;374;0;0;0;0
+"Carrot_2D_NODE_50_length_6004_cov_1.240429";0;0;0;0;0;0;0;329;0;0;0;0
+"Carrot_2D_NODE_51_length_5661_cov_2.656668";0;0;0;0;0;0;0;895;0;0;0;0
+"Carrot_2D_NODE_52_length_5649_cov_1.149946";0;0;0;0;0;0;0;419;93;0;0;0
+"Carrot_2D_NODE_53_length_5645_cov_0.654041";0;0;0;0;0;0;0;189;0;0;0;0
+"Carrot_2D_NODE_54_length_5550_cov_0.697400";0;0;0;0;0;0;0;166;0;0;0;0
+"Carrot_2D_NODE_55_length_5497_cov_4.335382";0;0;0;0;0;0;0;1295;0;0;0;0
+"Carrot_2D_NODE_57_length_5405_cov_2.179992";0;0;0;0;0;0;0;645;0;0;0;0
+"Carrot_2D_NODE_58_length_5301_cov_2.169695";0;0;0;0;0;0;0;763;327;0;0;0
+"Carrot_2D_NODE_61_length_5100_cov_2.472351";0;0;0;0;0;0;0;750;0;0;0;0
+"Carrot_2D_NODE_62_length_4996_cov_0.640173";0;0;0;0;0;0;0;136;0;0;0;0
+"Carrot_2D_NODE_63_length_4983_cov_1.012562";0;0;0;0;0;0;0;223;84;0;0;0
+"Carrot_2D_NODE_65_length_4877_cov_0.900421";0;0;0;0;0;0;0;205;0;0;0;0
+"Carrot_2D_NODE_66_length_4865_cov_1.431406";0;0;0;0;0;0;0;305;0;0;0;0
+"Carrot_2D_NODE_69_length_4785_cov_2.579863";0;0;0;0;0;0;0;672;375;0;0;0
+"Carrot_2D_NODE_70_length_4641_cov_0.843155";0;0;0;0;0;0;0;175;0;0;0;0
+"Carrot_2D_NODE_71_length_4606_cov_2.082384";0;0;0;0;0;0;0;616;786;0;0;0
+"Carrot_2D_NODE_72_length_4567_cov_2.792568";0;0;0;0;0;0;0;812;0;0;0;0
+"Carrot_2D_NODE_75_length_4391_cov_0.839587";0;0;0;0;0;0;0;149;0;0;0;0
+"Carrot_2D_NODE_76_length_4328_cov_0.582480";0;0;0;0;0;0;0;106;0;0;0;0
+"Carrot_2D_NODE_77_length_4293_cov_1.725876";0;0;0;0;0;0;0;321;97;0;0;0
+"Carrot_2D_NODE_78_length_4251_cov_4.312076";0;0;0;0;0;0;0;947;0;0;0;0
+"Carrot_2D_NODE_80_length_4141_cov_1.020179";0;0;0;0;0;0;0;223;0;0;0;0
+"Carrot_2D_NODE_81_length_4107_cov_0.863568";0;0;0;0;0;0;0;164;0;0;0;0
+"Carrot_2D_NODE_82_length_4101_cov_1.639406";0;0;0;0;0;0;0;305;0;0;0;0
+"Carrot_2D_NODE_83_length_4073_cov_2.445261";0;0;0;0;0;0;0;471;146;0;0;0
+"Carrot_2D_NODE_86_length_3815_cov_1.085954";0;0;0;0;0;0;0;179;0;0;0;0
+"Carrot_2D_NODE_87_length_3737_cov_0.807756";0;0;0;0;0;0;0;125;0;0;0;0
+"Carrot_2D_NODE_90_length_3539_cov_1.237397";0;0;0;0;0;0;0;183;0;0;0;0
+"Carrot_2D_NODE_92_length_3499_cov_7.447212";0;0;0;0;0;0;0;1333;109;0;0;0
+"Carrot_2D_NODE_93_length_3473_cov_0.846981";0;0;0;0;0;0;0;125;0;0;0;0
+"Carrot_2D_NODE_94_length_3446_cov_0.789997";0;0;0;0;0;0;0;143;0;0;0;0
+"Carrot_2D_NODE_96_length_3354_cov_1.084599";0;0;0;0;0;0;0;155;0;0;0;0
+"Carrot_2D_NODE_97_length_3289_cov_3.549652";0;0;0;0;0;0;0;686;0;0;0;0
+"Carrot_2D_NODE_98_length_3269_cov_0.682050";0;0;0;0;0;0;0;88;0;0;0;0
+"Carrot_2D_NODE_99_length_3261_cov_8.850351";0;0;0;0;0;0;0;1058;0;0;0;0
+"Carrot_2D_NODE_100_length_3252_cov_0.795520";0;0;0;0;0;0;0;143;0;0;0;0
+"Carrot_2D_NODE_102_length_3224_cov_0.378754";0;0;0;0;0;0;0;70;0;0;0;0
+"Carrot_2D_NODE_103_length_3223_cov_0.860465";0;0;0;0;0;0;0;105;0;0;0;0
+"Carrot_2D_NODE_104_length_3197_cov_2.496091";0;0;0;0;0;0;0;364;0;0;0;0
+"Carrot_2D_NODE_105_length_3161_cov_0.619314";0;0;0;0;0;0;0;83;0;0;0;0
+"Carrot_2D_NODE_106_length_3140_cov_0.638898";0;0;0;0;0;0;0;101;0;0;0;0
+"Carrot_2D_NODE_107_length_3117_cov_2.636789";0;0;0;0;0;0;0;467;0;0;0;0
+"Carrot_2D_NODE_108_length_3071_cov_0.904552";0;0;0;0;0;0;0;124;0;0;0;0
+"Carrot_2D_NODE_109_length_3067_cov_0.677891";0;0;0;0;0;0;0;86;0;0;0;0
+"Carrot_2D_NODE_112_length_3021_cov_0.520387";0;0;0;0;0;0;0;64;0;0;0;0
+"Carrot_2D_NODE_113_length_2968_cov_0.544175";0;0;0;0;0;0;0;81;0;0;0;0
+"Carrot_2D_NODE_117_length_2840_cov_0.454847";0;0;0;0;0;0;0;61;0;0;0;0
+"Carrot_2D_NODE_118_length_2810_cov_0.558330";0;0;0;0;0;0;0;71;0;0;0;0
+"Carrot_2D_NODE_119_length_2768_cov_0.404392";0;0;0;0;0;0;0;63;0;0;0;0
+"Carrot_2D_NODE_120_length_2731_cov_0.947005";0;0;0;0;0;0;0;133;0;0;0;0
+"Carrot_2D_NODE_121_length_2686_cov_0.652208";0;0;0;0;0;0;0;68;0;0;0;0
+"Carrot_2D_NODE_122_length_2665_cov_1.027581";0;0;0;0;0;0;0;121;0;0;0;0
+"Carrot_2D_NODE_123_length_2655_cov_1.855222";0;0;0;0;0;0;0;224;0;0;0;0
+"Carrot_2D_NODE_124_length_2636_cov_0.876445";0;0;0;0;0;0;0;98;0;0;0;0
+"Carrot_2D_NODE_126_length_2614_cov_2.632087";0;0;0;0;0;0;0;307;0;0;0;0
+"Carrot_2D_NODE_127_length_2585_cov_2.065500";0;0;0;0;0;0;0;313;0;0;0;0
+"Carrot_2D_NODE_129_length_2577_cov_0.966939";0;0;0;0;0;0;0;114;0;0;0;0
+"Carrot_2D_NODE_130_length_2562_cov_0.534702";0;0;0;0;0;0;0;89;0;0;0;0
+"Carrot_2D_NODE_134_length_2441_cov_0.728608";0;0;0;0;0;0;0;97;0;0;0;0
+"Carrot_2D_NODE_135_length_2420_cov_3.341910";0;0;0;0;0;0;0;393;0;0;0;0
+"Carrot_2D_NODE_137_length_2357_cov_1.478924";0;0;0;0;0;0;0;137;0;0;0;0
+"Carrot_2D_NODE_138_length_2318_cov_0.900502";0;0;0;0;0;0;0;166;0;0;0;0
+"Carrot_2D_NODE_139_length_2318_cov_0.371520";0;0;0;0;0;0;0;42;0;0;0;0
+"Carrot_2D_NODE_140_length_2298_cov_4.312298";0;0;0;0;0;0;0;544;0;0;0;0
+"Carrot_2D_NODE_141_length_2276_cov_0.542578";0;0;0;0;0;0;0;51;0;0;0;0
+"Carrot_2D_NODE_146_length_2212_cov_0.888729";0;0;0;0;0;0;0;105;0;0;0;0
+"Carrot_2D_NODE_147_length_2191_cov_0.355136";0;0;0;0;0;0;0;31;0;0;0;0
+"Carrot_2D_NODE_156_length_2087_cov_0.867347";0;0;0;0;0;0;0;83;0;0;0;0
+"Carrot_2D_NODE_157_length_2084_cov_0.727644";0;0;0;0;0;0;0;70;0;0;0;0
+"Carrot_2D_NODE_159_length_2064_cov_0.844605";0;0;0;0;0;0;0;80;0;0;0;0
+"Carrot_2R_NODE_1_length_41459_cov_5.774993";0;0;0;0;0;0;0;2317937;6773;0;0;0
+"Carrot_3D_NODE_50_length_2027_cov_4.880526";0;0;0;0;0;0;0;60;583;0;0;0
+"Cabbage_4D_NODE_138_length_4051_cov_1.136595";0;0;82;0;0;118;107;0;0;275;0;0
+"Cabbage_4D_NODE_170_length_3681_cov_1.748734";0;0;64;0;230;0;354;0;0;517;108;109
+"Cabbage_4D_NODE_242_length_3027_cov_1.141724";25;0;94;0;0;126;81;0;0;267;0;0
+"Cabbage_4D_NODE_282_length_2782_cov_1.614689";0;0;77;0;0;108;126;0;0;325;0;0
+"Cabbage_4D_NODE_330_length_2537_cov_0.640249";6164;74;1705;0;0;18;0;0;0;65;0;0
+"Cabbage_4D_NODE_383_length_2299_cov_0.483425";0;0;0;0;41;0;79;0;0;80;0;0
+"Cabbage_4D_NODE_398_length_2256_cov_1.158760";0;0;36;0;0;89;77;0;0;192;0;0
+"Cabbage_4D_NODE_441_length_2041_cov_2.060084";0;0;1024;0;0;654;85;0;0;274;0;0
+"Cabbage_4D_NODE_447_length_2029_cov_1.344374";0;0;115;0;0;85;77;0;0;190;0;0
+"Turnip_1D_NODE_1_length_31512_cov_1.784993";0;0;0;3397;0;0;0;0;0;0;404;0
+"Turnip_1D_NODE_5_length_13998_cov_1.243025";2949;0;286;1015;202;0;0;0;0;0;233;0
+"Turnip_1D_NODE_6_length_13634_cov_2.248464";0;0;0;1871;0;0;0;0;0;0;777;0
+"Turnip_1D_NODE_7_length_13468_cov_0.685406";0;0;0;614;0;0;0;0;0;0;274;0
+"Turnip_1D_NODE_10_length_10921_cov_0.830554";0;0;0;562;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_12_length_10531_cov_1.987216";0;0;0;1204;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_14_length_9071_cov_0.632379";0;0;0;475;135;0;0;0;0;0;448;0
+"Turnip_1D_NODE_16_length_8840_cov_5.908757";0;0;0;3158;112;0;0;0;0;0;266;0
+"Turnip_1D_NODE_19_length_8115_cov_0.754882";0;0;0;541;157;0;0;0;0;0;202;0
+"Turnip_1D_NODE_21_length_8098_cov_2.149668";0;0;0;1116;0;0;0;0;0;0;399;0
+"Turnip_1D_NODE_25_length_7392_cov_0.946043";0;0;0;433;0;0;0;0;0;0;103;0
+"Turnip_1D_NODE_26_length_7204_cov_0.583722";0;0;0;281;269;0;0;0;0;0;185;0
+"Turnip_1D_NODE_27_length_7165_cov_0.987923";99;0;246;535;0;0;0;0;0;0;318;0
+"Turnip_1D_NODE_30_length_6902_cov_3.574465";0;0;0;1614;0;0;0;0;0;0;175;0
+"Turnip_1D_NODE_31_length_6817_cov_0.415994";0;0;0;121;57;0;0;0;0;0;280;0
+"Turnip_1D_NODE_32_length_6596_cov_0.608595";0;0;0;249;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_35_length_6279_cov_6.436606";0;0;0;1875;54;0;0;0;0;0;148;0
+"Turnip_1D_NODE_36_length_6250_cov_5.930263";0;0;0;292;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_38_length_5856_cov_2.029674";0;0;0;820;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_39_length_5841_cov_1.027826";0;0;0;372;0;0;0;0;0;0;179;0
+"Turnip_1D_NODE_43_length_5671_cov_0.358045";58;0;94;196;0;0;0;0;0;0;292;0
+"Turnip_1D_NODE_52_length_5105_cov_0.809562";0;0;0;344;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_53_length_5051_cov_2.121243";0;0;0;414;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_58_length_4959_cov_6.943295";0;0;0;3271;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_61_length_4888_cov_0.588322";0;0;0;225;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_66_length_4797_cov_5.370236";0;0;0;681;18;0;0;0;0;0;65;0
+"Turnip_1D_NODE_67_length_4791_cov_0.716981";87;0;184;331;0;0;0;0;0;0;210;0
+"Turnip_1D_NODE_69_length_4729_cov_0.785963";0;0;0;35;0;0;0;0;0;0;19;0
+"Turnip_1D_NODE_71_length_4694_cov_0.398949";0;0;0;165;82;0;0;0;0;0;706;0
+"Turnip_1D_NODE_77_length_4553_cov_0.994577";0;0;0;270;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_79_length_4497_cov_4.306865";0;0;0;1167;0;0;0;0;0;0;202;0
+"Turnip_1D_NODE_80_length_4469_cov_0.825196";0;0;0;203;30;0;0;0;0;0;150;0
+"Turnip_1D_NODE_81_length_4463_cov_1.370849";0;0;0;345;0;0;0;0;0;0;67;0
+"Turnip_1D_NODE_82_length_4462_cov_1.543483";0;0;0;363;0;0;0;0;0;0;594;0
+"Turnip_1D_NODE_84_length_4448_cov_0.969683";0;0;0;250;0;0;0;0;0;0;158;0
+"Turnip_1D_NODE_86_length_4415_cov_6.215951";336;0;0;2705;68;0;0;0;0;0;804;0
+"Turnip_1D_NODE_88_length_4348_cov_0.590855";0;0;0;159;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_93_length_4301_cov_0.749641";0;0;0;150;18;0;0;0;0;0;115;0
+"Turnip_1D_NODE_95_length_4237_cov_1.218248";0;0;0;334;40;0;0;0;0;0;532;0
+"Turnip_1D_NODE_101_length_4149_cov_0.794630";0;0;0;182;0;0;0;0;0;0;184;0
+"Turnip_1D_NODE_102_length_4147_cov_3.179851";114;0;0;997;71;0;0;0;0;0;195;0
+"Turnip_1D_NODE_104_length_4102_cov_2.240503";0;0;0;936;0;0;0;0;0;0;319;0
+"Turnip_1D_NODE_105_length_4089_cov_1.780666";0;0;0;754;0;0;0;0;0;0;94;0
+"Turnip_1D_NODE_108_length_4042_cov_0.632184";0;0;44;161;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_109_length_4013_cov_2.873134";933;0;0;868;60;0;0;0;0;0;0;0
+"Turnip_1D_NODE_112_length_3899_cov_1.503181";0;0;0;416;132;0;0;0;0;0;131;0
+"Turnip_1D_NODE_118_length_3838_cov_9.180275";6;0;0;211;0;0;0;0;0;0;152;0
+"Turnip_1D_NODE_120_length_3796_cov_1.623603";0;0;0;351;0;0;0;0;0;0;155;0
+"Turnip_1D_NODE_121_length_3792_cov_0.561528";0;0;0;182;64;0;0;0;0;0;549;0
+"Turnip_1D_NODE_122_length_3780_cov_0.775253";0;0;0;188;0;0;0;0;0;0;74;0
+"Turnip_1D_NODE_131_length_3679_cov_0.419764";0;0;0;102;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_134_length_3595_cov_0.469723";0;0;0;125;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_135_length_3588_cov_4.172782";0;0;0;846;0;0;0;0;0;0;43;0
+"Turnip_1D_NODE_136_length_3583_cov_1.254630";0;0;0;226;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_140_length_3533_cov_0.747798";31;0;36;190;0;0;0;0;0;0;149;0
+"Turnip_1D_NODE_146_length_3467_cov_2.077844";0;0;0;451;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_152_length_3390_cov_0.610481";0;0;0;119;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_153_length_3368_cov_1.149954";0;0;0;294;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_158_length_3292_cov_1.624961";0;0;0;268;61;0;0;0;0;0;598;11
+"Turnip_1D_NODE_161_length_3255_cov_1.412404";0;0;0;305;0;0;0;0;0;0;101;0
+"Turnip_1D_NODE_163_length_3243_cov_1.136393";0;0;0;284;75;0;0;0;0;0;53;0
+"Turnip_1D_NODE_171_length_3090_cov_2.014512";0;0;0;472;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_172_length_3085_cov_0.369844";0;0;0;71;0;0;0;0;0;0;18;0
+"Turnip_1D_NODE_180_length_3017_cov_0.901038";0;0;0;201;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_184_length_2990_cov_1.362906";0;0;0;129;24;0;0;0;0;0;36;0
+"Turnip_1D_NODE_190_length_2950_cov_1.760184";0;0;0;401;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_194_length_2909_cov_1.773904";0;0;0;325;0;0;0;0;0;0;37;0
+"Turnip_1D_NODE_198_length_2895_cov_0.580564";52;0;34;76;10;0;0;0;0;0;0;0
+"Turnip_1D_NODE_201_length_2890_cov_0.526963";0;0;0;94;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_204_length_2857_cov_1.060440";253;0;0;170;0;0;0;0;0;0;396;0
+"Turnip_1D_NODE_205_length_2854_cov_1.892556";0;0;0;334;17;0;0;0;0;0;66;0
+"Turnip_1D_NODE_206_length_2852_cov_1.121101";0;0;0;298;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_210_length_2842_cov_0.883610";0;0;0;125;0;0;0;0;0;0;38;0
+"Turnip_1D_NODE_212_length_2836_cov_5.627169";0;0;0;1055;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_216_length_2803_cov_0.769058";0;0;0;135;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_217_length_2802_cov_1.891215";0;0;0;508;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_219_length_2791_cov_0.346471";0;0;0;104;0;0;0;0;0;0;59;0
+"Turnip_1D_NODE_222_length_2778_cov_0.499811";0;0;0;116;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_224_length_2770_cov_0.613697";0;0;0;102;36;0;0;0;0;0;0;0
+"Turnip_1D_NODE_230_length_2740_cov_1.727516";0;0;0;462;37;0;0;0;0;0;0;0
+"Turnip_1D_NODE_232_length_2734_cov_0.879939";0;0;0;186;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_234_length_2719_cov_1.427855";0;0;0;208;0;0;0;0;0;0;30;0
+"Turnip_1D_NODE_237_length_2717_cov_2.616988";0;0;0;392;0;0;0;0;0;0;81;0
+"Turnip_1D_NODE_238_length_2716_cov_0.843955";18;0;0;137;18;0;0;0;0;0;79;0
+"Turnip_1D_NODE_240_length_2709_cov_0.594888";0;0;0;126;39;0;0;0;0;0;47;0
+"Turnip_1D_NODE_248_length_2689_cov_2.593286";0;0;0;395;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_251_length_2678_cov_15.117993";1712;0;81;2856;36;0;0;0;0;0;255;0
+"Turnip_1D_NODE_252_length_2676_cov_8.282071";458;0;0;1580;15;0;0;0;0;0;166;0
+"Turnip_1D_NODE_256_length_2649_cov_0.707772";0;0;0;112;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_260_length_2625_cov_1.185348";144;0;101;299;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_262_length_2619_cov_2.569823";14;0;0;219;0;0;0;0;0;0;98;0
+"Turnip_1D_NODE_267_length_2594_cov_0.587758";36;0;0;120;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_270_length_2580_cov_0.494089";0;0;0;87;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_273_length_2568_cov_0.567800";0;0;0;133;0;0;0;0;0;0;21;0
+"Turnip_1D_NODE_274_length_2562_cov_0.389322";26;0;0;69;0;0;0;0;0;0;52;0
+"Turnip_1D_NODE_275_length_2558_cov_1.698478";0;0;0;191;0;0;0;0;0;19;0;0
+"Turnip_1D_NODE_276_length_2552_cov_1.396701";0;0;0;304;0;0;0;0;0;0;69;0
+"Turnip_1D_NODE_277_length_2551_cov_0.736386";0;0;0;99;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_295_length_2492_cov_0.328118";0;0;0;73;0;0;0;0;0;0;39;0
+"Turnip_1D_NODE_301_length_2462_cov_1.321199";0;0;0;254;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_304_length_2459_cov_4.720412";0;0;0;106;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_312_length_2413_cov_0.464567";0;0;0;78;0;0;0;0;0;0;174;0
+"Turnip_1D_NODE_313_length_2404_cov_0.963988";0;0;0;31;12;0;0;0;0;0;28;0
+"Turnip_1D_NODE_316_length_2398_cov_1.738441";0;0;0;297;35;0;0;0;0;0;38;0
+"Turnip_1D_NODE_321_length_2380_cov_1.735464";21;0;0;199;3;0;0;0;0;0;80;0
+"Turnip_1D_NODE_322_length_2374_cov_1.991099";0;0;0;299;0;0;0;0;0;0;41;0
+"Turnip_1D_NODE_327_length_2358_cov_1.794711";67;0;0;580;42;0;0;0;0;0;231;0
+"Turnip_1D_NODE_331_length_2356_cov_0.947510";0;0;0;157;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_335_length_2354_cov_0.434216";0;0;0;60;0;0;0;0;0;0;3146;0
+"Turnip_1D_NODE_338_length_2349_cov_0.619262";0;0;0;97;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_343_length_2332_cov_0.689342";0;0;0;109;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_344_length_2330_cov_0.282796";0;0;0;76;0;0;0;0;0;0;49;0
+"Turnip_1D_NODE_350_length_2304_cov_2.175930";0;0;0;455;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_351_length_2304_cov_0.800643";0;0;0;129;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_358_length_2299_cov_0.874309";0;0;0;108;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_359_length_2296_cov_1.657446";0;0;0;345;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_364_length_2276_cov_0.217776";0;0;0;30;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_369_length_2263_cov_0.301498";0;0;21;41;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_374_length_2241_cov_1.406339";0;0;0;228;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_378_length_2232_cov_1.365321";0;0;0;255;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_388_length_2217_cov_3.756459";0;0;0;533;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_390_length_2213_cov_1.218121";0;0;0;176;0;0;0;0;0;0;167;0
+"Turnip_1D_NODE_396_length_2197_cov_2.696135";0;0;0;335;0;0;0;0;0;0;665;0
+"Turnip_1D_NODE_408_length_2166_cov_0.754291";0;0;0;98;0;0;0;0;0;0;36;0
+"Turnip_1D_NODE_410_length_2158_cov_2.033973";0;0;0;342;0;0;0;0;0;0;28;0
+"Turnip_1D_NODE_411_length_2157_cov_1.067488";0;0;0;168;0;0;0;0;0;0;49;0
+"Turnip_1D_NODE_414_length_2152_cov_3.295309";10;0;0;364;40;0;0;0;0;22;178;0
+"Turnip_1D_NODE_419_length_2139_cov_2.818091";0;0;0;82;0;0;0;0;0;0;13;0
+"Turnip_1D_NODE_425_length_2126_cov_0.466733";0;0;0;62;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_427_length_2118_cov_1.506781";0;0;0;216;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_429_length_2114_cov_2.894313";0;0;0;100;0;0;0;0;0;0;13;0
+"Turnip_1D_NODE_433_length_2104_cov_0.314618";0;0;0;53;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_436_length_2101_cov_1.897163";0;0;0;309;0;0;0;0;0;0;184;0
+"Turnip_1D_NODE_440_length_2097_cov_0.289340";0;0;0;49;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_442_length_2086_cov_0.719755";0;0;0;81;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_456_length_2065_cov_0.378741";0;0;0;30;0;0;0;0;0;0;23;0
+"Turnip_1D_NODE_461_length_2053_cov_5.041018";0;0;0;143;0;0;0;0;0;0;9;0
+"Turnip_1D_NODE_462_length_2052_cov_1.406753";0;0;0;228;38;0;0;0;0;0;49;0
+"Turnip_1D_NODE_466_length_2043_cov_1.048539";182;0;0;193;0;0;0;0;0;0;16;0
+"Turnip_1D_NODE_471_length_2033_cov_1.009444";0;0;0;151;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_476_length_2023_cov_0.248418";0;0;0;15;0;0;0;0;0;0;21;0
+"Turnip_1D_NODE_477_length_2022_cov_0.548813";18;0;0;81;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_480_length_2009_cov_0.334750";0;0;0;48;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_484_length_2002_cov_0.564800";0;0;0;59;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_486_length_2001_cov_1.192102";41;0;0;99;7;0;0;0;0;0;123;0
+"Turnip_1R_NODE_29_length_2375_cov_0.903470";28;0;0;327;10;0;0;0;0;0;106;0
+"Turnip_1R_NODE_35_length_2262_cov_0.660422";0;0;0;106;0;0;0;0;0;0;25;0
+"Turnip_2D_NODE_1_length_91226_cov_2.393155";1143;0;0;20751;9285;0;0;0;0;0;68518;0
+"Turnip_2D_NODE_2_length_30173_cov_2.061273";0;0;0;4258;2676;0;0;0;0;0;11807;0
+"Turnip_2D_NODE_4_length_21837_cov_2.312160";0;0;0;1925;2183;0;0;0;0;0;3117;0
+"Turnip_2D_NODE_5_length_20303_cov_1.071768";0;0;0;0;994;0;0;0;0;0;0;0
+"Turnip_2D_NODE_6_length_20077_cov_0.956241";0;0;0;0;927;0;0;0;0;0;0;0
+"Turnip_2D_NODE_10_length_15725_cov_1.418643";392;0;0;3692;1254;0;0;0;0;0;5944;0
+"Turnip_2D_NODE_11_length_13605_cov_1.009645";0;0;0;0;783;0;0;0;0;0;2831;0
+"Turnip_2D_NODE_13_length_11967_cov_1.235726";0;0;0;0;701;0;0;0;0;0;0;0
+"Turnip_2D_NODE_14_length_11204_cov_1.408685";0;0;0;290;806;0;0;0;0;0;117;0
+"Turnip_2D_NODE_15_length_10752_cov_2.551153";0;0;0;589;1152;0;0;0;0;0;962;0
+"Turnip_2D_NODE_16_length_10408_cov_2.237623";0;0;0;2425;1134;0;0;0;0;0;686;0
+"Turnip_2D_NODE_20_length_8993_cov_1.013196";658;0;0;5470;468;0;0;0;0;0;2528;0
+"Turnip_2D_NODE_21_length_8973_cov_0.882885";0;0;0;321;434;0;0;0;0;0;800;0
+"Turnip_2D_NODE_26_length_8430_cov_1.195110";0;0;0;0;431;0;0;0;0;0;0;0
+"Turnip_2D_NODE_36_length_7256_cov_1.050217";0;0;0;0;430;0;0;0;0;0;0;0
+"Turnip_2D_NODE_37_length_7159_cov_4.129551";10933;0;903;10163;1617;0;0;0;0;0;796;0
+"Turnip_2D_NODE_39_length_7009_cov_0.881575";130;0;0;1774;342;0;0;0;0;0;2282;0
+"Turnip_2D_NODE_41_length_6899_cov_1.131424";0;0;0;165;335;0;0;0;0;0;377;0
+"Turnip_2D_NODE_45_length_6396_cov_0.638060";714;0;0;3817;321;0;0;0;0;0;1606;0
+"Turnip_2D_NODE_50_length_6065_cov_0.568710";0;0;0;464;196;0;0;0;0;0;0;0
+"Turnip_2D_NODE_51_length_5961_cov_1.577305";0;0;0;197;397;0;0;0;0;0;85;0
+"Turnip_2D_NODE_53_length_5792_cov_4.455252";402;0;94;7823;1240;0;0;0;0;0;303;0
+"Turnip_2D_NODE_55_length_5675_cov_0.888428";41;0;0;639;194;0;0;0;0;0;901;0
+"Turnip_2D_NODE_56_length_5615_cov_0.842019";0;0;0;0;214;0;0;0;0;0;0;0
+"Turnip_2D_NODE_57_length_5498_cov_5.581828";19;0;0;442;218;0;0;0;0;0;0;0
+"Turnip_2D_NODE_59_length_5386_cov_4.702035";730;0;58;3120;905;0;0;0;0;0;401;0
+"Turnip_2D_NODE_61_length_5224_cov_1.326270";370;0;146;1719;308;0;0;0;0;0;361;0
+"Turnip_2D_NODE_69_length_4525_cov_0.571623";0;0;0;188;113;0;0;0;0;0;742;0
+"Turnip_2D_NODE_73_length_4342_cov_0.689442";0;0;0;0;108;0;0;0;0;0;0;0
+"Turnip_2D_NODE_85_length_4019_cov_0.621274";4226;0;218;1854;140;0;0;0;0;0;0;0
+"Turnip_2D_NODE_91_length_3877_cov_1.229867";0;0;0;117;214;0;0;0;0;0;128;0
+"Turnip_2D_NODE_92_length_3864_cov_0.847204";0;0;0;521;129;0;0;0;0;0;159;0
+"Turnip_2D_NODE_93_length_3858_cov_6.924953";6041;42;375;4079;834;0;0;0;0;38;632;0
+"Turnip_2D_NODE_97_length_3746_cov_0.675048";125;0;80;38;113;0;0;0;0;0;45;0
+"Turnip_2D_NODE_99_length_3732_cov_1.155895";229;0;24;2263;161;0;0;0;0;15;1379;0
+"Turnip_2D_NODE_103_length_3670_cov_1.027378";209;0;0;1007;92;26;0;0;0;0;567;0
+"Turnip_2D_NODE_107_length_3549_cov_0.535067";0;0;0;0;79;0;0;0;0;0;28;0
+"Turnip_2D_NODE_108_length_3446_cov_0.573064";0;0;0;31;105;0;0;0;0;0;87;0
+"Turnip_2D_NODE_109_length_3440_cov_0.354965";0;0;0;20;55;0;0;0;0;0;0;0
+"Turnip_2D_NODE_120_length_3190_cov_0.635325";0;0;0;65;98;0;0;0;0;0;44;0
+"Turnip_2D_NODE_127_length_3109_cov_4.589202";42;0;17;437;156;0;0;0;0;0;16;0
+"Turnip_2D_NODE_129_length_3043_cov_0.888203";0;0;0;0;128;0;0;0;0;0;0;0
+"Turnip_2D_NODE_130_length_3038_cov_0.905874";0;0;0;26;101;0;0;0;0;0;0;0
+"Turnip_2D_NODE_146_length_2912_cov_0.953680";0;0;0;45;131;0;0;0;0;0;0;0
+"Turnip_2D_NODE_147_length_2907_cov_0.257914";0;0;0;0;45;0;0;0;0;0;67;0
+"Turnip_2D_NODE_149_length_2893_cov_0.784888";0;0;0;0;111;0;0;0;0;0;0;0
+"Turnip_2D_NODE_152_length_2875_cov_0.401383";0;0;0;0;50;0;0;0;0;0;0;0
+"Turnip_2D_NODE_158_length_2807_cov_0.897388";0;0;0;78;106;0;0;0;0;0;0;0
+"Turnip_2D_NODE_185_length_2668_cov_0.348288";0;0;0;0;47;0;0;0;0;0;19;0
+"Turnip_2D_NODE_201_length_2568_cov_0.752970";0;0;0;29;101;0;0;0;0;0;0;0
+"Turnip_2D_NODE_202_length_2567_cov_0.556967";0;0;0;32;67;0;0;0;0;0;40;0
+"Turnip_2D_NODE_218_length_2470_cov_1.915920";0;0;0;417;114;0;0;0;0;0;68;0
+"Turnip_2D_NODE_236_length_2388_cov_0.463954";0;0;0;29;41;0;0;0;0;0;32;0
+"Turnip_2D_NODE_259_length_2288_cov_0.428043";0;0;43;0;64;0;0;0;0;0;27;0
+"Turnip_2D_NODE_280_length_2189_cov_0.302619";86;0;0;449;51;0;0;0;0;0;490;0
+"Turnip_2D_NODE_290_length_2165_cov_0.446026";5;0;19;0;37;0;0;0;0;0;35;0
+"Turnip_2D_NODE_291_length_2163_cov_0.401768";0;0;0;0;81;0;0;0;0;25;24;24
+"Turnip_2D_NODE_298_length_2147_cov_0.661386";41;0;0;0;75;0;0;0;0;0;0;0
+"Turnip_2D_NODE_304_length_2124_cov_0.917877";0;0;0;0;106;0;0;0;0;0;0;0
+"Turnip_2R_NODE_17_length_5266_cov_0.588052";454;0;0;872;168;0;0;0;0;0;1034;0
+"Turnip_2R_NODE_29_length_4424_cov_0.774959";0;0;0;37;85;0;0;0;0;0;79;0
+"Turnip_2R_NODE_32_length_4043_cov_0.792135";715;0;0;605;82;0;0;0;0;0;216;0
+"Turnip_2R_NODE_35_length_3766_cov_2.455894";6290;49;413;6933;871;0;0;0;0;54;1074;0
+"Turnip_2R_NODE_50_length_3376_cov_0.414589";729;0;0;779;92;0;0;0;0;0;1907;0
+"Turnip_2R_NODE_53_length_3298_cov_0.978556";2606;0;211;1277;422;0;0;0;0;0;408;0
+"Turnip_2R_NODE_80_length_2602_cov_0.544242";208;0;25;727;67;0;0;0;0;0;301;0
+"Turnip_2R_NODE_134_length_2007_cov_0.581383";0;0;0;26;11;0;0;0;0;0;115;0
+"Turnip_4D_NODE_1_length_91759_cov_3.866357";12903;0;16363;3329;2345;0;0;0;0;0;14942;0
+"Turnip_4D_NODE_2_length_44123_cov_3.464497";0;0;0;1132;598;0;0;0;0;0;6507;0
+"Turnip_4D_NODE_3_length_38424_cov_2.798627";0;0;0;292;0;0;0;0;0;0;4321;0
+"Turnip_4D_NODE_4_length_33364_cov_2.165930";0;0;0;407;630;0;0;0;0;0;3086;0
+"Turnip_4D_NODE_5_length_29071_cov_2.405196";0;0;0;9864;0;0;0;0;0;0;3058;0
+"Turnip_4D_NODE_6_length_26571_cov_2.950461";0;0;0;32019;190;0;0;0;0;0;4782;0
+"Turnip_4D_NODE_7_length_26411_cov_3.806879";0;0;0;1030;0;0;0;0;0;0;5564;1338
+"Turnip_4D_NODE_8_length_26346_cov_1.900034";0;0;0;2561;0;0;0;0;0;0;1882;0
+"Turnip_4D_NODE_9_length_23510_cov_2.094128";0;0;0;0;0;0;0;0;0;0;2003;0
+"Turnip_4D_NODE_10_length_20792_cov_12.425647";0;0;0;827;0;0;0;0;0;0;10056;0
+"Turnip_4D_NODE_12_length_20382_cov_7.448235";0;0;0;950;0;0;0;0;0;0;1866;0
+"Turnip_4D_NODE_13_length_18030_cov_9.180473";0;0;0;871;445;0;0;0;0;0;7957;0
+"Turnip_4D_NODE_14_length_17893_cov_14.380671";0;0;0;1339;0;0;0;0;0;0;9557;0
+"Turnip_4D_NODE_15_length_17864_cov_6.681739";0;0;0;2642;0;0;0;0;0;0;5796;0
+"Turnip_4D_NODE_17_length_16919_cov_5.151263";0;0;0;1882;0;0;0;0;0;0;4321;327
+"Turnip_4D_NODE_18_length_16383_cov_3.414062";0;0;0;1234;0;0;0;0;0;0;2473;0
+"Turnip_4D_NODE_20_length_15967_cov_18.085795";0;0;0;3559;0;0;0;0;0;0;12715;0
+"Turnip_4D_NODE_22_length_15194_cov_1.093914";0;0;0;0;295;0;0;0;0;0;875;0
+"Turnip_4D_NODE_23_length_15116_cov_9.097271";1066;0;253;4817;285;0;0;0;0;0;5175;0
+"Turnip_4D_NODE_24_length_15056_cov_13.458972";0;0;0;706;0;0;0;0;0;0;7570;0
+"Turnip_4D_NODE_25_length_14927_cov_11.127905";0;0;0;1699;228;0;0;0;0;0;7834;0
+"Turnip_4D_NODE_26_length_14603_cov_10.248342";0;0;0;3183;0;0;0;0;0;0;6422;0
+"Turnip_4D_NODE_28_length_13755_cov_5.220062";0;0;0;276;201;0;0;0;0;0;2352;0
+"Turnip_4D_NODE_29_length_13718_cov_6.447576";0;0;0;548;0;0;0;0;0;0;3497;0
+"Turnip_4D_NODE_34_length_12619_cov_9.900416";0;0;0;1529;142;0;0;0;0;0;5352;0
+"Turnip_4D_NODE_35_length_12572_cov_15.526075";0;0;0;4135;0;0;0;0;0;0;7878;0
+"Turnip_4D_NODE_36_length_12535_cov_12.603804";981;0;0;3851;147;0;0;0;0;0;1949;0
+"Turnip_4D_NODE_37_length_12432_cov_44.380740";0;0;0;601;0;0;0;0;0;0;842;0
+"Turnip_4D_NODE_41_length_12070_cov_8.858913";1941;0;0;810;101;0;0;0;0;0;4233;0
+"Turnip_4D_NODE_46_length_11184_cov_40.408429";4675;0;0;3354;159;0;0;0;0;0;20615;168
+"Turnip_4D_NODE_47_length_11017_cov_9.246740";385;0;0;3194;257;0;0;0;0;0;4663;0
+"Turnip_4D_NODE_48_length_10963_cov_6.136859";0;0;0;1429;56;0;0;0;0;0;2664;0
+"Turnip_4D_NODE_49_length_10877_cov_12.066605";0;0;0;101;35;0;0;0;0;0;991;0
+"Turnip_4D_NODE_50_length_10780_cov_1.103257";0;0;0;0;0;0;0;0;0;0;440;0
+"Turnip_4D_NODE_51_length_10604_cov_46.440966";38;0;0;508;16;0;0;0;0;0;1874;9
+"Turnip_4D_NODE_52_length_10454_cov_2.372615";0;0;0;1631;0;0;0;0;0;0;1440;0
+"Turnip_4D_NODE_53_length_10377_cov_6.747415";3722;0;0;13478;1231;0;0;0;0;0;4491;0
+"Turnip_4D_NODE_57_length_9863_cov_14.080731";201;0;0;1760;0;0;0;0;0;0;3155;0
+"Turnip_4D_NODE_60_length_9678_cov_1.054340";0;0;0;0;0;0;0;0;0;0;426;0
+"Turnip_4D_NODE_61_length_9434_cov_37.893521";0;0;0;268;0;0;0;0;0;0;275;0
+"Turnip_4D_NODE_62_length_9338_cov_0.992618";0;0;0;111;0;0;0;0;0;0;490;0
+"Turnip_4D_NODE_64_length_9292_cov_1.520895";0;0;74;80;0;0;0;0;0;0;528;0
+"Turnip_4D_NODE_65_length_9149_cov_7.149523";0;0;0;595;0;0;0;0;0;0;3560;0
+"Turnip_4D_NODE_67_length_9043_cov_12.483176";0;0;0;977;0;0;0;0;0;0;4007;0
+"Turnip_4D_NODE_68_length_9031_cov_1.269205";0;0;0;70;0;0;0;0;0;0;433;0
+"Turnip_4D_NODE_69_length_8894_cov_2.046082";0;0;0;472;0;0;0;0;0;0;741;0
+"Turnip_4D_NODE_70_length_8875_cov_10.018176";0;0;0;1769;0;0;0;0;0;0;3517;0
+"Turnip_4D_NODE_73_length_8609_cov_3.448243";0;0;0;4084;0;0;0;0;0;0;1149;0
+"Turnip_4D_NODE_74_length_8498_cov_1.765858";0;0;0;872;404;0;0;0;0;0;793;0
+"Turnip_4D_NODE_75_length_8478_cov_8.294815";193;0;0;568;39;0;0;0;0;0;2017;0
+"Turnip_4D_NODE_78_length_8334_cov_35.244060";0;0;0;653;12;0;0;0;0;0;5593;42
+"Turnip_4D_NODE_80_length_8203_cov_3.050149";0;0;0;3237;74;0;0;0;0;0;1074;0
+"Turnip_4D_NODE_82_length_7948_cov_1.604015";0;0;0;310;0;0;0;0;0;0;542;0
+"Turnip_4D_NODE_83_length_7937_cov_1.443278";0;0;0;0;0;0;0;0;0;0;498;0
+"Turnip_4D_NODE_84_length_7921_cov_7.703362";0;0;0;502;130;0;0;0;0;0;2956;0
+"Turnip_4D_NODE_85_length_7920_cov_8.075966";505;0;162;2000;131;0;0;0;0;0;2410;0
+"Turnip_4D_NODE_86_length_7872_cov_2.102389";0;0;0;537;0;0;0;0;0;0;736;0
+"Turnip_4D_NODE_89_length_7582_cov_4.935882";134;0;0;929;0;0;0;0;0;0;1329;0
+"Turnip_4D_NODE_91_length_7566_cov_11.610297";2169;0;0;1045;64;0;0;0;0;0;4897;0
+"Turnip_4D_NODE_93_length_7473_cov_1.005173";0;0;0;0;0;0;0;0;0;0;261;0
+"Turnip_4D_NODE_95_length_7374_cov_2.349662";93;0;0;523;107;0;0;0;0;0;728;0
+"Turnip_4D_NODE_96_length_7298_cov_4.883698";0;0;0;477;0;0;0;0;0;0;1277;0
+"Turnip_4D_NODE_102_length_6967_cov_16.936842";263;0;0;2229;94;0;0;0;0;0;3049;0
+"Turnip_4D_NODE_103_length_6944_cov_4.392988";100;0;0;1138;0;0;0;0;0;0;2062;0
+"Turnip_4D_NODE_106_length_6747_cov_10.025831";69;0;0;805;54;0;0;0;0;0;1312;0
+"Turnip_4D_NODE_107_length_6743_cov_3.673519";114;0;0;1680;0;0;0;0;0;105;1284;0
+"Turnip_4D_NODE_108_length_6736_cov_5.051445";0;0;0;272;0;0;0;0;0;0;1441;0
+"Turnip_4D_NODE_109_length_6713_cov_1.619192";0;0;0;89;111;0;0;0;0;0;493;0
+"Turnip_4D_NODE_111_length_6676_cov_1.748817";0;0;0;1243;364;0;0;0;0;0;715;0
+"Turnip_4D_NODE_112_length_6668_cov_1.385262";0;0;0;452;0;0;0;0;0;0;503;0
+"Turnip_4D_NODE_115_length_6512_cov_0.967267";0;0;0;47;0;0;0;0;0;0;243;0
+"Turnip_4D_NODE_117_length_6410_cov_3.857234";0;0;0;2266;0;0;0;0;0;0;1389;0
+"Turnip_4D_NODE_118_length_6384_cov_1.930957";0;0;0;75;0;0;0;0;0;0;688;0
+"Turnip_4D_NODE_119_length_6378_cov_13.227964";0;0;0;56;0;0;0;0;0;0;3041;0
+"Turnip_4D_NODE_124_length_6170_cov_2.625517";0;0;0;4491;0;0;0;0;0;0;1008;0
+"Turnip_4D_NODE_125_length_6136_cov_15.629556";460;0;0;4321;182;0;0;0;0;0;3977;0
+"Turnip_4D_NODE_126_length_6051_cov_9.084571";0;0;0;308;119;0;0;0;0;0;2347;0
+"Turnip_4D_NODE_127_length_6047_cov_1.632432";0;0;0;101;97;0;0;0;0;0;607;0
+"Turnip_4D_NODE_128_length_6046_cov_7.506673";212;0;0;2147;85;0;0;0;0;0;1349;0
+"Turnip_4D_NODE_132_length_5860_cov_11.232862";127;0;0;450;0;0;0;0;0;0;556;0
+"Turnip_4D_NODE_133_length_5833_cov_15.314055";0;0;0;280;0;0;0;0;0;0;976;0
+"Turnip_4D_NODE_135_length_5746_cov_2.109984";88;0;0;443;57;0;0;0;0;0;566;0
+"Turnip_4D_NODE_136_length_5736_cov_1.176859";0;0;0;47;0;0;0;0;0;0;298;0
+"Turnip_4D_NODE_138_length_5593_cov_7.608306";134;0;0;1803;60;0;0;0;0;0;2073;0
+"Turnip_4D_NODE_141_length_5571_cov_1.083211";0;0;0;200;0;0;0;0;0;0;278;0
+"Turnip_4D_NODE_142_length_5558_cov_6.269564";0;0;0;3406;215;0;0;0;0;0;1353;0
+"Turnip_4D_NODE_143_length_5557_cov_0.927624";0;0;0;242;0;0;0;0;0;0;230;0
+"Turnip_4D_NODE_148_length_5531_cov_1.858623";0;0;0;762;0;0;0;0;0;0;550;0
+"Turnip_4D_NODE_149_length_5513_cov_0.874304";0;0;0;0;0;0;0;0;0;0;183;0
+"Turnip_4D_NODE_150_length_5478_cov_0.822089";41;0;0;0;0;0;0;0;0;0;158;0
+"Turnip_4D_NODE_151_length_5458_cov_1.642093";0;0;0;719;0;0;0;0;0;0;356;0
+"Turnip_4D_NODE_152_length_5421_cov_10.651114";0;0;0;1491;84;0;0;0;0;0;2264;0
+"Turnip_4D_NODE_154_length_5322_cov_0.916843";0;0;0;46;0;0;0;0;0;0;208;0
+"Turnip_4D_NODE_156_length_5295_cov_1.116680";0;0;0;54;0;0;0;0;0;0;240;0
+"Turnip_4D_NODE_158_length_5178_cov_23.855474";0;0;0;9;0;0;0;0;0;0;1147;0
+"Turnip_4D_NODE_164_length_5023_cov_0.708742";0;0;0;69;42;0;0;0;0;0;178;0
+"Turnip_4D_NODE_167_length_5007_cov_1.056352";0;0;0;60;0;0;0;0;0;0;243;0
+"Turnip_4D_NODE_168_length_4999_cov_1.129105";43;0;81;70;0;0;0;0;0;0;257;0
+"Turnip_4D_NODE_170_length_4961_cov_1.274514";0;0;0;81;0;0;0;0;0;0;384;72
+"Turnip_4D_NODE_171_length_4956_cov_0.855457";23;0;0;0;0;0;0;0;0;0;181;0
+"Turnip_4D_NODE_173_length_4905_cov_7.443910";5503;0;534;5782;175;0;0;0;0;0;1343;0
+"Turnip_4D_NODE_174_length_4884_cov_2.552659";0;0;0;131;60;0;0;0;0;0;580;0
+"Turnip_4D_NODE_177_length_4836_cov_2.032916";72;0;0;584;172;0;0;0;0;0;514;0
+"Turnip_4D_NODE_178_length_4830_cov_6.827982";0;0;0;391;62;0;0;0;0;0;1445;0
+"Turnip_4D_NODE_180_length_4785_cov_1.618506";80;0;0;201;0;0;0;0;0;0;378;0
+"Turnip_4D_NODE_182_length_4778_cov_7.990970";0;0;0;981;51;0;0;0;0;0;1233;0
+"Turnip_4D_NODE_187_length_4751_cov_1.500433";0;0;0;0;0;0;0;0;0;0;317;0
+"Turnip_4D_NODE_189_length_4707_cov_1.699127";0;0;0;0;0;0;0;0;0;0;311;0
+"Turnip_4D_NODE_190_length_4701_cov_0.865982";65;0;0;0;0;0;0;0;0;0;148;0
+"Turnip_4D_NODE_195_length_4564_cov_1.584855";0;0;0;645;77;0;0;0;0;0;384;0
+"Turnip_4D_NODE_196_length_4554_cov_2.108200";0;0;0;211;0;0;0;0;0;0;388;0
+"Turnip_4D_NODE_198_length_4511_cov_3.937500";0;0;0;108;0;0;0;0;0;0;692;0
+"Turnip_4D_NODE_199_length_4508_cov_3.485962";136;0;0;988;0;0;0;0;0;0;860;0
+"Turnip_4D_NODE_200_length_4506_cov_0.725051";0;0;0;252;0;0;0;0;0;0;212;0
+"Turnip_4D_NODE_201_length_4504_cov_1.859036";0;0;0;55;0;0;0;0;0;0;124;0
+"Turnip_4D_NODE_212_length_4367_cov_3.890330";286;0;45;749;123;0;0;0;0;30;1002;56
+"Turnip_4D_NODE_218_length_4255_cov_1.042878";0;0;0;39;0;0;0;0;0;0;182;0
+"Turnip_4D_NODE_219_length_4252_cov_2.769697";0;0;0;68;0;0;0;0;0;0;478;0
+"Turnip_4D_NODE_220_length_4199_cov_3.635069";0;0;0;490;0;0;0;0;0;0;727;0
+"Turnip_4D_NODE_223_length_4145_cov_1.041812";0;0;0;0;0;0;0;0;0;0;192;0
+"Turnip_4D_NODE_224_length_4088_cov_1.546074";0;0;0;103;0;0;0;0;0;0;275;0
+"Turnip_4D_NODE_225_length_4086_cov_0.703208";0;0;0;0;41;0;0;0;0;0;106;0
+"Turnip_4D_NODE_226_length_4063_cov_1.127541";0;0;0;233;39;0;0;0;0;0;236;0
+"Turnip_4D_NODE_229_length_4002_cov_1.112516";0;0;0;0;0;0;0;0;0;0;184;0
+"Turnip_4D_NODE_230_length_4001_cov_0.708828";0;0;0;0;0;0;0;0;0;0;186;0
+"Turnip_4D_NODE_232_length_3958_cov_3.619943";941;0;0;433;33;0;0;0;0;0;667;0
+"Turnip_4D_NODE_233_length_3948_cov_9.079037";0;0;0;48;0;0;0;0;0;0;1023;0
+"Turnip_4D_NODE_234_length_3944_cov_0.943935";0;0;0;214;63;0;0;0;0;0;209;0
+"Turnip_4D_NODE_235_length_3935_cov_12.312237";0;0;0;221;0;0;0;0;0;0;587;0
+"Turnip_4D_NODE_239_length_3856_cov_0.634755";0;0;0;129;30;0;0;0;0;0;100;0
+"Turnip_4D_NODE_241_length_3840_cov_0.902235";0;0;0;129;0;0;0;0;0;0;157;0
+"Turnip_4D_NODE_243_length_3831_cov_0.853672";0;0;0;45;0;0;0;0;0;0;170;0
+"Turnip_4D_NODE_244_length_3816_cov_1.223909";0;0;0;0;0;0;0;0;0;0;202;0
+"Turnip_4D_NODE_252_length_3728_cov_4.155235";28;0;0;403;0;0;0;0;0;0;730;0
+"Turnip_4D_NODE_254_length_3702_cov_1.217063";0;0;0;315;0;0;0;0;0;0;891;0
+"Turnip_4D_NODE_255_length_3682_cov_2.150774";0;0;0;66;0;0;0;0;0;0;206;0
+"Turnip_4D_NODE_257_length_3669_cov_10.075381";222;0;0;1832;105;0;0;0;0;0;2586;0
+"Turnip_4D_NODE_258_length_3655_cov_0.854308";0;0;0;158;0;0;0;0;0;0;164;0
+"Turnip_4D_NODE_259_length_3652_cov_0.851348";0;0;0;30;0;0;0;0;0;0;120;0
+"Turnip_4D_NODE_262_length_3631_cov_0.530251";0;0;0;0;0;0;0;0;0;0;230;0
+"Turnip_4D_NODE_263_length_3630_cov_0.926063";0;0;0;44;0;0;0;0;0;0;158;0
+"Turnip_4D_NODE_264_length_3630_cov_0.853840";0;0;0;248;0;0;0;0;0;0;107;0
+"Turnip_4D_NODE_271_length_3583_cov_1.568576";0;0;0;46;43;0;0;0;0;0;231;0
+"Turnip_4D_NODE_272_length_3572_cov_6.206386";0;0;0;39;40;0;0;0;0;0;947;0
+"Turnip_4D_NODE_274_length_3549_cov_0.662770";31;0;0;91;0;0;0;0;0;0;179;0
+"Turnip_4D_NODE_275_length_3529_cov_3.853616";0;0;0;56;34;0;0;0;0;0;629;0
+"Turnip_4D_NODE_276_length_3525_cov_1.043261";0;0;0;80;35;0;0;0;0;0;190;0
+"Turnip_4D_NODE_278_length_3506_cov_0.892276";0;0;0;166;83;0;0;0;0;0;190;0
+"Turnip_4D_NODE_279_length_3501_cov_0.740368";0;0;0;38;0;0;0;0;0;0;121;0
+"Turnip_4D_NODE_280_length_3498_cov_0.553248";0;0;0;0;0;0;0;0;0;0;109;0
+"Turnip_4D_NODE_286_length_3421_cov_6.131755";0;0;0;213;20;0;0;0;0;0;862;0
+"Turnip_4D_NODE_288_length_3405_cov_1.935937";0;0;0;25;0;0;0;0;0;0;290;0
+"Turnip_4D_NODE_292_length_3340_cov_3.409897";222;0;76;37;111;0;0;0;0;0;180;0
+"Turnip_4D_NODE_295_length_3297_cov_1.208517";0;0;0;185;0;0;0;0;0;0;159;0
+"Turnip_4D_NODE_297_length_3293_cov_1.153822";30;0;38;110;0;0;0;0;0;11;109;0
+"Turnip_4D_NODE_301_length_3242_cov_3.827929";31;0;0;694;41;0;0;0;0;0;714;0
+"Turnip_4D_NODE_305_length_3219_cov_1.801423";86;0;0;394;0;0;0;0;0;0;330;0
+"Turnip_4D_NODE_307_length_3203_cov_2.735696";49;0;0;713;0;0;0;0;0;0;322;0
+"Turnip_4D_NODE_311_length_3190_cov_1.340842";46;0;0;145;0;0;0;0;0;0;221;0
+"Turnip_4D_NODE_313_length_3174_cov_0.869708";0;0;0;42;0;0;0;0;0;0;127;0
+"Turnip_4D_NODE_314_length_3167_cov_0.993750";0;0;0;40;0;0;0;0;0;0;123;0
+"Turnip_4D_NODE_315_length_3163_cov_0.726614";0;0;0;0;0;0;0;0;0;0;100;0
+"Turnip_4D_NODE_318_length_3150_cov_1.098578";159;0;0;107;106;0;35;0;0;0;288;0
+"Turnip_4D_NODE_319_length_3145_cov_18.807820";31;0;0;326;21;0;0;0;0;13;745;111
+"Turnip_4D_NODE_320_length_3133_cov_1.953094";0;0;0;137;0;0;0;0;0;0;262;0
+"Turnip_4D_NODE_321_length_3115_cov_6.123494";0;0;0;301;0;0;0;0;0;0;848;0
+"Turnip_4D_NODE_326_length_3091_cov_10.899798";0;0;0;96;0;0;0;0;0;0;448;0
+"Turnip_4D_NODE_327_length_3074_cov_1.479131";0;0;0;136;0;0;0;0;0;0;173;0
+"Turnip_4D_NODE_328_length_3074_cov_0.766203";0;0;0;0;23;0;0;0;0;0;231;0
+"Turnip_4D_NODE_330_length_3066_cov_1.899966";0;0;0;213;0;0;0;0;0;0;274;0
+"Turnip_4D_NODE_332_length_3061_cov_3.977846";169;0;0;1063;55;0;0;0;0;0;958;0
+"Turnip_4D_NODE_333_length_3061_cov_3.260736";50;0;0;889;35;0;0;0;0;0;276;0
+"Turnip_4D_NODE_335_length_3038_cov_0.925799";0;0;0;184;29;0;0;0;0;0;108;0
+"Turnip_4D_NODE_336_length_3029_cov_1.810820";65;0;0;692;0;0;0;0;0;0;310;0
+"Turnip_4D_NODE_338_length_3011_cov_0.678571";0;0;0;52;0;0;0;0;0;0;121;0
+"Turnip_4D_NODE_339_length_2978_cov_0.832690";0;0;0;0;26;0;0;0;0;0;146;0
+"Turnip_4D_NODE_345_length_2940_cov_3.805901";158;0;0;989;31;0;0;0;0;0;488;0
+"Turnip_4D_NODE_346_length_2933_cov_0.976835";0;0;0;55;23;0;0;0;0;0;230;0
+"Turnip_4D_NODE_352_length_2878_cov_1.487823";0;0;0;61;0;0;0;0;0;0;204;0
+"Turnip_4D_NODE_354_length_2867_cov_0.842336";0;0;0;29;0;0;0;0;0;0;151;0
+"Turnip_4D_NODE_356_length_2866_cov_2.621395";14;0;0;242;0;0;0;0;0;0;153;0
+"Turnip_4D_NODE_357_length_2866_cov_0.504929";46;33;80;25;0;0;0;0;0;0;111;0
+"Turnip_4D_NODE_358_length_2865_cov_1.580351";0;0;0;157;0;0;0;0;0;0;213;0
+"Turnip_4D_NODE_361_length_2843_cov_1.410898";0;0;0;42;19;0;0;0;0;0;179;0
+"Turnip_4D_NODE_362_length_2843_cov_0.942931";0;0;0;0;0;0;0;0;0;0;102;0
+"Turnip_4D_NODE_368_length_2785_cov_1.328066";0;0;0;462;0;0;0;0;0;0;152;0
+"Turnip_4D_NODE_371_length_2762_cov_0.703226";0;0;0;0;0;0;0;0;0;0;77;0
+"Turnip_4D_NODE_374_length_2747_cov_2.779771";0;0;0;307;0;0;0;0;0;0;333;0
+"Turnip_4D_NODE_377_length_2737_cov_0.785441";0;0;0;0;31;0;0;0;0;0;105;0
+"Turnip_4D_NODE_378_length_2735_cov_1.499233";0;0;0;31;0;0;0;0;0;0;172;0
+"Turnip_4D_NODE_381_length_2694_cov_0.580444";0;0;0;0;22;0;0;0;0;0;180;0
+"Turnip_4D_NODE_382_length_2692_cov_3.123197";48;0;0;233;0;0;0;0;0;29;234;0
+"Turnip_4D_NODE_383_length_2691_cov_6.747660";0;0;0;28;0;0;0;0;0;0;615;0
+"Turnip_4D_NODE_384_length_2681_cov_1.787392";0;0;0;84;0;0;0;0;0;0;200;0
+"Turnip_4D_NODE_385_length_2678_cov_0.651901";0;0;0;129;0;0;0;0;0;0;65;0
+"Turnip_4D_NODE_387_length_2674_cov_4.155477";15;0;0;689;9;0;0;0;0;0;288;0
+"Turnip_4D_NODE_388_length_2670_cov_0.407393";25;29;24;17;0;0;0;0;0;0;71;0
+"Turnip_4D_NODE_389_length_2655_cov_0.585839";0;0;0;42;0;0;0;0;0;0;74;0
+"Turnip_4D_NODE_404_length_2563_cov_1.235632";0;0;0;0;0;0;0;0;0;0;122;0
+"Turnip_4D_NODE_409_length_2548_cov_1.095002";0;0;0;21;21;0;0;0;0;0;95;0
+"Turnip_4D_NODE_410_length_2548_cov_0.598100";0;0;0;41;0;0;0;0;0;0;51;0
+"Turnip_4D_NODE_415_length_2523_cov_0.538397";0;0;0;0;0;0;0;0;0;0;69;0
+"Turnip_4D_NODE_417_length_2520_cov_6.253656";0;0;0;44;24;0;0;0;0;0;646;0
+"Turnip_4D_NODE_425_length_2493_cov_1.500000";0;0;0;147;0;0;0;0;0;0;195;0
+"Turnip_4D_NODE_427_length_2476_cov_2.776501";0;0;0;0;0;0;0;0;0;0;326;0
+"Turnip_4D_NODE_431_length_2459_cov_3.057461";0;0;0;118;0;0;0;0;0;0;314;0
+"Turnip_4D_NODE_433_length_2451_cov_5.871343";936;0;89;1757;69;0;0;0;0;0;528;0
+"Turnip_4D_NODE_435_length_2441_cov_3.175022";475;0;0;137;0;0;0;0;0;0;563;0
+"Turnip_4D_NODE_436_length_2437_cov_2.718182";0;0;0;0;0;0;0;0;0;0;283;0
+"Turnip_4D_NODE_441_length_2409_cov_1.081069";0;0;0;0;32;0;0;0;16;0;123;0
+"Turnip_4D_NODE_442_length_2408_cov_0.553705";0;0;0;23;0;0;0;0;0;0;152;0
+"Turnip_4D_NODE_462_length_2322_cov_1.092483";0;0;0;0;0;0;0;0;0;0;90;0
+"Turnip_4D_NODE_467_length_2308_cov_1.013755";0;0;0;70;0;19;0;0;0;21;113;0
+"Turnip_4D_NODE_469_length_2287_cov_0.526389";0;0;0;0;0;0;0;0;0;0;54;0
+"Turnip_4D_NODE_470_length_2286_cov_0.585919";0;0;0;19;18;0;0;0;0;0;88;0
+"Turnip_4D_NODE_478_length_2258_cov_0.711403";0;0;0;23;0;0;0;0;0;0;53;0
+"Turnip_4D_NODE_480_length_2253_cov_0.685795";0;0;0;0;0;0;0;0;0;0;68;0
+"Turnip_4D_NODE_488_length_2220_cov_3.377926";0;0;0;101;0;0;0;0;0;0;283;0
+"Turnip_4D_NODE_490_length_2215_cov_1.207854";33;0;0;0;0;0;0;0;0;0;98;0
+"Turnip_4D_NODE_491_length_2215_cov_0.546935";0;0;0;0;0;0;0;0;0;0;55;0
+"Turnip_4D_NODE_495_length_2208_cov_0.929841";0;0;0;0;0;0;0;0;0;0;84;0
+"Turnip_4D_NODE_498_length_2201_cov_1.192864";0;0;0;0;0;0;0;0;0;0;115;0
+"Turnip_4D_NODE_499_length_2196_cov_2.022233";0;0;0;69;77;0;0;0;0;0;340;130
+"Turnip_4D_NODE_502_length_2190_cov_2.296655";0;0;0;269;0;0;0;0;0;0;245;0
+"Turnip_4D_NODE_505_length_2177_cov_0.463415";0;0;16;45;0;0;0;0;0;0;59;0
+"Turnip_4D_NODE_510_length_2165_cov_0.607458";0;0;0;53;0;0;0;0;0;0;91;0
+"Turnip_4D_NODE_512_length_2156_cov_1.701331";0;0;0;86;0;0;0;0;0;0;175;0
+"Turnip_4D_NODE_513_length_2152_cov_0.621728";0;0;0;0;0;0;0;0;0;0;48;0
+"Turnip_4D_NODE_514_length_2149_cov_0.804649";0;0;0;0;28;0;0;0;0;0;70;0
+"Turnip_4D_NODE_516_length_2137_cov_1.356219";17;76;147;37;736;173;345;0;0;636;202;354
+"Turnip_4D_NODE_520_length_2126_cov_0.999500";0;0;0;0;0;0;0;0;0;0;134;0
+"Turnip_4D_NODE_527_length_2088_cov_0.358491";0;0;117;39;0;0;27;0;0;0;36;0
+"Turnip_4D_NODE_530_length_2086_cov_0.476774";0;0;0;0;0;0;0;0;0;0;118;0
+"Turnip_4D_NODE_531_length_2085_cov_1.637896";26;0;0;517;17;0;0;0;0;0;172;0
+"Turnip_4D_NODE_537_length_2061_cov_4.497415";24;0;28;1751;53;0;0;0;0;0;383;0
+"Turnip_4D_NODE_538_length_2061_cov_1.750776";0;0;0;46;0;0;0;0;0;0;227;22
+"Turnip_4D_NODE_540_length_2057_cov_0.748705";0;0;0;30;0;0;0;0;0;0;58;0
+"Turnip_4D_NODE_546_length_2044_cov_1.321857";0;0;0;0;0;0;0;0;0;0;88;0
+"Turnip_4D_NODE_555_length_2021_cov_1.167899";0;0;0;0;0;0;0;0;0;0;99;0
+"Turnip_4D_NODE_560_length_2000_cov_0.686599";0;0;0;9;0;0;0;0;0;0;23;0
+"Turnip_4R_NODE_1_length_29088_cov_5.262871";3055;0;1770;0;0;0;0;0;0;0;0;0
+"Turnip_4R_NODE_5_length_13289_cov_1.135086";521;0;0;4447;353;0;0;0;0;0;4966;0
+"Turnip_4R_NODE_6_length_13002_cov_2.136544";0;0;0;1480;0;0;0;0;0;0;19754;190
+"Turnip_4R_NODE_37_length_4132_cov_1.853184";0;0;0;0;0;0;0;0;0;0;3574;0
+"Turnip_4R_NODE_42_length_3731_cov_0.440067";242;0;0;642;48;0;0;0;0;0;791;0
+"Turnip_4R_NODE_47_length_3664_cov_0.913769";43;0;0;606;23;0;0;0;0;0;216;0
+"Turnip_4R_NODE_54_length_3389_cov_0.828020";196;0;19;1414;67;0;0;0;0;0;1361;0
+"Turnip_4R_NODE_91_length_2335_cov_21.729167";0;0;0;0;0;0;0;0;0;0;109;0
+"Buffer_1D_NODE_3_length_14736_cov_25.708194";0;0;1992;0;0;0;0;0;0;0;0;0
diff --git a/results/Phyloseq_analysis/DNA_abundance_clean_sub.txt b/results/Phyloseq_analysis/DNA_abundance_clean_sub.txt
new file mode 100644
index 0000000..c14141f
--- /dev/null
+++ b/results/Phyloseq_analysis/DNA_abundance_clean_sub.txt
@@ -0,0 +1,1114 @@
+"Cabbage_1D";"Cabbage_2D";"Cabbage_3D";"Turnip_1D";"Turnip_2D";"Carrot_2D";"Carrot_3D";"Cabbage_4D";"Turnip_4D";"Carrot_4D"
+"Cabbage_1D_100k_NODE_1_length_31726_cov_5.016045";795861;1480;27339;0;0;0;0;270;0;0
+"Cabbage_1D_100k_NODE_2_length_23337_cov_6.528134";603269;4219;73674;0;0;0;0;1319;0;0
+"Cabbage_1D_100k_NODE_3_length_21698_cov_3.470678";371002;533;13431;0;0;0;0;0;0;0
+"Cabbage_1D_100k_NODE_9_length_9008_cov_3.105506";45774;258;5161;0;0;0;0;67;0;0
+"Cabbage_1D_100k_NODE_11_length_8371_cov_0.606502";24080;130;1409;6498;391;0;0;302;295;0
+"Cabbage_1D_100k_NODE_16_length_6202_cov_2.961975";8083;38;777;0;0;0;0;21;0;0
+"Cabbage_1D_100k_NODE_22_length_3508_cov_4.961846";2922;10;308;0;0;0;0;14;0;0
+"Cabbage_3D_100k_NODE_2_length_16738_cov_1.115165";246894;2118;39601;0;0;0;0;676;0;0
+"Cabbage_3D_100k_NODE_3_length_5026_cov_2.118800";92;0;24667;0;123;0;0;27;0;0
+"Turnip_1D_100k_NODE_4_length_11730_cov_0.627338";661;0;362;15885;562;0;0;0;3363;91
+"Turnip_1D_100k_NODE_8_length_8670_cov_0.446330";0;0;0;12797;0;0;0;0;939;0
+"Turnip_1D_100k_NODE_11_length_7253_cov_0.383946";446;0;0;5031;80;0;0;0;1044;0
+"Turnip_1D_100k_NODE_13_length_7045_cov_0.405464";621;0;0;7181;235;0;0;34;2530;0
+"Turnip_1D_100k_NODE_42_length_3183_cov_0.161649";0;0;0;987;0;0;0;0;242;0
+"Turnip_1D_100k_NODE_43_length_3165_cov_0.251152";160;0;0;1127;60;0;0;0;461;0
+"Turnip_1D_100k_NODE_44_length_3156_cov_0.395180";0;0;0;4018;0;0;0;0;236;0
+"Turnip_1D_100k_NODE_46_length_3033_cov_0.191672";296;0;0;2368;54;0;0;0;478;0
+"Turnip_1D_100k_NODE_47_length_2968_cov_0.253432";143;0;0;535;20;0;0;0;191;0
+"Turnip_1D_100k_NODE_48_length_2914_cov_0.349480";0;0;0;3850;160;0;0;0;613;0
+"Turnip_1D_100k_NODE_49_length_2848_cov_0.466005";8;0;0;203;6;0;0;0;90;0
+"Turnip_1D_100k_NODE_56_length_2601_cov_0.232821";32;0;0;1773;21;0;0;0;473;0
+"Turnip_1D_100k_NODE_60_length_2534_cov_0.224346";0;0;0;1174;16;0;0;27;94;0
+"Turnip_1D_100k_NODE_61_length_2484_cov_0.182860";34;0;0;222;6;0;0;0;428;0
+"Turnip_1D_100k_NODE_63_length_2395_cov_0.165344";0;0;0;80;0;0;0;0;9;0
+"Turnip_1D_100k_NODE_72_length_2118_cov_0.131090";0;0;0;118;0;0;0;0;464;0
+"Turnip_1R_100k_NODE_7_length_4275_cov_0.857763";0;0;0;5888;121;0;0;0;0;0
+"Turnip_1R_100k_NODE_14_length_2966_cov_0.693202";767;0;158;4339;213;0;0;0;553;0
+"Turnip_2D_100k_NODE_10_length_2176_cov_0.151781";2434;0;132;2353;427;0;0;19;292;0
+"Cabbage_1D_400k_NODE_5_length_16947_cov_4.240844";78263;344;4045;9315;396;0;0;450;1054;0
+"Cabbage_1D_400k_NODE_10_length_11123_cov_9.138687";34407;111;1711;1707;0;0;0;72;0;0
+"Cabbage_1D_400k_NODE_12_length_8971_cov_0.819878";2120;0;30;661;111;0;0;0;3642;61
+"Cabbage_1D_400k_NODE_20_length_6947_cov_7.505279";15499;68;665;0;0;0;0;0;0;0
+"Cabbage_1D_400k_NODE_36_length_4489_cov_0.680880";2223;0;687;0;30;0;0;0;0;0
+"Cabbage_1D_400k_NODE_52_length_3317_cov_0.607210";1076;0;0;88;0;0;0;0;88;0
+"Cabbage_1D_400k_NODE_77_length_2424_cov_0.313452";143;0;24;0;0;0;0;0;0;0
+"Cabbage_2D_400k_NODE_2_length_18785_cov_2.239736";106560;3305;19854;0;0;0;0;330;0;0
+"Cabbage_3D_400k_NODE_5_length_10093_cov_2.438792";17399;92;2015;0;0;0;0;13;0;0
+"Cabbage_3D_400k_NODE_12_length_7064_cov_6.153813";77;0;18871;0;108;0;0;0;0;0
+"Cabbage_3D_400k_NODE_16_length_6520_cov_1.060066";261;0;268;0;0;0;0;0;0;0
+"Cabbage_3D_400k_NODE_47_length_3207_cov_2.485390";31815;195;4561;0;0;0;0;88;0;0
+"Carrot_2D_400k_NODE_1_length_49029_cov_2.719787";0;0;0;0;0;84856;1209;0;0;0
+"Carrot_2D_400k_NODE_2_length_44763_cov_2.971682";0;0;0;0;0;82273;0;0;0;0
+"Carrot_2D_400k_NODE_3_length_44433_cov_3.932154";0;0;0;0;0;111583;0;0;0;0
+"Carrot_2D_400k_NODE_5_length_19072_cov_1.157667";0;0;0;0;0;11949;0;0;0;0
+"Carrot_2D_400k_NODE_10_length_4187_cov_0.655172";0;0;0;0;0;825;0;0;0;0
+"Carrot_2D_400k_NODE_16_length_3153_cov_0.266689";0;0;0;0;0;180;0;0;0;0
+"Carrot_2D_400k_NODE_24_length_2612_cov_0.500201";0;0;0;0;0;96;0;0;0;0
+"Carrot_2D_400k_NODE_30_length_2369_cov_0.549063";0;0;0;0;0;741;0;0;0;0
+"Carrot_2D_400k_NODE_36_length_2327_cov_2.419091";0;0;0;0;0;7857;0;0;0;0
+"Carrot_2D_400k_NODE_37_length_2299_cov_0.445212";0;0;0;0;0;166;0;0;0;0
+"Carrot_2D_400k_NODE_38_length_2132_cov_2.097756";0;0;0;0;0;4717;0;0;0;0
+"Turnip_1D_400k_NODE_4_length_13488_cov_1.013921";1535;0;0;13978;538;0;0;0;6329;0
+"Turnip_1D_400k_NODE_5_length_13208_cov_1.099687";0;0;0;4924;0;0;0;68;4266;0
+"Turnip_1D_400k_NODE_7_length_11942_cov_0.472958";0;0;0;3377;147;0;0;0;490;0
+"Turnip_1D_400k_NODE_13_length_9722_cov_0.528088";1274;0;0;6591;211;0;0;0;2505;0
+"Turnip_1D_400k_NODE_16_length_8593_cov_0.717458";1780;0;18;2026;108;0;0;20;4756;80
+"Turnip_1D_400k_NODE_19_length_8108_cov_1.046736";772;0;71;3602;94;0;0;0;333;0
+"Turnip_1D_400k_NODE_22_length_7433_cov_0.551328";63;0;0;2241;78;0;0;0;1157;0
+"Turnip_1D_400k_NODE_24_length_6526_cov_1.043757";0;0;0;4317;249;0;0;0;549;0
+"Turnip_1D_400k_NODE_25_length_6431_cov_1.426079";773;0;297;3805;78;0;0;0;740;34
+"Turnip_1D_400k_NODE_26_length_6424_cov_1.515007";0;0;0;8282;209;0;0;0;175;0
+"Turnip_1D_400k_NODE_29_length_6120_cov_0.913065";299;0;0;4025;163;0;0;0;1906;0
+"Turnip_1D_400k_NODE_39_length_4869_cov_0.476170";571;0;0;2474;173;0;0;0;1153;0
+"Turnip_1D_400k_NODE_49_length_4244_cov_0.206947";0;0;0;465;0;0;0;0;376;0
+"Turnip_1D_400k_NODE_51_length_4121_cov_2.611668";0;0;0;4813;46;0;0;0;0;0
+"Turnip_1D_400k_NODE_59_length_3845_cov_0.812534";0;0;0;1412;0;0;0;0;144;0
+"Turnip_1D_400k_NODE_60_length_3836_cov_0.577514";99;0;0;1519;88;0;0;0;444;0
+"Turnip_1D_400k_NODE_61_length_3821_cov_0.822685";0;0;0;2146;93;0;0;0;356;0
+"Turnip_1D_400k_NODE_69_length_3604_cov_2.119931";261;0;18;3307;103;0;0;22;1079;0
+"Turnip_1D_400k_NODE_74_length_3395_cov_0.573133";17;0;0;992;0;0;0;0;306;0
+"Turnip_1D_400k_NODE_79_length_3259_cov_1.190294";97;0;0;2563;47;0;0;0;836;0
+"Turnip_1D_400k_NODE_81_length_3219_cov_1.615136";3735;17;207;4251;447;0;0;38;456;0
+"Turnip_1D_400k_NODE_86_length_3114_cov_1.932708";0;0;0;3822;69;0;0;0;0;0
+"Turnip_1D_400k_NODE_94_length_2945_cov_0.525905";0;0;0;3;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_100_length_2896_cov_2.611051";2241;0;78;5069;37;0;0;32;165;0
+"Turnip_1D_400k_NODE_101_length_2895_cov_0.525289";0;0;0;216;7;0;0;0;9;0
+"Turnip_1D_400k_NODE_119_length_2547_cov_0.684711";1272;0;0;1065;29;0;0;0;273;0
+"Turnip_1D_400k_NODE_120_length_2536_cov_0.758406";94;0;15;766;43;0;0;0;429;0
+"Turnip_1D_400k_NODE_131_length_2420_cov_0.531182";0;0;0;453;0;0;0;0;21;0
+"Turnip_1D_400k_NODE_138_length_2319_cov_0.264142";0;0;0;69;0;0;0;0;2;0
+"Turnip_1D_400k_NODE_140_length_2302_cov_0.353103";0;0;0;542;0;0;0;0;780;0
+"Turnip_1D_400k_NODE_160_length_2179_cov_1.211014";0;0;0;1986;68;0;0;0;298;0
+"Turnip_1D_400k_NODE_168_length_2093_cov_0.329095";0;0;0;462;0;0;0;0;92;0
+"Turnip_1D_400k_NODE_170_length_2080_cov_0.392217";0;0;0;215;12;0;0;0;641;1
+"Turnip_1D_400k_NODE_173_length_2071_cov_0.569444";333;0;0;605;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_179_length_2045_cov_0.773201";116;0;13;954;53;0;0;0;576;0
+"Turnip_1D_400k_NODE_185_length_2000_cov_0.185798";0;0;0;128;0;0;0;0;28;0
+"Turnip_1R_400k_NODE_5_length_2786_cov_0.593080";546;0;0;336;0;0;0;0;98;0
+"Turnip_2D_400k_NODE_2_length_14844_cov_0.923830";6127;0;479;13583;3945;0;0;0;1368;0
+"Turnip_2D_400k_NODE_5_length_10564_cov_0.773019";17500;0;1223;22498;2433;0;0;140;3855;0
+"Turnip_2D_400k_NODE_11_length_6138_cov_0.436367";163;0;26;1643;1482;0;0;0;1608;0
+"Turnip_2D_400k_NODE_13_length_5059_cov_0.269465";1122;0;76;7193;349;0;0;0;3243;0
+"Turnip_2D_400k_NODE_21_length_3188_cov_0.243385";0;0;0;98;71;0;0;0;77;0
+"Turnip_2D_400k_NODE_22_length_3142_cov_0.524710";0;0;0;282;310;0;0;0;327;0
+"Turnip_2D_400k_NODE_32_length_2336_cov_0.356270";0;0;0;17;38;0;0;0;311;0
+"Turnip_2D_400k_NODE_33_length_2276_cov_0.888320";325;0;0;1324;430;0;0;0;48;0
+"Turnip_2D_400k_NODE_39_length_2100_cov_0.150025";25;0;0;186;59;0;0;0;123;0
+"Turnip_2D_400k_NODE_40_length_2095_cov_0.273882";43;0;0;443;112;0;0;0;267;0
+"Turnip_2D_400k_NODE_43_length_2070_cov_0.422028";0;0;0;4;9;0;0;0;9;0
+"Turnip_2R_400k_NODE_1_length_9795_cov_0.889015";2728;0;324;8910;2483;0;0;0;912;0
+"Turnip_2R_400k_NODE_18_length_3514_cov_0.300856";0;0;0;272;126;0;0;0;110;0
+"Turnip_2R_400k_NODE_40_length_2185_cov_0.652575";110;0;0;326;24;0;0;0;0;0
+"Turnip_4D_400k_NODE_1_length_63257_cov_1.102725";115926;0;7693;168757;14415;0;0;975;62487;0
+"Turnip_4D_400k_NODE_2_length_61703_cov_2.225559";0;0;0;8165;784;0;0;0;94858;1007
+"Turnip_4D_400k_NODE_3_length_31778_cov_2.296420";1070;0;0;34409;0;0;0;455;57060;0
+"Turnip_4D_400k_NODE_7_length_23017_cov_3.374050";0;0;0;2294;0;0;0;0;47051;293
+"Turnip_4D_400k_NODE_10_length_16054_cov_4.412005";0;0;0;1563;58;0;0;0;12122;115
+"Turnip_4D_400k_NODE_13_length_12622_cov_0.926291";1061;0;367;8805;556;0;0;63;6928;245
+"Turnip_4D_400k_NODE_17_length_10959_cov_1.435561";604;0;129;6215;508;0;0;0;11816;0
+"Turnip_4D_400k_NODE_18_length_10702_cov_0.693522";0;0;0;398;195;0;0;0;4264;0
+"Turnip_4D_400k_NODE_20_length_9771_cov_0.629822";0;0;0;234;27;0;0;0;2123;0
+"Turnip_4D_400k_NODE_28_length_7616_cov_0.610362";807;0;0;1079;184;0;0;0;1400;0
+"Turnip_4D_400k_NODE_29_length_7506_cov_1.005692";151;0;0;1926;83;0;0;0;4229;0
+"Turnip_4D_400k_NODE_32_length_6338_cov_0.627596";0;0;0;70;0;0;0;0;475;0
+"Turnip_4D_400k_NODE_35_length_6149_cov_0.593989";1160;0;0;461;29;0;0;0;2217;60
+"Turnip_4D_400k_NODE_42_length_5321_cov_0.861764";0;0;0;7;0;0;0;0;5;0
+"Turnip_4D_400k_NODE_47_length_4744_cov_0.847303";6;0;0;35;0;0;0;0;45;0
+"Turnip_4D_400k_NODE_58_length_4061_cov_0.962888";15;0;0;348;5;0;0;0;247;0
+"Turnip_4D_400k_NODE_62_length_3826_cov_0.536902";0;0;0;0;0;0;0;0;4;0
+"Turnip_4D_400k_NODE_68_length_3659_cov_0.893545";0;0;0;73;0;0;0;0;150;0
+"Turnip_4D_400k_NODE_83_length_3112_cov_0.650586";0;0;0;0;0;0;0;0;28;0
+"Turnip_4D_400k_NODE_93_length_2890_cov_0.751357";10;0;0;211;22;0;0;0;371;0
+"Turnip_4D_400k_NODE_96_length_2817_cov_1.133829";4;0;0;136;1;0;0;0;159;0
+"Turnip_4D_400k_NODE_98_length_2789_cov_0.334711";0;0;0;60;0;0;0;0;92;0
+"Turnip_4D_400k_NODE_105_length_2496_cov_0.640355";0;0;0;0;0;0;0;0;2;0
+"Turnip_4D_400k_NODE_109_length_2316_cov_0.439470";0;0;0;12;0;0;0;0;39;0
+"Turnip_4D_400k_NODE_111_length_2272_cov_0.564569";131;0;0;59;0;0;0;0;376;0
+"Turnip_4D_400k_NODE_115_length_2164_cov_0.294060";15;0;0;213;16;0;0;0;663;42
+"Turnip_4D_400k_NODE_121_length_2056_cov_0.526698";6;0;0;272;0;0;0;0;23;0
+"Cabbage_1D_700k_NODE_1_length_30133_cov_2.045124";32932;0;3288;0;0;0;0;0;506;0
+"Cabbage_1D_700k_NODE_2_length_24816_cov_1.757139";37364;0;557;17290;961;0;0;182;59581;439
+"Cabbage_1D_700k_NODE_4_length_21746_cov_4.335261";44190;0;1909;0;0;0;0;153;239;0
+"Cabbage_1D_700k_NODE_5_length_20999_cov_1.129216";16083;190;6986;0;0;0;0;198;0;0
+"Cabbage_1D_700k_NODE_9_length_13870_cov_1.249873";6859;156;8628;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_12_length_12333_cov_1.615681";10609;0;504;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_19_length_7849_cov_0.799922";311;16;485;9;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_23_length_6459_cov_0.924984";1039;0;28;605;24;0;0;0;291;0
+"Cabbage_1D_700k_NODE_24_length_6312_cov_1.007599";3466;0;157;0;0;0;0;0;85;0
+"Cabbage_1D_700k_NODE_25_length_6253_cov_0.454946";916;0;0;1929;117;0;0;0;781;0
+"Cabbage_1D_700k_NODE_36_length_4582_cov_5.756004";18409;86;1209;1942;320;0;0;169;0;0
+"Cabbage_1D_700k_NODE_39_length_4279_cov_0.830684";62;0;0;153;0;0;0;0;34;0
+"Cabbage_1D_700k_NODE_47_length_3879_cov_4.000533";13117;98;545;4670;363;0;0;154;513;0
+"Cabbage_1D_700k_NODE_52_length_3679_cov_0.411036";728;0;0;3799;142;0;0;0;1459;0
+"Cabbage_1D_700k_NODE_55_length_3589_cov_19.068746";22198;102;1380;0;0;0;0;32;0;0
+"Cabbage_1D_700k_NODE_62_length_3395_cov_13.056304";603;7;48;0;0;0;0;4;0;0
+"Cabbage_1D_700k_NODE_66_length_3302_cov_11.413228";6211;0;216;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_80_length_2943_cov_0.633878";1657;0;0;553;28;0;0;0;946;31
+"Cabbage_1D_700k_NODE_99_length_2432_cov_11.996963";5421;82;1426;0;0;0;0;19;0;0
+"Cabbage_1D_700k_NODE_108_length_2282_cov_37.123898";6006;63;515;0;0;0;0;17;0;0
+"Cabbage_1D_700k_NODE_125_length_2116_cov_7.192056";11933;0;1117;0;0;0;0;0;0;0
+"Cabbage_2D_700k_NODE_1_length_27367_cov_5.373862";391786;7149;49777;0;0;0;0;748;0;0
+"Cabbage_2D_700k_NODE_4_length_5301_cov_4.160804";10302;336;1619;0;0;0;0;51;0;0
+"Cabbage_2D_700k_NODE_13_length_2711_cov_0.629257";944;17;46;665;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_6_length_16809_cov_1.059405";83883;479;6574;22779;2586;0;0;595;2753;0
+"Cabbage_3D_700k_NODE_7_length_16625_cov_1.397200";2851;0;5065;0;0;0;0;0;86;0
+"Cabbage_3D_700k_NODE_11_length_10713_cov_0.793879";22874;96;1454;5300;114;0;0;191;382;0
+"Cabbage_3D_700k_NODE_12_length_10505_cov_0.738100";10652;63;1393;4728;316;0;0;95;508;0
+"Cabbage_3D_700k_NODE_20_length_8500_cov_1.465425";1117;0;1224;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_23_length_7153_cov_0.605608";120;0;157;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_33_length_5316_cov_4.986895";219;52;120;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_47_length_3999_cov_0.644628";65;0;27;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_58_length_3566_cov_0.780459";2189;11;166;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_117_length_2200_cov_0.628075";30;0;122;0;0;0;0;0;0;0
+"Carrot_2D_700k_NODE_7_length_10827_cov_2.027103";0;0;0;0;0;1525;0;0;0;0
+"Carrot_2D_700k_NODE_8_length_10799_cov_1.062969";0;0;0;0;0;4142;447;0;0;0
+"Carrot_2D_700k_NODE_13_length_6320_cov_1.568545";0;0;0;0;0;2873;0;0;0;0
+"Carrot_2D_700k_NODE_28_length_3720_cov_0.570832";0;0;0;0;0;375;39;0;0;0
+"Carrot_2D_700k_NODE_30_length_3609_cov_0.427628";0;0;0;0;0;183;0;0;0;0
+"Carrot_2D_700k_NODE_31_length_3579_cov_0.432503";0;0;0;0;0;747;0;0;0;0
+"Carrot_2D_700k_NODE_32_length_3515_cov_0.433884";0;0;0;0;0;482;0;0;0;0
+"Carrot_2D_700k_NODE_33_length_3483_cov_0.919249";0;0;0;0;0;377;0;0;0;0
+"Carrot_2D_700k_NODE_35_length_3334_cov_0.437792";0;0;0;0;0;211;0;0;0;0
+"Carrot_2D_700k_NODE_37_length_3321_cov_0.566688";0;0;0;0;0;580;0;0;0;0
+"Carrot_2D_700k_NODE_45_length_3134_cov_0.379115";0;0;0;0;0;381;0;0;0;0
+"Carrot_2D_700k_NODE_46_length_3071_cov_0.719429";0;0;0;0;0;39;0;0;0;0
+"Carrot_2D_700k_NODE_60_length_2415_cov_0.383741";0;0;0;0;0;440;0;0;0;0
+"Carrot_2D_700k_NODE_71_length_2214_cov_0.698610";0;0;0;0;0;437;217;0;0;0
+"Carrot_2D_700k_NODE_72_length_2214_cov_0.342597";0;0;0;0;0;262;0;0;0;0
+"Turnip_1D_700k_NODE_1_length_31703_cov_1.572270";0;0;0;16634;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_5_length_12610_cov_0.816791";0;0;0;3215;65;0;0;0;339;0
+"Turnip_1D_700k_NODE_6_length_11932_cov_0.717408";0;0;0;3155;65;0;0;0;9421;100
+"Turnip_1D_700k_NODE_9_length_9980_cov_0.567949";0;0;0;2483;0;0;0;0;187;0
+"Turnip_1D_700k_NODE_10_length_9807_cov_0.677479";0;0;0;2422;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_17_length_7984_cov_1.719613";1731;0;234;4149;0;0;0;0;122;0
+"Turnip_1D_700k_NODE_21_length_7409_cov_0.359105";222;0;54;1540;132;0;0;0;540;0
+"Turnip_1D_700k_NODE_23_length_7089_cov_0.897156";0;0;0;2237;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_32_length_6025_cov_0.917769";255;0;0;2186;124;0;0;0;712;0
+"Turnip_1D_700k_NODE_45_length_4768_cov_0.613876";0;0;0;749;12;0;0;0;88;0
+"Turnip_1D_700k_NODE_51_length_4542_cov_0.356512";0;0;0;293;0;0;0;0;208;0
+"Turnip_1D_700k_NODE_53_length_4522_cov_0.681229";166;0;0;1427;81;0;0;37;78;0
+"Turnip_1D_700k_NODE_60_length_4234_cov_0.663258";0;0;0;921;0;0;0;32;0;0
+"Turnip_1D_700k_NODE_67_length_4030_cov_3.044325";52;0;0;2688;48;0;0;0;353;0
+"Turnip_1D_700k_NODE_69_length_4010_cov_0.772856";0;0;0;924;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_71_length_4003_cov_0.906347";585;0;0;825;37;0;0;0;824;0
+"Turnip_1D_700k_NODE_77_length_3927_cov_0.425000";0;0;0;536;0;0;0;0;1115;0
+"Turnip_1D_700k_NODE_82_length_3721_cov_2.934057";3910;0;216;5545;43;0;0;0;539;0
+"Turnip_1D_700k_NODE_84_length_3706_cov_0.629785";0;0;0;866;0;0;0;0;68;0
+"Turnip_1D_700k_NODE_87_length_3695_cov_0.403027";0;0;0;221;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_98_length_3446_cov_0.486592";0;0;0;172;0;0;0;0;85;0
+"Turnip_1D_700k_NODE_101_length_3361_cov_0.956092";0;0;0;1840;76;0;0;0;2006;0
+"Turnip_1D_700k_NODE_109_length_3268_cov_0.344795";1073;0;0;391;40;0;0;0;790;0
+"Turnip_1D_700k_NODE_120_length_3181_cov_0.264244";0;0;0;8;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_123_length_3166_cov_0.524186";25;0;0;560;26;0;0;0;127;0
+"Turnip_1D_700k_NODE_125_length_3144_cov_0.291680";0;0;0;409;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_132_length_3072_cov_2.241766";0;0;0;2053;11;0;0;0;0;0
+"Turnip_1D_700k_NODE_137_length_3034_cov_0.522188";0;0;0;658;0;0;0;0;119;0
+"Turnip_1D_700k_NODE_151_length_2839_cov_3.159292";0;0;70;3552;108;0;0;0;0;0
+"Turnip_1D_700k_NODE_159_length_2753_cov_5.321401";1953;0;97;3083;107;0;0;34;58;0
+"Turnip_1D_700k_NODE_167_length_2694_cov_0.128165";0;0;0;107;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_172_length_2585_cov_0.477624";0;0;0;270;0;0;0;9;0;0
+"Turnip_1D_700k_NODE_173_length_2584_cov_0.857143";331;0;0;2555;143;0;0;0;2181;0
+"Turnip_1D_700k_NODE_177_length_2531_cov_2.051165";7;0;0;436;7;0;0;0;21;0
+"Turnip_1D_700k_NODE_181_length_2488_cov_0.543414";0;0;0;43;0;0;0;0;9;0
+"Turnip_1D_700k_NODE_184_length_2477_cov_2.091489";0;0;0;2005;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_193_length_2431_cov_0.405382";0;0;0;606;0;0;0;0;68;0
+"Turnip_1D_700k_NODE_195_length_2423_cov_1.099303";182;0;108;1006;54;0;0;0;137;0
+"Turnip_1D_700k_NODE_200_length_2391_cov_0.369700";0;0;0;455;44;0;0;0;261;0
+"Turnip_1D_700k_NODE_205_length_2361_cov_0.414503";41;0;0;176;13;0;0;0;63;0
+"Turnip_1D_700k_NODE_218_length_2286_cov_0.362668";0;0;0;95;26;0;0;0;14;0
+"Turnip_1D_700k_NODE_220_length_2268_cov_1.957496";0;0;0;1970;0;0;0;0;36;0
+"Turnip_1D_700k_NODE_226_length_2243_cov_0.490076";15;0;0;476;44;0;0;0;438;0
+"Turnip_1D_700k_NODE_249_length_2133_cov_0.348455";130;0;69;490;86;0;0;38;222;0
+"Turnip_1D_700k_NODE_253_length_2105_cov_1.288675";84;0;0;352;23;0;0;0;124;0
+"Turnip_1D_700k_NODE_255_length_2103_cov_0.505061";0;0;0;382;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_273_length_2016_cov_0.637904";85;0;0;266;4;0;0;0;33;0
+"Turnip_1R_700k_NODE_3_length_4155_cov_3.695382";2459;0;197;12494;918;0;0;37;591;0
+"Turnip_1R_700k_NODE_13_length_2748_cov_0.942770";0;0;0;90;0;0;0;0;9;0
+"Turnip_1R_700k_NODE_51_length_2044_cov_0.365676";0;0;0;549;0;0;0;0;51;0
+"Turnip_1R_700k_NODE_52_length_2024_cov_0.871903";101;0;0;1335;47;0;0;0;1640;0
+"Turnip_2D_700k_NODE_2_length_15594_cov_0.544385";2558;0;173;26349;1263;0;0;91;11870;0
+"Turnip_2D_700k_NODE_4_length_12589_cov_1.895282";23630;0;1606;24726;3979;0;0;207;2150;0
+"Turnip_2D_700k_NODE_14_length_7967_cov_1.354337";3914;0;312;7246;1663;0;0;0;557;0
+"Turnip_2D_700k_NODE_28_length_4691_cov_0.588738";0;0;0;285;258;0;0;0;87;0
+"Turnip_2D_700k_NODE_48_length_3666_cov_1.159084";0;0;0;1;24;0;0;0;12;7
+"Turnip_2D_700k_NODE_56_length_3298_cov_0.306843";0;0;0;114;110;0;0;0;57;0
+"Turnip_2D_700k_NODE_60_length_3150_cov_0.275554";0;0;0;120;133;0;0;0;461;0
+"Turnip_2D_700k_NODE_67_length_2882_cov_0.708893";0;0;0;766;93;0;0;0;38;0
+"Turnip_2D_700k_NODE_70_length_2843_cov_0.682990";0;0;0;396;324;0;0;0;199;0
+"Turnip_2D_700k_NODE_80_length_2594_cov_0.216863";23;0;0;438;68;0;0;0;151;0
+"Turnip_2D_700k_NODE_83_length_2548_cov_0.312268";0;0;0;0;121;0;0;0;39;0
+"Turnip_2D_700k_NODE_89_length_2467_cov_0.398291";0;0;0;2;6;0;0;0;2;0
+"Turnip_2D_700k_NODE_90_length_2439_cov_0.355969";206;0;12;1597;92;0;0;14;658;0
+"Turnip_2D_700k_NODE_95_length_2232_cov_0.284561";0;0;0;0;27;0;0;0;0;0
+"Turnip_2D_700k_NODE_105_length_2118_cov_0.405826";0;0;0;0;43;0;0;0;0;0
+"Turnip_2D_700k_NODE_110_length_2075_cov_0.459959";1;0;2;362;43;0;0;0;115;0
+"Turnip_2R_700k_NODE_5_length_6939_cov_0.715502";16;0;0;392;103;0;0;0;447;0
+"Turnip_2R_700k_NODE_19_length_4473_cov_2.231017";471;0;60;4057;646;0;0;0;229;0
+"Turnip_4D_700k_NODE_1_length_49267_cov_8.937322";1180;0;0;12427;310;0;0;0;134796;829
+"Turnip_4D_700k_NODE_2_length_35320_cov_2.292672";0;0;0;1783;491;0;0;0;28404;0
+"Turnip_4D_700k_NODE_3_length_34927_cov_1.732299";4985;0;286;14574;1785;0;0;80;7424;0
+"Turnip_4D_700k_NODE_7_length_26377_cov_2.289486";3216;0;0;21137;1101;0;0;0;26409;0
+"Turnip_4D_700k_NODE_9_length_21005_cov_2.124341";1446;0;0;12210;991;0;0;0;21303;0
+"Turnip_4D_700k_NODE_11_length_20259_cov_2.828581";47830;0;4038;54457;3808;0;0;417;25435;0
+"Turnip_4D_700k_NODE_12_length_19912_cov_2.371342";27348;0;1826;28390;959;0;0;0;18411;0
+"Turnip_4D_700k_NODE_14_length_18109_cov_3.176343";0;0;0;2238;0;0;0;0;5793;0
+"Turnip_4D_700k_NODE_15_length_16824_cov_1.109601";0;0;0;620;338;0;0;0;7130;0
+"Turnip_4D_700k_NODE_18_length_13182_cov_2.627576";0;0;378;3902;0;0;0;0;16701;0
+"Turnip_4D_700k_NODE_21_length_12040_cov_2.413918";612;0;0;7008;567;0;0;128;12555;444
+"Turnip_4D_700k_NODE_23_length_11604_cov_2.432517";176;0;0;1003;166;0;0;0;7749;0
+"Turnip_4D_700k_NODE_24_length_11253_cov_2.311073";0;0;0;1536;334;0;0;0;8607;0
+"Turnip_4D_700k_NODE_26_length_10179_cov_1.535316";293;0;0;4486;257;0;0;0;6296;0
+"Turnip_4D_700k_NODE_27_length_9807_cov_1.249690";459;0;0;1775;252;0;0;0;3324;293
+"Turnip_4D_700k_NODE_28_length_9454_cov_1.759301";17796;0;1526;20269;1467;0;0;134;8329;0
+"Turnip_4D_700k_NODE_32_length_7637_cov_1.292011";2305;0;0;1185;79;0;0;0;4600;97
+"Turnip_4D_700k_NODE_37_length_7006_cov_1.863788";443;0;0;3943;223;0;0;0;4625;0
+"Turnip_4D_700k_NODE_41_length_6606_cov_1.452848";320;0;208;5410;245;0;0;0;4577;151
+"Turnip_4D_700k_NODE_44_length_6504_cov_1.184413";290;0;63;1995;45;0;0;0;2176;44
+"Turnip_4D_700k_NODE_48_length_6230_cov_1.673275";610;0;0;5825;550;0;0;0;4626;0
+"Turnip_4D_700k_NODE_51_length_5892_cov_1.219601";79;0;0;1706;90;0;0;0;2639;0
+"Turnip_4D_700k_NODE_52_length_5817_cov_2.965729";0;0;0;530;0;0;0;0;5905;0
+"Turnip_4D_700k_NODE_55_length_5580_cov_1.644599";0;0;0;297;35;0;0;0;2160;0
+"Turnip_4D_700k_NODE_56_length_5446_cov_0.976311";321;0;0;1059;47;0;0;0;1280;0
+"Turnip_4D_700k_NODE_60_length_5305_cov_0.696601";0;0;0;768;0;0;0;0;249;0
+"Turnip_4D_700k_NODE_64_length_5207_cov_3.969685";549;0;0;495;0;0;0;0;5202;55
+"Turnip_4D_700k_NODE_77_length_4315_cov_2.897564";207;0;0;234;0;0;0;0;1597;0
+"Turnip_4D_700k_NODE_80_length_4266_cov_0.697753";407;0;0;155;0;0;0;0;553;0
+"Turnip_4D_700k_NODE_81_length_4234_cov_0.958607";0;0;0;4;0;0;0;0;0;0
+"Turnip_4D_700k_NODE_82_length_4121_cov_1.756885";163;0;0;296;0;0;0;0;2423;33
+"Turnip_4D_700k_NODE_91_length_3812_cov_0.865943";0;0;0;64;0;0;0;0;260;0
+"Turnip_4D_700k_NODE_93_length_3628_cov_0.656670";38;0;0;315;19;0;0;37;479;30
+"Turnip_4D_700k_NODE_103_length_3365_cov_3.235330";0;0;0;122;0;0;0;0;1806;31
+"Turnip_4D_700k_NODE_106_length_3255_cov_0.620524";26;0;0;333;0;0;0;0;646;0
+"Turnip_4D_700k_NODE_107_length_3238_cov_1.216972";0;0;0;584;60;0;0;0;1546;0
+"Turnip_4D_700k_NODE_139_length_2590_cov_0.619976";0;0;0;179;11;0;0;0;266;0
+"Turnip_4D_700k_NODE_141_length_2580_cov_0.186302";0;0;0;41;0;0;0;0;100;0
+"Turnip_4D_700k_NODE_143_length_2559_cov_0.673520";0;0;0;1;1;0;0;0;3;0
+"Turnip_4D_700k_NODE_148_length_2509_cov_1.295550";0;0;0;34;12;0;0;0;630;0
+"Turnip_4D_700k_NODE_171_length_2259_cov_0.840056";220;0;41;249;8;0;0;0;444;0
+"Turnip_4D_700k_NODE_183_length_2152_cov_0.524444";0;0;0;30;0;0;0;0;292;0
+"Turnip_4D_700k_NODE_186_length_2141_cov_0.527805";217;0;0;415;0;0;0;0;339;0
+"Turnip_4D_700k_NODE_189_length_2108_cov_0.855628";0;0;0;95;16;0;0;0;222;0
+"Turnip_4D_700k_NODE_200_length_2005_cov_0.747604";0;0;0;1;0;0;0;0;8;0
+"Turnip_4R_700k_NODE_30_length_2053_cov_0.260644";44;0;0;815;37;0;0;0;1144;0
+"Buffer_1D_700k_NODE_2_length_10230_cov_9.768386";0;0;3170;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_1_length_145419_cov_2.683245";14836;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_3_length_103866_cov_4.429915";18310;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_10_length_53821_cov_4.112713";9660;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_14_length_48423_cov_3.580793";6728;0;0;893;0;0;0;0;0;0
+"Cabbage_1D_NODE_15_length_40191_cov_4.576902";7593;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_19_length_36323_cov_3.500939";5203;0;3256;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_20_length_35592_cov_16.431975";12070;473;18160;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_22_length_35298_cov_18.890165";23771;1264;40063;323;0;0;0;0;261;0
+"Cabbage_1D_NODE_32_length_30488_cov_6.106354";7120;0;457;863;0;0;0;0;0;0
+"Cabbage_1D_NODE_42_length_25047_cov_2.209831";2191;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_43_length_24978_cov_3.855901";4636;0;0;0;0;0;0;303;0;0
+"Cabbage_1D_NODE_46_length_23806_cov_63.809958";12134;0;2650;0;0;0;0;66;70;0
+"Cabbage_1D_NODE_58_length_20281_cov_1.987050";1584;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_62_length_19325_cov_1.884415";1550;0;823;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_68_length_18693_cov_7.811214";3583;0;3343;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_73_length_17800_cov_1.442030";978;229;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_78_length_16415_cov_3.581839";2563;0;633;0;0;0;0;243;0;0
+"Cabbage_1D_NODE_79_length_16273_cov_9.205066";4681;244;6542;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_80_length_16054_cov_3.407484";3374;0;0;13340;619;0;0;0;5570;0
+"Cabbage_1D_NODE_83_length_15689_cov_1.640792";974;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_85_length_15194_cov_12.440897";5756;93;5229;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_90_length_14185_cov_2.660193";1570;0;545;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_94_length_13774_cov_10.248260";5885;0;0;20667;677;0;0;131;7729;0
+"Cabbage_1D_NODE_95_length_13737_cov_4.056209";2534;0;243;2042;328;0;0;0;1176;0
+"Cabbage_1D_NODE_99_length_13122_cov_3.319508";1922;0;139;1669;146;0;0;0;533;0
+"Cabbage_1D_NODE_101_length_13020_cov_5.388040";3635;0;0;6903;468;0;0;0;3378;0
+"Cabbage_1D_NODE_110_length_12397_cov_15.337571";7684;0;684;11090;769;0;0;0;3669;211
+"Cabbage_1D_NODE_112_length_12143_cov_1.254660";855;0;622;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_116_length_11373_cov_19.501423";12942;0;866;2993;548;0;0;0;1219;0
+"Cabbage_1D_NODE_121_length_10815_cov_5.031905";2256;0;0;9402;313;0;0;0;3963;0
+"Cabbage_1D_NODE_125_length_10345_cov_1.184283";488;611;661;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_127_length_10050_cov_1.420941";552;0;391;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_129_length_9877_cov_3.141538";1310;0;302;0;0;0;0;116;0;0
+"Cabbage_1D_NODE_132_length_9780_cov_2.258780";1065;0;0;5169;187;0;0;0;1673;0
+"Cabbage_1D_NODE_137_length_9583_cov_13.795580";2634;132;4651;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_145_length_8667_cov_1.879977";613;0;510;150;104;0;0;81;109;0
+"Cabbage_1D_NODE_146_length_8654_cov_0.840507";275;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_149_length_8552_cov_5.602136";159;0;50;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_153_length_8315_cov_4.187469";1300;99;190;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_155_length_8131_cov_1.372189";287;0;348;0;105;0;0;0;0;0
+"Cabbage_1D_NODE_156_length_8060_cov_6.151393";2130;0;0;5436;332;0;0;0;1810;0
+"Cabbage_1D_NODE_158_length_8026_cov_4.560957";1429;0;0;6197;281;0;0;34;2395;0
+"Cabbage_1D_NODE_161_length_7910_cov_6.180265";2176;0;0;1643;92;0;0;0;1140;0
+"Cabbage_1D_NODE_162_length_7909_cov_1.370342";422;0;275;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_166_length_7703_cov_22.196014";6121;0;44;1325;85;0;0;0;1901;0
+"Cabbage_1D_NODE_168_length_7500_cov_1.446358";419;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_174_length_7283_cov_1.282141";384;0;231;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_175_length_7266_cov_1.457627";422;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_178_length_7225_cov_4.234150";1278;0;762;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_180_length_7148_cov_1.233158";316;86;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_182_length_6963_cov_0.604447";226;0;0;1131;72;0;0;92;1339;0
+"Cabbage_1D_NODE_185_length_6600_cov_3.970647";1396;0;0;4350;133;0;0;0;274;0
+"Cabbage_1D_NODE_193_length_6303_cov_0.923737";289;0;161;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_196_length_6116_cov_18.017699";3569;74;66;3375;258;0;0;0;277;0
+"Cabbage_1D_NODE_197_length_6083_cov_1.457018";332;0;372;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_198_length_6044_cov_1.488592";376;0;252;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_201_length_5834_cov_2.869459";698;0;682;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_205_length_5793_cov_9.682316";1933;0;79;2483;399;0;0;0;373;0
+"Cabbage_1D_NODE_206_length_5772_cov_3.805137";909;62;140;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_207_length_5767_cov_1.851241";181;0;116;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_209_length_5753_cov_0.802169";240;0;161;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_217_length_5617_cov_12.565027";2769;113;3835;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_223_length_5507_cov_1.805019";468;0;0;2530;106;0;0;0;1043;0
+"Cabbage_1D_NODE_228_length_5242_cov_1.155425";230;0;97;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_230_length_5208_cov_0.863806";230;0;255;29;0;0;0;0;91;0
+"Cabbage_1D_NODE_231_length_5129_cov_2.012195";424;0;366;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_235_length_5024_cov_0.921380";208;0;124;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_236_length_5010_cov_0.812206";195;0;140;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_241_length_4869_cov_1.920498";452;0;188;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_242_length_4846_cov_2.290951";395;0;319;79;102;0;0;0;50;0
+"Cabbage_1D_NODE_243_length_4789_cov_15.663664";2551;0;0;902;394;0;0;0;428;0
+"Cabbage_1D_NODE_248_length_4693_cov_8.252519";1517;0;0;470;36;0;0;0;1111;0
+"Cabbage_1D_NODE_251_length_4621_cov_0.965955";182;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_253_length_4586_cov_4.082978";899;0;0;3097;122;0;0;0;1344;0
+"Cabbage_1D_NODE_255_length_4507_cov_3.456849";642;0;0;361;0;0;0;0;0;0
+"Cabbage_1D_NODE_256_length_4499_cov_1.583486";289;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_257_length_4471_cov_18.693370";2360;31;156;1507;134;0;0;0;680;0
+"Cabbage_1D_NODE_258_length_4443_cov_0.706441";149;0;361;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_261_length_4363_cov_1.559962";265;43;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_268_length_4199_cov_0.628929";96;0;11;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_269_length_4197_cov_1.715971";331;0;0;860;31;0;0;0;388;0
+"Cabbage_1D_NODE_270_length_4181_cov_3.970893";637;0;28;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_277_length_4105_cov_1.241830";199;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_278_length_4088_cov_9.145418";475;13;296;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_281_length_4059_cov_24.236521";4341;0;123;1164;0;0;0;0;141;0
+"Cabbage_1D_NODE_287_length_4013_cov_1.505147";205;48;0;50;0;0;0;0;0;0
+"Cabbage_1D_NODE_291_length_3947_cov_0.933246";237;0;90;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_297_length_3876_cov_1.039744";164;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_300_length_3805_cov_2.127787";320;0;0;664;91;0;0;0;218;0
+"Cabbage_1D_NODE_301_length_3799_cov_0.736656";73;0;0;34;0;0;0;0;162;0
+"Cabbage_1D_NODE_303_length_3783_cov_44.744803";3250;87;425;296;0;0;0;0;0;0
+"Cabbage_1D_NODE_305_length_3763_cov_23.061331";1524;0;109;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_309_length_3711_cov_1.416016";254;0;71;126;0;0;0;0;70;0
+"Cabbage_1D_NODE_311_length_3689_cov_0.917181";305;0;52;0;0;0;0;60;0;0
+"Cabbage_1D_NODE_316_length_3620_cov_2.527054";1750;0;0;4555;340;0;0;0;1084;0
+"Cabbage_1D_NODE_317_length_3608_cov_1.049411";146;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_320_length_3484_cov_1.707477";205;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_325_length_3398_cov_0.302660";87;0;149;0;0;0;0;0;40;0
+"Cabbage_1D_NODE_331_length_3343_cov_0.965485";155;0;23;215;0;0;0;0;0;0
+"Cabbage_1D_NODE_338_length_3308_cov_1.326312";151;29;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_343_length_3229_cov_0.701483";68;0;68;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_351_length_3164_cov_1.435957";204;0;0;373;29;0;0;0;198;0
+"Cabbage_1D_NODE_354_length_3124_cov_11.455455";1397;0;0;199;0;0;0;0;304;0
+"Cabbage_1D_NODE_355_length_3113_cov_0.729739";79;0;62;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_358_length_3086_cov_4.263265";543;0;0;76;0;0;0;0;233;0
+"Cabbage_1D_NODE_366_length_3022_cov_1.133333";121;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_368_length_2979_cov_0.710379";80;0;81;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_374_length_2931_cov_2.779601";142;0;0;22;0;0;0;0;58;0
+"Cabbage_1D_NODE_375_length_2908_cov_0.457389";53;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_382_length_2875_cov_1.141557";99;0;0;41;70;0;0;0;0;0
+"Cabbage_1D_NODE_401_length_2790_cov_0.899737";104;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_403_length_2787_cov_366.962782";9118;17;1432;0;0;0;0;33;0;0
+"Cabbage_1D_NODE_411_length_2758_cov_10.117066";769;0;0;49;0;0;0;0;83;0
+"Cabbage_1D_NODE_416_length_2732_cov_3.062188";877;0;52;250;0;0;0;0;205;0
+"Cabbage_1D_NODE_417_length_2732_cov_1.338964";154;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_420_length_2719_cov_0.626543";56;0;85;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_431_length_2650_cov_2.717796";408;0;61;246;94;0;0;40;49;0
+"Cabbage_1D_NODE_436_length_2634_cov_0.743917";82;0;0;189;0;0;0;0;790;0
+"Cabbage_1D_NODE_440_length_2609_cov_30.609589";4230;0;266;1583;103;0;0;0;288;0
+"Cabbage_1D_NODE_441_length_2604_cov_0.562778";55;0;0;0;0;0;0;46;0;0
+"Cabbage_1D_NODE_443_length_2570_cov_62.828080";10198;0;891;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_447_length_2536_cov_19.875052";1470;0;73;196;39;0;0;0;39;0
+"Cabbage_1D_NODE_449_length_2529_cov_3.816819";530;0;270;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_450_length_2529_cov_0.636969";75;0;0;51;0;0;0;0;0;0
+"Cabbage_1D_NODE_453_length_2522_cov_2.959916";433;0;23;947;69;0;0;0;398;0
+"Cabbage_1D_NODE_454_length_2521_cov_77.333751";5345;0;128;1563;50;0;0;30;322;0
+"Cabbage_1D_NODE_458_length_2496_cov_1.104686";96;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_459_length_2493_cov_0.771344";85;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_460_length_2486_cov_1.220008";38;0;0;339;29;0;0;14;317;0
+"Cabbage_1D_NODE_462_length_2472_cov_0.721535";80;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_465_length_2460_cov_23.426489";1248;12;55;716;0;0;0;0;0;0
+"Cabbage_1D_NODE_466_length_2457_cov_26.842489";1939;0;155;1046;153;0;0;0;170;0
+"Cabbage_1D_NODE_474_length_2408_cov_17.517317";2421;0;88;454;16;0;0;0;186;0
+"Cabbage_1D_NODE_475_length_2406_cov_0.499342";83;0;51;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_482_length_2379_cov_0.562167";73;0;97;0;0;0;0;0;71;0
+"Cabbage_1D_NODE_485_length_2358_cov_1.339310";125;0;77;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_490_length_2334_cov_0.501586";44;0;39;34;0;0;0;0;63;0
+"Cabbage_1D_NODE_494_length_2316_cov_20.044312";2244;0;85;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_495_length_2310_cov_0.573523";53;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_497_length_2302_cov_0.674943";70;0;0;61;0;0;0;0;0;0
+"Cabbage_1D_NODE_509_length_2261_cov_0.584817";51;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_511_length_2253_cov_0.423330";26;0;28;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_516_length_2236_cov_3.167378";191;0;0;135;0;0;0;0;56;0
+"Cabbage_1D_NODE_519_length_2228_cov_0.658258";77;0;99;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_539_length_2127_cov_0.554500";47;0;67;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_548_length_2069_cov_0.580844";77;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_553_length_2060_cov_2.887739";275;0;0;351;0;0;0;0;212;0
+"Cabbage_1D_NODE_557_length_2027_cov_0.308421";29;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_562_length_2011_cov_1.050425";54;0;43;0;0;0;0;0;0;0
+"Cabbage_2D_NODE_3_length_6973_cov_4.917032";21016;958;2504;0;0;0;0;74;0;0
+"Cabbage_2D_NODE_8_length_4960_cov_7.901717";12951;132;1629;0;0;0;0;41;0;0
+"Cabbage_2D_NODE_17_length_3042_cov_1.001372";5649;48;171;906;13;0;0;30;160;0
+"Cabbage_2D_NODE_31_length_2267_cov_0.864486";44;77;17;0;0;0;0;0;0;0
+"Cabbage_2D_NODE_36_length_2199_cov_1.126448";0;91;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_1_length_38817_cov_24.274231";21572;671;27516;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_2_length_38587_cov_8.398960";14173;0;12053;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_3_length_28744_cov_4.678163";2480;0;5107;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_9_length_22022_cov_24.299657";6363;393;9504;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_10_length_20098_cov_10.273947";16026;0;8880;0;0;0;0;0;285;0
+"Cabbage_3D_NODE_13_length_17122_cov_2.245307";0;0;1408;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_17_length_15619_cov_3.631487";3037;0;2181;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_19_length_15117_cov_2.248232";101;0;1274;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_20_length_14845_cov_3.694999";235;0;2387;126;94;0;0;0;128;0
+"Cabbage_3D_NODE_21_length_13889_cov_1.746548";0;0;908;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_22_length_13309_cov_19.632757";3922;212;6054;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_24_length_12827_cov_5.019055";0;0;2454;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_25_length_12775_cov_1.516524";0;0;905;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_28_length_12040_cov_2.776798";123;0;1281;0;0;0;0;0;99;0
+"Cabbage_3D_NODE_32_length_11882_cov_5.537473";16114;123;2140;8617;699;0;0;162;1181;0
+"Cabbage_3D_NODE_34_length_11503_cov_7.329553";7751;25;1046;6063;609;0;0;105;1087;0
+"Cabbage_3D_NODE_52_length_8412_cov_4.134701";299;0;1305;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_54_length_8310_cov_7.673347";2544;53;1473;0;0;0;0;45;0;0
+"Cabbage_3D_NODE_55_length_8285_cov_1.832312";0;0;557;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_56_length_8140_cov_5.924622";138;0;1905;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_57_length_8092_cov_0.915631";0;0;283;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_59_length_8066_cov_2.825167";0;0;834;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_62_length_7798_cov_4.029462";282;0;1191;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_65_length_7650_cov_7.272764";0;0;2504;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_71_length_7503_cov_4.772234";121;0;111;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_75_length_7199_cov_2.771776";157;0;603;0;40;0;0;0;399;0
+"Cabbage_3D_NODE_80_length_6969_cov_4.868606";154;0;384;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_85_length_6868_cov_2.426643";274;0;562;0;90;0;0;0;0;0
+"Cabbage_3D_NODE_100_length_6123_cov_3.192962";110;0;382;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_110_length_5939_cov_20.196490";22103;65;3612;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_117_length_5743_cov_2.228276";514;0;670;476;0;0;0;0;85;0
+"Cabbage_3D_NODE_135_length_5418_cov_2.249669";0;0;438;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_138_length_5356_cov_2.392809";0;0;481;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_140_length_5309_cov_1.328252";0;0;206;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_164_length_4953_cov_1.506838";161;0;240;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_168_length_4908_cov_11.064003";0;0;2523;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_174_length_4780_cov_9.067913";0;0;1643;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_181_length_4679_cov_1.563708";0;0;249;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_184_length_4623_cov_1.046486";0;0;200;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_191_length_4514_cov_40.965352";9880;90;1941;0;0;0;0;47;0;0
+"Cabbage_3D_NODE_205_length_4423_cov_8.979283";283;0;1445;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_209_length_4371_cov_1.188030";100;0;168;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_220_length_4301_cov_2.757547";11614;45;431;873;0;0;0;0;0;0
+"Cabbage_3D_NODE_222_length_4295_cov_1.590451";109;0;199;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_229_length_4224_cov_1.457896";0;0;223;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_235_length_4190_cov_1.453360";0;0;172;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_251_length_4042_cov_3.729757";0;0;507;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_254_length_4013_cov_0.849202";0;0;122;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_269_length_3857_cov_4.499196";515;0;275;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_280_length_3781_cov_1.840996";109;0;228;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_297_length_3687_cov_0.928371";0;0;133;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_317_length_3562_cov_1.739447";59;0;215;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_328_length_3500_cov_0.838423";7;0;5;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_338_length_3404_cov_4.497101";0;0;453;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_343_length_3375_cov_1.124384";32;0;126;0;0;0;0;0;52;0
+"Cabbage_3D_NODE_380_length_3233_cov_0.598519";93;0;68;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_408_length_3125_cov_1.983989";0;0;266;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_416_length_3098_cov_0.789633";0;0;37;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_423_length_3066_cov_12.111262";2609;93;1234;0;0;0;0;31;0;0
+"Cabbage_3D_NODE_426_length_3058_cov_0.918799";0;0;83;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_475_length_2850_cov_0.884319";46;0;87;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_477_length_2841_cov_1.007001";35;0;99;67;0;0;0;0;34;0
+"Cabbage_3D_NODE_500_length_2757_cov_32.615589";7553;89;829;0;0;0;0;10;0;0
+"Cabbage_3D_NODE_530_length_2677_cov_2.052941";42;0;250;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_533_length_2667_cov_2.949213";0;0;277;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_541_length_2652_cov_6.048713";0;0;812;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_552_length_2612_cov_1.219316";0;0;101;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_573_length_2556_cov_18.171676";1269;0;662;18;0;0;0;8;0;0
+"Cabbage_3D_NODE_589_length_2501_cov_0.727885";96;0;66;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_615_length_2435_cov_0.828856";91;129;138;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_623_length_2416_cov_1.041066";0;0;76;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_674_length_2306_cov_0.882515";0;0;66;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_681_length_2291_cov_7.553142";0;0;649;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_683_length_2279_cov_30.812268";5285;56;2050;0;0;0;0;13;0;0
+"Cabbage_3D_NODE_694_length_2251_cov_0.656309";35;0;68;20;0;0;0;0;33;0
+"Cabbage_3D_NODE_705_length_2231_cov_1.619772";0;0;116;52;0;0;0;0;0;0
+"Cabbage_3D_NODE_707_length_2226_cov_1.171034";46;0;66;105;0;0;0;0;60;0
+"Cabbage_3D_NODE_741_length_2177_cov_1.258049";0;0;112;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_747_length_2172_cov_0.765281";0;0;70;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_766_length_2142_cov_10.811414";0;0;846;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_770_length_2127_cov_1.099000";0;0;62;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_784_length_2101_cov_33.058257";598;32;203;0;0;0;0;2;0;0
+"Cabbage_3D_NODE_792_length_2092_cov_0.699746";39;0;45;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_802_length_2078_cov_0.675038";24;0;99;0;0;0;0;0;114;0
+"Cabbage_3D_NODE_835_length_2027_cov_0.646842";0;0;40;0;0;0;0;0;0;0
+"Carrot_1D_NODE_32_length_2426_cov_0.664637";0;0;0;0;174;0;0;0;61;50
+"Carrot_1D_NODE_38_length_2401_cov_0.617414";0;0;22;0;0;0;0;235;0;0
+"Carrot_1D_NODE_63_length_2110_cov_0.414019";0;0;0;0;0;0;0;79;24;26
+"Carrot_2D_NODE_1_length_44916_cov_7.074862";0;0;0;0;0;14250;0;0;0;0
+"Carrot_2D_NODE_2_length_44072_cov_5.334532";0;0;0;0;0;11079;0;0;0;0
+"Carrot_2D_NODE_5_length_26292_cov_1.890464";0;0;0;0;0;2317;0;0;0;0
+"Carrot_2D_NODE_6_length_20080_cov_2.310981";0;0;0;0;0;3090;0;0;0;0
+"Carrot_2D_NODE_7_length_19044_cov_1.994344";0;0;0;0;0;1670;530;0;0;0
+"Carrot_2D_NODE_10_length_16646_cov_1.267510";0;0;0;0;0;987;0;0;0;0
+"Carrot_2D_NODE_11_length_16338_cov_2.584356";0;0;0;0;0;2659;0;0;0;0
+"Carrot_2D_NODE_12_length_13811_cov_2.565843";0;0;0;0;0;2229;0;0;0;0
+"Carrot_2D_NODE_13_length_12991_cov_2.168532";0;0;0;0;0;1847;0;0;0;0
+"Carrot_2D_NODE_14_length_12984_cov_3.465894";0;0;0;0;0;2797;0;0;0;0
+"Carrot_2D_NODE_16_length_11719_cov_2.784161";0;0;0;0;0;1962;0;0;0;0
+"Carrot_2D_NODE_17_length_10410_cov_3.575999";0;0;0;0;0;2517;0;0;0;0
+"Carrot_2D_NODE_18_length_10139_cov_3.907111";0;0;0;0;0;2171;0;0;0;0
+"Carrot_2D_NODE_20_length_9611_cov_9.042493";0;0;0;0;0;3669;0;0;0;0
+"Carrot_2D_NODE_21_length_9104_cov_1.018714";0;0;0;0;0;420;0;0;0;0
+"Carrot_2D_NODE_23_length_8842_cov_9.503155";0;0;0;0;0;2269;0;0;0;0
+"Carrot_2D_NODE_24_length_8632_cov_0.617872";0;0;0;0;0;317;0;0;0;0
+"Carrot_2D_NODE_25_length_8268_cov_1.178725";0;0;0;0;0;430;301;0;0;0
+"Carrot_2D_NODE_26_length_8235_cov_2.856808";0;0;0;0;0;1398;0;0;0;0
+"Carrot_2D_NODE_27_length_8186_cov_5.334036";0;0;0;0;0;1269;0;0;0;0
+"Carrot_2D_NODE_28_length_8177_cov_4.063106";0;0;0;0;0;1976;0;0;0;0
+"Carrot_2D_NODE_32_length_8018_cov_10.056900";0;0;0;0;0;1352;0;0;0;0
+"Carrot_2D_NODE_33_length_7971_cov_3.107598";0;0;0;0;0;1503;0;0;0;0
+"Carrot_2D_NODE_35_length_7720_cov_4.784670";0;0;0;0;0;834;329;0;0;0
+"Carrot_2D_NODE_37_length_7552_cov_0.745185";0;0;0;0;0;252;0;0;0;0
+"Carrot_2D_NODE_38_length_6833_cov_2.668804";0;0;0;0;0;1209;0;0;0;0
+"Carrot_2D_NODE_42_length_6579_cov_1.321761";0;0;0;0;0;387;0;0;0;0
+"Carrot_2D_NODE_43_length_6463_cov_2.719697";0;0;0;0;0;1113;0;0;0;0
+"Carrot_2D_NODE_44_length_6340_cov_2.958474";0;0;0;0;0;1178;0;0;0;0
+"Carrot_2D_NODE_45_length_6287_cov_0.694643";0;0;0;0;0;195;0;0;0;0
+"Carrot_2D_NODE_46_length_6195_cov_2.624588";0;0;0;0;0;924;0;0;0;0
+"Carrot_2D_NODE_48_length_6165_cov_2.502153";0;0;0;0;0;1095;0;0;0;0
+"Carrot_2D_NODE_49_length_6071_cov_1.436070";0;0;0;0;0;374;0;0;0;0
+"Carrot_2D_NODE_50_length_6004_cov_1.240429";0;0;0;0;0;329;0;0;0;0
+"Carrot_2D_NODE_51_length_5661_cov_2.656668";0;0;0;0;0;895;0;0;0;0
+"Carrot_2D_NODE_52_length_5649_cov_1.149946";0;0;0;0;0;419;93;0;0;0
+"Carrot_2D_NODE_53_length_5645_cov_0.654041";0;0;0;0;0;189;0;0;0;0
+"Carrot_2D_NODE_54_length_5550_cov_0.697400";0;0;0;0;0;166;0;0;0;0
+"Carrot_2D_NODE_55_length_5497_cov_4.335382";0;0;0;0;0;1295;0;0;0;0
+"Carrot_2D_NODE_57_length_5405_cov_2.179992";0;0;0;0;0;645;0;0;0;0
+"Carrot_2D_NODE_58_length_5301_cov_2.169695";0;0;0;0;0;763;327;0;0;0
+"Carrot_2D_NODE_61_length_5100_cov_2.472351";0;0;0;0;0;750;0;0;0;0
+"Carrot_2D_NODE_62_length_4996_cov_0.640173";0;0;0;0;0;136;0;0;0;0
+"Carrot_2D_NODE_63_length_4983_cov_1.012562";0;0;0;0;0;223;84;0;0;0
+"Carrot_2D_NODE_65_length_4877_cov_0.900421";0;0;0;0;0;205;0;0;0;0
+"Carrot_2D_NODE_66_length_4865_cov_1.431406";0;0;0;0;0;305;0;0;0;0
+"Carrot_2D_NODE_69_length_4785_cov_2.579863";0;0;0;0;0;672;375;0;0;0
+"Carrot_2D_NODE_70_length_4641_cov_0.843155";0;0;0;0;0;175;0;0;0;0
+"Carrot_2D_NODE_71_length_4606_cov_2.082384";0;0;0;0;0;616;786;0;0;0
+"Carrot_2D_NODE_72_length_4567_cov_2.792568";0;0;0;0;0;812;0;0;0;0
+"Carrot_2D_NODE_75_length_4391_cov_0.839587";0;0;0;0;0;149;0;0;0;0
+"Carrot_2D_NODE_76_length_4328_cov_0.582480";0;0;0;0;0;106;0;0;0;0
+"Carrot_2D_NODE_77_length_4293_cov_1.725876";0;0;0;0;0;321;97;0;0;0
+"Carrot_2D_NODE_78_length_4251_cov_4.312076";0;0;0;0;0;947;0;0;0;0
+"Carrot_2D_NODE_80_length_4141_cov_1.020179";0;0;0;0;0;223;0;0;0;0
+"Carrot_2D_NODE_81_length_4107_cov_0.863568";0;0;0;0;0;164;0;0;0;0
+"Carrot_2D_NODE_82_length_4101_cov_1.639406";0;0;0;0;0;305;0;0;0;0
+"Carrot_2D_NODE_83_length_4073_cov_2.445261";0;0;0;0;0;471;146;0;0;0
+"Carrot_2D_NODE_86_length_3815_cov_1.085954";0;0;0;0;0;179;0;0;0;0
+"Carrot_2D_NODE_87_length_3737_cov_0.807756";0;0;0;0;0;125;0;0;0;0
+"Carrot_2D_NODE_90_length_3539_cov_1.237397";0;0;0;0;0;183;0;0;0;0
+"Carrot_2D_NODE_92_length_3499_cov_7.447212";0;0;0;0;0;1333;109;0;0;0
+"Carrot_2D_NODE_93_length_3473_cov_0.846981";0;0;0;0;0;125;0;0;0;0
+"Carrot_2D_NODE_94_length_3446_cov_0.789997";0;0;0;0;0;143;0;0;0;0
+"Carrot_2D_NODE_96_length_3354_cov_1.084599";0;0;0;0;0;155;0;0;0;0
+"Carrot_2D_NODE_97_length_3289_cov_3.549652";0;0;0;0;0;686;0;0;0;0
+"Carrot_2D_NODE_98_length_3269_cov_0.682050";0;0;0;0;0;88;0;0;0;0
+"Carrot_2D_NODE_99_length_3261_cov_8.850351";0;0;0;0;0;1058;0;0;0;0
+"Carrot_2D_NODE_100_length_3252_cov_0.795520";0;0;0;0;0;143;0;0;0;0
+"Carrot_2D_NODE_102_length_3224_cov_0.378754";0;0;0;0;0;70;0;0;0;0
+"Carrot_2D_NODE_103_length_3223_cov_0.860465";0;0;0;0;0;105;0;0;0;0
+"Carrot_2D_NODE_104_length_3197_cov_2.496091";0;0;0;0;0;364;0;0;0;0
+"Carrot_2D_NODE_105_length_3161_cov_0.619314";0;0;0;0;0;83;0;0;0;0
+"Carrot_2D_NODE_106_length_3140_cov_0.638898";0;0;0;0;0;101;0;0;0;0
+"Carrot_2D_NODE_107_length_3117_cov_2.636789";0;0;0;0;0;467;0;0;0;0
+"Carrot_2D_NODE_108_length_3071_cov_0.904552";0;0;0;0;0;124;0;0;0;0
+"Carrot_2D_NODE_109_length_3067_cov_0.677891";0;0;0;0;0;86;0;0;0;0
+"Carrot_2D_NODE_112_length_3021_cov_0.520387";0;0;0;0;0;64;0;0;0;0
+"Carrot_2D_NODE_113_length_2968_cov_0.544175";0;0;0;0;0;81;0;0;0;0
+"Carrot_2D_NODE_117_length_2840_cov_0.454847";0;0;0;0;0;61;0;0;0;0
+"Carrot_2D_NODE_118_length_2810_cov_0.558330";0;0;0;0;0;71;0;0;0;0
+"Carrot_2D_NODE_119_length_2768_cov_0.404392";0;0;0;0;0;63;0;0;0;0
+"Carrot_2D_NODE_120_length_2731_cov_0.947005";0;0;0;0;0;133;0;0;0;0
+"Carrot_2D_NODE_121_length_2686_cov_0.652208";0;0;0;0;0;68;0;0;0;0
+"Carrot_2D_NODE_122_length_2665_cov_1.027581";0;0;0;0;0;121;0;0;0;0
+"Carrot_2D_NODE_123_length_2655_cov_1.855222";0;0;0;0;0;224;0;0;0;0
+"Carrot_2D_NODE_124_length_2636_cov_0.876445";0;0;0;0;0;98;0;0;0;0
+"Carrot_2D_NODE_126_length_2614_cov_2.632087";0;0;0;0;0;307;0;0;0;0
+"Carrot_2D_NODE_127_length_2585_cov_2.065500";0;0;0;0;0;313;0;0;0;0
+"Carrot_2D_NODE_129_length_2577_cov_0.966939";0;0;0;0;0;114;0;0;0;0
+"Carrot_2D_NODE_130_length_2562_cov_0.534702";0;0;0;0;0;89;0;0;0;0
+"Carrot_2D_NODE_134_length_2441_cov_0.728608";0;0;0;0;0;97;0;0;0;0
+"Carrot_2D_NODE_135_length_2420_cov_3.341910";0;0;0;0;0;393;0;0;0;0
+"Carrot_2D_NODE_137_length_2357_cov_1.478924";0;0;0;0;0;137;0;0;0;0
+"Carrot_2D_NODE_138_length_2318_cov_0.900502";0;0;0;0;0;166;0;0;0;0
+"Carrot_2D_NODE_139_length_2318_cov_0.371520";0;0;0;0;0;42;0;0;0;0
+"Carrot_2D_NODE_140_length_2298_cov_4.312298";0;0;0;0;0;544;0;0;0;0
+"Carrot_2D_NODE_141_length_2276_cov_0.542578";0;0;0;0;0;51;0;0;0;0
+"Carrot_2D_NODE_146_length_2212_cov_0.888729";0;0;0;0;0;105;0;0;0;0
+"Carrot_2D_NODE_147_length_2191_cov_0.355136";0;0;0;0;0;31;0;0;0;0
+"Carrot_2D_NODE_156_length_2087_cov_0.867347";0;0;0;0;0;83;0;0;0;0
+"Carrot_2D_NODE_157_length_2084_cov_0.727644";0;0;0;0;0;70;0;0;0;0
+"Carrot_2D_NODE_159_length_2064_cov_0.844605";0;0;0;0;0;80;0;0;0;0
+"Carrot_2R_NODE_1_length_41459_cov_5.774993";0;0;0;0;0;2317937;6773;0;0;0
+"Carrot_3D_NODE_50_length_2027_cov_4.880526";0;0;0;0;0;60;583;0;0;0
+"Cabbage_4D_NODE_138_length_4051_cov_1.136595";0;0;82;0;0;0;0;275;0;0
+"Cabbage_4D_NODE_170_length_3681_cov_1.748734";0;0;64;0;230;0;0;517;108;109
+"Cabbage_4D_NODE_242_length_3027_cov_1.141724";25;0;94;0;0;0;0;267;0;0
+"Cabbage_4D_NODE_282_length_2782_cov_1.614689";0;0;77;0;0;0;0;325;0;0
+"Cabbage_4D_NODE_330_length_2537_cov_0.640249";6164;74;1705;0;0;0;0;65;0;0
+"Cabbage_4D_NODE_383_length_2299_cov_0.483425";0;0;0;0;41;0;0;80;0;0
+"Cabbage_4D_NODE_398_length_2256_cov_1.158760";0;0;36;0;0;0;0;192;0;0
+"Cabbage_4D_NODE_441_length_2041_cov_2.060084";0;0;1024;0;0;0;0;274;0;0
+"Cabbage_4D_NODE_447_length_2029_cov_1.344374";0;0;115;0;0;0;0;190;0;0
+"Turnip_1D_NODE_1_length_31512_cov_1.784993";0;0;0;3397;0;0;0;0;404;0
+"Turnip_1D_NODE_5_length_13998_cov_1.243025";2949;0;286;1015;202;0;0;0;233;0
+"Turnip_1D_NODE_6_length_13634_cov_2.248464";0;0;0;1871;0;0;0;0;777;0
+"Turnip_1D_NODE_7_length_13468_cov_0.685406";0;0;0;614;0;0;0;0;274;0
+"Turnip_1D_NODE_10_length_10921_cov_0.830554";0;0;0;562;0;0;0;0;0;0
+"Turnip_1D_NODE_12_length_10531_cov_1.987216";0;0;0;1204;0;0;0;0;0;0
+"Turnip_1D_NODE_14_length_9071_cov_0.632379";0;0;0;475;135;0;0;0;448;0
+"Turnip_1D_NODE_16_length_8840_cov_5.908757";0;0;0;3158;112;0;0;0;266;0
+"Turnip_1D_NODE_19_length_8115_cov_0.754882";0;0;0;541;157;0;0;0;202;0
+"Turnip_1D_NODE_21_length_8098_cov_2.149668";0;0;0;1116;0;0;0;0;399;0
+"Turnip_1D_NODE_25_length_7392_cov_0.946043";0;0;0;433;0;0;0;0;103;0
+"Turnip_1D_NODE_26_length_7204_cov_0.583722";0;0;0;281;269;0;0;0;185;0
+"Turnip_1D_NODE_27_length_7165_cov_0.987923";99;0;246;535;0;0;0;0;318;0
+"Turnip_1D_NODE_30_length_6902_cov_3.574465";0;0;0;1614;0;0;0;0;175;0
+"Turnip_1D_NODE_31_length_6817_cov_0.415994";0;0;0;121;57;0;0;0;280;0
+"Turnip_1D_NODE_32_length_6596_cov_0.608595";0;0;0;249;0;0;0;0;0;0
+"Turnip_1D_NODE_35_length_6279_cov_6.436606";0;0;0;1875;54;0;0;0;148;0
+"Turnip_1D_NODE_36_length_6250_cov_5.930263";0;0;0;292;0;0;0;0;0;0
+"Turnip_1D_NODE_38_length_5856_cov_2.029674";0;0;0;820;0;0;0;0;0;0
+"Turnip_1D_NODE_39_length_5841_cov_1.027826";0;0;0;372;0;0;0;0;179;0
+"Turnip_1D_NODE_43_length_5671_cov_0.358045";58;0;94;196;0;0;0;0;292;0
+"Turnip_1D_NODE_52_length_5105_cov_0.809562";0;0;0;344;0;0;0;0;0;0
+"Turnip_1D_NODE_53_length_5051_cov_2.121243";0;0;0;414;0;0;0;0;0;0
+"Turnip_1D_NODE_58_length_4959_cov_6.943295";0;0;0;3271;0;0;0;0;0;0
+"Turnip_1D_NODE_61_length_4888_cov_0.588322";0;0;0;225;0;0;0;0;0;0
+"Turnip_1D_NODE_66_length_4797_cov_5.370236";0;0;0;681;18;0;0;0;65;0
+"Turnip_1D_NODE_67_length_4791_cov_0.716981";87;0;184;331;0;0;0;0;210;0
+"Turnip_1D_NODE_69_length_4729_cov_0.785963";0;0;0;35;0;0;0;0;19;0
+"Turnip_1D_NODE_71_length_4694_cov_0.398949";0;0;0;165;82;0;0;0;706;0
+"Turnip_1D_NODE_77_length_4553_cov_0.994577";0;0;0;270;0;0;0;0;0;0
+"Turnip_1D_NODE_79_length_4497_cov_4.306865";0;0;0;1167;0;0;0;0;202;0
+"Turnip_1D_NODE_80_length_4469_cov_0.825196";0;0;0;203;30;0;0;0;150;0
+"Turnip_1D_NODE_81_length_4463_cov_1.370849";0;0;0;345;0;0;0;0;67;0
+"Turnip_1D_NODE_82_length_4462_cov_1.543483";0;0;0;363;0;0;0;0;594;0
+"Turnip_1D_NODE_84_length_4448_cov_0.969683";0;0;0;250;0;0;0;0;158;0
+"Turnip_1D_NODE_86_length_4415_cov_6.215951";336;0;0;2705;68;0;0;0;804;0
+"Turnip_1D_NODE_88_length_4348_cov_0.590855";0;0;0;159;0;0;0;0;0;0
+"Turnip_1D_NODE_93_length_4301_cov_0.749641";0;0;0;150;18;0;0;0;115;0
+"Turnip_1D_NODE_95_length_4237_cov_1.218248";0;0;0;334;40;0;0;0;532;0
+"Turnip_1D_NODE_101_length_4149_cov_0.794630";0;0;0;182;0;0;0;0;184;0
+"Turnip_1D_NODE_102_length_4147_cov_3.179851";114;0;0;997;71;0;0;0;195;0
+"Turnip_1D_NODE_104_length_4102_cov_2.240503";0;0;0;936;0;0;0;0;319;0
+"Turnip_1D_NODE_105_length_4089_cov_1.780666";0;0;0;754;0;0;0;0;94;0
+"Turnip_1D_NODE_108_length_4042_cov_0.632184";0;0;44;161;0;0;0;0;0;0
+"Turnip_1D_NODE_109_length_4013_cov_2.873134";933;0;0;868;60;0;0;0;0;0
+"Turnip_1D_NODE_112_length_3899_cov_1.503181";0;0;0;416;132;0;0;0;131;0
+"Turnip_1D_NODE_118_length_3838_cov_9.180275";6;0;0;211;0;0;0;0;152;0
+"Turnip_1D_NODE_120_length_3796_cov_1.623603";0;0;0;351;0;0;0;0;155;0
+"Turnip_1D_NODE_121_length_3792_cov_0.561528";0;0;0;182;64;0;0;0;549;0
+"Turnip_1D_NODE_122_length_3780_cov_0.775253";0;0;0;188;0;0;0;0;74;0
+"Turnip_1D_NODE_131_length_3679_cov_0.419764";0;0;0;102;0;0;0;0;0;0
+"Turnip_1D_NODE_134_length_3595_cov_0.469723";0;0;0;125;0;0;0;0;0;0
+"Turnip_1D_NODE_135_length_3588_cov_4.172782";0;0;0;846;0;0;0;0;43;0
+"Turnip_1D_NODE_136_length_3583_cov_1.254630";0;0;0;226;0;0;0;0;0;0
+"Turnip_1D_NODE_140_length_3533_cov_0.747798";31;0;36;190;0;0;0;0;149;0
+"Turnip_1D_NODE_146_length_3467_cov_2.077844";0;0;0;451;0;0;0;0;0;0
+"Turnip_1D_NODE_152_length_3390_cov_0.610481";0;0;0;119;0;0;0;0;0;0
+"Turnip_1D_NODE_153_length_3368_cov_1.149954";0;0;0;294;0;0;0;0;0;0
+"Turnip_1D_NODE_158_length_3292_cov_1.624961";0;0;0;268;61;0;0;0;598;11
+"Turnip_1D_NODE_161_length_3255_cov_1.412404";0;0;0;305;0;0;0;0;101;0
+"Turnip_1D_NODE_163_length_3243_cov_1.136393";0;0;0;284;75;0;0;0;53;0
+"Turnip_1D_NODE_171_length_3090_cov_2.014512";0;0;0;472;0;0;0;0;0;0
+"Turnip_1D_NODE_172_length_3085_cov_0.369844";0;0;0;71;0;0;0;0;18;0
+"Turnip_1D_NODE_180_length_3017_cov_0.901038";0;0;0;201;0;0;0;0;0;0
+"Turnip_1D_NODE_184_length_2990_cov_1.362906";0;0;0;129;24;0;0;0;36;0
+"Turnip_1D_NODE_190_length_2950_cov_1.760184";0;0;0;401;0;0;0;0;0;0
+"Turnip_1D_NODE_194_length_2909_cov_1.773904";0;0;0;325;0;0;0;0;37;0
+"Turnip_1D_NODE_198_length_2895_cov_0.580564";52;0;34;76;10;0;0;0;0;0
+"Turnip_1D_NODE_201_length_2890_cov_0.526963";0;0;0;94;0;0;0;0;0;0
+"Turnip_1D_NODE_204_length_2857_cov_1.060440";253;0;0;170;0;0;0;0;396;0
+"Turnip_1D_NODE_205_length_2854_cov_1.892556";0;0;0;334;17;0;0;0;66;0
+"Turnip_1D_NODE_206_length_2852_cov_1.121101";0;0;0;298;0;0;0;0;0;0
+"Turnip_1D_NODE_210_length_2842_cov_0.883610";0;0;0;125;0;0;0;0;38;0
+"Turnip_1D_NODE_212_length_2836_cov_5.627169";0;0;0;1055;0;0;0;0;0;0
+"Turnip_1D_NODE_216_length_2803_cov_0.769058";0;0;0;135;0;0;0;0;0;0
+"Turnip_1D_NODE_217_length_2802_cov_1.891215";0;0;0;508;0;0;0;0;0;0
+"Turnip_1D_NODE_219_length_2791_cov_0.346471";0;0;0;104;0;0;0;0;59;0
+"Turnip_1D_NODE_222_length_2778_cov_0.499811";0;0;0;116;0;0;0;0;0;0
+"Turnip_1D_NODE_224_length_2770_cov_0.613697";0;0;0;102;36;0;0;0;0;0
+"Turnip_1D_NODE_230_length_2740_cov_1.727516";0;0;0;462;37;0;0;0;0;0
+"Turnip_1D_NODE_232_length_2734_cov_0.879939";0;0;0;186;0;0;0;0;0;0
+"Turnip_1D_NODE_234_length_2719_cov_1.427855";0;0;0;208;0;0;0;0;30;0
+"Turnip_1D_NODE_237_length_2717_cov_2.616988";0;0;0;392;0;0;0;0;81;0
+"Turnip_1D_NODE_238_length_2716_cov_0.843955";18;0;0;137;18;0;0;0;79;0
+"Turnip_1D_NODE_240_length_2709_cov_0.594888";0;0;0;126;39;0;0;0;47;0
+"Turnip_1D_NODE_248_length_2689_cov_2.593286";0;0;0;395;0;0;0;0;0;0
+"Turnip_1D_NODE_251_length_2678_cov_15.117993";1712;0;81;2856;36;0;0;0;255;0
+"Turnip_1D_NODE_252_length_2676_cov_8.282071";458;0;0;1580;15;0;0;0;166;0
+"Turnip_1D_NODE_256_length_2649_cov_0.707772";0;0;0;112;0;0;0;0;0;0
+"Turnip_1D_NODE_260_length_2625_cov_1.185348";144;0;101;299;0;0;0;0;0;0
+"Turnip_1D_NODE_262_length_2619_cov_2.569823";14;0;0;219;0;0;0;0;98;0
+"Turnip_1D_NODE_267_length_2594_cov_0.587758";36;0;0;120;0;0;0;0;0;0
+"Turnip_1D_NODE_270_length_2580_cov_0.494089";0;0;0;87;0;0;0;0;0;0
+"Turnip_1D_NODE_273_length_2568_cov_0.567800";0;0;0;133;0;0;0;0;21;0
+"Turnip_1D_NODE_274_length_2562_cov_0.389322";26;0;0;69;0;0;0;0;52;0
+"Turnip_1D_NODE_275_length_2558_cov_1.698478";0;0;0;191;0;0;0;19;0;0
+"Turnip_1D_NODE_276_length_2552_cov_1.396701";0;0;0;304;0;0;0;0;69;0
+"Turnip_1D_NODE_277_length_2551_cov_0.736386";0;0;0;99;0;0;0;0;0;0
+"Turnip_1D_NODE_295_length_2492_cov_0.328118";0;0;0;73;0;0;0;0;39;0
+"Turnip_1D_NODE_301_length_2462_cov_1.321199";0;0;0;254;0;0;0;0;0;0
+"Turnip_1D_NODE_304_length_2459_cov_4.720412";0;0;0;106;0;0;0;0;0;0
+"Turnip_1D_NODE_312_length_2413_cov_0.464567";0;0;0;78;0;0;0;0;174;0
+"Turnip_1D_NODE_313_length_2404_cov_0.963988";0;0;0;31;12;0;0;0;28;0
+"Turnip_1D_NODE_316_length_2398_cov_1.738441";0;0;0;297;35;0;0;0;38;0
+"Turnip_1D_NODE_321_length_2380_cov_1.735464";21;0;0;199;3;0;0;0;80;0
+"Turnip_1D_NODE_322_length_2374_cov_1.991099";0;0;0;299;0;0;0;0;41;0
+"Turnip_1D_NODE_327_length_2358_cov_1.794711";67;0;0;580;42;0;0;0;231;0
+"Turnip_1D_NODE_331_length_2356_cov_0.947510";0;0;0;157;0;0;0;0;0;0
+"Turnip_1D_NODE_335_length_2354_cov_0.434216";0;0;0;60;0;0;0;0;3146;0
+"Turnip_1D_NODE_338_length_2349_cov_0.619262";0;0;0;97;0;0;0;0;0;0
+"Turnip_1D_NODE_343_length_2332_cov_0.689342";0;0;0;109;0;0;0;0;0;0
+"Turnip_1D_NODE_344_length_2330_cov_0.282796";0;0;0;76;0;0;0;0;49;0
+"Turnip_1D_NODE_350_length_2304_cov_2.175930";0;0;0;455;0;0;0;0;0;0
+"Turnip_1D_NODE_351_length_2304_cov_0.800643";0;0;0;129;0;0;0;0;0;0
+"Turnip_1D_NODE_358_length_2299_cov_0.874309";0;0;0;108;0;0;0;0;0;0
+"Turnip_1D_NODE_359_length_2296_cov_1.657446";0;0;0;345;0;0;0;0;0;0
+"Turnip_1D_NODE_364_length_2276_cov_0.217776";0;0;0;30;0;0;0;0;0;0
+"Turnip_1D_NODE_369_length_2263_cov_0.301498";0;0;21;41;0;0;0;0;0;0
+"Turnip_1D_NODE_374_length_2241_cov_1.406339";0;0;0;228;0;0;0;0;0;0
+"Turnip_1D_NODE_378_length_2232_cov_1.365321";0;0;0;255;0;0;0;0;0;0
+"Turnip_1D_NODE_388_length_2217_cov_3.756459";0;0;0;533;0;0;0;0;0;0
+"Turnip_1D_NODE_390_length_2213_cov_1.218121";0;0;0;176;0;0;0;0;167;0
+"Turnip_1D_NODE_396_length_2197_cov_2.696135";0;0;0;335;0;0;0;0;665;0
+"Turnip_1D_NODE_408_length_2166_cov_0.754291";0;0;0;98;0;0;0;0;36;0
+"Turnip_1D_NODE_410_length_2158_cov_2.033973";0;0;0;342;0;0;0;0;28;0
+"Turnip_1D_NODE_411_length_2157_cov_1.067488";0;0;0;168;0;0;0;0;49;0
+"Turnip_1D_NODE_414_length_2152_cov_3.295309";10;0;0;364;40;0;0;22;178;0
+"Turnip_1D_NODE_419_length_2139_cov_2.818091";0;0;0;82;0;0;0;0;13;0
+"Turnip_1D_NODE_425_length_2126_cov_0.466733";0;0;0;62;0;0;0;0;0;0
+"Turnip_1D_NODE_427_length_2118_cov_1.506781";0;0;0;216;0;0;0;0;0;0
+"Turnip_1D_NODE_429_length_2114_cov_2.894313";0;0;0;100;0;0;0;0;13;0
+"Turnip_1D_NODE_433_length_2104_cov_0.314618";0;0;0;53;0;0;0;0;0;0
+"Turnip_1D_NODE_436_length_2101_cov_1.897163";0;0;0;309;0;0;0;0;184;0
+"Turnip_1D_NODE_440_length_2097_cov_0.289340";0;0;0;49;0;0;0;0;0;0
+"Turnip_1D_NODE_442_length_2086_cov_0.719755";0;0;0;81;0;0;0;0;0;0
+"Turnip_1D_NODE_456_length_2065_cov_0.378741";0;0;0;30;0;0;0;0;23;0
+"Turnip_1D_NODE_461_length_2053_cov_5.041018";0;0;0;143;0;0;0;0;9;0
+"Turnip_1D_NODE_462_length_2052_cov_1.406753";0;0;0;228;38;0;0;0;49;0
+"Turnip_1D_NODE_466_length_2043_cov_1.048539";182;0;0;193;0;0;0;0;16;0
+"Turnip_1D_NODE_471_length_2033_cov_1.009444";0;0;0;151;0;0;0;0;0;0
+"Turnip_1D_NODE_476_length_2023_cov_0.248418";0;0;0;15;0;0;0;0;21;0
+"Turnip_1D_NODE_477_length_2022_cov_0.548813";18;0;0;81;0;0;0;0;0;0
+"Turnip_1D_NODE_480_length_2009_cov_0.334750";0;0;0;48;0;0;0;0;0;0
+"Turnip_1D_NODE_484_length_2002_cov_0.564800";0;0;0;59;0;0;0;0;0;0
+"Turnip_1D_NODE_486_length_2001_cov_1.192102";41;0;0;99;7;0;0;0;123;0
+"Turnip_1R_NODE_29_length_2375_cov_0.903470";28;0;0;327;10;0;0;0;106;0
+"Turnip_1R_NODE_35_length_2262_cov_0.660422";0;0;0;106;0;0;0;0;25;0
+"Turnip_2D_NODE_1_length_91226_cov_2.393155";1143;0;0;20751;9285;0;0;0;68518;0
+"Turnip_2D_NODE_2_length_30173_cov_2.061273";0;0;0;4258;2676;0;0;0;11807;0
+"Turnip_2D_NODE_4_length_21837_cov_2.312160";0;0;0;1925;2183;0;0;0;3117;0
+"Turnip_2D_NODE_5_length_20303_cov_1.071768";0;0;0;0;994;0;0;0;0;0
+"Turnip_2D_NODE_6_length_20077_cov_0.956241";0;0;0;0;927;0;0;0;0;0
+"Turnip_2D_NODE_10_length_15725_cov_1.418643";392;0;0;3692;1254;0;0;0;5944;0
+"Turnip_2D_NODE_11_length_13605_cov_1.009645";0;0;0;0;783;0;0;0;2831;0
+"Turnip_2D_NODE_13_length_11967_cov_1.235726";0;0;0;0;701;0;0;0;0;0
+"Turnip_2D_NODE_14_length_11204_cov_1.408685";0;0;0;290;806;0;0;0;117;0
+"Turnip_2D_NODE_15_length_10752_cov_2.551153";0;0;0;589;1152;0;0;0;962;0
+"Turnip_2D_NODE_16_length_10408_cov_2.237623";0;0;0;2425;1134;0;0;0;686;0
+"Turnip_2D_NODE_20_length_8993_cov_1.013196";658;0;0;5470;468;0;0;0;2528;0
+"Turnip_2D_NODE_21_length_8973_cov_0.882885";0;0;0;321;434;0;0;0;800;0
+"Turnip_2D_NODE_26_length_8430_cov_1.195110";0;0;0;0;431;0;0;0;0;0
+"Turnip_2D_NODE_36_length_7256_cov_1.050217";0;0;0;0;430;0;0;0;0;0
+"Turnip_2D_NODE_37_length_7159_cov_4.129551";10933;0;903;10163;1617;0;0;0;796;0
+"Turnip_2D_NODE_39_length_7009_cov_0.881575";130;0;0;1774;342;0;0;0;2282;0
+"Turnip_2D_NODE_41_length_6899_cov_1.131424";0;0;0;165;335;0;0;0;377;0
+"Turnip_2D_NODE_45_length_6396_cov_0.638060";714;0;0;3817;321;0;0;0;1606;0
+"Turnip_2D_NODE_50_length_6065_cov_0.568710";0;0;0;464;196;0;0;0;0;0
+"Turnip_2D_NODE_51_length_5961_cov_1.577305";0;0;0;197;397;0;0;0;85;0
+"Turnip_2D_NODE_53_length_5792_cov_4.455252";402;0;94;7823;1240;0;0;0;303;0
+"Turnip_2D_NODE_55_length_5675_cov_0.888428";41;0;0;639;194;0;0;0;901;0
+"Turnip_2D_NODE_56_length_5615_cov_0.842019";0;0;0;0;214;0;0;0;0;0
+"Turnip_2D_NODE_57_length_5498_cov_5.581828";19;0;0;442;218;0;0;0;0;0
+"Turnip_2D_NODE_59_length_5386_cov_4.702035";730;0;58;3120;905;0;0;0;401;0
+"Turnip_2D_NODE_61_length_5224_cov_1.326270";370;0;146;1719;308;0;0;0;361;0
+"Turnip_2D_NODE_69_length_4525_cov_0.571623";0;0;0;188;113;0;0;0;742;0
+"Turnip_2D_NODE_73_length_4342_cov_0.689442";0;0;0;0;108;0;0;0;0;0
+"Turnip_2D_NODE_85_length_4019_cov_0.621274";4226;0;218;1854;140;0;0;0;0;0
+"Turnip_2D_NODE_91_length_3877_cov_1.229867";0;0;0;117;214;0;0;0;128;0
+"Turnip_2D_NODE_92_length_3864_cov_0.847204";0;0;0;521;129;0;0;0;159;0
+"Turnip_2D_NODE_93_length_3858_cov_6.924953";6041;42;375;4079;834;0;0;38;632;0
+"Turnip_2D_NODE_97_length_3746_cov_0.675048";125;0;80;38;113;0;0;0;45;0
+"Turnip_2D_NODE_99_length_3732_cov_1.155895";229;0;24;2263;161;0;0;15;1379;0
+"Turnip_2D_NODE_103_length_3670_cov_1.027378";209;0;0;1007;92;0;0;0;567;0
+"Turnip_2D_NODE_107_length_3549_cov_0.535067";0;0;0;0;79;0;0;0;28;0
+"Turnip_2D_NODE_108_length_3446_cov_0.573064";0;0;0;31;105;0;0;0;87;0
+"Turnip_2D_NODE_109_length_3440_cov_0.354965";0;0;0;20;55;0;0;0;0;0
+"Turnip_2D_NODE_120_length_3190_cov_0.635325";0;0;0;65;98;0;0;0;44;0
+"Turnip_2D_NODE_127_length_3109_cov_4.589202";42;0;17;437;156;0;0;0;16;0
+"Turnip_2D_NODE_129_length_3043_cov_0.888203";0;0;0;0;128;0;0;0;0;0
+"Turnip_2D_NODE_130_length_3038_cov_0.905874";0;0;0;26;101;0;0;0;0;0
+"Turnip_2D_NODE_146_length_2912_cov_0.953680";0;0;0;45;131;0;0;0;0;0
+"Turnip_2D_NODE_147_length_2907_cov_0.257914";0;0;0;0;45;0;0;0;67;0
+"Turnip_2D_NODE_149_length_2893_cov_0.784888";0;0;0;0;111;0;0;0;0;0
+"Turnip_2D_NODE_152_length_2875_cov_0.401383";0;0;0;0;50;0;0;0;0;0
+"Turnip_2D_NODE_158_length_2807_cov_0.897388";0;0;0;78;106;0;0;0;0;0
+"Turnip_2D_NODE_185_length_2668_cov_0.348288";0;0;0;0;47;0;0;0;19;0
+"Turnip_2D_NODE_201_length_2568_cov_0.752970";0;0;0;29;101;0;0;0;0;0
+"Turnip_2D_NODE_202_length_2567_cov_0.556967";0;0;0;32;67;0;0;0;40;0
+"Turnip_2D_NODE_218_length_2470_cov_1.915920";0;0;0;417;114;0;0;0;68;0
+"Turnip_2D_NODE_236_length_2388_cov_0.463954";0;0;0;29;41;0;0;0;32;0
+"Turnip_2D_NODE_259_length_2288_cov_0.428043";0;0;43;0;64;0;0;0;27;0
+"Turnip_2D_NODE_280_length_2189_cov_0.302619";86;0;0;449;51;0;0;0;490;0
+"Turnip_2D_NODE_290_length_2165_cov_0.446026";5;0;19;0;37;0;0;0;35;0
+"Turnip_2D_NODE_291_length_2163_cov_0.401768";0;0;0;0;81;0;0;25;24;24
+"Turnip_2D_NODE_298_length_2147_cov_0.661386";41;0;0;0;75;0;0;0;0;0
+"Turnip_2D_NODE_304_length_2124_cov_0.917877";0;0;0;0;106;0;0;0;0;0
+"Turnip_2R_NODE_17_length_5266_cov_0.588052";454;0;0;872;168;0;0;0;1034;0
+"Turnip_2R_NODE_29_length_4424_cov_0.774959";0;0;0;37;85;0;0;0;79;0
+"Turnip_2R_NODE_32_length_4043_cov_0.792135";715;0;0;605;82;0;0;0;216;0
+"Turnip_2R_NODE_35_length_3766_cov_2.455894";6290;49;413;6933;871;0;0;54;1074;0
+"Turnip_2R_NODE_50_length_3376_cov_0.414589";729;0;0;779;92;0;0;0;1907;0
+"Turnip_2R_NODE_53_length_3298_cov_0.978556";2606;0;211;1277;422;0;0;0;408;0
+"Turnip_2R_NODE_80_length_2602_cov_0.544242";208;0;25;727;67;0;0;0;301;0
+"Turnip_2R_NODE_134_length_2007_cov_0.581383";0;0;0;26;11;0;0;0;115;0
+"Turnip_4D_NODE_1_length_91759_cov_3.866357";12903;0;16363;3329;2345;0;0;0;14942;0
+"Turnip_4D_NODE_2_length_44123_cov_3.464497";0;0;0;1132;598;0;0;0;6507;0
+"Turnip_4D_NODE_3_length_38424_cov_2.798627";0;0;0;292;0;0;0;0;4321;0
+"Turnip_4D_NODE_4_length_33364_cov_2.165930";0;0;0;407;630;0;0;0;3086;0
+"Turnip_4D_NODE_5_length_29071_cov_2.405196";0;0;0;9864;0;0;0;0;3058;0
+"Turnip_4D_NODE_6_length_26571_cov_2.950461";0;0;0;32019;190;0;0;0;4782;0
+"Turnip_4D_NODE_7_length_26411_cov_3.806879";0;0;0;1030;0;0;0;0;5564;1338
+"Turnip_4D_NODE_8_length_26346_cov_1.900034";0;0;0;2561;0;0;0;0;1882;0
+"Turnip_4D_NODE_9_length_23510_cov_2.094128";0;0;0;0;0;0;0;0;2003;0
+"Turnip_4D_NODE_10_length_20792_cov_12.425647";0;0;0;827;0;0;0;0;10056;0
+"Turnip_4D_NODE_12_length_20382_cov_7.448235";0;0;0;950;0;0;0;0;1866;0
+"Turnip_4D_NODE_13_length_18030_cov_9.180473";0;0;0;871;445;0;0;0;7957;0
+"Turnip_4D_NODE_14_length_17893_cov_14.380671";0;0;0;1339;0;0;0;0;9557;0
+"Turnip_4D_NODE_15_length_17864_cov_6.681739";0;0;0;2642;0;0;0;0;5796;0
+"Turnip_4D_NODE_17_length_16919_cov_5.151263";0;0;0;1882;0;0;0;0;4321;327
+"Turnip_4D_NODE_18_length_16383_cov_3.414062";0;0;0;1234;0;0;0;0;2473;0
+"Turnip_4D_NODE_20_length_15967_cov_18.085795";0;0;0;3559;0;0;0;0;12715;0
+"Turnip_4D_NODE_22_length_15194_cov_1.093914";0;0;0;0;295;0;0;0;875;0
+"Turnip_4D_NODE_23_length_15116_cov_9.097271";1066;0;253;4817;285;0;0;0;5175;0
+"Turnip_4D_NODE_24_length_15056_cov_13.458972";0;0;0;706;0;0;0;0;7570;0
+"Turnip_4D_NODE_25_length_14927_cov_11.127905";0;0;0;1699;228;0;0;0;7834;0
+"Turnip_4D_NODE_26_length_14603_cov_10.248342";0;0;0;3183;0;0;0;0;6422;0
+"Turnip_4D_NODE_28_length_13755_cov_5.220062";0;0;0;276;201;0;0;0;2352;0
+"Turnip_4D_NODE_29_length_13718_cov_6.447576";0;0;0;548;0;0;0;0;3497;0
+"Turnip_4D_NODE_34_length_12619_cov_9.900416";0;0;0;1529;142;0;0;0;5352;0
+"Turnip_4D_NODE_35_length_12572_cov_15.526075";0;0;0;4135;0;0;0;0;7878;0
+"Turnip_4D_NODE_36_length_12535_cov_12.603804";981;0;0;3851;147;0;0;0;1949;0
+"Turnip_4D_NODE_37_length_12432_cov_44.380740";0;0;0;601;0;0;0;0;842;0
+"Turnip_4D_NODE_41_length_12070_cov_8.858913";1941;0;0;810;101;0;0;0;4233;0
+"Turnip_4D_NODE_46_length_11184_cov_40.408429";4675;0;0;3354;159;0;0;0;20615;168
+"Turnip_4D_NODE_47_length_11017_cov_9.246740";385;0;0;3194;257;0;0;0;4663;0
+"Turnip_4D_NODE_48_length_10963_cov_6.136859";0;0;0;1429;56;0;0;0;2664;0
+"Turnip_4D_NODE_49_length_10877_cov_12.066605";0;0;0;101;35;0;0;0;991;0
+"Turnip_4D_NODE_50_length_10780_cov_1.103257";0;0;0;0;0;0;0;0;440;0
+"Turnip_4D_NODE_51_length_10604_cov_46.440966";38;0;0;508;16;0;0;0;1874;9
+"Turnip_4D_NODE_52_length_10454_cov_2.372615";0;0;0;1631;0;0;0;0;1440;0
+"Turnip_4D_NODE_53_length_10377_cov_6.747415";3722;0;0;13478;1231;0;0;0;4491;0
+"Turnip_4D_NODE_57_length_9863_cov_14.080731";201;0;0;1760;0;0;0;0;3155;0
+"Turnip_4D_NODE_60_length_9678_cov_1.054340";0;0;0;0;0;0;0;0;426;0
+"Turnip_4D_NODE_61_length_9434_cov_37.893521";0;0;0;268;0;0;0;0;275;0
+"Turnip_4D_NODE_62_length_9338_cov_0.992618";0;0;0;111;0;0;0;0;490;0
+"Turnip_4D_NODE_64_length_9292_cov_1.520895";0;0;74;80;0;0;0;0;528;0
+"Turnip_4D_NODE_65_length_9149_cov_7.149523";0;0;0;595;0;0;0;0;3560;0
+"Turnip_4D_NODE_67_length_9043_cov_12.483176";0;0;0;977;0;0;0;0;4007;0
+"Turnip_4D_NODE_68_length_9031_cov_1.269205";0;0;0;70;0;0;0;0;433;0
+"Turnip_4D_NODE_69_length_8894_cov_2.046082";0;0;0;472;0;0;0;0;741;0
+"Turnip_4D_NODE_70_length_8875_cov_10.018176";0;0;0;1769;0;0;0;0;3517;0
+"Turnip_4D_NODE_73_length_8609_cov_3.448243";0;0;0;4084;0;0;0;0;1149;0
+"Turnip_4D_NODE_74_length_8498_cov_1.765858";0;0;0;872;404;0;0;0;793;0
+"Turnip_4D_NODE_75_length_8478_cov_8.294815";193;0;0;568;39;0;0;0;2017;0
+"Turnip_4D_NODE_78_length_8334_cov_35.244060";0;0;0;653;12;0;0;0;5593;42
+"Turnip_4D_NODE_80_length_8203_cov_3.050149";0;0;0;3237;74;0;0;0;1074;0
+"Turnip_4D_NODE_82_length_7948_cov_1.604015";0;0;0;310;0;0;0;0;542;0
+"Turnip_4D_NODE_83_length_7937_cov_1.443278";0;0;0;0;0;0;0;0;498;0
+"Turnip_4D_NODE_84_length_7921_cov_7.703362";0;0;0;502;130;0;0;0;2956;0
+"Turnip_4D_NODE_85_length_7920_cov_8.075966";505;0;162;2000;131;0;0;0;2410;0
+"Turnip_4D_NODE_86_length_7872_cov_2.102389";0;0;0;537;0;0;0;0;736;0
+"Turnip_4D_NODE_89_length_7582_cov_4.935882";134;0;0;929;0;0;0;0;1329;0
+"Turnip_4D_NODE_91_length_7566_cov_11.610297";2169;0;0;1045;64;0;0;0;4897;0
+"Turnip_4D_NODE_93_length_7473_cov_1.005173";0;0;0;0;0;0;0;0;261;0
+"Turnip_4D_NODE_95_length_7374_cov_2.349662";93;0;0;523;107;0;0;0;728;0
+"Turnip_4D_NODE_96_length_7298_cov_4.883698";0;0;0;477;0;0;0;0;1277;0
+"Turnip_4D_NODE_102_length_6967_cov_16.936842";263;0;0;2229;94;0;0;0;3049;0
+"Turnip_4D_NODE_103_length_6944_cov_4.392988";100;0;0;1138;0;0;0;0;2062;0
+"Turnip_4D_NODE_106_length_6747_cov_10.025831";69;0;0;805;54;0;0;0;1312;0
+"Turnip_4D_NODE_107_length_6743_cov_3.673519";114;0;0;1680;0;0;0;105;1284;0
+"Turnip_4D_NODE_108_length_6736_cov_5.051445";0;0;0;272;0;0;0;0;1441;0
+"Turnip_4D_NODE_109_length_6713_cov_1.619192";0;0;0;89;111;0;0;0;493;0
+"Turnip_4D_NODE_111_length_6676_cov_1.748817";0;0;0;1243;364;0;0;0;715;0
+"Turnip_4D_NODE_112_length_6668_cov_1.385262";0;0;0;452;0;0;0;0;503;0
+"Turnip_4D_NODE_115_length_6512_cov_0.967267";0;0;0;47;0;0;0;0;243;0
+"Turnip_4D_NODE_117_length_6410_cov_3.857234";0;0;0;2266;0;0;0;0;1389;0
+"Turnip_4D_NODE_118_length_6384_cov_1.930957";0;0;0;75;0;0;0;0;688;0
+"Turnip_4D_NODE_119_length_6378_cov_13.227964";0;0;0;56;0;0;0;0;3041;0
+"Turnip_4D_NODE_124_length_6170_cov_2.625517";0;0;0;4491;0;0;0;0;1008;0
+"Turnip_4D_NODE_125_length_6136_cov_15.629556";460;0;0;4321;182;0;0;0;3977;0
+"Turnip_4D_NODE_126_length_6051_cov_9.084571";0;0;0;308;119;0;0;0;2347;0
+"Turnip_4D_NODE_127_length_6047_cov_1.632432";0;0;0;101;97;0;0;0;607;0
+"Turnip_4D_NODE_128_length_6046_cov_7.506673";212;0;0;2147;85;0;0;0;1349;0
+"Turnip_4D_NODE_132_length_5860_cov_11.232862";127;0;0;450;0;0;0;0;556;0
+"Turnip_4D_NODE_133_length_5833_cov_15.314055";0;0;0;280;0;0;0;0;976;0
+"Turnip_4D_NODE_135_length_5746_cov_2.109984";88;0;0;443;57;0;0;0;566;0
+"Turnip_4D_NODE_136_length_5736_cov_1.176859";0;0;0;47;0;0;0;0;298;0
+"Turnip_4D_NODE_138_length_5593_cov_7.608306";134;0;0;1803;60;0;0;0;2073;0
+"Turnip_4D_NODE_141_length_5571_cov_1.083211";0;0;0;200;0;0;0;0;278;0
+"Turnip_4D_NODE_142_length_5558_cov_6.269564";0;0;0;3406;215;0;0;0;1353;0
+"Turnip_4D_NODE_143_length_5557_cov_0.927624";0;0;0;242;0;0;0;0;230;0
+"Turnip_4D_NODE_148_length_5531_cov_1.858623";0;0;0;762;0;0;0;0;550;0
+"Turnip_4D_NODE_149_length_5513_cov_0.874304";0;0;0;0;0;0;0;0;183;0
+"Turnip_4D_NODE_150_length_5478_cov_0.822089";41;0;0;0;0;0;0;0;158;0
+"Turnip_4D_NODE_151_length_5458_cov_1.642093";0;0;0;719;0;0;0;0;356;0
+"Turnip_4D_NODE_152_length_5421_cov_10.651114";0;0;0;1491;84;0;0;0;2264;0
+"Turnip_4D_NODE_154_length_5322_cov_0.916843";0;0;0;46;0;0;0;0;208;0
+"Turnip_4D_NODE_156_length_5295_cov_1.116680";0;0;0;54;0;0;0;0;240;0
+"Turnip_4D_NODE_158_length_5178_cov_23.855474";0;0;0;9;0;0;0;0;1147;0
+"Turnip_4D_NODE_164_length_5023_cov_0.708742";0;0;0;69;42;0;0;0;178;0
+"Turnip_4D_NODE_167_length_5007_cov_1.056352";0;0;0;60;0;0;0;0;243;0
+"Turnip_4D_NODE_168_length_4999_cov_1.129105";43;0;81;70;0;0;0;0;257;0
+"Turnip_4D_NODE_170_length_4961_cov_1.274514";0;0;0;81;0;0;0;0;384;72
+"Turnip_4D_NODE_171_length_4956_cov_0.855457";23;0;0;0;0;0;0;0;181;0
+"Turnip_4D_NODE_173_length_4905_cov_7.443910";5503;0;534;5782;175;0;0;0;1343;0
+"Turnip_4D_NODE_174_length_4884_cov_2.552659";0;0;0;131;60;0;0;0;580;0
+"Turnip_4D_NODE_177_length_4836_cov_2.032916";72;0;0;584;172;0;0;0;514;0
+"Turnip_4D_NODE_178_length_4830_cov_6.827982";0;0;0;391;62;0;0;0;1445;0
+"Turnip_4D_NODE_180_length_4785_cov_1.618506";80;0;0;201;0;0;0;0;378;0
+"Turnip_4D_NODE_182_length_4778_cov_7.990970";0;0;0;981;51;0;0;0;1233;0
+"Turnip_4D_NODE_187_length_4751_cov_1.500433";0;0;0;0;0;0;0;0;317;0
+"Turnip_4D_NODE_189_length_4707_cov_1.699127";0;0;0;0;0;0;0;0;311;0
+"Turnip_4D_NODE_190_length_4701_cov_0.865982";65;0;0;0;0;0;0;0;148;0
+"Turnip_4D_NODE_195_length_4564_cov_1.584855";0;0;0;645;77;0;0;0;384;0
+"Turnip_4D_NODE_196_length_4554_cov_2.108200";0;0;0;211;0;0;0;0;388;0
+"Turnip_4D_NODE_198_length_4511_cov_3.937500";0;0;0;108;0;0;0;0;692;0
+"Turnip_4D_NODE_199_length_4508_cov_3.485962";136;0;0;988;0;0;0;0;860;0
+"Turnip_4D_NODE_200_length_4506_cov_0.725051";0;0;0;252;0;0;0;0;212;0
+"Turnip_4D_NODE_201_length_4504_cov_1.859036";0;0;0;55;0;0;0;0;124;0
+"Turnip_4D_NODE_212_length_4367_cov_3.890330";286;0;45;749;123;0;0;30;1002;56
+"Turnip_4D_NODE_218_length_4255_cov_1.042878";0;0;0;39;0;0;0;0;182;0
+"Turnip_4D_NODE_219_length_4252_cov_2.769697";0;0;0;68;0;0;0;0;478;0
+"Turnip_4D_NODE_220_length_4199_cov_3.635069";0;0;0;490;0;0;0;0;727;0
+"Turnip_4D_NODE_223_length_4145_cov_1.041812";0;0;0;0;0;0;0;0;192;0
+"Turnip_4D_NODE_224_length_4088_cov_1.546074";0;0;0;103;0;0;0;0;275;0
+"Turnip_4D_NODE_225_length_4086_cov_0.703208";0;0;0;0;41;0;0;0;106;0
+"Turnip_4D_NODE_226_length_4063_cov_1.127541";0;0;0;233;39;0;0;0;236;0
+"Turnip_4D_NODE_229_length_4002_cov_1.112516";0;0;0;0;0;0;0;0;184;0
+"Turnip_4D_NODE_230_length_4001_cov_0.708828";0;0;0;0;0;0;0;0;186;0
+"Turnip_4D_NODE_232_length_3958_cov_3.619943";941;0;0;433;33;0;0;0;667;0
+"Turnip_4D_NODE_233_length_3948_cov_9.079037";0;0;0;48;0;0;0;0;1023;0
+"Turnip_4D_NODE_234_length_3944_cov_0.943935";0;0;0;214;63;0;0;0;209;0
+"Turnip_4D_NODE_235_length_3935_cov_12.312237";0;0;0;221;0;0;0;0;587;0
+"Turnip_4D_NODE_239_length_3856_cov_0.634755";0;0;0;129;30;0;0;0;100;0
+"Turnip_4D_NODE_241_length_3840_cov_0.902235";0;0;0;129;0;0;0;0;157;0
+"Turnip_4D_NODE_243_length_3831_cov_0.853672";0;0;0;45;0;0;0;0;170;0
+"Turnip_4D_NODE_244_length_3816_cov_1.223909";0;0;0;0;0;0;0;0;202;0
+"Turnip_4D_NODE_252_length_3728_cov_4.155235";28;0;0;403;0;0;0;0;730;0
+"Turnip_4D_NODE_254_length_3702_cov_1.217063";0;0;0;315;0;0;0;0;891;0
+"Turnip_4D_NODE_255_length_3682_cov_2.150774";0;0;0;66;0;0;0;0;206;0
+"Turnip_4D_NODE_257_length_3669_cov_10.075381";222;0;0;1832;105;0;0;0;2586;0
+"Turnip_4D_NODE_258_length_3655_cov_0.854308";0;0;0;158;0;0;0;0;164;0
+"Turnip_4D_NODE_259_length_3652_cov_0.851348";0;0;0;30;0;0;0;0;120;0
+"Turnip_4D_NODE_262_length_3631_cov_0.530251";0;0;0;0;0;0;0;0;230;0
+"Turnip_4D_NODE_263_length_3630_cov_0.926063";0;0;0;44;0;0;0;0;158;0
+"Turnip_4D_NODE_264_length_3630_cov_0.853840";0;0;0;248;0;0;0;0;107;0
+"Turnip_4D_NODE_271_length_3583_cov_1.568576";0;0;0;46;43;0;0;0;231;0
+"Turnip_4D_NODE_272_length_3572_cov_6.206386";0;0;0;39;40;0;0;0;947;0
+"Turnip_4D_NODE_274_length_3549_cov_0.662770";31;0;0;91;0;0;0;0;179;0
+"Turnip_4D_NODE_275_length_3529_cov_3.853616";0;0;0;56;34;0;0;0;629;0
+"Turnip_4D_NODE_276_length_3525_cov_1.043261";0;0;0;80;35;0;0;0;190;0
+"Turnip_4D_NODE_278_length_3506_cov_0.892276";0;0;0;166;83;0;0;0;190;0
+"Turnip_4D_NODE_279_length_3501_cov_0.740368";0;0;0;38;0;0;0;0;121;0
+"Turnip_4D_NODE_280_length_3498_cov_0.553248";0;0;0;0;0;0;0;0;109;0
+"Turnip_4D_NODE_286_length_3421_cov_6.131755";0;0;0;213;20;0;0;0;862;0
+"Turnip_4D_NODE_288_length_3405_cov_1.935937";0;0;0;25;0;0;0;0;290;0
+"Turnip_4D_NODE_292_length_3340_cov_3.409897";222;0;76;37;111;0;0;0;180;0
+"Turnip_4D_NODE_295_length_3297_cov_1.208517";0;0;0;185;0;0;0;0;159;0
+"Turnip_4D_NODE_297_length_3293_cov_1.153822";30;0;38;110;0;0;0;11;109;0
+"Turnip_4D_NODE_301_length_3242_cov_3.827929";31;0;0;694;41;0;0;0;714;0
+"Turnip_4D_NODE_305_length_3219_cov_1.801423";86;0;0;394;0;0;0;0;330;0
+"Turnip_4D_NODE_307_length_3203_cov_2.735696";49;0;0;713;0;0;0;0;322;0
+"Turnip_4D_NODE_311_length_3190_cov_1.340842";46;0;0;145;0;0;0;0;221;0
+"Turnip_4D_NODE_313_length_3174_cov_0.869708";0;0;0;42;0;0;0;0;127;0
+"Turnip_4D_NODE_314_length_3167_cov_0.993750";0;0;0;40;0;0;0;0;123;0
+"Turnip_4D_NODE_315_length_3163_cov_0.726614";0;0;0;0;0;0;0;0;100;0
+"Turnip_4D_NODE_318_length_3150_cov_1.098578";159;0;0;107;106;0;0;0;288;0
+"Turnip_4D_NODE_319_length_3145_cov_18.807820";31;0;0;326;21;0;0;13;745;111
+"Turnip_4D_NODE_320_length_3133_cov_1.953094";0;0;0;137;0;0;0;0;262;0
+"Turnip_4D_NODE_321_length_3115_cov_6.123494";0;0;0;301;0;0;0;0;848;0
+"Turnip_4D_NODE_326_length_3091_cov_10.899798";0;0;0;96;0;0;0;0;448;0
+"Turnip_4D_NODE_327_length_3074_cov_1.479131";0;0;0;136;0;0;0;0;173;0
+"Turnip_4D_NODE_328_length_3074_cov_0.766203";0;0;0;0;23;0;0;0;231;0
+"Turnip_4D_NODE_330_length_3066_cov_1.899966";0;0;0;213;0;0;0;0;274;0
+"Turnip_4D_NODE_332_length_3061_cov_3.977846";169;0;0;1063;55;0;0;0;958;0
+"Turnip_4D_NODE_333_length_3061_cov_3.260736";50;0;0;889;35;0;0;0;276;0
+"Turnip_4D_NODE_335_length_3038_cov_0.925799";0;0;0;184;29;0;0;0;108;0
+"Turnip_4D_NODE_336_length_3029_cov_1.810820";65;0;0;692;0;0;0;0;310;0
+"Turnip_4D_NODE_338_length_3011_cov_0.678571";0;0;0;52;0;0;0;0;121;0
+"Turnip_4D_NODE_339_length_2978_cov_0.832690";0;0;0;0;26;0;0;0;146;0
+"Turnip_4D_NODE_345_length_2940_cov_3.805901";158;0;0;989;31;0;0;0;488;0
+"Turnip_4D_NODE_346_length_2933_cov_0.976835";0;0;0;55;23;0;0;0;230;0
+"Turnip_4D_NODE_352_length_2878_cov_1.487823";0;0;0;61;0;0;0;0;204;0
+"Turnip_4D_NODE_354_length_2867_cov_0.842336";0;0;0;29;0;0;0;0;151;0
+"Turnip_4D_NODE_356_length_2866_cov_2.621395";14;0;0;242;0;0;0;0;153;0
+"Turnip_4D_NODE_357_length_2866_cov_0.504929";46;33;80;25;0;0;0;0;111;0
+"Turnip_4D_NODE_358_length_2865_cov_1.580351";0;0;0;157;0;0;0;0;213;0
+"Turnip_4D_NODE_361_length_2843_cov_1.410898";0;0;0;42;19;0;0;0;179;0
+"Turnip_4D_NODE_362_length_2843_cov_0.942931";0;0;0;0;0;0;0;0;102;0
+"Turnip_4D_NODE_368_length_2785_cov_1.328066";0;0;0;462;0;0;0;0;152;0
+"Turnip_4D_NODE_371_length_2762_cov_0.703226";0;0;0;0;0;0;0;0;77;0
+"Turnip_4D_NODE_374_length_2747_cov_2.779771";0;0;0;307;0;0;0;0;333;0
+"Turnip_4D_NODE_377_length_2737_cov_0.785441";0;0;0;0;31;0;0;0;105;0
+"Turnip_4D_NODE_378_length_2735_cov_1.499233";0;0;0;31;0;0;0;0;172;0
+"Turnip_4D_NODE_381_length_2694_cov_0.580444";0;0;0;0;22;0;0;0;180;0
+"Turnip_4D_NODE_382_length_2692_cov_3.123197";48;0;0;233;0;0;0;29;234;0
+"Turnip_4D_NODE_383_length_2691_cov_6.747660";0;0;0;28;0;0;0;0;615;0
+"Turnip_4D_NODE_384_length_2681_cov_1.787392";0;0;0;84;0;0;0;0;200;0
+"Turnip_4D_NODE_385_length_2678_cov_0.651901";0;0;0;129;0;0;0;0;65;0
+"Turnip_4D_NODE_387_length_2674_cov_4.155477";15;0;0;689;9;0;0;0;288;0
+"Turnip_4D_NODE_388_length_2670_cov_0.407393";25;29;24;17;0;0;0;0;71;0
+"Turnip_4D_NODE_389_length_2655_cov_0.585839";0;0;0;42;0;0;0;0;74;0
+"Turnip_4D_NODE_404_length_2563_cov_1.235632";0;0;0;0;0;0;0;0;122;0
+"Turnip_4D_NODE_409_length_2548_cov_1.095002";0;0;0;21;21;0;0;0;95;0
+"Turnip_4D_NODE_410_length_2548_cov_0.598100";0;0;0;41;0;0;0;0;51;0
+"Turnip_4D_NODE_415_length_2523_cov_0.538397";0;0;0;0;0;0;0;0;69;0
+"Turnip_4D_NODE_417_length_2520_cov_6.253656";0;0;0;44;24;0;0;0;646;0
+"Turnip_4D_NODE_425_length_2493_cov_1.500000";0;0;0;147;0;0;0;0;195;0
+"Turnip_4D_NODE_427_length_2476_cov_2.776501";0;0;0;0;0;0;0;0;326;0
+"Turnip_4D_NODE_431_length_2459_cov_3.057461";0;0;0;118;0;0;0;0;314;0
+"Turnip_4D_NODE_433_length_2451_cov_5.871343";936;0;89;1757;69;0;0;0;528;0
+"Turnip_4D_NODE_435_length_2441_cov_3.175022";475;0;0;137;0;0;0;0;563;0
+"Turnip_4D_NODE_436_length_2437_cov_2.718182";0;0;0;0;0;0;0;0;283;0
+"Turnip_4D_NODE_441_length_2409_cov_1.081069";0;0;0;0;32;0;16;0;123;0
+"Turnip_4D_NODE_442_length_2408_cov_0.553705";0;0;0;23;0;0;0;0;152;0
+"Turnip_4D_NODE_462_length_2322_cov_1.092483";0;0;0;0;0;0;0;0;90;0
+"Turnip_4D_NODE_467_length_2308_cov_1.013755";0;0;0;70;0;0;0;21;113;0
+"Turnip_4D_NODE_469_length_2287_cov_0.526389";0;0;0;0;0;0;0;0;54;0
+"Turnip_4D_NODE_470_length_2286_cov_0.585919";0;0;0;19;18;0;0;0;88;0
+"Turnip_4D_NODE_478_length_2258_cov_0.711403";0;0;0;23;0;0;0;0;53;0
+"Turnip_4D_NODE_480_length_2253_cov_0.685795";0;0;0;0;0;0;0;0;68;0
+"Turnip_4D_NODE_488_length_2220_cov_3.377926";0;0;0;101;0;0;0;0;283;0
+"Turnip_4D_NODE_490_length_2215_cov_1.207854";33;0;0;0;0;0;0;0;98;0
+"Turnip_4D_NODE_491_length_2215_cov_0.546935";0;0;0;0;0;0;0;0;55;0
+"Turnip_4D_NODE_495_length_2208_cov_0.929841";0;0;0;0;0;0;0;0;84;0
+"Turnip_4D_NODE_498_length_2201_cov_1.192864";0;0;0;0;0;0;0;0;115;0
+"Turnip_4D_NODE_499_length_2196_cov_2.022233";0;0;0;69;77;0;0;0;340;130
+"Turnip_4D_NODE_502_length_2190_cov_2.296655";0;0;0;269;0;0;0;0;245;0
+"Turnip_4D_NODE_505_length_2177_cov_0.463415";0;0;16;45;0;0;0;0;59;0
+"Turnip_4D_NODE_510_length_2165_cov_0.607458";0;0;0;53;0;0;0;0;91;0
+"Turnip_4D_NODE_512_length_2156_cov_1.701331";0;0;0;86;0;0;0;0;175;0
+"Turnip_4D_NODE_513_length_2152_cov_0.621728";0;0;0;0;0;0;0;0;48;0
+"Turnip_4D_NODE_514_length_2149_cov_0.804649";0;0;0;0;28;0;0;0;70;0
+"Turnip_4D_NODE_516_length_2137_cov_1.356219";17;76;147;37;736;0;0;636;202;354
+"Turnip_4D_NODE_520_length_2126_cov_0.999500";0;0;0;0;0;0;0;0;134;0
+"Turnip_4D_NODE_527_length_2088_cov_0.358491";0;0;117;39;0;0;0;0;36;0
+"Turnip_4D_NODE_530_length_2086_cov_0.476774";0;0;0;0;0;0;0;0;118;0
+"Turnip_4D_NODE_531_length_2085_cov_1.637896";26;0;0;517;17;0;0;0;172;0
+"Turnip_4D_NODE_537_length_2061_cov_4.497415";24;0;28;1751;53;0;0;0;383;0
+"Turnip_4D_NODE_538_length_2061_cov_1.750776";0;0;0;46;0;0;0;0;227;22
+"Turnip_4D_NODE_540_length_2057_cov_0.748705";0;0;0;30;0;0;0;0;58;0
+"Turnip_4D_NODE_546_length_2044_cov_1.321857";0;0;0;0;0;0;0;0;88;0
+"Turnip_4D_NODE_555_length_2021_cov_1.167899";0;0;0;0;0;0;0;0;99;0
+"Turnip_4D_NODE_560_length_2000_cov_0.686599";0;0;0;9;0;0;0;0;23;0
+"Turnip_4R_NODE_1_length_29088_cov_5.262871";3055;0;1770;0;0;0;0;0;0;0
+"Turnip_4R_NODE_5_length_13289_cov_1.135086";521;0;0;4447;353;0;0;0;4966;0
+"Turnip_4R_NODE_6_length_13002_cov_2.136544";0;0;0;1480;0;0;0;0;19754;190
+"Turnip_4R_NODE_37_length_4132_cov_1.853184";0;0;0;0;0;0;0;0;3574;0
+"Turnip_4R_NODE_42_length_3731_cov_0.440067";242;0;0;642;48;0;0;0;791;0
+"Turnip_4R_NODE_47_length_3664_cov_0.913769";43;0;0;606;23;0;0;0;216;0
+"Turnip_4R_NODE_54_length_3389_cov_0.828020";196;0;19;1414;67;0;0;0;1361;0
+"Turnip_4R_NODE_91_length_2335_cov_21.729167";0;0;0;0;0;0;0;0;109;0
+"Buffer_1D_NODE_3_length_14736_cov_25.708194";0;0;1992;0;0;0;0;0;0;0
diff --git a/results/Phyloseq_analysis/RNA_abundance_clean_sub.txt b/results/Phyloseq_analysis/RNA_abundance_clean_sub.txt
new file mode 100644
index 0000000..18f5236
--- /dev/null
+++ b/results/Phyloseq_analysis/RNA_abundance_clean_sub.txt
@@ -0,0 +1,539 @@
+"Cabbage_1R";"Cabbage_2R";"Cabbage_3R";"Turnip_1R";"Turnip_2R";"Turnip_3R";"Carrot_1R";"Carrot_2R";"Carrot_3R";"Cabbage_4R";"Turnip_4R";"Carrot_4R"
+"Cabbage_1D_100k_NODE_11_length_8371_cov_0.606502";0;0;0;1011;225;0;0;0;0;0;0;0
+"Cabbage_3D_100k_NODE_3_length_5026_cov_2.118800";0;0;994;0;189;0;0;0;0;0;0;0
+"Turnip_1D_100k_NODE_4_length_11730_cov_0.627338";0;0;0;2109;137;0;0;0;0;0;205;0
+"Turnip_1D_100k_NODE_8_length_8670_cov_0.446330";0;0;0;2382;0;0;0;0;0;0;0;0
+"Turnip_1D_100k_NODE_11_length_7253_cov_0.383946";0;0;0;543;67;0;0;0;0;0;41;0
+"Turnip_1D_100k_NODE_13_length_7045_cov_0.405464";0;0;0;846;71;0;0;0;0;0;117;0
+"Turnip_1D_100k_NODE_42_length_3183_cov_0.161649";0;0;0;113;0;0;0;0;0;0;0;0
+"Turnip_1D_100k_NODE_43_length_3165_cov_0.251152";0;0;0;213;58;0;0;0;0;0;26;0
+"Turnip_1D_100k_NODE_44_length_3156_cov_0.395180";0;0;0;624;0;0;0;0;0;0;0;0
+"Turnip_1D_100k_NODE_46_length_3033_cov_0.191672";0;0;0;216;0;0;0;0;0;0;13;0
+"Turnip_1D_100k_NODE_47_length_2968_cov_0.253432";0;0;0;40;7;0;0;0;0;0;4;0
+"Turnip_1D_100k_NODE_48_length_2914_cov_0.349480";0;0;0;784;66;0;0;0;0;0;0;0
+"Turnip_1D_100k_NODE_49_length_2848_cov_0.466005";0;0;0;11;3;0;0;0;0;0;6;0
+"Turnip_1D_100k_NODE_56_length_2601_cov_0.232821";0;0;0;197;13;0;0;0;0;0;20;0
+"Turnip_1D_100k_NODE_60_length_2534_cov_0.224346";0;0;0;1139;0;0;0;0;0;0;0;0
+"Turnip_1D_100k_NODE_61_length_2484_cov_0.182860";0;0;0;10;0;0;0;0;0;0;15;0
+"Turnip_1D_100k_NODE_63_length_2395_cov_0.165344";0;0;0;6;0;0;0;0;0;0;0;0
+"Turnip_1D_100k_NODE_72_length_2118_cov_0.131090";0;0;0;14;0;0;0;0;0;0;17;0
+"Turnip_1R_100k_NODE_7_length_4275_cov_0.857763";0;0;0;2489;70;0;0;0;0;0;0;0
+"Turnip_1R_100k_NODE_14_length_2966_cov_0.693202";0;0;0;1180;88;0;0;0;0;0;34;0
+"Turnip_2D_100k_NODE_10_length_2176_cov_0.151781";0;0;0;311;194;0;0;0;0;0;0;0
+"Turnip_3R_100k_NODE_1_length_3532_cov_3.925110";0;0;0;0;0;16446;0;0;0;1223;0;0
+"Turnip_3R_100k_NODE_2_length_3520_cov_3.119658";0;0;0;0;0;23645;0;0;0;0;0;0
+"Cabbage_1D_400k_NODE_5_length_16947_cov_4.240844";0;0;0;1235;260;0;0;0;0;0;0;0
+"Cabbage_1D_400k_NODE_12_length_8971_cov_0.819878";0;0;0;237;49;0;0;0;0;0;239;0
+"Cabbage_1D_400k_NODE_52_length_3317_cov_0.607210";0;0;0;24;0;0;0;0;0;0;0;0
+"Cabbage_3D_400k_NODE_12_length_7064_cov_6.153813";0;0;3563;0;78;0;0;0;0;0;0;0
+"Cabbage_3R_400k_NODE_1_length_4334_cov_2.415260";30;0;5959;3610;2496;0;0;0;0;278;859;0
+"Cabbage_3R_400k_NODE_4_length_2704_cov_4.937524";4;0;2829;0;2486;0;0;0;0;639;1239;0
+"Carrot_2D_400k_NODE_2_length_44763_cov_2.971682";0;0;0;0;0;0;0;367;0;0;0;0
+"Carrot_2D_400k_NODE_3_length_44433_cov_3.932154";0;0;0;0;0;0;0;359;0;0;0;0
+"Carrot_2D_400k_NODE_36_length_2327_cov_2.419091";0;0;0;0;0;0;0;132;0;0;0;0
+"Carrot_2D_400k_NODE_38_length_2132_cov_2.097756";0;0;0;0;0;0;0;144;0;0;0;0
+"Turnip_1D_400k_NODE_4_length_13488_cov_1.013921";0;0;0;2959;382;0;0;0;0;0;288;0
+"Turnip_1D_400k_NODE_5_length_13208_cov_1.099687";0;0;0;332;0;0;0;0;0;0;156;0
+"Turnip_1D_400k_NODE_7_length_11942_cov_0.472958";0;0;0;628;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_13_length_9722_cov_0.528088";0;0;0;784;228;0;0;0;0;0;119;0
+"Turnip_1D_400k_NODE_16_length_8593_cov_0.717458";0;0;0;673;40;0;0;0;0;0;260;0
+"Turnip_1D_400k_NODE_19_length_8108_cov_1.046736";0;0;0;279;75;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_22_length_7433_cov_0.551328";0;0;0;589;0;0;0;0;0;0;25;0
+"Turnip_1D_400k_NODE_24_length_6526_cov_1.043757";0;0;0;516;182;0;0;0;0;0;39;0
+"Turnip_1D_400k_NODE_25_length_6431_cov_1.426079";0;0;0;716;20;0;0;0;0;0;56;0
+"Turnip_1D_400k_NODE_26_length_6424_cov_1.515007";0;0;0;734;137;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_29_length_6120_cov_0.913065";0;0;0;444;53;0;0;0;0;0;93;0
+"Turnip_1D_400k_NODE_39_length_4869_cov_0.476170";0;0;0;372;103;0;0;0;0;0;68;0
+"Turnip_1D_400k_NODE_51_length_4121_cov_2.611668";0;0;0;1348;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_59_length_3845_cov_0.812534";0;0;0;157;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_60_length_3836_cov_0.577514";0;0;0;161;27;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_61_length_3821_cov_0.822685";0;0;0;366;79;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_69_length_3604_cov_2.119931";0;0;0;253;45;0;0;0;0;0;46;0
+"Turnip_1D_400k_NODE_74_length_3395_cov_0.573133";0;0;0;79;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_79_length_3259_cov_1.190294";0;0;0;252;36;0;0;0;0;0;38;0
+"Turnip_1D_400k_NODE_81_length_3219_cov_1.615136";0;0;0;590;175;0;0;0;0;0;18;0
+"Turnip_1D_400k_NODE_86_length_3114_cov_1.932708";0;0;0;433;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_100_length_2896_cov_2.611051";0;0;0;625;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_101_length_2895_cov_0.525289";0;0;0;7;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_119_length_2547_cov_0.684711";0;0;0;132;0;0;0;0;0;0;11;0
+"Turnip_1D_400k_NODE_120_length_2536_cov_0.758406";0;0;0;140;25;0;0;0;0;0;29;0
+"Turnip_1D_400k_NODE_131_length_2420_cov_0.531182";0;0;0;8;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_140_length_2302_cov_0.353103";0;0;0;286;0;0;0;0;0;0;41;0
+"Turnip_1D_400k_NODE_160_length_2179_cov_1.211014";0;0;0;679;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_168_length_2093_cov_0.329095";0;0;0;24;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_170_length_2080_cov_0.392217";0;0;0;10;17;0;0;0;0;0;17;0
+"Turnip_1D_400k_NODE_173_length_2071_cov_0.569444";0;0;0;197;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_179_length_2045_cov_0.773201";0;0;0;161;21;0;0;0;0;0;22;0
+"Turnip_1R_400k_NODE_5_length_2786_cov_0.593080";0;0;0;198;0;0;0;0;0;0;0;0
+"Turnip_2D_400k_NODE_2_length_14844_cov_0.923830";0;0;0;2279;2154;0;0;0;0;0;0;0
+"Turnip_2D_400k_NODE_5_length_10564_cov_0.773019";0;0;0;3405;1531;0;0;0;0;0;324;0
+"Turnip_2D_400k_NODE_11_length_6138_cov_0.436367";0;0;0;2637;10481;0;0;0;0;0;26436;0
+"Turnip_2D_400k_NODE_13_length_5059_cov_0.269465";0;0;0;849;225;0;0;0;0;0;156;0
+"Turnip_2D_400k_NODE_21_length_3188_cov_0.243385";0;0;0;0;22;0;0;0;0;0;0;0
+"Turnip_2D_400k_NODE_22_length_3142_cov_0.524710";0;0;0;0;232;0;0;0;0;0;0;0
+"Turnip_2D_400k_NODE_32_length_2336_cov_0.356270";0;0;0;0;1;0;0;0;0;0;0;0
+"Turnip_2D_400k_NODE_33_length_2276_cov_0.888320";0;0;0;461;392;0;0;0;0;0;0;0
+"Turnip_2D_400k_NODE_39_length_2100_cov_0.150025";0;0;0;110;0;0;0;0;0;0;0;0
+"Turnip_2D_400k_NODE_40_length_2095_cov_0.273882";0;0;0;64;63;0;0;0;0;0;33;0
+"Turnip_2D_400k_NODE_43_length_2070_cov_0.422028";0;0;0;0;4;0;0;0;0;0;0;0
+"Turnip_2R_400k_NODE_1_length_9795_cov_0.889015";0;0;0;1280;1720;0;0;0;0;0;0;0
+"Turnip_2R_400k_NODE_18_length_3514_cov_0.300856";0;0;0;0;206;0;0;0;0;0;0;0
+"Turnip_2R_400k_NODE_40_length_2185_cov_0.652575";0;0;0;59;12;0;0;0;0;0;0;0
+"Turnip_3R_400k_NODE_1_length_4471_cov_10.357274";0;0;0;0;0;23734;0;0;0;0;0;0
+"Turnip_4D_400k_NODE_1_length_63257_cov_1.102725";0;0;0;28422;7884;0;0;0;0;0;3212;0
+"Turnip_4D_400k_NODE_2_length_61703_cov_2.225559";0;0;0;1027;0;0;0;0;0;0;4614;0
+"Turnip_4D_400k_NODE_3_length_31778_cov_2.296420";0;0;0;4727;0;0;0;0;0;0;3047;0
+"Turnip_4D_400k_NODE_7_length_23017_cov_3.374050";0;0;0;294;0;0;0;0;0;0;2252;0
+"Turnip_4D_400k_NODE_10_length_16054_cov_4.412005";0;0;0;178;0;0;0;0;0;0;666;0
+"Turnip_4D_400k_NODE_13_length_12622_cov_0.926291";0;0;0;1261;190;0;0;0;0;0;514;0
+"Turnip_4D_400k_NODE_17_length_10959_cov_1.435561";0;0;0;806;240;0;0;0;0;0;539;0
+"Turnip_4D_400k_NODE_18_length_10702_cov_0.693522";0;0;0;0;99;0;0;0;0;0;189;0
+"Turnip_4D_400k_NODE_20_length_9771_cov_0.629822";0;0;0;0;0;0;0;0;0;0;176;0
+"Turnip_4D_400k_NODE_28_length_7616_cov_0.610362";0;0;0;90;0;0;0;0;0;0;77;0
+"Turnip_4D_400k_NODE_29_length_7506_cov_1.005692";0;0;0;224;67;0;0;0;0;0;233;0
+"Turnip_4D_400k_NODE_32_length_6338_cov_0.627596";0;0;0;79;0;0;0;0;0;0;24;0
+"Turnip_4D_400k_NODE_35_length_6149_cov_0.593989";0;0;0;0;0;0;0;0;0;0;111;0
+"Turnip_4D_400k_NODE_47_length_4744_cov_0.847303";0;0;0;3;8;0;0;0;0;0;8;0
+"Turnip_4D_400k_NODE_58_length_4061_cov_0.962888";0;0;0;58;8;0;0;0;0;0;13;0
+"Turnip_4D_400k_NODE_83_length_3112_cov_0.650586";0;0;0;0;0;0;0;0;0;0;3;0
+"Turnip_4D_400k_NODE_93_length_2890_cov_0.751357";0;0;0;90;20;0;0;0;0;0;19;0
+"Turnip_4D_400k_NODE_96_length_2817_cov_1.133829";0;0;0;39;0;0;0;0;0;0;6;0
+"Turnip_4D_400k_NODE_98_length_2789_cov_0.334711";0;0;0;0;0;0;0;0;0;0;7;0
+"Turnip_4D_400k_NODE_109_length_2316_cov_0.439470";0;0;0;0;0;0;0;0;0;0;4;0
+"Turnip_4D_400k_NODE_111_length_2272_cov_0.564569";0;0;0;0;0;0;0;0;0;0;24;0
+"Turnip_4D_400k_NODE_115_length_2164_cov_0.294060";0;0;0;38;0;0;0;0;0;0;38;0
+"Turnip_4D_400k_NODE_121_length_2056_cov_0.526698";0;0;0;20;0;0;0;0;0;0;0;0
+"Turnip_4R_400k_NODE_2_length_5760_cov_15.468844";0;0;25015;673;76117;0;0;0;0;16793;67864;0
+"Turnip_4R_400k_NODE_8_length_2698_cov_1.618436";42;0;6502;0;4386;0;0;0;0;1185;4054;0
+"Cabbage_1D_700k_NODE_2_length_24816_cov_1.757139";0;0;0;2770;543;0;0;0;0;0;3643;0
+"Cabbage_1D_700k_NODE_23_length_6459_cov_0.924984";0;0;0;53;18;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_25_length_6253_cov_0.454946";0;0;0;275;66;0;0;0;0;0;23;0
+"Cabbage_1D_700k_NODE_36_length_4582_cov_5.756004";0;0;0;455;0;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_39_length_4279_cov_0.830684";0;0;0;9;0;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_47_length_3879_cov_4.000533";0;0;0;613;161;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_52_length_3679_cov_0.411036";0;0;0;372;70;0;0;0;0;0;88;0
+"Cabbage_1D_700k_NODE_80_length_2943_cov_0.633878";0;0;0;241;45;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_6_length_16809_cov_1.059405";0;0;0;3932;1422;0;0;0;0;0;151;0
+"Cabbage_3D_700k_NODE_11_length_10713_cov_0.793879";0;0;0;924;50;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_12_length_10505_cov_0.738100";0;0;0;793;152;0;0;0;0;0;0;0
+"Carrot_2R_700k_NODE_2_length_8804_cov_0.576812";0;0;0;0;0;0;0;631;0;0;0;0
+"Carrot_2R_700k_NODE_3_length_3224_cov_0.869228";0;0;0;0;0;0;0;182;0;0;0;0
+"Cabbage_4R_700k_NODE_2_length_10487_cov_1.679730";0;0;0;0;0;0;0;0;0;1056;0;0
+"Cabbage_4R_700k_NODE_22_length_2870_cov_6.619759";0;0;0;0;0;17614;0;0;0;912;0;0
+"Cabbage_4R_700k_NODE_40_length_2230_cov_0.633856";0;0;0;0;0;0;0;0;0;106;0;0
+"Cabbage_4R_700k_NODE_49_length_2010_cov_0.574615";0;0;0;0;0;0;0;0;0;82;0;0
+"Turnip_1D_700k_NODE_1_length_31703_cov_1.572270";0;0;0;907;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_5_length_12610_cov_0.816791";0;0;0;353;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_6_length_11932_cov_0.717408";0;0;0;531;0;0;0;0;0;0;392;0
+"Turnip_1D_700k_NODE_9_length_9980_cov_0.567949";0;0;0;193;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_10_length_9807_cov_0.677479";0;0;0;1171;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_17_length_7984_cov_1.719613";0;0;0;647;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_21_length_7409_cov_0.359105";0;0;0;0;62;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_23_length_7089_cov_0.897156";0;0;0;115;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_32_length_6025_cov_0.917769";0;0;0;210;56;0;0;0;0;0;31;0
+"Turnip_1D_700k_NODE_45_length_4768_cov_0.613876";0;0;0;127;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_51_length_4542_cov_0.356512";0;0;0;96;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_53_length_4522_cov_0.681229";0;0;0;291;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_60_length_4234_cov_0.663258";0;0;0;1106;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_67_length_4030_cov_3.044325";0;0;0;766;12;0;0;0;0;0;14;0
+"Turnip_1D_700k_NODE_69_length_4010_cov_0.772856";0;0;0;81;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_71_length_4003_cov_0.906347";0;0;0;99;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_77_length_3927_cov_0.425000";0;0;0;164;0;0;0;0;0;0;54;0
+"Turnip_1D_700k_NODE_82_length_3721_cov_2.934057";0;0;0;901;0;0;0;0;0;0;59;0
+"Turnip_1D_700k_NODE_84_length_3706_cov_0.629785";0;0;0;162;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_101_length_3361_cov_0.956092";0;0;0;187;19;0;0;0;0;0;131;0
+"Turnip_1D_700k_NODE_109_length_3268_cov_0.344795";0;0;0;51;0;0;0;0;0;0;35;0
+"Turnip_1D_700k_NODE_123_length_3166_cov_0.524186";0;0;0;125;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_132_length_3072_cov_2.241766";0;0;0;336;17;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_137_length_3034_cov_0.522188";0;0;0;24;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_151_length_2839_cov_3.159292";0;0;0;907;56;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_159_length_2753_cov_5.321401";0;0;0;254;20;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_173_length_2584_cov_0.857143";0;0;0;222;44;0;0;0;0;0;91;0
+"Turnip_1D_700k_NODE_177_length_2531_cov_2.051165";0;0;0;55;7;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_181_length_2488_cov_0.543414";0;0;0;6;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_184_length_2477_cov_2.091489";0;0;0;203;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_193_length_2431_cov_0.405382";0;0;0;87;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_195_length_2423_cov_1.099303";0;0;0;232;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_218_length_2286_cov_0.362668";0;0;0;0;5;0;0;0;0;0;1;0
+"Turnip_1D_700k_NODE_220_length_2268_cov_1.957496";0;0;0;182;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_226_length_2243_cov_0.490076";0;0;0;19;64;0;0;0;0;0;17;0
+"Turnip_1D_700k_NODE_249_length_2133_cov_0.348455";0;0;0;187;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_253_length_2105_cov_1.288675";0;0;0;17;42;0;0;0;0;0;1;0
+"Turnip_1D_700k_NODE_255_length_2103_cov_0.505061";0;0;0;471;0;0;0;0;0;0;0;0
+"Turnip_1R_700k_NODE_3_length_4155_cov_3.695382";0;0;0;2324;453;0;0;0;0;0;0;0
+"Turnip_1R_700k_NODE_13_length_2748_cov_0.942770";0;0;0;212;0;0;0;0;0;0;0;0
+"Turnip_1R_700k_NODE_51_length_2044_cov_0.365676";0;0;0;227;0;0;0;0;0;0;0;0
+"Turnip_1R_700k_NODE_52_length_2024_cov_0.871903";0;0;0;309;0;0;0;0;0;0;109;0
+"Turnip_2D_700k_NODE_2_length_15594_cov_0.544385";0;0;0;4284;650;0;0;0;0;0;457;0
+"Turnip_2D_700k_NODE_4_length_12589_cov_1.895282";0;0;0;3807;2448;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_14_length_7967_cov_1.354337";0;0;0;1309;827;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_28_length_4691_cov_0.588738";0;0;0;0;183;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_56_length_3298_cov_0.306843";0;0;0;0;69;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_60_length_3150_cov_0.275554";0;0;0;0;71;0;0;0;0;0;35;0
+"Turnip_2D_700k_NODE_67_length_2882_cov_0.708893";0;0;0;64;37;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_70_length_2843_cov_0.682990";0;0;0;40;189;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_80_length_2594_cov_0.216863";0;0;0;59;19;0;0;0;0;0;10;0
+"Turnip_2D_700k_NODE_89_length_2467_cov_0.398291";0;0;0;0;3;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_90_length_2439_cov_0.355969";0;0;0;258;22;0;0;0;0;0;21;0
+"Turnip_2D_700k_NODE_95_length_2232_cov_0.284561";0;0;0;0;1;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_105_length_2118_cov_0.405826";0;0;0;0;6;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_110_length_2075_cov_0.459959";0;0;0;66;7;0;0;0;0;0;10;0
+"Turnip_2R_700k_NODE_5_length_6939_cov_0.715502";0;0;0;24;353;0;0;0;0;0;42;0
+"Turnip_2R_700k_NODE_19_length_4473_cov_2.231017";0;0;0;617;723;0;0;0;0;0;0;0
+"Turnip_4D_700k_NODE_1_length_49267_cov_8.937322";0;0;0;1952;164;0;0;0;0;0;6583;0
+"Turnip_4D_700k_NODE_2_length_35320_cov_2.292672";0;0;0;0;0;0;0;0;0;0;2006;0
+"Turnip_4D_700k_NODE_3_length_34927_cov_1.732299";0;0;0;2702;948;0;0;0;0;0;303;0
+"Turnip_4D_700k_NODE_7_length_26377_cov_2.289486";0;0;0;2877;661;0;0;0;0;0;1355;0
+"Turnip_4D_700k_NODE_9_length_21005_cov_2.124341";0;0;0;1958;483;0;0;0;0;0;987;0
+"Turnip_4D_700k_NODE_11_length_20259_cov_2.828581";0;0;0;9397;2534;0;0;0;0;0;1285;0
+"Turnip_4D_700k_NODE_12_length_19912_cov_2.371342";0;0;0;5330;542;0;0;0;0;0;948;0
+"Turnip_4D_700k_NODE_14_length_18109_cov_3.176343";0;0;0;422;0;0;0;0;0;0;311;0
+"Turnip_4D_700k_NODE_15_length_16824_cov_1.109601";0;0;0;0;246;0;0;0;0;0;411;0
+"Turnip_4D_700k_NODE_18_length_13182_cov_2.627576";0;0;0;460;0;0;0;0;0;0;575;0
+"Turnip_4D_700k_NODE_21_length_12040_cov_2.413918";0;0;0;928;232;0;0;0;0;0;799;0
+"Turnip_4D_700k_NODE_23_length_11604_cov_2.432517";0;0;0;247;102;0;0;0;0;0;541;0
+"Turnip_4D_700k_NODE_24_length_11253_cov_2.311073";0;0;0;316;144;0;0;0;0;0;493;0
+"Turnip_4D_700k_NODE_26_length_10179_cov_1.535316";0;0;0;445;125;0;0;0;0;0;345;0
+"Turnip_4D_700k_NODE_27_length_9807_cov_1.249690";0;0;0;330;100;0;0;0;0;0;221;0
+"Turnip_4D_700k_NODE_28_length_9454_cov_1.759301";0;0;0;3470;701;0;0;0;0;0;367;0
+"Turnip_4D_700k_NODE_32_length_7637_cov_1.292011";0;0;0;0;0;0;0;0;0;0;297;0
+"Turnip_4D_700k_NODE_37_length_7006_cov_1.863788";0;0;0;686;119;0;0;0;0;0;385;0
+"Turnip_4D_700k_NODE_41_length_6606_cov_1.452848";0;0;0;810;62;0;0;0;0;0;297;0
+"Turnip_4D_700k_NODE_44_length_6504_cov_1.184413";0;0;0;49;0;0;0;0;0;0;161;0
+"Turnip_4D_700k_NODE_48_length_6230_cov_1.673275";0;0;0;876;265;0;0;0;0;0;262;0
+"Turnip_4D_700k_NODE_51_length_5892_cov_1.219601";0;0;0;176;0;0;0;0;0;0;98;0
+"Turnip_4D_700k_NODE_52_length_5817_cov_2.965729";0;0;0;0;0;0;0;0;0;0;381;0
+"Turnip_4D_700k_NODE_55_length_5580_cov_1.644599";0;0;0;0;0;0;0;0;0;0;149;0
+"Turnip_4D_700k_NODE_56_length_5446_cov_0.976311";0;0;0;153;27;0;0;0;0;0;67;0
+"Turnip_4D_700k_NODE_60_length_5305_cov_0.696601";0;0;0;0;0;0;0;0;0;0;9;0
+"Turnip_4D_700k_NODE_64_length_5207_cov_3.969685";0;0;0;315;0;0;0;0;0;0;339;0
+"Turnip_4D_700k_NODE_77_length_4315_cov_2.897564";0;0;0;47;0;0;0;0;0;0;62;0
+"Turnip_4D_700k_NODE_80_length_4266_cov_0.697753";0;0;0;0;0;0;0;0;0;0;35;0
+"Turnip_4D_700k_NODE_82_length_4121_cov_1.756885";0;0;0;0;0;0;0;0;0;0;158;0
+"Turnip_4D_700k_NODE_91_length_3812_cov_0.865943";0;0;0;0;0;0;0;0;0;0;16;0
+"Turnip_4D_700k_NODE_93_length_3628_cov_0.656670";0;0;0;89;0;0;0;0;0;0;35;0
+"Turnip_4D_700k_NODE_103_length_3365_cov_3.235330";0;0;0;0;0;0;0;0;0;0;91;0
+"Turnip_4D_700k_NODE_106_length_3255_cov_0.620524";0;0;0;48;0;0;0;0;0;0;14;0
+"Turnip_4D_700k_NODE_107_length_3238_cov_1.216972";0;0;0;0;31;0;0;0;0;0;75;0
+"Turnip_4D_700k_NODE_139_length_2590_cov_0.619976";0;0;0;104;6;0;0;0;0;0;25;0
+"Turnip_4D_700k_NODE_148_length_2509_cov_1.295550";0;0;0;0;0;0;0;0;0;0;18;0
+"Turnip_4D_700k_NODE_171_length_2259_cov_0.840056";0;0;0;8;0;0;0;0;0;0;26;0
+"Turnip_4D_700k_NODE_183_length_2152_cov_0.524444";0;0;0;0;0;0;0;0;0;0;24;0
+"Turnip_4D_700k_NODE_186_length_2141_cov_0.527805";0;0;0;47;0;0;0;0;0;0;16;0
+"Turnip_4D_700k_NODE_189_length_2108_cov_0.855628";0;0;0;18;9;0;0;0;0;0;13;0
+"Turnip_4R_700k_NODE_3_length_6387_cov_64.533866";0;0;0;2281;1254;0;0;0;0;0;95513;0
+"Turnip_4R_700k_NODE_7_length_5296_cov_30.977365";130;0;41007;108;29767;0;0;0;0;17098;54214;0
+"Turnip_4R_700k_NODE_13_length_3296_cov_4.795204";35;0;5848;0;11035;0;0;0;0;1197;8455;0
+"Turnip_4R_700k_NODE_19_length_2471_cov_0.717150";0;0;0;0;0;326;0;0;0;0;352;0
+"Turnip_4R_700k_NODE_30_length_2053_cov_0.260644";0;0;0;170;28;0;0;0;0;0;86;0
+"Cabbage_1D_NODE_10_length_53821_cov_4.112713";26968;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_80_length_16054_cov_3.407484";0;0;0;2027;368;0;0;0;0;0;225;0
+"Cabbage_1D_NODE_94_length_13774_cov_10.248260";0;0;0;3157;445;0;0;0;0;0;375;0
+"Cabbage_1D_NODE_95_length_13737_cov_4.056209";0;0;0;0;157;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_99_length_13122_cov_3.319508";0;0;0;201;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_101_length_13020_cov_5.388040";0;0;0;657;278;0;0;0;0;0;119;0
+"Cabbage_1D_NODE_110_length_12397_cov_15.337571";0;0;0;2147;237;0;0;0;0;0;280;0
+"Cabbage_1D_NODE_116_length_11373_cov_19.501423";0;0;0;434;281;0;0;0;0;0;93;0
+"Cabbage_1D_NODE_121_length_10815_cov_5.031905";0;0;0;2020;131;0;0;0;0;0;163;0
+"Cabbage_1D_NODE_132_length_9780_cov_2.258780";0;0;0;514;92;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_156_length_8060_cov_6.151393";0;0;0;573;210;0;0;0;0;0;90;0
+"Cabbage_1D_NODE_158_length_8026_cov_4.560957";0;0;0;801;120;0;0;0;0;0;112;0
+"Cabbage_1D_NODE_161_length_7910_cov_6.180265";0;0;0;175;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_166_length_7703_cov_22.196014";0;0;0;461;57;0;0;0;0;0;95;0
+"Cabbage_1D_NODE_182_length_6963_cov_0.604447";0;0;0;382;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_185_length_6600_cov_3.970647";0;0;0;753;61;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_196_length_6116_cov_18.017699";0;0;0;399;92;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_205_length_5793_cov_9.682316";0;0;0;540;120;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_223_length_5507_cov_1.805019";0;0;0;180;55;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_242_length_4846_cov_2.290951";0;0;0;0;90;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_243_length_4789_cov_15.663664";0;0;0;141;286;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_248_length_4693_cov_8.252519";0;0;0;0;0;0;0;0;0;0;71;0
+"Cabbage_1D_NODE_253_length_4586_cov_4.082978";0;0;0;288;49;0;0;0;0;0;47;0
+"Cabbage_1D_NODE_257_length_4471_cov_18.693370";0;0;0;244;87;0;0;0;0;0;62;0
+"Cabbage_1D_NODE_269_length_4197_cov_1.715971";0;0;0;131;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_281_length_4059_cov_24.236521";0;0;0;170;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_301_length_3799_cov_0.736656";0;0;0;0;0;0;0;0;0;0;9;0
+"Cabbage_1D_NODE_316_length_3620_cov_2.527054";0;0;0;571;199;0;0;0;0;0;56;0
+"Cabbage_1D_NODE_351_length_3164_cov_1.435957";0;0;0;21;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_382_length_2875_cov_1.141557";0;0;0;0;151;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_440_length_2609_cov_30.609589";0;0;0;330;50;0;0;0;0;0;19;0
+"Cabbage_1D_NODE_447_length_2536_cov_19.875052";0;0;0;67;28;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_453_length_2522_cov_2.959916";0;0;0;120;24;0;0;0;0;0;30;0
+"Cabbage_1D_NODE_454_length_2521_cov_77.333751";0;0;0;301;14;0;0;0;0;0;20;0
+"Cabbage_1D_NODE_460_length_2486_cov_1.220008";0;0;0;16;17;0;0;0;0;0;9;0
+"Cabbage_1D_NODE_465_length_2460_cov_23.426489";0;0;0;148;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_466_length_2457_cov_26.842489";0;0;0;172;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_516_length_2236_cov_3.167378";0;0;0;34;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_553_length_2060_cov_2.887739";0;0;0;22;0;0;0;0;0;0;19;0
+"Cabbage_1R_NODE_5_length_2692_cov_1.106433";198;2966;4214;0;499;0;0;0;0;122;0;0
+"Cabbage_2D_NODE_17_length_3042_cov_1.001372";0;0;0;134;10;0;0;0;0;0;6;0
+"Cabbage_2R_NODE_9_length_11653_cov_2.015270";0;677;0;0;0;0;0;0;0;0;0;0
+"Cabbage_2R_NODE_21_length_6724_cov_1.277096";0;249;0;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_32_length_11882_cov_5.537473";0;0;0;1618;454;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_34_length_11503_cov_7.329553";0;0;0;1310;364;0;0;0;0;0;0;0
+"Carrot_1D_NODE_32_length_2426_cov_0.664637";0;0;0;0;0;0;34;0;0;0;0;0
+"Carrot_1D_NODE_38_length_2401_cov_0.617414";0;0;0;0;0;0;23;0;0;0;0;0
+"Carrot_2R_NODE_1_length_41459_cov_5.774993";0;0;0;0;0;0;0;10153;0;0;0;0
+"Cabbage_4D_NODE_170_length_3681_cov_1.748734";0;0;0;0;0;0;74;0;0;45;37;0
+"Cabbage_4D_NODE_282_length_2782_cov_1.614689";0;0;0;0;0;0;46;0;0;22;0;0
+"Cabbage_4D_NODE_447_length_2029_cov_1.344374";0;0;0;0;0;0;26;0;0;0;0;0
+"Cabbage_4R_NODE_16_length_7172_cov_1.281050";0;0;0;0;0;0;0;0;0;265;0;0
+"Cabbage_4R_NODE_124_length_2097_cov_9.247716";0;0;379;0;805;0;0;0;0;556;498;0
+"Turnip_1D_NODE_1_length_31512_cov_1.784993";0;0;0;1003;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_5_length_13998_cov_1.243025";0;0;0;0;133;0;0;0;0;0;0;0
+"Turnip_1D_NODE_6_length_13634_cov_2.248464";0;0;0;433;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_12_length_10531_cov_1.987216";0;0;0;177;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_16_length_8840_cov_5.908757";0;0;0;661;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_21_length_8098_cov_2.149668";0;0;0;463;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_26_length_7204_cov_0.583722";0;0;0;0;158;0;0;0;0;0;0;0
+"Turnip_1D_NODE_30_length_6902_cov_3.574465";0;0;0;313;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_31_length_6817_cov_0.415994";0;0;0;0;63;0;0;0;0;0;0;0
+"Turnip_1D_NODE_32_length_6596_cov_0.608595";0;0;0;579;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_35_length_6279_cov_6.436606";0;0;0;1007;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_38_length_5856_cov_2.029674";0;0;0;54;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_58_length_4959_cov_6.943295";0;0;0;505;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_66_length_4797_cov_5.370236";0;0;0;220;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_71_length_4694_cov_0.398949";0;0;0;0;0;0;0;0;0;0;41;0
+"Turnip_1D_NODE_79_length_4497_cov_4.306865";0;0;0;96;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_82_length_4462_cov_1.543483";0;0;0;0;0;0;0;0;0;0;29;0
+"Turnip_1D_NODE_84_length_4448_cov_0.969683";0;0;0;0;35;0;0;0;0;0;0;0
+"Turnip_1D_NODE_86_length_4415_cov_6.215951";0;0;0;462;31;0;0;0;0;0;31;0
+"Turnip_1D_NODE_93_length_4301_cov_0.749641";0;0;0;0;28;0;0;0;0;0;0;0
+"Turnip_1D_NODE_102_length_4147_cov_3.179851";0;0;0;275;45;0;0;0;0;0;0;0
+"Turnip_1D_NODE_104_length_4102_cov_2.240503";0;0;0;69;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_109_length_4013_cov_2.873134";0;0;0;69;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_112_length_3899_cov_1.503181";0;0;0;0;98;0;0;0;0;0;0;0
+"Turnip_1D_NODE_118_length_3838_cov_9.180275";0;0;0;68;0;0;0;0;0;0;9;0
+"Turnip_1D_NODE_121_length_3792_cov_0.561528";0;0;0;0;60;0;0;0;0;0;58;0
+"Turnip_1D_NODE_135_length_3588_cov_4.172782";0;0;0;100;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_146_length_3467_cov_2.077844";0;0;0;73;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_158_length_3292_cov_1.624961";0;0;0;37;36;0;0;0;0;0;30;0
+"Turnip_1D_NODE_163_length_3243_cov_1.136393";0;0;0;0;36;0;0;0;0;0;0;0
+"Turnip_1D_NODE_171_length_3090_cov_2.014512";0;0;0;99;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_194_length_2909_cov_1.773904";0;0;0;390;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_204_length_2857_cov_1.060440";0;0;0;22;0;0;0;0;0;0;30;0
+"Turnip_1D_NODE_205_length_2854_cov_1.892556";0;0;0;307;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_206_length_2852_cov_1.121101";0;0;0;205;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_212_length_2836_cov_5.627169";0;0;0;150;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_251_length_2678_cov_15.117993";0;0;0;356;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_252_length_2676_cov_8.282071";0;0;0;224;5;0;0;0;0;0;0;0
+"Turnip_1D_NODE_262_length_2619_cov_2.569823";0;0;0;15;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_275_length_2558_cov_1.698478";0;0;0;15;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_276_length_2552_cov_1.396701";0;0;0;22;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_304_length_2459_cov_4.720412";0;0;0;6;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_313_length_2404_cov_0.963988";0;0;0;0;9;0;0;0;0;0;8;0
+"Turnip_1D_NODE_316_length_2398_cov_1.738441";0;0;0;87;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_321_length_2380_cov_1.735464";0;0;0;14;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_322_length_2374_cov_1.991099";0;0;0;249;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_327_length_2358_cov_1.794711";0;0;0;23;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_335_length_2354_cov_0.434216";0;0;0;0;0;0;0;0;0;0;296;0
+"Turnip_1D_NODE_350_length_2304_cov_2.175930";0;0;0;110;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_388_length_2217_cov_3.756459";0;0;0;42;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_390_length_2213_cov_1.218121";0;0;0;22;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_396_length_2197_cov_2.696135";0;0;0;42;0;0;0;0;0;0;42;0
+"Turnip_1D_NODE_414_length_2152_cov_3.295309";0;0;0;28;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_419_length_2139_cov_2.818091";0;0;0;33;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_427_length_2118_cov_1.506781";0;0;0;68;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_429_length_2114_cov_2.894313";0;0;0;10;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_436_length_2101_cov_1.897163";0;0;0;17;0;0;0;0;0;0;14;0
+"Turnip_1D_NODE_461_length_2053_cov_5.041018";0;0;0;3;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_466_length_2043_cov_1.048539";0;0;0;76;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_486_length_2001_cov_1.192102";0;0;0;19;0;0;0;0;0;0;0;0
+"Turnip_1R_NODE_20_length_2460_cov_1.201457";0;0;0;156;0;0;0;0;0;0;0;0
+"Turnip_1R_NODE_29_length_2375_cov_0.903470";0;0;0;77;0;0;0;0;0;0;0;0
+"Turnip_1R_NODE_35_length_2262_cov_0.660422";0;0;0;58;0;0;0;0;0;0;0;0
+"Turnip_2D_NODE_1_length_91226_cov_2.393155";0;0;0;3115;4307;0;0;0;0;0;3089;0
+"Turnip_2D_NODE_2_length_30173_cov_2.061273";0;0;0;509;1346;0;0;0;0;0;518;0
+"Turnip_2D_NODE_4_length_21837_cov_2.312160";0;0;0;0;1402;0;0;0;0;0;215;0
+"Turnip_2D_NODE_5_length_20303_cov_1.071768";0;0;0;0;552;0;0;0;0;0;0;0
+"Turnip_2D_NODE_6_length_20077_cov_0.956241";0;0;0;0;442;0;0;0;0;0;0;0
+"Turnip_2D_NODE_10_length_15725_cov_1.418643";0;0;0;462;515;0;0;0;0;0;770;0
+"Turnip_2D_NODE_11_length_13605_cov_1.009645";0;0;0;0;314;0;0;0;0;0;0;0
+"Turnip_2D_NODE_13_length_11967_cov_1.235726";0;0;0;0;278;0;0;0;0;0;0;0
+"Turnip_2D_NODE_14_length_11204_cov_1.408685";0;0;0;0;254;0;0;0;0;0;0;0
+"Turnip_2D_NODE_15_length_10752_cov_2.551153";0;0;0;0;1056;0;0;0;0;0;0;0
+"Turnip_2D_NODE_16_length_10408_cov_2.237623";0;0;0;0;872;0;0;0;0;0;0;0
+"Turnip_2D_NODE_20_length_8993_cov_1.013196";0;0;0;695;170;0;0;0;0;0;139;0
+"Turnip_2D_NODE_21_length_8973_cov_0.882885";0;0;0;0;178;0;0;0;0;0;47;0
+"Turnip_2D_NODE_26_length_8430_cov_1.195110";0;0;0;0;276;0;0;0;0;0;0;0
+"Turnip_2D_NODE_36_length_7256_cov_1.050217";0;0;0;0;262;0;0;0;0;0;0;0
+"Turnip_2D_NODE_37_length_7159_cov_4.129551";0;0;0;1899;910;0;0;0;0;0;30;0
+"Turnip_2D_NODE_39_length_7009_cov_0.881575";0;0;0;251;171;0;0;0;0;0;132;0
+"Turnip_2D_NODE_41_length_6899_cov_1.131424";0;0;0;0;139;0;0;0;0;0;0;0
+"Turnip_2D_NODE_45_length_6396_cov_0.638060";0;0;0;527;133;0;0;0;0;0;77;0
+"Turnip_2D_NODE_50_length_6065_cov_0.568710";0;0;0;100;61;0;0;0;0;0;0;0
+"Turnip_2D_NODE_51_length_5961_cov_1.577305";0;0;0;0;379;0;0;0;0;0;0;0
+"Turnip_2D_NODE_53_length_5792_cov_4.455252";0;0;0;1206;486;0;0;0;0;0;0;0
+"Turnip_2D_NODE_55_length_5675_cov_0.888428";0;0;0;82;158;0;0;0;0;0;38;0
+"Turnip_2D_NODE_56_length_5615_cov_0.842019";0;0;0;0;88;0;0;0;0;0;0;0
+"Turnip_2D_NODE_57_length_5498_cov_5.581828";0;0;0;0;91;0;0;0;0;0;0;0
+"Turnip_2D_NODE_59_length_5386_cov_4.702035";0;0;0;371;573;0;0;0;0;0;0;0
+"Turnip_2D_NODE_61_length_5224_cov_1.326270";0;0;0;213;102;0;0;0;0;0;0;0
+"Turnip_2D_NODE_69_length_4525_cov_0.571623";0;0;0;0;67;0;0;0;0;0;29;0
+"Turnip_2D_NODE_73_length_4342_cov_0.689442";0;0;0;0;181;0;0;0;0;0;0;0
+"Turnip_2D_NODE_85_length_4019_cov_0.621274";0;0;0;546;48;0;0;0;0;0;0;0
+"Turnip_2D_NODE_91_length_3877_cov_1.229867";0;0;0;0;124;0;0;0;0;0;0;0
+"Turnip_2D_NODE_92_length_3864_cov_0.847204";0;0;0;39;108;0;0;0;0;0;0;0
+"Turnip_2D_NODE_93_length_3858_cov_6.924953";0;0;0;701;353;0;0;0;0;0;35;0
+"Turnip_2D_NODE_97_length_3746_cov_0.675048";0;0;0;0;126;0;0;0;0;0;0;0
+"Turnip_2D_NODE_99_length_3732_cov_1.155895";0;0;0;241;37;0;0;0;0;0;100;0
+"Turnip_2D_NODE_103_length_3670_cov_1.027378";0;0;0;150;13;0;0;0;0;0;40;0
+"Turnip_2D_NODE_107_length_3549_cov_0.535067";0;0;0;0;38;0;0;0;0;0;0;0
+"Turnip_2D_NODE_108_length_3446_cov_0.573064";0;0;0;0;61;0;0;0;0;0;0;0
+"Turnip_2D_NODE_109_length_3440_cov_0.354965";0;0;0;0;43;0;0;0;0;0;0;0
+"Turnip_2D_NODE_120_length_3190_cov_0.635325";0;0;0;45;75;0;0;0;0;0;0;0
+"Turnip_2D_NODE_127_length_3109_cov_4.589202";0;0;0;40;46;0;0;0;0;0;0;0
+"Turnip_2D_NODE_129_length_3043_cov_0.888203";0;0;0;0;36;0;0;0;0;0;0;0
+"Turnip_2D_NODE_130_length_3038_cov_0.905874";0;0;0;0;54;0;0;0;0;0;0;0
+"Turnip_2D_NODE_146_length_2912_cov_0.953680";0;0;0;0;108;0;0;0;0;0;0;0
+"Turnip_2D_NODE_147_length_2907_cov_0.257914";0;0;0;0;59;0;0;0;0;0;0;0
+"Turnip_2D_NODE_149_length_2893_cov_0.784888";0;0;0;0;84;0;0;0;0;0;0;0
+"Turnip_2D_NODE_158_length_2807_cov_0.897388";0;0;0;0;174;0;0;0;0;0;0;0
+"Turnip_2D_NODE_185_length_2668_cov_0.348288";0;0;0;0;18;0;0;0;0;0;0;0
+"Turnip_2D_NODE_201_length_2568_cov_0.752970";0;0;0;0;43;0;0;0;0;0;0;0
+"Turnip_2D_NODE_218_length_2470_cov_1.915920";0;0;0;30;55;0;0;0;0;0;0;0
+"Turnip_2D_NODE_236_length_2388_cov_0.463954";0;0;0;0;37;0;0;0;0;0;0;0
+"Turnip_2D_NODE_280_length_2189_cov_0.302619";0;0;0;36;19;0;0;0;0;0;29;0
+"Turnip_2D_NODE_290_length_2165_cov_0.446026";0;0;0;0;22;0;0;0;0;0;0;0
+"Turnip_2D_NODE_304_length_2124_cov_0.917877";0;0;0;0;64;0;0;0;0;0;0;0
+"Turnip_2R_NODE_17_length_5266_cov_0.588052";0;0;0;0;156;0;0;0;0;0;0;0
+"Turnip_2R_NODE_26_length_4601_cov_37.989048";0;0;638;0;10483;0;0;0;0;116;0;0
+"Turnip_2R_NODE_29_length_4424_cov_0.774959";0;0;0;0;176;0;0;0;0;0;0;0
+"Turnip_2R_NODE_32_length_4043_cov_0.792135";0;0;0;51;121;0;0;0;0;0;0;0
+"Turnip_2R_NODE_35_length_3766_cov_2.455894";0;0;0;984;489;0;0;0;0;0;84;0
+"Turnip_2R_NODE_50_length_3376_cov_0.414589";0;0;0;142;67;0;0;0;0;0;96;0
+"Turnip_2R_NODE_53_length_3298_cov_0.978556";0;0;0;153;195;0;0;0;0;0;0;0
+"Turnip_2R_NODE_80_length_2602_cov_0.544242";0;0;0;157;86;0;0;0;0;0;0;0
+"Turnip_2R_NODE_134_length_2007_cov_0.581383";0;0;0;0;51;0;0;0;0;0;7;0
+"Turnip_3R_NODE_7_length_3174_cov_0.706925";0;0;0;0;0;90;0;0;0;0;0;0
+"Turnip_4D_NODE_1_length_91759_cov_3.866357";0;0;0;0;1525;0;0;0;0;0;1237;0
+"Turnip_4D_NODE_2_length_44123_cov_3.464497";0;0;0;0;0;0;0;0;0;0;375;0
+"Turnip_4D_NODE_5_length_29071_cov_2.405196";0;0;0;1736;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_6_length_26571_cov_2.950461";0;0;0;3265;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_7_length_26411_cov_3.806879";0;0;0;794;0;0;0;0;0;0;524;0
+"Turnip_4D_NODE_10_length_20792_cov_12.425647";0;0;0;0;0;0;0;0;0;0;572;0
+"Turnip_4D_NODE_13_length_18030_cov_9.180473";0;0;0;0;0;0;0;0;0;0;384;0
+"Turnip_4D_NODE_14_length_17893_cov_14.380671";0;0;0;0;0;0;0;0;0;0;536;0
+"Turnip_4D_NODE_15_length_17864_cov_6.681739";0;0;0;0;0;0;0;0;0;0;426;0
+"Turnip_4D_NODE_17_length_16919_cov_5.151263";0;0;0;0;0;0;0;0;0;0;240;0
+"Turnip_4D_NODE_18_length_16383_cov_3.414062";0;0;0;0;0;0;0;0;0;0;188;0
+"Turnip_4D_NODE_20_length_15967_cov_18.085795";0;0;0;819;0;0;0;0;0;0;845;0
+"Turnip_4D_NODE_22_length_15194_cov_1.093914";0;0;0;0;173;0;0;0;0;0;0;0
+"Turnip_4D_NODE_23_length_15116_cov_9.097271";0;0;0;748;0;0;0;0;0;0;319;0
+"Turnip_4D_NODE_24_length_15056_cov_13.458972";0;0;0;0;0;0;0;0;0;0;478;0
+"Turnip_4D_NODE_25_length_14927_cov_11.127905";0;0;0;0;0;0;0;0;0;0;651;0
+"Turnip_4D_NODE_26_length_14603_cov_10.248342";0;0;0;0;0;0;0;0;0;0;262;0
+"Turnip_4D_NODE_28_length_13755_cov_5.220062";0;0;0;0;107;0;0;0;0;0;91;0
+"Turnip_4D_NODE_29_length_13718_cov_6.447576";0;0;0;0;0;0;0;0;0;0;212;0
+"Turnip_4D_NODE_34_length_12619_cov_9.900416";0;0;0;0;0;0;0;0;0;0;447;0
+"Turnip_4D_NODE_35_length_12572_cov_15.526075";0;0;0;547;0;0;0;0;0;0;361;0
+"Turnip_4D_NODE_36_length_12535_cov_12.603804";0;0;0;374;0;0;0;0;0;0;74;0
+"Turnip_4D_NODE_37_length_12432_cov_44.380740";0;0;0;59;0;0;0;0;0;0;19;0
+"Turnip_4D_NODE_41_length_12070_cov_8.858913";0;0;0;0;0;0;0;0;0;0;191;0
+"Turnip_4D_NODE_46_length_11184_cov_40.408429";0;0;0;408;0;0;0;0;0;0;1097;0
+"Turnip_4D_NODE_47_length_11017_cov_9.246740";0;0;0;975;150;0;0;0;0;0;249;0
+"Turnip_4D_NODE_48_length_10963_cov_6.136859";0;0;0;0;52;0;0;0;0;0;175;0
+"Turnip_4D_NODE_49_length_10877_cov_12.066605";0;0;0;0;8;0;0;0;0;0;33;0
+"Turnip_4D_NODE_51_length_10604_cov_46.440966";0;0;0;39;0;0;0;0;0;0;87;0
+"Turnip_4D_NODE_53_length_10377_cov_6.747415";0;0;0;2211;524;0;0;0;0;0;248;0
+"Turnip_4D_NODE_57_length_9863_cov_14.080731";0;0;0;300;0;0;0;0;0;0;150;0
+"Turnip_4D_NODE_61_length_9434_cov_37.893521";0;0;0;15;0;0;0;0;0;0;9;0
+"Turnip_4D_NODE_65_length_9149_cov_7.149523";0;0;0;0;0;0;0;0;0;0;163;0
+"Turnip_4D_NODE_67_length_9043_cov_12.483176";0;0;0;185;0;0;0;0;0;0;307;0
+"Turnip_4D_NODE_70_length_8875_cov_10.018176";0;0;0;138;0;0;0;0;0;0;138;0
+"Turnip_4D_NODE_73_length_8609_cov_3.448243";0;0;0;451;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_74_length_8498_cov_1.765858";0;0;0;60;290;0;0;0;0;0;0;0
+"Turnip_4D_NODE_75_length_8478_cov_8.294815";0;0;0;0;0;0;0;0;0;0;168;0
+"Turnip_4D_NODE_78_length_8334_cov_35.244060";0;0;0;69;0;0;0;0;0;0;265;0
+"Turnip_4D_NODE_80_length_8203_cov_3.050149";0;0;0;459;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_84_length_7921_cov_7.703362";0;0;0;0;0;0;0;0;0;0;306;0
+"Turnip_4D_NODE_85_length_7920_cov_8.075966";0;0;0;196;0;0;0;0;0;0;134;0
+"Turnip_4D_NODE_89_length_7582_cov_4.935882";0;0;0;0;0;0;0;0;0;0;77;0
+"Turnip_4D_NODE_91_length_7566_cov_11.610297";0;0;0;227;0;0;0;0;0;0;236;0
+"Turnip_4D_NODE_96_length_7298_cov_4.883698";0;0;0;0;0;0;0;0;0;0;62;0
+"Turnip_4D_NODE_102_length_6967_cov_16.936842";0;0;0;305;80;0;0;0;0;0;230;0
+"Turnip_4D_NODE_103_length_6944_cov_4.392988";0;0;0;0;0;0;0;0;0;0;75;0
+"Turnip_4D_NODE_106_length_6747_cov_10.025831";0;0;0;313;0;0;0;0;0;0;96;0
+"Turnip_4D_NODE_108_length_6736_cov_5.051445";0;0;0;0;0;0;0;0;0;0;54;0
+"Turnip_4D_NODE_111_length_6676_cov_1.748817";0;0;0;326;291;0;0;0;0;0;57;0
+"Turnip_4D_NODE_112_length_6668_cov_1.385262";0;0;0;87;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_117_length_6410_cov_3.857234";0;0;0;198;0;0;0;0;0;0;68;0
+"Turnip_4D_NODE_119_length_6378_cov_13.227964";0;0;0;0;0;0;0;0;0;0;181;0
+"Turnip_4D_NODE_124_length_6170_cov_2.625517";0;0;0;476;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_125_length_6136_cov_15.629556";0;0;0;669;82;0;0;0;0;0;275;0
+"Turnip_4D_NODE_126_length_6051_cov_9.084571";0;0;0;0;57;0;0;0;0;0;125;0
+"Turnip_4D_NODE_127_length_6047_cov_1.632432";0;0;0;0;53;0;0;0;0;0;0;0
+"Turnip_4D_NODE_128_length_6046_cov_7.506673";0;0;0;138;37;0;0;0;0;0;66;0
+"Turnip_4D_NODE_132_length_5860_cov_11.232862";0;0;0;82;0;0;0;0;0;0;19;0
+"Turnip_4D_NODE_133_length_5833_cov_15.314055";0;0;0;0;0;0;0;0;0;0;72;0
+"Turnip_4D_NODE_138_length_5593_cov_7.608306";0;0;0;301;0;0;0;0;0;0;80;0
+"Turnip_4D_NODE_142_length_5558_cov_6.269564";0;0;0;621;137;0;0;0;0;0;92;0
+"Turnip_4D_NODE_152_length_5421_cov_10.651114";0;0;0;177;55;0;0;0;0;0;170;0
+"Turnip_4D_NODE_158_length_5178_cov_23.855474";0;0;0;0;0;0;0;0;0;0;85;0
+"Turnip_4D_NODE_173_length_4905_cov_7.443910";0;0;0;870;86;0;0;0;0;0;59;0
+"Turnip_4D_NODE_174_length_4884_cov_2.552659";0;0;0;0;0;0;0;0;0;0;48;0
+"Turnip_4D_NODE_177_length_4836_cov_2.032916";0;0;0;0;194;0;0;0;0;0;0;0
+"Turnip_4D_NODE_178_length_4830_cov_6.827982";0;0;0;0;67;0;0;0;0;0;81;0
+"Turnip_4D_NODE_182_length_4778_cov_7.990970";0;0;0;118;0;0;0;0;0;0;60;0
+"Turnip_4D_NODE_187_length_4751_cov_1.500433";0;0;0;0;0;0;0;0;0;0;35;0
+"Turnip_4D_NODE_195_length_4564_cov_1.584855";0;0;0;340;43;0;0;0;0;0;33;0
+"Turnip_4D_NODE_196_length_4554_cov_2.108200";0;0;0;0;0;0;0;0;0;0;35;0
+"Turnip_4D_NODE_198_length_4511_cov_3.937500";0;0;0;0;0;0;0;0;0;0;56;0
+"Turnip_4D_NODE_199_length_4508_cov_3.485962";0;0;0;177;0;0;0;0;0;0;43;0
+"Turnip_4D_NODE_200_length_4506_cov_0.725051";0;0;0;87;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_212_length_4367_cov_3.890330";0;0;0;76;0;0;0;0;0;0;53;0
+"Turnip_4D_NODE_219_length_4252_cov_2.769697";0;0;0;0;0;0;0;0;0;0;30;0
+"Turnip_4D_NODE_220_length_4199_cov_3.635069";0;0;0;0;0;0;0;0;0;0;68;0
+"Turnip_4D_NODE_232_length_3958_cov_3.619943";0;0;0;0;0;0;0;0;0;0;37;0
+"Turnip_4D_NODE_233_length_3948_cov_9.079037";0;0;0;0;0;0;0;0;0;0;49;0
+"Turnip_4D_NODE_234_length_3944_cov_0.943935";0;0;0;0;54;0;0;0;0;0;0;0
+"Turnip_4D_NODE_235_length_3935_cov_12.312237";0;0;0;19;0;0;0;0;0;0;44;0
+"Turnip_4D_NODE_252_length_3728_cov_4.155235";0;0;0;0;0;0;0;0;0;0;32;0
+"Turnip_4D_NODE_257_length_3669_cov_10.075381";0;0;0;173;65;0;0;0;0;0;141;0
+"Turnip_4D_NODE_272_length_3572_cov_6.206386";0;0;0;0;31;0;0;0;0;0;75;0
+"Turnip_4D_NODE_275_length_3529_cov_3.853616";0;0;0;0;0;0;0;0;0;0;40;0
+"Turnip_4D_NODE_276_length_3525_cov_1.043261";0;0;0;0;40;0;0;0;0;0;0;0
+"Turnip_4D_NODE_278_length_3506_cov_0.892276";0;0;0;32;64;0;0;0;0;0;0;0
+"Turnip_4D_NODE_286_length_3421_cov_6.131755";0;0;0;0;37;0;0;0;0;0;63;0
+"Turnip_4D_NODE_292_length_3340_cov_3.409897";0;0;0;0;0;0;0;0;0;0;100;0
+"Turnip_4D_NODE_301_length_3242_cov_3.827929";0;0;0;96;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_305_length_3219_cov_1.801423";0;0;0;169;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_307_length_3203_cov_2.735696";0;0;0;225;0;0;0;0;0;0;19;0
+"Turnip_4D_NODE_319_length_3145_cov_18.807820";0;0;0;33;2;0;0;0;0;0;51;0
+"Turnip_4D_NODE_321_length_3115_cov_6.123494";0;0;0;39;0;0;0;0;0;0;26;0
+"Turnip_4D_NODE_326_length_3091_cov_10.899798";0;0;0;0;0;0;0;0;0;0;16;0
+"Turnip_4D_NODE_330_length_3066_cov_1.899966";0;0;0;0;0;0;0;0;0;0;32;0
+"Turnip_4D_NODE_332_length_3061_cov_3.977846";0;0;0;82;16;0;0;0;0;0;41;0
+"Turnip_4D_NODE_333_length_3061_cov_3.260736";0;0;0;145;34;0;0;0;0;0;0;0
+"Turnip_4D_NODE_335_length_3038_cov_0.925799";0;0;0;78;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_339_length_2978_cov_0.832690";0;0;0;0;36;0;0;0;0;0;0;0
+"Turnip_4D_NODE_345_length_2940_cov_3.805901";0;0;0;96;0;0;0;0;0;0;19;0
+"Turnip_4D_NODE_356_length_2866_cov_2.621395";0;0;0;26;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_374_length_2747_cov_2.779771";0;0;0;0;0;0;0;0;0;0;24;0
+"Turnip_4D_NODE_382_length_2692_cov_3.123197";0;0;0;0;0;0;0;0;0;0;15;0
+"Turnip_4D_NODE_383_length_2691_cov_6.747660";0;0;0;0;27;0;0;0;0;0;28;0
+"Turnip_4D_NODE_385_length_2678_cov_0.651901";0;0;0;16;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_387_length_2674_cov_4.155477";0;0;0;65;0;0;0;0;0;0;11;0
+"Turnip_4D_NODE_417_length_2520_cov_6.253656";0;0;0;0;0;0;0;0;0;0;45;0
+"Turnip_4D_NODE_431_length_2459_cov_3.057461";0;0;0;30;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_433_length_2451_cov_5.871343";0;0;0;541;0;0;0;0;0;0;24;0
+"Turnip_4D_NODE_435_length_2441_cov_3.175022";0;0;0;0;0;0;0;0;0;0;16;0
+"Turnip_4D_NODE_441_length_2409_cov_1.081069";0;0;0;0;25;0;0;0;0;0;0;0
+"Turnip_4D_NODE_442_length_2408_cov_0.553705";0;0;0;0;20;0;0;0;0;0;0;0
+"Turnip_4D_NODE_499_length_2196_cov_2.022233";0;0;0;0;0;0;0;0;0;0;2188;0
+"Turnip_4D_NODE_516_length_2137_cov_1.356219";0;0;0;0;50;0;46;0;0;63;30;56
+"Turnip_4D_NODE_530_length_2086_cov_0.476774";0;0;0;0;32;0;0;0;0;0;0;0
+"Turnip_4D_NODE_531_length_2085_cov_1.637896";0;0;0;49;0;0;0;0;0;0;0;0
+"Turnip_4D_NODE_537_length_2061_cov_4.497415";0;0;0;280;0;0;0;0;0;0;35;0
+"Turnip_4R_NODE_1_length_29088_cov_5.262871";0;0;0;0;0;0;0;0;0;0;4438;563
+"Turnip_4R_NODE_5_length_13289_cov_1.135086";0;0;0;552;115;0;0;0;0;0;375;0
+"Turnip_4R_NODE_6_length_13002_cov_2.136544";0;0;0;150;0;0;0;0;0;0;843;0
+"Turnip_4R_NODE_16_length_6234_cov_46.815130";0;0;0;0;0;0;0;0;0;175;12652;0
+"Turnip_4R_NODE_32_length_4481_cov_3.000459";0;0;0;0;0;0;0;0;0;0;544;0
+"Turnip_4R_NODE_37_length_4132_cov_1.853184";0;0;0;0;0;0;0;0;0;0;186;0
+"Turnip_4R_NODE_42_length_3731_cov_0.440067";0;0;0;171;0;0;0;0;0;0;62;0
+"Turnip_4R_NODE_47_length_3664_cov_0.913769";0;0;0;56;19;0;0;0;0;0;38;0
+"Turnip_4R_NODE_54_length_3389_cov_0.828020";0;0;0;247;52;0;0;0;0;0;102;0
+"Turnip_4R_NODE_55_length_3364_cov_2.020080";0;0;0;0;0;0;0;0;0;0;552;0
+"Turnip_4R_NODE_91_length_2335_cov_21.729167";0;0;0;0;0;0;0;0;0;0;1925;0
+"Turnip_4R_NODE_116_length_2031_cov_29.459034";0;0;0;0;0;0;0;0;0;0;2394;0
diff --git a/results/Phyloseq_analysis/obj_DNA.rds b/results/Phyloseq_analysis/obj_DNA.rds
new file mode 100644
index 0000000000000000000000000000000000000000..362e9321368f5af947d203ca492ad4ad58546e5c
GIT binary patch
literal 48684
zcmZs>dpwhG{6C&3DTkt>$aJDoCY3|jD&>$<k)$vxspNc^)3#7aii(UJRyifIA~|kD
zISwo5(>7w}xY@yG=ilC+@8kRU{!aVr-tPOpc3s!&a6Mno=L?X!WyAk`WLHEAqh4cf
z8qd4iqg#zHX<VRE3Wu8D`&w81308W|N0EVwqt=yGy)TPg%D&t!KlJX|UW>;MS1r1t
zVm9B3+Vf3m^yx{T_9N%^ZalP8;fVwBYQG)0VIbdKbk>ea`CG)r`qOKML4xIQx<tYy
zN!*7l$$Bf2ytv^p*87ohGOI^cUOE16La7DCP98g-`U@qGU8ex!T1@I?o%x?6|C*(@
z%q*h&6H2wBt&gBW`NF5asOhA5X7oD4OkVkOaFcimD;n4_%ST%>dOUb;sP%yxQIY|!
zcg{Nmb1K1uXF?u8f*Cf|Og>czCiKv7f^!mKi?j9zckcUg7_WJS!n&oL$@K?vD1XZ-
ztfaE#&2$LDhq*{v2MCzcrEH3XA(@|uS>yWeia-L_2oe&@e-{)W_$U_l7hW=NkYr8)
zM7YYH?p*$}2!G`@3RqI5KX77<IE0Z9+EF;Fvw-<4okPi0=1`zs$H{R6Bk#EWfCaoj
z{5Jwa4liyZh$uX6B@l5hKudgwt1=!}1H=h#i<leTq2j+-VM_~3P`QMM2qkO^K-`9H
zqS!*POOD~#xX(aX0|GvVrFE#h<C4h|l4vY7eJ243^A!q^+KYGrI!z+JH-a=l;-GZU
z4H6>qSVyuZS%7wpA?9(@w2ors$vFNlb$<#@n1vON(Cdx#B~up>5<G4M$GruarxWrQ
z=s?jctgs9{kFWKj;lV;@Vui4hEyA(hXw#J3`2w&wM=Tb@Eu$cHAA#U?G@nVul>rfq
zN~~}N*+asKfnow`d4d7q5XkWFKnbxNkn;}ANEC|!*iRC1um~d-dr<|<WS2PackR<x
zMvwr3J&bokzA~j;uv*P$y192#OVMdK1bzxb*AT)b+wcNHQ{eX~PySaX2`Cr!LC~2r
zLm+_rk%$;&;aB%=0o6+j0YtM7dO@)9s{;H0E4kNH$ekm{#ZQX5kc4B4Al9D<Sxt9;
zO@g!M9+>!RdNJAK7zA1ZB*RLcNb2JROjmgU69$;aOSs%#(4;5>g$f#xRiF*Gu&R^!
z%$jtmEwoqg>EL=GB%=UDpqJ7uLcAcP2)`yQOKM>58vBcRXbq5V=_)Q*Jv&J@TqhyS
zZ#uFTy(2?I5FtX0x*`oB0k26-nmQ)mKwby%1rQq7nHzvw#1qJaNL>DU3HYS@Jqp@l
zoQzlw;4{M!W*BZbjF+Ha=D?mV6*mFNp=CfYV^EH}0^=<JY;mXsJR~|W5#ib(!SR{X
zWI8_G0s}-epyp{KYA9A#L0Tk&I^iNP;8Ii|%XmQpHh#VU+r&;8EVxM3wq-%}mhgAn
z2L#FetPVaiEHRFZcd?Y`Gly*WOmzu00)-7HOmVq~#5B*nr5R;jbl49d!FvP=UIPl4
z@v(H;VERZY7xanG475ay6W{aWjty~V0CfCFF&)+9l7)66$N9xdID^=c5-vTa2nZ0@
z!gyjrX{@SnBDQtHGTLj5mM&dIu4`PM=OUhNw{};!e(s-aFz)?$P63!n7ceg-;tsy6
zE#l0<V(&bpmIm3a#Qgv|mvZv$S9q)3B2EMa3Mn9&XYupbvuVW(0zDTPeTDM$rF=u`
z12OyvjPAD}DqP^wZ9`I2R<J;kxK{iDNX{Il-x_GzXHSl~8cQe1Nvf`an9s1nz6eRK
zMCujD@lb}#-t=qa02drs0(3F&hn~u}jg}u56|jlvY^8aS7*|9d;4)1CPJXR=#17Im
z4!5{W$hoE)KTM3O0agncf$Dfc6B%oUk>r;N3kT`A0cexpDNuir;Lhz>;L%|v2>SFv
zkw{(q03vQl#d8r%q`+vP%{(m=hnQ27Z?B{!R~FF^pIuv0Al$8=oi3*cY#JH#$(Wc`
z;$Yexq-ze1ZZV3?36{)o`}Y3vY6@aEu3~N}JBgL)qI>V@=F+4?cO*y}2_><OZP;)|
zxeb}_9seCDAAcn)xsk3dfpb%G@q%D`%GyF4E(!txA)FdX8Js|G3A)ZmB&H&oKKtL0
zG?h0>-e8;d*9@H4Tw8BEGIvvaCUd3%7~jU3LNIgeA1U!@=fE|A>*@qVX|#mWSgwK%
z_if?Ar~a|&!GQTSY;3Yp_bR!;eEsRto<&V3h_`cFJ?L+=_@h3IH;$*UE?PGRJ5a(k
zS0^&fsb2ZolYoY*$*o!OewdkVEcg$rnKc}*Yk7rhvY9|$BkV4x7o?`1IgXP|6)%t_
z9BII2uQ{&@m6F@ZIIa&wneCC^6CzE)MEQ<sKs`dp1H!)ntF^+IVGwMX(0rFr3m!V=
z&Sj>;%yi6$>Y6yVF_LG8(C}&Ef*8tYs@XX+yIZ*8wBz8q4tMB61`F~&5z*1C%zabj
z&-3g@lf#Lpg;&s=Q+8;?zp2XcGxWtEGKt#=sJ})6)b}Hi5*&q<kT;lbHh}c-j(Z>x
zSTr;e%i~twF{tR}r3Gbaenx9FLGNl|Js?&RjG^$4_#JzYNRZg_gzYku__=tKG57a4
zK%fPVwa8Acjfo7#!Nm5itB68IybofG1BG@W+&HM<qquF+?5AaU2h)>CQOPTdX@F&X
zFu)?XB8fKoZh`J64mfYw`pKQ!YKHS~{F}(Bc)A3O8$sGZ8kftL3@Yau<NN3yka|aq
zBR8W99u^vZp~2M)qAMIE!b61^u5>gT?+on7Knu+wwqOO}fyiB<Al0kGX=_7Xb)!f!
zqBvgMZx({$3t&9rD{=<$UrKE6t&!X%MrdTM*8={II-dGSc@i&AM-ZmOaRNaWZsX|3
zXJQW=6SwBqzbyeVw4|*$2=&>i4F@c`iE|lIk1Bg>q)z69rbQz8OiTADZhjFoQQ)fH
zK@J!-fqK$q2VO8~ozdn~T(9wc@5%fAAQ!osrHEuMwwxi9Z&*3)|6t?_Tx(JNeFy|x
zhdNl=5{IuEh-bNg2E<|z#iS9PE9vw0Bu)U9@ISz;*bNfoEb@=#I-p~kUjL&yHlv`D
z7sv76Gj4~wvp1-A!~!<{6F1UmH$s3IisQXTEQDmtZ9Z3b@=ekJ4tL)Mb!j~ax|$mh
z9#}c#mCAJepDXDaI3qPd;7km*iWnum^*@WMfqm@;-wDF#4+nVbyF&-OYkl~O;x4Kb
zO-Mup141`hv?M*9sgj2hfxxASmg~~QsILS{I^4DL-bv=mW7iuE(8U;5<uZ8_e}Vx2
z3<R^wVL759Z3lP*8dv(nS$vTQo>$@$ZCvA7WZWIjG|ho8CWxo2a<O0a1%*%`#z-s}
zv$y|R8e8yhuAFKjJvl*osLsi#c-Tw~6EaWA_%~h+88zT~L9v<$@e;vXQCvA#X~rju
z!Xi<zML@cJXdgK1-$_I<bbY>3n1L0(Nrmx#CG(AVWpmLt)=7;Lw-^L@059NrFXA6T
zVun6g((TuEJId$ck0JPPld73XN41SRa>f1rQtTjhN_6IJB27@YEs(;$-PfD-<1Ljr
z@Gdt18ltCe)-{+nNVD=Tn8b}m9{URopN#2V`Y}U~mqab)SE3t5Og6nkKyFkiS&OFq
z<Lou0J{+@ZoEF*drJoUwG!i)C5@LE9wRDk&wWtkj6VL$!>ZX{Zd*OEkE8{`J3*0X9
zdx<Jc;wqhriW->##<CVG;#Z0pTrh*j6!$71VElk?s>&fO1xY$7&L@!nBCX=%7HuKg
zmM$O!ELME(A^jFwAK@IsX^88m`=hgP2%09JX|tJ-0S2v~_pUP<_l^cr-)YRHnwqWC
zGy(Zyr|!}}`x-`(P$(?sED<NZ0wHCNN1nEnw8#hv!enNnnTl68bcpz_`<Hw-eKM;%
zJl*kU^_X}TI8KZ#iwCV%SNu~V=+@2ZZ6IiJqSi%2FiSJQ#W}rXc)>2uKJ`<bz#*ne
zFn=4SBDeAgj*C4=5&cm)L$zNR_&Lowg~SVLON7B@&fPiX6uOymSw$tWGLL$gT5K2U
z_S*e0I(HfTmgQK)F~*tak@HaZoZ=0BpRkCRLXYhAl9@7?EaC$VC1gqQUTx2YMw9@|
z7m#gN5&CT=SRh979n`1IyZ{&KNkPGa0GCYzh}+o~j8K)sX3VhG0AxQD(9L_?Pj5!(
zVoy-bWAKqM9u06pfc&SXgNF2xBOrVcO^Vb9j^c)r($^>fE^!D`m<h!yDc(UvasdKg
zEfp}?Eo^VTWrrCSNGUv9P=GrN15@o{-HxS8Q4YXPWEZbHg~?bDcT%wNeu?&s&%^+g
zHOe&GyDu(t7|NYw3oRcsg@ZoinH)u<OiE+SiN*W@C^^0e7+#Ps?`nQZ+wy&ZUj5br
zaQ0%OFtf@FY#L3M?}yDvNMR+waBRC;nRr%SZUsh4__x?TF!w*<9Tj?hvh!mEib>r_
z<X_40*Qb`w8x%9;D>HFGvx42&xW(>CsP1%aj(S~Vp!?8?mA%Y1dqL1aLTCR{PKHe!
zx^lN9XJKk)ZSNdx%(J|{p*9eBE=C*P%_|Cn_bhVV&lE_}DllBTYo*;0eKhSu_qP4e
z_53)%2|7dyt&+to#3~)XmAifuTJXisYl#!S60|UUlRP7O*x!<xUQx5}3SGM+$y0yi
zPoG&&DLcA;jw15#z}WX~YaB5B<mSa<?r4rP0UV_xzG))RZ)!jDh$_KA$>?jqJSaBg
zWF4d-Mr_Z(fTI`NJb2~^5)#bK5V0UDD`KMg+X9A{oeFQP2q#>ZmMq!qTvS&~Pa2z&
z><Z#Q^)UY3g>u4C72S1+12_GU<#LB03W{qHaN>_F90X_qYJI)Y7;FQ1Y0of?+FySH
z<s{-2<HnExM@}({rZzjvif^zH3$VhROo`y~Srnz(Us|jcAz(zQ_tfJikaT-4-8rfj
zZ<j7CLyRKn4lCW%y%x;rYtAV2cl&$Q(owl@_i6P3qG#^Fa@M{BSNP1^vEsj(Kyi(`
zz-TFy?i@Q(3m!+>^h3izX=K=pbd4R7@4#vj&s~y=b%;3^1`6vWGyWWe#oT&m0|Lx6
zum$9X6D`F87OZUqOi2>e8zWc{E&(kjN^{&DNdQ8UkfGqsUg2HnM!}sIojKsT%=VRo
zT?Pefjc7-aL(F9zz<RTC_KIN$ipS0@4ZKh9iwf&>7kA??Nv1G15=xuwHc#S6iBYeL
zg~aw|I>1h_Hrj#}deYAgi+cP^aB<|sgjt?wIh~_|qg-YPSqj1Nw1Tbozz|~Lf@i67
zakvdAXXV0z*6Z}rNRBP~`8-Hkw7{2#${f~Nue!7|2~T4nOhL@8y=Z{*8fN7o1Z!rA
zi!KHtK>6u!m&b|a23)_N9m4yuz=>Lw5;_qH$8lXC-cC{IOhk>KOpe=ymZElhZdbvm
z<>W+q<46Q7XC(~a7`-I!;4|~fNYcsYClA1&e3Fd|!W&6LnAS)t+1@{c{mlQ+i$n#>
z*pR+ns|P6Y3?%2wXMv3bJ+_UA=4e(lvi^D~P$fme%qhKh43cHpzAktc+5ibyhf0z0
zGT=Rn7=;pfJ`6sqPXAQ~!y%v$@n1cDl$Zmi(IrUG^i8faq6{Iq(*<NDVD}OI`$gy?
z0ki}rNVp~;l(3G1^5$E?>lm?s?nG6B>*i0au`DmlgWfMAajUg_rd5g)g=PL0;Rij+
z8#%;%PfM1<g_nS8uXU;2#|9-<3*yOx(#0n5g!KY7;a3F^ue@1!2zG4ra5ZEJQzrfa
zpAwk>pMe`{#S3gY)dPa{vyik%VGR^@N+bXTdgZ(WI7YCo6u?5JWDJQAxKae*99~Jw
zdH63n9DD6iqzS~M0s}^^=Kv20-_4&9ivLjcv%BaR{l5YmaZ|i_0r37=-1=}AnSp7k
zf3S^DO+xid+<;(dwmgAeocwe*gd!S<QEsgD%omG@W!T_gq1fl4J4xOjn1usqPfC{Q
zjw9S|1}6dvSj11@$+yI9R)PptUR@sG%-D1}IU~QkaU~1_pK|XYYtEL+;WBDVS)-}|
z_ZBZ7ibyk!?Z?4u%+^;<X>#&DN|Y?XVUheeb?sc?K2qGo$ETzT+8Iw^I2p&ZIrW&P
z4sJ{wK7Ix9PyRYbR2!6z@EWNhvJ`GIwuMh$JC=d+;KGP~pdbI$7Y%cjw1MCSJX9A(
zN<R#z%M2sOaI3_0jvq*ck&%+#n7uv-&0oOB_mT4z43-qY*+NxTeOL}k^8FCCz>z?X
zuLo9x!#@dLm-0x`qoj-kY%<TmviP$oBq6jXHv3jTx2lOx8^l$hn_iE{xF_PpiQt0S
z!n|5b2A;@^KoN4|{ok60iy0;*bU(>rZAq0n_bNSOeZ#sFr?f97m=$wi3}J}s$Px8G
z@O-BHfM|?O)T%`ia+*#NaRx9Gfn{m9UfASyXmBhTMa~xisu6>X%4NwI-p?F(xc)Q)
zOiV9|WtwG-IU8|-OG?!sV29h?dfxqq?i|@(DqMW=Az6ChaB6#~`{r1s)fOnxg=*Y_
zy(^3-><C}LEGOrPidixFWaOeV1O8e9#<z`0&Ws=s520zeSUWMCAH)F@W^&i|$7s7W
zsZ`*P)8|;wD#;@bfxsKB22q4}%CKzGQ>hD!qUe`JiNdahm|@8r%bdx}p(?NW&CO(p
zc8*7~AC6T<khbLAde0L1*J;Tk*WSlW5~LNo1ql)HYdM+rCc=B!rk!B71aH_;nnAF~
zf)|EBBow4yBvdKpS865;dJz@@=eW~PYK_F}Ihk}(<N{`=&5$S-eV?v<WKE73&`(EM
z^dkY6V^Kc{(-?pwwOH5OwQqzBGp5i9F>6w=DJGdcpXpsX$qMC7u8n9NBjXvL!k2r0
z)m=B0{II8#qxB1Z#i21l%*IvHEmuLo#E2{>5yI=n#=E}7lLnSX8cd2}I#(nSX8{7Q
zbhclK=7Q%E%_Podk%j`(yDOS9*=wliu(31~J;CtA0F?B8e!$8OB1pL_&-?xZUWMa1
zi!e-cl;GE3-;y*p*g12$P9vZt93u1^kWB7KjY=23!wMbx%Sk9UDj1Z>&*{4=zPmR$
zzLM1pQCVG<SCd9y1c;Li%%b}>yq?)oWl0ks0^<tZmlM1W4y3A-hOR$)UuuEi7Sk=V
z+o`Tc;hf1g=LLKLtx$n>dyzVkA)0r2uu3y1;US2HFy8k9!w7o!Ove05vecI`dSkhb
z+(U6rAmCZllHmJYNGEj%HT)HV^A*OkJ&QE$5K-43<0W2vQp+_6-}@(+LYLg{FPy7O
zan@^m0P-)~K^Ve(Bol}N`A{scY5GxZ%mcntiC#>>X7O<%kS%kZ_(tj~Yvmqv)Pi`*
zqWp`ON=ay+@N$Vgy>1+7)_1&Plb_&HnxKoZ!!BKgEF$SsMEm4BmI(28OVrWJ)6JD{
z7W@q4qrWyH*ZhXfsp~HRj;kI0T&&-fV2}+z;utG_7EWoZixJJjGH1RdQ{(*_y_g-c
zP0(8pp&%RHT3J4~h)aIG+S|K;$wZaEQ0wAk-=)i87nTcQIRrC}Jo!y44Vl9Ww+6(Q
z;Zww=0s61?YUm-0*Hp`emd8%BYXyQ_-iPz>?>&+hk=b>U3d^%Ja%1Q^(Alp*GNLDZ
zx6<~D{}vDu+2>V2@1_?b(1MT``t~ztn-=SuTeyBRm`$QeUotA@bd5=kKFj}=1vMtW
zMWmD@NPU1nm`Ve2gy#cp7C_AFBx4|*(<l`=0-&i9SWTqEAeQ15Gxv7)UUGQB{2^2;
zs|k=yEmc`r+Jn1?UC6ptGS?dGOJOza^McHY*o!uNqcN3f3>`3O(q7LO8_!6fagpj$
zm^Xm^Jip<0Z;=t6#RKId#)xmHT)bu0X;YIYpX)jD%Jk2^Sy&FxUcw`zq><x@^9R3t
znLan$0cd9^v($bt)1W9jX7jHU01Pqitgh`y#`Ggo02@K#At?mHgFWEA5g>um-Fg!q
zB@!obzo*h*a%Mb3M4{WS`C$$7tv2z%MsVlQj1A;(8A=3&uW;w6504P}&>G=t1JnX0
zOdf`A7QfH|=L0MVvH6AWCAeBg1n9Bg$uW90xTSu9&so~UoM~bmmZ!#^gFl`Y?_rk8
zhTC5%om&~HFxkUApTzo9Zn1Gs@L_lvKWO;Q>Au`Vt`V^_{?~}fA^}GYKak9pG+e{3
zykW!|VdI>cGwYAus)5)2r5-@WukUBQ@gTfo-0!B#38PEgbNY%|OB=v<CHbDZ7L%5p
ze509a0BwQ@GwrITUuG_vzXi?st4>bH$G+Jnj~5843JzmXYpMQH?)|ub6R?Y7Qp^o&
z;*|}Od(?@@akEZ&8U9qTJ}Q{|ux;V7r|}Kw6!NWzr))emHYKiCuO<GB^d`!ZrHA{H
znxzHeJJ40johzMf*>CO#fEn}wzp-}TQ93Tz$vnfd+8j{~toFJc5;W6fv1<rA5QB-q
zwXl8wb3?cmKS#M4+7XTF^CQ(-X3ygSDWdmK17;;*0M^FlmUDp-=H>oKo@p|3qBSHb
zx_!T7D?vU?V|ZfC53lmM4dsXMG9GHcG~VPXLPf-t_F5chAr3IAjWXjlT7m95X@BaC
z4D=#0^y7$6q^yKC*B#32X4ALLom_T`NW~yUJFCQguSa%~>|;k3d8yr;<NDwSr&Jht
zgETOz(58ZY%M8VQ9dw4N|BLQ{eUL}Z5ebozZoHMZ#7Z9gAp8u<24YF}E0FKp#-2<a
zpi>yyi{w*61J)%vdt=OLe4Fgg`#6;RDNmfefTldteV%S{BbXQ*zamB4DR)f-Hvp2q
z7?zZ(zSWOx(i@v5XD+v(o$0uoHA>?Em-LQ(*dq<z+k)-ktyjT$NnI)j1d_YB53}5j
z@JO!3`$cCuu>iY`GaP|pY2Fh=pOx%pKQsg0e}<2$&m$P(P@;cTq=gbTJZqrZ>!bik
zvG{1yFBmgGtxR~(GempCK*P&6nQQm=81USZ3XBDA`!0u=RZi8H^}y}Nf^`rkQlJ)}
zH-<VUcrz=;@NGSU`&A+V^j%wsqI4~(%G5js;t5W~MxtXP;^-*L0VFglWDK>9mO<Vy
zslr}(Cpw)D<)C`_O^-})@Ku=c{gJq+&#xh?i?kKK(Zt#*P!r?dx<ERm2Shg<V6XI@
zo_FvMEx_ip*ro3EZQ%y1dcE+EWAtwy$zRs9Kj#0~0UWH5P{QGm*Od_+=-n#`ro-pq
z#3o2C*)B%38}lsYDHV%i*w~{_nIi9Ho5Wu=4_PAywm*0bLUeK|byYp`ipz<s1$!qE
zh#5@aoThx;OLz62k?Uiw($Ev#U%*!Zd^x#N(&fyOm!Y#e1y|(*8u^I2v=(<KevT6S
zAb;Dp`TB12SHO+yE3{wBR93qg-4B6!mJbiIgnF5XEd==#i!m1Ss>+O_X8c_wKH#)u
z?9<4c#ngW!nfS{r-<{@YE`@#Lp8uOVt9(~ZLH|cJ*F-0H->F$#lRjB+#XU{^i9idN
zu~H~2I{I5599;seT|hMbhZz5RH5lzX`F|gTBOYI<kHur3@qqu2!T<M{6V%wI0+s(>
zH$q>U`O3i$?Zdic9VHO|XEd(*tQu~~2Qs(Loi<C7rUDmF!0(peQ+>hzo6P$^^W}~h
zf(N8u8QoNuRuP1pD<v_9Jc&3#o0J)I8|m$qNKC-S`iMs7M?{QSzFO2$8@7j<iaALU
zNY+p*`1pcfRN9T0T$BH%Kj6+4gBS5O{3q2!=e!ksBY{o%>MmfuS`hXEK-qBIAd)9U
z$731);o&~i`g>2Q@^{K6Yg{bdr2oCP{~;u_)7`moh)HQ_F`Zh?oI#Y~BzF<t&T&7A
zr`l=z7A(r0i&zWbVZEqjI2*M_NtZ~uJX=Ix9QQwlg^8HQqnx;CnyL`UrPSLDu%tkm
zbd3=AR=D~`DD;6~B{i@dmXONYOV00m+LSDf&LBI&fEk15IbK^#$CQK5eQY$h1S86T
z<oA6x(UJVVK&ig5q^`ZFHr5=o7VNMBo5{gCPz!#=ywOt?)(?_KO3C3^hJ1f?lUdEo
z92?%}oKJ9$7D!1jQrLGPZOKJcTSC`zBKL+3TOqE22-I|KdpZu(LJfZd#FWJY^Ihes
zx<&B}Gla=38L`iPt%yF$vQ;S-ER)|5LJ8E}Qr$VEV18BjCu0GG8hG6oOrV;y^0t~0
z?E0(_&U{OhD~fs&6^wu!W0@(|Bg`OB8ia;8OBe8$z)J>w{7|3&ukruao;$zRUqb!Q
z?x*9*<9hE<U^BwDeF%x0Jd%(3e;cNt(;dp_k6knq%yUT2aJ}+|-M#Ju`QTGxA>|d9
zZa}7!A|6OdwQ3*ppaM8rAQgeD>vuOcK(K$1T!Psj*#GY=T+nGNk=rU)%FV-TfB^nq
zCQmA_#2AYTnA@S`?CudMnQzAPYgj`5>D;tfMslWJjzn9IB29wSq<@PQ^4sa?Q4%*Q
zmQq)+Sbx)1RKjR_gTpLcAI|J5H;)aqTx*&sV2W$}+sXC}kCE{qVr(%mecv*E0=>L!
z-l3Ak?Py?vh*2YFrdVQ15;a(g>5qyP3&@fLrue7Sd5G?FXVw%#BMF#MB+>ilM)ZEK
zd2CeMTCZ8~fpljU*WGggujY>Yn<rg)o&7rUOaYGH&^DER{08BTek!K!UjQlIOUjya
zzGE#SLcepJ_l=Rb>5u55da|IUowc*HX%(8)rVi(ZNq4I|0N3^aN^EN*#d**0Y6GjW
z!4E9RhYP$%hKSMMfhc6RHDVYRSu5o$n46nf>Yko)x1z!$$x)%`T*Fw3g<>yRva|^o
z9+JCeJUjbzS{+7DlQKU8?}%=7|5-e-yfI^q(w13D?UDX0rEs+u`9@uPh%0+&J`hrr
z-`cB5X-YzQdqCDMHs0h<_txMlKZ?sI#&e^V*^5GBvZQb5$DMFX5c;D<Lp_Hx4&=WG
zSXmV39)|fNnL;?OA(*tZ`*_p}l7(uNucSq)MMXyX6OMC8rI0_!U}x$h&$EL_70Go-
z!Qy}NG>5WJUBHZ#;<$-?fNdCCpGlXhCyfK5ax~koDlQ7G`C|sFUJ_NxH&7BP!}-E!
z!N@GKYJLbdEq(4yCSg5U8s@*~G(5p_5J?5B;Gu|15E7ELN$NIv5^hI7&zcUu3?ae3
zSJ3CKVdtcmLu-`cOeoKjPrBv88&}oFhTA{%FF={2m+<bTQTGs^h2mT(12`s!Ty`NQ
zIRkNVh+`7#W8rWTS9hHd?+Ae#*3ex=Pg>3Tj?ya3k=^Pgbm5<O*q+$jNt!f;AP{2&
z8d=)Ka9xaom;{7ygT-UZPiY9gq<3$>h(lo0MVA-3!KE=VhbZM(A$E{fz7T`@Tp#E4
zMREu8%Z<CM3|mB|I~8-$_Jm-kmA;u!6RF<4fU!ucC-N+EPt%D>ka_!Dxa18U#>0u)
zun?%H<+skEe8;u9@G5dd951fQJxX1`TPAS@1LQbC@zcexQ*fbpFfA1p!yS@JANuBe
zk~f67X&8z73$T?+zePe(vH^$EChaXTkvbPE0B7{hMA`<@xYQuk6WsYsFTDY%E0&P}
z*w@3dQ7b?U9Hh{b(br%(QvRPA!~OSnq?M1j2f1f)ay2+1o@hqk<XB0^iS-BLsU^%a
zHvct9xCl0r?KyvG;<y)l9cQk*)O5j;8f?=fnoPq=OKi$QBLq3+ojGNcZ_iJnamrya
z;m26;o|Wj;{)F%4f&{iGQ~k5~SS^(=OZDHkBwj$T5fCRZl5_-=(?v@c(-gl+xwvmY
z$*Qzt0T^F_pu4+hi)?V^2np019B_rZ1Z!o|x&dr1#FjS&e#abwEGQKc2_*so%mX4`
z#?9l?i=*OcKsH4W)Q`kvlN$5*k}I)vwv@h%Z;g|(c(9y#)0e+GB!Q5E1wJ$Kfd%|W
zy55TRT?Nq6v><d5Yto_@)^E9L3%Pd|$$Qd7W}Y?6CLu<KWbt*(vw`9QCN@~m2$pCL
z;3Tp1Eu$ELEyUX)Vt!y@GBLt?W0R!7e~scV{>6rZukF34{t8KhpJw<2Bu}yNBZU+?
zn8SODm8FB(IF4UcX*0`Q#qk%>Qe@r)UARPnG5vG5aaYQEgo};v4?+<}scr;1K*sp@
z(QSav67d&pkU;GkPG#5^y6~OB-77w@8plMe^eGjPLqmk3&6b}@c<P}dmcbV?M4D{W
zycYY6u>+mu!$fIjCIGY~miY%=EWxBTN}w0dBHvtwJHZa7d7q|o-3>SxT2`Q2Y6ui`
zRwQ_{3CFUO`V0{x9P;8<=b!n!CW_O(wT$_V^DKAg?lXUK>n(X|GIq20p7~lbo?0;l
z-OSBBtt!P)Cq#=_1ag%dCEe$EZpm-D()y`rNsV+({1iFVY77@69rq_26aF9jT|;ZS
z0jJL~wF{`MFRC~&eIqX4y~L<vsA;-^iJ2r-q<1k8T*#s{c*MQ(_I1ZcyqYGFwZ&AP
z@LPDgRLG6HzG5$4AbyuJXCvKwoTg?70f?f8H{W!JN~F92fyhsjY0_wtOisfJ_i?3(
zK0zX$jLuL`N1$VYV=Yr!-*R1GvXTKBdq|21BHhTm0tWva_~eHUqJ1M1+vczBywb&Q
ztkCO(-yV~!&km{5GE`n6=uc<Xr0FzhVQEF%A$F$1xof32p7YfU^7EgiJb`r<O~S`^
zRv@~_{z=@q(a3YCTtbb#ScP~87k~G<n1k$t&x3fdnN?giTLH{CLtz1y`OJMIYkr^(
z+VnMYuI5V2fHcZ)oK**+%*8Ee12R6gMr(xm6RjyBNjcueekiH4ooxQLyFvx7Q*&x5
zgDm)oZ2~SNu$pvXyW^>w%Cyj%$>tG$d~O2DJqvIiHBxNUrk{kF;SZ8F<3_wLuhUAf
zVwxK-=4LH8iyg@=p%*p9JVr=@`j<p5Dx;Qf**8!QRAceovvfwdly^f(hS<a+iQqo)
zLnMxu!nUZP2E+Xz;`UN$ml|$0g(*<cgN@LIp%THZ4A2@&WIYc*F%|<CS(U*cLr8$M
zYYO~s3M?sIz(jb@*}RQk%d#rN!hNF<Y>3x_;0;!ia$1>g8`~7$CrUpYE5b%ds)HS8
z7-}%yB3?=sdb2FN9O#m3e40PxEjCWtadq+)-Wk&XB)?<F2VZ8f|4JLFsFF~~9ItWx
z21MK`4fw7Ir}>Tnc<f99HvY)i9s~`yh_6tG|9Xdwcm6`xlfb2l0!wh^A=j!bpKiah
zK0TN&<?DEFPQh~ibvAH0v0rFw3SzxDOHZz}L1(N;B8;xGBBI)Pm@y|LmX*d9!=$9%
z&m=FJLIBji5}2P6YqUlM4I_Dzy>}L3eonxS!+=W?=VGRp9VCkpMI+=4O70r01Uarm
z&l6k(D$;z-CJEk(7&JC1j<2Ldt+;1C(W{Q9>x$gCd^v8`ptz{xG0TD+bEM|rn*KzJ
zl!)53ezh9gvksbgcMANDeUg~eRlw*wt%7zC)q{J3ht&Y~E8YCO9x`VC+S1nrb3K<v
z&|kfskHcLMM__t{f$!JgkYj3=$>G;eLHOtT@w$kRBdq!&JKQ*iA_X|P<A{JSCNn%C
zNmEM3_I12wdl1X}Mbko&zMmAQSH#_EmGyTKklrqK3Hc1XAEF8@m~a))dRCn1D03H%
z9)-LNm&&H;BPkK6l|yC)V!;3%?XWf%Dj-ctuBnX1NssvWzC{MxTN`cO&yrWgfZt4=
zBBMI?qcr30B;uoLcLG$RJ|T7M9wm3i3whTH>{t4tnb^}3C`fAe;$<5SVm*OPr1ub9
zdHd=~vJ_~Qm(bibhxuhArtvivdaOo|F|fTfpYr9ARCND42YdZ5I{_eUVaI8c8>L!G
zMj08X{lk1oMh%BV)2Kl!c*GxQg`n(7DJhc^SF%KRjJ|h?=b=7Cr>~tEO!g{w*B5KU
zAsM7Fw~<=V&yf?^*aoPwu&_^B{=5XL7L0PBBRl2u2_uySxVfI#y?^TF+A=_YD|;Z1
zDn+nJL`?4*hUbhFU}i`D3N5Ei>HxE;@>td;^9nG-tCyV2`Cd^vIhE?=MbuAUj#T?U
zmDJoj(Z*>pj`&|y*Si*tHKv*b8pNK^$3p)X43COkQO8keABhXZn^e<E{$d(%o%Dir
zoA4FqiyZY_s{a`m)b^z^hGCu?P~*<g9P>;^mz(#mDAFpECgKpuG5n~45!O*>Wr^iN
zv#YYj!AwX5KE?b3V|f*50l$3u6DVM{yP5#NQ0J!${nG)UI6h4ykk>PoUX5r=g~Tt<
z{tcggst2*r2F<W}+mfYE@@5$=6VB%0?9uWx((bMkFv)^{5RN;$5Z*yoL`ZlWW*0tw
zFHIwbS{VPs3wGO#{#g`5qkjF(4OT{3^q`>Gr#N4J0eO{FONk*kp1EE&(MN{g2-EMG
zzEes+TT!cF;;>+6`eyn`W`EyQPuA`<`!fo9GHIIhdm&-=9``EjLlA*G`}|D_H#W~W
z1l%iWloy5fGxums81>xOEtz(Bb}BJtPu?i=S)9554Ij@Ur<H3v`pUlKheepyf3HfO
zxs?|X#16SJJ0J2)IcLzJFaOT*B+PQ_n5$l2=GSXiG;7~duI{+rZJ}`Mj*oJC|EOYd
z=9{o8qr8p!KOB7e?NqFcls9`-`<|E^&%SQ$7^S55xY1M7Wbz1DL3c;b?D!MqQ#!gW
zI};yd2<FZ}2WC{t?Tr*(v3+T!0oC7PnnM5Bmd&2dwlb^?JNV8$e6PYSC)0NUuI+{;
zrOl_=jv86eyw|M?piTEQ9zRv~GyFKqK6dh3-IK6AFU_ZW?vfQheKfrF?ec}*j8y!A
z;cdCclkEB|G-<h-M{hiHX`SoN`#Id{>$mfTzR^TX;2z*6&Ay*UI7-TgYWE!1QC(W!
zGUs9%{5+wlN+DdKO-oS$@bnkol==zM15$i(s?X_qr>|kY{NQpO^qfNbwA{5VN;S9M
zKkyYD%6sy(ERz*uu`m3a(q7pljl+Lzb@pFhePEi}=%z3ll>l0N!G8V;VOZdMD57=2
zH|M6A^@Vob*C&B$d2jppUqEIcm4vP37rW}S5;C2C?N1p@Jp8t8W31u8%EjZmv#NSm
zB5t<oZY`oMj}1`qz6q}?E!02>W9MG`=DbQ&$YXya8||;1G(EXVcZb7a#S^uyq?wzJ
z3Da8Z-_9BB85z#*vi_&-;@i(s9q=7+GFJ81xq@=AesZ#%*R}ur@7r~@KJQPqtk1sI
zx&20$4%l~3_V4HsjegmqJ`KOt*B8b^xLZ&GuD<lug&3=w9e#5Y*|pcxU+<{W^(7UB
z<%n*3@=ty`V@&itDx1xH&bMwke%k@flslr|6y@sExg$p3hjj6`Plk`7jFX`0^6}b-
zPJ!pd`#P{klkVT&skq0d{BezfzM0{M44)S|YO*zU<$5+Q&59a_V>Y@bFuom})RwUt
ze0TK}x!+<rVPV|IwiVl@_>KBDXGhxe3cC%i%EnI3){|+gNA5Zv$iC9N<GU?ecjVB4
z%LdWoGS66#cj>l#FkW~}jIuDgBc0CAO=+NT&4il2@p~29ob(=Zw)sxZ+U|XHcl(v|
zlMHXCAlFpSvte=Ln{Rra^x32_towt|Y2kwE!kR7TPVMQDQ+^aXW183#<DHT4?}o8i
za6w3lVer`>>U9yu4UKzlhf|dd)Jk}#we&)YKr*NOwUqy+{Ml-o=bGg_qW9VJwR-lD
z)5j@rntqDUhB&w6kDD6EkF7Qyh#^(99;qyu-uW@@_(A_Y$L@xy_FajxL}%%E8IGP)
zGJT{cTVZfXr+k1F^c^(Etdl#d{t)%dDkVjxwo=x}WnksE<Dn}rYp)-uKB-JS-THm9
zZ*`D=`BLbN#--iEGH01@-97~+QIs#-wXX4&%QRN7HVq2g$$7=tzjk!YIPLDmM4uC{
zPFwx<PTb*@-u`aE?GmgTyF&>jTYUaQ@2)Q=TApiP+F!kcvo!nK_KUjQ)91#YK1CkZ
zs5FqdP#$h@Jj2e=(^E^`?yjGnz?ySRR!g@cBIsh3u200a$6|ZAnE1Lwo4no{ib)sz
z`eNG4jdx%9hAXx%R=QJp`|dWw{xh_&z=Y!ds2jO^cU3y*L>gzD)qQm4^}`7AMQ`10
z?icQVP1gLd;b4PtfY)YLg1Tm3l*~PaXO4+=lW(t|?A`piXj${v5ygRH4~#d4|30Q#
z*3Q*b-@G0O5Ob^s-CFm@0j|4SFI;{YSTe2E>Y=m0-TuTgd{v&@vu%oQldX+rK3BY^
zE}qBi?0lEAIq8J|8Ch$~DKJ>!S#*nSbBv7seXwWWVGSnNGv+sy<Y-`cZDT;nvfquO
zceFY=t4sNtjJDs{+4U^`woHldAz9bA0W9mf%Le+*innj*J-)u_Z$m%*ozHU(#n&?G
z*Hhk4eo1?Dc01qk!=a$CjTZl!9#=h<65?<1mkoFF_sPer-t%_o%e5(KPkiCjy+b$j
z+pjmv`YHh)-@j2yreDKtM`bT>RtVTzsIy6BcI)%PtG?<EzkJQj3>6cC{qHq^il!42
za`tz2wWpU|4tzB%+nTutEN}cW_2j|)uZ)H(X;eq;i=hS`*DAIoS8b{7KIEV;yYbYW
z2LC4qn+mu(4-^2_4^)*)fU8%H%XNOKh8PFm0D%lTS1+*+ci+Ev&CY4V4uM&-jqwkU
zmpN)(k6Vqmrv8>as&FFz)Q-=)-*|5LsdPU)_P}#*xxk>y`jFiH+e|+l9H~S*C#RUa
zbga$zZ2DwV(V?820r017Q3_5^#V1eb6T|C$wnO)Rc4pXOboIP{)!F86SLELMm~-7x
zR`qVa+ZNBDr@cqUvSXfX_;dqBxu9JqWAId3&MKRkp_x0a|0&G9VQjVhclz+h3-nj=
zmR~g>6N=x_wi&>{(P#a<g=6(P(I=);H_RWb+Iuqc<y2{Nyk>4zuHwtO{g+8QOh<R!
z)Kx1S-`bO3?*71IpKA5FtFK*E8>+5#-Bx~+5OKV)R43`^bu-zWA)Q;^e^XM+V_$z9
zS&-hkKSm)>NB-T{^tiiww=-_~yf{Cel~&z--EG4Gm4(yz=cl)1U3TDZXS~0(?c!9G
zQu%JEOfs{e?}>Y0jDH@gGJR^B%5|B-%rX;KnbMTgn|@x?98N7b^&u~Nzeen3(|aip
zYh$aIy%ym<>@ELxK1{N1`7E~~;`P&A53Lo?-dQ^PJUE84@x;O7(;6C=H}rpc(PN}%
z<8b^g?FuD8V~V8nbDN36v!3VHnfreCF6@8v`{T1DP1|!xLBF?~{A@1TXtJGfuq$8A
zim%hM?Yv#8@nEQ-XV#J6`TNgvwN#(hgno9sN#M;kU8V2XzW(U+VMorZ`+Il2EQ&b)
zSo`GfH^mOoURN&4wGXWB2tOgCcF@OYN)3D)qcL;ieBt)2s$DhW`*{h9pUx8O&AwF*
zr)z9(-)_!zX|}!DW-a_+J?cb1|MZKM*Bt}vOzg(&J0E0fufH1mvPGlf#FE#~ZBNFG
z<9|n=H#Uj&IyzeH5(k>YoO<ym$7;dIhr45@ZPeh5!~M~q;rCtG>CIPmYrX&EGUzmH
z?cjOyV<quE=%4(h=0Bg&=TT~=@T&^N@$uv%GL3^5FO5C-efIdHQNm$BW3%Cx=M3GJ
z*BSS|z5TkYhLoO8@7FQjh`nQ-wr87y#>djujRq<f&9hPAiC5Ad-C-N8T4mIj{rKgv
z`F6u<RL`PK^S3wcg?c_drFsEYeu>w%K8f@H0r)=qC-8--?WePP-%hipp4V^R9sYSd
z&ExJ7!ZUWJc}RBZvxOb_txpRLQa|s!GWqI8yLC=v*Wb$JgTdwsHb+7^fjiER&J8<^
z*gQX&BvLchk^g6^T$)mRmH#6lIvZogdYtvhSIv3vlNaZnv>$hpQ#N^Y`pexri6Qfe
z=E^ol@;AS0-1^zsfdKga`9X+R#CX`5+b4@cMx9Qu=I*>F1e6w5zKwxBJUo<L{HFEe
zbv^d65o-P3>U9@41rAVfuSYAIlD#Rbb%$R;=kX0J?=%mWvMpA}zkx>74WIdCEZy8r
z*-zsd9*K2=<-NfBEE;XxccOjz`6ct26dhDRxo{SwI{!nJcstzO@=ny=v~@<<YNvwd
z_b-`+vb$76hx|QaclGTtmrpw)`*`Q32bpej>8fcrv;XSs81;R<n9_#)rhRU`Zdk!y
z&S<~>EpM4iZZcDoTBi4Jv2u34oI13*&h>q>&~31OgVoNK=3RrEbSsUHXKvj4t@Ng>
zb$`NBjZ?(5`!*ZD5H43X|9Wup9_f(P#*pFMifW|H`OY2H?ChOoijT}!^4?i-K0i8i
z@=kWeZRNV$`j06k8?5MIM=iFGefH1Ovin!^J96&J#+W~`RmK-o^JICC&8T_-2SK})
z-Jnj<;M=|0L+jHKsppXTV20|;KRa%8zqOe)Qm|$}(XEE}n_o?F*p#j3QgpHYg5bpf
zux0zvEw6vH&JP;@4RbX5;t^qcF;C+FMl~(E<<x4u`*_@y_3gJr&$S*{L>P2}8lvif
zuN9cf-HCfVH#>#>wlzMmbPU+9Sl4{%mf5|!eJxvE`~#hT6r`SwF4}N#>zkfMc{3Ml
z`uI`9)}3}A#H}%B?wM%qcvE=CI_fs{WZs?MZ%s;giqBpAfx+rU028I;&;4-)Ij#@t
zD<*#qn)Yp5-XW_yu(|$$t<c_7^~7{@(&_k?YYz7mlJ{bpm#I<K=Fyja<IQYdh3Hts
z^zTx6+4p+v$n>A&gu;%yndkMPXw|ff&;4XwGzj0mF3;BKq^qhUN-WRvTO1A4W$=m-
z2TxfQlo^)nEw%K1@aNS<1bV-+e(gs75lw{}UUQT~(nsBA2}@Sz`l5RJoR91~JEF0{
z_3UOh$HX1!_c!bJ9CcfO4VrqLxp2?xn}Q&|N9O*^?+VAQj8AWM8fKYloV|J19HE#o
z_}|OTK7#uzAKqMEc;NZuH>B_){g;*#K~oiRqUFf#rknwjr0XSGr3Y$1?fLo-d-+L9
zETHSuTsUd*Bst^cKeSv5r|SF@X%;+?*nJe8UuH38Z>X5s<@8UAm`sQ!&XYe|QVu=5
zc8pdoXElCD?lbSl$vZ*2GuIF1ozAIMm&xfg3wdHUXgGcTPx&FHj8=+6qRym7>7&w=
zEumI}Q-|(sJpA5zQR`$<=Y$TwZg1Dz_7km)1e5clGdCU5w<*XC`E=|Ag|rNW49Yz=
zuz9hAMKk?=P_;-GR8&J)-JpD!XllKuui<2}<yM>ew5Gni;ooOXFJF2-_xR(`HIH9k
zPTaCBkbC(Aax&?B5djmj^tFRvoEKn<*BB4>m^l=3jci-7e7LkzHfJX1#8#b+$K!V?
zy1;j1^8zc5eT!>S_@z+N6T0W2{<jUgpF1hZ-gl|5K)*S^;qGv)?-e?sj<6=Dy#+>o
zsG%y@|GhwCDLbXzM9KI0!!wUEFAh6QA#Ak}N*6VjkKYNa-DMf&822M3>~z40gU^;%
zathUnS1*Qk?pz)2G2h}}=KI{GcOq}g{)$kQ-xZ6m5A29G2-VTua57!S-|f=--|AbC
zc2A(YF@gFTR&^l?$|?rT<Gl%1(DrXDt~yD?FyCIrT=U10=kj?QXj?BEjy=k4i*+zY
zwEOLSof+Kv0pa10_WI|S=U*!3u16juwHw)1T(7@}*zRnta(c_2t>->0R_gAWIaoJm
zcdJ=80G%znEx>KZR=N!O!lTf;PkhkVcg3h`J_!7B#Cp5jjwZA5f{WHSa|*j;F<Z(T
z6|9<g(N%;lo$zR-;n6Rlzi<4K9lGl=LHB(9w(0{!W=Hy}hC2~@^jzEhUvmck1|PgG
zugKngw&db{_e%~vMkn^uWXJ!>xEq%r_@^EI;QQi<-R+5I{_g(1B=-`{q-|483Q;?=
z!+BSUul~~qE{<Bi|H@lTCH3q{-c{_UmcM=J>bYAVYX0;k4wVIIZS|D7TKqlZ*09aT
zkB(_R8XJf3t@+gndjf*CrD+%$R?n~R+kAK9=9xP+eU)#YDJZfu_s4zv>y@RnG3HfY
za<5m*)$3te7d#8ch8&xH5ZS&t8Vk*zonGJVp}lqOl6(6odt~Kgv!T<H*`V6=#PQ9l
z3QGwJ@3KCYlz4BMzxZH(-^EA0MFYAnhj)Z!t^X)H_hzDe=fO)~L%y|n-L;x9-0Q2@
z%^iNuY2JUP>cZ^P?Q*6h-Ab*asg$inYI}COG=h&%FL4RSkA7=@Ts!eB^YC13S6Fb5
z(%)x{-?B<Xm5aYcy>@LHG8y^Svbk;1QyVArCuA=hD(W6lG@e;Gf6it@#w%kP-RBM1
zu18y~+53%_dN(E|DkmK@{5<px6uzxpVG#DJ`NQR3;|{FEykCCd-!{D{^L-=pEY(TW
zd+FF8v-7uJyR}+VN_s5{sc($Uo?FRfe(;F%+cs#rxlDDhy5Z4a6|FCf#E|D6r=D{k
zC?&NbcOO~G>74rM8{%SCwB0vhoSzaK;_^3wDw`FYp_Aave!nC5^nTs(XAK){Rkx1@
zwqynyJWAMj(Z?WMk$YUOuB&a!PMvGY-xVs-Pxfc)9^3U|eEn|KwJj&uzl&7$P8>8m
zb~%oy{b=zc#YpM4LF|?q-z!;zA4*&k(yyxp9xQv@OfU|L*xs^~Fz|WAwQI@fL%E?=
z|4;Xg3QDd%3NJrL+%7+G_0`Fi`q1&X0c&^LrJXjo`_oPLRW>qC&uA-N@Qj-X(!6Qx
z#&LW9ck{@-<8oJ@tAZ0ZkarJ1IlMp8?mg$$DT<Bj&g~a>y`L$(bm)t9YE-foqkqP5
zR7UbMC12;}6_ql@*0bBcU@(?S5eeVAbmBkHRc3t7+S<7}@c!;o+OL{@CXOGM(=@IP
zs(fTOSYiD4TJg^dc&&h~%Bm^(Pns@=rS379=-y`MIUBaY`sGuFN1oxchu+H-%cNf;
zoPe&x+TK1StLw7wdho412hA8phj>AWT7#9z^T?h2xy>H969KmW;Cd<YNrr(BZmN=F
z6z(6Ia-ocGJ?e0G|6#Vx3k{p$C;L6NKYcu;mi=gClH{U>43wRGH+aNkFx4jGN6J|2
z-Z9g!<G;_p9X*kD{-m#e%`VfozhQ<tM|>4^<#yT~_?f*S=wf@hl9kKxn-N+*{XZw}
z+0E@<ovF^sp0xJ)v#(WlL~Rr@wtMs8?hP^%2{(0O?a!!}9q{lze&e*~>yHU1zFyn+
zVh8d|=I`S#{S=@4tUNk?^fse*+;2sd8g-$gBm}Wd|I|p2V(8I*3Ey`)jH>ufjmM`S
zsEo}z=%J*EuHU)S&f-o)yJc2KO5m^8c{x69)t6&QlU6V8#&-Ie8g)l`*N!9}*j>7;
zyxmIufa3%AixrMXJBNGXjc(kEEZiCCa>iq2*DzqfkzM$_^waLKJ-;@c$M)XaT!2nY
z@lI;5bvyPV+Ia5VhVK;F<hI<4F8jN;8j6ByqV(rL!-0O5S3gnf*z<=!IZO-|J{MHA
zMg;!ND8@KFxSx(+`~CRLFiGW^T#S`s<1SBp$&0Id{=Ls-Urw0U_x+<DEw@Fz_HzBD
zCu3ok9b|UQel}XGy7m56*TjufADc~#O$jYFLoP~I-wNe=_C?8=NG%<7pe*4>_v5zQ
zL!LWuW-pI#`}Z*@RqMqpr~B&L#NOMs<EK4$IGcB!{NnuZZ@Wil{@Yo%_G9Gs@b|M$
z+c%3q?*g1(m&B+U9=CipWg_pS<_T2QeRJ!iebg=8!9!!&I?D1+4x^3t4fbz&nxdr;
zQ2R<_a8Jqah(rECN>;C(hkG|aT3nXXEWFCusW`sdbnj5sqtjz##puA2J;&UzpkL2>
zj(w;y%sF;#_Q#&zN!Pa@Dd7#OH&Q%&`dE9{pY50Pt<GtEx!E%@{nDljN4{)uc2mE5
zfAs8`EestUg~JDWLYnUeX>7eU)x9(Nl4h13;ChCy?Pm3rDtUhgC)uX>O&6GDvs$N)
zJ*qiJ`SLaEeCO>x#Rrda(&5*wCS@=m4V3;b0Ifh$zaIFi!20-FvIQVwSLFgje6+0X
zAhMcIt_{ybJ4hL-mQn!*Eq$7U+gP+H$_lT+P!rQ-PEZ*g{R4Wh_6@)g<Ddh(s*Q2&
z6}tm4XyubK+b4YJkgzqs3_!%?KF52<QxrU_<r#n>F{>8%@|f^nRLBEh(1=akK&>^l
z))K;k!wzu=IX!d`KWuZwN#g#gSvJbc=qe;z3maVlol3r8Du_+WvgY<dp2}rXWuqSx
z1})YgXblq%JPf2jidci7F^sEhA@+fR5p57y)Q)+`{1p~>8x<hi=9tO4*g$ZQkElS1
zCCvJKRz%D$YMKp02FzyR!iG&PFtJqyg3enuPo;_hr9!qru$GKH<0^~cye$wkPDRc;
z)#3u5%i17lXL2TIfs4+MHPeAu4Xfec1H`>R-Dr&oiBnT{>KE~}1*3dL*%64?SQKWq
z3!A&*+!1@CsX%c^YZoYEEs7uvnm(k?%SQSjT(w~o^=AbOYG_+6S^*3?vjzqc^_<b`
ztT}K*shpJ!Jf@?F5yowDfE8sse@w7reeFR8Fhp}}&}rOATZ=CUgY_7U5>#eHg^y&1
z#Eqw%1Zt*7lkJfsRy~#7+uWA7Uer1<ghADMK6NH~Vz?3iB&0j2TF*&sM9jIR+w@u>
zu~NbV3Gp$*R~v?;YJ$jxAegyYKLIefvSZ?QfRVD+St5BO>UfoPG*MkQK}L}vfHpq*
zVR%uy1p*Ao3GH<DGzwe+pXd)_s~|<>`Ee>{Zg0X64ZeXK{c#o4<`N*IgxQV!c;Y_-
z3)Y@fNwTtN$T$<WsjB5SfFZhG#UR6_x4c#*B8ex?)u<K}O4fdA07J%2U~+fwM(ltY
zMqySd$-yVkJCee&h9UZU20HS%LS<!;02mSup9wIJ$-!gt&Sph|RHPvclt*`=CJfOs
zIEW>5E;^OAVMrjM0%43<R(ov%LqWWfZCcn;#3Xei3O)cLKFJ1ywY3;==Rz2iNwUY3
z*b0obXrpXR6^Y6F$prN4MjVBabwi2Na1vu8Yqc9PV${_goJ4|nV%mgQ6F+bbM-T-j
z$<^i(V5~@LMkOIluW*=mqlOX085hzdGQ~$!*8oElTM~3sE;5Skwvotvk-VktR$#?>
z?J|WhG@~-8haC+Itt%o5r-;9^-o(f@H)2VIrU3u6cu<;cZaa$}EJDC(4?NmSnz+Z3
z6~`?EZE449J3qo$0s}fu6OXBD4V*PJ_&{XA*>SFFUo!wA5x*RQD+4*fJSufXB(DNb
zt5n96f=;w4WMDf`t_R7)cyDXlGqUCc#)391N(0T6;E>`IjgwKvDWVISWqm@!CT<2u
zXB(J#116&if@sHKo0`Bu!axrp$gy1<bek$>_V5D;P&Xm-<{>j-bjCKreq;!8U{FqT
z5?zA>x6^{ap^CW#GdJNGo>Vu4z$L~QIK#$c#9&<xAyCWW(TB}@g;s%Y81|evq8kN9
zfiUl!wLnl`0$G|x)agoXS|CJS;&^6Twb2-mUxARk+TLf7AZ_3XS0F^cl9OP`n4i%3
zX7`EXwS|zGu<5wrEfC@ht$6l))G^trZ-J1EeH@b1cxE|o%_K?JZPI`R0ZBz;PYVJw
z$a9DUWr0bl_6b0spRr3gEc%>Fu5}9nRWSzQ^TS?rwz*G;CI-@&%mA8opdv;{h>X<n
z2(}gk>S4GuxEC?aYXyN`%$Z84Aby6u)mp)bw;bc3D2)lt0e258L59iZlk4JPq+y}7
zI)dob=2VL+E=G)itROJhSVQcb4T7C(4KJe8K>V}HBBmf@t!0A#gGO6aByek5ix-84
zh}iR{3Zj-DB6)xy8H_<==>vMO%~p}z#dsK+SEv`NAc!Ziho}~zv}?@=iIUF8eFm(>
zqV=-{foDH45b0GAfSWUjmg$&2Ipg0b47Z3C3Boo8j&7Rek!(R={IyYF=LpiTYHbiS
zKgE3Iz~Y5wwdNd!@)#%z^I=tUe~|EQ<?|+#lH}y6AW+?=(A900Si1#56lV;HNLY!j
z{b7jrFM|{cHlU(b&rv}eMwFzL=eD&<kU>!%+|yZ*dz<VAYIIeOrHP6A7@GDf2y|X`
zM#D<vcp_2-fhr$7Q8J#SV_N+nex3#*aHELZBp@UKVa{?OqU$cI6DkNCT@7MqU~qMF
zwWH*%FvFLV0h_e2kHxW)U<eKzHXeOjL6E~*eV#!Z1C?5%OMF$c(4=Di9oB>(vHl#j
z0U~D1XhD!e-58ocWqYh>gg*nZO#1dJL5VRizHol1BFXzJ2-KeBD7DZJr@d~?IZ5T1
z!vbR%0y&;>2;oTxuY{QO0NtcGC?d)1+-*ZYES?-$L6F=y7S)cX&5om>Oma(F7w}cH
zRU{8Qq$**Kq`asgNHzkOS<8S>jc)b>Rc!*?5sVWUvRgsWoRvH&w_V^Ab(2XZUdaL(
z6R$D(Kn;R3BJd>Kz$)st@IpONVM+|c!>(!&;#BJ4piyt|pwSwHxRe@{K)vMchLL0X
z6i~xxUUp3ooJh2G$J4%CQ>-9LQ%vz3_4>LgA`#ze23``zhDw^<=Okzy(^d;6oo#}k
z1dd0LYo)kt&I_lyPY~L*a;jYmY6cwoFlmQ=LNy4<`e`sxSRfS55u@Inkf1W2{lc1k
zAqTM-$oUvHq+re27ewm`<eEii*XFzsy`s@z<PLK$+I=Bs`og(ufo3Vy?hA1`<qDQ%
z=t^^51o7$wMuLSlvgW)9qKifT#u&`nQ0oVXOQ(UfA<>hd*?mde1r=(1ooUYt(QxGh
zBITA;+_%*u<V<1-r=-O&D$zt2#c`5gV2GjC?Y{UC5NY`Yf+fDd0z3&~5Pcgd5p^n_
zxECYtY#W4l;$ik5=P=n*4MG&Kn3GkLvrsD#O_XB}Ssg3e=z_Y(K_=aqQ$%xKh?gxh
z81Wr=*NVZtai~e;`3N7qWo>jX9YCN3r_!OSFkVcHN>{7u^%CSDupGyezAEzoz#y|O
z4Ola65GQJFdWIpPgOY*5IxGrXJ0AfIah0_$>p27JFtt4@!$`W9CF+rxsI~S0LroWW
z^tY2E;h+FRP7V_qEDDipuPoFVhC0JD1&Ne{uwGk05r%qVg33fGiRuhYZd<OKAUuK9
zE1n*O>t+B!a%XrCf!<2usg^?s)OAV&(aItQg|=FSs!pje^S;w49(=>FAE-}e9uL)%
z40EVfAoMsIunqZuFu>whjTRtskBm>u_k*I*5CXM|4&A!~>HsTB1wl?Whl4NzFN(*1
z4k3{2yKIjZQO!aWGeZbe_(}923+P3)W*y0~6&RY~q!rCpp^7jou~-~kFIsg-;-$s1
zPlmP%x#|i6lNV;M*l2MHQcG)Pk)t3qDotimVGDvN{E`|n=4dkLJ61uU!cS<J^B6?e
z>^Z879Qav<9c-HW7Rj(CCi{r_TCGw<wPumn#Z!h_I~~<`91@R(B}UXmLkM~ZFsQvm
z^xJ4b5HBvBN7t+9%-O;wBorMJ#mB>VTdg80DeLhZFD7JbtjOsY78rxDjETrSgdj>R
zj7<#7syXLWB?bAEqu+^Y;S!?!(GZ^ymb$hrT!Ja06j61uARM$tmneS}2<g%O?^|O<
zls^gr!lQFsvmZqHqrmSdruuiSu_Eqt3iF}IWS30{5<{P`sM!($Gw9X~I$Vho>WCS?
zb!)6pF#|qv(Fo#=YSn?!FG^r)R~|KfO}a)oJ3P}d3^i+l5apVJ1V}bILN!5ffH_0g
zdWNSA)F32F9(u1w_u@8<ChQ}ej1$NwcTE~id=<0Lod}X+JdvseLi7d>(<d;AA=xzu
zDm0vgfPTj?Ep5#_5GOqdo-+ZZv`37bb#8&`Y7<1K=IoPff7xF(hTCbOo3)T=Y<l>l
zCr;QE2<oOZ9$^y`i?(Z_M^$E-j$0B;TZ0$^LKBp=SF)n&RfslJ76S@u5UfRk-kw>D
zK~EJ3Ij&QZ1gT857mOzEiD+I9TyvY-B*EV3hhd@vcC!{Fb&x4GCM1Yfx+VzGOhOj8
z$ankZR3agg%xB9J;|kBKszHc+28YVXKpxwJOq??rM@te%H=i1WgrI|8uQbB9r2rDg
z=pkQRkg_H)4Dl+%j9)R{tv$#@oO7^W0w<-LTa09EA}3V`Q5*S#8U!2WK%c{6lBm{x
zp@+pdP~$rvofDfN<Sc9r`2?Z^Q)^iY620XVYFZ?oxmSabD1Vt<B?3Q<37%>Y(lAKc
z6?3ra)`AgKm&?%ADfFg=#syW(q6#QTrncFAqB6DMuokwy<82T{KoG-7bWEr~h-$(r
zSjmAP@#a(#A2$m@ywO=$HV2t#CbJt-%&%yX>8U|TrUJAVMBcbLFGS5~;p`lzq;J<k
zbcPlV2-IG=b}b~_HK$?`0YnN6XRpLyqA*WW$#qQc;G5`DP(R_MnshM<A8W4|qBJzf
z!v&&bTNqZ5n0Y*$mpd(+oT4z)ff@QA=A}u+1vx>69O2^vgVC&o_>y8)aOEQp*aRV7
z(rA@2F*$A%gyb^-C3|4!P{^x65cg>adygc^w)<iT2qfJIQg<8o(c{g)2iXSt>YCe<
zo)`vfUs#o#w;D$BBngy|0-wx%Ymg<O7FhwTwxX`4NyQ~W$_nCH0_xMIg_R^RuqjXj
z1sc}g{3P3vkf1NL(qWRZ3WV6PqyyY1wQAB=NszL%=z$vKhvtY0YA=C?`GEPG4I{DM
zIUa6ilhaMgCne3sfM@n9(Zu7DT4exTge{GsA{7Y9f+EpD(vjQ}H3)I_mvHEm6PO96
z0wE>?3CFeY*@-4i5MF^q9TG!#xf+Bh%R#~JtU@>c8iWL)qcAp89kxIW2_^swQ}o@p
zZ4jDM0*<N+oN`kdp;?p!sOc0lvPqJqCEdqNKt@Z^T$YZ2@GS7hBRzDp7Q!eC$SfBG
zao(=Q)2szR_~S{xEh<i;s{|ebYPG^syebgFTymY2*({8gZ7mp@q=^$o*{UW|Qk+CL
z=&WiEn7X~j6yX%JFSXcmL9S`{1=Z|=L(qXTF^0SeLQIm`-#13W+NLb3hz*;ArQCTX
zd9xN0Q^jFd${;&8NfJ#0g&te+=;fvWLvuheZvn%^lX#mTBp3ud7;HQbp}EGWMHcJ~
z(S4^$Uz8!HH8_JcI@PzkPxF-ks}MG_Z7O1DW+A391~~9=%{4}jGGP)xm{(1?S`i+G
zfh$rpuC@DOsg)4)P+_;U7mOoQiRX38K>3<eNu+niP}`;2T%U3@@&wGwJ}kIOwSQw~
zt_ax&BNL0>7!3$Qj|Fg+CP>wl`Jf8Y@jQov#UOa<Z90G;+7S-Eip+3fhw5tZ-^R`5
zWX7$5LE~oFk2<V}NjQo=$RM^d`i+J4ps!0{ud9tR5~QQ8Kn0YmsrN{bjx>-@HLMw<
zhC6s9;)dhVp3#Rz3`y}w#0?kVy&lL7o_<w<kn;zu&MNM}!}Dqfj|AzkoaQT@oM=sD
z!mPt*ocHKqEo<{h9X{hcdUwu3J6jNFQdV$=8uy_mt+gVF@fO?<qLU9F8jeQdJ2*%a
zJZ4xKnl=CecA`ZL5m1V@t$vV`=TJ}2W7z1>=s6O5A<=jnlWI4235jw5;t+&T+Z-zr
z<={=mLE2i$TKynK&#cy0F<U4myr>{B0>J>*axoaHwRg$cat53N!uuq&a0o$S7LwSd
zX9vo(>p+vTglwdi1^m+LIf+@oWDPQ))e8HL`1)%B^AVVc=8m$&$fk&7qf~2j9WhLi
zw3q?=w$>FrI1Yn%g?Fa4KZqB%BMw?o-flslV&3U|0+Sap-$@ICc%y?CcMObGtr;Z#
z(wIba7Lnh?io}!I*o;h=Ao=TR5Rx_m#8WLJliCC!86co5I_#-RpdWJ>R^XQ_XAb5q
z5Mq+!Xvc}?(6&K{^E1nME}k*ThH~?W%cx`u5w;VR;cvucG>~d^v((NuyHC6sJ$N&Q
zwPM_mdm8g*^bmz10#4%XT9AEmn9b9TXjzer*7<s)Co`9>*?l6=I}8sA)UI6%$zf?g
zWhhl7iwzKJVL>fpp!D9hMof^<a}7@ES_hf7wUPz#{Z_DFe4vq{SqqVzBsi?7K*1_o
zA%IYQ27-jqYw}$rX-qtO2b2?072E<LIso+0icY3YzKbN67aUX|G33lN=Y<%{IOL-@
zhSwTXU?qqyljErtF?zSc$JzZAsU4nAs%PG;4G5BGNI@OZVOCcZHA@cYR)HJe#ylhy
zeXL{+X(8*H(j+c?2!Z^Hl%SQ0F1@bRDq@MoBj<fI;8YxEf*>o!pkNk9p~882bS0JL
zV52y)>2oFE_KQN3)sQUN1Z+H<LU7>4`M~69%0$Pd1_Ys~c?x5Qp2MS!h7joIAf*8X
zrXdQ<Aq356ZnH;QbbhWF`V2vAJsKc<pxS20I%f!Sh`Hi9U^_6iuJS6)5X90YA$dYf
z=OKp+D?<=DS#vP*`!LjyWn(yl^o;uKun<$=X*_D_8-_4MOCpmKc8qR|5%nz)l>TA@
zvKh$C_l6{Z9D<<qXEWL2YAebCl?@JHG=WJ|Z?>Y>Xr+xo&vgJXo@bx>=q6pMya0q8
z<0u_0;u!oY8l54TLp4ahF2*U^ifaQH^jyZ%6}RG1qZO$K5ORoPKF`Vr5Gyc2*boGV
zS+guQ#=~nIo;X~=;4mwnJ@=zOfyJ`{D;N~B1MNxEIn!a))(iCZM>T`h`3S<8Q@pZ~
z00=q2(eliJD@6{sAA*oXqhM0?v+!p=G${iJ$(yQEf)=i$rw6mG0YC;Jo@TG}P77m!
z$q_0TT%1BBUSG}jfUUHvfc;Q66Sj1})nYuQBiRp!AS6!-caW4&#pKSdeS>^xbRw~7
z)Pyn<EhC9a@=0(ex-B_8&};~T)5$<+i&{2=K{CT?Gzk*O?sPHZy(Bq}h9Kmu%X}t*
zipwUnv$bqA2`o@LlNo8l8fvzTo`;-zW1^><YJ=eMlg<DVWMKiw7NJ3>0uSyETP%9s
zwk8H8{FuzA$7eS1?h;Qesw%;wG$jf<UZ8EEg21Q>^o)z=rd2-R00FzqXQx;j-S2ee
z>HrWpTA+*<F>Ht1CLwnS0^uRT1Wv!%EDYUnKF@m~{H$_{1k#WCLOA_|#q2rlW}!mF
z!O0pk5?lG$0|aKzQD}iT+UeGepf5#qpGb&8c;%X_5v`UkA0QwDLJs?+(#-)AgMAk)
z)5>@hU*$Ls5ae)9IAb#GO2%6=;z%wWaJW_hVcJ&L(QILJ9Fg6!Ebxm%Ndh1=fyh`j
zrrR;CDMUL*Oh}a3P$p!><pTt2SGCJJMju^oTPq7CHLG*N$rumEM3bLJ6_w422BPX-
z^U7=i5G0Ps0-}qNN3Fr~L=_FOpwV~GxA{<dN@$ux6FN__y;Xb|s<n)VJoYl67uT)^
zqjqePQ{z??8qYhgtFZ(oFJWV)u7qv`!Q4I;JR#$WZk2rmK`^<G1zUaKN4RhHAI&hv
zz=3YjAkLetJM!+vfJ?J<y7oFj5Y)$OR8pBh=-Rd5h+z`5!0U?2pC3VR#3USJ79=*`
zB-$k0-pEYo<W@{ISt%S*biq_m+-3>ML@%#qHOTEoU(U?ynP?_y@dhNW-Q*A{Kg+by
z7F|$D8E{=jVkY``H)jU<<Cv5pVX=5Hd|RkO^@euov<x22aKbfZ7mj`eIw$ptCzS_z
zr?S^03^|7ujs=Z=T9u17f{<fqC4|pf!X4Hi7*VHvJ|Z9<%3Jx4qg0933=KK70)(ji
z!4L$;OoLKCun4syID(K9Xf-Bkwnnr;NMC>v3B=npxgDa|jnV8`<r;mcnzbNvtQEL5
zyO=woImpCTrqJaw9?#xfWhAChCGyH+j*5V>+AYHrUlRNkJU6b=h9U^A7)(7L<X%*t
z*Db?Q=BfW8q9&~>Ej_>>=c>{9!UlPyO_`7p)eKG`4&pT?d9Oi8j3hZO#`C72LxS!V
zS}{dT(AVq>iAVI{+ZemAo5-Bl=6tgCM{SSvl{+MYV4#_EnPbp_$h5aI346@31JNT)
z_{xJ4K^y_eC%;G6#wNQ&;!_|CStPPfw-E-3W6Xg7Hb^?Gwm2XN2`q&K3Sl9r$|DRx
zNMtE27~?$`&3W;pFA$jM!VtH+Pa+dFoRb;P%W5NXWaZ+~n1ILwGvDk!+5(gYO=n=t
z^#lm97$+Z$AnwG#+NPohb3g?Ua3T{iB)JJf&Rzh2l28ez@~l9RUsBR!r%M+gDrZ;(
zp}E+=H%19p8CwyAoQD8jE7tfras-uwB!8R7BagyRw6+*I7CqV;pkdJ+v<X5ELvY}z
z7-ZchwiJR!jKaJyNzxNlAh^aD1Q&;uuPdJ=1R)Wl5Cjys+d6Otb)$@ca75#-3d}?h
zbO7)=FU!D_`zB2i$Slb$y#~(Dh85GCN)niv#hB=CF1>6jQ;E&Vqb@OK+nK0_9#VmR
zHLCWyMBOlPnE>;=XQHj>Cuh4$2MMj54x6XB$k0b!I!Iw3>hP7DE-Ii&#H@h8)Ied{
z4I}6MT39h6p7Gk8OLE$;aUj8KW^GGhOHOE)CPmgq`O<1xx%MIq`c33iTXDz&8`oTz
zXgZb#65zSO1Xh7VsDH;HGcYkaCUj{wjD(pQ2p;glObi+FN(3ZKziTQV1&K_>h+!Sr
z{-(xWkjT`meh(Zu8;Q?B5EA{2;TG}K*>=N7^fMj>8<uh#$5;~mED*&?QHB2^2t8{B
zI5IE9ME5-b!IT7nj5TK;86T;@fE)ykIwt{wkQnR4#7AvCpTHN6cmRQ0Xh2ZDjg^Rx
zRnE;EC_nSAP5O|Fk-~!`7jwF)_MivnU`ACQlL5D|5<SIUz}Z2OyKI_7=y~)4;w&BG
zswu)r;%1fAqap@DnJPX9K*(YAco34D8Ecv#xRJR9N4CISG%<`s^Q+|GHRESoToZ(5
zvc$vDjcJM_lB8td5Xl`TA2YyJCNbodByce<=5KYCa}K~zpE2;bpT&VRTSn42a7Zn}
zW2jcsSVs@?@gVia6U(d6A%r1EkwQdUOh?mHN7BQY7)+)OsH}2L0}$$(mes_uVQuS{
zB&-iJz{JN43vCcN0uoK4P4=3^%~7AZ=+4&MWF)}^W<PT?iKGcaMvOy3uOI+6wQ-Up
zK=i05i79QHwJ7360+`IPAYL?Uq5gl6`NCV{nrw_LJo7R~uEL*f97B!`cX)PfJo30X
zFC^T?flrf(AyMsy*$N~cF0Cf;C3P8uw4~b6%)dhr64c`$+(w1jZ*MUY)Z@UT%g4;x
z?OI4EJE#f5#$)aMLV|iMM4Uvir*gAH5E7QJAo;iro2=O|64Zmat3wm(Fk1v6eUT8|
z;k{@oBP2QN$&i3?RtG2{2nkE~nOX*P$(v-HrdTvS^A}+tjA?E$5^Y4XOgbx@HWEpF
zO!43$%_nxHBd%IDo0WJ}5w`n6e6=9;Lrh^_Wf(vZ#4yP9M{8}<RY@@#FAw3IVY4<(
z1d5!HuEChfyk?c_Gk_46Filcq1r*zMIU!N`pdk(1m2A$wB3V4N$jUnrnCqrdg$7zG
zVB$hgSi4~)&{A0gTg>R@>?;!et-z;|MJq-dgv84yeV^Wn$Ivy^1d3+<Rd9SuV6K`B
zDUHok5Itsj4EAV&knExgvfi*TlT9TNjm^x_P%}ZnHr3EHYBFo?;~EpHau!Dr5|z(j
zS<bw?njq9$8oX13jM}tZD3ZlOIP@3RzG=8sG%gzsW3-&BCUZrjCIuwyGgF>@iiUDy
z-sgb&o5VsDq1+jb$FtNb|8fN36-aaeHonPSD3ZlOFyzO)Ytk1*v)<BhPS>=KDNkaV
zJto2wZIYyk6F-OaRU+`O%>|=Lnj{X9kjlsjXDdGDD<74eRi+dKAq|75I~$gAle^F)
zy#@#6jftlNwre52@}RwN@pQM=O4cMJ2M4E^cm!;7@oSQd9wXU<l+ae(Yl2`I#4rTL
zPF3;p077yep@KMIXWP^%Yl4#*nr$RGFSrIF4Kw*f6y>K}?MOxr2Ie#y)qTxcXz)AO
zd1Kn^ws)eU0pl1>$6eC`r%?|n@)-$Xi^a1Wno~(K3o$ssH)aI&mGjXsx47_mCUubB
z0<Num0CP}6hTw2GNDS@N%vCN?34-K^W{`j~W)@eKM|%#gKvNorU^f>Qglj>Ntm1g0
zf>MlCVSWHXb+#CYBCTnS711S22*YtP9a*(e5(L4;GM_saGktlEUNq0WaO<td&tfVL
z7%Y|jA%u<w3+`2T{krh)Sqb!+IY&5u-tdX2p2+;<8L5qY_&^LFAP5|WId~w34`fxZ
z8h%v`VZwt02mbuPfu}q<luyb(o<Dle;qymtK6(7WlfEc)T76^s;i(5D$Kdg&9t;Bu
zYQ}KK(b?>&2M>D2$Q?N_JKPzJ0}OX@{lZ<C9ZBFcBlU4^!3Y??iRb8rJBztH;~l17
zjx}&6>76Nl(}vtJN#2a7ozOc_tHnE~=x>IR{)MK{H<hDzDAC6|%vKfd6edRPYd7>w
zOGY9{iI$8D7o^oOdk7h8`sP8UfO(6(mE6*H3T!8L)?r(MB;t$FHKa!d&!~vs3@j4d
z1tv;heJao#N$wOG>%e1JvL+OFwwNP2D~1a?p2pKVL3<=T{f$e6i-sGr>WHy4j;B|o
z29L?u<LGKS5>X9C#)bAMjtiMTqa>XbI@Sk6hsX#jM|%`rRCHVf`AQJa=}LBzu4Grd
zX&Cv6EY_eDnyv|CS7sw$ta(rC6UYqocl0++S6!4ci*?56jPYXrC}t3NHd?$Z)?k=0
z`V~gkyeM|RKyfwRSx5Gfa%6Nl$uv5fl@b#bqr}PTIY`drp7o*Vt+2%|F51G1F=G^;
zd0WhpF6M!gy=h38MY!XZ;V6auZLysq=1n0uglW?Ez<7||!93|LXO<QFfsVCB<6OK$
zzn(aPl8&H35A-;mlCDo>i&f4{vC8Q_lBS%80v9+>N7ohD%~H%4^8*)au$-}C4bn9c
zm`;3CMxg^oS2^;Puyhr<W1e85u&&5V^GHU?2s%1SB-hw%JZW!DLGgmbMDeGfJ4d?W
z&J=gLqzJ{TD|aJ0Va!HQ(%*zD#*B_c;HAhs#DhEOtZ=;J#xXKV#t2G*EGN{0X-3-V
zG~HFUpccBATS@03^u3_4f_x>KH!Q8)7xPe1JX_ouR@6|AHK(Ji3a&)T0z((rn-{;8
zxK7b;3Q^z*dM69a5F_tMZ@H(l={?1*;fBng^^}{jiuTqrx|R$h^A~nF<)xIS7*lCc
ztX)~)0?P9##)~^fN6=H+A7+J)pk)OPDOR~s^fy`H9$^YR?}}NWt0&Naa*im6%L;xF
z70$CAQ1UjOzNuY7Qwu&)%VHH!dL&SB-tW}nP0A|<Zj}C3^j!#7?2dvL76mTg1=q}3
z!QrxkYSZ1QFxS^?Bnpn2sRHj(-c)N(DOZ8Ptf$yU8DDTg#f%AG%&jhHM}f~=(OX^4
zQPFB;%8{otEo6x!i{4VspPZ8y`+y<ak)sx*hM0r}TP+pc0m4X2r87omB@8E}@6qcO
z?*dOtv9O~fFF6^Pm?Mnh5Xxgl&p?W=3r?=YD1oV@7{y46ZCJrinBq=Tp4JG8Ct|J{
zdPg|{ttocX#qQUVu3b%KnS=2lWQwKeS{mT20hdmxwlspSI%!Hyytt#>Q<yNiK8rpC
zFuKk(D^^|c8`s4eRCK==vW#HGE@s7SlCkDt_K<^*=MIo@(S;PE9K}5`ixmDQ<8fbP
zU28Ib(HRU|CK<(bp|eEN2y9)!?>a_#FhQ_)BzT0o2qG8hA4#DdcL1fZ+z7H82RyVk
z1QX422;iNfJUf@Dd!5~pHP53{DY;{!;1xZ2Gt3`pOZ*I(BS%{u2v8x->w>;hY7qvI
z{-!C95~kMDJGyV3rYp-8d&O}|fk<At*&XHXt*7+e`hvTl{L4XG@_d4}(-wO(i0`B=
zmQ#F94vOgU3;Cvzv_3<5+JiCViQZ9K6^4x7St_+^OZftA3(mOU1hgq}7R5wbQ0_@n
z-Nix81(mWW-3)iUt!Ho)52`|1QgnBOyFzl)luJ-WJC*V!9iwoH(o`ksJSbkkaZkTl
z@L;OoHKNNry`z{f=F%d#wa|)5M`iSYH7FJ?IDcsio}KEm!W}PojY6(60~vwRfI>eQ
zB(Q=$s6s|4-~^p%S;(mYhZJ{3-x-}T$wVRJ6&e>`aE`v953bNvT3_l|3dvhjI9qT*
zgS$c(WD1VV6g+exWr;$&CA2MQW1)@F!cW|Z;;!JD3w?nqG*PPHlU1QTP!!h*r3>z`
z7*E9tjYKgIvKYZaQXJ?mB;DZyZJH>#`$FyzrOt}-D1sL{RaWR*3tS#gyrp+^KNxT6
z4)+u;ko2;h^eYq>NJlxjnDLR&en)jkLeO;`vnvz*t}Q66HoTzPR7a+$hLy(y-^rb%
ze6lF?1;UcuG31k}Y{9vvRK_V@Qc+4Ng)3;PDyS&scZu8FjBZklVvAj6i`s30cVjdZ
zxpSt_<xwe87xId>6lZBg<s2<_$!${%?F)TYfo)X5m8e34r3`J0Dm104kaksJg;Iqk
zN(o<Z_oCqEeW7(IbQdLEak|h!xRN5!-|)E4*&XFPq$;)bwv-AATNdSQBr9k~u?i$B
zaEL3V-9iqq1(q^}E}`H61BRyiwzSJ=UEtk9>!&289je4&1s)WIexlH73Jj#_F<5a&
zxytB{Qrwj?P;pmaFkZB}*kjQXsEPShQM)R>!pWWv3=-+PQdDasjPL~pBRe3hM{2h)
zhVX8@(7FelMK!F#`{K?~iJekk9`p8-J5G1FHx#o6mYvE0j*h1@l)k${heWd1&F~qe
zqOO=R$0!c5g?-Z&+E-ghA;y*VIJ$bmkkQ{H#ir2*gW@`h8BAe4Hia%Wh!2$8Hk96K
zQ&>L?wNPnIccWI6-_@$nNEA3r7uKY}Y*S9$Q%+SCGM;j@4~klP12(0&KouGna)i+g
zfBFKOQl23?d(%5z@a(GO;0x})z{$)OxV6xpQ<*s`!YD6X$Q@D@Um0k7sSF#vYUrIQ
z?+U#zU1zeO7U8bI&~!EfvsP%3>8g{I^B8FPB{Riu1#en<DL7SN_JSWQbnwC!7}FG7
ztf4DJm_ko$3SQ9^7Keexy1=^y#S^NaIRl$;L4jnUDJ|~`9qz!^DhhhU3rfNY356A!
zb?V&^1Gfu)m*RQFbV=Wf87nA)E%eEnuHAu`f+*-FD@KWWQ%J6<)>eAT;YunkajD3>
z^FYQ34Pb>G!56E}6>BLF5{j=2UV{V##5+Oppe-?`X9b3)Yd)SGPqA=;uSJ0)UBO2d
z{EIfW#E}$#7Bi-Np&@XE_P`ce2V3AeD+>OT+5_Sl;^eNt<?-zA;;wj;?v8jKH@zz~
z&$9S!z{Sb}n^Kw+PpvL6ZNbGB`kqM+x4^BA>Zqlq^A}HJrgyH;fRuL8($}Hzttd2*
z@w{S+%L}Y1DVHu~VYw4UTLyaeLdU|2uP|5e*M&!cFLWNh;HV4D<-j*);H6ODI!EbI
zJUX_(?8RMyg<WA~bA{YrtX*LXzSS1G5?jy?Tj&`|-Ha`LD+&(Ymb#h3@4^(dn*v`K
z9Fm~c|AWF5wGS+Cr7fhOaV5>sg$z{iib5CCgerJ_RZ^~kA}C(yf(lJkq05Wr2zqCW
zH%kpqK?4dNB?iROyFz~^Wl=-fmf~(ea|-R&fQp(zPgKyO(xNGfH6e;|DYziPOV7rl
z@4VO#1AA3rPvxbISMUX;-&!G|R8n2Z2^7?~;DT78F=Iu`SYaV9y-1lT?+UnLuP|2r
zR@mkXeXAfVa&~|g+|3Thg1gzlS9r&$O=EUo72M6vqQX0A2;H2WAVuydeV?8CMD7Z$
zrt^ijWT69$$1LHUE%=^zJQBGpM#;F+7pLGEiW$?skiZIh6psj^ca*|v<qMq^T@$+0
z3~5nP=8|rfK3Ijtq0rVlT~N_NLMb%lvhaD1i8aVwDcPt}wkW6?FMO0(N&gC~voCmP
z&k9;qXu(T+Kw;sJhmA~N=t6T+&?8xRwTR-57j&iIF$FJhR>Aj(!ZM;uD}LdXtIBb)
zg*HtV7Nb%MF@s%<wa-p%fV<g=47hI{t$lWq0`Am;FQ1)&K<*T$car)YN=@Xy*?|KT
z7f?O4qkdMi0|4lqq1q--^+ZMz{%n?OpWGD|a7`_!v)uQ1S9q?>^3@YeWHrT0mf(3_
z@CCEf@br%8mw4f?$O~WFSq^q`S9r-XY9XHGM5maK>f~7A|H7zO%Pjjiu8EjgoZJ;W
zQA`L<?g|fDUvRO$;O>2~T4QQ$f@vM)mt3(^U13Rc1?D4%e8;=O?nDk|iWu5cnZ)|S
zhlk3W@s47BM|H8b@L{!uccv}0IJV%PY_b1L;Q<yC6_Yzlae*l;6~<DI+E9PfgQnnA
zO@YshF1&K7-t=HhtxNCdct%%kdRNq5$f<@Et!9PCk~4)|OgRr-P!e7APZx0vS{E{N
z!6(Ors`O44Z_-iH#d^`I_==*dKugL6>B9CB^MsPSf_u`e&=wZnysDt~G214+EBpi;
zofTC`QZch7xhr*}h3phlP13ufWwwyYi@1WA){)-v;?2V9rAzHA<ziLgRjmq%Ru$UG
zp*IE9JP$o43SSOZ=qFgIFQEO4x%%jxD(@(#<EhSH7FrxxXq%*?>rA@Bi`y1HbVYPR
zOdLn=3LS2t$CQQjD&}Y_?pX6~pphs%eM^q4@Gp=BuPBSTm4$sw7FbvoJ4Y7w09n{A
zq$qUFg$`a8K0|{jp8}T;c}0q8B`-8C1)o)V&`MrL;FVU(LX*!5A6-_|H@GV;nuRWX
za98N1STPTUUxM(3M#2{w5HCv(x6rc}e5)%Y+TmTn85fdbc~@YYnAV2g6<lm#{fK#H
z$X)3}ZVF9C;SVhejdi7)DZWzh<)uA97u<H~4?VamB;g`%aOhK0=pY6fmr_$x+7XIz
zDWVew{x$^#5`|}#DC~bjKlnmhG4P@(dL#ys8O2>$UuhvOv@ykQ99ptVsi)8y4LyC!
zNXSwmDs&!&lr_+Y6zj9tal^Ypi!=1)FWw|J%vmHn-0{L5H;Z7WbgYnzZHc`L=~}u{
zV@9L`g*?&IUvc8>g_FlmonQO?fdkL@&*9p$?=GwUoqlIk{a<zaroZ=$mmR<3%<;2F
z&mZ5jj;(88m)+iBx!3Jo^?Yo1qs}W=jVN|o|9+j<RU^W6&Ck9?RM*Ocu6Kd%;RHP1
zcH*^8Ira)OteXW~H^tg+{mUMYYmG9lidEiS|MoGZdc02Dy85|nkzm;yf3fF#zCic9
z0h{}st@vF}+|p<M8eU3|J8H8m#lc>;W9=(*U3}cCCTLZB^0M1C-cB-6+f^AYo8E7?
z1FKp%JNy1VLPh)SezmBl8u+!(#6*S5=3!UE6R&<M_li2M8n-M<3AWREpJ>Xo&Hd(n
zKizNk-QJGlUXA~<@&0=0`3TeB{9(INz+5q7+dS0fet+PoRT*Sft@+rm-(B|j@3bGQ
zR+ubX?%yx#eRu8Hfre~JsCM}~dbd<<uijgg^tNp2eqEUO@q#&5O;Pq6C0y3J+3mhw
zx7K7ecxVB2-g+1Ip7X|g-hj>h=6-+P?-x?L_Km#P(%$}>$ZZeo2BlszD{E(5&DuO5
zCUkb|>FMrAc2)f2viQ}#UZLyeubT^NueScOCT!LG`?3`SyM1q6{a*Hb?Q~tNT1C3p
z_y5A}CvLm_;GGwao;-2>-h;QCJ$h^Y<;zZ<zI*@u@D+C)zvaY*I|jd%ecYo4?z|D}
zZ2k)B+83k0+t!UQtet<gd|~SA?Jc;?HtmbiT+MLr&mR^ZjB#AN-@0>cjO7aP?_wl+
zpAd`XH@1Y_8CtrQ_VvCZyZdsD?Jq2UEv>D6v8LAl$z_TYkMHSz!mt7>T%}K#F}y}6
zaNGRxwb7k@g?E=X#(Oad*M`nye=o~@y#4ksJFs%*VzWN?66x)W5m}XFzEUJVUkR{k
z&E|gI=sWt_wI|5zgF)N;aLpjX%@6zQhmCl=2BN;d_v*e9_V)LL?#0I2%T>0QT8uSz
zYuj_NYrwr2uRX9_E`K1eVP<s0+U`R%y!l~;m}Wl^zkQ{P+LzRD4+!kO?9K8UIsT=#
zrfUZ(@SQ5h9xr}5n;$kmY<}4Mu;C&%KU`}}-!(oG*ANpw-!!?*eog~Ej<~DGQCF`0
zAFfU1^|jH@C(Oj|tHrZ|q1q4Dmep(W_xBpx%lTge8?=V*t#Og=OU2|~TG94kp{&um
zxF?+WF1XAksxhxoGP|$Xp~o3txQ6|-I_Yy?jo|8p?Q4TESqbu6O9Qt5!_xhp_gc-c
zA6(Pdv_LjLY<}4Mu-9zV=7(!+_@6K{`h@A|=7-12`q~#uc3%o*>+JZx>c)Oh6Ys13
z?#o%)i%;&WHMJKykiBUBe(+J*OH^=8*jo1Gi0;MGTHbnJt$)z+Rj&OHPk-*wW9N^b
zJ#lo~_hkjkhuiLZ;~k&>-n!vdJsvx4|4#e4-TId`&)e<iZr@+D-OGYs)_kmMov(V`
z?bmWy_;1m1-0ePD*88j4ugf0Kov#07t>;zE^SbEwy70`p>GiVvwQT&i>UF*@I=w0P
zmL4s8f2|4+ExRA<;-{CrAFdU8zT5d)c0X3dckPwDvg~!Su6bDYx>)wUST$Z)cE47&
zepW4~tcyPFc3xLi&$7p3ujtvT@bIeE(Yn{ks`t&Z_vv2K`Bn29dxbw&wa%6$U#$y2
zt{PviyS&!gyVw0)^>~f1r>9+i_So%5kMACh?3H-6EV#X5-}ehTS+!WP-G1%#y>)HF
zy{dQBaLXdA%VM8a%^t1#JF7zT>lQ<Ii%-|h&hC|Xx$OP5ZoIPWeY)=Ty>9VlQ*O#l
zxhXg0rrebKuk7jjGhcAx>>VeLT{wUI+zy}Y?t9yTF5i95p|hvYA3uF_$={5<KfmWY
zAG75{E^~|)nT_E%?vHi0no-&LJT3!bJAGL0SC%<f>)ac=@6okdE*qOJKBCLnPs@c_
z?H*s%SWnkC5AQA)JFj|0>;*TmUaYkjT*GR5xO}X-{N1svmAcMR*p&Nc740SNT1CIs
zCyA|c$E=r=XwlAP^la6<{Ib{Y?%TcH(Oitb+56SB{`p$XT3XE>TOZz8O<z~J+SVnJ
zt&?6ZXWn;K+jZ9;JAdL-#u%s1Z%3!Mj4^6GsoS+`O1ty5*BZliAC|QacPgo_W~HrX
zCoU5MEVBA{+QRLu;MMRk%ULtKTWQl@*$&sTJ=ooRdAohveLI)07ueZI@3->WZ1w)=
z^?Jsxg_pkU#mCRzesq_N#rlQnsm-%WhJ5dZoK>=#%bnNdiecOD<@Pq#G6?tLz1Uy1
zuLE)!tp0NG&2HMfce{KUqqRzWu*@C2Y+St#wtZbHhjq`%{=iVH+2?z+AC|eoHsz+=
zl$&x>Zpux0?Up@-f7)}89y@XJ<caOw?&uqf0hMok`L`Xt<Bp?e#&j<g#GDT9a9oxQ
zwuCX69`4Z*+tanP)FIg6EbZ>~#ag@+;N{G~de-(XyKt?R%RqVy4&ko$#8Tc~$*x@H
z2u|0r5H?%^;#|daubyD91-Y!3EHAZ7OGbFhT<E)8YU}CnrrZw;W_{RZx$R$}NV1yc
zzj|^#Nwap>nN{$-%UF54Y2WsTYa9H--Yk<f%*Rq!#!~mj3NgY`d$XE_vP!{YJrrnH
z^SHB0p541(-f{1-<L4JwCGBoFMsEiVSq1sp$@&=`pGI4kvX*uwb}e<`taJk{VY5yz
z-5s@Ou|>F4+P}nAu!IG)z^As&2<-GL%c*F)Jzr+qmn<3Yb~^T3c?~yxA9a0=qd1D$
zzT{=MA3uA?>0_sl9owx?wF)kM?$%i<ySxX2#cH_2rOeb)WSwnxXb0P2cLaOE=I@J2
zR|~c~ZhR>?VP`E|<F?%0V60~ME@$H{17EI?qh7I$zK)UJQ<SmPeYn<jyqx8-DL3V&
z+?1PgQ*O#@x9rLLm%b<ng;6pLH2&yGhzQ!{<E7TIvyYWf*FFDK5Pg#bya?EWqqWPy
zUJ>{T2XcFJSr7ZZT*Ye{zg;ec<$~?3hb#T)YG!<IHsq4Jdaai0K>OPq>Xq!-l|ru-
z%dB(8rrR)|WGtJs?8O4xf6UjOqSw9UuGZ4^6_JEhZp9UCiM<)9O}UJPcHQ&uIdR*C
zF|0f9_qFg0E0G3Pv(@&2K)s%gxc4kpn^jnD&-X&8TF3TTX8(3L7mIR*`*XFfVdiVZ
zyHX;(7Dl0e{H*7~lf&2VC-k|Np;^!J-b=}RJ>+&RWO#>_zxdu`Y2%()BjKIKw>O<X
zdgk_fPtLp<X`_a1-3!KKDT}%>=&k-OcTpcYcl^RFr|&p@>gX*iWRh2dYSt=oE~PCC
z?yudoe486%ElgpHRoJfPY^QLGerJ0;-uB^l`~B_qb4l&3aPUssv8?gmZ{@Yx?)}p5
zb&cO77W;~n{r%RX=gyzF<;3Z8D-gl=LO(LS+4e+o*-KT-N(uc+7UtfFLo4Cs;uc$k
zkSv$o*k;%Ebz{~GzFhferO0tPJ=%vTXSsvC9t^b_B(e?~v<Gs~9;uf0!_4kW)VdZt
zv@iDIYL@M$+?1PgQ*O#lxhb#RGAWKInLl>?=<%gJUv@n^{ay+87pS7_#A1+*k-O>q
z+2d!<_u7uh_ZJ=cRl%=zM7KM$V>7T{*Y>(ba<?mMrz>jNGr#KZu4?}GYNsx%zt?KH
zBHGa0KfB%M`yGDO_-#$|w?jO(2xVD54O&*8R?Uy?4ZpR19K3GsYOiR}s%Xb*_vq^O
z$zF}urd-B)`?A8Zd}Kl=URW2Gu_~!zRXcArnEOk6+KJ57x|pJ6A?_BFxSW1Wu@<`=
zz-6zOITJEh3f*fCWP88QpP1cfEcR#-?>Uz@7fG+0tgnl`=$}95(8;5xwjo%qMuoQW
zQCe65wO7pYx)cHHBGq&1**2|Oa{V;wV68NJdj7wxa9yVjs~Wtjg|;TV-I{=AKbO1E
zpZ(&~XOG@<d|A6>*}HRHv|-f@_D*-*F5AED&9Wp0bBFESiSlmekc)q5yUgOwzOjs2
zw%h0BwR;3(@3b+?oRIxiUb`*dKRsXH7*3<PudD)(RwDE-iGkT6r}?Z`oVfYyiPNXn
zD}=6!X<N0-x-Ra0)oW+fGWSl$Bhi`^j?~A$?}&k1w^nDrwrAb&%a*!UjXamtul<UU
zmOb9<LSU;xFgqoh>q5ZGW-gXJpL<0(*TopD3V*H(PwkiexvF)%DL3V&+?1PgQ*O#@
zw@f;|Nas%+J9_T;iJsVBI0wHRKXv}ZNn``ym#?_#_^}J8ZW;aU%U*Q+uE7swg(EM_
zZ%O^jE<Rd<KKt8lc)>S$#<<~5>h$nS4jsSc#7ri+FfWY#OJ<DHoL5_8fBM92r^g3t
z=d(8tqMp_HZ!9{PU-F{k7ml4ib^2Twk-49H=JhYT;f8OLVeHKwEbi7XU-qJ-t?`+=
z<`%7e0(7uAiFCZc;@JM8Sa2In49XI=XnPm*Z+!WSPTX<&+?)YhbZlCyae;ZCSnJzs
z#bk$eK8cT)GOhg=jm**rf*GBM3EaHREx1EsxA?N#^(W@<y(M6xg;x6n5ok4Fa`v{d
z!FrIV-*o)!*|3j~HhzE3q2qm5qe1h+9V;L&J6vTGn0Fg!GlQJCZJQj{D8IA)mhB$0
zv7#1d$G&{l$1^97hRw1=rfQ+uc1TFK(UWBi->zG|EY4!7TV)O}vLj(&Q|=|L|5EDv
zP7(8*pBMZ3C{Eacz%q~d*d3+ZF}<DW-p+CKb1=~6!nwmQ*gm(?A~oau)XtX8Ldbqp
zl3HMp+Y|i!bH{EE>+sm^gwL27wQUiUxhrGtoQ^bkjvTq;<-N0IykI|`b|}p2>EpvO
zZZ6rU-f;WTQ%%-y2~>02i>}QE)Pp#8I3~9Flu~C7Cf(Ua*yc=bZ^>>KqdezD_ntd(
zYTJ5;o$RCL#}<<4=V{*NwrD|h(DD)O67WD%65oX$Wq0dp(XNx0&+X?jSj<$(jklk^
zrL1>XvdzM~`73TXeaD%ANJqH>>VghWpYg)e_ntl%BU~0oStHA5cZjvI2_`x-wu0+H
zFCMi}(|q(hJsr=07@^&7%m$L!He0!~&9z%WaWRs)cx}yj-KI)v8=G~zXn%6uFJBjs
zR>=(~&S%&D!#6AlRB>e6TdV*+!AB3qmA*30<t_ZJwr+5Hy?EAhFPslwxzKOd*0;y;
z<xXp!J1V>H+`7ut-tRqrHZpDdzr9PEGP2!vI%GE<z5Ud-NW}KOKVd8#M&T?bH*B|>
z5yjr()MP@+pHCj1+DG8bABef8%0krN9;Y+EibV%<0cmOhk!=T)(F9%23f-QfYtiN|
zr9%s^kHz_~r+nv4iqAtUi<#P%hY)tYx0j@S*~N#}AZ|`6`gS10%^%fmSo-D+%ajFh
z2hJbc#b%T2eaq6hxZZ2~1F}RcHla?MGqO*;@rB>@3dVQew5Bd&dxJX{+0Mg%OSR3d
zksvKv)wt72dv8rE>9)JdcjCXbT@<*(rMENh&fRb3U3YI`erc@>dsA-8O}QyI<)++}
z*KXNU`Y%4{&6dF%zNPTSZh5?sTcU>L2+JAUV)%;>AF5v0^n+~dgKW#vug}v$%pewz
z;UEpM+Xd?TH}}h&G>1H7<DVfz?M6p6-niAx{b0(->^L%iBmL3!L${^zMv*tFH|5BW
z6EC+H!AO7noT>0*4+}6o_QoPjUbIyUtfCz)YEBmQ<UBrJOX#%Nk`1I2Z$<`g1QU&|
zyJC44ICEkq#rTRGo%3lV;VE)vBY2_Miwo?m7V;iN&0~$9=uC}ZCkJfXbL{8M<TUk(
zw51>i<EYrr9Trw1>rw1dOq<-<=<RA0Cs)lj5RBetM|e4W^D+50+EVcs(-gY;f*D^x
z6Lias&A*@<Ty6tzZ^{)@0X@coj!p2~FWDh~KyF%;rdax75l&W(ArCRJq6)~-HQ3_3
zEnU<Tbgm$z+Znp;VP;m2;sohXbhoiFhKH57d>fo*gLNOR!_X#8w3ksbBWTl9DO`=<
zA~8;dM_BJs@Fw3g+3_7rESvgKHD;zUu5!9n<06uoW~=0a4@c+UP7PeK`^EV35#?x1
zlgOf5qsx1A{zn-TInwe;GP(l<>zhq?V?#MQzB`h1*x17w!)yyZ72N#@=4lV-Lc_c)
z9&BW)2NU7S6*{_H#^-I4{bAE80Y#UdE}Kv^Zel&{U@eSk8WtEuPFp)PbAR!)1U|jY
zN72ZXKsJrs#Q0ht#WjjnNaolsu;S*Sosm|^@rR-u=WSHH4FOZ^ZnvxHRaYR<d7Ej1
z{ObuJX&bGbx1q<V`;My{5Mj3KFR!}1rW(7n&Q6i{g*L#-T4qZ%LBaEGYlpYFi%DkI
z&B2q7zENy&JGQw@$*8yV^m3lUd@;s$RPm=<0^6>5iiy?^nAUk5>?kps5G(C=^@|H}
zVdHbUE8%8AZJk<Db=zTKN16X^0Qs?p6U>=e%=)G2LKWp8ZL2HOO?9O#Ik}-mcr-`(
zzd20rLQ>Su)qdj}ZB+KxEsN>ScDC6XSYr#GbCh)*M}1}iYEsPH2twFCpESBM$H@R2
zLz!Z1T}|383uVqCw5<81MHn`C+0$wll1uCknB&E;DI3T2nznZSRBmhWZpux$DL3V&
z+?1Pg|Cc>+f95Ucp7)aL&)k0Ww&VNa$=AN*!m*RbPanJY{OP++oIP>u^!cL)zwWjZ
zM^BwU8165eJAUr3F1g0P^rEA8ow(&_tnHSg#}9s8_~Z2Kcc^Lp8}(P8eJ(!9ZQkB%
z3&QSZ@OE6qeweY<J$c&8Prd5Y>AO$ui^eRzHdgU)zfH~K<H_hyFTR6Tz1J382|GcE
zt3vJE`&SZJ9sux0E84ZkDKje-Drbgf%P32+mB*GdHccjH+MFy)Dl1YmElm&vh8Z8z
z)<7$IEFZAt6f>!r+NLH*rHPD-E};?zl8Gpa5+aB^7iVYxh&|_??=Sb<b06P(f4JwK
zd(Qpz$ZdmaA^N0xyP*l*s<^Q2+&T-P(EpO7ZA-0uXhzLFIdJ6DYkR$^EA*{F_iS;9
z+o_e`O}pVHIL)Xy;df%NY0WTZIENU_t<C<TM#$b)Qeb(jRr&5qM^02Z!`I?8a63CK
z!PJ09UOySukg&13rM!Pvsku$N_>qJyVT)vJ!O>0n1G@)l<y=9<d}=9zq<maqPkpf?
zqQ-tkwVm)TI+FhqXMm{sSK9eEkpscx9am69+0D3dj2!Eg8s}d(Ee?Yh)^u*ZXgcR!
zqmIk$i_}eRjA^io2A^E$%<La&jNvj%R!Sa1&LUMxUqa`?yb?BihMnqlr>1P(4p&D0
z8v9kTn0#9P7r9W=d4J#;{MVwOuDt4uqQqDHM<=3)QwL+q;pKZ1cRAz7*!O+3cG;^G
z?hp9M1ekr_uKI_o6`2pRaeJ0kYf;A}8Fha7)7PU@xbYK~j(3fF2#x3en0g3bVL$h{
z&Tr`%AzJZ=%L@E<l`BQ!IvGMayENYW{K+2Mo2a@U&4^NgPbVc8)uQDGLDjd@+}ND=
zmrMSeuz5scKJ-n%SC1!F$4}46Q~FdAuTwbfPkseUrhA=a$>%%+`@;4~F-96{Xg-6>
z8k?hr((R(^%)*E4{tHnGcjD*O(Nz0@l;rG4civ8OUaX=`?L}Z{-Pe7Hxw8K~C5m~T
zo0W`MHz%bfi?mW2{YiPr%xplc`ifR#G|4Dutpk6HoUQTaG*4OX3!dgY@x-h(_sQm>
z>WyzoD=_ZEO^a{RElgh?Q{BKVd-@^t&32~bQL7df!e1@ID|=*;H3}3Nb)-;IC8<gs
zm6m-nwNQe;ubNu6JSpWtzM}m8#LwC7M?;pk;v<@zubHBxR3s~$mEGJkhZqyG$}P>5
zED6gTre?s$t0eq1Xd0<j5<7@sg;zBXe63tQcVX}J@cw`l0`dOFLDX*{XN8Yv?S5Q-
zK(6P9?0-a*8NzH@z4&>0{2h@ei`0?JP|q;oU0SJD8V*f+d6zTJvJ@Ot$}4mQ`6?87
z3u+Ld@AmA-Kl`6h^B~-R-_63^y8K(Gg^s@mx*mpxj()eWoP}6XkQ;~^gcVe_)JA+L
zhQlI0XxxENY^1}7jvb{0$GaV$4bQXdeCBXp{i7E{pXJDSo^3XCGlz0#NbcAE2Tt2w
z%RJ|WK`a|%syDb?CRZh|li0?u+te2DC!P8{GEgwDt!fIw0$dv4(g2qRxHQ0}0WJ-2
zX@E-uTpHlg0G9^1G{B_+E)8&LfJ*~h8sO3Zmj<{rz@-5$4RC3IO9NaQ;L-q>2Dmi9
zr2#GtaA|-`16&&5(g2qRxHQ0}0WJ-2X@E-uTpHlg0G9^1G{B_+E)8&LfJ*~h8sO3Z
zm;S%SrGG(`3GPgD%ng*@Ky0r3dU-DteGP-Qzb;LTAkTEnQy?s%CZE?^iOucSMKU=N
zai~9M+68cg^6yY|re*w%*uzNp;bOUhQLDmBKTt)ih{#DdzD^V2PIaBeUu)O>wTaU_
zYW*ciw2B*<ZPOdu;XO*4EyiZPkse90?QhHJsej9YQTk668uV|2IF5OSH!kPuR&MbS
z$<|Uu3~U=6_xye2%zlA~ChS~ajA&yN*5?K6OaFK%S9++6>*X$<@8u~oIBemP`GBGM
zd;VLk)<b>6$28?URmQAC|Mb$}?#x)Cbth_dzwghQ4atX%!`{1czulBU(!FD>$J~k&
zq*&v^^1g1TQN@RmL+h=3A4t6!sG|PhZv^?rv%7*5=!g2$8*@4)57f|(Hr+V(ErYOO
z)|{MNvF;f)1)Fz6X-;Z=uFCS$^*2axzdFfBpfzx@%K1~YYwM)r-k3mR6WC2xb`s=G
z?&i&IqtfDQ4K@tH(O9?9%aOb@c4+Yy@3x1y8!cf$*2|bESYI@B?Yjy0p3g!=NB4ND
zKU$l|LjOpC`9{5{Wm<@&<D$jZO&zGiU8IYjw&RSCVQ79JjtE&XD=U^VTFwvm5_(U#
zL$JmX$V$E$A4KXDQl}VojwT%XgQjl2gW-**b~C)`x>1O0qFwu(Av6woLt^P;o;J@V
zkd-KR&mvRBGLN{@%AJ=Gpf2`wGVG?j@R{)Hq<(@!A0Ni%Xpw3KbyV)Ot4U+49R2A|
z2tAZyNN^vgtEm*Ld(!1hr%ei7WeEPPn(q=i2HegVcbi*f9o#K6!}57}Q+@y>Z}JAt
zBkx#S_Gs`$P@3-W0YgM)=&e_8aa=Ur+7Y5NHYR4gf9k`C<)FwWBRl7eIx8vhBiz*8
znL;jQ)=~ejB`CY?L-+NB1z*C|p^H&+*Bt*o2D_@#BjV*Jefa{PZF5N32?Q2Q@QG{^
zK^5!TiGk=$tu>@jH&PejF&XMdcs-@UlFHmpg^ZXkWnxw)<HgKNs*lre*MCW+n@oi0
zb>}As8qaJc|G;yMc|$lcYHLxZv#*zQN3jj>;6h+IWQ{168woAdb7AX;^IsYYd%0*@
s1&T7kPMn$X7mOeL9?2zJthJ2>lpTvKi<&r56XHgm>RZ$qidnkoKkNylpa1{>
literal 0
HcmV?d00001
diff --git a/results/Phyloseq_analysis/obj_DNA_TPM.txt b/results/Phyloseq_analysis/obj_DNA_TPM.txt
new file mode 100644
index 0000000..48aa0c7
--- /dev/null
+++ b/results/Phyloseq_analysis/obj_DNA_TPM.txt
@@ -0,0 +1,1114 @@
+"Cabbage_1D";"Cabbage_2D";"Cabbage_3D";"Turnip_1D";"Turnip_2D";"Turnip_3D";"Carrot_1D";"Carrot_2D";"Carrot_3D";"Cabbage_4D";"Turnip_4D";"Carrot_4D"
+"Cabbage_1D_100k_NODE_1_length_31726_cov_5.016045";0,0869647304796575;0,0212178871140391;0,0166700220659642;0;0;0;0;0;0;0,00371194997186435;0;0
+"Cabbage_1D_100k_NODE_2_length_23337_cov_6.528134";0,089616346536002;0,0822280967435148;0,061071430553275;0;0;0,0208449103381303;0;0;0;0,024652072677614;0;0
+"Cabbage_1D_100k_NODE_3_length_21698_cov_3.470678";0,0592758510324676;0,0111728313466163;0,0119745034607981;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_100k_NODE_9_length_9008_cov_3.105506";0,0176161800212528;0,0130270796182403;0,0110834342984668;0;0;0,00605341681118453;0;0;0;0,00324414379074307;0;0
+"Cabbage_1D_100k_NODE_11_length_8371_cov_0.606502";0,00997241613307039;0,00706352927379601;0,00325613588664729;0,004585588520771;0,00333780689487508;0;0;0;0;0,0157355986902867;0,000306349018218531;0
+"Cabbage_1D_100k_NODE_16_length_6202_cov_2.961975";0,00451816481154537;0,00278681136970203;0,00242358427786129;0;0;0;0;0;0;0,0014768663758135;0;0
+"Cabbage_1D_100k_NODE_22_length_3508_cov_4.961846";0,00288763221919786;0,00129657055413881;0,00169847829521457;0;0;0,000818117665413645;0;0;0;0,00174069275233662;0;0
+"Cabbage_3D_100k_NODE_2_length_16738_cov_1.115165";0,0511361732052982;0,0575543470504262;0,045769003710067;0;0;0,0216901380953095;0;0;0;0,0176155741359827;0;0
+"Cabbage_3D_100k_NODE_3_length_5026_cov_2.118800";0,0000634580313713686;0;0,094942949449271;0;0,00174881721268886;0;0;0;0;0,00234312226039332;0;0
+"Turnip_1D_100k_NODE_4_length_11730_cov_0.627338";0,00019535507562319;0;0,000597007006449166;0,00799985146645734;0,003423734628579;0;0;0;0;0;0,0024923020459662;0,00954740928174065
+"Turnip_1D_100k_NODE_8_length_8670_cov_0.446330";0;0;0;0,00871930338267272;0;0;0;0;0;0;0,00094149564091466;0
+"Turnip_1D_100k_NODE_11_length_7253_cov_0.383946";0,000213176061015134;0;0;0,00409759806766788;0,000788195773072803;0;0;0;0;0;0,00125128039469052;0
+"Turnip_1D_100k_NODE_13_length_7045_cov_0.405464";0,0003055848748459;0;0;0,0060213884576693;0,00238368386513982;0;0;0;0;0,0021049975256686;0,00312184504346804;0
+"Turnip_1D_100k_NODE_42_length_3183_cov_0.161649";0;0;0;0,0018317796523379;0;0;0;0;0;0;0,000660922514017554;0
+"Turnip_1D_100k_NODE_43_length_3165_cov_0.251152";0,000175253830989765;0;0;0,00210350194609937;0,00135468813793769;0;0;0;0;0;0,00126619043899095;0
+"Turnip_1D_100k_NODE_44_length_3156_cov_0.395180";0;0;0;0,00752082796152491;0;0;0;0;0;0;0,000650050096706547;0
+"Turnip_1D_100k_NODE_46_length_3033_cov_0.191672";0,000338330034257442;0;0;0,00461213492911013;0,00127228129275157;0;0;0;0;0;0,00137002125529962;0
+"Turnip_1D_100k_NODE_47_length_2968_cov_0.253432";0,000167029581445444;0;0;0,00106483569723947;0,000481535035553996;0;0;0;0;0;0,000559424251470944;0
+"Turnip_1D_100k_NODE_48_length_2914_cov_0.349480";0;0;0;0,00780483809723989;0,00392366777082844;0;0;0;0;0;0,00182870118319974;0
+"Turnip_1D_100k_NODE_49_length_2848_cov_0.466005";0,00000973803327041092;0;0;0,000421064637541722;0,000150547329935842;0;0;0;0;0;0,000274709920533779;0
+"Turnip_1D_100k_NODE_56_length_2601_cov_0.232821";0,0000426511630205772;0;0;0,00402680964222832;0,000576953396693761;0;0;0;0;0;0,00158085707544421;0
+"Turnip_1D_100k_NODE_60_length_2534_cov_0.224346";0;0;0;0,00273687021236679;0,000451206309557777;0;0;0;0;0,00464740824022764;0,000322472780171617;0
+"Turnip_1D_100k_NODE_61_length_2484_cov_0.182860";0,000047451350525384;0;0;0,000527951586654251;0,000172608210812109;0;0;0;0;0;0,00149783507503635;0
+"Turnip_1D_100k_NODE_63_length_2395_cov_0.165344";0;0;0;0,000197322761947625;0;0;0;0;0;0;0,0000326669667507391;0
+"Turnip_1D_100k_NODE_72_length_2118_cov_0.131090";0;0;0;0,000329115827160165;0;0;0;0;0;0;0,00190442486679054;0
+"Turnip_1R_100k_NODE_7_length_4275_cov_0.857763";0;0;0;0,00813625213895479;0,00202260484501094;0;0;0;0;0;0;0
+"Turnip_1R_100k_NODE_14_length_2966_cov_0.693202";0,000896490040644721;0;0,00103051616788846;0,00864193946602045;0,00513180621909419;0;0;0;0;0;0,00162078647293456;0
+"Turnip_2D_100k_NODE_10_length_2176_cov_0.151781";0,00387777793241918;0;0,00117350220449305;0,00638786534338415;0,0140226720087054;0;0;0;0;0,00380845106777641;0,00116652964294638;0
+"Cabbage_1D_400k_NODE_5_length_16947_cov_4.240844";0,0160097634054294;0,00923254327815023;0,00461736882176853;0,00324700342130126;0,00166979881473891;0;0;0;0;0,0115817278188242;0,000540654223808168;0
+"Cabbage_1D_400k_NODE_10_length_11123_cov_9.138687";0,0107237362062097;0,0045389644424616;0,00297575342358275;0,000906576172540914;0;0;0;0;0;0,00282334681428555;0;0
+"Cabbage_1D_400k_NODE_12_length_8971_cov_0.819878";0,000819249634360108;0;0,0000646918048301315;0,000435264571710895;0,000884186570021139;0;0;0;0;0;0,00352915638675645;0,00836818241361834
+"Cabbage_1D_400k_NODE_20_length_6947_cov_7.505279";0,00773441785609374;0,00445212503622411;0,0018517963171258;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_400k_NODE_36_length_4489_cov_0.680880";0,001716766022233;0;0,00296057454843003;0;0,000477566045508218;0;0;0;0;0;0;0
+"Cabbage_1D_400k_NODE_52_length_3317_cov_0.607210";0,0011245740344982;0;0;0,000156721982620144;0;0;0;0;0;0;0,000230626399771741;0
+"Cabbage_1D_400k_NODE_77_length_2424_cov_0.313452";0,000204514768040462;0;0,000191534713244591;0;0;0;0;0;0;0;0;0
+"Cabbage_2D_400k_NODE_2_length_18785_cov_2.239736";0,01966546701118;0,0800232164517015;0,020445874361063;0;0;0,00565282941176627;0;0;0;0,0076622516362408;0;0
+"Cabbage_3D_400k_NODE_5_length_10093_cov_2.438792";0,00597620197665601;0,00414594267671201;0,00386210117566361;0;0;0;0;0;0;0,000561793550534029;0;0
+"Cabbage_3D_400k_NODE_12_length_7064_cov_6.153813";0,0000377886421303092;0;0,0516788800874158;0;0,00109253373751854;0;0;0;0;0;0;0
+"Cabbage_3D_400k_NODE_16_length_6520_cov_1.060066";0,000138775935483666;0;0,000795162824862665;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_400k_NODE_47_length_3207_cov_2.485390";0,0343917456019121;0,0276561288825755;0,0275124953345701;0;0;0;0;0;0;0,01196843546299;0;0
+"Carrot_2D_400k_NODE_1_length_49029_cov_2.719787";0;0;0;0;0;0;0;0,0211254989718715;0,0210284804654697;0;0;0
+"Carrot_2D_400k_NODE_2_length_44763_cov_2.971682";0;0;0;0;0;0;0;0,0224344591338758;0;0;0;0
+"Carrot_2D_400k_NODE_3_length_44433_cov_3.932154";0;0;0;0;0;0;0;0,030652778858335;0;0;0;0
+"Carrot_2D_400k_NODE_5_length_19072_cov_1.157667";0;0;0;0;0;0;0;0,00764738188873246;0;0;0;0
+"Carrot_2D_400k_NODE_10_length_4187_cov_0.655172";0;0;0;0;0;0;0;0,00240507399641838;0;0;0;0
+"Carrot_2D_400k_NODE_16_length_3153_cov_0.266689";0;0;0;0;0;0;0;0,000696828635793012;0;0;0;0
+"Carrot_2D_400k_NODE_24_length_2612_cov_0.500201";0;0;0;0;0;0;0;0,000448616781757094;0;0;0;0
+"Carrot_2D_400k_NODE_30_length_2369_cov_0.549063";0;0;0;0;0;0;0;0,00381795321582859;0;0;0;0
+"Carrot_2D_400k_NODE_36_length_2327_cov_2.419091";0;0;0;0;0;0;0;0,041213341237562;0;0;0;0
+"Carrot_2D_400k_NODE_37_length_2299_cov_0.445212";0;0;0;0;0;0;0;0,000881346272091226;0;0;0;0
+"Carrot_2D_400k_NODE_38_length_2132_cov_2.097756";0;0;0;0;0;0;0;0,0270057430383244;0;0;0;0
+"Turnip_1D_400k_NODE_4_length_13488_cov_1.013921";0,000394531855052547;0;0;0,00612195587909331;0,0028503389687576;0;0;0;0;0;0,00407905308417523;0
+"Turnip_1D_400k_NODE_5_length_13208_cov_1.099687";0;0;0;0,00220228591118366;0;0;0;0;0;0,00224556444099565;0,00280773172807704;0
+"Turnip_1D_400k_NODE_7_length_11942_cov_0.472958";0;0;0;0,00167050088573692;0,000879634105979175;0;0;0;0;0;0,000356689916358044;0
+"Turnip_1D_400k_NODE_13_length_9722_cov_0.528088";0,00045429197300918;0;0;0,00400486989041906;0,00155091726468637;0;0;0;0;0;0,00223987577255355;0
+"Turnip_1D_400k_NODE_16_length_8593_cov_0.717458";0,000718119041405096;0;0,0000405225309762208;0,00139279547031829;0,000898133169071454;0;0;0;0;0,00101517018423582;0,00481137107478056;0,0114574332417076
+"Turnip_1D_400k_NODE_19_length_8108_cov_1.046736";0,000330084257495507;0;0,000169400028203868;0,00262435562028575;0,000828468319186485;0;0;0;0;0;0,000357028028936451;0
+"Turnip_1D_400k_NODE_22_length_7433_cov_0.551328";0,0000293831037520215;0;0;0,00178102674107272;0,000749880848048515;0;0;0;0;0;0,00135313474252656;0
+"Turnip_1D_400k_NODE_24_length_6526_cov_1.043757";0;0;0;0,00390775831322846;0,00272655378789106;0;0;0;0;0;0,000731302560136259;0
+"Turnip_1D_400k_NODE_25_length_6431_cov_1.426079";0,000416698787065439;0;0,000893401771605968;0,00349517453848479;0,000866718137699364;0;0;0;0;0;0,00100028793124164;0,0065064270929167
+"Turnip_1D_400k_NODE_26_length_6424_cov_1.515007";0;0;0;0,00761592064739317;0,00232489072987679;0;0;0;0;0;0,000236812343285657;0
+"Turnip_1D_400k_NODE_29_length_6120_cov_0.913065";0,000169371766901245;0;0;0,00388514452579628;0,00190325935980763;0;0;0;0;0;0,00270734307391878;0
+"Turnip_1D_400k_NODE_39_length_4869_cov_0.476170";0,000406553389007199;0;0;0,0030015987594345;0,00253903168510677;0;0;0;0;0;0,0020585496754827;0
+"Turnip_1D_400k_NODE_49_length_4244_cov_0.206947";0;0;0;0,000647247369557084;0;0;0;0;0;0;0,000770165904764257;0
+"Turnip_1D_400k_NODE_51_length_4121_cov_2.611668";0;0;0;0,00689931483724562;0,000797658521403979;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_59_length_3845_cov_0.812534";0;0;0;0,00216935720737569;0;0;0;0;0;0;0,00032556519268877;0
+"Turnip_1D_400k_NODE_60_length_3836_cov_0.577514";0,0000894700846147973;0;0;0,00233922443489074;0,00163932803344806;0;0;0;0;0;0,00100618118130579;0
+"Turnip_1D_400k_NODE_61_length_3821_cov_0.822685";0;0;0;0,00331776328153412;0,00173927279054902;0;0;0;0;0;0,000809924952485247;0
+"Turnip_1D_400k_NODE_69_length_3604_cov_2.119931";0,000251059683505411;0;0,0000966176772138362;0,00542053470157154;0,00204227506255548;0;0;0;0;0,00266251196793902;0,00260260632667696;0
+"Turnip_1D_400k_NODE_74_length_3395_cov_0.573133";0,0000173592274970624;0;0;0,00172609466401195;0;0;0;0;0;0;0,000783526097941881;0
+"Turnip_1D_400k_NODE_79_length_3259_cov_1.190294";0,000103183112885496;0;0;0,0046457620516181;0,00103056476403253;0;0;0;0;0;0,00222994286480736;0
+"Turnip_1D_400k_NODE_81_length_3219_cov_1.615136";0,00402245210262025;0,00240205907320976;0,00124399386449352;0,00780122573465848;0,0099231221734909;0;0;0;0;0,00514892172940756;0,00123144688577602;0
+"Turnip_1D_400k_NODE_86_length_3114_cov_1.932708";0;0;0;0,00725044714520053;0,00158340595698738;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_94_length_2945_cov_0.525905";0;0;0;0,0000060176742130462;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_100_length_2896_cov_2.611051";0,00268265331180965;0;0,000521032621181245;0,0103399026560276;0,000912987766995815;0;0;0;0;0,00481953447134718;0,000495287315290183;0
+"Turnip_1D_400k_NODE_101_length_2895_cov_0.525289";0;0;0;0,000440755661531716;0,000172787079424349;0;0;0;0;0;0,0000270250035813541;0
+"Turnip_1D_400k_NODE_119_length_2547_cov_0.684711";0,00173132826144747;0;0;0,00247009342280506;0,000813637290541883;0;0;0;0;0;0,000931763128973934;0
+"Turnip_1D_400k_NODE_120_length_2536_cov_0.758406";0,000128499032082425;0;0,000114422354323957;0,00178431791889912;0,00121166063441528;0;0;0;0;0;0,00147055022445148;0
+"Turnip_1D_400k_NODE_131_length_2420_cov_0.531182";0;0;0;0,00110579736949198;0;0;0;0;0;0;0,0000754354955339037;0
+"Turnip_1D_400k_NODE_138_length_2319_cov_0.264142";0;0;0;0,00017576850488171;0;0;0;0;0;0;0,00000749723399626469;0
+"Turnip_1D_400k_NODE_140_length_2302_cov_0.353103";0;0;0;0,00139087046077646;0;0;0;0;0;0;0,00294551407409285;0
+"Turnip_1D_400k_NODE_160_length_2179_cov_1.211014";0;0;0;0,00538411999495766;0,00223004421789008;0;0;0;0;0;0,00118886037630259;0
+"Turnip_1D_400k_NODE_168_length_2093_cov_0.329095";0;0;0;0,00130396358616476;0;0;0;0;0;0;0,000382111772249183;0
+"Turnip_1D_400k_NODE_170_length_2080_cov_0.392217";0;0;0;0,000610615524013706;0,000412268072747383;0;0;0;0;0;0,00267896175325325;0,000591669013497558
+"Turnip_1D_400k_NODE_173_length_2071_cov_0.569444";0,000557423644684053;0;0;0,00172571070131011;0;0;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_179_length_2045_cov_0.773201";0,000196646367694322;0;0,00012297558850374;0,00275580052677746;0,00185201435776982;0;0;0;0;0;0,00244850496995271;0
+"Turnip_1D_400k_NODE_185_length_2000_cov_0.185798";0;0;0;0,000378070411891649;0;0;0;0;0;0;0,000121702599461365;0
+"Turnip_1R_400k_NODE_5_length_2786_cov_0.593080";0,000679411326263242;0;0;0,000712444243514415;0;0;0;0;0;0;0,000305785425782323;0
+"Turnip_2D_400k_NODE_2_length_14844_cov_0.923830";0,00143092933345591;0;0,000624242649694156;0,00540551991200598;0,0189914381665764;0;0;0;0;0;0,000801137333329228;0
+"Turnip_2D_400k_NODE_5_length_10564_cov_0.773019";0,00574289542546952;0;0,00223958182356225;0,0125807993639044;0,0164579412759396;0;0;0;0;0,00578033905262862;0,00317225294073917;0
+"Turnip_2D_400k_NODE_11_length_6138_cov_0.436367";0,0000920623321302387;0;0,0000819436554220096;0,00158126040327158;0,0172537345271013;0;0;0;0;0;0,00227735628094161;0
+"Turnip_2D_400k_NODE_13_length_5059_cov_0.269465";0,00076886382788432;0;0,000290614836700035;0,00839920337744809;0,00492972325506984;0;0;0;0;0;0,0055725514649028;0
+"Turnip_2D_400k_NODE_21_length_3188_cov_0.243385";0;0;0;0,000181593575347895;0,00159148235527325;0;0;0;0;0;0,000209963706724437;0
+"Turnip_2D_400k_NODE_22_length_3142_cov_0.524710";0;0;0;0,000530195019859192;0,00705045759886251;0;0;0;0;0;0,000904718332815;0
+"Turnip_2D_400k_NODE_32_length_2336_cov_0.356270";0;0;0;0,000042990134057671;0,0011624453649384;0;0;0;0;0;0,00115733575197176;0
+"Turnip_2D_400k_NODE_33_length_2276_cov_0.888320";0,000495030953157532;0;0;0,00343643745430953;0,0135007529388276;0;0;0;0;0;0,000183333064717095;0
+"Turnip_2D_400k_NODE_39_length_2100_cov_0.150025";0,0000412707124317415;0;0;0,000523222445028622;0,00200768007490313;0;0;0;0;0;0,000509163936522036;0
+"Turnip_2D_400k_NODE_40_length_2095_cov_0.273882";0,0000711550421496183;0;0;0,00124914373857399;0,00382028521190255;0;0;0;0;0;0,00110789614920506;0
+"Turnip_2D_400k_NODE_43_length_2070_cov_0.422028";0;0;0;0,000011415169441173;0,000310694779461795;0;0;0;0;0;0,0000377958383420387;0
+"Turnip_2R_400k_NODE_1_length_9795_cov_0.889015";0,000965519785110611;0;0,000639896064953137;0,00537360797912614;0,0181148220115198;0;0;0;0;0;0,000809398167496278;0
+"Turnip_2R_400k_NODE_18_length_3514_cov_0.300856";0;0;0;0,000457256474257117;0,00256230355970485;0;0;0;0;0;0,000272121431432436;0
+"Turnip_2R_400k_NODE_40_length_2185_cov_0.652575";0,000174526948681598;0;0;0,000881371240536883;0,000784913127061378;0;0;0;0;0;0;0
+"Turnip_4D_400k_NODE_1_length_63257_cov_1.102725";0,00635321439819172;0;0,00235264289245545;0,0157596265283879;0,0162842532299447;0;0;0;0;0,00672279230623483;0,00858722618224329;0
+"Turnip_4D_400k_NODE_2_length_61703_cov_2.225559";0;0;0;0,000781704524368577;0,00090797015757015;0;0;0;0;0;0,0133640934102604;0,0200847000779775
+"Turnip_4D_400k_NODE_3_length_31778_cov_2.296420";0,000116728920428124;0;0;0,00639643818186902;0;0;0;0;0;0,00624508718905842;0,0156090698984596;0
+"Turnip_4D_400k_NODE_7_length_23017_cov_3.374050";0;0;0;0,000588758801157462;0;0;0;0;0;0;0,0177701854134418;0,0156661060775058
+"Turnip_4D_400k_NODE_10_length_16054_cov_4.412005";0;0;0;0,000575133196737036;0,000258170447117251;0;0;0;0;0;0,00656391335791108;0,00881569876844499
+"Turnip_4D_400k_NODE_13_length_12622_cov_0.926291";0,000291412690125696;0;0,000562479576599369;0,00412091731786015;0,00314780925349187;0;0;0;0;0,00217703817052654;0,00477146257706688;0,0238880153128154
+"Turnip_4D_400k_NODE_17_length_10959_cov_1.435561";0,000191067694674408;0;0,000227712909833358;0,00335013973946443;0,00331249001116125;0;0;0;0;0;0,00937284368513475;0
+"Turnip_4D_400k_NODE_18_length_10702_cov_0.693522";0;0;0;0,000219690279756232;0,00130206137720627;0;0;0;0;0;0,0034635707885259;0
+"Turnip_4D_400k_NODE_20_length_9771_cov_0.629822";0;0;0;0,00014147169619065;0,000197463369200466;0;0;0;0;0;0,00188878619425177;0
+"Turnip_4D_400k_NODE_28_length_7616_cov_0.610362";0,000367339686754582;0;0;0,00083692631965412;0,00172644473041271;0;0;0;0;0;0,00159798581225531;0
+"Turnip_4D_400k_NODE_29_length_7506_cov_1.005692";0,0000697412358758606;0;0;0,0015157948918018;0,000790189626955193;0;0;0;0;0;0,00489779883828281;0
+"Turnip_4D_400k_NODE_32_length_6338_cov_0.627596";0;0;0;0,0000652436909129838;0;0;0;0;0;0;0,000651498160124287;0
+"Turnip_4D_400k_NODE_35_length_6149_cov_0.593989";0,000653995482086338;0;0;0,000442883141268017;0,000337019707108502;0;0;0;0;0;0,00313424555683671;0,0120085042908595
+"Turnip_4D_400k_NODE_42_length_5321_cov_0.861764";0;0;0;0,00000777136840831595;0;0;0;0;0;0;0,00000816861757063419;0
+"Turnip_4D_400k_NODE_47_length_4744_cov_0.847303";0,00000438457821787473;0;0;0,0000435828955529607;0;0;0;0;0;0;0,0000824593016104765;0
+"Turnip_4D_400k_NODE_58_length_4061_cov_0.962888";0,000012804998193547;0;0;0,000506219617005871;0,0000879830082199125;0;0;0;0;0;0,000528732227582177;0
+"Turnip_4D_400k_NODE_62_length_3826_cov_0.536902";0;0;0;0;0;0;0;0;0;0;0,00000908838768287392;0
+"Turnip_4D_400k_NODE_68_length_3659_cov_0.893545";0;0;0;0,000117856398896942;0;0;0;0;0;0;0,000356369615414139;0
+"Turnip_4D_400k_NODE_83_length_3112_cov_0.650586";0;0;0;0;0;0;0;0;0;0;0,0000782150382142446;0
+"Turnip_4D_400k_NODE_93_length_2890_cov_0.751357";0,0000119956395995373;0;0;0,00043129788553816;0,000543984631168403;0;0;0;0;0;0,00111595809194677;0
+"Turnip_4D_400k_NODE_96_length_2817_cov_1.133829";0,00000492259828791805;0;0;0,000285196885079785;0,0000253673408861246;0;0;0;0;0;0,00049066162874276;0
+"Turnip_4D_400k_NODE_98_length_2789_cov_0.334711";0;0;0;0,00012708533924289;0;0;0;0;0;0;0,000286755087600408;0
+"Turnip_4D_400k_NODE_105_length_2496_cov_0.640355";0;0;0;0;0;0;0;0;0;0;0,00000696557918162572;0
+"Turnip_4D_400k_NODE_109_length_2316_cov_0.439470";0;0;0;0,0000306080320508136;0;0;0;0;0;0;0,000146385436065668;0
+"Turnip_4D_400k_NODE_111_length_2272_cov_0.564569";0,000199886848415002;0;0;0,000153403900071573;0;0;0;0;0;0;0,0014386373678783;0
+"Turnip_4D_400k_NODE_115_length_2164_cov_0.294060";0,0000240300820998125;0;0;0,000581453599619637;0,00052835341424187;0;0;0;0;0;0,00266334907059958;0,0238854921530253
+"Turnip_4D_400k_NODE_121_length_2056_cov_0.526698";0,000010116945070816;0;0;0,000781517145204042;0;0;0;0;0;0;0,0000972470743333584;0
+"Cabbage_1D_700k_NODE_1_length_30133_cov_2.045124";0,0037887590532432;0;0,00211085453993859;0;0;0;0;0;0;0;0,000145975497502621;0
+"Cabbage_1D_700k_NODE_2_length_24816_cov_1.757139";0,00521966745410886;0;0,000434202464659934;0,00411581579273869;0,00276728187880564;0;0;0;0;0,00319884559467921;0,020871219543001;0,021770825661061
+"Cabbage_1D_700k_NODE_4_length_21746_cov_4.335261";0,00704475460857754;0;0,00169822572086711;0;0;0;0;0;0;0,00306877973225001;0,0000955411217539717;0
+"Cabbage_1D_700k_NODE_5_length_20999_cov_1.129216";0,00265515390805918;0,00411538742675652;0,00643574513926366;0;0;0;0;0;0;0,00411263575370589;0;0
+"Cabbage_1D_700k_NODE_9_length_13870_cov_1.249873";0,00171437408737004;0,00511568595970697;0,0120337932295102;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_12_length_12333_cov_1.615681";0,00298213273395127;0;0,000790552423822479;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_19_length_7849_cov_0.799922";0,000137362223412768;0,000927174315998257;0,0011953532842765;0,00000677362105647384;0;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_23_length_6459_cov_0.924984";0,000557662594549106;0;0,0000838613050093981;0,000553328202881754;0,000265526425550257;0;0;0;0;0;0,000391651255648343;0
+"Cabbage_1D_700k_NODE_24_length_6312_cov_1.007599";0,0019036312262717;0;0,000481173312408028;0;0;0;0;0;0;0;0,000117064106398425;0
+"Cabbage_1D_700k_NODE_25_length_6253_cov_0.454946";0,000507841627594422;0;0;0,00182236982383204;0,00133708564134286;0;0;0;0;0;0,00108576146511761;0
+"Cabbage_1D_700k_NODE_36_length_4582_cov_5.756004";0,0139282439530987;0,00853687859749083;0,00510434576595018;0,00250372633366155;0,00499064508258144;0;0;0;0;0,0160873788677476;0;0
+"Cabbage_1D_700k_NODE_39_length_4279_cov_0.830684";0,000050230864768523;0;0;0,000211223318165103;0;0;0;0;0;0;0,0000690730207606316;0
+"Cabbage_1D_700k_NODE_47_length_3879_cov_4.000533";0,011722925119165;0,0114911114045903;0,00271797584185318;0,00711196838559391;0,00668726659893408;0;0;0;0;0,0173162804658844;0,00114965995513719;0
+"Cabbage_1D_700k_NODE_52_length_3679_cov_0.411036";0,000685997990384848;0;0;0,00610003352973114;0,002758165669264;0;0;0;0;0;0,00344744481447076;0
+"Cabbage_1D_700k_NODE_55_length_3589_cov_19.068746";0,0214418197445035;0,0129265447032525;0,00743831382893035;0;0;0;0;0;0;0,00388893057370338;0;0
+"Cabbage_1D_700k_NODE_62_length_3395_cov_13.056304";0,000615742010631096;0,000937808145137928;0,000273508185510979;0;0;0;0;0;0;0,000513894397239375;0;0
+"Cabbage_1D_700k_NODE_66_length_3302_cov_11.413228";0,00652087255382735;0;0,00126545163662749;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_80_length_2943_cov_0.633878";0,00195188172679213;0;0;0,00111001177463516;0,000679875766134544;0;0;0;0;0;0,00279429782754359;0,0129632409073471
+"Cabbage_1D_700k_NODE_99_length_2432_cov_11.996963";0,00772746574661495;0,0153357853339373;0,0113429188362522;0;0;0;0;0;0;0,00340756148169468;0;0
+"Cabbage_1D_700k_NODE_108_length_2282_cov_37.123898";0,00912411897662722;0,0125568483237026;0,00436576604268947;0;0;0,00188647465179956;0;0;0;0,00324927860831185;0;0
+"Cabbage_1D_700k_NODE_125_length_2116_cov_7.192056";0,0195503811727928;0;0,0102118959093171;0;0;0;0;0;0;0;0;0
+"Cabbage_2D_700k_NODE_1_length_27367_cov_5.373862";0,0496298511574419;0,118815703524378;0,0351860403237028;0;0;0,0109064020209811;0;0;0;0,0119214223884012;0;0
+"Cabbage_2D_700k_NODE_4_length_5301_cov_4.160804";0,00673728614895893;0,0288295067594184;0,00590823708263388;0;0;0;0;0;0;0,00419629529381303;0;0
+"Cabbage_2D_700k_NODE_13_length_2711_cov_0.629257";0,00120715692105768;0,00285216826140251;0,000328244292782873;0,0014490549146299;0;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_6_length_16809_cov_1.059405";0,0173002878432143;0,012961324245209;0,00756583197643309;0,00800544529017182;0,0109938152732635;0;0;0;0;0,015439340974827;0,00142375792014965;0
+"Cabbage_3D_700k_NODE_7_length_16625_cov_1.397200";0,000594506784721996;0;0,0058936815387049;0;0;0;0;0;0;0;0,0000449685222499564;0
+"Cabbage_3D_700k_NODE_11_length_10713_cov_0.793879";0,00740205425163326;0,00407582817489237;0,00262556135338571;0,00292251992763719;0,00076042351512072;0;0;0;0;0,00777635238537026;0,000309973150072951;0
+"Cabbage_3D_700k_NODE_12_length_10505_cov_0.738100";0,00351525110148734;0,00272772278673864;0,00256521593627046;0,00265872933636322;0,00214957606580517;0;0;0;0;0,00394440243859185;0,000420377510888511;0
+"Cabbage_3D_700k_NODE_20_length_8500_cov_1.465425";0,000455570400711229;0;0,00278568086942932;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_23_length_7153_cov_0.605608";0,0000581586441090388;0;0,000424600300282325;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_33_length_5316_cov_4.986895";0,000142817160627223;0,00444911990601553;0,000436681851866899;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_47_length_3999_cov_0.644628";0,0000563486096217326;0;0,000130611443615403;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_58_length_3566_cov_0.780459";0,00212806884999969;0,00140303041343546;0,000900524678143243;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_117_length_2200_cov_0.628075";0,0000472737251490857;0;0,00107276851663629;0;0;0;0;0;0;0;0;0
+"Carrot_2D_700k_NODE_7_length_10827_cov_2.027103";0;0;0;0;0;0;0;0,00171925051065722;0;0;0;0
+"Carrot_2D_700k_NODE_8_length_10799_cov_1.062969";0;0;0;0;0;0;0;0,0046817046086626;0,0352986915989339;0;0;0
+"Carrot_2D_700k_NODE_13_length_6320_cov_1.568545";0;0;0;0;0;0;0;0,00554876079334289;0;0;0;0
+"Carrot_2D_700k_NODE_28_length_3720_cov_0.570832";0;0;0;0;0;0;0;0,00123045513477563;0,0089403864788546;0;0;0
+"Carrot_2D_700k_NODE_30_length_3609_cov_0.427628";0;0;0;0;0;0;0;0,0006189301838366;0;0;0;0
+"Carrot_2D_700k_NODE_31_length_3579_cov_0.432503";0;0;0;0;0;0;0;0,00254763002456546;0;0;0;0
+"Carrot_2D_700k_NODE_32_length_3515_cov_0.433884";0;0;0;0;0;0;0;0,00167378304398907;0;0;0;0
+"Carrot_2D_700k_NODE_33_length_3483_cov_0.919249";0;0;0;0;0;0;0;0,00132119016113675;0;0;0;0
+"Carrot_2D_700k_NODE_35_length_3334_cov_0.437792";0;0;0;0;0;0;0;0,000772492576995072;0;0;0;0
+"Carrot_2D_700k_NODE_37_length_3321_cov_0.566688";0;0;0;0;0;0;0;0,0021317514795077;0;0;0;0
+"Carrot_2D_700k_NODE_45_length_3134_cov_0.379115";0;0;0;0;0;0;0;0,00148389591288679;0;0;0;0
+"Carrot_2D_700k_NODE_46_length_3071_cov_0.719429";0;0;0;0;0;0;0;0,000155010902814066;0;0;0;0
+"Carrot_2D_700k_NODE_60_length_2415_cov_0.383741";0;0;0;0;0;0;0;0,00222388843572202;0;0;0;0
+"Carrot_2D_700k_NODE_71_length_2214_cov_0.698610";0;0;0;0;0;0;0;0,00240924671520224;0,0835827667893196;0;0;0
+"Carrot_2D_700k_NODE_72_length_2214_cov_0.342597";0;0;0;0;0;0;0;0,00144444539904574;0;0;0;0
+"Turnip_1D_700k_NODE_1_length_31703_cov_1.572270";0;0;0;0,00309948153142333;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_5_length_12610_cov_0.816791";0;0;0;0,00150611664134572;0,000368349480805221;0;0;0;0;0;0,000233698772048276;0
+"Turnip_1D_700k_NODE_6_length_11932_cov_0.717408";0;0;0;0,00156199210829879;0,00038927983179298;0;0;0;0;0;0,00686365708973179;0,0103140424746473
+"Turnip_1D_700k_NODE_9_length_9980_cov_0.567949";0;0;0;0,00146973452017624;0;0;0;0;0;0;0,000162885672053215;0
+"Turnip_1D_700k_NODE_10_length_9807_cov_0.677479";0;0;0;0,00145891731926426;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_17_length_7984_cov_1.719613";0,000751619071947012;0;0,000566975377357547;0,00306983916845107;0;0;0;0;0;0;0,000132834572128959;0
+"Turnip_1D_700k_NODE_21_length_7409_cov_0.359105";0,000103875859822799;0;0,00014099478013713;0,00122787411069548;0,00127313989802404;0;0;0;0;0;0,000633586600361885;0
+"Turnip_1D_700k_NODE_23_length_7089_cov_0.897156";0;0;0;0,00186411939140222;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_32_length_6025_cov_0.917769";0,000146725088844465;0;0;0,00214331410890857;0,00147070790211625;0;0;0;0;0;0,00102729402272071;0
+"Turnip_1D_700k_NODE_45_length_4768_cov_0.613876";0;0;0;0,000927979297225138;0,000179848488111274;0;0;0;0;0;0,000160442065445231;0
+"Turnip_1D_700k_NODE_51_length_4542_cov_0.356512";0;0;0;0,000381077411810096;0;0;0;0;0;0;0,00039809619248858;0
+"Turnip_1D_700k_NODE_53_length_4522_cov_0.681229";0,000127262011089828;0;0;0,00186417264819695;0,00128001851865839;0;0;0;0;0,00356882157835162;0,000149946337871777;0
+"Turnip_1D_700k_NODE_60_length_4234_cov_0.663258";0;0;0;0,00128499516323294;0;0;0;0;0;0,00329649783396822;0;0
+"Turnip_1D_700k_NODE_67_length_4030_cov_3.044325";0,0000447321270227908;0;0;0,0039401879154961;0,000851134085672015;0;0;0;0;0;0,000761450152603008;0
+"Turnip_1D_700k_NODE_69_length_4010_cov_0.772856";0;0;0;0,00136119490565728;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_71_length_4003_cov_0.906347";0,000506630729177062;0;0;0,00121747786742213;0,000660507762483108;0;0;0;0;0;0,00178942475208173;0
+"Turnip_1D_700k_NODE_77_length_3927_cov_0.425000";0;0;0;0,000806299898037322;0;0;0;0;0;0;0,00246823089962206;0
+"Turnip_1D_700k_NODE_82_length_3721_cov_2.934057";0,00364282525962945;0;0,00112295654505348;0,00880307895197526;0,000825791821789078;0;0;0;0;0;0,0012592179734648;0
+"Turnip_1D_700k_NODE_84_length_3706_cov_0.629785";0;0;0;0,00138040077196678;0;0;0;0;0;0;0,000159505372819613;0
+"Turnip_1D_700k_NODE_87_length_3695_cov_0.403027";0;0;0;0,000353321892033383;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_98_length_3446_cov_0.486592";0;0;0;0,000294853230400118;0;0;0;0;0;0;0,000214425025997347;0
+"Turnip_1D_700k_NODE_101_length_3361_cov_0.956092";0;0;0;0,00323401497824603;0,00161587168848324;0;0;0;0;0;0,0051884093704998;0
+"Turnip_1D_700k_NODE_109_length_3268_cov_0.344795";0,00113825332096014;0;0;0,000706785166049738;0,00087466094585328;0;0;0;0;0;0,00210143935947015;0
+"Turnip_1D_700k_NODE_120_length_3181_cov_0.264244";0;0;0;0,0000148565864465439;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_123_length_3166_cov_0.524186";0,0000273747618782872;0;0;0,00104488821985216;0,000586846109027649;0;0;0;0;0;0,000348710182555575;0
+"Turnip_1D_700k_NODE_125_length_3144_cov_0.291680";0;0;0;0,000768481624044234;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_132_length_3072_cov_2.241766";0;0;0;0,00394784828498106;0,000255878187512481;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_137_length_3034_cov_0.522188";0;0;0;0,0012811590053596;0;0;0;0;0;0;0,000340959820508108;0
+"Turnip_1D_700k_NODE_151_length_2839_cov_3.159292";0;0;0,000476981480323795;0,00739095028530699;0,00271844252265974;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_159_length_2753_cov_5.321401";0,00245933269736726;0;0,000681607550184255;0,00661545972497023;0,00277740592900646;0;0;0;0;0,00538674448541056;0,000183144381940718;0
+"Turnip_1D_700k_NODE_167_length_2694_cov_0.128165";0;0;0;0,000234627494388029;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_172_length_2585_cov_0.477624";0;0;0;0,000617015299871526;0;0;0;0;0;0,00151857285373782;0;0
+"Turnip_1D_700k_NODE_173_length_2584_cov_0.857143";0,000444075421227609;0;0;0,005841052525053;0,00395462511474398;0;0;0;0;0;0,00733727801374492;0
+"Turnip_1D_700k_NODE_177_length_2531_cov_2.051165";0,00000958798060445042;0;0;0,00101762334295214;0,000197636742368033;0;0;0;0;0;0,0000721271826124247;0
+"Turnip_1D_700k_NODE_181_length_2488_cov_0.543414";0;0;0;0,000102096486330266;0;0;0;0;0;0;0,0000314458944405226;0
+"Turnip_1D_700k_NODE_184_length_2477_cov_2.091489";0;0;0;0,004781686363562;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_193_length_2431_cov_0.405382";0;0;0;0,00147258503192063;0;0;0;0;0;0;0,000243162036885843;0
+"Turnip_1D_700k_NODE_195_length_2423_cov_1.099303";0,00026039894826928;0;0,000862261928217909;0,00245265963141637;0,00159258322778188;0;0;0;0;0;0,000491517485001089;0
+"Turnip_1D_700k_NODE_200_length_2391_cov_0.369700";0;0;0;0,00112415070453459;0,00131502767384081;0;0;0;0;0;0,000948926882339015;0
+"Turnip_1D_700k_NODE_205_length_2361_cov_0.414503";0,0000602017507898847;0;0;0,000440361555570536;0,000393467763909686;0;0;0;0;0;0,000231961752467658;0
+"Turnip_1D_700k_NODE_218_length_2286_cov_0.362668";0;0;0;0,000245493555403179;0,000812753622564102;0;0;0;0;0;0,0000532382324852864;0
+"Turnip_1D_700k_NODE_220_length_2268_cov_1.957496";0;0;0;0,00513116396209869;0;0;0;0;0;0;0,000137984806645538;0
+"Turnip_1D_700k_NODE_226_length_2243_cov_0.490076";0,000023183726109672;0;0;0,00125363294179409;0,00140179722164662;0;0;0;0;0;0,00169752686338697;0
+"Turnip_1D_700k_NODE_249_length_2133_cov_0.348455";0,000211287472927622;0;0,000625787818378599;0,00135705653588628;0,00288117334165697;0;0;0;0;0,00777045431175009;0,000904761137245427;0
+"Turnip_1D_700k_NODE_253_length_2105_cov_1.288675";0,000138340212312764;0;0;0,000987832430120699;0,000780795906580949;0;0;0;0;0;0,000512084232548667;0
+"Turnip_1D_700k_NODE_255_length_2103_cov_0.505061";0;0;0;0,00107304221159215;0;0;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_273_length_2016_cov_0.637904";0,000146167106529085;0;0;0,000779442038405093;0,000141785316024232;0;0;0;0;0;0,000142296831853211;0
+"Turnip_1R_700k_NODE_3_length_4155_cov_3.695382";0,00205167587895326;0;0,000917200045590281;0,0177632811604026;0,0157882300205929;0;0;0;0;0,00388404601138532;0,00123648334677096;0
+"Turnip_1R_700k_NODE_13_length_2748_cov_0.942770";0;0;0;0,000193472167657435;0;0;0;0;0;0;0,0000284706642532824;0
+"Turnip_1R_700k_NODE_51_length_2044_cov_0.365676";0;0;0;0,00158666108219572;0;0;0;0;0;0;0,000216900774829801;0
+"Turnip_1R_700k_NODE_52_length_2024_cov_0.871903";0,000172994428987596;0;0;0,00389639945555947;0,0016593925721255;0;0;0;0;0;0,00704376987283449;0
+"Turnip_2D_700k_NODE_2_length_15594_cov_0.544385";0,000568675164911707;0;0,00021461370043111;0,00998158073911948;0,00578772133422194;0;0;0;0;0,00254529153127996;0,00661705901356931;0
+"Turnip_2D_700k_NODE_4_length_12589_cov_1.895282";0,00650719378187405;0;0,00246787510497673;0,0116026007382846;0,0225862690698269;0;0;0;0;0,00717187616323635;0,00148463277942157;0
+"Turnip_2D_700k_NODE_14_length_7967_cov_1.354337";0,0017031278712763;0;0,000757580254018268;0,00537274500393595;0,0149162352449281;0;0;0;0;0;0,000607760116731339;0
+"Turnip_2D_700k_NODE_28_length_4691_cov_0.588738";0;0;0;0,000358898913441697;0,00393021279327711;0;0;0;0;0;0,000161222495251374;0
+"Turnip_2D_700k_NODE_48_length_3666_cov_1.159084";0;0;0;0,00000161138848494463;0,000467821926521853;0;0;0;0;0;0,000028455131976003;0,00234989111743711
+"Turnip_2D_700k_NODE_56_length_3298_cov_0.306843";0;0;0;0,000204195852389933;0,00238343781697496;0;0;0;0;0;0,000150243614513077;0
+"Turnip_2D_700k_NODE_60_length_3150_cov_0.275554";0;0;0;0,000225041911840268;0,00301719152499566;0;0;0;0;0;0,00127221991727186;0
+"Turnip_2D_700k_NODE_67_length_2882_cov_0.708893";0;0;0;0,00157010070864961;0,00230595466089098;0;0;0;0;0;0,00011462027311222;0
+"Turnip_2D_700k_NODE_70_length_2843_cov_0.682990";0;0;0;0,000822831752929856;0,00814385331181604;0;0;0;0;0;0,000608482420300778;0
+"Turnip_2D_700k_NODE_80_length_2594_cov_0.216863";0,0000307382484264166;0;0;0,000997463138544131;0,00187327153075655;0;0;0;0;0;0,000506032947424443;0
+"Turnip_2D_700k_NODE_83_length_2548_cov_0.312268";0;0;0;0;0,00339349910220635;0;0;0;0;0;0,000133056777836769;0
+"Turnip_2D_700k_NODE_89_length_2467_cov_0.398291";0;0;0;0,00000478909621873289;0,000173797647206031;0;0;0;0;0;0,00000704746073665902;0
+"Turnip_2D_700k_NODE_90_length_2439_cov_0.355969";0,000292803775284484;0;0,0000951783814893168;0,00386799436110447;0,00269549058360459;0;0;0;0;0,0025036286081168;0,00234523254394594;0
+"Turnip_2D_700k_NODE_95_length_2232_cov_0.284561";0;0;0;0;0,000864433055760641;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_105_length_2118_cov_0.405826";0;0;0;0;0,00145078912600432;0;0;0;0;0;0;0
+"Turnip_2D_700k_NODE_110_length_2075_cov_0.459959";0,00000167071799723677;0;0,0000186457889520035;0,00103058350229501;0,00148085367174803;0;0;0;0;0;0,000481783095974421;0
+"Turnip_2R_700k_NODE_5_length_6939_cov_0.715502";0,00000799363561150895;0;0;0,000333719739564253;0,00106072334997117;0;0;0;0;0;0,000559992814518663;0
+"Turnip_2R_700k_NODE_19_length_4473_cov_2.231017";0,000365042357846953;0;0,00025949035597188;0,0053579520911735;0,0103203734255385;0;0;0;0;0;0,000445049587631384;0
+"Turnip_4D_700k_NODE_1_length_49267_cov_8.937322";0,0000830323140486374;0;0;0,00149005705155629;0,000449642514779183;0;0;0;0;0;0,023784427705874;0,0207081152364485
+"Turnip_4D_700k_NODE_2_length_35320_cov_2.292672";0;0;0;0,000298210797884879;0,000993396416891862;0;0;0;0;0;0,00699086036867134;0
+"Turnip_4D_700k_NODE_3_length_34927_cov_1.732299";0,000494794804124816;0;0,000158406726222786;0,00246496182345897;0,00365206693125777;0;0;0;0;0,000999038840225429;0,00184777249365242;0
+"Turnip_4D_700k_NODE_7_length_26377_cov_2.289486";0,000422680188769018;0;0;0,00473380827529298;0,00298279709607273;0;0;0;0;0;0,00870358902825291;0
+"Turnip_4D_700k_NODE_9_length_21005_cov_2.124341";0,000238652978567439;0;0;0,00343388458789354;0,00337141923745428;0;0;0;0;0;0,00881637187174976;0
+"Turnip_4D_700k_NODE_11_length_20259_cov_2.828581";0,00818471626197031;0;0,00385582380079211;0,015879192905301;0,0134320013645204;0;0;0;0;0,0089778370920053;0,0109140403816992;0
+"Turnip_4D_700k_NODE_12_length_19912_cov_2.371342";0,00476137009145211;0;0,00177400467179826;0,00842254277697174;0,00344164059390761;0;0;0;0;0;0,00803774665199443;0
+"Turnip_4D_700k_NODE_14_length_18109_cov_3.176343";0;0;0;0,000730059623161749;0;0;0;0;0;0;0,00278087122693406;0
+"Turnip_4D_700k_NODE_15_length_16824_cov_1.109601";0;0;0;0,00021769835444605;0,00143565217281027;0;0;0;0;0;0,00368410575945728;0
+"Turnip_4D_700k_NODE_18_length_13182_cov_2.627576";0;0;0,000554727073452585;0,00174863301661501;0;0;0;0;0;0;0,0110136935301615;0
+"Turnip_4D_700k_NODE_21_length_12040_cov_2.413918";0,000176216344243436;0;0;0,00343843107160595;0,00336525798917049;0;0;0;0;0,00463700060764831;0,00906487978308871;0,0453835687163841
+"Turnip_4D_700k_NODE_23_length_11604_cov_2.432517";0,000052580680161226;0;0;0,000510606018300969;0,00102226186486137;0;0;0;0;0;0,00580510072404906;0
+"Turnip_4D_700k_NODE_24_length_11253_cov_2.311073";0;0;0;0,000806335189318367;0,00212099644168267;0;0;0;0;0;0,00664898423000829;0
+"Turnip_4D_700k_NODE_26_length_10179_cov_1.535316";0,000099789249864429;0;0;0,00260343579266434;0,00180422128047811;0;0;0;0;0;0,00537689336735823;0
+"Turnip_4D_700k_NODE_27_length_9807_cov_1.249690";0,000162254877997168;0;0;0,00106919002547236;0,00183622610559862;0;0;0;0;0;0,0029464336014332;0,0367683046381107
+"Turnip_4D_700k_NODE_28_length_9454_cov_1.759301";0,00652571422345704;0;0,0031225385248081;0,012665123854043;0,0110885895428606;0;0;0;0;0,00618219743325864;0,00765859463049432;0
+"Turnip_4D_700k_NODE_32_length_7637_cov_1.292011";0,00104633171939686;0;0;0,000916617777947011;0,000739207037163916;0;0;0;0;0;0,00523608707160887;0,0156311562345512
+"Turnip_4D_700k_NODE_37_length_7006_cov_1.863788";0,000219207215388234;0;0;0,0033246762464512;0,00227455541515779;0;0;0;0;0;0,00573869869202736;0
+"Turnip_4D_700k_NODE_41_length_6606_cov_1.452848";0,000167931690912082;0;0,000609107062646436;0,0048378390107805;0,00265026503522134;0;0;0;0;0;0,00602301801105776;0,0281306999332899
+"Turnip_4D_700k_NODE_44_length_6504_cov_1.184413";0,000154574808554309;0;0,000187382438557093;0,00181198702655059;0,000494417430416603;0;0;0;0;0;0,00290837348914876;0,00832557627848962
+"Turnip_4D_700k_NODE_48_length_6230_cov_1.673275";0,000339440016854324;0;0;0,00552332501321443;0,00630865001635909;0;0;0;0;0;0,00645489824705656;0
+"Turnip_4D_700k_NODE_51_length_5892_cov_1.219601";0,0000464820854882954;0;0;0,00171044457179002;0,0010915447954615;0;0;0;0;0;0,0038935743378254;0
+"Turnip_4D_700k_NODE_52_length_5817_cov_2.965729";0;0;0;0,000538232009365261;0;0;0;0;0;0;0,00882455180406393;0
+"Turnip_4D_700k_NODE_55_length_5580_cov_1.644599";0;0;0;0,000314423477631664;0,000448224547431443;0;0;0;0;0;0,00336504883303312;0
+"Turnip_4D_700k_NODE_56_length_5446_cov_0.976311";0,000204337769006515;0;0;0,00114871168688388;0,000616711451704372;0;0;0;0;0;0,00204316834518843;0
+"Turnip_4D_700k_NODE_60_length_5305_cov_0.696601";0;0;0;0,000855201685711554;0;0;0;0;0;0;0,000408024064438936;0
+"Turnip_4D_700k_NODE_64_length_5207_cov_3.969685";0,000365515685519914;0;0;0,000561578325710481;0;0;0;0;0;0;0,00868469536061372;0,0129992193478242
+"Turnip_4D_700k_NODE_77_length_4315_cov_2.897564";0,000166307102610225;0;0;0,000320352246460914;0;0;0;0;0;0;0,00321733241747723;0
+"Turnip_4D_700k_NODE_80_length_4266_cov_0.697753";0,000330746159544393;0;0;0,00021463649292079;0;0;0;0;0;0;0,00112687592093856;0
+"Turnip_4D_700k_NODE_81_length_4234_cov_0.958607";0;0;0;0,00000558086933000191;0;0;0;0;0;0;0;0
+"Turnip_4D_700k_NODE_82_length_4121_cov_1.756885";0,000137121716722981;0;0;0,00042430857922807;0;0;0;0;0;0;0,00511119697879999;0,00985492867907605
+"Turnip_4D_700k_NODE_91_length_3812_cov_0.865943";0;0;0;0,0000991790167606635;0;0;0;0;0;0;0,000592914777768603;0
+"Turnip_4D_700k_NODE_93_length_3628_cov_0.656670";0,0000363109465496469;0;0;0,00051290388878975;0,000374238199076088;0;0;0;0;0,00444823902351324;0,0011477308462355;0,0101764460976427
+"Turnip_4D_700k_NODE_103_length_3365_cov_3.235330";0;0;0;0,000214174360376956;0;0;0;0;0;0;0,0046655677059483;0,0113375387786991
+"Turnip_4D_700k_NODE_106_length_3255_cov_0.620524";0,0000276913167283943;0;0;0,000604346424538783;0;0;0;0;0;0;0,00172525519534873;0
+"Turnip_4D_700k_NODE_107_length_3238_cov_1.216972";0;0;0;0,00106543931702017;0,00132414699091191;0;0;0;0;0;0,0041505386651211;0
+"Turnip_4D_700k_NODE_139_length_2590_cov_0.619976";0;0;0;0,00040826860357508;0,000303497217003221;0;0;0;0;0;0,000892798992187617;0
+"Turnip_4D_700k_NODE_141_length_2580_cov_0.186302";0;0;0;0,0000938764952008093;0;0;0;0;0;0;0,000336939644134454;0
+"Turnip_4D_700k_NODE_143_length_2559_cov_0.673520";0;0;0;0,00000230846040867801;0,0000279248922533071;0;0;0;0;0;0,0000101911404673727;0
+"Turnip_4D_700k_NODE_148_length_2509_cov_1.295550";0;0;0;0,0000800517761328971;0,000341776640619592;0;0;0;0;0;0,00218278875080168;0
+"Turnip_4D_700k_NODE_171_length_2259_cov_0.840056";0,000337619639547846;0;0,000351104580586919;0,000651142185155356;0,000253067018242454;0;0;0;0;0;0,00170859274523638;0
+"Turnip_4D_700k_NODE_183_length_2152_cov_0.524444";0;0;0;0,0000823515360474957;0;0;0;0;0;0;0,00117953926721716;0
+"Turnip_4D_700k_NODE_186_length_2141_cov_0.527805";0,000351369708643524;0;0;0,00114504919528721;0;0;0;0;0;0;0,00137643228189106;0
+"Turnip_4D_700k_NODE_189_length_2108_cov_0.855628";0;0;0;0,000266223087121284;0,000542389368320402;0;0;0;0;0;0,000915491226634012;0
+"Turnip_4D_700k_NODE_200_length_2005_cov_0.747604";0;0;0;0,0000029463093196045;0;0;0;0;0;0;0,0000346854576305991;0
+"Turnip_4R_700k_NODE_30_length_2053_cov_0.260644";0,0000742993439589463;0;0;0,00234510004940707;0,00128787753201163;0;0;0;0;0;0,00484405308551253;0
+"Buffer_1D_700k_NODE_2_length_10230_cov_9.768386";0;0;0,00599449356202547;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_1_length_145419_cov_2.683245";0,00035368522909341;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_3_length_103866_cov_4.429915";0,000611133639001365;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_10_length_53821_cov_4.112713";0,000622223795462967;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_14_length_48423_cov_3.580793";0,000481676593193804;0;0;0,000108941282364283;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_15_length_40191_cov_4.576902";0,000654946521298647;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_19_length_36323_cov_3.500939";0,000496584737211065;0;0,00173408968583991;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_20_length_35592_cov_16.431975";0,00117564480558255;0,0060445571346192;0,00987034473040847;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_22_length_35298_cov_18.890165";0,00233463292079024;0,0162874356987749;0,0219564558017032;0,0000540561536068805;0;0;0;0;0;0;0,0000642779810661393;0
+"Cabbage_1D_NODE_32_length_30488_cov_6.106354";0,000809603374808973;0;0,000289972046681664;0,000167214747125146;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_42_length_25047_cov_2.209831";0,000303254960625521;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_43_length_24978_cov_3.855901";0,0006434384625678;0;0;0;0;0;0;0;0;0,00529101066963114;0;0
+"Cabbage_1D_NODE_46_length_23806_cov_63.809958";0,00176700921071693;0;0,00215341787784234;0;0;0;0;0;0;0,00120923630166163;0,0000255613289635732;0
+"Cabbage_1D_NODE_58_length_20281_cov_1.987050";0,000270761595252591;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_62_length_19325_cov_1.884415";0,000278056753356416;0;0,000823852003572062;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_68_length_18693_cov_7.811214";0,000664490925052485;0;0,00345960280233474;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_73_length_17800_cov_1.442030";0,000190475930769238;0,00585155402470472;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_78_length_16415_cov_3.581839";0,000541288712814773;0;0,000745987744250162;0;0;0;0;0;0;0,0064568256062523;0;0
+"Cabbage_1D_NODE_79_length_16273_cov_9.205066";0,000997222958951053;0,00681989896734606;0,00777699437710669;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_80_length_16054_cov_3.407484";0,000728589774171824;0;0;0,00490868640081386;0,00275530184078584;0;0;0;0;0;0,00301608624018848;0
+"Cabbage_1D_NODE_83_length_15689_cov_1.640792";0,000215221149105447;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_85_length_15194_cov_12.440897";0,00131331805604823;0,00278398291341623;0,0066575646025505;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_90_length_14185_cov_2.660193";0,000383699792421436;0;0,000743251906277651;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_94_length_13774_cov_10.248260";0,00148117932216546;0;0;0,00886359854000826;0,00351229011979063;0;0;0;0;0,00414824966785657;0,00487792420106664;0
+"Cabbage_1D_NODE_95_length_13737_cov_4.056209";0,000639493249280831;0;0,000342202552752565;0,000878125433458392;0,00170625421581116;0;0;0;0;0;0,00074419584732872;0
+"Cabbage_1D_NODE_99_length_13122_cov_3.319508";0,000507778843215958;0;0,000204919664627405;0,00075136164152659;0,000795086929913664;0;0;0;0;0;0,00035310103813066;0
+"Cabbage_1D_NODE_101_length_13020_cov_5.388040";0,000967864772189551;0;0;0,00313198451095437;0,00256860107997448;0;0;0;0;0;0,0022553839202353;0
+"Cabbage_1D_NODE_110_length_12397_cov_15.337571";0,00214878026646303;0;0,00106735372507778;0,00528454574176009;0,00443273256783155;0;0;0;0;0;0,00257278164892282;0,020946333519707
+"Cabbage_1D_NODE_112_length_12143_cov_1.254660";0,00024409639848865;0;0,000990907828003925;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_116_length_11373_cov_19.501423";0,00394500545717878;0;0,00147303044303626;0,00155462051403503;0,00344324013042862;0;0;0;0;0;0,00093175232532818;0
+"Cabbage_1D_NODE_121_length_10815_cov_5.031905";0,000723159046570943;0;0;0,00513554382311212;0,00206813843490103;0;0;0;0;0;0,00318543954603651;0
+"Cabbage_1D_NODE_125_length_10345_cov_1.184283";0,000163534948671044;0,0268637386843352;0,00123606080144245;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_127_length_10050_cov_1.420941";0,000190411979505969;0;0,000752626603058918;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_129_length_9877_cov_3.141538";0,000459798440416001;0;0,000591494565494229;0;0;0;0;0;0;0,00512255471096514;0;0
+"Cabbage_1D_NODE_132_length_9780_cov_2.258780";0,000377513081200777;0;0;0,00312219765955383;0,00136635812522002;0;0;0;0;0;0,00148706141468641;0
+"Cabbage_1D_NODE_137_length_9583_cov_13.795580";0,000952874126035417;0,0062651025202682;0,00938887854339556;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_145_length_8667_cov_1.879977";0,000245195745302323;0;0,00113833541931797;0,000102238667113309;0,000857484611137204;0;0;0;0;0,0040763352304385;0,000109327525929954;0
+"Cabbage_1D_NODE_146_length_8654_cov_0.840507";0,000110163329925263;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_149_length_8552_cov_5.602136";0,0000644541201167376;0;0,000113102233616134;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_153_length_8315_cov_4.187469";0,000542003824118602;0,00541537679961487;0,000442038622629428;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_155_length_8131_cov_1.372189";0,000122365555934624;0;0,000827950080078818;0;0,000922799031361747;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_156_length_8060_cov_6.151393";0,000916148370755235;0;0;0,00398416322705297;0,00294350537961572;0;0;0;0;0;0,00195215973967627;0
+"Cabbage_1D_NODE_158_length_8026_cov_4.560957";0,000617240373468294;0;0;0,00456115737620809;0,00250189429312433;0;0;0;0;0,00184770839376218;0,00259404903447695;0
+"Cabbage_1D_NODE_161_length_7910_cov_6.180265";0,000953682161962509;0;0;0,00122702608789898;0,000831137994110189;0;0;0;0;0;0,00125285320016214;0
+"Cabbage_1D_NODE_162_length_7909_cov_1.370342";0,000184974613008013;0;0,000672635814941017;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_166_length_7703_cov_22.196014";0,00275475978018356;0;0,000110499839758401;0,00101612865068081;0,0007885347187431;0;0;0;0;0;0,00214532966354532;0
+"Cabbage_1D_NODE_168_length_7500_cov_1.446358";0,000193675199299677;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_174_length_7283_cov_1.282141";0,000182785679005665;0;0,000613579073830776;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_175_length_7266_cov_1.457627";0,000201343822499363;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_178_length_7225_cov_4.234150";0,000613217096328348;0;0,00204026222847476;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_180_length_7148_cov_1.233158";0,000153258224788493;0,00547229682900154;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_182_length_6963_cov_0.604447";0,000112520925578656;0;0;0,000959530814325397;0,000738920802511465;0;0;0;0;0,00576295332592799;0,00167169098581038;0
+"Cabbage_1D_NODE_185_length_6600_cov_3.970647";0,000733268003423597;0;0;0,0038934808042819;0,00144002322783884;0;0;0;0;0;0,000360892989744739;0
+"Cabbage_1D_NODE_193_length_6303_cov_0.923737";0,000158954119465803;0;0,000494137073150926;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_196_length_6116_cov_18.017699";0,00202302068413773;0,00550325937361024;0,000208759057960831;0,00325986050966297;0,00301449120556948;0;0;0;0;0;0,000393716949112375;0
+"Cabbage_1D_NODE_197_length_6083_cov_1.457018";0,00018920888185047;0;0,00118302519250793;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_198_length_6044_cov_1.488592";0,0002156674688028;0;0,000806575367554818;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_201_length_5834_cov_2.869459";0,000414772782190242;0;0,00226144911170961;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_205_length_5793_cov_9.682316";0,001156776820122;0;0,000263810715860278;0,00253201286230948;0,00492188156589142;0;0;0;0;0;0,000559728115201709;0
+"Cabbage_1D_NODE_206_length_5772_cov_3.805137";0,000545957470276863;0,00488563598827053;0,000469213590658093;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_207_length_5767_cov_1.851241";0,000108805256079799;0;0,000389114045495686;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_209_length_5753_cov_0.802169";0,000144623250934106;0;0,000541377711119466;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_217_length_5617_cov_12.565027";0,00170899103236129;0,00915018255194662;0,0132077796251724;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_223_length_5507_cov_1.805019";0,000294613082824882;0;0;0,00271392699656651;0,00137547461835456;0;0;0;0;0;0,00164642158341596;0
+"Cabbage_1D_NODE_228_length_5242_cov_1.155425";0,000152108005376049;0;0,000357967490587038;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_230_length_5208_cov_0.863806";0,000153101029988719;0;0,000947192115901388;0,0000328942310653617;0;0;0;0;0;0;0,000151894565379967;0
+"Cabbage_1D_NODE_231_length_5129_cov_2.012195";0,000286585629551356;0;0,00138043911284842;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_235_length_5024_cov_0.921380";0,000143527445781725;0;0,000477464320994278;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_236_length_5010_cov_0.812206";0,000134932987950484;0;0,000540579011033635;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_241_length_4869_cov_1.920498";0,000321825099529341;0;0,000746942110307719;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_242_length_4846_cov_2.290951";0,000282575781775729;0;0,00127343312546997;0,0000963022419890125;0,001504106381794;0;0;0;0;0;0,0000896929717155273;0
+"Cabbage_1D_NODE_243_length_4789_cov_15.663664";0,00184665970823205;0;0;0,00111263935426977;0,00587913153368718;0;0;0;0;0;0,000776910070242282;0
+"Cabbage_1D_NODE_248_length_4693_cov_8.252519";0,00112061460552993;0;0;0,000591616149015406;0,000548168074567157;0;0;0;0;0;0,00205795239112319;0
+"Cabbage_1D_NODE_251_length_4621_cov_0.965955";0,000136538985426632;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_253_length_4586_cov_4.082978";0,000679589864804927;0;0;0,00398932915949506;0,00190102387956781;0;0;0;0;0;0,00254763400529677;0
+"Cabbage_1D_NODE_255_length_4507_cov_3.456849";0,000493820053254705;0;0;0,000473164725333112;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_256_length_4499_cov_1.583486";0,00022269122360368;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_257_length_4471_cov_18.693370";0,0018299051738914;0,00315364470188968;0,000674976725985634;0,00199113771639704;0,00214171619391915;0;0;0;0;0;0,00132213578991162;0
+"Cabbage_1D_NODE_258_length_4443_cov_0.706441";0,000116260237856331;0;0,00157180895332231;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_261_length_4363_cov_1.559962";0,000210562928886217;0,0044826928413595;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_268_length_4199_cov_0.628929";0,0000792586389734612;0;0,0000506775580887688;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_269_length_4197_cov_1.715971";0,000273407407303346;0;0;0,00121046489392281;0,000527818388744961;0;0;0;0;0;0,000803645607253642;0
+"Cabbage_1D_NODE_270_length_4181_cov_3.970893";0,000528178254196992;0;0,000129552779013562;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_277_length_4105_cov_1.241830";0,000168058764679413;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_278_length_4088_cov_9.145418";0,000402813460378299;0,00144639930408382;0,00140071472288657;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_281_length_4059_cov_24.236521";0,00370759242768168;0;0,000586212304172838;0,00169405164234525;0;0;0;0;0;0;0,000301975618978151;0
+"Cabbage_1D_NODE_287_length_4013_cov_1.505147";0,000177094858727782;0,00544036222746349;0;0,000073602668649477;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_291_length_3947_cov_0.933246";0,000208162488748698;0;0,000441107307675026;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_297_length_3876_cov_1.039744";0,000146683522822413;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_300_length_3805_cov_2.127787";0,000291552365352224;0;0;0,00103087530180706;0,00170902542290023;0;0;0;0;0;0,000498050810635958;0
+"Cabbage_1D_NODE_301_length_3799_cov_0.736656";0,0000666154273839008;0;0;0,0000528691514391784;0;0;0;0;0;0;0,00037069569271502;0
+"Cabbage_1D_NODE_303_length_3783_cov_44.744803";0,00297829883528032;0,0104601677726923;0,00217330889929264;0,000462219311392778;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_305_length_3763_cov_23.061331";0,00140401581787452;0;0,000560352287565692;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_309_length_3711_cov_1.416016";0,000237281573819358;0;0,000370114639902172;0,000200572924659575;0;0;0;0;0;0;0,000163975477582006;0
+"Cabbage_1D_NODE_311_length_3689_cov_0.917181";0,000286623923150235;0;0,000272686449975763;0;0;0;0;0;0;0,00709408299794393;0;0
+"Cabbage_1D_NODE_316_length_3620_cov_2.527054";0,00167591014570884;0;0;0,00743314367302513;0,00671169385467194;0;0;0;0;0;0,00260311005951301;0
+"Cabbage_1D_NODE_317_length_3608_cov_1.049411";0,00014028381853184;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_320_length_3484_cov_1.707477";0,000203984405302695;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_325_length_3398_cov_0.302660";0,0000887599665836277;0;0,000848265420723321;0;0;0;0;0;0;0;0,000102331286858963;0
+"Cabbage_1D_NODE_331_length_3343_cov_0.965485";0,000160737264690779;0;0,000133094567414653;0,000379922312278944;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_338_length_3308_cov_1.326312";0,000158245984426907;0,0039873855989616;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_343_length_3229_cov_0.701483";0,0000730065993837434;0;0,000407389411757153;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_351_length_3164_cov_1.435957";0,000223519256709963;0;0;0,000696410119881801;0,000654972875793355;0;0;0;0;0;0,000544002047438825;0
+"Cabbage_1D_NODE_354_length_3124_cov_11.455455";0,00155026746556978;0;0;0,000376300475984506;0;0;0;0;0;0;0,000845929902969061;0
+"Cabbage_1D_NODE_355_length_3113_cov_0.729739";0,0000879770150006543;0;0,000385284411929851;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_358_length_3086_cov_4.263265";0,000609993433388397;0;0;0,000145482376578527;0;0;0;0;0;0;0,000656344451312331;0
+"Cabbage_1D_NODE_366_length_3022_cov_1.133333";0,000138807253857121;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_368_length_2979_cov_0.710379";0,0000930980824240695;0;0,000525997143019132;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_374_length_2931_cov_2.779601";0,000167955325106043;0;0;0,000044340397164024;0;0;0;0;0;0;0,000172022000505901;0
+"Cabbage_1D_NODE_375_length_2908_cov_0.457389";0,0000631833602978381;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_382_length_2875_cov_1.141557";0,000119376432898213;0;0;0,0000842439504758566;0,00173989076498605;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_401_length_2790_cov_0.899737";0,000129226144732507;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_403_length_2787_cov_366.962782";0,0113418492644492;0,00277439115775465;0,00993973758377884;0;0;0;0;0;0;0,00516452805837041;0;0
+"Cabbage_1D_NODE_411_length_2758_cov_10.117066";0,000966614554111956;0;0;0,000104952922082866;0;0;0;0;0;0;0,000261610788234053;0
+"Cabbage_1D_NODE_416_length_2732_cov_3.062188";0,00111285902028607;0;0,000368206557086599;0,000540570112171213;0;0;0;0;0;0;0,000652296404768347;0
+"Cabbage_1D_NODE_417_length_2732_cov_1.338964";0,000195416521236094;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_420_length_2719_cov_0.626543";0,0000714003057296477;0;0,000604753774624792;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_431_length_2650_cov_2.717796";0,000533747115645527;0;0,000445300138981103;0,00054838043234284;0,00253480042715623;0;0,0204936456749014;0;0;0,00658366595708558;0,000160739282307463;0
+"Cabbage_1D_NODE_436_length_2634_cov_0.743917";0,000107924323170021;0;0;0,000423875924494126;0;0;0;0;0;0;0,00260725278160533;0
+"Cabbage_1D_NODE_440_length_2609_cov_30.609589";0,00562066291347121;0;0,00197231567881532;0,00358426038487256;0,0028211419415293;0;0;0;0;0;0,000959599973850764;0
+"Cabbage_1D_NODE_441_length_2604_cov_0.562778";0,000073222231733735;0;0;0;0;0;0;0;0;0,00770496236721133;0;0
+"Cabbage_1D_NODE_443_length_2570_cov_62.828080";0,0137563474442909;0;0,00670677057571749;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_447_length_2536_cov_19.875052";0,0020095061400124;0;0,000556855457709924;0,000456561765149123;0,00109894801726037;0;0;0;0;0;0,000133686384041044;0
+"Cabbage_1D_NODE_449_length_2529_cov_3.816819";0,000726521201052247;0;0,0020653031356979;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_450_length_2529_cov_0.636969";0,000102809603922488;0;0;0,000119128058314021;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_453_length_2522_cov_2.959916";0,000595201567235251;0;0,000176421545942579;0,00221818422916703;0,00195508570581233;0;0;0;0;0;0,00137186004830699;0
+"Cabbage_1D_NODE_454_length_2521_cov_77.333751";0,00735014853931111;0;0,000982213713933386;0,003662510250066;0,0014172907432807;0;0;0;0;0,00519041495030051;0,0011103370835428;0
+"Cabbage_1D_NODE_458_length_2496_cov_1.104686";0,000133336147856396;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_459_length_2493_cov_0.771344";0,00011820011502713;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_460_length_2486_cov_1.220008";0,0000529911963323085;0;0;0,000805547752610048;0,000833601841918816;0;0;0;0;0,00245629532389255;0,00110848534735239;0
+"Cabbage_1D_NODE_462_length_2472_cov_0.721535";0,000112192227969783;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_465_length_2460_cov_23.426489";0,00175873631123753;0,00221871683117998;0,000432510297590935;0,00171937509473082;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_466_length_2457_cov_26.842489";0,00273586021897938;0;0,00122038092626946;0,00251489145069359;0,00444987761060667;0;0;0;0;0;0,000601472234095935;0
+"Cabbage_1D_NODE_474_length_2408_cov_17.517317";0,00348545563246208;0;0,000706960353537343;0,00111376120612807;0,000474815942034638;0;0;0;0;0;0,00067147257652509;0
+"Cabbage_1D_NODE_475_length_2406_cov_0.499342";0,000119592438517914;0;0,000410056237706935;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_482_length_2379_cov_0.562167";0,00010637747315319;0;0,000788762331087538;0;0;0;0;0;0;0;0,000259439277059896;0
+"Cabbage_1D_NODE_485_length_2358_cov_1.339310";0,000183775437037017;0;0,000631707152206608;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_490_length_2334_cov_0.501586";0,0000653541358816267;0;0,000323245602172426;0,0000860539444376344;0;0;0;0;0;0;0,000234645114642734;0
+"Cabbage_1D_NODE_494_length_2316_cov_20.044312";0,00335896554858962;0;0,000709985109328502;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_495_length_2310_cov_0.573523";0,0000795399185048109;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_497_length_2302_cov_0.674943";0,000105417805863875;0;0;0,0001565370813789;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_509_length_2261_cov_0.584817";0,0000781971393443524;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_511_length_2253_cov_0.423330";0,0000400067625170544;0;0,000240417296518288;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_516_length_2236_cov_3.167378";0,000296130281867111;0;0;0,000356660230359547;0;0;0;0;0;0;0,000217714846979185;0
+"Cabbage_1D_NODE_519_length_2228_cov_0.658258";0,000119811026933799;0;0,000859585097725611;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_539_length_2127_cov_0.554500";0,0000766040304092692;0;0,000609363142701525;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_548_length_2069_cov_0.580844";0,000129018350898262;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_553_length_2060_cov_2.887739";0,000462792940375354;0;0;0,00100654364816421;0;0;0;0;0;0;0,000894623824057188;0
+"Cabbage_1D_NODE_557_length_2027_cov_0.308421";0,0000495981526806721;0;0;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_562_length_2011_cov_1.050425";0,0000930899809002385;0;0,000413642595535185;0;0;0;0;0;0;0;0;0
+"Cabbage_2D_NODE_3_length_6973_cov_4.917032";0,0104484446532483;0,0624887133909989;0,00694677973876523;0;0;0;0;0;0;0,00462877131143153;0;0
+"Cabbage_2D_NODE_8_length_4960_cov_7.901717";0,00905196526675256;0,0121045317443004;0,00635343041036678;0;0;0,00231448126634763;0;0;0;0,00360541989030921;0;0
+"Cabbage_2D_NODE_17_length_3042_cov_1.001372";0,00643774272855367;0,00717691440460584;0,00108744116779991;0,00175938831963878;0,000305383757590654;0;0;0;0;0,00430145828064023;0,000457227761665689;0
+"Cabbage_2D_NODE_31_length_2267_cov_0.864486";0,0000672856432058741;0,0154488068725964;0,000145066212016304;0;0;0;0;0;0;0;0;0
+"Cabbage_2D_NODE_36_length_2199_cov_1.126448";0;0,0188222657961175;0;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_1_length_38817_cov_24.274231";0,00192659174898916;0,00786242094218929;0,0137129913731987;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_2_length_38587_cov_8.398960";0,00127333308660394;0;0,00604258837879187;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_3_length_28744_cov_4.678163";0,000299106415731297;0;0,00343706324222629;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_9_length_22022_cov_24.299657";0,00100167403637573;0,00811692496158454;0,0083486939143736;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_10_length_20098_cov_10.273947";0,00276435330601112;0;0,00854730090629955;0;0;0;0;0;0;0;0,000123271828207814;0
+"Cabbage_3D_NODE_13_length_17122_cov_2.245307";0;0;0,0015908053090227;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_17_length_15619_cov_3.631487";0,000674082137591185;0;0,00270129061836428;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_19_length_15117_cov_2.248232";0,0000231620509539522;0;0,00163031935516534;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_20_length_14845_cov_3.694999";0,0000548793441160376;0;0,00311057793277188;0,000050139853379029;0,00045249047706056;0;0;0;0;0;0,0000749551687968757;0
+"Cabbage_3D_NODE_21_length_13889_cov_1.746548";0;0;0,00126468899720894;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_22_length_13309_cov_19.632757";0,00102160595606074;0,00724512987324981;0,00879965936976917;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_24_length_12827_cov_5.019055";0;0;0,00370099359293091;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_25_length_12775_cov_1.516524";0;0;0,00137042899914848;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_28_length_12040_cov_2.776798";0,0000354160299704945;0;0,0020582186656394;0;0;0;0;0;0;0;0,0000714793387913805;0
+"Cabbage_3D_NODE_32_length_11882_cov_5.537473";0,00470148509093646;0,00470837778978313;0,00348411992262968;0,0042840966631122;0,00420387137637375;0;0;0;0;0,00594674254203173;0,000864036657873083;0
+"Cabbage_3D_NODE_34_length_11503_cov_7.329553";0,00233597327070399;0,0009885181048246;0,00175909556771608;0,00311364549913483;0,00378327547241708;0;0;0;0;0,0039813636715619;0,000821467229756855;0
+"Cabbage_3D_NODE_52_length_8412_cov_4.134701";0,000123223396746983;0;0,00300109758430852;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_54_length_8310_cov_7.673347";0,00106129797398477;0,00290088548384723;0,00342902453592509;0;0;0;0;0;0;0,00236191987178837;0;0
+"Cabbage_3D_NODE_55_length_8285_cov_1.832312";0;0;0,00130056347169595;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_56_length_8140_cov_5.924622";0,000058772739374539;0;0,00452730178155104;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_57_length_8092_cov_0.915631";0;0;0,000676549271956269;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_59_length_8066_cov_2.825167";0;0;0,00200021510481587;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_62_length_7798_cov_4.029462";0,000125368124658001;0;0,00295459120170621;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_65_length_7650_cov_7.272764";0;0;0,00633201243377907;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_71_length_7503_cov_4.772234";0,0000559077064049341;0;0,000286191612712929;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_75_length_7199_cov_2.771776";0,0000756046889220457;0;0,00162036930695031;0;0,000397054031261081;0;0;0;0;0;0,000481806373753145;0
+"Cabbage_3D_NODE_80_length_6969_cov_4.868606";0,0000766075385302064;0;0,00106593231718729;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_85_length_6868_cov_2.426643";0,000138306161521398;0;0,00158297807122735;0;0,000936427189117526;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_100_length_6123_cov_3.192962";0,0000622801539881254;0;0,0012068907898747;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_110_length_5939_cov_20.196490";0,0129020627677753;0,0049780100649054;0,0117653075952493;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_117_length_5743_cov_2.228276";0,000310274121531059;0;0,0022568612302388;0,000489621920328076;0;0;0;0;0;0;0,000128662482950872;0
+"Cabbage_3D_NODE_135_length_5418_cov_2.249669";0;0;0,00156388199418867;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_138_length_5356_cov_2.392809";0;0;0,00173729423154135;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_140_length_5309_cov_1.328252";0;0;0,00075062558744904;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_164_length_4953_cov_1.506838";0,000112688292939001;0;0,000937371582687033;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_168_length_4908_cov_11.064003";0;0;0,00994446826265817;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_174_length_4780_cov_9.067913";0;0;0,00664933994141152;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_181_length_4679_cov_1.563708";0;0;0,00102947349933495;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_184_length_4623_cov_1.046486";0;0;0,000836902705503078;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_191_length_4514_cov_40.965352";0,00758781339418496;0,00906852581640907;0,00831826688506486;0;0;0;0;0;0;0,00454140227600249;0;0
+"Cabbage_3D_NODE_205_length_4423_cov_8.979283";0,000221814916556039;0;0,00632003927752244;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_209_length_4371_cov_1.188030";0,0000793122819553029;0;0,000743528028902817;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_220_length_4301_cov_2.757547";0,00936124541997412;0,00475881487273548;0,00193854861712399;0,00119905061897455;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_222_length_4295_cov_1.590451";0,0000879801264319035;0;0,000896311106287084;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_229_length_4224_cov_1.457896";0;0;0,00102129174867612;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_235_length_4190_cov_1.453360";0;0;0,000794114806321009;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_251_length_4042_cov_3.729757";0;0;0,00242650125213156;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_254_length_4013_cov_0.849202";0;0;0,000588111322352316;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_269_length_3857_cov_4.499196";0,000462891112210822;0;0,00137927836670171;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_280_length_3781_cov_1.840996";0,0000999403975205039;0;0,00116653302739921;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_297_length_3687_cov_0.928371";0;0;0,000697826363714289;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_317_length_3562_cov_1.739447";0,0000574221366680828;0;0,00116765196465645;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_328_length_3500_cov_0.838423";0,00000693347968853258;0;0,0000276357229110052;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_338_length_3404_cov_4.497101";0;0;0,00257440885284364;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_343_length_3375_cov_1.124384";0,0000328698296345248;0;0,000722213558740936;0;0;0;0;0;0;0;0,000133937252317269;0
+"Cabbage_3D_NODE_380_length_3233_cov_0.598519";0,0000997237258016594;0;0,000406885372893241;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_408_length_3125_cov_1.983989";0;0;0,00164664691392933;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_416_length_3098_cov_0.789633";0;0;0,000231041066299237;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_423_length_3066_cov_12.111262";0,00295000791053188;0,013796424131261;0,0077859548110001;0;0;0;0;0;0;0,00441004695347831;0;0
+"Cabbage_3D_NODE_426_length_3058_cov_0.918799";0;0;0,000525060660931786;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_475_length_2850_cov_0.884319";0,0000559543974864032;0;0,000590531763256217;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_477_length_2841_cov_1.007001";0,0000427088681975783;0;0,000674113198779536;0,000139314488718434;0;0;0;0;0;0;0,000104035007333595;0
+"Cabbage_3D_NODE_500_length_2757_cov_32.615589";0,00949738340360656;0,0146828032589331;0,00581683351659642;0;0;0;0;0;0;0,00158203797481654;0;0
+"Cabbage_3D_NODE_530_length_2677_cov_2.052941";0,0000543903897867703;0;0,00180659376519459;0;0;0;0,0112112083617586;0;0;0;0;0
+"Cabbage_3D_NODE_533_length_2667_cov_2.949213";0;0;0,00200921135074762;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_541_length_2652_cov_6.048713";0;0;0,00592313156207216;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_552_length_2612_cov_1.219316";0;0;0,000748026650003089;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_573_length_2556_cov_18.171676";0,00172116309169559;0;0,00501032628989038;0,0000416010576465283;0;0;0;0;0;0,00136515765150836;0;0
+"Cabbage_3D_NODE_589_length_2501_cov_0.727885";0,000133069582186951;0;0,000510503957812251;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_615_length_2435_cov_0.828856";0,000129557834015701;0,0240960848462236;0,00109634941815323;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_623_length_2416_cov_1.041066";0;0;0,000608534958139684;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_674_length_2306_cov_0.882515";0;0;0,000553673199691431;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_681_length_2291_cov_7.553142";0;0;0,00548009992076371;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_683_length_2279_cov_30.812268";0,00803936817768641;0,0111763357709285;0,0174011682217168;0;0;0;0;0;0;0,00248801329773583;0;0
+"Cabbage_3D_NODE_694_length_2251_cov_0.656309";0,0000539031073075611;0;0,000584389342764926;0,0000524864521173436;0;0;0;0;0;0;0,000127441320753476;0
+"Cabbage_3D_NODE_705_length_2231_cov_1.619772";0;0;0,00100583626193349;0,0001376881262492;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_707_length_2226_cov_1.171034";0,0000716397272400042;0;0,000573571607586901;0,000278648593670143;0;0;0;0;0;0;0,000234313822605631;0
+"Cabbage_3D_NODE_741_length_2177_cov_1.258049";0;0;0,000995241468177679;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_747_length_2172_cov_0.765281";0;0;0,000623457837310891;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_766_length_2142_cov_10.811414";0;0;0,0076404645695132;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_770_length_2127_cov_1.099000";0;0;0,000563888281305889;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_784_length_2101_cov_33.058257";0,000986725572047235;0,00692754993457432;0,00186912718974481;0;0;0;0;0;0;0,000415200256693879;0;0
+"Cabbage_3D_NODE_792_length_2092_cov_0.699746";0,0000646285152611784;0;0,000416121066776608;0;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_802_length_2078_cov_0.675038";0,0000400393437258859;0;0,000921634070131213;0;0;0;0;0;0;0;0,000476904177732558;0
+"Cabbage_3D_NODE_835_length_2027_cov_0.646842";0;0;0,000381746542431251;0;0;0;0;0;0;0;0;0
+"Carrot_1D_NODE_32_length_2426_cov_0.664637";0;0;0;0;0,00512531124239945;0;0,0748159896286724;0;0;0;0,000218580219265789;0,0253642116256167
+"Carrot_1D_NODE_38_length_2401_cov_0.617414";0;0;0,000177255365609946;0;0;0,0286876145299898;0,0755949982670384;0;0;0,0426903162721267;0;0
+"Carrot_1D_NODE_63_length_2110_cov_0.414019";0;0;0;0;0;0,0190423671961113;0,0629915063180274;0;0;0,0163304557833633;0,0000988782121554757;0,0151646731042407
+"Carrot_2D_NODE_1_length_44916_cov_7.074862";0;0;0;0;0;0;0;0,00387249839371011;0;0;0;0
+"Carrot_2D_NODE_2_length_44072_cov_5.334532";0;0;0;0;0;0;0;0,00306842320263972;0;0;0;0
+"Carrot_2D_NODE_5_length_26292_cov_1.890464";0;0;0;0;0;0;0;0,00107567200323176;0;0;0;0
+"Carrot_2D_NODE_6_length_20080_cov_2.310981";0;0;0;0;0;0;0;0,00187833143203439;0;0;0;0
+"Carrot_2D_NODE_7_length_19044_cov_1.994344";0;0;0;0;0;0;0;0,00107037449825389;0,0237329827036306;0;0;0
+"Carrot_2D_NODE_10_length_16646_cov_1.267510";0;0;0;0;0;0;0;0,000723743568592671;0;0;0;0
+"Carrot_2D_NODE_11_length_16338_cov_2.584356";0;0;0;0;0;0;0;0,00198653810854539;0;0;0;0
+"Carrot_2D_NODE_12_length_13811_cov_2.565843";0;0;0;0;0;0;0;0,00196998263663135;0;0;0;0
+"Carrot_2D_NODE_13_length_12991_cov_2.168532";0;0;0;0;0;0;0;0,00173540868975379;0;0;0;0
+"Carrot_2D_NODE_14_length_12984_cov_3.465894";0;0;0;0;0;0;0;0,00262942879534173;0;0;0;0
+"Carrot_2D_NODE_16_length_11719_cov_2.784161";0;0;0;0;0;0;0;0,00204355299141083;0;0;0;0
+"Carrot_2D_NODE_17_length_10410_cov_3.575999";0;0;0;0;0;0;0;0,00295127678159118;0;0;0;0
+"Carrot_2D_NODE_18_length_10139_cov_3.907111";0;0;0;0;0;0;0;0,00261361825901678;0;0;0;0
+"Carrot_2D_NODE_20_length_9611_cov_9.042493";0;0;0;0;0;0;0;0,00465968532970124;0;0;0;0
+"Carrot_2D_NODE_21_length_9104_cov_1.018714";0;0;0;0;0;0;0;0,000563111629341959;0;0;0;0
+"Carrot_2D_NODE_23_length_8842_cov_9.503155";0;0;0;0;0;0;0;0,00313228622393063;0;0;0;0
+"Carrot_2D_NODE_24_length_8632_cov_0.617872";0;0;0;0;0;0;0;0,000448255147708624;0;0;0;0
+"Carrot_2D_NODE_25_length_8268_cov_1.178725";0;0;0;0;0;0;0;0,000634812460437704;0,031045642601389;0;0;0
+"Carrot_2D_NODE_26_length_8235_cov_2.856808";0;0;0;0;0;0;0;0,0020721492024153;0;0;0;0
+"Carrot_2D_NODE_27_length_8186_cov_5.334036";0;0;0;0;0;0;0;0,00189220130161499;0;0;0;0
+"Carrot_2D_NODE_28_length_8177_cov_4.063106";0;0;0;0;0;0;0;0,00294964939653432;0;0;0;0
+"Carrot_2D_NODE_32_length_8018_cov_10.056900";0;0;0;0;0;0;0;0,00205820246879387;0;0;0;0
+"Carrot_2D_NODE_33_length_7971_cov_3.107598";0;0;0;0;0;0;0;0,00230156702424694;0;0;0;0
+"Carrot_2D_NODE_35_length_7720_cov_4.784670";0;0;0;0;0;0;0;0,00131863987790629;0,0363423681537816;0;0;0
+"Carrot_2D_NODE_37_length_7552_cov_0.745185";0;0;0;0;0;0;0;0,00040730150478251;0;0;0;0
+"Carrot_2D_NODE_38_length_6833_cov_2.668804";0;0;0;0;0;0;0;0,00215969456443757;0;0;0;0
+"Carrot_2D_NODE_42_length_6579_cov_1.321761";0;0;0;0;0;0;0;0,000718006760998486;0;0;0;0
+"Carrot_2D_NODE_43_length_6463_cov_2.719697";0;0;0;0;0;0;0;0,0021020278392159;0;0;0;0
+"Carrot_2D_NODE_44_length_6340_cov_2.958474";0;0;0;0;0;0;0;0,00226795006242203;0;0;0;0
+"Carrot_2D_NODE_45_length_6287_cov_0.694643";0;0;0;0;0;0;0;0,000378589535980592;0;0;0;0
+"Carrot_2D_NODE_46_length_6195_cov_2.624588";0;0;0;0;0;0;0;0,00182057307534531;0;0;0;0
+"Carrot_2D_NODE_48_length_6165_cov_2.502153";0;0;0;0;0;0;0;0,00216799608369616;0;0;0;0
+"Carrot_2D_NODE_49_length_6071_cov_1.436070";0;0;0;0;0;0;0;0,000751949758924127;0;0;0;0
+"Carrot_2D_NODE_50_length_6004_cov_1.240429";0;0;0;0;0;0;0;0,000668856065000755;0;0;0;0
+"Carrot_2D_NODE_51_length_5661_cov_2.656668";0;0;0;0;0;0;0;0,00192977793121215;0;0;0;0
+"Carrot_2D_NODE_52_length_5649_cov_1.149946";0;0;0;0;0;0;0;0,00090535708242029;0,0140393176292811;0;0;0
+"Carrot_2D_NODE_53_length_5645_cov_0.654041";0;0;0;0;0;0;0;0,000408672404444311;0;0;0;0
+"Carrot_2D_NODE_54_length_5550_cov_0.697400";0;0;0;0;0;0;0;0,000365083798114906;0;0;0;0
+"Carrot_2D_NODE_55_length_5497_cov_4.335382";0;0;0;0;0;0;0;0,00287555372810291;0;0;0;0
+"Carrot_2D_NODE_57_length_5405_cov_2.179992";0;0;0;0;0;0;0;0,00145660391014772;0;0;0;0
+"Carrot_2D_NODE_58_length_5301_cov_2.169695";0;0;0;0;0;0;0;0,00175688845442584;0,0526047031684292;0;0;0
+"Carrot_2D_NODE_61_length_5100_cov_2.472351";0;0;0;0;0;0;0;0,00179501690249622;0;0;0;0
+"Carrot_2D_NODE_62_length_4996_cov_0.640173";0;0;0;0;0;0;0;0,000332272144000901;0;0;0;0
+"Carrot_2D_NODE_63_length_4983_cov_1.012562";0;0;0;0;0;0;0;0,000546249976107819;0,0143755021787538;0;0;0
+"Carrot_2D_NODE_65_length_4877_cov_0.900421";0;0;0;0;0;0;0;0,000513072290768859;0;0;0;0
+"Carrot_2D_NODE_66_length_4865_cov_1.431406";0;0;0;0;0;0;0;0,00076523433828924;0;0;0;0
+"Carrot_2D_NODE_69_length_4785_cov_2.579863";0;0;0;0;0;0;0;0,00171421300682272;0,0668319220748716;0;0;0
+"Carrot_2D_NODE_70_length_4641_cov_0.843155";0;0;0;0;0;0;0;0,000460260744229799;0;0;0;0
+"Carrot_2D_NODE_71_length_4606_cov_2.082384";0;0;0;0;0;0;0;0,00163242874537042;0,145523535818679;0;0;0
+"Carrot_2D_NODE_72_length_4567_cov_2.792568";0;0;0;0;0;0;0;0,00217021356006637;0;0;0;0
+"Carrot_2D_NODE_75_length_4391_cov_0.839587";0;0;0;0;0;0;0;0,000414190645777537;0;0;0;0
+"Carrot_2D_NODE_76_length_4328_cov_0.582480";0;0;0;0;0;0;0;0,000298948286349185;0;0;0;0
+"Carrot_2D_NODE_77_length_4293_cov_1.725876";0;0;0;0;0;0;0;0,000912686441828265;0,0192683919381575;0;0;0
+"Carrot_2D_NODE_78_length_4251_cov_4.312076";0;0;0;0;0;0;0;0,00271916980600203;0;0;0;0
+"Carrot_2D_NODE_80_length_4141_cov_1.020179";0;0;0;0;0;0;0;0,00065732036487449;0;0;0;0
+"Carrot_2D_NODE_81_length_4107_cov_0.863568";0;0;0;0;0;0;0;0,0004874124299157;0;0;0;0
+"Carrot_2D_NODE_82_length_4101_cov_1.639406";0;0;0;0;0;0;0;0,000907794453981261;0;0;0;0
+"Carrot_2D_NODE_83_length_4073_cov_2.445261";0;0;0;0;0;0;0;0,00141150997675298;0,0305684256195931;0;0;0
+"Carrot_2D_NODE_86_length_3815_cov_1.085954";0;0;0;0;0;0;0;0,000572711552744009;0;0;0;0
+"Carrot_2D_NODE_87_length_3737_cov_0.807756";0;0;0;0;0;0;0;0,000408285888980943;0;0;0;0
+"Carrot_2D_NODE_90_length_3539_cov_1.237397";0;0;0;0;0;0;0;0,000631172374531306;0;0;0;0
+"Carrot_2D_NODE_92_length_3499_cov_7.447212";0;0;0;0;0;0;0;0,00465011466447176;0,0265654502711102;0;0;0
+"Carrot_2D_NODE_93_length_3473_cov_0.846981";0;0;0;0;0;0;0;0,000439321729663629;0;0;0;0
+"Carrot_2D_NODE_94_length_3446_cov_0.789997";0;0;0;0;0;0;0;0,000506521890884307;0;0;0;0
+"Carrot_2D_NODE_96_length_3354_cov_1.084599";0;0;0;0;0;0;0;0,000564087005137451;0;0;0;0
+"Carrot_2D_NODE_97_length_3289_cov_3.549652";0;0;0;0;0;0;0;0,00254587863994051;0;0;0;0
+"Carrot_2D_NODE_98_length_3269_cov_0.682050";0;0;0;0;0;0;0;0,000328583087933232;0;0;0;0
+"Carrot_2D_NODE_99_length_3261_cov_8.850351";0;0;0;0;0;0;0;0,00396015627210021;0;0;0;0
+"Carrot_2D_NODE_100_length_3252_cov_0.795520";0;0;0;0;0;0;0;0,000536738756453666;0;0;0;0
+"Carrot_2D_NODE_102_length_3224_cov_0.378754";0;0;0;0;0;0;0;0,000265021105951675;0;0;0;0
+"Carrot_2D_NODE_103_length_3223_cov_0.860465";0;0;0;0;0;0;0;0,000397655001049425;0;0;0;0
+"Carrot_2D_NODE_104_length_3197_cov_2.496091";0;0;0;0;0;0;0;0,00138974846326513;0;0;0;0
+"Carrot_2D_NODE_105_length_3161_cov_0.619314";0;0;0;0;0;0;0;0,000320502227070188;0;0;0;0
+"Carrot_2D_NODE_106_length_3140_cov_0.638898";0;0;0;0;0;0;0;0,000392617072813504;0;0;0;0
+"Carrot_2D_NODE_107_length_3117_cov_2.636789";0;0;0;0;0;0;0;0,00182876345061501;0;0;0;0
+"Carrot_2D_NODE_108_length_3071_cov_0.904552";0;0;0;0;0;0;0;0,000492855178178056;0;0;0;0
+"Carrot_2D_NODE_109_length_3067_cov_0.677891";0;0;0;0;0;0;0;0,00034226471619817;0;0;0;0
+"Carrot_2D_NODE_112_length_3021_cov_0.520387";0;0;0;0;0;0;0;0,000258587009588333;0;0;0;0
+"Carrot_2D_NODE_113_length_2968_cov_0.544175";0;0;0;0;0;0;0;0,000333118365867559;0;0;0;0
+"Carrot_2D_NODE_117_length_2840_cov_0.454847";0;0;0;0;0;0;0;0,000262173595477264;0;0;0;0
+"Carrot_2D_NODE_118_length_2810_cov_0.558330";0;0;0;0;0;0;0;0,00030841073328298;0;0;0;0
+"Carrot_2D_NODE_119_length_2768_cov_0.404392";0;0;0;0;0;0;0;0,000277812587077088;0;0;0;0
+"Carrot_2D_NODE_120_length_2731_cov_0.947005";0;0;0;0;0;0;0;0,000594439138270808;0;0;0;0
+"Carrot_2D_NODE_121_length_2686_cov_0.652208";0;0;0;0;0;0;0;0,000309015568024665;0;0;0;0
+"Carrot_2D_NODE_122_length_2665_cov_1.027581";0;0;0;0;0;0;0;0,00055419883953992;0;0;0;0
+"Carrot_2D_NODE_123_length_2655_cov_1.855222";0;0;0;0;0;0;0;0,00102981911332664;0;0;0;0
+"Carrot_2D_NODE_124_length_2636_cov_0.876445";0;0;0;0;0;0;0;0,000453793347429241;0;0;0;0
+"Carrot_2D_NODE_126_length_2614_cov_2.632087";0;0;0;0;0;0;0;0,00143354142526821;0;0;0;0
+"Carrot_2D_NODE_127_length_2585_cov_2.065500";0;0;0;0;0;0;0;0,00147795511615975;0;0;0;0
+"Carrot_2D_NODE_129_length_2577_cov_0.966939";0;0;0;0;0;0;0;0,000539967831903402;0;0;0;0
+"Carrot_2D_NODE_130_length_2562_cov_0.534702";0;0;0;0;0;0;0;0,000424021947459293;0;0;0;0
+"Carrot_2D_NODE_134_length_2441_cov_0.728608";0;0;0;0;0;0;0;0,00048504430515629;0;0;0;0
+"Carrot_2D_NODE_135_length_2420_cov_3.341910";0;0;0;0;0;0;0;0,00198223271497144;0;0;0;0
+"Carrot_2D_NODE_137_length_2357_cov_1.478924";0;0;0;0;0;0;0;0,000709477194045598;0;0;0;0
+"Carrot_2D_NODE_138_length_2318_cov_0.900502";0;0;0;0;0;0;0;0,000874122122319986;0;0;0;0
+"Carrot_2D_NODE_139_length_2318_cov_0.371520";0;0;0;0;0;0;0;0,000221163428538792;0;0;0;0
+"Carrot_2D_NODE_140_length_2298_cov_4.312298";0;0;0;0;0;0;0;0,00288952416262576;0;0;0;0
+"Carrot_2D_NODE_141_length_2276_cov_0.542578";0;0;0;0;0;0;0;0,000273511362823237;0;0;0;0
+"Carrot_2D_NODE_146_length_2212_cov_0.888729";0;0;0;0;0;0;0;0,000579404190046247;0;0;0;0
+"Carrot_2D_NODE_147_length_2191_cov_0.355136";0;0;0;0;0;0;0;0,000172701763142949;0;0;0;0
+"Carrot_2D_NODE_156_length_2087_cov_0.867347";0;0;0;0;0;0;0;0,000485437249529882;0;0;0;0
+"Carrot_2D_NODE_157_length_2084_cov_0.727644";0;0;0;0;0;0;0;0,000409994263717946;0;0;0;0
+"Carrot_2D_NODE_159_length_2064_cov_0.844605";0;0;0;0;0;0;0;0,000473105230115282;0;0;0;0
+"Carrot_2R_NODE_1_length_41459_cov_5.774993";0;0;0;0;0;0;0;0,682433378486344;0,139314679099815;0;0;0
+"Carrot_3D_NODE_50_length_2027_cov_4.880526";0;0;0;0;0;0;0;0,000361305819545366;0,245272824306234;0;0;0
+"Cabbage_4D_NODE_138_length_4051_cov_1.136595";0;0;0,000391579979040163;0;0;0,0417989260543058;0,0377487899746539;0;0;0,0296090259579494;0;0
+"Cabbage_4D_NODE_170_length_3681_cov_1.748734";0;0;0,000336343489924758;0;0,00446502413298804;0;0,137441835082178;0;0;0,0612601979387741;0,00025505260103674;0,036442053447478
+"Cabbage_4D_NODE_242_length_3027_cov_1.141724";0,0000286318123907027;0;0,000600736890500212;0;0;0,0597315085983076;0,0382431888800582;0;0;0,0384726862234547;0;0
+"Cabbage_4D_NODE_282_length_2782_cov_1.614689";0;0;0,000535429714199562;0;0;0,0557072845415663;0,0647284071554879;0;0;0,0509541903804813;0;0
+"Cabbage_4D_NODE_330_length_2537_cov_0.640249";0,00842293433191068;0,0132668247256603;0,013000881077763;0;0;0,010181163158234;0;0;0;0,0111749749813558;0;0
+"Cabbage_4D_NODE_383_length_2299_cov_0.483425";0;0;0;0;0,0012744026839168;0;0,0491099645388224;0;0;0,0151776553164652;0;0
+"Cabbage_4D_NODE_398_length_2256_cov_1.158760";0;0;0,000308696904856973;0;0;0,0566104061511802;0,0487790266886387;0;0;0,0371206697580357;0;0
+"Cabbage_4D_NODE_441_length_2041_cov_2.060084";0;0;0,00970567671857351;0;0;0,459811790239411;0,0595192460903005;0;0;0,0585546282635943;0;0
+"Cabbage_4D_NODE_447_length_2029_cov_1.344374";0;0;0,0010964394747836;0;0;0,06011491509932;0,0542363155296052;0;0;0,0408437137677746;0;0
+"Turnip_1D_NODE_1_length_31512_cov_1.784993";0;0;0;0,000636813549796473;0;0;0;0;0;0;0,000111449266906012;0
+"Turnip_1D_NODE_5_length_13998_cov_1.243025";0,000730348321241698;0;0,000395247301527593;0,000428344080482507;0,00103121013386162;0;0;0;0;0;0,000144697740873686;0
+"Turnip_1D_NODE_6_length_13634_cov_2.248464";0;0;0;0,000810668343673532;0;0;0;0;0;0;0,000495415451819403;0
+"Turnip_1D_NODE_7_length_13468_cov_0.685406";0;0;0;0,00026931341060926;0;0;0;0;0;0;0,000176855786480196;0
+"Turnip_1D_NODE_10_length_10921_cov_0.830554";0;0;0;0,000303995129056272;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_12_length_10531_cov_1.987216";0;0;0;0,000675382169187319;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_14_length_9071_cov_0.632379";0;0;0;0,000309336494130563;0,00106350709980033;0;0;0;0;0;0,000429333390228604;0
+"Turnip_1D_NODE_16_length_8840_cov_5.908757";0;0;0;0,00211034071117405;0,000905373022504056;0;0;0;0;0;0,000261577985267639;0
+"Turnip_1D_NODE_19_length_8115_cov_0.754882";0;0;0;0,000393823345720468;0,00138252476726623;0;0;0;0;0;0,000216388742990896;0
+"Turnip_1D_NODE_21_length_8098_cov_2.149668";0;0;0;0,000814102594141842;0;0;0;0;0;0;0,000428318607637552;0
+"Turnip_1D_NODE_25_length_7392_cov_0.946043";0;0;0;0,00034603390563507;0;0;0;0;0;0;0,000121128708106453;0
+"Turnip_1D_NODE_26_length_7204_cov_0.583722";0;0;0;0,000230422737675149;0,00266833509235165;0;0;0;0;0;0,000223238884155156;0
+"Turnip_1D_NODE_27_length_7165_cov_0.987923";0,0000479005226214044;0;0,000664183040512923;0,000441093140182381;0;0;0;0;0;0;0,000385818229774838;0
+"Turnip_1D_NODE_30_length_6902_cov_3.574465";0;0;0;0,00138140585336026;0;0;0;0;0;0;0,000220411836173147;0
+"Turnip_1D_NODE_31_length_6817_cov_0.415994";0;0;0;0,000104853949315337;0,000597507489914059;0;0;0;0;0;0,000357056181491462;0
+"Turnip_1D_NODE_32_length_6596_cov_0.608595";0;0;0;0,000223003365110059;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_35_length_6279_cov_6.436606";0;0;0;0,00176402000292852;0,000614561102232123;0;0;0;0;0;0,00020490051555391;0
+"Turnip_1D_NODE_36_length_6250_cov_5.930263";0;0;0;0,000275991400680904;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_38_length_5856_cov_2.029674";0;0;0;0,000827190429023524;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_39_length_5841_cov_1.027826";0;0;0;0,000376225692367782;0;0;0;0;0;0;0,000266402099733219;0
+"Turnip_1D_NODE_43_length_5671_cov_0.358045";0,000035455988532436;0;0,000320654305685795;0,000204168689193824;0;0;0;0;0;0;0,000447605096641037;0
+"Turnip_1D_NODE_52_length_5105_cov_0.809562";0;0;0;0,000398066300473578;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_53_length_5051_cov_2.121243";0;0;0;0,000484189858824808;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_58_length_4959_cov_6.943295";0;0;0;0,00389654012054341;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_61_length_4888_cov_0.588322";0;0;0;0,000271921806834407;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_66_length_4797_cov_5.370236";0;0;0;0,000838629451018258;0,000268141835933257;0;0;0;0;0;0,000117791908112045;0
+"Turnip_1D_NODE_67_length_4791_cov_0.716981";0,0000629526959822933;0;0,000742951599026815;0,000408126259967047;0;0;0;0;0;0;0,000381035064061881;0
+"Turnip_1D_NODE_69_length_4729_cov_0.785963";0;0;0;0,0000437211369218113;0;0;0;0;0;0;0,0000349265835387416;0
+"Turnip_1D_NODE_71_length_4694_cov_0.398949";0;0;0;0,000207650784119761;0,00124833905851075;0;0;0;0;0;0,00130747512355779;0
+"Turnip_1D_NODE_77_length_4553_cov_0.994577";0;0;0;0,000350315078007445;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_79_length_4497_cov_4.306865";0;0;0;0,00153299481139355;0;0;0;0;0;0;0,000390481354096313;0
+"Turnip_1D_NODE_80_length_4469_cov_0.825196";0;0;0;0,00026833566518658;0,000479703284467753;0;0;0;0;0;0,000291778121011487;0
+"Turnip_1D_NODE_81_length_4463_cov_1.370849";0;0;0;0,000456651538002111;0;0;0;0;0;0;0,000130502771420752;0
+"Turnip_1D_NODE_82_length_4462_cov_1.543483";0;0;0;0,000480584517581342;0;0;0;0;0;0;0,00115725401933871;0
+"Turnip_1D_NODE_84_length_4448_cov_0.969683";0;0;0;0,000332022829687895;0;0;0;0;0;0;0,000308790639691926;0
+"Turnip_1D_NODE_86_length_4415_cov_6.215951";0,000263833428691613;0;0;0,00361933912856353;0,00110062658001868;0;0;0;0;0;0,00158305921318455;0
+"Turnip_1D_NODE_88_length_4348_cov_0.590855";0;0;0;0,000216023155368748;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_93_length_4301_cov_0.749641";0;0;0;0,000206022443122775;0,000299064493599589;0;0;0;0;0;0,000232434299964409;0
+"Turnip_1D_NODE_95_length_4237_cov_1.218248";0;0;0;0,000465672636785354;0,000674626379761274;0;0;0;0;0;0,00109150313418264;0
+"Turnip_1D_NODE_101_length_4149_cov_0.794630";0;0;0;0,000259131774841378;0;0;0;0;0;0;0,000385519373013998;0
+"Turnip_1D_NODE_102_length_4147_cov_3.179851";0,0000952998172766715;0;0;0,00142021416331073;0,00122344966207165;0;0;0;0;0;0,000408763768902927;0
+"Turnip_1D_NODE_104_length_4102_cov_2.240503";0;0;0;0,00134794728764392;0;0;0;0;0;0;0,000676031364981809;0
+"Turnip_1D_NODE_105_length_4089_cov_1.780666";0;0;0;0,00108929861582257;0;0;0;0;0;0;0,000199840064796986;0
+"Turnip_1D_NODE_108_length_4042_cov_0.632184";0;0;0,00021058393509623;0,000235300192952729;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_109_length_4013_cov_2.873134";0,00080599757655132;0;0;0,00127774232775492;0,00106842460916341;0;0;0;0;0;0;0
+"Turnip_1D_NODE_112_length_3899_cov_1.503181";0;0;0;0,000630278963143298;0,00241925968311365;0;0;0;0;0;0,000292071969542351;0
+"Turnip_1D_NODE_118_length_3838_cov_9.180275";0,00000541960371693531;0;0;0,00032476573455062;0;0;0;0;0;0;0,00034427892351164;0
+"Turnip_1D_NODE_120_length_3796_cov_1.623603";0;0;0;0,000546227585673937;0;0;0;0;0;0;0,000354958281584215;0
+"Turnip_1D_NODE_121_length_3792_cov_0.561528";0;0;0;0,000283527883390527;0,00120607256162385;0;0;0;0;0;0,00125856553466488;0
+"Turnip_1D_NODE_122_length_3780_cov_0.775253";0;0;0;0,000293804718235905;0;0;0;0;0;0;0,000170181261529497;0
+"Turnip_1D_NODE_131_length_3679_cov_0.419764";0;0;0;0,000163780842335503;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_134_length_3595_cov_0.469723";0;0;0;0,000205401605904278;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_135_length_3588_cov_4.172782";0;0;0;0,00139287019431236;0;0;0;0;0;0;0,00010418083645562;0
+"Turnip_1D_NODE_136_length_3583_cov_1.254630";0;0;0;0,000372609863799159;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_140_length_3533_cov_0.747798";0,0000304186060493221;0;0,000197118657616001;0,000317689367479008;0;0;0;0;0;0;0,000366618562123314;0
+"Turnip_1D_NODE_146_length_3467_cov_2.077844";0;0;0;0,000768449649206509;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_152_length_3390_cov_0.610481";0;0;0;0,00020736715991476;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_153_length_3368_cov_1.149954";0;0;0;0,000515665366575791;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_158_length_3292_cov_1.624961";0;0;0;0,000480914292161689;0,00132413358318621;0;0;0;0;0;0,00157911288139854;0,00411220748141681
+"Turnip_1D_NODE_161_length_3255_cov_1.412404";0;0;0;0,000553530508961948;0;0;0;0;0;0;0,000269738041378052;0
+"Turnip_1D_NODE_163_length_3243_cov_1.136393";0;0;0;0,000517325764036138;0,00165263180564785;0;0;0;0;0;0,000142069463271493;0
+"Turnip_1D_NODE_171_length_3090_cov_2.014512";0;0;0;0,000902352520291558;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_172_length_3085_cov_0.369844";0;0;0;0,00013595522307692;0;0;0;0;0;0;0,0000507211574509045;0
+"Turnip_1D_NODE_180_length_3017_cov_0.901038";0;0;0;0,000393562276217173;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_184_length_2990_cov_1.362906";0;0;0;0,000254865610023112;0,000573590362083315;0;0;0;0;0;0,000104665398485646;0
+"Turnip_1D_NODE_190_length_2950_cov_1.760184";0;0;0;0,000802999126952073;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_194_length_2909_cov_1.773904";0;0;0;0,000659982403020723;0;0;0;0;0;0;0,00011056809360287;0
+"Turnip_1D_NODE_198_length_2895_cov_0.580564";0,0000622695930576328;0;0,000227195234985121;0,000155080695724122;0,000246838684891927;0;0;0;0;0;0;0
+"Turnip_1D_NODE_201_length_2890_cov_0.526963";0;0;0;0,000192142185974346;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_204_length_2857_cov_1.060440";0,000306995162967928;0;0;0,000351504911301083;0;0;0;0;0;0;0,00120491598046653;0
+"Turnip_1D_NODE_205_length_2854_cov_1.892556";0;0;0;0,00069132969939017;0,0004256540251211;0;0;0;0;0;0,000201030422576085;0
+"Turnip_1D_NODE_206_length_2852_cov_1.121101";0;0;0;0,000617247670186007;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_210_length_2842_cov_0.883610";0;0;0;0,000259823635899324;0;0;0;0;0;0;0,000116233507075798;0
+"Turnip_1D_NODE_212_length_2836_cov_5.627169";0;0;0;0,00219755093301354;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_216_length_2803_cov_0.769058";0;0;0;0,000284513833422743;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_217_length_2802_cov_1.891215";0;0;0;0,00107099710720556;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_219_length_2791_cov_0.346471";0;0;0;0,00022012340355569;0;0;0;0;0;0;0,000183765505661578;0
+"Turnip_1D_NODE_222_length_2778_cov_0.499811";0;0;0;0,000246671210062496;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_224_length_2770_cov_0.613697";0;0;0;0,000217526974351017;0,000928719412976053;0;0;0;0;0;0;0
+"Turnip_1D_NODE_230_length_2740_cov_1.727516";0;0;0;0,000996056856147023;0,000964968092416014;0;0;0;0;0;0;0
+"Turnip_1D_NODE_232_length_2734_cov_0.879939";0;0;0;0,000401889954118546;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_234_length_2719_cov_1.427855";0;0;0;0,000451904685048864;0;0;0;0;0;0;0,0000959144113865639;0
+"Turnip_1D_NODE_237_length_2717_cov_2.616988";0;0;0;0,000852293438658945;0;0;0;0;0;0;0,000259159539312544;0
+"Turnip_1D_NODE_238_length_2716_cov_0.843955";0,0000229754481578767;0;0;0,000297977531463756;0,000473592189606713;0;0;0;0;0;0,000252853601868499;0
+"Turnip_1D_NODE_240_length_2709_cov_0.594888";0;0;0;0,000274760473758466;0,00102876787440838;0;0;0;0;0;0,000150820602612565;0
+"Turnip_1D_NODE_248_length_2689_cov_2.593286";0;0;0;0,00086775876660237;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_251_length_2678_cov_15.117993";0,00221622801097232;0;0,00058511780771247;0,006299997061488;0,000960624635527881;0;0;0;0;0;0,000827754263913581;0
+"Turnip_1D_NODE_252_length_2676_cov_8.282071";0,000593335892628535;0;0;0,00348789734438531;0,000400559412983257;0;0;0;0;0;0,000539254524625948;0
+"Turnip_1D_NODE_256_length_2649_cov_0.707772";0;0;0;0,000249763390264396;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_260_length_2625_cov_1.185348";0,000190175442885465;0;0,00074432213706974;0,0006728753164024;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_262_length_2619_cov_2.569823";0,0000185316371972997;0;0;0,000493970863188903;0;0;0;0;0;0;0,000325283770992574;0
+"Turnip_1D_NODE_267_length_2594_cov_0.587758";0,0000481120410152607;0;0;0,000273277572203871;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_270_length_2580_cov_0.494089";0;0;0;0,000199201343474888;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_273_length_2568_cov_0.567800";0;0;0;0,000305949211336579;0;0;0;0;0;0;0,0000710879669750962;0
+"Turnip_1D_NODE_274_length_2562_cov_0.389322";0,000035181590925419;0;0;0,00015909725324773;0;0;0;0;0;0;0,000176439588825442;0
+"Turnip_1D_NODE_275_length_2558_cov_1.698478";0;0;0;0,000441088305507874;0;0;0;0;0;0,00323971443451191;0;0
+"Turnip_1D_NODE_276_length_2552_cov_1.396701";0;0;0;0,000703696887337514;0;0;0;0;0;0;0,000235039167119183;0
+"Turnip_1D_NODE_277_length_2551_cov_0.736386";0;0;0;0,000229254280045039;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_295_length_2492_cov_0.328118";0;0;0;0,000173048380242341;0;0;0;0;0;0;0,000136046817788157;0
+"Turnip_1D_NODE_301_length_2462_cov_1.321199";0;0;0;0,00060945042534321;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_304_length_2459_cov_4.720412";0;0;0;0,000254647872995341;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_312_length_2413_cov_0.464567";0;0;0;0,000190954543925797;0;0;0;0;0;0;0,000626850165954575;0
+"Turnip_1D_NODE_313_length_2404_cov_0.963988";0;0;0;0,0000761763127121538;0,000356704488899566;0;0;0;0;0;0,00010125008274656;0
+"Turnip_1D_NODE_316_length_2398_cov_1.738441";0;0;0;0,000731644289067842;0,00104299123213822;0;0;0;0;0;0,000137754640162393;0
+"Turnip_1D_NODE_321_length_2380_cov_1.735464";0,0000305888809788202;0;0;0,000493933902090587;0,0000900753772389239;0;0;0;0;0;0,000292203119955257;0
+"Turnip_1D_NODE_322_length_2374_cov_1.991099";0;0;0;0,000744017567631129;0;0;0;0;0;0;0,000150132584484172;0
+"Turnip_1D_NODE_327_length_2358_cov_1.794711";0,0000985036342518411;0;0;0,00145303778955389;0,00127282085224807;0;0;0;0;0;0,000851608520403951;0
+"Turnip_1D_NODE_331_length_2356_cov_0.947510";0;0;0;0,000393656188103439;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_335_length_2354_cov_0.434216";0;0;0;0,000150569673385056;0;0;0;0;0;0;0,0116178048885014;0
+"Turnip_1D_NODE_338_length_2349_cov_0.619262";0;0;0;0,00024393910941817;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_343_length_2332_cov_0.689342";0;0;0;0,000276115424636778;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_344_length_2330_cov_0.282796";0;0;0;0,000192686100481259;0;0;0;0;0;0;0,000182815063568574;0
+"Turnip_1D_NODE_350_length_2304_cov_2.175930";0;0;0;0,00116659910353394;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_351_length_2304_cov_0.800643";0;0;0;0,000330750075507424;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_358_length_2299_cov_0.874309";0;0;0;0,000277509273626428;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_359_length_2296_cov_1.657446";0;0;0;0,000887646260498006;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_364_length_2276_cov_0.217776";0;0;0;0,0000778648970009713;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_369_length_2263_cov_0.301498";0;0;0,00017951618506044;0,000107026671506004;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_374_length_2241_cov_1.406339";0;0;0;0,000601015547685855;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_378_length_2232_cov_1.365321";0;0;0;0,000674898878754834;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_388_length_2217_cov_3.756459";0;0;0;0,00142021544836948;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_390_length_2213_cov_1.218121";0;0;0;0,000469811853909641;0;0;0;0;0;0;0,000656004586858431;0
+"Turnip_1D_NODE_396_length_2197_cov_2.696135";0;0;0;0,000900756628240943;0;0;0;0;0;0;0,00263125783997033;0
+"Turnip_1D_NODE_408_length_2166_cov_0.754291";0;0;0;0,000267276231860151;0;0;0;0;0;0;0,000144482706127461;0
+"Turnip_1D_NODE_410_length_2158_cov_2.033973";0;0;0;0,000936197295433736;0;0;0;0;0;0;0,000112792029157891;0
+"Turnip_1D_NODE_411_length_2157_cov_1.067488";0;0;0;0,000460099597225582;0;0;0;0;0;0;0,000197477560553906;0
+"Turnip_1D_NODE_414_length_2152_cov_3.295309";0,0000161093858934307;0;0;0,00099919863737628;0,00132824905717868;0;0;0;0;0,00445896521024732;0,000719034210837855;0
+"Turnip_1D_NODE_419_length_2139_cov_2.818091";0;0;0;0,00022646223246198;0;0;0;0;0;0;0,0000528328923060756;0
+"Turnip_1D_NODE_425_length_2126_cov_0.466733";0;0;0;0,000172274558570101;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_427_length_2118_cov_1.506781";0;0;0;0,000602449310733861;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_429_length_2114_cov_2.894313";0;0;0;0,000279439460066557;0;0;0;0;0;0;0,0000534576899918145;0
+"Turnip_1D_NODE_433_length_2104_cov_0.314618";0;0;0;0,000148806825022705;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_436_length_2101_cov_1.897163";0;0;0;0,000868810665118691;0;0;0;0;0;0;0,000761313602396515;0
+"Turnip_1D_NODE_440_length_2097_cov_0.289340";0;0;0;0,000138035364379849;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_442_length_2086_cov_0.719755";0;0;0;0,000229384163494904;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_456_length_2065_cov_0.378741";0;0;0;0,0000858210680746783;0;0;0;0;0;0;0,0000968232372055132;0
+"Turnip_1D_NODE_461_length_2053_cov_5.041018";0;0;0;0,000411471542411303;0;0;0;0;0;0;0,000038108809239172;0
+"Turnip_1D_NODE_462_length_2052_cov_1.406753";0;0;0;0,000656372242867447;0,00132332961622617;0;0;0;0;0;0,000207582406488682;0
+"Turnip_1D_NODE_466_length_2043_cov_1.048539";0,000308833407565572;0;0;0,000558060981821221;0;0;0;0;0;0;0,0000680806094462567;0
+"Turnip_1D_NODE_471_length_2033_cov_1.009444";0;0;0;0,000438765311390487;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_476_length_2023_cov_0.248418";0;0;0;0,0000438014101765226;0;0;0;0;0;0;0,0000902391988097118;0
+"Turnip_1D_NODE_477_length_2022_cov_0.548813";0,0000308611855572667;0;0;0,000236644592013041;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_480_length_2009_cov_0.334750";0;0;0;0,000141141268749994;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_484_length_2002_cov_0.564800";0;0;0;0,000174092737743564;0;0;0;0;0;0;0;0
+"Turnip_1D_NODE_486_length_2001_cov_1.192102";0,0000710326504822178;0;0;0,000292267700347274;0,000249984305314088;0;0;0;0;0;0,000534354955870202;0
+"Turnip_1R_NODE_29_length_2375_cov_0.903470";0,0000408710381639815;0;0;0,000813348846635325;0,000300883365373528;0;0;0;0;0;0,000387984226854275;0
+"Turnip_1R_NODE_35_length_2262_cov_0.660422";0;0;0;0,000276825428689454;0;0;0;0;0;0;0,0000960769542293203;0
+"Turnip_2D_NODE_1_length_91226_cov_2.393155";0,0000434359025058247;0;0;0,0013437334061088;0,00727319225088941;0;0;0;0;0;0,00652916830563168;0
+"Turnip_2D_NODE_2_length_30173_cov_2.061273";0;0;0;0,000833642564251692;0,00633766688307911;0;0;0;0;0;0,00340167555629284;0
+"Turnip_2D_NODE_4_length_21837_cov_2.312160";0;0;0;0,000520751435988392;0,00714368923478376;0;0;0;0;0;0,00124083960552232;0
+"Turnip_2D_NODE_5_length_20303_cov_1.071768";0;0;0;0;0,00349854900657813;0;0;0;0;0;0;0
+"Turnip_2D_NODE_6_length_20077_cov_0.956241";0;0;0;0;0,0032994587801489;0;0;0;0;0;0;0
+"Turnip_2D_NODE_10_length_15725_cov_1.418643";0,0000864204781527749;0;0;0,00138695942041332;0,00569860656867224;0;0;0;0;0;0,00328594254462117;0
+"Turnip_2D_NODE_11_length_13605_cov_1.009645";0;0;0;0;0,00411268084037301;0;0;0;0;0;0,00180889409920262;0
+"Turnip_2D_NODE_13_length_11967_cov_1.235726";0;0;0;0;0,00418595464967204;0;0;0;0;0;0;0
+"Turnip_2D_NODE_14_length_11204_cov_1.408685";0;0;0;0,00015290356603749;0,00514071744168401;0;0;0;0;0;0,0000907788298629295;0
+"Turnip_2D_NODE_15_length_10752_cov_2.551153";0;0;0;0,0003236076320164;0,00765640706530853;0;0;0;0;0;0,00077778154683403;0
+"Turnip_2D_NODE_16_length_10408_cov_2.237623";0;0;0;0,00137637626831111;0,00778587743843443;0;0;0;0;0;0,000572965735358077;0
+"Turnip_2D_NODE_20_length_8993_cov_1.013196";0,000253654488772069;0;0;0,00359315084136155;0,00371880196389054;0;0;0;0;0;0,00244367977822695;0
+"Turnip_2D_NODE_21_length_8973_cov_0.882885";0;0;0;0,000211329478395637;0,0034563192784884;0;0;0;0;0;0,000775040037326995;0
+"Turnip_2D_NODE_26_length_8430_cov_1.195110";0;0;0;0;0,00365351998671978;0;0;0;0;0;0;0
+"Turnip_2D_NODE_36_length_7256_cov_1.050217";0;0;0;0;0,00423480067375573;0;0;0;0;0;0;0
+"Turnip_2D_NODE_37_length_7159_cov_4.129551";0,00529429623094892;0;0,00244008108004559;0,00838614330749501;0,0161405916230809;0;0;0;0;0;0,000966568247473173;0
+"Turnip_2D_NODE_39_length_7009_cov_0.881575";0,0000642996404272532;0;0;0,00149516895842797;0,00348683854365314;0;0;0;0;0;0,00283029301072941;0
+"Turnip_2D_NODE_41_length_6899_cov_1.131424";0;0;0;0,000141283197660264;0,00346992792542852;0;0;0;0;0;0,000475036547708099;0
+"Turnip_2D_NODE_45_length_6396_cov_0.638060";0,00038700003890027;0;0;0,00352538393671442;0,00358639705560731;0;0;0;0;0;0,00218277466647628;0
+"Turnip_2D_NODE_50_length_6065_cov_0.568710";0;0;0;0,000451939074396448;0,00230933564025354;0;0;0;0;0;0;0
+"Turnip_2D_NODE_51_length_5961_cov_1.577305";0;0;0;0,000195226973092431;0,00475919146328746;0;0;0;0;0;0,000123957161480768;0
+"Turnip_2D_NODE_53_length_5792_cov_4.455252";0,000240612813776769;0;0,000313955553788699;0,00797879842948348;0,0152987139334434;0;0;0;0;0;0,000454763807675531;0
+"Turnip_2D_NODE_55_length_5675_cov_0.888428";0,000025046049976197;0;0;0,00066516242620805;0,00244285481226173;0;0;0;0;0;0,00138016415499924;0
+"Turnip_2D_NODE_56_length_5615_cov_0.842019";0;0;0;0;0,00272349012379512;0;0;0;0;0;0;0
+"Turnip_2D_NODE_57_length_5498_cov_5.581828";0,0000119803668681447;0;0;0,000474908836327156;0,00283343693019542;0;0;0;0;0;0;0
+"Turnip_2D_NODE_59_length_5386_cov_4.702035";0,000469870049445672;0;0,000208319782804829;0,00342200753429594;0,0120072629678746;0;0;0;0;0;0,00064721689013855;0
+"Turnip_2D_NODE_61_length_5224_cov_1.326270";0,000245538618372612;0;0,000540652925249757;0,00194386197729752;0,00421317346421776;0;0;0;0;0;0,000600725202438644;0
+"Turnip_2D_NODE_69_length_4525_cov_0.571623";0;0;0;0,000245432449708667;0,00178452095430101;0;0;0;0;0;0,00142546691081819;0
+"Turnip_2D_NODE_73_length_4342_cov_0.689442";0;0;0;0;0,00177744318789291;0;0;0;0;0;0;0
+"Turnip_2D_NODE_85_length_4019_cov_0.621274";0,0036452954918809;0;0,00104931856586698;0,00272511252662011;0,0024892689471684;0;0;0;0;0;0;0
+"Turnip_2D_NODE_91_length_3877_cov_1.229867";0;0;0;0,000178271852396033;0,00394438923010306;0;0;0;0;0;0,000287002703324638;0
+"Turnip_2D_NODE_92_length_3864_cov_0.847204";0;0;0;0,00079651383198899;0,00238569205658164;0;0;0;0;0;0,000357710612880009;0
+"Turnip_2D_NODE_93_length_3858_cov_6.924953";0,00542835028491774;0,00495156866678579;0,00188034662108317;0,0062457442736928;0,015447763762665;0;0;0;0;0,00429610654405468;0,00142405470746468;0
+"Turnip_2D_NODE_97_length_3746_cov_0.675048";0,000115681388289719;0;0,000413134138552133;0,0000599250686227087;0,0021556212808895;0;0;0;0;0;0,000104427903587854;0
+"Turnip_2D_NODE_99_length_3732_cov_1.155895";0,000212723318418269;0;0,00012440518352221;0,00358208292349445;0,00308280484551723;0;0;0;0;0,00175308629283328;0,00321213988396153;0
+"Turnip_2D_NODE_103_length_3670_cov_1.027378";0,000197424694128516;0;0;0,00162089962863969;0,00179136281564349;0,0101660594042299;0;0;0;0;0,00134303958533659;0
+"Turnip_2D_NODE_107_length_3549_cov_0.535067";0;0;0;0;0,00159068023184582;0;0;0;0;0;0,0000685841642498533;0
+"Turnip_2D_NODE_108_length_3446_cov_0.573064";0;0;0;0,000053142151990719;0,00217738796401694;0;0;0;0;0;0,000219470320726696;0
+"Turnip_2D_NODE_109_length_3440_cov_0.354965";0;0;0;0,0000343450592198083;0,00114252586052085;0;0;0;0;0;0;0
+"Turnip_2D_NODE_120_length_3190_cov_0.635325";0;0;0;0,000120369204412996;0,00219531671757645;0;0;0;0;0;0,000119904038878192;0
+"Turnip_2D_NODE_127_length_3109_cov_4.589202";0,0000468327672753889;0;0,000105778418347045;0,000830335166033345;0,00358563161373085;0;0;0;0;0;0,0000447374348982639;0
+"Turnip_2D_NODE_129_length_3043_cov_0.888203";0;0;0;0;0,00300586733728402;0;0;0;0;0;0;0
+"Turnip_2D_NODE_130_length_3038_cov_0.905874";0;0;0;0,0000505566507014426;0,00237572077909727;0;0;0;0;0;0;0
+"Turnip_2D_NODE_146_length_2912_cov_0.953680";0;0;0;0,0000912880351515508;0,00321470937678018;0;0;0;0;0;0;0
+"Turnip_2D_NODE_147_length_2907_cov_0.257914";0;0;0;0;0,00110618884328503;0;0;0;0;0;0,000200355648039497;0
+"Turnip_2D_NODE_149_length_2893_cov_0.784888";0;0;0;0;0,0027418035671136;0;0;0;0;0;0;0
+"Turnip_2D_NODE_152_length_2875_cov_0.401383";0;0;0;0;0,00124277911784718;0;0;0;0;0;0;0
+"Turnip_2D_NODE_158_length_2807_cov_0.897388";0;0;0;0,000164151519235108;0,00269851753590259;0;0;0;0;0;0;0
+"Turnip_2D_NODE_185_length_2668_cov_0.348288";0;0;0;0;0,00125884953747452;0;0;0;0;0;0,0000619069765947186;0
+"Turnip_2D_NODE_201_length_2568_cov_0.752970";0;0;0;0,0000667107302914344;0,00281052948866725;0;0;0;0;0;0;0
+"Turnip_2D_NODE_202_length_2567_cov_0.556967";0;0;0;0,0000736405165351869;0,00186513695033357;0;0;0;0;0;0,000135458399979258;0
+"Turnip_2D_NODE_218_length_2470_cov_1.915920";0;0;0;0,000997313776308311;0,00329814458197906;0;0;0;0;0;0,000239322636303435;0
+"Turnip_2D_NODE_236_length_2388_cov_0.463954";0;0;0;0,0000717391772983265;0,00122690610147602;0;0;0;0;0;0,000116489686012314;0
+"Turnip_2D_NODE_259_length_2288_cov_0.428043";0;0;0,000363564361722577;0;0,00199887550422973;0;0;0;0;0;0,000102583984311215;0
+"Turnip_2D_NODE_280_length_2189_cov_0.302619";0,000136199007129694;0;0;0,00121169494446202;0,00166489253681446;0;0;0;0;0;0,00194590725497842;0
+"Turnip_2D_NODE_290_length_2165_cov_0.446026";0,0000080063275849106;0;0,000169771415573381;0;0,00122125292065583;0;0;0;0;0;0,000140534179516587;0
+"Turnip_2D_NODE_291_length_2163_cov_0.401768";0;0;0;0;0,0026760257703991;0;0;0;0;0,0050412375133717;0,000096455398820182;0,0136551628080435
+"Turnip_2D_NODE_298_length_2147_cov_0.661386";0,0000662022979110004;0;0;0;0,00249626685874056;0;0;0;0;0;0;0
+"Turnip_2D_NODE_304_length_2124_cov_0.917877";0;0;0;0;0,00356626116915187;0;0;0;0;0;0;0
+"Turnip_2R_NODE_17_length_5266_cov_0.588052";0,000298879583991055;0;0;0,000978201549947536;0,00227976571940824;0;0;0;0;0;0,00170691345888789;0
+"Turnip_2R_NODE_29_length_4424_cov_0.774959";0;0;0;0,0000494059577022739;0,00137298438934858;0;0;0;0;0;0,00015523290747623;0
+"Turnip_2R_NODE_32_length_4043_cov_0.792135";0,000613089039982784;0;0;0,000883983888798726;0,00144934542187719;0;0;0;0;0;0,000464431671736949;0
+"Turnip_2R_NODE_35_length_3766_cov_2.455894";0,00579017355826738;0,0059179528861399;0,00212147835729464;0,0108751085603293;0,016527213268609;0;0;0;0;0,00625413302216507;0,00247910992757578;0
+"Turnip_2R_NODE_50_length_3376_cov_0.414589";0,000748594000731672;0;0;0,00136310005768474;0,00194736419828542;0;0;0;0;0;0,00491043621303365;0
+"Turnip_2R_NODE_53_length_3298_cov_0.978556";0,00273933415226135;0;0,00123765805759717;0,00228735178510478;0,00914373417057667;0;0;0;0;0;0,00107542797756729;0
+"Turnip_2R_NODE_80_length_2602_cov_0.544242";0,000277126013684623;0;0,000185866699055569;0,00165051636628813;0,00184004863624376;0;0;0;0;0;0,00100561333144479;0
+"Turnip_2R_NODE_134_length_2007_cov_0.581383";0;0;0;0,0000765277054464288;0,00039165809269474;0;0;0;0;0;0,00049810658901192;0
+"Turnip_4D_NODE_1_length_91759_cov_3.866357";0,000487487267849126;0;0,00344971429282081;0,000214317601200444;0,00182623207862683;0;0;0;0;0;0,00141557172371703;0
+"Turnip_4D_NODE_2_length_44123_cov_3.464497";0;0;0;0,000151556340464917;0,000968496248377838;0;0;0;0;0;0,00128199872223282;0
+"Turnip_4D_NODE_3_length_38424_cov_2.798627";0;0;0;0,0000448924176102345;0;0;0;0;0;0;0,000977582709230385;0
+"Turnip_4D_NODE_4_length_33364_cov_2.165930";0;0;0;0,0000720624483162528;0,00134934880541944;0;0;0;0;0;0,000804062166958765;0
+"Turnip_4D_NODE_5_length_29071_cov_2.405196";0;0;0;0,00200440652997146;0;0;0;0;0;0;0,000914427606187937;0
+"Turnip_4D_NODE_6_length_26571_cov_2.950461";0;0;0;0,00711856706933706;0,000510984225752906;0;0;0;0;0;0,00156449252037465;0
+"Turnip_4D_NODE_7_length_26411_cov_3.806879";0;0;0;0,00023038017081448;0;0;0;0;0;0;0,0018313615631015;0,0623466938519649
+"Turnip_4D_NODE_8_length_26346_cov_1.900034";0;0;0;0,000574232286717216;0;0;0;0;0;0;0,000620978766595873;0
+"Turnip_4D_NODE_9_length_23510_cov_2.094128";0;0;0;0;0;0;0;0;0;0;0,000740628020663284;0
+"Turnip_4D_NODE_10_length_20792_cov_12.425647";0;0;0;0,000234964342230781;0;0;0;0;0;0;0,00420436891999493;0
+"Turnip_4D_NODE_12_length_20382_cov_7.448235";0;0;0;0,000275340137205214;0;0;0;0;0;0;0,000795859969563153;0
+"Turnip_4D_NODE_13_length_18030_cov_9.180473";0;0;0;0,000285374487622735;0,00176370552844785;0;0;0;0;0;0,00383641384959226;0
+"Turnip_4D_NODE_14_length_17893_cov_14.380671";0;0;0;0,000442069071636707;0;0;0;0;0;0;0,00464312358006029;0
+"Turnip_4D_NODE_15_length_17864_cov_6.681739";0;0;0;0,000873668785876744;0;0;0;0;0;0;0,00282047000543019;0
+"Turnip_4D_NODE_17_length_16919_cov_5.151263";0;0;0;0,000657109347460773;0;0;0;0;0;0;0,00222014528160461;0,0237856608676931
+"Turnip_4D_NODE_18_length_16383_cov_3.414062";0;0;0;0,000444953313146912;0;0;0;0;0;0;0,00131220746447953;0
+"Turnip_4D_NODE_20_length_15967_cov_18.085795";0;0;0;0,00131673196663664;0;0;0;0;0;0;0,00692253018346434;0
+"Turnip_4D_NODE_22_length_15194_cov_1.093914";0;0;0;0;0,00138743193276838;0;0;0;0;0;0,000500619485740114;0
+"Turnip_4D_NODE_23_length_15116_cov_9.097271";0,000244479007276254;0;0,000323781855486837;0,00188248914031704;0,00134731693528187;0;0;0;0;0;0,0029760847172937;0
+"Turnip_4D_NODE_24_length_15056_cov_13.458972";0;0;0;0,00027700512959483;0;0;0;0;0;0;0,00437077139594338;0
+"Turnip_4D_NODE_25_length_14927_cov_11.127905";0;0;0;0,000672378104487582;0,00109150092014313;0;0;0;0;0;0,00456228963900664;0
+"Turnip_4D_NODE_26_length_14603_cov_10.248342";0;0;0;0,00128761868392959;0;0;0;0;0;0;0,00382296247219693;0
+"Turnip_4D_NODE_28_length_13755_cov_5.220062";0;0;0;0,000118533526083805;0,00104423261755862;0;0;0;0;0;0,0014864439628869;0
+"Turnip_4D_NODE_29_length_13718_cov_6.447576";0;0;0;0,000235983955519919;0;0;0;0;0;0;0,00221603519003391;0
+"Turnip_4D_NODE_34_length_12619_cov_9.900416";0;0;0;0,000715772916562242;0,000804128021017691;0;0;0;0;0;0,00368691379392313;0
+"Turnip_4D_NODE_35_length_12572_cov_15.526075";0;0;0;0,00194295999191155;0;0;0;0;0;0;0,00544732670422157;0
+"Turnip_4D_NODE_36_length_12535_cov_12.603804";0,000271310074768666;0;0;0,00181485485165878;0,000838020781300623;0;0;0;0;0;0,00135163465924098;0
+"Turnip_4D_NODE_37_length_12432_cov_44.380740";0;0;0;0,000285578946402029;0;0;0;0;0;0;0,000588766252680117;0
+"Turnip_4D_NODE_41_length_12070_cov_8.858913";0,000557493126571737;0;0;0,000396433608161035;0,000597965180356049;0;0;0;0;0;0,00304868684767402;0
+"Turnip_4D_NODE_46_length_11184_cov_40.408429";0,00144912453254157;0;0;0,00177157121988526;0,00101592525795045;0;0;0;0;0;0,016023522684805;0,0184864824818121
+"Turnip_4D_NODE_47_length_11017_cov_9.246740";0,000121148664794637;0;0;0,00171263288494759;0,00166698451611026;0;0;0;0;0;0,00367937357388156;0
+"Turnip_4D_NODE_48_length_10963_cov_6.136859";0;0;0;0,000770008520981322;0,000365023146900294;0;0;0;0;0;0,00211240226844239;0
+"Turnip_4D_NODE_49_length_10877_cov_12.066605";0;0;0;0,0000548535780791127;0,000229943272471036;0;0;0;0;0;0,000792020357938851;0
+"Turnip_4D_NODE_50_length_10780_cov_1.103257";0;0;0;0;0;0;0;0;0;0;0,000354818074231384;0
+"Turnip_4D_NODE_51_length_10604_cov_46.440966";0,0000124232472729271;0;0;0,00028300017864862;0,000107823159979197;0;0;0;0;0;0,00153628463242036;0,00104451564812092
+"Turnip_4D_NODE_52_length_10454_cov_2.372615";0;0;0;0,000921646083130979;0;0;0;0;0;0;0,00119743463352623;0
+"Turnip_4D_NODE_53_length_10377_cov_6.747415";0,00124344277733055;0;0;0,00767266703327619;0,00847711408971939;0;0;0;0;0;0,00376221020513077;0
+"Turnip_4D_NODE_57_length_9863_cov_14.080731";0,0000706493672003978;0;0;0,00105413528612191;0;0;0;0;0;0;0,00278075130212921;0
+"Turnip_4D_NODE_60_length_9678_cov_1.054340";0;0;0;0;0;0;0;0;0;0;0,000382644786190634;0
+"Turnip_4D_NODE_61_length_9434_cov_37.893521";0;0;0;0,000167815332817075;0;0;0;0;0;0;0,00025340118455946;0
+"Turnip_4D_NODE_62_length_9338_cov_0.992618";0;0;0;0,0000702201617717476;0;0;0;0;0;0;0,000456156669645295;0
+"Turnip_4D_NODE_64_length_9292_cov_1.520895";0;0;0,000154060530218475;0,0000508596658270084;0;0;0;0;0;0;0,000493965411994961;0
+"Turnip_4D_NODE_65_length_9149_cov_7.149523";0;0;0;0,000384181152099156;0;0;0;0;0;0;0,00338258087599315;0
+"Turnip_4D_NODE_67_length_9043_cov_12.483176";0;0;0;0,00063822637747799;0;0;0;0;0;0;0,00385193216569792;0
+"Turnip_4D_NODE_68_length_9031_cov_1.269205";0;0;0;0,0000457883416018704;0;0;0;0;0;0;0,000416796317183439;0
+"Turnip_4D_NODE_69_length_8894_cov_2.046082";0;0;0;0,000313500032347753;0;0;0;0;0;0;0,000724257334004234;0
+"Turnip_4D_NODE_70_length_8875_cov_10.018176";0;0;0;0,00117747633562734;0;0;0;0;0;0;0,00344489370064885;0
+"Turnip_4D_NODE_73_length_8609_cov_3.448243";0;0;0;0,00280237172248065;0;0;0;0;0;0;0,00116021677298764;0
+"Turnip_4D_NODE_74_length_8498_cov_1.765858";0;0;0;0,000606167258416536;0,00339724157538127;0;0;0;0;0;0,000811200630172328;0
+"Turnip_4D_NODE_75_length_8478_cov_8.294815";0,0000789196496748518;0;0;0,000395774346017739;0,00032872519129185;0;0;0;0;0;0,00206816081213201;0
+"Turnip_4D_NODE_78_length_8334_cov_35.244060";0;0;0;0,000462862931525316;0,000102893879447391;0;0;0;0;0;0,00583395590170568;0,00620208843522278
+"Turnip_4D_NODE_80_length_8203_cov_3.050149";0;0;0;0,00233110966127726;0,000644645269589145;0;0;0;0;0;0,0011381601837438;0
+"Turnip_4D_NODE_82_length_7948_cov_1.604015";0;0;0;0,000230407468243606;0;0;0;0;0;0;0,000592806895787437;0
+"Turnip_4D_NODE_83_length_7937_cov_1.443278";0;0;0;0;0;0;0;0;0;0;0,000545437233677348;0
+"Turnip_4D_NODE_84_length_7921_cov_7.703362";0;0;0;0,00037438325884044;0,00117280316953765;0;0;0;0;0;0,00324411495669553;0
+"Turnip_4D_NODE_85_length_7920_cov_8.075966";0,000221048437039706;0;0,000395693305316665;0,00149175509742602;0,00118197395267473;0;0;0;0;0;0,00264523146376162;0
+"Turnip_4D_NODE_86_length_7872_cov_2.102389";0;0;0;0,000402978537827537;0;0;0;0;0;0;0,000812764165973109;0
+"Turnip_4D_NODE_89_length_7582_cov_4.935882";0,0000612692085375472;0;0;0,000723810119047049;0;0;0;0;0;0;0,00152374754761421;0
+"Turnip_4D_NODE_91_length_7566_cov_11.610297";0,000993835411342001;0;0;0,000815910777711914;0,000604470942859851;0;0;0;0;0;0,00562646453648184;0
+"Turnip_4D_NODE_93_length_7473_cov_1.005173";0;0;0;0;0;0;0;0;0;0;0,000303610889291126;0
+"Turnip_4D_NODE_95_length_7374_cov_2.349662";0,000043722105440299;0;0;0,000418978050878366;0,00103691327943515;0;0;0;0;0;0,000858222833196496;0
+"Turnip_4D_NODE_96_length_7298_cov_4.883698";0;0;0;0,000386106609842416;0;0;0;0;0;0;0,00152110382014801;0
+"Turnip_4D_NODE_102_length_6967_cov_16.936842";0,00013086731434506;0;0;0,00188997898150766;0,000964148289358981;0;0;0;0;0;0,00380437599456315;0
+"Turnip_4D_NODE_103_length_6944_cov_4.392988";0,0000499242489093648;0;0;0,000968111248768489;0;0;0;0;0;0;0,00258137302593538;0
+"Turnip_4D_NODE_106_length_6747_cov_10.025831";0,0000354535422045908;0;0;0,000704819460437921;0,000571932586470357;0;0;0;0;0;0,00169042125064378;0
+"Turnip_4D_NODE_107_length_6743_cov_3.673519";0,0000586101649482955;0;0;0,00147180013527448;0;0;0;0;0;0,00679187695595085;0,00165532655778895;0
+"Turnip_4D_NODE_108_length_6736_cov_5.051445";0;0;0;0,000238539081137101;0;0;0;0;0;0;0,00185966073362558;0
+"Turnip_4D_NODE_109_length_6713_cov_1.619192";0;0;0;0,0000783188092561932;0,00118159358255022;0;0;0;0;0;0,000638413542321431;0
+"Turnip_4D_NODE_111_length_6676_cov_1.748817";0;0;0;0,0010998856023005;0,00389625029007512;0;0;0;0;0;0,000931025406732814;0
+"Turnip_4D_NODE_112_length_6668_cov_1.385262";0;0;0;0,000400438254946727;0;0;0;0;0;0;0,000655758928882792;0
+"Turnip_4D_NODE_115_length_6512_cov_0.967267";0;0;0;0,000042635973392649;0;0;0;0;0;0;0,000324387193632762;0
+"Turnip_4D_NODE_117_length_6410_cov_3.857234";0;0;0;0,00208830819360978;0;0;0;0;0;0;0,00188371863886601;0
+"Turnip_4D_NODE_118_length_6384_cov_1.930957";0;0;0;0,0000694002606415298;0;0;0;0;0;0;0,000936844213540759;0
+"Turnip_4D_NODE_119_length_6378_cov_13.227964";0;0;0;0,0000518676090318584;0;0;0;0;0;0;0,00414480138155725;0
+"Turnip_4D_NODE_124_length_6170_cov_2.625517";0;0;0;0,00429982328759471;0;0;0;0;0;0;0,00142019240862533;0
+"Turnip_4D_NODE_125_length_6136_cov_15.629556";0,0002598924915845;0;0;0,00415998372765191;0,00211957031751479;0;0;0;0;0;0,00563432713328654;0
+"Turnip_4D_NODE_126_length_6051_cov_9.084571";0;0;0;0,000300688127124205;0,00140534062367697;0;0;0;0;0;0,00337176854989521;0
+"Turnip_4D_NODE_127_length_6047_cov_1.632432";0;0;0;0,0000986674993825879;0,00114628750285971;0;0;0;0;0;0,000872610714557967;0
+"Turnip_4D_NODE_128_length_6046_cov_7.506673";0,000121559518191276;0;0;0,00209776395119545;0,00100464487900729;0;0;0;0;0;0,00193961540892894;0
+"Turnip_4D_NODE_132_length_5860_cov_11.232862";0,0000751324164201056;0;0;0,000453636106418628;0;0;0;0;0;0;0,000824800649689404;0
+"Turnip_4D_NODE_133_length_5833_cov_15.314055";0;0;0;0,000283569012862329;0;0;0;0;0;0;0,00145455336722456;0
+"Turnip_4D_NODE_135_length_5746_cov_2.109984";0,0000530931267482481;0;0;0,000455439633190482;0,000708877229158395;0;0;0;0;0;0,000856293462472433;0
+"Turnip_4D_NODE_136_length_5736_cov_1.176859";0;0;0;0,0000484040200022542;0;0;0;0;0;0;0,000451626004177708;0
+"Turnip_4D_NODE_138_length_5593_cov_7.608306";0,000083057954430839;0;0;0,00190433620329163;0,000766598955224884;0;0;0;0;0;0,00322200567908111;0
+"Turnip_4D_NODE_141_length_5571_cov_1.083211";0;0;0;0,000212075038083182;0;0;0;0;0;0;0,000433793915560933;0
+"Turnip_4D_NODE_142_length_5558_cov_6.269564";0;0;0;0,00362008541433226;0,00276427794969158;0;0;0;0;0;0,00211617253214448;0
+"Turnip_4D_NODE_143_length_5557_cov_0.927624";0;0;0;0,000257257287199082;0;0;0;0;0;0;0,000359798425102366;0
+"Turnip_4D_NODE_148_length_5531_cov_1.858623";0;0;0;0,000813849365681604;0;0;0;0;0;0;0,000864432028614698;0
+"Turnip_4D_NODE_149_length_5513_cov_0.874304";0;0;0;0;0;0;0;0;0;0;0,000288559193872013;0
+"Turnip_4D_NODE_150_length_5478_cov_0.822089";0,0000259467567752679;0;0;0;0;0;0;0;0;0;0,00025073033321462;0
+"Turnip_4D_NODE_151_length_5458_cov_1.642093";0;0;0;0,000778194353901658;0;0;0;0;0;0;0,000567006823643483;0
+"Turnip_4D_NODE_152_length_5421_cov_10.651114";0;0;0;0,00162476648718655;0,00110729074694741;0;0;0;0;0;0,00363052000395986;0
+"Turnip_4D_NODE_154_length_5322_cov_0.916843";0;0;0;0,0000510593965702974;0;0;0;0;0;0;0,000339750640038168;0
+"Turnip_4D_NODE_156_length_5295_cov_1.116680";0;0;0;0,0000602449310733861;0;0;0;0;0;0;0,000394018937956664;0
+"Turnip_4D_NODE_158_length_5178_cov_23.855474";0;0;0;0,0000102677002070806;0;0;0;0;0;0;0,00192563153978626;0
+"Turnip_4D_NODE_164_length_5023_cov_0.708742";0;0;0;0,0000811481510692185;0,00059751375066712;0;0;0;0;0;0,000308055270102143;0
+"Turnip_4D_NODE_167_length_5007_cov_1.056352";0;0;0;0,0000707890974931938;0;0;0;0;0;0;0,000421891233260744;0
+"Turnip_4D_NODE_168_length_4999_cov_1.129105";0,0000298199266460193;0;0,000313451788168433;0,0000827194464905964;0;0;0;0;0;0;0,000446911783236229;0
+"Turnip_4D_NODE_170_length_4961_cov_1.274514";0;0;0;0,0000964513938823561;0;0;0;0;0;0;0,000672874106504507;0,0178609859829458
+"Turnip_4D_NODE_171_length_4956_cov_0.855457";0,0000160885828123738;0;0;0;0;0;0;0;0;0;0,000317481991561556;0
+"Turnip_4D_NODE_173_length_4905_cov_7.443910";0,00388939232680884;0;0,00210606181939526;0,00696356753809097;0,00254953412300454;0;0;0;0;0;0,00238017461885267;0
+"Turnip_4D_NODE_174_length_4884_cov_2.552659";0;0;0;0,000158448581969844;0,000877884511992788;0;0;0;0;0;0,00103234333227436;0
+"Turnip_4D_NODE_177_length_4836_cov_2.032916";0,0000516139927186048;0;0;0,000713377276367101;0,0025415809502706;0;0;0;0;0;0,000923950374027257;0
+"Turnip_4D_NODE_178_length_4830_cov_6.827982";0;0;0;0,000478214062660568;0,000917289348887206;0;0;0;0;0;0,00260071363829743;0
+"Turnip_4D_NODE_180_length_4785_cov_1.618506";0,0000579601227881511;0;0;0,000248145744482176;0;0;0;0;0;0;0,000686723131756917;0
+"Turnip_4D_NODE_182_length_4778_cov_7.990970";0;0;0;0,00121287369867658;0,000762756333839862;0;0;0;0;0;0,00224330719870631;0
+"Turnip_4D_NODE_187_length_4751_cov_1.500433";0;0;0;0;0;0;0;0;0;0;0,000580024115663659;0
+"Turnip_4D_NODE_189_length_4707_cov_1.699127";0;0;0;0;0;0;0;0;0;0;0,000574365055578081;0
+"Turnip_4D_NODE_190_length_4701_cov_0.865982";0,0000479340757024694;0;0;0;0;0;0;0;0;0;0,000273680139792171;0
+"Turnip_4D_NODE_195_length_4564_cov_1.584855";0;0;0;0,000834846816355287;0,00120561011048826;0;0;0;0;0;0,000731404128476963;0
+"Turnip_4D_NODE_196_length_4554_cov_2.108200";0;0;0;0,000273704630919034;0;0;0;0;0;0;0,000740645721046011;0
+"Turnip_4D_NODE_198_length_4511_cov_3.937500";0;0;0;0,000141430685007129;0;0;0;0;0;0;0,00133353704954974;0
+"Turnip_4D_NODE_199_length_4508_cov_3.485962";0,000104586650137581;0;0;0,00129468988100651;0;0;0;0;0;0;0,0016583888252119;0
+"Turnip_4D_NODE_200_length_4506_cov_0.725051";0;0;0;0,000330371115584414;0;0;0;0;0;0;0,000408993581348825;0
+"Turnip_4D_NODE_201_length_4504_cov_1.859036";0;0;0;0,0000721368250931142;0;0;0;0;0;0;0,000239328887547723;0
+"Turnip_4D_NODE_212_length_4367_cov_3.890330";0,000227040896601822;0;0,000199341715524768;0,00101319104400491;0,00201272161918347;0;0;0;0;0,0029963444217329;0,00199460245118073;0,0157814533300196
+"Turnip_4D_NODE_218_length_4255_cov_1.042878";0;0;0;0,0000541449253223205;0;0;0;0;0;0;0,000371829328554111;0
+"Turnip_4D_NODE_219_length_4252_cov_2.769697";0;0;0;0,0000944731450223136;0;0;0;0;0;0;0,000977251756190907;0
+"Turnip_4D_NODE_220_length_4199_cov_3.635069";0;0;0;0,000689354987150617;0;0;0;0;0;0;0,00150508266948614;0
+"Turnip_4D_NODE_223_length_4145_cov_1.041812";0;0;0;0;0;0;0;0;0;0;0,000402669293409995;0
+"Turnip_4D_NODE_224_length_4088_cov_1.546074";0;0;0;0,000148839791863533;0;0;0;0;0;0;0,000584781500766621;0
+"Turnip_4D_NODE_225_length_4086_cov_0.703208";0;0;0;0;0,000717046444034442;0;0;0;0;0;0,000225517018790725;0
+"Turnip_4D_NODE_226_length_4063_cov_1.127541";0;0;0;0,000338767559264838;0,000685929650940759;0;0;0;0;0;0,000504936772140256;0
+"Turnip_4D_NODE_229_length_4002_cov_1.112516";0;0;0;0;0;0;0;0;0;0;0,000399680129593973;0
+"Turnip_4D_NODE_230_length_4001_cov_0.708828";0;0;0;0;0;0;0;0;0;0;0,000404125459703178;0
+"Turnip_4D_NODE_232_length_3958_cov_3.619943";0,000824204697689383;0;0;0,000646256349281061;0,000595799236006829;0;0;0;0;0;0,00146494683174638;0
+"Turnip_4D_NODE_233_length_3948_cov_9.079037";0;0;0;0,0000718218867575322;0;0;0;0;0;0;0,00225252857231466;0
+"Turnip_4D_NODE_234_length_3944_cov_0.943935";0;0;0;0,000320530664240036;0,00114147245294154;0;0;0;0;0;0,000460660737601876;0
+"Turnip_4D_NODE_235_length_3935_cov_12.312237";0;0;0;0,000331772399253711;0;0;0;0;0;0;0,00129677665427157;0
+"Turnip_4D_NODE_239_length_3856_cov_0.634755";0;0;0;0,000197626601133067;0,000555963168642736;0;0;0;0;0;0,000225441981811953;0
+"Turnip_4D_NODE_241_length_3840_cov_0.902235";0;0;0;0,000198450045304455;0;0;0;0;0;0;0,000355418677742453;0
+"Turnip_4D_NODE_243_length_3831_cov_0.853672";0;0;0;0,0000693893913759635;0;0;0;0;0;0;0,000385752356871238;0
+"Turnip_4D_NODE_244_length_3816_cov_1.223909";0;0;0;0;0;0;0;0;0;0;0,000460166312728281;0
+"Turnip_4D_NODE_252_length_3728_cov_4.155235";0,0000260377456114421;0;0;0,000638589625772594;0;0;0;0;0;0;0,0017022320970033;0
+"Turnip_4D_NODE_254_length_3702_cov_1.217063";0;0;0;0,000502651352925233;0;0;0;0;0;0;0,00209224774484981;0
+"Turnip_4D_NODE_255_length_3682_cov_2.150774";0;0;0;0,000105889492738529;0;0;0;0;0;0;0,00048635709414606;0
+"Turnip_4D_NODE_257_length_3669_cov_10.075381";0,000209761854845221;0;0;0,00294964991561692;0,00204504740365286;0;0;0;0;0;0,00612706697440114;0
+"Turnip_4D_NODE_258_length_3655_cov_0.854308";0;0;0;0,00025536561678728;0;0;0;0;0;0;0,000390057188033297;0
+"Turnip_4D_NODE_259_length_3652_cov_0.851348";0;0;0;0,0000485269730487981;0;0;0;0;0;0;0,000285642151763491;0
+"Turnip_4D_NODE_262_length_3631_cov_0.530251";0;0;0;0;0;0;0;0;0;0;0,000550647162846006;0
+"Turnip_4D_NODE_263_length_3630_cov_0.926063";0;0;0;0,0000716042446764487;0;0;0;0;0;0;0,000378374866487517;0
+"Turnip_4D_NODE_264_length_3630_cov_0.853840";0;0;0;0,00040358756090362;0;0;0;0;0;0;0,000256241207051673;0
+"Turnip_4D_NODE_271_length_3583_cov_1.568576";0;0;0;0,0000758409457290324;0,000857597367813887;0;0;0;0;0;0,000560450151022193;0
+"Turnip_4D_NODE_272_length_3572_cov_6.206386";0;0;0;0,0000644979443579154;0,000800221716418958;0;0;0;0;0;0,00230467848524061;0
+"Turnip_4D_NODE_274_length_3549_cov_0.662770";0,0000302814694765441;0;0;0,000151470517584795;0;0;0;0;0;0;0,000438448764311562;0
+"Turnip_4D_NODE_275_length_3529_cov_3.853616";0;0;0;0,0000937408927189553;0,000688476388606189;0;0;0;0;0;0,00154942588068652;0
+"Turnip_4D_NODE_276_length_3525_cov_1.043261";0;0;0;0,000134067521947393;0,000709529921891476;0;0;0;0;0;0,000468561173204849;0
+"Turnip_4D_NODE_278_length_3506_cov_0.892276";0;0;0;0,000279697698472323;0,00169171800910601;0;0;0;0;0;0,000471100437976923;0
+"Turnip_4D_NODE_279_length_3501_cov_0.740368";0;0;0;0,000064118625267257;0;0;0;0;0;0;0,000300445067426146;0
+"Turnip_4D_NODE_280_length_3498_cov_0.553248";0;0;0;0;0;0;0;0;0;0;0,000270880979769843;0
+"Turnip_4D_NODE_286_length_3421_cov_6.131755";0;0;0;0,000367806369358929;0,000417771407636439;0;0;0;0;0;0,00219041301072569;0
+"Turnip_4D_NODE_288_length_3405_cov_1.935937";0;0;0;0,0000433726151674524;0;0;0;0;0;0;0,000740376627728042;0
+"Turnip_4D_NODE_292_length_3340_cov_3.409897";0,000230424025576981;0;0,000440185766127388;0,0000654407056511556;0,00237486159271247;0;0;0;0;0;0,000468487337533055;0
+"Turnip_4D_NODE_295_length_3297_cov_1.208517";0;0;0;0,000331470968873005;0;0;0;0;0;0;0,000419227724649183;0
+"Turnip_4D_NODE_297_length_3293_cov_1.153822";0,0000315828106067381;0;0,000223234202682277;0,000197330252183047;0;0;0;0;0;0,00145698346985306;0,000287744205051597;0
+"Turnip_4D_NODE_301_length_3242_cov_3.827929";0,0000331489621135888;0;0;0,00126455923163173;0,00090371738751534;0;0;0;0;0;0,00191450727098384;0
+"Turnip_4D_NODE_305_length_3219_cov_1.801423";0,0000926187097256604;0;0;0,000723049385898716;0;0;0;0;0;0;0,000891178667337912;0
+"Turnip_4D_NODE_307_length_3203_cov_2.735696";0,0000530347338023878;0;0;0,00131499865203884;0;0;0;0;0;0;0,000873918135376643;0
+"Turnip_4D_NODE_311_length_3190_cov_1.340842";0,0000499906059047803;0;0;0,000268515917536683;0;0;0;0;0;0;0,000602245286183645;0
+"Turnip_4D_NODE_313_length_3174_cov_0.869708";0;0;0;0,0000781690950862933;0;0;0;0;0;0;0,000347831265901371;0
+"Turnip_4D_NODE_314_length_3167_cov_0.993750";0;0;0;0,0000746113064200445;0;0;0;0;0;0;0,000337620545215117;0
+"Turnip_4D_NODE_315_length_3163_cov_0.726614";0;0;0;0;0;0;0;0;0;0;0,000274835372072997;0
+"Turnip_4D_NODE_318_length_3150_cov_1.098578";0,000174987820710584;0;0;0,000200662371390905;0,00240467895977098;0;0,0158795792510201;0;0;0;0,0007947924862783;0
+"Turnip_4D_NODE_319_length_3145_cov_18.807820";0,0000341713625348982;0;0;0,000612335822121809;0,000477156052400786;0;0;0;0;0,00180291965199999;0,00205924225752252;0,0434354664026443
+"Turnip_4D_NODE_320_length_3133_cov_1.953094";0;0;0;0,00025831694077739;0;0;0;0;0;0;0,000726963682889005;0
+"Turnip_4D_NODE_321_length_3115_cov_6.123494";0;0;0;0,000570822602224049;0;0;0;0;0;0;0,00236651695352527;0
+"Turnip_4D_NODE_326_length_3091_cov_10.899798";0;0;0;0,000183469950772395;0;0;0;0;0;0;0,00125994279610601;0
+"Turnip_4D_NODE_327_length_3074_cov_1.479131";0;0;0;0,000261353163718203;0;0;0;0;0;0;0,000489231102026584;0
+"Turnip_4D_NODE_328_length_3074_cov_0.766203";0;0;0;0;0,000534669936028919;0;0;0;0;0;0,000653250777850526;0
+"Turnip_4D_NODE_330_length_3066_cov_1.899966";0;0;0;0,000410393212516926;0;0;0;0;0;0;0,000776873363442687;0
+"Turnip_4D_NODE_332_length_3061_cov_3.977846";0,000191401187089514;0;0;0,00205145810111495;0,00128398855282317;0;0;0;0;0;0,00272065828823418;0
+"Turnip_4D_NODE_333_length_3061_cov_3.260736";0,0000566275701448267;0;0;0,00171565969133696;0,000817083624523833;0;0;0;0;0;0,000783822220827382;0
+"Turnip_4D_NODE_335_length_3038_cov_0.925799";0;0;0;0,000357785528040978;0,000682137649443771;0;0;0;0;0;0,000309035096911205;0
+"Turnip_4D_NODE_336_length_3029_cov_1.810820";0,0000743935588898345;0;0;0,00134958280903878;0;0;0;0;0;0;0,000889680843112367;0
+"Turnip_4D_NODE_338_length_3011_cov_0.678571";0;0;0;0,000102019996566578;0;0;0;0;0;0;0,000349338485904662;0
+"Turnip_4D_NODE_339_length_2978_cov_0.832690";0;0;0;0;0,000623893479241618;0;0;0;0;0;0,000426186786946158;0
+"Turnip_4D_NODE_345_length_2940_cov_3.805901";0,000186307787549005;0;0;0,00198720045366093;0,000753487679443062;0;0;0;0;0;0,00144292683520763;0
+"Turnip_4D_NODE_346_length_2933_cov_0.976835";0;0;0;0,000110775404097984;0,000560373468582645;0;0;0;0;0;0,000681691049537623;0
+"Turnip_4D_NODE_352_length_2878_cov_1.487823";0;0;0;0,000125207908733227;0;0;0;0;0;0;0,000616185105979311;0
+"Turnip_4D_NODE_354_length_2867_cov_0.842336";0;0;0;0,0000597534549663075;0;0;0;0;0;0;0,000457847738269621;0
+"Turnip_4D_NODE_356_length_2866_cov_2.621395";0,0000169345281994864;0;0;0,000498806261327739;0;0;0;0;0;0;0,00046407381411596;0
+"Turnip_4D_NODE_357_length_2866_cov_0.504929";0,0000556420212268839;0,00523713166885295;0,000539986211799125;0,0000515295724512127;0;0;0;0;0;0;0,000336681002397854;0
+"Turnip_4D_NODE_358_length_2865_cov_1.580351";0;0;0;0,000323718666377558;0;0;0;0;0;0;0,000646289047251824;0
+"Turnip_4D_NODE_361_length_2843_cov_1.410898";0;0;0;0,0000872700344016514;0,000477571644828718;0;0;0;0;0;0,000547328408210248;0
+"Turnip_4D_NODE_362_length_2843_cov_0.942931";0;0;0;0;0;0;0;0;0;0;0,000311885461661705;0
+"Turnip_4D_NODE_368_length_2785_cov_1.328066";0;0;0;0,000979962580194917;0;0;0;0;0;0;0,000474449733729865;0
+"Turnip_4D_NODE_371_length_2762_cov_0.703226";0;0;0;0;0;0;0;0;0;0;0,000242347681765933;0
+"Turnip_4D_NODE_374_length_2747_cov_2.779771";0;0;0;0,000660195306531764;0;0;0;0;0;0;0,00105379805555761;0
+"Turnip_4D_NODE_377_length_2737_cov_0.785441";0;0;0;0;0,000809372954900476;0;0;0;0;0;0,000333492691253283;0
+"Turnip_4D_NODE_378_length_2735_cov_1.499233";0;0;0;0,0000669571684680138;0;0;0;0;0;0;0,000546692272325796;0
+"Turnip_4D_NODE_381_length_2694_cov_0.580444";0;0;0;0;0,000583561835217775;0;0;0;0;0;0,000580826914387677;0
+"Turnip_4D_NODE_382_length_2692_cov_3.123197";0,0000618140834044509;0;0;0,00051129739721138;0;0;0;0;0;0,00469868804608123;0,000755635965664385;0
+"Turnip_4D_NODE_383_length_2691_cov_6.747660";0;0;0;0,0000614662969909315;0;0;0;0;0;0;0,00198670432310716;0
+"Turnip_4D_NODE_384_length_2681_cov_1.787392";0;0;0;0,000185086689894737;0;0;0;0;0;0;0,00064849256386937;0
+"Turnip_4D_NODE_385_length_2678_cov_0.651901";0;0;0;0,000284558690802504;0;0;0;0;0;0;0,000210996184919148;0
+"Turnip_4D_NODE_387_length_2674_cov_4.155477";0,0000194469325594594;0;0;0,00152212575842223;0,000240515405192938;0;0;0;0;0;0,000936273871270248;0
+"Turnip_4D_NODE_388_length_2670_cov_0.407393";0,0000324601109013697;0,00494017661474343;0,000173887694720932;0,000037612342007011;0;0;0;0;0;0;0,000231163310908424;0
+"Turnip_4D_NODE_389_length_2655_cov_0.585839";0;0;0;0,0000934496074590941;0;0;0;0;0;0;0,00024229196556742;0
+"Turnip_4D_NODE_404_length_2563_cov_1.235632";0;0;0;0;0;0;0;0;0;0;0,000413792908262819;0
+"Turnip_4D_NODE_409_length_2548_cov_1.095002";0;0;0;0,0000486869520808271;0,000588954389639118;0;0;0;0;0;0,00032411266396136;0
+"Turnip_4D_NODE_410_length_2548_cov_0.598100";0;0;0;0,000095055477872091;0;0;0;0;0;0;0,000173997324863467;0
+"Turnip_4D_NODE_415_length_2523_cov_0.538397";0;0;0;0;0;0;0;0;0;0;0,000237740766741242;0
+"Turnip_4D_NODE_417_length_2520_cov_6.253656";0;0;0;0,000103144209593456;0,000680569516916314;0;0;0;0;0;0,00222845462732544;0
+"Turnip_4D_NODE_425_length_2493_cov_1.500000";0;0;0;0,000348327507947706;0;0;0;0;0;0;0,000679961231303825;0
+"Turnip_4D_NODE_427_length_2476_cov_2.776501";0;0;0;0;0;0;0;0;0;0;0,00114456056497822;0
+"Turnip_4D_NODE_431_length_2459_cov_3.057461";0;0;0;0,000283475934089154;0;0;0;0;0;0;0,00111005101466533;0
+"Turnip_4D_NODE_433_length_2451_cov_5.871343";0,00132389575448113;0;0,000702450239639178;0,0042346855473125;0,00201172017546254;0;0;0;0;0;0,00187267507476833;0
+"Turnip_4D_NODE_435_length_2441_cov_3.175022";0,000674601157733096;0;0;0,000331547306618419;0;0;0;0;0;0;0,00200499103109815;0
+"Turnip_4D_NODE_436_length_2437_cov_2.718182";0;0;0;0;0;0;0;0;0;0;0,00100949163630829;0
+"Turnip_4D_NODE_441_length_2409_cov_1.081069";0;0;0;0;0,000949237682373937;0;0;0;0,00566392910369688;0;0,000443853991986831;0
+"Turnip_4D_NODE_442_length_2408_cov_0.553705";0;0;0;0,0000564240258611136;0;0;0;0;0;0;0,000548730277590396;0
+"Turnip_4D_NODE_462_length_2322_cov_1.092483";0;0;0;0;0;0;0;0;0;0;0,000336939644134454;0
+"Turnip_4D_NODE_467_length_2308_cov_1.013755";0;0;0;0,000179165733538341;0;0,0118130802935767;0;0;0;0,00396859846741565;0,000425612581676597;0
+"Turnip_4D_NODE_469_length_2287_cov_0.526389";0;0;0;0;0;0;0;0;0;0;0,000205257679146533;0
+"Turnip_4D_NODE_470_length_2286_cov_0.585919";0;0;0;0,0000490987110806358;0,000562675584852071;0;0;0;0;0;0,000334640318478943;0
+"Turnip_4D_NODE_478_length_2258_cov_0.711403";0;0;0;0,000060172300386874;0;0;0;0;0;0;0,000204043963414283;0
+"Turnip_4D_NODE_480_length_2253_cov_0.685795";0;0;0;0;0;0;0;0;0;0;0,000262373240865284;0
+"Turnip_4D_NODE_488_length_2220_cov_3.377926";0;0;0;0,000268757823768698;0;0;0;0;0;0;0,00110816717012761;0
+"Turnip_4D_NODE_490_length_2215_cov_1.207854";0,0000516489457610779;0;0;0;0;0;0;0;0;0;0,00038461318114201;0
+"Turnip_4D_NODE_491_length_2215_cov_0.546935";0;0;0;0;0;0;0;0;0;0;0,00021585433635521;0
+"Turnip_4D_NODE_495_length_2208_cov_0.929841";0;0;0;0;0;0;0;0;0;0;0,000330713585492839;0
+"Turnip_4D_NODE_498_length_2201_cov_1.192864";0;0;0;0;0;0;0;0;0;0;0,000454202600702828;0
+"Turnip_4D_NODE_499_length_2196_cov_2.022233";0;0;0;0,000185613462122352;0,00250564869957577;0;0;0;0;0;0,00134591737629664;0,0728539623177321
+"Turnip_4D_NODE_502_length_2190_cov_2.296655";0;0;0;0,000725606027389082;0;0;0;0;0;0;0,00097250935642643;0
+"Turnip_4D_NODE_505_length_2177_cov_0.463415";0;0;0,000142177352596811;0,000122108754414936;0;0;0;0;0;0;0,000235594637713121;0
+"Turnip_4D_NODE_510_length_2165_cov_0.607458";0;0;0;0,000144614115403128;0;0;0;0;0;0;0,000365388866743127;0
+"Turnip_4D_NODE_512_length_2156_cov_1.701331";0;0;0;0,00023563641743015;0;0;0;0;0;0;0,000705604124891956;0
+"Turnip_4D_NODE_513_length_2152_cov_0.621728";0;0;0;0;0;0;0;0;0;0;0,000193896865843916;0
+"Turnip_4D_NODE_514_length_2149_cov_0.804649";0;0;0;0;0,000931072303273133;0;0;0;0;0;0,000283161003865437;0
+"Turnip_4D_NODE_516_length_2137_cov_1.356219";0,0000275781831317393;0,0161757642628844;0,00133070467362772;0,000102279811359317;0,0246113300268099;0,116168114472834;0,230725753740839;0;0;0,129809436173047;0,000821710177525091;0,203864168469126
+"Turnip_4D_NODE_520_length_2126_cov_0.999500";0;0;0;0;0;0;0;0;0;0;0,000547915210584023;0
+"Turnip_4D_NODE_527_length_2088_cov_0.358491";0;0;0,00108398740728512;0,000110338437378579;0;0;0,0184805448179975;0;0;0;0,00014988004859774;0
+"Turnip_4D_NODE_530_length_2086_cov_0.476774";0;0;0;0;0;0;0;0;0;0;0,000491744512273696;0
+"Turnip_4D_NODE_531_length_2085_cov_1.637896";0,0000432303289932487;0;0;0,00146479618516174;0,000582645845417564;0;0;0;0;0;0,000717123915976524;0
+"Turnip_4D_NODE_537_length_2061_cov_4.497415";0,0000403696051734066;0;0,000262814249905726;0,00501881134175065;0,00183763675965031;0;0;0;0;0;0,00161544657911217;0
+"Turnip_4D_NODE_538_length_2061_cov_1.750776";0;0;0;0,000131847699440623;0;0;0;0;0;0;0,000957457894147424;0,013136717155579
+"Turnip_4D_NODE_540_length_2057_cov_0.748705";0;0;0;0,0000861548398513421;0;0;0;0;0;0;0,000245112534507922;0
+"Turnip_4D_NODE_546_length_2044_cov_1.321857";0;0;0;0;0;0;0;0;0;0;0,000374260160490638;0
+"Turnip_4D_NODE_555_length_2021_cov_1.167899";0;0;0;0;0;0;0;0;0;0;0,000425834358757161;0
+"Turnip_4D_NODE_560_length_2000_cov_0.686599";0;0;0;0,0000265830758361316;0;0;0;0;0;0;0,0000999699924146924;0
+"Turnip_4R_NODE_1_length_29088_cov_5.262871";0,000364098261284155;0;0,00117714042514905;0;0;0;0;0;0;0;0;0
+"Turnip_4R_NODE_5_length_13289_cov_1.135086";0,000135914776045055;0;0;0,00197682190355059;0,00189820973320063;0;0;0;0;0;0,00324852514391676;0
+"Turnip_4R_NODE_6_length_13002_cov_2.136544";0;0;0;0,000672425647976803;0;0;0;0;0;0;0,013207381005998;0,0179839712455188
+"Turnip_4R_NODE_37_length_4132_cov_1.853184";0;0;0;0;0;0;0;0;0;0;0,00751910334799677;0
+"Turnip_4R_NODE_42_length_3731_cov_0.440067";0,000224859566419845;0;0;0,00101648856051678;0,000919343437485452;0;0;0;0;0;0,00184299031615307;0
+"Turnip_4R_NODE_47_length_3664_cov_0.913769";0,0000406849927138238;0;0;0,000977034446670048;0,000448574067508979;0;0;0;0;0;0,000512471956559084;0
+"Turnip_4R_NODE_54_length_3389_cov_0.828020";0,00020049601932021;0;0,000108455330397276;0,00246473684353235;0,00141274905621312;0;0;0;0;0;0,00349106853827335;0
+"Turnip_4R_NODE_91_length_2335_cov_21.729167";0;0;0;0;0;0;0;0;0;0;0,00040579942922266;0
+"Buffer_1D_NODE_3_length_14736_cov_25.708194";0;0;0,00261504153278404;0;0;0;0;0;0;0;0;0
diff --git a/results/Phyloseq_analysis/obj_DNA_TPM_sub.txt b/results/Phyloseq_analysis/obj_DNA_TPM_sub.txt
new file mode 100644
index 0000000..5b76f47
--- /dev/null
+++ b/results/Phyloseq_analysis/obj_DNA_TPM_sub.txt
@@ -0,0 +1,1114 @@
+"Cabbage_1D";"Cabbage_2D";"Cabbage_3D";"Turnip_1D";"Turnip_2D";"Carrot_2D";"Carrot_3D";"Cabbage_4D";"Turnip_4D";"Carrot_4D"
+"Cabbage_1D_100k_NODE_1_length_31726_cov_5.016045";0,0869647304796575;0,0212178871140391;0,0166700220659642;0;0;0;0;0,00371194997186435;0;0
+"Cabbage_1D_100k_NODE_2_length_23337_cov_6.528134";0,089616346536002;0,0822280967435148;0,061071430553275;0;0;0;0;0,024652072677614;0;0
+"Cabbage_1D_100k_NODE_3_length_21698_cov_3.470678";0,0592758510324676;0,0111728313466163;0,0119745034607981;0;0;0;0;0;0;0
+"Cabbage_1D_100k_NODE_9_length_9008_cov_3.105506";0,0176161800212528;0,0130270796182403;0,0110834342984668;0;0;0;0;0,00324414379074307;0;0
+"Cabbage_1D_100k_NODE_11_length_8371_cov_0.606502";0,00997241613307039;0,00706352927379601;0,00325613588664729;0,004585588520771;0,00333780689487508;0;0;0,0157355986902867;0,000306349018218531;0
+"Cabbage_1D_100k_NODE_16_length_6202_cov_2.961975";0,00451816481154537;0,00278681136970203;0,00242358427786129;0;0;0;0;0,0014768663758135;0;0
+"Cabbage_1D_100k_NODE_22_length_3508_cov_4.961846";0,00288763221919786;0,00129657055413881;0,00169847829521457;0;0;0;0;0,00174069275233662;0;0
+"Cabbage_3D_100k_NODE_2_length_16738_cov_1.115165";0,0511361732052982;0,0575543470504262;0,045769003710067;0;0;0;0;0,0176155741359827;0;0
+"Cabbage_3D_100k_NODE_3_length_5026_cov_2.118800";0,0000634580313713686;0;0,094942949449271;0;0,00174881721268886;0;0;0,00234312226039332;0;0
+"Turnip_1D_100k_NODE_4_length_11730_cov_0.627338";0,00019535507562319;0;0,000597007006449166;0,00799985146645734;0,003423734628579;0;0;0;0,0024923020459662;0,00954740928174065
+"Turnip_1D_100k_NODE_8_length_8670_cov_0.446330";0;0;0;0,00871930338267272;0;0;0;0;0,00094149564091466;0
+"Turnip_1D_100k_NODE_11_length_7253_cov_0.383946";0,000213176061015134;0;0;0,00409759806766788;0,000788195773072803;0;0;0;0,00125128039469052;0
+"Turnip_1D_100k_NODE_13_length_7045_cov_0.405464";0,0003055848748459;0;0;0,0060213884576693;0,00238368386513982;0;0;0,0021049975256686;0,00312184504346804;0
+"Turnip_1D_100k_NODE_42_length_3183_cov_0.161649";0;0;0;0,0018317796523379;0;0;0;0;0,000660922514017554;0
+"Turnip_1D_100k_NODE_43_length_3165_cov_0.251152";0,000175253830989765;0;0;0,00210350194609937;0,00135468813793769;0;0;0;0,00126619043899095;0
+"Turnip_1D_100k_NODE_44_length_3156_cov_0.395180";0;0;0;0,00752082796152491;0;0;0;0;0,000650050096706547;0
+"Turnip_1D_100k_NODE_46_length_3033_cov_0.191672";0,000338330034257442;0;0;0,00461213492911013;0,00127228129275157;0;0;0;0,00137002125529962;0
+"Turnip_1D_100k_NODE_47_length_2968_cov_0.253432";0,000167029581445444;0;0;0,00106483569723947;0,000481535035553996;0;0;0;0,000559424251470944;0
+"Turnip_1D_100k_NODE_48_length_2914_cov_0.349480";0;0;0;0,00780483809723989;0,00392366777082844;0;0;0;0,00182870118319974;0
+"Turnip_1D_100k_NODE_49_length_2848_cov_0.466005";0,00000973803327041092;0;0;0,000421064637541722;0,000150547329935842;0;0;0;0,000274709920533779;0
+"Turnip_1D_100k_NODE_56_length_2601_cov_0.232821";0,0000426511630205772;0;0;0,00402680964222832;0,000576953396693761;0;0;0;0,00158085707544421;0
+"Turnip_1D_100k_NODE_60_length_2534_cov_0.224346";0;0;0;0,00273687021236679;0,000451206309557777;0;0;0,00464740824022764;0,000322472780171617;0
+"Turnip_1D_100k_NODE_61_length_2484_cov_0.182860";0,000047451350525384;0;0;0,000527951586654251;0,000172608210812109;0;0;0;0,00149783507503635;0
+"Turnip_1D_100k_NODE_63_length_2395_cov_0.165344";0;0;0;0,000197322761947625;0;0;0;0;0,0000326669667507391;0
+"Turnip_1D_100k_NODE_72_length_2118_cov_0.131090";0;0;0;0,000329115827160165;0;0;0;0;0,00190442486679054;0
+"Turnip_1R_100k_NODE_7_length_4275_cov_0.857763";0;0;0;0,00813625213895479;0,00202260484501094;0;0;0;0;0
+"Turnip_1R_100k_NODE_14_length_2966_cov_0.693202";0,000896490040644721;0;0,00103051616788846;0,00864193946602045;0,00513180621909419;0;0;0;0,00162078647293456;0
+"Turnip_2D_100k_NODE_10_length_2176_cov_0.151781";0,00387777793241918;0;0,00117350220449305;0,00638786534338415;0,0140226720087054;0;0;0,00380845106777641;0,00116652964294638;0
+"Cabbage_1D_400k_NODE_5_length_16947_cov_4.240844";0,0160097634054294;0,00923254327815023;0,00461736882176853;0,00324700342130126;0,00166979881473891;0;0;0,0115817278188242;0,000540654223808168;0
+"Cabbage_1D_400k_NODE_10_length_11123_cov_9.138687";0,0107237362062097;0,0045389644424616;0,00297575342358275;0,000906576172540914;0;0;0;0,00282334681428555;0;0
+"Cabbage_1D_400k_NODE_12_length_8971_cov_0.819878";0,000819249634360108;0;0,0000646918048301315;0,000435264571710895;0,000884186570021139;0;0;0;0,00352915638675645;0,00836818241361834
+"Cabbage_1D_400k_NODE_20_length_6947_cov_7.505279";0,00773441785609374;0,00445212503622411;0,0018517963171258;0;0;0;0;0;0;0
+"Cabbage_1D_400k_NODE_36_length_4489_cov_0.680880";0,001716766022233;0;0,00296057454843003;0;0,000477566045508218;0;0;0;0;0
+"Cabbage_1D_400k_NODE_52_length_3317_cov_0.607210";0,0011245740344982;0;0;0,000156721982620144;0;0;0;0;0,000230626399771741;0
+"Cabbage_1D_400k_NODE_77_length_2424_cov_0.313452";0,000204514768040462;0;0,000191534713244591;0;0;0;0;0;0;0
+"Cabbage_2D_400k_NODE_2_length_18785_cov_2.239736";0,01966546701118;0,0800232164517015;0,020445874361063;0;0;0;0;0,0076622516362408;0;0
+"Cabbage_3D_400k_NODE_5_length_10093_cov_2.438792";0,00597620197665601;0,00414594267671201;0,00386210117566361;0;0;0;0;0,000561793550534029;0;0
+"Cabbage_3D_400k_NODE_12_length_7064_cov_6.153813";0,0000377886421303092;0;0,0516788800874158;0;0,00109253373751854;0;0;0;0;0
+"Cabbage_3D_400k_NODE_16_length_6520_cov_1.060066";0,000138775935483666;0;0,000795162824862665;0;0;0;0;0;0;0
+"Cabbage_3D_400k_NODE_47_length_3207_cov_2.485390";0,0343917456019121;0,0276561288825755;0,0275124953345701;0;0;0;0;0,01196843546299;0;0
+"Carrot_2D_400k_NODE_1_length_49029_cov_2.719787";0;0;0;0;0;0,0211254989718715;0,0210284804654697;0;0;0
+"Carrot_2D_400k_NODE_2_length_44763_cov_2.971682";0;0;0;0;0;0,0224344591338758;0;0;0;0
+"Carrot_2D_400k_NODE_3_length_44433_cov_3.932154";0;0;0;0;0;0,030652778858335;0;0;0;0
+"Carrot_2D_400k_NODE_5_length_19072_cov_1.157667";0;0;0;0;0;0,00764738188873246;0;0;0;0
+"Carrot_2D_400k_NODE_10_length_4187_cov_0.655172";0;0;0;0;0;0,00240507399641838;0;0;0;0
+"Carrot_2D_400k_NODE_16_length_3153_cov_0.266689";0;0;0;0;0;0,000696828635793012;0;0;0;0
+"Carrot_2D_400k_NODE_24_length_2612_cov_0.500201";0;0;0;0;0;0,000448616781757094;0;0;0;0
+"Carrot_2D_400k_NODE_30_length_2369_cov_0.549063";0;0;0;0;0;0,00381795321582859;0;0;0;0
+"Carrot_2D_400k_NODE_36_length_2327_cov_2.419091";0;0;0;0;0;0,041213341237562;0;0;0;0
+"Carrot_2D_400k_NODE_37_length_2299_cov_0.445212";0;0;0;0;0;0,000881346272091226;0;0;0;0
+"Carrot_2D_400k_NODE_38_length_2132_cov_2.097756";0;0;0;0;0;0,0270057430383244;0;0;0;0
+"Turnip_1D_400k_NODE_4_length_13488_cov_1.013921";0,000394531855052547;0;0;0,00612195587909331;0,0028503389687576;0;0;0;0,00407905308417523;0
+"Turnip_1D_400k_NODE_5_length_13208_cov_1.099687";0;0;0;0,00220228591118366;0;0;0;0,00224556444099565;0,00280773172807704;0
+"Turnip_1D_400k_NODE_7_length_11942_cov_0.472958";0;0;0;0,00167050088573692;0,000879634105979175;0;0;0;0,000356689916358044;0
+"Turnip_1D_400k_NODE_13_length_9722_cov_0.528088";0,00045429197300918;0;0;0,00400486989041906;0,00155091726468637;0;0;0;0,00223987577255355;0
+"Turnip_1D_400k_NODE_16_length_8593_cov_0.717458";0,000718119041405096;0;0,0000405225309762208;0,00139279547031829;0,000898133169071454;0;0;0,00101517018423582;0,00481137107478056;0,0114574332417076
+"Turnip_1D_400k_NODE_19_length_8108_cov_1.046736";0,000330084257495507;0;0,000169400028203868;0,00262435562028575;0,000828468319186485;0;0;0;0,000357028028936451;0
+"Turnip_1D_400k_NODE_22_length_7433_cov_0.551328";0,0000293831037520215;0;0;0,00178102674107272;0,000749880848048515;0;0;0;0,00135313474252656;0
+"Turnip_1D_400k_NODE_24_length_6526_cov_1.043757";0;0;0;0,00390775831322846;0,00272655378789106;0;0;0;0,000731302560136259;0
+"Turnip_1D_400k_NODE_25_length_6431_cov_1.426079";0,000416698787065439;0;0,000893401771605968;0,00349517453848479;0,000866718137699364;0;0;0;0,00100028793124164;0,0065064270929167
+"Turnip_1D_400k_NODE_26_length_6424_cov_1.515007";0;0;0;0,00761592064739317;0,00232489072987679;0;0;0;0,000236812343285657;0
+"Turnip_1D_400k_NODE_29_length_6120_cov_0.913065";0,000169371766901245;0;0;0,00388514452579628;0,00190325935980763;0;0;0;0,00270734307391878;0
+"Turnip_1D_400k_NODE_39_length_4869_cov_0.476170";0,000406553389007199;0;0;0,0030015987594345;0,00253903168510677;0;0;0;0,0020585496754827;0
+"Turnip_1D_400k_NODE_49_length_4244_cov_0.206947";0;0;0;0,000647247369557084;0;0;0;0;0,000770165904764257;0
+"Turnip_1D_400k_NODE_51_length_4121_cov_2.611668";0;0;0;0,00689931483724562;0,000797658521403979;0;0;0;0;0
+"Turnip_1D_400k_NODE_59_length_3845_cov_0.812534";0;0;0;0,00216935720737569;0;0;0;0;0,00032556519268877;0
+"Turnip_1D_400k_NODE_60_length_3836_cov_0.577514";0,0000894700846147973;0;0;0,00233922443489074;0,00163932803344806;0;0;0;0,00100618118130579;0
+"Turnip_1D_400k_NODE_61_length_3821_cov_0.822685";0;0;0;0,00331776328153412;0,00173927279054902;0;0;0;0,000809924952485247;0
+"Turnip_1D_400k_NODE_69_length_3604_cov_2.119931";0,000251059683505411;0;0,0000966176772138362;0,00542053470157154;0,00204227506255548;0;0;0,00266251196793902;0,00260260632667696;0
+"Turnip_1D_400k_NODE_74_length_3395_cov_0.573133";0,0000173592274970624;0;0;0,00172609466401195;0;0;0;0;0,000783526097941881;0
+"Turnip_1D_400k_NODE_79_length_3259_cov_1.190294";0,000103183112885496;0;0;0,0046457620516181;0,00103056476403253;0;0;0;0,00222994286480736;0
+"Turnip_1D_400k_NODE_81_length_3219_cov_1.615136";0,00402245210262025;0,00240205907320976;0,00124399386449352;0,00780122573465848;0,0099231221734909;0;0;0,00514892172940756;0,00123144688577602;0
+"Turnip_1D_400k_NODE_86_length_3114_cov_1.932708";0;0;0;0,00725044714520053;0,00158340595698738;0;0;0;0;0
+"Turnip_1D_400k_NODE_94_length_2945_cov_0.525905";0;0;0;0,0000060176742130462;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_100_length_2896_cov_2.611051";0,00268265331180965;0;0,000521032621181245;0,0103399026560276;0,000912987766995815;0;0;0,00481953447134718;0,000495287315290183;0
+"Turnip_1D_400k_NODE_101_length_2895_cov_0.525289";0;0;0;0,000440755661531716;0,000172787079424349;0;0;0;0,0000270250035813541;0
+"Turnip_1D_400k_NODE_119_length_2547_cov_0.684711";0,00173132826144747;0;0;0,00247009342280506;0,000813637290541883;0;0;0;0,000931763128973934;0
+"Turnip_1D_400k_NODE_120_length_2536_cov_0.758406";0,000128499032082425;0;0,000114422354323957;0,00178431791889912;0,00121166063441528;0;0;0;0,00147055022445148;0
+"Turnip_1D_400k_NODE_131_length_2420_cov_0.531182";0;0;0;0,00110579736949198;0;0;0;0;0,0000754354955339037;0
+"Turnip_1D_400k_NODE_138_length_2319_cov_0.264142";0;0;0;0,00017576850488171;0;0;0;0;0,00000749723399626469;0
+"Turnip_1D_400k_NODE_140_length_2302_cov_0.353103";0;0;0;0,00139087046077646;0;0;0;0;0,00294551407409285;0
+"Turnip_1D_400k_NODE_160_length_2179_cov_1.211014";0;0;0;0,00538411999495766;0,00223004421789008;0;0;0;0,00118886037630259;0
+"Turnip_1D_400k_NODE_168_length_2093_cov_0.329095";0;0;0;0,00130396358616476;0;0;0;0;0,000382111772249183;0
+"Turnip_1D_400k_NODE_170_length_2080_cov_0.392217";0;0;0;0,000610615524013706;0,000412268072747383;0;0;0;0,00267896175325325;0,000591669013497558
+"Turnip_1D_400k_NODE_173_length_2071_cov_0.569444";0,000557423644684053;0;0;0,00172571070131011;0;0;0;0;0;0
+"Turnip_1D_400k_NODE_179_length_2045_cov_0.773201";0,000196646367694322;0;0,00012297558850374;0,00275580052677746;0,00185201435776982;0;0;0;0,00244850496995271;0
+"Turnip_1D_400k_NODE_185_length_2000_cov_0.185798";0;0;0;0,000378070411891649;0;0;0;0;0,000121702599461365;0
+"Turnip_1R_400k_NODE_5_length_2786_cov_0.593080";0,000679411326263242;0;0;0,000712444243514415;0;0;0;0;0,000305785425782323;0
+"Turnip_2D_400k_NODE_2_length_14844_cov_0.923830";0,00143092933345591;0;0,000624242649694156;0,00540551991200598;0,0189914381665764;0;0;0;0,000801137333329228;0
+"Turnip_2D_400k_NODE_5_length_10564_cov_0.773019";0,00574289542546952;0;0,00223958182356225;0,0125807993639044;0,0164579412759396;0;0;0,00578033905262862;0,00317225294073917;0
+"Turnip_2D_400k_NODE_11_length_6138_cov_0.436367";0,0000920623321302387;0;0,0000819436554220096;0,00158126040327158;0,0172537345271013;0;0;0;0,00227735628094161;0
+"Turnip_2D_400k_NODE_13_length_5059_cov_0.269465";0,00076886382788432;0;0,000290614836700035;0,00839920337744809;0,00492972325506984;0;0;0;0,0055725514649028;0
+"Turnip_2D_400k_NODE_21_length_3188_cov_0.243385";0;0;0;0,000181593575347895;0,00159148235527325;0;0;0;0,000209963706724437;0
+"Turnip_2D_400k_NODE_22_length_3142_cov_0.524710";0;0;0;0,000530195019859192;0,00705045759886251;0;0;0;0,000904718332815;0
+"Turnip_2D_400k_NODE_32_length_2336_cov_0.356270";0;0;0;0,000042990134057671;0,0011624453649384;0;0;0;0,00115733575197176;0
+"Turnip_2D_400k_NODE_33_length_2276_cov_0.888320";0,000495030953157532;0;0;0,00343643745430953;0,0135007529388276;0;0;0;0,000183333064717095;0
+"Turnip_2D_400k_NODE_39_length_2100_cov_0.150025";0,0000412707124317415;0;0;0,000523222445028622;0,00200768007490313;0;0;0;0,000509163936522036;0
+"Turnip_2D_400k_NODE_40_length_2095_cov_0.273882";0,0000711550421496183;0;0;0,00124914373857399;0,00382028521190255;0;0;0;0,00110789614920506;0
+"Turnip_2D_400k_NODE_43_length_2070_cov_0.422028";0;0;0;0,000011415169441173;0,000310694779461795;0;0;0;0,0000377958383420387;0
+"Turnip_2R_400k_NODE_1_length_9795_cov_0.889015";0,000965519785110611;0;0,000639896064953137;0,00537360797912614;0,0181148220115198;0;0;0;0,000809398167496278;0
+"Turnip_2R_400k_NODE_18_length_3514_cov_0.300856";0;0;0;0,000457256474257117;0,00256230355970485;0;0;0;0,000272121431432436;0
+"Turnip_2R_400k_NODE_40_length_2185_cov_0.652575";0,000174526948681598;0;0;0,000881371240536883;0,000784913127061378;0;0;0;0;0
+"Turnip_4D_400k_NODE_1_length_63257_cov_1.102725";0,00635321439819172;0;0,00235264289245545;0,0157596265283879;0,0162842532299447;0;0;0,00672279230623483;0,00858722618224329;0
+"Turnip_4D_400k_NODE_2_length_61703_cov_2.225559";0;0;0;0,000781704524368577;0,00090797015757015;0;0;0;0,0133640934102604;0,0200847000779775
+"Turnip_4D_400k_NODE_3_length_31778_cov_2.296420";0,000116728920428124;0;0;0,00639643818186902;0;0;0;0,00624508718905842;0,0156090698984596;0
+"Turnip_4D_400k_NODE_7_length_23017_cov_3.374050";0;0;0;0,000588758801157462;0;0;0;0;0,0177701854134418;0,0156661060775058
+"Turnip_4D_400k_NODE_10_length_16054_cov_4.412005";0;0;0;0,000575133196737036;0,000258170447117251;0;0;0;0,00656391335791108;0,00881569876844499
+"Turnip_4D_400k_NODE_13_length_12622_cov_0.926291";0,000291412690125696;0;0,000562479576599369;0,00412091731786015;0,00314780925349187;0;0;0,00217703817052654;0,00477146257706688;0,0238880153128154
+"Turnip_4D_400k_NODE_17_length_10959_cov_1.435561";0,000191067694674408;0;0,000227712909833358;0,00335013973946443;0,00331249001116125;0;0;0;0,00937284368513475;0
+"Turnip_4D_400k_NODE_18_length_10702_cov_0.693522";0;0;0;0,000219690279756232;0,00130206137720627;0;0;0;0,0034635707885259;0
+"Turnip_4D_400k_NODE_20_length_9771_cov_0.629822";0;0;0;0,00014147169619065;0,000197463369200466;0;0;0;0,00188878619425177;0
+"Turnip_4D_400k_NODE_28_length_7616_cov_0.610362";0,000367339686754582;0;0;0,00083692631965412;0,00172644473041271;0;0;0;0,00159798581225531;0
+"Turnip_4D_400k_NODE_29_length_7506_cov_1.005692";0,0000697412358758606;0;0;0,0015157948918018;0,000790189626955193;0;0;0;0,00489779883828281;0
+"Turnip_4D_400k_NODE_32_length_6338_cov_0.627596";0;0;0;0,0000652436909129838;0;0;0;0;0,000651498160124287;0
+"Turnip_4D_400k_NODE_35_length_6149_cov_0.593989";0,000653995482086338;0;0;0,000442883141268017;0,000337019707108502;0;0;0;0,00313424555683671;0,0120085042908595
+"Turnip_4D_400k_NODE_42_length_5321_cov_0.861764";0;0;0;0,00000777136840831595;0;0;0;0;0,00000816861757063419;0
+"Turnip_4D_400k_NODE_47_length_4744_cov_0.847303";0,00000438457821787473;0;0;0,0000435828955529607;0;0;0;0;0,0000824593016104765;0
+"Turnip_4D_400k_NODE_58_length_4061_cov_0.962888";0,000012804998193547;0;0;0,000506219617005871;0,0000879830082199125;0;0;0;0,000528732227582177;0
+"Turnip_4D_400k_NODE_62_length_3826_cov_0.536902";0;0;0;0;0;0;0;0;0,00000908838768287392;0
+"Turnip_4D_400k_NODE_68_length_3659_cov_0.893545";0;0;0;0,000117856398896942;0;0;0;0;0,000356369615414139;0
+"Turnip_4D_400k_NODE_83_length_3112_cov_0.650586";0;0;0;0;0;0;0;0;0,0000782150382142446;0
+"Turnip_4D_400k_NODE_93_length_2890_cov_0.751357";0,0000119956395995373;0;0;0,00043129788553816;0,000543984631168403;0;0;0;0,00111595809194677;0
+"Turnip_4D_400k_NODE_96_length_2817_cov_1.133829";0,00000492259828791805;0;0;0,000285196885079785;0,0000253673408861246;0;0;0;0,00049066162874276;0
+"Turnip_4D_400k_NODE_98_length_2789_cov_0.334711";0;0;0;0,00012708533924289;0;0;0;0;0,000286755087600408;0
+"Turnip_4D_400k_NODE_105_length_2496_cov_0.640355";0;0;0;0;0;0;0;0;0,00000696557918162572;0
+"Turnip_4D_400k_NODE_109_length_2316_cov_0.439470";0;0;0;0,0000306080320508136;0;0;0;0;0,000146385436065668;0
+"Turnip_4D_400k_NODE_111_length_2272_cov_0.564569";0,000199886848415002;0;0;0,000153403900071573;0;0;0;0;0,0014386373678783;0
+"Turnip_4D_400k_NODE_115_length_2164_cov_0.294060";0,0000240300820998125;0;0;0,000581453599619637;0,00052835341424187;0;0;0;0,00266334907059958;0,0238854921530253
+"Turnip_4D_400k_NODE_121_length_2056_cov_0.526698";0,000010116945070816;0;0;0,000781517145204042;0;0;0;0;0,0000972470743333584;0
+"Cabbage_1D_700k_NODE_1_length_30133_cov_2.045124";0,0037887590532432;0;0,00211085453993859;0;0;0;0;0;0,000145975497502621;0
+"Cabbage_1D_700k_NODE_2_length_24816_cov_1.757139";0,00521966745410886;0;0,000434202464659934;0,00411581579273869;0,00276728187880564;0;0;0,00319884559467921;0,020871219543001;0,021770825661061
+"Cabbage_1D_700k_NODE_4_length_21746_cov_4.335261";0,00704475460857754;0;0,00169822572086711;0;0;0;0;0,00306877973225001;0,0000955411217539717;0
+"Cabbage_1D_700k_NODE_5_length_20999_cov_1.129216";0,00265515390805918;0,00411538742675652;0,00643574513926366;0;0;0;0;0,00411263575370589;0;0
+"Cabbage_1D_700k_NODE_9_length_13870_cov_1.249873";0,00171437408737004;0,00511568595970697;0,0120337932295102;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_12_length_12333_cov_1.615681";0,00298213273395127;0;0,000790552423822479;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_19_length_7849_cov_0.799922";0,000137362223412768;0,000927174315998257;0,0011953532842765;0,00000677362105647384;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_23_length_6459_cov_0.924984";0,000557662594549106;0;0,0000838613050093981;0,000553328202881754;0,000265526425550257;0;0;0;0,000391651255648343;0
+"Cabbage_1D_700k_NODE_24_length_6312_cov_1.007599";0,0019036312262717;0;0,000481173312408028;0;0;0;0;0;0,000117064106398425;0
+"Cabbage_1D_700k_NODE_25_length_6253_cov_0.454946";0,000507841627594422;0;0;0,00182236982383204;0,00133708564134286;0;0;0;0,00108576146511761;0
+"Cabbage_1D_700k_NODE_36_length_4582_cov_5.756004";0,0139282439530987;0,00853687859749083;0,00510434576595018;0,00250372633366155;0,00499064508258144;0;0;0,0160873788677476;0;0
+"Cabbage_1D_700k_NODE_39_length_4279_cov_0.830684";0,000050230864768523;0;0;0,000211223318165103;0;0;0;0;0,0000690730207606316;0
+"Cabbage_1D_700k_NODE_47_length_3879_cov_4.000533";0,011722925119165;0,0114911114045903;0,00271797584185318;0,00711196838559391;0,00668726659893408;0;0;0,0173162804658844;0,00114965995513719;0
+"Cabbage_1D_700k_NODE_52_length_3679_cov_0.411036";0,000685997990384848;0;0;0,00610003352973114;0,002758165669264;0;0;0;0,00344744481447076;0
+"Cabbage_1D_700k_NODE_55_length_3589_cov_19.068746";0,0214418197445035;0,0129265447032525;0,00743831382893035;0;0;0;0;0,00388893057370338;0;0
+"Cabbage_1D_700k_NODE_62_length_3395_cov_13.056304";0,000615742010631096;0,000937808145137928;0,000273508185510979;0;0;0;0;0,000513894397239375;0;0
+"Cabbage_1D_700k_NODE_66_length_3302_cov_11.413228";0,00652087255382735;0;0,00126545163662749;0;0;0;0;0;0;0
+"Cabbage_1D_700k_NODE_80_length_2943_cov_0.633878";0,00195188172679213;0;0;0,00111001177463516;0,000679875766134544;0;0;0;0,00279429782754359;0,0129632409073471
+"Cabbage_1D_700k_NODE_99_length_2432_cov_11.996963";0,00772746574661495;0,0153357853339373;0,0113429188362522;0;0;0;0;0,00340756148169468;0;0
+"Cabbage_1D_700k_NODE_108_length_2282_cov_37.123898";0,00912411897662722;0,0125568483237026;0,00436576604268947;0;0;0;0;0,00324927860831185;0;0
+"Cabbage_1D_700k_NODE_125_length_2116_cov_7.192056";0,0195503811727928;0;0,0102118959093171;0;0;0;0;0;0;0
+"Cabbage_2D_700k_NODE_1_length_27367_cov_5.373862";0,0496298511574419;0,118815703524378;0,0351860403237028;0;0;0;0;0,0119214223884012;0;0
+"Cabbage_2D_700k_NODE_4_length_5301_cov_4.160804";0,00673728614895893;0,0288295067594184;0,00590823708263388;0;0;0;0;0,00419629529381303;0;0
+"Cabbage_2D_700k_NODE_13_length_2711_cov_0.629257";0,00120715692105768;0,00285216826140251;0,000328244292782873;0,0014490549146299;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_6_length_16809_cov_1.059405";0,0173002878432143;0,012961324245209;0,00756583197643309;0,00800544529017182;0,0109938152732635;0;0;0,015439340974827;0,00142375792014965;0
+"Cabbage_3D_700k_NODE_7_length_16625_cov_1.397200";0,000594506784721996;0;0,0058936815387049;0;0;0;0;0;0,0000449685222499564;0
+"Cabbage_3D_700k_NODE_11_length_10713_cov_0.793879";0,00740205425163326;0,00407582817489237;0,00262556135338571;0,00292251992763719;0,00076042351512072;0;0;0,00777635238537026;0,000309973150072951;0
+"Cabbage_3D_700k_NODE_12_length_10505_cov_0.738100";0,00351525110148734;0,00272772278673864;0,00256521593627046;0,00265872933636322;0,00214957606580517;0;0;0,00394440243859185;0,000420377510888511;0
+"Cabbage_3D_700k_NODE_20_length_8500_cov_1.465425";0,000455570400711229;0;0,00278568086942932;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_23_length_7153_cov_0.605608";0,0000581586441090388;0;0,000424600300282325;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_33_length_5316_cov_4.986895";0,000142817160627223;0,00444911990601553;0,000436681851866899;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_47_length_3999_cov_0.644628";0,0000563486096217326;0;0,000130611443615403;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_58_length_3566_cov_0.780459";0,00212806884999969;0,00140303041343546;0,000900524678143243;0;0;0;0;0;0;0
+"Cabbage_3D_700k_NODE_117_length_2200_cov_0.628075";0,0000472737251490857;0;0,00107276851663629;0;0;0;0;0;0;0
+"Carrot_2D_700k_NODE_7_length_10827_cov_2.027103";0;0;0;0;0;0,00171925051065722;0;0;0;0
+"Carrot_2D_700k_NODE_8_length_10799_cov_1.062969";0;0;0;0;0;0,0046817046086626;0,0352986915989339;0;0;0
+"Carrot_2D_700k_NODE_13_length_6320_cov_1.568545";0;0;0;0;0;0,00554876079334289;0;0;0;0
+"Carrot_2D_700k_NODE_28_length_3720_cov_0.570832";0;0;0;0;0;0,00123045513477563;0,0089403864788546;0;0;0
+"Carrot_2D_700k_NODE_30_length_3609_cov_0.427628";0;0;0;0;0;0,0006189301838366;0;0;0;0
+"Carrot_2D_700k_NODE_31_length_3579_cov_0.432503";0;0;0;0;0;0,00254763002456546;0;0;0;0
+"Carrot_2D_700k_NODE_32_length_3515_cov_0.433884";0;0;0;0;0;0,00167378304398907;0;0;0;0
+"Carrot_2D_700k_NODE_33_length_3483_cov_0.919249";0;0;0;0;0;0,00132119016113675;0;0;0;0
+"Carrot_2D_700k_NODE_35_length_3334_cov_0.437792";0;0;0;0;0;0,000772492576995072;0;0;0;0
+"Carrot_2D_700k_NODE_37_length_3321_cov_0.566688";0;0;0;0;0;0,0021317514795077;0;0;0;0
+"Carrot_2D_700k_NODE_45_length_3134_cov_0.379115";0;0;0;0;0;0,00148389591288679;0;0;0;0
+"Carrot_2D_700k_NODE_46_length_3071_cov_0.719429";0;0;0;0;0;0,000155010902814066;0;0;0;0
+"Carrot_2D_700k_NODE_60_length_2415_cov_0.383741";0;0;0;0;0;0,00222388843572202;0;0;0;0
+"Carrot_2D_700k_NODE_71_length_2214_cov_0.698610";0;0;0;0;0;0,00240924671520224;0,0835827667893196;0;0;0
+"Carrot_2D_700k_NODE_72_length_2214_cov_0.342597";0;0;0;0;0;0,00144444539904574;0;0;0;0
+"Turnip_1D_700k_NODE_1_length_31703_cov_1.572270";0;0;0;0,00309948153142333;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_5_length_12610_cov_0.816791";0;0;0;0,00150611664134572;0,000368349480805221;0;0;0;0,000233698772048276;0
+"Turnip_1D_700k_NODE_6_length_11932_cov_0.717408";0;0;0;0,00156199210829879;0,00038927983179298;0;0;0;0,00686365708973179;0,0103140424746473
+"Turnip_1D_700k_NODE_9_length_9980_cov_0.567949";0;0;0;0,00146973452017624;0;0;0;0;0,000162885672053215;0
+"Turnip_1D_700k_NODE_10_length_9807_cov_0.677479";0;0;0;0,00145891731926426;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_17_length_7984_cov_1.719613";0,000751619071947012;0;0,000566975377357547;0,00306983916845107;0;0;0;0;0,000132834572128959;0
+"Turnip_1D_700k_NODE_21_length_7409_cov_0.359105";0,000103875859822799;0;0,00014099478013713;0,00122787411069548;0,00127313989802404;0;0;0;0,000633586600361885;0
+"Turnip_1D_700k_NODE_23_length_7089_cov_0.897156";0;0;0;0,00186411939140222;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_32_length_6025_cov_0.917769";0,000146725088844465;0;0;0,00214331410890857;0,00147070790211625;0;0;0;0,00102729402272071;0
+"Turnip_1D_700k_NODE_45_length_4768_cov_0.613876";0;0;0;0,000927979297225138;0,000179848488111274;0;0;0;0,000160442065445231;0
+"Turnip_1D_700k_NODE_51_length_4542_cov_0.356512";0;0;0;0,000381077411810096;0;0;0;0;0,00039809619248858;0
+"Turnip_1D_700k_NODE_53_length_4522_cov_0.681229";0,000127262011089828;0;0;0,00186417264819695;0,00128001851865839;0;0;0,00356882157835162;0,000149946337871777;0
+"Turnip_1D_700k_NODE_60_length_4234_cov_0.663258";0;0;0;0,00128499516323294;0;0;0;0,00329649783396822;0;0
+"Turnip_1D_700k_NODE_67_length_4030_cov_3.044325";0,0000447321270227908;0;0;0,0039401879154961;0,000851134085672015;0;0;0;0,000761450152603008;0
+"Turnip_1D_700k_NODE_69_length_4010_cov_0.772856";0;0;0;0,00136119490565728;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_71_length_4003_cov_0.906347";0,000506630729177062;0;0;0,00121747786742213;0,000660507762483108;0;0;0;0,00178942475208173;0
+"Turnip_1D_700k_NODE_77_length_3927_cov_0.425000";0;0;0;0,000806299898037322;0;0;0;0;0,00246823089962206;0
+"Turnip_1D_700k_NODE_82_length_3721_cov_2.934057";0,00364282525962945;0;0,00112295654505348;0,00880307895197526;0,000825791821789078;0;0;0;0,0012592179734648;0
+"Turnip_1D_700k_NODE_84_length_3706_cov_0.629785";0;0;0;0,00138040077196678;0;0;0;0;0,000159505372819613;0
+"Turnip_1D_700k_NODE_87_length_3695_cov_0.403027";0;0;0;0,000353321892033383;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_98_length_3446_cov_0.486592";0;0;0;0,000294853230400118;0;0;0;0;0,000214425025997347;0
+"Turnip_1D_700k_NODE_101_length_3361_cov_0.956092";0;0;0;0,00323401497824603;0,00161587168848324;0;0;0;0,0051884093704998;0
+"Turnip_1D_700k_NODE_109_length_3268_cov_0.344795";0,00113825332096014;0;0;0,000706785166049738;0,00087466094585328;0;0;0;0,00210143935947015;0
+"Turnip_1D_700k_NODE_120_length_3181_cov_0.264244";0;0;0;0,0000148565864465439;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_123_length_3166_cov_0.524186";0,0000273747618782872;0;0;0,00104488821985216;0,000586846109027649;0;0;0;0,000348710182555575;0
+"Turnip_1D_700k_NODE_125_length_3144_cov_0.291680";0;0;0;0,000768481624044234;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_132_length_3072_cov_2.241766";0;0;0;0,00394784828498106;0,000255878187512481;0;0;0;0;0
+"Turnip_1D_700k_NODE_137_length_3034_cov_0.522188";0;0;0;0,0012811590053596;0;0;0;0;0,000340959820508108;0
+"Turnip_1D_700k_NODE_151_length_2839_cov_3.159292";0;0;0,000476981480323795;0,00739095028530699;0,00271844252265974;0;0;0;0;0
+"Turnip_1D_700k_NODE_159_length_2753_cov_5.321401";0,00245933269736726;0;0,000681607550184255;0,00661545972497023;0,00277740592900646;0;0;0,00538674448541056;0,000183144381940718;0
+"Turnip_1D_700k_NODE_167_length_2694_cov_0.128165";0;0;0;0,000234627494388029;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_172_length_2585_cov_0.477624";0;0;0;0,000617015299871526;0;0;0;0,00151857285373782;0;0
+"Turnip_1D_700k_NODE_173_length_2584_cov_0.857143";0,000444075421227609;0;0;0,005841052525053;0,00395462511474398;0;0;0;0,00733727801374492;0
+"Turnip_1D_700k_NODE_177_length_2531_cov_2.051165";0,00000958798060445042;0;0;0,00101762334295214;0,000197636742368033;0;0;0;0,0000721271826124247;0
+"Turnip_1D_700k_NODE_181_length_2488_cov_0.543414";0;0;0;0,000102096486330266;0;0;0;0;0,0000314458944405226;0
+"Turnip_1D_700k_NODE_184_length_2477_cov_2.091489";0;0;0;0,004781686363562;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_193_length_2431_cov_0.405382";0;0;0;0,00147258503192063;0;0;0;0;0,000243162036885843;0
+"Turnip_1D_700k_NODE_195_length_2423_cov_1.099303";0,00026039894826928;0;0,000862261928217909;0,00245265963141637;0,00159258322778188;0;0;0;0,000491517485001089;0
+"Turnip_1D_700k_NODE_200_length_2391_cov_0.369700";0;0;0;0,00112415070453459;0,00131502767384081;0;0;0;0,000948926882339015;0
+"Turnip_1D_700k_NODE_205_length_2361_cov_0.414503";0,0000602017507898847;0;0;0,000440361555570536;0,000393467763909686;0;0;0;0,000231961752467658;0
+"Turnip_1D_700k_NODE_218_length_2286_cov_0.362668";0;0;0;0,000245493555403179;0,000812753622564102;0;0;0;0,0000532382324852864;0
+"Turnip_1D_700k_NODE_220_length_2268_cov_1.957496";0;0;0;0,00513116396209869;0;0;0;0;0,000137984806645538;0
+"Turnip_1D_700k_NODE_226_length_2243_cov_0.490076";0,000023183726109672;0;0;0,00125363294179409;0,00140179722164662;0;0;0;0,00169752686338697;0
+"Turnip_1D_700k_NODE_249_length_2133_cov_0.348455";0,000211287472927622;0;0,000625787818378599;0,00135705653588628;0,00288117334165697;0;0;0,00777045431175009;0,000904761137245427;0
+"Turnip_1D_700k_NODE_253_length_2105_cov_1.288675";0,000138340212312764;0;0;0,000987832430120699;0,000780795906580949;0;0;0;0,000512084232548667;0
+"Turnip_1D_700k_NODE_255_length_2103_cov_0.505061";0;0;0;0,00107304221159215;0;0;0;0;0;0
+"Turnip_1D_700k_NODE_273_length_2016_cov_0.637904";0,000146167106529085;0;0;0,000779442038405093;0,000141785316024232;0;0;0;0,000142296831853211;0
+"Turnip_1R_700k_NODE_3_length_4155_cov_3.695382";0,00205167587895326;0;0,000917200045590281;0,0177632811604026;0,0157882300205929;0;0;0,00388404601138532;0,00123648334677096;0
+"Turnip_1R_700k_NODE_13_length_2748_cov_0.942770";0;0;0;0,000193472167657435;0;0;0;0;0,0000284706642532824;0
+"Turnip_1R_700k_NODE_51_length_2044_cov_0.365676";0;0;0;0,00158666108219572;0;0;0;0;0,000216900774829801;0
+"Turnip_1R_700k_NODE_52_length_2024_cov_0.871903";0,000172994428987596;0;0;0,00389639945555947;0,0016593925721255;0;0;0;0,00704376987283449;0
+"Turnip_2D_700k_NODE_2_length_15594_cov_0.544385";0,000568675164911707;0;0,00021461370043111;0,00998158073911948;0,00578772133422194;0;0;0,00254529153127996;0,00661705901356931;0
+"Turnip_2D_700k_NODE_4_length_12589_cov_1.895282";0,00650719378187405;0;0,00246787510497673;0,0116026007382846;0,0225862690698269;0;0;0,00717187616323635;0,00148463277942157;0
+"Turnip_2D_700k_NODE_14_length_7967_cov_1.354337";0,0017031278712763;0;0,000757580254018268;0,00537274500393595;0,0149162352449281;0;0;0;0,000607760116731339;0
+"Turnip_2D_700k_NODE_28_length_4691_cov_0.588738";0;0;0;0,000358898913441697;0,00393021279327711;0;0;0;0,000161222495251374;0
+"Turnip_2D_700k_NODE_48_length_3666_cov_1.159084";0;0;0;0,00000161138848494463;0,000467821926521853;0;0;0;0,000028455131976003;0,00234989111743711
+"Turnip_2D_700k_NODE_56_length_3298_cov_0.306843";0;0;0;0,000204195852389933;0,00238343781697496;0;0;0;0,000150243614513077;0
+"Turnip_2D_700k_NODE_60_length_3150_cov_0.275554";0;0;0;0,000225041911840268;0,00301719152499566;0;0;0;0,00127221991727186;0
+"Turnip_2D_700k_NODE_67_length_2882_cov_0.708893";0;0;0;0,00157010070864961;0,00230595466089098;0;0;0;0,00011462027311222;0
+"Turnip_2D_700k_NODE_70_length_2843_cov_0.682990";0;0;0;0,000822831752929856;0,00814385331181604;0;0;0;0,000608482420300778;0
+"Turnip_2D_700k_NODE_80_length_2594_cov_0.216863";0,0000307382484264166;0;0;0,000997463138544131;0,00187327153075655;0;0;0;0,000506032947424443;0
+"Turnip_2D_700k_NODE_83_length_2548_cov_0.312268";0;0;0;0;0,00339349910220635;0;0;0;0,000133056777836769;0
+"Turnip_2D_700k_NODE_89_length_2467_cov_0.398291";0;0;0;0,00000478909621873289;0,000173797647206031;0;0;0;0,00000704746073665902;0
+"Turnip_2D_700k_NODE_90_length_2439_cov_0.355969";0,000292803775284484;0;0,0000951783814893168;0,00386799436110447;0,00269549058360459;0;0;0,0025036286081168;0,00234523254394594;0
+"Turnip_2D_700k_NODE_95_length_2232_cov_0.284561";0;0;0;0;0,000864433055760641;0;0;0;0;0
+"Turnip_2D_700k_NODE_105_length_2118_cov_0.405826";0;0;0;0;0,00145078912600432;0;0;0;0;0
+"Turnip_2D_700k_NODE_110_length_2075_cov_0.459959";0,00000167071799723677;0;0,0000186457889520035;0,00103058350229501;0,00148085367174803;0;0;0;0,000481783095974421;0
+"Turnip_2R_700k_NODE_5_length_6939_cov_0.715502";0,00000799363561150895;0;0;0,000333719739564253;0,00106072334997117;0;0;0;0,000559992814518663;0
+"Turnip_2R_700k_NODE_19_length_4473_cov_2.231017";0,000365042357846953;0;0,00025949035597188;0,0053579520911735;0,0103203734255385;0;0;0;0,000445049587631384;0
+"Turnip_4D_700k_NODE_1_length_49267_cov_8.937322";0,0000830323140486374;0;0;0,00149005705155629;0,000449642514779183;0;0;0;0,023784427705874;0,0207081152364485
+"Turnip_4D_700k_NODE_2_length_35320_cov_2.292672";0;0;0;0,000298210797884879;0,000993396416891862;0;0;0;0,00699086036867134;0
+"Turnip_4D_700k_NODE_3_length_34927_cov_1.732299";0,000494794804124816;0;0,000158406726222786;0,00246496182345897;0,00365206693125777;0;0;0,000999038840225429;0,00184777249365242;0
+"Turnip_4D_700k_NODE_7_length_26377_cov_2.289486";0,000422680188769018;0;0;0,00473380827529298;0,00298279709607273;0;0;0;0,00870358902825291;0
+"Turnip_4D_700k_NODE_9_length_21005_cov_2.124341";0,000238652978567439;0;0;0,00343388458789354;0,00337141923745428;0;0;0;0,00881637187174976;0
+"Turnip_4D_700k_NODE_11_length_20259_cov_2.828581";0,00818471626197031;0;0,00385582380079211;0,015879192905301;0,0134320013645204;0;0;0,0089778370920053;0,0109140403816992;0
+"Turnip_4D_700k_NODE_12_length_19912_cov_2.371342";0,00476137009145211;0;0,00177400467179826;0,00842254277697174;0,00344164059390761;0;0;0;0,00803774665199443;0
+"Turnip_4D_700k_NODE_14_length_18109_cov_3.176343";0;0;0;0,000730059623161749;0;0;0;0;0,00278087122693406;0
+"Turnip_4D_700k_NODE_15_length_16824_cov_1.109601";0;0;0;0,00021769835444605;0,00143565217281027;0;0;0;0,00368410575945728;0
+"Turnip_4D_700k_NODE_18_length_13182_cov_2.627576";0;0;0,000554727073452585;0,00174863301661501;0;0;0;0;0,0110136935301615;0
+"Turnip_4D_700k_NODE_21_length_12040_cov_2.413918";0,000176216344243436;0;0;0,00343843107160595;0,00336525798917049;0;0;0,00463700060764831;0,00906487978308871;0,0453835687163841
+"Turnip_4D_700k_NODE_23_length_11604_cov_2.432517";0,000052580680161226;0;0;0,000510606018300969;0,00102226186486137;0;0;0;0,00580510072404906;0
+"Turnip_4D_700k_NODE_24_length_11253_cov_2.311073";0;0;0;0,000806335189318367;0,00212099644168267;0;0;0;0,00664898423000829;0
+"Turnip_4D_700k_NODE_26_length_10179_cov_1.535316";0,000099789249864429;0;0;0,00260343579266434;0,00180422128047811;0;0;0;0,00537689336735823;0
+"Turnip_4D_700k_NODE_27_length_9807_cov_1.249690";0,000162254877997168;0;0;0,00106919002547236;0,00183622610559862;0;0;0;0,0029464336014332;0,0367683046381107
+"Turnip_4D_700k_NODE_28_length_9454_cov_1.759301";0,00652571422345704;0;0,0031225385248081;0,012665123854043;0,0110885895428606;0;0;0,00618219743325864;0,00765859463049432;0
+"Turnip_4D_700k_NODE_32_length_7637_cov_1.292011";0,00104633171939686;0;0;0,000916617777947011;0,000739207037163916;0;0;0;0,00523608707160887;0,0156311562345512
+"Turnip_4D_700k_NODE_37_length_7006_cov_1.863788";0,000219207215388234;0;0;0,0033246762464512;0,00227455541515779;0;0;0;0,00573869869202736;0
+"Turnip_4D_700k_NODE_41_length_6606_cov_1.452848";0,000167931690912082;0;0,000609107062646436;0,0048378390107805;0,00265026503522134;0;0;0;0,00602301801105776;0,0281306999332899
+"Turnip_4D_700k_NODE_44_length_6504_cov_1.184413";0,000154574808554309;0;0,000187382438557093;0,00181198702655059;0,000494417430416603;0;0;0;0,00290837348914876;0,00832557627848962
+"Turnip_4D_700k_NODE_48_length_6230_cov_1.673275";0,000339440016854324;0;0;0,00552332501321443;0,00630865001635909;0;0;0;0,00645489824705656;0
+"Turnip_4D_700k_NODE_51_length_5892_cov_1.219601";0,0000464820854882954;0;0;0,00171044457179002;0,0010915447954615;0;0;0;0,0038935743378254;0
+"Turnip_4D_700k_NODE_52_length_5817_cov_2.965729";0;0;0;0,000538232009365261;0;0;0;0;0,00882455180406393;0
+"Turnip_4D_700k_NODE_55_length_5580_cov_1.644599";0;0;0;0,000314423477631664;0,000448224547431443;0;0;0;0,00336504883303312;0
+"Turnip_4D_700k_NODE_56_length_5446_cov_0.976311";0,000204337769006515;0;0;0,00114871168688388;0,000616711451704372;0;0;0;0,00204316834518843;0
+"Turnip_4D_700k_NODE_60_length_5305_cov_0.696601";0;0;0;0,000855201685711554;0;0;0;0;0,000408024064438936;0
+"Turnip_4D_700k_NODE_64_length_5207_cov_3.969685";0,000365515685519914;0;0;0,000561578325710481;0;0;0;0;0,00868469536061372;0,0129992193478242
+"Turnip_4D_700k_NODE_77_length_4315_cov_2.897564";0,000166307102610225;0;0;0,000320352246460914;0;0;0;0;0,00321733241747723;0
+"Turnip_4D_700k_NODE_80_length_4266_cov_0.697753";0,000330746159544393;0;0;0,00021463649292079;0;0;0;0;0,00112687592093856;0
+"Turnip_4D_700k_NODE_81_length_4234_cov_0.958607";0;0;0;0,00000558086933000191;0;0;0;0;0;0
+"Turnip_4D_700k_NODE_82_length_4121_cov_1.756885";0,000137121716722981;0;0;0,00042430857922807;0;0;0;0;0,00511119697879999;0,00985492867907605
+"Turnip_4D_700k_NODE_91_length_3812_cov_0.865943";0;0;0;0,0000991790167606635;0;0;0;0;0,000592914777768603;0
+"Turnip_4D_700k_NODE_93_length_3628_cov_0.656670";0,0000363109465496469;0;0;0,00051290388878975;0,000374238199076088;0;0;0,00444823902351324;0,0011477308462355;0,0101764460976427
+"Turnip_4D_700k_NODE_103_length_3365_cov_3.235330";0;0;0;0,000214174360376956;0;0;0;0;0,0046655677059483;0,0113375387786991
+"Turnip_4D_700k_NODE_106_length_3255_cov_0.620524";0,0000276913167283943;0;0;0,000604346424538783;0;0;0;0;0,00172525519534873;0
+"Turnip_4D_700k_NODE_107_length_3238_cov_1.216972";0;0;0;0,00106543931702017;0,00132414699091191;0;0;0;0,0041505386651211;0
+"Turnip_4D_700k_NODE_139_length_2590_cov_0.619976";0;0;0;0,00040826860357508;0,000303497217003221;0;0;0;0,000892798992187617;0
+"Turnip_4D_700k_NODE_141_length_2580_cov_0.186302";0;0;0;0,0000938764952008093;0;0;0;0;0,000336939644134454;0
+"Turnip_4D_700k_NODE_143_length_2559_cov_0.673520";0;0;0;0,00000230846040867801;0,0000279248922533071;0;0;0;0,0000101911404673727;0
+"Turnip_4D_700k_NODE_148_length_2509_cov_1.295550";0;0;0;0,0000800517761328971;0,000341776640619592;0;0;0;0,00218278875080168;0
+"Turnip_4D_700k_NODE_171_length_2259_cov_0.840056";0,000337619639547846;0;0,000351104580586919;0,000651142185155356;0,000253067018242454;0;0;0;0,00170859274523638;0
+"Turnip_4D_700k_NODE_183_length_2152_cov_0.524444";0;0;0;0,0000823515360474957;0;0;0;0;0,00117953926721716;0
+"Turnip_4D_700k_NODE_186_length_2141_cov_0.527805";0,000351369708643524;0;0;0,00114504919528721;0;0;0;0;0,00137643228189106;0
+"Turnip_4D_700k_NODE_189_length_2108_cov_0.855628";0;0;0;0,000266223087121284;0,000542389368320402;0;0;0;0,000915491226634012;0
+"Turnip_4D_700k_NODE_200_length_2005_cov_0.747604";0;0;0;0,0000029463093196045;0;0;0;0;0,0000346854576305991;0
+"Turnip_4R_700k_NODE_30_length_2053_cov_0.260644";0,0000742993439589463;0;0;0,00234510004940707;0,00128787753201163;0;0;0;0,00484405308551253;0
+"Buffer_1D_700k_NODE_2_length_10230_cov_9.768386";0;0;0,00599449356202547;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_1_length_145419_cov_2.683245";0,00035368522909341;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_3_length_103866_cov_4.429915";0,000611133639001365;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_10_length_53821_cov_4.112713";0,000622223795462967;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_14_length_48423_cov_3.580793";0,000481676593193804;0;0;0,000108941282364283;0;0;0;0;0;0
+"Cabbage_1D_NODE_15_length_40191_cov_4.576902";0,000654946521298647;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_19_length_36323_cov_3.500939";0,000496584737211065;0;0,00173408968583991;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_20_length_35592_cov_16.431975";0,00117564480558255;0,0060445571346192;0,00987034473040847;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_22_length_35298_cov_18.890165";0,00233463292079024;0,0162874356987749;0,0219564558017032;0,0000540561536068805;0;0;0;0;0,0000642779810661393;0
+"Cabbage_1D_NODE_32_length_30488_cov_6.106354";0,000809603374808973;0;0,000289972046681664;0,000167214747125146;0;0;0;0;0;0
+"Cabbage_1D_NODE_42_length_25047_cov_2.209831";0,000303254960625521;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_43_length_24978_cov_3.855901";0,0006434384625678;0;0;0;0;0;0;0,00529101066963114;0;0
+"Cabbage_1D_NODE_46_length_23806_cov_63.809958";0,00176700921071693;0;0,00215341787784234;0;0;0;0;0,00120923630166163;0,0000255613289635732;0
+"Cabbage_1D_NODE_58_length_20281_cov_1.987050";0,000270761595252591;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_62_length_19325_cov_1.884415";0,000278056753356416;0;0,000823852003572062;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_68_length_18693_cov_7.811214";0,000664490925052485;0;0,00345960280233474;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_73_length_17800_cov_1.442030";0,000190475930769238;0,00585155402470472;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_78_length_16415_cov_3.581839";0,000541288712814773;0;0,000745987744250162;0;0;0;0;0,0064568256062523;0;0
+"Cabbage_1D_NODE_79_length_16273_cov_9.205066";0,000997222958951053;0,00681989896734606;0,00777699437710669;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_80_length_16054_cov_3.407484";0,000728589774171824;0;0;0,00490868640081386;0,00275530184078584;0;0;0;0,00301608624018848;0
+"Cabbage_1D_NODE_83_length_15689_cov_1.640792";0,000215221149105447;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_85_length_15194_cov_12.440897";0,00131331805604823;0,00278398291341623;0,0066575646025505;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_90_length_14185_cov_2.660193";0,000383699792421436;0;0,000743251906277651;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_94_length_13774_cov_10.248260";0,00148117932216546;0;0;0,00886359854000826;0,00351229011979063;0;0;0,00414824966785657;0,00487792420106664;0
+"Cabbage_1D_NODE_95_length_13737_cov_4.056209";0,000639493249280831;0;0,000342202552752565;0,000878125433458392;0,00170625421581116;0;0;0;0,00074419584732872;0
+"Cabbage_1D_NODE_99_length_13122_cov_3.319508";0,000507778843215958;0;0,000204919664627405;0,00075136164152659;0,000795086929913664;0;0;0;0,00035310103813066;0
+"Cabbage_1D_NODE_101_length_13020_cov_5.388040";0,000967864772189551;0;0;0,00313198451095437;0,00256860107997448;0;0;0;0,0022553839202353;0
+"Cabbage_1D_NODE_110_length_12397_cov_15.337571";0,00214878026646303;0;0,00106735372507778;0,00528454574176009;0,00443273256783155;0;0;0;0,00257278164892282;0,020946333519707
+"Cabbage_1D_NODE_112_length_12143_cov_1.254660";0,00024409639848865;0;0,000990907828003925;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_116_length_11373_cov_19.501423";0,00394500545717878;0;0,00147303044303626;0,00155462051403503;0,00344324013042862;0;0;0;0,00093175232532818;0
+"Cabbage_1D_NODE_121_length_10815_cov_5.031905";0,000723159046570943;0;0;0,00513554382311212;0,00206813843490103;0;0;0;0,00318543954603651;0
+"Cabbage_1D_NODE_125_length_10345_cov_1.184283";0,000163534948671044;0,0268637386843352;0,00123606080144245;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_127_length_10050_cov_1.420941";0,000190411979505969;0;0,000752626603058918;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_129_length_9877_cov_3.141538";0,000459798440416001;0;0,000591494565494229;0;0;0;0;0,00512255471096514;0;0
+"Cabbage_1D_NODE_132_length_9780_cov_2.258780";0,000377513081200777;0;0;0,00312219765955383;0,00136635812522002;0;0;0;0,00148706141468641;0
+"Cabbage_1D_NODE_137_length_9583_cov_13.795580";0,000952874126035417;0,0062651025202682;0,00938887854339556;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_145_length_8667_cov_1.879977";0,000245195745302323;0;0,00113833541931797;0,000102238667113309;0,000857484611137204;0;0;0,0040763352304385;0,000109327525929954;0
+"Cabbage_1D_NODE_146_length_8654_cov_0.840507";0,000110163329925263;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_149_length_8552_cov_5.602136";0,0000644541201167376;0;0,000113102233616134;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_153_length_8315_cov_4.187469";0,000542003824118602;0,00541537679961487;0,000442038622629428;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_155_length_8131_cov_1.372189";0,000122365555934624;0;0,000827950080078818;0;0,000922799031361747;0;0;0;0;0
+"Cabbage_1D_NODE_156_length_8060_cov_6.151393";0,000916148370755235;0;0;0,00398416322705297;0,00294350537961572;0;0;0;0,00195215973967627;0
+"Cabbage_1D_NODE_158_length_8026_cov_4.560957";0,000617240373468294;0;0;0,00456115737620809;0,00250189429312433;0;0;0,00184770839376218;0,00259404903447695;0
+"Cabbage_1D_NODE_161_length_7910_cov_6.180265";0,000953682161962509;0;0;0,00122702608789898;0,000831137994110189;0;0;0;0,00125285320016214;0
+"Cabbage_1D_NODE_162_length_7909_cov_1.370342";0,000184974613008013;0;0,000672635814941017;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_166_length_7703_cov_22.196014";0,00275475978018356;0;0,000110499839758401;0,00101612865068081;0,0007885347187431;0;0;0;0,00214532966354532;0
+"Cabbage_1D_NODE_168_length_7500_cov_1.446358";0,000193675199299677;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_174_length_7283_cov_1.282141";0,000182785679005665;0;0,000613579073830776;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_175_length_7266_cov_1.457627";0,000201343822499363;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_178_length_7225_cov_4.234150";0,000613217096328348;0;0,00204026222847476;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_180_length_7148_cov_1.233158";0,000153258224788493;0,00547229682900154;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_182_length_6963_cov_0.604447";0,000112520925578656;0;0;0,000959530814325397;0,000738920802511465;0;0;0,00576295332592799;0,00167169098581038;0
+"Cabbage_1D_NODE_185_length_6600_cov_3.970647";0,000733268003423597;0;0;0,0038934808042819;0,00144002322783884;0;0;0;0,000360892989744739;0
+"Cabbage_1D_NODE_193_length_6303_cov_0.923737";0,000158954119465803;0;0,000494137073150926;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_196_length_6116_cov_18.017699";0,00202302068413773;0,00550325937361024;0,000208759057960831;0,00325986050966297;0,00301449120556948;0;0;0;0,000393716949112375;0
+"Cabbage_1D_NODE_197_length_6083_cov_1.457018";0,00018920888185047;0;0,00118302519250793;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_198_length_6044_cov_1.488592";0,0002156674688028;0;0,000806575367554818;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_201_length_5834_cov_2.869459";0,000414772782190242;0;0,00226144911170961;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_205_length_5793_cov_9.682316";0,001156776820122;0;0,000263810715860278;0,00253201286230948;0,00492188156589142;0;0;0;0,000559728115201709;0
+"Cabbage_1D_NODE_206_length_5772_cov_3.805137";0,000545957470276863;0,00488563598827053;0,000469213590658093;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_207_length_5767_cov_1.851241";0,000108805256079799;0;0,000389114045495686;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_209_length_5753_cov_0.802169";0,000144623250934106;0;0,000541377711119466;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_217_length_5617_cov_12.565027";0,00170899103236129;0,00915018255194662;0,0132077796251724;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_223_length_5507_cov_1.805019";0,000294613082824882;0;0;0,00271392699656651;0,00137547461835456;0;0;0;0,00164642158341596;0
+"Cabbage_1D_NODE_228_length_5242_cov_1.155425";0,000152108005376049;0;0,000357967490587038;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_230_length_5208_cov_0.863806";0,000153101029988719;0;0,000947192115901388;0,0000328942310653617;0;0;0;0;0,000151894565379967;0
+"Cabbage_1D_NODE_231_length_5129_cov_2.012195";0,000286585629551356;0;0,00138043911284842;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_235_length_5024_cov_0.921380";0,000143527445781725;0;0,000477464320994278;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_236_length_5010_cov_0.812206";0,000134932987950484;0;0,000540579011033635;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_241_length_4869_cov_1.920498";0,000321825099529341;0;0,000746942110307719;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_242_length_4846_cov_2.290951";0,000282575781775729;0;0,00127343312546997;0,0000963022419890125;0,001504106381794;0;0;0;0,0000896929717155273;0
+"Cabbage_1D_NODE_243_length_4789_cov_15.663664";0,00184665970823205;0;0;0,00111263935426977;0,00587913153368718;0;0;0;0,000776910070242282;0
+"Cabbage_1D_NODE_248_length_4693_cov_8.252519";0,00112061460552993;0;0;0,000591616149015406;0,000548168074567157;0;0;0;0,00205795239112319;0
+"Cabbage_1D_NODE_251_length_4621_cov_0.965955";0,000136538985426632;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_253_length_4586_cov_4.082978";0,000679589864804927;0;0;0,00398932915949506;0,00190102387956781;0;0;0;0,00254763400529677;0
+"Cabbage_1D_NODE_255_length_4507_cov_3.456849";0,000493820053254705;0;0;0,000473164725333112;0;0;0;0;0;0
+"Cabbage_1D_NODE_256_length_4499_cov_1.583486";0,00022269122360368;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_257_length_4471_cov_18.693370";0,0018299051738914;0,00315364470188968;0,000674976725985634;0,00199113771639704;0,00214171619391915;0;0;0;0,00132213578991162;0
+"Cabbage_1D_NODE_258_length_4443_cov_0.706441";0,000116260237856331;0;0,00157180895332231;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_261_length_4363_cov_1.559962";0,000210562928886217;0,0044826928413595;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_268_length_4199_cov_0.628929";0,0000792586389734612;0;0,0000506775580887688;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_269_length_4197_cov_1.715971";0,000273407407303346;0;0;0,00121046489392281;0,000527818388744961;0;0;0;0,000803645607253642;0
+"Cabbage_1D_NODE_270_length_4181_cov_3.970893";0,000528178254196992;0;0,000129552779013562;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_277_length_4105_cov_1.241830";0,000168058764679413;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_278_length_4088_cov_9.145418";0,000402813460378299;0,00144639930408382;0,00140071472288657;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_281_length_4059_cov_24.236521";0,00370759242768168;0;0,000586212304172838;0,00169405164234525;0;0;0;0;0,000301975618978151;0
+"Cabbage_1D_NODE_287_length_4013_cov_1.505147";0,000177094858727782;0,00544036222746349;0;0,000073602668649477;0;0;0;0;0;0
+"Cabbage_1D_NODE_291_length_3947_cov_0.933246";0,000208162488748698;0;0,000441107307675026;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_297_length_3876_cov_1.039744";0,000146683522822413;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_300_length_3805_cov_2.127787";0,000291552365352224;0;0;0,00103087530180706;0,00170902542290023;0;0;0;0,000498050810635958;0
+"Cabbage_1D_NODE_301_length_3799_cov_0.736656";0,0000666154273839008;0;0;0,0000528691514391784;0;0;0;0;0,00037069569271502;0
+"Cabbage_1D_NODE_303_length_3783_cov_44.744803";0,00297829883528032;0,0104601677726923;0,00217330889929264;0,000462219311392778;0;0;0;0;0;0
+"Cabbage_1D_NODE_305_length_3763_cov_23.061331";0,00140401581787452;0;0,000560352287565692;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_309_length_3711_cov_1.416016";0,000237281573819358;0;0,000370114639902172;0,000200572924659575;0;0;0;0;0,000163975477582006;0
+"Cabbage_1D_NODE_311_length_3689_cov_0.917181";0,000286623923150235;0;0,000272686449975763;0;0;0;0;0,00709408299794393;0;0
+"Cabbage_1D_NODE_316_length_3620_cov_2.527054";0,00167591014570884;0;0;0,00743314367302513;0,00671169385467194;0;0;0;0,00260311005951301;0
+"Cabbage_1D_NODE_317_length_3608_cov_1.049411";0,00014028381853184;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_320_length_3484_cov_1.707477";0,000203984405302695;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_325_length_3398_cov_0.302660";0,0000887599665836277;0;0,000848265420723321;0;0;0;0;0;0,000102331286858963;0
+"Cabbage_1D_NODE_331_length_3343_cov_0.965485";0,000160737264690779;0;0,000133094567414653;0,000379922312278944;0;0;0;0;0;0
+"Cabbage_1D_NODE_338_length_3308_cov_1.326312";0,000158245984426907;0,0039873855989616;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_343_length_3229_cov_0.701483";0,0000730065993837434;0;0,000407389411757153;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_351_length_3164_cov_1.435957";0,000223519256709963;0;0;0,000696410119881801;0,000654972875793355;0;0;0;0,000544002047438825;0
+"Cabbage_1D_NODE_354_length_3124_cov_11.455455";0,00155026746556978;0;0;0,000376300475984506;0;0;0;0;0,000845929902969061;0
+"Cabbage_1D_NODE_355_length_3113_cov_0.729739";0,0000879770150006543;0;0,000385284411929851;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_358_length_3086_cov_4.263265";0,000609993433388397;0;0;0,000145482376578527;0;0;0;0;0,000656344451312331;0
+"Cabbage_1D_NODE_366_length_3022_cov_1.133333";0,000138807253857121;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_368_length_2979_cov_0.710379";0,0000930980824240695;0;0,000525997143019132;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_374_length_2931_cov_2.779601";0,000167955325106043;0;0;0,000044340397164024;0;0;0;0;0,000172022000505901;0
+"Cabbage_1D_NODE_375_length_2908_cov_0.457389";0,0000631833602978381;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_382_length_2875_cov_1.141557";0,000119376432898213;0;0;0,0000842439504758566;0,00173989076498605;0;0;0;0;0
+"Cabbage_1D_NODE_401_length_2790_cov_0.899737";0,000129226144732507;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_403_length_2787_cov_366.962782";0,0113418492644492;0,00277439115775465;0,00993973758377884;0;0;0;0;0,00516452805837041;0;0
+"Cabbage_1D_NODE_411_length_2758_cov_10.117066";0,000966614554111956;0;0;0,000104952922082866;0;0;0;0;0,000261610788234053;0
+"Cabbage_1D_NODE_416_length_2732_cov_3.062188";0,00111285902028607;0;0,000368206557086599;0,000540570112171213;0;0;0;0;0,000652296404768347;0
+"Cabbage_1D_NODE_417_length_2732_cov_1.338964";0,000195416521236094;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_420_length_2719_cov_0.626543";0,0000714003057296477;0;0,000604753774624792;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_431_length_2650_cov_2.717796";0,000533747115645527;0;0,000445300138981103;0,00054838043234284;0,00253480042715623;0;0;0,00658366595708558;0,000160739282307463;0
+"Cabbage_1D_NODE_436_length_2634_cov_0.743917";0,000107924323170021;0;0;0,000423875924494126;0;0;0;0;0,00260725278160533;0
+"Cabbage_1D_NODE_440_length_2609_cov_30.609589";0,00562066291347121;0;0,00197231567881532;0,00358426038487256;0,0028211419415293;0;0;0;0,000959599973850764;0
+"Cabbage_1D_NODE_441_length_2604_cov_0.562778";0,000073222231733735;0;0;0;0;0;0;0,00770496236721133;0;0
+"Cabbage_1D_NODE_443_length_2570_cov_62.828080";0,0137563474442909;0;0,00670677057571749;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_447_length_2536_cov_19.875052";0,0020095061400124;0;0,000556855457709924;0,000456561765149123;0,00109894801726037;0;0;0;0,000133686384041044;0
+"Cabbage_1D_NODE_449_length_2529_cov_3.816819";0,000726521201052247;0;0,0020653031356979;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_450_length_2529_cov_0.636969";0,000102809603922488;0;0;0,000119128058314021;0;0;0;0;0;0
+"Cabbage_1D_NODE_453_length_2522_cov_2.959916";0,000595201567235251;0;0,000176421545942579;0,00221818422916703;0,00195508570581233;0;0;0;0,00137186004830699;0
+"Cabbage_1D_NODE_454_length_2521_cov_77.333751";0,00735014853931111;0;0,000982213713933386;0,003662510250066;0,0014172907432807;0;0;0,00519041495030051;0,0011103370835428;0
+"Cabbage_1D_NODE_458_length_2496_cov_1.104686";0,000133336147856396;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_459_length_2493_cov_0.771344";0,00011820011502713;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_460_length_2486_cov_1.220008";0,0000529911963323085;0;0;0,000805547752610048;0,000833601841918816;0;0;0,00245629532389255;0,00110848534735239;0
+"Cabbage_1D_NODE_462_length_2472_cov_0.721535";0,000112192227969783;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_465_length_2460_cov_23.426489";0,00175873631123753;0,00221871683117998;0,000432510297590935;0,00171937509473082;0;0;0;0;0;0
+"Cabbage_1D_NODE_466_length_2457_cov_26.842489";0,00273586021897938;0;0,00122038092626946;0,00251489145069359;0,00444987761060667;0;0;0;0,000601472234095935;0
+"Cabbage_1D_NODE_474_length_2408_cov_17.517317";0,00348545563246208;0;0,000706960353537343;0,00111376120612807;0,000474815942034638;0;0;0;0,00067147257652509;0
+"Cabbage_1D_NODE_475_length_2406_cov_0.499342";0,000119592438517914;0;0,000410056237706935;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_482_length_2379_cov_0.562167";0,00010637747315319;0;0,000788762331087538;0;0;0;0;0;0,000259439277059896;0
+"Cabbage_1D_NODE_485_length_2358_cov_1.339310";0,000183775437037017;0;0,000631707152206608;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_490_length_2334_cov_0.501586";0,0000653541358816267;0;0,000323245602172426;0,0000860539444376344;0;0;0;0;0,000234645114642734;0
+"Cabbage_1D_NODE_494_length_2316_cov_20.044312";0,00335896554858962;0;0,000709985109328502;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_495_length_2310_cov_0.573523";0,0000795399185048109;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_497_length_2302_cov_0.674943";0,000105417805863875;0;0;0,0001565370813789;0;0;0;0;0;0
+"Cabbage_1D_NODE_509_length_2261_cov_0.584817";0,0000781971393443524;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_511_length_2253_cov_0.423330";0,0000400067625170544;0;0,000240417296518288;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_516_length_2236_cov_3.167378";0,000296130281867111;0;0;0,000356660230359547;0;0;0;0;0,000217714846979185;0
+"Cabbage_1D_NODE_519_length_2228_cov_0.658258";0,000119811026933799;0;0,000859585097725611;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_539_length_2127_cov_0.554500";0,0000766040304092692;0;0,000609363142701525;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_548_length_2069_cov_0.580844";0,000129018350898262;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_553_length_2060_cov_2.887739";0,000462792940375354;0;0;0,00100654364816421;0;0;0;0;0,000894623824057188;0
+"Cabbage_1D_NODE_557_length_2027_cov_0.308421";0,0000495981526806721;0;0;0;0;0;0;0;0;0
+"Cabbage_1D_NODE_562_length_2011_cov_1.050425";0,0000930899809002385;0;0,000413642595535185;0;0;0;0;0;0;0
+"Cabbage_2D_NODE_3_length_6973_cov_4.917032";0,0104484446532483;0,0624887133909989;0,00694677973876523;0;0;0;0;0,00462877131143153;0;0
+"Cabbage_2D_NODE_8_length_4960_cov_7.901717";0,00905196526675256;0,0121045317443004;0,00635343041036678;0;0;0;0;0,00360541989030921;0;0
+"Cabbage_2D_NODE_17_length_3042_cov_1.001372";0,00643774272855367;0,00717691440460584;0,00108744116779991;0,00175938831963878;0,000305383757590654;0;0;0,00430145828064023;0,000457227761665689;0
+"Cabbage_2D_NODE_31_length_2267_cov_0.864486";0,0000672856432058741;0,0154488068725964;0,000145066212016304;0;0;0;0;0;0;0
+"Cabbage_2D_NODE_36_length_2199_cov_1.126448";0;0,0188222657961175;0;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_1_length_38817_cov_24.274231";0,00192659174898916;0,00786242094218929;0,0137129913731987;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_2_length_38587_cov_8.398960";0,00127333308660394;0;0,00604258837879187;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_3_length_28744_cov_4.678163";0,000299106415731297;0;0,00343706324222629;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_9_length_22022_cov_24.299657";0,00100167403637573;0,00811692496158454;0,0083486939143736;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_10_length_20098_cov_10.273947";0,00276435330601112;0;0,00854730090629955;0;0;0;0;0;0,000123271828207814;0
+"Cabbage_3D_NODE_13_length_17122_cov_2.245307";0;0;0,0015908053090227;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_17_length_15619_cov_3.631487";0,000674082137591185;0;0,00270129061836428;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_19_length_15117_cov_2.248232";0,0000231620509539522;0;0,00163031935516534;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_20_length_14845_cov_3.694999";0,0000548793441160376;0;0,00311057793277188;0,000050139853379029;0,00045249047706056;0;0;0;0,0000749551687968757;0
+"Cabbage_3D_NODE_21_length_13889_cov_1.746548";0;0;0,00126468899720894;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_22_length_13309_cov_19.632757";0,00102160595606074;0,00724512987324981;0,00879965936976917;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_24_length_12827_cov_5.019055";0;0;0,00370099359293091;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_25_length_12775_cov_1.516524";0;0;0,00137042899914848;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_28_length_12040_cov_2.776798";0,0000354160299704945;0;0,0020582186656394;0;0;0;0;0;0,0000714793387913805;0
+"Cabbage_3D_NODE_32_length_11882_cov_5.537473";0,00470148509093646;0,00470837778978313;0,00348411992262968;0,0042840966631122;0,00420387137637375;0;0;0,00594674254203173;0,000864036657873083;0
+"Cabbage_3D_NODE_34_length_11503_cov_7.329553";0,00233597327070399;0,0009885181048246;0,00175909556771608;0,00311364549913483;0,00378327547241708;0;0;0,0039813636715619;0,000821467229756855;0
+"Cabbage_3D_NODE_52_length_8412_cov_4.134701";0,000123223396746983;0;0,00300109758430852;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_54_length_8310_cov_7.673347";0,00106129797398477;0,00290088548384723;0,00342902453592509;0;0;0;0;0,00236191987178837;0;0
+"Cabbage_3D_NODE_55_length_8285_cov_1.832312";0;0;0,00130056347169595;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_56_length_8140_cov_5.924622";0,000058772739374539;0;0,00452730178155104;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_57_length_8092_cov_0.915631";0;0;0,000676549271956269;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_59_length_8066_cov_2.825167";0;0;0,00200021510481587;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_62_length_7798_cov_4.029462";0,000125368124658001;0;0,00295459120170621;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_65_length_7650_cov_7.272764";0;0;0,00633201243377907;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_71_length_7503_cov_4.772234";0,0000559077064049341;0;0,000286191612712929;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_75_length_7199_cov_2.771776";0,0000756046889220457;0;0,00162036930695031;0;0,000397054031261081;0;0;0;0,000481806373753145;0
+"Cabbage_3D_NODE_80_length_6969_cov_4.868606";0,0000766075385302064;0;0,00106593231718729;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_85_length_6868_cov_2.426643";0,000138306161521398;0;0,00158297807122735;0;0,000936427189117526;0;0;0;0;0
+"Cabbage_3D_NODE_100_length_6123_cov_3.192962";0,0000622801539881254;0;0,0012068907898747;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_110_length_5939_cov_20.196490";0,0129020627677753;0,0049780100649054;0,0117653075952493;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_117_length_5743_cov_2.228276";0,000310274121531059;0;0,0022568612302388;0,000489621920328076;0;0;0;0;0,000128662482950872;0
+"Cabbage_3D_NODE_135_length_5418_cov_2.249669";0;0;0,00156388199418867;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_138_length_5356_cov_2.392809";0;0;0,00173729423154135;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_140_length_5309_cov_1.328252";0;0;0,00075062558744904;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_164_length_4953_cov_1.506838";0,000112688292939001;0;0,000937371582687033;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_168_length_4908_cov_11.064003";0;0;0,00994446826265817;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_174_length_4780_cov_9.067913";0;0;0,00664933994141152;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_181_length_4679_cov_1.563708";0;0;0,00102947349933495;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_184_length_4623_cov_1.046486";0;0;0,000836902705503078;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_191_length_4514_cov_40.965352";0,00758781339418496;0,00906852581640907;0,00831826688506486;0;0;0;0;0,00454140227600249;0;0
+"Cabbage_3D_NODE_205_length_4423_cov_8.979283";0,000221814916556039;0;0,00632003927752244;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_209_length_4371_cov_1.188030";0,0000793122819553029;0;0,000743528028902817;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_220_length_4301_cov_2.757547";0,00936124541997412;0,00475881487273548;0,00193854861712399;0,00119905061897455;0;0;0;0;0;0
+"Cabbage_3D_NODE_222_length_4295_cov_1.590451";0,0000879801264319035;0;0,000896311106287084;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_229_length_4224_cov_1.457896";0;0;0,00102129174867612;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_235_length_4190_cov_1.453360";0;0;0,000794114806321009;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_251_length_4042_cov_3.729757";0;0;0,00242650125213156;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_254_length_4013_cov_0.849202";0;0;0,000588111322352316;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_269_length_3857_cov_4.499196";0,000462891112210822;0;0,00137927836670171;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_280_length_3781_cov_1.840996";0,0000999403975205039;0;0,00116653302739921;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_297_length_3687_cov_0.928371";0;0;0,000697826363714289;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_317_length_3562_cov_1.739447";0,0000574221366680828;0;0,00116765196465645;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_328_length_3500_cov_0.838423";0,00000693347968853258;0;0,0000276357229110052;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_338_length_3404_cov_4.497101";0;0;0,00257440885284364;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_343_length_3375_cov_1.124384";0,0000328698296345248;0;0,000722213558740936;0;0;0;0;0;0,000133937252317269;0
+"Cabbage_3D_NODE_380_length_3233_cov_0.598519";0,0000997237258016594;0;0,000406885372893241;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_408_length_3125_cov_1.983989";0;0;0,00164664691392933;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_416_length_3098_cov_0.789633";0;0;0,000231041066299237;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_423_length_3066_cov_12.111262";0,00295000791053188;0,013796424131261;0,0077859548110001;0;0;0;0;0,00441004695347831;0;0
+"Cabbage_3D_NODE_426_length_3058_cov_0.918799";0;0;0,000525060660931786;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_475_length_2850_cov_0.884319";0,0000559543974864032;0;0,000590531763256217;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_477_length_2841_cov_1.007001";0,0000427088681975783;0;0,000674113198779536;0,000139314488718434;0;0;0;0;0,000104035007333595;0
+"Cabbage_3D_NODE_500_length_2757_cov_32.615589";0,00949738340360656;0,0146828032589331;0,00581683351659642;0;0;0;0;0,00158203797481654;0;0
+"Cabbage_3D_NODE_530_length_2677_cov_2.052941";0,0000543903897867703;0;0,00180659376519459;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_533_length_2667_cov_2.949213";0;0;0,00200921135074762;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_541_length_2652_cov_6.048713";0;0;0,00592313156207216;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_552_length_2612_cov_1.219316";0;0;0,000748026650003089;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_573_length_2556_cov_18.171676";0,00172116309169559;0;0,00501032628989038;0,0000416010576465283;0;0;0;0,00136515765150836;0;0
+"Cabbage_3D_NODE_589_length_2501_cov_0.727885";0,000133069582186951;0;0,000510503957812251;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_615_length_2435_cov_0.828856";0,000129557834015701;0,0240960848462236;0,00109634941815323;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_623_length_2416_cov_1.041066";0;0;0,000608534958139684;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_674_length_2306_cov_0.882515";0;0;0,000553673199691431;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_681_length_2291_cov_7.553142";0;0;0,00548009992076371;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_683_length_2279_cov_30.812268";0,00803936817768641;0,0111763357709285;0,0174011682217168;0;0;0;0;0,00248801329773583;0;0
+"Cabbage_3D_NODE_694_length_2251_cov_0.656309";0,0000539031073075611;0;0,000584389342764926;0,0000524864521173436;0;0;0;0;0,000127441320753476;0
+"Cabbage_3D_NODE_705_length_2231_cov_1.619772";0;0;0,00100583626193349;0,0001376881262492;0;0;0;0;0;0
+"Cabbage_3D_NODE_707_length_2226_cov_1.171034";0,0000716397272400042;0;0,000573571607586901;0,000278648593670143;0;0;0;0;0,000234313822605631;0
+"Cabbage_3D_NODE_741_length_2177_cov_1.258049";0;0;0,000995241468177679;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_747_length_2172_cov_0.765281";0;0;0,000623457837310891;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_766_length_2142_cov_10.811414";0;0;0,0076404645695132;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_770_length_2127_cov_1.099000";0;0;0,000563888281305889;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_784_length_2101_cov_33.058257";0,000986725572047235;0,00692754993457432;0,00186912718974481;0;0;0;0;0,000415200256693879;0;0
+"Cabbage_3D_NODE_792_length_2092_cov_0.699746";0,0000646285152611784;0;0,000416121066776608;0;0;0;0;0;0;0
+"Cabbage_3D_NODE_802_length_2078_cov_0.675038";0,0000400393437258859;0;0,000921634070131213;0;0;0;0;0;0,000476904177732558;0
+"Cabbage_3D_NODE_835_length_2027_cov_0.646842";0;0;0,000381746542431251;0;0;0;0;0;0;0
+"Carrot_1D_NODE_32_length_2426_cov_0.664637";0;0;0;0;0,00512531124239945;0;0;0;0,000218580219265789;0,0253642116256167
+"Carrot_1D_NODE_38_length_2401_cov_0.617414";0;0;0,000177255365609946;0;0;0;0;0,0426903162721267;0;0
+"Carrot_1D_NODE_63_length_2110_cov_0.414019";0;0;0;0;0;0;0;0,0163304557833633;0,0000988782121554757;0,0151646731042407
+"Carrot_2D_NODE_1_length_44916_cov_7.074862";0;0;0;0;0;0,00387249839371011;0;0;0;0
+"Carrot_2D_NODE_2_length_44072_cov_5.334532";0;0;0;0;0;0,00306842320263972;0;0;0;0
+"Carrot_2D_NODE_5_length_26292_cov_1.890464";0;0;0;0;0;0,00107567200323176;0;0;0;0
+"Carrot_2D_NODE_6_length_20080_cov_2.310981";0;0;0;0;0;0,00187833143203439;0;0;0;0
+"Carrot_2D_NODE_7_length_19044_cov_1.994344";0;0;0;0;0;0,00107037449825389;0,0237329827036306;0;0;0
+"Carrot_2D_NODE_10_length_16646_cov_1.267510";0;0;0;0;0;0,000723743568592671;0;0;0;0
+"Carrot_2D_NODE_11_length_16338_cov_2.584356";0;0;0;0;0;0,00198653810854539;0;0;0;0
+"Carrot_2D_NODE_12_length_13811_cov_2.565843";0;0;0;0;0;0,00196998263663135;0;0;0;0
+"Carrot_2D_NODE_13_length_12991_cov_2.168532";0;0;0;0;0;0,00173540868975379;0;0;0;0
+"Carrot_2D_NODE_14_length_12984_cov_3.465894";0;0;0;0;0;0,00262942879534173;0;0;0;0
+"Carrot_2D_NODE_16_length_11719_cov_2.784161";0;0;0;0;0;0,00204355299141083;0;0;0;0
+"Carrot_2D_NODE_17_length_10410_cov_3.575999";0;0;0;0;0;0,00295127678159118;0;0;0;0
+"Carrot_2D_NODE_18_length_10139_cov_3.907111";0;0;0;0;0;0,00261361825901678;0;0;0;0
+"Carrot_2D_NODE_20_length_9611_cov_9.042493";0;0;0;0;0;0,00465968532970124;0;0;0;0
+"Carrot_2D_NODE_21_length_9104_cov_1.018714";0;0;0;0;0;0,000563111629341959;0;0;0;0
+"Carrot_2D_NODE_23_length_8842_cov_9.503155";0;0;0;0;0;0,00313228622393063;0;0;0;0
+"Carrot_2D_NODE_24_length_8632_cov_0.617872";0;0;0;0;0;0,000448255147708624;0;0;0;0
+"Carrot_2D_NODE_25_length_8268_cov_1.178725";0;0;0;0;0;0,000634812460437704;0,031045642601389;0;0;0
+"Carrot_2D_NODE_26_length_8235_cov_2.856808";0;0;0;0;0;0,0020721492024153;0;0;0;0
+"Carrot_2D_NODE_27_length_8186_cov_5.334036";0;0;0;0;0;0,00189220130161499;0;0;0;0
+"Carrot_2D_NODE_28_length_8177_cov_4.063106";0;0;0;0;0;0,00294964939653432;0;0;0;0
+"Carrot_2D_NODE_32_length_8018_cov_10.056900";0;0;0;0;0;0,00205820246879387;0;0;0;0
+"Carrot_2D_NODE_33_length_7971_cov_3.107598";0;0;0;0;0;0,00230156702424694;0;0;0;0
+"Carrot_2D_NODE_35_length_7720_cov_4.784670";0;0;0;0;0;0,00131863987790629;0,0363423681537816;0;0;0
+"Carrot_2D_NODE_37_length_7552_cov_0.745185";0;0;0;0;0;0,00040730150478251;0;0;0;0
+"Carrot_2D_NODE_38_length_6833_cov_2.668804";0;0;0;0;0;0,00215969456443757;0;0;0;0
+"Carrot_2D_NODE_42_length_6579_cov_1.321761";0;0;0;0;0;0,000718006760998486;0;0;0;0
+"Carrot_2D_NODE_43_length_6463_cov_2.719697";0;0;0;0;0;0,0021020278392159;0;0;0;0
+"Carrot_2D_NODE_44_length_6340_cov_2.958474";0;0;0;0;0;0,00226795006242203;0;0;0;0
+"Carrot_2D_NODE_45_length_6287_cov_0.694643";0;0;0;0;0;0,000378589535980592;0;0;0;0
+"Carrot_2D_NODE_46_length_6195_cov_2.624588";0;0;0;0;0;0,00182057307534531;0;0;0;0
+"Carrot_2D_NODE_48_length_6165_cov_2.502153";0;0;0;0;0;0,00216799608369616;0;0;0;0
+"Carrot_2D_NODE_49_length_6071_cov_1.436070";0;0;0;0;0;0,000751949758924127;0;0;0;0
+"Carrot_2D_NODE_50_length_6004_cov_1.240429";0;0;0;0;0;0,000668856065000755;0;0;0;0
+"Carrot_2D_NODE_51_length_5661_cov_2.656668";0;0;0;0;0;0,00192977793121215;0;0;0;0
+"Carrot_2D_NODE_52_length_5649_cov_1.149946";0;0;0;0;0;0,00090535708242029;0,0140393176292811;0;0;0
+"Carrot_2D_NODE_53_length_5645_cov_0.654041";0;0;0;0;0;0,000408672404444311;0;0;0;0
+"Carrot_2D_NODE_54_length_5550_cov_0.697400";0;0;0;0;0;0,000365083798114906;0;0;0;0
+"Carrot_2D_NODE_55_length_5497_cov_4.335382";0;0;0;0;0;0,00287555372810291;0;0;0;0
+"Carrot_2D_NODE_57_length_5405_cov_2.179992";0;0;0;0;0;0,00145660391014772;0;0;0;0
+"Carrot_2D_NODE_58_length_5301_cov_2.169695";0;0;0;0;0;0,00175688845442584;0,0526047031684292;0;0;0
+"Carrot_2D_NODE_61_length_5100_cov_2.472351";0;0;0;0;0;0,00179501690249622;0;0;0;0
+"Carrot_2D_NODE_62_length_4996_cov_0.640173";0;0;0;0;0;0,000332272144000901;0;0;0;0
+"Carrot_2D_NODE_63_length_4983_cov_1.012562";0;0;0;0;0;0,000546249976107819;0,0143755021787538;0;0;0
+"Carrot_2D_NODE_65_length_4877_cov_0.900421";0;0;0;0;0;0,000513072290768859;0;0;0;0
+"Carrot_2D_NODE_66_length_4865_cov_1.431406";0;0;0;0;0;0,00076523433828924;0;0;0;0
+"Carrot_2D_NODE_69_length_4785_cov_2.579863";0;0;0;0;0;0,00171421300682272;0,0668319220748716;0;0;0
+"Carrot_2D_NODE_70_length_4641_cov_0.843155";0;0;0;0;0;0,000460260744229799;0;0;0;0
+"Carrot_2D_NODE_71_length_4606_cov_2.082384";0;0;0;0;0;0,00163242874537042;0,145523535818679;0;0;0
+"Carrot_2D_NODE_72_length_4567_cov_2.792568";0;0;0;0;0;0,00217021356006637;0;0;0;0
+"Carrot_2D_NODE_75_length_4391_cov_0.839587";0;0;0;0;0;0,000414190645777537;0;0;0;0
+"Carrot_2D_NODE_76_length_4328_cov_0.582480";0;0;0;0;0;0,000298948286349185;0;0;0;0
+"Carrot_2D_NODE_77_length_4293_cov_1.725876";0;0;0;0;0;0,000912686441828265;0,0192683919381575;0;0;0
+"Carrot_2D_NODE_78_length_4251_cov_4.312076";0;0;0;0;0;0,00271916980600203;0;0;0;0
+"Carrot_2D_NODE_80_length_4141_cov_1.020179";0;0;0;0;0;0,00065732036487449;0;0;0;0
+"Carrot_2D_NODE_81_length_4107_cov_0.863568";0;0;0;0;0;0,0004874124299157;0;0;0;0
+"Carrot_2D_NODE_82_length_4101_cov_1.639406";0;0;0;0;0;0,000907794453981261;0;0;0;0
+"Carrot_2D_NODE_83_length_4073_cov_2.445261";0;0;0;0;0;0,00141150997675298;0,0305684256195931;0;0;0
+"Carrot_2D_NODE_86_length_3815_cov_1.085954";0;0;0;0;0;0,000572711552744009;0;0;0;0
+"Carrot_2D_NODE_87_length_3737_cov_0.807756";0;0;0;0;0;0,000408285888980943;0;0;0;0
+"Carrot_2D_NODE_90_length_3539_cov_1.237397";0;0;0;0;0;0,000631172374531306;0;0;0;0
+"Carrot_2D_NODE_92_length_3499_cov_7.447212";0;0;0;0;0;0,00465011466447176;0,0265654502711102;0;0;0
+"Carrot_2D_NODE_93_length_3473_cov_0.846981";0;0;0;0;0;0,000439321729663629;0;0;0;0
+"Carrot_2D_NODE_94_length_3446_cov_0.789997";0;0;0;0;0;0,000506521890884307;0;0;0;0
+"Carrot_2D_NODE_96_length_3354_cov_1.084599";0;0;0;0;0;0,000564087005137451;0;0;0;0
+"Carrot_2D_NODE_97_length_3289_cov_3.549652";0;0;0;0;0;0,00254587863994051;0;0;0;0
+"Carrot_2D_NODE_98_length_3269_cov_0.682050";0;0;0;0;0;0,000328583087933232;0;0;0;0
+"Carrot_2D_NODE_99_length_3261_cov_8.850351";0;0;0;0;0;0,00396015627210021;0;0;0;0
+"Carrot_2D_NODE_100_length_3252_cov_0.795520";0;0;0;0;0;0,000536738756453666;0;0;0;0
+"Carrot_2D_NODE_102_length_3224_cov_0.378754";0;0;0;0;0;0,000265021105951675;0;0;0;0
+"Carrot_2D_NODE_103_length_3223_cov_0.860465";0;0;0;0;0;0,000397655001049425;0;0;0;0
+"Carrot_2D_NODE_104_length_3197_cov_2.496091";0;0;0;0;0;0,00138974846326513;0;0;0;0
+"Carrot_2D_NODE_105_length_3161_cov_0.619314";0;0;0;0;0;0,000320502227070188;0;0;0;0
+"Carrot_2D_NODE_106_length_3140_cov_0.638898";0;0;0;0;0;0,000392617072813504;0;0;0;0
+"Carrot_2D_NODE_107_length_3117_cov_2.636789";0;0;0;0;0;0,00182876345061501;0;0;0;0
+"Carrot_2D_NODE_108_length_3071_cov_0.904552";0;0;0;0;0;0,000492855178178056;0;0;0;0
+"Carrot_2D_NODE_109_length_3067_cov_0.677891";0;0;0;0;0;0,00034226471619817;0;0;0;0
+"Carrot_2D_NODE_112_length_3021_cov_0.520387";0;0;0;0;0;0,000258587009588333;0;0;0;0
+"Carrot_2D_NODE_113_length_2968_cov_0.544175";0;0;0;0;0;0,000333118365867559;0;0;0;0
+"Carrot_2D_NODE_117_length_2840_cov_0.454847";0;0;0;0;0;0,000262173595477264;0;0;0;0
+"Carrot_2D_NODE_118_length_2810_cov_0.558330";0;0;0;0;0;0,00030841073328298;0;0;0;0
+"Carrot_2D_NODE_119_length_2768_cov_0.404392";0;0;0;0;0;0,000277812587077088;0;0;0;0
+"Carrot_2D_NODE_120_length_2731_cov_0.947005";0;0;0;0;0;0,000594439138270808;0;0;0;0
+"Carrot_2D_NODE_121_length_2686_cov_0.652208";0;0;0;0;0;0,000309015568024665;0;0;0;0
+"Carrot_2D_NODE_122_length_2665_cov_1.027581";0;0;0;0;0;0,00055419883953992;0;0;0;0
+"Carrot_2D_NODE_123_length_2655_cov_1.855222";0;0;0;0;0;0,00102981911332664;0;0;0;0
+"Carrot_2D_NODE_124_length_2636_cov_0.876445";0;0;0;0;0;0,000453793347429241;0;0;0;0
+"Carrot_2D_NODE_126_length_2614_cov_2.632087";0;0;0;0;0;0,00143354142526821;0;0;0;0
+"Carrot_2D_NODE_127_length_2585_cov_2.065500";0;0;0;0;0;0,00147795511615975;0;0;0;0
+"Carrot_2D_NODE_129_length_2577_cov_0.966939";0;0;0;0;0;0,000539967831903402;0;0;0;0
+"Carrot_2D_NODE_130_length_2562_cov_0.534702";0;0;0;0;0;0,000424021947459293;0;0;0;0
+"Carrot_2D_NODE_134_length_2441_cov_0.728608";0;0;0;0;0;0,00048504430515629;0;0;0;0
+"Carrot_2D_NODE_135_length_2420_cov_3.341910";0;0;0;0;0;0,00198223271497144;0;0;0;0
+"Carrot_2D_NODE_137_length_2357_cov_1.478924";0;0;0;0;0;0,000709477194045598;0;0;0;0
+"Carrot_2D_NODE_138_length_2318_cov_0.900502";0;0;0;0;0;0,000874122122319986;0;0;0;0
+"Carrot_2D_NODE_139_length_2318_cov_0.371520";0;0;0;0;0;0,000221163428538792;0;0;0;0
+"Carrot_2D_NODE_140_length_2298_cov_4.312298";0;0;0;0;0;0,00288952416262576;0;0;0;0
+"Carrot_2D_NODE_141_length_2276_cov_0.542578";0;0;0;0;0;0,000273511362823237;0;0;0;0
+"Carrot_2D_NODE_146_length_2212_cov_0.888729";0;0;0;0;0;0,000579404190046247;0;0;0;0
+"Carrot_2D_NODE_147_length_2191_cov_0.355136";0;0;0;0;0;0,000172701763142949;0;0;0;0
+"Carrot_2D_NODE_156_length_2087_cov_0.867347";0;0;0;0;0;0,000485437249529882;0;0;0;0
+"Carrot_2D_NODE_157_length_2084_cov_0.727644";0;0;0;0;0;0,000409994263717946;0;0;0;0
+"Carrot_2D_NODE_159_length_2064_cov_0.844605";0;0;0;0;0;0,000473105230115282;0;0;0;0
+"Carrot_2R_NODE_1_length_41459_cov_5.774993";0;0;0;0;0;0,682433378486344;0,139314679099815;0;0;0
+"Carrot_3D_NODE_50_length_2027_cov_4.880526";0;0;0;0;0;0,000361305819545366;0,245272824306234;0;0;0
+"Cabbage_4D_NODE_138_length_4051_cov_1.136595";0;0;0,000391579979040163;0;0;0;0;0,0296090259579494;0;0
+"Cabbage_4D_NODE_170_length_3681_cov_1.748734";0;0;0,000336343489924758;0;0,00446502413298804;0;0;0,0612601979387741;0,00025505260103674;0,036442053447478
+"Cabbage_4D_NODE_242_length_3027_cov_1.141724";0,0000286318123907027;0;0,000600736890500212;0;0;0;0;0,0384726862234547;0;0
+"Cabbage_4D_NODE_282_length_2782_cov_1.614689";0;0;0,000535429714199562;0;0;0;0;0,0509541903804813;0;0
+"Cabbage_4D_NODE_330_length_2537_cov_0.640249";0,00842293433191068;0,0132668247256603;0,013000881077763;0;0;0;0;0,0111749749813558;0;0
+"Cabbage_4D_NODE_383_length_2299_cov_0.483425";0;0;0;0;0,0012744026839168;0;0;0,0151776553164652;0;0
+"Cabbage_4D_NODE_398_length_2256_cov_1.158760";0;0;0,000308696904856973;0;0;0;0;0,0371206697580357;0;0
+"Cabbage_4D_NODE_441_length_2041_cov_2.060084";0;0;0,00970567671857351;0;0;0;0;0,0585546282635943;0;0
+"Cabbage_4D_NODE_447_length_2029_cov_1.344374";0;0;0,0010964394747836;0;0;0;0;0,0408437137677746;0;0
+"Turnip_1D_NODE_1_length_31512_cov_1.784993";0;0;0;0,000636813549796473;0;0;0;0;0,000111449266906012;0
+"Turnip_1D_NODE_5_length_13998_cov_1.243025";0,000730348321241698;0;0,000395247301527593;0,000428344080482507;0,00103121013386162;0;0;0;0,000144697740873686;0
+"Turnip_1D_NODE_6_length_13634_cov_2.248464";0;0;0;0,000810668343673532;0;0;0;0;0,000495415451819403;0
+"Turnip_1D_NODE_7_length_13468_cov_0.685406";0;0;0;0,00026931341060926;0;0;0;0;0,000176855786480196;0
+"Turnip_1D_NODE_10_length_10921_cov_0.830554";0;0;0;0,000303995129056272;0;0;0;0;0;0
+"Turnip_1D_NODE_12_length_10531_cov_1.987216";0;0;0;0,000675382169187319;0;0;0;0;0;0
+"Turnip_1D_NODE_14_length_9071_cov_0.632379";0;0;0;0,000309336494130563;0,00106350709980033;0;0;0;0,000429333390228604;0
+"Turnip_1D_NODE_16_length_8840_cov_5.908757";0;0;0;0,00211034071117405;0,000905373022504056;0;0;0;0,000261577985267639;0
+"Turnip_1D_NODE_19_length_8115_cov_0.754882";0;0;0;0,000393823345720468;0,00138252476726623;0;0;0;0,000216388742990896;0
+"Turnip_1D_NODE_21_length_8098_cov_2.149668";0;0;0;0,000814102594141842;0;0;0;0;0,000428318607637552;0
+"Turnip_1D_NODE_25_length_7392_cov_0.946043";0;0;0;0,00034603390563507;0;0;0;0;0,000121128708106453;0
+"Turnip_1D_NODE_26_length_7204_cov_0.583722";0;0;0;0,000230422737675149;0,00266833509235165;0;0;0;0,000223238884155156;0
+"Turnip_1D_NODE_27_length_7165_cov_0.987923";0,0000479005226214044;0;0,000664183040512923;0,000441093140182381;0;0;0;0;0,000385818229774838;0
+"Turnip_1D_NODE_30_length_6902_cov_3.574465";0;0;0;0,00138140585336026;0;0;0;0;0,000220411836173147;0
+"Turnip_1D_NODE_31_length_6817_cov_0.415994";0;0;0;0,000104853949315337;0,000597507489914059;0;0;0;0,000357056181491462;0
+"Turnip_1D_NODE_32_length_6596_cov_0.608595";0;0;0;0,000223003365110059;0;0;0;0;0;0
+"Turnip_1D_NODE_35_length_6279_cov_6.436606";0;0;0;0,00176402000292852;0,000614561102232123;0;0;0;0,00020490051555391;0
+"Turnip_1D_NODE_36_length_6250_cov_5.930263";0;0;0;0,000275991400680904;0;0;0;0;0;0
+"Turnip_1D_NODE_38_length_5856_cov_2.029674";0;0;0;0,000827190429023524;0;0;0;0;0;0
+"Turnip_1D_NODE_39_length_5841_cov_1.027826";0;0;0;0,000376225692367782;0;0;0;0;0,000266402099733219;0
+"Turnip_1D_NODE_43_length_5671_cov_0.358045";0,000035455988532436;0;0,000320654305685795;0,000204168689193824;0;0;0;0;0,000447605096641037;0
+"Turnip_1D_NODE_52_length_5105_cov_0.809562";0;0;0;0,000398066300473578;0;0;0;0;0;0
+"Turnip_1D_NODE_53_length_5051_cov_2.121243";0;0;0;0,000484189858824808;0;0;0;0;0;0
+"Turnip_1D_NODE_58_length_4959_cov_6.943295";0;0;0;0,00389654012054341;0;0;0;0;0;0
+"Turnip_1D_NODE_61_length_4888_cov_0.588322";0;0;0;0,000271921806834407;0;0;0;0;0;0
+"Turnip_1D_NODE_66_length_4797_cov_5.370236";0;0;0;0,000838629451018258;0,000268141835933257;0;0;0;0,000117791908112045;0
+"Turnip_1D_NODE_67_length_4791_cov_0.716981";0,0000629526959822933;0;0,000742951599026815;0,000408126259967047;0;0;0;0;0,000381035064061881;0
+"Turnip_1D_NODE_69_length_4729_cov_0.785963";0;0;0;0,0000437211369218113;0;0;0;0;0,0000349265835387416;0
+"Turnip_1D_NODE_71_length_4694_cov_0.398949";0;0;0;0,000207650784119761;0,00124833905851075;0;0;0;0,00130747512355779;0
+"Turnip_1D_NODE_77_length_4553_cov_0.994577";0;0;0;0,000350315078007445;0;0;0;0;0;0
+"Turnip_1D_NODE_79_length_4497_cov_4.306865";0;0;0;0,00153299481139355;0;0;0;0;0,000390481354096313;0
+"Turnip_1D_NODE_80_length_4469_cov_0.825196";0;0;0;0,00026833566518658;0,000479703284467753;0;0;0;0,000291778121011487;0
+"Turnip_1D_NODE_81_length_4463_cov_1.370849";0;0;0;0,000456651538002111;0;0;0;0;0,000130502771420752;0
+"Turnip_1D_NODE_82_length_4462_cov_1.543483";0;0;0;0,000480584517581342;0;0;0;0;0,00115725401933871;0
+"Turnip_1D_NODE_84_length_4448_cov_0.969683";0;0;0;0,000332022829687895;0;0;0;0;0,000308790639691926;0
+"Turnip_1D_NODE_86_length_4415_cov_6.215951";0,000263833428691613;0;0;0,00361933912856353;0,00110062658001868;0;0;0;0,00158305921318455;0
+"Turnip_1D_NODE_88_length_4348_cov_0.590855";0;0;0;0,000216023155368748;0;0;0;0;0;0
+"Turnip_1D_NODE_93_length_4301_cov_0.749641";0;0;0;0,000206022443122775;0,000299064493599589;0;0;0;0,000232434299964409;0
+"Turnip_1D_NODE_95_length_4237_cov_1.218248";0;0;0;0,000465672636785354;0,000674626379761274;0;0;0;0,00109150313418264;0
+"Turnip_1D_NODE_101_length_4149_cov_0.794630";0;0;0;0,000259131774841378;0;0;0;0;0,000385519373013998;0
+"Turnip_1D_NODE_102_length_4147_cov_3.179851";0,0000952998172766715;0;0;0,00142021416331073;0,00122344966207165;0;0;0;0,000408763768902927;0
+"Turnip_1D_NODE_104_length_4102_cov_2.240503";0;0;0;0,00134794728764392;0;0;0;0;0,000676031364981809;0
+"Turnip_1D_NODE_105_length_4089_cov_1.780666";0;0;0;0,00108929861582257;0;0;0;0;0,000199840064796986;0
+"Turnip_1D_NODE_108_length_4042_cov_0.632184";0;0;0,00021058393509623;0,000235300192952729;0;0;0;0;0;0
+"Turnip_1D_NODE_109_length_4013_cov_2.873134";0,00080599757655132;0;0;0,00127774232775492;0,00106842460916341;0;0;0;0;0
+"Turnip_1D_NODE_112_length_3899_cov_1.503181";0;0;0;0,000630278963143298;0,00241925968311365;0;0;0;0,000292071969542351;0
+"Turnip_1D_NODE_118_length_3838_cov_9.180275";0,00000541960371693531;0;0;0,00032476573455062;0;0;0;0;0,00034427892351164;0
+"Turnip_1D_NODE_120_length_3796_cov_1.623603";0;0;0;0,000546227585673937;0;0;0;0;0,000354958281584215;0
+"Turnip_1D_NODE_121_length_3792_cov_0.561528";0;0;0;0,000283527883390527;0,00120607256162385;0;0;0;0,00125856553466488;0
+"Turnip_1D_NODE_122_length_3780_cov_0.775253";0;0;0;0,000293804718235905;0;0;0;0;0,000170181261529497;0
+"Turnip_1D_NODE_131_length_3679_cov_0.419764";0;0;0;0,000163780842335503;0;0;0;0;0;0
+"Turnip_1D_NODE_134_length_3595_cov_0.469723";0;0;0;0,000205401605904278;0;0;0;0;0;0
+"Turnip_1D_NODE_135_length_3588_cov_4.172782";0;0;0;0,00139287019431236;0;0;0;0;0,00010418083645562;0
+"Turnip_1D_NODE_136_length_3583_cov_1.254630";0;0;0;0,000372609863799159;0;0;0;0;0;0
+"Turnip_1D_NODE_140_length_3533_cov_0.747798";0,0000304186060493221;0;0,000197118657616001;0,000317689367479008;0;0;0;0;0,000366618562123314;0
+"Turnip_1D_NODE_146_length_3467_cov_2.077844";0;0;0;0,000768449649206509;0;0;0;0;0;0
+"Turnip_1D_NODE_152_length_3390_cov_0.610481";0;0;0;0,00020736715991476;0;0;0;0;0;0
+"Turnip_1D_NODE_153_length_3368_cov_1.149954";0;0;0;0,000515665366575791;0;0;0;0;0;0
+"Turnip_1D_NODE_158_length_3292_cov_1.624961";0;0;0;0,000480914292161689;0,00132413358318621;0;0;0;0,00157911288139854;0,00411220748141681
+"Turnip_1D_NODE_161_length_3255_cov_1.412404";0;0;0;0,000553530508961948;0;0;0;0;0,000269738041378052;0
+"Turnip_1D_NODE_163_length_3243_cov_1.136393";0;0;0;0,000517325764036138;0,00165263180564785;0;0;0;0,000142069463271493;0
+"Turnip_1D_NODE_171_length_3090_cov_2.014512";0;0;0;0,000902352520291558;0;0;0;0;0;0
+"Turnip_1D_NODE_172_length_3085_cov_0.369844";0;0;0;0,00013595522307692;0;0;0;0;0,0000507211574509045;0
+"Turnip_1D_NODE_180_length_3017_cov_0.901038";0;0;0;0,000393562276217173;0;0;0;0;0;0
+"Turnip_1D_NODE_184_length_2990_cov_1.362906";0;0;0;0,000254865610023112;0,000573590362083315;0;0;0;0,000104665398485646;0
+"Turnip_1D_NODE_190_length_2950_cov_1.760184";0;0;0;0,000802999126952073;0;0;0;0;0;0
+"Turnip_1D_NODE_194_length_2909_cov_1.773904";0;0;0;0,000659982403020723;0;0;0;0;0,00011056809360287;0
+"Turnip_1D_NODE_198_length_2895_cov_0.580564";0,0000622695930576328;0;0,000227195234985121;0,000155080695724122;0,000246838684891927;0;0;0;0;0
+"Turnip_1D_NODE_201_length_2890_cov_0.526963";0;0;0;0,000192142185974346;0;0;0;0;0;0
+"Turnip_1D_NODE_204_length_2857_cov_1.060440";0,000306995162967928;0;0;0,000351504911301083;0;0;0;0;0,00120491598046653;0
+"Turnip_1D_NODE_205_length_2854_cov_1.892556";0;0;0;0,00069132969939017;0,0004256540251211;0;0;0;0,000201030422576085;0
+"Turnip_1D_NODE_206_length_2852_cov_1.121101";0;0;0;0,000617247670186007;0;0;0;0;0;0
+"Turnip_1D_NODE_210_length_2842_cov_0.883610";0;0;0;0,000259823635899324;0;0;0;0;0,000116233507075798;0
+"Turnip_1D_NODE_212_length_2836_cov_5.627169";0;0;0;0,00219755093301354;0;0;0;0;0;0
+"Turnip_1D_NODE_216_length_2803_cov_0.769058";0;0;0;0,000284513833422743;0;0;0;0;0;0
+"Turnip_1D_NODE_217_length_2802_cov_1.891215";0;0;0;0,00107099710720556;0;0;0;0;0;0
+"Turnip_1D_NODE_219_length_2791_cov_0.346471";0;0;0;0,00022012340355569;0;0;0;0;0,000183765505661578;0
+"Turnip_1D_NODE_222_length_2778_cov_0.499811";0;0;0;0,000246671210062496;0;0;0;0;0;0
+"Turnip_1D_NODE_224_length_2770_cov_0.613697";0;0;0;0,000217526974351017;0,000928719412976053;0;0;0;0;0
+"Turnip_1D_NODE_230_length_2740_cov_1.727516";0;0;0;0,000996056856147023;0,000964968092416014;0;0;0;0;0
+"Turnip_1D_NODE_232_length_2734_cov_0.879939";0;0;0;0,000401889954118546;0;0;0;0;0;0
+"Turnip_1D_NODE_234_length_2719_cov_1.427855";0;0;0;0,000451904685048864;0;0;0;0;0,0000959144113865639;0
+"Turnip_1D_NODE_237_length_2717_cov_2.616988";0;0;0;0,000852293438658945;0;0;0;0;0,000259159539312544;0
+"Turnip_1D_NODE_238_length_2716_cov_0.843955";0,0000229754481578767;0;0;0,000297977531463756;0,000473592189606713;0;0;0;0,000252853601868499;0
+"Turnip_1D_NODE_240_length_2709_cov_0.594888";0;0;0;0,000274760473758466;0,00102876787440838;0;0;0;0,000150820602612565;0
+"Turnip_1D_NODE_248_length_2689_cov_2.593286";0;0;0;0,00086775876660237;0;0;0;0;0;0
+"Turnip_1D_NODE_251_length_2678_cov_15.117993";0,00221622801097232;0;0,00058511780771247;0,006299997061488;0,000960624635527881;0;0;0;0,000827754263913581;0
+"Turnip_1D_NODE_252_length_2676_cov_8.282071";0,000593335892628535;0;0;0,00348789734438531;0,000400559412983257;0;0;0;0,000539254524625948;0
+"Turnip_1D_NODE_256_length_2649_cov_0.707772";0;0;0;0,000249763390264396;0;0;0;0;0;0
+"Turnip_1D_NODE_260_length_2625_cov_1.185348";0,000190175442885465;0;0,00074432213706974;0,0006728753164024;0;0;0;0;0;0
+"Turnip_1D_NODE_262_length_2619_cov_2.569823";0,0000185316371972997;0;0;0,000493970863188903;0;0;0;0;0,000325283770992574;0
+"Turnip_1D_NODE_267_length_2594_cov_0.587758";0,0000481120410152607;0;0;0,000273277572203871;0;0;0;0;0;0
+"Turnip_1D_NODE_270_length_2580_cov_0.494089";0;0;0;0,000199201343474888;0;0;0;0;0;0
+"Turnip_1D_NODE_273_length_2568_cov_0.567800";0;0;0;0,000305949211336579;0;0;0;0;0,0000710879669750962;0
+"Turnip_1D_NODE_274_length_2562_cov_0.389322";0,000035181590925419;0;0;0,00015909725324773;0;0;0;0;0,000176439588825442;0
+"Turnip_1D_NODE_275_length_2558_cov_1.698478";0;0;0;0,000441088305507874;0;0;0;0,00323971443451191;0;0
+"Turnip_1D_NODE_276_length_2552_cov_1.396701";0;0;0;0,000703696887337514;0;0;0;0;0,000235039167119183;0
+"Turnip_1D_NODE_277_length_2551_cov_0.736386";0;0;0;0,000229254280045039;0;0;0;0;0;0
+"Turnip_1D_NODE_295_length_2492_cov_0.328118";0;0;0;0,000173048380242341;0;0;0;0;0,000136046817788157;0
+"Turnip_1D_NODE_301_length_2462_cov_1.321199";0;0;0;0,00060945042534321;0;0;0;0;0;0
+"Turnip_1D_NODE_304_length_2459_cov_4.720412";0;0;0;0,000254647872995341;0;0;0;0;0;0
+"Turnip_1D_NODE_312_length_2413_cov_0.464567";0;0;0;0,000190954543925797;0;0;0;0;0,000626850165954575;0
+"Turnip_1D_NODE_313_length_2404_cov_0.963988";0;0;0;0,0000761763127121538;0,000356704488899566;0;0;0;0,00010125008274656;0
+"Turnip_1D_NODE_316_length_2398_cov_1.738441";0;0;0;0,000731644289067842;0,00104299123213822;0;0;0;0,000137754640162393;0
+"Turnip_1D_NODE_321_length_2380_cov_1.735464";0,0000305888809788202;0;0;0,000493933902090587;0,0000900753772389239;0;0;0;0,000292203119955257;0
+"Turnip_1D_NODE_322_length_2374_cov_1.991099";0;0;0;0,000744017567631129;0;0;0;0;0,000150132584484172;0
+"Turnip_1D_NODE_327_length_2358_cov_1.794711";0,0000985036342518411;0;0;0,00145303778955389;0,00127282085224807;0;0;0;0,000851608520403951;0
+"Turnip_1D_NODE_331_length_2356_cov_0.947510";0;0;0;0,000393656188103439;0;0;0;0;0;0
+"Turnip_1D_NODE_335_length_2354_cov_0.434216";0;0;0;0,000150569673385056;0;0;0;0;0,0116178048885014;0
+"Turnip_1D_NODE_338_length_2349_cov_0.619262";0;0;0;0,00024393910941817;0;0;0;0;0;0
+"Turnip_1D_NODE_343_length_2332_cov_0.689342";0;0;0;0,000276115424636778;0;0;0;0;0;0
+"Turnip_1D_NODE_344_length_2330_cov_0.282796";0;0;0;0,000192686100481259;0;0;0;0;0,000182815063568574;0
+"Turnip_1D_NODE_350_length_2304_cov_2.175930";0;0;0;0,00116659910353394;0;0;0;0;0;0
+"Turnip_1D_NODE_351_length_2304_cov_0.800643";0;0;0;0,000330750075507424;0;0;0;0;0;0
+"Turnip_1D_NODE_358_length_2299_cov_0.874309";0;0;0;0,000277509273626428;0;0;0;0;0;0
+"Turnip_1D_NODE_359_length_2296_cov_1.657446";0;0;0;0,000887646260498006;0;0;0;0;0;0
+"Turnip_1D_NODE_364_length_2276_cov_0.217776";0;0;0;0,0000778648970009713;0;0;0;0;0;0
+"Turnip_1D_NODE_369_length_2263_cov_0.301498";0;0;0,00017951618506044;0,000107026671506004;0;0;0;0;0;0
+"Turnip_1D_NODE_374_length_2241_cov_1.406339";0;0;0;0,000601015547685855;0;0;0;0;0;0
+"Turnip_1D_NODE_378_length_2232_cov_1.365321";0;0;0;0,000674898878754834;0;0;0;0;0;0
+"Turnip_1D_NODE_388_length_2217_cov_3.756459";0;0;0;0,00142021544836948;0;0;0;0;0;0
+"Turnip_1D_NODE_390_length_2213_cov_1.218121";0;0;0;0,000469811853909641;0;0;0;0;0,000656004586858431;0
+"Turnip_1D_NODE_396_length_2197_cov_2.696135";0;0;0;0,000900756628240943;0;0;0;0;0,00263125783997033;0
+"Turnip_1D_NODE_408_length_2166_cov_0.754291";0;0;0;0,000267276231860151;0;0;0;0;0,000144482706127461;0
+"Turnip_1D_NODE_410_length_2158_cov_2.033973";0;0;0;0,000936197295433736;0;0;0;0;0,000112792029157891;0
+"Turnip_1D_NODE_411_length_2157_cov_1.067488";0;0;0;0,000460099597225582;0;0;0;0;0,000197477560553906;0
+"Turnip_1D_NODE_414_length_2152_cov_3.295309";0,0000161093858934307;0;0;0,00099919863737628;0,00132824905717868;0;0;0,00445896521024732;0,000719034210837855;0
+"Turnip_1D_NODE_419_length_2139_cov_2.818091";0;0;0;0,00022646223246198;0;0;0;0;0,0000528328923060756;0
+"Turnip_1D_NODE_425_length_2126_cov_0.466733";0;0;0;0,000172274558570101;0;0;0;0;0;0
+"Turnip_1D_NODE_427_length_2118_cov_1.506781";0;0;0;0,000602449310733861;0;0;0;0;0;0
+"Turnip_1D_NODE_429_length_2114_cov_2.894313";0;0;0;0,000279439460066557;0;0;0;0;0,0000534576899918145;0
+"Turnip_1D_NODE_433_length_2104_cov_0.314618";0;0;0;0,000148806825022705;0;0;0;0;0;0
+"Turnip_1D_NODE_436_length_2101_cov_1.897163";0;0;0;0,000868810665118691;0;0;0;0;0,000761313602396515;0
+"Turnip_1D_NODE_440_length_2097_cov_0.289340";0;0;0;0,000138035364379849;0;0;0;0;0;0
+"Turnip_1D_NODE_442_length_2086_cov_0.719755";0;0;0;0,000229384163494904;0;0;0;0;0;0
+"Turnip_1D_NODE_456_length_2065_cov_0.378741";0;0;0;0,0000858210680746783;0;0;0;0;0,0000968232372055132;0
+"Turnip_1D_NODE_461_length_2053_cov_5.041018";0;0;0;0,000411471542411303;0;0;0;0;0,000038108809239172;0
+"Turnip_1D_NODE_462_length_2052_cov_1.406753";0;0;0;0,000656372242867447;0,00132332961622617;0;0;0;0,000207582406488682;0
+"Turnip_1D_NODE_466_length_2043_cov_1.048539";0,000308833407565572;0;0;0,000558060981821221;0;0;0;0;0,0000680806094462567;0
+"Turnip_1D_NODE_471_length_2033_cov_1.009444";0;0;0;0,000438765311390487;0;0;0;0;0;0
+"Turnip_1D_NODE_476_length_2023_cov_0.248418";0;0;0;0,0000438014101765226;0;0;0;0;0,0000902391988097118;0
+"Turnip_1D_NODE_477_length_2022_cov_0.548813";0,0000308611855572667;0;0;0,000236644592013041;0;0;0;0;0;0
+"Turnip_1D_NODE_480_length_2009_cov_0.334750";0;0;0;0,000141141268749994;0;0;0;0;0;0
+"Turnip_1D_NODE_484_length_2002_cov_0.564800";0;0;0;0,000174092737743564;0;0;0;0;0;0
+"Turnip_1D_NODE_486_length_2001_cov_1.192102";0,0000710326504822178;0;0;0,000292267700347274;0,000249984305314088;0;0;0;0,000534354955870202;0
+"Turnip_1R_NODE_29_length_2375_cov_0.903470";0,0000408710381639815;0;0;0,000813348846635325;0,000300883365373528;0;0;0;0,000387984226854275;0
+"Turnip_1R_NODE_35_length_2262_cov_0.660422";0;0;0;0,000276825428689454;0;0;0;0;0,0000960769542293203;0
+"Turnip_2D_NODE_1_length_91226_cov_2.393155";0,0000434359025058247;0;0;0,0013437334061088;0,00727319225088941;0;0;0;0,00652916830563168;0
+"Turnip_2D_NODE_2_length_30173_cov_2.061273";0;0;0;0,000833642564251692;0,00633766688307911;0;0;0;0,00340167555629284;0
+"Turnip_2D_NODE_4_length_21837_cov_2.312160";0;0;0;0,000520751435988392;0,00714368923478376;0;0;0;0,00124083960552232;0
+"Turnip_2D_NODE_5_length_20303_cov_1.071768";0;0;0;0;0,00349854900657813;0;0;0;0;0
+"Turnip_2D_NODE_6_length_20077_cov_0.956241";0;0;0;0;0,0032994587801489;0;0;0;0;0
+"Turnip_2D_NODE_10_length_15725_cov_1.418643";0,0000864204781527749;0;0;0,00138695942041332;0,00569860656867224;0;0;0;0,00328594254462117;0
+"Turnip_2D_NODE_11_length_13605_cov_1.009645";0;0;0;0;0,00411268084037301;0;0;0;0,00180889409920262;0
+"Turnip_2D_NODE_13_length_11967_cov_1.235726";0;0;0;0;0,00418595464967204;0;0;0;0;0
+"Turnip_2D_NODE_14_length_11204_cov_1.408685";0;0;0;0,00015290356603749;0,00514071744168401;0;0;0;0,0000907788298629295;0
+"Turnip_2D_NODE_15_length_10752_cov_2.551153";0;0;0;0,0003236076320164;0,00765640706530853;0;0;0;0,00077778154683403;0
+"Turnip_2D_NODE_16_length_10408_cov_2.237623";0;0;0;0,00137637626831111;0,00778587743843443;0;0;0;0,000572965735358077;0
+"Turnip_2D_NODE_20_length_8993_cov_1.013196";0,000253654488772069;0;0;0,00359315084136155;0,00371880196389054;0;0;0;0,00244367977822695;0
+"Turnip_2D_NODE_21_length_8973_cov_0.882885";0;0;0;0,000211329478395637;0,0034563192784884;0;0;0;0,000775040037326995;0
+"Turnip_2D_NODE_26_length_8430_cov_1.195110";0;0;0;0;0,00365351998671978;0;0;0;0;0
+"Turnip_2D_NODE_36_length_7256_cov_1.050217";0;0;0;0;0,00423480067375573;0;0;0;0;0
+"Turnip_2D_NODE_37_length_7159_cov_4.129551";0,00529429623094892;0;0,00244008108004559;0,00838614330749501;0,0161405916230809;0;0;0;0,000966568247473173;0
+"Turnip_2D_NODE_39_length_7009_cov_0.881575";0,0000642996404272532;0;0;0,00149516895842797;0,00348683854365314;0;0;0;0,00283029301072941;0
+"Turnip_2D_NODE_41_length_6899_cov_1.131424";0;0;0;0,000141283197660264;0,00346992792542852;0;0;0;0,000475036547708099;0
+"Turnip_2D_NODE_45_length_6396_cov_0.638060";0,00038700003890027;0;0;0,00352538393671442;0,00358639705560731;0;0;0;0,00218277466647628;0
+"Turnip_2D_NODE_50_length_6065_cov_0.568710";0;0;0;0,000451939074396448;0,00230933564025354;0;0;0;0;0
+"Turnip_2D_NODE_51_length_5961_cov_1.577305";0;0;0;0,000195226973092431;0,00475919146328746;0;0;0;0,000123957161480768;0
+"Turnip_2D_NODE_53_length_5792_cov_4.455252";0,000240612813776769;0;0,000313955553788699;0,00797879842948348;0,0152987139334434;0;0;0;0,000454763807675531;0
+"Turnip_2D_NODE_55_length_5675_cov_0.888428";0,000025046049976197;0;0;0,00066516242620805;0,00244285481226173;0;0;0;0,00138016415499924;0
+"Turnip_2D_NODE_56_length_5615_cov_0.842019";0;0;0;0;0,00272349012379512;0;0;0;0;0
+"Turnip_2D_NODE_57_length_5498_cov_5.581828";0,0000119803668681447;0;0;0,000474908836327156;0,00283343693019542;0;0;0;0;0
+"Turnip_2D_NODE_59_length_5386_cov_4.702035";0,000469870049445672;0;0,000208319782804829;0,00342200753429594;0,0120072629678746;0;0;0;0,00064721689013855;0
+"Turnip_2D_NODE_61_length_5224_cov_1.326270";0,000245538618372612;0;0,000540652925249757;0,00194386197729752;0,00421317346421776;0;0;0;0,000600725202438644;0
+"Turnip_2D_NODE_69_length_4525_cov_0.571623";0;0;0;0,000245432449708667;0,00178452095430101;0;0;0;0,00142546691081819;0
+"Turnip_2D_NODE_73_length_4342_cov_0.689442";0;0;0;0;0,00177744318789291;0;0;0;0;0
+"Turnip_2D_NODE_85_length_4019_cov_0.621274";0,0036452954918809;0;0,00104931856586698;0,00272511252662011;0,0024892689471684;0;0;0;0;0
+"Turnip_2D_NODE_91_length_3877_cov_1.229867";0;0;0;0,000178271852396033;0,00394438923010306;0;0;0;0,000287002703324638;0
+"Turnip_2D_NODE_92_length_3864_cov_0.847204";0;0;0;0,00079651383198899;0,00238569205658164;0;0;0;0,000357710612880009;0
+"Turnip_2D_NODE_93_length_3858_cov_6.924953";0,00542835028491774;0,00495156866678579;0,00188034662108317;0,0062457442736928;0,015447763762665;0;0;0,00429610654405468;0,00142405470746468;0
+"Turnip_2D_NODE_97_length_3746_cov_0.675048";0,000115681388289719;0;0,000413134138552133;0,0000599250686227087;0,0021556212808895;0;0;0;0,000104427903587854;0
+"Turnip_2D_NODE_99_length_3732_cov_1.155895";0,000212723318418269;0;0,00012440518352221;0,00358208292349445;0,00308280484551723;0;0;0,00175308629283328;0,00321213988396153;0
+"Turnip_2D_NODE_103_length_3670_cov_1.027378";0,000197424694128516;0;0;0,00162089962863969;0,00179136281564349;0;0;0;0,00134303958533659;0
+"Turnip_2D_NODE_107_length_3549_cov_0.535067";0;0;0;0;0,00159068023184582;0;0;0;0,0000685841642498533;0
+"Turnip_2D_NODE_108_length_3446_cov_0.573064";0;0;0;0,000053142151990719;0,00217738796401694;0;0;0;0,000219470320726696;0
+"Turnip_2D_NODE_109_length_3440_cov_0.354965";0;0;0;0,0000343450592198083;0,00114252586052085;0;0;0;0;0
+"Turnip_2D_NODE_120_length_3190_cov_0.635325";0;0;0;0,000120369204412996;0,00219531671757645;0;0;0;0,000119904038878192;0
+"Turnip_2D_NODE_127_length_3109_cov_4.589202";0,0000468327672753889;0;0,000105778418347045;0,000830335166033345;0,00358563161373085;0;0;0;0,0000447374348982639;0
+"Turnip_2D_NODE_129_length_3043_cov_0.888203";0;0;0;0;0,00300586733728402;0;0;0;0;0
+"Turnip_2D_NODE_130_length_3038_cov_0.905874";0;0;0;0,0000505566507014426;0,00237572077909727;0;0;0;0;0
+"Turnip_2D_NODE_146_length_2912_cov_0.953680";0;0;0;0,0000912880351515508;0,00321470937678018;0;0;0;0;0
+"Turnip_2D_NODE_147_length_2907_cov_0.257914";0;0;0;0;0,00110618884328503;0;0;0;0,000200355648039497;0
+"Turnip_2D_NODE_149_length_2893_cov_0.784888";0;0;0;0;0,0027418035671136;0;0;0;0;0
+"Turnip_2D_NODE_152_length_2875_cov_0.401383";0;0;0;0;0,00124277911784718;0;0;0;0;0
+"Turnip_2D_NODE_158_length_2807_cov_0.897388";0;0;0;0,000164151519235108;0,00269851753590259;0;0;0;0;0
+"Turnip_2D_NODE_185_length_2668_cov_0.348288";0;0;0;0;0,00125884953747452;0;0;0;0,0000619069765947186;0
+"Turnip_2D_NODE_201_length_2568_cov_0.752970";0;0;0;0,0000667107302914344;0,00281052948866725;0;0;0;0;0
+"Turnip_2D_NODE_202_length_2567_cov_0.556967";0;0;0;0,0000736405165351869;0,00186513695033357;0;0;0;0,000135458399979258;0
+"Turnip_2D_NODE_218_length_2470_cov_1.915920";0;0;0;0,000997313776308311;0,00329814458197906;0;0;0;0,000239322636303435;0
+"Turnip_2D_NODE_236_length_2388_cov_0.463954";0;0;0;0,0000717391772983265;0,00122690610147602;0;0;0;0,000116489686012314;0
+"Turnip_2D_NODE_259_length_2288_cov_0.428043";0;0;0,000363564361722577;0;0,00199887550422973;0;0;0;0,000102583984311215;0
+"Turnip_2D_NODE_280_length_2189_cov_0.302619";0,000136199007129694;0;0;0,00121169494446202;0,00166489253681446;0;0;0;0,00194590725497842;0
+"Turnip_2D_NODE_290_length_2165_cov_0.446026";0,0000080063275849106;0;0,000169771415573381;0;0,00122125292065583;0;0;0;0,000140534179516587;0
+"Turnip_2D_NODE_291_length_2163_cov_0.401768";0;0;0;0;0,0026760257703991;0;0;0,0050412375133717;0,000096455398820182;0,0136551628080435
+"Turnip_2D_NODE_298_length_2147_cov_0.661386";0,0000662022979110004;0;0;0;0,00249626685874056;0;0;0;0;0
+"Turnip_2D_NODE_304_length_2124_cov_0.917877";0;0;0;0;0,00356626116915187;0;0;0;0;0
+"Turnip_2R_NODE_17_length_5266_cov_0.588052";0,000298879583991055;0;0;0,000978201549947536;0,00227976571940824;0;0;0;0,00170691345888789;0
+"Turnip_2R_NODE_29_length_4424_cov_0.774959";0;0;0;0,0000494059577022739;0,00137298438934858;0;0;0;0,00015523290747623;0
+"Turnip_2R_NODE_32_length_4043_cov_0.792135";0,000613089039982784;0;0;0,000883983888798726;0,00144934542187719;0;0;0;0,000464431671736949;0
+"Turnip_2R_NODE_35_length_3766_cov_2.455894";0,00579017355826738;0,0059179528861399;0,00212147835729464;0,0108751085603293;0,016527213268609;0;0;0,00625413302216507;0,00247910992757578;0
+"Turnip_2R_NODE_50_length_3376_cov_0.414589";0,000748594000731672;0;0;0,00136310005768474;0,00194736419828542;0;0;0;0,00491043621303365;0
+"Turnip_2R_NODE_53_length_3298_cov_0.978556";0,00273933415226135;0;0,00123765805759717;0,00228735178510478;0,00914373417057667;0;0;0;0,00107542797756729;0
+"Turnip_2R_NODE_80_length_2602_cov_0.544242";0,000277126013684623;0;0,000185866699055569;0,00165051636628813;0,00184004863624376;0;0;0;0,00100561333144479;0
+"Turnip_2R_NODE_134_length_2007_cov_0.581383";0;0;0;0,0000765277054464288;0,00039165809269474;0;0;0;0,00049810658901192;0
+"Turnip_4D_NODE_1_length_91759_cov_3.866357";0,000487487267849126;0;0,00344971429282081;0,000214317601200444;0,00182623207862683;0;0;0;0,00141557172371703;0
+"Turnip_4D_NODE_2_length_44123_cov_3.464497";0;0;0;0,000151556340464917;0,000968496248377838;0;0;0;0,00128199872223282;0
+"Turnip_4D_NODE_3_length_38424_cov_2.798627";0;0;0;0,0000448924176102345;0;0;0;0;0,000977582709230385;0
+"Turnip_4D_NODE_4_length_33364_cov_2.165930";0;0;0;0,0000720624483162528;0,00134934880541944;0;0;0;0,000804062166958765;0
+"Turnip_4D_NODE_5_length_29071_cov_2.405196";0;0;0;0,00200440652997146;0;0;0;0;0,000914427606187937;0
+"Turnip_4D_NODE_6_length_26571_cov_2.950461";0;0;0;0,00711856706933706;0,000510984225752906;0;0;0;0,00156449252037465;0
+"Turnip_4D_NODE_7_length_26411_cov_3.806879";0;0;0;0,00023038017081448;0;0;0;0;0,0018313615631015;0,0623466938519649
+"Turnip_4D_NODE_8_length_26346_cov_1.900034";0;0;0;0,000574232286717216;0;0;0;0;0,000620978766595873;0
+"Turnip_4D_NODE_9_length_23510_cov_2.094128";0;0;0;0;0;0;0;0;0,000740628020663284;0
+"Turnip_4D_NODE_10_length_20792_cov_12.425647";0;0;0;0,000234964342230781;0;0;0;0;0,00420436891999493;0
+"Turnip_4D_NODE_12_length_20382_cov_7.448235";0;0;0;0,000275340137205214;0;0;0;0;0,000795859969563153;0
+"Turnip_4D_NODE_13_length_18030_cov_9.180473";0;0;0;0,000285374487622735;0,00176370552844785;0;0;0;0,00383641384959226;0
+"Turnip_4D_NODE_14_length_17893_cov_14.380671";0;0;0;0,000442069071636707;0;0;0;0;0,00464312358006029;0
+"Turnip_4D_NODE_15_length_17864_cov_6.681739";0;0;0;0,000873668785876744;0;0;0;0;0,00282047000543019;0
+"Turnip_4D_NODE_17_length_16919_cov_5.151263";0;0;0;0,000657109347460773;0;0;0;0;0,00222014528160461;0,0237856608676931
+"Turnip_4D_NODE_18_length_16383_cov_3.414062";0;0;0;0,000444953313146912;0;0;0;0;0,00131220746447953;0
+"Turnip_4D_NODE_20_length_15967_cov_18.085795";0;0;0;0,00131673196663664;0;0;0;0;0,00692253018346434;0
+"Turnip_4D_NODE_22_length_15194_cov_1.093914";0;0;0;0;0,00138743193276838;0;0;0;0,000500619485740114;0
+"Turnip_4D_NODE_23_length_15116_cov_9.097271";0,000244479007276254;0;0,000323781855486837;0,00188248914031704;0,00134731693528187;0;0;0;0,0029760847172937;0
+"Turnip_4D_NODE_24_length_15056_cov_13.458972";0;0;0;0,00027700512959483;0;0;0;0;0,00437077139594338;0
+"Turnip_4D_NODE_25_length_14927_cov_11.127905";0;0;0;0,000672378104487582;0,00109150092014313;0;0;0;0,00456228963900664;0
+"Turnip_4D_NODE_26_length_14603_cov_10.248342";0;0;0;0,00128761868392959;0;0;0;0;0,00382296247219693;0
+"Turnip_4D_NODE_28_length_13755_cov_5.220062";0;0;0;0,000118533526083805;0,00104423261755862;0;0;0;0,0014864439628869;0
+"Turnip_4D_NODE_29_length_13718_cov_6.447576";0;0;0;0,000235983955519919;0;0;0;0;0,00221603519003391;0
+"Turnip_4D_NODE_34_length_12619_cov_9.900416";0;0;0;0,000715772916562242;0,000804128021017691;0;0;0;0,00368691379392313;0
+"Turnip_4D_NODE_35_length_12572_cov_15.526075";0;0;0;0,00194295999191155;0;0;0;0;0,00544732670422157;0
+"Turnip_4D_NODE_36_length_12535_cov_12.603804";0,000271310074768666;0;0;0,00181485485165878;0,000838020781300623;0;0;0;0,00135163465924098;0
+"Turnip_4D_NODE_37_length_12432_cov_44.380740";0;0;0;0,000285578946402029;0;0;0;0;0,000588766252680117;0
+"Turnip_4D_NODE_41_length_12070_cov_8.858913";0,000557493126571737;0;0;0,000396433608161035;0,000597965180356049;0;0;0;0,00304868684767402;0
+"Turnip_4D_NODE_46_length_11184_cov_40.408429";0,00144912453254157;0;0;0,00177157121988526;0,00101592525795045;0;0;0;0,016023522684805;0,0184864824818121
+"Turnip_4D_NODE_47_length_11017_cov_9.246740";0,000121148664794637;0;0;0,00171263288494759;0,00166698451611026;0;0;0;0,00367937357388156;0
+"Turnip_4D_NODE_48_length_10963_cov_6.136859";0;0;0;0,000770008520981322;0,000365023146900294;0;0;0;0,00211240226844239;0
+"Turnip_4D_NODE_49_length_10877_cov_12.066605";0;0;0;0,0000548535780791127;0,000229943272471036;0;0;0;0,000792020357938851;0
+"Turnip_4D_NODE_50_length_10780_cov_1.103257";0;0;0;0;0;0;0;0;0,000354818074231384;0
+"Turnip_4D_NODE_51_length_10604_cov_46.440966";0,0000124232472729271;0;0;0,00028300017864862;0,000107823159979197;0;0;0;0,00153628463242036;0,00104451564812092
+"Turnip_4D_NODE_52_length_10454_cov_2.372615";0;0;0;0,000921646083130979;0;0;0;0;0,00119743463352623;0
+"Turnip_4D_NODE_53_length_10377_cov_6.747415";0,00124344277733055;0;0;0,00767266703327619;0,00847711408971939;0;0;0;0,00376221020513077;0
+"Turnip_4D_NODE_57_length_9863_cov_14.080731";0,0000706493672003978;0;0;0,00105413528612191;0;0;0;0;0,00278075130212921;0
+"Turnip_4D_NODE_60_length_9678_cov_1.054340";0;0;0;0;0;0;0;0;0,000382644786190634;0
+"Turnip_4D_NODE_61_length_9434_cov_37.893521";0;0;0;0,000167815332817075;0;0;0;0;0,00025340118455946;0
+"Turnip_4D_NODE_62_length_9338_cov_0.992618";0;0;0;0,0000702201617717476;0;0;0;0;0,000456156669645295;0
+"Turnip_4D_NODE_64_length_9292_cov_1.520895";0;0;0,000154060530218475;0,0000508596658270084;0;0;0;0;0,000493965411994961;0
+"Turnip_4D_NODE_65_length_9149_cov_7.149523";0;0;0;0,000384181152099156;0;0;0;0;0,00338258087599315;0
+"Turnip_4D_NODE_67_length_9043_cov_12.483176";0;0;0;0,00063822637747799;0;0;0;0;0,00385193216569792;0
+"Turnip_4D_NODE_68_length_9031_cov_1.269205";0;0;0;0,0000457883416018704;0;0;0;0;0,000416796317183439;0
+"Turnip_4D_NODE_69_length_8894_cov_2.046082";0;0;0;0,000313500032347753;0;0;0;0;0,000724257334004234;0
+"Turnip_4D_NODE_70_length_8875_cov_10.018176";0;0;0;0,00117747633562734;0;0;0;0;0,00344489370064885;0
+"Turnip_4D_NODE_73_length_8609_cov_3.448243";0;0;0;0,00280237172248065;0;0;0;0;0,00116021677298764;0
+"Turnip_4D_NODE_74_length_8498_cov_1.765858";0;0;0;0,000606167258416536;0,00339724157538127;0;0;0;0,000811200630172328;0
+"Turnip_4D_NODE_75_length_8478_cov_8.294815";0,0000789196496748518;0;0;0,000395774346017739;0,00032872519129185;0;0;0;0,00206816081213201;0
+"Turnip_4D_NODE_78_length_8334_cov_35.244060";0;0;0;0,000462862931525316;0,000102893879447391;0;0;0;0,00583395590170568;0,00620208843522278
+"Turnip_4D_NODE_80_length_8203_cov_3.050149";0;0;0;0,00233110966127726;0,000644645269589145;0;0;0;0,0011381601837438;0
+"Turnip_4D_NODE_82_length_7948_cov_1.604015";0;0;0;0,000230407468243606;0;0;0;0;0,000592806895787437;0
+"Turnip_4D_NODE_83_length_7937_cov_1.443278";0;0;0;0;0;0;0;0;0,000545437233677348;0
+"Turnip_4D_NODE_84_length_7921_cov_7.703362";0;0;0;0,00037438325884044;0,00117280316953765;0;0;0;0,00324411495669553;0
+"Turnip_4D_NODE_85_length_7920_cov_8.075966";0,000221048437039706;0;0,000395693305316665;0,00149175509742602;0,00118197395267473;0;0;0;0,00264523146376162;0
+"Turnip_4D_NODE_86_length_7872_cov_2.102389";0;0;0;0,000402978537827537;0;0;0;0;0,000812764165973109;0
+"Turnip_4D_NODE_89_length_7582_cov_4.935882";0,0000612692085375472;0;0;0,000723810119047049;0;0;0;0;0,00152374754761421;0
+"Turnip_4D_NODE_91_length_7566_cov_11.610297";0,000993835411342001;0;0;0,000815910777711914;0,000604470942859851;0;0;0;0,00562646453648184;0
+"Turnip_4D_NODE_93_length_7473_cov_1.005173";0;0;0;0;0;0;0;0;0,000303610889291126;0
+"Turnip_4D_NODE_95_length_7374_cov_2.349662";0,000043722105440299;0;0;0,000418978050878366;0,00103691327943515;0;0;0;0,000858222833196496;0
+"Turnip_4D_NODE_96_length_7298_cov_4.883698";0;0;0;0,000386106609842416;0;0;0;0;0,00152110382014801;0
+"Turnip_4D_NODE_102_length_6967_cov_16.936842";0,00013086731434506;0;0;0,00188997898150766;0,000964148289358981;0;0;0;0,00380437599456315;0
+"Turnip_4D_NODE_103_length_6944_cov_4.392988";0,0000499242489093648;0;0;0,000968111248768489;0;0;0;0;0,00258137302593538;0
+"Turnip_4D_NODE_106_length_6747_cov_10.025831";0,0000354535422045908;0;0;0,000704819460437921;0,000571932586470357;0;0;0;0,00169042125064378;0
+"Turnip_4D_NODE_107_length_6743_cov_3.673519";0,0000586101649482955;0;0;0,00147180013527448;0;0;0;0,00679187695595085;0,00165532655778895;0
+"Turnip_4D_NODE_108_length_6736_cov_5.051445";0;0;0;0,000238539081137101;0;0;0;0;0,00185966073362558;0
+"Turnip_4D_NODE_109_length_6713_cov_1.619192";0;0;0;0,0000783188092561932;0,00118159358255022;0;0;0;0,000638413542321431;0
+"Turnip_4D_NODE_111_length_6676_cov_1.748817";0;0;0;0,0010998856023005;0,00389625029007512;0;0;0;0,000931025406732814;0
+"Turnip_4D_NODE_112_length_6668_cov_1.385262";0;0;0;0,000400438254946727;0;0;0;0;0,000655758928882792;0
+"Turnip_4D_NODE_115_length_6512_cov_0.967267";0;0;0;0,000042635973392649;0;0;0;0;0,000324387193632762;0
+"Turnip_4D_NODE_117_length_6410_cov_3.857234";0;0;0;0,00208830819360978;0;0;0;0;0,00188371863886601;0
+"Turnip_4D_NODE_118_length_6384_cov_1.930957";0;0;0;0,0000694002606415298;0;0;0;0;0,000936844213540759;0
+"Turnip_4D_NODE_119_length_6378_cov_13.227964";0;0;0;0,0000518676090318584;0;0;0;0;0,00414480138155725;0
+"Turnip_4D_NODE_124_length_6170_cov_2.625517";0;0;0;0,00429982328759471;0;0;0;0;0,00142019240862533;0
+"Turnip_4D_NODE_125_length_6136_cov_15.629556";0,0002598924915845;0;0;0,00415998372765191;0,00211957031751479;0;0;0;0,00563432713328654;0
+"Turnip_4D_NODE_126_length_6051_cov_9.084571";0;0;0;0,000300688127124205;0,00140534062367697;0;0;0;0,00337176854989521;0
+"Turnip_4D_NODE_127_length_6047_cov_1.632432";0;0;0;0,0000986674993825879;0,00114628750285971;0;0;0;0,000872610714557967;0
+"Turnip_4D_NODE_128_length_6046_cov_7.506673";0,000121559518191276;0;0;0,00209776395119545;0,00100464487900729;0;0;0;0,00193961540892894;0
+"Turnip_4D_NODE_132_length_5860_cov_11.232862";0,0000751324164201056;0;0;0,000453636106418628;0;0;0;0;0,000824800649689404;0
+"Turnip_4D_NODE_133_length_5833_cov_15.314055";0;0;0;0,000283569012862329;0;0;0;0;0,00145455336722456;0
+"Turnip_4D_NODE_135_length_5746_cov_2.109984";0,0000530931267482481;0;0;0,000455439633190482;0,000708877229158395;0;0;0;0,000856293462472433;0
+"Turnip_4D_NODE_136_length_5736_cov_1.176859";0;0;0;0,0000484040200022542;0;0;0;0;0,000451626004177708;0
+"Turnip_4D_NODE_138_length_5593_cov_7.608306";0,000083057954430839;0;0;0,00190433620329163;0,000766598955224884;0;0;0;0,00322200567908111;0
+"Turnip_4D_NODE_141_length_5571_cov_1.083211";0;0;0;0,000212075038083182;0;0;0;0;0,000433793915560933;0
+"Turnip_4D_NODE_142_length_5558_cov_6.269564";0;0;0;0,00362008541433226;0,00276427794969158;0;0;0;0,00211617253214448;0
+"Turnip_4D_NODE_143_length_5557_cov_0.927624";0;0;0;0,000257257287199082;0;0;0;0;0,000359798425102366;0
+"Turnip_4D_NODE_148_length_5531_cov_1.858623";0;0;0;0,000813849365681604;0;0;0;0;0,000864432028614698;0
+"Turnip_4D_NODE_149_length_5513_cov_0.874304";0;0;0;0;0;0;0;0;0,000288559193872013;0
+"Turnip_4D_NODE_150_length_5478_cov_0.822089";0,0000259467567752679;0;0;0;0;0;0;0;0,00025073033321462;0
+"Turnip_4D_NODE_151_length_5458_cov_1.642093";0;0;0;0,000778194353901658;0;0;0;0;0,000567006823643483;0
+"Turnip_4D_NODE_152_length_5421_cov_10.651114";0;0;0;0,00162476648718655;0,00110729074694741;0;0;0;0,00363052000395986;0
+"Turnip_4D_NODE_154_length_5322_cov_0.916843";0;0;0;0,0000510593965702974;0;0;0;0;0,000339750640038168;0
+"Turnip_4D_NODE_156_length_5295_cov_1.116680";0;0;0;0,0000602449310733861;0;0;0;0;0,000394018937956664;0
+"Turnip_4D_NODE_158_length_5178_cov_23.855474";0;0;0;0,0000102677002070806;0;0;0;0;0,00192563153978626;0
+"Turnip_4D_NODE_164_length_5023_cov_0.708742";0;0;0;0,0000811481510692185;0,00059751375066712;0;0;0;0,000308055270102143;0
+"Turnip_4D_NODE_167_length_5007_cov_1.056352";0;0;0;0,0000707890974931938;0;0;0;0;0,000421891233260744;0
+"Turnip_4D_NODE_168_length_4999_cov_1.129105";0,0000298199266460193;0;0,000313451788168433;0,0000827194464905964;0;0;0;0;0,000446911783236229;0
+"Turnip_4D_NODE_170_length_4961_cov_1.274514";0;0;0;0,0000964513938823561;0;0;0;0;0,000672874106504507;0,0178609859829458
+"Turnip_4D_NODE_171_length_4956_cov_0.855457";0,0000160885828123738;0;0;0;0;0;0;0;0,000317481991561556;0
+"Turnip_4D_NODE_173_length_4905_cov_7.443910";0,00388939232680884;0;0,00210606181939526;0,00696356753809097;0,00254953412300454;0;0;0;0,00238017461885267;0
+"Turnip_4D_NODE_174_length_4884_cov_2.552659";0;0;0;0,000158448581969844;0,000877884511992788;0;0;0;0,00103234333227436;0
+"Turnip_4D_NODE_177_length_4836_cov_2.032916";0,0000516139927186048;0;0;0,000713377276367101;0,0025415809502706;0;0;0;0,000923950374027257;0
+"Turnip_4D_NODE_178_length_4830_cov_6.827982";0;0;0;0,000478214062660568;0,000917289348887206;0;0;0;0,00260071363829743;0
+"Turnip_4D_NODE_180_length_4785_cov_1.618506";0,0000579601227881511;0;0;0,000248145744482176;0;0;0;0;0,000686723131756917;0
+"Turnip_4D_NODE_182_length_4778_cov_7.990970";0;0;0;0,00121287369867658;0,000762756333839862;0;0;0;0,00224330719870631;0
+"Turnip_4D_NODE_187_length_4751_cov_1.500433";0;0;0;0;0;0;0;0;0,000580024115663659;0
+"Turnip_4D_NODE_189_length_4707_cov_1.699127";0;0;0;0;0;0;0;0;0,000574365055578081;0
+"Turnip_4D_NODE_190_length_4701_cov_0.865982";0,0000479340757024694;0;0;0;0;0;0;0;0,000273680139792171;0
+"Turnip_4D_NODE_195_length_4564_cov_1.584855";0;0;0;0,000834846816355287;0,00120561011048826;0;0;0;0,000731404128476963;0
+"Turnip_4D_NODE_196_length_4554_cov_2.108200";0;0;0;0,000273704630919034;0;0;0;0;0,000740645721046011;0
+"Turnip_4D_NODE_198_length_4511_cov_3.937500";0;0;0;0,000141430685007129;0;0;0;0;0,00133353704954974;0
+"Turnip_4D_NODE_199_length_4508_cov_3.485962";0,000104586650137581;0;0;0,00129468988100651;0;0;0;0;0,0016583888252119;0
+"Turnip_4D_NODE_200_length_4506_cov_0.725051";0;0;0;0,000330371115584414;0;0;0;0;0,000408993581348825;0
+"Turnip_4D_NODE_201_length_4504_cov_1.859036";0;0;0;0,0000721368250931142;0;0;0;0;0,000239328887547723;0
+"Turnip_4D_NODE_212_length_4367_cov_3.890330";0,000227040896601822;0;0,000199341715524768;0,00101319104400491;0,00201272161918347;0;0;0,0029963444217329;0,00199460245118073;0,0157814533300196
+"Turnip_4D_NODE_218_length_4255_cov_1.042878";0;0;0;0,0000541449253223205;0;0;0;0;0,000371829328554111;0
+"Turnip_4D_NODE_219_length_4252_cov_2.769697";0;0;0;0,0000944731450223136;0;0;0;0;0,000977251756190907;0
+"Turnip_4D_NODE_220_length_4199_cov_3.635069";0;0;0;0,000689354987150617;0;0;0;0;0,00150508266948614;0
+"Turnip_4D_NODE_223_length_4145_cov_1.041812";0;0;0;0;0;0;0;0;0,000402669293409995;0
+"Turnip_4D_NODE_224_length_4088_cov_1.546074";0;0;0;0,000148839791863533;0;0;0;0;0,000584781500766621;0
+"Turnip_4D_NODE_225_length_4086_cov_0.703208";0;0;0;0;0,000717046444034442;0;0;0;0,000225517018790725;0
+"Turnip_4D_NODE_226_length_4063_cov_1.127541";0;0;0;0,000338767559264838;0,000685929650940759;0;0;0;0,000504936772140256;0
+"Turnip_4D_NODE_229_length_4002_cov_1.112516";0;0;0;0;0;0;0;0;0,000399680129593973;0
+"Turnip_4D_NODE_230_length_4001_cov_0.708828";0;0;0;0;0;0;0;0;0,000404125459703178;0
+"Turnip_4D_NODE_232_length_3958_cov_3.619943";0,000824204697689383;0;0;0,000646256349281061;0,000595799236006829;0;0;0;0,00146494683174638;0
+"Turnip_4D_NODE_233_length_3948_cov_9.079037";0;0;0;0,0000718218867575322;0;0;0;0;0,00225252857231466;0
+"Turnip_4D_NODE_234_length_3944_cov_0.943935";0;0;0;0,000320530664240036;0,00114147245294154;0;0;0;0,000460660737601876;0
+"Turnip_4D_NODE_235_length_3935_cov_12.312237";0;0;0;0,000331772399253711;0;0;0;0;0,00129677665427157;0
+"Turnip_4D_NODE_239_length_3856_cov_0.634755";0;0;0;0,000197626601133067;0,000555963168642736;0;0;0;0,000225441981811953;0
+"Turnip_4D_NODE_241_length_3840_cov_0.902235";0;0;0;0,000198450045304455;0;0;0;0;0,000355418677742453;0
+"Turnip_4D_NODE_243_length_3831_cov_0.853672";0;0;0;0,0000693893913759635;0;0;0;0;0,000385752356871238;0
+"Turnip_4D_NODE_244_length_3816_cov_1.223909";0;0;0;0;0;0;0;0;0,000460166312728281;0
+"Turnip_4D_NODE_252_length_3728_cov_4.155235";0,0000260377456114421;0;0;0,000638589625772594;0;0;0;0;0,0017022320970033;0
+"Turnip_4D_NODE_254_length_3702_cov_1.217063";0;0;0;0,000502651352925233;0;0;0;0;0,00209224774484981;0
+"Turnip_4D_NODE_255_length_3682_cov_2.150774";0;0;0;0,000105889492738529;0;0;0;0;0,00048635709414606;0
+"Turnip_4D_NODE_257_length_3669_cov_10.075381";0,000209761854845221;0;0;0,00294964991561692;0,00204504740365286;0;0;0;0,00612706697440114;0
+"Turnip_4D_NODE_258_length_3655_cov_0.854308";0;0;0;0,00025536561678728;0;0;0;0;0,000390057188033297;0
+"Turnip_4D_NODE_259_length_3652_cov_0.851348";0;0;0;0,0000485269730487981;0;0;0;0;0,000285642151763491;0
+"Turnip_4D_NODE_262_length_3631_cov_0.530251";0;0;0;0;0;0;0;0;0,000550647162846006;0
+"Turnip_4D_NODE_263_length_3630_cov_0.926063";0;0;0;0,0000716042446764487;0;0;0;0;0,000378374866487517;0
+"Turnip_4D_NODE_264_length_3630_cov_0.853840";0;0;0;0,00040358756090362;0;0;0;0;0,000256241207051673;0
+"Turnip_4D_NODE_271_length_3583_cov_1.568576";0;0;0;0,0000758409457290324;0,000857597367813887;0;0;0;0,000560450151022193;0
+"Turnip_4D_NODE_272_length_3572_cov_6.206386";0;0;0;0,0000644979443579154;0,000800221716418958;0;0;0;0,00230467848524061;0
+"Turnip_4D_NODE_274_length_3549_cov_0.662770";0,0000302814694765441;0;0;0,000151470517584795;0;0;0;0;0,000438448764311562;0
+"Turnip_4D_NODE_275_length_3529_cov_3.853616";0;0;0;0,0000937408927189553;0,000688476388606189;0;0;0;0,00154942588068652;0
+"Turnip_4D_NODE_276_length_3525_cov_1.043261";0;0;0;0,000134067521947393;0,000709529921891476;0;0;0;0,000468561173204849;0
+"Turnip_4D_NODE_278_length_3506_cov_0.892276";0;0;0;0,000279697698472323;0,00169171800910601;0;0;0;0,000471100437976923;0
+"Turnip_4D_NODE_279_length_3501_cov_0.740368";0;0;0;0,000064118625267257;0;0;0;0;0,000300445067426146;0
+"Turnip_4D_NODE_280_length_3498_cov_0.553248";0;0;0;0;0;0;0;0;0,000270880979769843;0
+"Turnip_4D_NODE_286_length_3421_cov_6.131755";0;0;0;0,000367806369358929;0,000417771407636439;0;0;0;0,00219041301072569;0
+"Turnip_4D_NODE_288_length_3405_cov_1.935937";0;0;0;0,0000433726151674524;0;0;0;0;0,000740376627728042;0
+"Turnip_4D_NODE_292_length_3340_cov_3.409897";0,000230424025576981;0;0,000440185766127388;0,0000654407056511556;0,00237486159271247;0;0;0;0,000468487337533055;0
+"Turnip_4D_NODE_295_length_3297_cov_1.208517";0;0;0;0,000331470968873005;0;0;0;0;0,000419227724649183;0
+"Turnip_4D_NODE_297_length_3293_cov_1.153822";0,0000315828106067381;0;0,000223234202682277;0,000197330252183047;0;0;0;0,00145698346985306;0,000287744205051597;0
+"Turnip_4D_NODE_301_length_3242_cov_3.827929";0,0000331489621135888;0;0;0,00126455923163173;0,00090371738751534;0;0;0;0,00191450727098384;0
+"Turnip_4D_NODE_305_length_3219_cov_1.801423";0,0000926187097256604;0;0;0,000723049385898716;0;0;0;0;0,000891178667337912;0
+"Turnip_4D_NODE_307_length_3203_cov_2.735696";0,0000530347338023878;0;0;0,00131499865203884;0;0;0;0;0,000873918135376643;0
+"Turnip_4D_NODE_311_length_3190_cov_1.340842";0,0000499906059047803;0;0;0,000268515917536683;0;0;0;0;0,000602245286183645;0
+"Turnip_4D_NODE_313_length_3174_cov_0.869708";0;0;0;0,0000781690950862933;0;0;0;0;0,000347831265901371;0
+"Turnip_4D_NODE_314_length_3167_cov_0.993750";0;0;0;0,0000746113064200445;0;0;0;0;0,000337620545215117;0
+"Turnip_4D_NODE_315_length_3163_cov_0.726614";0;0;0;0;0;0;0;0;0,000274835372072997;0
+"Turnip_4D_NODE_318_length_3150_cov_1.098578";0,000174987820710584;0;0;0,000200662371390905;0,00240467895977098;0;0;0;0,0007947924862783;0
+"Turnip_4D_NODE_319_length_3145_cov_18.807820";0,0000341713625348982;0;0;0,000612335822121809;0,000477156052400786;0;0;0,00180291965199999;0,00205924225752252;0,0434354664026443
+"Turnip_4D_NODE_320_length_3133_cov_1.953094";0;0;0;0,00025831694077739;0;0;0;0;0,000726963682889005;0
+"Turnip_4D_NODE_321_length_3115_cov_6.123494";0;0;0;0,000570822602224049;0;0;0;0;0,00236651695352527;0
+"Turnip_4D_NODE_326_length_3091_cov_10.899798";0;0;0;0,000183469950772395;0;0;0;0;0,00125994279610601;0
+"Turnip_4D_NODE_327_length_3074_cov_1.479131";0;0;0;0,000261353163718203;0;0;0;0;0,000489231102026584;0
+"Turnip_4D_NODE_328_length_3074_cov_0.766203";0;0;0;0;0,000534669936028919;0;0;0;0,000653250777850526;0
+"Turnip_4D_NODE_330_length_3066_cov_1.899966";0;0;0;0,000410393212516926;0;0;0;0;0,000776873363442687;0
+"Turnip_4D_NODE_332_length_3061_cov_3.977846";0,000191401187089514;0;0;0,00205145810111495;0,00128398855282317;0;0;0;0,00272065828823418;0
+"Turnip_4D_NODE_333_length_3061_cov_3.260736";0,0000566275701448267;0;0;0,00171565969133696;0,000817083624523833;0;0;0;0,000783822220827382;0
+"Turnip_4D_NODE_335_length_3038_cov_0.925799";0;0;0;0,000357785528040978;0,000682137649443771;0;0;0;0,000309035096911205;0
+"Turnip_4D_NODE_336_length_3029_cov_1.810820";0,0000743935588898345;0;0;0,00134958280903878;0;0;0;0;0,000889680843112367;0
+"Turnip_4D_NODE_338_length_3011_cov_0.678571";0;0;0;0,000102019996566578;0;0;0;0;0,000349338485904662;0
+"Turnip_4D_NODE_339_length_2978_cov_0.832690";0;0;0;0;0,000623893479241618;0;0;0;0,000426186786946158;0
+"Turnip_4D_NODE_345_length_2940_cov_3.805901";0,000186307787549005;0;0;0,00198720045366093;0,000753487679443062;0;0;0;0,00144292683520763;0
+"Turnip_4D_NODE_346_length_2933_cov_0.976835";0;0;0;0,000110775404097984;0,000560373468582645;0;0;0;0,000681691049537623;0
+"Turnip_4D_NODE_352_length_2878_cov_1.487823";0;0;0;0,000125207908733227;0;0;0;0;0,000616185105979311;0
+"Turnip_4D_NODE_354_length_2867_cov_0.842336";0;0;0;0,0000597534549663075;0;0;0;0;0,000457847738269621;0
+"Turnip_4D_NODE_356_length_2866_cov_2.621395";0,0000169345281994864;0;0;0,000498806261327739;0;0;0;0;0,00046407381411596;0
+"Turnip_4D_NODE_357_length_2866_cov_0.504929";0,0000556420212268839;0,00523713166885295;0,000539986211799125;0,0000515295724512127;0;0;0;0;0,000336681002397854;0
+"Turnip_4D_NODE_358_length_2865_cov_1.580351";0;0;0;0,000323718666377558;0;0;0;0;0,000646289047251824;0
+"Turnip_4D_NODE_361_length_2843_cov_1.410898";0;0;0;0,0000872700344016514;0,000477571644828718;0;0;0;0,000547328408210248;0
+"Turnip_4D_NODE_362_length_2843_cov_0.942931";0;0;0;0;0;0;0;0;0,000311885461661705;0
+"Turnip_4D_NODE_368_length_2785_cov_1.328066";0;0;0;0,000979962580194917;0;0;0;0;0,000474449733729865;0
+"Turnip_4D_NODE_371_length_2762_cov_0.703226";0;0;0;0;0;0;0;0;0,000242347681765933;0
+"Turnip_4D_NODE_374_length_2747_cov_2.779771";0;0;0;0,000660195306531764;0;0;0;0;0,00105379805555761;0
+"Turnip_4D_NODE_377_length_2737_cov_0.785441";0;0;0;0;0,000809372954900476;0;0;0;0,000333492691253283;0
+"Turnip_4D_NODE_378_length_2735_cov_1.499233";0;0;0;0,0000669571684680138;0;0;0;0;0,000546692272325796;0
+"Turnip_4D_NODE_381_length_2694_cov_0.580444";0;0;0;0;0,000583561835217775;0;0;0;0,000580826914387677;0
+"Turnip_4D_NODE_382_length_2692_cov_3.123197";0,0000618140834044509;0;0;0,00051129739721138;0;0;0;0,00469868804608123;0,000755635965664385;0
+"Turnip_4D_NODE_383_length_2691_cov_6.747660";0;0;0;0,0000614662969909315;0;0;0;0;0,00198670432310716;0
+"Turnip_4D_NODE_384_length_2681_cov_1.787392";0;0;0;0,000185086689894737;0;0;0;0;0,00064849256386937;0
+"Turnip_4D_NODE_385_length_2678_cov_0.651901";0;0;0;0,000284558690802504;0;0;0;0;0,000210996184919148;0
+"Turnip_4D_NODE_387_length_2674_cov_4.155477";0,0000194469325594594;0;0;0,00152212575842223;0,000240515405192938;0;0;0;0,000936273871270248;0
+"Turnip_4D_NODE_388_length_2670_cov_0.407393";0,0000324601109013697;0,00494017661474343;0,000173887694720932;0,000037612342007011;0;0;0;0;0,000231163310908424;0
+"Turnip_4D_NODE_389_length_2655_cov_0.585839";0;0;0;0,0000934496074590941;0;0;0;0;0,00024229196556742;0
+"Turnip_4D_NODE_404_length_2563_cov_1.235632";0;0;0;0;0;0;0;0;0,000413792908262819;0
+"Turnip_4D_NODE_409_length_2548_cov_1.095002";0;0;0;0,0000486869520808271;0,000588954389639118;0;0;0;0,00032411266396136;0
+"Turnip_4D_NODE_410_length_2548_cov_0.598100";0;0;0;0,000095055477872091;0;0;0;0;0,000173997324863467;0
+"Turnip_4D_NODE_415_length_2523_cov_0.538397";0;0;0;0;0;0;0;0;0,000237740766741242;0
+"Turnip_4D_NODE_417_length_2520_cov_6.253656";0;0;0;0,000103144209593456;0,000680569516916314;0;0;0;0,00222845462732544;0
+"Turnip_4D_NODE_425_length_2493_cov_1.500000";0;0;0;0,000348327507947706;0;0;0;0;0,000679961231303825;0
+"Turnip_4D_NODE_427_length_2476_cov_2.776501";0;0;0;0;0;0;0;0;0,00114456056497822;0
+"Turnip_4D_NODE_431_length_2459_cov_3.057461";0;0;0;0,000283475934089154;0;0;0;0;0,00111005101466533;0
+"Turnip_4D_NODE_433_length_2451_cov_5.871343";0,00132389575448113;0;0,000702450239639178;0,0042346855473125;0,00201172017546254;0;0;0;0,00187267507476833;0
+"Turnip_4D_NODE_435_length_2441_cov_3.175022";0,000674601157733096;0;0;0,000331547306618419;0;0;0;0;0,00200499103109815;0
+"Turnip_4D_NODE_436_length_2437_cov_2.718182";0;0;0;0;0;0;0;0;0,00100949163630829;0
+"Turnip_4D_NODE_441_length_2409_cov_1.081069";0;0;0;0;0,000949237682373937;0;0,00566392910369688;0;0,000443853991986831;0
+"Turnip_4D_NODE_442_length_2408_cov_0.553705";0;0;0;0,0000564240258611136;0;0;0;0;0,000548730277590396;0
+"Turnip_4D_NODE_462_length_2322_cov_1.092483";0;0;0;0;0;0;0;0;0,000336939644134454;0
+"Turnip_4D_NODE_467_length_2308_cov_1.013755";0;0;0;0,000179165733538341;0;0;0;0,00396859846741565;0,000425612581676597;0
+"Turnip_4D_NODE_469_length_2287_cov_0.526389";0;0;0;0;0;0;0;0;0,000205257679146533;0
+"Turnip_4D_NODE_470_length_2286_cov_0.585919";0;0;0;0,0000490987110806358;0,000562675584852071;0;0;0;0,000334640318478943;0
+"Turnip_4D_NODE_478_length_2258_cov_0.711403";0;0;0;0,000060172300386874;0;0;0;0;0,000204043963414283;0
+"Turnip_4D_NODE_480_length_2253_cov_0.685795";0;0;0;0;0;0;0;0;0,000262373240865284;0
+"Turnip_4D_NODE_488_length_2220_cov_3.377926";0;0;0;0,000268757823768698;0;0;0;0;0,00110816717012761;0
+"Turnip_4D_NODE_490_length_2215_cov_1.207854";0,0000516489457610779;0;0;0;0;0;0;0;0,00038461318114201;0
+"Turnip_4D_NODE_491_length_2215_cov_0.546935";0;0;0;0;0;0;0;0;0,00021585433635521;0
+"Turnip_4D_NODE_495_length_2208_cov_0.929841";0;0;0;0;0;0;0;0;0,000330713585492839;0
+"Turnip_4D_NODE_498_length_2201_cov_1.192864";0;0;0;0;0;0;0;0;0,000454202600702828;0
+"Turnip_4D_NODE_499_length_2196_cov_2.022233";0;0;0;0,000185613462122352;0,00250564869957577;0;0;0;0,00134591737629664;0,0728539623177321
+"Turnip_4D_NODE_502_length_2190_cov_2.296655";0;0;0;0,000725606027389082;0;0;0;0;0,00097250935642643;0
+"Turnip_4D_NODE_505_length_2177_cov_0.463415";0;0;0,000142177352596811;0,000122108754414936;0;0;0;0;0,000235594637713121;0
+"Turnip_4D_NODE_510_length_2165_cov_0.607458";0;0;0;0,000144614115403128;0;0;0;0;0,000365388866743127;0
+"Turnip_4D_NODE_512_length_2156_cov_1.701331";0;0;0;0,00023563641743015;0;0;0;0;0,000705604124891956;0
+"Turnip_4D_NODE_513_length_2152_cov_0.621728";0;0;0;0;0;0;0;0;0,000193896865843916;0
+"Turnip_4D_NODE_514_length_2149_cov_0.804649";0;0;0;0;0,000931072303273133;0;0;0;0,000283161003865437;0
+"Turnip_4D_NODE_516_length_2137_cov_1.356219";0,0000275781831317393;0,0161757642628844;0,00133070467362772;0,000102279811359317;0,0246113300268099;0;0;0,129809436173047;0,000821710177525091;0,203864168469126
+"Turnip_4D_NODE_520_length_2126_cov_0.999500";0;0;0;0;0;0;0;0;0,000547915210584023;0
+"Turnip_4D_NODE_527_length_2088_cov_0.358491";0;0;0,00108398740728512;0,000110338437378579;0;0;0;0;0,00014988004859774;0
+"Turnip_4D_NODE_530_length_2086_cov_0.476774";0;0;0;0;0;0;0;0;0,000491744512273696;0
+"Turnip_4D_NODE_531_length_2085_cov_1.637896";0,0000432303289932487;0;0;0,00146479618516174;0,000582645845417564;0;0;0;0,000717123915976524;0
+"Turnip_4D_NODE_537_length_2061_cov_4.497415";0,0000403696051734066;0;0,000262814249905726;0,00501881134175065;0,00183763675965031;0;0;0;0,00161544657911217;0
+"Turnip_4D_NODE_538_length_2061_cov_1.750776";0;0;0;0,000131847699440623;0;0;0;0;0,000957457894147424;0,013136717155579
+"Turnip_4D_NODE_540_length_2057_cov_0.748705";0;0;0;0,0000861548398513421;0;0;0;0;0,000245112534507922;0
+"Turnip_4D_NODE_546_length_2044_cov_1.321857";0;0;0;0;0;0;0;0;0,000374260160490638;0
+"Turnip_4D_NODE_555_length_2021_cov_1.167899";0;0;0;0;0;0;0;0;0,000425834358757161;0
+"Turnip_4D_NODE_560_length_2000_cov_0.686599";0;0;0;0,0000265830758361316;0;0;0;0;0,0000999699924146924;0
+"Turnip_4R_NODE_1_length_29088_cov_5.262871";0,000364098261284155;0;0,00117714042514905;0;0;0;0;0;0;0
+"Turnip_4R_NODE_5_length_13289_cov_1.135086";0,000135914776045055;0;0;0,00197682190355059;0,00189820973320063;0;0;0;0,00324852514391676;0
+"Turnip_4R_NODE_6_length_13002_cov_2.136544";0;0;0;0,000672425647976803;0;0;0;0;0,013207381005998;0,0179839712455188
+"Turnip_4R_NODE_37_length_4132_cov_1.853184";0;0;0;0;0;0;0;0;0,00751910334799677;0
+"Turnip_4R_NODE_42_length_3731_cov_0.440067";0,000224859566419845;0;0;0,00101648856051678;0,000919343437485452;0;0;0;0,00184299031615307;0
+"Turnip_4R_NODE_47_length_3664_cov_0.913769";0,0000406849927138238;0;0;0,000977034446670048;0,000448574067508979;0;0;0;0,000512471956559084;0
+"Turnip_4R_NODE_54_length_3389_cov_0.828020";0,00020049601932021;0;0,000108455330397276;0,00246473684353235;0,00141274905621312;0;0;0;0,00349106853827335;0
+"Turnip_4R_NODE_91_length_2335_cov_21.729167";0;0;0;0;0;0;0;0;0,00040579942922266;0
+"Buffer_1D_NODE_3_length_14736_cov_25.708194";0;0;0,00261504153278404;0;0;0;0;0;0;0
diff --git a/results/Phyloseq_analysis/obj_DNA_TPM_taxa.txt b/results/Phyloseq_analysis/obj_DNA_TPM_taxa.txt
new file mode 100644
index 0000000..f1f18cd
--- /dev/null
+++ b/results/Phyloseq_analysis/obj_DNA_TPM_taxa.txt
@@ -0,0 +1,1114 @@
+"Length";"Type_vibrant";"Quality_vibrant";"Host_domain";"Host_phylum";"Host_class";"Host_order";"Host_family";"Host_genus";"Confidence_score_iphop";"group";"checkv_quality"
+"Cabbage_1D_100k_NODE_1_length_31726_cov_5.016045";" 31726";"Virulent";"high quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 96.6";"dsDNAphage";"Medium-quality"
+"Cabbage_1D_100k_NODE_2_length_23337_cov_6.528134";" 23337";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.4";"dsDNAphage";"Medium-quality"
+"Cabbage_1D_100k_NODE_3_length_21698_cov_3.470678";" 21698";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Secundilactobacillus";" 97.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_100k_NODE_9_length_9008_cov_3.105506";" 9008";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 93.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_100k_NODE_11_length_8371_cov_0.606502";" 8371";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_100k_NODE_16_length_6202_cov_2.961975";" 6202";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_100k_NODE_22_length_3508_cov_4.961846";" 3508";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";"100.0";"dsDNAphage";"Low-quality"
+"Cabbage_3D_100k_NODE_2_length_16738_cov_1.115165";" 16738";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.4";"dsDNAphage";"Low-quality"
+"Cabbage_3D_100k_NODE_3_length_5026_cov_2.118800";" 5026";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Medium-quality"
+"Turnip_1D_100k_NODE_4_length_11730_cov_0.627338";" 11730";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 95.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_8_length_8670_cov_0.446330";" 8670";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_11_length_7253_cov_0.383946";" 7253";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_13_length_7045_cov_0.405464";" 7045";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"GCF-900161835";" 90.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_42_length_3183_cov_0.161649";" 3183";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 91.1";"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_100k_NODE_43_length_3165_cov_0.251152";" 3165";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_100k_NODE_44_length_3156_cov_0.395180";" 3156";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_46_length_3033_cov_0.191672";" 3033";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_100k_NODE_47_length_2968_cov_0.253432";" 2968";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Lactococcus";" 90.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_48_length_2914_cov_0.349480";" 2914";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_100k_NODE_49_length_2848_cov_0.466005";" 2848";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_100k_NODE_56_length_2601_cov_0.232821";" 2601";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_60_length_2534_cov_0.224346";" 2534";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_61_length_2484_cov_0.182860";" 2484";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_100k_NODE_63_length_2395_cov_0.165344";" 2395";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 95.7";"ssDNA viruses";"Low-quality"
+"Turnip_1D_100k_NODE_72_length_2118_cov_0.131090";" 2118";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1R_100k_NODE_7_length_4275_cov_0.857763";" 4275";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1R_100k_NODE_14_length_2966_cov_0.693202";" 2966";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_100k_NODE_10_length_2176_cov_0.151781";" 2176";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_400k_NODE_5_length_16947_cov_4.240844";" 16947";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_400k_NODE_10_length_11123_cov_9.138687";" 11123";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";"100.0";"dsDNAphage";"Low-quality"
+"Cabbage_1D_400k_NODE_12_length_8971_cov_0.819878";" 8971";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_400k_NODE_20_length_6947_cov_7.505279";" 6947";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_400k_NODE_36_length_4489_cov_0.680880";" 4489";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_400k_NODE_52_length_3317_cov_0.607210";" 3317";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_400k_NODE_77_length_2424_cov_0.313452";" 2424";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_2D_400k_NODE_2_length_18785_cov_2.239736";" 18785";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.0";"dsDNAphage";"Low-quality"
+"Cabbage_3D_400k_NODE_5_length_10093_cov_2.438792";" 10093";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";"100.0";"dsDNAphage";"Low-quality"
+"Cabbage_3D_400k_NODE_12_length_7064_cov_6.153813";" 7064";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Unknown";"Medium-quality"
+"Cabbage_3D_400k_NODE_16_length_6520_cov_1.060066";" 6520";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 97.8";"dsDNAphage";"Low-quality"
+"Cabbage_3D_400k_NODE_47_length_3207_cov_2.485390";" 3207";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Carrot_2D_400k_NODE_1_length_49029_cov_2.719787";" 49029";"Virulent";"medium quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"ATCC-39006";" 91.8";"dsDNAphage";"Complete"
+"Carrot_2D_400k_NODE_2_length_44763_cov_2.971682";" 44763";"Temperate";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Carrot_2D_400k_NODE_3_length_44433_cov_3.932154";" 44433";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Complete"
+"Carrot_2D_400k_NODE_5_length_19072_cov_1.157667";" 19072";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_400k_NODE_10_length_4187_cov_0.655172";" 4187";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_400k_NODE_16_length_3153_cov_0.266689";" 3153";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_400k_NODE_24_length_2612_cov_0.500201";" 2612";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_400k_NODE_30_length_2369_cov_0.549063";" 2369";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_400k_NODE_36_length_2327_cov_2.419091";" 2327";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"High-quality"
+"Carrot_2D_400k_NODE_37_length_2299_cov_0.445212";" 2299";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_400k_NODE_38_length_2132_cov_2.097756";" 2132";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"High-quality"
+"Turnip_1D_400k_NODE_4_length_13488_cov_1.013921";" 13488";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.0";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_5_length_13208_cov_1.099687";" 13208";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_7_length_11942_cov_0.472958";" 11942";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 98.4";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_13_length_9722_cov_0.528088";" 9722";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_16_length_8593_cov_0.717458";" 8593";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_19_length_8108_cov_1.046736";" 8108";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_22_length_7433_cov_0.551328";" 7433";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_24_length_6526_cov_1.043757";" 6526";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_25_length_6431_cov_1.426079";" 6431";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 94.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_26_length_6424_cov_1.515007";" 6424";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_29_length_6120_cov_0.913065";" 6120";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_39_length_4869_cov_0.476170";" 4869";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Streptococcus";" 93.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_49_length_4244_cov_0.206947";" 4244";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_51_length_4121_cov_2.611668";" 4121";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_59_length_3845_cov_0.812534";" 3845";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_60_length_3836_cov_0.577514";" 3836";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_61_length_3821_cov_0.822685";" 3821";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 93.1";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_69_length_3604_cov_2.119931";" 3604";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_74_length_3395_cov_0.573133";" 3395";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_79_length_3259_cov_1.190294";" 3259";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_400k_NODE_81_length_3219_cov_1.615136";" 3219";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_400k_NODE_86_length_3114_cov_1.932708";" 3114";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.9";"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_400k_NODE_94_length_2945_cov_0.525905";" 2945";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_100_length_2896_cov_2.611051";" 2896";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_101_length_2895_cov_0.525289";" 2895";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_119_length_2547_cov_0.684711";" 2547";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_400k_NODE_120_length_2536_cov_0.758406";" 2536";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_131_length_2420_cov_0.531182";" 2420";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 95.6";"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_400k_NODE_138_length_2319_cov_0.264142";" 2319";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_140_length_2302_cov_0.353103";" 2302";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Limosilactobacillus";" 93.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_160_length_2179_cov_1.211014";" 2179";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_168_length_2093_cov_0.329095";" 2093";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_170_length_2080_cov_0.392217";" 2080";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_400k_NODE_173_length_2071_cov_0.569444";" 2071";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_400k_NODE_179_length_2045_cov_0.773201";" 2045";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_400k_NODE_185_length_2000_cov_0.185798";" 2000";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1R_400k_NODE_5_length_2786_cov_0.593080";" 2786";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 90.9";"ssDNA viruses";"Low-quality"
+"Turnip_2D_400k_NODE_2_length_14844_cov_0.923830";" 14844";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 91.0";"dsDNAphage";"Low-quality"
+"Turnip_2D_400k_NODE_5_length_10564_cov_0.773019";" 10564";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_400k_NODE_11_length_6138_cov_0.436367";" 6138";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_400k_NODE_13_length_5059_cov_0.269465";" 5059";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_400k_NODE_21_length_3188_cov_0.243385";" 3188";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.6";"dsDNAphage";"Low-quality"
+"Turnip_2D_400k_NODE_22_length_3142_cov_0.524710";" 3142";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_400k_NODE_32_length_2336_cov_0.356270";" 2336";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_400k_NODE_33_length_2276_cov_0.888320";" 2276";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_400k_NODE_39_length_2100_cov_0.150025";" 2100";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_400k_NODE_40_length_2095_cov_0.273882";" 2095";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_400k_NODE_43_length_2070_cov_0.422028";" 2070";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Limosilactobacillus";" 91.7";"ssDNA viruses";"Low-quality"
+"Turnip_2R_400k_NODE_1_length_9795_cov_0.889015";" 9795";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2R_400k_NODE_18_length_3514_cov_0.300856";" 3514";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.4";"dsDNAphage";"Low-quality"
+"Turnip_2R_400k_NODE_40_length_2185_cov_0.652575";" 2185";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_400k_NODE_1_length_63257_cov_1.102725";" 63257";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_2_length_61703_cov_2.225559";" 61703";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_3_length_31778_cov_2.296420";" 31778";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_4D_400k_NODE_7_length_23017_cov_3.374050";" 23017";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_10_length_16054_cov_4.412005";" 16054";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_13_length_12622_cov_0.926291";" 12622";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_17_length_10959_cov_1.435561";" 10959";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_18_length_10702_cov_0.693522";" 10702";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_20_length_9771_cov_0.629822";" 9771";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_28_length_7616_cov_0.610362";" 7616";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_29_length_7506_cov_1.005692";" 7506";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_32_length_6338_cov_0.627596";" 6338";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_35_length_6149_cov_0.593989";" 6149";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_400k_NODE_42_length_5321_cov_0.861764";" 5321";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_47_length_4744_cov_0.847303";" 4744";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_400k_NODE_58_length_4061_cov_0.962888";" 4061";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_62_length_3826_cov_0.536902";" 3826";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_400k_NODE_68_length_3659_cov_0.893545";" 3659";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_83_length_3112_cov_0.650586";" 3112";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_93_length_2890_cov_0.751357";" 2890";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_96_length_2817_cov_1.133829";" 2817";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Turnip_4D_400k_NODE_98_length_2789_cov_0.334711";" 2789";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_105_length_2496_cov_0.640355";" 2496";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_109_length_2316_cov_0.439470";" 2316";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_400k_NODE_111_length_2272_cov_0.564569";" 2272";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_115_length_2164_cov_0.294060";" 2164";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_400k_NODE_121_length_2056_cov_0.526698";" 2056";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_1_length_30133_cov_2.045124";" 30133";"Temperate";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"Unknown";"Low-quality"
+"Cabbage_1D_700k_NODE_2_length_24816_cov_1.757139";" 24816";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactobacillus";" 92.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_4_length_21746_cov_4.335261";" 21746";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 95.9";"dsDNAphage";"Medium-quality"
+"Cabbage_1D_700k_NODE_5_length_20999_cov_1.129216";" 20999";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 95.9";"dsDNAphage";"Medium-quality"
+"Cabbage_1D_700k_NODE_9_length_13870_cov_1.249873";" 13870";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_12_length_12333_cov_1.615681";" 12333";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Lactococcus";" 91.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_19_length_7849_cov_0.799922";" 7849";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_23_length_6459_cov_0.924984";" 6459";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 93.1";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_24_length_6312_cov_1.007599";" 6312";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_25_length_6253_cov_0.454946";" 6253";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_36_length_4582_cov_5.756004";" 4582";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Secundilactobacillus";" 94.5";"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_700k_NODE_39_length_4279_cov_0.830684";" 4279";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_47_length_3879_cov_4.000533";" 3879";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_52_length_3679_cov_0.411036";" 3679";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_55_length_3589_cov_19.068746";" 3589";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 90.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_62_length_3395_cov_13.056304";" 3395";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_66_length_3302_cov_11.413228";" 3302";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_80_length_2943_cov_0.633878";" 2943";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_700k_NODE_99_length_2432_cov_11.996963";" 2432";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 90.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_108_length_2282_cov_37.123898";" 2282";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";"100.0";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_125_length_2116_cov_7.192056";" 2116";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_2D_700k_NODE_1_length_27367_cov_5.373862";" 27367";"Virulent";"high quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.4";"dsDNAphage";"Medium-quality"
+"Cabbage_2D_700k_NODE_4_length_5301_cov_4.160804";" 5301";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.8";"dsDNAphage";"Low-quality"
+"Cabbage_2D_700k_NODE_13_length_2711_cov_0.629257";" 2711";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_6_length_16809_cov_1.059405";" 16809";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"Unknown";"Low-quality"
+"Cabbage_3D_700k_NODE_7_length_16625_cov_1.397200";" 16625";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 98.5";"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_11_length_10713_cov_0.793879";" 10713";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_12_length_10505_cov_0.738100";" 10505";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_20_length_8500_cov_1.465425";" 8500";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_3D_700k_NODE_23_length_7153_cov_0.605608";" 7153";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 93.6";"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_33_length_5316_cov_4.986895";" 5316";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";"100.0";"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_47_length_3999_cov_0.644628";" 3999";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.2";"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_3D_700k_NODE_58_length_3566_cov_0.780459";" 3566";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_117_length_2200_cov_0.628075";" 2200";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"ssDNA viruses";"Low-quality"
+"Carrot_2D_700k_NODE_7_length_10827_cov_2.027103";" 10827";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_700k_NODE_8_length_10799_cov_1.062969";" 10799";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_700k_NODE_13_length_6320_cov_1.568545";" 6320";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_700k_NODE_28_length_3720_cov_0.570832";" 3720";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_700k_NODE_30_length_3609_cov_0.427628";" 3609";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Serratia";" 90.7";"dsDNAphage";"Low-quality"
+"Carrot_2D_700k_NODE_31_length_3579_cov_0.432503";" 3579";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Carrot_2D_700k_NODE_32_length_3515_cov_0.433884";" 3515";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Carrot_2D_700k_NODE_33_length_3483_cov_0.919249";" 3483";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Pectobacterium";" 91.4";"dsDNAphage";"Low-quality"
+"Carrot_2D_700k_NODE_35_length_3334_cov_0.437792";" 3334";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Carrot_2D_700k_NODE_37_length_3321_cov_0.566688";" 3321";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Carrot_2D_700k_NODE_45_length_3134_cov_0.379115";" 3134";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Not-determined"
+"Carrot_2D_700k_NODE_46_length_3071_cov_0.719429";" 3071";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_700k_NODE_60_length_2415_cov_0.383741";" 2415";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_700k_NODE_71_length_2214_cov_0.698610";" 2214";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_700k_NODE_72_length_2214_cov_0.342597";" 2214";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_1_length_31703_cov_1.572270";" 31703";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.9";"dsDNAphage";"Medium-quality"
+"Turnip_1D_700k_NODE_5_length_12610_cov_0.816791";" 12610";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_6_length_11932_cov_0.717408";" 11932";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_9_length_9980_cov_0.567949";" 9980";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_10_length_9807_cov_0.677479";" 9807";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_17_length_7984_cov_1.719613";" 7984";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 95.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_21_length_7409_cov_0.359105";" 7409";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.1";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_23_length_7089_cov_0.897156";" 7089";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 95.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_32_length_6025_cov_0.917769";" 6025";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Ligilactobacillus";" 97.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_45_length_4768_cov_0.613876";" 4768";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.0";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_51_length_4542_cov_0.356512";" 4542";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_53_length_4522_cov_0.681229";" 4522";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_60_length_4234_cov_0.663258";" 4234";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_67_length_4030_cov_3.044325";" 4030";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_69_length_4010_cov_0.772856";" 4010";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_71_length_4003_cov_0.906347";" 4003";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.4";"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_700k_NODE_77_length_3927_cov_0.425000";" 3927";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.3";"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_700k_NODE_82_length_3721_cov_2.934057";" 3721";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_700k_NODE_84_length_3706_cov_0.629785";" 3706";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_87_length_3695_cov_0.403027";" 3695";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_98_length_3446_cov_0.486592";" 3446";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_101_length_3361_cov_0.956092";" 3361";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_109_length_3268_cov_0.344795";" 3268";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_120_length_3181_cov_0.264244";" 3181";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_123_length_3166_cov_0.524186";" 3166";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_125_length_3144_cov_0.291680";" 3144";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Not-determined"
+"Turnip_1D_700k_NODE_132_length_3072_cov_2.241766";" 3072";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_137_length_3034_cov_0.522188";" 3034";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_151_length_2839_cov_3.159292";" 2839";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_700k_NODE_159_length_2753_cov_5.321401";" 2753";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_167_length_2694_cov_0.128165";" 2694";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_172_length_2585_cov_0.477624";" 2585";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_173_length_2584_cov_0.857143";" 2584";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_177_length_2531_cov_2.051165";" 2531";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_181_length_2488_cov_0.543414";" 2488";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_184_length_2477_cov_2.091489";" 2477";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_193_length_2431_cov_0.405382";" 2431";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_195_length_2423_cov_1.099303";" 2423";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_200_length_2391_cov_0.369700";" 2391";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.3";"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_700k_NODE_205_length_2361_cov_0.414503";" 2361";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_700k_NODE_218_length_2286_cov_0.362668";" 2286";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_220_length_2268_cov_1.957496";" 2268";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_226_length_2243_cov_0.490076";" 2243";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.0";"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_249_length_2133_cov_0.348455";" 2133";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.1";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_253_length_2105_cov_1.288675";" 2105";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_255_length_2103_cov_0.505061";" 2103";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_273_length_2016_cov_0.637904";" 2016";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1R_700k_NODE_3_length_4155_cov_3.695382";" 4155";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1R_700k_NODE_13_length_2748_cov_0.942770";" 2748";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1R_700k_NODE_51_length_2044_cov_0.365676";" 2044";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1R_700k_NODE_52_length_2024_cov_0.871903";" 2024";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_700k_NODE_2_length_15594_cov_0.544385";" 15594";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_4_length_12589_cov_1.895282";" 12589";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_14_length_7967_cov_1.354337";" 7967";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_28_length_4691_cov_0.588738";" 4691";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";"100.0";"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_48_length_3666_cov_1.159084";" 3666";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_56_length_3298_cov_0.306843";" 3298";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_60_length_3150_cov_0.275554";" 3150";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_67_length_2882_cov_0.708893";" 2882";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_70_length_2843_cov_0.682990";" 2843";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 96.9";"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_80_length_2594_cov_0.216863";" 2594";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_83_length_2548_cov_0.312268";" 2548";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_89_length_2467_cov_0.398291";" 2467";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_700k_NODE_90_length_2439_cov_0.355969";" 2439";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_2D_700k_NODE_95_length_2232_cov_0.284561";" 2232";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 98.2";"ssDNA viruses";"Low-quality"
+"Turnip_2D_700k_NODE_105_length_2118_cov_0.405826";" 2118";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_110_length_2075_cov_0.459959";" 2075";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 92.2";"ssDNA viruses";"Low-quality"
+"Turnip_2R_700k_NODE_5_length_6939_cov_0.715502";" 6939";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 93.6";"dsDNAphage";"Low-quality"
+"Turnip_2R_700k_NODE_19_length_4473_cov_2.231017";" 4473";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_1_length_49267_cov_8.937322";" 49267";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_2_length_35320_cov_2.292672";" 35320";"Temperate";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Complete"
+"Turnip_4D_700k_NODE_3_length_34927_cov_1.732299";" 34927";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_7_length_26377_cov_2.289486";" 26377";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_9_length_21005_cov_2.124341";" 21005";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_11_length_20259_cov_2.828581";" 20259";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_12_length_19912_cov_2.371342";" 19912";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_14_length_18109_cov_3.176343";" 18109";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_15_length_16824_cov_1.109601";" 16824";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_18_length_13182_cov_2.627576";" 13182";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_21_length_12040_cov_2.413918";" 12040";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_23_length_11604_cov_2.432517";" 11604";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_24_length_11253_cov_2.311073";" 11253";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_26_length_10179_cov_1.535316";" 10179";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_27_length_9807_cov_1.249690";" 9807";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_28_length_9454_cov_1.759301";" 9454";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_32_length_7637_cov_1.292011";" 7637";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_37_length_7006_cov_1.863788";" 7006";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_41_length_6606_cov_1.452848";" 6606";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_44_length_6504_cov_1.184413";" 6504";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_48_length_6230_cov_1.673275";" 6230";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_700k_NODE_51_length_5892_cov_1.219601";" 5892";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_52_length_5817_cov_2.965729";" 5817";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_55_length_5580_cov_1.644599";" 5580";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_56_length_5446_cov_0.976311";" 5446";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_60_length_5305_cov_0.696601";" 5305";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_64_length_5207_cov_3.969685";" 5207";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_77_length_4315_cov_2.897564";" 4315";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_80_length_4266_cov_0.697753";" 4266";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_81_length_4234_cov_0.958607";" 4234";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_82_length_4121_cov_1.756885";" 4121";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_91_length_3812_cov_0.865943";" 3812";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_93_length_3628_cov_0.656670";" 3628";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_700k_NODE_103_length_3365_cov_3.235330";" 3365";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_106_length_3255_cov_0.620524";" 3255";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_107_length_3238_cov_1.216972";" 3238";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_700k_NODE_139_length_2590_cov_0.619976";" 2590";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_700k_NODE_141_length_2580_cov_0.186302";" 2580";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_700k_NODE_143_length_2559_cov_0.673520";" 2559";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_148_length_2509_cov_1.295550";" 2509";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_171_length_2259_cov_0.840056";" 2259";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_700k_NODE_183_length_2152_cov_0.524444";" 2152";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_186_length_2141_cov_0.527805";" 2141";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_700k_NODE_189_length_2108_cov_0.855628";" 2108";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_200_length_2005_cov_0.747604";" 2005";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4R_700k_NODE_30_length_2053_cov_0.260644";" 2053";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Buffer_1D_700k_NODE_2_length_10230_cov_9.768386";" 10230";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_1_length_145419_cov_2.683245";"145419";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Exiguobacterales";"Exiguobacteraceae";"Exiguobacterium";" 95.4";"Unknown";"Medium-quality"
+"Cabbage_1D_NODE_3_length_103866_cov_4.429915";"103866";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_10_length_53821_cov_4.112713";" 53821";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Exiguobacterales";"Exiguobacteraceae";"Exiguobacterium";" 91.5";"Unknown";"High-quality"
+"Cabbage_1D_NODE_14_length_48423_cov_3.580793";" 48423";"Temperate";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_15_length_40191_cov_4.576902";" 40191";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_19_length_36323_cov_3.500939";" 36323";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"High-quality"
+"Cabbage_1D_NODE_20_length_35592_cov_16.431975";" 35592";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_22_length_35298_cov_18.890165";" 35298";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_32_length_30488_cov_6.106354";" 30488";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 97.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_42_length_25047_cov_2.209831";" 25047";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 95.6";"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_43_length_24978_cov_3.855901";" 24978";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 95.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_46_length_23806_cov_63.809958";" 23806";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 95.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_58_length_20281_cov_1.987050";" 20281";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.0";"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_62_length_19325_cov_1.884415";" 19325";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 92.1";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_68_length_18693_cov_7.811214";" 18693";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_73_length_17800_cov_1.442030";" 17800";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_78_length_16415_cov_3.581839";" 16415";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_79_length_16273_cov_9.205066";" 16273";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 94.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_80_length_16054_cov_3.407484";" 16054";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_83_length_15689_cov_1.640792";" 15689";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 92.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_85_length_15194_cov_12.440897";" 15194";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_90_length_14185_cov_2.660193";" 14185";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_94_length_13774_cov_10.248260";" 13774";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_95_length_13737_cov_4.056209";" 13737";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 94.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_99_length_13122_cov_3.319508";" 13122";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 93.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_101_length_13020_cov_5.388040";" 13020";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_110_length_12397_cov_15.337571";" 12397";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 95.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_112_length_12143_cov_1.254660";" 12143";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Enterococcaceae";"Enterococcus_F";" 90.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_116_length_11373_cov_19.501423";" 11373";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 98.1";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_121_length_10815_cov_5.031905";" 10815";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_125_length_10345_cov_1.184283";" 10345";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_127_length_10050_cov_1.420941";" 10050";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 92.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_129_length_9877_cov_3.141538";" 9877";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Secundilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_132_length_9780_cov_2.258780";" 9780";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_137_length_9583_cov_13.795580";" 9583";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_145_length_8667_cov_1.879977";" 8667";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_146_length_8654_cov_0.840507";" 8654";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_149_length_8552_cov_5.602136";" 8552";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_153_length_8315_cov_4.187469";" 8315";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_155_length_8131_cov_1.372189";" 8131";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 91.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_156_length_8060_cov_6.151393";" 8060";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_158_length_8026_cov_4.560957";" 8026";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_161_length_7910_cov_6.180265";" 7910";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Streptococcus";" 90.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_162_length_7909_cov_1.370342";" 7909";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 95.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_166_length_7703_cov_22.196014";" 7703";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_168_length_7500_cov_1.446358";" 7500";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_174_length_7283_cov_1.282141";" 7283";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 94.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_175_length_7266_cov_1.457627";" 7266";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Escherichia";" 90.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_178_length_7225_cov_4.234150";" 7225";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_180_length_7148_cov_1.233158";" 7148";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Enterococcaceae";"Enterococcus_F";" 90.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_182_length_6963_cov_0.604447";" 6963";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 97.5";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_185_length_6600_cov_3.970647";" 6600";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_193_length_6303_cov_0.923737";" 6303";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_196_length_6116_cov_18.017699";" 6116";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_197_length_6083_cov_1.457018";" 6083";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_198_length_6044_cov_1.488592";" 6044";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_201_length_5834_cov_2.869459";" 5834";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_205_length_5793_cov_9.682316";" 5793";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_206_length_5772_cov_3.805137";" 5772";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_NODE_207_length_5767_cov_1.851241";" 5767";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_209_length_5753_cov_0.802169";" 5753";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Streptococcus";" 94.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_217_length_5617_cov_12.565027";" 5617";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_223_length_5507_cov_1.805019";" 5507";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_228_length_5242_cov_1.155425";" 5242";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.1";"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_230_length_5208_cov_0.863806";" 5208";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 92.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_231_length_5129_cov_2.012195";" 5129";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 94.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_235_length_5024_cov_0.921380";" 5024";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 93.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_236_length_5010_cov_0.812206";" 5010";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_241_length_4869_cov_1.920498";" 4869";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 92.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_242_length_4846_cov_2.290951";" 4846";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Cabbage_1D_NODE_243_length_4789_cov_15.663664";" 4789";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_248_length_4693_cov_8.252519";" 4693";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_251_length_4621_cov_0.965955";" 4621";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Pantoea";" 93.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_253_length_4586_cov_4.082978";" 4586";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_255_length_4507_cov_3.456849";" 4507";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 95.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_256_length_4499_cov_1.583486";" 4499";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Chania";" 95.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_257_length_4471_cov_18.693370";" 4471";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_258_length_4443_cov_0.706441";" 4443";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Not-determined"
+"Cabbage_1D_NODE_261_length_4363_cov_1.559962";" 4363";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_NODE_268_length_4199_cov_0.628929";" 4199";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_269_length_4197_cov_1.715971";" 4197";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_270_length_4181_cov_3.970893";" 4181";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_277_length_4105_cov_1.241830";" 4105";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_278_length_4088_cov_9.145418";" 4088";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_281_length_4059_cov_24.236521";" 4059";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_287_length_4013_cov_1.505147";" 4013";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 91.0";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_291_length_3947_cov_0.933246";" 3947";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_297_length_3876_cov_1.039744";" 3876";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_300_length_3805_cov_2.127787";" 3805";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_301_length_3799_cov_0.736656";" 3799";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_303_length_3783_cov_44.744803";" 3783";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_305_length_3763_cov_23.061331";" 3763";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_309_length_3711_cov_1.416016";" 3711";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 90.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_311_length_3689_cov_0.917181";" 3689";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_316_length_3620_cov_2.527054";" 3620";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_317_length_3608_cov_1.049411";" 3608";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_320_length_3484_cov_1.707477";" 3484";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Exiguobacterales";"Exiguobacteraceae";"Exiguobacterium";" 91.6";"dsDNAphage";"Not-determined"
+"Cabbage_1D_NODE_325_length_3398_cov_0.302660";" 3398";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 96.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_331_length_3343_cov_0.965485";" 3343";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_338_length_3308_cov_1.326312";" 3308";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_343_length_3229_cov_0.701483";" 3229";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_351_length_3164_cov_1.435957";" 3164";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_354_length_3124_cov_11.455455";" 3124";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_355_length_3113_cov_0.729739";" 3113";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_358_length_3086_cov_4.263265";" 3086";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_366_length_3022_cov_1.133333";" 3022";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_368_length_2979_cov_0.710379";" 2979";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 97.9";"dsDNAphage";"Not-determined"
+"Cabbage_1D_NODE_374_length_2931_cov_2.779601";" 2931";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_NODE_375_length_2908_cov_0.457389";" 2908";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_382_length_2875_cov_1.141557";" 2875";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 95.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_401_length_2790_cov_0.899737";" 2790";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Bacillales_A";"Planococcaceae";"Lysinibacillus";" 92.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_403_length_2787_cov_366.962782";" 2787";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_411_length_2758_cov_10.117066";" 2758";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_416_length_2732_cov_3.062188";" 2732";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.4";"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_417_length_2732_cov_1.338964";" 2732";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_420_length_2719_cov_0.626543";" 2719";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.0";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_431_length_2650_cov_2.717796";" 2650";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_436_length_2634_cov_0.743917";" 2634";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Limosilactobacillus";" 90.7";"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_440_length_2609_cov_30.609589";" 2609";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_441_length_2604_cov_0.562778";" 2604";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_443_length_2570_cov_62.828080";" 2570";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_447_length_2536_cov_19.875052";" 2536";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.2";"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_449_length_2529_cov_3.816819";" 2529";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_450_length_2529_cov_0.636969";" 2529";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Streptococcus";" 93.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_453_length_2522_cov_2.959916";" 2522";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_454_length_2521_cov_77.333751";" 2521";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_458_length_2496_cov_1.104686";" 2496";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_459_length_2493_cov_0.771344";" 2493";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Secundilactobacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_460_length_2486_cov_1.220008";" 2486";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_462_length_2472_cov_0.721535";" 2472";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Not-determined"
+"Cabbage_1D_NODE_465_length_2460_cov_23.426489";" 2460";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_466_length_2457_cov_26.842489";" 2457";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_474_length_2408_cov_17.517317";" 2408";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_NODE_475_length_2406_cov_0.499342";" 2406";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_482_length_2379_cov_0.562167";" 2379";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 95.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_485_length_2358_cov_1.339310";" 2358";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_490_length_2334_cov_0.501586";" 2334";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.8";"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_494_length_2316_cov_20.044312";" 2316";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_495_length_2310_cov_0.573523";" 2310";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Lactococcus";" 97.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_497_length_2302_cov_0.674943";" 2302";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_509_length_2261_cov_0.584817";" 2261";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 97.6";"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_511_length_2253_cov_0.423330";" 2253";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_516_length_2236_cov_3.167378";" 2236";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_519_length_2228_cov_0.658258";" 2228";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_NODE_539_length_2127_cov_0.554500";" 2127";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_548_length_2069_cov_0.580844";" 2069";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_553_length_2060_cov_2.887739";" 2060";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.0";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_557_length_2027_cov_0.308421";" 2027";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_562_length_2011_cov_1.050425";" 2011";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.2";"ssDNA viruses";"Low-quality"
+"Cabbage_2D_NODE_3_length_6973_cov_4.917032";" 6973";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_2D_NODE_8_length_4960_cov_7.901717";" 4960";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_2D_NODE_17_length_3042_cov_1.001372";" 3042";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_2D_NODE_31_length_2267_cov_0.864486";" 2267";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_2D_NODE_36_length_2199_cov_1.126448";" 2199";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_1_length_38817_cov_24.274231";" 38817";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_2_length_38587_cov_8.398960";" 38587";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Lactococcus";" 91.2";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_3_length_28744_cov_4.678163";" 28744";"Temperate";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 94.5";"dsDNAphage";"Medium-quality"
+"Cabbage_3D_NODE_9_length_22022_cov_24.299657";" 22022";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_10_length_20098_cov_10.273947";" 20098";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 94.9";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_13_length_17122_cov_2.245307";" 17122";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_17_length_15619_cov_3.631487";" 15619";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_19_length_15117_cov_2.248232";" 15117";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_20_length_14845_cov_3.694999";" 14845";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"Unknown";"Low-quality"
+"Cabbage_3D_NODE_21_length_13889_cov_1.746548";" 13889";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_22_length_13309_cov_19.632757";" 13309";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_24_length_12827_cov_5.019055";" 12827";"Virulent";"low quality draft";"Bacteria";"Actinobacteriota";"Actinomycetia";"Mycobacteriales";"Mycobacteriaceae";"Rhodococcus";" 91.4";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_25_length_12775_cov_1.516524";" 12775";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 90.8";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_28_length_12040_cov_2.776798";" 12040";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_32_length_11882_cov_5.537473";" 11882";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_34_length_11503_cov_7.329553";" 11503";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_52_length_8412_cov_4.134701";" 8412";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_54_length_8310_cov_7.673347";" 8310";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_55_length_8285_cov_1.832312";" 8285";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_3D_NODE_56_length_8140_cov_5.924622";" 8140";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.2";"Lavidaviridae (virophages)";"Not-determined"
+"Cabbage_3D_NODE_57_length_8092_cov_0.915631";" 8092";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_59_length_8066_cov_2.825167";" 8066";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Companilactobacillus";" 95.9";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_62_length_7798_cov_4.029462";" 7798";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Staphylococcales";"Staphylococcaceae";"Staphylococcus";" 91.8";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_65_length_7650_cov_7.272764";" 7650";"Virulent";"low quality draft";"Bacteria";"Actinobacteriota";"Actinomycetia";"Mycobacteriales";"Mycobacteriaceae";"Hoyosella";" 95.3";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_71_length_7503_cov_4.772234";" 7503";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_75_length_7199_cov_2.771776";" 7199";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 90.2";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_80_length_6969_cov_4.868606";" 6969";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_85_length_6868_cov_2.426643";" 6868";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_100_length_6123_cov_3.192962";" 6123";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_110_length_5939_cov_20.196490";" 5939";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_117_length_5743_cov_2.228276";" 5743";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.4";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_135_length_5418_cov_2.249669";" 5418";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_138_length_5356_cov_2.392809";" 5356";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_140_length_5309_cov_1.328252";" 5309";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Companilactobacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_164_length_4953_cov_1.506838";" 4953";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 93.5";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_168_length_4908_cov_11.064003";" 4908";"Virulent";"low quality draft";"Bacteria";"Actinobacteriota";"Actinomycetia";"Mycobacteriales";"Mycobacteriaceae";"Rhodococcus";" 95.3";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_174_length_4780_cov_9.067913";" 4780";NA;NA;"Bacteria";"Actinobacteriota";"Actinomycetia";"Mycobacteriales";"Mycobacteriaceae";"Rhodococcus";" 91.8";"Lavidaviridae (virophages)";"Not-determined"
+"Cabbage_3D_NODE_181_length_4679_cov_1.563708";" 4679";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_184_length_4623_cov_1.046486";" 4623";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_191_length_4514_cov_40.965352";" 4514";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 95.6";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_205_length_4423_cov_8.979283";" 4423";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_209_length_4371_cov_1.188030";" 4371";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_220_length_4301_cov_2.757547";" 4301";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_222_length_4295_cov_1.590451";" 4295";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_229_length_4224_cov_1.457896";" 4224";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_235_length_4190_cov_1.453360";" 4190";NA;NA;"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Pseudomonadales";"Moraxellaceae";"Moraxella";" 94.5";"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_3D_NODE_251_length_4042_cov_3.729757";" 4042";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_254_length_4013_cov_0.849202";" 4013";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_3D_NODE_269_length_3857_cov_4.499196";" 3857";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_280_length_3781_cov_1.840996";" 3781";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_3D_NODE_297_length_3687_cov_0.928371";" 3687";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_317_length_3562_cov_1.739447";" 3562";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.1";"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_328_length_3500_cov_0.838423";" 3500";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Streptococcus";" 93.1";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_338_length_3404_cov_4.497101";" 3404";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Cabbage_3D_NODE_343_length_3375_cov_1.124384";" 3375";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.6";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_380_length_3233_cov_0.598519";" 3233";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Cabbage_3D_NODE_408_length_3125_cov_1.983989";" 3125";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_416_length_3098_cov_0.789633";" 3098";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_3D_NODE_423_length_3066_cov_12.111262";" 3066";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.8";"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_426_length_3058_cov_0.918799";" 3058";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_475_length_2850_cov_0.884319";" 2850";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_477_length_2841_cov_1.007001";" 2841";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_500_length_2757_cov_32.615589";" 2757";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.5";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_530_length_2677_cov_2.052941";" 2677";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_533_length_2667_cov_2.949213";" 2667";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_541_length_2652_cov_6.048713";" 2652";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_552_length_2612_cov_1.219316";" 2612";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_573_length_2556_cov_18.171676";" 2556";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_589_length_2501_cov_0.727885";" 2501";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 92.0";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_615_length_2435_cov_0.828856";" 2435";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_623_length_2416_cov_1.041066";" 2416";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.6";"Lavidaviridae (virophages)";"Not-determined"
+"Cabbage_3D_NODE_674_length_2306_cov_0.882515";" 2306";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_681_length_2291_cov_7.553142";" 2291";NA;NA;"Bacteria";"Actinobacteriota";"Actinomycetia";"Mycobacteriales";"Mycobacteriaceae";"Rhodococcus";" 91.4";"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_683_length_2279_cov_30.812268";" 2279";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.2";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_694_length_2251_cov_0.656309";" 2251";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 97.8";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_705_length_2231_cov_1.619772";" 2231";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_707_length_2226_cov_1.171034";" 2226";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_741_length_2177_cov_1.258049";" 2177";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_747_length_2172_cov_0.765281";" 2172";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_766_length_2142_cov_10.811414";" 2142";NA;NA;"Bacteria";"Actinobacteriota";"Actinomycetia";"Mycobacteriales";"Mycobacteriaceae";"Rhodococcus";" 90.7";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_770_length_2127_cov_1.099000";" 2127";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_784_length_2101_cov_33.058257";" 2101";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.0";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_792_length_2092_cov_0.699746";" 2092";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_802_length_2078_cov_0.675038";" 2078";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 93.0";"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_835_length_2027_cov_0.646842";" 2027";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_1D_NODE_32_length_2426_cov_0.664637";" 2426";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 93.2";"dsDNAphage";"Not-determined"
+"Carrot_1D_NODE_38_length_2401_cov_0.617414";" 2401";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.1";"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Carrot_1D_NODE_63_length_2110_cov_0.414019";" 2110";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Carrot_2D_NODE_1_length_44916_cov_7.074862";" 44916";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Complete"
+"Carrot_2D_NODE_2_length_44072_cov_5.334532";" 44072";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"High-quality"
+"Carrot_2D_NODE_5_length_26292_cov_1.890464";" 26292";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Carrot_2D_NODE_6_length_20080_cov_2.310981";" 20080";"Virulent";"medium quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Citrobacter_C";" 90.6";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_7_length_19044_cov_1.994344";" 19044";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_10_length_16646_cov_1.267510";" 16646";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_11_length_16338_cov_2.584356";" 16338";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_12_length_13811_cov_2.565843";" 13811";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_13_length_12991_cov_2.168532";" 12991";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Pantoea";" 92.2";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_14_length_12984_cov_3.465894";" 12984";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_16_length_11719_cov_2.784161";" 11719";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_17_length_10410_cov_3.575999";" 10410";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_18_length_10139_cov_3.907111";" 10139";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_20_length_9611_cov_9.042493";" 9611";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_21_length_9104_cov_1.018714";" 9104";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_23_length_8842_cov_9.503155";" 8842";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Pantoea";" 91.4";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_24_length_8632_cov_0.617872";" 8632";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Escherichia";" 95.6";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_25_length_8268_cov_1.178725";" 8268";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_26_length_8235_cov_2.856808";" 8235";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_27_length_8186_cov_5.334036";" 8186";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Escherichia";" 93.9";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_28_length_8177_cov_4.063106";" 8177";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Chania";" 95.3";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_32_length_8018_cov_10.056900";" 8018";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_33_length_7971_cov_3.107598";" 7971";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Escherichia";" 90.7";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_35_length_7720_cov_4.784670";" 7720";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_37_length_7552_cov_0.745185";" 7552";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_38_length_6833_cov_2.668804";" 6833";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Serratia";" 95.3";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_42_length_6579_cov_1.321761";" 6579";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_43_length_6463_cov_2.719697";" 6463";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_44_length_6340_cov_2.958474";" 6340";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_45_length_6287_cov_0.694643";" 6287";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_46_length_6195_cov_2.624588";" 6195";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_48_length_6165_cov_2.502153";" 6165";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_49_length_6071_cov_1.436070";" 6071";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_50_length_6004_cov_1.240429";" 6004";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Buttiauxella";" 91.8";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_51_length_5661_cov_2.656668";" 5661";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Serratia";" 95.3";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_52_length_5649_cov_1.149946";" 5649";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_53_length_5645_cov_0.654041";" 5645";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Staphylococcales";"Staphylococcaceae";"Staphylococcus";" 95.9";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_54_length_5550_cov_0.697400";" 5550";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_55_length_5497_cov_4.335382";" 5497";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_57_length_5405_cov_2.179992";" 5405";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_58_length_5301_cov_2.169695";" 5301";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_61_length_5100_cov_2.472351";" 5100";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_62_length_4996_cov_0.640173";" 4996";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_63_length_4983_cov_1.012562";" 4983";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_65_length_4877_cov_0.900421";" 4877";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_66_length_4865_cov_1.431406";" 4865";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Escherichia";" 90.3";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_69_length_4785_cov_2.579863";" 4785";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Serratia";" 91.0";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_70_length_4641_cov_0.843155";" 4641";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_71_length_4606_cov_2.082384";" 4606";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_72_length_4567_cov_2.792568";" 4567";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_75_length_4391_cov_0.839587";" 4391";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_76_length_4328_cov_0.582480";" 4328";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_77_length_4293_cov_1.725876";" 4293";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_78_length_4251_cov_4.312076";" 4251";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Carrot_2D_NODE_80_length_4141_cov_1.020179";" 4141";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_81_length_4107_cov_0.863568";" 4107";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_82_length_4101_cov_1.639406";" 4101";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_83_length_4073_cov_2.445261";" 4073";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_86_length_3815_cov_1.085954";" 3815";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_87_length_3737_cov_0.807756";" 3737";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_90_length_3539_cov_1.237397";" 3539";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_92_length_3499_cov_7.447212";" 3499";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_93_length_3473_cov_0.846981";" 3473";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_94_length_3446_cov_0.789997";" 3446";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_96_length_3354_cov_1.084599";" 3354";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_97_length_3289_cov_3.549652";" 3289";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_98_length_3269_cov_0.682050";" 3269";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_99_length_3261_cov_8.850351";" 3261";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Yersinia";" 91.0";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_100_length_3252_cov_0.795520";" 3252";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_102_length_3224_cov_0.378754";" 3224";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_103_length_3223_cov_0.860465";" 3223";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_104_length_3197_cov_2.496091";" 3197";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Carrot_2D_NODE_105_length_3161_cov_0.619314";" 3161";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_106_length_3140_cov_0.638898";" 3140";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_107_length_3117_cov_2.636789";" 3117";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_108_length_3071_cov_0.904552";" 3071";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_109_length_3067_cov_0.677891";" 3067";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Carrot_2D_NODE_112_length_3021_cov_0.520387";" 3021";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_113_length_2968_cov_0.544175";" 2968";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_117_length_2840_cov_0.454847";" 2840";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_118_length_2810_cov_0.558330";" 2810";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_119_length_2768_cov_0.404392";" 2768";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_120_length_2731_cov_0.947005";" 2731";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_121_length_2686_cov_0.652208";" 2686";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_122_length_2665_cov_1.027581";" 2665";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_123_length_2655_cov_1.855222";" 2655";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_124_length_2636_cov_0.876445";" 2636";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_126_length_2614_cov_2.632087";" 2614";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_127_length_2585_cov_2.065500";" 2585";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_129_length_2577_cov_0.966939";" 2577";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_130_length_2562_cov_0.534702";" 2562";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_134_length_2441_cov_0.728608";" 2441";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_135_length_2420_cov_3.341910";" 2420";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_137_length_2357_cov_1.478924";" 2357";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_138_length_2318_cov_0.900502";" 2318";NA;NA;NA;NA;NA;NA;NA;NA;NA;"RNA viruses";"Not-determined"
+"Carrot_2D_NODE_139_length_2318_cov_0.371520";" 2318";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_140_length_2298_cov_4.312298";" 2298";NA;NA;"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Citrobacter";" 93.9";"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_141_length_2276_cov_0.542578";" 2276";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_146_length_2212_cov_0.888729";" 2212";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_147_length_2191_cov_0.355136";" 2191";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_156_length_2087_cov_0.867347";" 2087";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_157_length_2084_cov_0.727644";" 2084";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_159_length_2064_cov_0.844605";" 2064";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2R_NODE_1_length_41459_cov_5.774993";" 41459";"Temperate";"high quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Rahnella";" 91.4";"dsDNAphage";"Complete"
+"Carrot_3D_NODE_50_length_2027_cov_4.880526";" 2027";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Unknown";"High-quality"
+"Cabbage_4D_NODE_138_length_4051_cov_1.136595";" 4051";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_4D_NODE_170_length_3681_cov_1.748734";" 3681";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_4D_NODE_242_length_3027_cov_1.141724";" 3027";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Not-determined"
+"Cabbage_4D_NODE_282_length_2782_cov_1.614689";" 2782";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Not-determined"
+"Cabbage_4D_NODE_330_length_2537_cov_0.640249";" 2537";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_4D_NODE_383_length_2299_cov_0.483425";" 2299";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Cabbage_4D_NODE_398_length_2256_cov_1.158760";" 2256";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Cabbage_4D_NODE_441_length_2041_cov_2.060084";" 2041";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Cabbage_4D_NODE_447_length_2029_cov_1.344374";" 2029";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Not-determined"
+"Turnip_1D_NODE_1_length_31512_cov_1.784993";" 31512";"Temperate";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 97.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_5_length_13998_cov_1.243025";" 13998";"Virulent";"low quality draft";"Archaea";"Methanobacteriota";"Thermococci";"Methanofastidiosales";"Methanofastidiosaceae";"Methanofastidiosum";" 90.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_6_length_13634_cov_2.248464";" 13634";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 94.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_7_length_13468_cov_0.685406";" 13468";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_NODE_10_length_10921_cov_0.830554";" 10921";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_12_length_10531_cov_1.987216";" 10531";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_1D_NODE_14_length_9071_cov_0.632379";" 9071";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_16_length_8840_cov_5.908757";" 8840";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 92.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_19_length_8115_cov_0.754882";" 8115";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_21_length_8098_cov_2.149668";" 8098";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_25_length_7392_cov_0.946043";" 7392";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_26_length_7204_cov_0.583722";" 7204";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_27_length_7165_cov_0.987923";" 7165";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Streptococcus";" 91.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_30_length_6902_cov_3.574465";" 6902";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_31_length_6817_cov_0.415994";" 6817";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_32_length_6596_cov_0.608595";" 6596";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Vibrionaceae";"Vibrio";" 98.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_35_length_6279_cov_6.436606";" 6279";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 93.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_36_length_6250_cov_5.930263";" 6250";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 97.3";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_38_length_5856_cov_2.029674";" 5856";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_39_length_5841_cov_1.027826";" 5841";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 96.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_43_length_5671_cov_0.358045";" 5671";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 93.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_52_length_5105_cov_0.809562";" 5105";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_53_length_5051_cov_2.121243";" 5051";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 93.4";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_58_length_4959_cov_6.943295";" 4959";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_61_length_4888_cov_0.588322";" 4888";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_66_length_4797_cov_5.370236";" 4797";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_67_length_4791_cov_0.716981";" 4791";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_69_length_4729_cov_0.785963";" 4729";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_71_length_4694_cov_0.398949";" 4694";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_77_length_4553_cov_0.994577";" 4553";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.0";"Lavidaviridae (virophages)";"Not-determined"
+"Turnip_1D_NODE_79_length_4497_cov_4.306865";" 4497";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_80_length_4469_cov_0.825196";" 4469";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 95.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_81_length_4463_cov_1.370849";" 4463";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.1";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_82_length_4462_cov_1.543483";" 4462";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_84_length_4448_cov_0.969683";" 4448";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 90.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_86_length_4415_cov_6.215951";" 4415";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_88_length_4348_cov_0.590855";" 4348";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_93_length_4301_cov_0.749641";" 4301";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_95_length_4237_cov_1.218248";" 4237";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_101_length_4149_cov_0.794630";" 4149";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_102_length_4147_cov_3.179851";" 4147";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_104_length_4102_cov_2.240503";" 4102";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_NODE_105_length_4089_cov_1.780666";" 4089";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_108_length_4042_cov_0.632184";" 4042";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 91.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_109_length_4013_cov_2.873134";" 4013";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_112_length_3899_cov_1.503181";" 3899";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_118_length_3838_cov_9.180275";" 3838";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_120_length_3796_cov_1.623603";" 3796";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_121_length_3792_cov_0.561528";" 3792";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_122_length_3780_cov_0.775253";" 3780";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 91.1";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_131_length_3679_cov_0.419764";" 3679";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_NODE_134_length_3595_cov_0.469723";" 3595";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_135_length_3588_cov_4.172782";" 3588";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 97.2";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_136_length_3583_cov_1.254630";" 3583";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_140_length_3533_cov_0.747798";" 3533";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_146_length_3467_cov_2.077844";" 3467";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_152_length_3390_cov_0.610481";" 3390";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_153_length_3368_cov_1.149954";" 3368";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_158_length_3292_cov_1.624961";" 3292";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Methylococcales";"Methylomonadaceae";"KS41";" 94.9";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_161_length_3255_cov_1.412404";" 3255";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_163_length_3243_cov_1.136393";" 3243";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_171_length_3090_cov_2.014512";" 3090";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_NODE_172_length_3085_cov_0.369844";" 3085";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 93.9";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_180_length_3017_cov_0.901038";" 3017";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_184_length_2990_cov_1.362906";" 2990";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_190_length_2950_cov_1.760184";" 2950";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_194_length_2909_cov_1.773904";" 2909";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_198_length_2895_cov_0.580564";" 2895";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_NODE_201_length_2890_cov_0.526963";" 2890";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_204_length_2857_cov_1.060440";" 2857";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_205_length_2854_cov_1.892556";" 2854";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.3";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_206_length_2852_cov_1.121101";" 2852";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Turnip_1D_NODE_210_length_2842_cov_0.883610";" 2842";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_212_length_2836_cov_5.627169";" 2836";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_216_length_2803_cov_0.769058";" 2803";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.4";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_217_length_2802_cov_1.891215";" 2802";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_219_length_2791_cov_0.346471";" 2791";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_222_length_2778_cov_0.499811";" 2778";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_224_length_2770_cov_0.613697";" 2770";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_230_length_2740_cov_1.727516";" 2740";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_232_length_2734_cov_0.879939";" 2734";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_234_length_2719_cov_1.427855";" 2719";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_NODE_237_length_2717_cov_2.616988";" 2717";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_238_length_2716_cov_0.843955";" 2716";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_240_length_2709_cov_0.594888";" 2709";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_248_length_2689_cov_2.593286";" 2689";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_251_length_2678_cov_15.117993";" 2678";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_252_length_2676_cov_8.282071";" 2676";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_256_length_2649_cov_0.707772";" 2649";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_260_length_2625_cov_1.185348";" 2625";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_262_length_2619_cov_2.569823";" 2619";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_267_length_2594_cov_0.587758";" 2594";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_270_length_2580_cov_0.494089";" 2580";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_273_length_2568_cov_0.567800";" 2568";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_274_length_2562_cov_0.389322";" 2562";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.9";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_275_length_2558_cov_1.698478";" 2558";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_276_length_2552_cov_1.396701";" 2552";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_277_length_2551_cov_0.736386";" 2551";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_295_length_2492_cov_0.328118";" 2492";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_301_length_2462_cov_1.321199";" 2462";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 96.0";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_304_length_2459_cov_4.720412";" 2459";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_312_length_2413_cov_0.464567";" 2413";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_313_length_2404_cov_0.963988";" 2404";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_316_length_2398_cov_1.738441";" 2398";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_321_length_2380_cov_1.735464";" 2380";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Ligilactobacillus";" 98.2";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_322_length_2374_cov_1.991099";" 2374";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.4";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_327_length_2358_cov_1.794711";" 2358";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_331_length_2356_cov_0.947510";" 2356";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_335_length_2354_cov_0.434216";" 2354";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"High-quality"
+"Turnip_1D_NODE_338_length_2349_cov_0.619262";" 2349";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_343_length_2332_cov_0.689342";" 2332";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_344_length_2330_cov_0.282796";" 2330";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 90.9";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_350_length_2304_cov_2.175930";" 2304";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_351_length_2304_cov_0.800643";" 2304";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_358_length_2299_cov_0.874309";" 2299";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_359_length_2296_cov_1.657446";" 2296";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_364_length_2276_cov_0.217776";" 2276";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_369_length_2263_cov_0.301498";" 2263";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.8";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_374_length_2241_cov_1.406339";" 2241";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_378_length_2232_cov_1.365321";" 2232";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 98.1";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_388_length_2217_cov_3.756459";" 2217";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_390_length_2213_cov_1.218121";" 2213";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_396_length_2197_cov_2.696135";" 2197";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_408_length_2166_cov_0.754291";" 2166";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_410_length_2158_cov_2.033973";" 2158";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_411_length_2157_cov_1.067488";" 2157";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_414_length_2152_cov_3.295309";" 2152";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_419_length_2139_cov_2.818091";" 2139";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 91.6";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_425_length_2126_cov_0.466733";" 2126";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_427_length_2118_cov_1.506781";" 2118";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_429_length_2114_cov_2.894313";" 2114";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_433_length_2104_cov_0.314618";" 2104";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_436_length_2101_cov_1.897163";" 2101";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_NODE_440_length_2097_cov_0.289340";" 2097";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_442_length_2086_cov_0.719755";" 2086";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_456_length_2065_cov_0.378741";" 2065";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.4";"Lavidaviridae (virophages)";"Not-determined"
+"Turnip_1D_NODE_461_length_2053_cov_5.041018";" 2053";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 92.2";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_462_length_2052_cov_1.406753";" 2052";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_466_length_2043_cov_1.048539";" 2043";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"RHOV01";" 95.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_471_length_2033_cov_1.009444";" 2033";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_476_length_2023_cov_0.248418";" 2023";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 90.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_477_length_2022_cov_0.548813";" 2022";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Turnip_1D_NODE_480_length_2009_cov_0.334750";" 2009";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_484_length_2002_cov_0.564800";" 2002";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_486_length_2001_cov_1.192102";" 2001";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1R_NODE_29_length_2375_cov_0.903470";" 2375";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Lactococcus";" 91.2";"dsDNAphage";"Low-quality"
+"Turnip_1R_NODE_35_length_2262_cov_0.660422";" 2262";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 96.9";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_1_length_91226_cov_2.393155";" 91226";"Virulent";"high quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 90.2";"dsDNAphage";"Medium-quality"
+"Turnip_2D_NODE_2_length_30173_cov_2.061273";" 30173";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 92.0";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_4_length_21837_cov_2.312160";" 21837";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 98.5";"dsDNAphage";"Medium-quality"
+"Turnip_2D_NODE_5_length_20303_cov_1.071768";" 20303";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_6_length_20077_cov_0.956241";" 20077";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_10_length_15725_cov_1.418643";" 15725";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 96.4";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_11_length_13605_cov_1.009645";" 13605";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_2D_NODE_13_length_11967_cov_1.235726";" 11967";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_14_length_11204_cov_1.408685";" 11204";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_15_length_10752_cov_2.551153";" 10752";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_16_length_10408_cov_2.237623";" 10408";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.7";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_20_length_8993_cov_1.013196";" 8993";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_21_length_8973_cov_0.882885";" 8973";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 97.3";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_26_length_8430_cov_1.195110";" 8430";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_36_length_7256_cov_1.050217";" 7256";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_37_length_7159_cov_4.129551";" 7159";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_39_length_7009_cov_0.881575";" 7009";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_NODE_41_length_6899_cov_1.131424";" 6899";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_45_length_6396_cov_0.638060";" 6396";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_NODE_50_length_6065_cov_0.568710";" 6065";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 96.0";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_51_length_5961_cov_1.577305";" 5961";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_53_length_5792_cov_4.455252";" 5792";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactobacillus";" 91.8";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_55_length_5675_cov_0.888428";" 5675";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.1";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_56_length_5615_cov_0.842019";" 5615";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_57_length_5498_cov_5.581828";" 5498";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Secundilactobacillus";" 92.9";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_59_length_5386_cov_4.702035";" 5386";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_NODE_61_length_5224_cov_1.326270";" 5224";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 94.5";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_69_length_4525_cov_0.571623";" 4525";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_73_length_4342_cov_0.689442";" 4342";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_85_length_4019_cov_0.621274";" 4019";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.1";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_91_length_3877_cov_1.229867";" 3877";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 94.6";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_92_length_3864_cov_0.847204";" 3864";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_93_length_3858_cov_6.924953";" 3858";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_97_length_3746_cov_0.675048";" 3746";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_2D_NODE_99_length_3732_cov_1.155895";" 3732";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_103_length_3670_cov_1.027378";" 3670";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_107_length_3549_cov_0.535067";" 3549";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_108_length_3446_cov_0.573064";" 3446";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 95.9";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_109_length_3440_cov_0.354965";" 3440";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_120_length_3190_cov_0.635325";" 3190";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_NODE_127_length_3109_cov_4.589202";" 3109";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_129_length_3043_cov_0.888203";" 3043";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Turnip_2D_NODE_130_length_3038_cov_0.905874";" 3038";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.1";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_146_length_2912_cov_0.953680";" 2912";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.6";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_147_length_2907_cov_0.257914";" 2907";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_NODE_149_length_2893_cov_0.784888";" 2893";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_152_length_2875_cov_0.401383";" 2875";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_NODE_158_length_2807_cov_0.897388";" 2807";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 97.2";"ssDNA viruses";"Low-quality"
+"Turnip_2D_NODE_185_length_2668_cov_0.348288";" 2668";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Turnip_2D_NODE_201_length_2568_cov_0.752970";" 2568";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_NODE_202_length_2567_cov_0.556967";" 2567";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_218_length_2470_cov_1.915920";" 2470";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_236_length_2388_cov_0.463954";" 2388";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_NODE_259_length_2288_cov_0.428043";" 2288";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_NODE_280_length_2189_cov_0.302619";" 2189";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_NODE_290_length_2165_cov_0.446026";" 2165";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_NODE_291_length_2163_cov_0.401768";" 2163";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 93.9";"Lavidaviridae (virophages)";"Not-determined"
+"Turnip_2D_NODE_298_length_2147_cov_0.661386";" 2147";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.6";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_304_length_2124_cov_0.917877";" 2124";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_2R_NODE_17_length_5266_cov_0.588052";" 5266";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_2R_NODE_29_length_4424_cov_0.774959";" 4424";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.3";"dsDNAphage";"Low-quality"
+"Turnip_2R_NODE_32_length_4043_cov_0.792135";" 4043";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2R_NODE_35_length_3766_cov_2.455894";" 3766";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2R_NODE_50_length_3376_cov_0.414589";" 3376";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2R_NODE_53_length_3298_cov_0.978556";" 3298";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2R_NODE_80_length_2602_cov_0.544242";" 2602";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.7";"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2R_NODE_134_length_2007_cov_0.581383";" 2007";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_1_length_91759_cov_3.866357";" 91759";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_4D_NODE_2_length_44123_cov_3.464497";" 44123";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_3_length_38424_cov_2.798627";" 38424";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_4D_NODE_4_length_33364_cov_2.165930";" 33364";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_5_length_29071_cov_2.405196";" 29071";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_4D_NODE_6_length_26571_cov_2.950461";" 26571";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_4D_NODE_7_length_26411_cov_3.806879";" 26411";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_8_length_26346_cov_1.900034";" 26346";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_9_length_23510_cov_2.094128";" 23510";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_10_length_20792_cov_12.425647";" 20792";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_12_length_20382_cov_7.448235";" 20382";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_13_length_18030_cov_9.180473";" 18030";"Temperate";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"Unknown";"Low-quality"
+"Turnip_4D_NODE_14_length_17893_cov_14.380671";" 17893";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_15_length_17864_cov_6.681739";" 17864";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_17_length_16919_cov_5.151263";" 16919";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_18_length_16383_cov_3.414062";" 16383";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_20_length_15967_cov_18.085795";" 15967";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_22_length_15194_cov_1.093914";" 15194";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_4D_NODE_23_length_15116_cov_9.097271";" 15116";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_24_length_15056_cov_13.458972";" 15056";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_25_length_14927_cov_11.127905";" 14927";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_26_length_14603_cov_10.248342";" 14603";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_28_length_13755_cov_5.220062";" 13755";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_29_length_13718_cov_6.447576";" 13718";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_34_length_12619_cov_9.900416";" 12619";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_35_length_12572_cov_15.526075";" 12572";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_36_length_12535_cov_12.603804";" 12535";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_37_length_12432_cov_44.380740";" 12432";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_41_length_12070_cov_8.858913";" 12070";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_46_length_11184_cov_40.408429";" 11184";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_47_length_11017_cov_9.246740";" 11017";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_48_length_10963_cov_6.136859";" 10963";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_49_length_10877_cov_12.066605";" 10877";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_50_length_10780_cov_1.103257";" 10780";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_51_length_10604_cov_46.440966";" 10604";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_52_length_10454_cov_2.372615";" 10454";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_53_length_10377_cov_6.747415";" 10377";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_57_length_9863_cov_14.080731";" 9863";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_60_length_9678_cov_1.054340";" 9678";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_61_length_9434_cov_37.893521";" 9434";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_62_length_9338_cov_0.992618";" 9338";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_64_length_9292_cov_1.520895";" 9292";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_NODE_65_length_9149_cov_7.149523";" 9149";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_67_length_9043_cov_12.483176";" 9043";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_68_length_9031_cov_1.269205";" 9031";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_69_length_8894_cov_2.046082";" 8894";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_70_length_8875_cov_10.018176";" 8875";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_73_length_8609_cov_3.448243";" 8609";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_74_length_8498_cov_1.765858";" 8498";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_75_length_8478_cov_8.294815";" 8478";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_78_length_8334_cov_35.244060";" 8334";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_80_length_8203_cov_3.050149";" 8203";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_82_length_7948_cov_1.604015";" 7948";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_83_length_7937_cov_1.443278";" 7937";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_84_length_7921_cov_7.703362";" 7921";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_85_length_7920_cov_8.075966";" 7920";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_86_length_7872_cov_2.102389";" 7872";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_89_length_7582_cov_4.935882";" 7582";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_91_length_7566_cov_11.610297";" 7566";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_93_length_7473_cov_1.005173";" 7473";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_95_length_7374_cov_2.349662";" 7374";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_96_length_7298_cov_4.883698";" 7298";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_102_length_6967_cov_16.936842";" 6967";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_103_length_6944_cov_4.392988";" 6944";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_106_length_6747_cov_10.025831";" 6747";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_107_length_6743_cov_3.673519";" 6743";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_108_length_6736_cov_5.051445";" 6736";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_109_length_6713_cov_1.619192";" 6713";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_111_length_6676_cov_1.748817";" 6676";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_112_length_6668_cov_1.385262";" 6668";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_115_length_6512_cov_0.967267";" 6512";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_117_length_6410_cov_3.857234";" 6410";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_118_length_6384_cov_1.930957";" 6384";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_119_length_6378_cov_13.227964";" 6378";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_124_length_6170_cov_2.625517";" 6170";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_125_length_6136_cov_15.629556";" 6136";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_126_length_6051_cov_9.084571";" 6051";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_127_length_6047_cov_1.632432";" 6047";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_128_length_6046_cov_7.506673";" 6046";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_132_length_5860_cov_11.232862";" 5860";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_133_length_5833_cov_15.314055";" 5833";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_135_length_5746_cov_2.109984";" 5746";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_136_length_5736_cov_1.176859";" 5736";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_138_length_5593_cov_7.608306";" 5593";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_141_length_5571_cov_1.083211";" 5571";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_142_length_5558_cov_6.269564";" 5558";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_143_length_5557_cov_0.927624";" 5557";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_148_length_5531_cov_1.858623";" 5531";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_149_length_5513_cov_0.874304";" 5513";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_150_length_5478_cov_0.822089";" 5478";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_151_length_5458_cov_1.642093";" 5458";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_152_length_5421_cov_10.651114";" 5421";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_154_length_5322_cov_0.916843";" 5322";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_156_length_5295_cov_1.116680";" 5295";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_158_length_5178_cov_23.855474";" 5178";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_164_length_5023_cov_0.708742";" 5023";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_167_length_5007_cov_1.056352";" 5007";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_168_length_4999_cov_1.129105";" 4999";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_170_length_4961_cov_1.274514";" 4961";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_171_length_4956_cov_0.855457";" 4956";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_173_length_4905_cov_7.443910";" 4905";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_174_length_4884_cov_2.552659";" 4884";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_177_length_4836_cov_2.032916";" 4836";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_178_length_4830_cov_6.827982";" 4830";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_180_length_4785_cov_1.618506";" 4785";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_182_length_4778_cov_7.990970";" 4778";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_187_length_4751_cov_1.500433";" 4751";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_189_length_4707_cov_1.699127";" 4707";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_190_length_4701_cov_0.865982";" 4701";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_195_length_4564_cov_1.584855";" 4564";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_196_length_4554_cov_2.108200";" 4554";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_198_length_4511_cov_3.937500";" 4511";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_199_length_4508_cov_3.485962";" 4508";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_200_length_4506_cov_0.725051";" 4506";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_201_length_4504_cov_1.859036";" 4504";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_212_length_4367_cov_3.890330";" 4367";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_218_length_4255_cov_1.042878";" 4255";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_219_length_4252_cov_2.769697";" 4252";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_220_length_4199_cov_3.635069";" 4199";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_223_length_4145_cov_1.041812";" 4145";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_224_length_4088_cov_1.546074";" 4088";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_225_length_4086_cov_0.703208";" 4086";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_226_length_4063_cov_1.127541";" 4063";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_229_length_4002_cov_1.112516";" 4002";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_230_length_4001_cov_0.708828";" 4001";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_232_length_3958_cov_3.619943";" 3958";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_233_length_3948_cov_9.079037";" 3948";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_234_length_3944_cov_0.943935";" 3944";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_235_length_3935_cov_12.312237";" 3935";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_NODE_239_length_3856_cov_0.634755";" 3856";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_241_length_3840_cov_0.902235";" 3840";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_243_length_3831_cov_0.853672";" 3831";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_244_length_3816_cov_1.223909";" 3816";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_252_length_3728_cov_4.155235";" 3728";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_254_length_3702_cov_1.217063";" 3702";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_255_length_3682_cov_2.150774";" 3682";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_257_length_3669_cov_10.075381";" 3669";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_258_length_3655_cov_0.854308";" 3655";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_259_length_3652_cov_0.851348";" 3652";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_262_length_3631_cov_0.530251";" 3631";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_263_length_3630_cov_0.926063";" 3630";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_264_length_3630_cov_0.853840";" 3630";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_NODE_271_length_3583_cov_1.568576";" 3583";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_272_length_3572_cov_6.206386";" 3572";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_274_length_3549_cov_0.662770";" 3549";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_275_length_3529_cov_3.853616";" 3529";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_276_length_3525_cov_1.043261";" 3525";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_278_length_3506_cov_0.892276";" 3506";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_279_length_3501_cov_0.740368";" 3501";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_280_length_3498_cov_0.553248";" 3498";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_286_length_3421_cov_6.131755";" 3421";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_288_length_3405_cov_1.935937";" 3405";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Not-determined"
+"Turnip_4D_NODE_292_length_3340_cov_3.409897";" 3340";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_295_length_3297_cov_1.208517";" 3297";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_297_length_3293_cov_1.153822";" 3293";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_301_length_3242_cov_3.827929";" 3242";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_305_length_3219_cov_1.801423";" 3219";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_307_length_3203_cov_2.735696";" 3203";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_311_length_3190_cov_1.340842";" 3190";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_313_length_3174_cov_0.869708";" 3174";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_314_length_3167_cov_0.993750";" 3167";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_315_length_3163_cov_0.726614";" 3163";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_318_length_3150_cov_1.098578";" 3150";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_319_length_3145_cov_18.807820";" 3145";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_320_length_3133_cov_1.953094";" 3133";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_321_length_3115_cov_6.123494";" 3115";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_326_length_3091_cov_10.899798";" 3091";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_327_length_3074_cov_1.479131";" 3074";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_328_length_3074_cov_0.766203";" 3074";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_330_length_3066_cov_1.899966";" 3066";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_332_length_3061_cov_3.977846";" 3061";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_333_length_3061_cov_3.260736";" 3061";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_335_length_3038_cov_0.925799";" 3038";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_336_length_3029_cov_1.810820";" 3029";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_338_length_3011_cov_0.678571";" 3011";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_339_length_2978_cov_0.832690";" 2978";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_345_length_2940_cov_3.805901";" 2940";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_346_length_2933_cov_0.976835";" 2933";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_352_length_2878_cov_1.487823";" 2878";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_354_length_2867_cov_0.842336";" 2867";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_356_length_2866_cov_2.621395";" 2866";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_357_length_2866_cov_0.504929";" 2866";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_358_length_2865_cov_1.580351";" 2865";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_NODE_361_length_2843_cov_1.410898";" 2843";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_362_length_2843_cov_0.942931";" 2843";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_368_length_2785_cov_1.328066";" 2785";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_371_length_2762_cov_0.703226";" 2762";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_374_length_2747_cov_2.779771";" 2747";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_377_length_2737_cov_0.785441";" 2737";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_378_length_2735_cov_1.499233";" 2735";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_381_length_2694_cov_0.580444";" 2694";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_382_length_2692_cov_3.123197";" 2692";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_383_length_2691_cov_6.747660";" 2691";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_384_length_2681_cov_1.787392";" 2681";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_385_length_2678_cov_0.651901";" 2678";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_387_length_2674_cov_4.155477";" 2674";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_388_length_2670_cov_0.407393";" 2670";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_389_length_2655_cov_0.585839";" 2655";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_404_length_2563_cov_1.235632";" 2563";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_409_length_2548_cov_1.095002";" 2548";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_410_length_2548_cov_0.598100";" 2548";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_415_length_2523_cov_0.538397";" 2523";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_417_length_2520_cov_6.253656";" 2520";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_425_length_2493_cov_1.500000";" 2493";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_427_length_2476_cov_2.776501";" 2476";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_431_length_2459_cov_3.057461";" 2459";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_433_length_2451_cov_5.871343";" 2451";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_NODE_435_length_2441_cov_3.175022";" 2441";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_436_length_2437_cov_2.718182";" 2437";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_NODE_441_length_2409_cov_1.081069";" 2409";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_442_length_2408_cov_0.553705";" 2408";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_462_length_2322_cov_1.092483";" 2322";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_467_length_2308_cov_1.013755";" 2308";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_469_length_2287_cov_0.526389";" 2287";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_470_length_2286_cov_0.585919";" 2286";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_478_length_2258_cov_0.711403";" 2258";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_480_length_2253_cov_0.685795";" 2253";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_488_length_2220_cov_3.377926";" 2220";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_490_length_2215_cov_1.207854";" 2215";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_491_length_2215_cov_0.546935";" 2215";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_495_length_2208_cov_0.929841";" 2208";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Not-determined"
+"Turnip_4D_NODE_498_length_2201_cov_1.192864";" 2201";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_499_length_2196_cov_2.022233";" 2196";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_502_length_2190_cov_2.296655";" 2190";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_505_length_2177_cov_0.463415";" 2177";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_510_length_2165_cov_0.607458";" 2165";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_512_length_2156_cov_1.701331";" 2156";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_513_length_2152_cov_0.621728";" 2152";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_514_length_2149_cov_0.804649";" 2149";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_516_length_2137_cov_1.356219";" 2137";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_520_length_2126_cov_0.999500";" 2126";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_527_length_2088_cov_0.358491";" 2088";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_530_length_2086_cov_0.476774";" 2086";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_531_length_2085_cov_1.637896";" 2085";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_537_length_2061_cov_4.497415";" 2061";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_538_length_2061_cov_1.750776";" 2061";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_540_length_2057_cov_0.748705";" 2057";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_546_length_2044_cov_1.321857";" 2044";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_555_length_2021_cov_1.167899";" 2021";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_560_length_2000_cov_0.686599";" 2000";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4R_NODE_1_length_29088_cov_5.262871";" 29088";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"High-quality"
+"Turnip_4R_NODE_5_length_13289_cov_1.135086";" 13289";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4R_NODE_6_length_13002_cov_2.136544";" 13002";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4R_NODE_37_length_4132_cov_1.853184";" 4132";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4R_NODE_42_length_3731_cov_0.440067";" 3731";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4R_NODE_47_length_3664_cov_0.913769";" 3664";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4R_NODE_54_length_3389_cov_0.828020";" 3389";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4R_NODE_91_length_2335_cov_21.729167";" 2335";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"High-quality"
+"Buffer_1D_NODE_3_length_14736_cov_25.708194";" 14736";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
diff --git a/results/Phyloseq_analysis/obj_DNA_TPM_taxa_sub.txt b/results/Phyloseq_analysis/obj_DNA_TPM_taxa_sub.txt
new file mode 100644
index 0000000..f1f18cd
--- /dev/null
+++ b/results/Phyloseq_analysis/obj_DNA_TPM_taxa_sub.txt
@@ -0,0 +1,1114 @@
+"Length";"Type_vibrant";"Quality_vibrant";"Host_domain";"Host_phylum";"Host_class";"Host_order";"Host_family";"Host_genus";"Confidence_score_iphop";"group";"checkv_quality"
+"Cabbage_1D_100k_NODE_1_length_31726_cov_5.016045";" 31726";"Virulent";"high quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 96.6";"dsDNAphage";"Medium-quality"
+"Cabbage_1D_100k_NODE_2_length_23337_cov_6.528134";" 23337";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.4";"dsDNAphage";"Medium-quality"
+"Cabbage_1D_100k_NODE_3_length_21698_cov_3.470678";" 21698";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Secundilactobacillus";" 97.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_100k_NODE_9_length_9008_cov_3.105506";" 9008";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 93.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_100k_NODE_11_length_8371_cov_0.606502";" 8371";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_100k_NODE_16_length_6202_cov_2.961975";" 6202";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_100k_NODE_22_length_3508_cov_4.961846";" 3508";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";"100.0";"dsDNAphage";"Low-quality"
+"Cabbage_3D_100k_NODE_2_length_16738_cov_1.115165";" 16738";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.4";"dsDNAphage";"Low-quality"
+"Cabbage_3D_100k_NODE_3_length_5026_cov_2.118800";" 5026";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Medium-quality"
+"Turnip_1D_100k_NODE_4_length_11730_cov_0.627338";" 11730";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 95.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_8_length_8670_cov_0.446330";" 8670";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_11_length_7253_cov_0.383946";" 7253";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_13_length_7045_cov_0.405464";" 7045";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"GCF-900161835";" 90.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_42_length_3183_cov_0.161649";" 3183";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 91.1";"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_100k_NODE_43_length_3165_cov_0.251152";" 3165";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_100k_NODE_44_length_3156_cov_0.395180";" 3156";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_46_length_3033_cov_0.191672";" 3033";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_100k_NODE_47_length_2968_cov_0.253432";" 2968";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Lactococcus";" 90.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_48_length_2914_cov_0.349480";" 2914";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_100k_NODE_49_length_2848_cov_0.466005";" 2848";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_100k_NODE_56_length_2601_cov_0.232821";" 2601";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_60_length_2534_cov_0.224346";" 2534";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_100k_NODE_61_length_2484_cov_0.182860";" 2484";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_100k_NODE_63_length_2395_cov_0.165344";" 2395";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 95.7";"ssDNA viruses";"Low-quality"
+"Turnip_1D_100k_NODE_72_length_2118_cov_0.131090";" 2118";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1R_100k_NODE_7_length_4275_cov_0.857763";" 4275";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1R_100k_NODE_14_length_2966_cov_0.693202";" 2966";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_100k_NODE_10_length_2176_cov_0.151781";" 2176";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_400k_NODE_5_length_16947_cov_4.240844";" 16947";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_400k_NODE_10_length_11123_cov_9.138687";" 11123";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";"100.0";"dsDNAphage";"Low-quality"
+"Cabbage_1D_400k_NODE_12_length_8971_cov_0.819878";" 8971";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_400k_NODE_20_length_6947_cov_7.505279";" 6947";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_400k_NODE_36_length_4489_cov_0.680880";" 4489";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_400k_NODE_52_length_3317_cov_0.607210";" 3317";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_400k_NODE_77_length_2424_cov_0.313452";" 2424";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_2D_400k_NODE_2_length_18785_cov_2.239736";" 18785";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.0";"dsDNAphage";"Low-quality"
+"Cabbage_3D_400k_NODE_5_length_10093_cov_2.438792";" 10093";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";"100.0";"dsDNAphage";"Low-quality"
+"Cabbage_3D_400k_NODE_12_length_7064_cov_6.153813";" 7064";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Unknown";"Medium-quality"
+"Cabbage_3D_400k_NODE_16_length_6520_cov_1.060066";" 6520";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 97.8";"dsDNAphage";"Low-quality"
+"Cabbage_3D_400k_NODE_47_length_3207_cov_2.485390";" 3207";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Carrot_2D_400k_NODE_1_length_49029_cov_2.719787";" 49029";"Virulent";"medium quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"ATCC-39006";" 91.8";"dsDNAphage";"Complete"
+"Carrot_2D_400k_NODE_2_length_44763_cov_2.971682";" 44763";"Temperate";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Carrot_2D_400k_NODE_3_length_44433_cov_3.932154";" 44433";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Complete"
+"Carrot_2D_400k_NODE_5_length_19072_cov_1.157667";" 19072";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_400k_NODE_10_length_4187_cov_0.655172";" 4187";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_400k_NODE_16_length_3153_cov_0.266689";" 3153";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_400k_NODE_24_length_2612_cov_0.500201";" 2612";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_400k_NODE_30_length_2369_cov_0.549063";" 2369";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_400k_NODE_36_length_2327_cov_2.419091";" 2327";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"High-quality"
+"Carrot_2D_400k_NODE_37_length_2299_cov_0.445212";" 2299";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_400k_NODE_38_length_2132_cov_2.097756";" 2132";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"High-quality"
+"Turnip_1D_400k_NODE_4_length_13488_cov_1.013921";" 13488";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.0";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_5_length_13208_cov_1.099687";" 13208";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_7_length_11942_cov_0.472958";" 11942";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 98.4";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_13_length_9722_cov_0.528088";" 9722";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_16_length_8593_cov_0.717458";" 8593";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_19_length_8108_cov_1.046736";" 8108";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_22_length_7433_cov_0.551328";" 7433";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_24_length_6526_cov_1.043757";" 6526";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_25_length_6431_cov_1.426079";" 6431";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 94.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_26_length_6424_cov_1.515007";" 6424";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_29_length_6120_cov_0.913065";" 6120";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_39_length_4869_cov_0.476170";" 4869";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Streptococcus";" 93.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_49_length_4244_cov_0.206947";" 4244";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_51_length_4121_cov_2.611668";" 4121";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_59_length_3845_cov_0.812534";" 3845";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_60_length_3836_cov_0.577514";" 3836";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_61_length_3821_cov_0.822685";" 3821";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 93.1";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_69_length_3604_cov_2.119931";" 3604";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_74_length_3395_cov_0.573133";" 3395";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_79_length_3259_cov_1.190294";" 3259";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_400k_NODE_81_length_3219_cov_1.615136";" 3219";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_400k_NODE_86_length_3114_cov_1.932708";" 3114";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.9";"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_400k_NODE_94_length_2945_cov_0.525905";" 2945";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_100_length_2896_cov_2.611051";" 2896";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_101_length_2895_cov_0.525289";" 2895";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_119_length_2547_cov_0.684711";" 2547";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_400k_NODE_120_length_2536_cov_0.758406";" 2536";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_131_length_2420_cov_0.531182";" 2420";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 95.6";"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_400k_NODE_138_length_2319_cov_0.264142";" 2319";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_140_length_2302_cov_0.353103";" 2302";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Limosilactobacillus";" 93.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_160_length_2179_cov_1.211014";" 2179";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_168_length_2093_cov_0.329095";" 2093";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_400k_NODE_170_length_2080_cov_0.392217";" 2080";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_400k_NODE_173_length_2071_cov_0.569444";" 2071";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_400k_NODE_179_length_2045_cov_0.773201";" 2045";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_400k_NODE_185_length_2000_cov_0.185798";" 2000";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1R_400k_NODE_5_length_2786_cov_0.593080";" 2786";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 90.9";"ssDNA viruses";"Low-quality"
+"Turnip_2D_400k_NODE_2_length_14844_cov_0.923830";" 14844";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 91.0";"dsDNAphage";"Low-quality"
+"Turnip_2D_400k_NODE_5_length_10564_cov_0.773019";" 10564";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_400k_NODE_11_length_6138_cov_0.436367";" 6138";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_400k_NODE_13_length_5059_cov_0.269465";" 5059";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_400k_NODE_21_length_3188_cov_0.243385";" 3188";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.6";"dsDNAphage";"Low-quality"
+"Turnip_2D_400k_NODE_22_length_3142_cov_0.524710";" 3142";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_400k_NODE_32_length_2336_cov_0.356270";" 2336";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_400k_NODE_33_length_2276_cov_0.888320";" 2276";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_400k_NODE_39_length_2100_cov_0.150025";" 2100";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_400k_NODE_40_length_2095_cov_0.273882";" 2095";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_400k_NODE_43_length_2070_cov_0.422028";" 2070";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Limosilactobacillus";" 91.7";"ssDNA viruses";"Low-quality"
+"Turnip_2R_400k_NODE_1_length_9795_cov_0.889015";" 9795";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2R_400k_NODE_18_length_3514_cov_0.300856";" 3514";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.4";"dsDNAphage";"Low-quality"
+"Turnip_2R_400k_NODE_40_length_2185_cov_0.652575";" 2185";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_400k_NODE_1_length_63257_cov_1.102725";" 63257";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_2_length_61703_cov_2.225559";" 61703";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_3_length_31778_cov_2.296420";" 31778";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_4D_400k_NODE_7_length_23017_cov_3.374050";" 23017";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_10_length_16054_cov_4.412005";" 16054";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_13_length_12622_cov_0.926291";" 12622";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_17_length_10959_cov_1.435561";" 10959";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_18_length_10702_cov_0.693522";" 10702";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_20_length_9771_cov_0.629822";" 9771";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_28_length_7616_cov_0.610362";" 7616";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_29_length_7506_cov_1.005692";" 7506";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_32_length_6338_cov_0.627596";" 6338";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_35_length_6149_cov_0.593989";" 6149";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_400k_NODE_42_length_5321_cov_0.861764";" 5321";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_47_length_4744_cov_0.847303";" 4744";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_400k_NODE_58_length_4061_cov_0.962888";" 4061";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_62_length_3826_cov_0.536902";" 3826";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_400k_NODE_68_length_3659_cov_0.893545";" 3659";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_83_length_3112_cov_0.650586";" 3112";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_93_length_2890_cov_0.751357";" 2890";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_96_length_2817_cov_1.133829";" 2817";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Turnip_4D_400k_NODE_98_length_2789_cov_0.334711";" 2789";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_105_length_2496_cov_0.640355";" 2496";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_109_length_2316_cov_0.439470";" 2316";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_400k_NODE_111_length_2272_cov_0.564569";" 2272";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_400k_NODE_115_length_2164_cov_0.294060";" 2164";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_400k_NODE_121_length_2056_cov_0.526698";" 2056";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_1_length_30133_cov_2.045124";" 30133";"Temperate";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"Unknown";"Low-quality"
+"Cabbage_1D_700k_NODE_2_length_24816_cov_1.757139";" 24816";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactobacillus";" 92.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_4_length_21746_cov_4.335261";" 21746";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 95.9";"dsDNAphage";"Medium-quality"
+"Cabbage_1D_700k_NODE_5_length_20999_cov_1.129216";" 20999";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 95.9";"dsDNAphage";"Medium-quality"
+"Cabbage_1D_700k_NODE_9_length_13870_cov_1.249873";" 13870";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_12_length_12333_cov_1.615681";" 12333";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Lactococcus";" 91.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_19_length_7849_cov_0.799922";" 7849";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_23_length_6459_cov_0.924984";" 6459";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 93.1";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_24_length_6312_cov_1.007599";" 6312";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_25_length_6253_cov_0.454946";" 6253";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_36_length_4582_cov_5.756004";" 4582";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Secundilactobacillus";" 94.5";"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_700k_NODE_39_length_4279_cov_0.830684";" 4279";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_47_length_3879_cov_4.000533";" 3879";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_52_length_3679_cov_0.411036";" 3679";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_55_length_3589_cov_19.068746";" 3589";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 90.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_62_length_3395_cov_13.056304";" 3395";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_66_length_3302_cov_11.413228";" 3302";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_80_length_2943_cov_0.633878";" 2943";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_700k_NODE_99_length_2432_cov_11.996963";" 2432";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 90.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_108_length_2282_cov_37.123898";" 2282";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";"100.0";"dsDNAphage";"Low-quality"
+"Cabbage_1D_700k_NODE_125_length_2116_cov_7.192056";" 2116";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_2D_700k_NODE_1_length_27367_cov_5.373862";" 27367";"Virulent";"high quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.4";"dsDNAphage";"Medium-quality"
+"Cabbage_2D_700k_NODE_4_length_5301_cov_4.160804";" 5301";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.8";"dsDNAphage";"Low-quality"
+"Cabbage_2D_700k_NODE_13_length_2711_cov_0.629257";" 2711";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_6_length_16809_cov_1.059405";" 16809";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"Unknown";"Low-quality"
+"Cabbage_3D_700k_NODE_7_length_16625_cov_1.397200";" 16625";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 98.5";"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_11_length_10713_cov_0.793879";" 10713";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_12_length_10505_cov_0.738100";" 10505";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_20_length_8500_cov_1.465425";" 8500";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_3D_700k_NODE_23_length_7153_cov_0.605608";" 7153";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 93.6";"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_33_length_5316_cov_4.986895";" 5316";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";"100.0";"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_47_length_3999_cov_0.644628";" 3999";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.2";"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_3D_700k_NODE_58_length_3566_cov_0.780459";" 3566";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_700k_NODE_117_length_2200_cov_0.628075";" 2200";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"ssDNA viruses";"Low-quality"
+"Carrot_2D_700k_NODE_7_length_10827_cov_2.027103";" 10827";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_700k_NODE_8_length_10799_cov_1.062969";" 10799";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_700k_NODE_13_length_6320_cov_1.568545";" 6320";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_700k_NODE_28_length_3720_cov_0.570832";" 3720";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_700k_NODE_30_length_3609_cov_0.427628";" 3609";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Serratia";" 90.7";"dsDNAphage";"Low-quality"
+"Carrot_2D_700k_NODE_31_length_3579_cov_0.432503";" 3579";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Carrot_2D_700k_NODE_32_length_3515_cov_0.433884";" 3515";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Carrot_2D_700k_NODE_33_length_3483_cov_0.919249";" 3483";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Pectobacterium";" 91.4";"dsDNAphage";"Low-quality"
+"Carrot_2D_700k_NODE_35_length_3334_cov_0.437792";" 3334";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Carrot_2D_700k_NODE_37_length_3321_cov_0.566688";" 3321";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Carrot_2D_700k_NODE_45_length_3134_cov_0.379115";" 3134";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Not-determined"
+"Carrot_2D_700k_NODE_46_length_3071_cov_0.719429";" 3071";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_700k_NODE_60_length_2415_cov_0.383741";" 2415";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_700k_NODE_71_length_2214_cov_0.698610";" 2214";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_700k_NODE_72_length_2214_cov_0.342597";" 2214";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_1_length_31703_cov_1.572270";" 31703";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.9";"dsDNAphage";"Medium-quality"
+"Turnip_1D_700k_NODE_5_length_12610_cov_0.816791";" 12610";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_6_length_11932_cov_0.717408";" 11932";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_9_length_9980_cov_0.567949";" 9980";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_10_length_9807_cov_0.677479";" 9807";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_17_length_7984_cov_1.719613";" 7984";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 95.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_21_length_7409_cov_0.359105";" 7409";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.1";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_23_length_7089_cov_0.897156";" 7089";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 95.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_32_length_6025_cov_0.917769";" 6025";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Ligilactobacillus";" 97.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_45_length_4768_cov_0.613876";" 4768";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.0";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_51_length_4542_cov_0.356512";" 4542";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_53_length_4522_cov_0.681229";" 4522";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_60_length_4234_cov_0.663258";" 4234";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_67_length_4030_cov_3.044325";" 4030";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_69_length_4010_cov_0.772856";" 4010";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_71_length_4003_cov_0.906347";" 4003";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.4";"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_700k_NODE_77_length_3927_cov_0.425000";" 3927";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.3";"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_700k_NODE_82_length_3721_cov_2.934057";" 3721";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_700k_NODE_84_length_3706_cov_0.629785";" 3706";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_87_length_3695_cov_0.403027";" 3695";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_98_length_3446_cov_0.486592";" 3446";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_101_length_3361_cov_0.956092";" 3361";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_109_length_3268_cov_0.344795";" 3268";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_120_length_3181_cov_0.264244";" 3181";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_123_length_3166_cov_0.524186";" 3166";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_125_length_3144_cov_0.291680";" 3144";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Not-determined"
+"Turnip_1D_700k_NODE_132_length_3072_cov_2.241766";" 3072";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_137_length_3034_cov_0.522188";" 3034";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_151_length_2839_cov_3.159292";" 2839";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_700k_NODE_159_length_2753_cov_5.321401";" 2753";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_167_length_2694_cov_0.128165";" 2694";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_172_length_2585_cov_0.477624";" 2585";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_173_length_2584_cov_0.857143";" 2584";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_177_length_2531_cov_2.051165";" 2531";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_181_length_2488_cov_0.543414";" 2488";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_184_length_2477_cov_2.091489";" 2477";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_193_length_2431_cov_0.405382";" 2431";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_195_length_2423_cov_1.099303";" 2423";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_200_length_2391_cov_0.369700";" 2391";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.3";"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_700k_NODE_205_length_2361_cov_0.414503";" 2361";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_700k_NODE_218_length_2286_cov_0.362668";" 2286";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_220_length_2268_cov_1.957496";" 2268";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_226_length_2243_cov_0.490076";" 2243";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.0";"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_249_length_2133_cov_0.348455";" 2133";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.1";"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_253_length_2105_cov_1.288675";" 2105";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_700k_NODE_255_length_2103_cov_0.505061";" 2103";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_700k_NODE_273_length_2016_cov_0.637904";" 2016";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1R_700k_NODE_3_length_4155_cov_3.695382";" 4155";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1R_700k_NODE_13_length_2748_cov_0.942770";" 2748";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1R_700k_NODE_51_length_2044_cov_0.365676";" 2044";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1R_700k_NODE_52_length_2024_cov_0.871903";" 2024";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_700k_NODE_2_length_15594_cov_0.544385";" 15594";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_4_length_12589_cov_1.895282";" 12589";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_14_length_7967_cov_1.354337";" 7967";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_28_length_4691_cov_0.588738";" 4691";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";"100.0";"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_48_length_3666_cov_1.159084";" 3666";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_56_length_3298_cov_0.306843";" 3298";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_60_length_3150_cov_0.275554";" 3150";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_67_length_2882_cov_0.708893";" 2882";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_70_length_2843_cov_0.682990";" 2843";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 96.9";"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_80_length_2594_cov_0.216863";" 2594";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_83_length_2548_cov_0.312268";" 2548";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_89_length_2467_cov_0.398291";" 2467";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_700k_NODE_90_length_2439_cov_0.355969";" 2439";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_2D_700k_NODE_95_length_2232_cov_0.284561";" 2232";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 98.2";"ssDNA viruses";"Low-quality"
+"Turnip_2D_700k_NODE_105_length_2118_cov_0.405826";" 2118";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_700k_NODE_110_length_2075_cov_0.459959";" 2075";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 92.2";"ssDNA viruses";"Low-quality"
+"Turnip_2R_700k_NODE_5_length_6939_cov_0.715502";" 6939";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 93.6";"dsDNAphage";"Low-quality"
+"Turnip_2R_700k_NODE_19_length_4473_cov_2.231017";" 4473";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_1_length_49267_cov_8.937322";" 49267";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_2_length_35320_cov_2.292672";" 35320";"Temperate";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Complete"
+"Turnip_4D_700k_NODE_3_length_34927_cov_1.732299";" 34927";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_7_length_26377_cov_2.289486";" 26377";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_9_length_21005_cov_2.124341";" 21005";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_11_length_20259_cov_2.828581";" 20259";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_12_length_19912_cov_2.371342";" 19912";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_14_length_18109_cov_3.176343";" 18109";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_15_length_16824_cov_1.109601";" 16824";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_18_length_13182_cov_2.627576";" 13182";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_21_length_12040_cov_2.413918";" 12040";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_23_length_11604_cov_2.432517";" 11604";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_24_length_11253_cov_2.311073";" 11253";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_26_length_10179_cov_1.535316";" 10179";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_27_length_9807_cov_1.249690";" 9807";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_28_length_9454_cov_1.759301";" 9454";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_32_length_7637_cov_1.292011";" 7637";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_37_length_7006_cov_1.863788";" 7006";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_41_length_6606_cov_1.452848";" 6606";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_44_length_6504_cov_1.184413";" 6504";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_48_length_6230_cov_1.673275";" 6230";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_700k_NODE_51_length_5892_cov_1.219601";" 5892";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_52_length_5817_cov_2.965729";" 5817";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_55_length_5580_cov_1.644599";" 5580";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_56_length_5446_cov_0.976311";" 5446";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_60_length_5305_cov_0.696601";" 5305";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_64_length_5207_cov_3.969685";" 5207";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_77_length_4315_cov_2.897564";" 4315";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_80_length_4266_cov_0.697753";" 4266";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_81_length_4234_cov_0.958607";" 4234";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_82_length_4121_cov_1.756885";" 4121";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_91_length_3812_cov_0.865943";" 3812";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_93_length_3628_cov_0.656670";" 3628";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_700k_NODE_103_length_3365_cov_3.235330";" 3365";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_106_length_3255_cov_0.620524";" 3255";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_107_length_3238_cov_1.216972";" 3238";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_700k_NODE_139_length_2590_cov_0.619976";" 2590";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_700k_NODE_141_length_2580_cov_0.186302";" 2580";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_700k_NODE_143_length_2559_cov_0.673520";" 2559";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_148_length_2509_cov_1.295550";" 2509";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_171_length_2259_cov_0.840056";" 2259";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_700k_NODE_183_length_2152_cov_0.524444";" 2152";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_186_length_2141_cov_0.527805";" 2141";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_700k_NODE_189_length_2108_cov_0.855628";" 2108";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_700k_NODE_200_length_2005_cov_0.747604";" 2005";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4R_700k_NODE_30_length_2053_cov_0.260644";" 2053";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Buffer_1D_700k_NODE_2_length_10230_cov_9.768386";" 10230";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_1_length_145419_cov_2.683245";"145419";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Exiguobacterales";"Exiguobacteraceae";"Exiguobacterium";" 95.4";"Unknown";"Medium-quality"
+"Cabbage_1D_NODE_3_length_103866_cov_4.429915";"103866";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_10_length_53821_cov_4.112713";" 53821";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Exiguobacterales";"Exiguobacteraceae";"Exiguobacterium";" 91.5";"Unknown";"High-quality"
+"Cabbage_1D_NODE_14_length_48423_cov_3.580793";" 48423";"Temperate";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_15_length_40191_cov_4.576902";" 40191";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_19_length_36323_cov_3.500939";" 36323";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"High-quality"
+"Cabbage_1D_NODE_20_length_35592_cov_16.431975";" 35592";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_22_length_35298_cov_18.890165";" 35298";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_32_length_30488_cov_6.106354";" 30488";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 97.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_42_length_25047_cov_2.209831";" 25047";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 95.6";"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_43_length_24978_cov_3.855901";" 24978";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 95.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_46_length_23806_cov_63.809958";" 23806";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 95.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_58_length_20281_cov_1.987050";" 20281";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.0";"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_62_length_19325_cov_1.884415";" 19325";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 92.1";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_68_length_18693_cov_7.811214";" 18693";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_73_length_17800_cov_1.442030";" 17800";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_78_length_16415_cov_3.581839";" 16415";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_79_length_16273_cov_9.205066";" 16273";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 94.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_80_length_16054_cov_3.407484";" 16054";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_83_length_15689_cov_1.640792";" 15689";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 92.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_85_length_15194_cov_12.440897";" 15194";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_90_length_14185_cov_2.660193";" 14185";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_94_length_13774_cov_10.248260";" 13774";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_95_length_13737_cov_4.056209";" 13737";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 94.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_99_length_13122_cov_3.319508";" 13122";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 93.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_101_length_13020_cov_5.388040";" 13020";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_110_length_12397_cov_15.337571";" 12397";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 95.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_112_length_12143_cov_1.254660";" 12143";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Enterococcaceae";"Enterococcus_F";" 90.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_116_length_11373_cov_19.501423";" 11373";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 98.1";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_121_length_10815_cov_5.031905";" 10815";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_125_length_10345_cov_1.184283";" 10345";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Cabbage_1D_NODE_127_length_10050_cov_1.420941";" 10050";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 92.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_129_length_9877_cov_3.141538";" 9877";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Secundilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_132_length_9780_cov_2.258780";" 9780";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_137_length_9583_cov_13.795580";" 9583";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_145_length_8667_cov_1.879977";" 8667";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_146_length_8654_cov_0.840507";" 8654";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_149_length_8552_cov_5.602136";" 8552";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_153_length_8315_cov_4.187469";" 8315";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_155_length_8131_cov_1.372189";" 8131";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 91.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_156_length_8060_cov_6.151393";" 8060";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_158_length_8026_cov_4.560957";" 8026";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_161_length_7910_cov_6.180265";" 7910";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Streptococcus";" 90.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_162_length_7909_cov_1.370342";" 7909";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 95.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_166_length_7703_cov_22.196014";" 7703";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_168_length_7500_cov_1.446358";" 7500";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_174_length_7283_cov_1.282141";" 7283";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 94.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_175_length_7266_cov_1.457627";" 7266";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Escherichia";" 90.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_178_length_7225_cov_4.234150";" 7225";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_180_length_7148_cov_1.233158";" 7148";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Enterococcaceae";"Enterococcus_F";" 90.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_182_length_6963_cov_0.604447";" 6963";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 97.5";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_185_length_6600_cov_3.970647";" 6600";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_193_length_6303_cov_0.923737";" 6303";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_196_length_6116_cov_18.017699";" 6116";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_197_length_6083_cov_1.457018";" 6083";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_198_length_6044_cov_1.488592";" 6044";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_201_length_5834_cov_2.869459";" 5834";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_205_length_5793_cov_9.682316";" 5793";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_206_length_5772_cov_3.805137";" 5772";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_NODE_207_length_5767_cov_1.851241";" 5767";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_209_length_5753_cov_0.802169";" 5753";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Streptococcus";" 94.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_217_length_5617_cov_12.565027";" 5617";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_223_length_5507_cov_1.805019";" 5507";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_228_length_5242_cov_1.155425";" 5242";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.1";"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_230_length_5208_cov_0.863806";" 5208";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 92.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_231_length_5129_cov_2.012195";" 5129";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 94.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_235_length_5024_cov_0.921380";" 5024";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 93.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_236_length_5010_cov_0.812206";" 5010";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_241_length_4869_cov_1.920498";" 4869";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 92.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_242_length_4846_cov_2.290951";" 4846";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Cabbage_1D_NODE_243_length_4789_cov_15.663664";" 4789";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_248_length_4693_cov_8.252519";" 4693";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_251_length_4621_cov_0.965955";" 4621";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Pantoea";" 93.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_253_length_4586_cov_4.082978";" 4586";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_255_length_4507_cov_3.456849";" 4507";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 95.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_256_length_4499_cov_1.583486";" 4499";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Chania";" 95.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_257_length_4471_cov_18.693370";" 4471";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_258_length_4443_cov_0.706441";" 4443";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Not-determined"
+"Cabbage_1D_NODE_261_length_4363_cov_1.559962";" 4363";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_NODE_268_length_4199_cov_0.628929";" 4199";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_269_length_4197_cov_1.715971";" 4197";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_270_length_4181_cov_3.970893";" 4181";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_277_length_4105_cov_1.241830";" 4105";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_278_length_4088_cov_9.145418";" 4088";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_281_length_4059_cov_24.236521";" 4059";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_287_length_4013_cov_1.505147";" 4013";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 91.0";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_291_length_3947_cov_0.933246";" 3947";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_297_length_3876_cov_1.039744";" 3876";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_300_length_3805_cov_2.127787";" 3805";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_301_length_3799_cov_0.736656";" 3799";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_303_length_3783_cov_44.744803";" 3783";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.7";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_305_length_3763_cov_23.061331";" 3763";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_309_length_3711_cov_1.416016";" 3711";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 90.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_311_length_3689_cov_0.917181";" 3689";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_316_length_3620_cov_2.527054";" 3620";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_317_length_3608_cov_1.049411";" 3608";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_320_length_3484_cov_1.707477";" 3484";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Exiguobacterales";"Exiguobacteraceae";"Exiguobacterium";" 91.6";"dsDNAphage";"Not-determined"
+"Cabbage_1D_NODE_325_length_3398_cov_0.302660";" 3398";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 96.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_331_length_3343_cov_0.965485";" 3343";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_338_length_3308_cov_1.326312";" 3308";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_343_length_3229_cov_0.701483";" 3229";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_351_length_3164_cov_1.435957";" 3164";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_354_length_3124_cov_11.455455";" 3124";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_355_length_3113_cov_0.729739";" 3113";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_358_length_3086_cov_4.263265";" 3086";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_366_length_3022_cov_1.133333";" 3022";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_368_length_2979_cov_0.710379";" 2979";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 97.9";"dsDNAphage";"Not-determined"
+"Cabbage_1D_NODE_374_length_2931_cov_2.779601";" 2931";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_NODE_375_length_2908_cov_0.457389";" 2908";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_382_length_2875_cov_1.141557";" 2875";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 95.3";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_401_length_2790_cov_0.899737";" 2790";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Bacillales_A";"Planococcaceae";"Lysinibacillus";" 92.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_403_length_2787_cov_366.962782";" 2787";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_411_length_2758_cov_10.117066";" 2758";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.2";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_416_length_2732_cov_3.062188";" 2732";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.4";"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_417_length_2732_cov_1.338964";" 2732";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_420_length_2719_cov_0.626543";" 2719";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.0";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_431_length_2650_cov_2.717796";" 2650";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_436_length_2634_cov_0.743917";" 2634";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Limosilactobacillus";" 90.7";"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_440_length_2609_cov_30.609589";" 2609";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_441_length_2604_cov_0.562778";" 2604";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_443_length_2570_cov_62.828080";" 2570";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_447_length_2536_cov_19.875052";" 2536";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.2";"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_449_length_2529_cov_3.816819";" 2529";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_450_length_2529_cov_0.636969";" 2529";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Streptococcus";" 93.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_453_length_2522_cov_2.959916";" 2522";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_454_length_2521_cov_77.333751";" 2521";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_458_length_2496_cov_1.104686";" 2496";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_459_length_2493_cov_0.771344";" 2493";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Secundilactobacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_460_length_2486_cov_1.220008";" 2486";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_462_length_2472_cov_0.721535";" 2472";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Not-determined"
+"Cabbage_1D_NODE_465_length_2460_cov_23.426489";" 2460";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_466_length_2457_cov_26.842489";" 2457";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_1D_NODE_474_length_2408_cov_17.517317";" 2408";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_NODE_475_length_2406_cov_0.499342";" 2406";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_482_length_2379_cov_0.562167";" 2379";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 95.9";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_485_length_2358_cov_1.339310";" 2358";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_490_length_2334_cov_0.501586";" 2334";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.8";"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_494_length_2316_cov_20.044312";" 2316";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_495_length_2310_cov_0.573523";" 2310";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Lactococcus";" 97.6";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_497_length_2302_cov_0.674943";" 2302";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_509_length_2261_cov_0.584817";" 2261";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 97.6";"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_511_length_2253_cov_0.423330";" 2253";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_516_length_2236_cov_3.167378";" 2236";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_519_length_2228_cov_0.658258";" 2228";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_1D_NODE_539_length_2127_cov_0.554500";" 2127";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_548_length_2069_cov_0.580844";" 2069";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_553_length_2060_cov_2.887739";" 2060";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.0";"dsDNAphage";"Low-quality"
+"Cabbage_1D_NODE_557_length_2027_cov_0.308421";" 2027";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_1D_NODE_562_length_2011_cov_1.050425";" 2011";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.2";"ssDNA viruses";"Low-quality"
+"Cabbage_2D_NODE_3_length_6973_cov_4.917032";" 6973";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_2D_NODE_8_length_4960_cov_7.901717";" 4960";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_2D_NODE_17_length_3042_cov_1.001372";" 3042";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_2D_NODE_31_length_2267_cov_0.864486";" 2267";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_2D_NODE_36_length_2199_cov_1.126448";" 2199";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_1_length_38817_cov_24.274231";" 38817";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_2_length_38587_cov_8.398960";" 38587";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Lactococcus";" 91.2";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_3_length_28744_cov_4.678163";" 28744";"Temperate";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 94.5";"dsDNAphage";"Medium-quality"
+"Cabbage_3D_NODE_9_length_22022_cov_24.299657";" 22022";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_10_length_20098_cov_10.273947";" 20098";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 94.9";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_13_length_17122_cov_2.245307";" 17122";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_17_length_15619_cov_3.631487";" 15619";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_19_length_15117_cov_2.248232";" 15117";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_20_length_14845_cov_3.694999";" 14845";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"Unknown";"Low-quality"
+"Cabbage_3D_NODE_21_length_13889_cov_1.746548";" 13889";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_22_length_13309_cov_19.632757";" 13309";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_24_length_12827_cov_5.019055";" 12827";"Virulent";"low quality draft";"Bacteria";"Actinobacteriota";"Actinomycetia";"Mycobacteriales";"Mycobacteriaceae";"Rhodococcus";" 91.4";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_25_length_12775_cov_1.516524";" 12775";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 90.8";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_28_length_12040_cov_2.776798";" 12040";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_32_length_11882_cov_5.537473";" 11882";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_34_length_11503_cov_7.329553";" 11503";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_52_length_8412_cov_4.134701";" 8412";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_54_length_8310_cov_7.673347";" 8310";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_55_length_8285_cov_1.832312";" 8285";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_3D_NODE_56_length_8140_cov_5.924622";" 8140";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.2";"Lavidaviridae (virophages)";"Not-determined"
+"Cabbage_3D_NODE_57_length_8092_cov_0.915631";" 8092";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_59_length_8066_cov_2.825167";" 8066";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Companilactobacillus";" 95.9";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_62_length_7798_cov_4.029462";" 7798";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Staphylococcales";"Staphylococcaceae";"Staphylococcus";" 91.8";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_65_length_7650_cov_7.272764";" 7650";"Virulent";"low quality draft";"Bacteria";"Actinobacteriota";"Actinomycetia";"Mycobacteriales";"Mycobacteriaceae";"Hoyosella";" 95.3";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_71_length_7503_cov_4.772234";" 7503";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_75_length_7199_cov_2.771776";" 7199";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 90.2";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_80_length_6969_cov_4.868606";" 6969";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_85_length_6868_cov_2.426643";" 6868";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_100_length_6123_cov_3.192962";" 6123";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_110_length_5939_cov_20.196490";" 5939";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_117_length_5743_cov_2.228276";" 5743";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.4";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_135_length_5418_cov_2.249669";" 5418";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_138_length_5356_cov_2.392809";" 5356";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_140_length_5309_cov_1.328252";" 5309";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Companilactobacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_164_length_4953_cov_1.506838";" 4953";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 93.5";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_168_length_4908_cov_11.064003";" 4908";"Virulent";"low quality draft";"Bacteria";"Actinobacteriota";"Actinomycetia";"Mycobacteriales";"Mycobacteriaceae";"Rhodococcus";" 95.3";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_174_length_4780_cov_9.067913";" 4780";NA;NA;"Bacteria";"Actinobacteriota";"Actinomycetia";"Mycobacteriales";"Mycobacteriaceae";"Rhodococcus";" 91.8";"Lavidaviridae (virophages)";"Not-determined"
+"Cabbage_3D_NODE_181_length_4679_cov_1.563708";" 4679";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_184_length_4623_cov_1.046486";" 4623";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_191_length_4514_cov_40.965352";" 4514";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 95.6";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_205_length_4423_cov_8.979283";" 4423";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_209_length_4371_cov_1.188030";" 4371";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_220_length_4301_cov_2.757547";" 4301";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_222_length_4295_cov_1.590451";" 4295";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_229_length_4224_cov_1.457896";" 4224";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_235_length_4190_cov_1.453360";" 4190";NA;NA;"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Pseudomonadales";"Moraxellaceae";"Moraxella";" 94.5";"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_3D_NODE_251_length_4042_cov_3.729757";" 4042";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_254_length_4013_cov_0.849202";" 4013";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Cabbage_3D_NODE_269_length_3857_cov_4.499196";" 3857";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_280_length_3781_cov_1.840996";" 3781";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_3D_NODE_297_length_3687_cov_0.928371";" 3687";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_317_length_3562_cov_1.739447";" 3562";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.1";"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_328_length_3500_cov_0.838423";" 3500";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Streptococcus";" 93.1";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_338_length_3404_cov_4.497101";" 3404";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Cabbage_3D_NODE_343_length_3375_cov_1.124384";" 3375";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.6";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_380_length_3233_cov_0.598519";" 3233";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Cabbage_3D_NODE_408_length_3125_cov_1.983989";" 3125";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_416_length_3098_cov_0.789633";" 3098";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Cabbage_3D_NODE_423_length_3066_cov_12.111262";" 3066";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.8";"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_426_length_3058_cov_0.918799";" 3058";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_475_length_2850_cov_0.884319";" 2850";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_477_length_2841_cov_1.007001";" 2841";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_500_length_2757_cov_32.615589";" 2757";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.5";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_530_length_2677_cov_2.052941";" 2677";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_533_length_2667_cov_2.949213";" 2667";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_541_length_2652_cov_6.048713";" 2652";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_552_length_2612_cov_1.219316";" 2612";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_573_length_2556_cov_18.171676";" 2556";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_589_length_2501_cov_0.727885";" 2501";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 92.0";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_615_length_2435_cov_0.828856";" 2435";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_623_length_2416_cov_1.041066";" 2416";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.6";"Lavidaviridae (virophages)";"Not-determined"
+"Cabbage_3D_NODE_674_length_2306_cov_0.882515";" 2306";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_681_length_2291_cov_7.553142";" 2291";NA;NA;"Bacteria";"Actinobacteriota";"Actinomycetia";"Mycobacteriales";"Mycobacteriaceae";"Rhodococcus";" 91.4";"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_683_length_2279_cov_30.812268";" 2279";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.2";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_694_length_2251_cov_0.656309";" 2251";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 97.8";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_705_length_2231_cov_1.619772";" 2231";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_707_length_2226_cov_1.171034";" 2226";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_741_length_2177_cov_1.258049";" 2177";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_747_length_2172_cov_0.765281";" 2172";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_766_length_2142_cov_10.811414";" 2142";NA;NA;"Bacteria";"Actinobacteriota";"Actinomycetia";"Mycobacteriales";"Mycobacteriaceae";"Rhodococcus";" 90.7";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_770_length_2127_cov_1.099000";" 2127";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_784_length_2101_cov_33.058257";" 2101";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.0";"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_792_length_2092_cov_0.699746";" 2092";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_3D_NODE_802_length_2078_cov_0.675038";" 2078";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 93.0";"ssDNA viruses";"Low-quality"
+"Cabbage_3D_NODE_835_length_2027_cov_0.646842";" 2027";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_1D_NODE_32_length_2426_cov_0.664637";" 2426";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 93.2";"dsDNAphage";"Not-determined"
+"Carrot_1D_NODE_38_length_2401_cov_0.617414";" 2401";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.1";"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Carrot_1D_NODE_63_length_2110_cov_0.414019";" 2110";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Carrot_2D_NODE_1_length_44916_cov_7.074862";" 44916";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Complete"
+"Carrot_2D_NODE_2_length_44072_cov_5.334532";" 44072";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"High-quality"
+"Carrot_2D_NODE_5_length_26292_cov_1.890464";" 26292";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Carrot_2D_NODE_6_length_20080_cov_2.310981";" 20080";"Virulent";"medium quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Citrobacter_C";" 90.6";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_7_length_19044_cov_1.994344";" 19044";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_10_length_16646_cov_1.267510";" 16646";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_11_length_16338_cov_2.584356";" 16338";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_12_length_13811_cov_2.565843";" 13811";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_13_length_12991_cov_2.168532";" 12991";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Pantoea";" 92.2";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_14_length_12984_cov_3.465894";" 12984";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_16_length_11719_cov_2.784161";" 11719";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_17_length_10410_cov_3.575999";" 10410";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_18_length_10139_cov_3.907111";" 10139";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_20_length_9611_cov_9.042493";" 9611";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_21_length_9104_cov_1.018714";" 9104";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_23_length_8842_cov_9.503155";" 8842";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Pantoea";" 91.4";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_24_length_8632_cov_0.617872";" 8632";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Escherichia";" 95.6";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_25_length_8268_cov_1.178725";" 8268";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_26_length_8235_cov_2.856808";" 8235";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_27_length_8186_cov_5.334036";" 8186";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Escherichia";" 93.9";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_28_length_8177_cov_4.063106";" 8177";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Chania";" 95.3";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_32_length_8018_cov_10.056900";" 8018";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_33_length_7971_cov_3.107598";" 7971";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Escherichia";" 90.7";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_35_length_7720_cov_4.784670";" 7720";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_37_length_7552_cov_0.745185";" 7552";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_38_length_6833_cov_2.668804";" 6833";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Serratia";" 95.3";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_42_length_6579_cov_1.321761";" 6579";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_43_length_6463_cov_2.719697";" 6463";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_44_length_6340_cov_2.958474";" 6340";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_45_length_6287_cov_0.694643";" 6287";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_46_length_6195_cov_2.624588";" 6195";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_48_length_6165_cov_2.502153";" 6165";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_49_length_6071_cov_1.436070";" 6071";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_50_length_6004_cov_1.240429";" 6004";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Buttiauxella";" 91.8";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_51_length_5661_cov_2.656668";" 5661";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Serratia";" 95.3";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_52_length_5649_cov_1.149946";" 5649";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_53_length_5645_cov_0.654041";" 5645";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Staphylococcales";"Staphylococcaceae";"Staphylococcus";" 95.9";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_54_length_5550_cov_0.697400";" 5550";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_55_length_5497_cov_4.335382";" 5497";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_57_length_5405_cov_2.179992";" 5405";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_58_length_5301_cov_2.169695";" 5301";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_61_length_5100_cov_2.472351";" 5100";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_62_length_4996_cov_0.640173";" 4996";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_63_length_4983_cov_1.012562";" 4983";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_65_length_4877_cov_0.900421";" 4877";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_66_length_4865_cov_1.431406";" 4865";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Escherichia";" 90.3";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_69_length_4785_cov_2.579863";" 4785";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Serratia";" 91.0";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_70_length_4641_cov_0.843155";" 4641";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_71_length_4606_cov_2.082384";" 4606";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_72_length_4567_cov_2.792568";" 4567";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_75_length_4391_cov_0.839587";" 4391";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_76_length_4328_cov_0.582480";" 4328";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_77_length_4293_cov_1.725876";" 4293";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_78_length_4251_cov_4.312076";" 4251";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Carrot_2D_NODE_80_length_4141_cov_1.020179";" 4141";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_81_length_4107_cov_0.863568";" 4107";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_82_length_4101_cov_1.639406";" 4101";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_83_length_4073_cov_2.445261";" 4073";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_86_length_3815_cov_1.085954";" 3815";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_87_length_3737_cov_0.807756";" 3737";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_90_length_3539_cov_1.237397";" 3539";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_92_length_3499_cov_7.447212";" 3499";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_93_length_3473_cov_0.846981";" 3473";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_94_length_3446_cov_0.789997";" 3446";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_96_length_3354_cov_1.084599";" 3354";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_97_length_3289_cov_3.549652";" 3289";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_98_length_3269_cov_0.682050";" 3269";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_99_length_3261_cov_8.850351";" 3261";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Yersinia";" 91.0";"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_100_length_3252_cov_0.795520";" 3252";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_102_length_3224_cov_0.378754";" 3224";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_103_length_3223_cov_0.860465";" 3223";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_104_length_3197_cov_2.496091";" 3197";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Carrot_2D_NODE_105_length_3161_cov_0.619314";" 3161";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_106_length_3140_cov_0.638898";" 3140";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_107_length_3117_cov_2.636789";" 3117";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_108_length_3071_cov_0.904552";" 3071";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_109_length_3067_cov_0.677891";" 3067";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Carrot_2D_NODE_112_length_3021_cov_0.520387";" 3021";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_113_length_2968_cov_0.544175";" 2968";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_117_length_2840_cov_0.454847";" 2840";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_118_length_2810_cov_0.558330";" 2810";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_119_length_2768_cov_0.404392";" 2768";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_120_length_2731_cov_0.947005";" 2731";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_121_length_2686_cov_0.652208";" 2686";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_122_length_2665_cov_1.027581";" 2665";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_123_length_2655_cov_1.855222";" 2655";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_124_length_2636_cov_0.876445";" 2636";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_126_length_2614_cov_2.632087";" 2614";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_127_length_2585_cov_2.065500";" 2585";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_129_length_2577_cov_0.966939";" 2577";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_130_length_2562_cov_0.534702";" 2562";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_134_length_2441_cov_0.728608";" 2441";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_135_length_2420_cov_3.341910";" 2420";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_137_length_2357_cov_1.478924";" 2357";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_138_length_2318_cov_0.900502";" 2318";NA;NA;NA;NA;NA;NA;NA;NA;NA;"RNA viruses";"Not-determined"
+"Carrot_2D_NODE_139_length_2318_cov_0.371520";" 2318";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_140_length_2298_cov_4.312298";" 2298";NA;NA;"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Citrobacter";" 93.9";"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_141_length_2276_cov_0.542578";" 2276";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_146_length_2212_cov_0.888729";" 2212";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_147_length_2191_cov_0.355136";" 2191";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_156_length_2087_cov_0.867347";" 2087";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Carrot_2D_NODE_157_length_2084_cov_0.727644";" 2084";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2D_NODE_159_length_2064_cov_0.844605";" 2064";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Carrot_2R_NODE_1_length_41459_cov_5.774993";" 41459";"Temperate";"high quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Enterobacteriaceae";"Rahnella";" 91.4";"dsDNAphage";"Complete"
+"Carrot_3D_NODE_50_length_2027_cov_4.880526";" 2027";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Unknown";"High-quality"
+"Cabbage_4D_NODE_138_length_4051_cov_1.136595";" 4051";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_4D_NODE_170_length_3681_cov_1.748734";" 3681";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Cabbage_4D_NODE_242_length_3027_cov_1.141724";" 3027";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Not-determined"
+"Cabbage_4D_NODE_282_length_2782_cov_1.614689";" 2782";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Not-determined"
+"Cabbage_4D_NODE_330_length_2537_cov_0.640249";" 2537";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Cabbage_4D_NODE_383_length_2299_cov_0.483425";" 2299";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Cabbage_4D_NODE_398_length_2256_cov_1.158760";" 2256";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Cabbage_4D_NODE_441_length_2041_cov_2.060084";" 2041";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Cabbage_4D_NODE_447_length_2029_cov_1.344374";" 2029";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Not-determined"
+"Turnip_1D_NODE_1_length_31512_cov_1.784993";" 31512";"Temperate";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 97.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_5_length_13998_cov_1.243025";" 13998";"Virulent";"low quality draft";"Archaea";"Methanobacteriota";"Thermococci";"Methanofastidiosales";"Methanofastidiosaceae";"Methanofastidiosum";" 90.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_6_length_13634_cov_2.248464";" 13634";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 94.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_7_length_13468_cov_0.685406";" 13468";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_NODE_10_length_10921_cov_0.830554";" 10921";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_12_length_10531_cov_1.987216";" 10531";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_1D_NODE_14_length_9071_cov_0.632379";" 9071";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_16_length_8840_cov_5.908757";" 8840";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 92.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_19_length_8115_cov_0.754882";" 8115";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_21_length_8098_cov_2.149668";" 8098";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_25_length_7392_cov_0.946043";" 7392";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_26_length_7204_cov_0.583722";" 7204";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_27_length_7165_cov_0.987923";" 7165";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Streptococcus";" 91.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_30_length_6902_cov_3.574465";" 6902";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_31_length_6817_cov_0.415994";" 6817";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_32_length_6596_cov_0.608595";" 6596";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Enterobacterales";"Vibrionaceae";"Vibrio";" 98.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_35_length_6279_cov_6.436606";" 6279";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 93.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_36_length_6250_cov_5.930263";" 6250";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 97.3";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_38_length_5856_cov_2.029674";" 5856";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_39_length_5841_cov_1.027826";" 5841";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 96.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_43_length_5671_cov_0.358045";" 5671";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 93.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_52_length_5105_cov_0.809562";" 5105";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_53_length_5051_cov_2.121243";" 5051";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 93.4";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_58_length_4959_cov_6.943295";" 4959";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_61_length_4888_cov_0.588322";" 4888";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_66_length_4797_cov_5.370236";" 4797";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_67_length_4791_cov_0.716981";" 4791";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_69_length_4729_cov_0.785963";" 4729";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_71_length_4694_cov_0.398949";" 4694";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_77_length_4553_cov_0.994577";" 4553";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.0";"Lavidaviridae (virophages)";"Not-determined"
+"Turnip_1D_NODE_79_length_4497_cov_4.306865";" 4497";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_80_length_4469_cov_0.825196";" 4469";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 95.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_81_length_4463_cov_1.370849";" 4463";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.1";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_82_length_4462_cov_1.543483";" 4462";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_84_length_4448_cov_0.969683";" 4448";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 90.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_86_length_4415_cov_6.215951";" 4415";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_88_length_4348_cov_0.590855";" 4348";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_93_length_4301_cov_0.749641";" 4301";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_95_length_4237_cov_1.218248";" 4237";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_101_length_4149_cov_0.794630";" 4149";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_102_length_4147_cov_3.179851";" 4147";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_104_length_4102_cov_2.240503";" 4102";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_NODE_105_length_4089_cov_1.780666";" 4089";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_108_length_4042_cov_0.632184";" 4042";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 91.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_109_length_4013_cov_2.873134";" 4013";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_112_length_3899_cov_1.503181";" 3899";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.4";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_118_length_3838_cov_9.180275";" 3838";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_120_length_3796_cov_1.623603";" 3796";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_121_length_3792_cov_0.561528";" 3792";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_122_length_3780_cov_0.775253";" 3780";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 91.1";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_131_length_3679_cov_0.419764";" 3679";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_NODE_134_length_3595_cov_0.469723";" 3595";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_135_length_3588_cov_4.172782";" 3588";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 97.2";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_136_length_3583_cov_1.254630";" 3583";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_140_length_3533_cov_0.747798";" 3533";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_146_length_3467_cov_2.077844";" 3467";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_152_length_3390_cov_0.610481";" 3390";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_153_length_3368_cov_1.149954";" 3368";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_158_length_3292_cov_1.624961";" 3292";"Virulent";"low quality draft";"Bacteria";"Proteobacteria";"Gammaproteobacteria";"Methylococcales";"Methylomonadaceae";"KS41";" 94.9";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_161_length_3255_cov_1.412404";" 3255";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_163_length_3243_cov_1.136393";" 3243";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_171_length_3090_cov_2.014512";" 3090";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_1D_NODE_172_length_3085_cov_0.369844";" 3085";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 93.9";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_180_length_3017_cov_0.901038";" 3017";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_184_length_2990_cov_1.362906";" 2990";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_190_length_2950_cov_1.760184";" 2950";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_194_length_2909_cov_1.773904";" 2909";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_198_length_2895_cov_0.580564";" 2895";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_NODE_201_length_2890_cov_0.526963";" 2890";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_204_length_2857_cov_1.060440";" 2857";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_205_length_2854_cov_1.892556";" 2854";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.3";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_206_length_2852_cov_1.121101";" 2852";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Turnip_1D_NODE_210_length_2842_cov_0.883610";" 2842";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_212_length_2836_cov_5.627169";" 2836";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_216_length_2803_cov_0.769058";" 2803";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.4";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_217_length_2802_cov_1.891215";" 2802";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_219_length_2791_cov_0.346471";" 2791";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_222_length_2778_cov_0.499811";" 2778";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_224_length_2770_cov_0.613697";" 2770";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_230_length_2740_cov_1.727516";" 2740";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_232_length_2734_cov_0.879939";" 2734";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_234_length_2719_cov_1.427855";" 2719";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_NODE_237_length_2717_cov_2.616988";" 2717";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_238_length_2716_cov_0.843955";" 2716";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_240_length_2709_cov_0.594888";" 2709";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_248_length_2689_cov_2.593286";" 2689";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_251_length_2678_cov_15.117993";" 2678";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_252_length_2676_cov_8.282071";" 2676";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_256_length_2649_cov_0.707772";" 2649";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_260_length_2625_cov_1.185348";" 2625";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_262_length_2619_cov_2.569823";" 2619";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_267_length_2594_cov_0.587758";" 2594";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_270_length_2580_cov_0.494089";" 2580";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_273_length_2568_cov_0.567800";" 2568";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_274_length_2562_cov_0.389322";" 2562";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.9";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_275_length_2558_cov_1.698478";" 2558";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_276_length_2552_cov_1.396701";" 2552";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.8";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_277_length_2551_cov_0.736386";" 2551";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_295_length_2492_cov_0.328118";" 2492";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_301_length_2462_cov_1.321199";" 2462";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactiplantibacillus";" 96.0";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_304_length_2459_cov_4.720412";" 2459";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_312_length_2413_cov_0.464567";" 2413";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_313_length_2404_cov_0.963988";" 2404";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_316_length_2398_cov_1.738441";" 2398";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_321_length_2380_cov_1.735464";" 2380";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Ligilactobacillus";" 98.2";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_322_length_2374_cov_1.991099";" 2374";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.4";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_327_length_2358_cov_1.794711";" 2358";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_331_length_2356_cov_0.947510";" 2356";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_335_length_2354_cov_0.434216";" 2354";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"High-quality"
+"Turnip_1D_NODE_338_length_2349_cov_0.619262";" 2349";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_343_length_2332_cov_0.689342";" 2332";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_344_length_2330_cov_0.282796";" 2330";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 90.9";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_350_length_2304_cov_2.175930";" 2304";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_351_length_2304_cov_0.800643";" 2304";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_358_length_2299_cov_0.874309";" 2299";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_359_length_2296_cov_1.657446";" 2296";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_364_length_2276_cov_0.217776";" 2276";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_369_length_2263_cov_0.301498";" 2263";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 90.8";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_374_length_2241_cov_1.406339";" 2241";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_378_length_2232_cov_1.365321";" 2232";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 98.1";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_388_length_2217_cov_3.756459";" 2217";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_390_length_2213_cov_1.218121";" 2213";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_396_length_2197_cov_2.696135";" 2197";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_408_length_2166_cov_0.754291";" 2166";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.9";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_410_length_2158_cov_2.033973";" 2158";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_411_length_2157_cov_1.067488";" 2157";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_414_length_2152_cov_3.295309";" 2152";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_419_length_2139_cov_2.818091";" 2139";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 91.6";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_425_length_2126_cov_0.466733";" 2126";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_427_length_2118_cov_1.506781";" 2118";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_429_length_2114_cov_2.894313";" 2114";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_433_length_2104_cov_0.314618";" 2104";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_436_length_2101_cov_1.897163";" 2101";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_1D_NODE_440_length_2097_cov_0.289340";" 2097";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_442_length_2086_cov_0.719755";" 2086";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_456_length_2065_cov_0.378741";" 2065";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Leuconostoc";" 91.4";"Lavidaviridae (virophages)";"Not-determined"
+"Turnip_1D_NODE_461_length_2053_cov_5.041018";" 2053";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 92.2";"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_462_length_2052_cov_1.406753";" 2052";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_466_length_2043_cov_1.048539";" 2043";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"RHOV01";" 95.2";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_471_length_2033_cov_1.009444";" 2033";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_476_length_2023_cov_0.248418";" 2023";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 90.7";"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_477_length_2022_cov_0.548813";" 2022";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Turnip_1D_NODE_480_length_2009_cov_0.334750";" 2009";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_1D_NODE_484_length_2002_cov_0.564800";" 2002";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1D_NODE_486_length_2001_cov_1.192102";" 2001";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_1R_NODE_29_length_2375_cov_0.903470";" 2375";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Streptococcaceae";"Lactococcus";" 91.2";"dsDNAphage";"Low-quality"
+"Turnip_1R_NODE_35_length_2262_cov_0.660422";" 2262";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 96.9";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_1_length_91226_cov_2.393155";" 91226";"Virulent";"high quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 90.2";"dsDNAphage";"Medium-quality"
+"Turnip_2D_NODE_2_length_30173_cov_2.061273";" 30173";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 92.0";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_4_length_21837_cov_2.312160";" 21837";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Loigolactobacillus";" 98.5";"dsDNAphage";"Medium-quality"
+"Turnip_2D_NODE_5_length_20303_cov_1.071768";" 20303";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_6_length_20077_cov_0.956241";" 20077";"Virulent";"medium quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.6";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_10_length_15725_cov_1.418643";" 15725";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 96.4";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_11_length_13605_cov_1.009645";" 13605";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_2D_NODE_13_length_11967_cov_1.235726";" 11967";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_14_length_11204_cov_1.408685";" 11204";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_15_length_10752_cov_2.551153";" 10752";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_16_length_10408_cov_2.237623";" 10408";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 98.7";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_20_length_8993_cov_1.013196";" 8993";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_21_length_8973_cov_0.882885";" 8973";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 97.3";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_26_length_8430_cov_1.195110";" 8430";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_36_length_7256_cov_1.050217";" 7256";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_37_length_7159_cov_4.129551";" 7159";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_39_length_7009_cov_0.881575";" 7009";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_NODE_41_length_6899_cov_1.131424";" 6899";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_45_length_6396_cov_0.638060";" 6396";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_NODE_50_length_6065_cov_0.568710";" 6065";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 96.0";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_51_length_5961_cov_1.577305";" 5961";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_53_length_5792_cov_4.455252";" 5792";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lactobacillus";" 91.8";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_55_length_5675_cov_0.888428";" 5675";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Pediococcus";" 90.1";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_56_length_5615_cov_0.842019";" 5615";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_57_length_5498_cov_5.581828";" 5498";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Secundilactobacillus";" 92.9";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_59_length_5386_cov_4.702035";" 5386";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_NODE_61_length_5224_cov_1.326270";" 5224";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lentilactobacillus";" 94.5";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_69_length_4525_cov_0.571623";" 4525";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_73_length_4342_cov_0.689442";" 4342";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_85_length_4019_cov_0.621274";" 4019";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.1";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_91_length_3877_cov_1.229867";" 3877";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 94.6";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_92_length_3864_cov_0.847204";" 3864";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_93_length_3858_cov_6.924953";" 3858";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_97_length_3746_cov_0.675048";" 3746";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_2D_NODE_99_length_3732_cov_1.155895";" 3732";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_103_length_3670_cov_1.027378";" 3670";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_107_length_3549_cov_0.535067";" 3549";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_108_length_3446_cov_0.573064";" 3446";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 95.9";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_109_length_3440_cov_0.354965";" 3440";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_120_length_3190_cov_0.635325";" 3190";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_NODE_127_length_3109_cov_4.589202";" 3109";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_129_length_3043_cov_0.888203";" 3043";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Not-determined"
+"Turnip_2D_NODE_130_length_3038_cov_0.905874";" 3038";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.1";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_146_length_2912_cov_0.953680";" 2912";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.6";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_147_length_2907_cov_0.257914";" 2907";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_NODE_149_length_2893_cov_0.784888";" 2893";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_152_length_2875_cov_0.401383";" 2875";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_NODE_158_length_2807_cov_0.897388";" 2807";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 97.2";"ssDNA viruses";"Low-quality"
+"Turnip_2D_NODE_185_length_2668_cov_0.348288";" 2668";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Not-determined"
+"Turnip_2D_NODE_201_length_2568_cov_0.752970";" 2568";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_NODE_202_length_2567_cov_0.556967";" 2567";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_218_length_2470_cov_1.915920";" 2470";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_236_length_2388_cov_0.463954";" 2388";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_NODE_259_length_2288_cov_0.428043";" 2288";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_2D_NODE_280_length_2189_cov_0.302619";" 2189";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_NODE_290_length_2165_cov_0.446026";" 2165";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2D_NODE_291_length_2163_cov_0.401768";" 2163";NA;NA;"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Latilactobacillus";" 93.9";"Lavidaviridae (virophages)";"Not-determined"
+"Turnip_2D_NODE_298_length_2147_cov_0.661386";" 2147";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 90.6";"dsDNAphage";"Low-quality"
+"Turnip_2D_NODE_304_length_2124_cov_0.917877";" 2124";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_2R_NODE_17_length_5266_cov_0.588052";" 5266";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Levilactobacillus";" 91.5";"dsDNAphage";"Low-quality"
+"Turnip_2R_NODE_29_length_4424_cov_0.774959";" 4424";"Temperate";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 99.3";"dsDNAphage";"Low-quality"
+"Turnip_2R_NODE_32_length_4043_cov_0.792135";" 4043";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2R_NODE_35_length_3766_cov_2.455894";" 3766";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2R_NODE_50_length_3376_cov_0.414589";" 3376";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2R_NODE_53_length_3298_cov_0.978556";" 3298";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_2R_NODE_80_length_2602_cov_0.544242";" 2602";"Virulent";"low quality draft";"Bacteria";"Firmicutes";"Bacilli";"Lactobacillales";"Lactobacillaceae";"Lacticaseibacillus";" 90.7";"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_2R_NODE_134_length_2007_cov_0.581383";" 2007";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_1_length_91759_cov_3.866357";" 91759";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_4D_NODE_2_length_44123_cov_3.464497";" 44123";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_3_length_38424_cov_2.798627";" 38424";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_4D_NODE_4_length_33364_cov_2.165930";" 33364";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_5_length_29071_cov_2.405196";" 29071";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_4D_NODE_6_length_26571_cov_2.950461";" 26571";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_4D_NODE_7_length_26411_cov_3.806879";" 26411";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_8_length_26346_cov_1.900034";" 26346";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_9_length_23510_cov_2.094128";" 23510";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_10_length_20792_cov_12.425647";" 20792";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_12_length_20382_cov_7.448235";" 20382";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_13_length_18030_cov_9.180473";" 18030";"Temperate";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"Unknown";"Low-quality"
+"Turnip_4D_NODE_14_length_17893_cov_14.380671";" 17893";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_15_length_17864_cov_6.681739";" 17864";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_17_length_16919_cov_5.151263";" 16919";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_18_length_16383_cov_3.414062";" 16383";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_20_length_15967_cov_18.085795";" 15967";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_22_length_15194_cov_1.093914";" 15194";"Virulent";"high quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Medium-quality"
+"Turnip_4D_NODE_23_length_15116_cov_9.097271";" 15116";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_24_length_15056_cov_13.458972";" 15056";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_25_length_14927_cov_11.127905";" 14927";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_26_length_14603_cov_10.248342";" 14603";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_28_length_13755_cov_5.220062";" 13755";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_29_length_13718_cov_6.447576";" 13718";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_34_length_12619_cov_9.900416";" 12619";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_35_length_12572_cov_15.526075";" 12572";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_36_length_12535_cov_12.603804";" 12535";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_37_length_12432_cov_44.380740";" 12432";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_41_length_12070_cov_8.858913";" 12070";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_46_length_11184_cov_40.408429";" 11184";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_47_length_11017_cov_9.246740";" 11017";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_48_length_10963_cov_6.136859";" 10963";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_49_length_10877_cov_12.066605";" 10877";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_50_length_10780_cov_1.103257";" 10780";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_51_length_10604_cov_46.440966";" 10604";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_52_length_10454_cov_2.372615";" 10454";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_53_length_10377_cov_6.747415";" 10377";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_57_length_9863_cov_14.080731";" 9863";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_60_length_9678_cov_1.054340";" 9678";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_61_length_9434_cov_37.893521";" 9434";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_62_length_9338_cov_0.992618";" 9338";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_64_length_9292_cov_1.520895";" 9292";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_NODE_65_length_9149_cov_7.149523";" 9149";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_67_length_9043_cov_12.483176";" 9043";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_68_length_9031_cov_1.269205";" 9031";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_69_length_8894_cov_2.046082";" 8894";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_70_length_8875_cov_10.018176";" 8875";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_73_length_8609_cov_3.448243";" 8609";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_74_length_8498_cov_1.765858";" 8498";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_75_length_8478_cov_8.294815";" 8478";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_78_length_8334_cov_35.244060";" 8334";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_80_length_8203_cov_3.050149";" 8203";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_82_length_7948_cov_1.604015";" 7948";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_83_length_7937_cov_1.443278";" 7937";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_84_length_7921_cov_7.703362";" 7921";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_85_length_7920_cov_8.075966";" 7920";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_86_length_7872_cov_2.102389";" 7872";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_89_length_7582_cov_4.935882";" 7582";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_91_length_7566_cov_11.610297";" 7566";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_93_length_7473_cov_1.005173";" 7473";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_95_length_7374_cov_2.349662";" 7374";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_96_length_7298_cov_4.883698";" 7298";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_102_length_6967_cov_16.936842";" 6967";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_103_length_6944_cov_4.392988";" 6944";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_106_length_6747_cov_10.025831";" 6747";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_107_length_6743_cov_3.673519";" 6743";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_108_length_6736_cov_5.051445";" 6736";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_109_length_6713_cov_1.619192";" 6713";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_111_length_6676_cov_1.748817";" 6676";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_112_length_6668_cov_1.385262";" 6668";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_115_length_6512_cov_0.967267";" 6512";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_117_length_6410_cov_3.857234";" 6410";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_118_length_6384_cov_1.930957";" 6384";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_119_length_6378_cov_13.227964";" 6378";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_124_length_6170_cov_2.625517";" 6170";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_125_length_6136_cov_15.629556";" 6136";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_126_length_6051_cov_9.084571";" 6051";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_127_length_6047_cov_1.632432";" 6047";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_128_length_6046_cov_7.506673";" 6046";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_132_length_5860_cov_11.232862";" 5860";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_133_length_5833_cov_15.314055";" 5833";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_135_length_5746_cov_2.109984";" 5746";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_136_length_5736_cov_1.176859";" 5736";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_138_length_5593_cov_7.608306";" 5593";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_141_length_5571_cov_1.083211";" 5571";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_142_length_5558_cov_6.269564";" 5558";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_143_length_5557_cov_0.927624";" 5557";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_148_length_5531_cov_1.858623";" 5531";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_149_length_5513_cov_0.874304";" 5513";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_150_length_5478_cov_0.822089";" 5478";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_151_length_5458_cov_1.642093";" 5458";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_152_length_5421_cov_10.651114";" 5421";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_154_length_5322_cov_0.916843";" 5322";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_156_length_5295_cov_1.116680";" 5295";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_158_length_5178_cov_23.855474";" 5178";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_164_length_5023_cov_0.708742";" 5023";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_167_length_5007_cov_1.056352";" 5007";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_168_length_4999_cov_1.129105";" 4999";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_170_length_4961_cov_1.274514";" 4961";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_171_length_4956_cov_0.855457";" 4956";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_173_length_4905_cov_7.443910";" 4905";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_174_length_4884_cov_2.552659";" 4884";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_177_length_4836_cov_2.032916";" 4836";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_178_length_4830_cov_6.827982";" 4830";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_180_length_4785_cov_1.618506";" 4785";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_182_length_4778_cov_7.990970";" 4778";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_187_length_4751_cov_1.500433";" 4751";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_189_length_4707_cov_1.699127";" 4707";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_190_length_4701_cov_0.865982";" 4701";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_195_length_4564_cov_1.584855";" 4564";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_196_length_4554_cov_2.108200";" 4554";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_198_length_4511_cov_3.937500";" 4511";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_199_length_4508_cov_3.485962";" 4508";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_200_length_4506_cov_0.725051";" 4506";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_201_length_4504_cov_1.859036";" 4504";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_212_length_4367_cov_3.890330";" 4367";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_218_length_4255_cov_1.042878";" 4255";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_219_length_4252_cov_2.769697";" 4252";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_220_length_4199_cov_3.635069";" 4199";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_223_length_4145_cov_1.041812";" 4145";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_224_length_4088_cov_1.546074";" 4088";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_225_length_4086_cov_0.703208";" 4086";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_226_length_4063_cov_1.127541";" 4063";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_229_length_4002_cov_1.112516";" 4002";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_230_length_4001_cov_0.708828";" 4001";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_232_length_3958_cov_3.619943";" 3958";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_233_length_3948_cov_9.079037";" 3948";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_234_length_3944_cov_0.943935";" 3944";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_235_length_3935_cov_12.312237";" 3935";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_NODE_239_length_3856_cov_0.634755";" 3856";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_241_length_3840_cov_0.902235";" 3840";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_243_length_3831_cov_0.853672";" 3831";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_244_length_3816_cov_1.223909";" 3816";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_252_length_3728_cov_4.155235";" 3728";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_254_length_3702_cov_1.217063";" 3702";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_255_length_3682_cov_2.150774";" 3682";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_257_length_3669_cov_10.075381";" 3669";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_258_length_3655_cov_0.854308";" 3655";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_259_length_3652_cov_0.851348";" 3652";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_262_length_3631_cov_0.530251";" 3631";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_263_length_3630_cov_0.926063";" 3630";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_264_length_3630_cov_0.853840";" 3630";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_NODE_271_length_3583_cov_1.568576";" 3583";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_272_length_3572_cov_6.206386";" 3572";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_274_length_3549_cov_0.662770";" 3549";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_275_length_3529_cov_3.853616";" 3529";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_276_length_3525_cov_1.043261";" 3525";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_278_length_3506_cov_0.892276";" 3506";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_279_length_3501_cov_0.740368";" 3501";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_280_length_3498_cov_0.553248";" 3498";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_286_length_3421_cov_6.131755";" 3421";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_288_length_3405_cov_1.935937";" 3405";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Not-determined"
+"Turnip_4D_NODE_292_length_3340_cov_3.409897";" 3340";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_295_length_3297_cov_1.208517";" 3297";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_297_length_3293_cov_1.153822";" 3293";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_301_length_3242_cov_3.827929";" 3242";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_305_length_3219_cov_1.801423";" 3219";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_307_length_3203_cov_2.735696";" 3203";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_311_length_3190_cov_1.340842";" 3190";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_313_length_3174_cov_0.869708";" 3174";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_314_length_3167_cov_0.993750";" 3167";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_315_length_3163_cov_0.726614";" 3163";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_318_length_3150_cov_1.098578";" 3150";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_319_length_3145_cov_18.807820";" 3145";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_320_length_3133_cov_1.953094";" 3133";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_321_length_3115_cov_6.123494";" 3115";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_326_length_3091_cov_10.899798";" 3091";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_327_length_3074_cov_1.479131";" 3074";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_328_length_3074_cov_0.766203";" 3074";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_330_length_3066_cov_1.899966";" 3066";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_332_length_3061_cov_3.977846";" 3061";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_333_length_3061_cov_3.260736";" 3061";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_335_length_3038_cov_0.925799";" 3038";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_336_length_3029_cov_1.810820";" 3029";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_338_length_3011_cov_0.678571";" 3011";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_339_length_2978_cov_0.832690";" 2978";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_345_length_2940_cov_3.805901";" 2940";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_346_length_2933_cov_0.976835";" 2933";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_352_length_2878_cov_1.487823";" 2878";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_354_length_2867_cov_0.842336";" 2867";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_356_length_2866_cov_2.621395";" 2866";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_357_length_2866_cov_0.504929";" 2866";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_358_length_2865_cov_1.580351";" 2865";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_NODE_361_length_2843_cov_1.410898";" 2843";"Temperate";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_362_length_2843_cov_0.942931";" 2843";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_368_length_2785_cov_1.328066";" 2785";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_371_length_2762_cov_0.703226";" 2762";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_374_length_2747_cov_2.779771";" 2747";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_377_length_2737_cov_0.785441";" 2737";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_378_length_2735_cov_1.499233";" 2735";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_381_length_2694_cov_0.580444";" 2694";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_382_length_2692_cov_3.123197";" 2692";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_383_length_2691_cov_6.747660";" 2691";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_384_length_2681_cov_1.787392";" 2681";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_385_length_2678_cov_0.651901";" 2678";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_387_length_2674_cov_4.155477";" 2674";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_388_length_2670_cov_0.407393";" 2670";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_389_length_2655_cov_0.585839";" 2655";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_404_length_2563_cov_1.235632";" 2563";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_409_length_2548_cov_1.095002";" 2548";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_410_length_2548_cov_0.598100";" 2548";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_415_length_2523_cov_0.538397";" 2523";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_417_length_2520_cov_6.253656";" 2520";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_425_length_2493_cov_1.500000";" 2493";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_427_length_2476_cov_2.776501";" 2476";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_431_length_2459_cov_3.057461";" 2459";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_433_length_2451_cov_5.871343";" 2451";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_NODE_435_length_2441_cov_3.175022";" 2441";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Low-quality"
+"Turnip_4D_NODE_436_length_2437_cov_2.718182";" 2437";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Lavidaviridae (virophages)";"Low-quality"
+"Turnip_4D_NODE_441_length_2409_cov_1.081069";" 2409";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_442_length_2408_cov_0.553705";" 2408";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_462_length_2322_cov_1.092483";" 2322";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_467_length_2308_cov_1.013755";" 2308";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_469_length_2287_cov_0.526389";" 2287";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_470_length_2286_cov_0.585919";" 2286";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_478_length_2258_cov_0.711403";" 2258";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_480_length_2253_cov_0.685795";" 2253";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_488_length_2220_cov_3.377926";" 2220";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_490_length_2215_cov_1.207854";" 2215";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_491_length_2215_cov_0.546935";" 2215";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_495_length_2208_cov_0.929841";" 2208";NA;NA;NA;NA;NA;NA;NA;NA;NA;"Nucleocytoviricota (giant viruses)";"Not-determined"
+"Turnip_4D_NODE_498_length_2201_cov_1.192864";" 2201";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_499_length_2196_cov_2.022233";" 2196";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_502_length_2190_cov_2.296655";" 2190";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_505_length_2177_cov_0.463415";" 2177";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_510_length_2165_cov_0.607458";" 2165";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_512_length_2156_cov_1.701331";" 2156";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_513_length_2152_cov_0.621728";" 2152";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_514_length_2149_cov_0.804649";" 2149";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_516_length_2137_cov_1.356219";" 2137";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_520_length_2126_cov_0.999500";" 2126";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_527_length_2088_cov_0.358491";" 2088";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_530_length_2086_cov_0.476774";" 2086";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_531_length_2085_cov_1.637896";" 2085";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_537_length_2061_cov_4.497415";" 2061";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_538_length_2061_cov_1.750776";" 2061";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_540_length_2057_cov_0.748705";" 2057";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_546_length_2044_cov_1.321857";" 2044";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4D_NODE_555_length_2021_cov_1.167899";" 2021";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4D_NODE_560_length_2000_cov_0.686599";" 2000";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4R_NODE_1_length_29088_cov_5.262871";" 29088";"Virulent";"medium quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"High-quality"
+"Turnip_4R_NODE_5_length_13289_cov_1.135086";" 13289";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4R_NODE_6_length_13002_cov_2.136544";" 13002";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4R_NODE_37_length_4132_cov_1.853184";" 4132";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"Low-quality"
+"Turnip_4R_NODE_42_length_3731_cov_0.440067";" 3731";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4R_NODE_47_length_3664_cov_0.913769";" 3664";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4R_NODE_54_length_3389_cov_0.828020";" 3389";NA;NA;NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
+"Turnip_4R_NODE_91_length_2335_cov_21.729167";" 2335";NA;NA;NA;NA;NA;NA;NA;NA;NA;"ssDNA viruses";"High-quality"
+"Buffer_1D_NODE_3_length_14736_cov_25.708194";" 14736";"Virulent";"low quality draft";NA;NA;NA;NA;NA;NA;NA;"dsDNAphage";"Low-quality"
diff --git a/results/Phyloseq_analysis/obj_DNA_sub.rds b/results/Phyloseq_analysis/obj_DNA_sub.rds
new file mode 100644
index 0000000000000000000000000000000000000000..f284f79a4f94fb5bd63084452f03533abaa430d3
GIT binary patch
literal 48337
zcmZ6xdpwhW_&;7zbW|iAoQhJEiE_wcmCBjYfeIt1$oVvf9g?CGLYniEQz+zo+D3#7
zE5{tRIn6LOHr!^X-`=0k@Avq9AK(48$9?bK{kpH$bzj%>a4EbK-}XNrk!9ZQf9@mq
zkG}pCzxp~}JoZlnd)}LL@Wm7%C(io0D_%Rrx0|`mqeL~;+;+5}#CHFu*&oVy*1cNF
z=s$P-bKjOD9UUH)J59CDycXS|%yUv*$X6gP%oRgah!GK&7BGy_sP8odBhCazAiw|u
zi$*G^WCPh}NLz~NeYUIsn~oL{!%nxj%Co+TKvq+y2qF;n7a1eY_(Ze`{1-BCQg}*E
z-e9rC^?<?2k2bn+{?93viN8UF0eADGh*-|X+ae?jfSq|^z{|8Y2z-FxsR#@{5s`vq
zwJN3!-B3eKz>nHustBGwFyfsPjA&JH6m<W9all=%`5_F`8-k?|Guc*R-JB{J4s(8p
z$!@(D76YIW&df#9rUHk_?_8q@wvY?s5$k}bbO;KxP7thCc}PPQ1V8xv{+OHkje?Jp
z3S4kmPq)n4{)Il-MLd#y*{<+$Wm9RC0FnSk63_r8PGJeJBe#TS;OwzLp}#tVVDtwC
z6)c2cz~KeW1RjMAl!1_8&t&;Cz`n7l8W3{w36HtM4$5!Ea{sonn#yT-5D&S<ln_Kh
zNFn(k@_L~j*>DhLL<E=mKme(@ZjJ&S$>1{^Ox{vaSOY%K0$8UQ+I1q4RW$qwJh=&~
zaGrrXnL5)J&)|`5BZyf*g6ui07#X)U_^yfxL7G7L<A6hYDl*^;PEbImkvY8}0HF4*
z0Vuu`guix|!}LXQgbTQ<qlN>+1yG~0Hq4YcQqTz=CzA)tJL&ilfFdTaf*@AMx0n_n
z2A&*ATH+N6)&)~{;re_$pFIxRpx}_dM5>r7Xd+oqB?FKJy~qhNjs}D9?Y#;3eqGtc
zE#?d|4}_a(xf~d(z%RkVMpK#Wh0+-Y`BFF|N(@J45h*-Ra;?3-I?p45A+tmO4}6WZ
zN~J2y<8gXo{5drWPYaZQLyfSL%0Q4yo4lI~Y@UZK|1=wrSAZg!HC1mL2_zk2OUKY?
z2TRKC78*%4UVwh;wnH!Aq3Cl{NPZcXyVi<@k;S%{0-kY|1XRF%H?SP(_@XIdg}aoC
zg$;?o*>NTurc@#wZ&ygAvN#L+<xRrd1-Lh3StF?c6j&?K53B((uH5D4tX!FZfHz4<
z!$(%EMW?X90Av6c<0(N$3c%|W1%BzMSR+J$TnBK23^d&iOhiG#uR-_^rZf5N!X3eJ
zosoi7|0O&@(7Q$=2!mXfulY9)%`e5mIt#GeSy!nEV2$F5Q05^DLCC55yZKfNe8D`P
zgT#TrTbo#JI^s(c!~)j$IP%IcuMb+V;V9fJhb4Sd6SkSrhizW_J(zQY>V%qOgbkxQ
z%L)OB0;<G1g(3=IWeOt?tWnew)+i``TnHK)Oq~P(Wj@{Ecu`8RBLiLmA~=npz`Sw}
z6Bfxx7)%@~0*p$wn7)R{F=EzMl<E*5g`UUT6*17wwx7yP$x&XBg5g1|T>-#=eFiZE
z@31g|jIH5rzOUibG96Rq1E}<^QR0gYJ=NDK5`~eP2$<uvh(9J{EIkLjqOirh@d9@t
zRi|KM4jyUjO)c^_UyiB(*%WPLTP(9zBnme|C{V~plK!Wy?9DVfdx4{33ui1-UcDD<
zeCNeSoQE@BE%5Rd0ESh-8;NDaSsq`4{~1L7ILvrF&@5*`j<Akol!*#{-ZNT>#d5JB
zf)j!=5E(TVxN3Vm@g7<2E)KU+ZmZu9)yg&v7aQZ{tPvA8_Rkxwf(yw508>}N+Wn^r
zv6Fmn17H_(bMBpi4HJWEKvmpTM;Sb)nT$2W2;jxsyg>$eL7&9?IdXWNTFRMO;{rzG
zIH(|r&&LbCfCQ5b6b^XZ0-nAw?Q7Ca26KLkxY_}(cKv{4_EybH&q{|N!4Q*|N8E(^
z;S4tYygPs3i!FgVVWH`%6Rbvg?w?n8(%Ev{Bw2~6AmadpQZKM9u|~1zX9?zli%EVz
z7!KUnzd#e!X$ikw;Ui^=F4ln~!<ijSev>VGZ4Cp#G=b2UiyRqd9PM&}3?v;P*bBZh
zsPzp=8X~f;LY&ZJ3rAwc9WtK<Ul1Jc4kV(`jfR`($Z5&P##sG7HohnL4J`6G67ny7
zF^1t_zk*R{(B*N)#Ue5O|6F1;xlsB6#8hPLR_p+3<ZfV@&7~aVyg3BB7{oS6`b&R&
zm;HVhSDVroVOJyu#Fd?|dvO}_kWpXBkXSQVX}*j$lNjV-T3JwD-Mb+u_1CZCpU60%
ze~lqniStnC*-{DT#~KTZMrZ{{Z0nn~N4*$_nGiFxA~B)G=UNEEbUrStc>)EJ6IkyA
z$3Yx6hA{I_AP2gvFRPbdu_fV7{w{?eppAlMEZ40+r8#5;Lr$WI0h^2JaBsfF-4({s
ze^W*oYv<86TkHDenXw9sLkR7KbsO1<`%QC>#P8!A1Tbbn;U%fTBiMq+MhabK#B?oq
zI;DmR;0Sq5<CsP}$74u-KQ@ORz>Wf@Tcb=mrZU$ruaWn*Ni0LmY>4pH8Vc*gt^iOL
zi|7UsCU5mBccXMbfiyRS;SIAvR;>a|2P>NAK29c{7Th02V)MA_lYbf36xj&bwOV~2
zJ1Ex~f*?#rxXOiemRTY}EXdx)Lq{-;j2u=}?THId36JVYbx?TvS`8lCNT2q`;;G!6
z_0;jf@epw8l8Q{HO1}Qky8BNX;&+)&a+E+=6DLy_q73Dh`tqrxeAIf~s1qXMqCV9L
zLVWcO&Tg~orV`L1zyh)#1^%;XIC??8c%(TL(;zQz2gRpi4Z?oF`sP|NPgnR72k4M~
zavfK?<-p}N!WKo)07`KZ=axG0{(Q!Y<gKi5ZkIC!NBukJ#{NsO<+Vj8crl0^><%TH
zMXJ<;Lj$>(Sa@*fI@a&e9g^HJe=#oBqRE)mB(i18L$s|iR!D$Oj=;1od+z-5@$N)p
z-gPPZ<6S`T?4@x3hhZ81kZ#X0GP#KB0raxSqwh+iIL7ew4NoVDNkKAKvN1|9qsz@k
zg+1`^AGnMp@Xs6TF96nU%NrR*Hsc#Wq|U+?yQ&jiPRocBG|AWqNH6t+0=59^(tMRT
zdHDb$*te{=rt#Swg!lh^YtSCyHx4hyRgT!zj{6Bu2@lLQ)|TIAd-i;X{)+5<Mp<;K
z7`c#!ZA9|fLiB=U<MCBYsDS?KA^R1MDBxocmvaga`@_m;c;P`YPYN0Vmk==V&%7AT
zY8+@Ze<N675ih|rhj<`sqEgUw8sq#_3iu9S6V(O>ejFxqZTvFf_4+ATK`^p@snDO+
z&7UW-%HInR8~wJl;+&#-_9A<)dIA`oV&mqgk1bd=V1q&!W`WD2ARiQ`OrIPN7SyPK
zb_tk+WqMm=UQj3+AuQq6fqmed>5Iq)=;nMGmxYBb|H8t0bFr3)5<U4NSb&baOCs|&
znS2atOLN@LN&6{*BZ>XJTB3*UMuQoX-?+|i<9b&Mahs!9E}Lw&at_xL#etn9Mjbe^
z{IdBxQYZBs#0+qik#N{+2Yoz(BG-Lk;C%S{`dfYp`Zf{SVccv5k{@PZJ+#g#htCTa
zL;<bU@&v~TCy_aa3sFyXnvqU3m{>t1&_E(rbGpJ2CG-S*@c4sf0e=<d^a1r{N~e}w
zw%h><L2vc4L4N@-ybvVNSd|kH^~?LZ?HrFI1u2lT406`Wh$r?3jNjN^$DP*iz_DJ9
zZw0;fw~<@G=b3a<%WVh{)EH-&)=j>fgQ54WaYjoi3^ei)1RJ(uz@CXwn0=*|xBLnS
zc6#H2eVr1+z^=9~F!Eu0h`I0J5hf$3q5&RF*m?KbHYF5N!B?IOMg`xwetpI$rei3`
zhB75Wf%=(I8sg53kNO~)GRsbgVwllN)wk*WgfsQCD%%JrHo`V}(r`mPg&T7!aflpg
zhdvptF3=ED!hdTorXsWKEDpdbQFwnOE>kTQ25P5RS|~iHu8`}mXVaZ7T&>=L;%{Zd
zvMlOpYJpkc{SS7h%QKh2$t<h<4Q-r$7C8&;VGUDnzc7I;27%Ky3ulVqBFN8lv;dFg
zey{7<)`S*7I2?%0ia_y~4i<zFtQz&nGp{42RfGU?fderI0OYgCoXvVpvTTIjRE@<#
z6F`AoU4Tx4rO2OH+0B$jEDSK|<`-;=cF|BQ9bz^DH{%WATXy@0GK}Hu?m^N>KBEx!
z^h4qTA2N@Z;9Ej+jM7LJII3<ZPyoBvIl!{ZXHX5yKo*o$VNn_zM7MkHAnB*m6CLPy
z)S3FjiDQ_>+Yotc2Bq1=3l1fi638hX`c#qbh!o~lL~uskfMW?54)mIAX;McUbZWF_
z{^l)2B$rOIF~wMX;<@qlychtXO!VY4E_e!m^UNS=(FSq#56M&hY?+^dFX?}3mW)h$
zysSBJ4ypd<yF_Y4Z4lxu-BuMjYtH5*&v;EW6_xeCJtYyD5z$SL!|oIN%T7X?s~OtN
z_vbM=dJ)yYqW3B~{eY1}xeE!^Ta!^5HNLUqBXz1M%SM&j`3-@5IK!6v@9s$xeiLgM
z)8Zw~2ZQ3s4YXD!zrbWGXdWyO6XbpiNGuPf7C#!U@dJ<03;n*Y8%~s;k!#*;c{IL#
zogQe=RTH#-Ijaq3E`fUHL_((yHO)3x=*KHP8oCTp*xn4CNn-L%npT115$`g{yp;`R
z;(m5C-BnB`hV$zL6?d4-iRpC8O2zT);A|Fn2rNh?(a9L4g=6H@wGU{EExe5oXudPU
zu}8BymrNlDU5YCb+8<SDVBV6*d-_6P+lW+LZ~_0VYvP2G>ZrzM3K5LW`u(iP<@F(+
z6QLpujPCPgTP_knd>)o-UkTz_q7_xp)B(d4!4e*A#m1HAvmP2jYe5W~tr0uO2nsDQ
zfwP6cjqe6+%3A9}^F870zQHnBS*wVG_4*q7c$1qp4PgWajkZp4qjii1Q4bY3+%gcT
zkg8z8o`!@9(V9GvlMjV+V&D<Va2@K*CQ(QDj7Y8mN0XL~q~PZ9AH|fZN^x8{!0->M
zE<bFRb+OC>Cy040>Cgx!+i}-AVHMz!Ifh`I&mKaC1Ux`+k&6s)fM)AEtRcjjJ;1Q!
z{pO3I`s?ABMt@ZyfcwShb2htYMHK#RuaetE*FxtotM@MxN39RAyCIPc^9s$tBn}(y
z99_yOyjRGMrYcy`R`a}Y^7{W!Xog%@Bbv9g24y&Dd@#VFd4Kt%P=|9l$dgm?1oFey
zC2DDuMmBA2A%xylROxs&TZH+hx=(&y`Vdh}*iI60r&4z#u@^^Um<<{X3k2BTVrE^c
z7+dGKjMpim%9O8BWCqx0f0q$4OF<Bis2-F4s8K9j1J0nYaU4-w%%IAs0&XeMMy1{c
z4u|k>H`;8p)A=OC1g4UP7q$-jpN|29K@`Js9jltUV30)@>j#W7wpfcHf{Z~vstBlr
ztBpq^^p^oQ;8n06-GZ}5Ktv3GrrQV@RWgl`1s!`RC#FiWPhiGA*J`6WgVDdMpUgWC
zaa0GdFeKhPj)E^yo0g3L_8=)lofLPMgAgQOxp_7l%iQl^8bi=&H1!AoA$}kQGrvKs
zP`G|0p^yWy1{ju{4Uu9#+Jbr)ru+95ax01lkhA+vaDA@S(cT$epEvrngu<;zY%z`B
zSW{T~$w+tTIrfM$kU_sJvF_fHII0eF+~WBx3UWh`^k{6)MhlETAtW<%qG;}YXGF4*
z^iuL@`Fhzs<RkD3KU1bnf%sSe+X7hMKxEAvfpd`^&}5U&=Oxw(1%$-YSGICrDj*h+
z3_NmkfyqO6!v-c5aZ^y-ZPnVw6XoZJNuV=`Is9(q>B#*!GVp4T2Q!LczQ&KnsiKi{
zorP0$Tm%ye^AGSFd%<T<s<5<&QRPOqe10+MT0PS)LJ*SEM!#TJghWD17*WS@<jk>D
zpmp>eg%KwPfPtuibxcUJAyF=Fi#f~$J|S2C7!eIr)Tt&`VVjG98+FmIVFIPFnYs$>
z5^e-zc6q^|w!QOyfQ)^FAXW*U&ePl#QKq&TYv?(T6d@!!Wb;X{;?4-^2Py1nE>Ih_
ze*`}Plym>?`^@R5KKPTdbJ2#|(v1}iFRzx<8f&ABuBjnh)U(XpnOZc&*YVLfAxIi?
z7?~J?&s`9{#Q6lyYC8jyu<pJAf&nq`bb>MW-t>(68KZSaVI@SfpiwXIkv}EQ;M!qj
z4s%qb!S4po0hSJgj$a~V%^S^nVQJnFL?f`5VO_{*HeypL!Ln8IbA@Y|^W|9mbr4Mr
zlplsQXmv-nqD`51`o?oMDRfvPfog@-`kk#O*gP=+R3g_O-yMC&`3ji9w!u_5cd5;F
zLdLQLP9x0pAm+-Sz}a~Vd><h;8OKvCNjY>#Ha3%&GteNV=U3XKhCve;ef-2x@M5^#
zhG2<OnT<+z$k;^FYl?GVeQp~mJv@A5+cyF}Q2L>tQN~y*?<%VS4Ne~eqC?QU3#^DZ
zHh1AX!4vmq$$yJ`4`L)(b%+FUTs)8qFej=+!Pebog;@b1C~yPWyG~9S%bqFELE+HC
zB@kGf9&po~xWfz)nkK%9&COl{XYyFVMjPL3^aQs{Kp5zhDZ~RuL=_>f@n_czXh;@Y
zj?L`}j@!~?t^P*rS-uik<70QlU$pN+FPpFBkPw59>@}cM32W~13~(c2!x*@F1+<Yj
zL(LBb54;}uO+8IcS@TBE6F>{tP1j;9tz!x?L+}vN<*bzl9SYz~CI)u}gPQ)@2%$+Y
z6KUp#*MROdPLWV<h)X7^EC+`(lopx?-8{S5TTO%lE>EwV-+6a}tS=VW9AW5Tq>gUl
zcN<fp^qfKxFcC*b_E6Db#jszYzl0awAF)EnkfNS>leM-YTbx$#!q(t#9yA&i$$JFE
zUXp0wq0OkSIGXUS4N=N|M&#XMm=bw-Pp9-$R5F&IlBhnuI_E}?jN0mZECp`_Ej$CK
zFDZg^hHW-<1Pe$91eJwM8;fv+AkHrQHcFjiYz$(XBsM4<PWWGXG;Romwu&5zO6IeA
z<7~kLdfjOAnGb|e`AypP9G>$}94@o3lfUwdiLsOklD$^jNlclgLf76JRy=cyT%Edf
z0ByngNEH^??5KfF*p**|9DU8F5F{CXzSYr^2aBpya8%t-BL2E0C`VL)z$B?yx?==P
z62rT_<x~qOM+E~pZiL^|o77-9IA>`u+h7`2wo1U%fD}xrlGJ*EtU>@AXGYdfTeKkK
zH;TBtL}f$ogv?FL%FMZ7?c=Ks#1mV*2@LWeHIs0nFD#Q<#BhsDrg}{h`gzwCTKeVm
z`cV&Y8SDIXx<p@9$yliWacWPwTjN?nDLj3qC&=M;Eo8PHEvt~Uwz)z?Ih<qo>+3op
z=ajTC;a(DAVeyurV7-=SM8|KSDw1BOCrr6j!Gg?5xQ1cNE({d+u#z~btm(P+6yQ!m
zseBGAbvf*}g2W2xLNSpoOBpE&Bc+p&#y@p*3ISV0nX0w&xN9;-YO}CPV#D2t>Kq_{
zxSD4BsL0=nqsESgmfPSYW(cIDm8&^GzL?0Bq>(7P|6I&2_AgC=7(lg;0QUrE5ASZD
z!ktZx;6u<WcC|7RGz&z_kRCJwtA<PDW9V(?%Ff5rR!U}eh>=n8z>&44SU7U7b&xbz
z)`Pyx%%X<w0!Ae0ph6yRDg*&>qQ>yHF^~h3eCpQoKQN<%1~{M*+Y^QZ;BA{?REJ{_
zA*+n|k^<X9U?F64&_>nep4<#}VWw?*#$MX1R01t51fC8IsL9Xc-M}vaM0f!CD0PuD
z{$4;{9&&_LG}~~#d=WXQlhS>jK;?w+-Jy41SVZicY>El)RLr?VDJq-4QCL+D`wBvn
zQ*mG=UJg$~(<mcF0eQ4jzsKfJw>}B3{aXZ3L9Fq-z>eV>aKIdL1|hz=Y3HzvKQC}&
zUmjpD>3pD&W>F(NJ~_j1o;3K>W&?%OA40Kzh8&Qd6?APH{<7KuYqQoiP^sQB9F4Bz
zg_4GtZ8XyA=BmOY^07^|7u*oUiUBP&!6}_j(&n+Z(NjvA34Bp%A#J=|rYn)vhmy^r
zZD((f<#=|X5A<A+&d#WVRFT}e#P;{SD`SegHK%SCEH*t%{HyD~hlCGNV(lmQe+3J2
z2ybNj1vFcBtyl-`_a@!&cj8R2nKgG3BFq3JXeO@5#KX|8BkvqeYGo$f$^8nduUv%t
zfd>srUkQMMX!!R8rvV}A3`q7Qr_K&RmEj#i4pk?yc1q^JCjjbcXb}mf$q*byP!IdU
zA<1~i2NHgDuE-Xt1qp$AQxz3N=VNfCFf6fDx=18w)R`C!G2fu-|9kEk!|`;O2pb=c
z2rcKdE|4MU`6>20c=~jGqg@fx>NHl2*VSM#K*mr^BLv35W9dujM7A0{eOWRl_ym<w
z{1uzoN9*P6&nbeBzHDOU{=%ZyK96Ir;&Lcm*Cw8+F-Dq$lc4Y%`nw_=1cS^Se`wg$
z)2a87d?fZnyVe1=UAWPQwhB@i=rQ8z1^#&st+IG{nK;z#Sx;m5>0o*5W@Jv|@@jf8
zPJh;TZuX?G!440};VMV0{yAjQT#%tE<(2}hvwR!<M%}-tQJa%A$gT*-DNH`}dk(nB
zhfv8((PkaQtxRvS^dj5MajC3x5(^KMaGKm4N@hny&L{!-&@Pp%KDwO2(3!SlMXU|6
z9OojQH(w>x>++oB8M%DJHijl-%^LK<q{_j-`P~L5LZfZHshUC8D3e|5i&-D$ZRt2>
zrJ^mvsuF=!1tANk;p<Mre@7+D@vVN#bGO#`nGYdYeK^C>43bQlx07GOXC;DYC~z8A
zu~J~OvDX{{nzVybV~Y7}r0)w&&i+<_9?qpUv54h=t^5<~g-5*)3eVoh;*5gSY1vL6
zNQ9usS~U+rL6*vzX(V`@QU%wi!7CxgeVrM+*Ol@Y+D_xV{|tEGN{n}_cS;*5rH=Za
z<LsYhcpyu%616yY-NDHdI6K*MG^?##x)f$dZWA?HL?~M6)Z6e8@0^Hg3KJxbCt;1U
zeA;1y`hqj7vkee|N4kT1XR>)JRYsukUbNAs(TQrBq5i!tP<SXbRG1Q5#}r5bfn1)_
z0<W50LYCN17mJ)T2mhIrahAhzyEpd+tFNf^B63F=6}jY+&9vO?>O-KxZ-Se_2*`)B
zkk0ZW%h9^S*AT>JNG91Vf_DTH8}W*YMX#DzlxyjtJkoSvck~0+iM}0P&yA2>0HwaN
zM{M8Hi<O+?6M}#ljPKkDvHJIRGCd;?M(=78yLe9*@RbTK8=2KJjLS4f4I4WOuF~0P
zBo}>iJ<1g}NAdT{-di!>(5)X2+OfGzZ(E|WI`kOsNOWvA!p{(d^W#Qr=;I?Q>y9PX
zG#qJaL<$Oo6n%Z9w_6~n17A`@mfGcC&xy$dZMbiEM!5><-WXxsy;cFiuT8Cs_)ki^
z3=d`4P*n~8sOdJME!ppb5Pg~D8<Z0%IN;fVLNZ7Q4t4OWm!Jm!Q0Wk)ySh+LNmsJ)
z75uM`_@65GpY%57AkkUM!GP&_WVk>mvAx0lB_mZSuei70qI=oS;PmN}!47jKwhk<t
z{NTIbjOo7&fhEMrn!O!)hKT!Ov2u>Q&>%LzDuuI2_XttR+?Bsvq1cKA|7!4PvfYrd
zrdEVOE3q)UZaWVBFe+_EF^Jy|EeH-_m=Xw(MSR_vs0p=xXpmFMH%L8*lGwGH<ZrnQ
zpGn8|unnq^%r~NF*2QKcUe5Y>xy4Kpp`e@E>kfZfJ3=wAV>jtIp2u+(?;-p0P%KS1
zJsK9QiuObTS#^x{-A0{L4v}}+P6;}_VOP48K6LvqA}(93=QG>{fboLS_(0Hvb3%$)
zWMI#LFzfk?=P)w=cHV7v-jLZ9<&+@O7nZ0$z|d3IB)BFNHS4F2(or1LdRqhXp#L}+
zxitW$s`qULI{$y7=Kmel#1CpT^#8^er$&`~!HLB&5^#db7z^J2sv`f#g^9CjXwQ0P
zq%Dc^ifn^WDQygrZ(%R%YVn&75z={^Q+z8_p^#MXt)1yu0GRA!na}j>01IAg5797q
zhq%svyC{@~|Nkxh&x%+dE04%3Pu<%Wfng|7SXszrpDjZ)gY~@_#uJ*UO~F{Qt^}fK
zq&cz#VCmViWgAb_?nd&1All48YCZZsqz#t8;t&spMDpSdEWbA=zMC_7v>~i<Wz9Lz
zeSK0^)V~iH`<b5{)nsPd@DWUZOl1{A7Hm&apmlRXG6|u@lPtd6Z1yrKJRc+$vBYf1
z3P2Oo_|a;tjIG!8ieS$=)c2NWrZRJs!0}LcFmtf4*CLDX!yqv9SZ^^-@V)6J(q$&%
z3Nl=so3xXb9!&q;SjIz;2w&`=8$wZ)`n?Y>7))A*<C2h}MRrCgY^0HHoev%Q>6Z+@
zg$val*(m27DKhNYI}R&PqQb%va}$i}zEI-n9H)^~mZmY5C^y&ZxG_W=T&E~1Fjfo}
zd5Gl=hvxf^tUkGC*^Jv5Xh7yVojFnB_ZR5b`=uwr|DQMmc2Ip99@fWB7rLU{Tx<_@
zVvhCGzc)aP6O>6+_bKaL4`@8n8!QNDI?_9UYuMO0zKGjcl>MIVlue%FSX_bl1siIX
zE$2v7H9Uw~mVy7O38S$3!+6=!*~S=188IgcTlVZPEBgUFw7jWN*o}r#3Co!rl4lMP
z<!?jvakw&w0t6nA9HB*gUkJ2)g_ix09Y=FK8-kjhm!bam>R%Zti~5y{wG1QBhhoAe
zvilMZG8daJt>|y2vu2hdDUj|jb^rykgcq|lni&zwfgFy=l_mmt1Vt5ELQt^Ku<c{N
z5Msza0cU0bmInnFf*AGo!%$aMNJIe$LRzO3e1x(cwn&d{*(H+l*x<X~o;m1oVSlpA
z5A#5N<?=Iy<YiP8MW|}7GdNq@q>{>RF3Um#nBDv;@;{V<<uWG(oXa+-kcAFsTeurR
z)w0{fA~PrGbp;GTz$k$ZqBmSo69E1>m+LuD!Sd28I!++yJ>Jh7CTuWxL5qNYK}3Wi
zrBrB64$?~(BG6wOqC!gqGYidqMTJ|;hP<MF&PV}Or!b7VS|79SZX~9a=;{YGBAn@s
zg8E+}Uq<V1jN##IuwWevsdF@}=o-qlTAyQ?kwc!bql^H?6EK>{K?t=Fe_Zu#jP!)f
zM9Ns;4`CR_Q017)Jcdx1b99EYX}oAR;sv2MiClUDacX{Kgft#O>ESjk?y_IJqeR89
z<{Nb&LPI^<l5EB9h@(bQBlz||S^klqxxAIs5>OQt{K$xrqrdgYUSP9?f3LEOf8j&9
zK6TV6_$w&biLvCFPQV~2N&gK13}Rb>WO#KGweO2j*8s0oxctY+A`l3m)ivo;qL6pC
z{ES8}X9w>IQD2Z~d@O7S@x?uyi*++33$czex=BB9*Xc9ejhs`YpbMti3#FhMB)@cl
z2j&n*RhqzCCR!~*t?40zKZRVxLpH+&Bv6sTmIMMR;QQkcLLq8o>m`Ml3Z7@+vY4&N
zE0j`P|A|{oXbS)>$iQ+NkV7a1o8?U|god|4RD*CINljT>NJu0@I7Ps{{xeEp6M(1B
z>%MPO;eP=ULg4JhOY#b4R7Emg5;oih%nV|bTUCOR35L6_px7^)$;>NyX(Z&xkO;n>
zdBvBX!^HY?njqZu1v2tGRCI|1&j*3dTv<yG@w;{fw4H<`*sW7M1$7Gy#Meu&)sKUS
zaOG7`^yVupY$S%l0P|nH!iq4+0C?TKvZ#eME@9P1yvWmUhA!w);7rfVy(oehfxFm*
z$mjAf`|C%bLU0<~$1nle2vPP!oEKNWE%cvb<Wr&Jh7;%Ja3M{>G1NLaStRb7L<zvu
z+r7~IZV_N$|DoQfhkBkMdu8Xrs6$u-;g|yul3=>d4Ie?(g-}=_bkPZaVQGl!%OXP>
z{{fAewf8Ul+~4=C909JJgd$di_HPpk*Jy!ksM=M76^>=R!;I*nxsMte8N`zl$=qGk
zVJ(9=SR6lqoh8lfn?$7CdLpd<1rVYHLy})s29nBVkUnl=wj*~jaH^^45OC6@lo7)z
zr~u?IB)d?dvg<_Kct-*J&NHSWjLKD4IV|;+@dz)~V29olWol&na_?4}tN=<Vz#4p_
zlVKGv@j=92czA?GWDY?>AGi%UgYg`~&Z0?j762Re{hOdEcRTQn8DS*$Ei@D`_=93k
zd}qkDyldqUj*@i70;#E3*-Zu^UMGUS36ucIa{KzWM_nuNpG1yjW5-Yn&1H-FU|lDL
zd6ivj^-%~rQr%|HOtIlZBx+rB)aE=#0p0xQCwvjR%76pmhWePs%&o|#s1%Ye?QT$%
z78)Krg8Cj#Xk|6`l>(LWnluO#7@frEg~|P)&IK<g3ygt3AUWX-$@);0LZc1uk1iLL
zY&4~U6Pj3gju7mOkdjjW5z&iL!Fh)Mjbp+zrcP6WJHea#DNzs0Kg~QMZS>BNo79E`
z%(ZNt%2gmCUy~Libh*;ke>32ZA*AfJmI$X5qrF(x(!B(`7=~P<CXdrXP{SvFCeUot
zr&C)=t80U#UAPfP^G*6rIFE>Dva0=%1`9O0xe$`Fwh8!o`6HZP@)c2v3qOof`+T{@
zA*2~9cpL@crmhk51sr?O=TO}0?=^!ODg)^V;cs~gC$MlUznL6B1wP_02o!K0rx>m8
z<=vV`Tpo=;EE^ZYA!HO<SLi}#PvTan3z!h6Ig=FF`X}RJEW#xWxdw4u;3Q!Mzb_qN
zm_|0k`gn;dkvySk5bSR?vzh{Dzr_pHOedCsqa{NSvPGxnps-QGcwLOg+u*){gx&_s
z-<-AfBZ|X(ha5&l@YRJjLb>5T6gahSH}A%njlVDzfYbUj1c4nqef_6@eLsp}w$2*_
zFW~WB2!_Qn7F5H67t58K@xqNWP$M}D_`@c{n7Wa>q2)F!;33*nBeal1IL)J~B+D)4
zT<T-=hBdBbL-PTK&~vSlTMDwVZyFDVFJuj-6oa8v!fo`Ew;)sz=`#ya4+TioREGIh
z<@>r|WM4jCCD;oZ?A-}RrjH>jggysALM<f<|B5u=|5VrW^7yD<vpqs*p}cWKrM@nI
zL&b1c7M0y+Tr5`%8MWrdzASG^%n+*Gz-U<(yEs2_fo`?&9$FX??zKoT^g>kSY}$L<
z4O89t^!>#Ue=D+H(%AZMqugy-DO;`!`Vlz^1<W|x^m)Ckstk7j$Z3oZQ!GvsZIQ87
zN_;H8h_5Q<=@dn3<q#N{soRh_*giA#5av8lp^uES-4MpBQRj?7z?mAxh2or^as`~j
zh6<+&XIR77n4qum8<gCUw)|fD<%On*X6t;8kIL`WHE<RJ=~beWIBpRnxNGSA-;@$d
zue5U@Dx%rXLTJ&>^Mvr4%{Mr}p7?h{(xJAgU^Bcz$`IV@u76{0hET+G@P>AzK#SNo
zUi2DK%^h4RXiLmzARvgGZbt9A{8?Pe@-!LM{n1W(p7?4FbGO*=4LVkL`MjMwC)_Ae
zn-O!kb02pyv5?H#B(2_t<XG|$^v}eH5^0+lSST174B-!8U4?#$!FpjeS<4aW|5Hn?
zo6z_bfh;f2HClRvd9(_wa5C0Dl{R8oxfs9JwINLKq(bP%ZHNafX{Egu*HoxG55tD7
zb5lKs2cCCa2IZ_Jg}L*e1TQm6IhoJO7`;gB1miR=VUDpI*UD3b7_4LyNG`lL3~#<s
zb)vf=Wfx>=anUK#tvs{he+iKgJzp+gk`V_4>!fN|VOfo1)#%~8g8x2yxQh9IarVG7
z+~x%+ux!m3zS0>uWCw+{0uQoeqWpOKo7(3d5o(CRY7att-;qZhN->q>uDQr?M`Dtn
zX8;IXj{%@*MgG(XLj~6S3OVn9!CZ^fb+)ulcKwCJHU|VhXF6{vElP=%8?d>5^%Lcd
zA~!ats)`u8Be;WzES{PZx7$@EF=sExVCxEVWp@z)q6_2C$Ezet2#u!nyiTXEwNIvg
z3!Fr7FwIfL2Ca{X+T@h)QcRSHHw;~?o%wMHGG3?qGxh<1tD+^6!d*9KUHCn1SwB#6
z2oeBhJ&a>drF7a5gZRU3$&XzQDCqN;ZISN++dk&JlsaZ@dTx1NpO4p6{k@a`$;tXv
zzg;SIAKg0|MFHroDOfD)y}L$VwTDMz)E}_Q1$66=3vKT`o*eIU(^X1KYkhOUzrHRw
zc4x=U#X)Q7sjQN*b0%>qC)A>JvA-JTZb`)5OgP{<|G}(xc0#X1^WR=jmSO0$<*512
znn1OO^3pB^Jt-BJcg;DUkMF&0e(aozTHCpb>v+*K*=rigGtPf5pBR2p7VqUg=r$6t
zqaI%q*cQ)Bah7bgEVG)|5P2eLc`{AA!QUxZ$B<vqsGRc0RACO$sJ%C{^MqLZM|0~K
zJ<%Ce9ovY@MM)Kumv<Yq-S@dh?y)o`zjTS{+<h)<@~(62cKi9;yQIvm%OyqLS)4_+
z)=TwSZuBZ1-&3`-RC&;#q5k|6OvP`_wAr4jDQrXZ3-`09ead>gp2f>PxRqOfsw#Wr
z)2eO7l+U{-<jJc+nXNlc{YXf3R)58cJ=&#~se!uP)B0iMj_$X_VD+tEOKqQZXO`Sv
z$?h76xZ0Z#CHB!-*81wJKew9-(vJ+={4}#qGuK0R4qOx)|9ny7^_?B@qLNQ`qGPM-
zAE!R|m6^{gGfh0ZB{p;H)^(LE`A@~EuF7scJC3n5ThA?gD_=~RVIBNhVg51e*)dc0
zCD~-t3-+fTp8qVSMYL{z;&N_$!n)|R&zGx<eL043tn870^W9ogQfd1|k9`_Fo7Q3`
z!MPw6gpZfHD~#~HpMQeXmJG{=4j=7{me{MD66hPB?xRdUDSgHebWu)w*-a^M*N*ky
zZa0p)W}#&zZ=8>PCt7$+>b=c@-KUOtG5LR8v=7F|zc^|5VMn3<`$TlverV!KgSPa>
z0d$T|eyD>7Ha_Cny7;k^&m`xpR8ga#jsgXxN3H{MpERFGB!2Zj+;gg9P1WXk<<Dn2
zJ7Z;&>UPXo-PotSdzaK?HKDXUsB~^{*DN`3DO2-x?5)-h+iUmOXI3POh-mCC6xY0X
zJF_}6NO@<^^E=5Z8q!B4^nWfN(zxMx>@w>@Z<~Bt+5TANrOcjfQR?Z(re1eth-y%r
zXGDG4m&FsW4=caey;JtkyBq#NR;Rwqz9^D&)|Ie#k=*B<a^RnDr;?WT&RCzvlk-}2
zhwM-E7Pa193fb`#cd)}MA;0z3uI<w8atz9>c1>4-QeBbn=U>ty51zaDUgx~;QCd%5
z%51~#&S|xrY$?=9Q0mH}UOsj<!99gFw;LtSDm0FYw(!hr$~>tJB~5C&WZ1L??l4)D
zx*FUubue4}`}1}^cXkN;Mfc8#=!eUP_wZ-xlf`#c*o7W_^qI3?S6MNc+N=70+WWZm
zp~WuEpijBi&!|l8b01-O@9y6jvw!e;TbO3cqOEA<6+^}mnyY%E#pmGM4KLk~X-5NS
zR}_^l6Rjt1?D!S_?6l^InE-1gS^V-ooA2fK4(q(X<K`mwSqb#;^rE&sUGav;J=)Ey
zUMbEmXNGUNkdG?ZqLY1ROm8WR5BHmD-B>z(^zZsphjgd=gGEax{;ufVJ}x@ukUJ*%
ze*Vs3%@Zy->jQ7{Bd^_l{ZvWyk==`_MM=f#E7YHw>7s4Feg!7oco0_U?^dqa;_}m+
zdQ17)j$3ux=5aSZbjDfO{yDvShH>HET$X3Ex9j$uoX6hx#x&+sZ`E#7a-2~gIbyHs
z8&^|&XR2G&)>Et4_2&bT;#+{#tb1j^>6gQi_1pJoe0f$i?5?2@{$t8V#`%-;Kjqi>
z3trL#KF`g&vAHjPYJ5-jP|`5@b}Gpmh6{9gPTrXE2j6f!En5k=gt~t$%OCbQ-gh!<
zr{t67!6)_S@n+8TEw_JNXwDSbHMG<E@SsJsL%Ns7zn}+N&VwR+R*Lg$nfIbuG8Hd2
z+9(b$P9h1ZCNMg2c8Brliceimu{R$rBv@$N8+@oJ5`8ntr%UCC^YL4n8mAky{a=>O
zR_^Fgj1ArK^!~x`YCNaiv9DXV9Sd+t{rda+VppL^E?Lxk`ix48Qs3UQd;fvd)f&Eu
z8t0M&TU1=;e$6&VxOt!dI-f7=A}OXX`y0!w_$0kI%J2Arg}9f7pWQxG6kgn8yK=Sc
zx$bf4u+~emwJ9QP2RFk!3Tej2)sLnfdy(bCO)D83erl*_nZ6qA+*W^7tAF%(`Cdvm
zY4+M-YLMlxw*hD01(aI;tkzW2&?=0&rTdc>A(8xP#pUCfDd(*n3hq^VG|zAMWW`cu
zW?t-rT!MUg?{O=2R`lQxv<S@2IP+JUUedm^K6w?U1|O3D^y^7Qdms9}(|P>4c9F`9
z`I~>{3agnl$10yIT?ty=+6qYvZ~GUb|K_c+{Z;eibUmI@qcdvq-n_y<WxpY6@2<e2
z=&i$vgU^DdFTZ~`xVtp~C!OInbV>2r@WWRvln4LbC&#Coh%3Hbf2ckiePYt~^#X?W
zA%&%C<D#77EPt&0kCOFWN!2w{_@9Bdt2Mm`Id3nq`(u62W~0lJ_r4gB#EL&RI#qh;
zZl^e6Pfy(suZG_(uTOlLm5YvX%yrkiSn|DPq9HQ%)6mI_dk^o_JDsa$k$Qga;4#xq
z&B#5PX-`tMu5OQe|9SVgMyr|sPJ1f*tZXu>Wp~i+(XD!u!tIC3cNQMa_g&B}^|`-O
zk@>;8>b+@<b8&l!#G&$s)mKH;$1A)8WdhDJ7A(VuK0!O!3tQsY6=!J;^Yln9>3|H=
zyUrFhE|_^ek?uFgUgQ?Nbp5pH?xxlLuSZMlR-&SHuJ+Tz@6ESe6?<r(>(TyMtF|m=
z^OGm&kLFLwgy>vR#S0}}=YxaV+po_ZxQ~t9PT&8eDImqU>;2Okqt_;~<R#5yy>;uO
zMK8_Y+85}$*HSe=WYr*f!b~GyLbCbb$LgoXa$;@nZ<w(OvGu=C-myOsH<rJiWz%<J
zU4DBs;nv-LH}dPkJFTYXGNSW`jAb8ozZ}_l^M<p*euax8k{TCxoDnfvRT_SGF+uv$
z9+z{E@6ZxEj&&)Pu$n)L(7buCU7Yv*2nOwZpMT${UBdh2@|yg;uU7^y&po-Zp!QsE
z*YSX7LuudNK5reXB)K<TP4jItc`xG@oHvsC!cnz`>Pphj6VKNBs4fzwaM9`gvTfVT
z*kzCJ=}Ra4wz;?Fo>RTK?B?6vULd_V7C)zixGlObe(U&}Ui6Gi>h11MAYQV<!s_0~
z_@f@;M^&ZlnLqaK%X@p&Uvi(G*DkfuM|Wtv%}w?FPn0J0J!aE>e0Y8+QuX{Kvqi+x
zPe(<Z(xrV1Bm%zlFw<B+%U!W>ufK4>O?2N0FN4S(yTT$XweOuVEx1|_y~R0Xae!F(
zI!3u9c!!0SL_*qLmy2;F%V{@bnLegA4I*(3Pt)Xoe7mi?Sozv~`!C{acb|_BQL@Y3
zM$FojfR~b<<Rgb(`ug>Tz+dWW{sX&+1SuxW1Z3DBFR(fBI&L&mOXBJ8BigI^*S?D1
zc-k|4V=|!aR-U=`8Syyv`k8>2{a&{lN}q4FuW=8(%h)w?v*?1I(h=i5am$06{zirD
z=CCV^s_7#|4{YNf9zQ4R9eTYy2%b}V@g3-Xs<WWdzoRGGF5#i`IoUgNZ+doUFequK
zQ{QT|@1O<4x4YVFH<azXBR`Fhi1|Vt>@2R|SE#P^=kF8Q1p8{O9C2ntZMO|wDcV}?
z?*;9;0WFWBsn-f1vBazv=~8pOE4NP`vV(sru$#*I5j^=?bDQa%54Rq=^UqFweRXWV
zWVGC_;v9R}Zrb*jiO;etZYWAsR#K#I-;>_f*Bc#ED;%b86}Nu!T)$v<59DU{UX2@v
z_BmX0be>jiyMFHT_NbD}&dPH3uP+WPzYbIWy!CB%k3rTE*EuUq<!zpr-&dlJ9egQ!
z(IU|-sk^0ipzoocTVnSuNv+u5s&mhq(obYO-J`Llj`}H*6d&2~J4xBk+`+R<^@G@V
zm1j!It$H6M(t;6{+S9I6w?nBf0j1%kJMjwEb>blnOes*SxLkC>`G_0pDb6=+o@&xm
zFjA>q_nt?bx@rDVt-4&7C%G@_#Wpjw_tw5r7e<uxGH%A*Xn%9EUv28OjDZL`ssJPQ
zO5(>*Vpmd!G4;h#-ZK<uN4g@R?0j0Q`=qkTdpD)ZGUln?=X)KhQ(a@n4}DV%9p1P>
zYxo*tB5Z;Oe}6-KP;y@@%if`6nIyUh%Cd6}YddsE?}~?;N|=0`-mUWyt{H^qXG1rb
zVb`_-2LfKJVyNkQsh{xOz83K_%`Ng5oi%+wWX87RUMl^SJYZnjCS&=_?Nh+lsl7c2
zKhNqIyBp0}!Gq#rKT}j3S6k-yrN>JifFIS3w7hk!ItWmmGJR>Ut@vtn-*~rm!d~Xt
zz*Wz&ygY@8*`PxeJy&%!wPw@zxRwNt&7|%knyvxIrz?WgJ||Wt-OiNo>AZB*`^nLI
zBhgu(&L!^4{@mdB?HUEHw}+IEuD<rD_?cy!N-~KbxUb|kyfd?c&?)=8<7j4!rkioz
zq?=)4Om5!IT2`lqnXm9-(S5av!v~HRf6VE)Y0AB9zGl=jwbp!cbwu+0sg6uNxYkqm
z?m*QbwT!>2^wJw?Ux6e8S0n0od6wZZCBFHGr=Sxz{+VegpZc1`982#`!HBk1q%A4S
z>m&pYz*+6SC$dbx+$xyHnrq}6-g=&4b3$v*<JueWPqUPWs6!v#WQmxh-PkWBFN!fg
zrO=Ypr7Zq4KCnA1<MlzE8~d#_&)ojvmEU(r>vi+~FNvi|J_r7ul2r(odTChpYpwpn
z)!X~SET=?d4ECE?ZJQ6uKYEdoAf<omn)kHvBhEgF$=m($t{<nqoe2Jy7x0nRMeFgh
z`WBOS@8#12M;}?GUj8;#`D)gz#dK3z>*$TG_j`57Fs@HqLu}RiT;8Y4);mnrzqfZg
z1-&)+pqDfHW!tHipLVT^6wfLAXh+G8rp`=_Eaz@nRBr8#z0T3|gBs7zq~f=Z9}~Um
z0Y9;8o&TQWU^5y02lyU)@`r*X?ahyb^rx`#gRx&9wB0gu>lNk4wXcp`ec9Tlc?SCU
zuj@#)N#<FTs<2+s*gvKpG}MmXJRE1a-M_avCg9WY*t0{;y>AZwJPus#DLHUXGMXwW
z_GHIF*3p0m_w&tQ(E;f<!ae_v*S@&;axZFfW%3lEUsgB7bKkhpPR)N8WQJw^56F7I
z4R6^!S@u~prMLFsw@x>fr$ga(GxnK%Tc}^N;$Ee1zjk~3-Pf7+Js;EVo%(D;Y}IY;
zYRre+ZK5S~Z`+GTFP`O8?=+~`c&k@Y@jyCvMSexK{fNme@eS|$Nh&{*h6~?55xsV>
zH8XG7%q>4vFT>!^yNbq4jrPn$6;9SZ&A1Wg`0vL}-d{GjZS|>!*SGWBxxHJ`2Uo=t
z1Bc+K9rxaA`_NBWXYXq0e(RO%YW_0petY}*0m*5j&llta+^bYi(J!Kol#-sfoVS<q
zJ=A2~vZ>0zDqa-Vxg)iD&*gZnZQ7Zk_G_~677?SatU&uakF@{p{vp4!dgr6P%jfO0
z7dvuWqz~RduHWDeKYV;_Ry_9PZOr)zy%T9a=4vNjpA^x0mq2#8dd6A9=mBj>)hn$<
z19zxW>;%z$RPn>eJnY|uw5<E-&XetzGaQMc`!?c^eR`90;QgYgS;vyPUaF<y@7M^U
zyvV+p>KtRkL)hLYib)mnX}7(Od3!IudT#yk$h2kqu;mrsQ}-oLdcLvA+;g}AV}8+g
zaF5vIiJRKh`|}QUe1`eQKb4TRRZ_d*B!2DrjPG=JQl)*_)hkIZCu=w{K~5opp5z^S
z_k}n4nm&9|hB^;)OdRw*YGd%{5AW)Y33ArG_lGn_y)IQed@rV6fvGh7EZXM$;-|9~
zNnSKWRAcn1l=F+Pw9KAD=Nk&Asz~QG&dzJ-?udD`pQcskoOP8rBEGNW(zo7Ape{WJ
zZL!Cn(~ciG=3GBNNOs8Iku6od^WkZqdwyd*T9NWzDKWY?uI|pLv8%lr@A^SCH*k9j
zbE75qI7mD$?Q%>wdRXHu%qzMw=gmI96T4JWjrSZn^7T9VtC)(k71YR?t-V`v{$}~H
z)mu_ezW9FK`&@Z@H1UWfd+z6vvsXpuG&=(b*PmxPyuZ5rI^|$y%hpk)c&{(ExnJXL
z&RD$qbKS;LHLzcEN8Xp}k>%Dx`A6yligRD$ZlBoYZnoe1iuC5w%YU_#_lR?SW^Rcc
zYL?fHk2FkeRu^g9({|D~>hy;{8aqF=yf#;<Rh1k%DwTDj2&3a0@~YZ8aP8fZzIPjn
z2W_<It%~h6b<4H6?swfG1;=~?d^@fme06qJNqoiE#mZjN7M1UXyL=aM>E`xp_j2`&
z9^LrjUHuf=bqHj5AVzM*Kl9)2FFV&ibSr)n$sHRXAGj(bp1JR5oHzZ-8}H)hK7V38
zF3$WF-&foF^Lm9#Fm0~;(~VwlDXaV5YSleI3MUnl{+V@^D%Yh=Reo>&(0)^0%(>k@
zt)=6#iS-w=+s9W-*C&ET%Hou7X*!=8a#^oUy_hToGEQck>AJQY`5IxC>+knreY`SO
znGQ`3*AO50RCszd8}<Cw4)yzG-#`4kam4mIGXHg;o7K_eop;3T4WoaD^)6qy95|}o
z;%F8hWQ+;FWR{usy(lSupu|d6`3-UU=wYd_2altb%qGM{UPyL0U%#59{N&y4$y;vC
zV;ai8zTE8Ge#W=S_mi97cCgX2H@|&FcM(q-1Q<s1Qhi-+f7y4iLhkF%FLn2VlT?!_
zzh2yI+j;Exzkc(f+@pcT=4L%V?K`eMrDc4{K6M0H>Nu<(=%*6mvj?cF&<yVFIf&{%
zbo6oSOWwg<Wxc@J=@L)9<e`ey42x???OL}yCtM@4{%P;~oxb~lL1{j<*D&9-FitjB
zDbI%*8g=39lfZ8Jwu>Pr`#*-=Y#;mh!l$=KC8p-Sj`<yx`zb?CF1(Ax8{oI$s@_T2
z7ab1Hj{A5_vQ^XOFF%DnF8K1=)AfMp!N*1c_RVI>(qF!98(=(mR`-PNN_;RZbviP^
zBGKtoceRz_+j@|i<;W4khhwylu^aUcHv8;dmwC>nA9UI)9=F!`lpIYxS=L}ye)u(3
zau+<><at0~>Bq-6(k>LWA3k_3LG>=Esh}aXIle|b?A}4h!K1Ky7lt%M_03x*TucH6
z%Hn3vBp){|-6vedPwCanwysJ=`Ni6<TvNYt+0*C#osZ48YLi~APLa*q%0J?p^=jgr
znUniBrmsPf8C}%n594mbhNxGD&i1x`S8+t}<fYd2Q!bJX(p7GC?$@o7<9AO7Ot!zo
zyqlAJaXYOmsUmFr^|fplb4!z;xnT`awj0r>rLfPs;^J|4o7T_1(Rp`#f8R>s^*$f*
z$jG&&Jl1^Q^=*gh-jw3&H?1?T89dz?{UpN%{^N1Z&N+kf=%W26#WQ;kdt927gq>GC
zc>T`K@RCMF<F?`AYp=z&o1H!65-V~hxb6189d?B+YGV}!?23$i#+vm{QHHv%LB}U4
zY6p{TPE*tFxRmZxwezjncl}7Php8(bwpMj~`oR4DP_LC1yPd<GBgq%G9cogQIXa!^
z?kkow1Pk&FKQnf%`*zL8JsM9J24p8XzTCX?AbfvpMw)u?i|+Y(g+Ea>{@Y@Yipl-E
z@B98)`9Hbm*VND-M~$Y8<6eGeyKg(C4(O5ebG}SIyg=Bt@6E%S7F6d;!I$gu+hT6{
zOz-mk{-fs8!T$%xKsdh^9CnC1$myYj_+gtXP7?P|&9YHmMpq%(TG;3c=v49zQ$cJ}
zmNmBz@>DL9DjWTnFley`L2H<B;9(#IQp6erjbU763$YIjjA(<vqIS$f=C828+o%B9
zHpfiX#Rh_dd_)C8EMeB?vm#=4QPXS~GGI0f7dC8afr+gu5Om(Mc`8*5C>62|g0*Dq
z8CO{h=WT(YaVm1&sTLRbT-F9bJCidx3tV)5teFnPYFG^iA0X}p>PBl!NSvCoQ@@C(
zEg0o1%8o$9#-cE@UD(_e=Z@GDO$CZWTDw3QYf%JY(DWg7UN+JP;i?Uzs6Q)MP(#~l
z(F$PDnKdwosOOAcXU%~lO69C<;4vLVj4*DK1FR_9`D20|>uV1(fFYV&gHGc{+FE=;
z7_7%&l%O&rDtsh6ByK$ABv3Ownrx38vFfSp-sZNv^`h2^Aq=Y4^Qkk@6T^-8Cn4QI
z)p|~9BVx`i-KN(9iIox_NQjRazS=M(RTD%m1i{SJ`U!x+l^qke1B{fl&JxKRQOB#S
zqlxOe2{MWV0krYa55tSvEf8QxPH3mIr%~Vv_(XpYTLmd1&yQ0vb9)npXz&f>=#Q(Q
zHkSYyCCqN*#}oe%Sg`h-N|KdDL&lk~O;s(w0SwXgDh3%Yz2&tk5lK98u12+>P_p(@
z0~j)H0+YLYH)03OFbcCuNe(`N-jNiJH4M?;GtiO86)G!(1i+AR_)LI#Ob#BCcQz{$
zq#_Mrpgg(@HDQRB!9gscbJ3}^4MPG66$oR@vf67C7z*N*Y}3M)A||ODQSbo}@kurq
ztgXd}I~T&BOp-mO#8zOeMH^*nsz^-UPbQ#WH{vLatQ$(ChLac*S*zWU5u>i|;3N{n
z6VoQdn)rchID#lJNv<}R0Aoc`Gb#ybdWFNh8#Rm|&bW{!ktsf+x&|1c*pi^5a*<JN
zw~a*Zi{veBw*o89YnLg6p&6AyJ?v;$Xk8IeI7R%O^(IEPxe-euGzIvl#e>ppbK6<;
zU=adNd*IPt(!@QMtT=8VXiGa*+xZd35*W~Nns`iIYv8P*!3QD>&W>|c`<ej|iTLFZ
zTp7p-=259DB6$^fTBS0k6m+6ZAp_fiay>{U#(P`ao{=>tFc!37Q5tBj1cwx#Xq=2P
zP7z(uEb9{*HgPjRI@`d^8!#DF5JWo;+tdUO5(at*L5}U>pxab2vxgr*fVv5pHxHQ!
zqcgS{_9H`(1A}s!ljs^8xSbXR4pq!0n7Ikh@T9sS1THbgz!^3kBL?eo2!UD_k3MYP
zE3^tcZP;_-h;9@Z1;V^@)&fC&31n#&QKu`lX@L-RiQ}1V)kb4Leg#7EYI~nSg0z7n
zT!9e%N=||$V}3&Co82dl*A_x%!lvVfw?K$5wBp(GQO9Jfz6C-u_Hjs3<C*2WHIpP=
zw@CvQ1SA!WJuL{#AkQHZlm#ZG+9v>ke#S20u;_Cxxz;TRRK*yG&kuXi+2%eWnixo9
zG6QJVfr=O*Au>|OBiLFHsE6Us;9kTuuN4G(F=r~Fg7_KsR%-<#-g1nCqBJHn2i!fZ
z1Q{lqPp*rHk%ooR>IkA!n^P^SxEL`4vVy>1V-2x$HVAgEHN1#U1M$x)i<p9twU!C`
z4;pPzk-)8KEnXBFB4W>*Du`Nsh~xo+WH1Jer4Q)AHd{q<7vo`QUZGy7f*_v69->-=
z(ylchBuY9T_ZhGji`LH;1fKoGK%`ee0B+78TBc+A<cxo#Fx(<mBnaCWIJ#+;N3sQh
z@z+Lyog+xUs<lDT{1o$*1B(}$)tYk@%447?%!gIY{XxRJmCu_{N|KYOf<SefLRYt0
zV(k_LQJgU(B4H)A_J<+fzYJ0+*no;!Jx2v?7*Uc|p4-+cK?X&6a8GAJ?rpLgsL@q9
zmL?|dV`$o|AkcZ$84W9u<B3QW1gd=SM9FxPj%oFS_<0(Lz>OkqlYo!}ggMKBh_1V+
zPN*PobTx>bfx*?y)sB+4!VF(d25i#8J{HGHf+09?*m(491wjsL^?3$u3{+~3F7Z{(
zLX(R5cUTjG#QJm828ft3qXj_@bz^7(mF=;j5&jIsGU?l^1SQ76_`><2iX`u^AW(af
zqtrq_oc6jk=OmS54hxK72;_LiA%rI(yb@y819X$(pok>1bGHrsuy}H01wnG-SX4Wj
zHam`jGRZAzUBFk(R*^jLkg9|^lJcU0AlV39W-S9kHM-dkRJ93kM=(xc$ZiEeb5`=C
z+;)Le)J-OtcqI#DOuWYA12qWFh`^I@1FNXp!VC38g()!%54);Ch*PPDgGRl<gGOr*
z;!<i*0`-!&8%B=lQ$P))dD%5Va3ay#9Z&mmO|gO~O)<rD)a&b}h(vs=8F)z;8!Bmb
zpOc_<Oj|9ObhZhC5;z_~u9f1pIWL^*K0#>L%BglOs2OnR!=xSh3DqDZ>!-m)VS!LI
zM~r%RLW0V8_6uwFg&f3UAm?M)kb*U5Ul6S)kZTs5U7Pbl^omA<kvq)2X!nJj=?mws
z1)8N)yD!A)lq*=4p)1XK5yYz#7zq~I$eQyah%OfS8)GnQL#-bmE}aI_hD1+-X7?p=
z7gVV6b*4QpM8lO2h?HAWao<*tkTZ!ToRSv9s6-Q86vs(|fgy%kxBKEpK&0gp2$uK)
z3-Ba}LG*2;MAWHx;$DonvuzOKiHF&LoWo>KH3(6_Vop{~&O)s~G*ON@WOb};qYLUD
z2bpwdP7%#{Azrr3V8nOeT`LCnhM^{r=OcXdmbKBnbO3=CoJxnP!gw()DqXFr*GrIt
zz;YZ<`l`$W0E5iBG+@oNL7b?y=^2KE4oU_J>#!(n?R*3<#8uY1tmh1<!_@Yu3?u1Y
zmZ(Q&qSo323^iTg(ceyvgo6SMIXO&duqZ^Xy|Pee80rkq6eLm(!g_51MHuRd2`Uq%
zB&stoxox>_g75@ZuXuVCuA2b_$(`Xn1bQopr&<mnP}eC9L@SFJ6xwPPsyd~@%==EG
zc<{7gKTw~{JRYhi8Rk%}K<IHaU>ouQVSvT28ZAKN9vPpQ?*~PrAp~j_9lCb~)B#qM
z3WA($4hLZbUKEf296})3ciA2-qMC&$W`+=`@RR647SM}o%{r1}D=;*}Nh_MILKR_F
zVzD^7UbO0v#7m21pA2mka@7?CCNIohvC-lZq?XpoB1b`JRGQ4B!WINk_$4)D%+X}f
zcdUXyg`dzc=P`(`*>hAEIq<UzJJ>Y$Es|kPO!g7;wOXZ!YRw|Ci>C~=b~>u>I3ykm
zON^+Ch7j}+U{HIB=(o{=AYNQLkFHnInX`pWNGLicijRl!wpvA0Qr6=+UQEc=Sdr5)
zEHDOP855Cv2tkxs7@HWDRddd%N(%BRN52!*!X-rcqai*aEOl*LxCB!~DWd9RK{#lQ
zE>Zp{5YnUl-?zq!D1Q_Lgh%JNW<QAXM}gl_O!e<tV@2HQ6y`&Z$u64^B!)g=QL`li
zX3(t}bhr{F)Dbg&>(*GIVg`KTq7lR!)v5!dUzEVqt~_e|nskkFc6g>^7;4r8A<8uc
z36N}bgldA|0CR?}^$brLs6j}UJoH|V?!|2yP1r{`87GiW?wT~3_$p?fI}s$ucp_B`
zgy;<%rcYoJL$YfSRA@K}0sW3)TH2a<AWnJ^JZAz*X^$8=>)Zm>)h38e&Dkf}{<6Pn
z47bxlH)|o$*!1v8Pn@tT5Y$a+Ji;a>7H!u;kE+Zv9k(Qywgxc-geE9!uVh8ls}OCd
zECv+RAXtk6y*;xQgPtl7a$Kh*2~wGAFBnbS6VbdJxaKyuNrJu655q(U>}D-U>L62W
zOh^!|bWISVnS?BGk?;1+sYF5~na`Fd#uc7dRf7=u3=Wl%fjqVcnK)-Mj+P{jZay^#
z2|)+HUTK7HO93Q~(L=ttAZ1Np7~)li8NXt@TYHd+IOkx$1Wrmfw;0LTL{6#>qBime
zH3&A$fj)=DBvGyXLJx~^pvHGTIwv+k$XVDL@(Dx-rq;3)Bzns!)U-%EbFT&=QT{T!
zN(6oy6Fk)*q+yV>E9PL;tpy{fE|;OJQ|L_#jSH%nMHNtxOl`CKL}hBhVJ&QZ$J-!^
zfFOpE=$KG}5Y>cLu#y8o;?1cfK5iC*c%!qhYz{KfOlCKvm|xK%(^G?xOa*8!h`e!g
zUWl5}!r3`aN#Cx8=nO3!5U9O!?OI5<Yfi-?0*DkC&R&VZL}8w$lIxh>!8g&Rpnk$h
zHR)m!KGt3_L}_S{hYLi>wlJ(9G4pshFLzotIYnWp12gnL%uADs3vz-CIl{*U2BTRE
z@g>Eq;L1lHun9uEq|qv4VshLj2+3yvO7_6cp^#UDAnwx;_8v)+ZTH0x5J<War0zEE
zqsN<p53&vP)it*zJuwW}zOX7eZ#9hMNfIa_1wNVk)*wqlEwTbwZAD#8lZs1%loiCY
z1k|TZ3oA)tU{jz53N);}`AN1TAwgegrNbm+6$r6oNe8%3YSpB#k|1Si(E~Ne56ux1
z)LsG&^8xcW8%AQib3EM4Ca0T}PfD7N0nhAJqKU^PwaNgx2wNIMMJf=I1x2ERq$9Z{
zY7pY;FX7NBComIC1wu>)5{_%(vlC64AiM&JIwXefay1B1mV<)bS%q%?H3$hpM`3KH
zI&6U$5=;OVrs%tG+aNTj1RPZtIOV1^LbE6dP}3=9WRoOIOS+GlfQ*)+xhx$4;aT91
zM|$XHErd}PkXbGW;=Empr&$Yt@W+#WTU4AxR|z}>)M|yNcvT>Tx#T)4vsoA~+gdO*
zNfRfGvQ<r_q&SIg&{@?SFm-#4DZ(jcUuv=Cf?U(?3#!=#hoA#xVhni`gqS3=zi*6$
zwM|)65gRrKOS$t(@@6e0ri#O^ltFfGk|df03O%;s(aTK%hUS1`-U5b+C-F8xNH7R^
zFxYq=LUWB#i!9g~qWeyhz9>UXYj6f@bgFN6pXMt8Rv~O;+f>BR%tB0I3~=D#nrn<4
zWx^zYFt3_&wIVzW16QPITx<8mQY#_op~7xyFBnIr63^?Ff$}w{l1T52p|(r4xjyA+
z<O!IUeOPdnYX64JToJMlMkW@$F&Yqr9t+?sO^~W9^FbA)<9QATi$U<z+jIayv?CmR
z6`A3}4%OA*zm1#A$&6bAgT~FUA9Yv{lW-J$kU?x^^cxH7L0^}^URN7sBuGbFfeI*B
zQ}2-=9cdt+YFINy4R`QJ#0|%zJ);kc7?R?Vh#M}zdp(dFJpHNyA?FWRomJd{hv(G}
z9tqN6In7r*InkQRgjt8rIPcNJTGr;1I()`?^zNL6cD5kUq^#f!HSR-CT5ClT<1M%!
zL?<6UG#rh@cW{s<c+9XeG;II`>_m$gBA^s)Tm2v>&!L{4$FR|%(Q_pBLZb0DCe?24
z5)$PA#32ZwwmDWL%E6nAgS54hwfaGfo>{H0Vzy9Bcu_%M1cCvq<zg^YYwwb?<qS9l
zg!f5k;ShqvEF`f@&kmGn*MTNw3E4<33;3nga}u+F$r@xps}=Sg@%7gN<|8l>%^hWl
zkxdcFMyb~5I%1e2X)y!#ZLKSMa2y8j3hzv7e-JNjM;x@GyxoF8#k|w`1ST(HzLORN
z@kR$P?id)WS~E!er7?-<EF!;&6^SRau^E{#LGsttAS7)Bh^JacCbbDdGC)9Abl6js
zKtJX%tiUf<&K%5JAjBlc(T)?(p>2Z@=VzAjTs&iv4dvz$mr=<SB5Wrr!{3O@Xdu<-
zW~rTRcAt1NdhlipYsI)B_cZ3s=phP21f0a%wIKWCFq@|v(Xt{Lt@HIpPi8J%v-?D#
zcNiWLs9n1jlEcz~%229E78@Yc!h%}HK<T}0jhG;z=Ng>SwGJ|EYb6Wf`>kNV_&_5?
zvlb#bNpM(Efr3@GLI9!q3<L?I*W|lM(wKPm4k#z0D!2tgbO7j~6`f3*d>2VBFF2?`
zV#t|k&I>V?amYt+46ik&z)BEZCdX4PV)Sl>kF)zLQae1KRL{Iw8xSPXkb*j*!>q0-
zYL*<(tpYc`jd@5a`dG;t(n8iXrAb`)5CZuXDM2e0U3y)sRm2jFN6!0bz^ORS1VL7c
zLBTAJLWT44=t?Tf!A5ap)8|US?H7e6t07sk3D|fzh2X%8^MT3Jl!=Z@4G2O}^AyGq
zJ%>jd4I$9aK}rJ(OhXiyLkODD+-8rq==@wU^cjNKdNe@zK()<~b<Pmv5Oc+Iz;<A2
zUFB7pA&8|*Lh^)|&O;6tR)!#QvgTmq_hG0Z%f@g9=^6FeVIii#(|FX<(}plaOCpmK
zc8qR|5%nz)l>TA@vKh$C_l6{Z9D<<qXEWL2YAebCl?@JHG=WJ|Z?>Y>Xr+xo&vgJX
zo@bx>=q6pMya0q8<0u_0;u!oY8l54TLp4ahF2*U^ifaQH^jyZ%6}RG1qZO$K5ORoP
zKF`Vr5Gyc2*boGVS+guQ#=~nIo;X~=;4mwnJ@=zOfyJ`{D;N~B1MNxEIn!a))(iCZ
zM>T`h`3S<8Q@pZ~00=q2(eliJD@6{sAA*oXqhM0?v+!p=G${iJ$(yQEf)=i$rw6mG
z0YC;Jo@TG}P77m!$q_0TT%1BBUSG}jfUUHvfc;Q66Sj1})nYuQBiRp!AS6!-caW4&
z#pKSdeS>^xbRw~7)Pyn<EhC9a@=0(ex-B_8&};~T)5$<+i&{2=K{CT?Gzk*O?sPHZ
zy(Bq}h9Kmu%X}t*ipwUnv$bqA2`o@LlNo8l8fvzTo`;-zW1^><YJ=eMlg<DVWMKiw
z7NJ3>0uSyETP%9swk8H8{FuzA$7eS1?h;Qesw%;wG$jf<UZ8EEg21Q>^o)z=rd2-R
z00FzqXQx;j-S2ee>HrWpTA+*<F>Ht1CLwnS0^uRT1Wv!%EDYUnKF@m~{H$_{1k#WC
zLOA_|#q2rlW}!mF!O0pk5?lG$0|aKzQD}iT+UeGepf5#qpGb&8c;%X_5v`UkA0QwD
zLJs?+(#-)AgMAk))5>@hU*$Ls5ae)9IAb#GO2%6=;z%wWaJW_hVcJ&L(QILJ9Fg6!
zEbxm%Ndh1=fyh`jrrR;CDMUL*Oh}a3P$p!><pTt2SGCJJMju^oTPq7CHLG*N$rumE
zM3bLJ6_w422BPX-^U7=i5G0Ps0-}qNN3Fr~L=_FOpwV~GxA{<dN@$ux6FN__y;Xb|
zs<n)VJoYl67uT)^qjqePQ{z??8qYhgtFZ(oFJWV)u7qv`!Q4I;JR#$WZk2rmK`^<G
z1zUaKN4RhHAI&hvz=3YjAkLetJM!+vfJ?J<y7oFj5Y)$OR8pBh=-Rd5h+z`5!0U?2
zpC3VR#3USJ79=*`B-$k0-pEYo<W@{ISt%S*biq_m+-3>ML@%#qHOTEoU(U?ynP?_y
z@dhNW-Q*A{Kg+by7F|$D8E{=jVkY``H)jU<<Cv5pVX=5Hd|RkO^@euov<x22aKbfZ
z7mj`eIw$ptCzS_zr?S^03^|7ujs=Z=T9u17f{<fqC4|pf!X4Hi7*VHvJ|Z9<%3Jx4
zqg0933=KK70)(ji!4L$;OoLKCun4syID(K9Xf-Bkwnnr;NMC>v3B=npxgDa|jnV8`
z<r;mcnzbNvtQEL5yO=woImpCTrqJaw9?#xfWhAChCGyH+j*5V>+AYHrUlRNkJU6b=
zh9U^A7)(7L<X%*t*Db?Q=BfW8q9&~>Ej_>>=c>{9!UlPyO_`7p)eKG`4&pT?d9Oi8
zj3hZO#`C72LxS!VS}{dT(AVq>iAVI{+ZemAo5-Bl=6tgCM{SSvl{+MYV4#_EnPbp_
z$h5aI346@31JNT)_{xJ4K^y_eC%;G6#wNQ&;!_|CStPPfw-E-3W6Xg7Hb^?Gwm2XN
z2`q&K3Sl9r$|DRxNMtE27~?$`&3W;pFA$jM!VtH+Pa+dFoRb;P%W5NXWaZ+~n1ILw
zGvDk!+5(gYO=n=t^#lm97$+Z$AnwG#+NPohb3g?Ua3T{iB)JJf&Rzh2l28ez@~l9R
zUsBR!r%M+gDrZ;(p}E+=H%19p8CwyAoQD8jE7tfras-uwB!8R7BagyRw6+*I7CqV;
zpkdJ+v<X5ELvY}z7-ZchwiJR!jKaJyNzxNlAh^aD1Q&;uuPdJ=1R)Wl5Cjys+d6Ot
zb)$@ca75#-3d}?hbO7)=FU!D_`zB2i$Slb$y#~(Dh85GCN)niv#hB=CF1>6jQ;E&V
zqb@OK+nK0_9#VmRHLCWyMBOlPnE>;=XQHj>Cuh4$2MMj54x6XB$k0b!I!Iw3>hP7D
zE-Ii&#H@h8)Ied{4I}6MT39h6p7Gk8OLE$;aUj8KW^GGhOHOE)CPmgq`O<1xx%MIq
z`c33iTXDz&8`oTzXgZb#65zSO1Xh7VsDH;HGcYkaCUj{wjD(pQ2p;glObi+FN(3ZK
zziTQV1&K_>h+!Sr{-(xWkjT`meh(Zu8;Q?B5EA{2;TG}K*>=N7^fMj>8<uh#$5;~m
zED*&?QHB2^2t8{BI5IE9ME5-b!IT7nj5TK;86T;@fE)ykIwt{wkQnR4#7AvCpTHN6
zcmRQ0Xh2ZDjg^RxRnE;EC_nSAP5O|Fk-~!`7jwF)_MivnU`ACQlL5D|5<SIUz}Z2O
zyKI_7=y~)4;w&BGswu)r;%1fAqap@DnJPX9K*(YAco34D8Ecv#xRJR9N4CISG%<`s
z^Q+|GHRESoToZ(5vc$vDjcJM_lB8td5Xl`TA2YyJCNbodByce<=5KYCa}K~zpE2;b
zpT&VRTSn42a7Zn}W2jcsSVs@?@gVia6U(d6A%r1EkwQdUOh?mHN7BQY7)+)OsH}2L
z0}$$(mes_uVQuS{B&-iJz{JN43vCcN0uoK4P4=3^%~7AZ=+4&MWF)}^W<PT?iKGca
zMvOy3uOI+6wQ-UpK=i05i79QHwJ7360+`IPAYL?Uq5gl6`NCV{nrw_LJo7R~uEL*f
z97B!`cX)PfJo30XFC^T?flrf(AyMsy*$N~cF0Cf;C3P8uw4~b6%)dhr64c`$+(w1j
zZ*MUY)Z@UT%g4;x?OI4EJE#f5#$)aMLV|iMM4Uvir*gAH5E7QJAo;iro2=O|64Zma
zt3wm(Fk1v6eUT8|;k{@oBP2QN$&i3?RtG2{2nkE~nOX*P$(v-HrdTvS^A}+tjA?E$
z5^Y4XOgbx@HWEpFO!43$%_nxHBd%IDo0WJ}5w`n6e6=9;Lrh^_Wf(vZ#4yP9M{8}<
zRY@@#FAw3IVY4<(1d5!HuEChfyk?c_Gk_46Filcq1r*zMIU!N`pdk(1m2A$wB3V4N
z$jUnrnCqrdg$7zGVB$hgSi4~)&{A0gTg>R@>?;!et-z;|MJq-dgv84yeV^Wn$Ivy^
z1d3+<Rd9SuV6K`BDUHok5Itsj4EAV&knExgvfi*TlT9TNjm^x_P%}ZnHr3EHYBFo?
z;~EpHau!Dr5|z(jS<bw?njq9$8oX13jM}tZD3ZlOIP@3RzG=8sG%gzsW3-&BCUZrj
zCIuwyGgF>@iiUDy-sgb&o5VsDq1+jb$FtNb|8fN36-aaeHonPSD3ZlOFyzO)Ytk1*
zv)<BhPS>=KDNkaVJto2wZIYyk6F-OaRU+`O%>|=Lnj{X9kjlsjXDdGDD<74eRi+dK
zAq|75I~$gAle^F)y#@#6jftlNwre52@}RwN@pQM=O4cMJ2M4E^cm!;7@oSQd9wXU<
zl+ae(Yl2`I#4rTLPF3;p077yep@KMIXWP^%Yl4#*nr$RGFSrIF4Kw*f6y>K}?MOxr
z2Ie#y)qTxcXz)AOd1Kn^ws)eU0pl1>$6eC`r%?|n@)-$Xi^a1Wno~(K3o$ssH)aI&
zmGjXsx47_mCUubB0<Num0CP}6hTw2GNDS@N%vCN?34-K^W{`j~W)@eKM|%#gKvNor
zU^f>Qglj>Ntm1g0f>MlCVSWHXb+#CYBCTnS711S22*YtP9a*(e5(L4;GM_saGktlE
zUNq0RaP!T_&tfVL7%Y|jA%u<w3+`2T{krh)i3#+HIY&5u=J1KAp2+;<38{^I_yAy@
z04eJS4`lUKHT;Mg!h{D04*b=D1CM!hC?A!7Jb(1g!{?9Qc=GsxM}0-;lKR&4!($Ih
zj-la?Js5@!l!)Puqbu2C4<7W4kvno6cDOSb<rnVa>V&&6_L9J9M(X3-f{8DF6Hmzt
zcNQ~q#yd=|9BbfC(mPZ9rVY7clDrwuGNE^%G>dmm(ccUs{R>T@Zz@OcP+pIBn2Rdh
zDNK9X*KX*WmW)J@0WBF9E=a3mZV)oo^v#1x0c#d}E4iiZ6xdGgti!ehIl~vDYe<g_
zo<I@585khA3oMer`c$AOlH4gW)`5etWKAgUY%xc4Rty((JdLM!g7!#w`Wu%B7tJzc
z)e%!@98a%E4IWdi$I;bvB%+dwj0^2i92YWwMoBs=bgU1C4v`U5j`k?LsOY!|@|7Tb
z)0ONbUCFL^(=hTCS*$@RG+h(OjLb&9So5CNCy><lcl0++S6!4Li*?56jPYXrC}t3N
z@>#qq)?k=0`V~gkyeM|RKw&iASx5Gfa%6Nl$s;<Ol@b#bqr}PTIY>_2p7o*Vt+2%|
zF51G1F=G^;d0WhpF6M!gy=h1gMY!XZ;V6auZLysqW<?=5glW?Ez*dmm!93|LXO<QF
zfsVCB(_6elubnu8l8&H3|MEDVlCDo>i&f4{vC8Q_lBS%80v9+>N7ohD%~H%4v;P)r
zu$-}C4bn9cSW0|TMv($XS2^;Puyhr<W1e85u&&5V^GHU?2s%1SB$L=|JZW!DLGgk-
zMDeGfJ4d?W&J=gLqzJ{TD|aKhSj<LH(%*zD#*B_c;FQQb#A7+>tZ=;J#xXKV#t2G*
zEGN{0X-3-VG~HFUpccBATS@03^u3_4f_x<!FD$Ly7xPe1JX_ouR@6|AHK(Ji3a&)T
z0z((rn-{;8xK7b;3Q^z*dM69a5aa4dZ@H(l={?1*;fBng^^}{jiuTqrx|R$h^A~nF
z<)xIS7*lCctX)~)0?P9##)~^fN6=H+A7+J)pk)OPDOR~s^fy`H9$^YR?}}NWt0&Na
za*im6%L;xF)ycCRQ1UjOzNuY7Qwu&)%VHH!dL&RS-tW}nP0A|<Zj}C3^j!#7?2dvL
z76mTg1=q}3!QrxkYSZ1QFq7A8Bnpn2sRHj(-c)N(DOZ8Ptf$yU8DDTg#f%AG%&jhH
zM}f~=(OX^4QPFB;%8{otEo6x!i{4VspPYgh`+x!2k)sx*hL~anTP+pc0m4X2r87om
zB@8E}@6o3f?*dOtv9O~fFF6^Pm;sF95Xxglzdwqv3r?=YD1oV@7{y46ZCJrinBq=T
zp4JG8Ct@ZUdPg|{ttocX#qQUVu3b%KnS=3|V~VBdS{mT20hdmxwlspSI%!Hyytt#>
zQ<yNiK8rpCFuKk(D^^|c8`s4eRCK==vW#HGE@s7SlCkDt_K<^*rwWj9(S;PE9K}5`
zM-=`h<6&N8U28Ib(bWrECK<(bp|eEN2y9)!?>a_#FhQ_)BzT0o2qG8hA4!lMcL1fZ
z+z7H82RyVk1QX3N1mK;bJUf@DS)JXHHP55VD7j;z;1xZ2Gt3`pOZ*I(BS%{u2v8x-
z>w>;hY7qvI{-!C95~kMDJGyV3rYp-8d&O}|fk@W4*&XHXt*7+e`hvTl{L4XG@_d4}
z(-wO(i0`B=mQ#F9j)Ca$3;Cvzv_3<5+JiBmiQZ9K6^4x7St_+^OZftA3(mOU1hgq}
z7R5wbQ0_@n-Nix81(mWW-3)iUt!Ho)52`|1QgnBOyFzl)luJ-WJC*V!9iwoH(o`ks
zJSbkkaZkTl@L;OoHKId2y`z{fX38SCwa|)5M`iSYH7FJ?IDcsio}KEm!W}PojY6(6
z0~vwRfI>eQB(Q=$s6s|4-~^p%S;(mYhZJ{3-x-}T$wVRJ6&e>`aE`v953bNvT3_l|
z3dvhjI9qT*gS$c(WD1VV6g+exWr;$&CA2MQW1)@F!cW|Z;;!JD3w?nqG*PPHlU1QT
zP!!h*r3>z`7*E9tjYKgIvKYZaQXJ?mB;DZyZJH>#`$FyzrOt}-D1sL{RaWR*3tS%0
zv!!=*KNxT64)+u;ko2;h^eYq>NJlxjn9q^Wen)jkLeO;`b0-u1t}Q66HoTzPR7a+$
zhLy+T+{vA!e6lF?1;UcuG31k}Y{9vvRK_V@Qc+4Ng)3;PDyS&scZpNnjBZklVvAj6
zi`s30cVny*xpSt_<xwe87xId>6lZBg<s2<_$!${%?F)TYfo)X5m8e34r3`J0Dm104
zkaksJg;IqkN(o<Z_oCqEeW7(IbQdLEak|h!xRN5!-|#Tc*&XFPq$;)bwv-AATNdSQ
zBr9k~u?i$BaEL3V-9iqq1(q^}E}`H61BRyiwzSJ=UEtk9>!&289je4&1s)WIexlH7
z3JjC!F<5a&xytBlQrwj?P;pmaFkZB}*kjSpr-}JgQM)R>!pWWv3=-+PQdDasjPL~p
zBRe3hM{2h)hVX8@(7FelMK!F#`{K?~iJekk9<%b3J5G1FHx#o6mYvE0j*h1@l)k${
zheUGI&F~qeqOO=R$0!c5g?-Z&+E-ghA;y*VIJ$bmkkQ{H#ir52g5o-g8BAe4Hia%W
zh!2$8Hk96KQ&>L?wNPnIccWI6-_@$nNEA3r7uKY}Y*S9$Q%+SCGM;j@4~klP12(0&
zKouGnazN1xfBFKOQl25Ya??9q@a(GO;0x})z{$)OxV6xpQ<*s`!YD6X$Q@D@Um0k7
zsSF!^X6T(M?+U#zU1zeO7U8bI&~!EfvsP%3>8g{I^B8FPB{Riu1#en<DL7SN_JSWQ
zbnwC!7}FG7tf4DJm_ko$3SQ9^7Keexy1=^y#S^NaIRl$;L4jnUDJ|~`9qz!^DhhhU
z3rfNY356A!b?V&^!?Fv0m*RQFbV=Wf87nA)E%eEnuHAu`f+*-FD@KWWQ%J6<)>eAT
z;YunkajD3>^FYQ34Pb>G!56E}6>BLF5{j=2UW2&%$2&pspe-?`X9b3)Yd)R~PqA=;
zuSJ0)UBO2d{EIfW#E}$#7Bi-Np&@XE_P`ce2V3AeD+>OT+5_SV;pDEs<?&?i;;wj;
z?v8lcHoYq}&$9S!z{Sb}n^Kw+&!jFeZNbGB`kqM+x4^BA>Zqlq^B2!rrgyH;fRuL8
z($}Hzttd2*@ibzJ%L}Y1DVHu~VYw4UTLyaeLdU|2uP|5e*M&!cFLWNh;HV4D<-j*)
z;H6ODI!EbIJQ%jX?8RMyg<WA~bA{YrtX*LXzSS1G5?jy?Tj&`|-Ha`LD+&(Ymb#h3
z@4^(dn*v`K9Fm~c|AWF5wGS+Cr7fhOaV5>sg$z{iib5CCgerJ_RZ^~kA}C(yf(lJk
zq05Wr2zqCWH%kpqK?4dNC5F4wyFz~^Wl=-fmf~(ea|-R&fQp(zPgKyO(xNGfH6e;|
zDYziPOV7rl@4VO#1AA3rPvxbISMUX;-&!G|R8n2Z2^7?~;DT78F=Iu`SYaV9y-1lT
z?+UnLuP|2rR@mkXeXAfVa&|lx+|7=@g1gzVR(Qv#O=ET(72M5En!-D22;H2W4@K@M
zeV?7`MD7Z$rt^ijWT69$hbZBlE%=^z_z}4)M#;F+7pLGEiW$?skiZIh6b}HRca*|v
z<qMq^T@$+03~5nP=8|rfK3Ijtq0rVlT~N_NLMb%lvhaD1X*0-ODcPt}wkW6?FMO0(
zN&gC~voCmP&k9;qXu(T+Kw;sJM~O^e=t6T+&?8xRwTR-57j&iIF$FJhR>Aj(!ZM;u
zD}LdXtIBb)g*HtV7Nb%MF@s%<wa?CEfV<gw3%G9`t$lV*0`Am;FQ1)nK<*T$car)Y
zN=@Xy*>M6C7f?O4qkdMi^#1hDP;HZ^dLknUe>TgcPwol}xTY4=S!R2@D?C?b+2{!-
zvYO&0OYl4|_<~vDcX~(kOT6$`<b|*8EW<jvE4*YGwGhuTo>R<6b#kome__<CWtLkU
z*F?-4PVNexD5m=+cZCP7FSuA=aQD7gtub*n!L*L@ORm_duCS!J0`rk0yyIPAcOu6w
zMGWn!Ok#cE!$alGct^3mqq<mI_^{f-JJS|g99wWtw%C8B@BoWxh{>I$xWE*a3S%ip
zZK%KLK~r$5rod-L7hbtkZ+b8$&ZT#BJfo{Ny(?-j<W$3oR<pum$(cefrksZ^D2Xom
zr;9iStqYmC;FDvzRC*_iH|Z$pV!dcpd_~b!pe5ykbYXjmSwP8M!98hKXbTH(UR6;0
zm`ju16@CJa&Wb7|shGEt+?Be~LUxLYB<WqzGFwRHMO;Bl+DPws@n&K5(xvv5a<QuL
zs#b+Ws|xMp(3^s4o`)V2g)avy^b@Sq7tsF2OnmfCm3NfW@l@w83oVW;v`x~{btYZm
z#cc~8x*|FuriG(-g$}pSW6HvM6*I6EcdU6g&`1=Xz9mOi_!r26SCqxv%ECS-3oI;)
zog)i-fGq45QWU!8LI*DkpP@mNPl3yayduT4k{246g3l^FXeBQr@Jg#?p~+{3k1i|f
z8{Cx^%|e$xxGVHhteA(wFG2W1BjF1Th?gaYTj<#fzSR{H?eMPPj0;JzyeqIxOj<+l
z3NE&=e#9&?<gWA~H-#pn@P`(K#=6qY6kjR$^3ool3vRpghaTJ&l5i0>IP|G0bPxlL
zOR1?T?FhxV6wwI-f182=iNdo=6!yQNAAF&$7<kbXJraY+jN-1Wue1;s+L&TD4lUWG
z)Kh4UhMvA<BxETO6*`YX${OfHiuGCSxZz!)#TokY7jF_9<}A(~?s#F3o5iP7I#$TV
zw#43rbS+(}F(XoeLZ0aHFFtYh!pY;O&aeIcz=0?H=Wy-Wcb8TFPQSCN{;#@y)8Bi-
z3y<G+=J?s8=a27M$JRBl%Wm(m-0SwPdOo(hQRkJbMijfPf4|P_suAJ3=4am`s%vFJ
z*SkRXZ~`7~JMmhl9D9Ws*3AO0n__LZ{$-EHwMH3N#VYTvfBTqHJzOVlUHx3PNU-dU
zzu5CVU!Z&5fX)5RR{X9fZs{|B4KJmK9kp4O;$W}avG$d@E<SEm6SOKmdD-n6Zzq|k
z?W&BHP4BncfmJP>oqc~Fp`!hEzgpB&4gA_?Vxq!j^RTPoiB~_Bdqo{rja!zb1lwu7
zk2Gc4=6-X(pYAvNZg0nNuf~7bcz?b0e1z$5{;*vsV6K?4Z60cKzdvx)sthu#)_m;O
z?=E}%ciN9tD@>Lx_wSeWzPonpKtr}9RJ;5gy<4ibSMRM#dRw-1zb;JtaKW6brYQT3
z5-w}q>~>$TTWhi!JhXs1Z@mk9&w1lLZ@}h$bH6|D_Y0|A`$pbtX>Wf`<hBQPgHo@V
zm9;ajW^Eo26FR%~^mO+lyDI*1S^Vl=uh4b#*Ug2sS6hEs6Sivpec6hE-M+W3elL5z
zcDgQBts-6Q`+x1$6Sv%Y@b(KwPo6k`*TI|49=$pL@--(<-?9IGc<OD(Z#r?|w!v>@
zANQz%J8#4~o4<m(_QmM$wsqqRYv*4rUzqxOdkb!}P5WXrS2NuE^M{28V;mRnx9(gU
zW4S{7yBLYyC&Xg;jV&Q}hL*0SeZ8;9?!H`O`wPooOKWRitf}>Xa+%`9!+W|PF|5D}
zSLq{W46o4%+%|uFZFFZ};oaqp@m@^AwV^ZF-^+3zZ@>M^4y>HH*sRaJM0)#TL{=r4
zuN2A8R|2eBv$>x)`i{PK?FlmbV9+){Tr-Gp^TYo7VIv-|fvE5Ay}GZ2z5P9*d$IBM
za+U3+7GsUw+V))R8gMVhYY!}!%OA*Vm>J!$w)+qbZ+=)Irr8g~Z(r%6_9Zpk0|L7*
zd$asTj(@4G>Dqw`e5cB>hl^j%=7-G>n;$kmY`DnH57!#gca4w4HN?cvH%%_HpVNR3
zBkt;9)Rk-hhig-LeQosf5i_y-YVoXKsP==kW%Zi;{k_Kaa{kxA2CbocYh0xJQZc!g
zR<u1>C~LGX?g=Np3odhsYRqet%<e08=wZeeu3<l|PWs$eBe*(Y``TbkR)YN2(tz#%
zuynuYy;d{q2iNp9Es)I*n;$km>@^#;`QaKH{zuG=K4Ln$`QhQRzV^kE-IqeyIy=6v
zy0IVB#QUnh`*N1{;*<MoP3?saWG|Y(AAD5y5*1t%ww8T4qI<Elmbczl>mRgym23aQ
z<DYT#*!kmUPaNI$eObZs;kNtUc*p0zw{EyqkH=2iztethxBg|#^LG2W+xHi3_p;!Z
zH6QC*=c`_K`?Xva{#$e$ce_uP_5P~%>$1mlr|W-N>v>i4ye|5^E<CetdcEv^EgS!>
zdY!L}PH)P+rAN!&U#r4H%kIaz_~~WuhiiqN?{>bH-H%oAU3(?3EPGw7YaW)pE|$G7
zR*e^y-LF-xpH<5#>!MG)o!3>>v+VKMD|)snJiMxPwC;7X>V329eY)3le%1WOUg6JG
zt+QpxSL?!$tHzh>F0Zxr?sb1xJznGM>2Xg#d+gSu$9IoL_DZ~37TjL3@B0OvtXizt
zZohW=-nzEoUe&v5xMh*mWwB4IW{+0=omHXvb&H|9#i#3LXZK3HT=xE2H(puxK3(_v
zUblF&DL3V&+?1PgQ*O%rSN8P%iO)W9_O=tpE}TDpZii2H_r2{vm+wC1(Am@HkDtD=
z<Zs5_pWpMHkJ<7empMj@%*JpW_s2S0&8X~r9+v^Jojxr0E6bd#b?%Mb_vl(JmyJyq
zAJOIPr{%(|c8{-Wtf%Xnhj*8Yomagg_JW&OFV@-%u3<GjTs~G^{_a@TN?qqDY|8z!
ziuMwBt)gG+lf+iJW7f+_v}ortdbVm_e%b4H_wC;9XfDRz?EPw5|9q`xEv;sctq<?4
zrmw49ZR?WA)=4jyGw(aA?YgHQJAdL-#u%s1Z%3!Mj4^6GsoS+`O1ty5*BZliAC|Qa
zcPgo_W~HrXCoU5MEVBA{+QRLu;MMRk%ULtKTWQl@*$&sTJ=ooRdAohveLI)07ueZI
z@3->WZ1w)=^?Jsxg_pkOxyR4ndUThJ#rlQnsm-%WhJ5dZoK>=#%bnNdiecOD<@Pq#
zG6?tLz1Uy1uLE)!tp0NG&2HMfce{KUqqRzWu*@C2Y+St#wtZbHhjq`%{=iVH+2?z+
zAC|eoHsz+=l$&x>Zpux0?Up@-f7~;U9y@XJ<caOw?&uqf0hMok?ROo$?Y5(5#&j<g
z#GDT9a9oxQwuCX69`4Z*+tanP)FIg6EbZ>~#ag@+;N{G~de-(XyKt?R%RqVy4&ko$
z#8Tc~$*x@H2u|0r5H?%^;#|daubyD91-Y!3EHAZ7OGbFhT<E)8YU}CnrrZw;W_{RZ
zx$R$}NV1yczj|^#Nwap>nN{$-%UF54Y2WsTYa9H--Yk<f%*Rq!#!~mj3NgY`d$XE_
zvP!{YJrrnH^SHB0p4_`&-geiq<L4JwCGBoFMsEiVSq1sp$@&=`pGI4kvX*uwb}e<`
ztaJk{VY5yz-5s@Ou|>F4+P}nAu!IG)z^As&2<-GL%c*F)Jzr+qmn<3Yb~^T3c?~yx
zA9a0=qd1D$p7g?7kDtBm^s&>&j_p>cS_PLrck3*bUETx1Vl~|1Qf6u?vd%U;w1e%i
zJA%Dn^Y=xis|DK~H@*~{u(KAfaa-<gFjljBm$UJffiG9cQLk7=U&l!ADau&tK3wZM
zUe0pal$&x>Zpux$DL3V{TlVDrtDh5u!YCOA8h`X8L<H^f@lxy9*~dz#>z;Kgh`vbz
zUIc8x(c0x;uLyjF1G&AqtcQJHuHv<f-!7NJa=~`i!<Bw?H8Z|98*)iqy;jS0p#5zQ
z^-A{aN}<<^W!5=k(`}efGL}tR_F{qUKjv#s(d*uFS8M6|ib%pLx8jPn#NG_lrd-BC
zyY5+cp19@07}lNl`&xL0l}H1t*=qYhpkB{L+<O+Q%_=On=X)Vktz-Kvvwu6Bi$%G@
z{kdA#F!MFyT`7@X3!~6K{;FrdlfzHnPv~<kL$jXcy_b^tddTfs$nXv;f9_q!(#Acp
zM#4LdZ(nf!=$TvZIyv)Zq>UQ3buSo`r7Y^kptt(B+(mup-0=%Hoxbh#siQZokV#$*
zs#&YVxs<jnxW9JS@@;O6wJ?P(R$;rEvz@{%`kn3Zc-x2H?f19a&n30D!ofRj$FjzM
zzm?Z&yZ1}K*EN2VSnR1O`}@sD&z(PU(}~mPRv?1!g??muv+arGvX`oul@j`uEX=(T
zhgQPN#Vxi7Az3cFvCXdS>&C1Xe7W+`N|EDodbAHw&T<ENJs4^=NMs!}Xb<F|JyI?0
zhnd}%sC6xPXkYBZ)hydhxhXg0rrea9a#LQrWl|hbGJov&(c?>dzU+E-`n?kFuTe$W
ziNzorBlm*yXOEvb-)lQ2-(Pg(R|UV?5#8?0j?KV+UEAv#$=$B3ovx^5&-|*tyQ=x$
ztDU;6{$8u)ifBV~|Lk_3?|1lB<F_@<-wyHEB9vwMG-z3US~WkmH~iN6aqzmitG%K@
ztD+sN-J`49Cwnzsn{pZJ?Q06h@{tLhcwt>!#;T->RqedhVD7K(X(uvQ>tc$Qg}7Tx
z;&S>i#airg0GGX9=1j<3DRi$nknR0Ge`0o{vDl+UyyslrTqM0}vc4|%qJRFBLnn`(
z+J<1c8Wq~gM`>XN)Lt>m>rw=)i&W34XWO)D$@SBygSFD^>G}Vf!gZZCtZMM87TTKd
zc54Ef{ao%sfAVurpFMi#@n!9jW$(^)(S}ts*gM^IyKMiqH_MV3%pJCOC(65>LoWWM
z?J|oy`^GYA*>0bg*X|LFz0<}lb3*o8dF{4*|MYx)V>pfGzOD*9T8YrVBnD=OoaR@(
z_{5E8Pn<rrULkZ<Oxvnu)^&03t6n>+mbrI29*NeZaHKx|eMb!By0tp{wLR;GU$)e>
zYUH`Be(hI;wCwR-7Xn)qg4rq2To(dfHgmD;`P?hQxh}?FRrqsVcxu1w&sDACO}QyI
z<)++}n{rcLyJgbxMLK`t*wJ&xPxQq8!a4Zm_^I<JP9hrszdZE?$B$h&b<^l?U-O*f
zFCY9+Rygv){Fc<e?Bb&(=##(e`e%QeXN()}q)rc?bm;g^CuTCqg?VA@Pnt1Gb6#zY
z{pl08oE{&nozLDph<aA%zp?0GKIu8fFC064>h!rVB6C0Y#HYXT`s=?<hOsw$u((^l
ze9d!?w#H}fnp?E?3DCjfB+~H$i(~tXV!>@RF(^yeqU~MKzwx!tIdR+Rb8`l4(XnZ*
z#s%hmVy$nl6_Xv>`6NDE%Cz>MGcrpf2xfF1CUEmMx8M$m-Qvq`*Pocb_m+T(7Fz8S
zM4;7x$=Tb+2J1l{|AOOZ&xU<`wDJ2>4ju2i8V#BkZd(C)+2Jaiz`WZ)n;GQ9E!*U<
zM){rXw`}*2jTN;xJNC7+KAt&wG;Ed~GF1!JwnIX?jh-xH_;%guWpNfu-70f<ksS#G
zn{qE{{Z~`pcZ!(j{JhxLM{&Xq1eSTs$L=WQj_K`0_jZn>pMrrl7tS4i_V&4z7O5HM
zr*^h%7DD!;lGFl&+@9cPojZ1GSck`MC49!zsBMd&%v~9C=X9jWbL7Y!FYlc#;|2Ti
zxI<xHPahwSadXK&_WE0oo@%mwOQ4$DUUY3XpdQ4z!!fbVr<6K#FzL=V!Zv4edrNk^
z809I?x$E4CQ`^=%>|`G`KemuWKTq>Ew?zx8gO-nImw*SFlK3w4D7#x%i*}u~d~QFN
z!D6OLZn*XIO=Z2il5G~=%}>4l^lfJXA|2%ls0%tgeZqI2zU%b47~!%w${JZdyF;vv
zO)$}!u@zhodhw`*n&zY5>FIa^#0c$vV>Xb)w%N*^ZLZx4ii?rV#cONM>o!$V+t{qz
zMf;QMe)+n9v`Vf&aX!2DAHIG;po$~g-eLvt2|ju-uJo00E^py)wRMBr>%~_+<HGsy
zl?(lLZGC$jU+%Q#xudfC&aJCV?S0Advyo}r|LtAUl#%VW(;>Uz=&h%=MIyHM{Rv~~
zFbZcexnaB2j41XNrzR6p{(SQA*ggVh{y@w%RTiTD_BfsSRV+G?3rJH7h-^EUj3(%E
zR_OK=U5hq%DIHpPeJsv@J?8sfp!htrvY4rDc?e<WdwWURmtA~l4dUjMqHhN>-2749
zhNW-LuuNG1ci{Z7U2HbV-nT5Bi|f6%KOjrQViW45IV1bn8@~JdU(ERKo7U82Y;SPq
zBHMZRZ>hGqH4>yns~UG&Y45FRCEa#c`A+<|wu=IHxb$}B-MRbCyzA~Q%rC8VVQ<P!
zxhXg0rrea9^4cwXO8=Dyz1cE&!?zUP*e#DYa!b^(9AP<QTMU2k;X~EyntqUteUNQg
z`t^BQh#AD<F&v~JcDq1*|K@&~lje|zZ2U81sNLwO#v8Y~xgSg!nH@*wZ=^rEe(1I|
z-YD`$^`;#8apL9nA{gn9pEDJH>|p_>$KF_^$&0pXfmO7lMa{{go}9;rYYCkeTe5+4
z;?2mwjbNg&byqC!0%uOlq!?e3qjNruBs@jVYy>Y9dvSrC)k5B*sClgM6P>9M?BsxL
zdyf6QnVhCRk+u}%U>p_uxx>OrWIc*qifNNO8@*kP;^eB?27=Ms><BN1Z$2j9Mq4WW
zVwyr%UohhfXo7CJvH2HtgUfB;?M=C2Dxk+$(6I@g`z1T%56Df6(iBTyEW*jEG2|g8
zR#X8wx&~XEx221Eg3c9$bUQ=0J<QC?QJf$hitaWx#_+Hbmv4j9Y_RU5br{;DiS{x|
zW&~}TDut^NTqMS+@CfTY3f|;<COf`^iDgqis>aMT##K(YYFtDz(`=Po@ZsqE+o^#o
zcE1>3KB63rX%bm<Yjk;!&i^Q5B1c+2Nk(^oV12XcZfqz=$9G4P4jX$|W0-BBr-Hj5
z!94BZTxgh=#e<DZ^<W}gxk5*m%lN!avOjEEC7|fi(`6Hi#!alJ9jt{hO~V4C$Z2bb
zX6~<?mcXZ%`6wEh63C{Jn;2i~qqs)V3dtPX1y<ZVv@_BQIsQ<T<GhWEw;^DP-R*WY
zz3K`iI&U*gkbgZPByFR$^EUJtb>DGy10u|J{pD4c*HmMd*4ZiYzR(6(S<7sxCMbB`
zZSC+jcQMJ#x;c2#(Km_>ZpSv4DH-*ao?gyVm@mfIjw=3iOJLg-PchNj0n<8<gB>MC
z6Jn*^u6}VLE^K^GcO~2`sI5~=s%|?h>?rfU4In@EaDq8Ai&?)kU8tfQq-}L&x~Z;|
zB_}u32#@9{|2K!}T}X=Bx!P}hqm9b`x@9rl+0Hgw18Z!-bB?mE<EYOpKuwC78$k%$
z=aWWP<~SK(V<=OMt*c49WueSjgqAhGv<SlnFMC?;LUM`S0du?<Hf7_uUengjpUQ15
z-c7kFH|3_>l$&x>?*FnU?oYhw+%uo|^fR{}z2*46c=AopyKwB}@zcldI)D1*C(fQY
zcKZC$gWr71iKC~^9}M>w&K*DZx0hVw-+0c^m!G)lXsqp~qsI?^bNJ)*?02YX{u}jI
zpL{Mp$!*@=YYW2eX7F}g#eSHv)jfIKi%z}l)ag4;?Tf}NzBX3zaKBB>!{f>5P%plN
zR=w92TnRfth^s=**ZSJuzdc;vEbq4`yV+(dWES>khZk)8z9OyH-tym{T-H)1bvXll
z4eYxeqWV=Ym}{Ma?*AwACw}qSS`}K_w-Vt#;dyr>pRIO9tiO{hm4^1)=G_xPZ#U|r
z{WcVj<R|-+ZCmrQUpI+dHL_b8tGS!iF_-ne<^-<Ilg*Qd)04eaAnZpo+J2j#y`1@L
zmoIqOu$=pA!7fGJWl$U68#jC;Kmq|mu;2*<x8P0*4#nMC++9k6LLs<26!+rp*8Xsp
z;#!JJOIxgzLgnUv&;86Z=gq#@>+J4i=FFUHv!Abc{e$&K9>-l}ss17D?*t!LNFMqV
z#a3B@_`IcGE+rbC%C0@ZaW$lF`Zg)T9#cPtaJshp2mNH|yDW9~l~$wmVSKaQVa#{s
zpiQGVIg4brmcT~r<2JeD*#E9Oo1t=*;fj-6pGU>_*DDJ8;4?WHWVI%@R_r&d=lYS{
zev-s)$WUCZ$>zCnLuubFvg)yhzA5K*{q^J`-u0g|n-1-frXLL{e@b#pR$|X3^!wOp
zBMp6v>KwY);^luTvUF(kym)1EVVc*rAsE&1mVYipaD9z1qWM$NIiTyDKiea;!y&XW
zTSfr49wW%-7;;{^Hg^AJdI#@7M!LwtcZY=3bEflOv9wRu)bZs1#{K2-J!>5?tH}=_
z&(8-}k<Z^8FpccKi-f~CKTlr2b0}N-sV0>D!>-sV_vLo8O7Hc9Z0>)54pw>;RwiBA
zO3y?2%M8okhkSABf4$%JdZzPryY7FtnJ0|@osC3oz5n|E^%4)4*kw*`7`}wGTW+=l
zwtr&!>hM<j@BLC&p+w;C-#10D_Z|BrAuBJ7yN_1izUvHZe;hX#!R?6jI@<M<LfL=r
zVt9$6kL{7F<WKFzd7T%6>paP`jeW;Vy!~Y3mfLenv(OFcAaT8z+49+P*Q13z*029N
zQrR#63IyA_R7P#&zx`b8KWxAY?z0r{`m>lEW9urGBAVjgJ@=FU<iC{s+vZn(vnfAB
zK4DZ&%V+!D8QlXKX0<l?Q$)+VS9Q0+KOH2#?a9-*IKF&KyD9yD$6AW$sh?1DzRKEp
zKd*e_%cbuk_s8dx1D+<ikN4r~df>tMIF0DU@xt+fD5LvODdSnnZM53<TESU#)JN$c
zr1U2L`Sfe&@s5@DkVpcig;KwiRFD5#^uNOYH)L9wWay8=|Mxim8^qDUFzHRE=)#@`
z@rxW4Ch?2YfAow`Bz_ZxJ~?J3s}KE~bMbp&E$Tsq^#gnHlc19`{VLDCFHtI<(t-V<
zXWT5Pkh4oik9S`V&wR%{Nkjh`{+qKskh0t|hI}H<y7}JvKUex-!91DicwTyj=GDgD
zNytB;;ukqgvVp&sc~3lLczP(0FItxPpVW83#5B&-#MAa7GZ*J}XR@i1pNfFkv6Jb(
zJ9zm#HFc<e>J{opG3O{gZ-RfI;p$M?NASmY@rs6iOK`@Ct#VHzS|~h@reOUl`jwQU
ziIqi#)>i|vxtiKSA3yP)me!a9^8#0o8!wZ?Q?F=}++~fqLR+4QcNaq&`s{O=4F)=N
zUFk=<WJXicAah$QlCi~g@Y~EZpH{&F9PV}vt3@?Z1wj)0XKmKJ$D27u%9{Sf>|uQt
zbYj~aPe5#BGl!dzBtmeuL5gtajE7^9mrDnvbx#FBNjKKts$AQe1N*%{sMZ_`=O~~W
zeOR)LeQ81FTH;x*`eUfdssZ5}O<4BJg47|9ES>`_EQ-V)ReE^CCD7a*=|ht!wKrq;
z30zi+GH+IwpUp^^W?m)A=ZR38lcxKYPsd>rtv7T$RnWOQVQo(l&n>tW=uX3rM>p5W
zaZ5~s?4sd;L%-YskM+boV=?`$AYafZJs89kHGD6AQf4_L3yv3>(=wW{Mimk)pLf5M
z1C8wg41mNP=6TN6e~<-{Q8k&@fzk}V&BV005ir&ds&ItSg|m1<pCM@7A0zuY{wB68
z6jfx6^cy;}&NY)zmLFqF72qc?NT0i}m6ebs#SqphPWEJDGPQ>ham(SX>7zJ7sHLxp
zJXG1OvtRwphS&%zzMVfdCa0}2NsZFvvX~9IRO{TNa8SWb^Cv+>*S5F-9vhhkE10)y
zXy?F86SGHu*DNPUv$mQusl3mqXT5k0U9w)%5`{X#b&55VBL&8OO(M`EHr=XLc>;rX
zhpBLzG`8<d3=X&p>m0B}Tu!Ur;k&!DO|PH8Vpo0Z?-yr*3TET>$6GmFkDs@bwX#|7
zRQTlnv9Y)pC=(I=Xw8Y6^E38dd636Oqv;C3!QJn#Z#6*{$ZfTwIAWDyg~HZ)=vU|I
za?x^^`^zx?o-@M9i2_VxRTtI);+8;RWmv_-$#FZ>>eyBE2EZ`ZKpcI{Wi!h*BeueF
zmafpJMd@?Q*`}51(ECYn^GSLxS#oT>8kRnZsMdh;cJc*>ohEaR&H!19>J8f(l3ATE
zU=us~I*gKSutfAM?4!T5pzY)BbmAq;`qE)K7J_NPqgw1?w?x+4hpM!0b`Tx(_T_Ue
z5B&rSNuO7n_+}OYR(P;gw)Xi6X}#jf_Y&v%yEHQZ61SiO@$i|)<O<BbiKv8Ukyjkb
zQ?i}9+fTH&kH*ILgqV-K^3euof83g53p>)2EW~{vR4vfY)?Q<;wn(MUS<x!peUi)_
zXNC33Fs2l*_fwbx4s+m6{SZfE<sL<8G7pO*4VRq{bWX=#rYRf#47DytEbhjRThFHi
zuUoqIXpud>>IO(syA($&#KmEEHR1~DEqxu)MCv4V88NpBkemn)wQSE_EZ?guc@M*s
zs8+EhuhI?6JR*)r<n5F@o&z#PLCWGD?i9C4mxv#n8=}c}is4qgNx}*v&%?={rHo~r
z87hTLy(c3s#(j$}nWe1d9gJmELbQ?HemP84t)&J;#fp}dy<mkk@?p!@`SS5(sG%$@
z=&9B0?AafbZ@F;k+3Ni~6kFM>{D{K-J_Q5@cO&thrKA4t$lK2aj@5}$=`{cMR{1Tl
zZKI7H5o%H7n~yu@?V`U)J}qUV2K<F+h9sMtNUDq9C&lM%M8@(?4KZ{jSS-DwuFvqV
zG1QNtqSy|gXwC5M?Q|o7S^VmXb2=^#@Di7^D30$47qn*VCml8ZojcRtTZLuAA;c>t
zBV*+=br<)_J^CS2IAZK6Z}fC)0U(+PY`8ttCt;=YY*!Kej$$G!7e9j6Q3O|6X7|Yx
zP;|hc>Odeix6>1gIab)!Pm92jlO0VylmU)w+_}9;Mb@`&fPzvXo*=}8Vlq0|2D{Q4
ziL0OPdac~8&c{6fwlQH3Gs0WwUHqP96$=BWVpAK%<!#p{yGcUsHA|2lJ~-0*{b8+P
zfA(9`r`1su_Y4HVP>1IlbNMQjW8v{yQ)F!3&BJNu+@!9iEzKvDd#SHg*KyVHL9Vpr
za6HmO!q{?MYif;QYbgm77~|>a&?{T97mmqAOiYfY)Tp~Bt>O-4(mWv$O-vAADQvjx
z)k!|lWK{I#8#ky2#<T*vrjQ!kxHv+#y^fJA{Y5|F&LAdbXDCS}|Anq-9efz-CF*G+
zE6X==p>)kU<>X+XriDfJATgjK+HRVdOFkJkBubbtg3AfwEfgZFrb@HG>LhmZ4PuUc
z4siES=eEp85Q&$utTi@i$Ha*xYIbE*i$~&BAaiq<o|F;!gS4Xl3h;7&^zE^Nyriwx
zzEpk3#{PV`TeT1Z{%KyCYov(_wJS6PT6jdwa%|)TMq-tj6d%bmc4PBJ<?Qs4NJunY
zQ7G?&j?*p)W%h+xOXa^O5y&*aEVsZdO{y9E?(5Nuzs|UN-~qgQ30S8rt+WC!5_hWx
zg6Z<J^TCPT2=yH@@pVcwHuCaK!kNN4V`ozaXq%jFsy?*0)nL+wBn{)oQ(gs+;53rJ
zrSO^n<~0+O7u*<yy(mf<LIi>e-~?F>DX;8kA(v)W@#xL$<hCgzLo8;}GvVo2VPLkp
z#!tv)o)VGbZYyye)l2M{tD?C`WA{MEg5t)MT_RE=?DEVSF@5Z+IAOd_1G?3OBB7Fk
z90V*#UECqgQdv|XaaP*b>IS$^;S!-dSPj7POO2v*Q3gxeevypz47|nRW#QR_!PK!9
z%i?DQ*;O=n?7rz7xx#jL;GINbpy-)c<xGZ=*)v4iNNIEgovK`f#|T8MbD#o83^LC$
zSqM<LhYu2=)e=OPy-^m~9G<66vHA4Ss1EOHO|$u5hyA+W$sl)b!mOINNlvtsi4}h6
zFh+rqw6_`o&vX<4V@nrgzP#AvELMWM<WFqg!46E&<&f-F%8tKI1sHId<or{K=El_&
z82%VU>Zjg-s@bUW?-J#8t?%flT7_q}e9D>cadK=+u)B<sHfn*edfqS3I*B4TM1w~H
z(4t~N&p6lL>b;UZekT<FAy?r{(CR1I!RR`lh=$X;$7<f>`#pReD*C)Ky=ARcWep3n
z(#DTYvik%|10SlJ(8c89uXRChgM&YDVD~L6Ds9ACM~9UPVpy5_22i!Jmu!Qn84k_q
z4U`=_DJkC<;i5S2ZIzR0h(NH?sv#UcQt5$1f8TJOWH;Lz!3%|q4vF?*Q+%7=3;&tV
zDg(`FW995tR#oh-3ija!gpsct+nHJpKe)$>tCmT!Hw$0y#`Zv{e5*H;P3<`5qi-^$
zymAtv&&Z|;qssXbsws4~lT5~xb6-p@G@i3~N`X{3yl>sf(Cf#m8fz-CED?XmMd1Yd
z;v`jZZ*}k6F#$R6B(B4<-K@#AX(Qw1BFA{N03>2=!nJm`;a;cVQY0!Ih4@*0gw@&_
z^Gq$(&R);_Hhn~F1S-7NwRo?OABkbts`AG4zz`SKm7KR}L#0OSH(YBcJ+y6idWN7|
z{s)H{`hcSxyzC(|`=SXRtn25=rg}9%1)gTvHEL9}ea06v$Pwb(PZURxR!BkowAE)p
z90uO8y;vowgE)AxYu)cdS?Fmy^rMZhl#H!EZSviv&&34DqNO&o9G4R6z2ayZL^($z
zMUc#a8%BZWoN0KR0!=o{S%8zRTc>`G8-3HvD0kPr3VI3<L~xrw$5t}L-rc4bcQU`u
zrAXXG;&<!k4g5A-?!i)^7#yHn#$#&~<jKULZLTuIRbIqI!Gu00JE`E*&Z{>L3_A-r
z>>w3zyjJt;+umTKC&=1vawuxRZc<+hvJ`Hs-H-ydIrTOq-T6JGag|sK-+efxAsf|>
z1@vnBl_M{XYjFZUJc8l!&;s0FVG<{g#<VOIiQ!AFfG0Myj4OA0ehG4KxSw1?6F-od
zOr@(F3WAhxBH7wrFG}ggY2f9s>s2WB$Unp{@ee{cfvN37r^})XKAM8Hrhcl51u*7!
z(ByzYp^F~l%~v{i5c5B=^v=?Ld=s+0{yqGupsVw#a2gAIEuRrpQRXjP{EOi30VQ(@
zhi-;JLOn-!?e?Ms$$$zh7Q(cd&jb>B%HKCRQ9~4JC4YwkMI6NF$<oSgmHll_1PW|N
z(#0x&fn)U?`8}yCn8b)<suy1s<?1{4)Ngk#i_a0Ali{*0;rBSJ{(dSB<=q>I5Dp$R
z&~O07(7qoyKk-+V3Q!uEmQYFZf=dT3Qj#XlrEYNSeTc!7kK1LUxnDLxlNDp_arI#H
z%?;;=-S8ABb!erG<o%!~A2s$g*pEd>p{NE`Nn0iJ-1$S2VrUbBgu4spo`Vk5@oT_e
zBchZo8uLX#Zq9#ZPMd>4at(&1FNtrc8BUhsgwH+0X?Pa0EdESH-r-p@=plFp+bOXH
z#G@c8OsKVbEe?}3vy%!1XDt7(c);qx>1#=v`kAvu<cMXt;`d>Ct$8|VDDNPLO@Ho^
zScFj}eHC+88BN0@4;>j7#55^%?7Q<>;8TXceiI<>wiO-uxC%0dPjNOC)<|zWMS&A0
zwf4OaU}7J|w6{A4<B%=}k0v!hVbc~+{i|KT)`KeZj-^02w~HD(cS6D|Qf(QvhyGB9
zyuzlB(+G!e!>Zh>;(*=?%ezQh9M(ML&-4Nj6I<~6ZraIX2=CA(Mhv}vV5X5m1OlvB
zjZ?^a4K8^t1H$-J;>oVRiMOyoE7)W!I_591NLW9LE7Q#N3dG0|s`MoH&lRkWNQ$c~
z#U6*1t{9jO*YcXH76B3?Ed?Ub760!$B+&v_@oCtmr|ALG%ixoG{W)vZ1a9s@E-xV*
zhbNd4toNGgeSv#DSM#fW&@iZS#+$~4yBUirR*M+dNw25ADGiNfx7uZ`^L@U1{s({&
z81l&l27N%Z6v4ja#Eo?kTgSSHxMeD?YV3xp(uWc&!p?bYeYz-R{54;-$N31mu4z~S
zlK`N$a9u_335tu=87ZJ+jdiTv>{bB~QSVJUQvW%XnJj?M8_tF$kb>=KsFXKC4Sb^(
z`I73LJ2y<B+Y3ZO%6G*xi&1zv*8Ei;9`Vt~diL^optLfUpaAO|p*m{AEq^pfLo{^E
zo;EepbEqWLR3kaHvo^N2{@CaR%g&gfYQ0g9LnuUBnN%1^Lnv4Bxsi?XfTjCb&3pjY
zwJ8Ue$kmXH@H=*syqmXOq*ap<WgwK!*}axS83G{dm)I;)R5r^kpTvC!tm^|Q^#2NI
zou7pJ1`w~V*Lshb4CAiYnQnczNKJ1ovBV}zxqumee90*{>NI@Jx4-P1T34S#C0VKH
zWUQnyBgl*RhP%0sZ7f>HywB+C-13>1YAjr2fvV*TAhGG{8xb_Zi(G_Eo3hfHJIYy4
zlYV4@KzcV~h9-vctvz`m<cqGHc}d5Ix$u=54|+liY~8ml8Rn}hrKOt5Rxq5E>7l|l
z42`P?Q8G*r)pmNvfNzI`e_-1&*O(p+0$<Z1UNtW~%O=JNOqz?CeKx3T<U=oSQNFRF
zIbao<W1R~-8>rSwwVU~tu0IJ#cgtD(DlmZ3`XaGRzPH7L4+VX}fU>enD=VJ^PZgaJ
zbBb=W6-#V-tYkjfckMNDX<Ky^EJ_Vt&7;rk6t+;b*5Ik1tFgBO2$5F#!zc(qe21-(
zo-^Tyu!5Y1O0Vw;$BEL<c^=N@fv~Qv=uFn*ph+Lk8RCWL%Mo1SkEDtte`eK2Vb~dk
z%DDNX0lPR`+*`QnC@>obSoGj4T22KkBS{pSEw=alq#L2~4MOnCEKWo?Ndyb3dZk&`
zmuL*M9FjCpqCUK-aUEVTZ13BQ7hhwYh8>-t^=DRz>w^T^Jk@YW`KWSMy8I+fR3cUZ
zkXd5-%AROh9KQxiOO4|6B&Dyt4EKsP6^i}oOdK)vhKl1$?!<1VwU?em1;iS&c^?<#
zrMKXBf}8D`0mnSQ$s_X=MzC#0_hP9+A?xmgnVx)Z7#u|_K40)p9zgfxD3AhfK+*!L
zPZ3zmVdJ8V-@LPHH30J7j8s6`d09|g>aRXBx_vG^5+t_a3j%gn>trvNRO(|=jL6+t
zYQhHQMLql=gI_R9)oc2bUj$3)Q1pwP#yB8ieJfC6wVzELvu={WV2}6at0iS))h`q(
z|2ggTJCWjC3Lh|n<t<)qdC-}O8r~Y_E#R*?@BnmUp-;lGK2fbkvLarn<=vVK9jWM3
zKolwS4$75~waN+pG4z*<2dH)If1PoKa5Ej!8t{-Lr1srA8Dc+7^CUdD`nWNpI-76;
z-`$Byh%srvYKw;lKquPe(deeOTrav{@U~Nan%<R=1R7Tu*{|-CK*P5+MWkkN=!2!4
z7zJ{(@I8DKh2CPP7|ip&{2HWcgT!UiV=(eGr(uz}6h!{=2&Z3ej5&Qnaes_&`X8^W
z>i%o?ID!b2yR#YeQy|C*xvO`yNyw>ThhV)?iHE7IMj}ihQDH0OIc{s)J9^}A+;O+F
zmN~?h6I3$V<2Hh5H^dt@N6_i(yvb+*YsU^s@$``p6r95v%m$!PWA4ns@=zSBBUaGk
zG4rFhTI}3%P&=l&IB3hx*;cmtz%YcnM!s&jL50scg@wI^F@py^6``(SHhs=xB5aXb
zis5ZAV2CGsQ=2)$lV}f)>}=%R<g~f$+O+=)J@J<xuk;Ef;ucz)0ef>YU|J|O)=8~*
zH-l4{8-uc0Oo{25dMGH=q;37iWU|NO+=o*Oa;-+&)Pr`m72@rJCalE;r~IFHt%WmF
zRh^SS6sVasosAXiH903%XMzPy%wLpKywDRd{YtsYw4`}c9$QsLwLvqChkifnfM3)U
z9``(AtjmxqK0x$X4y)w|H)b?nQ4cXii2CEv;m>_6yXtN)qg!^;eRIlMrm?kL9{bQb
z<mbMS@%EjTvs23SkC8Bu)g97kK%fG+kJ4hgGG3QvKQI4A9dpWU{ee0F0Hp3x?@@}}
z@KM*mCOfPa{LyNjXFj=Ql3=BRcZr7?R9Vp@R%k8<%rN)^#2$ZX59S(7`&8IyKGK5h
zKZ!&hqWw~j1p4^H+bP}j@L3zxO<@Z%ZK+9tT5XqwG1G~{^h3iju1{mWd52mM{6Df;
zuG*=Uf#fJ2ndn_H0xfb2ekfa-xxiC@bGBvVMh={WKucr2&xsEKjEbWNxppPNmT4+S
z{E&_w#0sg}tF!oSpU(kw<+`^N;7uxV+LdfK;f+t=0QX87F2nb%!?815C9SAjE`!5%
znvn=22uJ0wW$L~oQ>(da+JH?+c=LvawK6W>;CLAhg2FJYs+LGl*sYK@G60eq2_<t7
zw-OWsNAY^u6ZV%8PiK(UO`?zy3H}=qLTpvo&)?%9ei`^A(@=JrmH4a}O~dU39HWIh
zXH=flA-;v}=)A!v4K}n23Fh6vfwa{5U=XrqtNswvS@yMP$1;Wru;J4htcYyc*+F+6
zGYb2tHLL2lGeP$1#N@x&?~EVttzx}DV4kgvb>GH+#D=wBspWnpm-SO!&$Gmb@B0)V
zygT3|ELyn&52WT85(Nip-0^cAVxyc!*gQ&BY0X_h)`QkD-4O+hlCeykJ^M)Sf6F{{
zNA`Y{=?zgyjbU1>pHP$|Z1$$U4{+@x!J5{E6i@_}E2KRdM8Jrz2Un^`e}Ih{c0wKo
z24Y2lJTBwXc7F+p`jZG#-F;{5p1HxrCsYjJBT$DBS#D+rYLVG!1g=Aym-TQZRnB@X
z4*G;Qze;a3Ob@XIH+ec%<efF@wL=A@tzteYbn(W_+q*;Bg(NcC29!?5^UmbzqgT8x
zu=k&rc(jj2j?{2U{YVJd4A*^Mb`Df@;~^B<ikf}q{Vi5z!JtIEqJt>2g-Qv6ugRo$
zV$Tu+Y1~A`-?xS1iL^IRHDKWvn&L*p2F;zmSfv*)GnkvgXI#=90Un4-48*q<K4DvL
zd4CJXg_ZS)oC<qXG>lS54hDghL0m#*Ln^Hb`(yfAI3i2sleZIObwyL(+&!kv`CSTO
zLnSUU#ggPQ0^6~n&_xD=hLZ|W=Hu-}_aNR>6V5$M<Xz6*{}vn(^r1Xt#-gDZ3udt)
z;4L+vYWjsIt)J{g|CD52bz?rfToocm$Mgr)U;PmWJNhuvU-A_#USpW{4MB@xD)ZHE
zaY~^sG3!|TPjbnBy9r%<L8-b!=gP08FPSiSuJbiWQ&VBP0??Mh$`#!J<XMwV>fWOH
z^EznS2>FSN0TCgq>l2YM!~q+sr|%_;{{XlgRhN0VOMc3rwr4U7`6GkN5NJ`_DyWJD
z2F1(+a>fsL1p*!0n9*E|5d5j~KAlI?nudM^DoI_azJ)@j>R?b~Jaz9xF{SY5lcKzC
zoHpsbWOz(iWW{z7gPUfF-M$F$6mr8>-3@QdtX;RWGJfRnj~&ka3zp=eiQZC07x6fO
zw2n<;8iCKBNwk>J(gN=C^>Iwy(JZkz8HbNghcZHnl&7aw8jH{L=?(+;6N#Lmx%(`&
zu3?CHUXUagHO;91mg?bq)tyCu?&ke||6F-ko-WPuaB_6iDkWKz{>Ud&PaC^@x)!9o
zepslPG{>xHSD_Lq6=JuYfblD<=C<u*`~g*XXS;1jA(J%^2AiQOZhW}|e~y+m7~Z;j
zE^ge>M1z$UYe_Pgg(<LN%<5%MH^x*Ma@ne***7T!n;AIPBJ6DXyE?wonEK+_qUosK
zVvg0lR4?PkCOHl$7Vu_UWlOEe#c(Uyh-dn-Gj#FL?FY@8n!9l8k{HP0Iv+`|CZ*7;
zJ8VF8ern)#YA#CBHsAV*AV31eQ6&-AIEdMDM(^s3T7>83Ux2l1>Ew5zw%`Km0|A?6
zz8FZg{pIQK@jLmtfu(2}_T*D#j4pge%8?hc{6;R@f$T-EUOp92_l<bbhLO84{-H4(
z+0^-y2B}IXK12yzXgWli2p+Thz26Ag4{%4=vAIcl1Q12u$#WOUFul;|{A><K+A_r;
zMT$)4%!SkzU*rp0q2=@z)|bKuz*qFlXj3b_+7KMbspC16BtiBh-Stt4Gfc$X{cff%
zbpJ+P7KagL6AE)+sE#FrGPAsp4sXE21i`+6zbR>4o1sgneJi0{vBlP&9Y&~q-f?jb
zbz6Dgfse!Lsn)H(4toP&&L$iU$#BUIiIuYW1Tq#lHxMkk3XyV*usSgtPB;~Y{Ht$`
z<pi3#=9c^`S)if>ZRf4-E0rRcZ~JS)tB+z-8R4q<wjWIH!x-J#43RGd7^9CVKSyx^
z_tnl3wMrac&92d971!Ry*sd*3f85Z!8`@ySAWFdQF}TcLvQm5QPK<Dv*G4J4ISEsq
z?+}PIhrmMJDb^*zZ|cnG0JGWxmJ-bYrKSxMDy7o+@k7BTE89%Se)C`bptnegKrWy`
z7pLEgeAZPDG-Q-Uff;IK;~EOv|1%Ab3Ma0vUhy^f5KYGFeAMIK0JYP}B>3q^b-2UU
zhoOCzW$SFSFB@I?ju5BNxNxBvDp3?`fG(LL(9TR`Kg%(C5?fq_0d8~bi-Le^ayf1E
zv8TNWpCbt$HGznA8kogLi?1Ak+%p$Pb^~m@=eFMUNLV;-Op?kcBgkR1QL*EPF}b&^
zr%=lk9^smt&=?VfYW))x_pn$RAv4IKj#xCC&IThl?cTf`PsaOq>N+;yME(M%TGgw+
zgg71S66(A+!_H0SzFK+`$ISz<Xt`uZdien85I4d>Mox^ABwkfe>gCo4(gb!DBM4F~
zS*fGkx$S_1BV#*#6)$+jjdBu~v_?ILg_EBPn4UCXzbXhfD9`^RXPA%m5^w;BJ~x60
zJF;p|xl@ZPeY8uDGj5d|8*$Z;)rr_m1WJR%n&W$U`*pMpa-hQ(&2_Yq;#ooBPRn%C
zPVM*zzPI?SI{bls)`vN=c+04~H_ylc?9hgfm+ky(6x^|k6#CLC@7{aFtB!Q#VctZx
zl%_lUlmMBHx37e&Ip)JTFb8CZW}F`R*F!bm$Rqt53S8F0^RQ!NH8x9&b%^C#U(;$(
zPyv;EN2*`4BdZe~|7&)zoIvy7`^ZKUbDH?x;w=Q>^f)YRbV%?kHaQ8ydWN?X{4FPP
z-+O&CD=}5?c#tp9>It`}>0K<KM)yl%(yU68>LvKYPi@lv6Toj1UB1WOUv!4MtKJ};
z{4Jp`(NVOPj+@u=!WO^6RC`z{f4ctwN@SP}aXJemstYeDc^4pIFq`TZef+Nhie|DH
zt2q8<EbVZZ;wNQw#lm>@Z;!zL)+1^ckn?9;LgUsT0)oeLY`1dAvrMQ+ew3qNG(IKT
zTk_32Rqf?5#X<q~zWp><IhbIl!^X=K<^m0r9a8Z$rTh4l0OB-Q<5$g<NWE0HxKbPR
z4j=*K8NaM(nv%vsP1HZdUDco)i8ISDvQ|AUu`6jNNf=t4Q^8WOuy2?SnhTTEa8H>+
zrGK-J3$kN#X^<JvS;Axd^Yu_woMRw0V>l8&LH=-)o9IP!>D+||n)wJ`zec4KSz44+
zBB-lgCW)J|mHmYcsBQHlzDi}Umqspin`TF$q$@q3_6UOWqHs~Jy)_nH+F(>#tIsvl
z|6MqqK%4Fs_s8VSL1|FBHOUHLB%=y$CxQurZ}Pi#0Y~v$+GX6Y*E+(q@+C$KrLT<T
z7_5|P;1iR_UJ&J7rOUf{1Ry=+&DRCyTGLn?2Ox&<NgSgc_PgrUdKQUJ90j3*_OcBw
z12P9zs)X_{N_8Y^{p}{VlOK!_#?R1JS3~ENbi90M7v}~ZABsrjx04!NZfHo9rJlkV
zy(WIh_~XiO2O{=mj5y7cQF)Pu`=qWpLeuvXGtKIV9g~1%ond_SDi5?TU`pq)eS4p*
zu;0==65HzpM3Z9Ucf5&xO~(t|AANg$8bnzrVZI(2S!P>y7Xb6DGgM@?mnk|JjdV+*
zlwcUfv4vy{koCks6yu^=;;c<YP6}!(;Ke>SQo6hr@|jO)_sNI!);gn}qLeb3Yqh8%
zBOcd;qZAy3%;vuk*ZN0J8Z8&#m+X2Q@n}rnF^n4gYZNgWDb%u-y~#Om1)*(D$*Dxl
znXT|Y=AmP_b>$fZ4!S&&D7hR4*!gJD{kjd3sCy-l#@DIxu_m=O4#yZr$>>stM}FBt
zKNV|IS*4l{NP==aHJiW4#L!0CO)7l<ar%6_av?G#GQ%6^*I}btd0dmtZ4WuxCy`yR
zLoRk_!1^A*CV=e2M@L0xKt6njRlaS=CD^YZ81!W;$-IqCYn$WMdFCE|x?B*F{+0is
zZp=%H*RPEVnxsiud@};-!$E({9Aj~_v03ovy{Vq!S@M1w?(7OtkaG%ey;V0dct^Mp
zJ!K<@eoQ>!_^>79DsWnZgBX9Io(|8dxeZ?!ks+I%#<+U;<|EhX{-8Ac20T{7D@X)K
z$07j>>T3W*p4tQs^)HW41?ot}^j~g)HWqt<h9bbU`CT0vnhD!SF4~vvz)5ZY^!QO^
zhWK54$x^=Sq>$T($s8sS>8%2y5zp;&F1g40ItX%OeMxSg?pFBuCZr{59#(vYyRd}n
zL|6^epZc0;Kvy>TZ<=8QF2N_|zBc5M1yK!%VmUu67v87nvaSMo&4dx5pDqyS5r12q
z;%=3|pgyrYExuZx4T;f5GgSCzADUjtsGar?-6ip+2H1F$%c6bS29;Fwt3#_VALH<V
zKpR+G@?&<0uBHhdw*&;aQ=q<o;DCq~lO&oxhLg|Q`76Z#qU05n5dlsbgx!Wu(21Qy
zRnt6v(s_`1^VKYN?!yo^W|MoZF)Fg}*no#QOck?to(0pOICkdhNj_r;CVxiwnZ3Xu
zgO6>`_A8}AW;A|aw_K(h(J&!YC?)3Fr^-G<pCVckrSNaKU$~|l&OVXK5^Q0G%Iknw
z>dg=~1|MSQ!$+RdHVCq@jk|}Z2IH65k)G2N28sapWr?l7ry)1|Ey38B3Oe*>j|17D
zewsV@mYn4?U-L!s;jphnb?Mhe!>UC{3{-D7qsNoD6}imJ9kyb$yz+Q8q^c=e`l(#V
zW_xow5?>V0r9^IcGr!nQ3JSf6GLqB~G{Qinvi-syDvUJmxj=f^R5Cgdzdz6mpue(y
zKrx|0+pLkRQscw3Za%$gzbYy=U>7sbS@Qxc^y<JR3C(W>3@UICraDMTRmpVoGJHhi
zUnohT5022_<F3gLzSm79E45Go8sbi^R<JqcGme1ROK_|g8lE0oMx?_1D8?LWhpA!_
zg8(b*`1cQ;#PYuC1G+CT`X1^m!U^eEB84`}qH3+}6%RR}2`A3H=|wU~5#HZ`iWrYo
zd6+$R?ol{=ZmT08uLBDhDt*?aG^*y8HJ~8ZU=$E<j3=M-w6RSvKkBlz0Z$=A*n5b>
zd__?`KI0U>&~O%8ziTarxxnW3EtNUngvi(TC3(-hfRZ|FW2s{3ST(_ihcQ)?txP4#
z7Hi+;OsOWM=c>F-t@yb*jok^GTA5nO2U~8&ciR+JP9z-1yjD2@P*3tmKtvcpMA8XD
zcn#Ju5nhPs{Vsf#AUM*F@7Szdb?^Vv`90K%a!9#TQwcoFGeR+jMZnnDGd7{irhx;z
zuH`i59vVh@DaDU<_*?RHK*Jfi&a-dBz3sRz`#oqlEPc7+ZsuSveFpho^pll~!U8v9
z@QiD2Jtt-;5f4^&HVbs+*yz(1thq%%O|Kx60a~)?#H$$w(0->$@R$QLG-#Yg!*{Op
zjQH<XcTd4gw+PB<8~mUf^8*D^Ss<VpF;f1orJ3>O1?c=mhpuwCUpr-Wn2*ShM<zNA
z|EeZh#CF+>AVqQ8OL|l2zBv}b$r#tYhtt1?+cUV-^r+VV4O=lCWe5m({&n}!qRw6l
z9?c+csL{xIahG__C{u6mE?YC~SfKKK&eX|~2uE{@a8Bny_NJo42q~}={($zo+EW-_
zPz@#^a1I{_b1N+2%MEC?$0Bgl7dlr+eXi&~p9O;H7-(fwZ1|D1p0;{lkNFU~By#lO
z5SM&gr84^dNpV$kZqquZk<;9jdoBl}(MW1afHE95V8(~9&~eKrVLlh8FBec8NkxKC
zosoz3-JHwi`ZGA`Wv3=Bw}x4o$*>C$<<z6`+s&*$ky(cFTFK&&FKp{(!!{_=+%jE~
z8d;(_)2W24KCSka5sX`3G+xZLKL$YV`;VZxr?wu$XlA4ewXLq0kENW^5Kq60{bWo_
ztw_X(C2dCR9P?GaNm_s)U49yf92xqISbkACETGojPA?yh#0B^%#mE?fZfr@034i+>
z%?$QG!t6fuU&Sx!H${QouN`RSM}^onbUYZnX|gmBL;hugzmvKX@%55CvNtyze#VKF
z6L^j_8zs{DXxr{2GM1qf2h{qX5w&WQv<3E(@p7jxNLqT{*c~s5^l1ZvV)hW2%??+D
z1P^gF_-(vh3${EjPqjTbb7yNc76c7y9OQiV1-{g2)Czz9iSRaoR9H{g6_K6+h@qt9
zFtO(bKx*gZQc*#g?-P(oagN`^e3)y)&Ebj!VT@)AlkJl)(+;n~BM6bv1-Zxl5L=p<
z;G3}vGh4!Xz=FMx^a```ccVM;zW<mzhOgCr%;a}qqoKr{)hv=TpX19MCb2(qc^z!!
z#8i}}WYr^h?Vjo9jYN?mQZ3V<?RpDu*E-CUcoqT<`%~}>;tw<+c5h)6Gy5C{;`}L%
z6|MAc6e^-2jezafx=yXM>8$x-Niq6Bl74Zf9BIwm)9&RkIE9F|HF&`{pnU;?^M}4d
zxMV<B5hD><LNn`r>y$7zPpMFhh;2~8jU+YL0-K(I(If)K(gbdgSqFyC-_nGe^dgbk
zv1ihUUe@+NW_DK+<=0Hnw5@Jn$J8R-Vg@Q3Lg^$GUKw|wLOW7W!g~C)6Q=tK2YtrR
z2G7UL1beFDOdx>jp`sbQjh$umIvcxK%H%o1KODG&l8iPV!Ds@=LEvpoipOHs6p`G7
zK=R@sbMjzQ*#b?vgh9m37n_2zhHlX?^t`?FGjDE25wo-)EJTd>@pXMLRtpY!Br)16
zM`YT@R=R&|FK(C;Owx9>;rryC+(eqLIUFq@^`S_(P>8|E{hgd=sDY44VG2A^Vw9T>
z6qbrh&pS`wt#|14fB>oq6S5gTAqqWK$Pf%m?XQt!b=s2*3PNqsV%b6Voo^+-x1*?X
z=u5)~M>!4lf2_EXuB-PEu9LnHvVQv0oOeuLGX0MiQ2r{@i$D!zsPS!kQ*0tenH`$1
ztjQs?Aedf_ECx81ZKV(6&PKz<3m@Ch)%HR#q)@%`<GYD-Eoz~ir|C;hK>4}e8AoV!
zx0}3_`LuGz0M1*X+%(bpQiti&z=;|$wxHe`Q6S@!GcX)YMHS{oM(f9QvHPugwCu#)
z)kbG1WimJ@*a7!D-{o>yEmT@vzpVKHZ<C4(m{=<}-yPs#c7#g;X`T-DkMCIcqh;Jk
zf`uu^n+hNs_V0Fw`ozE?jLaIlH~F(eABaz``w52TxvEs*f2#Q-m$Xf0ik3X6xD@FN
z>IGO@vQlK^tZwO}r~=9hJ!XOTdWt{eA~_<B8+&LMT+XhraRlLq&DvZa=}`jfF9!u1
z5>+k@lMk@aBqxzVY{QLq{UR*MheOygu9T2U_ZJMaRHEZ#8@$sv|A}WJvE<2P6Af*9
z8J6<o+kHnO6?2L0<&7+4<x2bw`|53P7JhVgwCd=!NwOCtUV3Q=|8h3a-6(K^*M1Xe
znxVo%@5l1Mdtrggv^?4d3lJjO5Q30=(zjKSl@h|G*T^mN(U?-R>3|7ae%v7MuP!K;
zaW)AN52ez}{_9@ar&d=`QKQf5r^=9-ueO8af<>oB8!8Y$#)C=o3c>5h2Zw(PU|TT#
zDHZX4|70)AcMov4@Y5>SCUO8eq+gje3l!P-?D6#;n*dRNWA*P}WB?V7Apr-p&GjSc
zI`lPZCQ{2|)F2~kh)juE18>wlJ5}T6%Ec&R+vDbFroSl8A)U%oZhupgB<-qAgU)>c
zFDny!%^vAc7W&fHA@xbJ8Yh%0fnc~Rip#*$>5bO(?gE(ILf?PyRHejMuPHz;F!d$Z
zE198GU#C5j52sazJx(k@iD)DFyL#4bYvORS7n>(6IQymjS>MIgvz%r>q$+UB#ZEDS
z(Oxsc96xXqbfm%`3ou5uWe%>2bdfiBur#@T&5SKX{72YqkzwOPOsy%A;J6vaye*-J
zB`-q5&7SZX-@)bitf8_Ep&@gV^l>#1R`*d*<C1mIa?tmH%bg>9H-2#W0R2trN8m?6
zdi$b#erA`&+Qmg&uumgxA-`Ly%4Q~rMt61>un&K3oBoqFazr)#z((4WP!f6iyp&RZ
z1Q0U&J~cp*^nFsxLvP$nockQRdFb-3s%4J?GY~&d;*A78L#)Ot?u_PfdMSv^P-K%d
z2iXW&YVg%7KX<p*r$|}6)>I|tFMf2^sp4bwK&yy~VV4Bl@YDf4)e;C*c&+phBvLVZ
zC|qF2_i-n!eUF2Q;{$v5Js<^jhb3|^`|CxSRgCx;lR&Z3sO#Bp<-BsvAN=sgEVRQQ
z3Eo$Oz<n)ny*pPBiogI1n_ZAhAw3^{c#e0$4$89PnkNMOVrA9z@Abnj^NCi1<RuUX
z+h%%YwNRob0)e|7Hc3q^DmoIXS6zY9R~%p^*Mv0Nh4Kb$TB?ue$7xUig5-Ggs=Lio
zgwqJe3{eJBMi(#KH4*LQZSt%4%2XZ#6(B^*Vfq?y9d*Q}fIt=DZ?yv&05kzs({(FY
zy2o=7iJ3{CS#;g~?PenI7&C*(HBF5Bd%QSZDVVihApIF?+gTXra*CilH7<8)db&(Z
z{sx4af5o;L|JtXs&oA}E)LC<2UII8|`E3NnZ7GRm&siBxp5hE4P=lDF@*~P;rzwh(
zWuK;Lwg*}Dhn4`^@37iQ(fQZ}ch<8D$>eXy&T{1+D*2?S)j=7<)9gJP6<2BN496}a
z(y*cwkGy|LFNjNCZY%%BVOTY%2D6LJKQoewXi}6Ly6LOD(oLN(NQA9ozIwWxKO)n!
zpMMUdwWZzB0}u=IFb^{ALU*x5#U}^4&DNY<-ifRW^EkTo6oz;F;UC(J!dR~5HT*u2
zLp0PN6OS#Pw97O?@C5opwJ#J7jBC--2wq;j1_kfM5<t46@Bv3#CUJKrN82-)E1~b3
z6{I~dPHAx;fk(`rG{}p@!Qe=M#*2u1LH``DfPtcCx>7B&NQEChw<yq<$6SE)Ffx_l
zvVmmQ?E60EBPgd3ASQELDna3Nx#nJWMB7T_!>YpnsgpbxdObEOf_7qiDoy_}r&63*
zO&y;kZQJ@v0N27Es_<M5hx)+guaU9D2^RPV4Q|SVDZOf&Ju(S5W|>(!+C?Pk#SNT^
zRL@horJs;N9_B;Asn|a1C#?AbDN_(PXtx<Q#kD4kRodums!30`+UcP-bdSQ-2%c&F
zfS<+!UqEi!HK}dW|Hw`F<~FOT4Aro@6%xx(&4b&Gh$C+Zajf*|*wt_pQ-acS7CTK7
zn4crVCh3XxA9FT7|0Brd?-yyD9Ge&t;`cq|`n@qGaJcRj<G41)lJXeGHsnr!C!7m|
zu6X1$$nEbfy5Lyqy+Nx!t!0?~Ed@ZJWk`nH4RZe6Qn5T9O7{lO)PH>3W41=*!QG@+
zcleRj<MJbF6tB3%9#6LZMVOwl)jXL;{CILspQLaLNt+U6ks7qXu#-?JD4*U|1O~wz
zUxY!!Q=9#YYwYFT^s9|I$15EOg_7Y9<s4J7EGQ$VE81F}S<;rrDM%R?gKdl@_iOFj
zOyg82tsi6JjEVG~j8GgKMq>le;0TM*_EphmSrp}$SCBaxQP(BKk_pfmZDP%gt5J_E
zF3=magj6z;YjJ-=4$UH^T^x8e`RGQck18b8_mg9KJZKG_O5WnI@!dpr&?)2aW{EV9
zCVD*5(+i&ngK16MZ61~W{@}%*XAJ@1XZo5YPREvb<6VH`+R4<#bq%})+w5_x6e{2(
zUoHF#F_F-Q0d!$~hMri2oWf0?ShJk1?O3)^pp?te8}R5_gR_rjrt3iR@7@kdiA+>$
zPDe4D@<b|xT7S)tHdi`m-9sr)_qYfe3%lsa4ao`}ZB#jNh#iNJRR5>OV?Z`lxDX)y
zwBd?h1@auDNNshHzx}^@fWqsUKDH2D;V-<zCw`h=a;}is8@9|E3v6n6;+MXvmaI7c
zHZ4$j6>9qsP)%ZiSLeR%`zzfIQ+stZWDynH+h)xv)<dMZ=<21jlM^6m)kn3@O}a@$
zt^Lxq!A?`q$IB}|PGvxp`aibGQ-O3DRgnAWJ2qf88mwS-Za~RT3P+xhamC{LcWM^4
zvWe%GZYZZ;hr2#bouRF$`+906+3wKFN~=xx<63<b{(ljLVwLYaUa@o0qLTOgwncco
zXn&+K7pFlwO{DuuC9;rhkO=Z%TV)+f2_|CS1fpU`J%Tgd-OVWi6alLpkR&Ez<b&3%
z#St_MuA1zG58|+O@HPx=KiMS|e(MeN_q9fMQvoKqlG(X9MolP>2_OcJ2^fyWyj2sj
zXRVPadg`S#LpoM8#DeF#$5&wK&B>|Kbs~}2r{Lc_mHT0XdK*mgr%uhg&!g6wi2l9j
z!pPoAw23W!G=6u{C^Sy`-|t5rAf-sMxG3buH9x&f;QsGt5#!qT-<D41nBJe=xT|Ov
za4{D4{AkRe_IR37B>u|p{BXhdB%Zx$e#h^(8@B)T!j@J+e_g;?_CXb&U31fae{X8?
zwYU9#FSi`T%ri)Z+}`bxJ9@~3u>HBu>MD>4L41-vT5lLnd3Syk<N1Ayq3Hidtak!_
z_mp=rygxhrRZhV8gVK`DJQe>a?w9Y{H7eVS<uqv|zbSz6m;T`sCf`4S_g#_3MGd>$
z^ZGHC1)hvA|14a$ZM70>&rEKWk_0f<vg=HeFYfOR6JT8f#GhJS$QfB04yRNj5@|c{
z)%d&jq6e}Cl9B<3Y4wbcf3MQWR$$zqO<hYd`BUAPW*mm8f!*wTI|HbCL)@N-AH4h{
zp0uMG%J$Bz^NViJ*OaN?hjP1zs(S{JD;3jWW9jQaZOifEwTXZy@BWPc_?6;l5PJCR
zs@n1BNm0@h;-GJu1CzU(zq)hc7cq4Q<Tr!xQYMOBnt$S)yyG*xDG8-Fgk=qkRkq3j
zyPuiZ?WC2`_ok)mLrM9^59ZLU590QIySFBH*OP6xA>-PAM=-daf5ZriE~uL%FJ6RR
zuH&Zs9n)sK+xnT0OYnE+6)C;=pAdrg-*Ckk#V_i&Sl%ane>s1TVSoLQ`|z*g)i%Mw
zkJ4|RAEo<x9T|H6X&2pn?RshXbN1if+NWPEp?wcU7yrcm#eBM(3w=nkeEs*oSARl(
z75<yf{rmD?AKCA?Prs`6&ct5-ipC!MJEgDUDfOC<cqc>9K4@@ZYpwu%v%9+FIL{>O
zt<Prjh$Br$$-%W4-(B8K_MblYQYh*fzt#CQJTD&f*Mu!p`*qOW(a0=&GJ{O$zF(zF
zN}R9&d9s3|_9wqRSb8IMk!<MA;p)bLisw}1=epvT_ZRLe^92&Gm#pvaYGRU$W&D3H
z|GMgG&CnKqb)U?;x!{^im1*Gr1@G#f=IHyYjN&H(dOHpI^U=w-kd$BZ1SHaV?=LHS
z|BTG3-kfJO{hp6Vk(O<xshVd<A-ZTHNld-Fc-VV%NtoE@86T=o-knO!2QKf<ju*+i
dzCM@I{yU#^oZ3s}I{gpi$~Hh_{1XrB{{Slmks$y8
literal 0
HcmV?d00001
diff --git a/results/Phyloseq_analysis/obj_RNA.rds b/results/Phyloseq_analysis/obj_RNA.rds
new file mode 100644
index 0000000000000000000000000000000000000000..5acf9ffac2bb554a337d755263de8eeeacca2fe6
GIT binary patch
literal 23169
zcmZshbx>Tv^Wc#n!QEYhyIb(!3AV`M79_X?Se)SQPH+es+;(vY9^Bn^aa-i_{r;-%
zuCDIY`(vuQUUyHw>7Gwd4Rtgs+<za$Gq8P?)q*#PCyQobdAQn=ojG}s7<Y_zTKUPX
zf8%eD{_x^OetAq5eSa)28%~jhtW2@2Hd)Oy2W$?OwC7@u4yBygQj_01tu^K(afk%)
z*`@Mmtw=Lu9?OMD=r@XgiIBeh{OV7jv>@v17vFSm41-Lx-6yT0XXtxD8@j;88!*`X
zaz1EfaBwh}+-uEaXfW4FJ;1T^aVI|D@WpH=POQttVy8x^gxt$vwaG=}7j$W@!^6z!
zWSDK`XsC8+@nNv;Qj{Ya%6<zjTaIn(lpfhGm^tqO?(?RHqz&Ll*Sv0?U2eP$Y2*NH
zj1{e19!qA<d;cSC8?)kc%N+f`h6N+rUeL<gu7|vubqOyt@c$7y71uxf@YU!*XJd&D
zxY+Qzm3ndpyn&rW$Ir+1JdBCnu8vhkpQxogMkN08k?Y_3hmG~;k^0x<0PhhAZ@<(5
zK)y((XWq+kWFy~yEPGg8J_7#f`;P<0WmcEy0hJK{OT~^Sp*Kgs#_NL7%gjQ@6AH1>
z3q6<T?SYfmZ5i5gNXe^a+Z$l?cJJz$>s22RVBhwJS;A?SJK(f-cx=LYw$>@R4y_em
zodb;e`ij{Q1(+&q8CYF*Y^=`ta(Ubym{bj24zzgQmZ^04U%3J{Bp2oab|N*qmgn+0
zpx&NSb6u`Z026j7SbH<iyQI=<^koQb)zS8zS;aS><0Ah}6Y!Qg4P_p2Gc1t=oCmab
z-bb(XcRz1-_W692QqH^B7JALDd3`ZCJKo^D)$lrN9@%!|^18)N@fTl)y`=jtY`Aqm
zUh`iY_F@Onp@%hZhf6h(OF4j4)8TRLvkM?VKjwZ1zvP8&@9B5?@x}()nb0OxIZWXD
z8)6CPA=3AtuD6MQq3}w*_iH~n*mnCDBEu24d@dK2?s)ry_9yJO#>#-Z)SB06sr*xo
zhI}d5aE<@|dJSZ4>T%oE_8=YY1ysP4Gk^`5os-gh@+bfX)Ia+d#T*bzP0vZ)+5x1D
z^WH4IU#HKe<9R1k_U_B_50ATy{kuM&Z?Hm9#DBa()9(F#&2AWN20ERl-1~Jt`!|uP
z_h!4AIL)4oy1rQa^GHZVDxkRYP1*Z=zsTri?w?C<I|0*kU7amFI&g1^)OVLJPi@FR
zTk8F-Ypc9~YLquIN<_V9aBpoubrn?V<#jJ4TI$uQ<AmC;FbuY;V)Wv+_q5Dr<kztJ
zb~<VVzBdQFg>-551zh?70v@MoUOyc{C*9B3$sEB018%ps<F%f*;ZE3j)p@Y~LdfeU
z=sgr_lz(EBe$S=d_8QB}CH42KQ^&%3?VB{<Z5_IB@6{egWb)zpVc@O4Qp)iB?Frq;
z54K+8|7zlKn;uQE<X=)5<RocW6Y#4O+6F)ewY|-rwZBvopPZ1FK;|V{zHdifUW#u#
zIuUsmL9kC=4*$8_cd<S#^`$1C9r|x2pp5!0_-^2HeTzvQ*x-D49-WMR^<Vs#Q5y3L
zG|c&;3v(t9;F{Of%3C)flk(btEAkOoyFUk{WA!cayltS&aba>{eEMY)tZ9Py_O@8~
z>+(MScC)K?_F(k-{(i-;qB7sNuyVAM%Q4N<)A;n5dDLw(<vvh+^>hyI4HN7SCxryA
z+Ff7=K}8bov2WK=76PhgqpyIZT*tKC;nJK^x^|lj#OSLQRuuA%T>iBy*v$`-=|ZK-
z0TOp?(Oj=bH_*2)TPPhGv-eKKosW?9>n`oXv&)qosIRWO$5a_gmsEh0pV3Y70P&lS
zAN5Um{dsl$!{?v?=d0g{#ET2D3-{D`R5yY70Tq=k%0|0Lhodma0W{^{?N!6`Hr-ef
zsJJO%a=s)hb=yC+ehu1Up7gvxe0<A1_qn{@0pTn>3Q5k+2^k+BkFUFF<ewZ@%L4+`
z-EZl^2a?EL0ZovAwuRcl`_0>NU*83;*#+OV>pxsRFic`8-SdEgLBO+L<xQm`^#?CW
zlhdl+$;<nE+#+b-MnL&J#4!5u;G_D-H|lKA8IJLNO^Zp6zkerrv58aqE09ItVm!<U
z;kx;Iz4)8n3kBqUBmb0W_+Ie@Yr74zWoW^vEBI-v%=g6yVsB&O-}Le?lYuqSkYy0n
z{@D?6htCP{MeI<Bx^m@gCFDExsl(q<X?3tyJ^8!0-w1$aE-p^4!TgT(weZJYn3V)^
z7t(ENNR#2saL>O2AYq!G6HxI=dCFMlH2Pd10rR`PM!l#07=R8+<a_W<ME`kz4j{Vx
z7+>%jxZnrA8<2t?cRdDp-b(p8F7fo^{{=*?Jp=(pJ?=@s2SsZFIVSZFbAWcAgOVD5
zjoP(<D;t!Pw;7~YgEr2mwaqp~^83j-fpw`ISoG#A)Wq9e|E+K0OVF!ST|OEm#%6c?
zy9X?v!2rEyjR3H?*X7q2Q3ricqu0v?{MLHI8{gb@yGvJmdUsb~jimPRa;Ia<_4)d3
z5%^@?n>l*&mg=wzioOPo-uTZ_=kz(&s&&5|A}aB(sDyT{&2<B$rBM9!4pEO#p82|^
zda!SWqVfwL!t11@0PE;?%kk0EUE5rc7rU3|ru5?znXYIk+Y6{37!vUQ^cQ6PS=I{V
z2Worm9n^;RZ~0aK@Uf!H>`4Sf^&DZsa{VaPby8yWV)DFtcHGuAAL83QyLoVQv=FT!
zH8r;hc)LM2!h8*da!dvVT!i~V10Fp6UjCesVLhX54k32gUjpbU4l(7q>{AE!s8*BL
z1g^;Iq<Zp^?;PSKv!QSAr{*@6A70!v+;912URGOjxfWt<F8iZVLOS$X&|QyPktWQf
zJ43xshdn^A$+s_%m!NxS?Fs!obPXoe06I5}TbNM#w>iFb)V!u{Q$MF}bAkM)=JNf1
zS2_`QTv@jv`yfd@qPKKB*`NV0-^`wOXG$Q(oBnq`-Zem{)b>s4X{TXogXiy$FXpz`
zH_I9+_7`pl)X09YiYv%=ml5!T$7Nq3sP*&aIhV&&1J60ai+A~~e1H+C^%?5{=~e7|
z!0#?%YOaM9B&-{<@6;EJU#WK~4kP2!$euOds`z$$px}osdBEEP`rhO8#2&LU45{Wp
z;wSs-e!f#x!>LXBw%f+r^yM;q*N#`}i5qysNy?@1eqFc)%7@}JxdUsW$9l+HF*4ev
zTvoi_$O}XCJ?=O;faAJoUyM`(zZD#LVi^V+Bi~0$!R^AWqrfhwG&ch3UfJ(pMk!Ar
zU>HgYvEtll_xkCITDc<oT@aVc3}OokXs-hc$<umtd#@G@u6o<%;!<y6cGI`ge;$B2
z<$F>ak6K-F-JH#w_W}2>47hM?vi=8ia>fx}SN~t`5jhKn={&(mCN|FPBIu#XTw?zl
zjnr!cJM%_;Mz=EoDt_R~t<^|ojWVf!%wjgOeZ2>at?#n^FG3kRSzYG8J^qiu{~uZX
zUyub96eKbc*^~~v5YK_#JO+Tn*8hQ+k$&eYB}MZ?30ICohjZN0WZDx<WldPo@1K73
z)Pd0ecVGRtY3h7OMPnPQ%f1%CHI*=R+uK@->-p*SBeU-G#D7dAvqe*jo>Bb=?DPR5
z$B)Y>FXsaV8-|ek9}C#)=f~6rv-iF*{Y&7UukZcV>g%gW`3n^5w#(_SSZ$LI5x|7B
z>uqKahG_EG69PtocmXEN24T*50griT>*3c%TOG<^s5CpI#TW7>(QFL^`zd~xY+6Ra
zf`r2;!7!^e<jMPkrC7=4-;0Lsw{I6*?d?KbFv5q4zd`wLusw<^DIXQUo8zP7sZ$CR
z7qqok69%PT=R85*h!4E3-|BD#OnM09%)BA~W3@I{%m=iM?7(X`*hXfnSCRiDBG|v{
zDY_;7Hb4`ybB8iH+jW2U;~qW7D{f)W7qOD_1v+^Odq%knuzp<ii-kEG`@D%+U95#;
zQ`JlDi9du8JvgHFjvj4fpS^Y$R!ZIX_T)LmRK9`3U%h@jO=3d2uHxUm0N#8a<IZ9M
z9Z!IEB)w-)LAc4eq-EfS6w5}3F=)Ti=mqrnI+3ny1nFyfxJ>VOnnyQ!sX)Mn-8iPe
zCf5v2`n-HLpWm+5!Uh`l{4~<;yW4IrauW^zZO>ks7cd;+QMW=bY6uG4#!8^uQxJAv
z8%&;)7ToI_xc;^g&mjhR*vL18m|kk$_gu=;uJp7WT^N<w)H=lwreN>+TK>7`lK3Kp
zvcY&1Su}7D;eT2WA$rck0;S&-#U7ZhlW%a4fxNIFGsqjn%Lg6Ah!2SVUZsx^n3Kla
zEB-;;LN~68Ne$NSIs7A&B=*Vllkuuo+=kR4G@RoF%Eq7H;o|#rAI=m|dO&t%VbZ!0
z0*#EUc})Zi=EJ7J;l5m;+Tu$}+u~^E;|*!(SIB+PaQ;ynbnz{7&rL!kWTVJn%1bZa
z0BiXTo&uy;a!a{uEbMlfdfrE_1_46Q>%YII*7#$ccm0FUCv!lb*Hs>5ZBELs&3|(I
zU%-b(d?BBAx&DYHs9faUPo^E@dlytrro$e<4_A36r|%^EQAi;hm>UP7(C~92;Rh_V
zi)cEN3$by-=-A)&i<}-%m_>AU$=a3Cx9MyZ7)^R@%7*lM@4b|C*GWJ=I%Eh4nGCt#
z>X;)w_TTp6HuIlIZwCR8x~`EnD4)JpY{A4{pe<6y{#+Z;GB5D^gf&|*Z!k1((+dzd
zVJ3br>kB^E>hQJFyP)*QsYRC9zNhZ0y%ZZm0Zo$JkWJawnjPG3ge?3d?zwM=ZMY%&
z*1v(r^CShn9tcIf%qJ)cL*ME^HXVP@w#(2ZUaqB%j{nh{23I@T1<tA21J>;I-n|Li
z)49`xOU3_Nq5j)aHBLvRZ$c;Ess-*h|Fwf}=ZmfOJ9*k0-nIvJzt%HfOIDnoO0~O+
z?*EA0H|MRi*LhgLdSlmYoJz@^3}0KH0TK`U(ST;hQj~Rft`6_X^Yv<UUqcP!rE>|t
z``ha1{AC}}4*bV!C$Rq`AHdVeF+lX?#mR@pNi7%L?BOBiwSCe-WwSVYa_)86J)f*m
z3NTK<HcpTM9rw~x`&|^EYZ|xK`<)$uM~Q>)u6hU7Y&av-m~#k!b^D2R+hUc$vr8PN
znc8WM;Do}}4LPl~HoJix$Kg^^jM2ZUc~{HAuTUVOFDf3ukC2qzT3Yb)*H&?wiXMJl
zWgx*CN4F>tFpK3&meqnQwF;asPM+vj;#M=oGSJdhu4L-L2+~Kfh}I1|dh|kN;`iiL
zJ}5K1hAS;ZUsU>b!>>ofZTmBsDa%ik6qlXk>$os;Xf8s7u;AW1)B0)F4<bnW?}AI<
z;WK!B$W$ok(s|*#EkF0D#f@*dRyG<$Fjnj-?OsIyS#e1NZCMHrXU4s;kUuMUe`VK$
z=AH`;78ILRVz%xT>K1k_|0*QU`g8=ZYH$>Cdiw=XO{-u~o%Y#>&l=${zABi`yg`}Z
z14~hZS?CIBFYc}sCsXl+v$Yl}uJhB-7DF>Jo$D}-#RaTU@nv?J-s=`kk(tDc(tZ+s
z!7N?Hts-O=u?Cdaw-tO6JZd+?peyr91Wf@wPtQ0rwH&My*6p~uxHgLJ7-ny(+FL$t
zkVQp2OOV0Dt@Zu0flGC9u7euBxBZ@r!xuS`_X^^lh@LgG>3p0N|M*%e6bly63%9Wp
z$61V7Vszm((denF&S(VD<}wioq6y~#aHqTpVi<I8(7LP8=u|_tRFTQ0QNJIJOIFhw
zVkHe)=PV@iRiLI~Mp4+$yi;o~bw<kJKvQt!pxxV5Wd*|9G_spAZFNy6_F|0TX7D17
zDYNyv+Y2+Qvwl`BoK^D6LYP6d4vubJRe!==>Pd($H)PfSyrgurx~pp7poTJQ6FfHU
zh!(SJu9+E_%e-W^$4_#3{WC#}b+30fMfkWFzq<`jKu$u*DQ}hruWa7F0tK%Ip=drO
z)~XGk?Td@6L(pI;Ltq=jb}0)@!Zafz4Z!@n@y`pA5+P{>0XfAJj;frnWDG23dB#B;
z=B<eCRDlmw!I!S>5(5Gsx(S>@a2@f~`3TV}hDt?b9(k~A$|X1g&lu07(Inm<v<4%L
zrr)pxk*o#M<I*LV*rhVW=Z0R-=Am*!7^F2%W}J)Z(X<5}H1)>ZrQTN(l5(yyE6oDB
zcOQ8&OF$n*;|(xUZd|swlAq9@oU|hWs=<kY1oNcFMG1bdRd%Zk3YAj~f7LrA19W!~
zrqR%2bW1WRE)IMg<PLa$wj~!Y1cq0*D3z7ay5t<%xGM7>-H{C|u2>Rkgy5!q&~A}M
zwQXbWK~>@nf#)zn6%Y|ra6|A`u3wQQ`Td@RMA52oRi~ce=?+4sV^K6TC=(%r^`s|F
zn`@`CUy5V)^H|5!;VbV)d!?f~$cBOJoZyd7R>p$0Ad|2Rl%Z}Qo&=R#{AYjeH|vzu
z`XspaX3hC!$u(`$v9?V=xVns#9LXeY(>$I<^X5afv)H=Ap`hd6TdGXP_B{!oM$q)n
zcbpg1Dkxa%d0r@CNo8U5U=dnIXZNCNj~VBnO>yM}%PoVsp?x3RcUz2)Bib0SKr=U`
z0a;&BB{m_<u$1HKkC?*0$A#Z3oc7yVrbcEiE|vw8#Sqxo(nSW5FyY3C%MKQid}0kD
z@<Xcnm+g#7N`aX%>OX?^G=q@BCh-<HF7LQSnm++Q@Zf5HE~Z+<6Clygk*2FCRnke;
z!c#K3fVbw&+>sUdr6}H?DNq<WHT7UyNWYZv4nB&~2Cq=HFL5*dLsT*{`>MMy17+&R
z1&jJAAVt;MzZGH)KAHcxthR&DW-K_={grnH_GJ$XS;z7G`(@vJ%6q&B=B2pd;QTOI
zZ6$n?MEp#WK?*sHxIf{b@j<dHf%v{e0KNXk+V;|{26Ml=?^vid)l;TBSBr*Jq_M{b
zXC@v(vnf-uaEmzh@H5iP%tZzu%@!Hvn2NQk>`>;ua~y*bPWMtWmd)p+KVO9D!uppP
zMTN|%&iH9q8kI&0?y5riBL<ls(kJ3+4NwsxKA3&4uPyr-5zq1i$j9R;kU_||oI$_@
zr>K0gb=#e**M}<-S{T+QCqK0UFQDzLDxgVFGwgF=I%h9z9r>y8w9^F<sYZsV)H5WB
z9zTQ3u2;a3_YB@pMH{*k0X4-Ku$=7{Y9LpQ=`TdZ2q&T^^AKzjAlf&RrJtikZL9_h
zS@^RchwUC)z%2x&PYvU~AsaeHfk=bs{wRnLNt0Um8~@xL!GiLbu*h0Z3nvi<8FNF|
zb{8>fvM))rNA`2`9b&zEs%TF(^hNNZ%}sYbo6F6uc_~q^$&}t*>c?QURdvKatdfva
z$jiurWJroo4E!+_fVqc*z5<P=tlSz}bnh-YKLDpin0h`D$sq~bYS$w%4|61ZxHt@p
z5p~%go=0dq?)=E1Cr_==`60(Sg6*p&VRC2;y)hlu5C{}uEJ|u`VNA}6^8I7lEIEB&
zgiv%3F5%ZL+P?|iohvADy3#aZj0CA>{bGMM*{`pTP-(fz=OnLX&NnUb4+~wsGRBfz
zUb(2tDK`!T+I%8QCB1BS5$0v8Ms~;5RTctc1)=Dfy;MzEj~NbaeaNs9?~jyAu^xjB
zZ)POIC5Binn#6n4i%?WdMaqBvqxhe3G}E|l!3IZW=<YamxW&3|w|(YePquKRO_U6U
zNGs+}w9JF8Fw-dGpi|@fLG_w^y0A*isj^*b-iw?Kl(<aBKVwM>Osf&ZZgNGu)5|iL
zob_|CJDv|$;veEGka;R*Wn*`q%P}+&s*TT*$hbFW2uUi;f@dKN6DWiAWKCAnf9PBz
z7*q#W6ICHe29}8Be`yT__UkRQf}JHr|MGayiA!wTS>-ZBugkj|gl~G7eAYEhX)Mr@
z<IEk;7-li+VX>9|%;azVZR4?YaKKeYPWw>~)umow{|~lh|2x8+h)R#yy8;iDW>1o0
zlUY+a=fNPod7knhQNtklo(JM1kRVoL9a+pDwF07?FcJ5HIXya(OmhWg^K|LkB_+(E
zdbxM|#SB_vg)F_|z4W4xXyMl4^kp+;W%>1D4bpgHtz7pg+@Z+`O7lWiHXK*UP^#<e
z*uS<DmbixwI(@sp&|+>d5$*J*FSQI^`p5edk|^lO_HxjsVjg=H#?nt;TaZ-u-OF&H
zvl&LYdH|Q0^6>=z8E#C)F*b$wc8ThxZAZ~Md=o#C=x9EJFO|y9qUXrstRCLQ?3M|&
z2Ki|9C93F+!o7?+&IEn0TF80ER3hjuB(EqsjlLv{1Fk0_tS?EDyhE`UPLqBgSIVCs
zS@pcznQ$}t2Yb4Ezx;@y{ev7|qhT_EM*CpkZKjJYPON-~fFdDGyow2Fgiz@dX0<%y
zE<cI>FoMKh<meNR6EA)OL9`2MT2-HEX^)<D)JF{TK@5j0GK{kRATCCjV<TB;CM&n5
zKoSmsn=xtYT9~BGu*WMmhTrBT1DX{?`>01=m&|m1pv2u@Q=AsaNj^iSUQ4dzQaQD^
zU$|o9fJNNR3O`j5n%GB>oMo1zmY0IOX*#tcZR~_Zlz|dxCHrJ4t`_{olY-&I63yAH
zJvp&t(lnI5wOC5ESz%D6p5|}5c`kW0r8A4V^K#H~6&~O(tedB4e0zjNnluDcnAbBE
zD`MPMw5$X^+Q2Yovz0-!w5`FC^bgV6A66y_7avgGfHpS<j%pl4O$FEbMlTJ4TXpTQ
zC((ro({6Gk{C77?_|7)PyoBBf^00^Xte$IoYhtca??)6N9At_y{IygNL+<eEiL~es
zQlWbO?o73O3|t<XPM1A3(wOF_Mt)BkpI^UuknrhwSb4q!gJF8bg$FrJ8I9J0$$__j
zrct=f80M>!5pu>peLZ;b%lK2T4CX4Nw@G`a{FjoSKwrILA)z4$=S$>bXyiM3LQ5Tc
zQjVu)lw6BA!3y~)le5wZ7fd4fBlzD5UDLlKPT!?o^IMTeJ+6Cv8M9K=h43p2iT!cs
zz(qr8$)>|Zudr-wEY_5x{>;+S6TTm#f@dQwjGDg7-?b=*qJ(<}M{bU%B!WA|CK_4*
zRH9~VPTu<FhDUKXZbA1+bF)G6@1PT&f|7C}JR2Us&Wkf)c<)_norSvM{rJR}e(|yr
z&rveL<lZB5d;p<-(tP?&dq%bWv}!nau_UuPR+PDUT8e^TXaS~Zq#SLoYvus6A);nV
zmnBVFe%*@58PKgcb*l!)XiU*6*>2;U0$bzVM{3-9-_9iw6*SCJnjblXg?{)ggy=kf
zBIZjQr&?@i>mCpm{h2D>PnZin|D+v%zLP8*&SRPoOxM9T`DBNIV~-coD`;bANF?C?
zGmiWlGpYs(6*kgF@mO9TlOs71x`%0kHC+@D<tY8f)yK2I$r3>%M=06N1otFM=&z*n
zJZ)!&2s7Dv?hGvAP7Md)%dLGp(li`<1d@-+@2Ar626?=^wqlhJFnsxVF#8)*Sd^Sb
z82yxS|NivS<qh}96a%v)4}>!Cgqmrg<cJ+T&{ll-JK>AF51MR9`Gj~{S-e4}8u6X_
z;|EhWc5@3jxd?{gS-4%$<VjK=m1z^YEla%w9IfqvxF~PEg(%jcBBF6}gFNyW)9+<+
zDI6eb9|c-7DnWijHpj9Ml!Fw*^{?u7#aCRBoxif;fiwcEoAct#5(BR5D*AX5#5tkj
z6djrFrNRU~$mu_FdO3d%TLmv5o|`2!P3eIGo7|^cY0a~63yIKT(7weCj%ff@5&LK>
zI3x@%r8Q;t{19<mZyD4kiQ6(P4E`XmtH7uDOeguV6%bM{7T?llIFj;!S(PM4kk4fk
z_Dd-pc}5LszR*BwH`wy@LwsG$FMdhjXm$s~tMNyD%no?Mk>ik-`{bU=q{;scPFkh#
zgBvpgoh~M7Jv)%#r?#Qfhinj>G(Uwi%mj}Q_dXMY=95+fuC2;D^6YPQV-4GjZXyEf
zk@Kf`0?Ve-xXKx)ph^I{5&o6Knl*o>O5@+qt7VY%x+UTF0{4G{$R4vshO&Hf^KrOf
z?|XU@1rg6#AohL=4;CuJP>O8y#}8RKDOMOb)+So`!3vI1iQ9rY25toXeyFbNB(bYJ
zLvB-yQZy_*ohryc)9E486&ij#mJd?2E;MWJwvIl~G|8+R%@uplc~a7~XC}uIWl>t#
z!U`Tjx2Mr$h7J>ooY#^xjg!SOIdJIkzp02y^IrPxKXKqR>r)}PM5=d|#mvE@;wl$n
z5-=~BtW!WN)^QOZ5i{Ec_uFy){Z8por90}9kC-3nR%T-3>Z*t$=k*9^W6)Z)q%AAI
z@Jq8J!sjx|S$#R64z6RckA7Nk1?Zy7@t%P{gb9Y*F(`;aPeSSf!E7*^BuZxd0e&0(
z-(SIO<PJ%s#8-J$L=hG=c)^zQ13$B>zi08<^Yn-y?--Wnc)@T`RWsF3J4CFqsu|0*
ztocU4OoLz3$jm-V4u+-`%<))5SYnq$7ex4{5zK~n$q=!OSDHl&^m!}qT61}s90{{&
z9Awee>*LuO1K?zy>4Lg1l8b3dtl-QaA#$sI?J+)09}!d#dSeAe=*+S$%v}5#gG|c%
zO?2GY9q17kpIL|W@w6NQNj#C?3D<jg=GadiXC#V$L8b4HOdQf3!Z0NMME7U9_p!8*
zJF1D!EGaqZr&V-6hM34lv`8S!Wi%72*qW?q60nen*6`2dH((G5m|^PSHkh$sVmf50
z3Z^LkX-dEwP3if?;n&y`N)*q>IwQsmC)^*UMvQ)_VUHtbr4HLL!~qgabNAoMKf>V|
z9~r-y;3A@?v9a**$O>10OsWx3!{Vh8u}(s7YNW6Nf107jF6~Bo!-ACHa6lsB<tI~2
zk86sG6e4Y1)qqW<k+#Cpcth0Q)l)3|9XZ|;wR|$%P)796>S-g{n6NQa>F;@P3Kg-a
z1Pqjcb>O!3;IOaPU*yJr*Ht0VI|mfpsW;6hatj}Yx3X%EE(&4b1gmx&_IOhU7k)a1
z3m#JpDexp+%H;J!9gmTY_C2fmS-p&iIwF$r;fs}L_RSn9^ydo*A^A!+p>fhZ@Olg+
zXJxQIKHw*dN&AOn)>87AW?5TCp}PCJtO^|>0$``772Pxtgl;*;hIG0T&3ZK0I!Gq{
zM3Ux#S7avsVX7VNsgD+%jA}+8{|*_4V1i%X@OQT0E?<rTPHV7kQL^MxqfCo}x@$kH
z`?l@CohLTUpZ)qM^~Qv6QCDLi{>BDcvY9L+v@?bdEbb{ru+JtO9BN+LW+HqA2{2lc
zj_)1i3W>7x2K+lxnSu|tj%~LS%?eb*xF<Yk3|rCM)r7^}Unlkvqm-k(99-qo=-|UA
z8Rvgyko%y@ywo?Q>)H&IzLyE3xB9y%r-dky@sSR(XNOTUq(+2jVA`4`madGgS^6t`
zLb#2f8*9>`A=Wz?O8hVq&-$D!*HECnl6FzH{NiSIAM*)Nek?_)bz8<{g$c(qhSITD
zGm?4OlkJpURFsV+gS#&HQ%sV&h9S8A&@SX1QK+e}PJN7h;0Mn?(eeol%|%X_`A}i*
zh+!TlQrqAQ*%oK~Fs1r|W@}X>{~UyU+Gq!ymX8@qvNkkKyf|vNVdRZ?T1Q1Ukz%(>
z)XzukzCZ46Lq8_A-rv%Eisg3x`SUKDryuu~_iuA-kK<n556Vxpf18Js75kHliz!A@
zg8cJt*#9=G?VBM^pwV&`a>gqD*zH#SdOLEJLRqXx{U>oI993LAinC1|z4|CM3rRTP
za}wPAq2Wt2LLoZpjy#nOpj9|R*Hkrv9p8yIT3EOY<ql6FG~-^k=g57~3fm2_*R>RZ
zJSV13HkOEHQ96}~)*R2UrdAB$oywh{X0LE)k<s}5t>VP>X%At=)t#jB=64h7u+td0
z6{7SSJtC>okc8Z=AZg`>Oo54@Yz#B@ke(S#w@^z{RxJl?X<!Nt_Sl!2Ak280l&M?-
zQ=pRVJF1Q;>KOBRie-H>t#>CVPw>5UYa+bCQOt!@XoT;kFp7(Z`$0?vy)5K6F{Mkr
z1?ar7Oke7p;=)QZ1&J&-e%U-~`jPM+;!U!RwvBzBK@=?|VI^%`mod;)r*~GvNz317
zJoFi?bAU;rMr##02`~{#lPKdKht$Px5f#=5QtQxy>=8a~?%nvHTPE+*{oED}q}|mn
z{hDg6gy_G?Iz+>}A@n)aWl`0~DTPCmkKI;1jWUA?+NPwd9_{#PXBf)^jjkgy?{}XI
zjsDnPpj;h?v8=M@v_+5jpI3^5tPE>?UTTLxZc-G@A`S|gij>By>A01fLGmR!jnO+U
zVM`4<j#$Uv%=Jr!EV$<kce0X{<pX&vEKI#yB9e;vXWh_voLR0LBBpbSBvbp?ylHX-
zCXProTErlXeq?pM?wk_-0qIPL(hr<Z);$U68%w4zR%{u);130<3Gs>V#|17^Sl^e;
z9`|#{kovH|g*HYz$fpGDx_3!Clh7^-DtwAiZVxV%O-IH_lZKOz0y%2h`>?>4`?fe9
zSApcnJo14wV#_Oq9m6?JblO_rh%o^|T4&PW(jCvR!u&E{B3IQ?ce*Vmd>d;=$**<%
zMMZ_qlXavccQ=fvxwx83e~US+5BA+GdVV{WkP1uThUUJYxU^asXe6jfgwcggY*E=#
z;vG1}<@3iBn@P9Z<2@_4EJ})T@i_?~WL71CC`ryx`{J5XsbpHz^_TAizJ^h9Fwll`
z4~gw?|5D~|<hON|?n51HPUYpj!515BuyR#x7qMY@#E)R(x5i&_s*KJ$QwfF(1LjSy
z&yFzUx@T~!^u0SQ9$sRauA?9p-dQ{lC*#O+Q+Vu|FMLyK`veO?mayokis_YwGnziO
zBoFgp+WG{Ev7N^NQ5L@>MRTPk1ZjZ8k1{w|I3p98m4k#c)d;vF*zr*J@MVD#?=LOk
zuw?Sy;gO(P)`iQ#t6}|dox-G0%7{7s5Eh4yU=}{6e<RF1ry-OYuq<H4ZjH2JDno7+
zF~wv-*4IM!KF50Kuw2MuihUHNOe2u{%`q~AAu-3jvbkRM0FFGGx$L{u0L>DLbOb!v
z8BGmE;op$Y{6Tg21KdwL$#9Vzf}?ST+`Pd)TlM)3KP;khlkhk&q?~ri`bSYiLAX;N
z{Xf^+{&4h+i9w<~a$c6>YPWshu2p6LOF{E&h5E4MuhHD1@DiJ{Y5lZ2TyMP6G9{_c
zHtfPAUw`(*D8(o-R5r_}vsW_MRv+HiEej}RTBUxCP8^dnw@YZ3qdD!?ksHIg_HI-&
zOx)8ZjLVEgKgxEm&|{D$PZ%3kMOEwH^~FvJI{h)0mKBy%I?L$U?6par6h`B~N1r!*
z+~o1wHW4q8@zScNC!s2l`=W;qLn@X8AFX6$<BP3;?6ygCgeyz`p~Xf)4EHJ$_Agsx
z+iZ(0YVX~Im%Vpwf)P~k!^mxpA%92e7C(Bf2oWcLBaWqNkuSB49M=~diw)N!3XKgZ
zW_9JNn-y^HZ_jz2?zK|W)DIfT`8;^AV`)gkE=wu+;jr_$KK9jtm^Ejho<BL)9xGpw
z#(6M_j*sWLJ11!!=bjHT$3ws5NrH4NvralQYl$hvKqb*??ww|eA8J)Y=+U!p;pwh5
zNRoDKj`7pVTv?{6xSprV!d=EH;oFuC#)@!Ihe!3CaU;&4T-rGS3qVY%WM1z9LK+$V
zVfVTp1)k)p@*??|=i}z}W9Yy7MN9Y*Xesug87$<m5gKCD%)|@DT!y?D(Xd9r(LP!B
zBS~HK-*{c`LZd&A$Z0kqD?C5u@fq6%c~1@htq)<}*s{h#u|dcxzTL+xM0^|I9<e~!
zO#ei7O2Zk7Q+%x)qs{!DQ&wsO5$6=qG7pQJPX@#M2DK*@7p>4%wAF<heCkW?E>nyq
z)1;uDNns!sg38`cql%7`SQ1L4rpg#1l}(FCPO2Na)fp(eZ!W3(iQyUy3tbmOJ6-vT
zsP`5}wmRi}kT+d;y7Bpi{2fB}&nF@6w=k+k`zI#>zYKSahxgsScg=Zh`S_hX6a0rx
z?`+@F+zze|UJgez9d0=e(x`VVG^Q(Xk5~i5;*H+B&lXocmx%fA{o1Iq0LU~jUjud@
z2n|LbqvA}40q#VfAcaozyKKvL`L&-;_t{vM3^C3a4-LGYl_p`fQ)|CFHTm&JHNt-D
zM}Z`-55N!XBJ&N;9Gvrc#O_Vcu0$QYbL_Tz-ctILX(lD+0Oh*MXH1sh=*9w;`(=fB
znb!pT6OTEc*HgR>UV|&P0fm$<zkUVs1m9gYWtE8r0@l;_S(BjhJa>n*i6gsj*FwGz
zsk?ys!IHyYY;j0wwbr^a!q%6#d$nWQ553EyCZSt^puYEUw7&{-o~sEBcw`Ngr&H@{
zvW&*(KLiXF7j|{mKC~aiN7k|JvE>l!NL6~{<~$YETCeLiupz=YpwdH?dqW(DtkefF
zfKiPvn{!v__%VZDE4|uBOhQbr@s<|TO&m90cHPc~C&mG~&Z_euNlJN~E0WGFcNIl-
z&x`>ZAvwvAAgut&yZqXas)d4HM#!|Xb6jTp@BxUsUS!l}+0AZOc#G9PS0lCdfo3T0
zvr!vb?J#XJfHA^upAp89pEe<^Tz;s_61Tu~p^ru}dG)vrVq!2lLi0_t0l66uJ$gtc
zWg8*&c)RXS)8$8xKMI)eD0Y~n3-?&*NV;X2RM>fX{Ez_2g~cBNB}+5MHFrUh)W61R
zh0pi#6CO|7qn?Zyoka5Xl7Bpo*+ZuDc2p!+TDGHdLR>Q4)Dv@CI)CMBKj*S)6MP=_
zw|YpfPYTe~#><_|EC3^o@@R{Oa1-jdP>eB`^8)KZYuDaoRY=5@ZE<tJm8d7#0n%T%
zmv<9;-M#`gAj*^);gBkY{@ZlWJL>_jOyoq3Y=)8FS;N2gE|dCYuPPGV8IiJ2_Hg6*
zRUS7L+DC?XTqnA104jp`qlmbqC9aVW@y-O7Fy+#D_iSvO-5eu;kM6*dk%yHCvnyf1
z@MGn3lp7RuLD|6@c5OM%!<#QTG%u|(AwW<z2qEfcj4W+v7e%WT$UTlysR7}Tb>R_m
zx<vjwG@Kq~>tkt}hP!q#1%ZIR({ri3O^$uKGrCzojY4}@7WUdjJI?rD=78Xn^+#ux
zFo|Wi)AykLqJxtmPf7OLR`nD5gW)`tOt;6JVzh?E<VOd3L6toFz(--a=JOzn_==lg
zkRVPvLyn?u`>Y5(eSl3hd=hbEALG1+kv(xieGu>mSJR!Ll7N*C2O=wbxjTV{h?mx!
zn7l@IMKOMI#VDfYBG7ljgyEoZ^jeuUQ|mTnDRz`k?tvXilFr1%si0LZA+?!lQItJ?
z(R7iFzGWz<=Ej?o{5q0|g1!xC)<K^p{6_!?aAC0#5olMgZ3sF^46`3UxU$6{#Bz-t
z(C#7~@*wYHtl}Z8ohj_qbp((O4<*FoZi4E1*Sgyb*B2&h9IOtsHMJ{`hn4gH7H%j0
z?tT1hW?x5GtxeHTuhkIH+5XEvnNVjb$^-zd;^u|cSp%|m<kpGDYeBb`bHO!(KP$a{
zjmUhdpKdVUvnel;FDaTeQ2J)CGL?j?PhVN{i`ky4kd3p11dCHB9q(l?w&;7)DuFUU
zhHs*7bxdjYtHjKCx*<2I;uhJa>kdPa`Q*M;+gjomm#R+IscW`Af%r~v!Zop>J}rfm
zkvyfh7<C68P^B)>5UIJ4;^YBjFmxp7<ZA)Qa`PPJXmL2uzHzk6s`;j@o*kq@L+K#D
z1r*#r)60={Tj7S<ZqJ(ZkZLJ)>KR==&KB-tq;e9ntw=^i@o7`#DGOOqpXh0}R-P51
z)v~Q9=~4xcIAz^8TzHh<{23v)W97=J7&>6H{|qxou9T=sjoH~5U12AA@eZpVJ;Rl=
zNQAYgt&lCICY~xgKLgMCezHv-__T=x*0`=qbxe<4caF{50FqX|r`g+&o_e?cVlT8B
z6x+dAca_{CJxC_ZH(^S@W*gtsds>~QyIQ473OW%?rB-!*am&;huVGbDb{0DaVgQ}S
z-;bUCy7Cx6Gm$Bw3{w`vAj~&qPTs8?X&G;Ru<|Er+drgVQ1jbM9~rL8QM|eXTBRQB
zYJ2Xr)ogXvR7sl{xh#*d<mI$n;ab@+cKupcVgZa+{_^;uAJwCCS6br`x@^7)<T=2t
zXB+mlrfZROGobF;e&H{;l6XAk$cyjMhFDvC^I)uGZtLeu)tEaRaVu;^PSolnQH)H*
zh$w|@Pt(~s!k$KyJ;euqe%m{#|MjG%^LjFptvl|a&bci<t!-e%xWmdm87cl8rJ~2d
zN}W_L;jZ3XYj>n=n=_>iDPv93nUeixRWXt;@YkHJHvd<3yRueO>bdSC9&7%uU;GS=
zY|x-xV+uyrY|T(svYvgbOr-Ab_2!!Hq+pv_J(#&#IeUuo!o{kn1qzJQC3y6RqT5<x
zru~>1vR9qI*yeIFa@PdDxtDkoOznBuF{Zu&SK7UmLv4F{Ui#vSbi5`vt{?8^PF94P
z@0#P+HkC|j?F!XlPnN_Wzjtn{cau-;)xK2N(Zsa?A7NI1u<nr8JkpZOk>}itge|<E
z!FP|<*Xl4%CW6ozh$P#)08NCuMuOOo-tm|x2cz03+S*^nE#~#LKin4MC=(F#%!s^o
z^^Wyv9~&HJa+=58wWs~6tD*Yeyyobhs>(TsN;*8ohg{?rAPAeqIoy?P{*+4fkN-5~
z6TWxReR?s-ji1R1*YTDGU<PQuh*Y~!sL|CpffVOdhql%|tnQcG@*zzgRyI(+1J1QY
zpI;k2i74vZ;YD8C3>{rz%~+k{L-_@^V-M}4Vj3n?etR9YjwZ`(9=G3L$O48dwpTNO
zRSTooHpsP;sJ;e%HUQbdT8U$Etx;dlbAINy57MCY`-@wVXq&U}g|NI9R%?&~(`Hiv
zUH%!8WGsAbu0T`jkC~kX=Hi4-h2LkY72G!Ft^h^(aQ~T#N}^iECcoD$hS>0?t&4(+
zBmVC_uS}Ob;9|b5T<OB^eeT<;F$cwzhP6#XRgMY(lsX@`&2setS>C@3AC|!Cx0`%C
zxHgeuIX~J=GJ8EsGxnrI$ZMIcTdt@l+*J=7nQdOpUbmVm%{t9W_f_4^U(GNL`pBq-
zV*&ZYTR9c$RQf-RU}M!{2b+r{um|)FpSSq|@EN(7VaQ3JWXlFDez|t;duIF_<YnKi
z%TrgN>m=(f<jzUw+6CAN6oOQfVNcqD9VP2({Hfe?v7*Zq2Tqc+hCIe$E(e#z3m!U?
zxq`-%w?3CHMmL^75isY=SEDP3x#um*+wcyl?>pOj)n{`JP#w$wol}1!yQB7jX{CbE
z_Ixp0kKM+l)nDtrKp(O5_A0Wjg#m1JJ4zdYuQdlgHSvaCpxtlO%WW<m2iw))vut{=
zW1Fu1De?~Al@5*h9JkZQmlaVTE`Zdz$HeAq^_kE~rO(Rc!4|iK(HTWGLbwJ3Ga$a&
zrb$x#UT-|AHt#rIM(d=*&EUENLa0CfoHy8Bdo|qf5z);LkEGq$4)_DPPW_uhZvExY
z>iCn2mkz~)D;W4_^96d|dE(oA&*@|oLVSL%Rxv*$I}oBeyYz)CKHf3h=vT7rv`$4o
z^YyMRtCG!+-!)fjl{_W7za1;fB5t#)ncI3Bq68P*Bo>Bh#nfHzUkr)8YJf{eCi5D8
zFX1gU#%t}8rCFFXceV!+YlfF!7x-*p{JbIqL!e=vA>X>1YD=QH@c5H~8bbOt{c3F4
zry-+xLj2RMa*H47%pzX)S;rRRYr{1=c2r_U7<nfGg<A%wr{4>`B%&sK80Lb=a{oRl
z1c;*XN&bz-5{^2*I*T`1hq!p$Z=VlDS6XeO<mJrFt;L0CC>q2je;lwl&a(GA-PKN-
zvGlL>KKXqbvs2v{HT9iCcV(D;tqNuQ7C3p!a}pN|I_p!?_%kB2&1eYVuIFtvl3j!S
zZ7K#5Q0~x}qBuNf_?gV4<cwiZ*Igo3Pi7fI3Liz6appxUD;blL2kr!L`}C{h`&x8k
zsqD@9hl=L4TK&@It;bc`)0#w##0@5QY@)aKee7_deur(jWlk=B=j^U)O|IjF4T(*5
zZYO*C@$0J)58M0W^QLMQP}5TjfHpSFv!5q?cFo^QDZtO}WPg34BzG;FnX}_**F(<j
zNc;9Owb0o(aT2KCeygDwm0!%{!E1giM+7}Rjyg%jJh8RnxI4GIG*#REUbr4HBb}(9
zpL^1lcS1NPZ?=27yL~tBdF_vR?*W`z6(O-KLWw_HTZBLsSR9fksome5WMw929fdRp
z)TN5v!LU0e6?0pP;w;v#JM2dE1@b7p){UKRFNK$nFD;Fp4_cqM8qf2aJPhuiYV32>
z$!q6tpY@CS+VTvByma!OQ|a!qP{9>{s+6}32rcwm5L%5D?k1p1;NQ2ap5U+G>`Gi6
z3xz)}L$hmdUdaA0T8R#~Q0PPdM6!^lXKnSovL4}8UW~wX&GtI9P?ni>U&G)`l;w9v
z=?@C$m4+JQ8iQ~80{+$MZ8?xEA6?Q(rRp7}%isUz`tL3LEYbNgHbJ<}(n9m~$s=>>
z6u8>n1`g?({Rw@(K&18wAdnFyZR8Nzcs=x-PH&j)YBFK%SxK*Q$X6Va?mFLE%PsRd
zajdnLgq&}k+53uBdb|13-NW{bu$|5pBKNN-8*ktLT^Hrkaomv4mC2U1*zPd_bMazd
zmcaH-sMp)teXk?X*A+4mxh(P-nw^YR!OgyW<9D>aJR%82wd3|poaL~K!(XQ%U!ndE
zu<dI5bTXB8uDL3k4~o67vRBXae<wSr*1ey)uPkKbC?GaN;j8gKui$D-mX!O!S53w{
zQPtHd;Wl)NKQcD6hyEJuKk@5bEL;iqOjK8f7c^@Xy@ZXp!4cj+g!;7}<<64meh|?e
z`+MH=z58PDSLnRqq>~Xu@M*B`y7Edziap`4w>fEC;TyH*(fTwJ5?0Uae0K_VEI~N*
z+sgV$Uh7E*HQyBpI*1=61;>`b+l^HqdL~pDVpy%nuciQphMf2IM^TD4%uULC7h0yO
zuCE#XS9PJBjUuOrDoZbJdA2;3ufQVSP$+z;%x~!`%6jt;=-_LN*KO5yH=S$lSCRiz
z7B|1Y?K>ZwB#F<gi_w2qglR;mX%M?MRR7>X^-76*n2S}WDn!BW!*R!b6#t>dH`h$L
zj**?liQ#L0QB3vdvRe?s+BfRbzcv2Hy4)v;BSK8CmWkYYhHgGoB*|=I7Y}S~M^U^y
zyCeLifGoTGc2Y^6n_i`48K+r+SpOQi^CCN_g--Y`rk+b^f_M=>%;d1obp4pgJtZLK
zSufTrfYZ60CnZ}mA_S+>f^8M_A*MP~S%`F<Di<($t3;Dq!PtZPe#t<TN?G`5OHE1*
zK~~<(l>+6kub=!(4`l$ATC5+49cd5zl97Wl9$9Xl9&V<hW4I%lPip9*a}rzB>Hm)1
zdB0kb<WG=pk^lu3AJp0>ZV?#6&B51m&NTIe`XEf9Bfv%IRlU2Ii0bEhl!dLMx~l%(
zb2#7KFC+x~dDfkKnd`3b<#!I)QBLt@NS|S-Jj3JP;Zp1eOS>3tCQO7Lr4<TkJzd~a
zH@4#XX@;?+G6x&($13db&x3=l5C2LcaMGjeJY#T$a}9Knh;7`}dCTv>{E(*TXw+E`
z_Pylu?U+1WU2JRZXz@6g(11D^t%#-9IIXQh9>1wA7Og#&hPUJ`wKb+1b~HBmol6|W
zukAq>r(ZQNHl8N3AF*y8o#QES?u3)QcA4U44%eu=?kem%CXLzBous-7sczOgvaEGG
zc&~Hm$L@M~?3;i)ft4VF<~p)4cjr}ck5D6+X`FcPi|@PzgH5cpuE)V<e*<TX$v3We
z)xY#f=2pCRMp|B$N4^Q^)DALOYM;sqOFNCBr&6$!5@-|W)O(zlVSE3|v&HxKTLRTg
zR6`%c?6ocxAZ}Oc!CHz}$wWxZc7&9wlO$~(mIK?Eh0Bv(>WLJJ@PMsv;_V{W%U07T
z7f98k)FK=D?_+awTFjb!w(RA_M7+gzh12Fn7Ps5QeB^+V6DyOgg4YJL5p#!&l|dqg
z^xuojM%yWoD*fI@gb!KsgeR^jzaSc7Dp2on*uVqAy(U_PzZdZ&KTd!SntTr&N(pn+
zUY)1uc0Cd#?%Ef&bXR_BIbY_F|6F>7bP#$T{&b=SKi-9V<@>#rIejx)T7s#z-3n|p
z_}L!J&#kW|q8u2Wv^KpSQ9Er>QZIQwUBREn%68obtyM16IzYcsUwyMNA2~3*t`^#^
z-l@ydS3c#Fia$LEziFCB2-TbeS0L`Zu@JMib9fYyxJDF(y-R^y7Bh&zMwV0cwXO+R
z5<fS~X}o3rmrQk!x<vaq_lD?ea9)_Y_=YIIe9lM~^~ZjJ8>sBpJ+{1H{o8z}aST_&
zmi2O(hr=Do)&+BG&3~4=tF_GXY%(nJ_0xP*g^nY?dY<G3FK9dc$F0YCko|wH<#tMX
z>NfuHQ>=4Y$QBe_Pnnzo**vAcy_RCkuXVAl1<Zhtp5hRmCcxDPp0#JjFJn9Zz2i;g
z<A%JC4ZeNan*=U_+g^@t?z@iiyjA@7PdbpV8Y&Xc_5XXT+ff4SCoTD18tt+IJsxz^
z6VCa`d+T4XQFhO1g1S74PVAN6MkAQ(tlPacy@BPN)n^N*g5A!Tv7EyD4u0r!0Bonl
z5xCN3++q!<tXzxKSlT)7d~>}|qSq}civ4*|xSE-~sKDFG1AazYafhkL`KvJrdi8tz
zoJ@)=1a1z*My6bMCiP%j1h>Cg^_m6(@2yeCL`e)Ac~vL7WVs7|Cw~!@TFXM=CN%0+
zw<{{^K?qVp%;ldtof(cW?fGawC_;NmkTLL^g&8h6RabhLg_{|N9TT-XWokxm8>cPh
zJseXAnxm@&R=Q!yoD91XhX!4`;;v@oA2?MNT={&*2{-OQ-Vs@g9v`TC7Y`OArs214
z4&o-fmpNU+wZC%8*rwCU)RwjJ?RJ<v({@dv)7d=u9|J5232?J@3O_25=3>&XPT<7R
zyt(kudW7+1k3<B{NMSMm2IC~EAd`k{lt~<yrBSt20)$0-T2J(Rja#ugfLSV(#Z=CF
z*A!U9Kw_Y7Hq&oBnUOEt1{eKTBUN%|)x7UKcLvXmjh*>`h!%JXsq@n}tv^e<`GYch
zL#Ctb8P6>3v;G*e#al$vjVN(%OV@9vFB44pipi|g^U*cEr|cP4qxGP$V6u2fEl27x
zH_!4%!#LtEsQc1=*%=ivQDn+cQ3!yu*1<6&!?599M3w1Qak{g`Tyjm|7u@O0%Tbaq
zclf-km(BFGUf>7Yro$I*SNr!Y%r=@^Xu?HS@O<yzULpvrP2;*#SWI;dXiE+ISX?xN
z%<)Rpk7o!n6u9w${d=C%@qe(wfO2b^!@(o!$_Gp~)8_V~KPB-k(>%3I8Hkfd-kpjM
zW3iR>MC7CV$kAjWW-9Cd!kh~?ky=iBtmJcDjGQRkWUL~Q;7mx;RO-M!nyVKXm282|
zFUSZ##)vDV1|O8d$pYVo*LRKZW9S3;JzhDjsDabJyW%;P&cZCLJYmA`72o|kJTN1S
zNuN1msgZ^+{Z1a^oa~%c@%fX4;5hC`yo<2xnJv5nmo2vDp_1?rA%PyGSmS;FAu>fI
zPSCSvC4=`VLr&S9T;L_+`y_+>FnY=_KkLnsd(BH>N_y3QoG&Gn3Lywglkvmsdx+EC
zv*tgG<Iw{$XHEVF6e)L_<HfuyuABHw{p0l7MrVhK#~_v|$aDGjv4M;@L08YTk#&4G
zP-?+~UNjwkJeL8CEUp@>BFcdoxg#f)tW~JgvhYcAnW^$SSxlW=K|7_)r%{Rb3ZIfl
zF}@zjln?*r$-@7mm9+N10;m~R<{rX`O~Al7Dx>ADk|oi%_tmHx8$C7_LKJe)#|jGR
zR9iAPg$M&xuL5I3lL1;wN{99R)*7m|DMTvsvU%nEGQ>PM2Ii9J@gRDH@`L#|qvV#A
z1kkmWvex$LrUGNm1@8lZ#iZo)k)#6ijKLPOMQ>_vgcUswRF4g3GVxjqhD1_U$Z{Wt
z!){9DP?3%4@7R|-H5}>92`Pc28*Qzdh6@DeQGz53*Q!1?*NY$sFUeP?V%P@^n@cJl
z+S5r|xoI$@RBr`pz=>_fNibq3P9v*K%*4h%71Us)I7<^r48$;rVB{Gx9>qXX8MNpt
zU=^6fDM?BK%w%*b3@n!lEHHeQxNeEJhsm);;zEgupn@Xxz?P`N$l?qVNi|KXnw*kI
z>Vgk2lgS((s!=`SA<nE3O^lAlPZJ%<#v}+(>^PGUWg3nIzeG`-G+^PT+au|y1iBuR
zjppKD?aq&JFza2n2GVXC7s&OpIR-|Pncj~ocQB}ObH|Gxwx&#wKs?EIOcwk!9HL5^
zz=)j4#4zR{VsJ!0<ZCw8kgs_hj=UPl`tBCbrhYmhrrTpCr1H?uq<gu2`bqSvLxD4i
zsR)Y((>NS+WI1fl$jrnh;Q|TQXkcD4V;VZnG>3B}NrC{*o^&{al0=Te5iumzF44IW
z^Ju35Nuf<r4z*_;Bt|qg!M}8V4ADXmKtu_{lYKn}MSM&t<eG`GtHG?8(Z-}O0XR}x
z53dLA#2SvsArv*tB`S*E4yd7mW2%v&a81^O2diGgF-t_EW#^3>C~y_BFtr<$9GSq>
zP!q0klW7mwTB3R%M|=lkC?=x@zM0)%Vk8ztU^uiG(WtYjt+6l<8ycw&L7;8zy&3aM
zF)$=o9|O1!yo^qc_&3;kQ{>AC6hSu1u?Wf-^Ya2FS9W-h`AQiwlg5#(2=sz^?<U7)
zaNUf@pi(yP{A6p)3uX;j|IW&hSQG;zx3fhRGn45+nAb=mh|gkl$YtGq#OKDqNG%c?
z;uFFcJ<#%NFyiV&H{PqE1yg}}ni3&^=SAU?&M^r_vLGtJNu!c2I7x1SM1e;)WYmc>
zPqr4wRp$k2!7BPN;zi+vLtH_Vs+c5X9PtuyIOgL+^wP;#8}r(5Ilu$5q}~`AM!Z=J
zj;KHj4}pdR=G{JUv<d<-ETO0jBi=y<XPK8zM+kx0sP>r`at9}yKo^ZeD`~`tmydHI
zQlc#eJVVl`%!t>G!;vv*HK2>IQo8AN2t2?F>t~HNW8OLrN5L%PAx<QsG-KXR2FHv9
zh#V}#{(8(C$>B(iPAq~#K6=a>$yqdMwhH}j$s{Ci{x}@-wgO(uL=WD?Njy^&;>f{m
z7+(~^Ps1@;E-`+iO)z$H{S+}=C5t{KH<N+q{628ZEJ0?LG&12vyqF^zm66sKYH*RQ
z-nWlIk>^2qOf`r}r5<V==SO9b5@_{mm(+j(pRT}24HKmHC2>A5mer^&lSUSiLnL7`
z=8k0YmDC~|K!py`sxg-xn-YZc(SeSs6XEF*S1aozS@bTV(>esN`+~9pqofV3B68_$
z#!OBL3r<N3f-><lYx~YOH7=GDBBIJCLWq;CF-LwNBPOUAM_jF=whygavbDn?{h|gV
zf-?@pvW`Iw)Y%Fw3dX-k=d*F3h1Fn0ZVI*FG|Zt3t;Q0;$P_bD61xnl&rWJMmL(!E
zCncHM5ls>15gyU;UBtm9z0?j<QY!K$ead+Bn(Cxej5vNq><|-GS%HxAA@rD^Z-h>B
zCW}C4s~RR(RbZrV7*NBKj-T3!BW@;!l;jxEDCbm&X3Q5hV!mYezb#-gr#p>!r^f8+
z#JY-OL~VwonTBaNVqP&yP>Xaj%}rmdnsF|a6aj(ijZZplU#!+}EW;;YBtN~u4b+<&
zj$Fc82IyyYn-0Wdz2@X^NTL81-AEl}UyRpq<nopj@Xq$ZAUIgVu?$LZG^P1WWaTI4
zg`|H*evk$>M@=WuMIoA@-I}C$(lrLG&x}ihXe`>TIjY#_VKpgGu1G>^Xe}xsr@_cd
z7U(HYT-J|ylbL{|Sd2rkWE}=G4aPE41Y%e)W?+-oU^pcXd@0#?qtzhHRDqGIk%YK{
zDUl4H$HB<m3cl-Pq&e%yeAf&N$;aA&oiv$0Pl6$KCA9=}*_hUFdfiBhTa7L^7u`N%
zbGQIj35ZT5j2xzz)C`ks@}x8X2aDbg@_H+<z&rpf8`3A^X%dXG;~-flQ-BN8os2Af
z1|uB7CH-NtH8Nh31%bX4>)crEfJ<?L(+<>TmAHc52ac(27FSLQ${1|Gk+G|EKx|Ia
zIV}xX)Y@VM$0d<6&7CF7K(^>cRx#;`)8q3jrh;LBU~=?rT8c2E$FdZFVd_Q?j*K&D
zP<vKBj0H|P92e)X?!j6&NUk%Z#*)*;jqFSk20FNbFyLUG=&s}==}hKc57H^jxRIp+
z&TRT*h=>8<jVo`;V6@ezrLhCiQ;m%&m>7vsiNWI%+{YpnJ?E^&q&2gd1guAvK7a`$
zv2L9d;ABQZJMZtqM3z<ReGwfwvm{W0?x3N_a!S31oaKawO2j5iBp9h6t6Ixw(YHP5
z9CNfuEsFkXH+7C{un0&Gh=u%>jzwfAsGO%M+fdB+u8U$WW3uw4QM%bdrfZ2%IJn&u
zX;?@l!=)vaBKm+zxeY!vXIzpv3&KITB&YesCOSxpXb0F3lSs;mh+fel4CPAtD6yRk
zZ<~|gux}m{L6QQW^?^2ilQ2qB5)D|9xKg`wflMwZz=a)iI=XLmjw0qcEwx+Lu$dH2
z7n``M$da_aq}Ro4U6W=ygdz1gadJ=;6SJf=vLOs@&`Bf;>6FVXKG_<OqWmQTvHXPH
z&S~eGv#ktwh3H~FDw|aMcIS9_A^`e`klo|W&RJ4uFa;^(G#2ffxUE=-K}NJTrH#Hl
z3xUNK!1gmqO>h>o;Rg+A=C}6|P4+Z#wz;gD_(D=+fLN0l6t+3r+Onvj19jYJJ3)9l
z@OUWrCS~><HgVgqSf~SoG!s#@=vW>B;?8ded@i*qaC_IFcZPXRAyk!g_oRX&K@1zR
zhQV~W;C*7li4QlI$gqT16TkpcN{F_UFpjyq3vX09XV{yGX&|PhOi6lEF6mQ>fCjy@
zk~yr)-04l3EG8t0Aq<;3;M_^a4@pIVcHWCH=X;)|L>gdUCH>Z5Ld5$3LIIm&5gP*_
zLL^D11|a8qUY8v90IOX{OOfpX2uVBV(UFlI({VsQ8t|H&Eizy>iPhftf#5<I=1{Oj
zp!l5KY|*}XZ^>YggJu#>MT^K8haTbq1gYT$x8^zNDVFnI%97~0;3VYX*v+If#i0l`
zxGdxpb^%Q;6TBX94}+|Y#^M94rIW@D5z~wiwNPMGXk#>He&S*p7!FBo>CuW0k`gNK
z8-S3jCuw@V$i*DfLN@ST3ZT@Jmh4*zt@ywutq;L;%ZTY!N$OEHa36v+H|=nXS>6JP
z0`YzQUh&Kt+>;Z7SM7n20u~HtqEQ6e{L_aZY6&7jqN_BKqG<yNS`tN>J0TIVYCw=>
z;i3Sg+ImCT<O2wz;egx!l9-9O&tw2WnwpJBTO!!lY=dQ<6~~^-sqs#<W|yeZ1`CQ%
z!er-Ly<+K_kZ0>Qqsd&Ng(j5O<_q#BtH2ATTfJgQ3=X3uIsFt9YX%U^yC1<Y%CV#7
zdN8MqaX=tBrW{%XLeb=;EMtH$`<j{%G;&jn6t}6;nxi1@Ly+^vXylGLo{KK|0Z9qw
zT{7STlRgI92BDEiLHP-Z1L-CRPe%c%74q(?Can{(>k!e+oNTnv>=;Yi55*@GmsSuu
zMu!}Q>z0)An&fF{fe@K!Tha-ViSIMlZ-KDQ@(_qibmBc_tPVhkP!esRILZF<=I|Z!
zju^-v$jmi1*M&$$iwIgyvi~RrY5)@1o^Eu6Wwl7O#-a#eRKT4IB3q5331S%t=qw>B
zi#q=hge6&9)W4RyvRWXLY41fbv^i8GG17ToAA|+$UD*eb>^PYyra8-sMeAMJV3W+a
zkoRP@KpX>+5G1oM2GwlE)0A0@3C=MX-$LcQ+lN44%5-Ai%_-AtEkT_!n_2EPF-Ei0
z2!rx5CbSH#jxqC1Y1AgX&Y_VO2umi{7;x~~w$%yEl3BIK?UXTbtJnl#8(MIZePk*5
z0}$dD2?U0pBn2rg0}#viCE^~|Wz?$$5?B%tZnVh}3ELbCi}Nc9{6Z!Es+wbA8yUdn
zS2@m-m|_FOurnaQk*%}iT#Hu6jO2+z7$HuKJhnP!*t$RxL6#QIH>HJ9tQ859oRkDD
zTO?-K$pKPG<VuNOG(p(u9s-l(6151~LVj-J3gqL$1go1f#=QOlJ0@f5<v;}mqmWtb
zu!~|-W!67Xi~)k}D#3h<C^YRV=|eEgR}M2}6W<>w#%K_ui&ZK-3@FJjY5R&8K(Jg%
ziHRA)N#*-$6+ke23>t7)C!}}%aR3AjLukw<Pt4m7Oag%5%i%#?k2cBgK04ya$^C7;
z0#8!T6*Ya_LJ;O=cbFI_l38#1)QBJ~S%7k~RNidZXGRFZ^8_$TZA73T=>UZ7&Gi;E
zM4OKyYL10v6&Qj03$=HuwT^_rNk7C@ky^&SVSo^1+C>k}>kt%0QU?%ZJ{k<Q%gD}@
z=|gB{3|ic4X9aE59zamefkcTav)iPv<|72{=M$KeAA+QPrURU3<|8W8GH)*K8)^ta
z#-JwiQ3uhc5;AH9o<C(>@Xfhm841w=*RpvJcWWHvm9wC(n@wZ$kpwLWiU~M6xhMpq
zTC~ej5S&B^qbMRUfS_=uDcXwNv>~72)Plejv>KiC$)**$HFA<8R-qG5E4H_L06{jF
zRdk|-Y*UnH=A)sV4bhm^>{4ha*>!-4F6q?+2LM3uv;>a~NX6h<^bwgM=-9?k3i=Kp
z$PfxeNps7sceXY1NRC*KX(tI^glVlH1x9l=A5c_MyknCqvJ?q8d@ivD#oW+C5bBqu
zy|g+jHcb#R94UjwCYl=P!2}W+2p%ty8g$LED3&%$X%snKu?<3Ffjm63nNyKO-*O-j
z>X<OZu#@G~lq2L?OQIUxEW!rg96nj+Dq^Ng!W9?#+BSi(W9)DfmP$NHwp(Fm(a~8+
z!GwVoL}HY5dfMuhMOPanupk86tCD4014OYyUMzwnu^oMD_<YBKK}?Q$%SaQ1AG(E`
zFiesywl!la@Z%IP4_Rb`xCO#Y8ae|pk%4HcH{76=m`Wd|Pu!_b`ruDz*(<cKCj^Sb
zy{`vBYJ`CU1-0LdA&&5ufwpZ7b}NT1>_7^EwoRTqB9<g2<xr*!^z)==fwpZj4;ye+
z2yqd0X*?<<2UbF>SC*&jAU*m(j+{P3;Nekp$>mvSO|R4}z=4F41h7Wm>bDgTT|gKw
z@;JM~#X+<JV?tz^cnev?!8tv!moOs4ytfKYr!y{lm>Uq5GZon2WP}}Rv;e^ls<a3Z
zlh|^7-4P&IvbT{E#vvT-YQC>Oa-L@ou1J-)_fZ1J`}#0sX9U=`xOBy`_+cM}><kYK
zQku=IaSq&M2xA!xo^F^UBm+~KVtWYUqJ(&0j&cobcm$!0?xX<YN=hT}*p2>R6tm{g
z&I+3%SU=DY5Qgo}kr7lp5%o~0Ac$rlB~2#gGYJ(=*`Q}M%@z(_kZClDf_-x|G|jZJ
zAp2H5%a`iIkU^JtURlm%hMFGGF~v~Hp!F8gvT_=MYl5)+G%rEdGlpf`_d!^k8hxuV
zsR+VQnou8vZ49>%b+!4Z3gKH5KmsqP*IOW)G#3FC*8vP6r!qyWG)o%r16Mf)k@>!X
zB8<ak(tD$9k(yyibF%EfG<nZWvT|B<LmE$Zs8bNxP4tW%jswYJE(aunZSfjXl9C<^
z=0W!7IM>89%aZwE1BA&qkQ!~_07<2!m6vwhrZ?Wm7I|8>f59Pp5@~64i#?Ie7EOt8
zC$S&$=|C;^Oi3{j4$tv9`fLY&e}tfZp|>z`=a2+jYxI=f5HM*;Yzi3&WFR(h!UE<j
zr6~@|^i3*+Kr#!4T=>og+gEuI!V*LYt%Q7xOlYo&r&LKerB)|~Va(7=0U)GZWGkW!
zB&Yigg2M>GwlP9NRMHhR9lA7tunYnyQsi@!TGLC}*B%aU$>-+UFo-Dv1liHv7Trze
zd=sIX>P2L(sR)6~5HuaPGZg(i-LsHmGNls<H<>sybMrxir5PO+g?on0P`0NpLFkN-
z%7!LwF*`S(8w-wgE6u?9i6HFkKZwIE(|Uqz>M;}{bPo4O>yS8qbNr-XBn=DFU6bHf
zy2bX{d6{{u5y)hf<m<p_M;Lajt@IGOb;{DVuR$~HXdwwXggM?Bhf!66p`}Ta3mQf+
zwyl(rp`X|>o-LDO(#<&|$)7-6p)s4-ep_ACY+n)tFy!)-_NG=Q>7>JiSsErlCr!>a
zk%r~Cz!}Fr=h0}<oHNP~wif+Q%0=2AH0T-IWn~l|0_c)fC)+U8GYLoXWlXbX;Oijm
zmt1_YgbaM*<4MPCNpVSxJW&e7$!wy4L1d9YD4!VO>Pd(v18@-XB#^*BAcH+53TSdb
zmWyuSNWx@PM=^9<5C}VD&Z5UTseZbt{L`)pV=*h(1{2ySLyR^V(-^)LN#Ha)Mn}CF
zi)L9qIDG<y`FBgiB#GptTeX#CItSQTJUPWHD+b9v2to|dXa{lS5QQFuq6vhZD2CA=
zp9Dy3u~~K$g^>}|3zz+zEgVzql$2;;_<1AOAYMiw<co*~@`I91D|EACWGv`Nhtno{
z(M`jLc~v6m{dxCHyBT&Unpc=pl!&a|4C$lVm7~A2%=Gza|5h{f@dpiNOkzwTS+y;?
zWLYIiYem0@)vig(EUQFYjASMfQ-jnc0$~TPB4UP^&!cVHiY%w9aLjC6NZ+JO#UcsX
zfMiZ)LTDl;-+Q18WG`g4)HIYdr7p3vy#wEnGz4Lr8SzY3udRzsi<F2gi7yKdhGdO|
zfe#j8_-VwLP$*UYj!LT;68~C6luIE-ANvkvgyAlDP)##P+Z@yU$RmgBFDJ;gLG%bn
zHpq1wgjR;d2D00}xtMIbX!N)(GEGZt&az={JjAjfY#bz2k$ZuquAw8=<>Z$ZE^Cs?
z3RLEVGCm(C+X7)3>aamU=jE4e^k=(J;VhP=ne1G1_&frEGnN#YiQxz4l=OzUpYg4Z
z8OgT8C{P#j&X}eqYxp7Y=)o1svjm$UEOV`>3pO9Kqnk3uu$&iT04)<!5~?MYjbR<5
z6Dosj3qNDn#tGc5YpwR8g)k<vbf-wU+DR(4#=`f_NIXO#pC>*Dz>r^spHz<l0-w((
zY=W>1sQ}_4+d;AIy<z(%9PF|+k$G>>_U-QiQBed4(I+D=_<<*;zndq2UxZR7lBzW@
z;?MV-@lp%Si%y1?9c1|qH*+{R6VN2BH*XLf_%DW09uok+MABdfaUp~tomXO{I!SOD
z`cWQ$U>_j!bby%=Vi2Q82(FA!5KYs;jf3fB-`k)QB2^HoHFC=2(ApV9U?B!!T7ZZw
zCA4T_DjEFQ3>nzSup$iS1spOL^RYrAneW{v^WITl-}3PC!E*JE$3Js@`@%CjPu|$N
zwpZ?b?Z>(g_VsSR{Uf_K_by!8y}Gq?t-6)J!FTIwx%IZ?t&3N-Zr-f!?B2MveWL<<
zYU}FGmCsZUJ-vPH7J&Vw2X?PLwR36v+Qsb)H!tqq*uJoH{qpYh^6Q(QzOj1?F23gC
z<?V}~dgcOtXb`>yNZ$#(xpnozrLDcKjXUnl-v)epZ&Kd;fV?2j<AvfEnlA2qg#D@L
zPYr+G^}wEFe=GJkK6B@X48HskbKw(karXmTd&|qZYj2|sd;L3Va0eT?r(lTe-%$M<
z1Ol7Z`ZrYnh90zQ`foLT7}Fou+aEiBUMG2BEK)SPr3bhC@F`4WWVihAU26EQky~<j
zOAK!f`xS<OiG9>#y}QiQfiB<DP2oYVy16~T)pQf((Ynufz_{*!$+|-y?<X_zN8RR~
z=O6jt>HYaSShEkd|9AlYxW9b||9BAocnJRZ5dGAfCznhtiOFDhCrdJ^8=%qLqt7J`
z{+va}``t2WnDo7ZyJdDZVt(=6MkaF~#cz683x%P&bm`b3bayY$;X+@--FZ7PyUfl4
zh1Toc$tpKmWQ=>~viBR;erIFjFaKW~cl_8VH}3p>y>aK2AKbX}7rt|2<6XbIv7!FG
zjg2?`e;XTr^76);pZ`jF?x6(pH5u*$|I537^nd;EAHMqo|JC2l<yRMXfAgPy?Em=U
zzq`;6|5+;k_2Rz2c-wbe|E<4R{H5;q5B$X+E&)F9>U;j5fBFkQ_-!Bfwfy)u|LNkb
z%h!B%@vVAUKJfByWx(I=39dI^+q$}avrPHhK|nvYb@lp{Bo;64-q^daa|vYmhjyO6
zmE`1=ttYpy0AfFO9x&i79TdFy{;j=>pas11gXx!@r*<xG?d|M>aK9_71|UBly|H`g
z)<u%wkMHhnUD>>`y>$uX_18YKd*SNV_3PW0F7Vs$esufB#qDc*^>6hc@42!2>?R-R
z>rnR9>d59}`hlg2RDaI+ZCORxeCkG;ipE!w-+r@O`lT*&pl>1%b)oe8g}ocw+w9(3
o?s(+m4?lcI@5#5^*nVpHo_GG+Mt4|S2kXoK5689I@QVZk0Q97{hyVZp
literal 0
HcmV?d00001
diff --git a/results/graph/2024-10-01_BC_PCoA_DNA_subset.tiff b/results/graph/2024-10-01_BC_PCoA_DNA_subset.tiff
new file mode 100644
index 0000000000000000000000000000000000000000..5889a3c8e9d2a2970a406321a1e1d22893e0a946
GIT binary patch
literal 19440204
zcmeF)d+c3f+Bp2*t0B^cv>{R<8e&2SA>?TgLI{2pgjDko8U!(dU}9$C5FIfcaf;K#
z3_}J}%#fkuIP`ItVaC~XoCZUvV>{ZaW2@zTue>{1+0R~wz4qQ~?e6vce*7_6``-7u
z?`wV5z4mlp`}(f+fB)}x|L5YHxBY+qU;hyxK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZV2A=AeDJ}#CH`A)z4gBS`s*RaWhw#$2oNAZfB*pk
z1PBlyK!5;&QUd3kb54ou&j0E%apJ^{Hri;19d<b6kV8&8?X=4-yX^7DAOFvP{`39!
z-<O(FCjtZr5FkK+009C72oNAZfB*pk1PBlyK%i*?7hinw|0(z1U3cBpw1X2b0RoK_
zh+iicFJAojzyJOE>#slc)KlZP%bj-GDSpRXfBp5Nc74MQH{5pHZTH=G-xE$a;hJl%
zS+HQi#~**}2hB#F>G2Wtci(;Y{`>Dg@W2D{f4H+}&)$9a-M89ms|_~TAbzT!G-=Yt
z8*dyx&>wv8!Ka*Z%G|kgZ@cZb=bn3R$&w|O^!QjEj*<WY0t5&UAW)gWPk!=~a@n2k
zz2YCMG1?n%yir+j1|m?AK;zN{jSIM<6J;0z1PBlyK!5-N0t5&UAV7cs0RjX@R3M62
zq6Dk^PX+&fk6m}&bwm$ie1sJxM*r(RAU(c_D!VCDrfjp#Hhb;0*GVUxbmf&-#%)8Q
zB&iO(zC(>_z^PNGM(NZ62OMz58E0H~-F1Ka+uxQhU0O$wJ&hR^i3Q$K+1S%)(fP2$
z4$B;HyY04Hvt~`NqxIDP-FM&3oH`nR_q*TqG*soCzy0>x#~yp^^wUp|wOaCXDd`qB
z#yR@vqoXA6tFON5JFr=^W@X~U0_c0p;vLUE`|Qjadp#Fx{i6HmqmMEVWUV)DzWL^P
zryvjQ)mLB5+oh-W_<z`^pMLt}lTVJK&}5;O-<U9A!an=#bJbN>EnK*8)v8rJO|3Hl
z0t5&UAV7e?I25R`UNrev>wf#~_u+>hjzi3~d&qTvRY@OR<w=k96a%)b^>jh6@i#8u
zwYvuL)_m8L!dgir_7QDlWg|1t%6Y~&{m4E=+Vk3LuZ=9$KmYm9<;$1%y1?`&K!5-N
z0t5&UAV7cs0RjXF5FpUE!1K>PpZp3?X2Z_}eNzv<<A43vf0a2$z4qC3(@p2hne)y&
z?+hMcGD78{M#WbI`S#myCsPc0WB>j4FMy5W+g{^|RB+_9GsnE>qKkSRt$hC|VB2xW
z9W&>RLgKY}Kf^_f7R8U7kw4Fjt=Gomk3at9mtQW=lJq?M@WV6bdgPHul0MaLoORY&
znKRyU%Pl=kwAL@Ws29yVkhR_zKgZ-r=Apgv$}4%hlx$zUdiAZh-WoR!t?=;o*kg}h
z{_>Ym@4XhU(~^g;8vz0Y2oNAZfWTT2sH0vq{y`gm$Mn~~{&lS!(YT$ozOO2Iq?IQ<
z@+Rt|eMHg)<s)xgz^y}DyK5kC&G-GCy4FNu<<Z7rMm1^tX?Z+D=k?cLkKA4P^`<8Q
z0t5&UAV7cs0RjXF5FkK+0D)cwjyvwSo-%KjUV3S-Q|MonKpol0_Ol=5f^iqSN}{bV
z)SY+UIi68oNs#3S`SjCI+o96iQIOV01=l_I+>;)v)l%P6|KeVSnUlsZfHmE0wySeI
zN<N;@of*}Djj;}&dFGj}0kn5eFPb(ldC{pCO%_soMnxTdTC%E^xCd`Cmkk002oNAZ
zfB*pki9k*DqOE_&R&^8pBw8B<0(nW5!T+=^bJCiU9+`9X)HqV<f-;deF5u*#*7_RA
zTl0f|k1m<hNGQr|)E8~*c;gSuBV!*KErp|HPKQ1O2oNAZfB*pk1PBlyK!5-N0zC<Q
z{q@)Dtg}u}nYXxGS|4?BJw>H+o<QB%$ks|Y_Sj=%VdTY7vc2w54>{zJ&p!LCWH5tw
zi+lQYy-fb`kAL(r(ZL5FoH_Cje(;01KVcsO7Vq-jd+%jV7maZ*#NvJHcz4a3HJ4m+
zNnS`*weP+6-tWKve#!XNi{`O+z39}7#u|&Ca?U*S%sj)Y+SQAeyqt9-K!5-N0t5(*
zH-TE~MdN0Db$m-5Z|A7w@#ZB}YN{8lFX>V8c+=fRFkO%ivc08o0k;Pq+iQId<gNLt
zzDIY>X>@=TzpOjj<ftPLAAk2fc%HWSaJ)-^009C72oNAZfB*pk1PBlyFs=mdzWeSZ
z0abqE#TQ>3S4yLEutUp6Zn4D{pM3JkAO}8#P&eFg!`EJWZIB>K?i&Tt@w-^p3*^KT
zPb@iLd$*{1oj7q~=HM4zcwu|b!MCH5EpDoiIoCe>>@)m2@DD%yaEBds$c(3s#)~ex
zD1N@_%BWtn0KfR6Q!g67p3j&uqX4j~x73Svy^wVvK!5-N0t5(*Pk~zNMdM$yciwsD
z_=Fw)QRgL9>Zlj3HR;hG-Dsu@3XY|50e2kBD6E0JHDA^D=oqIsr_o_j{Bj7<wjX%h
zZZrydzy0>x;;6h!fB*pk1PBlyK!5-N0t5&UAV8pu!1U?U+p|w4w@*0XgffHcQ@Ow}
zvymHZw9z0>Cm&9z>#n=*TW`HpxpT*WFTeb9nM)&X)%(pi-*oI-=H>kP^Yg~9_NnyO
zUVClkM8Wu<|NN&+s1^2k?z!h8-JKaveT@%3_+ZyVP%m2SUvSZl^Lo+veJ$^H!NsI~
zysKWc>xHZX0RjXF5FkKcd<t}}7fnBTA^sg3cdm=S3qI(egS!6HG`{JNPuSrfbzV}X
zj(X9$lODb5jcmFg??4(CaQZ+-VGZQ1`L3T!J#{F^X{1>ST80yC$DwVu*=7qDE-Z-3
zTLcIYAV7cs0RjXF5FkK+009C7x(f7N+tYVlT-T6vC>9uUHgel-x9$5+*M}Br+#KNZ
z&p$7A8}QvzPC2C`L!0+9ZrI!3T=7(_%rPr`Dt-Jcm^no>&YL%{zp(q>tNfjfH`!#9
zv(7r}kAM8*tFONL>8GDYMQ+?BHGa^H|5mM96)jOx8>2;^GWUR0FPgUodTP(R==%Qu
zl%8hqqx00MQ}fnp-X~QbKf=ZhfxE^wY0{))jydM{zyE!#=f#T`uUxsZwVvaD<HL68
z(xq|F<cA-AI7+*ZIO2%toHw9)(YzC?od5v>1PBlyFwO<K){DkJ+6#!zJ@?$ae}X3M
z@sHSo5xiBEK!smbx`s4_q(|2nk`AMsE=YoG-)LOG?ZGG8qp$|@)_n5eQ`JUZP9xDM
zvoW-2(?@;&`R7Ltp-hna5FkK+009C72oNAZfB*pk1PBmF3tWEr<>{nT(h}LTWIMeP
zcSKANsHJX!yliC2zb=n-VwBs(gXaJ7kAFlx(q4P*l|Hi_Epz6~>F=QW4mIikBglA?
z*E7#N6ZKbHY_Ua0Na>e{9(rhhL6+GoehZs0VM2P+%$7LnGGnIutXQ!k@2T`Z``ORZ
z{d;YRQ@_hDyJW_^@4ownd9MQw(*I9?`cq~k?Tt|>7mtrm-}<I_-sm3-d(%xfZ6B(A
zdwkZ5cKv)9or`YPtXb{nE7`v1o_mT<ec$iqeNy#WFZ$-2Zzj=ZZtTAM?os5~({DO)
zUOxEXgWGSvJ^fj&UbOEsZbt$H2oNAZfWX)m7_eS+&6+h+rcBBF2W`^$&O7gnZNm{c
zx~jgabUmEmBt5!@(dsbb>4Nl8G%n!uAw<iFtbx2WKbkp>{-TYq`SD-;x#$;Pd=U?I
zioYa%=%I(Myz<Jpz4LnOt(SbvcHNjUV@BV9;Gek$G!h^{fB*pk1PBlyK!5-N0t5(*
z6M;xi#f|$45>S8n%U=rK-EFts#tGC&9cErOve(k4<e=i#BB!2uYQc$)x0Wwop7bxj
zQDLa@V6UBa+Nn6msDLdWTTeajyYIftsq-E@9hI&<jh}SB_uhLmCyK^@{p(*zxBfP+
zyY9No!Q(kxaf{CW#_Vse7hZTFGm@k+GUQS7IY{0+KHMIE{PDOuZZc-FF+S@>`}llV
zTNmAb|M!0<C#!uUu8#iJTi3m+`lO0-(Ds1ax1$t%!GZ-{BPs3>pToD^cH8vn(_15}
z7cJ)UE&&1r2oNAZVB87}ST7oGXP<p``@d$>+s{7x?6~C}=7CrBRi$gpLrZ#ejb!xG
z1s#XbxPUw2PhO758mMs14<V;fVYICi5xK0l-+ue5tFGE|%PrF%yy=$s!_w8OS0^XY
z1_1&D2oNAZfB*pk1PBlyK!5;&G6GRwm(DdME%A5FG01k?ZI`s9H{v#xWhT<6LV?P&
zk*(O`=bnN;W54XO%lbHkYD0~z>D;+<(~B@^iNCDxBgitl?6Jol$t=mnR$FZqPmWGr
zwr^Z~@x^6^&Fpj7VTZL3m27Xl_11$Vf#Vj1$xs~|cieGDW+XK=e)idC#WybAXP<qR
zEn8N}>~SN<xGCl2$&=d;S-og^+qH7hHMCwdD!SX3S^IXZz`kq9Gf&pXAAcM-UViGS
zr!wEwNPqwV0t5&UATZ7a2Co;r<(6C8|3RDHe)7pD$2szF4!_!@N<qxSOnMZA(TH?G
zd;E<HxIOre?Gaf6)vo!va~jn~+kQqO@+d_<;D7_tAHN+fvuDqa&h7i!CP07y0RjXF
z5FkK+009C72oNApEO63ECv{|*+F$<p&wq~HZ@THG_QsCwE3UYrcna@UE>K@KGVWH_
zaekAR)22=9<3Q>N^@0m7NTNz_L;+_XaTf0qMbYVrqUG1W{&nn_nY@jM_x1G1>GlBP
zsr2z2_RJaQ%$d{Pv;1}hlXoum-+%vMCYEEa^kcQ#5BA)1&#gS3FTecqsH2WbW>GI%
ze&w`!4*8;MXuW8`kMeK4@kX!a`V$~PfB*pk1PBo5TcF^drme3<@sN??!Ee3w*5nIR
z=0<%__b3i*yuF+EMZS;cM-<QvIq8uXNmJ4VN&JlqIEg&HF(PXq0;^-q*O$|%BifF$
z^YqhCM@lyHb2w>?XW4h`<s|_E1PBlyK!5-N0t5&UAV7csfjohgD_2gKFd<1Ub!@D&
z&N|T{_RYJ4VypkusZ%R2?#c^TdrP3!Y~%?ioY1inl9zGYgkDcU9igsSvu1}Kc1WV?
z*od1+_8Mf@{+C~VdB-fRm#t^GNAY3iyMsKQ@BaJm&m1!vUw{4et^ubzL}_d0fN@9J
zIx1|_0VFN+=FQ8Dq}6!MHP<9PE8n>L?z>yFs2A<kcE}f9L+eGON<4FI$B*^Bg6mI!
z009C72oNAZU=V@9>qUS1)1PMk<2GsZteHVhQ2Bl9NUEe~AAZs!9YeG<C0&pN-?)I2
z$kQ7mvIZisI@WxBIgL7^O`n~}&&N$flaJrbjd$ODH@%}40t5&UAV7cs0RjXF5FkK+
z009DNfqU=0H#5c5YCQh<<C9(X+;h)@o(mT)OnTZFf<Ud=$hY5qJMUb_gOGYXx|%}$
z%U}MI7i84C_8Mey|0svvc;k)J)5S&6+A**0`skyNE*`n~-NO$*JUwZ&^zl^sco24!
ze`k*Nhd=zGIE-rF{o;!+CQh7~8A&vrciwr`PM01no*2H-MjNRYP0Ms`8RkXT#Cp+X
z%a-LW?5_82>WZ%e0RjXF5FkK+0D+za2CNs2=Tl^U3r_yUJ9+YCe>mLJ8R@%oO-YsZ
zc-B_ZqdkV$Zcw_Q6?x+V?f`FpIU;MI6;e%WzNVZ;P0_ZWon-qLzxYM+A)MaWX{Vj~
ze$G)cg$)7(2oNAZfB*pk1PBlyK!5;&@gPuK1sc!0Nf46z@}=`p(elF|{xIojV+aCu
zXCw0-h8{P)?Dgns3N`Kwu;GRqX0FC4r|dPz;{H)3n>o?^`SX(<PdxF&%s%lL^rTO(
z8=rsvdESYL2WgcbEz<ter%%re?|=gi81ip?XP<p`W+c(L`|i6BCz!aO>T}OM*A+0Y
zUiXnl9_hMoe;v*`>#R(iTW-0frvb;nMc2f7(U)F&Df9HjO-Fk=eL52$K!5-N0t5&U
z7+he$deOOa=Vt!nHfg-*qKgI((g<Y)YWjZHKK0s4dbGz7+YL$=v?6a@z#ZW2FGpkz
zv_h(B&DWGjtSQ>|v(vs^eCOvr(zfk`+a^GO009C72oNAZfB*pk1PBlq4+2Y;EJ;%R
z>5V8<i%eSL5M^)aK1oYF)V}rP`lP>&S_SIPMjmv~LCMK&-?;han|nR3`a(VGsH56r
zYu~Q+59*IQ?zr~BlkKm+{yNck{`u#V_V$fC?zkiA)5k{MlkQ`R*Is+A<bXHaa6@}Y
z$@cJ{L?0EfdAB)@&ye^;DtSc1>84&Z?L4%Lu8H-c4?Xlya&fh99D3-XX-O>v2oNAZ
zfB*pk1ZoxNuU>T3s#UMP`s%D%v)cbbo8FG^k}FoMs5O3rCj#{)Rgx*zV$vgtp;_sI
z2)l6sC)Al6qp${&!0KD`b>uYai#7pi--v|gKKtyG{#b6cY`Nu@)n-K7r?yRi009C7
z2oNAZfB*pk1PBlyFg66PzWVCC{8F^Xj|&}#IdkUBg8uj2cV9<;FY6PiI~#fW>8EF&
z>yfG#z3Qr~GJ}l9ufF=KD*Px4&738Y%<WS|J~p1mm+raajytw@>tp+fBaTQ98!cOH
zwbkm?tGf;u55mqX(Y))fySnaPZHLP)yDalqqVe*}FRym4!ADasnl>EHMHllnv0ilE
zym^_+`{a{PPD^SbK!5-N0t5&UAW*A7*Lu<Tlf8BS_kVfc9Mk{GU9ez5t-%|-U7+s#
z&stA<v<|je>4J#4aRIk4s*dduSp!K_^{x3javJqTn}Bp|#6xr913dl7+-iC3vBx_4
zdr5!*0RjXF5FkK+009C72oNAZAQ6b?K5w?!W_ih_XpehJB%NCuk3RZnLI1t>+N-0#
zm-PwMosB%>j59LNbsrUm^@SQG%9%k%<ENi~S{44Ccix#f%TrH1)iK4-e)hA>p6|Z<
zZb#3aUdBBuHrQZ;%#qJO|NP>i;xgZDx7{-LoiSrZ@xGP68zr?HZn$A)FmZq*c!Of~
zqUkj-oQp2zZDPIXt+(Eqxx8o3o}HG|LVy4P0t5&UAV8p2fv)wUng4d}+89Mj4?OTd
zt&tnNL!iE-N^7FEp7e+?8ka6;T)-WRs^jG-tbz8B>Ra=5<TUDww%w#-`<K7`W!}fN
zN1Sw6c}ai(0RjXF5FkK+009C72oNC9F7WcpFXv^JqJ8SrsZnXx-aod#{r20q`9#59
zqxLxIj`+vY%eu3Xha7T9=81mx*=KuYtS{8KrAcOx(YSc=;$Gv->%a5PJEv!vIC0{d
zHETL{dFP#X(mkVP&YU?NJ$rqb_nhk(JYCn_KKP9{-k2HE`s=U1eEIVBo<rDv>7|!4
zgNeqAFTQvP0rWbBdeOAla4x!-w~6(l^XJdcT;bbpyKP!h3jqQI2oNAZfB=D71?s35
zjfY=+^2sN)hHdb)Kz&J-)?A~I^k`hVpm71G*HwGVD6E0@c<Nj8b>uYai?-dQV>|xl
zIx>5iDTru{KRoZ~?<D~O1PBlyK!5-N0t5&UAV7csftJ8&r=6CUR*LpZFTFGqDxRxb
zu-7%$T$8z%#>xfi&PL|l(DH*1KIrvW>I?PWd+*I#jmwrT>ov~I{)-kZ%A6v8dduv;
z_10Ub`v+#axHNP3g2q|1W~E1tmMyp3G77mfcZ?tM@*Yri_uY4A?ow-G-c4)cC`Pl?
zT)k*|Jq+QZYfak3deOiA?QfYEX*9;u{nD6P2oNAZfB*pk1PIh8P<g%Rdh4xs!37tn
z7p?D<<&9ilQYB^_k)%iC(glqRIB#{0&KhWsu)Z~4M^2-@XxmNF+jHm6%}YVtbI(2L
z{#pnSAV7cs0RjXF5FkK+009C72&`JQs`yT!kulCxdj9$6^O8}~9uK%r-<33T9E}4C
z)S8XV`@JCkbUhxq)obMSg?hymSLCh6yb{V@gTLsai!!Hp{q@%~hq~d08#4Pp`Q($C
z{mVCg@x>Q;MZD*pdv1E1xDxl+V~@;W4m#+dbpN_rBA&d5(Z>p@d-nduS1+1&8^T4`
znzV`aq91<vVdfPVjq#}ZG^Q2;1PBlyK!5-N0`&=0UN4&bTle(SPmf#M)fc&uI|S-W
zs>DR2ko0I=x}b3ZcdV$6m!q%-Izp;%&DW9Bs4v<MmX4Qs$=mp>KH-EDIy!qvfB*pk
z1PBlyK!5-N0t5&UAV44l3LbAAX{CaP=SI0;UeQ<Uw}V$+d4=#01ZvGj#;-rgFG1}a
z{pB0$3pKBzZ1UvEm7IdS)xP=Wo5!yMnNuuXy0l#^*`7IbW@i7M8Xtc6;bg#$jr4VQ
z^UXJR^l80}qTkOx`>dyVE9o3}p~;LV8n3_p`bws#d=T}bY0|ncx@5+@iQ;A;NuO#r
z2LGgrPmH`j#F#j7VthDM8?ey`5FkK+009C72owm^S1%f0;<njln-wco6wL0e3IzuL
zs*)GXh$KB4mo8{rz<CQG+DBv!bVOL+n$Jr$43bE!FWL^4^vh|}re&tu205JcELsQ<
zAV7cs0RjXF5FkK+009C7#*Dze`|g{WP-->ac;k%)M|$3Q=N0T5kGU_{*IQKy)R&EX
z_St9i&TqWcNBlK~x_b5MNs}gJhI-(E2lf$XdY8PXOJ8->Rq4)2%ieqMof%anzozA7
zwmY6mzj*QDyeHAmpFckdb(k9uJn%p!OEmub-~S$FB<1H)FWO->go`ejF>k4la=mB-
zfArBu=dJVYw%bn0XmWmS5FkK+009C72-Gc5YrSavqc=)M<H<F3ABFKlpr)isj65Pq
zkH)178W(WEbu=Ptpd-SX)_hGljhdqEFv)y5XU?3w6vUDxOEP!SNPqwV0t5&UAV7cs
z0RjXF5Fjva1wQ@s)4Xg_tG&3U<&8JqDA+yjuI49$AuO$$vXQU7_FCRU&tt~^j;p3n
zAA9Vvymk27-~P70P&@XTHEUMp6d!;5aYxVgmr>7_xmVoqv%On?+woNTyc_(UbIv)f
zG2`B+d+oJXW(<cMa!7yk4!+m<=bxV$QZz=!e(>?@7(u;ghw2b6x@5+N){FlA?|;u*
z=g}T__l;_E&+bglvJC<R2oNAZfB=E|1iIFXzW@IF>Dl9EgYl=1&ph+Y?Afym{$<;G
z>)dnCO^=|Za)FwXDiP<1Bt06JE@)i91#5Cd)<8#uHLdxYavC*7+hLOVvfzlGd+xc+
zT{IFPK!5-N0t5&UAV7cs0RjXFj9Y>0uDh-v?Z4-qdlt(?HQHvIZB{TsJnX)B1n&+m
zP<b{oii8U?-f_C$eDlrz!md2j2xHBfHQR2xZQdeWv}jR(p|<b!`RAW!j=#$;yR>&p
zZ-4X6H|wmkPI}+C`%1cVA1w<OEJzRDYI*tPmt(+NZ@o3MLp%|Ctvrdob&NA+%*c#t
z=bd-%17SG3s26Q_9>PV}K3zlWMdSY;3qG1!mq7eg#Yrcf6t`>kw-xPY+%^FM1PBly
zK!8BC0$uAxKl<pS;u&9j@x{F7RwQ5UmM>pkJcxG(7pNnt5>bs#(xY+dg2n}$w+KgP
z4Rl0U$C|G%r%^|=9Uyrx|MQ>!B%j6|8}sJP%iBvk0RjXF5FkK+009C72oNAZfWSBu
zh-#KCw%DR0iPZ5js#%Kv>*(L{G9Gq64q=CU$b)Aizy0>xs1ber_1AB@>867ZKDgr~
zcD%gnuDkj^z`;XJPkr8b=XFGwyxe1tJ<|RAXvwR(yyK2Lx{h}2vBxIyv~N`P;Ps=9
zI;wrxWP94QX>YytR^Bgq^*zYDD@b&hGG$5<XZuDJ&Xw7Ht@KeZ+Ri?Ni>`gThSrP5
zA;hoh?JK-^J8lIWcN~5C>8Fct>)kG6n*ad<1PBlyK!89Qfx+uVW0u=)yRG;iw2@CJ
z6O2BC2-J~OiFigQ>Cw1!LE{3>TYjUn209|FW6jr>)2Jib4v@T;Q3RX!5gq>*khhn1
z0t5&UAV7cs0RjXF5FkK+0D*BR5Dy&BOC?p<9*?{qhql8!<h*QT+}X0Y);HeGy!&O|
z*^mBDJn_UJhn5%WE3drL$FNcGJa_KgylA669-P<5u<2d$ZW0(zgim+wXo>2t%m{z_
z)1P+q?C<55Uw)bQRQkM=d)Q%z^*2`~dqr__CP*|!v0Non)G>&9(U$7aF1q%U*xY*2
zIEp!Q=HxB-g7!(1CdHDw_S$RX)}w3jR>19N!8QQ`1PBlyK!8AV1uCf*jjwWfe~{Sv
zm#x1S9>NN#HmQ;XJR(Vt#-$4y7jSaM(;FkQ2GW65yXNc8X;d3+TBEon{&GAs&oFD&
ztl}NLOMn0Y0t5&UAV7cs0RjXF5FjwF1kO6^tjs)8wT<z}`*Ec@{DaNQMpk<s<35@3
zY@-2>E-%zR>P268;e~j7dBHKpjZz1Uwzd1)Z@-;6OUbIs@4owPgAF!Fj}T9UU%h&D
zB@sUQ=%eZJ^ID<~ZN-WemCW1UAbHO?i-7OB=brw?9Kv4eMFV+g7hT5*ZFIe8{2G;a
zli|FJG~K?*CYzjm^2rMpEGSc>-l69u0RjXF5FkK+0D(&CMT2p--F8d=V>M}sFS)4e
z7N{_(l7u=sNsq>*3mO-2a?(3CMrRFl1QstVT=PT7X;c_(nxbpVfd?L#d?2@P?78Qj
zUH8?2009C72oNAZfB*pk1PBlyKwz8*#9zU$x88c~>7$yq<B|7KFf&e6*UDk$Wg{y&
zq49grjW^!-$tRywa%g#>mZ=ww6}x!x;+I}}>5@w>*?Q}(i;r&V)Tvb!R-Jq9xtVi4
z_Sj=3P4XUe6?L8^N9fw^m}8E~3^Lt#|NZxO9j(?5AAkIDI;vL7<BvaH>(qk`K0fP3
z*VaYXai$twFB-?v^#&$+S43ue{Lu5KKmBRt%9R~TUJ@WcfB*pk1PBnw6R4_Qbmq*N
zng2#j8dt4al^28dN(2T;s^kSQI!TYlr3)Gt@aV6BbcBPf`Qhg@28lL(?7g<+{jus+
zTW!_rQ2G-fK!5-N0t5&UAV7cs0RjXFj8%cSQ(2PIuX`gNd_PthN8z~gvXO(I*2pME
zappVkyi?U-=7kzhPLGG(=lxgw%)9hqZo28FOO`CDB<8pUXxt+uJw?=7N7}jM6mP!y
zW_pBZnK5HV$q~AC`|7K&CQqK6IZJzE{JPh5sJc7kX+)eazW8F@v-dsz*sB*E*^4fH
zj+$OC+B%}Bb&pTf_Umzw?e*7R|Kf`;jtf7{rG)?i0t5&UAV7dXhd@>JqIuuwlYiNM
z{q@%!Q+rvhK;9`R^GCRuk&IN*qjBki#sxh3YaktA-kKlHoJL->eP5wzkb;)8&ptc(
zG;ZIB1VX`H-XcJN009C72oNAZfB*pk1PBlqR{~M1)}A}6bvqt>Kdx+te6V@h$O_Nt
zcH3=t=bd-PqtypIv>}AL`|i6hUAlC@IFsGuCZd^)r=Na$(x=SEmRoL_InJ_W%gXFt
zrcYj|$-MC-`gm4anW1X!6G`$Uq>hbIE-W8=^`ag4gS@QvqDwEou~9D?$F*k7nm_#E
z4{`V7LA2ZVjcWE=Zn?!Bywht&3jqQI2oNAZfIz!ICH125CzDa2)&9@X^mhD<w|!pQ
zl?&u0Rr;<*%gZFJm83`G(glqRICDXc)EY=fn78KBpFe%KRG8Dqi?;78G!0VF^0S})
zEDxbzFK-bbK!5-N0t5&UAV7cs0RjXFj30sJ%a`Y6km_jf>1K@M=PXopq<PuM%1>of
zjsD{w{}?3fT0@O`$lv_tH`SI-9enV?nT!h;F6_zSy6djX9OwG$ukUG`;?A>Y&(55s
z)%f6p4;Jq}oOgpRFUU9Ecw;y*^f8Ni(af_}$3>SuJ7cC^v~_6l8TItjPak&JVVR_T
zH156k-lI?oo<4C}2oNAZfB*pk1V%)ll6uiQ?zp4)AFCT}w9$wh?-&jvFR9XZHQGoe
zJsOuTXk5UVm&Qn~fpmm<Yrgp7sN}nq=QQ%7?fVK%gA}w}bkRk52VSt3w+Ij*K!5-N
z0t5&UAV7cs0RjZZk3f{w<z<j+YG1Hm!T8}F@{#6cBWpU9*IaW=-v?Mzs8Psz+ika%
ze?WZ6`18uDH{N*TUaL}<ELoCyI;KsV*6UCO!N<d?r%aiWInfbE98s|2FyAV;|HkXD
zzdp=JdYVhUXvey$>7vU#DPyc&G&#nVD_1`G<dbKfdFJHFlRJ2OeHr&GU9@OXGO`T<
z1PBlyK!5-N0__5W*NevYxOLZExA>o_#~gD^`=qw(5Xeia^jD2GYDtgAr3)GtaC%LS
z+8Rhln78JOKaRS-TT@OWFWUaD(6mNz%bYoL@(#RsNAD6KK!5-N0t5&UAV7cs0RjXF
zj1z&aw%RH$gB0yEXU^=yVfysx1!Ep~;DLRNX_qnrdD+PF_rQz?%}3?ZC!c&0yWDis
zP5bY^f5EAYw@y9v)c&d*^Fl42uK3+}BHk~4@r!T1`KF9jPknB<;fBnqFTVKVp2lf)
zj^|rtj#lkM*oR+P*DFQbL^RVO8ee+prCvuHT7UJT?PsmNi!Sqo4u4hWeNxr*6Hk1c
zMoD@6RYlwkWS@QZnJ{5OyLQR#C_0TnG66LbAV7cs0RjXFjB|nh>P6$9sb7Bi<qI#o
zaN>z4mib5N0}nhf&Yg#F_|<+@8MUNG<I)9<3pl+*M{NzHBg|X#Wj>Vh`qY=x$cwh7
zWI_kmkAC!{%tM|yabibLF9{GJK!5-N0t5&UAV7cs0RjZZp}?DOzL}XmN*W(|<dHsD
ze)qfIB_m{REL*m$k74c7RiKV+WZbFp+H0>}fBp3{Ph~V-aKQy#150<v3pH<+^6eXL
zxM4ivIX&YbEn9B6Wo7{V-N*0lyYJ2%?Tj<d7$nG!eTQFJ*AYP1mmhufQKmyQKJmm8
zU3Xtw9n_1a&srT9UFP{6{;JOVq#DjoJn_5y;>C*}fBf;ebLZ}|%Pwj8yq35@O69j%
z&O9R;2@oJafB*pk1ezt#wO%y-WGQYR+Wud!f5f!G1{?Ud=nz&#wO>_6E$Pv?bV1_+
zPA}0>TLb9`^VWRc_u}&Hb>uYiq8&~$VfO6VnTNmi)?24xwGbdcfB*pk1PBlyK!5-N
z0t5(*H-WCd6vVA2`!HF$bZKT*Drt;ATJK|6yL1((FB|#UXP@n{#~#TU?AVAWDR+&n
zqeEV(9V7Ss^442#?U=Fem+@@$%rLg!e*6B$j1t_;0plmR3V&7`eq~*+8Y@<;$aILt
z`Sa)ZI@-|ss~62XYZYE}d1rI@t2*zKYB)dfbU1we`R5Nl_+Z!DKDSO#f0g_lGkQsY
z009C72oNAJ#ss=%f%5*fU%vg1fBfSZLmSP*sqm}H2qrxmmo8{rz#Xf41lK@Egz++O
z&6odlD(+crP9rbc;Up6dIN*THgWYSdz0$B+2oNAZfB*pk1PBlyK!5-N0tCjD!0Oej
z<1sXu>7!QTkw+fcH%MMutTl4{(R$w_+p$0(kG+y?WRx;apFTZv!AzSrEgocF5Lo)H
zyigY|T$t|MYKdFzty!}sDp%t<UpL=;^M3p7ml;gbc>C?Q=MB|U`<Z8+nT*-K5i#^M
zPJ8FLxY~zGwjX-vq4sWrY*$rTx5*}(wBK8%*X<p5+%fMcVnrnf-m!7@)mP{3wbt9m
zUcKlDUUYe9xvEv2H-5T3?~|&M57qQ^C0joH@WYc%I;rETNx%H$lTS(xs2c$S1PBly
zK!CtF5vaRfG#*$#P9)d*VOIE6WdxHRjY}6aF5r#@Jc4VWBf@x@x8_GPr;!)!aFPj|
zZ@zgtMG!5KR7t~XAwYlt0RjXF5FkK+009C72oM-o0*^iRSZ3}hX?*n2NBaheKgv$V
z$=ryNzrF{zW1c|W*~m{n{WR}UbiEd5Rubw5AAFEkc-dNYFTVI<o>j^A$oWTwWab)<
z%GHvCq`So(Su@AnXP<r2o%?I4s<Lj%lqs2^mTZjYVi&|edGh4Uaeny29~SJjcHhdY
z7k&8QhieKf?}wXPZn>qW8Jlv^6&zGmtGZx{j<+g7>lm}DmoLBk@)lcck$DBR8qYfG
ztg7ZR4gmrL2oNAZfWX)gsI^}7j5E%NKl2<LP@{hoRee<%*`!C~(glqRI9cQ)y9Sa7
zTN{<E`5`0{D~z^7pybQ=Tl>63!MW$2TXGQH2oNAZfB*pk1PBlyK!5-N0tCjYz@dj8
znwLI`_I1`-r@x2Mx45FPuwd|b>&HL-@mPgji^o+-?zA}m3opDd^UTIAMvHgsc(=k(
zZ@cZb%#fmSqm4HD^2;wfrtaxw-0(AV@OZRSPvdlSj^u6L-F=rVS<=zDzn4{2*40`s
zn)igPU3cBJzoQ<)UU~JR@u2XUW<T}RQ!^LgTB#Rp9b>H*T>)cNtGZx{j<+iOr0N*C
zl9%!Mw*B_oXD*LuTyMSg;)lOVCNc;C0t5&UAV7e?*bu0xUNruWDgGpRY!Ef&D60CZ
zGO|gJ#-$4y7jUxFM|KS)5w<p}TJtg55ONw7M%&@g_2uHli}SJscieGD*WGm>K!5-N
z0t5&UAV7cs0RjXF5E#P(D^{$?%N@1ak3Rb70S`Yaz6z#TfBp4WuU<Xi6n5_r7(zC3
z(V|6pr#0T{h^OFXwV@W=&vxd_nFV2VeJgJGnR&c}KR7;0rZY#b>QU@fRo2y7FB*3?
z$V7<7k^Ou);)o+MW1c^Me%IyHUxyP;I3aV!dGqG=G+<LMx`KnMYE>6Z(eYNbXdQ!B
z@-iMepLg5mST@f+_gp2j7=!=;0t5&UAV6Sj2vlA#de~uyMWyI>-+ebWd>V8VRee<%
z*`!C~(glqRI9cr@y9Sa7TN_oa`POLlB@*k1wu7Sh<^TN8|70eSqH*xYFcnYjT>=CM
z5FkK+009C72oNAZfB=CJ7r6Q6oAYu<t@goh4N;JJt7?i7M;?B7)#gs~;?H}=*7et4
zpSMf8z4A~Ce)f9ei6_zllxc}uedb*zaRc6XPW>SN#R!>$Z@THGl{~_)s>-@r>qYOq
z_ufo|Xng0Lcgmcj;rBWA*kdze?)7e;<s;9#qv>6D-Bo^&=-G&iuK0+mTGhp~w7*+9
zTKnKtZU5?5zsg*b(RlI27gsflaR?9~K!5-N0tCi@K*1O1ynj-*+T#Hkn{2YlZoBOk
ze_VXtdFRC+uf6fc8>?2W8UrQ`J%mcWs*G~dqjBki#s%D3`J=oBI<C!1)_nVz1)qm~
zClZtKD~~oAx$DOH=bxYVc^;1g>$<xR1PBlyK!5-N0t5&UAV7cs0RjXFG)rJO*~o(q
zIw&*o7<WM|&sBM-aXZTGw%aZ<u&Gn0_V-ZcxYcLofOR)6T)42jWM0pzD(h;k7ybC-
zkMl5Zyz$1oLtDG;XP<p`X3X^!=Iy-m&Y3el`skxQQ8ePBD?XyCR(0_#?eA8O);@Su
z+h2U~Mdk{L#zPJ{q^enrLx2DQ0t5&UAV7e?=m=EuRb`Zu9*s*EG%n!QVjkr+&~dp{
zvgX^ztRs<_j9+=Q$;e$dw%B5e%oM@K8*kioUmXY#AV7cs0RjXF5FkK+009C72oPwT
zz;LpW7hG^bX5w+j9d|4*R!69BzWHWmV9^-&-zy(mt7qKgGj8>nH(;&pC!c(BuhFLa
zS5;Y8YrSY7Z?M4znV7rpzI*zhMxo`BOD@R__>@ylsVTfXq8DCxp{E%~|Dx-9I909c
zt`j94>Oe~duW)1EefP~=mYZ$1S%tG0iU0uu1PBlyK!5;&5fK>ttICKcJsOuTXk5Ut
zl1F?EbX;qLulbGv<7Ksp#P;#)h_-$FyzTeidoMFN5RE_l;Scln(oTQ?0RjXF5FkK+
z009C72oNAZfIxEvhLerF=9+8ra*yTdY6>+fEi+?VfBp5p`s%Cl;YH85$!F$JLuiag
z)vsK+vZrX%orhmpmyV%K%c-ZHnn${H>C!SI47ty3x80T*@P7O4S4Sjqzl+T2qA`92
z=xN5$zv#Li&hS@tO=w+@wAT&=&ztLYDE$c#AV7cs0RjXF5Ey-d!N01Ee$u0H>4L@u
zJo;;({Yo5s&9{%1Y*&~_Ova3jnxbu=B6IuaKmU1N66wDC?#tXoBLM;g2oNAZfB*pk
z1PBlyK!5-N0*w|JPByZjUi7=~zAFh>Q>ZIetXOy5bu&|=zxc&3O2*demX|Tk9K7<z
z`Sa)Z6m7cm@GI-mF_dX}?z!jk^scz#iZUY%xz97tJd+vl#EBE@h~$G0KFFLd8o&Pf
z>z-yD{fn;a;S7IO*M!#fNPF!tZ{EDTb+Ts7nqEiKp8x>@1PBlyK!5;&5f>QztIFsn
zJsOuTXk5UfzXsYb!@<{l`)J8_g^9#u%-E<Y+V&~Z+wr&O@%Qq1$$?(~jy^rU76Jqa
z5FkK+009C72oNAZfB*pk1V&I`IN8X&=g~((a;?{k#z~nwcW!2CH0nspr$!^i8aMgO
z9A`L<)2B}#aDffKvaY{?qnK^dq)C~olP6F9_S<j!8@9f^KK$^*%xI%=*|KGo&-?Jh
z4`)u-M|o;}pAVH>bY<v<zpCp)D|5W%``mfwotf(-8q0qym!D2g0t5&UAV7cs0RjZp
zuE2m_RT`1>Xk5CWSphd<4YXfn1Fre@p*ptf$Z6CUZAb9!FR#1qy1dN5tXZ?#d)g*I
zfB*pk1PBlyK!5-N0t5&UAV6Tu2n;71Ib+6*%=BXvWR{n#FVru;{4(zrqnBQKX~_uV
z_MVx?ILyY6KKiI+w3*$8Us;zKMw!OA^=lsNwbx!-W`tq(iR!xv6DDK^ykNnC$|E`R
z%ri6RnmKc3uXBy~MOWr<hQF%oLo0K<<@;QJ{q>paB-U#ALG&a*fB*pk1PBlyK%glC
z1AbL$O46fQ>4I214GOp^YaqEK2VC>XIO&Z_5{Vtd))#HZM9ItL%a`Y6t0G<S*T4QX
z>1l%i0RjXF5FkK+009C72oNAZfB=E9Bru$8<c1q=m|2*#%{JSV$E-Efi!Qn-Gs5-O
zTd(9JyyNzsnIptK2g)B~$(~0Zd1U5X<*QpWCmMcbU1k_%8bAB&vrK_#j8nFB>C!TT
z471Mx2ON+Y@bSkVUu_ssn;JJ+&7A9o8*b=zt`WcJ${fz{S9PsuWe&MypEJ%lBXgZ>
zz4g{5N6?J`0RjXF5FkK+0D%Sx4ER;0DM^pUr3)Gqa8uSma#aqv=96(UHwI56b_`o<
zv>kKB%kRJce*gXV&rAzMV<c>&LwYYQ1PBlyK!5-N0t5&UAV7cs0RjXFi~)fmWFy~u
z@4dYA<FUscTi&qNP(T0t^Sr0YUw--JU4x7pd*&VE`|rQsb@yI7JoVI5nbU2w(ME$j
zNP75{b-f;Vd;h#@w~*OqpM8dt){dWbUV7=J_Nel<fAgE)WS+9PlS4evEpM+r+FyL}
z#mtGK@vXPs>UF?TzUWFG%kWoqt!O2Wx=gn%w%8(bsT_Xz;bnH$hX4Tr1PBlyK!5;&
zW(f@PRi#-;k7lI{Vih$a;AX9X*0njvn(umb512?yk6&xF>FF-G;DXGYK&$cLhaXPw
zqJ;nf0t5&UAV7cs0RjXF5FkK+0D-X~FobMmK?X94=*lzJ9qRe#pP!j2U4Q-cyWV2-
zl1nbh+;^v)b}D~><$JDKvu4tyNtrV~_uO;k$LZ)f{K~qH0D5{EnfbVtXeL55#sl4Y
z8m*7cZ@>Na)TvV+eDJ|C`xgALa^sCRmKmXBp92p(Fw<m{O*ZMHhIW)Mx{@HnU)6P^
zl|1m`Zg0N%X68DH#;dNns(4@T5+Fc;009C72oNC9M1euRsx&L<(X4bqtffW-+^jXw
zx<Ut8^JT8_K@y4S@#~JZea0)VyfQB*5bY639~q?f@of_zK!5-N0t5&UAV7cs0RjXF
z5Fjwh0(EC2mn>P5ci+y)K)(C#yXA4}4z=JBV8sPgaZAs*v1ewY_4eCuFMohN^*ryq
z^D<|gJ$rUf<Ft1keq~+z?0szi_P4*yL})cuTZh>Z-UAOj5Vr=6iAvUs#_l`rxMOCt
z8*H$_mtTI_F@Aq9pMU=O%qgOA?%cV3j5)FwUHM}f{;D1vZPB7dH{X17l!cc+%wBsQ
za>yZhOQqy3b9<dpe*y#u5FkK+009C7)~-O`Usalz^k`PPAQr}m2i(Lp5UPEz`I47v
z--*P`@#~JZHR-qCetXhMC*>ssTJ3c_DJk=iH4-2|fB*pk1PBlyK!5-N0t5&UAh1>h
zYRyJQ5^~pFcg;&ePMbEZr$1M(HPjaVPk;K;%xL2lqu+e<P2LH5_St7M_lm|ZzW5?<
zuL0Zt{qKM0P5RYWU-dWm@GI;3i!<3Pez4em_ucaxqCM_1+S3|KMlRThm2kodCnS@W
zuNRFH(`2uXjiZk~x?skVZ$)5vPZ*EsKK=C5lH;^@8`+DlJ;>ti;jik!(c;#%amwOs
zKJ?H-l`r7ny7SIEJ62%wa@}>;t+h_I_+)vP009C72oNAZfB=E|1p5A}(!``kv(g1|
z(nmbtCa!@{?R(9azYP0JBxa63glJ!U@x>qf;0H+tAamoFzx-upcp3>1AV7cs0RjXF
z5FkK+009C72oM-E0`+Ah<FD-Z*kg~(++(Y;*L!c)7iw}gmn~bC7x1;$UYm65*f{2x
zV>0)eIdf)5&uU+8wbfRc^Zwxvf9P+b;aAr67iarkampr5nw06#YCQPhgX76=?Ys27
z9hG}gzZVa7Z=bGwy=au-#q;ai_if*f8^#V&8Mt!g%Dwj5t9`)s?c<I+uD_!m*^93H
z;S7IO502KV7j2!vZMNCw{`>E*u!eKNf(7ksqhtHrbI&brt0w^h1PBlyK!5-N0u2)A
z`>RSrlO7F97qnK<C<oloHPH8(FMnP4mq^SUzt(79e);7?4?VOa1CV|he;=J0n??cz
z2oNAZfB*pk1PBlyK!5-N0tCjAKpol0xX<CQe)X$~6DOt<k4a11I&byr)jdhp5o$Vs
zv(7pz39@}74kt?T(*5IRp6%V*x1V_8iFE%8TW+}FhW6=_?VWboslQo<Us=~*oE>{T
z{q)nxv1e{XLFr95-PG%PYo8@5Ipby;yX>+{di?VBqA}njk35ndA!&)bjDG#~*X{F`
z-2UK$54PWa`(&Jsjdj*pXX(<VC5P(hHkub*N07xYhrg-^M{BPaZJo`HH{ST_tFP|w
zCb5Z6-0=Cr3oq<g9vv?iFJ7GVw?Tja0RjXF5FkK+z*rLK@2g6qlO7F97qnK|Xa?Ne
zHPGLh@AazhHIbM%ejU*+TD0ibzy9^M+iu(O-9Pi?zWeT5;UBB!9j0~y1PBlyK!5-N
z0t5&UAV7cs0RjZpx<Dn_$S6aKLZ;VWe|_G(d2u_(s87pGJhnGR^<A&WUP-83CyfJX
zkF$OIy6dh>?|#P}ceM9OwxhmukOIZ@MCq1-n;1kwINiT%%kV4fx`tG;L)=m|k<Z(h
zGG)qTmtFSBC!drYv(+ui=Wf3F=B>BhI&avX>P2JB0}nhfZ>VUWJb7|V7ZukfgN)@G
zH-s!0Fy4yd?UJLVyN%{WmyWZbW%#RlaI|#2XmX18+i$-={_&5!768Yudr>moackUU
z%w!{~Ned*sMSuVS0t5&UAV7dXqXqi=s?zkNM}yJ@t<^Px0XKII^ta}Fz07+}B<77j
zNVMO5_g$otmM>ra)?05q_Sj>Q2s+}3BR1GzgXH^u*NsCCIi&71X5N8oCqRGz0RjXF
z5FkK+009C72oNAZV8{Y_*~qB*T(`u3WlBTSImt^dxulQ7%nS9ES6=C3w1QnuJ@wRd
z%+V6Jsa&;cRmYAy?zm%S=b!xKCmlWOc)9=n`)AJHU)|U6E9)vWx&8LrGbz%Iac|pr
z_<KC#```cm_h+Ad7S+y47;z(o6)RS}`|i6@1$zGZ=f|VK)4O-H^ja_a#TQ>}w9!T#
zgLJ%%%j(D@kBlFQ-gx7U&p-dXJ!2oyMy=q&g$v^b5d{yRPX?SZW5ytlxgX7oE;(Oi
zHio~d2S+QY7fsIWrkieh+G(f7B8kNiKTgHnkCPJ}8&Mz{cb$Fy`RC)Vq<ieKN3vJJ
z#&+9n*M2ROvDJqF0RjXF5FkK+0D%Sx^!HU|3?x08k}gQr(x?U8+%?eOnomwd`Hh|u
ziFw23MO&Pq?JqIgksOFDVv<tG3r{-%0t5&UAV7cs0RjXF5FkK+009DHMj$U6*^xP{
z@a2zx{Nw)g@<Oe=UNmk&nRmR`Uw?gj@KIQp*E1^p+I!Zt{m?@XWd^X}h8xDc1$v!y
z_?30NMp)ecsi&Tb8s|)qu8n;s*n6!PjYEjFF=4`lt|4`F=p(|YckS;1_lffeUUW%p
zB{zn@ss~3aQ!m=FJO+FjH@5Bd*1IMBbt6E4009C72oNAZU_=D^_^L8yk{(S-7bHt%
zbOLVl8t7xqC#RsNjq-`af?@Nb9q{{p@$T^_)s?4J3y#rS1PBlyK!5-N0t5&UAV7cs
z0RjXFjDo<BvyoR_byeR-ofm2yiOmyFJTWt&8qacSzs2aBIdd|*O`A4tIDeQQ!Q@pQ
z{_Ssn>y>)=m36&F*tP$A@4dI}w%cZ&lsXzOxZr~Jn}2o<FX`~|%P&uyII)h9k}-GK
zVTZUkX)<Gf8zXqp^?D$~U)6)74Y^))%9JT_GtypR^(R1p009C72oNAZpjiUD?z(I8
zg|U63AgMBzk{(S-7bJ^nL;`N~8W{ZRd2%|sZj?+U7L1b@ZTr<);dW%D;>k6hGg5Fy
zyhVTj0RjXF5FkK+009C72oNAZV5|xZEgKoPI(+T5*9KwC3$@^<jlQS*=%bJFa<Dhv
zcw=kWcy@V|k7joJ)vtcl_td@ac*-fKWX3RS)~sHK8h&M6uMw8%ALr$wi!RDEsjzYH
zz4u<UXi=GX^7_QxCw}mQA5<7p`%rQAE6Mqf+C`U#S<pWGRXsS`FzZF9PoKVQ*|Gva
zZxJ9sfB*pk1PBlyFg65s+G(fuuZ_v}tFOMAd4OXt>Cu#QL2^3QdcaLz1A~7(PtHZx
zjWUVE;z9DFO)k}{Ha6L0lWVTI=9_Q6DUQdx1PBlyK!5-N0t5&UAV7cs0RjXFj8%al
zWFt4<eDnG9=lAh=^bYg9Q0u4{jj3nPo}HPAjYqw=D)IjM*S}_Vh{jJp{j?+a`d%(v
zxG*n_UT-fs{K~reSmJ((M;>`(p3ETau@0Yk=9x+&k9(8;{O3O(B$)KRu|Ds=|NctC
zi$O;1qU+<hhQF#SL3{JfH_tooyu6C^^m*^2W&QQnpEqybaPEZM$BDBG0RjXF5FkK+
z009Ek3gkVE<Bd1o$ed{GB|Tb)*@$#O`x#k_0XKaORPyz_{ah4pcTFS~@17TJAK&*g
zcZnpx@y8$k?6c3x0~DVK?-C$DfB*pk1PBlyK!5-N0t5&U81n-4Wh3Jm$7h~-W>hm)
zm50m=wWfN}xO-$~el;3@``h2f!Z`f!!!tX?ohOI6Y=SrL43HVgt+(FVQzXN$tm`Sf
zK03ei&O2wFb=JD;uAAx8YvTzgoDk2E?<0)jUE)Tgr=50Mufe4IPntC8+H0?^_68B7
zcF`3}X1+W8Rb3%kl-b8mx0hdjdEB2lea8E4i4W)NuDh<<rILxSkpKY#1PBlyK!5;&
z(GiF*0-0YT-hco7%pk{J(xd$_8<8$p>j5`?4OIB`y!~9{ZFfy1=Iz*O&x<zmvMt#d
znW94vJ@o3Uum0D+{x$d?@)yVNT>=CM5FkK+009C72oNAZfB*pk1ezi+cs6pKb=HYn
z8pe~g_uO;OlTJG6iYu;o?6Jo_{`ljn%0v^%yijYZ7ma!IZcsUS^5nRKXkKpizWeS=
zVjj-MrI%is8BE+fq^AIeUs=~vczt(XwQAKPk34e9DW}9j&4emwjN309b<|OD$Ih?5
z`l{~$%Ip|7gZ=&Qe;*f7K`@zbMKx@kxVY#lc>sM!s3UdJ^>={7U)43C#b?ev_uLc9
zc<R)tnJb}d<7S&}_LHCd<fWHh@*`2lI`@(Q0RjXF5FkK+z?c_^6iwb&hRi3VtXQ!k
zuYYrs9_h2(h;%`F*uxBX46K2gzMi+Ak&f+xL}J&RMqadeS7NkBN_M^V){9c`NC57&
z*IrTId+MpDMs;Xhr1AIrOP4O~2+vCb1PBlyK!5-N0t5&UAV7cs0RjXF5FjwF1mXv>
zsAPWf$tUCHic#A<W5$f_x8FXBNGD8~5NY;_6DMxH_12MKKkm5WuDtTfKmYm9AAR&u
z<z>%Z!Q<DTfBy5Ix8HvIIp>^n@WBV~yz|Z*Z@h8q7OC+oz~-B8K7IQ1BaS#C9%Mg%
z{`|NjirT-fq+_qcmtTJQ>Z`BD0*If1&N$<YSjk&%xn*l5$FD_k|Bz|ZrtPxJE;DD&
zj8$~gO*cLN{PW9~FCTjjj)(vO0t5&UAV7csfsz98e1W{Gvz04XmK<aZcWXqtpxwW5
z0k;Qln*ad<1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBnQL*RoC
zKFF*WjX$5PV>)9JAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF3|Zjehab+Y7u{*6orWBV=?D-YK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0tD(1m@{WiX1(a?r=MQObjBn=fB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlqvcR-y(=zKt@3`ZRAxC050t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csfyxD5d+oK%V$o<^v}jS~(;1Ke
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc$O8NCzkg=E
z=#(i_zW@IFAqQhR0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7csfocV=yz<J-V$o>4@WKnLoy%wh2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk!xUJ#a^;VH^rO6D(P)4F{r86%kGTjCAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXD7g)1q&5|Wco_+S&bIv(u(xgcR
z#iB<Xam3)$8G!%+0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV6RU0&l<lc0pZe=3DEmvrd$i4k0#E5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72n;UJN4@AxH{CS&yhb2EfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlqjzF*VqCfi4kA@SNSqKmyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t6}%=&4@xl1nbBWKx3=AV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF3{9Y9z34XEY_o9T!l6ZF
zA_4>m5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D-Cmy4H*C
zx8HsX7A*Mw`|qoo(KrMM5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009ES6lkv(oiJg-CYx-s%Pzb8_kaKQWtUy{m%sewi!Z(yW-#U=K!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7{y+Ba
z1Zc9VUJ(3yI4}$b1~d!}10$iM0qqNEX<xvg@eCYoG_--iM%rhHgN_<tD~-~M;W92E
zVhe?=f}lK=U3elO0)p)ODj;BivJ_j%4h2O~RMnmT_mX$M`{i=;X6DVzo0-3i3ccUW
zbI<a-=Oo`b`Tx!(K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t9A3;KdhTyz<H`4?OU|U3cAe%PqHDcinY2
z*kFTqyyG4F?z``W7hbr0`SMvn7+xFKtXXsY_1Eve|Nh%<yY2exum9TDzIK~!wh7y-
zuDWXV>ea(5x7wVSE?s)$kw@;n`|g`<w%I!Cth4E+o9?vJPKO?P=#nK%dM!wQ>s74&
z>BrK^D=)OF49DKX;}d4>wb#D(+H3pkIRjqaU!krdK!5-N0t5&UAV6RQ0%M=8jG&EU
zETXDO<rtd~MGxMJl`B`?ci(;Iop;{B2OqrWo_odu<K~-h9t&cz-uU|0zkcVPca9av
zKm6ej6SO8a-aAsC(g*Jw{k5g?a;wU4?4PIuF5nD!d4G4)RRjnSAV7cs0RjXF5Fjw)
z0uhZC!3=F*v33-TNFVsX2fp^TuSK*&EHTZvmF5#@2o#T+h~In9d)~9(e*0Z;!3EDh
z|9ly=mtK15?6c2~vGzBGueH`%>jyvh!OJhdTqaLxngs5-=bo*%-ntX;8{hcG+i$<U
z>5?J+7;B;b@DKlx|I|J0wA0Fz72PSqL_0Mh&hN3u9%Z_m{#HhN64Q*OlUH8o;2GAZ
zhri`5Z;63<%{ABb*PRBuyuU(SMSuVS0t5(5u|V-m*80yB-+E2!PoQ|n^s)F8)u_*G
zr9YF2xN7i8WhKq*d-11HdL^xhKa?(5L`rYP=YK3qMujVBxJ-sEP)XnDqmq@EJ9vim
z`9vLX0cXI=`?#AfAwYlt0RjXF5FkK+009Ce7mi{DDgOHS=Rg0szc|)s2$UZ+F>t>8
z<uAYR!VAS{@fZDRk+$o>8{Y7S#~**ZI79C?30!*VrCnho!MW$2+jQYDevA*&rplah
z$|+q7y7SIE<3qUV!qy)*-gx7OAAYzvH~p>HXF}f{ODC_q&`L6_PY)k(!GFNZC$uN4
zHUR<z2oNAJJc05vS?fQ;y9;ujAc68jCg$d47Js7c^_i_q(2eM+s+CMCdn&P0;{FzY
z8o5=~ik|xLhd=z`RjXEYYL4?Y5vZzf^xB-t%dI5C`h21exPUX@<-Oib=?M@ZK!5-N
z0t5&UAV7dX2=ugY6ziWm?zp4v4fUKE7wC1=Y_iEF@eJ_-wEXJU4m<2{(n%-9Us%VV
zNXMV{$5QPhk3163ACD)Gr{KW&!~b}<AVY8E1r{$}oao}<GoSg)U;gr!fQ{()2OfAJ
z9#5ZtH=e_lzqaz@C!ToXHLrP1zQj208ZY|jqmRah&*`e|w%hLNtFMk{EkzHBo^bQc
zH^2A2?@jMUe=FW)RDY}dwvIi+v2^mv3#}@{(f9BeiF@s}*S+`N+td@<F8IIl$}5W&
zEs7zW5)XKJ%Eti#0t5&UAV8p4px2qK^`Bx-?@qlyuS2Hm;!lW;ezr38w<+JiswS2B
zJo`KDZ}F#5R)wu-^x;@g`uyiVf6+x3#orgNSg|5zps^tK+;h)efBp6GoSL+n6bF0n
zy?1}@b=7DDD(o9QRk-qUtIBZnpQr;a;0$<qPj^jX0t5&UAV7cs0RjXF5Fk)2kYD_a
z7>0b}n83!qh}T_r-A+60lwUjAbI(2V$s7}yHG$$$vwZpTKmPHLpZ)A-^P?uBhMLA#
z9<8yu6(j4x2OrFz&mTYi^wasrsekg5pUl7OxRXG{g~pDo>0U%EZfnZ(&O0w9h$qUe
zT)DC}O(kdILp23<zV3CeONAE4i^f&&eCIn;;(hknr*)s_Nb~J)e><hwZMWSDDy+X1
z;7sCMW9j6T7g}M4qwnG8oO4cN^u?Y+@$FmcMXm9oH{N*TmRoKaiQ{uAn%qb^;N__}
z2LuQZAV7csfntH;nXL7nVm<H9pg{4E>0|LH3`aj(nVlO~;iPgvwEh-<8iiKdiVuD0
zLziEEdBK8Y6dDQAYEm5BcH3<OHs9q#5~#Lsl&@sv<yM&C=s!^hT)-Ld^7400N&*B3
z5FkK+009C72oNC9RUp6k8MF0H>5n+#i2T~o4L97-DW&rSre2`rsEJtX{HQtk<dZwe
zeE<93U$SILr+3r&zy9^F`K>9ReDcZkmV-_LXPj|Hx(gA++bP*MzVVHe?1U3e=#*^0
z^JkuUW}}ohzxmBS{_&4fiN*1v`6o2J?QL&s4Hiwcdf)rrm-4*hjyux%rUU)031rfL
z97`v!ywD0W9DNUe{PD*>_OXvOM&CvoZS=d}{jSle^6{dvc}x6JKqJk@8*hB}*=NUh
zh>c_eUOwp^Sp5kQAV7csfsqN6oXJ}M8QC3CP|XEO4w>?cKhfUN&sJ)VTw(PpoKy~2
ztNs>$8ikIf6^9>wcv?-0x$S_>clnS6#?m*UEtQvBVTPmsL>+JeXTZyc)U{+wfB*pk
z1PBlyK!5-N0<$Sla`7{8KKQ{8rnRHpci(+BxwM)<2$UZ+2OfA}8Z}#OwbkHy2OMxf
z%CPNLnS&QGWjQqBwHj#8Jo8Ma*2TskDHeB&Ew)H;T%FSQasJt7pH0t{kL?<M`O9CX
zTUi`08k>ctl=){^x7H#5IHyWh`1Q9|<QkqCODC_q(8@C`bEm59;eYzmpVC&q?|=XM
zBf`JYs7o%nB*u7S_^-Y8+D9IFWZO-Q2fVyYd!->jfB*pk1ZG^I{7lyR&y05!&2I>l
zA2O9M{zL_;ovqBmJsr!WvK6-P#h*r2V`)YFd1G34il^bUHp-bg2#lp~M8hjDxAF|j
z+?{GaQ3qVW8SwHl?UjZA0RjXF5FkK+009C72y_)FzxerwKl~xB9mPSx9(P>}m4LuR
z3zQ!<OP4OqkD8ZWdTGFhUwiGfDZ_X!`GC1i{pGQ1YvPJ;Jd4}=iBEhYCBFOayNeU|
z@oozHY}~k#@uCq|mTDD|W(B)IH>$MhrkkepFTVI<AN9;%qQB)e>UlhtPF{JTm1kJ;
zW(}i<$Fuz6S@SUr*IH|>MihDq6yJaU{hxpS`Qo|_czJQ=-X%bQ009C7W?Z2BOxF6(
zjCU2yZwQnhGL<j>L<NR1TbbfJJFZD(D`|g=KaG6G*oyVnUq7uTz5Mdat?hDVyaMCu
z8<m$^d4?tL%P>As2VB4z@bZ!kmy7@b0t5&UAV7cs0RjXFbP_1P_?Zt|iWQ_-3+<HW
zE3drr```aQ{%kWg+S*`)4c1$4y?FTYr$7Dac-lyR@p6%2Jl*v(pZQGu{b}SDK~p>K
zxMQc%8|S08zxmB?Vu!s5+gN9vbvEC8^N)PwBaunlFxN*OdF0@O4}RCX-nHR|8%F*+
z?65=Z3=lhm6&I1-jXdMg&xaj$SZurc#y7q(B17VDvA5f9yU%^@bLX9RUVlw)WF9%k
zqo{-KO>cTrWV^{Go9wd7F7X)a_`B~^dYOX<AAE4pqD8S{x!Go$MLzK)+=!h!=%9n{
zx#ylTmsg%<cw&`TwQYvwM@?)~86iVy#r1&)9%!3k`IC`D$}Ju~UjD+_OnLh0rzfsB
zE=IWMqKi`E<BmJ7IB~D<UU0z$jm+c2p%KPeGG6rIhaXP0+G(eqx|SOs7b*Sq*I(Z?
zeQ|<`>u)Potcd^6?6JoluYdjP<C8zOirs6kz0Nx8toV;eaZ4xn-LZ7?$_uSL!;&|2
zNIg9M8y6dj#$Zo_ao1gUjo&m%)@s1ZOO_%T0RjXF5Fjvv0_A72CD(r{U;K%i((C%q
zC>MXCdc#}Ih@7qe)NNFjA2O9M{shI4W-E0=uBtxcnp8H`zwgDLMm}R~#YP)#lqRrU
z|5UlD)noZ_*4BT<)i)|HxAF{2cE2Hgq7Jx#GvMVV+b$Ua0t5&UAV7cs0RjXF5NIn<
ze(^Id&j&xmgELw)j7jb>#~c$OmuZQq=^#QqBSFElp6|QwzDUz}#Zq|`5g|_z-`JGT
zJKph*RC?<rx7>0|>m`jG-ul+JKK0a7>Du@vBBDB*GEYDL<R?E#Dcc^z<E;-l<d9Bf
zHS&pY!HDn-nYKBkldY}z^Pm45(Wj|0`Gd%__yN`_+lYFN*xLNHO~>1AyKO9(r1VV(
zM;vj)zut|t+ure}^zmbmMn7p>6#>Id2`Ut8%6XJO_B3kpE3S9mdFO!jj2zM(+<E7n
z2h45iFaP8xKbg2<h!wZ@@y8!ei6gkHIB`$!zVN~eX`_aSV{cqrGF~)308_2L@P#jQ
zEjJ>=Q~K|J|NC9j7bmE5e{22BjQ?aL=Y-HWh`(I8?6S*>8#|%zj-``VUTEbRmb{xo
z>f!NAPDCl^Km0%X(T~O_OvzdeczMZEBqKn8009C7W>BD~nQZa;&)|zc;otfzeewEF
zYx<Eb{zPpnT+L{0$k^9^DqsAmR%~3OwWlGI|NVdP#h+;MkY+36!W?$F<C;|F+cn7I
zPa~gkwIcR9NUJEZ=R>|xbvSPQ%$&jXpK<k#%FC@h!;)QeNS~+!F5nD!dC9g*Mt}eT
z0t5&UAV7cs0RjZt3iP!2S^RxLY<d}+YNqw2f`boy-~+J*MBDoO<u89p7sldG?9Z8g
z%pb%Spy~3aOX8}0%GTr9ac=qY<#BmDUT6F5w{K05KT{ks8vC8*6Biu6|NZYT{_E_f
zR@`{wjrn~k+vXgRw+W%`K~O~8X4`9<PDbcj+Z-a?G^PCF7r)pxP1DIsF1aLKa`xG0
zH@#b-SX0iU{IUF~iDjSseZ2qv`v<INbjZZ}&2N5lz}%+(^4L%}adqA4H@@*qiDPTZ
z3UT(_bI(T3?|ILAQnn@IMI*{F)vC-LKmPdRQ~Gzm``xLy{toKg-<m!%<I^TJywkza
zM<3mvL!GZ0ODC_q(8@C`dCP{;!*96ZhV);$#`EaYe~7>Jt#37c{V1s3fR`8K>@5NW
z2oNAZfI#_~Y*-bn|5UR06Gb%rO5b(;rz!m?7k{F*>36(N(~Wd~64!q!U;L?7EOHym
ztNf6ueDNpRJB-=NSQtlB=(r}8`PL1x_|wQ|T&>7&`FPY(N97w;hvTLX|Jhvs8CTz^
zyxht&EZIee@rgR%0?vS!mu$FX1PBlyK!5-N0t5&UAV8p#K>5Yb;^&dY6PDx2?`e5F
zo&_8mV8%1+BS<n<O_wcO7Eh>;y**QccwTVZD&?1ezVxLpHDc}F{`R-W<<CC*Y-AM~
zMw<M-dHGAe`qi&C!ZRWy_2!#zj=+q#B;v%bzWVC;`{-2qKKtwwrN`sr<4o*^8iALO
zJ@#0ms<8vucfRwTlrj#Ue){RQRgII4?+c<`5u<h2U3WzdBjhYfj7ZdY1bnQp<$0rS
zo$`tE`Bp?!ScI!Z(XowcM2p3DF^z`DMxdYh%xCg-3*k<A-get<`IPT{?|Wkvq5%?*
z?1^_{2gQ7Xi!Z*oZB}V}(x_6WDBt{rA>YV0ZbTH6e=CkF6l=<Plt1QgYjGHG{yUdo
zX*`I0kgCR5NO$f0^Uoh7tEs;>AO9J*tW0~i+G?xB8>6_)C0)~8am5uW&-k24=}X3o
zUUSVg>GCo$+lL-{Xi6Vzu&KEI4(i<B@}HUUAB#q-x88c|i!Qq8`RAXH&&>F|TD*91
ze&d2jbK!*-_D50AtH#pFD=)P249nlFYJ2#SB}*bUpwSiMKb`Ra`o@3qqEDW1!U>J2
z(fBO-`Okme_CFj0US7V{QW79QfB*pkGb>PjCR?!nQ`O>6+=ZrJ>ASA~<kOFM@h56q
z;c7;{A@y1Rsdn+FTCs7B+44iC^2MKMa<#LSaT$)L+%ZlnQv(NF{E2+V)r#2PxUmWy
zli5u+*`#$XH??tG2l>y;*<Ak_SKp|-+{!a7-zTg6L>+JeXTZzLw^~X91PBlyK!5-N
z0t5&UAW$Gse(|#@{xBx^`D{P(k&iTDB;tQR``ORNL&@{+HjX1e;!~gcR7w_mLA0jH
zF99`D?!W*3O=UG*)p|+WP2?hKbjvNbOr^(~d>ls*Y5wu_Dd&?<J~^d~4Z+g+rh^FI
zy8G_Cn@;9`jBirnnd~X6M<0DO|8D-cwH4p{-uEKpDW9fseAr=!r3^bgpE~?E-+c3w
z?BIhBZp|mo<hLS>p3rvRvkNY`Am!6F)G9Dj;^+pgg;prmn)%4ilpi$*9du9viQRVx
ztYJQMFuqC~Jo<FN`qcdLco0~^k1)bAwT=Bh(<M(n`DB?(iqpi$&c+*W+{iOVZa#6z
zc+rRwPgROgw0sV2kN4ht@030c+J1(#y|DFU&HG#HXJ-6osO^7x^7|CU;H}|zAFcQ$
z&y1y$S6*o48J5(mu!qN=b?m$EzKx+5J8_+R?zxSj*9a<zf}%?C0MieD_`{7f@!LrL
zSD*neFWFwn2oNAZfB*pk<!7=5>pxX3{>1HQ{gu9W{iikk$QFO1wiT{sv^Jy;>p#^l
z{!}YAuEAS=$W*)d6YZ^VwlXfgQI<QdNo8u|;EO+z)reaWYa_9yeZT<+q(!7yzlz-t
zQlsi~(E6D<YwJHF?i=aWS6*)A8K$ZhA5{2>I^Y7%fR`6H)4K!+5FkK+009C72oNAZ
zpeKRyi=X-JDC0O^%1t-jlopqE*=3i42&IVp+-93?8i`{M($<tsOF*$JW^0;!(Q({#
zNn`KOrZkNoV?V}J&&EN1yTAM;QE1vOHU73b|5mTZu?`Shm^O+l2t93T#m7JX@lFLr
z-GZ)>Vcfp9KKW;?#FnI;vWoMuDMvDi7~0m9v9CyamTvxO+N~+$%(2HFn{vD3jyu|>
z>3XuHSl4`pm!RaRx#gByl13a{a>*rwR4EppH{Ep8lws_GJ4kN5UK@QQx<OU1UQ6#U
zeS~KxuC86TQAB!nSX_ATz4!K4ZvLu>nr_tLO>cTr(~g2A<3;1Xr&g@H?z+Xn^HFp@
zP&_V-mDqfJ${&xnzm=(H(`ROc1UCuiGdbdjBNAh5!J2=o*W+4^g|T$<$_uSL!!q}@
z+8&-B-uJoBeJ&r#pN|)9)GBs6Zw%7--xS_F;N@l7D-8hx1PBlyKp+H4&SWEHr}du-
z7k{FZreEp1uKzTpuiN5Jw5a52MpHv-vi>vr#h>zGk#a1rl0&B2#h++twX>C8>1s9S
zEm`@oOe*tr8+`F6avOFlqLPhey~dNd(jrOYApQh0o(`68RDF({J~L-<{b$&Hqtm^v
zyxht&>{Rpo`D#B=2VB4z@bY}S91|cwfB*pk1PBlyK!5;&0R>7fejaz+art$m2zbbs
zn;t<PY1(ernNJ)~MNe7XdFP$^x8k^I2`HW>+?1g8$EHi-q42F~8fRjCAQc@4U;gr!
zJEe^Cixw?Pi3i+iFv3I|Srt4Ux~Ub#jPa!VRJVs8ez>(2DWEix6@bKrv8QNy>QF?Z
zwGFt6Z8TDGPdxENYjKS;`9Rh!w%DR=AZw><o6eUJYr15VKNgRgc#io!_uLcvq9n99
zh(N>vYnXqmc66lpDrdk9d%FDVU;lc(IRhT|RCM2o@4x^4RL|XZ+pSDK5$lyM={w*#
z6_o!j^$&meLpt9$C>bvriMQW=`&6s={A|i6|6|j~NL&?L8s-y}KOS#?D^t&=#$JB;
z<po#8c!^yf8;l!nxZxn5PPG~fW9j6T7g~9S1wA3XRc#NCK<?dl-@Wx$n$~#Hs6h0_
z0}nhfzrW~!m#0QKAV7cs0RjXF6bls3WYe_;>pvAP{zP$2ztVSI|7l8Ju+}lI#h++Y
znbnM@hSX>MXY`9dCB;(b9PvT%kQvhAPqeYx*-EcywVLymto&Fem8ou3E&dF<6;02h
zNefNU&(ApHjIMv4oZ373gQm~S8C?GvcHii9Pb)9C@(erGJb%90Pt*Yya0a|Q-!8`l
z2oNAZfB*pk1PBlyKwv<D;>FKcW54y*Tk|_h#A;GJP&HrZ^Upt@mY6>J(U0ceYI_{>
z;`P^Gzj4WTzx&;$H2Ec<cwlSOyKR5WUlLzlv`v#vrd>m$0(aeYS32K%aOIU(rgpUk
zfwZPCI1}NuDXUI@tetPgPCM;XkXyW!-@BkSer(B-C8@ZAeJWBB5jUICN6zVdI*4y=
zQi3CoJTjecItZndEH)Z#dbg(^%ZT-qVYP|#qbB|;Kfmi{638EX<ttwqaNYI96Hm-%
z*m~2eZD4C|llXl>Y!I5z_Sj>O)<(6S*>Au7(j{%jLhB`+&O}I9L`^qxYrDs9`FPP&
zPdzo&YP;>WD~NS$`mBzt`ipfRdw=Vsnm?ca%#0yfz|y!X{&SNU2iZKfR%2l-oxJiw
zE6*_BPud=jtcSOa7j0XmwkHR?yltLN5+Fc;009ECERdhcw*IYX*Y%%j7k}bL<bS0v
zv;LD$U(dy#XjGZijC@0Cwf-~u#h;R5;~KX4Av2oApJ?gGW-FakYc=QXRLQ3Eqn}i!
z3RJlGGwfD$iWhAxmBiDvF1X-=)UH|`<UccKbNy%7eWTOuuDsmJGwf9Jbbe%?r~@wG
z40w5JuLA-E2oNAZfB*pk1PBlyP+p+d#m|UViZ2oJ`CoO_RVfJP?6c3#zt!n@=bd+M
zT++J2pI-tx;D7@<<&Zz0zoa0Vv2jT(#i!cFRsi{YnvV19<oSKTnv#|IF~1mc-+lMB
zy(Hg?cyw~xH0fmQDVkbw?z!it^NoY^&p$uC`<vhVrs>_*AM;;l9Dn@rtqI~xJWaci
zXY6d*DK0C&H{;V!KixK;k|)cEmCR}w$?~HnQMWyaFvSSp9k349Tysr6^MemQc)$#2
z<nkD6$t|}2E7R)FfBy67lG|^;z04(@(nOGOBdZ9HZ~IXA^6{ea(CYkC=D+l%FSQ+m
zha7T9s(d;q*m9>+%_pV5<v%lHuYgX?N$2xBegu9xKhXzc>Ex9cT6u=W_jHs!e82_&
z0WU9h@Gb!Y1PBlyFoOd5nQWQhx2E-<Y8QXPKmRLznf0H1`g$(@M5D^AX5<@ExAmV9
zFaDGi8`o&f51BN}ZhKJ4;!iYll(Us_sScyu5l<@fO{j43XOyjoziNN(x#!}q(Lep^
zPv^UI@uRr%4Ikxk{xfqn*MCOYH}ZG3@^UNBFkjo&<57O14!D3b;N`7tcZL7~0t5&U
zAV7cs0RjXFbQLJS_!&<vKl<pSTlb*&$xnWgR+eG`r)!CkAifA_T(Z$d8#SfRF9H4h
z=Ra?Hx9yMlOU^s*ytZl5$=DpVQS^H2t(Q)=J;?9U84;Lm(=<*-?A9Ou_{YHc$VWc%
zwzs`4o_d_$a59e9T5GLD)M;nPo>~!m2Br*K1D_5%?6CB1JQ%&8=8d<OE?t_^@4N55
zZPWkkXFp46ZoBQa)-)?ttcdTM8fiZG!4I}3$e*c1ET7?skIRpmxcjXEy*<_T&wu`N
zWRmdr*=L`gE}!MZk38~7a(mBv-cyDm_Tx>Llo>mn^33nGd(JuMv`tn%UNkPh_S$Px
z#o}Pc9e2F>=9?Q4@3EIf6qj}ujoz}s1{<WrP2v4*Ymz@XLH#ZNnR(1H$K+el_Bj8s
z`JL~4r)`>vJ2{q4UU{LFXIO9_N8G~)T<{<8@&X5M5g<T-009ECDNueU+jjk@+Qpx^
z1^Hj;%dG$8(~o8GC+b|uYDP~D$xmcPu>Mo+;!jm#;~KE#hs@xMKhee!&sN5zI*f8h
zIjPLozuLv0akU~okv83Q)3lCM=F>QjFoNU!XXb3K|BS0|R9<f785VTE5r3i%xPUX@
z<pmDjB0zuu0RjXF5FkK+009D>1d10wBkt&3?|Ro4zVL<EU^4;&+h(%={`;pjrN}L!
zCF2!a>cuO5jIhjjt@|&p_{JetP~(--$3fFZdHE%v3opE|ZHY}M^Osz5$t6wiHvJeO
zosH7tIXg{nHU0R|Ll32T7Q~B2G+;b8Ev4*waK#l@G!@kNv8Pr%_0&_Tpw{mT@_Qtf
z+2=FvY|8EZ?|*;W>cwB3r!?^Zqt-OBk!ea$yd7&*Vy$%;*_r&PiM=25<wo${gAYC!
zTY#qM*<k6q^GQC3{PClYJ{qGb!A7+6fX}thXFm1E%a$!mbg}GKroHcd?|aiFPdxEN
znM+#JM3+cgvP58K(??uN-&4G3Ty@GRr=+@dI*49(-F4Tc(&KYC6<6k9vie*8GqcP_
z$`M|h+#)cz3`qUcjHQ!TUTEbRcDiws)x$fr!g&G&2oNAZfI!~@`I&6`-8da|UH_?e
z@h4i5|CPSX`cFRn=of#Y!d0zi^wf|Mum4oI_*0=+-+g|-3-d!}sEa>QPqURlZq~>q
zmHA3mzW6hiRy11lzylAYy$)jae);m{`Ie6TIRBYBo9jR0>Km1pTX}|^I;T(6PBP9D
zAV7cs0RjXF5FkK+0D&Y>u=ttM6dyD_xh8$rQ1YND{w==*)OG#8QL+3b#gU4UKE;d1
zpH3IIt4zFTJ~Fdpd&|U&c5OxR_XYVo66-L<&5U<rg)>z?!h<`dPg}Fb5@Kuc@H^l6
z&PFEDqncLH^BGnsmd|#?$N5pyy5nx6G7&YJPu6K)*@Bu!tZ)7g{3DdHQ&|O>%<^0D
z*^)YTgs+#O*m~=&(<QB)yi5*}=6m1!UdklaCp%r$YrJUWvv~316bqV)NC$6t!yDpn
z=ku-JVTT<$mEL-O;`&?ulmGX>|9xwVn$F~9;?u0@-3k3M->8vw^2!UXJj1qkbK-h<
z+g3P9fB*pk1PBlqL?Ay!Ets}<Dk8tskftH!58}7JrkwM?(wABP$*1qSY*OvwPt?4^
z)r_7RGWzwON)~^r6>I7_Bl|HwWI8R#48Hgi%`saU@SculQrT3=$`^me(u&lm{r1~0
zeV%uEP)<rb;)DEW=4`J2jH_={UT)<Xw(W{OQQNXONq_(W0t5&UAV7cs0RjY?1j;Oa
zHeJ&6<L5s2xwN3v$3ZL<<TK1K0d-yfZ(P{ZB^7>UaMDR9rS`_QezCB2`Q?{Kcv$=u
zb}S?3Hx-NrTc?yGh!@R&i}B1e&*XXA9+%l)G%md6nrl)k&OZC>d{&P=_E>uB8{haw
z{;m9RwPN|4M|@mz)LeDdRf%Qu%{Py&N6Xjqg%@7PM+R=U-FA(KkC)Fu$`FWcgwrkP
z8vmJJw2W<#`vy!UE?TsxAd^1gMI*QPV7c|yTMszkfQSWc?A09m8}GaCzOi85_$-ZW
zQBwutd_e{BZ%tx<%YX8BeHdjlHU?ml*>lf5^Ua^=<FRz|$_uSL!=`&Wi9Nij34SC%
zfB*pk1PBZ+P;w^Qsi0~Xf1;H9uk>Zse|kz^;o?tJwc6E;o*GgdFFK6%pTQS@Di`b2
zCx?B$<d7L;@h6&Kwo=J`9QLHLwUTLtp~A(V(YGSC>)LCtO)dJ;m%fzF*Wn=lnK`rT
zKjZ2fm6uz2hD}}6Cu$Rj9|;g3K!5-N0t5&UAV7dXCxMcSpPep`^RX<J7L>|FCl+KC
zZ{?SO%6wnY>m^lvWe|ID#KYPe4c~a<jSF@Wj2hl~=bedY1o5JW9(rghF7_KN29I}_
zE?t_^$9D~#(nmB}YV!8mZ=X+g$RUTM9O4;9`M1(><zgx4(I1o_HJ|vzCz8xT2OU(h
zsu9_^?Y7&d3*%YpV}BIXH^2GKh)%5PRnlSbWP9zkS7N;X{`-qFeEjjpQ{tU>-nlq&
z!MiDw*on75EIsP0kv^r|V~;%wGVl6Ud~Bu)Tzv7xUDHQ`8uqs`)z1IN;@D%4?Rv?R
zPd=GszWwcQcTL|ZLEXl}SUP#-g;t(n{`O6156?HjF#!Su2oNAZpb~-dGugJqRlE2T
zMdW{_FSGvBQ~IhFf1;k1uV(brkm7jJVXXfQxcD;+v9=v@1SiW6nf?}kq6syet<-JK
zTk=K^byC^34rzs<!o{D_w<0y|;fEhiE!u6j-O~9w9OOSUXLkK(Tz#YRax2d;-$iTq
ziJGsTV*&&S5FkK+009C72oNApD}nNhpPi~5AxUXL>9*T$>y)hI`TP=4nePiC+nz3|
z>MMi0?z$_ry6a<l;%}c*;t|A){`R-OO~svm{`p<y^M68q+;PVhq(AV$15?f^L^i%k
zh=|$7`M19Ht(`8fT&z<;BRF4v)a1X}iA`vqfByNd)r+s9cHD8t<Q%(4KKI;nU9TE;
zg0Fx5>#0hE9}K&;DgRSXJvG(#j5E$i=i45{0}xZ<GV9N6Gl`Qall~4q^q~)R%DK$>
z{4*jax4)HXY5tS{Q=j@&*Gq1><(70uPCxzhuIW1^sM}Z=ODC_q(8@DRx38X`sHu7m
z2oNAZfB*pkqZBAVlWkk8Y8QW^i2SegW!8UsN?+CDPt>#W)r_7Rl3!Jbr&KiEnjx+K
z46^t$46&wGkL<_tLneQlN-q9HE9yC0soR{l<n12bq_R^5(h5U=2W=OBM&F9mx+P1N
zq=v-jXF6YpgZyXa%&z~8t8Y|ZZsi%KE?Un|)KonO1PBlyK!5-N0t5&UAV8pQ0_7J!
zJJmeDDc|?M|NTzMN}kUz0hRf_AhPZ0lB&Kk_|>m|m6p-s0no**%RjYk1o5H|KKNj&
zTLh04*Dc=t>Q}#-(%*E`O$F)me{BAPAN-(^GA>D%pLW`5oi49jtW!ZFIN#H#iKjRv
zpYMF<JH^$D;M@2s{**qR(G!~@7GE-&cPI4wg4pdgVeYcaF2z>)NXyt0xHxgayQ#$f
z4%&WYP*7a{truT>G4?5Kl)L-xyXW6(dtBT8*0#1yC-a~D>#x85nl)>h5;Xl78~mm_
zvUu_0rgzK#Shuk-mQG%Ip_OOYxS<o>!^`(cDG3lDK!5-N0wo1{n#s22S?%Ia<e&eQ
zzRdbhPwA^#{E2#2zM9cfL-K)$t?{BmTK^ej@n;xft-WzHXL=ekJuUu3{cAg0soR{l
z<h>r!q_Uv&w8GHeLEFWj(YGQsFg}D+L&`rODP2C)gZyXa%&z~8t8Y|ZZsi#^`d)26
zQHMG-WKMtp0RjXF5FkK+009C71`+6K@v~Dw?|kPw8*56jX!G*RFLz2-=6rq$sLb~T
zk!MerRP~j?Nhh6@meHPh=9z+~MFiJ6>#UO!k04$&Dzn8FTQo|HhaxRowydCf@t~IV
z)?2TUc-?i^UA1aeLE?C8yY04XB;IJFjbbS#&V2miA5X1|#&){Aa<NVYjo^GwqbC0p
z?AT?Z;C4j7TmBJduY29=(k8AWXw<Y8vCTHyr2bj3Q|n7Fy_6y?H`{EpuEB?cb474<
zs#uJU!842;@|(bP4T+re{+9pb56P>qzPi9LHW}D(!wnnY8*H$_2<~q|Wh#GbES<da
zLMzX3(tCL2{X~WY2oNAZfB=D>X0mO$DqQ@D{PVxkms$VmDScIoKT*%hS2KEQNO8Pq
zRBuS@KYcI$3_~pP9LuYxAya<wC)#4RGK?Eq`J}RvO7^<=Gp<&A>|-BGi&XLaol4qX
zRVMk*%voOl8CTz^yxht&^od&4Sd$L{0t5&UAV7cs0RjXF%#=V+i=UljF2DTpw5GK8
z-g|dSR_1(u38>8X1(9b@msItY!DW|SmYRIkRaX@>EkIJrI2cX5=#PK=<5cMW`|n>+
zz3+bayD4RCG+L0d@z$?@{p*zeh8u2(0MYd0UVH6TaCzlo1!WEUtzJh>euLS9J$S$T
z<u519h~2&KzWavVkXgt--(&aNZ@*4W&JTp+jytYXvI@_~&M@hApK{76gXet59e1P*
ziw9$)tV!>0`A`06_*>ul)`D>N{6}Ki8+mZ^n&dE+PF{JTm1j8VJ-jBpOEm}(AV7cs
zfoT%xbtc=|_6iq&BJ=#O^kvq6dP-l_;!o7G^3{x<8qzghG(Xv?aQ!F$`*}}`Kf@4f
z?TVv0)9a8ax%d;6H(MFT9n5#y`mF!-y7)7eR@`>mZD~O%y8X(PD~EA|`pz@|nK{er
zKV#_|an~v@xAF{qqV_$wTu6Wb0RjXF5FkK+009ECEYR!XXD6#Y_Shq>EPe5dU+lWF
zv}DPWh)!(XnKQoxROb7Fs83IqRP~iXe#QPRZ+T1GT~%ZI&3OKJVrd+VCSEi))7x~@
zO;geF^+DSk7g1^{P3$uI!V537O_o0y`;o?;rH!lh+;h*<Pd`27aP!SK=TkNvS1uO$
zN1m}KWO|Kk&%j<s&C;bylTy^S?JlebAAE316Wfpu@;vk=`5FH)VhFd~a?51f`ux7|
zx%lFXQ-X~*-nii7Ytf=bslUbXAhtbyWe^{R@ha%y7hZT_+Q)d4O*ZK|mdDcHsvWTT
zPyWX3izwN)A*1>G8y|GbmoFdW#?|oJv2^lk3k}t3GaO3~uVLR%B?1Hp5FkK+KwhBN
znQZ>rbX?WqPh^<?l|JS>sfbPoJ*BT|@h2)%`D#W_4at|@c0N0#^`E{Me}*B}$TLmG
z<Dg)6+^PTcalY3fQ)cles$sU$$Gs?XNwt&8s@8vcTKtJ-R@jQKeeG*^-E~)2x|?pg
zDV`UWmc@=f`sl8gbWLFWrz=q(2`cOxjnYeY^2*DtHbbANee@-l5FkK+009C72oNAZ
zfB=CI=ymb46Iz78z3EMFN{dVJ<liHYJTlh6<0;RLOJXS?qC;Z`ykn0&cH3>YZKRCl
zqoxddS~hQ7+tVc#er2%x?z^Y<M%yDKDaB~TW3Ml|=%Tm3{q2neU-`;cQp(Z9i-t@r
z_oYJPVAoxDz5Vvv8*#1iZNlAm-~G{#el(xpx4->u)4k~Q<39WBlP*k=coCx3b-BJ;
zv8Z1Ddy}YA*9vrMQLpFw7&V{#<R=r_p@$yYRN{#zo|xW^gBx$Wu_=Kc2N8(i+dS{S
z`|ca@>d{-`_3*<FfBoxU&%axYpI?NG<3VcG(^m$K#BYA{n}7DRpFQ~CgN=yRsDBKB
z_+Irr?|DyZLUhgt9(bU*V&m#>)ehMFCx6`2hQQn2_O|$pZA65|e{}A@|NhT^{__bZ
z4$eLI++v&weRnLKyuv~o>{Vqrt{y(2okz6^5FkK+0D;*N=wl|^ic{6%Pvo5cmA=mL
zqEXdqS2KEQczznyHeNKUH>CBSz88Ng7mEz@4l%Qf>2RDJ_N$K}Q@r>S6*gNL>Rqd9
zQW=%3YW=6D#h(UFRjr5>k{B#oZM9V_(Z>#=F^FP8xKTtLJpTCO=bwN6PCM<CUo-i@
z2R=~A;Hq}O=07uMeEp}YzR~Cg<vV$`<wogMW#|*NaVz~V0RjXF5FkK+009C72oUH)
zppV7RPNghcwrs~8cg(Lcbv=&dqo&;QOF(75FNn)~x}?H*(Fh8Su-L9`jJ-YcH5^&I
zXvoBtgRxU(*BVBGSY2tl5d}ZyAA6lLKkTr>3NC59RjpX$S?%&;*ZQXfeT<ri9(pKQ
z#k1y99Cahl^j6~_ziCFnaqN_ss^p+pAjU!ya@!xzJoC)re9AAS7UvW1_VkrOK5^Tc
zH%`9(^{<bf*0t!S918ka{;k3LTeSl=|G66fvB>Xr+|<DIV{52(SE~t1FqTeURiVkb
zk_^)wZye;ial!H6Jv_C-0RaL82oNAZpq>JK%w*d(q>{y-$hqlP`nF}|Pxh3)!o{Dc
zL$#|JJvAghjp`IH8a0exq$^+l>3i{~a<RxT?-0M|R}#_|*%rV07&66+KT(|7O0oIi
z?^ZIYjA~T1{*zzNiN`#ZY+xm=XvB*)b-98c<72bnfjcE@-bhyMfNlEBobmOaO8Q3Q
zHucoWD=fEBdL<b)_2+^$pZr_ae|j3u5)&XmfB*pk1PBlyK!Cus3iPq~SwImBw&$F4
zPHZ*VG+S@_F&=3CsZV_>R-Rk4YFYwnP0)I#r%S5+${_w0d%NwnYieEkF>Eim;DV@d
zzJ{ZW7mcDHee}_HyyG3IO05Tf_jiBy=Rg0sRkh$u+~qB{*rF+`peVQ`y;Y%D<e7ie
z*9IGGkV+Z$L4Tv>AOG<m6WUQn9hI+SI^WYltaRlwaa=4A58=x1f!stLk(RgIa!YXz
z@orB`sl~bV^p!zAaZ}A3KgKtM-~RTu8yg50mmBZ4&7teb!TVda12+G;+W6yw_`Ho^
z?6wVwXRF1Y&s}9EJ;7Kyc_oGB<p<BOZ6D}*a_}CWZ-rw51PBlyK!89E1^S!Gwr$AZ
zi$9TV>#y`}%StDEN?+~bPt>8p)r_7Rk`KEoh!>3-R=)l-$l_16Vv$?5)5*xN%&Wg4
zQ?U3Gg?62ov`t{PQs#c8G=onnBde;`fAZ@&<>N)80)w}re7xx2|NY-zbImmgaPWg_
z2W;zS=8UiZ4Bj^yx473%URAlNgAJZx+YijHCw-!(Ti}2I0RjXF5FkK+009C7W?7)W
z#m{1~SW=Ey(1Q*-=tCd+(B_+O9&_+`MWog)yX^9<Z++|X%P(KCVnwGMT9<%2rA+60
zx}@^245G2uUw?f(@_3tVwn;7BYp=b|KKty{%zO<;9532Xiia});0Hh0dFP!s+GwK)
z){W50_r33Z-~H})<EiwCv8RJ$k3BZO_7eNbmcP6zu_*C(zx!RP#xH*Hi}H0CFlB$E
z=Dz#xOSO$0Qum0;r1L!;M1LEwA+vV*>eZ{SzWVBTc2$H)ud~iN0l4+nTYvVmpS|p|
z%i^sv8oe&17UbE}R|ZkN=szc)d~!SxaEBds*m&cOBS17_Bj56tw|wR^pNS~_cqn8+
zSxs;C)Xh@j!TVda12+G;nl_^jhxq<wx7~KzY_rYcvo8L4;bR~BSWs8BMMjfk4SyU<
zCm+1fCdmOaOr5r;gTZ@vQ!D&PfB*pk1PBnQn?Qdv*@9LKviK9(w*8g9ptzpWSHAcY
z6{~7Bqo;<Hj~8vwRlEK($l_0hVv$v~)5(Ta*Z=Kr$P_I8M2S63Qc_~Gm996dDZzk~
z%E+y%^`D*=f2wUo{7v!V#f#54<BV^7;~Tr~x@#<4$Fgv&hQ)$X9K7pY@7jCsy-z*$
z)Ce_iDtGW7s~xayKQm{1{b%qV-d`uLq}+T58!*H4A=%S`Pt^P^a7=&z0RjXF5FkK+
z009C72oRV!fe8F-EC<Cp=PR$gGI8}+VFEKHQ0;(i`+dPod1@>H0t5&UAV7cs0RjYO
zM4;N~<cy$cCV_DYR6Ag;|BUNCDwhBO0t5&UAV7cs0RjXF5FkK+Kn(?A^T0;DXzaUK
z!|JIL0Rnk}Y6q<E3-Y#(2@oJafB*pk1PBlyFvSAZPA8`rO4A6`L7>_JYyGDV_f#DS
z5FkK+009C72oNAZfB*pk1PIhY;PJ;FZv>0Rv$<_9T8BHL4g?AWDj%@EFDTIV76AeT
z2oNAZfB*pk1g1uy^6BK%$Y=<G8VXcCV6Feu@Gh$o0RjXF5FkK+009C72oNAZfB=E9
z2>j+ZziGsao_5-4W2t~b2@ohRQ2BuMeL;DADG3lDK!5-N0t5&UATYTCl}{%pmqN`6
z)L)?T0c-uI{x@9>2@oJafB*pk1PBlyK!5-N0t5(*Mqux~_l|hcO*h?i)v8saDN!i|
z2=pyb`GEC(LErbng#-u?AV7cs0RjXF5SSo=%BPbP)OJ-RFmVEv4_NCz6W0e+m;eC+
z1PBlyK!5-N0t5&UAV7cs0RjXFR4(BAg33u{NPqwV0t5&UAV7cs0RjXF5U7=a^`BbZ
z4wWH5fB*pk1PBlyK!5-N0t5&UAV7cs0Rm$Y@O{Bp*cD2E009C72oNAZfB*pk1PBlq
znSk}5kx?s%009C72oNAZfB*pk1PBlyK!5-N0t5)uR>1cKwY@beMt}eT0t5&UAV7cs
z0RjXF5U51J`cEZ{G9f^K009C72oNAZfB*pk1PBlyK!5-N0uwFZ`+|wSeJW3Y009C7
z2oNAZfB*pk1PBo5Dq#JmE0F{Q2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t9A6;17TJ!xp*Mb=O@tBMsL~0t5&UAV7cs
z0RjXF5FkK+z>Em|=tn<F%RgIgx#f(sS~Cd{AV7cs0RjXF5FkK+009C72oNAZfB=EK
zzzsLt@He^F6<1u5f7dYq0t5&UAV7cs0RjXF5FkK+z@!WOkN@#M((=!1Uh|qsZ;tvC
zAV7cs0RjXF5FkK+009C72oNAZfB*pkeF%sb?E}pv1PBlyK!5-N0t5&UAV7csfe8{2
zFFHXtOH~OFAV7cs0RjXF5FkK+009C72oNAZfWVLh#ET9IR<;BP5FkK+009C72oNAZ
zfB=D-2#6Q0$&FAA0t5&UAV7cs0RjXF5FkK+009C72oNAJMgj4nW5ic90RjXF5FkK+
z009C72oNAZU<3l<MMr?F2m%BM5FkK+009C72oNAZfB*pk1PBlyP;&wCqBXxksz-nT
z0RjXF5FkK+009C72oM-hK)mRHfG#IMfB*pk1PBlyK!5-N0t5&UAV7cs0RmGXAYOC|
zZlWd-AV7cs0RjXF5FkK+009C73IxQ97T|b`009C72oNAZfB*pk1PBlyK!5-N0t5)m
zh=6#}8M)D#Nq_(W0t5&UAV7cs0RjXF%&dTT(V4yV8cu)!0RjXF5FkK+009C72oNAZ
zfB*pk1d@Pw(L~{Z009C72oNAZfB*pk1PBlyFqH!0MW^z%Y7_wi1PBlyK!5-N0t5&U
zAV7cs0RjXF5a>xjyl78c5)&XmfB*pk1PBlyK!5-N0t6;bK)mS0-7*y>K!5-N0t5&U
zAV7cs0RjXF5FkK+009D(3y2r3oK%Jc2oNAZfB*pk1PBlyK!5;&S_z03t<~*N83F_d
z5FkK+009C72oNAZfB*pk1PBlyFctyvqGMrKC;<Wl2oNAZfB*pk1PBlyKwxA7;zdVB
ztsnvf2oNAZfB*pk1PBlyK!5-N0t5&UAW&NY@uIc8H7Z7c009C72oNAZfB*pk1PBnQ
zL_oY~C5$p5K!5-N0t5&UAV7cs0RjXF5FkK+009CMEg)WWqHmwd6Cgl<009C72oNAZ
zfB*pk1iA`{7wt+U0RaL82oNAZfB*pk1PBlyK!5-N0t5&Un0f*6qEmm1HIM)S0t5&U
zm_mV-%d#bxX4ic;`_%`t6SmHdSU>yWI@!@1WhZTyUHGZ&rbDwwuFh7zIE4+L%_gmU
zA$#ol?3N?4^Y@y&#Yb*1ce{VINp||XvrE62{pH;3<>zM;rfjQ?m$FimoGymRQ-7Kp
z4mT~ze)s9@%$>3mw#ts)I6G|J?C{rSKY3Gj&hB%cnM-fVR=+aI?NoOH{R@Z}?cdIo
z1PBlyK%hSXGm-w>CiE&Z_sVaa5mY&84Kp;Cui;HmB?1Hp5FkK+0D&105HC6dH(3)2
z5FkK+0D&nISbAf2)-Ks0e^ct;SvzNs-H>H#rl|e1)RgBQ$ZkDqE<m)*?f%U_W-l%+
ztMll!*`aF}{X61y+3|18PT3**?Z>n0zL(v1UKW*Ev$|~l^+{*E)aPCdwI+{TQ)-wr
zhEhb3M)dWn6=iEQJL9FSh;)-GAYOD*@0@xQAV7e?Bnp^`OyXVZug+%f{kauiWds%b
zOwGH)o6DQXPfaJ$5CQ}U5FkK+0D<8Mh!-7>t6T{XAV7cs0RmMEL^R;(JN6J0m4Xao
zW4#A|Uv+I}Aivm(Fa=e{j)fzBJ^9Ce?)9xlm#St@3-YNW9lqY&?zQo)%|t{X8!x50
zLUoD8J6`(e(y>GDQ+JnYe;=90sF|$sQVK$%i5CzrI`Owq0|*cxKwu&S%tS_io5na9
zF>|l{b{j#JlNM(<#^Dnc>tniIaxULT&L;B3UB$Zu2oNAZfB*pk(<LBYbh_@R)({{-
zfB*pkQz~%(1=*t4^b<gsg8gF43$LC8uKD&n_>BkmbZG^N`}@`@ZueDR?_PR;%jT&s
z9sh>x{tLU8GR73f%jogPJ6`(h(u>y0p1!9$RezaJ(0J)iAjOmjh!>rb8>txt2oNAp
zX8|*jvD}?8PDae!tG(k!P_>?AavS6DiR$$?-7Yhi?=NQ)`7(V*8Uh3e5FkK+0D-9x
z5HC6vw^1Vq5FkK+0D-9%xZ|hufs1MB@~3akVl&An?#Na=ldV}bx8-9zE_~&S*>m@2
z_x?JIr<2F>X-XUi;zfJyBja5&Z~E5h=iAIZL3`;<+43h}z1^!`&YoW~*9YR+@%bAa
z$6bRt2V6F96!*^`$X<TFSJY9YH(o}e+)~DP$IGMFWhZZ+UH+x)u9LEO>fCb=W-Fe}
zR<E4<RGj;4Ts8MO8EJm^ndZR~JCnTfQcGhNo|x|Ovaqdwnr;E{qSJkUwT=J*0tCh{
zU?wuIdoaeyh?#qZH{A%T5VL$%V;nwF$>GiAP2|h>0VxR(AV7cs0RjYOQb4@uOx|{l
zCP07y0RjXjN8tYRn**F8QuMJKx;NmJ<=O4W&j%BV7wt~AFvWP+%p2c29lCaQ<yW(1
zk1VX&!k;4A?VJxU=p+$Ay84xci5C9Uv}_*1b<M9eb2&ta-BW+cVt<cI_sfpnXh9K;
zkkMl{&EipUwR#yZ<GLN=9WUiu{rp2&Y>=A|v5uhY;@1?9m*R$dcj^Shi%#7w)gS@{
z2oR`~fSJe`@5UG>BWCVZ-FG9XD#>2+8RPKjsj9us<xS*!;+2>H0RjXF5FkKc_5{R>
z&fY!OVgdvR5FkKcas(n6FCqr>p-sR2c$ZMXrp84u;iX@k%R#(olT6ni$Gc|!^y2K+
zqq^^W*l0y;qIlXrEa)eH`At##nwHID)xG;`&0LgnY~h&ijd6V3>$8<FbiaBuDU6rV
zIJYfjyyK;9l{%e_ezNE_^F29Yp^IPBI$nxf?cHe<5HC87cU7AR5FkLH9s*_}<Gl}K
zoQ#;cS90r(ph_6~%Vdnhr`HPiG?zD#@0C}20t5&UAV7csff*AJFFIp4TyqH!AV7cs
zfr%10{oV6HO%a=S!6)XPt=z}!p)0aw5BG81OkXlVYvysE;@R~1NY3AVy6E2ZvuxhT
zZ%uZ`2@48}LeKtCQCXvW&v+T7c2ilCHD0dx%7Shj53etHP3w3mXtKAaR6xAwl-^j)
zB0zuuff@*yiH!FqOweS+%)M<_F@oB%jOOG74W9rhKbJR=A5H&J3IPHH2oNAZfWX8G
zh!>sMTc_d#2oNAZfWWj1JbK-Nh^C*sskfa)d*X==D&xuHcl<QF@Kf0-@5qkYFgtAB
z?C6cNGv1qB_4Vw5-({;-^ps!w#A{Y%OD>&zxcP~1&*GWsv2|+vi*mcZdb)7+%52Fc
z+2voJ+j28@4vdBzvsw1fAIPpdF#GGRJp|lN)|z=3{(PJH4s+a=MX3ERoBvC$4_-W9
zP$Nk7;j4;@8_j#hOL8_|5=Ezj=&||u>Zk7NlyL6+RF0RT277O61;mR^?XA@?0t5&U
z7_WetNb>J#CK6Z8=Hz|GXYQ%Dqyr-;QS>x|W^?$IpUa!br+(#t009C72oNAZfIvF|
z@uKZioFhPh009C72-HB}w0A9tXj*#HQ0ny5-PsifWJj#Opsai(RpU4w-+cW+Wdl}Y
zbIV37X#DS=PJ6Z54_q`Cz1f;`K2odi3mav`()w-3W{0oWrj%4}JU{)x-xo=yI;2Y)
z2dPC(2hZGFl-nrZi$L6boePQ{aM?U^j^NvTS-*H&L1`m;%Xn!(ml<e{l(Rfup1x;6
z2Y&L8MZI(?$4gOzy*IT2;zg(S)@m350t5(*SHMi9;a`3x66t4oGBV>c_tw#B1ob+C
zW_kFOpUa!bw~jSu2oNAZfB*pk1PJ5=#Ea%I91<WvfB*pk1ZpF&{P6|hOtB&7FkVdy
zt@#MRw#WbUmaO=}&5cT4@X7hg-+jv5x$D0_f2JwtC-0nZS>G2%7B4@So%r`1OKB=J
zwo#1*_O`El9h$Cc`(qf^<duIc*ALezs?^}i=Br<s+kQ3=^4$GJB@X*N<E5v87Pn)@
z$IH?i7xdm2|60^Tr*FIzwbpynEFfNVn(wZ*5g<T-z_<j=M0%Zx#GRV)$;d3v+*`+~
z5!CAln(^UNelBk!-#Xl!AwYlt0RjXF5Fn5f5HFg;a7cgv0RjXF5U7p7T_-LGXIgy5
zP-@m|ylBJ+{`Ae+s+YS|CLeMcOW(1@Xg;v8>9`<XwETrDmu2w;_NJVRfBf~X*_zdD
z8j`PkaSn}l>k}_}`n%@^PT#Rj)6%KIm(3%q+mD|wE+}qVl(HYgf$`GQKr>!$JY>H2
z#_q~(KMGPmp1$#tn&x1}1jLKZ*bUcQ0t5&U7>R(HNKZ47xF;qfvpjQe9h62;Pb0|i
zDL<Dtk#8Mt&JZ9#fB*pk1PBnw35XZXVK^i}fB*pk1PIhd;G7T7hciVmUTnEAj8}>m
zjr~h+Jt|vz^ISo5;h<~g{;hm5dwOwp!w;ID@P7H1yVNBga(U4{Sv<?W5n6fnZrNkk
z&+R2Lmw&rgpBJvl@?W?_S&P=nuKIcwPl{i?^3{g?^_DD3Z&V}w@AU_@sYJdGDP_Sy
zP2xpYtys{yYroT`Y3WoY%jV0USWx0AJEZK#aA3UjFwkaxysUg7JK}Zoz4w}Lcj>Xy
zH(t6l*xOSpAYOE8Z>@$AAV7e?7zNBkdYFmCeVX~n$c)e2TZgI<)WZmx`Qg*kT;4>!
zb+|c0fB*pk1PBlyKp-a|UNnc{kN^P!1PBlyP#b~6UppVpbkv5!s@AiA$s(|D*&|)@
zkHFEhcA2kF1W&&7bkQZPA(!!Z^d*-TUD9~3zYFjE^@6$`vsw21lJ;fYciw`O(U9jK
zYM(OBUj5Da#MghnW3rmOarde7wT*T?`NyJqRkCaz1q5|IlD2r0#-a)h{GRdBxDjOr
z+Ki8v*pKDZch2|QBR7}}j4yso-*_o*uXm?cK)mSm-dimrK!5;&@d=oTl%I*jU7GR9
zNC?dM%)ND_8bRep(2NhCUgz>A@~y+o83F_d5FkK+009Cy0r8?a42J{=5FkK+0D*c4
zMEp`d4DXEhj=x%KR%O3<+kCBJGtz=rYuM+b*A^t7f2)rRBS!Jq&F3q2_<CLTV!i+T
z`NV;I-pA%kZ#s%y2h&}+@!+O6>-A%Fm<W4Iwf)7mU8+~rviWcKoG&y=U;adwa)<P`
z@se(R*MT;(<K>m**;99C*L^QLY~A@z8y^=>-POHUPT6?r-e4)FRzSSy)ZSVRBS3%v
zfpH0#iIks-#66nX$w=y-Gd^=q4(Y%MDnEi|cKGx?mp7451I+;e0t5&UAV7csfp!Ao
zMcb)3M}PnU0t5&U7^^^R_?Z@s<KWUSjI}oZTKJQ9&e!Us?f&&_yZ>(r`#kTX?Gm*+
z*T;oRZ<?=FSlxX}yL=a(JNrWmE{O+PwS7%Yyy%+j?A;c$=$U)lHfa82Rm<kr9k`&}
zrx(u`G0G$3rSWl5W}wZ;c)91y?9jDe{kP~f3wmk#XpLP)UwE`sKb^AiQmV}oO{ai(
z(doReT19{W0Rm$bFcT?16N%e2Ba@Mi9dhPp?yWLLQ27xwBg3b{xx9&d>xgrP009C7
z2oNAZfIv<_yl4)?Aprse2oNAZpdJEG{b@mf(=A8Vqgq*Z^v3fQi@)*j^lA$G>>9q9
z^6BHkE50&cr6XRKt$rnC*6|?18dJ<z9Nd3l`;?OsFM9j&3z~EFH`_NSf3~V+^Se%3
zQ1oLr<O><yvGLOA&t(SMjEtAXzg*BW^W!~^&)GeD{I=NMsB9OVvhh;3+0sp+fOyd<
zys4T*fB*pk;}tLyDL)g5J2fMdkxqTm%)M2{2r55<W@PwOIF~n(Zyj;Y5FkK+009C7
z2oT5#h!@RaI3z%T009C72-HL1ueUA;cDm!I^{7^so%7-Oiaqy0$6DpXJ|l*+d|Xx^
z7v@7)uQ;G%m73o8@fPz9x$sj>Z@&8DM8u0ea`k*e;){lO5`CG7*{YV!?>%cl=?`7j
zUUJxHjhDFfB?sD!jF;l?m}1A#-+g-S@$@BMQ#M{owpy}j6c8^ujdxX>2oNAZV5|aW
zBIRcyaieBrGSaq7nz^@SF@nmEpcxrH70%^N<l7E9CkYTBK!5-N0t5*BtAKdXf0gk6
z1PBlyK!5;&+6eshmIYyW^@$g~bietEJ$h|NuYA~NnP+6DjC#Fr)r$H0#4`Ism#3V%
z9OQRq`1v;N6W2dp^vOH3{Ij-yv`O~T)9u^RbhfHx^Lu{Pr+-s@2K>=@iOyeUpv}&B
zDgKTrxElX1_(ZmPW%u4UW#grLgQb{S0r8?!duug}009C7#wB1TQgS8|H)wVyBdxvB
z%)Qm5amENLIf7<q_*6KTH<9l&?wlt;fB*pk1PBly@Gk=5MRf!M1PBlyK!8B)1fIHU
zK^WexM~$L}FF%(pxg@*tYuT@N%}&@VJ7WFp(6yWYr8uiNh*-f+uYB0&b>Hojs?GUc
zFMQ$A1yIW#X_IH$Q;W}-zi`o7?RP+}dA#Ve_hpBzJKu`fUb1}it6Da{>%{pAM3<=K
zdGs$XZF|RxP8u(PUuK}q?08wTDqHbPw)Dm<wjj=jSch9|$s1q26~F2{UW#k(T>=XQ
z#EUNU@Dl+71PBlqSinrA<V+-_XLd4T=3X$)jG&SuXl94cAai*W`GTS6Edm4x5FkK+
z009D7CSFu8AV7cs0RjXF)J|a8!wbUjF57>&HH;_ApZBo^CB~9<*ME1N+_6^qu+KYA
z=$Neajb1NodU)9@%UiQ-f9A347c_9?i*1tCIbQVnC3DXoPxt8X^|I&gZ_|WMr>a^u
zzwW^KIz(ljUfij`vgaeBFSdJK{Yu&NjdaFK;FlR_Gdo`L{pscBvvWSYpx?%)U-7H9
z<E6OT-X+i?AYQbE#0dff2oNAJn1Go`$(cwn&*o%gT4(N$T%DcxAF|ai4>o?X%m^wu
zf@X90G<C0D=kg}<O@MwRK!5-N0t5&UAh1wCyy!v?KM^26fB*pk1Zp6#@`VNAOlR&i
z#5(=qm<46UVs*)XcmASdt@2@?1!1MF*Y|p1)ADcZJW%r0w2Q@xXWLv?+j!CVO6AB6
z=5Nyv*XcP>v&rrGhuSp1%&Fh*IbV(FHp`zZb5Z9sYqC?`F_+;<+hsjf$#@C0G6SvY
zzR$>bY184>WM}WTpzFp5Lcy!at*6eJ&$i<6lF!;Pfl>nEMN2VBM1TMR0tCtnn2D5}
zi3DlWFV(X!8JX6Z`<m6+&)zyWpE`Qu-e&HtBg+UXIf7<z__X$xxih`Y<(tq<<lB=v
zOMn0Y0t5&UATYZE;zeio-fKAl0t5&UAW&z4*fBEJjT`@t-e_1gz30sNQc`gx4@$<1
z-hE0BmCwhEmboxCwaC}Dhp(LOUU1<A#f!#c$d1}@zVh*K?I&*ULAa5$s%7(IHk+?W
z+=%$vXpmRj@pLzT|M}i>GG2_Ao_b8|OtNUL`Tln4ennT;bG#JQ*n0%p3y2qO@8T>0
z0t5&U7(~EKq|8htglBE?KE*TlKmODFOzQgY4>Ee@t~G+njG$Q?J_Wt1{9N8dzJSqN
z1PBlyK!5-N0t7sdULPPpfB*pk1PIhqplSQNL3eI!*T@ymEQpwjP`#74&u%|Hd;GS!
zjUr!p>0iSC)-1R(qN-9vUmfB_`+p|a4f73&7EQ|Y=wDo#MeuOC1rhM}*IO3cpprjS
zvTVNmiTRpDl}>$U$->(wi+x3Yyv2NmKi#T*vQB4>moncm&DwbB)LR<ofBW(I{#G25
zU&HZI+%)eJ=pZ0ov;&OO1PBlyKwtm?Gm$bgkpP~l$;cGX++Th!`_aFhpGlqet^o$m
zzg%hrl^H=ZHGH~usgiSf6Zx)^5)dFjfB*pk1PIKwfc-^h`~GV^0RjXF5Fk)jfj|Ci
zeg!^)@$UU~^%cG02lGWl<l%!CcQ4|iz2`5fL%is+N9OAjO0k1S$ya`3)o6P>)2j7V
zx98C>e?0rqCJWm8=yk2NE_J4oW%JvAvY;|IA6}~HPKmDm{}$wS$lqp9-q|T_oAbs?
zneUipYP_`RB@0j8al(Qwx9a7EZ|8oh;dsf_&LM&F0^&u>TS-ZP009C7$_ki?l$nWy
z=Il&HrhDdo#Q_VZQSro+r|&5{SlXsDg364b*%>}<J4w^Yl5=?z`6f3%5+Fc;009C7
z2oP8(AYOE#ho1-#AV7cs0Rr_9i2W$iHj;60$_~|6>!02-U&O6Pm&!l(kW96zL%is!
z74!9piamT)sa8ayE59~>;m_XM{;FEVi^gW2$80)Z=V<IhSG2EonX`j0o3DPQIe7KC
z2g{V)K22PE*t!c^7Y#h)KemtKZJUMhQsz6R*%>cwJ4w^Yd(T?X<=SpC+_<D}<E5z~
zek4#@K)h&aDhUY?AV7dXX#q2lGBc6joRP`MbkE$M`E&NebrwvcV&;C<&ZS37yM#ti
znGrN2!>3&bX>+dRT;4>!jh#~j2oNAZfB*pk1m*?Ai_Tj(B0zuu0RjXF)Jh;?L}Tqe
z{fo!MSNMu}zm#(vlzHC$n$-)w8mL3OXn^FO&wka{%L*O0<$Uum_+<O5uKmt@n%IkV
zjIX#m$80uVnYdpM{(hk948Clh-<&q;bK=_vs?WLqWkKsw&;0W_J!EUVl);*X@lwVi
z(nOGa>S=MXdS%D!>NZ|FR@55=x(J9D?E>U&0t5&UAkd$HnMg^ush^BY{mlK>|M!A9
zRGLrSe?iGE&_0<F)ZS&`*{L5s3!7W?Q^~o!iF^^F_XrRmK!5-N0t5(T;ze}=0t5&U
zAV7dXO$8pla=}u3YzMk#Rb^Fu`MCv|m&y6D8x~wrlX%hm)6io5yi7x${mX)eboy%J
z#zW?lUHR3@<a^ENrKhrEH=nObd?VAT!sT-waM?VzHcej)H4YxVwtV5uDO+<(ng8TX
zbGy)#d>Jogpr(GjltE~uIct~sZXBEU7QAXTUJB~zEdt#H#EW(l@;(6q1PBo5OTbK|
zB-?aPMy7t|{=h}^6R0$2ZycQP?~4BZu50%&g1Qn#g6SSUWdu^1l5=?z`6T9m009C7
z2oNAZfIvF|@uKZioFhPh009C72-HDfO_qQDd#uC%{&Rg+D?&YAcyz(FE0--;>W?40
zyw+qVZ@=J@n#7APy>UUU?)g=hcEsDi`Nsv9bZYybPM=Tq>s`BNJB$=7p2>c^#e6lQ
z5A?L<W~V9*vTT0$sSD~8RXTT%PUUnzAMw4v*tR*t##c^_|LtLCSL3C-cQ)PQr3ApM
zNnZTxf?jvQCyFku&v+@SrS}MQ7Z5Mn-AD=o1PBly(2szbNIA7Bo{UWW%srk^^G|=b
zU=Ed^w#V_!hnMRFZBrRRZCMtcoZ{iLu%TUkDnFMuk?%t3Z2|-c5FkK+0D)N-5HC9G
zJwW>j5FkK+0D(FSEPFUxwAO+(`HMeWY75QOs8ug#SAK0Shvyzh=l<nj&4P!^ca1{4
z<;Vrqhzx5IFS=&+f@ifKv3?fc)D*myT)Lnk5j)!H_1N|EDSx<54;x)}%COh-E1u1c
z+j71RVZQi`Uh`<5zMp0DHQD30Wv9JsL4Bf1$G;(4`C|K0%ACFZ_~r~F&-}l*p)W2i
zlha%p<E5+A6pxp#ZBGdzO8Jy`Ea+wrU7p@-b5Ni0(x!4w5$Hicyl4+tk`f?5fB=D>
z1k6Ora82uEWEN)bw;r`%0+pY$H;#|oAY1-KnO@L7jS<w|C3kjOhfl7F-4A=3%bUn|
z2bF>V0RjXF5FkKcrUk@{&h+iqcmf0n5FkLH{sOUKX46vq&)zy0x!3izdS!Ok$=T5x
zzj}Fdyl9r?AK`Sw>pDi|#iI1}2Q}9rs#KGB(Qvru%mvkp2*yqkh7l~f=rs!xKlflq
z$OwbX%b&G#_VhgiJ!Gw8N$uWv`S~oK#-6W0+|8<9WtPq3zDFIN{Yw^TSA1nbP;RQ#
zF`H$}AMd|X@wM8IHd)Zdlym;z!vD92B8-==SkpINV*ljZj?Lovk7ZsjJk}ice8N^)
z^!9>RO~y+>4ZTI6oPc=Ia!yhaAV7csfxZOHM9Q#D-(+MKX6`Z7I_lqapSj0hHxKeM
zg1YKW-|!jgT;4>!YmbtE009C72oNAZV73Lsi_Z4_*Lng32oNAZU=jr4!Cv|BxyJD?
z-j>~QLiY6HZ0>RDYhG<e>?Ru9GTeV*cG2DowhxU<TH{5VcG^5_-MJ@-EqmnE{YxW&
zDjxH+_?KA(Q#DGA2cw_!;rW`>Ctfs~f9gBuD;BjqbnWcA?`07S8k-NqD_EZVV|Lz0
z7o>?~*L=In?f=yWn=fflME>dDGxv7Mq`$Xs`*Cy85$T!=Ept$?xkuBoc~j0!A+?Pr
zxBhPg(9ZR}0bZB=_vSXXmNIwdZ?mO0^-zrQ(gkbk#!LDrJMACl0!ROP%Ul@qsulAL
zas0xg*?s3_=kC#_%RTj{`IK#sYBFBh*3C%*y$FaG?L|vk0t5&UAke#jnMilDshf<<
z!p!~mpKmjbYMs2t!*QOty?YlZNMQsO;LN=>b;D<<b9oc_F5Su71PBlyK!5-N0<$h4
zUUb%bfc6t0K!5-N0uv!{?^(?crf*%GFFw;6FB(hD5nfe%RsP+Gs=D-x^XY38FPdd9
zKbIZ5`F!2-)$Vls&mZWrsbF-BK<jjQIv<;k4&&AOty3zo<U#p((UKXaWU+(m0~Zb2
z=m>R=sMnNd@j=7`r=aLE1sgBLN>eso(sxX)y(qr2Y(1Gj6VdfuUrk>#<u5ODT*-Lp
zT1g2Aln@XvS^`ND0t5&UATXGKnMhZ^DVvN;{mec7_O|4ol*Z)f^mq3*b8qb}Mo_Cs
z{>+pOpP|m>P2}@E$1wo{1PBlyK!5;&76I|1EhJ75AV7cs0RjYSDG(cnp1ggR*r&F^
zOUG@Q-G6@jMf;bYZvUL|rhFpi>Y*#<P-+`58g*OoOcr~tHr2e-kH6jX)vZUn-s+_{
zc8Nrtop{mMf%bw=W&zSu=w>J3U;U@DH>+_I?>@CtPVLVdFYR6a_3Si_mxAw@I(-7f
z`PeWyzWOZl>hEi&YR5~NdP+l}n}B%HZbIHCK!5-N0#yi@iF8$*rpZVR<3+2SiLA-a
z_>aBK+~cwG1HO!)V!&w{K0}?$o5&Y;B<~U+K!5-N0t5)mynuMonePGs2oNAZfB=Ds
z5{L!QGv8NsxjwegeDu05(S7kq@zw{m=Yy;w2s7<XTIYDtxQ+4j`CE?2ez;DN&oP_*
zOZ03nH$Ad__{!{x1F~PfCp%`-=8aybGG6rX^|A;vKJoA8`o^{2$^LR~_UwJ#w_`1j
z8Uf7tK33-V$Nzh_^2PEcyqeN@DIlAg@v>(1Tp05u`(}r~wp715?)BNdzb+dw9)MlH
zW*YW*DY%K=BG8L~c+p<8q$NOr009Dn37Cl#`%TScWW4dB!=8!!`Rr0Nto)4r_%~*+
zyi|PiOTB9Z6);WB@EPh{-bB8j3wetG0RjXF5FkK+K$eLY)e8s^AV7cs0RodJ5RagG
z;CI>8-<*pb{mGl=A|zuA&?DB*PJDZI!6&jC56K?6y0_rEhzPym2Xna{wc%V=M{hLu
zsQL&LeDcmN;ifgTTeV^i=h81^r|gg&@w&N3r$uwl+$p=}TXR8Wu^jC+UV+ssvlF)N
z`CF&>1}g4ge=p;uz-^kwON{QP7iWL`S$5IhbDv-_@Z-}gJ|2(VJUjFKbK4{T>9p*H
z#|kjKMPRxG#EVY%{na`G1PBnQqkx%6@m-mw$w+ZaC-L35J3sk9`kA?3e^6!3HG&E#
zr)l_@%NN{eZxJ9sfB*pk1PBlqj(~X4;ke3`009C72oNAZfB=DZ0yiJt&sR<nFM8Pj
zl0EleyBwV(K!5;&?gHXPyBkSCfB*pk1PBly&=82fDb8;kTK+hm`>^a0iUbG{AV7cs
z0RjXF5Fk)z0r8@BzB}qhfB*pk1PBlyKwzo_mOqglxj~=bI>q->zxl{iX=n@q0t7}V
zAYOEY*oq=RfB*pk1PDyBKs=Wr9$`~HMzksA`Tx%(H(uQd5FkK+009C72oNAJ{Q}}e
zr~e*nAprse2oNAZfB=D-2wb#J|6e&ZzJYr9%9=DqH3$$OFj)fPMJMZisVxBl1PBly
zKwxYF7kqNinfqhckFD|wCP07y0RjXF5FkK+0D*1-;zhd&d7l6Q0t5&UAV7csfhq(Z
zzb#v|)}Y@yo%kQJHLI(rjXVetATV13;zeicerqiO0t5&UAV8o$fu%QQhy3lJGxwAK
z&n#QhU-_;gK!5-N0t5&UAV7csfnf`X7ag{+{0R^sK!5-N0t5&UnER^e^mh;Xl~ZGj
z(K~+1lK=q%1bP(^FWRe^^aKbHAV7csf!PySlb!O8YG&?toiuxTT1<cd0RjXF5FkK+
z0D;L65HC6z_em`Y5FkK+009C72u!rVJ^x(IS56T!`lC&<m!F$x43#H9fWYVl#EXvJ
zT!{n-5FkK+0D+ncta>?n=H52{ZvJ6)Gxv?NCvIy~M5El*uhdjVwFnR(K!5-N0t5&U
zATR?0;zeiRCTk)A0t5&UAV7e?Fa;jCsG9Fnj@odTwH#I6SAH$~r@zZi_;(Bb{dDW>
z(6y^kYHTrj*lQQ$pD*t04`s_98C7eQ)4PE2(z}@}2vi~<UbGTMnGhgAfB*pklPX{)
zlJ4B|OR{4&t#XFmn5XyjzsGK#y|^^h$iV~%7(o+olT?ua0RjXF5FkK+Kv@CtqGhF|
zBS3%v0RjXF5FpT2z?yktdFt*lf92Hpe(JgdQ;i(dPQZAn-7Qg}SrHH~IxBZtI|&dV
zK!5;&wgP4%iDmH_wV1j8<=j*w2NNJ*1WmwAQbhs;2oNAZfB*pkWd+2GmX(r@009C7
z2oNAZfIwRTYvze%^~&tTzaR4#Pe=Wm?6K=pjU3cYz<8<MEm5Ia5fCprD|cEu2@oJa
zfB=EE0%jtK<(1{xMSEvI|Mv_2#bY}b{cZKr`6D-2P)aKF;{TehdO6j|!2}2xK@)J3
zRFMDy0t5&UAV7dXSpo5)Wu>GeK!5-N0t5&UAkbF8n)w2jHQDnIWzRi0|L^SoT>V#0
zjeSJ#JaN91RN^ZyEvSwk>Ly^k)a{O_&&&vj7oC|~t)T=65FkK+Ksy05k#;Kc=g$2v
z!<xB2blH3<jwV;Y2%6k`r{)9*5FkK+009C7S_H(4wvaeMfB*pk1PBlyK!89+0*_ud
ztgoCRWb~ijlEsduUIYjbAW%X;yl4p|NeB=iK!5-N0y8P_&=o_RxyPQOYgWx9t40$b
zK!5-N0t5&UAV8p|0^&t$dSg_J009C72oNAZfWV{+tXZ9%y!{Zrb&8PDTaK7?B=sji
zfWT-3#EXu`St$ev5FkK+0D%b;h+xiNY&+bU`)xm-FcZ}!K!5-N0t5&UAV7e?R11g~
zo$A}GaRdkuAV7cs0RjZZCvew^!~M!B;zf_zFkAlQ_*$rB0t5(5jDUF2iMdrON`L?X
z0t5&U7^T4NKN<SW{pkNSTk*^&+oUW41PBlyK!5-N0t5&UC=d`YT7cs%0t5&UAV7cs
z0Rja26j-?|JNADY`nOIIGJ5fU?X!k1BS3(_ED4Agou#|2tpo@VAV7csfpP*Xp3Q!=
z$tY&-mwvHag`^@tfB*pk1PBlyK!5;&p$mu?9XhcB2oNAZfB*pk1PIKaz?EMc#aB)d
zFS=;0?1|fF5LlB55FpT#fOyfKxFjY(fB*pk1PIK8z-9k^L^Jn8|EKJ!Kg|TGMiL-E
zfB*pk1PBlyK%n*l;zetJi&T&R0RjXF5FkK+z@!O0dtdg$|9M2;Iz`CnFaNJBTQg}!
z>PvtCfsqP`7ab|L!Uzx`K!5-N0`(VodU1B>+M}Df|MLgxPojnd2oNAZfB*pk1PBnA
z1p)D*vv8NSkpKY#1PBlyK!CtV1<wA@qx;G!;zi@%y=RTIfeIr)fWV{)h!>r-JEpz_
z2oNAZfB=CZ3;gOoje6#O-*1Q9B-s-nK!5-N0t5&UAV7dXcLDLD-HoImK!5-N0t5&U
zAV8qJz>-Tx{gqS1iyr^RY}JbLb(E3-0RpooAYOFV?zr|6AV7cs0RjYy1n$3J3^Vr=
zw#rtoEUK0F2oNAZfB*pk1PBlyKw$U+;zfsVtONoC2oNAZfB*pkvn24squG;p_Ve$;
zPrdqe)v;UjbNR{_XGvLG2@oLAn}B%H-n^tHK!5-N0t5(5x4^PT`k8mfWdG#tU!A$1
z_O5<%cxCx?yJ{T)0t5&UAV7cs0RjZ-FCbpD{`W`?2@oJafB*pk1PIK8z|Duh`mNK?
z{{2j}S0f1!ATUA!@uDNdRulmO1PBlyKwx?W(qDRB^53Snky=K8009C72oNAZfB=DM
z77#Bw&39MZ2oNAZfB*pk1PDx!z`bX^8ZUaz9urh+RV6@xz(fd$7oCXPq>=;(5FkK+
z0D-y-T=VT$XYM!rkGfY?{Rj{sK!5-N0t5&UAV8p<fOye%D$WrgK!5-N0t5&UATV-)
z6fb(-$3|YZ0tpZxFy#W`MW_4*YaRgt1PBlyKwvZi;zdW}tP}zS2oNAZfB*pk1PBaG
zK)mSCXk|=*009C72oNAZfIu$-;zfJWl9m7g0zC<c7ww5lVgdvR5FkK+0D<-b;zirL
zI7@&40RjXF5FkK+0D*}S5HC70w@O6`5FkK+009C72u!ztc+u&;zgkCtz*q&ui;k6F
z;RFZ}AV7csfoTyCFFGxEQacC`AV7cs0RjXF5SUp3@uD+(>ouGJ0RjXF5FkK+K)nRS
zi`MIYs0{%EQzal?bgFKr#t<MtfB*pk1jZ#GUUXdY$|XR6009C72oNAZfIvk8;zcWh
zlnns_1PBlyK!5-N0)q*N7ah#c)dUC-C=d`YT7cs%0t5&UAV7csfwBVPMaxP_M}PnU
z0t5&UAV7csftm`47p>`yQ7r-l2oNAZfB*pkvnC*3bk^>;_7Wg4LILrjBg9q|0RjXF
z5FkKcdIiLbPVc?dG6Dn$5FkK+009C7W<)@|=#1QG%_Km8009C72oNApcLDLDb-zRE
zM}WWt3y2q;;G3uF1PBlyK!5;&`Ur>@t<Sws69NPX5FkK+009C72=pZ&UbHVZ7ZD&p
zfB*pk1PBlyP_@AQ=Vyof&D_7=eY)zb<wt-3fms(2FFNZzK>G<0AV7cs0Roi>+<yG4
zGxxhrsw6*|5FkK+009C72oNAZfWU|a#EXs?TyX>l5FkK+009C72(%YiwIVxt`|L;m
zHhbin_6eLNK!5;&eg(vf_ABQ)0t5&UAV7csft<j~W!WYFExT<0?3I^tXB`qCK!5-N
z0t5&UAV7e?#0ZENotRstq67#KAV7cs0RjYOL14|QS!ks;5+Fce!~)_)M+~kw0t5&U
zAV7cs0RjXF5FkK+009C72oNApLjm!kHM}XRM1TMR0t5&UAV7cs0RjXF5U5Z<yl91(
zvLZl$009C72oNAZfB*pk1PBlyK!5-N0uw4AUUWiloN5ywK!5-N0t5&UAV7cs0RjX{
z3Wygi2_+c;0t5&UAV7cs0RjXF5FkK+009C72oRWJ0r8?!d~-F8009C72oNAZfB*pk
z1PBly5CY;wbprwf2oNAZfB*pk1PBlyK!5-N0t5&UAV5I8s6Ie|009C72oNAZfB*pk
z1PBnAZUOP4(|v!njsO7y1PBlyK!5-N0t5&UAV7cs0RjXFlo1dwT1H740t5&UAV7cs
z0RjXF5FkK+z~l;u7oFUDr{)9*5FkK+009C72oNAZfB*pk1PBlyK%goC@uF2p%7*{}
z0t5&UAV7cs0RjXF5Fk)b0r8^syf11+fB*pk1PBlyK!5-N0t5&UAV7cs0RjX@DIi{S
zl-kN7K!5-N0t5&UAV7cs0RjXFj9x&z=;+OrNPqwV0t5&UAV7cs0RjXF5FkK+009C7
z>Lwswv~G7qeFzXBK!5-N0t5&UAV7cs0Rq(uh!?HaQ*HzZ5FkK+009C72oNAZfB*pk
z1PBlyKwuID#EVYiT~lWQ1PBlyK!5-N0t5&UAV7dXc>(dF<*lS7K!5-N0t5&UAV7cs
z0RjXF5FkK+009EiDj;5TTJNlO5g<T-009C72oNAZfB*pk1R4V3MfC&%1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK6yr@1vfB*pk1PBlyK!5-N0t5&Um~H{_qSJkUwT=J*0t5&U
zAV7cs0RjXF5FkK+009C72$T^JFIq-P8Uh3e5FkK+009C72oNAZfWYJmh!>sQd#C0E
z2oNAZfB*pk1PBlyK!5-N0t5&UAV8oh0r8?$Ny>)+0RjXF5FkK+009C72oNApPXY0w
z^}H`?MSuVS0t5&UAV7cs0RjXF5FkK+009C7Mkyd(bd=i4B0zuu0RjXF5FkK+009C7
z2#j7pyy)o7l}La90RjXF5FkK+009C72oNAZfB*pk1nMRrUbJp^M12SlAV7cs0RjXF
z5FkK+009Ek3Wyi2)>Cc-2oNAZfB*pk1PBlyK!5-N0t5&UAV6Re1;mR^;$2f`0t5&U
zAV7cs0RjXF5FkK+KzRZ2qUEimBtU=w0RjXF5FkK+009C72oNAZfB*pk(<&fdbXxDM
zb`c;zfB*pk1PBlyK!5-N0t6ZY;zjiY0t5&UAV7cs0RjXF5FkK+009C72oNAZK)k3v
zK!5-N0t5&UAV7cs0RjXF5SVTO@uJgxf3=PP0RjXF5FkK+009C72oNAZfB*pk1PGK7
z5HDIrNg4tK2oNAZfB*pk1PBlyK!CvH3Wyh-+<T|y1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkLHDgp7LRY}T+009C72oNAZfB*pk1PBlyP)`BzqV>ElYDItm0RjXF5FkK+009C7
z2oNAZfB*pk1V$+!UUZb&$|693009C72oNAZfB*pk1PF{?K)mSa&6P-i009C72oNAZ
zfB*pk1PBlyK!5;&|DU~kkF~12^T%&taEMd~s$+1NmY+?%M5ANV21lDVGB$Ritw@Si
z0jbh@8LhV(Ep2qh8g*2Zh}H4dIHRKRuBmuKGg^vLt0)L4;svDKL`0PPfphYGGAlk=
zzkT-JXPtBQS$plhU;7Wc_FA9yJfG+F?8M~s?OFr~6iq;0v}ik`9|8mj5FkK+009C7
z2oNAZfIw{p<V9=iX*2=^2oNAZfB*pk1PBlyK!5-N0t5&UAkc^c@}iBnYkDR?fB*pk
z1PBlyK!5-N0t5(T7mydtZl#g{0RjXF5FkK+009C72oNAZfB*pk1PC;%fV^n4?yPkY
zAV7cs0RjXF5FkK+009C75&?NpzXSpV2oNAZfB*pk1PBlyK!5-N0t5&UAV5G~)Ng<Q
z0RjXF5FkK+009C72oNC9+ye5V&Aq=?M}PnU0t5&UAV7cs0RjXF5FkK+009C7vIxkF
zW>Hc@fB*pk1PBlyK!5-N0t5&UXj}n#(Z=07of9BHfB*pk1PBlyK!5-N0t5&UAV7cs
zfm#X3i`GigI0Og~AV7cs0RjXF5FkK+0D)o($cq+pUvx!)009C72oNAZfB*pk1PBly
zK!5-N0tE6DkQdEU+gt<)5FkK+009C72oNAZfB=E~1>{BZH#Z{z0t5&UAV7cs0RjXF
z5FkK+009C72oNZmfV^nYc0@k}2oNAZfB*pk1PBlyK!5;&+6u^v*4EQ#1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkLH5e4K$8*$h4On?9Z0t5&UAV7cs0RjXF5XdedFPhy-B>@5i
z2oNAZfB*pk1PBlyK!5-N0t5&UXjTDv(PrIQ>mopa009C72oNAZfB*pk1PCMo@}hnT
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+fV`;R009C72oNAZfB*pk1PBlyK%lt=<VBl%
zf31!H0RjXF5FkK+009C72oNAZfB*pk1PEjikQdFOq=o<i0t5&UAV7cs0RjXF5FpUF
z0`j7byLUP#K!5-N0t5&UAV7cs0RjXF5FkK+009EE5|9_Im85Y95FkK+009C72oNAZ
zfB*pk#T1YiE#|)HiU0uu1PBlyK!5-N0t5&UAV7cs0RjXF<S8I8ny0q82oNAZfB*pk
z1PBlyK!5-N0{IKbi{@``Mgjx~5FkK+009C72oNAZfB*pk1PBlyP&5H~(W32$eh3gC
zK!5-N0t5&UAV7cs0RpuZkQc43r_l%yAV7cs0RjXF5FkK+009C72oNAZfIuS($cr}O
zuIZTo0RjXF5FkK+009C72oNBUT|izmyOl};1PBlyK!5-N0t5&UAV7cs0RjXF5FpU3
z0`j8Gy0g|rfB*pk1PBlyK!5-N0t5&UNCf0X{SpWeAV7cs0RjXF5FkK+009C72oNAZ
zfB*q`QNIBK1PBlyK!5-N0t5&UAV7dXa|_6eHuwHo9RUIa2oNAZfB*pk1PBlyK!5-N
z0t5&U$RZ#wnng(s0RjXF5FkK+009C72oNAZpm7D{MH_eTbWVT(0RjXF5FkK+009C7
z2oNAZfB*pk1ZpK9FIp=};}9S~fB*pk1PBlyK!5-N0tAXFATL_XebE&G0t5&UAV7cs
z0RjXF5FkK+009C72oT6qKwdOYZF3PIK!5-N0t5&UAV7cs0RjZ_7mydt-`tD@2oNAZ
zfB*pk1PBlyK!5-N0t5&UAV8pK0`j6o+Y$W`AV7cs0RjXF5FkK+009C7YAYZwT3b(}
z5g<T-009C72oNAZfB*pk1PBlyK!5;&Mih`2ZNy#EGXVkw2oNAZfB*pk1PBlyKp?w-
zyl8eSl>`V7AV7cs0RjXF5FkK+009C72oNAZpjidvMVobJt&0Ew0t5&UAV7cs0RjXF
z5Fn5U$cy?V5FkK+009C72oNAZfB*pk1PBlyK!5-N0`j7M0|W>VAV7cs0RjXF5FkK+
z0D<NfkQZ(4{k1v*1PBlyK!5-N0t5&UAV7cs0RjXF5Fn66KwdP9k{SX82oNAZfB*pk
z1PBlyK!8Bw3doB#?%wH~009C72oNAZfB*pk1PBlyK!5-N0t5)uN<dz;R+7dcK!5-N
z0t5&UAV7cs0RjXF6jMN6w3z#%D*^-v5FkK+009C72oNAZfB*pk1PBlykf(sWXr9{U
zB0zuu0RjXF5FkK+009C72;?syFPgu(83_;|K!5-N0t5&UAV7cs0RjXF5FkK+K+y!`
zMT@p0`XNAo009C72oNAZfB*pk1PIhtKwh-Ao<<`;fB*pk1PBlyK!5-N0t5&UAV7cs
z0RoLEATQd8yQXIX1PBlyK!5-N0t5&UAV7dXb^&?O>{coX5FkK+009C72oNAZfB*pk
z1PBlyK!8BA3doB#>&{vi0RjXF5FkK+009C72oNAZAQ6xk^-CZ?fB*pk1PBlyK!5-N
z0t5&UAV7cs0RjZ%Mg0Z{5FkK+009C72oNAZfB*pk%`G4=+T8nVbp!|yAV7cs0RjXF
z5FkK+009C72oNAZAd7&!Xci?k1PBlyK!5-N0t5&UAV7csfyNb(7j4|V(>VbG1PBly
zK!5-N0t5&UAV7cs0RjXF5U7=aylAZ?jYEI{0RjXF5FkK+009C72oNZyfV^li_eEC(
z2oNAZfB*pk1PBlyK!5-N0t5&UAV45b0eR6pwarC<009C72oNAZfB*pk1PBnwUqD_o
ze{(YuAV7cs0RjXF5FkK+009C72oNAZfB=D_3CN2UZAbJ&fB*pk1PBlyK!5-N0t5&U
zsI7p!Xl*@>Mt}eT0t5&UAV7cs0RjXF5FkK+009C78c{%Av=Mhr&jbh%AV7cs0RjXF
z5FkK+0D<fR@}k+TR1zRSfB*pk1PBlyK!5-N0t5&UAV7csfo2tu7j4#^wJrh#2oNAZ
zfB*pk1PBlyK!89ZATR2dK!5-N0t5&UAV7cs0RjXF5FkK+009C72*`{24G<tefB*pk
z1PBlyK!5-N0tA{{Kwh-D_t)wO5FkK+009C72oNAZfB*pk1PBlyK!89N0eR6ZN@@rY
zAV7cs0RjXF5FkK+009DxD<Ci0xO=B_0t5&UAV7cs0RjXF5FkK+009C72oNApD*<`Y
zT1gs*009C72oNAZfB*pk1PBlyP)q@N(PHk4t_TnyK!5-N0t5&UAV7cs0RjXF5FkK+
zK%N5fqIqhYivR%v1PBlyK!5-N0t5&UAdtU+ylDRBW+Xs>009C72oNAZfB*pk1PBly
zK!5-N0!0&$7cJV3=!XCS0t5&UAV7cs0RjXF5Fk)n0eR8ddK!%Y0RjXF5FkK+009C7
z2oNAZfB*pk1PC;ufV^lU?wXzn5FkK+009C72oNAZfB*pk*#+c9vs<YoK!5-N0t5&U
zAV7cs0RjXF5FkK+009EcDj+Y~tUGI61PBlyK!5-N0t5&UAV7csfkZ%F)GvVm0RjXF
z5FkK+009C72oNAZfB*pk1PBn27xfz;K!5-N0t5&UAV7cs0RjXFG`E1fXmjtc)e#^-
zfB*pk1PBlyK!5-N0t5&UAV7csfh+>@qFI#G5FkK+009C72oNAZfB*pk1R7UBUbJ!d
zPUi#&5FkK+009C72oNAZfB*pk1PBlyK%iCv@}jkpG!6j*1PBlyK!5-N0t5&UAV8p)
z0`j88+!tLDAV7cs0RjXF5FkK+009C72oNAZfB=C!1>{BZ)HW9Z0t5&UAV7cs0RjXF
z5FkJxe*t;X{LRfsfB*pk1PBlyK!5-N0t5&UAV7cs0RjYyCLk|bv>nk80RjXF5FkK+
z009C72oNAZptb_?qP6uj8UX?X2oNAZfB*pk1PBlyK!5-N0t5&UXhZ>d(MH@gJrf{6
zfB*pk1PBlyK!5-N0tB)P$ctvTQb~XS0RjXF5FkK+009C72oNAZfB*pk1e#SqUbI<v
z*18A~AV7cs0RjXF5FkK+009DtfV`+*0s#U92oNAZfB*pk1PBlyK!5-N0t5&UARsU5
zH$Z>@0RjXF5FkK+009C72oPv)0eR8p-e0RDK!5-N0t5&UAV7cs0RjXF5FkK+009D7
z1ms1tD5)VpfB*pk1PBlyK!5-N0t5&&u7JE~<L;f#2@oJafB*pk1PBlyK!5-N0t5&U
zAV7dXtpwynYb9wM0t5&UAV7cs0RjXF5FkK+Krsd6MT@yFx*|Y;009C72oNAZfB*pk
z1PBlyK!5-N0(lC^i{`0qE&>Dy5FkK+009C72oNAZfI$8N@}l{hn~?wk0t5&UAV7cs
z0RjXF5FkK+009C72oy~~UbJXCq8|bT2oNAZfB*pk1PBlyK!8AP1>{9*>uEFs1PBly
zK!5-N0t5&UAV7cs0RjXF5FpTq0`j7bxNCYQK!5-N0t5&UAV7cs0RjXFWEYSZ&2FWV
z009C72oNAZfB*pk1PBlyK!5-N0t5&&tAM;{v+k^Q5g<T-009C72oNAZfB*pk1QG#x
zQNIKN1PBlyK!5-N0t5&UAV7cs0RjXF5FkK6Ues@Z009C72oNAZfB*pk1PBly(A)y@
zqRqX(R!4vU0RjXF5FkK+009C72oNAZfB*pk1hNRoi)K+$Lx2DQ0t5&UAV7cs0RjXF
z5NKQhdC|t*JDn3CK!5-N0t5&UAV7cs0RjXF5FkK+0D)Qw$cxrW(l`VN5FkK+009C7
z2oNAZfB=DF3doBVb6<2tfB*pk1PBlyK!5-N0t5&UAV7cs0RjZ_6p$CqQ`=kw2oNAZ
zfB*pk1PBlyK!5;&`~~Di^EWpm0RjXF5FkK+009C72oNC9Oagb@amRo!K94{Ccrz`{
zS_lvzK%k`r<V9O*yDgRg0RjXF5FkK+009C72oPvN0eR6D+;mGOK!5-N0t5&UAV7cs
z0Rp`jxaF2xzQ{<H`QM#)-g(H7A%`7y*qLXZdH3CSuUfUL_cIoDgxhYrZKp3jk3IHS
zVf)k=0RjXF5U4I7FIwHlRRRPE5FkK+009C72oNAZfIy=Q$cr}m4(gu(0RjXF5FkK+
z009C72-HR3rkig1A|sjUe?xY3;lhP=X|=B>l^5-6VdE1ZK!89#0`j8yIGcq40RjXF
z5FkK+009C72oNApF9CVcddZuY009C72oNAZfB*pk1PC;=KzH+^NvQO)%P#Ba=xFGL
zcWz!@w6lpb1PBly(1-%^qK&v~dL}@C009C72oNAZfB*pk1PEjokQdEvrIG*v0t5&U
zAV7cs0RjXF5QqZlyy&;T{q1-@IS8T9ZQHiJ|Ni?SAlk2Azw{GGue<KLlHx}HDlgjT
zJE(sG1PBmF1ms2i5(p3=K!5-N0t5&UAV7cs0Rqh}ATQe7`)hRs2oNAZfB*pk1PBly
zK%kEV(s|JlBSuu2<*$GJ>t1{9m5z*t9BGyMhPxy$+HhN@VFCmQ5GX4kFItwxNdg22
z5FkK+009C72oNAZfI!m-$cr}3R$2%F0t5&UAV7cs0RjXF5Xe&?dtNkj_3pdxrt_j>
z$Bxaj)xMrfUbL@;jZc680Rs65$cyIVY!(6p2oNAZfB*pk1PBlyK!8BK1ms2QC2w8=
z1PBlyK!5-N0t5&UAkfeP-O7uGm7aR)sp-h*rcIj~dim+*<wesPjtLMTK%j92<V72I
z?{rRp009C72oNAZfB*pk1PBnwA|NlCMM(_-0t5&UAV7cs0RjXF5Fk(@(A~V~OE0~Y
z&Wp~UKfh$avR`-X*fDF?tcx$c_|QWS-F^4n2mIgX@y8!8TO3X<Tej@hTW=jde*Ey^
z!*|(bm%)PvA9mPbzxvg$o__l2ty{NNx~t0h?c29M@x&8no_Xfpd+$AP;J`ii-1CSd
zj=1v5D;F(V6z?ijUbMZv{k7L#yY9N{jz9kRuYK)n0U@*<4h}#3@Sp$u=K<&S*I(bV
zWlL<n%0XEB%$YNP^PArsdE}8{;bELT_SoZ?V~)A{>Z{YsuQEcFOWobsDnq$MfB*pk
zwGxmQt(By42oNAZfB*pk1PBlyK!5-N0>u=N7cJ(#=!yUV0t5&UAV7cs0RjXF6kMRY
zdC@g%)}-^I4?Xly$pZJ^fBz&78vgnD=bwkGFTC(V2q>oSN{%0W^wE-g!`JuUfB!q*
z`A+BJc&2~<{?}f6ZOA}&zPHku>C>l&kZK&E<Y45;k)M3>Nw_ylUUdEX^>K9}x>;$)
z^!e+rzdqjb{PWMJFO@wG3Cuh0xMR27b}Q+#^VcCmhLjy4o(w~UMGYD>sPnz?%s~eo
z^!D3t$6Kl#^m1pbjO-Et0t5)uRzO~~ww^{KK!5-N0t5&UAV7cs0RjXF6iq;0v}ik`
z9|8mj5FkK+009C72oNC95CYxJi*DPtEk+H)!Ob_{T(Zn>eB&Fj;Iq#@3s1<5UrP=i
ze)!>%d#6pCR#H>x>j4KG@ad<YmfYU?Yez@NrI%h>X^?n6gfl<<@WYIG(RkO05hFU!
z*!j%l$&=$P&pr2C=YsT^)vH&BSZ1uReo#Fx8bYuKAAE525#rVGGf1~l_P94YTXsMv
z2@oJappOLPMf(WWumlJYAV7cs0RjXF5FkK+0D*!C$cq+aBeX$)009C72oNAZfB*pk
z1R6`APxGQzTyaH`NDR*xz4OjHSFBhOo_HBDoZ-2nPd@o%c<yN0>YjV<iSfm75Mq-v
zX3PlB^9=RjX`)M(EV<;8OVS0yh7C)eUz#4I<oK$qu1eo>)KN!;m%MM@yg7^+-fKT^
z-n`MHM<)eChYmgW+;d~`V~;&nGF0+4^b>1po)=xVY}u~6?i$Ar2dAETYG^pbZbQT2
zvuV?&@ch+#@4ffXLk|sCtK>z)V_?(IbPa*n@R-vNKKLNSeZx56pYOc$PI|pzw9e7r
z5`lDHv|Bq{GLEkV2oNC9*8=jQeJyN!0t5&UAV7cs0RjXF5FkK+Kz#+|MeFNtb^-(l
z5FkK+009C72oNC9paR{^i+=p^$LT=hgAYDfvhZ}OFsVHH=%cr6*-}zg@-@UD)5HGT
zzx`W#dwWSu`1;;^@1<YV9`c_d{n)uIITPZb=`nA)<(9IQVF~H7<T(GlXh^Y!1Z?bN
z@4fd95!td0Cntm0>8GDwwxF%8ZNL5Yi$jG>?8c27%T~^rGiTtyfwA)4ci$~rmYnR_
z&Q=-FB?1Hp5a=TTdC@+CH7o%F1PBlyK!5-N0t5&UAV8oX0`j5-*$8bAAV7cs0RjXF
z5FkK+0D;C5=x$#0<(FTM@xpNM=9_PpthXdp7+#4Uo(@`4)A{QWM;sA{9W!Q3l@w^m
zG{(wsQ1Xz{^vKCWIFsVbFTXr}spL5QCi<j4|Gem#XPz0?^|h~kZNr8QB~51kdf8={
z#i4%igCCSl-p0{p&z>ENzx&<q#`B#IdbYEj$8m-L0Rja2T0ma3uZ4|IfB*pk1PBly
zK!5-N0t5&UsIP#$Xnp<7PJjRb0t5&UAV7cs0RjXXRG_<g(bG;lEyfGOLFWfomZS>9
zLq5BddE<>Y(qo2qzE{8H(n~Lm_2EI9WsAd;Gh@x}yYF5-vl`;5`|Pt%tPck{=S5en
zSdpGR3tHJ#hm)Uv`e__$z<>dteDX=9%6L9JfHdCn)?07I^Cbs8*x8a1d?i4D0D*i2
z<VEvwHVXj)1PBlyK!5-N0t5&UAV8pA0`j8uk~c2_0t5&UAV7cs0RjXF5NK$DZskRn
zE?pXfh2h|Y6He&7_H?T7zylBLT+sQ<g%@5JhduY)b2}H5oCz7oSRW2T*s`P`e7)d;
z3u4X9H{aa3pybS>k3Jgf!$Hn@(JQaKGR}VV(MOl`)~&DU4V^S;QkHwudEMXs_P3R8
z>A}uc8p?SB1PBo5QvrF=KIJty0RjXF5FkK+009C72oNAZpzZ?lqIKT_4G<tefB*pk
z1PBlyK!5;&MifZL3rCC?QDq4qee}`r;lpFBF&r#fw5W4^I#qbxb=P$+C^-|J?YY}-
zyTxJW&YfFQQ1)y3{q?{9{qIX^!kB{x4~}E5T)DEOp!3)8{`XiP4sy<m4jVQs&i=v+
zFLZ7%`<Vj{I3N!7&O7g9xpBvi9r2d1#g%U9?#@;k$9Vz-2oUIN0eR8B7B)Ts0t5&U
zAV7cs0RjXF5FkLHz5?>1_4PM90RjXF5FkK+009C72oPvcfiCl+;Z5$#mMsg(&;I@U
z$5dfBxcu_V%Pu*cDx5ugcG;Tr$&!bKZripkeYMhYcw}g7X2OICC1q>Zu8mg*4H^{U
zqa_7pzlK-a$Gh^(i+=w3=W*U}uxZn#vh8I#8SYIF74|O6U7;pC2{zss;-h8n>h8{#
z9mGij1PBnwK|o$K2V_$aAV7cs0RjXF5FkK+009C7>L?&DT1R|S6Cgl<009C72oNAZ
zfB=EU6-ehrLt=2i|NqmkU%wb5OdtI6m%pqO!c3<M!~5&Il$k$&ejIt|(4k${Ck21}
z;~(Q)o!@%DV8McT^?Tp@UdAy)?lj(&XI?ZsrZvtR9*df>+p=XJeDFaWDm-YkY)#pd
zW5$e$H?CQ;rff}jced;xP7)wMfItoc@}fB)n}PrV0t5&UAV7cs0RjXF5Fk)T0eR6n
z;+vWP0RjXF5FkK+009C72sExhNnSLD1}hyLa>yZb=FF+G-gK()(@#IGQkh(O>ZzyV
zTt^;xWS8|x!Q#b><6YsPB)t0c(@)2%r=50M#xbwB;)-}zo_Wz{o_QwDd&Ch(WbC$V
z+5i6U|Hh%h!7g8X2BtncfAL92gVT2{S+b<;;N9KXvV%BDfB*pkIS9y$=74Mp0t5&U
zAV7cs0RjXF5FkK+Kph3-MeB%fY61iZ5FkK+009C72oNC9xB^|~MMJ9a;DZl7`Q(#t
zz4g`)Km4#Hnb~>a=~UropMBQ3pybSh4?Y;fiYK0UV#(D?UstSH5$_5IC9hC_;DHC?
z)k%{kRT`w^e3~N9ylBq^N}5l;KK$^*ap65a2wB{+gLijl%MRis0RjXF<RBm~ngg;a
z2oNAZfB*pk1PBlyK!5;&#uC`Ref!LrGp9_Ma>^;E{P@Q|{@Krd7XD9xS6+Fgy}i9p
z7joZy_Z^q|Y}vA<Cez7_)`Za@1PBlyK!5-N0t5&UAV8qi1kxeNZ-4vSy<dJhRrvYm
zpLaQ6I@@{DNhft#pA@WIxiX!HZ0NjbS|EF3wk*{B_urpp>Dh6Xyl9r4E!&}!1PBly
zkb{7{Xb#AxAV7cs0RjXF5FkK+009C78c5*PS6@BhgcE*L?lXS;_)32j@BIRoFJE3V
zr@UzIRgFM^009C72oNAZfB*pk1PJt4Ae|Q-F=9lI$B8#~H!s?=_tC%m?z`zQWXV%c
z(_@}~`suN^>IY5mKKkj?r$?6XH?HdI?e5j??re9*S5JTd0RpuWkQc3$q;UukAV7cs
z0RjXF5FkK+0D&eD2!A;*32k=%8Xh!S^Oc4tm!5IP86|Vci`LxPfCLB-AV7cs0RjXF
z5FkK+Kz4z;=SAnwpC2QRd+oJX#?HfAW8z&09B@F%UFk88IO2$stChZnchJN!Yxq9;
ztFF2#4*T45&vl-C(V|7MV91amoeQ#`S+HP19O}RW56pgJmP&ciEJ|t!5Fk(l0eR6P
z?1CN$5FkK+009C72oNAZfB=Ca2!y}D$HeA@2@_s_{q?O|w}xj>Y}&MG)~s1S`N>b>
z)m5uj)wbb>9(pJleCpJxaTa;e+9Df`009C72oNAZfB*pk1PBo5mO$O}qHEW#jS<Ii
z(AL(LrT<%Ry*1u-^2sNc+>#!1*IjoldHQHcar_!`r*X_mdC|{4`z+QReDJ~X-YN&-
z0jKenvU$<)ZueLa4#FR)s*G0sQo6k`R7T9|W5%oUqLIP@0RjXHE+8*j@D0))0RjXF
z5FkK+009C72oNBUk3jf;2PRIOm}E7>!RF1IOXgj-Ze5IwUVQPzC0Bd%HKb3Id2hSz
zwzuDYTVAv`nC>M&fB*pk1PBlyK!5-N0t9L$Q1`rO_;XE&bjHBsym|AoEbaT>|9-sX
zjyvusxh0Ib+ittXf-L`0@WzcBV|_TNlot*E-Ek}nQ<ThG_G^fh##_qfMZ;aghYyc6
zFTVI<*>N(S+;h)8<4~`?_FBffvXse-W>Hc@fB=Ca2*`^TVHfm3fB*pk1PBlyK!5-N
z0t5)uT_7FQT(V?I*?#8CnG?gDt5>fsThrZ>;s2yK`|PvBu;a#!+qP|6x(&}4?JlNz
z0t5&UAV7cs0RjXF5FkLHh5~iZi-xsaaKQyJ;&{<T7j?P1_3PKi`f#v(`SQ-UoO|xM
zvF7&MZ|_`Ca^{IAo{06~pi*8m+_lRtyTr;6A1xWD<ZDT*mGYwDWi)ZjV~;(yWRPxs
zz2b^1;!vHRyxOgyN{Z!0OF(=jK!8AD1>{8wyEPgkK!5-N0t5&UAV7cs0RjZ_6u9P^
zYmzMJFMjchO7n(n=ZPntn3PSMHmy=wx6VKQ_~Xfd^XJbGH_D54OHVNY0t5&UAV7cs
z0RjXF5FpTZ0!7G+zW(~_G2+;-U%w3-HdJ5ll~-OF>-XDlzp};Ys7!d|=8hdZ%9bT3
z!=HoFFQX5GSILVWb<|OD_E%qhwaT#J()HJ0AB)35rMzhPZ<f<#3l}b|K5Uh%D_5>e
z54C8~qAJDRx+E{!EiT0b2oR{FK>A;T;a>_fXU?o+Go~g$fB*pk1PBlyK!5-N0t5)u
zMIij;fAr|lNpAC*XP&9j!`*k^os^w%#u-)0GG1D<W=%5M<jIqhTjWJE(kUZAfB*pk
z1PBlyK!5-N0tEV6pa^-<u*UCx_q#FWIAOwsDy#nR!w+L+IQY|_{#2>>Ti^Otti0~J
z>nfFn^Y`3yPpnK1s^mrQy6di39RAi+W!Mni?BBnCEDi^i@}gmo^Ups&R(}2KU*EK8
zQ<agcUrIl(wU<MsCz2OUYd9uAfIyK2<VB0TJ9;BPfB*pk1PBlyK!5-N0tE6ASi5#@
zlG_abtn@Paq?5UG=f=ujzArw6RL?u_yfE6BF=IAw-kgjtFPhJen}q-Y0t5&UAV7cs
z0RjXF5a?2%AbHVu-+ecxCBwnR7hfFysM5Ll5Ek8i_uXUV$dMyE*Tge(=FEwe;UMHZ
z<E8Y$^y$;nWyx`syy&N&ewwZiua!xU7LUVUpN0(^maYuPRq~?Y4@Z0LwO6d)XP<qR
zEn5~x>wFL>LN2uP`EX|I)~(_8^ic1-^G?~y^vN*YRaag0)?06-Po|IMMbjFN2@oJq
zWC3~6BJYmg2oNAZfB*pk1PBlyK!5;&d<4Slw_*yk`Xd_R6G21$M<0FEoA#c1>ZxSX
zKmYm9aU6NkNa2700RjXF5FkK+009C72oR{RKtb}N0pX52?uZe`a1fpj8s49~apT5t
zslB~@`SRr<&6s{%=g^@;Kl|*n>Ux)6dTDyhV~;)d%{SlNwryLutF5gq{E24#`0+`>
z9((L@)>&u8;wpL3aPNQo$A84iaB$&;7lyE9Xfj+1gNN+vq)C&Kg8lZ}@60pLjKx**
zqT$}9OPB7l%Pz4v9E6tU&6}4Xgn|$R4HG^5@WUY}8?Fu+G9;WV`w4&D3O?zfPCDtN
z@GRC(KKUdDal?Nly=v8}*|TR~d+oKM&!jj^S9ZW~QeL!@jPnEt5Ga~}ylByOL_Y)w
z5FkK+009C72oNAZfI$8NFTeb9%!?*}z^~LpNR!6O#fukLD(mum_zQe8&Lx*z68{t*
z?vfYnl1>2u0t5&UAV7cs0RjXF5Fn6`KymV-VZFcq{qNHe$12C+`I+HWGF=jdKgfhf
zl~x%ixio0dp!eT@|F+w1i<Q;$qT9D`KlIQ;V{xT}&}4WR>Ey|iV?p)2XjsmQ6)VCU
z<YRsHgDQE^FjNTBe(!tVt3E>KtMZ~<{-_iXAV8q_0`j88-y<CoAV7cs0RjXF5FkK+
z009DhEf8KVmZUe2JMOsZbM4r%Bj!b4dF7Sr#g(px|3BiQi!KV|j2bm+{rdIkvL5F}
zZ@>Na(<^-b^<V#W-+lM}>Q}!S{>~pBwUM6AF#!Su2oNAZfB*pk1PBlyK%kO9q4J`k
z$?)d%5hF%)&N0R_{rdI0{PN4g(?Kh(sPp*{{@iW1-Qox(2ZtYic=CRk?0L~JMQGss
z^Up6CD*ZM52`4<jGgNjfFB<AY7<I~&DFX)%OpjLfxO!eR3>E%7^@l(FVfgUjWp6Kg
zQeHH;`4AvLpwR{7MH_tw^-q8R0RjXF5FkK+009C72=rdykw+d$QlMkUj;%gg_*;6+
zi_V%gt9o&ztKoSO$sjXk%qXepabEP-zy5W27h9E2^6oHs(GqZ92@oJafB*pk1PBly
zK!5;&N&-d8iza=3@WBVa``zzOJn_U~!-j=FbcE-BhQEh|*S<gT#1lyfv(j=Zoe%NO
zM<0E3;>3wzz>qi{Ja}-3iC%WuWeXN8h_`erFPhvH-sgV(_17PL^wA-@8HNonwLj{p
zqeAB^SFVi1b~i7Y+!#`$FTVKVZ-4vSFkmuxcvXFP#r$E19X5Xa_^DH;hX2MnzNbFU
zRrVnKrR%---n-?NTf*}9-+%vr8Cnhh45NMXo8Jt7zY33Fz3Z;KLbxbA4YlkD$w}{{
zuY%(e0RjXHB_J<asO``U0RjXF5FkK+009C72oNAp7lDT#emDtmjvF_wdIRaa=**cj
zs~4BO8XhPb9xEEAyWoNg!e}Km@}eamz7ilnfB*pk1PBlyK!5-N0t5&UAV7cs0RlA<
zkQc29qd^D|AV7cs0RjXF5FkK+0D*=U2oIo0@}i?hkFLIuUcQe$1VkrInv~3yyw0p-
zI(g9&5MK!pAV7cs0RjXF5FkK+009C72oNAZfB=D-2*``pgwY@b2oNAZfB*pk1PBly
zK!89)3xqezCmGK0&-V8ADr?!id2_6M=bd+|RF=IIUKW<z9-e4gwxGv((eP@p^DBJ9
zjNzqV;gxDT?X;8k(U)a+k^lh$1PBlyK!5-N0t5&UAV7cs0RjXFG`)blXwz@81ri`Y
zfB*pk1PBlyK!5-N0$mEEQ<@<WTBZKuk3Wui(bcP0SE=lLY0H)^#~pWExc&6gPp_0p
zO?MLNI}g%>GuK>mO-PC+A9>Lp0J?<$0RjXF5FkK+009C72oNAZfB*pk1PC;NfV^lE
zY@#I)AV7cs0RjXF5FkK+009EM6iBB)mo8meWwd$o=Eb~dck`U<)~$>8hTv$~&#}iI
z8*4_58kN+XbIv(cTI%wWyl9t13J4G&K!5-N0t5&UAV7cs0RjXF5FkK+K+_Azi#Gih
zTOa`f1PBlyK!5-N0t5&UAkd{iM@Pr#(W8@~=8PFLs?<-LHZ3VT?X=UXl$E`d&WpxS
zXqJPs&N{2?fEiE9i)MsUMt}eT0t5&UAV7cs0RjXF5FkK+009C7npi+yw23#@(g+YB
zK!5-N0t5&UAV7csf$RcTUww5F-8}ES^D5mHVx?opj!nw$y6dh=WtGm$i&m0xo&W&?
z1PBlyK!5-N0t5&UAV7cs0RjXF5a??GdC|TWHa-CY1PBlyK!5-N0t5&UAkYv33l=Ph
zkNRA;Y+2c!=gyrQYgVpYS+=H^Cl@YU7^m30d2=sEOK$gk(V8$Cga82o1PBlyK!5-N
z0t5&UAV7cs0RjXFG_-)cXhUzG<_QoWK!5-N0t5&UAV7csfm#WKXNOLhFd@lmhIh?x
z*|Mc%<n`;<pLEhmNx_8|URZLqR$t$K`|X$)?c77pW|0@|nVY)^5FkK+009C72oNAZ
zfB*pk1PBlyK!89q3CN2!({5S|0RjXF5FkK+009C72oNC98-esAMkh|3IDh{9wzjq~
z;MT2M!=F&%o9IKHbNTY+WhV+x1U>GH&$G`yTehb9NqN!gKCTiVK!5-N0t5&UAV7cs
z0RjXF5FkK+009C$6Ob3}nVY)^5FkK+009C72oNAZfB=D}6nN~h$KvBXD;><5HLKFv
zLtZrA^~^KRR4S`-US6~cj!Ogx5FkK+009C72oNAZfB*pk1PBlyK!8Ax1>{A0Oy@=d
z1PBlyK!5-N0t5&UAV8og1!m8lJ!Z_982d~gg!j?E_10TeRxK}D1;-@<1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkLHjso(cb;LI{0RjXF5FkK+009C72oNApOo8wk`WIe!Ve;h3
z<Hn5}HEPs^2@|GHo%-_2FYnl~qk6;gqSbv|B|v}x0RjXF5FkK+009C72oNAZfB*pk
z1nMOqFIq2o^AaFHfB*pk1PBlyK!5-N0tE6AxaOK`cKYJezkmOHCN&EI0t5&UAV7cs
z0RjXF5FkK+009C72oNApC;@rVLT!g;2oNAZfB*pk1PBlyK!5-N0yP(q7p*y|0SOQw
zK!5-N0t5&UAV7cs0RjXF5FkK+K*I^hi#FVrX_x>30t5&UAV7cs0RjXF5FpSk0eR7G
zaVaK1fB*pk1PBlyK!5-N0t5&UAV7cs0Rl}aATQdK+iFn+2oNAZfB*pk1PBlyK!5;&
zC?GEyDI5?WK!5-N0t5&UAV7cs0RjXF5FkK+0D<fR+qZ9@IdkTeDN{~4<&+=)_{Tr{
z+0Sme>84j+d8NI*J^LU%sJ!pK`;JR}wrttbgF!mqA}`w6#2Eqv2oNAZfB*pk1PBly
zK!89q3CN2!({5S|0RjXF5FkK+009C72oNAZfB*pk1PJ6K@an6to^ZkmKPvYbKYsk;
z#f$r>jpfUim&_?I+DFueB|v}x0RjXF5FkK+009C72sD|1yl9hcsO1nKK!5-N0t5&U
zAV7cs0RjXF5FkK+Kwk??pFX`LwAuM<c+hCg+XzoCJ>!fsO6HOmt+}%S2@oJafB*pk
z1PBlyK!5-N0!=9(FWQvbYEc9T5FkK+009C72oNAZfB*pk1PBly&_@D`7A=a2%?T4G
zy#D&@TeoiQ=;+wAY16D(vwrfEpTw)HR;{XS4-Y-`P%`+`sZ--D@}jjxHW~o}1PBly
zK!5-N0t5&UAV8p51>{AWb!V-M009C72oNAZfB*pk1PBlyK!5-N0t9L<5OSdtCr(VV
zn&Dvc=FKHjtXsD(Mn*5b_~MeQz4;o_r^&px-FDmCZ@(=s+8a#w5+Fc;009C72oNAZ
zfB*pk1X@r)UbF=_-I56qAV7cs0RjXF5FkK+009C72oNAZpl1T<pyrY#OUe#1XU?1$
z=3Kpcb=jKko(wtFv(G*|3_EVzxNY0ErQ7g)(e7fZCqRGz0RjXF5FkK+009C72(+ev
zyl89gyHyh)K!5-N0t5&UAV7cs0RjXF5FkK+Ko11MAJvmA=r4Zpi%PeLZ0Ct5o|u$P
zn>MXdS+~wV{`lj`fb-|i4>!t-c1uq&0RjXF5FkK+009C72oNAZfItwC7xgnBK!5-N
z0t5&UAV7cs0RjXF5FkK+009D71VRvW^ytw^Zu6OEo~d%n-FM%el$~+L8CA+MURtwe
zO)}c#$&-^?<V7>mDI-9D009C72oNAZfB*pk1PBm_0`j7f!T|vS1PBlyK!5-N0t5&U
zAV7cs0RjXF5U3)scJ10Ew;BFf>1FiE?Q`eOjg`H8UwjCuo_F4PVYD%0#%$iaIT>GG
zw8}QQM1TMR0t5&UAV7cs0RjXF5Fk)iKwh*gi<1Nh5FkK+009C72oNAZfB*pk1PBly
zK%him(V|5$1-fa|rjo1aukneXq5h+fK1yHe?(tJkJ(W!Q=Rf~B-YYK}DI5?WK!5-N
z0t5&UAV7cs0RjXFWE7AW%?PE8009C72oNAZfB*pk1PBlyK!5-N0t8xI;N_QJj(O4c
z_Vy|oAx#=97cX91rLy{^Pd@o18RwEqE(s4Bjm16Ai_V!d=eHF;=bUrS|M!2NFMa7t
zJMFa7%$YOebPfm*AV7cs0RjXF5FkK+009C7nm|Bav<WuR5(p3=K!5-N0t5&UAV7cs
z0RjXF5FkJx2Z8C+rzh#n<BmJ7`gA*X?1*{MS6+FgdU2(zAs~9uMHhu}MvWS^e*OA%
zS&#Fgk390ox4Qbsi>9d^6Cgl<009C72oNAZfB*pk1e!)bUbJbp(n1IjAV7cs0RjXF
z5FkK+009C72oNAZpic!t*fL3hjvYI;`a~h>8S|pEX3eTzT<Pj_&pnq6GGoS!k{Wr@
z5)fYr5FkK+009C72oNAZfB*pk1iBQE7wwWr0RaL82oNAZfB*pk1PBlyK!5-N0t5&U
z2m%j3{BRQB95-%Ub&zykv}Z4N4-XU#j};BmU2wq#={M0Q^U8}>_ji>50RjXF5FkK+
z009C72oNAZptFFyXlD~=2oNAZfB*pk1PBlyK!5-N0t5&UAV7dXXMrc4cp}M*jvhU_
z^VRg3UcQe$1VkrInv~4-(MKPpM^27=oEHtxEIq!$=Z8Q1;Q{~m@jm*_;LZ>rK!5-N
z0t5&UAV7cs0RjY?KtNu!2{zFZ2oNAZfB*pk1PBlyK!5-N0t5&UAV44of$(PeB*Pj0
z+1}n>WyZ~$H^<6%-g&1=W!XzFzW8Etdw8O0*@7PDMazzsoczmQ{<2f*)3e8-RvF(V
z0t5&UAV7cs0RjXF5FkK+0D<}n$cxt3-|Pek5FkK+009C72oNAZfB*pk1PBly&?o}w
zlx9eTR%!d=k3Wui(bcP0SE=lLY0H)^#~pWExc&6gPp_0pO?MLNI}g%>GxDN6KywQL
z0t5&UAV7cs0RjXF5FkLHfdu458)&n%N`L?X0t5&UAV7cs0RjXF5FkK+009DZ6iBB)
zmo8merIUH{=Eb~dck`U<)~$>8hTv$~&#}iI8*4_58kN+XbIv(cTI%wWyl9t13J4G&
zK!5-N0t5&UAV7cs0RjyzATQd`+oyQ~1PBlyK!5-N0t5&UAV7cs0RjXF5XeoSqoZT=
z=+Q|~bH<DrRpy;GZCX-x+G(d%DJy#^ofnOv&@2aMopn~(0W+SI7tIKzi~s=w1PBly
zK!5-N0t5&UAkd%!@}dp8aoQ$8fB*pk1PBlyK!5-N0t5&UAV7csf&2xozWVAUx_RDt
z=T(|L#7f7G9h;Qhb=O^$$|{|g7p)}YJOKg(2oNAZfB*pk1PBlyK!8AR1ms0~qvu`%
z1PBlyK!5-N0t5&UAV7cs0RjXF5NIiZ1q&9$M}00^wyf;h=gyrQYgVpYS+=H^Cl@YU
z7^m30d2=sEOK$gk(V8$Cga82o1PBlyK!5-N0t5&UAW&EVdC|gdjm8KNAV7cs0RjXF
z5FkK+009C72oNAZplAZ&*`X6AOh~et;a&4vwrnZsaQ*uAC!KUsQgGpg7nWSD)z`P*
zemmwxJNMADS>#1~=H@N}1PBlyK!5-N0t5&UAV7dXqX@{0Hp))vlK=q%1PBlyK!5-N
z0t5&UAV7cs0RjYyAdr5<=){Q==g*(t*47pp+q!jYh+M`u(T6<e^5x6RHXNP^dfXSE
zXP<qxY)$o(@}kv!TqQt&009C72oNAZfB*pk1PBo5EFdr1*~A$F1PBlyK!5-N0t5&U
zAV7cs0RjXF5Fk)R;IYRZi;wrLbTDhytV$z<ylA}ZnP;A<R95A@yl531mk1CbK!5-N
z0t5&UAV7cs0RjZd3doC=WpR=K0RjXF5FkK+009C72oNAZfB*pk1PD|Sm_2*;m@#8w
z>@$53-beq|TW?jlS6;LVj!Ogx5FkK+009C72oNAZfB*pkeIy_++DEX4B|v}x0RjXF
z5FkK+009C72oNAZfB=E!76`AQf8m7}CQqI`Zrr$0qee}bFk$M{sV~3$@{S!lsxMq#
zw7QS01PBlyK!5-N0t5&UAV7cs0Rnv?ATQb%s>UQhfB*pk1PBlyK!5-N0t5&UAV7cs
z0RoLB@Rz^*WvA3<=FFLm)xT~D5FkK+009C72oNAZfB*pk1gZ<ji&pn>l>h+(1PBly
zK!5-N0t5&UAV7cs0RjXFw1R-VXe;cpH4-2|fB*pk1PBlyK!5-N0<A0{FWSnxZ|wvK
z5FkK+009C72oNAZfB*pk1PBlyKp+v27xhaZK!5-N0t5&UAV7cs0RjXFG`E1fXmjtc
z)e#^-fB*pk1PBlyK!5-N0t5&UAV7csfh+>@qFI#G5FkK+009C72oNAZfB*pk1R7UB
zUbJ!dPUi#&5FkK+009C72oNAZfB*pk1PBlyK%iCv@}jkpG!6j*1PBlyK!5-N0t5&U
zAV8p)0`j88+!tLDAV7cs0RjXF5FkK+009C72oNAZfB=C!1>{BZ)HW9Z0t5&UAV7cs
z0RjXF5FkJxe*t;X{LRfsfB*pk1PBlyK!5-N0t5(@6=-j7pFe;80}niK!wolFef8Bh
z-gx7qk3PD1@#2n-j<WSm5+Fc;009Cu6p$CKA*P`S5FkK+009C72oNAZfB*pk1r(4M
zE#RhTi2wlt1PBlyK!5-N0t5)On!rmhy>#lSr+(!tU)ibLXV|b|=bd-n!i5W4jm3Hi
z5FkK+K%N5fqIqhYivR%v1PBlyK!5-N0t5&UAdtU+ylDRBW+Xs>009C72oNAZfB*pk
z1fsyadGkh&99b?UTISsG#~=UUhabj!8|dJWLk=16#pnL}?{A>awMu{h0RpWfATQcF
zdu^oz2oNAZfB*pk1PBlyK!8AN3doDL=Du4s0RjXF5FkK+009C72oR{dKzRFnc<Frq
z{{71YLo1&eG-%MYY18W7e773-;DZm+3p((?1G{y*VgdvR5Fn6`fV^lv&SoJ%fB*pk
z1PBlyK!5-N0t5)uOF&+<Uh?K8K!5-N0t5&UAV7cs0RpWo(AL&=^2sNsQ<U90{`Y_X
z_l}N^MgjcIZ+=s<y7%9IzfqdkCjkNk2(*rXylCs}wUrVeK!5-N0t5&UAV7cs0RpWl
zATQdQ`)<_)2oNAZfB*pk1PBlyK%kBSA?o?lpZ>HYLfPG~S6p#L9hZ=O>h0UN4;(l!
zS>1>cBa(wjlO|;!K_vkK1PBnwM?hXQA7`@=AV7cs0RjXF5FkK+009C7>LnmAS}%F?
z5+Fc;009C72oNAZfB=D(6__$*N_W$tW$XX&hd&hG@cHMTPntjY;Dh6f=|h4vJYlu?
z&Fhc=0RjYCN<dz;rMBB*2@oJafB*pk1PBlyK!5;&78H;dZNW{qWC8>T5FkK+009C7
z2oNApM}b9)77Z9MpltrLyC?V9V~=&~*41$>S*HH}_rIU4>wyOz2=yT~ntXlkx#zOn
zu7&^s0t5);CLk}G8?}iD5FkK+009C72oNAZfB*pkbrFyktqZ$J2@oJafB*pk1PBly
zK!8BY3jFYgKkRNUv`YO27hF(e$u(=%#O60`+7w!S@WBU@Ge;hIWRW}98vz0Y2(+Mp
zyl4w<x+N1JK!5-N0t5&UAV7cs0Rk;0ATQcd+ikG~2oNAZfB*pk1PBlyK%l+?^XAQq
z`N^6b?6S))YuB!=@1m;AK6UEUWSOU)dTLU(dGqGD@Q^00a<5AS2oNAZAZG!2(VW3e
zM}PnU0t5&UAV7cs0RjXF5Xf0TUNmQL(-9y*fB*pk1PBlyK!5;&Ru(w_{PSa4vQ`KG
z^<V#0Owx{yjy?C>Gg;>AufHCfoH%h}a`J{7Zipux5FkK+0D-y-$cxr}3p7B0009C7
z2oNAZfB*pk1PBo5QvrF=KIJty0RjXF5FkK+009C72oNBU7TA05y=xT{jpO{_2R}$p
zQJmw~UVANRa_G>ZAv+oyd*h8alJg-=nm!*391tKtfB=EI2*``ph25kC2oNAZfB*pk
z1PBlyK!5;&+yvxBbE7s90RjXF5FkK+009C72oPv-ffXxO#E@qV55D~6FSob17tnUX
zgbB$qOP(VdGNK_tnp_H*(gJp_B?1Hp5NJ&SdC}I~cdI5qfB*pk1PBlyK!5-N0t8w|
zKwh+U_S#Ab5FkK+009C72oNAZfIxi(o`3%N8pcG^LoHjjtiDU@Jp0Ct8)JuS)~qQh
zm^yW8ay4X1OD_3JfB*pk1nMOqFIq2o^AaFHfB*pk1PBlyK!5-N0tE6AkQdFz*(?MI
z5FkK+009C72oNAZfWUqC-4`R2wLK`{Q#$Xx_ugcUBS((xy!9bL8U;eKv~z(o1PBly
zKp=ksdC~mM%}9U%0RjXF5FkK+009C72oT6qKwdOYZF3PIK!5-N0t5&UAV7csfmRmy
z@BjYq7?P~*!K_)ciUzy?{`)6ueD>LA%l3BUkw+#4Ax2xaz)1oG2oNBUvw*y4&fuma
zK!5-N0t5&UAV7cs0RjXF<SZaBnlrfR2oNAZfB*pk1PBlyK!8BY3OxAWgSCx`#?j`^
zom(i?_uhLi>22qocW!HIE8E+Q88eca0}eQ#Y=M&m2oNAZAZG!2(VW3eM}PnU0t5&U
zAV7cs0RjXF5Xf0TUNmQL(-9y*fB*pk1PBlyK!5;&mKAvAl~-cIv$hB8)~zd)>ctmd
zoGkF7i!Q3vSjdrvG-*=y{`>D&Ds!Fy0RjXF<R&05nj5u=2oNAZfB*pk1PBlyK!5-N
z0(B9P7p)7sNeK`jK!5-N0t5&UAV7dX3krPx`RD!n_pfbIG>rC-|M-uE!b}H2`}ONL
zpz<eD{OVV~D%27*Lx2DQ0<9?^FWQ>>Zq)<`5FkK+009C72oNAZfI#aA$cwhlURx;v
z0t5&UAV7cs0RjXF5U9Jrp@$wCLz1;Rm@r{N-Pe_F;Mr%N?e5YB4jfqNwe{(d9TOlx
zfB=C$6_6M0Q(l7;AV7cs0RjXF5FkK+009C7>MkHJTK6r`009C72oNAZfB*pk1PBml
z9f2uRrgS$;*=7Co>C+1Zc*GG$blG#~f*CVr6lxWkAwYltfff{y7j3~!w`2kY2oNAZ
zfB*pk1PBlyK%k`r<V9O*yDgRg0RjXF5FkK+009C72-H_#?b@}21`X<*mhADFz4zXG
z`}XbiT~vDZk3RY+u4U=crRhs$kEc$Zn$(XRIkIellLQD5AV45D0eR8fs7*wG009C7
z2oNAZfB*pk1PBnQi-5dnUD!=ZfB*pk1PBlyK!5-N0t8xC;Mc$Ybxc(D{@~6#?<|z$
z_19mYENY*9_Q}%N^5x4T!kRT}vfQGE009C72=tMFyl5Z68kPV70t5&UAV7cs0RjXF
z5Fk(x0eR7aY=kxl5FkK+009C72oNAZfIy1~Y}l}2`0(K|B-xvT?|kPw?d|QwaSP4t
zvBw_Cif*~(mW++<zyJQpEjQe7L&jT_5g<T-0D-;`kQeO>Rbvt$K!5-N0t5&UAV7cs
z0RjYyBOotYoW0Nq0RjXF5FkK+009C72oPuyf!VWX4;V0@H%ZZO?^nL^l`JoO&yzGA
zvstxjRmQ1rzy0=vV$VJI?C9voc$YE)1PBlyP;-IwzsSPBn`X|OS@S6jNPqwV0t5&U
zAV7cs0RjXF5Fk)T0eR6n;+vWP0RjXF5FkK+009C72(+xg{rBJhr7wM{$C1%pcG=~n
zmtHEG-q^8YlNB9w&_UUITfKU9ba?Hx*RtQJk^lh$1PIhtKwh-Ao<<`;fB*pk1PBly
zK!5-N0t5&YO+a3>Xgi`G0t5&UAV7cs0RjXF5FpSZ0*^fM$iRUEV^lKx!S1{79-dHI
zG^Gt2HpC^|dFP$oYVVLk4oU7k`Q($kb)#Ye1PBlyP(uNE(HdeJiU0uu1PBlyK!5-N
z0t5&UAW%R7dC>xHik1ivAV7cs0RjXF5FkK+K#K^x`R1G9QJgVmndM;Q$dP~j>t74#
zbI(2Z#Qs12_~UMMc=z3R$9p$!+}N#q6%!ypfB=D73CN4qO42w42oNAZfB*pk1PBly
zK!5;&VhYHM7IR;8MSuVS0t5&UAV7cs0RjYCM4+v$?WUV<`s!D|8UvG+4h}r<!0;CP
zj*gBNk+Dny1PBlykh6fiXwKlKBS3%v0RjXF5FkK+009C72;?jvFPbyB=?D-YK!5-N
z0t5&UAV7csfzARUHTvX}PyYPpKi_xXef#z67bBws1`Ig(;DgUS_uN1I=}+zL?VWFQ
zh5!Kq1PBnQm4Lixtt5>@fB*pk1PBlyK!5-N0t5&UD5ikCXfgLiR|E(UAV7cs0RjXF
z5FkLHWd*iw-MW1F@^{~Tcg2bo+qZ9TSqBRzK!5-N0yzuFi{=b&Isya;5FkK+009C7
z2oNAZfI!Xy@}fC|n~neh0t5&UAV7cs0RjXF5FkK+009C72oz92UbKLlq9p<Z2oNAZ
zfB*pk1PBlyK!89E1>{9*h-oMS1PBlyK!5-N0t5&UAV7cs0RjXF5FpT?0`j5_x^dbj
zK!5-N0t5&UAV7cs0RjXFWE7AW%?PE8009C72oNAZfB*pk1PBlyK!5-N0t5&&v4Fg2
z6K}4i5g<T-009C72oNAZfB*pk1cHFPsGk7=0t5&UAV7cs0RjXF5FkK+009C72oNA3
zFX}fyfB*pk1PBlyK!5-N0t5&UXl?;{(dOP?t0O>w009C72oNAZfB*pk1PBlyK!5-N
z0$Bv)MYAZWAwYlt0RjXF5FkK+009C72sEyMylCU@oz4jmAV7cs0RjXF5FkK+009C7
z2oNAZfIzJT<V9;GX&eFs2oNAZfB*pk1PBlyK!89o1>{AGxi7jRK!5-N0t5&UAV7cs
z0RjXF5FkK+009Dd3doD*sckL-1PBlyK!5-N0t5&UAV7dX{sQu%`J0=O009C72oNAZ
zfB*pk1PBlyK!5-N0t5&YO+a3>Xgi`G0t5&UAV7cs0RjXF5FkK+Ky3x&MQiJ6Gy((&
z5FkK+009C72oNAZfB*pk1PBly(1-%^qK&v~dL}@C009C72oNAZfB*pk1PEjokQdEv
zrIG*v0t5&UAV7cs0RjXF5FkK+009C72sEpJylAuTtaT9}K!5-N0t5&UAV7cs0RjXP
z0eMls1OfyI5FkK+009C72oNAZfB*pk1PBlyKtNv9Z-4*+0t5&UAV7cs0RjXF5FpUp
z0`j8Gy}wpRfB*pk1PBlyK!5-N0t5&UAV7cs0RjZF2*`_OQBp&I009C72oNAZfB*pk
z1PBmlTmgB}#@#!e6Cgl<009C72oNAZfB*pk1PBlyK!5;&S_#OD)=JVi1PBlyK!5-N
z0t5&UAV7csfno~CixzWVbVYyw0RjXF5FkK+009C72oNAZfB*pk1o9M+7tK@KTm%RZ
zAV7cs0RjXF5FkK+0D=4k<VEv0HzNT81PBlyK!5-N0t5&UAV7cs0RjXF5Ga~}ylByO
zL_Y)w5FkK+009C72oNAZfB=Eo3doDr*3)PN2oNAZfB*pk1PBlyK!5-N0t5&UAV8oI
z1>{8=ao6-rfB*pk1PBlyK!5-N0t5&U$Sxo+n%znz0RjXF5FkK+009C72oNAZfB*pk
z1PBmlRsng@X5CrqB0zuu0RjXF5FkK+009C72qXgXqJ9Yk2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7eCyr|y*0RjXF5FkK+009C72oNAZpt%L)MVotnt&RWz0t5&UAV7cs0RjXF
z5FkK+009C72xJkE7tNxih5!Kq1PBlyK!5-N0t5&UAker1@}iBqcRD9PfB*pk1PBly
zK!5-N0t5&UAV7cs0RpuWkQc3$q;UukAV7cs0RjXF5FkK+009EU6p$A!=Dz5P009C7
z2oNAZfB*pk1PBlyK!5-N0t5);DIhPJr?$BW5FkK+009C72oNAZfB*pk`3uO4=5KCB
z0t5&UAV7cs0RjXF5FkK+009C72oNApGy!?hqV0%&2oNAZfB*pk1PBlyK!5-N0<{&8
z7p<+Q(FhPAK!5-N0t5&UAV7cs0RjXF5FkK+KqCssi#Fn}>6ril0t5&UAV7cs0RjXF
z5Fn6UKwdPvl}Z8x2oNAZfB*pk1PBlyK!5-N0t5&UAkeG=@}kYUv(`m`009C72oNAZ
zfB*pk1PBmF1ms2i5(p3=K!5-N0t5&UAV7cs0RjXF5FkK+00DVXzX1XS2oNAZfB*pk
z1PBlyK!8AV3&@K$_x@TP0RjXF5FkK+009C72oNAZfB*pk1PBnwA|NlCMM(_-0t5&U
zAV7cs0RjXF5FkLHaRuZ>8+Y$?PJjRb0t5&UAV7cs0RjXF5FkK+009C7Y9$~qS}RH8
z5FkK+009C72oNAZfB*pk1d1sjFIvof(G>v#1PBlyK!5-N0t5&UAV7cs0RjXF5Xe(N
zUNlc_a}gjwfB*pk1PBlyK!5-N0tE6GkQdG0+>8VW5FkK+009C72oNAZfB*pk1PBly
zK%i&>@}foC5&aM#K!5-N0t5&UAV7cs0RjYSD<CggTTi1AAV7cs0RjXF5FkK+009C7
z2oNAZfB=C;6p$Bf#9h-f0RjXF5FkK+009C72oNAZAiIFPXm%@=1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkLHSq0=pn{{WcivR%v1PBlyK!5-N0t5&UAdm>ii~1!HAV7cs0RjXF
z5FkK+009C72oNAZfB*pk@}hnN1PBlyK!5-N0t5&UAV7csf#w#F7j5qSwK@U>2oNAZ
zfB*pk1PBlyK!5-N0t5&UAdp2sUNno68Uh3e5FkK+009C72oNAZfI#C4$cr}a-szkG
z0RjXF5FkK+009C72sE+4Q%^nB#H+J30t5&UAW%R7dC>xHik1ivAV7cs0RjXF5FkK+
z009Cu6p$CKA*P`S5FkK+009C72oNAZfB=D-2t51jvjYYUSiE>~O-3^a0RjXF5Fn66
zKwdP9k{SX82oNAZfB*pk1PBlyK!8Bw3doB#?%wH~009C72oNAZfB*pk1PC;x!1nFi
z4>;g}op##kM?d;eQ!db=2oNAZfIu+?<VB0QFS;T?fB*pk1PBlyK!5-N0t5)uN<dz;
zR+7dcK!5-N0t5&UAV7cs0RjYSBJjK4{Vs$>lTUciXidg62mt~F2oNC9rGUI>mqZE(
z5FkK+009C72oNAZfB*pk4J{xq+R)plc>)9o5FkK+009C72oNC9WCCl~t{pOD$QN<Z
zox+1g+uGWiY>k#ffB*pk1d1sjFIvof(G>v#1PBlyK!5-N0t5&UAV8p20`j7@k~9th
z0t5&UAV7cs0RjXF5FpTdfwRv(JBCG*gBx$WvG>CofdByl1PBo5Qb1m`OCkjX2oNAZ
zfB*pk1PBlyK!5;&h8B<)ZRqXOJOKg(2oNAZfB*pk1PBmlCV@BKe6wG_ekFO)!Gi~X
z{PD-lv`lLuK!5-N0>u=N7cJ(#=!yUV0t5&UAV7cs0RjXF5Fk)10eR6{Ng9U$0RjXF
z5FkK+009C72oUIvKu1T%kw+d`5*AIqo^{q)y&2iP1PBlyK!89N0eR6ZN@@rYAV7cs
z0RjXF5FkK+009DxD<Ci0xO=B_0t5&UAV7cs0RjXF5FpS@0*^obc-gRMI2j%~8Xi5`
zOpCP^0t5&UAW%R7dC>xHik1ivAV7cs0RjXF5FkK+009Cu6p$CKA*P`S5FkK+009C7
z2oNAZfB=D>32fcE_3K~%dZoN*IR7vI@-N{5q&*wlT?7aaAV7dX76EzDEJ|t!5FkK+
z009C72oNAZfB*pkjVmB8+PHhCa{>ei5FkK+009C72oNC9Gy+#&eRY+vXmaVX#~y2l
z^-iBYeL&^U;K73rJM6G?&N*ksj2UfhZ4I#^O%fnLfIy1~$cwhfMq4HU0t5&UAV7cs
z0RjXF5FpU90`j6QyY&`MfB*pk1PBlyK!5-N0t5;ouyW<fFMs*VUFJo@14y@Q*;0_6
ztF-aN6Hj!xmZV_UU3b0z{`;#8<q`n`1PBnwQ$SucPi=D%AV7cs0RjXF5FkK+009C7
z@)wX7&EMRN1PBlyK!5-N0t5&UAV7dXTHusZPRSUs{LlaV&-9JOJkFjMO;+6yiz+6y
zt_TnyK%lk)@}jl%G#UW{1PBlyK!5-N0t5&UAV8pK0`j6o+Y$W`AV7cs0RjXF5FkK+
z0D+bgD2b+24~`BRG-$<&6$ST6=S8<|+m`OOqoX6dgZ{%0KfLzZYy0)<7Z<y5;lgy8
zV*&&S5Fk(&fs%hI&zw24E^U~U009C72oNAZfB*pk1PBlyK%kEV<VE`k*02N!5FkK+
z009C72oNAZfIyc5AwPN8VTZ-oWR`=U{`99^4qM-XbY67(_U)CLnKy4<T<@u;o?5BQ
zc>)9o5Fn77fV^mK)FvW8fB*pk1PBlyK!5-N0t5)uML=G(F6<^HK!5-N0t5&UAV7cs
z0RjYqz`gh08#9yH4?>!y$a)#`qG1VR#*9f;J!Hs`BCkkq1PBly&>{lzqAjw~mPvpB
z0RjXF5FkK+009C72(+w#ylBgAy@eAXK!5-N0t5&UAV7csf%*z;+_-VruwmI_qOtOy
z|M{Q8gGuY#e3jX==S6S7{r0%1_V)HFW4c6u009C7auARg%>mgI1PBlyK!5-N0t5&U
zAV7csfjSDvi`Eg})C33+AV7cs0RjXF5FkLHl?5)n^wOA??C!y|Y10Zzmpw0f#~pVh
z3-8yjUtyP{F#-e#5NI6%dC}I{Ybzx{fB*pk1PBlyK!5-N0t8x9Kwh*p_uZ-q5FkK+
z009C72oNAZfIxi(mM&d7aNxl1#zbTNKm5Z#Y}l}&zDuYyd-lBONhh6@tmyE=53e+u
z^8^SGAV45D0eR8fs7*wG009C72oNAZfB*pk1PBnQi-5dnUD!=ZfB*pk1PBlyK!5-N
z0t8xI;Di%Sh~dwk9b9tBCB-z%m=|5NXi;4Fz4zW*%(du>009C7T1r4(w57J&VhIo+
zK!5-N0t5&UAV7csfff{y7j3~!w`2kY2oNAZfB*pk1PBlyP+x&R{_&47D%s<Mzx~_4
zU9x0JeHT)8_Ud`j9XoccTD9utn{VEE=be+afAgE)3@6JD<s<<D1PBnwQ$SucPi=D%
zAV7cs0RjXF5FkK+009C7@)wX7&EMRN1PBlyK!5-N0t5&UAV8p%1wuCRkV6jXaZEIQ
z<MGEIUqH!pUbKJz{sU5<e*OBT`wz$Go_p@rty>GY3M~;JK!89C3doDL;HFzL0RjXF
z5FkK+009C72oNC9QUda#Ew$YiOMn0Y0t5&UAV7cs0RjZ-E^zzpx0hrld-L_h7hkOV
zib@(t=S8b5ZP1`W|MNfp)7I8ja=Wht2oNAZpk4y<qV<wDF98As2oNAZfB*pk1PBly
zKp-ChdC`2F%|d_x0RjXF5FkK+009C72n2!k>(~GN-~WA;6lHfW{nJ1FQ_)`Lo-r?)
ztaR|;!B0K)l-~vc0t5&UD1v~zXc2Zn4+IDhAV7cs0RjXF5FkK+0D-;}kQePcTO$)7
zK!5-N0t5&UAV7cs0Rklg7hZT_cN3vq*57v9Z6&kR_iH*Yx^3IGl4jc5+c#|35CS=)
zMvaO~yYa>wOUisDK!5-N0{IKbi{@``Mgjx~5FkK+009C72oNAZfIyxC@}hZan~MMe
z0t5&UAV7cs0RjXFw6egWMT`FCZ~i8RBx`lB#~yop`st^|flcQ{w{PEGrLk+Ty*45&
zUc9(UrAq_|5FkJx2LXA}9FR>xfB*pk1PBlyK!5-N0t5&UsH1?qXdUrQO@IIa0t5&U
zAV7cs0RjYCO5m7dj*0Qe+8+G!m%l8IWcIvhc-H99p+ggj@#DuAX9+qXK!5;&))bHz
zZOwhRY61iZ5FkK+009C72oNAZpmhY~MO$aDt&{)(0t5&UAV7cs0RjXF)KTE+r=PBE
zMl?NIcx-8ScxfG1m!3L%UNqcw{`u!83+dm#e@910dK||D2oNAZAZG!2(VW3eM}PnU
z0t5&UAV7cs0RjXF5Xf0TUNmQL(-9y*fB*pk1PBlyK!5;&78Gb}YukVS{nH80njas1
z^w9-@?N(m&y6dis6dN~gEXWeHL4W`O0<9?^FWQ>>Zq)<`5FkK+009C72oNAZfI#aA
z$cwhlURx;v0t5&UAV7cs0RjXF5U7{H4L95nQ;~gl@Z^(E)@y<3dApStjn5YiESooP
zPLJc5009C72;?jvFPbyB=?D-YK!5-N0t5&UAV7cs0RlM-$cyF-ZaM-42oNAZfB*pk
z1PBly&}sr})~xxvzx%tsi;2dO_uFs3ZQHihoi}@4w7tE3=+L1_|APk)u6ySiAV7cs
zffg5#7j5w$faMb)K!5-N0t5&UAV7cs0Rl}gATQeVTWo;@2oNAZfB*pk1PBlyK%l+?
zXP$XxjCA((!IUXe>bux5d-l9&`epRtL8Eo=Tmu9M5FpUv0`j6Q{sXXl0t5&UAV7cs
z0RjXF5FkLH=>_CPn|_NekN^P!1PBlyK!5-N0t5)uQDEM@dHwqJ>+6_k96vnBG(66<
zj_VCmcbOLr@11|+jW>=z{`lB-AX>F*RejqwI{^X&2oR7L^&22SfB*pk1PBlyK!5-N
z0t5&&w}8B8bMLR!5g<T-009C72oNAZfB=Cy3UqXIj2t;KrXuq>IOB{n>bT@EbviHF
zzkmM$sZaP?7UAiqpRRAuW+y;^009C)Kwi|(fB*pk1PBlyK!5-N0t5&UAkf?b@}kYX
zzg9<p009C72oNAZfB*pk1nMX-bLPx%<o?-r-+h-XSyIPUr}Ls^)1m2;2OV_K+_`h>
z*sZAv5FkK+KopP{jT8<D5FkK+009C72oNAZfB*pkO(`HR+LYUBQ3MDOAV7cs0RjXF
z5FkK+K)nR2=S9QQMu!g{e#|k)Tz~!b3l=O0k6^7=pXMb%fB*pkB?9uIB_O^MAV7cs
z0RjXF5FkK+009C7noK}mw8=KqatIJ0K!5-N0t5&UAV7cs0RjXF5FkK+Ko11uMSFne
z76Jqa5FkK+009C72oNAZfItHY$cr}6W@(iG0RjXF5FkK+009C72oNAZfB*pk1PJtz
zfV^lQ!5WqT0RjXF5FkK+009C72oNAp5CM77f^38~2oNAZfB*pk1PBlyK!5-N0t5&U
zAV7dX9R=h?>xge^0t5&UAV7cs0RjXF5FkK+Kn?=(qB$U&f&c*m1PBlyK!5-N0t5&U
zAV7cs0RjXF6kI@FwBQ@0Jpu#>5FkK+009C72oNAZfIu$=<VAZ4=yn1G2oNAZfB*pk
z1PBlyK!5-N0t5&UAkYK?@}f<!iIzZs009C72oNAZfB*pk1PBnQA|NkX1;-@<1PBly
zK!5-N0t5&UAV7cs0RjXF5FpSZ0`j6QveA}FfB*pk1PBlyK!5-N0t5)Otbn{|%Wl1e
z6Cgl<009C72oNAZfB*pk1PBlyK!5;&C?GEyDI5?WK!5-N0t5&UAV7cs0RjY?Qb1m`
zDYw<42oNAZfB*pk1PBlyK!5-N0t5&UAV7dXw*=%xyTzrL009C72oNAZfB*pk1PBly
z&~O6sq7AoY8YV!1009C72oNAZfB*pk1PBlyK!5-N0yP(q7p*y|0SOQwK!5-N0t5&U
zAV7cs0Rn{*kQXh~c4&qG0RjXF5FkK+009C72oNAZfB*pk1PIhcKwh*i>?S2ZfB*pk
z1PBlyK!5-N0t5);CLk}G8?}iD5FkK+009C72oNAZfB*pk1PBlyK!8AD1>{8wyEPgk
zK!5-N0t5&UAV7cs0RjXF)I>mDv?h!OAwYlt0RjXF5FkK+009C72oNAZfB*pk4J{xq
z+R)plc>)9o5FkK+009C72oNAZfIyc5@}gZ5DIh?A009C72oNAZfB*pk1PBlyK!5-N
z0!=R<FWU55Y=Hy_5FkK+009C72oNAZfIy22$cwi455V#X5FkK+009C72oNAZfB*pk
z1PBlyK!89HkQencAV7cs0RjXF5FkK+009C72sF2Vyl8XpuhkJCK!5-N0t5&UAV7cs
z0RjXF5FkK+0D&w5@}gOk)DR#*fB*pk1PBlyK!5-N0t6aYKwh+Q_fF>o2oNAZfB*pk
z1PBlyK!5-N0t5&UAV8p20`j7@k~9th0t5&UAV7cs0RjXF5FkLHm;&;m#oQNN5g<T-
z009C72oNAZfB*pk1PBlyK!5;&JO$)M^VBvM0RjXF5FkK+009C72oNAZAb$aQ(frNL
zNPqwV0t5&UAV7cs0RjXF5FkK+009C7iY6d0TC^R}4*>!M2oNAZfB*pk1PBlyK%lk)
z@}jl%G#UW{1PBlyK!5-N0t5&UAV7cs0RjXF5NJdJdC^APH9Zp`K!5-N0t5&UAV7cs
z0RjZF3&@LRw^B)f009C72oNAZfB*pk1PBlyK!5-N0tA{>Kwh+2ch<TH5FkK+009C7
z2oNAZfB*pkiGaMQUjhLF1PBlyK!5-N0t5&UAV7cs0RjXF{6F^Y1X!!`uphsHKnadC
z4Aj916AjhD(b1Yp!-%7azvLerooF<{s!3?H#wKZ#8g0~ST9eeRQH&6XTTGQ0;}%81
zxPU>yH7f2a7#0BusK8|rxcBn@A3S>Qd*AJzci%o|7<%qG&-!`ZzD}O|<s1S8<VAf3
z2oNAZfB*pk1PBlyK!5-N0<A3|FWTDcYjy+(5FkK+009C72oNAZfB*pk1PBlyKp=^L
zyl4_7We5-;K!5-N0t5&UAV7cs0Rqh{ATQdyYiHyH2oNAZfB*pk1PBlyK!5-N0t5&U
zAV8o}0`j7jlGF|X0t5&UAV7cs0RjXF5FkLHF$LsB8*^QZiU0uu1PBlyK!5-N0t5&U
zAV7cs0RjXF)KWlRw3gcXB0zuu0RjXF5FkK+009C72-IFcUbOb+dL%%A009C72oNAZ
zfB*pk1PBlyK!5-N0*xjhFWP7;Vmt&05FkK+009C72oNAZfB=EY3doCA)>CT)2oNAZ
zfB*pk1PBlyK!5-N0t5&UAV8oQ1>{AWan+2O009C72oNAZfB*pk1PBlykX%4sG`W?M
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkLHRR!clTXkj4ivR%v1PBlyK!5-N0t5&UAP@=2
zi~1xGAV7cs0RjXF5FkK+009C72oNAZfB*pk@}fQi1PBlyK!5-N0t5&UAV7csfz}p~
z7j5nJH9G<X2oNAZfB*pk1PBlyK!5-N0t5&UAdo~rUNni4G6V<^AV7cs0RjXF5FkK+
z0D<NekQZ&<wKH-81PBlyK!5-N0t5&UAV7cs0RjXF5Fk(~0eR6%Not1x0RjXF5FkK+
z009C72oNC9m;&;mjkzvHMSuVS0t5&UAV7cs0RjXF5FkK+009C7YAGNuT1#zx5g<T-
z009C72oNAZfB*pk1ZpoJFIszZJrW>5fB*pk1PBlyK!5-N0t5&UAV7csfkqRM7j3i^
zF&+X02oNAZfB*pk1PBlyK!8AH1>{95>!~#Y1PBlyK!5-N0t5&UAV7cs0RjXF5FpTu
z0`j8GxN62sfB*pk1PBlyK!5-N0t5&UNG>2Rn%qiB0t5&UAV7cs0RjXF5FkK+009C7
z2oNC9ssi$&t-7-2MSuVS0t5&UAV7cs0RjXF5QqfiMST(o5FkK+009C72oNAZfB*pk
z1PBlyK!5-Nc~PGM0t5&UAV7cs0RjXF5FkK+Kx+%gi?;UqnjHZG1PBlyK!5-N0t5&U
zAV7cs0RjXF5J(~*FPcP283F_d5FkK+009C72oNAZfI#yK$cr}b+8H?k0t5&UAV7cs
z0RjXF5FkK+009C72oR{0fV^m>B(+0;009C72oNAZfB*pk1PBmlOaXb(##|SpB0zuu
z0RjXF5FkK+009C72oNAZfB*pkwG@ySt);fU2oNAZfB*pk1PBlyK!5-N0<{;A7p=Xy
z9tjX2K!5-N0t5&UAV7cs0RjXF5FkK+K%)uBi#FPd7!Lsg1PBlyK!5-N0t5&UAV8q9
z0`j7j_0$>x0t5&UAV7cs0RjXF5FkK+009C72oPvS0eR78Ts31RK!5-N0t5&UAV7cs
z0RjXFBo~kuO>U(m0RjXF5FkK+009C72oNAZfB*pk1PBmlRRMX?R$W>1B0zuu0RjXF
z5FkK+009C72t)$%qCN=(2oNAZfB*pk1PBlyK!5-N0t5&UAV7eCyr|Cr0RjXF5FkK+
z009C72oNAZptS|$MO%A)&5i&80t5&UAV7cs0RjXF5FkK+009C72qY1Z7fqt13;_ZJ
z2oNAZfB*pk1PBlyK%jXA<VBlz?TnlN0RjXF5FkK+009C72oNAZfB*pk1PD}0Kwh*`
zlG-6afB*pk1PBlyK!5-N0t5&&rhvR?W3G!)5g<T-009C72oNAZfB=Ek6L|L7XD_JE
zv25A0*5fiG0t5&UAW&lgdC?k!>y7{c0t5&UAV7cs0RjXF5Fk)v0eR6HgX@j}0RjXF
z5FkK+009C72(+!huYUEbovL#@^w2|Xt7_r|2oNAZpi%<zqLq@=4gmrL2oNAZfB*pk
z1PBlyK%g-N<V72EU5ttV0RjXF5FkK+009C72(+F++vY{LY}qn*?%Z?FJ@@d#5C6m`
zJ~4Rk;2}eXj2%1n^wUqj>#n;tZrs><Yi&jZ2oNC9i~{na&A4jDOn?9Z0t5&UAV7cs
z0RjXF5J)Z{FPhv+Ndg225FkK+009C72oNAZpd5iV%!_t(bewh8S^fI;EBsv5AN=44
z8#Zhx$5vee1PBlyP`-e?X!(X(AV7cs0RjXF5FkK+009C72sE;Qyl5k@j<FFSK!5-N
z0t5&UAV7csfmRY|x4h^d|M<u7DAB@6(fID5L4$6&<(5`jZgU|(fB=D}6Ob2ex+ODU
z0t5&UAV7cs0RjXF5FkK+Kv4qnqD65jOn?9Z0t5&UAV7cs0RjXFlq}FzdC`o?jv6)U
znrp6Ev}n<$O`EpAe}vc2Klj{o;U)DUDH^9n-+AYql6h4mK!5-N0%Z!wi<SwfIspO%
z2oNAZfB*pk1PBlyK%l_|<V72NfeeoT0RjXF5FkK+009C72(*kqMuajBNtS=|&_fS3
zl+xU}bK^-37%<?*8*dB|(R?G^ym|9!r=1p+mlw^a<T?QY1PIhXKwh*4$hsgvfB*pk
z1PBlyK!5-N0t5)uQ9xd_j`+GJK!5-N0t5&UAV7cs0Rn9$&?b4&@Ziv$ciuV5e-0ct
zaN)v*NmhB*tXcj0_m>w<Vx<fL0t5(DNkCq-O0b$GK!5-N0t5&UAV7cs0RjXFG>Cw_
zXoD<-VGtldfB*pk1PBlyK!5;&mKSJ~yy%aA{NwoHqIceTXYyrz@x>R{u3ekFypjY6
z5FkLHvI6p=mG#sb0RjXF5FkK+009C72oNAZpwR^6MH_8JjE4XL0t5&UAV7cs0RjXF
zw5mWm<V8C>JHrd;qrB*+KmF+fuc2?%RW>gI1PBmlUIBU0=3P4@CqRGz0RjXF5FkK+
z009C72qY1Z7fqt13;_ZJ2oNAZfB*pk1PBlyP`*Gr<V7EQ?6LUaqIcYJNBL-4AV7cs
z0RlA>kQc2PwT=i7AV7cs0RjXF5FkK+009DZ5s(+H3%gDU5FkK+009C72oNAZfIu4x
zv_oF>l1na$^P*lZ--aJ@Qzk%wKvN6Ii#GN089V_31PBlyK!5-N0t5&UAV8o`0eR6r
zi4-6}fB*pk1PBlyK!5-N0t6}|&<=Ug<BvZ+%8L#fG^iqI8X-V{009Cu6Ob3J8MTfG
z5FkK+009C72oNAZfB*pkbrFyktqZ$O2@oJafB*pk1PBlyK!89S3baFBbkwL(QC@WH
z*s*Q6#HLJu009C`Eg&!2)XQh^1PBlyK!5-N0t5&UAV7csfj$M~Mf)UDfB*pk1PBly
zK!5-N0t5&UsE9y2<VAPhdFLoEdhD^sRs>BW1PBlyK%iy<@}f1P))4^$1PBlyK!5-N
z0t5&UAV8ol0`j7DVb>`E0t5&UAV7cs0RjXF5NJaIdC@jpbW<ikfB=Ce5|9^dqQx>)
z0t5&UAV7cs0RjXF5FkK+KnVi!q9vfILVy4P0t5&UAV7cs0RjXFlpxR!dC}c>-#vQ1
z=(us?N+42&009C72-HzPUbK$*x+Xw?009C72oNAZfB*pk1PIhXKwh*4$hsgvfB*pk
z1PBlyK!5-N0tA9UJLE+tOqdYmMF$NUWYGx_AV7dXa|y_cHrIL?Edc@q2oNAZfB*pk
z1PBlyK%iIwdC_9UlqW!d009C72oNAZfB*pk1WFTVhrH;;7hfFZMZ@3g*RL-PN-Y8e
z2oNAp7Xf+Ey0Gh%009C72oNAZfB*pk1PBlyP%{B}(V9`~hyVcs1PBlyK!5-N0t5)O
zxj;MQMIV0n;W#gP*IjqD`HGu90RjXFG?#$9XmhQX(Gnm)fB*pk1PBlyK!5-N0tAW`
zkQXghOnCwX2oNAZfB*pk1PBlyK%g{%cF2ov+qSKL|Nc>AbnMu%+qZ8o%}Ol-1PBly
zP<sJ+(b}8qkpKY#1PBlyK!5-N0t5&UAW%yIdC^*G>x%#Z0t5&UAV7cs0RjXFw6j1v
z<VC~!o^#GQ@gqj>z4zYaEB@MRudQ3RE_rz+2@oJafIwvh<V7p%sWk!w2oNAZfB*pk
z1PBlyK!8A_3CN2!+KLzt0RjXF5FkK+009C72oPvhfi}sDc64+M9y~aTjE0kC%a$cs
z&^dGF3>Yxrop;_zQdk)R1PBlyPz?cj(Q2q_lK=q%1PBlyK!5-N0t5&UAka7h@}iBi
z7DhsV009C72oNAZfB*pk1X^35P4c2)5%0hM{`e82Au@XBop%;k*{xf*o_p@OQF(dM
z0#I%dAV7dXwFTrwt1Ya30t5&UAV7cs0RjXF5FkK+Kz#+|MeFOYcLD?m5FkK+009C7
z2oNC9J_7BN7Y%DVb?VeOG8#_y-FM#`Zn$CT(xqFrY>8GpoP-z9Uv$w$Lxv2AOUjG3
z&;L7^DFFfm8c;x9v;h~zkO&YUK!5-N0t5&UAV7cs0Rj~ikQc2WrltrGAV7cs0RjXF
z5FkK+0D%GmZIu@d4)@%1&%l8L<1A?5lkhV75GXC6=N1711PBnQwt&27wS~1$fB*pk
z1PBlyK!5-N0t5&UsIP#$Xnp<lPJjRb0t5&UAV7cs0RjZtN1)yEqG4s%ty}klAN-(S
zzkY?oqTl=8_tvjp-#(uNGbKQP0D;C7kQZ&tbulUe1PBlyK!5-N0t5&UAV7dXr3B<f
zD<!EN0t5&UAV7cs0RjXF5FkLHus|E;MI(^#>iGvAc;Kf${ppcM9=YqTyY}zjfAHYJ
z2OfCf_rL%B+i$;JQnc{L#$5sg2oR{5fV^nUsC7hu009C72oNAZfB*pk1PBnQi-5dn
zUD$O>fB*pk1PBlyK!5-N0tDJnpl$P_ZMfE^On?9Z0?jBOFWQW&X3PW#5FkK+009C7
z2oNAZfB=Ey0`j8Ct&}7{fB*pk1PBlyK!5-N0tCttkQXgSPhA282oNApZ2@`FY71+h
z009C72oNAZfB*pk1PBlyP+tLg(fa!9od5v>1PBlyK!5-N0t5)OkHETh>t3zSv3c|6
z_F*(r0t5&UAW$U%dC@AtYL);20t5&UAV7cs0RjXF5FpSX0`j5_vJi$rfB*pk1PBly
zK!5-N0t5&UAV7cs0RjZ-C?GFdM|@oqAV7cs0RjXF5FkK+009C7Y9JslS_5QV5FkK+
z009C72oNAZfB*pk1PBlyK!5;&1{aVQZSVy$JOTs=5FkK+009C72oNAZfIyi7@}gw|
zs!o6a0RjXF5FkK+009C72oNAZfB*pk1X@5qUbF=k(G&;}AV7cs0RjXF5FkK+009C8
z1mr~v;J8JA009C72oNAZfB*pk1PBlyK!5-N0tDJbKwh*>7TPok5FkK+009C72oNAZ
zfB=EE6_6Kg+od;g0t5&UAV7cs0RjXF5FkK+009C72oN9;3&@Mc6ix^bAV7cs0RjXF
z5FkK+009CmDIhP}lFMpR1PBlyK!5-N0t5&UAV7cs0RjXF5FkLHC;@rVqPP?$K!5-N
z0t5&UAV7cs0RjXFG@XFFXwxm30TUoVfB*pk1PBlyK!5-N0t5&UAV7csfr<;ri&mUe
zg9Hc=AV7cs0RjXF5FkK+0D*=QkQZ&J<uDim1PBlyK!5-N0t5&UAV7cs0RjXF5Fk(&
z0eR87u<Min0RjXF5FkK+009C72oNApGXZ(gno;YB009C72oNAZfB*pk1PBlyK!5-N
z0t5&&tbn{|!!C`15g<T-009C72oNAZfB*pk1S%pRFIo{sjSwI}fB*pk1PBlyK!5-N
z0t5&UAV7csfu<Ia7j5e0Gk5|72oNAZfB*pk1PBlyK!8A>0`j7L5-C7{009C72oNAZ
zfB*pk1PBlyK!5-N0t8xKKwh-vm)Hae5FkK+009C72oNAZfB=Cu7myci^ACXO6Cgl<
z009C72oNAZfB*pk1PBlyK!5;&ARsU5V?cla0RjXF5FkK+009C72oPv(0eR8ZUSG2#
zK!5-N0t5&UAV7cs0RjXF5FkK+009C?1ms1NC@DjL009C72oNAZfB*pk1PBmlUIBU0
z=3P4@CqRGz0RjXF5FkK+009C72oNAZfB*pkl@gE_t(2s82oNAZfB*pk1PBlyK!5-N
z0*xskFWQ*vVpIeO5FkK+009C72oNAZfB*pk1PBlyK%kZa@}jlW))xT+1PBlyK!5-N
z0t5&UAV8q@0`j7@H`gNp0t5&UAV7cs0RjXF5FkK+009C72oPvA0eR6zTM^?SK!5-N
z0t5&UAV7cs0RjXFR8~M<w6dOBBS3%v0RjXF5FkK+009C72oNAZfB*pk%_tx*+Kj7a
z%mfG!AV7cs0RjXF5FkK+0D<HJ@}kMDlq5ia009C72oNAZfB*pk1PBlyK!5-N0<9__
zFWRarYhDBh5FkK+009C72oNAZfB=C=Kwi`*fdByl1PBlyK!5-N0t5&UAV7cs0RjXF
z5Re!386ZG_009C72oNAZfB*pk1PHXYfV^mHudmq=AV7cs0RjXF5FkK+009C72oNAZ
zfB=Cc0`j6sl$0SrfB*pk1PBlyK!5-N0t5&&uYkO0^RAtd6Cgl<009C72oNAZfB*pk
z1PBlyK!5;&N(sn|R!UMk1PBlyK!5-N0t5&UAV7csfyNY&7j4XSF)9KC2oNAZfB*pk
z1PBlyK!5-N0t5&UAW%yIdC^*G>x%#Z0t5&UAV7cs0RjXF5Fk){0eR8do9mGP0RjXF
z5FkK+009C72oNAZfB*pkEi7=(Ip>^JkE4Z2Ycn-@(b_ocg#ZBp1PBlyK!5-N0t5)O
zfPnp<CS62%(I#Cu!zMt0009C72oNAZfB*pk1PBlyK!8AF3Je%9V5fQ<jj7Q@qmmbG
zqQx>)0t5&UAV7cs0RjXF5Fk)r0sBAo^)I=1dC`*TR3t!v009C72oNAZfB*pk1PBly
zK!5;&YyrP7$Tn$;EApaEu}lU@fB*pk1PBlyK!5-N0t6aC!2VAotU?K6kQXfhO%(zJ
z2oNAZfB*pk1PBlyK!5-N0t5&U$S2_U1^Hwe{JOkogD;Tb5g<T-009C72oNAZfB=EU
z5wQQ$IBQYVNaRI};!>CZ0RjXF5FkK+009C72oNAZfB*pk1PTkpzb}|SfBvJ@KX&@?
zC_E~6`xKBD?UP6W0t5&UAV7cs0RjXF5FkJx60rZ%q@M(N(I#Cu!zMt0009C72oNAZ
zfB*pk1PBlyK!8AF3dFxJsLk*`jEnA6o9<e;7kSYZUR+ZnK!5-N0t5&UAV7cs0Roj3
zu>Vt8&ziL+FIqEd9T6ZvfB*pk1PBlyK!5-N0t5&UAV8oU1pL0BNmp53v`H7vun7<#
zK!5-N0t5&UAV7dX?FH=r)ZV-zJ<5w#gi#{|2oNAZfB*pk1PBlyK!5-N0t5&UAP@=o
zeL<6c668gjbm0t}009C72oNAZfB*pk1PIh#!2VC|%`4KQyl6!jH9~*@0RjXF5FkK+
z009C72oNAZfB*pkk$~S9H0dWnUbIOU&aep(AV7cs0RjXF5FkK+K<x$W|J2^RB0b8B
zR)kR_1PBlyK!5-N0t5&UAV7cs0RjXF5Fii<oPYlLKY9PC4M@~i_`5dUwQw);qAk3*
zrbd7O0RjXF5FkK+009C7Dl1_Br?Q?kYfWCXX4E<&K!5-N0t5&UAV7cs0RjXF5FkK+
z009CGD<Ci0uuEfL1PBlyK!5-N0t5&UAV7csfr<#oi&lhDBLoN#AV7cs0RjXF5FkK+
zKxGBCZQEAa2DL_j009C72ox5O7cK1LE&&1r2oNAZfB*pk1PBlyK%m(L<VBl(1&yBo
z0RjXF5FkK+009C72(+HSzy9mL4jMFQ(xgePH#IXNK!5-N0u3u5FWRt6V_*ab5FkK+
z009C72oNAZfB=Dt2*`_8gi#{|2oNAZfB*pk1PBlyK!8A{1U7Hp+^=81op#!3_uY4|
zRGZo%K!5-N0tEULkQeQfNC5%_2oNAZfB*pk1PBlyK!89~3&@K$_3{}!0RjXF5FkK+
z009C72oPvJfejlrgs^BhMvNHIdb2Yl0t5&UAkeS^@}dp9GzLb1009C72oNAZfB*pk
z1PBnQh=9CkMHn?gfB*pk1PBlyK!5-N0t5(DN<dz;Qj*#sK!5-N0!0bPix$PDFaZJt
z2oNAZfB*pk1PBlyK%nUa<VBlq$qbkP0RjXF5FkK+009C72(-3<yl88$uh|hGK!8BQ
z3doB#?9vz*0RjXF5FkK+009C72oNAZpdteDq7`A(2mt~F2oNAZfB*pk1PBlyP$>a<
z(Mm~bhX4Tr%`32d`}Xzg*T4DZo6D9hTeogq__2BC(nKSd7j2@&GE@Qt2oNAZfB*pk
z1PBly(Ch;Cf9kS=@}hNN*C_!41PBlyK!5-N0t5&UAdpW$UNoPK>jVf8XnBF~Yl1m*
z=1iC{p<lm#JM}(}KKkf;@4dIXySwEP>Nr7p(K_Pmng9U;1PBlyK!5-N0t5)OiGcl|
z`YyD*Xnp<lPJjRb0t5&UAV7cs0RjXFWC+NMW`OvS009DRBCvGn(tY>cw|7c3^QY0H
zN5ApL8*Kto`)SIH*4|u?1PBlyK!5-N0t5&UAV8q41nmFReYxdD>%IgAK!5-N0t5&U
zAV7cs0RjXFqzlN4rfWDSK!8A-2rOB$WZ=MoneotEKMxo%KxDK^p9*==D#2=&009C7
z2oNAZfB*pk1PBla0``9z;bR~#+6b#)3<L-eAV7cs0RjXF5FkK+Kr9gFMTZX`9$##t
zlUcK7g)CF{vGdM5j~FrHkV6jn_P4)1Y0{*J9(t&wqoaxDWvB!Q5U8F&XJ_Z`yYC){
zL-*f*|7)+k_UWge4!=YQ$ASe5uD|~JF=NKW1xAh>8LCuoJZ;;uylC4ly@?YbK!5-N
z0t5&UAV7csfocob|Eacc!uI7w6GACQfB*pk1PBlyK!5-N0t5)uMqu5#bx|THJZP>q
zJyy1tnKNg`iKaeJ4nFwc*|TSF-@d)FW6&A_0tA{%ApM*34}bVWzQNC(JGWoIe$iL!
zj2ScX6?4600eR7q=~N^@fB*pk1PBlyK!5-N0t5;R*#9Z)Q?tABqBWz|5di`O2oNAZ
zfB*pk1PBlykVIhBs#Q@ID1?HNly9^$>APNi=0&3d;YoVSmMv?vi5L$70t9L%aKZ^E
zMBj(gr%x~3>8-ck8kL+dVM5`O?v@}RFIobcDg+1+AV7cs0RjXF5FkK+KoSA_KS`8o
zP)1&~2FSV~K!5-N0t5&UAV7cs0RjY)3$#*RbnDiw@x;SJM7z7Y*RNmy#v5<ka?348
z9(iPXnzVoa{vo9k7j{B`0D-0!*tBU=QRCljx80(z#Lb&G7p@q-SEG`{h7BuR(%ljS
z<V8zBQ-uHl0t5&UAV7cs0RjXFw5NdmpC(;*dC?|aIKw7DfB*pk1PBlyK!5-N0<9|0
zN_o-F&dvhMv~uOjqmMp1PK^#2Fu+qr3vjtbfIt%o3>`W&JP0)8<P(m0@ZiDGmtm4B
zQOOXqPuRF($pz#^lUpfCfB*pk1PBlyK!5-N0tDJzpndj#!ao1JdGjv2?6Plu^P6A!
z%2)pRpZ|I4)TvKA@kDq)MEReAEnBuMUc7kj+_~3Yd+mAWop<V~ryhU&@lh`qUU=c%
zci+8c&6@IiNpC@3G+o0v0RjXF5FkK+009C72oNApcY*fFi$>I8&nJ$I9&o?`NwQLP
zUn2t`K!8ADfe?TX-)v*Xj9Ij3QQ?x&-Tn99Kl&yNLHfew!wz{=a__zOE?m;x5(MN$
zOF&bF009C72oNAZfB*pk1PHXJK%4CUJo)64#~pXvmvS9n|N7TofBp4xR==a8BUi(j
z*TOFmLdkMEO0O#~ny%rT009C72oNAZfB*pk1PBnQyFk0;MFaR3zxc&CGWyU%57m7M
z41fRu0%ZzBzb}Zs+0HoQj6UBo|HB{tFe-fFi6<70&7XYo$x+GEPCKp4L8_iDATOG2
z;tBx*1PBlyK!5-N0t5&UAdpj_9rk}_&6<^&-OTzqJZLnhPm+rX^P-{82@@u~_10TS
z+U&E8yl9_93J@SbfB*pk1PBlyK!5-N0<{!q!@TH<6)WPrXxRCwrMA8Z5Fk(uf$$2g
z5hF&#-)uvM47u~pI|~FsUw!q}xNvx4L(Zp+hW|Q*hc?8;UV7=JYK*+tHe2j{Wb&fL
zegKpwK!5-N0t5&UAV7cs0Rn9+(DM5~VZ$m8hfbV0alwKG;ob3JgKN{KO%Ff(@IU_J
zKgM@UPIAV1(eN7j88c@5`OkmexN&3XA{?QwFo3hqK0EFujA856t>u5-<VDLj)B*tl
z1PBlyK!5-N0t5&UAW%VpHq46#y@L)qC=Nkw+qSKOo|+;+fIwXY!dF>%RaX4X7EZ>E
z8@FW1l6-?X>7<j=3-7hpUf=%qw=cNhg3!o!zVn^YqerLTJ>i5C^0iaT>#g@bGI`Nj
zetz^tfB*pk1PBlyK!5-N0tA{}poRB;LSi$#<|fK&hLh~K=e+ywyK!Xn%rnm{Z7DZw
z*l^{QS1w<^JYV%NjO(wzK8}orOliK7$*;?cCbv?O009C72oNAZfB*pk1PBnQfk1oa
zMX$T=x;P58aN)ulIO~D{0RlA;2+vRc!WX^}f4_y3bIv&@JRTvt>+t)9Lk~SPy=1=g
z5U|hLLUx-~z0#8JBa;`c>Sspd1PBlyK!5-N0t5&UAV8oc1zK|d=apApiBp=37cb7a
za8Ez|bX+F<UL$9j@-K$SX!ys}QAZ)UT7HA_qU9TEfdByl1PBlyK!5-N0t5&UsGvZ5
z=0(#ZI^jJ&74*~;0RjZ-E--uc?BT<Q$NA5pLx<jT&pp|r>hA8o;)*K<4H^`e%s3f1
zaNv|FQ@Xmkvg_9PN~^w)Ed4)50e{}Sc{PUB9RUIa2oNAZfB*pk1PBly(4+z_w*M1C
zl~F|V-~R32@~ucnavp#D@lmlGZnz;|vGT9qci(++Ftz;GlgW#gzam;7K!5-N0t5&U
zAV7cs0RjZF1y-(HxhT)^!V53_G5>MfZMQ`Mp?>}P<uA44PKfK|>0!~DHEXhmRGTX^
zXU>cRPMw{d2|Ep3ajo#I(S)@WBS3&avj~JIf}VHYdGQxrIQiV?KKJIEZ)T4_lzi~P
z2g74Xk2vCpefHUB@4fdPKYsjKXPp(k_TPK&z3lR}ztY0*Ba;`c{l`g<1PBlyK!5-N
z0t5&UAV8pH1X^bQCv5&4bIdVOMDyNz?=7%E)2C05iv7#K{7ZpiW!`%J`RC)jX!-kN
z@}gxfhw20f5FkK+009C72oNAZfIzlD_$RmNp`hBI_wV2Tvdb>Z9#{>ol$IA=w{Bgm
zG<E9K8jMpH1PBnQy}+_%%Q9X%|C68mWb4+gwI4}2J+|=s$mB)K`CzC^fB*pk1PBly
zK!5-N0t5&Iffm^RdHe0R<9uemm(fRS{p_>P#wE*7a_0N|Jn+B+Q7>Qq@|Q!FHD9rW
z*X2bMLMcXo009C72oNAZfB*pk1PCM-7&&reoPMm=$zg{bmVCe!ELmD!bnV);G1Rna
z(<(R~O%WhKprHi9p7z~$-yL2_AAjlXy6diU=FDlRK^7iN3%`#{UbOJiyGwuo0RjXF
z5FkK+009C72qY0`_WhsmYO^>6x@ps<0#jbSdUag#FMs(<fs*CiI{WOiqh7+lye_Am
zsII(d`G#5`K!5-N0t5&UAV7cs0RjXv1a80m_Ja>T`0sKZ`|i7MhzWfx|1oILpg2U7
zztoO9!-fspfB*e+b@F$g|NQ44e)!>xQPt+h((<A!R;-9;ef{;<*Jh}CAwYmYy#&JZ
z7Q#k%{Jj@WzWBv2u3WjYUgJsLZ)?AgOkOnkCqYR91PBlyK!5-N0t5&UAV8q7K=bbZ
zJo@OPaSF7%ySu<NLz*-$`TFax7bscst?+=;xQp;&`jXp;E6R(;6ix^bAV7cs0RjXF
z5FkK+0D(pjShZ?ZlpyNYuU{jKr`R!+mKRNr=**ovx7bdVCqRHeGYb6q&woDXpo7v=
zqZeIt(Y9^d8hI|Q{XVkv{}_dJnKy4<Bd>+A5g<T-009C72oNAZfB*pkjW5uQ`#-a0
z&59zL;r;K0g}b`C;xOkEPdrh$a0z#}Zr%FLZ+<iC;=lj<zr#OdPT0ug$&-)IbA+dD
z?6c24d+f1C*!=0=zkk986(c}^009C72oNAZfB*pk1PD|~pgr@V*IjpA*qn)uMT-_y
z$yT!j2oPvAfw0RxW5$djLxz0#6}Z!GyY2SigAX>^IOFlO_WQ`>MdO8bLVy4P0t5&U
zAV7cs0RjXFR7#-f_J4l=``<?q%@a>Nu`oiITAUZH_$$vs<NxzN{}Z+U)vtcFqobqn
zVAAjY=YRg^fd!AzqeqABIC;@@H0J~e5FkK+009C72oNAZfIwXY+A}XYZrr#yE7jo7
z)~m~>LZ<`>w6?(J&6`g@{q*>2Fr0*)@YSnVH{h&W;C*DTz4qGw<vGIdAV$1@L~G&s
zq7C>7G$aB92oNAZfB*pk1PBly(4+!QwEuJ4ZMQ`!&98m!YlXGb^P-jANC_?f@|VAi
z!>D0Dr|?KJ?#hd1fcTLB0RjXF5FkK+009C72oPvkfi}#Gu3Wh?PDveg)KLw)GzLb1
z0D-CsEL^xSJoX^|KJ3@8-=s;CIy*b7+G(+kx4`?z!Xq*YK3-zS&5wNKBVi#b`)iJ3
zsg)-{fB*pk1PBlyK!5-N0t8x5pego$X3m@$1vQU3=9t1uP^I_Lhp^~1*IW~aMW1=*
znZm=!zAG=9ZQ=?60t5&UAV7cs0RjXF5FpT)0&SQVJ>rNX;(XLY4?WbF>ta*{2oNY)
zVB^M(k3II-Z+`QepS^!fpFTZ2rE|lE4cQHb&G1`pxn<{_caFamKl#Z|hQiq;>vg3C
z-bW@cTCWd}ehCmDK!5-N0t5&UAV7dX3k$T;{!e(be4N$n?(QzIYT==&amivI0h+Jb
zjIii}1q<?(EO0&Su>E(Q<11hJ${u^{vD<FDh5a}0qc33S76AeT2oNAZfB*pk1PBly
zP#b}E%ZrAm=f$z8{rBHL>;=`vSuX?#5U7E`8*jW3_RQmNxr~$X<HzURNDseX`0jVV
zn_l?XV~>6N?YC<%;6A%(f%lQgi}tz73J@SbfB*pk1PBlyK!5-N0?7qhZ~y0&S6+!z
zpdk@jfMU&>HF3%CtBnFB6W$8HAh`0%E8{kwe){Qz6_XeH-~avJc-u{0G`X9S1PBly
zK!5-N0t5&UAV7dXl?2)+FB-OzPB`I&^qrZdOP5wjRkH*L5U9PtWtUwRf5jCzIsg3g
zbB-<S%!d?xTrs?!{ujUaMR>_q&cZdj*aGh(yW@^K#^yOb^O?{5{riXa(bwz~r6U3a
z2oNAZfB*pk1PBly(9{Agx&M=%0$s9XNr44=?z!jUZ0CFLy;q=Ql3O7x`paMbGH$RM
zVbL%QdC??mp$q{61PBlyK!5-N0t5&UAW$=b7S4-?-JVUGHZ5DWEX0i_OqdXdpu$PW
zL4}t!*9=)l1PBnQwm^9MeEPRsI1kS&7&U6to_p>&V8DQkTj8+@ImZ)T_;te#Hw+py
zC@%l0Pkri7fBI9-!nL{B0`DU$02ORw>Toh|-n;^Z-6BAM009C72oNAZfB*pk1lnAn
zRri0wPW~~+924a>@4x^40;?Q$uA*Y!`qsA!6iad|bUJzR<Z6dS!${;slPrfa1PBly
zK!5-N0t5&UAV7dX%>-I0FB-y8Ar=)KArYD$!bv~hci(*%FJ4?TVI2`5K%m+JYuB!g
zzvYGw9Xfsb^mpEQC%w~9;O3ie9x-A>T<kA@`Ad3%^z)96j#ExKB`z6G!o!(E3+ZKQ
zcHY|WBa;`c*#}8S1PBlyK!5-N0t5&UAV8qm1zLFjCoIjy7hfDjH~;<L|2^MIg@osc
zC!QD;yZ-v?^A$^SJv23G(xf;nx?sVAB(+K_BQIK-n_2`25FkK+009C72oNAZfIyW5
zLS!fk1%-fRmAa^Ev*FpH>7k~==i!CG_uhMN*bA!akTgz!0D&3{Tz>iG(YN1Td+oJh
z!-jmlZ{EE5fCCPQN?vfm1^J3a*Pnm>`MvkvJN{A)QT)Q?t8}-u-$y1dTBVPTW(g1=
zK!5-N0t5&UAV7dX>j|{*{!dt}7hilaPH%=+hUHwoXP<pGF0*pw%A94ATnxV;_}R~X
z7B}_GGtVTcRdN}5(UR#@BtU=w0RjXF5FkK+009C7sv!`PMNu5+V;}oiHQKLsoB8sh
z0|yQqHf-3qapS^M^1|lN+_`htuU}v7!DycV0RnXqIP9>)qHprBZC-c)ufF<fR5Ik}
z3zrOc!|UmP{p(+cuhXbXpXIAjAZ*~b@cYQ*MXT|d(Ix=`1PBlyK!5-N0t5&UXi0$<
z-v0^f6}EsTPMjEJIK#W<-+S-9j740xZe4f-PE_EGGtS7koBYSH-xWX0G_=;|W?J%=
z^Ockr%_rkJ0RjXF5FkK+009C72oNAp7lAl08s1Y}mjURM009C7$`sgTmtCSrXIEEO
z;ikggdsH&{Go{0B{5QVwjZmv_%hkIZ@8P%J`^e-)tM{?dG64bv2oNAZfB*pk1PBml
zF@e_J{|Sqg{)o|&Pd@pD7hc%5ZCkj$Wy_YZg%ZDsK7>4%FJGQ>al^ZHzWm{F-+lLG
zmkD9f3opDd3Y~_(pL_1P>@pR<A}?BTQVkLyK!5-N0t5&UAV7cs0RrU+$cvVvr!D~k
z1R6nL$dDmX3beDcv+#Jru6R_kfB*i4OJ>|%uwX&Pm74vS{>y?Edmov+Xw5!FIwC-T
z009C72oNAZfB*pk%`VW|`#;g@+;PVpahNmT$-@snoNp;ZUNo+C@4feC7hAMwQCuLL
ze3&gQ^nc5F@qIJ^dC}~JaD@N?0t5&UAV7cs0RjXF5U8Voyl5TqbxnW(fr<!>A3r`y
zfj;rX6NMXm{`u#llH<mWD_pX1?zZsz$mB&E=VN9h1PBlyK!5-N0t5&UAV8qO1zLOm
zC&qv5vB$pp)vu<fI^*;3KKhqmemO3geNt>*G;X=T$%+*#vO6m3io9r1TnZB)K!5-N
z0t5&UAV7cs0Rq()kQc4Cu=WWMAW&_AE3UXAN`a0XIr5!%-pSWpM@Pq=d+r&PyyTKg
z@)c{q>*<deZKd~-$%{7Nhs}@(5FkK+009C72oNAZfIwpkwEX^0%pP7tKX>ljuzB^h
zuYK+4qmQ0AapL63lOKKb(XOtpxJ=FydC{CKE)pO>fB*pk1PBlyK!5-N0tC_p<VDjp
zoD(2Gpcw^15H!4BJ_>>k8Z>Cqq)AJbEQ#MuA5Ow++^0^R8o#zIlq?V{ZA^idd>@&-
zXk&iZjEVpO0t5&UAV7cs0RjXFG@w8`?Ef?%d-+51e9`g^wLpLX0RjXF5FkK+009C7
z2vkr&UbKRknj%1eK)nR+y6dheFPi@MfcKB|E7AFlH{MvUahB6>>%EUmUbLLggSrF=
z5FkK+009C72oNAZpxp%8VgIM~)>K}!_14sk2oNAZfB*pk1PBlyK!89~3&@K$_3{}!
z0RjYKfsg{tj)rDmx#pT{;wnvd(qiu;lNW8ePoM!4AV7cs0RjXF5FkK+0D<}nw8Q>S
zeT6IDyS!+{Ni|4-009C72oNAZfB*pk1PGKPATL^up1K4G5NIfYHEY&<?|a`HIB;Ng
zOf)=d^wd*NUA1aeLk+mi2O}@q<{tplCqRGz0RjXF5FkK+009Ce2-yEA0j-Wz<VEX<
zuWJGX2oNAZfB*pk1PBlyKp<NnJgaT!(4iq&^!I=N_t|${AwYltfu<Aa>grm!aNz?F
zJP@8Z5so=?=Dhy;>z$pQO*fI2AF#Y=%P+AB5+Fc;009C72oNAZfB=Ci3E2Os5^Tkr
zl^3lzsRjuUAV7cs0RjXF5FkK+0D&?EX3Usz+;PV}^2j4)wxc=$0t5&UAdp-@UNpIt
zk^~44AV7cs0RjXF5FkK+0D)!{kQZ&nRWoJ+1PBlyK!5-N0t5&UAV7cs0RjXF5Fk)l
z0eR8NdTNaT0RjXF5FkK+009C72oNC9Xae%0jkY4jLx2DQ0t5&UAV7cs0RjXF5FkK+
z009C7YA+x!T6=Rn5+Fc;009C72oNAZfB*pk1ZpWDFIr1&eGwo)fB*pk1PBlyK!5-N
z0t5&UAV7csfyNY&7j4XSF)9KC2oNAZfB*pk1PBlyK!8A{1ms04C8-?(1PBlyK!5-N
z0t5&UAV7cs0RjXF5FpUJ0`j8GyLLuSfB*pk1PBlyK!5-N0t5&UNFpFFnnXz%0t5&U
zAV7cs0RjXF5FkK+009C72oNC9+5+;Tt-ZcxM}PnU0t5&UAV7cs0RjZ-F0gdz(it;m
zoPYlL6DLlbFkwRY`@#z^oHc9KTW`Hp_p!Cf0OUp6WT8!y009C72oNAZfB*pk1PBly
zK!5-N0(BJFv}x1Il`B`RTD5K4wgSWG=;*lm>Z?EZxz7z6G-#)tcKXC8K5^1XC*6AM
zt%Yk9Xwa?X0`j8Ct&}7{fB*pk1PBlyK!5-N0tAu^ba!|E?svZ%HELAY?a6l>c;JC^
z=FCanrjn%z$cvWdrWOGL1PBlyK!5-N0t5&UAV7cs0RjXF^eM1$<Hjjdri>gpGW~Y}
zhaP(9+_`hNZ{MC#{pOo*9yoAdddc{F=bd-H<(6AA%KNdh0`j7j_0$>x0t5&UAV7cs
z0RjXF5NKh65CQ$shsUpe^{WCiUAAo5zWeSQZ}JpA89#pf`t|DzwB}Zs0`j6|0;*1c
z009C72oNAZfB*pk1PBlyK!5-N0yzbqdg`fNcG)H0Zvl=v>ZtUmhF)>S75PfW*UvcP
zjO>(Y&aPc7K|o%#1T<9$5FkK+009C72oNAZfIxc+ELpN7-mwY)E;t{;Yp=bQ?_USU
z)iX{;j2Q9u+i&M<(DgC}<VDK_RGk0;0t5&UAV7cs0RjXF5FkK+009C7vIXYNo0qZM
zpZ(*PzVxLi|M}8OFJ<4&d1dO<so8zGQV{`p(TXr?ga82o1PBlyK!5-N0t5)OgTU>#
z-yUt<gm`Co)@aTtZ`!nJ*sx(4J3NC14LbPXgHJi-l+#W-E&P4RA%}!38D+xrNV~ea
za<=JWnF8{nWdf>BfB*pk1PBlyK!5-N0t5&UAV7cs0RkBU>(;Hy-s;cT`Hy}Kzg!4)
z$BY>h-wm&xKkKZs?!5EP@N9~kZo28)-~M+0{{7>-;bhI4H5uLcu_6NUq7`A(2mt~F
z2oNAZfB*pk1PBml2Z6KCK0Dg3x#W^d^3C^K-}+YimQF~AhR2O&hfBki*I$1<YyqVg
zF3@bg?p#kIATOFkNf`nJ2oNAZfB*pk1PBlyK!5-N0t5&UNG|Y$AN(NR;U6$yz`5t1
zyI{eB)vH&(^Ugajzx?u)DN{cF@sCFZMvff0Xwjm$aHyF6lKQB}@Gy$wk3T*x6Mi3&
zd?ZRH7mycCZlxpv0t5&UAV7cs0RjXF5NLCOBaS#C+N*i~`R8*|gnvyOZ{`diKK#{J
zU(H!8{bJZ73QsGIYK0A@ty{OI-*sLQ0eR7iFlvMV0RjXF5FkK+009C72oNAZfB*pk
z1R{Zr8#l(k4%l<gJy)$-l`Rv>9Cp}YQL%##Iw(3R5Cjdct^dY1z7ZAc*RNl8rZl??
zSBe#o7cEvyc>)9o5FkK+009C72oNC9wgRI@jfysE)~{cm6Jh%F=~033;+Q2%mgFpx
zeR28n<pT!}j4IBWH7mP-D`g7Ei<SwfIspO%2oNAZfB*pk1PBlyK!5-N0t5)83*3MI
z{n4&|_&aA<G%CD#^XBmC`MBh;VZ#ciKtsedelh*C&pw;pqw|Ug$ct8lQ6mHh5FkK+
z009C72oNAZpdAF_cgJMEUp|`t$tRy2ZTnnw(M3gpTz>iGQN`0vJFTdS3MUbe7fqt1
z3;_ZJ2oNAZfB*pk1PBlyK!5-N0t5&o6gd6#)1zJev(7rJaFwZ3r^b2F@RIt%g~Q!5
z&pb0Kf9a){_E}hgVg=+yixpFz009C72oNAZfB*pk1PHXPK>QTY@KTtZ2z%|dSG0}u
z=9_QkERgSF_}9l##ZQ0w)A`D{Ub29^XvuUc5+Fc;009C72oNAZfB*pk1PBlyK!8BD
zz!$#og=km*`RAX{zMFm}yo@X=8UB9#_1DvH<vf4<@yDa`6DLm0S-{0|1ms1_(NmWI
z0RjXF5FkK+009C72(*>JCqMbgXqP6uK_=(K2M-<`73k{f%2^=a#SlP^Dux#Fm2tgf
z0eR7q=~N^@fB*pk1PBlyK!5-N0t5&UAV7csfoy>hBSu8K`WrTE$iAC?W$V_hQOWRk
zc-?&Zt(@m;*RGAqj~O#2X8{+>5s()xM^9Y>1PBlyK!5-N0t5&UAkbC<haY};v`h2a
zYp>;;c>Kcpd=DVaSu462wcM{?zXE04DosFMv@|!h2oNAZfB*pk1PBlyK!5-N0t5&U
zAV46ez@R~cqFwzYzYd5>hQE^(4$q^A$`2VbBxlzymLni9T8^H&1PBlyK!5-N0t5&U
zAV8q41TMb#;%Jv<^5n@mCw}Omheid$zyHlyAm7D~j*h6}?z``vuZ-&@3&@L>Os66N
z0t5&UAV7cs0RjXF5FkK+009C72xJR{FlV%@pCkf0V8DQ=aCSR6uSA7CUm_<?nHS|n
z%LG)N009C72oNAZfB*pk1PHW`z;n+%7wyu7=ZJQ8c4klf!V52q3fy(qUD<aFT)FSQ
z`=W}+9(!zoVs4ctATL^)n_2`25FkK+009C72oNAZfB*pk1PBlykW=6jpZG+ytG{K-
zmYfCBFP4@U9XN1cdLzy&A|NkX5k`#=AV7cs0RjXF5FkK+0D*Q8=<e>0w}8$(^UUli
zFIcc3+93MWr#`iH>(=Z7Ij@B1>FCj;ql(vFdu`4#E|w!8FItYCx&#OiAV7cs0RjXF
z5FkK+009C72oNBUAux9A*l1UO<;s;Ax3YgMDlZy-xe&Fy_uhMFH|0v10`j6|0;*1c
z009C72oNAZfB*pk1lmgAjyvv%HfqA(*IjpA#@xeuXTk<fRN$Cnj>-89(u^uyU0uf?
ze|+5Lnl)=O3iz>n0eR8#4Yfdk009C72oNAZfB*pk1PBlyK!5-N0<pkx#~l}K>_76z
zBk{$2C!<D<`sDjZz5?mjmn~Zswd{Rl=`58xmlv&+q;?1pAV7cs0RjXF5FkK+KsyM8
zMCc)h91_PnCr+HWdiCn`iNE;bi}Br%9Su80p-Osz_&i*H{PD;4+i$<P{3)lL65n-F
zK>>Nu3Sw%C009C72oNAZfB*pk1PBlyK!5-N0tEi+zy2%Q+rRL_3oENJd-m)qwOrY8
zHfd|}qD{JRhE0F~0RjXF5FkK+009C7>Lt+8(J^Agh&bdKPQLZ6Z_S@Sf6JCF(U5Mq
z;fD0P!-o$){q)m+``h2nn>X*tC!Y)@Z@lrwGtM|;*Ijo_FE(`O(2W~6)@xF&-LJf8
zYp<`_5g<T-009C72oNAZfB*pk1PBlyK%m9~VV^(R;oo!5JuBOFc(O#)a`>G>Wn0!-
z5Re!3F(5#I009C72oNAZfB*pk1d0_1Z;c;0a%6hiGdd6NlR4pp6V5;X{P1#_?7Ic7
z3?4lAjW^yXb{NVh6p$B92&EVS0t5&UAV7cs0RjXF5FkK+009C72qY1B`st_RJ^$s)
zmnW%`q|ByGoBH+Z7quMDlT=ZrC;@rVqPP?$K!5-N0t5&UAV7cs0RjXff$%KQqmDW%
z-VQ3~WUsyUTCrjU*y;($i&oE8%LE7zAV7cs0RjXF5FkK+009C72oPvPfp_11H~ziA
z<jIpOB@n;n{!3r_Ql;9|PP%}+Xu5`T0t5&UAV7cs0RjXF5FkLHD1q6tXYaoI?(wEj
zu_xiNqE}yib!TU1QJpGWtbn{|v0};-AV7cs0RjXF5FkK+009C72oNAZfItC(?c29s
z{^4=`_170Dnf%sUZ@m@&mf@az?nz!z$>aj^qRFk4BtU=w0RjXF5FkK+009C7vIV-k
zyB~h|;p2`wE`CQ$yq{CxB>dChS+izs+qNycL02j+ATL^RQVkLyK!5-N0t5&UAV7cs
z0RjXF5FkK+KxGB~@P|Kq7(u<<uMa9~8@DDe8dEqSK!5-N0t5&UAV7cs0RjZd5eU0C
zufF=~O*h?i{`u!moH+5Y!wwrecI<%%9(c$hha7wCv1gun=Co<kLPm7);>BHEUFCG7
zZm|OLqQ#0SPk;ac0t5&UAW)pZwhgIeb5oC>pSu0X)UWqWP1z;&^MR>p!%{bVCUxH_
zsi!VWt#~B0ZBub=Doua@0RjXF5FkK+009D(7LXUMw5aw75FkK+009C72oNAZfB*pk
zjU^y2+F0vhGz16`AV7csfmRY&^<?Ufqf(ddl<3bLUrN38r&MZtD*>2GFM(Mnq%IrK
z>(7oA@9S9kSg$G>ErcJZ3`t!xDs|&QsXt6iJ$_;8&v&QRFG+3h?yFt*2@oJafB*pk
z1PBnw6p$Cq6!9|w0t5&UAV7cs0RjXF5FkLHwFKlvTWdYdh5!Kq1PBly&=>-nR;6zK
zT%wq0Mw;|jd#08?&=_-Qs!@c;x5h!rrzSPx(3i~4@p(v+7hUmaj*1x{o9rJa58m<g
z+K^b5KyJiOgE0{xK!5-N0t5&&sDQj^gD#9=5g<T-009C72oNAZfB*pk1S%vTFIpi;
z%@80!fB*pk1PFX6u=w88r2eI3{NmJKcs`_~D1k?R(gXhFB}G-OMd585cRU3&Uf=kn
zdU?^fi)%iWT6|wE=BN(>1PBlyK!5-N0?jWVFWUTTXa)ob5FkK+009C72oNAZfB=C)
z0`j7Tblf9AfB*pk1PBl)R^WwebHoC#-7EFXwA7jxQd`!hws-A#<YRbU__j@{^@~#r
zXQaYw$|v>fRZCv9SoQ|bi{Ab9Uh5l&Icty?jr#ii5vi>m#iA-tfB*pk1PBlyK%m_O
z<VD+U#m$!h0RjXF5FkK+009C72oPvD0eR7OTXFLxK!5-N0t5(DQDE^snX$l-6it!|
z?A)As{+gagP|AxIyGV_k7hN{D=Tq^}nLXzr$(iJ{k?}tI^-HsCwx_x~cSMojc{LTD
zZ9Dh0)U;u}dWj;VSByw)T9sAT1p)*J5FkK+009C7dIaP}dn}w0AV7cs0RjXF5FkK+
z009C7T2Vk=v=vv?oCpvgK!5-N0`(9GVZ6%*^vdb|Vd9P;U-F~#z0};(ceEfcnj9@E
z*|2%h@D$mpLqGUb+<9zj!}4CAkP`Bu9d9PE*}fx*`rEO+`U;<`t3R3AwlP6<MF<e6
zmcS2x_`{EW^rHg?4A{A%$Kb((L$iPNSATW&)mK+*=-MSffB*pk?I9p9+8*m{mIMe8
zAV7cs0RjXF5FkK+K>G^Fi?;9Dn>hgj1PBlyK%lY$Hy_q3o_Fs_JKj5A!tv(39jQV`
zQ34H{7Y!eS=<%MH4@zxWm)f|p*N3E9dC|yjd+LQ>_v$W;BxF_{1PIhmAf!Zhs^+oB
z9(&Ypa(X5}fB=E23(T1_XLj$S>Rq;92lArrx8`O{fB*pk1PBlyK!5-N0t6aJ!2VAS
z7DHaN2FSV~K!5-N0t5)OzQD@Idj<1;wP$fp7A*>Bd-skvkH2tj>b_G_H;&u!_{xw)
zoHjgl>lacF|0uQO{#4hNqT0({czahWyhuH~-268Orlt(p@#xg>C-mFrQB=k5ZK-8{
zOog|!-*m{1x2T7ST(Mi~_eZ22zaaIOXNm~iHfCOQ`TU+w#p}22kgI84^!=q;I;Uq0
zQF3+p!+oxy0t5(DNnrT!;nj?b?lfl1m@182vjhkbAkYW`;R)3l{~c+BQMK3@<V9O-
zK~0AM0RjXF5FkK+009C72sD>~{hu1Fm%L~Vkaa<T009C72oPv}ftwEPmC9T7R8^+@
z&MT>TXQig>(yOm11epH!r2eTVE=n3$z5iPuWI;n5^wpa_81|CcJJOr!ZARzsyxcRd
zk}F0{gjnfwSEeQp&e2QUZ+L(D(g%8a%sz|95Lby#qI7Ha-)k3Uw^6Mto$u`k@kZkb
zQQqibv$fBQhUtayZMx6&1FAJ;?Ghl+m%yk|qtbIe6DCaP?Ck8TQr`RP*RLNpZd`hU
z<HwKBTe`M4X3d%vHnoa6HgDcs+cD~m009EcClJ0@)4%q^dGpPo;YTbl+VD$cfCLB-
zAV7cs0RjXF5FkLHl?Cko)L?bxMQebp3jzcP5FkK+K#L1(UfnB?7aqu2jpN<dd-al@
z0L*#*fBWos0eYXuy(jlH`^t?wia&92&y|dp-+rm5y^<@2Cbq6m{bo$wUNSljk5LWb
z(ws;77&2<*{4p5T?708b4<;DmyWtZO9d*fzc6at9S0k47i)+T9BLW1{1v2uYA?H(a
zWHdc2`jL-(B#I9;PF{58%$XU9rapg^7ft`DI43}WKu!U_FUZMK*^Ba`mG#sb0RjXF
z5FkK+009C72oNAplz{!8qPR*cEH7G`n_2`25FkK+009C$0x$ojSM>3<TYGL*@T}Op
zXh;TLyH~1fYac^Mk6eblXn4eE&ZK2@u|QrldBtrTQdjR@sF&;k%s4u=y*tN5(g&Yi
zEBi{#@}esr>zUvSzwQ}%UGk!#`{%Fe8Bbt&YEsXToDm>ULxDIi`XB%CA8~%Ngve+{
zSoB9f`jNb74VO_@1PBnQn}FXJ)PP=Iv<Aq!AV7cs0RjXF5FkK+009C7@(I}g$tP36
z>++%%#MBf40t5&UAV8o^1@4;AD~uOEOtP{Zab7e$zx0`@sZ~$!cxvU2IOz5rf3|H(
zz580~Pe03i!}~*L_A!d|$mQ(sq{726qnPEL$E4nRV#k9(qZg@Xw^Cxo?Wvm&>%}#x
zU+Uo>rNW!yySIHXk-scRh2AsLo=;qqJ%m*H7&6M|{INE9(XK72U+((B_<uXL7ht{e
zqMO(B^1Sh&9GET<AW(gQI4`<t)vEK(J1>rmju|s1JdpDb$&OoZz4dSZ_HU!Q;mM-Y
zr%#_he|{t9MYnG4>t8NZUtSLc2oPuufi+o2Ys{;mW+5-yP|IO31PBlyK!5-N0t5&U
zAV8qq1hTe&*0h^I4dyE^S_5QV5FkK+009C7T3lfA&OKqgsY9zZ*>!KE9{Xu(!-_uI
z55dtpj_Mgth)urtZlNmKk;|VCOf8#Rs7iFNw2BL7^cve0yQMmo<?idxclRn8Cera{
z?vml^Bj@!Le&XW1#cFfofq&~6Ovae&l@|>Y57g-y+MLg8t&NXf2(+<4dR{azq(?^M
z>}c|nC@dP<Y4E&gXJ=;{ueqrcAV7dXlL^R+Hraw1E&&1r2oNAZfB*pk1PBlyK%htg
zdC?-l6emD{009C72oUHk5b~MnF}z#9(ED~he%juZntnjfsKUcY3mn<8&+snwBu5Dq
zLq_q+PxK6I^57khNG)(IzNe>fK)(CydCNZflb(`KUXr(14Q{M@vS%buU!K`v9rL1p
z_(spb0%myPsDl83nhRv)MMMAp^iThkJRq7;@~W$@ie?}$TJx3EAprse2(+w#ylBfV
zt%(sJK!5-N0t5&UAV7cs0RjZx7myeAK_EbY009C72oNYsAUyChJuf=<2W7QZsmgD^
z)HA9ZK2xaGjM(ShCl)H4ey@aztDfo^RX}^?#`N}bpWk_GuPWO%<}TJCdC{(|J&*DH
zzkO5L&+x2cUi9$`dP%<fT5d^K2@t5JKz3gA>8GDgPl0~yV;?)_m}9=0>p1erBR~4l
zkER#y=;(+BD=%8jMbkC`0t5)Omw>!zd#$(G5+Fc;009C72oNAZfB*pk?I$2F+J0+p
z#smluAV7csfr<*e^J=dc-hy9LwDmF?n>M^>V4a)uHk1+jT)QxD$&4E%RGfEq&yc1J
zNp&Z9Lve^TrpIv?-<L6p4}NTryl6-Z$D_?DS;xHS%Qy6lEe!IlKjoHml>mWi3iO#5
z4RO$sBS&uDocX1_eEITScG)F8EE>+`MXR}1+9p7N0D(3YkQZ&!g*R;i1PBlyK!5-N
z0t5&UAV8pP1ms2AW~oh-009C72oNAp9f7|*(<_Ge!nM`urubIxn$R<_^-J>BPmg_u
z3}<S4-jW$NN~o9~VV!qYMtgaGylQ06MD9B!cd<sui>7}P9{q9dan>;}y6}!3#*i0%
z^TFIBbd>;sY6=v{i~jXr|8*P(&4`R<ghdAr9vqdF7p>-6X`2860tDJrKwh*>7v8i9
z5FkK+009C72oNAZfB=EE5s(*co252U0t5&UAV7dXbp-yhpjQm9aq^;bPwN@j%E$6f
zK0WrC{AKi^xne7JZRr`$j=bVSd54s7BmJqQ*YBTk^MfDjo)_)jmWp$&SMQz*Kju8@
zm=}Hh_7eSbPQ*n51WFPpkQY7VkV8KE+0SN2Ml-^qr=EK1h!G>?MN8sWi2wlt1PJsk
zATQdtkrD(55FkK+009C72oNAZfB=DJ7LXTh=G8NH0t5&UAV7dX0|>nHa<3TPGgE6Z
zrmgE!%l?>}e{O2V(WzgLPEFY*b=iQ-Kk<vv!%4^r<~!13pO2rPuT+lf#a7ISN^V$@
zqs^R`Uc0qNcv8RIPe84EUNk%|H3nb(T+VsyxR`;E<fZT{9_?v4bkXr<-o^{xc=<QI
z+DX!N;Rf9$K%jVm!g<lqUPfee(V|7^ub~fN(NIQSw0L+m2oNAZfIw0KdC{a&$`K$y
zfB*pk1PBlyK!5-N0tA{<Kwh*t*UhL25FkK+009CGBd}q4uNdBgXH<7&;mz`Qf4x_a
zaZItm$;-dZJF4{9=L^5iTP*uVu@%!_*B*x2xjDPZ+*jUuqSt)4ZOT!szIo9#FZ7Hs
zJl3_qQOCUK;}`S{GWfsyT7hA@MSwt+1p3U2hJMo{qaXRmN8%@rMq$xVpy~3W{rmSH
z(AROr6<1WrT(blS5FkLHC;@rVqPP?$K!5-N0t5&UAV7cs0RjXH2y}OMZ`iP5*|KE|
z7A%-Mckcb~9}hkB&<iiTuxiz+ty{MisOwhs1ms1lXRBob1PBlyK!8A72yENfD~5O5
z7ppkyXRqkhSAl?N#;up8=N(mg?6W|uG`oJW6*HcbxxFj9$=p{mp5VG=U5;XP%!`Is
z&xaS#N8rEQHPy8x$ME7yb<B(Y;Tyd^Je%K+2jzqSftm><$%}@;q(?@hyl5O24R@O^
zFB(T)3!F@yT9c=9*KDPAM1TN+G6YtyUj5*M4^Ejf<?OT1KI^QrF2DTp@Y{s9-g>Ky
zCRHs$Kwh*6EJX<rAV7cs0RjXF5FkK+0D&xluCA`9o_gwn3oaNpZd`#~@#xm*(WB2f
z=bTVJBuleea-muR@}kv})h+=71PBlyK%jjDCJ*jO;!PV?t$DwGTTd?;anL@0Oqdsa
z<;EfgpPm;@QgOv2y~bZeUi6h-6&o!t`t;>J!wYjPeAF>7dc|%%;|w2|?fzG1;iYny
zKve`1=0%q;Uml*x8Sf+Qyz|bRH}^b~Szfd%Yok#D1PC;Mz$1@5^107_F8=<{IN5K%
z{qDKvp6%PWH^4|+c?j~Nt-QMCMt}eT0t5&UAV7cs0RjZ7DG(kddeKD}g)RMzU7aL9
z4jVS?s;jQ@#L;T5Pfy$OqCFPQ2oNAZfB*pk1WFUQ^O#;qylOnTam(7&q<+16`R&-$
z^Vg(SKbH#Kb-wq0{IB=#j>C)5;~Z%t<V8z=AN`+tCK6`UXz!zc;Cns8o76vb*?>ZS
zLV<Wu!bw=u^z!SM=J)_+JeRfO%^YR=ytH{uuYP}baGy04AV8oR0!i|sAuPJfF1uuG
zAB`M2GLDQkU0&1%S2aFM+9W`rDFl`-UApA`qtDT9*|O#2lTXh0^3VC>`0?Z8|049+
ztO6wn$cvVMrV0T91PBlyK!5-N0t5&UXmf$^FMOv@pFVKlz?}Oz$uEY~Xn5~Tn`72s
z`tqVRK-L8T0t5&UAV8qS1zx<aR~T>MjLOgVPe1GFB7_W=&gr|0+28J|(g=Cc4J&%a
z6QYvgNt+3e^arbkxu<%^Vxvat_&)mdyl8qBw1o5ZOLCA@Brp2>uX^D>Jvm25E)gJ5
zeStpnq8VY)-FDk8-bacfqfM6=?d<HVKCK=I5FpTq0s{sNh`z=P4=#j74?OU|_zS<!
zlfC!e`@Q$xE8M2LB@4)lmQ1H20RjXF5FkK+009C72oPvbf$%E%Z+`QeeQxO_FL36W
zXL`j<RX<DeqE+S9H~|6#2oNAZpe+P8t?CuVyYZmP&-(xN>FMH`X^Gko&yb8Gi;a*M
z?b^~ao-nZG4=0*MC^Y}vo{HD)m%Em{Xl|GHuXcB)ez|LpVZhJ%AkzXZxJ7_Kg#-%c
zMKi*pr=EIh==QUp{cOC66h%hmMJu!#njt`dK-C2j=0%S??zs4?K0euZ-+d=cm=JD-
z*U-lo<CCv`^{Z7MeY<ubFWRmvZ{7q55FkK+009C72oNAZphSU_PC6;xw24pl+;h*P
zjymeZ6Hg3(@3q%n@%88=?DmHj)2v&!?)m4Rzu|@(!V6_G3Y>DvDI%jKu1A7u@}dcl
z6d^!>009C72oUH?AY?@2aAr6OuZgeV5%PZNjVF2E{r2wE&j<F@YJ|LK0GT$dXGjnK
zD5=oZyZ6+(_vGBQ9{XueneZ&uS{{x6e9`oW(}oYyZw{;_kG=>HNEaxO7acoxZ2D{H
zqp)aHHzP7CFPcv3oB#m=jVzEPFZ%f7kEj1SV4r>VdEkKuwr$&%KCkeg=DBm{?!W*3
z=_Q|e=9%;|&MPG#FIp){?GPY9fB*pk1PBlyK!5;&b`ZGhuDjBAY(hHp$tR!8*xLyX
zVS8u6f(7AU2gilO`^7eH+!zyu^GhzdB;HL5#V)<{()g~E$_mJfR@PH%1PBlyK!5;&
zHWgStzbCI4B6;C)pxe7DMzM8$uf~(K{MMg(RcVmC=)ALfMisK7NhY%Hjh-q2cJaNr
zRiC`Hr`Y^+a+hg@s~vClj5ADU<zsyhs?7J%zd5g0j|n^Ndss>kAW(`xfxKw{{{7=^
zqV%w6)J=M1G%nfE(GlI9KYxByH~bsqQifH9Ix}a^jHly$^i=@XBmn}=ArSBI7Z`4M
zxqSSEdG^_7cXj3c9}(fzW<UP%kK@9h`OIeuH0xH$0`j6I)2T>+009C72oNAZfB*pk
z1lmm??Bom|K0Mm42~UIwy9#{@JonslLx&EHs)V=LXOv&NcI`n29Te~Xyz#~x83p`U
z5dnG8iZE(~009C72oNC9_5#~e>F<9Jsk{gNtwfU$_1w6!SKVzJdPV-ik9{25Q@<VC
zt4f39MOQu9YgDh_-p4$`?O7-Es*-Q+uio5KY{t=jH(Rd~VP(T-BmNWCy3eDWyyz>x
z>**`%bmnn=cBlXW0@V{JkQa^jf3m}((Rk7$qfudb(dw;~mI)9bP!WMX^P<a^E$j39
zKVu}{|Ni&mDsR92cE(*lmM<VLTE3wc2oNAZfB*pk1PBlyK!8A-2+W%|FW#tm`Q?`r
z&N`$(<L5%GSg|6bR(Lk)zWeSQHGBBshiBaNV?_kyMJvLn5ds7V5FkK+0D;to<*7;i
zdd2hRd^gb}G-JE2t*QCv?r35ClK9&DC)<0yTz=7Az3*oIwBQ%Lh7lTUki6*j?$i~#
z^^9%GE~zbRvqqnGVcFcC!eJI6JDTr!>xrI{KOdOt+LEteov+s@FS<Ro`nl9ihxV96
zVbN<omD;wc&H}n8(B1;sdC~OUq_F?<k%C9O?-ZT9`|i6Dr{{~d_s7cY2@q&pfj;x1
zS6y{g^p!qj$dJvOHz%3NmMvR`4I38Ky7}gtlT=ZrC;@rVqPP?$K!5-N0t5&UAV7cs
z0RrtTaK;&DM7uOU`q7Vya=74v3!;kCrcKMPxN_yn=x+G?t+(FFF5pU;0`j6|0;*1c
z009C72oNC9BM=^#83ps=zpvYGM{=*vqkCKG<=>{J4ga8eW?nRvy5p#xmZuC!ZCaJP
z$q>kV;-a3C@h}=BFB%5@`fa_27ZQy5<`Tl9llu26ynbo!S%<431{qH_oZRuH)Vr^z
zf@-53RmzKob>G^NTK7gOpv^nGS131T2}#|}s~gS3cnGwcKt^74{rdI$?YCdN?NjW@
zvBw@8z3N?FwB0^P=1YJ;vk3H=7d_>aQ=%{b3opDd`J^UIniSPK{q)n5*HSW}fV^lz
zD8&d6AV7cs0RjXF5FkK+0D&=M#zea`OO|9j3#bp9<;#~x6~jJ%&Y~xsbW&8{y6djX
zS-{0|1ms1_(NmWI0RjXF5FkJxQ{d^zy@HETT5tLRsTY2odiS-|j@PMg|DZ~EnrL_=
z>EioRv%lTz@u8tgc3w2(0OR0aIJtaKDs;4A#RtzX4ROIue@VS|OX}C7KPYz9$kbgE
zda5)|UNlVqcL(<jEX?Jy0jb9?Ooc4y_O2Z=f#vNNQ+J=(t4t{N=ua}KGk(7P$jmB{
zSZF`~vvy%drCR@3eqJ<WXyfUGlZ;4hH0A8SLx6V2XU{=^K%E8B^P(XvI&R#!Xu~J`
z{n3wp^kd16e*OBzwI)oM5F(@UqIF(Z-4h@{Adf(wdC~Y^4ZQNoD|y<;aXGxREcy?@
z=Rg1X9JgI6Pe5L@JU_Jw5FkK+009C72oNAZfIu4wgjdEyyEM_W9g@$yySqE8`0<Z_
zJZG&ZpL{YZaKZ`sU%!~Mri%##<V6!8DMEk%0RjXF5Fk*Dz`{E+Ure8!-z$72J1-hy
zmNy-eI}e$&sdrvY%{{%Rd;{f0Q>m@%Q&)bXXKXpgpK<Z`N2Ed~w(t?qGHPZ27#=!W
z-=qAzX!fKEUkOieT{64Alh!){0<l1x7hSk;VH_3>ub`hkeR^Cb$;o-=ofqvCg}*~&
z^uY%ojD8$HeteSZH7GN4=FE76{rmS1iK#x1IdkUJU|_l+K!89k1;STf^ktZ@(_MDi
zB`UCS<Hmetvai4Q-g{B4;lqb#-*u%-0eR6f0aYhJfB*pk1PBlyK!5-N0_`I(c<|t8
zmuCC+51$v5c=A!j@ORD{>(;G{3XC2-I%feF%Mp+lEk{pX0t5&UAV7csf!qS&!J)q$
z+jo31JLz}z?y1H1^gM$!z4iCr&HbM7j7BE)OT9U7N4<v4i-xgnS(^&aT+JAHz8`P-
ze;+)0G+iU-`Kl-TNTRk+UNk&`_TH0I0VIB&ZB8*42@t5QK%5u-hky8oXsf4$uxK>o
z^vLL8haDER)|h$GXl#A{J$trrdu>0CdLuxf`T~9CMF$NU6n#Aw`#XiGRtV%*e-dri
zgS=?lEx8F3AV7cs0RjXF5FkK+0D)2kKJ}?jMY}ZNg<?gu5&rFPR52t@b5;zSMNxr)
z0|(|T;9@xf@}lMFsY`$W0RjXF5Fk)UV8x@U+r}qNMTSRcu6(?YbYFO-c=n6h(_@w)
zgc(1Zw2||oK`p#}e!-N~&j<GHGymK|$Qk!Sv&-kF=AD(g<@2d4Mr1zdwI%bSlLx0l
z%=kBBc6>G-`)TTpnW=Su?)!198E$?gK%gc9ab7gq=P5ZX8Vxo*G8#1~FItmj)CmCs
z1d<B$nHSxC_uZo}@Y3?4q5Y&oQ7*B7yl7%71ql!!K!5-N0t5&UAV7dXy9<2d8{dfb
zcJ90HzM?GRw}u^h=%M*4MlJjI!ufp4xh^kSj-I*%2oNAZfB*pkeG7!wuP?bj^~iZU
zvZKG+b4NllJOXseE~(!fn7a3*)RUK{Ry>m0wyE!S;u0Yd`lp}mXl?4y9ZgLew&PXx
zAt?CvOMS#m;}#m{q-)C#oVh<p-FQ%H%8=Bg{yU~~+ZR)h{<!D)s72*P8)s@pLVy5)
zEP*}t*dyBE34e#M==Z+&z1zw=jyvwSxWRDp#V>v_t4|jQ5FkLHZUTMgMUOuE=;&*F
z)21T+=Rj9iS5)icAOCpW=GM9$%Zs+|+L{>w0t5&UAV7cs0RjXF5U8-gRaadV?b7VM
z_uieIoe5j-?(RO|fCHk6=boGUu{oi&sKC&nLlZWuSaJb*(d1T25+Fc;009C72oR{9
zz*9f};L)S<qP0WU69EF%6&NyPNVLOKrN2jy9$noDXq^B70tAW?=rb>R*=3hS|3z55
zcyaQE!wb%$TE6y^qa`mXFPhv+Ndg225FkK+009C72oNC9<^ro$t%`U1Cr+Fgf}nkZ
zgtyFm=R4ntYd!VUQ#q@|EgyK`fjJAfSdM_aXgPZ75+Fc;009C72oR{2fV^n6WVK6x
zK-~oX=5PKc-UX`0$>06m-_>nyIwnAX0D&xlI4?SC)Tljk9pM2H(SHtZz4g|t+IcT5
zTC^yt<+0Lvjmo$oFIonksssoSAV7cs0RjXF5FkLH?F0@#{P1|Uf9%+?FTVI<0fJXw
zeKov*J}$r8Zo7r}XwLHY+;dM<?8FmK%vr$2as=c>%h6Mp009C72oNAZfIzhb<VC9`
zt6c&F>L&2ugAa!NqOg4w{-JSYkHZc-EbKD9^2#f9o12aa5FkJxOCZjR#=ix~cT!aH
z^S0Y=i`x0_cfXs}rwio@$cvUMs6GJ#1PBlyK!5-N0t5&UXeWWyt5^5$-#>lNC%l{f
z;)^f7|Ni?!b~OC6-<Mu`Y4+^dmtK15e*5j0UM!r?pFckz)v?DO8x@{Bd2+rou9qwz
zFIqC4iUbG{AV7cs0RjZ7C?GFdMO;l2AV7cs0RjXFR9zr>UNr3ghqsI+9MJK{A0Pd`
z;L0nnOjt#+<O1@d$*q(mK!5-N0t5&UAV7cs0RjYqz+HFU746j&_4oI`|NVS=A%hw>
z^~fWS<SXWS$pZ4CCDW-$fB*pk1PBlyK%j~O@}gD5)iePD1PBlyK!8Bi1&Ydxo_Xe(
zNd~lO)28_M1>v#PNvbGQlz_ZwQCtcWAV7cs0RjXF5FkK+009C)V8)CY@s3TBlMoio
z_a^$#TG%Fv8|moiAY5?)dC`iKYLEZ{0t5&UAV7dX1q9?pD}bm80t5&UAV7csfw~EV
z{rsYiBm=$q=9}Z+7bJfqX_A(ei3H?DeG&)|AV7cs0RjXF5FkK+0D%$&!bZ*b@#Eut
zn|vpuMvZ#ni6;uT-<ft4F6nM*0`j7zxv52f009C72oNAZpt=H&ou9gNryYMD_+BMD
zS~B~CW~0VS{(I`sN{&if1PBlyK!5-N0t6BW%$zy%+7FKckD*A=k|MbU<VAD4xJrNk
z0RjXF5FkK+009C72qX|#x^(G97hUw3&wQp|zkcbF(S7#W=k(K0f99EIy1Tm*G^0p$
z1>{Am>#KDF1PBlyK!5-N0;LJe{KpT1oi`s=S_8Rj$&2Q8ag_i80t5&UAV7csft0+c
z4*>xJ1PBlyK!5-N0t5&UAW*(Q_;<b=Hf&hCc5Qh3jErdco|SDuUbM2FS|dP!009C7
z2oNAp8G$>#{6Svy#)B)<VAP7dXeBkZMSuVS0t5&UAV8p{1ms0qYB^1Y009C72oNAZ
zfB*pk1PBlykR>25nnmIQ0RjXF5FkK+0D%S&kQZ%$MKA;c1PBlyK!5-N0&OKAFWOei
zZL$Oi5FkK+009C72oNAZfIu4x$cwh&qMI@S0t5&UAV7dX69`l(FWLk%H$(yi2oNAZ
zfB*pk1nMIoFIpdWy%HcmfB*pk1PBlyK!5-N0t9L$ATL@gY5fo&K!5-N0t5&UC`LeD
zv=}XA2@oJafB*pk1PBl)UqD{8d_ye|AV7cs0RjXF5FkK+009C78d*SIw2@cG*a#3H
zK!5-N0tDJuKwh+c*WSzt5FkK+009C72-HVFUbH^$dL=-B009C72oNAZfB*pk1PIhh
zKwh*~()uAlfB*pk1PBlyP>g`QXfayK5+Fc;009C72oNApzJR=F`G#5`K!5-N0t5&U
zAV7cs0RjXFG_ruaXd|zVu@N9ZfB*pk1PHXRfV^n?uDzKPAV7cs0RjXF5U7uUyl8#g
z^-6#M0RjXF5FkK+009C72oR{1fV^m}r1e99009C72oNAZpcnyp(PFfeB|v}x0RjXF
z5NIEPEgv53Gv%7iR9>`Z)H)(SfB*pk1PBlyK!5-N0t5;O%$hZ8=KDv1GH#V7ATL^)
zn_2`25FkK+009C7sw*HbT3uhQ6Cgl<009C72-HrXySw|r2Om7=oO8yF8#i*~$UXPm
z^SI-Vn>KCQ8*jW(!XO3=7_ig(M+tRRDJ&o_TG+>30t5&UAV7cs0RjXF5FkLHHUjp4
zs^=^(T0L7W6Cgl<009C72(-Jv^7*O9FUb98{yC}Jzm&T5|I7Pl+ODZfciQpi7az}C
zCRG3Zk*RrS<?bSMy<~Rk|7Y)BfTTF@d+$rAq*qZ2$CUJ@tQ?i}+QG5Q$+4CA#4g*3
z{JNa7D|Y0Zlf;V8dF50tK0eCpMCHikqr7qucXWXTgtP)7fe;{!5CVh{LVyGUgpkCt
zSC(a2V3)nK?EOBoGyVQojh=nBr@N<Trl+T8<~y~8pXqt7pQo|q*`J;^;>ErTtRDdc
z5I_I{1Q0+Vrvm%;@4xxxo6Ur0;-8WrZD?pnX@dN|ASJGpDw7vYiHphzAb<b@2q1s}
z0tg_000IagkR<`W|H%@pbW2_|d$#n900IagfB*srAW+l-mn*IYKF!!?uKsL#tEhK@
z#Up?K0tg_000Ic)P9PqS|Kb<FNX&>PUU~4r2P2V)$C>i`0*_E>R3k5%1{zHeKmY**
z5I_I{1Q0*~0R#|0z;^+@|M8tvbx2-RQBXht0R#|0009ILK)_D{@}hof(iZ{<Ab<b@
z2q1t!{s}Bvv?wte>U2dOQs2_j;$@NizQBu8dUeQ)rsqa01Q0*~0R#|0009ILKmY**
z5b#%k?|=OD)O#Z@s%ub2009ILKmY**5J13BftF*APl^xbdGt*Oc^<u=8%kdYAb<b@
z2q1s}0-gorDf5<S=-qeUy=>XCb?es6n>X*yJMXl7DsOMP>88rc%A_Ok`+}rIX;&aG
znl>E`5kLR|1Q0*~0R#|0009ILK)^=<zW?zN)6x}rQ40uf5kLR|1Q0*~0R#{Tg}~1L
zdi8PkTfPyB`7j9t5I_I{1Q0*~0R&PJxa+RFR3h}Ad+zD&?X|S->gq~-TK$X}GY%a(
zWT|O+%kK*;AU?h&FX|&ET_Jz~0tg_000IagfB*srAb>#H0(}3IHeJ$&<VBMbQ2_x2
z5I_I{1Q0*~fgA{s7tH}WLn43x0tg_000Id3Bhb;&p~9jMJn(=^r)SQb`Shnhtty*^
zZQHiFG~xFJE;t!}L|!yQK$;_f00IagfB*srAb<b@2p~{Y0`e75mR{Fgcb)k)QBipY
zvsm(?!8kJt0tg_000IagfB*ui36K{}&5POyAb<b@2q1s}0wEGuzka>>mHzD6vnM7d
z+-DYvMDDxqK1*b@w6xTz6?su7nar<~7tP#|9uPnP0R#|0009ILKmY**5GWo2^(~F%
ziya@|77u1%D<v-)7&QYSfB*srAb<b@2q2Jx0C~|Au&9av0tg_000Iag5H5kA{NyL*
z?*(@5-05*<8#ZjP{3>C=f(5p1)o&tfKjmU30^~(A(W5N_2q1s}0tg_000IagfB*u;
zCZN8hv3#rJ<J)2*4Pd?GMFT))2m}y7009ILKmY**QWhXDnlc#;5I_I{1Q0*~0R+M#
zaOa(On!gvga^;HmIUPNE)bd+~pa1;l@p#<QgQ{b>&fCld$ctufNDl}gfB*srAb<b@
z2q1s}0tgh3fclok$AGA%tKz{7Y^CHy1EXdj1Q0*~0R#|0009J25Fjs_0v1&fKmY**
z5I_I{1i~dSbLLF*yZu-!meR}`8X7+N$xrIP7x?jye{AVQ{U#!%o~i6bfV`*|CF&r6
z00IagfB*srAb<b@2q1ufDWJZk(Z9^`w+yxK0^~(~C#6FK5I_I{1Q0*~0R(&yATR0z
zB3&SW00IagfB*sr<VN7e8*em!HIR5ZXwnIFc6Q!=`|bK~7Vf_L?r1cs8miw!s4Eow
z5+E<?mn8ilfB*srAb<b@2q1s}0tg^b3<96|%xBE+aL%7U-|g$`y6dhpdoBjXfY(S~
zG+=OsLjVB;5I_I{1Q0;LlK^>9PfS!o009ILKmY**5D25d9e3Peex*M!Fp$Rlq}3O{
z_(eT3de>cdjg5_&U6B_}gVbXa@}eH0sD=On2q1s}0tg_000IagfB*s_@T*__%KQSS
zqN2iI5WfHM*HiC}yr`~0836<kKmY**5I_Kdun3SB4a-h24+IcE009ILKmdW11-}3N
z@0-6Yko;lFjX!E2>CkU~``dbC^v*l)92y#u5BYsTdZb=jkr(x%L>&YWKmY**5I_I{
z1Q0*~0R#{*1&$m!Vt#v5Qc~it3E%(t>#6rfUR2khi~s@%Ab<b@2q1t!SOi}CTVvTZ
zlRqzgD=brD9ta?S00IagfB*srcoTT&p@+<07A#)8*jo#mS`!l!Kl;&+^vLM!*|U3l
zd-;8V4VF)r$cy>}NjC@}fB*srAb<b@2q1s}0tgg^fIK6{{OabbU;V1T3+DSDe?9fy
z$cyS4lo3Dx0R#|0009IL2#dgp#aHv9Z~bdnro=oDKmY**5I_I{1Q75huxHO6^Ops)
zX3dh=r?*Bnwc_#k{rBImM@DbG^;Y%PrU92S6Cf{|nIEkYKmY**5I_I{1Q0*~0R#{z
zI)Tr9?sMjMHS(|+9~Vzv)JIH9SL8)4AiPBY0R#|0009ILKp+$XCs$m}iyr+|DCWZ?
z5I_I{1Q0*~0R#~6EYRNGu2P-5cklMx&c5Q3B}-IqdcnRnS2GYGFPZ@!O%Xr<0R#|0
z009ILKmY**5GY20dGqF(U)P*GdD6%AlNa?7)6x}rQ40uf5kLR|1Q0*~0R#{Tg#dZc
zP;3K}KmY**5I_I{1Q1A5Kpg~n%PqHLe!j%|_3QPds98>PW;AmaATR1{!zTzJfB*sr
zAb<b@2q1s}0tg^rBXIoqar29sM<0FE=HqlPkrz!@E_plhqREY@fdB#sAb<b@2q1t!
z@B-vTgEwbH1Q0*~0R#|000I95=FXj~5}s1dyyJcQ_NflZi)QX=+XHz~TNW-NfB*sr
zAb<b@2q1s}0tg_0fRn(`(2)5>&6mIYWv4o6Tt9g5;DL``X|$z@y8wAncOO1Q009IL
zKmY**5I`U|0^~(=<IboEAP^#fNF)-X*)SCZ5I_Kd6a}iPs`Pm0xpU`I?7*gaSy|Z)
zH{77QwW-0S%mm1bX68q01Q0*~0R#|0009ILKmY**icui?@v9gYpNDHEFPev&#*`62
z009ILKmY**ia>z8Xc25OOGE$x7lEJs>}NOLcw<RPiAx<mLI42-5D2qCJRaYsy$&5Z
z<jZU?T)1%G$1h(xq!V3$yr`~0836<kKmY**5I_I{1Q0*~0R#{zJOT2eg}0}y2mu5T
zKmY**5I~?11jvgP!Y;A~1Q1A5U}R)u#*7(qeB2#(+>vG%G(!LZ1Q0*~fz$=ai>7Wy
z3j`2A009ILKmY**5I_I{1Q0+Vp9IK@=F@I5R|F71009ILKmdW_5g;#GJbTSb5kMe8
zU~q8IeAe)%KJ}@D54nH<0tg_000P+(ATOFNS^7l)0R#|0009ILKmY**5I_I{1i~Re
zUNjv0z$_3z009ILKmY**5ST7NUUa$#?+`$ss07H17S(pMSOgG20D<rbkQWWlUN92`
z5I_I{1Q0*~0R#|0009ILKp-0e<VCZgN}mWIfB*srAb<b@2xKbIcEVV8&E(I8*E8*k
z_6Q(=K)wl(7tOaFW4;I=fB*soB0yfWKsJ(PAb<b@2q1s}0tg_000IagfB*sx0^~&<
zV7QC`0tg_000IagfIzMVIzBX7jv7Wh*YjX}1Q0+VXaVw~L5njU0tg_000JKgkQe1f
zKmY**5I_I{1Q0*~0R#|0009IFTY$W1Vec=iLjVB;5I_I{1Q0*~0R#|0AS42>yz<KL
z{oe0A@W2DnXw-d5Ddk1``}^;`_ufDFgFiTa{J49!e2M@92q1s}0`3CjMcsY)6afSf
zKmY**5I_I{1Q0*~0R#}pcLDOE`M!h99{~gqKmY**5I_I{1Q0*~fxHm-lRx>BYd(7Y
z@P|KikBoZHi%MAZ>tFx6+3i34!$0JO1CvAm0R#|0AhZJHMMJwaObh`85I_I{1Q0*~
z0R#|0009IL@I`>Us4t9kf&c;tAb<b@2q1s}0tg_000Qm;t5>f!gProHdt}sOUQ`c@
zUVH7e`}gm6p8%gCfB*sr1SZh;@hg}SKOU_wnBfX|6!M}4ytyn50R#|0009ILKmY**
z5I_I{e+2^mLMGth{Iv>IZ{$TowH-_b0R#|0009ILKmY**5I_Kd0v4D%cdnPnsLG4p
za?34F8kVr=#*G`DY6gFO&z?Qkdw!LalmtIRMnnJs1hOq4|1D_#7k;(}GW%Em;}Xnp
z1w0CQ(E{FFmWBWV2q1s}0tg_000IagfPlXOeE;LGXJEaN7Y&S>fe=6d0R#|0009IL
zKmY**5J137WK{k&VKe!2!womsiiJ5WDieO~wbxW~DQRKp(xtX*<RStHAduGr{JtPh
zw~xGNo^Bk|MgRc>5I_I{1Q0*~0R#|0Ab0`3{|VmQml4T}`oc&j2q1s}0tg_000Iag
zfB*srAmC9TX=Jpcqr;3@&X_SHvCoi)MP<U|MH6?8D+nM^Yy$kgAWwIkyl9?o9MeVs
z0R#|0009ILKmY**5I`V!0lxnU-rScF$&32JNGAv&fB*srAb<b@2q1s}0tg`BT|keF
ze)qfIjYgw-TbI1396kD_FMY{OlU{r6wV`?py;_2v7aboTSJx>ZfB*u;Bf#$q@^r7s
zi{|OZF>M48KmY**5I_I{1Q0*~0R(~<;QOE8&3ze>yr?gXbb<f^2q1s}0tg_000Iag
zfB*t13Fwj0+i$;pWMo7&cgl;lw6uKU6Q2lqSX5S_=S3}1ShYq92q1t!VGHp4f;`<{
z@}haVaZDQl1Q0*~0R#|0009ILKmdW@1^E6acynJyBroa<Bb^|C00IagfB*srAb<b@
z2q1t!ssg|K<uA?fr~G-_ZMUh&sBK<U!lE;0&Q$eZc;SUqhYPGedC|bA83+LcLMxzt
zU-0?QfBp;Ef2sd<2rWpyOpLr}zU&n9L;wK<5I_I{1Q0*~0R#|0Am;*n|C94ANN)n<
zMbmSm6#@t#fB*srAb<b@2q1s}0tjR-@U3rsOND$?WHd1^Y6*+}^FRM{=0j(%2lArX
zv!!PQ5Xct+_4@+#U-H2e^2H~#^CT}C+O1(?2q1s}0tg_000IagfB*srgiV0&f5NsS
z9_K?|)FTwt5I_I{1Q0*~0R#|0009ILKp-0e-~8q`Rfx!pj9T)dmayngfBMsGOvA@M
z$&31kNmmFUkf#Ftz93IGj=X4|ZXDA_009ILKmY**5I_I{1Q0+Vcmclu3Ete75y^}C
z!bm3wAb<b@2q1s}0tg_000IagkhXv&GJ5giMKeJ<W5$fU3yTT@dC|1*1R5fMK*0#`
z`+_{(O7fz4x^YY!0R#|0009ILKmY**5I_Kd;05^pCwOyTMkFul3nQH%fB*srAb<b@
z2q1s}0tg_0KqdluWb}7_=XX?Ibmq*N>h#g@pDbz$kQdG5PM|FU2o#3EP>x=Op_ju|
zkQdD%K0_mb00IagfB*srAb<b@2q2JO0y+BnXDGjvLO5IUq9NQAri1_j2q1s}0tg_0
z00IagfItxn=#f#C5mkkJ35&|c>3PxXuDeeDC2ObGu3fu|aHCl=0tg_0KxhTXi-vY<
zm>2>GAb<b@2q1s}0tg_000Iag;EMoxQC}G81OWsPKmY**5I_I{1Q0*~0R$`pZEbB0
z4zKF!>bLD)U;5IQR6tZO{Ka4Vg<bWx>+0$pMri2j>axryu(x_%R9{76dFRfZfz676
z5I_I{1Q19nKwdN{5fu<X009ILKmY**5I_I{1Q0*~fxH$VFPhie$K(+}009ILKmY**
z5I_I{1P}<Pz`y*<za+*ZgS;XKdoEwTJSRBhMRUT=pa>v<00Nl{kQdF|kRA{~009IL
zKmY**5I_I{1Q0*~fiMe@7Y+07FgFAcKmY**5I_I{1Q0*~0R-|?;I`Xt3o;#QJJz?p
z^{t%f>3Pxd@$sC@fk6>K009ILNJD_UXc}lVK>z^+5I_I{1Q0*~0R#|0009K@NPxU(
z9&Hv=MF0T=5I_I{1Q0*~0R#|0AYTM_?AY;*Z+t_ZFQ54O{onunS+i#ShTZGN8*jY!
z+G{Q0Pq`x3?W+IA%{Slt#V>v_aR|Bc?Qehk*s)_d;nMS>(P%U$b6`*e5I_I{1kw;7
zFPa7#O%Ol;0R#|0009ILKmY**5I_KdJQ5%;nn#<(R1rV`0R#|0009ILKmY**5GY`Q
zmX?;8GiO@DqUKvUt#o8$BwyA}UNm2Jig_Y{00IbD1jvh8KzNG)0tg_000IagfB*sr
zAb<b@2o#tAdC>yfP?m!L0tg_000IagfB*srAb>zV3fP84^|MCvC^AZ3G#~Fk=8OOW
z2p}K=<VCp+5I_I{1Q0*~0R#|0009ILKmdWl79cNL*!#=s5I_I{1Q0*~0R#|0009IL
z2)}?OEPC&~_nOCw&X_Udo8SDVI&m~#BBSI*!+*;$Lj({&00CP8@}jmZTtol?1Q0*~
z0R#|0009ILKmY**3PymuXu)hH3qb$@1Q0*~0R#|0009ILKp-ClEMd`~{`99E9UUq!
zDl5vn$S8Tye7p~tGXe-8fPe^)7v(lU009ILKmY**5I_I{1Q0*~0R#$LfV^m7?=P!E
z009ILKmY**5I_I{1Q0+V%mRsFQJJkJFDh5^D>6!6G|aagb3*_D1Q2i$ATR2I!$$}p
zfB*srAb<b@2q1s}0tg_0KmiDl7cGEIWC;i$fB*srAb<b@2q1s}0tn=zK!1P#Z~fM9
zsmIOB$)e^e67!;RU5||Z?(hC?G#U-<lF5sPc59dz0tg_0fV%*BQFk9cMF0T=5I_I{
z1Q0*~0R#|0009K@U4Xo3zV9IOM*sl?5I_I{1Q0*~0R#|0ARh%JEc(ZP{Ktu5QCW*^
zUR18@k<q{To4*NdWR$#UKHiYb836<kKtKe@i*g$vfB*srAb<b@2q1s}0tg_000M<A
zKwh-4_m|ZnfB*srAb<b@2q1s}0tg@wLIDYje*NoTS7Fhg{p@G@B%Si2Qs=wh{jO^D
z!yo=IoRLxTqWW%9MgRc>5Xd6|@}haPSxglH1Q0*~0R#|0009ILKmY**5J*FSyl5I|
zG(i9X1Q0*~0R#|0009ILKmdWX1@y4!wbx#|apOiyS1x%`sX2G<+>l2`$%|Sxl(z^V
zfB*vdB2eUc(Opfu=AN2s{#5l;`M7J@>)FRi(iH*-Ab<b@2q1s}0tg_000IaUg8+Ha
zV%TNYhyVfzAb<b@2q1s}0tg_0Ku83VhDBwbot>R#B6P-#8Mf07d1RElsO_$C5dj1c
zKp^}A+0KiO$Hp%VTsYi*cvHisCr&@HuwtQvGnZ5@SyQ)WXVcDiJKt>@YKp`nxq{l!
zxZ^*{{=@vK?5Xr|8rkdF$4SzaE+F@6^HB49m*0D(@fEp07ga2hd-ajZN7mJ^d!zY{
zy1u%xi7~xCWdsmF009ILKmY**5I_I{1oB0IylB4c6!Sy?0R#|0009ILKmY**5I`W`
z1-yhsWsQS_gJxdzH-6(coR%Es$S8SHr(NSZ0tg_0K*$BMmltgrZrR+hS*0=E3sO_+
z$BlTvT-i%?X0PXfi3)zW-tpcOmrqDQ)cqDUKizg=+hAnSqsgVAOX~Dm+k(WWOKM7<
zse5Mo#qIC3zjL<ltV|~OzXcwbLp1~tKmY**5I_I{1Q0*~f&3L9FPgu5$IKBx009IL
zKmY**5I_I{1Q5t00gqu(S&_<%e(F=7a#>)QBcm?U<|70UKmY**LMxDsyr=}~<VZ#@
z={rlE<u%LC51bFuDtoEU?DZU^Pr;AXIofHt3BA01|ML4@WF#-@r8i5R`Q`KF=-r&e
zr@btSItU<u00IagfB*srAb<b@`6xhMG#_`3IU|4o0tg_000IagfB*srAdq(g_uY4&
zd1~mj*Iv7E<3^YHd(4YU4|-&@q@={9Pd-8b0R#|00D+_ezUM{H^`CqA)WentTuN`{
zh{dGS_NzknQk~iB*{`+Jj|ilf7nS?@VC%u8fa&E$)nAs9>Js_elynp-Ab<b@2q1s}
z0tg_000IagkW_%YXi_37Ab<b@2q1s}0tg_000IagfI#K~fBxrxE_u<UVNn^#dtOv3
ztH|j6_urrSB<TSG1Q0*~fnpZ$H!oUtrA(#WRAEKU3OSFlW29qrVl)<y$>X-=ClZTD
zF0{6<Rvz#@r)-X@ECuqS#e72symm`o^r_mX-n;x>>u~FEblALCC*l)*<9%`i%d_M4
zyHv_a!<-rBMa|(hHf$W57z>z%;SfLo0R#|0009ILKmY**3QT~!Xn}1g%RvAE1Q0*~
z0R#|0009ILKp>m~=g*&i=%I&>966G7dMV{arMF$Xc1ddV^5x4(d!_;c2q1s}0tmPW
z_?Q>1@2|H6>Le*DkJWY=-TX+hqbIvgsyrTf(WGKj@JqnVi_SeY_dx4`fyjVMx6xR1
z>xHfQ9WHmQWJ+C{Sn{HhJGE4n;I#B0IqI&_E=iy6ZQi@2a)~~KS$?$Y(ZR@|r7dp}
zKmY**5I_I{1Q0*~0R#~6E<j$?yA?GNKmY**5I_I{1Q0*~0R#|0AOL|>^P&Mvi6Ia`
z009ILC<Xz)@}iPwlhB<Wb=!V%yL+0>!Yg^aH=5s&9>|MYWO$oBfv&Nx6PHiOz2{{J
ziFZDG_F4TVuj{LGX=urd_DA|%Dw`k45E8LoQ@2JRMaoO7myXBAlQyRU0tg_000Iag
zfB*srAb<b@wgTiuZCSX800IagfB*srAb<b@2q1s}0=W_(FPbZP#zg=D1P~~40l)I1
z>+09(3AY`MJ0$s*hHc|uqnB7+8a>-Kk$I|VSN2re)=BST_IgflKD6>hK+XtNH;fc^
zHSKcgHjTWf*_-^`DZ5gp4<zL+=eM|w#YYGrfB*srAb<b@2q1s}0tmPWkQa5q;UfeP
zKmY**5I_I{1Q0*~0R#{TUVyx4@aBw&00IagfPe`2k{4|rYSy!D%WIaWbh2nl8zE6T
zd3d*^>2@~lTwAwxamC_!<@4kz-p|)Rf3WpnLw`dw?&+*Zb5N&Lr*u-=SNrnCmt`$x
z|Lg15AMZTw{juQL>sfL6OQE_o3mqdJZ?(O(_Uzh46^rJV&tG+V)$U8XFAQApWoL(?
zLzUf?LiA+qlk!w|5tj2a<!SHlcD~y))?=AT*xo)>`;@xdmsKxwnO@p?QM1qU1LxI1
zW}#`Y$z?b`LI42-5I_I{1Q0*~0R#|0z)66-sFMuW5kLR|1Q0*~0R#|0009ILKp-aq
z<VADB&Y%b&fB*sr_>vcW?(B1Vu&s5tH5;&(M=!tG@}|TK^|2Dm51)GYo%VM;#u{x?
zoi)8Rl8{X7*}U@FrPsVfQnS~y*k*%5ZJC_!n)p0)rSVwRWAeasv$6zA=boBt{+#SO
zsd{iJNau1+rs~bMAlcORk#?6(a{JNV=Dqr~T_%%ZUQ~KM+<sUetF*S%WjH=U009IL
zKmY**5I_I{1Q0;LNr1ellML4pKmY**5I_I{1Q0*~0R#|0ASVKmNMzQmS=U^1%^&^I
zALV2M42l2(2q1t!aSCLf7nQRj^+?;(XP(Z6<dv~2`Y1`uk~tim7)?5p#8l_Owu8QO
zp1q#4L}6OVQL&Q$Oe#>>Qz`Z3Kvz}s!>$jLYL|DHtNKX`k`0yvRFn1@e1-k3`_<&d
z%4GtX=S3y<ENADc;iS+z-s>_VA0dDM0tg_000IagfB*srAYdy%UeuO_iwGcq00Iag
zfB*srAb<b@2q2I{fnB?H-E+@9@4owP4(Gto2q1s}0tghFK<0VTitY+M&nAa+X2USm
zkfcm$Ma_zd_=NjpEU8X;NV>ijm$E#kJ{og-@O}1r&Ju+{b&htrEZOprBui7ui@x3V
zwxx%pZ+ABBbl<+5e7dfFotn9nUFMK^UQ{}lgIm>bQaILm%w<GALI42-5I_I{1Q0*~
z0R#|0z*c~~s4WW@5kLR|1Q0*~0R#|0009ILKmY**5I_I{1P~}Hfz0!wTQ6+Y^K5e5
zXf^;<NK(!(J#qPjJn~)!k~pXwK`B3xSfp#L>uASO%X8%Aj7s;(=&8=#mv+mu?9H`E
z4p72=<FRq+Tt?{`?~%CUoU%FkO1EF!?$UYodd?Ds#9u8(S<0j5<s8w$$e@WlHZj&X
z*!bMp=S&2tyzSyP1>%0bsPv<1N?~EeLfI^dr<%gjzl`2J)_tVoh~;$CGks@Vkc0my
z8jtD=In;K@We&dNMTeuq`iRfeJ>xPWA0dDM0tg_000IagfB*srAYdy%UeuO_iwGcq
z00IagfB*srAb<b@2q1s}0tg_000IaUl|bfs(FNrTRGw{d#o{dK^^EmMHg6y@;NHIk
zM>jWYR`Zd<$i#?C6Ft?bTFHrywoUpY{f|~Xs;Wsr5|6eu<zn`F&Ju+LIQ6AT4A|*(
zR?CT(W-FJxs3cDHsI7!}oq85GNu}xscuKNV_S6YE`0G_YRl1VP4Ip##B`+%dNN`sl
zRN}S4FPsq(KmY**5I_I{1Q0*~0R-||fV^m4Zy%FK009ILKmY**5I_I{1Q0*~0R#|0
z009ILK)@G)4D+Ir<<paF&(}Zi%d9f#Bo>dA)|RSS$zh}}y(OkP-Rn#AQ9l54!?_Jk
zooBCSrx6pcd#8|n)Ym16P4`fuC@EpH;F1^BPoR}!S`+7Kxgu%O6*VhV{}R!(RLIp^
zQCd{7NKLHtOsV@!{K|{UNw#WGDaeVV?&I<)0tg_000IagfB*srAb<b@76J0277*Sd
zfB*srAb<b@2q1s}0tg_000IagfB*srAW(z?8RkXhz)wBNwzqk27!2jqM>VT8b!%Lv
zWJz_dJiXFACn;S?Fj93c1*aoVv)8lBauPrCNFk4X*B2!xsU~)%UlFB}>Jq()Q(jaO
zwyK(>K$G&CqcjgSt5!*4nfk=CSC*M?Ilo2CN($X$-R{Hrl@~qSepny3YplzCTs}nr
z0R#|0009ILKmY**5J12pKwi`W!dnCoKmY**5I_I{1Q0*~0R#|0009ILKmY**iclcK
zylB^Gm!4#EKb$j2-X)bw)WlpKXl_Y$N^COeB%`sYeiUbAccpEU?DcFroXbTo6#5aM
zl8SWcO?`B__p}n0f>T~pkJoxXDOAFl51)Ei^&gE#)wsDToa{QO<|Bo-+TKb!6TkAJ
z72Os3&@IC)Nr$Ea0tg_000IagfB*srAb<b@x&V1mU4t?L2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0>vqiVP3Rtq)kt<m0c+d38Nl>>>clQnw2Hh>5?qfd(c~LYS^TIq{@07
zA@Z?jHH61PQVI!Y&MBLt_OY(7&P&gu6Qin$6rA#+a=xpo=5!XT?QnX-zVSZWI)Pnm
z8fsFjkb)d}8jHu0j_y}pw6?caAN}Is#iT=10RaRMKmY**idP^qXk0pEoLFS+_`b3J
z^Tw)~#)=z^(wmLVUoqbNiE(nd(fY0t87^KQR*nDy2o$RTdC_9sdDe{p0tg_000Iag
zfB*srAb<b@2q1s}0tg_0z?49ydC}pJ=0*25?^O{yiS11-czQ`sbv}LO>FFOjzN_t<
z%I__zSY%r-dp+9@=W;PA#n{A{vXX*4LEfb|{iDaL9#;)*^P-YORTZQ#uYBJ8^7-;3
z1@$9`wc7sZ4dwCl`nUm?J4ZY9!%iQmd}L%|#LFD~%8Oc#awRY71)n+yAb<b@2o$40
z$A`ww9~jH7@$|FvZlnDJ!-y9nR57f1&wn?TUq9_<a=Sge+TNSi%F>CvUG)j$+0PhT
zzGm$GJLAL><HGAkf1}~y-=*>}HdPQnAiDzOMYHQm?+74(00IagfB*srAb<b@2q1s}
z0tg_000Ic)gFuFP(aWQk^;};t&!d-o<As3>2U-uj*zn@Y(<>KNEKCd>>a&u#ozqt6
zsm?u@_Bd6uT(_)xB0gcMAaAqRvp$wD6y0OpI+yKo^g&g5bHirU&^9kR5*<+$GAYP*
zt3d-U^o;jNv{g-BZZ_|yr23T?<$3f0Z#u&vfB*srAdr6o!yU#;|F@@@s3lGM+-#%i
zt^8YW&Sxygx2hoJ$&#E;$2x(=12#8<$Gm9kahtZ5+a~et6E{tsUMq=Z63Eug;5`B%
z5+E-cqRn6`2q1s}0tg_000IagfB*srAb<b@2q1s}0tn<tAj7<9f23bU>7?*R%Nto;
zhdf#S<%=)tBYG)Uc2_#hN>6nj?>z2Q&2oJ>I;@X76dkfukhj_E*&NG9ik9IPwH!G}
zGjT0WSM-xhZS$gXGN<Y}lR~cYqJ86i5)f50my=P2-AN<yx?g$G!|jLF9Hh`S)|EIG
zR}eq|0R#|0pm+r??lVfRODE%}Qh#zjB(IbNj?bS0|8QwaO|xD(GBkMvsM=gr$ZB3x
zjq>cLjf-z)eT@u&00L<VkQYshjYbF{fB*srAb<b@2q1s}0tg_000IagfB*sr6qG=Q
zdC~FMxSnL&aBf5PbUx_%Kp)F{xxBmFX;ylw)1{iFxn<Q7nzdArx7q7iI`@~Naj;Qg
zN<1=gElyYDh*#CnHZLmAkyjNmDdZ$CD%-lKVv(A*oMD@4P}8rx==O`-)ik6aab>3+
z;W`2cAb<b@2o#+_^*Wnm;JVKm<)ubfwK3LfOrC@vpL|?+WZ3AxXq?++$dk%TW=v~E
zUNqJFCd_%!*YBOSxhlySOkUI+?v?Ku;{&OpQXc^XvMoSfG~2@Tj{pJ)Ab<b@2q1s}
z0tg_000IagfB*srAb>#l1v1Qw$^zxkMHOaSQn@5cORnjyQKO_<a0!CysZM$7x5vp_
z@}hDIWn#nZ_3S%^p6ZlTWa3(!t|UEQv}v$O->jGf74qaI51n6Ju~<!Bj$Q2-=}2|%
ze&t0Ut9ne$L<$o4NOdOEM*sl?5I_Kd!W6jphBX-|Nl`Dc!03ok_3YFsl;lNIy+1;m
z7rk_7>Xvxte@~Sq#_8q85C_Zi==+-zY~n^NIvGXot~2Cp+e1G$N^hPvkQo_W{V8KO
z<$r!o7>f%CAmFC}c~L(#=?eh_5I_I{1Q0*~0R#|0009ILKmY**5I_Kd{1nJMFS_OY
z7Cp?Cjl&N|Cr0O#&Cy3$Q@7@1*U9#gb{Q@ji%Npd5~9<ij2`o%dGS2@Y*5ItnY!)7
z<RMg^UYi>>tA@7ci?$B8stQsVn;7%dZ>}p1Mg}GMtY$9vUfXb68k6!RFDiGqnu!$F
zo?V;9OlX1t0tg_000IRlAYr`a*H6po?ftvSAfNYFbksQXz+?~PMZKe$HN%+~l_O-I
znsxP-c=fN0!Io*aM|yeDfo2aj@yRgii(j2KoZMGyZ#N=C9-31H0R#dPATJsaG{Yc(
z00IagfB*srAb<b@2q1s}0tg_000Iag5MqJM^P;D&oYM1bwSBd|FZXE2Q8k2w_s$QT
zPddb_O|PmZ9`mBFH@}{=TeHID(aWlHDcA-q_47r2>^U10l0ns%GZgjuTivDAOI1VL
zyr`VKswzl9^1U8~b68E5|48K{`n2Wz)%51$OJ4Nkm6Q5pyr-Jen=`EtKmY**5I`Vr
z1YY{qw0PdWf0%skd>XIjBa^{GUMUHLGcPLlfO)p(${UTbK4YkD+8vU`yr^jxH>%f9
z8&M`Bu~l9OAP^b>@}i;H3MPU80tg_000IagfB*srAb<b@2q1s}0tg_0K+Xg*&x^`o
zjC!8!nYw3uU(Bl0tJDzhUw+?9|8fkYYT_|3Drc5@=~?QW={uu3Us$owww0b2^|9w{
zP{`4&YB^G<@2|IAk>#Qs7OJ<h&5K52k)(Aj-RAbK9On6G)uZ~H8wVTHo>Jy{(O5iY
z39m{7H|_b*5CH@bKmY**3P+&r#I#`EbF))BSu`bxcx>{?<JIeoH-BPm`TFDumJ&xS
zy~TL>&x~XLVKnYHd^tm2j<}a+smsI7H+|Vy^@+)&Q{_j-P5MfyVJu=?dfSi(wQv2?
z$)~8xLRQ~uyz)Kc#A2hfJcYn*2=k&XN2hLy`t6f!LFYw3+N!35Q`0cRt1ZWp?jaQr
zKp+?a@}j{wGYSF-Ab<b@2q1s}0tg_000IagfB*srAb<b@VHU_dFDk2(jHn*5^Y<7@
ziOlJpdwJfy1R&?0nyXrQ%!^8Wd9=Nk&Dz<tQ+58rxfg7k=y_4Udd?ojmh)TGie9?#
zlI@Bt7xmDrw6)EPN|R;P%T&)#oPNU6NvPh+t@T*dV`{ci@N$x^%Mvori|WV8%6y(a
z^R&xwe1rf32q1s}0!1XS^{#2DypEGuS$p>x<H&=?s+rTqGDCp+pC#8B??2)-u)6<$
zUd@6^9JFrh)oC{#m`rc#eVXNN?a2jcH#EnPSZU=N<B6MWMp5I+^V6H&a+6eZP)*E&
znQl$|v-g}^Z$5q&9i2?@nv;<nuX)mJPV%C%C<)){J{#}!aiMgD00Nl^kQdEFkG2RP
zfB*srAb<b@2q1s}0tg_000IagfB*sr6o!B=c~LooQBT>)8JLo6^vlO`j-{8LTZUWo
z`FPKZdO2ECo<2XXe4gsRqPxO&rIx&?FFj|EqNcY-tw;)TW~}X^)I~|;uBcg|H*v~~
zzTNh=UafPqQ*{!m!bo)F@v6u5sh;c4^!NK2=0z=ktz>S}VW`lU3<3xsfB*sr<VIlR
z^0Yjj9LSlCS5N)4QS=0$ZTa~xOg;lW>1*FVPIY@`%VhQUADy~l>G{g(ss7S#C|!*A
z8=L-%<0zIv<rq~7m)gGcIapfRz7@k@Ui*J~b#;>6mD|I7<ti^K{|cT8ubM3V7lUD7
z6a)}(7a%X{?!%`DAb<b@2q1s}0tg_000IagfB*srAb<b@2o!^WFL_Z(59-f<mtfm#
zmtIRxPoka!kpaE!cx+rx@yT2L)5Nk&MxOt!H}Reqm87dQPwZ2_a_Y({y>rWKRZUA?
z)R&&KM<G2weClDfE;%&S-J$GCnW}6SobsYQV?BD!(le#*JuAQ<3!@XGmawRto|^dt
zGRccp^;GF@Qr>#u;{&)dpBX(MfB*srAb>z#3)F6!7JWSXa#mK8YF<>5f$KhNOeFbd
zbwiI_N?ufs7`07WnipO2qTU<IzX`SW4!2PfC$Q@;4cmYHO`m*XtHdk8<VD-wn_6A<
z`l*{CS9wvHLDjQUQxcYwB~!Daga87$6Cf{|J9|b(009ILKmY**5I_I{1Q0*~0R#|0
z009ILKp-pvzT`z^G5wMLIc0P7gxl^*yS<zRsvzXt&I7Fnq=(+|UUg9l5--#rE}t~W
zcjEF1eHv2so)?wMC$G3Y%~Kv(t{*PCzFzx<tUhVOu;fL3={c(uhuaV9Zm%@H;<SC0
zJ(YS*v+R@?6_pL=Ht6;Dx9*=#mE(637F|}oOrN2gw(85A(#VU-7PpVIKX>*yeLhky
zsV<4cBEHOuP7pu<0R#|0Anyfs|8QCuPn{>}@4{4GRL(Cgf6C}6n>@I3G7c*Lc2(Sn
z3>!UXjSn8TKH>eH|D9wOdgSuJKO1r$rWvz*^}iYI?@t~C>hy1KrP(lUy!5SUTqQG%
zWB*~ulj0};;p(G>be=L~bW7Uv{YPvTqR+un-}Y?)dC`e6<LTeNI{6pBI!!N!dC`%s
zX`WlYW`oHk1P};ZfV^nn<P3-a0tg_000IagfB*srAb<b@2q1s}0tg_0K<EVg%8Sav
zPWPU+gxsF2eNw`2N!Kh%(aP@1C6!Ce=9avuG~e8?S@pcIVxiO1(j{y6PWwBmrYfYA
z7nN3$hqRrujJvdYsp?h=9U~pKHRWPrUeuSKvqvFu#6=a0^wmj5v9_;P9@H+dvLdM<
zr@wA&*l5;ST(MYAyj1mF@}iO@R@KbH%NJkvl78$P?>p9Uta+%}2|4rYV-sV`YnJQN
zlUp(KZp|LN<VD3+<{+oAUKqF_N!rJ%9@8gdmgVA5bjYt+(GLO$Ab<b@2;{xM6TdkX
z#(Qd3wwBX(-gs|;G1!`<e+iE6{K3?GBsMwP<JKfGa=GFL<I*9wCgx}9H9WU#+T2#(
zY7AVmAM3*F(`w2>2AuyX^xe5rmEV8VzQbUyzV$CtGqFrKhj~$1yHM*HTHEtlgCSxR
z1Q7UGfV}9(68t9u2q1s}0tg_000IagfB*srAb<b@2q1s}0>vxfV_sAck9QtVOuLoV
zmdfMHyT-cYq334uP-;p>RAPkZ`p>=E^s0V*s5DQ^i%OJE?^aIul!4?y@a6%S(x;^9
zs(Y$eo?dBIlV^+TQAUq>(Va~@)e)(i8aA~Jw?$)7nX2?JQ$5;o)H2VPF1+M&-{^T!
zAA8Oog{-A@xK(#{FE<W09&A0R>bT@ZrRT(_tIsc=f3WRf=V+(g6(*xNOIfHd4qiOe
zcBrJL#Oz#_?Bbl^M>1`-1heq)sfT5wz5mFOvrcoc<V7t#%UjFPwr?dNtcaWj;yMBd
zAb<b@2o#Zk<TLdc-phZM`?bd>jE#3r%}Nd<b$KPmKIL)hUS4T5l#Jq<|1>qRCvKWN
zBGu(}@r|j<g8cfuj&+aEpQ`!cQpal9{-EQ-scDq0w2qeByy)H^Pt8p*<-}252q2Ja
z0rH}`-T}r(009ILKmY**5I_I{1Q0*~0R#|0009ILKp^)5{^mtxJ+-~HDs^d_e@l8X
zF)u1f!e`Guo3x>-&^6liM)Mo$t;f8m94jihR@KVAko5WBdS2AWp0h_`-is2>^pax~
zD5)>!VJamTWV2^EDO6QXsSt2pG^M#oW$$^>RC|_ttYM(R)Z<SC5I_I{1Q0;rs(>8$
zspmxx{aYwxuAH8l)#k6bP014beEom8Rn|XCqhZI%saXlynJs#M_T^XqYFd+s!x`^k
z$cs*lPo3fU{O=oy2YBW-FM49}G|8T`_TXGa0D%An$cqMu%}@v+fB*srAb<b@2q1s}
z0tg_000IagfB*srgjB%yyr`^Gj)+`Sw<gteoYY@dy{x{!ULui+SR)f7wvXzzj3QB0
zIrmbUr<WI%hWlFfS^7+TyP{@=%qMY@`V~uF)W@E)M4=`xdEL@8rHQLHugGKQ<@`^x
zvYZX8s@3(?sUDmPvbl0LtZL%1P;7ZoA(ES?Ww^!mFM^XT*AYMf0R#|0pjZUD>!!u<
zPCXfxg_qtkHL<AkKPp>dpS|b2&OeQYNB(_kN~=C$eDv&qB*RIpQIF$ZeAB*u81kYL
z6;@NVWz20}w085<^kkmxAJ|KB6#)bS6d*4eAT~oGfB*srAb<b@2q1s}0tg_000Iag
zfB*srAP`c4Y~)4FrOLy&H=NtxF%!74VPo@9vwJ{Jp31%L;x?BK<-zyrY|^yzqB8l4
z?h4DJ=k-D5;qvBl>fLuVF)!*@&(cpeDD>sXMzoEz9cVoux!(ol3*^Mnm8VzAiX`wk
zA<rBA__elft&(XUY5(}L+kcKtjLE5_UXC!8E!fqxOYS1~yTWZS51%DIk6x|FV<D6C
zMdz2#myGo4GppssKGb$dGPgbBJy~6^2NJ3vfB*srAb>!)1v<;8#qg@vg=M<Ce>gR<
z{>guV%l@UuJ|)9x_iu{%)=-bI9(mBd+r+ES+%~n4H-D1&`Q(+H=SB6~;P^cIN#-^$
zdT!?wqvS=K58F?Ys|X+vpa6N%0I?Yg0R#|0009ILKmY**5I_I{1Q0*~0R#|00D+JS
zWG^pjE?Dw`4gC#owY??T(d9MEB?Kr(fG(_9`1F~lC4VT-C~q2Sio_z`btDmbwBxAs
zCI?+gS4%3F$fN2dYu7p2>0{7Nrc~Wiz4gLYiSwBge(vmZGFv%1)%#R!Yx>x8Fch|{
zkc+W+Oi$GgMh2Z~CSH%mqjGAf<WXNZ_rjx9k4iuC^LW+c>+9F=zO-8&ZGU<6vh<(W
zkShovfB*srAb>!z3v`~E7Q+iqUi8q<rzY0+p5r#@c~S2VqnGYdZ8$MDHJ{16;yaF0
zvV5SQO8UYVEgxQeo7=po{J$p^YF&GW;q-r|a+?>e-;t)jy*O79K)?q9@}fQ<(ggwt
zAb<b@2q1s}0tg_000IagfB*srAb>z10%IS)0vWBi2FZ3_w74{jX|-~os5*gD(w;ts
zb&E-nwIYB30tg_000Jorbk|Oc;gvs?V*9kJkM|pw-ZqZ@%GmXn#`@10t7aO@uebiF
zXQN9&vVu-8J@$EGky9<3>!~)hq$LMiZThsmboS*b;gT8lC!ppwFDhrHD(%aawu_j&
zXc6%EMEKU@Q=Q8w1I>>8yMIu-X<9!XM|ba&Pm4p~<F9|lietHfu9CcHpxg|G00Iag
zfB*srAb<b@2q1s}0tg_000IaUnLsQSJAC-?Lk~Ul^{;>Zw%cx-J$v>&_uNxjT6+Hc
z`7|W1zyA7bK6<6mmL~23<VD?m_|!>2j(AmhQ8|d!sT$W2KmY**5I_I{1pE{jY?&6r
zJNyejJ5TIOo-F_Rz0*ciNkx}J?Td*$UA>~mKC9O|R!jUK)rR^L+hwZJk;E?Tue85E
zZM~6Un`$}Ci*{8{O;65rb$R7BFM49})I7z%=d8<2`6%B7`2Htfc96VizU&n9L;wK<
z5I_I{1Q0*~0R#|0009ILKmY**@=jp?{{1)Ke6yMGO#D+4qzw%XDJ_b;Xi8iuRVFW*
z5*L+Cfx5mr6&963eSbYN2q1s}0tg_000Kb>M24ot@V0*^i-T6Io;H?CK-BWl>5Y!F
z(qo@4vC_o$sW!BnlNp~#?9%><<pkHUKAUQ}%8SaQ=j8$PruNgnZA`cxz?j>-=-wYs
zyLm>g*f4UbAO!gSCy%y~yl5V67E?t40R#|0009ILKmY**5I_I{1Q0*~0R-|zARdqZ
z;upV2%!npldGNspBaw*5b&(hK2$e>)Jk5)a$HqHGIvNKX<)?GBGa|n^<(08O_gMGw
z&f}vKqb@zkbLUT8Ii-h1msBo^#bYi__y_?65I_I{1Q0;LPk|?Hno8o8-t1@3dSCV1
zr$({FL6g4qm=`^>MISIpS<j1lY1sPiwE3ry7d<nrVW{$=Wh<xVCJS_b<u)(6`qrtb
z$_>N+UvS^7{QQ*ffAVhM$cyIPmN8)j5I_I{1Q0*~0R#|0009ILKmY**5I`XO0*e+c
zN{og&U6F^>x3si)SrmCuFG}gv$*;U<>u~Gd=Dn*<uhR31Ql3*b=c(GK_O<Mj5NUc2
zv=V{KqnAxsdA|IazB7H}ebHD{0;2L!G#-_=72Oqy_;S`LdI%tZ00IagfB*u)3B3B>
zrX}&RadP8WuTe5%+9)r6)u?*bxLj$-aM96^;(wF>lsNU0XQQheX&CaN=|7MDgQ<nc
zibC}~`nUddYHlUh8OyJC`;iK2N2DMds@Lytn%X<PWI300pjrRWYk8z=+R(rLhS!GF
z%PRrC|H-TEnw%_o(Y)I-CX4_A2q1s}0tg_000IagfB*srAb<b@2!vcfo-%KVhTeVm
z-OH9OTeoiAym|BPyz@@Wr}Flun{KMCtW3Ht@}fzJ(yov%dC^Nlm!3QOoFyh|`}X;B
z&r7T{ZIEJasPdw=u(lU>H0~&7G1iU%0tg_000Ic)K%i#Bv@qVeUH;GEgU6?akep%D
z!Q?|6xNoXS81kZntyA-nw4@xi>G7o>tSW2&=wF_)HqF)Z==Hp)o&`;#+}~(jl=<G5
zylB;P)9}llupf)7`7FTqKl!+O<VEvw*O)T`2q1s}0tg_000IagfB*srAb<b@2p|w<
zfxGUyOC>_@x#ynV-d@XWySlm(pH@F(#*9OU4q0ki-jWx!fcW?}{CQD1;&S(;-L_#x
zr;BpjsGK!A;r*eLK7!_RSE=Sj_gvazo<17Pq8kPpoOV2=>x(NE2Qy(tK>z^+5I_I{
z1hOJ9+%YYTx8-a8kMjH%riLgl_0+$dA*oV}VaSV4j7`l)Cf0Jy(<-FW(O*q9-0+|6
zTag#FclqdQENVRc+f#;u?{t=_ODB93dI7%w3H=t?Opv^&4GNbKKmY**5I_I{1Q0*~
z0R#|0009ILKmY**(iQ0F=ulzN2OfC9rJFNn&V2gQpH`L4!nSSOT$+#<b-~H-qmbuC
zhoi%5>ei%`22_>hJkrsL(F}cxs=0(e8wVSouYX<{Iu%ybtdN=k<B%5(7@Xk{KmY**
z5I`Wj0+JC`;Y=yWW8!^$N#0NI+{^Rs<1u5!4O6YckQWt@(wnEIbnHL83a!0ks@1-K
zv~Ts^f~h)k7HeRyyf|M}Kb%%>q)lHAjE8{&6X5%wz^MHlh`gx3p7e$Q0tg_000Iag
zfB*srAb<b@2q1s}0tghj!20#;&E)6o*|R4mCfqe5k;r}b-Dio6mX<mmTti;e-7}L<
z!<-i#nHYJp_DQG6qL=HEH64$QXW~<wZ6&6Ay7#mkAG)r7-IB^Ba$f8F^7)bxed)qW
z?_GYcYpg5CV@1^#kQY@H6c9iF0R#|0px6akj!xwjC6Xt{f%<r~{&@ei&b{>9{=u{+
zA<2s#d2ni0k{$K3kiPR%O$7GhKKncE!(~&|jy_~xC+AlOnx`fyYiWDW(~L5F9)0tX
zX@hzn*VE*v6cz!#{|U=Zq&N@qqA7w=9RUOoKmY**5I_I{1Q0*~0R#|0009ILK)_Al
zCqMa#ng86mbEjK9?XwLVHdrE~3l=QUKA$R*7oD>3yA;~Is3a1fKbQQV%cQB%E$6r7
zB;4rtM$w-^UX+^v0R#|0009IL_*fur=+A$bRNh<v^6^J0{-;DehuWsKi40DQ{K?xS
zuekBzSEn@zNnW($!)dds-;rb;^6{SkKCOw<+Us7Ls<!JdlXshw8nUf&W2hh5XfLl!
z@}g&cJvE#;?rZmW8IwABC&2eVdADWegvpEM>Bcc_1Q0*~0R#|0009ILKmY**5I_I{
z1Q0+VoC0^=d8ZlvymIA=_Zc2NdQ@dW&E`M<`Oo9=xTObG$8w#wnG1wAFM6!=Skf%0
z#|kH}oXi}G9uPnP0R#|0009IL2$8^Gi%~LTT0HOI|Lf@pO|^!JapUN(CVS{_RM$Q#
z#HT%6zG3(DPZQpqdUDz{q{EQpMdLAJ^{rELTQ$=d>rI%wcHz>Ysmihn$&Na`+TWk5
zx#9+6V$7*xF0Tid7mXX2D~+vpO_`Ws(PuwxM22%Iz}Q(6;QODf(Pp<}@}k-GrFR4n
zKmY**5I_I{1Q0*~0R#|0009ILK%mG3X3m^x20ml4SV~K8XlVH4CqJnlH2UKo|Jc$A
zdC`<eQ>q-!yy#$La6$P3k8#kX)#QolqZ6Yku}~QS1Q0*~0R#|00D-Uz$bp$=Fi-ut
z;Xh9%_maM15u^4+qx6=m&8>M+!`S(Qsh(GT!Wizb?@|Jp?>{nCQ%xfzc~O~k{q||o
zlLVvFS|lu5a^1Ab{Z00(ma7tjREw3u&by7CdP7u0^~zpeRQ7#*!00<~2-=Z<pBBnh
zERxh6xg07FCgY<3-~afC8Dv-FMT694ECdih009ILKmY**5I_I{1Q0*~0R#|0px^~=
zyzxde^O<-$XwtQJc6Q!=`|WyU^zOUwjz*)ZA$d_n;d>#RdC@mp-b|VTO{u~=?eF+b
zM~4U?fB*srAb<b@2;^9x?1^c?MKi6p@lK<9z0q^ln0%c2$Iot%(?sP+(u;2z2kx78
ze5f=@%!^u1+FW^~Ap;GzUOm55;)27S#@TJg`p;b*{h8a0-9Ma~NqF+2vix6vV`^fu
z*yYz7CzcqJ1&vQk?wzn)sWD#vAJghcwd3=X?Cg&3Tbr2p(!cuYJ(r}DtbXiEUQ{x)
zYB^G{L~6|?C;lk`+R1y5SHTMK{ZF25EqT#A-8iO=00IagfB*srAb<b@2q1s}0tg_0
z00IbvQ{av}?l1$N0|NtT%urf=@rz&7BcpfSb=TO~)#v(=7fplIW0Mf(MJM7Daw2F-
zanPidmsKx|tKXG-q@fxD2q1s}0tg_000Q9`IJeXKVEV-Tp8J)=yr}$>^VUDL&qLaF
z)m>*CdSI%4i1MO_G2U;i`A<`Gvz@=?;w#@XBopiY5;RMz#J6(jXbxY#<V6z~<$gs@
zaBV!0!$mW6Famu46O6O(qmUQ%os<p{KmY**5I_I{1Q0*~0R#|0009ILKmdVa7Wn@6
zzi*~JC4ZQngQP>h{q1k-k<mNvymM%1NO~hLnjWc_Rw2xbHViZ*&3~p*p=G$m3kY=(
zKmY**5I_I{1Q5tG0XaDI#jhrhFD54a*4|-Ud}HbiQhnK@J@(HTw{%i6!)QJ-*)Fts
zQJLFVuOVlyT4wI_cJGg`9zCjS*p@p!Op-(`p1i1>K)dfB4FTcb(X+i(3hpA`|K#bG
zk{8X>jbqvfAb<b@2q1s}0tg_000IagfB*srAb>zP1s;0nAv5Z^c=6)2XE-r2@uMI8
zNRN!po;|y_x0k$V+N4PvhA=OBp!Gl+anPhqj&>YPszC(=5I_I{1Q0*~0R-|@p!K-1
z{kvXMk#dA)+leIUK6#{g;)B}tn5Bd;)!C$B&Wp;9%G2jhtuj{Jki_SOKS*u&rQ4RH
z#*qh&ZQnLlf698$YeD8kpSa18nDM6nGI?*jx4=06n$dS5`EjhNu~Iwi0(}1y_8oGV
zA9+y+7%n4#00IagfB*srAb<b@2q1s}0tg_000Ic4Bd}-B9y8}TYt}4@eWugJM{VNq
z`2F|auSZ62z4cc0HtlX{=p+!ryy%PPUrZYQOrydpjjuQ%a2){z5I_I{1Q0*~fdUbb
z$FDc;H{P8)nH_y@_GCg*jsRUX)7bQ7W8Xg*A1*Um-!&q`DJ)hJp&vXx+1pdICc7%V
zdGb;95){00I!W9#g)xGvIx#khbLiiUEnhQMeZnZYZgM%>zhmtGUsrRavNT=@AdpOe
z?|+gBh4gdsq9NTFriB0k2q1s}0tg_000IagfB*srAb<b@2;`?gdwaV|b?)B1JHtgR
zS+Yd+rWZ2omgb29A<T=eKC?QFIB3!)>+9DiE}tt1Ab<b@2q1s}0tg^b>;fHS<VB19
z9$@{c2=M(+Dq10`OI|cYo555NKmY**5I_I{1Q0*~0R#|0009ILKmdV)5Ksq!-g3(=
zV`F0(u4(=H^?Fj&EN9p!%@YMem=|4jdR5Z!XBrirse2}I`CLH&0R#|0009ILKmdVa
z7a%WM>~{d`Pg#KPe^Mq3K?CxlA=m__fB*srAb<b@2q1s}0tg_000IagfB*sr6qLZ+
zxpP&*Q_7jIZQs6qszdUknS0vy5W>9Z(`TMeBMzFh3FnL2-T+)g009ILKmY**5I~^V
z1;~pQ`yIggQx@R+pOnc$(15&X2sVK!Ab<b@2q1s}0tg_000IagfB*srAb<b@1tm~b
zRi(!}&z(D$`SQxj%5J#f2Gwom9nynEAcT3*O%0ophCkD&u<hbD%i4L100IagfB*sr
zAb<b@2pHr=xd{+RQGoA%QUnV{b@HO2*ajwn00IagfB*srAb<b@2q1s}0tg_000IaU
zkU%^h-=@6|9XjO8;x1gcaNox-Upk}{T_A*c(S0rZ(ujj5ZF0E%u)c802q1s}0tg_0
z00IagfWV{xc~R~I1X2{>`=1oSLQ$Q(XehRUNg#j#0tg_000IagfB*srAb<b@2q1s}
z0tg_GQ-KiXMeF+Nl7>IisL(jrm{Vy6M*sl?5I_I{1Q0*~flvyN7Y*gMFewBO@K=Dm
zsK1`{h5!NxAb<b@2q1s}0tg_000IagfB*srAb>zV3WP8(8i_>~RxC^-5$e+9(W*yd
z@mM}?5OYQV0R#|0009ILKmdX43bcP{EW2j%XZ`1V9;ora)t=4%)Bf|RSw2sU?hrtr
z_yov{7T=z;VgwLC009ILKmY**5I_I{1Q0*~0R#|0009K70wK(c$`p5B+U*klOyi^d
zt^2Jj=RE=lAb<b@2q1s}0tg@=0(CE4O?5u?NuNE)i~0;ocL*Smz5sdA^zCSg00Iag
zfB*srAb<b@2q1s}0tg_000IagfIy)LgflPNGu|`z)Z8?3p|(vHlrI>J3>M0cu?_?f
zKmY**5I_I{1Q765p!UV9dC@0-%h!GlgS@EEpmc`-0_h8o7fs)emIxq#00IagfB*sr
zAb<b@2q1s}0tg_000IaUia<E?qN01C^?+^oGmVQ!JB}90cCiiw5I_I{1Q0*~0R#~6
zTY$W%-=g$~00JQtATJuiO<_t1Ab<b@2q1s}0tg_000IagfB*srAb<b@2m~w;+PvsQ
zd}8&P)oG+dElt+duZzWF0jn~cMPOIcE;%sP{Hf}xvV5A!+wAq6$*gFL00IagfB*sr
zAdpW2*~^ROlLB)^0D%G*ATL_r8_e<$KmY**5I_I{1Q0*~0R#|0009ILKmY**5bz)n
z+PtXDy+6{ww0fx}|C!R;l{G7eqC*}S^1I4-Z2ZE&g~RQKH#KZ};`9>>D;7#Jb4lfr
zHFaxtHtl@3^WCPQrbsN3!$t0B+@UtEvZvC=nPjhLA16syrhwe2U87xfeRan=k4eyX
z!?_JBPp_04bzb?r1?3Bt*DU|_`CrRz+&bJ!#+!Qv0R#|0009I76(BDfC^v&4fIw~p
z$cyI2oly}$009ILKmY**5I_I{1Q0*~0R#|0009IL2$MjV^P=L^Gu9(1G8HvUsqkd&
zlae?M6Sn_zX&G+W+_2dri`10*aU<^kJd*X8y;NuRdQP?`K2J^H($FQ3H>y;V1nGO1
z-;2hhUdE7~)#<gi1xZks)Ra6^_ssT-+uvz_=WO5E-tpd?{6+Ax9O@u|00IagfItoe
z$cyFxogooGAZP*dqCtx@9s&p;fB*srAb<b@2q1s}0tg_000IagfIx}@2M-=RF#VNc
z2UJfk5c0gJEMO!$@?yh_-jil#&21O9jZKUtUw_`#7>o?At6!HYi`19=?fHT80k1oI
zsm|>6957MA50_G2)V#4DseI(}=;fp`Y4j}p&o7@Zr|;$}L7j9_R6qa$1Q0*~fj|Yw
ziw4TgU<lX<@coYsir<&Wi~21}e+VFe00IagfB*srAb<b@2q1s}0tg_000KS>Tz~!b
z*Gzx;JOJGpM)>ohvP*IjU`=n0$Ad;!on9pmye{m$J=cHk;ZqN%5f)WV<b1^-iL#gK
z%wEqy`V_-h>7_d7l+C#^cE#N%y`I(Ig_7zL`3vPf1fL>+00IagfIxu@kQXiR4Q6?H
zAi(!O0c;X^(EyMc0s#aNKmY**5I_I{1Q0*~0R#|0009ILKp+zVeqWG@p2xO%kry@B
z5{t)b`)apd*t)1<k;;0h!jj4*+b(W9+kdv;A2VHcrA)0_6;{-&c>nVI9U~p16Qcqp
z2=Wt&MI;w0XmZ-B<nB~uDUcWS_!op~ehD-WHLs~#v#(`eMR$cHJp0D`<X)YKPnh?r
z+_dsm>g;OTrQfJhmQzNfF}DZPXP6f?huhe&v9M1h_G=&M2LS{SKmdWl6d*5JnET4A
z@=1X2e*)Mo@}dDCGXw$%Ab<b@2q1s}0tg_000IagfB*srAb>z70{p%p6FrY@^C&N>
zRwU7~uCXqOhF0}d$&Z{3*ge)=@G((y`StzvmNcCtMdg{=3dgA++0m0-Cl^*MG@Fwb
zb%Nr0&IS4-{c`4~exFMg+GSRjyr?8mEtTcJ9Lzjw*Jzjg*TvrEy%I0i`!~yvRy{fx
z8ML(JEdmH2fB*sr6omkJ(W2O978z;*zW)hed&r9hfXomGAb<b@2q1s}0tg_000Iag
zfB*srAb<b@nF#Rvf=u*0w#~=9sK=!hUNs4`%{?_&&$(^CxLty9-d8H;G``XNhV(#Q
z)H@nAgBOrn{ozv&t6N>-oi1~*<V7WJ>QdSKND`!yvX=8s)evT3Y4y_a*m%<BR6qa$
z1Q0*~fiMa*9x&ecd*k*0$L8nNzcx1fzVYn;<@i(je;UiKnfxi4;aF#~`KOIv|EW#?
z=AcI(GDa?kQHD7okPiZU{}aG2krxdBnIRBB009ILKmY**5I_I{1Q0*~0R#|0009It
z5$H;IWzrjMZ3W1S+OmZ6;=1~Edc18%<Bs%BRc#z>^pdIb5kaP^W?tD-nHN3#I7zxn
zLtuaFes#}CL7rCc)JYn7QL`)g>r-~6OdmzcTh4EB8i?x%Ab<b@2p|w%0XZc6iQl}M
z`81QCIr;O@&%;Z^%n%5-K*HBQUE!W@Ue1oZXkKm`lSTjm1Q0*~0R#|0009ILKmY**
z5I_I{1Q0;LR{`>(zH(-<v*w{@J=nIqW_d~{i>5j=iPFi#yCqGxvuWqry0wcd7SAi6
zC&xTKU;q5U)`JcG4bgbid!J5uQR$?%ulD7OFUxYw{@2&9Ki+xV`(weg*RxukzZ9xl
zv(Pcp@mAYgYtOD-RIzA&`TSL<SM9#E`@+BlUp99rI#k(RDMU}!KDn@Bp$N<QnOiSx
zeYf-7p0OUwOv3iIX|PGZ;V+Lmp4OFiUesLj`GNELKvI^W!=}M}5I_I{1Q0+ViGUor
zzwWcS&x@8nm1LfLi~s@%<W7LRXzuJ8836<kKmY**5I_I{1Q0*~0R#|0009ILKmdWT
z2#^;I%T6Sl$8%?&(^GA&!>!3$r1`l7^WJQEQ{sjCaEWDkT=+Zf?|6(g+NL^ddTS&h
znb@;=<+V$%d5NTEuV>-Q28G%cIpQ_(dFV>xv8u=9f$3&t36#z~HP`$(*>zI&;8Kvz
z<(y2_n{7d|sqG`}E}i7|qbp-q^l5jFb~?=`!@Q_;d$|3uK2~XMsnb|oM*sl?5I_Kd
z@CrnRjq`hqb35&SJ}fbg{JZ1Njvrjjny&mm9P3E)qyL{#yV<^f8MpIPcyX8+0tg^r
z801B{3lKm60R#|0009ILKmY**5I_I{1Q0*~0R#|0fV^m4+yin@q@HJc`pnZ=nzkjR
zrw?jdmdv5cgTmD$6H}cB+YZ`xs9*HbdG>nF5`}3Zr^QPCQ(vrYxw5BH>dS$y>eCOq
zK2)ksh4SulRX=G#vcYnIs#8}vye@HBee&{Gz-cm>=S3y<ENAEH!}X5$It|Bl1Q0*~
z0R#{zK!Ms9ujWOc{H+399ZNz00R%o0ATP>|fB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@<VEx19;oQ9(8FwUGG~^iooYx@X0@Vb#YB9<eLj{{r#vKGUye&zo>L!<xjpzk
zdp&1~LZIZROqV5FK9Xc<N_o+@+upYHko4`&rk(EFmy=JAbsSSOm(y-tLamwSMP-3<
zaH|?l3dcH+<z&?iiU0x#Ab<b@xe*{Qnj3dUMF4?71;~pA%FSR1Ab<b@2q1s}0tg_0
z00IagfB*srAb<b@2!v9Ayl5!5#X7027q;qQHkY#&tu0f0uR@Y?gz1UPC*-O3GM2<a
zC9NkvkyxZ_tm|mUQOk4W<%~-Aar9K@?n}GnS@z~~*43|*u-|xWTsoIgdd7Ps?l`Ax
zj=tFK7q`1~p1q#4L?Q84%Tbo{=y^FubTBe#B9BdsH4ZjDclJ3GK`L*%xJ`k$pD!x?
zsG3rcn5Ar%#8XXS>0d_g9_v2Ral~@E>6yMWF37=uBomg&tF_2o;W7tb@}k4hVKtl-
zo~e7rWkfzg009ILKmdV46Cf{IXgkV!5J132fV`*;3YQQ-009ILKmY**5I_I{1Q0*~
z0R#|0009ILC^7-^qIt353(6O$Fx%pa#o3#4&sfi)wnGDv0rw#!IJ&uEvzn3=MkYpF
zn&_!c)k;ouv~AKK>3_89QB_R}l6bVODHpTXbCxJ1z^N}ylE6-<vszBPG+VjkMI~{n
zM{Om<>(sNjNh(#sx@sm8&XhfMLJs)4ghkh$U90A{sA7@(+<eK4${HoOs|J;V#A^dy
zIKv@;00IagfI!X!$cyHTo`DfSAUFZ?qQO}+5&{SyfB*srAb<b@2q1s}0tg_000Iag
zfIun&LqkLD?d^SieW^5}Zkht*Mbm@}u$hGA^cdUo_0I=5xZ_Z<c&xOxR833{BXz85
zm+Ew{FVRQ+0L%^NHaK;jm>2b{XQvSpuY0GEt<={giB0!VqO3&;n+2D=sD22o`+=P1
z5+qH!qGpBazpAGyacMzb5uD4Tm)~iBXI}X{H7hyERxY|v!>_!koMfxUm4ci&>OL-?
zB7gt_2q1t!;RuiyEu6h%C3z;m_dh{y7<thkwHXTm1Q0*~0R#|0009ILKmY**5I_I{
z1Q0+VsX#0i+puB7ZMWTa&Bw1<vu2f)l#GpyC2dQEv<1kErcD=ELpkkJkFo7--W%A^
z?gPoOpK4-j>ejeawxl{&o?hvmla#I`7^ym!g42<w+3VS5If);6q>#tH>x+_;R1>?>
zuZU7fb&1}@DK9DsTUAX`ph<bnQJROERjbl7rTWm>F4y$dNOacxdHB@BY8rY$P8oID
zcYS((<wXy-AJ#|j8tc+Wp^N|m2q1s}0);F<UbK*Rm$ijafbV~DvMc08bHdJ`2q1s}
z0tg_000IagfB*srAb<b@2q1t!u?a}pbN0ut`|rQsY59>z<gUB!`Zy>$?LR;Bna^}}
zk=t>S%k(;V(M$!i-@a?KOOLU+pP!li=}a48N#znXH<yQoTT-18o1E5*-J57EsvpH!
z*<EQ@%lbTeAA7bP&gG&P3jGMsE$6qm^rk*K-FsRIOTj5Gs>f@+pA;&wQa!5~jYrkE
z*)CM~RO{=qlz)Bx*X<+i9#gM=<wYyHEA(l!47X$(f&LLd009ILKp-pv<VC}>6U-yO
z1^E6a<oicnG~^q^^bkM*0R#|0009ILKmY**5I_I{1Q0*~fx-}|s;W}y&(o(*J1y!L
zzxai!mRPv`_S-pS)QK*`>*Pf<1Pq{g+en)pV=KE-7Qmn$htLC%z2m)3tt@#_mt?8l
zgWhUW!zTSBRo3f>l8-&BAv_k6Qb_u7PT3r_m34h}UV0v#7*$QA;FK4Y^IcUnFK2S9
zq4kD+<9+ISwhQigQAx4xYTA|bN%ZC<{mP5h_SPyxDO?=9m~905M*sl?5I_Kdun3SB
z4a-h2kNg(k`=5~SA9>M`ZxGW%009ILKmY**5I_I{1Q0*~0R#|0009IFLqHxeZ{|P0
z@P#ipt*E)V*^&{x;f5P-zWHYT;^M`Notkq!69Mv~ndk-6wrx1PdC|SidsW0vVtY;?
zdaCp3Gfz8Jvs|z3o67Gks#s+C)O?%0o^6M7xtNq<Y+_7VNkN_<@6wz8(c@K*tA@6D
zQAwhz3R0L?K5u^ceEE@r`cV&mw-oe-@_2fE+^m+}^P*~2vcD7Y3HO=!l^3-f<w{=E
zot;k+KmY**5GW`C@}dQ`oh&A20(}3IGkR|WlNa^oL@fjmKmY**5I_I{1Q0*~0R#|0
z009ILKmdV^1mqd?X6$qI>eWsi{qmQ;RMF6xGiM$@emowJOXcqF?jQW%2j)kTAmxZr
zC%{aulNZfIFPOG+%A$(TNg=T3(M!JZ!oY<Ctp{FgcyZ<Fl?y8tTB3&f^WtS<61Q^#
z(Nmp!F70uuX1Q)zxNUAQdp+xu@r9y$tXtnl+vVtks`BQB&8neoUUVcnqAFxkknL83
z23&~6V{($JJOcjBmN(^aQGFGqXG){-sLOo(%8T+mdKY9qLI42-5I~^71<t>2EW2j%
zr}UNrUn$E&Ae#bw|C3E!ANnRQ>H{KOAb<b@2q1s}0tg_000IagfB*srAb<b@2qY8u
z&Ue0J20m+QYHaJqVzHZUx=H0l4;(n4SDToam_2*8`RU=qhxLyr`yxPI)ECCAcG4f|
z*W+_<w7ikk;iPkUvi!>zU)BfpQm*W-befo+>O9_g+^L%7`fzkuA9pA^WT_x;v)8jZ
zmX8z?hE&UuNMzz#oUZ66m)hn<J4ZWJ&zTf*m>1R8F6rE@7q;pPk-Jf^U@7~R7d_m5
zSRb@&tjjVGZxKKM0R#|0pkM_$%C6=`H~mq;u91ZykbMEZ|H-~_MkA0H&4`c22q1s}
z0tg_000IagfB*srAb<b@2q1s}0^S7VG4y8Iv$wa`wnc4itqP0Ya?35|$)bAA?c2AT
z6&`%>LH#;qUj)dD`ofsiPR3*7dW>zuxeZwz?t`um^x?dh%e%{+CZ?x4U8-4{TNW<4
zSxW_Zo4uZ;bAKrs2OAZp9M+n+7N;w6#H(s(n-`Vm$g2vO6he|06^FPH-*SG7z7{!b
z*2%}Oyy*6e+w~D8uIw}-*AYMf0R#|0pwI+VUUci97TVHS4*~%S@cmDK*y#*KUNjvw
z+8}@c0tg_000IagfB*srAb<b@2q1s}0tloiaP!SKn`uuuDb%*<nl)=wUUcr<xruc;
zJ3Gw^a#Tg)r(DTUfV^mifWb7MUp`+Y*_Ko;$=;wfy)|l}R0}RaP(9TtPyO~de@kAp
zZ@e$DVfK3VokCA_&OJ3ZaV<_)lAbTxG}xqXmOR_tsjED?E~kvnDVw9#B?wNF_bV^@
zSk+@{I4MYG)oDboBY*$`2q1t!p$U)|EwmkFJ-HF!`=8vndmfd%sAnoFB7gt_2q1s}
z0tg_000IagfB*srAb<b@2&6A?!wol>Y0t!iL(NXV_r33_yl8p3&H029G&L*Sdh4y}
z&x4i@0^~&<V8V6Ta@Jy&PCgu+7}XPc5}8|5x8`Km$@Y<U88I4*N`lT3qSK>{9`mAk
z@jUu$P{{Mm^*G{0+&)5|c;{_y*sL1bo-f)u+^Q-_L6Vk<o#f*c{lHI`n6xi>QMto)
z!?kDE=A#&MMgRc>5I_KdGzG|urU^$g1f~h_{m(Rx@Vy}~8ooVYMhGB)00IagfB*sr
zAb<b@2q1s}0tg_0KmiKebkj{{+SB%YQMq{Cb=Rr9=-8Nj%*m`EH46|Z*GnQVn(H0#
zH2$e8r}QveZC|aYW+_%W+Hq8kBEiw~1Lu==@M_bms)@(E=<Cg|C+*g(AdetdolC(s
zV5y%k>SNE@ppXozzMP@xkVl85)k{@F+q|fpys9clLGryGdk%TEvMXi!x@>O%S%NQl
z(UVtB>SK9NHHX}g=^=ms0tg_0fF}X+qMn$jgg_DjzW+%Al<SYli{^R<7#{%y5I_I{
z1Q0*~0R#|0009ILKmY**5GV?P&wlo^X4<o_&*oXuH8nLVEc%tNe8ow`taJVK*E?0<
zdfEcyMboAWvf*H4P!F>`Q};|ZMqhP$l^W&!%kO&`LXKfnO+4mB<;+qqJxiT4eP>kX
z3o91dw$k&WKK7gq3OSlpEk_FV{q?phvRstILiJX*dC^ELlC+Mc+q`&N+gq!zOO|On
z?acF{v3Tr}%189EB!X)@78emf009ILK%g)M$cq-{zOt&I1^E6aXz>)sBQKgF7}XI#
z009ILKmY**5I_I{1Q0*~0R#|0009Kj5%{aW`YSW-`QCf)CANR?!3R}dbm`Kii528Z
zBoZ;}eDaf@w5`C!Oa#b_W}+8lTgiy(c{bnAkd(-r-oKYe-b(;-?y0$|mB+lO)R#xw
zd!gIev{QBd!nqf0o9KB_zk1Fd#g_A1)QVoZ@RIF{EEo0AthBYwi%OGa)yq`RPn>?j
z(n+4amC&+UloYaezNmhjtPJ$@nWytqjA<i)00IagfIyl8<VDkjqZtCz1o-}E8b|ov
zkQWW#o-iW>5I_I{1Q0*~0R#|0009ILKmY**5I~>+1y-(HX{J4Y^rIhHmM2f2|IOe0
zO_dj|tgN(DFyCIea>cCk`OkmewgMM35g;#`iC&Ox8wVTp?3^5cDX~T$Ctx|p(o5$p
z!!7!hyyr!|9IYwgz<K5KRR0y-6}F4D<VAhyIeQc}y)|k@QjlX~Z5O33N+Nef%?iDV
zQ(pA#wzu_aoui$qll(1gZrH3A^=Q?jP7BHKd{N8aEE!QcbQ+862q1s}0tg^bm;&TQ
z3v*vtRnP)_{}Z%$isO+NO%aUh2q1s}0tg_000IagfB*srAb<b@2q1s}0_h0U)zzs)
z=#CvbR2T7h{NMiV-_%Dp-E>ndW*>elFE2N%efPWHRm~~*B|u)(FUf58Bhf+q;qQ`a
zd+pL|=?yA5&w<E*rR{iZTxIj5Aa5-dEN^8#^89zbiTAvygk7b%r9;cxQ&&#uohMG%
ztZ&JS`qFduD5U3yPd%*GC5NWEJCt21Q<cqvQ(m-ZtVgd|dZyI9XNz_S-ws8G^cBfQ
zJ54f^yl7QVl|G7;w_e!lG!WMjKmY**5I~?{1v<-(W!FspZ2e}zu91ZykbMEZ|H-~_
zMkA0H&4`c22q1s}0tg_000IagfB*srAb<b@2q1s}0-go_@DKk`<wF1L&;D%9nl-Ce
zul~wczM?Kl;qk{Gcj~XSwA8HmumAe5PIb7Rwg7q2wCRFx*dOViQ#MDBx9z^P+si?q
zYN~Q*=YiG((nIffuexX!BwnaLTwWf7ZmD2-d*bp5eI`=&o)?wMC$F5ebf~`_jt=XG
zi>|L<uYanSEqPI2dd@1v;r7G2+bfN)IPG9%Po-YdEIZ{z#bm>|4SN0kt^0MT{3?sd
z+Pby+axM;DbXr0hc~RNo_L27I&OWCPA?1?ll1MD#G!WMjKmY**5I~?{1!7U-x!;}4
zi<Ye{*fp{+1OgG@`=3CV(;S4nXqs>|LjVB;5I_I{1Q0*~0R#|0009ILKmY**5J*u#
z9yG5<LleuhX3ZKN9(L;WYhU}C*<|h7wN7=op0)sa(X{Du((rWeX-mTG$=W9+`IdAt
zk`%4%u3S>N#B83J7nL6L$A2%ZSm^Y$bjjMi)BcWS8uB)!yr|TdJf!WkW!$CJOZEOc
zMmlV3%EiRIs4qQdk3!;ziz*iBtCNgkZC~w3bVOifMN&ZyfZf=z(X6w$VzHcfsp`Ar
zMI}zGs+onCFTU(0{n$6&cdX-B^H8%Ba^}}%MIUs1AZzr}mD~W9B<IT0D@`2R=3erm
z(tK=UOip3FFmOSVw2xIiX0ejDa#0R7wH<<s2q1s}0tg^b_yQASM(?@8UnVO=Aj<-L
z|C43ljJhW;nh_t35kLR|1Q0*~0R#|0009ILKmY**5I_I{1X2;$x^-(}Ow_zGW5$fK
zvNEU6y1Tno!y`wII920%+5+T7)27Q+!{eRD6QgdWwWadx@~*KidE&WB)=5TGGKA;)
z&%N68s(yB;G`G!*N|a9TSx)$rvE)JU<^h<}t)%Iyd#WY8XI6W>>Tx~F=rJ$4vuUR~
zC3RE7rncd>s2u2INLDf~vpw2z)H2nVF1+MIt>;C3>^XZBvX<82R^8dX+&I{Hu=Sv-
z<B}JZo)e$0KEHha!M1~)qn&bNn2h2qWucZ6I}f!TDyb<kJC`N9IA{2g@_hE}vl1MY
zO_zHq8lT*E^Ce}u)6Vvt)$b^^>aNkQk1N{zrzJ1?@TrI87E(X*R`ugjkc6-zvKfO*
z2q1s}0tg_000Iag;7x$<f4n*6pcZ-29H28K0tg_000IagfB*srAb<b@2q1s}0tg^b
z!~%77b@DKJ75+2}-}%mWE?v6hqOyMddex+(!|{wkmmYloC>o7Qa&`Ig<$wS8fB)Bi
z{n!8WPyh7PQ%}AB{`;|5%-^ws8Hl{7zq=MpZ?(O(Dst%(fphuDHZLkkLW%Raw6c68
zDZV$F-%uAl=0)XLQHi#yR_=wQ&j;7@qCWPVJqq&<k^H2W9HT%<eK`+PDY+n<J<Ca<
zs&Yz&VDh4gQ%ZU#OW@i4uazY)nmB~}6}iV61{&Ol;8O$;KmY**5I_I{1Q75pP%z*B
zcwcf})FdyO7u&=n5kLR|1Q0*~0R#|0009ILKmY**5I_Kd0uvY*7^tqUK6dPw{3+$6
ztJ}71o1`(#m+yhhq@yQR`0&FI@44rmyX{{0-g|F-eSKn+^sWRp5P8w`HYjN;d8W2J
zWL!?ml(65MEpHxfKP+cIc8_&S5HV?6FBRl`$Tf9q+=FnopDwFjR^MOmG>wso5!**~
zTe^~rpPYLs^Gq)<Dh>Cw?6dTl_;y9j3Ym|)h9xiRW6xQlP|K0XZt0oQ#8sPD<T3Pe
z{-;@4j)zs%>iX(b4^9QyUpX6AHSt);RbJF(dUAlRoQ&$UOm#iIyr>Y#&C@d6;`Dbx
z^-lo-1Q0*~0R#|0009Kj5XkrMf6`cT$eWNC4fzH!Jp>Ry009ILKmY**5I_I{1Q0*~
z0R#|00D-Ux?Af!&E+{(fnjAEm`LqKYNTy0&H1qw^dl;J-d$;plmmHwPH4n5NkhG`X
zD($i)<u;t#;F7r0Kib%^v3aODX*y1x%DwI4Hoc*xTv}VIjwek!FDgr}=&rCldR`w$
z9xiV_r`{bWF)!*@&(cpeDD>sXUbKz0$^9VF-v#9h<iydHr&r2~B=9*ApHMZ|)~!`C
z?IZ2#x=TUsLkTK-Il@%7U{}*Fxsj6I7%syl{YW~OWajJ5ugfykT3iZCtCvdLIu`eI
zXmirM==}2e^7n4_nbmS*A8I=!ncJT6o~*7nDF_u1KmY**5I_I{1Q0*~fq(_biv|qN
za0noP00IagfB*srAb<b@2q1s}0tg_000Ma}AkR}%!O*|^yT3bi>eSfSSUesd9v+tC
zQvddE|5kn4-tH;T<)jhVK;{I<i#lyYs@EmkcD(br91H1^f>R$!NN;cRUJ3Q3I*M(5
z>8GK;;jOl}Bs;piX1R1O=YKA&SorjrrzLzS4=8UMYKp`nwr!m*N+MJaN0km`Mbg`n
z$|e6ld+!2cS9RV0w;&Ko1R^4e8if`m1tkInB`RvvphT%s3Dl@b$d9DqQIyb<C{dn8
zA#EBQ48}G#HpXCM8)NVT$1iMyjUV7Q#^7Lk9-f!SW6z8|o*B=0ULMcOGvofh|DJSb
z_q^`8_nvcK^RY(By65b@_S&Cw<}zpP?^#=0)k|xqdXF&*?G)9~?xU+tu9BS3iFxs{
z#R@okJ#CDhbAux2Lg>D-Rkf;H8`RQ!eDu<&s)kCBy7c(c>6O#vM?Wgsxukx{8>imT
z*7hAk9T7E|Ugwz|(aqC2+<D~O5fx3<9i{t9*WHOqK}vqCGQ4TcF|#n}1px>^00Izz
z00bZa0SG`~q7gtZI?=8;^MwEeAOHafKmY;|fB*y_009U<00Izz00bZafs6@A7y96X
z4?2oa8H0oFJ+iyIyNzV@kw+dW{DDk_=tT{RYz*le7ajXk5lEv84L2l`RKd?|#-(q`
z6Hq}>a~DZh8KYRY<k2xf2tWV=5P$##AOHafKmY;|Fa*$x8Wb21fB*y_009U<00Izz
z00bZa0SG_<0uX=z1Rwx`a00cpwWfS%V`HOl<HLs!n>Ow3?Y?bN9?aQ5CKB|b21Uk(
ziZrTbqY?F`Wjt2)n0Cj`cxXD7JOPz>HFuN>v6lRNnIHrp009U<00Izz00bZa0SF{P
z0KI4uRPhM`2tWV=5P$##AOHafKmY;|fB*y_009U<00JdRKuL8+3;L6v{3K|CszLhQ
z?|#>5wqnJKpl0F6b2g9(1HGt0k(r^*%Acxy$|(9WFjO>Bn}%mLI=xDpfV9N+9aY~~
zU)u9!b`XF71Rwwb2tWV=5P$##AdnCN^r8uY#VrIN009U<00Izz00bZa0SG_<0uX=z
z1Rwwb2$UEB2|@3=>n=wKx^3IGkl8I;w#;ev!yo=Iq*>6ZoDF0LfL_$5k*+;@X>@+=
zd|T0%nLV{)s&=$bcXZkpDS@uxt^;Qe42=zi#IJqlkDNPV-%h$o#xISBbm0^PAOHaf
zKmY;|fB*y_009U<Acz2Z(I7G$hX4d1009U<00Izz00bZa0SG_<0uX=z1Rwx`3<xwg
zH#b@TY!9weR;#p4+ilM5bLY-EDp37z&}Q^bFy-atrsdF3m>A4A_?!)7kB(l{rjf3_
zt96&H=*z}l-mpB~(P>|#1UiN~oLfcv%h&eS_Kx(9j*m(ps_969tdHeg<#Vg&x^5@c
z8ZFZK5;g=N009U<00Izz00baVN(5X<9(!u8Q)wrCtPZwY>{tk(7mWoYP9OjQ2tWV=
z5P$##AOHafKmY;|fB*y_009U<z#(wO6<7S3_0PuQI%Ty=+qB*0%&x1eGb+%5fq{^5
zJ32Z{%d=<ChP3oOm9v5D(b0?AG}5xqUp)U<*<&tIUp60)_Z?3w02&u50izd<ez&Y|
zT3@7-C2R;l00Izz00bZa0SG{##0a>OJofBdr_xUPSRHJ)*s%~mFB%I*oIn5q5P$##
zAOHafKmY;|fB*y_009U<00IzzfJ4BwC}3l8owCyZX`8m&oY@Bs955=-@$s<zprs}?
zE$i#+(~U5>fzF&cvoqk|!i5X3{hxo%#n`uRU%FvW*!FLoc`Lf!FG|ao>R+0$FelW+
z)76V^KDF7YKAIa!4d)x8+^#9xJX!u^ZUSZ$2tWV=5P$##AOHafKp>X{TuB~#XxFK<
zlRj1l+bwo11kj7df)OVWfB*y_009U<00Izz00bZa0SG_<0uX=z1R&rLa4ibhSX`&9
z^nco>?KWrj=FOWO73ep=`OWY_$HvBtUi9F>gW-+6XOkP~wbx$zn^gb){LlYf*8{z%
z_qzBV8NW3CROM4CC3ERE=o#tp9gc&gL_p%trv9dv>t9ZJdpuM1j9TV+?&w8x44mO0
z009U<00Izz00baVTm)Q69y@r~skD<mRtMWHb}R(Yi^hTxClG)D1Rwwb2tWV=5P$##
zAOHafKmY;|fB*y_;1KxEcfRv2>z|Fqb;@d$wrRV~nJuxUqXND6-h0Cby>#i4(Tnci
zzdyXO_iS<lp%?Yi&hkjhKub!oUj_}{?|47U!028?1O`S2s(Y$cK2)V;r&dgT^zfsT
z%O*=By87hm_d4F|9PZ3zSy96cy{JKf0Rad=00Izz00bZa0SI^rxRN|}1J|jvlRj1l
z+bwo11kj7df)OVWfB*y_009U<00Izz00bZa0SG_<0uX=z1RzlI1lFxv=cqvMyYIg6
z$=Z6+3<`B7HxPQ!@C%p0*>}&rn}HlOWtTN4*JKb3T_6x60ra9V!o(E>AOHafKmY;|
zfB*y_0D%G_fL^pfE(Bpf00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P(2|6WFwAlcN{C
z>#n=PL(OtO`s4;eFB*Q~GC2Es^Xn<apBXfmUpqg8VCVt?2tWV=5P$##AOHafKmY;|
zfB*zS2%r}Yfx{^XKmY;|fB*y_009U<00Izz00bZa0SG_<0uX?JA)uY*%`Wrf<KyPI
z*BBfeG%b%EJLYW=ek8ep1_lPs1pM2&b?cS?^Y738=U)b8QNt%ys%L+H;`bTIK~r{_
zd30u}5@TKvfB*y_009U<00Izz00bZa0SM%a0D94Uk!M^8KmY;|fB*y_009U<00Izz
z00bZa0SG_<0uU%J0=2cZMg=NGXh`s#ot>s-dwY9GOW#vD8^|904}bWBqZCCiYGX-h
zuV`42Qv8`ggXxviQw~i72tWV=5P$##AOHafKmY;|fB*y_kQM>-qG{oxF$5q00SG_<
z0uX=z1Rwwb2tWV=5P$##AOHafOjrW83bd)IDTG5sMTOCe4h;>3wDdidvw`f<(TmzN
zqT6d4*JL0EP1$93)$Hgo&=LX=fB*y_009U<00Izz00bZa0SH7PfL=5TCE7p$0uX=z
z1Rwwb2tWV=5P$##AOHafKmY;|fB*z8UAlDFU3WP`(6`=tD+I`j6)T)(4?XlyNVA|*
zIUC3h0KKS9Bf9<8nYU7kKQn0Xa{bHEW1uAjAOHafKmY;|fB*y_009U<00Iz*LIAyJ
z6iT##00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOL~v2~<~CXYWMiI=}nf?`H2OGY`|J
zPj`f%KmYm9gFHy>dGEdVI?a|YT^iIZ{CLg=GGU+>H7L?Dj&>i-Kn|L+%huCd(+Y#e
z5P$##AOHafKmY;|fB*y_0D%G_Py+d%0wI}180bZlpo&ijKmY;|fB*y_009U<00Izz
z00bZa0SG_<0ub;LxZ;W{X3d%<Ii>eh#3Nd9`1r>^{%3#oXA#@S-mI#s$`OL<e@~q{
z<?Fw^yxg>DZEf{!lk#BB1~QSL7d0r-GWsv}KYIAll={zf8yxFBmR1-vh5!U0009U<
z00Izz00bZa0SFWbffC676bQ*A!ay&Y1XX-O00Izz00bZa0SG_<0uX=z1Rwwb2tWV=
z5P*P}fYu8n_58|LzS7gv<2@UGL@Lu~pM6%{oqyqtlRK+09(dpZM-HmJ=2h&}HCAtL
z?>+b2<1~2q;fGykqkqiVKqe&gq6S5}#*+Fa>B>RF+do<H<k+RLbi<%M1Rwwb2tWV=
z5P$##AOHafK%fu^ltBKc5HKbb1A5Vfz~UAH5P$##AOHafKmY;|fB*y_009U<00Izz
z00dkFob>_;KCiy|>b-mSy3U4tlnC>yU;XO;YDNG5{|{-L^eMaY=YtPEc=YJeix)3y
z(Ba`>NiNM!^pcFWw6ypJGdMW-&Hw$kefxIbHaeL7KtY~;kE0j$#S-OUO;1g@{xjXP
zZ=HE7%DA+F00bZa0SG_<0uX=z1Rwwb2oxZJ(#Zc5AlO(!LN6K%Mw~zZ0uX=z1Rwwb
z2tWV=5P$##AOHafKmY;|fIvzDX1%~sem?TZBV%K!izx2jzyF$RuCc|UH{N(-%CQn{
zuwlanv*Ub_p|FEukY3dE+O}<5P%|CRa-a~;-c#sBy-Xq=x%A(c=GV?oR}>o5eoFb2
z3!@hz4ox!%KmY;|fB*y_009U<00IzzK%o&Rnfy<ofsG{|^rEp~#0dl-009U<00Izz
z00bZa0SG_<0uX=z1Rwwb2&5#iW5<rGuDZ%re%^ZPt*x!CK^>(g{mpNFW4D+6qaXdq
zsplEgD>ujAd+)uw@4nl}K5aw$(bv?}goF`YFDfV53=|TB_Y`_jFO%p;S_WDs9hnp)
z0Zr@p2b~{8AD5O8fB*y_009U<00Izz00bZafkGotO8FnL9UUFrw{PF<*|Wd*z3=_M
z|M&m?^<V$>`RAWMc<|u(_;|eJb2AWn(Ri;K-XH)02tWV=5P$##AOHafKmY<0kiex&
zmztWIUVQOI?a6!FZMR)}?X_24dF4kw@)6nElXu398QO8Uudi<clF7l8@4x?ky{zs0
zJ9+YC4n|}M2tWV=SrRyR?%Wr?@C91}sxPsP8#j90wzs!`?sK2BTS{vhvU|JNL()ei
zTiv~T_sp3y@4N55Z+zn$4?OU|v(G+z;J|^DMN`w#i)t1b50n-G^rC6u@-}{_{hhRQ
zp}vh*om{1ArC#S8fdB*`009U<00Izz00bZa0SFWkfs)DpeDJ{s-}%mW?AL^it>k=t
zeSKUPC1(Sn7me$Z;RgZ`fB*y_009U<00Izz00bZ~0SQPcx^w5wn{K+v7V`wzl8-K0
zw5X$_V*-LoZpz>N?spCF6DLk2HxQm7009WZNI>Nmrc9Y)zP=noB^ri@hs`Ljzy7*(
zq;?yrOglR}O#_VB37{9v5~*~an@(-=Re?r4_~Nk_FOFZ#G7P#y00Izz00bZa0SG_<
z0uX=z1PXyb3FLn^Z{BRwp+SZUjb=|fX9Foz^rG2cFFZg10uX=z1Rwwb2tWV=5P$##
zCME&ZM!VyVJ8UISL|dDxOiW@)%o@FD5>)XC0SM%VfXXJQ7`6T1jvH>c;rQ|6QjMx$
zwS8Rn<BvZc`zBwxnPw4<f?hQHizUhETW8*is19{CThXurv1s;}01ps=00bZa0SG_<
z0uX=z1RzjQ1d2ERQ&(4KG@{y5=E#vF%2}y~#=yY9{{8#^`JeyUoNa4s%Z7Q*26BQ#
zFPhE8qAvs>009U<00Izz00bZa0SG`~!V=KNxS##(XKgW$%D$~%zrLlV#mSi{ZPMT0
zUsF@FY}vBgZ@=AciC#3u+XlU8j4*Kp0SM%tfc{Hy=bd-j|BaCSv5$SsJ|a!&p+kpq
zAKL^R5xr<!7rnN(c6#M>mmD<Y<K(i*``h=k4Sihv@dE(}KmY;|fB*y_009U<00IR?
zpcwN%THw&@%#I>dhN@?{kal->8_DP+k38Z!8~tO>1~MU`7d0p_AOHafKmY;|fB*y_
z009U<00Iz*PT--39x`Gc?H9aj*RJrs?d|Q#nOt_+W$J}qG@MmhXVHtMg^R`zfItBf
zP*!}wf(7QkDK6t{U;CQY6bdlxk_-vGXpEP2cx-q_>y9VOpA3<S>eTO!{BA?@hMtk0
z7>C9c1Rwwb2tWV=5P$##AOHafK%meF6kYzOwzk%k4{dC0^yPW@@L|(ND<HmYQXb6N
zKqeCOq6P&91Rwwb2tWV=5P$##AOHafKmY;}38;vut>@Xjdw0Z+eSLlZ{_p>eUNj=E
zD9zA|MxjI-2tc6l3B3LG+xCB19DDlo=~_)F{NPI_LiD1sUrOySU)58!zG?m3>ba7J
zI@-}k4?jBV=&V&ISAEd=!QiO7K1u8`;1B{3fB*y_009U<00Izz00baVAOwmi|07YQ
zqXqrRPks_aPiZUV=bdINR;&nW7JfWu1DP<;iy9Od5P$##AOHafKmY;|fB*y_009U@
zBrs*l6r<|-(wDvzu@}vfAb?&p399&n00eSOpscLyy6dhp|79`8jW^!d)YO#YU?%c#
z=tUE~`r2-OWPD_3Y-s$_c%lR090Cx400bZa0SG_<0uX=z1Rzj=1d1sCBO&NrcirU(
zLAPz&76NnGvSm)QAO7%%A<cqL<!m530Q90Z4QvQN00Izz00bZa0SG_<0uX=z1fmeQ
z{r209nCHb8UyRa)HVF|xFPaco+(G~Xxgjt<KCU97=D#Uk<Fd;xQ{p{0!7vJXQSJc<
zKmY;|fB*y_009U<00Izz00d$uP;~j9bLY-EDp37z&}Q@wrSkG}({gBNC|z_p8^{g}
zy{JtC8v+o300bZa0SG_<0uX=z1Rwx`C<LV5F_IqbAQPoaT5Y<zy54{P{UuA5{PLH-
z{My&PcJs|QfApgtz3Qr~uD<$e+28x#_ZBW(*xK5fmQQcvv9Yn;yLW3hnOkqY^~3-3
z?{EI*Z~p7Q{;RI8&f8c=oc2Hc=}(>Z3g#<c`O36u)7snHecMMlI5IM_b?eq2{NM+g
zmqL(FX>q4coqFupu_)cuCNsV0=;-Laefxg%o8Nr(t6%-t$37;uA}rKWZ3Rs~Vmvg1
z00bZqoj`YYxBUWw{>yU36<2KBxN*UP1?Impj`6K;eQRJ~Ai8H-W<~(LXlC5#1px>^
z00Izz00bZa0SG_<0uX>e5P@RM|0qdrRG{H0sg8~g)AH=uvq2Doj^}J3I{@^eHVteD
zKmY;|fB*y_009U<00Izz00dGJ&<-iKjAz}tbt$`~)nLt<HMai{`^#VcazxeWXFl^8
zX^@<M=g*&4Jp1?WmrgRsxr9l>!^3viQkI6apE6~Nu-NUrwl{_?Tee6b8Wh8wcit)8
ztk;k0NV<Aasa~bFl{PhKTpj=HXFpq8Tk9H#j}U+W1mY#2?^V}#k<|EYZEemdlFeU#
z{q^=YmA-^4Dk|cQ0dFn>=tW&X_y_?AKmY;|fB*y_009U<00IzzKsE%5H2-tpzyYHI
zRdLi10#cKjmi6`ZAuWAR<!m5(bo8P&4QvQN00Izz00bZa0SG_<0uX=z1fmeIm6NKC
z8Kq0~HqrH>j*e*a=FKUc-+1GVMs(EI*XONVXU-bq^Pm6x#fujm&*6I|J6#@p@WJpf
zTrsFHsTnKCxc1s>Qx+OcOD`$`s^nNf!?}(>|NQgeGvX`+AOL~P2&lyI!w)~~`p)^)
zuYM&#yX{cA{rm5~-_`8tr=L!#&$pdmr$qq0Xj-^v3;_s000Izz00bZa0SG_<0uX>e
z5P_o3|7g*{QGtH*o8JtYpmSX5ETb1ac<^9&WAEAI2GXL&KL-5!(wDxZk`aIX*MF_F
z+vS&E?v08g5P$##AOHafKmY;|fB*y_009U<z(wHO-~P4{@Mv%PmX;P*gKRz;y{MFs
z>({S8apHt3g6bV!34|ozROz|Zt5@6FOGQ#vRu(>@-G0W58BXxG+;WTdg74|+k!NLf
zPM<#Q(l1H8B)2cV_@dMPw%cyoxpQZ4Z?Dt7si{d?S;IkwyoH2e$ME>$k2@Vd^q~()
zys9dxnxOt^Yx`GTdF7gGt}$-aAiRcZbiJr{#?hwp#<ND5HEY(%lP5<;Ml>V+ue7N@
z``OP-0~zz?%?p_kryu|U2xLG&-)YK7+g~-RGP-x~-XK?N*RECK+HSAn()#KSYR~a(
z2%s0uh8}$(009U<00Izz00bZa0SG_<0uXQr6np;Xwbx#ARG|0XdvEwPRchVnMYX9}
zcw_I`<OcfB|NPIt3H|r!Pk&koH}s<3i^35IKmY;|fB*y_009U<00Izz00g`Q-hA^-
zTe_oiqZwpEyl$N%+qZ9Dwrtsj3m1YK=(wbnlP6C$F?{M%pVE<#_O@2j>Gg|W{KB`(
z^5x5oTNy^Ys^OIR@eVO(&K%SJlb`&gZyTqVH-?*Ty2)4a)ZgE4R{@pn8>-_rqFz)|
zTPOeHM0?j=cLfnXeE9HHS6yW$b^Q2o@2oij0SG`KV*--Fn{OByDrn&QO=$bqTM0Mc
ze6!t464O0<_SkK(V<CWEG!~3FfdB*`009U<00Izz00bZa0SHWR0>z&HS+{PTqXNC}
zzWc&2rL7m;w{Kr~WAEAI20}0DrOgotKmY;|fB*y_009U<00Izz00c57Ao1b#*I#c-
zcVtVn`P_5Q)zs9OZQL{VAF-phfHyI0+O#R8mrJXu`lunoPSp`LZXM&tKmKu$bNP`>
z)U>axtPE=Dis9<3uU4tjpvDq&UU%Jf#%)OD(ujJ|#~ypkc)R0{J3<7g3hBM~-ZPCQ
z<q8Ut;}C!V1Tr9S#T8eWZx|JP4*xnb{<VdfbpEEJW0<oTaS=c-8W&0YKmY;|fB*y_
z009U<00Izz00bs7fnv}9Xt}}Bi>mNK_;t*3Kl<bbLN6MA;W!Hc2tWV=5P$##AOHaf
zKmY;|fIzwgs;jHD6TM5iV?JuHVQuFA`s=T2llKs1X1asA+V}PKnGwJK^{>0m+8<q7
z&2#6@*=Jq$`t|FLTNzhgd1X*3PN(CdMT<=PnKNg)yqS-#7+!t#RddSMP^QSZz2Sx%
zf-pwWi>h{?aivUMS67$si1tC{!AuuvfbCP*5P$##vLWEC7ku=iA1yC0PuI_`UAye^
z6zO)SeM$o8MN=Z80R$ib0SG_<0uX=z1Rwwb2tWV=DG3yN{zv<%nO)|?Uv?fG95gMD
z9XpnijH^L%18IHX>41Ot+;h)g{^eh4+c+%&uphnaitrHv5P$##AOHafKmY;|fB*y_
z0D%w!RaI4=_{1lSsxZh<+TqbhA8l=I4RMw6sXOny(~KKZ*VNW(Dj5<!oHjl-K4m=o
z@WbKlYinyw`w-cx9fLM}9~l`5cdHkZKk|`}7|$n8obYWQMKAjN^UoVU|M4IH;p@kB
zu&k`ibeTMPvg<4#ApijgWK2No1^TKC*Wrgam*V}4U;Lu;1r^eaQ<)J!FPa%QdO-jJ
z5P$##AOHafKmY;|fB*y_U=t|z{Eu?}Mg=NGs6928-Pze`TDG^hyUwQkn6rWGNS=D?
zDU<w1FKUy)h5!U0009U<00Izz00bZa0SG`KB>_n^rA4%5jV90FHSWLv{{H^{ls?mH
z@Z^(Ent{%oITO^^)@tg#+Ms66@!{cN<5R|g0|&y}Yg>8KUVGCAHMV1T@WBUzn%T!y
zqt$qR?z!jeQ^t;>7rpuBn~k4{?>I}XYPzVpsTmFf0uX>emIRhAT^dv{IihD(b(l77
zn!ckVwx?Ni0_a7fv!W#gAOL~r1U5Er{N0h?IX{)%mC-w<Y?++rlta@10uX=z1Rwwb
z2tWV=Aq0v&|6{8_o0^(JW?E5EVf3OyLqj1geNW|VAbWK5qBad|2tWV=5P$##AOHaf
zKmY;|fB*zCARuj_6ehp<&2Lhc8@=Y5Ybq<_Tp@k&#TSjN@q-UO2nycTYS!1+2Q@Rt
zjZYaVUkV-_9ktsVCoaQ|VcoiQuCu-$ckI|<JZpn^-!>`rq5}g1#)%9?>+8pR@RnO{
zF&%Y@y$v`50SG`Kj|7e!Ig-cGOLb`UqNRFenHK~~p1{cX$jS33_q6R<-mv`H>Sv!Q
ze?sESsTETf)GgT1yy4xm?>1j(zBqm{UmVsqt^e)e-#R}P-4!v0k(}okgTxgCAOHaf
zKmY;|fB*zCCXlcEk6w0GLf#RAzV+5yA@Q$RvBGKg&_fS}Gz&VFvw`dY(2LqMups~e
z2tWV=5P$##AOHafKmY;|$dZ66i0X~nWy_X5@W2Dwb=?RKjiH@rPMtaxWfWDAtE;P9
zxNxCd{oUXF-F4Spcjc8=s=NKqxRtSG%a$OwwpLSn83#2p$F&KI@vL&A=D4q+I89?2
zzHM~Sjv=CG_T<Tv#&b}S&y;#m+ldN|28HK6e)rvXo6$QuI=l@y0s#m>00JdO0KI65
zT~MY2fr&t%WuRq6!wRFu3^&wL?JxcJr5uw<PSu&5=NuzqI1yNLa*e4&>lnISQ<6D#
z;gqYF>!ak;v#Mq-tXsIQaoygwy~lcw^^El7{<k3IL}&m32tWV=5P$##3XQ<@>C+t{
z=+A%t^Pt$I_PqDrd!1$~sT$NQ{CLg=GGU+>H7GD3009U<00Izz00bZa0SG_<0uYFo
zfP|D%p8Uf<{DYAlI>v3c-4?zXu{y3=wd(rouXl9}|F~hphM@Rut!7_eUr;l1T#{5X
z*2Rk{DiLL%7j0{6Gh>Aq3e|)mLj!pmr__t?+O^Ae@}d9zCpEA6Cn2u$FG!2q*x2YD
znj;W^00i<#K-+cYar9Ch8og+#URmY^fs!Q9f3g3i`j^55qP}NmSIs_g{zNXBB&X_3
z&T}sLFqQ~3oNw^nt`YU3-i|4cOfH+O(z|()Pjk5;009U<00IzzKw1RynE$D&s&a&&
z`rn`m80F>VrcG;WYg$t?jdM1T84<mxL4g4Q2tXkB1U5ErG;exVcE`CXXL6o%Pl*vB
z009U<00Izz00c^az{ZUmZONkSkiFxFhK9cMr7yYKNBJ00FM9s``IJa)y=ck}+%wRN
z_V)Isj6n@l+SH!-$jFGdS4zF;x^?SpCz;vx_4VGNIRXI)Kp^)7q~YJTZQEDB`c-|K
z<$m;%9}&H1$zNh72!WCzaJ=vMq$873isC{VsKjE<Xe6iVOwM!8;4qK~jEs+{3aIyX
zO-?Ur#+r3>mVTSK3J`z*1Rwwb2tc6F2oys8M<p+`@tGqB)n4;jws28WlK-B2?r|DC
z{P4rBv(Z21Y#<X7dQpP{0|F2zNdkJxK6(D+p0+*98<sy?{j8q2rO%vNF?B)R0=+x=
z?%8*nFEn2qPf;u=IWoy5bCUC%91T1}00Izz00bZa0SJ^f0qw?OD;0nI;~)FZSGkcp
z?zqEl`H%njkL%a3mtIlDHkBrF6()W0#TQLu^r9zD_!LS~rB;I|V*|aY@9oM#2tXj0
z1nTPQe)-E^su;5QD$C{Q6J#v(q7&poGffB-JAuRJ4jZ+bF`lV<=3vLc_QCd{v7zxx
z<JxXpKT7^f7h2O>qn*AVJ^ZL?ECao0vEK%z6#v@Bwf4<v>>TJtow1fREE^shE+wSQ
z1p*L&00bZaf#M}lQ28Ib^5=sOK6v!#QD-wU)p<|~#q2~c$!JSUi!bxR!NG6-@4xNa
zxBIry!R!YL^6YyYy{Io14nhC|B|t#W(JLBOn8)gHLoM^N??!T}&g49oz`ap)Q&2L~
z)S-2Zh-o5MFV{!Or)O2oT3EMmUE{jFZF`UP9#f7~Nz|g_L%<M#00bZa0SFWe0TtoA
z_S$QW$mcVk`HXMmZ@&4aY4hO^e^}We-)83Ef&~jq`y$edwzs#NDTElY>_@+O^JatS
z{`>C_8IDsBfB*yvkU&pQ&*H_4KlQ0knXfWq6kxQ)9uj)dV!wjK4}pn5puVr(mF<^O
zG)lfy+R;OuhfEbm^r92tZYhd6s^*EgrMI_iH@1u@H}<Iur|d4hBkr9nl=GK@S~}{^
zp-z<&-Ew-1YO2^>9D91@^!|(eML~=pApijgKmY;|C`keZoBz?GgV}LD$k@Msf6zsd
zUexr`jyXZibUe#}LOgp<p%?Ws;RpmEQ0xTsNc&R#OWvp5lt*S)%|3D7ry5UkK$25+
zCg(Xh8hG|4&~U!Nd+TP9Ch|J*Ju<m$vP$pDKf+Pp%fUeiKmY;|fB*!tB=CbD{J@BO
zWVkAYI?ivs^;Xkn-@bh*NBr$?e{0$okzQ19BBz|18Z<UGn%Vu;U;UMDmz4X_>)mAI
z<d$1*@pZyM2tWV=g+^d(Y;4b-JzxL&*UdMW*C@1@OCTQfq9t$<nF0h#n}Cx4dMVyc
zZ0cQjY2l*JdUSkr>*=lXfL=5@G+HJ{Kr-eh%b#>^>6Ir|_Fe3=Z|@8i0^}iOv`YTV
zv$o;0$C5qs=uGX|m$EwzAOHafKmY;|fIy4{iX#8>-h1!eefQl)_Gug1kG`g+CIm=y
zy{MdIGf+qj-c#sBy-YX)0SFW|0lghL>BuD4LvC6hNfQ<I4NzjiD>-9cc(-rk4AMk)
z_bB$PqqFqeRAM}t4g??o0SG_<0(mDed-iNw?W2mLu8_2ii)nDpHP`qGN?l!)oH1RB
zNG}=^sy)HoyLX$}ed8P7uumB~rC!ukq}16l$8^Vl00baVXar84JgIj9RASnE0lExr
zN&llC{pkJo-!HVtOCTQfq9t$<nF0h#n}DlQgvusl_S$<>e^V4$U0g7eEANn;=eXvM
zpKt=^3O-i$m`Z@2zj)rx-e<575dFs1@6O?Khwb5HOS2jtFlQkE0SG_<0uX>eTm*_M
z|D&Y3a`iK3&b;rw`;@4E;DHC8efHS{2M$Q@8V)2ay{KGeJWzNTuCwSxT|oE<0SFW|
z0q?V|9&fc7&B2a??St)l*4B&0dIZ*w-r1Bcw5GR4JAFTT_)+_b7`<pw-vcEU{MyE~
z_RVSR4AMlVZ(7E(hGoNJ!zD(Q=|BJi5P$##Adp7_)22-`nxCt#y2=~LsZ*y+0|`OB
z4O~Y?M@O%?;tJCxM1*<cjW?QR=g*&a`SE_V-D(tX1N(@Cug19y`;=|lF+B9pL-wg4
z``5qzwehS3ly9??dQtWI*vCF*{2V%T$kz`CApijg<d;ByfB&nmzN#|F=KIQJNGAH@
zAOHB^!GkHkmh(H2q8=T+Xi;B2f`>rK6F7b0w4K}3eqm`<7EOzf77?_0w^kgq8PlS=
zMXCTPIiGg%e!2eT9cOkl^fioLO7V<f4`(!iioc?}!km&5Em9~6thqS;m((vgaP~m-
zZNZcCY=Vpzg>mZ`TDaNSx^vO7MN`VBXzQ!F)pOrC^@jFmkLAi<7`;%@RUt&r)jX%N
z3?i)hnX68&diU(R-NW6kNb>Sgx@B`qSM^jWhFt1JohfV6JrjdtH1{{>g$9E{00Izz
z00bZ~K?solDTE7+UbGOd0x>`U0<jRN@2ht`)k-NEMOG*6=%LO-rivqa(O51APO>MU
zw3xZ2x3_FJwu~q@_Nfb}>@K|{y{?dy=u_HFI%;J;RZ4Wr=`Bil+Fcxbdgb)!`AOFh
ze1rf5AOHafKmY<R0(LFXJMX;Hbygo68XAl`=-c1^wzq-nh+g0|?PU~^Ui3pB`cTR`
zpOT?ocinYnf`a3kzVk7PUUbToDaOyg{L8=i`r#l1AOL~95YTs>DurtIF7q|zGW31{
zGSQq}8uX$$L(M=CfItQW79U$|XD`nToXNmR$}Sy49ZJTU^#XfD+txN`d)xL#lr{RQ
zI;9VkLelnW+nY{piXur(&a*%zfx_@t8BFhf=!U>kl~0)*xCEuYJMuf{M@u=zLx>^g
zs*`EF`5Mxuwhgw0I7#}{==i8f$V-Q;biGE*y<Sv<?rGa&Bbrw;FX_4C9|91700bZa
zfeA=}{7*q$bo8PHbvXzI0uacUfb?ui7ub)q>l)WZ%+)x9>e+nj>8<jBUNqyYK*tyf
zNXD#})}32gsVybA?AzPq%0fnT=|!V#L!*?GJbTl0dhL2-d?aKnPC)<y5P$##ATR+5
zXycWUk@WsTP*qP`0;Ij^z1%uGJ58G#Zn(kQz&@hg>OcSa&ztr#ibyZ2XxFY?Yfr~(
zZ`-!b%<lT@uh)FNZFD4xUbMBf)wq&TS6Aojih~e<00eSLprxf{>eQ*%UVE+m1?9D=
zCYsBOf?hP2v>6Km5J-!FYDL-!()qRX)9N0v@wwr1_9!WBX%6*1eoE(FRp*Y@9kDo1
z&T~R299Ak7>srw9rQy_KRY6yC_Jht3QqnH#Dl_d<8qx+kLd}$JV{fprd7~4aw8y%=
z9shaJi)ty&C|8}3a=A<vJ6Ie-00Izz00baVXavar6xtP0Jm^IW@S+eB1R#(BftTuE
zvLF1FB+2X<U)z5~k=11op>G#&GRL=B1_zV#oIx;j$$)^lg4!iVDaTx<iS)apjh5_R
zDB04iW-tr7KmY;|fB*y_P{IVXwYs)A-?C*(kciPc_Xi$$z*Yfub#-~$$eX<pd{9MA
zr{jVJ3v7q7i%TymiIg<7UI@;S!NI}5_=~?V6Wp|EQ&7t&dQtWL<u89}ynX6ZpBfk#
z2y)1A2tWV=i4qtZ8d|@8{cX41X1<iX#<#xpEpsr@U~ujtfL_!EgpUw_K;aN5?<%)5
zmd@tgv4@wgNKzqbo3pV?W8smQWUtyw1F22Y?YV^5+NWNXE<&6q=Q$x1n#<XtvmsM<
zoszONExqWj)?F?SDL-y#-Vj1Kp;LCX2W8{UD7jn+FoVia;Z_^e{<Hh-v)B-T00bZa
z0SG`K0|MlKGJuw|F6c#bhMIvO0D<HPC}Uth$ts1CR%Ow&0+W<Zn|JH^T{(nBb&FI1
zQgS}Mda3O~l(lH+YlyN(j2Y3D%rVF1q^7rKZR1+a#qqzSe#wEe2cmBao}6bBWV|Sh
zTgPZ0Y}YO`i;gXtQa(kS^5`|~H%`5w{n=x=vU*on895<(uI4%ID<s0IpSkMfs&~)6
z+dbUviX<-|rCT<)w3GSFeVXXR`4c7v$7t?v&I=6&g#ZK~009U<pfCwYFX||HB>0iG
zBwRJBN~Ayi=}(RFN5-#y^{b$HJ^b*)rsb`--m0{cx21-A;e{7WGh-B&UQ}U!_OqY$
zm5fTv`Gqfh!OZLCn{U>BJzfsZk%)TH;o;$%Zo0|%lzr^ju^^x3_^DH;RQ<1}rp6q>
zfB*y_kQo7eb(fWu{oB9&+hvzsX1<GDhN?#Y{`bG{@9)<T=JkQhhND+z1kj6S#*JPO
zfItoiD1U3GD@{Gdc!xG3N!2fXzvF#vd9Q&a2URj$KiU(jbGY-J_IF(S$g4(Wco=rN
zUWsnilXT{yIvCOoYHKGs*C^d1-I6;#diYU$rrJp@#CdX_6GCBc!tP8{ThB{FtF;dY
z^6=QO(&LMdEq2ao@nucp8UrM}zNq||mNJz5*Ts@N)gdhZ8og_{YhU|5S9R0c-r5kz
zv7gcc(6owaPN>@LOM#goa=#GZ3_UP9V53`Dx6p)y0Rad=00Izz00hz^K>jB!T={B@
zUNm3i85aT&h>?Iv9XQXk%HhQ5+_>r(>QLH883y~Q*=sA+v$t(;L|LPq%yG6>(QwiS
zy3$SdD4R}giXur(&a)y+0)^qM`mWyn&<z3Qj?7l<5|k>d<NWCDSK}eXkaN|^G~Rp-
zX;a$<+d`Zqeag<5Nr&tti}I2t+S9hjMl`QxUea^NKLj8E0SG_<0!2i?=tUi=&nG_d
ziD}cO9XN16RYM)^sQ&lDg$vcy)!MoK>Z`A|6+u!$j*SIY;5m2hoY4rW*T+Bp@i*Rh
z!-y*T`ug_l+4IFOe$jEL3Y@?A#V?HWBGQZg_P4)v!oKF3YnCou+S%FZa1+2)t5#ii
z-F0SCS6+GL>C>k}?v03gQF-X-=&);+YKVL8x#yjC-Z58AZ6wfbYioP&z4vC!nDOaP
zf7%J7qM{-s08T*w0uTr%aQ5ukIdkT?zJJWOoD3DLe){RB&z$)``5g1#f^g@Yjh6s=
z(Rg{{4FV8|k-+0+kDFYj$~eU6*><IR0=rvxD;aAa^x6`Ru4q_c;*l{pHt20;j@apX
z(<>;att9sJ%IT(=3@ILsE0>X+=Y&v5z-doSGT@-<tgecePOlKXs1&ER)K;rGL7v4>
zs#JT^I<5QYn!4B~_fe}n27+tDySyv}I5XAai-}5xtzu0M1)d=Q0SG_<0uU%A0_1;+
z=xU-DEuxD>s1SgFF9E&YYd^#4wO`+6Sspa+(%NH%*wP$o5Al?P+Q}S8FS?_3M~GYJ
zR21jQc}@t0!%C%MT`%_f()c5*Gk;<gk|r`&p{%RS*PHJ_Ws~xi582qf(FsY~WAmDP
zUeZL8J?r&tn@`V3kKu^{0SG_<0uX?}1SjCqi`ufEaQp7N?^dD9aC+OfZx46koRz+)
zrKRPimtHcBi%2gj;p^{y_d64LkRdgxG`HcnqU%NFN8^6^%U=!}F6cOV(eO*aSqMPD
zmw<{(Z`raX<U2=-(4YP6XO)$ej$q#91ih#WNNzr&7tIZ4Mu7kX(j_1*pPi-DTlVRC
zh`qgXr+UBMM5SV+Aw$^ddZ$Zxdr2SdJozifUkP%aoadksy~m@Y&~>!uCB<fV5?+)H
zVaEtr2(T;As!XdlPS+8sNuQ~D#`v%7u5>j>=%Wf^m_fCvoNJW4ECe_)sFJM-Ool3s
zx?<xa1Rwwb2tWV=5bz~H{>K+ffgeOKTHqIm@E`zzlmyDV%I#-ZXY=lqz0z%vu1HcL
zDb*12`l=Ivoy?I2Qk$gPa|yAvPra&8hRh;4&k3Q>T=bT7$dp~Dq%7T$j$Tv=BA17h
zA2&2_2qB!%DQ!Pw0y})}uo)#^X(HE4-22b&Hz8p_00Izz00bZ~!3n6~r^<fbfB*fe
zei<Y(bRGZuzyJHghyU~!PB_31KKS7J>#uitus?q1JKu4Njuxq2)Cqq5`t=|B(1+}K
z*|vzO+G;o`olQ$Gs`k=l>Dt|J!wvRW;Wm2FlvjZU5P*P}K*;yoKmF4`?cBNZ;>EB+
zUg$-=NON!my=V>~GXw-6kO2W#c67_>Eg3k8y^EdD)}C1*{_S+V(!X=6=Y;Dd<x0Xx
zlPH!U0>1u}^XxlZ(7}i(wC%e+DOYJtuX9nFb##{9B}gwSg{^6(rJ0m?ow2maV0z7~
z&Bg9oS~D_bJXILP8>j15H@mHQ;g}=#nu4a2lB((GGF;n@bq;sB8t@SU5P$##AOHaf
z_!1!h<BO%h526<>@C!tE5P(2R0`^OzdKNbI7*lpktAP<os(z{7Y1NkZ8c2`!dYspf
z-ip<;vo=z3?IW)mmEoh<$(%P%y`g%NPIf}?)#@34WPC)<HA?qLx8#oYUMgy)mpwzA
zC+9gK6!s?U4g{r5q@h)w$APR3Vw(D!79U&eoK@Y+HH~W=TmKuBCUOwTk7+4Go6G28
zDTU<_mVb@jHQcqYeV_eyvsx;D6#_Z-Q=^wgr&UaILRErMftexll_t_l#5THxbqh^M
z7!ZH}1Rwwb2tdFgFg`xs(9p1Y_3B^$`qy9o`qyv1`DP`EF1ze9{qIdT-SmxbeB+Tv
z9@(~Sn|3@;mzegf-@SYH4}S22TW-1K^2;xmaOjht{N!DC-L+uB0+kgt-ilf;s#&Po
zs??j`|Ni%dOLM&Hs;mC?Z~u1k<jE<^iW&mx>P4N7QjO}uz3{>d4?g(dXFl_p4}bW>
zx@!7gZ5aLe&wpN0E?u~#OP5MG)YC(ec>@~*0uV@pfDwEeMY_JvmoHzgLdQ|OnC?*;
z(<Uwg=tbiqi600+AYKBUL!EY(GQ2ovyhDe3v$tmo+0fih*GEh{D`jmbt5s{lH<IK$
z`wka!FbWELHD~3Cl_B2Dsp_6;`_cz31laQ0=#@g1fj5gX8b$eeGj2kLq|RnKT9WXN
zlCOmTMdGT>5=E-&jh`bBfB*y_009V0KmsO#L;k0Tu0DFvBDz?F3IPcC5_r7qar1or
zWcic6ZL&YuJ>0#!b$8G^yvDyWLMs|pn0RCijt!c#Uc;5laXPA^qqn7w=(W)4mD6qK
zQat*$)WPIDCxk)*PJ3!f90gTpbyd7{dIhD4ghGl_TWTv2Z;)p-mMT?ZT@#6vr6F0q
zAov*{-*jq|8QS$0a30e{=6z=;He1D-@l5Fm0SG_<0uX=z1STed8*jYPB+Z=qq7#z?
zvxWc!CI|t0y+FG3<HwJuHF48DtzI<Fk^p+qECJFT0uV@uK<i+uNu0{CH)cv`#E5Qf
z0c6ie;A>W{bbZ8}v)yZX!*bt{>^343qi5gYLJp=xp~SMCsITj-3-M-74UG-imp*7A
zK;;)qvy|&N#<>i;WA8|>eJXa_zKvBO#Mgfw7XoT}Y79dejs1<j5poa$5P$##AOHaf
zxCod8j#A&`e_U`1_9J@Hg1s~Z1_1~}A)xGs{Q&!N{mW5$CE8~E()hfZc_ymxH=SL{
z9Q6usFX^NGPVp<pUkRE^a-M@m^d66nLf6rrmlT`fqC`<LgdHO&O{A#oJXKH<#tvR;
zQf*jc{6~Ko*>;kFt=DzUpa;$#aCyjMnn;ywO<*!qanuzXA0Yq%2tWV=5P$##A`(C^
z8W9xDAOL~VAYiW-XvyHCAN}aGY12-fIu&ttrhCNpG>e4*deK-g;sgQ^h@C*|K!NH-
z?Q)UYGAwA~cDi0$m<2U+9k1#AlYVbX`4rb#=VNl7eTNG<m=c9*HQ0G(Ep~)>vro;a
zoMAfpE(B;b!8DNZSlMIR2~IyU%#Rize1GhY+MeDXH(p!o4rU@xAALHgs6`$Z0$inB
z(Tm1=1K<q;5P$##AW*^tOajL#l|cTdD6Tbn(W1Ca1PK8M1QBpOJ1Zj*)H0XHRrb>)
z8T58)$k28&M_uMr&k5H_%9ZjV#<>g;@b#aZXW!w14n{<wZQt!lxk_t#or}_}qqFQT
zzG)(LRMN>blL|B?US}-jg-ow`we!3I#C}BCAydY4ZuMMmoUU6v%3d(aPnucCNJ%wl
zQhVC=*nT>PJA+zs90Cx400bZa0SG`KoB(>!a6X)c00c^mfNQ<L6j+Y9E4}GnVps}%
zI_O0U`~ndk1STwjj-d`aMHyaoAudYNH=aCy^6fKkzuNGsQuo@6$}2duqmtY%XlOfK
zzxmYWpk}V)u37sk43qP02NMelZNF~g@|})7sIl!m-Fz1U21f^N&l%gg+-A_&4Q+g8
z0&5#=3-X`Gg#h-W54tEEhX4d1009U<Ae?|n;F!#hW03y|=a%2I=tc9(pV1)zfh-Ah
z4t1JGY#F&p6Ge%6YQ<C&SjZMIb}~opC7Vp?d~|%&F2z~VRpHwuInTbsg&d56!Y%>2
z^2EvzZ|0QiU02^Uks90b+US)+CD)vEWRkgpqnAd_xCt5d%h$@Ac}F2l<YmGU2tWV=
z5P$##AW(D!(2Ew`B_m)6Kp-0e)z#HM{pn9Hzx;C7dV%@)wXc2c?YG~)c=4j|C}z3A
z_bdk!B7j~rA+WfG00gompm*U-wpPa0maSPj4DYU;<<~Z@wMUF%2j%KDmYuHm?kyD*
zjCOjm$GtFm!P_!9&(2seqOdpEQu^IHm!Knd^4xbJz%E;16HC`lPA}R%*lvOeFME>5
zg#Zdi1l@rghX4d1009U<Ae;dCpKv~fc^18BVO|%af&c^}5@;PP&~0dJ0i-f2LDR95
zIZ79VC`)Y*cCY0P%k5Lfw%f$(*$ffUNQpw?%tsGDYO*DDy>(GM4~-3(E;4-6MDnBh
zuBMqXEm1r>ZS0P{BfZf(X3)~Ujd!)~^7W9%G*L~@pSC>`Otzu%y+9m<00bZa0SG_<
z0#OK{7mY%RHV}Y7i4hnc9^Slp^X<3aZe*e^L%Pr({pd$!Wo4HxU9#tnUeu<MGaJ2V
z&QLQD1R#(WfsyeMljfE2%JEmy>Yi5PKXm@V9xJ+C)>RfXke#j%Y3Azgnzio+QptH%
zF!7>j>TfbIRjk!D*^rMa@oGByE(F;7g_)Ka7zyb`RY_GF&^z%=tC$vEo+6J60qYvq
z+0Z0c4!J0tf&c^{009U<00J%o<bPa13j8B_(E`6fga-i#gcE2TC{Vqq{l=@d1rM5q
zoy?hEJ3pwI>v&D?pY(fE%BQ%_Iv<ns>^oe@!IUVpmyMl;&<^q;-t1E|DrcCEzG)&U
zQB4CGkCi<(xoon2WSAfC7DCPuyQ9)g_PFudN*0-kC~Fk73r`-?M6Ob<=tbkb0q_O^
z2tWV=5P-mhB7k0WLS1eq3jqkY2(-7i&zd#sqaXdKOD}3ZUU%JfQ>RXCZf<ruq8D`m
z%*{viqPgMBC=h@^1_YGXH91@DX_bM8C|#<0s>~?q8X-bZJ6*3`zoSH=HZHxWZ&`!n
zJjag0R&^=~9}$9@*-H$*3jxjj&Gy9_zce1*c@A2tqO1w8`NALn&IuYfj|%}$RX%0n
zl%eI7pddL80SG_<0uX=z1VRXq{|SLpIH%By7S6RG5(q#b0|FgG9rgokZuX;>zESU)
z>YdhC8(y7LJx6cCdNqf3RFc~TP0dc`Y(BL)sF~}yYu3IB!{j{M!Nh_>+ppWWe5Yd%
zYU~vaD@;e<G|}MbplOhek<e?!&P2AiY&WsB4Yrxtxr{ufiIl)J5z5fEL9W>N2muH{
z00Izz00bZqkpOzph@fZ&0SJ^Z0TmHFeE9J9zyEzB6ZIN5-+c4ZrAsfn>@w$63DYRR
zsi7Awz>7ji5P*O~VC9LGc9t@U;)mMP%H9b}!)X_)L!F0|w$*T><D*j0xkPlflrf@S
zv?%tYPXa~faHo9*V_XP0GjPWCtYwRW`mNE@j|p$mkxAa=B>RXOn8q@6L)vG3HN&b{
zVt4VaLz@za?r_`5qGO9vcA)_TAOHafKmY;|2q8fJCj?F*oI)>J2v>m^AOL}k3Fyh!
zeumxJvNdB@Q95d8`L&H}?GdBc6<rlU&TUm^QKX5?L}ElC{h`6AWQZ9erD5mdeD$Jd
zht3+$*%-;`McW74O<<Z%$dvP_7v0mg#{?-uX}yp*IRya-KmY;|fB*y_5JCXGXb2om
zK>z|1jljUbz?wB{KKHrLdG(^MBNL5Ge&>r`G{5{A9Rd&tA#mi}5j#t%O}IiDXLjnH
z_IJz>(&?Qze<G!y*PCBAT_Wm5-#q<hO1DmfbPGqs=s5`#(x4hvGA@i>h{$2)(V3>B
z??Ql7l%|1<kg^OBM~t_btrxZ9%)r*Vj5oGe^rDB(9kSzzzFg&vha(Vx00bZa0SG|A
zCP4njrcpRHdeOqU7DNI82xLIOwIRzZ$6v|7NyILH==_8Iyd2$*m?jEo=8DiYYv0#J
zZ6#{Fo)t{ID4P143``Ykbxk(pqe{G*j=pIkdxIO(G6N$ay{KNG)&}%WJku(sjb0iJ
znQR{QqU##h+0c@Bb3bI_oPq!ZAOHafKmY=zL;$^LDP2wG0s#obMc~w_Q;$FX_%+vD
z<C2M*kGJ1``|p4M`<@;jfka#};KvX^FKSR=KmY=TMxg&<zn!IAShq0t2<KMMHA5Wi
zI2gsh$}pNPA$fQ^U9Xy@Q9P?nZEvk{9+Wvx$a4}XRGQUHM@D^LeH0EV7HaqMT?n{1
zelca6C}SnmrttNm<Cn&@LSZxXEo7PyAKXF!0uX=z1RyX$2$26Ns0%%j^`aY_H<}v$
zmED!`UYA6j#~Ui%AW-ZCCYMb%kFirLrY1C<s-7w{O1ehGG?8}wju^a4FY5c`Zl{Uj
z^&C42Th*zr<%kf}EM<Ms=Kf~;Vkzkn-FXgL>J?oRUh{?K@DcN<7k#SoDHEp**N#i!
zVRIG&5P$##AOHafKmY;|fB*y_5QV_l*x0-8zI*rGcN>|g*FZQLg=Cg((2HgXknRwG
zK%xYs5w#PQ@s^QP_SkkF<*j*TN|n$yy&^6IsJ*tfj{<5#^9JL5>G7q$UF?N`xI8C^
zV&#dIW=5+|uJ)ag>!2-~RbOAdsJfWS3~KXi^|LM~`Tbb<dQrQatN_lhou6M~j1B<^
zKmY;|fItZoApcV!7dKJ8s1!}A$)<g5mp3feALn}aP0vkIbLrJNJ>$H4_Fc(i^v+kl
zP}t8<72ScmMQ0XXqRul5iC*CZbh}El_Fl((uQk1<TXahK6y2_RpYEmlm$shXTGv~r
zcNoJxa5i5A><ojRWTT{U(hXJnq-ggUIX6GLNe*=$Qa(z<DYv7%kV`~oOBo}kiK1`t
zp+QX~GJN-KvA>04^qd3=?Qd>RM^!f?UZ52XD@;e<G|`!XGp2!zLi;VY(?pYwOwxBw
z$d4M>bI}cHH}=&G$FdEL>t@sY@)55N%^&~)2tWV=5P$##AOHafKmY<65a{dcTe@`V
zO*h@-)r*=VU;N@1SFT*y-QAsmf4YPdKrb53hqDlXKz<3>J5?!Jsv4LvmI!dwv5exm
zWuV2**+yIlP?spBHI*lStn4x4Kd2~#y$}$W=j2ehiczR$Z1^3eWtV5Fo-q()_$~y<
z$*$I2cC)iXXTv=g>{)FmXHP^){*<9+xe(y`wbJNO22B|i4Ilsk2tWV=5P(290rEfL
ze3Cw!kX}@eNVbf}{>#>DtEJkzq*h5!T>kB6DD<K^0A83w^o;bp-|@b*f8IOOdt}YY
zH7TE7%{28qWvjWowiMK}s%GhZSnc(^w{7pS-eU?T_rC}x;NmrooI7G)teW1M*ym!u
zTq&L2iSs8?4)J>P>n5s*X`(kzznRjl)1YIh!#J1WE3mY`;$rli1PW<T?dkZ+Uwz5U
zJUY{K^i2~<MQIwyi1&SS-;mNeXzNAoI5V*I?cp6d%QTVW@X)zKc0AFw$KH520s#m>
z00Izz00bZa0SG_<0uYE!;P~<5zy9^Fue$0gBNO!+(Y?_!A_4TG5kb)m0uaax0WF}|
z`@bu1x#`rV%p%dcq;_<&`?_}Z(ntHO*H$pDrKN}q0Sa46*OZGvu7wX*v?d;VAs{Z#
z$)S*EyD)-^riODkeD1KFotEvp5Fi@e!`*hvdA0MxJsW_9X5@IIG3~!;bCbR5<f=kr
zLOc+F00bZa0SJ^f0rEe2xxTUMMWv=wJx15xmQg;=u9_W1f)yhr`xy$oXpCTs$dz6&
zjB<0j+8pdS7-fzwrIyP{&_`{puIjsaQBX&jRAIK!*N)9o65QD1RQARU5%C7F(^e7F
zL`p72jNIOVMZ#m>UiMd9jGmJ~p}dX3D<jIg)ta*F9cSM(kxE$Go_*W+(#y@k!q<!H
zC3=-vwi)^sGR+MxMu7kXAOHafKmY;|fB*y_0D%ceV03hJ=gysX+;N9jEUF_D5J=Kf
zMlYH)Vf;e?0$CDJ^+nfSU~imyBT6k$Gp@=nynW_v<vd;Q;44k7x*sMNswBMW;%lfB
ziD~Q@5f=iS#(GcR*R69<yFS^)MVHhs32JOF1jOYzQ54#h(&nZu|AH=`mTv8qjvbQZ
zf93cqcKf%^ycGnkkdNm^FRDwd@*0beEw+ito^^Cq9ybOp<m*Cg5P$##AOHafBu#+)
zPtt^4{^Qk)9`8GDzZd5EBQwfJ*VCCR+IT<O&rs+^<7Hbc-ZImR>Q3HqW=G07W~LW4
zzb1Mp(=SxYQE1>0kVe#?lM!zjNhK?6=StM1#O_L`L{AfGYx|VW)j*<R6O!J*_3dJR
z#i?;Do|8kd^2ACrqtz!@`_9O9&=$?AZ%~@(>7!2@&(Bsr>vEFckA<%nwadv0<NVtB
z`6b5a5P$##AOHafKmY;|fB*y_FkuOFb#=Y)!VA}5f4wanov<{Ln>c#W<k;dF0uYFc
zKy^>GN%=a)b2ZOJSrm{`w4$qGYQ<Eimv=?d-Z@c)8iMwlQ~qCj#<^n9$LI?IPT!!V
zNsVi7t)<58gY7}|Tnhnlc}@<6<cL$sr#Nvs|EuLNZ5uZ@Iw-K3rW&ZG%Cd%K&e<o+
zpH#(5(>`b+KpkB>xvR_C#<fw@k1CR|zkUDd3#Wr1=kj<$dQq`e2@X|ZJ$e45l(bJ(
zK4p*^LkFYp{+3H7j0FJ*KmY;|fWU+zK>jB;mpewisCQEU{e}5V)ibKarw18rH!Pu%
z{v6eh{y5iDnEv?J?%uA~0KHFV$#Jlsp@JUDG9Eoq=NU&uM;8H?UiA5z=ilpi@65m%
z2?CwlRoMeQC+Z$nX23i#IYvq`XO?<VXB0gV>j};kHXpqNn);jU3#1yDx`N(jnH_P}
zv5ewb*$g|L=xL%Tr8RY1+HV$@ca{6j%l;NpFtK<}4n<W@l}#)t5oczq|CH#zFLsxp
zG|{fsU3N45)*C0qWw?@E`i4mvzw28_9#VF(8@PV0gfYsXwg+qoKmY;|fB*y_009U<
z00IzzK)eJlUAk0NRrQmf{N(b>FQ>j}ylfqB=tYyDicbhYAa()=&K|I{zK%VwW}a3m
zJBK^9>A4cf&Y()CD=(@Ao!6URx66mBi+4p*QaanM^6(l+`aNe+Kt83WJKBA8PW2q8
z*^J5=wv;jALV(Ian6=U64a-{xTAgYS@~=?!3coAP@B$0=LO_h3lS85FqGdRnbGWTE
zwMw{{HbDyk&gJ&*uC7h}cC_x$x`6Hqr;Rwv7V5_S#@(&EXI0H|oNLNXgZ%z)_IgoO
zcG4|mej*lnl0w)Z$}a&%hX4d1009U<00JUF{wL|%ATGVAlt|`pb;ppBM~bPG@k={;
zsPm8!<9VOXQhLa^f&C1HUNmEjMcvWSi|V0Cn~&%bEMzWvTDPD2b(8C+4c862lv>_R
zob^m950X-M4s|M7vE}p@^IEI@+cdp$dP?nFNaPdblwjKXzYE}|Q=2lIyS}(wH-ny$
z?JJV<ky*iL|987f#59q*Na?EX;gKIXcf@w?iq`bCzvANZoE!>ywzC#0ni|f*`-VbL
znn*9q+PLP`&I|W!02Z2&eVQmOy{I>_rtiQ)V?sO-fB*y_009U<00Izz00bZ~VF?Tm
z4{zSQdBRRVxrw6}O^z*|Apn7R3Doq|7}cen0gi5aS0t4>e(~6g(LHE!XY1*$rhUYP
z0If)R^V`OW%SgFDxV;b%qvzyMIJbesnf8i+Yu4tYK&idzVVWZ$kR8ve6lxl$Wt5Cw
zG_6^yvF@>k^9}L-dg2WN5P$##AOHaf#6^JoPh2Ejeqzy!O3dbZ*==3px^O9-D-4P8
zoJT6})0wMfj2~UkP%(Ozt3;j08|p;%ruR(W?|47rKHc7@<GS9u5PB}XXcVQEhLBj%
zB{kH;nsy#ZsZk7xWP+R$VOMtOjZ<%=^+lu?jinqGaMu@+u8aK@r)|)~k?N*$J&%WE
zFzoLNr`Mr#heG_T_^n-BbV>b^pvFmfP87wSwmmkt*P31nx_rud*)1JANG~cruN;5H
zZm;B05VS%*o*TWWF0poQT6}D=O-y#mv}7TpBQ^*?00Izz00bZa0SG_<0uX=z1R@eZ
zFB%aP%^(1QLLi_;0q=T>E3xVO@#&*as|=2Eq25^xjt%;5)$Q`5#R%2CRQJsEqUyM<
zWt+>V_oFKFC?0Q+_7Qs_z^RQBm*<2~nBcV#qw)^kSvyCx4ZZ4rI*nBu)-(%Wm~-0e
z;@Zn7rf;}0(e$E1q?<>JlD@wP<}zVG00Izz00bZa0SJ^NfmrmSFV(+f|BbCbFEjhw
zQqNXVG<9)Z2=6mgT%P48QRgwniL0~-s79!Lt8Z-H7}7lhy{O|&zdqh~OIMy)88Q~9
z90Jun)%FFF{anp+62GP7Bc*6XSB0tX>e7p<yLRF*o>f{lsN$=x-QKpnrlm2`(u=B>
zlhyHtt#KtDHg09K54L-oIY;boA=4#$&&i=sx#=n8Q%tBbq*1Kttr;90bpD&72FhJ5
zYgp#AQNGBo`WvDb)qh!Rx3bqZu9deSbmq8z<@GZ1=?kaLkvtj+=|#nMcx+fzSd|Tv
zlGZmDs)O2SDUWk!Xb3<60uX=z1Rwwb2tWV=5P$##azg;UXl^(&3Ire!BLS_&xGDy?
zvcdL8rI(fObrQ}&F{pgUn#MJDFPE*2@694Y#(GhWUfxx1m#T1$qRr)_R6DU30!;ot
z7SD<>2^2PVU5M7fR@L#4?)UMs$5nB3PW2qkNP<tT+L)G$>J}L|QC57^QAuy5yQ7pa
z)g{nkpYEdYyTSyMw2}QnfMI2f$z_wJk$$1}1>M-YTX#!y+da}<AoER{C;lM-0SG_<
z0uX=z1bhi(uNT#WmHC5H#_X!uK^5VA14!$j{&v;o4wBO8DM?QU5)0|=CrP|su77#Q
znH>#%4WpMvqdW9{hEjJqkwQsoBF)9|uL^z#&K?L-i206~sB>q;cxkw1Aracn)}7km
zTk<VEM`(|1m1>llD3*&W-I26;LL@Dpq<4ZW37m9a@1A{Enk82xh4%6Jn&-_8ug9y9
z@G{nmIzCUFKVb%PjOPC4kl{Gx5YVrxi<>?wd!z3Sm6KI+!#n~j+aMX?@xJ4FHPw}q
zF{vIyRX4xwRyVB%(qp^x8zG;%tB-acRVu@2HluQeEoF?T7u7eLDUrIoVR`F7tCJ3r
ze}(!^`#Y{USD##MBJ>*ew@{3plS82?oEbP{a}Kxlih;iQO`8zCs62ajSJyY&j@BJ#
zht8Vfz2YoesP)>iawfB?W;xC^WiQ^`AIUyVq~w@xA@dU@S0(~d2pdGXpEV;w00Izz
z00bZa0SG_<0uX=z1R#)00_a6^Nt>}C0D%|@NFS(GLM?1bJF3+^WkHo}*9z49+WAVA
zt1LkCh2|(V1WZU;CQwdZ-n14eS6YkIR`tpoE2V5!8BF7h4TYqY1+6A%y~zn!dp{{!
zrKvOa>2!?Ib8b)s%~z{1_R2_FYqeVNReE1~)TPIlPOqHq<i@ppqh(($dTQaOW2hsR
zb<d#SISv5`KmY;|fB*y_0D;0JkiA~iwQH@^K1s|}f3a_G*{&x$BMtI3q<&FxzleX^
z+hQv7&Rtbcl|)3o&UJ9psZ9|jsfjvIf`++jdI$~Kze82#RNv2Otmkf{J37=Ewu83q
zTy-*o@H)q(O^x_^pmCc^W6S9+cKjhjXQ>yJXV>=J5<P|t$0<Xgrl-cJF71mI-S+B5
zmH$yLD7ptJ+cSHu*jrjQXwa1VgS)<k;_{pv3g-$cdlN;+sOhM^UJy2XLPWWaXC>K8
z<Ft&D(Tk=vYc<wA)^NVT{AOW500Izz00bZa0SG_<0uX=z1RzlI1kj6?{3T|B5P$##
zii?0&3{7TRi;^*lb&HDw(Lw+M5P$##AOHafKp;i}S?WbqQqTOAE<>;B#Tc7$b#C~a
zJxWSjg2SP)A=5p`aEYnZOtt0;-+4kb97?JdYrm!!M8lESMz8GWIG36$$f5VR<iUmc
z&}Zw@#LAhP@Be167nSna?2zst^6D6Uhvs0o?Ad$2nIn3KR~w!9-g|>%gT7mJo4$@A
zsjBK;>Jnt87gfh?E!$i^y&s>cdPebtUuf@FTwI<LLSd$(`+Q#QJnyWXBYK-#^*^1)
zsts$JX$uwOA;{3hRc%<)C89CW^rAwfn@6t(`2HdUvE?`fAOHafKmY;|fB*y_009U<
z00JdI0KI4lTtub-0SG{#lnAKAtI6c65Njz-jk!Po0uX=z1Rwwb2tXiT1hUkNmUoq#
zztUx>IA;<QNmn7MNF=7xX4B!pxWrW2A>E!!h^?J0oK2!b{3qu;AsU*CHqi)~wd<6W
zrD^F!ceU<vc}V$DJ7|Xx&ey4z>R&RE%MJ-6d%dWft8l9sPR9PT`$I<Ll#75aft^XP
zNqX&N4a;;_hYRGiEBBhlHQv7Fh-$zZO>f3}QO!bMts%;7{c5EA3X&7ow~zxT7SD2(
z1PUiY=YMq}S_fOTO^nJNKVJ5@Dvr*no}(E_@M(XyFREK);76=WtZj*;`i@e<RF`05
z^G4l8;dg}{cA|Fn`_UU##!x+NX{2AMeL*+2wo;PjwtJ+zK<1k$Oq@di0uX=z1Rwwb
z2tWV=5P$##AmB>?y{Io14nhC|5P*O~VEn(w-)(<ao4N06-}g@YJ2Cz!LH%0OYb}F+
z+~Uv~PAO}X&6c4B0xkpuAOHafKmY;|fB*y_kUfDc^`d%{%l<=M<wmm)$?L%=Bvrrk
z{f_sw<-G=yWJsD8{ahTs*g4#(M-taQ@+wg2b!8v1#Z-E<G4dga03{HT8cNPJio`S0
zI=Z&EUe~zJcICB`bDj_l$<JJ+ELBQTbwv9w_B)&<vQpK=#m5#qS6q#4;oJwEA9x{{
zBl2V4Cr^|=q3b1issma6HG0=@m!2+N8oAouTH~Y;jL}P@_C)mb8WL43deMQ=0ei%S
zbqhmA<diP~-MS5Z4Le(RN;@jCx9&0hI_oCX_lbT_wMTjLg=T$?`1bWZC`G7lV0lxa
zOS#hTg0`yH&7fOaH?wb-3=S%!quodK9V<DX6R>{!6s=09X5h{45~Jtbps<6tZ580P
zzcKV>WuFbV^}DR9q0*x+J-&2$<#hSc&y30$OX`>CKL;v?+%eQ4|KUzJ3jqi~00Izz
z00bZa0SG_<0uX=z1WJqmdeIWQpiBn>5P(3u1opP=wHK{ow<jH*BuT1b)@sX<b4P6d
zT8klRAMe$~8w4N#0SG_<0uX?}ge8!rUQ}h@%-`ygP9=n~d$?O#ER|LZ_b(CDiiQ;?
z9vR{LHQSO-(@W(XeMgZ-OPV6nOop^!zAc@D$vIDmhV*at?4(k&i}=|ybyd7{dWGmk
zCE~Kxw$kwidDbYB_SpqICF)B{$Y;lygk9NPX;TWn2V&8SY8I|N&|_32CV>c_5Xcz;
z6%;kUk5YT`tC2JE3<LoPKmY;|fB*y_009U<00IzzK&cWyFIuWsmU%${0uYFWz}k~*
zO<F!7qvb-2HcFdYJ=f)5wMJu^0!|<R0SG_<0uX=z1Rwx`Z1kcM^4Wi@zg+)v-g)ZH
zGVKR#qEa!^kdVBR&hYlqJ=(SGR9!G%&O^qvPerGpOKDF{ip_B4l|UKDjuE04wTsZI
zQmY-IuPrs{GgZ$R|B`6>Hp~4%QJPXd#RN95c3yZ4ap^@>%+?GlLlsBE$K@;pCI|t2
z37cOHea}pgSu;%tKmY;|fB*y_009U<00Izz00bbA90ByA$+5*V1Rwx`5+I=RJ|-<M
zW8txdJ6d;Wf48)Lw8@w4B#Nyi-4dY36d(Wr2tWV=5P$##AW$F#veApG;HUjJ{Fc*O
z3Sm+z`DmhAP`4l?B$r-vPW7B{k)&Kn6=|Hy2q}4*sPm9XxlTo-p>5yod8OR&TA*ef
zon?0k(u+!DYnn*~nv$>+|LF^-O|O))OxKhX`l!fPo>*z3lF>EX6+Tv6deJ>?d+c#L
zhdaZ^<tzm9NMLk)RKFU%BfYWz^bGgd^U|xt_U}b~U%h=68v+o300bZa0SG_<0uX=z
z1Rwwb2tXhM0_a6EfJPSxKmY<0hk#2jsx1B1maP%j{tTs#p$<E}pVHoZYIC|nn6WZ5
z8qPPQj4Dcl<hJI_Y+m$&00bZa0SG_<0uX?JLm(TyXy;I;{l{>4an4)<pIR~11QxQJ
zxl7V1&1A|TC55u<a8`6x1a(Q&dC;J~$D`1&OMprh>FdXJu)3$(K$a1t7qu0((JO`O
zxo^^uNyh)^rBT=Dx&L^m^N@*0hTfD+8ADupQSG~758X1*l5%JoKp-y!&J3Qhe{=2o
zHWvG-%BM6heLoyIcf@w6Z#k7y&dZb;6ao-{00bZa0SG_<0uX=z1Rwwb2$T{5^rEG7
zHJJ+pAOL~b2^hWT3$-tpEPc9?Q6>4C`kNLXTWmZ887f4hma)$wr9<?hDG|{C0uX=z
z1Rwwb2tc5y31p)eZ5?d2|A0Sy?r?#iu+@(}Bmbu)ogJY|(ix&G4eGVLVYz+Ewi9)3
z50uhQNkh+Nj~;&1TuN2#OX*V$hQ@|W7a2i%QI&W#%|gntdPlT7s!*Y~K`xIpUuZV7
zkfD;NQN(F+=|yXLYV6S)`x|pPcgBK1bONt6y=LF5N!a_(?w?yd*X23lw^sCt&=LX=
zfB*y_009U<Aom3HWU7}^l~~x&ykSw@B9&oztn4wp8T4}f%RA2OXy|Jwgck{OkA)E-
z009U<00KECfL=7mz!?q#5P(2&5iokuz3qGLmC$r0qgpYP7Su`gPdYs5`P%1AF$(Q(
zxccPk_d4Fwc6)kG%nKj%qItp2pb&rn1Rwwb2tWV=IU|sjUUZ;9^`cu&Z!u~jY4(C(
z+7B}GYv%_wa~-eg{gZfaO8FGmS@SVb=Vp{BMoJpPW5WiQ4DBEv#jV=RsGMOs`szjX
z9A_HH&|=@@vdQ|9VSZGv)%VBlsO{+^hLl9JvqNXiQ>vnxRxxdGY%t0|ap^@}rCiaA
zMuAV8yb##iw%7dTN`*f2=*(xUpH1s$R@E%yA)=u#+q_JcK_LJE2tWV=5P$##;v%5E
z2)DOvf1><}@V@}{T&6!bqrAHpS77*o00bZa0SHV$0_a62;6-Q35P$##q7yKB(S7av
zv<PS~hU%Gae%*XkgGu@Ge9iOHh&m5|S}r_s{)7TBs{_%ODWiv-ZcFr{=@O$o1Rwwb
z2tWV=5P(2&5y(a_sx=*ZH77Uw(M#NT^8CrS&%FI=!>e<u=jiFft2VTwlGZNhir7yv
zn@?>HYUVobn)TSFF;@fUW1`N@h_TS<8t$@*1<l9|YK#>PD@;dUz3AZRplOhep(}0%
z&9Tuv(yeDz6TI%X=v7kV(u=YmeU2|W!(~ihfBSy(%Oc~kBahYh)u-jn^#yBt^R@NW
zoy+%&$q}V>HE9e12tWV=5P$##q7XPYe9reTy`Y1tHm}_-qIjka1Rwwb2tWV=84y4(
zngKMrKmY;|m^cJ%y{KmGl8gpD#|0hNTY-*PRIUn2FFJ89C^Lls1Rwwb2tWV=5SW+*
zveAq7UF@^}!q;8{i89pA@@pH{+9O7>E4nIzqOv8O2hJV{YUVmVFgjq5dtvl~tAX<|
zQRf;WMj9;xEoMe~H1nN~??JnAsjpsCl{t;)Y>a&AMSDkj?GiVtj4JHDD0~mbr5D}P
zw#TNY4LE#<;~)g`PQd6zwQZ<#)21sKRdT7Rze!t;+V{M#t*vU*GRIR!FPdZE3<m)S
zKmY;|fWSl`kgi@-e;n#h!RYTfP6UR`5dsi^00bZqBLVcHF~Y<Z1Rwx`(j(x~i)w<(
z>TCJTH;te2;D)9R1`&Eug8~Br5P$##AOHafKmY<s6Uas{Ix;?D|Ed4V@mG?I_79zZ
zu*ZsSmvxl|MP*AmLz=m|yJjuXtgC_ZF;VC7(varL@RU5#cRIcYRpr%m^wo=MA9>Rt
z8zV1zQC-<7<x@=9Dr1|jP%|#Q=(@&rCJY%;Ec;##4niRB1dLvE>*=l9hTgev)0K>B
z7RoPeY}#mUd%MQ(@`mN_b-brvMzzWPe9?>Mo;f2z00Izz00baV@&t@tbbjr8?OJkX
z;EdkNlpIul@9F2__(lEg_fGpeuJuRlUtjWMm>>io009U<ATI>ai{=G8gF*lT5GWP`
zUcIOyf3D^^lh2niw`OkJP@781xPGd7s#LYcZfWmaiC(l=?g8S200bZa0SG_<0uU$x
z0@>(AHGO-@Mg`>(0-`4f`|%+yJ46U-OFFgXcf{abdQp|2^zE3O^Vn(Fs!pjQeW&Al
zFlBww=Kf~;VvS!K_w`eN2es+^ljTpE;Pn98KG>daoN?(zpQ?PyL?R<EGP!i;PWy>T
z!01JHw(jh|*l#4GlMYW>-MD)H+5J&|_MP4Le9iObp5NHKQTMz_H+2tp=aDUX(LBOu
zXb3<60uX=z1WJ{F{=n0MqaMM+Cn(|QiiQ>DuS6MxV}s#cI12#?KmY;|fItQW(2HgO
zjV=&?00brufhc-WJ+Hk``@;Bt|DQF%*1=XSLE6uBveAo9oI8h^LI45~fB*y_009UT
z6oD-DqAO3VwEwnGqVnO;*wCYgAGJqWP`BVv=b^U2HVrpAKI&8*v8mcR#)x{+V%d*A
z2^y-_V&jdzub;hI=UZP?m0@hp!(+qtWhz)(IybYMw&K_A*E-OeLA0^xMRk+g3>O_+
zltCnPfk18u*m_ZoXiG-z+c>)Ih(+b9K=h)y!N@2OfB*y_009U<00O=Q^akR*ntA4r
zNqb?@w><|T009U<00I!mfB<^Y44}~k0uX?}#32x_7oBx<mU(2eC8I8}=#u&+PBZ(l
zj{2e#=PqKV5P$##AOHafKmY=HCy=FH^vJm*<}ZI4HN7>l&qy23nIWXyJ8}L*${}8F
ze%*A5s26?n^qVQ&It@C8I*fA}LF!7ozG#fjlb|6Dsy!p^{TC6%%%d|+M_;|Dim#dm
zG9>Yh=sAzgH2rB6)9kQSe>JmsV$q8pI(NtpCc3aWvzX}xfour4^rCVl$*6088T)<?
zw^g3hRMSN-n$2~gF9aX}0SG_<0uU$}0@}^c{0*r$NlRv4OauZDfB*y_P&fq8ix$qc
zAQA{b00IR_AY3ncZus0YRnM5GHb*k*5{qh~b9>8nrww}10=&e81OW&@00Izz00bZ~
z5eQ_d7nK&s{Mj#KVco*mq0OzHYlb-3aWIO1)nGJTBI-q>uQb*6)*9zels^#^kF6Jt
z(RmUyq{uQel2PARA2ccZxQd0^y?phe+A%O?8{22zZ58vJUOC;4xv9S?<EXONi>iK(
zOS~!xZpQJ@5dujQ@ajc1qLF$!zgdgx7w>4@;r)55^{wd@|L3=FPx~GduyK;#{pd|R
z7!ZH}1Rwwb2tWV=`66I%2BAmJe1*Zd5P$##AOL|<C4gSERIe=af&c^{5DS5Dy{HoS
z+J@eijLxl@Yi~m@v8cj8FB;3WzzGB(009U<00Izz00c57kfmN!<4PlH>+9mJAt}9_
z?L5kU_fkLFj~)^Aq8de8+eg8;p?QM|Y3cE$L0xRUXk5;dqp|YDN;9d|Cszke%06!E
zX4ThMFRJ!WAAQ<*R<%IeL!sHayPm3i%0w$8N-^7zS!AylwadvWp82)&Lx$rN1oBS6
zS1&5Ty!~q>dw1JzSE$M$Jzw*@tJ%KxeWn?DQG)^l0uX=z1Rwwb2uyGSt4^*me>e7w
z^h|IXOdkRefB*y_5IX_%qOl{zAp{@*fl?xnQZK5>x+J6K3C<CVssVb@Qo1FW3j`nl
z0SG_<0uX>eF%rmLFRB8J=1+YYDu5|jV_Ya)MJ%IuZW(B?<B6^pjZ#-ryU#yX_L%Ws
z-c=qnQ<q*e7U#*)sOqUQlaisbu|e~4j!TqlzaFSAL3+_$t-EZ`+C4DbbH2_Fjt<VK
zoMDH0yzh9H!DOiyb^T^3HaW~PB)UT&Q3Bz5QCrDxOGaH{QBzYFy=bBr3+E7k00bZa
z0SG{#NC|8?y~RAZ@rYEU7m=_b009U<ppXfm7cJzgLu?R$00i<*Ac|g8K`QNU*OSph
z+}`%RCV2Fs1_cHLAOHafKmY;|fB*#YLLhs+sHB7T{_pymf77W=naxE~&+`}0+kHpI
zN6bo)41KiEdTj;cs$~~lFDj+0x_f=vM~<93V#ni()^6$2i^k$SIU4dj>BuBAHPuZG
zM{)SvVbj<#g7l)=d%|uxuXbLzXPaTp?4hwCmsnKQQ?nmE8@*^{ccsluwyNl49}*rQ
zkSKw0y=ZlJwO2Cg5{s$|al~{}q7%V61Rwwb2tWV=5P(2l2<RQjljl#qedg^~8(y7L
zJ?Dw?C-euT>&Jdjs_v=IOPmY}0SG_<0uU%+0_a6c_~J4(2tWV=*%OGEz;7LFwU-0*
z9QQ))3tA3v0zfaC{e{2-1Rwwb2tWV=5P$##vLTSYUR0y^UF>`G@T2ys%^RoQh*AsG
zM6SA>S`v~6*LHH!7TOOKDOG&$cf4<hAv?NWRE-avJ7hxg8rrYiE-t#Heu=k@IpWfb
z#^O9t8hhII*yvtsdM)S*R&-a`Egd^ZFDf9f9Dl`b|JIqe45dOaBo=kO<fv+^u>_WZ
zUR0O3ZLn?evBfqq*|Uz$x;TC@mZ)$7f#e8;>qXlK+uH})?XUEmZ9DC4=p`0az9?e4
zDY;qT83GW100bZa0SG`K_XLy*SlhVP^&FJ)V?|d*?n7ln2tWV=5P(2w6F@Io+Sixa
zK>z{}$dW*m1in`+>O9;T$tZf!EUyCHApijgKmY;|fB*y_kR^dw^rDJEWj$O=InUKR
zC*@np@T3&g63^6%sZMv7UR2#zG^{Y5Rb3=#t8@wN_O|UcEsc?uUR1p#hV+eD<IX%f
z)3}u(?UQdy=b%?F8jJJfXh@DYrF@D#L1`3gdTX>%yVz<{YM=tJ%NmwBZJsQDQWY;v
z`w+dT<iw_#V`v>Piu$p4q*wB@(-%&MaL)3S%Gb=Unr(*{<AP%py{OnK2328I6&)#Q
zpQ?Py4#u%{@WSYYEN4o02;_i3O1-FJa7jkZ4ey9W)gVf`DF<_52nav`0uX=z1Rwx`
zoDuj#=O4_Ug=rZf&-*zGo`E0$0SG_<0wqQOy=cxZ=*H%arjELHn~HJV<UGe1B(5L;
zfg&Z4GJ)?Bi)tJCXR4kt4|<Md6uoGXUVXxb00bZa0SG_<0uU$}0&(d@1?0fl1LhBY
zW6Z0Wr@hNNhdZ_7xg$GNOKC)<Aw1r9{PpJ7?OJo{<<*NyM`ygrP=!woq>bR6>X-5<
zDc#ZTquQ&^X{L?EZ5?CC`jIW^+|azilt^9Pu)KAkb##1Gp~}BPeW(2$SDdR)t`5Hk
z5^|m#4Nd3Fz!@8LxZTv>wByVU(<VeOD$m~C)hCxt-qE__?9f@=7!FCHmMz+i{f&Cw
zoK-c;ajq$cqt526!ZuTIj7di(nKWG#Lse&k0&wX?U7q#PHMH+XDTEE8pn*6JfdU~A
zMK7vQy^>KQ7S-95>81jiEMY(Z0uX=z1Rwwb2*g4_`#bnP3Pm{>^1L5QY&d}c1Rwwb
z2uwf%rKA^CT2;Aa?W?7Pzp_s%MxlJKDpxG1TcG8DchA1te4#l?S%ZXb1A7G_sES2q
zLnr4svv}wQ0SJ^5f$#+WvEF0$a;jEWHFs?*=8}wVZQ1HP@oCpc1IH{21{Dr6EioVf
z0SG_<0uX=z1Rwx`ED6M@7gZ!RJvByk8D(+D+s3OGm5lJkV=sDJ1|8`f>fCzzj}IDZ
z6S98fN}EX68syV;Jj&+a2{})WhI1n+ffhx_C{}8(dYFbx2xrH$5t5lM5se({MI%OK
znnl-(nl2Fy-DVBv8ytH4F9eE$fcZ7w*}BsNtPH$!&zqXe$_~w``lG_%Ii-#1P5bb4
zlZx@0mKYF#00bZa0SG_<0>w^XXl%%pL(pH3hdK{wvl2aO=`Bt@0_(?~=9bf2%p+CG
z=TN&NHUuC50SG_<0#OK*hF(<rWZ4^anLi$U4YgEz*Pk3wSY_G9wSthPH@kasp6yYv
zV<(^*DP6-|`V;r}Cw{Mj8+JL1bjMOH3%k45mV8>;yoGfO*EO!w&VADOX>Bg|zXj>e
zi}r;;AUuI@uP{1dQ72}XWYp}nhhDT0t|>7<00Izz00bZa0SHV$0`cla1yJ=NjXKCT
z{StKW>7!5A_tpD8kPeOwnrDZg?mDhzCKbI@44LUg)p1+Pwh;f$DZK=zcv9Xf-keNa
z&J&_xW~8*hyxMs|9JCF+>VG<oRUXzftLv>Z9)b*AUzLY7T_PG2O)n}$x_R=Fq71rl
z9EU(e0#Wp$$_qVT^St-he|Ot%XO!@C6ME5z*MepcfB*y_009U<peP7v0nz+rs3-ap
z=TD>z+kOs3FPah;4Ilsk2tWV==@KY*y{M|vy;T2_`2!=mF}rGZls`q%<r&i6yMhqX
zIIUC3c}^<~8b=`@jcCVEhxS2R*09VL+PQAsD6Z@_uD#D(-hw_#q^i=ptWDS?vAqPs
z6Zq!tvc;l~6PIMvX^CFcOPC`NfB*y_009U<00I!m0fE@{qE5_u8hz#XE9SW%+|YyY
z=?kZQm7<1#_KsQ8xF*DpHoiBtNi)`qYPj;Qa(k}?*NA#pcJ`?^fdv`9IhnYeCqcuW
zh^|HJVC&mw-j?+D@v_I2rkGPbM>CS(bL`TXX}PFwk>R8AFXniNF+4V`s-z)#593f*
zVPo?~-ALg#M#xxEPI>pEHvvR6vZ*hs^owNDFVw!Eds~m#(%g2BbSFCBC`@Prfs6^H
z)Qh^rqO*_Aw!d#3$!K`G3B72>SBH)efB*y_009U<pa2QXt)6S1ybg98j1u9ZV}E)M
zMK2nK7;PW`0SG_<0%;K_YQ5<3zT;6c&*sk$uVI!L(t?&*W8W2o%v`y8CFj{S5FfKA
zVE=LJy&=t!bO*{zFKUL<-e>x4N_SA&PY?pW34D9IdEH1_Al}uw%lBt$`BZbK$vDt)
zz;I(fdV>N30uX=z1Rwwb2tWV=NfSs&FY1IXabQDVgEl7Cqk-Pfl`cpHL$uGu{Mz|S
zSx8ybe4+W`_{HdRRJum5q{*AAT*}qdimBSFUe6|Hht9^RvQtP$yN|9qxk_3-C*Z}$
z7AsnnPK_RFP|Fyd=Y~emMD*UPE%efh+d(b8$44)Xs%oh8s7sG8onARze)Kb=a>kPS
zC2yR1LrZ>oqgMXC9XSF42oy4baJ{Hh=yqk%XRDu;e6)R_-To$#WYjm^^jytzP7(>d
zXd&MK#0CKfKmY;|fB*#2BA|ypd!aDoT|DDf5B~OFkLX1W84L(O00IzzKwJchS1)?_
z++q7q3&)m(N$;ez54I1D4e4(W{Vky%rRbGfuj#E>b8?OH|8_6*qH*0w_=!lMF!iF&
zFNG?-XpJx8L})f~2zV3t=P#ajeV5wbtKs$wbuXCZUG$<8=PqKV5P$##AOHafKmY=H
zCy=OKH1D$`faD0Mps0Du(}JCOpi6E<JVO8i1x_GbFFL1cj``AX#G=l0T#`}g#+_#S
z+V`3Hq8BwNFdzT{2tWV=5P(3*5YXzg`TI~tly?TTIi}qOy=ckY3`_(95P$##3Wq?E
z>P59Nmi<S9Y$-+cmqSXh(vBYLJfs>IPIvU8DT&b_UIMmWR0UFAZ+^YDw^r)Ay={B#
zTRPoAUG+tKM|xczw4kFuzonz@9O_gl(JiO9Xmoo-$5y$Iv`U4zM&V;g5^(87b-TKX
zi+XRQ@FQDWwmK_}=tWENhG9|=fB*y_009U<00M<c0KI5oUYEj;N>yIXBc5up7Jk4)
z2muHrO(0w^YQ8aSv8WT0OET)TL@%23^};^{AOHafKmY;|$S;AB@e%VUq6~dhJX*6>
zv9Ikd+gF}gsnv7sPNH2!^vJ1=OQZu)@fo`ddeQt|K}LrF1Rwx`k|a=!dQs`w><Z-i
zYhhjEx+t%rm@7CsKDzbvR&_)#YM5Z;hJgOi)x9UhrmNWgfwKqfzkAaS#-$gHvUi>Y
zdy-f$s9Ru<D|_bAna&^T>Bd0&QYB#PMQyR@q$877H?CGzKg!RZ_C0oe2}d%DUbIy2
z8Ri862tWV=5P$##AW(n=(2Ew}MJfD{>U!(!q=A<03O{Bdga8DRCg7_VonJTK{<@f5
zHM@PNy<@1u^;6qZ>q_jS7ft$l;U5AJfB*y_009W(mw=X}?Y{u`w(pfj)IMVW8R=`I
z7tQY#WON8X00IywNdm>F7k#PzCHqf>^-b%YQg!KGpr-z&D6+bA-3GN+oF?pw?uwvh
z85~c}a|XfCB{KrK*NZxF>UZbxxx?npbPWBKp4lwuRgwgZUi9rVZ=1@ZkCi=k;{1uU
z=Bt~{{<4x}^y#Xnom-BowrP>1F$5q00SG_<0uX=z1Tr9iUNi$}rP`%yxJy|Gm2(N1
zpq}84oI7Ht3$#s1S}$vdIOh}uAW+l<yn0c6V?0sz$NjwQ?~N$7UAUP2=!^QsAb1Es
z00Izz00bZqL|{e3iYR{>2DL#i8U)sR{Go>)y5fKSty-1U{vdJr@kYoI2tWV=5GW7=
zMW+`%ec`nIr-EKpPA*xkOqVwAmYQxu^M*xri=HfhQW7bp$6v00dB>R@4Sfxxmqw#s
zM_VXm>qX^6<<{3WuGL%||4ZtZC~qHKK$V<lGrM?E7`KkmKG?3>@+vhyrF_cdvdMF+
z=e}|3jg#k3#&TsZj9#edst_XO8=okDLWEU6Q+ddD&%WC|-0g}ak00};7j>pA;h+6$
zCA+!5Igd0Lx}XRcy{NwZockmLv8Xd6eUsSVS5qpcI1ZzK-4zrWf`I@8AOHafKmY;|
zfItxuC@#IIo*h~TS|v%+hBAwfE!NI-3;#d%?gq%J^1%Om21=L3(n>0pm6R#1Sg|rS
zDQCxZHr8bRT4pEzlso>TWp=g9?9SF~YNpo7-=s8I<CMyqARsS-Ad0*wA|fvef*>d$
zASh~p?uLE=x}lqHprM<7e}CU!ax#yP=iYPfx%ZxP``o@?s*61Loaa0*pK~#NPyhOP
zPQ0QYFzr0Iv!b<vO);{3<7v4+=d+j|kI1vNuT>lI$Xw0pA(dVhHx=vQj8n(_t+ht8
z?3c?CKwxYLxbmX<ugA99ZRWof=@up*nQYcBCNDZR-XY8a0R#|0009ILa0w*-Bs#5c
z8n@SNcQqL2m%Y8cd-v{r>ZzyhzWeU$ufKlc#EI8jbIt9y-~QX*{&wrut(~2nkq-Ws
zzx?Ib{`6<<+N_p`3agz+Crjf9Ab<b@*$CuaUQ|COu)lve-*rBl>3dzPC+8oW`#|wR
zyRXEuwqxF3zdvBC(N0O3yl81lsS=WjEjvfvt9>s>BsIF0<r4*kVb}VuiTj}&jpvR%
zrw!Ac$_kWfU3%y1aN}Xqf=@w>Yn@EfTGE1k{88Us@6$-mPK|C}RMXs7zt1LGQobZ-
zbEl)23z)p9^A5>4Eb2_t6&ZEfBrh8C_W;8~009ILKmY**5Eugj`H~myAL`c!<b|aR
z?T@IgvL2+oQ}fQHo=aokzKqHgOkUIl>+@2No<?P;bcz51F%+=#qOP#$GsVv+;UDDd
zg|Zj)Xx;hG&eWq*oyaJ8(HP!thJ*kD2q1s}0tjR&pzj#9RFu!>%^;_=5>%GM$ie09
z?d?xI@x-`s<DA5%*WZsl_E<+pM?~WZE9V(jI}uHjW)VOD0R*xa$gjMp){3;hVbG(e
z>;)2AxZHc$?j>benM40Qyqqo)Q=Pjn><*>z=vt15!U54zvC4m@6mYV&TF}+h{6pg(
z67QPph}NYy^-~s<4c2$6t`>6qa@6ypiandvBOS4pzLp##&|N$QcAeX0{t-<&I%$6C
zd_BF-@=MD#n>JM-FB;EV&!`YU009ILKmY**#*#o@<VDL{%I6%LV}DriDNi~wNk4Mx
z9qb)Tw<$MsNjER5l>>A6*rckx%ICfZKcx?zx$&eI1PV>S<VE#x+g@4p-Lvne_1_9T
z4pM5=`A6+UM#+m7+IxxlB7gt_2q1vKm=_2oEb4s6s2`@snd_sEKGIU6UKvr>@d*<q
zY}l|Nis^)v^9-w<DCS6;2q1s}0-*@xS6)>6VcCy`wK!)e2(Cub4M}Q93rZIZ4iCE8
zalLe<I<-l<Jr|#{_NmvtV6N8em(jHx5rqb?Wk7tU>^h}nX<B*Fk1l-VY9Zyz&1W~;
zq`5DTdR|mh*21ke)WJ&!bMHWpF%)>~%v<&wBZ@M4(HP!$hJ*kD2q1s}0tg^5#sp%X
z7uD}DX13mlo|&-FXu9uJ{lKoKqvo|!uciEar{`U&nQr@8)+aBTB_Nk05Ve5Gi!QBL
zYW_2lZdlYAq$@HyuXLW%U~_MC)U%*{1Q0*~0R#|00D&9`xPAg|zI)89aI*De4#u28
z7b{k*uoIy--E`CP<;$z8s=B(mhX3?O+t8PklxUNBB}GlmrlzJ0`trXdtej_9?f8$D
zvj`x700N^ZkY9Pxb!XPu-#lo!(J1IlNK)&Ue%A1rw!BwIii7HLy1ukCT4QhHfr|%R
z`^amJO8>#wsZRY6#B8{;^3=-O&f31AJ~gghn){j+cho8w_DtWde%q(<=vt15Lh)DE
zQkL3!Uh9bJ3890m<w5lGh!rPSI0&k|p?ZS>@n2t5?U<S>OfR0Uo24HfIl^jRy*KqX
zeSGm_*XpJftrb4VQJ->sx14TwdJEaJZtHJLw*}Sj8tAecdF8|_88pHrV^2Uos?)Nf
z_Io4T^1Ng7#vU3oLI42-5I_I{1Q0+VZUS-6i|S#>nyNJ!f6$mwJVU={8aME~7>}L<
zl(m#;c|bjz(z6#mjMBp{WklDXS%0YEkRE^ODN61qLS8iY=Jbd_S^_37YW};OSy<HR
z)Q*grN8;o~)4C&6MgRc>5I_I{1mY=hvHPOy$MNPH$jl1*+!|3nBpblJd-s|M=oMF7
zv3BiRMMS+C?C$P<^wCG1`s78ulsJw60tg_G1A+X?i#}8IjQQpvx?QF8JZkTSz3u(&
z{{9M%x_+F|J=pDYiJj^+v(So;NiR{}Z}zd-rkV;q%Vk8@azqpgaN1K-4A^URR@aJ`
z&Q(5nQ9WQZ&lOc!AzrVR#jaGUejs8-qGYM=Y0}$~gM)F%i)xw*?ivskM&$=XInbty
zbOjW*)(;AmW)J;K;q7z>Lwy7gKmY**5I_I{1Q5tTAhvl?eel#T$=V-9Gbrn4Mtr!)
z;9U{VOUR4H^S&@D1dM>|(eBF?FYm42o6VOV;m#_VW&g*Yyr|KpfB*srAb<b@2;`}N
zKI|_)x!nF9FO;%!5wQZ%!l74Pb(NF<yz<H`D=RC53~$@EZR5v}CodYriaH1&fB*s!
z3FJ{;R9Qazy9jNY6_H8sX0=_~lJX^HR9cMG=i0<nr+<A#AMM|`Syj2ptMTYs_UbY5
zcyJ2cM|)mMZ2E^1rDTMif=^!5UV&E2v?h+zbwp`Wt(#%mKh}KARUv0DW0Dtj{g6&8
zjpR&#ju1cq0R#|0009ILKmY**q7#U1UR0m)&8PBg3fd#a=Ql>9gQaBz5I~^N1m3HC
zFPr~d2f4Pfr?JpfnJ)qeAb<b@2p}-V1S;DqgM8zcZXK;06{}wtojP@@SzL6>mMy_=
zVrgk<OG}Ga{gWq8&YL&yo_p@O?z-!=h5d~;-uU2y53XFf(&rMVDc3&oTIuxQ!Gpj1
z-S2L><(7#PCtiE)wGTY-z{ZUm2L=Ybx(>G;r?rfyV+PsL(Xn*t(!1}z`<iR6x%%p>
zfB3^6KK=C5B_$<Jg(*{}Xk}OZdHLm+%_Uxi=H}+*%a{M+7r(gSh8tun;d}4Bck$xI
z4Gj%mmv9^b1P~aL0(q1d)q<b)Hw^FBy&s1=qGdnLsFt2s>N6x)s&ir4LjRnknsWWn
z#B0gZ=vwxfPU5M66x#OPh^dfr=X5E}KR(~S#49hVgsrKj6lh9bXA0W1&Rn&mVoBn>
za&sgmdC`6K`;3MPT2eAM)29~%5I_I{1Q0*~0R#|00D(va;+YrKgAQ%>VSf(Iru^~6
zk0UjtaRd-R009XcYB-e5f2&hoJL%{o?Q{b*0tg_000IagfIwagtgc+0@*BU*Dr~RY
z9upa*E|pPq@}jridaKVi^Z^H~7IyC3scfgope7dP&Ye3nH00HwofmCyZ&$7|u>~FZ
z<~P4tR#xWKh>nNSPWIDrM)>Z#?`k>Lq!YRS{`>p;`;{Ga&c68Ki$0U;?d|>buYaAi
z9p~UvPd$|~N$b--rw~8@f&3E4qr9kot=Rsa!GCeiT;2ukdS(XZv!S^w)v4HI%0Uhc
z4cJR@mNfnOS0r2)M%S{dqm(a$P}oa=u06drWt*x{)>3AKRq)D-+VR@pD}^dnI{D~i
z)BeD4ir=OQGT;pA#3V0T+*E8RR5;glE`zyn2?7WpfB*srAb<b@2q1t!+yvs87Y%oj
zIz>-=27BTr&v+0(0D&<kFf=ms$;D6fL|VUizQ2Bdh+o<+YD4vg>dxvhCdPCSKmY**
z5I_KdLKEm5=(K<SZvXT-`|_-kS=#wD4y1<;9Wvp=&6_u8Kcr7T{nRw*Q_$L&UfEQW
z^L+BjC$GQ$dY?vgO5J&lIh1y?pN@v7l|TJw@wb2bxBvRD|LWB7$%|gTd|3;M`ZuMs
zfB*M?uK=nS3&#;a0D-Y2kVkpZ3*8s&?;nm_J`$4~VFw^v`aG8nccnUglBM>%?5p0W
zdc!_t%61(Qh1jy`B48mUg~FLyCEnb}6RjtLw5%WZm`haf%8P1!S5wVvE!L#n*%!9<
zwI;0-^}(3rMax^tjiCzF9o11!oc0kw009ILKmY**5I_I{1acq{!@OwsVE5FbsrHA^
z?8^r(9>@VET_At}0tg_000IagfB*srAb^0EfL6iE{sX>G3o%*pNK1X1{9($S;=Qcw
z<4(ZxTi^QDqD6};Dk`)IyK<rWqm@Dr95`^t9e0@Swr@|q$g0VCnwm3a%s7Akyp|-@
zpNkhSYMXm=O1rVQwkD58gwjs-(<v=2HKWxw^lR3v(Qfhr85|s}si}GN(MQc$r{I+r
z?d$8i>86{UI^)KT)Bg39m6cj<R846?(KBbx{O)(ZGfn;GH@~rO3S|TkKwzv2<WpX>
zE2eqT_v_v_->%el)_T2F>{RDV6)$;Ja~&^l{W8Bdqj-kvtn)IumXmhpb1)@E?_jU7
zQb9Y&`?O}CnsaQ9xiD#7R7q4*K?VKDX<E@VeW_r+v{-A>FZ)7mPjB~|vvN%GqOPS}
z$&2Rf4M0Z-Ab<b@2q1s}0tg_0K%@dO%!?kreAxax9!mMea=)#|A{C}_1Q0*~0R#|0
z009ILKmY**5RgE)n~5YoF3=Cw<KX<zLk~G2Lj^BG8BbAB(WXtC6oyRNn!=6RFx~0#
z+u#1SUM5y^<vfoZNwNZ)cA_`iyL)9LLun`b>D+$%?aq9aq16JRiSymIZJWt?s^FCu
zedd{GoNCuzd+oV%$@f?N<daWKQ`ObgiG6Vd0R#{jV*+`U7j5Wiu)i6|&3^RCH=b!f
zv+Mk>H>=)UShi4Gn<WMg?NKRi=k*S;Q=Qvtw|P}_9e2%oa5%}g2hp``4<;0frrsu-
zE9rFXPEC1D)f#hQ(!6N*K)0!oO+mNYbehXTO!A`aN1w}^PG1NhfB*srAb<b@2q1t!
z&IDqZ7q#~&$>xK+>)PPInwm3wIzj*e1Q0*~0R#|0009ILK%j60UOV-g>!W(OFSpii
zjRU4xvQn|e+>A$SgnswC-*sY*r%#_w?9|SAYLU{!3eJ&NUwzeNBRe}g6RU;QPGZaU
z5&!9E2~aagg_`UO?eZg!JYuRP&5LT8R#V~Fv19hNuJY8WQ=OVmKmD}p6fY4#0D-Y5
zkVkpZw*EHz8;Kp~c0_tRw6pxi>Wy}fLCRWO-D^~Ksx$cSymSq8+5L77B>DgA=vsE>
z5+a2bhd0xid~~vxRpN1b<<g{i(Mvs-Ov~963Op~muYRAc*Vx;bcrQ4D00IagfB*sr
zAb<b@2q2Jm0x`^s&O1KO{sbCUxuUfq@9qu*MgRc>5I_I{1Q0*~0R#|0V9W?;?~kxP
z<0ozBt<!JC!Ro53u5#jqKmYm9b2grZ3l}<_u3o)5u~R$e+0)aLSiw2c-`{`bl~+3L
z?A*CCv07N|B)052;xip{>aYIluUuEzFE3oU;7mk+C(Vn#{r1~Vg*)%O)4njVY?{(C
zq={!af&c;tj4^>c%8T|5_1WJKtg2iU-M#pt@e8}J;N_yGBCk=|sZO72uFGAsR%q5$
zK`*0gS&fHFQPWXlFtu1~;#|CrXo**IVbZ*)_K`OgvMCgJUi9tiw{1PemA&o=#}PmP
z0R#|0009ILKmY**@<<?Vc~NaRGU>=9`x9tb<xehsl1KN2p(20)0tg_000IagfB*sr
zATY)R7L+as>ob1Rc2-v<iAv_)a8&Z5J9g}F(vMF*`DEghP0sV4d+td*YajWifBGk<
zouq4NhSiSUW74wEbnd<PUT1{!=FLlbtvUFe?|jFpnKUnI=JLubub4}c7PQ`}(~kb`
z?d?rkhl2<pfWVj$$fLZd%%>GiGv5--ESVY6T_|lSHNB);@Ckz2sZQ<s9dPijyl87*
zYvP5`wH!Kyo$8!&bV}k}ypE(?U-WFpS^H)U4G(!W70=@_*^mCYW6#-)!z07-<YH6^
zAb<b@2q1s}0tg_000L<V#4RuC+D^s(D4Jz?&xJi{$xs;q1Q0*~0R#|0009ILKmY**
zLKG;F^+j*I@kS?J_@f{FC`7%%!NG$E4^Ejf<)=UWsk)djVZs&GpK;^HIh{WA&_jux
znr!5=&pw-Y);^-$>Ya9e_OqYa$DMLm?Wnbkr(;r}yLRnL9HD*W!3Q67=8`los^v+Y
zvy!~#Pk*ky`f6o;^=IP5i8`o1T5VOv<HwJ8YU=NXh6cL}$_OBUz}OSWue|8m(`)UY
z8bq=9Vb5TXYk`ZUCzc*=JY3&hukHqh29%(4h3M=kW5B#<UhGF71%>uEx9^~q6AAcl
zYE9J|b79i;MbCGgHx*Rq9n7=e_=rPZ)b-Q4Wha*fygO7w009ILKmY**5I_I{1Q3Y1
z0C~}v-ynvE00IagfB*srAb<b@2q1vK*bsQF@-_Ph_o0{Ht9>sHP!BxtfC(aoHJ(kI
zHhul;UpJ{mpMrnR^YzzX_aBlvavHz&)>{*6n!IS1?PN0@Gxy@+6ic!F{`bFkDksg0
znuM)sFi1gr(<icU1OWsP7)t{Al@~pF`KbNvM0sm@==b8l#RH}b1xHV}pHA7uma|*T
zB?0rI+v~QcY}TpJ(9>WVS0QP@(q3OQ#FnF=PzKeWPUk>pK!>@<=b8(X=0&ygs;QuY
z^1T6Dj!CsR<V6o(K5QEXPc_HHkYONz00IagfB*srAb<b@2zUv^EicM`^j>$0;|L&t
z00IagfB*srAb<b@2;{YZ@|^Y$okK4lYB&@JpV_l#o8)0zTU+)+TD*9%X)t9Wti0&o
z{LSAajy!|BXkt5APR9t8l$0cn&_43S6HhpmljcQDJ82cji`v4J5kO!}3glN_w4=Yn
z{&wP(6R(7RQx=siGF^P$@OhB-wG5-VBw$`tYnBFSS#>H}D@^0li>D{O%Fc_1*m4vU
zTAI~NM}<>ur;^Udbx@0i+E*pbi}nxor>x^@HdZf3Juf;mJT$9hmTjmAZmftH3<3xs
zfB*srAb<b@2q1t!#sYE6i)teCj?c3{goahtgOrSwxDWvZ5I_I{1Q0*~0R#|0009KD
z6gbv=EUeG?N!!uJqgjqHl*_eiyon%g-MTf)HqW0wZ(6(g=9}Mq^UbQNs@B%lfq{Wx
z?SK29e|GHH;Z*a_i_V-m^FOah{=X*7dCxufB-Su_(Tv;4emdX&_P3px?%usSafJ4f
zhaP&!shKn{YTDVeXODdqWdsmFpuh$4D=(^>rHrWkT|v0ZNGdXCHy&iadj%k;9GzmW
z3YZsFeQj+Y<h{4~>}J#W>y^ou4Y%{6VYM6`#oE(r&5YKcSsw(!4$bP?q<K-bWB;V-
zg|Zidv>cy0qn;PFmy;FpOBFB02Zxa$fB*srAb<b@2q1s}0tjR&5W~Fax-;v{^MMcx
z`d#BJt+*Tk1Q0*~0R#|0009ILKmY**G8RzEV)D_+A%4=go0@%Wwvr4Pk1fOt`}_OH
zk00+O6>q=&c01LXK`(RX&UKo)?Y7(0vR4bMSFd)e`R7INz4u<P7M$b%{LlaFwDZ(c
zPbJngdC`p9$$mNtvN|JNxNu?O2<;;`-gu)^GihG*!3Q67&d!=O%f5;-0tg^b-~xG<
z7p>{2vA-YC8kiw|Kj2!&GDyqky3X0-37!`Xvb3glXPa6y)wEySRGjqf>dK3T(sFbZ
zr7fjqMk=KIIgS#!3rZK*mw4qxKf3UdUF}lOrKDW(JUF^}QP)2!G1hk0#uJKBA%Fk^
z2q1s}0tg_000IbPAP~d6=;6zU?N9NclwT}=F#{YfK>z^+5I_I{1Q0*~0R#|00D%w%
z-l%#bl#ls|jl5s?eu(4DvZ*JZeA3Ax>hGO9cLs0m<jIp-JJhbPWTw;9mMvTC<F4`p
z4?N&h^UsTp8#k`Ex7T&8d8su^Crp^&w6lHtc5~bmOkOnOcCw$&ym|AS5hm_*Z^o&@
zrAwEbYWh2AUUbEZ6;6fkeCInuL$OF2+vBH<00Ib%mO$R+MU@`3_kY)S2=CRtmzkcT
zp6&hZ_O*ROefGB;dTF0cENd{@|J}YMcwSUVS6!airhVk-<)e1vuF;yBuDoa{Ek{S8
zmhIms(xR#U4o5B@u@O}E%8NGlHrq9qR4nmt*#O3&Fp7E6#2o>&#!DPb7y|+bAb<b@
z2q1s}0tg_0Kv)7X%!_spcH6%sYk#88xU9W1!V;q$1Q0*~0R#|0009ILKmY**5Xem6
zbo=RyKid0TsF*=ZUrS~~isGvF_V$SrCpvLN6>4h(t;nPe)~~qYil(L}dq{WPb(ho5
z2OoT3AGgbD->IX&{qv%#@bb$q+t=FVHEY(Gb~FY1lv6f&(Tv;4emaWOnn4y76(tVR
zIr8}9kDF>q^P(*+EvAAd?$r**5kLTeLKDclyr^zaTYuZ6Ba`g!6SmfF4YC%fxw%@m
zbJzJ@YQgpGgyMzv=JMJG-CUBi@L9uW_Apcqo)=YRt)!8(S?8eEX}5oF^6IHqy(+u%
zqM@`LDaF3}eYV>>HSc)czLMq=yQWk2%8SZpRplzX{)gv3^g@f<@!aP{b&Kn}>sOpy
zVT-9e|M>j=A<rf5<L1VA5I_I{1Q0*~0R#|0009Jo2*fZis$uJSj_WgNHZP|aPge#t
zhz4~KKmY**5I_I{1Q0*~0R#|0AUXm4BwF!?Y(C>By>`o4zqL1`n~qP*AAb0ui6bg9
z>c2W@Utgd0e|PG;@}j@~^{<`dci(+?(yi^4d;H$_zGwPMnHSa4pvR9NPaJt=W#yGu
zUg@;+@WT%$R?rbUFPd39*-u9Zx88cIGtL`sxWTm?t26Aqd-oa;6_VyfRr7bh`<<z_
zYuB!%Q+5t&<<+fQx9;1w&!-Nj5I_Kdu_2I;c~QxiwUoKOLs(qCSmC#nH$_R&lBSZG
zB{QANU3pPmzNTu8X<0vL@Y*e1-{I`9-*0M~LRxuIU8Ou^(lM*wxyR?4W>vV@eKBcG
z9ZbxNhSG9$6pACxD4t=@P8r4W*7ELwZoz6ss-V?hS68ie>O5QgtX8}<^?mZ9$`YGu
zPGMv9#vtj(*1pz*7Z28T)_EaEeLM$wQQ7tm_G%T@Gwo-Tq<!w#b1o~r)WOby&Zs9#
z`v@R_00IagfB*srAb<b@ITna#UQ`>Y=-Er+httfC=s``6Rp|}^1Q0*~0R#|0009IL
zKmY**k_t5RG)z4@HM0-+Nw1n!GD|CNCGBf;4=Sc;;)p8z;0Hg@I+kb8o;5qdtDw~~
zXU&>*%{AAUny$R4GK%KZ{rBHrUS8hc|Hmbsw1s+oef^RpOPn3#fAy<hIn`3;MV)He
z)xDvi!3m(MM-5f^Pv=zP8mETQ&WmQ&PAJnUE-rR@*Wcgx#y2)?+T^T;s_C3RfBwlQ
zpEPHkf>&NtG2QQe_q(R@KmOxCe*E#rZEbB1i-eWMJ$(4^)TvXQ8?<@zW<x;%0R#{j
zs{(nN7uD@><?Ed98J3hUIdb_(V{fB2J$I6as;P{qVuY1#mHK@Xd-+gZl9(4&l+OP4
zLo0l$BmMlsSpZXQDouC1`S`-Jg-*3O$L82k#(;Uz&1W~8B~st0dgDUZg@K^~4OQ)H
zsM<ZvHO}>C*898z?YwA+Ek{S8xt#AhZ#(;!YdUInpWkij_~b>^a^mjl(~73;zOegJ
z&n3Mp97Z{-Eb8ix>b)2C&M%$sG_EQ8IEQkoXRt>%H}T8N&M72T(2>K9o(s~}cGlW0
zXeoZX1--P-dX<$BHbkLJmPQaj009ILKmY**5I_I{1Y#l(&%CH`^cmmlQ)*hrmsBhn
z82;m<75*TA00IagfB*srAb<b@2q1t!90a~-{35N7_CA#ruBd9Oio>Lmj$y}+9cIx^
zlS}j}D5#mZF}kvgciwrY*Co#Jl`B_jc}%D5pBL3G?bls*oquZ|ee_Y%x#*zDi)P$T
zDAUnMly~)?#b5vRU;oR${EJiP<(FUfnvt@yH{X1-e^cfxc~LJ$jw67;SQ5zJyr}L%
zc}uxTUHW|U;BzW5FRCQr@{`MbE^(b|>}lLlx5FF^m>1QuqRO?JtNaTo_XoH0q9L{%
z9fk8RNa4&NIYvRLzShGuN<PR=%UUVaR8Fgqo4jaRL$WLT1Z7=$QTwVOWxdC$+T;5T
zwsTwg8vz6mKmY**5I_I{1Q0+VV}aP_MfLFE?drFKe024xqkUwWdYdxF;lj)W-aY%S
z`DIo8_HJg4cwH4~<6fO|903FnKmY**5I_I{1Q0+VL;-!|x1$t3pX*beQuH*$fkn}j
zHcWr)vB%8nohE$fDrlp2t!$Ze0G*wkcinZDtG;=;YSk)T6)-QlcI{fNnR&}Cx0uWA
zf>zNydh}@0F*pZJUNoC_vY(DKm<<~?c&Xlf_uX2%)oeGvdi83bNol>-*|TTc4vA$g
zL#iojS9+gzIE4TL2#gJZyv~d27HEmcr6-oA{Qe=a!o1`2PPLuVw<wACv3syP=~msY
zMif=mx|h1#{wBvK%IHdU>cXApcDmY3e7T@>fyR?KNc%{1Ek{IQ2CuxX763_{wR1$<
z&};oqr?S?DHPueEo-i$V6?Aj8HmtcMV4=|Rq9W3p=Umshr2i1SY&nhq0tg_000Iag
zfB*srAdq(gvCWH0Qv1Sa!;65Q+!L$KD4tQ*S(kTrB*=iZ35cFl?5p3Wy=h)3dtrL<
zbmcP@j@6?u?Jx7mrBBXwp6ws{<NkD`@+a|mREWcfwDAzfNmCNg8&$thujh3KFCA3S
zcU9#oZOo)Ms-8PNQ}oR9rO&^0`YpYUwb_ufe-mg3Ab<b@2q1s}0tg^bI0E`HbdXR)
z;)i{6M5&C=8$Qn$F~t}6?Ai0oGtb;}&ple<bNu-66DLl*?Y7%~^PAsjJ9V$5s6D$w
zhYmgb@WWaRQz6N#ufF<@JMMV?`R6ZRzU<Tqo)=Yp?X<4?k390o_rL#rEo!QmsCK%4
z^UXK4KfB#yV%g4%X48(Y&1O1gVA_U$@#4il`N>a&sdZd$z4g}L|Ni$%Iyn`zzr2(D
z+`oUnxx}l`-QB%)>(+n&_kUL-6DCX$@(nlKaPPhM&Ye5Aw6xUOq2B9Sjw65o0%J)a
z-}9o*z0l%{dK78CXYenqu3D|1Blrj8^qg};^#-4IwDG-Jn>6FRs0Lr$RIEq+ULEP-
zzq3!h|64BUBlJ*OR=-hD*wfLCxX^uJ*ZE!gVTYa}YsFDLQr3(V_|y-KOwDB{mKmk`
z?s{|Fr_ejtt5r#ZEMcl!pr_e-7x}*{eEJH0O8e29iKJV|W_{6VMbng#e!1dhy|MRR
z*sEvw&3(-|m~U_yY9fFD0tg_000IagfB*srL?;mEyr^caCjeV(x2F3sS@jh~yV!j(
zI=9hkS-;vDJVUFRqw=euNuNiBB^GJpVGWXYB#_pYH%gEmYB)479B8Q)wQLr!O<GWb
zdVcBrS5Ca5HH!Dw??2gkQcr7n*u~ot0R#|0009ILKmdUl3TQ`B{j@rRPyPB$G{pvD
zI3tD>69KISssyQ%7p<xJ<7#jGK>z^+5C|eLHu9p*OqCC;YOC6FVUMz-`gwsKB<hz<
z^yKiRikI||S$mYHyXu0TF&?;hK&@$^OEsnMMzmGEvUZnxE`|8)Q42vFZ$7^6%sR#S
zoB^*mxk97W(y2l2pii9;Th0xI*IcytfbORG2C}2S!>eZEaXo_8S{%xwzFztI>|?W?
z$IEk$&3X0ItNKxt)`M;6X<%`KL^qBgfB*srAb<b@2q1s}0tk#Hftcq-9qO`{GJRk-
zAOHOedW53S^?DXGmTr^gqK6(UPp$Nyd(yLd6n47(bS^a_jdVuZcrKO3d|zqhMV+_q
ztdd!J9G6ligO=64eg>^yz#o+ab;=o00RaRMKmY**5I_KdLKbN1ZPMNuNk7jfJ*ZFp
z`e4{O&{@c6%sr*R`t|Fbu&7o~Wp&V$TvR{+0R)V|Sjvl<Nl_SM0$Nbie3z)eXNY0l
zF$TqS5I_I{1Q0*~0R#|0009ILNGgyQc~OmAzxw*=rB4@>E-=pl5(~<My;Jj!ewjDv
zO!N9+Wm{#CeNqxl%n`F2P7WL*jdVuZcn)w1r;E%|o%+e|<=#JUr|4ysS<B|%!u;d&
z^$*IcagHN^00IagfB*srAb`NA2xuQz?S|>U)~MF<+H!VFV{hZAjF3)aC9rPYx>Kh-
z7nm(CFV~*(PG0osr=O11$QcX*2p|x10rH|Tzd;O70$SqLJnYp%te7Bx00IagfB*sr
zAb<b@2q1t!S_1i!7j-73UlhI2eL;J#Xq#zm!lI31wB@vRUEg_bXGLp8-%wv#bI+H`
z+Mdrm{V)YZXFqTF{9^aTp1~e%k0Kd;DOIanXnAY-hBF(KyEBzlATOFPw|mTtQ$Oup
zdSa>mZ5B5bE8*GN*Q)pG;P9aHUe%jcFIDH=v+vq(RF$>L=)jQQ#`Ia{MV;<eSFIj<
zs}PTwHxCm*009ILKmY**5GYsyeXiH9cWK{PeX4!!)N9L5E_<!=H9Y~?U%$VmqedSn
z3RZ@Ry9B09o2EGE&wu{&0|ySYwzfJeh<0~(mzI`3`skxhQdECyOZtwEH1?=<^}<U8
z5I~>+1;~pQ;7!l3DW7OPVLwkk)#my8Bl$HiMvDLf2q1s}0tg_000IagfI!X!@+&Wz
zGnV*tq{kih(+`!E6xE*EDMzU6=;6l0(~GA&my;JwDMp3S5@_ph)0&_5`&?OQpTW5D
zqDrE=Dl3xe<WU=Y8uhd0_v_xDSu)dZ-zm>NHoK#rpBuXHc!>Z42q1s}0tg_000Ic)
zfq;`2HMvl)!p9$foClL(hzKBnK%4}~i^l106wp|jdYiPtoK_g{nX{hy9=&|je$1<<
zzIqPqa|x#qKmY**5I_I{1Q0*~0R#|0AW?w4Xrf7cjwsAF<>(aq0f?4WN$UZK)@j^P
zw?i$E7md$tWh99LdaF-9I@!F{^`I}YjydAWiz;qvPI(pdEKw<It#@j=a0+ve&mF7l
z5_?f_903FnKmY**5I_I{1P~Yl0-c?mk3II7S4>pLzyJO3S5#DtftfM|1Q0+V#{%R<
za|~WM-Rb8V=ey2pp@1Fdc5JTMys2iB3VNx>wmQ|&)8IU?)&BC@OHNA!=tmoRs4Jg=
z;Q_tWCRU5e7P+48YOT@20c55KAb<b@2q1s}0tg_000IbvB|u&@EXgR^S$S%u{QyLd
zP@E?u>Gq{<`+{WZ(rwnOzQ$>WUD90QRV}mQkv5*$khm%ofe+7rXx=s|`1~$;26<6u
zg!<=m<nj@_7nRqZUK`5zX#@cT5I_I{1Q0*~0R#|0AjbktO-;*}FTd};`@Z$9Z;cx_
z?(1Lw`j3D7<Nx@N|0pUd8X97?u^itGx<degF(N=-bd21{I8CFuuX%gj_E{yfTn}c=
zOP$g}8Rlicf__pEr&%%<1Q0*~0R#|0009ILKmY**@<xEXXl!p)U1y#BVC4DI=hIqQ
zG_83lN2i^;6{XvJcJs0m%bqQMc52a7t?~HUsn>R&-(A&KrQhKV-k?{cQ;n3jmT#=y
zsJS@pzk2Fb?J|?rp5T!-?#wY<4VT-+?u&aa>{)hl*^J^D(~73)ccQn}Zavd}CX}1o
zInY_sR3f6q<%_2mPZzS*&(v>Ze{$)Q=H6!4NaFVLY{yyq4X@uQ_Znfwc~Pgq)9t72
zj#O6HUVU*K0R#|0009ILKmY**5I_I{1Q0*~fx;0WFIqVFItMe=ngH8sx7iy@xgN}B
z{8G(kwzfuQv#x5d%6O>uh5E@$W&_|V1Q0*~0R#|0009ILKmY**LKGk`8X{)6O|3Y&
z!hVvVy;{O;-)T*$ybsQOplqStS7KR@boSTp514688tE);DOEf&v1RATd$sQcjHE`|
zcoZ7uu4#$a#Qo3>$aBY@)6P3iWd%y79G&8P9d0~qTJR~TajlbST1#3`HnqOH-lvh#
zJ$1SFvOVleJ(s-3lVx61&F-t;XZN+Fe2G_I97g~F1Q0*~0R#|0009ILKmY**5I~@C
z1jvgP&b^L$rh42x@Ay3XF>EO11*HqLpIX#|cePJm)CIyz1Q0*~0R#|0009ILKmdWf
z79cMg&)cVkBJGDKFIBu0#W-CFJ-f%GWd#m>b_q8lOpJ8yzOXxKgZ9BuZ#*ImhefN!
zD*tKEH)*+~xkUA~rmH#ohsHk`Sg%4+Q<15kvY>cyE`RgdYs`tq_59Ety#5I!)^Uzx
zpBGi~S<C0z-L>?!cy-5d1Q0*~0R#|0009ILKmY**5I_I{1PVleyl8>k=%}Yz*;eVZ
ze1!dAHnFV5E8eJjW96xpdW1Xa$RxF+jOh9^>kl;?YV2(sm51BpMWcSh&^`hPAb<b@
z2q1s}0tg_0KrRKyi{?^0cwfa$#rAU&EzTMI+Tb<QO-O1;dNMOOJm}wrD=(@Y((SqU
zl(kR&z)*^f@1tuxA`Mw-sZ5_)yG|)tnpR%)qYEFoT1feF^V!Y*cW_kB9=v$aj9d%e
z`aJi`J};^XYT;JXoeBpp9UPTe(<uT7Ab<b@2q1s}0tg_000IagfB*vV5g;!bpL>zN
zBhmBQsYO%mr?2UjryiY}`$a^3z{!jH;BX271Q0*~0R#|0009ILKp^h~$cx7FmaRLp
z&VGdAv({oZ<2MOOtzY_C!)My^UL7e8s;Hj6`iJ`U>$(Rn9&r64uokHF@6?WTZmr#_
zUk7&PqTdMClcK(%J~gghn){lSb<{5i+cSN;`t8wbJR%JxU|maDYU_EeBihm5;W+mW
z_UhT!ijylG2UXrsy}_9HuP>^0OidLOv()`kJk>!~`|7=^x9Q`HAG=mJt!S<Ach2!y
z4OoLWbI}{aX8@t(MY{&NOm`~0a^e-A9yx^o0tg_000IagfB*srAb<b@2q1t!AqbEc
zErh!q=^XVV20Z|`AH8N)o_%b#9-&7%R2oMB0R#|0009ILKmY**5I~?X1;~rW^S(b*
z^o)6m@@(<55e>4rw|Vb{z3u(&{_QI`x~6K48IKCxgWW!t*m+TNm6mf%dP!S<o1Xlb
zYAPu1n6##IFuKMg(olfYo}H4wUJJCkR=jks^2v+pahaXARgTxIWzi{>s=TfliNcw>
ztv=4VJf*PcvXjfq*k%;Z@E=<!c~MQ!_1seN+FZ_>z7RkF0R#|0009ILKmY**5I_I{
z1Q3Xu0C~~4-I2T-&&KMF=1Fgs1?@qfchhIU2q1s}0tg_000IagfB*sr#9x5CXju11
zVKXh5dAj{{SxZ@YYq?g8%=ouo6_&Ffq`Y?OwXg=6aXUl9Lrcn+m{DmlQlF+0Bc1;B
z1!b>(xvFy2Xf^KBuYD@GhHj-jH6=FvLy3Yi$WFm0FKRDB>%SnUGkB#*7nCkA?H_AC
zW=|^jW#KgRH0-b6Z*NYd#cXxZe=uR?MYWi%(NIAvj{5h@Sp*P3009ILKmY**5I_I{
z1Q0*~0R+aj0C~}|eSf2#-MOxF_7m6a%X$<X^_XcN0R#|0009ILKmY**5I_KdLK7e_
zn&ll=bWrI~CHI~!c{cIs$Gqe7v>|(4XI)yoXu(grsrT#NPwVoCDr?zKGpeO0miqMK
z%8M>6Tj(E>R8vYtn#NV|S@JZ}#(gH`Iu%eu+rHcL(qgKvc3dw7HUId0`x39bs6w`;
zno^)Cg`JM{Ry0>FsaWFbJ<^w@Ev1UiI$x8IPBz1^3tDB==hmCyg_RfGSHI8hy|K5^
zbU^_D1Q0*~0R#|0009ILKmY**5I_Kd0u&%GT7Wk_#3|cL9N3RuGcK<^y*9+*(G&s*
zAb<b@2q1s}0tg_000Ia|fV^nNZv!RtN}5XMmwqMP=k?rU`N`$MQ=^SNjdnZ!i*sf?
z{tPahSu)cM%xA}NSEN&!$&`H!3=P=pa0=Gzl1Ll(>NM%`AR6}bv4D@Zv_7ptR>3PT
zYA0-iuN0~`t)0~z7#>JEwI~iAZ$56%%T<2s^jr1a^#N0_VdX`On~LpW=$GH4m^f`B
zfB*srAb<b@2q1s}0tg_000IagkS_w{Mf2rO#c-TGgFW^`e*4jD#$`3gwooy=*9-{(
z1Q0*~0R#|0009ILKp?LL$ctun`?R{FwoOm>DTh`H)t=xfd%Vzn!EX7;<s&IC$xQ`2
z{n*mi;?=1u(&>{dwOg>SdZX$M`;=X_t4S%`#_f($mQ!jd{W$5!By%fIw4O-WrYh*E
znz=*;ue_+1cs136tjTG*wl8e$Yc<ECF8Jp~m12GO?7Jy<qIU)vR$jEcrQ8^*P~A}-
zH3ID;fB*srAb<b@2q1s}0tg_000Iag5N84MqH(@EF&~?Dn6e+YhE)!}T0+cy7#;!$
zAb<b@2q1s}0tg_000J=)ATOH1jZms>?(w;qJ?>a}YNY~!{+(XvifLX{c~>)QW%j&g
zVMjV&s(8t(n(KIZ>zCoZ8O1YPXU)q<8#lcKDWufs9qct+Dkx(dq*>LOb8L>eFlk;?
zNmNrog{ehTrxi`pmkQ>~+4(*3Z~MaFYu*MNxlc9!yr>zK?r+LWby#^(*HW(JMSX4`
zrw~8@0R#|0009ILKmY**5I_I{1PVcbyl5fZ<%s6Eqi%<J%o}21d)@Yk228UEAb<b@
z2q1s}0tg_000IaUrT}@-bnkmpZ_})jS=l`9c;&<^{;Ogtk7~D{oBik&ZamX|X4m;$
zZ&tmzux#P<;_3cTLuKu}=<G=6w%To8)m+D2v-S!NM%uU;QYadFtJwF^YeuG1Q&>~A
z#$1>*FWNoOZ7O6_&>c6O=D094Jfz^Xwt)ZO+y`1*)SktXiX{WX13u#kD=*4^^ghU(
zLI42-5I_I{1Q0*~0R#|0009ILC_n-7q6K)<!<w>o4YMEfhE;yO^7XJrNIM81fB*sr
zAb<b@2q1s}0tg@=0rH}0y$$+?`d%n|A^Qg%8>%;GiAb-m+xpw=E_R&T;Z-w~<Jwt%
zWA#S6#~|gBrV_8-?MUaRmp=8X<~rUr&}H}AIne2<;Jl2qadi=*hQg3$Mv6oxoleq&
z_R6J6^P-n}E}53IDU4!X)SkG~x$DlXvnQfAq+P*P4l6IZuYRB1X=87rt0P__fB*sr
zAb<b@2q1s}0tg_000IagP*4KoMGNY7hdWs<lwm(^4XgZe#mnK2lhzPG009ILKmY**
z5I_I{1P~~20rH}0y#cn?ZVl@xM@h41-cqSlyO&j!tI`@|T9v<O{KD=lc)6&l$g3ke
z(&<ypb-8QS3eCDII4>h@JY0>MjvC{s^;(loC+R`0@@g(jnithR@}@#Ig_z_;g`oKK
z+S6<8xoExFq&PYlR$lb&>bLD4m00%bk>dy;fB*srAb<b@2q1s}0tg_000IaUf&h8Z
zLb%Hj%~8Ql`*CYn<t61yA{sEwB7gt_2q1s}0tg_000IagP?!SbMT6h>`tJHkM<#{!
zl;gQ$&-v_1Kdoq*>1bxj%;1Aet7d6Ssp%!%f=>|Cj&y3v?|?&c<waZjT9aNFUE`r^
z*s0DbN2es6PSS%Z*B3q8an`<H+S@&8JNb1`tBl(JzJ%a4{;=|*`Zs7Z`YieDH4=^^
zfB*srAb<b@2q1s}0tg_000IagFqQ<!i;ktcnd7;<dg@jCacfxR6(?8Zcp`L%00Iag
zfB*srAb<b@2q1vK*cKo!8vOpQKeIlpM;uN&hZ+uf_3m10F^ZKBdj@;#c%Fu|^u*G`
zjfWMBRd)kJ1B%bN5_EQsF<@RaU-qMqLPPtT+i#e`;X$w4?K-}uYK^%t>H4DQyUv>m
zDky2`Y9UWw+6#XA#H2&Xi|S2o8!kJ!EKkuGHUbDBfB*srAb<b@2q1s}0tg_000LnN
zkQWV0vH;uJe0H<_#5Jt)J2meVASP2r009ILKmY**5I_I{1Q0+VIsx*c0d18on|yR~
zSdTcIc3v!h(X02Pmyg<gmA96A)y(+#fr|%B7YdG^Za<x}sV!%>m`eiYMYq>&PuZ+f
zLHm!J##Qi2SK8}~hS+!%8p@#BGwK}Z3`jBe_*`>g(!8h^Uo{m}P{cQ2%Q3HZ<nj@F
zUS98kQ1YUOFCVu13Lb2Zxgo<t009ILKmY**5I`Vb1+;HM(}|JeD@Q)~*O9e98hP;>
zBMT>tEV*`M<4;BoK0Q+N;mBC|MY(*vL5v##1Q0-=Fa*ep7RG&!WR{;dd~QE+4XezP
z+eq#fjUs>m0tg_000IagfB*sr6tDn!(SSGK72pi(Sw~ZEQ_=x+^mo`@ymI1|q}8%H
zxTtKA=|WF(f;6Qy7|kUC^P*a_G)T*;Q_)&s8lPS~-RmklFB)RwQD|s&Rx=|NPPLu#
znv{K9i-p=(CC!WW5A~<4W4D<v<?@ztdtRDm(vfGM7abZNnpHB(?n@Eeq<wJ^0R#|0
z009ILKmY**A{S_?82R{#kwsUJ%=?<(*ZlD#pU)Z@8i;&6bbtT?2q1t!0Sk~9E#RA<
z?bI84zOvtz{q!}P@}-_j*^Z3s5kLR|1Q0*~0R#|0009ILK)@0pFKS`<744W}HV-#k
z*J?pUuU?fAwJV3ahNSXxcH=?zyI1;g%F!w2s(^V>)z{YcUURgM+q>1gUirFx$}YQZ
zL@13%r?K|*S|hgp%zAqwUS&Hst80_yMRo1G<MT|*FO<FD)mnZXcl`!>bnA=S%gKuI
zrHYsG3yRSqfB*srAb<b@2p}+a1e#CzWkeGbq_6$eNH4$bHFoYlGeH0W1Q3Xu0C~~4
z-I4qn&ytEI=Bafkg~jEI^GkryB7gt_2q1s}0tg_000Iag5Pt#kq5<!bma+`x`G%{J
z9p`p<4WOo@#;&XdFcoX`s+{g|*CLidT0Ylx&K^(jyl9YhHI)pUS~S(PU))seH6vGE
zG?d1p(<p5zHIq_7%f@=m%Q>!4?t;<<_9b3<(T^^CWLFy-zhu3pYK@uH>|?XNtg>8R
z)b%e*J*q*kzBrBm0tg_000IagfB*u~3Z$DCRf2To%_D<-(T<AN5kLR|1P~}x0rH}S
zdgsHLcj()+9lm@xoRQHA0tg_000IagfB*srAb<b@2>ho2dC~urNb$dOj?FPiwh#*&
z&TR1NSkXay|95rzUhR8cmHm$^>e=4kZrAA>>a%B|m-gAjvIgTy%m&YkD(R}r6Wg?p
zxSk`qMr+q}<wZkjJUR`vJo)HkL#=gF{VBBGtf}l2yz-*Wz0Gz_{o=NN%eG-W%bf$A
z_Kb9+y~deMUi4V=F}oL)*PU7C)e*-LKmY**5I_I{1Q0+VasiVUedD%~q8CRl9vSIw
z_){EIpCX4x`nyJ&PmX*sXXJ&6Us;B9|L-Fo7#$#h00IagP>=%TMGNw_hc;=g3!%-h
zTn}I~ez~x8q1P5vp^cb^5I_I{1Q0*~0R#|0009ILC_Dl3q5<#u%#xWIKi2TM@Xgb2
z`V640zirZyN%rMiYqthj3)Hl!$0@tc?@|jbeJ$po3d$DRo6Bntbo*>#`Ll-4>|v-J
zJTI!s{=Ws>HPB@*F8b=JR}%+dj=1uop)?+;#=iP}Hr+cl?|9w8lI9Y-rc?IHiwa~_
z<tn@Whvz>uN_kh1$+8p6?CDf@RC~=LgS@D2aea6FijynsE>xa>e188>zgI^bM*sl?
z5I_I{1Q0*~fyf0~PmdgWW~AeMijEW<-F)v?BBMRcDK6nO0tg_000Ic4FF;;2eKW53
zih!Q$x_+qPdL$e0r5ZWie)=m-^8x_`5I_I{1Q0*~0R#|0009KT5FjraP;u_@xdESJ
zq*cvleNks%Wi4f{1{aqvR`M<7u$2@oX(}->S65zCm)m=PPcNSCwN<);cKhr1yT+iG
zY2`&#Ut!3kV^+T|+l$>7lh$+&Cgw#$X*@a&#Sv!|&#(cNQ7msQ?;hxuttO=kS^#!+
z)oQ2Cv&GM9#Y<D)Coifvv8m=1Hdb#8l74LMYdv`JU|naOk8_r%G@~yXzt9|mw4?Wc
zE6KUAY@vgb^ztBiQC;3U*sE1o&$ORWlJ>b{&$+DhQU|rDY0@q@hyVfzAb<b@2q1s}
z0<jYq9voTyH(y3ZwHPUX5I_I{1Q0+VYytA3VT%@GdwVbJO?()e?vXtg_7tKWb4CCG
z1Q0*~0R#|0009ILKp=Vn@}dEaUpetgx(_sh)Zck-XUYM5dg;@|rk0d1(ca~ay^Y%O
z+$8Ii5mkn;vaNE<*)8_+p}IUVFRC1!-K<vlR7ctf-dX)pZ7NE4y!p72drq}E$L82M
z#(;Uz&1W~8-zI*e>WvFs7Y2p~G-b7~p&qz+z%|bGXV&|J*m=<q8;?#y(>dRD-lq01
z*L2kEKEK=4@yUy-<;309rxi`xePQ>do=bXTIFh1PS=#!|Zat}+Upn7uTvPU^&gQJ~
zTz+!7f}^_cdOHma|MAv4e^l0+?PTjo`%PtL-PqIkpB0n*uPZM)`RHW5i_Di^ns$5&
zN(dXGBz<rQ0R#|0009ILKmY**VkmIA?9069njgk+fD8!%1Q0*~fqWMrFPiUnFb?C_
z6KVZ~!spp+%2S(bHmi|1%!M%^fB*srAb<b@2q1s}0tg^5_5{d_2E3<wK#}qxMg|p*
zUOpOR0Oc*^CUu!XFS;Z#FRJG)%JKzoO%c8wbvsP`fO%0ZE2><pxyru~WOHykFB)Rw
z(P=pMSNX{xIYwEjzShGuP(IF1%UUVaR8Fgqo4jb^kW#*r6?pdlN8!qgCU)U}L~paI
z_A37_IEw%R2q1s}0tg_000J=;SaR)`k<nl~8pL!W3=07S5I_KdSPGCAjpc30zd`AF
z`>yl5{GZc$o&Dh42ZTlQ@0K%S1Q0*~0R#|0009ILKmdXK5g;!b@Lnml=k@p^o8!%W
z%>f6X^&yv@Seij!^N!Cu)pjcB1D5W=?xg#4yLwT;Pm5k^oSEfCb)l9~b+wuJazW_=
zjVGmsD=!*i;}L0?87Z>6q+&_p#GNDBhF<G`I+g8TzCO`<!nEL3(EZi&uwE^D9UrZ{
zsMmOOTx-~BWmK<en&X+}MMb1H&$+I1N&hXF#wj3x00IagfB*srAb>!u1-3r$WnQ%H
zj~`U|g8%{uAb<b@AqtQe4H1*3^l)2`e0?4WyH2TcMQa6a2q1s}0tg_000IagfB*sr
zAP}hldC`Ep3KP0^PIo=Z$l&Em6)y$s-BeRjZdK)~fPJm5T3y#!=bw(#mfRbvH~2KD
zjqlCcq#5T$HU8qJVjn>5Ebr`7Z)WOMNX(0d*mx8g_C$0qE_7eeFIFr1`%KX@T5)t?
z*+R`ofzQF=K~r<tiDl-F)OXjL<35Gn!CtLO8e|Dm-Gz70zN<Hq{~N=nuOO$?xRROM
z>$Yo}W-dO3xyR?0x0VkL4+UvFWnOez(KN-RU#@sr@9n)8_Uf^ug4vPIH^{K5g8%{u
zAb<b@2q1s}0wD<Oee}z`=!HWeG)NN&Ab<b@2q0hykQcQuD25=QNA4eA{CM`U***`4
zbxIZX)$dc~5W1uZ1Q0*~0R#|0009ILKmY**5bzZsFY3$lm6IE*H~K%*NcZd)jbD7F
zgTOBo4y<ac+H+x#vZK$JKCc9zmH?ezJY4})g%7ns`Pt61{X_kM+Z$0L^uWafYE7$L
zs;QYJGqqK{f_7T$F~pRehIG97__{Oel;v{<yyD~vjaEyi1|O<d%@7;UjfU4ml$o@H
zwH^H(UNsYs4-5}z)llV8U$1;!PuSFszVu7kubz5!YwcF8k=xMI5HORO*m!0~^!{n=
zZ9IDUs1{Atn@Vpj-FjzK8l)1)$C{6&HOI_`!Bq$#fB*srAb<b@2q2IL0)1^GwI7Wf
zcxvR``$k^<{>Y-MN1ngJ{Wb4vU*<(mZOVg5F+>CqKmY**@=AcbXkOi}ycw(>N>{d3
z>S^$@lgsqrT3bO)Jvvndy?np!eb;gdc{3{piU0x#Ab<b@2q1s}0tg_0Kz<647Y%;j
z6rK#Seq+GYs1{TVxT0q85mIvu2xvi3^A=LBGQ_;@7{Fl)2q1s}0tg_000IagFg69W
zv;6k|>&qah9SZd+m%lkSHJB9w2q1s}0;4BDUUc;A=@|h85I_I{1Q0*~0R#|0009IL
z$b|rT(X^EHyRIh7mt~=>r7W$ksazleTIJQewX_y%fy|m|B7gt_2q1s}0tg_0K;a4$
zznpeb)CrN6tu9<NW{v;?2q1t!Gy>#Bqj9BG1Q0*~0R#|0009ILKmY**5I`U<0^~*0
zx)a*;{KfJYO`I>|f_9Bht6wS?h`@=~6ZV@*8}Ss##F-`n2q1s}0tg_000IaUsKBYW
zGYpF=GD=>wK;JY>8vz6mKp;W^@}d#q(li1HAb<b@2q1s}0tg_000Iag5CZ}7qUqj*
z*1py`$L83fzI4kgPpupn9!R%e>gTUOQ*YC!mp<(o?D3g`_MJa^`KbL~nprY)Xn4ry
z5>6q200IagfB*srAb<b@`7O}fGBSVMSMs87-ac|{`A9>_NcZKDfu4~+ekL0J${hDT
z`el9cqF<rm1p){lfB*s^2#^;I0g)yUKmY**5I_I{1Q0*~0R#|00D%|_kQdG1<}~*<
zKVSO19qkKVUR}AmZ>TSWPPrt11sZx9oOg)!m#=88P~>=EXg~o`%}B{%y)14jUR1Wo
z^)Av{qxm~!Mvedi2q1s}0tg_000Ic47WiV$m*GzZN6+p~eaWtezr2LJXlgHNAb<b@
z2q2K20C~~$yr_);0tg_000IagfB*srAb<b@2;`dpdC|=7SodJ}+S6-Y0YCqjla5T<
zePK5%MrH<{*H@XmsQ){}KD()AQ(jM*!6SeG0tg_000IagfB*ui1z!8BFT<ZjOH$WY
zjko^(%S*_M1|p*p0tg_000L<UkQYq@i>e49fB*srAb<b@2q1s}0tg_0KpqN^7tQ#l
zX?;ko6}h;4u^sdCD!*R&dVP0&#(i;NUJIm~7u{C7%~^dkH?yv4ukw1|rgi+;;%9R+
zV0u9S0R#|0009ILKmdWUATTuWW%6_0*Z#Nxeab)Do_@iVUtUFCG^H375I_I{1Q1A5
zfV^m$U{pr{0R#|0009ILKmY**5I_I{1oBLPyl9p;Ou0VA?X()?+~ac-!*xoN?mV~i
zV)w-?d*SlD7SNldrlaPyQ?DhyLtIA|lrB)s98Z?KXpX_@4gmxZKmY**5I_I{1pX+{
z*Y;)dQ+d(h!PG4EUwq{f@}jB9sDS_i2q1t!dIID{)AOP>0tg_000IagfB*srAb<b@
z2q2Je0^~)*x?{=&b`EsbcGgz5Ri17?eZK2_?_h6OjnmH95a=4{Dr+gz@}VnFt(;jh
zbJCGX(~71kBf9>~`a=ze8haaaxvZ!mB`<0yC?J3U0tg_000IagfI#j9`a8Z7{?tqT
z>1`RQe0SvICq}m1|HrN8-?(jL-5n$EJvj2o<dN!~BWwPbuUtZ2G<SE4o)AC)0R##~
zfV^m-+-c^C00IagfB*srAb<b@2q1s}0);9-UbIl}Jo852&jRE{c`G1*00IagfB*sr
zAb`MV2n>H^bNSC^jcob(SB_}WQU5RUqN8!!=o0}15I|sT3y>Eb+xM5*A%Fk^2q1s}
z0tg_000IagfB*vIMR^Y(fB*srAb<b@2q1s}0tg_0z$gf8zBff8l)UID+!eY+009IL
zC};ulq6K~XnLGjrAb<b@2q1s}0tg_000IaUfB<>X0=UUc5dj1cKmY**5I_I{1Q0*~
zf%pm3ew0;S^rJ`PHzm&z_4fAe-Mjaxr=Gg|?z^wQ{`!d%Cth>SHMie>`)_~y+pSx-
zc6N4pUOA>uOqnv}ia-5Xv}n<oo+y(;009K@Mu5C%-rOn%iU0x#Ab<b@2q1s}0tg_0
z00IbPBtTv?BQ`EV009ILKmY**5I_I{1Q0*~fh+`uheq~1l2u+*tB)RjK8q3L=+gG~
z_9vcrV%)fKU-SL**kg}%badosOtI<a>8GD|R2D8=7@I*c5CjlFpr8fFix%|lXYvRj
zfB*srAb<b@2q1s}0tg^b00QJi3*aU*MFbE)009ILKmY**5I_I{1Y#vHJhJ;&*@i`(
z-Rh6TI%oLNM;~b^QQx5GmnSDon6P2PhFIOFs0Tw{G-_emM*sl?(iI>tnywi25kLR|
z1Q0*~0R#|0009ILKmdXK5+E;{U-ygAB7gt_2q1s}0tg_000IagkoN*dUI-^F>O@A*
zY>y|%iWMuq41<2{Yd76=)AHrZtE#HHy1It{^hev!mz0!flX@jZP0gmJrg%;#icygl
zjY5?+5kLTeYy`-QW~0Zo2q1s}0tg_000IagfB*srAb>#p1;~rW{~j?y1Q0*~0R#|0
z009ILKmY**#*RSav61Jm2s1Cb<eMYi4RQ0?yLYdNfL?LM6>Hb7RYcTlklo$gk3RaS
zQ=h!3mlDSjKmY**av(rnGzZ9ZfdB#sAb<b@2q1s}0tg_000Ib%q5yf(QN*Wf1Q0*~
z0R#|0009ILKmY**3QS;lWZfNMhDDtvMtA-)R*YIW^s1|_a`K;7UU_9@Wo3}zZQHhO
z{P^+YMT1yT2LS{SKp-Lk@}d#J(kuc9Ab<b@2q1s}0tg_000Iag5EB9NqA|G<3<CiK
z5I_I{1Q0*~0R#|00D-YDQ2jypVNpd!=Z_m{36#mqjquc|Q_bR{TefTo-f3xRX-i9s
zSN)SGPtKb+@1A?^x$e5_w1xeRH{ST*gAcA;xzgtnr>TGYw|~<br~0#Q-8$!pE?K;I
z@tt?x`Sq`VUB@4I-~rQVT9uuvv~;TSMUOxJ_z!>h!>g~pT3OlKZoBQV#~wR$=+My6
zkZIWzRR2%Ixxy%^;2g34K6mb%xr71&2q1t!ZUo4S=Ej*`5I_I{1Q0*~0R#|0009IL
zKmdW!5+E-+TJrRZ00IagfB*srAb<b@2q1t!!3n(czeSQ4Rb=#|-^2uSU|>L@M<)q+
z>#eu?Y(pP#z-nRV&Yid1a*Lg=bd~4Motre7>2&eSU;fgmzjp0f9a+DA{kU=C>=y33
z?>;k_v?}W=rC4ve=_b21yL`h9H<Xo?nZ})hW@Oj#D%aK3xh~`-0tg_0K-2={MWYs`
zeFP9d009ILKmY**5I_I{1Q0-AbOp$Zj;=qwBY*$`2q1s}0tg_000IagP$&XjmqzA~
zk18+v(sd(4196blqM9ZExq0*E?1%K}r=OYzeG0$$#V@?FsdfZ(!-frsjof?hy=I(g
zRsP_E4-#8TJhFA`R@1%;<V9@_$_OBUK&%AFi^l49Fc<_7KmY**5I_I{1Q0*~0R#|0
zAanupqM?)0AOZ*=fB*srAb<b@2q1s}0th4#D1S4mu&CA-)z`&8B<VEghqTnE2~4Kk
zDL%;PoV@6_zV)p|ixyQ>RCIK7C~v7h?d|Oc4jj1Sjyp_u+qZ8|+MtPmKK$^*<HwIz
z{TVZ6X!Xv)!NJ7(!7JC+)|#$Wm@{WieSN)_In^H(YzLh^efo4_Ur#>yq|?Iu`STOc
zas&Yc5I`XJ0^~(=Z%&U0Ab<b@2q1s}0tg_000IagfIuz<$cyGuo4yc0009ILKmY**
z5I_I{1P~}(f!+T-+PvtIg>kTb=%I(44CI6f6G9nJQBl#RO`DQtJJr5|qfb5cl+)w4
zzx{2!OzhM|Kvhk7(c{ODC)P1Xf>-|OPk-w4d*zi^mY0{C7ED10b;_ypqaXb!acoaN
z{j_s-;lfzlJ2P?$2q1t!!3vNUE!bPn#1TLM0R#|0009ILKmY**5I~?n1jvgP$c<*2
z2q1s}0tg_000IagfB*srjIzMSpG2D%-TkXkp5ULlzv-r%oDAgcx8I(d@n}8I?|%2Y
zPNzwi@w6kL%a<?rA63B0H8nL(kNSK4`t@FI>XfN=^5jWZHS(e^5MCmH00N^fKwfmz
zZvg{9009ILKmY**5I_I{1Q0*~0R$oyATJszFO4IB00IagfB*srAb<b@2q1vKp9Nn3
z>uB?$TmO$ZP+xV`RZc?k=Rf~>&c>tlIh{^duU?(lsfmD&8#k`6uP?EJeI#JzMT-_W
zJ$~aG-%w!HZow|=)HlERO{eC}nKSKEDw7v=f$$Om1P~Z?0rH}wehU}?0tg_000Iag
zfB*srAb<b@2p|xt0C~|!d1)L01Q0*~0R#|0009ILKmY**{w%Qa=4kVx@BCvNs7EC)
zx?{%<CzJW)lTRihm<Z^7_uZFx)^#Lc<@@iy-|6wO#~yRF;ClJ^<BvNv|KT70!F7tf
zs0)Ob2q1vKs0)x69ratl01!X`0R#|0009ILKmY**5I_KdNCn7?M#@X$2q1s}0tg_0
z00IagfB*srAn<2_!dPGQ#v5;R;*mf4(T_sB^@D?h2M->cGG)q7fBI8(F=4`lE37|S
zIMnI%p@$wy?9@a+6Ib}mxbk<t^Bt$hb?eq8Hew&yxN)OX^XjXwwvVe!UepD`O9T)=
zVAKW3i;ns&U;qdpfB*srAb<b@2q1s}0tg_0K%@fXMI+^<aRd-R009ILKmY**5I_I{
z1Q7VMz{dX??fRm-|9c#$A9&yaCmyLtXISIev}x1Vzy5WnS^vL(_OqWQc53pXufP6!
z;#t>`fR)WK_V3^CYQgpLlTSV|m0dg6lNWVa@e%<95Eyj<@}i@D3m5<b2q1s}0tg_0
z00IagfB*srAP}hldC^FDX&eCr5I_I{1Q0*~0R#|0009L4EU@R1X!D{+7sY{k_Uzdv
z9@*B`mi>?xFJ5dKOj+>Hi>_U}HsyFsUev#`83}pOl%!NZ009K@NPxU(9^EX4iU0x#
zAb<b@2q1s}0tg_000IbPAV6L;12ir{009ILKmY**5I_I{1Q0*~fwToG-ikIadhtlw
zLyF)6?HX^glv}rM&9aB{=g*tgZoc{EH{X1-s;a8BwRK=%V0d`gG`?fU4yRhq@}k#Y
zf4$S=`t|G0Fp?JDe*0~w=2cf+<*LB?qAn0#B7gt_qb@*RbkuJF13&-)1Q0*~0R#|0
z009ILKmY**A{8Jn8YwT0BY*$`2q1s}0tg_000IagfWV&xx*JF4kB=%c`tr9%h6m$7
z-QV9oe*AbRA$j}lx7(@C42Cy%?p&v-+itr}Eqk@Fdi83jTF&yK_uY4&)8pfhKkhXu
z=lBy(JmJ**@sEG(s!3kd1;R@N5I|tm1;~qz`Ym7p2q1s}0tg_000IagfB*srAb>!m
z0^~&_<)v{15I_I{1Q0*~0R#|0009IL_)=ige~T(Fy7#d!dl~K0lTSYBBqa6s&Ye4h
z59j2`lUh5}u7B^n_c~2&*|Nnx?kYd<zynUToaIFqE?nsJc<r^<4h;>t#$#UU)OFWg
z=hU1rV}?2I6edlY<eZv6f4=J!FA+ch0R%=xfV}9au+u352q1s}0tg_000IagfB*sr
zAdoWw@}fDTrXvIpKmY**5I_I{1Q0*~0R#$N;Ow4A@}gR{w5>Wmw(afh6DLk|l8`FY
z*473Y+wR@Fuejohrluyl@?Ce`<+Ss`2OrqS?Xuc;>geyB<wdKjt4*gqSyr7g)lQr^
zVGmp7dGqEuXO*yZo#G_|2q1vKs0ff39Tj#uMF0T=5I_I{1Q0*~0R#|0009JYCO}>^
zXVi3r00IagfB*srAb<b@2q1t!!3zwJZ1`WpkBol!|HcjW!w)|+IY~uEeG-)#d0$`O
zQ%^nR)OY1YfBoxUJIC+7`|hM$+qbl|eD8bTGkxVOFREc{e|e{0P4M*T(}}l02TgAF
z_S<hy9RG$58=MyY?(hCC@p6tJfB*sr<X(WhXztDF5dj1cKmY**5I_I{1Q0*~0R#}p
zr2u)+Tx!!70tg_000IagfB*srAb<b@g)Y!kKC<9{2s1MJ(sd)<mt&~<;)^eu7^ez9
z_`wg>tXXsR?AhMlUT3r_Xao9Lvu0g$%{8W`D=)fl-#&Bd{`>DQFE8)!@7Lwp=e@qZ
ze#w$06DCYhg<t*ZS5CED=0$62YRuTij~~By@#4#uFDn$PKPqVYI%q0rriu4Rfl^ap
z-MV#MU0sQFID!BI2q2J40rH}`)TS>45I_I{1Q0*~0R#|0009ILKp^)5<VACDPLBv6
zfB*srAb<b@2q1s}0tgheK=I4r<wgHuq~^oeV(!?n<H{?qG?7UEf;OX9pwu-NWiRi%
z^G^Q@SFT*SYu7HPPA>DJ8tQxRz2`qR=d9Kdb<N9psoDMIU;d@51vxl>&Ye4#^ePS_
zfB*srL?=LAG&);aMgRc>5I_I{1Q0*~0R#|0009KzAV6L;4tIeuAb<b@2q1s}0tg_0
z00IagP)Gv9BYS@vPGnTk(|G@BZEbz*vB$=Z8|O+zx?XDE`L?#Uq*Lka?7Zu)yIl3n
z%T=pZ>8jDni>m9gva%a)xWSCaRk;58>q|;XlFrLHc<R)ttFF4rb(Qn7uCC7KLQWxo
z00Ia^AwXU<3RT)f009ILKmY**5I_I{1Q0*~0R-YBKwdOH_kxiifB*srAb<b@2q1s}
z0tg^bC<4PnBm4fp>>{IoF;cW7U%0gO{GL5~o_Xe(d+xdCy6djfM(q<PPQ2~5+kW$#
z-)!2n$tx*p&+gEnLk~av@Xa^htmx_0S6_X{9d|tc{PWuO-KjH*c~K2uXlUruPd|P1
z(MNB+_0|a!CTL03TW-1Kkw+f+_~Vat%AQ5ia(8#PQm^;jci)XS-e?DF$%`iC;vfPD
zAP}hldC^FDX&eCr5I_I{1Q0*~0R#|0009IL7<B>iqN9Eb7ytqYAb<b@2q1s}0tg_0
z00IRnaQxMgh5utFsnI3Zj#Td`P&B5E00IagfIwsd<V7Q+rC|gRKmY**5I_I{1Q0*~
z0R#|0AQl4TMPqRr7z6?cAb<b@2q1s}0tg_000M<6&{8$B>A$5D8U2fqo&V2B*QLVL
zV%7*CfB*srL@GdDG*Vs~M*sl?5I_I{1Q0*~0R#|0009I>U4XpksNVtxfB*srAb<b@
z2q1s}0tg_0K%ooNe?GGPpHi$f`r<c6c0D}Oe6rB3m_GstAb<b@kqM9&jf|Ft5kLR|
z1Q0*~0R#|0009ILKmdVQ2#^<z#cf~^2q1s}0tg_000IagfB*srAkg1AQvJcmCsRhY
z{bFR}Pe$JQ`;m?Rb>#j3d*rj3BXu8-4E7;}00IagfB*uK3Xm6#l$XX4KmY**5I_I{
z1Q0*~0R#|00D(~#ATK)Vw}1g4fB*srAb<b@2q1s}0tg_000IagfB*srATa6z<V8pQ
z7BBz=5I_I{1Q0*~0R#|0009ILKp;{9@}iOQ(l`PLAb<b@2q1s}0tg_000IagfB*sr
zAb<b@c_BbvG%s!wgG2xU1Q0*~0R#|0009ILKmY**G8P~&nlT+0B7gt_2q1s}0tg_0
z00IagfB*srAb<b@2p}+K1jvhynOn(35I_I{1Q0*~0R#|0009ILKmdWH0^~)LvTzUq
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~fr1hsFIrHyo5>=800IagfB*srAb<b@2q1t!
z0Sb^8Ex?=3lo3Dx0R#|0009ILKmY**5I_I{1Q0*~0R#|m36K|cf$$Om1Q0*~0R#|0
z009ILKmY**5Ex?u<VDBW4P`nAAb<b@2q1s}0tg_000IagfB*srAb<b@2xK5YUNi$V
zE<peR1Q0*~0R#|0009ILKmY**@<@QZXdc}xhKc|J2q1s}0tg_000IagfB*srAb<b@
z2q1t!L;~bRBZ8$_1Q0*~0R#|0009ILKmY**5I`U%0^~(waw8Z90tg_000IagfB*sr
zAb<b@2q1s}0tg_000N^ZKwfkd@#z`?1Q0*~0R#|0009ILKmY**5XgZ5dC?po(**(u
zAb<b@2q1s}0tg_000IagfB*srAb<b@F&7{&8uJ^(@DM-%0R#|0009ILKmY**5I_Kd
zECtAmW(mmU2q1s}0tg_000IagfB*srAb<b@2q1s}0tk!&0rH|_;3hH!1Q0*~0R#|0
z009ILKmY**5J133fV`*=4yO=6009ILKmY**5I_I{1Q0*~0R#|0009ILC=dbiq6KoJ
znI-}VAb<b@2q1s}0tg_000IaUtN?k@g1z-j903FnKmY**5I_I{1Q0*~0R#|0009IL
zKmY+FKwi{PP(T0y1Q0*~0R#|0009ILKmY**#-spw(GYLzyJz2>a&(IGb*%YVUbGzI
zAZZE#1Q0*~0R#|0009ILKmY**5I_I{1Q0+Ve+9^k=I^~@<Om>u00IagfB*srAb<b@
z2q1t!5P|&4i}nrmooPR_uYTVfRd2jd_QLey=?Z7gESb6V#L~@YH-B>Jle3*?`-l32
zOgxG@n`$;aedKB9tE9Ok#4e(1ImAKI6aok!fB*srAb<b@2q1s}0tg_000IagfI$8V
zkQdG0d&kHTKmY**5I_I{1Q0*~0R#|00D&L^`H~ks*L7}9)f$t=^e?EU>JN_$2N4Ld
zPIRfx=voeO`ZSePU}$)#skf=9spzfKZ%r$jW>%n8A!&V|gSDNt_T`CXC8+0@&VS{^
zD{oi7y}y3{$<~uCeJ#2Fhu|{>P9cB*0tg_000IagfB*srAb<b@2q1t!Yz4@R#`e}Q
zFa!`l009ILKmY**5I_I{1Q0+V6oL5XMLYUCR-Rhv9}rD?_W9E1Pq&{AMJZq-(WN@0
zYdPT5sFs$1GNKJV4S#6-!|JNllaEeL`u^0xwAxf<<wd=k@;R=Ms#f0}l>~LV6Qn)@
z2q1s}0tg_000IagfB*srAb<b@2#lftdC^hCr)vZdKmY**5I_I{1Q0*~0R#|0AO`|5
z&x=;JRr<v3d@^$8l-5_w0i)AJbg9nhTFx0xL3On3<TCRP^eLokl38BV3}F88`T7Ty
zZl}~o009ILKmY**5I_I{1Q0*~0R#|00D%G#ATL@VH=1c8fB*srAb<b@2q1s}0tg_0
zK*0*cIWKzT@(~ktGld1E3qEi7{9^aTp1~fi;;6m0_0>PruUu$(Yx#yV8zvo@WGbsb
zUbJA}+oL$~c;-c&e-~Qvw0E#~6mjSp0R#|0009ILKmY**5I_I{1Q0*~0R-YHKwdPS
z_k~d*fB*srAb<b@2q1s}0tg_000LnN#5ON_s_m2=`&3y;QSGUna^lL49&S85y?DBF
zIeF2PVpIrSz|M=#ESb6G?3RkwiuV5Y{q_6pcXhh`y4DwM?Q3<lpzO3l)QVC!_B3iK
z(f8}#SMPR@PI>mR*&Y2Iu4{RT00IagfB*srAb<b@2q1s}0tg_000IRrKwh-K-vCS>
z0R#|0009ILKmY**5I_I{1jf8TJoBOovrRcV#m>3CUH!I#aKUfKz|g>sx*ckPyl8MV
zYKA4S?#w#9{gl}38tAgy{PfbN_Pg3X6{PISi?;Q*rMyZBQl+eyo>*%4tMc6AbNhz+
zQeI941Q0*~0R#|0009ILKp-~)`o!N<J#cJO=g!GZZ~mW`7X971=l|!r#sB5p`hRUW
zu&A~A)1JY;;oOXbUJyV40R#{zWC8M`g?#s!I|2wGfB*srAb<b@2q1s}0tgg>Ks@uJ
zD^IPo<87O2HYxU&!R@H&s0os(%b?|?muQ@3*d@&+N$X^GFuImA8xL1yCXoBQs54Ie
z^Eq<)h<S55g|(;GW;P41LI42-5I_I{1Q0*~0R%!6Xgbrs|M}L1KdhVcgIb@jxwq7Q
zw!Cd<FvOl|3IPNVKmY**+ydl9-6Fh3009ILKmY**5I_I{1Q0*~0R+aDKn(Mub)9u~
zu<iNM=hIqQG_Cui9G!OVR+Mh@+0DyNEPJ;2*{MZSwT1U<r(WBAes@({)xhvT@CLn7
zoob}KwR~gsM$N@(|J75kDmoZ^Pw?nkwr3ZvhTXEt7rQU+xv)nYwa+M?F|BCYqOwI>
zYqy?hKNHH$?HuSVX)2M@;_}7Qi>C`&>t||_&rdFW(%jqZ8p$ZW9Id>lGv(9mr|o}P
zDxd8*JBk`~jQ|1&Ab<b@2q1s}0thtM4ESV36Hl$Yx4yR{jm<|8MgRc>5I_Kdv;@eD
zro}~N1Q0*~0R#|0009ILKmY**5I`XB1Y(#MU2$@SooYMZbv_E!hMtBG&V8V4q1{(v
zdGgW8`|I}y%rquVb(Xf2Dju2GvUB9U+V_G)Qlo3xv5i8*+%+xnnz$dj0eSA&bJ{T7
zsjNWhl%rFeufvUpO$$B+HLi6sO>0RD%BI$L*ZVY*vs0s+7u7WP)$g;3mXt5a+1%*}
z0R#|0009ILKmY**5J(hAH!rFL>GFTPFxa2T79@$ia|8hd5I_I{1Y82-MO`4gL;wK<
z5I_I{1Q0*~0R#|0009KXm_Xd}qFN}@&a=H#@lq7vmwPYUy`(HFaM&~0lX4`9sm|RO
zc8Ah<bS-OA5otJFS}j)j&y)xy%_XX@HC;{3KQ#U!C3sO&k*S}upm?wrP)*rpq!mUz
zFRJ9Tmd~}VTKZZdoidFhfB*srAb<b@2q1s}0zLvJFZ%ie7mu#(xLDTL)jagaIH*3o
z4UhEq3^!K~eEw?tg4@2bTm8QIe30=$<rD%4Ab<b@nG28?&D@SF5kLR|1Q0*~0R#|0
z009ILKmdV!5Qtk|w799*4zp=-&L|YqO-O1;3rZIZ4iEYd#+B;S4(aw>e9GFVeqhLN
z<NN4Z){G+3P|KHkF8R#bbxO(7wDO`KUHHh=Ldut$&u;d=gHfLy^}MJisD)c?sDqad
zMm=lVM*sl?5I_I{1Q0*~0R+4RTIvQqeYvgUQi_k;3XX1iq|x4<zNd{{>Ag@njsOA(
zAb>#T0^~(Ax8q6#5I_I{1Q0*~0R#|0009ILKp-Ck;+7X(cV?X(X47(`Q7D>(q}DI}
ztl=|ld9RKX2h|ED`syF*Z|rS6aPfd^A9*cM=|31d)w#8HtM;;Y=CbnC%G%D_zM(!f
zu3nn^nw52&bYzk})3>YN_Gvu2mepxQ8cM*rma^2=^IAu=qrby(?j7u{>8M$8a)sld
z${VUT7!&{XMb(a}slxQ)>AGKvr#i@LU%fZ=Hhp~YW7q1Y6|EIM&QYI=LteCNpv$Iv
z<-{vd&zklTKmY**5I_I{1Q0*~f$Rl_helTY@AW1!s>MjNZ<7`fKmY**5J12sKwi`Z
z!b=1YKmY**5I_I{1Q0*~0R#|0V2laGEid{^(K9B@_H6O95otH~Ht)T#x4pmJzkLNq
z*Ho=B<58h|u-oSnJJo5f(sGVTFKO#<n|*AysiuPBj!A3kV0103@rX1O;IwC_B(T>4
zt*#X>ovVEEqDq|FX<OxZy;|1nluA`z*NjBTQr%WB=ctdzAup;qD!6MvR8YJ&>WR}n
z0tg_000IagfB*srAdtPl<*I&@7k%TQi`h3w3kV>900Iag;1VD&>H^^<0tg_000Iag
zfB*srAb<b@2p}-V1Y(sJRglk)vAuTcwNcj|8Xj6wzQl}5i;?;aDKXXQUthULd-cmz
zm8-lOkFI5}9+MsquAy6LPfdwU|4^c!46;-3$&1>H&}yaDq(ik2Dowhebb)FASo1Oa
zY%a?&$%|?+Tce?ZRvgVG0(~KX00IagfB*srAb<b@84E1_FXv2TbfA~teaje<3lTs7
z0R#|8E<j#1xeG@TKmY**5I_I{1Q0*~0R#|00D-Y05UaeX7W}khZ12~-9|vYF`)NkC
z^u$u1A-PhW3(FSzha}aMQjw-{6}*-_jjm;%=_EZBP($0k+w;<5s!3Zj2L(0%_<Z{k
zue_*2wx*g=peco&F6uh#%vDP&mY9BXT!=|tbYJ~GqoG1$Z)1)f=neq{5I_I{1Q0*~
z0R#}pOkm4zFPpq*+xdaa8sRDg5I_I{1Q75NATR1A!*K)<KmY**5I_I{1Q0*~0R#|0
zU~CA)DlgjD(`d)o{1@lUrT@&5nPy-<yP3OEoytt69OS^zfV~c9NmEJEOQLHzX?Oky
zgJ{@GfUZ5g*1tjLY*|a0K~}*lFKQ=jgRc~-Sn1@WlTG^r!=v+4#hBzpi<^oKg$n1o
z&IP$a)Ik6N1Q0*~0R#|0009I>U0~1b7Lyk}U)(q9<6!^@Ab<b@2#hfS@}gtxhB6%l
z5I_I{1Q0*~0R#|0009ILK)@vstGwui?hAH|?a1XLuF;OxOFRA8(%0fO3|FetCs}H@
zU|;n{)f@IHQ?~1fD8!ac7r_fDH5AUAbYzmbl_y$H1Zliyu*Y1Yf>&NtOT3zDUdyp2
z?asciwXZd4ov07SBrjUtQf>@YsP3qadg8Q?00IagfB*srAb<b@2&5F~>lixwdGE(B
zv~K!!<BEGOEc{{Jy#LAlWx}E=oZ8);vP~)=fB*srAb>zx0^~*0;-WGF2q1s}0tg_0
z00IagfB*srAdq(g@yd&K#WXMae%<>fUsu~%>vfmyROd?-FL_mS9WQVFGQ2mVc!uk&
z^D?@YlXmBSFr`NCV6Wj)K|9F%H)zhzIX1^!m^3e{B&w;P!qlRv(~73)O9k_#^;(mD
z*%xYidednx3o*%yx|VV!FPh8u0DU2V00IagfB*srAb>!kfOeMO_QaPP&D)_+pK|%O
zuEeG|f&c;tAb<b@*$9vq%|?%F5kLR|1Q0*~0R#|0009ILKmdXG3&bif+R)Qrhx&4}
zAHBkjXWGx~I=}19sy7#wEu3CFJuz))k4jlPuiI*;I=9ts^Qz`L?wa-B@Sv-LUPjll
ztFKTrntGdTv7|F{_3OM`Q?<rim^3fiJ<x3`WK+-`Pdb3855^=f%6{}w-)P!L009IL
zKmY**5I_Kd-~vVKJA6W+KBr2zb_VZ-ng}3(00Iag5JZ5yXb>gpAb<b@2q1s}0tg_0
z00IagfB*vdD-f%^Xj^}q9Rl2OZbziB+F5>M^+vnLAmx<cF&sZJ#Wy{fs6cMWve
z{dNu{`GHq-Et|oFsBy0AoSD(&qmxY+DGT<>rAhOmmwGOlma{1ocwTg0{XSc-v9~eh
zt)T(}2q1s}0tg_000Iag5QV`1&)%H}NqOD({!i?R%Ri?oWtUwkr{c<gDgO}@$#!gc
ziEQ7*@)F+&6D^jIf)&Y<t!w|JNWPNg4FxS@q+y4VSOf+!LIQy#3`hup5W5kY0R|Xg
z*k@mRww~UmyXSt<gU_6Kx}T>{?@xEX=Ti9e(`S919&$B&IOp`XfJ-9O{VnpM`PdQq
zL;wK<5U6kg@}d>~0buzEAb<b@2q1s}0tg_000IagQ1$|z%8Q0$VLisS^32No`M=xq
zu0ED|`EcK1r&;N#PM2!7=C)N!Xx3IiUgoc7YpmRATpYfrJmtLB#N{|WkyBn(!=!mp
zxkp}A$fi)?dC~P3*6VtbSa#YGo+E$&0tg_000IagfB*vd69^5(swXw;q0rU0b{<{t
z?>-#~^v6a+@px=(EIwiU9W(n?ee$9cXn27D0tg_0KrRHxi{?U+J`g|v0R#|0009IL
zKmY**5I_I{?+SP-FDgtk4$n|YwyL95d4fCMe_V}{Zowr8s;4^T%5THT+w!6V;eo`4
z`RiH6%DIM~>U^~R(ZuCAJxO`K=%wLH`hLYO|J`9JeR<?Q`llM6(i!8nzke+yQRa#O
z0tg_000IagfB*s|EO2nekP3fFaP;DVV9Ld8o8ePU$cv`rq5=X4Ab<b@=?ah+O;?Qi
z2q1s}0tg_000IagfB*srAb>z=33x3py5`&(J;|1jlMjQ@;BV`GtB<ny)Z+Jg-s=c-
z$Z(^vQHjsl5_Ecw(J(JsD)-UnLqqO2*LkDysNpw7?b%w@FzNZCZ6j@}f)qm0kYUdr
zspf^esC>wE!=<N}dIX1QAb<b@2q1s}0tg_0K&1&RzrI6-KkHu{Hd+1)w|A)~<V8)y
zsDl6k2q1t!S_0%n)8e8s0tg_000IagfB*srAb<b@2p~{$0$$6D*7w%yVYbGB#+;Mx
z>D;4+kl^UKp>rvR*m!B9YGRld-O{opWw%y^?qIj-Tnb6kmHPRjx$QY08j?ZPSL7e{
z8&Xsst5yw@=0)Z3RaHR>67e<c*(24wkQaTg_dVUvJlO0JL#BZM0tg_000IagfB*vJ
zArOm>spO{=<O2GX>yj%bW?$W+T9Fq`DMkeZ5I_I{1kx2CFPg3x^$|b-0R#|0009IL
zKmY**5I_Kd(h~4mUUWDztcTf_oLZ7|&jlwIs38t^A2jJ-&R|qc4D+ILW~oWfQs?Br
zN!9t|M;=ewO3#btwk$my(VMN()QY)ZN)+e0}lRBx3uFB*wOQr59`>#3JT&x^+5
zvELp2oo*-*Tu%`(83YhO009ILKmY**5U3D=@Ni5eKcyg9(3D>t$HICO@}eolsDJ<h
z2q1t!x&q`y(-osW0tg_000IagfB*srAb<b@2p~{e0$$6Dik@Ud^*mc{&ybY7oZh*~
zefN@ne6;>i)ygn0D)r@Rdy@~ttCwC?ov%8xDrplvFPg)i^QW=q+#0p0wddC+U6k#i
zo|~1nN%Nx8WY)1+s^|G9=G!{)_{*Z_MfKxkh4Gn_&v;yn=^=ms0tg_000IagfIztl
zgh%3f_)}iWN<%}jGdlvi<_x@gUyocpzv`yWHPgB_KG?f=(ZGeh!RLR_sW%}nTCSfB
z)`b892p~{I0rH|n#Aj#(5I_I{1Q0*~0R#|0009ILK%f8u9?Xkg9KNUmfl`nIFeTQQ
zD+=2omL@&7j<o9YG0%&doU19f&;QTi|55!P={u5irMA3iu6oX&#_|5+YEe><V`G!9
zOFfiO?%d;Z^(Ibv(YM>*)~j^|yHqFMFBCT~YWvO-#%6!B_tBUk0tg_000IagfB*sr
zl&3&^!sYURTsHXH{XP11^LjKiX_>red44ch6#@t#fIv|N$cq-0pTQA8009ILKmY**
z5I_I{1Q0*~fxHWNFfS_6LH+)BNwsZi-jo@HL_LQhLwehAEUc#u<)!{^Vp%35_rL2+
z%=4m>bd~0bed<r@d+YViZL?K1ZF$jL^_)Kq>3MqnbhR`&H`Se@uD4EAwhB&pQD4ZX
z*Q_~N<KD9}^g^MCdC>-6gYG8fm(IWB1rz3g00IagfB*srAb<b@6)W({&w7#uK@A_0
z7xls?XZGybfARj;%$YO2FdycC00Iagkfi{5(JTRJjsOA(Ab<b@2q1s}0tg_000Ibj
zT)=~QQ4t%A4F0z6w|czo56yotISW*2%ekFzwY?=h^oRS^Ln%nMP`_MW?m*YyO)USh
z`;YoGq->rSmCEn+zL(gidNMLPq8~20qG^SC%T}=EMRV12UNzq7ct@w(aB+jv4j%O#
z)oWU1r@W}htUR+)ufMHrn~lq}FAJX+l`ZZFbUb(ZIbBT3vyaV=#3G)BVqyp&fB*sr
zAb<b@2p~`i0?h|QhSAWZ)ppGEc}gi94qM5|Y<`zcJhiBllc}z*{<HVLs;a6|R;B_1
z2q1uf_XWs{dVi0YAp!^>fB*srAb<b@2q1s}0tg_Gjes}vqOzhB{U>Y*w}p)hCHa<e
zv62)$+IO_-XqDC6mKT-gwP$Np&yOE@-07-x3EJ)I*rjT!LRxuIX(eIEq;r;WtB+Ny
zZl%x}=uBEu9wz2RbJcVHG$fAr#E~cT1xiM-aiB3U8W3AqlvI!dV4pwxyjADPBTveS
zm#V%?UR2`5s+v`J`NGR4>BoWaz~0WiE&diK=X^geKweaAL(!0&!g_w_yd-I#YIw?K
zB`@Wnf7GAv#nL|l2q1s}0tg_000Iag;35!@jctFzmox}!{_xPM30I1^3|D}+B<g7;
zC$ssTyl4S-iXjj{009JC1jviJ;P4g#2q1s}0tg_000IagfB*srAW#MZp3RGjtu0(<
z#olTfYvk_oo=}h6cy7fGrKV&=B|~^-@XW?b8};KurAcC5RC08Bf=*8Ol!4?Tc<b~_
z=~JR~$9%`;otS4;d%EFiJ;!L67k%~8tLli<)n`|?kF<}*MrEqfzf5&c=N{WU*PdVN
z@^RAhqPguke;Tr!wvjfS+P!>n_~Q1q?W>UQ~Kcyj^|9;ThZ8w|51*<bz>J3bm9)
z`@-;ro$WhkAD?Y?E=zWy&dFQBXi)Yy@t0biRY<HLPu}ZsJd?KB->mmAy?(mhgS^z=
zbt+3jSP|u9v2=m}0tg_000IagfB*srq%9C1d+YIR!=hHK^u5(yiHwpLP5Wa&0|XF2
z00Hj_kQepdo-iW>5I_I{1Q0*~0R#|0009ILKp>X_Ue1fkIve{NRqE0y|K|QYF)u1H
z!eytIxwq2a?Fsh0(ej3RVwe||V?`y`s#>`hQeF<O=S6edbN)1}kEw(+O>&H4CH3Vz
zOa<lQZ1pTBg{sPF6$+CVO>0VeWtX6=EibCKGAYZ)?Cj84OOM|XKmY**5I_I{1Q0*~
zfg%dj)ee~-BAT-1xn02`uElWZDO09c=Z;FjunE-=KmY**5GcF=dC|g~Ga>>AAb<b@
z2q1s}0tg_000IagP)Grf=S77=&WBulYOzTi&Q@pEu~|)nO_GO9^bAA;N$=^l^&nAI
zIrLJRXO<V0hFe>=+WJg<IrsQnnNQ**^(VHxXbyXpuJWXz<}Z=mnv*q&3%8!gHS}`+
zr&U>whgH>14V+RvI2B}n<#<@t#IR6lc~K#f&rj<}YtrupCtIE)fB*srAb<b@2q1s}
z0(lbXZi>vhswHI#)V#vNueOf(VtJZvuDbn?|M(9pFDivx^+`VnAb<b@UJw`^9o@Zq
z_nbL%?zrQQ8*aGauDkA9v}n=6g9l@=9Q@y=P$+ca!iAkXcP?MP{Lx1rz2}~LZn@<a
zYm}<0sx4c#^z`)P7J<BIZawJ@0R#|0009ILKmY**5I_I{1Q76=fcNvFmYAHZxbn<O
z!$9EkXP<BJx45U{<Vx;!7uLCSC>P(Wvq>|~i^}AW^c|5)!<`0_%jK<m>fJvWiFwgn
z^=yrs4-I`qvKQ@v_P5&JlIZVahaZy@N9UcGCySE6XEYvFHJ6@Rs-QXo9qPGDAruYC
zsiY=Hn944^cIh?wAh~}qT*fkgOYWmr3rV+-&H17;4$qL7^s^_QmCyFh_MMWs^@V)}
zSg*MZH4#7n0R#|0009ILK%mkE;$v&3b(v>D4Qsyfn?8@jk{9*(1~EMZ5I`U^fkTH5
z-F)-S|DNpY_S<i7YHG@?TdUR3&``3D?aw4QDmAkiNN-DCRM()400IagfB*srAb<b@
z2q1s}0tl3!K&j+KEqMtCo*g{9qkV^DN9P=$BMCq`0`&1Ck3Vzr83`ZC1?89gmm;x<
z`8G)+bWi6V=}k_#l&-3dR>@WM613|IcI7Z-CsR7+JNDA~mn6$)P58Of&&h1%=v4Em
zCasy<o(rRqbRqIE7LVz{+TqBsQ_aNZqw!HWHB|DbtIn*N*)UW3kzY?YJiVf6#UGmg
zAXnRW2fL;J#D+XU009ILKmY**5I_I{1P~~sz=eH5!w6_v)v6~o`!0<Zav|xCl`=2-
zsZV|CFW&z;bLNao=MO#fkX3Ev%9V-L?!NnO>)n@LddYgXzrTOs!i8V^+Sfk%(T~bo
zH{EoTYL!@dczC#`rsgYO`O07Z<zIg6V;}p@cfRx7bI*;8jHo7wh1s)bTO-b#IWzHH
z+Ys@1eDB`9KmYm9Crz64k&k@j6QB5m%;)8oUzVf!65H|w0R#~6zQE?qo9)@ngx7M=
zXvPaM%!|sH^2cdMhta>jPdOR#qA7`}fB*srAb<b@2q1s}0tg_000Ib<v_NU)MN68R
z$-4{4fuiatPDy*_Ft6)AF7G0M00IagfB*srAb<b@2oy}<<)3t?6$CY}yuGTwV5`Vr
zpp<#hPk!=~)`j)%htWOw;Dc5*xtKU{8h74#r}gfdHEZPEwQJXY-~%79o>;$6o;+E#
zvQ>WPop(O`;ScMTt+E77j~+d$TG<NK)zwxtIo;0omb}!5kkr!`zxc(({^iNXKmPF(
zCr%_b=LrG`AmC+zQ>RX;aOkvY)9UN%<?eV1#!JjzvhhFo!4K5C87DbaUR183f9<u`
z&YwT;_xoiC`I50@0*^fMh#E!a5Dtg47b7p4y&*jyfB*srAb<b@2q1s}0tg_000LeX
zATR3W-KnU#$tkZYFDhrTR@B;AECL81fB*srAb<b@2p~`i0waA<ISAA|0-9FMMc1~)
zqTW?3d|q_jx^;=+%<HeeUK#0O&VBp#C015XKKQ{8wzjsahI+v;FZ!!r{pxT3_HR{(
zNelb;@7H^#i~s@%cv(OaoARfqmDQ9&AP}(4*5~u7$mqilKWux~@TDC4ym;|qr$2$E
z6Pd=URjX8FR5GQ8J-bvRFY1EBTL>V400IagfB*srAb<b@2q1t!83>RUErU%ggC(3A
zIHkg(QfL}%DuYF_1OyO3009ILKmY**5I_I{U7&IENLmrlbSrlp&%wEB`h;^>E^uD-
zCqMa#gghmd`NR`Xw6wHDqe-H)Dlhuq|NY+|`p}1@^6!54J4q!;WeFhl^z=OT*kdZ#
zIc3U}q#A~KQPq#kr>(6m_WoCAXXmV0v(#I1y6M2cK+;iohyVfzcunBs$&)IjdEvr^
zq|>Xbt5bF4PrRgcvVSOlV&8l3z1BeT2YdD%k{8Y1kRA{~009ILKmY**5I_I{1Q0*~
z0WS-X7xnV)l=|HILVf$Y_6MUumxai^^Yy*;dRVmTXjLp8b7{g`2q1s}0tg_000Iag
zfB*ueDDc)3zH}p?Y1Myk^^j*-3Y-^}5T@isj~zSa0;2MwQu!kv`N)|wXA&#Rt@kR=
z+1J;XSRt*vs6?j{dyt#xt!S$Zbl-jVC05`G0tg`BK>_)px)ss<+0TCFG(Aaj-g3(=
zR<+vNTBmB+KY#PhH&rk-5{YElA$id(0cnl^0tg_000IagfB*srAb<b@2zXq8yr{=F
z$g|TMjtn2_IkfJ=x<!qPB;h&Z@C^A~%4^TBJ=lG4D02BP>AHj6RuEL~mp?ghav(e~
z8XJ{>sJt~AAC;F!`i?9(u|N-tN?Fbt_3Wyd7y<|&fB*srAb<b@2q1t!#sX`9)SXuT
zGu_H>J?_hRZuxFl_`K+{Wy{<brRPOAZrqr(vYZ3@iBEjOij2Pg`s;~x%=4lP7A#0?
zZarDCVuebj`u%>VYCJ~(0R%iEAVE+$b=it&Zr!@oWmeBW|GZW0$3OnDOSLTDYG`Os
zdC_3d?O*Pj3`AbkM2R{GAb<b@2q1s}0tg_000IagfI#UAkQXi8y(`wt+eX^foLe)!
ze!4B^slWVf-EV8p);9PW^oJ(pS1!I%taULi0tg_000IagfB*srAb>z#1%5xJBi#sS
zTJ<+R(3{u!XVZCs^P(U4zz4$Nu=|8nUi70M{itN0oGQz0^;Vek>8GDgtYe-Rb%`*^
zX?P#{(1)y1+>=*{6W|E~2p~{+f!^L;mCtm#jNY2nkt0V`O_x6gvs}WC9XqU1zW@F2
zyZm`>I0|`DLnx{tfB*srAb<b@2q1s}0tg_000Jc{Kwh*&H?Ant4#&b9FKv`8s7dlO
zgF2g=H(RHV7G`y4ht6g&$;2j49(l4b6J`_y5I_I{1Q0*~0R#|0pri$s{abrl`OkDK
zufMn3vpxmRi%y<AIVFY4i@IE<ES;#sKkvEcp2R*4^P=DT-uDvQ>QAOlooeMpfAgE)
z=+7x5fB*s>6gYM2luCh)jEuO<u)Dik)$Ho(a;cfkTaP^Qh&9TL88fo!$7)MnG<!pO
zKmY**5I_I{1Q0*~0R#|0009KNEI?k=%e&*Lx%Gwm=AD?An3hcWM6Rk&S!eF?xfh2o
z7I?knMGFkha0noP00IagfB*vS0*BWQ&$_C``n9)az`Zi>B2bC~oG&VoNC}Q6-MdeI
z@{?9zvZ<*lX$9-ygAYDvRa?G%d15sc0j;X4N_^M$L{(n0WQpx9{iR%0Z;g2Ct+(pW
zt+HWW^vNev{6kB*t=<|%B2S5<@B{$_5b%`1{{8z^3N#jrxy(({q^hR-AMY-mxW6R_
zoT?$@VtV(=>fOP?!E+8@^2h%F_x_jl$MWvoyHzU+2q1s}0tg_000IagfB*srAb<b@
zWgtLav<x<}088i&cK`0^?^4D-ohm$e^vQi)`{el0<xR`0j#kMDr4k~QjOg0)YY%iE
z=n3@{@>o&DMP5`<P(T0y1Q0*~0R#~6f<XP6VRf3~o(1GZy|5?DA;$vie$=f#<oPJP
z^@K0SGtOOi1wLPN)v8q~=dSXiFTC)AOXW?QHd&FOTW+}}v6^9CH069=dF2&rl+S+l
zvx%ed1OWsP@RY#j&6}-=rriJTKCx&ts=}NH4<2-{oWZ-{aQKcp?y!cKK7G3RW%L_1
zZ1{YtuRs6uKbJq5$%|&NFEl{_0R#|0009ILKmY**5I_I{1iUOjUewFG<B_@fNBz~u
zs-3c+hR>gBcxosz<dGFw(;zSEsqJ7g2q1s}0tg^b9s;AGxH=&-hlLmK$k+9qo?@@4
zyy&KfdTpPOj$`4J+tGF;Y-?qEIq#a*rQdF^o!YtOmwgA84xZZ;9BdnnyPf-$a!e}Z
zQegX&zI?<)RiAaW!?~PpPW#GLUi5(n9<Xwi?&piHS+geP^i^Key>fx`qE}yib;_Aj
z0RaRMD6W8nEv<;=)TvY5XCeVkl^5N+cdvWpbl;WEAAkIDtN$Bsym4qKjUT;|7fn~2
z`UoI^00IagfB*srAb<b@2q1t!*$9vqEt{>((?aCr&(&vF8-_yNtF35SQIvB;^CUyJ
z2q1s}0tg_000M~uk{4CMtsE9!xShOcB6bNsxwt==`0+5zizYTq`DE_rTeeQ`>o^`B
zi<dB3c})G}>mw=mE1L?PCsL=5izR8E7d?IYw96z_$g{NaqE%H@E{l@47A{<9<zT<}
zz3;i#<Xr?1K%nRX>({ThQku8jcANWT^t@<p59*YjpLymP6-IUcza5E_Brlq1!V?4#
zKmY**5I_I{1Q0*~0R#|0ph5)5i&n@+XS~eg{m0!?plQ8(xbJYrGoc{@2q1s}0tg_0
zfcFK+i)OP&6>`34BoLQVKoc{8`OAx{v6g(R{ldOrHhV<dECm9-SoNf4wIjJL)O@|o
z%V)`^%!_{d)1S5ilZOr+a&ea9H%sw+(d)0j-epnp)_?xze_HGM^{;>JUXynbKmdWF
z3&_FCR#0=wlqv3$$<uxG5*A&yY?%s+9zLA*Ph821x^EosB7gt_2q1s}0tg_000Iag
zfB*tzEI?kgj5jy?rN!d0c_-$jl?ZjOJp0&e=`;I@(E|bqAb<b@2q1ufHwDOxdUIbq
zHLK0P=uMguEI?k=8h8D@-C;i`jTY@gvEl#pB>ezn|M2an`ir(IgMm}#MI}*b1twi?
zhaVgqwCc$3rFFjO2R`tDP$=Z&G&(x^;SYb<TH2N^Tb!!#903Fn$g6<Q=lj0%m%OV+
zmz(8PRx=iJ`%z~g5KuMKJpxn>XDiskqV@IlwhAUMJ3Bk~JAAENx$>{x|FZsA&h4?N
zCUc_>0tg_000IagfB*srAb<b@2q1t!UIoaD=9Rb9J8v3na?gKe@a~EJ6Q$0={1HF^
z0R#|0009KD6p;JDRW@wLOixF=vRo<6Z34~jhSb)-GrM1vrI0~hbg(^Y>tAl1k448q
zL$SUKqv!Vq<<qtBt4Yo>m4hh#y$NmYeepUk0+;?6)b~ACWjVHVpmj7aGtN<`Df6O_
zJ@%ND%=ylDzT-6Jj2SbmI`VsI<wa$}&p!LC)4FPFYt_1jhK8J~@f-mJ5Xh^5BtliT
zGqIrOMNghQsVYb!)MZvZJw2+XL^NG$8oniA(Z!1wt3K=M>I@s2S9|x}ch#TCQXnsC
zPDf1y5I_I{1Q0*~0R#|0009ILK%gW9$cvW5HWh1<>o2U&AQ9@`<i&F@7Hc_-ivR)$
zAb<b@2q54Qfw})Qo)>-lY4V~T*_OOdBNB`+`0|zX=4<!&40lEKtY8Lt(V<R*%x8Q|
zdR~2Nr#_aH7k{%Y65y24yl;Av0pepX-Pvv1j_hB)Ib;0Tw<Lpl;8DuFsGiShXlO{B
z^3I(*^#D)F<wfO)(PPJsC9dntnKK{y(1)z0{p2S<NvyyV1Q0-=FaqXzQ9T8E@#007
z=^Z_KRAoDZ!Jtb`leZ)+`ph%Ws1EZH7L{q}|M!TzsL8%i2LS{SKmY**5I_I{1Q0*~
z0R#{zEdlbPrL|v$oNat8{#3(L?%~f2-hJ}ulhSh`7s6NwAb<b@2q1s}0$vj!FY2`&
zDa?G{_)VV`3!L-0me6p_-(8TrsI|8ESi>uRTPRU7tA$xOqu2y`&qZc`c04q0+m{Sp
zF1ofY(C>B~ux$cGd6_aVDmNN`>QkSxVv~}eeEH><M@B|us?lgv!blH3_@KP?cYpVH
zH{X1-Rj1_gqSmx$&6?HS-7S$PSz2FT-=al}Bu8q!^%sBf7xJViyThOeAb>zx0`iC0
zlqplJ+~&4z+g#ep`N>wbyYIf+rJBiGGU)vI^Ya}Rm6?ziHQ5g8Ab<b@2q1s}0tg_0
z00IagfB*ueD?nbfboVabGarr&XAlQ9Y0@9&2&sJU9{nSL00IagfB*uX7VvUjG#(q1
zJJaPJ^Hn!>&by{{)>SR?OD;E02`UX+>O$L}^sSiOA$dq?`{Es4`)US#25nPzZc-r{
zj-S~P*!+v$W#4U=2`v2Q*0pza*VPXBdkhZYG#MbfI)bBefTy=zzPYuadC~VLfAN6*
zCiK?&P<G3rb%p|m*AA=CL$-y_G+)@C?TKv}E+d_0Df6Pzne7BoD@Cb(mk_B6j>^N*
z%8Neq&_jRy*MF_nlC<#l+i#~MN?imHK%kfcGiT1UqMP^Mf4|c_B;h%A>Qt-Rs#U9;
zs+l~Ou4d1kt-_-9_4OvLGOI&gG&46^A%Fk^2q1s}0tg_000IagfB*ueB0yfWRCcQH
z^KAAvn}k0zsB>=UT;Z3)hzKBn00IagfB*vC5irk-T5(P5cYm)@?opzis@2IiE}zbq
z^lR&*eTmgB?hh{f>Xi%A^$eRFhp0M9+OWGRvgBLsdK0}Yxy|r!>cbBuL8qp)w`M?%
zXe%V0fFv;Ie%|rGMoF<sn$*@$AzzM$;*wvrOxFIW+q!U|@Oe>L@`0s;`qr$xp`(xv
zj5RJ0AA9@hetj=8F3UI0c()!dndC)f`s>!MQ|E2!p~{ba>|>3MjZ(onXtd<=qHETy
z>F@8KG-;B)C{_Nezxu1ZW}iI#xnODtAW*6T$B!RZ>CNWm=A_Fwa^#4r)85{mw2sL`
z35!1c^wX-V!-o%>w92>+dC`pNXovs;2q1s}0tg_000IagfB*srl!O3z(URDvqD-=B
zuqlHqs7aF({U?gDA_heO0R#|0009IL@Q8qUUQ~~e8RkW|SNT+{#x0I{QFS-ERJN-9
z@wo{}Le+^Bde4sMMH3rJR#UH>w7lTUttsbUzh?Zz#XSog^P-6p*t2jT>7e?<<=1z}
z74XIS0KEA>S2m@3QuB!K$~20S7mY>7RC3kw8E8#?cx<uU%6nWnl6Plyc9GG~G}pga
z8evh{O2fRU)a>o;m1FC^@|Ca1fubMz$Va~RwXdyMu_73}a)xT@=0#;`u~_V_x8C~M
z&wlplPk&l&pO=`ZT<HA53onGj;qv~pvpNJ2C_e$oa88>x&B}1fUGwTsX|>XUfq`3Z
zz16Dl^Pm4*Jx{kFe{!m`Or<x;pr+eHy7kG6rYlB$1Q0*~0R#|0009ILKmY**5I~@`
z1jvh))_xUowr7XVnuI?ysB?1QWFZ&ASO_4100IagfB*ts6YyYOR8At*)0MWeOJ20)
z(D*g$wpO;6lGv1hoXb~cdC|trZZp^CAotYEIiD^Q$kSVGN5X0v4X^msC`HMO%IHVe
z`_+7;aA@U_ni7S=3&=-e&gUGD#?^PqR+ilF`8_3Y4SnHBJvHK;ciw3oA}Z&LdTL@!
z1_1;R$X-A{VpRUPJ9g|?By#y*7==P1iCn6i=q2RY+S;0QxIiHA{Xc!Z`R1F6btEiW
zRaIq$PUZKbM~^1f$@vrVqB$p}Lj({&009ILKmY**5I_I{1Q0;LQv&2gJ+&R4noRph
zdj?rhlO~sjFL`REOa=i25I_I{1Q0-=zye;&i*9?&C+A*TX|z}G>uGNYU%o!xAz7&(
z@3~`Uzq$o}^DlZkj)%kkxHObpsGKG$Cm+iF@_NYa>^lJ$>J0Lt`pjSYuP#YuhDR<>
zAT}D8V>9>F461cm)7bJzpUVXD@m4e(UvzDoHTvpXJ9X7!<wXO&n7%2sQ#<pqaQZYC
z=x-j~@PB&rO-WJyOtX9&j`T&%hoEM$1jvgPOP+BNK%g)JufF=K3UfLY_U_&5G#SZ@
zs#aUKZcVIq_Uu_zK?;A$mb(3KHW%Mp6Cf{|xDh--009ILKmY**5I_I{1Q0*~0R+lP
zfV^lq?PhM*5{iaQ!k-z`@sEz5DU{ne(;ET^Ab<b@2q1t!NeFl?FKUI;W?$XX{B9^E
zpq>}C8qT|>wev*s%an&Yqw~Hv9vNNw?RJ;`GsugoSe=}inY3q_K+V^$#5JwT`dO(-
zo8<Q4_9w60L@%SuWc1F9l^2yc)O=%tiTk;)`kX1}Pe5|on;!0UKWlWsms_{Z@cAx`
z=5HGGoLd3%qPg{?Hv|yypum9x2X4IaMm^Q3%5oolV`HPsoYT#Vs-9g6ZEbBXBbvNL
zUerX1ItU<u00IagfB*srAb<b@2q1t!=?ah+E#18<z|0pmF3cbf>fU6|@i_&UIYS_T
z00IagfB*srcv--kc~Lo>(*!LsFDj=ax->kuE1*)HQjo(fohoOX7p;3?*r`u>?(d1}
z$DF==Pq$0u+`c6TuBx@ax7vQ~dlB=Za?YxnnER&W7KGkX3Pb|&3;Tk5YX&ww)Vuaa
z-7nnUweCmVTYlMhVCi7Xd!cB=;n?4l{ZgSw0^~)D1kbPtAW%>NxrTn{&YjiO)wkVt
z+vLfUr%jtSfByXa`}aqq6aJ-4;+)8fCYtaB0R#|0009ILKmY**5I_I{1Q0+V-vZ=C
z^DSJ`{lD4zrhE7^gLgMKZ!T#QCXWCD2q1s}0tg_Gy?_VvqH?gI;ks;j(f!X3x;K=w
zE9C%El}<drJLptDv%KhY-)q+|c~9E;k#)mr0#cBmX3}c8eJIgBb&ThV$sLJjcos1)
zD&a#Ng!3wMyY=*jfD#}tswgNRfB*ueBEb2grLt4Z69EJeKmY**5I_I{1Q0*~0R#}p
zOn|&-W^NVIsw>!)K_b+>N!v)amm*aNKFdS^0R#|0009KbSipmMQQsxEGeY&fu;oQV
z!;a^Ls#aU4kDq2)S8G3JQ&r0>FM4)oK=t5M7!Ac|U)`b-l8u{3oNDIq`P)zRs}Ym(
z7BMe+V$+D4n-n^Z867Q~Lmaw7ph5)5i&n@+vrGgKC?^5(qUE%ktOWrC5I_I{1Q0*~
z0R#|0009ILNE9G1nrOlkU10Uu)$aMvwBB9Ov_kKkG6D!7fB*srAb>z+3V1CqD(8Qu
zJfc(Wl%5x@o!Y6MyA+PT>{sc;w;uO7)yym}Dp^pc4)y2ywAbI;qra7pa@Wa-TJpY{
z<VUa;F)!M*J)ov1h2}${d?3�tk>7<uiZ)0tl3x0C~}p+cGAM00IagfB*srAb<b@
z2q1s}0tlofKwdO0t_rLyM~qIdpPp7I)T#1s>we4Oq80cNV#x>~fB*srAb>!kfY<V(
z=9kgSTJ+%MuDJt=t4n-xZdXvH6E{BKc=3G(dC^rj83k5lN@sSACnV>8sWowuIeZcu
zjX(P@ZPt<(U)L@#lXmW%yl4w~(WE=XLj({&009ILs5}AkqLsJjtQY|V5I_I{1Q0*~
z0R#|0009IlOMtv+W$kxHtKHeY(<uU)*7I#`+cFxTMhGB)00IagfB*vJCg8Qa=z%54
z55P?7uIEJ?Hu#g)u|2$WFr@OL8-D6|wr2);(d|`^r<K~~(0gwDz)zWsQ-;&lDzlfn
z<_xIycAt(obyCE<DEHAjZ3@p3KmY**5I~^91;~q5_y>UHBY*$`2q1s}0tg_000Iag
zfI!&`kQXicEzW*{v3RWZY;9W6(8S6s&#aVwvY!k+Ab<b@2q1s}0tl3WfY<V(4X+r*
zJ}r4YFWR_y#AG{~-_2KEw61o@WCBtr;ESmYrxZqf`TGBy_cV<MQ+LelcbQ%h^P&fq
z4(b}d3!^Uc<ShgcKmY**5I~@E1jvh4&R(-p1Q0*~0R#|0009ILKmY**5U5N6@}iZw
z@9C~O5{s-lvnnwKYWQS%)ADdEobI61M*sl?5I_I{1P~}!0k7pn4P&3yc1*~NZYgqJ
z^!Oi4ldj>BxSo(4>Wt>&(<R52$_4b+K#Q(zi-wcmL~jjU#JuR1NBVS)K!3i{v-v=#
zPXrJ^009ILKp=kt<VEvmOV0=(fB*srAb<b@2q1s}0tg_0fENVFi+W)fN@5Ptcyv?q
zCc}WJUhUP3ua3q!uBRk6nMopm00IagfB*so67XDJ)GYRC>3AwHD)*`z?pY)-F)!MY
zm%QkEtA|t$v-NPueQrg}i`IOjP0dpZ+=Sr1Q@o1+0tg_000NaGKwh+R_L`L<fB*sr
zAb<b@2q1s}0tg_0KxGP$7p=^F&v@0R2T#vAK1Yv(x|C-fo7FhbnDJONL;wK<5I_I{
z1P~}!f&Au0pY*9HV54&oG=tcuwH+BW^u&Gi{e`%XetXq8e)Xj0Sy#2V{E`Z4r=(!3
zKiHlm(b{$-tT)N*l+=K40>ulrca`fm8tXy;0R#|0009Kj6(BE~t{C+ZKmY**5I_I{
z1Q0*~0R#|00D;mHATL^4`{jk%%0Z)t`wlNXz0@Tsy7<)My52ge>4gb12Lup6009IL
zKmY-+3FI{|YMAFVtd>ZZLBsszMYmV=C(bbGlfLs2J!u(@xZM<=v<H)idR|l?E`#!5
zTarr(a*`Kq*x=XaQ&&4=vNY--fB*srAb<b@l^{S~v=VliH6nlj0tg_000IagfB*sr
zAb>z63y>GB<lWD5?L(2FW4>cM+IPHi@s)Mw*U9hO+qXCP8U`bSS@ukG1Q0*~0R#|0
z0D<xrFwcw1>69wkH)M8&`s!OdRg<zmUv%{?orWKkvpWNdW!^QdhON@A=KZ{AEIPL6
z+6kA@Cq2kC-Gx&h0R#|0009ILC=UVhqUEuVtO5Z95I_I{1Q0*~0R#|0009ILa1tOd
z>LkN+1Q0*~0R#|0009IL$diD1UUczw?JDKibuyB2KJnO?9x*NZyr|%ehKx=M-8#Kb
zNxuB!?v#?5Rq%dZ^x%pi<sgMsH<<=*GXtR&0tg_000IagP+9`yMN4bHm@NVbAb<b@
z2q1s}0tg_000IagkgfoE(R9VAj{pJ)Ab<b@2q1s}0$B=}=SA1w+oRHbjhjbOj@xx=
z!maC-kQY6_Czz5&Zl9m?x$%=)Pi#spnX=F9D-3l;)#ge;?wU{8XO{QTx4ak9M>HHX
z<*cZH00IagfB*srl#Kv+(X!b}7J>i*2q1s}0tg_000IagfB*srBo!bpnv{iy2q1s}
z0tg_000IagkUs(Qyy)(E11jJr+0m3!l9Mx4eJNBzUUbFej<HlHj2?T<ud@tyMN>)^
zpn|`9LSD4vSbp=OCtn}Y5v08F!QKKalOYg5009ILKmdUf5+E;HLYu`@5kLR|1Q0*~
z0R#|0009ILKmdUZ1jvhKfJPGp5I_I{1Q0*~0R#}pM!-BT+Hz>ZfspP&$8)=awm@Jd
z<V9u44IBI}+Y#uG>4%H1y(?dr(Ywqc>01TLi^j*gPe<1Lu*>$@Sn{p*NHA5<HtD>1
zhyVfzAb<b@2$Zh?dC~ISTULeu0tg_000IagfB*srAb<b@2wWB*FUsct0R#|0009IL
zKmY**3M^or7nMYx9`k$t=FZVj@{C{8_JCf~DpyEeR2J*BQh#rB@i*IaneL`Yfw$Xf
zxIE=W<FT=@Ki=Om+Wc;4*W7`cZ%kOeMIjGId@-kq@f-mJ5I_I{1Q4iL0rH|1yY(y_
z0R#|0009ILKmY**5I_I{1S&*;yl91NG|NN)0R#|0009ILK)^c!=6O+>^E<Qp^|<5W
z>)Oxn35G|mq(;NTv6i~fy1TDjL%;01?HeEHRrQ@xl+x`Rzv(lnmWY-?LkTXbu{Qj)
zC$UfKN&T8(Rc+6L0jFyE1h!7^tDe+swOW5~Pgi5u%F{|_a;P(UaK+H9t6Ef_QuxFF
z_0SFM+2=)N?Xp1iOHt@cPAtn7sLziRGS3k}009ILKmdWt6d*5JnfuPF5kLR|1Q0*~
z0R#|0009ILK%jC2$ct9aUb9jJ5I_I{1Q0*~0R%iEkXBwaG&JEl^~Cs}dLp^O!S?9(
zDxZ2%_IXiRV8bhZwO;pv+`#U1I%`or7}@7V-PfD=t_U38=zsOTp55~X#*&{?TNDWf
zMF0T=5I_I{1iT_ZUeqf)!8{N^009ILKmY**5I_I{1Q0*~f&2)N7tN0=y&`}B0tg_0
z00IagfPkYwT6t0FrR_*KG5cqGB4JTET~jJoT3%F^Y&(M0CS$!^_HXUML2uo_Ua-9A
zoX@q$p{yOp!;%qw>xnCI;>$1jLI42-5I_I{1Q3`gKwfmB2d@x7009ILKmY**5I_I{
z1Q0*~fpQZdFIsLp%6bq$009ILKmY**5b(S}x_MDqP=Cv)91fW@2`LX(-q0b}uUqS`
zz`Up|{KTe_*;h}vdS17ZYwJCAvZ%FF`N)gT{d~*f>)M~cxpULQz5AaXJo`>ypmj8^
z<zzQL*lWq0+ZD8?!S4tlfB*srAb<b@N`SnmqM(2P0tg_000IagfB*srAb<b@2$ZD&
zdC{`mRu+W-0tg_000IagfIt}v#4jH-`u0=(k`9#<BPAaB`zalAv}Wgt%jZT`&X*jO
zsj{GQAH7<*BtlPZ9g#ew1SYE|HP5@Ib<GdE-u?a1aMzV2t*Tkc1@fYmy!)&j0R#|0
z009J23Xm5~Nkjz%5I_I{1Q0*~0R#|0009ILK%k@r$cvWr_Az+`5I_I{1Q0*~0R#}J
zGy$i)Xr(!1wqEk0nYqyl0R#|0009IlM1Z_#g={p-L;wK<5I_I{1Q0*~0R#|00D+1X
zATL_6ThGD~KmY**5I_I{1Q0-=6a~nOX0vPLMYGYPEdmH2fB*srl)V6X(X!uS7Ki`>
z2q1s}0tg_000IagfB*s&E<j$i!ao2k9{~gqKmY**5I_I{1WHSQyr^xzqT%@d#e)Zy
z42DPIwzm>rrj-}%Zi>A1xbOVlU}8T!K>z^+5I_I{1j<r?yl7c&D~mz^0R#|0009IL
zKmY**5I_I{1e5@IQAI%k0R#|0009ILKmY**5b(YLc~RRQoqT=d>3?XJUu%BYl`=AF
zo)>Mc56$~Ri*!5hnpTOV+6Lt%0tg_000IagP?iGZMayzqSrh^YAb<b@2q1s}0tg_0
z00IagpajT^Dhdh+Ab<b@2q1s}0tg_0fcFK+i`w?6>tw{ri<(464fCQZEGm7jx~X%F
zxTp=Cmk1z$00IagP^JRpMay(!Sr!5aAb<b@2q1s}0tg_000IbPE-*Sex_kHTIdkUR
zamO7u+;GEPcipvU(V~L~55{7#%sc&4%TOqE;lhQTJ9jQ$zWmWgAHC<Edv3Yq7HgEM
zs;Vtpw)FJ${Hbnk{+GOHZXD?a0R#|0009ILKmY**5GaTMdC^4Xh7Eqh$mqrgdaau0
zb~)ZMuZKk!U)Mg+I+{2lPY^%=0R#|00D-a;ATL^$+sdL4KmY**5I_I{1Q0*~0R#|0
zAY*|;hYsC*^UeRB?CbX1Z*OX9%D87~I5aertYiB#364t5YzETXk{8uAC?kLX0tg_0
z00IagfB*s>7sz2=^y2=Yidkk;Sn%c6qN5o`Mpxe0X|43+mO#=u6BbR%!b1cQKmY**
z5U3CV@}d>8(JT`I1Q0*~0R#|0009ILKmY**OawM>-fYiqCcKt|Moqd(TE{RiDr4Ss
z(@h;69Z5S$_aS-Fbj7HT00IagfB*srAb<b@2ozC(yr>htNo4fde{Hw&qWfwF6Z;`7
znrOlk1Q0*~0R#}JC;{@K6}8<g76AkhKmY**5I_I{1Q0*~0R&tGPMtcX!lBcqO{=f3
zm%HQR@%YHd$lkqsfAE7JsCP3?a;m(jTtolbYp<O@f8Ou+%MkJ<W61;_dE^l_ip(J#
z4!ca)@GbJ9hEP;P009ILKmY**5I_I{1iT<XUesk5QbtBy@}jMEp?P0uvC^bmL+^sj
zTL>V400IagP{sn}May_|SsDTeAb<b@2q1s}0tg_000Ib@3rJ$~&O7h4vYJu|1nl?L
z`FuVV8GZQShs}G|YYq<&FJ8R3wbk(=Kbgj=RjX8FR5GP{^UTWRMKg1w6#@t#fB*sr
zAb<b@2p~}E0_Aicz1j;sGP>~E*5RI*dP@pUdC|jbhpQ(w6BgC2C?kLX0tg_0Km`hr
z7p=feXUPa4fB*srAb<b@2q1s}0tg_GC~)%RNtM#PaN$B?1$k0eSEuT9c6KJMll?=9
zjNW_iz1BdIT+O~i@}k)r(gOkrAb<b@2q1s}0tg_0fOiD+$mqN;O^A#p&5Is>X}J0y
zu7pJw{&U+v>!^3u!b}iA009ILKmdV43Xm5qq&8zAfB*srAb<b@2q1s}0tg_0fM*3H
zRB1&tfA+JVIZaZMoVVO^i&d?*w$`ay_RrsZ^Gy{@jYJ|@c1T_{OF)_<fB*srAb<b@
z2q1s}0tk3b;H@Wo)?uOYyB--$%!}$_(dvI}>1hgkZ7s|P0R#|0009ILD3}0w(SlJk
z5CRAwfB*srAb<b@2q1s}0tk3kK!TuCrcALSnp?MSb(!b$&p&Tf`|*!|>{2buw;CE6
zR9-X~3})FIdC@EZX^sE_2q1s}0tg_000Iag;6Z`cf7O>58MWm_ZDG-t_d*_A2vb4;
z0R#|0009IFCO}@aVAKqR00IagfB*srAb<b@2q1s}0-hD<?d?_hOsC7}t;rubazxe4
zKFR3>vSY^%Yn1PQ|ND|<b*g6goV=(Z6x9$w009ILKmY**5I_I{1WHRFF*2&>MG1?R
z)^0Le1Q0*~0R#{zfB<>X0w6O40tg_000IagfB*srAb<b@2zXrJ)TvV{1v)Y^;xgOr
z?rv4HtE<bUW;Sm<^2j6BC^Kfv$fh5wEqT%G4e0>^1Q0*~0R#|0009ILK){;<w#eu+
z|Et|PbacbLJ=OovY?b92dQKMg=Jqiw1Q0*~0R#{zumE|{0)sOg0tg_000IagfB*sr
zAb<b@2zXFn|Ni|d1saRRTxKX~QdP65smY~g#&5|1r)mhfm_FlvR73Kjih=?H2q1s}
z0tg_000IagfI#^P=#kOtNiA10qJ%}uZ>L!i0tg_000IbPEkIs0YeG6e009ILKmY**
z5I_I{1Q0*~fsz;4ym_+~(Ukk&-4_#$Mpc;e;K76Ll{0uZ91h=c#~s!X)2B~2zl{FT
zM<2b`;p>`fuKDa|Kl}H8|M!3PXMgs=4}LI%S<wUm1Q0*~0R#|0009ILKmY+R3+Rzi
zD=*5)qF&xF=7s<Q2q1s}0>u&_FIp^l#zg=D1Q0*~0R#|0009ILKmY;n2yED}!HQ^3
zojTQhRubS;dC|Rl_qtb3_g(4y@y8#x`oHnU8;6F5%zOCdFMs)Y*RM~1`qSh^%{{4!
z00IagfB*srAb<b@2p~`tfq~Z1b$53!zOFs#ulZkUopn`<+%KQ_>*>#2IayT8izcaN
zHJts~mYT1(B^_ePx7v5j87Ruy8598o5I_I{1Q5u#0C~}T3)4RW2q1s}0tg_000Iag
zfB*srcwb=s`t?>y^S0Y=bDyoA7u~&kw|nKZ-j$x8dFB}vMm>G{bXv{Hi>AdzWdsmF
z009ILKmY**5I_I{Zwl;LIG_bSn~PQMZyEKb53@o50R#|0009KD5g;#`jUH_gKmY**
z5I_I{1Q0*~0R#|0pgaUNZQ5i7HK$CO;=ZCh-A6BB(Phh)sj%qb!-w6ck@zlo(L@uT
zAb<b@2q1s}0tg_000Ib<oIv~0@S<zmiWL*J#$9_?cRW^da!eQj1Q0*~0R#|8EkIs0
zwGlNCKmY**5I_I{1Q0*~0R#|0pfm-1KHvA9zvNxDEV)@;Wi?|lx4#n#1OlpNx<`Pj
z;cNw4ShT*r-d4fn<@W8{mpFV)n>Oul{^oB!{_&4<AH9hrbr3)R0R#|0009ILKmY**
ziYpKsjR$-&r(gY-Mt$e)zxLG(R{uki!${|Sv9+~6oLGOTGwRfTaKP=y0>zbKbOaDU
z009ILKp;y2@}gM+(i{N<5I_I{1Q0*~0R#|0009I%D<FwbmF-L{=y}nTCr_#hk_dHK
zQBO~gs@d7u=~C11EeVS*Uc6ZKSyxwQ*wDP%Q%^l5Nm1+TgCG2$c|&R<fB*srAb<b@
z2q1s}0tg`BeSyO-4UdOKKht76n{?inT8DdxfO>x$nIQrQAb<b@2oyqqyl5em83O?X
z5I_I{1Q0*~0R#|0009JwAz+>t)l;AsFJ5$+?9rn~Rkkx247$`bc}v2g&ph*t>M$Q+
zQJDsLQIox(4gv@ufB*srAb<b@2q1t!DGKOe(dvI}QFqy|{Eto*93?VZiaX1k5kLR|
z1Q0+V9|Gh>^Px(g2q1s}0tg_000IagfB*srAW&KYlG~gzWr~&C+_r6-%j9coYprT`
z-+i}BHIuhw(E0P{=Q}JaGa)Z(vK`bx009ILKmY**5I_I{1P~}W0b5wK<-O3e|JrWF
zMCFG1*MHSVWVGb=lnEn%00IagfIwaa$cyHcm(CGD009ILKmY**5I_I{1Q0-=R0L+u
zoM}Zj@4x?kr#VZ)bL!NoR<%{DRykEOc`jYeo;_QIMeFP9O<HAEhrDQJZnQ!G0R#|0
z009ILKmY**5b&}<VpvpWtLH`KC6Q4t?;vwS009ILKmdWl3y>Eryg4HxfB*srAb<b@
z2q1s}0tg_0fCmMRA3v_ro6XJ5NoRQE$Prbiy}dnY9g~L=7Jd5Zr&U*n4<9yZm2n;N
zq8ZcC5CH@bKmY**5I_I{1Q0;Ln*t3RhO7Uf**ZQ{uA!HcMXh<-@}lz478wl=#=N;A
zW`zI(2q1s}0tgg9fV^k{kQo921Q0*~0R#|0009IL@S4EkwZpTnYO#Lptr_sz^q3C<
zMG=q;=d@|ltPH2zH6IKHZPOSS7`XM;TdfK||M|~t@0!1i#bW9#Q|V1IsOD`mt4Uro
zGdEfxfB*srAb<b@2q1s}0tk3hptU|U>mQSZMP;^$c~N<&M@E-V?g)>>y}2%Cg#ZEw
zAb<b@2;^IUylB3K=^p_E5I_I{1Q0*~0R#~6pg{eaVe9w>`F+m<@}eHxBBoRv0sV;4
zJMX;n*s)`gNJOR*3WelHDC#D933;}*wkDloAQ1TepT6FF^UcIM5*Dqhs<J|-^83-F
zM-%Jh{0Vu{oRiWa0tg_000IagfB*srAb>!z1SBjv?+Y!~kGAArL#vZTt@$L)i^^Mi
zWOU6ByNHYyYx@`%0R#|0009JwD?nbfxc-ce00IagfB*srAb<b@*$9k=;_8sh92Q=@
zqbr+Pl|<W$%8PD#sMq%K=r|TO*`~H5VOvAn%X!zdF8y|U?bOaKzwA4(bnx7+;9%Qm
zoIA}-a6Me-)mL9tVNR#Q-o1OBRv>v%)oSb3t%=pno;|B7Na0V}Qn&xj=Hh#60^~&#
zH-aY!Ab<b@2q1s}0tg_000N~bpoc}D`Iq+o=26=!obsYlt*&<bA5aq+wYl*U0R#|0
z009IlM1Z_#g={p-L;wK<5I_I{1Q0-=ECnPlst(D_Vc~__$%~fH=jG!5VB%-PJTIEq
zHszDKpKsYZy|3eVc#NCPO7?Sf;J|?!Z@f`Yb*i%5N8i}k=(4hO^P;L}mqJ@xo6CqM
zZ;=-@QKAk42q1s}0tg_000IagfPlvZ^swmS>)Hoe?O{=wze`?J-fh_6S3lb!GV1Z|
zW_k!9fB*srAdn9M@}l`rrB4J9KmY**5I_I{1P~~U0C~}joh#&g(MTXJM}Vro1yF^&
z=0(*gOTN{9VP7!gJ)&W81>_p~ojZ3{S6AP5+ijC4Po6ey+Wh(R_wU~yjYi!kMqbq2
zhj$S`009ILKmY**5I_I{1Q5tfz$7dxJukn$!}{S&!+L+xfryMIW#J(L2q1s}0ti%y
z0C~|0*=UxD00IagfB*srAb>zw3Xm5q%Wci!qBj4cSEV=gLSgcv)`;ux?GF1nX*7qs
zN>`Z(aK30JYP3NB0R#|0009ILKmY**5b%tEVOUh=`|5o?*3V?l?Q;BQyhKJlv$0GB
z0R#|0009IFEkIth(Bh1T00IagfB*srAb<b@1s9O}!Btjp$ISkMkI#U`5omrlr1t%t
z+5M_4h0OAzgY5|iOUB1y(Xr4_tnb3;`Mp8;bS?a9lH*KkzTW2VO=w#j6-KR40rH|1
zy74R<0R#|0009ILKmY**5GV_Qp^oUhFI@Tgp3^n-YM~n+yz<Y7UGkz*S&xiL#8fq>
zfB*srAb<b@2$Z(~dC~ITUsi_z0tg_000IagfB*s_F!!Iv^P+D*O<uGjJ`|B)e8HEm
zL^of%zh}5Bntfh$sM8?x86T4{>groN_2Hzv_?vB!0H=&r#AnZ&izF}V&3$232q1s}
z0tg_000IagfB*s}0u8VDt)H}{42w!{hIvt`sUoAZuWpHk`MHhBR!|241Q0*~0R&23
zfV^nQZy^gn009ILKmY**5I_KdR08BhQwf#f`)~ZF&-#0WIiG6@4afZ5h02Rsmhmz5
z7a1xzDzVivgl0)4B0yfWL^g_PB7gt_2q1s}0tg_000Iak5eN>%Uitrf<P^|>*3l$y
zPkdya7nOFWwvNa@`#rRBXks6{LI42-5I_I{1j<%`ylB~OEek^c0R#|0009ILKmdV1
z33xd#8jp?1wdrz?`Kp^b=Uvk}>#7#{C6}B3Y3|AYS6a2yg|<KGTQRvq@{rQ-#XGw8
z)eQPlHB8=JMo;C`g)=(>n}5-}?7QtUhlT&#y7sQ_y4oRskHI0F8I5S(NN`k2^YpfW
zG%R#p^!>SBJP=gVunMj9A@fyG6M-BGkQdD%CS4(b00IagfB*srAb<b@2zXf_t-Pq0
z7sA{SKmY**5I_Kdd<c*i&4(&|B7gt_2q1s}0tg_0fTsk^^P*N<)B4@tYm|GGsHbXm
z@{JLvg>QYdFR|Li{lSG_y>e%|9xUuV7qR+D+N!%LvgBLsdVRetq0R7c%xN0x`Qf$0
zYCd~w2GsM!Lee=%2y^b|Tl8`DvIJR+c!$?$C@$euYd&j#)IIk8Wnx9iiwfp}rGvW6
z${RWog?WNN0R+g4766$c5I_I{1Q0*~0R#|0009KNAV6N!3%kG^5I_I{1Q0;LvjXHr
zJ-anb3;_fXKmY**5I_I{1ac){o)^`leTI3_?NvV2s&R{BUQ}I=E|slne|&C2l2COb
zh2FDQ@}h~YB&ey^Oj=&><<^vwuU|8)+U{B4mKRN&!=8l$s;yID`Sl%g3w*A2Fs**x
z{GTg3Qa!18#CK&5#mbAuqGKw&YFU}wo0isksf>V$0C`apCF&r600IagfB*srAb<b@
z2$X>UdC@Z1M3#U60tg_000Q|FATOFfTY5$S0R#|0009ILKmY-c2zW3rDkqUTB`xK-
zQ(m;?(D*g$F3sgFiEGN8^)6o-=S3SgyUkpmmE2P=M}4}?As=tG9SN&BG`!+hLli47
zDib)m-mj)4g+nWc)T}5VP%r`Vq6MR7AOsLV009ILKmY**5I_Kd;tG%#Ev`SKBY*$`
z2q1uf#|6lXdVGVJ9s&p;fB*srAb<b@2xKqdwY=!I$9!`1rIjIk^}e3=hVbPZ<dY>U
z^|L+Y;(K)k{N`Wub{r3f{c&j}xllPxwEo4*_si?K#Ix@NT<9{(i|R9f>A$)poEaXu
zJcrn5T#n7$S2L*AWzA&EBYiG&$oX5*aD36VZPw7MZ|&4ci<lP;_+t9L)K2Zp`NHWC
zfs_K|MN<+{0RaRMKmY**5I_I{1Q0-=JOp0<RiE{vnC5pw<*_1GfdB#sAb<b@2;@+J
zyl4(F=?Vb^5I_I{1Q0*~0R+4$;I+J{^&{)qSGT16skNRLwOY-)rnU1#IH~hcXLQ~d
z$0MUlzulg+n)NWVyr{}O%9)u-JC`}seEmvd)2gh_N=;fnw-2{JdF3X08CqtdcV5K2
zs7#~g8xu_2kABssO&Nh)36K}fl_dQjfB*srAb<b@2q1s}0tk3qp!IO**?(<YcXxMe
z!ViZ$K5M3j00IagfB*sr6i9%)Xn~*^1_1;RKmY**5I_I{1d1o%&Ag}_&Y6-VF)!NR
zJnGWw+^&F%bV@-^wsfkTO<uI_g<+>|<+;Bns-JZF@;%)ym2>!(9Js31{@!Z)o$tlX
zi^@5xYHsfPl0y)>LO>TFFRE)$MgRc>5I_I{1Q0*~0R#{zbAe>{_>}pQSsnriAb<b@
z2q0i4Kwi|$iCPFCfB*srAb<b@2p~|x0v^nZZhE-a1k{!n-T&;Mdn-A(QVt+h(Zut+
zgHH7`&Wk?xy>|Vc_oV$FSvRcaAO*>4CaspkhtWt}o#DA+a!29;p2f|J9#}f4gZM7E
zg?@9$LRSbV0rH}Xf&u~vAb<b@2q1s}0tg_000IagfB*srAb<b@6)Qkqv|_iOg(H9f
z0tg_000IagP&on~%!~Ri86^g7dC}0Y<9VTKH@8k7KgzPM)_%;Us+MtH^z6=n>cpuq
z8j8=px<w@<8#j+Q)y&oNx1Z`)!zHyXZeH}nrV%wgDRdl5eY9+@WatM0OMtv6p9BOD
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5FjtgX8-{N5I_I{1Q0*~0R+lkz-xI?IRZ50
z5uMhi=y}oFshuV}b@XMwiYC7GxX-Cc#(7c6f;#o7Ki6lz{@xz_t(=#;PDa#{_thjn
zg0;AL(WdPIHA5*h9}49hfesOH7a%X{?!&tXAb<b@2q1s}0tg_000IagfB*srAb<b@
z2vmXqdC^MPW!8uQ0tg_000IagfIx){cr7n#cp1Iynx4AcHFv;dAJ6Rys%YZI2OMv`
z&nz#x>L#Pis?77uj`4)#{4ced%sjI?vC;Um|I%hHdGU4a@-k^Zp2~~1kQYt5Nj%J_
z0C~}T>e4p?2q1s}0tg_000IagfB*srAb<b@2q1s}0;M59UbHm!iCH3m00IagfB*sr
zAb>y?0$$6D9$1q649vtO>Uq(I4gSOmiBB#a45_^6hMzhf?3r0!bbFQKfu**Y^qw0(
z^Hb*I6yvnD%HZX$IRk3F-KQf?Jrp-D%6;@s`@-{r36K{p7&QYSfB*srAb<b@2q1s}
z0tg_000IagfB*srAmCX6@}i#I8YYGS0tg_000IagfB*uy67X7HwBZ$_<fklO&x<y0
z9x(xFem9SK(Yo3plQ~G8fG?(EoKhI^#S9y!RjsFKJe9g*X1`0@;^svUEFIJ}d>2Mt
zrpj9g<U@eGXg*Zw69EJeKmY**5I_I{1Q0*~0R#|0009ILKmdW#5+E;HTKmOp5kLR|
z1Q0*~0R#|0AOiuf<wXsXpR&>kdC@J!&x;=agK5$=JQCLvl0%)*3^vZaiJVy~7tmXy
zEV{NW8cu!_z12x^^P*cG>C-g={dq~xx^wYvg$s}ut?&;3%SQkK1Q0*~0R#|0009IL
zKmY**5I_I{1Q0+#1jvi>F+czT1Q0*~0R#|00D-a>@LXQhEcq$>;<db}+^cT*X^8|T
z=0!VlpBH^^^^gi-wjK_-Ppr6k(VB0xsi{gKPF&P|w|F-X0^~*WfJ&DLAb<b@2q1s}
z0tg_000IagfB*srAb<b@2$YxrdC?NvFs6$D0tg_000IagfB*vN3*<L1`lL@q0UMoz
zpcy1TWuY0g^2&Ym{dvESetXrpeD$Q}Sy#2V{E`Z4o1|c?KiHl;&f0b)thdVSl+=K4
z0>ulrccuRkrUe4o3Xm7gR*?1xAb<b@2q1s}0tg_000IagfB*srAb<b@2$a46dC}6}
zLsozQ0tg_000IagfB*t11oD~}HH>r`R<o@ngI0OXi*B##x6RP$W#9RTp0tcc+%AiE
z>csuIo)^`}%Ah>hHkx#-oa99tHu&`^)zuCq9gBwu<W+#YXkK~g903FnKmY**5I_I{
z1Q0*~0R#|0009ILKmdV~5FjsF65GTi5kLR|1Q0*~0R#|0AR7Vmyr>*dsiJ*DW>=`M
zzO_>|Df{z9SKrcUxDjV}1{BM@Yg!FkrB$sY@}jZm*rIDETt@G7mT6jRr!oTR3Xm5~
zSB&}yAb<b@2q1s}0tg_000IagfB*srAb<b@2$Y`ydC~IQQ&xlk0tg_000IagfB*tE
z0rR}*;_KQ~%CYNY#MV#Z%Xn-|kC>KyUQ}>KLq;csZk^tzBwzk<cOqT(Pf8*$dT_;%
za*)ERn@j_@+56A~0=fWsQC)*F0tg_000IagfB*srAb<b@2q1s}0tg_000NaMKwh*m
z_nlQEfB*srAb<b@2p~{V0_J(q_4oFubYJ7<k(5eZrzYIGUI}^8^Lv6RS>*QlIiDLp
zsrAIB)RHOt%(B8zXH@O16y&0LlMb`IkG|!-kUpsSxF&O>4gzTjkQYshi^>QffB*sr
zAb<b@2q1s}0tg_000IagfB*srl%)W9(X!lD7KH!;2q1s}0tg_000O#zd0uq)ya5&P
zlkBM8Nz$^MoT=(dp%U_<D<*f0r8;5s*lT{BWw<MvRIiW^{oNDtq8-Qbo)<m&`iPDo
z<&6*a7IMjqg@7(VUR2khi~s@%Ab<b@2q1s}0tg_000IagfB*srAb>z+3Xm7A%zbCo
z2q1s}0tg_000Ib9lz@3&wB^u*10mgmj^}m-ZGpf_$cxI78#ee|K0kr}n0~nE+Pm^{
z8NJH{lD<{Ayl8x^`*dW@54&uijV0e|j|5W%ZIe!&hX~|CfV^lf6zKy21Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~fzlQrFIw9B$LtY6009ILKmY**5J12{z&tN1i9S8%_x#PB
zqoL#(zozX0y{1*Jki4iY)@h~w-ss|Qw&^n6O%a1F%6pak<wfJMv9Leh-!j_#ZfMus
zftqhjSiVIe4@Z2lyf2ag5O5YCFY0W=I|v|v00IagfB*srAb<b@2q1s}0tg_000Ib9
ziU4`hO4(`Fi2wo!Ab<b@2q1t!1q+zxMFr`dS^aw4aq)HS=l2A|BUe(R;o(?IU1;6i
zSFWL7_TBc45A>?~PAN+1_Kn~4nN+jwQU<LgwWtQ#@Y5b!hw5ehnqgIK&w>H<Jh7n9
zVe9n1>PgL3!}a&}bTx*pJgsCVhdQGNR}9U%szr4xg+KgXuiU_%lf0;`T^6W*DGGhb
ziDlUZ_4!HU<p~0X5g;#G7-vR7009ILKmY**5I_I{1Q0*~0R#|0009ILK)}la<VC%_
zJIoCM1Q0*~0R#|0009JYB9K;IG&D5fI`zc(pL!y>!NK<E_9~xxQucXKSzyB}ezjir
zg51FFbUJHJwl%FzY<bbfO@5Q+ZAZfHYjl5C1TO9mnhZo81oACFUNqmr^p5}n2q1s}
z0tg_000IagfB*srAb<b@2q1uf_XWs{dVi0YAp!^>fB*srAb<b@2xKXcR$f%bGD!(a
zSX55el**Ns7nLR3j$loinOyd7?ZH70-N0_ki@x#eK9diX$tNLk`Ex$kB8Ree91o9O
zIhEFADC!`PUjg!>`SqoD1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R&1xfV^la>=JWC
z009ILKmY**5I_KdtOU}{i^^dAEu(TcWMUN1db09{4!M5ano|YlMP=b9HjT`_dcxK7
zx|Lj8@12uHt!=X9MK}MV*Lv>$d&<1%+|RcxzOMcGn>#l>+`IqT!L#oK23kks9?HqO
zua9>tNPxU(1#LD<MF0T=5I_I{1Q0*~0R#|0009ILKmY**5J12|fV`*!437~&009IL
zKmY**5I~^f1>%<v8h!hzeo2SQiIEbI{QZ;;Ia;&xL}i^DDMw|hEU4T^uRa!%2tBoR
zWaERq5}2%>)I9H+)-^xudiVE3!(CUBw5q0e3Wr}Bw$`$<y5BpqVkQU_K!Chx0gxF2
z0R#|0009ILKmY**5b&D7;kCnZMUM4rZ_R+$rpJ5`KmY**5I_I{1PU)eUbOJ$jEDdN
z2q1s}0tg_000Ib<kbqNOw1k$Rrb=E^QBbHf0rH}iw&Sc90R#|0009ILKmY**5D<a-
zHCO)Sto-}gJqyT-@}WQg0R#|0009IL7$YyrhX4Tt5I_I{1Q0*~0R#|0z(t@m@}hB<
z6^y@?c3#x1+wlP?A>dU3@}ged8Rmrm0tg_000IagfB*ui1>}kobx39o3oqW$m3r(F
zuTidf(RggEzj^fdM*qeKdgp%r$^oj@XCvJmliP*dKU8w1&eCtU*G}!+^2@#hO9#*G
z3J$i7$^`gA009ILKmY**N>qTnXo+qd(?$RR1Q0*~0R#|0009IFBjEMCXnbtrgT2rG
zOWW~3_)~(Ul^4CRFSzWx?Q5oW$zMyQ?3oG(cwB(IsK+;m=^=ms0tg_000IagfPjmD
z{D-+5kD2pdFWgRE)J5HMZ^fcxz2_oFU-qxRx4U|h<L4pWc}re2gO8SkRJTs=>o^`B
z<A+A+ic=o}1Q0*~0R)OIKwh-iJHYq|Ab<b@2q1s}0tg_0fTsmKo)?uP9n??t8#bhf
zjGE^~&+iG&{%niY^QD6!Pwx<uL%=|Qyr=;ZRS-Y`0R#|0009ILK)|B{<V7>ym~uK_
zRPw#*M?fxxbgeSWi>e7M`BuC9i{o?$r9J`(Ab<b@2p~{I0rH|n#Aj#(5I_I{1Q0*~
z0R#|0!21Fo&x;D+y1Tp8PwCwwqlS4=JuJHX-#elaj*9U9=ad<y5Fjs_0*JQ}KmY**
z5I_I{1Q0;L!vf?*J-j)Eo0>QCqSlY3<jB*opC2C;?!&-H2q1s}0tg_GjR1MkZ1iZ0
z00IagfB*srAb<b@2$a2m_w%CRk@%V)jvq1M5*e+3aoGAX{`M-L)5hsx(dYhmhrcK4
zRFmfjl#l><(GuD$riuUp2q1s}0tg_GnZV(-!?Uhxv3~8X8OW>?T9vebToJDRJ?V~_
z{UyB?CZ8yv=S3HOwRPJJ-<h`q{_f}>mkp|YmqKDg_b0aVMF-mxeh?HNi$%vmL$SUK
zqv!Vq<)bB|>myp_ny<I{dlTBakIlOXAb<b@2q1t!F$Bnq7DJse5kLR|1Q0*~0R#|0
z0D+Pb$YEae;{IUbkJB@Fvf#_DHa^41=vz<ttl?g|v)k5#^^&k?QWhSTfdF~YGT20x
zfB*srAb<b@2q54tP)_%5TPuwO;_VILy4vB_f8DqGmd^QKYMp&`%c5)BUiz=Dx1a7m
z`%ZxK3~e8Yx&Jht7ZoDgySyxQfsGIL%C^eo?*U&-U(0)|hx8vV>2H~oZF$k5PJ_&6
ze5~VGc=fHF`nXbF{LMD`wlx`)ItU<u00IagfItxi$cq*cpP>;z009ILKmY**5I_I{
z?+cVfUQ`%OBBPrg>a~87|NPCJiSmR+6HRzhHUi{D%VsNC2m%NofB*srl)Zr5yR8n%
z%wgfhJG#oAu59w6gKeX-772*jqG(B9%75pkb)=z0<J>=2^R8)K`tA1GshwMX*>_;+
z;JIBvnNNH|I?uZwCGw))-J5*QtO$8gYdP_;hFAQyZ_L;3@5$#{=^FtA5I_I{1Q5u9
z0C~|IAkqZ_2q1s}0tg_000IagP`(1Ck{6X7uti1>E+4XOi%VYg<QsumS6?}Yglp(+
zZoDi50rH|{u!$@I0R#|0009IlL_qSQw)9a>UdlbrWe->$dC{ITkqmac{>5R#{k0vX
zXgHSK^S*U@U&rzAn75Bk^lV;K0=LcYhU6aeRX24?BG-!S%H`%McTF0$)P=S`>02?m
zW6tMVq^)GX_tgyg4BDpb+@wM@96z%ou=y9g%f8z#6Il4qt!wY<uB#pL_ZS?)X)-`A
z>J%+6`u^lE9<X1g(^?<O#j@xF0R#|0009IL$d>?l(R|6$F9HZ4fB*srAb<b@2q1vK
zM1lO>N3X`QMMmY$KJ}Iqobsak7Z0kxBO@%Ti%~8c0rH|{vz06a0R#|0009KbUVyx4
z##>y;c~SXK+C2*fOz1Mpi>m)*Uh=JWxeeT8prX_<%!}$LtQwxqDp60>>f{?EPOIDc
zXkTJA`C-VyueK^fRp>nzQT-%s*xeKna8=({klbc?IQ7A=hu03PDebLs{E#G_!0BxP
zi3;1sRWBvQDrr)+gd!G-n-`UZ%SpV7MG7l#=qREFLnD9y0tg_000Jom$cv^Vq5=X4
zAb<b@2q1s}0tg_0KnV#*WOUiTjsJa$9vMxV7uCa}3%=6ksUtE<h@Gi=T!6f&$2W-S
zA%Fk^2q1s}0!o0qsG_LMg6(|K-%shNs~zq<5f1dnE?){CAB#rfLmg2$P*jeZ)FWzA
zHc4`3nHRN2Tz_wO*zbv;pzT9qm>1RE4D+Jft9+_e;}*xfXyO$ue|&C2l2CObh2FE{
zdC|m%lGW5JCoM1da%;-@8|J7JC$MMXK+-|=hs&?;2pMEnZQGRdmqpKu#-d|#@~SQ~
z(3<-2*ql4iAp!^>fB*srAYdp!UepkZY6u{J00IagfB*srAb<b@r6Mrmi_QDe_z&t;
zWHd1^s)t48KKh<B;Zj*6^F$ym0rH}0aZwoo1Q0*~0R#~6zJPw{pPYQ?{RuNeLjfx<
zDhERDo;NVu<#y$_M2j~**sDj>Bta^<HTN%DUUaZMp+S61ItdNM<hJzldxP@nN_sYC
z&DYyfCKcUhl8<-2mKT+iNc9b}m0j|pEr&w3%1$pOv3WU2?EIBkUbJzu+syUJ$UXJ)
zQFI=^5bqQ{FDi>Xy56s|99lV4h?O%20tg_000IagkdXj+(Tvz=ga85vAb<b@2q1s}
z0tg`BX@TLMB#}{DUep#A?LJLd)YE&)<gyVUFPe=WZ4p2K0R#|0009pQ80O+UICG}t
zF5tT`Dgi&k0G<Q|*G%iuQ)=gS1>F0$<wb`&6Y`>o?c-w|$HJ>`?bHX7^5So{MFK?*
z3fd-X_<f--#4z=m!TF-w9`jXCYPQCD^}e3=hVbR<;~l{C<2@y#s{-Mhf6?1<Jbd{y
zSNVUjF`2C#Eh}+ieF<mZaoh9^@}m08U;3{u`OL^oE;51GXk3oX+*dQG)@4m&%OicZ
zjVSO-FXTl7zL>r#wNpC_jKFXRAb<b@2q1ufxd3@lb1P~hfB*srAb<b@2q1s}0tl3l
zKw@N6&x;ZkEupPss@V&W7tP*~9uPnP0R#|000B=480O+UHD@N14*|KGUQelQeKbXK
zFO$5eHShRX!z&X`P?T|ByT2zNi^{l9!|w}SEPr`XYn0hnw=};SO1UCEFKRWE(_%YM
zB>!ivlJcGR#qr4K(r>rB^q)aqRQbr6nMr$=3CIDns+tt^vr>~b$?HQe<V9tHHQ$(E
z;(qRHUP0&_0R#|0009ILa2Fsi>h8n42q1s}0tg_000IagfB*ueD`1O^%HN?_f1UBn
z{~G@pzFb4k$)csZ#mwALfV`+76x9$w009ILKmdVK5ircf6=gY+l9GU&oRPTdrcTMc
z$ytc<OD;EepNzC>sS9m?(zjxA$DGf#NW&NJ=#rBR<-ASzhB<sU8jhdY5s(ud<%(^Y
z!@_@VU3*t|UG0#+$KVjo9L^)nu6{qILnZeXU*{Gbl#Vmci@rariwA;gEUVC3pE?Yg
z=7KV>ZuotnFCpJ~Q2{quPhwuQzuE1RF9*r$tB}JjokqzxFIxA)uv4G%T)rvvV@_Yb
zr`x4+zTfglUR2ImHQbbZgU~+$2q1s}0tg`BE<j$?-G_G(KmY**5I_I{1Q0*~0R&1~
zz!n+Re{?Tp!lEU;xlG<%fV`-=6*Un+009ILKmdV~5HQTe$y%(qruDmFG)|(Ps@2Ii
zMw~$8D9glZ7xxDjezn#1UtaRE_guv4CuythrpS_SUHSKYiESmcdHEvmR9}bJUcRT>
z`n9)az@>W9Ih@`WP?vxw&Ow5#k|uTOvxslWe(4i-pGlT^QR)1^(m{Q=l{a*_k66fe
z4Zkn+`5S&yWN;t7jI!zBUc=?v@}m2n9dvIf`D)2jtA(839dxRnSzh$H@3qSX^zL6r
z)(xu(NWtG-v{<!A@}jnHjY4MK-FJ$25kLR|1Q0*~0h<7MQ5y&^5kLR|1Q0*~0R#|0
z009KNEHE01%Z+SKznXRg8aMfEzv^Ecp7T%RH?^t1&XB)G{Nu7gTV;89YU@bnamOJ{
z{+iOufXuBj1;~q5=DxFP1Q0*~0R#{zV*$floCv7@0=gXN>NN^<We|;P+;TZq`p4%c
zBnkDQ)pgZ+F3xHtK~248((-~Yx2BxDVJ=SQnK*|%3kQ;pt3O<ReMiV3wp#d4-LARg
zlb74i-6xQJUNjaRlap6<nSoZflQ7-qliPO<zc2L3r~F)5GtA(dLPqgjGL_LklhV-S
zleTsG_-U4M3a*o+;rE4Y0%vyyoH|s`<>xc<c~h8;n;o;|s!5&-9?6TI*fgRvq|kB9
z=xEtInb0i)2q1s}0tg`BB0yf$1&6l~KmY**5I_I{1Q0*~0R%iH5a^FBn)ugJ`j6rZ
zQ=a#QmY$|72jh4Ohshw|B0yf$1&6l~KmY**5I_KdQWP-E#mUn2|4_<bG)|JAauTUN
zmaXiR7i~Edvek5YDRE6XQ_<ziFc&91=+QWtx#ZlO2DLqxd+H@4=Q4+)y!Fz5b*Xv2
zct@A}9J0@gO8-aK`_+h2IJD9+tmr<OoWE=MeW6c2f8P{x{%6V~I+cL_nXH}Ksh+zO
zj=ns;3vWH{bE;|heW6c4d<;M5daL#K_BhQU-_Jdg7j4=;A^P5YD3tGo(?0?TAb<b@
z2q2J|0C~~O+-QXW0tg_000IagfB*srAW(RLmiJ8mCQ<*}pPZMEz2-0c+8GgnYy`-Q
zW}`=21Q0*~0R#|0z=HyYxj31*{vSm7i^gqx%vU|B*&6HB`+C|N!k4dRNS3VB17>oO
zy1D{>^DlZkj)%kkxU`a7s7zI^ijZ3&^!cBC$L-8R!(5!0=yT9#F2PHQQ-((_&mlG%
zmt!;c)eNe2Su@%4NS~)Z57BU3CrWvbc~0`80bfiX)G*&z05`+$3w`qW`=&6zjNbN{
zlmlZ;tj_HUs)cNP!13aH!|x0In_|^XMuAnC<e44g3Ca0iYBia5KI(WgFDha9d@Pne
z5kLR|1Q0*~f$Rmyi)L>~4+tQD00IagfB*srAb<b@g%OayG~D;h;F=$HCH?jL8#)$z
zwRPT?lKh(exe0&CX#JJStgBm+R$lOx*5#8sk`5sc-+rn;5=i#9o`oS`6a+F7ATOE`
z8;uY^009ILKmY;n3K-_%WC1EsCWZV(<E&BSa_Z)HQ$(cnSen&Jj$!OPk^JK3q0Z>M
zFOL7$+|qBiyKISJE>3z#oP*3n&df~Oxy+&F>uuIlt>4vIsY&Y>_~FUdCmfF2b0)=g
z7&*y{${K6FF~P+B=+}ao7=B;qyP3aliUUgq%@?kJCL1;+|0vpeyL52;U({~+spHw6
zhTj+Z1h!W>o>pp`L+`nWjwvZ?TZO{B^hjQm`{)a^-Hd_&0tg_000P+ykQdF~kRA{~
z009ILKmY**5I_I{1iUP;fAOIH_ZNEk^<R7IWEd|qGPjZzATL_d+sEV)KmY**5I_Kd
zL;=HGoHW$`3n+ilIBOKiA|_7N_C$}RS*`k;M{RZVm*;kkA7Ci;<z!3!UA=6Wi<2ga
zbEtb^SntYK_V+~flTKg0r`uMcST7^NxE$)Jws_@@sgH%sRbEuiSykh@?@J+Z48Je*
zndk4DqTv;z*r(;Ae<m9@kC>oIHd`$uw|UXJ+98t(NFCcrvm?&mo`xM}R?Q=M(F02-
z{Pf9p!R=4B%vMS(1Q0*~0R#|0ASVLkMRUSPCkP;b00IagfB*srAb<b@-W1ToqSceG
zoJ*tMCrD(}n;XZhaw|YyG`F7gh5!NxAb<b@2oznwFc&BDREaVv<S!a0og3c1t>@yT
zRm%I*<={#=fK;vG{O+I=e#Uvx=f2l27tp(Z9a%T5<{$-schtRpA>NITy?S4dJ}cj)
z)cLer<wd<2jWhhd(9!buO<@@Ov_2~O_eJBDBIiYq|G_lr8Xk%3m~t3zAwKyDV|XMl
zY7bHOJBHg6R=@)U5I_I{1Q0-=paSGY3(C!42q1s}0tg_000IagfB*so6wt$>a{K)H
zA9q`Sk@5Tg=#-o2)n95587<(RFjR2_$cq-ooly}$009ILKmdWf2^i+$WPJ4>K2peE
zG)_7<2`kEc^jw^@3Js@@RBfF;ew3xl$%h%|MbGXGq}-^{P<-~)SN;W}OgpV8V9L%j
zt8jF^UuL3y?X4Lw=_gltQS+;}`&&jOf7rA=5FALo*CtDFsblzkq0pp|zi$e|*r&A|
z{rkeOVgAk+mCbcQ*58T*Cgw#uDmpJ(^NlwBqa|5)z7RkF0R#|000D0bkQeplzA!5U
z5I_I{1Q0*~0R#|00D&w8Y+=#v)8S1I^;$o=fBxpq;hq?g(JX~&UP1!oMN4S2m?{DY
zAb<b@2q0i0V3>=OuJrs;{-SYm1Zc`5I<0l-xwzV?sqashR!3hR4@SQAxX;Na<GiS3
zL7n>4pX)PUe{YZeR^iL7hsW<Cmo1i?=woI{y<Fu*CI6{^w3-ivk|K1Sip*EX!+xfD
z)lHo{tNYLG3Wohg=1Kc>d1&~3q0ij(o8n2IYUPsW)ITIH)e@JGLBsszMO{+awwVX|
zV~Rxzm3$w4z&C;7h1<JqR=h+20R#|0009KNBS2o%JA1)Q5I_I{1Q0*~0R#|0009JY
zC6E{vm7evysJtXHnk#Mk@xB0gQSa{&GeiIZ1Q0*~0R++#FwDhCpL&|hG#Xcxb~MiL
zGJ2Vho{QTx*XT%0i5IF>Y<!^C2`aO^s3aJjI<!4Mvtv9VIsZ$ows#BpviEGHdeZpG
zqKmF=3l5qdWtgYDXp2K$boaagwRd_!<}YbsdH3S}U?iBc?5N@Qg+3F*Zwmc$>k<St
ztd{s`$)I8W@}k?T`V(iE^hw|Oh>jVJ<ZLUG4(IgH3-{4CY#5KVi-~#W)@e~ZM*sl?
z5I_I{1o9_9UNnEU^o#%k2q1s}0tg_000IagP!xe9YlqceSjaW>a<Zs34O?DR9@-+K
zZ$D-FcOpeu7lR^@u>g6|jOl2I00IagfB*srcvHYI7blZf|8XP*!)V<0^z)(zmJAv~
z>A5&bSedlCba4DE%?&?wJlHd{yr?YJWDft2y*m$*<gD+6zn6Et5xX0X4ae?AIAVAI
z*p1kDm&@k01><&0%~AEr-Psz=8qG7+Ao7Z1aLy78xT6bPXCw=t4rE`xcTA2px<r
zMo1%Rbf9y3rjO~Fo|*2R?&<F7p7$q8<Yd>8m0ewxm6i3GP~hyWCo`Yt^W@{|%KG;6
zM44Srt%}AiFZCxHw|D!}SAT6J>DHLpb!H;p)S^FYXSedAIoG4#a>c3;T~h7z#)&T*
zx#&F;KiaTw<i`ir892;2E>3vqVZiBpOQ>J)_VJ|7mCuV_aCF`f^^><A4pBcp$#9?k
z^*t{dv-?JDJGnz*W8df+MrEJaT$TU<0t5&U7+wK+(c$fTEhj*L009C72oNAZfIt-m
zp1x!LgqOVV)lWJs8f|UNi^k5n$Y{>*E2}7{O;r|<7p-#dY8wFp1PBlyFq8s0b8%sl
zjxhBuFB-AHoc)l_i*CJcf1abdJC9;qF<poJ(*V}3H{F+|w<Fvbsl235zxMKxh>zwm
zOv-dCFM8LR`;uzJ#?&*-tFd%oCH^ooozF}k)wmr|*h~Iw=iO)R8+~vgGI(qKmvdZf
zeBEer>4`@d+g@d5`B1tEmCuU?PIO#bmMC!J=XNKOmwsqxo<n+3rtf*td(N3o9AYE?
zti`?1a83dQ2oNAZfIwRTdC|5+3J@SbfB*pk1PBlyK%ge@lZ$8K3xe8zcW%hFY96|R
z1tKhZ;;+6C7Cq@VwkI=-)~eAoFB&gJWOT!84o?IjGFou2xm*DP@}dPGy95CO1PBly
zK%hv0oVmEDQaZ)dyS!-5<Y&|;oz=|9-K8;mniqZen!HKZh5ajO%<1v9#~IVDTKjg)
zBYN^H4u?f!TFzD}&5Uz*D=&Kev4?|#!7{gJIpd;>b1TpMX#TdZ?v05nV<q}DW5)JL
zzcF&zF_ZV5Hyx4ANNnc$mvdaiX_M>bxpgNVTQ#+8#(mqt?OkhE2M2a{T%;=yIPr9)
zEqF`@o1W@6rkrhiNRJBiH!m9V;wHCKZ6iimk6P-q1PBlyK!5;&t_aABc7@SN2oNAZ
zfB*pk1PBlq27&x*+YN(83EP+si+<ye#%3q$zr1Ue7mc>W7k{z-UGjuqWVD3+t4iw;
zkQZH#o?{6RAV7cs0Rkly$eD|ankOG~Vxxz7(d+X@#nQ2~jNDz?yt}!$ICHuV`9p3I
zdQ4;HT*o}!ko9cO?mT$PD-VZ7BXzm+iS`p?HeRt?dC~MAT?R|eJZIGBz|3+iVjh!@
zp7%e;(w^Ddr~HrYSAA@9^S5SpJ-K+O^~{$!$Hna@?M*Hh+0jO&x;-&-W>P*jGVa^-
zt(8%%?)>p%2M2a{T%;=yZ9M15u?**0{U5q&Hq8=w=Eimvv!{=F(MNCCpGJu7t3R=;
zm{z+A0RjXF5FkLHV*z>5j_DjofB*pk1PBlyKwuCBVm+y3hRiN*eEYo<gQ&6AI#)F>
z8ei+|*|zlX)w5TBd{-=Hm%cI9N)%r_r4Mi1j)n8ie8cF4?-;-SuXo4lbx++kzi-D<
z{_mAC>eDtX8pj^ai~i|&<EcbO8%^w~jDWmoWx7&B2oNAZfB*pkHG!PDxG0>?GUd&S
zerYN>DkJlj4wz*WtLw53j_PhMF6xu6!y4A3-?N;s#72?p(MQLf`l?l7(TS}cPGH!T
zyy)E2DvEEttHXyvah}I-p8MVxr_TQ4HDpIO{ML?Z{%Y5Qm(ET-w^WyD%sDPb?prk>
zWOmRo9$cjRJ+?FM_VlflQLJuI)ZLRg5A5!^NY}j9-t0f5jTvRrlZ#&b{=O|nA9{Vr
zi>@5n`S@b`?~ZF|XS{xNalUn+xv}HzAwYlt0RjXF^g}>iv>)oONq_(W0t5&UAV8pR
z0+AQ3d&=FFA3OePpl=WzUARhl(dC1Oc0IKiU$0zt%+8F(;MVF?_r+7ryDLJfH-2vS
z*ux8TU-aa^dY-UooNd#_eYGlG^U3D3J&26vH&=471mr~rtH0Ei009C72oNC9Rv>3C
zF3ywwT$VF0nof>oMAvc_t7}UKM|C$B7xhWk;g;j})YY)nkGr2<wJ3Qk#@(u9clSpy
z^|V*-NcZFDgB^xNqhfU*+o#7nnG-USgz5U^&)jCn#009bG<-Z9h(9t-pFDf}^xxZY
z!{6+Vi7so?z2+Pjk?2dG_M2}TkH=+A>-NMgbLo<`?XC}sxODoS%s79#lHDB_=?WxG
zZdH@`|0Ek<yXv0oY_{8UbJnw6KwdQd(s^NaWzWb`u;2Ezy>;{J*2H3Gkumc1h&h%3
z0RjXF5Eya+dC?)i0W_Zg0RjXF5FkKc*aYN7*VE%w%8N$CH+lY_v9VUJx-XtG&fN5+
zn1|t+AI-1zqB+B&aoV4JXQp=DTaRz~g`mjjTK$zD2myJ~f#@ccBtU=w0RjXF<QK@9
zi;EM+x(~_cubfM$U-0(v<d9Z@u{d)&V3tv=u2CHv)!kfNUCl2zy2<hrb#<=&7^|o!
zEU|V*(=uJ(88dKh`0Z7}ypbOtSkG1JKDKv|7mdF^t;?_O8|@@?n$e0_h~%LwXRkkY
z_t$@CRofH)rW<FyarA_jY)fAH!B<*-@Q+LX@Ps`{$=KNVy3u&H5Dx@uwOW{29@%{0
zk`KJF41JtA7Gz1vXWZ=_+}^b-c5q;K$3?mVk=jlEviP!NCSx+&TAnsClX1h`bIx@7
z|EmN`O!u16n_YbAz|3;vLN;}kiTX4x^WbH(t!h#?D5CA@Gb9wr4bXJs@()iY_fM+}
z*-wA~0RjXF5GaX&yl6=}LNy2wAV7cs0RjXF6eA!nT8wk~uTsvuXzh`EOnDlUHsmy1
zoLf2hh!<An`^F!Q%}!>0OO+=t8rNMF8GX^Vz1x>^Rz@)br4^7DEp6AR7y$wV2oNAZ
zpfiE|dC>^MCF!P#M;F^(E+S#+{8iVZap_oE#>vz5>~1bD&YZ48;Ix`sGF^w*ju2fU
zdFh9WSbaN|{H~kE@VUF!{3n)mt*DE}b&wa0xM1QC8|S|@Z{W7BCb@oGIW+a`(gPRI
z#3~`D{pJgw{nJ;^*go&gV~>AtZhr4_(+eG#UbUQh#(82mL?HH-<ED}_8TW1a*2*Z>
zSfvgQOpl8*-Y^;&*T&Pvo}7RCTvvfDSFD;sHfej~M*QV(&JonKdTZJldC|rS<lOVX
zB{QwARW~Sdo-ipE0?%$*@4#$TH~R??AV7cs0Rp`ckQeQRs&f(`K!5-N0t5&U7<7SH
zA3S;N`TZ|vO~^3lEgjnWr}LtxzH0l;Uzqyo59VU^x4X}JVa4{^4X{?9x@YW7<``Ky
z6jPDJ_cFVmS$g`;`MA5{>dDQPY{c{_IoC;yrM^yl+4Hw++puV~C1+kVN~R;DdA?Cy
zE0ppC3KozTEg0P82oNAZfB*pky%xxy7meuwlaE@l-gn!IO+2=0)%A?bTV24c?U`!@
zIyfqwi;GG8T3sk-E-nsF*CB9XV#!wLO!mj>^I!e7!;eZHxwgGza%^WC5p=AZT{AvJ
zcXq1uQFR~N*P0iN*-ew%skRX(OrO7p+bf4ApIF>{;mnmEojmy!O`aswRqTZyU$pJK
zw~WVJqfgy7SC^=)qiA|~ghgX^&1h7~^P*At+rGNDDSpmzkscJaQC~L&Yg3=I{$O-|
zU-O)5)5@%KXQ}d{@&6D4ZS3KNLwWz=d7Z6yH~|6#2oNAZplbs1qFtkOA_4>m5FkK+
z009CO63G9>Q-vBmTur(96T9N;l34sb*0xKx{KprpnkOXvQl9O)Z(DMG@w9Si?4gD9
za)-6=AU3{sN6a0X=c4g-)sMe9o#z{h{CUy1?&ADP%wZBS+B|hohCs;$<V8!~L8?c9
z009C72oPASK>m;Ix1Y2(33^3#wC#mr=FFsgYz#wQ^qeEd+9tjpx@y&Qi!&2hYg@EM
zZd)M!%JTHzU9}YZlec!~!)YfU+kal&M{n4lzBgh!o-O?R#X|pY%z``q$iltnPR9Zz
zC;j^29B*Cq>VAxc#pB^ajEHA8&BsUnsPUeWrI;MDu2}M8%ut#<)+m2oH2#)$>bWM%
zqja1X4WGzG*ZxE|F-dR4jJt)+ELyw0`jr=rKdX<4n!owB@oPW5Yt!lbp8VlltV9zx
zp??Gj5FkK+0D%D&kQW`$j#F&{1PBlyK!5-N0zDPT|HV^JtKsCu3-lo`T5IIWp~l6|
zuKHN}uQJy}w5Gi1n$D~+fszZzi<Z2DRF41w0t5&UAh1?}{2$v#?prk>WOmT;soUn$
zd9c_XhP-GrbIawk8C?+T!lx$}z4-mTU5q|LaS={Scf?~ib!|G+PV%BFhju=`c+q<%
z(p8G>NLtoXml<>gytKTu5{<g+%ze=>>29j4ZQYMCap*<wp15<v-jRC`#2ER(KkSKg
zXdE8#$a9Yxi>WmukJ>gxTtMsEULtPYq-j@tr1PgJjq{7vE**)`$8Ovo!Qi+jBXE1t
z5!>TVh@@`z|0ii%Z3PGrAV7cs0Rja2C?GG|M|_tiK!5-N0t5&UAW&L?{9im3--P)4
z{aA`F)-gZ-t>f{SI-c;yf3diE+nU6IBbyK0@};SmIV8RUh-1I~-iaS=*f*8q*tRFn
zQ{dpj%1^&Pcim@po%P1isKBYexjnwi*nHvi>|}4JCCO8_q)gxPqCcy_vv<{hHM#x%
z14-T1zacNWenV#%Pyu<-0qr=|CP07y0RjXFv=Yewu{{!fNt`S;Vv4+0QvyD5%Urr-
zZF@-aqS4q^EuGzUFxJ0F%j|q&u~omUfB(YlN<1`3UvBGlT?>mw_44FJ<M~NcBj(<W
z$1k^iZSRKHtZII(Zn1O!>h((2-}d#NAs)PJyYIlAr|pd_Xgn-RGiGeZBbtl<Y-c1+
z182EJPiWeEEX*vQ_Ucu=^X#Vi_J=hq(JC+6tgL+m2oNAZfB*pkgDoI0I@tZE_5=tJ
zAV7cs0RjYiBar`#r&?UI_P_BRN}lRO)H6Bi(eJkW*5k&{?`|v>&%IB5)%M1R{JWky
z{AEqk1LNDAj3ve*w;9ja+gAQ37tbVBia97+m2X;s$8VmC<*OQNUfUBX*7#DR)d`E-
z-`~7wv^2h;Nh`(t9$jp{yl59OoocWI<V6Roztolh0RjXF5FpT2ApghqI8{uRnEsp<
z^8`M9$Na+n7e0i>$Km+n%1b`*!ZP#`R=oP-yOQ#)Qj~Gp&H`o~92Kd>q&}B_xaACr
zIoI8;t9h)c9kV9Z&VSi4lM`DPYI)koOvYN|_nb2w&jFIF$Hp~()!P-=AGl;DeYx0<
z>Lt%2@@&jy#yIQpqID-vDC+7^_ha-za{siwSNm09ac(8nosYch1xJtPY*#e%q~92c
zHSS~n%(xTc9w_<0x}hEQk3W&_Eb`jHz$`hA>JcD7fB*pk1PHVekQZ$wV?O}`1PBly
zK!5;&VHU{$#Z&q#gPeKMTaKGbj#|?fPj`P~Rgy3{No?$T@^D_X@ey}qHPeNgZlChX
z?QQFy^Sh_U3fyt(-li8#?>zfY#$w62zTb6y&x^+Q8Zq-~T4wL|_LIlvbdwj&38h%|
z1ms1l*QZ)UfB*pk1PBbdK>m;I0d-({)pF|T4_tNI5l7rNda&b<?Rh$-@gsBFqk5Vb
zjpq_ut~k7+cO6LGkMW17t!8I!+lrh88uOxcb!hwJn)0G;&sJ9;1UjC<GN(W<ipBGm
zCx19sTXepzMHxTFlcFm>I=T76naQ6nmT+zQsb`n!!pya{#KWr&3_BQ@9bCmB1PBly
zK!5-N0%Z`87cE0Cr~?541PBlyK!5;&vI*q>;wk-Hy=~sI*38bnc#4@w)7Pro&d7_7
z+;?~$lDebnevHIs_S_Mj<waxVxVj6q`Y~p4>Gc;+ZSS<c=S8E24_>zFtGfHnn{Hd}
zoCTh`?S=L3H-D>>Z%=YwMKJ;;6p$A!VW+4P0RjXF5FkKcJp%bZw%4vwH>+gRkEM}4
zi#Zjed}klqb2g`gSX!_1qEYk4c^Vsu&iaGV`F%bAGtYA7MPtSG=(w?m7fKkL%z5J_
z#pd=bKmNVB@BQDYv;TOkv6oxziDlof`Q)zXovG)RN`erxyf&?E#9X6|Nqci{bTBY;
zo>?&h1PBlyK!5;&vI)qGmaRwBhX4Tr1PBlyK!89Q1oD6JlzuebyS(Vl|7R*$J1pjQ
z7~Qh){POWF)^ATg;{N`Z_av*pU-y|^@zut{>`ELMxzMQX{oj6mefe|~V!DY8{|@q^
z>6(A%e@(<Ubk8r@wsL5BX(gu3{LzMeNxN#*xc=DP85Jntr84A2V=k0*r(F1s@oqId
z`u*;+_T7Hc-sf)v{|F3|fV}81^|rPWAV7cs0RlrIkpE+Q!m(#$DJF+Zf7(iKpZDgm
zSbn`$cnI^N(eOvE-GAcCRy`s}`^2*K#r%P1-}9pJ6lLS<M!)&C@oPW5Yt!lb;yFn?
zzR3RT+T<P^xQ*GJ2V;WS=-e}Zzva+K-v+hq(|>oz^?$wlp(|%>weQ`RO}f_<PvK
z>cyU0zBHA;V)2~n>D%Wo`}3X2sWKJ=%70oV2@oJafB*pk1WGF)FIw8JQ85Ap2oNAZ
zfB*pkeH6(5#Z&SyIW~Hi7p+|-zPO1=McT5Y^P;r_PdZ}z_#@BHk<$3@xqDa5K6>UG
zMjOi{dpgLACO$D|W^$hNMtmQ);kS1r#bP5pS8BRsG23Oxi$+T~yk?b2Rlk`krcYgk
zKnTc-x(x^rAV7cs0RjY`7g#wIf5uo_l{;pPj8EC;9yJzIYd-&xd6@pFF8$mf9gT}b
z=wmnTzxorqA}|?$-5C!PE_%<zz2{EPO!O@l=)NsXVBe0Vh=4{AG~%G?r!?8y5j2gs
zY1~D#lf~U6@i)lXlcUDnJNeVaJalo-f9qWnb!|)!iaaM#h5!Kq1PBlyKwz*0<V6Ro
zztolh0RjXF5FkK+KrsU4%!|giT6vnE{@$nd#Cy-SrRE2&9J=&_hv!eI6^_X*n-@NG
zsN=k7_Uh;HokDt=)2LFb3KX!vBze)8XEpt8MMkF-VB!)4Dj*;)T7gc~1OfyI5FkK+
z0D*1^q@Npz#&t`zI_FtA6pPNsM6a;`eJn$temar89U0D8=Kk@U=Q>ypeocCtFPzD)
zNxXW=pY6;O0*^;+ji*}Ypm=su*4(F!mut1>lvi$F6N|zG2oNAZfB*pkIR)fJb3!Rb
zfB*pk1PBlyKwzi@N|+aob<lElLHc{2c;+0dr?oopsoUlnA4<m}T&>D?mKXiTAC9(t
zL|?bwTr7yzst�Uy{7&U1#n~cg@r@EfT-I=5T%jRS}REtx8X72LS>E2oNAZfIt@n
z($5Xn8I9{gZJeUa0xO4NqR#j$;442m8S%yRlZveE7i~N5&0{f<?~^~ATbOD2SIM2V
zJN}~f<X7aX$xnYU*Y*-4_pMrXr`D)-4hnhEw(JTJAV7cs0Rja2D<Ci0Uw>C8K!5-N
z0t5&UAW%+$66Qr?Zik#!>F<5wLHB_cPv#FUuAKD;qm7UE?>ud9s|$6O7k%>9_Rr^I
z{jXRDFsaPe>-M**L$CLjBrp2Nwfhr|*cf{#*VMAT#&LcEgDW5}I=FqO<^%{3AV7cs
z0RmkYNIy4NXEd(sb#ubf3al(2n%KH<@43^L9kcVKUqAc|C;j-MaXXfVzu@Tc+rGB<
znIFwB&aJG!b>I8qRO3~e?m6@KM-MKvxnevtYdm(HgF;?({k`lA1PBlyK!5;&o(jl|
z_LSGj2@oJafB*pk1PBbMK-u!5Cmpf9?G&8}b^3ds3*RxG?62F1C;W|%#ADByZy2pB
znf%yUUNo|x$r&;>($&7~n8}QiJ$<PpdC@0sSvB?Rw)+nBwAD^dpz;FpqLuGr4J1H-
z009C72oT6Gkp2L^&S+fziz-<qf#s!@Sjj!sM!ERUc7FBO@@7X*c<IPR@1BUiQ;w$`
zZIhf$xpqFW7y;C#kF%QYyyxucrsqlTJnM~z|Cl<aQBA+p*|xlBXKs!nK!5-N0t5&Y
zCLk|b7_|!#AV7cs0RjXF5EvkVvgJkdFGe58>F<4F0*9vT`*$CV3~JM7>9O;<yPGdb
z-$7pV{I|9YtkzZRr{6!Ekc^eZ>Rv7E$8zRHV|}#31YC$fB?aU~E7`3YMSuVS0t5&U
zAkdjW`niF;XlI6wN(3VL8BZ<l+^{#Yppgh|^{lCGf22$=e*ex$oJQ_6(x=JUvNl!@
zedm2U>&}z?<4M0UGCO%N>zs!UUGvFZ$w@Z8c1Lz$uM!|YfB*pk1PD|>Kwh*0ou~-}
z2oNAZfB*pk1iCIzw!G+FXY9-0#`O0-TP~k%df<(p-<>=RZ`?TdO=HW=o~Cz@7ro`U
zsiqZZ+_~$i#dJ;bep%3XqV?@5NnX@?^y}+JM-!+QkQc2N@iPGe1PBlyK!Csy3#6YL
z$cql~jnMt3FV3$#vuXbJllETl_VN4^fyV0gm;U+ASO;hPk%d_GzSY0FrC8DrkutX9
zZf|wM+WvdaS+)Mo+*IotWS_{Z1PBlyK!5-N0s|r-FFGI{rJ4i?5FkK+009C73Kb|@
zUUbV9&10WUQC5BLbKU;NG80=DzVf0rt9Sk6J2Q<3c90j{d|~^QziJnX2lDC1`}_O!
ze7+=k(U@T)tugh?Qe$`6Lx4bj0eR8<R!R~eK!5-N0t5(DUSQR8gX^0-H^?tw>FxYh
z!&Y)(X8Ebx=6>*%J?Fh;yzOJC<QYh;I1`J)Z@zG5@`=SmscA=-4y>H{hQkZTC*|93
zylC6l!wVVs&)zkkKFKpbYQE-9#u>asfB*pk1PBlyFjxZeqJ!06YD<6s0RjXF5FkLH
z7=g0oMYlGKeYT=#^S#f?p;#a+{Up5U_NlMhKEJPiMuiUYq7Pq_H|e^te<fX$>G5VW
zoVIFn_x6`0FM9p4t0sV*+f&~c-D|Nk5f};qdC{ThW{o63fB*pk1PBnwC(!1(LB5mJ
zO390^MQeD=#$%1gzc+Wwm!{7Cld<%}pX}|^UcKY$PwaZ&;+d&um+oHuceU9E*1h_z
zcTS|Er*+*BkH6C8;}3Z23iy!#0RjXF5FkLHVgmA_73)yVAwYlt0RjXF5FpSMfzstg
z*D~El_V+%I-MByf7(8S9`+vWu4zq*2XsoMVcal~=F3zpai;fL-UUb82cBH!|V>z}~
zp7s+UkQR^^O>5XDK!5-N0t5&U7;=H^=LT!Skr!PPm%<@1J9+TY8}{G$`Q2y!{#xb>
zZMRTP`YB4|_SVb?Yw4LwulnDUx`_Y*0t5&UAV8qn0`j8O?q97VK!5-N0t5&UAkdjW
zZ}XyGno1sAXFRX&`0JaD17r2Bjjvr5L`-VZxN-c8x9xgzF%8&3UUUuX(eGI`pTjV(
zM?W{UisD=Enn?G8Z2|;35Rez`0L>u;2oNAZfB*pk1lkJ7i?$_FAVXl^=)s4sn!Vv~
zcAx%xd7oA_KEKMd=k(v*u{fVv-hOqRuKxJ0<RoXjesuMVej-4C009C72oR{6fV^nc
zdQ^J|5FkK+009C72y{cBr+LwgJZHM@Ig6zascmN*xastL$pi2_8<%`wXL`l14)UV6
z99KU{X=8<Jdv-s)n6A>n#g>opTb-dR`^&H%{g%sT(-iqLw_Oo%5(1SJkQc3Fw`vpt
z0t5&UAV7cs0Rj~fSUEKH+|q-W&R+9ZyJ8vo^iz>;ZQr?JZ!4?2&sz1kY<}-@tCIE;
zAV7cs0RjXFR6sypv;v)|2?PibAV7cs0RjZNE|5PjdcsRbk_Xq*`Ib<>;O*ndAw|wF
z8rA#iuN|&!Qitq~Cx1AX@OF?Fz2NBa<nZi`CvTlgYI4#M+p`Pz?$y5MMVAjAs{3Xn
zX4~jpd!3oUkO;_&4oOFACIJEj2oNAZfB*pk123?0DAv2#{H>X*J~nyEE4L>Pi`Kaj
z&%|0iV0mWKeEQ@uYwo}sY5)NO1PBlyK!8AN0eR8ZHeMk>fB*pk1PBlyFuVf!^P(GH
zH<~<Bo_KWC>g`SWR+bN?Bc?^>MX&wz;nlU0I=9_8>kmegsXjZ%i^lnv4&<6C^v2Ka
zPAYThhjupAD`02e^P=~hGo3iZ#`$l}8@Me1$0Z01u7JGg;P#!G6Cgl<009C72oNAJ
zv;q%bvp@ZiWS!gBd~#P)$+<nt=`-JR_H@%?b`l^!fB*pk1PD|^Kwh*O{iqcL2oNAZ
zfB*pk1iCAbKQDUOF_Xz7<*nE4Z(EIt$5ySnURYjq`~3%!daiZj-g94gPTpBw^yxd=
zPs<RI)b!k^k6hbcvMqII1^Sy89r<y6H|=;}p|gfKiU5JMfV^m0!!`i|1PBlyK!5-N
z0tCu0usFB!_2238+Vt_@rD?;{e-D23Cz{7fn;vK<0RjXF5FkK+z`zN}iw<0usW1To
z1PBlyK!5;&0tE8sMQ=Z8ZxX+Z>}cD%#mt#W`Pe8XFB+4Y#x#}b>#k`#R)?S6_570P
zo#jQ(Idbe!yBS6wx@tCErJ0Got-#*Lyy&Ah)K8k>8;Z6AN&x~n1>{9@LMcXo009C7
z2oNAZfB=D#2;6b%;b(5?r$+19KJP8#@szCb-&G$w{P*Bzy>Ya$fIS2V5FkK+009D(
z5s(+HOjl|M0RjXF5FkK+0D&$F<j;$a+_!2%$n2owQ@736J<~2GFZ$4xtJ0Wtb;$E$
zEEXTUo#jR2{97)c&FGz2_A5QP=*92v+hX)l$v)&oR}SrbeDR|9Ow@J68LuB*oNpJj
z&0zHs0RkxjdC?SxO#%c65FkK+009C72$Wr5@Ajqi!=k!pChPgJ=|if!&e)ee=Yg4K
zq0+LOsUHCX1PBlyK!89l0eR6}ObQVoK!5-N0t5&U7&3wUdC^GprJpB%^KIix2byR6
zp15T$U9z@aKwflVW_iPJt$X#Z7j2u^y3lc6G#cBgr7?5q#@DW@-p(f$`*^z*kQa@K
zEEZ;0_KYlTyZ69tU)#IkHLIFmyD?(t{wd#0^zlY;>8c6Hi&m{iwTA!!0t5&UAV7cs
zfl3R+k}Hjm(Ymtdv{&zFjDtRX$ErW^e(s*;%hp$#T;m83AV7cs0RqD!ATK&BJ*}Mt
z2oNAZfB*pk1lA&uKQ9_*{ox6F($A|mzHT%gGB50ZAvGFt&5_LqF8RO<%h1P~R#$)g
z@DuM=DattQcR#y3Ic-L<#%9$Wc-vRIvwGJ>@1D5-TQf<O?l@&{<E3kR(iMn_NsoW=
zw%Spb9WxoB(^{T3GLzHe2k$v&`h=H`B<GBcYyN6itJ8LOe|$9%mu~zoU76T!ED(Dh
zysYJPsXHE6NS`6vo<2iDkuKA?efftcll!N;t#&p7Ln|OJI<#G{;RFZ}AV7cs0RjXF
z44lBW)vNh5J~>(Eo?DOKQ)jY&_rdfz?>%?Au7Dp25FkK+009C7DkC5-TA8lY5CQ}U
z5FkK+009DB6j)PU^uYA0<<!%Um+Q78I=FB2;4Q~ZCHpgipy||QMzO|Lrw_dE{OJ>4
zwknXBT)Kme@BV*>Bdj^|qEYiLSIp+TR;<9@YIfGfX0CHj<VADVs<GGum&~-fdR<<$
z@!0G=A@J;``Bo>lp8$c51>{9LrgI<x0t5&UAV7cs0RjYy6o@}DKJU$A+0Reb`D#3%
zn|gMsu2HA|?&0-cuKiR&f6iQ22R{-ZK!5-N0t5&YARsSV0J2LEAV7cs0RjXF5EwXt
zHRVO4b$L>P@hm!K*NnnN=0(qc+xR*kp{EZ&<(1o$AM@u$qsetsuqG!-Z=Cf9qx1WU
zTY<e)dC{-_+DN2)#~xld^unyP12<w+m_XSD<VDNgL+VF>009C72oNAZfB=D?2|Rdd
z-oHCeKUP}ncC77E=Y7RTCX<t#^@pQ%ulkVy0RjXF5FkLHG6M3VmFY?iAwYlt0RjXF
z5FpS+fwksE<I;OZmSS?q<iT>?Mof$l%dgjJSY%$bt{PqZaZP#AX!s-7?$4O%G?uL|
zY-Z6~FZ3%f`n8vjY<%75H{UjX?WcEbI(^@hKb+gUeJQ5S@Q(n2o(jl|_LSGj2@oJa
zfB*pk1PBly&=rAL#OJi%Jp9+nU3`$$c&exGT(!c>kG{SyU1nj%!<w#isgn>OK!5-N
z0t8AYATL_FE>R%@1PBlyK!5-N0)s2C^87@jKlq0|kq(U+BO@Mp?onegwdVLE1<e~d
zyYt|qH|)Rp3sYzRNw3!Jigrzpy%2nD)lo53X7YeN)}v2~MI!XE8~0!RiCqzxJpRSo
zPC8=yMemuo_uT23i8d!p&R~N80Ro)~$cuL7<|qOL2oNAZfB*pk1PBx<@Pn`HNuDY7
zdgJUr9$Q{IywJ;2x6P%mIC9^CA{*{n1PBlyK!5-N0)+|4ixx)hLIem9AV7cs0RjXF
z^g>|Y=)st}Gv?=v_1x2swR^W66JusKq*Y!t`zWsxAV8pZ0`j80vvp<y1PBlyK!5-N
z0t5(jMPT<cODDW!TkoD|HJ*9%g)>RbXD1J)3*2}9bn=o70t5&UAV7csfhq~ei&m*O
zwS@oy0t5&UAV7e?PzbCX+B34W<%-!G{$}?XuP-Pgntos&+uQHYnqxs;bSUmajU+Ho
z0`j5*)m<t}fB*pk1PBlyK!Ct73S4%~WZeU(UjKOVE4I%~9bR{S!)taVSG?{sZT?((
z7<)*Y2@oJafB*pkl@O2@twc9!1OWmB2oNAZfB=E23#=T9ITjwcWG3eJJpFeMKf6vI
zVi&w|{#(aa4nIw=$Cnqa7x6Oz0{s?{7wvZsxIO^_1PBlyK!5-N0tB)IBDZ<lSN9hG
z-^h;-|4sDee{ndl8mrZ3Ro80-2oNAZfB*pk11lgeI<Q@*;sgi~AV7cs0RjXnE)apt
z$tM=?|Mtw)pV+nGx7UynJ@HpZ3W$%!1gEV!Kwh+!jQs=%^h-cqv|sYBOMn0Y0t5&U
zAV7csfk6?tbHm=lkJMhYZE<d8P-?E81PBlyK!5-N0{I2xMe|!JNq_(W0t5&UAV7dX
zuLU9_I`Qb@k1v?M@}rZdzH0m7XVm|FTlV(XUOsZkpY7bVao@;&2QGf!&g{Znd3D2Y
z?O2#;KF6rMXs_=R=O;j5tpf6*YZX(T009C72oNAZfB*pk!zS?4AIzm6nr*-T@YJKj
zMxng~2oNAZfB=CC3&@LBxN|j)009C72oNAZfWSZqEFU~H_Rzw;=T2Y#;mMO<v4)K3
zNxw02>7Vbs`y2aqJg~65^umk>bx*d_Pr19k9czR&6_yum%3>!00(}&a7wsdyOA{bK
zfB*pk1PBlyKwuyQW+o1%pPp^LaC#uBt&#)?5FkK+009DP5|9^N6PLmS2oNAZfB*pk
z1PF9R;Nap)ggoy)Yu}|G+8MFW^t0&f?NeU4{ffVwyzji}@kbUSXj=F0;KIt8zdxFN
zhAzH(;>$*+o?EJ`L;Tpqyy&x==DSkiaBHlmJp>30kAS@B@btBo5+Fc;009C72oNAZ
zphJO`L$RJt@+9hpzuDd4c^pQ7009C72oNApVgY&45_gWO5g<T-009C7`YG^}i)T)F
z=}7IrJ2y0+M6sXsbL{~XSURv0i^Xp`ec#3J-x<rtCl8<7Zk+m?+pqfHlQE~k#AA!G
zV135Fd(NJ2d$#TtxZ)#|jrEZiZ8Wim0D=Ar$cy&Z-_;2aAV7cs0RjXF5FjuR0<n}&
z^62cGH;oNMomG+m0RjXF5FkKcO#<?wYvNLv009C72oNAJJOcM$G?P3VyyKKA<V6?f
zRz|lhY`$>jhQHl?!O`Qf?s-fOdD^RYeCK~n{NO8lp8Vn5!t4tRnh#Ge7tqqh`ITqy
zn!n@Jz2AP%#EHMUhK%Tj-`;V}CwKkiJ2ShUTs)MoXJ#i4p7iT$xI}V?uXE#>P4jh<
z@}hMhek4Gk?*j6oeeVJlAV7cs0RjXF5FkK+K=}pYIdJlz?D!XNizj>Kud^BwAV7cs
z0RjXFtVuv#bWL0e6Cgl<009C6ClK=)CX-}#apT+XoftTZwN|(?dC`44mZB{Y5KSI+
zW^7#hsa><X8rC>(VHeA(XWvvO9kKn)H;i8Rj`8dNdiPyt?tALC`KV0x^q4I!HDJ3V
zdHeL8^S7V0_gn9r2%-$|x|dG>y&czmX4iw4%}zbLlrtlmrU~2S051H$p7yEr=+j+n
zn*f211>{9LrgI<x0t5&UAV7cs0RjYuN8pKD=F-pW;`!(Bv|URH5FkK+009C+A|Nk1
zBpt1p1PBlyKwxMEA}^YLz}2noZ@o)ibTICz$)7HE(CPPodnQlw;(2KYCy#a5Z~WZu
zv4<Br$V29-Rlmv{m|l)KT5mmm&o}>cJSHE=FB6g4n2qzHD`)p^?<6DIulBkw0RjXD
zOF&+9u=-1F2@oJafB*pk1PBly&=-MyqX*NE_2SR)`%(=TB|v}x0RjXF5a^wNylC%i
zotXdu0t5&UD1(5!Xve)!jrm18%ZtWC(O7z^EnR1M(d3Ei8LuCG=12AGn76%XsS3>P
zS&lgezW?Pt=e=e8D=%6@M)a&d9KG@LyC1oB|MXbi*<4H2aFroIfWW{B$cqkKm#HuT
z0t5&UAV7cs0Rja2Ah2@i)Zg5mJiv^<^6o<&T#^6*0t5&UAV8p(0`j80)OBtG1PBly
zK%oBu@}m9kgTB_FE-!lSQDd7goEd*)A%c$2uOYs2=-}c?L>6O0(O5e^c@SFLXdC8S
zXI`{+mCKIV8LPMV6=`i3pWSuvu^ab)@BdDn^QN&nvFsnuIdbfKUz~dMyZdK%%80Jb
zTxkLX2&`W~UUdD2&Om?w0RjXF5FkK+0D)l;xb%ZNlc#*={m-#sXtFjEAV7cs0RjYu
zN<dz8sJdHY2@oJafB=D30<lDR@(?U0OKerl{(%#y<wZ|;>B#LT?VXv(iYZ34`07vW
zN^XPLhy>|!))9y5@}jX?Q@zj1p*TY<)V}+frKj(lk6Y{1SJkId<3byLdq;#Y>yItd
z&q25Ky8So(-PAY!Xe}Ah7j272%C{W1=kf2&?VpNx?g0GTbo#!STDI%|MM`!68n223
z2vk}?UbNEPt8oMf5FkK+009C72oP9<!2I6jjK^OWy=x+QMtb~<w%zvCJsE}TUfOow
zfi=`aQ33=A5FkK+0D*o8$cy$v-8BgiAV7csfzk<l?f*TT7yZFk<V8!@K^<3U>Y1hc
zFPe!gXr42~jH4I5`|#t?crN<XZF3n1*5yT~$8%&pR}PImv~a=O$CHPywT+Fh-LW{A
ztCAV@>F!H=w=X?>^=zy;b>{Dn*3~xS$KzkT?VE2KzxDV%Pu@B=zi%)yqG`9U{@UUH
zSCG-nwZ3%q$9JW#Vw(T~0>ul+ixzM0iUbG{AV7cs0RjXF5Gbd>)N@N~eY%yieEcnT
zIh(9j1PBlyK!5-N0*QdUXhLCw009C72oM-%0eR73?)`MzV{Q8M!_ON(zdQYE-F7E=
z(b_3i4sE$&HhrPkzUpI>b>}bo$CX3zta!`iv)3QHJMyb_)yw$tgqLi)@Ezl~eQod4
zx6d!k3|>Yw?JO^v*04>0K$QgKMXS`C+CqQ;0RjXF5FkK+0D<)g$cwH=&#?pu5FkK+
z0D(alkQW{F9#nq<1PBlyK%grErOk`RjF;Q)JrL`dpa0hJSROsrRgeE-ar3sVjsr(F
zAGqa9Q|BBx77@5O_S^5B_|b-aG2dp}W4lt|;KIsJzdv`~XLg<S#?h$2slU1X;`i^|
zeBt!$WR6KVyHbNrPjc>2hnHO6_`1=I({!E}{n<&My=%TMgt`6x!WV2>IkfAk#h+X}
zbIo7v`ugvzAtQR?%SK`@)>v@r*-i6hn;A8u%i6vqFWQz!0RjXDR6t&IKs!#g2@oJa
zfB*pk1PBly&~*WM(XNv^Aprse2oNAZV1NYVMF*&}RFwb$0t5&U=$$~$yl5@1S^MAF
zUAc0P5%o-tdi1;dTQwo(v1}|BNxV~EwY@G<7(Yh9FF8-s19v{Lc*g5nt|1<|%{-Gp
zMusq{(w!UjCReQ6Xj*~CZ=U<w%UiDN9VymGlh&Q5JU>R4rOh)cw$8k0ocXRZ_oc6O
z-kZlVF4wJ>B1;^1$mVaJdZy?PB9(a2JM=Y2bW^!0t)?mMt_pu9b}9w>Ry_2@a4
z0D&?K$cvV_chrpl0RjXF5FkK+009C;3doBVsqI<>2oNAZfB=EA3CN3<tw+>{009C7
z2oUItK+e2qI@*^rFM7*yQ^`?VuWy+b{qARX*A=__8>^Cp$*Zxk>&e4;(Z&NKtC=p`
zbo-Q7Zf{%v`!AYFj*V#~TlGt01@1U?Z*pL(jkEt`>_Ax;E{}E9lWNB-nynfh``4cr
zT|RgyW?oG$7aM!G_hbUt$cT<VvT)z|(^q_C@|6Fv>Wb;BH*TNw>m!$baA)LNWA4*~
zi`C4Crn^{PG_7Hq0D&qA$ct8~H?@TT0RjXF5FkK+009E)5s(*MkDg-*5FkK+009Dn
zE+8*D=sl?Z1PBlyK!8A31j?2djhRRrlY7aYjJ)W`eFu_a*&C7Aj0|DMzs~ZaTd&Ki
zdAdrmPJKD&sQk|Vnn>#T?e|V(5UoEi8Yh47vf1Qvv2ovd(-~J>(@V=sE29rC+;jHy
zWyegOe8gHZqDO3xL+&|edUVS|BwB~+pS<W$b+^V67%BmI(V^;YjU_;U009C72oNAZ
zfIx<Tyl4iFmk1CbK!5-N0+kn#7p;63Yajsv1PBlykVl|YdC{By&(!fR-d4*HUis0<
z$m~78e0+<U9n;f$#zN}JD)85RX4lxm3k$O=abV;^V>Z$Izy19B^66;elRuox!08|_
znyz`IE+bC4u>biAL~t>t&HT}ZeM!4&)wurH-5C|=%S#6rR?<Y9PT!YNjjrTH=cbm^
zSG@2Y;~7_M`%+8+8WVxWbfA}fU}yTSPG6$wc1$`NH`|ZDIX$s;Av;LiwhjYbKwfm9
zyHDi_5Xcaa7tO%&5&;4P2oNAZfB*pk1cpjLUUaCsTVn|jAV7cs0RnXb@}hMhek4GE
z009C7hEpJ&toy-N_OwDs2kqLf=UzKW2kX(-t`aMuZ@c$EtC}SH(|OU_fhQfYJysr1
z3Zyrt#}A(L8;2vKXTD)H{c7EI2YJ!NC+5toJ6r9?sKAEb-jNiGjr3fpO%Ew}=c6~Q
znjdxYr;8aC=t^ER&cER`t4!7!*Nkae<5r0{Ze(=V6n8xB)jO{K_^!?0n%Vip;#x17
z!7|V<tqCxFCueVm^FXtxJOKg~5RezGKqqPf0RjXF5FkK+009C7x*{Mi+7(78AwYlt
z0RjXF45)y-=zw;dY7-zpfB*pk-4!TdUNo|ZdD_^R7u~aMDdWJWZktO7+hTIdR)ssx
zi$?yi)j4DT?Bv1pG^dw-aA!v0f?rykUpe^|hu3XC?=5Yn`s`L-H0D{&*(nLg;@rwJ
zo96F0W$#7ro``61`ta=Sum8@DYd^K?fs1E$KfTy$(%R%IL%1O?I)t6B$pnT(Kwfl6
zI$ARc5FkK+009C72oNC9RzO~~Es+8Q2oNAZfB=CC3&@LBxN|j)009C72oT6GP`142
zwV%#A8)02uG<*H@0EuZNV*=77Quy@k^R1LR%Zq;F4@cXk5FfZ?CaFMd%<eqcst$$j
zUpW*DvZpH+4^Fcy(5<{^EFZt>y3e${?()(~EEykb)}Qc_ZRta@w>Q3S^!mTvz2%D8
z=UcRr-KJrGRbF)1?*Q#5P+b9e(dzcCmJuL8fB*pk1PBlyKwxbG@}g_=Qknn(0t5&U
zAW$s<dC_Y1r`8Z4K!5-N0v!sJEic+OshG60E-!jursaI0$ssp>?(l4un=hPB_SbE6
zmKS~U*15X#H2xUtr>CdH+<M*q#xlk4dGNB?bn5cX4SU<xp<8*;N3PwUzVz5bEvJ^f
z>F=h}B{R0qdgEx^8xLPSyKhI!^l94$4q*X#(IM<~O(rlT0`j6m($ShpfB*pk1PBly
zK!5;&wgU2^ZHW{hK!5-N0t5(DSU_I1!kw#W1PBlyK!8Agfl}o~WB$+llR&2PqA~4c
zo+dwd>EU4H_r5sQ>X6RzqLBq{b;9)ibhR%#W-|R!U$(dZ<Ul%m87t8*=a}@gTY1qZ
zZkbD8ecOEpS|M!stsUu-b=%+gqp_R5Ftzpi{WB9eYTxP_!@XZ#bh!Ip>j_j@Kwh-U
zy{l~m2oNAZfB*pk1PBmVi-5f7TC|iUK!5-N0t5(DO+a3>YCWnw1PBlyK!89;0;S4}
z=3k6H+L{ht-uAWjQ)0#;Pu(`3<P5L=c*}+FJIITk|JGcA)u_WyzkfI(dGaf^chqTJ
zJ80LFi^sqC@bd1by?V#|zV_3!#^rmI7aeJx7ro*mlS$vzHqL$1*eze0dhDkCv%6$O
zyKqa$i*^CgDF_fKrGUI>DZ53b2oNAZfB*pk1PBly&<6o|(LSKNBmn{h2oNAZpfm#V
zqNV8y6(K-?009C7`YBMVyy#tL?8|SF&Wmojd^XR4&)su)F3rn7+;VQu4)UV69M^KT
z(z=T6dTKG9dt6@1H7jY|NxJgm-t9~2h+s_antyW6ZskSuuSdTyvwZXanY#4PcYgoN
zdtz47xjngZtzCf{l9QxwhV(7E&h3m~_K?78CIJF{7mye2dl#qx0RjXF5FkK+009C7
zN+KXHT9S@X4FUuR5FkK+KwkvpMf<|;q67#KAV7dX*#t_J7u|A2uGnYIFr63Odfom!
zu-oqKRbF)Sh0}Q|5M}13meT>e{ZswPJx-4ujDToTldrveB;unvn-Imil^4D1%za56
zVq@x=HPj)0ZI#R;ATOFnNf`nJ22ns>bP#(@oe2;iK!5-N0t5&UAkYf|dC^{|Iwt`F
z1PBlyKwwY=<V6Rir__@G0RjXF5a_8usq&&ZW1lsURe90t`<xej_?o;)*M<En>4fC;
zcpuhMk9kB-e#POi=!q{IS!+<UTY1szkKLWtFl%T}2YdF(<wdi7yh?z;;0nl#4sPG6
zIROF$2oNAZfB*pk1iC9AFWOyCXCpv>009C72n?2hyy#%{m)a5_K!5-N0zDEaS6(z<
z?6XEus=R2dtDdui7Ux#yMaPQHi_Y#mc*-jeheeNn@wS~$Eat3yQmk8f(G9QJk<N>*
z^k=fwq*+6~Aul@A-LLTkDlH%{TIuf9I06I+5FkK+009C72&_RsUUUsuiV`3|fB*pk
z1S%&WFIu@S)gS@{2oNAZpc8=}=0(3Wl|%uzwhn@J5c{mPvx5Umu^#=Ney&G9yX)Yo
zuUZuro!Gk2!F|(}yy)E2DvEEtYoddiIHX$w@}k|6bRGf($|fK$TDBfh9|8mj5FkK+
z009C72=q%pUbJ8Gu1kOb0RjXF5GaFyyl5GEK^+JXAV7csfxZj$E-#uh&zZAWBUA?m
z_AW1a%W-=eYuI$p?xz=%7;S7ETwG~dtQR}?Pc5JJ>Q(c3jy~8)STyR^mAvSd%V*OR
zn=hR1MXQ}Nr+~a@PAJ6)5EwWCdC`IEG8HC3fB*pk1PBlyK!8Ax1ms0~1naZ}2oNAZ
zfB=Dk5Rexgh;C9z0t5&UAV8qk0y*=dC%kkdiS|wBTSEPUw~r@>RDOQZ3yvPo*;7y6
zI+w7Vbj0?YN3FkDOy;@aw^xNlM}B;u<I}D`FS>m2P+fR+-{`@P>*K)n3&@ME-_RKd
z5GbdByl6T5MXd-BAV7cs0RjXF5Fk*zfV^n&=B`M9009C72oNZbfV^mV`a(?z5FkK+
z0D(RV<jjk1eBEf0a-4W{v2BG{mJg*Prj^f&2F}ufTr-8<__^JQ<fR|l*;cYE1?KiF
zZ+OkBu;_Dl&#&jq>(7hcbIx?)5F6*eHE-Z{J=Jz>hJd_i29B2q5Ey6ydC`IHK9wgx
zfB*pk1PBlyK!89O1>{A$i0M=W2oNAZfB=Dk6Ob1jxGqy+0t5&UAV8oO0y*=dmmM>i
zr2DpBx4&&oCLUY0>iRI`MW4Q-eF8I9pHHXq9=W!?WLxUC1?KlIfBkn>g+-sfvwc;w
zPrJ^%XiROI+)lNPIAQh`z1nMm^qpDPJL~!J>W}a0b<Lfh009Eo0`j8SK3*k2fB*pk
z1PBlyK!CvT2*`^LPhV>(0RjXF5FkLHQ9xd_(Zn7C1PBlyKwt<3a^^*EKWT508H?;_
zTd0^hGbtY%!;lv}=g6@`?PeH#=&IQ?%gjX2S71Ldy?pxbt_q7jdFx!;?rU3MJ$cbb
zZ`hwki0!LCAyU|uyypevMSD){0t5*3NkCq-Pw*~FfB*pk1PBlyK!5;&(h10mmaa=w
zhyVcs1PBlyP@sUkXo1)+MSuVS0t5(@S0HCzbmYEO6GCPO9iO^wzAg|r40+LL@|MeI
zGkQ7}g-=KFE`EQ{7o$Hgv%K+jqv^hQ?56I_Xxd3$bmh>_#}_Yp&qTUDv3<ttM;GVY
z1#L4}z0@Uv^vzk<N9*~~{GwgzAEzNepmPCv(a!B0Nq_(W0t5&UAV7csfociJi&m>Y
zwT1uz0t5&UAh0$8dC|3bDNTR?0RjXFR8$~mUNjPY>CD(S-!{H<pn1mciCgB<C2QM5
zk{6A}wrc6@u7ew2yK0`#olh+G^qyLnT{-KGtHPpNuj@`&G^(8^FS@dPDC)3hWNF*I
z2X6b?-VLu=)%@Cx5j*!!E%(&H$#V+Gi{^w<i~xaw6Ob1jxGqy+0t5&UAV7cs0RjXF
z^hiKnv`4T`OMn0Y0t5&U7zhD*(ShhDl_Wrb009C7dM%JMFB;YO;R$=vLC~1E^65L~
z7xur98eN!K9@%{0k`KJF41FXOV_w0ee5({?oc6n)-JPdcqeBM=MsP8?*5x0bY&>Ue
z&;1w8B*pGHWpAru=?dKVx!uRVcw6nL%Z{0x*t$^5(?(`;di>x$=S-jQ(vjqxv2o2`
z^?U{P2QE3>irS^4hEa|D|IM{da@OTV>&~1|q?_Eh9bJ&zKdq4MFHAsQv@mKHB0!*E
z0eR7a!Cj630RjXF5FkK+009D}6_6J#ZP%z60RjXF5FkLH00DW?0+3yT009C72oNa0
zK>obwf$3GtsW-;|l0A_~+&6mgmgA<9J(bUkMgzB8F`KkEdm~n0Z#6q>7jKxxyl8f<
z8eh$y7i~N?drt^FyJ^0QjdiN^3&@ME-_RKd5GbdByl6T5MXd-BAV7cs0RjXF5Fk*z
zfV^n&=B`M9009C72oNZbfV^mV`a(?z5FkK+0D(RV<j;#nCF^FDY?=v-uxQM#8HI-}
zFB(m*n}W5e&sl#kI=`=o71&Fd7mY+>Ov*a;@WP=NW~J@pjqlR+0`j8uB7P=7peh3L
zqE+ch?I1va009C72oNAZfWUeM<VDvj=y(DI2oNAZfWRON$cqkg@2NWh0t5&UAkZ~|
zHRVO)s(VJ3Vsgl)NyylF-kZl_`Sn`mhA=N04S(d?{U^R`)zb56t5~+afSE;W{{791
ze(mKW8(%m2&9{wT`{`YqPT%+B59ju7Us@?5CtGX1|6Q|yyy%+A96*4;fC$Ko4oF9-
zCIJEj2oNAZfB*pk1bQwYFWPfr7a%}@009C72$WbrUbMuWqiO^Q5FkK+K)D50o}Xy+
z2mi1q(xH(ti+JR@M~%hQn&XcQ*SwK2Rc4X}jrHi0K8r-?V>j-<`V+e%FnRoox1Dsv
z_KV&#aqqd)GZQZ)X_JyR2$V-4?$7D5?*BKpM@qOnovbDVhEzaabVxg1vk4F&K!5-N
z0t5&UAkZMNeDF{&o`A(U7iK&JYv8tn009C72oNApG68wfl68pc5FkK+009C7227w;
zUUa~kp}GVJ5FkLH(gO0LmF`}RBS3%v0RjXF5FkK+009C72oNAZfB*pkxdh}zb1^AI
zfB*pk1PBly&_Y07v;~aa1PBlyK%hhd@}ec`3{@dOfB*pk1PBlyK!5-N0t5&UAV7cs
z0RnvzkQeO}yvq_GK!5-N0t6}|ATL^xj?@eS1PBnQw1B*5rMp+-2oNAZfB*pk1PBly
zK!5-N0t5&UAV7dXE&+MbTucfPAV7cs0RjXFv=ERNZ2@C90RjXF5Gav=yl9C!LsbY6
zAV7cs0RjXF5FkK+009C72oNAZfIy!F<VE`g@3I645FkK+0D+1K$ct8_BQ=8n0RjXn
zEg&yi>F(7y0t5&UAV7cs0RjXF5FkK+009C72oNBUOF&*U7n4E+2oNAZfB*pkEd=C6
zTfo>&fB*pk1WF_zFIu9`P!$3M2oNAZfB*pk1PBlyK!5-N0t5&UAkZfPdC@+>yDR|$
z1PBlyK%gQ5UCfI<yJ`L_|9#u~|2yTC+be>r83YIrAV8o?0`j6=f^-@J1PBlyK!5-N
z0t5&UAV7cs0RjXF5FjwX0`j5*+<B@_fB*pk1PBl)fq=Yd2|7U)2oNAZfIu4odC@jN
zUM4_*009C72oNAZfB*pk1PBlyK!5-N0z)7mFFFLBtce5&5FkK+0D&F~$cy$6*Qp5*
zAV7dXmjvWRy9DVp1PBlyK!5-N0t5&UAV7cs0RjXF5FkKcfCc152e|W8od5v>1PBly
zP%Q!L(O0WKwT1uz0t8AVATL^?&QKKs1PBlyK!5-N0t5&UAV7cs0RjXF5FpSe0eR6r
z!MiL00t5&UAV7cs0RjXF5FkLHAOU&Nf}mZ7009C72oNAZfB*pk1PBlyK!5-N0t5(@
zSU_I1#GRvR1PBlyK!5-N0t5&UAV7csfi4Khi*^CgDF_fCK!5-N0t5&UAV7cs0RjXF
z5FkK+z<>+Liw<}Psy+b%1PBlyK!5-N0t5&UAV8pvfV^lMATJXjK!5-N0t5&UAV7cs
z0RjXF5FkK+0D&P8kQW_-PS!*M1PBlyK!5-N0t5&UAV6TK1>{ACy8AVr009C72oNAZ
zfB*pk1PBlyK!5-N0t5*BOh8`LjX;0^0RjXF5FkK+009C72oR{YfV^n6`&a7-5FkK+
z009C72oNAZfB*pk1PBlyK!89V0eR6pO3Dx*K!5-N0t5&UAV7cs0RjXDS3q8LaQjZp
z2@oJafB*pk1PBlyK!5-N0t5&UAV7dXw*=%xyCvy71PBlyK!5-N0t5&UAV7csfpQAS
zi<Yxr)QSKB0t5&UAV7cs0RjXF5FkK+009C72oxzGFIuFwYY`wofB*pk1PBlyK!5-N
z0tAW|kQXi9+!YBBAV7cs0RjXF5FkK+009C72oNAZfI!&<<VDNYBkDtd009C72oNAZ
zfB*pk1PBo5u7JE~cRihr009C72oNAZfB*pk1PBlyK!5-N0t5&QqJX^UAoiL%6Cgl<
z009C72oNAZfB*pk1o8{Wi{`gdk^lh$1PBlyK!5-N0t5&UAV7cs0RjXFR8>G;w5mO;
zT?7aaAV7cs0RjXF5FkK+0D+o-yr?^Y009C72oNAZfB*pk1PBlyK!5-N0t5&UkQa3i
z5FkK+009C72oNAZfB*pk1gb3{FIw&X)j9$M2oNAZfB*pk1PBlyK!5-N0t5&UAdp8u
zUNn!AG6V<^AV7cs0RjXF5FkK+0D-|3kQW`?zEg7o1PBlyK!5-N0t5&UAV7cs0RjXF
z5FpSk0eR7GNjeV!0t5&UAV7cs0RjXF5FkLHoC5Nq<?I)=B0zuu0RjXF5FkK+009C7
z2oNAZfB*pkMGDA^7OCx81PBlyK!5-N0t5&UAV7csf#L<^MT<9gMFIo}5FkK+009C7
z2oNAZfB*pk1PBlyP&NU1(X#c3`Vb&MfB*pk1PBlyK!5-N0tC7%ATQcoPiG@QfB*pk
z1PBlyK!5-N0t5&UAV7cs0Rn?4ATK(Iy{66t2oNAZfB*pk1PBlyK!5;&`~vc#`K^>B
zK!5-N0t5&UAV7cs0RjXF5FkK+009D36_6LLYR_sH0RjXF5FkK+009C72oNAZpe7(M
z>P{d)fB*pk1PBlyK!5-N0t5&UAV7cs0RjZ%Mco4g2oNAZfB*pk1PBlyK!5;&Y75AV
zR=a<-jsO7y1PBlyK!5-N0t5&UAV7cs0RjXF<Pne;&7-6Y0RjXF5FkK+009C72oNAZ
zU~mQGMF+R<)SLhT0t5&UAV7cs0RjXF5FkK+009C72y{z8UbI`1&O?9z0RjXF5FkK+
z009C72oNZzfV^lq`$eq?5FkK+009C72oNAZfB*pk1PBlyK!8Az0`j6oYP%Kz0t5&U
zAV7cs0RjXF5FkLHcma9Q;>}%=009C72oNAZfB*pk1PBlyK!5-N0t5(@O+a3>Y(1hr
z1PBlyK!5-N0t5&UAV7csf$j>(i+0!3*$5CIK!5-N0t5&UAV7cs0RjXF5FkK+z#t09
ziw<J1sWSlr1PBlyK!5-N0t5&UAV46$fV^maD<ugKAV7cs0RjXF5FkK+009C72oNAZ
zfIw9R<VCC6v)V;~009C72oNAZfB*pk1PBnQ3CN4O69^C>K!5-N0t5&UAV7cs0RjXF
z5FkK+00DVX_W%I`1PBlyK!5-N0t5&UAV8qn0`j8O?q97VK!5-N0t5&UAV7cs0RjXF
z5FkK+009Dd1ms2YC@DjL009C72oNAZfB*pk1PBlqTmgB}!R<RWCqRGz0RjXF5FkK+
z009C72oNAZfB*pk-4c)&?UtnT5FkK+009C72oNAZfB*pk1j;EOFIvuiQ7Zxj2oNAZ
zfB*pk1PBlyK!5-N0t5&UAW)=0U0(FlpZ@e&{t+NRfB*pk1PBlyK!5-N0wohTc<^A6
zj|*I@Vgl*B=s)=<|D<Ghx9SieK!5-N0t5&UAV7cs0Rm@TbImmsdmN!T1PBlyK!89A
z1?uvm|HwZA1PBlyK!5-N0t5&UAV8pe0t*WZC48!&N`oSh&Wo1s?p7lL1PBlyK!5-N
z0t5&UAVA<Bz3Nr38kFY@>PdhA0RjXF46eYIEnEJdpZ)Xe7lF0{zwisc@GpP<?_d0j
zf6=zQ0t5(jED%HN=cDak#?b5dJPss4AY0%c|Koq0jJ4SKr~mYyW|#LW0RkNh#P~`N
zw-|jLpUQy*hE_mcba0=&l%eL|_{KNl@y~z$&;NO7M^M=so_@yii@*4bWvib05Eur5
zfA-J*S^5{$VQ8{85-6L1&xvL05%n2D0mE<zJ6)5@CJ-xtq<<-u7cIjh6m=j#fB*pk
z!y_OdQMO+WOIV-yUg_mO{}*2~m9U1YM4&PPFM837em>e>{vZG2f2>TqG=xCe1mbJ@
zWUR%;zx}uWwrn+29|DyTi1C#kZvGmgGCivyMGDA^4$mW+-nI1h+ix%Orgg0hfnWKR
zUrF8>U;5IQW|Z_20RlY|`1k+*-zUQ`HhOdwrzJojL*SQx`Ipnf(6>|>R$d~|BY|J~
zrC&-9LvzLS$k}NLWC;ALfAz1@!|;`_d}Z&R2{<zW0t5&UAV8o_z$fvH-_yKQ6Ob2m
zClDx1Kwh*kY8M)E0eR6OzX3GANCA1#BDGzsssi$&b<Z*U*nxn&XnFqsgS=>Y`a(^H
zRzO~KXuDp+%OfB!TAsd8lc5!m7aiKJ*YNTP$cuLHaKj-42oNAZfIznd_W4Jkoxo>5
z``P60o8J89H@7S9bpixB7x?2p{^Ml0ec=mV==?;EBtRfj;K?VSOvYMlTy@n|nZ><G
zfI#O0S6+E#dbmCP^wXW6%aH_zRbXXhrCUz`oM&hSmX?-=bpVyF-Nzq)eDcot+Sk6e
zboEmq0z)8h#u;ZM!|>OC{nv+}#hOT<bOPV`&Ucbw7#llw>?mCoRfs^<1-|>;@1}?0
z)~#Es-eT<|P&$E4n>M9~;XU`<GqjH^G@Jkd0t5&UAV8pm0ufqEeqVj-Ti;s38mbb3
z$_N~J<dMm6`}@ED`^vOSLkN^jU}9n-8Edg|(@i&(t%mADpfUnC-gskrxJ^z@R;Fnh
zLVy4P0t7k`IQit0lXu3~z3z1#oWUUk2&_}!{PWLGhGFDI*LgOF6Clumz|~h@oeaa+
zn4X^Q;3N(qKwv!rx7~JIdKhlowrxFUb1VS@9SA)5;DhO5xMj<h4o>0_0t5&UAV7cs
z0RlY|kQeO{tkV)`6p$BfG_i+3F9hU8d!g!_1eyxSi#BDklK=q%1cp{XUUX=?Uc<{H
zATL^;zEG2)6_6Jl+OF5|@(9R_mZvY&WM~ECMTfTQHJkte0t5&UATSUD@}dLLO)6Op
z0eR7C^rKdkUqD{8{C%W`l@X8^txQ*H2mt~F2y{h2UbHKWPC{Tk0`j8k(Q_<;t_aAB
zc7@SN2&_jyUUWTrjwR3)0eR7`FgghV0t5&UAV7dXj|AjJdj#vW1R4e8MH@}*A<zo}
zdC^{|Iwygq0`j6wS?nZ0fB=D^6_6Jl+OF5|@(9R_mZvY&WM~ECMTfTQHM~3m@}lMG
z3pE*90eR7(?RpI-K!5-N0t5&Qgn+#0Ky;HzRzpBuv>N@W73CL@7cGAusbOUV<V7pf
zl^Q~T009DB5s(+{3Zs({SdW0b=z8=VOQ0(P@}gZ~bP@vV5s(*MkDg-*bVWd3v@48G
zLVy4P0t5&UAkZTLdC?xhIxT@l0eR6z6MG2sLO@=$7pl%lps9eoXj2wD2@oJaU}y#8
zMTfTQHM~3m@}lMG3pE*90eR7(?RpI_kAS>rdHO<4hE_mcbZEO?!wC=|K!5-N0s|o+
zFFFw2q>|MTkQc2+KWat!1>{A`-$!a#83B3G%5<fM5FkK+Kvx9hMZ3c2Bm~wYATPQe
zJ;xI0ih#UmR~Vgyz<LDaMc1R}SOQ%UkQeO=qmvLIK!5-N0t5*3NI+h+N3c#ypiw|x
zw9&*K0=*EB7wv_ra}sDOATQdK#ZCeQ2oM-r0eR7(?RpI_kAS>rdHO<4hE_mcbZEO?
z!^<NeFIt|yP?Mn*kQW`=uGeq^1PBlyK!CtN2t4!5Ge7?MzegT<WFYFSk^}}+;Gu^e
z`uS-4@pI2TH=wOhZ35*NSXfv{##(Ib-o3m0byh<H11b>XD?Qv|^bKf3RGR<+0t5(j
zMPOuPBzb3i;DHCaa!w~9KwwP*V`F2<FpP~g9jh<_0$mZ9oSaM#!-EG8cIC8ALV!Si
zfjxWnq=(^w0|)XSt0VyeT@jd>nMn`B+1c5yoYqMQ5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0tA+pmTtfO_OE{RtM7g9d*A%#H^2Y=??3Id)9$(Fp5^7`p5k0|(M4}c{hObk@9E{7
zoIn`_dOF+=960dIGtb<5>#b*>efH-+|M?Go@PkJmeROS5A9vhw*I$4A<m6--5Y&M{
z*9CeyveLCJ>_X{_+9pscfu4>6Z)BzFYn35DfB=Ec1bX^jnNcOrSTb<DG;9Jr9fp2o
z9k$y^d-DkNbkL<MP}qgi7qv}bAOw0kI=uG{#66&reHZBIFwAJ3Pl6dZULrt%009C7
z2oPu`aNm9Rz3pvp`{QQ+-u13`J@Ld7tqxr0{_Weh*IiRybe*IQFTX%fhuie@blsS0
z`eOt~qh$H5)Q~`afu4@6bTtaQQ2L^_36x5pr=!3dS*iM3We5-;K%g^$p1xORRLL`z
z3>+^Fn?O&8p<h{t?RL`MJOVu(bm<BdcA@k|Z4(#>fu4>I?|lPt52$3{1$sIRGg{}9
zU<Qtt2oNAZfB*pk1X>APcinYO6J_b0G0|wN!#my|GnanoLmx_CCAQ^7JN9(oKnV1D
zxaE9q6JzbIZ++|7*w{dzsU(560=*ttNd*eKP;x~Z1j;7R>rvp1tZY55J_HC5Ah1?}
zUcXnis*h(Ztz_&ULV;cnL%*^P;Z3E<*#f;Dbjj5VyHIjP8w3VLpx2|rd*7hk3F_HL
zfnE>8R!#Fsu$7Gc1PBlyK!5-N0vQ62J@#0V*nIc9-+ll6_s60VD=RDe_wT>+&O86~
zPyaM|wd>KcOE0~&cJh-?J~_FHyl6&ed1=rE3K(w5bDLO({;I34div?7XJ=<)M904v
z+EIaHk3BXSZZYH+78V9wRs9JRFtTdMg<VLW5-6=e0i(bhS!sJ;#Rw1}Kp>Am0q>Qq
zs^J++D;fKTO`w2b=vUTZyQ#D{TcChJSF1o_7s_t0R|%9*pn%cgy|0A*u1cj6C}0@2
zYOha%tz_&cK!5-N0t5&UXeAI4viH63eYNmdY|PEg)s>u@no1(0pZ@fx>t0>YkC8sD
zUH6PL&Up0EN0R`Xyy$vV9b0CBVusty%*@7(8)NN>RuoZ<^Ups&8F7&*ZB^2K0s|pX
z%*YCg!Y(ur>?%2&0>z91Z)C%HcWE^N0tBidP|SN}Q!CF{nzGnAgaXA3L%*^P;jN{~
ztpti0baC~<F4U@}_7f<rKry4kdtYg902M2PKrzFxX-j<)Y|3IM0RjXF5FkK+K(;_S
zsQJt@&onK(dGqEZS~fmD-n7hGcgAndAO7%%<FxO5=R0G1!*n&|Mc0a{{GbS=@AD#u
zTcb}5z+;X%rZ%o4DBf7W9s&a-P}s;S>_P*Cud2f)P@YlXjcnNNJ?$kxfWV*#^y|IS
zGnPTQL)5bXfqo6c#-{m|wb8_$N(vM<=nA_~CA&$Zsx45S(c!(X+IO1PWeD_Z82Tib
z(J5XcK!5-N0t5&U$PoC4fB1)5X6!Hj@-JHzi{CbnKKkfdu?sJ}uvM`&?T;x9YbSi@
zp@-tY^e@u#qHB^=cz^`@HQbsK-E`AUwJ{j~ySTX6w2Yku211~)kyY4*27+BBhf|<b
zqre;4aNdMkO@IJ_k_+_fz0xz5lHVArSEN9{hGEk-`jxdQi=7n{C~VLbcA<)Okmd}7
zK&eKD_r77c<+QO;pkKq#C&9+Pu!jHv0t5&UAV8q4Km<XLI_jueX6(irZ_FtF&2N6Q
zR_sF``cOu(oG<O%xwCe*<BvbSc8I)aPCCT~SD;_Rt(Dl8En8~CF#cCayOomt<rgSy
zWEFOy@|&yS&<d1o6nG;W+FMb>2@oJqT7iDOS9-=$+FL@!iWlhDFl^OQzp}QHvA;3`
zg$=sGE>xMW(U9R0DBI}p-Zwn=o|Yy8{ThZo2_{`&g8%^n1PBlyKwwP*yLRnL0%NUK
z$F805fd?K)O0F|n7QZ%s>|-B`v%TdlZ<(8$tDRq7bWI(n@E{8GWw>QPegFI4uMO%q
zz3ELcDl<xYi9neJ3L9C4U8v03>Ney8Wg7+F$cFre)O-R22$WEuFYlF}v6S#mP^CT!
z^ko=kwAZh!88}|5hCpG1uCNPLqhGXQs07M3I=uG{)$OOTHG#eiL!SiQegp^*AV7cs
z0RkNhJoeaQNeXoT{{0!}N&ZGD%1=y8WRz_C(hWD<P`l{eci){9mKRMZY*baCFT*VZ
z^VnmLt&PMleBlcj#k@qI<N}3_timo-a&XlfW`VMe0&ir)d^c)40RjZdDbSbqO3zrz
zc{8Y0zXbX+3^N+*SJn(1FI7XJut8VYg{sjnS}{}tWg8vd`-bZF)7Y9oUxuMif^I(o
z1PBlyK!5;&js-St+LYu)mzS3_&J$_Uq~sG%Jdsf{`=#Bxch}DI+0TA9J*A<%XttYI
zD<Dw(aLYi8`Gk`Z9Sg){l=KpTk_!|zvI@IU$-z}`m<38T3cQgG^R1}u1PBl)tw8bb
zm7cMb_GVDAehCym3^Q8lSJn(1FI7gMut8VYg(}lE8ZtZrr5YXH`-bPn)6%p+@x#z3
z!L+|^0t5&UAV7csfwc-;cinZh%vdZ)oqg=Vg9npz***8%lU=ygs}T_W)Tcfb=Q;Ao
zBlqszn=U3Vn%1ygNr8fgTZZAn!oqvs``+4!{@mw2mribH9OWef<rFAvWEFOyayqLO
zfe<LqDDXz+h9p3M0D*D}6#QQ48A~~D1GVa}K*7T>qp^Nv&A{<el>`bKbcJ20O1+~k
zLn2U~(c!&sNNzdJY!oPX82TjG*ah|wAV7cs0RjXFtV!VV%P+5G#@_LccVr(JzkJq8
z#{b@V=bhPwTfO?d?|rX!lACY7xvq@7XdQ?jt0z$KaBBq^WBH3;{9<h+zU3`%nVz0*
zRnmR}10hh@$SUkY1HrD6!zoabQQ(biIB!3#CP09|KnN84Ug;UjK-?87S+GFC!?0EB
z{L0!&#{TLF6gKDzyHNG|NQ){jP?FK%y|40jng(VF6g&)l63pleFA*R>fB*pk1PJ62
zxa_jaYO%3*zVn^g<>Rwntz`V~?YG~aUAXD1F`;NoD;kG?{No>wv(=T67p(*FWAy}z
z9B!@jV(5MS>t9dC^5c&`-m0Yi1O`Q*u#r{Rg$6}lJ%>=B45Pps*%01%noNKIfdLXI
z^1aeCmI1mkRJBNfB8OqCcKMaHm5lwB6ew)a6?UOYc9TX`Tc8Z1!+T$~?=h`wD^TPx
z^hvO7cPK!B009C72oNC9R^ZxeudOA=jyme7?856@k3K#v9((MuwQEgGOf+6gUbNA~
zo{9++Hr!gd#V|bUth17^=udv~lU60|Con()g^jGjE;K;+syb`}eIEth$cF8f(_R7u
z2n?J+Vegfmu?*b3p~8g;6gCW7waBlmtz_)4sz70buCNPLwWqYJ!UBCC9p3vYe0OPD
zPJzOPp-+N2dqgn;1PBlyK!Ct-3QSE+y{YxTcr{^(mF1K0*z)pnvcGX-Zf-6q*}<HI
zKm6ejYlp|*ST&wJ_Q;DiWwEpT0wo-7P0{Ke+T4Ht{Y{J6Nnqdv3VS0f>_P+A1u8r|
z0{tBY-pGdMPSa8X1PGK(poAa#JYy-_O`<-%7AWB`Y}#bMvNmP0v)TfMeNHUwLe=gs
zt*fL!e@BP+zDnLy8nsq|!iJ$wf@|#><p~fVK!5-N0z)Mb4^fkBXX8e^nrNg`nvn=i
z_BU=!PEIDL8Xq5TEReBhettgUt8w@TKls5`snm2$qI|~LyhNZ>0%aR+O>yF(&Bl!z
zlOeo$^X8_->?AOV0_nGp-o259Oko!q#9mP6Ara`~DDXx$B=?wR5+FdJoC0P0(B~OT
zIqws->Zw54hGEmj`jxdQi=CAhDC~1$VHc`=muX=21o}8Sy!Tb_cG9BG1d17kJ_&Z#
zJB}hifB*pk1PBa|K>mlQ=@jU*&pw+$^x%UJCSkL+<~h^#X*KWZpZv+6B<DZ!$RlgT
zKJt-|WK_vZ1j-<gzP*!sIN69-lS&pd+>*;B8}ZQQ>tFwRQYB&0M8-xn1PU8jg<Yr`
z{h}3>6zJC|@J3e2+exDc5Fju>0%iNqm#&XzECX~Ssp@(J(zku`d?VTL>}5T+jwP^8
zfx<o~7IvX^f;gN&@dEuC9Uj*d-`B2KT7hDQVft5Mp9D*LGpHB=0t5&UAV6Rs1mXkT
zQAZtBd%k+}%{OP%`N9h?tQGsf2R@Kdtm#YX-(Ztxxp_AJ;xGQ9=?U#5Fo*)h47WO&
zxai3zpPURgVbMAtKUP4Xu#r{Rg(}b~now1NzKjBIWL3SLw2J@%0+kdf=DpH0mP+0{
z8r3a<VuoQ|ZT-qx2ja(}5-4oY6?UPa>OPIFhCp9Nhxfi}+&o&*ErDW&p-+O{>M!RZ
zK!5-N0t5&U2!Stu`OCE|*~dQiu~s1Qi|#w#@s3)t^UpuORk2q4{RZ1g#{OXwC}6my
zNn_-mc;bmkSoHq;?@zyKn?Pj*3L9C4U8pi$qaoE3D0mcjBdgvmq(uY>5U9LB0q>Qb
zu~hyp(!g~J6fg|aHS{ZMTEq5m3KTZz3cJv7_M=u0v_Qe5!+YOA-z_TNBY^^jp-+N6
z>N}?;K!5-N0t5&Qr@+GxKb*wLwr$(i6ybpf9!ScJj*d1hv(BB5Jn~3#iMhGCb)L=P
z1j;E;<Zz3JHedP5SCV1%lb`&goF-~TVEqDxjjX~hw0;w3AkZU$B1eHYvL1D!(-I&+
zfIv?LihQrkXozPl88}|5yg-q|(66kOznwHNk3eCAuCNQ`X|*y0N+nR_=<wcGs;*a=
z@(2_;3^Q8olVAppmk1CbK!5-N0tC_m@!{^>?|yeJR2FN^&(F`NUybd(d-uNm?QgFY
z_~a))S@&wUeth)NN0VS%V;#D673U$)UxC7g+w$^q^2dxZvLf=`--f$7fu0H!HnIx4
zP*1s>oWObn3L6F9$kx+MjwL{V0D(RV6!u=3-A2z?vVFW-ZGpmup<h|6eIsdIeu2UU
zU11l>-*zPlltiGg(c!(XBt5PgB@`%Z7-qNKC&6qVuM!|YfB*pk1PG)B(tq^yzW2TF
zp@$w?TwII-2M!##_uhMxmFOdNwtf5d^nuBC%n16XpZ~k*rkj%e`8WIqo8L;wffguW
zxWz-8<BmHn31C0?;DZA#rt$>x2ox}~YSmc(h4M5<83JV%SpO(!`+K7|vNGQQ>PCP7
z0Rn9W3V5$<TL;fr+7c;HZGrU<!|=)et<|rr)xL$aZmk0AA9UFxE~(G@FO;0h27!tR
ztbcU09fscfDt6CkPS*tr7=~@@?2}+yA_WK#AV7cs0RjZl0#{ynWs)vywQ=X2ccu?X
zZ^sA8<ft2OyfOV!&TYTJ=7dtL0s_4rZcje>WHKIO<L6QCtp7VYI$8l(O&D^4UXQGV
zcbykX&SQhX;0mmB6tw-l(Hq&|-WzI8fB*pkHGy8gSGINbjHNA+0+kn7=P(SP?B81b
z%3AqbNCVd@u+Bl3J>t@pS?7h)r?O3;Vgl<N9c_o9_r8kVFq+c~fnE>8wsrPNuq}}S
z1PBlyK!5-N0(Am+-F4Sn-tv}o%q-cC_2{>5-C9>Z{bSn?lIg-txBUj&l*P`f3iNci
z)jhXK26D#6jvYIyO08W(CD7B6m6lx3h0^D-O<-^Z)-wv){@&<~Y;bQ3H77uT0D(lH
zr|*@?Ra$L$#?ng0{-F|B&oB(A?B81b$~si{lE&r~SkIu#9&vRQSkHy(PUS}e6%$y`
z=x93(z4uk@Zqb|`3G{Rrwym>If^CTuAV7cs0RjXF5NH&LW$16c_15E$KmMKXeCLrz
z9{KKfzx(8qPu{d?)4_uW8w;oRwEZBNF5Gn6Z?H{S?5war?}nS_HWj{YG_9>b??zVL
zr8~Y*-Ff^-U~mOG9tCZGZ}dhsxOat`6Cgl<Kw6-8@0IDRG~M=$r74S@LnzSkFbu2g
z-&+03I)t~ACg&08c+h2!xW-F&e4)lu*+ZaW0v(Tzw!_eSU&U?}&FP&$?}lO9I{PHp
zmPi2t1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RlrS@UC~g>lc3h@9C$X9$JUO8a_8S_jB(i|9AK9
z-EC_!K0bc^_1FLH-~R0%{^1|~r~mYye(@K7@n8SzfBlk|yySiFd*9h-pFK7<*7gh;
z1tumYF1+x<IMuKI>aYHrfAeqR<p1G6{D;@S{`H^v%xCVn<Bo-eg^XhxUz(Yj*|>4z
z8{Y7SI8{{gHLrQii6@?zr;X`T#dT{^zw}GLG&?(+ekptV%U}L-6XKuk`qZaBm3^#N
z2@oJafB*pk1PBlyK!8A%1U&yKxHrr8{AXolWzU{Hn>TO%_P4+N`Okm;=%bH5;)o-D
z<yU^C_VDN5{kwnnd%yR4AOHBrZ@THGc$l+Rt3E#e@$hG@ouxbh0t5&UAV7cs0RjXF
z5FkK+009EU2t4-KW9jHx#PALrI8e-`v#%1*hyT&f|2_58Q`v?4_-Z_Pj@)2`B>&5Q
z`7de7(b3U9)~bU`$M*$4_iplkTV*NZss2L`J@j{f_jmCmzsX^%cfIOWuX^H%C)QfG
zk&%%jk34eqnd*P~=l}elpK{76i;IhSP9CAw=&AZs{OsrR&O0y98KO*FD{1m~zVn@&
zN7afQcieGJuO2%;@rh5Y=~N06AV7cs0RjXF5FkK+0D(LLp8w=g$|&RcPmiAeoOar2
ztsasz?*HgVKN{iEjBZN5)Zgbn9{!~J!ZrZ{1PBlyK!5-N0t5&UAV7cs0RrU_h`-RU
zd-{6qwbz!RdS%Xw?%%)vuDkB~!WX{q-~QWwtJ6z<9Fn}~l~-PwG&$!+gi9l3n)4pJ
z<dREro;Hg8*Z=xoCnqPf&wTO47iXXF|8MW!W34LAK!GD(y+i_mi<hfcqmf`BdTlTz
z7$G&97)vy2BuZ+djT$wk!3Hs+Q5ssJXw(|<k@~2{T6{NXYFosLwD_pDM#M)Od?Kjz
zfl?5);3N05%T6Y1@4faq`#gL2ohEhmtZ!!4`OP|i@U7W1S6p#Lbq~eW%P+sY=qL6&
zt^ey3ZM`z6BP@mh0RjXF5FkK+009C7dQd?Arvps+pM=(X`JXPW7mZX*d}VmWiWTX`
zS{3>||0DU+YHHLIAV7cs0RjXF5FkK+009C72oNC9j{>nrV&g`OQ>RYt$6HE657_mh
zUwrXJ^@79V>VNfm(Q)I(rHQC6l-?JN9zFWvi!c7mU;eUr^X6DZ`Q?{iZrHHlfd?Ll
zm7F=+?Af!cyDhFp{y%RO$G*q@pK<DaOhI)1*=L`{))uFqetI6W*Is)?eXGu6m(-y{
zhZga>@4ov}Pd)Yd=buM!t5>g{FkwRKr|l-F|M<s0Qt+BJYg!Fgvp&`yr{3%@S`$qe
z0RjXF5FkK+009C72-Fvl|EX`4BISP)MHG53|C82>Ml$M>OD=i*@y8>j7Ka~2<|lr(
zY}pdYp9?OyAmww46iTF?^4lww2Vnk3@~1RMJ`x~6fB*pk1PBlyK!5-N0t5&UAkZ%Y
z4?XlyTBw#6VmVyD+)qB}f6IE&DO09gdF7R>R;_yDjW=?`|LXOk<HwKB=c1yV-WQA+
zGbYxB#><qZ!BIbV?%dpG>C&Z5BU5F(5g0aXSZZ?c!3W2-9_eacc;bmC^0x+Oo_S_|
zH7}>#RAMuVSjd`Ris5$Mb=P9J>C>m@mm13vP(;>T_}bV*UK8&)(ywW~XfC5nfB*pk
z1PBlyK!5-N0zD!i|I-0uX}zfYPm#Om@%+!?#fz`H>Z<kY*H_Qc`|rP>f7N&R@ZleS
z{Bf%$12F$1`O|8$)Ds{;fB*pk1PBlyK!5-N0t5&UAkdcrhaP%pTBw#EtsV;?`|>va
zyT*$51#txVWtUy{%rnpATUq||pZ`plQP{55i_V)jFLr)tJCEQ0{`V76>_pmXacR-d
z_19mYf@68-#*G^*`oHCtTT*ZoVjqdd;216~K#l2Z47l^oJ5wjIKWbw@QS<1dj}~Dg
zMvQ2+gtb-MruAMKG-XjqfB*pk1PBlyK!5-N0zD-l|I>k_{7;Tnd|$XX@;~_~)#X?+
z8VRD5x`|b$P2&e<{zvks>13%SK!5-N0t5&UAV7cs0RjXF5FkLHF9jmYno_K>c<<F$
zUrirlqs2H$yf1HN5RA2bt`}Xoa%KGk**9(4l%BCDEMLC7V%`rp;D8i-;e{7gM8>5!
zRz9r-jaEyRENP5?{q@&Vhp)Z%T4O*gNlgKdJ@!~*K-6sAx^?W>u|-(ZQJS`@uJp>F
z+Q(G_1PBlyK!5-N0t5&U=#GH=Pj~bh+sgkmnv`m~l>aHUt^PQF{`{1>*=@Jong$Qd
z{Ey^M)5%gvfB*pk1PBlyK!5-N0t5&UAV7dXUkWT*v?!%mFTVKV7<$sANvS3_&+N;a
z83bc(pYIF0I&sGxcU*eL;)MEE&13y%3X8&%Pd?cyGS$zVIWsjm_uO++eJZS2u_6V;
zvd>hX7t%fzx88bdUZ2YGmr`_c&_M@%_0?CYzB>i447#JIEdc@q2oNAZfB*pk1PD|M
z$p2LPboHwIPaUzE`JXyn<uR*QuTHt0C~VoXCBIsf2WI|9@~3g8)DR#*fB*pk1PBly
zK!5-N0t5&UAkdcrvD7WThM!WbYuB!g(ev}TPdVk3zPz9Aj}^OIUUSVgGiJ=#ci(+?
z*=3hl_!pa|PMkRL@WT&3`|PuCyY05;pMSp2ndu$hiT4F{=<>HzQ>IL5)ugl&#hY)w
z*(x&CFIcc3J<qXrG}WiVz4zXm0#aqE5D!cdvvA?U(xv$L)?06-9-8h@+SsH{jaLSB
zl*AAqK!5-N0t5&UAV7dX2LgjE|I_cupO^yqpE}QB&HPWDuJV`-8#biOOcd6yU!Pws
z$^$e1Bl*)fQ)&nhAV7cs0RjXF5FkK+009C72oUH?f#;rkF6CEaja)JG=FOW^WfVU7
z<dZtLw0QC2o&NI^XM)F?y0)$2oBsc4@%4XWbAZMsC!KUsiiwk?8Us?z3opDddGh4^
z&RdoD+H0@Ws>ci77t|rW{r20_?8L$Dt(wHMm%^g3Zr!?8k*PlI{2B45o_cDkPlbE#
zxhM6RDocgx^`eIzc39Cv#m=au4(ojM%Ak&t7y<+c5FkK+009C72oUH%V9?}$21xQJ
zra=Cu&U08Z|5K-{JZ9s@jVZSig?HY0C%;;h2WI|9@~3g8)DR#*fB*pk1PBlyK!5-N
z0t5&UAkdcrXPj|H%CF`}Z|BEF#rN^++)`{+k+<4!zy0Dc@rs5Ye)wVR|CvU=?6S+6
z27m8+-%BwSdpZ94*S}6-Z41_mHl;2qKmGL61UP>D_=?ExT)O0vOVTLS(-CWrQ{<oj
z{O7iV<`2xze)hA*`20MwZQHgr21HF7H2<S0B9|>&R@~31QKLTl?6aoLJFE1{pffkE
z2oNAZfB*pk1PBlyK%lL_;K=_Boa9e{TQA!7sf&R6`JXzyrI^@YHYJOq(DWdoftml2
z{7I9jK!5-N0t5&UAV7cs0RjXF5FkK+K;H|*YPX?7ho<~$d^bPcL!MKeG-*<*uP(%H
zkg-=}>Tve#*{$Ng{PN3b)25}!C`V1x;C%UCtM#HUzx;CQDhhE5`IApR8F~9JzW5?m
zvBv+$ulCYQFWqp%4g2rEe*{!7P;7b|^((zEsAHAy1UqBKjEW{_o_S`P-1+n8S4768
znCpBI@{2FN*ccyAQR;B*+O>@Vn>KAq0V`Lo%md;D#F#N-imMMk_+Wmi`(>{Tx^Jil
z0t5&UAV7cs0RjXF5NH$_9QmICmHY{0`Jcuot+A$l{-?2RMa}isU!PJpQ>RXC8aXiY
zKaxL9Crc#(0t5&UAV7cs0RjXF5FkK+009DhBXIxy_ow9Q5l0-64;ov8?!5EP>1v&G
zz>DT_rhIA@h2_ha=iR3ArI%is!iEnY{?SJtrAwtko%N#Ar%zA4#c5Ne9!eko{`bHC
z@P|JvRrcUV?+e;u#@4cFzM`;b(V~hb`TL+)3%Ysp=8E7u?zkiM9P6B8wQyr_tSL>;
zcGIDkELoB|iM6A75A){DD=vNKJKt&Ac^=%=vR4LO6%$W@009C72oNAZfB*pkbp!@S
z{%1fXe}Y~9r|q-XrTkCZ-cmrEjFZ018(Er19(g2P$_oQC|0DU6&yg|#0t5&UAV7cs
z0RjXF5FkK+009DhERcW4f9cYtrP0qh=bW@^Zoz^DrK=Sm;}G!FFc$bla<~-y?6c3N
zfGEUXrlo-VW83wjTefUTy&ZDMA$i+=DSKbgmi_$m&reepg;)_<-Q?VJ&rR`%9d=mL
zQ^ul)RjXF*xZ{o~vZC8qFkFPiTIHCpeDv6KWsg1fD6Ym>`K34Cd^2?(<@{2Ql)W<O
z5k{R5AV7cs0RjXF5FkK+KuKT_<bMWQ@+XAle@c&8<HxS%e;Rvetck^<@tyaSpE>f#
zBP+hoI{@=Pl0S`es)hgo0t5&UAV7cs0RjXF5FkK+0D-;{c<ZgVQgSs`*)^`giv!$K
zz{rs!<6HSPZ!Ge(haP%pYJ2d(2j^$aM}|M&1YpjbIn~{^T`!v7=e5^fTish9T=l-7
z8hOo{HR;)i!jvgfs^jBoJU=PJA5F%N9UHsI#yaHUjli~T+oI3evuCGnciL&Er=EJM
zqTBc0doKl#8#gXC#f>4Nx9I1<0}o7>;?YW-#MRhSw73+zjHdb?EO=$mgP6J^K!5-N
z0t5&UAV7csfkI$#<bMWQ@+WNNf2#k)I>`T2bQsB>`08#PLqB4~h?KX9#iCocZmnoF
z0P{bRKNa)k5&;4P2oNAZfB*pk1PBlyK!5-N0=+7*aN)v~Up?cDGaAQ=1#-LZzI%#!
z;)y33V_MZj&OFcGUUJDLMP&4O)KN#JKKI{$|2X)*RVPJ#+x4QcGB9;$y=XONovX1?
zL-HIyetexK^<!eXqtDcT6yo(k&E~NW?Su&v^0rOOC!c)sh7B9q_Ic~Aw>E8_D(BCi
zpLg=$gAW#$VzqPQ;_5uI<FZ!<9n)z@fB*pk1PBlyK!5-N0<8oFNB(D^C4WNOdeK&o
zT-0|b|5J23apJ`II&krmay6+CN5kBA-+hs0thk5b(m>1qNdB~)G64h#5FkK+009C7
z2oNAZfB*pk1PJtoK<uVCYSgHdWqszEXPS<3_0?CWm=jJop=nI3%EupnJhhENF~rR`
z-<&FAQ`5KKe!ErkRNr>JXuicnYz|o`SDZTUje_?D6{@pl%}NhI6yl)yir~ge@4x^4
z(MKPh_mG$4iMrv28``cwPTj^Pr9+1f&3j1Y>#n;le~{vk`t<j*Y}vBZLs5t&uXE?l
zoiu6EF1zfq+ittX6Z@Or{HFeGq~5$TNE8YL2oNAZfB*pk1PBly&?5qaCjT?gl0Pv!
z@;?=iXgBje(R1nR#wlYHg*d9_<(FTs7`=39K;?fVe@e6CBLM;g2oNAZfB*pk1PBly
zK!5-N0(~QpZ_5x1;o|i{({bN<=bbzsyLt2GreUorFTC)=)O_^l(T_axNctFs*ax6h
z!@R!jdeM(R{y6XU?6c4ArR^W{yQ(OAU(gC?@#4k#OvOR))u)E#{lrSq{7K0BDV1Z<
z=8ZSr_{A4r<jq@^Kl<pSE3dqA+O%o0)-=|R#v6x=FTVKQci%0=$8ykOl*0}?EWZ?|
zp`CvE>7^SeKJK;GUa!CYdLG=i?3F=VA^`*l5FkK+009C72oNC9C4oVc{~2h>pO^*t
zpH`1zck(}}&x-Y;MdIb#-~RUV&p)5ys|y1s|0DTRJyWg{AV7cs0RjXF5FkK+009C7
z2oNC9O9CgJcw$=QwqU`6icuy{o}40Yzy0=#$i_>tW-m5fOwIE`92(vj-?S!QCHUHF
zuQiRy&$y3KV#Q!A@Qb8z2YWm=?Y~Qv-WN3Gdh*F9^9Nwquwm=huWuUJSQ&fO?!5EP
zsrdm191t6Le(=Eu@qooHps_qS9*oN`zdVnbI(6!nEn6D9>Yye%PeZ@;)?2BESY;i{
zN7JRoLL8d*#v5;>__hVF4B8S2AV7cs0RjXF5FkK+0D&$E45s|gfJ*+vEXe;feH6Qs
z|7qG`R7UdWlTSW*<&{^iz4qEMW5(nen5b#hs;l*VlmC(Y>FT_QCqRGz0RjXF5FkK+
z009C72oNAZp!)))JsGN(wB38}y(tYlVZwy2jviYz#;Up0Ls8gs&pqpJ0a|ChXsqIE
zda!s@PM<#g=Rf~>99!0E57n;zMs4H0FK8r+oi<C4!KziO8pE2_Jonsl`STO&LR(E`
z$j1huDfqwx5A6Pe;dmvH`i!kd^E<rhrkm1O@sz&(_S+Hs>8GFO+i1j}OjPErD#~6N
zRN%NofB*pk1PBlyK!5-N0$mjtWci-~mHdghkpF3XAiI<QY3!|OO{97*y6B>mkcq+_
zciho5vP+eHmj99b>C(IiCP07y0RjXF5FkK+009C72oNAZphpBs>)ERNj7=Kz9PF#F
zzFHmMc=f>tAIy7*@|rbk8pB%E)LAbYZDajm9C=?FDE}Cnj-Gq&x$D-gYc)_$)q7u1
zl8mF|OH;Fa`SMastB<jRXdLXG=5f}nS*;?A`gmMNjT)8Wue<KL>iD)-mn>OQ^fq?v
z*sWW)ruZnw6IEQAF=Iw)QRu@DKb-Di*|KG+RdvBDgK8gF2@oJafB*pk1PBlyK%h$k
zgD?LxaFRbU5%NE!r?ETvpHf$CKc08qc`5M{-%#GPX;a%K)d78$|B?Kuo(NY75FkK+
z009C72oNAZfB*pk1PBo54T1gk+b`u*Z@J}`wnNOEIWxsyaKQy_<4XZI-+Xgw9)&nJ
zs{ZDp(N)d$q7fNeJ6?I^mBWV*&xdO)&z?Pd+qP|`o9w}l-WTMUv6;!<d+(jk!d-XW
zl?POp^M#kuNu49+@4ox)G+Zp{j1{NVLsVRi!_G#G7*X{0=%bJ3k&iw0SQ=&h`t|vx
zqC9!><Raj><Bn^*+O)<igQhGh2@oJafB*pk1PBlyK%g^$L7D#<AjzMY5&56|vFv94
zC-16GId&NxIdWvm%*4?`by~HG>C60&<WH+vP)~pW0RjXF5FkK+009C72oNAZfIu$^
zy!P5_DVrLFII%sxhF|@Y$HxM^E}ilH$}6wr&5QC6e(;0(zg_+HqD7x^So!MJt7GBl
zK?fbwICN1nZQ8U}XPVc)u~w1Z7bKb3gfk9>&u8J9YpzLG>l98q?X=YV_~VbS(`57J
z&8bNgUVQPzI<1<<#M0uTtLf9HmjZtL;~y87_St8j(xu|#FMs*VbQ?7vHm?ktN~$D4
zfB*pk1PBlyK!5;&4g>~w{-@uQKQSZnKk2dTe*PzQRlhKA-n^7}i9}!hhK-SZng5ae
zY4le^fB*pk1PBlyK!5-N0t5&UAV7dXuL@jr(M2hn+F7Br(PG8j#y+B@y(QC#_uqei
zMZ^43SJ#W?ZQ}->d+xcP{`9B2?z(Flx+whO7r)3Od$8<%L4g??dmeGb5jp$(`SZK#
zJaOX0)Wg+RUtP0#+7vX}#(`orTb07rtXY$We)rvXOIMFM=9uDYtY|G=Dn7=d<<xxR
z#*Iy5N|jz2lt6qWK!5-N0t5&UAV7csfsO^XpZrh1B!6OF<bR5Xvq$nj9X#j1``zzS
z;w8Qa-$4&WlRnP>Nd9y@QyLN=K!5-N0t5&UAV7cs0RjXF5FpTjKx_>f8-%88YG;Kb
zk36#G(5IYoN*ZF^xN%opaYgzViQISId8bZ4-B~Z1`v2;yua+-go}W~;`|i7^t36xr
zz92jU{G^jkO4A*MS+iz!;G8e?UA%a4%^vpMci%MhZMWT4vsE4z_n&q~z5Mda^Gii}
z(xgen5I_0JPa3aA&AN5#(mkwQyS8aesnRQh5{Qok2oNAZfB*pk1PBly(3!yYng8j_
z<WJ0t{7)eCRQ{)f=X~YLl_~KOg${Zs?!S-oKaxM4&6HLI2oNAZfB*pk1PBlyK!5-N
z0t5(jCa_|~ij+!?<J#+YQhL$w(MKP(Z5um?rm>>%`s=Sp4*A$)k4=@|`qsB%3xc-&
z^vHVAVw9(!emadFg*dpp?dTl@cwZ1`bLPy+sZTud#F+gKF!TLI7cE*;vxj_PaA*6A
z-hKDo#r^NG#~$0ZZEGAip57uLcCT%`8a3<JuTKKji#8=vNq_(W0t5&UAV7cs0Rp`w
zus!F0`X>1k6DR)@2tAem>EI9HzWeS=iI@1gaR)s_lfKXYSTEYyOld`c009C72oNAZ
zfB*pk1PBlyK!8AJ0!JTxbV{Yx->tD2>qkHOQEGeRjW<@`K<phFJBX(ETW`I!h~Khh
zOTJ^|+_`hB`-!VPxL!1tEDjqsEZx=HZ@=Ak^bP{NFNh5}6LJ({L)tnEgPT&Hdg`gE
ztC=%rHjOD&#xmg4BnmIS_+lxb?Z=Nl{y1&J8@p9BjZc3{r=Na$(}4Uu`VT++uxU)G
z(kp`!h>rva5FkK+009C72oNC9nLzqSYy7)-d&~dyP4Xw^MgFG;^FJLt=VzaNcFO;p
zeDcX1^w2N)AIYB%W=azR1PBlyK!5-N0t5&UAV7cs0RjX%6WF+MW6GmOq2?O4G}d4L
z`q$Ka@4fe~*e)_QBR$}N15$A8DVhhbTD2-&ibAXPcxl`oTrV1Z#xeA1^g6qwrrW4r
z*v{V<{OVV~O2Sc?I(2H({W)uT#%c1Yx1mFae){RBZ5!Tm&poM06h8UnleSGt0cV|c
zR?)*T#~f3-ls?XzH?N2pH*Q?2%nR{8F5SkLUw)ZiYE|~ipp}ez0t5&UAV7cs0RjXF
z5U4L8|I-J_pO_B$pOp8ALO1h2^&jsdG7?1j7uD~&>#nZ$5b^zz|B?LZV5T%7K!5-N
z0t5&UAV7cs0RjXF5FkLHGl83Kx+x`cr%ajB)lOoI$b56omtK0QRS)N#cU~GOb`y;~
zMN5$j7cNWzBSwsf1bZnU|JZ};Me|I499f=^lFG4+HWJS1=b?ulN|$OD@=@Z~jICB{
zHXI;fk#bM7Gk*N|F5T55k35pvMj;Mu|Ln8Ry3|7{xP*DmIp>rDN*`l&=;+a-(><Jc
z;)$hzwjblcE}F;k)c4<izg7Gn|M<r=O4E&M4?g(dBH*Z_j%w9OsopDt5{Qok2oNAZ
zfB*pk1PBly(1E~qp8v@+3B8y6iFwHfiVT4KPY2IxY7+UkE&-l&(n%>T6KBNy>tFv$
zUDYh~SN=!xr{)9+BS3%v0RjXF5FkK+009C72oNAZpqm1*!)I&?no_B;31kNy<|jSH
z@$^l5_|u>Mltzg{>?Yb67TYbxwgV~b&_fT+Hy|y=w_Pu~WXY0SZn<T{h7F~LrH`@R
z^|<4XOM}LlS*3vDW2_fVF;Q5$bZOJDipuTweL;Q#d(g$kn{lvL1ys#T@ucN5a?Lf@
zw0c@LZQ7JpX%<ahef8CvqZDEBWTvfgufF=~inj44V&|QAE=Gw*v~)|cYi_#d-~RTu
z75(IwyfVl&lnD?ZK!5-N0t5&UAV8o4fx(*p8EDC$m>T(?BK6TD`Jd~qyDoaW=%R}n
zzja>vD~NzoPB|rIU7~R3op+XE+J5ZE{Ey^M+u0F7fB*pk1PBlyK!5-N0t5&UAV7dX
zj|lwjZ-2{EsclzRHXSriX~qtmTeog4g~gF)!-o$~16_LQrKN!MF_vY<*Z))GRaae=
zE|m&x*NfhG<Bdf>2OV_K_19nj?6c2)@WBV^4D?tg8oNZsYlVIH-8T)l&p!LK+V|3W
z(a!c4UAuN|zWwZOyX_W|rK#-fV@zdibDHKZ3b8xxvSrKSy-cx6GXmDFTeoP@qWlIT
zEZ#MAb;R3mzr7eJ7FU1%`RCQm<6%p86|X9a%}C>B?!W*39e3QZxD<C@^Dz1tEC2hN
zGiOfq=&lkVK!5-N0t5&UAV7csfkuJBn*SMS$)AwlKG%!(QvRn{FB-X&IPK-M(@uN%
z;fEvDlM;`S+>4as(@#Hr{`u#pluMC#Y4v^f#y^d`rXTY^l0W%GC=(z+fB*pk1PBly
zK!5-N0t5&UAkcdPvuDpvYuhGIp4{0$r6cKo|NGzP{lvPsLk>A4jWTW8wCa^|fB3^6
zQg9Src;SV-w^XjbUNrBmqP*vxd%pMHd#V3Yp-byUSFBi(POeXdQsO#3rc0^tzylAI
z#vM2xJ6kWB?>$@Kr(d>CAqK4wh?fF!w0*^#HePDAe{97lu{~+pGW4mZo~no}F2$ci
zJmif-r<$1hS6+FgZ9gf%D}zL#K!5-N0t5&UAV7cs0Ro)~4A%TlS}&UZ(Oq5W!Q@X&
zg#1r>8ha`Klh%t?PiyIF#Thi|h8qk0oBxsgX`B%?1PBlyK!5-N0t5&UAV7cs0RjXF
z^teELA3xUYrJQPfiN50@X3d(F`ia${c|TWNaYecmdxzH9UNTQI$BvXu7Y+8{deJ~w
zuwX%)B%a@Psod4|qUl%eQX#gWER8#GKK9gl(Jp~Bo%-A)7H7u!VxvcoZrkk<M;!6;
z%P;3`YnD$v_0*#C6HYjxW|R2KI{D<2o8HnMd+gEG+wjVuCc7{K1PBlyK!5-N0t5&U
zXeuy>^FQ_1i}rZ(C#Yk+Xw!fDx2=@_DG{~G|HL6L4?XnIvBw@;if{Tc_8^@*cW!ac
zOVdAu>dOAj|49B+&yK4E2oNAZfB*pk1PBlyK!5-N0t5*3h``dNOY{6{XNS=jcamo{
zqtCQa=jzp~^C6ZmUtZ_V<M8eY6DFjFP1otQT`wAklE-bVT)Fb5n{J8)sNenWcPCDq
zIBL|WctH>wJjOEA!w)|^(#Vn9Z*>NJeyi4t4$SqU#T><|(b$JJ_70snb7nj_aR7b1
zBZ#@4I(6z<XPtHT-FJ8VvLHRc@yyg&>YP6_aoFEE=bW?Oe)~n+F=NIYfBf-FmMn>9
zJCCVT&i}ZaM_)%w3;_ZJ2oNAZfB*pk1PJ5;gE;@wkIA19wq7(nX8BjYQ$nwPq1AfP
z)PDp-if`e<g)?T%i2Pn01QVH`kt0XOVM+0g-T1Ehs#UAfIrXVk{X)Oze<XkEPnJjm
z1PBlyK!5-N0t5&UAV7cs0RjXF5a<Je&en_e!Ho_2A-pme^i%8?BtU=w0RjXF5FkK+
z009C6L_q$hUnWBGr(f6&N`L?X0t5&UAV7cs0RjXF5FkK+009E61iUY3CDYsWUK#YZ
zu>J`UAV7cs0RjXF5FkK+0D(e4{-<A_1j(O%VK*oN0t5&UAV7cs0RjXF5FkK+009C7
z2(%LLzMz#%Z`XTe(A&cLCqRGz0RjXF5FkK+009C73IX|_et8lkfBJ>ppacjIAV7cs
z0RjXF5FkK+009C72oNC9N+5q<Fr?w<!w)}f)lhv`1r{z`*Z}-Z#hf{Fy4ss~0t5&U
zAV7cs0RjXF5FkK+KurPppPEqJ43qrnCZOg72oNAZfB*pk1PBlyK!5-N0t5&UAkeD<
z-WT*LZ{E3A2DyeZ0RjXF5FkK+009C72oNC9X9Ds+eM2qz(>KmWAwYlt0RjXF5FkK+
z009C72oNAZfB=Ec1iUZk%&mh~UKw<NrU?N81PBlyK!5-N0t5&UAkcjQ`Je6^*6Bg=
zr;d^s0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyKwxkPj2tp#haHFPFl5M(QC}CoDG&Rf
zLxv2E@{Un|#O)Jz*zueCuj6+9raUytqj&fp|86@h%Ks~i`QP7^zivPFoARXnh79>X
z-^BmqmlJpRzdP*o@3vE-|2@7b9}?v~vwmXaf5&`1*4ID(FK*!Ld-%_PhYk7qfBzrC
COeI_Z
literal 0
HcmV?d00001
diff --git a/results/graph/2024-10-01_Jaccard-BC_PCoA_DNA.tiff b/results/graph/2024-10-01_Jaccard-BC_PCoA_DNA.tiff
new file mode 100644
index 0000000000000000000000000000000000000000..0e06d4e274f81312036af7d022b89a2330ac748b
GIT binary patch
literal 19440204
zcmeF)d+c0u{y6^cPeYnEqz#b@(GVL#2qB*aA%x&tK}a<pLW3Yy5NzyjT%s$sD{gVy
z*k#FLOLxiAbzS;#*=5(=cHI_BsB630s%xv|_j~3y$;o`?T;|NoInz1sKKh58dClv*
z&htFxb;f(1^PJcDzyEjp|8vPL+x<WPuYUvx5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&U7^1)jAAGQWiGLexu))_~e?7#w9Etz|0t5&UAV7cs
z0RjXF5FkLHl)$;?o?9Zj^S`=Gm@r}EjW^zL#~lwn^w85!KmGE{FMs^;$N%%6|9t=b
z_oWW069EDQ2oNAZfB*pk1PBlyK!5-N0t5&UAkZ{{OD?(O|CIZ8*Ijot?c~HufWW#a
z5MORCUcC74fB*XpH{5XAX{W_kpF8iob9@ate*E|-ecx!KjkeovyZ!dt@5B>Ny!P5_
z7c5xt@y8$gK6G82C=EI1@4ox){rBI0;DHC?|JSo-&Dvv+J+|I@>kT*DFuv)ZIC0`8
zn`{!_?;mo=A*Y^t>YO=qZomEZ=bn3R$&w|ebVFWVVG<xffB*pk1S%8w$xnV#F1ypc
zSNydZqrLIQ8<hoTAOfQy(5!Spv!Wf1S6CDT2oNAZfB*pk1PBlyK!5-N0t5(j5r`_3
zsG;iqRl)z?W4GOQ>oT0DM_3?AjQ-a$B0WBcD!a*(CvUs$wtMfr_sJ)peAQJ~#i}Dw
zl2peT_Z@0f15TMTB}%6bJn+CX&ph+`>#zUY-~P6A>C!ra>}kxXNG$M<%Eq2Xi_V81
zet719+i$=9nl)>B9j&MS@4owP=AonUcfb2xPeWDS`P*;5eeAKv&N$<Yn5!k<){<_q
zuFf&X91|sZUw!pe-+|4XIWrR{CP3d~7Vmh@Ip<^^vDepPtzUE>ee_Z0iLCX;Ew<Pq
z?<L4Xd-c^<^LFW}J^ly%^wUqDa>^-D6q-!b@*CsEjoWwMeXqXy>V*pzu3ELKr$g&Z
zfB*pk1PBly&_sa>>qV14JNMsz{|`U>u!$P$a?EvqR7u-bp7cl`V!)QQo-XJq{$@qn
zI<>Vs2lD28*ObCqNhJ0WZDeI5GtkO;#wY#AK1JH|y6disEY?5&`OoFcm-jTmbS6N6
z009C72oNAZfB*pk1PBmV#|55${`urvfHE7tCTQ-2`LF-_uQD%juYES#Y_r+3XTS5#
zI~B@Q9%@v4MUZd5{dR>x_B7N12OLlU8^yOhjTW6F6&yM3%rP&%_~KqiE8jl~*ml}!
zr_AF<A@N#V&v4PAMe*He<j*r>>$UNO6Ha*f<(JE|Bt4Hf;)u*+J@UvSNuO#r&OZC>
z%p=}<>#aQ<Xsus#Q7@W#B5S=dzK+S0%tL$Sl~?k1DcQby_3GPhyDb(Dt?=~s+;h)g
z{_>Ym@4XhU(~_sJ8vz0Y2oNAZfIxo&b<~T-U!?Ivq`&_4ul<E&ueBmj-$#|a)2Te^
zk$0dz+D9Z^P%`pnMcaN-Yj+Oh&H27RQ`eeEtUTH{&8Q}gpO(ixbY6e`^~l||zcjW9
z5FkK+009C72oNAZfB*pk1PF8p9Dn@rJ*CbryX>-#5j<>)Kpol0_Q@0Fg0YHSB^vdG
zy2~!R#68L@39|ekpMLsjJ5+i*3ex(h;JW9Yd(uO-TI#!LV60V`dC>R*v8KglyE@0M
z<l_$AnNbbc81wL%XP)UAKzj%EqG|Jz7oB?1WFp0TRMg?8C97(QHF%R_*&slG009C7
z2oM-c0yWi(w*C;UY8Cyl1U|Col9yB&{HJZ1r(9FgBlB22HI7uepljsKinil)*7_XC
zoAZNzjxL$g=m05xSYNcQ^Nk;vN5VfcS_(&tUkJ|<AV7cs0RjXF5FkK+009C7)=h!0
zzy5l?_15btbr#E=^-<WiZt{-WS=XJ7Y)z!&jyo>q)qv+-cc_ORdgy1LeKuf_<#&%Y
z{kmRd|M<s0$`6?IJmio=GDrTw4}K8q6DHlN+Ia81_c9L`jj<MDRYxg5&YCrAF1_^9
zypXDD-)EnF-hco7l2NG_&13I+(Ww`WITl~#oORY&d4^TBs~0VKIqOD%009C72oPwT
zK&|znvD#i8A2S<=+=zhlk}5UTi`JL)=v#XP(**_R(yVARPh_pnfxJ0i)#vE0IgLz~
zyvDktP0l*f`0=~%!Sl3vC!(DI0RjXF5FkK+009C72oNAZpos!^-+gzIK`OuT;)^df
z@npq3v~1*-TW<NuC!Y)gK7>#=+GwNKUVCkjAWQBW_0{pUTG#9Aq?1l6IbeIYsCu0+
zVM6BM7hQBwd(XkQqmnHaRmeQnzWeSw{4(+nKm2gV9e2!(r;f&pFTOaw!RgAVUbFze
z_@YxU8ehIopFX_+u&Srji*~(`bs#{1009C72sBin)_T$SbM($T?`){dx)yd`Ql*Z1
z(OQ!p{k?FbnJ&mXmu5wqc^0EE2lD28RiC3{oZ_5Drc7Sr5Tb2A@mOv&3VOf&_S?L8
zv=bmefB*pk1PBlyK!5-N0t5)GQv%bbO>0jdmE1n@#1q#kr7?4|!^}o*yz$0^+?{+l
zp{~FF`ft7UR^6}f%P+rN=E{nde!uzVn?8b>KYxDS_|@K({<`a~%REpp{^vjc=_B$%
zc6si(=OW#m8BcwU4?g%{*O=9d7W)@mbnAG%Xnenxw_I>BX&=w37wvi>>p*}20RjXF
z5NN1C*Lu<PtrOx8(O7yeeiwZ3!3TH!+cG|?H&kX_3p+2VQb)aL-ARvLU%Qb_7i6AD
zv!cyBg=idwIgmH!yS}aU)S)1!k%yDnKAdPfPHpqeH($7LVP-rU2@oJafB*pk1PBly
zK!5-N0tD6_fxe4#`Yvo+cWg)VOoyC}+-|$=`u^$q&_a#H0Y3ly^IBi8Q%^m$BSV|_
zFxLC+FOs+`R_2%$-jzPSRm?m@G|rtnx4*Fa-mCn=$eV7u>DgzW{l`E4@zqyf{q)mM
zqars}NsaGA<KL=PtD+@JYGbtMQ)UfV^`d!mpr`h{i>~kgCG~XlJ~~gCG9_=W=Dkz(
z@g;052;4Qci4!Ltd+f2l|NZY{J}+Lpc;(8Kt@#}PjW^q+OP9u)$qzsLaFli*dE}AN
zId4GqqIoZ<b^-(l5FkK+K+^@f){Dkp-38}(-g)Qc{SBG4$6uiZBY0{=1S<Tf()Emn
zko4#pL(*ZC(*;S8$wsrHO~OuZjKUnqoAb$gS5+H%IgK<+LCeshO`r7z7hDiIgo4;S
zMSuVS0t5&UAV7cs0RjXF5FjwN1+KW_igeZ}X^He#vYp<DB@M?m&X_#AyliC2UzbNZ
zG0N@YM)Uvp$3LPTY45%FPEU-Emf5ps_b1tRs8I(PLB`Fzo_Xe(sK45B%Pl)XN<Td8
zu*3QbvdmubRob|5<I)GsY>BfjGiJKaiWMvJ?n?i&pZzS|zt@&{>37|A*UXsr+i$-x
z?{&aI`v2)qf69!cy)i1~;`Z_Bm2--Z8~tNqZ?@TH?L)P1ubcIvUEd!@=c1cAb7uSN
zm2BU0&ppL2ec#XKy;JpCFZ$-2Zzj=ZZtStg9#Q1k(|0=Yx_t1#2Y1|YNBX^5y=dRB
zxE%=)AV7cs0Rkf~Fkrptnl)=CPoA9l7irS?&O7gnID+s(psJ55T``A~^ynH!tHX$=
z3p&oCS<!X`-~Mn!=0M(@AI+Rbf6>Or{P-6?7yaUkFXE<7@k`Q&9(w4itFDUGp*PrI
zgXCSh>&Eoy)BFB`fBQ>sn*ad<1PBlyK!5-N0t5&UAV8pT0+C;emG=rVNPqduUkaYx
zefQlPcgh0J%SQHE+LTDf$|R?qc3QzaiKmt?U!L?YzfobRac{4kciy=;$f$rVA6rj7
z@4N55%tPnhcseRwdm2CKeDA&YW*#US|MjnbCEfblxc>U<GY60RaK#dx{f*h*UN5}x
zLS`gMV`Rvq=5vs|cf2<~{`ljuI&Ly%vaxQ~i}vyUu(mF`|Nig)PF}3`jkr4cn{QqB
zs_LC8%0b%$Zr_el@C6GNbd99AL%a{)e*5jyrcG;&tX{O3%d-Rs5FkK+0D<NT3|KE3
zCw|U3=d}Mhn%;i)*=L*Uv+hJ*)kl@CVna)Mbd6;6(*^CP(5z_NBTsLS$Q-C}&JQ7{
zQDL;LS0r*-Z@>Na)mLA=)mB@j-?!5(@x#*9t5>IAO)Ufn5FkK+009C72oNAZfB*pk
zV_P5!<kHEaq$Pfs9H+ni_S+{d>5W)ta%>Zgy|b%48`&a?Z;J|k#(w$bm-iuAZK#no
zoik@ndJZQo@yq%?f-JMko_p?@93|P<dh4y@&e6%k_Kiy}xundnnSBmF{P6anlI?A_
z*=CR=a4b=n4ArqQZ{EDjNNQ^Q?6c2`*FD~M-+h-YTUN=@V<E>_lycIfN$sbsUbMXJ
zTDj;NS}z(E-R;w?eLH4g-!<f!FV@E&e;f-hKlRj8na^q@K!5-N0t5&UXu81Q^`f`l
zdTaY%r0MM^pM0|EO6x-W)h1O6#D<ylC<vnw>4GHwW<{HXowqR}bD-KeUw2NU+GyKf
znut8Akq<oZ!1TL!N6V~Pv!ZkRzP1SvAV7cs0RjXF5FkK+009C7#=OAEC!gGrCTf59
z=Rf~B1a7|h=Jv*p?JKXma?C4@u@kH>8yTzBbxe=s;nb;9`(Ugi)C(`XFo`O?5e1xm
z#96#c)KsSr6fM90^{->c%;as{`>&^4PPYdTccqW}uxB1|_Uzg1J<D%LFnO=V0S6o~
z%*1jWD}7t-_LDvDyz?rL=gTj@Jo@OPlcT5?EkAQwJ%@bJHMCx|;5+>{-gu)|bNvYr
zAV7cs0RjZpWr2dfEnA;!;w~Y@KDXU=Tk;7gbECf7a})>W*`5UQKFIfR|A>O)4ms(O
z7fDmn1+Dm-6>Xk*(mo<{AmXWG&exaIs3Y3sMQLq3{q)n3lFfV@Pa5N1_8oh9NPqwV
z0t5&UAV7cs0RjXF5Fjvy1y-(HId0szBs<ixvEF*?MTa>3yd@A@{ijTsQh9aO7&ae;
zQ>!%_dE$vDc1)z?VXU0c>*?1K>Y6occHD8tB&v>$SWL3lAiMUz;)*Lej?#MAx`%rd
zA7(x~$ld+!zyJQsF{API*I(}%aJoa3wq_0(E6UbUVVe#hX_-5BZe}E{#%r&=HtAXU
z#@%<{-8zbT(Ozwbe9<+uUNox2Gv{`E*WW9+{sagRAV7cs0Rro|z~J?wKmF-XGyghG
z8r^HA5p%4Lq)Ph4hoAIF#}F+|Nf)$&Z&tLK;O&hgG6y20I_7+RIgL7^ZGT-_+mYUn
zMMRT#@63&N-+ec|qZR@L2oNAZfB*pk1PBlyK!5;&F)48Gz4vD3h+2&&oNz*N)_d)>
zS3%E(3l}CmZH&G^t=Y)8-+nu9s>F?udc~<J)W7`YFL^;my=$*Q7Wa>8>P<G;Bz?HJ
zrdm7Zm2Dq$%rV6y7e9N%5l5sC8ZCX?l|F8S9o6HRqy6Cze<%*4+GoG`;)@9rCS*nu
zjpv_#ezk{7j}~_f-+1GV)r+QOy0#4SqHAKk=(1(Y@+NlIrJuUu>p*}20RjXF5FoIw
z2@F^-8aJ58{1}`3$vSD$BtIN(#H6YzsnUM#Yb)u|9z$$5C|%IFXgjFW4@YDUv;wPX
z&exRFs43d?YZNWN_{A@h_we+_&O7hi_kE5s52uj;0RjXF5FkK+009C72oNAZU}Ob~
zt3cz1HA&>j!g}e1QndW=hd)eu+8BL-y0ejaH$#s_FMGwQDb!dQV55yT%ACwmPT6aa
z#r>m7HuFI9=g&`eJn5v9GW*1B(33vBZhZdv=Xozg+(@hZXp#1xHf>sFcn2PM;E=x}
zJm;KqG9!t`J@(jRIKjkvs?R<5Tvx!ndfi7Jd8F&U{dG9|?6Wg*ZoT!^o(3EP7hMzU
zMPGX9rOcNv79H*B<<pq}0RjXF5FkK+KnM(2FFI$=oXo#Ylg5iLzL;|(1Zw(x*M9D6
zE9uc5Lu@xFUC_8_JE+qSM`RAP0;_4x*OW-CDcbaF)M_bSIJ%FtZQg;j6Cgl<009C7
z2oNAZfB*pk1PF|*z>+0Pl2m_sBPz`z6_x}ab!+K9NlV<+zIEsNq`!?(7N|QLdGNsp
zCv&5H<Ca@)>6N9vP>(+P==Rv!x2yd@{qe^i-#&P<{q@&hCmPQ`|9sNkzA<m!yrfSb
z8+muSk3+on+G`~Tyz#~x+e1pWhkqyfsDRB|<}}`d;tj3j84ahKdeOA=&@Q?r){8#$
z&_l_^)xL4qVTYw9wGbdcfB*pk1PBl)7U-{Dbk(X=ufF=~%$YOW{~}Fq$A`fcD^?T-
z;Moxos4uCKoZwnadL%J4D_zj6XcOdujZv5bNqF_m`8skM^+lV2v~NVhbKiaUO~0$R
zTDID1t7<c%?T5BafB*pk1PBlyK!5-N0t5&UATS~V*IaW=UV<pv<I9DPIA_e5QPBUs
z`|j)L@8QS_)SZny<BT&hr^-mxi(Y;8)tNy?<5ypORn==3MWLBTi6nFTAtE0exARN)
z+-aws+Pn3!edLixriYD|t+(EK_3G7K2aFqG=ap#Qb=O^8cdxd?<(FTcc`ng-#T8dn
zd#u4nQ!kn}9L_}-$8BQ0=-jz;GpF|{r<{_O)Ixv&0RjXF5FkLHSfFdYX#D1G{r~+h
z@1tM(&(sAA78D=dv!f$Wcm8LsCp}u!%}N(EE84D;c|_(w5@&sLzK)zmebFW$9UF1e
zoOu6Fzp=Mk9((Muj{Y7JAV7cs0RjXF5FkK+009C72#h6xxN-C5n{S?%9g6l?Q=;R1
zAAR)Eg8qB&y>~}{4@Xv@?rh|lXP%ikRr;tftS{84aLx=e8bAH?)2d#(JMX+R^C(X}
z^;E|pe)hAUW%hjc-FG{B_Vh58t=MqG4Kqi+;DQT^hl+QJ-FM$TbKmLHrx)*A`Lj_{
zyU|7)Wd;)`ID+dNs~1hrf#F<qaoi@>i{5tIZJE=1)~s1+Ni75j5FkK+009C7iUqpX
zi)Q}u*|jmMj2?L4f#O4ZcBBOAORBU^bFC*mB8+CG3z`*enaMl~bD%xW`sREcIgR?F
zZ8z!I{^c)!nfGq*7AGB69ugoxfB*pk1PBlyK!5-N0tCjGz{@YcoR=Dk_9;`QM5$QE
zDS!Lzx3Ty{!Cs?wKj@D5Jxm1Z&PE=3=%JbO<k@GRO=2jyQD3OBB1&eE(YSc=;*#NY
z?Y7G<yQGgYVZwwpYu0q^`_4P>q<coo?AfzBdiMG-?>^Ttc)BdSeej!Zx+ycH@#DuY
zU%tG(=Mc7Edg-OiV50GoOD-8g0KFbUy=Yo&I2T<Uw~6(l^XJdcoZ;JTw_RFN3jqQI
z2oNAZfB=DFfja6%<L(uoeDX>0aXmX~0`(<TT4y>6Nsnfw3z`*enfW{lbD%xW`sREc
zIgR?FZ8z!Ij^A8IW-l`Z5smS~^N#)=5+Fc;009C72oNAZfB*pk1PF{7fzwYvJufd5
z?U!A4S>~C>jd2V1y7t;@GxyRsY65j<Bl8xt{NRHRdZnl@)O+u}H*Yd8Tehs%I5Yb%
zTC^zh5b@1jX8&!r*(TjTFw@1QnY$M>&YU?jJ#w^cwbfQp2cEfOd=Hp+gQ~mlzB_Z5
zS{w5gt&Ou7%}RCkqUrfCgp00q&?eT4{_Ssn%e+XVG4Ae{#?(T9009C72oNAZpg^GV
zdeIFw*x<qoFH|pDU_P2p)t6L>^Bs|-N3+re&5E|`tR9g$&>m-fbH0w8Mt#w?o20kr
z%$bvyg1G0Nd(!>25FkK+009C72oNAZfB*pk1PF`)fmN$k6|WQ;>AuX<eE#|8^Rh|N
z9yhp8uS%LZj>fesP-`|aFIOBtU5~qN^?Ks<g?i<cSLRLTyb{V@gTMIVi!%@L`s=S}
z4t3*=H)i&K^2sMN`<HM0;)^fxig?dE@4WOlaUt)y=bo9t9DMM>>Hc-ML_B#nqmLO<
z_tE<sU%hDBZ3q`#>!3}n7ya<V4>Pa0XpCFcr!ln<AV7cs0RjXF5GW9+yk0c<WA%(P
z&WN??3J&e5krJpcsS>9-3Q3P<r3;!BZJC)o3Ui<%&idwj9XXBqqU~Vmc$k;Gjko#}
zPdu@svxfu-5FkK+009C72oNAZfB*pkV?&_e{?w5dD!BV?)cfUCZMD8Tc;%H>#s<;Y
zK8sqjk@4kG@<menMt}Ln`a;dCD4R5CQYEi`-o>)T7F)y@1eu3ex^!u~Sh781#*EDV
zJvBc3@WaV~9UJM(_Lf_2>FCpX7)8IIefC*T$E~DuEMk)xPc+_e!wr=jqVhr1i>68I
zzUY!8<{c;&14;T+yD|7XRlH;5{f=Y8gbDHHP;J0QBS3%v0RjXF5E$D6_0@~Ur?73e
z-FC%_6=NH4%$(ieA64=wMkMLctaL%MqRo5hllBpr14%rsjr!(%UaDb`L}Go>cCe%$
zPMtb6Gu1Z8>7<XMg#ZBp1PBlyK!5-N0t5&UAV6Sr1oqo+zs!tKtMR6rZYl`%{PWK*
z*f(x-U$C#IMns^#Y~-`gKASf^;;BAPzot-EuU<WI;>65Q4?5_eKH^O8l6QCMtFOK~
z-8pI5XP<pCqpIY~xV+4E$6e_cFJ7E?C;IvG=O>{KbK`*r9>`>g#()3&-@}Zg{IS%F
zc32JJqDzjLH`PbEUNnL~=9pvh=K1#9Z?9xDd3|jVAV7cs0RjXFbQP$zUNrt{jgry0
zb4}MUbXe;GH6>NzyhbGH(X4bqv!d-fdq-prbi`THoUbXTQB$-XCYcXs&z_x^f>^R-
zN#-sZ2@oJafB*pk1PBlyK!5-N0tA{X@ad<Y=B0yL?ZrhYZ@lqF!S1m<ny(B-e{R&2
zjePC3*Ya+99!KntrKV6Hd+f2iY5d#Y{<gnRJNBA6b7tltKK}UQj-Krgqn<5uuUPQ2
zy<30Vaaa1h^?}bl_uST)vG(cSd+(hY!=Z;B+TU>p-|K=4F31ci8Y5#r`1o~<pkA~?
zbqE(-a>Rz#i~jxZf6tre(H^V&Mzy(He<rW84FUuR5FkK+0D%I5uJxktzyE%E_gF13
zeyjM*GtbPLHLKuH)7Dexop)Y(1TCW`P*YMRPIE+(9?eP@G%MP!lX*nuKu4T4&H0*g
z8Z|}RVUqc<;EbMo?zzleG!h^{fB*pk1PBlyK!5-N0t5&&SK#{VuP;dZ@3q%n#ithK
zWSeikdBF&Av-{!^JiFEfD$hnnjd4NJJ7&w9Z@$^zSyvuvgt2DLn(emRE^iJmTC}LY
zP}}$V{PWK<$KQ3=UE8~*x4-%3oAuUPFTHOp-jeRzN6Uf*3(|wPT3&wn<rwg`+iuJ3
z5O>60D|e!Ao#XWB(=(&mWtUz0Kp4(0>P6d~hj7ugAFiSGqVd1ig14sDB@jQ#IQit0
zW4UHO&1iqcZ4)3sfB*pk1PF8pbgdWt=%bH1cIkNd;)^fl-FPDTbhdo?@{YYc95sPD
zk}7eIqm%S#R=S{B(H2kU(U}7san>>C>&t1>5p4%Z-oyX==Re7tdB?`wxpVXO(oTQ?
z0RjXF5FkK+009C72oNC9M1d$r*>cM*JF-9>52GBV_+Ll=j)!rx`zFe)Q!x*ojr{i8
zZ=*)^_19m&`R1DsIpmOzIneR&uDkB)n|JU~(}zC){PQ~^OdjsJ=bq{QeYE6NUCx^~
zuj^>X9d}$3Py0qyH(o#b=%d?*O}3{_o%+^WZ{>X<Sl^AjyMjcA$&)81akg(n;ar*B
z*GeDtqV4QMxaiss*U);=IEDC9zI}!lZ^u%=vEt~{Pd{C}DtNn$Z2|-c5FkK+0D*Nx
zVDNg;fV%zm+l&7qjfB8D;@RBOtRtxs8l#i+XjZzQS<x0x`_Y*L9dXt%=j+R9)Ddk5
zNZ!LJg3Wt}kN<<@?WLUn0RjXF5FkK+009C72oNAZpos!;$MC#dP=)Pr%ljtctUEF1
zWg}x{%i>bucs6tO%e=`G{hxT^i9ulVLVe|xSNa$>>ZRw*nUfc7w8wq-`WQC7OWq=Z
zaYy)c=Z==B{>qH-r$7B^N6-Eqe);8>d3UAHdvOmx{P6ycRmomaoSX>~jZrLD$sy_(
zM7?NBb!Zn|`-|AzdeJzG*|TToP56TLi4!Nrl)LV_>tgBAwYU^;`>SA^009C72oNAZ
zU@Zz%QZE{x#qxep*!t7d?}gXmOI-5M)h1PvgN{hjqgm;KW<{I4)_EHvG6&M(RXgYF
z&S_K|ZCazaC4M=cnP-?eb7t|5o+Utl009C72oNAZfB*pk1PBmlmcZF(pPiWqs<tt1
zdEYFSbuHSwY-F|5AlAu@dm9aCn-^*y^`bAl@Iu_ayx<&Tq0|ARZSDT{+izzcrDWCR
zci(-t;f5QgM~FMZuU@^nk_aDt^wISAc`Z?gwqnJKN{-v#AbIyVi-7OB=brw?9Kv4e
zMFV+g7hT5-+UR=G_%<qUk>R|HG~K@GrkkE}$|(yLEGSc>-l69q0RjXF5FkK+z!(sy
zq+T=}cHe#X^k17vOMFTl16E`E6e>)rBv7N1^k`PPpjpu-FL&m~=*)q1cook1A>=eF
zj5bZtwdJ6L4ocq7+c);wYp<^R>Og=10RjXF5FkK+009C72oNC96oL39`vx0q(4POP
zX*+It9~Cc6VOa;`%*#erG9TjWq?>NK>61@BsRTAJ)H3y=G2s_4Ui{KaFI{@+rQ2+?
zP4U@HnKGrS!m9JmJ1_HCk3IHSNt3)AT}7Q|$q~ACJNDRPGlNVw-hco7T}P|6!^a<g
zoQ|s1^7!MA*Lvtd246SpMc39v*YQd<x?VKSrRxGFc~?YcdwkLJr$7B^<;s;EN*)p*
zK!5-N0t5(*VS%dZMQ6;Ik@-hv(zt5Xsxizs22O2|q)OiDk51B~S?PjiMVt5Px7tT%
z4y5B8WX=yir!h#h>2vS3CGW?oTW`H}uS4lifB*pk1PBlyK!5-N0t5&UATY85vD8?S
z(yx0XZhSwo4g$-|Mh-qJBBL0^neV*wPF2Wxp~jul<7W4H|B7#!mp;wSHrs5;k|mYI
z97}-45-aILM5%V9ol73#%{Sjnj}R@>r%x|ALf39zef8C(Ns}^<(%u+f4t5=??hbhx
z5$B69zF7Cs`yPMn)r*eoMVEe!nqDv3I-{s{k9XAe>v53n@#Du|a>*re;itK@5FkK+
z009C72#h^}s_I4aK9VPYntuKD*JDp_ES*u_D_G`7xS0+kmGo#<x}aInX1@BZ#*vx>
z={WP|{AlJh@}lkg3QdC)w48I!Imw%O`$i-X3ik380RjXF5FkK+009C72oNAZfIzbZ
zqS&lG`BUq5-1xp(IO|ljdD+Mcr^NQ#Z-3{VcgC&N2ZS9$sC(?O$I_)s2aGe>Jr)to
zWIW@HGm<`KHn!SotITnhEn8M*_cDF*LQRevccPEmrIi_~);^IWPeSV080EV3u~#qJ
zfj`K@YA?F<^cx%XqH$hp)~xx%AN~-l9}lA4zHd~s-+Jq<764Dr87%||5FkK+0D&<k
zP)WUL{N^z#tlIycOmD}ZtYeIBjGaziQl;-|w7g8hT1k2|D_zj6XbUcck(vYPIP>Ow
z`t7UlmI`wkdC~TLg{DCYT7LGkpXDJG?Byu}1PBlyK!5-N0t5&UAV7csfd&aIU%osq
z1yo0SPpc_5h;eL$nwO2Nd?rNI=s*7Pk3rCC4K?Z^fAgE)R9iZA$RUShGA>-WuqTJ>
zufINXoEvVqp{H?*JI|UmEAuF=#s?pKuz2_3JR5X*LB8?E8^ejAkE5s;&3x7BxaiWa
z&X}neZJk=YM?L-Y(}y2^cqVBdjr;7g&nT3Fr(ZZN1PBlyK!5-N0#ylAQZG7h-n`<!
zHaFgQ<EjESPE7)NNtM2<(MBri(X4bqv!X4SkRvq*(sAa^`Qmr8lFwG2)5wdq?<+J7
zQqXeo#TVzDc)?ztB0zuu0RjXF5FkK+009C72oPwHK-9(MrGRQ`U$9_7gM8MhQ1h~p
zHO+);uf4W!-kL&<Le|@FzrFko;!DP#SCzfVCY$tHmAYiflFXN5>eQ*d4pk6*+?;yy
z<jI)_I`YUP3w9jlQw2+Ky#D&@!;GY-W2qPIm{&DjbeS*87^@de&T-|+l}|qT<XLB(
zHEGhM4&GiL#+s#z7A;Cfwn2aZ0RjXF5Fjwd1O~4cjSph$ufKlr-<iiAd+Zo<8+)gd
zmsIJm8g0~)9?eP@G%MP?Yhl#pKswI6IbZy4*7ez%avFKj_IHJ*HHuqi&z_xk;>A09
zmH+_)1PBlyK!5-N0t5&UAV8og0$XprbzTZ6+Gos|(Z`8Qn>MXr%!3X(sE;x2G6aFV
zY-IU0Fylt^QMvTVC!fSFH{X2o0S6pVFcadb(@s0BzbePPP>T;&{A}D%?-#%L#W&x4
zQ#tjGH{O_e=u0lSq>p38{jD-btM(@B!>_FCl_C}q&2)&ymtK0Q*U^U7U%hDit5)Ad
zm-&JYe^%$cQ`PhpPrRK*NqPJzBNhYMci(--jT_glU2;2$PGgWvK#c?l5FkK+009C`
z7wE5EH2%)~^2;w@c;SVUPCBW~UzHC$@Icd{#(ezMepDH?q(`&T1<i^!@6s5xIgpMs
zZ_bx_Ps{65Urr-0+M1FH9b7;9(T_4udBTJV9X&lHK!5-N0t5&UAV7cs0RjXF5NM*n
zn{U3Eng2-|A9>`FKF;fRzx!P>LgvP@Wy|^))-H7m)RB#hl`5~h?z-{g$7jxjXuR;k
z3;Q^)yioIwQoenojW&u~Jogb&!7f{EwN+*S{jKA7_uY4Aj&|mmXBNcJ>r=z8tm`$x
zk3RY+(;*t4c;bm(M;lsy^`hxlt&WQ>^93FLtj>F<8qQZd@wNWq#fu+*{P8(+=Ipxb
zu4(zamRKOA@@1AYUlEN22oNAZfB*pkLl)>-FB-o&iseJw|MmJSqzyOR&>xdSep&lC
zT(uunMlI>ltaL%MqRpFZqc#W9apukWywAnu+v~__<V8E2WWuajvocSAn{Bp9!)hTw
zfB*pk1PBlyK!5-N0t5&UXq-UTZwg|q$UaVL>C&Z{X{Dqwes$i*uy(0ipuTM6XP<qx
z=bn2e6QE-w?xfu7spW;*F>>DzZ@cZbUPH?3ANNMj3}c5KcF5bMxIId6GY5=s^eX&T
zZupgT#b=#<cEySnnGVr7fByV*{}E|XFPitNRd~_mz1G8@)p_q!!}*G*!{PJKKY#GS
z2fHr&+<JlftK{!EqK5<s5FkK+009D{CeSqtl=tU)`Sw5l@sFc+*5XMERQOS41d|@k
zN*6RM+VotCmJyr-={WP|eEB!G;-1y!H1eVyPBP)Z0}sqR*}eDPI}NLa009C72oNAZ
zfB*pk1PBlyK%iLyt5>g%`^aSGe_D-49d%USXOx%MYK<JfI`4aAJJu(V_o`Krjf_&p
zY15`<&bO&kr^b!!dpfVYP!}#-m^V%=wYO%?ny6fjTYcSf%Psrwzkg;hN#h-N+>tj_
zPwi)&byhNF`$ojj(>U#&<JxQ=D%pPMp@-VL4YFNTW!<KmZrZ*yO|RQK?X*+gS;UM=
zPP}8|nrp7f+iR`2kG*=)5xnT~UgfH0b>8^t_PlqhO5Rk{hb!6g;fEideDcX1S55li
zC!c&$azNb(5FkK+009C7nj%nly=dI9z9|&zc$^h}R2jjfN3+re&5Abj!WqFikd8BN
z&W~nJBQM(FBonsSVvBT&AX*}+l7`hnfB*pk1PBlyK!5-N0t5&UAkZv<#~ynuGx?J=
zKKkgReV<YMsyZ1bb0cc@`X1blH3`(6jr{b}PxJ0%*K2WRC82)s!3TMTm#s<r;)^d1
zNF8basF2LO1fp`a@4;h5*32>Y-FM%<$L!d#s>-^_lP70}TCy?ji`@}e`@>0-CS{KE
z!yo>zz1v7_=hcfo{P4py#hLfT&8@fI+S3u6a?ur>R8_OO;1C^8Rf5(rW>pVge);7s
zx7;%G3Tic;efHT^9m_Zb2oNAZfB*pkBO*|1z37=|o*BQ>9Fa2>MzKIuA5}&+>Cvoo
zL9?Rmm|7z{2Rh=cWX=yEk=P2ml4v^wN<NI=+UF$-&O7hCl7r|*fB*pk1PBlyK!5-N
z0t5&UATY85haGlUUj8TA*IRGB{%%I!I^U=aEEqhV`tgr{JhC$DY+yskMqYH$MVS*L
zmKg1cy~0p$zy0>ikfL$pjW_=C%P)HhtfO-*_?bC)+}f$5XHO3!d7HO5@RB7<dKxOP
zb5)gfwbqN~-63nY-FC}6ueIKuS1%ej3a=@)(@r}ra}utVdePQ7)_TzuFjh6I3l7oo
zRE6(U9V1urFy7yG*kOmv=@E?^Y_LIm@mI-#3_^ea0RjXF5Fjuj0yWi(#t)I=C&?pn
zj>0G-P}N73kxhCuD_zj6Xgem@$j*U|IIEiTG3*d>8Wl#{;n4Nr;>C;evIO(y&Fi|m
z4g?4gAV7cs0RjXF5FkK+009D{EU;q5ioE1ctNoZ`ju|liDA_7F#Q5>!SFc_@;34c@
zt-uhnk&6~B%9|DORQc1XHq?UUaA(YzQ9i14&sgv?^Lz)taeP!<XO3Let=OxotgE$N
zG*&jqM2N<beS10b$Rjgjo<Dzndj3?>a^i_6W*%|w+_^oC-;|54;H0XW)dh#>c&b{o
zj=?K=7&o2ITlP7o&2!H^SIJQfLVy4P0t5&UATS~VmDh_Ne)!>0Df-=a-;Kx#3ZtYz
zRUcJGHtEr<bV0MC?U-XDI|n-AtZL4;hOIA=*c!juXges1AO6q({7+^QDH;dA4O8)<
zJxhQ90RjXF5FkK+009C72oNApx4<p8+>)34X|)f&G(<t_tg1uQt+cL<Kb&l2-fgyS
zxZ#HK;FX73@U7VsPdrgRu=bv@)MwsR7VG!Med-7K7b9d2zS(A*RdNTwsw(Shtrxxb
z-g`3<qVb(~-f4d=MrZrD<BrRWx!2V`%b!u+il%qnbyxX8qGuy6y5cjcYE~B?rTy8;
z(b@;EYWr8e`c>wfjK)hYxumM27>57>0t5&UAV6Rg1PVU+=KW3BYL7cyY`W>DyYIex
z{J8l1^Usf8pS|(M8>?2W8ikV*LmvW_d{i0bq(`&T1<i`KeZGzI9B7X-wkw(Q?PC_a
zo%WqbOvbM~+GOOe8y8$~LEirk;%;JHch`Xc0RjXF5FkK+009C72oNAZfB=DJ2@EG2
zdGNspXC@wF6~yvfm4_P3QEtEe_L+fAnKGrnn=;2zpP2*J-MDb!!t#=NJ*%p$tF>PA
z<Bvbi!@TLHoAOR=?Y5tD&N-Pe*H@Ug%PzZQ9`VsfAMJ^v5f@$Y8C5l_i;vR&Y~^U}
zgIBfv#TQ>>&X8z4^w2}AI*M@!5FkK+009C72oM+@fl5BAjB?VWS?PjiMcY1&M|lpk
z#~Is|%=z{)>qsOf<5wPSGIH0AEw|h<Gexk;CYyBKR|f(F2oNAZfB*pk1PBlyK!5-N
z0t6Z-Fq~}Ug%@6!nRwi3r=7}+)e-8OZ@!rsSTx4^d*x$m^^8S6W2w))0c&kP<&;x;
zjW*rCs>-@r>qP^3!womg#N1<#J<=yN3N4pjdTD0Br=EIhP2uGcz3{>dJsolMFS@R$
zQ`M~QdZ4639canm6>jXe-+r0Xa`VkMuka{_B0zuu0RjXF5FkKcL<9!^s50V7k7lI{
zniXv_hev!4ByqMj2A}gC1IEK@6N&BP*AZ>|_<7s!z4u;bav&Oi_`@IO?WLUn0RjXF
z5FkK+009C72oNAZfB=E!3JfP3dF{2==H(vC)72DeR9a@nHh%p0ufF=Ke0b3_7WvE^
zY6y*StNN8ISN0Tby7TZW>(VilX*un*)AC4{E?rt?gdz92{r1~41KxlC{p*M%*1O0&
zTr|eF06iUX^e?)ur!)LnT@zZ@GwroQ!TsiX9ZG)!1PBlyK!5-N0t7~1VDOJBqo4F>
zR=S{B(Y9vz=+A-nD{=5S-#%KhU11_I88bF&injd_ncF}A`Oou`NcY`$U*;|v2@oJa
zfB*pk1PBlyK!5-N0t5&UXtcm^vXKS#qThY@T}i;2LS3<9#ro^7pP3r{#V>wQGPYK?
zyo_<?;FUMdpFh8+Xw#jCUs;!qp-jtj&pnr?cjc8=mKkBleV%#dnaqGEOqftdBp-b6
zLFVD2@$0X@?&*l5f6;Y4o#D^wn$WtQX|EmT&Yhb#Pu8qi)9YyZ6Cgl<009C72oNAJ
z;sS$zR2luGN3+re&5E`)y+?lzv|omU&-wPzlI;o;iOHC;QB$<-he&V7Z_nfR@_EUD
zUVlfQ9$yOq0t5&UAV7cs0RjXF5FkK+009CcC@`FCWZwPgBO$rg>qX;5nKNfjW@<F*
zNXw^2BgGnvd}fX_oW^O>rVTj3hF@9NU%*k!HgV#_Ow~z~CVl(uxBU%U-(DYn_+e(W
z(YS2cvdWM9@WT&h9<Gn_)cW2ZD!J&&&<%f9*N0Z-e9QN_^Ugan=Seh{e_JkpI6Vmv
zAV7cs0RjXF5Lmkc1AbI#MAD;K>4IiO8?(0&bD;ey8*t9I57n_<M^2-@Xgh*$e|Y`%
z*XLyhX3m`1-qSV#0t5&UAV7cs0RjXF5FkK+009DHMqoJE$m!FkXQm&cAhWz=eW8B&
z<(GL&j9zxxWhEnw<vlacahQ!Cee_YuXfwMFzp^efj53X}^lKjMb=O^2W`tq(iR!y?
z<HltMykNnC$|E`Jtg|wYHDkt%UXL~67hRdt8UC!U53S7kmhW@J4L4-YlbEaJ2ho!N
z0RjXF5FkK+0D-0m4ERx{DM^oJr3;!BZBynza!C$2=aX^L8<ivyJBF<<+KvMy50@`r
zo|mnPbirT$`q!kV4FUuR5FkK+009C72oNAZfB*pk1jdrUaI%pbZM0ElVbZqSZd)F+
z)=)3L_~Oh6H`ri<lDF`V<vlY;h&2bwpJU0MM;&!k=CR6Gw`Lw__?2~;VU%h7?6c1@
z1)?!tvZYIxmKkK2eGWYEz|4S8IN^k9!-(3{SY$QxSU28yW3R^=@r$m^=?s5X*NRr=
zluPzG^UO0d=gBtPY*TUs-3SmMK!5-N0t5&UXpq2wA61%?^k`PPpjpv2Wey})<$!ZO
z87FgN@I+$Au(d|pajbaw{rBG=aKHhXX@O{rgl%+4@1=zR0RjXF5FkK+009C72oNAZ
zfB=CpATWe%<a_VEmzRD#?zrR18`c`?=bwL`cQ^SfuDGIWkg>35-Z{Si{`*~b@3q5I
zPd$}+xQ#d7c#s=O55Kam*As8=pI7Y`GW+hk?{L!E@y*UlFTK<rRo?b*e)F5mmn>Ft
zh#R`)?bS#7i!Z*Id7x-~>#etX9dMK{x{~KI{8?QqTFJ96({0Nwx6GU>M;viPncejv
zK!5-N0t5&UAV8p50)u>1X;#vsS?PkNMBA)6(7HAUne$z*?g0~t>G5lgHhs7YFT5}_
zC(vqq_~D1syJ#UmfB*pk1PBlyK!5-N0t5&UAV6Sj2n-<`S&)H@BD(U7b%%Pv1s7yy
zO2>~M-*t)6OE0}NbKjkJ-nsk<mhZV{&6<f5CuSb;x#ylMKTb!_;aApm1klsN$jrx5
zqL~QM825DRX|z5%zy0>xQ>ILL@WBVm>|5}~%1t-jRAz*deGWS4piGlZH{G<48ro65
z=t_bNe^%FxR`SG)yS@45o0;<@8n3?k>f(JpOMn0Y0t5&UAV7dX69oqOsM4&YN3+re
zO^LQybD(vF4l?J<T;qcz64T??9c}v&ue$20yqrL^M<jh@klM$$O@IIa0t5&UAV7cs
z0RjXF5FkK+z$gpUosC?wWJ%t-osofj_uY5P<J28$!Ck<L3#ejA&sf+qGtqj-9e0#J
z!Jc}afByNIN1QclR!`%!cOHIaUHj4d*#7Nrf18QWYOJ;nvm?9*9(W*@28{!itQU>l
zciL&E%xE{<aKkUZ{IX;G{vJO6{PUTIh{ic{=JYY<$X;~i&t>?tdT_Kwix%B-%PmnB
zUj8(D?Rn^-hvrR{l1t|HdPMyR5FkK+009C72oPAi0)2l}X=2i&S?Pk&kG6?(ATGDQ
z=X}XaweLh?=J<6-+dAmC-+p`Y$tUL}1X}HN+$kyZlr<6{K!5-N0t5&UAV7cs0RjXF
z5FoHt1ZvGjMiO$j-FC}MLQb7JwWpt}*BWXI|EE9wX=b#s#OOEQe3SPAJ^SplnR`X!
z7himlx7UE}|Ni&C^A7seS6}rv`0y+1`inE!E55MUV~;)Z9HKo|8SQC~B_kJX#7sEx
z#1oT)mai9$64PX_j*VlEIi}!<C7+7G^6oGmhx_!?PfL!|-fd(ry7nN8w}(Hg2S<yg
zYvU!0SM#BV9;$o-2iKi<-q|q&lZWfCzkaQCs>LssX9*A>K!5-N0t5&Us868pk19<}
zdNeCtF#6FpaSp_#)c2e(e;M|dNX#662+_Xy;)_4{!4HxQK<36TfBDPI@H7%2K!5-N
z0t5&UAV7cs0RjXF5FjvS1nSF1#;@%6+;h*&++(Y;*R?n63pIH)mn~bC7w~o0U6*w0
z*f{psV>9=fF=IwY&uSlTz4g|a$Nj?}{?OlnhF@9NU!3iG#Y;AE;>1jcR^uUu91=Ho
zYu}~s?Wo*~`n|ZZd;8(a*Na9OUfjRFec$%&STJ^w%D|N?SMI&{-t7anZy$gB@%^3k
z$X;~iPiOeEdT_K>y=dzd+;-b-@4x^43TrqQELhM!H#)Y@JMX;mwt5mEK!5-N0t5&U
zAkZLzzCWroH0jZxbV1Cb5s$W^bD-}zU;eu8FOirzey!2I{PN3(9d=kp1|a<~ejl9~
zn??cz2oNAZfB*pk1PBlyK!5-N0tCjAKpol0Sm*FpzxvgL2@}$Z$D}2e&Re~Dbx)FY
zgqjZE?6c2Kf^6T2(}|M2bpKe)v%OpU_7hJ$k?vn%%Z)eQ*nYTVd*_{Z?(ZnWudM4Y
z&W^pFe){R;+%q?#p!DXOZ|-%zwI3xaIb$)6U3c9zJ%0Im(HQWNM;=L!khH`qqhEjh
zb^CEkZh!E>2RrPrLo!as#(L|mw{+>!l0$WL8_kQZBgo>1!=KfIqqWzIwqDImHreEw
zYp&^Uk=Vp17JR<wqKi7FN5{j(ix(&TZ4e+pfB*pk1PBlyFqQ=R`>4|Bq(_6&1u@e`
zHrnRSf&S)vuUCDqiNw6|>xg#IqD8;{^{=<vZo7`p{+SQ=+i$-Lf2^8!n%W5vAV7cs
z0RjXF5FkK+009C72oPB70+nPVqYNnunO=YW^|^EB#&V8PpO%?;Y;TO}yI#+|l2E%I
zG)|;F&i3u=ufIOM`@DJc+WREiQC~VpfnxeV>6U^;3?d<%?%%a#_?2~CLn_%JmQ+pT
z^EM_=o_zV`mw)ofCnd*hb&K-3TW+~!n{Bqq8@8u<(HQffgAU3YD%vManiPkNitCa=
z#&nGZAqxhKr=obf<Y?(`qj}M#<1A<y{;VDxEnP2~yu|zOzyBZq_{UxgfaBY}D4Fh9
z8aEj;*@$Y=0!dF1AV7cs0RjXF5FpTKf&M<KG(G9jpmagZuF;IPxpSbuIp6DL-fJQ;
zZ~Q@`{qDQ(B9*j!`SQ2kdh4;r9*acKkw+f6;f5O~pZB|N9D3-Xb*C}&PFy<y0t5&U
zAV7cs0RjXF5FkK+009C+7Rbv+M$PB?CH|Eu4Nd1HFTM2AK29?))K^}4rH|1Hb~){|
z)6y|VODt2lYSpTa9e3Jkr_9bj`N>Z@de-sqfCCQ5JbHh1U&F7gtI*_*JMPG&NH@mX
zwsG_KxX1Uu|NZaJKKm@Hos%$PA%ztyR=oS}yHN#t!37t@t-#Z}ceM0cFZ#t7Uu?Yb
z#vOxnJdDfgsH2XG?}^@c<BiWh|GYh8AJImw;KGFqV}Xc*8_*{MPM<z~klWmk=0%sh
zUS&3hKdT2vE2tMuUfIny+wAnyPmf6wlOevGiq(&k7dkegKr~jJeg669V^z{U_uMnt
zt6*dM?YD2g7RuP_Lx2DQ0t5&UAV7dXg9Q5fs4@nU9!*IXwC2(XM%&yu(BGWz<D%{<
zk(f7rUbMv-+Wr!=9m#>nA|@$?yzsOWAV7cs0RjXF5FkK+009C72oNAJW(4xGksX=C
z3LpOX$3N~*FE7-}>qTP;%DnTv;f5R9gO9?(yq;0%*WR<H?S~$EC^LYKHrgoG7U=b$
z!>_FCHNxWlPd)Wi)Hr8?bZzWA!QN}VXq-aKjdA0~bq%SbLmv@Fy=#9rxKEr%@S;m%
zE4eZJSv@#fnR?NV=`rBLSlG7LrFTpE>qdY80RjXF5FkK+z=#O+@lj>WBt4pvE@(}a
zk&3p_bD)no-`~|*K9N{3eqOW#e%>$MJ$_PMd0MsL96d#V009C72oNAZfB*pk1PBly
zK!Cs~2n;zJdG*y-_kGrRq1KVuJn5v9G83wCFQ@h;MrY5So!M>b)TzVyVSWUYS9$oi
zzx}OO>fu+`^%`N<{_nl_-get<m-(X9(Rks77q&0{*)_bR!^<zfJYm9wIzmdu+;PVp
zV{Ovpi2ZGh;6>N#i41>M4~{nEdeO;~C&yx>y~65GfB*pk1PBlyK!8BA1a{kPx8wt3
z`$j=hWh^B<nvyPPO{&p}w$XE7@Q>%^ukn(J#DW3yqHVugE8LE(RNT47eMSmi5l;~y
zK!5-N0t5&UAV7cs0RjXF5E!chL(4|SQird-_Sztfd7&13wbA$CKKkgRyd3OJH{H}4
zHtt;><)fM1e)X$g^?m4GcRcmfQ!`_jIdf*OLk+*OuGa|5^pDr&;)^fNG^wz0pMCaO
zv}jS8c=Gzh>JvZs!4E17sePz;^()EwkJ?3-hgr}*{8>FX+A!-yr%ju-Y}v8`Ku-}M
zK!5-N0t5&UATTxrcHVjC_K%Ip_N%YHnt6g_FX_>gbV2Lo7=>t?J_iQ>c%FG_WHy#b
zBxdfIH0DK{T&h)VY`W>D*Is+=H{X1d9NGo}0t5&UAV7cs0RjXF5FkK+009E)l)w<O
zky~uB#r*m6`?x)N#|x1cY8~~Wap+mIW@Tn#<5usjO1!`R^{<&7qVdyDKkW#<zK07J
zF3by~*X1RLUs+clORSf8)KN#}$qdpS^YEExo~b1ASex|cKmYk4!KC+%`Fa2S_g4~L
z3^HmLT_5K){8?QI+M92_dH(t5=T)SqU-v#*#*ZIAckbNbtc2Xh3uhMs1PBlyK!5-N
z0tBiR$h#TG8*jXkd7!bE^k|)CBhm%QE3$T@ZTcLj<l}krT6Ep$nn)}jAurlKKJRDl
z5=np)PB`J&XP=b^D1IS4OMn0Y0t5&UAV7cs0RjXF5FkKc%nQ_)jf{I7pLNz*QO#IY
z9x^Y~n(9Sk^~lWpYBc`#x4(^val{cvWOj&^Cx<z0f;UzM$c*H++ivSAlHpg@^%Pzo
zo!@!qowLtAd;Rs-&-CfF@x&8PjQhy<5k~PYvC!!0r=Q+yFzNmiCr-TXy6dW4AY#-m
zx?;)9XNNzlD@2Pj`}peiiYu;&^_kPJc;7AY=6wD2*H=4LGVwJMAV7cs0RjXF5Fju*
z0`Wm0^Fze@@4ufJ<k(Akw4Y`p(gjJtYb)BO&w&a*o+qzG!A93aV!^)gR9>{1mu<<$
z$P^uR*kRXPbIrg0^{>Hy$X^`4X9*A>K!5-N0t5&UAV7cs0RjXF5NL|P;MvIa)>|)@
zG>kiI@3q%nC!c)sl~-Q**kg}<{PD+Cm5C;jd7;)+FB-?qTcC2%q)D-YXkKpizWeS=
zVjj-MWtUx+8B8o5(o+D#udM4SyuLfHTD9ttM;<x#)Kg=kW<nJ-#_|hCAANMJ*!k60
zU-cb8nH^&>*x&#D_i+&w1e5txRKvy#7Z+V6H=yqbb)+u3{!VcCv$`g<c+a`#o_k^%
zPnj|$b0&0c+<f!RfAW)`y!6sbz9j0H=N=LuK!5-N0t5&U81n*=qRIQnka>rc6)RTc
z^>1#{BmF8jB3+P#J>+P|z#ORQ<9YImq&Er@iCuFVdC}%wiP0V@*$p<>AWFd_0l4?x
zdq;imX{VhQ)uC~b#_#u+E?t_APzwP91PBlyK!5-N0t5&UAV7cs0RjXF5LkBv;tR5<
zWPb9=Cu4ENsBNA;efkbN><~qy<Hn7PH2Z`J6SmoAn@F%9fBf-RU3Jx;|NQ5VKKiKg
zvgfYa@deO7|M|~5?zrRJbI(2GkVAIaWtUAh*`&2ZYJ3Z@#THvkn>OvpBae(5+0UOp
zKh_vg``49p>~;9^%P(Jj_0^aF@iowyXPy}|d8@6qYR%;MwkXyQnL2gquDk9!W5$e_
zMK|Ak^YhO?zkK=fvFG572oNAZfB*pk1PBl)DG>J;$g4VAxpHO6LB?>mMx+Z8|7Jy-
zgl&TW0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5U5q)gAYE)
ztQU=+Pu6-|gA*V?fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBaA;NgcK&a4;RdFP#n6M&--AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF)G9E0_Uz1h(KF6Cqt@dZoB#m=1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyKwvlmQ>RYNtQVa(Z{BbMa1;Ur2oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=E|1YUdXwajACXk4^tQGLfXG64bv
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfWUAB4mjX|%zDwu
zlP7=w{rAI(!BGehAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjYS61eKBt1^p4qw%7PE~@FEh9y9N009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oM;8z{-^?fApgt<rRxY`}^;|KZGzGf&c*m1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK%hc_HEY%^S+eBWXP-Uy+;b;RoLEpS
zdgPHuR(M=P5g<T-009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2-GL=_S<h4)P-g~wcdK`MOkTmAsLwf0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkLHLV-T&MQ^_O<_ZHa6afMR2oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfIzJRz1EBV=tn=QH6DW#AV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFR4dR^z38QvURv$ZjYfa~0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fk*uK*@U1ZMWTa;lhP=2V;B!
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&$_2XCi|)Vw
z{tFf?`2PFvD?hXW2@oJafB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1co5cUN1Us+_+6Q-E`Mocm41G{_o2#zx*$M`O6nyd@+O=9D)D=0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5*Bf9%}}
z&?IG<Abw*uhA`Y<0z<=qfY2C2Ljwm_*7-vqJ1#pI=sE!miY%hA$Or?DFw78&>wthG
z#{dlo^Z+d$Ag8n-H^?DJ)5y_HH%B*(&`sZWL*IA%e`eEtC#R0Atg8H~zOU-nK@jhk
z`R054GPAn#spor>009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UATU${>({S;^2sO9J@?#04?Xk)ANasK-}%m6
zcG=}qpZe4(r=0TOgAZ=luwke)Dxd6*9Xp<R=9$w@J8kd1_uhHuo&WQH{?8x(_{YO`
z(xge-w{NeoyDeL`%$_~_-h1!8=%R~`KKkf5gS+p(d-ND5^!@LD|G@_z9H)5Nv}x6L
z+S&N$&6_u2!h|D^IN~E8`N+He@1GBS=tGAee)ttvT=B*mZ*<nCqxvP#vn#x2f|d7M
zd4n|r?%9v=3G>H){Kro}{d8wNc6oSbojQsD0RjXF5FkK+0D&F|i2sZna_^rgN9b%W
zS+XR8GZCWMZMWTa+G(d<cir`%gATgnl1n0zGje)b9uoq+zsNI|YWuCWwf>&CZUQ*n
z9NXVn>zx1r0t5&UAV7cs0RjZZv_NE|MKVLfKatuLIZmJd{OAAapZ+Pb9U=p2OwZKd
z2~;9be9J`e_P_%VJoVI5A9&z_HEY(C>~Z79jd$L8XWVP=DE#wBfAmKeUU=c=&6`U$
zt6E;*wbx$z=tn==4ETc|{NRf(zL>AyO*t}An{|}m9v`rA-Xl8NO<!^NU;M>i<Uhl2
zx#gBJ4bGiA_p_h<Y<@iT<^A{Hf7Yy7Wm;3G?*hHN!t;}@yx&S1yy~i}@;61x^6!54
zyZof8D(|`Ho^e}Eo;<m;2D?1GvrZjFfB*pk1PBbUK=H$@_|E{JdQ<C6p!k*%|LIJ1
zq>rlPiL&G%M=qKd5yeOot&h^AE%9r=<)e-br_*sXsbOn2_EMmi7kPeO)%IIeYXcDf
z5&X$tX37Kz5FkK+009C72oNC9Gl7zMO%acZ#qqAY?z+*iAYRXKbVQ(Dp!_Wpcg?rI
z{q1$@*3~ysvn3XsOd;Qvg+Kk%KV7zLSxpOmEEf39Z+_DfHY(hG_ua+ql-%3aMe?OD
zeQDdaZ6#Z-uNEK6HB-Ckrkm=k)odvVlC>O3tu=@HakL4PJfT%x;c5Dn_ghtiS6+E#
z&3#e)V|-7MCRJgf%b0(chgUceO%WhKfB*pkgCS7<IYs<uFwVGHbSY5&mWjs=@t-cW
zD>=NXC(4q88KG$2E3do~AHv1Yu(9{O?|tur1q(_JwZ2+s(WLrzZ0WH;k1z5xyK4Kb
zu(bh*{|Nr1%S?d)0RjXF5FkK+009C7dMVIW@H2u@2OMyK<qdmzg7h`o1lql2-uJ%u
z#S5g0XOWLE@3-H6H{5VTBrnA>1@X)Nkx964;lg<TRJ?gA#foF$m)Kj}roBlZR>(|r
zQ8?j*6XH$l0UO!xZ@&3vyq-S4H(nE;4(zy)T_mwY^T{Wl{Ln)WMF4-(rcH4+qsP^&
zS3mR2GqDgvzS9#=Jh8LBmM>rapZ?Q-$~P6|mieMF>sYHc9Tm&2KKS5+Z@>L^3@-*5
zBYgDHM?dk2PoxS_h;J)88=<3mAkh0OJeySI{Z`mukH0U78|T<#kF8&%v|-GD>(;H~
z#*KUGsi)Gl(dFT(9R&ge2oNAZfIzW8yAQMCKgFK*4!l6Sw~Y8te=ms&pD0UCWF(?_
zixw@4Xi^Hu?6c24@$eY$yN}1lhy+fVGUYR$`Apgymt1G7jCK}HD#@bS$O-iRBG2Yh
zZNJsFHiqIqf<Gg7YiOAO0RjXF5FkK+009C7IuOVQKO=`B-$FdY#?pwt{q1iLI_RJj
ziHgF}M<1Q9rc7X{1d4B&4I4JR{PN4+_{KN#w@joA)!bY)Vp)Va?yPu4c+IZ#<EmAw
z@~=}r?zrR9E`<Vt$P0}XS<~r=T-^G~_uhMNst|9K+p=X#eVw+peBldUc>M9li%)t~
zNS#Ju`t<2-brF^0BRYLe@F#!rC#kiT`Jx9Ncwnj=nX3&~H;vrU<BvZ+Roi>-z1tn0
z`n?h8%M~6|tGwT88_a)SP-c<mE>G57ciolUEU~6gB!{Qg>hndPd+xapeBc97IX;)t
zt=Hw@sXGM%1PBlyK!8B8K=H$@_)oE(y+bHae9MUcjH*kb+9%4AQ>#3h7jd5b_uoH-
zVoo~gqzKN`3?}NFbIv)b&S8fgR#Tznj~z#oTDGjhhzj)OB99qW+i$h4#qh>Z{73L-
zL~js{6Cgl<009C72oNAZfIzzf`QT?fus1vW^2;wzk*Fv<`|PvLYT8a<umwuqGLdMV
zzh!Q`@x}s{3of`|-n@AQ6|!ARmoCjOCb?q8ik63{aNBLSr4tc(yv;z)JoC&{?I%C^
zNwaFzZvWvAf0#P`>Q}$oZsQXtPRtJf@P|Kq%{AAgri$}Lmn~bCYQ~xs1q;<izH7YQ
zELDzGN!uNv`aKZn*A-rQztuLF|Gpr;#vSPs5w}&`!r9I8p7*@x*T4RC)?+?jG*<47
zUkb?T#GQ5Lop;8UbXm174<G5-X`cWA0t5&U7#M+)53}Mw19Qerq)UO4w~Y8tm(G<O
zUhNZQ$stu9&C9=}J6`)zpDdaN_Sw&VHic_mdg-OKy-cCAXi}M$)frKNzFg!nqiXxD
zwzU}E7>fT0{*34iqHzKQ2oNAZfB*pk1PBmlSD<9@Gn)OYzxt~bi8}o7!`tmheFB3a
zQ2v%V_uO;SE%T9&e58`;pMLu3sm+E<WmeM5AT^TZYh`F}z4cbJsYOOv%EjGdk3CWz
zSF`$+Y>)i0bT(sw(6-u)*T<(fl*QVlzxc&3Qd7nGqWN`APd@qN;!g9|aQqg0ab<h^
zBG9iZyz+jlZLr7R7i6dY)mL9lOTm2ZbDxV0|7=o^KKf|fmDvsZ$AA3CS6p#L!$pj{
zJiITLpH2x7AV7csfw3h}{$W=9XKbBWqa7iE^0!R>*;)K&gic3sv(-LP7WdV`-jdP0
zSS&QfcH%Yk1s&zz=-t*YAa@*1Dj1Aiy%FfwMP6;c)wUM$V=n$9_|u#FMK1&h5FkK+
z009C72oNC9QlNbBbK10NDP|Rgg5Pm&*{KQy#;!p5TV~0UCHY&XU?Ioy8c#p{bZRr+
zOI7~B;j9^}wkEFl#<LjVYhU|XsyuV%%;L&b?cI6jol~cqH*YTAZ2A%*y9~<bi{5g}
zEvd)ruDh<d$9wO+H&wp+>Z^+@+uM7AeqG^}_gi^`efhp1y8t33JKi-PH_jjZ(H~`5
z=qa`Pw9`&ovt~{4b<*YG#f{rbfB*pk1PBbdK>3GR@t+~TR7^h;D1Xa{|Md5osr-qu
z^68X`=Ed(7rU*>@reVQbz_Q`(y6di~{`&RnOOCnYXi~}cRU09JeqH3%_FHXh8TA;A
z{|Nq!(4C@L0t5&UAV7cs0RjXF5GXHDKKPjrTSYu7VxbLtiB}ju^2j6cd(*MX)-Jp3
z@~(HiE8dlS{PD-f+eSLhmy0&z?XD-Ba6<eFYBU%@vjYw|pkeQ6V~qBmd+v$fu#U8i
zop#!3_uY3t^2j5jk%nom3l}cD=%R~0{pnA?``z!3_V?RwzgQU{Rt8J06&Iq-c=gX^
zmt7Xiu72=?AB@b9SSoOzefIh0H@_L#RvpheI*pd&RYalpp$~m1ntk8<-gn3$hs2Ag
zV_CxDA=T`iJ9qB5apNK+xZ7^KMLY2(+{m3f|NQe`d+oKFn!WjP<ivU~{_?j>tWg>H
zLMeD#$?LqMk<?(ke5wcY9n)Rhdh4x;E6T-ldFY{sQsoH~CKOk$YHz%{I(6FeyMWZ`
z0}niq9Tgun*_Q(4^F{M1px0l2eQL8|;lBIsOT!xz>)CGFv?>0sIpT;T-v9ph$0vU*
z6?^Ql$KG+r9r2e)!wHV{js3d9EAO}R2K)GZL0nYvcU&we8n<V<eGWbJ(D;`|$?L7l
z!%Oy}8UX?X2oNAJgaYLsX2($cr<cK>xMoHuni0)b68wn~ivLu2YnQ)e#D6Me@1Uv5
zpC~&RL-8SHqInAzEJ%-#2OV@!af7ip!o{inGtWHJvVK(PCYn^H{hrksw%|{|_Uj_A
zw%=-7%dWSv8~+jf>DecSjtCGSK!5-N0t5&UAV8p@K>6Tj9G*{ph<9hyG#C%LS6y{g
z<Xfg_RZSuCJflMKi=JoCo*mV)KM^gDE+XU=`HeMAed<%6O1;+~GIi?I`a`l7_S$Q&
zl`B`KV<U+uvN~%TPd{FJ?X{_9!$Q2?`r?Z(Zq`@UPGk&5hG*b3Y$0u|pT+C1zaH7A
zX)yUhv|0Sh>C|jwy+&?r{@9xG-h1y|kjHrW<(L1zv+>9EXFT<iF9c~^C)rVvGo0TQ
z<qE}WTJG78ZQU~YY`|Aud8PY7MkDDA9(?e@-8VScEgW~;afvH#vEs=tTed7!j^wW5
z%9ZSmWb)Kw<kgpKbKSaiX;sq5iqDQJpD!98EUD8|Pd&A`)5t1Mm0x(_h2qLR-dq2f
z8GmIYnKbOI5Wl?e*kh0Nc!WLZu3uMp<^5LPV1K_ah=1oqmU8~{|EQymicgr5mqeF`
zm+VC~0t5&UAV6RU1=@O;9fk3q`bU7C1%KjdsVbULKZ{C&KQY2?;y;xKe<~E~<E`4(
zEtCKEzxYp&&sybAl$DRaOf)Y7;3<^x5C8BFEyoZm1El&FTyR0l`dvnoTDCtz73x1T
zhcNgPw*9)utL?Yi*0M`(?8bite@5s-L$d@35FkK+009C72oNApQlPEiXTkRcvEpT{
zsF~ta1%=Ol{`0Z^L$l$%@x~kJ*ogn+m%>ZiqYz7grWR@riKFs0>&vm?+=dMs;_!I;
z^S=A;TVEl+r8s3Y);rBtE+~KQbDt|-Jg{aK&pr2Cerd{vEl2WgLTFeBipbk+cx=ta
zNH%NOLVVqjYX0Lt{$s;BH5(s&^wD(4op;_@v$sOAnwER^WBFSq!an(vIA_kB?gtqc
zWa2&Rth2graIjm51$7fw%awj3sXJAUr73$LlmE5)2yd3`@#v$E&c=D*fd{5T%IAy5
zWf`A=SqqWgA8RtCMrsQ2k(J(V7HcmTe}dH<+k+o#J~QLfCY`=!h4JIZ_h4YX?4n;+
zc;)?8-e4cUFL?IZXVc$w+570zU&LpheRlTGkAjP&%fky=wu=A(0t5&UAW;5cHmpWr
z{HNv-pqIg)07?JGYxcO2wim~LYGzSM@F#}XW&Ee|;7^5O(Nw?wl)q)ffBJQfvVJRn
zqO5#6WukfUTdwJ2q)f!`M?d;es{cR!$Ny+K<}Ra2E!!WV3N@dZ!x{Vu+kRc-)%II$
zYuP0?M&mz%KO^*sp;-b12oNAZfB*pk1PBl)FHk=CS@1rxcp-AU_B{ou;zhu*`enSZ
zKJtqqWV&|k+IT~KEbN&o#LI%4jW8bt`qsC;m8IK#@{^y87T$jQ?Px99j5_(>o6aBd
z-S2)kOV5a`)G1S@L}Er95_w`zJ@r&9-<Jk((n%-90OIxWu_ZF5BJpzZ;>Fo$V+FA9
zfB*ZbW)xPfTGec{+4lu8wTRKpm@y+p7%6AbV`QSnE5IUNk>`!EHESof=VuX7!AMt&
zu45V1h!#dJZZ`2)2=s&#PRNffkejtRefso#&Ch)1GZBc$Kq5md_Qnc|`3es|{BXmj
z((<G+q=H1>bZp3H&BlqSPerRxEcMvqLjIf<XVB%pa0!#_z2RMsHtvOV*6zRm{w`Y^
z?8Ec<pK;d8O!gxm`AFi8ySU6D9oLC9WU|{ldVJse-dBIKG;H~aC!R<nj8Cmpr+mI>
z9P;?%kEceCIp&y#s~^W_POLtfs@-+hU8%28QpkU1#$OiMP(S+7k3RI!Lu=NoiSfth
z)vQ^w@@p4Fod+L$aFmR{`(gC!3a`B1${P&Z{PzXtop)aRb^n16eBhn$d}pjQ8^3RI
z$|<MBcTBOkO7~|W-@?3k^CCAOyA<QE&UgWR_E%n9lRx>%PqM7h_$<2ay6YPL-O=UY
z`H?6SAV7cs0RjXX3Y34C9i8!?{3Ae*gFoR}RWu_%i%Nn&F}6zLKh*|*DimvYG52O;
z`CCT(r#EM$VJ{=`MA@*TZZ?*Q=1rbFIR#<L{LcO*mt2zSM;c!7@G6NW6?ZX0d-I=}
z!x{Vu*nVB))%II$Yw3C$bMYU+pLFgN2oNAZfB*pk1PBlyK%l<@<%6F!@#lEPPa{9_
z$RksP>KotqM!b<c?Mj8nj`;f5zn-ea(g$f*zL1XsWtC4m?X-Mf`N~<j{*Z=?$VJv@
zq>H2hL|8t`kwlt*J$-8Y#v5-;HDf`rw7sSf;k%hLXVz@Y{}?HP@lN*C)S^X;@_X~;
z`dLJZOQbyI>tyB2F1su>*zEm8aSC?defL!DqKhu7Zzs0oe-%Bhgof*$J@CK-shyUo
zR)Lu+$CXguX@z3-jrV3t`CBIcF7H@<xBKDcL&uRyT}c9J_oEuMEkrU{x*8*mu*^7P
z#m;odiWMu$9MW!`$P0}Rjnhv*J$3Zn_r5pM%geMAA7W8CJ1{;6@`tpQFB%74bImnr
z0DJGfcVv*J+_|`};!2BT^;99Q<a}SFq+I`*8GjQs{M#qLPIcVBB~x=p$utXw(XT7K
z@_s9CFwpYf7o;n>z7T(hR`Nj_zt#~ss9F2564%{#-<|#Soh22-4HZL*7npwOOJB<B
z#J@)J{|f5z@PdoPE&>Dy5FkK+KwhBy!|dpc|I|MM^ep%jj8#Q5>SxhS@FxaVRs5&g
z;7^5O`D?hx<?^?T_)m{dO}@L4c%sa=-+j4cG%r>ONDr;?tB5W8J@Ld7Q~fA3j3H-@
zR2WTaIjYJl)PH6UTkt1H`*o35+i$h4r7LX=#eW2U(pgg=K!5-N0t5&UAV7csfzcpP
zKKPkmjxx$=@XtU0d<st;a>yYC;i*Xb{P@Q|o>h)DNE_Cyi2}u{m<_9?-lI@+NVaxp
zzCtR;dW>nPSs}kbU#b>`=rpaE8cYA>cePuNP(UnUnsrx@dRjA!SoE)1M=`e0%NmT+
z*U%^bo}*Zjv{_TJJr?CiCXqv1Uo+MfN$=9lzyG?vW^B3o>Z?<0FTM0q!#XWDmK1B*
z&InZ~dCN?lIyF&5;n7DQ?Q%R3-AykCj|O8E+%6kz>+rZX;xee}Pg`AgTshLS(<x|q
z>1Ms8mvhB|zx&<qI_^4uU?fgwZrReuX-HWia?D}{=6wBvax|44^`Q@asAhe_cJoD}
zmlt1r@z4MK&uhk0^J8SYJ@d>n1w-oNuA0xxNC~bn$&c;w%P&t;izPVnyV@;}o_nER
zS9s<9R^DKo(~{p8#8t8L&O1jsM7x(kP5oPMy*0bQzWL2><`Yo!`J&k&vD$g|+Z^%#
zl-}Is;WdNtBLM;g2oNAZpqW6)huJuMbjE*b9sx#M@F(2LL^En;(Pi)_I;|@H)BE60
zNwKKbuRkSk8S$TjU{Mdw-AFu9RygeP(Y&ac0vGXijN-);VubmH0^-0(#%nh0YNJWb
zdKsbZHJ_P13;x7(#DA*2xvFg~U2kJ3{v-I4&YA)N0t5&UAV7cs0RjXFj0S;{!Osa3
zCZw2E6e8gv4L-epJhnGnt25P%Lc9_^we!j=ujF@S<(eo^yiK^iPR*8@L*k|IH5Jm2
z`N&%g<J;f<cG^{67&mTQ8fup-4Mv)1)>Ogkfof(^ESZmlELgChe())wH2N(7i34Lz
z(ezU6h(<O{xQb;o62<c6%j>(#w&W98_t;~PhKa1rj;+~VMy%$Lp8Z&S%fw5}UwiGf
zSQIyjMIo{fyB}Wuwc2qZ#aB7qw^_c0GtM|8Kcg<o<@@cX=A1cm(l`%0?65LTMXpym
zq~nC=nvQA~d`Rubg>>6(x3!G_r`GbB`O~INOWU(T2l=9LU?jFhK6x5aP2q?mj)<>2
zYdRV|Kh}I^#uBLoV~hJGR(;GS`0jVVyPHp^(Q_~K>k6;D-^v?|E8%B9`&nGu6DLlL
ze?`P!f{~dSCq4eGS+gc?pHojgHGj3oa?NG_u~Be=#f==Vys!UPO?|#-G!j?ix#ymn
zUthG#!wUvx7XbnU2oNAZATLn-Fq>+Q+W1e+BS1l{qhG<FFl-sksF_8V!Jp`{!uU_`
zgFj`&(v{i!Lh&sl{*!;IYF6&SSsRHb$_j_wRy1$lefLe05kfB*M$IQl92Kv$Xjp$F
zqDc)q8ljCfGwoUMC#EC*Q|--FZENXz8$<CQ!Jl;26bKL?K!5-N0t5&UAV6R=2owiD
zBgX#13oqnXmWTjUyihfbJW?-GAnT~3j!N5`72>%#*7C{@`N0o<P+u({1&SB8)>o+C
zl0PJpSL-X}x1?1=V+=E9%*gMmDL?t-lWA)8Ngy?qi+_yt+SF9DwFL9CIOw2*iW|(Y
zT~HrCoHuV?>aJj^iqu8q&8GU%a@w8>kw}v&Tyez}X?sl}lv1@=XtZW;TR)Z&YpcNu
zE9Y;SSTQocib9%xzVMyzd?zmZE(h@QpZ`4HX8lR;vi+8akDeH5%b}(Uu|Q}-i`2)o
zy`YfKB5Qar6dc=ZSF?Q4Y;3W7alG}f*|BMRB$!1Gc6La^6@%N&7mWsEiQ42-P>9cm
z(fI=R{AXs|m5~aVxEdDXZ=5vEZWfOnJ@-PtuJFqHt-Qg87eLL%Sl42&z4l6%MErXr
zzU{54)BTSP^F_-y+vVZqJ5rMX0RjXF5Ev4H{KIVh?~0E8_)q>3U~~q5;zDW}&B)K9
z%ivFRS8e>K_raesVtu?l^S6xnPkMT4tI&hf*Ow>ClJjaens@WfHz(eG_SvT(&`}es
zkE0r{bx?UUspP~ftd{@G>}BvLrXc=P?aftfYvr%8(I5X2{3(An)g(ZG009C72oNAZ
zfB=CC1=<aMMzkuvL`VaeG-*-_WZik^ooRbP;oyT0&JJl9-p@yYPCxzhf_Bob{2>L|
zj9LAN#-{-nCx_(Y<oR{LQorR3`FP0e*|QrSn4d+wI=Nw;v@zBcO|!WB?z_|WtZ@JR
z_ou!0+;dOO-ufT&UuXR2M?b2s5L@E?*IApfvSqVyWqxhORjXDtY^UVLGGZm0s=QkM
zmPyVH3z4H3-`#XSfXS05=i9&NqKmq3a~N8Pdo8)e(tl;9eDcXBr$gd(?PU&Wt4?GN
z$BLbi?tA?4$ES{>P`uW0bP-v{S^dbjZ}^I_w(><IYklv%_f7+dPxVJ0c_bF+iQ#1n
zFvfBXpZ@fxQ-u$I_`}WCsc38Z)mF}bX2yCQEgR1-sS#W)>yQ2l{kp;{@3-;>OP;$}
zUOWH(zF0@A<bma@bs6*T^6>KGRFeP!0t5&U7!rZ}!)%%4x6u~=$v*;&&frg6NG+oo
z`B`)s{E6-=kN@;I_)|u#kGE(3mPrrD4GZEweLPM5dZKJO<qo2G@oJ3xQ|h<A^{s|6
z*o!Z|xc)k9xa4xR(WI7B9*GM1&&=Tr{)B43F7j&ot+utcF1Aq~{}KFY>ujn_fB*pk
z1PBlyK!5-N0#yl=4}Qj5%g2u&U$X|qwbx#oB2*E;DKo0b0?iJ2&wJieUq2rOy6(E`
z>MPW5$scm>z4z8v$Zv_oQM2CP^{#j2x7U~Rt29IezP>`*60y6NUw%1ojy&?nPkiDN
z@z&$~nv+qEcikqXW-CLsHH-M2@zh{_;?rf9U6%I7yV27)n-!KUS(56Xa>^+UtHrxr
zQl073r`Oks6$s<|rmW6i{ncO9SIBRvL@eK6FU#d`nK<?J*}Uxz_4U_Zk9HFNNhh7u
zZVN+Of8oM~$?d=c4=m#l>+z;T%G^6;+H6)QZuwnz-8FSr@Nt)4x%aNS?rPXz`Fzp1
z`#$xlPo;k2z1R)EeTZJ-Gc8s7*vCFr^Wooc7`@z>|IEDVs;gRdo&VU3wN+czAN>{j
zb%j^nZ{-b^KX<?V?QhdX9^c9}yBEqgSW~mhn17dt*9^vw1PBlyK!5;&@(;74Gyao*
z1n5ifCoZAxqZw_@BL5UqAN+~&R387SHuzJCSRe1)^0$omPajWHAD<`-X5Dc#@9C$X
zPEV;(IN*Q-rc9ZVt#}ZNg+_oVtt=W>-7dTAk}BtycgO}-Z8WK1vLm`H|Cu?Q!Jpvm
z*F|1!zty(Z?o~IM<3EBw?Ve5b2@oJafB*pk1PBlyK%f$V;^1e*onn=_fB1)ghy^wq
zzLNN~(@sl)sc0%vCF4)5fERz_$H>WyKkxj%f8y(g2xP^dR6h#!xf%H=(1Q;?SZ0p-
zLmqwf(c(iQr865qyau|s=KT5d(@+cYMI#|F-ea3;wk$mH#1jqsZEF@QSFTJQ)qiD>
zUn8;1I-hZ7Q){35+~*n&FBU~ib>jWn^>tz)(^R2&Io7Jg>c`NVE%{p}e(^uwX+&=4
z&Yc_Uf2P#gFlo8$Nxp@ea=bAoZm0ws+0Na++P<cX0sb*o(M)s^c`Gy1&wS=H>5%2i
zmzO!Dn>ug4`DRKck59<>ZTI@t;u=c}yu{Z8^`Dv9A?5Q$<9pRK$3qS|q`t@emRPzW
zRlf1Y8}qyRUe14JmRU$SzFtXliNxT(kH7l?^y><*yx+<jEN>e()E;~6kuHp7%a)Zt
zR!sr~2oNAZfWVj&$Un@ce*&e#=#T&89|3wF{E5?DNi?IaSri9<Vn~(8e<}?AR3+BO
z8!dm!i2wBQL=<=3$0y2W1M4!HchgNbrBCK&g$O)G{#%L{Md-a|FqKD>YTEDFkNMBc
z;SBx+b-yn1YWuCWwRW#S@t=0Z)F(iI009C72oNAZfB=Dk7bpmRmYI9aTa}wdv6^kK
zPkzfsfm+7@vk~SGDb7@k`YB&DR`x5NV3~Z;d}O}a9Ba0h$ro)oi{h^g@+T!iF~!r2
zy%9o8gN*dxX7$t3tdZeXpFF(({`+T*#1&N&Mb9@_p;*4zUY7H>OtTdiBWpBYt=Xco
z#lwzV-~9TMk;>StyW)0+c5i&VqzgMT*vmM4^rIh5htyx>Wm;&r&Z(!KntE)wcIbKM
zotG-aHxA9(FP|@(UtBa^mDsGoY<qt3;dm>3apfNG&42Pg^2j4Cd(U4F@oCnw{^+le
zpHVNb@XGtGyur54-8a7RjdY8}*KKVbt1<xs1PBlyKwxYM<eyRt9^0EuDj#Y{|AH!C
zh=29fw4DDZeVO=AzJANFNwvYB7<pCEjJ9S`9Q=t<<xfgg@t;b9KNX7ATsFP@F@MW6
z3&@E7^zw`}?5n>|l=VZZB$_vC)~u8ZTK_Tor+@mVv3_ZO;`{BlU(HA=k0#Z$-?Ja{
zpP9oM{0Zv(xgNXmpMK3EU8~|hi9&$@0RjXF5FkK+009C72!ueH;Aa8UH^2GK`mj~`
zEfFZFX*?eVY8n5}j&19Z3coVA;f5R1Oyk$OBk$|+#~+V`u2>{6!pQk$0OQ5hsb&xI
zMf2Zcy!F;wHNy2jmRVmkj+#7qa+<}Rcix$AXYu02Y1f%&o|)g3FIOv;Z@HJ{lDEvH
zNt2REyyiHT9&Kxo>(;HyM~3&=XP@llQ*AY(ax5d9&O*!l&wSi6RzmKLUj9X6-}=_K
z>N`#2A2)7X{ob^tWWH!zhpEAsWBy|*HC0pCZMWUhA#qvO?Cs-^`A`0qFQbfc=I4I&
z(MR`j<P~<^uPeOrek*UVJo5PQ<I@#h^H*E>M${xgfB*pk1PF`?fszli&F0eg_)q>3
zpk=(M!r)JUR2a=@YZfi@MMon3(|z!#TCrvqWDmBNyk*3HdT=g^yXfN+WzE1UjOIne
z=7kqtIQ{g~BNsG#U01x{>XcJXiJZwSoF1>mNe{EJy=Ek7S0&M;n#OziWBxO9XoEii
z-mi<i+J38Tt=;QT{HI+p^$8FlK!5-N0t5&UAV6TS1xf}#n;}HdDFvX)q$W0NCvDG1
zfm+7@v!mKNq^hqBVl9q%Sz9*u_rCYN1?&FBAYXaqm88^ze9=oTxg>QLzi*ywn-%g)
z2*!5}&8kH-GEI5kefP~*yZGXZQ;+eA?fkA(u3Rj&+~Y#|TjpzD`&wc-|NQgIk25kG
z_uhN&bZop!z2Te6%Qx74&9lxrE27g?{po%@C0jW5*kcppoH=ufkBV1Or^*K(d~k8)
zs`f5eupo7M*kOm&H=Fjxy1oVe>Am(@{Z#XaBaX<oxnjkN)L>j=`CZM*L6HuLg;SbU
z>;3lpC;!z~U)^#5`MIBS&N(gXH>)tJ?uC9`;g$DWd4tVPU;Xy0uDU8+;lKLTuj(t<
zLVy4P0t5&U7#M-_53>!Y-1qoT{t=*Myr`<+Pf%1F&1h>DE%QZ3BL355@TYRIhF4>6
zHkQ9-#D7v0qNdQBGu6i@%KQX-9L<Z5!Spcu@WT)1M-t_<tCDC^P2;`%G5?v_%ivGU
zQT!(ms=c|YZLQtwQ2eJ|G4%-$AV7cs0RjXF5FkKcum#EoKN~tkJSqjCrca;VuufYW
z^HHFd@&BylwhpQ4D}xy`W~7NXe2a8`*757lsd5kUMen=szSQ0Q_uro%NyBn}g~JIG
zCN!**Z9Mnfb5qMHMK-=lh>Y26`(AtP)$H)f#hP_A(%Z}5GWl<IVg=eYYu1z*TYMFD
zzySv&=U6>p_3G7S4jj=sXPj|H8dCR#5gls2@tbeHIgR$V+iuJ6sxQY25L4wcA?W%R
zI@mIA-n`Uld^**)koI;~_`(;ykZ&`eGg&fU^pHaiNnOWi^R4x_od4wi`q#hSaxhb;
zPE8ZJ_10Tk)^Ao}RNV{xy22~(xAF#?oxb|*`4yR-dg`hA3bqg+K!5-N0t5y|p!~yZ
z!zuSY{*!+MXc;f6D)<u=)kZVgnngaU5HFReKQAK`|LG?9Q@L3Etb4Yl{4J9|Q{q4A
z(K`ygIaz&tqD&L)eKha*<Bw0&^&!W!tFuB)G$~E9_l5jtW-o(3F;nrMK&bZSs<yRu
zuSW5ocE!{uK!5-N0t5&UAV7csfx#9iAN*|SkYADSf(tHaSf{Ox`6y7!_<z=NTZdHj
zmBH<|-<|?)@dBXYIp*Km)`NV}SOYMPErN%|V~f4t{qA>D{pX*5zMy`7EyN2iyfCX7
zhor-Ax#gB-hgUAvtfP_M-qtM>Zx~NF-~ayiTaGP~Z)1_kbV$6WCldTx9@T>iqbf#P
ze!j8VZNiMa$KnI?k@i><xVUmvd-KadG+cx>jlZ)(O@x2*=FO>{op#!(%=_qf-+lLV
zNc|TORXKFfPX3dB=bd+MIhWu~6PYz@RtG(1hm5Lwp<h>c<^5LPV9E0vmrdm4rwe20
z(xoL2RE+=u0t5&UATSmM+IpC+pJ3nPKlw+1mhqyhf<NI<Z8W2;S>&@28|I6SQ2eKx
z;7{dZ^_ODLwzPH2i2tMqt9+q1C#zpilxcRokLImkzdn|7&8QDQ{O~lARLGx&4$3vr
zq||Kh3;EB?UIu?+rs6+=Q0>iCZEI~^jp9FTaj8sz009C72oNAZfB*pk!ywRB@UtPv
z{`>Er#hoH(6Uj&o>y+P^j{>!f|7Xp%bx2iT8QgHg4Jq38)?05COfVvNk(ZS!_aI+1
z2D8T=dt^PvTZh)JU0X1`cv;fB-u14m@;l%8&TZSa6;zI0`|Pt%R{1^ec~68xW6Lqe
z9Ft}jlWlf*<zme`8tLtA-7@**9Ak-z;&Ty^tNbg>{^U>oBrW1P(vuqC_CNmdkEiRi
zV5QcL8#ks%`)<4K)-w69DzUGA^{Z)kvA}7^%|@zrYA5csf_C2j{`aSv@!?reGj=Um
zvLscGE5EpMkN4(3`D2j9D?`RYAMbwmyR*6Mvdb<#JHI_J>DLurdB2r6SO$N}lqu;7
zkA<=a>B1;8eRT*BAV7csfngJ9>tVJbPJiP+`A2}3@uI4NKjBbqG^4Fqw9FTc;f+xI
zr{myH<zfvl#olae>y{D!>CH)L)=OWWD6_%zC7PFC1h|`Di7g*ZY9>F@+w-59!yNnx
z=YCz})%II$YvnIL@t^WmY7!tofB*pk1PBlyK!CuI2(%UaY-sZM<Bz9wixW>gv0<I^
z8}m`1mhu0r*|rX;>MMiC9(yd!deWpx1rrRDR5J>_$rrumnrl+0r=50M!SH_YgCC@t
zvCwEi&1~1Ne)X$V|Ji4sjRev3<FUscTX1;gVg-GT=&p8enf&Uq#cS|>``h16n320X
zd-m)Royd?hp1)#GJ@wRPv(DcL6DCY(R;}9Y)2B~QXFRT}EnBv9+<q)IlbX8erke`d
z$$zKtr7wM{pl0mKueth<|M-u^m3zE5|H&V7-)pbE3ew&4ABkyg<Q@-rgu3h36<&G2
zl{eTDJbqmwzqsg?S6<oj5ETdzAV7cs0Rm%MpxuYr`pNb;{*!+MXc;f6D)<u!)kZVg
znnjs>(fq?sh4G*Kzt7tW{!}hje;xL0OS`v>_)pJHO?^lCE4IhMpWa9FUV7=J6ap#^
z#@0jCY$+d2syVP{KjuF(hdKBY;QhMDtL?Yi)=FN7;y)#!R3kuu009C72oNAZfB=D^
z5@<L0*%0T5BaTRMs>ms7ne{Yp-n>XnY`83EJ_^(_{+|t|twXB%${-)K-*eAB8!oIG
z%WuXj$dgP~=uN(8ET*^XuDhnL<LiTlCob~JQk__3bltjj4XfohMt~*OEX|HO`skx?
zz4g}ALj0m`zGh9ia<OPX+Ke?J)1Tff4cG21lV71RhT3ci){8E>C`rajq&<5ddd+DX
zydNWnFrO0E@D+X!Km2gQk2MAhKEcL~8<(!PC^zK#r+@mV88c=y+?C(>{PWMpn#`%+
z@#Dwm_qJOuAK{NTZl_M8@WUVeuvuUEuN|Z2oH=uv)hxNa+8Z|i$)C+Az9ngxGMYcX
z@j<s?!-kRr9uw87y~1P4WiIllR(Zb_HhA{gXUErP#iwui^5tp8q_}?KZ_EL^Fp8&d
zF98As2oNAJoC57W%r;c&WBe!o2+%TKR8{aN5UP!4v^9%-*9{+LV|XJJ|LHjRQ@L2y
zV0sddLT`dU(QmuAjQCHW_3KZCPn6jdN<JD_9?gpnxA;?Vkw5t0gXuk1?|a|-%EWRD
zPD=S`Qb8m2yDE(T<UccqIrtOE{kq7j?YG+2#DD7VK3fP7AV7cs0RjXF5FkK+KuLji
zgP#qXjTE>Kedt43&?f#Lul>E^iYp?X6R&vA>PILbvO^<(<Laxg-h1!8vzie*s&6eH
z1&a7seTDihZ5>kKR|bb4et4R4Og~bRQj9KMd;QQu4}J2JpUf(J=R4m?HG7jU8cLCk
zmO72Xp@$y&;)^e4d9Cqn!pxa7k2>n8e1-e&yRY81;g*w5Iw>8PGVvlrSrE+3+NoA7
z+RT4-5<_Y^fQHj)cVh>)%yGvZm&7i)<dXUxfBy5IrwUPc?z!jc>)6t<KqTMhc~3dz
zlt@{Rt0n#{Sg_!XGtS8GEymA(5fJ5uL;A!gJ`oLm<Rc%6kHJ_$G_KOP<FcAjShj50
z{rBI0&_M^~JN^9UKOci>*jmYrZAJJaH#Oh;0S6oqizKIyulPKF`st@X^O?`&>%{u2
zB}Y<Ft=bzl|H&WcG#hQ;$7gJo_!ocgM2_ppC!d_3$lZ6}T`<Bix~sw~JOs*I<QY`8
z{YINrHJH67HU3`C?!i^7R>j4TjX5sw=p}w*CH>+<c6r3#k68u(CqRGz0RjXF46r~4
z53}_eeT@I)9|2m%iz*EM1VV+;jJ9Txe}-z7FB-!eq4-b7!JlfyqP4t3`~$wr$LDCU
z<ev_18S$Tzwj)ukswc{9Y-JveM<SY+g?B#u;Sc}pXFr=ecW(9@&2i1gT@asp2OfA}
z3US2s`R1E%b}89bG^u=F72dP?&&(kY{)B(;FY@f9SKDuet%?7Xzbn-wK!5-N0t5&U
zAV7cs0RlAw9RxpXTF8D}yLN3P9i^C6nL@;l>YK_(fm+7@v%}juq{6QZA}KU7V_VKN
z*67QRuxI(AffK)S9xGM09AQ+52xtAdXtpK)+N0F?WtUyntbW>FtynZ$VfZl(vSp!z
zTW0?J`3WjsG@tUQQ(tLsR>-fLQBaPR5>pEb#R73J)F3zfapJ^@#qE^&z97pNZP<Rp
zjq#yWu%c=4c+%dsBK+}1L%f}>;b0nW{My&P7ON$vzB(>cd&A~GSK}{>{94BiXAv74
zW@~pmol$jQRabaSs?0^6=3ZgHS(}wKn0;T+>@uj?9v|uPdd)N=1p)*J5FkK+zyJ$$
z@G#p@qhIl#nn!?!V@n$=4E{u$6-G1KnnnH@svuu9Mi~E)t~~zJaqy>Fv1l#t5dWSZ
z&H19@KXJbL_@|O5%53~)9*t|BE(;=f`CY})ynJ}4rv3bn?|=XM<6`TcI^SKqg{u1o
zvlc46XKOw)hdlTbygk0i(<M=1zZK3x{3o3t1p)*J5FkK+009C72oNC9u0U1a7ev1i
zu)XW9yJDTmeEh1u9E*B={p(+E_O95PC{UT{v~@_eUm3(wf%zBO)=V~RA9&z_m_mMp
zz04Plt`{v@^r=sMs%BvMA3yf7kG=l->t&o%ojB2Z?6F6_kthd6s!&j<P%L`Mzv^q3
zU3Mwxx58bW-7;VP@|Tm?l~-O_GoG}otwKbbYufQ+fk3<?KEDid4Ru7?r%s((aCo+>
z%=ZQ5^F{ys&;NY#<jE~NEmNU`2>)Y`J@&y5ez3-&=Eu0xvk$Q{V`y2Y+8Z|ixtjfQ
zK@2tWv1_J~{kZeaJI9*OEk`(}D^zlYhd`N&JP%b>zp2gc8!Z2QK`bwvR@O}eP#{2n
z009C72n?z~XAiRtHTn|&sec4$IJRtKwZWfgv#MxDTeHaLTovbw#t18q|8x`lsZcDM
zs`gnj8Z7yzvs*^|rzGzPRqOtVG8<T#N8^U^hn5?Qqj~x8PQ#`mGyI%$&dFXN)xBZ9
zy9)C~E4*jxKQo6s_!B3+mlt{d8mp?`tj$VV6aUGdAY}ps2oNAZfB*pk1PBly(3U`F
z!Owy&BAy(%py!`|{ujRRh23}GJ^KafNYgsxkVDQs`|QUbe|*!XO$CS7M}Z0|XS>=u
zr1Gx}V!qEj^Gv+*_~Re{c$)07#~yp<op+|0=117$e9??3Udnvog%=)t@WJnS&wC<Y
zH&QD<``ORN3#Q|(^euTCR=E1=tMft2SX#DWwT2t35{t%v{p(++VO)Rx^$okLd}C*~
z%<S2-(@>*@bZunAOS{@C6i1jVpZEYY7>i^+_0&`G`l?8i-f5?u0`Q|B{pdHo@r}rw
zEV+JWnePiCXg_P#tlMt8?aVXJJoL~*<C7uoyXY=L`ce4wr$2q-i6`EC^Ud*HUWKHc
zMfhXZ@e-&DF1X;Z!w!p#*#L<_MviEFT*v3b^y$+}vXq=iwKr`3b2TkS9WTd>FF0a4
zyY04HeAdP9FMRc@Uk#k@S8y#k$NpC9{tA!rm$}Gmrddh9`8K<3Fiv;egK^#?9W*ZH
zz4qEG76Z@j!MHF!|M|~<=R4ntyT0agI6nYo0t5&UAV7e?KnisBFk3*;<M>a*M}TI-
zt33D<9aR#|XloX2<%?z%)y99i3I0?i7VT8~ESW)-`G04(jQCF(+YznP<r8H#wla^#
zZ3XdC<>F{w3_dQQ8*jYvq?1nCZ@>NC``-6PpeBAdcF#TcJmG{BVxfkJdsL{`Sv0BT
z04ls^8-8XEdGIIvdv=l6oa;*ZO>K7Hn)pw`R3Jcr009C72oNAZfB*pk1PBa|KqUTU
z;nqmQ+q!k@@J!rH35-R7YH!$vUm1)=7GowrfB*pk1PBlyK!5;&0)c9uB?~&TivWR2
z1S-5|1%E0zBN`z<fB*pk1PBlyK!5-N0t5&UATTfjv3OvXFB-phKQNOr5dwoMQ0)!t
zD}zD3PRxq{0RjXF5FkK+009Ddfoh*6^DQeAATSaF72dOgKO=F1v`K&f0RjXF5FkK+
z009C72oNAZV2lbZTed7q7L9i^SzL6Co<zeQ9)ZelSYH_o&&6Y=1PBlyK!5-N0t5&Q
ztw80^l0z$L;skmlQ0+Y{_|u!SrWXPP2oNAZfB*pk1PBlyK!5-N0%Jnpo_p@e@<ngC
z<(4rqV1pzu%mS6)u)Z=F=F7?42@oJafB*pk1PBlq5`oH}C5Ob#Gzs)epxS#@@TXtr
zQNIKT5FkK+009C72oNAZfB*pk1V*92i6@>I`J%h-y6d)W+eYE=42b}Nyg=nQtgj66
zyvhU!5FkK+009C72oM-Zfy$pH2U5wT2#g+qYVTRWpV4z>jf4OJ0t5&UAV7cs0RjXF
z5FkK+009C72=r0FR|b8=*EInG1PBlyK!5-N0t5&UAV6TG1q6RaT3Gu82oNAZfB*pk
z1PBlyK!5-N0t5&UAV6SD2>8liOq?czBtU=w0RjXF5FkK+009C72y`YO_|uu2qX-Zn
zK!5-N0t5&UAV7cs0RjXF5FkK+z<>$(%3#1wsOb<OK!5-N0t5&UAV7cs0RjZ_0)jtz
z4P^oZ2oNAZfB*pk1PBlyK!5-N0t5&UATYE7zA_lvQ*Yt~2oNAZfB*pk1PBlyK!Ct7
z2nhZR!&x>*0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009Ce1#Z9n_C0ccmMvRW@<7!H5FkK+009C72oNAZfB*pk1jdBG
zX{Vi*!aslcmw!1X#%z!T2oNAZfB*pk1PBlyK!5-N0t5&UAV7dXwE{QXaKk%tf0is+
zQf>QMBS3%v0RjXF5FkK+009C72oUJ6z;VYNm%=}L?zv}w2cvfa1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkLHF9PyK`@*hM0t5&UAV7cs0RjXF5FkKcBm}l@-TK56Ph4`zCC46n
z>=(cI#lQKRzq#_tE1!AhneE%Rci-KXEnEJ&+@J4#?|UV?8_@x$F~}E96bb|g5FkK+
z009C72oNAZfB*pk1PBlyKwxME<ckjNsW))~1PBlyK!5-N0t5&UATVG8&pr3t5l0+x
zaHBt8{pwd=d+oI@=NtK=joNOo?YrOoZkfJDdcbK6@<kJc0s#U92oNAZfB*pk1PBly
zK!5-N0t5&U7+L}OqC<P?O`HG$0t5&UAV7cs0RjXF43fY-_uSJUaq~ZJiiJkInR2!H
zqCFUJnyh@$M4>={009C72oNAZfB*pk1PBlyK!5-N0tALuK)&eEo_Z4}K!5-N0t5&U
zAV7cs0RjUf@an6trp(Y|jyY!P)Tx^`ZQ8M8$NKf_Crz64zy8<%N_!VCUfl7l^ZBA1
zHf-p)oj9;J15P89FPbP62oNAZfB*pk1PBlyK!5-N0t5&UAV7e?&<e;G9okcG;sgi~
zAV7cs0RjXF5FkKcFa#nmH1Z*{jL<05XL7DuwJN2Ie*4?s?s(Sue9?^?H+I}k&jy@E
zC|@*DC=eh(fB*pk1PBlyK!5-N0t5&UAV7csfuR+UFFLfR-oyzIAV7cs0RjXF5FkK+
zz+ec>oH;WsA3A5woQ9K{GG$7tvt-GVhILwQtSVo$X9G?%k}sMl6bKL?K!5-N0t5&U
zAV7cs0RjXF5FkK+z|acF7aiJDZ{h?95FkK+009C72oNAZU@!#!<zN0K%LV=BH^13z
zMzN&lkw+exRf}LqvuefLtI8Mc*?`k@<clT>1p)*J5FkK+009C72oNAZfB*pk1PBly
zFth^lMThp(n>Yai1PBlyK!5-N0t5&U7yyAt1U>Aq!?Hxs2OfB!U`E$pe|=W%Z~yjh
z3#t|Dsw7{umjh07kuRDk6bKL?K!5-N0t5&UAV7cs0RjXF5FkK+z|acF7aiJDZ{h?9
z5FkK+009C72oNAZU;qSGtXPp{fyV!vy^KDa=Co<kQq7GUH+C@hO7cZ}Ip8!$`J#zJ
zfdByl1PBlyK!5-N0t5&UAV7cs0RjXF46T5C(V;!{CQg6=0RjXF5FkK+009C720-A|
zS6@w8pzGJKFPPD?Wy?~{rAwC<)NHmZpD%jz%{QNO&N*NC%2&Sl#V`KN-~7!57hG`9
zJ@+hMzP#D7X?rgRoH~^+nkW<q5FkK+009C72oNAZfB*pk1PBlyK!Cu|3dk27+EZ`h
z1PBlyK!5-N0t5&UAV6RM1SU_OoU%Z-Z{J=pqsS&rHD7z}wSt<>cIER$Q&TmCNFrUe
zYE`oqV*AJqc=qhsGn@SR@|VB-u6Mm_r=50s$2;D!=bn2O49_kC1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkKcPzB_R4(gdTF9HMz5FkK+009C72oNAJ3<9yLXO^+~*MI%j#q-^^
zZClFieCC;FiYqtVTP9yLx`>g?nl-Co3$bzJ27J^}M}4yJ&j&v60r{fM&Wr5?2oNAZ
zfB*pk1PBlyK!5-N0t5&UAV6T?1>}nk{3$j;0t5&UAV7cs0RjXF5FjwX0>Av_FS9Jr
z$d)Xg=8hdZQoiV<Nt22zH{2WfqGz0O#zPN1G;iL#SgkacGmSRm|EpK8e(t&FPCohM
z)c&D|9@=b`(UBXle9?wy%|-$Q2oNAZfB*pk1PBlyK!5-N0t5&UAV44!kT2>=AV7cs
z0RjXF5FkK+009C7#;(A`i4(Id&98jrE5)<O=Zik^#1qApJJ=iT-*wkrDP{Cq-}+X=
zMn-PH@<khh+em-_0RjXF5FkK+009C72oNAZfB*pk1PEjT@<m+<1PBlyK!5-N0t5&U
zAV7e?*cG_@?z^)T&BG2mtaujPzmLAS{cP`q2@_Jv=+dQ2>kk>Z0m~Py*S3WK0RjXF
z5FkK+009C72oNAZfB*pk1PBmF0`f%@g#rNr1PBlyK!5-N0t5&UATZ_x;?43YKQmqp
zUoid+8#bhxvu4dIsM*b~b?erpULJk)(fX!FZosd+^2+l~{v2_{5j*d^^E==9&Ud`y
z9eeJ%XZ@&bAwYlt0RjXF5FkK+009C72oNAZfB*pk1O{F}zUaW8ViP1lfB*pk1PBly
zK!5-N0s|~CbLPyHpBWjU1v6c~e0i$5WXY0(nqBTX;e->ij;^`pn);^tGT`HmJ1#Os
zvp@1h>raX;1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc7zE^t4#QbCM*;*05FkK+009C7
z2oNAJr~>&c&^O<FvtXLjr%zA$q8m4EEU4M#uCvZME9+?7xN-GO^<}{FMe9$5Ed&S<
zAV7cs0RjXF5FkK+009C72oNAZVAurYiw@fvH(vq-2oNAZfB*pk1PBlyFh~MBcI-Ip
zu*0(a%wPZd*9B9H7)Vy__~VZ+sMh_izx~_4%{sdJ>Z|Kp>&t-Ui`JhATL=&!K!5-N
z0t5&UAV7cs0RjXF5FkK+z_1C(7ag`UZoUKv5FkK+009C72oNAZV88?}xZr{;KlAVZ
z{_mSjEwVI^I_jvb+I81m*Q{Fi+t;sOpY;;|f8>!z8aCMb0m~O{cp_{hK!5-N0t5&U
zAV7cs0RjXF5FkK+009C+B_LmPs7|-Z5+Fc;009C72oNAZfB=EP6L|UMms5)7ym|8)
zPH@_^X{pYlMT;8Nsbu3%fBMsw9rb>|@<l5-xf&rrfB*pk1PBlyK!5-N0t5&UAV7cs
z0Rm%MK)&dhK79sHfB*pk1PBlyK!5-N0t5)e+M&lBb4-?{8Sk3kxN&2R$=h$g{pBxz
zIjeBmX{Xift?<VO9(W)nixw|-+T#Js7p?FtYl;8?0t5&UAV7cs0RjXF5FkK+009C7
z2#iqy`J!X=#2GdL0t5&UAV7cs0RjXF5Fn5Q@+)>mZsbcZy|iV^me{*#)23&ieKx&`
zK9V^XELf0^swr&Pu;H)&-=7B`e6VJ3B%Pjj-gyr_^w67czPWDQx^3IGWfdY@HQqrV
z>z76*YDyM8<d8#_En8O8LjK1}2AprOxGZ0^*vDQ11PBlyK!5-N0t5&UAV7cs0RjXF
z5FjuN0`f(N;VhdY0RjXF5FkK+009C72oM-}fjjQFBc*FLD@>X+slXxfMbm+?QfN)h
zx88ay?M;Qq3r*!zh>b74_+riB^*?q$;QBV3ZILh9OvZKs1PBlyK!5-N0t5&UAV7cs
z0RjXF5Fju-0`f(N=Ukg90RjXF5FkK+009C72oM--fv2B-`tZXKPkEd9LcEWD#*7)o
z)9)Z(G~Y#5jx|VEu3TB%QQF((fKxjy3-U!<5~)Cd009C72oNAZfB*pk1PBlyK!5-N
z0t5zLK)&d}pJEdvK!5-N0t5&UAV7cs0RqD#5U-*C&2N5l(M1=1<ttw~^w2|(Ip&xj
z{_uyBCr?hVk1wDo&KHdX*Q{AHefso?6DLMe=->U_-yM16k+GEM7r*$$lTSYRl1nam
z^wCFGty)#ke#2ee47g!~4L8acZOCFH0RjXF5FkK+009C72oNAZfB*pk1PBlqDgpVT
zLv^}MmH+_)1PBlyK!5-N0t5&U7(xO0qC<GnO_=}z0t5&UAV7cs0RjXF5FkK+009C7
z2-FD37p(#DBLM;g2oNAZfB*pk1PBlyKw!WG<ckj22{j!81PBlyK!5-N0t5&UAV7cs
z0RjXF5FpTjfPB#o&>TX5009C72oNAZfB*pk1PBlqLjv+e$I!_#R00GD5FkK+009C7
z2oNAZfB*pk1PBlyFhT<IMMnr$vjhkbAV7cs0RjXF5FkK+0D(~=AYXKpoCw1pK!5-N
z0t5&UAV7cs0RjXF5FkK+009Dh6p%04M|@oqAV7cs0RjXF5FkK+009C7dLSTQv<Jw#
zAV7cs0RjXF5FkK+009C72oNAZfB*pkqg+6~=qNuyhDU$^0RjXF5FkK+009C72oUH}
zK)z^~fDR`>fB*pk1PBlyK!5-N0t5&UAV7cs0RjUcAYXI<PGa#C-d?cvp3_%6^OH5j
z)$AoefB*pk1PBlyK!5-N0t5zCK)&dpo>}uEK!5-N0t5&UAV7cs0RjXF5FkK+009E!
z1>}pCw;H20e|^rX3qLk5{#*XLEn{>FhE0F~0RjXF5FkK+009C72y`PLU$h%N#}Xhw
zfB*pk1PBlyK!5-N0t5&UAV7csfx!@vFFF|Kv0xUrpS(QF7kzW`#)4{g5g<T-009C7
z2oNAZfB*pkgDN0jbWqQ%c@ZE$fB*pk1PBlyK!5-N0t5&UAV7csf${?KMax@_(VFr_
z$LNVOYyt!b5FkK+009C72oNApm4JNFswA~TfB*pk1PBlyK!5-N0t5&UAV7cs0RjZZ
zu7G^ev3u@Hj$FQINhs9_5FkK+009C72oNAZfWV*%$QK>dGizQ12oNAZfB*pk1PBly
zK!5-N0t5&UAV8qJfPB&NR%5iLe9<v_;tZPr0RjXF5FkK+009C72vj8?U$iPo?GPY9
zfB*pk1PBlyK!5-N0t5&UAV7csfw3zfUvw;<yKS3yJp0o%Q*Kxjg_h%QD_?Zw>@AO7
z{MP&_n_4!j0s#U92oNAZfB*pk1PBlyFjfTQi;k5uWt;>E5FkK+009C72oNAZfB*pk
z1PBlyKw#tq<cp4+?Z~zK%H8WP{MfwsZ{kVITc(Vb&lg=Zee-4eE{JBY{BH}kZyUMc
zYncE60t5&UAV7cs0RjXF5a_9Ze9@kA>x=+_u_>_Q_dC{XS+jiO@|BxbZrrwUY)-<c
z2@oJafB*pk1PBlyK!5-N0t5&Y3CI^M(iyG$7QC=2%NH$^GFmcUG$o5ho7a75$?sb)
zTsm5HjEevP0t5&UAV7cs0RjXF5crP*@<sonho1-#An@-3%Qh~1c+tbxyn4+!FPwA6
zlrz$Q=TATXhSzU+ZuxT?wr=?M+DZfn5FkK+009C72oNAZfB*pk1je#}e9<v__Tqi?
zB~wPr<csE$MX&nHg{$Un9iuFUO@IIa0t5&UAV7cs0RjXF)C<TLtv9iS009E?*UkUw
zYd=j1qRk4CM|$u4d)IAUM~nag0t5&UAV7cs0RjXF5FkK+z*rZMFFJP5V9AuxpB}b2
z%Pf8Uk;cCWFIjZ#UIRu>fB*pk1PBlyK!5-N0tCtk$QLc6qz(ZB!y~X|`<A=r-PJ5X
zwBh!1r=2@})%4*ZGE)Ks2oNAZfB*pk1PBlyK!5;&ffSH0I;Kx+nUvA-2Q19;MW4BL
zb^T-|i`JXiLVy4P0t5&UAV7cs0RjXDOhCTqfSpj&AwZxTfwf!Kj-NTcVNz(zjj_<^
zj^FR-rgz5@AV7cs0RjXF5FkK+009C72oUI_fPB$D;#bmj%aqZAd{N1wm7D^N5FkK+
z009C72oNAZfB=C}E+AiYl%F8OBS4^M0`Xe;OJBaUWnO4Og<sA6m6Xw*oi7~`AV7cs
z0RjXF5FkK+009C72vjQ|U$k1!zO<H48NKQ=i#D&_o*zcDe9;$gUw6^R=VwcgUiFs?
zSIym;KT4SZ0RjXF5FkK+009C72oM+;0r{c>b1F@Q0D*1<w(Zz<^{ZDG<bsym^~91V
zx*3LJ2@oJafB*pk1PBlyK!5-N0t5*3OF+J8zvQd!H=i<k<zFn!r;Ikt7k%-U>n{AW
zKO~D@vHt?eqSc-btq~wVfB*pk1PBlyK!5;&Q6(T>bX1)VgCRhmUjh#;e5hnbXmPdg
zP5s`2^$Yqn3;hxxK!5-N0t5&UAV7cs0RjXF5a?JyzG%mEqwT=EzqKM;EHwU~PZ_Px
z7tJS&UcA@5rLS%oZF4am0t5&UAV7cs0RjXF5FkLHLIL@r6=G_N0D&<ouzch4$nz{t
z1TDY!s+m`LEBzR~5)7LF0RjXF5FkK+009C72oNAJ%mVU72kGqp^6!?{r;OI*i`FEI
z&Ut#%APJZY0RjXF5FkK+009C72oNApFCbsE-ozFH1cpsu;+%=)(?QGBeD&>Dht1G@
z2@oJafB*pk1PBlyK!5-N0tCjofPB%heg<pCU!O9X&li;}TEpc>0t5&UAV7cs0RjXF
z5FjuN0`f(N;VhdY0RjaA8@6sZYwB5LvOvq%x&HO*3wpGR009C72oNAZfB*pk1PBly
zK!Cs~6p$}E3QtOxL#jy`z4E^=%oZKJ>(mt&{@MJj9Iv6bvS^pi4kti>009C72oNAZ
zfB*pkV?{u|=vX;Z#z}y{2nkGGF|~XmXvv!KcKeOnHjdDMHA{d10RjXF5FkK+009C7
z2oNAZU?c?Oi;je9-`mWmj9#?Yy!4WK$)bHfH3mR{009C72oNAZfB*pk1bQzZU$pn;
zdL%$#R0&l6GWsm1)GO&n)mb(e0t5&UAV7cs0RjXF5FkK+0D+bQ@<m$`jnNAEl+k>?
zsFg*>=m|A!0t5&UAV7cs0RjXF5FpU8fPB%8=^RLaz+ecBpE17Vs-bOFdwlWZgW+Qq
z1PBlyK!5-N0t5&UAV7cs0RlrJAYXL!pXj$2Y`y*D<v%%eal`+{e|q61|8@Q)dpG#6
zer3@}93A(G1~udGOaH(56F#@7VHZC=Z1K|*R*!xtBP2k8009C72oNAZfB*pk1R4s+
z7j4L5BLM=#BXHjI^V&)TEm`@_xpxkap_vjOK!5-N0t5&UAV7cs0RjXF41j=q(b0br
zAHVeN`~so<Dz9C-ZS-3iAprse2oNAZfB*pk1PBlyP%j`~wBE!P0tALi;OwbqmrMa|
ztJ-aIZW}5_lO;fa009C72oNAZfB*pk1PBlq>jLscNB<d|_w1(2_Fd4gG|{Zzn~q+(
zWBcf*GC~3b2oNAZfB*pk1PBlyK%jwue9;CdHW45&OalKr?VsC91T9(lj=6UXlcKp2
zAV7cs0RjXF5FkK+009C72#k3F`J!Xu6mHqLBi>5i_`msE7rwA*{`0l}JwC4Ss-!>M
zZ^7(I8|v#Xdu?;$_7`kjvv}L@cZ>-qgCszJ009C72oNAZfB*pk1R4m)7j1xI69EFl
zByj1=mzGQcZL8Wt3m+OLMRO%UfB*pk1PBlyK!5-N0t5&U81n-1MaTRpY&3xvf4T0$
zKbzldNzyC-V&UesRts$eXBz<m1PBlyK!5-N0t5&U7(@a2qJwx=&4~bkHUw^X{f4#@
zK}%MiwsKk<gHV+K0RjXF5FkK+009C72oNAZfIz<m<cs$E3{>BLK3VkQz2;rM{~z9E
z|Ko!fr3_Ljqt&}>kpKY#1PBlyK!5-N0t5(*Rss2<qxH-f7Xbo25_odSlO<C?+p6}~
z=C^t@0o@QFK!5-N0t5&UAV7cs0RjXF5U4^xzGxMSqo|FVWYIZKZyJBV!YobnnQK@7
z^6!>Q868Du%TNdqAV7cs0RjXF5FkK+Ku-kZi}r+BCj<zLUV-JCmbaA%TBh=qGp-!H
z6E-pe1PBlyK!5-N0t5&UAV7cs0RoK#<cl^^8LQjslSN}D`Fzp%QOf98J-fzDfB*pk
z1PBlyK!5-N0t7l0kT2S)oZ|=(7#x8g&H7Q9EYR|GCNG^lI67uRfB*pk1PBlyK!5-N
z0t5&UATS&P@<j*cJiq*_br=5G{A~Hqcny85ESgQNCSNo*)})MX-MC|55KM#s0RjXF
z5FkK+009C72oR_jkS|(qVhaHR!zM6m^{n!_pe<{jKmGj8+cyuJq4^RZK!5-N0t5&U
zAV7cs0RjXFjCBF|qGSCGX5(Kpee*^Cr9rZ2?5)oijg9$~(Vri=blYYrql0lFm<0g>
z1PBlyK!5-N0t5&UXdob8v;m4u1PBb7z>eSVxc>F)TPA{*tT1K8lp*soT>=CM5FkK+
z009C72oNAZfB=C(5RflA0B13hMK9ZT!5>x@{rJDHESgQNVZLbWy8Z8#XNSc9C!Vxi
z%IE-G38p}R009C72oNAZfB*pk1R4s+7j4L5BLM=#Ca`+T>hq?bS282CpxTYE-x%4a
z!=`7x1PBlyK!5-N0t5&UAV7cs0RjUcAYXK>pTvB!==e`BSTTD`&5WAmi$=94uXtO^
zXbqPi2@oJafB*pk1PBlyK!CvD3CI^6ymM+s1PF8{FlX(Yv!|Y2kPF&!*OfD_+_-IH
zXT3X$009C72oNAZfB*pk1PBlyK!8Ah1>}qN*T2i&^U0!D{pG?{bGOzvSdcFom7o3T
z8Y!doXtod_K!5-N0t5&UAV7csfk6_GFFHtP(_9D;=u+T!tAF?X7rx&zFSKEW@iWJ-
z-LkgJ0XUoh0RjXF5FkK+009C72oNAZfIz<l<cs!8zWaX5B#TBb6aMF-EF<)lyVf=A
zRLW>W78?l=AV7cs0RjXF5FkK+z`zK|7af>WX(9v&R3fl=!{W<cxvXJEXu-x`%=yKp
zZJR0?fJO)qAV7cs0RjXF5FkK+009C72=qljzGz?AyYIAQvS@U4+lkAve9<>2H+@Z#
zl+o_bh!zMCAV7cs0RjXF5FkK+z^E0FFFI;Zje!v$&@X{4+qXQj=#i2Ojb8flr8D22
z*{`AMmjD3*1PBlyK!5-N0t5&UAV7dXRRZ!wtCH+xJF6FMyKLVDSr%xs*U+c&+<x-%
zmieMlIiE6m@Bdku4p$&RfB*pk1PBlyK!5-N0tCjofPB%heg=)70D%z_*syiOlS`ib
z*O~v?a9PoFUO4B5*Kc^`tyi}1*gir7&@2H01PBlyK!5-N0t5&UAV7csfnEy87wx5X
zReeqS#oCg|qS0f?e9@?xQbsTNuk*KWt7@>?AwYlt0RjXF5FkK+009C7`Ya${w9h9%
z_XG%xdV%#@*T1pmjpvs?KWXWtr<XlFZRNBD>lbX>AxJvv&zu1gAV7cs0RjXF5FkK+
z009C72(%+0U$h;q(NcHaify-iZRu?%EL$~q>kGH8z4*V(&;FY<{_Xl9md_WBW2aAC
z_me{x|MuF|_3hX~fB*pk1PBlyK!5-N0t5(*Q33g)WAwxsHi3Q#{A%v6&YF5w_TP)E
zUaWQ)BieYiL)97q0t5&UAV7cs0RjXF5FkK+0D%D$kS{vcPw3Q}{;<|)tT_7Q<=y6s
zj&%*=CqRGz0RjXF5FkK+009C7>ILMB)|=QupuYl}w{M=kX7*!?AN%?1KmXw?Km6xu
z{~XDg=S@HF>Q}G6W9}VKEq!Y4y184nZ|T<{Z-4Xl^nUi~tEN{wj1g_T+M#MK6Nt-o
z{<`_G?CLMy{AFCCKbZD|xLnVle*TYN`|<tr?|=2}S2u0j#EJj`0t5&UAV7cs0RjXF
z5FkKcObCpUe9^6&cBDlzD=gf6?9wrD7P=YaQ00r>{jC)>m&f9lHn-GUIBj#yQ8hna
zw(o)opIvmrQA_UqKP#V}u=<V1H?Cf|b;tIW4XZ$a009C72oNAZfB*pk1jdGde9^IS
zo{Vxh1mZ2{H@tpB%El}%M9rwb<M%syY%`)Mog><KkD&&;ySFyK_1k5?jReu+t2EpD
zi`l<eyJc-jka_For3Gvo79xXs+{@#xdG(r!b0$8%`0-h9&x*nH{zfP{9n}aBAV7cs
z0RjXF5FkK+009DHNMQ8ji^lSpmH&6+SLKWTzODDskLFAF&B+_<uaJ`YqV)&1+;ZtB
z=Rfehm5X2A-1B(+Xg&$XMt}eT0t5&UAV7cs0Rm%EK)&dhJZ%O&Z~~D{7wa*WNxiG7
zbIHq>ys_quUV4mZO6Q0+-b<yy?rZ7Br8U=KnIE57_DmU;$QLcsT1}mEUN|RK-|b5V
zb(u-2Lx2DQ0t5&UAV7cs0RjXF5Ev5z@<qqQX(|}xkgPAdWy6kG1++fNbL8?xQ(xB{
zv}n##8w*Z>T?7aaAV7cs0RjXF5FkKclnclg9pxv;@P<L)cdLK*y{X@;$$x9>$5>yn
zXHX-W(mA4y_l#)ZJL)W7G%o3f7e3q)r?Y&~bia&yX<Xb;EqhUc009C72oNAZfB*pk
z1PBlyK%ibgzG%J4fNi<!v=v$E<NPU`#_rVaIsFf_NNJo|p$GY*Sw|C3TDEyzuiyMN
zcF&iQ6Cgl<009C72oNAZfWW8{kS{u_PKUt^p}>?CQ&Os1DqQ;VrLh>}k_}5XZriwh
z$M$&FcKo+x`<BQHo$>aJc)RzRQ_f74qaa^&2(O$zPPryu^vW4mKE3Seh3glt-?~1#
zT(|Am_V(tt;~I{4$LBB9D7Q@J>@r_8>+bs3uivz73`e~Ccye`3fB*pk1PBlyK!5-N
z0t5&Qv%o0H7cF@T;uYa3UGR|$diM+UC5JaUtHo>FFaOknoB#LH9ot9e09%i0-m{z1
zd4Fu&Td5p{4)R4;FWOey<&NKP-}d`WYqqbPvvu~Qjd5vRv44ZLOvnHCh3i(-9b4O$
zp9v5kK!5-N0t5&UAV7e?s1uMcI_ge|0S%MDYpY+Y$)<};(RinJOM}QAeSZ1#DH%_`
zXiG5_Dip}_MbDag)<X*)TC-(MLCagWZ@p#qE%}Q)F51W`EjXkmUo`SgYbr<XbhHqu
z)XO(6kL=U?=HGYT^z-svWaSH9ykPB?wKd23kpKY#1PBlyK!5-N0t5&UAV8o%V2tI9
z{`tS>i#~dxe9?jv`yX~iGUV9(vt{Fs%lG?3_U5nte)-y^+q%pbU9+SF$By4eChE_>
zyd>XOl&}8G!Yv!DGCFpzCL<?6fB*pk1PBlyK!CuI3dk27(i3mmqd*{%*&^dEpXWAl
z&cxzWx|&f(GT#03?~fMbi`K~aaYO}{Z(9D_WxtKfuS_qI-ua_hKgwU{ufF|i!GSgT
zqN}&8E~uRCiY_9{`s!D&&i4}Ki(a~D^Y+ax4_AQz0RjXF5FkK+009C72oNAZAQO-;
z>Pi^p0{5S>GE3UL<iF0}w08TtWj)Ck%}{py{>9tZ)ufC@&gv)^GduzW2oNAZfB*pk
z1PBlyP$M8;v<AeF1bQa$<JW$iPj9>Z&D$gGt%Kg*T>EC3oVpHLZg@zHGYxzCs_6~u
zbi8py8}E2j4(w7O)(B14OcZ`K_g4iCc91WcwHCL}loeC*9Yy)3H*PBE%Ps;02oNAZ
zfB*pk1PBlyK!5;&ynuYsyhb<Wc)?D*Ha%Wte%+UrT(<9mi~q~~_%GgXUfgCJHGj&c
zhtFO0lS3CrK4ctt^RY{x8ozo~s{@OhEx&i$<{iI#WWznDulUjbToePi;=e7p^>3C<
zxna$^<s}y3EZ<G1H3KK5YtH)hhG?dz`J(@K*l#|)F^wTBESS2f(+N3_009C72oNAZ
zfB*pk1PJs&K)z@n&~-`R_rIUNZhk(o?UI)-X=`QCwg@ASF5cW7sdRVDy<@_w6V9D>
z?%6M#9k1~I>1#iIc;UmZuYP^&juwH+e0R-KI-`*pZ_l`G&TTQ5to@(7_LIp=C%5%Z
z@Z!dQG5Z&>V&qvbob`igKZwO7CoP%OR^!<$s@2HLM0v@EC66q6WWuZoF~W0RIOp<L
zF28HuU9;EBuH@vd+q!Q0%IQIL#f&TBt?q#w8u7OGr<OjoYSXHkk&Lz<ubgpZy5KK<
z>EeRnb(}AnwfV-HH&RDgVeZ<w1>M<2fB*pk1PBlyK!5-N0t5&UAdmzGGG8>y)y)3C
zZbhlQ$H?<cN6ox{ee$U<JaE>^`kHS}-gw3Se|TqlKDThi8(Xp#8XmRmwJp~iv?yOc
zUyi)Z&1<*U51?kt3%9OK<C!%6?V7#m$A$xl49rVEIX~ZNz8qPskxiOf=zU@9rX7*L
znhojJuP@7%Ug&+kXiWU+39IumKl|e1-fQTQ009C72oNAZfB*pk1PF92AYZg&ItLQy
zM&R06*XFa@7Or2|O>51LUAA%Ag9{#v+`@cc_2utP{odn?A1|5H*f6E@<+omr^vL>_
zvn_YeySrpcYQx4SEu9o2Y}WYrnd3|9jf6&$k0oB~--n*Y{4X#5OS~{Ws~icXXH7jT
z`|tVX&!-j&3ekA1lbKp;Scu%z#T!O%Wb(fG_vMFOFxf8iMWf}%7C)BnYy6Dy1>M<2
zfB*pk1PBlyK!5-N0t5&UAdmzGGG8>G+E+4P^x^YXrK4utTa+)FUXLF2vzouX_CF*O
zrgoyR;`Kk|i`E|%xtjT!4a=ABx1i<tr{1(S9sA_vP4h+T2k_(-Z>IyB6@Glk;&=so
zx>|Z%c<}5$oRo|9nzw${ABNGFe9`UOexEW|Gpn~3w6P#VkKJ@ffB*pk1PBlyK!5-N
z0t9LV<crpT_>n*l1Y)7cd_LR1&ivPr=yb)V75QFTmLuVC<F<`0M^c~C`S7BLN2u{g
z1ReMCxR#Aag;>k9IBRr-G%~JOEjIE$TaI)3s_9Wb)^trZpIiQ1OYj#~zL4s-EJS*6
zETG!5&E8k|^}=7L!G~4B0J_f?jm+m*J~wq2g|{}pRnVhd1PBlyK!5-N0t5&UAV7cs
z0RowTe9_FI<9yLrjI>#@Wo&PjFFOCZe}Bz-!QrthGB)F#^#y-A%NLz-PtmaRLyGs*
z$2y+{0~n!Q3#V;P!+7!bb*Y!W<cmh{(<iP=<B7s^KU<TAq(FcG0RjXF5FkK+009C7
zM!A4|(NTVa3~wL>rmdWoPiBk7IY(le?Pf^EkS=}s(rr6hyppLVUo_s3o}WuWIo?yh
zb$g57v(7hu{p;7CIpxfP25WXj<p&l#&}{r8q!A}>>BglsBPsYXGE3Xa7kzZmqXn%s
z+;zv?J4WJi>axurzxLxa+9(&a)_uNcG#(4LrtYE;OVk$hXcqwj1PBlyK!5-N0t5&U
zAV7dXCLmulbLcEz^w-~C6-!@cX@qy2vV75toB!<%@{N)!^UHfaa=}~aE%5i8zGCsq
zn>Vlfx8DelywF%pbn4Cj_I~+%YU1mUZ78^0JIEK!5Brv{Ese~~&FlYd0Nc0jh-EXM
z8oxSCDjUYV-&t8OfRWg>ZS#&R|6*a*`_I3;Bv0C}e9;Z7w&zdE4M!~*iHU2I009C7
z2oNAZfB*pk1PF|TfPB%BP}L@ZVu4#`-;z&ei{(a(>vy&{Wk|;QrN3SF+gN@xI*N44
z2=>K)TefdmzG?ZBOP;KGk9;gpS=?PdrSq<NccnMQM-pIU`fc96IU0{%R&8DtxsEjn
zpA+XyEZ=yZsC@a_S=TmPC3S=}A_KN&Da&~Ee5@n7cFWq#dDFH{Z?1haMwLw=D*s~6
zFVb|1*B6a;Qq3s*^R$1C^A+i-8FI8Ay|3J~@`)u+)U0kg^X-|%&OP3{b;s8HM1HgA
zHw6QzBwuv>*7f-wuX**Ff*$Q6K!5-N0t5&UAV7cs0RjXF5Xc1Ni)Id;<%?zsgyTLj
zf8Mj3im#}AzG!yTW&18z^2+9hN3B`1?XrFTJ!N#lXBRcBmTl}HUo_=C#+sQ8TaE#Y
z|L=cD*UT!Xg;E>VuYBXf=l<bM^wE0^Cf|O)@<n3|;}7@`CdKQ%=Etl|fB*pk1PBly
zK!5-N0tEUiAYZh<{(2uyf$zWY{gljh?zD492w~NxRgsvtW=o4#;Y8x-4X@vj#uJ4N
z+lqcgJ)bX{j*8_R8_r_&mem)$ctNTbg-Ca7SToz$u<`uiWy)90yecv(YkC<WjY#0k
z4=FN%n=No!v*KlTR6)LIWSr)+Z6lAjS<5lg$V$yG;2D{vaawBx`uO9Et6t126<-6D
z<cr2+BXKw1X{6WoQ9#!O2oNAZfB*pk1PBlyK!5;&F(DvdG&@b*<cr4ooGs6FeZJ^h
z^NL=~^v2^GQdVaaVsXo6U38o;I_1W-&DxCZ>y~fJFLQd^3Cjv9SGy|~TupO-{^zx^
z?mp&=#yYEMV8th;S`e)fAV7cs0RjXF5FkK+0D&$A<coF*=x_q<3Pd7bK8@|Cul=;$
z7Amj5eaH6kGsdS;#bTrdUDT&^7T1rw$NcJ-Kl|O!+G;$Fs;$C}uiw~leqecxIF<RS
zMaE`vrvX(ni-LU7{35imQfmQPwkxtpFMava)PAIBwmhUa6+-C;(|(W!Hh$*#;(n{j
z7mdYiQ>Rgg6-SHvwU+<^0t5&UAV7cs0RjXF5FkK6zG!w0beu1G_qSJ+xr%D?MJHdi
zy7;JAyD}CaP1%XFpV-)}erNfj*Z$R_mcML0?H6m)0HP3yn$5;g;r4A?cBExIe{$&J
z`ZYZJm@oSDgw=VFRdb3mek(N56afMR2oNAZfB*pk1PBo5Qb4|Fmw*l@(5^r%_?b^*
zyKnw|?Y1xy^<&A$G^(p#y}F=_ntajAUb(C|Niv#>tjN@O6bhC+o$%^}e9dmk&n|zq
zU>3!@N@~Pw-}57k#Z-%%4XAN1jmsa>EMGK|Y*V$!0&OXr^*evv{B%^yw9Mk6R<$=q
ze$yK_rBOv;<))RzjaQW~`q<*f^8GH~w7j@qdkGLAK!5-N0t5&UAV7cs0RjZ%i)PnA
z$N8eG=9WqttjQPMw6^Jbq3N1@;CuhRn&p%mYM0qe)jG=;ef>8@FPzF6-@0kXxKGSa
z8Im*Z>BVnnKl(3kr5+pF_Ay`dmAlucu|;9=ORd+HO{YnL009C72oNAZfB*pk1PJs|
zK)z@n@pV0%0?Rip&!@2!FV5LZqVuMomj+hwHuIW%(a4!>ImoTsx8~R3oW62;!$US~
z-H@-A2Gdy~*0hWU8+KG?V;PP75}=V4S*F=n-g+fJoo4x>`3&3gD}_dK=J%$4FSWmQ
zN2%y^nPGQa=lSK&r}0GLkwuTRY^th!(P=BE<-1<6enHEwRUkls009C72oNAZfB*pk
z1PBbdfPB&H0_ZGXG?oBuxk_i&em-CHhNG60x$36hwk~BSKJ?G4njO+vzG&ovHfu1y
zJwNP;Cyn@TXD^+(B~AIM@r{2~zmNH%uRXjW4KE7wp4*hSQYJuv009C72oNAZfB*pk
zqgFt^=%_t41~#Yyi#9CEr?E|0F=dp@G@t$W*5<dGjjASJv>>xI-$MSVpTGX|{H|1v
zx31@9x-XY`jeF|7rqEI&k~7boa%LLjt8c$r(?Y`^H*VXQ4v9jue9>6qHB~EEj<vpv
z{DJ>Jdv^jX*ID0vp0QsTml-^GpeQI$;UX0Z2EP!JQ1+M%lo<%AI2GQPcOV5RL&Ez8
z#^jx$SSEx@p<TLY-|Q=Ev#iZRo3-1rE!mPRS+-@}ebwFfecx~Q?c4KLj(POl)90K%
z-F;5?>F)2XTjuF=p7ryzh;e>?o{`y+*b3=<(mK(qRv`sB@-z~AWmL?ByvmDK4_E7>
zH;*^R48;Qk5I_I{1Q0*~0R#|0009ILKmdUS0^~&vj^y&9E-#~(A@tzol})bxAztH^
zX_Zbq{R`V$?~}-j?)$E*z^Y8U{<S*^$u0l8zyEf2Bs~Aj|Ji9QdHY{>$;SoX)IWR(
zPF}Q~yyzb`h5tkV0R#|0009ILKmY**5D2&cdC`Dx5Yx*&fv(Ab=0#s>e@W%*B(rBH
zuO~mZ)oin?W_n&dawoheCx4pW%122Ot|?!mCg4e7ZTVU^0mazK$dkAlGjlWgB;^Kq
z%YI@X%B)mF%e<&0QB?&gEG=2OtYn$|N<sa~L9CX)dPBLMK6do9J?Wk9)ek%UUD@xZ
z=3E{3>Q!FUbd)Q3(X?$n10jF_0tg_000IagfB*srAb>#j3Xm5y_Aa@+=vzCi&%liR
zKInPT@)sszE5tr&eP>4HMPK;uwr6`Lkr$Q4#tvusWT5fRfuAxNy9}pg+e9B;**K!s
z+jlEu*F1xHQSPI++Z3K7fB*srAb<b@2q1s}0tf_LfV^nHH;C!wo<QGppC0N<&wca~
zZfqKBy3l#y`G)5=S8ZNVx*|4hsLx8Wc6Rc5Ui4hsIlF46=cZN9&Ci)Cw2m)0i&CFV
zDrM=`G?0AsL}PGfP@h=riekq#o*ZmAs2W=4MW@13szNFS*>Sr$`2Bonc1WVFYVz`Z
zbAL*zS9wwHqxXB4=^p_E5I_I{1Q0*~0R#|0009JYPk_9rv8T!9MaxgPN`A@^dS0~p
z+@zZ?Qriu`@}flt$J|Un>P!tqREARulS2`g4HK=_Uw0>%`r2ySo3NzY4CY1O+BvFg
z3^j)nT_*JrKmY**5I_I{1Q0*~0R#}phyZ!fjIc9kJ`0S7MpceZ3g<h{`>G)~%O7h#
zrjO{RTsBx{H!D3adcF6$T{YA5$?&8;?nK!9&rUCQU)C#lRhDk`nRuwtG1;LeDF<ol
zqd1rKlS?i0qH;2)>N%A{rt+dAvm+7^RWp~9QH9;vM1Sj5UexrB>YuSabwMAUG6D!7
zfB*srAb<b@2q1s}0tg_G&jRE{jonW!FX}S+DMKvCi@uoQylCYa^FOM!`y((rIj<)q
z$9l|X0@yW7=(!wQDi_cj13mqf&be9Zo9K-`Gnf~B@i&9I#?-K1>Dh$zsEhyt2q1s}
z0tg_000IagfIwUU@}hBxsDOaC0<)1>6{VBH-uk`X_OJJLqyL6JmiuzaV2R$3Ue@!X
z4%PG~QZ}txLbIj{N1BefpPu`gN1KkSfxOjd8E;Y3ka(mTC2m1Zc~uQ9^P+N(ysD5&
zAtQNF+1Zt)E7i2+7~4dHnqK8ak2fDz(~yEBmg8;>6%arG0R#|0009ILKmY**5I_Kd
zJQpA@YJ35b%!|59e##Jm%8Saq>Mp<bp{a#=(QaSzqBjqWsT^iU$&B;dGME=Fe5_N=
zQwsCMMV+^bw+JAB00IagfB*srAb<b@fe|1t8kntMB6%brCoZZaTR~ZYPb;q+u2iEW
zT5t%0>UmMQ^4sO)O?go{g3{D**R5TNPSQ<%>DCy?a}7P!DXB=)avVO!JzunSyj5RX
zBzyi*qg*<_s&ti_yd1mQGu7ijVfo6dyy%+pHEJeOn2$OgL|{1+9wLAM0tg_000Iag
zfB*srAb<b@`6fVK)Y$QhtA<n*u-Y*NnndzbhDf4SAnv0dPRD)pdRTYe=iAo*NxQ?Z
zR8Tu51ylXeE{jBKXX&ioB)L;kr-l|#JpV**zWsLv>qP(o1Q0*~0R#|0009IL$X)^R
zqS?E5%shJq4mBRqlWcyRd^kNfy{KrBKFapm?Kk^xc29N7aACRBCpvFR(CIlwmw8bS
z@1x&VvrV6^S7qr|z9)WY$g!FFB<JQW{@J7DSM*@RLDkUme9_LyPE|n)GjnnNC3?$I
z(*JNgG%n$1HFNp;bxn39F%3`hqVgqIGm*m1TRW4O2~7|{009ILKmY**5I_I{1Q0*~
zfqWAnFKX<#`#h)nn)-JsiB|sQMK2Z%>vMA`4>pDLq~%=5mw!Q9&x`8AB~c#j4970V
zle}p83lsW$iVlv&4#X1#5I_I{1Q0*~0R#|0009JoDL`H{nES%4a$BHypjZ#HRgYAA
zzTT@nSJe=b+-n?bj61~X*3+tq%e?4|?Jvgd)~L`o-KRR2LTtKnXYEeCf>&iDDCmcV
zWKi`<PJ}01Qmm_3ry5%3Mdk2SRY3|8@pajA2CK>Pe^>T9ecE#VYI5`OBrke%;HEwq
z_rd1m=1eOD5I_I{1Q0*~0R#|0009ILKp-~+axyO}r&FqE-<Z2A)DL{WM>Wa$^F<GQ
z&+QFC4VR`A%jQQqeEQA@KQ9`Yi$4981((rV9%Sm158Wbw00IagfB*srAb<b@2q2K6
z0C~|A0cnmv5(07(qaJ44QM)6FPMn);t=g)Fc&G0j=gP)giB_s6F7u*tW~rN=rB2OA
zjp}?w>5AA^zi<4#s^DQkx|Ol~(2&zv^?BBf*2OL=_K6%8s<*Pti-sbhxOHNC&fpU{
z%yV`5YJJWv<1I<gC-uB&WIkdFuSx_r>G{wQ0R#|0009ILKmY**5I_I{1Q5s{ft<{X
zZvV?Jm2&K@3B}#b`AAfcnC5(5RB*yGu1*SldGVl<JobP0#g$C1Lh$pV@9Y^<4pP|n
zUAKYT<UnYJ00IagfB*srAb<b@2q1ufw*urvz4fFw1Y8P8MpVz&d3%PW<mL3v-Q0IC
z>Bl9-OH?bDc~Pk^SKGT;^2yeds`GvI`(m41?7FBbcvz5b{nI$qct}n4NYjznMa4eR
zbF<RcGA}Bv)>o`oJ#VSn65CI3p2)XrP5Bx%TPe6X%+_K4spm!Y<78z%+iJEs496=3
z5I_I{1Q0*~0R#|0009ILKmY+Hkdt}Q<3H_J>Avc7lWMVch2Gi)x31?yUbN}zw4H`}
zF1OEb{IfeJwN{;tFR9x4R~YM=Q=2OVxobY|SSj8|-+psOAJOHYac4yZ1Q0*~0R#|0
z009ILKmY**(k4J&G;P!jgn%v}2QcapJ2?PTVvTx*RLZ79EZy|nG1;Nd$9-PZ&AFO#
z`~1?9rK<nZ!P3~(HH<c>3LX}uTmLjFhb#4|%CWJr>(ZY{D0frkCcTMWUi9^@*Y#?>
z)4h5>!6{FLr`DFQ)u&oNTA$+dQp}5*{$$DAq{9@aL~{fXKmY**5I_I{1Q0*~0R#|0
zAWsBxGB5hZ<`EU}lk8~Rt(229RedSsLtb>xf9j6LJ7Kiq)P&A5-a8jpG7S|b`WECx
zyDR+7i`Kj}sUt}F^e+d}uuO(P009ILKmY**5I_I{1Q0;LLjm%l9%9lJ0`3JQI;h|O
zE~&P&ZD-v#*K11Db1XEbKbeip>JdKqsK1RZ%VgwcdA*7Iyr?8yrFm?h`jg^;V!d<I
zY>k@X`S8lpm3p<*%d1LPNmSK84e5Dt@nSVkIXBgrqG+H<RW=HCdC{SnA-!f{O`&to
zx^~*i({t0Nu&A7#n)>Le<VDMe%5^s>A8tCF`jqGa0R#|0009ILKmY**5I_I{1Q5s*
zft<{Xw!gdJKuG7HW8;-+Qy?%O@}jcj@)sr?zT{KG5&dw{Bmd2>%jg~EVEHOddC~c3
z->uN0f9N%RH+FopD>NPFpN(5in}-M>fB*srAb<b@2q1s}0tjSKfV^l1@fkYL1x7=o
zi;5QM@wPK<XWX0xs@x<Dd7<-y^e{X-tR6~1vW5EP@^MpqZ}+{ePeaP?^P*Du=D<yT
zbW>UGE7uPf-BY*6R6%`wvHeBUG*bL19ZKiEYFzHVtWWZVmKW@HuxzMIuW6L+@}e^B
zz4d$b`mc7rs-S{Ukg(|biuL*o<+N2#CYD5ARJOQ#s(bgX-THi_yrE)4C=&8yR&;^@
z0tg_000IagfB*srAb<b@2;_r6PUb}=(Wl4!_WxZ^c*Z*8S9ftruW6L?Brht9wOi@L
zz})t4bm}sFbwT-OZa(Ej<tnh*iTUC7aNCWUE1O0NA6u||gF+ro4taKESU&vM3u{CG
z0R#|0009ILKmY**5D16>dC`Du1k=b*fvVvuQ^M`3>Zc_67FR=(qGf|+1!V<Bb5mYa
znjdU9sCr&ey29?NbP3vB>As?BszO3}QE4S%NXt3Pxa%s`scxmvGu2~RQyz}Yj+g?p
zdc#D^ON*CEhsId`X-FK=bS$c56st$7<)U`6mC>bw900q&VZSkdIr3Cayi{v($csvx
zSXDC$$C{71Nk7V}uk~DOpJ=ypPW}1J+|0(xjr#QD+n9Q{Mh|ZCqGBs^kW*Nj#+oEa
zyQX}NJ{hAd4=2J-ry_VYVfsM;0R#|0009ILKmY**5I_I{1ad|oC-b7RJD1lF>v6~J
zf7#V^b$WL4z0~OJc%;2(=ID>#yM}((Uw57U#ek}Bm!dQ_{rqnSUDnjUBuTWA;G!Dn
zh5z2K_okPN4~?s8SGT_RPe=6%Mp>W0%ZmrseZI|Tb^NFOz16cuo>nrGV?A^4>=|4C
zC+(_FDV+KL0(1j=>UmLFyDU)sDhhqcv1Qo;_5F$E<p}}^Ab<b@2q1s}0tg_000Kc4
zATJu^-C=I|AaK3+dTi9Ku)0w0F7Kb|mmANG*r8BJMpQC{^`rHtTTko9hf4F<yr|^p
z^ls&ZPZ>xqf;UdTls+X&S20wvxoWdfO)eJKbBr$Yq9<EVs)Xl(h67!bUExSrrYil*
zRIm12HO=!#(-G%Am4)lmPNn>M*XwF5|1@NX&dE;q^K2P!x!8G8)py8?O3$&kt1l~A
zcCqVX?{u$xF^ts-wUkA>dA#{j*QE`W8;s6n$!htY7i8LM2}WUY@nYF)_rG%Ltlg|k
zc~Mi(^3gQ3<wr>fD<Zprc#Z%92q1s}0tg_000IagfB*srAYc;6)x7A;*n;cSW8;77
ziR1=HyXGzy45=qMpBI${mY<kV>vb;34eWNOvzoq3>G_y?UetNLv2R77<@$7bR>vp^
zAb<b@2q1s}0tg_000Id3AwXW#4^{d^AR&S3;cAt-v<$z+eHfb;l^Ef!Tf5>mR2BNC
z`_H$ZS07#GMdesg$+fCh&ILD@gUfyH&Yie?yQ6l8#B0?q_@`kEA>m9nIYzOP`f?to
zT7`qN(X*TsswyW`NON8^p}9$A_j%DodzP<R!&rmbdI|_2fB*srAb<b@2q1s}0tg_0
z00Qm>ay2h10-dF^vDrV<6A6pT>6%hG-}0ieWYZC>CK==7uE)EkM}u_(d)o4%8~;rH
z>G@!H<?O#-D&_u<6g3e*009ILKmY**5I_I{1P}<E0C~~CZ3z>~O943_a(nIeM5A$1
ze|^RJy3snxL&maA%}rU}(`_0>qN;M}r8G}2FDeaR?s(bMXY9vKm78Qfv6D1CIni<=
zwr!$M#6(U~HTCS1h8jg8yM;Bjhoj0h^m6{EQCW_MRV%6;sZ~AL6=Z+qcv#iMWg*}4
zqCzBJo{q^5%RdWtwme4w0R#|0009ILKmY**5I_I{1Q5^#ayTz4%N%YG%i)lgNl1CP
z_y6ja>(>p9Jj{#A!mG|sZusJYtLJqqxwbw~CyN?8<wst0)1S9*|I4oZf7f&N*8|s|
z8Ev>cHPR8D4^~drSUrD5009ILKmY**5I_I{1Q0+V83FR5$*9o=0e=MKChooUdtC+s
z_c!cspJ;bZ$H|r4N1Km2bSU?~tFuXy&Wj30>0qhp>Un)oxwhW8r#>!Q>UmKKrVh;x
zSq|ifhCYz&Mb}i<h0Y5S{as$NTuvO_T(wzNB!N%;u+yEjI~7j%RJY!PU3q41MouMl
zbA+kv!l~9%@<np~V%QDj@_Foi^lC*e3#pthx~ycGM1r5Gc}Bk5m%1)V=2mvx*Y&z&
zp&9}RAb<b@2q1s}0tg_000IagknIB5l^0D$d;a!8qpz<SmUO6`7%B0{=f2%7M{D*}
z<=459a#W_ug35jLN>UP`wJ%Se{^fuKCf9wwZSx}?hyJ1W#&cuiy?5?%Qk5wnfB*sr
zAb<b@2q1s}0tg_0KsE}H7tO|9W6rrPAmPA<(T3N$UX$$T#>$P70F)y@SCp>UR<ljQ
zhjKxA>qKiP5^|3qiO{P(SEV;O<x;vTC@YYw>LqB`JKgJH%1)+KF;sE5>9Az^j0x|)
zwOeK@N2j`<s;W5^o_fCVd6(fsRZW^mL)D38Aw3$FL(9X+d_)h{j)%tWYQ{bf&xhsI
zP|2h2tKYY}e6{o=ziZ3a?y1{zrtOSeZQnQDC;i7Z<Ou=@Ab<b@2q1s}0tg_000Iag
zfB*t+1adzw>P8_C>e%H)^I+*L5dj1cKmY**5I_I{1Q0*~fqWMrFPiV)0M?H{Pz5B*
zS~*-PiCGl~btp(RsqA6=)h87>P*kl#(w@Peuul$jivR)$Ab<b@2q1s}0tg_000Iag
z5I_O)q5<3#Kc+-p)DKnqL;wK<5I_I{1Q0*~0R#|0AS(pOi)O_(F-ZjSRzMEStRAlZ
zedF&}mabGuOI47E@=7XX%ek6z%Bz~ZoW+{A+seWbKmY**5I_I{1Q0*~0R#|0009I7
zC_r8`fScmSl*o(vp-P_!Ab<b@2q1s}0tg_000IbPg#dZctk@<di2wqU2$lQRYe#BJ
z2TSEw3R!pky3ARHMWs+TTF15`fB*srAb<b@2q1s}0tg_000Iag5F7#WqQTh<UuQyI
z)K^|QM*sl?5I_I{1Q0*~0R#|0AjksbMT5LM%nbntfm5xg<U(`fw|uDFp=P45{OdW<
znPf%%!I{D9z1OGbrX6N0_s$m&6zgHpg0g~aITO`kUA#g70R#|0009ILKmY**5I_I{
z1Q5t20rH}`w3`lVAusBH!z%<3KmY**5I_I{1Q0*~0R(befV^mK?=P!MMPN2E+ceg6
zx%={gh67uwwyY>!A>mAk`E9S=ezNuCo4s$gPPB$1p;U%QrR|B96DogLHdK~MSEjc9
z^=uj_H$KWSr^ZIe{qi*<H6ybl;Ye5lqO!X1d{{opX{cMPwyMoC3Ubz{C(D;_Y5#P;
z^meWHngo62zWdEpo8?=&v}Eb>lI0sKH~zly_wpU?oa`i?>IpcVAb<b@2q1s}0tg_0
z00IagfB*tHEI?i~hc{PW8hKG&gE9gLAb<b@2q1s}0tg_000Ma>KwdPjwwuMe6zG`j
zIM{H|6!5eAC^e<Nkq>m)zbDoFOLh9!vnLA=S|=(mYWEF^eJ;YDtfFnAEw*#JCz2q2
ztM4s|u(}yqdRC{`S{5Wey`gf$j@li^n~z`VzH)2i*6{3b`u`NTSqpU#KmY**5I_I{
z1Q0*~0R#|0009JC3Xm6d36<^DJj{!>T%TV1P+RK1TOaMnc2(w&00IagfB*srAb<b@
z2q1t!RtS(6&5CVel4%nd4~;)t_pDvw&f&Qn<k&dYn6`P!K>npV{p&fMK4}{((Y)xn
zwsT(PDig|!I(&P*dbO-%nH;^Fk@$4lwwr+vKmY**5I_I{1Q0*~0R#|00D&A9ATOH3
zo2xI4yr`~0836<kKmY**5I_I{1Q0*~fxHqRFPc}|&0?Je>PPDr7cWjFJ10jhIuGID
zTmMp>{`KtP@`KZrgg;xxTb`?XF77vHQ{^V9>EX<SmKRk58!9%)pC%7iN>>OVfB*sr
zAb<b@2q1s}0tg_000L<cATOE*<RA<|UNi{1z#I@j009ILKmY**5I_I{1Q5uG0C~}j
zurp`?1&RiWRN74yB;fZ>-#a~1J=1g3k@<)u1LZdq2}v%rdZhYj)6qpmi&SMPkQWW$
z&Zccjli|s#;VL;kRF0@EC@YZfhMc!4U!fySN8}>-{+WKSjullaYM*G|Uc3F}j+aXZ
zOC>uxGCLw))VcXN<BKZaSo!#N-`o0EG@a%B4f|*2X4GscAb<b@2q1s}0tg_000Iag
zfB*sr1YCf;XuvlpfYakX`T%YUQ$hd%1Q0*~0R#|0009ILK)^wOyr=^XukuHrZnVyn
zqm!7QT&o>dK(eDZ`){r&U12mQFB(^j3TYN-7;7+nx0Cz0s&th;bBUxHdDQ;temP3?
zrS_L3A{*QD>hjg&p>e$-WdsmF009ILKmY**5I_I{1Q0*~fxrro7Y*#zFfjxWKmY**
z5I_I{1Q0*~0R#|0z!L%TqMk6)NmdI;o^46-5<Tj6y!p6f;oL7O90{LqKQBFy7j=(D
z%`^+h_k3~jV)Z?jc&EbzOgG(+hDIGK8?PimDiLcr?^F$86xLO&n~luIZB7LQ5I_I{
z1Q0*~0R#|0009ILKmdV^3y>Gh_!ck$1Q0*~0R#|0009ILKmY**5J13J0rH~0^3r)$
z2*~Z>dcy5Q%ZcRf4R0B5aTBZa%0%X=rd>8v=2f@SkAFRTI7zxnLg3ZTSJih$3UXV$
zT_;K8MUAfH&rZ=mkv@u)4>caL8;Iu!Ab<b@2q1s}0tg_000IagfB*u)5g;!boV{Qs
z2q1s}0tg_000IagfB*srAb@}$0^~*gP^Hf-5@?@j*RyRKD>o)|vS>mpl_;HD-Ysdm
zldUIr*6x%GzL%CPm17>Ct9$NZ=f#H6hVXpYeTR0bPU)n2r21I%F<Fbz|DL)%*L$zK
zzZTrTp4IBSrBK}(g`TON*ScQYd28p&(v{0fmTj%tdZz76(^!)yJ3A4cC>tyjqNl2#
zT2Z<}gysCq!%c_Z?0s`+X2>*?pnYr|Z`Hr;ebaq*GfX-!YIN8*)~F98Wf|ITES@8P
z00IagfB*srAb<b@2q1s}0tf^|fV^lxHiBs&fB*srAb<b@2q1s}0tg_000KS<kQem{
zmTt2}VE3)vda$i?veS>5OEB-1j#ngJsE-v}mg~Z=bYF29YqU&tRt{H6LNc~z<H^~!
zvu+}({`D-jeo&|_lk;6;??YD_Ys%Nih3Q6R36w4=USj;-?7yjca41OUa!#h|&9Wfb
z)b6QnhfXs4YG7tSpLXwbuibo7%!^95m%A_PV-;2x+Kt6?1Q0*~0R#|0009ILKmY**
z5I_KdfC!Km4ai0?4FnKC009ILKmY**5I_I{1Q0;LCjs)JKEcv$RtU&hk$R+UTg^5<
zrfmx8=_6W}C3EO-QMj66Y^w8O*G0<?^@nac_pfK4C=3%hDpvBJ`eH51WkY3BUk-Ft
zZ{O{ISE<?+N(M_*{kR3m2Fn4ec3oxgxx{7l$;<cOZZfIoMJ4tuXXom}4bKkS4aai?
z5I_I{1Q0*~0R#|0009ILKmdUt2#^;I!Y(ie1Q0*~0R#|0009ILKmY**5J12`0rH~$
z+0t|H1xg1?^*oy#&gsXT6Aekqlr~jvnwy_<o{TBgDVL<{YjG&cJ@w&;)5Z7x_3RUc
zK*>>=4ofz@l4NN@dC}LqUN`j+_v6Xdlg`_hk+;`+uBn;JX}1oc*3|Q&vOqbwRShSF
zYrWSpvT6oJ009ILKmY**5I_I{1Q0*~0R#|mDL`J-B^1>VKmY**5I_I{1Q0*~0R#|0
z0D&wOATOGw8^^Rg5jfm*SkJRL9JiRta4IAz=a;_S_qJSlF9S&&RML9#8;XSbXZo-9
zTs7SzFK1Lb52~j+&$OM9yX=j%JX`myg#BhCv(mYYGBi6RamPhPi}aNqZ$9qOxqm(T
zL?Q84(@~ak^}L)TIvyG~kZ0y*TE<&;-`Z^;Nadr=M-_<k`J&Q~swoADS;}TfJk=1E
z{$=#RnZY-D-Y}hRS~F7PfSmqUGGUp#T8n%u9OmFjUUV`%sfLrnj@lg#Bk~FX1Q0*~
z0R#|0009ILKmY**5I`W~0^~(Az6DGG0R#|0009ILKmY**5I_I{1Q765fV`-$ymTIL
zf#oI3Ri15C=_;RQJ2W$Nsq4~MXw12P3636YIH=|$g{iqIhbDTeQ?-&49W9%ThDKMH
zuU6HhAc;rIn)1-Uo_(T_0H?k*i2>W4&T2aG(rD$77nQ`R9<`MauU*gLCaF{j>#CVZ
zI8*l24mr)wB`mu0)=o9Im8C14=jKUXRMsfLT{Wl_Bwm~5g)<xi2q1s}0tg_000Iag
zfB*srAb@~-0rH~mt*D6r0tg_000IagfB*srAb<b@2xOxGdC_d#HRkMzfaK-$B-?X!
z&w0{qDxE~;BZbw4YF2U>sY7qEsZQtm5`EMUz}#EE*RFH_dbS%e_PKis*++d{lGt<(
zC5n;~HVO`TQT+s3=L0#7B}kfdQ{^VrfB8^(?9$TtL~#11`>u3fSz5AG%}P$Pm50vL
z@G37VC)uiTr64DcI*-d+1Q0*~0R#|0009ILKmY**5I_Kd3<{7J%^*HQBY*$`2q1s}
z0tg_000IagfB*t%5Fjs_24sc^rhpvysVCW9YJVvR^OR#h)vUJHZg-fHDb=~TYO`}r
zQo530r0QG>c1NE2*R#WNVqdwWkZa%dMafC3v0dp;L}^3C2EB=0UQ`mcs+y!g<MJA#
zv`@6FR)sZ%`p|xtD~Bs3I&1tcE?%srp%>(oQM-NDr{`5(^m6xQef0jBeti_m2q1s}
z0tg_000IagfB*srAb<b@ff67u8mR4HG6*1m00IagfB*srAb<b@2q1uf=K|zKJtw8Z
zY!T?6?$?uS&WCfRb5R9l1!`grmxh~Cof4ajJIQb)tRKZ$Hdtoa#J`>`hjV!7hC)9A
z^ibm=hu+kys^KanECsu~s2;C%e^RK#O7*N}cs{Jg^}A3pRH3iSRQ`SA@4KhEU8Y{W
z%8Ql`mg>{!nC$Qyf&LLd009ILKmY**5I_I{1Q0*~0R)m3ATOFU9Sspc009ILKmY**
z5I_I{1Q0*~fvgZ9FPatG#3cO?=$h)%lWau;MShHuM4x&9a(H&wt_M@9(;-=^_n@~r
z&~QM1rOJ98A@Z<iHH6DTTnb4)E-G52_OW)P)=kgTbJMDc6zuY%a=xpo=H^UJHMHJv
zWOhV7_q*Vn7nKz2sn%0*Z=yFQ=~Z5|dbnB{N}+kY*>42;M*sl?5I_I{1Q0*~0R#|0
z009ILNLqlrXwq~vL;wK<5I_I{1Q0*~0R#|0009KDLV&zzR%{cK^h2O)GN5_Um)c)a
z5j%<P*{xkqb#ANKW>?Mhyn5tLes5*zO4D28qklbH4(ISNF2&5;jIxq~+#v7JoBnET
z`C8S`GA}AgR8>I=OG}n6D_JJLQc%C@@^@1~Zz$K(>*M-bcFv2cS;_v+&CfZ{#H+lh
z=_pt7qR#BRMF0T=5I_I{1Q0*~0R#|0009ItD?nZ}v;K^Z00IagfB*srAb<b@2q1s}
z0tommKwi{uVfqiOfE=`_5_D2X&wccgZ)_TCy3l#y`G)5=S8ZNVy22DS)bERzSxMZ^
z4p2{Zo@+a2SIzX?v}()TpnpB<lktRNaAr{7M9byqgR1huhJ&i1WnOeDJf$k6QjqOd
zgQmF<nUBaxs&WPVD;=-M;iCE~3Tq0(^I?bic$F9BK6(daULk-00tg_000IagfB*sr
zAb<b@K@%V^8nhi@J_sOy00IagfB*srAb<b@2q1ufw*urvz4fHGED{(Ejp_-y^Bw1X
zoxI#Ef2{eKKBAj)*<hL7tn^gp_1^1t)lAPP!;|{B6X6L{1^MV-&&F6DQb-t5Ek`1e
zv1_q=qMux9nHTMy?o~afQpjLlRA0NKa}PHi))yk*M!kZm>{VX$a`$C@(Egcz(?EPg
z009ILKmY**5I_I{1Q0*~0R#{TjsSVl;Oqr6K>z^+5I_I{1Q0*~0R#|0009L25Fjt=
zhbnz$g}`iNR!_3+t>5e4v~Tp^(8qFLE*UJbo0XpGbf{)(Zd$d3W=$33qklb1=iXAZ
zjJGIEIjl8yEp|`jh*#CnGA}Ck$g2ve6atbL6^Hrg{GrA}`dZ|$Svw!E@}kF^kLx2!
zT-k0!o+E$&0tg_000IagfB*srAb<b@2xMG<ylBR^fC(Ug00IagfB*srAb<b@2q1s}
z0=^267xk5w&I2y6tYn!AvlWyT_%z$f;Yu}1q6LQ_sGjPSTfbdS-jo*|nH`C3=wHvC
zQ|PJACB;i(*JAf1?)jpv<E{E;$=&XDU1ia8Ic0QF(IT}jL9m;=S9#Gj<!jV%QjpB5
z-H1F#009ILKmY**5I_I{1Q0*~0R#}pxBz+4jBf!GKmY**5I_I{1Q0*~0R#|0009Ji
z6(BF_D=(b~T)=ePq92DJPR~v22|bC-ZLi&av;SuIRJRNlj)WyaXA05jQAU?}(X6<S
z-VX}7-&~I)&dtxc{K_3{IH($0o-f)t*{Lc>L6Vj(dk%Ot{lHI$jI<|tQTc}JhC6TV
z3^)$cLjVB;5I_I{1Q0*~0R#|0009K@T!6f2o__&YJ^~0JfB*srAb<b@2q1s}0tn>1
z0C~}z-(nW%AW%F|tmoOPN2(nvC->@V&s8;q1V<ak8sqkJy7jbb;xaG#V*876yEQ7v
z738XODOd(9_47qN?AZ?r$)M`XnFvp~bXZrhPBpa5i^|EXs)7_G-|MpHfLALTDALzu
z`2~<Ac#;>rIdD@S%YCXj;D$^O0R#|0009ILKmY**5I_I{1Q5to0rH}`y0fec0R#|0
z009ILKmY**5I_I{1Q0L;$cyq#$Y+7^(72vw+flp2bB(Q4Th$Qn^u6Pze>sLxHF232
zl`~7-^elC1Mru^&D@s>bw$k&W9`@`9g&fVQmLr9_(K^c&nI6hvp?WLJyl5yAid)Cj
zZB~4&9<J8cCCjv&cItW2$b95?WxvzMk_fKlSUf}k0R#|0009ILKmY**5I_I{1P};_
z0C~}XYy{Il009ILKmY**5I_I{1Q0*~0R(&!ATR0@EZt^{fMi7VNSn9ENJ?Z*@7&FO
z_Y#0yQoKa9a+w#E`f|0s8}pN`CspVB>i1bT(et8S_3R(Tp~gdMMMs*BSgy$QP!G*Y
zTg$wtG+AG<UiG}CYKy6pEd3~<Wwj_N_;<djew?ffw5?`amWnZL1Q0*~0R#|0009IL
zKmY**5I`V*1jvi#&t9`q1Q0*~0R#|0009ILKmY**5Xesf@}l{<@2px0w2Zgt@i{pI
zQ<9D9ZHficIhJmE?wIV*=i@#v>gH%o2?s7MS*rRk9W1q6peZlvNzeXKR1R0F6-hzP
zjI~^pdMJt9O_iJUCU$wz*SlWVtMyLzs!p=EaIoQ^TGZ<D)piR>@qAI!A1fJAI<y;$
z=LjHx00IagfB*srAb<b@2q1s}0s#>qFB*`IU>XP@fB*srAb<b@2q1s}0tg_0fKLMC
zMSX&$+iVe#^q_wKy9C?Lww+CG@)GqN3ytY*XCt#Jn<oYNsK1RZ%VgyKcfHA(wlft&
z6%Atz!?VNkR&QcTbxP9JR6(z7l#2(7_0CPRRrUSoIduxV=&ba-xOlNzmmHev>`*jN
zq$(Q)yS(Vo%#dEQu%^(tX9XD8!bEsNUy*FI-BeS_i<S?S>!V2daMNMCfq0Gp0tg_0
z00IagfB*srAb<b@2p|v~0rH~3*$ZZZ00IagfB*srAb<b@2q1s}0tomaKwi`jRr<^>
zfzi<DqM}85!c9_|Zq5Q#%an6FFLYjz9wgPN9!f#th5F_4at*rvHn#j$?_2sbOl3I@
z@`aWc8pj%q)S@ZXDV1*y+>Gs0J(&zo>W7Q&soSGonF@aNoG8WHeQ%qVZ<iO9$zSfi
ztXCE#yX`9*D${EkWxKqn^t`uzuU`Mv&R0!VS@cm%cGm9Hm(x7nY&ZWT@}jcE-BaDW
zZ|&BHkn)C#4WUTLZXli`fB*srAb<b@2q1s}0tg_000IaEM}WL&aQ1?kAb<b@2q1s}
z0tg_000IagfB*u12#^=`LzO<WPM~VI$`o>Ys`@Djzr|gMBt^>x%L>X0jOM1is5IBF
z|6WnL!tS>8NHlV!@rY>-b|1IZY?IVzY^qc0OCHj4&NA-0igkL2JySiFHRYjCJ-eik
z*x{A#EBaK8vO``};)p9tSL#h9qgXvsJr$lZvb9n{PJi9su-~Y&s&ti{c&X|;<V7V*
ztg0D>W6j6hq#s9SN3Qi;YoBPhLr(p<tmsDn4Oyd`uH*|~N^)+l+HBxhHg}U3mF6>Z
zGja-R(^!)vY1fpmF<Hq+c_@dPS`NWO1Q0*~0R#|0009ILKmY**5I_Kdpb3x{4cd+{
z9|RCU009ILKmY**5I_I{1Q0;LTLJQ--g?qo_6l6@y&ju(E37V*>&yFR`sLDd6|R$v
zsKf~CN9#|wp4N{KmFBT|QHj#&-O34{GLT#ZZybOreM*|{X8+CQCCl|{Zpxb~H>qkT
zTTiMZQV%p7=$h;bN5Zlf(!WggYR^^EJdZRTao8z6FX~~>ZYU~-DkR5ftZQxgT0Pb2
zkQbG;bWV0EjktxD@s^977gaTfyr}dXd%OCwl4TdWF7{6M%D2K`6lW<5wVc>_sq4~)
z$_+;6vSbJ66kjRNUAJ~ga8x#3zDwcx+xu?(NLjvVw?=O1jB3^W)BS&_Xz`z>yy)WM
z#qt$Wzw%M_<4}-<up+V;gGUG;fB*srAb<b@2q1s}0tg_000IFMATJuQ4PiP6Ab<b@
z2q1s}0tg_000IagfPlvW<V8IOrMqkvs2;9XsY{0xoWrZwyr?7zCC=y2#FJNYtf=H#
zU3L}sesDc6>S51`Qb?fjeEWH|DCfMWeD5Sb=_bc0P*PdW!*t)XoD`}mCsasJUNm+}
zalgirc6R=gYRZeo4&nSnzGDqz4bDUG76AkhKmY**5I_I{1Q0*~0R#|0AZP;QMT52@
z%m)Dk5I_I{1Q0*~0R#|0009IL@K%7lsJEW<mhA#^MCA6`?ao;^%eU(**4K^JNhC5>
zU}|p4@~Upjev*4=TtokI$IEe>%c-O?pV&$2PfU4HdF55lE-57LC`W+GxC!M&rM~2K
z3u_AP5ab$qIsa3t$&Z{3tE$zG)EW;R{wkX*XTz!{E(@8;i#kkCPHmNwQ5{xlyh<)F
zDn#<->6q-W{DTm8P%0pR00IagfB*srAb<b@2q1s}0tjSQfV^mC{TUqr1Q0*~0R#|0
z009ILKmY**5b#@oyr|#8^q-9a5|-Orzt<sjr@z|Yu)lqx-8mp9w{jnCKB~9!wp=<?
zYB-k;mYS}f*9Vfz<&Asloi`;mFDmst=~?=TOHo)|sE%n(G%qUs%SLofbzSJZAi3Y=
zCClZ+QMuq=RwRMXx%oM@@SU|gl}z_kw|eeSn3<cAQ%T(%VJcg2s`Zq7i=4j|4r94_
zC7nw$^TqZTWtnO%4uy3U>#9epBl8hAoyX0KE-P6k8R=(go{=y1rLIeoxgDAv@^!s#
zrcE6L5I_I{1Q0*~0R#|0009ILKmdVM1jvh~qDNZ<5I_I{1Q0*~0R#|0009ILKp^-6
z<VAzON6au&0+J7G7;Sj1>ov)aZmirWAwW6zaz*KiZ8h5@e<*j9w@$Q%A|dzFlNjXH
zo~zQE9CRsNN#f2S-Ivg-cl+N}(~v1u3{@O%IxKNMW5T;{?Uvcf(W$CVas>~2Hc=Fm
z73{jTOJav|^ko_{hmx7pQ?=uvarYqM`LLWCDtXj>_4`(rua<t~R}SsmQ@7_#+nJKV
zlD_FamzhlWgF4p~vHqF<;(=m0G*uV{Q}*4Ml}u7Hx8+0S39Zq2INl<F00IagfB*sr
zAb<b@2q1s}0tn=)0C~||-C5R!00IagfB*srAb<b@2q1s}0tgra<VE==AdnFONfk<{
zFQHJVL*-RvtET6sGqR9u98?YzRhW{iOhZC78<m(d0tg_000IagfB*srAb<b@2q1t!
zz6p>Q&9@zAy$B$H00IagfB*srAb<b@2q2Je0^~*WZO2(}Km?9AA6Jn@PYPGMuLNXi
z!Jmd4@v6+_AlBedm>D8~00IagfB*srAb<b@2q1s}0tg_G1_AP-X+UNO1Q0*~0R#|0
z009ILKmY**5I`V<0^~(Ah|kb@D<EfqE-hZFB8#3BHdb!roJ=?0sM?WQ9lUO|&P^-o
zAb<b@2q1s}0tg_000IagfB*srAdvF{<VACSi&-E72q1s}0tg_000IagfB*sr<hcNO
z(LDbGu>6b&ln<5bkwve{a?N^1mJ@_Q2WJMa_g<GEuES&`Pg^`ttZNsP6-4GE4o!H4
z00IagfB*srAb<b@2q1s}0tg_0K>i4j7tNo&W~B%qfB*srAb<b@2q1s}0tg_Gp917X
z^K;)>b!G+5w4KpYi(ZxA?t444>&oEhebapgqueiFGg31$I}(nBjRRN1^I`c|I#{~3
zYO9G_&Kk|&oEaJc1Q0*~0R#|0009ILKmY**5I_KdKnai+4b*lp83YhO009ILKmY**
z5I_I{1Q0;La{=<Ao|Doc0&xX)-`Z^oE_(7&VyJP4&eaMkFX~?MM9Ya>)nHu+Ab<b@
z2q1s}0tg_000IagfB*srBq2avGzm1CAb<b@2q1s}0tg_000IagfB*tnBtTv?i#Cg?
z=8VAR%FXU$jqYnc-|&3S5GA^hMDwEO+RhoLk0v@$a`hX=8r<)rL(NsCtCE`ltq?!}
z0R#|0009ILKmY**5I_I{1Q3WTKwdO15fu<X009ILKmY**5I_I{1Q0*~fvgrFFPhcc
z$K<nAU|q#JhfHA7ulCmO%~Fumr!C>nmhqP7>Yj_Mx2bZI)J%QEgnA$^nh+P25kLR|
z1Q0*~0R#|0009ILKmY**G9o};G$ZT`iU0x#Ab<b@2xPZF$<xt8Uye4vlHIFd_6Q(=
z00Ic)jR1MkyxD3N8X$qqRsNhW+L*uRi>lq73{O@KSIP0A&(=L#P*$+0XwkBgWs(s+
z(sbmlzPI{k`qO!=sG1ddQAI%k0R#|0009ILKmY**5I_I{1Q0+Vuma>o1G_a$3;_fX
zKmY**5D2J1Xgs><e~hkwU-ZD20y;ycg#ZEwAb<b@3kArFF7)6N0_hOgQ@1DXF_=kI
zINNqM9kXYQ#0AKUCT>Ox1Q0*~0R#|0009ILKmY**5I_KdbPJFdO}9AXA%Fk^2q1s}
z0@*Gw*?T)ID!;ovmF-Jm{s<s|00Ic)i2!-gJlSZL87P4l+h0r~4jQ+~js6>fS|*c0
z009ILKmY**5I_I{1Q0*~0R#|00D&wLATOFlo5fTSKmY**5I_KdKnRc*4a7Du2?P*8
z009IN5Fjs_02Wmd@JK)|OphD>Ork>Hbe~5Pq#FbfKmY**5I_I{1Q0*~0R#|0009IL
z$U6b@qItLFEEoX<5I_I{1Q1A3fV^mmfHX${0R#|0AngL=Mbl2sfCxlqBeTm(mM4)2
zb!f7+YU_M-9$W+vKmY**5I_I{1Q0*~0R#|0009ILKp;5*@}kMP(Fy?s5I_I{1Q5ty
z0rH~xyZ5Xd0R#|0AX^2<i)QQ2G4CuFINf^MA^e%dtLwejvz&zKBY*$`2q1s}0tg_0
z00IagfB*srAb>z71;~qLQlGIAKmY**5I_KdY!o0bnvJ{0oDo0(0R-|}fV^ma??0>0
zn848N(30XMN#sH;o2)5c6N-c~wipIR009ILKmY**5I_I{1Q0*~0R#|00D<fmATOHz
zd&mk9KmY**5I_Kd^a_v{O|LhjA%Fk^2q2KU0C~~W4e0@a<OE*pdd)KYnZ(2Lq4MPB
zKq~|gKmY**5I_I{1Q0*~0TI}>YuEe#@N??aDNGPR009IL$WH<CqWQV+tQr9X5I_I{
z1Q1AGfV^n(cC<tQ0R#|0ATt8wMKj~hs0c)(bMtdMYIh`&4mCA7-h3QR1Q0*~0R#|0
z009ILKp+W$XP$ZH4;e{||NOuQK5+m2_dojRqfb8h<o^BpySuxS7$RGm?AWp6eSi2l
zdGchoOq+QkfB*srAmFV4c~NgY=?wt{5I_I{1Q5u50hJfs`C#rZmK7p^00IagkP`yr
zMRQ^sSwyx9jEBZIR&F%qKNI@6`_}GoB%H15XWj@PfB*srAb<b@2q2JAfv2B-`VSdN
zSN|#5(W<Jdj856F!O4sIB}=~uAb<b@StUSTG^@6Y$s&LN0tg_000IFJnCOnKf8Xuj
zE&o#hX2TQ^KmY**5I`Wl0C~~)M$|ySPl3_U=u_2CC6p0WmG{=~osG=;IXn7B009IL
zKmY**5I_KdToy<)FKUEJmo8m8KR=&iF62dXY(rTN0tg_0Kym`)MU!)*6#@t#fB*sr
zAdtTT16A+kMK}J3{6%2p2q1s}0tjT40C~}@+Ab!Wn*x&ge4*t9l>&8BSX8v=Lg$6Z
zd?YtTSQP>YAb<b@2q1s}0tlo<K+lVQ=}TWSjVYnf+1c5~#zqN<-gVbq`U#}#*RMBK
z&i0SwMYDYenLh#uAb@};0^~(KVWblT5I_I{1Q0+Vj|9kz=Fw)eR0I$}0D&A4ATOFD
z8_6=VU!ZZUaeM7{H(}BJ_4~W0y0d@9tN;N75I_I{1Q0*~0R%EEpyx#&e)wUB*|fK}
zf8rCL&?BRgBXy{sb+5>aX5E%CVFVCB00BP)$cy@+N}mWIfB*srAb>zF3y>Gh<=tg%
z2q1s}0=X$bUNkrNl~rY@z<hMRb)xlb+u6;Pn@zz{IZ(8)y71M`S9_;>vvYCG8UX|l
zKmY**5I_I{1Og}EJ})X$udlDy^P+$M_kSO_^`tN%@}eo=(G&p$5I`Vz1jvi#&R((-
z1Q0*~0R#|0AUy))MbqQVC<q{c00IbjCqQ1*J4<@<QQ%bTsU^irjNkI1at}xHujdpe
zIWsrYHPzKT-rO?Y(lgZ)iiA?^kmd*=fB*srAb<b@2q1ufNg$!TsI>jjkA9>_MkgmH
zO&w<MNAjZCyLZeS0R#|0z(WD@q8?(>6#@t#fB*srAdnXV<VEvhn^`0R2q1t!P6?0~
z&8h87b}_S&*`~3k%iWg`G#uDcwPi)=3Q1-bloiPJ=qFoGzS;Yx9D14AyyA(L6Y9Lp
zvZ1nM7i!VYzn(1y;}HS~Ab<b@2q1s}0tg@wB!NWpqHn(Wrk)qAsHkwWnz^~TYuB#*
z`q#gH<dH`{@{y0c|KER3ojPULwymvg`}XZmJn_VX4?cMBz4w0j!ykV1(MSLFU;p*|
z`SUX~Gj^>Uo`=KXvuDpf`Q($I`qZcHx#ymbee7e8J@(kDRjX=iYgMa2<wYZr$jzHK
z*RNmy-S2+)lb`&gAjq_(@Z~Rm`Jevjp9H74xOjScT20=eAZvf)jW_=7-~R3EU;nx+
zT>AOwM?d;EfAcr1SFhHW@6dz8t3-F!p(|b?fB*sr1Vn(mXh1fCX&`_A0tg_000LPf
zKwdO!wu*@&fB*srAn=|5dC@%oDs)VC9BeqKqL|JFsVVj4&h+%7`IqYSujlkD<<*Fh
z`N-hRV98*~?;C%=tYn!wepU*JI<!r+>CI!ylAzvDxnW1`j^oY8uXJCzHF9fsb~qz{
z5E5M)^$|b-0R#|0009ILa27~3FWT4Fr{_hF9Xn>~|FfU{tPuy5zmAQK$=gepE=fR9
zZ)KEEoH$`>D<2yh8~@@j{vx)rdUE&OcduQ$Rx*&WZS9_%J9kb(s;UQ5;cH*}+Th@z
zv~`mg9T^!>tCQ%a-H7`04I4J7CKoSW)L&VaC4sqX*RK2SyU#Sw*pK($f4^l9>Y;Qc
zi~8UPKN#CqJ^B3SKVMT*qnbDrQruaGo_U1;0tg@wC;{@Kf!Yoxg8%{uAb<b@2xNf(
zdC@G`B&LV}0tg_0zybmCq6;|k>BD$v{Mou^odcqlZ#PzMY#eJ$GnId-PXBsNGf_Sa
zCmGSc>ArXS-`(G^e{u0*%kQT=Oq4?MqIO+5JeQEFoW7f>1a+coq&@-&Ab<b@2q1s}
z0+s@a=0#^`XI0ct3WbG*rf&cEkN;Rz7#$sz6Ef9DQ{njW<EFNzfQqTU{_%64``qyG
zu&H_M$NBmBMT-{c4K2$O&TMUMb(t4cJv{vI!?7dAK3TVJooaI7!iCrh`jeiX9*JeD
z`pyOCyr_g=zwm`GIQO95%GW@jhGjXGowe+chX^2m00O}jF#Vrn`M*uUoF}tF009IL
zKmY**5D1C@dC{Qk1oJ=u0R#|0z^wpzQMXdLRj+=u-XU)1kdafb<b1_+lK7YE^snc1
z`sB%2J8$h&-#~{#q8iENMb!j0RBVtxP>BvoeFP9d009ILKmY**f*{~)UUcQkl|~{_
z&KKRYXHREmr<`~x8BRHO^u-rnlygUQfddB)sQ983BsTf#tFOv=o>E^<6K!s8{_Ssn
zt5<m7fd`E9OZ84n<${6&y~#Jf`AxaxeQIh-`jmU^%gV~W{q1iX6+Zs)kN@mvKU0-Y
zo;+#l%J?YrQFT1ei?+43edt3UQvFNeM?d<JOju&KGGY0doSc;NSD%0W`9~gkMBX~&
zMdcV+{Y+O0#L6+JO-)S__mzI+ueWa9($_1!#YTTk0(xFFp`A7L!$$-VKmdV&3y>EL
z_y#dO1Q0*~0R#|0AaDZYMFY1bOb7u45I_KdI0EEF;{fI2>!N`o6?IdEO_iJ8>3gSV
zs%Ls`T2674ySC*w6bVT#w0flaXw%U}MT=BrDUcV<#ji%t*A&dWsPX4Qjy#>2n+dug
z^Fsgu1Q0*~0R#|0V4*;wdC~s<em&55^ytxr{YCXup;7bk#~+`bo;Fo8eUuoa-tA9+
z`qM}xVyYt_8yXt)i`pgsDe1@9YQ__ZgX(=g^UO1rHDw8UHKUyVyr`sDB>}5u@~KaK
zN+PnB6E+@-*iU})6Uz#rQ0OzC`HbpHGO-gA6P7iLii+;J=N?tFzTWBIgG+8_Eyv{{
z0tg_0K#&E<iw1djm>U8JAb<b@2p|wd0rH|j+!f}800IagfPj+#c~K{wTzpqITBpZ8
zr7THNxl=ptS|vMrv;XFb(iKK?@}hCYsNlJPo);}BD>&VHx@M$iEHrkd`-=XpPIO$;
z`JyAUBc>iCJ1rq<iBk7Z_sdbDFSWlUqw6CY<<;e@$3x?$wtPeY0R#|0009ILKp@Bh
ziRMMGU%#&6g;FRlFE_2ulq!@f(dBedQ=Qn4k3II7>h?R|`Hn*hR5FdKrW8zvl<GYj
zhj1E|moHzgzcQ8eo9K=D>CcNk`Q(#oU7!5qC&$N=|6dkMmo8OZ{ncOnm1Xi)3B2{z
zTdML`zVa3IJhqVB&c^n`69f=I0D*uDkQWX31~EMZ5I_I{1Q0;L7lGof(H;M5^y&Y_
z;`gclIlA#bMA!chj=%4Vt~Y)it8M&1^y&L8hLCah{BO~gSAAI;og#n$0tg_0K#Tx+
z(HN3kejs7CCB;khoZIo{;}V2(zvgfxe7^m>^gv$JJsLH=5;)v+SiXLe*qjVc>V01C
zy{><&^;d4nro8BAXf$psNsvm)dVB45eOxK8t5`Q1nT^|=3J4&800IagfB*sr1VkXw
zyy%aA{9_d_ltS#mm8Mjo9P$}=r6naLdY^LVyK|F8ix#Q+a*(EFWjQ%h)%nOrKH{8N
zm3Zo>KmBP{UkYi?i*|N)>Z7|svs|@293CE4UA_PP?;ji-w5zF}%K@aSNp*F#dTuHt
zv9qQg_=o@k2q2IZ0^~)rVw;#G0tg_000Iag;Hkj;?HK2KflrnEOnc#lzxH%dbcO%|
z2q1s}0=5F=MQv$v@x`-s&+75E6D=ns_Ljs#TgF@5Wa^UW*{+F9Rn5F?DE|M$(XOA^
z=l=B^I~GrT5=ehu)L4l8@hKW8Qr}FYaH#Q+Ps^lR1Q0*~0R#|0009I%7f2{C+S1aZ
zf`wA}yTALp*!k$G!iOGuD7HfElVAPnSE}2e{p@G46--Yg1F7muLBf`%3i9z6zxai!
zQ&?CSTfy|?#EBECz7*1&7hSb#l^Xr=#~(M%EuoM4hW_R^zj4!6&+9H*w#=?c5<6?x
z70(es009JoEI?i~$h*Vb5I_I{1Q0*~0lx&U{WiMk1DTABN?^72h+nItUjz_9009IL
zSSUbVbfHHse`=p-*Mn^vD>o)|vS^|-5~Y*NyCqF`vi0Q7+MTOPS1m1BDz|t)SNGh-
z&WjDB4dMCtmlCQ$?NXi6N%ctevF2m49Haj|b$cW|=>A%8|9V!F_m)C+YZQ8>dS2^#
zO)hF*S-Nsr$+E3gThFweX&P(tWOFCN6J>*CLiAMiQ!7eWh_IZWDTjQ%+56_u%#dj&
z8T^>3yr{9{#<52IPnMKh$6GU~!O#dGfB*srAb<b@2)Gx}<Ao1D{IEmA-rn8^AAC^7
z8l_NMTN_(nPZh3Tzdp8t>4}`}dEb5ascuV4OHCClKkE0_@7}%JR7d*!@P|LF`t0iJ
zGF6EEDEGgs`cg=9Ui5(n9#ErSx^yXadhVZm?sK10UER8M%T2?%xjEHDw%D#oqC0EX
z56=-m009I7E<j#1;2XsB5I_I{1Q0*~0lx$yq3GO<^>278Iy-9n+jZl;ps8G2?@&!%
z+4V2a=jZ%d7yTlD00IagfIy4@dC?e>oPDtS)^0u3);Vc$28$<)@0;#>rQ;Qe7wW^s
zmKPT<zS4cgWvtOM)mb@QDGABgo{cAG+s?X)r25yhVERF!_DGI+jlB<DX{;$<BNwI{
zl_gNRq<D$(d$a$h>cOEPoy$3ysyEAmWK+ARx*a-6+pEmxMP-?nyD#fRh1K!TFG?E@
z10jF_0tg_000Iag;2;n;FDf^=x3#rN^7HPy?^dZoDJ);U+_GCeRruChZ&}vSADRve
zot>T4-`bVs$WS$zAO7%%rfLHN1M2MuKlnk3kD4l2ew3^2RjYL7MaRa*)VNZZoSd|r
zo|}i#R_{vo&P^++BPYSCh7upOY?bKFT6V%i1Q0*~f#3@SEic+pGSmL9_rC)Tq2TWY
zGeiIZ1Q0*~0R*x`V4&(wUNk#q%q$T=009IL$aewqqIvQSkb@%iJlnRKZ9Xl0U}iuc
zC~jFYhtqS@aVHa->b%%>(UZ>o>)9s?!%9wzmHcO1fwG}8sV@h*s+#ZizZ+M(WUxfl
zk6VyzupFQow@+UyWIQh_v1d6uSGO9T9rks}bdCT52q1s}0tg_0fF}ZaUQ`l;?_c<H
z*Ijq17@=PH<u89}7sAw2g>rv=+(}kcRH&Xm{_&5;t#4Gga^;F@6?^M_Wo4y$`_-?0
z)n%WOJ5{aHnHQB~TGhC6EUL@dT2^anYEoUvL8F#+EFXU7JKs?a`}+DU>m<6fmYwhr
z0R#|0Aov17%ZqM)q+{(vZJz(0_<#F@zZc990R#|0009IL$PNMWqS>)e%n|_v5I_Kd
zI|AfI?^xt?sdTVZ53|Y1oIWi#(U7FfYE$K=xp*hcn^K)}NxHrqhqByLAC5Sksp4PH
zK2gZV^-lLXEZOu*lBEgdMPKiF-PA+ek0)DC`t)^j*=@%2qB2i8xK)R`)_cw6<f(=L
z0tg_000IagfItQXOnFfi8ni2X@rz$9Dk^fAu%0R$9*+NSQN8riOKPmIfBowYJ?pRP
z>grT0DVV~m=g*&4Z-4ybAL|Vr$}3l{RISpP7k&BVm({qBJ@%Nx4CB6f{q@&XS5mn5
z4?p*4KOgwRj~)%yTQxT~TMm@y&RTZDLj({&0D<5OkQWX99x+1%5I_I{1Q0+VSOVll
zgS8*b1_1;RKmdXG0^~*G8|6fe!%c_vFq<4V>eI4RNK%e4eY@{%x%FPgk~pXwK`FnX
zNT`3N|7y=w(>?NXMy2z7^i=1Wwli{<y|J8U>z-|!Xq%19O6M}l(Cm=J9TycX(ieNY
z`M5*p{`Kq=g~VS?M_J0%^Ky>pcxc=}o|&6z8E@HrYqx<Qm5(+bRUppii%LJLrW96`
zu8_@=c&Z^R{mbZsGlOsRykR=sv}UBn0om_YLCA|vh9`Bp9ko0BUN!wAfB*srAb<b@
z2q2KUK-|2jqzb?Ag)jWz2S3=peS2$bt0|coI{`gaI668STfy|?=+UDptoXg}eb4mP
z?qg?Xr)nhy(-rDRjvP^MfAgE)*mYuhu2ZBlFPfZyY4XO$<HwJyg(qE*EUsneiSDdr
zCp<&|0R#{Tz5sdA;O`MLL;wK<5I_I{1cD_%UNl(y!E6vf009ILh%Z21G`>+z)L34!
zT!q<Im9Fw{O+zz7m%1*Eg~ptRkl^UShJ$KKQka^Xa%iHbI#nw<(b2NWXlQhG`D#^7
z3X*uVtSJxu>)9s?32^F5lO(X+>8z#`FO60Xc~ME6>QP$>@!It)Zjwrsu&$bkBuiya
z?U4O`9)!H8tWkoy3PcJLul0N3^p5}n2q1s}0tg_0K#Br-Nb*Zx`cjI$Npn3_I5rmN
ze;7)AJ=^*H?|<Lr1iHGq^gLu%=S6h^_la3csKbX3>nzEY-Q-2x?5yPsd58c42p|xA
z0rH~3-=px%{Akx)@aM@45kLR|1Q0+VUj)dD=F3jAP6QA@0D;^QATOFbduhKC3G(SN
zw&&`ev#*=JH<9^BVRfOJm>fpxFm`OJ)49GxAN2z;_tx*V>)gMd?M94!?w&%nQeT%O
zHl0I>qNIe4f<s<ZKZI6}X^owy>4~ICH&t#@{g)4wn<}L3V?gqva+0mmkb;~znl=Fj
zLI42-5I_I{1Q0+VIRQN{`tZXKC)bJID$%@Xa`(~K*VpS|NYkmOdY?b}$xrm@Ih1qY
zKKgU#&MB5Bo_NAxu}Qp2bZ3(of+h$cfB*tP5Fjragk5l+!&^H?PyVdmxejj;KmY**
z5I_Kd^a+p`O`kO*A%Fk^2q55%0C`bw9E079oc5{5*j{RXDIoKeV?Wizw%2ZVn3XBj
zxw&eyb52sal3=9jTnctap8D6b!*XI@xulS5-}ObwNvg43=}$yyL&XNYiCtb)61J+E
zq(I~H8l$vNw5wKyHHG@n=`05%FM7HAveJ-3{|x`wHl5!B#zFuA1Q0*~0R#|8Mj+#P
z(Ta)+6><E;CqChF4R5^hhHCY>&wb9+O7HWr#~w4iwfp#w|M-upPY>^-FDNKb-CnqG
zA$IiI+FDiN{`>Ebt>FGiWo4!6>Y;}oa^KKRP4c2{l&FIM0tn=Q0C~}XZ{m3G+@>$J
zuYIVk_3i0^PnGE*fB*srAb>!=2#^=emz`#v2q1s}0=XkVUNm?1(taiV)BSpk&G}?b
z`)+)BQ&3i*=H_srxhd5tvB|iz2}i>EQJiIiWtL6+>)CQRhlg$`^dmqIH6C*4O}(lb
zu2RBMu*-|;@mlvMg-Wb+aq(i+e|SEu#!Y7-AbHW!!BRybg^tONbRsYo0tg_000Iag
zfB*tX2xL4jIxsMxB92lBg+gvtv3>h?)#?X7_<^a3-sgut^dZyfqo&I0qvTFipLTiC
z(a}*==L=u>f@<qfkONLt6U)4)-0iL^NMUj^`FjfV=}A{EF&!qazalTHYfwf20R(bb
zfV^nHH}|D~8<eo9{66=eyCYmmAMo8`dI%tZ00Ic)i2!-gJlSZLi2wo!Ado`><VAC6
zGi{gBHPxlZ*op><Y^$dIg&u$$o*lLu-<0ZfNS5k7=&cSk9ME5>vR+4&JnUHw;j$2y
zLc*DgiWaG@tR1O!)ARJ)v}z&+yS%8J@2aZVoyBT7oZfI`cEqxd-wy+l7p)$yR)$h&
z9&h%0;q;FH0tg_000IagfIx}@8PAJKm{TI1Dll1AX8kYvnU?vDZ+t^F*|lqz>8<p6
z-+lL~3f<k^rV6niCnhFTeJR-GMQ3JaR5ckQwx8H15-U|rEc2q$<iQ6YRCO+2z8u?$
z`zIg!*vC{?H*el_-!N`X@}hBxsDJ<h2;_zUdC?&6V^{gC5f(N6T5@<i$g^c`2q1s}
z0tg_GF9PI6^JS-5Cjtl{fI#jDkQdFJy|iCR*JN<>qA#_-q#|~06K!^j&{Lh;YPQ)`
zGd-^!xs%^pS-R5n*7)dO&z8eEJd8^*GdH8Gq#!rQJM^Z%T3fzWHMGo&N)lC7kiycE
zrOQf|$*&aDuN>BD`KvdS>*@7z(^d{hUet7yD|ykheE}E<0R#|0009ILKp<&>jORsV
z=D+yGFI2?wU;gD^;;v<6WJJ}MLPv+i!Tvw{+0Rs+ojZ5N?epx}v#P!n?DC@0&%O8F
zt7=Mo)VXKVRPFMjTefUbeSYg(-*WEL`R&S;D^*vqC$BoUb$&};)Y*r(2q1t!&Iphf
z4eVCVN1_M5-=pV6pZbfA>5)iaC(OhUKmY**5I`Vb1jaj~>)&_#cgwx`vSikY00Iag
zfIyZDkQdGJ4RkgAzUe+a)R(sV=q2CSG}d&X^TP8D&u^~UyrOhPY~WCzn8fYu)}yC7
z&$XSit7dv`TKL?&#SK0F^{h|E6N<r^L7mHTIr^Zge6Zo5YG|1koeEE>3aJ!iyVaoS
zECeJk%6;_d+;ql5009ILKmY**5b#7G2zk-s;$jtXyz8#J#>eCQn{lgFty1+r^O?_B
zI^4K%L)DQZH|ORo{>PwdDCd#tm(fc@hrH-Fzxhqo^Skf9t2(hPY}l|tRhEKXUbLsD
zN3T{@W&1ykEl1HGc6D{>UDejQx|Txk!LCeR)J}%y2q1t!jtP(#4eW+iot@OfqDJ{*
zf$fc5fn5j_LjVB;5I_KdToah=eJ?M%^OL!@G}eOv0tg_0K#mHK7tPU)U9hat(5M~)
zJl}DC!D}Br$j$P{nvdy&x+#|p+TJ{<r#dAZ=yJ-F;YoemiSR^hL;rd<#`2J&W3odn
zXL0f3*tOU_(N8Y5%!~F;_o|*#Ddc%x^m6xQU9W$p-)={EjsOA(Ab<b@2q1t!Km>x2
z7Zr-HeB~=D<@m!N{?GxZwY62%l)}}kSM4hQ`Jex}s=0psdb?`!{J?<&s-{tJ$cygV
zw@+36_P4+7(5*x_@4owPRapvlc~R-)=Rg0ss`*EM^hcAElMX#QztYcZO|dI|Ao8NR
z24w^gKp=+&$cqMZb7v>#w|%WMHZQvF^KAnSp<vFLSs{P`0tg_0K)wj5yy&h^<;#*;
zCjtl{fB*tnE<j#1%Qw)~^k*ZpdW>yv{a#nilC5;3|As!C`*O)(iQSlbs?(vGskv$4
zlAASEkdOZLES-Bx(K6nmFy*k;*tOU_kt1GJL(9CV+#|0lq*BQ9yy)@f<GP;2mF;$f
z=LjHx00IagfB*sr1VkVpdC~g%dX<)x!moe*YdP~XmPo>)ANj~fRL!q_?Q5}h)RUs3
zB2`lglJiur^uoDw=k#hu*FJUpz|KXvMq-kT~nH#a}<zyo?sDLdpvr>3Sp@rh5U
z`k(&vr`y`vRBy2bp^#i?>~ncCGczO2^{#H+x@B2Ye<;Hh6ckifSL+Y;GI>#5gE9gL
zAdtfX<VAzIxo>P4i4BVyPmcb$FKY4kO~G6TvqAs?1Q0*~fm{?IFPe+H%9;>B009JY
zTY$W1Ztt&J-LjHpD#=z*R-m4HUZ@<dR0Abia0r6xsZP1|+vT)PdC`&Ck=Ta*_3Sx?
zp6Xmuyd-ulc2DA-FWNfZs&7_gK4RBZFrNqHKKeD~YjnnW{y}Xpzb?!Q0R#|0009IL
zKtK}+NM2NCv}@Nc6>*e;oDTZN8*fZZ+`c3t5{YzlbV!;}Kd$rRAOHC1sKvh$s4XtK
zXwf3Q&u@L}Tjk~Dv$L~OClm_R)YLrj#1lq^kAC!{|NPJYtSUR?MWyYMB}-IIDg5eJ
zzml+}Oj2G+=aPN>&2N5VRQSwiKJ(<0PpZlec~NQG($aG8z4xlhQjjT?m6aI?QbB^C
zGSKnk$0aB$Z|}eVetBs5)7RH0K6+Q*|Ni&oEY`unK^4TEo}TXR?tbg7x7My*EAuoe
z%W#$*%0u#^b}~Fi009JYOn|&-05^1`BfQ~H+wJnA^1R{lQ~;;Vln_7w0R#|0AYTN?
zi{{HtvrYsMKmdW<5g;#`JA3K4l0%J$^dy^4Cm&AFO)n~1qz|;ccKgl#o8430GGaIq
zmIR$CM5jj?UFJoz;y!vmDCB-~-F9w%&T-H0ygb-&P&KqXU$k?wQ&o_{%-qbK#@SE`
zLS9t9;kx0@TRXEsjyWQL00IagfB*sr<hwv{@}ja6yLa!_BaRMbIX`n?U?A@1Nj6fB
zDs||`c=f>#ez38zamS7ws-|;ZG#m~;^2j5qvRy$YDTk4+TenVCaL$X$aymOZ<pz0G
z-?`wB7nQCgO#9WZe$}~$*tg_G<9?~AfB*sr<h%fR(Ex7o>0b;ughl1muD|Y@3vtG1
z0Jn}QA%Fk^2xOr^Xgu0>Df;%x=!w6H?)hwV>xZJ7J`gSZNc7;t(O3Q{dUIp6^UY|8
z8wMBdEP2s|9(+Oo0R#|0Aov30MT5Ubp3Ja#pjZ#HRgc)-F_+44S9`9iQ6xCpIMx`q
zx6`esRTGza(HGlajN7eIp>MiRbuI<VfTe!EsE0lKK_MAbeK`~1+b8X~`B_)7PBpa5
zi^|EXs)7_G-|ME^;M561Ui9X`P2JFasyR4}%me`h5I_I{1Q0+V4+R317ZrcGIsM^>
zACAp2swa2db=UIc%jI-X_nRf*&-?DXPxW9beEG{??(OZB-rVO!rLs)m=Rg0ssVn{C
zPk!<fIlxnDCX^SI`VvOnxN+k>_uQlRW?6R5i%M4#mpyal%!3a;XxZHIA$d`8;|Bo*
z5Xf@@@}fce0<_(jaSn?bZ*M#|7POf&9|RCU009KDOrYo8=*e$I*T2uz@5#T7cHfZy
z<(*|~^l7@emlr+v{piN`FZjK^-SK|9-dfPa)PsE7dS7(cA4Ly68hz=9(YFhtO)o}A
zTcX)^?`J#(-Xnkj0tjS>0C~~u*r$|dIUX9<!)!Zhcck2<MF(4}wyIIy>3hebM$98Q
zhEX+fnHQBaOJlmReo!+~qdH$vy27%Oo)`77XFn+9XjZixDb$VDS+2<RP!0>#TUq8s
zLy=J2I;L&|^)cgl(a3z{cV)lR4JCpbC?Y0<00IagfB*srAb^0SK+y7{#w44Xnx1;<
zsqcO7dk;MDfZRbZ=YPue^m6U{*|TSj5T@l?93D!%^Tdf0@()0yLrI)|_`@HTnCQ}_
zODiiYRjY*ZqDCvZ&way&4Ua$mxI{OlTe;N!o8SDV%)G0sOLd!QUestPsnN@qFE3lR
zOgc0=m#gaKiup$$ee{VZp4hTw%RBG9qwc9!V_6m?HQLb7@XRyM$nrn?+0P25OjZ6W
zz5VH*{^{TT?cd4~to!!uyK&=&oQ7)IgYl62=pAr)g#ZEw<dOh+(Ln8{#0Q@HcDI|n
z=;nvpCkEVJM-`|wG8qIAKmY**GA}UM6Fu^ntC*-MO}hJ!qph!He*PJsL85t4Ilfh8
zDQ|Ab`1H*aXt`kVWpI-h?YwT$(Da>&{kY}c+eg<*T$%W>c_;Xc00Iag;G+O}Q6F&w
z*0p3r^*o#BXGlt9PVe8%mG=^WTvEJ5wQ`vkmHKkEy&K(=ttVCI`|9^uHqrB<UiIuB
z#i7PSYDGtyj##e9^iU7YN?Xgks5Dt$v0nAOrD}_*lYoEBcwSULPF5JV)ocs67}G-l
z0R#|0009ILKmY**5I_I{1Q0+VR)D-{tVsr+lpYy(6Bae<yu5fYgHvT_1Q0*~0R*yD
zp!wzKhP#uA`KjQa91)r4KZ)i=uP?g;{_eV9;e{q{p8~2jR~7uri>e`ZeJa}gO0YDT
z4FU)tfI#jFkQdF}y*00_WxPcN0;M1aU`njfTq%XmrgJRablx%9p-;(uUewLensWR6
z(vqdB|I)!y%f*@UqMr2ZA4TPGrCN~`<k(otMX869$lX-ANpE787k$0!b-h~e^z927
zv*jnVc~R4!EMaV$Xv-El=7|6T2q1s}0tg_000IagfB*srAb@}pATO#YGG3S&i#+vz
zbhyupuKkZ~Jyo+ApEeUf009ILKp>k0DxS4S20r`gXh~tTzaly_9G#cryXF7g8i|G`
zqod8y`cqN4seHp-3tEvEogIBIbGz>gu694jdC?c2Sg^S&%$bI~s4><Hk4I<6TrpA!
z0R#|00D%+)$cv_cmt{@m?`8GN-zC*{w(V?kYml7hSjhZ0DzlMUJ#Z)=ojaHL$o=nn
z6Zd&h3A;*j=l+WaiuKN8Cu}q~<wZT|**^;Dd2#V#wJtd{)!CtFph#6V3U+zXp_w7Q
zW?@aCbI;EBX?~l*ylDAQx$Y+A!%c_NynKd3009ILKmY**5I_I{1Q0*~0R#|0z!L%T
zqMk5%(#h*<h7$;jKGY_a5B;Dw-aj?>WNLJR00IagfIv<NG@myo10^ZyCKec;ik9!X
za|$JSQTaMtTNIV!F>BrZKS=|d7j3(A=PPmL*LTX2<aG1JFx^K#+8XocWIigFs7elb
zur?|O+g|#4wD2PfMlm9z&wM;O*%Q;22M8d500IbjDL`J-OU=OdH5wXSRJ2Hsx1DJ_
z<K`exwK6%h^FrqZ>0x+wSUoff5--#*mzQhMO%+TZ-|l-`pNW*+=S8LR&4HVy4)u?d
z;Ys~)(LHs0^tXE1lo$1+XJ08UcVE`sUTAs2ZU@VT%JiB>*)A_CCVT7m>h)jkd{u`E
zayk8ZQQ6||sqWpkcI#qN-cYe26bS{{in$?x00IagfB*srAb<b@2q1s}0tg^rCqQ1*
zPA1LI2b)6czi>MOn&@xM`N=d-mEjOT009IL$Vvgp<86HZf~ek0KfImgbN>^bj$ZoZ
z?H<UBx<@l=1~V@zN60>X|9fAF)Bhzp-m&28kwji}tlb67{Ou&_^N%bTOTJV)KN$^8
zxM)rl1Q0*~0R)m1ATOFET-G+L8m=-W+@7j_N|JAJ7bHp1vca-~vI3)dY+h7)IM{Gd
zb-to>h23rGlC`_ieMQw&g@p2=(n|7>meZDT*Hx@j-AbWn%J$#EiOq|8(zAaQ5=UHF
zx>8@AWE87Ms;9zJ0xKX=K@Nc3->~1Pv#NBJoOr3~JLE+rPOPdKg=5Xf+@v2zW=F2|
zTx*|j^EbVgJC^FhG~`9ac4lryPGM~tYmy}Gn({R!EBPo7C&K)#d#bxhdjt?b009IL
zKmY**5I_I{1Q0*~flLXI7tNHsY20H^_9dDWHR?a}_0G_AoSV5!WAPCI1Q0*~fqWD=
z^0fsCy_bJ<``-B^e%jx-9W3N0A%S4#MddqS9PhdLp6JX-bfRm)H^i^Jr~x-0t=O|*
zIGKrLR{22y0R#|0z&8Q%qQ21vw_{Vd&WODgRu{_M<^41La^txXJCp@TMpQC{^`rHt
zTTkm}he{L6yr@L!^bnn#@F`=-MexP}n9{AJ=_-aQHdk#ns;w<wt4A4K=0#7oo>Zr#
z9%wkwHQ5#Z_kY_<`j^>W?YU~2>XD`+4x6FpMLq1<KMGk(=VYhu>|AacZ@JicQPpwC
zi%QS2x2rEJS$47OV()aXd@&40ah9@BH;*@8>bkU{a)Z&iEZM=?lULJo)3Uj-ziM?x
zA+~}%x!G@fAZ^=3o8H6X;>CIo@=<?lSC)jZBJyOhbb<f^2q1s}0tg_000IagfB*sr
zAb>!c1;~r08QgNX#w*jwg++~4Z*Cj4?3RZJAb<b@2q5sDK-b#~vU$7zII)vO6LOr7
z+`fFg;@Rjc{}es+<=ZD%N*uB9qtRpEh+g|`wB^<4+)P6KSy!H)i^^T<a=-b3KaXy`
z@AlED@+;%U{Yj{y+_Bj9dQ>iIKm3*37pcoap7})dg~y|BuZs4TBoMd_U|zK2>YcAd
z-SOLOY0ZoN`#!Z^yfX(Qx!Q3p?gml;0R#|00D<HL$crZDmhG*ohpScO(k}nz{M<4x
zDoMg!w{|%<)Zg|`_n&V+ub#Nfi^{R05^YtjoC|U92iNnW9`@`Xh4I~!aHg9aqd-Z0
zIS*4QIUpN7%SoZCazcgl<V6#jl3v*%C~L}#>aE<A<vZ3e){yQ0oxuDNKmY**5I_I{
z1Q0*~0R#|0009ILATOHn@4#GWe%If0rIHuj_-E~7-E$dV2opd60R#|0Ah-gDzq%lp
z*JFF;OiD`_tckwyuhFd^S}>N81JwVz;qK@=zjGT{ef7uhWkDqlT6_4t>9t(Ao!->@
zG|Ge3cjljTL!%3cm6mOfZn@WD6g93~q2Bu1oe^V8Y7VN2Q83c2v40(|kL|;kC*kSa
z30`9|lH)Z_noWORRMsZRTODWr7kybTog#n$0tg@wjglA5+i!uK54pW|yPG(ism}U}
z^>w3ll83aUo0^-lysF#OiKJEK+)L>pxxA<}e7WOgQ=hRPH&t$u`B=_VJv8M-J?z;h
z3N>?y>=xD(#;)3UBG=H%`JYB*IUZJ3s~w5|uae3B%Gt20iOWL1<wb=^zC0b19d>^f
z)J{=A009ILKmY**5I_I{1Q0*~0R#|0AS(pOi)MVA-rYBrN?6ord-h)jGQJQdfB*sr
zAb>zX1*ZBIMDpZ7PCtHz>K2TmhX5_h&wcLp9q4g?UjDClx~(~MyZSq;?>sT}JWzF~
zzoZ*V7qg?$17ETo#WbiKqblK2%O8CXrdF08#V|cTum0q{)k$_&z8=O;M)IO^r>aV>
z8YZL7=`mmw1Q0*~fqWAnFPd*VZd$LLthl#+uggH-{)YYS6YX)+adIp7(dMHLeHK<1
zs^dwM&Wp-IN(W2j-f+8t<Z^lAo_f=gO&??PqF(hZ{rEwl&tLYUYpUx)=LL!WE-zUw
zCys8e+AJ%Qz~`Lyx8gf%cPgdsscyXoyYkH3jGRj9<_J^Sf>W)h<ck#di(xmG`{!~W
zy;?}3g;dTLT~@M8V$#plJR@K1OI?>Fb2~IUl!o=Xm!T#C2q1s}0tg_000IagfB*sr
zAb<b@sSA)7P2Dh+9wrCpwmj02dR|m|XfN{Oa@$lELt6w8KmY**f+<jaU_tcp)-hkE
znP^^A!hz3zIyyHSXEJ)^Qu3m5#HeM`(s<~Q7j@q-G#=ggpwlR^6FBvsqVo}ph3J!y
zZ58_@J$cctx9+U2V$YpvXCyBw!<X;6GaoUzx#7-~C?S9V0tg`Bod9`J?<}*pCkY2O
zj5fU1^_pZyH&$+x1fZP%xuSH%wwi4cK9mc}TPIpWkx)V_ltk#&o~zQK9CRtY6_gdo
zRrQj!>z(fPFlZ;Usu-#`+;mvte8!x2-`Xt`meW%cnr&=l4|`4zMeGucCz1Jxo~j*}
zzpHos6P^#tsiBfb-B-VFb@^)PM}F6quiaC(=S<rfx!S&Ox=;Fd-5(VZKmY**5I_I{
z1Q0*~0R#|0009ILKp?mR<V7>PH?J%m@+2%Oo$UK=5C7mcv%AUY2q1s}0s$2`^W6n`
zJawL=x6@U5Q8~Y~<mqTn(d~mPZ^uF92G99uXfir<D|%zC`G)r^zm78tJ#u;Br%^c%
z(}-D~{&uwco!bY2+T0KtO|s#9^vKs1aBa9NdhNGSxhej3a^T+=(pwyr(M@U3cYbHF
z5Pc4&`j#KlkQbesiEjJYdy{|ukp+60%8O3*FTgzXsD&ht5I_I{1Q1ABfV^nRgmi#F
zpatYWQFRojq&+<h>jrw+Ob!7A5I_I{1Q0*~0R#|0009ILKmY**5)>dWnjn~$)q86~
zYyV@LS9wwCr~Jf(m-C}91Q0*~0R(bGV9N*Z<nf-q->)@|G)CWA9v$zD)4v2qPk!sp
zd?YqGJ>=9RHgdV?1JSliPECw=$u+D$wP0?~d?Gs5W<6HZiwkPXLdM#yYs%9%m)xoR
z&T89gX?XG4|8r+1rU_>%FDk1RXFWj6zXFtoZvsOgfB*vdCqP~_|Mr{}=a+yS@v8Eo
zau92NEuPgPfB*srAb<b@2q1s}0tg_000IagfPiZO@}jP(yskJOJ@gN~9)?AwtHQ5#
z&W>|Al-D~&e+VFe00LPpAo)x^iFfQ9nP1KPTy*~z@61XLBX#(RjeW{>>TZ6LXecqo
z?GN0U*p_>5ACc<t(|rC;WkG)N3ER5Ym))uP?mF9Qe!u8>_s%qmHk(JwU|#g4AKaOk
zNXm(${2+h;0tg`BwE%fhuSMw(fdC2Aj?}8Ks1)i(>jE@6rh)(h2q1s}0tg_000Iag
zfB*srAb<b@K@uP@nyKBWeR<N`u&B}7<qgA`S`p(SfB*srAP__WIq*}@i(dLgASO9b
zb!S!wA9k9ODfao|-#b;--zCwo=jNSR30ln|y+7;n>Ho5zNyz4?^C09!=VtF5<N4e}
z(bzLQGnf~Bd({HQp<CA4JVgKj1Q0+V1p)G+Dd5o*fy@XD&J14fy*@oR?J&IDJ6}9d
ztcOJl$_gT}f3NG%1+Nf5009ILKmY**5I_I{1Q0*~0R#|0AfE(+mKUu$J1Li{d;Z(<
zmeW63P5*|6XXdy6WtSg$(e;1QKGYgc|B4t90R#|00D*uC4Aw44;uSv?lzA3@^v=Y>
zQ?|1*#Xg7YZEKodB+>AV-`ttf*88Fn7k@_~$wobn+x&`Y7VmuwLS9s&!fL9Pj2X;}
zRv)}GH<@Jj4Qoc8B7gt_2q2Jx0C~|A@MwxaW(4}C`-~u{+%I1<QZq6;5{`r=AS$y7
z&xhq>>0s&Bs;zohRLXMJXlAC%s0bi{00IagfB*srAb<b@2q1s}0tg_G4FW;SiyCGn
zN5&=hX#8F)9LWaA#OC<_v-c<Pa@F<y_-}(yD(+f~+J5=jM_YYhQL27R(Qm6%tN-fP
zB7c@5DvLX<yFZnxg<4yRKvoD#kbOrsAwbwAgoGp{Az?`fOG5U2yEn;Qa_{+lt`pBa
zbMDNUGjr$OJ2Uq=k38s^b3V)a^Zbm(<;CaBylDGSghdNu-ug}NFs*Jov?f4+0D)E(
zSihhsiTBi{jk4G~j_ogO`|`3?C1al<!};6)b+~Nf<bxVICL^rVf0P_7>-yq9?qA5g
zUoPEp#Pg!bpTW%kC|%?T=0%^st=}-@MOXf&bcOB`AV7csfk6n!iw*)$R{|p=5a&fx
ziO`I%w=TbRWNI}l0RjXF5FkK+009C72oNAZfB*pkO(M{kdC~dTwZ(DDM<=yfUUbL0
zJ>%cMGG5?NTr8W}Sm&uW$-f$uNq_(W0<9>petuCBuW|CC4}Yh>ur;&F(kEk|`CmpK
zhO4&Yo{s){`XY;ulr1UsAbBe3mG4PC-1~K8^P)XnQ5<TWa!?e$mi&xhUUccLHR6|C
zh?@im5FkLHlz_ZwDHZn!G_*jqdC{pWrWQ^g9iCOau;Yb{<ZAv$|NZ2D4^P2nAwYlt
z0RjXF5FkK+009C72oNAZAPC5d4(HFHw<p@VqWjv<ts9DrXwjH|xpKl`tEPNn%{3>i
zyX)UJ&ziFR#Yc8;U)>!F@F75e009D{OJMV}MM=B`=MTs7JGVzG9*Q3QNp$;>(Pi(9
zCcP#aw{QAS{BHDc5#oa7KFQeU<NsBzRf+r6c1)!u+g6ttv*fMke$_8Lc1-CLP)9Z|
z8qP|MwKps*xrn}-DS<pMg<n0hf8;R5j+JEx&wlXi)kWjvnL2wwPYDnpK!Csi0eR5@
zByJFBbb%25T;8_)@}-wo%wCRvdVFX(%<GXC9cFOT5g<T-009C72oNAZfB*pk1PBnQ
zi-5dnT^KV4>Dd!)da-Naui9@ub;CJ_tSCx#zI(X8hI37)oxXYP)1CQWW}C4zj|dPT
zK!89K2(+y#O5*+I`$JoEc(eRnpD&s*PAX<xJbP`~s*<tKr!FhoY~X`xJ0{=Q9!l-r
zHE_t%ch=4>T5s3R63s?1FS_xm{_?_^t{I;Z%!@w$-~B}f{4LLAl<5%x0t5&Us7*j#
zv^F=r2sDDg&hDMhY<(siAA0H1OV3<*=D*MT_n$5JS;&aq_|lEDHq6@Cv2i$$6^%jU
zMPmvV1PBlyK!5-N0t5&UAV7cs0RjY?NI+h6s5k4{ZjA+T(FaG$NWsiAh{ZMbd
z@d*$hK%fBxy4s79csGB12y1%s!lJn{0-~u$&s<fus$}dlBUU=Ff3+P`M`iZz88~F=
zJE;>~JGPZ*Hd1-f@ap;S0{VjX1#gM=bd;zqzBPh*(YwD;^vl_`DK5$d0RjXF5U7`c
zylA~7jYEJyK|o&AFM$970t5&UAV7cs0RjXF5FkK+Kr;$7W?r-zCCk;^n0e7ch%_8|
z+S%S)u5$MY5FkK+K#K@Wd{uuKZ}OXlYEesX?w=(U2d(%uXI^yibyXCf%!}sfxcaf8
z`m4x`E-vcWP<hdL6Z&fl3(WqEU|#gXxAxZ=el5K{*_C=qfB*pk1ZohF7p(zJ7Xkzb
z5FkK+009C72oNAZfB*pk1PBly&|(7eqC>r*$-L+=zmGmlw|YUx=4IV4&Dj0mSzFKh
z(5iuFjZXgX>h?{!4-gw_EaMX(K%l7w+EzzTjE}-0jXsSg@av<B!gxb*cw@)bXzZAx
zS*|@ST69UYVPO=e>)!p_1Yq$$qY>VX9_L6KAun3{`{?KNFC?s}q25RT;5Ykg8@o?5
zZr`jwp+USO;Ua8kvi<g#OZ=`=hqCTiS)xtFTe~(E&3pZaD)!KT009C72-F}TFIoed
zE(8b=AV7cs0RjXF5FkK+009C72oNAZpv45_MTdGrfBn5p51qX=y!`#a|Jgb)t~u0q
zZv4`QC=RFeMr)tyy!x~2Qj=cvvDIC>;zmR5VSEAv2(+%iuRhin`WpZH(VouMU1W2v
z?CC3t@_5hRUjJpxIlF&~kTZPwfyz_d|MmVZjgS`&f#+meG90#<^OHPSHLSh=-+3hZ
zkJS6<lX=nP>T0;&zC5v>-(A)vFS_WLMe_3|{%&;tmjD3*1PIhqKwh+-n#LkPfB*pk
z1PBlyK!5-N0t5&UAV7cs0Rqh_ATK&>`xf5(-qF?*|9SkE+mpG?_<qid<+FAtyKj22
zt6ax)YNIz=bZdLEZ@9kw+Z%_?!9)ZI5NKI}3*NFf^c7x#?bA>KJJ%KE@vb|({?%Q6
zaQ_qwCg&PI93vU078@Zix~HSRo>17T8M#&w8a?`x{*G51Qo5JCXla)y>gkT+|JPCY
zJ(N7iv|M-h2@oJafIw~mdC}Zd8WJEtfB*pk1PBlyK!5-N0t5&UAV7csftD4>&WrZ;
zL@VZWgjbngdF;9ghpjsIy(`0?@P6}bj?io6yp9L{d&^}<t{wNjm7(MHC$E2O^7bv2
zI%W@>|LLC2-sd0OHT6fEF8Rkbp@8%L&#G|D=Dcfmv~O&n7q35Y^^Rm{Gym!eEmuF;
zne4t}U3E)K#ZALdtLAr9TZ8rl2oNApBrxf<dsB0h-x%%QT=dA75f=y<(KwtLF2ZZ#
z>-Y(gzvSR~-gh7V-O~8|`g=7(UNnGAep7!*Gk%&^Xv#tTy{3J!bgx<e+21Cd#X4-C
z#y?*)c`|MI6<z)QVY4w20RjXFj5Yyz(b2Z!)=Pi@0RjXF5FkK+009C72oNAZfB*pk
z1O^JE@}g(Fd%@y+b{3i~pSk<I53Ndu5)0SiD9b{FX=iLMBuK+w<6aw<c3u4OH3NGU
z?u6WCXIsy}GE#RI+}IY6JY({<)YJHD$pW6cZ`b(uuPj$UNU?@AX*|LRUW{yBG%S49
zl%fMpuQ+<`2x^#`009C`FVNK<g*S1>p}~i~)$}WBu?4Jpw10QPHihFrd#n3LEwVg1
zw-*hbXXLeWin=sNUUd48`l|}r(L4*;_F{jR0K05jX{fp9_BVU<$EDkh_}v{V`-==~
zSu?A0MT2}F{mSV@Gv=JMa#>msAV7csff54pq9st=B0zuu0RjXF5FkK+009C72oNAZ
zfB*pkqf8)`7d`!*^Pjz|FE5&UTY55nx#@+ydC_}*x;egI=oPY>@ttxPlMY|izNtb&
zWBzq*arZ|jmCcI|Ea1`ew#6OGU0nK4Ys0JCM|_`0JTKa_CkiL8CY83Ws&I1bh@&Zh
z009DxEAZIqMY*rB`$U_bY20c@V`aTj^8N22nD^i}YGepe&-OJ%eY@I<c0YWr@ac`N
zJ*=opgXBfm%`K{G>8%yk5gt$dY*CkTYhQ9>f3w?<tUT<9v<TZ8ei-qeu+bGigUO37
zzP^91!lZW|S8+lO2oNAZfI!Ux@}f1<=}3S80RjXF5FkK+009C72oNAZfB*pk1X@O*
zWL`8J7MhF^rmoB7MOV)4NVP2YH6%8}TUawbwdF;hotjm4vY7Cm`tFVqK4mnO7cHEp
znsJzFiffSXqc4oM@aFa;%iJq=q-ODz009C7atUl-9!=Ok9sRob<54uif3L|^{OD=a
zwyNk1*pSeB;9qhbp&1kH>5LxzN#90?9WVOy7QI~lg*%EK4*W9zy!5Z7LGq&E-=AIh
z*8bWiy(a3|I<WlyJ1ZXUZyZ=ccC_4Q?d<-R<M)g9bd+m2lJ|!xFWMVzSQy>#cl{uR
zu;?Z4h`RP3@;{OY<|aUZ0D;yOkQZ&;y|pp|1PBlyK!5-N0t5&UAV7cs0RjXF5Fn6O
zU|?SKzW>~E&LJxbF~ZxvwQ<d&&b~LumkPWjkN14=tgZ1|;HUm*)7qyyJKK9huaG+k
zr-{zLzVH3=$!OvWzuA>hVhwrGWZ5^IvOdHqJ9qXK(9_);j?H{*^7eR9g);6sZF5Ee
z!|*7T7cEqkahPhVq`KrqcWvoOZpt+$tV_*O+t;pLz2Rpw@0zx|f3o@N<JV36n^j{E
zU3vcBt`7V1(AitV*7yB3d<YOA&`JW~RKP;wEA`hG?`)-2w!&J%ftjg2y5f+&@Lt7F
zPgnHpwbA4^@9mz>i$>9H|I|P7q}N6}%ls`h{2Qa$|I^<xE~Y{9qQPP5%|+#f5M#Nu
zgs^BhM>k$VxY+)3S;&xtOt!r3)6tftQBZBD&k*HB!=`uch_<~L1+nR;6(w?GlMvJ0
zwV|Of6hnXj0RpWjATQc_dul}l2oNAZfB*pk1PBlyK!5-N0t5&UAV8p6fq{9^LVz#?
z{8r4VaP(6$FB-=V&wbCz!cmz6{~EXX?M2yUq2oD+^oL6`B9tWy2xn%NMA)%z&*TrU
zPSy|~lv=X=P~U8Xyl7bC<c}1YghWHlpY5x=L(n$_M3cznuJ8Q8rVu2~IadhB4*WSK
z?@Tys)s#=H33=DM{%!NDDcfIsWOpcLFl)(Km}UeB5a<(F`AAU^E)IZ&i(md(6i%e{
zX()kt6HDyZRfk4TT^4P5F6w)o`tSashOl?xNYZ8ZM)!Zc==jjEvjg*@sgpLtd9z`n
zw$*#jFAaZB+POY@?xyInckZ42;y;e=IJUo%#>tC@<zN4y{=&jy$L$+Eer8`5wD-4v
z;|?sFo{sK1p{Px0HuGl{_W9ONrMrY)h4I4_g+E)LuQ14vJ|28tGz4hlwS<dQp0=>w
zfqxC@*}fm14*>!M2oM-r0eR7(^))&H0t5&UAV7cs0RjXF5FkK+009C72oPunfpU4#
zkkG4Ge#y9IxqM*F_p8c_&bv12e{FByxF>`R<4S(@)sZ~MsX_9h;hfbNBwU0OM=S1o
z$p#yr?@Er7^Ew<nTXMA2&D3G4IR_61-cCDxb2#cY4*sNu^_2ht0(B4w3Azw992fwL
z@60`?4zn1dz5>tRmVPmPyk9vl2IfV>-)wI9+pJ$gYUIsJqKCiN-@bwJqEXbjJ-X=a
z{k5ekFZuPBPxhTDpZy7FCHp3ChC@e3@H6<lXmTxiuEX)I%kLk-6`Ps>0RjX@m4LkH
zsM>CeB|v}x0RjXF5FkK+009C72oNAZfB*pkB?U_6MeqFKrjm_QHybT4`pZwPshA9W
z@}{<A+OT~?-XktkYajgA2FZ(t(>RkLTb6a#wzS&vqG9TcJaAk|ZF$jnT^E0R&9cXK
z$D_F*K!89!1r}XWAp$q)HDzDtUC%m<Ri!{UIP}`XD(qd!yx)|AqGk8=pFx_OcK4Rj
zuNqH{Gj>e0a(Z9ChRutH+B&vY2tp?pb@vzc9zB}WD0#hZZiOW3D9MY4<7cORF$x+L
z|D9_|MmGr%AV7dXO#<?wHL>YLfB*pk1PBlyK!5-N0t5&UAV7cs0RjYCN}yz3bj!=R
zLW7N#7k%O3T^0AHyQ6pPq5VgUK09@1#V$kCAe9%bc9v9xa>u$FgRjrrxiijHhKsdN
zRX$g?WT~mV=;cSPop(*!x@S6fZSCnhZ>%@k)786U?VfO;Xn1#ga>j67G0d4-Y^r<C
zuQ#8%p|kyWuNW@51~&;1AW*G9$F^wlA6CvB-uvZh2iAU=1Xj<CZvI5&9V}!c!x5Tm
z9<LDa3vU%4_@ee?v@)DV8=p<u$a&GQ0paZ2`IDmY`(^oD_}1U1XRFz+Fzl*Fqv=12
zZu)3+;eqLcURy6OI`LIe$QWP!fxaKctpAK&yffPNQsuK)s}a?f009C72;>xy7tIN!
z836(W2oNAZfB*pk1PBlyK!5-N0t5&UXkmeYdC?H(%X!vOGB0|~3F|5<h4+IeqkZ@P
zd`r15^RMea1vKOQ$z%ax<d6j|H(>I9ve(V0ZcIKJ&g%xri!Oa&S8`KU%<ZTRp^z6n
z_q{8pPuSMBJ}bN$w&~a3+mxI%{N#GFdPJ$b==L=OTK7g_gpM6Oo0oOJG-LOJXKg+2
zL+Mm%m~rxlSGR8((6_b)>qUS7fgtdk?`K8n`cs0x7p<EItZ@ax>(`gx7d>`HUv~7D
zf7X|f3`c;5gJG|Je>ClsXzsbu>c^t4YW@L}kO-Y~cHd~{zoBoa$#3d=Rei_`ZhEFd
z+_V9W_H^{&JpA40y2GPMuZ_m;)3=<PKOW8ekG|tEE53ui0av6X0t5&UATU}5<V8p8
z&RaJD0t5&UAV7cs0RjXF5FkK+009C72oUHO7?>B$`7-)2L^62!$oOsjgO<4(|AC^s
z=&!$9_O16d<VCMMwsK&#P}lPh_9rAK{>`c~#SZ!H#>|VZtTithUSuD3EoWpmq)V<l
zaeXo}`r;#5XTzrQqPY%J?Tx}&saJn?U2>LiebL8OckRlRD<1M+fC&f?Xm)|kOQLbF
z%$FB^MRfiDX}+Lfvu}|42@oJafB*pk1QG)Bq6rL_1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkKclnM;Yi_W@udrpgFUUbnd?G<~a@}jr=YuU3sYsiZ}aAw)lN>hbxda)~+A?)cM
zne<?T<VEZCKKc}L#joMr^vPYAcE;w6F16%E3&ZtBi*9XCP86<h|906QUPcWb5g<Sy
zEpY3n@`gnV2aPVdAw7cc1PBlyK!5-N0tALjKwfmXq|HNs009C72oNAZfB*pk1PBly
zK!5-N0t6aYU|?P}<m+;lo6L(oJGJtAT8A_*I`5htIm_O)r6(C6+_|MEbPOk6u9(vi
z-eVrlDGjej5ARhEf5OYnv&Rg*R?h2q;J>$AcI4V|?^_u<UVrlX$0lzNhizte3{UHu
z7rpJ<8!!3CHKB&{{?Do#zqBD}v~SGy;`LcmwkI|6R9<muIU8Jl)Y^FJi~eCvMz7lQ
zqQ4z<`K;aXM1_l0^E)!8^N0We0+j`p-BVpyG(<)({*&t7X<oSqEeH@GK!5-N0t5);
z6_6LrE2SL)0t5&UAV7cs0RjXF5FkK+009C72oPvpfq{9^Jju_3M^Rq%u6pK0&pD+3
z&GirdqU^z;$pUWr>V`tdGyHY&J!Ojt=U9dY$@E}&x%u*$yU+X3s^rbWbvTK%u+l=W
z!uavv8<uum{P8sddll}4&}L^_UlO(4CzTg13_fG>wsP%LHKZbxCCdmw);*mSPEWn-
zw9U!ByS8T4T&}j-?uT@4a_WphQj5*?KKkO}QnA=8j$T{*+&2OQ2vj4`(-mFzuB!8*
zAu>AiKdPBVTLJ_K5FkK+009DZ6Ob3J8>N8=5FkK+009C72oNAZfB*pk1PBlyK!8Bg
z3Y5r;=16`PmYa-gKAWRg{_{nXF~a<L(YRMeG0B<>?H?Imlv<1j2^X7Q*qawk_9_hi
z+<m)}ElXZcI($|8rm}~8rt+eN5gwgXHZPj0Ar+x4SwOgX=|8RQ$c(K{{>bWN-*95;
zuzemGzb&46?4c_&=1ncOhP-Ico+zBW8c!E4wymms25d%29uXigss-jvs3j~K@}d*|
zAlk8FRMS~J0RjXF5FkK+zz7M*i;fVyX$cS@K!5-N0t5&UAV7cs0RjXF5FkLHxdpnr
zyQfc|K5pE&lTSYR=%bJR(wDw;{`u$6o;|y#rw&QGj*gCH%a%R-@WYp0dg&QwoblDK
ze)ag{k1xz}=9y>Sb=O@RH*TyiU(4i0uRm#BoCd5aFB<n6cu_7dx^iyEz{Vx-gt%t8
z1m+;~qK{or^d9+=vlniL_tbZHls;v2*Os1S$7?^ozP`V%?9pyGWqmyR^(SXdJ@~w6
zsAS>I?eTQsV(t|?vdi<7009D}1$J$S&U;;rdC?FVo%-3*!@5g=009C72oNAZU?>IT
zMTb(?*aQd=AV7cs0RjXF5FkK+009C72oNC9ngVm@&OPq9<33&L^ZCzze(BPsgIV^D
z9Xm=5oW2)=qoL(sCQ9~gnY`%b|Npgd8nA}E=xyKHxMopj-y7shB`cF>dxp2DkAMH(
zH`-7A(WbRecXqb-hF&2T8cq|Pe|=l(efKZ?W>*qCz8*|o^uGVxa?W3_h}Rn~HZSWA
zHS~1%hGR1yo4oy;LyDe;m(IuYCNCD<QWT+_cTL@XSIJpQUhnDbP1Zm2!tEuS6>iog
zFPaL+UUR~_j2S&5K!8A5f&0H+dssB&MZ=#}kCq+W0|Eq=-#^%Yi532ZcK#b!5+Fc;
z009C?0eR7+hHC-@2oNAZfB*pk1PBlyK!5-N0t5&UAW%_Y>eQ*}?B;;);h@oq<CJTV
zGcOwEJoeaQ*REY#Zk(#_w@hAi@`wB1HeOX;G`tCY#hi|8v}9hikaC=G*s68Ube8ND
z-j+V$ulEK@L*pr*SW~juVDh5Lq-Ehc^@{fJb@GRcUNj${l^PclUeSL3-xjsmzGhGS
zbf_;D-@P-rijB{AWz1NYyl5DI@<)o+Tkh!Bj7mHrKwz{BY*-kL9W&T4+tu&u`)3S%
z2oNYKATL^y#Z3YP2oNAJXaRZAK@%E)009C72oNAZfB*pk1PBlyK!5-N0t7~pz>+0P
z;&AARC!RQe{`~On_}<>$ojZ5Vm@(s@|M{Qer!^-z<Gg5i4gKx6-~Q4|FSWO~hbh7*
z%oPea?X=V4Swan+ou%`NRqaa4<VBO=!>aP4A&Xd1Y+zn=>x%A-UN1hfD_KuC*>Ygx
zA<c`1>Do8$NuG52tFLZI)iC?A9myiEJa+ib+w9uiJMnM&^SxIbQ(@|Q<we6etH~vo
z+?SM+uLKB;E`c2@qZ$7m-G6GSKVOe-`uk|&0fP;T7EV6A;lrh-I5m3Y2hrwdN0+(P
z5=aTii>5$)B|v}x0RnXrkQc2Jq+tjUAV7cs0RjXF5FkK+009C72oNAZp!EepVl({r
z>V>RkxY)HT{f6-^TeifJ(I5WshqZ~cwY6Pz(M79Ptt!_&lyT*iSH_XikSQ(KGXMS2
zmKVMI$3=<3Yd%*YsaTLq<wdh!o*ue{bK}ARq;WLyrRlo|?#LkXq8ELv=%~!p`J#pC
zp1i3ot|45sZ|FZhbmbEr$w%QjPi}VLDr&jY8{PJ;jmg=!yqp!j4O7%BFFI?=_M&;0
zRhYMy)#*ckKvN6c_UZb>K?|YK+Wva^yPKL&@dO4dATK&tLH!93AV7dXX#siB(k|{2
zAV7cs0RjXF5FkK+009C72oNAZfB=C30*e<fj#HY;mMt6byzj=mdGq2n>(=E;A(k8`
z`(}uYo_gx3g^9v{)t}us&(qPC7rpMp^~uEGs`(Y(L|-sW<wZN%N}Ly((w=sDe=v34
zH9JyI!`DIPMduWs4q7rV+TGDR_Ry8_dY_%TvrtCrUGSm7ufMlxV1+|;XW`B5aY^A~
z#^h}kC#qLo^qD(%CZ}HeROO>(E7qm~0Rk;0aNk!(J}-LHM_Y>2Vh9i*K!5-N0t6aE
zKwh*l_CXZ{2oNAZfB*pk1PBlyK!5-N0t5&UAkYK?zxc&33K7k3eB&GC$_+`*<BvbS
z&@6;7%QYMP{d@1dHx8zDb#)DLz)_VK-L<vn+(TBxiNSN;voh+<<(JHhUUNdOFz~`(
z^`|25|M`}I(+n~%x?*n80ih-HqG8fx<u{+Yal><6*PT?9m<<{ie|$}NLHxi9hvLqv
z1x00tH_`X>A9`AL!g}RJmp-s7-u-Y949iaG0RaM|Q=q3idg<=ynX5|tx#O5RM@h%-
z6U{k0J<-xzqwe$>=A&~fteOA;0t5&UAV8qL0`j8u^)wm*0t5&UAV7cs0RjXF5FkK+
z009C72(+p|2!bAU)KP_q=Co<kGM0JORaX_7eeG*s%V;*pM~fCMiu0nocb9n4c~#?&
zp1f%Lrah^5xZiy0hMZQ()a4`NE1!oMhJEpo-ElPW*WWF1dgoyBqE{ZfE>DEAw<lVB
zSK>s?zwFP-#<flU$m*S2Dj%1c6DqserWd--N#u3U|J&8Ox96HV&tkKuE<8=;MOVs;
z=26pz0D&OTwmO=4K%MiV;cfM|{S#dR1PBlyK!5-N0>dL9FFHKVW+6a;009C72oNAZ
zfB*pk1PBlyK!5;&W*6ABX;YlfEcY_{!Wy4^^2xa6;FFx?+#Y=J!NM$``OIfRmbF~7
zocCKMFM8RLYvK-TdI|7>S?8+$+qnaObW=IqOMocrGXH?tR7&boMePNigCbkQyC
zd3wD(J8_WaU#<+Zr~bs%CNDyqGTAJ=x;>sNS;GToZb?NbQyr7B%;fl~>s$VHW9QDn
z{)FNRvoE%->K^yL{w<hr*s8YmIgS?n?Vzc}mOD%}yMXZ2`{*kYX+VHLX@R>>tbbTE
z<VC}uW%rhz(Om)r2oNAZfB*pkbrp~ott+R&2oNAZfB*pk1PBlyK!5-N0t5&UAV8pH
z1(qyX5~o0S?%bKN&J7zj#4XpaU!T!(Fpo|<?X<!yKl|Cw1~X2fZ_DIGZ~E$nR2Z`2
z*G0GXr!li7lUdDYr)K>I;&E2YN#sS}UE*NRisgj{Pu|oP516cB-ZeW?5z0KHCEJ8|
z&@Z1k*u!b#+A3b`Si2_#MB@U+zkg+jk5=pzH%KkE=Dg^vDcj>3!o`+lRn!m{<AMNz
zQ75qG@u3QfhP>$I2S+{rf6=J>O<6Dj0t5&UAV6UF1>{AC-`tD@2oNAZfB*pk1PBly
zK%i9xdU|@Edg`egZ@h8Bgb8Pzb=IUwlWx8B)}>3A4*tZmRu!`@0t5&UXfA=7GiSyr
z(C~M?jN(I@G;SIGR+!PU=11Xx(|C&TV)~lLi93$wylBqkXRu0UHJ`m}<ny9W-_f3m
zP$pxL8P{Xqw=%3{?bDsnFr6ye_d^Tkh)(>Q{;=rSLswQC)J!e5=Dg@#r)^H+?An_3
zFX#AQBQ6LK7}Wydl<I2_8^XM3h>XrZZ&V9gJOKg(2oNAZfWWW_$cqjOvq=aLAV7cs
z0RjXF5FkK+K#L1J_Sj>moN~$=-}uH?l={5=?Qj3~x4-?&GtacRg5?n)K!8B23rw9l
zwGhz^?|;u;>z+M(;xOmz*|W17*YLEnv-9MWPcBSx`st_V|3@<>PoDhYGM^8A@PmgQ
zdg#FiA6)pG`RVVRpEC~`>aR9MIsOCvuOkn!z3?*hatO&#--Ex{Qm$FDfaLk2=f0<C
zqU315{AB-Y>xXWoq2M7sUo^Z|Jr$u$uCZ_(&hWhGAJ$xX%(~>G?W^;?0=}GiwfEaM
z?3r|Ue^~UKLso29+Ewi!sm0cu7oGf()k%$z0`nn2fItO-XRjXGuxQAOp8tku*QN?(
zcuar*0RjXF5FkKca02q8gY(my009C72oNAZfB*pk1PF|FfrSef9&yAGrBb3L?j3vV
zu`j>;ax;>J{LH?;``mED4b8X&H4`8}fWY7dZn@=_LPYa~6Hdq;Ed)5@yy%P>GqM|3
z`!o#x^Pm5`F#a*e9J6D`j{GBxA3y&6nV-M>%fBrAEqvX&b@_*_wq-Ie`q0^1GrA{3
zeeIjdMjVrQ(O)IrNB`9A?MtTZ{Pp)Xg}`J8D26woUw6{_IhXGU2VEw+3|n3_BN-bI
z=3mzqulLbO+sd&dD-Z9ZFV`$}KOCVM4<0UdZW-2yWZ1j&K2#JIUH@!ns=_>9>yj7U
zwWWyS+Rv}gGqpAZ2#jihuD0l+w+(q-G(<)p_}5YGZ1DsL5FkK+009C+FCZ^E^u}f&
zK!5-N0t5&UAV7cs0RpWl5Z=QZUOK<eKKqmihL*o|zySw@*WEUk$V)H1lw8oe-~I09
zs$aDP2oNApFM*qHzPXUn{M_e0mpx`OFFJkt^z6n}Jq;sYaKQy}81=d5o~x?+Xvm9R
zfAab`7?}|SO{Ok0nx%Ma=#@NQwC;J)2hPk&+a`<O{8CrU5-#?14c~j{LpJsNzb!h?
zbIrn9!lGe0b;*k^x}`lykw0^r^mI*tz~~Zq^e4j+77cmPv16i*i$<5N)e;~;fB*pk
z1PBbTfV}ANdYg>^0RjXF5FkK+009C72(*YmS69~;zVL-)in6Nfs@|MC;$%Pm@sCrh
zd-25=N4zQp5FkK+!0-#)dFP#lpyp9W9hE)%5WSB+ghem8<dQfnx?sVA>@o&EZMwYZ
zx$o_Nq5O`uxy~1z@{hS*G+#sVGkDg}Ye@5=S0A7E7}ysc-W7)=!#S%1e;Y$|CmiNE
z`NKtF(Unhh)I8VV^P)X_qEvWw`<k-9tD5W7kpO{~64>@qH2(L8DK8o#qc{D16b)ab
zzomA{Vh9i*K!5-N0t9jh$cyGc(u4p30t5&UAV7cs0RjXF5GWD|VU?3kIw=*QtoG}F
z{nvjL4ce$*y1Tpg-+%wY>i+t#|GIE-+G(dXYQ5?rK!5;&AruI2mXEWV;hgP^nRe~k
z6}PPR2+(rFroy80=g%+KGUNVZk3Du_na{uc%fGzsZEyRdKl-D>-|QOXee~fy@^Q*>
z{o<~2OH0N$&v{RO#5CjJ&}5g4W~mu#=ryEy(SXz4kt<d-?exvD<gdQAA+@d{`nqdt
z&*YC3g+*U}eD`4H8hl=K_GLR_hj4M_v3UcxgDG2I0tA{{;MYeFUsyEcMZ=%xZ)<Kb
z)e|5<fB*pk1PC;+fV^k}Z;sLk5FkK+009C72oNAZfIx!^j2kzu+H`2i_IKQIM}w{~
zQPu+wJWwe9J@0u>{9^i$APpz1CR({9K!5;&Q6aE+@!~iI8WN!yYu>nVW8AVX!OIX9
zz38Hg;xXsVo0l<rZI7<G=9=W+uj^8Fxk|==pg+?2(AimURKNMujd8l~*{M6r4Va8^
z#_hvJMi4aFC8Jqt#u|DJbzbzPM=K{V!`tV_y|3T=nLEo$rq(-{ue-PPTyR8DSoEbC
zl}pW@agce@aI|Ui=Mk>MfY~#8N`Sy<7g+J|aEC=hUi6YbjrP=j6!U1`GV3QmfB*pk
z1PBnw6p$Cq<nfRI0RjXF5FkK+009C72oOjMELpN--+lK@=1FS4e)F5(yk*Ol^aKs|
z{bL{dSYd%T-gsjuEu=;ZU+=&F{sya5IRpq0ATZ<t$rR}F<;yeXTexsxobBAbd$1X~
z5Ei}Qf(zmShaxN**3y`H(diSm#R0#N9W7^`jB&>8!$n3AG}$GiS!%`_dJT16^s*z@
zR(x^sQ@6J#S=!bQ`5V|fcJy5M_eEjR7aq=vSf`xJeH~0*bn)FglL+DZ*WcSzZX)*y
z5FoHupnXlW>6xnkOnS}Ul<B%Bs_t8uu4_1g{dSoE0RjXF5FkKc6bi_Tj>1j1WC8>T
z5FkK+009C72oNAJ7=i!$fB$dI0nvdSzx&<q4yKr)?z>^bhPdXPJNy0zyPIyhsc`3`
zAN}Z1&u)AI1PBmlG=Y%YJnE>U3c1bu?z=CeypX*tH2ca|zLL=_&!aHu#EBD!IxHG0
zY0SLn%DF`cLY50UCS#n*OkhS3G}$GiS!$1J=rz=N(Xie{x3s6~Onwb7g-;$XdgGUd
z{AKhVZ9NzL!<ytqEV;Kn!KYgCqP@|E=en*tX??PuaDDN|*L3afO+vXQK!8Bq1TJ{X
z-n?j6*8hL5+jIsZK!5-N0t5&UAdp)?UNkqAh6D%@AV7cs0RjXF5FkK+Kom|(i}RCp
zxp>v9UbSgc<DTpk@;QZNo^r}5h3yY-AC4Cu(xiS91PBlyFxmvpI_s=Lbo1Na{&u;w
zhlJ+|C!A1dcIA~<mTQ*hei&-(*s*a~bpHJLd3x2>rZMxPA<>tN`CWC~y6%n=8NXzV
zGub{P2%7AYYPNjl?&KgfUr#!GRoIJR$cu&wQ%i_{1MQpkT=cP`b3QjL?TVic#YJa(
z?<N0O6c&AUYJI|@q1rro(cYdY)Ub7BcaVQ%{I<y-DO!GEH^a@HTY83K`NkwbfIy#s
zyr|y+0RjXF5FkK+K%)xCi#F=csEYsr0t5&UAV7cs0RjXFG@`(FzVn?pEm^ON@Pge&
zTxt}Bh|XKy@|MCfllh$ZzfPGjVM1e8t||fq2oM-Lfv2B-I!<q{Sh1qyL{C2XWZY)W
znl&Zc<hdFCPIUI!XU9V=Sg;^ZubSI5W?nQb=QrnWO(r(O!IdvPy1R4d-qdJkThGdQ
z9TyzYp9#GBv;8MYmP=8FVOt|FI_>n$=Nz)4;B)h-8`nSES;*6d%;b)BduCs@<J|YI
zOzPe7{|@;-r}N}ZZOIwKb*M0uk^j%G@=4BAUNkjwOpz)e_4Ss2-5CFVYW~-Yjsyr0
z$P$nj&C>CV009C72oNAZU?c_N|A8a?ZyyIAeDFw?Vr~Ki2oNAZfB*pk1PBlyK%n6T
z-tmri)GH<$kMoI7e4;Ve{lpVb6pB3Xzym{KCoVF?bqe=GnlyPoZs39d0RjYCSRnj=
z{u56;v5?^m@0#Dedv|KF+qP}{>}Nk)Xz=~-e?Rp!|JR<Lp7<=&Fj~l<=I>iu%ZAO1
zcI+s6oq8(!H}LCCU)>PjZ27!sSm2^t+vD|SUxYWXmpq-dwjWHnUIX)@*;NgEnm;c(
zuy6LAAP^3ZEmyhw1PGK6=xU2rJRCj#U(v0fiY|LsH0d?b`2C{EZ;Gz@>*(GuM^B84
zRzDVX)$I)75(PBrt>(&$cC|;Fmqah#89gyJy6-E|%^#00duKHH&C!JYqlpJZzx=c4
zj$`_M1M8lMdb*o*LzGQ`009C72oN9;3&@Mc6fOu5AV7cs0RjXF5FkK+0D)|Q)vH&>
zA<sHqy!zFz4w0DbsYm2#hyxXtnL0-_B!xnPwD2foN=KwNlM*06fWQa}B##&k{~h~N
zPd(Mu)%Sw$j*gBwbLPZvq7Na@Rjc}5M?UbgYuB#N{O)t_z4s1m5dO}1=9y;}LZ{)c
z3l}aN*rx7x8a6K)R+>6hvScPO9A6nu*9?sxICD$fU^L`K!;(`+u*S<zUR?6YHM_SD
z$G_uhz`W?V_pJ=a$*z66GwS~bfa?A)AOjL;Ie~R^quc%|I`<X1{@n7(XziTviiVa`
zsC7Y2lowq+GuIXuehDE#I)75Mrz5Y+npx4feY5^ddTn&cpGMam9^HLn^!S<4OLs-v
zmq+1@Y##yy2oNAZfB=CZ6Ob1jGFk%@AV7cs0RjXF5FkK+0D)E$c;JBt>KGGE4pr`b
zz9T5u-rgQpxM9PFR3#H9PAohPnbOoFUkMN(KwvZo+;-b-ahS8*#f%v<%29;8XxwYs
zv}psIz3{>daf5L2yKHIJ{~gSW?+XPqa$Yo4xOHWBI2<w=fJ|OrarD~o`t`y>2A>xl
zxFhkMjJMdwZBiF2=5)lRhBu+7o+iJ}zpnpH?vGB|mVA`FE?L7fckUc}Xwj?Z<4MCs
zcy0YKoGe->a%A(O<KMsXqJLO()p6_Y{NbjV7jA#yH@mj2>Xtl8{(f8&s4TE^U3B9|
zs>l$=nbM2@BzpOQ%HxlQ7FFd%!_l2_s4|@JIn1A`@}h;k4o8n}UYx7UMVHj_Lz?)i
zzSC<%Vp#$?m$F6#2oNAZfB=E&1ms1l^U|6C0RjXF5FkK+009C72#jKZ>#n;lj!@S3
zq5)6oy!P5_3u`>$h$9B>c}S4P0wGyCuz@=S2oNC9@&dDF%{u0oW0I-P_&U6g{@G`r
z%@C+IFB*@WaS@II&zLdKqv6bp=BcMdo8G>IMj!gc){qVjCq{;N<mE@L4M%IPduDW<
z8(A_h8n{9tbjh@xzy98)5STpYkQEaSTXo$@>*rj)qiy}(By9;&w+Ij*kP=unEgHK|
zEg8Q!HM;n^)R3d`YgKvCnLq0X5BS3z8GZKJ{@LSAtavf@_o6LJEAQ;WDYXn9&wj}}
zqGctHVXr)|76b?oAV7cs0RrU(<VDNdctU^x0RjXF5FkK+009C72owoie);8bNV2{c
z87Ht6RWOWS-u13`71mhtHNl~fkAC!{g$5x;JB)RiiU0uu1R6*nyoUbahaW!YoO3?+
zxz8PW<dNaf>2Lt`%$YOy?5PmXlNW8EU2MWq%H>6ya4AYAK%l_{p1O2U>ApDT7hWko
z%0CzU(O$`}os}h$dC_1v_ngXI>ewRWd*h9(>SE#nQTOf&g$yz;TBzriPez?PDoo@t
z0RjXF5FkK+KyCqf(cDxT5+Fc;009C72oNAZfB=EfE^yOLH`O;L8jtqmlTS7jZg>lD
zp|<_@+b?8+O4fGYefJgG9DMM>B^$U&fB*pk1e!~r3C<U7F3=&XR$g?-XbntYbPFuI
zr)+NU(m#(DOpZ1_6?JTldc!{x(Hr&lL?H>eeOdJU?a`gbMd7r`WYkbz^q!OYKyLWE
zTtBIi&5Le&x@hmNd`~ogQnc=gXxFB_d%dSK+OeYV2Qcx~MJ>YuANWRv1=b}m8YT+)
z+nwtw%;hlw0t5&UAV7dXJ^^{rd`?;sAV7cs0RjXF5FkK+009Eg?Af#9glBy(wrttb
zP`*F>;SUQ7{J{@?P_D3$BMoWNLbDfNe6d_J_X!XnK!8BA2*`^z%TCFQHp@<_lRz^G
zgfQN?ebZ^ckkboE(Y13bFQj`{wBUkh+<tpUkQWVk+O@NzkhIM6X@tCJ*!@R;9JQ^^
zsyCb_dfTUqek36$+|!-aC6yOl^Z0<qy?rBu9P;KR(XwgL!{3P}zo}@7@FOhzx%ll-
zSNnkOZV(_qfB*pk1PD|uATL@qnGOU95FkK+009C72oNAZV6+PC*s)`uefFtuQZ$VA
z$AA3C4JDckf{qz8X5aFknBqr2`cXqIK`{gf5FkLH1_61|8qh|hi@fNFu$z=XiwoR%
zM2V2z-6vK^1Ex?yp74%;?i)v5G$oV$b!79RTb_#+oL~9P@`WXY9PGt^QuI?<a%0xw
z(s|Jw+2e3}ZHOpedsxvdg~;e_|CBYCX9NfkAV7cs0Rs61<VEv2X+?kl0RjXF5FkK+
z009C72=oaYcGzKYNU~lRC!Tm>L*d?g@4eM7ZU6oEFZbH|hFY3p2oNAZfIx<Tyl4ha
zLp_ogZK&-~41rb<2&X>Ar#QwJ(@yDo?|coPmD8iPRb~5yz+pH^@~KOsd%qlA_rd7=
zH$)Tmk0!r4`qjsx89$Ad-xuxaDBCyxgWf&Siii6StGxRC(WKY*9i1Bfgn27|s_NL&
z6|HzEdgO=E4S(BrDrQ*7g>Q{+`DFC?e@E*VRG~MrdC`g{sRm1LE&8?Gd2H%=(brn?
zqJ;r^qo*z_nyB#0Ts5O;d|wC<AV7cs0RjZ77mydN-b@by1PBlyK!5-N0t5&UATW9b
z#*G_SZI-fP`>9i>HWcVbKJt-@H4kiX-+lKr)G8E1fB*pk1gaH~7p+!oq}t1ij+DH4
z3AC)h4S$yo=Kb=|sykUU56$Mq(exihlU|daD^92uF2;_DX8k<x?Du_TZx%GfL6_XH
zw~FQWmwu=DxL5W^Mr-a^m?OkW7hV)id{x$3E<7-L`GG8$xQ4XAKK+X-BwY)C-THji
zXv6kw%hIA%U-Y)DnQPCB{&v&=n8LaA&$FiUi~s=w1PBlyKp=;Jyl4(2O$ZPmK!5-N
z0t5&UAV7csfxQBoHf=iKfCC1mC2PL(j(5DHySuw_eAlmEAFpNk^5qo^n>cY|q5Tm@
z98s~c1_THYAV8pz1>{8=d3Tbv)iE!+eCF=6-@Rh+e<mGX{w%>{>8=S7Xh4Bo8`6=y
zkkDKAM4c;5g$z?6z=2;ccuTZvQ{@__eX+mzvHSEzMrWVZe`nyZo1fh~X3ZT#|IY2v
z)gQ>3B{^?6ZZw2TOMa3yB)gQm9{b9u5hA1O=BC$Pa&?89gUpMDK|**q1+slv#)KXb
zAV7cs0RjXFR1}aGtw^K+0RjXF5FkK+009C72oNBU6!^D)`?okzIrxjqF1su__=sPR
z9XqzLs6YSnT<4aoTD2-h*sx*4h}W+G0t5&UAW*Y_ylBmI!`x9`beO?SN1(+8p1nGq
z#|!UpuluLkyl99Bj^8iZS?NDvr6QLPeKWn5RMc?OGkaH7bH}c>Xv#qqW=TyN+J`sS
z5B#KRNcAfDH876&XYRR0%MaU>@fmzxw5L0o^y;D+XZ$2%LXQX#AV7cs0RjXn3doCA
zB+`HY0RjXF5FkK+009C72oOjLw6(PzbkIR@NOCY2ANtUTdU|@2gOBWWDCW&?esf_(
z7hZT_&SKv6u6Gr>OqehsXBW)~5FkK+Km!WMi#Fh<lq^YJv?Pn01PIh9aL2JlVZ0Di
zeC}5@4wccZhP-H~<oq{8dpa{ljZ%@z@Gkq3G0XU7xx8rJj=j;1M^u<1o-28A`N2`|
zfdAy1Dn8l1-1Ug(MZ4OgNv|yuxbY)d8#MU5Xc&Fo_@Wsv`G2xz^o#%j0t5&UAV8p!
zfV^lWA<qdAAV7cs0RjXF5FkK+0D-i?tXZ@6-FM%?Bt=8tH@@+Wd0zOQo_i?2&zUnP
zUewyPYjaLDWy+L7ueZGAExo<HIeTeFfB*pk1R701UbNA6WEkr4KKfxmHU)u37npcJ
zQ5Y{I6~i0q>;BpHV)W3r_f8bfFI{kcv~FJCM1674@SmZ2qpqFNmgk~b{~d+b$|uv3
z4}L4FmW;^duaAn>&hC46eBby3KDBjx{`R8U3U!98>5QNDy(zx$5YgW*Wc~c;`oq&L
zr=K>Uh$x+RO)k9T^~mN$!`Z6We<;1KS^rsLUGc5D<VAOFOiwy6d>hZ`f&c*m1PBly
zK%kO<yl5pM&j}D9K!5-N0t5&UAV7csff52Y+;GG1{oe1z>B?#^UiGS1J@(jRCB_}m
zTPK`wLSZ3?9CAqhLe{NY7cc*bC!WaPQA+{@2oNC9Py+Iz4YeJLAwYn@a0rByW-6B$
zj`SR&Pl$|$Y+>8#3d48qh|YUmQB}LQl<iV7_8H!gzT)AsT?!9s=om7J7rnixut0a=
zTcaH-O3xJ*o3h=pvUJOtKPzfE`>fK<M(S?&u4wb(=<ze73Huk-Sy<hsr?cv+OI|cg
zFyRl1rrx<eYf{e$5FkK+009C7G6m#CGkH8DK!5-N0t5&UAV7cs0RjZd3fywbE&K1k
ze;k#}fAOX_y(yefT6WwKdeGL^7BAtl%Py;`ibD@Qw9xkpU-&{*9W^FEfB*pkjUym0
z+Bkcm5&{GW43j`eZ>BPhzxvoPO`S2##zjR{g~Le8eM-hY*W~yQn>BP?_e4=u!ENHJ
zDxAfdI*s$r<4dn2l^30RPU&XDb9d>@(YSs0{z;wnn)<1PuUGw5g`(<}7Y!37XJ7Mp
zg?T+DK!5-N0t5&UC@&x{THeMJ0t5&UAV7cs0RjXF5FkLHg219hi^5Tyam+H$#Supw
zv2taZV^u25HnfkgzWVC8{*4<qRyEmGS6vnNZEtU{s;|Zb2oNAZpg{!WMH^%zltF+1
zf#DO_yrd|G7b1BNe|Pw1&zLD3a~kIZul_*Uh67`tcb!nSaq>Y89m5Od<B|#&i?2%#
zS>k%jbLlQ!rT)`mL*+%EyD43Ba@DC5R<}N1V%5o8^~#Ihd0bIdA=K(afB*pk1PBly
zP^*BvXsvSk5g<T-009C72oNAZfB*pkeF9xwUFV;F{-6BGpTvR5au@G@_q)Se?0b8A
z!4V)pfB*pk4JaTl+JKv)Bmx8o46VTW1w}EukPMuE-q6mNbM!loEh;R$620VSVC=JE
zg0V184IL-Hxu~Q`uZ?=TOBPjh^TGp*dM&%R=xO0g6Xivd+0n<&D6y8*t$O7}LyS2&
z^}>r%^Y}`D009C72oNBUUqD_ozm=8*2oNAZfB*pk1PBlyK!89wfsh)#>#n=L{N*qI
z#b5lzm@#AG$mqWN?)#qiyysir`qrb5KHAgMQ?9%F1PBlyK!CuA3&@L(_!cOD009ES
zEwFxmQ4B9c@}9bMxN9gm-^1T2Ds21mlC7dt>@#FIqkR8-VznLjbQIMSpr-$*bV;eZ
zsZ&Ys{c`Gg-`8f$i%x!1R4&AuTw%TPqL2Kj$bbIC<Rq>M5FkK+009C7suGYFt%^%y
z0t5&UAV7cs0RjXF5FkLHqCiJS$EsDUo`3%N)vH%`cjq{9rQ(Ph5FkK+009C+FCZ^E
z^u}f&K!8Al32c70D26vYdC|`8(TaznM}HFCeq?mnJEKXjiN@`l{*ydRGF-2jRT?f8
z`^@<=`Y=|t9oyHWp;kUpx}?<I=YCbx@yhq4p7(uisJv*ZzTQ1i$JQvkq<-x06)hxe
z%2j_Ag&1x2r(Su{hrV4j`@)N}r}dNo0RjXF5FkJxLqJ|M1IHr*1PBlyK!5-N0t5&U
zAV7cs0RjXF5Fjv01ms0W$wpfy0Rja21=>~>#qdH1aKZWgPwRdajtRZ%^XVB=(a@4#
zm)=^smQ?KX@&78_Y~bB$JFZ`lF1u~@z)?%wSv$M9<CqdBpf++|G%RV`OVNb=i&ycA
zy<fv_W`F9H7rpb?q5_uQoIS0l1PBlyK!5-N0vQ7Gq8T_I5g<T-009C72oNAZfB*pk
z1PBlyK!5;&Q6eBOI!ZR$G6@hM&@a%{UKGO%S<T;kzyE1{ub#XxJy*$SXvv$;UR%1B
zRP6Jq%StyJc(>Y)t7oQ*&+|6+Fz>(<T)TFr%W34i=#CZ9q}TSZed4R4TRzeMHEdQ`
zV8*9jdC_o|Y4V4$W_HG$9uXiwfB*pk1PEjc$ctwCcuIf(0RjXF5FkK+009C72oNAZ
zfB*pk1V)2^yy$4yWoslrfIwOxBmk31yqiCsZcvx+;XugbEY)5=b5-doQnAl+vC@H^
ztL?b@v2^|6MeTV$n-`}$c5F-cYuLPKIDYoL*Z0>ye!pnTb5ZAxXzZB&n-6~{y`1Ft
zdgVnY{6YVW;m5OcLvj+=1PBlyK!5-N0#ymfi&n*@F#!Su2oNAZfB*pk1PBlyK!5-N
z0t5&UXh{Ki(U#m+iy}aPKm~zcA61mZJO7Op+Sl;7V{1{uu-dR_XrD7Ly7;=h)ur;H
z6*~@mAAQce=-N3&ykRZPk{4}X6P^Et{^G~(6K!0ym-p@y`|nSFQ<iyM@}j#o_D@&%
z@$~j&P3jo|0t5&UAV7dXrhvR?CXa^%2oNAZfB*pk1PBlyK!5-N0t5&UAV6SL2*`_$
zify(?0t5)81fISk9md<WDb-}KU+0{io+70Fu01STbV;;fVHBq8-W~NN0DJo<y8r7%
zT}C`F+P1o=o=|_z_t6hLShXqMN56Aj6oR0IaAx>xI8b!`{Qli}>azYv;pv{v{zs{+
zy5vQlm{2s`C4ZWl#8(0Y2oNAZfB=E21ms1l;?kG^0RjXF5FkK+009C72oNAZfB*pk
z1PHXGfV^l+ZmUHRAV8pkKu8A0vB1K`^S4*%Qtji*4=$P_gb!bSpu!l}f2gR-i04K3
zbQIMSpu+K+c|MQ+q^M(9domVV7@^VLN55-BbirGS%3kw$(ORFst?22%1Z>=T@Ojam
z?r73$il%$)KjPtC5FkK+009C72-F}TFIoedE(8b=AV7cs0RjXF5FkK+009C72oNAZ
zpv45_MO$n`Er$RB0(k|l`9M(~@5=Y)?U<)s$or-8s0$`n=oii!9lu{uuMy9ShKeV@
zv8bd~Gb*g2@Oa8WMZK;#q(rY-|5?;#?l~pe4BM^n^7ji5EUIVa^z`Im2a|i+)0J)z
ze;<5aboN<AbA@@gzZ?(mf&c*m1PBlyK%fQzdC?lsbRj^1009C72oNAZfB*pk1PBly
zK!5-N0xc#WFWO=oYB>Z55XdXA>d|y0Z~cP2eJi%>+@2o1;`{E`&PjJ^guLkV9~D(K
z<0loD9&LNEs7uH?PWxhsUUSbaYBuNW5^aX(R@j;g-&$16%MX^A`L=)RZxh0$8J|Js
zMMG3I8B7h=m%S@vHjfApAV7cs0RjZ_2*``(QPPG00RjXF5FkK+009C72oNAZfB*pk
z1PHXYfV^mH@2}MnAV8qJKyP&AAw|Kw^WPZt?kV5C{F4y%OueYRtF36{5c#Vxa&L6)
zVd*Z7kQZGyx2US{lJp7-iK3~WE$R~1zHC|vyCpXkHGA~OCE5(bt=*fWi{4&TNy%z=
zt}kjc?Ubz229p<Ee0|YGh2ZF#Sy|J0Mt}eT0t5&UAdo{qUNi@iCIko&AV7cs0RjXF
z5FkK+009C72oNAZpv48`MO%D>Esp>J0vQ5rE7RG$kRYv?hfEH*r!#u=Cw+sw@ay8p
zXm9%E@*zQ*@tJ>Kx{@$vBjiPUd!os2E~@RBt25RSt$4VoaUt$la_wtp7qz_Y(^<m~
z(X)=N(ZzpURK^Q;l$a{~B(D2lQL~kglxP;;swFSl8*Nw^-SBrsvlR4xeRMpq3jzcP
z5FkK+0D+nX<V9<y(~$rH0t5&UAV7cs0RjXF5FkK+009C72(*lVylBg8rG*e6K%f?Z
zMZZiZ^v-`%l;_3tJzdeW*A`_dw=XX$Ao=?8jPPd&WX}GdbPa`|U?b#3!;+r+RZ)3k
z$3$D7D_Uv%C4@!C?o-q_EF>H^TJqDiv#4blcH`4gP#uO(I1hH=MbWlp(UgOVY6vSG
z_-S98j&WZ0&M53!#wSl+G>p)>Bii<2U&40!Y0-smEvlsO0|<Ye^1q@0<wJk~0RjXF
z5FjvU0eR6u6B>X30RjXF5FkK+009C72oNAZfB*pk1PC;}fV^naZ=nScAV6S{0@J=!
zBB~cMflpl)ZFw&0I~%ii?+oEI(Y965vU{WZzn(rmG(`JSdC}BKn`2)Q&HAsXZS~&s
zOG8{RyyE=1o1!pL91cufG)P`FEdR216&Lw?QFwj)_LujrC9rIII=btG;x@0?`!zHx
z_qpZ&SGvo%eWUo#*5}LhuKj*$YYOa7U(r9{o{qlLVqdx|y7Raa6>eVA-?HRYDlZx`
zwDEGn#lT2yYTx6p7akbx+E8)^Hwh3RK!5-N0tBiRkQc31OnU+Z2oNAZfB*pk1PBly
zK!5-N0t5&UAkcaO@}jM`r&dIO0D-Cn?)`F!SYRC6%XyK?i-wrxmG7x;*om(xYTqb%
z(J1QNRw5sphh^r^vi2f~RUBmOE2FwcMoZ>JD^^ly5b7y}KX+{`yR=kZH0Q{vX19I%
zw^`+~lXyUY009C72oNApm4LixRa_bqAV7cs0RjXF5FkK+009C72oNAZfB=D(6p$Bf
z$!)bL0t5(DE%4NU7t^QmdlkQ?^P*9-dvi2yzsixwc;tIdDQes}dC{P`V?{K6-=gy3
zvddlE^2rMCZ4bk~ct_<iw=AuCH?unoCNCN<cIfh=m%Jldet-4~JS9MY009C72oR`N
zKwh+3G3^NuAV7cs0RjXF5FkK+009C72oNAZfI#aB$cwh#o>~zB0t9Ll2=AJ|{N0t~
zi*aHwzL;`QwCtY#*VZSe-?1{9@CTL096KgjIX!y#dqpi9DlZxqwR=-^@!N|kj0FZ>
z-2H{UZ>vvgl)PR$JDU85S;N*nFWTD^J^JIU83!(B;GMeXMJMbZP5WZBZf@xxQb{^D
z2@oJafB*pk1ab?=i{_@%kN^P!1PBlyK!5-N0t5&UAV7cs0RjXFw5))<Xv=P`g%Kb?
zpf-WkGoxR9G;f$N9HF`9@d^RIuD0m*BeMp)>d+`Yn=~02EteM!>k7fbIKjC1x+)f0
zbH~CQy?df3#zo^^**|++MtpJMTYsCLt)i&DWa+9$qv=12Zu)3+;ek;|&&H#Li@N7U
zLum^yE}9}aUC!%_ylD6dWe+m(RZ++oU;TmTt`nkJ{~5h_XSD65%4e}wBdRR{0t5&U
zAV7dXN<dyT1>!3K0t5&UAV7cs0RjXF5FkK+009C72oM;B0`j7xaMLZB009D(1v<A!
z%kPUGJ0rUJ6VWgKEE>OGUx;ziYoe>)A5A+YntN`v`mv~MXXSC?79kNj=j^`G&VNJS
zP?O&j-SD@4S;0-uREV3#BQ(y%o{m18hrb(LcX%}Ewb9sp`j&I^$D^75(RVy%IK9({
z009C72oNAZfIx!@$cr}EhA4*s0RjXF5FkK+009C72oNAZfB*pk1PF|PfV}7kpqr8a
z0RjXF5FkK+009C72oNAJi~{na!-#Dv0t5&UAV7cs0RjXF5FkK+009C72oNC9paSxu
z4Z1PPB0zuu0RjXF5FkK+009C72-HbHUbIe-h9N+J009C72oNAZfB*pk1PBlyK!5-N
z0!=I+FWSVLr*r}Y2oNAZfB*pk1PBlyK!89F0eR6JNSY8JK!5-N0t5&UAV7cs0RjXF
z5FkK+0D%@4kQZ(74YoW21PBlyK!5-N0t5&UAV6T$3&@L(`kw#*0t5&UAV7cs0RjXF
z5FkK+009C72oN9;$&30C5FkK+009C72oNAZfB*pk1X^1_UbMCM*XjrmAV7cs0RjXF
z5FkK+009C72oNAZfIuDrdC@#d+7KW>fB=CJ6IgzKbnYwa@aOzDjMx%POn?9Z0t5&U
zATZJb@}eWX1Lh|{fB*pk1PBlyK!5-N0t5&UAV7cs0Rkg0ATK)dd!PaW1PBlykRed7
zyl4oWii~DBdqjW$0RjXF5NK%udC`{MUW+3@fB*pk1PBlyK!5-N0t5&UAV7cs0Rp)M
z<VABaX+(ek0RjX@N<dz8q~y&@fB*pk1PBmlApv>O7TQcpAwYlt0RjXF5FkK+009C7
z2oNAZfB*pkH44a!)(EE?0RjXF5Evc-dC}o<HVXj)1PBlyK%k`s<V9P0do7Lt0RjXF
z5FkK+009C72oNAZfB*pk1PJ63kQdFxq!9rE1PBlqL4kTjM!k=I1UJ#t1PBlyK!5;&
z5fzXZ9Z`Oh6Cgl<009C72oNAZfB*pk1PBlyK!5;&h7gb!ZHR491OWmB2oNAZfB*pk
z1PBlyKw!uO<VA;!*1!Y^5FkK+009C72oNAZfB*pk1PBlyK%i*^<VBlis}xFr009C7
z2oNAZfB*pk1PBnQNkCq-CN`Z25FkK+009C72oNAZfB*pk1PBlyK!89?3CN4K)OK17
z0RjXF5FkK+009C72oNAZV1R(U=l~Ko2oNAZfB*pk1PBlyK!5-N0t5&UAV7e?s1uME
z9d%o7!2}2pAV7cs0RjXF5FkK+z$g=t7ae6AZn*>q5FkK+009C72oNAZfB*pk1PBly
zK%j(xyl4p&w+Ij*K!5-N0t5&UAV7cs0Rk-~ATQcNn`tQo2oNAZfB*pk1PBlyK!5-N
z0t5&UAV8o-0eR6H;dCQFfB*pk1PBlyK!5-N0t5&&iGaLllWdeS2@oJafB*pk1PBly
zK!8A#3EX}6-Az`patRP1K!CvL7LXSm-TQC#1PBlyK!5-N0t5&UAV7dX>kG(>w*DSl
zAprse2oNAZfB*pk1PBlqc7c2Ey?5Vz_g%Vl>9EgiLIMN`5FkLHMge)z8sT&!K!5-N
z0t5&UAV7cs0RjXFG>L$`Xp?M|G6@hMK!5-N0t5&UAV7dX(+G5TcOQK4!LNA5D?a_{
zPd81`3MD{*009D{UO--S)c*tk5FkK+009C72oNAZfB*pkEiNE0+Tt5*c?1X$AV7cs
z0RjXF5FkKc*aglz@4OHeEqua3qr*PG2?-D&K!5;&S_I@pYf;mO009C72oNAZfB*pk
z1PBly&^!Y2qRq2cDkVUG009C72oNAZfB*pkO(3vo)227P;SIlwi@qWpG}_hG)dY1b
zkpKY#1PF|J0eR6;{}TW}fB*pk1PBlyK!5-N0t5)OxPZK9i*K;y5g<T-009C72oNAZ
zfB=Ev75LYG{nt1wTDX`rY0~hPU^W5-2oNAZpcVmn(OT5>AwYlt0RjXF5FkK+009C7
z2sDp?ylC_6l}ZT^AV7cs0RjXF5FkK+K%)yRTC`})m@%om=<8qq`i&bmHhSsmBS3%v
z0Rp35Kwfmz{{#RKAV7cs0RjXF5FkK+009CmE+8-3;u~yv1PBlyK!5-N0t5&UAV6Ta
z1bTaWKl;&+roy6yumAEd|1w-vn1=uX0t5&Us8K*(v_?4H2oNAZfB*pk1PBlyK!5-N
z0!<<yFWMv<rAz_@2oNAZfB*pk1PBly(C7lU-+p_^uxPj$4jm0gk2d-O)JK2-0RjX@
zw}8Cp=-z*;CqRGz0RjXF5FkK+009C7T3<k3wDtGc3JDM(K!5-N0t5&UAV7e?&<k{Q
zbo}X`{%N_qXt@9PfB*O40Mel^#0&%o5FkK+K#c<OqBX+lMt}eT0t5&UAV7cs0RjXF
z5NHwsdC?}>C}k2LK!5-N0t5&UAV7csfrb`1>#Vaf!lH#ox7~JIL$Bd?#Z8?$b>H%z
z*T4SthaZ0UH^2GK`|i81tE=mGo%~+{1PBly(DVZGqD{Yr7C?Xi0RjXF5FkK+009C7
z2oT5=kQdG5@sI!k0t5&UAV7cs0RjXF5U4D$X3d&czxve`^P=GZ(%rjvR~~MpTiki)
zofX$oXz-fXyyk`*ZW!r$%};;;0RjZ-BOotYA4j7QAV7cs0RjXF5FkK+009C78dX4E
zv{83PT?7aaAV7cs0RjXF5FkLHX#`F_`Q)4d%m4YG|7rYH<<E;2R^1efYJ7GT5+Fc;
zz=#XTi;nmfD1ZO~0t5&UAV7cs0RjXF5Fjw50`j6m%4=`}1PBlyK!5-N0t5&UAkgvx
zbLPy+85RxA4mjX|)vH%GxJfcE+S%EethTqeH@t)X<(FSR`|PvFj2ROz{F!H-Nj7s$
zfB*pk1e#GmUbGo^P0a)d5FkK+009C72oNAZfB=E~0`j8yt+XUSfB*pk1PBlyK!5-N
z0t8Y5AwPNe;fKeu$vhV)ope%akVgBO%!_t+cb6+~;lhRSdQUm!lyc47CqRGz0Rqh;
zATQc1JEcwn1PBlyK!5-N0t5&UAV7dXZ36P5wYlj<fB*pk1PBlyK!5-N0t5&Ifore5
zHqK1uzX(T?HnLvMyl7a$F~=NJSoIs;@P<ZSk=h6lAV7dX9szmLJWARSAV7cs0RjXF
z5FkK+009C7npZ$xw0ZYV<pc;2AV7cs0RjXF5FkKcWChyW+u#27x95+E#x4KmZ~i76
zOggf~XUv{IFFIw)lz34+Jv|v?dPIN#0RjXXUqD{8@%KoD1PBlyK!5-N0t5&UAV7cs
zfx!sKiw;IlUjhUO5FkK+009C72oNAJng#y--~T;MOICXk5-AN!mp?Ch$t9N*7CvUo
zn1)@B!Uzx`K!89_0eR7!P?`}SK!5-N0t5&UAV7cs0RjY?R6t&|NjFZ}1PBlyK!5-N
z0t5&UAV6Sb1(q*gzW@IFR~r+J+rRB?Z)<C78`&k4n>~MC^s}G+Y+*$o{NM-6jpjZ9
z0t5&UXchr^(Pr5xbrK*zfB*pk1PBlyK!5-N0t9LkkQc4ZO)mlj2oNAZfB*pk1PBly
zFv<mvJMOqR{8`(@Pk;K;#x%^C7hSSsNxblDuf4W0*P<!{1PBlykY7MvG{2RW1PBly
zK!5-N0t5&UAV7csfo2qt7j4E}Q!@bq1PBlyK!5-N0t5&U7+HZw9(g2=O4fYw`@jGD
z%a$!0*@cvxJv%SDXV0FsYu8SmJbAzU_A9LYum0+<!p)LHxk-Qk0RjY?NI+h+i8f2A
z1PBlyK!5-N0t5&UAV7csff@wlMQcFQg#ZBp1PBlyK!5-N0t5(*W`U56JoL~*YmSK~
zJ05%Nu?;Ah%!}@`&p!JmK4Zp=N!A~(zxAzeb#!zz;3||vfB*pk1gaH~7p+!IdjbRq
z5FkK+009C72oNAZfIxEz$cr}DeyNrK0RjXF5FkK+009C72#mPElqpkEnaRO?{mpNF
zGvX^s6_Ct}W-RT10}i<2iYvOhx>DVJB|v}x0Rl}bATQda8>egn1PBlyK!5-N0t5&U
zAV7dXP62t*oKTt(AV7cs0RjXF5FkK+009C)VB5BBfB1)gn31Ba_R)La``$)-nS0K>
zXkn$VfBoz4zWZ*!4FUuR5FpS30`j6Qu!)vHfB*pk1PBlyK!5-N0t5&U$Pkbh&A{=9
z009C72oNAZfB*pk1PBmF34H(i->)_iTCx4b7hjy3Wn{l5^P-)dovC7adV1R0+UCre
zbL5dn#!H(tX;P}0uLKAXAV8q$1ms1VZp#!*fB*pk1PBlyK!5-N0t5&Us7gRyv??x*
z2@oJafB*pk1PBlyK!Ct#7Fe=m$tz#^$~YuhuZuUo`ORCmZfzXcWL~tpyE~(>v(G*|
zMp(LZX+}$r2oNAZfI#C5$cr}q9;uK30RjXF5FkK+009C72oNAJ7y)_F!RYBrfB*pk
z1PBlyK!5-N0t7~tz^6X-sW={4-;3{k?|Y3SnLjTY&Kf=Nzyk{upa1;l8)peBAwYlt
z0RlA$$cxs1rV9ZA1PBlyK!5-N0t5&UAV8pr1ms1VXtR_`fB*pk1PBlyK!5-N0t7}-
z;GTQ#sc%L!Ia)ZjG#p+!f~!kToj)%cdVS|R-zh9)pMCb}?d?sD<C*{g0t5&&mw>!z
zbM2RE2@oJafB*pk1PBlyK!5-N0@Vu0i&iV9Jplp)2oNAZfB*pk1PBlqg#uk&UGI9=
zyOIgdx?g|tlb>u5*sAiP=bn3ROwr!n-XKd*1_1&D2oR`2Kwh*4G+hV~AV7cs0RjXF
z5FkK+009C`Bp@%^M4P2l0t5&UAV7cs0RjXF5Fjv80uv@oh*Ob6cX8KUca78nlk--U
z7md#s4J^BM?Mja0ng9U;1PC;jfV^mP?U!l^5FkK+009C72oNAZfB*pk)e6XqRx74G
z0RjXF5FkK+009C72oM-;0vk4Lc-`w>H*_)4c;t7!^PQcYog>bhKQG$T({tc~2Nvpo
z{p(*p;*~3a009C72n<F*UUV>e`Vt^OfB*pk1PBlyK!5-N0t6agKwh-*_eg~V2oNAZ
zfB*pk1PBlyKwxAAzW(*E$C1vVz8E)d+{i9A%$`3lntU03IB0alD^~yk0t5&U7>t0t
z=wS5pB|v}x0RjXF5FkK+009C72sFNcylCU^kqQYAAV7cs0RjXF5FkK+zz7N~T)1$|
zm@z{g6OG3Y2bqTBOh<6NVd{!`(eU2+1q&7&d+f1s*@0;7+O;EFw%G{~AV7e?AO++_
z2MMS<0RjXF5FkK+009C72oNAZpuq*?MH_sBlt+L70RjXF5FkK+009C7Mo^%)xA%x6
zj)+r{!*lVquYGL<mmH=}=0*3}XP<o&pYXLL!aeugGqN?Cod5v>1PBaXKwfn4hDIPj
zfB*pk1PBlyK!5-N0t5&&vVgp3Bkzvd2oNAZfB*pk1PBlyK!Cu=3QV6q{m+K|^A~^d
z7t59{8^MJq^P(lwp~;(v9CFB$Pd+(<)tZ_B0RjXF)Js5Kv|f_NAwYlt0RjXF5FkK+
z009C72sEaEyl7+Yi>e3^AV7cs0RjXF5FkK+0D+Mb$j*y~(?$<E=%7!1>QiIKj(z&+
zr^6AfBUPt)2@oJafIxi(<VEZ2X*2=^2oNAZfB*pk1PBlyK!8A_3CN2!+K#A)009C7
z2oNAZfB*pk1PBlyK!5-N0t5&Qzks~x@SB^F009C72oNAZfB*pk1PBlyFq{JNqQj|e
zE&>Dy5FkK+009C72oNAZfB*pk1PBly(3k@9qK&yPsv<yu009C72oNAZfB*pk1PIhi
zKwh+7lExuGfB*pk1PBlyK!5-N0t5&UAV7cs0Rqh{ATQdyd#7>&1PBlyK!5-N0t5&U
zAV7dX9szmLJWARSAV7cs0RjXF5FkK+009C72oNAZfB=Ek7LXTh?ftbn0t5&UAV7cs
z0RjXF5FkK+fV`;R009C72oNAZfB*pk1PBlyK!5-N0t5&UARsU5H$Z>@0RjXF5FkK+
z009C72oPv(0eR8Z-e0RDK!5-N0t5&UAV7cs0RjXF5FkK+009Dd1ms2YC}~50009C7
z2oNAZfB*pk1PBmlUIBU0=G{A$6Cgl<009C72oNAZfB*pk1PBlyK!5;&dI`vj)=Sbj
z1PBlyK!5-N0t5&UAV7csfyNY&7j4XaQ569K1PBlyK!5-N0t5&UAV7cs0RjXF5ExDY
zdC}q2HWvW`1PBlyK!5-N0t5&UAV6UF1>{AC-`tD@2oNAZfB*pk1PBlyK!5-N0t5&U
zAV8qe1mr~<ZAa8YfB*pk1PBlyK!5-N0t5&UsIP#$Xnj46Mt}eT0t5&UAV7cs0RjXF
z5FkK+009C7no&Srv>A6z%>)P#AV7cs0RjXF5FkK+0D=4h@}l{zv?M@)009C72oNAZ
zfB*pk1PBlyK!5-N0<9__FWRa*Yh45g5FkK+009C72oNAZfB=DlfV`+*0s#U92oNAZ
zfB*pk1PBlyK!5-N0t5&UARsU5H$Z>@0RjXF5FkK+009C72oPv(0eR8Z-e0RDK!5-N
z0t5&UAV7cs0RjXF5FkK+009Dd1ms2YC}~50009C72oNAZfB*pk1PBmlUIBU0=G{A$
z6Cgl<009C72oNAZfB*pk1PBlyK!5;&dI`vj)=Sbj1PBlyK!5-N0t5&UAV7csfyNY&
z7j4XaQ569K1PBlyK!5-N0t5&UAV7cs0RjXF5ExDYdC}q2HWvW`1PBlyK!5-N0t5&U
zAV6UF1>{AC-`tD@2oNAZfB*pk1PBlyK!5-N0t5&UAV8qe1mr~<ZAa8YfB*pk1PBly
zK!5-N0t5&UsIP#$Xnj46Mt}eT0t5&UAV7cs0RjXF5FkK+009C7no&Srv>A6z%>)P#
zAV7cs0RjXF5FkK+0D=4h@}l{zv?M@)009C72oNAZfB*pk1PBlyK!5-N0<9__FWRa*
zYh45g5FkK+009C72oNAZU=#{;cXv;pK7HJ{aVMXA^3g{h{iQE`>HPE0pFMkaPfyR_
zH99&vmMvTM@WT&Zdg-NSoN>lizxvhVk3YUJ%b91MdDmTcZQQsq&n#VCU7yMKIsNq0
z^9)$Ajl5_@A`J)-AV7cs0RjXF5FkK+009C72oNAZfI!O&$cwi87F!?z0t5&UAV7cs
z0RjXF5Evx_bLY-I?zrPVUF!4s&wqaD(xroO*s)_rse#k?LU1&+%$_LZMbq8NeE;!}
zf1Ev3&ZqLCIiWNoK!5-N0t5&UAV7cs0RjXF5FkK+009CmEFdr1!kcSp1PBlyK!5-N
z0t5&UAV6UB2uz(iwM^);|8_WNv}TZ;dC@T0vBw^}cJ11XiR48ya6BSFfB*pk1PBly
zK!5-N0t5&UAV7cs0RjYuNI+h6h+qv%fB*pk1PBlyK!5-N0t5&Qo4}GKOX5`Mi6@>o
zfByXN?)cu`-km#l&X_Udpa1!v<EPn4&WwWNyl8k0{q48k{?bb?wYRs2DZ(er6$&`*
zwA12QLJggro#jSL=0$hy+EuPu9q&6|w2qjDB0zuu0RjXF5FkK+009C72oNAZfB*pk
zO)4NS+N2w&Yyt!b5FkK+009C72oNAZpdb(un;{Qb$ZCd*feFklTeifJ(I5Wshqbx2
zwY6Pz(M79Ptt!_&lyT*iSH_XikSQ(KGMN|My?b}LW_7$TFIq=TLlGcAfB*pk1PBly
zK!5-N0t5&UAV7csfhHA@7j4pwQ#Jtt1PBlyK!5-N0t5&UAW#rkym)b((p<J|SxJ_8
z^XA2E)~#Dtvd!RchREotr=D7vC`2^N4Ja>KPR4x#1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkKc=mg|NhtAf>1PBlyK!5-N0t5&UAV7e?FbMqO7r!V(G{5nUZ<L!ZBsq^i{`f+(
z@Lz_MYc}}%_uhMN983+l(2@hni<V?@lK=q%1PBlyK!5-N0t5&UAV7cs0RjXF5ExPc
zdC?)|H8=qR1PBlyK!5-N0t5&UATXo?AqaZZQAZUbn$xCD%b4q`tF9_E``XvOmeFjG
zj}|Rj6z4_Dy=z`xbdbop6Cgl<009C72oNAZfB*pk1PBlyK!5-N0yPN8i`Iaq3jqQI
z2oNAZfB*pk1PBly&>#YvHf@UYndM$aUnup-C!dU4mP>LDeo+rT_+Vj{&wS=HA<J5F
zKzY%UEN&7YK!5-N0t5&UAV7cs0RjXF5FkK+009C+Dj+X9q`U?vK!5-N0t5&UAV7cs
z0RjYuRA9-HC2<OL=gyrOb8XnLA#S;T{rZfSgL!n?X{Qxt`Pt8YR&JbRUiA9wuMaIh
z_qop<ee}^^`qG!qI_s>dQ>Sj+xUpQ{+U|exi(h=j?>+|~d~j`p=tY140RjXF5FkK+
z009C72oNAZfB*pk1PC;>fV^l^Z=d1`5FkK+009C72oNAZfWRmhm^pK1oC59X>B-Ot
zY0|jm(xpo?TGsq19B>*>5nfDRZk%LZG;W`|2qDrfTeg%Nq1yZMqScCNPk;ac0t5&U
zAV7cs0RjXF5FkK+009C7T2DY;wDtDXiU<%OK!5-N0t5&UAV7e?=n)8~aTb!6;r;K~
ztKPF`Pn^k|J$rU`;~JiJc6Oe8^2voMPCxzhaxbF~Bj?GBhH=7*o_p@O{FR(^(n*Jx
z`TXzy{lDM$zW4pF|MkDZA*0S0%}=T&0RjXF5FkK+009C72oNAZfB*pk1PBmlB>{QS
zR@zN#AwYlt0RjXF5FkK+009D{P2iSWZYe}GPdMR(?6rpgXQ5^I>x>yQvKv?XGz|Xp
zpZ~lt{xQcKvt!4Oj1fX!^rt`l>HYWLzhcFTaO!C|7BzGaf8D-)``o#6zxmB?#&sTf
z<dOML84UvO&-@&8&_VK|8T;Z90RjXF5FkK+009C72oNAZfB*pk1PBmlZ2@`F*4|&M
zBS3%v0RjXF5FkK+009E6EpYSAHy6^CpZnbBvR9hSi%y?DJ-cyLPs7L;TyQ}g@~rAm
z(18<$(eAk8j(D^m{NM)z+myT`FItktO#%c65FkK+009C72oNAZfB*pk1PBlyK%gKX
zFY1>-fB*pk1PBlyK!5-N0t5&&ufUym-dTuN9(B}F*{c|$_tA%V=Ove16306iELf0T
zM$V^Grc8;)T)%#Oo?h~zd6cvvK!5-N0t5&UAV7cs0RjXF5FkK+009D{RzO~K)NZ|n
z6Cgl<009C72oNAZfB=CO5D0IUk8_pbmF^iU+O=y}+;WgdfX1_=!lLu%&yODs@}j-H
zJ+AhlhaSo^+U>XBercJ{r#|(m0}nj#b+3D!_tEE()P?{70t5&UAV7cs0RjXF5FkK+
z009C72(+Ytyl6{qt3?qYK!5-N0t5&UAV7csfl(r`c=6&mR~Zta8LQs7abw(a-MV!d
zEpt8!VbO~&x+orV-n@A^JLYWm)vtcFF!;q6U!1c`xn^Jd;uk|wwD39j;DgIGbDsbK
z0t5&UAV7cs0RjXF5FkK+009C72oPvt0eR6D-dsx~K!5-N0t5&UAV7cs0Rk;AkW7It
zU%otJy$csEjI*7)ckj+<ndeami(YWS1@VA&4~vEx&N$<Y!uVsyj?Gh2MjLt23>=RL
z5FkK+009C72oNAZfB*pk1PBlyK!Cs~5s()hB^zy-1PBlyK!5-N0t5&UAV8oc1wwA~
zsH2W5<SOsG@4k#RhW`$v(CjN;`ASB!JdeVp6DLj_(y(YK<7;30T49QCifNvzGTO+C
zX5e`A|FL&3P<EB|{qS+dq%m2f@P_(^zf=khFD$4u{-LrA3tImA2VYr8QAh!S))pyP
zu?SUISQpC6tw5sC<PVA<mx?u_T!JM+APEF0L2dy_AOS)MAt5B0BxEv~+kT(0Vb7U!
zn=_Yl&OT><&dM71+56eg^Lswecvx$n@9a&0009C72oNAZfB*pk1PBlyK!5-N0t7N5
zATOGcg*HtB1PBlyK!5-N0t5&UAkeG=S6p#LoU8ojfBxrEa|{X3lTSW5Zg$Hpx0GsD
z$^Ot)xZ!8qRrvYz(@$4&)?nLg-MTdy;=u<W9PH_N?d3)DK)fYDfB*pk1PBlyK!5-N
z0t5&UAV7cs0RkBmkQdG1qMI@S0t5&UAV7cs0RjXF5NIZW7hZTFiB_&$xw7cgo_+S&
zq|NHptBba&WM>GAUU}t}NmtK2^GqdY4WZ3XfBMs8l;IQ{4=pb`ge7na0RjXF5FkK+
z009C72oNAZfB*pk1PBmlG68wfCR<R`AwYlt0RjXF5FkK+009D769^g3(@r}rPFIF!
z&2QVbEl;4Wt?i_fPKq0xciwq<M=O8Z)6<jO%QW;BGN_fGJE)d(=FCaLqGfKHT6v%H
zqLo`|Nq_(W0t5&UAV7cs0RjXF5FkK+009C7npHqvv{_fyya*5=K!5-N0t5&UAV7dX
zb_8;7F&eUw&p-csXJ==aen&^gqD706C((xx=BibzO0l%JxBvAAuiyUmw|UJ%SoE^X
zE=yvZ&pr2CUV{qXhVW|W=Ya<vSg~ToyYIf+-Q69Z7*em{8T2888WOF^C|~%(7v6sR
z?FxG?(@b8p430wt2oNAZfB*pk1PBlyK!5-N0t5&UAV44^0`j66S!mNFK!5-N0t5&U
zAV7cs0Rqh}aOa(OCNaxW8w(dMEQ1j8qRENj4xf1~moHzQ91R;E1WU{PZ_($-Z``;s
zx1V@B<U)(?T)cR3UKvAsD=#`UH)jzbK!5-N0t5&UAV7cs0RjXF5FkK+0D)!_kQZ&H
z)if6Z1PBlyK!5-N0t5&UAdqE&#~*+E_~VZ+3|@vk;d%5gzW8E!oI&M9i;j}F^UXKk
zEF7_DUNrB-@HX6obp87Eg{Kc~kG$y6+?+*#009C72oNAZfB*pk1PBlyK!5-N0tA{#
zKwh+&R?}Pv5FkK+009C72oNAZfI!9t!ei*?&6{`CRabra%U?eB*keyS?X+vIx#qFQ
z9!nnkUdE?3dC^e7=FOYK<LvLa<Bkvt{ilEWrxQ;+G2CDDOJDlZ*=L_Uefso=9(riQ
zh7D!v9Ks=a(IKEYg#ZBp1PBlyK!5-N0t5&UAV7cs0RjXFG?{?BXp=3d=@1}5fB*pk
z1PBlyK!5-N0tE5|<VEv9yd^+@009C72oNAZfB*pk1WE}!`|PuqR_C>H<;qfn+E0K0
z0RjXF)J8yFv^LI0AwYlt0RjXF5FkK+009C72-HhJUbJ5F#w9?2009C72oNAZfB*pk
z4JYuEpZsK}>bw>#SkQ193MN2+009C`CLk}`WD9CK1PBlyK!5-N0t5&UAV7csfjj|u
z(L4}u2@oJafB*pk1PBlyK!5;&QUaOHi*|H$%$qmwJKy=v=RWtjkA3W8W5<piKYsin
zha7V5x#!+<&pq$H`)(;Q`w0*rK!8943CN2!&|)c-009C72oNAZfB*pk1PBlyFa!a4
z(IKEYg#ZBp1PBlyK!5-N0t5(TQy_zR(aoDTpMU=OEiEnO@2mRFZ+>&jmMz)*tuSi>
z1PBml8UcCHrddi8AwYlt0RjXF5FkK+009C72ox2N7cI(SCjkNk2oNAZfB*pk1PBly
zP$-bKyy!y@Jrr&wT0SY7933-e%&b|n3eoH#K!5-N0*xXdFWM+8rA`6_2oNAZfB*pk
z1PBm#UtseaQQNCD2oR`TKwh+RD=i5SAV7cs0RjXF5FkK+K*j|!l^4yM?B09teZvhm
zEMLBS>(;Hk@4dof=%0J;x$uzskQ7Z)qwCkN&-gEi=@TG8fI#C4$cr}a+NqoX0RjXF
z5FkK+009CS75L4`(cNFl=-f@4z>oywMTf-ZBmx8o5FkK+009C72oNBUMS;8sWfGDc
z{>Fj@3sMC-Z{ECQQlmzVy8ZUsLqxPxh3)O_=bUp+++JR^l#=}f2oNBUegS#W^skW$
z2@oJafB*pk1PBlyK%h_H%}1lFciQo9<-ER~wg?a?D<Cggmd8N?1PBlyK!5-N0t5&U
zAV8o`AR~FvaO2Q%<Hp7L&(WhtFI%>(kD&C{z4zYR+S)2FT3W~v0t5&UNV|Z%Xxdju
zeFO*)AV7cs0RjXF5Fn5U^!7xz9sGV?^p*po-tOdx4FUwp2*`_;!EuNH0RjXF5FkK+
z009C72oT5>$VguFd*AzBa&ytU@4h=%p#1g=FTAjE<HquB93?=2009E26_6KA?b0ZW
z009C72oNAZfB*pk1o8!5`04v$(fAgl&t0G2z<UA&iV4Vz7E`g0009C72oNAZfB*pk
z1PBl)B9Mi=XjfNPcmREz7yaZXKUwB6^hJQ|B0zuu0RoLIATQd;tEYAX1PBlyK!5-N
z0t5(TNnrb?=>PoR{qmwSCq&yeWQo9B2@Fv{UUZ0XP9s2o009C72oNAZfB*pk*%Qb@
zUi9(DA5U&Bdgq;YW^a+rm;eC+1hOk2FPh!8H**362oNAZfB*pk1PC;iz{BVF3ya3L
z7@c=cV@*P}1nMFnFIpFNgAyP>fB*pk1PBlyK!5;&Mij_GUi7M~u1fNv9xmUAzolv>
zK!5;&Aq&Wh4w=r01PBlyK!5-N0t5&UAW%Djjmx7Sj4qNFo&Moy{gT?1VI%^LDIhP}
znCqr$0t5&UAV7cs0RjXF5Fk(ofh^=jPdxF&I4?S8%$Pb58<GG40t5)uPe5L@e)dKt
zK!5-N0t5&UAV7csfr<t0`s*TL(fAglzxsbG?nOfa85NKh&FI3LHUR<z2oNAZfB*pk
z1PBlqyg(N6qI>VXcbpeJ<d8!KFXRjY1PBly(7*!nq7A%wN+&>o009C72oNAZfIvnB
zRy<HLEE-2fU;Rx+ButaQ&;;Z~hvw!i0t5&UAV7cs0RjXF5Fn62fh^=j$Bi2o=S9Ex
z#V=-XiA|XR0RjZFEFdqM<<&QL0t5&UAV7cs0RjXFG=M-)SM<{Z2FQ!v`2R%R+Z$jm
zN+eJx0eR6n!5fwU0RjXF5FkK+009C72sEC6ylCUCnTiPzAV7dX#RBr86;o+QfB*pk
z1PBlyK!5-N0`(AhX2t+v(fAglznfN%;*3e4F$CmA8)KbRNq_(W0t5&UAV7cs0RjY4
zAdrQ;=$?D-8Q))Y%9JT7AXfqb0t5&UsGWekXzi?xM1TMR0t5&UAV7cs0Rn>+*tR~J
z@qbm67yb7?jJB>FZ1>s|$cTWvXhs&=GzkzOK!5-N0t5&UAV7e?@CCAv7d_#G6XLw+
zm@#99FQx|q1PBly&_Dw6q7AfIN+m#m009C72oNAZfI#L19z46EuxNaX(fiNHoR0|;
zs7yd!v@$2H2oNAZfB*pk1PBlyK!5;&C<}SfE3UXA&Wnbhn>KB->I4W7AV45H0`j8S
zS!**TK!5-N0t5&UAV7dXg9*IzLNu*)5P8w7KNPKfrorZ@Tmm%_kQc29vq1<DAV7cs
z0RjXF5FkK+Kr;wrAuqac;ld;@de1%gG{dr)0|5dA2oR`DKwh*mC#?t&AV7cs0RjXF
z5FkLH#sa<3FaP&o!lFCvX#AgtM^SH$3pE^p^b5#~rhko8NPqwV0t5&UAV7cs0RjY4
zB9Mi=XlG|<Yiny989n5XLwb8%QB28ipE3v#AV8q%0`j6&CpG{90t5&UAV7cs0RjXF
z3_)P|-GdH`#!sbxY1R-%a|(gx7LXTh?)5c00t5&UAV7cs0RjXF5Fjvu0$Iq52CfS)
zyfC@N=$tuoDhGV&rI*^;+A43aB>@5i2oOk>fV^m`mP0WF2oNAZfB*pk1PBlyutT7`
zBl^jtA?8JYyl2$aj*$R?TmgB}Tn*a<2oNAZfB*pk1PBlyK!89QfsEuuH*elNcI?<V
zG8#5ku3TBhBsny9?%YwMMy+4JKG|b~009C72sD;}yl7*smud+RAV7cs0RjXF5Fn5V
zfkjsiF)SM2V)XI<FB3{8NuXi@dC`igG$cTP009C72oNAZfB*pkSr^DiUNkK8{rBIW
z++s9DM(@7+?lNn?ef#$BeCIoHdwJ0^P!16wK!8BX1>{9jzCg+&K!5-N0t5&UAV7dX
z<^<k-E4p^)VdX`y85?bWBXe#hOrW%Yyl80~M+gugK!5-N0t5&UAV7csfqnwn$%}?*
z&zLbIiHwGg0}ePKq-b7${q>HHju<6uga^=He);9&$B$21%8T~<jq!#60RjXXN<dz;
zp_WUr1PBlyK!5-N0t5&U$bi6{zaLguG`_{?Z@!!XDN`g+sers_rBd1vAV7cs0RjXF
z5FkK+0D;U4WGXKjR{OsD?i)RNbdm)vzY!irA7VC{{~ZB9fB*pk4J;rp+Q5sabOHnj
z5FkK+009C72sEF-n%_lNe`o~qq9HZ<=3~vrV@3pqCLk|5G&g4vAV7cs0RjXF5FkK+
z0D%k&WGycmmbk60?VI2HW=l&;`LO8OXP>=k)20mmN|-VM0t5&&lYqQvGp(k%5FkK+
z009C72oNAZpuq)tqn{r-GGWn>7yXaFh<bY(97Op9Mn*thbYvX$LVy4P0t5&UAV7cs
z0RjXvAdtblXuPW7(en>J_~6ACUwrh@M}PFAA8l=I9XodHK?fc5jc<J8*T4R?q-X|y
z_f3%i0Rov2kQdFwGMgj;0t5&UAV7cs0RjXXLSV_yM=UHFKb8K4n;T-@iX>2N0eR7C
z3+tZ%0RjXF5FkK+009C72sDjAX7i#=vw|i<fB*pk1j-1=i<ZH0hyVcs1PBlyK!5-N
z0t9L&(784G(H<k57rky`w0(2!reGujX%&zcP3y|2ivR%v1PBlyK!5-N0t5)8PC#BX
zbxWck0t5&UATV+Q@}eVWsV4#i2oNAZfB*pk1PBlqhQOm2jc`~rzQyRn7Yw5&rxIuq
z0eR6TSxD0$K!5-N0t5&UAV7cs0Rq(*XlrX*TAf#WdwccEHv$0y1PBlyP)<Nzw49D(
z1PBlyK!5-N0t5&UAW$2DO|M5k{76;uqCXfNwY^fCNf?DdY6av)Q@b<@BS3%v0RjXF
z5FkK+009C72oNAZfB*pkH4~5*tr@j}2oNAZfB*pk1PBlyK%k_+y(d;BEE?Zp^zP$I
zj_Uw{YzWAUW@DYrk^lh$1PBlyK!5-N0t5&UAV7cs0RjXFloOB_EvMrc0RjXF5FkK+
z009C72-HB}jfblk7L6mLug|T)JPbh~wF2^@sa+a{5g<T-009C72oNAZfB*pk1PBly
zK!5;&nhD5@){NRf1PBlyK!5-N0t5&UAW%f0w>!G^lU2`)-u!1#PgjxA?IMs30eR7E
ztg~4XAV7cs0RjXF5FkK+009C72oNAZfB=DV0`j8ebQ~i<fB*pk1PBlyK!5;&Y6~p>
zN!7!m@hwK5nOW_r=$}Ap1>{9jyEF<TK!5-N0t5&UAV7cs0RjXF5FkK+009Cu6Ob3J
z8MT235FkK+009C72oNAZAYWknrs)5Cv_^T+nG>RI>+=ino<KGP<VCZw&Spt~009C7
z2oNAZfB*pk1PBlyK!5-N0tCtl$cvWKaf|=~0t5&UAV7cs0RjZ7DzM;NH42Nyw-|ls
z8&#c+&IzPeKwdPpOQSFX1PBlyK!5-N0t5&UAV7cs0RjXF5Fk)90eR7yQ5%Q=0RjXF
z5FkK+009C7`Uz}!IhsDIrg_n6t<gKb?^lC21hOF@FPe>YHcJ8o2oNAZfB*pk1PBly
zK!5-N0t5&UAW%*~UbLK!V+05gAV7cs0RjXF5Fk)JfjM7^X6{z&f4@1odK1z!fz%4f
zi>7vI6h?pm0RjXF5FkK+009C72oNAZfB*pk1ZpNAFIqEd0}&uVfB*pk1PBlyK!5-N
z0tD(JATL@Mc7qZiK!5-N0t5&UAV7cs0RjXF5FkK+0D)8q$cv_GITS;H009C72oNAZ
zfB*pk1PBlqaRGVJ5hv9l0RjXF5FkK+009C72oNAZfB*pk1PBmlI01RlhFdZP6Cgl<
z009C72oNAZfB*pk1O_D_FFGhLjR_DSK!5-N0t5&UAV7cs0RjXF5FkK+KvN3Hi#Fx5
zniK&71PBlyK!5-N0t5&UAV44ykQYrTY!DzofB*pk1PBlyK!5-N0t5&UAV7csfy@fX
zi)MD|O`HG$0t5&UAV7csfjSFxZi!aTi~jqP=+{R_H|-Z)yL0q|(b3Ea(SLj@`t9k_
z@1{p@J{omyt#grvCqSSn1ms1VVi`?>009C72oNAZfB*pk1PBlyK!5-N0t5&QOF&+9
zSbR<<K!5-N0t5&UAV7e?5Cqmd8QuAX=<1y+`gi9s(OZk6sCNkCIE4TK0<nO+sNVzv
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK6UexaZ0RjXF5FkK+009C7YA3LDP4tVuswgI!
zmnQwmr0DerYgcD8jTG+SI(^jp|9&^E4m0cNiq^jvJ@@12SD&xL=!PWlo`AflUjzaK
z2oNAZfB*pk1PBlyK!5-N0t5&UAV5G~)b9WR0t5&UAV7cs0RjYSB=FjtXj<z~!lFrb
zbkm9&mD)_hJof!Q^Cz#W!_0nuXkP(!7~YTsb_mFe`aK{(fB*pk1PBlyK!5-N0t5&U
zAV7cs0RjZ%Mg0yCAV7cs0RjXF5FkLH76Q-T*cTd1@}D>E6FoCCTK9a^u`%lH-to}+
z-kzv)YqaULXxUxSy(dM}TKb(OFFJ&!k{2BUnp2uiKwh-zmehm@5FkK+009C72oNAZ
zfB*pk1PBlyK!CuY1>{8sP38mw1PBlyK!5-N0t5&QR^YY!`o%s&UNj^{-&!<qH(l+~
z;v1rC$G?BNyy(DW1uf)73rOt9pn$w+1{d9w2@oJafB*pk1PBlyK!5-N0t5&UAV7dX
zo`Ae)9*DOD2oNAZfB*pk1PBlqVS%k{qUodh<wgJNw5X?R5TkT$i{_oXqX&7>L8yJu
zwC;J)*;98c-)p~(+Sh$hlm8`9YXN!DT8kTx009C72oNAZfB*pk1PBlyK!5-N0t5)8
zPe5KYeQTm30t5&UAV7cs0RjY?OW+qr^b3p5`O1#x&JW@B#>3H;RYN#0>!;K`FPilQ
zF#l8t$cv_885BW)009C72oNAZfB*pk1PBlyK!5-N0tD(RATL^1euEPrK!5-N0t5&U
zAkgdrtN*)SSo9~826t!C!SeL>MC+GE&)*pR_VnoXDbb8wqaTimX6_dK^0U#xe~nh$
zA9Z&Ow#y>zd%L5R^P+j@M7JFjT|0iq-BZKAFmCzRV9)C5j8;ArE%<iypNB;=C+wKW
zb-PEu`h4`?mqu%!8ARq*UbOtWIGPOsdC_dFvsn@#K!5-N0t5&UAV7cs0RjXF5FkK+
z0D*D>@}lK*93w!0009C72oNAZfWR;X{`2sDdC@h$8)kncPhY<zdieb4+MW9i7an1s
z_itKj^u*<rW>)Y2>ib#H5C>iQpYIR7;(;CM&Ae{I+x0KL-(YBG<xVUlOP{+wx@K&V
zQIc_g{PF1Z2Xjx#-%iR%PKh_-bZg<yjmz?T@SZ>u3CN2!(PEkk0RjXF5FkK+009C7
z2oNAZfB*pk1V%vM!V51vzaFm<C|wuB5Rexg2A)$15FkK+009C72oNApR-paueu>9$
zH_j@(HoV+#puB`+;oG0?A9b`1T+5ul@9TES?K|2(aYf&ryl&t5{repb?X0Al?VF<8
z4lX%L-k{+&sv%rj^p#si-dRQ82E%N;T>r_&I_J+)UNm3CdjbRq5FkK+009C72oNAZ
zfB*pk1PEkXVAQBlJJsWrZT0%kUS72RYoG!G1PBlyK!5-N0tA{>;Kkee<sM)9Wwj<c
z*t}>6Oy0Op)V+OxdU7L|Auk$kF<LZf8SgBW7p?HDxRlN<(U12mH%egvcO4t`_7s^&
zZt;a@74FGQUexuUBEKye*d;HTfkie&0t5&UAV7cs0RjXF5FkK+009C72n<5N_XUH%
zYNDp{qD{1zrb2)K0RjXF5FkK+K*|K}IiX+lG2CvnO0Og@8g60w%#3KwQ&AXeM;x?w
z$G^_4(T10zMOWrO;eElk2Ph{ua{0hnQFxYp9J9Rpxah4XqHrV79sL))hIZDDZhE6%
z9MMl~T1&L>U!(A(_@2)9C$jeGD2$$$_I%><f+C_Qw~V~@Mc>McR{4*Ji>#4dH58B+
zts%Cd2oNAZfB*pk1PBlyK!5-N0t5&UAkY8;@}do}NL46NUbG6Rx+Fk=009C72oNAZ
zfWUhK*Np2+HqO|!iYRTbM2}w_ZFzHmAwqEU&M)+p6k?OxHk3Q1Fmm~W(b39z<xUC5
zhIUpsaoJt{YP)XtX!FYAW4-#Del5d9HosB4W!U@ZMSYE*xT0jU%p7q2Co@akZ=&*|
z{W!cKK!5-N0t5&UAV7cs0RjXF5FkK+K;{LK?+YGz<dMg!|4Qy!k$Lz!1IUZkc>xSh
zfB*pk1PBlyK!8BA3WRWG?tLtO`Po!Vw6{CDb#h-};bx>|UWLie)sL5H{{Eq%ofV!b
zfBnb$3cF_Pj$5RbdA)XDU*q8Xn^Q`*eeC;vEuXxqWV6g1aQ!DUOWkjx@}m7Xydgk<
z009C72oNAZfB*pk1PBlyK!8Bz1(NRzY9k>pS{vs9N0ApDkVpdp1PBlyK!5-N0t5&Q
zMIhYmGdC|f@0&yEq#EbE^ZUNS{^L{SM#xKk{^sOzjgw<TJ8RAF`l<?UOKwm4E4gv^
z7yF&k`EK!+@}m7+T>t6sk(GDyqFGsK^CUok009C72oNAZfB*pk1PBlyK!8AH0=_S(
z%&FO0$%{7Iikc4r0t5&UAV7cs0RkxzSiiJin(^s>Pf1-n%9y!ZUu|9OB@4?-er{Y=
zvSsdpp`G>c1$`x5J3i{^%I&iF_J)`GP6-jy*M3{PnY?I!7uSFKdt~LEyl7Td+B^vm
zAV7cs0RjXF5FkK+009C72oNApnSk#LDsyVKR`R0FwxZ@kfB*pk1PBlyK!89>1lB&&
zFU|P;jVY;XM;Z5=&{x~06(tMHO@4+9XVhD=W$uBYos}D5efa#`{>p9tXpg>${Py(X
zE#*b~ySV<--y<vU<VCZx(&kBk009C72oNAZfB*pk1PBlyK!5;&$^?90P?=M+wUQTY
zwiPuW0t5&UAV7cs0RjY4BCz)9z9?h3`(>)~qVvw_t8Mk;CBbr&pA|lgKJ+z&v${L_
z>IqhFEGSu0-hte^lHPJ)-of|Z%8T}Qas8*iM^@g+i)Lk|&65BD0t5&UAV7cs0RjXF
z5FkK+009D(30!i?CEtJVRax`lwu;9JKZo0q^M@xOFFHIwXA>YmfB*pk1PBlyK%j)c
z`WO3UAfK60qTNXE-o7bX`B3!8ccQzFjc(dEx_0Mi`l$SWA(NT>d->NTE67cL{`Vy%
zo8=uC!ddUG?yDyhw&l&dE=#_B>6d*cPHQQC2UK~{{(P?g^!LchJ9*Kpth9L&AV7cs
z0RjXF5FkK+009C72oNAZfB=Eg0`j7zZ5$y$fB*pk1PBlyK!Ct71h%Z|i!z1`<oxr7
z(N|@sh9}Ga=9GSeCZW(W8!!H>Wbe7j&*yI{*(~qC5YAfrOuw?b+Vi?B`Sz_R`kmOh
zwMa{O(IO~zWllg|G;>RC!UPBqAV7cs0RjXF5FkLHCIX$Eoi!Q9AOr{yAV7e?$Oy=b
zj*O#T2oNAZfB*pk1PBlykSEajZoeqw9Y^LJAK|ypUe|B9G6B)NL%+YZWF@)D&oZ&n
zyz_@})|-#@E55fougj8e^KRnW(N?6Tyl4>=yD}#rFPga}H(>$<2oNAZfB*pk1PBly
zP<?@a`lo*yGiJ=RY167dlo1FJAV7csfsqlA7abW#y$~QkfB*pk1PBlyK%h|Inz4N`
z$e9xgkB``%m+$BsC@&5=;M)rGqDyYCwA$RfXoY9J`DnlT2ay+D((goh(MlIdyUYp5
zi)L=gO_%@y0t5&UAV7cs0RjXFR9T?Cy}hNSWv88X+H=o6t2~tM2@oJafB=CJ6Ob1j
zF-jc~AV7cs0RjXF5FkJxPvGw3`lT7$-^n{ZGH*LJM$=mQ4fL}^qQy5vZ$B4>5xcfU
zy**LX+i$FS=k&EtLtb>~&!b<|H<6Hx^*s81%j^w-J^^{rJ_}m}2oNAZfB*pk1PBly
zK!CtV2yEH1C4@!8YvRO-BhjBe2oNAZfB=D72*``pLfIGu2oNAZfB*pk1PEkP;Dwv}
zr5TsqRTYLsSN4q(f}^j`9e9)n&g?rS4SCTmZ}!y_VxRA>9(W3Ii`*NlhPmg(V&gWR
zM_;L?cFimxFWStjYi<Mx5FkK+009C72oNAZpdJG9qV-TWCIJEj2oM;qfV}8%1)WcT
z009C72oNAZfB=C~0$bPgi$UK0=~4}cwg0F4_l@$*%!<1D`JsKMq#-Zb-O*Q1$cwI8
zSkWv(qes5ecjC>TD1Mf_XmJ;Nvn3!enyvLVTLJ_K5FkK+009C72oNApeF1sV>Khw@
z009C72#madyy(cA>X85e0t5&UAV7cs0Ro9Y$cTmjWb!XOBYtFGJzagBhfykd<b8NN
z{SQX>ot1{XXfT;Mp|7Nc|5_>1kN505YtG*nKkM;}``Uziv3e26q=39=CYRl$2@oJa
zfB*pk1PBlyK!89M1>{Amh^uP?1PC;UKyPpFrcImPc;k(gD_6F)wS~70Qh27zlo!qP
z@|!#X0t5&UAV7cs0Rq()SoKI>STW=|!@WRzyGL@&?VI}bUrFb0E$VklO7fx)pWjzi
z$c|Prk+xU*P6@WJ%_$E1<kfx69=Wi18+!*M;QG&Cw9?X6UNkK$p$-BB2oNAZfB*pk
z1PBly&@2M-qRq0B=0Sh}fk6v|uL<VPoqNIwC$zM*?9~5t?6JqrnKP%Sr)SWeI-ynq
z@}jkpHVy#-1PBlyK!5-N0@)PkjdCCU9%79Tetn1#A?Nw->ily%xAcV}L+9b`0I%NY
zXNUAVB_(;$HBa`d>g8V#FpqHf-jn*BQflr?f6>?Mu44!8R*Mn>uK$#PX^h?SqK&am
zsw6;w009C72oNAZfB*pkjUym0+Bj>aQUU}BjHJNpufKl40SEL?iRQoCci(+qdF7Rn
z993T<Cm=66a+Z1`K!5-N0t5&UAV7dXF@Y_sqG>ICk;Rbeocpzk?w^@-*1bJ?<U2ch
z*t8<q_rXSQzlX~&zvqMfCI0v6fA3dG=rbjG(cYfuy50L~yLRWOV`GUqytjMhyuQX^
z79l%Y>h;zWeJy`5I_mBy)zJPj0<Qm*!D)y?@}do~Oo}8xfB*pk1PBlyK!5-N0u3Y}
zFWNwhrBnh02#l1#iWMtHj~<;L4=wh7)TmJ+qa(#Wvi-=5j;yEN2oNAZfB*pk1PBly
zP(&cyEi+^qbN}7^iRkU;inPqz)zcZh__Ju{ZttI4Brh68cYdL-=WEADTi4|E@&4No
z$b91RzLrTbDanh5Dqp^%UwJp|RdOyNEIO^VU*k=$7oT<5+qt!0%R7&WHoP1KSg(o&
zT>q(<D!mQmMbo=BDkDIE009C72oNAZfB*pkjVX}iMR(h6w?>@7z4zW5vP^}qapT5K
zoH+5Y!wx(1%rmD=o3>!Vg3X&ZH{t}<On?A^5f|v{>e_S9J(F<gfd?LV<Bc~y_0&`0
zON8)x`st@{x#gCF4?Z|)u*V*Igi}Vm3>^+rKwfm1fKDesfB*pk1PBlyK!89+0#9Aj
zFSQuQHE*39J%3ZQ;idPUBj5XeKjCho;g+PY{Wf~w%zpO{4W|^%i{{;F^M_-iFxHkg
z-@k=vh>31p8@)6ux@q6{3;59<(LE>h6_cL4Xw)11{LsF_!hENXivIhuC}cr<yLaFO
znRi}@esglaHlf*L-ydKJetmTQDY1X(Kl!(D*#Mmk`EW;D-zY=wq<$y5{!>5uksMiG
zbR;$PMSuVS0t5&UAV7cs0RjXFL{VE?Tbu|AH=1iikJ+<lCyAy3Hx51Y&<7rPpttvf
zOSp|VVKoyVKw#Jcxu2Z>^<V#0s=s;j=C!o6#2>A9-E~)~X7<-hKwh+7^2Q}VfB*pk
z1PBlyKp=Ah%kIp7Fnyd_to&!uyl9A7{^w!E^N>Y*UcWS&cWz(%6y-&uX#1w<`j7S1
zR<!=Soxl2g6f&{pU%@T!tire9rlVDQg}i7oT$P5XX1A{YR8zNheanm1&e})>2oNAZ
zfB*pk1PBlyKp-0eYu2oZvp^vf)QB_Az3Me!UNmkH?xeSJ<;q5!teOcBATS~VC!KUs
z{CRlmt+$r%@Rz^*W!&<F6HX}K($U%r$cxtA+=v7S5FkK+009C72xM0v+&J`ShxDZf
zlNjNE8$aGNdhNa_L_>?dwrz;6+kN0}r?o_HJiMcW)aFG)Z5<n<aNE@ZLE;Agb?W=K
z9xcj}yK~Kx10+%9MRU1wwq5_p!D!%3dC>-5Jf#yLK!5-N0t5&UAV7csfm8}KQ(koY
z_U(yrxQS>_PtT@Jn_hY4m07c99ewoCxoOhY*49Of7A1{s5FkLHp#`>X-8!iHci(;Y
z_#?5sy}kU2;d3=^Ibp(t@+}>$y@0%E?ahryfB*pk1PBlyK!8Bj1>Srty5p!yBaz|$
znXCW1WKuMt?A%i1LG8Jz%Mij$Zcm!#yl9wFc>4U)*G4}WU5+T^V|N5-2lEQuu6iVT
z`21+rXQJyS=HKfzGkH<he+KhQ(>!hEMVn_W&4d5}0t5&UAV7cs0RjXFq(h*Y@}gZ`
zU1d;LuU>uZvBxH<(NUvDxyxu7E{6yZXdr=IcilDI2sGs6E3A3!*s<}4VI`-;Ekn${
z!p=3TnSi`#&8Q7TfB*pk1PBlyK!5;&egfgy>nrY$9=&KscJwEccElsY{XehWIlAqj
zXwFxnC$Em)d^GAD+@E&tNQ5rBaz}?VcHPn2%n3UlRsZ<K(L28%IC0vqxD>qU?%3fo
z@0-!>pN_5_A5ClBF`YY(j2`=56mAwe;4|n`FoSfK;QCKG*QMH3$%|H7SpNhF5FkK+
z009C72oNAZAZr5I$&1D-d)Z}|C6Up|lP6b_mCD+$g!vL6&~O4F03SZt4nFwc<;#~>
zQv87j9vFWTh9G_U_UqQIi(Bru-+tv=I$C=HdC}UN8<7A30t5&UAV7cs0RjXF)Jwqi
zpL)sHcU*bV`uZE4009C72oNAZfB*pk1PC;rK-Ti2VFiyo^2j7Ix?sVA=37%UB0wN(
z0`d0+@h97P=bbm;Q|7<*t#8GRPd@qN^0E2kiu5_>oRc-x^v_pbH2rI&LIMN`5FkK+
z009C72oNAJQUb33jFe<!^^;tk3s>{@-+%wcDqgh&2oNAZfB*pk1PBlyK!89B1u~cy
zee=yXlf39L#~hQwMNtv~0t5ynFmK+xi4!L#pKRmDkH7owyUPSYmo8nJG@d$jYSFul
zhW|R8a>^-5v)}(dJpaxsT>|o==~@rf5FkK+009C72oNAZfB=DN3b_7LP2KeNEianh
zwNV)X0t5&UAV7cs0RjXF5NJ$+4CY0{LVfzvpH4zhot>SHxpb-~K!8A>K=>%T?6S*}
zPqwfzWy+KlD^~Qi=)d)quY4u9@jm<PbLN?6UV7=Jp_8-DI&0s3_su<e(n%-vKij)h
z2*``3Vi^=cfB*pk1PBlyK!5-N0t9L$;QCLkq*FAGyl9FRLn#CZ5FkK+009C72oNAZ
zpeY2hnHRnJ=9`l!)UsvEnqnnQf&c*mQMiBdXFvPd<nt|TTzKJy9UUEoG~xS&!w)|^
zw`HmA5U?-WLt&rx)L1}Xw8r3uBS3%v0RjXF5FkK+009DN5ODn`4XaSI8stT5Mr|Mh
z1PBlyK!5-N0t5&UAdnG(Z01E5En1W$qr!81GP2gDNq|5`1Ri+cf!%i7E%}t&b=O_*
zyYIfjx%c$+TzB1dW5$e0TIOwx9zFWnYp?C@?k+sno-_!^i>6@})Ifj$0RjXF5FkK+
z009C7>LTF!PhHq+Kd8KD?ahryfB*pk1PBlyK!5-N0t6aDVD;+N%S*hTfByN0O26*7
z<Bm8W)Y8&Yy48*&OP4M!F~ah7>(<pvY4+^dNx-SAtE<8?0#|ZYxYuZfXK6-&0D(pk
z2zLa%=%R~~54y1NSAX?aZ@lqFVf~@y{Q2|4ZAd@=`Ooja|Ni^!x8G4m9d-Ws=ZBB|
zZQHgLwznre0`j8iSqqgAAV7cs0RjXF5FkK+K-~mZJP=*I(+K>Vv1{F?Fw}uv{~4-W
zBb_HN+DNOVRssYF5FkK+009C72oNApD}k?n{p-1*pxSS@wzf{6KD}1c?KjTQ@}g~R
zZHdy188iCz=nVk^1e!%)<;s<L51s%1_rJe=`}Ss;U)JX#FPin=0P`n6fB*pk1PBly
zK!5;&Adum_XuSTe|1|gi59CFgdwtE0009C72oNAZfB*pk1PBaGV2?faNYan>+Bo8f
zBZgM|FwYuVUUcKejS1AunKOr3gVPBRAdp&t-rnBd{N^{|k@U%j-bX+B(YbTyrnX>(
zRW2YeTDg^$1PBlyK!5-N0t5&UAkee|na_)cm3956X@9+=NM5vw7uVDX5FkK+009C7
z2oNAZfWVLie*NoTAA0Dae_rf$zySw@n9xT`zs8IilZ1#$x7u-J!h{J29(Z7}LH_(R
zpZUzfg$svV|8PzmT3+<cH{VQVeakJk45t9+5+Fbz{Q}|1@)uliLGrm5HjX^<$knS?
zr@wL)mJyH_Era6_0RjXF5FkK+009C72xLV-Ui5>NcKzoAiKhBrdC{g?PLm-(fB*pk
z1PBlyK!5-N0x1w!vt~`4AZlr8NkKV-E@5bS(M5|ECAq12^X3hDR3{K1K%fByUVZh|
zPk;K;$){h~xcu_VJ3BiYa4JgPAs{d6_kaKa0t5&UAV7cs0RjXF5Xcj7{U;Bk(cj98
zHu?&xp8x>@1PBlyK!5-N0t5)8O(2_j(VK6+IY~?{U%otTi=rL^1PD|~AUvMzuDk9U
zKYo1j8MyoIyU(9Lze>aDwyFa1qE+S9IROF$2oNAZfB*pk1PBmlPyyF}8g$``mMt$@
zl*LX01PBlyK!5-N0t5&UAV6Tq0@=)qPMI<#$x6Am-jIKJoJfE`g9@~_x1W3Nxyi?1
z*f{2xW8QxI?FOArX3Lfr&Fs>fH~|6#2oNAZfB*pk1PBlqP{8${0f`!-fxKu#ER!M$
z5FkK+009C72oNAZfItHYWH2wfdiClgCG~|be4&9BOQ{415Ewy$Wy_WwbkIS`=V41r
z%d~0Jy1KeXa0p#hRX|>}s=PWUK!5-N0t5&UAV7cs0Rl}R;QCLaFQU9?qpzU)2@oJa
zfB*pk1PBlyK!8Bn1TvTx{ru-YpX8$!ELf1X6;TfX0tALB@b0_sKK}UQx7~KzmG8Z7
zz4g||9(!!dmMw+dhR2i5nl)?OxN*s+;>SP!@zA)ir9CMWkQYtiq9};~0RjXF5FkK+
z009C72-HTv^`F`}*L@Uu(Yh~z0tgTwK!5-N0t5&UAV7dXlL=%kFB<Nim&BqDJn+Df
zm1?pDH5~#3vMlh*E3bqn%O{_5c^gL^b<|5Qy;SHEzF+v-*S?n9_={is;ydrWQ`pj;
zR0+t7rfNA9Lx2DQ0t5&UAV7cs0RjYSBjEZ^ZJbjwio9q_7D5>W2oNAZfB*pk1PBly
zK%i*^vXd8Gw{G1@C!Lf8qFP&9Uw{4erddZ5AwYn@^y$-+kGL`$mt1m5QL80OmV^|2
za$<Nq{lEYFzjt?c7j0~38U*A;)36F^AV7cs0RjXF5FkK+009EE6mb2gmfC3;OI|b$
ztDpt~1PBlyK!5-N0t5&UAka(#O`I1E_YU2<b?eHND`(H1eZmPRBq6A<5pq!BVa?67
zj^;vuK*j~a)8}(P<-&GI#qYiM-jgOx8Z~NE-l6NSzrH9}Pft&XAdVR`CTYLdUVANC
zw5VufJL@hWFIx8{Pyhh}1PBlyK!5-N0t5&UsHK4GKeg0O$yoBDDOm_*5FkK+009C7
z2oNAZfB=D}5oo5oXb4AzSXBH9iO?kPl(%uf0SCPH+G|a-f+j+M0D+AgHzpr+yY9N{
zt+(E~e*OAfmeAlAzxc((i4&7%YuB#LZIHXYdGqGePd`0r88*VrnL`h`ZEUAOKwdNr
ztDpt~1PBlyK!5-N0t5&UAW$0t*MDl`oVHQqMbow->LEaY009C72oNAZfB*pkjV=%(
zLvbi51S}hIF5%vxxuK@=+lL%-$ecNI!hJ^@ai(e}K!89gfgk?xhw-Q1KKtymWy_XQ
z&Dz`BCr_Rnx4iVyOG`D2_b*<&c)$JjOFmRX6u*3XM{6%2FIszZBN8A$fB*pk1PBly
zK!5;&dI`AxQ!n}Yjw>%(Uw@+$AV7cs0RjXF5FkK+0D<Nc2+5*24)l?ae54U)S1K<$
zdi3ZC6DCZVG9}z4@5(E$oHuXYrcIj~ae`_lK!Cu20!JKiMEptq?6c37Z@hHr(zs>F
z&zEl*j)uq6-*nSW;o~$uWx)0t)L1}Xw8r3uBS3%v0RjXF5FkK+009DZ6mb2gj`(#P
zT3)n{_=YAxfB*pk1PBlyK!5-N0!=B9<VC}CikotRCPjb%fu<MOdFP$uNN0C<clpVN
z8!X2yE5E07TU*<yr=A+lD&MoCwHJ^Vt-ZMs2@oJafB*pk1PBlyK!8BK1YG~AmwbK4
zl^3nAztIU0AV7cs0RjXF5FkK+K=TR6i#Feynh^m4SrZsPetet)?ds|(KlgCU(70u5
zYis$Ic}Jgq`sutq-qu|}UbOB@pa22{2oNAZfB*pk1PBlyP%{D7e`-dZs)6K1Q?(q5
zAwYlt0RjXF5FkK+009C`ARsT=1dC`21PEkY;HaaHic_FZJn=+%ip7f;$1SH!nNq%`
zqv;or7ft^fsgM8x0t5&UAV7cs0RjXFjFf=uKO-gCSpCS0Hr9HnmH+_)1PBlyK!5-N
z0t5)8UqD_o{cEH`0t5(@7r5@a>*5sX9((Mue*OAVjW=)JJZaLTxaCz>T~(@?{f#0Z
zFWM+8rA`6_2oNAZfB*pk1PBlyFnj^me}-?^h&{-QHsY$OnE(L-1PBlyK!5-N0t5)8
zSwLPi&8wp}0t5(DA`pV0;ra4$5OmC#G1I0^Td`tA@@)FBv2x|g88c=ik1Y!=%fw16
z8Bv=w2*``3VHMOsfB*pk1PBlyK!5-N0t9L!;QCK(oYOXnylC21L_Guu5FkK+009C7
z2oNAZpwR{7MH_tu)lYx`fgo_tJ@>?U(cGV--h1WliMMaR{dQ<gARsT=1dC`21PBly
zK!5-N0t5&UAV8pU0oQ*jw`!V}@}f<%lqN!e009C72oNAZfB*pk1X3a(FPf5tPzC`4
z1coUPQlN#=(84`8+;GD%2XcB!1ms0ivJlE3K!5-N0t5&UAV7cs0RlA>aQ&xd)F~NA
zUNj{Op$q~92oNAZfB*pk1PBly&@=+_qD`}uCPIJ!fpzQFoqhJ%qeqV}jERO@jh=DF
z8Ee+8q0}@2@}f<%lqN!e009C72oNAZfB*pk1S%JB{ikxPCTJ-y+60Se3IqrcAV7cs
z0RjXF5FkJxRRW!zoxAS3Ye*LT&;R*9Q&pH^2oNAZU}yr}-QCNUEqn062g4mF!fWo_
zxi7!`a#vT^(0X%LY6av)Q@b<@BS3%v0RjXF5FkK+009Ek7I6Ki+QKR6UtTmN3!w}G
z1PBlyK!5-N0t5&UAka(#cinZ@)TvV+ee}_0nv}T^AV7csf#w#F7j5qKH9G<X2oNAZ
zfB*pk1PBlyK!AX}sNVqs1PBlyK!5-N0t5&UAV7cs0RjXF5FkK6UexaZ0RjXF5FkK+
z009C72oNAZpt%L)MVotl&5i&80t5&UAV7cs0RjXF5FkK+009C72vi~<FItI`HUtO|
zAV7cs0RjXF5FkK+0D;C8kQZ&-wNp6(0t5&UAV7cs0RjXF5FkK+009C72oM-40eR7p
zlGG0Y0t5&UAV7cs0RjXF5FkJxodWWr>0B385g<T-009C72oNAZfB*pk1PBlyK!5;&
zS_;UE)>7M81PBlyK!5-N0t5&UAV7csf!Yhmi`L%Uhy(}_AV7cs0RjXF5FkK+009C7
z2oPvufu5e8B}<mvbI&~?e;9tg_~MK0?d?rG-=>+GylB%brHK$AK!5-N0t5&UAV7cs
z0RjYy3doBVWwDb00RjXF5FkK+009C72oNAZfB*pk1Y&`<wzj+PzWag;E;!|sQ@;Au
zuU>oYwIKr9+uK{{)7{;D{q@)Hyz|aG6}(P6?X*{4eYNlud(tByFPfgUPzeD71PBly
zK!5-N0t5&UsDVJZ)N|sAC*FADjhi-Ys=;uENP~d9Xc|^Q4Fm`fAV7cs0RjXF5FkK+
z009C72oOl2Ku1T%*S_|(g6!vx9S0qB&?~RJl3VlEty>R1_~4?Albs<=ntO`vR0+t7
zrfNA9Lx2DQ0t5&UAV7cs0RjZ7Eih`-sN|x}@y8$k=%bH@r^Zx!Q2p0eKwh-I{zfN2
zfB*pk1PBlyK!5-N0t5&UAV7dXItA9RU%%I0dnMl*6mGP%v^@FblX3Ck+l0doJFKux
z;hyQ!r>Aqis*)G=J3xQ{0RjXF5FkK+009C7G9{3k7mcssj2}P#(n~L0wQ5zS95OXo
zdC^QQx5*M9K!5-N0t5&UAV7cs0RjXF5FkLH5`oUn&VBdYw=nIQw`cU|(IHkEI=tbA
z8}bf~9XmF}O~cQ;{o(EM<;yFnL7N&2$cxq(+;9X45FkK+009C72oNAZpuPfydC}xD
z&Zj>0sk`pFD?ECpz7-mM#0BI<N1RlL1PBlyK!5-N0t5&UAV7cs0RjXF5NLFP88c=i
zUl4?ikPAKTxZ}S2-S1v>(M93$WMjsRNsj*A-~C-zSJ$|4<KjKxHWWYm+0WYA+7f|H
zn>O8k`|Z2zvP*Kx=RWtj<fx7G2*``3XDw7hfB*pk1PBlyK!5-N0t9LxP$n-LU&d)|
zZ9VI(vz~wc`QF~%8q{Nm8VJaX)&SWM1PBlyK!5-N0t5&UAV7cs0RjXF5NIHQ?c2A9
zfM^o${Lzno6mB<~TYm_M-g3(=;VXl<O>%S5gAO`q%a$#<EtBnc-+edSm?G(O-MV$j
zp~l?^4i7*4@bu}^LumF(U;5HN{KG$lob3}&JkitBGqRJa%|P;^BfDyPBS3%v0RjXF
z5FkK+009Ci7fAA=r<`(1a?z&f#vXg@asBnzZ`iOQ<ug*=fCBQO0}^RKfB*pk1PBly
zK!5-N0t5&UAV7csflLW3T(~g#YGA>F1*PWx<daXv&EhW?!q1HxH<oG~_J^B}CNb1m
zvu2fP*${`q^rudpdQ7ob_>$%2mtP*KS=4MGdC`$tGW`%BK!5-N0t5&UAV7csfrb!B
z@}i;I_V)HW?zrRNgAYzF3KiW57eeOGpWofx-4GL0WTAk(XrYNc1PBlyK!5-N0t5&U
zAV7cs0RjXF5XiE?1s7Zpe<SdfuY9Gv!`Ww_oqTt2`Q?|FZyb(>TXDwi!?Vl=Y@Fr>
z_uhMNv7l(bec?u<!=FOU1`4Ihiw=Li^gw_B0RjXF5FkK+009C78b}~FFPfD7=9_O`
zdF7Q8CQL}K`4n!98#nHvi!NHRVnuS6jYbiW7j2Z4QYQfd1PBlyK!5-N0t5&UAV7cs
z0RjYSBXHDFN5x+REMC00{D?2T^iuMb!SdzH%Qp^3Uw{4exc#Ar9y(y-)HYbUbZHU{
zJ?*s9o__l2j*gDr-rlWSw}xA@{>|U~O>*?Dx854gENV7TT%^3{a2CtC1PBlyK!5-N
z0t5&UAV8qu1d8TG<5~3d^!)C3zYBj#oLu=Sx^duv2Zo2pgnN@V+}tx;u)Jtym)^t)
z5FkK+009C72oNAZfB*pk1PBlyP*h;z#EJ1&0Nb{0E7~C0+1c5dd|41Olga*48%g_J
zcG;y=o0RVlxzKQ3Jx+v%jlwTPHf-3CL`J{;?QaixIyD<8sZd@tp|C-K009C72oNAZ
zfB*pk1hODdCNG*yKV15_^Ugaz^{G!Kmw<|Hgo`B4Jo8MrnvtAnBb@^BqUl^0RS_US
zfB*pk1PBlyK!5-N0t5&UAV8pA0%OLEiLd-ua*;pzj-ZmpVMcNLmX?-!&2E_EE?Kf9
zxqawsuf0~Zx2K+ZDrvK3&6=WZ2HaV*fs#t(MH31e1PBlyK!5-N0t5&UAV44s0+r-N
z6NlBSS6_Yg)w}JsTXHR^a3lN;^0n7qyKddO<SZL$6Ob28+lr`%009C72oNAZfB*pk
z1PBlyK!5-N0`(QxdFP$u3;x~R-Q_C@8PVjcfdLzbu9Eg4l3Kp!)E@n}fBUyM3;Ol1
zf4x+ZVVWnNcw*cvgfL4rE5E;H10`k1izXB{2oNAZfB*pk1PBlyK!89N1O}BCjX}ai
zkEfr0`t;LJ4}S}sTofwYIP%CN=gytm)zy^+#>SeXyl7*smud+RAV7cs0RjXF5FkK+
z009C72oNApZGlgI@{{p({sHfexqkin<Qsu^-g#%h!rI!};`aOOv(JEyQ`jJUCvx0z
z$HhU=IdkTesqofYZ;hM%<3IjmnP#O9)oh^L0^~(=HEa_gK!5-N0t5&UAV7csfu<K2
zLS8g6*|u%l-FM&p=}&(;xinO`(YSvvoJ_O%HsnQ{Z%xgJ009C72oNAZfB*pk1PBly
zK!5-N0>cqVt{aEYWBGn&&6<^b7chJF?DCDn(fjYeKW=}*2`3ELIE4*DCN@rihM%P#
zMjw~`?6c1%EyEWmgPlvw2Ffi=UNl$3HUR<z2oNAZfB*pk1PBmldV%5OMH8I2-g;}=
zv}qsx=tq-lM7bMDGaD%pNUr;ZW!iuL{ZmqvG6)bLK!5-N0t5&UAV7cs0RjXF5FkLH
zUIMq>c3XU5f7e}iZEtTcRYpfg$Ha*fldk|KPo5m^idm|0*dLA_a>yZZ`zx-vqD;%w
z9$LC|X_5lnx^-)rI^TZ#?WE<}wQI|?EPAMB1Lck`FPf`in*ad<1PBlyK!5-N0t5&&
zy}*d%MPsFK*(dz*>=|dAk@uYXrZ;T33CfE$+>$An009C72oNAZfB*pk1PBlyK!5-N
z0#y|VkD*UepoboM=%!7Z3WwXWWy@zj``NhJ(MKO0Z-l!^6t+zE%$zwh>2~qr#mW8#
z+IZ}-$C4CiPft&o%0rqoY5DTYFPCXq^icH%dg!5t{;k9-d|&X#fBeV)<A3~*c$vbl
zLDAamBtU=w0RjXF5FkK+009C7nnPd&^P&kz`1|7U44QC3DZadr?6;8;0eR7sEQB%$
z5FkK+009C72oNAZfB*pk1PBlykRE}Mbxg9IW5$g6?svcY#1l`fdhfMp(V~klzIfcY
zadCrv_Sq-gOEYPF&N=54-jXytkp0`={&v!4mtA)0?(R;{WGk=a-h1zjQ=otS*MD99
ztT4eOFB<5|H!eI{y@7u4gC87J_Vs6f_Gj@*$%_`Qi#-Gg5FkK+009C72oNAZpqT`!
zkrz#T!i9w&{_uy%TN^16kQYtKLMVd(0RjXF5FkK+009C72oNAZfB*pk=@D4Da%B?l
zEWh#KgAazXk3atSq*-|G*oh~eIAg|)pa1;l;pfRGpWNEonj8%q;koDOndzV^`PHv}
z6{kSMq{^Qdp2C*oMHenySiW)L(drE(FIuQ=4*>!M2oNAZfB*pk1PBnwra)EmqS+)(
z|E%Rj)4xV4BtU=w0RjXF5FkK+009C72oNAZfI#g9LfSJo<XLq4j5E%N3tPK(ZSoaE
z(U!^1PkiDN4SI9YFw;BkxFb%1e)-E^F25qVdC`X-ez<(&!lTt2NM5v1+a3Z02oNAZ
zfB*pk1PBlykWGQ)Voo-vpUqjzi)M4(&6)rK0t5&UAV7cs0RjXF5FkK+009C63e255
zcl7AdNz^lMBRqP(r>7_BWd8j5c?}BR?zPum8#Zi6PHDJ}*|TTIdC}vJJFa~3!+ain
z^#;1}#v79xpXP1+umAPGLYjBqefNzQ&hzNYFR`Np2oNAZfB*pk1PBlyK%mhD<V72O
z1&2_-yyy_noI-#A0RjXF5FkK+009C72oNAZfB=Dv2yEWG`I>94*>Au7lJIBvDj{50
zUb=K?p}<p5J@v7VeJp92w{g~4XKmlUz3{9C+7q5EpJXg^v$BO#Xm4*%TE6tsON9-}
z@2S~9xn=yvfBZ-8lF5ta;@BoYfB*pk1PBlyK!5-N0?j8NFWP)-I^c}tMF%9(fB*pk
z1PBlyK!5-N0t5&UAV7cs0RjX%J3BXS+_+`SmhhzYG8$c7UH9F0->Ijby7%6Dj~_oi
z{0!SS+;Brf-&Qo4?~)};k`!o2geLn7H`c9Nm$V#0@UmtD<yI~)nyX=(009C72oNAZ
zfB*pk1PC;}!0&(m`xoAOHT_IYFcFX!O(<*-AV7cs0RjXF5FkK+009C72oNAZfB=Cq
z0=X&B6)RShY5Cl9&n0=$ZQHh$X<778%?8RHU0yU-!!`i|1PBlyK!5-N0t5&UAV8q`
z1ms1VZ%xgJ009C72oNAZfB*pk1PBlyK!5-N0tBid5bmvd+;PXnLD2i}zrV~7A$u7&
z`|4M}TBcd4Lp2*Hw*Yz3Tn*a<2oNAZfB*pk1PBlyK!5;&<`a+?ZN4=%BLV~n5FkK+
z009C72oNAZfB*pk1PBnQlE4*LToDIB|M{Q)xzrFL?RoOaC&$fhx#gBp&C2hu*+5Ad
z@}dca4FUuR5FkK+009C72oNAZfIw3U$cr}RvYHeD0t5&UAV7cs0RjXF5FkK+009C7
z2vkGhg%@6kgP`H(%9SgN4)N@>&n9hFuU=iW&44>=Hc(QDyl6sUg8%^n1PBlyK!5-N
z0t5&UAkdTo@}f<-tR_W(009C72oNAZfB*pk1PBlyK!5-N0@V-*_YOVnwA11^Xn5BA
zwr$(;MrmtnJL#m8;s)oPcV6Dn%HP&(prj;u(S*VV0RjXF5FkK+009C72oNAZpeY69
zMVoS2O^N^k0t5&UAV7cs0RjXF5FkK+009C7sw9wm=g)AB{rTsg@9gXhV|8?NELyZE
zc@lkyjILU>s%Q=E?d^a4!Rxob{cX`UVdwA%D%Eq*{qmwkS?nZ0fB*pk1PBlyK!5-N
z0t5&&jexvp(=4Tl5FkK+009C72oNAZfB=E23ViEZ-}>-}KRjyGsBt6u8asAu==Kl(
z;17QM;~!VGew`B_K!5;&5fr%d&O4JQ&X?L)xNu>q5kp=yIcv_GIi;F~{lgrnOwWaf
z<V6cj>>)sa009C72oNAZfB*pk1PC;ffV^lkt){sUAV7cs0RjXF5FkK+0D<ZWgp}w`
z)qMTQpZrPniq|s%0t5)uU109qxexSz)xD%)7V!Avj~{>h@k#76cOyKH{>2wxEYpAG
zdC}0xa0V(<L*XHL(Lxh@2oNAZfB*pk1PBlyK!5;&$_1M5`cLI^Z<LnuqK&dr>Lfsb
z009C72oNAZfB*pk^%dA{x81547v1ULgAcCn1dUFB009D36$p2z&in63Rfnrh=ixE*
z^XARF>Z+^0{N*nnd+f2Nop#za*Ie`1V~=%rcb6|<P<heN)sP1&Uq;?hdC@!&ZwU|}
zK!5-N0t5&UAV7csfk6p0<@KLI38cTVylDE@NQDFl5FkK+009C72oNAZAPoY0@4a_!
z&gX;^PU!0D8ggNqHf@?RWlC;`M;&$4kb4{16YstE-f&TCP_GdC8QB{2Mt}f;<`W2?
ztGOThVY~U}*yuBo7j5(vR6hX%1PBlyK!5-N0t5&UsIP$QKlSymWORAaN|dxAK!5-N
z0t5&UAV7cs0RjZ_@}eQ<Gvvr<Zdmj~ANo)nA4*SNboT7od5NY0-^z>nKL`N=1O^oF
zeZhc4b#EXqTK6ST009C72oNAZfB*pk1PBmlXaU!M(!YH2qUm2F6%rsofB*pk1PBly
zK!5;&GzcVl(SP}ue@XI_Lx_y#g+>4MU;kBJG!5&k1_A^KR9nFJ1=SWFe*f~K!#C6e
z0RjXF5FkK+009C72oT7!fa^c$UwwJe^skW$2@oJafB*pk1PBlyK!89R1d_bynl)=K
zy6B=LGJ5dA2ZtMS{#RwMU;gr!fBL6?8lM~PEPCs$w?6X7BWccyZr{E=4ftvxK!89K
z2&^l3HNm8sYzp$CO}3z>Lx2DQ0t5&UAV7cs0RjYSEKqRyXI+g8Fx-Fw@}dJ0X+VGg
z0RjXF5FkK+009C72n2!Lyl8lv8yQWqqm^&OVbRb}%JZUKU0qh6009C72xLS+UNj>M
zZJGoK5FkK+009C72oNAZfIwyi<V7>P^d?S#009C72oNAZfB*pk1O_FLmlqA^{_WrX
zZRG*cyp})u(U0QM<wXaz3K|n2K!5;&>Iuk;R?k+?1PBlyK!5-N0t5&UAV7csfiwun
zi>6@})Ifj$0RjXF5FkK+009C7(l1b$7k%ofr*c!EANj~fjyvwS<BPqHKKkenfB3_>
zjW=)J98XzZH2q7jLIMN`5Xgvtyl6%i+B69eAV7cs0RjXF5FkK+0D;U3$ctun=}nvf
z0RjXF5FkK+009C72n<SKz`SUPgYL1%9_{VzdEKsBwQA>`cg_uqhHZJ#JSA@l5FkK+
zK-~r8MeDu<3Lrp$009C72oNAZfB*pk1PD}BKwh+}ygDa9fB*pk1PBlyK!5-N0!<@O
zCNKJjfB1(<95gR7nim!wJ9cc`QeL!aelbjh009C7nnplgv}u;oL<kTdK!5-N0t5&U
zAV7cs0Rlw@<VB0J*hzo@0RjXF5FkK+009C72;>Qr$%`I#*kOP9mw#Cp8O;leo^i$*
z6DLlT7tMq9mH+_)1PG)=KwdN@3!w}G1PBlyK!5-N0t5&UAV7dXl?3EPs|2fC0t5&U
zAV7cs0RjXF5FpTG0_F3fVX}FV(dEmR=RSr$ghfLedC?~OtuP$|1PBmlCINZTW?D^i
zAwYlt0RjXF5FkK+009C72ows)ix!&LLx2DQ0t5&UAV7cs0RjXF6bcNO7Y(Q6Mn*sM
zp${c@9F4=Gp+UptMO#~2M-BA4?z-y=x$Gf8fB*pk4JRNk+HgyzU;+dP5FkK+009C7
z2oNApFM*z(o+V3`+;h)8;d(;&`QnQ&wzs#}s~F=}E+8*jxs{d#2oNAZfB*pk1PBly
zKp@KkmE=W(Pi|y1&Wk2t(Qvfk@}f!Pwamth88fo{i(&2r2oM;oK*tBK!JepnwFTrw
zt1Ya50t5&UAV7cs0RjXF5Fn6Rfws1`yYIgHf(tG<<&;yt`qi&qd+oI$0@~Z#TUc;+
zclY(zU!VJYvE=&sX{Vj`>Z`97o?=gW1ms22vlc2LK!5-N0t5&UAV7cs0Rm|js4y?O
zYSpT6PtN4((718qa{s1SUNp^1tTqA!2$T{C_luZ6fBuCRUN~jSls)#?W74EaQ>RXy
zIdkSKue?&~lrsCnZJXo&Oq6NkP+bJ%MeD+DPyz%95FkK+009C72oNApUxDzay<hv<
z*OIIHxf=%^bWq;)pRHTB9(?e@xorx!Lz=X{GctM^0eR6fI1UjYK!5-N0t5&UAV7cs
z0Ro9YC3(>h7A^dn;*cy#BBKqL7u~*ndm><i009Eo6uAHX`zK78P<Z7(-V+j}%a<=7
zl#IOSptx$;SYEW2+QuS4fB*pk1PBlyK!5-N0%;IfzkdB*d+k-~%1_we($ezelTXH_
zhQBF3?6AYiG)@jppFTYevr|K%fV^m-i9G}e5FkK+009C72oNAZfIy+ZfO*lpu;}i)
z@19&5N+P2Tmly5o>MEqLhX4Tr84(Ci96Rs4^O6tqG8^Zge|~3YXN4^Cq7_2bzL~se
z?ahryfB*pk1PBlyK!5-N0tD(P5U%I!yYIebuKC1=MvopHVx^(Z8*aEEukqNiV?*3D
z{LI@Q-VXLpjO*x-siEaXGqv0%OMn0Y0t5&UAV7cs0RjYuEKoi#nim#5<BT)HK!5p{
zf0<k(iX)@)qC@s~A^`#fYA<lfC6^>0;{$Glht!Av7F1HCyl5p#b!j6nS{HVM5+Fc;
z009C72oNAZfB=Dd3Cx%=Blnt5$b}wv+;QLi?sqS`=%V9~KYq-ZG0D-t`@6pjcUKrU
zZd|-){P^)d``ORh+S-!JH*MN<`|Y>yvdb>XDWCh?=aQo~(jy=*nx3^#2>}8G2oNAZ
zfB*pk1PBmFvp|`==plz3lKU9?I4l~^B`-26FPi2hRvQ5V1abw!Eg+K1`|-vx#~gF@
z)mPtm<Bi|@-uEU?o}70yybZUKc<#C9ayu!yEiYP>B@H{}MboefY9K&>009C72oNAZ
zfB*pkwGr69eR~LqCRccV^rIi;Jw7G`L~ps}me$tRxJ`0%(Sr^;Xv>x@MT>m*-FH9r
zsZS++u3NXRXfr$OC?GFdM|?vQAV7cs0RjXF5FkK+0D%S)D3cdWt`~)?K)GSjcy_sw
z(WK?(&70$+k38~7eC_C{qmD|6#_ZX%lgnA2N1u{KQ3e45wHG-2@WYc2!>LoJZrr#r
zuZD2Jzwl}GEiEnc=FQ7%nfF#+G!G;_Z{<bPvlc2LK!5-N0t5&UAV7cs0Rq()Sh#Ru
za`9)uf(509d-BOA<7V+Co$#~pGEwfi;ijWW40YD5S-FR7r$InoG!3hu1_A^K5FkK+
z009C72oNBUet|N1(d3#^VOTVtS8il9ZY(dF{uNgt0RmYTShHqL^4Wgwx#yOlSh8fv
zUVH78G>$jQe-|JxTE?@!hvY@;>u+=d1PBlyK!5-N0t5&UAW%zz3of`IzLN8muY9Ha
zxM!bzc5?CO^2;wT-#8qdK7D%J{;adk8nCejH5QN;tueUa2oNAZfB*pk1PBlyK!8Al
z3KZr=AAb1Z<Qh@f_)ytbZp*N}VZ(;l!Tm)W^!Gv81PC;@z)d&Z6n}0{nl!1qySw~k
z!=uX1JoC)F&-s}%XO=okUbK`<-S^9j)_n;SK!5-N0t5&UAV7cs0RjYSCJ>(a6<^O;
zym)c>L0@|5rR2)b^5x6RHx5T%fBp5i{h@~*I$&cBYAhfxT4Qj-5g<T-009C72oNAZ
zfB=C870AnrZrZfz6QB4*a*b%P8(;k57vo30%ZoPX?}M@l5NK|J(@#G={$RiJ&O0ld
z>CHFaocG^?i!Z*o=(+NuMOo6YQ(iO;tDpt~1PBlyK!5-N0t5&UAW$2Di4!Nr7jw34
z+g5(W@W;Z*WuK0Yj`EGe(WLz@yX-PxV-0F7ATL^DaKjNGK!5-N0t5&UAV7csfd&=G
z&5MSx=#(i_k_$v1{_uxCQrWAer6oD*gcD8(kx_Zk2K{|dHUR?7EiifV<oM(Iop;`;
ze5T<eJ;{Q`r=N4qIlaBTc|9a;^7eaMcL90Px-WqO2oNAZfB*pk1PBlyK!8Ba1jdXR
z6JNk7yn0huLvmrilE&fmxPACWps*`@>MI~GT3>&o6Cgl<009C72oNAZfB=C;5lHf)
z%a$!m!lL03^tax6>!7A^(M1;}SC&F#bpHJL@!Rn1n?dzcy~eX=&rT|AZEX#?rU74b
z=gzHOJ$fcUfI#g9cHVjC_>-`wr)N;3hewiy8%HFcqG99IQ%}w7Bz&mG4F=V-#x)R-
z7p(!ZAqWs4K!5-N0t5&UAV7dXN(7SYKi%Ek<x2_~(d25+fQ>^}N&65<E#I@FwHJ^V
zt-ZMs2@oJafB*pk1PBlyK!89a3M6^azxa#4h%XHdAuJkCJU23W#1Tity`?iRnp^}c
zzwy8W4>aPMs+j-*0;L27b$^MxPS&nn`|*!|JojVsm}8C!H<V7A$%`fwY1@z&P1}m7
zhX4Tr1PBlyK!5-N0t5(DPvDcE{A7FqXU&>5<wse+etmMOr;>-!w6(Rx?f2PdpYlCB
zT6+O`(b}6EkpKY#1PBlyK!5-N0t5&&qCk=tjj!_zIV>8_JvTBMcPKB~h`$wTCP1KB
z1@_!?&-lZ6^XAP%m}5BWzylAAdx(D?e)!=X9UXC3@}ff^t<5R&qP1~03IPHH2oNAZ
zfB*pk1PBmFgFuoS9PlAxvu4douJeTFa}8Mh{rBG=w-1jP8?dnkH5N$LJ*?6G`|n@l
z(G5p{009C72oNAZfB*pk1PC;Wz@PldpCng=LRj?dv(LU`c(18brzRbSjU$gdvQa41
zNq_)>rWZK+=%eG0=tYYb4Q;X^9r~Hid?xpEe)8nW@4owP=uKX9XrwhbOJ1}F$c7+5
zfB*pk1PBlyK!5-N0x1!=?Y7(EOE<gjx@&uTd#S3zMV^ThCngtp!WEwIxcO3z!~Sse
zkV6iM+h1|T6=hmFR2Knx(Yml3lmGz&1PBlyK!5-N0t5&&oWS_;<C7~w)!5i~-+dd-
zM8O0I5NK9`3opDd{;0q7(o2Ut$L{X#6Hh!b_dgkvCQaJ7aihHGkV&h3qP%Feh4oK>
z009C72oNAZfB*pk1kxiA9z&m8w>k9CLpN>OR9M@VEn7bO+0Vw!lD{vWHf>sA%Vf{Y
znKP4a7cX9%?6;8;0eR7sEQB%$5FkK+009C72oNAZfI!Lx{^*bXD7nZ}jg3G5^FL3y
zfbs|sAdnq_d+)tB{-_W4mk6=XAx}KqP~sck_(tx3HFn>9_vG!6yLDof1ms1l1gl#D
z1PBlyK!5-N0t5&UAdpUhV~#l{xll7^%$V<f_q$I#@x-e4Ug4oL7hinwxN+m+2K(%@
z&)aXmoisk@oO23qNxE&@wr_v?+ew>UcG+b(mzB~f)&y0_i#EX`ngRg=1PBlyK!5-N
z0t5&UsDZ%z`SZg=WIp$~&z&~XuOp5);_$-{U$SIL4Q62o0t5&Us6^ncx86#w?ca0H
zJ(ZkNrp;xSU6%BgyHVy8hw36AFIpFNgAyP>fB*pk1PBlyK!5;&dI_vtxia@!O_}Wn
zAAB$rdHnImCv93<TEdfMX3UuJ^Pm4b{5<*OlUrL`lcQlHTxY1)yo_5$Kwh*Ajza_p
z5FkK+009C72oNAZfB*pk1PBnwra*Ed(A{?1t)ru3m<TuBbW`s41@ZPU`*iw<3&@L(
zIH?W^5FkK+009C72oNAZfI!LxLfW(NqD|hOGtM|8p2ga=Ye$V5m3Or0+fRJr6K*b=
z&ZU<ZP3O9(iU0uu1PBlyK!5-N0t5&UAV7cs0RnXtxagvblB@k;d-#>inKLKpFy0t`
zpL!Ts0eR7p_0$^y0t5&UAV7cs0RjXF5NHU2xpU`^9z8nmx=r#nJbJ#Trze?6coJE1
zsMN+@d+oJh!-nJ(8>teI7fsc2D24z50t5&UAV7cs0RjXF5FkK+009DN5Lmo;aqcz$
zWy_WgzpAI6dMfwZhv9dqhmjSK7adtoy%8WlfB*pk1PBlyK!5;&MiJP&dGj^bT(jSP
z`z4oy!hJ+TuyE<prG--nS9m`5v5zG!^ES>p>#XhDw-=sePf7&jMN_g6${;|1009C7
z2oNAZfB*pk1PBlyK!8Ac1bTaWXXU)+&6_tOwY~c4t7m@j8j%ilGJ*o~q9cf@D*^-v
z5FkK+009C72oNC9hytCRof|i9+_Gg$xHMFz{;saB`|i8%)KgF0d+)u+j~^d?hV2_}
zxWR2j%b=y?ki2M07D5>W2oNAZfB*pk1PBlyK!5-N0t5&UAV8pw0`j7D#5Xhn0t5&U
zAV7cs0RjXF5FkLH1_JV;H9$550RjXF5FkK+009C72oNAZfB*pk1PBmFxq!TA$`?p^
z1PBlyK!5-N0t5&UAV7csfnf^Biw+ae=>!N6AV7cs0RjXF5FkK+009C72oNAZpa}%z
zMVnv|O@ROb0t5&UAV7cs0RjXF5Fk)SKwh*Ajza_p5FkK+009C72oNAZfB*pk1PBly
zKp-Om@}e18XwxJ>fB*pk1PBlyK!5-N0t7NEATOHPr8jW`1PBlyK!5-N0t5&UAV7cs
z0RjXF5Fn5U$crWvHV6<PK!5-N0t5&UAV7cs0Rl}aATQdK%W6^t2oNAZfB*pk1PBly
zK!5-N0t5&UAV6SH0`j7R;?kG^0RjXF5FkK+009C72oNC9a02q84Yy<pCP07y0RjXF
z5FkK+009C72oNAZfB*pkBQ78>I^v`{BtU=w0RjXF5FkK+009C72&76tUNlw9p%?-L
z2oNAZfB*pk1PBlyK!5-N0t5&UAW#<pdC|JC8<YS60t5&UAV7cs0RjXF5Fk)90eR7y
zQ5%Q=0RjXF5FkK+009C72oNAZfB*pk1Uf!=p-7v6ylC21L_Guu5FkK+009C72oNAZ
zpg{%hz4zYP@4Xtd{w6M4UbKl9*VG6QAV7cs0RjXF5FkK+009C72oNAJe1V>xp850V
zUwGk#Q>IMWV~;&1O`0@y>eQJtXTI{vD?{jf)TmKAz4sczxlXC7fV^l`d38>J009C7
z2oNAZfB*pk1hOOG`cG=tT3$4@OQSFX1PBlyK!5-N0t5&UAV7cs0RjXF)Lr2I`|qDH
zVM3hnEc_V~q|28tA5@XPFBlY8EgQ>=)>7M81PBlyK!5-N0t5&UAV8pr1zi70?c&Od
zrgmu*Mt}eT0t5&UAV7cs0RjXF5FkK+0D(FR^!E0iciwr08PUQ$=bwLmXJ==HrTV_0
zLa5p|lNYVMxe*BvAV7cs0RjXF5FkK+KvN31{*&5el^0Fz(kP4o0RjXF5FkK+009C7
z2oNAZfB*pkbriVdl1mDsp{4eOht#iHwW^Y8eP2+CQeE1}i`IqRpacjIAV7cs0RjXF
z5FkLH`2<}5N$r}-i>7vI6h?pm0RjXF5FkK+009C72oNAZfB=Dd352K2=S4%0Ip&zF
zufF=m8*lvH_r5oI^5ndu;qBP5W1oBOxd99IeZhc4^=cq5S}%Fy5+Fc;009C72oNAZ
zfB=Ce6L9?}wF@dQn%bpN7y$wV2oNAZfB*pk1PBlyK!5-N0tD(MaQNYeCyCIhQ>Sj+
zxG}Gib?ep@KCQl`rDfi{d3i1K-uk{E4<tQr<weu87Ahe?fB*pk1PBlyK!5-N0u3$T
z`cG<?PhK>&OQSFX1PBlyK!5-N0t5&UAV7cs0RjXF)J0&;nl(vS^xSjLEmOmiB}?|&
zYp<knyfJImtTLzgzMu?FeGkct*4N+Y1PBlyK!5-N0t5&UAV8qT0^t%+m0qo_t?^}|
z8qdgZ0}9BC4oIW{0RjXF5FkK+009C72oNAZfB*pk1TrOX(@i(Um-Hu1n$+FhU4HJJ
zot<Z%d1hW@bmq*NrOuKUEhSU;{qmx9UjhXXAV7cs0RjXF5FkK+0D)QxBv)zjF6@lp
z+geV?Sd|FKi&mnf4FLiK2oNAZfB*pk1PBlyK!5-N0tB)naQf+|$KMOwdFP!K&idw?
zZ_fKF;o^%gE_!bAO+?Y7cGgiqUbK$*h9*FO009C72oNAZfB*pkwHHXP(&Sy$8Ns);
zpOg{H3&@L>_i>Z}0RjXF5FkK+009C72oNAZfB*pkSreE%d2;-{z&r1}Q~BH<dE}A2
zZyC-x=bYZ&-n<@?HhKHKt-FA{Xx*1U0R#vTAV7cs0RjXF5FkLHmIBFDnh^|$=5<xe
z=@_dL0eR6%l(Zp0fB*pk1PBlyK!5-N0t5&UAV7dXb_90bdFS}reos%&pk}>%`SM+M
z*(LXTfm2UCHLsK8n}|X6tZ@wl<V9<MYzP7b2oNAZfB*pk1PBlykRE~LDoyUioRQs5
z&tz2+3&@N5O&~yk009C72oNAZfB*pk1PBlyK!5;&T!ArT#>8I@6y6;)w^`BcwQJXY
z{No?b{bu2qV~*+S>Pi|X-$W#PY@|d$UNj{Op$q~92oNAZfB*pk1PBlyP#b~0_uf0c
zhV#lRudE-@S8Ho)+;eRvVwB1S<V7pD(vkoH0t5&UAV7cs0RjXF5FkK+009D75ZH6i
zJ>yIIn>TMB!hFM72OfA}Ze;ZE!w>K1=!m<L7aam=ZBCIFt&Ou$2oNAZfB*pk1PBly
zK!89>1itf~@5C2yo_+S&kuAyfpON((!QSLWM-Wq21PBlyK!5-N0t5&UAV7cs0RjXF
z5NHB{qmMp1{<2`vqD4cSPDqD-<};u9|Jl12AUUf0-s2z_6efjZ6_jIAl&K`L<HE5a
zwqvgG19R<|IF9WQ+eF5MIC1=-?BEz*!@ZQHmCyqrX(a&`2q6g}WGsZ<l0gW89!M)5
z+NV~l)oQicm-hXB&d%(N?%!^6bksB5(>vSU)6?_a+EUK+oIdA&K4&oZj((ihBcnIm
zaKq5hkc`IP7i322!(HS>eL!Xk1Q0*~0R#|0009ILKmY**f+KM7;6dZto5I3EcdO$2
zA9p=n9F4rFi<k_B00IagfB*srAb<b@2q1s}0tg_000IbvK;VG~9x(p0VBWlW882si
ze0=)!>3U>z+O%oCy}kT>LB^zB-$-86YhlJm009ILKmY**5I_I{1Q0+VPy+Id7~`v(
z8*jYP-NN|($6ZesM<XxlA|^v2fB*srAb<b@2q1s}0tg_000IagfB*s^5ZJYAm+_Yc
zQ>RXq*k{HoN+c5Z+;fi}8NK@ItJTYlhvi0(1jvhe1k11pAb<b@2q1s}0tg_000IaE
zR^YGy`mc@eYUE)tE*42%)J05phaxZPt|y}*fB*srAb<b@2q1s}0tg_000IagfB*uy
zF3{TAs#2XhcI=qsa^}yUuSU}wlN^@YT^ArP>N+U{B7gt_2q1s}0tg_000Iag5O9H6
zvt}7z*Bm{1)WuTCi@J#E?oi}K-SuQN1Q0*~0R#|0009ILKmY**5I_I{1Q0+V1On<H
z(5tSxYVzkxtXZ>0Pl_7t5GaLg3FJjXwxKKs0R#|0009ILKmY**5I_Kdv;sv%MaCC3
z3l=O$+u3;s@}kbIeC|nJ)Ms#}LjVB;5I_I{1Q0*~0R#|0009ILKmY**f-g`|P@oc?
z(w=<5yLaza1Cke=yr&l<kQenrl`#=O009ILKmY**5I_I{1P}<az|hc;@kPxiKJf_`
z>)g9{?<;@!adAwBaz%i=s4I*Nf&c;tAb<b@2q1s}0tg_000Jg~Xf$fN!b=1YKmdUp
z5~!%C(Bqw_PMw;3@x{f(mtK0Q8g}vnGJ?AT<VD@}WHba2KmY**5I_I{1Q0*~0R(bF
zAok8rPE<>glN2B?I!QooM*sl?5I_I{1Q0*~0R#|00D)wIpZw$}mtA&QVPRqNTU<c^
z0R#}p34uf+u~GZkw{M>-W!Kf!{rH_9R|aGd7X`?Rx`@e82q1s}0tg_000IagfB*sr
zAb>ys1;~pAa8oD=0R#|0009ILKmY**5I_KdoE8`v8JRL=iX0zz?X}nD^g<{e0R#|0
z0D-&`ATOF%+s$GTKmY**5I_I{1Q0*~0R#|0AP)t|i{{~`vt$GiKmY**5I_I{1Q0*~
z0R%i17#tilo;Cdb_rKrMi5MIK1Q0*~0R&tWATR17CPN{B00IagfB*srAb<b@2q1s}
z0s#~tFB-s2p(F$lKmY**5I_I{1Q0*~0R(bdfV^l<Zy&`YfB*sr<gEaC(Y)Py7LEV{
z2q1s}0tg_000IagfB*t{B0yd=Pd1umB7gt_2q1s}0tg_000Iag;F|z>QQxSU2mu5T
zKmY+31;~rKh{;e0Ab<b@2q1s}0tg_000IagfIt8R$cqMWQz!`m1Q0*~0R#|0009IL
zKmdW979cO0)7wY!2q1s}0(mPyUNmpFo`oZT00IagfB*srAb<b@2q1t!o(PZ^&6AC0
znFt_&00IagfB*srAb<b@2uxC7^XAPT`p}2&z4zW&EM`B{gz}>O{rz{|dFS8!&EFIi
z71<BVy9gkF00Iag;Hdz4QBQdp903FnKmY**5I_I{1Q0*~0R#}px&V36tZxAYAb<b@
z2q1s}0tg_000IagkP`x*{p@Ei`oqt+zx{3d$f)zYsDwpty6Glk*#G#C|HugkibMbb
z1Q0+VtODdk!@9Gq3jqWWKmY**5I_I{1Q0*~0R#{*1jvi>Nk9Mr1Q0*~0R#|0009IL
zKmY+J0#7{ggc0nNKkXx<4)daVSoGqHFW$3fkCQU!g8%{uAmD>Q-#b4(%q3I2Gh3fO
z(=m&c0C`a>8LlIM00IagfB*srAb<b@2p|wX0iVB+@p-!N?U!3CA}{KeB;z1}00Iag
zfB*srAb<b@2p|x8fr5epCy`N=7rpALtE@~+VbOK#)>-xR|N5?7yDoA3Q&?E&e}&A5
z00IbjEg=6ZX#5Yp*Ap4ztADxpGaa*736K}HlHoc62q1s}0tg_000IagfB*vF6X5%w
z@a?IS6_FQpqC_7A5I_I{1Q0*~0R#|0009ILFa(@LM&&;fHj+P=UV3Rtw;+c_rQn@A
zcdF!4+Qy<qi&CzUiwGcqKu!zr_XRn<eHj-|UNmDmZbSe91Q0*~0R#|0009It6R6xi
zwCV0nFMdb+;+d7iUHK!x_dofw*ZNAyi|QJ*5kLR|1Q0*~0R#|0009ILKp?F^+Q?{I
zTbmKHoHAuf@@N4Mi%P-dMU!`pD+nNvZvy;%LB8#{v0n0``MK|`8UX|lKmY**5I_I{
z1hOb_a9Q8Nk2HGmJJ>#+#dR@tP6+V*Pfl!;>qU|mb)A#}5kLR|1Q0*~0R#|0009IL
z2)%$F8NKz^TVt`9zGR!cs2n|d{q@%yY0`@?zBo{ip;t@L^P*#8W9m8$1Q0+Ve+2mZ
zg8bQQeWm0@bq(4GAb<b@2q1s}0tg_0fDZ!XMSVbK3M&D=|FMz@_jU53;oe_XhX4Wy
zAb<b@2q1s}0tg_0fJXv)Wb^|c_`t}>h?>YMFWTJP{GRu`C*WaGS%sb#HAP|78fhSa
z00Q9_;O`5<y}wqgBQI(t!*v7@KmY**5I_I{1Q0;LBLVWF9>FrK69K;eaiSEyKIBEi
zx2LQK0R#|0009ILKmY**5I_I{e*}K{%U>GdPx<qjYpzj|(Uf^n35#BF#TBamGtWHZ
zPmvkSLS8fjG;TovfshHPzc2Xkhd+Fs_dn|24k2UAx#f@-&ABb3U<43A009ILKmY**
z5Xf}_@}jxEgE?J4-~Z(F_GMf=dC`pNxDf#a5I_I{1Q0*~0R#|0009JUx#boW@==k|
z<h-aUEPD6dcL$k{yl9YjhuRQ8z#jqi_XX;I<o#**vpQz65+E;XCBt<D5I_I{1Q0*~
z0R#|0z#{?jq8`CAtP=sg|8b%ezCPqd!?&lb2mu5TKmY**5I_I{1Q0*~0Y3$9zWHVq
zA~GVQro5;rEc(MA{?O0zGMJ0JXa;E9f&c;`6X5R)Lbjm}mqT9EAr##ZKmY**5I_I{
z1Q0*~0k;Imi@GJrI2j1={Z9sHA-ILSXb3iuB_MzR0tg_000IagfB*srAdp=FQ)Kka
znKMR$bjp+|ITsccN%ErE{Wvi@0tf^_fWI#Y!Y=q<19?&Z&6yDa1Q0*~0R#|0009K@
zT!6f2o__$cyL`U?$*zC4W+yM2EqUfe009ILKmY**5I_I{1Q0+VOagjj^w0nN&sARZ
ziYu;Ar;i5zWKm;B$cu*QlgU~TKp-=Lp)CDmRxNkAB|u)(ElI{f009ILKmY**5I_I{
z1RM&G7j+0lH!lRT^!3k>7i(cm=K|zKom<fp0R#|0009ILKmY**5I_I{1Z)KK$f(MQ
zsz$DaMP-3{Ui4k>dYAl1)>c2;wr#Tk;VlFZKmY**a!Y``Xm0Hn)gpiZ0tg_000Iag
zfItWY$cu(x6IlWRxg|heG`IGPY7syH0R#|0009ILKmY**5b#Z)rKP3T;^)}0W3Q$9
zx&Hd=RX|j4{L?@EQ>yN-RaaMA%uw6e+3DL#O%v&PQGFH3?X6q4n(pN#0tg_000Oxy
zKwdO=_m0XDKmY**5I_I{1Q0+VM+L}>=IF*zHUhaTKwdO=_m0XDKmY**5I_I{1Q0*~
z0R#~6PT;3M{b_PM($6b$u;-E`OT1g4&B)|MZE$!C0R#|0AjAUXMMJ!~EDZq!5I_I{
z1Q0*~0R)06KwdPM`$AO+gjj&QXoxqLr6GU-0tg_000IagfB*srAds=ZHP>9@XF4?H
zT({hEOUCt2=0-g)IyN>onW4BB0R#|00D&A5ATOFjn?<PzAb<b@2q1s}0tg@w4gvC_
z;n+u3fj|xkkQdFN&7xEU5I_I{1Q0*~0R#|0009Ji6WFq4%V$3G8F{{Z^3O*;@{y@i
zr@lMY&t;cgcJaj*o5G)RMXsmn{_ZQUyz*lo`&jZ6a^;I({NkZQhkRSFK9Qamjm2X6
zTeJ~C009IL2(bWp(GYJgOG5ww1Q0*~0R#|00D)i%kQWW+zEBkcAr>Gn8sg1mX$T;I
z00IagfB*srAb<b@2>2<`+}wP{6<3(TqQ*-(t#o8$#Lr?TGZ%T$$>?z}0tg_0K<)~V
z7tP(hqjCfgKmY**5I_I{1Q5tk0rH|bx^a|^K<)~V7tP(hqjCfgKmY**5I_I{1Q0*~
z0R)00kTNW)pEa68kx}xZ!TDTK2?7WpfPkL@<VF3|W-bH}KmY**5I_I{1Q0+#1jvi>
zF+czTp9RQ^`V7u=2q1s}0tg_000IagfB*srgipW}7QOS%JB?#Sr%ai0^UXJ_6Gw9;
zGD==Fd>>I(ga85vAmBuRyr>f;`XGP+0tg_000IagfB*t63Xm6d5tE@1K){Irc~K`y
z^g#dt1Q0*~0R#|0009ILKmY+N0aIA?hd=ybTU(pTi^^R&7a1ilYPHu~M*sl?5D2#b
zdC_q1FRMcU0R#|0009ILKmdUN3Xm5K;HFR#0^t@QFB<OsWpxN3fB*srAb<b@2q1s}
z0tk32kQ^43=}dW1xsqFvQSzdmer6aP0R#|0Ag}`DMFYDv6ovo-2q1s}0tg_000LnZ
zATJu$on>7J1Xh5&XkfR7!Vo|J0R#|0009ILKmY**5D2(He}Dg<{^_5p$IZ*hqDH~V
zc~QBpM@IkZul_0)iv@Od<V6F!H57&b0tg`BsQ`IVPk9*}0R#|0009ILKmY**5J(mv
zFPdz^6$B9QRDiswr@Rb~00IagfB*srAb@~x0>z!h&(uEiQqxO&&hByXclX)d&z^qv
zVCzBO7Q#dbAdo8p5*Gctzx%u7u&C6ZGA}CE^~mVAzV)rZMn=ht=E{eVIuSqs0R-F?
zATR2!C!-;N00IagfB*srAb<b@X$8oOrX`{S0tmP(Kwi{cPewxk0R#|0009ILKp-mu
zJ)=D{if8<)_*dTj9`8M#m8CH$0tf_CK*FLo-E@-*i~i&%Khf*7%8N>$TW`Hp-SzEn
ze><3wQSzetZqh~o0R#}p9|7{B`Loxo6afSfKmY**5I_I{1Og&JUNj&ZK^X|-j{tem
z{Ml<(iU0x#Ab<b@2p|w*f!cvu?~<a%$cNevg&2^fA%MVy1oW`z#TQ?^ZrwW5?KXK)
z=~+-v5b($-c~R4b@)7|A5I`VL1jvi#$wsqG1Q0*~0R#|0009IL2#x@G(ctU_l^~EO
z0^~*WWTROo0tg_000IagfIzqf8iyM7yy(Lf4<BedaHQi%#=nQ!4=p>sOdqqXyDZ#>
ztPTML915fji^@3d?d?V)bjp+|DTfVsWR$#U%3b3k0tg_0K<EX?i-vxSSs(%kAb<b@
z2q1s}0tf_6fV^nXc7%Em2)zJ#(a>)(3q$|`1Q0*~0R#}p2LY8ARZpdVtm?7h*l=cR
zkH(`<pL$vki%OfkXl9t)g+RyzoP<SX$%BJ~Mqc#Y?|!$HK#(J&<VCG^jq3;?fB*vF
z79cMg?)_zT2q1s}0tg_000Iag5I_O)q5<3#N<tvq0^~)*y}zsu0R#|0009ILKp;;9
zR9;kKq6H-dM$|L2$fzkS`qas%jM2!8=E-M?Wg=iB;4myIBdEOS```b5n*oCy8MP^!
zw-7)80R#{Ts{nb?u<k7DLI42-5I_I{1Q0*~fxrro7Y*#zP#6MX6(BDf)}3Wt2q1s}
z0tg_000Ma>pz@+?YSvWsRb?C*HHAgr=y+p$!*=qbdG%Rhu?W}*{P@Q|Hckz__~MJ#
zty^c)(_vmzM$jXpg@uJSWAYXP2q1s}0tk35Kwi{qVa7)Q0R#|0009ILKmY**OakOZ
zO(48P00FNB$cuU{%=ic(fB*srAb<b@2>2kN=S5{YJu*6@WX9r(#Y-xer2So7xp-#D
zOd}mCe@a+Xh9WQO!}c)+0=Xjam9Kn7@}g<OqOu(4c~R-CBBS@*b5E{NP$vQiAb<b@
zp%fr58p>^DQ3xP_00IagfB*srAP{5$@}fcB9cn`$lmg^ML%FRi3IPNVKmY**5I`W`
z1Wb8RS-wO@XB5v+;m?USjIgMTLtZrBK1-|@0ULqSr%yldzyk*l9<=FWyfvY`sNAw`
z+crs!c64;49hnXYAb<b@2q55{0C`dGY#A8=1Q0*~0R#|0009ILNGU*GG$jic5kSB@
z0rH~W*)lQ$2q1s}0tg_000O=VB<DqC>eV%?CmItq`WGHM|43-^qP}e+6Cn^Lfr;it
z!?bqRf&c;tAb>#b3Xm7g-Myo71Q0*~0R#|0009IL$Wei!75$Ii)a=FYQ0I7#nou?Z
z2zV+$Uer@w21ft^1Q0*~0R#|0z#oB>dC`}eUefcTvr1<*4mJ)(2Ti{nBOP<g=juJz
z*REG(lNVJKG!Q_*xd3@l=T`JY009ILKp;2*<VAzC7gT}(0tg_000IagfB*vdCQ$nP
z;Nt6>jNe1c`|@r1tQP?Ud=nrq>Kio^A%Fk^2q1s}0tg`Boq&_Ps3bxqGTJrTrI#@r
z8=hA_PY;Vqo4lw_L>mDFG7umyngJTOAb<b@2q2Jk0rH|*-vSCi009ILKmY**5I_Kd
zycH;UZgAm88jauAAI<H&XmljeeI{1Bf8_181G@{lH~yew)mK{{`)u=)k2fv-WYbe$
zY1#hst|L$Ow;dmga|UYOe&Shp_5{d_X3w6P5kLR|1Q0*~0R#|mO~5`c`b_OJDiNwj
zMonQ+_56DBqONTW10j&F0^~*Wb>~?(0tg_0KyC|=7tQVcqk04oKmY**5I_I{1hOp<
zizL(unJzYd`@QyTugs76Lz5RhTQ;VGuW1{SAT3@$I6jteLM$WOf3B9@*u3)Ami2eE
z{qFyDA6eOd`oL)a*;pd(WNi8%kVgXKMe}I0St<euAb<b@2q1t!cm?e9qHlG+wWno|
zDKcsbi*BgfaC+dh(TBWfct0tu3;~}6qS5HosZ%ey=%SB*{Np}N$utNcfB*srATVhG
z@}iR_WB>#ZKmY**5I_I{1oB!y@}g<;ff;o8&7I^$bLn$6p}eT^dHD6`&UV*D(=IZD
zk!Ad)pJ>`Wv%9r&?3|-eYT7F3fI!X*kQdGQEo1=*Ab<b@2q1s}0tlQtmo_gdNT$f>
z-1509K`LQU=|EnTj}ih1xG1n~+qT<pzy0vx!!C}=PzWG^00Iag;Hdz4QBQdp903Fn
zKmY**5I_Kd&<l_koy->J=lP;4KfLIpjXm`-d%(={qH2mKzua=>@TmP1yo*3S2#^=e
zhh1ik2q1s}0tg_000N;GaFQ1l1U)ip3X96S<V8dOIbneaAb<b@2q1s}0tna$kQcSV
z;VlFZKmY**5I_I{1Q19oKwdO0Q9g8NDIa_GJ8k<H_a5IlED6v4mhs47JRVE@{<-jp
zbMj|oATE7gp4Fq0oJK=V8I_Na4bdd?qQ)$n?(P^HvYW-G0Nz3%90KG;!?BO70s#aN
zKmY**5I`W$1svu@Md`)n7gbVJ8tZD;DLV3^ih>3L2q1s}0tg_000Ma^KwdNtH=QLT
zfB*srAb<b@2q56UfIJ^u1qEMS(CdEz%oq@Xfwplu^HY5oq*3zQL7Uo4c~MECnmZ@X
z#m9f2N9{fnt2;C*pRUI~)2xqgw3pv}cBm`qUh`PIMj*5T<V8cfwJZz)1Q0*~0R#|0
zAfE&r=0%5N!}H4L>3PvvrL($5y9_GwqWScZVXX)tfB*srAb<b@2$%)Pi<(7vjQ|1&
zAb<b@2q1s}0v-q~{p9()=xYnfi+VtuJ3~rtQ=UYxBApWNw5i>c7nQiFP3J$pl{nXW
z?DyxLsws@diZ7jwj&RCodOv!EQh>Z@D7TeGA%Fk^2q1s}0tn=rfRnsva#+*|j;hEg
zdC`3P*sxv%5I_I{1Q0*~0R(gb@}jy1Z3GZN009ILKmY**5b#KVyr@U8IXditrG0vs
zQyyM#wUA8mqQ+Q>a}`^L^jW06?Pr}<6LB4Za0`$Z4fp=CIs_0v009ILKmdU}5lEXC
zHHAet)NR<)vPT^>YD7lKi{{Cvg=Hdu00IagfB*srAdpgkyl6@mE+T*c0tg_000Iag
zfPlLKLC%XN;^!LQipX=!pZRv%vKyNhU*9CZ@^JIC0&-(hab)kjo;BZSUGniJx%ao<
zYd^fazsJG7X$N=GVSFrc>eZ25_jf(@l@=-BvClR?|NV~Q^#enl4i4dTGJ$7(noA;j
zlC$e{)M~2C^P+zkvHr-YK9RI#YOA@pjzEY7$cu(}b6FY!2q1s}0tg_0K>i5W=S2^-
zAJQK~FJVzb#uOPX?J6}Ar0Z+fE4u9s+l`B5-DT<`4FnKC009ILKmY**5D1?DdC~Cg
zDJwz%0R#|0009ILKp=nu&hw&1T+{ed9$fBZEfV!qcb#}?*y@(u1>MQr>WfC@dFZA{
zp}f=+j45yIsEI!L<(A|djVqGd9J4+%Q&m{{{Gcl7(DFWY-PA}~z{x!$OFz+MRe+>e
zB~5A?Cpa&A>SKE4ou|CYi^`IZtnAn4TKmn`;5bkT0=@~57xj&ri4Z^l0R#|0009IL
z@J_%!FFLzywmM2wg++~G^vGyINdb9L@Ain15kLR|1Q0*~0R#{TxBz+4fNv1xA%Fk^
z2q1s}0tg@w4gu$RQ9at{FfY1yevi7V>UWlT(U*SJZR+;Mstb~Y>RoAc)t*l<Cf_Jo
zO}%r<_M@L}PFsJ;bA#&M*B`aaizXNF`ePS7&s`0oH&%bW)#f?x+5KF#R*vbV4tHAy
zgC}{us4O!+eojta)u-!gPJei8c72!~0oMh{i@HwAfCwOf00IagfB*sr_%C3e7qtqD
z8g=TCQSzex?;SHDfB*srAb<b@2p|v;0rH{&*$B!&009ILKmY**5I`W@0s+j6%1NYp
zhS1cu$%{6<eZjNTO*iT<C9x^bthf2eEH7HM%dT?00C`S*EE2?1M&EjRK-IbIQ%yEX
zlh2EafBB{%HJvoxUOQm3DZGV1C<VxihH_h36aok!fB*srAb>!=38c)6?rhwtlA_XB
zR=I3f<F1syPgFml_gqu6Mgj6XdPPA40R#|0009ILKmdVo3y>EL_x`dv1Q0*~0R#|0
z009I7A`rB^=$;3A7JanQ$PjM5r?aJE?Dvn4w@6m%$9ulIpjSNwe%Jk7a!%&hP(p5$
z#G{-hTJqc9KVM#tCf4pBvDtzQ@}hd>8~&qR;*?{<zb_yjOUSXAhnM%Obs1&+?*De%
z6p)p-q9ciAH=aN6^YG*SHf6Yy7ai$|>zlIvjy9Vac?*G13Xm5K<+idY1Q0*~0R#|0
z0D*iHNY0B!<I(x$^Ys*{^R_&gemM5Wr?ik4&9~1I>qP(o1Q0*~0R#}pTLJQ-dAs#2
z903FnKmY**5I_I{KLvu87d6s@g*P-cz7<L9pyx%68zt`8c6==5jRS4ta$u%PC$7A;
zC1p3`Vg`9pHL{$UnQ~+)VEN5wRX1tqXQigR#m|e9ZvD-j?W(*-{#SE!)FP+*hq7GB
zi^@pLzi@$x&55RdYA_c9z6p>Q^^KZ|5I_I{1Q0*~0R#~6PQa8Gm9Xg3r=E5m5KZp+
zSk+@jWR$$9ce}>O2q1s}0tg_000IaEN`Sm*ptgfz5I_I{1Q0*~0R#{Tt3WXGqLM{)
z0-l@~?QM+N+<5xHh{{7sLk_pJ>YQ<2wD>oJR%6Qbq0Vvrn9~=2*kRMzpSNO>M0Z{E
z$jbgDA3q<am6KY#PDkwva4Rn==d3#16#II37l9lVATOGu8%Nm)Ab<b@2q1s}0tn~=
zdS28N7F~aOeQ{T@!{5yfn`f5HG~%O1WR$$9?o1m21Q0*~0R#|00D%w-kQWW{=CU*d
z5I_I{1Q0*~0R)005Wu|X&ilF?`k3;fMNim0KV8O@vn%!It=AnKwVEiiyy&X0w#WnM
z?SINP4(jp9p^kC;{_ehea?gkaR*m09A8phtQEfS8)Jaut<wYf`s-~7k&l$VKue%zI
zhCmPm$cqMH7pMUN1Q0*~0R#|00D(ygsJ!T^ldJTTMc?RnW1=Hh^;OC9=v8EN^O?;?
zyR5rxqC?Ri0R#|0009ILKmY**a!7!@Xbx=_r6Pa;0tg_000Iagkh=l_%!~FkI86+i
z@}iMJ%kx6j2JN1C{xr+t^#kg<sgYS;w07T!X`JMja-L`54d+kttlBl4+{e2s)w_rF
zaHgrf{pVdBC!=X2uSR)p<wcM0yr87kV~&oN^^S;<5%5`nyr|FMOosph2q1s}0tg_0
zfENNPFFLP$o)PbqKQjo68nx+>Q8gfWQ7<-*F%duj0R#|0009IL2#x@G(ctU_l^}os
z0tg_000Iag5MqI#<wfQEPltI$*%Uo5y8ezfC)-s1!jK9{zA~rB>Xyv%qLKx*8c@Hk
zm%ZukPW>&f+xB@;IdOD%LAN}f-bop5<wa}uj;I}xM&sKNC$rNBfzSw$7Y)r;vJeCi
zKmY**5I_Kdd=^l7(aDEJ4MsgO%K4)C{Ly0V2q1s}0tg_000Q|VKwdO|_L`L<fB*sr
zAb<b@2q2I}fuQ9@oj;6T(DdNtfu(&;7*8J<Rp~@IPSfg^4DzDSeA`iARc1W(>iLA^
zBmb+}ss=Bv+vi1<jKIcYX|k^#<wcvwi+Zu~j2U17@}dFW97;m~0R#|0009ILK)|Vh
zDK9#wY|es;1(W=pTRwM2@eCC}E$J$8S`GaWKmY**5I_I{1Q0+V2L;HB=HRALG6D!7
zfB*srAb<b@xhD{`yy%f9`<)}|dC`i^Lr!jNcr&6>k(+;FdA4T;dC|S|El(>o71nh+
zs%nr%+GM8bb{AhJ;^!g*@z%<*155hka8bRgwclzRAG3>$x|J8@dGs!BC`09<0C~||
z+%;-O009ILKmY**5J12raH{{53U+$bc&+6%)1<sa009ILKmY**5I_KdFbR+s4byJ2
z76cGL009ILKmY**0xJ--ylBN1N3l=CQ_qW5?HYE1-1wGPdC}ta15OH%J|jJGJ()S&
z6L)x{r`^Ve65H?X(hJ*lzvcO>Qi)r6(IYGS^+|iq#5`RlgCh_$0rH|j+Y#zP009IL
zKmY**5b#rATf?@3k^<wmqNl>esl6LHWs&i7@rTPF_9!VT!#-I0;9zVp<<wk6009IL
zKmY**5I_Kda0rkW4aYvR3Iq^9009ILKmY**0xl4=yr{$2r=fa5Ui5ca&Wl#=aGG=-
z8&2p6$$_@<pnOOY=eFL{sn;e)p<31ER$laX|F>J8ailj8=~=5)a~%QK1;~rKPRf7?
zAb<b@2q1s}0=mFhe5`JuZh!0kXKSB*<oF}<oOB6i&M%+8qI$*FhOLL&4>t@oMB|qK
zUq5{)FWOt`x2TL|c~7~EQ+PMBO_7m!Br@*)@96lb&7{1A00IagfB*srAb<b@;SeA%
z8jgKr6$l`J00IagfB*sr1Y96+c~NJvPeV0Oc~N<;y2HJWj$D`*Z4FFb^xQc)WmJDK
z{i_Rltrq20UUc~v&gyy51aVO-aju6{fV^l(H<o1~fB*srAb<b@*%xRYZeCxzUZpYZ
z8`4wyC(b2&uG_m*r*|X!OvH2|u(58VI)~P1$j3FUOyf|a=`PbtiBA_+7Cu@1<fb#5
z4zwOP*>|#ctk?g43eqlw4hSHC00IagfB*t{B0yd=Pd1umB7gt_2q1s}0tg_GT>)?N
zqVsxG6tK!V2%16c(?HAM#y~uezBh=^qgS89-~GSy2Yx>G8Oy(aaV0N0(sKdDZ|-bY
zWzaw%PXx$|=E+90Oau@>009ILK)_Fd!RX-Xn$`9J(Uk8lsa$e;;IyBmdY9_-Ze%}w
zm`em|2Wpc)t`75}$v39GGP`uP9KD;B_%z#%00IagfB*srAdu$*<VExR1HkeTKmY**
z5I_I{1Q75?z|*{_!#t<MZpk1S+~{3ibnkr2qc}~Kch^N#j8+=sQNPb`G1X&wS+Qlv
zNqMg1MJqO6Fjw*V0aG!&L?HA6<V8cj#Vim31Q0*~0R#~6S>ROvshK4+(}v<~I>-@=
zzSZnqs?)oXeZyfQ5g3b)$tj@8A6M`4qH3<fV}<fh6T5%_0tg_000IagfPilT<VAg>
zW+DU-KmY**5I_I{1oBzHd0uq!^-U^9IN<CN>d$_sP2Cdu^F^PX-sbRwRJ(6Pu`IjM
z@&HeVqq*L#X7Bm(q|WGQ>NxA<^P=(bbHD!F1rMX|Zy9%eIShzEzy-*Q27H4k4*>)a
zKmY**5Xdco;;v$qc2kX|l}q33c(ZM!ZFGDzo`}oiw&gb(k4i4Is;^3(^gW|^hUzR0
z@}jx5>EW*Sg)=YcA5PWwAunpowXSwuWIPgXWLAd&0tg_000Iag5D)?Kq5;_m%0K`C
z1Q0*~0R#|0Alw4Z^P(&MzD1=R+fPK(vLxc?^oVKb^P++ii=>WLnyhxuJpaJ=7k<=X
zdN=DYOMW}3Hd-3-Sn5ShJ}>&_ngM;HXTI$;aGP}^3P8X`0rH|QVlos02q1s}0tg_G
z=K?kTH7ZSKG$bkNBvvQc(W9M5)hUkTMf3cF6rAPP4b-WR^vlgJtF|<pe6Smb8ueTH
z#`;W4li;)@s3k|;Ioc^liN4tM;{5XY`YlF#LB)c>=%DFdULt@10tg_000Iag;JN^L
zQP)Ws5CH@bKmY**5I_I{1d;`u=S4T&-Ko-jRlA0hhcaDhufE`^>-mrut$TgcgpmAF
zo<6_i<L6ImJ-#!&Wbz=MUfJ@~^BcYV=Cf9FO)@XqbTpzqPDVopw3>_S2!vRGyl99w
zm!%<q00IagfB*u13P_%<prk;Lx@|hMNwRRxYly{TFEza+Bajz$jz&-K1SG~huWX+2
zk$&#<bN$hN{o|cMUQ|X%TdgEWW#kprEA+Xfz3AAYu{hsar1hf%0tg_000Ic)hCt+<
zpWG-npQ<D;noqmUS`k110R#|0009IL$eMujyy(GYeJbE5+0nEW%gLFlzclh8FS_O%
zt>;o7#(7@r*tQ{^Ww1S1PhcPJ9@ooz=~vz7OTVx+nY`$U7l-v(q`m##t_z3fmCFL}
zeEq{i^jwCW{BYz&CvV6I2q1s}0tg_000JVgx@NVWaNAP9MUrnB$kY$kJBih0FmlRU
zq)t_Kc~5!DKABzgZsg4B;jW1as2!YDI!lfK9f%I7kBT%r%8MFB%0D~BUB&uz(w5BX
zM3+E+1Q0*~0R#|0z%7AzJidSb{s$g-;HH~yy5^c|rcIl6`|Y<cU%veG>C+iZamgi@
zT=a*Z4DRI?PX)+}ddkb-2q1s}0tg_000IagU<f$Ri#EM|!GVzWLC4bvMoodhe8`K+
zk}Eb3*?hD{dgJ=xqR)RnSP!F@gJ*v8-FAKBWYevdlSy7QajxTJ^tpe(U<#S;$uGA=
zM>F|*Osm?$ah>mf!m*EOS3zDhEfF0MKmY**5I_I{1kwsL4K?Z6wk4HICUmlB+VS-c
z5~Y)ecT1XXYs1!+)hp!$NQv{wQ@o$9d3x{Jy|w+du|!PoZ{Jp#K&fBPi^?EXeN``<
zc|q1<jK8L4O;LN1^T&dFH?mrhyA*0zqtQ0f_G-(kD^ISRTQ+xg>Fh_3Kf0rFhdiI%
zm7N`m4V8D73(;d$kIgBYBf@fi=7zcrhuaVLM0!k>WaXvgmeohPvbR!d@G~!JEcx`n
zX;p*KXc%nBiUyM+fB*srAb>!g3+&mm=gKRuG!mZ4e@cS1wzhUcMC3&$#N}sa@}hof
zGZz8~Ab<b@2q1s}0(mRoJTEGVK0Qge?)J7=Bz4BGX77mJ(`e^OUQ`xqwbG%k@fBY>
ztIKrML_PiBwH_NQdwy`V&(ZS-hdReiNzPSYZLxWDp_9C*+&(sx=xvHMz7;vJv~T$r
zE?B-nAs2^x998J4RnP|K`=6lgh<Ejn7xm7Tkr6-u0R#|00D=4wSaouh9&9^1eAbJ#
zcZ_zt-2Ae{3-!5@+cQgM9%wz_FxHqd)hYQvNk}G-Y+TvdxYJ1_)w_|!)(Z-?Wpci2
z^7GJ@#={j4tD`j~P+Cw@VEi8KJgP>pX~^JmPNo_yWka&5ts|{AgLwT`EFO~tvQeAl
zkd2da{m+ZaGWWOc*NK)_E%$oujE?{U2q1s}0tn~=iA3TTzxYLRMl|`#{rBG=jXM1+
zC-R~?a-iDeMFX`R6oUW)2q1s}0tg_0Kv)Hw=S4+e|KeUf?zrObTk2jP9UJ~*YIJNc
z-c%gf_=7(_hW@Fqv~2%*m+EhoqLg9fq32GzC2v6nH%f3(&9(U_oylVwS4y56RNY>G
zw9l%WUcl~|-HSfjXxz2w?#}kAF(XeanaP2+@i*5DEWW-;jVX;C|Htzuu&c#BcUQXv
zN2Mf5W{!`YPx(rFsAF6XgO$g@>$Mr}?lX30!kF@+vUXXZ`c)Lk!|GRL3)JVw3OV1d
z^Zif0?KpYSeA{u>ivR)$Ab<b@2)HgFXGQ9fw#QFA?)nrmU{|C|pCxTuGKcaE@wAmB
zr#knx>~&>u??(2B!myH~VkQ5XR=_xmRStAjJ>TwpJFRwUcd6>1wjtSIBdD2nSl2sj
zYuIL#C)s29cpKwqB`+$mXO&zvO6nc!b$z`IhyVfzAb<b@2v`ZsojW%<8ftY#9#Y@j
z+-x<Jex1Cit`Vp<dC@>^2gM+O00IagfB*srAP`o83FSp20~b6_T@U`5+L9aWZyDb^
zzeimUeO^=+Sg~bDt=GOGPhht?oz=xpn#zkN7n3&6dFF7Mzt=P6MU$tnzaj$lMQNsR
zks^nN;`^T*+ALQ}B`@j<BZDA-00IagfB*vdEKt^6rf2_*hj+UUGSQHvl(e*R>3Cw?
zz7kWaQy!A8uf?V<	MFC~XG!Ze))rWG(HZ?KVp`y(P)g3FSp!YkAEyLfV&G8@AdA
zd-PW0P@^iWxT{#rl9jxu%q|DFs(PexsQr*Ci3S1)Ab<b@2q568fIMa16b=2_*S@xR
z@#591SI?R?>xLU{Fuf};FTecq^78VuRgo7>OO&k+<VCY3&%6jAfB*srAb<b@2;`N(
zgz};y<0K_0VNp5CQaa~bUR0KBI)XK2X7Z_jY#HtM;|c6GdC`=G85f`U-)B2drGILP
zlTSkOEK5G#B!{xLR*s!Jf68fI{R5X~v3&oN1}KbglNSx+uCgWs5I_I{1Q0;LSAh+6
z8}vMzI*-xaB2-9H&M$qV;|+P_y-Xx=P&tB9exvbdXQcD>w%1M1k(V<n?aR<pojV$L
z$a#{+T2|MrmfYZ2T%M32bBy<l^+?=tM)3@NrJK%dvKidFkv*c&AHr@dQyx7p=ZFqQ
z2My%Nc%*)?e$~lU#=COv<;F7`6^Q-$qB4%^DUCU0b7Zq5o@xlo_%eHUr2AmoLDT7`
zC;Cp<AiMrnED?LC{2`;%71b-GFf~QC@}k4BVV&;D>L*o6G!Q@l0R#|000B=0KL7d8
zt3>GSx8L5|Yd+_^v$He#Y4ua4Oxd?@pM7EEMeTjE_%3<TEaEdY0tg_000IagfB*vd
zBQVjtsL1p-#pH0v<S3wVW$iax<?-tVU>@d0W#Pwn4j0~V!K3GOD|u|a4=0Nn{)zZG
zNoMYy->dJkUW}=|;!9^wy*eUyIr&MO7hU>^rWJqRvhMb_o%eMWJ<(sgf26ND=5TN)
z1%$E>-~WViTkRJ`Uew-)cM(7U0R#|0009Kj3Orc)pvtq&E1Q?Le`XzeB0c+B_DN>X
z{&oqDuCHCM>XF9C_=wFdda6_1B_}$jyrn<dzo24)>Lv|IJf`d^7rh(VBMJ#{>PwRt
zu+{0TrV}rXyKM5Jk~r0)wi4pC8d=;Vl`3IfRf!}^Wlyb;UBAAwai^MEwp$-RTX|8b
zL4v!gDrx8`R=q;n2q1s}0tg_0fQtfcZEY$ndhfmW+KhbS#EHN7i@#8vjmE}}8*OeO
zFKUC6-M7e#X4jwD5kLR|1Q0*~0R#|0z)m3X`-4Vbd$?E9p>krR#3P@+tyPZJY&)J`
z=SIp=nJRKA&!bmjk_fHdJ-q$iE(uJ^li!!!*!<kTx4-rDz+iitC-JEf+-*oov*%3g
z*tVfPvwNPqtNpRhG)q;oYmeV@_JtpHytc6S#7o0No!P0)-IeC_Xng;Z)7zJE@#IA_
zrsGBg5I_I{1Q0*~0TGZapPpoUy5{Muv&0ke<yFg7RdN`qO-aeAPW%26ebf)YTzhJ*
z)!^QZY&B!@b>|eakNUbKv1uPl6eT5WG;H#s`U$jhOlxwTrYn*rU0S(RjbG7IVd~(~
z%jV%`HEB_Mk!hAJ=0)WsTUD4e<it@^ZM;MP0R#|0009JC7g)1qjgkDEHf`GYc$&Yy
ziAJM8{_&4Zk<sPLms?duUern^>(|MPW_=4N009ILKmY**5I_I{1Q4(nu*!?t-^IHK
zq!i%$pOh@2zerv*^jpjV5kLR|1Q0*~0Z#=?A-WfvUi5T2hl9(ppDJG`PZhVh%arO|
zc6^zAPEv-FV5Ayc8dgW1dN;Doa+2S2NFk4X*B50vS~GcAQ7SxEsNZ6h7nOvq>Lw}B
zw7kY#O+!uUuH`2zlLpC!Wqd_Ks_GceM~^?6T&L-yF5%L&b2Sb%s#QoMt*X_4`&;+x
z<8($kt$K1D0R#|0009ILa7*C7{_DSt{O8uKTOE$McI{eIWc0xYA53{KdC`<CLAXd>
zGzhyu4G18B00IagfB*srAb^040C`ax9NwC!0N?*iR4g3*$%}?#A6W$g2q1s}0tg_G
zErHI_PCdzHe>kU~Mb0muuL`qypt&j4DY414MaJSW{V2}z?(&qkcsFv&>1-}Kq0o;2
zeeU#gHlwMxj`to{!qTwHi|X-O=O=|qTytj0Of`Ni5mWPe)R3sNnyx$2ojgkx^P*+l
zWvVu5IEktz*UuFM5I_I{1Q0-ALIOA3aDx&4?CR=re&g$}zpk>N#_j*}KmU_RBupcy
zKBnuu%(?)1(X4L)1t5R`0tg_000IagfB*va0^~*QeRy|50(}27A+FGLCNCPAtz;nx
zAb<b@2q1t!Rs>o`TJ$7aaaVCx%1EA64?y;g^(J>Pu9#AtHpx<b1pTgOYoFEMQf<AD
z5V<(An!;ftEro<LXB5v+`&ivq?PTQ9@lkb)G_3NXa=xqTW_1>8%IWkQ`^NfG_HpZ?
z{xN>7<+YT<W-%{X)mx<urEzBPOv(zmhyVfzAb<b@2)HP4#T8c=fzNn6KA~Z2Yir;8
z-uLPUjsDxe{hMhJ@}d(W^|Ld1Q9rer3jqWWKmY**5I_I{1Q5tTfV^l1Xxw5Y!1q5^
zGU2{XUNqeM%jyt7009ILKmY-+1zLs!nitiNi<HNLTRG^d&c{zYZq?0ny{hkges6Bs
zT+_S8OYcTbIi1bLv=ou?h#p6jC&=53roXkYVxhV*WnNU0sH%fBW|hvGT{>HSrJ;W1
zu-25n`i=5<dVOAZ+wvrOwUEWf7R$?&<7Y81YC6i5ylBb|;vxbFAb<b@2)HY7*=3g*
zna||YLDNpu-roL!4}3t6jDGEFUyH@gpBPVGG_7H_I*=F5mOS$!fB*srAb<b@2q1s}
z0uBYpi#mj&n-c-P|8b%ezCPqd!?&lb2mu5TKmY**5b#r=W3)rh_4)HWddWA|4b;7I
z_Lbk%{$|<nWpm2rBnJ-lsw8e_Wum7#cQx*^>SnrbT6M~Vp?4$e#kfKtk6+ihQZ7fI
zRJGUFu2(mv%!`i1MpTE%G-SKgq^>t!Zhl$S);iK^HGUTJqCAh@YE!t500IagfB*vC
z30!;awMO7`U|=AFS>&#dee7d;Wc2f&|9m78F@_>9ngOXlw~!b0$C+6WKmY**5I_I{
z1Q0*~fs6&ni)Kv6jmZLh|C4Nz4_C;G=EE+tMg$N*009ILK)^eJ{%F6-+DYT3=9j#i
zOGcI_%fE2u1${;*?egw&tE%)=XHk2RRX5Z1;n=V~?@(;W)InZ)H?lF8ixkbn&1yL_
zOJ*jo#p;TFa%sxEX!~fp8hJ7e@A9H;BW<cMS&r38<$4zLqWfF-t0JY*8R@jCleZ8+
z009ILKmY+(1it#!uNrC3x88ayvjHU?`o%APQICw?aKjBlL%;ujIg=O7jMRs_$cy@b
z%oGS9fB*srAb<b@2q1vKWCUEyi`Ey7F8oO2<bNOibn|3Z#JyP*;QOB};%9Mc@}gP9
zXKDlxKmY**5I`UV0%P$pJ;}EA)LQQr^;YLw`drT2rQM}gRq3ftn{KAtO{<pBtf_;%
z^loGs++B+L!Fq)$hqWfJ#p;S2@v3f2nHQDk$g2*MX?T<um6KHE0rW;;50yU@OPqg3
zYVwk^m>1o2W|OWbapmOlxPkxz2q1s}0tmP(@W2BP7*Wr8^X6qd^7#1p^y$;}$mq0b
z(|UV*$%|%8>h+D}MZFegd;}0c009ILKmY**5I|s(0^~&}3CQib0N?-U8u`;EFPcAl
z%}NnK009ILKmY-c1ZJ1cR$;dJ<?}t7rLwnD%`(x3O%PO1b;?t}9TsoOi}sE6CEw`X
z$gWf9sm_9ug5<SWT}gYsXv1KGzFF}^+-j(-T$dANRe23V4fZu;F)#XX#lxyjX(Y}i
z>`Ucc1Q0*~0R#|0VDbXHcI`59o>QkzmDp#-111uQd+xbMkBnY@_0{TS#=~->M*`$U
zJ%VLe1Q0*~0R#|0009ILK)@{l@}h1@GL8uF{ZD>=49JV-=f1OQ1Q0*~0R#|0z(s-Q
zPCuuI*}ORXaCCfhM)3@NmKD`2j&>ex9ch*6V)2+H=u9CxJ<8}XFPan2qxXVBo^P((
z%Bh<UKOXCA*Q*;-o-cZK_^j$6jmUV!;mH1U+ts*Bl{d3wretMpex-xzEDiZU>YY<&
zh8u?(^;=S&Lz{M`@(I@mS$T40+FR&=00IagfB*srOkSY1wN<4$ckI|P$pPojpRY#K
z8<QNC+g%qRFX}oe10sL`0tg_000IagfB*u472tXFf!!M43gi19->3sM5qZ%-Z3o35
zfB*srAb<b@xhPQ5RifwFs`{#2U&ZTfud68}r+0ebblNGlH*8n8ILwRwuIYDahc!BM
zjCQEOrI9jVsh=<E;>cc5NCs73&QNT~p~IqMi`0!N^P-ZXR2`%t`Cf-3`_oO&i|Tb|
z(C!`UO|IFMyy(%cqk28gQ_acsa0LMb5I_I{1Q3{zfI0~Ds;jPwL?-(m{;XNEMo)?w
z?FrRGXCDN}i~4}f6bK-I00IagfB*srAb<b@2n0uf?|*``7rs?OUeq^gCPDxK1Q0*~
z0R+M-Fc=-w^K4I6Kk52PA3gr4n&QolH=T?x$1ti}9Ogyk%u**KOP>>cC)D6`%I2iJ
zOV5kCII<TMax|-2jx=ieYf`SrbWsiq)$dA~7mdcFY5SOl_48%$^P=%Y{GsxPbi<Sf
znfi&wTnHe500IagkUs(i1qCYMDecKGeE06%YC!U$llSyu1oEO@s4^x32q1s}0tg_0
z00IagfB*u472x}yz;2Cqg^?Ha&X$o8KmY**5I_Kd{1K3hs2*u^_ZUfu%;|$WdEUJQ
zAmv%%>Mn<QQRy#_ws*2?TN}2j!Jj$xOv+pIyr^3vdq?ry>F3mnp09g8<%&!f_0X)`
zn=&sdw=6!kSdIM1@kdO9WcOw8^P>83vcmZIiN~`m#_R|nfB*srAdpuA6%`eFyz|tl
zQ<GnQadGjbmtLxdo&11|;I069QFlEV4FLoYKmY**5I_I{1Q0*~fq)C}{ZGI*$cysG
zi+Z8Tm<S+%00IagfIz+p)DPCHOrSL63`|Kjx`kjm$I{8j&BM)lJ<ju@PL9@;r_awS
zou$Sv>n=;VQd3^km65%psO+s&E0Tts8JluZ>Y^lamsT#-Z?VdYzSi=Z-mQJKT@8|3
zjs9rAz7ToVeA@aa`8;~lKUOlklS$K7MF#{BKmY**5J148Kq8UYsQv8Qx6k2?_TB30
z>VEvrk9|+x^<RLzsQ>27hyVfzAb<b@2q1s}0tg_0Ko$k~{wIt0*_xWXXtv~;7Xbti
zKmY**5D1fiqzCoqze})fXXDPy7AR5Af#`sK?^t|H&*{la{oUlY6eG`n*Kcv27nP)|
z+@3t9ex;<VL?7H#t?FsYi@GwhcN8-6%#xXEU2<ruy+d(VvFdCztn#8gksiJ0@)OJL
zM^=DAYsg0H3y}|M+6pI=7p>^2(5I93hPn-DXQTrH2q1s}0tg_000NT{ATK%@J?=#S
z0R#|0009ILKmY**5I_I{1cEO>UNrc7M1=?-fB*srAb>zl2*~M+Gm2;E3AY`MJDi*a
zs#YiGcD{1<6&ay-tXEx>hQtf?hs(=j(Diqd+i!Hdp_d_T=Xp`-e6;Im@|fz%aBNsV
zTy#y%8ugZ`VakiTGP0)>`&;+xZky{jTWw!?Pr2UHXj|n)g=OujwR-<OXZM(_a^j^w
zc~RNo){)j#Cs*lW(k?t!7>!4B0*WFLKmY**5I_I{1aen^ylC$39hD=100IagfB*sr
zAb<b@2q1s}0!{?Ti#k!F4+01vfB*srAb@}qf#bc$O(D0(sveW@TiSaiDO%oLKEHgv
zal0umDz~q%U9U!-Q#QxyY3Y)+JJ5PS^;C@s<wfN#$wQ{BS>|1IY>^sP8f_zODSOJr
z<h-aWBYQ_7am2Z0bM@6pMzN}|Y9uxyu(BfQActzMt6gXGnO8PXPP|n8ZSta~C%MZl
zFPwS7N&2yGtnX0Up{AiGD`Y>fdz2Ry+sJrCPGPMZsFNh^!xaxJQq_=)L$M)07t34-
zAb<b@2q1s}0{JOGUNk@VomC@%00IagfB*srAb<b@2q1t!{s@p4&7Zwyr3fH^00Iag
zfPfDIMeRi@<fa<StCq{-%R3{T^3Zc5c_@`gMpR;ir}|HAZ`iIMA1Zex=S3w-r$&>8
zobV|VNq)~b08_@4G~KbDW6O>&GrBFTSg1!C9p**1Hf&W#q&{2wY|C&<EFP0mWqc|1
z^|sedbv|GBybY<I7j<!D?<iy~XNS+~&i3v4!TP;t_o_ZNc~KcT`RVGjOK0zG+1oza
zE}sg6QJkeM)Mp0I>}%OqSXpQcE=#s?_U*07=S63h%#@Fi`jwYT&!!;>VMXNIVwng5
z1Q0*~0R#|0AU_4ji{|IPvuXqoKmY**5I_I{1Q0*~0R#}p9|7{B`Loxo6afSfKmY**
z5b#H!s<%p|E^Sh9Hg6^8MI}l2)XAr8ZZW;pIokPB(@W~2!@Q^*D=N8Gb(ei3?eoF)
zyr_#Kdq-h>JS3dyB*!RF(qGQQR7y6;#>jF~sOmhSMriV)6I!)&md{x2K&?Oj*fI+O
z2q1s}0tg_000JUFUX+gk0tg_000IagfB*srAb<b@2p|w{0rH~Z-d|RS00IagfB*sr
zWJN%Zh+I*<Vxs9d>A(2c;+p;%i9{xsJu*I$@=@KUStP0|=U&R~ndL?0#@)@kO=Bj%
zTw1wQ>PaqAzhcUZx;U~&6sma1>n=aBJbBf|6?qK3od0Qbma}11x9YxXHG)+`HdoGu
zRkt{7<Xc`;h~&f5Jlve}9|S8~t|Nc|0tg_000IagFnIy;qLVjd1OyO3009ILKmY**
z5I_I{1Q0+V$O7a=gS<P`h5!NxAb<b@2;{Ut<51(;Q)?Y&0@u~9YZ_{@56H<=xi_BK
zXfvQZ_+Fh&nsHuK%*(pVOpl(|CzXfG8_%h?-<{;Vs9Ph;I9^cb%aM&}8EJXt>?@M{
zeX#UFIdOE^@ny0i34D$x##PUi)hm@u>qx7*Zqta2N90seCr6md7Hn(SCZ8hvPle4~
z?!Gno=g})G)tFs6TQbs5oOnV$*!x=cN#?d^tS2Drbyttk5I_I{1Q0*~0R(bFfV^l<
zY!gKyfB*srAb<b@2q1s}0tg_000J2ckQdFEjvEm`009ILKmY**oCruhu(rSU)s|N!
zJG!KDiG%><2+%oYa~?nOxa1Gz8RZQ_4bgbi$xucgNrb-M_PUHF2VKfg^ULSUqv|DV
z*FM_rV$e=XI@WV+L)`|6^BD!NI=M=!m7`OgmzuJtizE9(k#ZGsF`kI)soKHlpjFT0
z>#;;kP7Rej>NBUFSx~V+#*yEJ6${tYtl81HLmqA4G1?*HC*Q~w1Q0*~0R#|0009IL
z@J@idsCTxEi~s@%Ab<b@2q1s}0tg_000IaEL4dqy5O#qY5I_I{1Q0*~0R#}pIRQCP
zRGpJ4X-^l!x;aNd!3ZFL00IagfB*tc1orOT`^tqsPVS<Qp917X{nTbI1Q0*~0R#|0
z009ILKmY**!Y9D@Kf&Kq@}j}tBPv7y0R#|0009ILKp=nua>T33i^@T)0j!Xc5I_I{
z1Q0*~0R#diaLFZ?Ty)`2pvt2d5g;$h#{dBY5I_I{1Q0*~0R#|0009IhBf$4RlhO0%
zUh<;;I5P_Z2q1s}0tg_000LnWsP3y)VNq$+^w)%Gb*u#e1Q0*~0R#|0zzYHXzQ7Ar
zcgG|z>aHiFA%Fk^2q1s}0tg_000IagkZ%Hf{}cQjCodZOJ)%Mc5I_I{1Q0*~0R;RJ
z=#F$3wHJ+!kJ?Np&z&#nD$&ED^ULSQ6LFhccnbjp5I_I{1Q0*~0TJNu3xfYKATJvH
zJ)%Mc5I_I{1Q0*~0R#|0009JoEWr0aLEassHu9pu-y<qS009ILKmY**5J12mfsWA*
zBM2(bmp{>WqHnA(7LQ3lRA!GQV)C-AyX?{9kLqDjY0Fuo{*=co2q1s}0tg_000KEJ
zz~2`HfBVRb27iyJ5CH@bKmY**5I_I{1Q0*~fglU;{ZEj0$Ec0GXz=%l3K2j60R#|0
z009IL@JB%9MNNrNo0nVaxA;>Vvmk%~0tg_000Ic)x<F^rPp+>heD#wT4d0%!A_NdX
z009ILKmY**5I_I{1pE|8`ueBS&)J#Fi2!*~Crb1|009ILKmY**5I`Uw1SXmn-PO3u
zIDOO~oZ5j}o8+qVx8{}2^QT~DK>z^+5I_I{1Q0+Vw*<(G=GJ~uEdmH2fB*srAb<b@
z2q1s}0tg^5Q33Lz6BVOB0tg_000IagfB*tv6_D^}{b2pmHBYC_UM{U%Dm{I6ATR1O
zIMX4300IagfB*sr<eLC_(R|x+){6iF2q1s}0tg_000IagfB*vdCO}>^-*%k!B7gt_
z2q1s}0tg_GR$w?be7yI#93Q&6X7&8?`7?@V%r2cR8PVtKo<GuYq%+d#=dq%yTJoZb
zf(8NzAb<b@2q1s}0$vD^7xhAwF%duj0R#|0009ILKmY**5I_Kd;0TZx4bEOr2?7Wp
zfB*srAb<b@2-paa7q!9REd&ri009ILKmY**CNDr<bn=FbfB*srAb<b@2q1s}0tg_0
z00IaES%AD~kavgL5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q75?fV`+b&dh=U0tg_0
z00IagfB*srAb<b@2xLouylA%MnHK>B5I_I{1Q0*~0R#|0009ILKmY**5I_Kd;0TZx
z4bEOr2?7WpfB*srAb<b@2q1s}0tg`Bg#dX`FH{*50R#|0009ILKmY**5I_I{1Q0*~
z0R#|0Km>+{hFV)&`}+FO2)+P$(cte96(WED0tg_000IagfB*srAP_(SzW)i}rdX9k
zUerp4>j)r#00IagfB*srAb<b@2q1s}0tg_000Nl_#N+X`Yu8?L%{3Rj^D}ko)WX8T
zNF<WkfZXMS0C`a#keLDj1Q0*~0R#|0z%7B{*zi-;Pc5lj@^sD9&zyS3#ov|HD;HNR
ze)a6DZk5V72q1t!SOxh0Cl_~?yl5`&8Z{$;00IagfB*srAb<b@2q1s}0tg_000RCC
zNZNDSJ3sf_bB|R4(P;GZpa1+jLD38T?_d7qUv_qOTHVO?><W+<&8|PQBY*$`2q1s}
z0tie<V0**%Ulsq#)8EnY(Fv7AX9N&HARGdG{}YaVv|0suQ7aj)BY*$`2q1s}0tg_0
z00IagfB*srAb<b@2<QS86%{J|dHncs{Vl!yi(mXgbxUr1-~%7vlu?~4IBoKx!PyHc
zK>z^+5I_I{1Q19ou(NTer(sbUd>}fIwhTHTfB*vF6X5%w@a?I-BJ!fT25kfoKmY**
z5I_I{1Q0*~0R#|0009ILKmY+N0eQr{k^j8zy6dd^G&MDuGNPAWdg+x{Ua4Q4H*cQR
z?Oe~I0C~|Y;xjb@2q1s}0tg_0z(fW1weHjNqK_Sa>{S1$`oa2)e~+{unN>PVACtW3
zL^p;02p|v+0lxnU$39xEg1o4e4A&7r009ILKmY**5I_I{1Q0*~0R#|0009Ja0eJ?!
z5&L}Ni6`{ydi$5Z{H2P9UU9`0MMXu4L_#`rcXxmN>t8qCk_0J7jOu6sX_FTX$VN~G
z0tg_000IagfPfPLl^2~+Ji`ciuB=`e8IL%*H@Q#UK;7)p*~U0COJ*7k@}kL5TtNVV
zd=TLKpK$LodC_q1FRMcU0R#|0009ILKmY**5I_I{1Q0*~0R-F<`0|&(Yy>_lD=Slu
z8IQ*=zx;BQ7k%ZGSM+Y<<Kxq&O*7uzzkk2}7VRJikQWWYE>Hsk2q1s}0tg_0fI|V5
z7ya$&-%c_zs)t3FR4!S3Y%zIJhr2*G1P}<N0N?+Fa$D7+$crip8VDeO00IagfB*sr
zAb<b@2q1s}0tg_000K4w@)&v}?b+Mgo3dL~Rh0^hUUk(~#>t|3&rO>)86EDw|9<^C
z?H~w{7Y)KLPy+%8Ab<b@2q1ufLjjc+J<xifq^m?lMxU&HQqBb(i;p?{J=uR!oh&M0
z(Y~=h`IEe;!(E^o0tkdsfbV}oxvgqZ<V6()4FnKC009ILKmY**5I_I{1Q0*~0R#|0
z00A3;E3drLNPEgjp((qqSg}IoMGFcFlKZr`w;LVgsEXuwxsqK0@}k-GXLbY-KmY**
z5I_Kd2?^+VQMpl%j2dariT-JXMP(@Rq7&K(IwOEU_yqX=CwzOVuZX;;u0b0C1Q0*~
z0R#|0009ILKmY**5I_I{1Q0;LO5oB<FE!Gh$p?oTxBTNj{-er^mX?+#k0U`-qr=r#
zU!D9eSF$TWUNpP@%#Hv82q1s}0tg^5ApuifRPLQjWOPp1964FkD1f}^gf@cC2p|wX
z0lxnU-=69#A}^|I&_)0O1Q0*~0R#|0009ILKmY**5I_I{1Q4(ixcu_VjkIUV^F`(2
zyWaIKl^2afA}Pl)I!Moy?{YDV0^~)rh|kmrAb<b@2q1s}0uvQT&Wp+j^ULR}V@2f&
z^$(Rjw4h=^%HKJqb5u`hymIyxRRDQWML`1r1oBgW?|;I*@8m_py}zsu0R#|0009IL
zKmY**5I_I{1Q0*~0R#|mOW=ba{GgHc?CbmE!8`iMm6eq$Ec&TWeM)~zZyS9sx#SZ4
zBJCgukQWWYE>Hsk2q1s}0tg_0fJ1?ldC^~2{aR0fN+`5{tUr0c!)=EpO{(`SYA;gV
z$crip8VDeep8|aU6YhN{FB<OsWpxN3fB*srAb<b@2q1s}0tg_000IagfPh;9|MD;Y
zVx&Ef966Fa=Kc5Iukxac7A;EdAXlQ%sL|)W?|pB|4qVKl0C~|Y;xjb@2q1s}0tg_0
zz(fU{<V7VBnj9I`!=f`v{+JpiFFH|w`Xhiqhz0omC&Zg8OCv8D?)_zT2q1s}0tg_0
z00IagfB*srAb<b@2q1ufTLR0LEi=-d)2B~2jVVu`|C2xY6O|V&FE2NBFkW_bbs2p=
z{NWF$?7+n=3Xm7gB0f_ifB*srAb<b@2uxJKJ}<hVZi6~LRF916VbPf-GdG{vY;+?p
zI#GZ6BY;4N1^E6a#G5NiBQF~6{bh9sAb<b@2q1s}0tg_000IagfB*srAb@~d0@c;k
zDiOM6%N8|kB9Zv{&wsAoy8QCX<MFt9S8tS-mKxn|z4cc8I_)3`kQWWYE>Hsk2q1s}
z0tg_0fI|WMyl8i%du#nxQ)JW>7Ht}8+H-afc~OVpbVC4v{1M>$pK$LrdC_q1FRMcU
z0R#|0009ILKmY**5I_I{1Q0*~0R&tW_}jnzTa^p_(wDxpV#SIlo_OL@pZb)#D2;^+
z7h27@eED*t=YRkAe_Qq8dbR|}i)Krnc@aPW0R#|0009It5J;OBl`-|m=&X`iGm8KC
z^m#d1RKlXtfxKu2^4x*|0{I{ij_-eBvDm?b2bU~a^1bhU@0;KJ=J&t<{a^q3*KfZ0
zrqzGuobk@OHIZB6*e`^<sJ##GB7gt_2q1s}0tg_000IagfB*srAb<b@2q*!0(7YZE
zO>R$}I(2w>SoJqGKK<!W8@H@nxzh9&FS9N{UNq}lKmiCKfB*srAb<b@&IO$0MP)QS
zGHM(ps=}i3E_qSs;PgZQfxHq3!S_FJzy0>@x8MG?R6lp#d1p;cjawV))<kZNlXhL?
zMbi?|0RaRMKmY**5I_I{1Q0*~0R#|0009ILKtKs>*svivCTd)nGG$6}ak1)YYIJvZ
zs~hEb2h+Q}%(?)1(X4L)1t5R`0tg_000Ia&7jT#tl>whT@uYe%y)>$OtJN&zMHK}N
z1Q0;LB#_hJ|LoeeD^*bRf@^ZnsA<U=ymV_Kx5ja@1oEOzl<0#10tg_000IagfB*sr
zAb<b@2q1s}0tg_W1gfj6<ze(H{Ao14{N*n<Ha4n0$&EE@)~H+B+S-yka3#9}<VCaV
z&+G^wfB*srAb<b@6B2Nk7d_l|SUrZ`NR7@Zozp+oZ_GtrbVBBIMgW0)6Ufo;f23>`
z487~FyGlw*B9TZUk&p-C96EI9U;p)A)w`{&t&`bPw<dCH9EWQmFX|AAZU`WN00Iag
zfB*srAb<b@2q1s}0tg_000O$ez`($<W5?v1cKK7<`dca68#iwJ^*cZDcsykvE@n}H
zyl58jnHm8E5I_I{1Q0-Aq5@9xqRC-VQ)HC9=tSA+j{pLBD3Dv<|41%W@{mR%R2m~A
zBc?6u>FH6C(fjVZ&-AYImu^ku);P{9Cok&Uik=7{fB*srAb<b@2q1s}0tg_000Iag
zfB*srgjImNXjpfabs>NN0tg_000N;DNShbc!=f`wW;P8qZLQy`9!zhXGD==Fl%EY2
zg#ZHiEO6q)33YtvnKNfnQWO^#t3DY&0mrS0+!`n4N>g4WFPf5tiwGcq00IagfB*sr
zAb<b@2q1s}0tg_000Ic)l>m9syxMLSivR)$Ab<b@2;{neeO`3$*}dv9^hQ|JSg$EE
zx~pNAksvK<FH#^&Dwh}+2cqd8qoD4hfdB#sAP@wBhaY~}$b$a#r$4o-M~?KIK7G2;
zO}-4V>Sll4t%=+k$G%$qUGk#325kfoKmY**5I_I{1Q0*~0R#|0009ILKmY**@>77k
zXnyWHt406;1Q0*~0R(bXz&<aUGAwGWRF8}nloXH`&Cw44Wg~z90?7gr1ikIH+l(OS
z?%lhSJE$w`)~z$T{pd$OQWu>!+?vR(ahz8!J;{qsh>Ok$Ab<b@2q1s}0tg_000Iag
zfB*srAb<b@2!v9Ayl5!5l|><d00IagfB*tv6|m2X8YxiyWKrEgkBpKR)n#ZSfB*tH
zEzs4~Wu!pmPpgN~8w)HeD^op3M@J{RYPTkGYn%zyPhNCFTy#bN0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0Ad~{+MMJr*ED8Yx5I_I{1P}<TK+3%6!it4P{!{*xBSx23EnjtV
zRm$H5<qK3#Y3y&^ub_Ayy`rFj00Ic)mOyoNwMu~w4-eZE-_g;bdbYQ>+w@HNmRl3K
zHBQPRtuB%mwUXgF0tg_000IagfB*srAb<b@2q1s}0tg_000Q|VKwdO|_L`L<fB*sr
zAb<b@ArMH;i`EU)smIXkSx_f!iH}CcBL)k3(GYw*SONkF<flMUQISf4#^Z4t1WA*s
zo;5W!Ha%0m<<>-QjgzuStBd4Ctz@{400IagfB*srAb<b@2q1s}0tg_000Ic)r$9qP
zL%sH+BbeUOdQG^g4@)};0^~)5unW|H00IagfB*srAmC8Iloyq-=<L$jPNJb!eO6Yl
zG$NzqMICMd-4H+^*9A;p^61Mky*1%4eY6|&VZCne+O^9_f&TM9|FivE<KyEhFZ$-2
zZ`yZGe%Gyu+!`mj!nt$j{?Ov*=9_Q+(1$+sXMgr*7hQDGb=O^&d@olJKmY**5I_I{
z1Q0*~0R#|0009ILKmY**@=D;6OD>UbjMb06cGFv`PX-NrSlU4lATJt(U7!X85I_I{
z1Q0*~0fz#5UQ`c@E<Cody07}|@L7kydz$yCQ%Q};D0xwbTR=Ai5Xf}_)0aH@a!hY!
z@U@S+MIYAd_U6r-jTGn|cidq=S0a&6dC^0M4%v53e%Gyu+!`mjLJ|0c?a#H>UMqV<
zUNo7GD+nNf00IagfB*srAb<b@2q1s}0tg_0K)wl>{!&0+zUeLX<$neZeOTH-5Fjra
zgk7Kp1Q0*~0R#|000D;rDlfXNew#X3RHB}JV|@-sP~A$pO7zHR;ju#F4AOz<fa*g7
z0R#{TpMdF09({qPw=($JN8O?i>ven6rcFi)^t<2vuKiqkUi9F>gZ7=1-*syux5i1X
zki2NJ30Dw6009ILKmY**5I_I{1Q0*~0R#|0009J23Yh*<K<{IEOMUsDK|>#wb`S)}
ziw0pAr~v^45I_I{1Q0;Lp@7PZ7L*hi@y^V`qQ-Q3WOP=^Eb^ibcY$sQAdu4nrZ0K)
zwV2+@;A<asi$1K^?VUS!8hO#%ZoAEXu1P+R-mQt;8Yg+N<VBNBxPkxz2q1s}0tg_0
z00Ic)w7|~$x_<q+v#$TH{(5Upvrs$&2q1s}0tmPwaQp4I|BLpck7;^K>owt~J}m7Z
z2#^;I!Y)t)0tg_000IagfPg~*l@~R#or{kxZW(SFiVbD_d!+q{I%Sl+sKZ^L8v+RA
zw1DYL9(^sQw<i3hk9LDTtk-RMvb=iAd^{evnQmlcMD;v*@}y1AlyA8;kz3;=7rAKB
zqMup(+;Yn;)22;(-}~MtnO>eppG?OU1Q0*~0R#|0009ILKp>a`FZ{S;;YS)>|9$MU
z&B0tRRUv=?0tg_000IbjEkIt>YhlJm009ILKmY**5O7i8rRJB6RHt`;@;rJM_luzr
zKmY+B1Wuedp;Dld2(_89v$Iq6Y-?+?>6!8^w<dCHoRmdcUHs4g{7-fID|t~XC9WfY
z00IagfB*srAb<b@K@%V^8nhju9t03T009ILKp@uz$cyIs4pKh?2q1s}0tg_GR|1>P
zZ1OHCYK%M_8_p|I7K;D^2;{neo&v3}ueVuFd3m|Yi;j+t+Vo8MmRl3KHBQPRtuB%m
zwUXgF0tg_000IagfB*srAP{5$@}fcB9cn`W0R#|0009JYQGmQ?F76sNBY*$`2q1s}
z0uvJ0*08Ohq`>&C=&6{{y=gmpI(YKzePex#jxBny^ua|Hiwchwy7>E0`9rfyXK$$6
zkUS|@5I_I{1cEG(NF;8%?KUF_x@XTGn^NUF5Tn}<e((dEZdPx(HIZB6Sk;;GI(gBQ
zEL=nY0R#|0009ILKmY**0xm#aG~gRVc?ckY00IagfI!X(kQdFlEu&xr5I_I{1P}<I
zz*u~&ZlG>|>;7kJpMB)`BXi2;NH}wT`TP~tE4DUlJ=}h{VW=S*k7ld#E%jT}nVjW4
z<?fc@>EP~`%4i56fB*tv6<Dxffe{4#+0TAvwMI#4-f_nrMz?34dB&=n{dKn{a%&v>
zYV~)?i|QJ*5kLR|1Q0*~0R#|00D)W)ATOFLJ4KxcAb<b@2q1t!t_YA9&6S;^P6QA@
z009IL2&O>uaP#`w^(u{N-;kctKXESM^IANObb30t&rnRav2LR}iq>ezCpIlh<4~jN
zF4Id%P#0DfK3V<brZbxkv>rIwcd~b^*Z+SI(k_G!2q2KV0+p4OMi5l~Y;0^yxsbB5
zGS#Q0r6pybv=`l)$gOeG7OXmu7gZEA5I_I{1Q0*~0R#|00D&A5ATOFjn?<PzAb<b@
z2q1t!P6&_}&53QINCXf-009IL2%x}VbZ~XeYWsj_%6FGkE;&7L+Rqhv8tL?Oa6grp
zt9GC^`4j6fFPeN~+AFh5XUplkSxHc{*9agGJ^?v9^sc+^GUA}}tohN=QPUdx`ue`}
zo$nYOe({T6nBH~%(yfWy8pnC%<VBrZ(Gvj#5I_I{1Q0*~0R#{TjsSVl;OqsJAb<b@
z2q2JG0>_UZpZt2|yZY(Vr%!$yMsQbvyr{dLjD`RL2q1s}0(l~Es{ho?l9_1}aW);~
zd_~`^JdJdEI=F8{Of(iBlT$#GKe68BMb%t|#|q^iD7F9r1cD%t)8GH-Cw59U^4PIs
z(P&guBaz5kZ@s0SL@$xi=4Q*2lSf8I{`sAsmtTH4<)*kYk&NutI4O%vzDQm)*@P<y
zAb<b@2q1s}0tg_0K=1{~iw1v>s1N}J5I_KdPzqdf$t8t_g>v*k#;cRRak%>Gt1r6f
zqKrr2Mvnx@i+Tjhum~W400Iag5MqJiu3{B+Q;nsSOW*8xvu&hpbbK_Ph|9CK<u@9S
zN-ngjuSy>CJ)?Mr>MRZNq9Oi-<l@p^IP-%3`BZHm@}kCE>uT3U#v{2%N6iR?Ng&t1
z|Jk~At9s(RRpZd1LpEC`c~N!a?%lhsdQN^KV`R6+v8q$QPF_^kpp5_m2q1s}0tg_0
z00Ic)iU4`hT-hn=L;wK<5I`Vg0`m6-67~GT7rxNjJK;l+BxU-@Bag`K#!tv(La-e2
zq9NEsmVf{P2q1s}0)7hA^w+2;ozak_sFO^cWJiy79#uy;k{9)J*O<#*pl+Z}eX3t>
zep$7p;pDU3IMk@$(l^#;nohFQ5~7wUb?0cO93}c<(~I-V=j*o^?FAJJ2BU+fdwGcf
z0)7gF;QOB=M~-~!Ti;TdPrV_}qpzx}viEeD7nMOKIgu*Et#Q<VRt@r^Rx(^i009IL
zKmY**5I_I{1cEF;UNp$NLv08kfB*srgjm4%`vM7kUU9`02M!!?zS6$FzAt|9i|=Gb
zfB%1--%C$_1jvi}<IF4wAb<b@2p|v+0SU7eloaSWw@qg@Nf6HY>SFQOOHD7y2;@bb
zqtVk-0ZB5?E1PG0s-HXkTz|A*|Ac3d7nKpx7Ay%;8F@wZ3VkkVFFLkpEIyX@b~+${
zfJXx1`2I&8L%(m|zD0``efPWH{l+)Gao1gU$$!XPR8%xRKAzUid0te8n#@FcC2ozQ
zkD1&iFPdz^6$B7K009ILKmY**5I`XK0^~)5zeiMv00IagfIuh()ZZ5v$<O=lyU)pY
z?DB-K_q^vldRTPYv}vLA$>~Lr7tQJIqj&@mKmY**5b#-Gb<Ju$-nONFi^SeCsG)wa
z-btn|gOO9-B6X^=%X`XG_R097r-Nr)6*oE;P&+uQbe0?eIuIRDpB8C&lovJ1lYe}Q
zyNdPcq%E0M=f%?#0R-F?;QJqUJp(lwdC@>^2gM+O00IagfB*srAb<b@4h6`II)tJd
z0tg_000IcOE3kL(-pek#OizA(>|-BmX=$;VMbe}XJn(?tU)p!yeYYH#V08=Evn4=Y
zG+Xk_ivR)$Ab<b@IVaFG)T9U7mQ*g8(8;0`TCe2j<jLI<rQ6!Db!GKRIsQ?yeDVnI
zr)!?xdv<Sae{C!gb3UL71WNsSUQ`CD>Z^L;%nPy>WBfHWYl_;7CiF~jPX{;F=&pvz
zt!<?3)s|ORo?JP%Z0_vR*^eH7bVuV3c|N-<n>!R6D(@~AqQ|Npn^QJNkmdZ$4Rsq1
zw;%3_^q4Bi%1enZt50=hZ>7}WXI|7;^67!oss^LcFxZe44JJhZ0lxnU@n?X%XoxqL
zr6GU-0tg_000IagfIx@^$cu(}bF;FvL?TgNU;oroPstYrpZw$}-}~P8UV7=JQ>RXq
z_8oWJv2fu+dE#(?fBFYVWu^FBpY+Z<@09;o+xV%gtIPG}P(K0)<byz0SJ#a<-l#`F
z<$uJsZQGW-_O`aR8*aEk?<rZ+mtTH4xhGeGAV6L;2)jTH2q1s}0tg_G69TJFuF_L&
zXNS*vQFg~@$IHzxOSVv-E4e+hWafd^0}eBdDI=W{4wQIg^2o-OosBykMp8W;+zSo0
zYjVVE^7GIY$io#6tD`j~P+Cw@VEi8KJgP>pX~^JmPNo_yWka&5ts|{AgLwT`EFO~(
zvQe8vk&VN0{m+ZaGWWOc*NK)_E%$oujE?{URswwgV<nU8*U5|K`VLY*0tg_000Iag
zfB*sr<fj06(fr(ZFIFu{(N|x6^@AV$pdRM2YD;`{<;s;E9UWd&lDA_{pFUlIpFVv$
zZyi`T0tn=mKs+9wJ9n=7pD&~Fz3+W55{amVY~Q|Ja-@16Ntt$bcB&3Ef+j#-G-x|Q
zJqRFx00Iag5KI9%C{oX}J$~YGFY4@ybm_CCZA;)#9w45!lH^F|-j=<=AKW7igG)|}
zmHcN~1mieXIn!13e7p1QwBV)PrK*40hQx!7pk~@(UGK21VVhB&#E<0@Zj7Imyr?9f
zRdUrRsduc`_4P6!0th%1;QJqkP`TBOyl8Ii7u6zw00IagfB*srAb<b@h5&g{J_)V}
zjEs!jdh4xvlE+~?7MsA6&Ri)q#DkC*4e{o(Gz3B~@b=qp%VE^|zdNqI_S#dYPDyH1
z|K{1~@Zf_F%HJ}C-Xy0NNM1Cjw~yixKmY**5J12;fwJy0J@{ulx!d*GCz_Cyl9pC3
z9Z!tgS7OSG$`jJ{wb-=fIrVY`Wwr+QNJEy>KH6@xYSUYiES*qZ^tG1POe3UyxwT=d
zJ+c??HV!qa!iu|!)f8FDi^}YBaI30E8i(2ssgh_QfIwCR`2Hs=?A}ePe`|N$b=P?}
z5hEjj00IagfB*srAb<b@2)HOfUera*yd5eUjehi_AJs!Xa_rldEnAwKn<eKX=Z?zH
z;NW0YRn@w6>pt_D&*(kLi@Nx+AusA8CPN{Bfd2yWZ;F5Thkwxj9U<-az3+Yc70Hwy
zJ?iK|jsDlqjJg1MQC)*J0tg_000IagU?s4jZi60XQ-?8H_0R0ON=VB2rEhe+A&<P5
zi6jmx=TFLSG#>4YbiUs9y6HLcazLg1bb4NNN8=7TOww4(>YCLO8XSv{$>1_e&sdLS
z9cL8J&{w+Y%%*G&?vaN65O!mw^5}UvM|3bcXgEj4BlUyzt4^*m-j#DNH=fz3Ozh7W
zm2p&0Y0N2`Bl{)sR0CPYm)W}`-3Qwanoc)8(Rae$+1+<ziP%Hs4;iJds9qt3sqwRw
z7afib>vT_6KdDNhfdB&865#uvY{`2uFL_ZfR2dTi1Q0*~0R#|0009IL@LGVpsMo^z
zF#ZpI@B<a*k>>@!_S$Rqt8Qy+yYIgHrc9Y4caayhx0=wq<V7dMMP~#M2%v!c_XR6f
ztWf_>F*UyW)vwCmDFm==N=g<WFPdz^6$B7K009ILKp<J*!O{m+m~CF!yyOn9T<MAQ
z>}%O4fj#@tBsjXhcD<@c8YAN)Hn-?`QFWIb=a}-A{%HS#iUq2hG$ihrvZry;yTLuu
zkN~H?I!OXs9nfkz@zS`<CNC<9Q$1}fIbN%gg-%kblGjz0NU~J6)yCP~w{|w}R8z~2
z>w{-2FDf-ia933&4L!xGS4bNH1pE}>`yW5GJ)MiZsHeOPjsOA(Ab<b@2q1s}0tk2{
zKwi`%*!&q*4iVM!Jp1<TbGY{Y{{DOKy_dYGLoO%X$cs8rq7MQH1Yh8lS6<Qo&0@3{
zELb3an-Kissn8H0FUltY0R#|0009ILNGl*gK0U_vbj{OgZ}GZAJP}`BwOmythmqRM
zm>lV}?=QJW{q)PVr`Bd`aGQDcx14LpR_aTW#HM{HQJ@sE(Xh#j>W9$ENv(Q?Dch1J
zU0S(RjbG7Ik+PfX7n_Hh)ucu3MW*qym=~49Y*k^>kP}Buweb=G1hOT-_dnT^cX3|w
zqAp@G6aok!fB*srAb<b@2q55_0C`d0sKYwZ+_`gAs^@c``&?L;nG@?GFPanEM3D#}
zU@uTwT6*P`SE_%rsK&Hu)9UN%?eFE?;0TZx4bEOr2?7WpfB*sr1XjS5pnI|D#UPX_
z$9}4Cojg+9rX*8dblLG`_900bN>Y((aB0{adFtulHj6U7<xoQ&`>wCcbhM^vOnE6#
zg~tl@TdeY;60%j@Bn6sQ*qEzns7c+m{KWF)0$jf$AysvZ=cC6T{r~LU36xaj-S7Kc
zxO%zx$}v~3Cs}g!=+b2tzWRpf4JZ2QF*kW5Z&<<LE52%s$E-vXJ?bmrL_CTN4qzAr
zK?K1G1Y`=x3^EUbpgl1U&D1kJ&t2Ws)ph^6<I@kjYVX=rwX14Z)wdVRJhkiD&+vIV
z-Mx1I`guafY5HuJaB0Lb6g3yASx6zGs#SyA%eU+8RQal`YH}R`1d=Jh^PgmDC$2B@
zqKUJmWdsmF009ILKmY**5I`Vt0^~&#XPYH0-*LwsD$Fxy&YUcnwKu0pUeufG!l)2H
zz@b1O5Rgqo)%TRpLXRFj=FOYuur;csR)D-{YW?XQ0R#|0009KjLZGUxN{_MGZ_b&_
z8I3C#rv_$onz<>`DVfQLgY*ad`aYZmH3e3;B(!m>PQzYzqM>gAy71J(u<e*G9<DpA
zkfmUi7u6HC&UXrxxaO$bQL24^m*3R8>n|nkth%f5)r7X6!n|mHO}-kN6r4m=L&wh*
z1Q2jhfagChVy3()@}enU0tSEp0tg_000IagfB*sr#2`RkGzK(o(FG*Eqar<Wf{gx_
zE9IJ+nlHZi;)4%97&dI!ph1KB_3L-V6<74?)$7trFO~9Rk3IJ8yYH5jmBratXJ_ZO
zZQGuH`srJ4x#f~?K5o7B)|Xy->DaMjVOuupKl98pMtvE~-FM$Te*E}~ii)uHom^~h
zZ(qND{S!|-A@h<UNSl(y9XD>=@#Dvx+%9!u%ZvK`{+&B_zWCycKl|CwuDtR}u@zyV
zmeiKj^c{|eY6u{JfOCP`+FJb&5ac_{MHgN4>8GF0nl(#(moW<W-FIJ03kL`~r%g>w
z@}jA6r&k0JKmY**5J)S5veq&^#+Fl^<B{R(>BqYEI;&BcBAqtLQoRNJu8#{p*5A_0
zdNomUw{g9rh~<bH63%=%=Vi5&$LhmBN-}lS*4d_Rk%CoTRJM3k)oiw7H8n0T^&9Kk
z>q9HJct!tA-deUbY|AOkiyo;vq70>Qrs+)B5pod$1d=1b^Pl86C#@IqqDiBsBLomY
z009ILKmY**5J1310rH|QVrF4eU0q#zjAz-hW$q#@S+YcL-==)mU3WQ5jsD;VKadQP
z@zL1WC<ETTd$;5yts0kLlF#SU=OxKfoBFT4_L{Kh^+U^{V_3ItodiU!#xQW;K*`O9
zwqv>yZC+GTuadTvY^qhia{cC;Z$5f7@(v-Uk?;}$1Q3WyK)$Y;z7|Ouzr4KMXhdT3
zef##+zf#E;;erCoort39n#u_hATOFASeiuu0R#|00D(*rC~NU(UR2*JQqBaoGS?%W
z?;L%{s+#Hgk^1iN-fQ`<nch_|6WX}y#YrKehOg77#}VZOc_+<Eoe2jfs2juPMJ0)<
zDo9~W-k7m@W96R|)IZs;HS9nAMme6|;gDjeCMVIWiA*{;NnVC+B!ziV(^jtJMZ+!-
z7ZFH~0MCDt<DAT1$crXZo4yc0009ILKmY**5I_I{w*<(Gx+R&l?dZu#*&EYc2j_WF
zBS*Am&6<b<xc>U<Rp_Xpp&@kVI`yt9^zYxlqoc!U+5W6#;}&^HVm}Pi7-VBo)t6P_
zvdb=uxY1}-c~J?VN*v3oJJa>I-+tSEM!bsv0tmz=AX^*{A3oglHRmsX`HKYF^#&!k
z|Hvbcn5s>hG$~>}UvGqRG6l$sCR3Zf5I_I{1Q0+VO$933D)mrba?YcdaO3I5)0;{+
zEht<t_3+eJ^Ir{38|tHyteq9F9_d_D6#0RS(T-`>R`J4wHm+vmiiRA&u8UdCNOh_T
z^9$#z8^h*BTm7x7LOcaoan-5og^eW})!52g|NcjRp}nLqFUooJq07M)1d=bn^Pl9K
zC#Og9qRDZl7X%PM009ILKmY**5J13P0rH~mdS+p3Lx&Dk0UkM<zNDnYMFf=>l_ccy
z<;zc<Iwd=T1_A*I2uXlbww_zOc(I<nl#%4+<=GEFuRmeJ1Y__w-E@<j1z%TJCoM}z
zskpe<lwXqYk~BMK&K#ruZMWUFWy_ZO`g)`O*|TRQE2|u&Ag$R9Lm$H{ue@U1*t>Uc
z39rg7sWL(NkfZHC`skxRefp?orGot)s?PJGm6erp=)7uKdYL?V^6As3+uPe^M)F_D
zrat@Zv#Np=X3UsjGb7$Y009JI5Rk8FvWc<&rABrc-LYebRZ~lsF74T~r(Rz+mzFQx
zR`t1_LILukDa5C11Q0*~0R#|87lDS31{JiE!uk@sCkgRSN=}wvdS<EKqmyz$jpfGv
zdZcsD`8^It*y3-|`)&3&hrKbOjZ2R%YLv8;s2PpQ9Tj#uVK3@Cmxj%Yo^Ly^T8^iX
zxV&gZYlRw^OegF#jf*MFi*7I9t_CTEDqoe&IC%>J1QH>@^PfbhdZbPAq8?cYhJgSA
z2q1s}0tg_000Ia^B|u&@DlRIA3ankbR*&w;cB68<duX-Tu58@6ao)Un&CTI|cVM(B
z(aN!7$Eq=0cinYz#ilzwt7+Wz+;h)`z2)PNKUU33L4{YPI|)^Wb}@D8R8{}lYp)Gk
z$G9tW3^&|xL)geuQ&W?^3#gRC4%KMZVO~_Cwm05*qZ;avAw#T$b8>Qe_3EW+o;-On
zbk<x!009JI7LXXc`U)e3JMX+R>{mj)efg_|e*OCCcS*!_`}Xa69m-x1ATR2LRbUJV
zAb<b@2q55bf%ZVV9%K9H<VT4c@cyd(dSA}Vc{P@Qma9iPZK|0jWtz2wW=$20mkDj$
zU5&F%XO*Yy*BW*@VK2%quj<CIc~Ln>UR8*vkf6M%?4&9O&>I6AUohU^<qtbe<6;W)
zqRY-K)Ab~=Y%@;YLI8n82=M$T5vm?(lf0-$7J^|QfB*srAb<b@2q1s}0#ON&7mbRG
z%Ao=hKJ44KuO8izvV=CLPoI9|$Psmnd+3esUeTXRtX{p^rg2kNQ}#!-33kdpqNb@m
z_0&^VjY~Tc6IJyO95`TA(=>)lFTGT@Dz&OCVb04hzg#tIvvaA#yy%!QV^nMR+;fjj
z09A&xckf<RS)yE4gXB5_2p|xHz(p5bq`tz)hR^n2j#T?{gqh_0)s03$y-UF(0^~(K
zvJead0R#|0009I%E-*H4tV*(tD;Src(H^Qhq<V?AU=sw@Bb{>Ox5L4k@}l+a;h%>j
zu5s5j^i=2Q+|dplq*}!NMb9;z)7LA|W%u{d&ii$%rfe#!hIg*{oPDz?%!~f@z+crk
zrO*`&^Ecr3gXdiY5QtNN=Ra`*dii$!_cHP)-d-LmV?zJ|1Q0*~0R#|0009ILPy*yd
z6$OQu1r8rREGN;MqC4uPoHZ<mxvyNgQVw~yNoK~}yK!SfLxbvZ@ZiBVt(mf#)z#HD
zm6tDHu9}s?#TQ>}wH2q)$n4p(RsD$*Ct9^^8pDDG3#@7y*Chd~n!V<lYpfWZ<V9ug
zKGl>wsjI1}vF}>ml?_PMEs_C_Sf2_AAb@~F0ps@tS6p#Le!kORE~}QeZr!SHPob_;
z@Q46;QI9MH!$1H51Q0*~0gnqTJhf0yvL#~Y!?w=0mvdg$dzp1?)>l<umA95lcm9B1
z;&Y}1ot|TKm={f#^XL<yA?KUxyt3=2!_T_;h4a;oVfPm;Z7Ee1q~PoHIczyO)z%cP
zQNtURJ4&*$Hvgo8sw@ThoYX6ajSUwy7wNZHZAEK8S@|T_8<~B4wtaoxMF4?B2=M$T
z5vm?(lf0-$7J^|QfB*srAb<b@2q1s}0#ON&7mbRG%2oo04jsDcs;gA0(5fJ()xZ4m
z%VlL{R_(-dec-@>s$ZLZP4%qiLk~S<-=iFStlE^q@ZrPl>mNOORMoeMt?FZt1K-=*
z+wGg}?CkvRcfYGzK6UC;*!oWLqHn+bwrb~v7hVY4j_G1vUY@#T?AWoUcX^2b0tmz`
zAipn=FO~K=e4EB4@qYX5w;NxeY^w2AN(9J@ri7hN5kLR|1Q0+V?F4eGbM-LWk$U(4
zNOM=kF4cvE^iDN~f25$(tvt6<-QqAWy0&<&-hxfJvaM1zE(NP}rM|zYi;X8jLo%rP
zjGFz;Hq+PNns{)cx-o2CR8o|xf)pg;tKXjTvYr>!#~DMpuDvdFI<DkJzpDO9ACL23
zbLe=uf&c<B3-J6WW;*ZRNM6+YYs3f<KmY**5I_I{1Q0*~flz^6)9aT$QR(`>Rm1J}
zYz!R+S293ABASv#)MJe*WEfg_<dH|3nws35_3N*{t~x3$EwyS~&uZGATrVy7d_L8t
z6!z@dW7Vv2U5=Gk_2q1OtIGNq<cW$^HT}Bm(W+XWK7G3WmMS~Ri^`!es-5G<kE?ra
z3X)b;x5)0MHZ^$*0R#|;N?`8XxmFt{J8Vaeupd8uynKyvSf6T16Cf{|G-^6R009IL
zKmdWX7HH~d(!*@;9(&jI=}bF3O?9!aa-Wm-We-Mmi^IIA>{;rhWvO$t{-|pF)%;hj
z?$Yz3E;gPB4cVPl%}5F-8ctYEO200fh3a>O&5L#fIwIE5+e~uV`+3noS73a>c-=7U
zMy5%2qdNq$P=Mz@8NBG^MKgGDnHmBJAb<b@2q1s}0tjS-K;Gh}N&i%A{M$XFJ{zXY
z91|fR*~0z%_rLh!ixIaQ?bD~vfddCz9K)PBb5yMH%P+sQYFW=}o;VTt8NO;$3KbO<
zR?QmM{eHh*->R}chGol^Syj`oZ{ECFwJZn3>u;%Y#Jp%rON(km3Nl)CuYKXBn{HA!
z$`adG=3N93Kp@Eixw*MX?vd^y3Xm6#NJIq$5I_I{1Q0;L5Ri<ho@aA+4@t?(>5V%%
z?_Sc6a!|Os%VAzr>dVpgPS$kAxfQDMxhLmZ-J<73-D*5>8VgS?RFhhKda>1{^y_+V
zR_+a(7nS;x4o*@nzjgR6y@iyQy`LA=x04mdcaFZ3ax?~j00Qv{@cbtpy#(D$UNk|l
zG>ZTN2q1s}0tg_000IakM<91$(}bIfjDNePrFUMmqqVE%jK6Su>z5xjZWvv&<nhY)
z29-_!=aM&nR6OOj;yM3XwsKhY-gg@+4z~vgz9sV0OLh<~C@7dWZ{DMiJ}RfKtH7Zu
z$VoIsMMX}AAUnt%J9g~dci)w!e)5x_Tz>iG7him_+^&D9W~H!h-8!pg^{l3xWo%VV
zUGLemr)pWY8&%iC7G#{NvJ}GBk&F5m9EN63pFXWxw%X(~VqR2lL^c|=8eZu2`|rPB
z^<G(78CroW2q1s}0tn~=<VAH2$_OBU00IagfPjs_*`~895GV!N08?U(Hua-=%e0B5
zla@<bO7!tK&x<<QS5r=(ACosmwVz*;Z#5lLUeuMw6Q^;g?vR?46lB|2t9cpMC6qhm
z&=ma^tGwvevaNcx^KIwtTlVa`4IK^oMC7dbh(nF@JbKgrv!r(?okkoL6%arG0R(gb
z@}jy1WdsmF009ILKmY**5J-uD-`Ayf$aJyr$z$pIATFv^$e6rnX@0v3zD6uaf;4A-
zQ)hdZ6Dw)i{_|?;fRfqwl+Ay*V(tH`**m-8)Q+}>Qono8_??W=yLBW;Df^E8{O3Pc
zu|uP9+ikbmA4V)UE?TsxZ{NPA8|`1NSh2#&LeFY8G&ERMQ`aSus`~2a=up?g7GlVY
zmY0`@ZOU{}hN^}k1?k9CL0(48i*DVzRd1yCw;z(`RUZ<>H9oAexM$9s3GJFI2q1t!
z3I(dFs#4fHU56DQFB+DGiwGcq00IagfIz5#L<jZr-zC+yx@dK1H78dj>e<-QsMl-{
zwCf=~d8xk}T9(1c;qUq_&hw&@bd}pf+tjb*R_E%Cn?|eGH04EIX*_Wn((<U>QEF<k
zZ>l{-PIZo|Y!s~WqP4zSz2=OgGwfT|4LwzswbmyhpQ{mv7f)XFK<xp&J1H+Zy(nUj
zR6qa$j|=ep$Ab$*Uetq&!jKR^009ILKmY**5Xd$G$%{tJ2gXog!6W2F)9F(ws=TQ2
z`SA9gr8TD`<N$>rhL)xMDYq7H7*$h#s6Emn^K?RvXRM!o`l%jSl(Nm)@ojBwciwrY
zslJn!4)daojTihHCG5QPylBJ&++)a#*4I1Q&R4cJ)hFKG9_Cj(5%Z$UmMzm8iLHF%
z#EGy_Ttol?1d=Qu8U76$HvH^oKa;O!N$#5NA_|ZfjYvcV1Q0*~0R#|0Kncj!i!bNA
ztjF6{6|Hiz7pQ7M_U+tMx=C87Yp+umr6Act{cw3X16_YNwERWo7y2-y>^v_jmA|U~
zDzr^?rN!T(Z!Y@5i4W9Up#@W3)Ro2)s<FL%yH5AFvwyQ%!GhWXy{1vN%8QE3M<+kh
z>wi}IStytHuOufgDob46TK?Yg_jEBSPd+%gBM|x7ulE@lAp+Sc!1Et3uRD2BFRu<`
zLjVB;5I_I{1Q0+VO9aS^#<S4bxxc8&4^O<gsP?Si9x%4NsOsX~UzDBsyv@FgEO~eC
z+_`#E@u{bt3OjMxcl4fn?$K-h@|V9{zI?gl6=kzcc}!&5m~_sZIjS;w(Nm{Rg{sO<
zt%@k-0(sF;Sgs&|K#~QH9XmE`*f7})S$!!>@&M>Aq5yf(h(uIC009ILKmY**bb-Tl
zhfN8$=|`qZ@=dQ3wk%1}f|`PH1>=m{O?gqdWq#p&)$*(PuUZ|IE<w8;<vUbORfsAt
zDtAd3GVC~|--!n&s%E87(OMC<rg1SeFX~F;iPMlc;%oV@=@XQU;*t6zt^QWAl}Skj
z*;I30;XI?x>-n$Cj+d&wO<vS=lDpip^vqHx>Bsu^`rQ?~i<^sWoRjueg7Ttb>+AH%
zF07{;PfL>auLu6BNL4{DHv5~CHd8u6009>Tc>d!eW`dd`FPb1&nneHs1Q0*~0R#|0
z00HL$<VBrZWpK^1g7%Les@OiM?(pgsNq9Dtb^4kD0e{!m=fcY~#6Zy37?3&}$JDAM
zr%{kyM&(n;Mkda@sL{)^Co9{V?Rv2pK*qc!n{Zxs*<~u^^MfD!AnerEu3f9@Tyn`J
z@^mO{HFa^;tXZml8s$YRD(rqgqGspHdGu@6tWiXdJo1QYoB{#}AdnUUb#-;`z4zXA
z*IlQ+l&L~mj6bUeNnSLomYc~UfB*srAb@}?0(;KyQ3*Fym~mu=oLye!tCADXjo6{|
zB^go45T0x}x$@jfefv<kD>N@EIXcyv6l8}_=}5wR#_pHWrbOuu)*hUCc&brt!hs2T
zj?rOWbj7(9YKzp53qLMvDf0)u{<~~xUxvD?VwY*0i%&1MN7M77E;gPx4Vg}9OQ}w6
zUq0J(c5~@wRmUbTDlLbeu0A$z?B=q~=iAQ9Cx#&@)KV7hGfii<m2I1RXtL3`Oxd0~
zIq$}w7af&5N<NF!KY6M2YzmSPRz%5}DZL<oK>Pwc|B2r)X)TZ!O&T>FA%Fk^2q1s}
z0tg_0K%4?{KDY`BZh7N^Lz?1jncLG#ps}J;_WV?z3{uGbq{(Iqro5;mQO%XRf`QJj
z^Qbjv{HJ%f$!FK}J4*ESjq;5DR@z)0a<93q41fK^6Hlm+j}%Nhg&LE;<(6Aiot-;(
zMid!2a-^!CMtRYL2M<P^np8M*=8T%%)mL8~_Lhj}(H}Z=NHucPO*e&Ygo_9ufPmKo
zIy*bJZ{I$6@L=^7EVSUYF*6?WqI?b@fB*srAb<b@F$f%~JEBsTHW4_Rw?gxx5+j^*
ze2&d6rnjovs@4~;R~H@TMP*x2$+fDx><dl~2iNnWE;gPx4P&__oarRTC{|Km_QO<A
zHqJ)NvQwz4991D>@}g1AS}Mz@Sz%*g4F5Oe76cGTl>pCwQY9ZxzvM;Z(c@kO5I_I{
z1Q0*~0R#|8rofcjy7Qu2Cy*CSroHF-lH8`8M6V*967RGbqA4#baZ{Vhe}AhhSbp&9
z{Z3UEMq$>^OFQH=sx1C^^UXK)w2$mKYQpgOe5yj9K7GOlN=>)?>Q}!~x1>>C)Mlvq
z1h;M5re=5Vz4z*GsdB`;sA-eZj*bp>F9ie;K){0nr%#`jzXgyjrqvffQ$dcTfAYyE
zzxd({4-P)dheTd9%Rd2_J^~0JfB*sr#4I5DL(V!jE81wB)Sq;4(usx>l7|fKy0x=4
z>^a@0UL>k2n_kN8vE@bO#tkJKOl^j~oN{Q2j3;!ErYokrsEds!NJEWZBD*t=&Ip~j
zaYc@ym;FDD%CbGIs&=eC!l^oPi>$9~536o*Sje`#s1V5~Pf1Hj*#9r6Wukxp0-h4!
z`H!cTBdWoW7mbRG$_OBU00IagfB*srAdo@<@}eok_h8pMrqt_UPC2~ZYLKzyMUA$)
zf(Mp2>%B<%)BmWl>L?qoj~_o?Wqx|~>J>WWqM{;IL4u&66--zBe*Z-mU8HWY31MD;
z{q?F^V`HPKozRzhv(igw1^tQyUsdB$(BIO_`WPO6{Biv)tMZ5uBUH<8z4cbuY7z6I
za@UntUa8vo>Z`B9w!=jP5I`Wc0!>X#3l=PpZIIR1D^o#YqE9{b)V_WDB7Rv;?L@M<
zck-gyy!y-?0R#|0009Kz7bt2j`sn0G4g-Pn3g;C!7u%=f<Vfx%XO`GBC<ouGy-8!v
zi^|0FYw}G;&+DDa$@0cI^%03e^P(;`o(K(nMzR)Vt!0}^H%avOmAqGE$I+>Wr^<{Z
z@Y&hb{paVikIhy%<*ns<3sz-cr%!ezb+U!2tiq?~K9x@-`%et3j$FSU|9SMvN)^WD
zjg^@6%%d~qb9-CaHp$%9w%2-OzODn(AOaaF!1JFBSXT0)8L)^<0RaRMKmY**5I_Kd
zED`W>UbHI^EZXmrbIj)st(ZEXWYRws%Rf2X+<s}~uHqcu=GSXKxVQYx9~H}upFDQ{
z^BE1bk#4kaHmY|!+q+I~X<aj-dd|O=$rz^pbIIc0SLV!bY_95l3K~^|Nvm9v>(i5*
z)u$|XT#P+0`psm{?rqaMlCpH2v}t;+BYiK>fddDI4zIAVP^E*04jmd=!E|NMo;|9*
z6w)X!+Pin}i2Hm>4E6HMFIN*39MklTmrnAcuf6t~YUj7V{cYHGxQGA(2&6<nzShZ3
zp$|Rukoq!ZD#+g#5ED(w(!|gydC?fqxCH?O5I_I{1Q0L@NI0;tp>Rvt7RipjdFV|^
z0Lm7iujaq{&e3-yd?*K$pKCtX5wLuaWok`cN+NVu#V%=0cDa<M#ubc{qv|DScfRes
zizz!9(!tt;i%u_+ET1vp_m00Oqm`{wLx&XY6&D*%j)v6)16=_<SliUmWK}cty1&aW
zyM{_0b?(WzZyb0-+L3<~4ovvq#0RU2R>{%!m2H*Me&~%{K>z^+ydc2yA1|zeTVo(E
z>Xsz!Ab<b@2q1s}0tg_0K%xbl=S7XUrtx1nxZKIWB<iW|I=a5a>Xr?oYeK7?-P0!L
zp_?Lw@=_%j!`@YSqT}6Pl!e}9T#?XbyY+^d`tb4=H>n}*o>8yArI*8w;rM5*Q*JG`
z8iNE`B~7X~;;C}&S-(E=s*{$F+2hQM%B=U!ZqWPs=-(V|9pEXh(7{ZcII+FGJ@mTG
z71`BOj{wQp^r4ljs;X3-Yp%H_w1R#`POI<VzrU(4g*3{G%4nA^U8+wfw7g-%1~t3B
zef!FML+i*DCwbAbvNF|_6pkH>eBN2uzPN}00tmP$P*PGdZrr%bF1t+s0u@?jH&GYO
z6WtVf(L@W=J^~0JfB*srAb>zx3&@6|YM)F=d%Bp{O=}hgj{pLhEx_}i%v)dbqM5g*
z%m@Jl5I_I{1Q0*~flL)}o)^`leGc=Yo5$6vyN;~2%!{rcS!1g9#d{Yd3Dvt&s4o0_
zf-&?i32N#!!<MK0q{PYKa~C$L+jmW~%!`JOVb}Bv&U06d=!N$Om)o54p4!i}@<Z+V
zP+Mv&gTe9VMFX8d*?Cp(uD&F~=CP^8anidStu9BLuUogyD#RGt$fJ)ws;7WzYHC93
zNNf5*@K!r&8aK|GHA`<$%ITFCm57vNXhRW<E3K`q-}~P8)C5<rUTsy=NnTX$9X4#3
zYVEq~u4`$r{7Plj5!Vqw00CD7+S=NdFJFG!ZMUf}N}+}O?z>N2bfr@oNsa({(d0PO
z3jzorfB*srAb>!c3dk<6DlaN~v8L%P7&Zb3AmBuR=RZ!A(zFhF(KKB+hK&FM2q1s}
z0tg_0Ko$ykFfS@Qk?I*jQ`ssnTKwe&2dSIx(qBqkGvXOUvE@aNtg#!pJ_b3b-tP;)
zDPn3r3HN{4sKz<<$Hg{K@#jTlrUlEIRd-VO@*~TXU}{;M_bz!+BgrFypZ)vy+owil
zC(>u0c}69Fr0|!&{KcxT;lqcknz!6?i#%2etts8joH<ifQ-$=(i^{NXzWL^`kx>bA
z4j3>%&8uI(esW$<sDp9EVP4ed^WAX64XRBkA3uKFs!eshsHjMG|2uNzh`K@n0R#|;
zO+dbM=jG-7;SYc4(W8g@T4XB7uF;=-@<~(E*Jm=SKOcy#JMKz}0C~}ru+u352q1s}
z0tg_0Kw1bKt3Rf~qEa}~a3U>+%^(p#0D-6kc>WU=SDIEPFPf$c$FLDV009ILKmY**
z5XeFSujNHQd!=^b%|%9raK*D#We3{7K0!WQvQppMQx3jYN5HQcQ7xNfwl{x$a*@Ox
zWjE2>Prg1}Ue6^KZf~_;>lpH)`p6gk?!3e)+grXKL%`o9+h%?~qe0Ef7|Gff!fYdH
zKdMB(+tJ!JbwKxqpP#?eVAG>3dC}I|fW9vCAFi<JF)iLwc~K+kbJbN>jUPXL&z?Q9
zYp9VOmH#$3Hy=KHSWd3L^wLZ9M35vQJ3B2mbgizgRv96=>-*pT{;E~0RH(9{p<(;>
z?YG~4yV0QR!1>&B&#A`KC@(s4<Va)Kefsp7J9lnXRh8i;fQuF_y8QCX)ub-I_~PQ?
zVw=wjhj~$Hp|Y}4-?LP@c<7;rcJ11wR!!<iK)1ZSeDB`96DCZ!@x~jCVH6Y;*bIQT
z5I_I{dx7)k&rh8?)%5j8eU+1fY*;;M(xlSTQoSAZy+FU1d1b%fzjNo#H{X2ovBw_!
zw}1P$-~ayiZ@>NazJ2>_{!G9*g8ZexnKNg$ZQJ(#`|pn)J^G0!o{(=DMlbTW0BhH-
zmG3^zTXRyAyr>f;>L7ps0tg_000IbPl0c2GX3zOOZJlBM-dRmko}A`Z=jvh6aRuW7
zHh;dZ?xcVK0tlp!0MCEYXRYELDS6R&1-Tyq1Q0*~0R#|0009J&CE&HZsF5C={KMj+
z{XTmGJuhn9C0WOc!|h@3YOLs#-7-})arQlBVXLW&G2}&6<FaR_YDX`~7-sypQdLa~
zYOhqiTB^#DZe8%mc{RMZ{%c7`TezI=x8rjqFDi}AxcdT=bblml%8Tl;AN%tC_unt^
zm2Y*!|L?|)8|@o0-j#e&NlA%hU{vKa%8N?yRiZm;<W>bqlS<|`Jkz&Vo##d64(a!<
zyY8~;&gwdO(QmQ&Ujz_{LO?c`Ubk+Y&DR`Bgg*Q1vj+|wFaq<Yrn4b0`sJ5jKJdT;
zzY6#9$Rm%OI1$%&L-MB<;Tkqyli;ZOqYTp$#PE{5XbfoFf&c;tAb<b@2q2Kw0+nr*
zMi5lamp@v6w7$LGFMm}3&87hUF2B6YugRZwc$yv-m9p$Ln%1*s@CYD)fD+*OkD|z)
z0(sHwS!-sB00IagfB*srAb>!+3wSdxDp|ycu%UU;x+1^LU8i=msxYJ!WM@m8$}#6f
za~6DkR;<-Wb5*Cl)9KPDDy?cJ?YiIBRdc#y@9c&*f7G3)mCahKPj%Rj!L7Wg?6c~8
zUF?VCg?A-eBHMmSnniZMv<exTuK)C>Kh4R>aX5I1(Dd!w*VKakQUW$cz9mibqQ>Bt
zFJIofcW-@OdRfF|x7CPZQRPLYHOXbk+Ff(aHF{t6W%8mCSAhx$AP_2G^Yu+Ki(9sA
z>FBWg7M$^U(KTz<n6sN9uVtgrP*{go<Qq*$d*Lq(9XeEYmUh^zeKqo;_CCCe00Iag
zfB*srAdq<iDlckEgxb7Zes+20IWQvx5Xf2qp8sUw(vug>!bNAw2q1s}0tg_000Ic4
zselLbqN|^eoCFhXQ(kn>OuNI=rM_%jsUNm}dZ*oSNU`Nb-y2l+&0opeeJ<oLY0~47
z&6SqtkK45p>wCvPYn8yN@o(bIMfyloS#}w9GAg(7q7qeAT}z?%j9utA)_JGkJ~=SA
zu&{9P;>9CIj2Jw4aKC>2<N;BS9zEp0H{5W;z4zYx{PWLm*swuPJdbv8a%R08p(}^y
z-gMJVJ$v?);Lx?#UOQySkXf^4$+n`ZwY1KQ$}D8JRY`CD?svZvE}3JmUcG+&;~$S5
zJ2v9BqDmmzyr^-bq()`oX3m@`&vt(BgCAUS$tALC@?SYHx_|%vk|>gen>%;z{{8#w
z>grTq6c9iF0p|iL@Tn5%^7Z`Vk3W`;j-523Zg)~S?dlvmc1&eAAAR)E+}vFGb|7Dw
zTUuIn@813I|Nigl-I$Y{DlaPENk9Gc)6=I<H#av+7xE!}$pBt>;RV%;j6wDTiJy_Y
zX#9q>fB*srAb<b@2q2JN0@3D0*A%TWb{|d7Gz%LGZIY|b-+Dd&_2dkgUJyVa?F7^V
z9G?HA-P*-GVDh3d({UpL2q1s}0tg_000IakS-^vN(b{v45`(6^sISRxzfePU!>I19
zEOX{J+EB-q7cJb@YSX6imh9&_`G?&*c^+BQ67d!nD;(R<qK7k0<(0##E01?XjJz7-
zaVsx+c=ZKCDnIB#D#JxFno5Ge_19mo9-0~ZizcB{x<CK{1X3lS|Gq$S=_gN~jA|t6
z_NeYki^`JNl;`S3R#OVCt>z!AYHMp%WK`1ou}!L}smb&g7N&M&81i=kDl#gWQd5N(
zUXmA$0gYP_KmY**5I_I{1kzeS!k=fG&VG2}!-(0-DTk&=%_L8jyl9fa=?;M`6i^Rv
z<k2_Jf3oBgfV^myEHu+Z009ILKmY**5I`UU1iY3Pl`TLW<`wn4==_H(oUBE`(q@&A
z-1KU#%`LIzMI{Sr)24b$ANjH;tJL)*6zub&vg7E6(KT{By_1o+l@~p+xm7KS6pFs|
zIq97`nIu47G?P}7xgdZ*L;?Nx1@bF{E3UX={P^)jMMV*BG%Bdu9oA2yYDbSARVmFg
zXU>Ejc}`A_s#8(n=*PdX?bu(G$mo+#K529$kNWK^J9(G9s1qgXAb<b@2q1s}0tjTJ
zK#RZSaNS|qKJ@()?~f}O_j1n5WAnyJMs)G%#d|CFR{5%uxvi)YCNHWeC?J49f&|n9
z9Am2lp8q7s*;CDu7xmO~Fc<_7KmY**5I_I{1Q4(h@LFEf;bHVLBRzGwV@kcv9MxN=
zcC@KzqU@!qu7?(4$cxS$>NK=)a!YqY@~!{ceSmoAFkHW4pBGg)VjJ*B$i5~hFIr4q
z)b&;Oe1qggJ-<W@5CH_-6fph1Ky9$>@KkzryPIS3Mq7XV>tBtC=F?9<Z8aiEaz6Or
zgGMz8VOmv-|N6#_8&xp1qr=gk(%5uLUepGMw-7)80R#|0009ILNWK7h(d3)cBLdkb
zpdR3;CqG7k=RX<znLu7NgBO>nA%Fk^2q1s}0tg_GVFF&ui|&25!J)987d`N|W+!)@
z+vih}$iMv$yNx|#$ct_sXSZRgKD_Ev9cma-h?vaO?{&A_6$tto1LcR>cf46In~UnB
z`sn_O&UU-Vs9Ska&ZBpCP1CV8@}lXuYK$2H1Y#CAeE9G)&pgw!XHV1b3)IU&g9dHd
zw8<)?sD9lL^8mbgqXa>R3>jiXG&gM6U^B>h^X3`V{`ki~+Ek14tpf)RsJv)fTU(s1
zkr#~<klPVJ009ILKmY**5I_I{1Q19s0iOS)*Lt}!TJoZ<FwzJD2q1s}0tg_000Iak
zLBMNy(F4mJB|k+*&x;;e)8fRcXnz9pqB-*$os2>1wAKdnWM)fkz~PMvt=8V$weru^
z`oPwVu-k&wt-R>o*$sN9wP*YZohFTYP=LIs2N#7QA%H-l1$;i=nl)?gxZ@5L6Ezhi
z7b-`h=jG)|kWwE^rshSftE*K$)9NsK!y!LEU)791$*J4w<t<yb7`^=Z*S|I`fnLpF
znY^e&D5@cV00IagfB*srAb<b@2q2J20zCi8q}7Z#7xJPJiKu`80tg_000IagfB*s>
z5%5}G)M4^d^e)JYu1$Sj^w27&N!Rw4E<GXHSkdW`PljMuaK*D#`q*SERI9PMl^0$6
zLXF;IYn><3vsSa_dLjhKizY&qHW5G|T?8sBDke{!e8m-4nDV0P<>i-OK5pE&bLY+(
zGs@Jw=&@tRR0_1E#qQ_2%F0Sr^Zfbq30mkEUU<RiW$f6o@pnO9G=4)`KmY**5I_I{
z1Q0*~0R#|0AbkaR{*%6I=X~VkMV(tw69EJeKmY**5I_I{1X3&DxxA>e<fou{EiWqP
zsykfDj@AqFqUD~+iw1+T%cy=Z{gyZCtS04FUUbIYrFvepi@2zjc;;RwFPgb)%ghi!
zz^Q=jV40JX^Sj^uPQ^q+3;p`_n>%-Ij~+dYx12VeCiV90*`rdRfq>ml1Cl0HHBX#4
zk%;-p2B)eEIhfvI7iDE-2Q5A(O`3GcC71N>-P>3@`6ZFVHmQaH0tg_000IagfB*sr
zAb<b@86&{+pNv_`uoEFK8kU8N2q1s}0tg_000Iag;6Z`J=0#txRZ+kr)<Mu1lAj_O
z!(CoEkG{@}=h3TA&b9xmd&AG^ca*5>rh+SZ(bn1vC>A`Ds9nNLgXg8E1jvheYB?AT
z0tlp5K*EqqmMr<<4}Tb%7d2f;?KoZUea)IRMnqH2f46VEv$Io$Irr_`XJ0vnciY?B
zAA9UEql;0aMmax>e#(?7x7vRE<3Ii*dC?eFgj*0m009ILKmY**5I_I{1Q5tDfvkQ0
zlVR&<nhtqU69_L6KmY**5I_I{1Q0;LvjPdti#m*SI;>_gjNz_?=0!J;v)qc)H1e9$
z9V$jEh0cyHQ-##NJg~gk$?#msiyrvf1%2hrZ%pmn={+R^<V91$PNxVU;BkSXqM}z`
zd8JREKBkzcdU?kkcYN~6Cv|mBfBf+HeE;^hzZntDhaY~}ey9@QRC&?eyLa1Hj`m$?
z{MA=qHQK-b{`(snqxi{$ylAxA)JFgT1Q0*~0R#|0009ILKp@KnvhDd#W-m8+(ac_7
zW`_U*2q1s}0tg_0Kqd(|&x=m_r(zW&Y;<;n`o|Ads9Q3Af6<R0bb7RC;kH)AGIfCE
z2A-+<G&`}mdw4R=j<)b|*7)<HfzIIDcV2K9eM4Dis%A~U2q1s}0tk3eK=#u7{PWKx
zxTs>Hp@qx{jxJla%t&ee<~P5wUkE)fx^w4F`^r(hD=okC&O0iMdi?nDsBR}O8Wk6n
z5kLR|1Q0*~0R#|0009ILK)?{lp65TAz2f9WGkblR9Rdg-fB*srAb<b@nIzymFFNaA
z%2dkn{Lzkx2wj1o9x=`Myr|&#ec_{(CaVpjx(|F``o~JsyD5K}`$>~pXek8z;U^V;
zUUc6Fje19OhdK@1rkscYAb<b@2q2JTfrf^LxpU{<aKjCuc~N!c_S<h?xNu=@ZEcdr
z=1O;~SFbjLnnQ*Rv2QRz=g~`8bk3YPDlD3pmuEkW(09p;hMI5%0R#|0009ILKmY**
z5I_I{1e^<G{PQ2@6zN!#yl6VE8e>KP0R#|0009ILKp;B>oaaTCJz1sFeMi=`MC3Yu
z?1EF*vmq~fdRJRS7CC+X%^!8|)OvVzWXXtax?5rS)7=X_<G+<!H6CYPwD>EZ`gAf1
z(x6peTt@%_1Q0*~0Yl*A$&({SjOf*?mx_so7QAC6;niPTf9TOxIayw1H3NZw%@kT&
zTUE_yw*a+j))W@a&CRu{X>+}_v^3x1W5R?9|L_n0(7ShUW3ehK_!}7;NZvvK0R#|0
z009ILKmY**5I`W?1=8#JPqwetxAP}2`mF^2ivR)$Ab<b@2q1s}0$vwzo)_IYwO$4M
zBs&^$VzP6lsxO6X$cuh(Z+S5MW}Mwx2S07rS(?s!>jd_enofOq>qpjf5B<VYJbBTh
z>ss_)q`dOa)fYC;D+CZg009ILuoUq7{adzdx#ymHLc^kR#qzeKzafcGmF)~I=y}nj
zM~|usk_fdKX;oE~s_9DbQo^FMX3bJ<=H%qq^d8$=^XJdkSIU)P$2Jn~LI42-5I_I{
z1Q0*~0R#|00D*K7NSEh7>EfB_agrBJv@q=>fB*srAb<b@2q1ufTLRAWqQzfcupy*<
z(DBrcHd7!l8}gzu<pY0fwpp6ix`4j9=;Ggd>oEGRKyblt&g%;&i*7ZYSn{G>!OG(u
z3;+8CT}XHD{-Ug-EmF|dY8+fg009ILKp=|+YHDg`&Yan|Z(lu*=p7H|c~LzDdiLyD
zn<*3&6sT-xTU+F<-EEqZw<Ik3&O7g@1``n$m0rk;+OGodB7gt_2q1s}0tg_000Iag
zfPjsF$DjY$j6AE}A}^X%%gtmFKmY**5I_I{1Q1AT0q1#9N%ZMS!g&u=_<i9sekV4!
z>NSmWmgGfcvQ{%~uI`-m^HN==@<c~MKY7Xzw&yQyYOA+9)Kv|jxvJBY<a}>XnIuT9
zKAhx5<@WaGuDW7>(SF~KDfKh%zF_(Wg<Nc@weH5Md#)pZ00IagfWWr`5_&vz=+M(o
zKi#uuPfzVH`t1NC|F2A8$dDmMZu7IxKC`(&vX@4+#~**(rkaztq|>+FdMnXkQ5gw&
zQ76km9Rv_S009ILKmY**5I_I{1Q4(h$bjcRHnYosx5$fTz#=jQ1Q0*~0R#|0009KD
zM8J7oR6w>*s?+0+v;L**^sct{mcOS)+nWN#Ild*2|NR*HIsaO=a#*#hZ<V5yX64Xx
zC)G?V62o1RT2vkV?SE968q{CrE^JaYcTKC;-_pza7&eTmnRs)Nao4gZtIi*3H}bTS
znQW}+-1kA_q<<<_ZAxL)|4jG^>}tLXA3ZO@Q5ljXGdtV6Q@&DeuI!Y}VC6V?eQZX#
z=8RvTtf_3ui^|+(g6f~52yIrsBCDW2e@yN35&;AdKmY**q80G@d~4RMiS{m!)PLiR
zH;m}!fBeUPSPe;jGxG4m4;$6y&Yf#j&B=9XYVzdCDlD3to9pDR*y@lMjm?d_5I_I{
z1Q0*~0R#|0009ILKp<2gt)KsdPA6lokQdFErDP%qAb<b@2q1s}0tjThKva2AU*iSG
zsq4W%Q(1C@4P~91$JMIq8J`!G2_9J9tmbQ9kQ3Ogc4u|*Q%>bYLkANv&w1wa2nW2H
z@}i+#*k2KWvwI?R;UWc1A%Fk^2q1uf#|31IRF&Q=Dk=&)+Wh={Ri~`1ENmSo7bPq@
zVZsE}R9;@5le=QBLtZpyI&MS&0R#|0009ILKmY**5I_I{1kyr)yl7f16N5wm0R#|0
z009ILKmY*|h$=5C^_`>yB`hjiSxV(>%ZtjCO<S;r%}mbuWm#K8GEQK($%}>^m~nCD
z|5sXdvP0%#|Ka2_A+(n_e^e}+vX&oe4|eZzYTpm<B7gt_2q1t!RtQLj^U+5iH8PxX
z)_hx=`R_{V>+2tS=pm!R@ZrN_MhOH0YA;i1O){u4H|6j~@}dr*sD=On2q1s}0tg_0
z00IagfB*srq^SUT(KKB+hK&FM2q1s}0tg_0Ko$x_n->+Lx?;a<4jCE+G_HK~Z{>3Q
zx*?f`c~P18;ngjZe|W*s^SYHBTc3oTMGgP1Kv0sIo5$7ZtE>;kRG#(o(vw?S<t`^5
z5%Z!`ZY`emFJ<!{s961c^`4mxh1*-}OZ*NScQOF#Ab<b@2q1t!h6(6fjLI|ig9i_G
zbbS3cEOO4;{{8#aN%Ru(EGa1oJNMSs)?a`7v2o+Z&^i(p9XD>A5jvIs78DeO)^Ys`
zc~RF%X%GPf5I_I{1Q0*~0R#|0009IL@RR^~QBN%ggFyfR1Q0*~0R#|000H*}y1w3M
zbn9R1BpoU{MoK*L!y)CewPwZP?AkX{w#rnIOF55TIZGn+*oKysf3B9mq@4UdbwJ6&
z|9*b|hmB3=|DL2(HIq}2lxFQ2|G`h2KO0-S@X_<r?<kQ`$*R5c)6%7XtlT=G?&$iK
z=Bm_;Eja@8f&c;tAb<b@X(6y;#R?VXv?}c0z1wOok{4BXZP>6Ov|3?dp{gK-Z?mO#
z{~OQ2_r?Ioi-s-)R}eq|0R#|0009ILKmY**5I_KdOcEe3nn|n4To6D20R#|0009IL
zKmY+N0js>IRei1_fB*srAb<b@2-pkk-Mjbx`|sCNovJM7(H}W-#OC&B^P;L{n?h-6
zsZEbg-XbsRM2R{GAb<b@2q1s}0tg_000IagfI#{RkQYtgwPWN6Ab<b@2q1s}0tg_0
zfO7%zqRy?Ti2wo!Ab<b@2sjjwW9YYS+ct6H#NYhpH}~Fq@1u`C`qo=-?b)-ZvopeW
z=;TEm3R4XM1Q0*~0R#|0009ILKmY**5J1310rH|QV$u`>2q1s}0tg_000Iag;8_9k
zqMltE28I9v2q1s}0tk3Sfc-^1vJead0R#|0009ILKmY**5I_I{1Q1A&0C~{_!O|=O
z2q1s}0tg_000Iag;3)y}qMlj~27>?s2q1s}0tk3efV`*&7lk1qfB*srAb<b@2q1s}
z0tg_000J%wkQa3klco?r009ILKmY**5I_I{&kB$i_3Y9xFa!`l009ILK)@pc<V8KQ
z5DWtW1Q0*~0R#|0009ILKmY**5J->!dC>&H(kuc9Ab<b@2q1s}0tg`BDFO1Lo>~qD
zg8%{uAb<b@2zXF{yr>5kg&`q;00IagfB*srAb<b@2q1s}0xk-W7j+SnrVu~?0R#|0
z009ILKmY;H3b>dTJ-erE!c9f-|C{!c63=omFa!`l009ILKp+bR$ctv-qBCU#5I_I{
z1Q0*~0R#|0009IL$SMKyqFJ@vOcntI5I_I{1Q0*~0R*yEfV^ndE`4$)-WBYsYOBhr
z&RKD8#q49VU(bJiOx~Dr1>-(E@!{su&4mqx{w{xVMnW$LAb<b@2p|x%0C~}v>9`RA
z1Q0*~0R#|0009ILKmY**5J(FF@}g<6ObikM1Q0*~0R#|0009ILh*N;PXq<rDZY5CJ
zR=Kfc<E#0vj?5Wp^KVq{s2$}y0$l;CcDRlJ0tg_000Jo&ATOHoC13yuAb<b@2q1s}
z0tg_000IagfIvb8$crYFm&Or5009ILKmY**5I_Kd%oE@|`pjF?m}gY&tG3CAhQ2lJ
z@U*thwwSx)Mg$N*009ILNT>jL(S-8SI06VDfB*srAb<b@2q1s}0tg_Gasl$9DPIBx
zfB*srAb<b@2q1s}0tg_0K$;3fn-`S?>6AlLI=ed4biNE50R#|00D;UFATOHP>&xsA
zKmY**5I_I{1Q0*~0R#|000Hu%d=4Oh00IagfB*srAb<b@2q1t!Yyv7T`p(gJzNq}7
zw57D!-z;&^u3(q^>j-pI`KoqR>>8UlR^Mw>&aaQHJMKaN0R#|00D*)GkQYrTFO4IB
z00IagfB*srAb<b@2q1s}0x1_DFPictU;qdpfB*srAb<b@2q1s}0tlq3K&`KKTiLe8
zjz;_OOK^04;e0(Z+S=J_e+%y-fB*srAb>#f1;~pg-<%#1KmY**5I_I{1Q0*~0R#|0
z0D)u*kQYs+Hhm$000IagfB*srAb<b@2q2K10)ei;j3YBtWK=dI%}xhqjQ|1&Ab^0E
z1;~qfd36{Y0tg_000IagfB*srAb<b@2p|x@0C~~)4QT-Z1Q0*~0R#|0009ILKmY**
zA_|;uJFoJhvyRP*Sf2_AAb<b@2q2JT0rH|r2B$j&5I_I{1Q0*~0R#|0009ILKp@Ei
z<VBMVPIm|(fB*srAb<b@2q1s}0tjTSz_@~ODl#gE)Mu>&6Gs361Q0;Ln*!uTy}2%o
z3IPNVKmY**5I_I{1Q0*~0R#|mOMtwnTavVc00IagfB*srAb<b@2q1s}0`>xnPA^h<
z(Yp3J`^vnF00IagfB*tX79cO0WN^Ae009ILKmY**5I_I{1Q0*~0R)mPKwdP-;B<!o
z0tg_000IagfB*srAb>#D3al$$r}Cmj%|%)3z{C+i009IL@TLHHQE#pbqe1`y1Q0*~
z0R#|0009ILKmY**+!7!!>Xsz!Ab<b@2q1s}0tg_000Iagkj(<VPT%Rq)0;{+Eht<t
z_3+eJ^IsjEJKFS5g+--sxbAQ^b1`=W5I_I{1Ux7}Uetq&!jKR^009ILKmY**5I_I{
z1Q0*~0T%_xi@JzOQwSh{00IagfB*srAb<b@2xOsvoGice%u+oI>ZDvyQ;>yLOc?<L
z5I_I{FAI<t_44X4HUtnr009ILKmY**5I_I{1Q0+VegX2L@f*?t0tg_000IagfB*sr
zAb<b@Su3!=YQK|oXlR|hn!Kz<W8w%PfB*srcvFD9s5jSzQ6Yc;0tg_000IagfB*sr
zAb<b@ZV8YVbxV?V5I_I{1Q0*~0R#|0009IL$TopPb%#QOpboE)7tOZM7Uqip0tg`B
zeF5^K-d`g|hyVfzAb<b@2q1s}0tg_000IcaBS2m>9zE_w009ILKmY**5I_I{1Q0+V
zYX#am+g{FjSx<+~IyUR8s;|mh%Uk>{{(!$L*d_mTpLNCSRDJTIx(sCm5I_I{1iT<X
zUepV#z!(rf009ILKmY**5I_I{1Q0*~fy4=r7fqZkEhB&c0tg_000IagfB*srAdtZV
zyDE06@TUYvPc@#3IN6owR;pXbi$>(40s;sifB*tX79cO0WN^Ae009ILKmY**5I_I{
z1Q0*~0R)mPKwdP-;B<!o0tg_000IagfB*srAb>z-2uwRXO@%-ARqk^#soBS8t6Rv6
zIuWA|0tg_000PMrATOFsZTdn00R#|0009ILKmY**5I_I{1d=a6UNrgU^oRfg2q1s}
z0tg_000IagfIzwn1iAt$`6&fCfIi}k<ZSxUxuexx<V7QjQ2_x25I_KdBnyxiO)@y$
zA%Fk^2q1s}0tg_000IagfB*tX79cO0WN^Ae009ILKmY**5I_I{1Q0+V0|b1XK9&5G
zg2YE7PO7A(M8Ac+Xhbn8Ab<b@2q2JT0rH|r2B$j&5I_I{1Q0*~0R#|0009ILKp@Ei
z<VBMVPIm|(fB*srAb<b@2q1s}0tjS)KzpEF4}Z!_nN(Y6+mZSs8%s7WJhf1co`2`)
zJ9CcDS#)~Qma;7;8cxhSHdDWayl4h|8ZZR}5I_Kd3=<$PnqdpdbPzxQ0R#|0009IL
zKmY**5I_I{lK^>969_L6KmY**5I_I{1Q0*~0R#|0AfkZjaQPh-J0v5jA2+W@L&KKI
zi$+AI0s;sifB*tX79cO0WN^Ae009ILKmY**5I_I{1Q0*~0R)mPKwdP-;B<!o0tg_0
z00IagfB*srAb>z-2+S{>A2tZ;@FICp=br|TKmPbd-+U}uw8;5gp*7uVC$wd*Ab<b@
z2xNu;dC|;RM`nQl0tg_000IagfB*srAb<b@2v`Y_7qyb%IsynFfB*srAb<b@2q1s}
z0tna$oN7GfFd7=R+S=l^HjR7jEuYV~ZQHh&UV3TZz=2m?bye@)z5Dd(Gho1gKmYm9
zt5&UQZf;KKfYsBRg$ozP(~(>4#4`r&MF0T=5b&}9c~LK~4r4<A0R#|0009ILKmY**
z5I_I{1mYJ^zbW|6cfQlFU%&Vpqy+>JKmY**5I_I{1Q0*~0R#}pcmX+&epS(`ut8Ag
z7e7D$x%Z(O8yiQA7}29g4|#H8^D%7Lu%@P_1WiXhy&*4}AYqzC009ILFa*ep@|l1D
z0tg_000IagfB*srAb<b@2xPW^`i+D9%7eUUX0J7~LjVB;5I_I{1Q0*~0R#|0z!d>k
z!lFj3bkF%ct_&$bjcnbzRkjkfiHYiO_3G7Y$&w|B7>Rm%LtZoyytIh`0tg_W1jvgj
z3JM4yfB*srAb<b@2q1s}0tg_0Kt>9v-#CyL&B*m-QV1Y`00IagfB*srAb<b@2)HgF
zAy4O<h(@e=y#BcBBXp&~_uhL?kAq%!-F0*3%qc7^Y-wrf`sPE9p)V*XkVEPvDXMDL
z)YQ1ryWWU;dP81RXQ7M$0tg`Bx&V1m*GXv*0R#|0009ILKmY**5I_I{1Q76)fclLC
zc~MWT3xh!b0R#|0009ILKmY**5J1420u`+lqjN_`Oo2MDFs@)+v%lGElijv$n~H#5
zbkRi;)Rc&*)gW72Tc3OGIio&#Q7a{`BY*$`2zXzByr}orh!G-y00IagfB*srAb<b@
z2q1s}0`Ult7mY`cdl5hY0R#|0009ILKmY**5XdS4If;JG@j1@3pbl#;KfByhjIwd)
zC6`=c<UcRI_~Mf%PdXXinl)>B_UuVs)QJ^!5I_I{1iUFgUeufG!l)2H009ILKmY**
z5I_I{1Q0*~0k;Imi@GIAI|v|v00IagfB*srAb<b@2xPp#$%c~-BcM@LdpYOj8lU^e
zxW~L4W5$e8n~Sboxzc$%hYlU8tE;oBfBg9INs}fG8Z_w2E3cFz?60}zng<?u;QjaC
zx4Fe=N<F<X&ZC!|PIvF#J$(4^n{U3kckkX;Tye$Fp+lE0UF!Gyt-5x%9iz3Fr=teh
z)YLR<)~ta82lnaH=h90r{qc`~JaXj7f`S60!syYXWoK9Um^pK%y2YwcTU$G4&YXuH
zdg$t_uNGSo9z1yP^y$+pD=V#T;W`2cAb>!q0C~|+6RseD00IagfB*srAb<b@2q1s}
z0+}SBe&Zm&2kF<ZUnWhBxgdZ50tg_000IagfB*srAb^0o0`pGJiz*1}yz<)OweAiz
z=GG*2DH%m0FWSF<f16|I9d;otY}l|tvYje}8d{h*abh44uxd~}y^*|VV`HP_Dnnb4
zE0<q>`QgKdts0T*uCx>Xbc_*x`st^#9c$Q$3>h+{qoYHzqsF^$zx}q&q<lW#GtWE|
zwjJZ*OE0|?F-dFFK5rp_00LPhKwdPfmYc~UfB*srAb<b@2q1s}0tg_0Ko$z9-xSCr
zbn>EE_zA$25kLR|1Q0*~0R#|0009ILa4691ZyuF9%6SAds+!{q#s|7A1CtI%=t{M{
zd-tmF;ffV2;%{@$o;|8Tn}Y0(X_ZY?Pj6m)@x`mIy2_>zc}u#p8nY|y#6KMwp6vW-
zKa1OLyX_Bu_=8c$CNElDT`e1m+BYTd-f_nr5<s<L;W`2cAb@}pATO#YC?J3U0tg_0
z00IagfB*srAb<b@87ZKCQy>q|$%|&>5;G|T5I_I{1Q0*~0R#|0009JC5h$oBh$;da
zZRL`d5?96<XCt!Jr^+8jJSpBuUq-<4d*A!sv}x0h9z80DuuCpfK4hoRUAuPOdFP#~
zyR~b>Z?dXCy)i1k_S$QurKPeZseDvaRLC*+su4Mjy}rIa?7&=UC;sUiI&?^lR*s>U
zY?7QNFCd+rooCOUeeSvE)VoH(DlgjJ-hSP6*BNzs^yney*PlFjQnnkFres6W)2B}l
zA3j_)_3X3HhBe_L0tg_0fG$8@RM()400IagfB*srAb<b@2q1s}0tjTDfc~2T@}ily
zzRU;#1Q0*~0R#|0009ILKmY-^1XdTVjy3`sRsB8ZEjPw=YYI-<dGNspjgX-PFP+qn
zSSK$pZ~5}&5{3+0Q^JjMV7k%c_rL#rc^O(we|jS|b8>P*>&Qv;>UejnY@{pg#6O(@
z0|prLl?<(H5E?p{HEY%w6^#E{<wak4<rSmC6<1tQQW8FF{Q2jftESGJITP9!R}eq|
z0R(gb@}jy1WdsmF009ILKmY**5I_I{1Q0+V^91zY6p$Cqy!B;92q1s}0tg_000Iag
zfB*srxFzu6i4UX7e@0t*RnaQ9h8j;hYRgKAHOAA9^Lu5F&}*-~)`&HpI&~`aM*ZoH
zY*HFp!MO6l2Op?xWOH+KXf?Om32j-wVm}?(0#prh|Ni~@je7a%r=M2U!sbO~n^slf
zz<~q$y{7V*F=LFHBS(%jy~Rre5I_I{lK^>969_L6KmY**5I_I{1Q0*~0R#|00D%k>
z(0@}vUNplNm+2sY00IagfB*srAb<b@2q561z}rXOjy3`sRsBy+ed6M1V{Yn_OD-|u
zh4<ZeU(Ag}d*jrpQ;kmN&6^i`um1F=t*tGzf^nszqvPU>FE-lQuwg@JHMiOcZP|3i
zW;*IE`^QjaWo5=h<iBC_qRW;oGb-G5*IlOGO)phbvJI)}EnXsk00Ib@1jvh;KzNA&
z0tg_000IagfB*srAb<b@2xORm{+j~(2lW{?ai)U+0tg_000IagfB*srAb<b@Q3*^r
zG$pG1XS9{)6^4mQMm0iLDyJkbx_<q7BmMZ|i!X-GLOs11G-y!hyZV)fAAZ<qC+uFD
zZndNL7`ALPoxy_#8zY=FX;RpG)y2Mj`x-UF=0(+9-hKC7bxYWS?00IkBmedJd|~Tw
z5dj1cK)?_nFUn^E0tg_000IagfB*srAb<b@2q2Kz0_y3yJToURn%Qg3><~Zz0R#|0
z009ILKmY**5Qs-0OZFGN=9+7ac;W50-yRQ_>E6!H&fU9rj~+ex7r*$0bkVC<uZy&g
z9zA*(oj&;BgQgqhrFwev`s=TUzN=r6)9Q_Oe)X$g>DP_2TkS||F;7ROKsRmL6goov
z$^#EPV9X_KUR0i98Sjc@pKm@cz4TJa`pQS|-o53be8_IAV%)Q5Pot*%x3aQQ?}9P{
z2q1ufNr1el351sjAb<b@2q1s}0tg_000IagfIx-`sNWRGGjsBy8Me4g2LS{SKmY**
z5I_I{1Q0*~0T%^6Jo#a?TZTqee|6Dn7e^a&Q$vRiRYAm<8!_FueEIUrF1t*n7Htal
zInTLs=bBnJy_AlO#{2j0Z+c5!s;5A4wiC~E)ZFv)^Fv3dUwQud=Z(r?^P(zYs~U7t
zkhAIaE+`{_00Ib@1jvh;KzNA&0tg_000IagfB*srAb<b@2xORm`b~j6R3|T*VT;Rj
z5I_I{1Q0*~0R#|0009ILa8W?=oKfXJqpiHRa<7Y{jk&2e-grYL4;va9Vs1y>IDPtb
z)nLSeTY1qR{_uxt0IHy#0y)o%hPD&ubd*3rL4g`r*usbrBaF&n^P;Mqs0!po!%}k*
z0R#|G0^~&%1qB2UKmY**5I_I{1Q0*~0R#|0AR`6TZwln;I(gBITw*4L00IagfB*sr
zAb<b@2q1ufD*^{<4@4UQjjDcWOQ|d4jI$9rHC{y!SFKtVXKSUUrK+_XZn$B=f(3<z
zh4uCIe!st~t4lS$e*Jo*ntfh$+_-V-maqjC<{UI=P-q496e#9);-Aj<zyEz>rkgi!
z4jrL><-rFZG-`&;i>h|EY}umUMHvAE5I`Uv0rH~p=y5Ls2q1s}0tg_000IagfB*sr
zAmDug^_v2D0#9Dl`|HIB5kLR|1Q0*~0R#|0009ILNR>c~zhzYJsHh^K&MUuh;Eh06
zAXQV-`|arH=-IQUkyIQoV1S<L)T=oxPn<Z>XzJEmZ<Us<?wU7mo>9#{FFJVeV5=64
z>%aZ&Z;f_ddg-Omn(8S~%<aTK9SO1;Bb+*QYUl{{E7x3ejZrgfUi5(n9x&b=KYqM^
z7i9zxKmdVw1jviVqsP4nAb<b@2q1s}0tg_000IagfPnV})Ncyp89RAV@2?jlL;wK<
z5I_I{1Q0*~0R#|0AcX=S7k=zK0vc7#b;avaI4@JzFTVJqkwujMZrHHF^sddz<HwK7
z-l2L0NoE>Ntz5ZMziuiI9XiygW}g@B(W8gY=QG`_Udo=Oy?XUB+F84Ht-7uX>M2mn
z?ZiKwNs}fSBMd$1UX4=<=g*%vs>y%D=0)Fo?>(bJ-@bhV0Z$~2_3=|i009KjRDir_
znl2o}MgRc>5I_I{1Q0*~0R#|0009IX3aH-{$TN2Gq7Kohh5!NxAb<b@2q1s}0tg_0
zKz0h8YCIKH3e;g`*|xN<z0NzNjg5`Hd-pcth*BsjDsnP5Ibi*wi!Q3EsnILnefQl)
zI~zA{)UWGhY2T<L|FzGHN`;v-XX^LrWj*90Q_$Zs%KB5F*xHGIIufZ>lg-P^3mv3!
z<u8Bvi>ekjFIrburz*(At=i!_0tg_0KvV+yw-Wg>TTxLF)$LS9009ILKmY**5I_I{
z1Q0*~0R#~6xPbnf0`j6BUo3`)00IagfB*srAb<b@2q1t!Y6ZH2T_2qIz+np1d9{`2
z?DpPF$&^3)>@yWdl*p+4?x5}M?Q;IRQQwpoedd{GjOzmj4h(y=z2qLRzy5mFSH!%i
zYz=zw;K5LnlP6DJeDTFbJAeAqpF%6h75yntZ0*E99YN^dzrQigtFOM=v>mH4>}}h&
zDG(`y&5KIS;lqckYMVA~3Oi-vqU^l7YSpUk+qc`);VlFZKmY*|ATP?N0RjjhfB*sr
zAb<b@2q1s}0tg_G*#i1+3doCQ_F6ML1Q0*~0R#|0009ILKmY**;uolFs~nR%#(5Sr
zV$Jad<6HbK@ej=P79^&q;)qhX>86_`MRV@lIdvku6lAx|@#Dw$>C;EmH04Dlqp02*
zGGxe+BS$(qI%KGFgnD^-`HUGej1%Oadg>{oTEx7lQB6*DudJ*z0;tlX3{~=<##^C#
zoGKapDNt<fxH6sm{CuN#`R{kX``zWsmm9mG%5+LgOJ98PMfI*xu*!={O!wMruT_<Q
z`O9DK+_|%%p}}AgVaeit_0?Bn#*8r*XvK;Zih=?H2q1t!SOM~)VOh9{00IagfB*sr
zAb<b@2q1s}0tjS`fc~2T@}e2DtV{#}1Q0*~0R#|0009ILKmdWn3GA=hA29{$u)@nZ
zFBdixCT^&4w!D7*dbMe%$|YJAB&aDd8&i*xUA*hAyR2?8uD}2O`?5WzQMS*E$|>zv
zUU{W`Yg@N&HH|^NR8N6oZpW4B$ap00YCnrxZn@>L#~w54%$zw>O~F)<tn3Xp++g37
zdY8PYNspHZAb>!q0C~|+6RseD00IagfB*srAb<b@2q1s}0+}SBep4V1&&i8s(#kRy
z1Q0*~0R#|0009ILKmY**5+op}(yuRG?=TT+UrnN?2^yqZ&B}r4!-fr0yLYPap{XDT
zwad<yVLNSZZod2OyG`}g%a1<#NbYi&7hSk;q3oG?^UXJ_+x3F%qM4hU8+HuFMfDUY
zo_6A&jxm@eOO{xv4jed8_HI?j&Ci=R&t_7xU+WuhyrDaUmSr1KnX;TpZ_^HMA%Fk^
z2#5fAQ9cb2KmY**5I_I{1Q0*~0R#|00D;UFP`@dVXX)fcGkdL>9Rdg-fB*srAb<b@
z2q1s}0&WRNWOPHx2Ky|i{kyWW=)TH*ZjC3=?MQra%a$##yz<JRL4#z6&z?Pd_U_&L
z)?06V_St9UICZO}s6MK_d-wk7Pk)llFeM~;>7|$6dFP#PzWHW#b+u8)d0tfN%Sr1}
z|LLcnzVXHzWm8j$iONa$3l=Pp^V#(tL(A$Zkc21WX-DpjXF6(Nat!_S>C=Dy^PdZ*
z?Bm+MfB)y7e}4b|zekAWe0d}Jxnsu;b&FM@wY7ECs#Q-u`J^<`t5+{UzWVB`2M-=R
zapJ^7hYlGh)LY%lbp#MV00AXHUQ|&~KmY**5I_I{1Q0*~0R#|0009ItQb7HtfV^l%
zt}l~9009ILKmY**5I_I{1Q0+VaRNEjIb-w2+UG*UzB{g9+=+%0i5nO#r@Mgc1u6+r
zBQJXP?Adgm4&z4v0R+-TfV^nBtQ6x!009ILKmY**5I_I{1Q0*~0R&<bATJu58+Rdq
z00IagfB*srAb<b@2q1uf2-Ns$J}&$?Y$!DBMcGz#`Pt>o{$}(Lun}0ic(D-{mEBX>
z9n=Pjw-7)80e1z+i@NJcYX~5K00IagfB*srAb<b@2q1uf*96FmdTm7*4+01vfB*sr
zAb<b@2q1s}0%<2u++4im%o6*(Mqkf=edW28RlcgUn;ipoU0~6oMJG;JZZLb~$PqbH
z-pGrN968eU-f0j41Q0;LN`Snml?>MrKmY**5I_I{1Q0*~0R#|00D;U9ATOF3>&Pq+
zKmY**5I_I{1Q0*~0R#|8xj=iM{ba+*EoEDloL=(bi4SKVpZ(#<50{-;wxfK<*`~9d
zU7aZ(Ap`J;z}T^4B@TMuefRC!wX43q-q=C3wYBxop+nC-_neUwmH*0-^i54o9vL&k
zKmY**vO$2nXf~`eb3_0E1Q0*~0R#|0009ILKmdVk79cO0&8yGc5kLR|1Q0*~0R#|0
z009ILKmdW{3mAD(l?$~h?A*CC`D3F;1Q0+Vn+3>=X7lPZcLWeX009ILKmY**5I_I{
z1Q5su0rH~Ru*%F40R#|0009ILKmY**5I_I{1Q76!Ky!2RuwlcjVxn^W#v5-udi1Dw
z2FyqhKmdU(5g;#`B@4|o5kLR|1Q0*~0R#|0009ILKp<-c$ctv}(lc=c5I_I{1Q0*~
z0R#|0009ILKp=$zH8nMJ=FGYG-h03Iz3=tt(c`kqF8k?EfBM1;FXZLr1p<K-4vel5
zKmdWP6(BE~wM);$5kLR|1Q0*~0R#|0009ILKp;y5$ctvlLNiSS5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Z)Jzi`wAu76J$$fB*srAb<b@2q1s}0tg_G0RrSjGhh*!0s;si
zfB*srAb<b@2q1s}0tg_000IagfB*t<3Xm6#6Oh{xKmY**5I_I{1Q0*~0R#|000EB+
zkQep%0x>)U5I_I{1Q0*~0R#|0009ILKmY**5I_I{1d<>?UNi~Fbb$Z@2q1s}0tg_0
z00IagfB*srq)>poXbSP^8UX|lKmY**5I_I{1Q0*~0R#|0009ILKmY-c2#^=`$U-m-
z1Q0*~0R#|0009ILKmY**5I`V70^~WU6BAb<b@2q1s}0tg_000IagfB*srAb<b@
z2&9n!dC@dlEQX2z0tg_000IagfB*srAb<b@2*e;jUNi<YZb1M61Q0*~0R#|0009IL
zKmY**5I_I{1Q0+V!vx5SX4rx<9Rv_S009ILKmY**5I_I{1Q0;LBtTx&1j0)M5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1hP<oyl56KI#Wgf0R#|0009ILKmY**5I_KdtP&tE
znpMlqWD!6B0R#|0009ILKmY**5I_I{1Q0*~0R#{TD?nZ}EDIMAKmY**5I_I{1Q0*~
z0R#|00D+7VATOFROUXnKKmY**5I_I{1Q0*~0R#|0009ILKmY**5QtfTylBjH+=u`I
z2q1s}0tg_000IagfB*srq=f)^(X?1528jRy2q1s}0tg_000IagfB*srAb<b@2q1t!
zLIuc+CX|=P5kLR|1Q0*~0R#|0009ILKmdW13y>F0`4TVy1Q0*~fn*4Dwg-2;l#Gt(
z0|5jOKmY**5I_I{1Q0*~0R#|8PXY3x>A7x<8UX|lKmY**5I_I{1Q0*~0R#|mDnMS;
zsTB1PKmY**(pRA2TyX9!!Aai<7H?1ANicE*5I_I{1Q0*~0R#|0009ILKp>$4<V6$8
zOXCP2fB*srAb<b@2q1s}0tg_0K*|Nki>7=D7ytqYAb>!^1vWkTby!sXy?;Znt25!<
z(E$PoAb<b@2q1s}0tg_000IagkcI-}MbmK67%~C~Ab<b@2q1s}0tg_000Iag5QPAF
z(I~K}iU0x#Adsd4?_K}*yr@J*3udS3Bp5aV2q1s}0tg_000IagfB*srAdpZ2@}ddl
zrEvrhKmY**5I_I{1Q0*~0R#|0Amsw&MN_^63;+QH5I`WY0u?#kVNuD8&iKEBzWT)W
zNb3k7fB*srAb<b@2q1s}0tg_0KpF~=7fr)OW5@^~fB*srAb<b@2q1s}0tg_0KokPx
zMWeu?Dgp=~fI#{QbOk^8=L_<p5*gh-JpJauh!H>l0R#|0009ILKmY**5I_Kd1PhQC
zO)xOcBY*$`2q1s}0tg_000IagfB*t179cO0;sv041Q0*~frJViTVxK4N?!EM|2<f9
zETP@fI06VDfB*srAdqzeU4gHE#5(wXaN{3>3vUm;{oUZyUcnhx1eg9ixO-&q>}SDF
zU)Gs0VFVCB009KjO@O>;x~&-FMF0T=5I_I{1Q0*~0R#|0009J|6Cf`dofowcKmY**
z(nz4ACHU_D6DBVzk<sOY(r6wG6#)bgKmY**5b(4>&C%e_5y5GfhX1)se)KZ_P3{@o
zH$E8fdwMPm4gmxZKmdX479cO0-RsZn5kLR|1Q0*~0R#|0009ILKp^u4$ctwF8Z$!#
z5I`Vn1@?@w3oV>pm$fiV903FnKmY**5O7VP_JrL}Tq-Q83Lo|h`s!WlorVxV009IL
zK)_W2@}jPC(ij2=Ab<b@2q1s}0tg_000Iag;5h;EqMln427~|t2q55!Kx0vG>i=n%
zUijd~V4%a5u4n`S1Q0*~0R#}pUV&)yq7oc^|At^^d-jSka|94T009I%EI?k=!;8bv
z5I_I{1Q0*~0R#|0009ILKmY+31jviJfJhSvAb<b@9u!#fkX=~R*x~A{DIOd+LqY%n
z1Q0*~0R+-XK;=b0zBQQlcCaER*jo8b9JDJK><V_Y1Z$56_fH7E)%${<&2~JWPIF|e
z2q1s}0tjS{0C~}@S!yPV00IagfB*srAb<b@2q1s}0$D0RUNlP=o@pb100NmUP_pZS
zK!Q5|)Kr-MpT5pB@PPmV2q1s}0tg@wvq1f+;NDk)O{EbUkl^Tw!5935)>a$g7T!hx
z0R#|00D+_nkQYrlIUOQ^00IagfB*srAb<b@2q1s}0!bAhFPc<tIzs>f1Q1AqKvy96
z@sBP@BbZ{M`pZp!O2UZf0s#aNKmY**To$M-2+DVSKGI8|t1~$7huuG<$!4T{Ab<b@
z2q1uf#{|fWdTc=$4gv@ufB*srAb<b@2q1s}0tg`BvH*EemqBR`0R#|0AmsuF-|x;L
z=+V%y<;gvQmH8<jG6O&W0R#|00D&k30v*8*ZVVp!D2iLC>JfqJ!`(lp&Hu4S2E{NC
zKmY**5I{f)kQY@H6c9iF0R#|0009ILKmY**5I_Kdj1(X*nvu)Oq!2&=f$SA%ZwS8g
zpSyDiVKbtpi;M3L2D`FXjF}^V00IagkahxJP5JtJ{mkzL+Z)qv><l<K<BIMd)%>l1
zAb<b@2q1ufrv%80dTKcs3<3xsfB*srAb<b@2q1s}0tg`Bx&V1m*GXv*0R#|0Ae90;
zp6^Z|m~x>uFHbB><(TOk0R#|0009J?3$#`Sr~jwFf4krLg7f>R=@o%hL%V-kYdGtb
zQ85k#5I_I{1Q7T}fV?Q52nZm600IagfB*srAb<b@2q1t!W($xP&FuAMb_gJVKz0e#
zo(R5qQFj8tCLn5hYxaK$`rES0irFH700Iagkfs8k{jvLd{gjJ?b%kj<kL(@xw&%K6
zuxxMkIxuqt5I_I{1UxA~UeuGz!k`d9009ILKmY**5I_I{1Q0*~0oMe`i@HWhLkJ*%
z00Jo&STVReeqc(3Mtu3j>nR^T13&-)1Q0*~fd~SX`N7FOF8Fr;>8~T)!rRFdXm1D>
zZ4K^vDfsEV!4GZ>PP_E$zvVIg(|;;Eu{@chqb~#yKmY**5Qr#1UNj;R6%arG0R#|0
z009ILKmY**5I_Kdv=$&Qn%2w5;1NIo0R*}Q&VF`5dPI*RI4Qq%NwBG;yERG(Ab<b@
z2q54&fv(`<yTg3DKeyR)BhA7A$;t9-9|^NM_CJOlS&)TPOc?<L5I_I{FAI<t_44X4
zHUtnr009ILKmY**5I_I{1Q0+VegX2L@f*?t0tg_0K<Who{@{oGqK+t-0u1YZoBD|`
z0t661009ILuo5`2Ed2NSkNz<zKMC-WLV^65;g`nrvsUQK!}C%&YPv=M0R#|00D({e
z@}i+8TtNT<1Q0*~0R#|0009ILKmY**GD(2EXeO;Db3p(B1hQ8kcY2H|1ygRJY;X1&
zGIInFKmY**ye!~v4bJ{Amf!C4W_Wq*89p|v9Ixr8tgtW1i)Q#I2h&3U0R#|8KLPTh
z>9=N#7y$$jKmY**5I_I{1Q0*~0R#|;Mu5C%G+NX}009IL@T5R%b@1))S_VkMh7+tV
z&i`?+E8xjVGAINPKmY**vRmMb*X+L6zx{s&+iJ2KC`GgP)deT_xL|1(3<w^W6Ra!<
z%1>ziwr_s2>bhWX+n(#LPhRu_8eSlP00Iagka_{~qN!g4Mt}eU2q1s}0tg_000Iag
zfB*srBvOF9Xd-oK8vz6mK)@w|#^T`eLBToKh5t9DS9j{bDhTTQ`iv{X^zz>I!R`Mu
z7`!m;;L_x11_1;RKmY**A_z2<1mC(O!ngY^&qQd1w-X_-e?s@VNO1Jr=E$9F`cwBU
z<V7QUQ3C-45I_KdqzaH1O)58?A%Fk^2q1s}0tg_000IagfB*tX7a%X1baFaG009IL
zh+e>cOEKqJ&^T+>9F2bH+<^cB2q1s}0&xqh`)zl^(CWMS<etIm!*TaS15pZm*sptO
z@@6=?`I9@kZy_)0h>S`IAb<b@2qaH{ylC>Q=?MV@5I_I{1Q0*~0R#|0009ILNQD4-
z(Nw6@Cjtl{fIyT26*<9o{&RP<z$z$`(Cd<I2>7EMH`Nh9009ILKp<{`vb|1!23Yzp
zYz7`TcQg&ik4E}WUvdC_#E-5(aLUEqcaay3C`JVY5I_I{1d=O2UNpJh^o9Te2q1s}
z0tg_000IagfB*srBwK*IXtKrW4*>)aKp-}O&h}tSh56s1kGk^)dR!sSvcwq5_g&Ce
zYh`Ss<}L&fKmY**5Qs}a;)U~n9L2Z$!c}o~$IVd*v^QL^G+mvM?=Ihe!7b!PBa=}B
z0R#|00D+_mkQYrVH=QAX00IagfB*srAb<b@2q1s}0!bGjFPe06Iz#{g1Q2jZpwkze
zbKM1zgE(WN`t2+4b7_<`g8%{uAb<b@aR?lq8{PN%_pT4hPY8S@N1&tWg4L0i^5Lrs
zp8Pbpb3}0Ekf3bO{_(BBMRx{QKM?$URPfA(;Qashf?LRoCTFGS1px#QKmY;90^~&<
zQ&ABC1Q0*~0R#|0009ILKmY**5J*b_@}g<EYz!I!1Q0+#1opjgLEb=5d%99C+6prQ
z2q1s}0tlp1K=Ow(zaRCt`~4GAIp*x@yX%6(<-Zsol)t#qkDHJ9BN=(o?D~XZwg@1A
z00L<sKwdNr7KtGufB*srAb<b@2q1s}0tg_000MCckQa>uk6RHy009J2C(v9LeCr>g
z4v<6)E$9{I-VzM>Q#V6;MgRc>5I`X71$Mm{%lG<emj+uZvfeIP04oN^vPSABF7l$u
zS}6KK009ILK)|5@c~OT@R6_s(1Q0*~0R#|0009ILKmY**(o}%FXqqk@!$trB1hQRV
z!|&n>C#aNyeIb8lwmUO_1Q0*~0R&PdP=6{o<^PEB+x^Dhr)tz$*RSlyZvWGi{kvPA
zOCvF#&$n&cwwGRdY2d(tS6y{g@7}%p^yxETz<@vh`Om9Xt!i#=PNTWFIMmUjM_=^K
z$FynFTx^!65I_I{1X3kHUNlwm^osxj2q1s}0tg_000IagfB*srBu9X}XmXtC1px#Q
zK)_9b^8Ilo6YO&f`nxkO54P31Ida-U009ILKmY-U0&=ps{!KZ$^8XgB_{w2FREu4p
zD-hiBbR5g{ov-ix>dn{(kgPi!8yiQA7}29gkMG!i3>!AAsi`ShgYrs0BS(%jRHjay
z>Xk7u4g?TD0D(9J$cx5-$E^q;fB*srAb<b@2q1s}0tg_0KpF^;7fpjjVu%PJfB*s)
z2y_J({v_UHg7eJD*8jMmb6y~T00IagfIt!i;@q`TzR`bjM=;oxgpp=(7hS>4Pr36W
zS&pZ3hFiC8m90c=gQDGU_UhGZ$&w{m^;tn)G^>`I$s&M2HVBXx&4yKGjtC%t00Iag
zfB*srAb<b@2q2Kn0^~)rdG(n)0tg_GmI6l>xRXq97#W@1GgxyZEuk1R0tg_000L<$
z5by{8fA;PK%&xM)6TU*jFfcIi!0_q72cwUU4lO-8%qIhmj7~eYBO?)8Y(SgG?iOWi
zRKP)d07VpmCJQ7XvV?>^5CREd4Qp6JAcO=$NXP<YPb&LbNvcv+=X;AAPThU0Ter@=
z^}A0!;oNiH_4i)umbd=(o;&`c25<N8+}of4jWO(5!)vfc@y}!LKbFi{-+Jq<Jz>y~
zeB_g#{N(7-qu+h^-PYFDt`8pJHuQ7m%n3KC4@uFu<i?E~lR2Hf7?r$eU#M!6009F1
zC?GG|kNCPKK!5-N0t5&UAV7cs0RjXF)ImUAv<}F+AV7csftm@l?}%<Xs+Qq|IHgeJ
z;DNugL0QdKP(uU=5FkLHq`;du*5<wb=A)zb){?y`P>sO)x1wSD)n=JeKZA`rJleUg
znvwKnovBl&#u3o{_S<jVxN#vOTByUFJ9l1i!3C-E@}h;5oF_nl0D<HS$crX_jf{{0
z0RjXF5FkK+009C72oNC98v%LI-sq`IfB*pk^%ht;EqeOAioZr2vNz9g$LA}qo9b@+
z%6iXKe*_2+AV6SX3hdexh3H_BzvHOr(#w|*OvOH)bysxXmut30@q$kI`#v6aWzC0;
zLk~LWpj7^I|NZx0ym)ar^&fro(S7&bS6;LnD`f}}AV46Q0`j8CTo<DvK!5-N0t5&U
zAV7cs0RjXF)Ji~Jv{sVZAwYltf#eF@@gMg_8p4fJJqQpWK!5;&Bnv$Ei&_Q|um6|P
z)@4baZbOc3$&<BQqc|@*bf0K*S((iGp#AQ5zl%2)ojiGR`JKM~_S>5`Z!T1R;lhPO
zh739N)KiZ<^2l%t`(uwi_Iuy^-k33Cid0E8b?&+6hCNQh<G%auOPvW-MvfeL$|<KD
zdg!6y{26DQ5qDZq;Z&`#b?R%cy>{`%7k}}KUp)BWgF{yKgcDA<@WKmUdF7SP&d#{y
z_#l-3U^x55O5q@NCjH-)EB)0~Z03Lf0RoL7ATQb&>tvJ!2oNAZfB*pk1PBlyK!5;&
zY6av)tCdra009C78b{!fzuB8=STwP525qDS2oNAZVBiUCoF5JQvl?d+A3by6Irj04
zAN-#+UZXfN`rOa^c<ALezh}>$5PD1{A;0j2FBG{AeVHwW7N$&@a{Tefr>85kjt37O
zoHv=7>LUL1X56@O;mr8)<M-KTpY#?64H^^=rlP{3R!Fga@{^xTZ!P`!m}8EaH*a3t
zc<La`D7{Rf;}t7bWL5N(009C75-uPwn(zfOJOTs=5FkK+009C72oNAZfIu$=;$I?!
z&-RZy?zmpIraA!v1PBmFqQGN6kQYtjx)>7y0t5&U$Pnm?9{8(12_mj|F{2+(dLz)f
zHX6EbpDa^IjsEG#sB=$mMpvu4VN=aG06A&Wq~13>efspc!6FA|opn~BY-;@JO~{Mh
zfB*ftjhuGcY4JEKD*WV=Pv*9kd*<PXACB7(2lArn8jcANAka(#@}kYOn&v`)009C7
z2oNAZfB*pk1PBnw6^MU{5PlaRFPiJ)3;_ZJ2sDF$yl6A5qB#&CK!8BA3%vJeU!@T5
z{6f^#(d>Nnn&13;`f8a{yNtHXtk+D6^%J)Gj02M;?-XCGp%1U6@}eL6*vCeU81c?K
z?`+?`J>)IJW81cEFTM2Am%sewxVy(5d+ftX8UKwxy*cl^^Y-0$-%$R_E3XW@cXo8-
zd2N?pc=__>ao6GC+H0>}vt~`$<}^IQLApb@`rdo*WsK>ACzo7uNvegRLx<*Gb%p=|
z0t6aPKwh-rmdt<&5FkK+009C72oNAZfB*pk6$!+@L<k@6%ZpY-r!WBm1o}syeS5Tg
zYV_)r(Zo}uv7e1b92{M@e>Cdw=<Y8@PyQ%+eOR>W<*2>2f5w*BUK=zo+P))NGb5Tk
zB6{M7-RnE@(C)Pk`)-Z@YBcqt=)Fgxwrz<eH!uPO2oNApnLtNdH0INN7({&Q*2>1C
zbRmIf{;?02DMUtRU0<l@dY(V?%rjFN$O8^IpeFsk@x~hyCr-?p?F{XQ;OM27UYhFh
z;~)Qcc$(X3`lmM`FFJSb+}twpneq#N{p(*(^}GN6`_G?0KW-sD2q(j(RGE`cJ~?-6
zmtA&Q>gx5^Ct~g5kvkwjfB=E&1ms1lb5n}|0RjXF5FkK+009C72oNC9C<5ufM35J4
zlvOiM0t5!AK-g_*;y26v1^uLNMQdIQzkD8`R$0?-ti0&frQNyT+yA1hwSMHxsI?_)
zx&@!EekB^VU$L(dheV@48I3zBdi<Q|)vKcSAB)0Zx;hIs=mG%(1PBnQmB7p)WxesG
zwxF!y-|z<)ZCh(K*a6+ngs=7ON<H(_B=COnlb=jwAWuB;#QKaU?C1H3PkbWPY2Ix-
z(?7i#J$iKUQI%PE>C&aC9>c%m$B!@6X1Ej=TexsxRxx?eED%o#5FpU#0`j7bzJkV2
zfB*pk1PBlyK!5-N0t5&UC@zrxO9Xk*;#RH_AV8qs1VSM2?h~r{)%>lWik3awZ^KSb
z$Cc(q!}hIluJZNz-dJ<P+tn=etl?#0zcsp=#)lu+y>)H(&0)ol%VJiD009C7Di&y6
z8->4Fs3HYgQI!`iu6ST7<O<wT-k-Eov^433AO3D`pY=a;&_M^K5|ZEf&Ufn8d)S{d
z)#;sg-kIBJ{OQd;`|Q)!)|Oi!{Y;sKM~oPe>hZ9{4hw<R^cK>O!==LyKRi|Ps;jO_
zzZ8z;MYBLWB|v~cqYKE3Hu?%0KLG*+2oNAZfB*pk1PBlyK%lrl{7Z!J$-lg4aVu8|
z5FpS$0t@bqhJ3VF35u{q<N$wElot(Q(V_eHfX^IUSG?--q9JAR^#3kB&N;XA%qu;Z
zQReaJPee<eEZvI|1PBlyK%i2Ar_SxwJ5-r(WZ{oNHZ7`jXv${`jQMomF4lwJ%<i#2
zp7%>$^ob{)NM$lFx#W`ENynew3>q{j_iEOeG7F!6`st}2FTC)=tQNAKUVQPzsgi&B
zmw%acNnSJy#8UzU2sFBYylA7Zpz#wRK!5-N0t5&UAV7cs0RjYy3&g)fkQXfu<thOJ
z1o}r{>V-A<jl8^QMS0QbS7ewsN?tTXW#*18@ha_QUNn`)2`P@YZ6!K#nE(L-1PGKb
zuy%HD|1_q|yl5yk>09NGOUe8K17m;DV~;&H6^}gm<dgF|RCTtaqhs2%X_sGq`PaYx
z_0Yuu2OO|p+9PZnn(Fk-GtbOzKK}G3cZbia3m<*-(WxHqyYIf-M$*qrm@pw#^5BCH
zPCp-x<wdhVJS9MYK%)!Di#GZS8b1L71PBlyK!5-N0t5&UAV8qFK>Qnr@X5dZMT=Xx
zN`L@?dJE(Yi{A48MsJLY*3XT0Z;rY;x^EHQ)fu(7Mq8Ieiyw*}Ju4czPe$A^L?h%y
zpZf7$lO<D1FJcn%qC-C#-Sc0f*(0OXuS8pyMZ32|o$cKV-M!o$-Aljv)o98;WG{56
z)waFZ1Z$EP4X>y_{XbD_OR<hzBS3%v0RrU;bVc`lIr|;0{QPGXCCm9?pxnU^$Z`|@
zN8hg3Gyj+b)-%pHBNdMfk<MC;XX3<(haP%ps@dZIe(PI#g3a-#H+S4|N68_TSvVfX
z3opD-yv>(iemO3jb?16{(c*Nj5+FdJ;RNJG8*a%Am;eC+1PBlyK!5-N0t5&UAW)G&
z{7Z!J$-lg4MRW=iAV8pR1s06U{$2ctL!wo$l<suT&giYtQ79ZIDC9-g%!qD2I=b(a
zsH3ekVE^VtH!Y0bxFOoJtMoWSi4Y~d{(zo^4l7>#uJl=X(GWV#eso2hd%E+e8y7?&
zPBZm_Xw=~u?Z+>wn~#dxcVyT0oB#m=1PD|ruwZ=tH=6hzr{)J^|3mj*VR%$6@a*}0
zyJWLRR6VpBR=nn#YvOq1)~#E6-}1<jBjW~39u&`ujvF_w<apwbdWsj0M<Op;l2ic#
z1PBZq0eR7Zv({!xfB*pk1PBlyK!5-N0t5&QOo8~92;tWR@}dLtHDJ~R2qaM;Y~DEJ
zqZz-8zx7j<Wg9}^aOy?fEiAY{+P*T0bFBB6y2|aafAgZ{j`G8D-S_bQNY7V@j~01k
z=S5#DQuf13UD2A?qI*v4=_2lK(rF)-@m~T22oNApl|c9-m(ic--Wt8mUttGtkE#XU
zxi`;G1@Vsuy+3G~RrSznSTWo+KF(4;{P4rQY<bnHRdH*d{`9Bsx#ymD-+gz>mMwes
z?CI+2`5E<zC!R<Zt6N_5sH2Wb^*Da~_~LVX;DHBHB@a62psbSi7tI3klmGz&jV>TB
z+UP52`~(OPAV7cs0RjXF5FkK+0D<BH@}k9kTqQt&K>rBbbwb83;=^X4)op~e;>FTo
z(QudZu$koCG0~GhipHHB-Edg<mX)K9h$eh3ns!;V^r@(0cMTB2UDTIP?cT34Of5`j
z*nZt#q2H2^iYf-B<<CVg{HpuTwqaw;Fp(QS9zFQY=+!?)Yv1U;nR_{p#>$I^8U5+V
zj8{vzd3~WrHF?ogTV2uIu^GLj(jY6R73#`)0t5&UAV8ow1$M5FhVGl^r-I%mMMDcW
zek=+<`z7Gf-rm0NzWb&Uk|&;cVtT5xiqQ=oJUG?V2`8KoS}xSWop;`uDpt3==%7J^
zQaxUL@x_Hkl{)|HU;jE)@~dC{YF0^k(JT;82@oLA=mPShjlP1$Pk;ac0t5&UAV7cs
z0RjXF5GXDnFIwEkRRRPE^n*aSOL*2V+*i-&lVNOpr#o6X{GjaavU(4ZfEibJ-=@5r
z$5ZF-&4PwF=z{z9)>!gnH1d!<y=<J{(`3~ZQ%!_u!JDI^>;FZbUgGK8a!j=B*`6MA
zk5XgEjX<Q*t-1ehUYy%TKb(2wdl|D%SIrtt^?A_`8d~;DMn?g5%%`(@@RR@n0t5&U
zXnui-|10}Pg80X+ULH)nFgbdcTyjY&AsPOiGG$8n16#OoVc0t~z5HpXotA29^5n_s
z=d+H_IOB{|vAX3&ufP8KRF6j-aYSclXV!S)r{U6(M;@6fdF7Q?#^+N9zxmB?QkRAf
z9h!B?Qvw7C5NJdJdC^8(HDe|~fB*pk1PBlyK!5-N0t5(@FCZ^kzLk;$2oR`~z_^n#
zeg!}FKlDkzOQvM>Qu3Gkw;dN1*|;(_#E`cP_mhpAdS_hs=_x<zITK$>9c-AlcWPBv
zOx54LDZ1s@g1uyQ8n#i*yKhz27_w^ReY$DU-tqVEf1dhD#@si&U2r(P%!`J0U-?5u
zUx8)ol7ij2K!5-N0t5&&r9k)toV-68_3~u+o1G;6T(NE2wgV45FqMQ12g{c)FK02I
zdFGk@_S<jc#*OKPzw(u@q}qA%$tTm#ryqy*Q)R-xb<2w`S+XSVv`CgUT#Ab=Sde{#
zfFVPMq^^d9ZTgHH6Cgl<K!Xa%i#F)O88!g|1PBlyK!5-N0t5&UAV8o@0eR6fp%f!P
zfIyuDcCO3*{rkcRweLCv9jo|-e%MU1qpjFrru=<Ivmr0~=-C-(vO10PqE%N6quH@K
z8n%D2Ua~q3Pahf-b>(cJlr@IjTDfNuk{7-EKW9w8b#1{l>U~}`Y%@FjUuASR?b3qX
zxj=vb0RjXFG^apUbpL<P_<11r$D}IGgg=2v*yE|Eo{DplAu?JdQ5go_*4B3ErI)74
zXXQnI_OqX*&VS<@-^hDw`^}p-f9g}8iu<ZtUNj6l++RM`Z<yeF@4c710^wwwn?3Qw
z6LZIZ|NZx;S~%&XlX9y&Lx2DQ0u3i1FWPWRX21jp5FkK+009C72oNAZfB=Dt1ms04
z;!>CZ0Rnw4F#oRXU%rO~Y0V$i<we8q{loq1i#)O-mlOU+_FU4F194b1G+1@T_HEJi
z2Ndfiy~p(98CPe|BWn!lg$o@gAurmoJ7fCS{fj(N*m$bF&x?kpW?h%j<LG}EH}8M|
z0RjXn7HHodEuR{_dSx{6)M)HyqY(#3*X<vTIy}1ji&5AR`}JYbs+Xho){2`|fk0mi
zY@8p3pE?Ttj8w(>KOGtE+|bvfuA==LZnz<iafX9G|MNc&DVk-=mhIlXJJnh^2sfa=
z`s%9>IpmPIWL94E`RAXHFP(n+>GS8$Z*Ol8)x&+>*Q{AHYSgF$4mcnb_~}o7nkrV$
zyy()UOXIQayYIduM~>XEVM7RohDSIE(+?-(0%4}Ph9OWI7r5`f`&wIl%gRM^h5!Kq
zjU*s1+DNNqtON)UAV7cs0RjXF5FkK+0D;N{<V7ntQ-c5j0(~j)@EIAudB5S%KItsZ
zi{9}U(Hl2JEwiGKO6}e|w5$6o<We>*j9$Ao8h&8LU{b&O-?gdWkP1aE@B4DJW=7Pu
z^@H~F)vmH)S9JUF*&}@J=h5cHQD^uS{09?RJ3E?udUl!AM7FKS7)qfr6bd{fAuJju
z@b>K)vwP+rGbWYwq$YXMo$E7t3_iJ=wPy9}DFFfm2;>U1%#0?Tmi-;I(3{SrZ$)cf
zEBH2=+qg3X>LBpujpe?83%#&=&VMvo`cxf;TwNDWJn_W-`|lq|B8wk{o6(1uO;$%C
zdwI$!rxdR^X3UtUpME-3rk;7xFw{pLd8GK*Qdh%1qFM7wJq@$_>}Nll)k1JcJyxz<
znYWgc1PBlykXQkE(Znu|fe|1;fB*pk1PBlyK!5-N0t9LzATL@IMvV|4K%iy<!w<^%
z&HIF})vV?8hPJ#Hz4H5L`>OPFd5%MHG&jl;@}-3yc_Wu^j4D*T=X`Y)7fs5r8uHO-
z-5Wh^rXRikSZ2wObU%IU2kAw6j$gh!qwvhZJ(rSp6mC5~?9X~eJ9OU?d(hP+FB%Z8
z|Cc?T2FWlC4*~=T5GY@uwIv$=m5gtsJ*l}5-k}OTz4cSkvS-WhN6EbcVf)r$`|bUD
zeQ5u%bnc15hMeJzxTzjp(bS8oc_rt*!b9{l*^ez-wp@7Oh5PKYPgW{2>uI>}{MN1E
zFQoE3cI?>km9Kmyt9<<Q_S<g{b^0qW8oHi0Z{9J-921Wx>)@!Pj+!%PPM%qPcxut2
zMF$;pP*$zf(-kW+|3vG<D*j7=009Dt6_6KA?9vz*0RjXF5FkK+009C72oNAZpe6$H
zqBUXE2mt~FY9kQxnOVO;pL$_!TCTd4u8!!=&u5G(+#$EnBRBT>z}E|v%{X60#jvMk
zxNm7X*PNR&+RS>g<cW;Jsfz78vPyM7oqk0|$pq#__w0-|z7xIr$7tBT8ADw<CC_xy
zPt__fdgm81`d$5MdMAzv5FkLHn81=LQHb}azkgMFyme`@_Fc;rNPlPVuebGkzqEJJ
zbBEW^XTr~8&;OrZy`ID0`;_yyMafVKx1N9Y*=K+M``@2>>ZwN_d1Saz`+)}@c)|%M
z{QT!XpEz-1p`>W~*k5_&mGjO!@6(_DbcmiFeDJ|v{_>ZH4I372`<^P(k9pBBfX>d&
z>C>lQaKQy%_`(+sIN*S=rRwp=AAkP&=fC*ki{VoGEb<=j+_^KPUIz^tbnLOmrUz@~
zMe}kwNq_)>Bn!xkCV6#?jQ{}x1PBlyK!5-N0t5&UAkcdOdC}e*YJmU&0yPr|8-8Ym
zMrMz!S>shVv|(QMs6t*b?;|(%8Ey?<&ZCNoEw5*cD(rX}cJ3<vnEaiLDuH^*lX+^S
zr%FPZ{tA}FBU|)9&#q`iB1X^uGOkhZpjLU&N4}RK8Aj+qfB*pk<p|6jlkxpC^`<}O
z)7^Qw^>d@$o1^e&8c|miGI-%nNVYDC7C#g{dR8=apNv}aqUBJhmq~wT@2|J@X3dMH
zoac_s-g`Xj2iihUM;#G`zv%HGK!5-N0tAvIATOGv)i4$U1PBlyK!5-N0t5&UAV7dX
z?FHmTYj3JW0t5(DEwFJxMj#~oZaoA`lJE$>%}@VDf1#vGR_t^5zv>RXl=G;f;*0;3
zF{BqRF5S<jg&9@CjGp{ao?7Xtl2E3<f+g|D7T%vd?DVxr9fu7+OU7kGgSE<whHY=t
z$54D{*LWfh2oNAJzy)%5x(-RvHLsOc34f;X*63)&A$z~~7J3&h-OxZSk^au!UvKNp
zofi$Stj+I66aQDnj|b^LD&#r-Xf);TqSmzo^+jpk1PBlyKp?pS@}kLI8zUn?fB*pk
z1PBlyK!5-N0t5)uLO@=$7K+*+K!8Av1lGQh{d@L=<V7DoBV%BzU&%k=tk~ycXXh`L
zd$x*-qYlp)(ux;yTg`Lk=A$!e-SHQB%A}`CLcF2Bf+g|DO6Enw-m0r-#Knsp)G9Cf
z;;%CpXAdvdscQrX5Fii)T3fm|i%w6?J$_DEQU6$P&#q|dMcpmPi^e8p9;Cms_t)Ec
z*qS>mU*3()%bZ0+6k9VR3P1jZpG?wU>RHD(92Px&UKIX{$AbU?0t5&UNTh(gXd;)z
zpa>8kK!5-N0t5&UAV7cs0RlA>kQc2PrG^L)Akce(wX?H-z5d1xy>GR23vFAY<<CVg
zT^c<!C>r~jXvD!iH$V^JmhhEzC)`C7^S7B5`+W7v{Kaz5R$8%RcQ(}aRk^L^Ig_<3
zX_!~;4yfs=l8|uduV6_$`jUCkR170*($(1>SIU1-tGwuQzsT^Pb94UgoFzbj0D)Lw
z{8ux+bB1r)xo<#m;UWhsUW~S{EOOnYJOb(O?EU_>o@abbcdC6ycQW?n%cDoniY9z5
z3VW+g_#aUSNWXej6kfm`ZA~{}6Cyx>009C`B_J=_RLf~H1PBlyK!5-N0t5&UAV7cs
zfgAyO(Hs&d2oNC9e*zolXM{;Y4)FP3_U&lG9%YaGO?IbQ+d$<$oqtdMQDwzG=Z?)^
zEca}s6?d%89&@-?Z#j>J6S6C|w`SK%PnCqZCn{L7ZF$fAh;!E^+?75gX^T8+l^1;^
zbHCX|4;1OsB?1Hp5QtX4n(^*)>!&K)S+pX-uFh!Vf+*}y{^XCMaVJM%FURW-h(;aJ
z9ow6BS+w-267Ljc_SMx9EuR`qy&$^lgzh({)L)l`eoH<osu=zbBK$qe3%`o)`*IZa
z6%P}+@#E2h-;7@UV-&VzFF$ab{?4ALxAl@-3J@SbfB*pk1nMpzFIsnU9TFfwfB*pk
z1PBlyK!5-N0tD(RATL^1Zk-VzK%lrl*fA_C1o*($i`VGY)eyJH>aNVE^X|;wZ&vKH
zP^>h!a-|hRN+fHjA%9ZNBitr6tK#l0+4a&>C82O~f+gYQG4jx!@n5%p6gH%NI5WEW
z*blO&lm5I`dC?F|O=ny^BfS&H1PBlykS%cEDH-23TVBsDP?P5y--%xQb@wLW>EEJr
zkB9CX&A7VU!0J=y_G~%6;J&@XT>5l(dNa4>@Mkaaqw0#O7Q);5oSUNI2j=M|?)R2s
zqGiv<9p*WR#}HRZ9i-B&x&LlnoTm||2oNAZfB*pk157|(bbu|m=@KA7fB*pk1PBly
zK!5-N0s~G!UUa}Mxd{^>kYs^y`_8OLL&#(F(c`HfXZMxWb&;oK=0)EbSMJ!e@}eax
zu9}`b_%idNxjVQvN?tT<sT%f(ix(xNeb&GA0dH3{`ShOip+I_ECu;#}l^4DKUuN{!
zx-P39PYDnpK%hrp=emsVnPEfDzIbd}l+jE4eo^S)w&SAQcfj0%rN2R^-koP$Q?R2A
z^LiSnx?*UeZEJMbe=gWd){Me7s)c?ANFPI1t-Mczp$7p11PBlyKw!WN$cqm6mjD0)
z1PBlyK!5-N0t5&UAV8qW1>{AWe1T1m0D*=R$lXe7=Z4x(V%{C)#xU{*D*8V!`f~R8
z%e)_b*n2H&Mh$U4`qq|=o!o}*)4j83{Ak-2g){NI!rg%jJ!+B{-MPM}uT-bu-p3vU
z2oNApNMQb58Q(S+PAF8cSLZ9ui-vFDV?G^qw3X;IJ#rcHqG5~C`0Xb5ph#Y{{EF?{
zqg#$G)=O@`4-Ja)z7wSnKDSox8F|qXuLhS15FkK+0D%D^ATK%~mf0i;5FkK+009C7
z2oNAZfB=C3EFdpBfEVA?2@pu6K-ON7A<VG&p&Ac#_vUEmM>CQbxBZ9ct<llCIZ?=_
z?%DN0=%Op5(-1*Sk5%-0UNrZ9^kMtWavp15%b3WJeWECHrlFCf-H$$OO!ucFGlsqT
z)$F-Geojw;B74%-BriJa`kubRt77ygvj^ij0RjXFqzgQJM#i_z@Ljzx9&uhY>|grE
z4N=RiD0I{v2Mup?T~YYsh)oNl*RIXJ!}|-rDlwMy$mP@jI|{p7r+yv?Kd!8q(Y+C9
z?%Qap#VRXyMdQDk!4>`>V%lX<xKn&*``(F!znIAVVQI$Ic_xxRhV&m}3LVRf=0S9d
z009C72oM->0`j5*ZplrU009C72oNAZfB*pk1PBlqU;^@@18l)fmjHpp3%q@MMoc0^
z8pfSe<3WeGNP1G@xu2JA|LOBGs`Ptabo;7|@r3EDoK|`kp~RvGGAiDFe4bi~%8Q20
zJa7D1#+X;Um}ks$$7Yl%v|n8B^P-)5q7esY^!4)Z@{GqR0t5&Uhy{ip)bnlghQs31
zH9pw#Ui8ZEqwxM%{1JkqlTPayPj~~}wW(N*+{op1`$x;C7ORrFR$ayLH!|rzqTKlL
zXxsAqeZBu!M#)fX+lu@p!`YWF?<qXvnu5h#AV7cs0RjXF5QrjqQLh351PBlyK!5-N
z0t5&UAV7dXa|_6eHuw6P9RUK3ClKyDo}QFQ9fzGiYxoGeiKcf^&i(H1{ZdAie$R_`
z?9LcZm`>PytenS7mu6H9X_nkaR$es3Yy0aFmL^1H(idylv-!uecv42O5C_Wp=zU%^
z#B9>X6OOko%iEQc1PBly&@B+YA*X-aoba{&XX)yQ?)-eusKREXMIO1a&(*IKDc*Cb
zii+W$@;4pTGqB+Yc5jhd<gw(5p27k7u^$vHoBqx|b8x|8E)XC<fB*pk1PI8BdJPaD
zK!5-N0t5&UAV7cs0RjY?T|i#6*;m;72oPvMfv}-ydbT7S-*#LS(j7H<g#9728ZX&$
z$ZrhWFQZn!=S2fWxa)fQM8eaO6A87_gD9c;k|}vm!~SgPEx&Y0o-%bfwQFNpqfL$E
zjZqn6?!IYnzDF<fqG4;(beV8G_OtoAagG210t7x3$l4Hl>V+R(=-2;lnAh|D{O&In
z8%kE}^Rcsw6;8iaMa7oadqx%BV%`~--d_IW$=}JS(!L{qF?rGaF3u7lK!5-N0tE61
z*k3dcic<s#5FkK+009C72oNAZfB=Ce5|9^dqQx{70tA{xVC730;fGX0@7eRKoZgz(
zq8+Py>b7moZoGYa&(*v~Yi49uNkU%q#b0NSYSF~J!|yp6?$w(Wcg#EYnL{#)Jv6AN
zg}NQ>-W=V0bjC2=eYjZX={FY+_pdMX=uKYqoqIFJlaefRm$^dYah?DH0!=TlaY4p6
z&)FlBGUHK4^bBmz&Vr-LihXWgT(D%;g(@n(_)k4U8gWPz{=%i?W7EQ(D&dW3$&>kO
z$cyH8ah3o90t5&UAdp8uUNjGiQv?VQAV7cs0RjXF5FkK+0D&eFkQZ&D#WWQH1e!*m
zE6Te6dn%jv%umbOLNjLQXp5fsyY3vt)}`^eC?q6Pt;PQq4<bfg(JlWjyGj!BqAfGC
zM>XQ$D8wv_JnsL?j4F?uk-zMM@fpRg+dt~qoxfxso!z}9y5-o6F)W-=tgF_w8HK0(
zUBSZD<VCxpb#tQoPRZyZ_2QZQ*9ALrfdByl1X2QP-^lp>Id@D_U>-iBXJF|+CuEH;
zJ@y$goZ+W}G9Oh`OpmaJzX~byk^biuPyQ%>C3(^OF3u7lK!5-N0tE61$cyGdaf$!|
z0t5&UAV7cs0RjXF5FpS*0`j6ww3wzsfIt%oY+o4--KQtW5obGZKfXJ>SMm{VNB;I5
z(e(%JZ6PBE(iMdOWZYml2=R~Bmi$eIJJF|aTp8C&LS8hC?Z%I1Oe73%^d}0=<@M{b
z3vXSPf7ZGCsZRP<v}sXP=qB&^TdDSJ+qUS|Ph|{s{yoLo>gtHbot#mA#R~<?my;I_
zuwe{gFV^K#qp;OmE^_K+aLX}KduzdtTp&Pz0D+Xi+SwW3qLY&soq9pfz=~`ZogVuv
z|7P@I?v+*yf0_~hm=O+&yq9IYw9<Daz2h&kF7ACQFPh)QSpozI5FkK+Kpp{k(L5+l
z5g<T-009C72oNAZfB*pk1e!=dUbKl8(^Lo$XfA<pclGq(MEdcapO5B_jlw-xyKkrd
z;Z9#+H_?zX4R>OF>c`QrKg+0_kr$2fL_n`UAeuEi+P-S<{-q%?7`Cho+id>n-(<8C
zk0A+p(XiT!9>_DiVf#g|UKNEbXb4h<M_}3Tb~GV#XVEZ`sTUP|xr7*GJk#8R(0=??
z{%v^+c9wJDrT?4V`_O%RdW^e{4~Bj;qkMQ8)~?VaD=(VWa(J3M-@IqSE$?@(E7Xbe
z1PBly&?B&Me#W=fH*V;;)OSa1TchRAMK4_%Jv1m9`<W>0za778#0Tl$-ouX^g&yg#
z&sVQ3R4UK;N-OSIodFeoCMoj~w&0HE68_dE{<$c<y1Zz*hGPN*2oNAZfIv|JdC{Ug
zE)pO>fB*pk1PBlyK!5-N0t6afKwh-rm(T<V5NKk7kl~CY5WP9b%8Q15BP(s~fp26~
zNl0EaWJ2!!QpUi_oY$C7M<Eki<T3HovYHK>j@JC~{4dMuy2wm-t}i&Kth{KEMv7bt
zyRCKyl|2X$AV8oDf$*ms>EBVqH~Bt&gm?VMevr{)dhdmfi)>__9{UV`t5W`>(u!-}
z$QbsXo#l3wwJUhuy|3j(%hgnl009C72oN9;$%}ds5FkK+009C72oNAZfB*pk1e#kw
zUbMN_*X#%oXn29elk(q~zEI>N_x!v&a`xKlithVzMk*t>R{EKFcX#i`nQ`XM{IKca
zkWl`earukoo~^oK*h1~5qcX;pKF++yp?t|Z%ZI#8-nv;Q2U=cq^e3XFPv@?lGXw|_
zAW%@CeMiO{$^&07ShDvQ-n=oRudMg1B2Nqb8AupX`WtkSSZVIyE3LR{ddA>Wn}p{!
zn|mf}2iM(Oa*IUrqIpo9B0zuu0RjXF<QI?^&F|tY0RjXF5FkK+009C72oNAZpjiau
zMVn<M&4U1e<`oEAlihP-Mu?(F<Rkr3xM}#3$8*A>A3*Ke6y5movf5m5e|Lq%=0(HU
zc5jaE{Crt+2{`xv<=*?$f51@epO%@Wlc)nEFM9m}-Fcw^lJ_RR#SmR1K!5;&C>nlX
z&zsb!!~05P(E~lbr2jBb&T*M}(enQcBup|rFIrB;RWE0Zzk<BzI~f(_Mf>U%rd<LA
z2oNAZV4w)diw=~PHctWs2oNAZfB*pk1PBlyKwzK>$cqltl{aq!1R6~s?7Q{AUu7gB
ziX=cn$<?oxNcV+Xia&OCu?EL}Hrl#mFH?G6GzqDatknytlG!7o>-H};ol!?b?}zkk
zC6CbT%9o-Sf8Cuj4dL6N`((7=7h%ybx~|UdWae`}kA@$V(OseCzU7!`@k8Z?V6%2_
z%WX4+nr=BZy6Zo8zcya^ee~WV(U$kShvY$k009D33rs#e<NNu}4OO>PuwwYriL5uN
z@RufUjgHpMi9&aKc75=jyep&n)C+n>m4tWp>hDMYTF*qn`<naFXDqWP1PBlyK!5;&
ziUs6FD<)Hc009C72oNAZfB*pk1PBly&`<*Mq7AiN21|gzfENh2UtjuE^z!B1+0k1+
z)t!(G`H&F@M|YhNP5HZM=8!0C&y_bRQAjS_c>T3&yIZ^Au<oY9zGvZ9^&u#@VP1*2
zX`u%D@qEYbZk(wXM&nM3MjR3i-M4!>;m*I)f7hMBY`D;481SZr(c8C2PoLMlC}A#P
zfx?R4bX4@fH@bIxU2tEtV@*GL>zV)o0tCtu2;a%m^Z6m<U-L(JE04PfZx+j*DcwVO
zbBU`YAuqapRnK_Bz;>)IJ%v<>^o>=+-1BaQ?SAy-YAQ#7009C72oQ+mMZE|J5FkK+
z009C72oNAZfB*pk%`G4=+T81Fb_56zAV7cs0RjXF^rt{;OGXkh{82;AAGaOX)5RO3
z%4+`JFZEPOLS8id(MOzL4F@Zyl{Je{=%q`0D&Bs4{#x>)`CXhPK!5-N0t5);5s(+n
zgW?nc0t5&UAV7cs0RjXF5FkLHi3H?Dn`kjjg#ZBp1PBlyK!5;&<Ozg~XnGhj+$O$;
zkIp?AjhA!3`>=&|*swYtQWEl_0VM3C9S>>RW#tOpa%@knDSw~8R@gW_ZaM75>Op`2
z0RjXF5Fk)kKwh-4jVlBQ5FkK+009C72oNAZfB=DJ5ReybhE+5N0t5&UAV7cs0RjXP
zE3opVp1fiRE{5$uyE<w%*tV@1jhEB%n%6R_BqT5T;;(x~6|$q{Ok~S@Jyinik}3IB
zXAbEp_R=N!%Q#yLfsjPrxMa^;6L(Dc?Z$h)zjnk)D~J836(j%a%JDy1_tJ<hOQ!GY
zXzQv)KiVKbfB*pk1o}`wUbGK!HBEp30RjXF5FkK+009C72oOksfV^k|7Qqk*5FkK+
z009C72oPvufvzb1{_i2#`0V*r&Nf6ncdX8++rGUg3>jJuPfI+yqI*uvsFIMpXv@ru
zQ7xKSVjki0qi1DQDKz&5<9mudG^lj5N>nbe@%{D}hHbh2iz}}E^W{ap1|Prt)zMo!
zYZsTUe57g+AV7cs0Rkli<V8yWxlDin0RjXF5FkK+009C72oPv+0eR5|UqHhrK!5-N
z0t5&UAV47T0^3(cL-*-PErwv{Ge0eB3(a_D9c|G|mv*<Xb!mL=gM+S&o6EoZaOTyV
zXR}9U3?np{ki2NvoASnw_l#}C!O`x`IipWIv3zPz;V_Gk9WC@&Goz>Eb^Avhy9*U`
zzB++TOZODXh~{1zbK08S+dHf4ODzHf2oNAZpsxkwMf+M<`veFOAV7cs0RjXF5FkK+
z0D=A$kQeP=f4vhRK!8AF3oL!QCxQ~fDph~oa9CqI7(D?31PGKA2peW*y-nPHe6(&(
z$$C*|do=%^Xw(sVt7qp$qiE7;JuQzoBx-HR-)0D8&bYd#WIULJ<VC}v7d?<MywRU1
zIF}F>9lCEu;jPQ^&pMoKZ_Ow<>08mJMct|%H4>;aFB%f0qrbVjqussfYqS8GAwYlt
z0RlA@kQc2fr^W~nAV7cs0RjXF5FkK+009Dt6Ob28+>#g&0RjXFG>Sm2!lEIuBQM%0
zi*B3*2oUIvz^vgJ!NpW!^UlvlbH_%T7JhIm`41CxVK>pRCFznUqo>cy*giB=$<2#q
z?X-FQ0a55^`>MVBmxh>V>)L4H{n6OZ?Ct&Lqoaq<=ov|J@}f~!bnlmX1{NkeY`^H$
ztD=wv?fT#r=7D9y+tFiZXOs!Wre9HFStg#ET_uGd+K<0BFD}tYZ!YiNvbUq&G?LW1
zabEO}Gg@Yk+uky-t#wmpcN{dloV%j-U0s`&?3pok+jS>o+^zokp+)zPP3mNgivR%v
z1PC;}fV^naFR=*{AV7cs0RjXF5FkK+009C6TtHrQfWH7tp8x>@1gaO17p>k-O#%c6
z3{-)|ld^A2p9(IP|8H(yG-UGb`*Qv~WZq^sE{LXH)Kfk|dC@3p+Zx?;RL|J*jz8<<
zgWrroCbsw^pk>v{eHu0$?Yl?Fi>7+)yDs{#<;^ShOuupK_O%~mdJ7LD1V<;Hzdrr;
z^t-l}TDZckxk7*d0RjXF^pSwPXdl69mH+_)1PBlyK!5-N0t5&UAdnCNdC`O{gkcaM
zK!8Bw3CN2!-kKRP0RjXPAP_bVz30Tz@x|Og<1NQVOP=W7u`&0tYg2UN$4j?4bf0L&
zi`}&on->jZ+r2pod#>hAKku2x|90=zqq!zoXIf^KNTSM%W{LH|(-7>v{jb-=k<qXj
zX&-c=Ndg225FkLHR|4{)z2Z}u009C72oNAZfB*pk1PBlykaz)k(Zny20TLiUfIw0O
zYLyptGy0^iuyGL}K%fr=R!xr{_^WbLkzotX)vxAHipE21-=612?dciI5W<Z2CQWi)
zG|VX6eSY?c=(_!j`GkCIcY3yxM`(8COVNwJj_&`<=*Ev_Z}ciJT8U-VWjDOr9_K~x
zI<uwfc2p!lfB*pk1o}uoUbK&3HA{d10RjXF5FkK+009C72oOk!fV^lz7Q!$H5FkK+
z009C72oM->0^#=SOP`8fzPvj-dh4gU6Ov&I&=ChmcbyPT`MYT5kZ9G*QG06zEFls4
z+O^%Sg+E3JO^rId`&RX@{65++uSDFmf<Ee1v}1QS&eRK|aVJG14vB{D+dZ8Jz8+2g
zT@*G8EqM?6dJR)Ql?sgfuPfuo=$_sA_RFobMdb+)AV7csf!Ybki`LFkO9TiIAV7cs
z0RjXF5FkK+0D&Y5$crX%Rg8%M0RjXF5FkK+009C72sER><cl`MdC{$__B7)Z&4~a3
z0t5&&uz<X1123MT6Cgl<009C72oNAZfB*pk1j-PQ7cB!x5ds7V5FkK+009C72oNAZ
zpaufZUb8vQi>`XJtp+V>f&c*m1PBnQoq)V(?JTuKfB*pk1PBlyK!5-N0t5&UNTPte
zXcAY&m<SLcK!5-N0t5&UAV7dXqY1Qa?_4%x_lv`~O#IpUTTfkm{TEjZ`H$IOaac4Q
zEP7^VqfOCx2@oJafIyQA$cr}l0-GKI0t5&UAV7cs0RjXF5Fjw%1>{8s{7V1;0RjXF
z5FkK+009C72oUI%K)AE~qrdLC(R_L+w8-)NM_YT<tI7lj5FkK+K&=JjMQbgpJpu#>
z5FkK+009C72oNAZfIzYY<VBOU9!5ie009C72oNAZfB*pk1R6@<jq%%yghGp4di&uW
z4K-1NB|v}x0Rqi0ATQedYix!D2oNAZfB*pk1PBlyK!Cu&7LXSm*z0fh1PBlyK!5-N
z0t5&UAV8pcfrU@)ERqN<eo0=mdUrJm5FkK+K;H<+i}sDHRtXRwK!5-N0t5&UAV7cs
z0Rl-8kQYtLN*D(L0t5&UAV7cs0RjXF^rOJir=uYsslnF`hxOwm>fH72ZJmRUU!EQc
zz3Z%&IS=eux3GQZ=FUC4ySh4~s4HVo&t9`RE-x>dLE{Ml0t5&UNPvL6XaW|&5C{+;
zK!5-N0t5&UAV7cs0Rnv}ATQd7xSA$FfB*pk1PBlyK!5;&MiGz~t$d|sjNKN8KSOYI
z=_|WRw(-;zo8l_+q9wT$AV7cs0RnXvkQc2pxb6rLAV7cs0RjXF5FkK+009DZ7LXUM
zGq~;u5FkK+009C72oNAZAc+F<qLr`8nA6t8;m_IkZZD^Sdw#Gst|Bj5j+in82oNAZ
zpq>KqqV?3)7XbnU2oNAZfB*pk1PBlyK%o8t@}l)O*CPP}1PBlyK!5-N0t5&oPC#C?
z!X@eKh~ngDI0!eOFWEr2J^j$nuZU~Oi<T5qfB*pk1PIhwKwh-Y;JPC~fB*pk1PBly
zK!5-N0t5)uSwLR2&fvNuK!5-N0t5&UAV7cs0Rl}R(6+rZPJV`ikOeLISTnaRy^6eO
zNihWo5FkK+K%E8TMe7W%I|2j<5FkK+009C72oNAZfIyuE<VEWYt~&w*2oNAZfB*pk
z1PBly&;$Z)tzGHi&+s%%YWKFz#n0}1Vc3>QKVKhiJ%7g;E#uBvJNcpw({9+ZWZJGf
z|E49qio9qOybMf%009C7noK}mw8<9KbO;b2K!5-N0t5&UAV7cs0RmY9@}gNFo)REH
zfB*pk1PBlyK!5-N0;L7IGHx#a>gcTx{bGIk?dH>?p?QzxMN1<qL4W`O0tD(SATL^9
zZ@m#9K!5-N0t5&UAV7cs0RjZ-Eg&yiZ*lz*AV7cs0RjXF5FkK+0D-0un0WsByg|@1
zPs)oX;Z-nn=+ON>cwBSMHAxtcF%Td?fI$BW$cy%`zupNDAV7cs0RjXF5FkK+009Dh
zEg&!2*TUK-K!5-N0t5&UAV7cs0Rl}auzbeuGNYk+i#>bIrbMx{wY8;^lfC&jG?J)E
zl^o3A!Gk~Y!Q-l{t}0nr0RjXF5NLV<dC{g{ViP1lfB*pk1PBlyK!5-N0t5!QfV}7c
ze*u_20RjXF5FkK+009C72oR`3psO=_=E_ZZgP`S~oO#E#D!T5YDk18bN>29XUwP3!
zS{=<2AV7dXeFWr1>*K5!0t5&UAV7cs0RjXF5FkK+Kz|9yi}shiehCmDK!5-N0t5&U
zAV7dXqY89IPyeB}VbN5q^!2-v5*d{jZPZtzaT6dwfI#g8<V9;|sU-pg2oNAZfB*pk
z1PBlyK!89J1>{AOxGKg(fB*pk1PBlyK!5-N0t6B)FzfDZ<!>TdvgCU&>`L%l_YUp!
z(@#(BI~op>KUyOsK!5-N0@Vq~i&p2R76AeT2oNAZfB*pk1PBlyK%h|s<V720rHqpR
z0RjXF5FkK+009C72qZyZ-J<p(|8Ygh6lnPcMt*5!>!!{mOs&WmzVn^$r1GNSphz*7
z2oNAZfIveF$cr}g@)<k<0t5&UAV7cs0RjXF5FkLHq=39=Ng@RZ5FkK+009C72oNAZ
zfB=EL0$tI#bJmuh1ue7W6PImFxUjrv!WYQ!2oNAZpe6$HqBUXE2mt~F2oNAZfB*pk
z1PBlyKp?RK@}h}d8UrIhfB*pk1PBlyK!5-N0!b5C^75`SBcK%(8+`ooP0RKqZL;a(
zDVY~N`skzg`{1#7@#6G~S;rS&d~vGS?YG~abtybO_uO++SMR&;zSPytn>UXfIr5ZK
zPC4|@L&K#r&Nw5km0NiG_U)rajXL?{lMg!Rpu-M3>>J<s#;v#B+S=M0SIIpXI&^5N
z$7`;+CiiMq7hPRl)22=P<u8AE{PD*hc;JCY9C1V#&x8pR_UuXY+U3s683F_d5GW)d
zFIq^(c>)9o5FkK+009C72oNAZfIxEy$cr||I+_Im0t5&UAV7cs0RjXF5U7K|g!9%_
z6a+25@H1C!uEY4N?xJK~^kX0USn7uLixw>^(#u5`U6d*|X3Ut}V)3Um<Hn5(SI3VZ
zzt2AVq{^rM9W-cATq~>a^UptjzySxO7fv0Apy`}BbK+WA2ZIL>P8GZAs;jatg{SFV
zY}>Z&i(mX=Zu{ZP;fEhSZ{EDz>dp`#K!8BQ3CN2!+>#kE0RjXF5FkK+009C72oNAZ
zpdx|zlmGDX{&B}0S5aMs2@oJafB*pk1PBlyK!5;&fg{kmu_J5*T7CqyqLMd!c~xge
zaxLqh7rp=f`*XvYr=50MY!rW_6T+o0zx;A;;rPtH`|i7P<;u8X`azj_(MvA5<fx;L
ziW|&(Fn#*;^p+hHAV7dXBMQiiHsY!oGXVkw2oNAZfB*pk1PBlyK%jhq_?HXeqkehO
z^4*jqK!5-N0t5&UAV7cs0RjU}VE&`66-7WRExhLKw#1UwIWKzNdFO?YXZWn<$}6v2
zv0_C>N1iBc{E^ND7hJIa{`-f*S6_W~$c2W&;l}an*RTKm?|&Z$J5N9T^t`rZ=0)Rn
z!gyA#TGjc%qot)~$dDoNrLeo{mMvTI_TnS~0t5&&ih#UmqpXy15+Fc;009C72oNAZ
zfB*pk1gaB=f4LAo-j^4x&QL7^1PBlyK!5-N0t5&UATSUFp1yKZr4i7I%D;Zsw!|{l
zIWHPMr3rb_xpU_h0ZIQz=fDFGT)cR3ZsBm(`#8_JapT6^0u|*&XU&?G+d{Y#eJa`-
zI{Nv~f1X>w83F_d5NIF)dC>-1EJGzgfB*pk1PBlyK!5-N0t5(DA&~yd1$ogb097GC
zfB*pk1PBlyK!5-N0s}-~{EyaEl>e->@Y8?Tlvv67=S4@49$j1`{Ue>plPBjb9QFY{
z;)o+sk<rH=e>}HL`FYV1BSz#_Pn{V%c5IwV-LYdwp<>PxAV7dX@&)8YlfOnrNPqwV
z0t5&UAV7cs0RjXF5a^9S`Y#vcMSCNuE&&1r2oNAZfB*pk1PBmlZh_lQUsGuWw4(Bp
zFWit=z&hte_t|Hkwzjt78u3RuhaP%pxB-2k!r^Z9sW9iY*It`jru@9<u3fuwtEbMi
zx3}-V|Ng07rc9YqsF?Ev2oNBUd;xjU<gbwt5+Fc;009C72oNAZfB*pk1bQP7|8gOG
zsxL3v8%cEu5FkK+009C72oNAZfIxE#jQ-~8it?Y87JlG=uS+aoo%5oD1`R4n5r3p}
z{`uz@DI9P9`Qsn|IJa1tdC^l(JvFy(`kAxOK0B2cz3j5f($704K!5;&#uAVhZLIY&
zS^@+J5FkK+009C72oNAZfIy`J@h=zTMJuIKo&W&?1PBlyK!5-N0t5&QC;|J6h7V6d
za5V3tf9zu)O9dtuEn1YfK<ea07hRMpHfGG2++y*kG*?}9RqoZSGjZXYZ@xL}Qu@<y
ztNK)rXPtFc`uWsxnR(Ga{_&5wb<@v;yVa+9`PR3-m44na0RjXFG?sw8Xk)FH(Gnm)
zfB*pk1PBlyK!5-N0t6}*h<~{dKGnCsXr+3}6Cgl<009C72oNAZfB=DkBXIwZ)>XP?
zXhr3pzH(DyG3&g)=pA?5QIaD5Navn=?kQ6Ekw+d$B{|PL^UU00W#&aoj%VV;iK$+`
z@P#kr_Tmfy0t5&&ih#UmqpXy15+Fc;009C72oNAZfB*pk1gaB=f4LwpS{<NT1PBly
zK!5-N0t5&UAV6S%2t4!0O%>%oD=j?h?(K<{tW{q0!V51<<tmHsFFJ1AxRMm{M>@p|
z*Euix`Okm8<j55uK!5;�toZCU$8Ii~s=w1PBlyK!5-N0t5&UAW##5_?HXvqBZf<
z2mt~F2oNAZfB*pk1PBmlR)KdOZ>=-}T2c9yd2NZMD?cx~aN)utvxq;3X{@~HRaaeA
zWK!YM$dMycIoMNAJ+*jAR|yaxKp@Ei@}fyz9b+RvfB*pk1PBlyK!5-N0t5*3ULgKG
zg}i9*F||N|009C72oNAZfB*pk1e#c2=cdlV$1kra0$P6IQU7gKS7&nZO6EmB^O?`2
z0+Tam&MY#Gu>EGLSYzcyPdn|jB9jW2{`PPGHZ`wHFTJ#QNmmIFAV46=0`j6sUL9j2
zK!5-N0t5&UAV7cs0RjXF^j<(-wD*QuAV7cs0RjXF5FkK+009C6MBu@nt}j0VT2aa8
z{&{nf4NK-lL!vSjm@IO4_^n&FrpknW8!Iom&p!L?-o3lf0`1we=YRtaNKNgr#~v$G
z%y|L?2oOlVfV^n(*T@J75FkK+009C72oNAZfB*pky%CTX?Twzg1PBlyK!5-N0t5&U
zAV6S12`qbcS4An%G7E=oOSi1tlVr(~dC}kh{`aZC<Tt+YjY1Q-;)*L8G%p&4edCQc
z7MfRjxM<t9ZH0<CPk;ac0?8Lh|CS!U`M0#RB!A3CNPqwV0t5&UAV7cs0RjXF5Fk*#
zfV^n=R!R~eK!5-N0t5&UAV7csfq^d272Wsu>&i@lmS612D>fw@wq#!Pwbx#Yv!HLi
z^;Yh5rcRw27YGN9wZCW>aM)sW?%cV#^IE)k@&5bopPJfv=be{Zz!?Gr2oPu>0eR5|
zS}a2)K!5-N0t5&UAV7cs0RjXFR3RWQS_PUa1PBlyK!5-N0t5&UAV6Ti3T$|<edrff
zl%EAHS@MQ2uiCk}GvS^k^P-)dokt&ibSgF(@{<!LOlWOw4U_8V=vcaR=|vY^6fPZe
z%rW2l-uF^v8ZIxI8upMOL)NWZ*VWY(rnYh8#v5+9A>>F?m-gFlzi=ku>u7ic2oNAp
zTtHs5xR0v@2oNAZfB*pk1PBlyK!5;&Mi-D5ZS)m1egXst5FkK+009C72oNApXMs1y
zZ!ehwEw{kumM@vUtIp%EqPvoL(a>hr4x*_PW&Cdlk;cK%aI&%Tq8DF$@sUR!8P6r}
z!E?_&R|Tvp1PBlykSGCp(L^nW!4M!ofB*pk1PBlyK!5-N0t9L<ATL^TQVkLyK!5-N
z0t5&UAV7csfhHH|ik`c6bGeDoKVM#?WQd+NgjG3t(J+zw@4r9ZZ!<kqdDvlx&7VI%
z6i96}+HiT%apT5q-n{wv<Bw0DRD68MA&1PKJ-Z>+(I5#BAV8qFfV^mNA6E$wAV7cs
z0RjXF5FkK+009DxE+8-3=qqUa1PBlyK!5-N0t5&UAV8r00$rWa)WN-rjDBwU?0Xv{
zEE;&r%!`JS8#ZjX=9+6xKKbOZq3D4J9(c+rr;HstcGs@Gd#E;UUNlUtv$ON*r=LFm
z{PREana_l~&xe@k>8GE5&pr3FwYAm%6{tr71PBo53jul2zEIUB0RjXF5FkK+009C7
z2oNAZAUOi^qRCkcBOyS5009C72oNAZfB*pkjV18b#2v%_(~2V7hZedt^1rTp|D^`F
z4Si!RN6kkYe`*x=7p-~Y8YDn~0D%Mw$crX$Q4EOy0RjXF5FkK+009C72oNApLxK2{
z|8Ntr<BmJ7hAnG~009C72oNAZfB*pk1PBmldV$T$_dNL1^@VbwdCq@s`4g9IY~9$=
z^fFB_!T3`ndC?|VO;aF1fIv9{@}lJ^DMNq&0RjXF5FkK+009C72oPvof%ubudC|sQ
zL?b6afB*pk1PBlyK!5-N0{ttn`mMG{ezl?aUZW#UTKUu!n>H=k)4xO2d-($Kr$+Lk
z<)bM{fB=Dp7LXTh=;bqb0t5&UAV7cs0RjXF5FkK+KuLl4lYe>9l2!^3AV7cs0RjXF
z5FkK+009C;1lo6YEqQs@v{73gxp>3)AFaFR2W#*D(YnX}@5Wbd*}CHO-5u>+Me4eg
zK!NyEBYDvTu8tuQAV8om1ms2gLRFgt2oNAZfB*pk1PBlyK!5;&<Osx{{L70bXHkrV
z009C72oNAZfB*pk1PBly(C-5Ar$+Lk{k|3kK!5;&`UuF2*2h^d1PBlyK!5-N0t5&U
zAV7csf&LPRKlzsz?XM-!F98As2oNAZfB*pk1PBlyKp=qv@ux=eq6u6bLn1(cKwk*R
zi}r=8HVF_QK!5-N0t5&UAV7cs0RqVph(Gz47fsHh7zqIa1PBlyK!5-N0t5&UAV8qs
z1>#SQ<VE{^EewDF0Rr_AkQc3wvt9@gAV7cs0RjXF5FkK+009F1B@ln|FE83(OQ2r@
z1PBlyK!5-N0t5&UAV7cs0RjXF5FpU+0`j8$z61t9fB*pk1PBlyK!5-N0t5&U=u-iC
z(LUwXH~|6#2oNAZfB*pk1PBlyK!5-N0t5&UXb1s$(S}$igCszJ009C72oNAZfB*pk
z1PD|uATL@qor(kq5FkK+009C72oNAZfB*pk1PBlyK%i*^<VBliDNTd`0RjXF5FkK+
z009C72oNBUS3q7gFN>1|2oNAZfB*pk1PBlyK!5-N0t5&UAV6S13CN2MsO2_U0t5&U
zAV7cs0RjXF5FkKc01C*94!}h>WdZ~U5FkK+009C72oNAZfB*pk1PBlykR>25ng!x1
z0RjXF5FkK+009C72oNAZpveT}MVo9vO@{yh0t5&UAV7cs0RjXF5FkK+009C72vi{;
zFIokfDg+1+AV7cs0RjXF5FkK+0D%S)kQZ&B#WGX^1PBlyK!5-N0t5&UAV7cs0RjXF
z5FpS;0`j7L1glvB1PBlyK!5-N0t5&UAV7dXLImVR6S5G7L4W`O0t5&UAV7cs0RjXF
z5FkK+009C7`cXh$v>)+xO@IIa0t5&UAV7cs0RjXF5U7KIyl5SebwPjt0RjXF5FkK+
z009C72oNAZfB*pk1QISFFPiWLGCTqV2oNAZfB*pk1PBlyK!89m1>{A038*>&0t5&U
zAV7cs0RjXF5FkK+009C72oPuj0eR6TSVU7GK!5-N0t5&UAV7cs0RjXF6cLaYErR0`
z0RjXF5FkK+009C72oNAZfB*pk1PBlqAOiBD17x91lK=q%1PBlyK!5-N0t5&U7_b8J
zq62p6O`HG$0t5&UAV7cs0RjXF5FkK+009C72*d*NqA`U70t5&UAV7cs0RjXF5FkK+
zKvN3Hi#Fx5niK&71PBlyK!5-N0t5&UAV7cs0RjXF5U5B%UbG@Eg$WQKK!5-N0t5&U
zAV7cs0RjytATQc*OJ=|X2oNAZfB*pk1PBlyK!5-N0t5&UAV8qz0`j6YC)FSU0t5&U
zAV7cs0RjXF5FkJxQ3CR!iCPYWAwYlt0RjXF5FkK+009C72oNAZfB*pk{URVQ+Ar)n
zB|v}x0RjXF5FkK+009C72-HnLUbJr1IwC-T009C72oNAZfB*pk1PBlyK!5-N0*Mun
z7ftNa7#INp1PBlyK!5-N0t5&UAV8od0`j6YVbll#0t5&UAV7cs0RjXF5FkK+009C7
z2oPv!0eR7eUOs~-K!5-N0t5&UAV7cs0RjXFloXH`ElH#R0RjXF5FkK+009C72oNAZ
zfB*pk1PBmldI5RSre9(cBtU=w0RjXF5FkK+009C72DpH{=m38Km_7jl1PBlyK!5-N
z0t5&UAV7cs0RjXF5C{VDqFx3B2oNAZfB*pk1PBlyK!5;&<`$3_ZSM6oI|2j<5FkK+
z009C72oNAZfB*pk1PBlyP>z7SXgNyC5FkK+009C72oNAZfB*pk1R7UBUbJ!7&d3Q6
zAV7cs0RjXF5FkK+009C72oNAZfIzJT<V9;GsT~3Y2oNAZfB*pk1PBlyK!89p1>{AO
zxh_UUfB*pk1PBlyK!5-N0t5&UAV7cs0RjZ-DIhOePi=h>AV7cs0RjXF5FkK+009C7
z>MtNKT7Ppr5+Fc;009C72oNAZfB*pk1PBlyK!5;&qzTB2CT&HGhX4Tr1PBlyK!5-N
z0t5&UAW&NYdC}T>YK;H^0t5&UAW(aOo$I1y&qQ4vwQpIA1PBlyK!5-N0t5&UAVA<l
z0eR66CH$8F0RjXF5FkK+009C72oNC9oC5Nq&AF~-MSuVS0t5&&jX=ll=ubyRLp~C{
z_)kqUClet+fB*pk1PBlyK!5;&1PaKDCU8*<i2wlt1PBlyK!5-N0t5&UAW%aAdC?kT
zYKi~>0t5&UAW(aOb#uDIqTy@YNwsfWiv$P|AV7cs0RjXF5FkL{Ljifw4<-DU009C7
z2oNAZfB*pk1PBly(3}GDqRqLkW<`Ji0RjXFG>w3~XwxjEi4Y(_fB*pk1PBlyKp@!y
z@}kLJAEP5cfB*pk1PBlyK!5-N0t5*3RzO~~w}R>uAV7cs0Rja2R6t&|PkA*?fB*pk
z1PBlyK!5-N0v`&<i+(8KzXS*nAV7cs0RjXF5FkK+0D<NdkQZ&vbu}vj1PBlyK%i*^
z<VBliDNTd`0RjXF5FkK+009EY7LXTB_WBqd0RjXF5FkK+009C72oNAZptl0@qP-PV
zp8x>@1PBly(5C|OqJ7G%aRLMg5FkK+009C72oU&CKwk7i3IA<Kfn6QD7HnDY-0J5Z
zT>9X+_r~4(-o2BTO`f)P+VUOCJGwd=a!LkGfB*pk1PBlyK!5-N0t9L;ATL^LQSA{R
zK!5-N0t9L*ATL@|PK^;DK!5-N0t5&UAV7dXApv>OLNd-LS)eQGdVkyd_q=z{<+Crp
zY}RFYzpk2d)nh9j+tjux$rCX)0t5&UAV7cs0RjXF5Fk(o0eR6nAnSqv0RjXF5Fk*!
zfV^n+c4`tJK!5-N0t5&UAV7dX1p@M-6<{fv41o>1H{7=Pw!9h9+>^hZ{oBV^Jl@vX
zmW;6*1pxvC2oNAZfB*pk1PBo52LXA}en8hH0RjXF5FkLHd;xjU@~xC4K!5-N0t5&U
zAV7csfnEs6i}nIf)qW6|vvJN9Z(Na^3oU-;`nRud+1b($!__4L0t5&UAV7cs0RjXF
z5J-T4yl4Uz!4L=#AV7cs0Rn{u;=Jf>#}zK*3IPHH2oNAZfB*pk1PBo5t$@5}Zw1w_
zqrgioFBQ*)7P)%mn^!K|zO0Ue)fE8(1PBlyK!5-N0t5&UNQ!{GXi`?fI0z6RK!5-N
z0(k|NJP{4~NcY#sL-SsDk^lh$1PBlyK!5-N0t5)uL_l7&CX5=XgTT!7GmFGQ%efRH
zqjnjs!%FFb009C72oNAZfB*pk1d=8oFPgL!F&+X02oNAZfIx=8!U=oxq9YE@IPVDo
z0t5&UAV7cs0RjXF5U8nuyl721HP%-GD_d7yKKt@=LZQXWTtDynw$8S`8l`p#5FkK+
z009C72oNAZfIuPz<V6#?ECxk@009C72oU&CKwk7i3I8QPfB*pk1PBlyK!5;&J{6D`
z?NeTj*F>PRt8?W1k;Q|c<zJn$a!O4`r4a%I2oNAZfB*pk1PBly&?o}(qK&dr#z}wx
z0RjXF3{U}i(E+;frcHnV0RjXF5FkK+0D*c7$cxrnTz{1d%-S%k{5WXIlE0n(+bwNd
zDj$U!1PBlyK!5-N0t5&UAV8o|1>{8=b>)nk009C72oM+`0`j5*WT8!y009C72oNAZ
zfB*pk{VgCb+TSan{}KXSQP=Q!!%L<>D=P5BiYH3+>M{WW1PBlyK!5-N0t5&UXd(f5
z(I#3<Qz1Zr009C7no&Srv>8{`oCpvgK!5-N0t5&UAdo--dC>$eiXo*7tZZFbQ5LkE
z!q>cYO}NK>dM}O%5FkK+009C72oNAZfIt%q$cr}d;+h%(0t5&UAkYi~@}kYKisnFo
z009C72oNAZfB=C85ReybfJGYELws)abLB)pD=iaZr~}*8><JJcK!5-N0t5&UAV6RM
z3CN2Mpv5*-0t5&UAV8oI1>{8=an+2O009C72oNAZfB*pk4JaTl+JK8Tu!elc;yWtM
zf|gVMm36NSEJw2?K!5-N0t5&UAV7csfdMQaFFJr1-_!{ZAV7csfkqIJ7j1-9GDZRf
z2oNAZfB*pk1O}$So;`bBeDTF$!-oCvhd=!5zy9lg_=kVE;f5P#%$U*H*|)d19ye~>
zx6>ZGcI~Q(zr1Ko7&X#&0>j=OR!;u2(lU=Of3)w$tYrcO2oNAZfB*pk1PBlykSGCp
z(L^nW!4M!ofB*pk1hNI>MYBabCqRGz0RjXF5FkK+Kq3TY&YbzZ?|tuE`5r&`!4DQK
zTGU6QT)A>(R-f{seMGI<qzU}-%|BL}1uduige4P_HdEsvK!5-N0t5&UAV7cs0Rnv_
zATQcSu$m=6fB*pk1PJs9Y+n_<d1Ewdc%HA<uZx~MH=6vNf?s$4muSdGy1$0~S-~>h
z)&Dwr>C!yyr#f9cDe7$R8IL0Z1PBlyK!5-N0t5&U=$*i$k3O0e+RS|#HX7|+CwXdz
zolAf6lb>YuB`=ys%Bf})_`{ojC@23}X_@iwk8egTb0R>1009C72oNAZfB*pkc?9G|
z^Po6IfB*pk1PBnQp+M)J=%%CgW<FEN&wly$<;!b0CruF`K!5-N0t5&UAV6Rs3oKZ$
zAWm$abIv)lXV2cfdv{k?S8HqQv}x1+=5PKczPe`3n%Y85m@pyL`0(Mw<6h)NYm2P4
z#0m_aJGjy;XgTF4FPog$DH|980t5&UAV7cs0RjXF5U8zyyl8DbwMKvd0RjXF5Xctj
z*d2{JqW|-vFZ?QdV4f2oK!5-N0t5&UAV7dX<pLoW8a`J~Wi`XW&Ye56+Ss&dQydxn
z)vs##|HVT3G}Z6TH{bluJMYMgX32Zn^a8goytSPCXQgFcY<aQi=}eFS0RjXF5FkK+
z009C72&4q$MZFRT5FkK+009DhF0kS4C~WWf(*Mo#^}_#&9{iuty(bm?8vB_K??=CH
z!7|;|PmUh{+dS>3I(_rTsC|2%Pg4g32oNAZfB*pk1PBlq00QYj%_U2g<el-XS+n9W
zXG=><-ZGV*3^~<*{KtO`&3^y;-*0PcOCN^)MJvTrzCi_^Sn))qS<rIIzqjqZ1_d!}
z0t5&UAV7cs0RjXF5Fk*gfV^m>V#*UBK!5-N0tD(RuyDfOyy%F7>)Nl*2oNAZfB*pk
z1PBlyKp>yMKmYSTr?Q~upMQS7>)q!<w)4z0&rB7&`|i676|3m{Lk~TaYH;q{xuK%G
zXhnJoH;2H&tqaS^e^ylHiZ`xk?`&@lAG07pfB*pk1PBlyK!5-N0wo3HMN1MXK!5-N
z0t5&U=uZK8(f-ueHvs|!2oNAZfB*pk1Tq9d5cKrZPfz7Gr%aiWaV_)7op;`uD)y6~
z{3P>AHP6<qTbF8W@ZiCz`tqXHII7d&0v%l)SI@b+qBv;D!uKz^zrj@up8x>@1PBly
zK!5-N0t5(DARsSV0hXc!2oNAZfB=E|3&@Ms-&~Ib2oNAZfB*pk1PBl)Ah2P>hE#4d
z{9EW|^r@<EzWHWcvX}RZ4<XfG{Nfj(weNoSyE}L8OtmjBT40HsZgPR=RzFuV0$Ndl
zm8~nAoXqqH5FkK+009C72oNAZfIymnyl5JRLjnW{5FkK+K=K6SMU%HCMnr%B0RjXF
z5FkK+z<?E4uwX%)0&Q(=E#eUG2pY<-UAwkO$&!~IfBf-Or?0;HYFt=eG^TJcpagbx
z?5g1wqxZab&w$c1SpozI5FkK+009C72oNA3FPfa!z{00@?%dp&obeb50RjXF5Fn5U
z0eR6xEQ3K1AV7cs0RjXF5FkLHTVVS1>2Y4Pv$NR8xgkv&mt3@HQPq4KH*QR|bJ=B=
zg^fnzcH~843I_vC;H^z>RkVX>p~6?bdF7V2Edx!@d<hUBK!5-N0t5&UAV6S%3&@Km
z<OR^SqifWETlMsnn-Ve}!yrI_009C7k|H24nv|6=4gv%S5FkK+009C72t<!Q`e-V>
z`R#9iyEsQjM@O6&oiSrZ@xq0!hJfhB7hfFO88m3nmMs~<wyN`@x7~Kz=>;BN``Xt&
z_qosg`+xuMKk~t&rKP3Nz?>)0zXFq&O)iuIE%W?uX8mUV=K1|Q3%wH{K!5-N0t5&U
zAV7csf%*%`i`L&fZ;vlrx8>SDUq1Nw<?9!<=PlqQ0RjXF5Fju>1>{8s=)#*e0RjXF
z5FkK+009C?6nOB#2U97~v(G-e`1nH9GtP@nn>MX@;X+rRe){QDBTqf`R92a)^P<;X
zcijm^A0aX-FPf$8Y0?BbyE@0cH?GWRXx?J4t$!_PlQJFx1PBlyK!5-N0t5&UAW#PZ
zdC@u`m+WHmiakR=zar#C!`JwKSQqu&Q>bKB1qcuzK!5;&W*3kbZT1y5KLP{@5FkK+
z009C78c5)Q2OdZTIKTh>?-w6-dS3L!7hf!1IPcZ4p=j7vG<0|2g%_sZi9S_WUNkS7
zlLJQ}L`EN8{&3zbXz`O*ym7^xO>+hgl$jDBK!5-N0t5&UAV7csfph_R(R7XeI-d0N
z^{KFE>fgoB?(DCT=$8Ni0t5&UNSuJYXyTT{fCvyEK!5-N0t5&U7`OtDJn~2?FB<OX
zUR<G<_oEL1(SQ1<e@gYWcJ12SzT`!7O`I8k0&_Rbz2>cJiU&l~uimuarnS5B{10jX
z(wQ;=0t5&UAV7cs0RjXF3`_xe(SBd|rLXKt4~vH5TmEWwN1HuH`+a2$fB*pk1PCNU
z;N3@}As^}f8u_o2F(9KLK!5-N0t5&UAV7dXvk7e4wCUT0AK_{|;c#d9RE9JB+u7L}
zpU*wmxpQY+a^b>-xdn=!dH(t5Q`N(crg=+Nofm!PnP>i3;PJyB{_vP%j`_F$_TRc6
zeO_}XlPR#fWB2oGo-dgi{nI;tdTY~LU2gD}%vCfh0t5&UAV7cs0RjXF5U7`cylB0o
z^Y_!)5sm%!nykENc>3zCTk}_NmH+_)1PBlqXaeiz?9Gdg{mej{y7>|yK!5-N0t5&U
zAV8o#0wEC^XFGEb((|I}Db0`wEi%0I>(|FkwY0PpDVcj|*REY5z8b3k_{TpkluAt>
zNhqJ&NEK)9zWeS}QdC~F3O!Z&S0LP;{@rcwKDqMA+ZW$H?CoJ!&$;@a-}>hf^G1w&
zZ`?~QFSYEf?0<v(I~TnZAV7cs0RjXF5FkK+0D-;}kQePc+j3f-eed?%uxL1Q{r|UO
z$GVPkT2O`n0RjXF5NL9NI4?Txq$Z!K=@B46fB*pk1PBlyK%k!l%Fm0Yr$Co3U0P(k
zbLPy6^P-jJIn&2eXy4P*PCG4bf6$;osbW9-+0Tj$spKVj(UL@sRp6mz4_!X{^3+$@
zTC=u;@6*O>J5;R^AV7cs0RjXF5FkK+009EAfV^l-QU8NoTRKO6X=UELXgK-AWgF{1
zBs~%!K!5-N0*Mol7fsxf7!Uyh1PBlyK!5-N0s~i|tE=nu(@#$YHJ^IwsUi>|dzmVB
z?z!g{DVFzAdR{aRg_d*h)1Uq{Z-Zr?lou@%DlXR6+4lan_ruN5?|S#H;q!+7;mtpU
zaOPEWuDWT#O_P>QdU@^3%XTbl?`)6D*ZE-L(utSNx-9iIXVaY8_THzB*LJ8{BS3%v
z0RjXF5FkK+009C7VgY&4n4<m%&s?>+P*^l|e$Cvr`j1MF1PBlyK!8B91ms1NwH`)8
zfB*pk1PBlyK!CtN7r5q{Yf{n8U;N@1g)Bm>^z5_GP8GZ3jynn!D|B97w2(}4&aZ4;
zdH1__$7#&s2ccvr-xYP$dHj7E>Fm?S>kKuZy6f!f+_-z=8ynxa_q}_sc;kwA2ikB@
zsl)Oe%hRjp9)|?=(6@))yx`^smOSvnnim#sS-81vbN&B^Q0cssCqRGz0RjXF5FkK+
zKywSoi}u(0Zg{tS@bSxw=SA;6yQS_QAoZ7rehCmDKww}9v~Q1=PmNx^GMad5H1@O6
zh=Zf+_K!v#9^L)L=*b^NuMdk>y&Sc-4h)O3XDKgQHkE<|2oNAZfB*pk1PBnQgTUKw
zza4M&xqSKZygk18=9_Vu)vH(MEz`@B^XAQqyV$vNXD?ezRky!rIgH!ew~tvgrg%U!
z@6};%4|{Lhd*yUdt1^8W>Fm?SYbBtalt9RcuG_V4=K7g;zI*3yXa6?u>oc6Jlq=*#
z3pG{bd<dzA-FN#XL0#ztl_x-e009C72oNAZfIw3U$cy&RvUWxHpS!MjSTuEY{-ZK8
z{j)@RB|v}xff@_6%#0?T77h7GSznXB6|H$K@>dh7HE6!P=%Z&v!}iPg>R#?rkJYba
zRLN=~JRNaJH2Ra#xRavC&xu~WDtiC1XzS9btFu(Qt`i_YfB*pk1PBlyK%g>#uy^P=
z=bV$uYKD8w@7lF1tNxZPTh2P`tW<$t{_>YuS8Mh3op;`e^P;(9sIC`z(UNY9w=OOc
zw=0s7i!X)!6-)L~s{(x*>Fm?SYbBtal)x<uZ;4-lMGh+EsxB`Y4`Arrq2Yf}m3FE;
z0RjXF5FkK+009C72=r1wUbL5h)m4A@`JLs2MMIez|NE-;o%Oy+O?8t}ivR%v1PJ68
zXl;qcf2FLLXjYo^)=x#tp3UFpfI3@gUNmgq8fPhAADTF-rBCO1F_e=RT{S&V#jMv%
z?$hB1c5hu9;>zO3iF+v+5CH-N2oNAZfB=C87D(S>G<?QBckbNw_VzHJ-Me?c_S$Rl
zo#;cJbLGmFdFL5+1pW4hk0+meGH;pUC*?(p`}D=tSsP}>QMdTuy0@>Jv2I4o&X!#r
zyTUGx;a=O}tG%;5<U;3fnScNL_y1<rZ{ot?Kwh*jmPVV!1(KN;P5tj8Y<ar7V|VfK
zyGnon0RjXF5FkK+009Cu6p$CKA!eCPb+mVl{-3MM%!`I%({9*OX3L5ZAV7csfy4<c
znGy}%x0;w=9Q+GgL=NyrrFqfmSM-3-9Gon?_8r~3fX0g(AM{;bH11;bC!!_Q{025z
zfJQ@r009C72oNAZfIwmdCQX_YZ|_;?VA`~4g~l85qH(P$Q>GLuR^+_AXc3&gxU^{N
zqV(8jI1WkCa8K=$eTD4k>+4_t!<&CdRhJhnDW*Wp1=91PSIxO<^0LYAY<Xu}`?eR>
zypaB?uC(8*{YAI5W&biOWT!)jIz*}0?^++W5`BEd<DvKT9#hBHymig?_U)DSt~>z(
z1PBlyK!5-N0t5(DCm=6com+2ey>{ES^24H`<gov=V(Y3sz3EY10t5&UAkaSobI0UK
z29Ei3^v0-Y{oH8x=BTTqd)LQs$ME*nXzP+_@k3F#Q~A(+GHS_-Hd9{ou^(hCZXD*U
zLtZr1*Mr}T+P3x2{~Yv6fB*pk1PBlyK!8Bg3B2;kE8qR@cjMS+`a!rK{rvg!i_BPF
zv<OZDFNHAM<+CqO&$&IY<be=`D}ShaI`=%W;)&3LylDAoO4dr?zW477FTar3Y~9nE
z-sbeR)6-wo>6gkm&dQ5!ZQok5R`?t+q^xgRa8r7};dt=e!EK#wC95kyfB*pk1PBly
zK!5-N0=*ZI7wx@aMJ?>u&~g12S5%Z24TUFPw4tJ26ed7`009F1FR<i^>||g_ik1@#
z+_N)!Yjn>pl=7k>Ogr*lcVj;H^RkvTvHOcIpW5@1c;Qz)$6;#ayfCuvN56Ghjz(A1
zxu-jaym3JkHnyF5K{V>{j9yZa(HlP&wYKEcb%Fo^0t5&UAV7cs0Rq(sgxk<hojP^!
z;KASj{`UtB8g$M%=L{b{eERh19Ub8hB#S-dMT_Yq@7kC}W76Yo6PHd5v9~IQxpe!|
zax!&Qw4Ap}7-u}}Ih*F>EmQT$K5e|}QK?vwK>hQgso{nH`OMldD}HgN4#vGVuA;#!
zOn?9Z0t5&UAV7cs0Rq(t$ct9zR&}i>ezURCuxP6MikZ8s?o>qr1PBlyP;Y^d#~Zd^
zMpW<dbGoy9<v;f9il$!F-GaPmK-;u1ntxCCF0AD|l9?9`gTLXhy)TK$--))b%y@ZJ
zkr&;zq700#?j-6xCuZ~&UR1Xn6SeOsqq-sl2oNAZfB*pk1PBlqSORz7efLMw9xW~Y
z+OGQruwuuG^kCbtw}(}<vuH)Hp^&2sckT{Rx=G6>-Ll}8Kfd|L-@Wm>a0~C-7TxyD
zs%PHa`tF{t3O-#a6zL3&%-=G9!jcJLE~)m%E*cx6gB9HqyiXfXq19F+Yav>8wmiG~
z*>I!wE8o2GiZ`wpF>l1f%O8G!+xs<H+#P#%%-J|65RIHa@(*wRAs~nSGs7mIFRy)h
z)9y`KBk9Md{goF@P5HfT@1_4QD;zJ|p8MCq{m7$h0t5&UAV7cs0RjXFG^c>PXg$}p
zWnSC0pIcsCUi9|wwp4O+n|e-5UjzscAV45TVEk7z5_(hquKT|8RXkR_*c~kNs7N50
zdC~A1NNw+V{Q=SLEzyqE8LyDO%8RDpx}v#bGr9{S37J(70t5&UAV7cs0RjXF5Xcme
z7tQq8`|Q?*x2C7sR<*9mTdbES*X>&O<jN;QwlKY~+~eQQ{_P8EUMMrum^ae-_U5-k
zJTkZC)S3UEy*q)C>$>lJKS+?gK^_t$NRW9!CNLf_!2oh(dn}I?PvSUv@q#!L%NkjZ
zEIW>EP3$<flZi97HHk@zqC`>LNvSFByC_oPzVG`gvG<kDW^dK|QoVQAUhm(!)TvXq
z?!9%px^8uK*SFD7PThO%Sw6Rf8H+#u&#~5HE+eU)4(^49dO=d+HT67n1@daet8!qv
z(OCke3rZFkzju4@su3I-GPu;qRHIooB%9hf-svz%&Th?YUR1Vux%0A4R8&)xv%NDB
z0tg_000IagfB*srAW*OZ<VAD$>SOUef76{=Sk!o`d_RS-a`(EJ2>}EUKp=C0j@wDu
zyv_e<YL!K&G_m|`3ORhda!dTo|BUbXZ<7@)C5~A1Tk&^38^8YZc=OqKBpU^~W0AO=
zr7q{2?|Ll0_SYs$r^>I)>-;m-r=p>F>&3Vn)V}xAlLx8GM&9_H_<=9RZ@(PxE}cT)
zHV^ZnZPyZCiTeGMY&p$~zW<(D&L`GjBv;$6JHJ5gB7gt_2q1s}0tg_000M<3KwdQU
zjZ2|OJ<qnTc3o<p>0jv!^y#ytZA;*AA~KP7-qc9v`Hu7XKe$I42A5QemHcN~gmQnm
z^p~2hs^@#X@1+GV?JrgR(>5d?ECp24j_GNK8PAJK@>$B~>Q)260Z+Hg;0Pdq00Iag
zfB*srAb<b@<VAD#9jHAuHl47jJp1||w*^L`Ia@FjA%Fk^2q2K5z}`Pe3g&gWD!(x0
zx%zA4SAP~?`>RQF896}xpDTVbe&-dpfz`8r_b>}8anQQG50}(@ZZf^8k7=~~YaVvU
z>?wW2k}NG>A7Aq;7PF{%<p}kb3;ILmwpxaI#Aq1l*3^Fv+&7Ql(dY2QWP;aNjO2KY
zKMKixUQ~7`$y*&~=f^zSF~cH&00IagfB*srAb<b@vs8e*XzGhA>o3#8Y*L&vwa@gg
zOf?}XOIlU6DkA?q!STnG7nKvz^}RT><(&F(G|j>H-VN@NhER1+bUW<YbW4(@Q_728
z?6_zeA??RQEr%RmpyxMdJTEFcl)|k#)b(!udavj2oe2;?009ILKmY**5I~^71;~r$
z<_i#-h`sUW?bFPQ%Hx-o@i!}T^TwD30R#|0AX9<yo}@^g6y)^c$6uc`iyi{BY;SvH
z@(lE}Kc~Nw7`ArLWcNEu5?4$k_f<a}FSDoAVuC~QU7xU>#WbmuQMLQSAblC8rz}5;
zVQzlTe)r+-B)cnL594P>@}lxbT`IY1m<%=L#(-H6KmY**5I_I{1Q0*~fmtCyUNrSJ
z?QPtvhuNguXlkG7Ur`B3sb6}#=e8VqFB3@|RO(O4Zzvk-4fI~?x@I~@UJ6t?PpwBf
zkG39_v+Rw%Y^mSUI@%hH24!%W#UJ!b)^T3(JbkD8o8CVk#C`(r2KPuq60oLHmU8sG
z)DayCjTp{>NT7M7dGo!^hJ$o|yXkFZ;#^-;#!)?`v8Zg3yf2BT8ptxf%-$d9zuI-x
zRNb_8u-4w#^E>&F7aa?a>2w?FHh8{mCO`lI1Q0*~0R#|0009IFTY$W1Zr=ZmqM_-B
zMP-ELA8GYBrTJUEx!Do3Ab<b@2q0iBP_rv3`grdh>u%G$I@P?WgafzyemoLPGp!!E
zl)R{v7`04V8W-*IqAs5@mJ%9?Z~TzcEU61P{6suvRc~BheCkuFS8|gV?YNcLUFFt<
z|BU2CW%`OuiS>xd-4%%?(Lw+L1Q0*~0R#|0009IFUVyx4>Q~^!(ic^j?d7tUQ#)kk
zia+4L)NyGzH0(T@1V?u_>{jcM#&~4h;SoL3sh*N@j+T!Mg@%??EK%L0A#q2`p2kJ*
z2KPuq0-XBpBnfO+pw(3I(s;@tFDi*sJ#8yFUb~TnPEx6o*HtT#WU0JX2WL-j<wIUn
zHYmYe1tJZJ*Lu2Z21ft^1Q0*~0R#|0009IFT!6f24!!`xospFv_hlt7DuW#Ohu$2l
znJExJ009IL$WY+u(@A+eRZlX*;cOmLc~PlfTKamtt9Y_-<zyUG{(EvP9vX}L@5SF;
zYChrp%1>>E`{1%3xjgs%xYWZmVwOjqjCbCNOCeCp|6ZNhQ<HPX;`{zAiEG6##IOH6
zE+@rL{z<|68|f~I%j~AK=bcwRSh4nh^<|j)TYk(zUNjPjulwzXi+}U+B)yr+i;nju
zVea{qCP)(j1Q0*~0R#|0009ILD0BhxqNZ<v1o`wB+qU{`rVhFP7>z}XYKqjVq!_8g
z8d4*j&iy6#s8_$-et-K+4el_ne#^avyh?p*lGt<(B?^>6HX06jQN0MQRBF{%XxWxD
z>8h$#YWxa+g=M!KT+EZas1&nR8q$!8qdC|+Qy_o<0tg_000IagfIuM#gu~&hSFf&I
zx$;}z`qooVJ@wpk&%OTo>v!(liAJpoG)++?5C}9iHC?)NY0H)^3l=Q+?svcY%rnmz
zvn*b`_{515y}hn7exXq4%kF;W&!0cVHClJitGs9=6dUk`z4#4|WZ^Aa3%a;^>?eKM
z3X2-!G+vu<F)dvXKmY**5SR&pHUD=akN5g-c(sDT2k~1k#z)%Ij4#2_Ltjd)M`Du`
zey2xLBbTdwIo^87=@Ge?*;Df1{liIXd*gTF!>!hHHJ(W7DH|E~S@)EyHx?v1-&tbY
zEeAI){4lW+(}HIzFDknhXFWh`S*$e&I81>60tg_000IagfB*sr<eva}QPVq-f}eVf
z?WFIdsl$wXl(L^{RqN~4JFLN!7hPSw+BqaCLrE%94K59blBb>y?yxD-EteW{?7O}%
zDW+-~$MjL4R#dLgAF<1eO2}4qlN4xLVPhiSs82mrR9j@4J!c>DBrkfo^Rm*AMsL8?
zpQz?ciHQ(E009ILKmY**5I|s-3cUB;dtd$PSO3cD=NsSnMtyz#boMnoJZv?v`I-br
zrKj^mk{2~UX7l-9|Mg#;hjMv0ukxZ@)xqrMD%EJkyVJ<K<jSC%uQ;HVk*&t&|K1r5
za~?+qZ-Yk=KmY**JQk3Ark=!m=d&Kq=VJI+B);=wiB(B4Qiq?^<fj~`p7tlRrzEDh
z{&y1#Tk|WEB~l%JnocD;3-XC?*!I1-Fwyh9WwzbCzR~qwVj0D&&9lv5Ui9SOBo-!;
zQgM_Y1Q0*~0R#|0009ILKmdXF1;~q<z6iY&y?Ttzxj3ikSx-MME?=w`=5U(1DbgvK
z$+W8qN5gs@&hq|pyGJ}7+-_3K>uxmk5}<n??6Dljbg_D%S|LlrE-$JlY~5E1m00Qg
zlKE=<a4c+^JvSfoBrjUlU#2Le(KgnWo9#0T0tg_000IagfB*sr%wd7!$B)~DE)$of
z&}ha2F7u)?+0#!y-PzgcFcEptY$Ym9<IGfERFWV&p6)U&CMzHB?wYX#tiu<WTL>V4
z00M<BAO%15yy&HW&I^#f>cpycf6{45rsU^|XPr8$dzn4ebvLmpL92D~M-@l@N75sq
zQMH7mMn2?4Bf&%&&ut%$r`GVC!My10my;O%_mcGZfB*srAb<b@2q1s}0tgha0C`c<
z%kLQP&|_@HeZ{5@GxbqVKMn*3?3Q7QbUGwU^%3-^b~WtMZ|QBln<!;>aDAe*?X(&a
z&YV{~Prb^z!Me0#N{5NagnC38c6m`L@v6Exlw(buQGakSIGEZY2UqeWFIqEDqYS0d
zG}4rVy)y*@2q1s}0tg_000IciVS&23I+Y6j<~P4tQc@yk$H!u^v9Yo1*RTKeU;nkb
z>zw3tAX0fzIfnl5;lquMjiaNZGKKueT(W@YpMPG>B5Mc+gLb3odC~Flal39=yiR@5
zEMle(RdH}ME9ubGLDu|X+qgfPIwMyQKmY**5SU4U{<@?jUdd}Sxfp%!qTfm^ENuV(
z#WE#72kz@**tRo!>gw}}C9VCnc+^E52}w5Uaonae)=SEVyr@Kl)lw}PXD}~Xvpcai
zS!CzC){I<5009ILKmY**5I_I{1PV`pyr}7&cZ}s}Ui75zq{`Q|j<%YXtv>3J&ULlx
z)OF`Z&0r$D_fpwQcAY&P+-_3K>uEItk$~cohMXX8IZo=ur4>ungO+(wNusI_(s-ft
zg@vUH<yRW&SL(G|{^}3P@${*)=io}7<V8)TT*-^(;MFq)0tg_000IagfB*t>SU?h+
zl7}?1n$k#3VEX-j6&d~MPk)*j#mLCW`t|GE+HB89kY()Hu|q{hB~xlQk)9Wwn3%BZ
zmc{GjMYD)$8Y(yvE&7x8)Tn2+uAF_*Z<>*h2q1s}0tn2oKzC_U60dU046jE`fAs0Z
z!iJjFWphJMeoBTj9y52a{G8cSdW7}r&nySFxVYgzCN^^Be_C{qOEaDq)xQQeU$9=}
z4CY1eA4(WXUetHldWBp?009ILKmY**5I_I{1PV`pyr}7&_e}KYp}yRlM=#;V#^J_u
z?dRTXcyo32>P2OXQqzX|sw8V?TDJPAM>>zU9#_|$8>U@HViC*!o(`^N%!)>TpkEiW
z+mV`7HFh`bRu5X{MaRSAs>5^|^2XJqxoqS~UX=6bbNSMl3jqWWKmY**5I_KdIWJIK
zTdPu<O-)Uf`z<amR(-m<x-9!l|Dr@jzyJO38xu)H({4cWqS?w)n#P%t^XM<H7%(j(
zyC0W5+S+q3WcOX-IsynFfB*tBAkbZsl*G%Qyy&I>l~`EEEn68q`RVd7dKoK&ry_yG
zdL|=_S8SJLx}jGk-SH9A&4(XnHZK|t#Z{<v<A>t%(eh^o^P=?!GsL&t2p17R009IL
zKmY**5I_KdIV3<{)buikLPL58@KoC=Q-|z+l#}J(X?jPW(M`L&zuayadZbg5fp*<Y
z*T=$R`n;pzQBw!wqo;$*6j{`08*5WLnqM;Cayyn6^~$A|dC~5PZZ-0B8U>ygz1(?O
z*Xs@RTD}f0B7gt_2q1s}0tg_000M3VUVZgdBcl1kAO6s;za%-IdFC0ToBYQRyKd9J
ze&);>6-<>}sO5m<MYEfzRHNlSFY0d&FaM}dEx@D3-fwritbAtqed8hm2q1s}0$CR5
zuSrVcmA;<k@hyi74#it9#;^Tb{O}X;t^YZ`_E+O8f64r-&PJDp#0Bks^yKGl+XL6k
zPiOFyDJ?nDZXVO_^SyTx!Yh8kx&rFV=0&Aes?zSU{S&LWNx;pa@a;DfBg+)SnV!^E
zvny#FH&ffa4z44B00IagfB*srAb<b@b4!4{sOfzMqd`5!w*CHgQ->^me7E;qeJ=Oy
z(*9DrW$2Mkhi<0FO}m!Rtf_<X(bK`RtI<5ttURS&tL1hqFG`hH^`K>5RL+rC9j4PL
z@Vw~$rv18}B$h2-2Nw}Q009ILKmY**5I_Kdv;q<Yee%gCjfm#y)2AK!@7%f5==Qzu
zeb1rWG;dW@RH(eD-C6VGMLo(@<~}ca@Q1w~?Zq_gy>sK!{AThv0tg_000LPP7->sN
z;$8litc`3rken=k;u}dbs-&VrqvlP^!6q;2$<NBIw%trOGI&Zqv0auLcK!dFciu_b
zZ^-JupU+@kw6`*`JgMpG@H2yX(c3R47Ag4tdk)Lw76J$$fB*srAb<b@2p~{U0^~(g
zU-!b&g(}ImxO{PHhpb$w8mLmUOts+<1l1#*a^$zmrJC}hgTX<|2fZ6S>l%8hb3w@h
z%k5ZROj}>HWu!%aU(s09a-6)qm?!7azgqFC&KRRkO5T2BSQr8bAb<b@2q1s}0(mdc
z*Vm`=nRbWK8=ELAD^oq~lAP1u?u82%j9I??<u6N?)p9`cqNXrpwm#-KFWPi-B3mm@
zJI;pBcZ37hUnk4&7#9&h009IL@K7K$nv}%b|9KDRDtjYoE{A}q=~nel+g0hwPls5k
z>G=$vGL_1VMNC85el%5Z4Osn=%}nJ*<>+}ifZotv_uKJEz;+jMV+Ql0C;uktn={_$
zv`+3JfB*srAb<b@2q1s}0)-?%UNrS>?|HCCPqKMY`EVjKF|T-@KFj*L^>=&kc8+(-
zbm3@N;&Y}1ot|TKnHQZc=h1tiA?KUxyb;&`9cFjKZuOvLebM%@cGW=|0q6f1lKS<U
z=_~n=7nLu$Zn*K@#+g=OegqIe009ILKmY**5SYaRb#-+r1v)lnReb4#&Gq#3sGi;3
z-5*@e^8bDQ`R9#U7A{<9H?*D?ee12ar03Va{`IGxdg{67o?EhH$?@aIdwYBBp3Us~
zcfRwTfA_)9Bab|i*&x|^s;fGfHXfN-hg{}GqmlTQFLh?N&di>=wbA-Gm~6cl#z6o9
z1Q0-A3Ic0>B@xCe`pqdkIHj)j`xCR6;-G0iy3C8#?s2;!Jum9=srDO5>v#R<6!HGr
zqzCgVFIv1hu{PPD^Un<CMc??H#5(2MGTTajIJ<He0R#|0009ILKmY**5SWetdC^q8
zlD-l>%vLj4liFvRSFUwkQ&UKA^uh3hv;!V#IienMnHN3bJCSx+qeIU`j~ZMWcIisJ
zzGxN)_d-K5sQQjZ!=o-KmQ^lO4_f9$rTD7qAPtH5x*R!Ay5&P&^lsl>-OzooIZq5(
z1_B5mfB*srAb<b@2;`N(&6_t>3N#vZIs-z|q^f6qeZ3dEkOHS_3OShGZVEjws`{H6
z5+e2c{dOZ*Uf;KGUy;qv7r*$$-~HX+{q<k}bqS4<7q!%z>c!$WM>30jX8hEuPxwZ<
zUDqX>>VD{t00IagfWVXljy#zZ#`B_hV_+b@;un%;dGqmj#in>qd0eIoPrRQ1OfJ4H
zXQQheX+GpdGe3|1-NZ&@M|pJ~{e>ST*0$mo<12s3=~p_aHzEyrp?d$J7K<;PsVM8P
z&!SJ-OXIys^S<>*X`i420tg_000IagfB*srAW%30<V928^+;$$53_Bk+mPC4npf6V
zuT@jr>AB-(G^xR;9&wo$m71k)MwULcgSBe#MP-ZZp3?K8SsdI84XMtmb|j7ZAy<D6
zD8)kcr!4cLp=c;=A3MN&xIW`~(P%9CO8G0gp+s==L54LTfB*srAb<b@2q1vKEESMy
zoJP`8&VP5_LL?GVnan$PT>X!6=K)Q3gTdgpzV$6*iuv>B+Z{$PPr1p9$~dy4d-v{{
zW^wrV?6c24=J@lW4}FNdr~{z;TT)!~$dCK>J=c@t-_m^}?iWc<1Q0*~0R%i0sM?;C
z$Gd+x`*Xd!G%<zb3|r2ppW@u#CmzX%yy!@KVm*?UlwzAMfAqqtviEp$EY=ugrp}|+
z^P+kdG=ug~vxP@i@}d=+ljMunSWLtv1Q0*~0R#|0009ILK%h_s$ctLOdC7?CdA97<
zkd(ZfKDe9n?j`-Wpk#r1%4J?u`pePwmK!u(Jk)YX4Zh?44%1!rQO}EJYjE#0_B`05
zHnp#DpW1~(L(k31vzB>Ld3<^0ay9ar>RI;R8D=~$s+W@$#&xyp9Nq}G5I_I{1Q0*~
z0R#|00D-gu2M!!CBASwxbnYwxPNS#%^ZNDc&Yh=vR|a3SXpu4gSHAL<;o)J25hO4A
z^Pm6x+_`hDt*uh^RLY{t<MPj;p`rKQd+$d-`jJ}a6Hh$hzRD<h(OjNK@9=)Pg#ZEw
zAb`N!7Z~eG%H!?%RQ9*L?UBS3rA4mBmokznwU`fi(MTY%9$8qM>;M1fwSP-IxcyP<
zy^|NUc8SO3&&AgLb^=i3Eeo02J<fFm5I_I{1Q0*~0R#|0V6F?07qxuD%_Ge!5GV~P
zfGM#?%bporG!?OQGjiKlo4y|Rc~LiYHRbgA7fN4H<Cpc9*=@>{7tPAx-f2_~RH;o#
zL(0b5?aR0>q1;tftMo_g@}d_zF6!O7C%T<S&a1mKn-?|xn<b2`qpf-6!(tFX009IL
zKmY**5I|to3GCm$-$++}{p(+MUc8<cy?XVkbLT1Dm66x2Tc<*vQz{CYI+2Wa^ypDF
z+E0G+lhi(zSICQ!7q$Fia1j9n5I_I{PXr_*s=}GlkYnPr_#=@&eQ-DD-OC^1tor4|
zQ~8h=6_BFeOf2d8&)o`b{7~Yl)8Dav>eh>iK2nP{XFvI0UsSJ5E8n7BkLApUi4Z^l
z0R#|0009ILKmdVRAwXW#@-<0xP(S}&Qf<dtk6HFidr_jE!=a?2BEe`-PaDcd=RssK
za`?Oci2J;#Bwgik=kZJWO7y`^tJR-1<wdhHxOW;d^8AwdYHLzA)tREWuUK_98g_Y6
zf55NzEUGPX9$7b>@%9YnMJxOjx|_83HtwBq5Eg&{0tg_000IagfB*usUEtWUV@9;{
z$tRz5-it@)(M!B@)22---dS2&>bwk>cQ<a_sK)H>cJ&t(zx&<q{+Z3sCqMbgkAC!{
zzxR8;$9eQF{pp4P0tg_000L<Q+O8$?ijvBca-gwDnn&E<4h|&^?q=l9cat8;lf3BF
zpCwi$*-<we8GMj<L|~gvTeH2lJkjmizgqX1@vFnW#3E%c9k<f2XqxBI`>rO<=yKBZ
z%c2JY2q1s}0tg_000IagFn0vVi`u=*q0rF0;(2<!?P%*!H?=_3fKs>fT>Cj0VIVl5
zE=ohPh5F(0at6A7H?@7c=eE8KX}iyhO6R+McT>kySH{9)dU4UM^;^}g)P^Z9nw7yl
z)wtYwS*JVDe8BDvmix=~o<`d)FDf$I?{C-ppKU*z%9Wp2a-SEKSKK+?x%u8^T};|5
zDp!P}q5M>0RR|z}00IagfB*srATZ+satQmE?SJ$m+T~<<m8+B^-5pjwK0dB`PO}84
zn#B|rEh#Bcx2D+`9UWDxy?F8BG)Mc+cfKP@QRC;4M;@8xXw!VWt2(&!!>wNY&Uk&%
z(tRV#Kk74nuNMtY6N<+XKmY**5Xf(VSX@8<U4nTRewg8cCF(iak@T#b7bXL$-*m@^
zP5!~ln~x{@%Y%867wvj4X;t+HleTI3;rQ2*9<ked-M&P(!%tX_H1ikbwW^mW4SCUN
zf2NZct$izLI+^j<SJO^N2Lup6009ILKmY**5I~^N1jvgzyz%ORYE#1PwVKx?`R4G5
zaZ8e-<^AQ0%NHAuoARR4XLrMHHS(geMRrG}OVI90=M~jcHKvpom8T>OX}M;ZcUk2!
zHLNtc#=9(g8W&UZqFEW-I}M2=zEt*-zCp<-)(qB+hsVWMHYFXT0PN0&okpLR%U+g>
zm#V)*UR2`5s+-Yxr|BIx>Bqs~;PtNSzEPipv!}OmkQWu(KqMelSR02MB}w~g#j7SO
z`6w4h!=s+=l)(`|009ILKmY**5I|s73rHeVr6p4vdS0})wpMkJM5x2AdwY9T&#o?~
z|NZMQh<;1LqU+bMS7R0z7wdPY-<Eoz#^4(^Y?$U~<VB|m=<@NBJtHaydu{Dp$cu)?
zV;vR2;@u-B|E+)5GhJ)`ux-W1e6N4HeebusFD@NuxI7*lO>?e|OFFtCfB*sr%u0cg
zw)l!)NJ{9P{|8qkG}Ue+!T7a*n;c=NSzUX-5lcE;zTs%{-IPxyuO%%*2F#PZXe=6k
z<98BkTl=f=KvIDb^G;eXB|6J4Bs*&N(|IS+bJZ`$BLTaPGkHBndC^$Br#!y*PZA(P
zC%>Ei-*{+jCb!Sr2q1s}0tg_000IagfIwafkQa4+Ev9gt5qm4DDU!3xdjq|4;<*t!
zltCmTDjCB2L-&ug9MQ{%$|I?HQOVKi2|B6pDHF*-@J97Z8B?NkmHx`r)vJweODmS@
zIYyUx(L*hVREgAG4ZAwVI>OPgELFyrrC#g0W?JXI#(mBjdR{b(gL|hT+i4$b*QuS`
z%_Gg{+s~^$4tY@-IrVh)g{2G6cbxB@=$0>rAt}_-7VV~yrb``{R#dGp2A3^6Q&0cy
zL}WtVZ|bkwozY0`AXo18+Sa6P9c|S|m|rqqA3;9qckSAe5LQIf-zg&?fB*srAb<b@
z2q1vKoD^`M7u8ds&CRByL6S{*dAZ7VPE1TB-JALc35%{<w@wY1^{}X{Xu*O7#`r5%
zteE-&lb)DTUNjttsUn$KY`pcYZevYzxW4F|$%_uPhh;Ak5LNM4hsLp=^o{npJ%G5q
zEa?2DTK#z2#xHd2ezxnx|LMQAap=L730aI}ZTLX|0R#}pQvoTMX=L-%Kes<R8Qx3#
zBZp7bycsY0t%r}B^P=(ip)VyyUi)kDF`K{aBma-YomUb))iUxVFDef8`;(R@Ax68s
zNLX~mFD7*!YO#fsB&6D`G!Fe$++QEhw<Eng%8SZN4-Ur%AH+rM>hnp7TxB9L-SHk<
zJ#HX?00IagfB*srAb<b@1uQ^bH0{f;8K_aIOS}A=^YzrcsKf|2-P`2+lzz8&qW6^V
zl)B<FFDhk4CD*E+a&EXe99++fW^r)uG>n%k;Y>F<MzNCqQV&x>IXD|5OQlfNc}k7k
z<VB~nB)zjkP}Y<e)t_?HmakdEa6{UE>F9s}0tg_000IagfB*srxEGMz=95o8Y2+%;
zo;~aEp!_!wquby8-QPKMb8|~3U9)D5r(sc9#`nJWJ!1-~V(Mm94t=JY7j*~+W_;_-
zZ;%&tctv@1tM`5=gSTAr)`*)uNM1C9!B;)zJ3YU@vnu%haWQV@p$`HGAb>y)1&Y@s
z1s9FL-p-H3E4Rk|_u`Yssee$6TB?akNz$e>@pFHlR6bN5NzIFzDs8U*_i>qMr2S$2
zQb`Psb;s|$9pCz&AI`qvKgN$fomff!<V9usZ~akXVY1nkzZAc{I4)Vx*!zFsLRk8$
z;wPR>>LcB5E==<l5B{b35d&YwSHA=I(+uM2?dj)5B|xk8A`MfX*4S_AKP5do`NiW0
z0R#|0009ILKmY**5J12}fV`*$O3Edv54pZ>y_-0ksn7Dt<@H1Ll7~zgGCm#|w>+oY
zG=fA`rRb$Ro>^X09z5N4+B9bB$5mCUWId^iG+i;}MYA}#M;dDV64@=PElS<EaYc@y
zm-?SZXDJV>y44NVsS)fN@_wZ}ta`*{qtNoALL^_Fwy`$Le;4d*xsCt=2q1s}0tg_0
z00IcO6j-ukiIJ=Pr+@k<yGJD9`RudL8r^p6*kRYr&2<?{3Vs?x$v;a<O58j()jnfm
zV`_>E7cNZoaZ`Wtq9zcJKF*E$qM7AIB?WqI?O<Bi%<`ftV!Gk;9Zff;TO2s;BI$qt
z0tg^5Wr6#L%m>q_M);hsq~=BC4_5Ym+By$uIaGgL{L+sT{qra<8jlBu;_H7mu{O)~
zn=T&sVmxhqZ9y|VmHJVNj?UoE^z)*rJ954v<y)K2&ESri8UX|lKmY**5I_I{1Q5u7
z0rH~m-;q>S+<t$%%Ru1HhMm4qpL04+j^uv3>1~Gr<=}f&n>6FRsBEyTzf2Adx0^^#
zmN(9+PfL-S7tP|}UTEk$l6TQD-f^z|oJ4<LEPYWbj;^j=EjyCHXT<nByzlqkShrC@
zb&hxHBiOYAk$_YsbyLDr-ooLQ!}3LP{$kioG^Oiu9=+PgR2$Q&FS@XFp~R%$sC`4e
z+m|{nN#@oc^ygr|Q^KJ$0tg_000IagfB*sr%rSwgswx$&Y;A3|++A5&nd;Ng(P7!g
z%|!`|E?v4*4OLoN>gK5o`fS^_P0cc$1shY77tP=m6zn6Wyy&(kJBxRZbX5n(2cna?
zl~_CyiVb&0q@bvr9j}s{Mk8&QbDDWkW0w8j?+K1t{O#<5ePwJM0R#}p3jrw{`sU;5
z<BO?bzl|S?H=Rn<Ak{ZB;kQ0&+%(9FUx@pzPCl2nc~MzgU?46vS4}Io`*`wi9+n=}
zH7wg*@1;qi7D!%H%FmwuPFyss>bF?RaS;Io5I_I{1Q0*~0R#{zSOM~)Q+@Rk4r~}|
zxX^JyvZE`jR!Ra;N`NjZTePlrorDkNfby2nmQXb0eppF_UhBFhqe+!Z8ESF)VmYc_
zf_B{#-C0c8$&xDlm3tfaN|w)9@aB7)WwlZ|)%{ZKdS-F(+-TTsME=-A57v%M<-C$`
zEG$(+C6Bt}{*EOTOJp4RU0ShpYyH-vtw-f(`<{uO_y1VMZgQ?8fB*srAb<b@2q1s}
z0tjR%AQ{eYe)F3~x>C-XpO`S09~>MU{My&PW_0+MfBBaTr-{d-(Wt6rDx*mTHRGY2
zA3S~fv<izl6isy=M87+wyr}-5LtBmrS6RUeO9mWznr=z*P(7I4M)B@p(_DPaK)}e0
zF8`?S>gvIf?)T5hwHYNGh#mQHpZ*dhK^k>>B5uly4t1pTj>Tn!z;Lv`DcpE{LcUtB
z{gFA9Dl-;+rhT+8<yo6`av1>x5I`Vz0_`{B`@i5e6)7b&J8q{5_{o2zPd%tzk6B6x
zQ`IKT=e(%A1F2k5vNpczmz{jx_?`FDvr~CvGHlzm_|>1q-~RLX8~=~F(CggGi>~>V
zxMYlXePZ&9aqGqSgJbc*#`LvVry@#U1Q0*~0R#|0009ILKwxeQkQbfX@0Z<8Nk9sU
zs#2Vi_RL~lcS_5kGXe-8fB*srAb<b@2q1vKR0Z@BqmqrRtgH-$CjTyHAP{)>-FMYV
z^b*2sYiqL`e0+TT%OCulIdjI;O~Rs!7cW*Z&hqkdQwNtHCA=!*oI7`}xw(0CbTkrq
zn0b@btDHeE8B|HMs#(7Dr7!jL^tc?^p_?ap(N84uq8FEv7j@vDWw-oI;gUTgk_C0M
zZmBrB=bPPnWc0z6afb&@dC}o67n#pkyt6X6>uX*5EYe>8+4j)5t3^7jhg%3BfB*uX
z2*~m4&1d5`7EESGH~*)}grt-JUHhx?U5~|2e>?u(@_74=cxY@2Q%fTB-KCSGz5W}M
zLlynz<WcpK73`}{6E~g09J%Tm2~6T#`setbPsP{%T71PXPHt!a=i@hDm@JQ(_6+)5
zEt7c=KmY**5I_I{1Q0*~0R-l%0C~~5`exZz1_Dy$Rpmvc7HbA0@CX73Ab<b@2q1s}
z0tg_0z)T4oI&?_IEbSWCuU~gqp5#T<gHqws)U%<XLEV+c2f<RO|7&@U{J_9~K913r
zT&U&6ii!%;GBW!}UNkc|o^m4~XVdFR&eIF}9iGZ0FKP@Ii&q>R)hCkn;eYCNn2TEo
zAb<b@2q1s}0tg_000IagfB*srAb<b@CIRxICJ;UrtU%phoeGOeqkgEqU@6!*0tg_0
z00IagfB*srATUb>Zr!@|m9KmyHFzmk<UIPCni}VQO(`#GIg9CHdwYB8jFx#((}VI+
zYLNE#JLT?DM|QYUXn9d7&DHvDK#nrs@pPA*kS<57%debo?m#5B<SAcq;QY(}txt5W
z{J2jZeCu1?H;RU&-lp?|*}5AE#_nGjKmN16O@GlL3wZ61+x9)zQ@ne4wAV!u&TK6r
zqj9!9*{PD8>p$1wFh=Hi(f0>!zBQpHG8%0q0f*_hg#ZEwAb<b@2q1s}0tg_000Iag
zfB*srAfOA77u7Xr&pm<uK>y9|n-h@<hpoxE^Cf*HdRTOE`Qj+YzBrI^3jqWWKmY**
z5I_I{1Q5tq0Xc^L(xpqwmM#1G*T4S66Hk2eo8MfsX3fo;H`TH44hzpsUQ`w^JUlGN
z+3(-KUqYcj_`wgJdFC0ZFZ$F|PyOgeKU%qR<;9B^{eHj0Iy1O6vw2Y?u4(*pv@g<C
z9W+J$vh`7-m4efJbK<o>YD*on??K3*lLDA(NwudQ9){afAKLKwj?|}&E0Ws`jzrVS
zm+l);BVR8XwCiuVfO}`hS3TylTY#ikB~5BK;EZ3FXs*6;hxJS|FDfJ7+Bl@owf(71
zhv~S500IagfB*srAb<b@2q1s}0tg_000IagpbL-})ir3(J%OHy9wP`U=gZd))(!>-
z!_lw=L}jPpSXe%m^_Q)!UaN;ir7g8a=N<(+LI42-5I_I{1Q0*~0R#{zSb>?%i|Xk<
zuk)g}Hz$P&^{M+B9_B?){k&gYuQ@T97nQ80x?<N@`>8fryz^J6WY36t{MuUEylCnI
zuDv#>9<*z0`BG=VMP}7`g&y6#vMRCu6(93C%rgDFXfzU+%B#B4U|Ws~z&h-UTL>V4
z00IagfB*srAb<b@2q1s}0tg_0z^o7;FFGq;6N}7PK;=bEiBN}+2b&LOJRJ`rfB*sr
zAb<b@2q1s}0tg_GhXMtX7d`oJeR_=0)V9lu`rZqedfI)I#HRCUB$?$!YmSfE&1kwV
z=hTM-`B-Ii@3*_vQs4Skx5K{z)6a{_;N|;A)pXK$Z~J6jS$+^e009ILKmY**5I_I{
z1Q0*~0R#|0009Kj3Xm5~OGJlREil!*=<(L$M)lF$?7CsN!6CWo{?^N7FXv{#%z^*{
z2q1s}0tg_000IagFdGF5Brm%34_b{F;h}%*?WhP&o*-`(uGGtW%0cSt6!_ym>+7rv
z21h6V!+_*MrJ88TTa)L@>(Ru9%i|7TfDH1YXJ7O$d-UP5C3Pur%HY`K0_1cQDVuqt
zXh_{PmT}_weuo9j$gM~)rW4(KW5{6{S;>oz`=k1dyPxfHn2}ouAb<b@2q1s}0tg_0
z00IagfB*srAb<b@N`SnmqM$J+1>}!dnn#+q)o)9iy<AnbN_yrPfxKvr!I=&L1Q0*~
z0R#|0009ILC`^Gu$%}rtRSrXMeK+9zmi4@-5j$M{cw1L>(DJF_uE^?7CL*I7ztCaX
z&A6CBUR32CrDmq($g+T<&$O#<(ols`E&J#GV(rPK`l!A4Lk?@mN?ugPFZ$CY6X&|G
z4(s6-0tg_000MJgp!r;U`M=A;@9V!Y_pR6=0tg_000IagfB*srAW#4T<V6eMC9}mz
zfwAyd^+2_h58YC~WpVl9dByV<mM)Zx=)T5%w|Z{%26`upcjWwsylBqJnGgX45I_I{
z1Q0*~0R#{zM1j1@i;nh2Zmb(}{@wMpE|rix{Lg)Mop*dC(aq>Dam2JQI5jUi&>D7l
z>cN$9wHRqgaZ9_-8Rtcd-yE?UQ?84cUgq?j@Af!!&hf3#L~P9;wke<OUrAHyGh2C4
zsk5pkb$%&124Ok`5I_I{1oBRRylCFN5*CC20tg_000IagfB*sr%%lK$(V5g|?t&K}
zFIw<l0RRv{009ILKmY**5I_KdTnOY<UQ}(kbl>D@@5b--qCs_C8s``LRT{A7#F&0d
zZ<~^z$9~$U-?eL-o^n1vT?Ucbl~RCIt*7zogx$!Q<wZCDWk=e-!&>(Ch+2R&MtdT5
zYsl&KSp3jG_Ua4sw>TwlWo_BYi{9Eelr(Qsnt5}|!ej^_fB*sr<dpz<(Y$&cECvAt
z5I_I{1Q0*~0R#}3X#w)0GyMjb9{~gqKmY**5I_I{1Q0*~0R#~6Rv<s~q7LcG%<`gX
z!-|HoDK8orv8@-X-pc9uiE5U`yNA_vQ^R3LdQZ~=8ZM3NcP-oDKy1awd@3PXbKEvV
zYx%fG7t8mLswGLo6#BKCG+TMm>SJU2)SZ>->&jZLhl>axfB*sr%zXj!qI3TpvqJ<B
zKmY**5I_I{1Q0-A3IgOsr+`IQ1PV+b7!CSHeU<*oyM1>{`%CW)-RlqZ$I=!(DKI6r
zivR)$Ab<b@2q1s}0tn>4Kq2Hsr39$U|G}!qHFrOo=KOTy<(9vb2u7Y;<hOg{dS3M4
z4||XNbKk1R9u`nF%BUI->I;z2qhvwt29$KAD#5z!(bhyl@(&&kE4$wKg$~)piT~3t
zB{v^jnHXvhOF`5e{Irz@66^VJtDHn1by4&*TY1s?^W*yLt?vbLuw|w|009ILKmY**
z5I_I{1Q0*~0R#|0009JMy8wC7+5QGuKLS}7n21c=?zz3`-lq8_^M79abJOpViY14d
z4>gZ86CBODJOd(t00IagfB*srAb<b@9tjjeUex7b^dhXsHLt81bYm_#OqEWQ6lm%r
z5|!+G5IXjgL>W@mUvC%>>I>NMv{PW!l&;i=a%f9PRSKeZRs~%KXj8Y7_DWwvNYAgn
z{^|CKAy+9?(~gF_Tx3kGR%6PG`pAn~DRB(}1Q0*~0R#|0009ILKmY**5I_I{1Q0L@
zkQX(9@DYJR76?bfmpU&kDqCdAh+2N!cyFUrA1!1q_KpAo2q1s}0tg_000Ici7J)*@
zi{9EW<nndsam|VYqi&vRxs#}+dEf`VsgJz*jc$hkr@Cc4s4w9BV%ut^(%F=*RO7g8
zZ1{Xf(~XJL)lT!uU|V?Q$9-xIQsZ=_+imRAw4;pkqMS!R&6mjI2q1s}0tg_000Iag
zfB*srAb<b@2p~|H0^~&t^S!fc1X2aM#=F*3ud$4V+FhJiJnu}~nMlm-p9-Z;$`u3<
zKmY**5I_I{1Q0*~fgA|rXI|7{<C3COam1PvV|G3D;AO=@SIJKqN`I>6xb5Kjq^<9I
zl@~4EJ*-b;YMauP%4AB7{on5ij@ll1Z<;af$KlS11Vq&Wq?W0~N7Fu~I+%8pabEP+
z#v!!^Y51F_um-gl8VDeO00IagfB*srAb<b@2q1s}0tg_0K%ohc7cI0m&VCWF6u3Wh
ze_`oDyIiRA^&R(j1fxOAVY!F^0tg_000IagfB*srAdn9Ng^(9@nf#R3k(3v;52NZY
zE`z-2kstSs_C#)PN{TfaW9kd2I_ea2HKi-{gyh4dWh@?z!~?_8{-$u_^@$5h244H4
zM3__cFZxXTXkQlovZvG$UGs;D@mGAzH`Sn~X-667MNd56uXZPm@qwuRzGx$W00Iag
zfB*srAb<b@2q1s}0tg_000IbD3Xm7IWZ@zL1trip+_<1*fpaL-`R=y++o&>HP~RCg
zivR)$Ab<b@2q1s}0<%k?Ao8N_lArS8^th%&@lyR2r_GB>I`rbwfpae<%A#IdJ18UE
z-8HPo8jUga1<1MT`b4I-DP5@#C3QYcogaRT#XBp5yS~<?cb4}0&$frgr&VQC;;(Bz
zl?aP2d$hHuK4iTH`>UoMWt<l+`qOrOgE8Ww_U7C{009ILKmY**5I_I{1Q0*~0R#|0
z009J)0C`bGK?8xp6c`8&yj1p*a~#yo-D9oC3KNiBBY*$`2q1s}0tg_000Q|hF#GbN
zFDHVR4v|hhc<Ip1^nx;YDs5iWn4)CQhzc>f%!_7x9{rf#F(Mg@R~#Hwi!mC9|EbqR
z;r^qPC)F#LN?5eJCX=H^vXU1a_eb@uz4?u9_Zy)n0tg_000IagfB*srAb<b@2q1s}
z0tg^b$O7a=3;FG{cLZYb*p~V&ZsMSB`pBX7kRpHp0tg_000IagfB*sr<e`8=UQ`M*
zN*GekG2iiY*XqaHmVeYIzjC;F+Fh*rgimGmmVKmEo_*_E-8YJcQV%Fs-K632RCG6y
z&PXt}@3|f|`07vk<fFtdM|*7wZ+@^PH-mrB_u>EbE-!k1@qlSA{i7*esWvN(NGN@=
z(B@kc`XkbAD+%c1yKGA~_4Q9D)${Bq&m=4=)0uXZS$)xp14&U>=gh6kJ<<&U1Q0*~
z0R#|0009ILKmY**5I_I{1P~|$0rH}S@Rr#l0(Jsb166K<pf3BYsa_N11UNfut|Nc|
z0tg_000IagfB*tBC!ps=|HHrk{n}Fx&p>a!IiVMgRN2D52Z?jWPcP^<LZtFf^`IO?
zzU&WLRew`Ma+|@CMD<H~P<7BxQ7_#$qDH=6G<kZv`q7V5-}{|z)lDtn-r4b0k0pjx
z;~S0hFZ(4;szx(4@+vR7>zOXo^7N0Ubfwy+q;vId4((eThtyNj*#1<fLubodQp~gH
zGf81l-`z|?r^eu>9c7RgjYi_8@aj-UnuM_BzPN}00tg_000IagfB*srAb<b@2q1s}
z0tghK0C~{@eCcc%0YgBFix$-uxy*vP>?Q$Jco9GV0R#|0009ILKmY**@=YKqFZzG|
zzHxN>?afI^LOoU3*O17Irlu<;tEqRkY_I)Pn<^!`{&O9wPj_u%<kZvK4LA9lh<e0S
z%9g6fjg?<}ZBSjYYi#*aXF$uW>Te`<NBUjMws-YKW&PoRZM4;tu2h?S=X*Vt>rA~U
z>B`ssxJ^AMjls6`#bebt;{(y6KTQgYw%ndjcQa_1c9cP0^v>2{eLGSYH-lyH2m%No
zfB*srAb<b@2q1s}0tg_000IagP?!SbMGN!2vugxIpna^}WeU`Nx9#`0V~YR+2q1s}
z0tg_000IagkZ%I1c~L3UsfX@NZHK(5@4bMjv)xBYY#L`!?EikR>Qi(4VQEt#vdfEh
z*M(GnX_)e&GJ<~Bp}pxZIxM4@`IZ-Lyk?ugG^H!mW~+}S7}I{)%J(Oo-u~Y9;k1t!
z9VP~&>;5b$EZTV8cBwAMH0@}rc~L2Cst}BZ4Cr!dx*>o70tg_000IagfB*srAb<b@
z2q1s}0tk>7<vV~t!3vyjKkq&W>ayqjlKFv1=Eu?%?7Lv&2q1s}0tg_000IagfPkk0
zro8Cc7yZi~eR!Jup?~b{s0dCTA8%9SQcqW2STdkafnWZS#Ch}=UmcKYq9t!lo-eP*
z`5G>d%f7CzPLu<c?5NtQU0zg*XX=CKc~O1kd%xX%;2#o6)VsTeZxjuweHkO1c)njv
zryBZ>jDn@=mR-Zs`l4H(=(NK(r7IQ7NcR*@V3z~s)q~R5{j95koPpu!8~<NYShV5N
z<lCI)k7-9!%8S;XG)IMx{J3wL>)~+(5I_I{1Q0*~0R#|0009ILKmY**5I~@y1jvgP
z)az!m2<QTv?`?LO0-aK~`$PBjS!g4G00IagfB*srAb<b@2+X*EDKBcI2UmQ|Co#yh
zYtz$}#)GRLZ|kZKuKGkG8hUZ*fH985|5kr8aed<#I^?>kB&o_eTINL`T$#|rjndZh
zqUx5^%#@M!wHe7zSwPWel2VR(tyE)?sZSZ#9scQQUQ{+!abR*gsXwN4rLp~e&$&H}
zUJYnEQ{Jfis_v#X0wdA&pX*TC(x^K#g^H%B1F9>g9l6Sj#^OEqLVNzUTVIc~H+;S$
zG+~o+R`bz7009ILKmY**5I_I{1Q0*~0R#|0009IL&;-bfY8W&TC@g_j%3qmM5Y%Po
z8{Ibw%aPq8fB*srAb<b@2q1s}0(mcBnHQDho|}d1=}IH8H_#fE2QBlWa{a-TaXr^3
z#VsY&r(fCm)h^?h_|&{;{rRM4ji*xcqQ!5H7%SJ;rYePw_D1wFr|*2%oUXKd%9+CJ
zyr}F{tzTb>DP3uR^wfv+K5p7lXH|a%@=_e03XaA${Y6q(wB~qr!lE*%X-AfMQHit4
z8U}n}VZX9!&=htxHX;|t9CzWcL2e;{00IagfB*srAb<b@2q1s}0tg_000IRoKwh+9
zUp*TyaDiwn>N5X1)oy3n&J?&U+eZKa1Q0*~0R#|0009K@O&~QddhDle5AxR2l@isv
z`Noj3JG;E7g#DxdsY)j{UY(HsmzNKyE7FkKm5tXX-rYW;E}r<;{<r_`;W6|QRy^|0
zed?AeFS_|JJJjjz`r7ooW!c+_k!76Go}|;;?VfUYYu@EWPtWgP_GqiI+5O+|?XC$L
zVOn97EakbEliZ}+(f{rC#p&C*wQ)#!O2gkYnfSH)G3iNvS)oL5-Tyk|QB8SK)5wZK
zUu|mpzz=$ZV^kKkdx2a>009ILKmY**5I_I{1Q0*~0R#|0009JS1;~rq(r^QTIV}*1
zhNc<>b=m)f@5G#zV{-@~fB*srAb<b@2q1vK>=Q`Mi~3uf5`+2<^>n2q_vEB<<E~v^
zRPIU!Qf2&#cMr>zz;JZs#}nt&tGlTU2_+77M9wevt6QeLXv3v(wLE=odR|l_mn%M&
zn9ful)9xuXY-+>1yr?X@;^3&-taIayKkqQoq^T=(zEXW`Odq+k(y6p;YF<=-)=k@e
zUewKKdLKE1zWL^40+}BK5I_I{1Q0*~0R#|0009ILKmY**5I_Kd3<SuFW`M>c2+RS2
zSUfhbc%I7$=#;vhZ9h8)eAog42q1s}0tg_000IagFqZ^Oc~PnVsY-OF-KL(d-2H5q
z>hF*jEq^BwfIPRzZ#-fuEUAY8Ra?TMQead1JLE<6z@)x5JufOF=(nV9r&_k@mgy<I
zo8I;`FDet6>aQvgQ=_+G$|unqyQn`ut`F7vUO?ZSshx*;Q3)H%3+=25y8qsqHpNE-
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{5g;$h*8qWn6<AuabV@-`m!0qQ+$mU6HjV%S
z2q1s}0tg_000Ic)r+_Ih>i#f#*^VB(ys~OgZO|bv`ryihN+-(6^6HTRUs&oxs#~VU
z_NO}K1a_mdU0!s@(}}>UX>F$D=lu(bgyfn(Y*TA+eoF7Ax4q7b%3M+cRIiC@!ZAK7
zAAN0Z+NQjyFOT!0s~+>M|6Iq;uXf3|^yV8w4VT9U+rqJjMQz>el|Bd{fB*srAb<b@
z2q1s}0tg_000IagfB*uv0^~()X}E#FTo>4Je}~Hm=#;uOjWo@5IrfJD0tg_000Iag
zfB*sr%rXH}Ui8+6A@>{5^P&|8M%_HvawnkTjt72_RNGVPLrS61i?0qyI#jBOs%~<G
zy<O=@eF2gqb+Z8J)At~x2A4)O9CP_#cDvo(HLNeg7+l|x9&?q_sdcBvj{LY!0+Y)g
zZIv>x+rQGKKb~=3bV}#ZXIFsH5I_I{1Q0*~0R#|0009ILKmY**5I_I{1oB6KylDQs
z3s!<ajs>oEU7b=8)J^9XN?!;^!#Umv(;<KW0tg_000IagfB*srI18Baq7?^S#XgNO
zlfsS1$DAiJ?q*z#({gZq0mZwAE&HTi9QQ}{q~(}@W-3%pDKDD33(3~%yT~{%dTZm5
zK90YM|K*;F%@qU?KmY**5I_I{1Q0*~0R#|0009ILKw$0*kQbf%@0cATU?b2U=ywwV
zol>8Djr(k7<1zvWAb<b@2q1s}0tg_0z>Eo)@}f2FVxPux^|+>94AWsV-sMHBj=D{{
z2FGH0LNeo|rNcJe+{%-@=!xh1b&c_XnMu#O5u*<R2q1s}0tg_000IagfB*srAb<b@
z2q1ufcLL-^y|ZOx1oB^C+x=}*ii4)@+&J8r|GQ>|2q1s}0tg_000IagfIy)MnDe41
zT$Kqml=3PsD(9-Ze0QPo<h*ES#N~t8?UpBb(V{<X*Ylz=;-cAo&5VWs0tg_000Iag
zfB*srAb<b@2q1s}0tn0!0rH}=<VCSe1UwOF9%)V+0d?PD)4ffxc+8W9GAIHFAb<b@
z2q1s}0tg_0z%&HrOkQ*f=g|*v9{s~_%(y>^;>~Y#Pvfh^qX-~?00IagfB*srAb<b@
z2q1s}0tg_000OgEfV}7|et9e%fouruZ`$uZ5$e!$e#!jK@y=|lh%pdA009ILKmY**
z5I_I{1hOnJXY!)w7Z13k>2D0_6*VKFnfdFD`A}c9;=rg*;XZTglA3M^Ab<b@2q1s}
z0tg_000IagfB*srAb<b@vqgZs=xljYtP=r`1STRAE2>sF1VLTiy54==qZKkN0tg_0
z00IagfB*srAb`L$1?Eg%bk{RoE-4x=jjNF4>c`t$K9%)uGoBZXM&hr3I_WU_p^iw_
zx5<DAAb<b@2q1s}0tg_000IagfB*srAb<b@vqFHp=&X26ED`}v1$qO$uav*yG8byu
z?MTZJPNMhp9Wgip2q1s}0tg_000IagFdcz8lNXf;XgJ`iQt0XV{VFf|&i8tzqc@#r
zbC4HpzB!?GI-SPaPt91Wb~?g5ivR)$Ab<b@2q1s}0tg_000IagfB*srAmCnryr_FC
zdLl4~1$riWmQ^mZ%z~!9c+z*0u;?8AZm=~35I_I{1Q0*~0R#}30|Ij?FWPu*BJCTI
z)8|)y+^52m)yKxtKH^aa@}eHWGAsfJAb<b@2q1s}0tg_000IagfB*srAb>yy0^~(A
zK;sbv=A^(_cx-pW?zHJpy~CoiMP>bEb5es%A%Fk^2q1s}0tg_000MJKU@qlFw?5Gs
zPgh~I^6;n%i%Mgpd&W*+Coeje{ykzZ2q1s}0tg_000IagfB*srAb<b@2q1vKY!@Ie
zI@{kM>qj7q0#YWlcChyKn%DJEsAYRW$pSfpek3%K#n~AO0R#|0009ILKmY**5J12q
zfw`0ymHcPLfl&vj@qwsbTy)=aGj<rgEYdPB>acjzt@g5@9(*0{vIxF%9=!>Tj|d=u
z00IagfB*srAb<b@2q1s}0tg_000MRb<VEddxQ;-<3P@_SX{1TwpsTA^o5G?mmcF>{
z{<fRlH%G%xe>PXJbZi^}1Q0*~0R#|0009IL$WMVemKT)>Wz7leBj!i@BI`ffu4gQJ
z>O(X5QgV<NjYZ?Z(b#}5-1=_d%BsPlKTX=cK_M5%{LvY7U}^*qKmY**5I_I{1Q0*~
z0R#|0009ILKmdV!5Fjs_4{w1r%nE_SEr+G3rtw?hugKz>y&HM@iws7CJrg~?QD4Vc
z$6#<!qNLLwlMxU=009ILKmY**5I_I{1ad4eXY!(_=l3srwAIK!?*D#ocTF%HnEW5A
zl9`m+n|HPjFaM}d4~riC-+j5E4va))>eOF-G15-$AXm!w+y0eIQ+-j{yFP-VFwJ86
zc;E-U!7={ld~Uu7%z^*{2q1s}0tg_000IagfB*srAb<b@2;{W@dC|OnJq5Nni6%A<
zH(u_%ysKf?n(8%+$`(mDb8-3N^>ynHwH&(9eWPWxB@~^psvrlO52|9D<^J+4z8vpH
z&f+2&N(smpwRfVoZm{lp_jSqoZoj{Mb@gibqP|f2g4ADKS+(-52XD#OxP7cWDt}<f
z4+01vfB*srAb<b@2q2IL0&^xWDrH404vw1gkaiz8e7?g-ljh(JNM6)#8ELPVy**;L
zLQ`He?NFu;A|R*L+YQcj1Q0*~0R#|0009ILKmY**5I_I{1Q0*~fkG1?FIs4CJU{o_
zHrBSgVYf<SIya=J^v`{vOYc&h-i@4}uX|Rns&%y0`TMEgl?3Uno?GEq*v*z@WL3b{
zvLOlT6;&%X)NR<`wEs%ym3xEt27&{*{};i{Ug(1W0tg_000IagfB*vdCNP)sqGEe_
z`G6@Hnfh_l7ds|~a`%_`@+vR7^5ec!Kkx6X3UWwDzWtlXdJsSW0R#|0009ILKmY**
z5I_I{1Q0*~fteK`FFLdS%svtt*;2nnkJ!0vOBKfl!w+%^=v}JQyODG0Qy_CqDKBb#
znO`Y?rDviitxpCc%lHdR7fSWr8A(v5-4PuSKmY**5I_I{1Q0+Ve+1@OUQ}SKkBzPP
zSklq+dSq0Nt<PCyQR6MoR9<w|W4`sD>)83#u46y#yZOdY!{zb8wlIfX<j=o)tONlB
z5I_I{1Q0*~0R#|0009ILKmY**5XdV5@}hb5Itpzu_lNG!FPZN$AZpo7>MQ09&AU{m
zcO&Nvr*J09EY&%$cwS$i&siz6k=4H!D=JsWzfjIoa2Ejt5I_I{1Q0*~0R#$GK+lUl
z^2j5z%Rx$Isw}9SN3RwyiO{;!V@H16CxOXjkG8IUylv0lcE7uAc%(a``p`fC0R#|0
z009ILKmY**5I_I{1Q0*~0R#|000AXHUQ|)g$gx0iU$Kh1sm7|RRd;&sbd7gSL?)uK
zsGPMezoBSIa-lVYHE%b*Ex9|@SsLU;bNtqr&Nu2?U$_2r+v&3YGD&z21_$N48i_@W
z@2Y%h<)idD+;Uj|qDot;jE1952h&e8FKSG;vtef-65ur<fB*srAb<b@2q1s}0w#eu
znHM$fk&g%<fB*srAb<b@2q1s}0tg_000IagfB*srAmA)OUewu#yB-PD57nE}bdnU6
zGquxBC)v@vy>}OtEixV_FPc`24l^Y%6dID6pZfP)vd|8TG37-iiE8RBkyIm(+B?xJ
zr9@BqPA)EAtdDQBmsBhn35}SZ<s$+JAb<b@2q1s}0tghi0C~{@{{pam1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R%*VyeMCT+zUvUZ9&NbJ?FN+X}<*F+^<CHG@kOEk`c&@
zx<{jD?giwlKEGtX`l?I3(_sy!yr{%Y9XcDgBta@EYpHjtrZ5`IDwhSL!L*Ol0RaRM
zKmY**5I_I{1PVuhylCOPYj%nN0tg_000IagfB*srAb<b@2q1s}0tg_0fSmw&Q9Bu~
zdnd4^ev2M&JJ@_sVs9Bt*F4hfCR3Ne$d-@DI@Pkv{pFT@GP~&A$eFE&r?Mz;w*9R7
z+DJoAtG63GgS@CQl>F;c+*hp6BJDj7_Sj9tbp#MV009ILKmY**5GX(a@}dR!(%CWs
z2q1s}0tg_000IagfB*srAb<b@2q1s}0ww|Sq9zbNdM)4^_36R3l~pUJR9SRN%aa_P
zoZKx@x<f68Hr8!?x$NZ^N?(u~kK5|Eoo_$iFw_u^h20Nmm+F*3Y6ffGX?jQYVvN7F
ze(TNdo9@p9_iki;ciGj@N0xTic-MuF3mflke5vfEg{2GER<AwUdbDx4F)J^3G(1|~
zUoJ|o)x5T-Y>^;K{mi|MdvA2#@CW>+mE_yUmXQ|y3*R%*W4FSL^P<Lp4~8G;6G>a9
zwwsIV2q1s}0tg_000IagP-p_=MGNhXvtI-dKmY**5I_I{1Q0*~0R#|0009ILKmY**
zQU%D1rkZfYQ-RI*HtVUj_OW&^rju0OnYJ^ME!5{qZOd8VS30k_%rsi2I;#e%Bp#VM
zvT@~D>oGTxRPRPMY`xG>Z%s<Prk;ncKwhnQRSrxyI!mB*LCFH+_ipc9HG)G!2A4XS
zYBbA+WK%oGI~@j@*;{>qK7HBU6Ww;}nPy&8hP~W*S)Z$@rpRtCt|Nc|0tg_000Iag
zfIy)MkQXhqH_m<$KmY**5I_I{1Q0*~0R#|0009ILKmY**5J(juFPdt?74HP3P^6w`
zTUWczi@8h*J$**Ywge6xP6<~lOigv3?>KKcpnlQK;NFcai}y&wV3BIElK<5AYuPUM
zmrH-C>8kF&*ZZD=wQH32m#Y408xjwe0;+aH&ER#3%j%1le+BFoGyS}%B%h^xu0GvB
zaKLUlt|Nc|0tg_000IagfIvYBkQX&xck|7Or5|pc{_omPJ^ZVY1@$drvj`x700Iag
zfB*srAb<b@2q1s}0tg_000OgJfV}8ze}l7Y{bl`SdYDa$b9%A<sU{?4Nvo<>MPd=>
z#h6l^azeVk7l*c-Qy-2x9enTI$g(4kG-PBcmFci+(=ADsPAM;XvE!m?gtQ+IwH$JO
zgEMmXde?Qeaw&N05Ne%%UQ{+Hg<I8h(zxDzeMWZ8qzE8@00IagfB*srAdqhY<VB4)
zGH3Flv1mLT$j84mnQz~G)`I{72q1s}0tg_000IagfB*srAb<b@2q2&fkQdc8XnQTN
zw{fo?W^<^uIGvTKgrw9jz1?$Lj=YzNBn~Q3J^2kqL%o6CYhBk&=g3QeO6N)SROivw
zqjHwLv6n6NTO{chj0R<JnZ+OUOV)8-@jQK}`<wPV4DQ{?GO0%zl7KapvXrCerH<%G
zXvA<1L;}qt&71FSHXNk$+f8pP6X*J(GLGsg4T)LG`;vI7fh^<8?EQiMt6f)3)lF*$
zYaN_(e@hlDi&uM*FNVV!vXU1a3y-Pkq_LrHgTsv6LI42-5I_I{1Q0*~fx;0WFKWE&
zxsewQ3`aM9p+jn%c2ool=R3?!5kLR|1Q0*~0R#|0009ILKmY**5I_I{1g0-QUUd3~
zjNo42#nKm5nC<1Vm)$=&rJnwP|5C@L;n1-2QxY8A-LPA&M;haiafe6rRHu4M$~js-
zG87tGQn5sJlZM0{EqlsE??#rvJ<^Z>r@lK$0^1d6HC4Pco^r^GO5#*c+e(htZe-b=
zq*5iXt5zc6OnI$#&N;p=VbP8EHmbF~RQ8hd+Om=tl|4#uS4}DniPz?M<4lJD0tg_0
z00IagfB*t{C@`z@qFMBu8+p;%lVeLi+$z5pUKz+D4nrY;00IagfB*srAb<b@2q1s}
z0tg_000Icic>(gGbN&_Q&juwdr^nc~)o+{ewMApmqM9PLDk(<lu%y&fr*nVFJ?hmj
zx8L7xH@J5r+s$Zs-MxmqN_}gR*mMph3Y0=N8V-3;y$G#yK~7^Ak|teMwMva&;jggV
zUCu5FPR~TomCh?Kl)j)=CB<yzqVpQEl^2y_wrXB!NX1d-dAW-K0tg_000IagfB*u8
zAV6MpF1_WdBcn!M^z4iNxwJ3#f&c;tAb<b@2q1s}0tg_000IagfB*srAmFtCc~P&0
z8D9xV!B0KLcG7oJ-I~FMl>JnzT3@%`VI`(i=j!U!&LK$|N>Y((aB0|;JoRp5hwWJ2
za;YK5zU%vvVyc#-sfz-&qH=})h+SS(Lbj@#q(IXO8&mj3ed?*A+9EY?4jNShRT7;w
ze&?6WSIf{FQf1Wc)$1$FR$laS=Vg8N-axND3vC1tKmY**5I_I{1P~}p0rH}A>AjN|
zol9?%y&!-90tg_000IagfB*srAb<b@2q1s}0=X0*FPcm30-vjQqF0ZxITz>5rPbo{
z#cE*=Cx)9+osyYMyU1`ftk>Zz?=QD}#JiC#r*ppOMnf+Fy63?j=K+no)dSTESsHeE
zQ9WVnzEY^fO7*N}I2LxZq^$I*^jGTpGPU1&@K)z|r_0o9w(_E7{bl+x+Q!<lvQq{@
z009ILKmY**5I_KdSuH?bbXLDU)8fgCnn3u700IagfB*srAb<b@2q1s}0tg_000Iag
z;8K9Rs7oliO<$m6yhD$%755cSf6T0mpr;=Pf&+GAno^w($x?j;{i$6IyYySCt@jb4
zERL+EaNkI)A?e3?#q-pwtQ)LzGx$VgLOmi4yS%8Bcvaop)Z|oC>kkeF2i0}28_s!A
zNwFSoIh^(+dSj8<%8S+v)F?w~G>tTQjllQ_Ab<b@2q1s}0tg_G{{rMi^Zy;WUm<x>
z_g3^o009ILKmY**5I_I{1Q0*~0R#|0009IL&;`hg>Ke2?73dht)4b?O-$|9PlgyqS
zf}ZMJSG&%xo9TMZU?RNtQrSzUyT(WFMz);J`C?j)KqR2Jq#-BBI}fPtF0ELq9<<Dh
zN)lCdkj4w8FDxuwD8JHBzv}RJQ$v4Hj;B|Xdfjl&i>g)0D~`k>&Wp)bUer{|mAt4k
zJ9iO4009ILKmY**5GW7<@}l|wqEFB7-|+d4%EO~+mpY}qXj@5O`~T>C>u<Y*W3jX&
z(*Xel5I_I{1Q0*~0R#|0009ILKmY**5I|sV3y>F`+wV88b|+O9ReVkwxjBzs!i|l?
zjpy3Wz1i^Q>gv^t$`+Y&hWdH&vMR~i*`evF&f~4e?Yfz+n|5s(8uV^t(_*rs(I4p7
z-=pP@O!FEacQ@=-4_f9$$HU{Q!*m)Ch96iiAO{ztv8Ys1l_TKKw4IUSqWUh1YKy|L
zu)`X%l^5kadIw}~A%Fk^2q1s}0tg^buma>o^ZeD1^+%R|xYhVA+n44qX1dRd`icXq
z|Etd!w&C)4o+Ge41Q0*~0R#|0009ILKmY**5I_I{1Q0*~0j~wfi+U~0_)1_XG^EGp
zPPLs<x4dY`$@1?sy`#_Qrd{4&Znqdc)p@h~rd>DF^|A1nKJRGQqE3i+Bdf(^QA5Iz
zYDW@@R8ypF=#@(?^P=4o-D>3NG+rrxMdF(Npg--BJnbOq+`Wx^^^M3E(qYDI<wY-d
zUe+h=4fHxp$}I#CKmY**5I_I{1P~|?0rH~x|DyMQzt?4C)MZ{&4~wq<Tt{e}`l9*&
zEntNRAb<b@2q1s}0tg_000IagfB*srAb^0k0^~)#^<{KTAQ%nmF}CgZw`(`E+<dq9
zU41V1?b7~IyQS!<PKR!$$4$GI(5$J0eDrQ)W3KFKG><eZPpQ|Mx*fYKQsq@WXqgw4
zbL3Tr={F?Hdbs7V<aO=VlY{HAcx=yuJ^Egx-mKlc*~*LVZ`!ZVII{wFo8>wJ2q1s}
z0tg_000Ic)Sb)4}j=?jSPV$_4zuoO7GFo+b)aZ6<UccQ$rm*N>o6~_8c7t#o0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0V2%lp7oB4-G|#uQuymnHvMnxO?9png2CCF7Q*Af|
zLG@Ip9Qo~X@us}!U~n+?LGMPExw5XIr#csuEJ)ps-IcWUMO#K%^!FuayX!-VWCjIe
zrPgS}aDzThj@wdYbYAg1wJ$-iTR^t*qOVrGs-}~MWLE8F<T?TfAb<b@2q1s}0tgh2
z0C~|_@vdD)Mz5|OH1eXmpY68X7hzFL7A_)y00IagfB*srAb<b@2q1s}0tg_000Ib*
z7v(#UO94}@MK3BJPDCd3c%J0t*4M4S+k3Zjyi=wNN5c}IGbQNs9HYy;=xjNU-U|&m
z-&~I)Mq&|{U!mO%yVZl1^+nsq+EoW>NYYY`JQ^N-qxKE`uKTtW8ZGH7QA6dvp%?sg
zh)HK9FDhShU1sCGjk(`1Ga`Th0tg_000IagfIuD!kQdFvmtwgjH<8gZFZ3IE(XCH(
zrVc__G}VMF2q1s}0tg_000IagfB*srAb<b@2q1s}0)_y2QN9Ve6p+}S9%ic<tjYT9
z*SfB$DI_@hVE94WDUP%pQIELHi=ObENIR_2LCzmngG<9QU8&a>&F;uvXh;TC-;pFa
zT~aKoT&5nh%!^9#Rn<Wn67e-gmf+~R+I9M^skY^tP~op|xz4P2EAA`S7i{?*kV&(W
z7roneSD(v$usQ3yW<UfGKmY**5I_I{1Q5t80rH}G^*WpvV~UL4-Z*6H?~oU5ygt6_
zF`tnpUH`cbj-fZv@eu(85I_I{1Q0*~0R#|0009ILKmY**5GZf~@}dR)1<3LCM?xcd
zm~BJdhO94OZS`6;#hsozZpN1yjOr1Wc~PlZ>Sko=Q#)9z247UR$nq&YFPhzvz0i>A
ztZGNns2{4g+?45}WIpw$Ec2qFXehOhOt-IbpME{F_6wyibd7hJR+XENH3K#Jnq`}o
z^G-i68jVF?DSt(uOCq?Ib8!&?1Q0*~0R#|0009IFO@O@U?0Vy-$msE(_UY@l%Zrx0
zHL~mvS_zBlR<sd7009ILKmY**5I_I{1Q0*~0R#|0009Ja0rH}{2JIXONJdo8v#A=A
zS(#e$a{AzI&bya5;)0R|>M56bQRy#7+q+rwp_W5x@E!MeSU#fXMYA}vcN%*h>`|MN
zFsJ3FOc(XstUPO(7nMhrS1wm0uc=-mS1SFL>dG`5MKwiYVp>=ZK1yy`U%7YnMfGyB
zGNTk_&B5-N0s#aNKmY**5I_I{1ZIT*dC^(%n)F3VWOU14br|7K`KKNkwakl7hDAU8
zFf6+IlWkNM)iG%!fB*srAb<b@2q1s}0tg_000IagfB*sr7y{%)`6lF8pn0TO&(28!
z%q&LuOhqi+jNCTXrmx3+UerxpO-TkySxYs3S$~<Owka=~t&zRcs2ZqJo05i<jkVmD
zx+tOCRaL9>N9^*V7dtNM-6T$|pJK1y%B+32_pVx1&KkQLcB|DcsaRq+?=<U+n*Pm_
z8D&7bxwwu10tg_000IagfB*u8CO}?vHoo!kf#}*#Jv>}qkBp|~MfI@gvXA)MO9QiU
zzpNPn1Q0*~0R#|0009ILKmY**5I_I{1Q0;LYXS12UJEn6NkF25`uXpYYCG0?%+$x_
zM~Qk4hlcge!Dvtg^Q0jk^}DHUS&W?ju0P^FFDgk_c|3JY{Ypt+i9Wb#wW_BnFPg29
zz0;79=a<Y^Ta&t}&J@Lc#j3N>u*-}31Ae`yUT##so^g9+)k^23s+W?j#%Op{U#+}r
zyOF1p7p?GD=(9+BZ{uFOiMWmc0tg_000IagfB*soC_r9xmcI0{ev8PcDKBaYi~8;o
z7M-PUn`I+_00IagfB*srAb<b@2q1s}0tg_000N#1kQeowm<dt@hC)O0is$L^wxg{_
z-P8hABT3!PbM5D3gn{6Ix+o2a0_um$%NgkU-PHE&p4<8|r0qU0DxL54ITfoM3y<l=
zMYq;(O<jO-#grG#*2tb}T<*NA(;a9&VD|>g{pEU3qivTL6_D-sx2N{c;+3Y6Cc77r
z_3L7?v2LTjc!$|D$cxG=mJ+O+?`_tnkoJno6`^P->)T;K1Q0*~0R#|0009ILn7snz
zMQ883OO1@`c~Qcmv-i!ias&`S009ILKmY**5I_I{1Q0*~0R#|0Aol{~MRRY?j3Q7y
zP;E-My;k#@B;V5FNK&-CzkG4|V&idBUQ`~}&;DLiw#e?NbP3vB>AYfEgM6G)UR3%^
z7}9dhGOy_%^{(+Q%bs#EH7}a2k-gK9IO0oXFX@1iQLGuP84r((t!zp<NCDWL4LglK
zFPFV66)#nPhrFo7iB&f*8mHP$*}aIg*JVfV_P#57OxsgB$alb$<Xm07+Q6}V+)Z9o
z9uGtUQiZi~xbbZJ*;gxGO(l|xQq<IP3N9jm00IagfB*srAb>!@3Xm6_)vw+Z8Qt_3
z?Q%T5{1$ztecAgBY0EM6R2H4pZ<)m-fB*srAb<b@2q1s}0tg_000IagfB*tH5Fjs_
z17xPK6u8-aGd1c~R8u5pm-hyG<-~K9tdoqWWC-sM-9OTDL@ysIkEiBEB}b<ZD-}Lv
zA~^`&sD3G9N|dhBUn$8wqubJorFxFhWnT19%OO=Fbyvf#j<Jq#G%VYc@nxykx~`el
zxvz1bC4zBL&x>YvWbZU&<?UnbI<<4Vd8GM#`+3#JAulQ;r=G5^9-Mw-L)`|4cj0_X
zd2YJ5NrI#D-sS5Qj!nLL<44-^WxF?cPybS>HTO>Re$dh4|C;im^GoK-w@CfUM>UQ^
zLlVOB?~cXjTtWZ=1Q0*~0R#|00D;05ATK)G-@hp`YUD-LKM9M@_V>&B5kLR|1Q0*~
z0R#|0009ILKmY**5I_Kd+z5~t&5bj&SPIk()Tq>@Lj=y@R%%{U5}T6cb9lsbOCo%y
ze5ce!mw8bsD=N8G^^|iX?cv~hUNpNSd#7Q%P{~ia$uWwR^p|>=3d+IR82NhFb=5h$
z4JnIi`E7J_QRPKbmz4IKEP-d|DNK3M)G3^=$k(i4xWRb}?jnEy0tg_000IagfIz_t
zkQdFjS09bUd+S3zHor|b1NY94n|><}kFNTJPh~_CjgR<lZWuCkmX8gWCwlJLP7xfP
zJRF1{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~fr1hsFIrHqI}bN2)i~GJt#=N>S>9b<
zxx9X;Uh<Hsn;MUdTb|Qx8b<<tQuI<D&nz!051wv2Z5lK6<EpAvvYymM>Q_v8(JYQE
zLwTg3)-RFWqS~U=jT=|w82YA>CZn^IhgIF`2J6%ab`8rCooa;XG^Ap!-K5Uf9rB_M
z>ya9^-4or;Bg@^)@}g2fSH3@OV{MlIE~K554hSHC00IagfB*srAW$Fz<VEx9MF+=X
z>p%POO!-9Y^MjM+b8}_&Cw<*DoKKNg-wPIl00IagfB*srAb<b@2q1s}0tg_000Ibj
zE<j$?b7CfNAs|V)?f17kB<}QEI~#WTMt#odI60F0?WVW&r%Y`*_+Hf}%{VVAJ1gri
zGaWszPb7!S8|TzJ8>Hq%vo*3YuNNBnj^tf*jCY)CKPS=O7fWB1ileKmSIed((5oji
zH`Z-bIGy92`UsZolfILxe|8%gpV%%tm1O1#-wD~Kn<Xu)Tvjt!6OBbJH)y(;HZQuc
zbfLtg->7{<zT1~NE=lIrAM`u_i(s09j|d=u00IagfB*srAW*OZ<VEx9)pu0~a}x@6
zo~7iik-TDIF$f@l00IagfB*srAb<b@2q1s}0tg_000LeMkQen@nDN~U1R{Zkp@s_`
z7bH8nvTCK|Fr@_OqOwKnYS&5lP!1?>8EpwgL+%HZMCi4yYciTtxs;(6moJv1>Lq9=
z#U8VmvXdoM`YWXvreyhy1#iB$Syn5hQ{6AsvS)Tj&W(oUM&zPoCiP(LNGScENuBRF
z?<SKu)jsl$rvLV3gx)}JNneQ+O_eW|e6?g)*`SmX-En`1B#<lo6>j!u$HjF75I_I{
z1Q0*~0R#|0AiDzOMYHQU-O*z48|#L4Kig&byY-2VwV(1y{m<0jmH(x6SxOnw6(4O)
z?I~B*Jnq}{#SY6U<l>oy{=l%Szuq|A&GI|~2q1s}0tg_000IagfB*srAb<b@2q1t!
z-UyHv&6`)jLJ*kC0#Z;^1v@2I=_avxx9_fcB#RA+_0DBz_J#lg2q1s}0tg_000IbD
z36K}HQkiAfq#S5!Sk$N>di<w-vurag7XbtiKmY**5I_I{1Q0*~0R#|0009ILKwu^W
z$cxT|I&&gWZ~{{0Rb@V<7OR{6%gOKRkt{ZLH|%yZJADv9009ILKmY**5I_Kdxg<bd
zbhf`uJuJHH4_b|w=(0y2Hsm9b(b@irSw8{@Ab<b@2q1s}0tg_000IagfB*srAdmwA
z@}fCFW(oufT%c~SP7i$657oN?kt6J1Dtk$PFe~jF-8bCKP9FpiKmY**5I_I{1Q0-A
zE(wqqoz-tMDJ=RC-@zaD7<tjn|GiUAt~c65MrZXaX7LChfB*srAb<b@2q1s}0tg_0
z00IagfIw~p$cyI2nOP8+djkD|{+r!5Cn6ILTa$C=OZrOmoaf^5#S#Q{ctpQ-u=$|=
z?DX67isuc5hV&_DBY*$`2q1s}0tg_000M;|KwfnAzGYKb)OR;<=7oMEBf9m8&awU|
zk<r=va#=Y72q1s}0tg_000IagfB*srAb<b@2q2JS0rH|b24^}1=8QnkM2`{Rl=J0l
z2Wtm|gW+gc0;00Pa4akz%lgaKR<AXMJf+sCdx7?`cGKh2{J7`A9{01;69EJeKmY**
z5I_I{1Q3`r0^~(!>8nf)i^@jyyr_I6GCE6NF3Uy$0R#|0009ILKmY**5I_I{1Q0*~
z0R(a{KwdQW=FEt|+z?QCQTG{6sTVrcy}#M;ru*@odrEQ9j`5DEE`a_BAb<b@2q1s}
z0tg_0z#I@DFFG4vV%_PnWgl)eN{KG}h)*hu8oMy%MdhL?GJ0;2e>U!yH6wrk0tg_0
z00IagfB*srAb<b@2q1s}0tk35Kwi{qVa7*bt_n;wFM7Q7xKVv{N+ABA|HaZ5or9pB
z-hH|3<tZ(g&IllY00IagfB*srAb>y~3Xm7g!<XW`Bwul0<$tjVi^@}}c~QA&ij0=+
z8*v_=y9gkF00IagfB*srAb<b@2q1s}0tg_000IRlKwh)}UpiYxAS(hA{%js;-d4XY
zZCrCz)hg+k@ucPb<!Ptzt^;||j9(lNB7gt_2q1s}0tg_0K>i4j7tNn{;btWg7G3>c
zeMV)`m5;Tl%A&@zmU&URHRg}5`?GfADfuUnQ8(1|K>z^+5I_I{1Q0*~0R#|0009IL
zKmY**3QB;yXhFShHj9840%PH^>Vax0AG)P}%i{9Ia_sxU(uI-{-PgG9R?n^8KyL<R
zMNR9x+<Do%M5yz~<V8*If{zFwfB*srAb<b@2p}*U1;~reqPM1pMc03>W3Vl3TD)Ce
zRJw)6V|%~dO=Q$0#zzDYKmY**5I_I{1Q0*~0R#|0009ILKmY+lfV?Q*1OyP66#_TA
zZ%Pu?Ios*QUGk!{;_Ja85kLR|1Q0*~0R#|0z*&I2sIyQ0+)W!6m8Cl5MddD$(foOv
ztONlB5I_I{1Q0*~0R#|0009ILKmY**5Xd(H@}l|nMpzF52-pcU4mU2ZT<$&;D*4i*
ztw%%Akllb>M*sl?5I_I{1Q0*~0R##}fV}9ec+qacqOy^@JBN)5qWk~8$8ujpMlD&m
zhyVfzAb<b@2q1s}0tg_000IagfB*srAV6M}?*IY_%pw5^e_rXl@=EzDX;Y&+@9%6I
zYnw$|W2p!rfB*srAb<b@2q1ufcLL-^y|c~M$S%X8GF{b?Q6n#U_C>$l>_kTGWVnt1
z0tg_000IagfB*srAb<b@2q1s}0tghc0C~|ue*5elfmtdLj)kiSst-0FTwT3-e#v~5
z9bH_$cx(OE%bl0|1O2mfYb+Z91Q0*~0R#|0009IL@IrvRs28eP95WJ%75z!Okpf-+
zxsJiMu*2YP@}ly%DKhGBavIZNI&L9=00IagfB*srAb<b@2q1s}0tg_000Ici83FR5
zbLLgD5d;pm99~ee!1%53S7Z^yyOF2A$Ve<Q79JZ84F@8D>5s+;2q1s}0tg_000Iag
zfWVv-ATOHduQf0nUHNgJ<VB6JXz9L@<sbDKzt@WfO^bJ#7nP^<$f(pWHI2hZ1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~fkG1?FIs4Coc&HmAQ%lc4mV2q%3Te+)>N-qRJKUM
znNrhoeck#)Er)J&-)I?akpt7GGsSeCm3o`1(q_58d^$s!p7m~I(?opCmVkU$eWSix
zJ+}@tACT|oOJy&~clDL>SGLq|IpsT5H&{o!He1w;g8%{uAb<b@2q1vKtPmhCn*XoK
zcQ<f*)6i&NM3!2zXT+#AD*wE;HuJow3>6N<O5Pf&IWZQG<-Y+dL;wK<5I_I{1Q0*~
z0R#|0009ILKmY**5b#!jyr{Rnj6PQc+Q!;;H|$nvOy`F5l>V`t|4EE@sZQ@ko-1FF
zeA&l9aNu^&Z3&1ve?^VEZ#TX@5*l&2^w!b;pS?SQwxYTdf8R?xwtsD1x=d#!ZI)?W
z+Pcg#Z8|P}2`~AZ7hC<et0gMhPVtX(oZ|E}zNjDyh#-gvhCzuU!2tvn6%cR$L{Nr%
zndj*a+<|*9cb>2Bmw)MYTc@T|wX05@bG|HBvQO0>KfCJObNBh(UHjDTwT=l1pB}wo
z^rS75X6>H!$^K8a9^5LON&YSfI2^JefB*srAb<b@2p~{w0?EgVN|>VBA=6;u)q&N;
zFn0#yMbpnU_kjbpD`fxrPTy`<lyurk*<Ox4r+o4SmD8`Tdhh?M`)qRK&QIDKE4ur7
zeJdsd0tg_000IagfB*srAb<b@2q1s}0tg^b$O6QR7V_*eHWLC8P$ye528q72<r%YK
z%+98rCb|%`j`*TF<EuI7*vJ<^pt`-<b`b`7xw2+ufV#hwc+nuW+42loJ4CkL%}Mxl
zkU^0L0R#|0009ILKmdW_5y(lrsM;aZVB)XW5-<8?@aNH|{|eu;ygl>s2pBJ#S<v^$
zGe0YvKd5g1hR($Q#y9;_K@Sl?009ILKmY**5I_I{1Q0*~0R#|0peO{07cGiuW{_b8
zwl{7cv}TYk1TL$Wvc+Q9#<MOLUsPv&HD^6Y3b+e|ix-vac~Qk8_gcR?6E0p<-7KTm
zkCwa1w-quVfB*srAb<b@2q1t!OajD<#snKvwMDYOXjfaG>;jq@<QZSQsA_A{`IWmr
zZI5aCs1^YP5I_I{1Q0*~0R#|0009ILKmY**5J;^6@uI1n8akG9fz=0At7tcscxJ;h
zvL9nrTUC2cdv9N_JZ@Y5>+0>2xX?`pH^~FOA6@;Z$}9=uMRPun#nS;>yy*B%<3FqU
ztfIA|wY$~2R(tw-4t5@t3s{~VuV1B-_6_EY7%yryH*LqXj-HO<nGr^c00IagfB*sr
zAb>!61c(<+&s;?BNx|$d`tBbOr~pnqkwCnt)!eMxYC2o`qR$95Ab<b@2q1s}0tg_0
z00IagfB*srAb<b@`658PXuix8{Y+S3TjMrcK%GR2%44;CyCJcot7=!Ncs$}oeZ|ON
zO2CR29lU1n!it4WT}>X<cK3F_w(B+h3YRNZVoE)V*y2Sc?$nl90;i=0iKDJ<ua)T2
z_siZNUOHTF!b*==H=?<#*;ba92q1s}0tg_000Iag5Vt_`@uC4oB+my|fr5)iB=>}l
zfZa=Hw!JGmEVLC<8q?XsAidi6`B$Tmv3xwbL0txt2oW#ZSlMH5wC~H_o-aF^dh2#~
z?^@O_SJ!j>9QHDu@INbB4rG+I*TriD5I_I{1Q0*~0R#|0009ILKmY**5I~?n1c(<c
zkcng%Mg=6EO@i+9P`6pTXL(1{+1i(Qym@8wqz2+eZ8E%!PoTD=c16t!x%PrIA>o}<
zwocJ6@+}9qcoek7i#B%oe<>+VNQm{sEfe)tBt2^VsLtL_kG43400IagfB*srAb<b@
z#s$(FFM8HD@uDA&BwjSo%*$W<eKxsq@skbh2fhC8FHl`M%GA}~H}2<OMQ^@!cWrZZ
zPsDi9rm6rjpM76SB<d?yRq1U>dg6H%U2W_#nxjjBW)VOD0R#|0009ILKmY**5I_I{
z1Q0+VSpnijll7*x{1A9?+lzXH+w48FCGssq*Y`B<2@+NpqGrb;(ofax()v=zJmC(;
zS97@jP|Apa>=CLi7)iXf_brcVL&S?(waLA+`oL<vAxY2JIm4qZP9cB*0tg_000Iag
zfPirU;zf;<QehN<d5_dtL7QX#y{x0Tx1}bLcu}jzeP6Dd-C_$Fm6+8i!=Wq!2q1s}
z0tg_000IagfB*srAb<b@2q2Iz0>q2v%S_SF#01J(%JkT_F&oBYwX<ke{ghBTd3d)(
z)6LmCXY!WG!%Budw)Qc3iuYf({bf<bq8*Jpy88m{6=^l<7S$=0Y&y7U=I)s?7OVcL
z+omqBULO3h;PKV0xXe<hYOO?7Th-#q#gn&A9$GSV$l4*}HjaB|-#fdSb{U!3mhP6)
zx>6x}Zqsw}RCf`U{WIlh@1ItGTHjG`>q**Pj^8w1UF}b=f7+vaq2ooZI(IhhR1H~)
zz0G?)n&T7#2q1s}0tg_000Ib@6(C+Tgr{udDbGxo=a|2IdDYl+%AfwXGWky)Zth)`
zlqy@@v1nNR)c*S=7*YzpI<WfF361rB1-+}y>TFME-}c3A@BZ<?l>b#JeR%HwE`R;T
zn$^>rT51Dq!kJY|p)!k)3fJ8FL7UW(XuRnE>GPh?+EpK{MERPIP@|y`0tg_000Iag
zfB*srAb<b@2q1s}0tg_GPXfe?=F@D^*F*$f*!qGV*jCY65l6E%?KKO^7f5)a-d1LM
z(3(M??EfTSSfgW9=Z1z25+Rvcvvp+dzPUj{Qsb*xY~!F%QzrYnW<C#HX*{*=DS2SJ
zm01Ex2d^1y{kN)im8!ubA(hKMnW{F&gv6%qZ`<!tNp4TQU-rJ<ZI8}Gj2D%fKi>bb
z-qwUo6Fi#Z6aok!fB*srAb<b@2$&TpfOt_WT+{mBmIHy}9wpRMmD)V7)s1xi;JVCg
zdzQC9*YB$brt5))2X=N@^*ENQ+154b{7OB)o|d4^&gMW*kYD?Hv+B~a2?w+4xkO+-
z^RqI&T|F&<tP)M?R$&6iyF2<Me%0#I>o?U{k8?>rUQ|Z<+2lrD=B3Nh`^$R*^Fk8{
zAb<b@2q1s}0tg_000IagfB*srAW$R%#ETZmL^I5Q0<u@69@6&w=H~+z%qrV~jstot
zzG;a$Z0~9JZ6Y(Ob5Z3YBbCQjb4(PLm24F&@t?i|rS+wfUp91AIlrj=!dH83-CC93
zHzBdXvVp2^oylkTpyC77d9m{7K=gP~344~kb5(PaXy|P4XpvJ0Ab<b@2q1s}0tg^r
zP@n+fMfK3WfbpV>hS#f7o8EJc7gf(jm&{hS6)$`%l2BD5i32;niWki+C4riHPRI1P
zpO**e{F)ifs`%1zuJNLoeOUV3K~>N#@#4k%<q_}(udb}BTJYFclQQazeXaFhbt5P7
zqP;y|s>oH#>R`Fg=CN6gl*|YqfB*srAb<b@2q1s}0tg_000IagfItcbh!;)aq|l`t
z3Y659=<#f_IcFT5$u>w*y7bJ3XL|a4wokD|b;?81^|5%Q<vI1;y<Xpm#8-1n6f$eo
z?bRMbww;p5(yZb|Kdk)FR)g=$IeX{CaV<rx^Tlm1s-8>QqqgYrqEfkR+^U+B#IovT
z9xZYT0R#|0009ILKmY**3<?l08a!T9b|Q6)w3Op+@uFp4eDjQTkK%Gl!ZqcY_1^!&
z#fxrw*Q@7xujD!Pvd^b?AL2M$QPQcpv2J#YY9c4`qSAWltQOTDNqq5Alj;%)1Q0*~
z0R#|0009ILKmY**5I_I{1Q0-=AO(mQEy!tQP@x50+x40r&nDZAhOWw^pbC<d{YzKW
ztdK|EOG6S4DqB#>e_g#@wH>uftCrfHBQJYYdekYW^r+5v_Pry|vbV+}aexx+*V!u%
zoRc<s>O1Qt-0{)XkLn|xwR@IF<?+=V6NQAo+P1QkN6*VXqRm~+7IH^V$DZarFKm6m
zLXgaF?0!Rmc<(PN^{AYZc%tM9nJfuUwS=X9X}zwaZb{V=+wP{D4{r8APX1JPU$;Jx
zk19X%=!21X(bn!(y~RmeCV8~TDFhHe009ILKmY**5HKh}ylB99(GMQ4mwhj-7{WP!
zsI6Sr`L`#?J4IINdwa@*@6{vV-~Ho({Tn(vTjaOHFC{Kib`xFm>fatNug4|s__)n`
zazn(6>OFt$`f7>H>}>s8A9}m{WZTS7Cp4;YSv`60p*rtA7(d(7**E@|6;|u7Tves3
z<|<yat-e>Em+4nm86PzjB7gt_2q1s}0tg_000IagfB*srAb<b@sS+SwG*#0<XL2s^
z_}a%+Jln96VKMcmzN21Z^P0MRwyluB(dj#;tNuu$t;g#dB|WNBm69DD9Y@jF)i`3^
z2$f9|67lGmQx3*gb4(Nxz^M;S!hqd&XSMBkX_fMb7nO)pJ=9i$c-?9iH;GEsH}I6m
zQkhdX<m8X9t6!%pd0YU}HzV<)QjY}g>W%*G%S-+tfB*srAb<b@2q1t!`~t*_28<WA
zq6bHxS+?)<4)1Bv<3+7fW6vqC+Sut>s;R1H?AhOhj849w(lMJl7$RO&#XZWNnW`Q=
zA$^$eKfemsv@)x`QuS={r56qR>Phs{x^zZwC|B{K(uWD>e#^vn>sP(oq!B;>0R#|0
z009ILKmY**5I_I{1Q0*~fxHtSUNrBfj1I>qAhCRUB->xM{UyG(0@mEy*E?a;1l23q
zjMSrGW>lwlehGclH^6*p`%7+>$5*pki<!rRQ^-8(<C2I?@1R6cQo>fkBVJVBfmXI@
z&FrV`h(wb<v*8(4zl3PoGUV!|C=D$csya4d^91jnn2HyboorR3l8_xoz1!t10tg_0
z00IagfB*sr7!e>|G^=<~*__jtJu_akVPCgLshyv+sgO=d$j+7?nM22muKsJYN3|`r
zJ^D_kGjFN!$ZYnM?76Cjzv>nH-_PbSUR3s3RUPx47qceRh5!NxAb<b@2q1s}0tg_0
z00IagfB*srBria`X!7Q?m|6kZ@KcXud%x`cG;~#VeN?@gxMiY8muyj;V>gcVj+2zC
zBrsA{E(y0SPvfiEV>p?o0#e9h-}OPsPO6zz=|@Cq^!m|y5x00ziLh1KBns4**J`D#
zrA(Fb4a?L!7GGL=K4a$$)hkKVb@)7p&{VwW$NN9l+pX=Wjc=ILi~s@%Ab<b@2q1s}
z0!n~*(ctl-b00jQ+&mJtc+us5_WRwl_e<G;RD~w)TGH-OdANAd7cQ#weTGBH8_lW@
zl8``6k8YSc)zj6dw(*?We}Cp4o;i#c{cLih4pP6{E9lo02=yR<00IagfB*srAb<b@
z2q1s}0tg_000OxZAYL?A^0b>mf!g+3J(A6PbIv6DKfH9f>X^p^&23Sg5;p1E$?o26
zeJjq=x>Cm?@zw0uoX5c+6#5pR5*6uDn>w|zVWSe3gj>9*9$p)Kr%(yb9JFSTs=vE0
z_uoCOs$He}BZ<Y8ixq`i!c@FyNnMHFba`vJTZ<e=009ILKmY**5I_I{g95~h29Fo5
z-y7(+He0-CN3+*{q1IH+AN0*umaC`R_t?~@J6yczj*r^(N*vSO9etzEEK?DZo8C?0
zp${KE)u38*<jrBc=*GFNs&A6mzutdqSw~n7B7gt_2q1s}0tg_000IagfB*srAb<b@
zc_Bc&XkJVcolHicvaM2&WLte;bu#VxwxS0>Hgq<)<+nw3dPJ7$HRz>Y+3|{gN~QHY
zLS(RJ)kMIAFNFkWKDzo*HIG{kZV6Izdr!M6A_=#6QQ6;BWpmq$)v-Cf;K9y=j(HM0
zxVL4m8igce%hTS>y<IYTV=7*BQ^O{`_1(?8Gn(Q60tg_000IagfB*srm=_>kG+?}_
zYys-KMW;1Adc5fLtE+;{S?SCc6`Hv4iF%JB;o?Ol7Sy9obxQB~tlMIL=tK49E;Z^;
zCphoIn!|X}ZHwAe_aw3Jiw*@v0s#aNKmY**5I_I{1Q0*~0R#|0009ILC_Dk;MGJ3E
z8Bu6~%GQ*|i@sm>z6!CEusyc{>QSA~Z+_k_o9+0fgWtsO4J{dJJ8Qj+uV%;QJP!I&
zbo6v6D@n)`<UMNBPmNqRQWbQJ7nMj<l|d4Zt$l3B+9C3vB-DShS*zoJdO>+Sz20uZ
z>FV}seY4XiOP_4(@!x+&I%z6i)V7r?@uCS|05pdH0tg_000IagP_zQXiw2Ar4frs6
zxsddz%TJyO^oM~vKWSH?iErQQ_0;<i@uDwZ9w=s2dcJ+}HxZK0{$KGv^r5%A@6Z2F
zg*EDl|4}I~9q+;P#EX^@FX}i$97F&C1Q0*~0R#|0009ILKmY**5I_KdLJ=Tdv`}V}
zaTpM&X|K`a`jUAby~H=}YTC81V&PwR{B`Wcu}_pdkr{BP_e#R;+=i-0b-ugrUAJtu
z<F--v^!3;>$jkU@*4r{dQP)wYb2$!2Z&anH@0hL%I>w8(b+@SuQ4%uUs?mfK^_}$+
z+NwG)7hCXMQccB+@;v&4C!OXHKmY**5I_I{1Q4(Uh!+hQFZ$Ue=M6A3FC;x)blsaR
znHe&V>|NQR;zi%Q!)s&D5b>gmhI?&Ts(0qV&TlsSl>WHIaOy=ur#~5UPz||eYnNL+
zIgA(OdGv0R!f^x;KmY**5I_I{1Q0*~0R#|0009ILC`bX~MGJCT8B{od#;!&cN+*eV
z<@3VT6R?y#S$^j3nR<&s(xr8!ZuRR?oy)72yJfQ-Z|!c?+imG~_>wEWnyt<lq$qDK
zSHqEwG;M?Rc&YDP>KHF7J9Da<qa<<_FM6=^pah7jp3Bat!tMcLJ7p?f^yB>>t3F7g
zw!`ZiQd=K*i2wo!Ab<b@2q1s}0-*(n7Y!IMx^A|^FU5}Rdc5eScUv9v*beUdJjQs@
z)zh17&AGj7tM64YoRVm*?{&)=@p$dFZvs;nkMQ~pG>7q`pG|JmHR^YFM;tZ95kLR|
z1Q0*~0R#|0009ILKmY**5I_KdGz$<fn&#P|ZwU)@_IB!#Y%gtpDZUPTUi-P;R`B%N
zy0vb-(xW;(ve}B;MlC_JwhZzzzM7?SvlM%p_b5yWkIWp4+Y#B~RTXrM7nSG8s|-;R
zIf)mQX&qWJRCQbSu+275(^S0ZtlhIzHzXn9%5F2laRd-R009ILKmY**5HKh}ylB99
z(SVVkGBw|d7kw|#uQsv9i*9%)XryarYo8t=*;M85oRR3)o@`qx51_Xi8vo0Ro=)c{
z(OV7WFkbY%hw5~VwuZQ(XQPu+0|E#jfB*srAb<b@2q1s}0tg_000Iag5M6+H(ddTM
zP)Gu@>7oi|8(um*rlD<U*q~a;HsKKnsz-IoQ@;at-WD$^yHI8pjIU<n6na#rL`7zf
z#qEgi{-S%E_v(|?+m|<AA<0AMhm{OdotJG_tJ<pE9NdnZiWhxq-BYS3lIZ)=>l;J2
z&Tt$71Q0*~0R#|0009KD6(C+TXuN2!$WQT4TfC?|S3TfW(be|tc+vf_#EY(arAftM
zmapyb?pqGyMJJqFq53I_{P|tqTa>d1Ab<b@2q1s}0tg_000IagfB*srAb^0g0P&*E
zE*vdZff+kz=)r7pY<}3@)Bfn{NA*@FZkf2McGdp2{nA{wY{2nlpDl<^4`mD(FPaz6
zqmP3^w$0RSd-{TY?KOSJbXCxCf6<E83Y9?;9X&qZcBSMVYVK;5$Y<4ax%MhsD?{|n
zNW7?A;i@N+n7nmzh@Mac0R#|0009ILKmY**LI@OTyy&oc6$)7J@uFEgkG>&^=g}`3
z{tf=9Gxk0GZ)G0;Nd`4jlCb4(taSL*zM`a4FA{E-)VBI>QT+AV>JT><MG!y$0R#|0
z009ILKmY**5I_I{1Q0*~fjkl*UNny;i>@Xhu;#!TJ)UjT!A-^+U0StNH6g)!JDYa;
zHu3h}w^fmV@uKgQz2{r4m7%7+MpZ5e#{f%xe^G-q$3Y=6sQPePx`RHCZ`Arxs-R=M
zsO-F|GDt$=djksRFq;hj$<inFZp;3w;re4FUUb!gReEQFM>U7*Go=tf009ILKmY**
z5I{f)6lc6>z%4)nW>c6}B1EZJpGUuFc!RBnZZGS0b?K3oJzcRp_d$;r)td{EZmj6e
z9E*{7(RFXO==}*EbDP;8jv#;l0tg_000IagfB*srAb<b@2q1s}0(l`oyl7rb6P-*<
zKsIC4<Jl%{nPj}_aT~{}CRWz03{t;r!>Eb`j2D$XOM}!bc{U&1tSWz^<O#=8dc3H?
zn&Y65ty$G@B(be=o8yRV2W7KRy_93TXjgBSZysB<xqT^{d5%~&LhtjQ<~^ai6g^(F
zx3AY0yec8Mq5DHY1Q0*~0R#|0009IL$V#99;zeb5N)_7I6zmb|uUu87iWL0*qOV+8
z74VYS@ll&%8GBB7z*5;}OMkp*Z_k(GfBCJ4(K~Krn(e^Jj{pJ)Ab<b@2q1s}0tg_0
z00IagfB*srq*;J?(KOEveane}#E9x4c4oJcl#n^S@*vN<mjKAYYX+-Q0pmp_zdYJL
z2;iK(b5!LoZ-3dbh#oI$s^<78X6&4yM)dlw*BwV>JE#ZEN?FHvQ7Q8D`lnUR&u)Cy
zR!OQ}%BA(xx~EicB@tvNTaO_`j~CUqla>BFzxjEO<~W4_0tg_000IagfB*t!1qvWu
zbmD(hswl_m&0W4eeZ61mA*KZ%FDf|Q9f5WVoj<5fNzS~r##b_2hV;jauAJJW93=7b
z<v{~(!+}r=0R#|0009ILKmY**5I_I{1Q0*~0R#|8g8=cOX_y82kSYP$gHeyNlRYpc
zve8rzZTnaTskywhT<=ftc+ntRYs%B-A6xsFs=uVJ#Brpycu^xY$49ZDVS^fxBxKK6
z$3dxs5|R7NhG+C5Zt<cYR(_~wt8TAWm82@s*4;L8-AKKw+Z(q>>|w-sQQK`LeUl0!
zc8TH$Ab<b@2q1s}0tg@wT%Z8rMQ7bstD^fhz1!+L_UbL)dg^*H#Eb4)+V0CDPoE$2
z@89gyx^b?*q;H+kGc;B8sL7RtJZs*!&WO*WFI&~2w-~Td-(Hac0R#|0009ILKmY**
z5I_I{1Q0*~0R#|8xd8E^DW4#^m%M;P59-f<m%z5U`{su0hJ<=Hbv5Z_J9|6zC_Z_q
zpUq55XXN?sdXeDqq7vyU#WU;FkE}VcMz7q~Tb0umFKVRb_$Z|2L2Cx7aml8s-VUn|
ztX7$=gj>95eMh~XbHe5c-Zd-0BopmD?Y3Z1**!IS2cpD_uB%_CyGi=BU9Uy&5;Y)z
z00IagfB*srAb>z{fdYsZT{8Bd3h<NIQQxu4&Y3E|B#I$kbZY<oe#-z~u79gVXKAkP
z@s&&<LrcxK;zjqb_gO8GE=7qK-TZ#5jv(o`?>msdFlhn-1Q0*~0R#|0009ILKmY**
z5I_I{1Q5u%0P&(Zp8`6NLV?Dv#z$8_sz<oJv+tcCdx5I4$iAHmD;7!(4V?|@pd=)`
zP=C0*Zy?`_niYCCBpp0nR5GtRuu5;;mX=4B>zj*C-8R*hLA|uaiyEmpR*H}Jf2_N`
zx#vx{=_{=-)pJ^Dw|G$jd1?Dgdj1b8K2S<&NJy~g)9atsdnmiD8tGVwcu|?+{cZbS
z*!qIrA4!j1Kf0^e|Jjj7x=kerAb<b@2q1s}0tg^r2^2uQXxSIv+7Qw^&~fJ{?Y4lx
zVu%-&A+LM0#p9Z9Yv|QC7k&N4xE@CD(Fey<3B`-{eOa@$YsUYswp|;O&adoh_xXEU
z$8K{F0R#|0009ILKmY**5I_I{1Q0*~0R#}pI|1TF^KQ!Ma54fL8#da4+@9O?oCLr5
zwl0yPrFEslONU#<ZSkT~eEN>*s^%w3o^X3wy2RRjvi}p6Qzf#B7nM>H59!!vX?N86
zQL0)=RJBz(=9Gh(@uEg*j*mjZ5r>ux)kh~Wikl8@k_WX5tc*x9$nLMxc1*MK3@aHX
zJ6@{%9`T|QORTb4iJ7}+28n(=*m-bS)v~gdGB@Pt$2)pD#%vg)cTX<G=+#;^1c?_F
zTj_)B!n&(zmqgM&weBgsGgev-wsd=aeQB!0)Pn#52q1s}0tg_000O!|0mO?+M4uk!
zH|>h5?hfY|zio@!^qf|@Na96hux=x5InXolyb4{WW?NeRlrN@u(Z1d<J6rl1%DVS`
z-toyZ2Pd5St>Ie~a<H|&SHD?EBY*$`2q1s}0tg_000IagfB*srAb<b@1uQ_kXaP?y
zLyIV|yn1<NwA+MD6XfybwH>wc&~q#DP+E}~Q3)g5-njkky>IK=hf49xcu@(Z)2o#o
zKBXaf5WKYkrqn6XbnENakKH)d$|lbi*FzZt#*5C`J4bDi`pS-1DqAbNd%LBpQonR{
zY1L9&KVRSVx(AmYFKV#n_$Xv76|EJzvv+z=^PWW&i&P$ucu}c2^XckC)(%-zxv09m
zTCNI<QJf_$)VrH^e^mL==nbQ-%4NtN&Jj;Zx784=#Go~UWTJ!rCtJ?C^}!Y|YO7gZ
z+M0HJDG|bo$gLrcBY*$`2q1s}0tg_0KpX-E5HBh$A3xoohdWOEkIG$3+dEsoiW==~
z?k!v0@y5+xJ%)bD|EhfZ-UBMXTNI^KJMWRYAlYp55~7quEvkmzyrb4uq5g8sjAoT{
z>9~XXDLt+CVg8`HQD^M4O3k{hwt7>i6;CTMlTB4UE2lO+{cmNePD#A;|EA~(?9t;z
zW$ZFQ^`D~9hn$&~Sy0!H4oeyV1Q0*~0R#|0009ILKmY**5I_I{1P~}x0pdjqb!Hit
z5rIt&n^e@LWBi-%!OVD3i6oq|b&796m7%u1c3#;$^)g_*sB9}LajmM9cf$Ai;Cj5M
z!J6Zvux4L^GlRr23Y6rR{V<i12eMVO>=ddpXO&1eUNoz|N#@}3qS@9g*VvAx9Y*d-
zDnS4N1Q0*~0R#|00D%w!g%K~>(e$mysb_}&sUs3M*jU-KXn4IkQt<JjGQf4SThw^H
z6Y>Ohx7}GoTwT$NM2{Es9&hGZ5!kc5J$lcn0RaRMKmY**5I_I{1Q0*~0R#|0009IL
z$S(onMe}RE=xy=>vPI;?Efceij+6XPuYY=5<2DJ2%<OYpPn+YTx^1mUsH*IHDaFIZ
zi%P-y<@0TIX1;u8!!y#K%ueb@Z1JK7YmSLRbzb6iCv2XOIcn>OJceHO|Fkm8-mog$
zmV;YV4Q>gUT-h5|6$zLqws=t?l8dLjwcPPWaI@t&0tg_000IagfB*sr7#Apvcu`@g
zDCx|M{j(jBU{Tp!Q!*D@yr>M>wgszA#(FvBKP%fC)Aa=Q#NtKA{JZ=`Zr%P3oldJY
z#&0_+L;wK<5I_I{1Q0*~0R#|0009ILKmY**QYS#XXzHef4y95+9>)FB_Ll<21WwyA
zt*oWYJ3vmJ%KgUfH#{no2j8o`Nkhkrie*V%iS5zzdZY4idFwg#-s+k0qNZw=dg7qa
zha(eF*;cu*Vxh$SKEC#G*>QC2#<4OY3Ha>k>rpu;Z<(xQ_P6a<$2}4qJsq+uX^<^U
zWeVQf`<7fq-dBZ3TR~1`K963FC}1MW{-Q(H4v`q?KX3lCT-YB~ek3us^_}&xjyH%2
zc@RJV0R#|0009ILK)@0xn0QecPD5F@Y!2xd2`L9(x@^BZe%%^%5yp$kz&Flq9ew7v
z9zCyH$z$tNwX>)-Q*p$LKJ&A(iT_bK?TV_o4<1<l=f)i$w;e3+?n_sktTlT67Xbti
zKmY**5I_I{1Q0*~0R#|0009ILNKSxw(d4XYDgOl|K5$3lj>VOWC3bYohA|QZC|iI&
zQS!v|o1d5XLwQE|-j=;xy<NcvDiNVetCmV_veBhfHN14VJgQz|?W)_W4F=jtm)6&>
ze{I)m63%CJ_=T-6NN;89)Zkrp%xSRZWGEa*AqRW=diAK<=B{S9oSDbF`?_V<P>Dx<
zdHc&F){T&Q<iC;YMo!%}^__k1$fNCR+H0i#%z_+2009ILKmY**5I_I{1QHWSZM<km
zfxf?OH2UFF4H6wHJ4Q-)<X<k?FI#I?Z7i;RBW0^h6$>iQqgR*`5xQl5>)ZDokbuci
zXY3n$PWg=gUH$oAnwqP>`Kw8lnFIm|Ab<b@2q1s}0tg_000IagfB*srAb>#e2oNt?
zJaf%R5kSCAKsFRrJ8(+0r@>%dw-z~$00IagfB*srAb<b@2qY;`Xz`*++NHQHw|LPM
zcbTpsfB*srAb<b@2q1s}0tg_000IagfB*sr<Whim(Ol}&HUbEwLqN88Rq>*-5o<a+
zMK2IQ009ILKmY**5I_I{V*<pB8ly~8MZ}AyX*TE!0tg_000IagfB*srAb<b@2q1s}
z0tg_G2LiTu(b1zvPvIW|2p~{Q0#A&4;-W_{QvVGbH>{XO&sY&a009ILKmY**k`w6Z
z;YrYWuuf8_UDV@6|M{Q)Il1eemf{q+`=YS}{`o2EzsLVDA<m|#8vz6mKmY**5I_I{
z1Q0;LU*Mg0-YL|D1;&K{0tg_000IRgV2c<1JN_Yn00IagfB*srAb<b@2q1t!3<8~<
zodvU)z(Dd&K#v!V;p(PJ1Q0*~0R#|0009ILKmY**5cs=({rctIiUA!)009ILKmdVa
z6PP=9?&+tWe)7pDr}NX>VTT>|KfeAa>2!9IULg>xz#)em^7T#dxBr)yu{KBL2&7Yh
z9|!527kZVX06z|r)TXV}3h?6~wNpdK0tyf>T5L-$sT%Jik31slKeDrEz{{0v2&6$k
z|Iz;s|L_lK=n{QE0D;^J@T+ld{b?P6bPC9a1oa)tcfRwTbas+nA%H-V0)PMaf3Mya
zB#~s((iZWesag!7GYBAn00Iag;32Sc=gx#bDFtj!0$G3d^}m1p*MALIifjlJlE9Hi
z9{Kf6@VEc}$AA3CLK+=oK_H;ODW{yGZUjjOEJZd13Q0iT|J7X}3Hj+zNTXvc2m}<6
z-w4!=klH_a3pf_C6{i64q8{rKoJvMOo}5>lcORq9Q-PCCI!XQLKkc;B@^ln*8vz6i
z3fO)%KH`WY3|3B62q2KB0`gZ;>I1{S{L8=O=_u$n0tgrs_@{sRC-t@<iG;V}Azn0@
z^$l7<009ILKmdX00>q0N{0K@_2$&ThUev57wdJV*@uGP;adg|DfbB~$;zbSGQdJ%a
z5HFfXlSNk@1&9}ozI;Iq5e0}Bb-Xt@m|6kiMN>O9bPR!93D|x$CSEjG6G6KOq)LEz
z(Ns+bok1WC0>q0(TsojQ0tg_000IaUi9l~}Z(}O|-Eqeq>d${}yz$0V_K{8@5U;?>
zl`GX<Ac<wmmc`p1wIh&9fm?6ARow`;+;U4Q`$(q{h*#j#Pd`<6fh1O}SP^e~)Q&(Z
z1#Y_OCUqm+e*5jI>?55*z)PU7udhfJ85m}21te(M>l)=80x1)?|Ni^ckN#_}xh7@3
zqdN#7kOP4wOO~j&1xbAV`R6(41Wh7<K*|IL3>cu^86JN4;gt1`?jV3b4g_9#<rVd|
zAc>lqnj|~X($bRJH32$?00IagfB*sr<b}Z9ci*i(&PlLPUi6txB4Acv!-fs&E|A39
zwQJ4RPi+X~g@FF&0}>#V7k#Fa2$&TpDJju^9IRiz-faEUhCp5j{Qmd9S2w~R{_uyq
z=rf%}009ILKmdWz0uMd(kowVo-F4T6u7`pMAW$#@t5>g9Zwr#xxN&2_42^*xfIw)0
zE3UXgy)!)a*khsVp&$YX6pX;knKRYff+RXRItpfJ3<LoL5I_I{1P~|&0pdlAVU`)A
zw*c{?-aecy5&_~xi)5l1riTFWq8>P$DjosiMT=*y87Tq?Ab<b@B0#(-mjMC@*aV0d
zwSn*w0R%*Vcu_6`1Q4(Z5HD&2;UxkHAb<b@2q2JO0>q2v*L>02I0T3njYE|>^G<+x
z(Y%{7I&55kcv0h|RG5zf#Ea(RtkGu#5I_I{1VRfCFB+PTf(R6<0P&)QI<t%mfhYpR
zi$>9-ECK~7K)h%{PAh{#009ILKmdW_5g=Z)c;=dsx(N_3>L$bSq7oopw5X<=!8!^M
zFY3s`!D162UbNU|obe)n00IaUxd8E^MScM=d;~HDh!@Q?;Rpf<5HHF#fB*tE0pdk%
zAiP8X0R#|0009K@OMrOM{F*O%8;1b#qH(BFXWj`AFPe8#Mu&|H5HD(+lnV1vfOye-
zoHhE400IagfIw&g;zdK#Q4oPb6(C-;P-m8LArM7?c+n_<rK*1&9|d$Z2Iz2q1s}
z0tg^bJOadv7SCKWQa1tOMcrgLUQ`0aix$;%GgwCf;zb=<I9O}~#ETZ&j5A&Y5I_Kd
zA{QWDw8$?2hL1p|0P&)kCLBQk0pdlu1`t5NCP2KX4TP5nAb<b@2q1t!ehCmSnqTup
zZ{rXkUNjC>>dZR<;zjdr%IL6h0pdlClTu+m3J@=vkF!Rf5kLR|1P}-<K)h&ZItn6C
zr~<@`7V6A0E(D?o5HA`<kFp39qyX`v1v#w@3IPNVKmY**ibsHW(c+nFM(QR&yr`QD
z$BRmUc+sMoZU*ZpK)k3U3kQo$fOyejn{mdA00IagP~-x{ix&9>!0-{s6d+zS(}W`k
zAV9n**8l<t*aV0dwSn*w0R#|0009IL$S;BI+qbX!`rp>ATl1^)^cDdl0xc~qU*80O
z`~T+VW+T;72?F^gAU^`sjlhqC{F*y@Yf3=g|J7X}3Hj+@s%GjzAddv}9|zmEZOfyc
z(^UizKmY**5C|c#bLUR=8F<sCO(ANa2m%Ncm_SoglX_c_L~Cnnfen!1Ab>y!fsGqC
zs&|InyLX4Efg%VXP+$Vp)z#{4K@z>ay#+QvhJyeC2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0;v_~?(SZ)WXYH@
zV+IZ!c-du_-FV}T<HwI*xpHN1Z*Q!9o-t#_Z?%8z?d`EPN97232*i39baZs=-o5*y
zk3M?w#TN$;9(>C!w_JJUmDasBeE9J9-g~dMw$`I>oI)TDfmpA3y~Bw$q&G?$fq(+B
zUZ1@A2b=}6<yIipyTD^;{376i!zlz1KmY**3<|{hv)<Gv-mb1LZGq4$IcU%zgE&-$
zKrsl!`X-<Q8fnN#C3>$&BY=RTK&<zgk&g#_HgKFc4k8erK&)>I#_#A@dmA4zH6wrk
z0tg_000OBJ_~MH%uDIfg|8n|w?X}l#+qNyH-j<h_+u9^vG$v}Q^%aQqE@*0MvR&$q
zFC}nPa{6|a3<wwzi1nJ+dze^5dZVNf2q+Ni^~sxmz*!($ZUth!3p|F#F9IGooI(Hr
z1Q0;Lpg^oY>kWS5m2Z$8mr61Z{^?JDGU!892o$_PtZxFko{@%(RHFBaGy(`X3dDM^
znfiFZX9LH%;~)Yt3B>xgAbmD_N5|dUn2@O!0R#|0009ILNR`05@4lP4^lCdI8;u(8
zv+P`Y>#eui8X{iQxHA<75s3RP2)IHbx5MR^U%r3;{vdrO4+2pH;=blp-x6y`wMYVi
z-~w@9pS<}8p9^y4N+9mLz-?UoBH$*&aRd-R009Kd3dH@h-ry%*v)>?_Wu!I)@>d}4
zHvuJMq#+}fs4kH}00B3FxbHPn9}oC!;5LICN5Hs1+;0ogVS{&c0=+dZOoa#_fB*sr
zAb>#H1h#D1q9Qi0yY9L*Yu3nfBKrFJT3cI}EnD{A|NY<UtnnDOnKNfvl|TFJv#J&1
zMbmbL6hnU!xC_(@i9Ck>t+(FVwQE;PON-oS@=xwK>A*t|J*4gexf44(JBvY{G3H7j
zfot9xT4D|5N|JW-S|EYzlQ;jozCwzj^9kGqZjAgQ;3mUy1Q0*~0R#*RB=ED|;3r=F
z8|1dOHiHgSg+S2?B=9C+*&1ocNF_x(*9;ti-~tKUYo<OP@Yx{vw2~8nC;|z*ElBrF
z-O<VPHi{=@5kLR|1Q0*~f%FSVtlAAX++aniNg{JGw!Xezg^WJ<;DZK7B+;i<yOSnO
z+PrzQij*T>)F3id1rbQ*E@*CUo;Y!$Ja^TtOVW*(Uw&EL2oh83mXqTML=;HonwL%{
z)=)$ciWjFqGS??>{>6E9<;$p(xeFXM_(i~xg@XtnfB*srm=#FoXT8Bsy!toDEDxH!
z7^tl{1(JCa5L+V+8L6Z=Cz??skd;6(_nN7X2YfcjYI4bpKsbS9-WH^9M(*gudK(Ut
zQV1Y`00IagfIz+o=z*HMckg!W_UhHERSa8IRh46&Y!AxExjXK-L#n;znrmbqMZFs=
z2xp5){)htl<(K4LklAgyFK)Z-HtTki`0dOL96`W{Kw{T?VhtH#p^{<~NYC}jn}4xg
zd+8Z(uI>VU5lGK9Ku-`r009IFTOe0I>oZjYe&RLq4RU7d96_LH1rmD`Fw&5bN{V)_
z88`yL1=4e`1^IZuXM^A~OHKqr3nccoVC0TYthb>(DTn|92q1s}0tn=Vz*A2>Wd*0*
zdFP#O9hTqPuDtR}E8Fzx)7`RVbzJsNv?^S`e!UdbKiv^8nw2D(qYLEfE^zGmf&~k#
zTSNX=esyxp!$AZh3M6*TC)Q9z5Q-P4K&q}!-u#R6BFy=yb9EQ+i$Kn&o(>>@00IaU
zi9oJ?);sbB`NV7F8)V1UIfy`U3MBR>V5A`<l@#YhGin5~5=hm(=KJx0&jwjdE}0Ps
zCy?0Nf{{BqvEGKmq!a=OAb<b@2q2Ib0ul&%$t9Oq!D;j7&-du_v}x0<Y`5Net4Fqg
zr)p|ytlCD68f6tBUNj&b*^CS1>Mn2_$hvjwth+=0m)L1HC5}fCNbH(Vtf43xlr36;
zv|XRP`4{b_n8ShR>Mr0HfgDacO(TE+0tgh9K(2n)yCDbp#B1amWVa4*9D!mJNbF6(
zNJB;{DYhwQya<F4NZY;U`|*I!1|epdA_!z9kmTD!^gBAq-e$!}W&{vG009ILKp?*a
z4jee3BGcR+!)=YIq@+aUj2OcvpXKhp`);Xiz<>d5ZEaTl#Ea(Fl~YK)&B<Nh0l0Ya
zV(VV}?Qef8H;YG3P9YFZAhBycv4+AqP^!oU(sq6F=3nF&WKM>kle>Ul1adOhG>QNM
z2p~|L0y+6v??D~p6L0iykUcuUDFlj5Ah9<ABMlj;q}ZmI@gfjHAZ_=W@5ci^8-$o;
ziXf1cK$33@(eLOadz%#_nGrw$0R#|00D=4x*s^7diUMtIZT0B9+6YMUS65ei<n%rD
z{`>D+jjmX+LS-giR8f#fSRf~NfyWphdgvkR1{pGBh(|U~ArM+1v1>lDhC)+Nu$TqX
zc75{ZU(8oyuEw5|yMSK=ay8wwivR)$AW(z?Ir&-d;T+@>ul^14tFOK)3nSNDbIoO!
zU3TM*H;x!F;@x-Ot*x!~Xo6D+AfO8*_9kGYAtROO!zYaZ0*(S{yVra_9`M<~aUMB{
zfI)#I-xi|Z(Mk5!ATm`UfB*srAb<b@X%kq!e7TAj?d|RL=$=HAs+`-lZS%<KeX6dm
z&Z_5;M;_7lP9$E`+l{mF2_%0Pc#K81`BgWXJc`95C#MhyEs)qXpIAeoDJWRX0;#$_
zdGjykOEHIIPyR087l9m3H%%je00IaUp+NFK>phSIe&W@?K~~EnwuA(c*4Nj2w8bd|
z5U>OidlN9ykdaE5dIS*g6-d>+7UbgrpACHHlne+&6iD)IA^IJiWN#zFQXByU5I_I{
z1Q1BGfc#;;wdg8OzV_~CPfw3po?W?erFUkxvl1Zszyl9RJ^lOlKX~w<o{e}>U4wLz
z0tw#*9z*Nw>>N07pmn1S8Z<}`sP-tuDFm_=NbH(Vtf6cL$d7;sr04qN&7TW0R{{y&
z1^gnAtBIyv1Q0*~fua>i_-DO`bMQ~RLB2tjWfNJ(+`4tEM~j?7009w5>`lN(Lq;lL
z-Vs2+S0Fw2TELG7d^Yf%Q!*eBQ6R~;h3I#5lD&-xOK}7cKmY**5I`W!0&l+grWKra
z_0?B<_fx*%wQ|b;E?c(DJG0x_g$oy2m3;8Q2ev%Ki`qbVnV3MrcY)iu<Q9A4i6^WZ
zWWay{O-)U1IXR9%M1jPv`NSHE2tx7V6iCVS$(w(1UVbSVb;5T6zX+sc-suJc2q1t!
z@dzaRv)&Cht53Z04YE9tNIo{~+qX|1btKP1lH&5ejg5_8eDTFycim+zo5=slpQ5wN
zsGB**5wHXjdlN9ykdaE5dIS*g6-ddw7X0G@pACHHlne+&6iD)IA^IJiWN#zFQXByU
z5I_I{1Q1BGz^qxbtcBKVuDQm$pYrRQT9RF|WQliX$Fs7bsI28mCHLNYuheGCL%gUB
zgqMj4BzYIO4NC5a=bwLG-D2#L;ReNVBLazC^NBTNgoR3qO&|@|CvX16cGabAyh+{#
z{34LH*{44UAb<b@#UPO6&w4jcv!8gSws+onM=hSnGmPBY<v0Qeh(Ka*0!A7#QVH{p
z00O=OX}H%6emvl_f$xly0RdluG`uZXoeXkEr>D2Ruw+000R#|0009KjEHHQOTx*r}
zl1nb}?q|g3(aUGNhaP&!YOA`sI<qa}MKet}l8iuNcY)h*<nEX<Ws3T~W9{0tZaF!Q
zfDwVjuKC0oGQvV7#U_yR>ytPCV!Py0INrqW0)7!l;q22T1Q0*~fnpFy>}S0jW=x-W
zCr_TNmQWnm7~T5AaRiD@Ah9<ABMlj;q}ZmI@gfjHAm{g593Kz(Y!Ko~pa=p=Am?uj
zswY;$`;JaqZ*86DB?1T_fB*srAdp)Dc^=bm-T&!NYmz6+t0h)>x|2t@+uGVx&Jdd)
ze*E#rR&n{mAIDaR7j<OeU}%99-UW_hu`Q3RS+mA58wU|ED3I7Ye_{<8#G$I<5y<WJ
z$(w)iTxn?@X<~N)zX+uHGN5k=Ab<b@c_+YfM@vhKTB7{$!w>Ur2I(*Yi3ue3f!|0&
zMk-0nmWB|>UxD1-YcVZ|@!24MFGzZx27%nZEo2IK-_dF7ZD#*Df&c;tAb<b@2;@*e
zmX6iJX=Xx?7uBOQB_h<L&$YF+s;a80Dvz9*r`p@wC45zi-*U?>Zc(XvPb7b4B^*H@
zD}l7#1&*DU<&lXKC#pMZ_3G7***J)RSpoh1HokX$>2qQYnf0NzA`!^p^~sxmkz8Zx
zA7(Ol0lx^O|4N{T2q1s}0{JDta)->9EHGMYDU&8m%CG68w+JLDkjw{u8Ih5Oj8u{&
zFKr=^rvf>=*J51|<Fi4YUXXM<4FWlQTW}k`#~q!*-nxx~;|L&t00IagfI#vB!IzHp
zD9}B7_IPx)w6s)3wPhR6srSci-_wgPzF5`Yzkh!#+g*3v<<TWhA>bjPUv=uzQVBV$
z$|iFcsOD5cmPej{{(03Uf<=`KiMRz4yXF&XC~h(8FGzu0U7x)97v$xXr-Mr7F3>-c
z@ryv7UMh4O0R#|0AXNhT&sMdhpb|y0+%b6YU~9;uM~_a`?9dqmQYDbg2Ywl{k%o*^
zk}7{XgFre3a&@o8y&%SCgLGbR^eQg|a`m?0f#Y#Ur?9sk1K|_`2q1s}0tg_GS^@bT
z?UG9_v6fgr_}~MNeomi0-O6_J%{O~wb3Em}l&#jZGZVMpe!F9Z97MpNKr(lMt;5pj
zv(G-Ou6cq*Z9cq=RUolzKCy;k<)ZRJ70Ai;$(w(nUQT&Bu4L{4ei6vi%Y$wsfB*sr
z6o5c7KkIE!$$a9y_10Uh6%~1Ci>(8^L;wLLkl34mk%o*^qQ*`F0R-Fxa&oUpqj7&5
z!e;}w8Rs|xz5+RUTk!6c#~q!*-g=LPvj`x700IagfIw;mMvNF?EwSEx_uX!tluut*
zUwyTe?d6wWcFX2=oUe)9WH_D@fduXXeWY?j$qpFS4JH4(X3ZM?ENKK15J>ErPpqK?
z&}gFY1QNbJdGjy4OQ--wl)zoUF9HQ{oiGFh5I_Kd{1r&xXT6S-%qQN~)>gHmvUu@g
zy#u5XK)@!D*qeZnhKy8V6W}ER2xJN*e6J<&@qo_;nX}9h1hNuH_-(<vZ@zbQs(R}^
z7S1Ao00IagfB*t%7TB<1gIZ<Xw{M?gS4&DtRG!MpO2<4A4{qGJQ8m%l))uigiX)Jf
zK$3TXERT#FIZ|EiYuB#Ls;gv1z=%L%*L-3P8DXK4ViQR6`sB^O*siX88E=wzfrkmd
z2zcOd3IPNVKmdU#0!jX?PwW%#U;gqJwWt!)DrFRN$|8^|fyCYfj5K7Vl2rNA83fWP
zkmS9V%*O*h8>I6}qgQz(kmTEfFN^OTovPmY4u=c~Ab<b@2q1t!Y6ax?wd=0C&RS@d
zXU(^_x7)gU@ZiC#uDZ&~aR2@H+s>MLxq0(uwb+~42UD$34+4$?iQNUgy}jxW-{gXq
zNNmUca1epG1rodF6Kg1LG3qZ!fyAy)-uw&l`YDV-C3Y8hbMcFSw-09#KmY**5C|=h
z*w6aJKJm_<KVPjMdORs9v={{uC@_J<-UN&^WTcV;n?Z(yKpX;z-D}BwJm9lI92W_7
z7Mnm~ZwtP#LGI}E^wxJcWIzA`1Q0*~0R&Pmp#LS#4L97de*OBct}f|wM@Pr!pMS2N
zL@(>H<>lp$W04&}fBW^n1q&89=J7tr*TmjFoQ+!``duJB^u7^fd1UzT;p%&h($dnn
z2Sxn|cnBnL&0DP-X~<(BoI)UqK=kX=`<-9<#+!eX38HKQ0@3dR>7?(C;5`t25%Bim
zECL81fB*tf1QPgJZ|W1T{KdK~n=D+oaL=ASEiElQJw4XI<r`snDy96%t^66gT2#6C
z;)`o)YNE(c7J(uWi2f!J@Y8<uhGa&JR8k}}%P<j$A`tyv^L=M9^6`Mr22p02vIt})
zkigr5!8<y7Z?nQ7GXe-8fB*srAW*;pbLPxZE3R&dWy_Yi3CQn;s+9cgk6Sj6<9to*
zfy1d}1R~xA(n;?dVaJXg>Nb(Y*AdoU|IdTfl9~FVZ6)q&Ucp9hNL57w0pkJ@uTSrH
ze(5c5{>G<_3XKayybGj1zBht*pZP_=+lR9VAb<b@2t*W!`)9qWPrMBc4f?W)m6o_r
z$AjzEt&7M)aRiD-AmW=q@K5^@8?t7^NF~KHxr`Kn&;k+fHQ#pzBOed=Y!G^WDTqJ_
zfw<om%-+!vdmF-sA_yRW00IagfIy)NeD>LA0|pGpT!WP(@;v%Yn>Kk2-1m1wkFwS&
zz9#l1B0~ZKQSJiip7)JlTOo10*K7wXDk>5fHBA(=K&;oi4jZu{y(-cO7#E0geR{w1
zOILaGH$Gof7>7WVyFmKmdn0)FnO_9FeK?B%0tg_0Ky-mvf7YA&#OwGCvTdD2UdkS%
zb#-;oO{f8Zq7sPmCXm&q{U{Bo88K3cs*MB!2)GGExz~K(8H{{9;Io0-+;JR%m;_>d
zTQGh{N9k=$fK-bB0tg_000Ic)sen9&{-cjR8Z~OvHP>9zzkmPhuDkBpXP;fZe7Sl8
zl-sy`e>Ze1sE+eBv7#W6TY=DbfppvZMliBMl3N^FFGzv-u6Y|*l!k0o@e%>!0->)@
z?{|LbCvX17CyNSW5(s@4NPm291n)lci-5NeXAwXE0R#{*A`sutdV`;Mo0^(ROG{_X
znk7M@cieHul~-OV`-@(7*=2X#b=R0NV?O-w!}|JqBN|kKKoJUreiO*{(|+iN^hq&N
ziC!UT1Q2i(2z{^lzB8Emc)(`^$BE-00`UpN_qHH?HhxEk?rnU4)QkWE2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@g&}b5wby><>wmj;?JA5xrFj%>ZEatBJN$oLU7dI5tE#Hrd+)u6
zAAb0vi!S=nkA8Ic;fEh})KNeA$xm*$;f5Dqd~yH&{ocik?QC;%^Tdf0FSy`>qmMpX
zpw2z_+|i>)`y$(vmM&dtP1P~S9MjU$Vms^ca>R%c4s-l}4n6R|10DrAg#ZEwAb<b@
z2q1s}0tg_0fI$Hke+*&<sVd^)k2DeM`cGe9UukLS;K74`@rz#^d+f1?9d?*3F<pA;
zrBkO)&34Tsh(-c=SpP`?nI;fG009ILKmY**5I_I{1Q0*~0R#|0AS;0_Tej$tV-n`q
z(b17r4KZcD^2#g!?(2U$ckYa-mFU&V!motwNu1=#C!efKR#sL<uRO^b<ST=(y&eAF
zaamrL@z<|k|JY-X9e@1s4rRW5s9(Q++qP{BJ|YQ#)I9^HlMF3>`|Y=Fz53{*kAe(P
z0&At<w|TyL_0mf(1*t*ubaizp_Sar}Enq1t+wkGT9b1=!_uY42R#lN10R#|0009IL
zKmY**5I`U=1k$<w!{SfE7f*=AAL(JN>px0h^XAR+cgJq)6>|LEd+$wP(bC{TAL~DA
za!DY700IagfB*srAb<b@2q1s}0tg_0KzamZt<|;?J9qBfG;}Y`Um3Kvwtn{6XG4Yz
zIqkI5Y<lWtF~p0`nKMU?H()}7OXXXJAQza#iw3My&z4wd@xg-!k2vB8y=h4Yi5GqS
z_1A5sY%fQR8WqH6<j9d$!Jq#0rvXV-wZw}m3K9q)fB*srAb<b@2q1t!kqD%7{fEV$
zgfG8v@uIP=|5yUAzWS<ddBpMMi6@?T;J^XnXmKp`vHoLxny3%~1Q0*~0R#|0009IL
zKmY**5I_I{1fmPb7KNGn9Lgh~qSqX~hSYv#(9_f7xMXcRnAh>5C!KUskQuanUm#Bk
z8#;98=bwMx)YK#qjJ>_RvWEZGTW_6m$|*X|J@?!br1F%<i(YccCHkPOv~RqqY}0zk
zA%|F*fAE7JtXQ$4ySrPiD0$l2si&T*D)ilmb^reTD)ZK@TZ4Fd<dNWKRU7+@dO&ds
z0R#|0009ILKmY**5Xe)3)UN-q_>=GzrN@f~T>Oz9#=8C^^}qlA`)XZ65*J>0;o7xp
zJ3BjNajBu9Vb-i!vf`vN$P?-%ywjjt91DG{{}`MgszLw(1Q0*~0R#|0009ILKmY**
z5I_I{g97vC&sWQ>dP1Vn47L)ks(ks%;Ow){e){RBWgUC>?%ld!UdM}`eDcXbW=(xx
zaNKdnNnEHbusfEL;}1UgppG+d-aN;g`awNj^oKwEp?)goY3aW{9F_Ks7ggK29Cp}Y
zwhb|4yx;xqcde@An-T9ZN(L)uz~Ec&+9bqR4S{%3Z!69sfB*srAb<b@2q1s}0{JMA
z+Vvk6e-gf&^mx&Li$BuCSl555tE&$^^iZ`fA&*nZe2R*!nVfOP87hzb4X;5rTfC@|
zg+A7Q3{DVLA%Fk^2q1s}0tg_000IagfB*srAb@~DfpgD2SFN?`k5-oeNQ12uSXHu&
zEKdL*F=E83Rjb<D+tujg0p$u)62%iQ`p6@XbaZqm2e-u4S6{7sWM2rk;8Imwj~6}R
zgcH>9oF|%_n~yr`C~GVdU8x2o3GaAO8S>$WA8zHB>nC#{GiJ<CwaFf>nHj7jAAb0u
zl})-~WJ?X=Mct@5jsOA(Ab<b@2q1s}0tgg_0P8>5&LfLIx|kI&8q@mEfB^&4Vu-9A
z>Fw%i*|GD8BaToxWhp~H8zpUgu37(yG98pf009ILKmY**5I_I{1Q0*~0R#|00D<@f
zYHDiKDyzir?bxwHy_9_p<zeFSHC>Q37h$~Uk|j%mKMcLGu~A)Ml32WWvG-+=+IZ2c
zuDZ$^h}<<2Fsu*CJ6?3xu3akg&Ye3mhc6FVQyG>nU7DFej>zNKzW2TFS=naKp6!??
z+k?c5W-CU11Q0*~0R#|0009ILKp>9<SpP9NSw*<`BYN?z|CE)Lsg)2(2(QOvO_?%9
zW$xFnpGQt3r$Wy)>pw>PsRRK85I_I{1Q0*~0R#|0009ILKmY**j0-&b?6Yc>b?DHc
zQvaD}o~e$==9$J@EbIzHFC(XfCEO#)vg*7%FHBuv@`QTtvgwQ$ReO8NKo%@mAVW|i
zl7x4>sGL=qCG692`0|{3E6>!aQynwNt!iaB=bUpgAJFDl#P=ZaqP|3AKmY**5I_I{
z1Q0*~0R-|_fb}1PbI0OO5X|7~KWddj);g}g{(A4q<ryn#T}2XcKiMbrT(kb;J&&A4
z009ILKmY**5I_I{1Q0*~0R#|00D+tcNTk{KzyE!;%DQLI9_fbuIP8G~2j-+>;Tn})
zF2{`<cj={<o^r}5@^mT*x|6*hPdn|j^Ugc(uDkAf>7|#}ty>r5nd#wLw@QUxMvl^`
z!LkX&i|SudoqhJ%-kncjyr_IJam+EtSa;2Z7hY)fU)@BK@QxRK<Bc~|X1B4+MQi05
zK74p)p7Qc?RfFRWrI|&793fsbh!S}aKmY**5I_I{1Q0*~fqWET{m1OAvG^0jGx++?
zamO8}7CPilbbTwo;DQTO{)rPO`sR<4A@p3c{u70rvIro600IagfB*srAb<b@2q1s}
z0tg@wlR!yHiCSNk5H+inrlux!P!bXy=iB=9>C?aS^}oXpKV0J3e2Yj--Pa}l_Wz}&
zrH)0ez4ls_O&;Xrm`4t-U%&pWv(D1H?Up{_gcIB<F>*ZgGP04@qgRqZyy&!P)70$9
zL)E?eoWgif+3CXS{~?DQB9HU4`maVL3GaB(*I$2KWp*38cf9DYfBkE#2H)LT-RgHd
zPQ0ii3kMNE009ILKmY**5I_Kd0uV^~`cJ^cADM`htpBk16Xd1{xc+nCzyY;RB8lea
zX5Y$X9a0s!=%R~!^GC@LdahajiNa1<1Q0*~0R#|0009ILKmY**5I_I{1Q3Wx;O3ie
zR_m+!ldttBM#-PU`?fCoROm%cKmGLX?rx7#b#-;J|EFqt#E21YnXkO^N|nuRE5%u}
zW~n^B3F1ZFsIB7(#ET9aHcU;E?{uUsUUb>AWvcVz$B$Q->YyaN<3;7H%G}k}rE1U<
z5_E0l(eFwt!-541tW&bbX?uISUMgamc+rS}6h{C71Q0*~0R#|0009J2E0FT_pCF4r
zVw;}zpU^RcDY-%tSp1QZ23-G<4Mo*DiEK0)gh;}MRT23!^WNUxAf>|P2|d@W|AYgl
z6aok!fB*srAb<b@2q1s}0tg_000IcaCm_LQvO%I+Uu|e;P;Kc;nrEJQraJDCkZnk1
zuSiwfJ@?$>mRVMD`}OOma!T4`UDx+3gKgWksj4J##T8d9U%p({a(jAuB#Kr3SH`t*
z<3@Qp)sKJtW69tfpy<}^fX72GBL}QM?raHsWuWf_d+DW@dXFeo@uG6eeD}NGwXU~Q
zPd!zxF4cMcB9z-l9nVZi*t5#KXV0F@42_MAD#MZ`OY{sK9UbZ!ZFA?&)lWrF6E7Ow
zkQxv`009ILKmY**5I_Kd6bht&{l|ClM^sa_{=?!=kn23)`i~w~+P{DQAT`_kD=I32
zlnR%})>dU@Wx#q^{|N|1HUtnr009ILKmY**5I_I{1Q0*~0R#|8OkmEOIVvpe{PWM(
z+m+ox4?FBIb#~vrefn9qv^-N@6_Lc^#fu$tKKbO6D%+7q9$8;s@0iUx==+tyg%@6^
zYLh2Dc~m8*HgDd1`|Y=T=ZSbW^fGe9c1;zJJ6=?_mR0j5iD#dE*1P9=yy($KA3b*L
zSlP+;#1l`H9XO9V>Zmi$IOB#JZjfN$fS0IuTfS#+yX`jB`E~2o>G{=hNqEPLN|dR(
zxg3W-d-iNqo5YUltvvF`Bi5;3{_>X+4y~Vxo+e&2x*;_nfB*srAb<b@2q1s}0x1+o
z|N4*b;*Y4NYW;`BAK&Xd`1;TF*I%!eK^}edQQw*+gDi=tB9f2=$snb|<q194tp9`q
zrxXGRAb<b@2q1s}0tg_000IagfB*sr#3!Ktng6_b^K1>>d+)t!>Gko)AGe)#dpUaa
zXjMv{I4_ICww!C$tWg;x;T>5gWxc;L(1Qto^{Zdm+RDkx(96g<>1}4CamS1P@sEGh
zF96vdB(o3t5q*mFf|+UA@Kd&y)ytYq>*16VIBKh0?~m_QEkVmxeu<Zs3r4R>c6~Yi
z_~Wg!zy9^F^;3KI?p3WwT0dnZtq<_N`|dMRCzT+800IagfB*srAb<b@2;^KK{p&y8
zi$4OWFAk(({fEUL->W+K`j1SgTJD%IVS;bXR)%AbJyw<a;DZkWmI{$A%3QPl69Swf
z2q1s}0tg_000IagfB*srAb<b@2p|xXKzVt&T2?*u&_m@p*S3b_8SW~B?CYpMdfS#$
ze<^?9f9|>Gs)9fN`Oo!d&CBw>dYZQ62@;d${gr{<$>*MXPVY&s(ovR?bJb_P-B{yA
zw{G34t_?|?efHUU(~fEVD<QqCTYA8N0ht%GW6fC|lsbR#gCAIp%D$$pt*y4=dVhT5
zMXRf;RsNGsI!X4yklRG=9r5|;Pk*XT$>ptDk+ZU=sC7zq8CAy(CWsd`h)GolAb<b@
z2q1s}0tg_0KuQGiV*ST^@kb=nw*JH7kN4%B)%wr(zyE!;65{*hAl0rsaYmJzI(4c#
zZafiXu37&vJ{?qu00IagfB*srAb<b@2q1s}0tg_000N-}h7TXEmQ`=Q`R2@eBtA_A
z$VtvmKm9Z_kK++pN0op&Rr#=C!>nvl;YAl+q>lgi$3K>*-aFQyAN2mpV8x0RszTyL
zb+^#z_~J!nx=%j&WHn!skgpGX`>EnZ&pYqDH{N(-*REX>t0~u#{F75#wrqLw$tRCF
z<`}(N3Ar>LGOBO4J9qBf%x>!)@QoLh;__XFUL-R;c<^Ao6=~GUBN5leM`txeyr>RN
z8UX|lKmY**5I_I{1P~|;fxKA%@m~CqiAdY}Pm~zKG+bBlE&j;pvR(htmqg~zpC8ai
zp2?yLKK=C50ZWC*7ICgw{|RAE5d;uG009ILKmY**5I_I{1Q0*~0R#{*E+Cs3>LGTk
zR;_YuV(i$lYU%az%P)7#<9Kk{vSq5EB&_<UOqrq%%8sTL6%~$UZ3n%-GSK&zkSIZk
zA+!}w{$<2v<m5YSYcamB4DP)1PIUoD;{N;Zw>9nfQi4JyXJuuj<5}yVJi}cc5U*E0
zaNt0X{Mnu=DJfBv+ny1xs!|yw5hPwz3d*J#ha7T<UQngSj~}mJ%rZcA!!B5`Ks9P5
zB<%LV2Om81%rlQT;t1K4LvERO-gzfTFt)88;zeyByhH#21Q0*~0R#|0009K@T_9i9
zf4moeWERr4{=?#r$E}g=`j1)+k;LM~i#=-APhEK7g{q(gMeC=`rlZd_>px~^gxU~5
z009ILKmY**5I_I{1Q0*~0R#|0AcTOvErZ0N>5q)pYm*>7we%{9rluzStatiPfBKUu
zd+f2tE?Trmy_CevnKQkMtFzu;88kOH>($<M*IhAfy{P)*n~1)Q?At`F8DfeToj!fK
zK2!1#_Rh{uvjdT*wChbQS+c}P{asyMC!BDCs@W}aRb`Mwz<5#VUVVMNY=Y6RUq6YU
zme|p=&pvzT(4kdTRkof>IH*;>Em~FjcGFEa=}oJ&^jY>|wbkSOl6X;XAI>6x00Iag
zfB*srAb<b@c_)xB>p$L$Kf<22^&b|0-0p>J*MH=%Wz|xKB*Mju%36wBf1)2ZGS{sC
zM4t$1KmY**5I_I{1Q0*~0R#|0009ILKmdU#0#{vim0FB_{PD*<sygeevsBJ$)24ak
zw4Lhd>5&Z&RargpyWjoJmf7Q_?^g!;Gw!7o*<w+G>(;GX7h-=!k8T7%Wn>vScyq>c
z#t|>NeED+y0yzBe!^_IbjQ3o^p3gYr4AqbXVH#=T;fEhqb$UGDOy!Y8@OaT6J>0o-
zr>eZXyj&HL@#+s>Q+ZV4JKy=v?%lgpe%}P~qP|3AKmY**5I_I{1Q0*~0R-|(AYayh
zd>4O&Jyq*JEdDs&2;tU$)H;SFf<KS`H^2FfD(JCX<Jixv4kk9&tp8*+FJwjl0R#|0
z009ILKmY**5I_I{1Q0*~f#3qRJsG?s%HDY64Ym4u>Zzv&Z$)y-Hi;6krixpMAO7%%
zS#1I8`;~!2&^bQTTMo*jss8-uKg%=A+%{0nYB&KiC$@|nus_*mGafH0yIk5XgSBhd
zX4|WP`6W<Ozuq!8>I_(q%BDZ??!*&M^aw)M+cg+3D*J56rlVHnw(T+|PoAtAmD{AE
zqCzsu^yyo9$UUn+*ItdwF+sejBMS!+KmY**5I_I{1Q0*~fjkw+qxB!(#UGi1RIUH8
z_>*~4gkJyo-uJ$z);DAwGP7pKBR~1cPgJQFUwqLqkCB7P%r)yjMkb3&5I_I{1Q0*~
z0R#|0009ILKmY**5J13Dz!pyCm`5FKX=zcbuaelYV~08wBr$jHT)nuYw{G1Uq@c<Z
z<SPS-Ka@w_+Zxhe%BG|D-+%wUefw0k@g<U3MvkxlX5&R`YHDm#6a2|yA;u{2ocg?f
z_~C~kDp5tGwv$gjSyi}t^=fr0Goi9c!eG4U?Af!en&sP*&dyHNuB7FvwoYAo>7}-y
z&<{TNK=o(Af(5FScY=6PZy(MgfB*srAb<b@2q1s}0{JD7N9#X97JmdkJ?lR#{@Ct?
zDC<AJ{N*pzB8L3kx2<Nkm&YA<oGKN3>BFrykK@VAHS0efQ@|+%5I_I{1Q0*~0R#|0
z009ILKmY**5Qr#n`st^u1=S#bfPcjmSE&3CJ@imktxuUUMU|C=tmS64xu~=i@GAp}
za+HTp9eL!DdUKiSd+xcXtE(%kA!M65nPuc`dlfvt!FW;G$>c{r`jI{hufF<f@ScRr
zsqZf_di3aUl~|=ljvT2vf5Qzocvq!zO2SmUXlrZhQAZtR)ohD>UAlCsYO$=WEVFNC
zopqL#;gU-($vo?Lgm_U$77ikS00IagfB*srAb<b@c`A@c>puY(e`F$3vi`&3kA71`
zT>lw3aG+Y^7(95eUb9<T{%lqikwi&JiCfO-#}k-q)_<Z;6Ez@!00IagfB*srAb<b@
z2q1s}0tg_0fSbV1ojdgfRe5N;JS*J$pPpZ~H1v2Rx2@6b+qdgwt@L%*U1!VY{WADh
z22zhacfPc=R02oOIp>_rrmZ9W`t^(T@$?BSBYTTQJZmamR5rl;=}&*E&%(HI<0AGg
zNb#$$zFIZ<zyl8iDdLvrzy9mLtg7U)m+wB@vRTJfqmnQcFDl{9R<##ic%iNJM<0FE
zI(6cSC)!R~FJFH7W!0sC7d-Kzj*=Wi009ILKmY**5I_I{1oBZJzt(@UTKtje$ocvY
zi$Ch7h`#>w_~VbO6%2WVimKTo(b(9iib$foyxb#m#8U~(HS0eS=ZNA6Ab<b@2q1s}
z0tg_000IagfB*srAmAbJ@WT)53#uW~wtWuW+LC=lZF@_qw&u*4<5nv3c(z{|s2ZdL
zvc15NAw$0V-S4WVt;7p2yr8lfPb9F6Y`o8Ug+}5<dwP1#KmUB4J>UirdQZZouf6tK
z)$aZG-yg0LtCWftl?uIMs^zR|R1&r@>}>bcwOZf0b*rkgs;bI1kc%(A*gEUB@u>t(
ztKtm}4YuNrFNqg*WZ@tJ2q1s}0tg_000IagkdFfSwf+-&@kgd6C+j~f{#ZAKk@cU2
z3m2*t3|Yhra=UHZxKR~3^w2{C{+(=)nltmnJ=d)NWSVmX0R#|0009ILKmY**5I_I{
z1Q0*~0R&75$kw2;Q=(c>4VU=O|NPG&{m~yLb<#;EjT$vdH7CJ!m6er2Dv>-<zA~_y
zkY`jaUcC6|qmNb{_`wf;5U}+S+2USC4$-BoibRhW6>vRhQ`qmk^UkdL5GAv|si|Cb
zQL578Mb*U<A`v29R1DQXMvferIf^sSJk#pQV~;(Sc~*|>+qX}3b<dtXj(Kbci5Inj
z@Dc$85I_I{1Q0*~0R#}pQ-Qo&|B1f%BQurc`VWgg7Pyi1pPHH)wSpmumX;RZ`)<aJ
z8LCL;Gg*9#XO$t=xn}(*tGOUE0tg_000IagfB*srAb<b@2q1s}0tjR)AdksbtEuwD
z_Ta^BUo_O$*L#<h9Yj?_lGwFtm#lyG@84e?{K-##B3lr6S7Mzt@|A&9wQ}W3)w(2_
znwo;N9wJYy%g7=6lWmdc@uK(Lcb`su)m2x?>}T7JaQWq;(wkniXi>O&tWr6Q7k%xu
z*Q|jYfBf-XU0s=@kUPlAAUo)0o|PkIWo3$jcu_|p4kCa60tg_000IagfB*u8Dv)>U
zKc*IcWI~f!|6%b*s12_F9COSuY7s-OUf&y2{+M0mA3uJ)Z~iD5Vx4Q&f1*qcWf4FC
z0R#|0009ILKmY**5I_I{1Q0;LS3r+{n?8NIZ+<<)AO7$MwGumN(j@(qEiHS8>W}B1
zI(4d*LG}mG9}WNDgAdvYI=(dZm4SpT9)9@YY6uk-6^_kCKN#yWa`f)`)(|mXR5rs@
z$dZr+{D6VMz8wpaVabvudh6xo<v~gr$)mR$F;2C)xmoQ4EF*I4p1PNBy6Gmz4Epov
z>+0$p^Vkluzo-p_mk1z$00IagfB*srAb>!g3aH;1<#*M*SpPA#_#^X`%=%A}FaC(L
z+4UcJc#2wAx%uXsz3;pB_I8z75^*p7#5dQh|9DR{XAwXE0R#|0009ILKmY**5I_I{
z1Q0+VqCi7KgT9&?FoaAs`o$MtsNz5R(U07AjFg>7&p6`@l~eW<)pM?0yH=f&gj+0}
zYE%*izcP@=(5u#cw@B6dkX1UqW#p{75jt~}c+pp0c|{3J;upX8h2!3sq5I}tu(!8Y
zJ;PmEKmGL6z4Mzrs}DTLRu~?w|Ni&Cw`#li;)~s~J@UvSR-ThiI>|AQd?Bd1Br=Y9
zYzK)KwSn*w0R#|0009ILKmY**5XeV?d|dxAxcDPemcaT?F)#jzu<`Yuy?ghnMT|oZ
zImG*^K=POADsxtkPYQQC$2Zrk|Ad<nN+Ey%0tg_000IagfB*srAb<b@2q1t!K!M4V
zC#%)ev(G*|U@4VNc8S#Y=iIn)qdKK09(dpZ)r#yUDtn6RXC*y+_;8issH2XOMORw}
z+e=el8R)CKM<0E(trhE~#L&vlsOsPR`STsKc^}jpl99@8tKRw3b~bdpsBEgKW>ymN
zz;xO0A<5AV9XeF+z`O6h>(RQAxz_8~n~oAMDtDGum3%)^Q&Xcip{GCo_+!<g<7T-(
z|M}0Y3>RH=kzUXvO}wZF4yO=6009ILKmY**5I_Kdd=bdU^&eA<KQc%9vP^vIKYA<j
z+jsFS{)li)>p${0vudH^`s=TEyWJ!l`p6@XR5?HU>@&BVa@@$`PfT;o`j5xNaS8zh
z5I_I{1Q0*~0R#|0009ILKmY**q6^3-pRy^aT1}OG07BGx*Ijq18szcxnKgX!$tNm<
zBxE<y%sjHyp=>*;vYmVGx%vjAnfblHGMGJk_KPpRc;LW+%!2w633k2Yl1o&h^2{v#
ztV+u=vdSZgdGqF}Q^6B4Eh7i-K*XHk;zjkRp9`IAdMOXpir5n={{H*#zxwK{t*x!z
zRdsZ9+;`u7`rQ5IH^1?|u8hpJ-YdQJ(D9;jcc|@o$BrGV*KbS9kPkcTFso6yM{I+Y
zoqJV(yyIr|YKa%sHAo|X00IagfB*srAb<b@`6!U5>p$L$KQa+%TmLD}#UGi7nAU%!
zW{J6#znoR88RN!{%e(>Q50mvL%lQ6<tdYf^IOdx5pUlbS2m%NofB*srAb<b@2q1s}
z0tg_000Ib@71*?ClUi|=gl~YQW9xc2nQX$@+1aUQv;BeplTSXWpViZ{T6@G1N2vac
z88b#dYfF27WiV;dB&!~I{?vpC6V|L*Q(IfBo`Ei5qOwDye5Y{ADW|CBPCW5Mw|y^D
zyNqlziS=cOc+ow3_UL=he*gR57fB<XoHlKmHE~y5amCD;Gq-Qw-q_eE(`r>NF_SxY
z?v%Jn*~wPTuOv=A^;F*wQzLV&k5TVH=y*{zUWxAR?(Wv>&rHh&uNoaVaG<prsa*VX
z=FB<t&_k_LC!c(Bz=zRG{rU|q@wb^Ras&Yc5I_I{1Q0*~0R#|0Amsviy8h$6_#@_N
zTmOk8hA_!XE5zcDbT7X3A8YJyz4ew_=#a#vmtHEHa9XQC@`U>L-h1zR-}|1*aQyMd
z`~Io2k;R`l=9=}NB(HYbLI42-5I_I{1Q0*~0R#|0009ILK%h7U?z!h4wV-;|S!abq
zkQG`zEKv4-RP{(q+OK}~E7e55e*L_o)D|vWs4`1p{rdH)DqF()D+Bd?fnJ+O`iDRK
zVRd!2tqJuq+ht@43seuUR|yrWXLUnfs#7W<3*f5Jv?W4(WuR|7YmHisG)O{PbVE?<
z=N@xvJJr8`e~$`PL)p%?D(IHbyAdv4R6=3ZmZ2+FtZ-{c9hdu2ZZy4JTUxF?iLh1q
zeG|ls`Vx@=0R#|0009ILKmY**5J<T|p059RFaC&m4%dHJ{886@eCt1|iGT}1C!BDC
z^=GrHpkpH2#h+y6n)M&Y$>Jaa2q1s}0tg_000IagfB*srAb<b@2pANQjX))APsNhS
z(rf6-@4WL)RgVOSs(MC^8l{fQ-l4J{t4_Hk^hIXbk<u;3&-*Kb;NKUBz~hfUE;~}X
z^+%3}SVmT(&MF~0Kzei|x2KH6i)N+aHud5V@M{9Axu5;)XRBAQ4yc#yT>Dn54>?@C
z==IlMZ&h;n<(K<5XJwFE`**+lo!+!c%RU?1wrvYokClyh(X6=0i~s@%Ab<b@2q1s}
z0tlo{Ab;0?ycd7OIfv^%@;kozT|28pfi3>XEa*#lSy5P-J=TBpTWQ0F4X2-ex<~!8
zIO+D}AiW+*XS?{5%v`hnW1A*kB7gt_2q1s}0tg_000IagfB*srAb@~zfqC=h>8q^a
z9!78VN{=X$I<37rOG``j`WG)=9ApUc;B0wrxGLxtBj^2<L0?~=^kK=8C6gylmR0Ku
zF1X;d(@s0)m}4Y5R5n+XFx2zTJMX~<AC&dpAS=n~Tt*IpX)sT!;zh0b{p6ERCQh7q
z`|Y=%fByM$&8Yd6$I$=!*T25^-g{qr?X_&L>TKuQS6E%ik_Ztms%|2=Zl!O&&FLBB
zX@i0wU#3Xe<BmISz<>d>XU~@VOV1M|t>4`|k3NVPc@RJV0R#|0009ILKmdVM3FPnk
zkN4t_Am?!XCz%++gfFBJi$BuCWa34w>0YyD&7c1CCwWHFkw+dWD=qR@u@_%_@suf3
zYHMqQTV=cWlfYcF{u6xq$cX>~2q1s}0tg_000IagfB*srAb<b@2q2JvK)A0A66hFB
z#4SL)Xxzfoj{pJ)Ab<b@2q1s}0tg_0KpF&C{7J(s<f;#>|Kv)Zb`d}T0R#|0009IL
zKmY**5I_I{1Q0*~ffNexl|c$8C7CYqeL*tLw1NNv2q1s}0tg_000IagfIw~qSp3PY
ze{Nf6{U^8nw2lA*2q1s}0tg_000IagfB*srAb<b@2&77YuMAQ(9Z7bE?+cRDrY!^z
zKmY**5I_I{1Q0*~0R(a-z~WD?<kQeD>py9j1^R#h0tg_000IagfB*srAb<b@2q1s}
z0tlo;K>y0%?=t??)zzh>pL8R-!0_S2GiLa!1NYr`U-bH^0RaRMKmY**5I_I{1Q0*~
z0R&Pgz~WB|CndfvvHlaEEj1&600IagfB*srAb<b@2q1s}0tg_000Q|gz*h$OK7+yg
z&-Vqvt;mT00tg_000IagfB*srAb>!@2(b85FjE<1AguocQ6dil2q1s}0tg_000Iag
zfB*srAb<b@2p~|L0(@mqJoC=?1;sPhj1&O`5I_I{1Q0*~0R#|000AYy;*X*zh6L+B
z#W2f^5dj1cKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#~E|J$K^6a-=*44@O&pRGg%71RSPVqs-z>AAd$p47<_!7B(a
zDe@6!CgBkvK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rn#^u#6~Ol!#c>
z*mA#!m}Ktq{_!44*Y0cGyyZ#eb(xO6edf(i&9>#*ziat=j@Y;Q=W8g3G8=nuIse%5
ZJ@e^jPQE<W)VJ!o<Ok{>zGokGe*oM=<-q^|
literal 0
HcmV?d00001
diff --git a/results/graph/2024-10-01_barplot_combine_figure.tiff b/results/graph/2024-10-01_barplot_combine_figure.tiff
new file mode 100644
index 0000000000000000000000000000000000000000..2e9ae6ae5514c96b08f6f0f5baea210193aff941
GIT binary patch
literal 48600204
zcmeF)Pv~`9e%JY;Btar%qJ)A1K}U8bP18lv4l39<@y|en3>2J1M0DUJgJj~c2ZHFp
zKnta&5v51cg+!W&)g@+BgQyi#iB^)H6h<WRZ`vvoP11eBxASGW?%JRGz4v*ZQ}^!k
zy2x?uwbuFF`+J?8C+pn(Cif5i!SDRUmwxEyKl%UqivR%v1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkL{g9v=_i(mYU{vtqt009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7qQE1!`yh3my#zi&0*|}*
z6aFGVfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1O@_<(T`98
z=^y2T2s~2g#|{4VuYdhl{Y8KP0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXFTnIcuyGL&Ki0(c}qh~LHkBUI`qK~`#qw){rpMwAa0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(r^aLKEonG{#_p$gVnhNMer&9J2AV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7e?3k&E)U--kn!>_Ivy~C&I
zcOXE3009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D*Tbpcj3|z<&I@
z70`>mTVFq&009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7ZXuu-
zy~W4)y1#^8^mRXbzc~Q{1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PF`;^rB-b8$XHydeM*Kr{bT9009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C7K4JoT(T~^%;veUO3Ft*Xn3vrI2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNCfk^*|sm;Bi8^GoYR@AFyuO$ZPmK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK;WGT=tbWdtsndh0lnxml>I#j5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkL{V=kZ<{g{7%ul|p(7k%|R!0%6h009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C60lnw|$(E0<fL`>Y``P#>
zBS3%v0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csfsc%UUi2gLQTPY>
zFamnf52NNi1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly@L~db
z(HHx`@Am8JMep{B`h5rxAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAVA<92<S!M0jeMQJORDv^Q`@y2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZ;A1PG7ya0NbpFAALqIR;J|IAV009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009E;E1(yBUm_bm$^v@PkMgJEpN#+k0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t7xH0(#Mp$Oqvc<HHH)ML(RIcM%{!fB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfWS)$=tW=Z<G$Z7s~5fBXX-a1K!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&w=SR;ee0xt;4=mEqR-U!
z_aZ=m009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D+IGfL`=t`oa0f
zE&;u$JAnWJ0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5)WuYg|k
zeTi)NC<}bEdeMLRFaPDY4F3AoZ~fM9eB&D*WkCOI1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBly@CpKY(O3ACZ~QxcvwG3L@E88VCuV>Boxk&UZtVZo
zf3;uvm0$UP-qK&c^qYUZrJr}tAM=|?|NsAg&tLNG{Z_^F_I}<yf6{tW-Sanmd%sm%
zy}ciK!=Kbj{s(aK=~9|2v6@>=cE0i+e@uO#Pv8IOO}N&ZYO?>8_qd}bpZ<DBJ;sx_
zyzHK~dRc+tFWyk@sP`2stM}dZ;v3dG%1xDThPKMvtTvQ8>V0p9vU=ZbFTP>Dquf;a
zW@xLt&1yrrqu%#sD699~_Tn4XJIYO!Z-%zY+g^ONm1^+f8t?n-Q+i*b#|AgmM5*?)
z)%-0lxU-dB{C@y{{nvl}4SOxU=o<oh`!`qMo6?K^+OPfEZ~yJTeU^)U;xnK5%r}?l
z<Mnrc<hB2!zX%W@K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK;XX>
zc%;H_7=!6W-w@E-zqtb6lwS15fBeUXv1o1k`Jey!Z?4kE=<lu<{crz_cSV2z0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csf!`3&i++qkIRB{cLg1Uyi+<nt
zecuP_MIZl=@8WmA<<G2M^pF10Kl*>a@n1jj6F>1Ndw=Sue(H^X(w%?6PyXajK9uUO
zfBH}V>79SoH~!te`qi%%)Eob#JO6;6{n?-W%^T`B{{Mge&;R+If7>_y-M;+gFF%z0
zF_j_z*+2VdeN#Qe^5z#`{TKh@Up%b-@jw2@FYb_k{h#@npXod5F?jshp7+1_>f>zi
zQ2Obg{^=KY$iIG_IqSai$5gg@91I>%&YW4P&zyBrJ^s|n`(J$ZpZt@5@_=&Y%(p?E
zIqQyk{E?M6zxe9of8{-({9&GNgF1889rbwi$5iHe9L^s~5461P#aGuqrXF7aUtA;q
z`j3Bs;E$<H^jNJkXa6zv_*Yf$`<7SUP*A=a=X;>O8kg1MU#I8IFTVPfuYBbJ<;<CH
zgF18eA5%Z~b3d2&zw+t>r=XlU^KDRP&a(2jAzRf`QD@GqRA<iqV=8Zc@zs7R>dcw%
zgua~~1Ak0qt9mNx%$b$eKc-&rspvoYNB^jLS-t2jlR3ZCT;Tb==r_LcjZc2^lOL!T
z{T;vKcl`RV|N8uwdgYzfi~g}c_Q&2F;XnSz|M-i)_={iv`q$t5N8R`*JpPx+L#h7y
zcmM9+-S{_s^Iz@1{FnbyP;dUDZu}E|?bm+oH*cul`2T<Tmw)-jzwDd;YXAP<|NDp1
z<A1HZ`H#BsPxz%@`lY_99%48CP2c=i`;}k$m50^8`8WUO&41L5f5LzLum830sK?;(
zXZwwR**E{y9%qAx(trNX|M|^-)Qx{aojL2i`Var%Kiv2?ee+-KaWHs5Idf*oK6BPh
z_4rdO?|<>tfBSF$?E}i0Gv5Y}Kbq=xdb~dV$jX~veD(3a@*YagocT7WGiTpakN<F0
z-v8pOkHh)H>Vfv+4*A!wuf}y#J-z_u%`d+C_!kHdC}+-m8`PPz|CoCGtE#;J#a9c;
zSL1ve)K}xOdh=(p`S0~{U;R)2=|4T7oH_I7SZB`uW6IOR!1cf>C}+-~^jNAhXIXhF
znyu=os556)sxxQ*F_kyJ_-a2Db>_@>Lf=l0fv2L`s-B8Eb7rN-|FY|w>II*QK4MzE
zXud<NzKFo{d(qE-{_`Iw7Ol;X|Fb7A@`=3Ruc;S(L%<LEcD?9ate@S_-|~Vx`<qc6
z(mcD*_kdnB`_!slbfQ#y^r90hz34=#_vl5NA`JAR0cTs%i*6vt%RY0~X-Y48RO(5+
zXj6oNUNqorOM1}_<antUJ+fR)>P4?))_J|?s*%Tf(d<*JdeMne@2NAVUbI1u1HI^x
z<v6JqJ+f?*deIFeT<S#w&bp)*T{ZGpFPeR7RWCYGsy+QwR4<y*I_-N5^rG2HFPeR7
zRWGU+o!lq(++N`Mz36v;_jiAYUi44>sXul5&*H88f_l-n!Z`mSdeOO6Kf9m5<pp>4
zH={cF>qYZDpcl<PwW=4LDAgXl=)_7dI#KF9deNo`1HEX#*_QO88_4mp&zyCd(u*FI
zdQvai6k(tj4LIA9UUUOFUg|}UELW3y(JPsCUN5?8<gs2f`_!slbfVOI>ddJZZII(Y
zFM4D-PU=OEEZd}BbOQ;OdeMNhF6l*AjXc(iW}jNsi%yhkPd^pai)OSsbJnX~G+XIK
zvrnz+MfIYS`^28x3p}|O{a63$Uww#J^zoL*f5QIp9q{%a$D99xdeJvG{6IfJFFNPy
zXZQ2Byx`9MW>jZ>y=cA%^rG3PR`sG2rP`wxomlBbCrZ6XFWMAgpcf4|+mc>%136yy
znX^t)deNg&PwGXRA`JAR0cTs%i*6vtOTFlk<!VwddL^^Y>qS?MJl2b5pIX(6PLz62
zojLWQ4RRdlMUO1UNxkTiWt-HCZXn@OFB)*xCB5jXk;i(`>{F|H(TP&+>8GN4(TrAS
z&U)30W-GmD_Ni69s9tn(pV)JIfhYH(f9Ws%rO=Ch`?r64SpB<y_wU~R<9PF5P%rxC
zh9BrB=tbvT{p^1JmKWUF-;C<auNTetfL=8F)T&-|qEvhIq7y5<=tQaa=tY|%4D_M_
zXIs*XZXn0YK6BP-N-ug;>Pfw5Q-pzDG~jGYdeIH!c&QgXvRqB-MXzMmdA;bWk;i(`
z>{F|H(TP&;sWYcuv_Xyoz37qUIH?ysvTT!j(G4VA>O}+2x}+CfHS$<5ntf_jFFH}G
zJ^fTvFPhQn%vrB`(QKs`%|5lN7uAbS?h|`%FYwG>^zp^yJHF#PLJ|67KlWo`_4oeX
z-+TLy<IR6Tz37`8exRSA7oBtUv-|m5UT|lBGpaMcUNqkWdeQ7tt9sFiQti=;POS8z
z6Q$mx7j23#(2E9~ZAmY>fgCUU%vq-?z35S?C-tID5e9nEfU_;>MK_S+rC#*Nay6+J
zy^>ky^`fgr9_vN3Pp#@jCrZ7i&YXJD200G&qDPkFq+ayMvQ6qmH;{0t7Y#V;l3sMx
z$YZ@|_Ni69=tQaZ^ixs2Xhy3uXT9o0vz1;n`_!slR4+QYPwct9z%zT%FMs*VAqV}#
zfA|kSw7>H^zccLl*Z=xo-~JPM!(UJ@`i6iX^zC}lxmZ8DpTFe=clI}<I`ivA^F5#!
z%|5lN7o8~89=+(qN-sK5>OFeVrU(PQXu#Q)^r9Qc@v_gHb(+$P9+i4hFWMAgpcf4|
z+mc>%136ymMUO03lX}rBnRQ+-x@zRHUNrmEs$O)W)O+g8sTXaK<3KNZWI0aiMUO1o
zq+WCb372}&fU_>?MOTeH){ADJTGfkAlxj~u71fJov^sOvt6nr)=|!_ot?EVfqLcf?
zp4$sNvlso-fBH{{7WD7`{lEXv{^1|~;jrf~|K-1Y`%mNze?h(I8v=gNx9dgcV*TuX
z{+1Wq+24%n%&!;C_kdnB`_!slbfQ#y^r90hz34=#_vl5NA`JAR0cTs%i*6vt%RY0~
zX-Y48RO(5+Xj6oNUNqorOM1}_<antUJ+fR)>P4?))_J|?s*%Tf(d<*JdeMne@2NAV
zUbI1u1HI^x<v6JqJ+f?*deIFeT<S#w&bp)*T{ZGpFPeR7RWCYGsy+QwR4<y*>daZM
zdeLm97tKDksu$IZPVN(XZZGh(Ui9%Vntsb~`7Kv1=qEq<$;zT0kE^csJmx?3sZTw=
z-Q4~|d6QpIFZw2WAL6}w(K%W_yPv=11$Xv0qdN1~AB->PF#MJEq7x{+=tQaZ=tU=1
zdeMne@6n4kMHuKs1J1To&+Z@h)i&>P73ec(ou>4nE6#hzdeQfqymv+~`d*W(8NKM0
z%sQ_ZT{Yf!tQUP>qQ?fk=tQaZ=tU=1b>{3x(w^OCw1U!$W+lC7_E}f;qN~Q$STA}d
z^WJ&A=zC3$GkVb@%W+aKdSuxq^`aX{xa_B*&YVH%vDAn2$3QQdt@NVVr&jf%deO;!
zV$babp4N;0$dCL;2tohkpZt?e{n^icHthU~pZJO1Y4BbFz36*Q-sy~9bk5t)?&oiL
z!JYlhs80TR(R>f+MYB(>>P06?wMQ>HvC@l9lzNX|v?;<sFB)*RCB5hda=h#_XPu_>
zqDQ5k)QdJn80bX<&bFi%-9V0)deI}x)udkZN@ktci>?}ZtQXBbwW=4LDD|E?bLvGK
z<T%ia9$Ai)deI}xHmMigK*FV7G~ldDdeK!QkM*M2r&jf%6Q$bIPet{j8LiHo^{N-m
zR(jFwQ>%JWz3AjVvFG*zPwPc<1^T5geW|HG|M|~{Ui8oY*+1Jm4c;rD7k#hEJDt&s
z&UyRU{roL2xU;_*)tO%}n(qO<X!fa9z34=#_UJ_?R(jEiQt#1=HbofdMFY;Zq!-;l
zj+cGrtkaZU^r+O6deNo`1HEX#*_QO88_4leFM4FTn$(M4$*l8w(N!al^`hCQR`sG2
zrQTC#PQ7S@90z*QBg=78FM4FzCiS8lNVwFC2Ap+CFS=^vv0gO$)T&-|qEvhOsi<Bw
zqt%(SUiG5cN-vsyYE>_)7oFTE_S|0JIlbsF{K7AU1oXH4w%_)vzxu09{rE;4Hb4HO
z_5!N5dhb9l`d*WFI-?hz^Y*j*`CDFaXMZ!QGrvFX@;#sz%|5lN7o8~89=+(qN-sK5
z>OFeVrU(PQXu#Q)^r9Qc@v_gHb(+$P9+i4hFWMAgpcf4|+mc>%136ymMUO03lX}rB
znRQ+-x@zRHUNrmEs$O)W)O+g8sTXaK<3KNZWI0aiMUO1oq+WCb372}&fU_>?MOTeH
z){ADJTGfkAlxj~u71fJov^sOvt6nr)=|!_ot?EVfqLcf?p4$sNrx*Pzf90=)1oQ`g
z@CP^N@BQBI4g3Gz-}`&pewQtv7j25?4D_ON=YDoSf6EK*>~BVO=GTkndq6LmeQH%N
zI#H@UdeMoMUUZ_=d-S4B5e9nEfU_;>MK_S+WuH0gG^H0kD)ppZv?;<sFB)*RCB5hd
za=g@w9$Bs?^`ciY>%3lc)yQMLX!fa9z34=#_tcqFFWMl-fnM~;a-7tQ9$B_Yz32uK
zF7=`TXI;{Zt{Qo)7tKDksu!Io)t-JTsu#^@b>^&By=b=5i)No%)r;yyC-;dxw-<Oq
zFZ%dC^65{1I`p4E^;18!Ie+nsUkv-d=X<_q+wZak^rB7ioPl0+?%dDr=Wltzo&C+I
z&is1Od=KbFvrnz+MJGzNM=v_D(u+=%dXHYTDZ)T68gRBHz32vVyzDb)ou>4nN2Q+B
zi#A0V=tTq0wxk!`K#rGs(Id;%q+aw&W}VlIt{Qo)7tKDksu!Io^`1I&>O~vmIM9n8
zS&ox>(Id+?sTbWq!lhm`;H*n}(N!al^`hCQR`sG2rP|X^MfIW?t<IeFsu#^xdeQ7t
zt9ntr=;S`J=k@|m=tY0>Cx0@;pP%~FrygHeHs{B`VELAB`Ihjm$A92{dyC5w(2G9#
zPSA_a!TZ_${4FoIv%eYDnO`rO?*YAN_Ni69=tQaZ=tU=1deMne@6n4kMHuKs1J1Uj
z7u`UPmwo1})0AHHsMM2s(WVFky=cJMmh_?<$njDydStnp)Qeuptn+%&RU?n}qS>cb
z^`aA{-cx5zy=a3R2YS&X%W+aKdSuxq^`aX{xYUaVoOMYrx@zRHUNrmEs$O)WRD1fV
zs9rRq)tR$i^`hBIFPeR7RWGU+o!lq(++N@bz389&bAK+BpO1flBl4g5Gk+$$>xX{m
zhmP+usTY0nJ)jqzgZH!h`CDFaXMZ!QGrwLm-vfHl>{F|H(TP&+(Th&3^r91`-lG?7
ziZIZN2Apk4FS>yoFZ;|{rzySYQK={OqD>J7deMNhE$Kx!kmIFZ^vH5GsTaMHS?Bel
zt41E{MYB(>>P06?y{FEcdeH_s4)mf&mgA&e^vJSJ>P0t@aH$s!IO~#Lbk)dXy=eBS
zRlVp$srK|!QN3tJt21Z4>P54aUNrmEs$NttI=N5mxxK)<?nNK}8a)4B3jNyGzIH_Z
z@gM*3(2G9)1NZO!ze;-iIj=UU7k%<4t{0ty_p|%?TV8Nye>18xzg{%o1A5WyQ>%K>
ziBj#+i%zWcq7$XwqZe(8FwlzzoNY-jx`7-o`^;IVDZS`XsVDWKO%Voq(SWlp=|wk?
z<E38o$Z|EQ7rl~M=k=niMjq=$vrnz+MJGzVr_P*u(FQpV^rA<W<D_2n$g)l9MK_Re
zsTU16>yln{)yQMLX!fa9z34=#_ViOxy=X?OGiSZ(MYEM&H2c)5UQ{nSxlio5y}-Nf
zMSt{1e>7yDzvuV-o-5(Uso>kc{oBKPzw(u@T)p>|=k=mb{`B>tbMSt4KYz;$?(A<y
zb>`QL=6gUdntf_jFFH}GJ$liJm0onB)O+-zO%Voq(SWlp=|wk?<7J;Y>olboJu3C2
zUbHE~Krb3_wk5sj26DXAiym37CiS9MGV8ovbk)dXy=eBSRlVp$srS^GQ!m;e$AMn-
z$a0+2iym3FNxkR>5-#<k0cTy(i>?}ZtQXBbwW=4LDAk^RDykRFXm#eSSG{Pq(u-!F
zTGfl{MJM-(J+~Kl*S+ZP|NXx|G@pOtZ~ToQ{OAAtpAYYS{AcdNdtY`*FZ$$<UN1Ta
z?`QY(x4hua{$^BXe!XbE2lS%Zr&jf%6Q$at7oAw?MJGzVM=#nGVW1ZcINOq5bOSkF
z_L;LzQ+m;(Qcvndn<5PKq5)@H(u-~&$4kBFk>zSqFM1`j&g(^2jXc(iW}jNsi%yh!
zPn|jSq78B!=tYk#$4R~Dk!73Ii*6v{QZE{C)+N2@s*%Tf(d<*JdeMne?dhkYdeMwl
zXU=-ni)JgmX!fa9y{KMva-Z09dx3Y_i#`t6A^3bOJswU4;je!6tKsdB|IGd4-?4|c
zzvhx&^vR#QUUUxL&+g}MdBL6i&8W`&deM9j=tZ+nt?ET5O0`EXI<eA=PLz6&UbHE~
zKrb3_wk5sj26DXYGiRNq^rA<lp45vrMHuKs1J1Uj7u`UPmwM47%hjY_^h#!(*Nd(i
zd8`-BKDDYBohbF5I&<np8{|09iym2ylX}r3%QmSO-9W;nUNqpWOM1~&Baii>*{4?Z
zq7$Xs(@#b9q8Y8uob{>~%~pER>{F|HQN8HoKC$Qa0`IgJ{i}cVuZH0Bv!DHJ=6!sT
z`Shnh9e%>&KX#vg!V9kIMW6hk>qY0_{p^1JmKWUF-;C<auNTetfL=8F)T&-|qEvhI
zq7y5<=tQaa=tY|%4D_M_XIs*XZXn0YK6BP-N-ug;>Pfw5Q-pzDG~jGYdeIH!c&QgX
zvRqB-MXzMmdA;bWk;i(`>{F|H(TP&;sWYcuv_Xyoz37qUIH?ysvTT!j(G4VA>O}+2
zx}+CfHS$<5ntf_jFFH}GJ^fTvFPhQn%vrB`(QKs`%|5lN7uAbS?h|`%FYxYq(Z|=2
z-}yU#XQ(|NOOO8>q4}@;_Q!wh{`Mcx2mJ;0q90W34fpFs=Yaj}e*Tsh+}YoZ>ddbf
z&G&#_H2c)5UUZ^Vd-S3cE4}DMsrTqbn<5PKq5)@H(u-~&$ICu*)@e#FdQ|F3y=YT}
zfnGG=Y)g944di&K7d^6EP3lFjWY&4T=&F&&deQ7tt9sFiQtzoVr(U!{jsv~uk>xn4
z7d^6UlX}q&BwXr61J1gn7hN^-STCA=YE>^fQK~)tR8%jT(dx`uuX@pJr5DXUwW=4@
zi%#wndu}iA?t0Om{^_62wdY$|eVpNM{~3LtUr;alfw<m$vtD#=*w60gZ+XF;{mrP(
z{Cd%R59md+Pp#@jCrY(PFFLW(i%yh!k6yGX!ay$?aJD7A=mv7U>@#Pbru3pmrJmG_
zHbofdMFY;Zq!-;lj+c7TBg@sKUi3<4o!5)58hNZ2%|5lN7o8~eo;q{tMH}Qe(2E{f
zj+1)PBg;0a7u`U@rCv1PtV?>)RU?n}qS>cb^`aA{+S5-(^`aTA&YbnC7tL0B(d<*J
zdQrXT<UX<I_5$y&7ybV4|Ngg9gytXe_)p&7{xkYOzo1_91983iX1(a#u%F$}-|~Vx
z`<qdn`Sqgt9?*+spIX(6PLyhoUUXum7o8~e9=&K&gn?c(;A~5J(GBEy*=No=P3c9C
zN<FC;ZHh3^iw2x+NiVvA953~vN0zHez37$9I<FU9HS$<5ntf_jFFH}`J$2^Pi#Et{
zpcg%|94GanN0x0;FS>z*OTB2oS(o&pt41E{MYB(>>P06?wWpto>P0hJojL1OFPg3N
zqS>cb^`d&w$$eta?FHUZFZ%d5B;We2-<ng;x3c>9Pu@Si@7(@ln*V}&(Ye)I*{K(u
zGxoFl`CDFaXMZ!QGrwLm-vfHl>{F|H(TP&+(Th&3^r91`-lG?7iZIZN2Apk4FS>yo
zFZ;|{rzySYQK={OqD>J7deMNhE$Kx!kmIFZ^vH5GsTaMHS?Belt41E{MYB(>>P06?
zy{FEcdeH_s4)mf&mgA&e^vJSJ>P0t@aH$s!IO~#Lbk)dXy=eBSRlVp$srK|!QN3tJ
zt21Z4>P54aUNrmEs$NttI=N5mxxK(U>P5fsg)h979CY$S9{=I{+kZ^+Ur;YPw|Xl(
z^`djees({9%M0%8Z$@?I*Nf(RKrfnoYE>^fQK~(9(TSB_bfVOI^rB4>271wevn}aG
zH<06HpE>I^r58Oa^`u_3DZ)T68gRBHz32vVywr;xS*|AaqE|BOyk2zG$YZ@|_Ni69
z=tQaa)R|K++91b)Ui8RvoYadRS++^N=mrul^`Zf1UDAuL8hNZ2%|5lN7o8~8o_;E-
z7tLsO=B!t}XtvUeW}jNsi|R!u_lZ5X7kEd#=pXt+e`u0=zLh<X|M30oKc@LFs281E
zy_KDM(K%y3yPv=11$Xv0qdN2JMe{wN7tKDksu!Io)gHa*#7ZwZQR+Q<(WVFky=cJM
zmh_?<$nmnzoOPPgiyoDFQZL#RVW1ZcINOq5bOSkF>P3$%SCe|tE17j(FS=^vv0gO$
z)T&-|qSSlp%&8Y`kmEovdSp3H>P3$%+oWD}0|}RU(SWlq=|xwKJl2b5pIX(6PLyg-
zKNZ!BX0$qU)~jALTj@o!Pp#@j^`eve#Gcy=yo+A+@oy>LN(egqA&>v?y?-IoH>zH=
zDV{UXi_V?<+5P-2FSxV68P%CzFPiTGy=eBSRlVp$srKkaCsumViBj*;i#A0V=tTq0
zwxk!`K#rGv=B(3{Ui7HclX}sn2m`%nz}c4cq8rHZQZIUBxti3AUdgQUdeK!QkM*M2
zr&jf%6Q$l$XHJhN8ss?8iym2ylX}r3%QmSO-9W;nUNqpWOM1~&Baii>*{4?Zq7$Xs
z(@#b9q8Y8uob{>~%~pER>{F|HQN8HoKC$Qa0`H<1{p)}IuMbntx3%pHU--i9KdIp_
zs23eVy{&C}(Ya(lyPv=11$Xv0qdN2JMe{wN7tKDksu!Io)gHa*#7ZwZQR+Q<(WVFk
zy=cJMmh_?<$nmnzoOPPgiyoDFQZL#RVW1ZcINOq5bOSkF>P3$%SCe|tE17j(FS=^v
zv0gO$)T&-|qSSlp%&8Y`kmEovdSp3H>P3$%+oWD}0|}RU(SWlq=|xwKJl2b5pIX(6
zPLyg-KNZ!BX0$qU)~jALTj@o!Pp#@j^`eve#Gcy=yo+A+cmM9+9YWCW{oe2W5USt(
z-QOL4<{$V2f8ay>%v-)iFZ$$<RWCXR?`QY(x4hua{$^BXe!XbE2lS%Zr&jf%6Q$at
z7oAw?MJGzVM=#nGVW1ZcINOq5bOSkF_L;LzQ+m;(Qcvndn<5PKq5)@H(u-~&$4kBF
zk>zSqFM1`j&g(^2jXc(iW}jNsi%yh!Pn|jSq78B!=tYk#$4R~Dk!73Ii*6v{QZE{C
z)+N2@s*%Tf(d<*JdeMne?dhkYdeMwlXU=-ni)JgmX!fa9y{KMva-Z09dx5v!i~h{d
z{7eWtA4~t>AN+$4q58M~_TSDw_VMo=KE#i`-&^#ePyS5xqI2+mc0Yg13-0W1Ms?=b
zi{^VkFPeR7RWCYGsy%wqiIrY-qSSlzqD>J7deMNhE$Kx!kmF^aIqNi~7d<NVq+YZs
z!ay$?aJD7A=mv7U)QcWjt|s-OS2F9oUUb#SW4&nhsa3t`M5*`GnNu&?Ajg4T^vH6Y
z)QcWjwn@F{1`;myq5)@J(u=Mdd8`-BKDDYBoha3wek!UL&1iMztXI8gw$h7cpIX(6
z>P08_i9NR$c<a6B5B}f}=CJd_<xh{tSoz2PwZHb)ZvSCTenGwHMCmQ=(TmP8``P{c
zEibsUzZun;|HJ)(`8sZT(aC467o8~89=+(qN-sK5>OFeVrU(PQXu#Q)^r9Qc@v_gH
zb(+$P9+i4hFWMAgpcf4|+mc>%136ymMUO03lX}rBnRQ+-x@zRHUNrmEs$O)W)O+g8
zsTXaK<3KNZWI0aiMUO1oq+WCb372}&fU_>?MOTeH){ADJTGfkAlxj~u71fJov^sOv
zt6nr)=|!_ot?EVfqLcf?p4$t&-Cp$ZFz(yF?b|}w`N#kGAOFy#-}PPJ6@K#X`dz>4
zL;vJEy-_dv<WEyCItTA(_w%>B;LiSLRA+v@Xub#ZqS>cb^`aA{+M^epSm{M4O1(!f
z+7w}+7Y#Vul3sKJIbQaevrbcb(W6pN>P4F(4D_M_XIs*XZXm}?z37qUYEmzHC9}@!
zMOTeH){ADJTGfkAlzLB{IrX9qavbPIk1WSYz37o;o79VLAmLIk8gSMnz38fu$9mE1
zQ>%K>iBj$9r=oh%j8<pPdew_&E4^s;sa3tGUUYJw*mHY<x7&;U!+-b>L(=(J`r;SA
z_@PPv*5CSD`G<e?t6%-lKm0at)Qdj(qtuJe!TZ_${4FoIv%eYDnO`rO?*YAN_Ni69
z=tQaZ=tU=1deMne@6n4kMHuKs1J1Uj7u`UPmwo1})0AHHsMM2s(WVFky=cJMmh_?<
z$njDydStnp)Qeuptn+%&RU?n}qS>cb^`aA{-cx5zy=a3R2YS&X%W+aKdSuxq^`aX{
zxYUaVoOMYrx@zRHUNrmEs$O)WRD1fVs9rRq)tR$i^`hBIFPeR7RWGU+o!lq(++N`A
z_M(5}kNlC4bbj)apL~<{>2X{SKm4)u13&NsxBtA}_ZQTQzAw?+-Jlnpd-k*Y`CDFa
zXMZ!QGyj|XnfVHOdeO<JtQVaq)gHa*#7ZwZQR+Q<(WVFky=cJMmh_?<$nmnzoOPPg
ziyoDFQZL#RVW1ZcINOq5bOSkF>P3$%SCe|tE17j(FS=^vv0gO$)T&-|qSSlp%&8Y`
zkmEovdSp3H>P3$%+oWD}0|}RU(SWlq=|xwKJl2b5pIX(6PLyg-KNZ!BX0$qU)~jAL
zTj@o!Pp#@j^`eve#Gcy=yv1Jh@u)ZVoPXj^{E0X8{LE)Q6aE&z^|$_3PXqO$Z+MS=
z(6{SF=VJZre*Tsh+}YoZ>ddbf&G&#_H2c)5UUZ^Vd-S3cE4}DMsrTqbn<5PKq5)@H
z(u-~&$ICu*)@jN&#G_JA>P4F(4D_M_XIs*XZXm}?z37qUYEmzHC9}@!MOTeH){ADJ
zTGfkAlzLB{IrX9qavbPIk1WSYz37o;o79VLAmLIk8gSMnz38fu$9mE1Q>%K>iBj$9
zr=oh%j8<pPdew_&E4^s;sa3tGUUYJw*mHY<x7dsR&A<6KL(KVDdi>Yw-_Y}Y|C97@
z{<nC;f5LD2+x4PP{s{D<bMSt4KYz;$?(A<yb>`QL=6gUdntf_jFFH}GJ$liJm0onB
z)O+-zO%Voq(SWlp=|wk?<7J;Y>olboJu3C2UbHE~Krb3_wk5sj26DXAiym37CiS9M
zGV8ovbk)dXy=eBSRlVp$srS^GQ!m;e$AMn-$a0+2iym3FNxkR>5-#<k0cTy(i>?}Z
ztQXBbwW=4LDAk^RDykRFXm#eSSG{Pq(u-!FTGfl{MJM-(J+~Kli@oUWtv(jNpkDOJ
zACq2m4&Kl1=Wltzo&C+I&is1Od=KbFvrnz+MJGzNM=v_D(u+=%dXHYTDZ)T68gRBH
zz32vVyzDb)ou>4nN2Q+Bi#A0V=tTq0wxk!`K#rGs(Id;%q+aw&W}VlIt{Qo)7tKDk
zsu!Io^`1I&>O~vmIM9n8S&ox>(Id+?sTbWq!lhm`;H*n}(N!al^`hCQR`sG2rP|X^
zMfIW?t<IeFsu#^xdeQ7tt9ntr=;S`J=k@}6(VKn5deJ9;pnB0cct5+JzvTsY_BW$C
z^Xo<PJ)jrOKDDYBoha2Fz39YBFFH}`J$lim2m`%nz}c4cq8rHZvd^4#n$n9Nm3mSy
z+7w}+7Y#Vul3sKJIbP~Tk1SV{deJMHbzU#JYUHtAH2c)5UUZ_=d+N-o7j2N^Kreb^
zIZo<Dk1X4yUUUNqmwM5Fvo7gHSB*T@i)No%)r(G)YEM5E)r)4dI&;>mUNl?jMYB(>
z>P7XUll#P;+Y9JLZ}t)EMW6hE>P6?^{p^1JmKWUF-;C<auNTetfL=8F)T&-|qEvhI
zq7y5<=tQaa=tY|%4D_M_XIs*XZXn0YK6BP-N-ug;>Pfw5Q-pzDG~jGYdeIH!c&QgX
zvRqB-MXzMmdA;bWk;i(`>{F|H(TP&;sWYcuv_Xyoz37qUIH?ysvTT!j(G4VA>O}+2
zx}+CfHS$<5ntf_jFFH}GJ^fTvFPhQn%vrB`(QKs`%|5lN7uAbS?h|`%FQ6B_*+;Aw
zeewsY7oCImv-|m5UT|lBGpaMcUNqkWdeQ7tt9sFiQti=;POS8z6Q$mx7j23#(2E9~
zZAmY>fgCUU%vq-?z35S?C-tID5e9nEfU_;>MK_S+rC#*Nay6+Jy^>ky^`fgr9_vN3
zPp#@jCrZ7i&YXJD200G&qDPkFq+ayMvQ6qmH;{0t7Y#V;l3sMx$YZ@|_Ni69=tQaZ
z^ixs2Xhy3uXT9o0vz1;n`_!slR4+QYPwct9fL`=wAF*Ea$sed*bPnFn?&oiL!JYlh
zsLuR)(R>f+MYB(>>P06?wMQ>HvC@l9lzNX|v?;<sFB)*RCB5hda=h#_XPu_>qDQ5k
z)QdJn80bX<&bFi%-9V0)deI}x)udkZN@ktci>?}ZtQXBbwW=4LDD|E?bLvGK<T%ia
z9$Ai)deI}xHmMigK*FV7G~ldDdeK!QkM*M2r&jf%6Q$bIPet{j8LiHo^{N-mR(jFw
zQ>%JWz3AjVvFG*zdeNJG#Cp*uf1rBNIe0(2pTFe=clI}<I`ivA^F5#!%|5lN7o8~8
z9=+(qN-sK5>OFeVrU(PQXu#Q)^r9Qc@v_gHb(+$P9+i4hFWMAgpcf4|+mc>%136ym
zMUO03lX}rBnRQ+-x@zRHUNrmEs$O)W)O+g8sTXaK<3KNZWI0aiMUO1oq+WCb372}&
zfU_>?MOTeH){ADJTGfkAlxj~u71fJov^sOvt6nr)=|!_ot?EVfqLcf?p4$uPMQ`>I
z>qVdZf$Bx);Qj1={+1Wq+24%n%&!;C_kdnB`_!slbfQ#y^r90hz34=#_vl5NA`JAR
z0cTs%i*6vt%RY0~X-Y48RO(5+Xj6oNUNqorOM1}_<antUJ+fR)>P4?))_J|?s*%Tf
z(d<*JdeMne@2NAVUbI1u1HI^x<v6JqJ+f?*deIFeT<S#w&bp)*T{ZGpFPeR7RWCYG
zsy+QwR4<y*>daZMdeLm97tKDksu$IZPVN(XZZDu0z1c^s7k%;vsu!Ju_p|%?TV8Ny
ze>18xzg{%o1A5WyQ>%K>iBj#+i%zWcq7$XwqZe(8FwlzzoNY-jx`7-o`^;IVDZS`X
zsVDWKO%Voq(SWlp=|wk?<E38o$Z|EQ7rl~M=k=niMjq=$vrnz+MJGzVr_P*u(FQpV
z^rA<W<D_2n$g)l9MK_ResTU16>yln{)yQMLX!fa9z34=#_ViOxy=X?OGiSZ(MYEM&
zH2c)5UQ{nSxlio5y?|cyW*@O$^vNHnUUUxL&+g}MdBL6i&8W`&deM9j=tZ+nt?ET5
zO0`EXI<eA=PLz6&UbHE~Krb3_wk5sj26DXYGiRNq^rA<lp45vrMHuKs1J1Uj7u`UP
zmwM47%hjY_^h#!(*Nd(id8`-BKDDYBohbF5I&<np8{|09iym2ylX}r3%QmSO-9W;n
zUNqpWOM1~&Baii>*{4?Zq7$Xs(@#b9q8Y8uob{>~%~pER>{F|HQN8HoKC$Qa0(#M#
zeZ+dvCx4)N(K&cOyPv=11$Xv0qdN2JMe{wN7tKDksu!Io)gHa*#7ZwZQR+Q<(WVFk
zy=cJMmh_?<$nmnzoOPPgiyoDFQZL#RVW1ZcINOq5bOSkF>P3$%SCe|tE17j(FS=^v
zv0gO$)T&-|qSSlp%&8Y`kmEovdSp3H>P3$%+oWD}0|}RU(SWlq=|xwKJl2b5pIX(6
zPLyg-KNZ!BX0$qU)~jALTj@o!Pp#@j^`eve#Gcy==tXb#5$i>t{DJC4=ivS9e*Tsh
z+}YoZ>ddbf&G&#_H2c)5UUZ^Vd-S3cE4}DMsrTqbn<5PKq5)@H(u-~&$ICu*)@e#F
zdQ|F3y=YT}fnGG=Y)g944di&K7d^6EP3lFjWY&4T=&F&&deQ7tt9sFiQtzoVr(U!{
zjsv~uk>xn47d^6UlX}q&BwXr61J1gn7hN^-STCA=YE>^fQK~)tR8%jT(dx`uuX@pJ
zr5DXUwW=4@i%#wndu}hF7rog>tQURq2dWpHgZH!h`CDFaXMZ!QGrwLm-vfHl>{F|H
z(TP&+(Th&3^r91`-lG?7iZIZN2Apk4FS>yoFZ;|{rzySYQK={OqD>J7deMNhE$Kx!
zkmIFZ^vH5GsTaMHS?Belt41E{MYB(>>P06?y{FEcdeH_s4)mf&mgA&e^vJSJ>P0t@
zaH$s!IO~#Lbk)dXy=eBSRlVp$srK|!QN3tJt21Z4>P54aUNrmEs$NttI=N5mxxIj1
z^kyHiUi8Tys9tmq-p}smZ+XF;{mrP({Cd%R59md+Pp#@jCrY(PFFLW(i%yh!k6yGX
z!ay$?aJD7A=mv7U>@#Pbru3pmrJmG_HbofdMFY;Zq!-;lj+c7TBg@sKUi3<4o!5)5
z8hNZ2%|5lN7o8~eo;q{tMH}Qe(2E{fj+1)PBg;0a7u`U@rCv1PtV?>)RU?n}qS>cb
z^`aA{+S5-(^`aTA&YbnC7tL0B(d<*JdQrXT<UX<I_5ym*n|;K3(I<bPdeJ#}Kf9m5
z<pp>4H={c9>qYZDpcl<PwW=4LDAgXl=)_7dI#KF9deNo`1HEX#*_QO88_4mp&zyCd
z(u*FIdQvai6k(tj4LIA9UUUOFUg|}UELW3y(JPsCUN5?8<gs2f`_!slbfVOI>ddJZ
zZII(YFM4D-PU=OEEZd}BbOQ;OdeMNhF6l*AjXc(iW}jNsi%yhkPd^pai)OSsbJnX~
zG+XIKvrnz+MfIYS`^28x3+P2}_7UqvpZtO9Md#rC?0){17u?z3jOxs<7tQy8UNrmE
zs$O)WRD1NI6Dz&wM5*`aMVlfF^r8W0ThfbeAjiu-bJl4}FM3q!Nxf)Ogn?c(;A~5J
z(GBEysTV!6TutgluVmJFz38fu$9mE1Q>%K>iBj*WGpAm(L5>5x=#k|(sTV!6Y?FG?
z4J2IZMFY;dq!(Q^@>nmLeQH%NI#H@U{Zv#hn$haaS+9E0Y^4{?KDDYB)r(H<6MJqi
zpclQ_N30ip@&~FHorCwY`}td5aA$ursx!Y{G~WYy(d<*JdeMne?a_-)tn{K2rQV|#
zZHh3^iw2x+NiVvA954IKS*Izz=uxRB^`cD?271wevn}aGH<06{Ui8RvHK`Z9l3C~V
zqN_$8>qWCqt?ET5O1-DfoO;m)IS%xqN0#HHUi8SaP3lEAkZ`FN4LIwPUUb#SW4&nh
zsa3t`M5*@lQ&GKWMyoStz3N4?m0mRa)T&-oFFLtT?76*wUi4-kv0n7aAE;h*4&Kl1
z=Wltzo&C+I&is1Od=KbFvrnz+MJGzNM=v_D(u+=%dXHYTDZ)T68gRBHz32vVyzDb)
zou>4nN2Q+Bi#A0V=tTq0wxk!`K#rGs(Id;%q+aw&W}VlIt{Qo)7tKDksu!Io^`1I&
z>O~vmIM9n8S&ox>(Id+?sTbWq!lhm`;H*n}(N!al^`hCQR`sG2rP|X^MfIW?t<IeF
zsu#^xdeQ7tt9ntr=;S`J=k@}6(VKn5deJ9;pnB0cct5+JzvTsY_BW$C^Xo<PJ)jrO
zKDDYBoha2Fz39YBFFH}`J$lim2m`%nz}c4cq8rHZvd^4#n$n9Nm3mSy+7w}+7Y#Vu
zl3sKJIbP~Tk1SV{deJMHbzU#JYUHtAH2c)5UUZ_=d+N-o7j2N^Kreb^IZo<Dk1X4y
zUUUNqmwM5Fvo7gHSB*T@i)No%)r(G)YEM5E)r)4dI&;>mUNl?jMYB(>>P7XUll#P;
z+Y9JLZ}t)EMW6hE>P6?^{p^1JmKWUF-;C<auNTetfL=8F)T&-|qEvhIq7y5<=tQaa
z=tY|%4D_M_XIs*XZXn0YK6BP-N-ug;>Pfw5Q-pzDG~jGYdeIH!c&QgXvRqB-MXzMm
zdA;bWk;i(`>{F|H(TP&;sWYcuv_Xyoz37qUIH?ysvTT!j(G4VA>O}+2x}+CfHS$<5
zntf_jFFH}GJ^fTvFPhQn%vrB`(QKs`%|5lN7uAbS?h|`%FQ6B_*+;AweewsY7oCIm
zv-|m5UT|lBGpaMcUNqkWdeQ7tt9sFiQti=;POS8z6Q$mx7j23#(2E9~ZAmY>fgCUU
z%vq-?z35S?C-tID5e9nEfU_;>MK_S+rC#*Nay6+Jy^>ky^`fgr9_vN3Pp#@jCrZ7i
z&YXJD200G&qDPkFq+ayMvQ6qmH;{0t7Y#V;l3sMx$YZ@|_Ni69=tQaZ^ixs2Xhy3u
zXT9o0vz1;n`_!slR4+QYPwct9fL`=wAF*Ea$sed*bPnFn?&oiL!JYlhsLuR)(R>f+
zMYB(>>P06?wMQ>HvC@l9lzNX|v?;<sFB)*RCB5hda=h#_XPu_>qDQ5k)QdJn80bX<
z&bFi%-9V0)deI}x)udkZN@ktci>?}ZtQXBbwW=4LDD|E?bLvGK<T%ia9$Ai)deI}x
zHmMigK*FV7G~ldDdeK!QkM*M2r&jf%6Q$bIPet{j8LiHo^{N-mR(jFwQ>%JWz3AjV
zvFG*zdeNJG#Cp*uf1rBNIe0(2pTFe=clI}<I`ivA^F5#!%|5lN7o8~89=+(qN-sK5
z>OFeVrU(PQXu#Q)^r9Qc@v_gHb(+$P9+i4hFWMAgpcf4|+mc>%136ymMUO03lX}rB
znRQ+-x@zRHUNrmEs$O)W)O+g8sTXaK<3KNZWI0aiMUO1oq+WCb372}&fU_>?MOTeH
z){ADJTGfkAlxj~u71fJov^sOvt6nr)=|!_ot?EVfqLcf?p4$uPMQ`>I>qVdZf$Bx)
z;Qj1={+1Wq+24%n%&!;C_kdnB`_!slbfQ#y^r90hz34=#_vl5NA`JAR0cTs%i*6vt
z%RY0~X-Y48RO(5+Xj6oNUNqorOM1}_<antUJ+fR)>P4?))_J|?s*%Tf(d<*JdeMne
z@2NAVUbI1u1HI^x<v6JqJ+f?*deIFeT<S#w&bp)*T{ZGpFPeR7RWCYGsy+QwR4<y*
z>daZMdeLm97tKDksu$IZPVN(XZZDu0z1c^s7k%;vsu!Ju_p|%?TV8Nye>18xzg{%o
z1A5WyQ>%K>iBj#+i%zWcq7$XwqZe(8FwlzzoNY-jx`7-o`^;IVDZS`XsVDWKO%Voq
z(SWlp=|wk?<E38o$Z|EQ7rl~M=k=niMjq=$vrnz+MJGzVr_P*u(FQpV^rA<W<D_2n
z$g)l9MK_ResTU16>yln{)yQMLX!fa9z34=#_ViOxy=X?OGiSZ(MYEM&H2c)5UQ{nS
zxlio5y?|cyW*@O$^vNHnUUUxL&+g}MdBL6i&8W`&deM9j=tZ+nt?ET5O0`EXI<eA=
zPLz6&UbHE~Krb3_wk5sj26DXYGiRNq^rA<lp45vrMHuKs1J1Uj7u`UPmwM47%hjY_
z^h#!(*Nd(id8`-BKDDYBohbF5I&<np8{|09iym2ylX}r3%QmSO-9W;nUNqpWOM1~&
zBaii>*{4?Zq7$Xs(@#b9q8Y8uob{>~%~pER>{F|HQN8HoKC$Qa0(#M#eZ+dvCx4)N
z(K&cOyPv=11$Xv0qdN2JMe{wN7tKDksu!Io)gHa*#7ZwZQR+Q<(WVFky=cJMmh_?<
z$nmnzoOPPgiyoDFQZL#RVW1ZcINOq5bOSkF>P3$%SCe|tE17j(FS=^vv0gO$)T&-|
zqSSlp%&8Y`kmEovdSp3H>P3$%+oWD}0|}RU(SWlq=|xwKJl2b5pIX(6PLyg-KNZ!B
zX0$qU)~jALTj@o!Pp#@j^`eve#Gcy==tXb#5$i>t{DJC4=ivS9e*Tsh+}YoZ>ddbf
z&G&#_H2c)5UUZ^Vd-S3cE4}DMsrTqbn<5PKq5)@H(u-~&$ICu*)@e#FdQ|F3y=YT}
zfnGG=Y)g944di&K7d^6EP3lFjWY&4T=&F&&deQ7tt9sFiQtzoVr(U!{jsv~uk>xn4
z7d^6UlX}q&BwXr61J1gn7hN^-STCA=YE>^fQK~)tR8%jT(dx`uuX@pJr5DXUwW=4@
zi%#wndu}hF7rog>tQURq2dWpHgZH!h`CDFaXMZ!QGrwLm-vfHl>{F|H(TP&+(Th&3
z^r91`-lG?7iZIZN2Apk4FS>yoFZ;|{rzySYQK={OqD>J7deMNhE$Kx!kmIFZ^vH5G
zsTaMHS?Belt41E{MYB(>>P06?y{FEcdeH_s4)mf&mgA&e^vJSJ>P0t@aH$s!IO~#L
zbk)dXy=eBSRlVp$srK|!QN3tJt21Z4>P54aUNrmEs$NttI=N5mxxIj1^kyHiUi8Ty
zs9tmq-p}smZ+XF;{mrP({Cd%R59md+Pp#@jCrY(PFFLW(i%yh!k6yGX!ay$?aJD7A
z=mv7U>@#Pbru3pmrJmG_HbofdMFY;Zq!-;lj+c7TBg@sKUi3<4o!5)58hNZ2%|5lN
z7o8~eo;q{tMH}Qe(2E{fj+1)PBg;0a7u`U@rCv1PtV?>)RU?n}qS>cb^`aA{+S5-(
z^`aTA&YbnC7tL0B(d<*JdQrXT<UX<I_5ym*n|;K3(I<bPdeJ#}Kf9m5<pp>4H={c9
z>qYZDpcl<PwW=4LDAgXl=)_7dI#KF9deNo`1HEX#*_QO88_4mp&zyCd(u*FIdQvai
z6k(tj4LIA9UUUOFUg|}UELW3y(JPsCUN5?8<gs2f`_!slbfVOI>ddJZZII(YFM4D-
zPU=OEEZd}BbOQ;OdeMNhF6l*AjXc(iW}jNsi%yhkPd^pai)OSsbJnX~G+XIKvrnz+
zMfIYS`^28x3+P2}_7UqvpZtO9Md#rC?0){17u?z3jOxs<7tQy8UNrmEs$O)WRD1NI
z6Dz&wM5*`aMVlfF^r8W0ThfbeAjiu-bJl4}FM3q!Nxf)Ogn?c(;A~5J(GBEysTV!6
zTutgluVmJFz38fu$9mE1Q>%K>iBj*WGpAm(L5>5x=#k|(sTV!6Y?FG?4J2IZMFY;d
zq!(Q^@>nmLeQH%NI#H@U{Zv#hn$haaS+9E0Y^4{?KDDYB)r(H<6MJqipclQ_N30ip
z@&~FHorCwY`}td5aA$ursx!Y{G~WYy(d<*JdeMne?a_-)tn{K2rQV|#ZHh3^iw2x+
zNiVvA954IKS*Izz=uxRB^`cD?271wevn}aGH<06{Ui8RvHK`Z9l3C~VqN_$8>qWCq
zt?ET5O1-DfoO;m)IS%xqN0#HHUi8SaP3lEAkZ`FN4LIwPUUb#SW4&nhsa3t`M5*@l
zQ&GKWMyoStz3N4?m0mRa)T&-oFFLtT?76*wUi4-kv0n7aAE;h*4&Kl1=Wltzo&C+I
z&is1Od=KbFvrnz+MJGzNM=v_D(u+=%dXHYTDZ)T68gRBHz32vVyzDb)ou>4nN2Q+B
zi#A0V=tTq0wxk!`K#rGs(Id;%q+aw&W}VlIt{Qo)7tKDksu!Io^`1I&>O~vmIM9n8
zS&ox>(Id+?sTbWq!lhm`;H*n}(N!al^`hCQR`sG2rP|X^MfIW?t<IeFsu#^xdeQ7t
zt9ntr=;S`J=k@}6(VKn5deJ9;pnB0cct5+JzvTsY_BW$C^Xo<PJ)jrOKDDYBoha2F
zz39YBFFH}`J$lim2m`%nz}c4cq8rHZvd^4#n$n9Nm3mSy+7w}+7Y#Vul3sKJIbP~T
zk1SV{deJMHbzU#JYUHtAH2c)5UUZ_=d+N-o7j2N^Kreb^IZo<Dk1X4yUUUNqmwM5F
zvo7gHSB*T@i)No%)r(G)YEM5E)r)4dI&;>mUNl?jMYB(>>P7XUll#P;+Y9JLZ}t)E
zMW6hE>P6?^{p^1JmKWUF-;C<auNTetfL=8F)T&-|qEvhIq7y5<=tQaa=tY|%4D_M_
zXIs*XZXn0YK6BP-N-ug;>Pfw5Q-pzDG~jGYdeIH!c&QgXvRqB-MXzMmdA;bWk;i(`
z>{F|H(TP&;sWYcuv_Xyoz37qUIH?ysvTT!j(G4VA>O}+2x}+CfHS$<5ntf_jFFH}G
zJ^fTvFPhQn%vrB`(QKs`%|5lN7uAbS?h|`%FQ6B_*+;AweewsY7oCImv-|m5UT|lB
zGpaMcUNqkWdeQ7tt9sFiQti=;POS8z6Q$mx7j23#(2E9~ZAmY>fgCUU%vq-?z35S?
zC-tID5e9nEfU_;>MK_S+rC#*Nay6+Jy^>ky^`fgr9_vN3Pp#@jCrZ7i&YXJD200G&
zqDPkFq+ayMvQ6qmH;{0t7Y#V;l3sMx$YZ@|_Ni69=tQaZ^ixs2Xhy3uXT9o0vz1;n
z`_!slR4+QYPwct9fL`=wAF*Ea$sed*bPnFn?&oiL!JYlhsLuR)(R>f+MYB(>>P06?
zwMQ>HvC@l9lzNX|v?;<sFB)*RCB5hda=h#_XPu_>qDQ5k)QdJn80bX<&bFi%-9V0)
zdeI}x)udkZN@ktci>?}ZtQXBbwW=4LDD|E?bLvGK<T%ia9$Ai)deI}xHmMigK*FV7
zG~ldDdeK!QkM*M2r&jf%6Q$bIPet{j8LiHo^{N-mR(jFwQ>%JWz3AjVvFG*zdeNJG
z#Cp*uf1rBNIe0(2pTFe=clI}<I`ivA^F5#!%|5lN7o8~89=+(qN-sK5>OFeVrU(PQ
zXu#Q)^r9Qc@v_gHb(+$P9+i4hFWMAgpcf4|+mc>%136ymMUO03lX}rBnRQ+-x@zRH
zUNrmEs$O)W)O+g8sTXaK<3KNZWI0aiMUO1oq+WCb372}&fU_>?MOTeH){ADJTGfkA
zlxj~u71fJov^sOvt6nr)=|!_ot?EVfqLcf?p4$uPMQ`>I>qVdZf$Bx);Qj1={+1Wq
z+24%n%&!;C_kdnB`_!slbfQ#y^r90hz34=#_vl5NA`JAR0cTs%i*6vt%RY0~X-Y48
zRO(5+Xj6oNUNqorOM1}_<antUJ+fR)>P4?))_J|?s*%Tf(d<*JdeMne@2NAVUbI1u
z1HI^x<v6JqJ+f?*deIFeT<S#w&bp)*T{ZGpFPeR7RWCYGsy+QwR4<y*>daZMdeLm9
z7tKDksu$IZPVN(XZZDu0z1c^s7k%;vsu!Ju_p|%?TV8Nye>18xzg{%o1A5WyQ>%K>
ziBj#+i%zWcq7$XwqZe(8FwlzzoNY-jx`7-o`^;IVDZS`XsVDWKO%Voq(SWlp=|wk?
z<E38o$Z|EQ7rl~M=k=niMjq=$vrnz+MJGzVr_P*u(FQpV^rA<W<D_2n$g)l9MK_Re
zsTU16>yln{)yQMLX!fa9z34=#_ViOxy=X?OGiSZ(MYEM&H2c)5UQ{nSxlio5y?|cy
zW*@O$^vNHnUUUxL&+g}MdBL6i&8W`&deM9j=tZ+nt?ET5O0`EXI<eA=PLz6&UbHE~
zKrb3_wk5sj26DXYGiRNq^rA<lp45vrMHuKs1J1Uj7u`UPmwM47%hjY_^h#!(*Nd(i
zd8`-BKDDYBohbF5I&<np8{|09iym2ylX}r3%QmSO-9W;nUNqpWOM1~&Baii>*{4?Z
zq7$Xs(@#b9q8Y8uob{>~%~pER>{F|HQN8HoKC$Qa0(#M#eZ+dvCx4)N(K&cOyPv=1
z1$Xv0qdN2JMe{wN7tKDksu!Io)gHa*#7ZwZQR+Q<(WVFky=cJMmh_?<$nmnzoOPPg
ziyoDFQZL#RVW1ZcINOq5bOSkF>P3$%SCe|tE17j(FS=^vv0gO$)T&-|qSSlp%&8Y`
zkmEovdSp3H>P3$%+oWD}0|}RU(SWlq=|xwKJl2b5pIX(6PLyg-KNZ!BX0$qU)~jAL
zTj@o!Pp#@j^`eve#Gcy==tXb#5$i>t{DJC4=ivS9e*Tsh+}YoZ>ddbf&G&#_H2c)5
zUUZ^Vd-S3cE4}DMsrTqbn<5PKq5)@H(u-~&$ICu*)@e#FdQ|F3y=YT}fnGG=Y)g94
z4di&K7d^6EP3lFjWY&4T=&F&&deQ7tt9sFiQtzoVr(U!{jsv~uk>xn47d^6UlX}q&
zBwXr61J1gn7hN^-STCA=YE>^fQK~)tR8%jT(dx`uuX@pJr5DXUwW=4@i%#wndu}hF
z7rog>tQURq2dWpHgZH!h`CDFaXMZ!QGrwLm-vfHl>{F|H(TP&+(Th&3^r91`-lG?7
ziZIZN2Apk4FS>yoFZ;|{rzySYQK={OqD>J7deMNhE$Kx!kmIFZ^vH5GsTaMHS?Bel
zt41E{MYB(>>P06?y{FEcdeH_s4)mf&mgA&e^vJSJ>P0t@aH$s!IO~#Lbk)dXy=eBS
zRlVp$srK|!QN3tJt21Z4>P54aUNrmEs$NttI=N5mxxIj1^kyHiUi8Tys9tmq-p}sm
zZ+XF;{mrP({Cd%R59md+Pp#@jCrY(PFFLW(i%yh!k6yGX!ay$?aJD7A=mv7U>@#Pb
zru3pmrJmG_HbofdMFY;Zq!-;lj+c7TBg@sKUi3<4o!5)58hNZ2%|5lN7o8~eo;q{t
zMH}Qe(2E{fj+1)PBg;0a7u`U@rCv1PtV?>)RU?n}qS>cb^`aA{+S5-(^`aTA&YbnC
z7tL0B(d<*JdQrXT<UX<I_5ym*n|;K3(I<bPdeJ#}Kf9m5<pp>4H={c9>qYZDpcl<P
zwW=4LDAgXl=)_7dI#KF9deNo`1HEX#*_QO88_4mp&zyCd(u*FIdQvai6k(tj4LIA9
zUUUOFUg|}UELW3y(JPsCUN5?8<gs2f`_!slbfVOI>ddJZZII(YFM4D-PU=OEEZd}B
zbOQ;OdeMNhF6l*AjXc(iW}jNsi%yhkPd^pai)OSsbJnX~G+XIKvrnz+MfIYS`^28x
z3+P2}_7UqvpZtO9Md#rC?0){17u?z3jOxs<7tQy8UNrmEs$O)WRD1NI6Dz&wM5*`a
zMVlfF^r8W0ThfbeAjiu-bJl4}FM3q!Nxf)Ogn?c(;A~5J(GBEysTV!6TutgluVmJF
zz38fu$9mE1Q>%K>iBj*WGpAm(L5>5x=#k|(sTV!6Y?FG?4J2IZMFY;dq!(Q^@>nmL
zeQH%NI#H@U{Zv#hn$haaS+9E0Y^4{?KDDYB)r(H<6MJqipclQ_N30ip@(21Rz37*|
z^ripvoBh|<zV@}JiS@Jlr~Ms2j(?;6W>jZ>y=eXr^`hCQR`sG2rP`wxomlBbCrZ6X
zFWMAgpcf4|+mc>%136yynX^t)deNg&PwGXRA`JAR0cTs%i*6vtOTFlk<!VwddL^^Y
z>qS?MJl2b5pIX(6PLz62ojLWQ4RRdlMUO1UNxkTiWt-HCZXn@OFB)*xCB5jXk;i(`
z>{F|H(TP&+>8GN4(TrAS&U)30W-GmD_Ni69s9tn(pV)JI0lnzWK4QJ-lRwZm=|z9v
z@B4k9_-6n0xzBy>X=45C{%L>5kK^B{zZun;UoV<JM7?PCsa3t`M5*@ZMJHBz(TP&;
z(Tg@k80bX<&bFi%-9V0)edeswlwS0x)RTJArU(PQXu#Q)^r9Qc@lr2(WVxEui(bjB
z^Lo)$Baii>*{4?Zq7$XwQ)f=SXoDOFdeI}xaZ)dOWZ5S5q8muK)Qbk3bxAL}YUHtA
zH2c)5UUZ^Vd-|!UUNocCnX_K?qS;C>ntf_jFRB-v+$Z+jUO+E;vyWIW`s5E(FFFVB
zXZQ2Byx`9MW>jZ>y=cA%^rG3PR`sG2rP`wxomlBbCrZ6XFWMAgpcf4|+mc>%136yy
znX^t)deNg&PwGXRA`JAR0cTs%i*6vtOTFlk<!VwddL^^Y>qS?MJl2b5pIX(6PLz62
zojLWQ4RRdlMUO1UNxkTiWt-HCZXn@OFB)*xCB5jXk;i(`>{F|H(TP&+>8GN4(TrAS
z&U)30W-GmD_Ni69s9tn(pV)JI0lnzWK4QJ-lRr?s=p4MC-Ou0hf;;=0QJwkqqWK=s
zi)No%)r(G)YL8xYVx<?IDD@t_Xj6oNUNqorOM1}_<apU<&N@x$MUP57sTXaEFwlzz
zoNY-jx`7-o^`b|Xt4Y1+mCQP?7hN^-STCA=YE>^fQR+Q)=G2Qe$Z?<-J+d4p^`b|X
zZBj3~frLxFXuw&Q^rEXq9_vN3Pp#@jCrY)apNi^5Gg_TF>s2qBt@NVVr&jf%deO;!
zV$bab^rAQWi1ngR{y_DjbMSt4KYz;$?(A<yb>`QL=6gUdntf_jFFH}GJ$liJm0onB
z)O+-zO%Voq(SWlp=|wk?<7J;Y>olboJu3C2UbHE~Krb3_wk5sj26DXAiym37CiS9M
zGV8ovbk)dXy=eBSRlVp$srS^GQ!m;e$AMn-$a0+2iym3FNxkR>5-#<k0cTy(i>?}Z
ztQXBbwW=4LDAk^RDykRFXm#eSSG{Pq(u-!FTGfl{MJM-(J+~Loi{9)b){8#*1ASY)
z=zsU$f7f69-+uH7|L=eKU;mF!EPs9ObDw*fSU<ae+TZcx_&4frMs?=bi{=keFPeR7
zRWCYGsy%wqiIrY-qSSlzqD>J7deMNhE$Kx!kmF^aIqNi~7d<NVq+YZs!ay$?aJD7A
z=mv7U)QcWjt|s-OS2F9oUUb#SW4&nhsa3t`M5*`GnNu&?Ajg4T^vH6Y)QcWjwn@F{
z1`;myq5)@J(u=Mdd8`-BKDDYBoha3wek!UL&1iMztXI8gw$h7cpIX(6>P08_i9NR$
z(2L&eBi4&P`2&4hz3Bh&KmE`D`~UT`Pxya7{3Bmpa?wxdMW1}byzk$xzZun;UoV=)
z^rG3PR`sG2rP`wxomlBbCrZ6XFWMAgpcf4|+mc>%136ymMUO03lX}rBnRQ+-x@zRH
zUNrmEs$O)W)O+-zO%Voq(SWlp=|wk?<E38o$Z|EQ7rl~M=k=niMjq=$vrnz+MJGzN
zM=v_G(u)qE9^3Sy6Dz&wM5*@lQ&GKWM$?OCpLJC)x@ugF^`d&wt9!%zO9|*jZ}xHP
zMW6hE>P6?^{p^1JmKWUF-;DI4lTTkSI#JS#PLyhoUUXum7o8~e9=&K&gn?c(;A~5J
z(GBEy*=No=P5HksdQ|F3y=YT}fnGG=Y)g944di&K7d^6EP3lFjWY&4T=&F&&deQ7t
zt9sFiQt#1=HbofdMFY;Zq!-;lj+c7TBg=78FM4Eo@1$Pzy(U*PdeJMHbzU#JYUFW0
z71fJoD7|R*Sy%O<tH#w>FRB;4x;M<flz?9JW*@g+^vNHnUUUxL&+g}MdBL6i%}6gg
z`SkUo6D7Uq|Ht0jyzJK<W!n8OHBK4?vHt**7Gn$uqQrb4LU5o12|5!;iWs9&?16|*
zL|>9P3JDkoiZKupQM46;C@A>dejA&<`aSXNqV8JfQ%~;4%k<vIL$kY9RqZ?Z9cyu?
z_HP|A8%pZI7u~SJ7u`^D55A~TgaBVOz-c9X(FSB(dgjCz9r?5*zGwq7F7ZW2EMpR1
zbi~q<_@WI+UgC>pKC0r2ZYZe-Uv$F?UvxvsJ@}$V5dwVC0H>AkMH`TDi7z^08I$;;
zBbJv*e9@OoP8odB6PcRF7p*jM>|0TM(F_V-H1nxde9=nd6yuBHi=NH~`CAdd7roea
z<BL9dL-9rTz<qbWf8~aq{xZTB-RwTT=!O!$=!TMd@I^PQ@I^P2+=DM_6d}MD4RBfs
zU$g-km!3KCMMpj@i7(oKj7xmc5zCmw7ag&*B)(_^l9%|RnUAXYq8m!;!57`I!WZ38
zau2?!QG@_rG{9*ke9;DET;hw4SjHs2=!oTI5?}NslT!v?^hBoS@kJ|*9Q#%jUo?Zl
z7tMTX6<@T{IK}v)_@bw?LH<?*@I^1S-T0zU-cWqeJ#gRM?_arLr@xHwMK`;TFS?<G
zFS?<m9(>UaD}2!nCHLTq8bt{3MFX5x!WV5o#-(RYe9@6lOX7<*Amb8Wbi^_y@kK{0
zEr~DMfaE2<Xy&6TzUYRMdhkUztnfuQl-z?aY7`;B7Y%S)3174U8JGB?BbG6VFFIm*
znZy@;$>fy57d?@wd3@1IBgeiK#TU(>@I^D9TE!QwG)^(TD8A_FY>>Yd0esPmZ8yH?
zlQ$G!bPwEj_xo3F*y%4Le9_JB<BM)6;fro4sRv(l!wO$?L&-h(qDBz{e9-`>mGDIy
zka6jm6JK=X(~|h24am5}7ag&TNqo@}OH1O5HXwP4FPizNiZ8mMq#k_H4J&-n4JG&B
ziyB1;@I?chR>Bu;K*lA$=!j)Z;){-0UMBHHUotsm@I_B#Y93#-(#WxIMe#*5D16b(
zr&jSrD~(f(FN!aEIveC~MF3y)V%v=``s5A87u^H*-TnTR8+Q832w!xw`}m?8O8BB1
zO6tKE-LS$J-B5B5zNk@z0ADn~X(fEo24q}%=EN5r`LrayXah1X@kK{0V-jC<#L|-Z
zq76u1;)`ZJs^W`oD5(cubi)c?bVJEK_@YJ;0({W`r<L$U8<25{FFIlwllY<|mX}F<
z(U(k48GO+bnVQEJtu%7%TTy(`3<_T~^Ql#Q(MsbK<BQ^pp3VmOTM@t)z1Vi+i#~Zn
z@kRH*eRscq<%XU9GQt<#>^{Eeh7!K$hLU>lMK`SQMK_e(gD+|nA;1?6a9Rmpv;i5H
zo;mSFM?NiyFWP{NOMKB0%b3I$9kH||zGwrIm-wQYkE-~h8%pZI7u~SJ7u`^D55A~T
zgaBVOz-c9X(FSB(;){-0#w5Pzh~;GxU-TuDQwCr3M5gBPMJtUQ`&JZRG=sty&3tMV
zU$oLV#rUH5qNlS#{#FF=MK8A9_@YnVP<+unaNphUU%6qYzl`ujH@lB7x}k(Gx}l^V
ze9;Xne9;Xh_uz{fMF{Xk1DsaE7i~bsrDslj(UDI};)^yQ;}TzV#4;xFMMo?xi7(oK
z<R!jn=A$aU=!TMd@I^PQ@I^P2+=DM_6d}MD4RBfsU$g-km-wP1mNAJhI%0X5#20<Z
z<dne|J&~z-e9=lH$G#QC7tNsXMKhmT#TTtKPBFeHzUb*}kiQiHe9?<-H@@hTHxyrV
z58QY6`&Vw*=`SOE(arATi*6|4i*6{X2VZo<3SV?X$vya@MiByh(Ez8F@I@Ptap{>8
zUv%WtlK7$x$hgE89kGl_e9;k0OX7<*AbE)|n)#@TFS?<m9(>UaD}2!nCHLTq8bt{3
zMFX5x!WV5o#wEV!h-FOTi;h@cCh<jIGC5`NMNedE9$&Q5$gyul@kKKze9_FOR`EqE
zjZ=&-iZ6OP8{}_A0AKWC+l?>!<PF6a-2?aC{r;63cKXW*Uv#tk_@Wz1_@Wz1>cJP?
zu)-JJP;w8xs8NIfUo^mJC4A8aWL$dY#1|d;v?RW012Qi0MMo@S5?^%0(vtY14M<+%
zi)KEm;)`x5sRv(l!wO$?L&-h(qDBz{e9-`>mGDIyka3AGI${}<_@X10mq~olmrPC>
ze9;q`n#UKdG;-`)QGC%13STtysa1T@O5+sci{gu(&Ib8g5x^I{*mmQKK6yj&Mfbpc
zcfWt-hMoR0!WZ4_KECLN629n$l6vq(H>~hQH<a9iFKQGaz!wd0S_xmY0U4K`Iq^kD
zJ}rqa+JKBpe9;lhn8X(yv9u(<Xaka$_@bGQs`#QCO6tKE-LS$J-B5B5zNk@z0ADn~
zX(fEo24q~~i;h^vB);f~<z*6I^d*y124D0<rsnZQD~%lcRuo?}gTfchd}<Y6w9+`m
z_@eltr?Wx+Rs`@xFSgzIqEFsXe9=8{-`($DxnZZjjPOM_yN@rrp@c8Gp`;#s(G4qn
z(G4Z{;ENhX2=GM%oL0gYZ9vAQXHI<4kxxtFi#8zR5?^%0GA8jwM=ULgFWP|QCBA6p
zqbk1WhLU>lMK`SQMK_e(gD+|nA;1?6a9Rmpv;i5H_@X10F^MlaVtJXw7k$a(l))E0
zk*Rrn(Mlu7z7@q6&7kl_GoM<;7p*i-F}^6i=;>^bzZC&|(Ti<2zUY%T6kl`?+;{i;
zS8mwpFC%=>&F<riZYbf4ZYZe-Uv$F?UvxvsJ@}$V5dwVC0H>AkMH`TD>6sH>bmY^L
z_@WKSxWpG7v5ZN4(Gg2a;)^yQd5JHY`KXF7x}l^Ve9;Xne9;Xh_uz{fMF{Xk1DsaE
z7i~bsCBEp0WlZ9Wj#yqM@kL)UIc4xgPh@HyU$oN5v2R83MKdUT(afh-@kJ|*Q;aW)
zFM2u~<Znd)U-V+zjW7D-4aFDT1NYti{*@bc`pXDkbhG>Tq8m#1q8m!;!57`I!WZ38
zau2?!QG@_rG{9*ke9;DETzclj7ajSuB)(_^GA{8&M=WC!Uv$LMlK7$xNM7QLW<ILo
zi*6{X2VZo<3SV?X$vya@MiByh(Ez8F@I@PtafvTFVi}Y8q9c}<Nqo_lOimem(G!`P
z#}}<Ma_n1Ce9;UFUo`WnReaG(;}qkI;)|Zn2KieNz!$yPcH@gac|-9<_rQI3zklV1
zo&GYy7v1bWzUYP$zUYRMdhkUztnfuQl-z?aY7`;B7Y%S)3174U8JC_p@kK{IEr~DM
zfQ(Cg(Gkm-#1|d0v?RW01Cp2cqM47X_@Wz1>cJP?u)-JJP;w8xs8NIfUo^mJC4A8a
zWL)Blj#$PdzUYYMWfEWXC6iMIU-U$#=J7=<jU4+{6kjxh!WYeaY879!(m2KVqWGex
zvqAn=1n@;Kw%z!mPu@^`(LHeA-S1zyVW+>0@I^Pfk1x8RgfF_Gq#k_H4J&-n4JG&B
ziyB1;@I?chR>Bu;K*ptKPJGdkPfOy9HX!2?Uv$JWCh<i_EG>yI+JNLGzG&v7D!%B3
zl6vq(H>~hQH<a9iFKQGaz!wd0S_xmY0U4M0q9c|ui7z^0d6~o)eaYmM!52M|sd;?S
zN+ZX<6~!0LpzuXApIXHitu#(Cz9_!v>1>d{6#;zFi)}Z)=#w`TUvv-LclY~OZrJHB
zBYe@#?&FJYDB+84D5(cubi)c?bVJEK_@YJ;0({W`r<L$U8<277nG;`h<kOP)q7BHn
z#1|d0j7faa5lc(ri#8y6i7%S@sERMTp`;#s(G4qn(G4Z{;ENhX2=GM%oL0gYZ9v8)
zzUYW$OyY}<SY9UaMPD*GW$;B$WNIE?w9?42Z$<G%Gbnt~%%@iIMJtU{j4z5WdO92A
zZ$$uK^kUnMFZ$#S#TVTJ_uc*el^b^Y%Lrd|v-|j>8%p@18%pZI7u~SJ7u`^D55A~T
zgaBVOz-c9X(FSB(dgjCz9r?5*zGwq7F7ZW2EMpR1bi~q<_@WI+UgC>pKC0r2ZYZe-
zUv$F?UvxvsJ@}$V5dwVC0H>AkMH`TDi7z^08I$;;BbJv*e9@OoP8odB6PcRF7p*jM
z>|0TM(F_V-H1nxde9=nd6yuBHi=NH~`CAdd7roea<BL9dL-9rTz<qbWf8~aq{xZTB
z-RwTT=!O!$=!TMd@I^PQ@I^P2+=DM_6d}MD4RBfsU$g-km!3KCMMpj@i7(oKj7xmc
z5zCmw7ag&*B)(_^l9%|RnUAXYq8m!;!57`I!WZ38au2?!QG@_rG{9*ke9;DET;hw4
zSjHs2=!oTI5?}NslT!v?^hBoS@kJ|*9Q#%jUo?Zl7tMTX6<@T{IK}v)_@bw?LH<?*
z@I^1S-T0zU-cWqeJ#gRM?_arLr@xHwMK`;TFS?<GFS?<m9(>UaD}2!nCHLTq8bt{3
zMFX5x!WV5o#-(RYe9@6lOX7<*Amb8Wbi^_y@kK{0Er~DMfaE2<Xy&6TzUYRMdhkUz
ztnfuQl-z?aY7`;B7Y%S)3174U8JGB?BbG6VFFIm*nZy@;$>fy57d?@wd3@1IBgeiK
z#TU(>@I^D9TE!QwG)^(TD8A_FY>>Yd0esPmZ8yH?lQ$G!bPwEj_xo3F*y%4Le9_JB
z<BM)6;fro4sRv(l!wO$?L&-h(qDBz{e9-`>mGDIyka6jm6JK=X(~|h24am5}7ag&T
zNqo@}OH1O5HXwP4FPizNiZ8mMq#k_H4J&-n4JG&BiyB1;@I?chR>Bu;K*lA$=!j)Z
z;){-0UMBHHUotsm@I_B#Y93#-(#WxIMe#*5D16b(r&jSrD~(f(FN!aEIveC~MF3y)
zV%v=``s5A87u^H*-TnTR8+Q832w!xw`}m?8O8BB1O6tKE-LS$J-B5B5zNk@z0ADn~
zX(fEo24q}%=EN5r`LrayXah1X@kK{0V-jC<#L|-Zq76u1;)`ZJs^W`oD5(cubi)c?
zbVJEK_@YJ;0({W`r<L$U8<25{FFIlwllY<|mX}F<(U(k48GO+bnVQEJtu%7%TTy(`
z3<_T~^Ql#Q(MsbK<BQ^pp3VmOTM@t)z1Vi+i#~Zn@kRH*eRscq<%XU9GQt<#>^{Ee
zh7!K$hLU>lMK`SQMK_e(gD+|nA;1?6a9Rmpv;i5Ho;mSFM?NiyFWP{NOMKB0%b3I$
z9kH||zGwrIm-wQYkE-~h8%pZI7u~SJ7u`^D55A~TgaBVOz-c9X(FSB(;){-0#w5Pz
zh~;GxU-TuDQwCr3M5gBPMJtUQ`&JZRG=sty&3tMVU$oLV#rUH5qNlS#{#FF=MK8A9
z_@YnVP<+unaNphUU%6qYzl`ujH@lB7x}k(Gx}l^Ve9;Xne9;Xh_uz{fMF{Xk1DsaE
z7i~bsrDslj(UDI};)^yQ;}TzV#4;xFMMo?xi7(oK<R!jn=A$aU=!TMd@I^PQ@I^P2
z+=DM_6d}MD4RBfsU$g-km-wP1mNAJhI%0X5#20<Z<dne|J&~z-e9=lH$G#QC7tNsX
zMKhmT#TTtKPBFeHzUb*}kiQiHe9?<-H@@hTHxyrV58QY6`&Vw*=`SOE(arATi*6|4
zi*6{X2VZo<3SV?X$vya@MiByh(Ez8F@I@Ptap{>8Uv%WtlK7$x$hgE89kGl_e9;k0
zOX7<*AbE)|n)#@TFS?<m9(>UaD}2!nCHLTq8bt{3MFX5x!WV5o#wEV!h-FOTi;h@c
zCh<jIGC5`NMNedE9$&Q5$gyul@kKKze9_FOR`EqEjZ=&-iZ6OP8{}_A0AKWC+l?>!
z<PF6a-2?aC{r;63cKXW*Uv#tk_@Wz1_@Wz1>cJP?u)-JJP;w8xs8NIfUo^mJC4A8a
zWL$dY#1|d;v?RW012Qi0MMo@S5?^%0(vtY14M<+%i)KEm;)`x5sRv(l!wO$?L&-h(
zqDBz{e9-`>mGDIyka3AGI${}<_@X10mq~olmrPC>e9;q`n#UKdG;-`)QGC%13STty
zsa1T@O5+sci{gu(&Ib8g5x^I{*mmQKK6yj&MfbpccfWt-hMoR0!WZ4_KECLN629n$
zl6vq(H>~hQH<a9iFKQGaz!wd0S_xmY0U4K`Iq^kDJ}rqa+JKBpe9;lhn8X(yv9u(<
zXaka$_@bGQs`#QCO6tKE-LS$J-B5B5zNk@z0ADn~X(fEo24q~~i;h^vB);f~<z*6I
z^d*y124D0<rsnZQD~%lcRuo?}gTfchd}<Y6w9+`m_@eltr?Wx+Rs`@xFSgzIqEFsX
ze9=8{-`($DxnZZjjPOM_yN@rrp@c8Gp`;#s(G4qn(G4Z{;ENhX2=GM%oL0gYZ9vAQ
zXHI<4kxxtFi#8zR5?^%0GA8jwM=ULgFWP|QCBA6pqbk1WhLU>lMK`SQMK_e(gD+|n
zA;1?6a9Rmpv;i5H_@X10F^MlaVtJXw7k$a(l))E0k*Rrn(Mlu7z7@q6&7kl_GoM<;
z7p*i-F}^6i=;>^bzZHRd`l3JeQ$O|J{_USfyxH-`SJme}_qh*!=tJ**_q)I08@}P&
zzx~@k{NWFO{_~%I<e%{R=3hcR_@aAOZ%HS<=pLi*?)R_Uu+v{g_@bNL#~0mD!WZ38
zQV+i9h84c(hLU^mMU5f^_@V($E8&YaAmh?AC%)*&rzP=48<25{FFIlwllY<|mX^d9
zZ9wu8Uo`Vk6<>5iNj><Y8&>$D8%plM7d46y;EM)0t%NVyfQ(Cg(Gkm-#1|d0yiDSY
zzGQOB;ESHf)I7durIBObisFlAQ23&mPp#sMRvM=mUld>TbT-J}iogwh(Jy}Si(gm%
z`N&5;@`gM9_zR8qz3+YHrT-g#$9H_k<BmK3gjc?ve|W3ni#8zt-b;MZJz?M7?_arL
zr@xHwMK`;TFS?<GFS?<m9(>UaD}2!nCHLTq8bt{3MFX5x!WV5o#-(RYe9@6lOX7<*
zAmb8Wbi^_y@kK{0Er~DMfaE2<Xy&6TzUYRMdhkUztnfuQl-z?aY7`;B7Y%S)3174U
z8JGB?BbG6VFFIm*nZy@;$>fy57d?@wd3@1IBgeiK#TU(>@I^D9TE!QwG)^(TD8A_F
zY>>YdfxG#lk747z?|tw8)jhxN>)y~8ef;O|H-6(c)>m5mu6Mob@fWkFWAn<_Pe1mQ
z#}_@3`FG0Wi|)bt?tcHu4Lkj1q{;vBSM)c8u>T|Di*8uqi*6{X2VZo<3SV?X$vya@
zMiByh(Ez8F@I@Ptap{>;)70a)*4Rc;1n@;SCjnn{LrFdOq8nEDq8m!?!51}(5a5dj
zIIV;)+JKBpe9;lhDXE$BF@l~N$Ug|+i|&sBzUYP(zUYRMdhkV;tnfvbpdM}bq8nED
zq8m!;@vSJnXojYlQ_sf%%gr~h;)`w$0KO=`=;oZzb9n-H^F@E@mwxGCd%p9X@BEpc
z`59@S*%y6$Ouhg8?^owL-tmr4fBMspPtiy6@gKy$@+-gc$f)#z4}9Q}e0f@4`TENr
z_=XvL(Kkf&);8da?s@v|e*el1JN;#(nIB&?p8<T)%tuvx(G4Z_;EQfp;fro4xd&g=
zC_;cQ8sM}NzGwq7E<JN<n!*<yDLIKRY7`;B7Y%S)3174U8JGB?BbHMVU-U$#=J7=<
zjU3~PW<ILoi*6{nM>8kBsDX?DzUYW$OyY}<SXvTav;hgr#~r19O?~N0UkYuM@J07$
z0AF;&3SV?XNj<(5#TU)c^vhgNe9_DbUo`Vk6<-uzbaPJVxjcbe`J#`3UwY?n{Kjv5
z>QkTE_@bZv>}S>Xwzs|QkN^0O+j;n-Kl-CbUJbwXTffz+kL4?0fB6I7FoQ4phKSzU
z27J*yPv70|U%6qYzl=2V<BR4qfG?W)sERMTp`;#s(G4qn(G4Z{;ENhX2=GM%oL0gY
zZ9vAQXHHF1_@W~vC-Fs%A_VxN0ZuF7i#8zR5?^%0a!TThp2*ZZzG$V9V|>xfM^${$
z4JG$z=EN5@kTJj)9kGl_e9;k0OX7<*AYq9w8sO9tzG$V9V|>xfM^${$4JGyXRuo?}
zL(|NuC%$NAg)f@<sERL&FS<D=^jx06eSFc!XVG_m_jf<s&JTX@gO6=p`l8?UUEd`g
z^cR2e7stc!$gAOdzxR7zHoWrnmp||gGx(x!i0G|tz!%-~^xggbl^b^Y%SbanzGyxJ
z_@bGQs`#QCO6tKE-LS$J-B5B5zNk@z0ADn~X(fEo24q}%=F~KWFFI0k5?|CPLVzzC
z;ItCHXah1X@kK{0rzF1UiA>Goi&h#r#uv?eRK*wFP;!rEPJB@V83TOL5zCmw7ag&*
zB)(_^5|;R)0ZuL9i&h#r#uv?eRK*wFP*RU?Me#*5G|ilP;)`Zh_@bGQs`#S#qMLI<
z&*cf+#}|G4Psu;T&d2{b(8ph*KDKq^i#~o&$_0HqA2&qfVR+=-)6A|{zCQlTy<rkx
z^bHZcwGH^9d!D|#-@kIhPJbC`=5N1MZU`j*k?}<{A64;1H<Z+aFS=ocFS?=R9(+-w
z2m!umfYVC&q7BHn^vtPg3SV@j<RreRQG@_rG{9*ke9;DET;hw4SWZcN(G!`P#}}<M
za*QvU`KXF7x}oGA&7An61~LZtq9c|ui7z^0X-Rz11|%%;MFX5#!WXSHa*QvU`KXF7
zx}l^V--_akW@wr@^~4v=tnfuMA64;1@kKZ1gr3V2xQQ?N_>K4VU;p(FvGZde`<V80
z<BLB2C+6jXzUMvf2`AxERon0V-tX16SH50<)IP=+-Lra2I`KvK7=3rYf8~aq{xZ_c
zk1v|f0KRDEqbk1WhLU>lMK`SQMK_e(gD+|nA;1?6a9Rmpv;i5Ho;fv5;fs!xoWvJ3
ziV)z71~{#RFWP{NOMKB0%PEO3dLmQv_@b3Yj`2k^A64;1H<a9?nG;{sK*j)Hbi^_y
z@kK{0Er~DMfP^K!Xn<2o_@b3Yj`2k^A64;1H<Z-lTTy(`3{5kqp7^4f6~1WZqbj~A
zzUbzh&~teLH}OS(@CSeJp>)3Qeed(IvGGMe{_&4X1pV-bKO9cNhd%TnwSD3fpQvrG
ze7*jteT*-<XZ4nJ;*0Jv`tE-J$_+dHWu%!OUo@Wqe9_EDReaG6CH3HoZdl=qZYa42
zU(_f<fG-;0v=Y8(12Qf>b84Ex7ab`%i7#ptA;1?6a9Rmpv;i5H_@X10QxaeFM5gBP
zMJtUQ<BMiKs^W`oD7i;7C%&kGi~+vrh-FOTi;h@Y5?{0d2}^v@0H>DlMJtUQ<BMiK
zs^W`oD5=M{qE<Ne@7}6YGpC;TqIv7_MKd2&@kQ}PH|K<&%M-YRFZzWqd_g|v7r*#L
zZ|KGs{pp|nX}$Q-kABoIz6>5!wf)@B{amfS^7Z<o9DnkYpZx#gKR^7#Km7RR_D$dP
zO^;9JSN@~F#(CV}zw+l?`}KNt__%C+Q-9d6`I@i!PyhDMfBrB3_2)kMKc4Xa{`<#1
z_iz82|L6bzu^;=fH}&uNHO>0VuE!|*njdocciUIw<J0@{f8^Kv0cAMwYbrCWSBG!*
z*Hr$=*Q@%!0&u-Q+FST1@-K7!)x=}@7XI+-{V4sKdi({&_5NsY;h(7fntIHiZ{bhA
z-jC9+DSnyfoo&CS9)I_h`)^*=r5H13J_glrc>K!B%{Q;=@8tP4m5+gEPEAw%n##CD
ziC<Hh62GQ0pIX&_Q;C_gGI<%dUsI32s(RT&#sv5@Hi{7F(^#w?f1MsWDe1a_UsL%c
z)c<z;<6QA;D&X>U12bo!^eE{Ul%8BSWLEk$#iwzm)P7Cn=9^djYl>gy`6Sd|Q(QM>
zR=RFr=FF7zX{>Yg`1|49e7)*#|MqX=i`qaVxHEyv`=XEkZtpjL^EW?y&Y$>+pQszX
z@kM{&2Yx^z=%+vZ>H2PqA62zIT+Lc~<?HoFIezCm->KhSr{}kQ+qXSR?|8>M>exX1
zl}X^Mzxu1KZvIF4qCfOQKlGIehksWPfB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb
z2tWV=5P$##AOHafKmY;|cuNTU=5PL{Y^#TTZ4v9s3%>NFFFk~xhjjPlz0O+@_>U!U
zd0$ljM?T;6u6I5D2fr%njW7Cr-}ikIK|k}E&(wEY{HUt!A&Az}D_^fa$}zs^Tk;<P
zUm-sPU-T<vBlx!g0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz
z00ba#VFLJ~*3SrTPT<<U=pX*!AIjwX>}NmQHhSZWe(-}Ie2p*q%GcY!VJ-1Ruk;^G
z_@Y<ZP5vwpfB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY<?
znFR1fM-`3a4GCP>7yZ|N{nz)u|NRf)^ZUR5`(N(t#uxSfp!~1?>aV{13C{R`kN)vL
z?d{|vc;)N$M>)n9{mT5$lrQh!6~5?~$Bnlj009U<00Izz00bZa0SG_<0uX=z1Rwwb
z2tWV=5P$##AOHafKmY;|fB*y_uqS{oYW<Ah<^(S6i+=Q@AAQK8Z+qL@{_3y(>g6tP
zd{O;x**|{B$3FJ4mp{Q7{R=(Xe)ea7*2zck%Gc|Ua{PCH_jms@{`2!c|MOq<RbTb4
zcfIR>z51WO{_DSf{8D}VE57<CUHJz*cEkVC^A~^d7jNp1`n6yCwg2hg{`t@U<-h*i
zC;!J2{@;K9*ysN3U-SR`{~!6tN8Z%G=hrm<(?9)_SiR<lT>jlJed$X+QIFss{^1`k
z|3`k!AMh{#@-H8h{{HX({xv`3^6&o5-~5da)q~jO|GcmH1ODSb{^NtypZ(dNz2=8p
z{@s86=YRHzdIXQ(?U(-}zvd74m<=A3_%)RoYUb3rdd%&)`R3KfVDJF-W@pa3LG#S1
zL-qKrbvFWU>d*V<fBxqWP|Tbe+T&M~j??4$_?4BLZ(e=;N8W=HGiN>qnmK)_{^ei(
zCHLRF`WVh1tRB#A&LRKt^=Yg__4okH%{Q;=*Az2nJ_edO{cGy+S5>+H=2d~>(>Nak
zeHx3^<FC_m^UbS&`?r7l0L9FikAZ%f``6Ut|8z|5zjO5gN1&KF^D)rODOTKyW>&ft
zW#-J39;e8^qaHzSzIoNRqRgE6B-9hduc^#Rx1!9PnNs~Vb;DcH-~avJe<)Rte;((=
zBG#7|JbrgQl$(ci_vO9LTM+n<C2&<=^zrw84}tUX&oBS-FOP&bzUaq4{&D?~4}bW>
z;}22tQB~U~KJkg#_R81mkJ`t-@C(22_|5k4Mfb0qI_-;|8puBg=*vh$+T$<2-V~Fs
z1Yh(gfAS~a)W7G~G+Qxx%@4W!yZ#Ft9jeEr*yaDoulWPo7k$kSx%|7$7rp$S_ceb&
zDMpVkqu2b9%fI{h>*e}a6OZ5Rm;WQb<`1Y#vB!PuYktV(-)+9=<^Q~|`2$KZdb2a<
zYyK7gUwqdyr+!&Ierx@|_@{W<zi0WP%$yl`^F?#>&8t$39#i_wIpjZn)7l?@v7GyF
zUe(?G1KQ0w<UfA%MRW7btM)~2&LRKtHFNsA@9|evx&P)>f#TCRAA{zL=H{DM?Tg-=
zL;mA8t^J`x<o-KXA8_<*ikUMXgXW9o=9^b_EBd%}xH*UX$8TDDZoYZdx1!9P`6PHa
ze*}*MmYZ*0wJ&;e4*8GYe9_!|z3LzQ!5{qpx+uQr_4bxO(VHW1RbTXXe&=`Oa6bO;
zi~hIiA64~qz1`-2;R|0-!+YQR-hlN{Ron0W?(f#NSH50<)IP=+-Lra2I`KvK7=3rY
zf8~aq{xZ_!&)t1K1NfqukE-~h8%pZI7u~SJ7u`^D55A~TgaBVOz-c9X(FSB(dgjzL
zg)cf%auQ$EC_;cQ8sM}NzGwq7F7ZW2ET<&C=!s0t<BL`rImQ>wd{o63-B5CmW=?!j
z0~rH+(Gkm-#1|d0v?RW00}___q5)1V;fq!pImQ>wd{o63-B41GZ$<G%Gc?Vddg6;_
zR`{ZskE-~h_@bM0LeJ$1T;3P0Ug#Uf%@=)qoBNg1e^u&{ch6h<`j>b1@I}8oZeR9W
z_@aAszPsPQa>Gu48ENLn7tLn?Uo`Vk6<>5iNj><Y8&>$D8%plM7d46y;EM)0t%NVy
zfQ(DeoSLTaMMp|b;)@zZ2=GM%oL0gYZ9v8)zUYYMl*AW3k*Rrn(Mlu7_@bGQs`#QC
zO779ji7#p(V}LI@Vi}Y8q9c};#20Nq!V+IJz^NsC(Mlu7_@bGQs`#QCO6u{gD86Wh
zrkPVue9_DbUo`Vk6<-uzbaPJVxjX@UQQMx6pb4Lk-T%M`KA?t=e)OZ`VR+=#@IBx2
zJue$x`TENr_=XvL(Kkf&);8da?s@v|e*el1JN;#(nIB&?p8<T)%tuvx(G4Z_;EQfp
z;fro4xd&g=C_;cQ8sM}NzGwq7E<JN<n!*<yDLIKRY7`;B7Y%S)3174U8JGB?BbHMV
zU-U$#=J7=<jU3~PW<ILoi*6{nM>8kBsDX?DzUYW$OyY}<SXvTav;hfAe9-`>mheR@
zjU3~PW<ILoi*6{X$G4*Rq8XZIPCfBOGb?=2%tuvxQGC(OIictB1g`3fzTw7w@{^yG
z=lSD5{^OzfGoSg4+TQ;5xBuy%{%Py{lRx>BM_vt||NQ4$^|5^A>o0%c8)ooD-w@GT
z+kh{+=jprq{VO-@^p}xletgk<2Jl5QA64;1H<Z+aFS=ocFS?=R9(+-w2m!umfYVC&
zq7BHn^vtPg3SV@j<RreRQG@_rG{9*ke9;DET;hw4SWZcN(G!`P#}}<Ma*QvU`KXF7
zx}oGA&7An61~LZtq9c|ui7z^0X-Rz11|%%;MFX5#!WXSHa*QvU`KXF7x}l^V--_ak
zW@wr@^~4v=tnfuMA64;1@kKZ1gr3V2xUDbxsZV`Mp65qC@{zF1kKyD!?|F|p-}%mW
z{`#-~`r|M5AN`N#ul?GuJu)hN=XZYR<Fo7K&w1tRFMr@0X7EMd5Yb!PfG@h|>AU;=
zD>v-)myu?Ee9?Rc@I^BpRq;hPl+=SSx?zPcx}oGAd{Lta0lsK}(@OZF4am6k%&BP#
zUv#A8B)+IogaBVOz-c9X(FSB(;){-0PDy;x6PcRF7p*jMj4zt`sERMTq2wOTocN*!
zG6wjfBbG6VFFImrNqo@;BrNeo1DsmI7p*jMj4zt`sERMTp`;$)iavt<TQ}^~%&8~7
zXg&b=qM47X_@eltn{z_X<q6=6W?%Gi03QEmMc?s`cgPDJpAT#F@i!i)qw>nvPe1mQ
z#}_@3`FG0Wi|)bt?tcHu4Lkj1q?sRIG@k){(ac9xe9;Xh_27$cSmBFqD7gn;)F?uL
zFB;&q6252yGA=!HYMR0q9Vt19FKQGaz!wd0S_xmY0U4M0q9c}55?}O0rsnZQD~%lE
zi)KEm;)`x5xkoc6zNmqW0lw&nWlZ9Wj#yd}U$g-UOMKA)r<U+VD~%lEi)KEm;)`x5
zsmHgX_@Wt_W==ivMKddW(ac9xd{KPS%{igx@&xcj-_RF*oPo!e!n@!7?ok$f-}~P8
z_*>b0PG0$X{^6~PFWP|odoS@t_k?|SzklV1o&GY?%#Sac&j7w?=A$aU=!TMd@I^PQ
z@I^P2+=DM_6d}MD4RBfsU$g-km!3H_P2r1<l$^vDHHr}6iv~EYgfH5Fj7xmc5z8rw
zFM1+V^Z25bMvn1CGaps)MK_e(qnQ(5)Ii1nUv$JWCh<i_EG>yI+JJ;5zG#3`OZcLd
zMvn1CGaps)MK_ex<6BXD(F{#9r=IwtnH9ch=A$aUD8A_CoX~T50{EgEU-WSd9$!_T
z{p@Fd<VSwwTfXI6-v0Ktf9tn?>yQ5EkACiRpL^sthvb#7Z~i6JgD<*g^_Fzvi|#S{
z?tcHu4Lkj1q?sRIG@k){(ac9xe9;Xh_27$cSmBFqD7gn;)F?uLFB;&q6252yGA=!H
zYMR0q9Vt19FKQGaz!wd0S_xmY0U4M0q9c}55?}O0rsnZQD~%lEi)KEm;)`x5xkoc6
zzNmqW0lw&nWlZ9Wj#yd}U$g-UOMKA)r<U+VD~%lEi)KEm;)`x5smHgX_@Wt_W==iv
zMKddW(ac9xd{KPS%{igx@&s<{i(YkS@kO7!v-qNW;J&-xzjDJ)e;H}!#~00K0ADoo
zQ59cwLrFdOq8nEDq8m!?!51}(5a5djIIV;)+JKBp&zzd3@I^;TPU4FiMF{Xk1DsaE
z7i~bsCBEp0<&?x1J&~z-e9=lH$M~X|kE-~h8%plc%!w~*AY*_pI${}<_@X10mc$or
zK*ADVG{C7Pe9=lH$M~X|kE-~h8%pZ&tth@|hNhWQPkhnL3STtyQ59blUvzU$=(#)r
ze9?<-F}~=NHxyrV58QY6`&Vw*=`SPA{P?2z4B(4qKC0r2ZYZe-Uv$F?UvxvsJ@}$V
z5dwVC0H>AkMH`TD>6ug06u#(4$w_=sqX+@MXn@m7_@WKSxWpG7v7D0lq9-ynk1twj
z<QQKx^HCLFbVJEKnmO@B4P*@PMMo@S5?^%0(vtY14M<qxiv~EggfCiY<QQKx^HCLF
zbVEr!z7@q6&CoP+>WMF!S>cOjKC0r2;)`z12|br5fG>KnEyfpp@`mDz?t%O6e*el1
zJN;#(nIB&?p8<T)%tuvx(G4Z_;EQfp;fro4xd&g=C_;cQ8sM}NzGwq7E<JN<n!*<y
zDLIKRY7`;B7Y%S)3174U8JGB?BbHMVU-U$#=J7=<jU3~PW<ILoi*6{nM>8kBsDX?D
zzUYW$OyY}<SXvTav;hfAe9-`>mheR@jU3~PW<ILoi*6{X$G4*Rq8XZIPCfBOGb?=2
z%tuvxQGC(OIictB1n@;Kw#E3OPu@^`(LHeA-S1zyVW+>0H1p$&<}-jVn)#@TFS?<m
z9(>UaD}2!nCHLTq8bt{3MFX5x!WV5o#-(RYO;h-yBPA#CMU5f^_@V($E8&YaAmb8W
zbi{H>;)|Zh)I7durIBNN(ac9xe9;Xh_h{zC7d4PEz!x2{j7faa5lc(ri#8x(i7y)9
z)DpgErIBNN(ac9xe9;Xh_4rm4Uo=D0%&8~7Xl8{kn)#@TFN!a^IVbd7o&dh+#kLq<
z^vN5FFS-ZryZiksH|+G6k!F5;(R>E*MKd2&@kKY3)Ppa&VTCWcq2wNXQKJX}zG#5c
zO8BA;$hh>(sc8ydbfn}YzNk@z0ADn~X(fEo24q~~i;h@MNqo^0nVQEJtu%6sFPizN
ziZ8mM<Q~nO_@V|f2Kb^QmNAJhI$~)_e9;CZEb&DHoLa&ctu%6sFPizNiZ8mMq#oaj
z;)`ZznmP5v7tO5jMKd2&@kQ}PH|K<&%M-vCz1SAxi#~Zn@kRH*eRscq<%XU9GSbYC
zFPhH)zG&v7D!%B3l6vq(H>~hQH<a9iFKQGaz!wd0S_xmY0U4K`IW<k;i;k3>#1}P+
z5a5djIIV;)+JKBpe9;lhDTyz7B2)ADqLoID@kKKqRq;hPl-#446JOLo#sFV*#4;xF
zMMo?xi7(oKgeAUcfKyBOqLoID@kKKqRq;hPl+@!}QGC%1O*5yS_@bE=zG&v7D!wSb
z=;oZzb9n;zq8Hm@e9<RwD8A?(xbN=wuiUWHUq+hw@kR3)z!%MYRK*wFP*M-R=!O-(
z=!TMe@I{Rx1o)x>PAlPyHX!5DGpD90e9@7TllY=W5dwVC0H>AkMH`TDi7z^0IVJH$
zPh@HyU$oN5F}`T#qbk1WhLU?UbK;8{$Qa;@j#$PdzUYXhCGkZYkg&uT4RC4+U$oN5
zF}`T#qbk1WhLU=GD~d0gp=svS6JIp5!WYeaRK*v?7u}o_dM-}@U-V*Ij4%4+4aFDT
z1NYti{*@bc`pZZ&KfY)_1NfqukE-~h8%pZI7u~SJ7u`^D55A~TgaBVOz-c9X(FSB(
zdgjzLg)cf%auQ$EC_;cQ8sM}NzGwq7F7ZW2ET<&C=!s0t<BL`rImQ>wd{o63-B5Cm
zW=?!j0~rH+(Gkm-#1|d0v?RW00}___q5)1V;fq!pImQ>wd{o63-B41GZ$<G%Gc?Vd
zdg6;_R`{ZskE-~h_@bM0LeJ$1;EP^ti}6LDyrKA_d*Hsi-@kIhPJbC`=EoP!X8>O`
z^HCLFbVEr!_@WzD_@Wz1?!gx|iV)z71~{#RFWP{NOV6B|rtn2aN>1X78bt{3MFX5x
z!WV5o#wEV!h~<>T7d?@wd3@1IBggonnUAXYq8m!?(aec2Y9M2PFFIlwllY<|mX^d9
zZ9u{jUo^m}C4A9JBggonnUAXYq8m!;@vSJnXojYlQ%`)+%nDyL^HCLF6kl|6PUyKj
z0esPmZ85&+lQ$G!bPwEj_xo3F*y%4L&HVVH`3&HTW<ILoi*6{X2VZo<3SV?X$vya@
zMiByh(Ez8F@I@Ptap{>;(-gkwNXbcjQKJX}zG#5cO8BA;$hgE89kHB}_@XB=HIFY^
zY2+ARH1kmvUvxvsJ(@Z3MGa&O@I^-~V-jC<#L|-Zq76t`;)@12wS+HPY2+ARH1kmv
zUvxuBJ-!vi7tPQ#bLxpNnpxqCW<ILoi{guJ&Ivu2Cx9<{u`R|Iee#Cli|&E@?tcHu
z4Lkj1q?sRIG@k){(ac9xe9;Xh_27$cSmBFqD7gn;)F?uLFB;&q6252yGA=!HYMR0q
z9Vt19FKQGaz!wd0S_xmY0U4M0q9c}55?}O0rsnZQD~%lEi)KEm;)`x5xkoc6zNmqW
z0lw&nWlZ9Wj#yd}U$g-UOMKA)r<U+VD~%lEi)KEm;)`x5smHgX_@Wt_W==ivMKddW
z(ac9xd{KPS%{igx@&xcjFSf<_qEFsXe9=8{-`($DxnZZjj5PD(i{>+cFPizNiZ8mM
zq#k_H4J&-n4JG&BiyB1;@I?chR>Bu;K*ptKPEAwzq9Y|I@kNay1o)x>PAlPyHX!2?
zUv$KBO5%&2$kaT(Xr+;3e9_EDReaG6CHH9N#1}P?F~Aocv5ZN4(Gg2a;)^yQVTmsq
z;M5YnXr+;3e9_EDReaG6CH44L6kjw$)6A(SzG!BJFPizNiZ6;Ux;ZEGT%G{F=*6}e
zU-ZcviZ8kc?z{W_D>v-)myu?Ee9?Rc@I^BpRq;hPl+=SSx?zPcx}oGAd{Lta0lsK}
z(@OZF4am6k%&BP#Uv#A8B)+IogaBVOz-c9X(FSB(;){-0PDy;x6PcRF7p*jMj4zt`
zsERMTq2wOTocN*!G6wjfBbG6VFFImrNqo@;BrNeo1DsmI7p*jMj4zt`sERMTp`;$)
zisFlAXqq|o#23x1@I^BpRq;jfMK|Y!p34)!7rodP<BL9dL-9rTz<qbWf8~aq{xZ_c
zk1v|f0KRDEqbk1WhLU>lMK`SQMK_e(gD+|nA;1?6a9Rmpv;i5Ho;fv5;fs!xoWvJ3
ziV)z71~{#RFWP{NOMKB0%PEO3dLmQv_@b3Yj`2k^A64;1H<a9?nG;{sK*j)Hbi^_y
z@kK{0Er~DMfP^K!Xn<2o_@b3Yj`2k^A64;1H<Z-lTTy(`3{5kqp7^4f6~1WZqbj~A
zzUbzh&~teL_@WovVtmmjZz#U#9=PxB_pjWr(_coK`SC^b8Ne6Kd{o63-B3~wzUYP(
zzUYRMd+<e#A_VxN0ZuF7i#8zR(le)~DSXk9l9TwNMiByh(Ez8F@I@PtafvTFVmT%8
zMNedE9$&Q5$T7ZX=A$aU=!TMeG;`vM8ps∋h^vB);f~r6uu28<4QX7Y%S~3176*
z$T7ZX=A$aU=!TMdd@G7CnxSdt)DvGcv%(k6d{o63#TVV26M8OB0AKWCTZ}LI<PF6a
z-2?aC{r;63cKXXmGe5p)J_GoonUAXYq8m!;!57`I!WZ38au2?!QG@_rG{9*ke9;DE
zTzclzG=(oZQgRYs)F?uLFB;&q6252yGA{8&M=Yl#zUYZe&Etz!8ac)n&3shF7u`^D
zk7iDMQ3DwRe9;lhn8X(yv9u(<Xaf?K_@V($E#Zq+8ac)n&3shF7u`@&k8efsMKd(b
zoO<GmW>)y3nUAXYqWGelb3)JM3E+!fY>V+lpS+>?qI=-JyWhWZ!%lx0Y39cl&1V2#
zH1kmvUvxuBJ@}#<R`{YDO76iIHHr}6iv~EYgfH5Fj7!g)nx^nYM@mlOiyB1;@I?ch
zR>Bu;K*lA$=!oT%#1}o0sd;?SN+ZYkqM47X_@Wz1?$OMNFKQrTfG;{?8I$;;BbJuL
z7i~bo5??gHsU>{TN+ZYkqM47X_@Wz1>hY~8zG#M~nNv@E(aZ{8H1kmvUld<-b57{F
zJOO;si)}H!=#w`TUvv-LclY~OZrJHBBhCEyqWKKqi)KEm;)`x5sRv(l!wO$?L&-h(
zqDBz{e9-`>mGDIyka6jmQ_~c_=t#*)d{Lta0lsK}(@OZF4am5}7ag&jlK7%0GBuAc
zT504MUo`Vk6<>5i$vv7m@kI?}4DdxqEMpR1bi~q<_@WI+SmKKYIJJZ?T504MUo`Vk
z6<>5iNj<(5#TU)cG;`{SFPd55i)KEm;)~*oZq5lkmnVQPda*6W7k%=E;*0Kq`|f`K
z$_+dHWu%!OUo@Wqe9_EDReaG6CH3HoZdl=qZYa42U(_f<fG-;0v=Y8(12Qf>b84Ex
z7ab`%i7#ptA;1?6a9Rmpv;i5H_@X10QxaeFM5gBPMJtUQ<BMiKs^W`oD7i;7C%&kG
zi~+vrh-FOTi;h@Y5?{0d2}^v@0H>DlMJtUQ<BMiKs^W`oD5=M{qWGd2nr2Qt@kKK$
ze9_EDReVu=(akxb=kf&bMK89+_@YnVP<+unaNphUU%6qYzl=2V<BR4qfG?W)sERMT
zp`;#s(G4qn(G4Z{;ENhX2=GM%oL0gYZ9vAQXHHF1_@W~vC-Fs%A_VxN0ZuF7i#8zR
z5?^%0a!TThp2*ZZzG$V9V|>xfM^${$4JG$z=EN5@kTJj)9kGl_e9;k0OX7<*AYq9w
z8sO9tzG$V9V|>xfM^${$4JGyXRuo?}L(|NuC%$NAg)f@<sERL&FS<D=^jw|*zUala
z7+>_s8;UQw2kyK3{VO-@^p}xletgk<2Jl5QA64;1H<Z+aFS=ocFS?=R9(+-w2m!um
zfYVC&q7BHn^vtPg3SV@j<RreRQG@_rG{9*ke9;DET;hw4SWZcN(G!`P#}}<Ma*QvU
z`KXF7x}oGA&7An61~LZtq9c|ui7z^0X-Rz11|%%;MFX5#!WXSHa*QvU`KXF7x}l^V
z--_akW@wr@^~4v=tnfuMA64;1@kKZ1gr3V2z!$yP7UPRPc|-9<_rQI3zklV1o&GY?
z%#Sac&j7w?=A$aU=!TMd@I^PQ@I^P2+=DM_6d}MD4RBfsU$g-km!3H_P2r1<l$^vD
zHHr}6iv~EYgfH5Fj7xmc5z8rwFM1+V^Z25bMvn1CGaps)MK_e(qnQ(5)Ii1nUv$JW
zCh<i_EG>yI+JJ;5zG#3`OZcLdMvn1CGaps)MK_ex<6BXD(F{#9r=IwtnH9ch=A$aU
zD8A_CoX~T50{EgA+hTmtCvPae=pMN5?)R_Uu+v{gn)&fX^BKSw&3shF7u`@&55DMz
z6~5?(l6&w)jUoj2q5)1T;fppP<I*#yrYU^Uk&=`6qDBz{e9-`>mGDIyka3AGI$}8`
z@kLK$Y93#-(#SEsXy&6TzUYRMdo*+6iyFun;ERq}#w5Pzh@~a*MH`T?#1{>4Y6)Mo
z(#SEsXy&6TzUYRMdVDL2FPfog=F}5kG_%4N&3shF7sVIdoD+I3PXJ%^Vq1(a`s5A8
z7u^H*-TnTR8+Q83NHagaXg&k@qM47X_@Wz1>cJP?u)-JJP;w8xs8NIfUo^mJC4A8a
zWL$dY)HH=JI#O~HU(_f<fG-;0v=Y8(12Qi0MMo^BB);g0OwHqqRvJ0R7tMTB#TVUB
za*t+Cd{F}#1ANgD%b3I$9kH||zGwpymiVFpPA%b!RvJ0R7tMTB#TVUBQjc#%@kKK<
z&76ATi)L2%qM47X_@eltn{z_X<q6=6UTll;MW4K(_@aB@zPsPQa>Gu48ENLn7tLn?
zUo`Vk6<>5iNj><Y8&>$D8%plM7d46y;EM)0t%NVyfQ(DeoSLTaMMp|b;)@zZ2=GM%
zoL0gYZ9v8)zUYYMl*AW3k*Rrn(Mlu7_@bGQs`#QCO779ji7#p(V}LI@Vi}Y8q9c};
z#20Nq!V+IJz^NsC(Mlu7_@bGQs`#QCO6u{gD86WhrkPVue9_DbUo`Vk6<-uzbaPJV
zxjX@U(Ti;{zUY%T6kl`?+;{i;S8mwpFC)$T_@em?;EQHHs^W`oD5(cubi)c?bVJEK
z_@YJ;0({W`r<L$U8<277nN!mgzUWBFNqkYG2m!umfYVC&q7BHn#1|d0oRavWCo(mU
zFIs8j7+*B=Q59cwL&-gwIq^jeWDM{{M=WC!Uv$LMlK7$xNLb>F1~|2ZFIs8j7+*B=
zQ59cwLrFcp6~!0L&@^-Ei7%R2;frQIs^W{{i*C*dJ(nkdFM6>p#ut6^hT@Cvf&1=$
z|H=(J{bi(?A73<|0esQSM^${$4JGy9i*8uqi*6{n2Vc}ELVzzC;ItCHXah1XJ#%WB
z!WSJWIf*Z76d}MD4RBfsU$g-km-wP1mQxa6^hBoS@kJ|*9OH{-KC0r2ZYa4&Gbg^N
zfs6sZ=!j)Z;){-0S`uHh0SQZd(Ez8G@I@<)9OH{-KC0r2ZYZh8x1#u>8JcEJJ@G{|
zD}2$+M^$`Le9_H0q37}h@I^1S#rUF6-cWqeJ#gRM?_arLr@xFe^W%%=Gk`Ce`KXF7
zx}l^Ve9;Xne9;Xh_uz{fMF{Xk1DsaE7i~bsrDsk}Q~07IB`5JkjUoj2q5)1T;fppP
z;}TzV#BxgFi=N2TJich9kz;((%tuvx(G4Z{Xy(KhHIOmD7ag&TNqo@}OH1O5HXvb%
zFB;&~6254qkz;((%tuvx(G4Z__*N8OG(*$OsVBZ@W`!@B`KXF7iZ8l3C-hvN0KVwO
zwisXZ$s39<x(DvN`~537?DUtBW`2Cpd<O7EGaps)MK_exgD<*ag)h3H<Q{xcqX+@M
zXn@m7_@WKSxb)1aX$oI-q~s*Ns8NIfUo^mJC4A8aWL)Blj#y4fe9;q`n#UKdG;)kD
zn)#@TFS?=R9?hKiq6RVs_@X10F^MlaVrfZy(FP<e@kIliTEZ8tG;)kDn)#@TFS?<m
z9^Z=Mi)Lt=IrYRB&8+Z6Gaps)Me#*9=Y*ci6Tla}*cRi9K6yj&MfbpccfWt-hMoR0
z(#(%9n$G~fXy&6TzUYRMdhkUztnfuQl-z?aY7`;B7Y%S)3174U8JC_pHBI4*j+C6l
z7d46y;EM)0t%NVyfQ(Cg(Gklji7$F0Q}g(ul}3*7MKd2&@kKY3+@qNjU(`Ux0AF;(
zGA8jwM=ULgFWP{FCBA5YQ%m@wl}3*7MKd2&@kKY3)Z<%Ge9;U|GpC;TqL~%GXy&6T
zz9_!v=A6)Tc>?&N7u#Zd(I;;xzUUsf@9y`n+_2MMMw<EYMe`ZJ7tMTB#TVUBQV+i9
zh84c(hLU^mMU5f^_@V($E8&YaAmh?Ar=}@<(UFpq_@YJ;0({W`r<L$U8<25{FFIm5
zCGka1WNIE?w9?2izG&v7D!%B3l6y3B;)@!{7~qSJSjHs2=!m5y@kJYuu*4S)aB2x(
zw9?2izG&v7D!%B3l6rhAiZ7a>Y39@uUo^AA7tMTB#TUgF-JBD8E>8eo^kQ3#FZ$#S
z#TVTJ_uc*el^b^Y%SbanzGyxJ_@bGQs`#QCO6tKE-LS$J-B5B5zNk@z0ADn~X(fEo
z24q}%=F~KWFFI0k5?|CPLVzzC;ItCHXah1X@kK{0rzF1UiA>Goi&h#r#uv?eRK*wF
zP;!rEPJB@V83TOL5zCmw7ag&*B)(_^5|;R)0ZuL9i&h#r#uv?eRK*wFP*RU?Me#*5
zG|ilP;)`Zh_@bGQs`#S#qMLI<&*cf=i(YJt@kO7!q4=VE;J&-xzjDJ)e;H}!#~00K
z0ADooQ59cwLrFdOq8nEDq8m!?!51}(5a5djIIV;)+JKBp&zzd3@I^;TPU4FiMF{Xk
z1DsaE7i~bsCBEp0<&?x1J&~z-e9=lH$M~X|kE-~h8%plc%!w~*AY*_pI${}<_@X10
zmc$orK*ADVG{C7Pe9=lH$M~X|kE-~h8%pZ&tth@|hNhWQPkhnL3STtyQ59blUvzU$
z=(#)re9?<-F}~=NHxyrV58QY6`&Vw*=`SPA{P?2z4B(4qKC0r2ZYZe-Uv$F?Uvxvs
zJ@}$V5dwVC0H>AkMH`TD>6ug06u#(4$w_=sqX+@MXn@m7_@WKSxWpG7v7D0lq9-yn
zk1twj<QQKx^HCLFbVJEKnmO@B4P*@PMMo@S5?^%0(vtY14M<qxiv~EggfCiY<QQKx
z^HCLFbVEr!z7@q6&CoP+>WMF!S>cOjKC0r2;)`z12|br5fG>KnEyfpp@`mDz?t%O6
ze*el1JN;#(nIB&?p8<T)%tuvx(G4Z_;EQfp;fro4xd&g=C_;cQ8sM}NzGwq7E<JN<
zn!*<yDLIKRY7`;B7Y%S)3174U8JGB?BbHMVU-U$#=J7=<jU3~PW<ILoi*6{nM>8kB
zsDX?DzUYW$OyY}<SXvTav;hfAe9-`>mheR@jU3~PW<ILoi*6{X$G4*Rq8XZIPCfBO
zGb?=2%tuvxQGC(OIictB1n@;Kw#E3OPu@^`(LHeA-S1zyVW+>0H1p$&<}-jVn)#@T
zFS?<m9(>UaD}2!nCHLTq8bt{3MFX5x!WV5o#-(RYO;h-yBPA#CMU5f^_@V($E8&Ya
zAmb8Wbi{H>;)|Zh)I7durIBNN(ac9xe9;Xh_h{zC7d4PEz!x2{j7faa5lc(ri#8x(
zi7y)9)DpgErIBNN(ac9xe9;Xh_4rm4Uo=D0%&8~7Xl8{kn)#@TFN!a^IVbd7o&dh+
z#kLq<^vN5FFS-ZryZiksH|+G6k!F5;(R>E*MKd2&@kKY3)Ppa&VTCWcq2wNXQKJX}
zzG#5cO8BA;$hh>(sc8ydbfn}YzNk@z0ADn~X(fEo24q~~i;h@MNqo^0nVQEJtu%6s
zFPizNiZ8mM<Q~nO_@V|f2Kb^QmNAJhI$~)_e9;CZEb&DHoLa&ctu%6sFPizNiZ8mM
zq#oaj;)`ZznmP5v7tO5jMKd2&@kQ}PH|K<&%M-vCz1SAxi#~Zn@kRH*eRscq<%XU9
zGSbYCFPhH)zG&v7D!%B3l6vq(H>~hQH<a9iFKQGaz!wd0S_xmY0U4K`IW<k;i;k3>
z#1}P+5a5djIIV;)+JKBpe9;lhDTyz7B2)ADqLoID@kKKqRq;hPl-#446JOLo#sFV*
z#4;xFMMo?xi7(oKgeAUcfKyBOqLoID@kKKqRq;hPl+@!}QGC%1O*5yS_@bE=zG&v7
zD!wSb=;oZzb9n;zq8Hm@e9<RwD8A?(xbN=wuiUWHUq+hw@kR3)z!%MYRK*wFP*M-R
z=!O-(=!TMe@I{Rx1o)x>PAlPyHX!5DGpD90e9@7TllY=W5dwVC0H>AkMH`TDi7z^0
zIVJH$Ph@HyU$oN5F}`T#qbk1WhLU?UbK;8{$Qa;@j#$PdzUYXhCGkZYkg&uT4RC4+
zU$oN5F}`T#qbk1WhLU=GD~d0gp=svS6JIp5!WYeaRK*v?7u}o_dM-}@U-V*Ij4%4+
z4aFDT1NYti{*@bc`pZZ&KfY)_1NfqukE-~h8%pZI7u~SJ7u`^D55A~TgaBVOz-c9X
z(FSB(dgjzLg)cf%auQ$EC_;cQ8sM}NzGwq7F7ZW2ET<&C=!s0t<BL`rImQ>wd{o63
z-B5CmW=?!j0~rH+(Gkm-#1|d0v?RW00}___q5)1V;fq!pImQ>wd{o63-B41GZ$<G%
zGc?Vddg6;_R`{ZskE-~h_@bM0LeJ$1;EP^ti}6LDyrKA_d*Hsi-@kIhPJbC`=EoP!
zX8>O`^HCLFbVEr!_@WzD_@Wz1?!gx|iV)z71~{#RFWP{NOV6B|rtn2aN>1X78bt{3
zMFX5x!WV5o#wEV!h~<>T7d?@wd3@1IBggonnUAXYq8m!?(aec2Y9M2PFFIlwllY<|
zmX^d9Z9u{jUo^m}C4A9JBggonnUAXYq8m!;@vSJnXojYlQ%`)+%nDyL^HCLF6kl|6
zPUyKj0esPmZ85&+lQ$G!bPwEj_xo3F*y%4L&HVVH`3&HTW<ILoi*6{X2VZo<3SV?X
z$vya@MiByh(Ez8F@I@Ptap{>;(-gkwNXbcjQKJX}zG#5cO8BA;$hgE89kHB}_@XB=
zHIFY^Y2+ARH1kmvUvxvsJ(@Z3MGa&O@I^-~V-jC<#L|-Zq76t`;)@12wS+HPY2+AR
zH1kmvUvxuBJ-!vi7tPQ#bLxpNnpxqCW<ILoi{guJ&Ivu2Cx9<{u`R|Iee#Cli|&E@
z?tcHu4Lkj1q?sRIG@k){(ac9xe9;Xh_27$cSmBFqD7gn;)F?uLFB;&q6252yGA=!H
zYMR0q9Vt19FKQGaz!wd0S_xmY0U4M0q9c}55?}O0rsnZQD~%lEi)KEm;)`x5xkoc6
zzNmqW0lw&nWlZ9Wj#yd}U$g-UOMKA)r<U+VD~%lEi)KEm;)`x5smHgX_@Wt_W==iv
zMKddW(ac9xd{KPS%{igx@&xcjFSf<_qEFsXe9=8{-`($DxnZZjj5PD(i{>+cFPizN
ziZ8mMq#k_H4J&-n4JG&BiyB1;@I?chR>Bu;K*ptKPEAwzq9Y|I@kNay1o)x>PAlPy
zHX!2?Uv$KBO5%&2$kaT(Xr+;3e9_EDReaG6CHH9N#1}P?F~Aocv5ZN4(Gg2a;)^yQ
zVTmsq;M5YnXr+;3e9_EDReaG6CH44L6kjw$)6A(SzG!BJFPizNiZ6;Ux;ZEGT%G{F
z=*6}eU-ZcviZ8kc?z{W_D>v-)myu?Ee9?Rc@I^BpRq;hPl+=SSx?zPcx}oGAd{Lta
z0lsK}(@OZF4am6k%&BP#Uv#A8B)+IogaBVOz-c9X(FSB(;){-0PDy;x6PcRF7p*jM
zj4zt`sERMTq2wOTocN*!G6wjfBbG6VFFImrNqo@;BrNeo1DsmI7p*jMj4zt`sERMT
zp`;$)isFlAXqq|o#23x1@I^BpRq;jfMK|Y!p34)!7rodP<BL9dL-9rTz<qbWf8~aq
z{xZ_ck1v|f0KRDEqbk1WhLU>lMK`SQMK_e(gD+|nA;1?6a9Rmpv;i5Ho;fv5;fs!x
zoWvJ3iV)z71~{#RFWP{NOMKB0%PEO3dLmQv_@b3Yj`2k^A64;1H<a9?nG;{sK*j)H
zbi^_y@kK{0Er~DMfP^K!Xn<2o_@b3Yj`2k^A64;1H<Z-lTTy(`3{5kqp7^4f6~1WZ
zqbj~AzUbzh&~teL_@WovVtmmjZz#U#9=PxB_pjWr(_coK`SC^b8Ne6Kd{o63-B3~w
zzUYP(zUYRMd+<e#A_VxN0ZuF7i#8zR(le)~DSXk9l9TwNMiByh(Ez8F@I@PtafvTF
zVmT%8MNedE9$&Q5$T7ZX=A$aU=!TMeG;`vM8ps∋h^vB);f~r6uu28<4QX7Y%S~
z3176*$T7ZX=A$aU=!TMdd@G7CnxSdt)DvGcv%(k6d{o63#TVV26M8OB0AKWCTZ}LI
z<PF6a-2?aC{r;63cKXXmGe5p)J_GoonUAXYq8m!;!57`I!WZ38au2?!QG@_rG{9*k
ze9;DETzclzG=(oZQgRYs)F?uLFB;&q6252yGA{8&M=Yl#zUYZe&Etz!8ac)n&3shF
z7u`^Dk7iDMQ3DwRe9;lhn8X(yv9u(<Xaf?K_@V($E#Zq+8ac)n&3shF7u`@&k8efs
zMKd(boO<GmW>)y3nUAXYqWGelb3)JM3E+!fY>V+lpS+>?qI=-JyWhWZ!%lx0Y39cl
z&1V2#H1kmvUvxuBJ@}#<R`{YDO76iIHHr}6iv~EYgfH5Fj7!g)nx^nYM@mlOiyB1;
z@I?chR>Bu;K*lA$=!oT%#1}o0sd;?SN+ZYkqM47X_@Wz1?$OMNFKQrTfG;{?8I$;;
zBbJuL7i~bo5??gHsU>{TN+ZYkqM47X_@Wz1>hY~8zG#M~nNv@E(aZ{8H1kmvUld<-
zb57{FJOO;si)}H!=#w`TUvv-LclY~OZrJHBBhCEyqWKKqi)KEm;)`x5sRv(l!wO$?
zL&-h(qDBz{e9-`>mGDIyka6jmQ_~c_=t#*)d{Lta0lsK}(@OZF4am5}7ag&jlK7%0
zGBuAcT504MUo`Vk6<>5i$vv7m@kI?}4DdxqEMpR1bi~q<_@WI+SmKKYIJJZ?T504M
zUo`Vk6<>5iNj<(5#TU)cG;`{SFPd55i)KEm;)~*oZq5lkmnVQPda*6W7k%=E;*0Kq
z`|f`K$_+dHWu%!OUo@Wqe9_EDReaG6CH3HoZdl=qZYa42U(_f<fG-;0v=Y8(12Qf>
zb84Ex7ab`%i7#ptA;1?6a9Rmpv;i5H_@X10QxaeFM5gBPMJtUQ<BMiKs^W`oD7i;7
zC%&kGi~+vrh-FOTi;h@Y5?{0d2}^v@0H>DlMJtUQ<BMiKs^W`oD5=M{qWGd2nr2Qt
z@kKK$e9_EDReVu=(akxb=kf&bMK89+_@YnVP<+unaNphUU%6qYzl=2V<BR4qfG?W)
zsERMTp`;#s(G4qn(G4Z{;ENhX2=GM%oL0gYZ9vAQXHHF1_@W~vC-Fs%A_VxN0ZuF7
zi#8zR5?^%0a!TThp2*ZZzG$V9V|>xfM^${$4JG$z=EN5@kTJj)9kGl_e9;k0OX7<*
zAYq9w8sO9tzG$V9V|>xfM^${$4JGyXRuo?}L(|NuC%$NAg)f@<sERL&FS<D=^jw|*
zzUala7+>_s8;UQw2kyK3{VO-@^p}xletgk<2Jl5QA64;1H<Z+aFS=ocFS?=R9(+-w
z2m!umfYVC&q7BHn^vtPg3SV@j<RreRQG@_rG{9*ke9;DET;hw4SWZcN(G!`P#}}<M
za*QvU`KXF7x}oGA&7An61~LZtq9c|ui7z^0X-Rz11|%%;MFX5#!WXSHa*QvU`KXF7
zx}l^V--_akW@wr@^~4v=tnfuMA64;1@kKZ1gr3V2z!$yP7UPRPc|-9<_rQI3zklV1
zo&GY?%#Sac&j7w?=A$aU=!TMd@I^PQ@I^P2+=DM_6d}MD4RBfsU$g-km!3H_P2r1<
zl$^vDHHr}6iv~EYgfH5Fj7xmc5z8rwFM1+V^Z25bMvn1CGaps)MK_e(qnQ(5)Ii1n
zUv$JWCh<i_EG>yI+JJ;5zG#3`OZcLdMvn1CGaps)MK_ex<6BXD(F{#9r=IwtnH9ch
z=A$aUD8A_CoX~T50{EgA+hTmtCvPae=pMN5?)R_Uu+v{gn)&fX^BKSw&3shF7u`@&
z55DMz6~5?(l6&w)jUoj2q5)1T;fppP<I*#yrYU^Uk&=`6qDBz{e9-`>mGDIyka3AG
zI$}8`@kLK$Y93#-(#SEsXy&6TzUYRMdo*+6iyFun;ERq}#w5Pzh@~a*MH`T?#1{>4
zY6)Mo(#SEsXy&6TzUYRMdVDL2FPfog=F}5kG_%4N&3shF7sVIdoD+I3PXJ%^Vq1(a
z`s5A87u^H*-TnTR8+Q83NHagaXg&k@qM47X_@Wz1>cJP?u)-JJP;w8xs8NIfUo^mJ
zC4A8aWL$dY)HH=JI#O~HU(_f<fG-;0v=Y8(12Qi0MMo^BB);g0OwHqqRvJ0R7tMTB
z#TVUBa*t+Cd{F}#1ANgD%b3I$9kH||zGwpymiVFpPA%b!RvJ0R7tMTB#TVUBQjc#%
z@kKK<&76ATi)L2%qM47X_@eltn{z_X<q6=6UTll;MW4K(_@aB@zPsPQa>Gu48ENLn
z7tLn?Uo`Vk6<>5iNj><Y8&>$D8%plM7d46y;EM)0t%NVyfQ(DeoSLTaMMp|b;)@zZ
z2=GM%oL0gYZ9v8)zUYYMl*AW3k*Rrn(Mlu7_@bGQs`#QCO779ji7#p(V}LI@Vi}Y8
zq9c};#20Nq!V+IJz^NsC(Mlu7_@bGQs`#QCO6u{gD86WhrkPVue9_DbUo`Vk6<-uz
zbaPJVxjX@U(Ti;{zUY%T6kl`?+;{i;S8mwpFC)$T_@em?;EQHHs^W`oD5(cubi)c?
zbVJEK_@YJ;0({W`r<L$U8<277nN!mgzUWBFNqkYG2m!umfYVC&q7BHn#1|d0oRavW
zCo(mUFIs8j7+*B=Q59cwL&-gwIq^jeWDM{{M=WC!Uv$LMlK7$xNLb>F1~|2ZFIs8j
z7+*B=Q59cwLrFcp6~!0L&@^-Ei7%R2;frQIs^W{{i*C*dJ(nkdFM6>p#ut6^hT@Cv
zf&1=$|H=(J{bi(?A73<|0esQSM^${$4JGy9i*8uqi*6{n2Vc}ELVzzC;ItCHXah1X
zJ#%WB!WSJWIf*Z76d}MD4RBfsU$g-km-wP1mQxa6^hBoS@kJ|*9OH{-KC0r2ZYa4&
zGbg^Nfs6sZ=!j)Z;){-0S`uHh0SQZd(Ez8G@I@<)9OH{-KC0r2ZYZh8x1#u>8JcEJ
zJ@G{|D}2$+M^$`Le9_H0q37}h@I^1S#rUF6-cWqeJ#gRM?_arLr@xFe^W%%=Gk`Ce
z`KXF7x}l^Ve9;Xne9;Xh_uz{fMF{Xk1DsaE7i~bsrDsk}Q~07IB`5JkjUoj2q5)1T
z;fppP;}TzV#BxgFi=N2TJich9kz;((%tuvx(G4Z{Xy(KhHIOmD7ag&TNqo@}OH1O5
zHXvb%FB;&~6254qkz;((%tuvx(G4Z__*N8OG(*$OsVBZ@W`!@B`KXF7iZ8l3C-hvN
z0KVwOwisXZ$s39<x(DvN`~537?DUtBW`2Cpd<O7EGaps)MK_exgD<*ag)h3H<Q{xc
zqX+@MXn@m7_@WKSxb)1aX$oI-q~s*Ns8NIfUo^mJC4A8aWL)Blj#y4fe9;q`n#UKd
zG;)kDn)#@TFS?=R9?hKiq6RVs_@X10F^MlaVrfZy(FP<e@kIliTEZ8tG;)kDn)#@T
zFS?<m9^Z=Mi)Lt=IrYRB&8+Z6Gaps)Me#*9=Y*ci6Tla}*cRi9K6yj&MfbpccfWt-
zhMoR0(#(%9n$G~fXy&6TzUYRMdhkUztnfuQl-z?aY7`;B7Y%S)3174U8JC_pHBI4*
zj+C6l7d46y;EM)0t%NVyfQ(Cg(Gklji7$F0Q}g(ul}3*7MKd2&@kKY3+@qNjU(`Ux
z0AF;(GA8jwM=ULgFWP{FCBA5YQ%m@wl}3*7MKd2&@kKY3)Z<%Ge9;U|GpC;TqL~%G
zXy&6Tz9_!v=A6)Tc>?&N7u#Zd(I;;xzUUsf@9y`n+_2MMMw<EYMe`ZJ7tMTB#TVUB
zQV+i9h84c(hLU^mMU5f^_@V($E8&YaAmh?Ar=}@<(UFpq_@YJ;0({W`r<L$U8<25{
zFFIm5CGka1WNIE?w9?2izG&v7D!%B3l6y3B;)@!{7~qSJSjHs2=!m5y@kJYuu*4S)
zaB2x(w9?2izG&v7D!%B3l6rhAiZ7a>Y39@uUo^AA7tMTB#TUgF-JBD8E>8eo^kQ3#
zFZ$#S#TVTJ_uc*el^b^Y%SbanzGyxJ_@bGQs`#QCO6tKE-LS$J-B5B5zNk@z0ADn~
zX(fEo24q}%=F~KWFFI0k5?|CPLVzzC;ItCHXah1X@kK{0rzF1UiA>Goi&h#r#uv?e
zRK*wFP;!rEPJB@V83TOL5zCmw7ag&*B)(_^5|;R)0ZuL9i&h#r#uv?eRK*wFP*RU?
zMe#*5G|ilP;)`Zh_@bGQs`#S#qMLI<&*cf=i(YJt@kO7!q4=VE;J&-xzjDJ)e;H}!
z#~00K0ADooQ59cwLrFdOq8nEDq8m!?!51}(5a5djIIV;)+JKBp&zzd3@I^;TPU4Fi
zMF{Xk1DsaE7i~bsCBEp0<&?x1J&~z-e9=lH$M~X|kE-~h8%plc%!w~*AY*_pI${}<
z_@X10mc$orK*ADVG{C7Pe9=lH$M~X|kE-~h8%pZ&tth@|hNhWQPkhnL3STtyQ59bl
zUvzU$=(#)re9?<-F}~=NHxyrV58QY6`&Vw*=`SPA{P?2z4B(4qKC0r2ZYZe-Uv$F?
zUvxvsJ@}$V5dwVC0H>AkMH`TD>6ug06u#(4$w_=sqX+@MXn@m7_@WKSxWpG7v7D0l
zq9-ynk1twj<QQKx^HCLFbVJEKnmO@B4P*@PMMo@S5?^%0(vtY14M<qxiv~EggfCiY
z<QQKx^HCLFbVEr!z7@q6&CoP+>WMF!S>cOjKC0r2;)`z12|br5fG>KnEyfpp@`mDz
z?t%O6e*el1JN;#(nIB&?p8<T)%tuvx(G4Z_;EQfp;fro4xd&g=C_;cQ8sM}NzGwq7
zE<JN<n!*<yDLIKRY7`;B7Y%S)3174U8JGB?BbHMVU-U$#=J7=<jU3~PW<ILoi*6{n
zM>8kBsDX?DzUYW$OyY}<SXvTav;hfAe9-`>mheR@jU3~PW<ILoi*6{X$G4*Rq8XZI
zPCfBOGb?=2%tuvxQGC(OIictB1n@;Kw#E3OPu@^`(LHeA-S1zyVW+>0H1p$&<}-jV
zn)#@TFS?<m9(>UaD}2!nCHLTq8bt{3MFX5x!WV5o#-(RYO;h-yBPA#CMU5f^_@V($
zE8&YaAmb8Wbi{H>;)|Zh)I7durIBNN(ac9xe9;Xh_h{zC7d4PEz!x2{j7faa5lc(r
zi#8x(i7y)9)DpgErIBNN(ac9xe9;Xh_4rm4Uo=D0%&8~7Xl8{kn)#@TFN!a^IVbd7
zo&dh+#kLq<^vN5FFS-ZryZiksH|+G6k!F5;(R>E*MKd2&@kKY3)Ppa&VTCWcq2wNX
zQKJX}zG#5cO8BA;$hh>(sc8ydbfn}YzNk@z0ADn~X(fEo24q~~i;h@MNqo^0nVQEJ
ztu%6sFPizNiZ8mM<Q~nO_@V|f2Kb^QmNAJhI$~)_e9;CZEb&DHoLa&ctu%6sFPizN
ziZ8mMq#oaj;)`ZznmP5v7tO5jMKd2&@kQ}PH|K<&%M-vCz1SAxi#~Zn@kRH*eRscq
z<%XU9GSbYCFPhH)zG&v7D!%B3l6vq(H>~hQH<a9iFKQGaz!wd0S_xmY0U4K`IW<k;
zi;k3>#1}P+5a5djIIV;)+JKBpe9;lhDTyz7B2)ADqLoID@kKKqRq;hPl-#446JOLo
z#sFV*#4;xFMMo?xi7(oKgeAUcfKyBOqLoID@kKKqRq;hPl+@!}QGC%1O*5yS_@bE=
zzG&v7D!wSb=;oZzb9n;zq8Hm@e9<RwD8A?(xbN=wuiUWHUq+hw@kR3)z!%MYRK*wF
zP*M-R=!O-(=!TMe@I{Rx1o)x>PAlPyHX!5DGpD90e9@7TllY=W5dwVC0H>AkMH`TD
zi7z^0IVJH$Ph@HyU$oN5F}`T#qbk1WhLU?UbK;8{$Qa;@j#$PdzUYXhCGkZYkg&uT
z4RC4+U$oN5F}`T#qbk1WhLU=GD~d0gp=svS6JIp5!WYeaRK*v?7u}o_dM-}@U-V*I
zj4%4+4aFDT1NYti{*@bc`pZZ&KfY)_1NfqukE-~h8%pZI7u~SJ7u`^D55A~TgaBVO
zz-c9X(FSB(dgjzLg)cf%auQ$EC_;cQ8sM}NzGwq7F7ZW2ET<&C=!s0t<BL`rImQ>w
zd{o63-B5CmW=?!j0~rH+(Gkm-#1|d0v?RW00}___q5)1V;fq!pImQ>wd{o63-B41G
zZ$<G%Gc?Vddg6;_R`{ZskE-~h_@bM0LeJ$1;EP^ti}6LDyrKA_d*Hsi-@kIhPJbC`
z=EoP!X8>O`^HCLFbVEr!_@WzD_@Wz1?!gx|iV)z71~{#RFWP{NOV6B|rtn2aN>1X7
z8bt{3MFX5x!WV5o#wEV!h~<>T7d?@wd3@1IBggonnUAXYq8m!?(aec2Y9M2PFFIlw
zllY<|mX^d9Z9u{jUo^m}C4A9JBggonnUAXYq8m!;@vSJnXojYlQ%`)+%nDyL^HCLF
z6kl|6PUyKj0esPmZ85&+lQ$G!bPwEj_xo3F*y%4L&HVVH`3&HTW<ILoi*6{X2VZo<
z3SV?X$vya@MiByh(Ez8F@I@Ptap{>;(-gkwNXbcjQKJX}zG#5cO8BA;$hgE89kHB}
z_@XB=HIFY^Y2+ARH1kmvUvxvsJ(@Z3MGa&O@I^-~V-jC<#L|-Zq76t`;)@12wS+HP
zY2+ARH1kmvUvxuBJ-!vi7tPQ#bLxpNnpxqCW<ILoi{guJ&Ivu2Cx9<{u`R|Iee#Cl
zi|&E@?tcHu4Lkj1q?sRIG@k){(ac9xe9;Xh_27$cSmBFqD7gn;)F?uLFB;&q6252y
zGA=!HYMR0q9Vt19FKQGaz!wd0S_xmY0U4M0q9c}55?}O0rsnZQD~%lEi)KEm;)`x5
zxkoc6zNmqW0lw&nWlZ9Wj#yd}U$g-UOMKA)r<U+VD~%lEi)KEm;)`x5smHgX_@Wt_
zW==ivMKddW(ac9xd{KPS%{igx@&xcjFSf<_qEFsXe9=8{-`($DxnZZjj5PD(i{>+c
zFPizNiZ8mMq#k_H4J&-n4JG&BiyB1;@I?chR>Bu;K*ptKPEAwzq9Y|I@kNay1o)x>
zPAlPyHX!2?Uv$KBO5%&2$kaT(Xr+;3e9_EDReaG6CHH9N#1}P?F~Aocv5ZN4(Gg2a
z;)^yQVTmsq;M5YnXr+;3e9_EDReaG6CH44L6kjw$)6A(SzG!BJFPizNiZ6;Ux;ZEG
zT%G{F=*6}eU-ZcviZ8kc?z{W_D>v-)myu?Ee9?Rc@I^BpRq;hPl+=SSx?zPcx}oGA
zd{Lta0lsK}(@OZF4am6k%&BP#Uv#A8B)+IogaBVOz-c9X(FSB(;){-0PDy;x6PcRF
z7p*jMj4zt`sERMTq2wOTocN*!G6wjfBbG6VFFImrNqo@;BrNeo1DsmI7p*jMj4zt`
zsERMTp`;$)isFlAXqq|o#23x1@I^BpRq;jfMK|Y!p34)!7rodP<BL9dL-9rTz<qbW
zf8~aq{xZ_ck1v|f0KRDEqbk1WhLU>lMK`SQMK_e(gD+|nA;1?6a9Rmpv;i5Ho;fv5
z;fs!xoWvJ3iV)z71~{#RFWP{NOMKB0%PEO3dLmQv_@b3Yj`2k^A64;1H<a9?nG;{s
zK*j)Hbi^_y@kK{0Er~DMfP^K!Xn<2o_@b3Yj`2k^A64;1H<Z-lTTy(`3{5kqp7^4f
z6~1WZqbj~AzUbzh&~teL_@WovVtmmjZz#U#9=PxB_pjWr(_coK`SC^b8Ne6Kd{o63
z-B3~wzUYP(zUYRMd+<e#A_VxN0ZuF7i#8zR(le)~DSXk9l9TwNMiByh(Ez8F@I@Pt
zafvTFVmT%8MNedE9$&Q5$T7ZX=A$aU=!TMeG;`vM8ps∋h^vB);f~r6uu28<4QX
z7Y%S~3176*$T7ZX=A$aU=!TMdd@G7CnxSdt)DvGcv%(k6d{o63#TVV26M8OB0AKWC
zTZ}LI<PF6a-2?aC{r;63cKXXmGe5p)J_GoonUAXYq8m!;!57`I!WZ38au2?!QG@_r
zG{9*ke9;DETzclzG=(oZQgRYs)F?uLFB;&q6252yGA{8&M=Yl#zUYZe&Etz!8ac)n
z&3shF7u`^Dk7iDMQ3DwRe9;lhn8X(yv9u(<Xaf?K_@V($E#Zq+8ac)n&3shF7u`@&
zk8efsMKd(boO<GmW>)y3nUAXYqWGelb3)JM3E+!fY>V+lpS+>?qI=-JyWhWZ!%lx0
zY39cl&1V2#H1kmvUvxuBJ@}#<R`{YDO76iIHHr}6iv~EYgfH5Fj7!g)nx^nYM@mlO
ziyB1;@I?chR>Bu;K*lA$=!oT%#1}o0sd;?SN+ZYkqM47X_@Wz1?$OMNFKQrTfG;{?
z8I$;;BbJuL7i~bo5??gHsU>{TN+ZYkqM47X_@Wz1>hY~8zG#M~nNv@E(aZ{8H1kmv
zUld<-b57{FJOO;si)}H!=#w`TUvv-LclY~OZrJHBBhCEyqWKKqi)KEm;)`x5sRv(l
z!wO$?L&-h(qDBz{e9-`>mGDIyka6jmQ_~c_=t#*)d{Lta0lsK}(@OZF4am5}7ag&j
zlK7%0GBuAcT504MUo`Vk6<>5i$vv7m@kI?}4DdxqEMpR1bi~q<_@WI+SmKKYIJJZ?
zT504MUo`Vk6<>5iNj<(5#TU)cG;`{SFPd55i)KEm;)~*oZq5lkmnVQPda*6W7k%=E
z;*0Kq`|f`K$_+dHWu%!OUo@Wqe9_EDReaG6CH3HoZdl=qZYa42U(_f<fG-;0v=Y8(
z12Qf>b84Ex7ab`%i7#ptA;1?6a9Rmpv;i5H_@X10QxaeFM5gBPMJtUQ<BMiKs^W`o
zD7i;7C%&kGi~+vrh-FOTi;h@Y5?{0d2}^v@0H>DlMJtUQ<BMiKs^W`oD5=M{qWGd2
znr2Qt@kKK$e9_EDReVu=(akxb=kf&bMK89+_@YnVP<+unaNphUU%6qYzl=2V<BR4q
zfG?W)sERMTp`;#s(G4qn(G4Z{;ENhX2=GM%oL0gYZ9vAQXHHF1_@W~vC-Fs%A_VxN
z0ZuF7i#8zR5?^%0a!TThp2*ZZzG$V9V|>xfM^${$4JG$z=EN5@kTJj)9kGl_e9;k0
zOX7<*AYq9w8sO9tzG$V9V|>xfM^${$4JGyXRuo?}L(|NuC%$NAg)f@<sERL&FS<D=
z^jw|*zUala7+>_s8;UQw2kyK3{VO-@^p}xletgk<2Jl5QA64;1H<Z+aFS=ocFS?=R
z9(+-w2m!umfYVC&q7BHn^vtPg3SV@j<RreRQG@_rG{9*ke9;DET;hw4SWZcN(G!`P
z#}}<Ma*QvU`KXF7x}oGA&7An61~LZtq9c|ui7z^0X-Rz11|%%;MFX5#!WXSHa*QvU
z`KXF7x}l^V--_akW@wr@^~4v=tnfuMA64;1@kKZ1gr3V2z!$yP7UPRPc|-9<_rQI3
zzklV1o&GY?%#Sac&j7w?=A$aU=!TMd@I^PQ@I^P2+=DM_6d}MD4RBfsU$g-km!3H_
zP2r1<l$^vDHHr}6iv~EYgfH5Fj7xmc5z8rwFM1+V^Z25bMvn1CGaps)MK_e(qnQ(5
z)Ii1nUv$JWCh<i_EG>yI+JJ;5zG#3`OZcLdMvn1CGaps)MK_ex<6BXD(F{#9r=Iwt
znH9ch=A$aUD8A_CoX~T50{EgA+hTmtCvPae=pMN5?)R_Uu+v{gn)&fX^BKSw&3shF
z7u`@&55DMz6~5?(l6&w)jUoj2q5)1T;fppP<I*#yrYU^Uk&=`6qDBz{e9-`>mGDIy
zka3AGI$}8`@kLK$Y93#-(#SEsXy&6TzUYRMdo*+6iyFun;ERq}#w5Pzh@~a*MH`T?
z#1{>4Y6)Mo(#SEsXy&6TzUYRMdVDL2FPfog=F}5kG_%4N&3shF7sVIdoD+I3PXJ%^
zVq1(a`s5A87u^H*-TnTR8+Q83NHagaXg&k@qM47X_@Wz1>cJP?u)-JJP;w8xs8NIf
zUo^mJC4A8aWL$dY)HH=JI#O~HU(_f<fG-;0v=Y8(12Qi0MMo^BB);g0OwHqqRvJ0R
z7tMTB#TVUBa*t+Cd{F}#1ANgD%b3I$9kH||zGwpymiVFpPA%b!RvJ0R7tMTB#TVUB
zQjc#%@kKK<&76ATi)L2%qM47X_@eltn{z_X<q6=6UTll;MW4K(_@aB@zPsPQa>Gu4
z8ENLn7tLn?Uo`Vk6<>5iNj><Y8&>$D8%plM7d46y;EM)0t%NVyfQ(DeoSLTaMMp|b
z;)@zZ2=GM%oL0gYZ9v8)zUYYMl*AW3k*Rrn(Mlu7_@bGQs`#QCO779ji7#p(V}LI@
zVi}Y8q9c};#20Nq!V+IJz^NsC(Mlu7_@bGQs`#QCO6u{gD86WhrkPVue9_DbUo`Vk
z6<-uzbaPJVxjX@U(Ti;{zUY%T6kl`?+;{i;S8mwpFC)$T_@em?;EQHHs^W`oD5(cu
zbi)c?bVJEK_@YJ;0({W`r<L$U8<277nN!mgzUWBFNqkYG2m!umfYVC&q7BHn#1|d0
zoRavWCo(mUFIs8j7+*B=Q59cwL&-gwIq^jeWDM{{M=WC!Uv$LMlK7$xNLb>F1~|2Z
zFIs8j7+*B=Q59cwLrFcp6~!0L&@^-Ei7%R2;frQIs^W{{i*C*dJ(nkdFM6>p#ut6^
zhT@Cvf&1=$|H=(J{bi(?A73<|0esQSM^${$4JGy9i*8uqi*6{n2Vc}ELVzzC;ItCH
zXah1XJ#%WB!WSJWIf*Z76d}MD4RBfsU$g-km-wP1mQxa6^hBoS@kJ|*9OH{-KC0r2
zZYa4&Gbg^Nfs6sZ=!j)Z;){-0S`uHh0SQZd(Ez8G@I@<)9OH{-KC0r2ZYZh8x1#u>
z8JcEJJ@G{|D}2$+M^$`Le9_H0q37}h@I^1S#rUF6-cWqeJ#gRM?_arLr@xFe^W%%=
zGk`Ce`KXF7x}l^Ve9;Xne9;Xh_uz{fMF{Xk1DsaE7i~bsrDsk}Q~07IB`5JkjUoj2
zq5)1T;fppP;}TzV#BxgFi=N2TJich9kz;((%tuvx(G4Z{Xy(KhHIOmD7ag&TNqo@}
zOH1O5HXvb%FB;&~6254qkz;((%tuvx(G4Z__*N8OG(*$OsVBZ@W`!@B`KXF7iZ8l3
zC-hvN0KVwOwisXZ$s39<x(DvN`~537?DUtBW`2Cpd<O7EGaps)MK_exgD<*ag)h3H
z<Q{xcqX+@MXn@m7_@WKSxb)1aX$oI-q~s*Ns8NIfUo^mJC4A8aWL)Blj#y4fe9;q`
zn#UKdG;)kDn)#@TFS?=R9?hKiq6RVs_@X10F^MlaVrfZy(FP<e@kIliTEZ8tG;)kD
zn)#@TFS?<m9^Z=Mi)Lt=IrYRB&8+Z6Gaps)Me#*9=Y*ci6Tla}*cRi9K6yj&Mfbpc
zcfWt-hMoR0(#(%9n$G~fXy&6TzUYRMdhkUztnfuQl-z?aY7`;B7Y%S)3174U8JC_p
zHBI4*j+C6l7d46y;EM)0t%NVyfQ(Cg(Gklji7$F0Q}g(ul}3*7MKd2&@kKY3+@qNj
zU(`Ux0AF;(GA8jwM=ULgFWP{FCBA5YQ%m@wl}3*7MKd2&@kKY3)Z<%Ge9;U|GpC;T
zqL~%GXy&6Tz9_!v=A6)Tc>?&N7u#Zd(I;;xzUUsf@9y`n+_2MMMw<EYMe`ZJ7tMTB
z#TVUBQV+i9h84c(hLU^mMU5f^_@V($E8&YaAmh?Ar=}@<(UFpq_@YJ;0({W`r<L$U
z8<25{FFIm5CGka1WNIE?w9?2izG&v7D!%B3l6y3B;)@!{7~qSJSjHs2=!m5y@kJYu
zu*4S)aB2x(w9?2izG&v7D!%B3l6rhAiZ7a>Y39@uUo^AA7tMTB#TUgF-JBD8E>8eo
z^kQ3#FZ$#S#TVTJ_uc*el^b^Y%SbanzGyxJ_@bGQs`#QCO6tKE-LS$J-B5B5zNk@z
z0ADn~X(fEo24q}%=F~KWFFI0k5?|CPLVzzC;ItCHXah1X@kK{0rzF1UiA>Goi&h#r
z#uv?eRK*wFP;!rEPJB@V83TOL5zCmw7ag&*B)(_^5|;R)0ZuL9i&h#r#uv?eRK*wF
zP*RU?Me#*5G|ilP;)`Zh_@bGQs`#S#qMLI<&*cf=i(YJt@kO7!q4=VE;J&-xzjDJ)
ze;H}!#~00K0ADooQ59cwLrFdOq8nEDq8m!?!51}(5a5djIIV;)+JKBp&zzd3@I^;T
zPU4FiMF{Xk1DsaE7i~bsCBEp0<&?x1J&~z-e9=lH$M~X|kE-~h8%plc%!w~*AY*_p
zI${}<_@X10mc$orK*ADVG{C7Pe9=lH$M~X|kE-~h8%pZ&tth@|hNhWQPkhnL3STty
zQ59blUvzU$=(#)re9?<-F}~=NHxyrV58QY6`&Vw*=`SPA{P?2z4B(4qKC0r2ZYZe-
zUv$F?UvxvsJ@}$V5dwVC0H>AkMH`TD>6ug06u#(4$w_=sqX+@MXn@m7_@WKSxWpG7
zv7D0lq9-ynk1twj<QQKx^HCLFbVJEKnmO@B4P*@PMMo@S5?^%0(vtY14M<qxiv~Eg
zgfCiY<QQKx^HCLFbVEr!z7@q6&CoP+>WMF!S>cOjKC0r2;)`z12|br5fG>KnEyfpp
z@`mDz?t%O6e*el1JN;#(nIB&?p8<T)%tuvx(G4Z_;EQfp;fro4xd&g=C_;cQ8sM}N
zzGwq7E<JN<n!*<yDLIKRY7`;B7Y%S)3174U8JGB?BbHMVU-U$#=J7=<jU3~PW<ILo
zi*6{nM>8kBsDX?DzUYW$OyY}<SXvTav;hfAe9-`>mheR@jU3~PW<ILoi*6{X$G4*R
zq8XZIPCfBOGb?=2%tuvxQGC(OIictB1n@;Kw#E3OPu@^`(LHeA-S1zyVW+>0H1p$&
z<}-jVn)#@TFS?<m9(>UaD}2!nCHLTq8bt{3MFX5x!WV5o#-(RYO;h-yBPA#CMU5f^
z_@V($E8&YaAmb8Wbi{H>;)|Zh)I7durIBNN(ac9xe9;Xh_h{zC7d4PEz!x2{j7faa
z5lc(ri#8x(i7y)9)DpgErIBNN(ac9xe9;Xh_4rm4Uo=D0%&8~7Xl8{kn)#@TFN!a^
zIVbd7o&dh+#kLq<^vN5FFS-ZryZiksH|+G6k!F5;(R>E*MKd2&@kKY3)Ppa&VTCWc
zq2wNXQKJX}zG#5cO8BA;$hh>(sc8ydbfn}YzNk@z0ADn~X(fEo24q~~i;h@MNqo^0
znVQEJtu%6sFPizNiZ8mM<Q~nO_@V|f2Kb^QmNAJhI$~)_e9;CZEb&DHoLa&ctu%6s
zFPizNiZ8mMq#oaj;)`ZznmP5v7tO5jMKd2&@kQ}PH|K<&%M-vCz1SAxi#~Zn@kRH*
zeRscq<%XU9GSbYCFPhH)zG&v7D!%B3l6vq(H>~hQH<a9iFKQGaz!wd0S_xmY0U4K`
zIW<k;i;k3>#1}P+5a5djIIV;)+JKBpe9;lhDTyz7B2)ADqLoID@kKKqRq;hPl-#44
z6JOLo#sFV*#4;xFMMo?xi7(oKgeAUcfKyBOqLoID@kKKqRq;hPl+@!}QGC%1O*5yS
z_@bE=zG&v7D!wSb=;oZzb9n;zq8Hm@e9<RwD8A?(xbN=wuiUWHUq+hw@kR3)z!%MY
zRK*wFP*M-R=!O-(=!TMe@I{Rx1o)x>PAlPyHX!5DGpD90e9@7TllY=W5dwVC0H>Ak
zMH`TDi7z^0IVJH$Ph@HyU$oN5F}`T#qbk1WhLU?UbK;8{$Qa;@j#$PdzUYXhCGkZY
zkg&uT4RC4+U$oN5F}`T#qbk1WhLU=GD~d0gp=svS6JIp5!WYeaRK*v?7u}o_dM-}@
zU-V*Ij4%4+4aFDT1NYti{*@bc`pZZ&KfY)_1NfqukE-~h8%pZI7u~SJ7u`^D55A~T
zgaBVOz-c9X(FSB(dgjzLg)cf%auQ$EC_;cQ8sM}NzGwq7F7ZW2ET<&C=!s0t<BL`r
zImQ>wd{o63-B5CmW=?!j0~rH+(Gkm-#1|d0v?RW00}___q5)1V;fq!pImQ>wd{o63
z-B41GZ$<G%Gc?Vddg6;_R`{ZskE-~h_@bM0LeJ$1;EP^ti}6LDyrKA_d*Hsi-@kIh
zPJbC`=EoP!X8>O`^HCLFbVEr!_@WzD_@Wz1?!gx|iV)z71~{#RFWP{NOV6B|rtn2a
zN>1X78bt{3MFX5x!WV5o#wEV!h~<>T7d?@wd3@1IBggonnUAXYq8m!?(aec2Y9M2P
zFFIlwllY<|mX^d9Z9u{jUo^m}C4A9JBggonnUAXYq8m!;@vSJnXojYlQ%`)+%nDyL
z^HCLF6kl|6PUyKj0esPmZ85&+lQ$G!bPwEj_xo3F*y%4L&HVVH`3&HTW<ILoi*6{X
z2VZo<3SV?X$vya@MiByh(Ez8F@I@Ptap{>;(-gkwNXbcjQKR_Z?A^caE?be_@ri89
zvV1R-Spp%PP7H_(n2gAifzwGzC-4Of2qE9Wgp*hVBp{&?5+NZO|B>4+O{rA7>N(Fo
zyJ<M9zsTBNy;kkR>~A+e-uLte5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@
z;uJ6HRLYt7%!wDxAmairI%XL+@uFjvwuu*QLBu6qRK%%Ac+pxzukoU~Pn_aKok}s2
zZ$<H<I$C_@j9>Ahx)okj_lZ-yC|=ZgPMA5q0ABR4TZ|Wd_=e&|{owiT-v2ExoXl@V
z@tGels-FS8sO}S|cu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#>@Q78K0)`qGP4p
z#EWJMvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJRY+oOsa;GA{6<
zW0r9fFFIyvn|RR{L|o!UMVxws7p*n)8ZWB*#3^3XsT4E$RunI)qs3>=_!TdzTj51@
zpE$*f;zgb3gqh<D;6)F+#dy(&Zzx{W51#Mt{onG!$^2#%pZW2k`We8B>OOIb7j-Jd
z3|`b}g%@=y<qTdlQ-}p#RK#gVc+nPQyv)y>@o5S#I#$X}ylAEn3%sa^(~j_>Ey#F@
z7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j%9;4gi5JZv;{q=_W*Il}qGOh}i5G1_#3f!-
z#HmMk(ON^V@uIp<oZ>~DN->jfMe(9KT72e=U-6>46<$>LiBr5NUetL`m^r=xUi7eA
zj2C_QhT=v2;Q8*}|1B?^%x^~VnIA8zp8>q6?h~hYQKwSO;6<HQcu}WP&frBeg;?N4
zMVxko7i~et%lyn4pQiAlW2M~0i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=
zQQap_@uE(poQcnzc+m_pF7TpbmT?m=I%a8`c+nO_T;fGVoO*;8tu^!-FRJ^*DPGj6
z6f^l&6fdfy#b?g=6)&n=;YD?yIK_+NMV;q_nd1xKMGw2hc+rP%C|=YLp6~Ac-}1uA
z{ALuN`SGIq8NiF`K5>c{bt=USUesxY7j-J-3|=%-hy`9$#A!!((H3O9%+H+hX$mho
zR?1DhXr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~jvnfT0!7tJ8!
z0xvpd88`8wW0tmw7i~erC0<m-sYiIxT0^h#qPkC<;zgZGF_Uja@uE6feCCW_@uIpF
zUR3vqQ@ki%)Ok*rIlcg1^srlu7k&7K;zj-7`R?BTEiatRZ$|N%A1|t(0lcX06Q_7l
zr&7$|MV(f7QKwSQ;6*cqSl~rPoOXm4Z9&G%{LC4jrtqR;rQF1eW(u*ui;6hy2rt@#
zjF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lpiO-yP(F`&!@S<auaT6~(W@(#v(H2Bp
z;zdQAdW09PHS`)Us{6z#Ueu`+Gx=5&FRG)(XU_N)FREMNMRlJz#f#!ao#%v^;|t(L
z54**9(T8s+Uephs@9zEI^1{jdW)z?K@uK<}z>DfWaf%mpD#Z+5)M<qmbt>fyUNlpP
z1zuFdX-9a`7G%84&z$jT3NJcV%1yjzrVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)
zdW{#=ec}`^>Qu^^_{@nH%^>3fFFIx!H}RrlmbQr(Z9&8(UR1=XM|ja%L$C3ox=)<q
zMV(49lW#@wqB>f9=8RwQqPi7cRQHKfyeMAOc}|!)z5rhIuv?55efWmrMg8FU?%w|`
zFPzM8M)8>+FRGsbyr}LIr+87PQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB`Ac%o(4i
z@S<a-+{BA!3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkfQ&zyMC
z3^Fe8qGOhE6E8YuX`6V_7DQa)MMa!?gcq$f^cpX!`@|_;)TtCR`BoG!s-wkc&iEBC
zs$1bjb)PuJi{eF{=Y*N#3*bc$yTy3Xhi@oe)DNET?)~5L!pZz*6rcI=qWT%Yi|Rgc
ziWhY%#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WW3DJobhQ2FFIDrO}uEP5DUDhh|`Yn
zqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HRLYt7%!wDxAmairI%XL+@uFjvwuu*Q
zLBu6qRK%%Ac+pxzukoU~Pn_aKok}s2Z$<H<I$C_@j9>Ahx)okj_lZ-yC|=ZgPMA5q
z0ABR4TZ|Wd_=e&|{owiT-v2ExoXl@V@tGels-FS8sO}S|cu}WP%-}_xR(MgTQqJH-
zGlf{-MMa!;gcof=#>@Q78K0)`qGP4p#EWJMvA~OpIPC~8+JcOic+oM-wuu+r%G7<l
zXsw~wcv0OaPVu5nrJRY+oOsa;GA{6<W0r9fFFIyvn|RR{L|o!UMVxws7p*n)8ZWB*
z#3^3XsT4E$RunI)qs3>=_!TdzTj51@pE$*f;zgb3gqh<D;6)F+#dy(&Zzx{W51#Mt
z{onG!$^2#%pZW2k`We8B>OOIb7j-Jd3|`b}g%@=y<qTdlQ-}p#RK#gVc+nPQyv)y>
z@o5S#I#$X}ylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j%9;4g
zi5JZv;{q=_W*Il}qGOh}i5G1_#3f!-#HmMk(ON^V@uIp<oZ>~DN->jfMe(9KT72e=
zU-6>46<$>LiBr5NUetL`m^r=xUi7eAj2C_QhT=v2;Q8*}|1B?^%x^~VnIA8zp8>q6
z?h~hYQKwSO;6<HQcu}WP&frBeg;?N4MVxko7i~et%lyn4pQiAlW2M~0i)IS3z>A7F
z?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_@uE(poQcnzc+m_pF7TpbmT?m=I%a8`
zc+nO_T;fGVoO*;8tu^!-FRJ^*DPGj66f^l&6fdfy#b?g=6)&n=;YD?yIK_+NMV;q_
znd1xKMGw2hc+rP%C|=YLp6~Ac-}1uA{ALuN`SGIq8NiF`K5>c{bt=USUesxY7j-J-
z3|=%-hy`9$#A!!((H3O9%+H+hX$mhoR?1DhXr>Sgyr_uNj_{%_$askt9kXnkc+ss)
z-N%d88hVWv)qUa=FX~jvnfT0!7tJ8!0xvpd88`8wW0tmw7i~erC0<m-sYiIxT0^h#
zqPkC<;zgZGF_Uja@uE6feCCW_@uIpFUR3vqQ@ki%)Ok*rIlcg1^srlu7k&7K;zj-7
z`R?BTEiatRZ$|N%A1|t(0lcX06Q_7lr&7$|MV(f7QKwSQ;6*cqSl~rPoOXm4Z9&G%
z{LC4jrtqR;rQF1eW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp
ziO-yP(F`&!@S<auaT6~(W@(#v(H2Bp;zdQAdW09PHS`)Us{6z#Ueu`+Gx=5&FRG)(
zXU_N)FREMNMRlJz#f#!ao#%v^;|t(L54**9(T8s+Uephs@9zEI^1{jdW)z?K@uK<}
zz>DfWaf%mpD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G%84&z$jT3NJcV%1yjzrVtCf
zsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qu^^_{@nH%^>3fFFIx!H}Rrl
zmbQr(Z9&8(UR1=XM|ja%L$C3ox=)<qMV(49lW#@wqB>f9=8RwQqPi7cRQHKfyeMAO
zc}|!)z5rhIuv?55efWmrMg8FU?%w|`FPzM8M)8>+FRGsbyr}LIr+87PQq15*omO~J
zr&7+~MKgt1;6+88c7zvgLB`Ac%o(4i@S<a-+{BA!3bDY8ia6~EFWQ2Pmw3@J%eILZ
z-OAK`ylAbV*LYFgCr<IAPNkfQ&zyMC3^Fe8qGOhE6E8YuX`6V_7DQa)MMa!?gcq$f
z^cpX!`@|_;)TtCR`BoG!s-wkc&iEBCs$1bjb)PuJi{eF{=Y*N#3*bc$yTy3Xhi@oe
z)DNET?)~5L!pZz*6rcI=qWT%Yi|RgciWhY%#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|
zWW3DJobhQ2FFIDrO}uEP5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6H
zRLYt7%!wDxAmairI%XL+@uFjvwuu*QLBu6qRK%%Ac+pxzukoU~Pn_aKok}s2Z$<H<
zI$C_@j9>Ahx)okj_lZ-yC|=ZgPMA5q0ABR4TZ|Wd_=e&|{owiT-v2ExoXl@V@tGel
zs-FS8sO}S|cu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#>@Q78K0)`qGP4p#EWJM
zvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJRY+oOsa;GA{6<W0r9f
zFFIyvn|RR{L|o!UMVxws7p*n)8ZWB*#3^3XsT4E$RunI)qs3>=_!TdzTj51@pE$*f
z;zgb3gqh<D;6)F+#dy(&Zzx{W51#Mt{onG!$^2#%pZW2k`We8B>OOIb7j-Jd3|`b}
zg%@=y<qTdlQ-}p#RK#gVc+nPQyv)y>@o5S#I#$X}ylAEn3%sa^(~j_>Ey#F@7ag-~
zn|RT!Ox?$e)*5<^7u9{@6ff#j%9;4gi5JZv;{q=_W*Il}qGOh}i5G1_#3f!-#HmMk
z(ON^V@uIp<oZ>~DN->jfMe(9KT72e=U-6>46<$>LiBr5NUetL`m^r=xUi7eAj2C_Q
zhT=v2;Q8*}|1B?^%x^~VnIA8zp8>q6?h~hYQKwSO;6<HQcu}WP&frBeg;?N4MVxko
z7i~et%lyn4pQiAlW2M~0i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_
z@uE(poQcnzc+m_pF7TpbmT?m=I%a8`c+nO_T;fGVoO*;8tu^!-FRJ^*DPGj66f^l&
z6fdfy#b?g=6)&n=;YD?yIK_+NMV;q_nd1xKMGw2hc+rP%C|=YLp6~Ac-}1uA{ALuN
z`SGIq8NiF`K5>c{bt=USUesxY7j-J-3|=%-hy`9$#A!!((H3O9%+H+hX$mhoR?1Dh
zXr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~jvnfT0!7tJ8!0xvpd
z88`8wW0tmw7i~erC0<m-sYiIxT0^h#qPkC<;zgZGF_Uja@uE6feCCW_@uIpFUR3vq
zQ@ki%)Ok*rIlcg1^srlu7k&7K;zj-7`R?BTEiatRZ$|N%A1|t(0lcX06Q_7lr&7$|
zMV(f7QKwSQ;6*cqSl~rPoOXm4Z9&G%{LC4jrtqR;rQF1eW(u*ui;6hy2rt@#jF))P
zG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lpiO-yP(F`&!@S<auaT6~(W@(#v(H2Bp;zdQA
zdW09PHS`)Us{6z#Ueu`+Gx=5&FRG)(XU_N)FREMNMRlJz#f#!ao#%v^;|t(L54**9
z(T8s+Uephs@9zEI^1{jdW)z?K@uK<}z>DfWaf%mpD#Z+5)M<qmbt>fyUNlpP1zuFd
zX-9a`7G%84&z$jT3NJcV%1yjzrVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=
zec}`^>Qu^^_{@nH%^>3fFFIx!H}RrlmbQr(Z9&8(UR1=XM|ja%L$C3ox=)<qMV(49
zlW#@wqB>f9=8RwQqPi7cRQHKfyeMAOc}|!)z5rhIuv?55efWmrMg8FU?%w|`FPzM8
zM)8>+FRGsbyr}LIr+87PQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB`Ac%o(4i@S<a-
z+{BA!3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkfQ&zyMC3^Fe8
zqGOhE6E8YuX`6V_7DQa)MMa!?gcq$f^cpX!`@|_;)TtCR`BoG!s-wkc&iEBCs$1bj
zb)PuJi{eF{=Y*N#3*bc$yTy3Xhi@oe)DNET?)~5L!pZz*6rcI=qWT%Yi|RgciWhY%
z#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WW3DJobhQ2FFIDrO}uEP5DUDhh|`YnqAkdH
zi5DHSY@2w|txVm=i`E)?jThB@;uJ6HRLYt7%!wDxAmairI%XL+@uFjvwuu*QLBu6q
zRK%%Ac+pxzukoU~Pn_aKok}s2Z$<H<I$C_@j9>Ahx)okj_lZ-yC|=ZgPMA5q0ABR4
zTZ|Wd_=bMryy*Y>-~Z=t%0K?@@BZ$8KJ|}pfBW12<NyET`X{`)J$$FWDF1Z%%_u(e
z<3;t2!;9)Zaf%mpD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafK
zYYn}|i|RgciWhY%<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{
zbt=USUes)b7d1m&V|Y=g6<*Y-6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x8|=TT0ABR4
z+l?1}_=bMryy!pu;9m<D{fjMs`O9BEe5bxB|8)7y2ruf~GQ6l$2`}nYiW$79(+V%@
zRLU8=Xr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDh
zh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HREinAsM!iHYKFST@S;vDyr@$t
zX7a5lUQ|cJi|Ri06fat9Y-_wIUUYjl*nd?4yy#)K8!!6s4aJLoK5~i|-5%8ZW`q~r
z64iaYXsxlW@uFLq5BKq+A2#`L2QT_z6S0FA6>;(iFPbSnbAcEA%tY4!Ueu|SGkDQV
zAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=
zkns{PI%XL+@uFjv4>$3mA2!)`@S<Cpx{nvFHS{{)isD6eD7>idQ%~`twZ^u_i{eGM
zXM_D$6~K!gcDwPS58qI{C|>m5M=rk^;YFRWcu}VkUeu`+Gk8&_6<*Y-lrwnIOd%F{
zQ4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)Txv+c+pHD7I;w+ryb!%TafV*
zFFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~HvlU*{40Vm+MV(f7QKwSO<Xcg^sE&pg
z)qUzIUbNQO)_768==N-||EdCb(Zg;xUi9G``bGDm|KUIWr~mw4{_6w(@A@aIvXuXR
z(d|LaZ$^00Em7Uai`E+38ZWw)`EVaE`eBm~ckrSgHW52`Q4uGP@S>UGGZ%Q#&rEa;
z;6<HEIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}@_7tIu6
zffp5V+7Vu~1sN~#qGOhE6E8Yu`EV02`eBo82QRvnsrz`*T0^h%ttehphr)~MKJ^qY
zT5D`;yeM9Ddp6jARRO%{VYeGE`tS|?qI=Q5|A&A4=YRRP2mar;zVltYsPk~<HzT~L
zlM65ERKklom0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52f
zMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bDu
zFKV{Ji<+UXF}$eL3NPwZikW;XiWk+<@S?g;J;jUG8rvE#iWl9U4fbDE055vj?Z%5f
zd_(b~rZvTjnonkaGs25H#qgp|CA_FpDQ57ZPAj~qQz>WgqM1T0@S-A4JHm^$Amb%o
zbj-4C;zhSIbssNUYv?szRQHKfyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7f
zFIsEpHC|NriBr6&Qz>TfqGl_+s2S=S!;3nt@S;won8~-Icu^e<FRJ_0Q@m)cv90l<
zc+u_IVE<JG@S=y^ZoKHjHxw_57rpn9%Wp<_Q70^3)Tx9Qbt=USUesxY7j-J-3|=%-
zhy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7bG*gHLUR1<sM|jZ|
zWW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qLU1NArrxjk*sT4E$RunI)
zqv1t$pL&WHtu?kaUKB67Jsa%5ssLW}u-lCnefWmrMe(BdK63fZ2rue{#fv(X@S;wo
zn8AxWt?;5wrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp
z!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrI^8snyv7nW~gfn
zFY2_yi#nBJCf|zUMRhd1sP0ow@uIcHw#JL%MYm^z{Z|#hiyn5n@uCmkP`oH!^xj7<
zzZv00ov?UOrxIS&sT4DKQKuDN)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`
ztu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;
z)TtCRcu}(zUepYAjp0R|R(MgTQq1IAQM{;*h8NX+>M35d*4Wl~QM~B(Y_R{T0(jBG
zZZ}@^;Twt<#f#qi$mKU9yr>fvFX~jni#nBJ1~2Ng!izeUat1G&DZ~OVD&n*wyl4wD
zUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(a
zQ}^+rwT52fMRlJz#fv(XVg@g2w!({=p{_B!sM88B>QsuEd@G6<)zR>xx=%gDi`E+3
z8ZU|$-JT8hUsV7vdf4s8i#~iq@uGOqdmp*{W`q}Y!s11pN_bJHQq15*omO~Jr&7+~
zMKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP&frBeg;?N4MVxko
z7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7$|Ma@=tQ8Uyvh8J~O;YFQFF_Uja
z@uE5!UR3v~r+Cp?V_V}z@uJ(a!TzfX;6)F+-FVT5Zzx_AFM97Im*0%=qE1-6s8b0q
z>Qssuyr|O(FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6H
zRLU8=Xr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDg
zy2kLLPAj~qQz>ThttehpN5hNiKJ^qYT5D`;yeM9Ddp6jARRO%{VYeGE`tS|Ki{eG^
zedO|+5nj{@ix+h&;YFQFF@qO%TH!^VN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf
z`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<
zoZ>~DN-={MHCy3D%~01EUesxY7j-JdOuiMxi|S~2QQfDW;zetXZH*Vji*C;b`>!g1
z7d`BD<3%67p?Fce=)I3zelx<0I$`mmP9?mkQz>TfqE0Kks8cCt@S>SQEbyWtPCLSj
zwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQEDanL;e^q9RT^!i%;b<0W2n%(89b
zMYl3_A1_*K=rvwc_lZ-ys8cCs@S<ibyr>!K8pDe^t?;5wrI^XLqIgjq4KJ$u)Kk1@
zt+B1~qIl8m*<k-w1@NMW-EO?-!#5N!iWj~2k;`vJcu^-TUeu|C7j-Jd3|`b}g%@=y
z<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt>fyUNlpP1zuFd
zX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%#SC85Y=sv!LtSHdQKuDN)TtCR
z`BoG!s-xjWb)R~Q7p*n6HC_}ix;-20zp4OU^sw8F7k&7K;zjYI_das@%?K~*gvE<G
zmGGiYrI^8sI<4@cPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_
z@uE(poWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkT^i<+(Q
zqGqUT3@_@m!izeUVkX~;;ze~dyr}L|Pw}F)#<s?b;zhS-gZ)<(z>6MsyYZqA-%z|L
zUi98aF25P!MV+vCQKu4K)TtCRcu}VnUeu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_
zTba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)U
zs{6z#Ueu`+Gk8(66<*W~b&cUgomO~Jr&7%1TT#5Ij)oW2ed;M*wAR?xcu~CQ_H3~K
zsseb?!)`ZT^x+$d7sZR-`^e=tBfO{+7BA{l!izeUVg@hjw8D!zm2w6znkmErFDl}+
zBfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S
z+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxU>Syr|O(FX~i^nS3jX7uC`5qPkB#
z#f#P&+Zr#57u}u>_Fq*1FM8PR#*03DL-C?`(R&}c{APp~b;9CBol1C7r&7$|MV(f7
zQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQqJH-Glf{-
zMMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=cu_OdHHH^;TH!^V
zN->jfMe(9K8eUZQsi%0+T4P(|Me(BBv%&tW3gAT#yWM!vhi@oe6fb)3BbVQd@S;vw
zyr@$NFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=
zec}`^>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#jiW$79
z*$OXehPuY^qE0Kks8cCs@~tRdR7b;$>OS=pFIsDCYrH64bbB_~e^mjz=wY`TFZ%Ee
z#f#!a?|tO*n-N~r35yqXD&a+)N-={Mbz0#?ok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA
z6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxz
zukoU~Pn_aKok}r-7d2bqMa@vx7+%zAg%@=y#Z0~x#f$1_cv0P_p5jGojctt=#fxsw
z2K%onfEPXNcH>1KzM*(gyy(4;Tz)gci#lQPqE02es8cCs@S;vDyr@$tXYit#LM-s2
zB2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$Amb%o
zbj-4C;zhSIbssNUYv?szRQHKfyr@$tX7HkBE4-)~>Kem~I<4@cPNkU1x1xAa9Stw4
z`_xmsXsxlW@uGOq?b%@eRR!>(huv<x=)*S@FNznv_mRtQMtD&tEMC;9gco%x#SC85
zX@wVcD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-
zhy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD#Z+5)NF+pHA7uvcu}Vn
zUeu`+Gx=5&FRG*AMRlKgiWjXlwl!W9FS<P&?7yl2Ui7frjTe3RhT=u>qW3;>`OOF~
z>V(CMI+gIEPNkT^i#o0FqE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~w
zcv0OaPVu5nrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll
z!Hb%$@S<j@YYZ>yw8D!zm0~8}isD6eG`y(pQ%~`twZ^u_i{eGMXM_D$6~K!gcDwPS
z58qI{C|>m5M=rk^;YFRWcu}VkUeu`+Gk8&_6<*Y-lrwnIOd%F{Q4yyd;YC}J@e(gO
zX4y9JqFb4|j~A^q^cpX!`@|_;)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`
ztu^!-FRJ^*DPGj66f<~HvlU*{40Vm+MV(f7QKwSO<Xcg^sE&pg)qUzIUbNQO)_768
z==N-||EdCb(Zg;xUi9G`iWkL;-uuYqHzT~L6BaM(RKklom0|`j>a@a(I+bz;FPbUD
z0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wD
zUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bDuFKV{Ji<+UXF}$eL3NPwZikW;XiWk+<
z@S?g;J;jUG8rvE#iWl9U4fbDE055vj?Z%5fd_(b~c+q<wx%_5?7j?qoMV(4`QKwSO
z;6<HQcu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~
zMKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP%-}`MR(Me})HQ||
zbz0#?ok}s2Z$<H<IvQS7_o=6N(OP3$<3;hJ+q1#`s|w&n54+uX(T8s+UKB5S?<1Gr
zjPRmPSiGoH2`}nYiW$79(+V%@RLU8=Xr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d8
z8hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6H
zREinAsM!iHYKFST@S;vDyr@$tX7a5lUQ|cJi|Ri06fat9Y-_wIUUYjl*nd?4yy#)K
z8!!6s4aJM%Melv&@|zJ})Cr3hbt>USok}r-7j;_UMV(4HgBQ&dVu2SGaoQ1Hv;`S2
z@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf
z`*_h>L$C3ox=)<qMV(49gBLYh;YH0**BD;ZX@wVcD#c8`6~&9{Xn0ZGr=H?PYmIG<
z7sZQi&j$OiDu5R~>~`ZtAHJb@QM~BAk6eB;!izd#@uE&8yr@$tX7Hj;E4-*vDQEDa
znL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt@S>SQEbyWtPCLSj
zwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8R{Cti#o0FqE4ll$+x0-
zQ5_90s{7PaylAblt?{CG(e2q_|5XL>qKDmXyy(L>6fcSwz4wvJZ$@}gCoEpnse~7G
zD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%
z<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt=USUes)b7d1m&
zV|Y=g6<*Y-6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x8|=TT0ABR4+l?1}_=e&|@uK%W
za{0{&FY1KFi#nC?qE4ll!HYVr@S;wooWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`
zylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_
z@uE(pn8Ayht?;5|sA~)_>a@a(I+bE3--_Zzbu_%F?o&_kqP51h#*5-bw`YU>R~5jE
z9(KF&q7UCtyeMAu-bXIK8R12puy|3Y5?<7)6f<~Hrxjk*sgyH#(M%y0cu^6j9pOb=
zkns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_
zTba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_fv;YFQRcu}WP%;Z~9yr_<b7u9|0DPFYJ
z*w%Payy*69u>Yz8c+tadH(vDN8;Tdji{AUl<u@a|s1p`1>QusuI+bDuFY2_yi#nBZ
z1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm2w6znkmErFDl}+
zBfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ1}|#1!i$=rt}(o*(+V%@REn8=
zD~cD@(eR?WPd&wp)*9OyFNzo4o(=Y2RRAw~*zLxPK72#*qIl7JAG!Qygco(f;zgZG
zcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hY
zQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQq15*%~p6(
zGt@PP7j;_UMV(49lW#@wqB<I0RQIW;c+py8TjNFXqT92<{;LY$MGw2(c+rP%C|(pV
zdha8b-;D60PFTFCQwcBXREinAsM88B>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!
zOx?$e)*5<^7u9{@6ff#j${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=
zec}`^>Qssuyr|g<FKULm#_*y}E4-*vDQ5DmC|*=Y!;9)Z^%O5!Yiw)0C|-1XHrRhv
z0les8w;M0|@D0U_;zjR$<no&lUepPT7j-J(MV(49gBNvL;YFQFIfEC?6k>rF6>-`T
zUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA
z6EC`zsrz`*T0^h#qPkC<;zgZGF@qO1Tj52`P}dk<)M<qmbt=V7z7@rb>S%aT-KU=7
zMQe?1jTgm>ZqEk$uPT5SJ?wVlMIXMQcu~CQy^maeGs25HVez6)CA_FpDQ57ZPAj~q
zQz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$tXYit#LM-s2
zB2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>TfqGl_+s2S=S!;3nt@S;wo
zn8~-Icu^e<FRJ_0Q@m)cv90l<c+u_IVE<JG@S=y^ZoKHjHxw_57rpn9%Wp<_Q70^3
z)Tx9Qbt=USUesxY7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Ac
zaf%mpD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1
zg%>qLU1NArrxjk*sT4E$RunI)qv1t$pL&WHtu?kaUKB67Jsa%5ssLW}u-lCnefWmr
zMe(BdK63fZ2rue{#fv(X@S;won8AxWt?;5wrJTWwW(u*ui;6hy2rt@#jF))PG0V1z
z7v0L#eY|L`q1Sj(-6u}*qE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~w
zcv0OaPVu5nrI^8snyv7nW~gfnFY2_yi#nBJCf|zUMRhd1sP0ow@uIcHw#JL%MYm^z
z{Z|#hiyn5n@uCmkP`oH!^xj7<zZv00ov?UOrxIS&sT4DKQKuDN)Txv+c+pHD7I;w+
zryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@e(gO
zX4y9JqFb4|j~A^q^cpX!`@|_;)TtCRcu}(zUepYAjp0R|R(MgTQq1IAQM{;*h8NX+
z>M35d*4Wl~QM~B(Y_R{T0(jBGZZ}@^;Twt<#f#qi$mKU9yr>fvFX~jni#nBJ1~2Ng
z!izeUat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bz;FPbUD
z0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2w!({=p{_B!sM88B
z>QsuEd@G6<)zR>xx=%gDi`E+38ZU|$-JT8hUsV7vdf4s8i#~iq@uGOqdmp*{W`q}Y
z!s11pN_bJHQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIb
zsO}S|cu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7$|
zMa@=tQ8Uyvh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a!TzfX;6)F+-FVT5
zZzx_AFM97Im*0%=qE1-6s8b0q>Qssuyr|O(FX~jv8N6tw5DUDhh|`YnqAkdHi5DHS
zY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d8
z8hVWv)qUa=FX~i^8N8_33NLDgy2kLLPAj~qQz>ThttehpN5hNiKJ^qYT5D`;yeM9D
zdp6jARRO%{VYeGE`tS|Ki{eG^edO|+5nj{@ix+h&;YFQFF@qO%TH!^VN;!iU%@ksR
z7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SGaoQ1Hv;`S2
z@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%~01EUesxY7j-JdOuiMxi|S~2
zQQfDW;zetXZH*Vji*C;b`>!g17d`BD<3%67p?Fce=)I3zelx<0I$`mmP9?mkQz>Tf
zqE0Kks8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQEDa
znL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCs@S<ibyr>!K8pDe^
zt?;5wrI^XLqIgjq4KJ$u)Kk1@t+B1~qIl8m*<k-w1@NMW-EO?-!#5N!iWj~2k;`vJ
zcu^-TUeu|C7j-Jd3|`b}g%@=y<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?
zy~c~`K5>c{bt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%
z#SC85Y=sv!LtSHdQKuDN)TtCR`BoG!s-xjWb)R~Q7p*n6HC_}ix;-20zp4OU^sw8F
z7k&7K;zjYI_das@%?K~*gvE<GmGGiYrI^8sI<4@cPNkf|i)IS3z>A7F?FcX0f{d4V
z(J{-mi5K0<)P1~Yt)bU=QQap_@uE(poWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`
zylAbV*LYFgCr<IAPNkT^i<+(QqGqUT3@_@m!izeUVkX~;;ze~dyr}L|Pw}F)#<s?b
z;zhS-gZ)<(z>6MsyYZqA-%z|LUi98aF25P!MV+vCQKu4K)TtCRcu}VnUeu|SGkDQV
zAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=
zkns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu`+Gk8(66<*W~b&cUgomO~Jr&7%1TT#5I
zj)oW2ed;M*wAR?xcu~CQ_H3~Ksseb?!)`ZT^x+$d7sZR-`^e=tBfO{+7BA{l!izeU
zVg@hjw8D!zm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ
z1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxU>S
zyr|O(FX~i^nS3jX7uC`5qPkB##f#P&+Zr#57u}u>_Fq*1FM8PR#*03DL-C?`(R&}c
z{APp~b;9CBol1C7r&7$|MV(f7QKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&
zwARpTyr}LIr+87PQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hY
zQKwSO;6=?=cu_OdHHH^;TH!^VN->jfMe(9K8eUZQsi%0+T4P(|Me(BBv%&tW3gAT#
zyWM!vhi@oe6fb)3BbVQd@S;vwyr@$NFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!@S-iq
zc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!
zOx?$e)*5<^7u9{@6ff#jiW$79*$OXehPuY^qE0Kks8cCs@~tRdR7b;$>OS=pFIsDC
zYrH64bbB_~e^mjz=wY`TFZ%Ee#f#!a?|tO*n-N~r35yqXD&a+)N-={Mbz0#?ok}@_
z7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`T
zUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}r-7d2bqMa@vx7+%zAg%@=y#Z0~x
z#f$1_cv0P_p5jGojctt=#fxsw2K%onfEPXNcH>1KzM*(gyy(4;Tz)gci#lQPqE02e
zs8cCs@S;vDyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&
zQz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$tX7HkBE4-)~
z>Kem~I<4@cPNkU1x1xAa9Stw4`_xmsXsxlW@uGOq?b%@eRR!>(huv<x=)*S@FNznv
z_mRtQMtD&tEMC;9gco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@
z?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Ac
zaf%mpD#Z+5)NF+pHA7uvcu}VnUeu`+Gx=5&FRG*AMRlKgiWjXlwl!W9FS<P&?7yl2
zUi7frjTe3RhT=u>qW3;>`OOF~>V(CMI+gIEPNkT^i#o0FqE4lp!HZ@JvA~OpIPC~8
z+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy2rt@#jF))PG0V1z
z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@YYZ>yw8D!zm0~8}isD6eG`y(pQ%~`t
zwZ^u_i{eGMXM_D$6~K!gcDwPS58qI{C|>m5M=rk^;YFRWcu}VkUeu`+Gk8&_6<*Y-
zlrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)Txv+c+pHD7I;w+
zryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~HvlU*{40Vm+MV(f7QKwSO
z<Xcg^sE&pg)qUzIUbNQO)_768==N-||EdCb(Zg;xUi9G`iWkL;-uuYqHzT~L6BaM(
zRKklom0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz
z#fv(Xat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bDuFKV{J
zi<+UXF}$eL3NPwZikW;XiWk+<@S?g;J;jUG8rvE#iWl9U4fbDE055vj?Z%5fd_(b~
zc+q<wx%_5?7j?qoMV(4`QKwSO;6<HQcu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDy
zZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIb
zsO}S|cu}WP%-}`MR(Me})HQ||bz0#?ok}s2Z$<H<IvQS7_o=6N(OP3$<3;hJ+q1#`
zs|w&n54+uX(T8s+UKB5S?<1GrjPRmPSiGoH2`}nYiW$79(+V%@RLU8=Xr>Sgyr_uN
zj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkdHi5DHS
zY@2w|txVm=i`E)?jThB@;uJ6HREinAsM!iHYKFST@S;vDyr@$tX7a5lUQ|cJi|Ri0
z6fat9Y-_wIUUYjl*nd?4yy#)K8!!6s4aJM%Melv&@|zJ})Cr3hbt>USok}r-7j;_U
zMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR
z7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(49gBLYh;YH0**BD;ZX@wVc
zD#c8`6~&9{Xn0ZGr=H?PYmIG<7sZQi&j$OiDu5R~>~`ZtAHJb@QM~BAk6eB;!izd#
z@uE&8yr@$tX7Hj;E4-*vDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc
z_lZ-ys8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57Z
zW-Gj?8R{Cti#o0FqE4ll$+x0-Q5_90s{7PaylAblt?{CG(e2q_|5XL>qKDmXyy(L>
z6fcSwz4wvJZ$@}gCoEpnse~7GD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G%7{i;h{g
zO}yw<rtafKYYn}|i|RgciWhY%<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?
zy~c~`K5>c{bt=USUes)b7d1m&V|Y=g6<*Y-6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x
z8|=TT0ABR4+l?1}_=e&|@uK%Wa{0{&FY1KFi#nC?qE4ll!HYVr@S;wooWYA`3bDY8
zia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{d4V
z(J{-mi5K0<)P1~Yt)bU=QQap_@uE(pn8Ayht?;5|sA~)_>a@a(I+bE3--_Zzbu_%F
z?o&_kqP51h#*5-bw`YU>R~5jE9(KF&q7UCtyeMAu-bXIK8R12puy|3Y5?<7)6f<~H
zrxjk*sgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQV
zAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_fv;YFQR
zcu}WP%;Z~9yr_<b7u9|0DPFYJ*w%Payy*69u>Yz8c+tadH(vDN8;Tdji{AUl<u@a|
zs1p`1>QusuI+bDuFY2_yi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z
z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ
z1}|#1!i$=rt}(o*(+V%@REn8=D~cD@(eR?WPd&wp)*9OyFNzo4o(=Y2RRAw~*zLxP
zK72#*qIl7JAG!Qygco(f;zgZGcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#!I~D
zm}T3<i*9A=K3=re&}+P??h~hYQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&
zwARpTyr}LIr+87PQq15*%~p6(Gt@PP7j;_UMV(49lW#@wqB<I0RQIW;c+py8TjNFX
zqT92<{;LY$MGw2(c+rP%C|(pVdha8b-;D60PFTFCQwcBXREinAsM88B>Qu@ZylAEn
z3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j${D<9rVtCfsEE^!@S-iq
zc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qssuyr|g<FKULm#_*y}E4-*vDQ5DmC|*=Y
z!;9)Z^%O5!Yiw)0C|-1XHrRhv0les8w;M0|@D0U_;zjR$<no&lUepPT7j-J(MV(49
zgBNvL;YFQFIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}@_
z7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGF@qO1Tj52`P}dk<
z)M<qmbt=V7z7@rb>S%aT-KU=7MQe?1jTgm>ZqEk$uPT5SJ?wVlMIXMQcu~CQy^mae
zGs25HVez6)CA_FpDQ57ZPAj~qQz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNU
zYv?szRQHKfyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&
zQz>TfqGl_+s2S=S!;3nt@S;won8~-Icu^e<FRJ_0Q@m)cv90l<c+u_IVE<JG@S=y^
zZoKHjHxw_57rpn9%Wp<_Q70^3)Tx9Qbt=USUesxY7j-J-3|=%-hy`9$#A!!((H3O9
z#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@
z?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qLU1NArrxjk*sT4E$RunI)qv1t$pL&WHtu?ka
zUKB67Jsa%5ssLW}u-lCnefWmrMe(BdK63fZ2rue{#fv(X@S;won8AxWt?;5wrJTWw
zW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp!HZ@JvA~OpIPC~8
z+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrI^8snyv7nW~gfnFY2_yi#nBJCf|zU
zMRhd1sP0ow@uIcHw#JL%MYm^z{Z|#hiyn5n@uCmkP`oH!^xj7<zZv00ov?UOrxIS&
zsT4DKQKuDN)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6
zlrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)TtCRcu}(zUepYA
zjp0R|R(MgTQq1IAQM{;*h8NX+>M35d*4Wl~QM~B(Y_R{T0(jBGZZ}@^;Twt<#f#qi
z$mKU9yr>fvFX~jni#nBJ1~2Ng!izeUat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$
z@uIbcUgJe|pE$*fI+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz
z#fv(XVg@g2w!({=p{_B!sM88B>QsuEd@G6<)zR>xx=%gDi`E+38ZU|$-JT8hUsV7v
zdf4s8i#~iq@uGOqdmp*{W`q}Y!s11pN_bJHQq15*omO~Jr&7+~MKgt1;6+88c7zvg
zLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDy
zZe{8|UbNQGYrLrL6Q_7lr&7$|Ma@=tQ8Uyvh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?
zV_V}z@uJ(a!TzfX;6)F+-QWNI_pcvrU;p~oufJFPiT{XKhu5#4_}4l6w@0P;kam5e
z{HQ<dm%sewzxnrn{Oy1H?<Tzb#Ib++!N30dKj;7Z|Ns6U{_zw4g641k)_1;J|9OA*
zv!8ubt5*%z&;0xgP~ZA!MI~LS{>`qB{V}Eg%IBTt`-}7bXgB_evQqpD@VdP5FMi%%
ziXT(XJ>|!gQz>TRUx55D*TwiTrTer~eoVC><0U_)#w_C|Kc>bkZL|HDYNuSb0(|Cd
zLB>mdOpRH_&G`Fxe3}~L<YxW5o!7qxbDzanfFDz1mbS@{sTM?BMk{_yiA2{CKc;k_
zb{apX+9sE+KvarfdEL<Bv`c<WwIJgqKc>bk+a^DzwlZ~}A5*o4Uh`v0_leV&|Csvm
zkAECq^wPzjsKx&9hd*2f=0bO$_}AgLQ{XRB05AF%$^Pg2C;i^{zIXj_``XvORzEhd
z{_8C8r7wLc3FX_o=udz8)4$G}!v9qipa2CZKmiI+fC3bt00k&O0SZun0u-PC1t>rP
z3Q&Lo6rcbFC_n)UP=Er575LGQeuNkO^NBV7%3q)Yc+oG=&2s)v{lO1@aQ$%m#y7rk
z{de7e;y>cQ^5Xhm2>ryr&e^~H`j24bzdv68L5z?3!+zx}UwN$;{lzbS@lmbbGhF}c
z->*mO`cJjI=g<B*{-p7re&WZJPWLH4ru1L=ywms})4BeocitcE#y?T~FQetZ_g&F$
z{EMIWmx})=D?iNjovr^hYu8#2zx*`*$8<jSGw0i)<qz}tNp=0ydRu{y`t$N*%E`r#
zDW_7*@MFqp#g8ecQqIH=b3Suska1D}i$Sh0fa46CQQ-O;2-ic!XHNY*#1HfQ(s%u>
zDn0-5Q+`Z24*)-=oJukCt6%+!A5)*1iyu>;nJ5SHbpt=lv&p!~f7iPfylxm1<z~EY
z;4^0i85i-HGoPz*hRrCzk16v>$j6BvQ=eIkA5)*1=o)zWkEx&h<R^Gh$DT2Bd;z@Z
zVYm2)Km6hK!|j{j{N|_sx#Hg@uFq+o{+BxVuTWp~Tz|LuqyD5{{pwd=>qUS0%U^y}
ztM?55@sEG3pZS0Do8P?W&;B|7r16>m`dIrpe(!sJOZ_{jSF!i}!9T~J^tZqL?e#Cf
zOU`_b-}|25^84TazW$i{-S2+)o<IBN_>%@P`t`4W{W*T`dwxs(TNBr-vG@GJKgXZ+
z`e1PV3-Dt<bAFD0qA&DsxqdFyA5+&)tuOQ+=g<9re7w8oGpFtxZ|&o`x_)Ho;g_FY
z|CV=!;xngy4B|6q{-nD8hpY7b%TI%~U(sIPLI3gNt8qM3*B3xN{PNT5Zy;Qu_{^yv
zgZRvuKc=p~Ri)=&ej1_pYOEiF_-Y)juD_kGhhKgg|0!KQbLz(+K6B=esXzVcPkR2%
zr&pW^#b-|a7{q7JXvJGm-74OS@|jatiqD++V@eOd{50Q+@|jaV3Hdl(3*L(AR`FJp
z&z!naQtj)Bdf{8qpa1;l;YC0FIpKegUO#D^{*@QNi~g10ppX4O4=?($#XfO9z8S@b
zw2ysvj~D&K_(%Ts{ALsn74Po#UB-**K5>c{bt=USUesxY7j-J-3|=%-hy`9$#A!!(
z(H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;+N
z_&a!b(XCJH<3)9!dWsjVHMTWgbSv}WK3??0CgToXbj&ht;zh?SZ4)orf{4p}D~cBt
zm9C@s%o)GpMRhB@sO}S|cu~Bl^PDhqd;z@ZVYe7B`tS|Ki~jS!{G0RtzV)5&=6{*$
zwcx*BbbC<qn-N}gOH}vqqP51h#*1!cKHSHPe%R#09lYp=O~ejfRK&?6ylAHQ%mrTb
zGZS3{cu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~
zMKgt1;6+88c7zvgLB>nG=$K{P#EXtuKHS8Me%NH&!HaHX>ONky*3j#GD~cD@q41)*
zPd&wp)*9OyFNzo4o(=Y2RRAw~*zLxPK72#*q7D|lX7HlslbPR)@S;vJyr@$NFX~i^
z8N8^|3NPwZ${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qu@Z
zylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#jiW$79*$OXehPuY^
zqE0Kks8cCs@~tRdR7b;$>OS=pFIsDCYrH64bbB_~e^mjz=wY`TFZ%Ee#f#!a?|tO*
zn-N~r35yqXD&a+)N-={Mbz0#?ok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*
zT0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aK
zok}r-7d2bqMa@vx7+%zAg%@=y#Z0~x#f$1_cv0P_p5jGojctt=#fxsw2K%onfEPXN
zcH>1KzM*(gyy(4;Tz)gci#lQPqE02es8cCs@S;vDyr@$tXYit#LM-s2B2GKPi?$%+
zC0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSI
zbssNUYv?szRQHKfyr@$tX7HkBE4-)~>Kem~I<4@cPNkU1x1xAa9Stw4`_xmsXsxlW
z@uGOq?b%@eRR!>(huv<x=)*S@FNznv_mRtQMtD&tEMC;9gco%x#SC85X@wVcD&-7b
zG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!(
z(H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD#Z+5)NF+pHA7uvcu}VnUeu`+Gx=5&
zFRG*AMRlKgiWjXlwl!W9FS<P&?7yl2Ui7frjTe3RhT=u>qW3;>`OOF~>V(CMI+gIE
zPNkT^i#o0FqE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5n
zrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@
zYYZ>yw8D!zm0~8}isD6eG`y(pQ%~`twZ^u_i{eGMXM_D$6~K!gcDwPS58qI{C|>m5
zM=rk^;YFRWcu}VkUeu`+Gk8&_6<*Y-lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|
zj~A^q^cpX!`@|_;)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*
zDPGj66f<~HvlU*{40Vm+MV(f7QKwSO<Xcg^sE&pg)qUzIUbNQO)_768==N-||EdCb
z(Zg;xUi9G`iWkL;-uuYqHzT~L6BaM(RKklom0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|
z3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDUgAZ^EZZht
zbSqQ$@uIbcUgJe|pE$*fI+bDuFKV{Ji<+UXF}$eL3NPwZikW;XiWk+<@S?g;J;jUG
z8rvE#iWl9U4fbDE055vj?Z%5fd_(b~c+q<wx%_5?7j?qoMV(4`QKwSO;6<HQcu}WP
z&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88
zc7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP%-}`MR(Me})HQ||bz0#?ok}s2
zZ$<H<IvQS7_o=6N(OP3$<3;hJ+q1#`s|w&n54+uX(T8s+UKB5S?<1GrjPRmPSiGoH
z2`}nYiW$79(+V%@RLU8=Xr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=
zFX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HREinAsM!iH
zYKFST@S;vDyr@$tX7a5lUQ|cJi|Ri06fat9Y-_wIUUYjl*nd?4yy#)K8!!6s4aJM%
zMelv&@|zJ})Cr3hbt>USok}r-7j;_UMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oL
zm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3o
zx=)<qMV(49gBLYh;YH0**BD;ZX@wVcD#c8`6~&9{Xn0ZGr=H?PYmIG<7sZQi&j$Oi
zDu5R~>~`ZtAHJb@QM~BAk6eB;!izd#@uE&8yr@$tX7Hj;E4-*vDQEDanL;e^q9RT^
z!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt@S>SQEbyWtPCLSjwjkprUUbZ|
zZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8R{Cti#o0FqE4ll$+x0-Q5_90s{7Pa
zylAblt?{CG(e2q_|5XL>qKDmXyy(L>6fcSwz4wvJZ$@}gCoEpnse~7GD#Z+5)M<qm
zbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%<qTdlQ-}p#
zRK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt=USUes)b7d1m&V|Y=g6<*Y-
z6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x8|=TT0ABR4+l?1}_=e&|@uK%Wa{0{&FY1KF
zi#nC?qE4ll!HYVr@S;wooWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFg
zCr<IAPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_@uE(pn8Ayh
zt?;5|sA~)_>a@a(I+bE3--_Zzbu_%F?o&_kqP51h#*5-bw`YU>R~5jE9(KF&q7UCt
zyeMAu-bXIK8R12puy|3Y5?<7)6f<~Hrxjk*sgyH#(M%y0cu^6j9pOb=kns{PI%e56
z@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)
z8ZWB*#3^3XsT4DKQL`0Z)C_fv;YFQRcu}WP%;Z~9yr_<b7u9|0DPFYJ*w%Payy*69
zu>Yz8c+tadH(vDN8;Tdji{AUl<u@a|s1p`1>QusuI+bDuFY2_yi#nBZ1}~Z^!~!oW
z;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}GG5|E
z$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ1}|#1!i$=rt}(o*(+V%@REn8=D~cD@(eR?W
zPd&wp)*9OyFNzo4o(=Y2RRAw~*zLxPK72#*qIl7JAG!Qygco(f;zgZGcu}WP%-}_x
zR(MgTQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSQ;6*cq
zSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQq15*%~p6(Gt@PP7j;_U
zMV(49lW#@wqB<I0RQIW;c+py8TjNFXqT92<{;LY$MGw2(c+rP%C|(pVdha8b-;D60
zPFTFCQwcBXREinAsM88B>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^
z7u9{@6ff#j${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qssu
zyr|g<FKULm#_*y}E4-*vDQ5DmC|*=Y!;9)Z^%O5!Yiw)0C|-1XHrRhv0les8w;M0|
z@D0U_;zjR$<no&lUepPT7j-J(MV(49gBNvL;YFQFIfEC?6k>rF6>-`TUbF=nFY%&d
zmTeO+x|ON>c+pxzukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*
zT0^h#qPkC<;zgZGF@qO1Tj52`P}dk<)M<qmbt=V7z7@rb>S%aT-KU=7MQe?1jTgm>
zZqEk$uPT5SJ?wVlMIXMQcu~CQy^maeGs25HVez6)CA_FpDQ57ZPAj~qQz>WgqM1T0
z@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$tXYit#LM-s2B2GKPi?$%+
zC0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>TfqGl_+s2S=S!;3nt@S;won8~-Icu^e<
zFRJ_0Q@m)cv90l<c+u_IVE<JG@S=y^ZoKHjHxw_57rpn9%Wp<_Q70^3)Tx9Qbt=US
zUesxY7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7b
zG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qLU1NAr
zrxjk*sT4E$RunI)qv1t$pL&WHtu?kaUKB67Jsa%5ssLW}u-lCnefWmrMe(BdK63fZ
z2rue{#fv(X@S;won8AxWt?;5wrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`
zq1Sj(-6u}*qE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5n
zrI^8snyv7nW~gfnFY2_yi#nBJCf|zUMRhd1sP0ow@uIcHw#JL%MYm^z{Z|#hiyn5n
z@uCmkP`oH!^xj7<zZv00ov?UOrxIS&sT4DKQKuDN)Txv+c+pHD7I;w+ryb!%TafV*
zFFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|
zj~A^q^cpX!`@|_;)TtCRcu}(zUepYAjp0R|R(MgTQq1IAQM{;*h8NX+>M35d*4Wl~
zQM~B(Y_R{T0(jBGZZ}@^;Twt<#f#qi$mKU9yr>fvFX~jni#nBJ1~2Ng!izeUat1G&
zDZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bz;FPbUD0xv4!v?IJ|
z3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2w!({=p{_B!sM88B>QsuEd@G6<
z)zR>xx=%gDi`E+38ZU|$-JT8hUsV7vdf4s8i#~iq@uGOqdmp*{W`q}Y!s11pN_bJH
zQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP
z&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7$|Ma@=tQ8Uyv
zh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a!TzfX;6)F+-FVT5Zzx_AFM97I
zm*0%=qE1-6s8b0q>Qssuyr|O(FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=
zi`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=
zFX~i^8N8_33NLDgy2kLLPAj~qQz>ThttehpN5hNiKJ^qYT5D`;yeM9Ddp6jARRO%{
zVYeGE`tS|Ki{eG^edO|+5nj{@ix+h&;YFQFF@qO%TH!^VN;!iU%@ksR7Zq{Z5ni+f
z887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oL
zm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%~01EUesxY7j-JdOuiMxi|S~2QQfDW;zetX
zZH*Vji*C;b`>!g17d`BD<3%67p?Fce=)I3zelx<0I$`mmP9?mkQz>TfqE0Kks8cCt
z@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQEDanL;e^q9RT^
z!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCs@S<ibyr>!K8pDe^t?;5wrI^XL
zqIgjq4KJ$u)Kk1@t+B1~qIl8m*<k-w1@NMW-EO?-!#5N!iWj~2k;`vJcu^-TUeu|C
z7j-Jd3|`b}g%@=y<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{
zbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%#SC85Y=sv!
zLtSHdQKuDN)TtCR`BoG!s-xjWb)R~Q7p*n6HC_}ix;-20zp4OU^sw8F7k&7K;zjYI
z_das@%?K~*gvE<GmGGiYrI^8sI<4@cPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<
z)P1~Yt)bU=QQap_@uE(poWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFg
zCr<IAPNkT^i<+(QqGqUT3@_@m!izeUVkX~;;ze~dyr}L|Pw}F)#<s?b;zhS-gZ)<(
zz>6MsyYZqA-%z|LUi98aF25P!MV+vCQKu4K)TtCRcu}VnUeu|SGkDQVAr^R15vLvD
zMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns{PI%e56
z@uFLqx{nvFHS`)Us{6z#Ueu`+Gk8(66<*W~b&cUgomO~Jr&7%1TT#5Ij)oW2ed;M*
zwAR?xcu~CQ_H3~Ksseb?!)`ZT^x+$d7sZR-`^e=tBfO{+7BA{l!izeUVg@hjw8D!z
zm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^!~!oW
z;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxU>Syr|O(FX~i^
znS3jX7uC`5qPkB##f#P&+Zr#57u}u>_Fq*1FM8PR#*03DL-C?`(R&}c{APp~b;9CB
zol1C7r&7$|MV(f7QKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LI
zr+87PQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=
zcu_OdHHH^;TH!^VN->jfMe(9K8eUZQsi%0+T4P(|Me(BBv%&tW3gAT#yWM!vhi@oe
z6fb)3BbVQd@S;vwyr@$NFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!@S-iqc!?JsvuvAq
z(XC9~$BWh)dW{#=ec}`^>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^
z7u9{@6ff#jiW$79*$OXehPuY^qE0Kks8cCs@~tRdR7b;$>OS=pFIsDCYrH64bbB_~
ze^mjz=wY`TFZ%Ee#f#!a?|tO*n-N~r35yqXD&a+)N-={Mbz0#?ok}@_7tIu6ffp5V
z+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=nFY%&d
zmTeO+x|ON>c+pxzukoU~Pn_aKok}r-7d2bqMa@vx7+%zAg%@=y#Z0~x#f$1_cv0P_
zp5jGojctt=#fxsw2K%onfEPXNcH>1KzM*(gyy(4;Tz)gci#lQPqE02es8cCs@S;vD
zyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>WgqM1T0
z@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$tX7HkBE4-)~>Kem~I<4@c
zPNkU1x1xAa9Stw4`_xmsXsxlW@uGOq?b%@eRR!>(huv<x=)*S@FNznv_mRtQMtD&t
zEMC;9gco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T
z>OOIb7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD#Z+5
z)NF+pHA7uvcu}VnUeu`+Gx=5&FRG*AMRlKgiWjXlwl!W9FS<P&?7yl2Ui7frjTe3R
zhT=u>qW3;>`OOF~>V(CMI+gIEPNkT^i#o0FqE4lp!HZ@JvA~OpIPC~8+JcOic+oM-
zwuu+r%G7<lXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`
zq1Sj(-6u}*qE4ll!Hb%$@S<j@YYZ>yw8D!zm0~8}isD6eG`y(pQ%~`twZ^u_i{eGM
zXM_D$6~K!gcDwPS58qI{C|>m5M=rk^;YFRWcu}VkUeu`+Gk8&_6<*Y-lrwnIOd%F{
zQ4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)Txv+c+pHD7I;w+ryb!%TafV*
zFFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~HvlU*{40Vm+MV(f7QKwSO<Xcg^sE&pg
z)qUzIUbNQO)_768==N-||EdCb(Zg;xUi9G`iWkL;-uuYqHzT~L6BaM(RKklom0|`j
z>a@a(I+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(Xat1G&
zDZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bDuFKV{Ji<+UXF}$eL
z3NPwZikW;XiWk+<@S?g;J;jUG8rvE#iWl9U4fbDE055vj?Z%5fd_(b~c+q<wx%_5?
z7j?qoMV(4`QKwSO;6<HQcu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQG
zYrLrL6Q_7lr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP
z%-}`MR(Me})HQ||bz0#?ok}s2Z$<H<IvQS7_o=6N(OP3$<3;hJ+q1#`s|w&n54+uX
z(T8s+UKB5S?<1GrjPRmPSiGoH2`}nYiW$79(+V%@RLU8=Xr>Sgyr_uNj_{%_$askt
z9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=
zi`E)?jThB@;uJ6HREinAsM!iHYKFST@S;vDyr@$tX7a5lUQ|cJi|Ri06fat9Y-_wI
zUUYjl*nd?4yy#)K8!!6s4aJM%Melv&@|zJ})Cr3hbt>USok}r-7j;_UMV(4HgBQ&d
zVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f
z887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(49gBLYh;YH0**BD;ZX@wVcD#c8`6~&9{
zXn0ZGr=H?PYmIG<7sZQi&j$OiDu5R~>~`ZtAHJb@QM~BAk6eB;!izd#@uE&8yr@$t
zX7Hj;E4-*vDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt
z@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8R{Ct
zi#o0FqE4ll$+x0-Q5_90s{7PaylAblt?{CG(e2q_|5XL>qKDmXyy(L>6fcSwz4wvJ
zZ$@}gCoEpnse~7GD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafK
zYYn}|i|RgciWhY%<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{
zbt=USUes)b7d1m&V|Y=g6<*Y-6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x8|=TT0ABR4
z+l?1}_=e&|@uK%Wa{0{&FY1KFi#nC?qE4ll!HYVr@S;wooWYA`3bDY8ia6~EFWQ2P
zmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<
z)P1~Yt)bU=QQap_@uE(pn8Ayht?;5|sA~)_>a@a(I+bE3--_Zzbu_%F?o&_kqP51h
z#*5-bw`YU>R~5jE9(KF&q7UCtyeMAu-bXIK8R12puy|3Y5?<7)6f<~Hrxjk*sgyH#
z(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvD
zMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_fv;YFQRcu}WP%;Z~9
zyr_<b7u9|0DPFYJ*w%Payy*69u>Yz8c+tadH(vDN8;Tdji{AUl<u@a|s1p`1>Qusu
zI+bDuFY2_yi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)P
zm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ1}|#1!i$=r
zt}(o*(+V%@REn8=D~cD@(eR?WPd&wp)*9OyFNzo4o(=Y2RRAw~*zLxPK72#*qIl7J
zAG!Qygco(f;zgZGcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=
zK3=re&}+P??h~hYQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LI
zr+87PQq15*%~p6(Gt@PP7j;_UMV(49lW#@wqB<I0RQIW;c+py8TjNFXqT92<{;LY$
zMGw2(c+rP%C|(pVdha8b-;D60PFTFCQwcBXREinAsM88B>Qu@ZylAEn3%sa^(~j_>
zEy#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j${D<9rVtCfsEE^!@S-iqc!?JsvuvAq
z(XC9~$BWh)dW{#=ec}`^>Qssuyr|g<FKULm#_*y}E4-*vDQ5DmC|*=Y!;9)Z^%O5!
zYiw)0C|-1XHrRhv0les8w;M0|@D0U_;zjR$<no&lUepPT7j-J(MV(49gBNvL;YFQF
zIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}@_7tIu6ffp5V
z+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGF@qO1Tj52`P}dk<)M<qmbt=V7
zz7@rb>S%aT-KU=7MQe?1jTgm>ZqEk$uPT5SJ?wVlMIXMQcu~CQy^maeGs25HVez6)
zCA_FpDQ57ZPAj~qQz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKf
zyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>TfqGl_+
zs2S=S!;3nt@S;won8~-Icu^e<FRJ_0Q@m)cv90l<c+u_IVE<JG@S=y^ZoKHjHxw_5
z7rpn9%Wp<_Q70^3)Tx9Qbt=USUesxY7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~
zR;KRbMQaVc#*6Acaf%mpD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T
z>OOIb7j-Jd3|`c1g%>qLU1NArrxjk*sT4E$RunI)qv1t$pL&WHtu?kaUKB67Jsa%5
zssLW}u-lCnefWmrMe(BdK63fZ2rue{#fv(X@S;won8AxWt?;5wrJTWwW(u*ui;6hy
z2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp!HZ@JvA~OpIPC~8+JcOic+oM-
zwuu+r%G7<lXsw~wcv0OaPVu5nrI^8snyv7nW~gfnFY2_yi#nBJCf|zUMRhd1sP0ow
z@uIcHw#JL%MYm^z{Z|#hiyn5n@uCmkP`oH!^xj7<zZv00ov?UOrxIS&sT4DKQKuDN
z)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{
zQ4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)TtCRcu}(zUepYAjp0R|R(MgT
zQq1IAQM{;*h8NX+>M35d*4Wl~QM~B(Y_R{T0(jBGZZ}@^;Twt<#f#qi$mKU9yr>fv
zFX~jni#nBJ1~2Ng!izeUat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|
zpE$*fI+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2
zw!({=p{_B!sM88B>QsuEd@G6<)zR>xx=%gDi`E+38ZU|$-JT8hUsV7vdf4s8i#~iq
z@uGOqdmp*{W`q}Y!s11pN_bJHQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB>nG=$K{O
z#EWia>ONky*3fIbsO}S|cu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQG
zYrLrL6Q_7lr&7$|Ma@=tQ8Uyvh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a
z!TzfX;6)F+-FVT5Zzx_AFM97Im*0%=qE1-6s8b0q>Qssuyr|O(FX~jv8N6tw5DUDh
zh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_$askt
z9kXnkc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDgy2kLLPAj~qQz>ThttehpN5hNi
zKJ^qYT5D`;yeM9Ddp6jARRO%{VYeGE`tS|Ki{eG^edO|+5nj{@ix+h&;YFQFF@qO%
zTH!^VN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&d
zVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%~01EUesxY
z7j-JdOuiMxi|S~2QQfDW;zetXZH*Vji*C;b`>!g17d`BD<3%67p?Fce=)I3zelx<0
zI$`mmP9?mkQz>TfqE0Kks8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISv
zUR3vqQ@p5CDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCs
z@S<ibyr>!K8pDe^t?;5wrI^XLqIgjq4KJ$u)Kk1@t+B1~qIl8m*<k-w1@NMW-EO?-
z!#5N!iWj~2k;`vJcu^-TUeu|C7j-Jd3|`b}g%@=y<qTdlQ-}p#RK#gVc+nPQyu^!+
zS+-5Q=vJog<3(!?y~c~`K5>c{bt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafK
zYYn}|i|RgciWhY%#SC85Y=sv!LtSHdQKuDN)TtCR`BoG!s-xjWb)R~Q7p*n6HC_}i
zx;-20zp4OU^sw8F7k&7K;zjYI_das@%?K~*gvE<GmGGiYrI^8sI<4@cPNkf|i)IS3
zz>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_@uE(poWYA`3bDY8ia6~EFWQ2P
zmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkT^i<+(QqGqUT3@_@m!izeUVkX~;;ze~d
zyr}L|Pw}F)#<s?b;zhS-gZ)<(z>6MsyYZqA-%z|LUi98aF25P!MV+vCQKu4K)TtCR
zcu}VnUeu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#
z(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu`+Gk8(66<*W~b&cUg
zomO~Jr&7%1TT#5Ij)oW2ed;M*wAR?xcu~CQ_H3~Ksseb?!)`ZT^x+$d7sZR-`^e=t
zBfO{+7BA{l!izeUVg@hjw8D!zm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&
zhF;@Eb)PuJi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)P
zm0|`jYPQ0QnxU>Syr|O(FX~i^nS3jX7uC`5qPkB##f#P&+Zr#57u}u>_Fq*1FM8PR
z#*03DL-C?`(R&}c{APp~b;9CBol1C7r&7$|MV(f7QKwSQ;6*cqSl~rPoOXm4Z9&FM
zyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=
zK3=re&}+P??h~hYQKwSO;6=?=cu_OdHHH^;TH!^VN->jfMe(9K8eUZQsi%0+T4P(|
zMe(BBv%&tW3gAT#yWM!vhi@oe6fb)3BbVQd@S;vwyr@$NFX~i^8N8^|3NPwZ${D<9
zrVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qu@ZylAEn3%sa^(~j_>
zEy#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#jiW$79*$OXehPuY^qE0Kks8cCs@~tRd
zR7b;$>OS=pFIsDCYrH64bbB_~e^mjz=wY`TFZ%Ee#f#!a?|tO*n-N~r35yqXD&a+)
zN-={Mbz0#?ok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZG
zIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}r-7d2bqMa@vx
z7+%zAg%@=y#Z0~x#f$1_cv0P_p5jGojctt=#fxsw2K%onfEPXNcH>1KzM*(gyy(4;
zTz)gci#lQdFMD^_vfFl*`M$nV;YooY)(6;0fiY2p5REax5`ra22%-lTB0?EN35Wzw
zB!r46JLVt|He#fRZ^4*|qC1KagGPJ<-*vg!y=>TMwAtD<ueIjzF1^Qpv02qe@9lY#
z`5$9HnfDw&*TRcBmGGiYrI^8sI<4@cPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<
z)P1~Yt)bU=QQap_@uE(poWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFg
zCr<IAPNkT^i<+(QqGqTwh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a!TzlZ
z;6<P8cH>1Kd_(b~c+qPgx%^~=7j?qoMV(4`QKwSO;6<HQcu}WP&frBeg;?N4MVxko
z7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88c7zvgLB>nG=$K{O
z#EWia>ONky*3fIbsO}S|cu}WP%-}`MR(Me})EUEzI<4@cPNkU1x1xAa9Stw4`_xms
zXsxlW@uGOq?b%@eRt4~)Pj<WUq7S~Icu~CQwU1nWGQx{GVez6)CA_FpDQ57ZPAj~q
zQz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$tXYit#LM-s2
zB2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>TfqGl_+s2S>v;YFQRcu}WP
z%;Z~9yr_<b7u9|0DPFYJ*w%Payy*69uz#xpc+n@j-FVRl-%z|LUi8{WE<YLJMV+vC
zQKu4K)TtCRcu}VnUeu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*
z#3^3XsgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu`+Gk8(6
z6<*W~b;j_bPAj~qQz>ThttehpN5hNiKJ^qYT5D`;yeM9Ddp6j=RRO%{lihB-=!0)4
zUKB5S?IV|;jPRmPSiGoH2`}nYiW$79(+V%@RLU8=Xr>Sgyr_uNj_{%_$askt9kXnk
zc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?
zjThB@;uJ6HREinAsM!iHYKA&vcu}VnUeu`+Gx=5&FRG*AMRlKgiWjXlwl!W9FS<P&
z?BA*YUi8UsH(vC?Hxw_57rpk8%TGplQ70^3)Tx9Qbt=USUesxY7j-J-3|=%-hy`9$
z#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7bG*gHLUR1<sM|jZ|WW2<S
zj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qLoiV(q(+V%@REn8=D~cD@(eR?W
zPd&wp)*9OyFNzo4o(=YIRRAygWVahH`rsRi7sZQS`^e=dBfO{+7BA{l!izeUVg@hj
zw8D!zm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^
z!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxW1ZUesxY
z7j-JdOuiMxi|S~2QQfDW;zetXZH*Vji*C;b`?o597k#qZjTe3J4aJM%MX!D2@{<u>
z)Cr3hbt>USok}r-7j;_UMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V
z@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(49
zgBLYh;YH0*XACduw8D!zm0~8}isD6eG`y(pQ%~`twZ^u_i{eGMXM_D)6~K!=+3m)Q
zKKO>>Me(B7K63fV2rue{#fv(X@S;won8AxWt?;5wrJTWwW(u*ui;6hy2rt@#jF))P
zG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<l
zXsw~wcv0OaPVu5nrI^8snyv7nW~eiU7j;_UMV(49lW#@wqB<I0RQIW;c+py8TjNFX
zqT92<{;dk&MW5_;<3%5QL-C?`(Q6;M{A7d|b;9CBol1C7r&7$|MV(f7QKwSQ;6*cq
zSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQqJH-Glf{-MMa!;gcof=
z#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=cu_Od8N-V@t?;5wrI^XLqIgjq
z4KJ$u)Kk1@t+B1~qIl8m*<k-x1@NLzcDwPS55A#zQM~B2k6eB-!izd#@uE&8yr@$t
zX7Hj;E4-*vDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt
z@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8S0GT
zMV(f7QKwSO<Xcg^sE&pg)qUzIUbNQO)_768==N-|f2#s`(I>mzc+m&nP`oH!^x8)*
zKN;agov?UOrxIS&sT4DKQKuDN)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`
ztu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;
z)TtCRcu}(zUepYA#_*y}E4-*vDQ5DmC|*=Y!;9)Z^%O5!Yiw)0C|-1XHrT&a0lesw
z-EO?-gKsEa6fb)1BbT3y@S;vwyr@$NFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!@S-iq
zc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!
zOx?$e)*5<^7u9{@6ff#jiW$79*$OXehB{+-QKuDN)TtCR`BoG!s-xjWb)R~Q7p*n6
zHC_}ix;-20->Lv!^vP~FUi85?6fcSwz4npIPeyoACoEpnse~7GD#Z+5)M<qmbt>fy
zUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%<qTdlQ-}p#RK#gV
zc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt=USUes)b7d1njF}$eL3NPwZikW;X
ziWk+<@S?g;J;jUG8rvE#iWl9U4fbzU05AGvw;M0|;2Vk;#fx71$mJ&^yr>fvFX~jn
zi#nBJ1~2Ng!izeUat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*f
zI+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2w!({=
zq0Sgy)M<qmbt=V7z7@rb>S%aT-KU=7MQe?1jTgm>ZqEk$w<>@aeX`q)7k%&z#f#!a
zuYKh5lM!Cj35yqXD&a+)N-={Mbz0#?ok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`z
zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~
zPn_aKok}r-7d2bqMa@uW3@_@m!izeUVkX~;;ze~dyr}L|Pw}F)#<s?b;zhS-gZ*0-
zz>7ZF?Z%5f_=e&|@uJs0a{0*!FY1KFi#nC?qE4ll!HYVr@S;wooWYA`3bDY8ia6~E
zFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{d4V(J{-m
zi5K0<)P1~Yt)bU=QQap_@uE(pn8Ayht?;5|s56Eabz0#?ok}s2Z$<H<IvQS7_o=6N
z(OP3$<3;hJ+q1#`tqR~ppX_$yMIU@a@uGOqYahA%WP}%W!s11pN_bJHQq15*omO~J
zr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP&frBeg;?N4
zMVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7$|Ma@=tQ8UyT!;3nt@S;wo
zn8~-Icu^e<FRJ_0Q@m)cv90l<c+u_IVE<MH@S;z4yYZqAzM*(gyy&%$Tz)dbi#lQP
zqE02es8cCs@S;vDyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|Nr
ziBr6&Qz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$tX7HkB
zE4-)~>Wtw<omO~Jr&7%1TT#5Ij)oW2ed;M*wAR?xcu~CQ_H3|!s{(k@C%fHv(Ffm9
zyeMAu+D9%w8R12puy|3Y5?<7)6f<~Hrxjk*sgyH#(M%y0cu^6j9pOb=kns{PI%e56
z@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)
z8ZWB*#3^3XsT4DKQL`0Z)C_gT@S;vDyr@$tX7a5lUQ|cJi|Ri06fat9Y-_wIUUYjl
z*uPZ)yy%nNZoKG&Zzx_AFM91Gm!FLAqE1-6s8b0q>Qssuyr|O(FX~jv8N6tw5DUDh
zh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_$askt
z9kXnkc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDgI%9ZIrxjk*sT4E$RunI)qv1t$
zpL&WHtu?kaUKB67Jsa%bssLW}$!<4Z^uae2FNznv_L0j^MtD&tEMC;9gco%x#SC85
zX@wVcD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-
zhy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD#Z+5)NF+pHA9^-yr|O(
zFX~i^nS3jX7uC`5qPkB##f#P&+Zr#57u}u>_HR`HFZyJ+8!!6c8;Tdji(dQ4<tHP&
zs1p`1>QusuI+bDuFY2_yi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z
z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ
z1}|#1!i$=r&KO?QX@wVcD#c8`6~&9{Xn0ZGr=H?PYmIG<7sZQi&j$OqDu5S#vfGUp
zeeey%i{eGEedO|!5nj{@ix+h&;YFQFF@qO%TH!^VN;!iU%@ksR7Zq{Z5ni+f887jo
zW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9
z(ON^V@uIp<oZ>~DN-={MHCy3D%}{3yFY2_yi#nBJCf|zUMRhd1sP0ow@uIcHw#JL%
zMYm^z{aY2li$2-y#*04qhT=u>qSroh`N;?`>V(CMI+gIEPNkT^i#o0FqE4lp!HZ@J
zvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy2rt@#
zjF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@Glmy+TH!^VN->jfMe(9K
z8eUZQsi%0+T4P(|Me(BBv%&tY3gAVb>~`ZtAACdcqIl73AG!Qwgco(f;zgZGcu}WP
z%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSQ
z;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQq15*%~p6(Gt?Qw
zi#o0FqE4ll$+x0-Q5_90s{7PaylAblt?{CG(e2q_|5gR?qEB|a@uCmDp?Fce=(Uer
zelo&~I$`mmP9?mkQz>TfqE0Kks8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>
zT5ISvUR3vqQ@p5CDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-y
zs8cCs@S<ibyr>!KjNwI{R(MgTQq1IAQM{;*h8NX+>M35d*4Wl~QM~B(Y_NZ;0(j9U
zyWM!v2j5V<C|>m1M=n1Z;YFRWcu}VkUeu`+Gk8&_6<*Y-lrwnIOd%F{Q4yyd;YC}J
z@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0ic
znYxb`tu^!-FRJ^*DPGj66f<~HvlU*{40XovqE0Kks8cCs@~tRdR7b;$>OS=pFIsDC
zYrH64bbB_~zf}Re=#$-Uyy$~(C|(pVdhH{ZpN#OLPFTFCQwcBXREinAsM88B>Qu@Z
zylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j${D<9rVtCfsEE^!
z@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qssuyr|g<FKUK5V|Y=g6<*Y-6f^l&
z6fdfy;YD?ydWsjVHMTWg6fe3x8|>ez0ABRTZZ}@^!8a5yiWj~1k;_j;cu^-TUeu|C
z7j-Jd3|`b}g%@=y<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{
zbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%#SC85Y=sv!
zL!B|asM88B>QsuEd@G6<)zR>xx=%gDi`E+38ZU|$-JT8hZ&d&<`ee5oFZ$pciWkL;
zUi--9CnLP56BaM(RKklom0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(a
zQ}^+rwT52fMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|
zpE$*fI+bDuFKV{Ji<+U%7+%zAg%@=y#Z0~x#f$1_cv0P_p5jGojctt=#fxsw2K%=v
zfERtT+l?1}@D0U_;zh50<nogdUepPT7j-J(MV(49gBNvL;YFQFIfEC?6k>rF6>-`T
zUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA
z6EC`zsrz`*T0^h#qPkC<;zgZGF@qO1Tj52`P-hG;>a@a(I+bE3--_Zzbu_%F?o&_k
zqP51h#*5-bw`YU>TNS{IKH2TYi$3^<;zjYI*FJLj$p|m%gvE<GmGGiYrI^8sI<4@c
zPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_@uE(poWYA`3bDY8
zia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkT^i<+(QqGqTwh8J~O;YFQF
zF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a!TzlZ;6<P8cH>1Kd_(b~c+qPgx%^~=7j?qo
zMV(4`QKwSO;6<HQcu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL
z6Q_7lr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP%-}`M
zR(Me})EUEzI<4@cPNkU1x1xAa9Stw4`_xmsXsxlW@uGOq?b%@eRt4~)Pj<WUq7S~I
zcu~CQwU1nWGQx{GVez6)CA_FpDQ57ZPAj~qQz>WgqM1T0@S-A4JHm^$Amb%obj-4C
z;zhSIbssNUYv?szRQHKfyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEp
zHC|NriBr6&Qz>TfqGl_+s2S>v;YFQRcu}WP%;Z~9yr_<b7u9|0DPFYJ*w%Payy*69
zuz#xpc+n@j-FVRl-%z|LUi8{WE<YLJMV+vCQKu4K)TtCRcu}VnUeu|SGkDQVAr^R1
z5vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns{P
zI%e56@uFLqx{nvFHS`)Us{6z#Ueu`+Gk8(66<*W~b;j_bPAj~qQz>ThttehpN5hNi
zKJ^qYT5D`;yeM9Ddp6j=RRO%{lihB-=!0)4UKB5S?IV|;jPRmPSiGoH2`}nYiW$79
z(+V%@RLU8=Xr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw
z5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HREinAsM!iHYKA&vcu}Vn
zUeu`+Gx=5&FRG*AMRlKgiWjXlwl!W9FS<P&?BA*YUi8UsH(vC?Hxw_57rpk8%TGpl
zQ70^3)Tx9Qbt=USUesxY7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc
z#*6Acaf%mpD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd
z3|`c1g%>qLoiV(q(+V%@REn8=D~cD@(eR?WPd&wp)*9OyFNzo4o(=YIRRAygWVahH
z`rsRi7sZQS`^e=dBfO{+7BA{l!izeUVg@hjw8D!zm2w6znkmErFDl}+BfMw}GG5|E
z$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJ
zqP2!z<3)9!IK_)Pm0|`jYPQ0QnxW1ZUesxY7j-JdOuiMxi|S~2QQfDW;zetXZH*Vj
zi*C;b`?o597k#qZjTe3J4aJM%MX!D2@{<u>)Cr3hbt>USok}r-7j;_UMV(4HgBQ&d
zVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f
z887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(49gBLYh;YH0*XACduw8D!zm0~8}isD6e
zG`y(pQ%~`twZ^u_i{eGMXM_D)6~K!=+3m)QKKO>>Me(B7K63fV2rue{#fv(X@S;wo
zn8AxWt?;5wrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp
z!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrI^8snyv7nW~eiU
z7j;_UMV(49lW#@wqB<I0RQIW;c+py8TjNFXqT92<{;dk&MW5_;<3%5QL-C?`(Q6;M
z{A7d|b;9CBol1C7r&7$|MV(f7QKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&
zwARpTyr}LIr+87PQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hY
zQKwSO;6=?=cu_Od8N-V@t?;5wrI^XLqIgjq4KJ$u)Kk1@t+B1~qIl8m*<k-x1@NLz
zcDwPS55A#zQM~B2k6eB-!izd#@uE&8yr@$tX7Hj;E4-*vDQEDanL;e^q9RT^!i%;b
z<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@
zGIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8S0GTMV(f7QKwSO<Xcg^sE&pg)qUzIUbNQO
z)_768==N-|f2#s`(I>mzc+m&nP`oH!^x8)*KN;agov?UOrxIS&sT4DKQKuDN)Txv+
zc+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd
z;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)TtCRcu}(zUepYA#_*y}E4-*vDQ5Dm
zC|*=Y!;9)Z^%O5!Yiw)0C|-1XHrT&a0lesw-EO?-gKsEa6fb)1BbT3y@S;vwyr@$N
zFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^
z>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#jiW$79*$OXe
zhB{+-QKuDN)TtCR`BoG!s-xjWb)R~Q7p*n6HC_}ix;-20->Lv!^vP~FUi85?6fcSw
zz4npIPeyoACoEpnse~7GD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<
zrtafKYYn}|i|RgciWhY%<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`
zK5>c{bt=USUes)b7d1njF}$eL3NPwZikW;XiWk+<@S?g;J;jUG8rvE#iWl9U4fbzU
z05AGvw;M0|;2Vk;#fx71$mJ&^yr>fvFX~jni#nBJ1~2Ng!izeUat1G&DZ~OVD&n*w
zyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bz;FPbUD0xv4!v?IJ|3o>5fMaL}L
zCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2w!({=q0Sgy)M<qmbt=V7z7@rb>S%aT-KU=7
zMQe?1jTgm>ZqEk$w<>@aeX`q)7k%&z#f#!auYKh5lM!Cj35yqXD&a+)N-={Mbz0#?
zok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF
z6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}r-7d2bqMa@uW3@_@m!izeU
zVkX~;;ze~dyr}L|Pw}F)#<s?b;zhS-gZ*0-z>7ZF?Z%5f_=e&|@uJs0a{0*!FY1KF
zi#nC?qE4ll!HYVr@S;wooWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFg
zCr<IAPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_@uE(pn8Ayh
zt?;5|s56Eabz0#?ok}s2Z$<H<IvQS7_o=6N(OP3$<3;hJ+q1#`tqR~ppX_$yMIU@a
z@uGOqYahA%WP}%W!s11pN_bJHQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB>nG=$K{O
z#EWia>ONky*3fIbsO}S|cu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQG
zYrLrL6Q_7lr&7$|Ma@=tQ8UyT!;3nt@S;won8~-Icu^e<FRJ_0Q@m)cv90l<c+u_I
zVE<MH@S;z4yYZqAzM*(gyy&%$Tz)dbi#lQPqE02es8cCs@S;vDyr@$tXYit#LM-s2
zB2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$Amb%o
zbj-4C;zhSIbssNUYv?szRQHKfyr@$tX7HkBE4-)~>Wtw<omO~Jr&7%1TT#5Ij)oW2
zed;M*wAR?xcu~CQ_H3|!s{(k@C%fHv(Ffm9yeMAu+D9%w8R12puy|3Y5?<7)6f<~H
zrxjk*sgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQV
zAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_gT@S;vD
zyr@$tX7a5lUQ|cJi|Ri06fat9Y-_wIUUYjl*uPZ)yy%nNZoKG&Zzx_AFM91Gm!FLA
zqE1-6s8b0q>Qssuyr|O(FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?
zjThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~i^
z8N8_33NLDgI%9ZIrxjk*sT4E$RunI)qv1t$pL&WHtu?kaUKB67Jsa%bssLW}$!<4Z
z^uae2FNznv_L0j^MtD&tEMC;9gco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WW2<S
zj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRb
zMQaVc#*6Acaf%mpD#Z+5)NF+pHA9^-yr|O(FX~i^nS3jX7uC`5qPkB##f#P&+Zr#5
z7u}u>_HR`HFZyJ+8!!6c8;Tdji(dQ4<tHP&s1p`1>QusuI+bDuFY2_yi#nBZ1}~Z^
z!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}
zGG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ1}|#1!i$=r&KO?QX@wVcD#c8`6~&9{
zXn0ZGr=H?PYmIG<7sZQi&j$OqDu5S#vfGUpeeey%i{eGEedO|!5nj{@ix+h&;YFQF
zF@qO%TH!^VN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(4H
zgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%}{3y
zFY2_yi#nBJCf|zUMRhd1sP0ow@uIcHw#JL%MYm^z{aY2li$2-y#*04qhT=u>qSroh
z`N;?`>V(CMI+gIEPNkT^i#o0FqE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<l
zXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*
zqE4ll!Hb%$@S<j@Glmy+TH!^VN->jfMe(9K8eUZQsi%0+T4P(|Me(BBv%&tY3gAVb
z>~`ZtAACdcqIl73AG!Qwgco(f;zgZGcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=
z#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*
zW$Hd&wARpTyr}LIr+87PQq15*%~p6(Gt?Qwi#o0FqE4ll$+x0-Q5_90s{7PaylAbl
zt?{CG(e2q_|5gR?qEB|a@uCmDp?Fce=(Uerelo&~I$`mmP9?mkQz>TfqE0Kks8cCt
z@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQEDanL;e^q9RT^
z!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCs@S<ibyr>!KjNwI{R(MgTQq1IA
zQM{;*h8NX+>M35d*4Wl~QM~B(Y_NZ;0(j9UyWM!v2j5V<C|>m1M=n1Z;YFRWcu}Vk
zUeu`+Gk8&_6<*Y-lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;
z)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~HvlU*{
z40XovqE0Kks8cCs@~tRdR7b;$>OS=pFIsDCYrH64bbB_~zf}Re=#$-Uyy$~(C|(pV
zdhH{ZpN#OLPFTFCQwcBXREinAsM88B>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!
zOx?$e)*5<^7u9{@6ff#j${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=
zec}`^>Qssuyr|g<FKUK5V|Y=g6<*Y-6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x8|>ez
z0ABRTZZ}@^!8a5yiWj~1k;_j;cu^-TUeu|C7j-Jd3|`b}g%@=y<qTdlQ-}p#RK#gV
zc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt>fyUNlpP1zuFdX-9a`7G%7{i;h{g
zO}yw<rtafKYYn}|i|RgciWhY%#SC85Y=sv!L!B|asM88B>QsuEd@G6<)zR>xx=%gD
zi`E+38ZU|$-JT8hZ&d&<`ee5oFZ$pciWkL;Ui--9CnLP56BaM(RKklom0|`j>a@a(
zI+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(Xat1G&DZ~OV
zD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bDuFKV{Ji<+U%7+%zAg%@=y
z#Z0~x#f$1_cv0P_p5jGojctt=#fxsw2K%=vfERtT+l?1}@D0U_;zh50<nogdUepPT
z7j-J(MV(49gBNvL;YFQFIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~
zPn_aKok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGF@qO1
zTj52`P-hG;>a@a(I+bE3--_Zzbu_%F?o&_kqP51h#*5-bw`YU>TNS{IKH2TYi$3^<
z;zjYI*FJLj$p|m%gvE<GmGGiYrI^8sI<4@cPNkf|i)IS3z>A7F?FcX0f{d4V(J{-m
zi5K0<)P1~Yt)bU=QQap_@uE(poWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV
z*LYFgCr<IAPNkT^i<+(QqGqTwh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a
z!TzlZ;6<P8cH>1Kd_(b~c+qPgx%^~=7j?qoMV(4`QKwSO;6<HQcu}WP&frBeg;?N4
zMVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88c7zvgLB>nG
z=$K{O#EWia>ONky*3fIbsO}S|cu}WP%-}`MR(Me})EUEzI<4@cPNkU1x1xAa9Stw4
z`_xmsXsxlW@uGOq?b%@eRt4~)Pj<WUq7S~Icu~CQwU1nWGQx{GVez6)CA_FpDQ57Z
zPAj~qQz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$tXYit#
zLM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>TfqGl_+s2S>v;YFQR
zcu}WP%;Z~9yr_<b7u9|0DPFYJ*w%Payy*69uz#xpc+n@j-FVRl-%z|LUi8{WE<YLJ
zMV+vCQKu4K)TtCRcu}VnUeu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)
z8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu`+
zGk8(66<*W~b;j_bPAj~qQz>ThttehpN5hNiKJ^qYT5D`;yeM9Ddp6j=RRO%{lihB-
z=!0)4UKB5S?IV|;jPRmPSiGoH2`}nYiW$79(+V%@RLU8=Xr>Sgyr_uNj_{%_$askt
z9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=
zi`E)?jThB@;uJ6HREinAsM!iHYKA&vcu}VnUeu`+Gx=5&FRG*AMRlKgiWjXlwl!W9
zFS<P&?BA*YUi8UsH(vC?Hxw_57rpk8%TGplQ70^3)Tx9Qbt=USUesxY7j-J-3|=%-
zhy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7bG*gHLUR1<sM|jZ|
zWW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qLoiV(q(+V%@REn8=D~cD@
z(eR?WPd&wp)*9OyFNzo4o(=YIRRAygWVahH`rsRi7sZQS`^e=dBfO{+7BA{l!izeU
zVg@hjw8D!zm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ
z1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxW1Z
zUesxY7j-JdOuiMxi|S~2QQfDW;zetXZH*Vji*C;b`?o597k#qZjTe3J4aJM%MX!D2
z@{<u>)Cr3hbt>USok}r-7j;_UMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9
z(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<q
zMV(49gBLYh;YH0*XACduw8D!zm0~8}isD6eG`y(pQ%~`twZ^u_i{eGMXM_D)6~K!=
z+3m)QKKO>>Me(B7K63fV2rue{#fv(X@S;won8AxWt?;5wrJTWwW(u*ui;6hy2rt@#
zjF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r
z%G7<lXsw~wcv0OaPVu5nrI^8snyv7nW~eiU7j;_UMV(49lW#@wqB<I0RQIW;c+py8
zTjNFXqT92<{;dk&MW5_;<3%5QL-C?`(Q6;M{A7d|b;9CBol1C7r&7$|MV(f7QKwSQ
z;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQqJH-Glf{-MMa!;
zgcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=cu_Od8N-V@t?;5wrI^XL
zqIgjq4KJ$u)Kk1@t+B1~qIl8m*<k-x1@NLzcDwPS55A#zQM~B2k6eB-!izd#@uE&8
zyr@$tX7Hj;E4-*vDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-y
zs8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?
z8S0GTMV(f7QKwSO<Xcg^sE&pg)qUzIUbNQO)_768==N-|f2#s`(I>mzc+m&nP`oH!
z^x8)*KN;agov?UOrxIS&sT4DKQKuDN)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0ic
znYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!
z`@|_;)TtCRcu}(zUepYA#_*y}E4-*vDQ5DmC|*=Y!;9)Z^%O5!Yiw)0C|-1XHrT&a
z0lesw-EO?-gKsEa6fb)1BbT3y@S;vwyr@$NFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!
z@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~
zn|RT!Ox?$e)*5<^7u9{@6ff#jiW$79*$OXehB{+-QKuDN)TtCR`BoG!s-xjWb)R~Q
z7p*n6HC_}ix;-20->Lv!^vP~FUi85?6fcSwz4npIPeyoACoEpnse~7GD#Z+5)M<qm
zbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%<qTdlQ-}p#
zRK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt=USUes)b7d1njF}$eL3NPwZ
zikW;XiWk+<@S?g;J;jUG8rvE#iWl9U4fbzU05AGvw;M0|;2Vk;#fx71$mJ&^yr>fv
zFX~jni#nBJ1~2Ng!izeUat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|
zpE$*fI+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2
zw!({=q0Sgy)M<qmbt=V7z7@rb>S%aT-KU=7MQe?1jTgm>ZqEk$w<>@aeX`q)7k%&z
z#f#!auYKh5lM!Cj35yqXD&a+)N-={Mbz0#?ok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA
z6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxz
zukoU~Pn_aKok}r-7d2bqMa@uW3@_@m!izeUVkX~;;ze~dyr}L|Pw}F)#<s?b;zhS-
zgZ*0-z>7ZF?Z%5f_=e&|@uJs0a{0*!FY1KFi#nC?qE4ll!HYVr@S;wooWYA`3bDY8
zia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{d4V
z(J{-mi5K0<)P1~Yt)bU=QQap_@uE(pn8Ayht?;5|s56Eabz0#?ok}s2Z$<H<IvQS7
z_o=6N(OP3$<3;hJ+q1#`tqR~ppX_$yMIU@a@uGOqYahA%WP}%W!s11pN_bJHQq15*
zomO~Jr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP&frBe
zg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7$|Ma@=tQ8UyT!;3nt
z@S;won8~-Icu^e<FRJ_0Q@m)cv90l<c+u_IVE<MH@S;z4yYZqAzM*(gyy&%$Tz)db
zi#lQPqE02es8cCs@S;vDyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEp
zHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$t
zX7HkBE4-)~>Wtw<omO~Jr&7%1TT#5Ij)oW2ed;M*wAR?xcu~CQ_H3|!s{(k@C%fHv
z(Ffm9yeMAu+D9%w8R12puy|3Y5?<7)6f<~Hrxjk*sgyH#(M%y0cu^6j9pOb=kns{P
zI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#
z7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_gT@S;vDyr@$tX7a5lUQ|cJi|Ri06fat9Y-_wI
zUUYjl*uPZ)yy%nNZoKG&Zzx_AFM91Gm!FLAqE1-6s8b0q>Qssuyr|O(FX~jv8N6tw
z5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_
z$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDgI%9ZIrxjk*sT4E$RunI)
zqv1t$pL&WHtu?kaUKB67Jsa%bssLW}$!<4Z^uae2FNznv_L0j^MtD&tEMC;9gco%x
z#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-
z3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD#Z+5)NF+pHA9^-
zyr|O(FX~i^nS3jX7uC`5qPkB##f#P&+Zr#57u}u>_HR`HFZyJ+8!!6c8;Tdji(dQ4
z<tHP&s1p`1>QusuI+bDuFY2_yi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJ
zqP2!z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJ
zi#nBJ1}|#1!i$=r&KO?QX@wVcD#c8`6~&9{Xn0ZGr=H?PYmIG<7sZQi&j$OqDu5S#
zvfGUpeeey%i{eGEedO|!5nj{@ix+h&;YFQFF@qO%TH!^VN;!iU%@ksR7Zq{Z5ni+f
z887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oL
zm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%}{3yFY2_yi#nBJCf|zUMRhd1sP0ow@uIcH
zw#JL%MYm^z{aY2li$2-y#*04qhT=u>qSroh`N;?`>V(CMI+gIEPNkT^i#o0FqE4lp
z!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy
z2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@Glmy+TH!^VN->jf
zMe(9K8eUZQsi%0+T4P(|Me(BBv%&tY3gAVb>~`ZtAACdcqIl73AG!Qwgco(f;zgZG
zcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hY
zQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQq15*%~p6(
zGt?Qwi#o0FqE4ll$+x0-Q5_90s{7PaylAblt?{CG(e2q_|5gR?qEB|a@uCmDp?Fce
z=(Uerelo&~I$`mmP9?mkQz>TfqE0Kks8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@
zGIbv>T5ISvUR3vqQ@p5CDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc
z_lZ-ys8cCs@S<ibyr>!KjNwI{R(MgTQq1IAQM{;*h8NX+>M35d*4Wl~QM~B(Y_NZ;
z0(j9UyWM!v2j5V<C|>m1M=n1Z;YFRWcu}VkUeu`+Gk8&_6<*Y-lrwnIOd%F{Q4yyd
z;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)Txv+c+pHD7I;w+ryb!%TafV*FFIz~
zHu0icnYxb`tu^!-FRJ^*DPGj66f<~HvlU*{40XovqE0Kks8cCs@~tRdR7b;$>OS=p
zFIsDCYrH64bbB_~zf}Re=#$-Uyy$~(C|(pVdhH{ZpN#OLPFTFCQwcBXREinAsM88B
z>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j${D<9rVtCf
zsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qssuyr|g<FKUK5V|Y=g6<*Y-
z6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x8|>ez0ABRTZZ}@^!8a5yiWj~1k;_j;cu^-T
zUeu|C7j-Jd3|`b}g%@=y<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`
zK5>c{bt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%#SC85
zY=sv!L!B|asM88B>QsuEd@G6<)zR>xx=%gDi`E+38ZU|$-JT8hZ&d&<`ee5oFZ$pc
ziWkL;Ui--9CnLP56BaM(RKklom0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|3o>5fMaL}L
zCSG(aQ}^+rwT52fMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbc
zUgJe|pE$*fI+bDuFKV{Ji<+U%7+%zAg%@=y#Z0~x#f$1_cv0P_p5jGojctt=#fxsw
z2K%=vfERtT+l?1}@D0U_;zh50<nogdUepPT7j-J(MV(49gBNvL;YFQFIfEC?6k>rF
z6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sN~#
zqGOhA6EC`zsrz`*T0^h#qPkC<;zgZGF@qO1Tj52`P-hG;>a@a(I+bE3--_Zzbu_%F
z?o&_kqP51h#*5-bw`YU>TNS{IKH2TYi$3^<;zjYI*FJLj$p|m%gvE<GmGGiYrI^8s
zI<4@cPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_@uE(poWYA`
z3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkT^i<+(QqGqTwh8J~O
z;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a!TzlZ;6<P8cH>1Kd_(b~c+qPgx%^~=
z7j?qoMV(4`QKwSO;6<HQcu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQG
zYrLrL6Q_7lr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP
z%-}`MR(Me})EUEzI<4@cPNkU1x1xAa9Stw4`_xmsXsxlW@uGOq?b%@eRt4~)Pj<WU
zq7S~Icu~CQwU1nWGQx{GVez6)CA_FpDQ57ZPAj~qQz>WgqM1T0@S-A4JHm^$Amb%o
zbj-4C;zhSIbssNUYv?szRQHKfyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7f
zFIsEpHC|NriBr6&Qz>TfqGl_+s2S>v;YFQRcu}WP%;Z~9yr_<b7u9|0DPFYJ*w%Pa
zyy*69uz#xpc+n@j-FVRl-%z|LUi8{WE<YLJMV+vCQKu4K)TtCRcu}VnUeu|SGkDQV
zAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=
zkns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu`+Gk8(66<*W~b;j_bPAj~qQz>Thttehp
zN5hNiKJ^qYT5D`;yeM9Ddp6j=RRO%{lihB-=!0)4UKB5S?IV|;jPRmPSiGoH2`}nY
ziW$79(+V%@RLU8=Xr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~jv
z8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HREinAsM!iHYKA&v
zcu}VnUeu`+Gx=5&FRG*AMRlKgiWjXlwl!W9FS<P&?BA*YUi8UsH(vC?Hxw_57rpk8
z%TGplQ70^3)Tx9Qbt=USUesxY7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRb
zMQaVc#*6Acaf%mpD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb
z7j-Jd3|`c1g%>qLoiV(q(+V%@REn8=D~cD@(eR?WPd&wp)*9OyFNzo4o(=YIRRAyg
zWVahH`rsRi7sZQS`^e=dBfO{+7BA{l!izeUVg@hjw8D!zm2w6znkmErFDl}+BfMw}
zGG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_Lg
zD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxW1ZUesxY7j-JdOuiMxi|S~2QQfDW;zetX
zZH*Vji*C;b`?o597k#qZjTe3J4aJM%MX!D2@{<u>)Cr3hbt>USok}r-7j;_UMV(4H
zgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z
z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(49gBLYh;YH0*XACduw8D!zm0~8}
zisD6eG`y(pQ%~`twZ^u_i{eGMXM_D)6~K!=+3m)QKKO>>Me(B7K63fV2rue{#fv(X
z@S;won8AxWt?;5wrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*
zqE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrI^8snyv7n
zW~eiU7j;_UMV(49lW#@wqB<I0RQIW;c+py8TjNFXqT92<{;dk&MW5_;<3%5QL-C?`
z(Q6;M{A7d|b;9CBol1C7r&7$|MV(f7QKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*
zW$Hd&wARpTyr}LIr+87PQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P?
z?h~hYQKwSO;6=?=cu_Od8N-V@t?;5wrI^XLqIgjq4KJ$u)Kk1@t+B1~qIl8m*<k-x
z1@NLzcDwPS55A#zQM~B2k6eB-!izd#@uE&8yr@$tX7Hj;E4-*vDQEDanL;e^q9RT^
z!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt@S>SQEbyWtPCLSjwjkprUUbZ|
zZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8S0GTMV(f7QKwSO<Xcg^sE&pg)qUzI
zUbNQO)_768==N-|f2#s`(I>mzc+m&nP`oH!^x8)*KN;agov?UOrxIS&sT4DKQKuDN
z)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{
zQ4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)TtCRcu}(zUepYA#_*y}E4-*v
zDQ5DmC|*=Y!;9)Z^%O5!Yiw)0C|-1XHrT&a0lesw-EO?-gKsEa6fb)1BbT3y@S;vw
zyr@$NFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=
zec}`^>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#jiW$79
z*$OXehB{+-QKuDN)TtCR`BoG!s-xjWb)R~Q7p*n6HC_}ix;-20->Lv!^vP~FUi85?
z6fcSwz4npIPeyoACoEpnse~7GD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G%7{i;h{g
zO}yw<rtafKYYn}|i|RgciWhY%<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?
zy~c~`K5>c{bt=USUes)b7d1njF}$eL3NPwZikW;XiWk+<@S?g;J;jUG8rvE#iWl9U
z4fbzU05AGvw;M0|;2Vk;#fx71$mJ&^yr>fvFX~jni#nBJ1~2Ng!izeUat1G&DZ~OV
zD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bz;FPbUD0xv4!v?IJ|3o>5f
zMaL}LCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2w!({=q0Sgy)M<qmbt=V7z7@rb>S%aT
z-KU=7MQe?1jTgm>ZqEk$w<>@aeX`q)7k%&z#f#!auYKh5lM!Cj35yqXD&a+)N-={M
zbz0#?ok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?
z6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}r-7d2bqMa@uW3@_@m
z!izeUVkX~;;ze~dyr}L|Pw}F)#<s?b;zhS-gZ*0-z>7ZF?Z%5f_=e&|@uJs0a{0*!
zFY1KFi#nC?qE4ll!HYVr@S;wooWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV
z*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_@uE(p
zn8Ayht?;5|s56Eabz0#?ok}s2Z$<H<IvQS7_o=6N(OP3$<3;hJ+q1#`tqR~ppX_$y
zMIU@a@uGOqYahA%WP}%W!s11pN_bJHQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB>nG
z=$K{O#EWia>ONky*3fIbsO}S|cu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|
zUbNQGYrLrL6Q_7lr&7$|Ma@=tQ8UyT!;3nt@S;won8~-Icu^e<FRJ_0Q@m)cv90l<
zc+u_IVE<MH@S;z4yYZqAzM*(gyy&%$Tz)dbi#lQPqE02es8cCs@S;vDyr@$tXYit#
zLM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$
zAmb%obj-4C;zhSIbssNUYv?szRQHKfyr@$tX7HkBE4-)~>Wtw<omO~Jr&7%1TT#5I
zj)oW2ed;M*wAR?xcu~CQ_H3|!s{(k@C%fHv(Ffm9yeMAu+D9%w8R12puy|3Y5?<7)
z6f<~Hrxjk*sgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu|S
zGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_gT
z@S;vDyr@$tX7a5lUQ|cJi|Ri06fat9Y-_wIUUYjl*uPZ)yy%nNZoKG&Zzx_AFM91G
zm!FLAqE1-6s8b0q>Qssuyr|O(FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=
zi`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=
zFX~i^8N8_33NLDgI%9ZIrxjk*sT4E$RunI)qv1t$pL&WHtu?kaUKB67Jsa%bssLW}
z$!<4Z^uae2FNznv_L0j^MtD&tEMC;9gco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|
zWW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~
zR;KRbMQaVc#*6Acaf%mpD#Z+5)NF+pHA9^-yr|O(FX~i^nS3jX7uC`5qPkB##f#P&
z+Zr#57u}u>_HR`HFZyJ+8!!6c8;Tdji(dQ4<tHP&s1p`1>QusuI+bDuFY2_yi#nBZ
z1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm2w6znkmErFDl}+
zBfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ1}|#1!i$=r&KO?QX@wVcD#c8`
z6~&9{Xn0ZGr=H?PYmIG<7sZQi&j$OqDu5S#vfGUpeeey%i{eGEedO|!5nj{@ix+h&
z;YFQFF@qO%TH!^VN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<q
zMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D
z%}{3yFY2_yi#nBJCf|zUMRhd1sP0ow@uIcHw#JL%MYm^z{aY2li$2-y#*04qhT=u>
zqSroh`N;?`>V(CMI+gIEPNkT^i#o0FqE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r
z%G7<lXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(
z-6u}*qE4ll!Hb%$@S<j@Glmy+TH!^VN->jfMe(9K8eUZQsi%0+T4P(|Me(BBv%&tY
z3gAVb>~`ZtAACdcqIl73AG!Qwgco(f;zgZGcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;
zgcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^
z+r*1*W$Hd&wARpTyr}LIr+87PQq15*%~p6(Gt?Qwi#o0FqE4ll$+x0-Q5_90s{7Pa
zylAblt?{CG(e2q_|5gR?qEB|a@uCmDp?Fce=(Uerelo&~I$`mmP9?mkQz>TfqE0Kk
zs8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQEDanL;e^
zq9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCs@S<ibyr>!KjNwI{R(MgT
zQq1IAQM{;*h8NX+>M35d*4Wl~QM~B(Y_NZ;0(j9UyWM!v2j5V<C|>m1M=n1Z;YFRW
zcu}VkUeu`+Gk8&_6<*Y-lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!
z`@|_;)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~H
zvlU*{40XovqE0Kks8cCs@~tRdR7b;$>OS=pFIsDCYrH64bbB_~zf}Re=#$-Uyy$~(
zC|(pVdhH{ZpN#OLPFTFCQwcBXREinAsM88B>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~
zn|RT!Ox?$e)*5<^7u9{@6ff#j${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)
zdW{#=ec}`^>Qssuyr|g<FKUK5V|Y=g6<*Y-6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x
z8|>ez0ABRTZZ}@^!8a5yiWj~1k;_j;cu^-TUeu|C7j-Jd3|`b}g%@=y<qTdlQ-}p#
zRK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt>fyUNlpP1zuFdX-9a`7G%7{
zi;h{gO}yw<rtafKYYn}|i|RgciWhY%#SC85Y=sv!L!B|asM88B>QsuEd@G6<)zR>x
zx=%gDi`E+38ZU|$-JT8hZ&d&<`ee5oFZ$pciWkL;Ui--9CnLP56BaM(RKklom0|`j
z>a@a(I+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(Xat1G&
zDZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bDuFKV{Ji<+U%7+%zA
zg%@=y#Z0~x#f$1_cv0P_p5jGojctt=#fxsw2K%=vfERtT+l?1}@D0U_;zh50<nogd
zUepPT7j-J(MV(49gBNvL;YFQFIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxz
zukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZG
zF@qO1Tj52`P-hG;>a@a(I+bE3--_Zzbu_%F?o&_kqP51h#*5-bw`YU>TNS{IKH2TY
zi$3^<;zjYI*FJLj$p|m%gvE<GmGGiYrI^8sI<4@cPNkf|i)IS3z>A7F?FcX0f{d4V
z(J{-mi5K0<)P1~Yt)bU=QQap_@uE(poWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`
zylAbV*LYFgCr<IAPNkT^i<+(QqGqTwh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z
z@uJ(a!TzlZ;6<P8cH>1Kd_(b~c+qPgx%^~=7j?qoMV(4`QKwSO;6<HQcu}WP&frBe
zg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88c7zvg
zLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP%-}`MR(Me})EUEzI<4@cPNkU1x1xAa
z9Stw4`_xmsXsxlW@uGOq?b%@eRt4~)Pj<WUq7S~Icu~CQwU1nWGQx{GVez6)CA_Fp
zDQ57ZPAj~qQz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$t
zXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>TfqGl_+s2S>v
z;YFQRcu}WP%;Z~9yr_<b7u9|0DPFYJ*w%Payy*69uz#xpc+n@j-FVRl-%z|LUi8{W
zE<YLJMV+vCQKu4K)TtCRcu}VnUeu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#
z7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#
zUeu`+Gk8(66<*W~b;j_bPAj~qQz>ThttehpN5hNiKJ^qYT5D`;yeM9Ddp6j=RRO%{
zlihB-=!0)4UKB5S?IV|;jPRmPSiGoH2`}nYiW$79(+V%@RLU8=Xr>Sgyr_uNj_{%_
z$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|
ztxVm=i`E)?jThB@;uJ6HREinAsM!iHYKA&vcu}VnUeu`+Gx=5&FRG*AMRlKgiWjXl
zwl!W9FS<P&?BA*YUi8UsH(vC?Hxw_57rpk8%TGplQ70^3)Tx9Qbt=USUesxY7j-J-
z3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7bG*gHLUR1<s
zM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qLoiV(q(+V%@REn8=
zD~cD@(eR?WPd&wp)*9OyFNzo4o(=YIRRAygWVahH`rsRi7sZQS`^e=dBfO{+7BA{l
z!izeUVg@hjw8D!zm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJ
zi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0Q
znxW1ZUesxY7j-JdOuiMxi|S~2QQfDW;zetXZH*Vji*C;b`?o597k#qZjTe3J4aJM%
zMX!D2@{<u>)Cr3hbt>USok}r-7j;_UMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oL
zm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3o
zx=)<qMV(49gBLYh;YH0*XACduw8D!zm0~8}isD6eG`y(pQ%~`twZ^u_i{eGMXM_D)
z6~K!=+3m)QKKO>>Me(B7K63fV2rue{#fv(X@S;won8AxWt?;5wrJTWwW(u*ui;6hy
z2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp!HZ@JvA~OpIPC~8+JcOic+oM-
zwuu+r%G7<lXsw~wcv0OaPVu5nrI^8snyv7nW~eiU7j;_UMV(49lW#@wqB<I0RQIW;
zc+py8TjNFXqT92<{;di;w--IXwfNGPzVxY2ed@=4?8n~!{`bG*9q)L{Ti)`vx4rE<
zzT-R2&gVb>`SV%HyxnK=v!DI!kNn7wyz`y!{F<-%ns5H*Z~ov1Klr)Nea`$2ulVKW
zf5|h37xi0RGKm+(i(c{|<u}PsMtIR|A{Ka25hsuEqM72Q3%uw{6P*FPs8cCt@S>SQ
zEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQEDanL;e^q9RT^!i%;b
z<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCs&a27zG4<MOulZkf!%4iTf79`zPAj~q
zQz>ThttehpN5hNiKJ^qYT5D`;yeM9Ddp6j=Re|UBqCfBhKk$Fazm6dN&ENdZm)`O7
z2O95w_q)gM^sV3et>+!L{tmDB<@%eqQ@m&k@~?e~7sZQS`;6r$BfO{+7BA{l!izeU
zVg@hjw8D!zm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ
z1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxW1Z
zUesxY7j-JdOuiMxi|S~2QQfDW;zetXZH*Vji*C;b`?o4^b1xbM^fRCNjJWCNe}BLB
zYrl5HqOtjPU-xzA4`#RT@QPo)ecNpxFS?caSK7ym;zh50wDOZt{LcUU5&gB_|H-}^
zUevjvcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P?
z?h~hYQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+l)WKJHG|p2G~CZ@S^@>fERUI;YFQF
zF@qO1Tj52`P-hG;>a@a(I+bE3--_Zzb+q_BXZ-y<V0!rGr+8840l<smMV;q_nWr!C
z++OrYfAmMszjyu@fAJUp@DKm+e1tr|(>NcF&cAly`~k%$KJkfEpl^E9o3{U9J@fB*
z&wIj!o`0A9`B&SY?{hZK{LlT|&z+q(dhdJRdp2KuT3+$XU;KtI-NB2#G|{yKcu~CQ
zwNF%jGQx{GVez6)CA_FpDQ57ZPAj~qQz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSI
zbssNUYv?szRQHKfyr@$tXYit#LM-s2B2GJsclYN9d)w!-7Ql<v8ZTYrMPHie4B$nb
zN-={Mbz0#?ok}rt-ciPnDgJ%*IvQS7_o=6N(OP3$$L~4g|L;40-^SQK1@f&ZUQ|C1
z`8b`$##;1uxX&qG)VbGqQM{=0oG|nB1)kfB>f3kzG&RBJCqMbgarpeBM?-`jQ~ISZ
zeW}g-!5{p=*^hx=|Mg#Qr|0q&zx>5-_|hG`=t~n_JAfC(i(dOg<tL-~o&WhG`fI=c
zlYKY5sB=T{qE4ll!HYVr@S;wooWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV
z*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{d4V(J{-m8GnMuKVNj~6Z?2k-KU=7MQe?1
zjTha@ytt1SeX+^7gBKmMjGK7TF-zOTi?$%*GT(~gMMb4^gcsF)>M35d*4Wl~QM~B(
zY_NZ;0(bVJ=SF|zBOeLv`GF67V7%|&{_Wo$13&dsKQ#`V{TO)v```cKz$<?Fi{J32
zJ9yETCc1V2FNznv_KC_*MtD&tEMC;9gco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|
zWW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~
zR;KRbMQaVc#*6Acaf%mpD#Z+5)NF+pHA9^-yr|O(FX~i^nS3jX7uC`5qPkB##f#P&
z+Zr#57u}u>_HR|-=3exde(9G&dw&1-fB%d3{rsGa)ART3UsQDVbLRYETKy)k_~rFm
z`D?tW-|CV{yeMAuk_RcjNq#cIi)ItCz>A7Fd4w0u6fa%iMPHie4B$nbN;!iU%@ksR
z7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SGaoQ1Hv;`S2
z@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%}{3yFY2_yi#nBJCf|zUMRhd1
zsP0ow@uIcHw#JL%MYm^z{aY2dxflKEpZ@94o*(__M_;_}=U*`&r|){#yIwraopTyv
zzx~_4ottOzieFy8mA}S|`mHXR#EarZFL{vio8%`Wyl6HN3%sa^lSg>bO!3kMUi77j
z&H!H2sgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQV
zAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_gT@S;vD
zyr@$tX7a5lUQ|cJi|Ri06fat9Y-_wIUUYjl*uPbQJA2XdWAN+0{_BH!e)-E^e(}D4
z{No>w(+_^|gD;-u&X4@akHpv~Kl#brJd0QS^7^g(HD1(jb;%@N6fb(ogOuMSKN;ag
zvx!*XMMa!E!i#2#moD(4FHLj?@S;wooWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`
zylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_
z@uE(pn8Ayht?;5|s56Eabz0#?ok}s2Z$<H<IvQS7_o=6N(OP3$<3;hJ+q1#`tqR=G
zi=NL%=R^0WKmF;qzy0muJdd#)Z~BKm^r0B|*vCFL4#eg;jj<1Z_``MV6~DZGt6cx=
z&;IQHE&uw!2R?9qxV`OdZ#y5EU-7T_W1RB_{}sQ_bANe#b$DL3zOG;FSAEr2{fB?~
z>p%Xd|7^m`R~-A`|NLM7@}K#?|KD%^Z~y%jzoGf%|MmU<qyFc9@rz%4U9Ijj+&)E~
zkKXtBwZDO1X$S{?OzCv>)#2;?F{Qur^PT4Z3BdFH(k}cJ#hZ)#(}{C=;WvN2Zxw&q
zeExvq`F?2^{)+04sq_2K3%~R8eXIB}b)Ku|`=wp@D{4Qc&Yyi<_|2d1Tg8tle$T1z
zY!wdYN0uJG`Dy%_Jiq7Ek3s&PGk!zGk13riD)D1VSK`N%?o&_W|5AzHbJiv=uG^2P
z^G8)L&ajgO;>Q#pjWfu&h(E!LR_Bk?#~C)GK)i0?$CQ2^>i>28d9L^|C35BK27b>e
zDxIVF0TqAeb%SmdKc@I-tShx2Q+oL3r}<-wALjZ=s6VE7-Jn~=>jr+$sVl`t<9M!a
z_`2aYe&aXrqAAc=+_}I_yy)-${_p>nfBx&uZ+>&w&iMQJ=ZpU0FaF~80DRx~eP4`y
z>QkTEX3qXOjj>}j>)0!PdHq(oe(PJ`8b7<XzklO5e&acM%Uj-3f7`(N-)4cY{K~IP
zLU}hYdj41V-{wu>zZC^2KmiI+fC3bt00k&O0SZun0u-PC1t>rP3Q&Lo6rcbFC_n)U
zP=Epypum$A_?2JzmC#m4Unj(RV~f{bd+mUqgYMqgm-AH=_&;0VCSLUX!wf4EjrF&D
z%eVaQ@BXgn|J~pH-7)#gzx>N$?3~8f0it#66~DZGt6bwnpXq;$@S@LjH~F<tfC3bt
z00k&O0SZun0u-PC1t>rP3Q&Lo6rcbFC_n)UP=Epypa2CZKmiK;+bn<=O@7AW<^}HT
zMFV-h?|tt(|Gee#G5D_U`mR^;qObVn<9{W*=)cYXO?hMgt?;66tQ%iN0SZun0u-PC
z1t>rP3Q&Lo6rcbFC_n)UP=Epypa2CZKmiI+fC3bt00k&O0lxrVbfjo(-mt(;ylB0%
z=bs7u=YRg^=U*a!{?+ZlLErYaw~ha(;rtiM|NPJYeEkk>o&P@iAN;`|tVgf-<@H<T
z8ZYYqod35!i5LC1e~<WYNC65^fC3bt00k&O0SZun0u-PC1t>rP3Q&Lo6rcbFC_n)U
zP=Epypa2CZ@bA3<UNrd`i<=j?p%=|Ne&A^SBS63Rd%rjLbMc`MeJDWb&-~2K<mQWu
zkA3W8G4>Nb@e}p*6~DZGt6cx(U;gF!r=g0!KK$Vif5lgP#n*k^*ZqI5{MY$UIX~+E
z`mg``mA}(7e}i*J@_!Kj?9cw}b^TJm`m4YCKm5yI|M5Tl=MVos|L+6-zYqS;|Mf5b
zng9F${pSDn-yiTFdj2E+>-+yl{m=cwKm5bj)#^UO=jT#BQD^bDfBU!h`L(}+U+KaB
zr_$g2&ELF%uf5Ngod1J}e5g*b`~1S+z_0Z0{_gKit3UaZKY0URd!H})hky8oe4@_c
z@BjYq@AGSa1HaPqdxKMnALcq;{GKzOtH1b*ztF=sKRwUV3H5q^&w00K=jT#9PVx8i
zQ|oR8Ue~YpPyh5!Pbhv&>1gLiQ$AGZN0uJG`Dy%^;`f~TF^J!D=0o+5|M-u3{^qCW
zH|M9-iFWf2`j;OcjpLy@9{~06%}>uCAe>PAo>M;t@xwfSOr1Zf((^YzjZl0v){jAa
zG>%s1kJI(=%}@X8um0+U;`f~TF^C`L`D5yz{^_6e{GCrvoCwA5IrU=@zvqlrycN~0
z;;ksZ=hT(XQ<OiW&O#60{50Q+@_SDGB-AI0A5*$jycOm5oVrr|F?GYYqF?yJ7Y?a9
zf1T$fA=VpPoS$9Cz#Me<#=e}dqQL*z0(bVJr~LWj!JwY!@8_ptyB8n-_{Zb)gCG20
zJF1uGG{!#p$xqh(SN!t&t^D;*{^U=dpKQmA`d_k5rWf4?*gpm0lTrL8?fk*l>uPdm
zFZxG+^hd9&)qRHZ4{+k4IxofU^J{+tztZ%gZ{Tb1^CiuT-sczo27aYMjLs*cH}JLh
z`I7U;%k_^Y4#c|8ul)`DO4EzJfv>&KmozVWpI`VJ_>~4RdcD8rd;|YM|E|BJvG(&*
z>)-V+=U@B3e0WiQ~%FRF)cewtqN<{k7ezp?i72g`c?=BM%Q{zSWZ2mQ-$UQ`d?
z{4~Aj%{%B{e*B&@KlhzKs?zf}KaEg)G}ezn^P+nA=BMdJZ{9)w@*8VE9750E`Siqz
zA5;9EQ$GgHi|XN<pT=9!^U~qw9rQ21v35Ot^V57Q%I`V#laRkTKa2B#>EWB7rWd_=
z2mQ-$UQ`c1-|6rC&hPv)7sZP{-@WBm^!f_i+>4%AZ-4vSLwkPli(hQ*KL7d8$I-WZ
z%eS<ndU;M`?6-dFx9a{YetG>?{u(dpx4L8!FKYhdN!veP6fe3xe)-8Le&^4-`z=)L
z<3)9!IK_)Pm0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52f
zMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDUgAZ^EZb)M2_9Z_>l6EUQQfDW;zetXZH*V*
z%DlLb7k#nGxPuoRvy7W~(J@Qg#EZ5d;xgZg;zdQJbA%Vwed;M*wAR?xcu~CQ_H3|!
zs{(k@Z}^692<`cMzxR9X)}PPjadiH^{hvym{hT?UQtNkk#V@bl%3tF}{Z^Mu;zjYI
zmpn-MP4bfwUNoDC1zuFd$s@dIrg-TBFZ$9%X8<qiRLU8=Xr>Sgyr_uNj_{%_$askt
z9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=
zi`E)?jThB@;uJ6HREinAsM!iHYKA&vcu}VnUeu`+Gx=5&FRG*AMRlKgiWjXlwl!W9
zFS<P&?BA-u&AsUP2$0(Id=h{0*1z|??~Q?vee7c|o}Qhv9|Pa{o!|N5z$<?Fi{J32
zJ9yETCc1V2FNznv_KC_*MtD&tEMC;9gco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|
zWW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~
zR;KRbMQaVc#*6Acaf%mpD#Z+5)NF+pHA9^-yr|O(FX~i^nS3jX7uC`5qPkB##f#P&
z+Zr#57u}u>_HR|-&R+EV5&d_3$9IJGe9wE{Gv4=K{^ehefj7VT&0qfVm)p$wcWR&g
z82H@hKG#mq<tu*qi{J32J9yETCc1V2FNznv_KC_*MtD&tEMC;9gco%x#SC85X@wVc
zD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$
z#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD#Z+5)NF+pHA9^-yr|O(FX~i^
znS3jX7uC`5qPkB##f#P&+Zr#57u}u>_HR|-iM{Br{_3y(_>ceiul?Guo!{r5KaD>h
zi{j26=kUjW{Kud8#3%CKM1R2Ns6Eg8`OV3@-u12!p>KWbTYupfe&Kwpvw!~n=}&+9
z?8MQxecQL?_pi^-D}H(XR^}QnYKFRM3@?foz3N$t?~|X5@S;vwyr@$NFX~i^nRs`9
ze%s)G$qgs*qOa?w<3*iZcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#>@CUXTIxs
z?X}m&F*c(BUetLK@S;won8AxWt?;5wrJTWwW(u*ui;6hy2rt@#jF))PG0V7#7ag;_
zxQQ2ivB|cB7v0L#eY|L`q1X9V^ept`%}?{s5YFN}U^lO!fBAS(-6u}*qIgl~Ibr7M
z3p}wGJ)Sc#Xa4<7Z+cU%>*6CH`G~mD=N~Kjmbbj6&bReZqvuaNw(szYU%q|YZ67bX
zmHAiN$BW`cuYI)glTrN6|NIgCwcr2Az8hZDxuJMbr&7$|MV(f7QKwSQ;6*cqSl~rP
zoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQqJH-Glf{-MMa!;gcof=#!I~D
zm}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=cu_Od8N-V@t?;5wrI^XLqIgjq4KJ$u
z)Kk1@t+B1~qIl8m*<k-x1#aa<oAW%E-}Fu2^qJ3m=B0Q1d{TJlJKy=@m!F+?zx&<i
zPi6IYc*QT*-@KjTMO%=6?Mu8UUi8{$EI%3HMV+vCQKu4K)TtCRcu}VnUeu|SGkDQV
zAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=
zkns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu`+Gk8(66<*W~b;j_bPAj~qQz>Thttehp
zN5hNiKJ^qYT5D`;yeM9Ddp6j=Re>k=qUUqa`Dc56>QkTk(I5TM_r33ZZ-4vS|I0uB
zb&Tlue9!lM^rIjB!WX`9X3X1tCXX!rp&$C8^L^g@<~P6N9q;(zAO7Lbe)hBGcX-7w
zH~&kXF}$eX>XJ#kC|>lE2PwZvelo&~W)rc%i;6gTgcr>eFJ0h8Uz+F);6<HEIfEC?
z6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~
z1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGF>_u`#*eAjUVF{|svAz?Mg5zO7j;_U
zMV(49lW#@wqB<I0RQIW;c+py8TjNFXqT92<{;di;u@}A7eav4hUNloYW`P&Qi(dPr
z<tHP&s1p`1>QusuI+bDuFY2_yi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJ
zqP2!z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJ
zi#nBJ1}|#1!i$=r&KO?QX@wVcD#c8`6~&9{Xn0ZGr=H?PYmIG<7sZQi&j$OqDu5S#
zvfGUpeeey%i{eGEedO|!5nj{@ix+h&;YFQFF@qO%TH!^VN;!iU%@ksR7Zq{Z5ni+f
z887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oL
zm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%}{3yFY2_yi#nBJCf|zUMRhd1sP0ow@uIcH
zw#JL%MYm^z{aY2li$2-y#*04qhT=u>qSroh`N;?`>V(CMI+gIEPNkT^i#o0FqE4lp
z!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy
z2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@Glmy+TH!^VN->jf
zMe(9K8eUZQsi%0+T4P(|Me(BBv%&tY3gAVb>~`ZtAACdcqIl73AG!Qwgco(f;zgZG
zcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hY
zQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQq15*%~p6(
zGt?Qwi#o0FqE4ll$+x0-Q5_90s{7PaylAblt?{CG(e2q_|5gR?qEB|a@uCmDp?Fce
z=(Uerelo&~I$`mmP9?mkQz>TfqE0Kks8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@
zGIbv>T5ISvUR3vqQ@p5CDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc
z_lZ-ys8cCs@S<ibyr>!KjNwI{R(MgTQq1IAQM{;*h8NX+>M35d*4Wl~QM~B(Y_NZ;
z0(j9UyWM!v2j5V<C|>m1M=n1Z;YFRWcu}VkUeu`+Gk8&_6<*Y-lrwnIOd%F{Q4yyd
z;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)Txv+c+pHD7I;w+ryb!%TafV*FFIz~
zHu0icnYxb`tu^!-FRJ^*DPGj66f<~HvlU*{40XovqE0Kks8cCs@~tRdR7b;$>OS=p
zFIsDCYrH64bbB_~zf}Re=#$-Uyy$~(C|(pVdhH{ZpN#OLPFTFCQwcBXREinAsM88B
z>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j${D<9rVtCf
zsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qssuyr|g<FKUK5V|Y=g6<*Y-
z6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x8|>ez0ABRTZZ}@^!8a5yiWj~1k;_j;cu^-T
zUeu|C7j-Jd3|`b}g%@=y<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`
zK5>c{bt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%#SC85
zY=sv!L!B|asM88B>QsuEd@G6<)zR>xx=%gDi`E+38ZU|$-JXsApItjfksyYlD0u%{
z?}9-HV~HOu6U<iTmKDA3WSBDlR|R;{FMHj*=!ah@FUpJl?I%~ijCj!`EH9c=;zg56
zXNMO}TJfSurP|>|E5&l)MVC0&6)$=Pc|P)@&n(lB7oE!VIWO94>}Otd?{jW>(WFxC
z@S>GsIq;%Ooa>4gy@EU+dC_N<X~>ICW%`^K?KSo@FS_?Rx4dXl>Fn^LVJluV4E4Ll
zizcmj(WKJZseeUz(LEY3y7%d~ylAg6oq17Sbow^T|5X8A^vhm1FZ$sZ%8T-%fBVVR
zFC$(w3CoKnm3Yyl(%IoflUBTFQmJ-$(Mqu#c+n-!b;XNbL7tDi=rhYS<VB}4ea?&a
z8vB_S-TRzdUNosxJG^M6SPs1C66d<&MXw;wM_%-qWg7CLQ<*;JMSG3?%!}@Q&MhyR
zR60AnXxNGu4MY8|@uEp9UNot6cIsbIUUZMfi|&2;Eic+@OlMw{7oENh^M6%<7yYu=
z&5M5ch4P}j=-+;F^~;DCO~Ue`NhMx1sdRRD(WDhGnpCPCUbIpy2VQiEb6xSGSCHo;
zFZ#?f4SCV2OrP_jy~cj#MfX1EmKRMb)ebLODV75-y2QDzc+o4!^N|;QW|@Y(=v1c9
zdC^{DKl7q{pL5HLCY8<(FB-PuMZ-|PYrJUEiWf~Pot^qulo#Ej@uGX5e#?vY8q=8<
z<wd7&!~9<r;6=aeb@QShexbZ5FZ#EiT>UcQMU$|+Xi|w6O)8xoUNmXNizbz7hZn6B
z%YheN;#^m}=oRGo$csL+OhaCDD%0n@Xs@xKdC|Skx#dNZO0~m_R*L1oi!O1lD_-;p
z@_gh)pIN3MFFKX!b6&L9*w4J^-sjx%qDiH*!;6Nkc+oJ_?;0<fwBkjRN@u7373D?u
zXuRm&r{D6Ty~cFrMS0Qb+c5uE1$fafd)>U~hhHc!%8UN(Cs)6Wc+n&*FPc>1MUzTr
zhZjv+@uEqk+Tlej#d6?9mpIoIFM0)eKJuc^EYpw|oyzn%FWPJDXI^ygb8dOjq*Cqh
zqLpGf@S;nc>xvh>f;=C2(Px%v$cs*8`kWW-HTE+vy7xJ^yl7JC?C_#tD_%4V^}EK4
zCarkUq|(``e?@uGJsK~%_vyF1Xs<Dyc~M?;`Zmn}RRLb~%U(Ax`r#MKi}Ip>`^nWW
zBVIHK%ZnzJc+sTN+2KW#R=j9ZsdjkLO0gVx(Iw7x#fx4+o{zlfGs`sOMW-@-&WrXM
z`<WNr`<z=|G^tcOylACZ4!r0R=epuWuOQDyUi6t|8uFr3nLg)5dyW0fi|&2SEial>
zIy<~**oqeoL;bGtqDd=WG^uoU>R(Y_bdSc1?tS_#FWPHNXI_*SoxTn8e^r1N{j%51
zi+=cp@}j)x-+prS%ZL|E!t$a?C0;bCbar^rq!llkRH_|bv{EbwUUZ3bUGbt<kmn;W
z`phy7dC{p%pYx)<#(w5S_de&A7fmYF4li0MmIE)k#JR3`(JRRFkr#btnTEXRRHn~)
z(OzRe^P+p7bIXe+mCg<?8n)s^!%)9#ylB#j7fmXio%&al7u}=rqI;iy%Zv6J)0r3L
zMW=7W{9hH|MZfHI^P(Sqp}Z(B`nR84{W9W3ld!yKQi&H$DxDo(G-<_)CY5T37p)Y_
zffrrkTvxp473BHIi$1eVLtb<$)91Wsud$zb(Y?>P<wcW9wZn^6isitIE^)3aUi1p`
zeB?!+S*9T`I+f{jUbNTP&%Ef~=iKt5Nu{&Hi-xUu(J<8S8ZVl(;zg56XQ%!Z<wf^s
zyy)Ji-}0ip#&qUIdC}?HF#lHtc+oF=-Mr|BUnnoii~j8=SHFyS(IhM{npEONlS*fY
z7fo96qDiIN;YBOOa^OXmIM)>~dIfnt@}kcy(~uXP%Jexe+H34*UUctsZh6t9Qtj}f
zm0~&YqD!3XiWj|tJRf<{XO?Nmi%w<woEPmi_A@WK_c^z`Xj19y@S<TWUNj8#yT*$q
zt$5L-(%GqhMS0OZ8ZWx{>9@RSuQ8o@QC@WVHq8H30bcaWUN<lL;TOt_@}htH$<;3-
zUNi~IizbzL(WKJZ;YE{Hyl7IXc6iZBu^f2OCC+uli(WyVkG$wJ%QWOgr!sxci}o7(
znHSyroLgQrsZ=|>Xr)*Vyyz0=y5dEzAkRl$^qFNE@}g6jKIcVyjs47v?tRWJFPc<3
zJG^MviWdz-{jTw%Nh@A7sdRSgUr}CkkH(Acefljg+G|W_UX&M|z76w#Re%@$ve(Uv
ze)xs*qP*zeescB8h!;)5@}fy4UNot6c6iaG6)&1psvTamQY;5vbcu6a@uF9d=OZur
z%rXsm(Wy+I^P;`Re&$8@KIfJfO)Aw6FIp*<124M7xvqH8E6DSa7ky@#hP>!hrq6lN
zUSmJ=qI;in%ZnzJ&JHgcw&F#@P`_)uXwr%oO)8z8`d5?}-J|iMd!K&Gi}o7RnHS|n
zr*FgjUlrg*zwCAMq91;tyeKdFx1U`7GU7#(u)Jtei5E>OogH2@X~l~sm1>6<trW|F
z7hU39SG?#I<oU>pKC?_iUUVwc=e%gIv7dR-z0bMjMUzUk!;4mm<-m(Bajq*~^a}EP
z<VBxZrXepnmFaU{wAa|ryy)KN-14GHrL)6}hOKzfFx2lFFPgOCMUzTrr~Vb?MfYgD
z=-#K_@}j-Qbmm2Q(dpYT|5pWg(Jy=5yy%BtC@;#3{_Q7Mzl?a%BrGqQRN_UGN@s@`
zO<M7yNu}E1MJvT};6;}>*A*{%1$jR5qR%YTkQbfG^f@ouYwTxUbnkO+dC{a&?eL<N
zVma`lOPuS97rlZ!A9>MdmTAa~PG$O>7wt9nGcUULIk&uMQt9mQqG2muGz|5-#)~Gc
zc+sTN*{Od;dC@%@FS_^Xx4dYtF`ao)UUd34%>PvZUi8aeH!u3(7s`wBqJR6z)h{Dn
zGzrU#CY5;6q|({pMUz&%Xi}+mc+pC+9C*<s&UM9$UO}FZyy!E_G~`96GJVdA_8R+{
z7v1}uTV6D&R6D$ArC1KU=o06;;zh3@&qrSLnPnRCqEneZ=S6#s{mhH*ea<Z}np8SF
zylB{p7Y#%GuJNKtD_%6Ibav`rQC@V9#*6NK`YkWoYfNWeloy@84fB6hfEWF;*UgK5
z_=WPKyy)M4a`nrI7fr(QqDduQG^uoUc+sR4FPc=U9bU9jEC*h6iE~}?qF0dTBQN^Q
zG7WjrsZ5{qqP@m`=0*2D=av^uD%B1zS}B$TFS^9Ju6WTa$n%jGeP)@4yy#S>&w0^a
zV?Xnvd!KX5izb!M4lf$E;zh$yziYf`(ux;NDxIDBSCkjsqw%79pMJ}W_8QZf7v)8#
zZ^Qgw72rj`>~-^^AAX^{C@=cApIrSi;zg6Nyl7I17fmXi9bPnP#fv7DYKIrC6w84Z
zUE*9<yyz9=`N)etvrI!?bSl&5ylAhnpLx-}&$;DAlS;M2i&l!|z>6+%t}9;j3i5p9
zMW0!wAul?W>2qGR*Vxaz=-%ht@}fzlv%`yqt$5Ke)bAQEnzZ6YlS*f&{uSj#_h`K6
z-lyO4qP@m+=0$nY>Dw^>R|R;{FMHj*=!ah@FUpJl?I%~ijCj!`EH9c=;zg56XNMO}
zTJfSurP|>|E5&l)MVC0&6)$=Pc|P)@&n(lB7oE!VIWO94>}Otd?{jW>(WFxC@S>Gs
zIq;%Ooa>4gy@EU+dC_N<X~>ICW%`^K?KSo@FS_?Rx4dXl>Fn^LVJluV4E4Llizcmj
z(WKJZseeUz(LEY3y7%d~ylAg6oq17Sbow^T|5X8A^vhm1FZ$sZ%8T-%fBVVRFC$(w
z3CoKnm3Yyl(%IoflUBTFQmJ-$(Mqu#c+n-!b;XNbL7tDi=rhYS<VB}4ea?&a8vB_S
z-TRzdUNosxJG^M6SPs1C66d<&MXw;wM_%-qWg7CLQ<*;JMSG3?%!}@Q&MhyRR60An
zXxNGu4MY8|@uEp9UNot6cIsbIUUZMfi|&2;Eic+@OlMw{7oENh^M6%<7yYu=&5M5c
zh4P}j=-+;F^~;DCO~Ue`NhMx1sdRRD(WDhGnpCPCUbIpy2VQiEb6xSGSCHo;FZ#?f
z4SCV2OrP_jy~cj#MfX1EmKRMb)ebLODV75-y2QDzc+o4!^N|;QW|@Y(=v1c9dC^{D
zKl7q{pL5HLCY8<(FB-PuMZ-|PYrJUEiWf~Pot^qulo#Ej@uGX5e#?vY8q=8<<wd7&
z!~9<r;6=aeb@QShexbZ5FZ#EiT>UcQMU$|+Xi|w6O)8xoUNmXNizbz7hZn6B%YheN
z;#^m}=oRGo$csL+OhaCDD%0n@Xs@xKdC|Skx#dNZO0~m_R*L1oi!O1lD_-;p@_gh)
zpIN3MFFKX!b6&L9*w4J^-sjx%qDiH*!;6Nkc+oJ_?;0<fwBkjRN@u7373D?uXuRm&
zr{D6Ty~cFrMS0Qb+c5uE1$fafd)>U~hhHc!%8UN(Cs)6Wc+n&*FPc>1MUzTrhZjv+
z@uEqk+Tlej#d6?9mpIoIFM0)eKJuc^EYpw|oyzn%FWPJDXI^ygb8dOjq*CqhqLpGf
z@S;nc>xvh>f;=C2(Px%v$cs*8`kWW-HTE+vy7xJ^yl7JC?C_#tD_%4V^}EK4CarkU
zq|(``e?@uGJsK~%_vyF1Xs<Dyc~M?;`Zmn}RRLb~%U(Ax`r#MKi}Ip>`^nWWBVIHK
z%ZnzJc+sTN+2KW#R=j9ZsdjkLO0gVx(Iw7x#fx4+o{zlfGs`sOMW-@-&WrXM`<WNr
z`<z=|G^tcOylACZ4!r0R=epuWuOQDyUi6t|8uFr3nLg)5dyW0fi|&2SEial>Iy<~*
z*oqeoL;bGtqDd=WG^uoU>R(Y_bdSc1?tS_#FWPHNXI_*SoxTn8e^r1N{j%51i+=cp
z@}j)x-+prS%ZL|E!t$a?C0;bCbar^rq!llkRH_|bv{EbwUUZ3bUGbt<kmn;W`phy7
zdC{p%pYx)<#(w5S_de&A7fmYF4li0MmIE)k#JR3`(JRRFkr#btnTEXRRHn~)(OzRe
z^P+p7bIXe+mCg<?8n)s^!%)9#ylB#j7fmXio%&al7u}=rqI;iy%Zv6J)0r3LMW=7W
z{9hH|MZfHI^P(Sqp}Z(B`nR84{W9W3ld!yKQi&H$DxDo(G-<_)CY5T37p)Y_ffrrk
zTvxp473BHIi$1eVLtb<$)91Wsud$zb(Y?>P<wcW9wZn^6isitIE^)3aUi1p`eB?!+
zS*9T`I+f{jUbNTP&%Ef~=iKt5Nu{&Hi-xUu(J<8S8ZVl(;zg56XQ%!Z<wf^syy)Ji
z-}0ip#&qUIdC}?HF#lHtc+oF=-Mr|BUnnoii~j8=SHFyS(IhM{npEONlS*fY7fo96
zqDiIN;YBOOa^OXmIM)>~dIfnt@}kcy(~uXP%Jexe+H34*UUctsZh6t9Qtj}fm0~&Y
zqD!3XiWj|tJRf<{XO?Nmi%w<woEPmi_A@WK_c^z`Xj19y@S<TWUNj8#yT*$qt$5L-
z(%GqhMS0OZ8ZWx{>9@RSuQ8o@QC@WVHq8H30bcaWUN<lL;TOt_@}htH$<;3-UNi~I
zizbzL(WKJZ;YE{Hyl7IXc6iZBu^f2OCC+uli(WyVkG$wJ%QWOgr!sxci}o7(nHSyr
zoLgQrsZ=|>Xr)*Vyyz0=y5dEzAkRl$^qFNE@}g6jKIcVyjs47v?tRWJFPc<3JG^Mv
ziWdz-{jTw%Nh@A7sdRSgUr}CkkH(Acefljg+G|W_UX&M|z76w#Re%@$ve(Uve)xs*
zqP*zeescB8h!;)5@}fy4UNot6c6iaG6)&1psvTamQY;5vbcu6a@uF9d=OZur%rXsm
z(Wy+I^P;`Re&$8@KIfJfO)Aw6FIp*<124M7xvqH8E6DSa7ky@#hP>!hrq6lNUSmJ=
zqI;in%ZnzJ&JHgcw&F#@P`_)uXwr%oO)8z8`d5?}-J|iMd!K&Gi}o7RnHS|nr*Fgj
zUlrg*zwCAMq91;tyeKdFx1U`7GU7#(u)Jtei5E>OogH2@X~l~sm1>6<trW|F7hU39
zSG?#I<oU>pKC?_iUUVwc=e%gIv7dR-z0bMjMUzUk!;4mm<-m(Bajq*~^a}EP<VBxZ
zrXepnmFaU{wAa|ryy)KN-14GHrL)6}hOKzfFx2lFFPgOCMUzTrr~Vb?MfYgD=-#K_
z@}j-Qbmm2Q(dpYT|5pWg(Jy=5yy%BtC@;#3{_Q7Mzl?a%BrGqQRN_UGN@s@`O<M7y
zNu}E1MJvT};6;}>*A*{%1$jR5qR%YTkQbfG^f@ouYwTxUbnkO+dC{a&?eL<NVma`l
zOPuS97rlZ!A9>MdmTAa~PG$O>7wt9nGcUULIk&uMQt9mQqG2muGz|5-#)~Gcc+sTN
z*{Od;dC@%@FS_^Xx4dYtF`ao)UUd34%>PvZUi8aeH!u3(7s`wBqJR6z)h{DnGzrU#
zCY5;6q|({pMUz&%Xi}+mc+pC+9C*<s&UM9$UO}FZyy!E_G~`96GJVdA_8R+{7v1}u
zTV6D&R6D$ArC1KU=o06;;zh3@&qrSLnPnRCqEneZ=S6#s{mhH*ea<Z}np8SFylB{p
z7Y#%GuJNKtD_%6Ibav`rQC@V9#*6NK`YkWoYfNWeloy@84fB6hfEWF;*UgK5_=WPK
zyy)M4a`nrI7fr(QqDduQG^uoUc+sR4FPc=U9bU9jEC*h6iE~}?qF0dTBQN^QG7Wjr
zsZ5{qqP@m`=0*2D=av^uD%B1zS}B$TFS^9Ju6WTa$n%jGeP)@4yy#S>&w0^aV?Xnv
zd!KX5izb!M4lf$E;zh$yziYf`(ux;NDxIDBSCkjsqw%79pMJ}W_8QZf7v)8#Z^Qgw
z72rj`>~-^^AAX^{C@=cApIrSi;zg6Nyl7I17fmXi9bPnP#fv7DYKIrC6w84ZUE*9<
zyyz9=`N)etvrI!?bSl&5ylAhnpLx-}&$;DAlS;M2i&l!|z>6+%t}9;j3i5p9MW0!w
zAul?W>2qGR*Vxaz=-%ht@}fzlv%`yqt$5Ke)bAQEnzZ6YlS*f&{uSj#_h`K6-lyO4
zqP@m+=0$nY>Dw^>R|R;{FMHj*=!ah@FUpJl?I%~ijCj!`EH9c=;zg56XNMO}TJfSu
zrP|>|E5&l)MVC0&6)$=Pc|P)@&n(lB7oE!VIWO94>}Otd?{jW>(WFxC@S>GsIq;%O
zoa>4gy@EU+dC_N<X~>ICW%`^K?KSo@FS_?Rx4dXl>Fn^LVJluV4E4Llizcmj(WKJZ
zseeUz(LEY3y7%d~ylAg6oq17Sbow^T|5X8A^vhm1FZ$sZ%8T-%fBVVRFC$(w3CoKn
zm3Yyl(%IoflUBTFQmJ-$(Mqu#c+n-!b;XNbL7tDi=rhYS<VB}4ea?&a8vB_S-TRzd
zUNosxJG^M6SPs1C66d<&MXw;wM_%-qWg7CLQ<*;JMSG3?%!}@Q&MhyRR60AnXxNGu
z4MY8|@uEp9UNot6cIsbIUUZMfi|&2;Eic+@OlMw{7oENh^M6%<7yYu=&5M5ch4P}j
z=-+;F^~;DCO~Ue`NhMx1sdRRD(WDhGnpCPCUbIpy2VQiEb6xSGSCHo;FZ#?f4SCV2
zOrP_jy~cj#MfX1EmKRMb)ebLODV75-y2QDzc+o4!^N|;QW|@Y(=v1c9dC^{DKl7q{
zpL5HLCY8<(FB-PuMZ-|PYrJUEiWf~Pot^qulo#Ej@uGX5e#?vY8q=8<<wd7&!~9<r
z;6=aeb@QShexbZ5FZ#EiT>UcQMU$|+Xi|w6O)8xoUNmXNizbz7hZn6B%YheN;#^m}
z=oRGo$csL+OhaCDD%0n@Xs@xKdC|Skx#dNZO0~m_R*L1oi!O1lD_-;p@_gh)pIN3M
zFFKX!b6&L9*w4J^-sjx%qDiH*!;6Nkc+oJ_?;0<fwBkjRN@u7373D?uXuRm&r{D6T
zy~cFrMS0Qb+c5uE1$fafd)>U~hhHc!%8UN(Cs)6Wc+n&*FPc>1MUzTrhZjv+@uEqk
z+Tlej#d6?9mpIoIFM0)eKJuc^EYpw|oyzn%FWPJDXI^ygb8dOjq*CqhqLpGf@S;nc
z>xvh>f;=C2(Px%v$cs*8`kWW-HTE+vy7xJ^yl7JC?C_#tD_%4V^}EK4CarkUq|(``
ze?@uGJsK~%_vyF1Xs<Dyc~M?;`Zmn}RRLb~%U(Ax`r#MKi}Ip>`^nWWBVIHK%ZnzJ
zc+sTN+2KW#R=j9ZsdjkLO0gVx(Iw7x#fx4+o{zlfGs`sOMW-@-&WrXM`<WNr`<z=|
zG^tcOylACZ4!r0R=epuWuOQDyUi6t|8uFr3nLg)5dyW0fi|&2SEial>Iy<~**oqeo
zL;bGtqDd=WG^uoU>R(Y_bdSc1?tS_#FWPHNXI_*SoxTn8e^r1N{j%51i+=cp@}j)x
z-+prS%ZL|E!t$a?C0;bCbar^rq!llkRH_|bv{EbwUUZ3bUGbt<kmn;W`phy7dC{p%
zpYx)<#(w5S_de&A7fmYF4li0MmIE)k#JR3`(JRRFkr#btnTEXRRHn~)(OzRe^P+p7
zbIXe+mCg<?8n)s^!%)9#ylB#j7fmXio%&al7u}=rqI;iy%Zv6J)0r3LMW=7W{9hH|
zMZfHI^P(Sqp}Z(B`nR84{W9W3ld!yKQi&H$DxDo(G-<_)CY5T37p)Y_ffrrkTvxp4
z73BHIi$1eVLtb<$)91Wsud$zb(Y?>P<wcW9wZn^6isitIE^)3aUi1p`eB?!+S*9T`
zI+f{jUbNTP&%Ef~=iKt5Nu{&Hi-xUu(J<8S8ZVl(;zg56XQ%!Z<wf^syy)Ji-}0ip
z#&qUIdC}?HF#lHtc+oF=-Mr|BUnnoii~j8=SHFyS(IhM{npEONlS*fY7fo96qDiIN
z;YBOOa^OXmIM)>~dIfnt@}kcy(~uXP%Jexe+H34*UUctsZh6t9Qtj}fm0~&YqD!3X
ziWj|tJRf<{XO?Nmi%w<woEPmi_A@WK_c^z`Xj19y@S<TWUNj8#yT*$qt$5L-(%Gqh
zMS0OZ8ZWx{>9@RSuQ8o@QC@WVHq8H30bcaWUN<lL;TOt_@}htH$<;3-UNi~IizbzL
z(WKJZ;YE{Hyl7IXc6iZBu^f2OCC+uli(WyVkG$wJ%QWOgr!sxci}o7(nHSyroLgQr
zsZ=|>Xr)*Vyyz0=y5dEzAkRl$^qFNE@}g6jKIcVyjs47v?tRWJFPc<3JG^MviWdz-
z{jTw%Nh@A7sdRSgUr}CkkH(Acefljg+G|W_UX&M|z76w#Re%@$ve(Uve)xs*qP*ze
zescB8h!;)5@}fy4UNot6c6iaG6)&1psvTamQY;5vbcu6a@uF9d=OZur%rXsm(Wy+I
z^P;`Re&$8@KIfJfO)Aw6FIp*<124M7xvqH8E6DSa7ky@#hP>!hrq6lNUSmJ=qI;in
z%ZnzJ&JHgcw&F#@P`_)uXwr%oO)8z8`d5?}-J|iMd!K&Gi}o7RnHS|nr*FgjUlrg*
zzwCAMq91;tyeKdFx1U`7GU7#(u)Jtei5E>OogH2@X~l~sm1>6<trW|F7hU39SG?#I
z<oU>pKC?_iUUVwc=e%gIv7dR-z0bMjMUzUk!;4mm<-m(Bajq*~^a}EP<VBxZrXepn
zmFaU{wAa|ryy)KN-14GHrL)6}hOKzfFx2lFFPgOCMUzTrr~Vb?MfYgD=-#K_@}j-Q
zbmm2Q(dpYT|5pWg(Jy=5yy%BtC@;#3{_Q7Mzl?a%BrGqQRN_UGN@s@`O<M7yNu}E1
zMJvT};6;}>*A*{%1$jR5qR%YTkQbfG^f@ouYwTxUbnkO+dC{a&?eL<NVma`lOPuS9
z7rlZ!A9>MdmTAa~PG$O>7wt9nGcUULIk&uMQt9mQqG2muGz|5-#)~Gcc+sTN*{Od;
zdC@%@FS_^Xx4dYtF`ao)UUd34%>PvZUi8aeH!u3(7s`wBqJR6z)h{DnGzrU#CY5;6
zq|({pMUz&%Xi}+mc+pC+9C*<s&UM9$UO}FZyy!E_G~`96GJVdA_8R+{7v1}uTV6D&
zR6D$ArC1KU=o06;;zh3@&qrSLnPnRCqEneZ=S6#s{mhH*ea<Z}np8SFylB{p7Y#%G
zuJNKtD_%6Ibav`rQC@V9#*6NK`YkWoYfNWeloy@84fB6hfEWF;*UgK5_=WPKyy)M4
za`nrI7fr(QqDduQG^uoUc+sR4FPc=U9bU9jEC*h6iE~}?qF0dTBQN^QG7WjrsZ5{q
zqP@m`=0*2D=av^uD%B1zS}B$TFS^9Ju6WTa$n%jGeP)@4yy#S>&w0^aV?Xnvd!KX5
zizb!M4lf$E;zh$yziYf`(ux;NDxIDBSCkjsqw%79pMJ}W_8QZf7v)8#Z^Qgw72rj`
z>~-^^AAX^{C@=cApIrSi;zg6Nyl7I17fmXi9bPnP#fv7DYKIrC6w84ZUE*9<yyz9=
z`N)etvrI!?bSl&5ylAhnpLx-}&$;DAlS;M2i&l!|z>6+%t}9;j3i5p9MW0!wAul?W
z>2qGR*Vxaz=-%ht@}fzlv%`yqt$5Ke)bAQEnzZ6YlS*f&{uSj#_h`K6-lyO4qP@m+
z=0$nY>Dw^>R|R;{FMHj*=!ah@FUpJl?I%~ijCj!`EH9c=;zg56XNMO}TJfSurP|>|
zE5&l)MVC0&6)$=Pc|P)@&n(lB7oE!VIWO94>}Otd?{jW>(WFxC@S>GsIq;%Ooa>4g
zy@EU+dC_N<X~>ICW%`^K?KSo@FS_?Rx4dXl>Fn^LVJluV4E4Llizcmj(WKJZseeUz
z(LEY3y7%d~ylAg6oq17Sbow^T|5X8A^vhm1FZ$sZ%8T-%fBVVRFC$(w3CoKnm3Yyl
z(%IoflUBTFQmJ-$(Mqu#c+n-!b;XNbL7tDi=rhYS<VB}4ea?&a8vB_S-TRzdUNosx
zJG^M6SPs1C66d<&MXw;wM_%-qWg7CLQ<*;JMSG3?%!}@Q&MhyRR60AnXxNGu4MY8|
z@uEp9UNot6cIsbIUUZMfi|&2;Eic+@OlMw{7oENh^M6%<7yYu=&5M5ch4P}j=-+;F
z^~;DCO~Ue`NhMx1sdRRD(WDhGnpCPCUbIpy2VQiEb6xSGSCHo;FZ#?f4SCV2OrP_j
zy~cj#MfX1EmKRMb)ebLODV75-y2QDzc+o4!^N|;QW|@Y(=v1c9dC^{DKl7q{pL5HL
zCY8<(FB-PuMZ-|PYrJUEiWf~Pot^qulo#Ej@uGX5e#?vY8q=8<<wd7&!~9<r;6=ae
zb@QShexbZ5FZ#EiT>UcQMU$|+Xi|w6O)8xoUNmXNizbz7hZn6B%YheN;#^m}=oRGo
z$csL+OhaCDD%0n@Xs@xKdC|Skx#dNZO0~m_R*L1oi!O1lD_-;p@_gh)pIN3MFFKX!
zb6&L9*w4J^-sjx%qDiH*!;6Nkc+oJ_?;0<fwBkjRN@u7373D?uXuRm&r{D6Ty~cFr
zMS0Qb+c5uE1$fafd)>U~hhHc!%8UN(Cs)6Wc+n&*FPc>1MUzTrhZjv+@uEqk+Tlej
z#d6?9mpIoIFM0)eKJuc^EYpw|oyzn%FWPJDXI^ygb8dOjq*CqhqLpGf@S;nc>xvh>
zf;=C2(Px%v$cs*8`kWW-HTE+vy7xJ^yl7JC?C_#tD_%4V^}EK4CarkUq|(``e?@uG
zJsK~%_vyF1Xs<Dyc~M?;`Zmn}RRLb~%U(Ax`r#MKi}Ip>`^nWWBVIHK%ZnzJc+sTN
z+2KW#R=j9ZsdjkLO0gVx(Iw7x#fx4+o{zlfGs`sOMW-@-&WrXM`<WNr`<z=|G^tcO
zylACZ4!r0R=epuWuOQDyUi6t|8uFr3nLg)5dyW0fi|&2SEial>Iy<~**oqeoL;bGt
zqDd=WG^uoU>R(Y_bdSc1?tS_#FWPHNXI_*SoxTn8e^r1N{j%51i+=cp@}j)x-+prS
z%ZL|E!t$a?C0;bCbar^rq!llkRH_|bv{EbwUUZ3bUGbt<kmn;W`phy7dC{p%pYx)<
z#(w5S_de&A7fmYF4li0MmIE)k#JR3`(JRRFkr#btnTEXRRHn~)(OzRe^P+p7bIXe+
zmCg<?8n)s^!%)9#ylB#j7fmXio%&al7u}=rqI;iy%Zv6J)0r3LMW=7W{9hH|MZfHI
z^P(Sqp}Z(B`nR84{W9W3ld!yKQi&H$DxDo(G-<_)CY5T37p)Y_ffrrkTvxp473BHI
zi$1eVLtb<$)91Wsud$zb(Y?>P<wcW9wZn^6isitIE^)3aUi1p`eB?!+S*9T`I+f{j
zUbNTP&%Ef~=iKt5Nu{&Hi-xUu(J<8S8ZVl(;zg56XQ%!Z<wf^syy)Ji-}0ip#&qUI
zdC}?HF#lHtc+oF=-Mr|BUnnoii~j8=SHFyS(IhM{npEONlS*fY7fo96qDiIN;YBOO
za^OXmIM)>~dIfnt@}kcy(~uXP%Jexe+H34*UUctsZh6t9Qtj}fm0~&YqD!3XiWj|t
zJRf<{XO?Nmi%w<woEPmi_A@WK_c^z`Xj19y@S<TWUNj8#yT*$qt$5L-(%GqhMS0OZ
z8ZWx{>9@RSuQ8o@QC@WVHq8H30bcaWUN<lL;TOt_@}htH$<;3-UNi~IizbzL(WKJZ
z;YE{Hyl7IXc6iZBu^f2OCC+uli(WyVkG$wJ%QWOgr!sxci}o7(nHSyroLgQrsZ=|>
zXr)*Vyyz0=y5dEzAkRl$^qFNE@}g6jKIcVyjs47v?tRWJFPc<3JG^MviWdz-{jTw%
zNh@A7sdRSgUr}CkkH(Acefljg+G|W_UX&M|z76w#Re%@$ve(Uve)xs*qP*zeescB8
zh!;)5@}fy4UNot6c6iaG6)&1psvTamQY;5vbcu6a@uF9d=OZur%rXsm(Wy+I^P;`R
ze&$8@KIfJfO)Aw6FIp*<124M7xvqH8E6DSa7ky@#hP>!hrq6lNUSmJ=qI;in%ZnzJ
z&JHgcw&F#@P`_)uXwr%oO)8z8`d5?}-J|iMd!K&Gi}o7RnHS|nr*FgjUlrg*zwCAM
zq91;tyeKdFx1U`7GU7#(u)Jtei5E>OogH2@X~l~sm1>6<trW|F7hU39SG?#I<oU>p
zKC?_iUUVwc=e%gIv7dR-z0bMjMUzUk!;4mm<-m(Bajq*~^a}EP<VBxZrXepnmFaU{
zwAa|ryy)KN-14GHrL)6}hOKzfFx2lFFPgOCMUzTrr~Vb?MfYgD=-#K_@}j-Qbmm2Q
z(dpYT|5pWg(Jy=5yy%BtC@;#3{_Q7Mzl?a%BrGqQRN_UGN@s@`O<M7yNu}E1MJvT}
z;6;}>*A*{%1$jR5qR%YTkQbfG^f@ouYwTxUbnkO+dC{a&?eL<NVma`lOPuS97rlZ!
zA9>MdmTAa~PG$O>7wt9nGcUULIk&uMQt9mQqG2muGz|5-#)~Gcc+sTN*{Od;dC@%@
zFS_^Xx4dYtF`ao)UUd34%>PvZUi8aeH!u3(7s`wBqJR6z)h{DnGzrU#CY5;6q|({p
zMUz&%Xi}+mc+pC+9C*<s&UM9$UO}FZyy!E_G~`96GJVdA_8R+{7v1}uTV6D&R6D$A
zrC1KU=o06;;zh3@&qrSLnPnRCqEneZ=S6#s{mhH*ea<Z}np8SFylB{p7Y#%GuJNKt
zD_%6Ibav`rQC@V9#*6NK`YkWoYfNWeloy@84fB6hfEWF;*UgK5_=WPKyy)M4a`nrI
z7fr(QqDduQG^uoUc+sR4FPc=U9bU9jEC*h6iE~}?qF0dTBQN^QG7WjrsZ5{qqP@m`
z=0*2D=av^uD%B1zS}B$TFS^9Ju6WTa$n%jGeP)@4yy#S>&w0^aV?Xnvd!KX5izb!M
z4lf$E;zh$yziYf`(ux;NDxIDBSCkjsqw%79pMJ}W_8QZf7v)8#Z^Qgw72rj`>~-^^
zAAX^{C@=cApIrSi;zg6Nyl7I17fmXi9bPnP#fv7DYKIrC6w84ZUE*9<yyz9=`N)et
zvrI!?bSl&5ylAhnpLx-}&$;DAlS;M2i&l!|z>6+%t}9;j3i5p9MW0!wAul?W>2qGR
z*Vxaz=-%ht@}fzlv%`yqt$5Ke)bAQEnzZ6YlS*f&{uSj#_h`K6-lyO4qP@m+=0$nY
z>Dw^>R|R;{FMHj*=!ah@FUpJl?I%~ijCj!`EH9c=;zg56XNMO}TJfSurP|>|E5&l)
zMVC0&6)$=Pc|P)@&n(lB7oE!VIWO94>}Otd?{jW>(WFxC@S>GsIq;%Ooa>4gy@EU+
zdC_N<X~>ICW%`^K?KSo@FS_?Rx4dXl>Fn^LVJluV4E4Llizcmj(WKJZseeUz(LEY3
zy7%d~ylAg6oq17Sbow^T|5X8A^vhm1FZ$sZ%8T-%fBVVRFC$(w3CoKnm3Yyl(%Iof
zlUBTFQmJ-$(Mqu#c+n-!b;XNbL7tDi=rhYS<VB}4ea?&a8vB_S-TRzdUNosxJG^M6
zSPs1C66d<&MXw;wM_%-qWg7CLQ<*;JMSG3?%!}@Q&MhyRR60AnXxNGu4MY8|@uEp9
zUNot6cIsbIUUZMfi|&2;Eic+@OlMw{7oENh^M6%<7yYu=&5M5ch4P}j=-+;F^~;DC
zO~Ue`NhMx1sdRRD(WDhGnpCPCUbIpy2VQiEb6xSGSCHo;FZ#?f4SCV2OrP_jy~cj#
zMfX1EmKRMb)ebLODV75-y2QDzc+o4!^N|;QW|@Y(=v1c9dC^{DKl7q{pL5HLCY8<(
zFB-PuMZ-|PYrJUEiWf~Pot^qulo#Ej@uGX5e#?vY8q=8<<wd7&!~9<r;6=aeb@QSh
zexbZ5FZ#EiT>UcQMU$|+Xi|w6O)8xoUNmXNizbz7hZn6B%YheN;#^m}=oRGo$csL+
zOhaCDD%0n@Xs@xKdC|Skx#dNZO0~m_R*L1oi!O1lD_-;p@_gh)pIN3MFFKX!b6&L9
z*w4J^-sjx%qDiH*!;6Nkc+oJ_?;0<fwBkjRN@u7373D?uXuRm&r{D6Ty~cFrMS0Qb
z+c5uE1$fafd)>U~hhHc!%8UN(Cs)6Wc+n&*FPc>1MUzTrhZjv+@uEqk+Tlej#d6?9
zmpIoIFM0)eKJuc^EYpw|oyzn%FWPJDXI^ygb8dOjq*CqhqLpGf@S;nc>xvh>f;=C2
z(Px%v$cs*8`kWW-HTE+vy7xJ^yl7JC?C_#tD_%4V^}EK4CarkUq|(``e?@uGJsK~%
z_vyF1Xs<Dyc~M?;`Zmn}RRLb~%U(Ax`r#MKi}Ip>`^nWWBVIHK%ZnzJc+sTN+2KW#
zR=j9ZsdjkLO0gVx(Iw7x#fx4+o{zlfGs`sOMW-@-&WrXM`<WNr`<z=|G^tcOylACZ
z4!r0R=epuWuOQDyUi6t|8uFr3nLg)5dyW0fi|&2SEial>Iy<~**oqeoL;bGtqDd=W
zG^uoU>R(Y_bdSc1?tS_#FWPHNXI_*SoxTn8e^r1N{j%51i+=cp@}j)x-+prS%ZL|E
z!t$a?C0;bCbar^rq!llkRH_|bv{EbwUUZ3bUGbt<kmn;W`phy7dC{p%pYx)<#(w5S
z_de&A7fmYF4li0MmIE)k#JR3`(JRRFkr#btnTEXRRHn~)(OzRe^P+p7bIXe+mCg<?
z8n)s^!%)9#ylB#j7fmXio%&al7u}=rqI;iy%Zv6J)0r3LMW=7W{9hH|MZfHI^P(Sq
zp}Z(B`nR84{W9W3ld!yKQi&H$DxDo(G-<_)CY5T37p)Y_ffrrkTvxp473BHIi$1eV
zLtb<$)91Wsud$zb(Y?>P<wcW9wZn^6isitIE^)3aUi1p`eB?!+S*9T`I+f{jUbNTP
z&%Ef~=iKt5Nu{&Hi-xUu(J<8S8ZVl(;zg56XQ%!Z<wf^syy)Ji-}0ip#&qUIdC}?H
zF#lHtc+oF=-Mr|BUnnoii~j8=SHFyS(IhM{npEONlS*fY7fo96qDiIN;YBOOa^OXm
zIM)>~dIfnt@}kcy(~uXP%Jexe+H34*UUctsZh6t9Qtj}fm0~&YqD!3XiWj|tJRf<{
zXO?Nmi%w<woEPmi_A@WK_c^z`Xj19y@S<TWUNj8#yT*$qt$5L-(%GqhMS0OZ8ZWx{
z>9@RSuQ8o@QC@WVHq8H30bcaWUN<lL;TOt_@}htH$<;3-UNi~IizbzL(WKJZ;YE{H
zyl7IXc6iZBu^f2OCC+uli(WyVkG$wJ%QWOgr!sxci}o7(nHSyroLgQrsZ=|>Xr)*V
zyyz0=y5dEzAkRl$^qFNE@}g6jKIcVyjs47v?tRWJFPc<3JG^MviWdz-{jTw%Nh@A7
zsdRSgUr}CkkH(Acefljg+G|W_UX&M|z76w#Re%@$ve(Uve)xs*qP*zeescB8h!;)5
z@}fy4UNot6c6iaG6)&1psvTamQY;5vbcu6a@uF9d=OZur%rXsm(Wy+I^P;`Re&$8@
zKIfJfO)Aw6FIp*<124M7xvqH8E6DSa7ky@#hP>!hrq6lNUSmJ=qI;in%ZnzJ&JHgc
zw&F#@P`_)uXwr%oO)8z8`d5?}-J|iMd!K&Gi}o7RnHS|nr*FgjUlrg*zwCAMq91;t
zyeKdFx1U`7GU7#(u)Jtei5E>OogH2@X~l~sm1>6<trW|F7hU39SG?#I<oU>pKC?_i
zUUVwc=e%gIv7dR-z0bMjMUzUk!;4mm<-m(Bajq*~^a}EP<VBxZrXepnmFaU{wAa|r
zyy)KN-14GHrL)6}hOKzfFx2lFFPgOCMUzTrr~Vb?MfYgD=-#K_@}j-Qbmm2Q(dpYT
z|5pWg(Jy=5yy%BtC@;#3{_Q7Mzl?a%BrGqQRN_UGN@s@`O<M7yNu}E1MJvT};6;}>
z*A*{%1$jR5qR%YTkQbfG^f@ouYwTxUbnkO+dC{a&?eL<NVma`lOPuS97rlZ!A9>Md
zmTAa~PG$O>7wt9nGcUULIk&uMQt9mQqG2muGz|5-#)~Gcc+sTN*{Od;dC@%@FS_^X
zx4dYtF`ao)UUd34%>PvZUi8aeH!u3(7s`wBqJR6z)h{DnGzrU#CY5;6q|({pMUz&%
zXi}+mc+pC+9C*<s&UM9$UO}FZyy!E_G~`96GJVdA_8R+{7v1}uTV6D&R6D$ArC1KU
z=o06;;zh3@&qrSLnPnRCqEneZ=S6#s{mhH*ea<Z}np8SFylB{p7Y#%GuJNKtD_%6I
zbav`rQC@V9#*6NK`YkWoYfNWeloy@84fB6hfEWF;*UgK5_=WPKyy)M4a`nrI7fr(Q
zqDduQG^uoUc+sR4FPc=U9bU9jEC*h6iE~}?qF0dTBQN^QG7WjrsZ5{qqP@m`=0*2D
z=av^uD%B1zS}B$TFS^9Ju6WTa$n%jGeP)@4yy#S>&w0^aV?Xnvd!KX5izb!M4lf$E
z;zh$yziYf`(ux;NDxIDBSCkjsqw%79pMJ}W_8QZf7v)8#Z^Qgw72rj`>~-^^AAX^{
zC@=cApIrSi;zg6Nyl7I17fmXi9bPnP#fv7DYKIrC6w84ZUE*9<yyz9=`N)etvrI!?
zbSl&5ylAhnpLx-}&$;DAlS;M2i&l!|z>6+%t}9;j3i5p9MW0!wAul?W>2qGR*Vxaz
z=-%ht@}fzlv%`yqt$5Ke)bAQEnzZ6YlS*f&{uSj#_h`K6-lyO4qP@m+=0$nY>Dw^>
zR|R;{FMHj*=!ah@FUpJl?I%~ijCj!`EH9c=;zg56XNMO}TJfSurP|>|E5&l)MVC0&
z6)$=Pc|P)@&n(lB7oE!VIWO94>}Otd?{jW>(WFxC@S>GsIq;%Ooa>4gy@EU+dC_N<
zX~>ICW%`^K?KSo@FS_?Rx4dXl>Fn^LVJluV4E4Llizcmj(WKJZseeUz(LEY3y7%d~
zylAg6oq17Sbow^T|5X8A^vhm1FZ$sZ%8T-%fBVVRFC$(w3CoKnm3Yyl(%IoflUBTF
zQmJ-$(Mqu#c+n-!b;XNbL7tDi=rhYS<VB}4ea?&a8vB_S-TRzdUNosxJG^M6SPs1C
z66d<&MXw;wM_%-qWg7CLQ<*;JMSG3?%!}@Q&MhyRR60AnXxNGu4MY8|@uEp9UNot6
zcIsbIUUZMfi|&2;Eic+@OlMw{7oENh^M6%<7yYu=&5M5ch4P}j=-+;F^~;DCO~Ue`
zNhMx1sdRRD(WDhGnpCPCUbIpy2VQiEb6xSGSCHo;FZ#?f4SCV2OrP_jy~cj#MfX1E
zmKRMb)ebLODV75-y2QDzc+o4!^N|;QW|@Y(=v1c9dC^{DKl7q{pL5HLCY8<(FB-Pu
zMZ-|PYrJUEiWf~Pot^qulo#Ej@uGX5e#?vY8q=8<<wd7&!~9<r;6=aeb@QShexbZ5
zFZ#EiT>UcQMU$|+Xi|w6O)8xoUNmXNizbz7hZn6B%YheN;#^m}=oRGo$csL+OhaCD
zD%0n@Xs@xKdC|Skx#dNZO0~m_R*L1oi!O1lD_-;p@_gh)pIN3MFFKX!b6&L9*w4J^
z-sjx%qDiH*!;6Nkc+oJ_?;0<fwBkjRN@u7373D?uXuRm&r{D6Ty~cFrMS0Qb+c5uE
z1$fafd)>U~hhHc!%8UN(Cs)6Wc+n&*FPc>1MUzTrhZjv+@uEqk+Tlej#d6?9mpIoI
zFM0)eKJuc^EYpw|oyzn%FWPJDXI^ygb8dOjq*CqhqLpGf@S;nc>xvh>f;=C2(Px%v
z$cs*8`kWW-HTE+vy7xJ^yl7JC?C_#tD_%4V^}EK4CarkUq|(``e?@uGJsK~%_vyF1
zXs<Dyc~M?;`Zmn}RRLb~%U(Ax`r#MKi}Ip>`^nWWBVIHK%ZnzJc+sTN+2KW#R=j9Z
zsdjkLO0gVx(Iw7x#fx4+o{zlfGs`sOMW-@-&WrXM`<WNr`<z=|G^tcOylACZ4!r0R
z=epuWuOQDyUi6t|8uFr3nLg)5dyW0fi|&2SEial>Iy<~**oqeoL;bGtqDd=WG^uoU
z>R(Y_bdSc1?tS_#FWPHNXI_*SoxTn8e^r1N{j%51i+=cp@}j)x-+prS%ZL|E!t$a?
zC0;bCbar^rq!llkRH_|bv{EbwUUZ3bUGbt<kmn;W`phy7dC{p%pYx)<#(w5S_de&A
z7fmYF4li0MmIE)k#JR3`(JRRFkr#btnTEXRRHn~)(OzRe^P+p7bIXe+mCg<?8n)s^
z!%)9#ylB#j7fmXio%&al7u}=rqI;iy%Zv6J)0r3LMW=7W{9hH|MZfHI^P(Sqp}Z(B
z`nR84{W9W3ld!yKQi&H$DxDo(G-<_)CY5T37p)Y_ffrrkTvxp473BHIi$1eVLtb<$
z)91Wsud$zb(Y?>P<wcW9wZn^6isitIE^)3aUi1p`eB?!+S*9T`I+f{jUbNTP&%Ef~
z=iKt5Nu{&Hi-xUu(J<8S8ZVl(;zg56XQ%!Z<wf^syy)Ji-}0ip#&qUIdC}?HF#lHt
zc+oF=-Mr|BUnnoii~j8=SHFyS(IhM{npEONlS*fY7fo96qDiIN;YBOOa^OXmIM)>~
zdIfnt@}kcy(~uXP%Jexe+H34*UUctsZh6t9Qtj}fm0~&YqD!3XiWj|tJRf<{XO?Nm
zi%w<woEPmi_A@WK_c^z`Xj19y@S<TWUNj8#yT*$qt$5L-(%GqhMS0OZ8ZWx{>9@RS
zuQ8o@QC@WVHq8H30bcaWUN<lL;TOt_@}htH$<;3-UNi~IizbzL(WKJZ;YE{Hyl7IX
zc6iZBu^f2OCC+uli(WyVkG$wJ%QWOgr!sxci}o7(nHSyroLgQrsZ=|>Xr)*Vyyz0=
zy5dEzAkRl$^qFNE@}g6jKIcVyjs47v?tRWJFPc<3JG^MviWdz-{jTw%Nh@A7sdRSg
zUr}CkkH(Acefljg+G|W_UX&M|z76w#Re%@$ve(Uve)xs*qP*zeescB8h!;)5@}fy4
zUNot6c6iaG6)&1psvTamQY;5vbcu6a@uF9d=OZur%rXsm(Wy+I^P;`Re&$8@KIfJf
zO)Aw6FIp*<124M7xvqH8E6DSa7ky@#hP>!hrq6lNUSmJ=qI;in%ZnzJ&JHgcw&F#@
zP`_)uXwr%oO)8z8`d5?}-J|iMd!K&Gi}o7RnHS|nr*FgjUlrg*zwCAMq91;tyeKdF
zx1U`7GU7#(u)Jtei5E>OogH2@X~l~sm1>6<trW|F7hU39SG?#I<oU>pKC?_iUUVwc
z=e%gIv7dR-z0bMjMUzUk!;4mm<-m(Bajq*~^a}EP<VBxZrXepnmFaU{wAa|ryy)KN
z-14GHrL)6}hOKzfFx2lFFPgOCMUzTrr~Vb?MfYgD=-#K_@}j-Qbmm2Q(dpYT|5pWg
z(Jy=5yy%BtC@;#3{_Q7Mzl?a%BrGqQRN_UGN@s@`O<M7yNu}E1MJvT};6;}>*A*{%
z1$jR5qR%YTkQbfG^f@ouYwTxUbnkO+dC{a&?eL<NVma`lOPuS97rlZ!A9>MdmTAa~
zPG$O>7wt9nGcUULIk&uMQt9mQqG2muGz|5-#)~Gcc+sTN*{Od;dC@%@FS_^Xx4dYt
zF`ao)UUd34%>PvZUi8aeH!u3(7s`wBqJR6z)h{DnGzrU#CY5;6q|({pMUz&%Xi}+m
zc+pC+9C*<s&UM9$UO}FZyy!E_G~`96GJVdA_8R+{7v1}uTV6D&R6D$ArC1KU=o06;
z;zh3@&qrSLnPnRCqEneZ=S6#s{mhH*ea<Z}np8SFylB{p7Y#%GuJNKtD_%6Ibav`r
zQC@V9#*6NK`YkWoYfNWeloy@84fB6hfEWF;*UgK5_=WPKyy)M4a`nrI7fr(QqDduQ
zG^uoUc+sR4FPc=U9bU9jEC*h6iE~}?qF0dTBQN^QG7WjrsZ5{qqP@m`=0*2D=av^u
zD%B1zS}B$TFS^9Ju6WTa$n%jGeP)@4yy#S>&w0^aV?Xnvd!KX5izb!M4lf$E;zh$y
zziYf`(ux;NDxIDBSCkjsqw%79pMJ}W_8QZf7v)8#Z^Qgw72rj`>~-^^AAX^{C@=cA
zpIrSi;zg6Nyl7I17fmXi9bPnP#fv7DYKIrC6w84ZUE*9<yyz9=`N)etvrI!?bSl&5
zylAhnpLx-}&$;DAlS;M2i&l!|z>6+%t}9;j3i5p9MW0!wAul?W>2qGR*Vxaz=-%ht
z@}fzlv%`yqt$5Ke)bAQEnzZ6YlS*f&{uSj#_h`K6-lyO4qP@m+=0$nY>Dw^>R|R;{
zFMHj*=!ah@FUpJl?I%~ijCj!`EH9c=;zg56XNMO}TJfSurP|>|E5&l)MVC0&6)$=P
zc|P)@&n(lB7oE!VIWO94>}Otd?{jW>(WFxC@S>GsIq;%Ooa>4gy@EU+dC_N<X~>IC
zW%`^K?KSo@FS_?Rx4dXl>Fn^LVJluV4E4Llizcmj(WKJZseeUz(LEY3y7%d~ylAg6
zoq17Sbow^T|5X8A^vhm1FZ$sZ%8T-%fBVVRFC$(w3CoKnm3Yyl(%IoflUBTFQmJ-$
z(Mqu#c+n-!b;XNbL7tDi=rhYS<VB}4ea?&a8vB_S-TRzdUNosxJG^M6SPs1C66d<&
zMXw;wM_%-qWg7CLQ<*;JMSG3?%!}@Q&MhyRR60AnXxNGu4MY8|@uEp9UNot6cIsbI
zUUZMfi|&2;Eic+@OlMw{7oENh^M6%<7yYu=&5M5ch4P}j=-+;F^~;DCO~Ue`NhMx1
zsdRRD(WDhGnpCPCUbIpy2VQiEb6xSGSCHo;FZ#?f4SCV2OrP_jy~cj#MfX1EmKRMb
z)ebLODV75-y2QDzc+o4!^N|;QW|@Y(=v1c9dC^{DKl7q{pL5HLCY8<(FB-PuMZ-|P
zYrJUEiWf~Pot^qulo#Ej@uGX5e#?vY8q=8<<wd7&!~9<r;6=aeb@QShexbZ5FZ#Ei
zT>UcQMU$|+Xi|w6O)8xoUNmXNizbz7hZn6B%YheN;#^m}=oRGo$csL+OhaCDD%0n@
zXs@xKdC|Skx#dNZO0~m_R*L1oi!O1lD_-;p@_gh)pIN3MFFKX!b6&L9*w4J^-sjx%
zqDiH*!;6Nkc+oJ_?;0<fwBkjRN@u7373D?uXuRm&r{D6Ty~cFrMS0Qb+c5uE1$faf
zd)>U~hhHc!%8UN(Cs)6Wc+n&*FPc>1MUzTrhZjv+@uEqk+Tlej#d6?9mpIoIFM0)e
zKJuc^EYpw|oyzn%FWPJDXI^ygb8dOjq*CqhqLpGf@S;nc>xvh>f;=C2(Px%v$cs*8
z`kWW-HTE+vy7xJ^yl7JC?C_#tD_%4V^}EK4CarkUq|(``e?@uGJsK~%_vyF1Xs<Dy
zc~M?;`Zmn}RRLb~%U(Ax`r#MKi}Ip>`^nWWBVIHK%ZnzJc+sTN+2KW#R=j9ZsdjkL
zO0gVx(Iw7x#fx4+o{zlfGs`sOMW-@-&WrXM`<WNr`<z=|G^tcOylACZ4!r0R=epuW
zuOQDyUi6t|8uFr3nLg)5dyW0fi|&2SEial>Iy<~**oqeoL;bGtqDd=WG^uoU>R(Y_
zbdSc1?tS_#FWPHNXI_*SoxTn8e^r1N{j%51i+=cp@}j)x-+prS%ZL|E!t$a?C0;bC
zbar^rq!llkRH_|bv{EbwUUZ3bUGbt<kmn;W`phy7dC{p%pYx)<#(w5S_de&A7fmYF
z4li0MmIE)k#JR3`(JRRFkr#btnTEXRRHn~)(OzRe^P+p7bIXe+mCg<?8n)s^!%)9#
zylB#j7fmXio%&al7u}=rqI;iy%Zv6J)0r3LMW=7W{9hH|MZfHI^P(Sqp}Z(B`nR84
z{W9W3ld!yKQi&H$DxDo(G-<_)CY5T37p)Y_ffrrkTvxp473BHIi$1eVLtb<$)91Ws
zud$zb(Y?>P<wcW9wZn^6isitIE^)3aUi1p`eB?!+S*9T`I+f{jUbNTP&%Ef~=iKt5
zNu{&Hi-xUu(J<8S8ZVl(;zg56XQ%!Z<wf^syy)Ji-}0ip#&qUIdC}?HF#lHtc+oF=
z-Mr|BUnnoii~j8=SHFyS(IhM{npEONlS*fY7fo96qDiIN;YBOOa^OXmIM)>~dIfnt
z@}kcy(~uXP%Jexe+H34*UUctsZh6t9Qtj}fm0~&YqD!3XiWj|tJRf<{XO?Nmi%w<w
zoEPmi_A@WK_c^z`Xj19y@S<TWUNj8#yT*$qt$5L-(%GqhMS0OZ8ZWx{>9@RSuQ8o@
zQC@WVHq8H30bcaWUN<lL;TOt_@}htH$<;3-UNi~IizbzL(WKJZ;YE{Hyl7IXc6iZB
zu^f2OCC+uli(WyVkG$wJ%QWOgr!sxci}o7(nHSyroLgQrsZ=|>Xr)*Vyyz0=y5dEz
zAkRl$^qFNE@}g6jKIcVyjs47v?tRWJFPc<3JG^MviWdz-{jTw%Nh@A7sdRSgUr}Ck
zkH(Acefljg+G|W_UX&M|z76w#Re%@$ve(Uve)xs*qP*zeescB8h!;)5@}fy4UNot6
zc6iaG6)&1psvTamQY;5vbcu6a@uF9d=OZur%rXsm(Wy+I^P;`Re&$8@KIfJfO)Aw6
zFIp*<124M7xvqH8E6DSa7ky@#hP>!hrq6lNUSmJ=qI;in%ZnzJ&JHgcw&F#@P`_)u
zXwr%oO)8z8`d5?}-J|iMd!K&Gi}o7RnHS|nr*FgjUlrg*zwCAMq91;tyeKdFx1U`7
zGU7#(u)Jtei5E>OogH2@X~l~sm1>6<trW|F7hU39SG?#I<oU>pKC?_iUUVwc=e%gI
zv7dR-z0bMjMUzUk!;4mm<-m(Bajq*~^a}EP<VBxZrXepnmFaU{wAa|ryy)KN-14GH
zrL)6}hOKzfFx2lFFPgOCMUzTrr~Vb?MfYgD=-#K_@}j-Qbmm2Q(dpYT|5pWg(Jy=5
zyy%BtC@;#3{_Q7Mzl?a%BrGqQRN_UGN@s@`O<M7yNu}E1MJvT};6;}>*A*{%1$jR5
zqR%YTkQbfG^f@ouYwTxUbnkO+dC{a&?eL<NVma`lOPuS97rlZ!A9>MdmTAa~PG$O>
z7wt9nGcUULIk&uMQt9mQqG2muGz|5-#)~Gcc+sTN*{Od;dC@%@FS_^Xx4dYtF`ao)
zUUd34%>PvZUi8aeH!u3(7s`wBqJR6z)h{DnGzrU#CY5;6q|({pMUz&%Xi}+mc+pC+
z9C*<s&UM9$UO}FZyy!E_G~`96GJVdA_8R+{7v1}uTV6D&R6D$ArC1KU=o06;;zh3@
z&qrSLnPnRCqEneZ=S6#s{mhH*ea<Z}np8SFylB{p7Y#%GuJNKtD_%6Ibav`rQC@V9
z#*6NK`YkWoYfNWeloy@84fB6hfEWF;*UgK5_=WPKyy)M4a`nrI7fr(QqDduQG^uoU
zc+sR4FPc=U9bU9jEC*h6iE~}?qF0dTBQN^QG7WjrsZ5{qqP@m`=0*2D=av^uD%B1z
zS}B$TFS^9Ju6WTa$n%jGeP)@4yy#S>&w0^aV?Xnvd!KX5izb!M4lf$E;zh$yziYf`
z(ux;NDxIDBSCkjsqw%79pMJ}W_8QZf7v)8#Z^Qgw72rj`>~-^^AAX^{C@=cApIrSi
z;zg6Nyl7I17fmXi9bPnP#fv7DYKIrC6w84ZUE*9<yyz9=`N)etvrI!?bSl&5ylAhn
zpLx-}&$;DAlS;M2i&l!|z>6+%t}9;j3i5p9MW0!wAul?W>2qGR*Vxaz=-%ht@}fzl
zv%`yqt$5Ke)bAQEnzZ6YlS*f&{uSj#_h`K6-lyO4qP@m+=0$nY>Dw^>R|R;{FMHj*
z=!ah@FUpJl?I%~ijCj!`EH9c=;zg56XNMO}TJfSurP|>|E5&l)MVC0&6)$=Pc|P)@
z&n(lB7oE!VIWO94>}Otd?{jW>(WFxC@S>GsIq;%Ooa>4gy@EU+dC_N<X~>ICW%`^K
z?KSo@FS_?Rx4dXl>Fn^LVJluV4E4Llizcmj(WKJZseeUz(LEY3y7%d~ylAg6oq17S
zbow^T|5X8A^vhm1FZ$sZ%8T-%fBVVRFC$(w3CoKnm3Yyl(%IoflUBTFQmJ-$(Mqu#
zc+n-!b;XNbL7tDi=rhYS<VB}4ea?&a8vB_S-TRzdUNosxJG^M6SPs1C66d<&MXw;w
zM_%-qWg7CLQ<*;JMSG3?%!}@Q&MhyRR60AnXxNGu4MY8|@uEp9UNot6cIsbIUUZMf
zi|&2;Eic+@OlMw{7oENh^M6%<7yYu=&5M5ch4P}j=-+;F^~;DCO~Ue`NhMx1sdRRD
z(WDhGnpCPCUbIpy2VQiEb6xSGSCHo;FZ#?f4SCV2OrP_jy~cj#MfX1EmKRMb)ebLO
zDV75-y2QDzc+o4!^N|;QW|@Y(=v1c9dC^{DKl7q{pL5HLCY8<(FB-PuMZ-|PYrJUE
ziWf~Pot^qulo#Ej@uGX5e#?vY8q=8<<wd7&!~9<r;6=aeb@QShexbZ5FZ#EiT>UcQ
zMU$|+Xi|w6O)8xoUNmXNizbz7hZn6B%YheN;#^m}=oRGo$csL+OhaCDD%0n@Xs@xK
zdC|Skx#dNZO0~m_R*L1oi!O1lD_-;p@_gh)pIN3MFFKX!b6&L9*w4J^-sjx%qDiH*
z!;6Nkc+oJ_?;0<fwBkjRN@u7373D?uXuRm&r{D6Ty~cFrMS0Qb+c5uE1$fafd)>U~
zhhHc!%8UN(Cs)6Wc+n&*FPc>1MUzTrhZjv+@uEqk+Tlej#d6?9mpIoIFM0)eKJuc^
zEYpw|oyzn%FWPJDXI^ygb8dOjq*CqhqLpGf@S;nc>xvh>f;=C2(Px%v$cs*8`kWW-
zHTE+vy7xJ^yl7JC?C_#tD_%4V^}EK4CarkUq|(``e?@uGJsK~%_vyF1Xs<Dyc~M?;
z`Zmn}RRLb~%U(Ax`r#MKi}Ip>`^nWWBVIHK%ZnzJc+sTN+2KW#R=j9ZsdjkLO0gVx
z(Iw7x#fx4+o{zlfGs`sOMW-@-&WrXM`<WNr`<z=|G^tcOylACZ4!r0R=epuWuOQDy
zUi6t|8uFr3nLg)5dyW0fi|&2SEial>Iy<~**oqeoL;bGtqDd=WG^uoU>R(Y_bdSc1
z?tS_#FWPHNXI_*SoxTn8e^r1N{j%51i+=cp@}j)x-+prS%ZL|E!t$a?C0;bCbar^r
zq!llkRH_|bv{EbwUUZ3bUGbt<kmn;W`phy7dC{p%pYx)<#(w5S_de&A7fmYF4li0M
zmIE)k#JR3`(JRRFkr#btnTEXRRHn~)(OzRe^P+p7bIXe+mCg<?8n)s^!%)9#ylB#j
z7fmXio%&al7u}=rqI;iy%Zv6J)0r3LMW=7W{9hH|MZfHI^P(Sqp}Z(B`nR84{W9W3
zld!yKQi&H$DxDo(G-<_)CY5T37p)Y_ffrrkTvxp473BHIi$1eVLtb<$)91Wsud$zb
z(Y?>P<wcW9wZn^6isitIE^)3aUi1p`eB?!+S*9T`I+f{jUbNTP&%Ef~=iKt5Nu{&H
zi-xUu(J<8S8ZVl(;zg56XQ%!Z<wf^syy)Ji-}0ip#&qUIdC}?HF#lHtc+oF=-Mr|B
zUnnoii~j8=SHFyS(IhM{npEONlS*fY7fo96qDiIN;YBOOa^OXmIM)>~dIfnt@}kcy
z(~uXP%Jexe+H34*UUctsZh6t9Qtj}fm0~&YqD!3XiWj|tJRf<{XO?Nmi%w<woEPmi
z_A@WK_c^z`Xj19y@S<TWUNj8#yT*$qt$5L-(%GqhMS0OZ8ZWx{>9@RSuQ8o@QC@WV
zHq8H30bcaWUN<lL;TOt_@}htH$<;3-UNi~IizbzL(WKJZ;YE{Hyl7IXc6iZBu^f2O
zCC+uli(WyVkG$wJ%QWOgr!sxci}o7(nHSyroLgQrsZ=|>Xr)*Vyyz0=y5dEzAkRl$
z^qFNE@}g6jKIcVyjs47v?tRWJFPc<3JG^MviWdz-{jTw%Nh@A7sdRSgUr}CkkH(Ac
zefljg+G|W_UX&M|z76w#Re%@$ve(Uve)xs*qP*zeescB8h!;)5@}fy4UNot6c6iaG
z6)&1psvTamQY;5vbcu6a@uF9d=OZur%rXsm(Wy+I^P;`Re&$8@KIfJfO)Aw6FIp*<
z124M7xvqH8E6DSa7ky@#hP>!hrq6lNUSmJ=qI;in%ZnzJ&JHgcw&F#@P`_)uXwr%o
zO)8z8`d5?}-J|iMd!K&Gi}o7RnHS|nr*FgjUlrg*zwCAMq91;tyeKdFx1U`7GU7#(
zu)Jtei5E>OogH2@X~l~sm1>6<trW|F7hU39SG?#I<oU>pKC?_iUUVwc=e%gIv7dR-
zz0bMjMUzUk!;4mm<-m(Bajq*~^a}EP<VBxZrXepnmFaU{wAa|ryy)KN-14GHrL)6}
zhOKzfFx2lFFPgOCMUzTrr~Vb?MfYgD=-#K_@}j-Qbmm2Q(dpYT|5pWg(Jy=5yy%Bt
zC@;#3{_Q7Mzl?a%BrGqQRN_UGN@s@`O<M7yNu}E1MJvT};6;}>*A*{%1$jR5qR%YT
zkQbfG^f@ouYwTxUbnkO+dC{a&?eL<NVma`lOPuS97rlZ!A9>MdmTAa~PG$O>7wt9n
zGcUULIk&uMQt9mQqG2muGz|5-#)~Gcc+sTN*{Od;dC@%@FS_^Xx4dYtF`ao)UUd34
z%>PvZUi8aeH!u3(7s`wBqJR6z)h{DnGzrU#CY5;6q|({pMUz&%Xi}+mc+pC+9C*<s
z&UM9$UO}FZyy!E_G~`96GJVdA_8R+{7v1}uTV6D&R6D$ArC1KU=o06;;zh3@&qrSL
znPnRCqEneZ=S6#s{mhH*ea<Z}np8SFylB{p7Y#%GuJNKtD_%6Ibav`rQC@V9#*6NK
z`YkWoYfNWeloy@84fB6hfEWF;*UgK5_=WPKyy)M4a`nrI7fr(QqDduQG^uoUc+sR4
zFPc=U9bU9jEC*h6iE~}?qF0dTBQN^QG7WjrsZ5{qqP@m`=0*2D=av^uD%B1zS}B$T
zFS^9Ju6WTa$n%jGeP)@4yy#S>&w0^aV?Xnvd!KX5izb!M4lf$E;zh$yziYf`(ux;N
zDxIDBSCkjsqw%79pMJ}W_8QZf7v)8#Z^Qgw72rj`>~-^^AAX^{C@=cApIrSi;zg6N
zyl7I17fmXi9bPnP#fv7DYKIrC6w84ZUE*9<yyz9=`N)etvrI!?bSl&5ylAhnpLx-}
z&$;DAlS;M2i&l!|z>6+%t}9;j3i5p9MW0!wAul?W>2qGR*Vxaz=-%ht@}fzlv%`yq
zt$5Ke)bAQEnzZ6YlS*f&{uSj#_h`K6-lyO4qP@m+=0$nY>Dw^>R|R;{FMHj*=!ah@
zFUpJl?I%~ijCj!`EH9c=;zg56XNMO}TJfSurP|>|E5&l)MVC0&6)$=Pc|P)@&n(lB
z7oE!VIWO94>}Otd?{jW>(WFxC@S>GsIq;%Ooa>4gy@EU+dC_N<X~>ICW%`^K?KSo@
zFS_?Rx4dXl>Fn^LVJluV4E4Llizcmj(WKJZseeUz(LEY3y7%d~ylAg6oq17Sbow^T
z|5X8A^vhm1FZ$sZ%8T-%fBVVRFC$(w3CoKnm3Yyl(%IoflUBTFQmJ-$(Mqu#c+n-!
zb;XNbL7tDi=rhYS<VB}4ea?&a8vB_S-TRzdUNosxJG^M6SPs1C66d<&MXw;wM_%-q
zWg7CLQ<*;JMSG3?%!}@Q&MhyRR60AnXxNGu4MY8|@uEp9UNot6cIsbIUUZMfi|&2;
zEic+@OlMw{7oENh^M6%<7yYu=&5M5ch4P}j=-+;F^~;DCO~Ue`NhMx1sdRRD(WDhG
znpCPCUbIpy2VQiEb6xSGSCHo;FZ#?f4SCV2OrP_jy~cj#MfX1EmKRMb)ebLODV75-
zy2QDzc+o4!^N|;QW|@Y(=v1c9dC^{DKl7q{pL5HLCY8<(FB-PuMZ-|PYrJUEiWf~P
zot^qulo#Ej@uGX5e#?vY8q=8<<wd7&!~9<r;6=aeb@QShexbZ5FZ#EiT>UcQMU$|+
zXi|w6O)8xoUNmXNizbz7hZn6B%YheN;#^m}=oRGo$csL+OhaCDD%0n@Xs@xKdC|Sk
zx#dNZO0~m_R*L1oi!O1lD_-;p@_gh)pIN3MFFKX!b6&L9*w4J^-sjx%qDiH*!;6Nk
zc+oJ_?;0<fwBkjRN@u7373D?uXuRm&r{D6Ty~cFrMS0Qb+c5uE1$fafd)>U~hhHc!
z%8UN(Cs)6Wc+n&*FPc>1MUzTrhZjv+@uEqk+Tlej#d6?9mpIoIFM0)eKJuc^EYpw|
zoyzn%FWPJDXI^ygb8dOjq*CqhqLpGf@S;nc>xvh>f;=C2(Px%v$cs*8`kWW-HTE+v
zy7xJ^yl7JC?C_#tD_%4V^}EK4CarkUq|(``e?@uGJsK~%_vyF1Xs<Dyc~M?;`Zmn}
zRRLb~%U(Ax`r#MKi}Ip>`^nWWBVIHK%ZnzJc+sTN+2KW#R=j9ZsdjkLO0gVx(Iw7x
z#fx4+o{zlfGs`sOMW-@-&WrXM`<WNr`<z=|G^tcOylACZ4!r0R=epuWuOQDyUi6t|
z8uFr3nLg)5dyW0fi|&2SEial>Iy<~**oqeoL;bGtqDd=WG^uoU>R(Y_bdSc1?tS_#
zFWPHNXI_*SoxTn8e^r1N{j%51i+=cp@}j)x-+prS%ZL|E!t$a?C0;bCbar^rq!llk
zRH_|bv{EbwUUZ3bUGbt<kmn;W`phy7dC{p%pYx)<#(w5S_de&A7fmYF4li0MmIE)k
z#JR3`(JRRFkr#btnTEXRRHn~)(OzRe^P+p7bIXe+mCg<?8n)s^!%)9#ylB#j7fmXi
zo%&al7u}=rqI;iy%Zv6J)0r3LMW=7W{9hH|MZfHI^P(Sqp}Z(B`nR84{W9W3ld!yK
zQi&H$DxDo(G-<_)CY5T37p)Y_ffrrkTvxp473BHIi$1eVLtb<$)91Wsud$zb(Y?>P
z<wcW9wZn^6isitIE^)3aUi1p`eB?!+S*9T`I+f{jUbNTP&%Ef~=iKt5Nu{&Hi-xUu
z(J<8S8ZVl(;zg56XQ%!Z<wf^syy)Ji-}0ip#&qUIdC}?HF#lHtc+oF=-Mr|BUnnoi
zi~j8=SHFyS(IhM{npEONlS*fY7fo96qDiIN;YBOOa^OXmIM)>~dIfnt@}kcy(~uXP
z%Jexe+H34*UUctsZh6t9Qtj}fm0~&YqD!3XiWj|tJRf<{XO?Nmi%w<woEPmi_A@WK
z_c^z`Xj19y@S<TWUNj8#yT*$qt$5L-(%GqhMS0OZ8ZWx{>9@RSuQ8o@QC@WVHq8H3
z0bcaWUN<lL;TOt_@}htH$<;3-UNi~IizbzL(WKJZ;YE{Hyl7IXc6iZBu^f2OCC+ul
zi(WyVkG$wJ%QWOgr!sxci}o7(nHSyroLgQrsZ=|>Xr)*Vyyz0=y5dEzAkRl$^qFNE
z@}g6jKIcVyjs47v?tRWJFPc<3JG^MviWdz-{jTw%Nh@A7sdRSgUr}CkkH(Acefljg
z+G|W_UX&M|z76w#Re%@$ve(Uve)xs*qP*zeescB8h!;)5@}fy4UNot6c6iaG6)&1p
zsvTamQY;5vbcu6a@uF9d=OZur%rXsm(Wy+I^P;`Re&$8@KIfJfO)Aw6FIp*<124M7
zxvqH8E6DSa7ky@#hP>!hrq6lNUSmJ=qI;in%ZnzJ&JHgcw&F#@P`_)uXwr%oO)8z8
z`d5?}-J|iMd!K&Gi}o7RnHS|nr*FgjUlrg*zwCAMq91;tyeKdFx1U`7GU7#(u)Jte
zi5E>OogH2@X~l~sm1>6<trW|F7hU39SG?#I<oU>pKC?_iUUVwc=e%gIv7dR-z0bMj
zMUzUk!;4mm<-m(Bajq*~^a}EP<VBxZrXepnmFaU{wAa|ryy)KN-14GHrL)6}hOKzf
zFx2lFFPgOCMUzTrr~Vb?MfYgD=-#K_@}j-Qbmm2Q(dpYT|5pWg(Jy=5yy%BtC@;#3
z{_Q7Mzl?a%BrGqQRN_UGN@s@`O<M7yNu}E1MJvT};6;}>*A*{%1$jR5qR%YTkQbfG
z^f@ouYwTxUbnkO+dC{a&?eL<NVma`lOPuS97rlZ!A9>MdmTAa~PG$O>7wt9nGcUUL
zIk&uMQt9mQqG2muGz|5-#)~Gcc+sTN*{Od;dC@%@FS_^Xx4dYtF`ao)UUd34%>PvZ
zUi8aeH!u3(7s`wBqJR6z)h{DnGzrU#CY5;6q|({pMUz&%Xi}+mc+pC+9C*<s&UM9$
zUO}FZyy!E_G~`96GJVdA_8R+{7v1}uTV6D&R6D$ArC1KU=o06;;zh3@&qrSLnPnRC
zqEneZ=S6#s{mhH*ea<Z}np8SFylB{p7Y#%GuJNKtD_%6Ibav`rQC@V9#*6NK`YkWo
zYfNWeloy@84fB6hfEWF;*UgK5_=WPKyy)M4a`nrI7fr(QqDduQG^uoUc+sR4FPc=U
z9bU9jEC*h6iE~}?qF0dTBQN^QG7WjrsZ5{qqP@m`=0*2D=av^uD%B1zS}B$TFS^9J
zu6WTa$n%jGeP)@4yy#S>&w0^aV?Xnvd!KX5izb!M4lf$E;zh$yziYf`(ux;NDxIDB
zSCkjsqw%79pMJ}W_8QZf7v)8#Z^Qgw72rj`>~-^^AAX^{C@=cApIrSi;zg6Nyl7I1
z7fmXi9bPnP#fv7DYKIrC6w84ZUE*9<yyz9=`N)etvrI!?bSl&5ylAhnpLx-}&$;DA
zlS;M2i&l!|z>6+%t}9;j3i5p9MW0!wAul?W>2qGR*Vxaz=-%ht@}fzlv%`yqt$5Ke
z)bAQEnzZ6YlS*f&{uSj#_h`K6-lyO4qP@m+=0$nY>Dw^>R|R;{FMHj*=!ah@FUpJl
z?I%~ijCj!`EH9c=;zg56XNMO}TJfSurP|>|E5&l)MVC0&6)$=Pc|P)@&n(lB7oE!V
zIWO94>}Otd?{jW>(WFxC@S>GsIq;%Ooa>4gy@EU+dC_N<X~>ICW%`^K?KSo@FS_?R
zx4dXl>Fn^LVJluV4E4Llizcmj(WKJZseeUz(LEY3y7%d~ylAg6oq17Sbow^T|5X8A
z^vhm1FZ$sZ%8T-%fBVVRFC$(w3CoKnm3Yyl(%IoflUBTFQmJ-$(Mqu#c+n-!b;XNb
zL7tDi=rhYS<VB}4ea?&a8vB_S-TRzdUNosxJG^M6SPs1C66d<&MXw;wM_%-qWg7CL
zQ<*;JMSG3?%!}@Q&MhyRR60AnXxNGu4MY8|@uEp9UNot6cIsbIUUZMfi|&2;Eic+@
zOlMw{7oENh^M6%<7yYu=&5M5ch4P}j=-+;F^~;DCO~Ue`NhMx1sdRRD(WDhGnpCPC
zUbIpy2VQiEb6xSGSCHo;FZ#?f4SCV2OrP_jy~cj#MfX1EmKRMb)ebLODV75-y2QDz
zc+o4!^N|;QW|@Y(=v1c9dC^{DKl7q{pL5HLCY8<(FB-PuMZ-|PYrJUEiWf~Pot^qu
zlo#Ej@uGX5e#?vY8q=8<<wd7&!~9<r;6=aeb@QShexbZ5FZ#EiT>UcQMU$|+Xi|w6
zO)8xoUNmXNizbz7hZn6B%YheN;#^m}=oRGo$csL+OhaCDD%0n@Xs@xKdC|Skx#dNZ
zO0~m_R*L1oi!O1lD_-;p@_gh)pIN3MFFKX!b6&L9*w4J^-sjx%qDiH*!;6Nkc+oJ_
z?;0<fwBkjRN@u7373D?uXuRm&r{D6Ty~cFrMS0Qb+c5uE1$fafd)>U~hhHc!%8UN(
zCs)6Wc+n&*FPc>1MUzTrhZjv+@uEqk+Tlej#d6?9mpIoIFM0)eKJuc^EYpw|oyzn%
zFWPJDXI^ygb8dOjq*CqhqLpGf@S;nc>xvh>f;=C2(Px%v$cs*8`kWW-HTE+vy7xJ^
zyl7JC?C_#tD_%4V^}EK4CarkUq|(``e?@uGJsK~%_vyF1Xs<Dyc~M?;`Zmn}RRLb~
z%U(Ax`r#MKi}Ip>`^nWWBVIHK%ZnzJc+sTN+2KW#R=j9ZsdjkLO0gVx(Iw7x#fx4+
zo{zlfGs`sOMW-@-&WrXM`<WNr`<z=|G^tcOylACZ4!r0R=epuWuOQDyUi6t|8uFr3
znLg)5dyW0fi|&2SEial>Iy<~**oqeoL;bGtqDd=WG^uoU>R(Y_bdSc1?tS_#FWPHN
zXI_*SoxTn8e^r1N{j%51i+=cp@}j)x-+prS%ZL|E!t$a?C0;bCbar^rq!llkRH_|b
zv{EbwUUZ3bUGbt<kmn;W`phy7dC{p%pYx)<#(w5S_de&A7fmYF4li0MmIE)k#JR3`
z(JRRFkr#btnTEXRRHn~)(OzRe^P+p7bIXe+mCg<?8n)s^!%)9#ylB#j7fmXio%&al
z7u}=rqI;iy%Zv6J)0r3LMW=7W{9hH|MZfHI^P(Sqp}Z(B`nR84{W9W3ld!yKQi&H$
zDxDo(G-<_)CY5T37p)Y_ffrrkTvxp473BHIi$1eVLtb<$)91Wsud$zb(Y?>P<wcW9
zwZn^6isitIE^)3aUi1p`eB?!+S*9T`I+f{jUbNTP&%Ef~=iKt5Nu{&Hi-xUu(J<8S
z8ZVl(;zg56XQ%!Z<wf^syy)Ji-}0ip#&qUIdC}?HF#lHtc+oF=-Mr|BUnnoii~j8=
zSHFyS(IhM{npEONlS*fY7fo96qDiIN;YBOOa^OXmIM)>~dIfnt@}kcy(~uXP%Jexe
z+H34*UUctsZh6t9Qtj}fm0~&YqD!3XiWj|tJRf<{XO?Nmi%w<woEPmi_A@WK_c^z`
zXj19y@S<TWUNj8#yT*$qt$5L-(%GqhMS0OZ8ZWx{>9@RSuQ8o@QC@WVHq8H30bcaW
zUN<lL;TOt_@}htH$<;3-UNi~IizbzL(WKJZ;YE{Hyl7IXc6iZBu^f2OCC+uli(WyV
zkG$wJ%QWOgr!sxci}o7(nHSyroLgQrsZ=|>Xr)*Vyyz0=y5dEzAkRl$^qFNE@}g6j
zKIcVyjs47v?tRWJFPc<3JG^MviWdz-{jTw%Nh@A7sdRSgUr}CkkH(Acefljg+G|W_
zUX&M|z76w#Re%@$ve(Uve)xs*qP*zeescB8h!;)5@}fy4UNot6c6iaG6)&1psvTam
zQY;5vbcu6a@uF9d=OZur%rXsm(Wy+I^P;`Re&$8@KIfJfO)Aw6FIp*<124M7xvqH8
zE6DSa7ky@#hP>!hrq6lNUSmJ=qI;in%ZnzJ&JHgcw&F#@P`_)uXwr%oO)8z8`d5?}
z-J|iMd!K&Gi}o7RnHS|nr*FgjUlrg*zwCAMq91;tyeKdFx1U`7GU7#(u)Jtei5E>O
zogH2@X~l~sm1>6<trW|F7hU39SG?#I<oU>pKC?_iUUVwc=e%gIv7dR-z0bMjMUzUk
z!;4mm<-m(Bajq*~^a}EP<VBxZrXepnmFaU{wAa|ryy)KN-14GHrL)6}hOKzfFx2lF
zFPgOCMUzTrr~Vb?MfYgD=-#K_@}j-Qbmm2Q(dpYT|5pWg(Jy=5yy%BtC@;#3{_Q7M
zzl?a%BrGqQRN_UGN@s@`O<M7yNu}E1MJvT};6;}>*A*{%1$jR5qR%YTkQbfG^f@ou
zYwTxUbnkO+dC{a&?eL<NVma`lOPuS97rlZ!A9>MdmTAa~PG$O>7wt9nGcUULIk&uM
zQt9mQqG2muGz|5-#)~Gcc+sTN*{Od;dC@%@FS_^Xx4dYtF`ao)UUd34%>PvZUi8ae
zH!u3(7s`wBqJR6z)h{DnGzrU#CY5;6q|({pMUz&%Xi}+mc+pC+9C*<s&UM9$UO}FZ
zyy!E_G~`96GJVdA_8R+{7v1}uTV6D&R6D$ArC1KU=o06;;zh3@&qrSLnPnRCqEneZ
z=S6#s{mhH*ea<Z}np8SFylB{p7Y#%GuJNKtD_%6Ibav`rQC@V9#*6NK`YkWoYfNWe
zloy@84fB6hfEWF;*UgK5_=WPKyy)M4a`nrI7fr(QqDduQG^uoUc+sR4FPc=U9bU9j
zEC*h6iE~}?qF0dTBQN^QG7WjrsZ5{qqP@m`=0*2D=av^uD%B1zS}B$TFS^9Ju6WTa
z$n%jGeP)@4yy#S>&w0^aV?Xnvd!KX5izb!M4lf$E;zh$yziYf`(ux;NDxIDBSCkjs
zqw%79pMJ}W_8QZf7v)8#Z^Qgw72rj`>~-^^AAX^{C@=cApIrSi;zg6Nyl7I17fmXi
z9bPnP#fv7DYKIrC6w84ZUE*9<yyz9=`N)etvrI!?bSl&5ylAhnpLx-}&$;DAlS;M2
zi&l!|z>6+%t}9;j3i5p9MW0!wAul?W>2qGR*Vxaz=-%ht@}fzlv%`yqt$5Ke)bAQE
znzZ6YlS*f&{uSj#_h`K6-lyO4qP@m+=0$nY>Dw^>R|R;{FMHj*=!ah@FUpJl?I%~i
zjCj!`EH9c=;zg56XNMO}TJfSurP|>|E5&l)MVC0&6)$=Pc|P)@&n(lB7oE!VIWO94
z>}Otd?{jW>(WFxC@S>GsIq;%Ooa>4gy@EU+dC_N<X~>ICW%`^K?KSo@FS_?Rx4dXl
z>Fn^LVJluV4E4Llizcmj(WKJZseeUz(LEY3y7%d~ylAg6oq17Sbow^T|5X8A^vhm1
zFZ$sZ%8T-%fBVVRFC$(w3CoKnm3Yyl(%IoflUBTFQmJ-$(Mqu#c+n-!b;XNbL7tDi
z=rhYS<VB}4ea?&a8vB_S-TRzdUNosxJG^M6SPs1C66d<&MXw;wM_%-qWg7CLQ<*;J
zMSG3?%!}@Q&MhyRR60AnXxNGu4MY8|@uEp9UNot6cIsbIUUZMfi|&2;Eic+@OlMw{
z7oENh^M6%<7yYu=&5M5ch4P}j=-+;F^~;DCO~Ue`NhMx1sdRRD(WDhGnpCPCUbIpy
z2VQiEb6xSGSCHo;FZ#?f4SCV2OrP_jy~cj#MfX1EmKRMb)ebLODV75-y2QDzc+o4!
z^N|;QW|@Y(=v1c9dC^{DKl7q{pL5HLCY8<(FB-PuMZ-|PYrJUEiWf~Pot^qulo#Ej
z@uGX5e#?vY8q=8<<wd7&!~9<r;6=aeb@QShexbZ5FZ#EiT>UcQMU$|+Xi|w6O)8xo
zUNmXNizbz7hZn6B%YheN;#^m}=oRGo$csL+OhaCDD%0n@Xs@xKdC|Skx#dNZO0~m_
zR*L1oi!O1lD_-;p@_gh)pIN3MFFKX!b6&L9*w4J^-sjx%qDiH*!;6Nkc+oJ_?;0<f
zwBkjRN@u7373D?uXuRm&r{D6Ty~cFrMS0Qb+c5uE1$fafd)>U~hhHc!%8UN(Cs)6W
zc+n&*FPc>1MUzTrhZjv+@uEqk+Tlej#d6?9mpIoIFM0)eKJuc^EYpw|oyzn%FWPJD
zXI^ygb8dOjq*CqhqLpGf@S;nc>xvh>f;=C2(Px%v$cs*8`kWW-HTE+vy7xJ^yl7JC
z?C_#tD_%4V^}EK4CarkUq|(``e?@uGJsK~%_vyF1Xs<Dyc~M?;`Zmn}RRLb~%U(Ax
z`r#MKi}Ip>`^nWWBVIHK%ZnzJc+sTN+2KW#R=j9ZsdjkLO0gVx(Iw7x#fx4+o{zlf
zGs`sOMW-@-&WrXM`<WNr`<z=|G^tcOylACZ4!r0R=epuWuOQDyUi6t|8uFr3nLg)5
zdyW0fi|&2SEial>Iy<~**oqeoL;bGtqDd=WG^uoU>R(Y_bdSc1?tS_#FWPHNXI_*S
zoxTn8e^r1N{j%51i+=cp@}j)x-+prS%ZL|E!t$a?C0;bCbar^rq!llkRH_|bv{Ebw
zUUZ3bUGbt<kmn;W`phy7dC{p%pYx)<#(w5S_de&A7fmYF4li0MmIE)k#JR3`(JRRF
zkr#btnTEXRRHn~)(OzRe^P+p7bIXe+mCg<?8n)s^!%)9#ylB#j7fmXio%&al7u}=r
zqI;iy%Zv6J)0r3LMW=7W{9hH|MZfHI^P(Sqp}Z(B`nR84{W9W3ld!yKQi&H$DxDo(
zG-<_)CY5T37p)Y_ffrrkTvxp473BHIi$1eVLtb<$)91Wsud$zb(Y?>P<wcW9wZn^6
zisitIE^)3aUi1p`eB?!+S*9T`I+f{jUbNTP&%Ef~=iKt5Nu{&Hi-xUu(J<8S8ZVl(
z;zg56XQ%!Z<wf^syy)Ji-}0ip#&qUIdC}?HF#lHtc+oF=-Mr|BUnnoii~j8=SHFyS
z(IhM{npEONlS*fY7fo96qDiIN;YBOOa^OXmIM)>~dIfnt@}kcy(~uXP%Jexe+H34*
zUUctsZh6t9Qtj}fm0~&YqD!3XiWj|tJRf<{XO?Nmi%w<woEPmi_A@WK_c^z`Xj19y
z@S<TWUNj8#yT*$qt$5L-(%GqhMS0OZ8ZWx{>9@RSuQ8o@QC@WVHq8H30bcaWUN<lL
z;TOt_@}htH$<;3-UNi~IizbzL(WKJZ;YE{Hyl7IXc6iZBu^f2OCC+uli(WyVkG$wJ
z%QWOgr!sxci}o7(nHSyroLgQrsZ=|>Xr)*Vyyz0=y5dEzAkRl$^qFNE@}g6jKIcVy
zjs47v?tRWJFPc<3JG^MviWdz-{jTw%Nh@A7sdRSgUr}CkkH(Acefljg+G|W_UX&M|
zz76w#Re%@$ve(Uve)xs*qP*zeescB8h!;)5@}fy4UNot6c6iaG6)&1psvTamQY;5v
zbcu6a@uF9d=OZur%rXsm(Wy+I^P;`Re&$8@KIfJfO)Aw6FIp*<124M7xvqH8E6DSa
z7ky@#hP>!hrq6lNUSmJ=qI;in%ZnzJ&JHgcw&F#@P`_)uXwr%oO)8z8`d5?}-J|iM
zd!K&Gi}o7RnHS|nr*FgjUlrg*zwCAMq91;tyeKdFx1U`7GU7#(u)Jtei5E>OogH2@
zX~l~sm1>6<trW|F7hU39SG?#I<oU>pKC?_iUUVwc=e%gIv7dR-z0bMjMUzUk!;4mm
z<-m(Bajq*~^a}EP<VBxZrXepnmFaU{wAa|ryy)KN-14GHrL)6}hOKzfFx2lFFPgOC
zMUzTrr~Vb?MfYgD=-#K_@}j-Qbmm2Q(dpYT|5pWg(Jy=5yy%BtC@;#3{_Q7Mzl?a%
zBrGqQRN_UGN@s@`O<M7yNu}E1MJvT};6;}>*A*{%1$jR5qR%YTkQbfG^f@ouYwTxU
zbnkO+dC{a&?eL<NVma`lOPuS97rlZ!A9>MdmTAa~PG$O>7wt9nGcUULIk&uMQt9mQ
zqG2muGz|5-#)~Gcc+sTN*{Od;dC@%@FS_^Xx4dYtF`ao)UUd34%>PvZUi8aeH!u3(
z7s`wBqJR6z)h{DnGzrU#CY5;6q|({pMUz&%Xi}+mc+pC+9C*<s&UM9$UO}FZyy!E_
zG~`96GJVdA_8R+{7v1}uTV6D&R6D$ArC1KU=o06;;zh3@&qrSLnPnRCqEneZ=S6#s
z{mhH*ea<Z}np8SFylB{p7Y#%GuJNKtD_%6Ibav`rQC@V9#*6NK`YkWoYfNWeloy@8
z4fB6hfEWF;*UgK5_=WPKyy)M4a`nrI7fr(QqDduQG^uoUc+sR4FPc=U9bU9jEC*h6
ziE~}?qF0dTBQN^QG7WjrsZ5{qqP@m`=0*2D=av^uD%B1zS}B$TFS^9Ju6WTa$n%jG
zeP)@4yy#S>&w0^aV?Xnvd!KX5izb!M4lf$E;zh$yziYf`(ux;NDxIDBSCkjsqw%79
zpMJ}W_8QZf7v)8#Z^Qgw72rj`>~-^^AAX^{C@=cApIrSi;zg6Nyl7I17fmXi9bPnP
z#fv7DYKIrC6w84ZUE*9<yyz9=`N)etvrI!?bSl&5ylAhnpLx-}&$;DAlS;M2i&l!|
zz>6+%t}9;j3i5p9MW0!wAul?W>2qGR*Vxaz=-%ht@}fzlv%`yqt$5Ke)bAQEnzZ6Y
zlS*f&{uSj#_h`K6-lyO4qP@m+=0$nY>Dw^>R|R;{FMHj*=!ah@FUpJl?I%~ijCj!`
zEH9c=;zg56XNMO}TJfSurP|>|E5&l)MVC0&6)$=Pc|P)@&n(lB7oE!VIWO94>}Otd
z?{jW>(WFxC@S>GsIq;%Ooa>4gy@EU+dC_N<X~>ICW%`^K?KSo@FS_?Rx4dXl>Fn^L
zVJluV4E4Llizcmj(WKJZseeUz(LEY3y7%d~ylAg6oq17Sbow^T|5X8A^vhm1FZ$sZ
z%8T-%fBVVRFC$(w3CoKnm3Yyl(%IoflUBTFQmJ-$(Mqu#c+n-!b;XNbL7tDi=rhYS
z<VB}4ea?&a8vB_S-TRzdUNosxJG^M6SPs1C66d<&MXw;wM_%-qWg7CLQ<*;JMSG3?
z%!}@Q&MhyRR60AnXxNGu4MY8|@uEp9UNot6cIsbIUUZMfi|&2;Eic+@OlMw{7oENh
z^M6%<7yYu=&5M5ch4P|5?A`s#wP{)Rf0<#1VTK8Z8DvE12Qdt#NC>+pLkdNs9}L4}
zlnjxQ=uROcj7lO=iBQSRuMbE_WQv8D8Af7Rl!edZvxVk!qyIouQ+yA;8*OageQn$4
z`dsT=*YfH--ouUeer)@GE<4}r@bp~Q@p1+)dfHnqKN;agov?UOrxIS&sT61MqE0Kk
zs8cD=;6*cqSl~rPoMj6yx&&!2@uF>(X^0n{%G5btwARpTyr}LIyLeHjQl7z!W(u*u
zi;6hQ7G87-(q7_4+bq)%FFKW}bG&G+q1Sj(-6wYOqE4kagBLYh;YH0*+cCVT(+V%@
zREjhCR1`0&qv1t$pSp_|tu>}KUKB4n-5bnzRRAw~$=+_f=$YS8yeMAuw6|P-GQx{G
zVez6)CA_FpDbC<UomO~Jr&6B5i)IS3z>A7F%NAaA3DRETMcXXX5HC8FsdKz&t)bU=
zQQaqY@uE(pJcAd_6k>rF6>*j=yyz07y~K;QS*9UgbShKlc+pxzukoU~Pwe7Fol0>A
zFKV{Ji<+UfV|Y=g6<*Y-6le0OC|*=Y!;9)Zbr&yMYfNjrC|-2BH<<6L0ABQxz1?`x
zGrysDQM~ABZ@K(rgco(f;zgZGcu}WPoWYAat?;5wr96Wd%@ksR7Zq`qExhOwq`kz8
zwppejUUVu`=XlXtL$C3ox=-xlMV(4{1}~Z^!~!oW;w)Qu(IrTGi5G3NOhdfrRHn}H
zqP2!z<3)9!*u{%FmEsIu)NF+pHA8L3@S;vDyr@$t&g4^3yr_<b7u9|0E?%_OnAUhv
zyy$dqFyB=Hyyzu+yYZrDenau1c+u0|a{0*!FY1KFi#nC?qE4kagBNvL;YFQFc?K_<
zDZ~OVD&j0#c+n+Ddx;lqvrI$0=v1c8@uIbcUgJe|pV-BVI+gMaUNlpP1zuFdS+?+^
zOOW;wFWP3AhIrAbOr7IJYYn}|i|RhHix+h&#TmS)*$OXehT4wdMV(f7QKwRz$)}=t
zQ5_90s{7PkylAa4t?{CG(dph`zN-Rw(M$Gr<3-Q>hT=u>qNly(@{<u>)Cr3hbt>US
zol0>AFY2_yi#nC^3|=%-hy`9$#96lRqDzqW5--|jnTB}LsZ5>YMQaVc#*6Acv5OaV
zD&-lxXr>Sgyr_t?Y~e+hAnheyw9PUN@uE|iI>(FF8hVWv)qP?YFX~i^Gk8(66<*W~
zwH?EYI<4@cPNg`LPet*fIvQS7_o=&h(OP3#<3;hJ)4jobR|W8*m+bAvi=O!n#f#!a
zPkYPdCnLP56BaM(RKklomEsIu)M<qmbt>f<ylAEn3%sa^vuxo-mmuvWUbM|J4e_E=
znL5Xd)*5<^7u9`Y7cc5m$}@P;Od%F{Q4wd^!iz3J+Dp7>n`Ii}MW-@#ju)*p^cpX!
z`@}9@)TtC_@S<ibyr>y!JBAl^TH!^VN^vHiisD6eG`y(pQ+M&AwZ^o@i{eG6dxQC|
z3gAUA+1rg5J@Xri7sZR7_Lj>}MtD&tEMC;9gco%x#TmS)(+V%@RLV1W(M%y0cu^5&
z*}{u1LE1~aXq#mk;zg%2b&eOUHS`)Us{6z)Ueu|SXYit#LM-s2BF?gf7hQt1mw3@O
z%QVD`PG#yGFIsEpHC|NriCw&?Qz_2iMa@=tQ8Uzb3@_@m!izeU;!Hjj#f$1_cv0P_
z?&3vjjcJV+#fwh&2J>ANz>8k8w;L~d<~I~CiWfcYEtj8+@S;vwyr@$NFX~i^Gk8&_
z6<*Y-lxOgwnL;e^q9V?+g%@3dw3m3%Hp?``i%w<g94}gH=rvwc_laG+s8cD=;6*cq
zSl~rPoMj6yx&&!2@uF>(X^0n{%G5btwARpTyr}LIyLeHjQk=nynyv7nW~l8LUesxY
z7j-JdnS3gW7uC`5qPkDr#f#P&(;6>|7oF}6=DR9@7rkU}H(vD2Zzx_AFM8TrE<YLJ
zMV+vCQKu4K)TtC_@S;vDyr@$t&)`Kfg;?N4MVw^|FS-P2FY%&nmT8C=oyycXUbNQG
zYrLrL6T5g(r&6B5i)IS3z>A7F%NAaA3DRETMcXXX5HC8FsdKz&t)bU=QQaqY@uE(p
zID;28Tj52`P}?!QsM88B>Qss|`BW4ys-xjWb)UM67p*m>HC_}iI^7%0cU1r{ddc2y
zyy%(VP`oH!^t88Jelo&~I$`mmP9?mkQz_2iMV(f7QKwR#!HZ@JvA~OpILj7ZbP3X4
z;zipm(-1E@m8o;QXsw~wcv0OacJZQ4r96Wd%@ksR7Zq`qExhOwq`kz8wppejUUVu`
z=XlXtL$C3ox=-xlMV(4<1}|#1!i$=rwqtlvrxjk*sT61OsVH7lN5hNiK6Mu_T5C*e
zyeM9Dx;L2bssLW}lD*w{(KElHcu~CQX>YmwWP}%W!s11pN_bJHQk=nyI<4@cPNh79
z7tIu6ffp5VmMy&K5~RJvi?&&&AzpMUQ|EZmT0^h#qPkD);zgZGc?K_<DZ~OVD&j0#
zc+n+Ddx;lqvrI$0=v1c8@uIbcUgJe|pV-BVI+fxKUes)b7d1m|$MB*~E4-*vDbD0m
zQM{;*h8NX+>MmZi)|l3KQM~AMZ!q6g0lerXd%N+XXMRKRqIl8M-g5cL2rue{#fv(X
z@S;woID;2;TH!^VN_hq^nkmErFDl|JTX@kWNPCGFZL>^6yy#S>&hetPhF;@Eb)VS9
zi#nC^3|=%-hy`9$#96lRqDzqW5--|jnTB}LsZ5>YMQaVc#*6Acv5OaVD#aPRsM!iH
zYKGd5;YFQRcu}WPoXMx6cu^e<FRJ_0UA$<mF|F~Uc+u(JV7{vYc+pGtcH>3Q{D$I1
z@uH`_<?@peUepPT7j-J(MV(4<1~2Ng!izeU@(f-yQ-}p#RK!`f@S;nQ_7X4JW|@X~
z(Wy+G<3(!?y~c~`KCz1zbt>f<ylAEn3%sa^vuxo-mmuvWUbM|J4e_E=nL5Xd)*5<^
z7u9`Y7cc5miZggovlU*{47DA@i#o0FqE4kalTStQqB<I0RQIX7c+py8TH{6WqSL*>
zd{+hVqL=LL#*3c$4aJM%MNfOn<tHP&s1p`1>QusuI+fxKUesxY7j-J-8N6tw5DUDh
zh_h_rMVBD$C0?}6G7a&fQ<*x)i`E)?jThB@Vizy!RLV1W(M%y0cu^5&*}{u1LE1~a
zXq#mk;zg%2b&eOUHS`)Us{6z)Ueu`+XYitCE4-)~YCDD(bz0#?ol0>gpNir|bu_%F
z?o)U1qP51f#*5-br+b6>t_t8qFWK9T7d`VEiWkL;p7xf@PeyoACoEpnse~7GD#aPR
zsM88B>Qu@zc+pHD7I;w+XW7DwE<xH$yl9(c8sbH#GIfp@tu^!-FRJ^*E?(5BlxOgw
znL;e^q9V?+g%@3dw3m3%Hp?``i%w<g94}gH=rvwc_laG+s8cD<;6=?=cu_Odb__4-
zw8D!zmEuf36~&9{Xn0ZGr|#lKYmI4*7sZQC_XhJ_6~K#LvbP&AdgeD2FNzmE?Jbv|
zjPRmPSiGoH2`}nYiZggorxjk*sg!5%qM1T0@S-BlvV|92g0z=-(KgF8#EVX4>Krdx
zYv?szRQHKpyr@$t&)`Kfg;?N4MVw^|FS-P2FY%&nmT8C=oyycXUbNQGYrLrL6T5g(
zr&653i<+(QqGqV=7+%zAg%@=y#hH96iWk+<@S?g;-NlR68q*ptiWi;k4d%NlfET@F
zZ#Q1_%x@@O6fb((TP{Bt;YFRWcu}VkUeu`+XYis<E4-*vDbL_VGlf{-MMa!t3op6^
zX)p1jZI)?>7oEz~IbO8Z&}+P??i0IsQKwR#!HZ@JvA~OpILj7ZbP3X4;zipm(-1E@
zm8o;QXsw~wcv0OacJZQ4r8t8ZHCy3D%~0Dhyr|O(FX~i^Gx<~$FRG*AMRlLLix;gm
zrZrv^FFM^D%y(4)FM7$|ZoKH3-%z|LUi7rLTz)dbi#lQPqE02es8cD<;6<HQcu}WP
zp23S|3bDY8ia5&_UUUi4UgAaDEYlD#I+dw&ylAbV*LYFgCwB3oPNh797tIu6ffp5V
zmMy&K5~RJvi?&&&AzpMUQ|EZmT0^h#qPkD);zgZGaRx7Hw!({=p|)dqQKuDN)TtC_
z@~J3ZR7b;$>OOTBFIsC%YrH64bh<Z~@2bFc=tZ|r#Q*xQ|GGVq+0`3ys&5uAda9D<
z>)=K4qUNn)9?MTgcu}VqUeu|C7j-Jd8N8^|3NPwZ$}@P;Od%F{Q4wd^!iz3J+Dp7>
zn`Ii}MW-@#ju)*p^cpX!`@}9@)Txwb@S>SQEbyWt&a#CUU4pcic+ob?G{lQeW$GL+
zT5ISvUR3vqUA(AMDbC<U%~p6(Gt_nrFY2_yi#nC!Og<IGi|S~2QQfER;zetXX^j`f
zi%$0j^Ia9Ve!S@RYrvb|{N{&0{NWG!pTF+7<BnIp@|D}4Q0?j+x!^a87rkJ>tNn7k
zC|>kx?-_kQKN;agb*R|Ii#nC?qE4kagBNvL;YFQFc?K_<DZ~OVD&j0#c+n+Ddx;lq
zvrI$0=v1c8@uIbcUgJe|pV-BVI+gMaUNlpP1zuFdS+?+^OOW;wFWP3AhIrAbOr7IJ
zYYn}|i|RhHix+h&#TmS)*$OXehT4wdMV(f7QKwRz$)}=tQ5_90s{7PkylAa4t?{CG
z(dph`zN-S)+KX;~zVyid`RfHQc)`?md#Lw>Cp_VQpy>ba|9`|I9<lv5;Pi#emjZ8l
z+uODuZa?{xKe;{9y5L{&=y3bPoD06r<^J-h6u+cxpD3^DoBg35`k}nnANzlP#Dtd@
zJof**{qOVNbX)w)3txJ{7c{^8|NiPL>%Z?m{nI~PRjXYcuD|p1A3*)q#~<TRNmsha
zk174imv1*8vtGV$?S$V^R*D~1+vN#g{PMk2RN}{!erNeHrTf&~?Oxh$s;m8-v%bO}
z)=?>cq2kAse$)9erTfHgeRRlw0Ch2bOzA$c%a19iQl8<*RHhJ%`eSPQ%}ShPiyu?Y
zJ+S<ka=v8GXZSJYy!-r^aw^4{_<+n0b6t!dQ@YQx8$YI&A(u;msKk%-B};qBkEu4x
zGUUh95=39}V@mglU4BeCmEsIPrkqwg|1tIPkAFP8=%$MoZFRMm4?OU|W?(jSceP*0
zc?w()1+KLh{lq6ekx1;*pZ@gpE&tLl{Zbw~TzuzuekXsI(J9?Bf9qS{y8Uo_`qQ6Y
ze{EoWeHM89;~$@Q``*0hXFl_p>+?<F|0)VlfC3bt00k&O0SZun0u-PC1t>rP3Q&Lo
z6rcbFC_n)UP=Epypa2CZK!HnE;KLvOFkW<FW?b&Gz_s?G+dpDHMBJkv{phLiSHJqz
zRCBSo`R1GNyz|aFeA&xhHhnqsTHx((fBW{s?HSK_#`gERzu;f-KP%Y&385E!oy+~@
z^>4Gb{m)gd>YJ^9Pu;zF(Jy`JOIOuuKZonz{(bw^Yx`fd?B{zw;yaE1jTk?sbh?ZD
zn9{F&`F7(UrnCJ=@A7?XC;X1$pNy8D4Yz0~eDTZoQt>xY;fJ|?XY2ozbzAGhJKv3e
zn9kMy&bhZ}`NKSZQf)uA_EzAkzF&S!Il1^T<y49@{FriD@ng!VlxO0HIlpsekaiIt
zjic4}0kA#8FbZscfUt$)cTRmj#1HehqqcwD{-{cy-}!EY;>VP}4frvo`_$d-?+3+?
zsT!nR^JA*b(hl=+13%2$J~_<)*4q|5ZpbX{A|5yJJ7*gwhw(dS-d8ziaae#KQ-@93
zN#0KUm}>jfAwQ;SjcL8}A5+`k=MXPijT!6R7P!`4bo*z}2m5^8>s~iS{^ei(<)opv
z-+ucCKJbD6{_p?Z4sU;q@YJV1H3cbui_s}yo&U+7{K@vi?cRIut;6Hi@m~|$?`g+<
z`A)v7KIqy0wE3#O>mUB%AI>{}Z(j8N`|rQ1R{J^pU;p)A^>==L?&-Hae&^qQ*VV^%
zzFYqUbt|^>8v5J+_kaKQ?LUB<oYBX2zWbm5`JeU2)PMZPf9yPn{`P|y{oB9&n?APl
z-TFrp+oQ3a*U;bo_KU&xAHb{qom0Q&<=fqUF4Z4X+fS{__dTBQJBnxb{LZP9##8&a
zueKjq`tZ(oxBtr9Lh(DNz767c&iqNW{e!FY`JL|uYu}>nyo3Js<D+rhRNDtYeR$`)
z+aDloq4=Fs-v;qJXa1Pl{-{cy-}!EY;-j&?4dSD5wA%hST_4{0Zv3xw`JGeW2Jt&*
z{+NpAiTX=+ySv4SQ2frR?}7N8Gg|RfRJV$!qWsROE5+}e`D02S-uZ4m73FtMeJAAY
zv@Lils$0cVQGVytm6B?2chnA_ihkh>UkERH@%w~-9=*QP*uBmRTx&1-<R?ElMBJx7
z^{F<+_TT=u-g;}Qx%a;Jz4h4kpRY$g@{zIo{`bGXZn16);6>Xk*KQb}jN+HHt9^El
z7rl1x%m3b2&QC^hQ}OIxzm<4V-6wYOqE4kagBNvL;YFQFc?K_<DZ~OVD&j0#c+n+D
zdx;lqvrI$0=v1c8@uIbcUgJe|pV-BVI+gMaUNlpP1zuFdS+?+^OOW;wFWP3AhVdtO
zc+sg(%<-bSPu<0f)*90qFFKVuoa03go3s<WXq%-S;zipm%MdTR1QD0{R1_~NDs5Zw
zJ7@eWUR1Zji|RhHix<U<I`;`@E`5P(?M1hL41H+N>F+P`na_MCvFKfQ-F5iC1l#~*
z9C*=-UUcc-j*EYTc+rbDysB5gi~iC3{@M9||Myp4ng2=O7X1B1r`s$)8R12zM0JiA
ztu>}KUUVvRILC_~HaVQ&MGu>Z30_ph$t}ESrnuq)FM7p9+X1|&Qz_5jMKgt1;6+88
zWeYF51ZgkvqHUIGh!>s8)Hz<X*3fIbsO}THcu}WPp23S|3bDY8ia5&_UUUi4UgAaD
zEbS04+GaT%;zbXeOcT85RHn}HqP2!z=TlL<s1Ah})qUzNUbNPj)_768=yY!|-&KKY
z?M3gr^UgqG(?9Is^{;<@Dze}Bjo&zo|IKfHGY)KjtJ1?=CQAXl=n~{wU*bg_EV`Y+
zi<-A$elo&~I>qp!P9?mkQz_2iMV(f7QKwR#!HZ@JvA~OpILj7ZbP3X4;zipm(-1E@
zm8o;QXsw~wcv0OacJZQ4r96Wd%@ksR7Zq`qExhOwq`kz8wppejUUVu`=XlXtL$C3o
zx=-xlMV(4<1}|#1!i$=rwqtlvrxjk*sT61OsVH7lN5hNiK6Mu_T5C*eyeM9Dx;L2b
zs=&4OqBq}sb7;@Qzj0`E{;?nXvGk%J``E`0<8RP34m|Xs4?WyvvJ}9JE<vvKC0-OS
zdfIy|KN;agov?UOrxIS&sT61MqE0Kks8cD=;6*cqSl~rPoMj6yx&&!2@uF>(X^0n{
z%G5btwARpTyr}LIyLeHjQl7z!W(u*ui;6hQ7G87-(q7_4+bq)%FFKW}bG&G+q1Sj(
z-6wYOqE4kagBLYh;YH0*+cCVT(+V%@REjhCR1`0&qv1t$pSp_|tu>}KUKB4n-5bnz
zRp45C(OYl5HMD2@_ZQuUH{N(-deQ9<quTg!U_06FGOPvgqP4~u)_768=xJ}W{A7d|
zb;9CBol1C7r&653i#o0FqE4kegBQ&dVu2SGah5H-=n|y8#EZ6BrXgN*DpTip(ON^V
z@uIp<?BYe8N_hq^nkmErFDl|JTX@kWNPCGFZL>^6yy#S>&hetPhF;@Eb)VS9i#nC!
z3|`c1g%>qLZO8DUPAj~qQz_2mQ&GIAj)oW2ed;b=wAPr`cu~CQbZ;=<Re@{mMZfF2
zzALon_Jrjy?595Usl=j>d)(s=55y$S+;r1T(*fpL056&;&a=Ra;zdt;r{yOjyr>fv
zFX~jni#nC!3|`b}g%@=y<r%zarVtCfsED&{;YF7q?Im8c%`y$~qEneV$BWh)dW{#=
zePS0c>Qu@zc+pHD7I;w+XW7DwE<xH$yl9(c8sbH#GIfp@tu^!-FRJ^*E?(5B6ld_F
zW-Gj?8EQL*7j;_UMV(4<CZCGpMRhd1sP0pD@uIcHw8o3#MW=g%`K}6FYcKi}Kk*Zx
zJ^$e!{^2m}i(d4i^rGAUC5H#L$@aW2&OG?R4{i@ItOf9*wZ<9Ncu~CQX>YUqWP}%W
z!s11pN_bJHQk=nyI<4@cPNh797tIu6ffp5VmMy&K5~RJvi?&&&AzpMUQ|EZmT0^h#
zqPkD);zgZGc?K_<DZ~OVD&j0#c+n+Ddx;lqvrI$0=v1c8@uIbcUgJe|pV-BVI+fxK
zUes)b7d1m|$MB*~E4-*vDbD0mQM{;*h8NX+>MmZi)|l3KQM~AMZ!q6gfottWf9H38
zC$#6i_ujjN-Tvt5w%cw?FM8j7_bmtFa{Dbk&V2WGe|LL;VJ(0ctu@ZD#*5-bPkWo?
zCnLP56BaM(RKklomEsIu)M<qmbt>f<ylAEn3%sa^vuxo-mmuvWUbM|J4e_E=nL5Xd
z)*5<^7u9`Y7cc5m$}@P;Od%F{Q4wd^!iz3J+Dp7>n`Ii}MW-@#ju)*p^cpX!`@}9@
z)TtC_@S<ibyr>y!JBAl^TH!^VN^vHiisD6eG`y(pQ+M&AwZ^o@i{eG6dxQC|3S4V1
z`nk`2E=A}&-tmrXyM0Lc#b5lz+`9GFTc=+GKK8MX#j&S6<th2)ET#f@(W%Ten&U<B
zqNlyJ@{<u>)Cr3hbt>USol0>AFY2_yi#nC^3|=%-hy`9$#96lRqDzqW5--|jnTB}L
zsZ5>YMQaVc#*6Acv5OaVD&-lxXr>Sgyr_t?Y~e+hAnheyw9PUN@uE|iI>(FF8hVWv
z)qP?YFX~i^Gk8(66<*W~wH?EYI<4@cPNg`LPemsv;=k18K8Y9g-(S3_(+V$&7j^Cv
z&RqHe*V>D20U!I=$EFK?(vzO_`q#hyb+3Ef;~w|89Bzx>{_WqMQor`KuZ@$>fBy5Q
zGt9F9UNlpjXMq>Ri=OsQ%TGplQ70^3)Tx9Qbt=Ufyr|O(FX~jvGkDQVAr^R15og)L
zi!MRhOT1{CWg6l|r!sYp7p*n)8ZWB*#4cXcsg!5%qM1T0@S-BlvV|92g0z=-(KgF8
z#EVX4>KrdxYv?szRQHKpyr@$t&frDOR(Me})OHLn>a@a(I+fx~J{84_>S%aT-KXy2
zMQe>|jTgm>PWJ}$T@^Tk7v26r^Oc4kuJ5?xj_oJXl>MH2?ujpX;~U>Nonf8@@S>UG
zJPW)iUi7qgT7ELZi#lQPqE02es8cD<;6<HQcu}WPp23S|3bDY8ia5&_UUUi4UgAaD
zEYlD#I+dw&ylAbV*LYFgCwB3oPNh797tIu6ffp5VmMy&K5~RJvi?&&&AzpMUQ|EZm
zT0^h#qPkD);zgZGaRx7Hw!({=p|)dqQKuDN)TtC_@~J3ZR7b;$>OOTBFIsC%YrH64
zbh<Z~@2bEVyy({RZEt(qArp<s4L98Ik&k?2YQ8<a$}jxezx~_k81pQE7tIvsS>Q$S
zqNlyn@{<u>)Cr3hbt>USol0>AFY2_yi#nC^3|=%-hy`9$#96lRqDzqW5--|jnTB}L
zsZ5>YMQaVc#*6Acv5OaVD&-lxXr>Sgyr_t?Y~e+hAnheyw9PUN@uE|iI>(FF8hVWv
z)qP?YFX~i^Gk8(66<*W~wH?EYI<4@cPNg`LPet*fIvQS7_o=&h(OP3#<3;hJ)4job
zR|U@FMYp7%``qWYe;9q@&saS9$xr^uSH2>G|Nig)etyaQ_uns0vK0mJqG!Gn@S=Fp
z)82CV$p|m%gvE<GmGGiYr8t8Zbz0#?ol1EIFPbUD0xv4!EL(WdB}jXT7j3glL%irz
zrq1!AwT52fMRlLp#fv(X@(f-yQ-}p#RK!`f@S;nQ_7X4JW|@X~(Wy+G<3(!?y~c~`
zKCz1zbt=Ufyr|g<FKUL`j^Ra}R(MgTQk==BqIgjq4KJ$u)Lp!2tud|fqIl8i-eA6~
z0%!B0QFZ(I{K-##^6&oc@3w#4)>lmZ_P4+N_x|TEeowe!uI&I`)TwmBGk8(F=m~G9
z?WOXQ5nj{@ix+h&;YFQFaRx8yw8D!zmGTT;G*gHLUR1<cw(z1$koFQU+Gd%Cc+sg$
zo#RDo4ZX&T>OQfH7j-J-8N6tw5DUDhh_h_rMVBD$C0?}6G7a&fQ<*x)i`E)?jThB@
zVizy!REjfrQL`0Z)C{#9!;3nt@S;woIFnCBaUePxUR3v~yLi!BV_M@y@uJhc!F*Q*
z&g?~Z)%M%+&EiGRoE<NU7d`DQm!FLAqE1-6s8b0q>Qss|cu}VnUeu|SXYit#LM-s2
zBF?gf7hQt1mw3@O%QVD`PG#yGFIsEpHC|NriCw&?Qz_5jMKgt1;6+88WeYF51Zgkv
zqHUIGh!>s8)Hz<X*3fIbsO}THcu}WPoWYBlt?;5|sO=bD)M<qmbt=V~d@70;)zR>x
zx=-E3i`E*`8ZU|$o$d|hyDESey<~4UUi8dwC|(pVdfHnqKN;agov?UOrxIS&sT61M
zqE0Kks8cD=;6*cqSl~rPoMj6yx&&!2@uF>(X^0n{%G5btwARpTyr}LIyLeHjQl7z!
zW(u*ui;6hQ7G87-(q7_4+bq)%FFKW}bG&G+q1Sj(-6wYOqE4kagBLYh;YH0*+cCVT
z(+V%@REjhCR1`0&qv1t$pSp_|tu>}KUKB4n-5bnzRRAw~$=+_f=$YS8yeMAuw6|P-
zGQx{GVez6)CA_FpDbC<UomO~Jr&6B5i)IS3z>A7F%NAaA3DRETMcXXX5HC8FsdKz&
zt)bU=QQaqY@uE(pJcAd_6k>rF6>*j=yyz07y~K;QS*9UgbShKlc+pxzukoU~Pwe7F
zol0>AFKV{Ji<+UfV|Y=g6<*Y-6le0OC|*=Y!;9)Zbr&yMYfNjrC|-2BH<<6L0ABQx
zz1?`xGrysDQM~ABZ@K(rgco(f;zgZGcu}WPoWYAat?;5wr96Wd%@ksR7Zq`qExhOw
zq`kz8wppejUUVu`=XlXtL$C3ox=-xlMV(4{1}~Z^!~!oW;w)Qu(IrTGi5G3NOhdfr
zRHn}HqP2!z<3)9!*u{%FmEsIu)NF+pHA8L3@S;vDyr@$t&g4^3yr_<b7u9|0E?%_O
znAUhvyy$dqFyB=Hyyzu+yYZrDenau1c+u0|a{0*!FY1KFi#nC?qE4kagBNvL;YFQF
zc?K_<DZ~OVD&j0#c+n+Ddx;lqvrI$0=v1c8@uIbcUgJe|pV-BVI+gMaUNlpP1zuFd
zS+?+^OOW;wFWP3AhIrAbOr7IJYYn}|i|RhHix+h&#TmS)*$OXehT4wdMV(f7QKwRz
z$)}=tQ5_90s{7PkylAa4t?{CG(dph`zN-Rw(M$Gr<3-Q>hT=u>qNly(@{<u>)Cr3h
zbt>USol0>AFY2_yi#nC^3|=%-hy`9$#96lRqDzqW5--|jnTB}LsZ5>YMQaVc#*6Ac
zv5OaVD&-lxXr>Sgyr_t?Y~e+hAnheyw9PUN@uE|iI>(FF8hVWv)qP?YFX~i^Gk8(6
z6<*W~wH?EYI<4@cPNg`LPet*fIvQS7_o=&h(OP3#<3;hJ)4jobR|QV!MQ^(4rUzZ%
zuN!Z?@sW>w<TIc7%<ccAkAM8*4?OU|uHJ}KeY1GcQ<XGd2QP{jHE$L3Sbj3Xi#o;d
zqE02es8cD<;6<HQcu}WPp23S|3bDY8ia5&_UUUi4UgAaDEYlD#I+dw&ylAbV*LYFg
zCwB3oPNh797tIu6ffp5VmMy&K5~RJvi?&&&AzpMUQ|EZmT0^h#qPkD);zgZGaRx7H
zw!({=p|)dqQKuDN)TtC_@~J3ZR7b;$>OOTBFIsC%YrH64bh<Z~@2bG{<3$&0`W@f#
z9dCHU8&IQHdpF`mueR6)&*Me$q8Ge{mM_mwMtISsOnZqJZL=&xyyy}{T;fGVoZP~T
zW(sG47j-J(MV(4<1~2Ng!izeU@(f-yQ-}p#RK!`f@S;nQ_7X4JW|@X~(Wy+G<3(!?
zy~c~`KCz1zbt>f<ylAEn3%sa^vuxo-mmuvWUbM~94)LOGmct=l^svb^!HZ61>Krdx
zYv^@86~&9{P<T<@r|#lKYmI4*7sZQC_XhJ_6}WD_Xz<ZTJ?c^S-+%wE-jNG_vv|=9
z2E5uY$BW`culAnN=kt>hUQ~yQUA(AM2`}nYiZggorxjk*sg!5%qM1T0@S-BlvV|92
zg0z=-(KgF8#EVX4>KrdxYv?szRQHKpyr@$t&)`Kfg;?N4MVw^|FS-P2FY%&nmT8C=
zoyycXUbNQGYrLrL6T5g(r&653i<+(QqGqV=7+%zAg%@=y#hH96iWk+<@S?g;-NlR6
z8q*ptiWi;k4d%NlaGiV6O^t4UqfyAHe^25?{Z=PAi5JC-p5#W#7s*dXc+qSk7I;w+
zC%5pTnc|8Iyyz7ZZ3pn8PNh797tIu6ffp5VmMy&K5~RJvi?&&&AzpMUQ|EZmT0^h#
zqPkD);zgZGc?K_<DZ~OVD&j0#c+n+Ddx;lqvrI$0=v1c8@uIbcUgJe|pV-BVI+fxK
zUes)b7d1m|$MB*~E4-*vDbD0mQM{;*h8NX+>MmZi)|l3KQM~AMZ!q6gffIVszxa#4
zc+ataz5Ctoe%ssL_KH`$;(5<|-raZKz5KK3AN}Y@^ADysZ%e$W8R}HW@S=FpQ{7AP
zI{C>6FY1KFi#nC?qE4kagBNvL;YFQFc?K_<DZ~OVD&j0#c+n+Ddx;lqvrI$0=v1c8
z@uIbcUgJe|pV-BVI+gMaUNlpP1zuFdS+?+^OOW;wFWP3AhIrAbOr7IJYYn}|i|RhH
zix+h&#TmS)*$OXehT4wdMV(f7QKwRz$)}=tQ5_90s{7PkylAa4t?{CG(dph`zN-Q!
z^r9#1w*3u7f9=<P?S>m}NI3fDH^2FWuYZYO3NL!*Hy1C87d`DQm!FLAqE1-6s8b0q
z>Qss|cu}VnUeu|SXYit#LM-s2BF?gf7hQt1mw3@O%QVD`PG#yGFIsEpHC|NriCw&?
zQz_5jMKgt1;6+88WeYF51ZgkvqHUIGh!>s8)Hz<X*3fIbsO}THcu}WPoWYBlt?;5|
zsO=bD)M<qmbt=V~d@70;)zR>xx=-E3i`E*`8ZU|$o$d|hyDD&fdeL|bzWn7c-*wkr
zK}PSq^G<$GaPCaJs8i{LXYitU(G%WI+e_sqBfO{+7BA{l!izeU;tXEYX@wVcD&-lx
zXr>Sgyr_t?Y~e+hAnheyw9PUN@uE|iI>(FF8hVWv)qP?YFX~jvGkDQVAr^R15og)L
zi!MRhOT1{CWg6l|r!sYp7p*n)8ZWB*#4cXcsT61MqGl_+s2OTIh8J~O;YFQFaVDRN
z;y`pXyr}L|ck!aN#<a$Z;zg%>gZZusT+d!~dn4|<@4oz7jDGgBpWW44bKEzJ7d@`q
z(O-oZ#fu(&^R!=>pN#OLZJ%X`7hQt1mw3@OOFP7iwpo@TUUUhfFY%(fPwe7Fol0>A
zFY2_yi#nC^3|=%-hy`9$#96lRqDzqW5--|jnTB}LsZ5>YMQaVc#*6Acv5OaVD&-lx
zXr>Sgyr_t?Y~e+hAnheyw9V2E@uF>(!y#Vuu*o#Ri%w<g94}gH=yg67#f$1tcv0P_
z?&3vjjcJV+#fwh&2J>ANxX!)k_Fg>mna>O|`kL3gW>;^`ao;Rn^tf(Ee-&O7FM9ON
z(|%!oGQx|teU>3!bP3X4;zipm?GP{8W?6=K(Itq!#Ea@av5OaVD#aPRsM88B>Qu@z
zc+pHD7I;w+XW7DwE<xH$yl9(c8sbH#GIfp@tu^!-FRJ^*E?(5BlxOgwnL;e^q9V?+
zg%@3dw3m3%HcLCii?&$~hj`J$Ces8jI+dw&ylAbV*ZEWwFRDY~MRlLLix;gmrZrv^
zFFM^D%y(7b`uC!L|M!0%Ui7)oeeSN_n&ZA%yy$V=j{YjVC|>mFo2UK4{A7d|ZTl=k
zyyz07y~K;QS=u39w9T>%@uEu*eTf&<ePS0c>Qss|cu}VnUeu|SXYit#LM-s2BF?gf
z7hQt1mw3@O%QVD`PG#yGFIsEpHC|NriCw&?Qz_5jMKgt1;6+88WeYF51ZgkvqHUIT
zh!<_M91iiKhfSslUUVu`=XlXtL$C9xC|*>D!i(xYbr&yMYfNjrC|-2BH<<6L!1eD%
zw?9k>FZzAo_kFv1YmWP7@uJ6dJNm2eqIl7xZ=UuG^OF%?wC%GD@uEwR_7X4JW@(3b
z(KgF6#EULL^d(+Y_laG+s8cD<;6<HQcu}WPp23S|3bDY8ia5&_UUUi4UgAaDEYlD#
zI+dw&ylAbV*LYFgCwB3oPNh797tIu6ffp5VmMy&K5~RJvi?&(XAzrl2ayZ0`9yXaK
zc+sg$o#RDo4ZY5%qIgjq3NNbr)Lp!2tud|fqIl8i-eA6~0@uG6-9FBQ7rpJa+jjNV
z9QV!QMUU%t^jG0U@uElHJna|eCnLOQ+h-Z#MVBD$C0?}6(hl*WZI)$-7hQtrOT4J=
z6T5g(r&653i#o0FqE4kegBQ&dVu2SGah5H-=n|y8#EZ6BrXgN*DpTip(ON^V@uIp<
z?BYe8N_hq^nkmErFDl|JTX@kWNPCGFZL_pPyl9){aEKQ@Y%)#oqEneV$BWh)dYw;2
z@uE5uUR3v~yLi!BV_M@y@uJhc!F*Q*u75AOy&d62Z@A%xUA;BOeY1Gc<GLOFRd`Xn
z=+QS%`-S<*2rt_9S%!GgB}jXT7j3h&L%e94Wf|f{mmvBQFRJ^*E?(5B6ld_FPAj~q
zQz_5jMKgt1;6+88WeYF51ZgkvqHUIGh!>s8)Hz<X*3fIbsO}THcu}WPp23S|3bDY8
zia5&_UUUi4UgAaDEbS04+GaT%;zbXeOcT85RHn}HqP2!z=TlL<s1Ah})qUzNUbNPj
z)_768=yY!|-&KL@-;4717rm+*5-)mHxh{SfFNznv_+3<AAwL=6MQfI6jTfED)Hz<X
z*3fIbsO}THcu}WPp23S|3bDY8ia5&_UUUi4UgAaDEYlD#I+dw&ylAbV*LYFgCwB3o
zPNh797tIu6ffp5VmMy&K5~RJvi?&&&AzpMUQ|EZmT0^h#qPkD);zgZGaRx7Hw!({=
zp|)dqQKuDN)TtC_@~J3ZR7b;$>OOTBFIsC%YrH64bh<Z~@2bG{??tyqGx7HqeavGX
zv#Yn}xNjCOdR(`ozX~sk7d`ssX}>T(8R13SKFbg<x&&!2@uF>(c8C{kvn)fr=n_O<
z;zf0z*u{%FmEsIu)M<qmbt>f<ylAEn3%sa^vuxo-mmuvWUbM|J4e_E=nL5Xd)*5<^
z7u9`Y7cc5m$}@P;Od%F{Q4wd^!iz3J+Dp7>o24D%McXWgL%ir=lWBq%oyycXUbNQG
z>wGGT7uBKgqPkDr#f#P&(;6>|7oF}6=DR9z{d>_5edt5sMW6GW=j`gOIqsXqiyqhQ
z=&!<y;zf_XdD<_`Peyprw$C!ei!MRhOT1{Cr5)l$+bqivFS-QLmv~X#CwB3oPNg`5
z7j;_UMV(4{1}~Z^!~!oW;w)Qu(IrTGi5G3NOhdfrRHn}HqP2!z<3)9!*u{%FmGTT;
zG*gHLUR1<cw(z1$koFQU+Gc5oc+ob?;Seu+*kqdEMW-@#ju)*p^g5r4;ze~Ryr}L|
zck!aN#<a$Z;zg%>gZZusT>oD5dCz-Zc+pqA>Q%dXYmWP7@uJ6dJNm2eqIl7xZ=UuG
z^OF%?wC%GD@uEwR_7X4JW@(3b(KgF6#EULL^d(+Y_laG+s8cD<;6<HQcu}WPp23S|
z3bDY8ia5&_UUUi4UgAaDEYlD#I+dw&ylAbV*LYFgCwB3oPNh797tIu6ffp5VmMy&K
z5~RJvi?&(XAzrl2ayZ0`9yXaKc+sg$o#RDo4ZY5%qIgjq3NNbr)Lp!2tud|fqIl8i
z-eA6~0@t}0{o)tD7+7@s*Zc0fZ&z>4ao;Rn^tf(Ee-&O7FM9ON(|%!oGQx|teU>3!
zbP3X4;zipm?GP{8W?6=K(Itq!#Ea@av5OaVD#aPRsM88B>Qu@zc+pHD7I;w+XW7Dw
zE<xH$yl9(c8sbH#GIfp@tu^!-FRJ^*E?(5BlxOgwnL;e^q9V?+g%@3dw3m3%HcLCi
zi?&$~hj`J$Ces8jI+dw&ylAbV*ZEWwFRDY~MRlLLix;gmrZrv^FFM^D%y(7bdiJ8*
zA0s^C5swHjdi(9SKk&c<yLxMm`)2W?$8|gUtMH<D(W7sk_6zfq5ni<IvkdW~OOW;w
zFWP2lhj`I8%QD1^E<yAqUR3vqUA(AMDbC<UomO~Jr&6B5i)IS3z>A7F%NAaA3DRET
zMcXXX5HC8FsdKz&t)bU=QQaqY@uE(pJcAd_6k>rF6>*j=yyz07y~K;QS=u39w9Rrj
z#ETv_nI?GAsZ5>YMQaVc&ZnYyQ5^~|s{7PkylAa4t?{CG(dph`zN-S)rx)FRK)vA&
zZ@BHY+wyNN`s!D|dROnu(cdgy^yqZQeIZ^HFM8aaGksNlGQx{aiRv6LT5C*eyy#Ts
zaE=!}Y;rikiyk%+6TGO1lUsPvOmW2pUi6BIwgY%kr&6B5i)IS3z>A7F%NAaA3DRET
zMcXXX5HC8FsdKz&t)bU=QQaqY@uE(pJcAd_6k>rF6>*j=yyz07y~K;QS=u39w9Rrj
z#ETv_nI?GAsZ5>YMQaVc&ZnYyQ5^~|s{7PkylAa4t?{CG(dph`zN-Q!^r9dA=tn<t
z>|Y=J;0NFT{`ddUAN|qGUiPwk?ztzKXe=J~u!n6={dV=f9R1DWMUPH*+!x|S@uJ7w
zIn!6=CnLP*l&H?}qP51f#*0p64(E8$!zPClyy#&QF~N(9IJt!v%@kK$;6<;PXgh!x
zbt>f<ylAEn3%sa^vuxo-mmuvWUbM|J4e_E=nL5Xd)*5<^7u9`Y7cc5m$}@P;Od%F{
zQ4wd^!iz3J+Dp7>o24D%McXWgL%ir=lWBq%oyycXUbNQG>wGGT7uBKgqPkDr#f#P&
z(;6>|7oF}6=DR9zLN9vLO*bvh^CXuy-gx5|zVL-zy(t&@X7QpIsdvQJ;zjYIN8C2z
zOY)NuUQ|@dExc%^5DUDhh_h_rMVBD$C0?}6G7a&fQ<*x)i`E)?jThB@Vizy!RLV1W
z(M%y0cu^5&*}{u1LE1~aXq#mk;zg%2b&eOUHS`)Us{6z)Ueu|SXYit#LM-s2BF?gf
z7hQt1mw3@OOFP7iwpk8`c+tZq(*!R%m8o;QXsw~w`BW4yszc#Lb)UM67p*m>HC_}i
zI^7%0cU9mz_o8>*b=T)V|M^|LBNzN;@uC+Dc(q@S7sZQS?LDK<=O-h)s16mocu}Vk
zUeu`+XYis<E4-*vDbL_VGlf{-MMa!t3op6^X)p1jZI)?>7oEz~IbO8Z&}+P??i0Is
zQKwR#!HZ@JvA~OpILj7ZbP3X4;zipm(-1E@m8o;QXsw~wcv0OacJZQ4r8t8ZHCy3D
z%~0Dhyr|O(FX~i^Gx<~$FRG*AMRlLLix;gmrZrv^FFM^D%y(7by7i(r+;GFM{_3x8
zzfkS!?YQ_iix<6k!>f7)yeMAus&1Go9?nljc+o4i+794Fol1C7r&653i#o0FqE4ke
zgBQ&dVu2SGah5H-=n|y8#EZ6BrXgN*DpTip(ON^V@uIp<?BYe8N_hq^nkmErFDl|J
zTX@kWNPCGFZL>^6yy#S>&hetPhF;@Eb)VS9i#nC!3|`c1g%>qLZO8DUPAj~qQz_2m
zQ&GIAj)oW2ed;b=wAPr`cu~CQbZ;=<Re|fui*El!`+M%W=lRcn{$Kv(Um``1yAScA
z$8|gUtMH<D(W7sk_6zfq5ni<IvkdW~OOW;wFWP2lhj`I8%QD1^E<yAqUR3vqUA(AM
zDbC<UomO~Jr&6B5i)IS3z>A7F%NAaA3DRETMcXXX5HC8FsdKz&t)bU=QQaqY@uE(p
zJcAd_6k>rF6>*j=yyz07y~K;QS=u39w9Rrj#ETv_nI?GAsZ5>YMQaVc&ZnYyQ5^~|
zs{7PkylAa4t?{CG(dph`zN-Q!^rG7zC0*pNjUVi){5AS!@uJr#?DVpDQM~AMZyYzz
zPeyoACm>$bse~7GD#aPRsM88B>Qu@zc+pHD7I;w+XW805ZEe3HZ1>eN=du>Si`E)f
zT;oNrm}onI7j-Jd8N8^|3NPwZ$}@P;Od%F{Q4wd^!iz3J+RONzGapIw?7pp(!w9wg
z3YrrZhXwGWhfSslUUVu`=XlXtL$C3ox=-%nMKi?}7kJStCfW|*MV(4<CZCG(JExA8
zznpK2?FQ3_cfN}kb#4H>C|=aLPdIbw3!Ko4Uiw!5E51Rz=$YRpyeMAuw6|P-GK$~)
zw?Cpk?dxB%SHp`sZzx{WsT61MqE0Kks8cD=;6*cqSl~rPoMj6yx&&!2@uF>(X^0n{
z%G5btwARpTyr}LIyLeHjQl7z!W(u*ui;6hQ7G87-(q7_4+bq)%FFKW}bG&G+q1Sj(
z-6wYOqE4kagBLYh;YH0*+cCVT(+V%@REjhCR1`0&qv1t$pSp_|tu>}KUKB4n-5bnz
zRRAw~$=+_f=$YS8yeMAuw6|P-GQx{GVez6)CA_FpDbC<UomO~Jr&6B5i)IS3z>A7F
z%NAaA3DRETMcXXX5HC8FsdKz&t)bU=QQaqY@uE(pJcAd_6k>rF6>*j=yyz07y~K;Q
zS*9UgbShKlc+pxzukoU~Pwe7Fol0>AFKV{Ji<+UfV|Y=g6<*Y-6le0OC|*=Y!;9)Z
zbr&yMYfNjrC|-2BH<<6L0ABQxz1?`xGrysDQM~ABZ@K(rgco(f;zgZGcu}WPoWYAa
zt?;5wr96Wd%@ksR7Zq`qExhOwq`kz8wppejUUVu`=XlXtL$C3ox=-xlMV(4{1}~Z^
z!~!oW;w)Qu(IrTGi5G3NOhdfrRHn}HqP2!z<3)9!*u{%FmEsIu)NF+pHA8L3@S;vD
zyr@$t&g4^3yr_<b7u9|0E?%_OnAUhvyy$dqFyB>y6ME5CzVemZt8IVnD&Y0@&EiGR
z{Epy7@uH`_<?@peUepPT7j-J(MV(4<1~2Ng!izeU@(f-yQ-}p#RK!`f@S;nQ_7X4J
zW|@X~(Wy+G<3(!?y~c~`KCz1zbt>f<ylAEn3%sa^vuxo-mmuvWUbM|J4e_E=nL5Xd
z)*5<^7u9`Y7cc5miZggovlU*{47DA@i#o0FqE4kalTStQqB<I0RQIX7c+py8TH{6W
zqSL*>d{+fF-ua*hJ?Mc49=P~-ebY@hZ7;R`b@7+t6^<@|7d<-NabJiR#fu(y=S*Lf
zpN#OLQ=&S@i`E*`8ZSDPIh^A~51SlL@S=xJ!~`!Y;^Y=yG*eu0ffv1EqU``))Txwb
z@S>SQEbyWt&a#CUU4pcic+ob?G{lQeW$GL+T5ISvUR3vqUA(AMDbL_VGlf{-MMa!t
z3op6^X)p1jZI*V37j3f~4)LOgO{NK6bShKlc+pxzuk)!WUQ~y|i|Rgg7cW|COl!O-
zUUa%QnD43pUi6Z^-FVS6zoB?hyy$6fx%^~=7j?qoMV(4`QKwRz!HYVr@S;woJcAd_
z6k>rF6>*j=yyz07y~K;QS*9UgbShKlc+pxzukoU~Pwe7Fol1EIFPbUD0xv4!EL(Wd
zB}jXT7j3glL%irzrq1!AwT52fMRlLp#fv(X;tXEYY=sv!Lv6?KqE0Kks8cD<<Wo_+
zsE&pg)qUzNUbNPj)_768=yY!|-&Fy;=p}o*@uFvbL-C?`(bL{?`N;?`>V(CMI+gIE
zPNg`57j;_UMV(4{1}~Z^!~!oW;w)Qu(IrTGi5G3NOhdfrRHn}HqP2!z<3)9!*u{%F
zmGTT;G*gHLUR1<cw(z1$koFQU+Gd%Cc+sg$o#RDo4ZX&T>OQfH7j-Jd8N8_33NLDg
z+K%BxomO~Jr&65Br=oaK9Stw4`_x^$Xst1=@uGOq>E2+zs{(k@OZIl-MbG?(;zjYI
zr@iI!lM!Cj35yqXD&a+)N^u4+>a@a(I+gMaUNlpP1zuFdS+?+^OOW;wFWP3AhIrAb
zOr7IJYYn}|i|RhHix+h&<r%zarVtCfsED&{;YF7q?Im8c%`y$~qEneV$BWh)dW{#=
zePS0c>Qss|cu}(zUepY=9m9({t?;5wr8tvMMe(9K8eUZQsk?a5T4P${Me(B3y}^7}
z1@NMm?Cr*jp7{;Mi{eF3d&}h~BfO{+7BA{l!izeU;tXEYX@wVcD&-lxXr>Sgyr_t?
zY~e+hAnheyw9PUN@uE|iI>(FF8hVWv)qP?YFX~jvGkDQVAr^R15og)Li!MRhOT1{C
zWg6l|r!sYp7p*n)8ZWB*#4cXcsT61MqGl_+s2OTIh8J~O;YFQFaVDRN;ze~dyr}L|
zck!aN#<a$Z;zg%>gZZus;6*Rl+l?1J^Bam6#fzTymdj5@cu^-TUeu|C7j-Jd8N8^|
z3NPwZ$}@P;Od%F{Q4wd^!iz3J+Dp7>n`Ii}MW-@#ju)*p^cpX!`@}9@)Txwb@S>SQ
zEbyWt&a#CUU4pcic+ob?G{lQeW$GL+T5ISvUR3vqUA(AMDbC<U%~p6(Gt_nrFY2_y
zi#nC!Og<IGi|S~2QQfER;zetXX^j`fi%$0j^Ia9di(ay~8!vk1Hxw_57d`DQm!FLA
zqE1-6s8b0q>Qss|cu}VnUeu|SXYit#LM-s2BF?gf7hQt1mw3@O%QVD`PG#yGFIsEp
zHC|NriCw&?Qz_5jMKgt1;6+88WeYF51ZgkvqHUIGh!>s8)Hz<X*3fIbsO}THcu}WP
zoWYBlt?;5|sO=bD)M<qmbt=V~d@70;)zR>xx=-E3i`E*`8ZU|$o$d|hyDESey<~4U
zUi8dwC|(pVdfHnqKN;agov?UOrxIS&sT61MqE0Kks8cD=;6*cqSl~rPoMj6yx&&!2
z@uF>(X^0n{%G5btwARpTyr}LIyLeHjQl7z!W(u*ui;6hQ7G87-(q7_4+bq)%FFKW}
zbG&G+q1Sj(-6wYOqE4kagBLYh;YH0*+cCVT(+V%@REjhCR1`0&qv1t$pSp_|tu>}K
zUKB4n-5bnzRRAw~$=+_f=$YS8yeMAuw6|P-GQx{GVez6)CA_FpDbC<UomO~Jr&6B5
zi)IS3z>A7F%NAaA3DRETMcXXX5HC8FsdKz&t)bU=QQaqY@uE(pJcAd_6k>rF6>*j=
zyyz07y~K;QS*9UgbShKlc+pxzukoU~Pwe7Fol0>AFKV{Ji<+UfV|Y=g6<*Y-6le0O
zC|*=Y!;9)Zbr&yMYfNjrC|-2BH<<6L0ABQxz1?`xGrysDQM~ABZ@K(rgco(f;zgZG
zcu}WPoWYAat?;5wr96Wd%@ksR7Zq`qExhOwq`kz8wppejUUVu`=XlXtL$C3ox=-xl
zMV(4{1}~Z^!~!oW;w)Qu(IrTGi5G3NOhdfrRHn}HqP2!z<3)9!*u{%FmEsIu)NF+p
zHA8L3@S;vDyr@$t&g4^3yr_<b7u9|0E?%_OnAUhvyy$dqFyB=Hyyzu+yYZrDenau1
zc+u0|a{0*!FY1KFi#nC?qE4kagBNvL;YFQFc?K_<DZ~OVD&j0#c+n+Ddx;lqvrI$0
z=v1c8@uIbcUgJe|pV-BVI+gMaUNlpP1zuFdS+?+^OOW;wFWP3AhIrAbOr7IJYYn}|
zi|RhHix+h&#TmS)*$OXehT4wdMV(f7QKwRz$)}=tQ5_90s{7PkylAa4t?{CG(dph`
zzN-S)!izrm!4JOU+WfVvx8}HS7B6~Sx1+xbFNzmE`sQiBFh3dLMcY2h5HGp}X)p1j
zZI*V37j3gFL%iq`L|@`Xb)VS9i#nC!3|`b}g%@=y<r%zarVtCfsED&{;YF7q?Im8c
z%`y$~qEneV$BWh)dW{#=ePS0c>Qu@zc+pHD7I;w+XW7DwE<xH$yl9)H9pXjXEQdq9
z=wXv-f)}02)Hz<X*3j#GDvB4?q41)*Pu<0f)*90qFNznP?hWR<DsU~l=!34=U%Ps1
zj{9cuqQ`YR`m6Awc+sP8p7sm#lM!CD?XwK=qDzqW5--|jX@_{xHp?=^i!MR*C0<nb
ziCw&?Qz_2iMV(f7QKwR#!HZ@JvA~OpILj7ZbP3X4;zipm(-1E@m8o;QXsw~wcv0Oa
zcJZQ4r96Wd%@ksR7Zq`qExhOwq`kz8wprRCUbM|}IK+z{Hkl@P(Wy+G<3(!?z0Rki
zcu^e+FRJ_0UA$<mF|F~Uc+u(JV7{vYc+pGtcH>3Q{D$I1@uH`_<?@peUepPT7j-J(
zMV(4<1~2Ng!izeU@(f-yQ-}p#RK!`f@S;nQ_7X4JW|@X~(Wy+G<3(!?y~c~`KCz1z
zbt>f<ylAEn3%sa^vuxo-mmuvWUbM|J4e_E=nL5Xd)*5<^7u9`Y7cc5miZggovlU*{
z47DA@i#o0FqE4kalTStQqB<I0RQIX7c+py8TH{6WqSL*>d{+hVqL=LL#*3c$4aJM%
zMNfOn<tHP&s1p`1>QusuI+fxKUesxY7j-J-8N6tw5DUDhh_h_rMVBD$C0?}6G7a&f
zQ<*x)i`E)?jThB@Vizy!RLV1W(M%y0cu^5&*}{u1LE1~aXq#mk;zg%2b&eOUHS`)U
zs{6z)Ueu`+XYitCE4-)~YCDD(bz0#?ol0>gpNir|bu_%F?o)U1qP51f#*5-br+b6>
zt_oZWFZ#B(z3uJS=C577HOGCkc+um!9sN~!QM~BUH&6S8`N;?`+V)w7c+n+Ddx;lq
zv$R9JXq#mj;zgGr`Vudy`@}9@)TtC_@S;vDyr@$t&)`Kfg;?N4MVw^|FS-P2FY%&n
zmT8C=oyycXUbNQGYrLrL6T5g(r&6B5i)IS3z>A7F%NAaA3DRETMcXXx5HH$hIUM3e
z51ULAyy#S>&hetPhF<4WQM{-Qg%{O*>MmZi)|l3KQM~AMZ!q6gfotJKcNOq@`)2W?
zXMRWUqIl8M-g5cL2rue{#fv(X@S;woID;2;TH!^VN_hq^nkmErFDl|JTX@kWNPCGF
zZL>^6yy#S>&hetPhF;@Eb)VS9i#nC^3|=%-hy`9$#96lRqDzqW5--|jnTB}LsZ5>Y
zMQaVc#*6Acv5OaVD#aPRsM!iHYKGd5;YFQRcu}WPoXMx6cu^e<FRJ_0UA$<mF|F~U
zc+u(JV7{vYc+pGtcH>3Q{D$I1@uH`_<?@peUepPT7j-J(MV(4<1~2Ng!izeU@(f-y
zQ-}p#RK!`f@S;nQ_7X4JW|@X~(Wy+G<3(!?y~c~`KCz1zbt>f<ylAEn3%sa^vuxo-
zmmuvWUbM|J4e_E=nL5Xd)*5<^7u9`Y7cc5miZggovlU*{47DA@i#o0FqE4kalTStQ
zqB<I0RQIX7c+py8TH{6WqSL*>d{+hVqL=LL#*3c$4aJM%MNfOn<tHP&s1p`1>Qusu
zI+fxKUesxY7j-J-8N6tw5DUDhh_h_rMVBD$C0?}6G7a&fQ<*x)i`E)?jThB@Vizy!
zRLV1W(M%y0cu^5&*}{u1LE1~aXq#mk;zg%2b&eOUHS`)Us{6z)Ueu`+XYitCE4-)~
zYCDD(bz0#?ol0>gpNir|bu_%F?o)U1qP51f#*5-br+b6>t_t8qFWK9T7d`VEiWkL;
zp7xf@PeyoACoEpnse~7GD#aPRsM88B>Qu@zc+pHD7I;w+XW7DwE<xH$yl9(c8sbH#
zGIfp@tu^!-FRJ^*E?(5BlxOgwnL;e^q9V?+g%@3dw3m3%Hp?``i%w<g94}gH=rvwc
z_laG+s8cD<;6=?=cu_Odb__4-w8D!zmEuf36~&9{Xn0ZGr|#lKYmI4*7sZQC_XhJ_
z6~K#LvbP&AdgeD2FNzmE?Jbv|jPRmPSiGoH2`}nYiZggorxjk*sg!5%qM1T0@S-Bl
zvV|92g0z=-(KgF8#EVX4>KrdxYv?szRQHKpyr@$t&)`Kfg;?N4MVw^|FS-P2FY%&n
zmT8C=oyycXUbNQGYrLrL6T5g(r&653i<+(QqGqV=7+%zAg%@=y#hH96iWk+<@S?g;
z-NlR68q*ptiWi;k4d%NlfET@FZ#Q1_%x@@O6fb((TP{Bt;YFRWcu}VkUeu`+XYis<
zE4-*vDbL_VGlf{-MMa!t3op6^X)p1jZI)?>7oEz~IbO8Z&}+P??i0IsQKwR#!HZ@J
zvA~OpILj7ZbP3X4;zipm(-1E@m8o;QXsw~wcv0OacJZQ4r8t8ZHCy3D%~0Dhyr|O(
zFX~i^Gx<~$FRG*AMRlLLix;gmrZrv^FFM^D%y(4)FM7$|ZoKH3-%z|LUi7rLTz)db
zi#lQPqE02es8cD<;6<HQcu}WPp23S|3bDY8ia5&_UUUi4UgAaDEYlD#I+dw&ylAbV
z*LYFgCwB3oPNh797tIu6ffp5VmMy&K5~RJvi?&&&AzpMUQ|EZmT0^h#qPkD);zgZG
zaRx7Hw!({=p|)dqQKuDN)TtC_@~J3ZR7b;$>OOTBFIsC%YrH64bh<Z~@2UV^^pd^Z
zc+oSzp?Fce=xJ}c{A7d|b;9CBol1C7r&653i#o0FqE4kegBQ&dVu2SGah5H-=n|y8
z#EZ6BrXgN*DpTip(ON^V@uIp<?BYe8N_hq^nkmErFDl|JTX@kWNPCGFZL>^6yy#S>
z&hetPhF;@Eb)VS9i#nC!3|`c1g%>qLZO8DUPAj~qQz_2mQ&GIAj)oW2ed;b=wAPr`
zcu~CQbZ;=<RRO%{C40N^qGx_X@uGOq)82CV$p|m%gvE<GmGGiYr8t8Zbz0#?ol1EI
zFPbUD0xv4!EL(WdB}jXT7j3glL%irzrq1!AwT52fMRlLp#fv(X@(f-yQ-}p#RK!`f
z@S;nQ_7X4JW|@X~(Wy+G<3(!?y~c~`KCz1zbt=Ufyr|g<FKUL`j^Ra}R(MgTQk==B
zqIgjq4KJ$u)Lp!2tud|fqIl8i-eA6~0(j9&_IBe%&-{ksMe(Aiz2)+g5nj{@ix+h&
z;YFQFaRx8yw8D!zmGTT;G*gHLUR1<cw(z1$koFQU+Gd%Cc+sg$o#RDo4ZX&T>OQfH
z7j-J-8N6tw5DUDhh_h_rMVBD$C0?}6G7a&fQ<*x)i`E)?jThB@Vizy!REjfrQL`0Z
z)C{#9!;3nt@S;woIFnCB@uE5!UR3v~yLi!BV_M@y@uJhc!F*Q*@S>OO?Z%6q`3=R3
z;zdt;%jG8{yr>fvFX~jni#nC!3|`b}g%@=y<r%zarVtCfsED&{;YF7q?Im8c%`y$~
zqEneV$BWh)dW{#=ePS0c>Qu@zc+pHD7I;w+XW7DwE<xH$yl9(c8sbH#GIfp@tu^!-
zFRJ^*E?(5B6ld_FW-Gj?8EQL*7j;_UMV(4<CZCGpMRhd1sP0pD@uIcHw8o3#MW=g%
z`K}6_(2H)r{KQ|o3V6MJvv|=nzaw~2yy$6fx%^~=7j?qoMV(4`QKwRz!HYVr@S;wo
zJcAd_6k>rF6>*j=yyz07y~K;QS*9UgbShKlc+pxzukoU~Pwe7Fol1EIFPbUD0xv4!
zEL+>3U2lKhvi)FR=3LeSc+pzpifg>+6%%a-@S;woID;2;TH!^VN^u4+YPQ0QnxVF1
zcu}WS{LY!c&-s$wp2?@8cu{>1<n6RAwi`?z-uW(G)VTrhqIgl~KH<!zFK|LHdg)vJ
zulNS>qGx`a@S=Fp)82CV$tZsF-~NdHw6A~3UJWnmyrFner&653i#o0FqE4kegBQ&d
zVu2SGah5H-=n|y8#EZ6BrXgN*DpTip(ON^V@uIp<?BYe8N_hq^nkmErFDl|JTX@kW
zNPCGFZL>_n_!GSCSJ3GI^Q{10)V~ezqE0Kks8cD<;6=?=cu_Odb__4-w8D!zmEuf3
z6~&9{Xn0ZGr|#lKYmI4*7sZQC_XhJ_6~K#LvbP&AdgeD2FNzmE?Jbv|jPRmPSiGoH
z2`}nYiZggorxjk*sg!5%qM1T0@S-BlvV|92g0z=-(KgF8#EVX4>KrdxYv?szRQHKp
zyr@$t&)`Kfg;?N4MVw^|FS-P2FY%&nmT8C=oyycXUbNQGYrLrL6T5g(r&653i<+(Q
zqGqV=7+%zAg%@=y#hH96iWk+<@S?g;-NlR68q*ptiWi;k4d%Nla2_wZeI)tX*S_}d
zcfb4PFMs*7pZ)A7J?Tl?e*ho**vCHciBJ5gpZcknzVxN<de^(Y@|CY_$95I}T70v3
z(Q8pvye3{0FDh=2BewFB5nj}(hZl7!;YFQFaRx8yw8D!zmGTT;G*gHLUR1<cw(z1$
zkoFQU+Gd%Cc+sg$o#RDo4ZX&T>OQfH7j-J-8N6tw5DUDhh_h_rMVBD$C0?}6G7a&f
zQ<*x)i`E)?jThB@Vizy!REjfrQL`0Z)C{#9!;3nt@S;woIFnCB@uE5!UR3v~yLi!B
zV_M@y@uJhc!F*Q*uC*7v|Ni@5@{*U_b=O@FGXA>bjyqob;unAY>tEm1TX5QM7B70*
zo>zP|yeMAuiZ{ts9mr2ccu}VtUeu|C7j-Jd8N8^|3NPwZ$}@P;Od%F{Q4wd^!iz3J
z+Dp7>n`Ii}MW-@#ju)*p^cpX!`@}9@)Txwb@S>SQEbyWt&a#CUU4pcic+ob?G{lQe
zW$GL+T5ISvUR3vqUA(AMDbC<U%~p6(Gt_nrFY2_yi#nC!Og<IGi|S~2QQfER;zetX
zX^j`fi%$0j^Ia9Vc3yOQr1G;r`?H1;ZH{bz57O<q)vn%%Q+=~|(NmQ)Uk5LW7d3Ac
z^H_c|!ize^@S;v7yr@$t&frCzR(MgTQl7z!W(u*ui;6hQ7G87-(q7_4+bq)%FFKW}
zbG&G+q1Sj(-6wYOqE4kegBQ&dVu2SGah5H-=n|y8#EZ6BrXgN*DpTip(ON^V@uIp<
z?BYe8N^u4+YPQ0QnxVF1cu}VnUeu`+XY#2iUQ|cJi|Rgg7cW|COl!O-UUa%QnD45<
zHS(hGd*AzRz4g{cg4&~-Z@&4@|NPH)^<JFho5hQsB%}W#cu~Blf44X%^OF%?)X9Yx
zbt>USol0>AFY2_yi#nC^3|=%-hy`9$#96lRqDzqW5--|jnTB}LsZ5>YMQaVc#*6Ac
zv5OaVD&-lxXr>Sgyr_t?Y~e+hAnheyw9PUN@uE|iI>(FF8hVWv)qP?YFX~i^Gk8(6
z6<*W~wH?EYI<4@cPNg`LPet*fIvQS7_o=&h(OP3#<3;hJ)4jobR|T$x7k$;MUL{!Q
zgCG3hd+xdCDNlLIkN)V7KK}8Kzw^#J#o?E}^rgFcJ1+js;zcjs@Ty(`FNznvsvG8t
zhx3yWUi6BswgY%krxIS&sT61MqE0Kks8cD=;6*cqSl~rPoMj6yx&&!2@uF>(X^0n{
z%G5btwARpTyr}LIyLeHjQl7z!W(u*ui;6hQ7G87-(q7_4+bq)%FFKW}bG&G+q1Sj(
z-6wYOqE4kagBLYh;YH0*+cCVT(+V%@REjhCR1`0&qv1t$pSp_|tu>}KUKB4n-5bnz
zRp8`a^o?(P<KjPWyz$0oJ?mNTeCIpwzyJQt7#!x^hTr_=H~;L<{_LlJ`loNY>89n&
zH+_2eB}}FQc+siMHJal^@uH`_weph@UepPT7j-J(MV(4<1~2Ng!izeU@(f-yQ-}p#
zRK!`f@S;nQ_7X4JW|@X~(Wy+G<3(!?y~c~`KCz1zbt>f<ylAEn3%sa^vuxo-mmuvW
zUbM|J4e_E=nL5Xd)*5<^7u9`Y7cc5miZggovlU*{47DA@i#o0FqE4kalTStQqB<I0
zRQIX7c+py8TH{6WqSL*>d{+fd>qS5Ek&jgEdCM)gyy6wF*nV~NlWsqne)o5O_qN+^
ztFQBc4}8FXg`J<oi=O!gz>DHVPkYPdCnLP56BaM(RKklomEsIu)M<qmbt>f<ylAEn
z3%sa^vuxo-mmuvWUbM|J4e_E=nL5Xd)*5<^7u9`Y7cc5m$}@P;Od%F{Q4wd^!iz3J
z+Dp7>n`Ii}MW-@#ju)*p^cpX!`@}9@)TtC_@S<ibyr>y!JBAl^TH!^VN^vHiisD6e
zG`y(pQ+M&AwZ^o@i{eG6dxQC|3Y^f3ZhqkIyYEitx&0I8x2Gz{#oT_|{P7?E@qDQ}
z?zm(7<MiWRYHweK7d`Vkju*v?p7xf@PeyoACoEpnse~7GD#aPRsM88B>Qu@zc+pHD
z7I;w+XW7DwE<xH$yl9(c8sbH#GIfp@tu^!-FRJ^*E?(5BlxOgwnL;e^q9V?+g%@3d
zw3m3%Hp?``i%w<g94}gH=rvwc_laG+s8cD<;6=?=cu_Odb__4-w8D!zmEuf36~&9{
zXn0ZGr|#lKYmI4*7sZQC_XhJ_6*!?6ebbxXl*045&wcI%|7(5w6!Qze@C*5ZuYK)n
zclEv;{mtS<k4|^o7ve?nqQ~7i(^usuBfRL8sLt`CwZ^o@i%w+@=XlY>CWjNe=wTBv
z!HbGGxrG<a6jxl}MX#7>JAfB;D&-lxXr>Sgyr_t?Y~e+hAnheyw9PUN@uE|iI>(FF
z8hVWv)qP?YFX~jvGkDQVAr^R15og)Li!MRhOT1{Cr5)l$+boAeyy#(*X@VD>%G5bt
zwARq;d@6cDSfc-3F2OEd)PEE4qE0KkC|=aLPdIbw3!KV}ZvQ2oe{<0%JmCo^`S0}Y
zgUt3fDGf4u=bd++<TWq-8;Tb_^IMD;#fzTymfL>N)!+HIKcYYF>tC{0!;3m^C|=a5
z6ld_FPAj~qQz_5jMKgt1;6+88WeYF51ZgkvqHUIGh!>s8)Hz<X*3fIbsO}THcu}WP
zp23S|3bDY8ia5&_UUUi4UgAaDEYlD#I+dw&ylAbV*LYFgCwB3oPNg`57d2bqMa@v#
zF}$eL3NPwZiZl6C6bGWC)n~`s4W<w8d>1e3+yHn{yr^@ZaOTn%IF%Ru>}Nlle=pGc
z@4x?4-L|J!`Ldt<<R?${vX}UE@S<mabMc~h(bL{?`N=4L^T&(oym(RFCwB3oPNg`5
z7j;_UMV(4{1}~Z^!~!oW;w)Qu(IrTGi5G3NOhdfrRHn}HqP2!z<3)9!*u{%FmGTT;
zG*gHLUR1<cw(z1$koFQU+Gd%Cc+sg$o#RDo4ZX&T>OQfH7j-Jd8N8_33NLDg+K%Bx
zomO~Jr&65Br=oaK9Stw4`_x^$Xst1=@uGOq>E2+zs{*I;qQCchzZbCcXMW~qP8;wA
zFL*(`@~d9;s?)ymrF=EK=$YSEyeMAuw6|P-GQx{GVez6)CA_FpDbC<UomO~Jr&6B5
zi)IS3z>A7F%NAaA3DRETMcXXX5HC8FsdKz&t)bU=QQaqY@uE(pJcAd_6k>rF6>*j=
zyyz07y~K;QS*9UgbShKlc+pxzukoU~Pwe7Fol0>AFKV{Ji<+UfV|Y=g6<*Y-6le0O
zC|*=Y!;9)Zbr&yMYfNjrC|-2BH<<6Lz^T0Gz4zW5s`CRM_`qoce)z*5j#qx#)1G$P
zSH6_5h8I2a+lm*(i=OtD%TGplQ70^3)Tx9Qbt=Ufyr|O(FX~jvGkDQVAr^R15og)L
zi!MRhOT1{CWg6l|r!sYp7p*n)8ZWB*#4cXcsg!5%qM1T0@S-BlvV|92g0z=-(KgF8
z#EVX4>KrdxYv?szRQHKpyr@$t&frDOR(Me})OHLn>a@a(I+fx~J{84_>S%aT-KXy2
zMQe>|jTgm>PWJ}$T@^T$7k$iQ9uul_d){=~fZG$~c;!bu>QSeC<xBZ$c+oSzt$0zq
z=xJ}c{A7d|b;9CBol1C7r&653i#o0FqE4kegBQ&dVu2SGah5H-=n|y8#EZ6BrXgN*
zDpTip(ON^V@uIp<?BYe8N_hq^nkmErFDl|JTX@kWNPCGFZL>^6yy#S>&hetPhF;@E
zb)VS9i#nC!3|`c1g%>qLZO8DUPAj~qQz_2mQ&GIAj)oW2ed;b=wAPr`cu~CQbZ;=<
zRe@7^(c5poJyhq(|J!`~I1{gY%PqI;>a98Mo5hPB*X`)9!i(ZXkG^@@FU(Iyc+s}c
zGQ^86LE1~aXq%-S;zipm%MdTR1ksmxQQaqY@uE(pID;2;TH!^VN_hq^nkmErFDl|J
zTX@kWNPCGFZL>^6yy#S>&hetPhF;@Eb)VS9i#nC^3|=%-hy`9$#96lRqDzqW5--|j
zX@_{xHp}4<FM8Nyn&3sJGIfp@tu^#IpNgJbnCO4s|8=`~QU5K&i#o0FqIgl~KH<!z
zFK{X^dh^XUhw9uueVja6yz&h<+;H+&zI-o;7d`WPiWkL;p7xf@PeyoACoEpnse~7G
zD#aPRsM88B>Qu@zc+pHD7I;w+XW7DwE<xH$yl9(c8sbH#GIfp@tu^!-FRJ^*E?(5B
zlxOgwnL;e^q9V?+g%@3dw3m3%Hp?``i%w<g94}gH=rvwc_laG+s8cD<;6=?=cu_Od
zb__4-w8D!zmEuf36~&9{Xn0ZGr|#lKYmI4*7sZQC_XhJ_6*!d_edt3U8me>qbMMmz
zeBglx;+5~b^Ul-0@}+z=yy%(VR=g-)^t88Jelo&~I$`mmP9?mkQz_2iMV(f7QKwR#
z!HZ@JvA~OpILj7ZbP3X4;zipm(-1E@m8o;QXsw~wcv0OacJZQ4r96Wd%@ksR7Zq`q
zExhOwq`kz8wppejUUVu`=XlXtL$C3ox=-xlMV(4<1}|#1!i$=rwqtlvrxjk*sT61O
zsVH7lN5hNiK6Mu_T5C*eyeM9Dx;L2bs=%qd=;I&%_)wi+`qGz98}RF2|9ZUg_kaKQ
zpZ1k6<*VUE&-}LHMe(Aiz2)+g5nj{@ix+h&;YFQFaRx8yw8D!zmGTT;G*gHLUR1<c
zw(z1$koFQU+Gd%Cc+sg$o#RDo4ZX&T>OQfH7j-J-8N6tw5DUDhh_h_rMVBD$C0?}6
zG7a&fQ<*x)i`E)?jThB@Vizy!REjfrQL`0Z)C{#9!;3nt@S;woIFnCB@uE5!UR3v~
zyLi!BV_M@y@uJhc!F*Q*PUS^k_`(;4>U_&v-g4T2?|8>M;+3EO{O6zcl`rM1;YH8<
zw&F$cqNly(@{<u>)Cr3hbt>USol0>AFY2_yi#nC^3|=%-hy`9$#96lRqDzqW5--|j
znTB}LsZ5>YMQaVc#*6Acv5OaVD&-lxXr>Sgyr_t?Y~e+hAnheyw9PUN@uE|iI>(FF
z8hVWv)qP?YFX~i^Gk8(66<*W~wH?EYI<4@cPNg`LPet*fIvQS7_o=&h(OP3#<3;hJ
z)4jobR|QVxMc?_(cZTYG^rIiWeE>OO!|gw+@ydVv$A5gnm%Xeng%>^ZJBt^^i=OtD
z%TGplQ70^3)Tx9Qbt=Ufyr|O(FX~jvGkDQVAr^R15og)Li!MRhOT1{CWg6l|r!sYp
z7p*n)8ZWB*#4cXcsg!5%qM1T0@S-BlvV|92g0z=-(KgF8#EVX4>KrdxYv?szRQHKp
zyr@$t&frDOR(Me})OHLn>a@a(I+fx~J{84_>S%aT-KXy2MQe>|jTgm>PWJ}$T@^T$
z7u_B+h3ee?^<D3J*Qpx5_r34Um;KhazICdXy~MAB7d`Wvix<U<p7xf@PeyoACoEpn
zse~7GD#aPRsM88B>Qu@zc+pHD7I;w+XW7DwE<xH$yl9(c8sbH#GIfp@tu^!-FRJ^*
zE?(5BlxOgwnL;e^q9V?+g%@3dw3m3%Hp?``i%w<g94}gH=rvwc_laG+s8cD<;6=?=
zcu_Odb__4-w8D!zmEuf36~&9{Xn0ZGr|#lKYmI4*7sZQC_XhJ_6*!d_-J(6^DNhO8
zdCM)geD$key?Dm^@4x@H+ir{3{E;8|k&D0J9$o=2dggZ-FNzmE?Jbv|jPRmPSiGoH
z2`}nYiZggorxjk*sg!5%qM1T0@S-BlvV|92g0z=-(KgF8#EVX4>KrdxYv?szRQHKp
zyr@$t&)`Kfg;?N4MVw^|FS-P2FY%&nmT8C=oyycXUbNQGYrLrL6T5g(r&653i<+(Q
zqGqV=7+%zAg%@=y#hH96iWk+<@S?g;-NlR68q*ptiWi;k4d%Nla6&Ko@sEEz|6ZVX
z+;PVjzxc(Al>FM)zV?uZJS1Q6gCG3hMP6+`UyBz#^LvdK#fzTymdj5@cu^-TUeu|C
z7j-Jd8N8^|3NPwZ$}@P;Od%F{Q4wd^!iz3J+Dp7>n`Ii}MW-@#ju)*p^cpX!`@}9@
z)Txwb@S>SQEbyWt&a#CUU4pcic+ob?G{lQeW$GL+T5ISvUR3vqUA(AMDbC<U%~p6(
zGt_nrFY2_yi#nC!Og<IGi|S~2QQfER;zetXX^j`fi%$0j^Ia7<p%>k{-Fxr7DLiku
z;f6Q8=}iwj@W9pf+`i-w|L_lQy6L8Tsi!{msaN|VyFHH=J@Z?S7sZR7_Lj>}MtD&t
zEMC;9gco%x#TmS)(+V%@RLV1W(M%y0cu^5&*}{u1LE1~aXq#mk;zg%2b&eOUHS`)U
zs{6z)Ueu|SXYit#LM-s2BF?gf7hQt1mw3@O%QVD`PG#yGFIsEpHC|NriCw&?Qz_2i
zMa@=tQ8Uzb3@_@m!izeU;!Hjj#f$1_cv0P_?&3vjjcJV+#fwh&2J>ANIIS1mey}|B
zp$|>xxh?Lx>#jfegFo1QEIU=VUozkN*0<h$_ucgs?!5C(^UIxoi%Wk7FM8&;7%z$!
zJ?$-*pN#OLPFTFCQwcBXREjfrQKuDN)Txwb@S>SQEbyWt&a#CUU4pcic+ob?G{lQe
zW$GL+T5ISvUR3vqUA(AMDbL_VGlf{-MMa!t3op6^X)p1jZI)?>7oEz~IbO8Z&}+P?
z?i0IsQKwRz!Hb%$@S<j@?HFFvX@wVcD#e+6DvB4?(eR?WPu<0f)*90qFNznP?hWR<
zDsWmax~2R2*S~)I?YCF(8SC%;-tYab-}<e0z3W{c``E{}f7blBzV)r`zt^_I_uY5j
zyWjop?f;DJKaz)Eb;~WceCbPH+SNO9!EY8XdclBK`{j61yy(^5Gx~gfGQx}MP_c^_
zbt>USol0>AFY2_yi#nC^3|=%-hy`9$#96lRqDzqW5--|jnTB}LsZ5>YMQaVc#*6Ac
zv5OaVD&-lxXr>Sgyr_t?Y~e+hAnheyw9PUN@uE|iI>(FF8hVWv)qP?YFX~i^Gk8(6
z6<*W~wH?EYI<4@cPNg`LPet*fIvQS7_o=&h(OP3#<3;hJ)4jobR|QV)MYnnz2YvX%
zAAX2GuXgf~hdkt8{^ehG^>$qRo5hP>yx~>70$vm^dQ~^f6%XepBfRJpTWtsMqE02e
zs8cD<;6<HQcu}WPp23S|3bDY8ia5&_UUUi4UgAaDEYlD#I+dw&ylAbV*LYFgCwB3o
zPNh797tIu6ffp5VmMy&K5~RJvi?&&&AzpMUQ|EZmT0^h#qPkD);zgZGaRx7Hw!({=
zp|)dqQKuDN)TtC_@~J3ZR7b;$>OOTBFIsC%YrH64bh<Z~@2bGH@S<D5?ep4mp7Wfm
z1)}x*GoJB`?Z?!v-iwobvv|>yWb|JIFNzoS?-u7|elo&~I=S$oP9?mkQz_2iMV(f7
zQKwR#!HZ@JvA~OpILj7ZbP3X4;zipm(-1E@m8o;QXsw~wcv0OacJZQ4r96Wd%@ksR
z7Zq`qExhOwq`kz8wppejUUVu`=XlXtL$C3ox=-xlMV(4<1}|#1!i$=rwqtlvrxjk*
zsT61OsVH7lN5hNiK6Mu_T5C*eyeM9Dx;L2bs=zh!qS5dZpZLTRpZLV8K%MpDAOH9d
zfB3_@dKXUk&EiE*7}I$vyeMAOxljBv`N;?`>O{kfI+gIEPNg`57j;_UMV(4{1}~Z^
z!~!oW;w)Qu(IrTGi5G3NOhdfrRHn}HqP2!z<3)9!*u{%FmGTT;G*gHLUR1<cw(z1$
zkoFQU+Gd%Cc+sg$o#RDo4ZX&T>OQfH7j-Jd8N8_33NLDg+K%BxomO~Jr&65Br=oaK
z9Stw4`_x^$Xst1=@uGOq>E2+zs{+^5i$=-qA5Z_9*SzKjfA9x27Jb~~9`~wOz3R(f
z{_?K+pZuG}i=I5GenGq_UR2*9SG${^jPRmPI=rY;2`}nYiZggorxjk*sg!5%qM1T0
z@S-BlvV|92g0z=-(KgF8#EVX4>KrdxYv?szRQHKpyr@$t&)`Kfg;?N4MVw^|FS-P2
zFY%&nmT8C=oyycXUbNQGYrLrL6T5g(r&653i<+(QqGqV=7+%zAg%@=y#hH96iWk+<
z@S?g;-NlR68q*ptiWi;k4d%Nla0V}$JvU(Rjc<J8BOm$5U;Wiz{pp|n={w)~&iB3V
zecRtk^y^>$`u0#SkFmH&0ler%>K*a5cu~CQ5x0%_lKf<Z7ZsIq3on`}!~!oW;w)Qu
z(IrTGi5G3NOhdfrRHn}HqP2!z<3)9!*u{%FmGTT;G*gHLUR1<cw(z1$koFQU+Gd%C
zc+sg$o#RDo4ZX&T>OQfH7j-J-8N6tw5DUDhh_h_rMVBD$C0?}6(hl*WZI;6!Ui7fZ
zG{K8bW$GL+T5ITaJ{84_>QH!5-KXy2MQe>|jTgm>PWJ}$T@^T|7u{9ZZ`U`A7d>-%
zyeMAuw6|P-GQx{GVez6)CA_FpDbC<UomO~Jr&6B5i)IS3z>A7F%NAaA3DRETMcXXX
z5HC8FsdKz&t)bU=QQaqY@uE(pJcAd_6k>rF6>*j=yyz07y~K;QS*9UgbShKlc+pxz
zukoU~Pwe7Fol0>AFKV{Ji<+UfV|Y=g6<*Y-6le0OC|*=Y!;9)Zbr&yMYfNjrC|-2B
zH<<6L0ABQxz1?`xGrysDQM~ABZ@K(rgco(f;zgZGcu}WPoWYAat?;5wr96Wd%@ksR
z7Zq`qExhOwq`kz8wppejUUVu`=XlXtL$C3ox=-xlMV(4{1}~Z^!~!oW;w)Qu(IrTG
zi5G3NOhdfrRHn}HqP2!z<3)9!*u{%FmEsIu)NF+pHA8L3@S;vDyr@$t&g4^3yr_<b
z7u9|0E?%_OnAUhvyy$dqFyB=Hyyzu+yYZrDenau1c+u0|a{0*!FY1KFi#nC?qE4ka
zgBNvL;YFQFc?K_<DZ~OVD&j0#c+n+Ddx;lqvrI$0=v1c8@uIbcUgJe|pV-BVI+gMa
zUNlpP1zuFdS+?+^OOW;wFWP3AhIrAbOr7IJYYn}|i|RhHix+h&#TmS)*$OXehT4wd
zMV(f7QKwRz$)}=tQ5_90s{7PkylAa4t?{CG(dph`zN-Rw(M$Gr<3-Q>hT=u>qNly(
z@{<u>)Cr3hbt>USol0>AFY2_yi#nC^3|=%-hy`9$#96lRqDzqW5--|jnTB}LsZ5>Y
zMQaVc#*6Acv5OaVD&-lxXr>Sgyr_t?Y~e+hAnheyw9PUN@uE|iI>(FF8hVWv)qP?Y
zFX~i^Gk8(66<*W~wH?EYI<4@cPNg`LPet*fIvQS7_o=&h(OP3#<3;hJ)4jobR|U@C
zMYlg<+EvnT?>CDVJ#&A&C|>lmw_JWQ!izd#@uE&8yr@$t&frCzR(MgTQl7z!W(u*u
zi;6hQ7G87-(q7_4+bq)%FFKW}bG&G+q1Sj(-6wYOqE4kegBQ&dVu2SGah5H-=n|y8
z#EZ6BrXgN*DpTip(ON^V@uIp<?BYe8N^u4+YPQ0QnxVF1cu}VnUeu`+XY#2iUQ|cJ
zi|Rgg7cW|COl!O-UUa%QnD45<8NBE%x7_mF=RWsCANmmgMSq4{3om+x$o1a>FNznf
z_rt~4`N;?`>cqs0I+gIEPNg`57j;_UMV(4{1}~Z^!~!oW;w)Qu(IrTGi5G3NOhdfr
zRHn}HqP2!z<3)9!*u{%FmGTT;G*gHLUR1<cw(z1$koFQU+Gd%Cc+sg$o#RDo4ZX&T
z>OQfH7j-Jd8N8_33NLDg+K%BxomO~Jr&65Br=l<t9Stw4`_x^$Xst1=@uGOq>E2+z
zs{&{6qBq@i(}VuMzwWr>j+eju<zM;AS9VqS%-<|t^vuEWqIl8M-g5cL2rue{#fv(X
z@S;woID;2;TH!^VN_hq^nkmErFDl|JTX@kWNPCGFZL>^6yy#S>&hetPhF;@Eb)VS9
zi#nC^3|=%-hy`9$#96lRqDzqW5--|jnTB}LsZ5>YMQaVc#*6Acv5OaVD#aPRsM!iH
zYKGd5;YFQRcu}WPoXMx6cu^e<FRJ_0UA$<mF|F~Uc+u(JV7{vY=k%hXMz??cp6~gd
zx4h*o+pm<nN`0Ph7B709&iU_x7sZR_&2W-Melo&~Iz92CP9?mkQz_2iMV(f7QKwR#
z!HZ@JvA~OpILj7ZbP3X4;zipm(-1E@m8o;QXsw~wcv0OacJZQ4r96Wd%@ksR7Zq`q
zExhOwq`kz8wppejUUVu`=XlXtL$C3ox=-xlMV(4<1}|#1!i$=rwqtlvrxjk*sT61O
zsVH7lN5hNiK6Mu_T5C*eyeM9Dx;L2bs=&9!izXa>`qQ8OH-Gat8$8%m^K1Ie;zh4%
z-oqEii{eEO?~02|@{<u>)X9h!bt>USol0>AFY2_yi#nC^3|=%-hy`9$#96lRqDzqW
z5--|jnTB}LsZ5>YMQaVc#*6Acv5OaVD&-lxXr>Sgyr_t?Y~e+hAnheyw9PUN@uE|i
zI>(FF8hVWv)qP?YFX~i^Gk8(66<*W~wH?EYI<4@cPNg`LPet*fIvQS7_o=&h(OP3#
z<3;hJ)4jobR|U@CMYmtG-}uHiKH?FNNG7^0ZoT!^U-^|^`TXZUzpL`s=$plhUZb$n
z%i=}xqSL)`+&n)S;YFQ*cu}VkUeu`+XYis<E4-*vDbL_VGlf{-MMa!t3op6^X)p1j
zZI)?>7oEz~IbO8Z&}+P??i0IsQKwR#!HZ@JvA~OpILj7ZbP3X4;zipm(-1E@m8o;Q
zXsw~wcv0OacJZQ4r8t8ZHCy3D%~0Dhyr|O(FX~i^Gx<~$FRG*AMRlLLix;gmrZrv^
zFFM^D%y(7b3|=&Q{_{Wo^RNH<uitjtZHpJp%gvN-vUGc5m0!Z*Y75{+ueR6)&*Me$
zq8Ge{mM_mwMtISsOnZqJZL=&xyyy}{T;fGVoZP~TW(sG47j-J(MV(4<1~2Ng!izeU
z@(f-yQ-}p#RK!`f@S;nQ_7X4JW|@X~(Wy+G<3(!?y~c~`KCz1zbt>f<ylAEn3%sa^
zvuxo-mmuvWUbM~94)LOGmct=l^svb^!HZ61>KrdxYv^@86~&9{P<T<@r|#lKYmI4*
z7sZQC_XhJ_6*#9Cjj#_q@W2N?@PTJN>siS}4;N2*(v#lvp7(5jgubiy;w0ZJUi2gx
z{TIQD;zj+t#W|UujPRmPF1)By2`}nYiZggorxjk*sg!5%qM1T0@S-BlvV|92g0z=-
z(KgF8#EVX4>KrdxYv?szRQHKpyr@$t&)`Kfg;?N4MVw^|FS-P2FY%&nmT8C=oyycX
zUbNQGYrLrL6T5g(r&653i<+(QqGqV=7+%zAg%@=y#hH96iWk+<@S?g;-NlR68q*pt
ziWi;k4d%NlaDFeEdAFZJ?|8>Me&7dw;LwZ4<i;Cs{P~~%`TOp>Z~H`(U&TTfz>DfW
zC*Q@3;zdt;Q{^Wkyr>fvFX~jni#nC!3|`b}g%@=y<r%zarVtCfsED&{;YF7q?Im8c
z%`y$~qEneV$BWh)dW{#=ePS0c>Qu@zc+pHD7I;w+XW7DwE<xH$yl9(c8sbH#GIfp@
ztu^!-FRJ^*E?(5B6ld_FW-Gj?8EQL*7j;_UMV(4<CZCGpMRhd1sP0pD@uIcHw8o3#
zMW=g%`K}6l8@*_DzW@IFU;XM=KkQ)-o8ai(ci;WWSHAKa-}pv;35%%!UUVvRjple!
zyy$6ft^8z!7j?qoMV(4`QKwRz!HYVr@S;woJcAd_6k>rF6>*j=yyz07y~K;QS*9Ug
zbShKlc+pxzukoU~Pwe7Fol1EIFPbUD0xv4!EL(WdB}jXT7j3glL%irzrq1!AwT52f
zMRlLp#fv(X;tXEYY=sv!Lv6?KqE0Kks8cD<<Wo_+sE&pg)qUzNUbNPj)_768=yY!|
z-&KL@!HY)l?PJTQKmF+!zVL-N-+c1~M|bts9QV!QMUU%t^jG0U@uElHJna|eCnLOQ
z+h-Z#MVBD$C0?}6(hl*WZI)$-7hQtrOT4J=6T5g(r&653i#o0FqE4kegBQ&dVu2SG
zah5H-=n|y8#EZ6BrXgN*DpTip(ON^V@uIp<?BYe8N_hq^nkmErFDl|JTX@kWNPCGF
zZL_pPyl9){aEKQ@Y%)#oqEneV$BWh)dYw;2@uE5uUR3v~yLi!BV_M@y@uJhc!F*Q*
zt{*R&**Ayq*MI%jPkY+a4%KL$VKEiJi%w;((Ht*|7d`E*m7k38qE1-6s8b0q>Qss|
zcu}VnUeu|SXYit#LM-s2BF?gf7hQt1mw3@O%QVD`PG#yGFIsEpHC|NriCw&?Qz_5j
zMKgt1;6+88WeYF51ZgkvqHUIGh!>s8)Hz<X*3fIbsO}THcu}WPoWYBlt?;5|sO=bD
z)M<qmbt=V~d@70;)zR>xx=-E3i`E*`8ZU|$o$d|hyDD%UdeQ8^{V@N{-~7$0MsthB
zQ~)nJmAOW9yeMAuw6|7%GQx{GVez6)CA_FpDbC<UomO~Jr&6B5i)IS3z>A7F%NAaA
z3DRETMcXXX5HC8FsdKz&t)bU=QQaqY@uE(pJcAd_6k>rF6>*j=yyz07y~K;QS*9Ug
zbShKlc+pxzukoU~Pwe7Fol0>AFKV{Ji<+UfV|Y=g6<*Y-6le0OC|*=Y!;9)Zbr&yM
zYfNjrC|-2BH<<6L!1d`xw_geV@gM*3+0TA<#iHAKS8vU6-z;AAxNb*(6<!oCdi2fH
zeqnwx!i%<jmLXnr3DRETMcXXx5HH$hS%!GgC5XPni|RhHix+h&#TmS)(+V%@RLV1W
z(M%y0cu^5&*}{u1LE1~aXq#mk;zg%2b&eOUHS`)Us{6z)Ueu|SXYit#LM-s2BF?gf
z7hQt1mw3@OOFP7iwpk8`c+tZq(*!R%m8o;QXsw~w`BW4yszc#Lb)UM67p*m>HC_}i
zI^7%0cU9ne^P*q)!WUlr;uqh3`|XPqjmurVHOGCkc+um!9sN~!QM~BUH&6S8`N;?`
z+V)w7c+n+Ddx;lqv$R9JXq#mj;zgGr`Vudy`@}9@)TtC_@S;vDyr@$t&)`Kfg;?N4
zMVw^|FS-P2FY%&nmT8C=oyycXUbNQGYrLrL6T5g(r&6B5i)IS3z>A7F%NAaA3DRET
zMcXXx5HH$hIUM3e51ULAyy#S>&hetPhF<4WQM{-Qg%{O*>MmZi)|l3KQM~AMZ!q6g
zf$PMJZhvC%rZ>Imk&k?2%S5-~gCG3hm%QX9yLxMm`)2W?$8|gUtMH<D(W7sk_6zfq
z5ni<IvkdW~OOW;wFWP2lhj`I8%QD1^E<yAqUR3vqUA(AMDbC<UomO~Jr&6B5i)IS3
zz>A7F%NAaA3DRETMcXXX5HC8FsdKz&t)bU=QQaqY@uE(pJcAd_6k>rF6>*j=yyz07
zy~K;QS=u39w9Rrj#ETv_nI?GAsZ5>YMQaVc&ZnYyQ5^~|s{7PkylAa4t?{CG(dph`
zzN-S?UN5@+>C=1O^PVR?=}8k4-R94E&T~Ha!4L9Ff_YowMa@vBI))d;i=OIUir2|c
zMtD&tEMC;9gco%x#TmS)(+V%@RLV1W(M%y0cu^5&*}{u1LE1~aXq#mk;zg%2b&eOU
zHS`)Us{6z)Ueu|SXYit#LM-s2BF?gf7hQt1mw3@O%QVD`PG#yGFIsEpHC|NriCw&?
zQz_2iMa@=tQ8Uzb3@_@m!izeU;!Hjjg@Wj4cv0P_?&3vjjcJV+#fwh&2J>AN__lb_
z?Z5Fq`q7X6+|T{ojW^ynNzr@mx#ykleCPHH)vn%-i+{6t(Tg{{s#m~^;zh6OhPmS5
z{A7d|y<)5F!2iqMyT{ymR`uGZWRa!~q@;#OG>{NU2?SFj30nw;9TPPe;ENU{h^7=l
zaDxa2B}fb?0us=I98FMAz_2xPszj-V01Bj{0pv`JSP!kl)AoGmAK(2k;`qkC=RJPw
zx8^(FS$v;s#Vp4?#_xI7n%8r8uKCR8Vl8}8hZ4T1Ln$)&q7Ey3QHN4y@I@1aDDXuE
zoN0tFIssWO@kN(dx+cD8N2d1iMJo+m<BMuOF~t{kC}jp;G*O5GUsS-EM);x=kmV9z
zbcv;F;)`}<Y9C*;($F=&sOA$>d{Ku|Wbj2zR`{YOs1d^#by(qxI+P-lPet)XH8gxt
z&8JTBMJtW2#uvpG?e+%!O%XV<FM9LMH^1mbFS`8l%R5c<Zg;!e%U}NTTW`H}Q&-`D
zFBV_)fH0j?;fvynI{U=W<ed?|r~?gO)S-kg>QIUdzNo_rU(}(L8GO-1Aqsp^0cRTF
zi%vk6OMKBKmad5}+L5V!e9=ln*Z88EPfYPe9ZH$O7flqRz!w#8rV+mA1Z26y7hPiM
zn)sp}ncBw}tu%CvFRJ;(6kpV#6d8O`lNG+G32MafMIBc7q7J3V<Wo_6Q4I}WRP(7*
ze9=mytMNtgMZ3L0e^UgG<BN``z;Alfo9=hN`*oV=9q)L@AO7JV{^Tb=Ic{Dy#sA<h
z7GLz>Nc9QvMe#-T4!O{2-WlPGI_U649ZLA34yDN8i#n|EMIB0+!52*wqQDmwaHbKy
z=mccB#1~y+>6-YW9hut47p*jOjW4SC#1voDp_CbX(L^B%d{F^s8sUphK$c5<(Iu9y
zi7(obseOFWN<-K9qMA=k@kJd<k---=S>cPCphgT|)M14$>QIVIJ{83m)zI)oHJ>`g
z7p*k98ebG&wA&l>H$~tGzUX&;=XZ9R=;(jPcYMe1{Lb%;hkBdBetIt!U-b0YF3*fF
ziZ8m{7<)JK&In)BVTdp4P{J2=C`ATe)M14$>QKrIzG$Kl1-__&GmY>?Cm_ouzUUH5
z*Tfg?$kaZ*Xr-ZRd{NCOrud=`rOe=qCJIsDiwZc?2w!vpvRvYeF0ph?e9?|f?c<A9
z8oI_8)qG-#FX~W=48Ewz3SZO&HDdUp4l8_7hf-wnsVKgvhK4Vy`P3=CXr<BB_@elt
z-QJ+TDFR3EMbDi(x9f{uam5vHc*7gUW0y_QKEjK|7d-;x`b*%8;)~Y(aPm6ujPOMr
znE0X&C45nbQe^N&9ai|F4yDZCizW(D;EM`4(+FR50<v7<i!QNrO?=UgOzq=~RvNm-
z7u9@XiZAL=$_&0}q7VhXsDLw#@I@ye%O$?(5=+;_7wyQ@KE7zBp=*3m%_pY#q7J3V
z;ES59@I_5fBZe>Pu)-I0C`BfpisFlEX!xR<Po3h6RvKN6FN!bP?G5^yB5-71^v-v_
z^Yfnfyf1v=3!8#`%omF<dQ95m*TNUY7d`Bj%R3`{Q3ou(s6z=~)S(m^d{KuLzNkYf
zGx(y3LKOI-0?stT7oC7Cm-wPfEL{^{v?Ejd_@b4DuJJ`RpP1r{I+QYlFPbPsfiEiH
zOe1{J3CMDZFS^9iHSt9|GPRE{T50GSUsUsnDZZ#fDKhw?CM$eV6V!;|i#n|EMIB0!
z$)}?Dq8b{$sOD3r_@b3YSL2J~i*|d1{-y{V%@=*#;~w|n4}X|H>rZ=k;ftO&;pzPN
zqWGfImN?-u?~L$89g_H>4kdh1hf-wlMIBc7q7J3Z;EN^-QQ(UTIMWDUbON$m;)^b^
zbWMEGj!f<2i&h%C#uwFmVu~;7P|6IxXrd4WzNmmRjqpV$Aj>7b=n_lU#24+z)IPpw
zrJ-wlQOzf&_@WM_$l!~btnfumP$Pyf>afBWbtpw9pNis;XlVGNnophLi&h$4jW3EX
z+U*Vcn<8)oU-WHnd)s)!*%Z~=@x|hc9vMEqD8A@nw_M&C;fp$8@kJd<_@WM_$l!}Q
ztnfu0N}0hIO%$TQ7Zq@(5x(dIWVyr_U1I5)_@W(|+Q%2IG<1zGs`<neU(}(L8GO-1
zAqsp^0cRTFi%vk6OMKBKmad5}+L5V!e9=ln*Z88EPfYPe9ZHeG7d2Voi<+QD3}4h?
zg)iz*icCHg#TV7k@I^JBI>i^QG`bpJ6koL48}v6t;0V6xrg+}&FBV_)$d>?L6kqhP
zTQ2X6@I@W4_@WLad{Ku|Wbj2DR`{Y0rOe=qCJIsDiwZc?2w!vpvRvYeF0ph?e9?|f
z?c<A98oI_8)qG-#FX~Xr48CZh5Cy)dfHRHoMJFK3CBEnqOV`8~?a0(VzG$VPYkX17
zC#LwK4yDN8i<+$PMNLp6hA--{!WVTYMJAt$;)`l%_@bImo#KmD8eNSqiZ9yj4f>lR
zfG>K+E;qjDkuNB|D8A@nw_M&C;fp$8@kJd<_@WM_$l!}Qtnfu0N}0hIO%$TQ7Zq@(
z5x(dIWVyr_U1I5)_@W(|+Q%2IG<1zGs`<neU(}(L8GO-1Aqsp^0cRTFi%vk6OMKBK
zmad5}+L5V!e9=ln*Z88EPfYPe9ZHeG7d2Voi<+QD3}4h?g)iz*icCHg#TV7k@I^JB
zI>i^QG`bpJ6koL48}v6t0AKWsU2c5QBVSN_QGC(EZn?ZO!WVVG;)^<z@I@U;k--;r
zSmBF0lrn=ankYnpFDl?nBYe>b$a0A<y2R2o@kKi_wT~}aY3LeXRP%``zNkYfGx(y3
zLKOI-0?stT7oC7Cm-wPfEL{^{v?Ejd_@b4DuJJ`RpP1r{I+P-VFKV*F7d1hR7`~{(
z3SZQr6q$S~iZ806;frcMb&4-qX>>KdD86X7H|TGQ0KVuMyWIGqN4}u=qWGeR-Ew(n
zgfHrV#TRub;fp$yB7-mLu)-I0C}jp;G*O5GUsS-EM);x=kmV9zbcv;F;)`}<Y9C*;
z($F=&sOA$>d{Ku|X7EK5g(&bv1)OPwFFFBPF7ZW|Sh^;@Xh){@@kJ{QUE_;tJ~71?
zbtpv!U({rUFKU7sF?>;n6~3rLDKhy~6kk+B!xz<j>J(qJ(&%b@QGC&EZ_wWq0esOj
zcDeCIk9<M#Me#)syXErE2w&6zi!bU>!WVTYMFwBgVTCX1P|6IxXrd4WzNmmRjqpV$
zAj>7b=n_lU#24+z)IPpwrJ-wlQOzf&_@WM_%;1YA3Q^#T3OLgUUvvVpT;hu^v2;y*
z(T+^*<BL`ry2cmPd}4|(>QIUdzNpCxU(^IOV)&vCD|}IhQe^U}D88tMhA*o5)G5Ab
zrP0;+qWGfS-k`rJ0{Eh5>~iCa9{Gaei{gtOcFX0R5x%Gc7GKn%gfHq)iVVJ}!wO&2
zp_CbX(L^B%d{F^s8sUphK$c5<(Iu9yi7(obseOFWN<-K9qMA=k@kJd<nZXxL6r#Wv
z6>z2zzUTyGxx^P;V(FUrq8*vq#}}<Mbd4{n`NR}o)S(m^d{L7XzNiUm#PCHOR`{Y0
zrO4z{QG8Ji4PR9AsZ)H>N~5dsMe#+uy+MCd1n@=A*yY9-J@N&`7sVGn?3T+rBYaT@
zEWW5i318Hq6d8O`hZVl4Ln$-(qKQHj_@V;NG{P61fGn5zqDw4Y6JN9=Q~UU$m4>eI
zMKzz8;)^<zGJ`LgC`5rTD&R~be9;NWa)~dx#L_kKMLROJk1twj=o(*C^NA_Gs6#0-
z_@X8&d{GnBh~bMmtnfu0N|DK@qWGd38osFJQ>XZ%l}1<Ni{guRdxQR_2;hsJvCEAw
zdgKd=FN!aE*e#cLM);x*SbR~3627QIDKhw?4l8_7hf-$nMH7W6@I?ijX@oC20a-5b
zMVDB*CcbD#ruOkgD-B)ai)ubG#TRubWd>g~QHTOxRKS@=_@Wb#<q}_XiKT1ei*{sc
zA78Z6&^5lO<`YwVQHN4w@I_5l_@XAL5yKaCSmBF0lp>Q)Me#*7G<;Fbr%v%jD~+zk
z7sVIt_6Ge;5x^HcW0xCW^vD+!Uld>Tuv;$gjPOMru=t`5C45nbQe^N&9ai|F4yDZC
zizW(D;EM`4(+FR50<v7<i!QNrO?=UgOzq=~RvNm-7u9@XiZAL=$_&0}q7VhXsDLw#
z@I@ye%O$?(5=+;_7wyQ@KE7zBp=*3m%_pY#q7J3V;ES59@I_5fBZe>Pu)-I0C`Bfp
zisFlEX!xR<Po3h6RvKN6FN!bP?G5^yB7iS?#x6I$=#eidz9_!vVYgh~8R3gMVDUvA
zO8BA<rO4omI;`+T9ZH$O7flqRz!w#8rV+mA1Z26y7hPiMn)sp}ncBw}tu%CvFRJ;(
z6kpV#lo@={L?H@%Q2}Qf;fqc{mP>rmC6=y<FWQl*eSFbML)ZACnomseMIB0!!51}I
z;ftD}MhsunVTCX1P>M`G6~!0T(C|eypE|`Ctu(qCUld=o+Z*&ZMF3y)j9qSg(Ia0_
zd{KPS!*02}Gr|{jz~YNKl<-9zN|C`Aby(qxI+QYlFPbPsfiEiHOe1{J3CMDZFS^9i
zHSt9|GPRE{T50GSUsUsnDZZ#fDKq$@i9!_kq5{q|!WW%@ESLDAODtUzU$i4r`}m@j
zhOY5NHJ_N`i#n7dgD+~b!WT6`jTpYD!wO&2p%j^XDvB?vq2Y^aK6Q#OT4{7Oz9_zE
zw>Ri-iU7Xo8N1y0qDQ`<_@elthuv~{XM`{6fW;SeDB+7blp=#K>afBWbtq*9Uo=sO
z0$)_XnMU}c6OiQ+Uv!D3YvPM`WNIH@w9?QuzNqFCQ+!c}QfBZ)6NM=7MFpH`gfBV)
zSuXKKmsq+czGz3L_VGn44PE1lYCbW=7j-B_24B=<g)eG?8ZmrPhZVl4Ln$)(R1{xS
zL&F!<eCiZmw9@Emd{KPSZg0@v6ajqEGj_T0MUQ+z@kQ}P54+{^&In)B0gEr{P{J2=
zC`ATe)M14$>QKrIzG$Kl1-__&GmY>?Cm_ouzUUH5*Tfg?$kaZ*Xr-ZRd{NCOrud=`
zrOe=qCJIsDiwZc?2w!vpvRvYeF0ph?e9?|f?c<A98oI_8)qG-#FX~W=48Ewz3SZO&
zHDdUp4l8_7hf-wnsVKgvhK4Vy`P3=CXr<BB_@elt-QJ+TDFXPSXY6w0iyrxc;)~*o
z9(K#+oe{pM0~TM@p@c8$P>Kw`sKW|h)S;9ae9=T93VcxkXBy#)PC%ARe9<MAu8A+&
zk*R%r(Mm(t_@bImOz}k>N}0hIO%$TQ7Zq@(5x(dIWVyr_U1I5)_@W(|+Q%2IG<1zG
zs`<neU(}%#8GKQb6~3qmYQ*qG9ai|F4yDNCQ&D_T4GmvZ^QlvO(MqGM@kQ}PyS+hw
zQv?p>i$3dF&wA#Ue{720SKy1q7d`St!576BJ?xgtJ0pBi2Q0p*LkVBhp%fW>QHK@2
zs6#0;_@aqI6!@Y7&NRXooq#Nt_@YZJT@zolBUAhMqLqfO@kKSCnBt2%lrn=ankYnp
zFDl?nBYe>b$a0A<y2R2o@kKi_wT~}aY3LeXRP%``zNkYfGWen<D|}HC)QI7WI;`+T
z9ZHeOr=s|x8XCT+=2NHmqLoHh<BQ^pc6)>VrU)F$7d?0G+*f`1$1c5>z3gS<R~bKc
zM|2KO0AKXrNc9QvMe#-T4!O{2-WlPGI_U649ZLA34yDN8i#n|EMIB0+!52*wqQDmw
zaHbKy=mccB#1~y+>6-YW9hut47p*jOjW4SC#1voDp_CbX(L^B%d{F^s8sUphK$c5<
z(Iu9yi7(obseOFWN<-K9qMA=k@kJd<k---=S>cPCphgT|)M14$>QIVIJ{83m)zI)o
zHJ>`g7p*k98ebG&wA&l>H$`A*oI~@x?Y7%a_^O33Dn=*#MLB$z0KVuhlT+>Bi{gtO
zc7x@e5x%Gc7GKn%gfHq)iVVJ}!wO&2p_CbX(L^B%d{F^s8sUphK$c5<(Iu9yi7(ob
zseOFWN<-K9qMA=k@kJd<nZXxL6r#Wv6>z2zzUTyGxx^P;V(FUrq8*vq#}}<Mbd4{n
z`NR}o)S(m^d{L7XzNiUm#PCHOR`{Y0rO4z{QG8Ji4PR9AsZ)H>N~5dsMe#+uy+MCd
z1n@=A*yY9-J@N&`7sVGn?3T+rBYaT@EWW5i318Hq6d8O`hZVl4Ln$-(qKQHj_@V;N
zG{P61fGn5zqDw4Y6JN9=Q~UU$m4>eIMKzz8;)^<zGJ`LgC`5rTD&R~be9;NWa)~dx
z#L_kKMLROJk1twj=o(*C^NA_Gs6#0-_@X8&d{GnBh~bMmtnfu0N|DK@qWGd38osFJ
zQ>XZ%l}1<Ni{guRdxQR_2pq~6z4+pb<KLqncOMf#{(jL3$f+*zMNbv)?#b~*@kMuc
z#YsAOXM`{6V8j=7DB+7blp=#K>afBWbtq*9Uo=sO0$)_XnMU}c6OiQ+Uv!D3YvPM`
zWNIH@w9?QuzNqFCQ+!c}QfBZ)6NM=7MFpH`gfBV)SuXKKmsq+czGz3L_VGn44PE1l
zYCbW=7j-B_24B=<g)eG?8ZmrPhZVl4Ln$)(R1{xSL&F!<eCiZmw9@Emd{KPSZg0@v
z6oEteqW8GRJ;E0q?=2HRe9;NWsV?zFPZjU($?-+;MR#|_NjiCFgfHq~#20la;fp$y
zB7-mLu)-I0C}jp;G*O5GUsS-EM);x=kmV9zbcv;F;)`}<Y9C*;($F=&sOA$>d{Ku|
zX7EK5g(&bv1)OPwFFFBPF7ZW|Sh^;@Xh){@@kJ{QUE_;tJ~71?btpv!U({rUFKU7s
zF?>;n6~3rLDKhy~6kk+B!xz<j>J(qJ(&%b@QGC&EZ_wWqfkXMC4}bW>!xz2&`s*iv
z_@Wb#Q(fYVo+{qmljDoxi|+1<lXUXV2w&8}h%f3;!WVTYMFwBgVTCX1P|6IxXrd4W
zzNmmRjqpV$Aj>7b=n_lU#24+z)IPpwrJ-wlQOzf&_@WM_%;1YA3Q^#T3OLgUUvvVp
zT;hu^v2;y*(T+^*<BL`ry2cmPd}4|(>QIUdzNpCxU(^IOV)&vCD|}IhQe^U}D88tM
zhA*o5)G5AbrP0;+qWGfS-k`rJ0*CTNU-`;chA(=TyWHjd?|=XJS}8H&izbRA6!@Y?
zfLwnGd{KPSx*twn=baJ0r~?yU)S-kg>QIUdzNo_rU(}(L8GO-1Aqsp^0cRTFi%vk6
zOMKBKmad5}+L5V!e9=ln*Z88EPfYPe9ZH$O7flqRz!w#8rV+mA1Z26y7hPiMn)sp}
zncBw}tu%CvFRJ;(6kpV#6d8O`lNG+G32MafMIBc7q7J3V<Wo_6Q4I}WRP(7*e9=my
ztMNtgMZ3L0e^Uew<%`~Y^UdLl=Fb;jeDQEc$B*n>cG+do+56{BU7Gz~EWYS|-1a^S
zUld<-@6EG3Fz<};MVEZ0CcfwdWVyr_U1C`_@kN(drY64V1Vk_KMKzz8;)^<zB7-mL
zu)-I0C}jp;G*O5GUsS-EM);x=kmV9zbcv;F;)`}<Y9C*;($F=&sOA$>d{Ku|X7EK5
zg(&bv1)OPwFFFBPF7ZW|Se8wE(IuAMCcfw{ldgj=+L5V!e9=ln*ZEWwUsQv_7u9^~
z6koK`=xTgXe9>-i(BBk+L;0cu+BMf)lWOQG6`Q&=`@L9v(fzpXeH6YZzUbbYXL(@W
z8R3gA`AkiG(Fw?Mi7&duvTWjuF0o8ae9;MrUgC>tJ~71?btpv!U({iRFX~Xr48CZh
z5Cy)dfHRHoMJFK3CBEnqOV`8~?a0(VzG$VPYkX17C#LwK4yDZCizW(D;EM`4(+FR5
z0<v7<i!QM&oA{zjEW1s7(Oo882Vb-!Q~UU$m4>eKsVKgv28A!G`P3=CXr<BB_@elt
z-QJ+TDFO%dMaMVZ4}bW>PstRG({Ae0?Dt~vMfc;j_fhzw_@aAnp5=jgXM``h<TEw#
zMJFK3CBEnq%d&|ty2LUy@kJ*fdWkQp`NR}o)S(m^d{KuLzNkYfGx(y3LKOI-0?stT
z7oC7Cm-wPfEL{^{v?Ejd_@b4DuJJ`RpP1r{I+QYlFPbPsfiEiHOe1{J3CMDZFS^9C
zY~qV9vFtYSMR%EW9emM_Ozq=~RvNm_r=s|x8Wg^$=2NHmqLoHh<BQ^pc6)>VrU)F+
z7Y%M7`p}22zWVB~{_3wj4RLf+mu9~gi!Zt#x4n<T7sVIdd-E(0%sV4|(Iua$i7z?<
zSuXKKmsplfe9<MAsfjN-0ntl*QOzf&_@WM_$l!}Qtnfu0N}0hIO%$TQ7Zq@(5x(dI
zWVyr_U1I5)_@W(|+Q%2IG<1zGs`<neU(}(L8GO-1Aqsp^0cRTFi%vk6OMKBKmSq!P
zbctoRi7&d#r0d{|c4TTFU$oNDbv_lv7uBHfMKzx~#TTtKx*A^;U$omB^fyJ|;J#?m
z8#=-Ga%udy!yWDr?&$b*6rH_)&XZGg1n@;WGN;tX7sVGn?AFRVBYaT@EWW5i318Hq
z6d8O`hZVl4Ln$-(qKQHj_@V;NG#a;2;}gQzS5u#5C4etlX`Hvl7d<bc5x^I9C`ATe
z)M14$>QKrIzG$Kl1-__&GmY>?Cm_pZeCEtY(mcCgQp#q48XrNkL$ON$Uv!sA*TEO<
z$kaZ*Xr-ZRd{NCOr}(0Y;=BdE=y?&10KTY0DKhy~l+T<RT7Ebm#n@mvyzwc%sIvj^
zMe#+QeM08U6F5CzG|`<qcaDEeK53kGfiHU6gs1c4i{gt;TjGSvyfcbV{^Kk96Q1yF
zAC52TTwi=qhf-wlMIBc7q7J3Z;EN^-QQ(UTIMWDUbON$m;)^b^bWMEGj!f<2i&h%C
z#uwFmVu~;7P|6IxXrd4WzNmmRjqpV$Aj>7b=n_lU#24+z)IPpwrJ-wlQOzf&_@WM_
z$l!~btnfumP$Pyf>afBWbtpw9pNis(YH0YPnophLi&h$4jW3EX+U*Vcn<9WOdd4m{
zzUYxJD84AZ=wY{9-WlPGI$-fd9ZLA34yDN8i#n|EMIB0+!52*wqQDmwaHbKy=mccB
z#1~y+>6-YW9hut47p*jOjW4SC#1voDp_CbX(L^B%d{F^s8sUphK$c5<(Iu9yi7(ob
zseOFWN<-K9qMA=k@kJd<k---=S>cPCphgT|)M14$>QIVIJ{83m)zI)oHJ>`g7p*k9
z8ebG&wA&l>H$~tGzUU>FTr&QO(eYzbU~jJ%i!XX)^7x|oqKDmbd1r(#>VU-;btvJB
zI+P-VFY2(u7j-CQ246H$hyq_!z?nw)q7#ti5?^$QrEB7gc4TTFU$oNDHNL3k6H|Oq
zhf-$nMH7W6@I?ijX@oC20a-5bMVDB*CcbD#ruOkgD-B)ai)ubG#TRubMFwBgWQ8wk
zf*LV=QHK@2s6#0-`BW5NR71lT)qLs{U$oNbYJ5?A(Qa?h-xPr(_@bNQdAq+@e9<Fc
z0(?<?(Zg=JyfeZVb-?0_I+XB59ZHeG7j;<Si#n7tgD;vWM1e0V;7lWY(Fw?Mi7&du
z(lzl#J2JJ8FIs8n8edfNi7CFQLn$-(qKQHj_@V;NG{P61fGn5zqDw4Y6JN9=Q~UU$
zm4>eIMKzz8;)^<zB7-k#vceZNL5&!`sKW|h)S(oad@71Bs-fYFYCd&}FIs7IHNGgm
zXty`$Z;AlE=o!1*_@YO?p!lNrqKDmbd1r(#>VU-;btvJBI+P-VFY2(u7j-CQ246H$
zhyq_!z?nw)q7#ti5?^$QrEB7gc4TTFU$oNDHNL3k6H|Oqhf-$nMH7W6@I?ijX@oC2
z0a-5bMVDB*CcbD#ruOkgD-B)ai)ubG#TRubMFwBgWQ8wkf*LV=QHK@2s6#0-`BW5N
zR71lT)qLs{U$oNbYJ5?A(Qa?h-xL9S(KB|r@kNh(LGeZLMGw2>^3Dif)B%ex>QKTL
zbtpv!U({iRFX~Xr48CZh5Cy)dfHRHoMJFK3CBEnqOV`8~?a0(VzG$VPYkX17C#LwK
z4yDZCizW(D;EM`4(+FR50<v7<i!QNrO?=UgOzq=~RvNm-7u9@XiZAL=iVVJ}$qHZ8
z1T|v#q7Ey3QHN4w@~J4ksD_3ws`=C@zG$V<)%c?LqTSx0zbOJ=3BKs~0KjK}L+v_z
z(L<3m&x0?DFKTWTGdA7~>u3J)6}@@jHe>jr&UMEZbtpv!U({iRFX~Xr48CZh5Cy)d
zfHRHoMJFK3CBEnqOV`8~?a0(VzG$VPYkX17C#LwK4yDZCizW(D;EM`4(+FR50<v7<
zi!QNrO?=UgOzq=~RvNm-7u9@XiZAL=iVVJ}$qHZ81T|v#q7Ey3QHN4w@~J4Uh=x|5
z9ghvB!yBLCi#i(sUld=|*(YSqJb~NA7ro_{Ti)=7H(YbgHCJAF<wX}=^i^N}F^X^a
zhHrTM;~)Qvzxa!P`Imor=E<MZ3&a;aC9vIT@kQ}PyS=erKktm<lRv(w#)vPf`NR}o
z)S(m^d{KuLzNkYfGx(y3LKOI-0?stT7oC7Cm-wPfEL{^{v?Ejd_@b4DuJJ`RpP1r{
zI+QYlFPbPsfiEiHOe1{J3CMDZFS^9iHSt9|GPRE{T50GSUsUsnDZZ#fDKhw?CM$eV
z6V!;|i#n|EMIB0!$)}?Dq8b{$sOD3r_@b3YSL2J~i*|d1{-y{V(-$2#ChvRS`|f++
z`-UK@e;%<9edt4*x)uj{vG}3~!RVg^Uld=|-z`ou?~L$89bEXL4kdh1hf-wlMIBc7
zq7J3Z;EN^-QQ(UTIMWDUbON$m;)^b^bWMEGj!f<2i&h%C#uwFmVu~;7P|6IxXrd4W
zzNmmRjqpV$Aj>7b=n_lU#24+z)IPpwrJ-wlQOzf&_@WM_$l!~btnfumP$Pyf>afBW
zbtpw9pNis(YH0YPnophLi&h$4jW3EX+U*Vcn<8*DUvzwceAvStrXA7U>9>CCw~n{;
zO<j=_zF2(G69T-@!|_G&MK5&E=zQK8;frceF~t{kDB+7blp=#K>afBWbtq*9Uo=sO
z0$)_XnMU}c6OiQ+Uv!D3YvPM`WNIH@w9?QuzNqFCQ+!c}QfBZ)6NM=7MFpH`gfBV)
zSuXKKmsq+czGz3L_VGn44PE1lYCbW=7j-B_24B=<g)eG?8ZmrPhZVl4Ln$)(R1{xS
zL&F!<eCiZmw9@Emd{KPSZg0@v6oKRTqT}((-S2+)T^-cv-0g068_%#dbx}_8V(~>!
zLT`^_@kQ}P_t-Y#ki0X(7ZsFpgfE&XM1e0V;7lWY(Fw?Mi7&du(lzl#J2JJ8FIs8n
z8edfNi7CFQLn$-(qKQHj_@V;NG{P61fGn5zqDw4Y6JN9=Q~UU$m4>eIMKzz8;)^<z
zGJ`LgC`5rTD&R~be9;NWa)~dx#IkJSi!QP3Ht|JwnRFd|(T+^*<BL`ry3VJf_@WvV
zzNqF?r}(0kMpxsD;)`~BgZ`!n9KjbIUcvqDcfUyueei=H{EAn+;=S*E@25Zg=|B7O
zkI#JOGh_M6SHAM04}ItqzT%22##6sdU6;LIEWYU8==M7hUld<-zn#+^m3Kz?q8*~z
z#}}<Mx*A`!BeUDb7u{vD+rbyzWg<HGq5@8i@I@2Fc?*2e^CB7nd{Ku|X7EK5g(&bv
z1)OPwFFFBPF7ZW|Sh^;@Xh){@@kJ{QUE_;tJ~71?btq*9Uo=sO0$)_XnMU}c6OiQ+
zUv!CO*~AxJV%crti|#V%I{2a;ncBw}tu%C<Pet)XH7I;h&8JTBMJtW2#uvpG?e+%!
zO%XVPFZ$A#zO?$E&w0*s#s_Z=d3=HJ{O3Qv9`(W(zEB^+Gzj2}9(gC=i{gtOcFX0R
z5x%Gc7GKn%gfHq)iVVJ}!wO&2p_CbX(L^B%d{F^s8sUphK$c5<(Iu9yi7(obseOFW
zN<-K9qMA=k@kJd<nZXxL6r#Wv6>z2zzUTyGxx^P;V(FUrq8*vq#}}<Mbd4{n`NR}o
z)S(m^d{L7XzNiUm#PCHOR`{Y0rO4z{QG8Ji4PR9AsZ)H>N~5dsMe#+uy+MCd1Wwx*
z9bbc=J9jS3&pX}ePM`hkXMMbX@+W_Cm%H30j=kuji^e^mf9z(H_@YO?^!TFqqKDmb
zd1r(#>VU-;btvJBI+P-VFY2(u7j-CQ246H$hyq_!z?nw)q7#ti5?^$QrEB7gc4TTF
zU$oNDHNL3k6H|Oqhf-$nMH7W6@I?ijX@oC20a-5bMVDB*CcbD#ruOkgD-B)ai)ubG
z#TRubMFwBgWQ8wkf*LV=QHK@2s6#0-`BW5NR71lT)qLs{U$oNbYJ5?A(Qa?h-xPt<
z_C<f|w|*=Cn$Qc9MdK=b@rz#^rf8huy6djn)TP<)#o~+Z$8GPU@I~=O_uf3q1M|)Z
zUv$Z5YT}DdK$c5<(Iu8;6JK<RWoqJ!PC)b$UsUsnDZZ#fDKhw?4l8_7hf-$nMH7W6
z@I?ijX@oC20a-5bMVDB*CcbD#ruOkgD-B)ai)ubG#TRubWd>g~QHTOxRKS@=_@Wb#
z<q}_XiDlWu7hPi6ZQ_gWGU+<_q8*vq#}}<Mbe&H{@kKQ#d{ND(PVq%6jjqNQ#TV`N
z2K`MDIBj3_+0TA<*q-B`q2CYe3tsSoIK#7^^{oBQu&JZ)MUQ;B@kQ}P54+{^&In)B
z0gEr{P{J2=C`ATe)M14$>QKrIzG$Kl1-__&GmY>?Cm_ouzUUH5*Tfg?$kaZ*Xr-ZR
zd{NCOrud=`rOe=qCJIsDiwZc?2w!vpvRvYeF0ph?e9?|f?c<A98oI_8)qG-#FX~W=
z48Ewz3SZO&HDdUp4l8_7hf-wnsVKgvhK4Vy`P3=CXr<BB_@elt-QJ+TDFUbMi+<BL
zeN)(;H{Ep8eqjIX&;BgV@PG$AV81hL>L`5CBVTTOQGC(EZn?ZO!WVVG;)^<z@I@U;
zk--;rSmBF0lrn=ankYnpFDl?nBYe>b$a0A<y2R2o@kKi_wT~}aY3LeXRP%``zNkYf
zGx(y3LKOI-0?stT7oC7Cm-wPfEL{^{v?Ejd_@b4DuJJ`RpP1r{I+P-VFKV*F7d1hR
z7`~{(3SZQr6q$S~iZ806;frcMb&4-qX>>KdD86X7H|TGQz-jxUmtA&Q*q*~K*bnUZ
zco1i}^wLZBJHw`q!WTXA<;EAq7d`Bj%R3`{Q3ou(s6z=~)S(m^d{KuLzNkYfGx(y3
zLKOI-0?stT7oC7Cm-wPfEL{^{v?Ejd_@b4DuJJ`RpP1r{I+QYlFPbPsfiEiHOe1{J
z3CMDZFS^9iHSt9|GPRE{T50GSUsUsnDZZ#fDKhw?CM$eV6V!;|i#n|EMIB0!$)}?D
zq8b{$sOD3r_@b3YSL2J~i*|d1{-y|=wl8|gC6|QlIqpjK1{-I%!yWFh_ZhZxAin64
zuQk3XzUX1MT;3Vsi#lNOMIB1`q7J3V;EOt}@I@U;nZXxL6r#Wv6>z2zzUTyGxx^P;
zV(FUrq8*vq#}}<Mbd4{n`NR}o)S;9ae9=T93VcxkXBy#)PC%ARe9<MAu8A+&k*R%r
z(Mm(t_@bImOz}k>N|C`AHCf?{nxIAuU({iRFX~W=Og<IG7uC@4MKzx~#TTtKx*A^;
zU$omB^fyJ|w0+Tg+~Xc$dyXe8`+*%d$Z>|R{o1eH?+lwd3Sacdmm6OcU-YnBF7J%+
zMIEsCq7Ef|QHN4w@I@U~_@WM_%;1YA3Q^#T3OLgUUvvVpT;hu^v2;y*(T+^*<BL`r
zy2cmPd}4|(>QKrIzG$Kl1-__&GmY>?Cm_ouzUUH5*Tfg?$kaZ*Xr-ZRd{NCOrud=`
zrO4omnym0eO;96-FY2(u7j-B_CZCGpi)v{2qMA>g;)_-qU5zh_FWT)5`kNwf+P>)H
z9{0GgJ%8tSerG?hzxR8;7iW0PV;-~L88&qkzUYxJH@+yo=wY{9-WlPGI$-fd9ZLA3
z4yDN8i#n|EMIB0+!52*wqQDmwaHbKy=mccB#1~y+>6-YW9hut47p*jOjW4SC#1voD
zp_CbX(L^B%d{F^s8sUphK$c5<(Iu9yi7(obseOFWN<-K9qMA=k@kJd<k---=S>cPC
zphgT|)M14$>QIVIJ{83m)zI)oHJ>`g7p*k98ebG&wA&l>H$~vIebLvv<~3n^-se8|
z+2arTaWC_L2RtCo@QPQwVpEr9zZZ)yx*xZ_kHQzl7u|dFEDy{(BYe>%pQ(v2IssWO
z@kN(dmQ8%oC6=j)FFFCyOMFqyC#LwK4yDN8i#n|EMIB0+!52*wqQDmwaHbKy=mccB
z#1~y+>6-YW9hut47p*jOjW4SC#1voDp_CbX(L^B%d{F^s8sUphK$c5<(Iu8;6JK<R
zWw(hhy33^N;EQ%-Y9C*;($IB272QK4(PutmQ+!eXg5rxhtnfwgMV);@=FAf~ZC~_@
zU;JX&p5y1IJ?&{1%JbRJes&&y(@i&B=;0g8<BJ~oqT`F=iyn5%<((0}r~?*X)S-kg
z>QIUdzNo_rU(}(L8GO-1Aqsp^0cRTFi%vk6OMKBKmad5}+L5V!e9=ln*Z88EPfYPe
z9ZH$O7flqRz!w#8rV+mA1Z26y7hPiMn)sp}ncBw}tu%CvFRJ;(6kpV#6d8O`lNG+G
z32MafMIBc7q7J3V<Wo_6Q4I}WRP(7*e9=mytMNtgMZ3L0e^Ufb+ZP=$AM~IHrSm!d
zP5JQ_?GPUK#n)VOO&&P@gLRG~gD-mIJ%BHYFM8N5mv=_^q7GPmQHK(~s6#0-_@WLg
zd{Ku|X7EK5g(&bv1)OPwFFFBPF7ZW|Sh^;@Xh){@@kJ{QUE_;tJ~71?btq*9Uo=sO
z0$)_XnMU}c6OiQ+Uv!D3YvPM`WNIH@w9?QuzNqFCQ+!c}Qe^N&O;-4#Ca4j^7j;<S
zi#n7dlTStQMKv^hQO&1L@kJ|*uErO|7wz^2{Y?=#f-m~{&woC(&rw`-(M8XE<}*M3
z@sE!OdAq2Ggz$+^d}92yqIbB%9qLh^{`9AJ!*q5D;EV1uIn@rnD8A@nH(1^o;fp$8
z@kJd<_@WM_$l!}Qtnfu0N}0hIO%$TQ7Zq@(5x(dIWVyr_U1I5)_@W(|+Q%2IG<1zG
zs`<neU(}(L8GO-1Aqsp^0cRTFi%vk6OMKBKmad5}+L5V!e9=ln*Z88EPfYPe9ZHeG
z7d2Voi<+QD3}4h?g)iz*icCHg#TV7k@I^JBI>i^QG`bpJ6koL48}v6t;0V6x;Q7Wk
zzOl-mS%2NveciWx+qXULagY1n@BQ9y|MqXc``z!JqguS~b+6mhMLEff#TPvZy*-Y_
z7sVIdW7~*B^3DifR8YzhzG$Kl1-__&GmY>?Cm_ouzUUH5*Tfg?$kaZ*Xr-ZRd{NCO
zrud=`rOe=qCJIsDiwZc?2w!vpvRvYeF0ph?e9?|f?c<A98oI_8)qG-#FX~Xr48CZh
z5Cy)dfHRHoMJFK3CBEnq%d&|ty2P^E#24LV(sl4fJ2JJ8FIs8nI-iQ-i)v8#qMA>g
z;)_-qU5zh_FWT)5`kNwf9A9)G{l#DW#j1e%^=n`I+D%=N6TVn{(Gvo^(8KXX@kK9m
z&**&K8R3g+P%*_9btvJBI+P-VFY2(u7j-CQ246H$hyq_!z?nw)q7#ti5?^$QrEB7g
zc4TTFU$oNDHNL3k6H|Oqhf-$nMH7W6@I?ijX@oC20a-5bMVDB*CcbD#ruOkgD-B)a
zi)ubG#TRubMFwBgWQ8wkf*LV=QHK@2s6#0-`BW5NR71lT)qLs{U$oNbYJ5?A(Qa?h
z-xPtP`J#jB_=o8q@{ou4rs#tn^q|jt<};hR94CLV_@XCgctK~t7sVI7pbc~0aNZf=
zi=LO&2;hr4l<-9zN|C`Aby(qxI+QYlFPbPsfiEiHOe1{J3CMDZFS^9iHSt9|GPRE{
zT50GSUsUsnDZZ#fDKq$@i9!_kq5{q|!WW%@ESLDAODtUzU$i4r`}m@jhOY5NHJ_N`
zi#n7dgD+~b!WT6`jTpYD!wO&2p%j^XDvB?vq2Y^aK6Q#OT4{7Oz9_zEw>Ri-ioh{_
z(E$6Ak9_2Ze&~lTz4X#f937*lJ?&{X+;GFDF2tc;EWYTWNSf!t7sVGfw~86dJ0pBi
zhZw%7LkVBhp%fW>QHK@2s6#0;_@aqI6!@Y7&NRXooq#Nt_@YZJT@zolBUAhMqLqfO
z@kKSCnBt2%lrn=ankYnpFDl?nBYe>b$a0A<y2R2o@kKi_wT~}aY3LeXRP%``zNkYf
zGWen<D|}HC)QI7WI;`+T9ZHeOr=s|x8XCT+=2NHmqLoHh<BQ^pc6)>VrU)G07Y)4e
zr~k)3_OW-p>s`P4tH1i@H^2Fv?|kQ2e(6hJ;`6{sb|Aj!N$BlyEWRkd=pNff9FliN
z_@aVRj_^ejg(&bv1)OPwFFFBPF7ZW|Sh^;@Xh){@@kJ{QUE_;tJ~71?btq*9Uo=sO
z0$)_XnMU}c6OiQ+Uv!D3YvPM`WNIH@w9?QuzNqFCQ+!c}QfBZ)6NM=7MFpH`gfBV)
zSuXKKmsplfe9<MA-6p>1E|ac<FWQl*eSFbML)ZCK6hB0R!WY$i>J(qJ(&%b@QGC&E
zZ_wWqf!oU$-4x_wzF2(GW6~bK7QQIH=wY{9-WlPGI$-fd9ZLA34yDN8i#n|EMIB0+
z!52*wqQDmwaHbKy=mccB#1~y+>6-YW9hut47p*jOjW4SC#1voDp_CbX(L^B%d{F^s
z8sUphK$c5<(Iu9yi7(obseOFWN<-K9qMA=k@kJd<k---=S>cPCphgT|)M14$>QIVI
zJ{83m)zI)oHJ>`g7p*k98ebG&wA&l>H$?zn^o(6@e9<FcP<&B*(Zg=JyfeZVb-?0_
zI+XB59ZHeG7j;<Si#n7tgD;vWM1e0V;7lWY(Fw?Mi7&du(lzl#J2JJ8FIs8n8edfN
zi7CFQLn$-(qKQHj_@V;NG{P61fGn5zqDw4Y6JN9=Q~UU$m4>eIMKzz8;)^<zB7-k#
zvceZNL5&!`sKW|h)S(oad@71Bs-fYFYCd&}FIs7IHNGgmXty`$Z;AlE=o!1*_@YO?
zp!lNrqKDmbd1r(#>VU-;btvJBI+P-VFY2(u7j-CQ246H$hyq_!z?nw)q7#ti5?^$Q
zrEB7gc4TTFU$oNDHNL3k6H|Oqhf-$nMH7W6@I?ijX@oC20a-5bMVDB*CcbD#ruOkg
zD-B)ai)ubG#TRubMFwBgWQ8wkf*LV=QHK@2s6#0-`BW5NR71lT)qLs{U$oNbYJ5?A
z(Qa?h-xL9S(KB|r@kNh(LGeZLMGw2>^3Dif)B%ex>QKTLbtpv!U({iRFX~Xr48CZh
z5Cy)dfHRHoMJFK3CBEnqOV`8~?a0(VzG$VPYkX17C#LwK4yDZCizW(D;EM`4(+FR5
z0<v7<i!QNrO?=UgOzq=~RvNm-7u9@XiZAL=iVVJ}$qHZ81T|v#q7Ey3QHN4w@~J4k
zsD_3ws`=C@zG$V<)%c?LqTSx0zbOLvqG#-K<BJ~og5rzfiyn5%<((0}r~?*X)S-kg
z>QIUdzNo_rU(}(L8GO-1Aqsp^0cRTFi%vk6OMKBKmad5}+L5V!e9=ln*Z88EPfYPe
z9ZH$O7flqRz!w#8rV+mA1Z26y7hPiMn)sp}ncBw}tu%CvFRJ;(6kpV#6d8O`lNG+G
z32MafMIBc7q7J3V<Wo_6Q4I}WRP(7*e9=mytMNtgMZ3L0e^UhTMbFsf#uq*E1;rP|
z7d`Bj%R3`{Q3ou(s6z=~)S(m^d{KuLzNkYfGx(y3LKOI-0?stT7oC7Cm-wPfEL{^{
zv?Ejd_@b4DuJJ`RpP1r{I+QYlFPbPsfiEiHOe1{J3CMDZFS^9iHSt9|GPRE{T50GS
zUsUsnDZZ#fDKhw?CM$eV6V!;|i#n|EMIB0!$)}?Dq8b{$sOD3r_@b3YSL2J~i*|d1
z{-y}vi=MH|jW2rS3yLp_FM8N5mv=_^q7GPmQHK(~s6#0-_@WLgd{Ku|X7EK5g(&bv
z1)OPwFFFBPF7ZW|Sh^;@Xh){@@kJ{QUE_;tJ~71?btq*9Uo=sO0$)_XnMU}c6OiQ+
zUv!D3YvPM`WNIH@w9?QuzNqFCQ+!c}Qe^N&O;-4#Ca4j^7j;<Si#n7dlTStQMKv^h
zQO&1L@kJ|*uErO|7wz^2{Y??T7d>N_8(;Lu7ZhI<U-YnBF7J%+MIEsCq7Ef|QHN4w
z@I@U~_@WM_%;1YA3Q^#T3OLgUUvvVpT;hu^v2;y*(T+^*<BL`ry2cmPd}4|(>QKrI
zzG$Kl1-__&GmY>?Cm_ouzUUH5*Tfg?$kaZ*Xr-ZRd{NCOrud=`rO4omnym0eO;96-
zFY2(u7j-B_CZCGpi)v{2qMA>g;)_-qU5zh_FWT)5`kNwfwtdm@$HB)x{_(fH?QJi4
z$xEL4)Tci7v5)<(@A|ICKmPGQ^;19f?sva?d`;nB>v320(T{%gm9Ko|6Q1ydagy)<
z{_lVFt6x1%KKjl{PI$QUOGE}=)Ms^&B)%xV=s`A8o+R&#@I{k}DDXuEoE+hcCW`YG
z_@d`UGy?dd4yDZCizW(D;EM`4(+FR50<v7<i!QNrO?=UgOzq=~RvNm-7u9@XiZAL=
z$_&0}q7VhXsDLw#@I@ye%O$?(5=+;_7wyQ@KE7zBp=*3m%_pY#q7J3V;ES59@I_5f
zBZe>Pu)-I0C`BfpisFlEX!xR<Po3h6RvKN6FN!bP?G5^yB5;O%(IIm_{Cq!#|2e*>
zKkpSEUugWm5B$LLWIy<WKRBLo>oc72aDDP=iZ40=IqfCBD8A@n_gLN;;fp$8@kJd<
z_@WM_$l!}Qtnfu0N}0hIO%$TQ7Zq@(5x(dIWVyr_U1I5)_@W(|+Q%2IG<1zGs`<ne
zU(}(L8GO-1Aqsp^0cRTFi%vk6OMKBKmad5}+L5V!e9=ln*Z88EPfYPe9ZHeG7d2Vo
zi<+QD3}4h?g)iz*icCHg#TV7k@I^JBI>i^QG`bpJ6koL48}v6tVB@~%P(YvZl&6eG
zisGV=KYt(fs7Ebj(P%#AF^?Hv%ywru;o;qByFR{XN9L6J_@elthuvCvXB40O$5-@+
zJ^vXy8@{M>LGeW$N|C`Aby(qxI+QYlFPbPsfiEiHOe1{J3CMDZFS^9iHSt9|GPRE{
zT50GSUsUsnDZZ#fDKq$@i9!_kq5{q|!WW%@ESLDAODtV8zQNPa7rJA&)5jO}uQk4?
z!wO&2p%fW>QIi$Es0nJs@I@U~_@WM_$mCN|d{GT8K6A#;V}t4N#;5qA&IZ62#TRw<
z37Iob;0*hspZLTlp8x#kUw7SgpZ@fx$2St=3;A(pG=7ZY#v5;Z&U2oV3h1@hUfW&h
zk$>`&pB%}nuDa^|?|=We6&=m-2l4yf_rB4I(bJ#)^wHcs$q5hNJ>hvf_@d`Ubl3pC
zD8A@ncU0aP;fp$8@kJd<_@WM_$l!}Qtnfu0N}0hIO%$TQ7Zq@(5x(dIWVyr_U1I5)
z_@W(|+Q%2IG<1zGs`<neU(}(L8GO-1Aqsp^0cRTFi%vk6OMKBKmad5}+L5V!e9=ln
z*Z88EPfYPe9ZHcI&nV+<>bBc%^N-qK5?|E6==h=zD|}IhQe^U}D88tM7H{V9Grp*1
zg)gf4#1vl?U)0$rWX?Q+Gwh4%Yd7waUi;eDrZU?7oAQ77hkqEEM?B&YfAJT8F`e_z
z|NPHKKLSHfou*@X!ozn@c-{`a=y?$xHh?dRFM8M=m3Kz*nSXpmf7tV%v9sZeIu{gQ
z)S(m^d{KuLzNkYfGx(y3LKOI-0?stT7oC7Cm-wPfEL{^{v?Ejd_@b4DuJJ`RpP1r{
zI+QYlFPbPsfiEiHOe1{J3CMDZFS^9iHRBsR{(jMpPxSFcHJ>`g7p*k98eg;{v)jiP
z-DR@u;EOJ?ESvbEODt0pUvvT@mibf^UsO;UBYaWKr%v%jD~+zk7sVIt_6Ge;5!kFR
zI<E5g-_zwkH2+6`^he9<{)}flBXrQ;_>JFK21Y*u<1Z}T4V>`s-4mX-gD-ksM28LF
zi{gtOc1Pu%5x%Gc7GKn%gfHq)iVVJ}!wO&2p_CbX(L^B%d{F^s8sUphK$c5<(Iu9y
zi7(obseOFWN<-K9qMA=k@kJd<nZXxL6r#Wv6>z2zzUTyGxx^P;V(FUrq8*vq#}}<M
zbd4{n`NR}o)S(m^d{L7XzNiUm#PCHOR`{Y0rO4z{QG8Ji4PR9AsZ)H>N~5dsMe#+u
zy+MCd1h(vpjtl)WKl3wTd%ovA@7cZX<9#xw<LB{&Xg4rAqo0}aWm?Ug@bG#nzs48!
zSsf&aFN!aEkd2fl$vY!_(PSbDd{F@>NBE+N;=BdE=y?&10KTY0DKq$@i9!_kq5{q|
z!WW%@ESLDAODtUzU$i4r`}m@jhOY5NHJ_N`i#n7tgD;vWM1e0V;7lWY(Fw?Mi7&du
z(lzl#J2JJ8FIs8n8edfNi7CFQLn$)&q9!YRQ4`dN;fp$~@I@U;k;$i`_@WvbzNqF?
zr}(0kMpxsD;)`~BgZ`!nY}^;U_S$R1_Wa-nKe&6{$3HP2(<eUhiM!M6jA_I^_qoqy
za}*~$yq?Oh@kM=B2T9_K;)@<+Bjri*&In&LnTP^kRKUp*zG$L2Z-Fm*UPL2+FX~Xr
z48CZh5Cy)dfHRHoMJFK3CBEnqOV`8~?a0(VzG$VPYkX17C#LwK4yDZCizW(D;EM`4
z(+FR50<v7<i!QNrO?=UgOzq=~RvNm-7u9@XiZAL=iVVJ}$qHZ81T|v#q7Ey3QHN4w
z@~J4ksD_3ws`=C@zG$V<)%c?LqTSx0zbOJ+_C?2y(qkX{*ib!hx#gDK>wevJ*TwYJ
zuYUFJG&`?+<trn0{q@&pa}*~$yq?Oh@kM=B2T9_K;)@<+Bjri*&In&LnTP^kRKUp*
zzG$L2Z-Fm*UPL2+FX~Xr48CZh5Cy)dfHRHoMJFK3CBEnqOV`8~?a0(VzG$VPYkX17
zC#LwK4yDZCizW(D;EM`4(+FR50<v7<i!QNrO?=UgOzq=~RvNm-7u9@XiZAL=iVVJ}
z$qHZ81T|v#q7Ey3QHN4w@~J4ksD_3ws`=C@zG$V<)%c?LqTSx0zbOKz?TZd)@*VGZ
z$J^ij_V>N-eP3x{^Y8zB@{^xDZkl#~d#``}>q7*6=R4oIJI&6RM(izbc}q4&al*sv
zsj`0Wd*3^LIq~D?e(vYSo7;DP_jiw5<`e#iuW`l`{1cw%Y#&}99gc^s7xZGk`J2D_
ztN!c9{r|`RG{wsk#$NrufB(OJ&HwNJfB!RIaKaOshySnVysZAZfBL6?dO@tV6Q1rO
z$F28vUi%)eGz<scrZl?x=<q_{ru3Q5-ZcLw0B7%|9q<*!lZ*UzVk{4M^0RlU__ld`
zL2>q8+5ulteVZDeKM#23vv;a^n;QG-?7g%DzM|=EYJB%~z>}Z7Q^ng9pE>oFt%k#R
z%hKVEPvbjzK6C1Ake@l@0~K#m8dp%_ZAw$(ZA$a0)A(O1@tLzS*{!Fysqt0SZiY@0
zh_@+jjT6YSh;Q(M)%ZGnnV}g3;&B6SQ+hwt|8@M>SG-LLT=}?x&zyqN7{wb@{LJG9
z%_`oexHZ<4rne~_-uN`%rg$^gJE6W!@wh>=ipLFn=G2tp);RXn1|K(k>QkS>7fl0=
zV#@?h+ZR1|?p#P>?|Rp}zM?pfcgXMgp6?0I^QN0_TK?W%_`(-P;QjA^|1uEGF^$-8
zHEZmIhu2eO{pd$OI^MgwpCAAD$B)rfS6x*<Hc)?M5_s@~ADjy1)_l?Nr|?(iMd5b^
z0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00ba##t3}mBOeLd
zYS`B)V(nMlcH3=3_!-jOeur}u1a4mfNApEb{@>aGL5;uC{JGD4Zb+VQeB&FtGylX-
z{6u8_;1B+w%Z&b*Mr;V8HFm<o>#4HF7d=aV7~zYarK`znfdB*`009U<00Izz00bZa
z0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|_{t=JFPi!p#l{Jowl8}5<(J3bpt$@8
z-)|TA<9G7Xm%cO%&*wk?`QkU0PU(KW=m`&B!oe5)%KS5Bzuy(U=ziQd3IY&-00bZa
z0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00KS%e9@(fMstG%PTLoK
z-~%5RzUcUyc)t?x4m<Q^FMC<YqQmFZzpMNQ<v;L&4~XA<{(JO4`?Eh=V<$Yko+@j6
zQU87ZD?f=Z`jvl;_#Hw30uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz
z00bZa0SNqeCx9=S`WeN>37obs`mAR?D}2$v{L8<*-BFK!hW^Dbez7Twj^FL;U;p|D
zzw2G^62JL(zVn?Cd()fVRAVPRyq+rSfBeUP{6F%?Ti)`PZ~Vq@e9U7WGtAf%{usZ`
zc&q>CfBxqap66^IKCVdqf%vz7`?nYLVjud@hsJ*$<LCSTkN^3W-~Id%{_oZQ`}gw~
z9mV%Q^94uvMaM7kzn=55`s?0u%PkkgYCGW}vFDB&#lQaRzi#KX@9|3i?(hC?Q2LjD
z`IkM8-OeHZ@DKlxn`#i-&I{k;mHykm{o7#m*MI%jdmOu+L;mAG{v&tPDE|H5|9v~J
zeUDc<J{t^5yqRls@tHIB)!+a9-|O(kr(-V-P#5}{b8FDX`%-MD_<6i*ZH>SMz23k1
zo4*;Lc$?DD##>Wvs_~Yk!yBK*+Z3NU^)`sloVls~^FRMn=QlnbAI=A>0d3<P^vjQ1
z<JeT=22h7LJ{?~m3{ZUL)Y~B5%=2w(d{w3M8=nR!ZjJReh+E@eHNH;Q;f+uK>7V{-
zfZ{W!-Ujhzo^Mm*!Jp1=c{<<(C_Z!QZ4jS1gB4FjHLG|k%4beZY3!nWj~ayzZ+x0h
zMfuFBcS7A!yiI9V@l=%0oSIU7o7&)0(Hn2PaVS;e$Ji$+V(nLq_paf<4C!va!#N59
zw=aRy_C?3v%o&o{8{hcG+xL}@|5V4nKJUw-<9B=Ab=O7y)vtcF_|1=L#IC>o`Wido
z;q_F0{p-K}>*Jkm_@e$HT{3;qE<k?}h&!YBkT$;fx*#T7_C;^K_0|hwwViN&ffJi*
zJQUl`Yv1FQrZ2k3vD-Oh@<q4v!uNQkp%{%jqdkt@&LQLL<@(jc5V5xN+V^;+>5J}h
z>~;>Be9`T^@I78>C`K3hnRAa{=)d(Llh!`owf<YboYVfzhcC)!PR)7pMRj=N)AU6*
z&OyKYNoyb9R_Xl4r}6B5K-)M6{qiSYREIY{O<#259Q4bN&zyPRH@>RU`HfEl6t~8D
z8%(~a4sU##zUam|=$Aif?L&vq`7KWeoOqk!GpF7LlP{{n8=uBg(ecn>;~ezMpR{%z
z-uN`1it?FL?}YqtK8mryba>;_^hGz$LBIUT7uDgjH@)emo4%}z;)|ZWYs)LTFaoFT
zi;jDc%P+rtD5H11>s`l9+=cz-4woLkjq$I~ht>HLKk*ahozWlv@gK(_PkPdm#P4NH
zBlg+PezwL=cz8XPU*n7VtPYaI7d8KS(&_IP#TV_iU)~wTCx4#Zcc7w=FRJ;(6kpV#
z6d8O`hZVl4Ln$-(qKQHj_@V;NG{P61fGn5zqDw4Y6JN9=Q~UU$m4>eIMKzz8;)^<z
zGJ`LgC`5rTD&R~be9;NWa)~dx#L_k68$5i`j!*RQMKzx~#TTtKx*A`!BeUDb7u{vD
z?BI(ou`HYTqDw4O6JK-!B9{476kk+O8Y6sB&8JTBMJtW2#uvpG?e+%!O%XV4Uv$9y
z-QWG)_$x+-RB4KuhrI;j>zW_^(I34~S#<m!#=UtQHGb~?r&6PznMsH};o<v1z!%+*
z+uldvi{gv!y?K@g=A99~=#tOW#21}_ESLDAODxMKzUUIm)WjE^faoQ@sOA$>d{Ku|
zWbj2DR`{Y0rOe=qCJIsDiwZc?2w!vpvRvYeF0ph?e9?|f?c<A98oI_8)qG-#FX~Xr
z48CZh5Cy)dfHRHoMJFK3CBEnq%d&|ty2P^E#24LV(sl4fJ2JJ8FIs8nI-iQ-i)v8#
zqMA>g;)_-qU5zh_FWT)5`kNwf1YdOUeDRB49LnhZ?|=XCw{9Mj@c1778P9k|D4pZq
zqrXsL_32N4dK~-CcfND^+aCQ03?+3paKgiPPk7!AzUX-o9X5b3iZ6QD9hG-R_@WM2
zd{KuIzNkYfGWennD|}IhQfBZ)6NM=7MFpH`gfBV)SuXKKmsq+czGz3L_VGn44PE1l
zYCbW=7j-CQ246H$hyq_!z?nw)q7#ti5?^$QrEB7gc4TTFU$oNDHNL3k6H|Oqhf-wl
zMNL-tq9&*j!xwc};fp$yB9l)=@kKQ>d{ND(PVq%6jjqNQ#TV`N2K`MDID#)a?r_Ja
z#}~Zd1)+?NpRc^~%4@H^_J$j7xcTOr#{=Rq9U14xg<hI*+xWDnJuQ6BpZckvx=>kk
z{BnQr2Y(QUKk|`}{HwqEtLZl|{!Q)CkHE)2{_$yg^22vec-{`a=y?$xHh?dRFM8M=
zm3Kz?q7GPmQHK(~s6#0-_@WLgd{Ku|X7EK5g(&bv1)OPwFFFBPF7ZW|Sh^;@Xh){@
z@kJ{QUE_;tJ~71?btq*9Uo=sO0$)_XnMU}c6OiQ+Uv!D3YvPM`WNIH@w9?S^cuY1n
z)woU8v5imhMg0wcFKV*F7d1hR7`~{(3SZQr6q$S~iZ806;frcMb&4-qX>>KdD86X7
zH|TGQz!7}WbLY;bDSE=<f-cSYF!q$EJSAk#VXN-<F=HI{#3w#6PV(qSKl;NT{_yx>
zfBZJa&ma2GhejtxPkriB$8Fc{Z|{VM@1F3y9emOAB06jUUld>TusdqJY1GgB<16~Z
zp8t%U4PVr`p!lK=rO4omI;`+T9ZH$O7flqRz!w#8rV+mA1Z26y7hPiMn)sp}ncBw}
ztu%CvFRJ;(6kpV#lo@={L?H@%Q2}Qf;fqc{mP>rmC6=y<FWQl*eSFbML)ZACnomse
zMIB0!!51}I;ftD}MhsunVTCX1P>M`G6&;0t)CQCF+40z58zkVrWPDMF6}~9GsIyPV
zoOuFg*cZL-y6Zyb96vwe5s&zP<d0warC;i<_4sQ=ue$20Jk@S7tkLm}$0;4&own=a
zi*{sAsgEy;FM8Omm3Kz*$sb=-<HZ-%d}4|(>QIUdzNo_rU(}(L8GO-1Aqsp^0cRTF
zi%vk6OMKBKmad5}+L5V!e9=ln*Z88EPfYPe9ZH$O7flqRz!w#8rV+mA1Z26y7hPiM
zn)sp}ncBw}tu%CvFRJ;(6kpV#6d8O`lNG+G32MafMIBc7q7J3V<Wo_6Q4I}WRP(7*
ze9=mytMNtgMZ3L0e^UfD;*0J|o>S-buYbL`?&D732~T*!bVw|J;0JzSd@C!C9itN-
zu1`Kq@kJ*fr@h1%#TPy79?Lr;d{GB1zNkY9U(}%#8GKQP6~3rLDKq$@i9!_kq5{q|
z!WW%@ESLDAODtUzU$i4r`}m@jhOY5NHJ_N`i#n7tgD;vWM1e0V;7lWY(Fw?Mi7&du
z(lzl#J2JJ8FIs8n8edfNi7CFQLn$)&q9!YRQ4`dN;fp$~@I@U;k;$i`_@WvbzNqF?
zr}(0kMpxsD;)`~BgZ`!n9Kjd8=RNOv_XGX7pi5K#e$l1sS)1Ay9l!3ltNOz~{KJ>O
z{N>;Gec$)UM?UiEtFQj~pa1!fe)OZG@BFS#c)0URL<V2fXLXPyz9_!vK{isJB=3yy
zMU#mr@I?ij9N~*5it`ruqUS|40{Eg1rOe=qCJIsDiwZc?2w!vpvRvYeF0ph?e9?|f
z?c<A98oI_8)qG-#FX~Xr48CZh5Cy)dfHRHoMJFK3CBEnqOV`8~?a0(VzG$VPYkX17
zC#LwK4yDN8i<+$PMNLp6hA--{!WVTYMJAt$;)`l%_@bImo#KmD8eNSqiZ9yj4f>lR
za0Fj;Q#^0?7mF`?<V%1riZ6QDEthvj_@WM2d{KuIzNkYfGWennD|}IhQfBZ)6NM=7
zMFpH`gfBV)SuXKKmsq+czGz3L_VGn44PE1lYCbW=7j-CQ246H$hyq_!z?nw)q7#ti
z5?^$QrEB7gc4TTFU$oNDHNL3k6H|Oqhf-wlMNL-tq9&*j!xwc};fp$yB9l)=@kKQ>
zd{ND(PVq%6jjqNQ#TV`N2K`MDz!yDZmm6R7$QKk}6kqhPTQ2X6@I@W4_@WLad{Ku|
zWbj2DR`{Y0rOe=qCJIsDiwZc?2w!vpvRvYeF0ph?e9?|f?c<A98oI_8)qG-#FX~Xr
z48CZh5Cy)dfHRHoMJFK3CBEnqOV`8~?a0(VzG$VPYkX17C#LwK4yDN8i<+$PMNLp6
zhA--{!WVTYMJAt$;)`l%_@bImo#KmD8eNSqiZ9yj4f>lRfG>K+E;qjDkuNB|D8A@n
zw_M&C;fp$8@kJd<_@WM_$l!}Qtnfu0N}0hIO%$TQ7Zq@(5x(dIWVyr_U1I5)_@W(|
z+Q%2IG<1zGs`<neU(}(L8GO-1Aqsp^0cRTFi%vk6OMKBKmad5}+L5V!e9=ln*Z88E
zPfYPe9ZHeG7d2Voi<+QD3}4h?g)iz*icCHg#TV7k@I^JBI>i^QG`bpJ6koL48}v6t
z0AKWsU2c5QBVSN_QGC(EZn?ZO!WVVG;)^<z@I@U;k--;rSmBF0lrn=ankYnpFDl?n
zBYe>b$a0A<y2R2o@kKi_wT~}aY3LeXRP%``zNkYfGx(y3LKOI-0?stT7oC7Cm-wPf
zEL{^{v?Ejd_@b4DuJJ`RpP1r{I+P-VFKV*F7d1hR7`~{(3SZQr6q$S~iZ806;frcM
zb&4-qX>>KdD86X7H|TGQ0KVuMyWIGqN4}u=qWGeR-Ew(ngfHrV#TRub;fp$yB7-mL
zu)-I0C}jp;G*O5GUsS-EM);x=kmV9zbcv;F;)`}<Y9C*;($F=&sOA$>d{Ku|X7EK5
zg(&bv1)OPwFFFBPF7ZW|Sh^;@Xh){@@kJ{QUE_;tJ~71?btpv!U({rUFKU7sF?>;n
z6~3rLDKhy~6kk+B!xz<j>J(qJ(&%b@QGC&EZ_wWq0esOjcDeCIk9<M#Me#)syXErE
z2w&6zi!bU>!WVTYMFwBgVTCX1P|6IxXrd4WzNmmRjqpV$Aj>7b=n_lU#24+z)IPpw
zrJ-wlQOzf&_@WM_%;1YA3Q^#T3OLgUUvvVpT;hu^v2;y*(T+^*<BL`ry2cmPd}4|(
z>QIUdzNpCxU(^IOV)&vCD|}IhQe^U}D88tMhA*o5)G5AbrP0;+qWGfS-k`rJ0=J_t
zI{w@rpTPh0Pyh6$FaOvS_S1W@_@bxBc6nxeQGC(m#@M@=cSiW44nurVhZ4T1Ln$)&
zq7Ey3QHN4y@I@1aDDXuEoN0tFIssWO@kN(dx+cD8N2d1iMJo+m<BMuOF~t{kC}jp;
zG*O5GUsS-EM);x=kmV9zbcv;F;)`}<Y9C*;($F=&sOA$>d{Ku|Wbj2zR`{YOs1d^#
zby(qxI+P-lPet)XH8gxt&8JTBMJtW2#uvpG?e+%!O%XW0FZ$Wfe)gw-`ls)8uX}yf
z|NUc$eS|;pUq6-sniBzh(Fw?DFY!h3MGw2j^3Dif)B%ex>QKTLbtpv!U({iRFX~Xr
z48CZh5Cy)dfHRHoMJFK3CBEnqOV`8~?a0(VzG$VPYkX17C#LwK4yDZCizW(D;EM`4
z(+FR50<v7<i!QNrO?=UgOzq=~RvNm-7u9@XiZAL=iVVJ}$qHZ81T|v#q7Ey3QHN4w
z@~J4ksD_3ws`=C@zG$V<)%c?LqTSx0zbOL8^hLk$g)cnxp%4APEz$pfwZuNm(oBpm
zKbIMrl>okIrE!EBUld>Tu-h!}jPOMru=t`5C45nbQe^N&9ai|F4yDZCizW(D;EM`4
z(+FR50<v7<i!QNrO?=UgOzq=~RvNm-7u9@XiZAL=$_&0}q7VhXsDLw#@I@ye%O$?(
z5=+;_7wyQ@KE7zBp=*3m%_pY#q7J3V;ES59@I_5fBZe>Pu)-I0C`BfpisFlEX!xR<
zPo3h6RvKN6FN!bP?G5^yB5*Wc^mVU$U7DZEVu}6cn{UqW4L97d%+Ra^@I@<)Bh>h!
z_@am1W_f3XFY18B7j-D%i#n7dgD>i^!WVTYWd>g~QHTOxRKS@=_@Wb#<q}_XiKT1e
zi*{scA78Z6&^5lO<`YwVQHN4y@I@1aDDXuEoN0tFIssWO@kN(dx+cD8N2d1iMJo+m
z<BMuOF~t{kC`ATe)MSM(YJwUud{KuLzNkYfGWk>#UsOZG7u9^~6koK`=xTgXe9>-i
z(BBk+<M^VleeG*g`^@6r_rCWdANj~!cG&Y@uK(p<{^c%1KMCNACW_+}_@elthuvv;
zXM`{6fW;SeDB+7blp=#K>afBWbtq*9Uo=sO0$)_XnMU}c6OiQ+Uv!D3YvPM`WNIH@
zw9?QuzNqFCQ+!c}QfBZ)6NM=7MFpH`gfBV)SuXKKmsq+czGz3L_VGn44PE1lYCbW=
z7j-B_24B=<g)eG?8ZmrPhZVl4Ln$)(R1{xSL&F!<eCiZmw9@Emd{KPSZg0@v6oDi7
zqM!ZjXHyCt#Umc^h>v{aBSSU_&gagZi)n}bMK5|$1b*zteyq#TPXhR&iQ+f~z9_!v
zVRu^I8R3gMVDUvAO8BA<rO4omI;`+T9ZH$O7flqRz!w#8rV+mA1Z26y7hPiMn)sp}
zncBw}tu%CvFRJ;(6kpV#lo@={L?H@%Q2}Qf;fqc{mP>rmC6=y<FWQl*eSFbML)ZAC
znomseMIB0!!51}I;ftD}MhsunVTCX1P>M`G6~!0T(C|eypE|`Ctu(qCUld=o+Z*&Z
zMc@d&=#^Jq8N%ls?|8=#eBc8U-t+pRAN=44<M1JxPRFv`C4euw%j8r$_@elthuvU#
zXM`{6fW;SeDB+7blp=#K>afBWbtq*9Uo=sO0$)_XnMU}c6OiQ+Uv!D3YvPM`WNIH@
zw9?QuzNqFCQ+!c}QfBZ)6NM=7MFpH`gfBV)SuXKKmsq+czGz3L_VGn44PE1lYCbW=
z7j-B_24B=<g)eG?8ZmrPhZVl4Ln$)(R1{xSL&F!<eCiZmw9@Emd{KPSZg0@v6oJ$B
zMeAQKdczGj?6N(tFM7)@w}dY`{+r!BoX$i5UvvU;+Dm*<e9^=1vAi?F7j?kmi#n9>
zMIB0!!54K{;fp$yGJ`LgC`5rTD&R~be9;NWa)~dx#L_kKMLROJk1twj=o(*C^NA_G
zs6#0;_@aqI6!@Y7&NRXooq#Nt_@YZJT@zolBUAhMqLqfO@kKSCnBt2%lp=#KYO=x?
zH9?ISzNo_rU(}%#nS3gWFRG#8i)ub~iZ5DebTz&xzG$~M=x>U^Y5SrtdC5z{_I&D7
zpSlElUSD+F`o$T(=4-xYc?O!50KRCYafBLQ6kqhP+br*l@I@W4_@WLad{Ku|Wbj2D
zR`{Y0rOe=qCJIsDiwZc?2w!vpvRvYeF0ph?e9?|f?c<A98oI_8)qG-#FX~Xr48CZh
z5Cy)dfHRHoMJFK3CBEnqOV`8~?a0(VzG$VPYkX17C#LwK4yDN8i<+$PMNLp6hA--{
z!WVTYMJAt$;)`l%_@bImo#KmD8eNSqiZ9yj4f>lRaN54;!yo?eusz3LG`a*k{*n3!
zET_?oz@?X7Dl&|M0KVvvcLKgBzUX1MT;3Vsi#lNOMIB1`q7J3V;EOt}@I@U;nZXxL
z6r#Wv6>z2zzUTyGxx^P;V(FUrq8*vq#}}<Mbd4{n`NR}o)S;9ae9=T93VcxkXBy#)
zPC%ARe9<MAu8A+&k*R%r(Mm(t_@bImOz}k>N|C`AHCf?{nxIAuU({iRFX~W=Og<IG
z7uC@4MKzx~#TTtKx*A^;U$omB^fyJ|w0+UL-u13wdyenJmtcKg^rDL{TAqPsC4etl
zX&j-(7sVGn>^93gBYaT@EWW5i318Hq6d8O`hZVl4Ln$-(qKQHj_@V;NG{P61fGn5z
zqDw4Y6JN9=Q~UU$m4>eIMKzz8;)^<zGJ`LgC`5rTD&R~be9;NWa)~dx#L_kKMLROJ
zk1twj=o(*C^NA_Gs6#0-_@X8&d{GnBh~bMmtnfu0N|DK@qWGd38osFJQ>XZ%l}1<N
zi{guRdxQR_2%NSrdhx{<hc7zrN|s>H>x+&9`TIqe=$1`<(IuACYvPOIiyn4&<((0}
zr~?*X)S-kg>QIUdzNo_rU(}(L8GO-1Aqsp^0cRTFi%vk6OMKBKmad5}+L5V!e9=ln
z*Z88EPfYPe9ZH$O7flqRz!w#8rV+mA1Z26y7hPiMn)sp}ncBw}tu%CvFRJ;(6kpV#
z6d8O`lNG+G32MafMIBc7q7J3V<Wo_6Q4I}WRP(7*e9=mytMNtgMZ3L0e^Ufb+ZX-n
zul{QN_lu@b+F>7GCd3);eeZjB8Tv^8Uo=r1r@$A*7d`Aw%R3`{Q3ou(s6z=~)S(m^
zd{KuLzNkYfGx(y3LKOI-0?stT7oC7Cm-wPfEL{^{v?Ejd_@b4DuJJ`RpP1r{I+QYl
zFPbPsfiEiHOe1{J3CMDZFS^9iHSt9|GPRE{T50GSUsUsnDZZ#fDKhw?CM$eV6V!;|
zi#n|EMIB0!$)}?Dq8b{$sOD3r_@b3YSL2J~i*|d1{-y|=wlDfE-|{VCdw%hYUtEGc
zuP^%hzyJGjhHI|5W_bphl>okIrE!EBUld>Tu-h!}jPOMru=t`5C45nbQe^N&9ai|F
z4yDZCizW(D;EM`4(+FR50<v7<i!QNrO?=UgOzq=~RvNm-7u9@XiZAL=$_&0}q7VhX
zsDLw#@I@ye%O$?(5=+;_7wyQ@KE7zBp=*3m%_pY#q7J3V;ES59@I_5fBZe>Pu)-I0
zC`BfpisFlEX!xR<Po3h6RvKN6FN!bP?G5^yB5>Ni=yRU)oUlEwz4qEA*z@|LkA3W8
z;|#BQ)vK0gpjipvi&h#(sPRSdMGw2p^3Dif)B%ex>QKTLbtpv!U({iRFX~Xr48CZh
z5Cy)dfHRHoMJFK3CBEnqOV`8~?a0(VzG$VPYkX17C#LwK4yDZCizW(D;EM`4(+FR5
z0<v7<i!QNrO?=UgOzq=~RvNm-7u9@XiZAL=iVVJ}$qHZ81T|v#q7Ey3QHN4w@~J4k
zsD_3ws`=C@zG$V<)%c?LqTSx0zbOKz?TfzeeeVm~^Rmk>8*e+iY_%`?xzBwr4j(^{
zdiQWT69IhD3CL+L@kQ}P54*?m&In)B0gEr{P{J2=C`ATe)M14$>QKrIzG$Kl1-__&
zGmY>?Cm_ouzUUH5*Tfg?$kaZ*Xr-ZRd{NCOrud=`rOe=qCJIsDiwZc?2w!vpvRvYe
zF0ph?e9?|f?c<A98oI_8)qG-#FX~W=48Ewz3SZO&HDdUp4l8_7hf-wnsVKgvhK4Vy
z`P3=CXr<BB_@elt-QJ+TDFUbMiw>#al1nZL=kuzouG;;xKBv3b$ET?)uDBwOz5Cto
zKJIIFGjt{b_@Wb#(_Z3>;)@=3kL8^azNiBhU(}(5FX~W=48Ewt3SZQrlo@={L?H@%
zQ2}Qf;fqc{mP>rmC6=y<FWQl*eSFbML)ZACnomseMIB0+!52*wqQDmwaHbKy=mccB
z#1~y+>6-YW9hut47p*jOjW4SC#1voDp%fW>QIi$Es0nJs@I@U~_@WM_$mCPeU5CU!
z$rh6MqW)FJ7j;<Si{gtq`-IGyCve)n=m7Yd*SseGj?jla>|x_O%u2QMMaSPJdarxk
zD-V48+uvS~qV5Rbi*{sAsgEy;FM8Omm3Kz?q7GPmQHK(~s6#0-_@WLgd{Ku|X7EK5
zg(&bv1)OPwFFFBPF7ZW|Sh^;@Xh){@@kJ{QUE_;tJ~71?btq*9Uo=sO0$)_XnMU}c
z6OiQ+Uv!D3YvPM`WNIH@w9?QuzNqFCQ+!c}Qe^N&O;-4#Ca4j^7j;<Si#n7dlTStQ
zMKv^hQO&1L@kJ|*uErO|7wz^2{Y?=#f-id8ZMWU;e)miB^Nx4C<8z<;+#7Gaar6i3
z$rl|G!bd;)(QB@`CiA0s@Pi-BUoL8HOMFoi)S+VdqWGeR+DmbsyfeZVb-?0_I+XB5
z9ZHeG7j;<Si#n7tgD;vWM1e0V;7lWY(Fw?Mi7&du(lzl#J2JJ8FIs8n8edfNi7CFQ
zLn$-(qKQHj_@V;NG{P61fGn5zqDw4Y6JN9=Q~UU$m4>eIMKzz8;)^<zB7-k#vceZN
zL5&!`sKW|h)S(oad@71Bs-fYFYCd&}FIs7IHNGgmXty`$Z;HSXe9^&keA2%B^2@6N
zI_irqy6DO)ugvDvS6_Yq``<s8S={xmcO6e>Hg!=>@?!BtPeN~xWAR1tMfcb?;*h*E
z!WR{ka)d9MC`5rTD&R~be9;NWa)~dx#L_kKMLROJk1twj=o(*C^NA_Gs6#0;_@aqI
z6!@Y7&NRXooq#Nt_@YZJT@zolBUAhMqLqfO@kKSCnBt2%lrn=ankYnpFDl?nBYe>b
z$a0A<y2P?<;)^b^>^AX5cbRk@e9?|f?c<A98oJJ>qWGd36uzkDQ>XZ%l}1<Ni{guR
zdxQR_2pq>39Y}Az_13Td`maw5)GY3K&wKvWU;WjluE+^rEWYRo0bc0g_@elt7rJM3
zKJSe1MK!3H;)^<z@I@U;k--;rSmBF0lrn=ankYnpFDl?nBYe>b$a0A<y2R2o@kKi_
zwT~}aY3LeXRP%``zNkYfGx(y3LKOI-0?stT7oC7Cm-wPfEL{^{v?Ejd_@b4DuJJ`R
zpP1r{I+P-VFKV*F7d1hR7`~{(3SZQr6q$S~iZ806;frcMb&4-qX>>KdD86X7H|TGQ
zz|nlsL3KR2`|%(DanlqXv8O%lY2)juO<j(YzgT?HlQX=aGvJHji(b%%Id3@cjPOOz
z%W4GhMIB1`q7J3V;EOt}@I@U;nZXxL6r#Wv6>z2zzUTyGxx^P;V(FUrq8*vq#}}<M
zbd4{n`NR}o)S;9ae9=T93VcxkXBy#)PC%ARe9<MAu8A+&k*R%r(Mm(t_@bImOz}k>
zN|C`AHCf?{nxIAuU({iRFX~W=Og<IG7uC@4MKzx~#TTtKx*A^;U$omB^fyJ|n7(L$
z9S@{l{_>Y!am5v#I6D62`sY3Gd4K-rf4->;ai|xIFM24F=6Uc%@kPz8V#e~$2w&78
zhA-++!WVTYMFwBgVTCX1P|6IxXrd4WzNmmRjqpV$Aj>7b=n_lU#24+z)IPpwrJ-wl
zQOzf&_@WM_%;1YA3Q^#T3OLgUUvvVpT;hu^v2;y*(T+^*<BL`ry2cmPd}4|(>QIUd
zzNpCxU(^IOV)&vCD|}IhQe^U}D88tMhA*o5)G5AbrP0;+qWGfS-k`rJ0>}476Yse5
zz468yufP8Kx4!kQZ+`Qe-|>!jeC%T%8{cq_`<Kj6Tqps2(F-MZ!aTkxzUT?J&~$j-
z8R3ggWR^>O(Iu9ti7z?<5lehg0VhZJqKU#O@I@U;_@WM_$l!}Qtnfu0N}0hIO%$TQ
z7Zq@(5x(dIWVyr_U1I5)_@W(|+Q%2IG<1zGs`<neU(}(L8GO-1Aqsp^0cRTFi%vk6
zOMKBKmSq!PbctoRi7&d#r0d{|c4TTFU$oNDbv_lv7uBHfMKzx~#TTtKx*A^;U$omB
z^fyJ|cJxIz#rbG27GLyesN)yH7sVGn?3T+rBYaT@EWW5i318Hq6d8O`hZVl4Ln$-(
zqKQHj_@V;NG{P61fGn5zqDw4Y6JN9=Q~UU$m4>eIMKzz8;)^<zGJ`LgC`5rTD&R~b
ze9;NWa)~dx#L_kKMLROJk1twj=o(*C^NA_Gs6#0-_@X8&d{GnBh~bMmtnfu0N|DK@
zqWGd38osFJQ>XZ%l}1<Ni{guRdxQR_2;hsJvCEAwdgKd=FN!aE*e#cLM);x*SbR~3
z627QIDKhw?4l8_7hf-$nMH7W6@I?ijX@oC20a-5bMVDB*CcbD#ruOkgD-B)ai)ubG
z#TRubWd>g~QHTOxRKS@=_@Wb#<q}_XiKT1ei*{scA78Z6&^5lO<`YwVQHN4w@I_5l
z_@XAL5yKaCSmBF0lp>Q)Me#*7G<;Fbr%v%jD~+zk7sVIt_6Ge;5x^HcW0xCW^vD+!
zUld>Tuv;$gjPOMru=t`5C45nbQe^N&9ai|F4yDZCizW(D;EM`4(+FR50<v7<i!QNr
zO?=UgOzq=~RvNm-7u9@XiZAL=$_&0}q7VhXsDLw#@I@ye%O$?(5=+;_7wyQ@KE7zB
zp=*3m%_pY#q7J3V;ES59@I_5fBZe>Pu)-I0C`BfpisFlEX!xR<Po3h6RvKN6FN!bP
z?G5^yB7iS?#x6I$=#eidz9_!vVYgh~8R3gMVDUvAO8BA<rO4omI;`+T9ZH$O7flqR
zz!w#8rV+mA1Z26y7hPiMn)sp}ncBw}tu%CvFRJ;(6kpV#lo@={L?H@%Q2}Qf;fqc{
zmP>rmC6=y<FWQl*eSFbML)ZACnomseMIB0!!51}I;ftD}MhsunVTCX1P>M`G6~!0T
z(C|eypE|`Ctu(qCUld=o+Z*&ZMc{V#MaSLBc%nCcjAB#dPwB<ti=GnL?zH%#_@dq3
z*sq^=M);x*Kzvb$627QIDKhw?4l8_7hf-$nMH7W6@I?ijX@oC20a-4`t!4cNb-ZgW
zV>E*RzNoVk@I@U;k--;rSmBF0lrn=ankYnpFDl?nBYe>b$a0A<y2R2o@kKi_wT~}a
zY3LeXRP%``zNkYfGWen<D|}HC)QI7WI;`+T9ZHeOr=s|x8e09fb8Ijj-uM(>)Y$;|
zqWGfDJ|T1F2^`-S9k(Z6{Nfj1``Xt&>QRsS`mg``uPQ(8dCz-Zb=6g`dey7G@P#j+
zkM6hk@J09Iw)au^qWGeFZ=U6Wd1r(#y5uu8@kJ*f%O$?(63eoQFS^7sHSt9!AbN=}
zs`<neU(}%#8GKQP6~3rLDKq$@i9!_kq5{q|!WW%@ESLDAODtUzU$i4r`}m@jhOY5N
zHJ_N`i#n7tgD;vWM1e0V;7lWY(Fw?Mi7&duvTWjuF0t%3@kMu;bRB%rj!f<2i&h%C
z&ZnaIq8b#wsOD3r_@b3YSL2J~i*|d1{-y{V(-$2#ChvLAdxjKR6w$W4$35=x?svZ%
zYxF{QBfjW`5<6iYUld>Tgj;AjJnxL~MJF=LCBEnq%hbddoq&iXzNmncBYe?B;S~6y
z4kdh1hf-wlMIBc7q7J3Z;EN^-QQ(UTIMWDUbON$m;)^b^bWMEGj!f<2i&h%C#uwFm
zVu~;7P|6IxXrd4WzNmmRjqpV$Aj>7b=n~7ai7&duvfIQL-DT2s@I^Z^wT~}aY3Mqi
zisFlEQ23&nPo3h6RvKN6FN!bP?G5^yB5*Wc^wwK%z5o61-|C^w;C}bJ-(UR2Uu^1%
zobbisi=GhRg&vMCiZ6Phdq(H;&In&rgNiA>s6z=~)S(m^d{KuLzNkYfGx(y3LKOI-
z0?stT7oC7Cm-wPfEL{^{v?Ejd_@b4DuJJ`RpP1r{I+QYlFPbPsfiEiHOe1{J3CMDZ
zFS^9iHSt9|GPRE{T50GSUsUsnDZZ#fDKhw?CM$eV6V!;|i#n|EMIB0!$)}?Dq8b{$
zsOD3r_@b3YSL2J~i*|d1{-y{V#~1zl=RbeRC6_c#=y}=~UwrYWKmF-VU6hl&SbWiw
z(A(o!d{KPSJ+_TFB=3yyMFpiC;fp2;QQ(UTIMWDUbON$m;)^b^bWMEGj!f<2i&h%C
z#uwFmVu~;7P|6IxXrd4WzNmmRjqpV$Aj>7b=n_lU#24+z)IPpwrJ-wlQOzf&_@WM_
z%;1YA3Q^#T3OLgUUvvVpT;hu^u`HYTqDw5hO?=T^CS3<#v?Ejd_@b4DuJfrVzNiL;
zFRJ;}DZXf>(bf2(_@dq3puZ^sNAN|*mzH<A%U!A!dgnXe`5Di6#&7@jZ{K+1jbl1K
zHH{ymxap>wuD|~JANi3VnevxicG-B0wW;f}_lw0B-5cG02jYw3i|)5`x});W2w${A
zRQvHzZ2SpQo758le9;MrSmKKcI61->O%zUnFX~Xj7j-B_24B=+g)iz*$_&0}q7VhX
zsDLw#@I@ye%O$?(5=+;_7wyQ@e%u<z*9hYVu#TuF0^<vW0cyOlPkok^0KRCYao#%q
z(;FW_&zszG0AJL<`uL&_D|}IhQe^N&O;-4#Ca4j^7j;<0XU_PLFn)Fp*=#1CisFmv
zJ&@aJ6g(BxtnfuOpP1r{;)^=_gv^;Ia0FlUVGny)%A&*keB0aJHcSHz_O{z@`_13{
z&AZ<9u6f|Me9O1!Lzo5ue9<HC1bk6^(Zg=JyfcbV{^Kk9!=C?)oef{qxuE!>4yDN8
zi#n|EMIB0+!52*wqQDmwaHbKy=mccB#1~y+>6-YW9hut47p*jOjW4SC#1voDp_CbX
z(L^B%d{F^s8sUphK$c5<(Iu9y8Q<XHi*|gXk1wkE)G5AbrP0;+q8*vtKECKKlVt~A
zbctoz#1~y+nVR^b6A-b?r=s|xg3=h_i)ub~iZ5DebTz&xzG$~M=x>U^Y5Ss|``qW!
z`MmFa?|VW2Blqz(^?(OFAP@i4r#`i*OS9jL#TVU=+uldvi{gv!y?K@g=A99~=#tOW
z#21}_ESLDAODxMKzUUIm)WjE^faoQ@sOA$>d{Ku|Wbj2DR`{Y0rOe=qCJIsDiwZc?
z2w!vpvRvYeF0ph?e9?|f?c<A98oI_8)qG-#FX~Xr48CZh5Cy)dfHRHoMJFK3CBEnq
z%d&|ty2P^E#24LV(sl4fJ2JJ8FIs8nI-iQ-i)v8#qMA>g;)_-qU5zh_FWT)5`kNwf
z+P>(EUi6|6KJRp=JB??-7s__r9bbO=<#C3e{K=oZ(8D*F#}_^FMaLJ#7d`Bj%R3`{
zQ3ou(s6z=~)S(m^d{KuLzNkYfGx(y3LKOI-0?stT7oC7Cm-wPfEL{^{v?Ejd_@b4D
zuJJ`RpP1r{I+QYlFPbPsfiEiHOe1{J3CMDZFS^9iHSt9|GPRE{T50GSUsUsnDZZ#f
zDKhw?CM$eV6V!;|i#n|EMIB0!$)}?Dq8b{$sOD3r_@b3YSL2J~i*|d1{-y|=wlDgS
zhdd-~&)2{H_4|Q+%Uj+OXL#TPAGqHcHgy!f=#eisz9_!vVYgh~8R3gMVDUvAO8BA<
zrO4omI;`+T9ZH$O7flqRz!w#8rV+mA1Z26y7hPiMn)sp}ncBw}tu%CvFRJ;(6kpV#
zlo@={L?H@%Q2}Qf;fqc{mP>rmC6=y<FWQl*eSFbML)ZACnomseMIB0!!51}I;ftD}
zMhsunVTCX1P>M`G6~!0T(C|eypE|`Ctu(qCUld=o+Z*&ZMc}l3(L3My&S87rdh4zG
zfgPXH;|v#HeDQu~*wj(@qDQ{m_@elthuv~{XM`{6fW;SeDB+7blp=#K>afBWbtq*9
zUo=sO0$)_XnMU}c6OiQ+Uv!D3YvPM`WNIH@w9?QuzNqFCQ+!c}QfBZ)6NM=7MFpH`
zgfBV)SuXKKmsq+czGz3L_VGn44PE1lYCbW=7j-B_24B=<g)eG?8ZmrPhZVl4Ln$)(
zR1{xSL&F!<eCiZmw9@Emd{KPSZg0@v6oJ$BMK8Vd(y%>G@~3>9;oP}%o4Pdny;ywF
z{kZLY6uv0F=-!)Wd0^fd;fpT$Oig^z3CMDZFS^9CY~qV9u}n>T(FurN;)`lNF~t{k
zC`ATe)M14$>QKrIzG$Kl1-__&GmY>?Cm_ouzUUH5*Tfg?$kaZ*Xr-ZRd{NCOrud=`
zrOe=qCJIsDiwZc?2w!vpvRvYeF0m||_@YZJyG?x2T_#-zU$i4r`}m@jhOYCe=t)cx
z{Y#vUDZZ$G9q~mSR`{a$qRu`cbLI)0wl8|0``qV*zUa7}i8I{mUiUilm*eCw5MT7<
z3@_*m_@elt7qnr{8_qi;e9`l=8UcJ!hZ4T1Ln$)&q7Ey3QHN4y@I@1aDDXuEoN0tF
zIssWO@kN(dx+cD8N2d1iMJo+m<BMuOF~t{kC}jp;G*O5GUsS-EM);x=kmV9zbcv;F
z;)`}<Y9C*;($F=&sOA$>d{Ku|Wbj2zR`{YOs1d^#by(qxI+P-lPet)XH8gxt&8JTB
zMJtW2#uvpG?e+%!O%XV4U-XGjd}7$1x7>2eeqhI^^f<%SS6{u~88&qkzUYxJH@+yo
z=wY{9-WlPGI$-fd9ZLA34yDN8i#n|EMIB0+!52*wqQDmwaHbKy=mccB#1~y+>6-YW
z9hut47p*jOjW4SC#1voDp_CbX(L^B%d{F^s8sUphK$c5<(Iu9yi7(obseOFWN<-K9
zqMA=k@kJd<k---=S>cPCphgT|)M14$>QIVIJ{83m)zI)oHJ>`g7p*k98ebG&wA&l>
zH$~vIebINn``uxC{=zT(!hT?X<yU?s&hU<RykoyJZ0aa{(Ia1Od{KPS!*02}Gr|{j
zz~YNKl<-9zN|C`Aby(qxI+QYlFPbPsfiEiHOe1{J3CMDZFS^9iHSt9|GPRE{T50GS
zUsUsnDZZ#fDKq$@i9!_kq5{q|!WW%@ESLDAODtUzU$i4r`}m@jhOY5NHJ_N`i#n7d
zgD+~b!WT6`jTpYD!wO&2p%j^XDvB?vq2Y^aK6Q#OT4{7Oz9_zEw>Ri-ioj|6qT_4u
zOE0~22%qEU@sQ<0*^ZB$mtA(*IQ-&^FCO=R7kc;x^Z24izUcU(_@am1a(QQjFY18B
z7j-D%i#n7dgD>i^!WVTYWd>g~QHTOxRKS@=_@Wb#<q}_XiKT1ei*{scA78Z6&^5lO
z<`YwVQHN4y@I@1aDDXuEoN0tFIssWO@kN(dx+cD8N2d1iMJo+m<BMuOF~t{kC`ATe
z)MSM(YJwUud{KuLzNkYfGWk>#UsOZG7u9^~6koK`=xTgXe9>-i(BBk+)AmIN%y+%(
zUGW!$-uvG79*={4yyMpR$}6voV}I?}e$78{%Sn9EBVT=dQGC(EZn?ZO!WVVG;)^<z
z@I@U;k--;rSmBF0lrn=ankYnpFDl?nBYe>b$a0A<y2R2o@kKi_wT~}aY3LeXRP%``
zzNkYfGx(y3LKOI-0?stT7oC7Cm-wPfEL{^{v?Ejd_@b4DuJJ`RpP1r{I+P-VFKV*F
z7d1hR7`~{(3SZQr6q$S~iZ806;frcMb&4-qX>>KdD86X7H|TGQz!7}W!Se+#ctL2N
zcfRwT-}=_Kjz@SJ@=y`p_O`cOe);8b)Q|u8kLx_sB!DlPD2`L$i{gtOcBkc?5x%Gc
z7GKn%gfHq)iVVJ}!wO&2p_CbX(L^B%d{F^s8sUphK$c5<(Iu9yi7(obseOFWN<-K9
zqMA=k@kJd<nZXxL6r#Wv6>z2zzUTyGxx^P;V(FUrq8*vq#}}<Mbd4{n`NR}o)S(m^
zd{L7XzNiUm#PCHOR`{Y0rO4z{QG8Ji4PR9AsZ)H>N~5dsMe#+uy+MCd1P<kkj@wxA
zV|;o{WppT@mt1nmlb-aXcf8{rpZw$}zx1UqjW_M_V-#aK{xZ_1Jmo2Oy3?J)6dgZ5
z_qop<(>VF2F3o-~7GHEfZhIevFN!a^_vTq1n0H3_qDwwg6JK-!vRsZoL-R&*5L;$w
z1_69gXD8r`I+QYlFPbPsfiEiHOe1{J3CMDZFS^9iHSt9|GPRE{T50GSUsUsnDZZ#f
zDKq$@i9!_kq5{q|!WW%@ESLDAODtUzU$i4r`}m@jhOWnhu(7Ew=-=tnCp?o=d{O_h
z;)|NB@I_5fBZe>Pu)-I0C`BfpisFlEX!)3L6k~(w@W!X{RCK&qZJdLC`S_yvqI!og
z-3Wn0`J(5}olC>>^oosKl#{$ne9@E8+v8Y#QGC%owv9L>?~LM;|M-etgc;$BI(q<L
z)S(m^d{KuLzNkYfGx(y3LKOI-0?stT7oC7Cm-wPfEL{^{v?Ejd_@b4DuJJ`RpP1r{
zI+QYlFPbPs@&B@SKQFiCSH170q=FD4NJ6lcMxjIkN-hMs{vgDbqF_UesECNDNRA2U
zfgpvTf{`EyLFJ|)LRwcT1UrHRNhA$BK|~uRm`h<$NuvLNze>6DFgSy8#v0?ZKehJS
zYnN-ji$l(Lj_>!`@p;dgCwuMrN)=vI#A#c2(H3O9#EXtuwqg7U-V^_MYTK8eWR4g0
zZ!})iX@wVcD#aPRsM!iHYKA(F;YFQRcu}WPoXNMMcu^e<FRJ_0UA$<mv90l<c+u_I
zV1B9sc+m&D-FVSE-%z|LUi7w)Tz)dbi#lQPqE02es8cD<;6<HQcu}WPp23S|3bDY8
zia2cxFWQ2Pmw3@J%QnP|Ze{8mFIsEpHC|NriCw&?Qz_5jMKgt1;6+88wuKjMLB>nG
z=$K_2;zhSIb&eOUHS`)Us{6z)Ueu`+XYitCE4-)~>NtiMbz0#?ol0>g--_Zzbu_%F
z?o)U1qP51h#*5-bw`YU-sS4mlAMAGHMelq=@uGOq+dgvn$p|m%gvE<GmGGiYr8t8Z
zbz0#?ol1EIFPbUD0xv4!v@N`73o>5fMaL}L5HGrwsdKz&t)bU=QQaqY@uE(pJcAd_
z6k>rF6>-`YUbF=nFY%&dmTia^-OAKCUbNQGYrLrL6T5g(r&653i<+(QqGqV$7+%zA
zg%@=y#hH97iWk+<@S?g;-NlR68rvE#iWl9U4d$mRa4RqR(n~MB>)HQxs#|m2H;Wg&
zuG`gLg%`z(Uj6WlUznea@S<a%HpGjzAmb%obj&gi@uFjvHpGjzAo>z7s{6z)Ueu`+
zXYis<E4-*vDbL_VGlf{-MMa#pg%@o>#!I~Dm}MK{MYl3_ju)*p^cpX!`@}9@)Txwb
z@S>SQEbyWtPTRtZwjkprUUbYd4)LO6mdhbt^s>n|!HaHX>KrdxYv^^p6~&9{P<T<@
zr|#lKYmIG<7sZQi&j#~T6}XibJyo<f^EZnZz4P6{i{eFZ`^e=dBfO{+7BA{l!izeU
z;tXEYX@wVcD&-lxXr>Sgyr_uNw(z1Y$askt9kXmhyy#Y@&hetPhF;@Eb)VS9i#nC^
z3|=%-hy`9$#A#c2(H3O9#EXtuwjo}0D^urq(ON^V@uIp<?BYe8N^u4+YPQ0QnxT$k
zcu}VnUeu`+XY#EmUQ|cJi|Rgg7cW|CY-_wIUUYjln4hWuUi86kH(vD4Hxw_57rpHx
zm!FLAqE1-6s8b0q>Qss|cu}VnUeu|SXYit#LM-s2B2L@Fi?$%+C0=yQvJLT~TbVk?
zi`E)?jThB@Vizy!RLV1W(M%y0cu^6jZQ(^*kns{PI%e61c+ss)o#RDo4ZX&T>OQfH
z7j-Jd8N8_33NLDgI*#E*omO~Jr&65Bx1xAa9Stw4`_x^$XsxlW@uGOq?b%>{sseb?
z2fN*P(L3KzyeMAuwvSwXGQx{GVez6)CA_FpDbC<UomO~Jr&6B5i)IS3z>A7FZ3{2j
zf{d4V(J{+5#EWia>KrdxYv?szRQHKpyr@$t&)`Kfg;?N4MVz*U7i~etOT6fqWgFr}
zw=#8(7p*n)8ZWB*#4cXcsT61MqGl_+s2S=wh8J~O;YFQFaVFo2;ze~dyr}L|ck!aN
z#<s?b;zhS-gZZfn;6)$ocH>3wd_(b~c+uNFa{0*!FY1KFi#nC?qE4kagBNvL;YFQF
zc?K_<DZ~OVD&n*)yl4wDUgAZ^EZYz-x|OMOylAbV*LYFgCwB3oPNh797tIu6ffp5V
z+7@241sN~#qGOhAh!@?;)Hz<X*3fIbsO}THcu}WPoWYBlt?;5|sN)!3)M<qmbt=V~
zd@G6<)zR>xx=-E3i`E+38ZU|$-JT8Rrz(IKeX!e&7rpZh#f#!aZ~MsQCnLP56BaM(
zRKklomEsIu)M<qmbt>f<ylAEn3%sa^)3)%UEy#F@7ag-~L%ir#rq1!AwT52fMRlLp
z#fv(X@(f-yQ-}p#RK#gpc+nPQyu^!+S+*fwbSqQmc+pxzukoU~Pwe7Fol0>AFKV{J
zi<+U1V|Y=g6<*Y-6le0SC|*=Y!;9)Zbr&yMYiw)0C|-1XHkhBP0ABRLZZ}@^&Nmb<
ziWj}@BbT3y@S;vwyr@$NFX~i^Gk8&_6<*Y-lxOgwnL;e^q9RV)!i%;b<0W2n%(4yf
zqFb3d$BWh)dW{#=ePS0c>Qu@zc+pHD7I;w+r)}XyTafV*FFIz~hIrAfOr7IJYYn}|
zi|RhHix+h&#TmS)*$OXehB}VnMV(f7QKwRz$+x0-Q5_90s{7PkylAblt?{CG(e2q_
zeyRd^(FeQTc+orGP`oH!^tO*&elo&~I$`mmP9?mkQz_2iMV(f7QKwR#!HZ@JvA~Op
zIBg3r+JcOic+oM-HpGi=W$GL+T5ISvUR3vqUA(AMDbL_VGlf{-MMa#pg%@o>#!I~D
zm}MK{MYl3_ju)*p^cpX!`@}9@)TtC_@S<ibyr>!KIEEK>TH!^VN^vINisD6eG`y(p
zQ+M&AwZ^u_i{eGMXM_2v3gAT_>~`Zt?|eh?qIl8UK63fV2rue{#fv(X@S;woID;2;
zTH!^VN_hq^nkmErFDl}+Exc$8GG5|E$1K|rFS?bfbG&G+q1Sj(-6wYOqE4kegBQ&d
zVu2SGaoQGMv;`S2@uFjvZHO1$%G5btwARpTyr}LIyLeHjQk=nynyv7nW~k#BUesxY
z7j-JdnS3jX7uC`5qPkDr#f#P&+Zr#57u}u>=BFxv7k#kXjTgQ14aJM%MQ{7a<tHP&
zs1p`1>QusuI+fxKUesxY7j-J-8N6tw5DUDhh|{+4qAkdHi5DHSY(u>0R;JGJqP2!z
z<3)9!*u{%FmGTT;G*gHLUR1<sTX@kHWW2<Sj#;)LUUVx{=XlXtL$C3ox=-xlMV(4<
z1}|#1!i$=rj$?RHrxjk*sT61OttehpN5hNiK6Mu_T5D`;yeM9Ddp4M#s=z(H=<&hi
z)mLBr#3w%S13&Ns-}sH+_~MH%e$^ZN>r}Vqx^EUQdR@1xzX~sk7rpx78NV<;8R138
zK5d8>Z9&FMyy%!^9O6aCENzGvZ9()UUR3vqUA(AMDbC<UomO~Jr&6B5i)IS3z>A7F
zZ3{2jf{d4V(J{+5#EWia>KrdxYv?szRQHKpyr@$t&)`Kfg;?N4MVz*U7i~etOT6fq
zWgOx~$1Imayy#_<ZGsow%G5btwARq;d@G6<)uHgBx=-E3i`E+38ZU|$-JT8Rrz&ta
zFZ!o{`lsLU4d3tveP};^s#|m2H;Wg&uG`gLg%`z(Uj6WlUznea@S<a%HpGjzAmb%o
zbj&gi@uFjvHpGjzAo>z7s{6z)Ueu`+XYis<E4-*vDbL_VGlf{-MMa#pg%@o>#!I~D
zm}MK{MYl3_ju)*p^cpX!`@}9@)Txwb@S>SQEbyWtPTRtZwjkprUUbYd4)LO6mdhbt
z^s>n|!HaHX>KrdxYv^^p6~&9{P<T<@r|#lKYmIG<7sZQi&j#~T6}W>JJwA{8%+LHx
zr=M3{pX%0J_s!x(uj_X8SK&qRqE|mW;}_;9BfRL?rw#F<Ey#F@7ag;VL%isir48|-
zEr`Cvi|RhHix+h&#TmS)(+V%@RLV1W(M%y0cu^6jZQ(^*kns{PI%e61c+ss)o#RDo
z4ZX&T>OQfH7j-J-8N6tw5DUDhh|{+4qAkdHi5DHSj6=NWnB{Va7rkt<P4J>ynL5Xd
z)*5=9Z$<H<Iuu@1_o=&h(OP3$<3;hJ+q1#^R0ZzfMSuO*fBh;PI(*ToZq0SyEMD}w
zZdZR5UKB5S^}{oMVSX~gi;jKT5HH$-jF))PG0Ql_i;h{^5HH$-=u5n)?i0IsQKwRz
z!HYVr@S;woJcAd_6k>rF6>-`YUbF=nFY%&dmTia^-OAKCUbNQGYrLrL6T5g(r&6B5
zi)IS3z>A7FZ3{2jf{d4V(J{+7#EXtuE{Ay0%O=|dFS?bfbG&G+q1X9V6fden;YD?y
zx{DXBHMTWg6fe3x8_Z8t;8}aofBL6?s_ye$?|RoKKl#a5Uw!rXlg#5!$X|bhf1T>q
zT=&i5MX&32^;h9V@uF8hJmVMUCnLP**ryHgqAkdHi5DHSj6=NWn57NzqAiHN#Ea@a
zv5OaVD#aPRsM88B>Qu@zc+pHD7I;w+r)}XyTafV*FFIz~hIrAfOr7IJYYn}|i|RhH
zix+h&<r%zarVtCfsEE_H@S-iqc!?Jsvy4N$=$Pelh!?$VvQ6-!TbVk?i`E)?oo_|)
zqB;~_RQIX7c+py8TjNFXqT92<{8R;=wHN*P$3LE4^!WGUzw4j%(}fp()`i=zj~B&@
zwnySAFY}WTUeqax7j-J(MV(4<1~2Ng!izeU@(f-yQ-}p#RK#gpc+nPQyu^!+S+*fw
zbSqQmc+pxzukoU~Pwe7Fol1EIFPbUD0xv4!v@N`73o>5fMaL}L5HGrwsdKz&t)bU=
zQQaqY@uE(pID;28Tj52`P{%R6sM88B>Qss|`BoG|qNCwOb)UM67p*n6HC_}ix;-1r
zPgUSqd(rRuuI~yj`cpskQ>P01yuMky=$*^sMe(AyedO|!5nj{@ix+h&;YFQFaRx8y
zw8D!zmGTT;G*gHLUR1<sTX@kHWW2<Sj#;)LUUVx{=XlXtL$C3ox=-xlMV(4{1}~Z^
z!~!oW;<PQiXbUo4;zh?S+Ym3hm8o;QXsw~wcv0OacJZQ4r8t8ZHCy3D%}~cNyr|O(
zFX~i^Gx=5&FRG*AMRlLLix;gmwl!W9FS<P&%uiL|S$om1{o1b$FZy?X_jjiX`@Ftc
zyy%_F<3;hJw|(UDlM!Cj35yqXD&a+)N^u4+>a@a(I+gMaUNlpP1zuFdX<K;F7G%7{
zi;h{gAzpMVQ|EZmT0^h#qPkD);zgZGc?K_<DZ~OVD&n*)yl4wDUgAZ^EZYz-x|OMO
zylAbV*LYFgCwB3oPNg`57d2bqMa@vhF}$eL3NPwZiZl6E6fdfy;YD?yx{DXBHMTWg
z6fe3x8_Z8t;8}aox4!kQ;YDA6{q<9YeO})zUi8l8@uGOq+dgvn$p|m%gvE<GmGGiY
zr8t8Zbz0#?ol1EIFPbUD0xv4!v@N`73o>5fMaL}L5HGrwsdKz&t)bU=QQaqY@uE(p
zJcAd_6k>rF6>-`YUbF=nFY%&dmTia^-OAKCUbNQGYrLrL6T5g(r&653i<+(QqGqV$
z7+%zAg%@=y#hH97iWk+<@S?g;-NlR68rvE#iWl9U4d$mR@T|S)w|vXDgcm(Nm7FT<
z^ZI7-qIWKj7sZR-_L0j^MtD&tEMC;9gco%x#TmS)(+V%@RLV1W(M%y0cu^6jZQ(^*
zkns{PI%e61c+ss)o#RDo4ZX&T>OQfH7j-J-8N6tw5DUDhh|{+4qAkdHi5DHSY(u>0
zR;JGJqP2!z<3)9!*u{%FmEsIu)NF+pHA5Z8@S;vDyr@$t&g5HByr_<b7u9|0E?%_O
z*w%Payy*69Fh5m+XYECQ?&p3kyy)?U<y2vx*Efq7y>ofIC|>lok6eB-!izd#@uE&8
zyr@$t&frCzR(MgTQl7z!W(u*ui;6gH3oqJ&jF))PG0Qf@i*9A=94}gH=rvwc_laG+
zs8cD=;6*cqSl~rPoVJA*Z9&FMyy%!^8{$Q`GIfp@tu^!-FRJ^*E?(5B6ld_FW-Gj?
z8R|HO7j;_UMV(4<Cf|zUMRhd1sP0pD@uIcHw#JL%MYm^z`Kby#YcKj|fA(kLML+x5
z&z>sm^ZI7-qIWKj7sZR-_L0j^MtD&tEMC;9gco%x#TmS)(+V%@RLV1W(M%y0cu^6j
zZQ(^*kns{PI%e61c+ss)o#RDo4ZX&T>OQfH7j-J-8N6tw5DUDhh|{+4qAkdHi5DHS
zY(u>0R;JGJqP2!z<3)9!*u{%FmEsIu)NF+pHA5Z8@S;vDyr@$t&g5HByr_<b7u9|0
zE?%_O*w%Payy*69Fh5m+XYEB_fBp4$yyG1Q8U5C8{Z{^w^mll)@S=B!T>mZbqIl8z
zJUsn6KN;agotSu0rxIS&sT61MqE0Kks8cD=;6*cqSl~rPoVJA*Z9&FMyy%!^8{$Q`
zGIfp@tu^!-FRJ^*E?(5BlxOgwnL;e^q9RV)!i%;b<0W2n%(4yfqFb3d$BWh)dW{#=
zePS0c>Qss|cu}(zUepYA9K(w`t?;5wr8tvsMe(9K8eUZQsk?a5T4P(|Me(BBv%&mS
z1)jARJz{?5GoOjS#puUA_OVm7eJ<ZDUi8k{@uGOq+dgvn$p|m%gvE<GmGGiYr8t8Z
zbz0#?ol1EIFPbUD0xv4!v@N`73o>5fMaL}L5HGrwsdKz&t)bU=QQaqY@uE(pJcAd_
z6k>rF6>-`YUbF=nFY%&dmTia^-OAKCUbNQGYrLrL6T5g(r&653i<+(QqGqV$7+%zA
zg%@=y#hH97iWk+<@S?g;-NlR68rvE#iWl9U4d$mRa0f4X^!&A7`?VmWANj~fjvqd!
zDtzZ}7B70|;CNBI=xral{A7d|b;9CBol1C7r&653i#o0FqE4kegBQ&dVu2SGaoQGM
zv;`S2@uFjvZHO1$%G5btwARpTyr}LIyLeHjQl7z!W(u*ui;6gH3oqJ&jF))PG0Qf@
zi*9A=94}gH=rvwc_laG+s8cD<;6=?=cu_OdaSSi&w8D!zmEugk6~&9{Xn0ZGr|#lK
zYmIG<7sZQi&j#~T6}XQVJ(7O%lb;MS`ZZtkHNW_azxesjfBv8U`JazJBtQOv_5NR{
zx;58*vv|?#x?TNMcu~CQ)eq13h55+{FFN*VL%e7UGG5|E$1LLzFFIyvL%e7UqA&5H
zx=-xlMV(4<1~2Ng!izeU@(f-yQ-}p#RK#gpc+nPQyu^!+S+*fwbSqQmc+pxzukoU~
zPwe7Fol1EIFPbUD0xv4!v@N`73o>5fMaL}T5HC7rxg6p}FPm%=yy#Y@&hetPhF<4e
zQM{-Qg%{O*>MmZi*4Wl~QM~B(Y%o7nfxCIpqv|WKyb@&e>VG}et-0=-#fx6o?dq?>
zi{eGEet5<&%uhym(Xme(;ze7K@e(gOW*LWg(J@OK;ze5!eTf&<ePS0c>Qss|cu}Vn
zUeu|SXYit#LM-s2B2L@Fi?$%+C0=yQvJLT~TbVk?i`E)?jThB@Vizy!RLV1W(M%y0
zcu^6jZQ(^*kns{PI%XM%c+oM-<q$7=*<_pGMYl3_ju)*p^g7>);ze~Ryr}L|ck!aN
z#<s?b;zhS-gZZfn+{cR^wBY5JU%r}&<`<so)?D|^;zh6PcJ)``Me(9nKRn|X<|iY(
z=-8(X@uDrrc!?Jsvy4N$=$NGq@uDq=zQl{_KCz1zbt=Ufyr|O(FX~jvGkDQVAr^R1
z5vOh8MO%>Z5-&Pt*@k%0txTQcMQaVc#*6Acv5OaVD&-lxXr>Sgyr_uNw(z1Y$askt
z9kYx>yy%$aa)=kbY_d)8qFb3d$BWh)dYx}Y@uE5uUR3v~yLi!BV_V}z@uJ(a!TeMO
z?%+j_KVo{{``(x4^Jx~Rx;58*vv|?#x?TNMcu~CQ)eq13h55+{FFN*VL%e7UGG5|E
z$1LLzFFIyvL%e7UqA&5Hx=-xlMV(4<1~2Ng!izeU@(f-yQ-}p#RK#gpc+nPQyu^!+
zS+*fwbSqQmc+pxzukoU~Pwe7Fol1EIFPbUD0xv4!v@N`73o>5fMaL}T5HC7rxg6p}
zFPm%=yy#Y@&hetPhF<4eQM{-Qg%{O*>MmZi*4Wl~QM~B(Y%o7nfjfB74}S22Ph&*u
z*PiOuT=&i5MX&32^;h9V@uF8hJmVMUCnLP**ryHgqAkdHi5DHSj6=NWn57NzqAiHN
z#Ea@av5OaVD#aPRsM88B>Qu@zc+pHD7I;w+r)}XyTafV*FFIz~hIrAfOr7IJYYn}|
zi|RhHix+h&<r%zarVtCfsEE_H@S-iqc!?Jsvy4N$=$Pelh!?$VvQ6-!TbVk?i`E)?
zoo_|)qB;~_RQIX7c+py8TjNFXqT92<{8R;=wHN){zx~?^KHvM^_rCJVD}Vp@e}8<S
zJ3gnJD)oK7S-j|dI_JL&UKB5y55r9s`N;?`>h#2mI+gIEPNg`57j;_UMV(4{1}~Z^
z!~!oW;<PQiXbUo4;zh?S+Ym3hm8o;QXsw~wcv0OacJZQ4r96Wd%@ksR7Zq{Z7GAUk
z887joW0q}*7v0L#IbO8Z&}+P??i0IsQKwRz!Hb%$@S<j@;}~AlX@wVcD#e+6D~cD@
z(eR?WPu<0f)*9OyFNzo4o(<-wD)6km=r8@!FQpg#)Tcgms<zMNo5hRXIXhkyFM8WY
zE<YLJMV+vCQKu4K)TtC_@S;vDyr@$t&)`Kfg;?N4MVz*U7i~etOT6fqWgFr}w=#8(
z7p*n)8ZWB*#4cXcsg!5%qM1T0@S-A4+ro>sAmb%obj-31@uFLqI>(FF8hVWv)qP?Y
zFX~i^Gk8(66<*W~bsWQsI<4@cPNg`LZ$<H<IvQS7_o=&h(OP3$<3;hJ+q1#^R0W>3
z7d`%i7GCt{fBxrB74~_3vv|=vm&c3ZMQ{7a<tHP&s1p`1>QusuI+fxKUesxY7j-J-
z8N6tw5DUDhh|{+4qAkdHi5DHSY(u>0R;JGJqP2!z<3)9!*u{%FmGTT;G*gHLUR1<s
zTX@kHWW2<Sj#;)LUUVx{=XlXtL$C3ox=-xlMV(4<1}|#1!i$=rj$?RHrxjk*sT61O
zttehpN5hNiK6Mu_T5D`;yeM9Ddp4M#s=%}MqHlfcTf>VU{|x$5g?(P%EMD}^<?*6;
z(c3<9`N;?`>V(CMI+gIEPNg`57j;_UMV(4{1}~Z^!~!oW;<PQiXbUo4;zh?S+Ym3h
zm8o;QXsw~wcv0OacJZQ4r96Wd%@ksR7Zq{Z7GAUk887joW0q}*7v0L#IbO8Z&}+P?
z?i0IsQKwRz!Hb%$@S<j@;}~AlX@wVcD#e+6D~cD@(eR?WPu<0f)*9OyFNzo4o(<-w
zDsVS1`ugjypDOJ0`eyN>cP@_?#f#qdk;_j;cu^-TUeu|C7j-Jd8N8^|3NPwZ$}@P;
zOd%F{Q4yzY;YC}J@e(gOX4!^#(XC9K<3(!?y~c~`KCz1zbt>f<ylAEn3%sa^)3)%U
zEy#F@7ag-~L%ir#rq1!AwT52fMRlLp#fv(X;tXEYY=sv!LmkKPqE0Kks8cD<<Xcg^
zsE&pg)qUzNUbNQO)_768==N+dKUINe?M1)&o4+~!{-VdHl2e6!Uf(QU^v>n+qIl8U
zK63fV2rue{#fv(X@S;woID;2;TH!^VN_hq^nkmErFDl}+Exc$8GG5|E$1K|rFS?bf
zbG&G+q1Sj(-6wYOqE4kegBQ&dVu2SGaoQGMv;`S2@uFjvZHO1$%G5btwARpTyr}LI
zyLeHjQk=nynyv7nW~k#BUesxY7j-JdnS3jX7uC`5qPkDr#f#P&+Zr#57u}u>=BFy~
zti9-mKJ=mRqQ@Uyo+|9~`eyN>cP@_?#f#qdk;_j;cu^-TUeu|C7j-Jd8N8^|3NPwZ
z$}@P;Od%F{Q4yzY;YC}J@e(gOX4!^#(XC9K<3(!?y~c~`KCz1zbt>f<ylAEn3%sa^
z)3)%UEy#F@7ag-~L%ir#rq1!AwT52fMRlLp#fv(X;tXEYY=sv!LmkKPqE0Kks8cD<
z<Xcg^sE&pg)qUzNUbNQO)_768==N+dKUINe?L|NP+0TX-{q(0leX6j}>zl=k-nl$p
z6fb()M=n1Z;YFRWcu}VkUeu`+XYis<E4-*vDbL_VGlf{-MMa#pg%@o>#!I~Dm}MK{
zMYl3_ju)*p^cpX!`@}9@)Txwb@S>SQEbyWtPTRtZwjkprUUbZ|4e_E|nL5Xd)*5<^
z7u9`Y7cc5miZggovlU*{40RmCi#o0FqE4kalW#@wqB<I0RQIX7c+py8TjNFXqT92<
z{8R;=wHG~5!8_jZj)ROI|6qFli~bIe7GCrYk?X$&UKB4{pNFSk=O-h)s1p+}>Qusu
zI+fxKUesxY7j-J-8N6tw5DUDhh|{+4qAkdHi5DHSY(u>0R;JGJqP2!z<3)9!*u{%F
zmGTT;G*gHLUR1<sTX@kHWW2<Sj#;)LUUVx{=XlXtL$C3ox=-xlMV(4<1}|#1!i$=r
zj$?RHrxjk*sT61OttgB{N5hNiK6Mu_T5D`;yeM9Ddp4M#s=%}MqDRcneeQGdw;27O
z|MP#Is_k?6X7QqT&W;zwi{AE;%TGplQ70^3)Tx9Qbt=Ufyr|O(FX~jvGkDQVAr^R1
z5vOh8MO%>Z5-&Pt*@k%0txTQcMQaVc#*6Acv5OaVD&-lxXr>Sgyr_uNw(z1Y$askt
z9kXmhyy#Y@&hetPhF;@Eb)VS9i#nC!3|`c1g%>qL9mnvZPAj~qQz_2mTT#5Ij)oW2
zed;b=wAR?xcu~CQ_G~aeRe?Kr(WB>Y|MqVO8U2wT`H|y=)Ts*J`J2Uy-Z?m46fb()
zM=n1Z;YFRWcu}VkUeu`+XYis<E4-*vDbL_VGlf{-MMa#pg%@o>#!I~Dm}MK{MYl3_
zju)*p^cpX!`@}9@)Txwb@S>SQEbyWtPTRtZwjkprUUbZ|4e_E|nL5Xd)*5<^7u9`Y
z7cc5miZggovlU*{40RmCi#o0FqE4kalW#@wqB<I0RQIX7c+py8TjNFXqT92<{8R<*
z;6;y5xX14vf8#fPBgp9SuRs3dKmI3w@+Yso_S*61na9>~!2Ih}x8}NU7B6~Tx2wMj
zFNznv`r#SBFh3dLMaMpEh!<@^#!I~Dm}MN|MaL{{h!<@^^d(+Y_laG+s8cD<;6<HQ
zcu}WPp23S|3bDY8ia2cxFWQ2Pmw3@J%QnP|Ze{8mFIsEpHC|NriCw&?Qz_5jMKgt1
z;6+88wspKIJ07azV{)5wSqtDrYYn}|i|RhPix<rlPh8+dpP1-4fERTt#hH97iWk+<
z@S?g;-NlR68rvE#iWl9U4d$mRa0f5?;)^e)6n)CYscy}6-z;AAx^7p06<!oCdiBFI
zeqnwx!i$c5+7K_=f{d4V(J{+7#EXtu+7K_=g6K=UsO}THcu}WPoWYAat?;5wr96Wd
z%@ksR7Zq{Z7GAUk887joW0q}*7v0L#IbO8Z&}+P??i0IsQKwR#!HZ@JvA~OpIBg3r
z+JcOic+oM-IK+#NSuTfo(aR>=1TVUksdKz&t)bWXRunI)L*YerpSp_|tu?kaUKB67
zJsZqVRRAygV7D7DdgmL87sZR-_L0j^MtD&tEMC;9gco%x#TmS)(+V%@RLV1W(M%y0
zcu^6jZQ(^*kns{PI%e61c+ss)o#RDo4ZX&T>OQfH7j-J-8N6tw5DUDhh|{+4qAkdH
zi5DHSY(u>0R;JGJqP2!z<3)9!*u{%FmEsIu)NF+pHA5Z8@S;vDyr@$t&g5HByr_<b
z7u9|0E?%_O*w%Payy*69Fh5lRyy%17ZoKH7Zzx_AFM8WYE<YLJMV+vCQKu4K)TtC_
z@S;vDyr@$t&)`Kfg;?N4MVz*U7i~etOT6fqWgFr}w=#8(7p*n)8ZWB*#4cXcsg!5%
zqM1T0@S-A4+ro>sAmb%obj-31@uFLqI>(FF8hVWv)qP?YFX~i^Gk8(66<*W~bsWQs
zI<4@cPNg`LZ$<H<IvQS7_o=&h(OP3$<3;hJ+q1#^R0ZzfMPGX9rFY%vuT$Nc>%LjM
z=ylz${wlmEUi9jRXZ*taWP}$T`?Mimv;`S2@uFjvaflZkv$P>zv<1<Zcv0OacJZQ4
zr8t8Zbz0#?ol1EIFPbUD0xv4!v@N`73o>5fMaL}L5HGrwsdKz&t)bU=QQaqY@uE(p
zJcAd_6k>rF6>-`YUbF=nFY%&dmT`y|9kW~x@uHVawh3NzD^urq(ON^V^Q|aeRENTg
z>OOTBFIsDCYrH64bbB_KpQ^weyy&TVKKE}HFM8)&fEUG!-u98pPeyoACoEpnse~7G
zD#aPRsM88B>Qu@zc+pHD7I;w+r)}XyTafV*FFIz~hIrAfOr7IJYYn}|i|RhHix+h&
z<r%zarVtCfsEE_H@S-iqc!?Jsvus1W=vJoA@uIbcUgJe|pV-BVI+fxKUes)b7d1m2
z$MB*~E4-*vDbD0uQM{;*h8NX+>MmZi*4Wl~QM~B(Y%o7n0lesg-EO?-oo^^!6fb()
zM=n1Z;YFRWcu}VkUeu`+XYis<E4-*vDbL_VGlf{-MMa#pg%@o>#!I~Dm}MK{MYl3_
zju)*p^cpX!`@}9@)Txwb@S>SQEbyWtPTRtZwjkprUUbZ|4e_E|nL5Xd)*5<^7u9`Y
z7cc5miZggovlU*{40RmCi#o0FqE4kalW#@wqB<I0RQIX7c+py8TjNFXqT92<{8R<-
zq7Qbv@uGLWp?Fce=xral{A7d|b;9CBol1C7r&653i#o0FqE4kegBQ&dVu2SGaoQGM
zv;`S2@uFjvZHO1$%G5btwARpTyr}LIyLeHjQl7z!W(u*ui;6gH3oqJ&jF))PG0Qf@
zi*9A=94}gH=rvwc_laG+s8cD<;6=?=cu_OdaSSi&w8D!zmEugk6~&9{Xn0ZGr|#lK
zYmIG<7sZQi&j#~T6~K!=*zLxP-uZ^&Me(AyedO|!5nj{@ix+h&;YFQFaRx8yw8D!z
zmGTT;G*gHLUR1<sTX@kHWW2<Sj#;)LUUVx{=XlXtL$C3ox=-xlMV(4{1}~Z^!~!oW
z;<PQiXbUo4;zh?S+Ym3hm8o;QXsw~wcv0OacJZQ4r8t8ZHCy3D%}~cNyr|O(FX~i^
zGx=5&FRG*AMRlLLix;gmwl!W9FS<P&%uiJSFZy7&8!vk28;Tdji{AE;%TGplQ70^3
z)Tx9Qbt=Ufyr|O(FX~jvGkDQVAr^R15vOh8MO%>Z5-&Pt*@k%0txTQcMQaVc#*6Ac
zv5OaVD&-lxXr>Sgyr_uNw(z1Y$askt9kXmhyy#Y@&hetPhF;@Eb)VS9i#nC!3|`c1
zg%>qL9mnvZPAj~qQz_2mTT#5Ij)oW2ed;b=wAR?xcu~CQ_G~aeRRO%{gWYbt=$&sU
zUKB5S+ea=x8R12puy|3Y5?<7)6ld_FPAj~qQz_5jMKgt1;6+88wuKjMLB>nG=$K_2
z;zhSIb&eOUHS`)Us{6z)Ueu|SXYit#LM-s2B2L@Fi?$%+C0=yQvJLT~TbVk?i`E)?
zjThB@Vizy!REjfrQL`0Z)C_eT!;3nt@S;woIFoNh@uE5!UR3v~yLi!BV_V}z@uJ(a
z!TeMO@S+cPyYZrTzM*(gyy$Hox%^~=7j?qoMV(4`QKwRz!HYVr@S;woJcAd_6k>rF
z6>-`YUbF=nFY%&dmTia^-OAKCUbNQGYrLrL6T5g(r&6B5i)IS3z>A7FZ3{2jf{d4V
z(J{+5#EWia>KrdxYv?szRQHKpyr@$t&frDOR(Me})Nu?i>a@a(I+fx~z7@rb>S%aT
z-KXy2MQe?1jTgm>ZqEkuQx(9AKG^NXi{AN$;zjYIw|(UDlM!Cj35yqXD&a+)N^u4+
z>a@a(I+gMaUNlpP1zuFdX<K;F7G%7{i;h{gAzpMVQ|EZmT0^h#qPkD);zgZGc?K_<
zDZ~OVD&n*)yl4wDUgAZ^EZYz-x|OMOylAbV*LYFgCwB3oPNg`57d2bqMa@vhF}$eL
z3NPwZiZl6E6fdfy;YD?yx{DXBHMTWg6fe3x8_Z8t;0|8&&u;hEscy}6-z;AAx^7p0
z6<!oCdiBFIeqnwx!i$c5+7K_=f{d4V(J{+7#EXtu+7K_=g6K=UsO}THcu}WPoWYAa
zt?;5wr96Wd%@ksR7Zq{Z7GAUk887joW0q}*7v0L#IbO8Z&}+P??i0IsQKwR#!HZ@J
zvA~OpIBg3r+JcOic+oM-IK+#NSuTfo(aR>=1TVUksdKz&t)bWXRunI)L*YerpSp_|
ztu?kaUKB67JsZqVRp1U@^u-rn{Hh!Mb*fu)-8YLDy{_BUUxgRNi(dWkj9-|ajPRmk
zpEkscwjkprUUbYd4)LO6mNvwTwjlZvFRJ^*E?(5B6ld_FPAj~qQz_5jMKgt1;6+88
zwuKjMLB>nG=$K_2;zhSIb&eOUHS`)Us{6z)Ueu|SXYit#LM-s2B2L@Fi?$%+C0=yQ
zG7j;gW0uPyUi7lbHo=Q-W$GL+T5ITaz7@rb>QH!5-KXy2MQe?1jTgm>ZqEkuQx(9A
zKG^NXi{AN$;zjYIw|(UDlM!Cj35yqXD&a+)N^u4+>a@a(I+gMaUNlpP1zuFdX<K;F
z7G%7{i;h{gAzpMVQ|EZmT0^h#qPkD);zgZGc?K_<DZ~OVD&n*)yl4wDUgAZ^EZYz-
zx|OMOylAbV*LYFgCwB3oPNg`57d2bqMa@vhF}$eL3NPwZiZl6E6fdfy;YD?yx{DXB
zHMTWg6fe3x8_Z8t05AGrw;L~d=NpO_#f#qdk;_j;cu^-TUeu|C7j-Jd8N8^|3NPwZ
z$}@P;Od%F{Q4yzY;YC}J@e(gOX4!^#(XC9K<3(!?y~c~`KCz1zbt>f<ylAEn3%sa^
z)3)%UEy#F@7ag-~L%ir#rq1!AwT52fMRlLp#fv(X;tXEYY=sv!LmkKPqE0Kks8cD<
z<Xcg^sE&pg)qUzNUbNQO)_768==N+dKUIM{c+ro4{Numw{q?KA`l~<rlRx>M_q?b6
z<LiI=r++%X`c${(x^EUQdR@1xzX~sk7rpx78NV<;8R138K5d8>Z9&FMyy%!^9O6aC
zENzGvZ9()UUR3vqUA(AMDbC<UomO~Jr&6B5i)IS3z>A7FZ3{2jf{d4V(J{+5#EWia
z>KrdxYv?szRQHKpyr@$t&)`Kfg;?N4MVz*U7i~etOT6fqWgOx~$1Imayy#_<ZGsow
z%G5btwARq;d@G6<)uHgBx=-E3i`E+38ZU|$-JT8Rrz&s<FM37K;|~xHW%|MkFC1|6
zo4)Crj<+*c{37T461?c0?>k-;FM8WYE<YLJMV+vCQKu4K)TtC_@S;vDyr@$t&)`Kf
zg;?N4MVz*U7i~etOT6fqWgFr}w=#8(7p*n)8ZWB*#4cXcsg!5%qM1T0@S-A4+ro>s
zAmb%obj-31@uFLqI>(FF8hVWv)qP?YFX~i^Gk8(66<*W~bsWQsI<4@cPNg`LZ$<H<
zIvQS7_o=&h(OP3$<3;hJ+q1#^R0ZCgUNmmOKmOxCe*M>f{Xs_G{qA=ke@=C(`*QU+
zix<5*-F07x7sZQS_vCC}m7k38qFbUm$BWh)+Zr#rmARbbMK7CNPVl0aO~eE*D&pi8
zUNloYae)_oVxr>!Ueu|SXYit#LM-s2B2L@Fi?$%+C0=yQvJLT~TbVk?i`E)?jThB@
zVizy!RLV1W(M%y0cu^6jZQ(^*kns{PI%XM%c+oM-<q$7=*<_pGMYl3_ju)*p^g7>)
z;ze~Ryr}L|ck!aN#<s?b;zhS-gZZfnyqUe|aU))P?X~!4(|_ngA3D{2x%!*Mi(Z}X
zx-Z0w;zh4}a<;F^PeyprEm580MQe?1jTha@T+Z>LmrX7wc+txyVuBYHadHbUnkk;R
zz>7XH(QyDT>Qu@zc+pHD7I;w+r)}XyTafV*FFIz~hIrAfOr7IJYYn}|i|RhHix+h&
z<r%zarVtCfsEE_H@S-iqc!?Jsvy4N$=$Pelh!?$VvQ6-!TbVk?i`E)?oo_|)qB;~_
zRQIX7c+py8TjNFXqT92<{8R<r<X-f+7a#rTM}v%h`O9BE)vdYio5hP>*X`=B!i(ZX
zuYP#OFU(Iyc+s&>8{$P<kns{PI%XM%c+oLS8{$P<5PgXk)qP?YFX~i^Gk8&_6<*Y-
zlxOgwnL;e^q9RV)!i%;b<0W2n%(4yfqFb3d$BWh)dW{#=ePS0c>Qu@zc+pHD7I;w+
zr)}XyTafV*FFIx!hj`I3%jFO+df8-~;6=AGb&eOUHS{{)isD6eD7>idQ+M&AwZ^u_
zi{eGMXM_2v3cUHf=oh~5h47-k^E<zDs#|m2H;Wg&uG`gLg%`z(Uj6WlUznea@S<a%
zHpGjzAmb%obj&gi@uFjvHpGjzAo>z7s{6z)Ueu`+XYis<E4-*vDbL_VGlf{-MMa#p
zg%@o>#!I~Dm}MK{MYl3_ju)*p^cpX!`@}9@)Txwb@S>SQEbyWtPTRtZwjkprUUbYd
z4)LO6mdhbt^s>n|!HaHX>KrdxYv^^p6~&9{P<T<@r|#lKYmIG<7sZQi&j#~T6?pS|
z(c=%&!;60RcYpV(Zq0SyEMD}wZdZR5UKB5S^}{oMVSX~gi;jKT5HH$-jF))PG0Ql_
zi;h{^5HH$-=u5n)?i0IsQKwRz!HYVr@S;woJcAd_6k>rF6>-`YUbF=nFY%&dmTia^
z-OAKCUbNQGYrLrL6T5g(r&6B5i)IS3z>A7FZ3{2jf{d4V(J{+7#EXtuE{Ay0%O=|d
zFS?bfbG&G+q1X9V6fden;YD?yx{DXBHMTWg6fe3x8_Z8t;LYzvkJ}Mm^quc~=c#VZ
zb>A#r^tx_We-&O7FM9REGk#%yGQx|FecBK&+JcOic+oM-IK+#NS=taU+Jfjyyr}LI
zyLeHjQk=nyI<4@cPNh797tIu6ffp5V+7@241sN~#qGOhAh!@?;)Hz<X*3fIbsO}TH
zcu}WPp23S|3bDY8ia2cxFWQ2Pmw3@J%Q(b~j#(~;c+txy+XOGVm8o;QXsw~w`BoG!
zszc#Lb)UM67p*n6HC_}ix;-1rPgUT}??sQ_9)uTt;e{7Yb!)EsX7Qreb-Vhj@S=Fp
zs~?{63-gl^UUcl!hIr8yWW2<Sj#<VbUUbaThIr8yL|@`Xb)VS9i#nC!3|`b}g%@=y
z<r%zarVtCfsEE_H@S-iqc!?Jsvus1W=vJoA@uIbcUgJe|pV-BVI+gMaUNlpP1zuFd
zX<K;F7G%7{i;h{wAzpOMayi6{UN+e#c+ss)o#RDo4ZY5{qIgjq3NNbr)Lp!2t+B1~
zqIl8m*<gOE0&jjV`Var`58*|>?(4qpRJZ23Zx%0lUAL>h3NMNmz53x9zc4=;;YG(j
zZHO0bLB>nG=$K_3;zh?SZHO0bLG&eFRQHKpyr@$t&frCzR(MgTQl7z!W(u*ui;6gH
z3oqJ&jF))PG0Qf@i*9A=94}gH=rvwc_laG+s8cD=;6*cqSl~rPoVJA*Z9&FMyy%!^
z9O6aCESE#P=w*{_f*0M&)Hz<X*3j#GD~cD@q41)*Pu<0f)*9OyFNzo4o(<-wD)8p_
zq96U}N5hML@ArQ1scy}6-z;AAx^7p06<!oCdiBFIeqnwx!i$c5+7K_=f{d4V(J{+7
z#EXtu+7K_=g6K=UsO}THcu}WPoWYAat?;5wr96Wd%@ksR7Zq{Z7GAUk887joW0q}*
z7v0L#IbO8Z&}+P??i0IsQKwR#!HZ@JvA~OpIBg3r+JcOic+oM-IK+#NSuTfo(aR>=
z1TVUksdKz&t)bWXRunI)L*YerpSp_|tu?kaUKB67JsZqVRp3qTMgRDZ|2VMd@vp!6
zo4<LgTXWqvix<7F+tpu%7sZQS{qT%mn4gUBqGO*n#EZ5d<0W2n%rXw~qGOge#EZ5d
z`Vudy`@}9@)TtC_@S;vDyr@$t&)`Kfg;?N4MVz*U7i~etOT6fqWgFr}w=#8(7p*n)
z8ZWB*#4cXcsg!5%qM1T0@S-A4+ro>sAmb%obj&gi@uFjv%OPI$vdK2Vi*9A=94}gH
z=ykpo#f$1tcv0P_?&3vjjctt=#fxsw2J=%DcyoHu;}6gO@-P4LgCG20V$oyqr7wNy
zRJZ23Zx%0lUAL>h3NMNmz53x9zc4=;;YG(jZHO0bLB>nG=$K_3;zh?SZHO0bLG&eF
zRQHKpyr@$t&frCzR(MgTQl7z!W(u*ui;6gH3oqJ&jF))PG0Qf@i*9A=94}gH=rvwc
z_laG+s8cD=;6*cqSl~rPoVJA*Z9&FMyy%!^9O6aCESE#P=w*{_f*0M&)Hz<X*3j#G
zD~cD@q41)*Pu<0f)*9OyFNzo4o(<-wDsTrc`hgF8;5)p(zWv+3{eACy-`n5*_R2(K
z{oxOP_*D1h>Teb=dUd+%z7Q{p7rpMu*}f`28R12@M0JiAtu?kaUUVySIme4$Ho2VO
zMK7C(30_ph$t}ESrg-84FZ#qp#{s;kQz_5jMKgt1;6+88wuKjMLB>nG=$K_2;zhSI
zb&eOUHS`)Us{6z)Ueu|SXYit#LM-s2B2L@Fi?$%+C0=yQG7j;gW0uPyUi7lbHo=Q-
zW$GL+T5ITaz7@rb>QH!5-KXy2MQe?1jTgm>ZqEkuQx&*_7k%-?7cc$i8=4%5^myxc
zs{3;FH;Wg&I^A_&h!@3+Uiai|UzMMX@S<CyI>(FF8rvE#x|O+{<3%r<Tu$(!mrcY3
zFDl~X7G5+{JaK^+ePW{H0AAFolxOgwnL;e^q9RV)!i%;b<0W2n%(4yfqFb3d$BWh)
zdW{#=ePS0c>Qu@zc+pHD7I;w+r)}XyTafV*FFIx!hj`I3%jFO+df8-~;6=AGb&eOU
zHS{{)isD6eD7>idQ+M&AwZ^u_i{eGMXM_2v3cUHf=*us^3>NjDNxZ1v>Lw@gqIl7p
zJV^PA<R>G%Xf_cGyr_tiTX@k-@x%pQ^ofa%19(xVQl7z!W(u*ui;6gH3oqJ&jF))P
zG0Qf@i*9A=94}gH=rvwc_laG+s8cD=;6*cqSl~rPoVJA*Z9&FMyy%!^8{$Q`GIfp@
ztu^!-FRJ^*E?(5B6ld_FW-Gj?8R|HO7j;_UMV(4<Cf|zUMRhd1sP0pD@uIcHw#JL%
zMYm^z`Kb!LIlbsx-tv~?pJM-ezxR8`+pAOEj;H@-@uE-P@D2S6cu~CQ8+u@#csM^9
z;YFX=>NtQGbt>USol0>AFY2_yi#nC^3|=%-hy`9$#A#c2(H3O9#EXtuwjo}0D^urq
z(ON^V@uIp<?BYe8N_hq^nkmErFDl}+Exc$8GG5|E$1K|rFS?bfbG&G+q1Sj(-6wYO
zqE4kagBLYh;YH0*$1%L9(+V%@REjhCRunI)qv1t$pSp_|tu?kaUKB67JsZqVRp1U@
z^mqg1|8@Kc=kZzZRJY)^-z;AAwmqNttKmiQqECEC-q3;kWP}%Wy5U8gN_bJHQk=ny
zI<4@cPNh797tIu6ffp5V+7@241sN~#qGOhAczjepe%pCGTH68UM*+O3{}|v!omO~J
zr&6B5i)IS3z>A7FZ3{2jf{d4V(J{+5#EWia>KrdxYv?szRQHKpyr@$t&frDOR(Me}
z)Nu?i>a@a(I+fx~z7@rb>S%aT-KXy2MQe?1jTgm>ZqEkuQx&*_7d=(a=l;#&MelqI
z@S=Fp+dgvn$p|m%gvE<GmGGiYr8t8Zbz0#?ol1EIFPbUD0xv4!v@N`73o>5fMaL}L
z5HGrwsdKz&t)bU=QQaqY@uE(pJcAd_6k>rF6>-`YUbF=nFY%&dmTia^-OAKCUbNQG
zYrLrL6T5g(r&653i<+(QqGqV$7+%zAg%@=y#hH97iWk+<@S?g;-NlR68rvE#iWl9U
z4d$mRfERtR+l?2!^9{v|;ze)!$mJ&^yr>fvFX~jni#nC!3|`b}g%@=y<r%zarVtCf
zsEE_H@S-iqc!?Jsvus1W=vJoA@uIbcUgJe|pV-BVI+gMaUNlpP1zuFdX<K;F7G%7{
zi;h{gAzpMVQ|EZmT0^h#qPkD);zgZGaRx7Hw!({=p^jsCQKuDN)TtC_@~tRdR7b;$
z>OOTBFIsDCYrH64bbB_KpQ->}^uca7Ui8j46fcSwz3n5HpN#OLPFTFCQwcBXREjfr
zQKuDN)Txwb@S>SQEbyWtPTRtZwjkprUUbZ|4e_E|nL5Xd)*5<^7u9`Y7cc5m$}@P;
zOd%F{Q4yzY;YC}J@e(gOX4!^#(XC9K<3(!?y~c~`KCz1zbt=Ufyr|g<FKUK5j^Ra}
zR(MgTQk==RqIgjq4KJ$u)Lp!2t+B1~qIl8m*<gOE0(j8}yWM!vJKs>eC|>lok6eB-
z!izd#@uE&8yr@$t&frCzR(MgTQl7z!W(u*ui;6gH3oqJ&jF))PG0Qf@i*9A=94}gH
z=rvwc_laG+s8cD=;6*cqSl~rPoVJA*Z9&FMyy%!^8{$Q`GIfp@tu^!-FRJ^*E?(5B
z6ld_FW-Gj?8R|HO7j;_UMV(4<Cf|zUMRhd1sP0pD@uIcHw#JL%MYm^z`Kb!vMIY>T
z<3;a$L-C?`(c3<9`N;?`>V(CMI+gIEPNg`57j;_UMV(4{1}~Z^!~!oW;<PQiXbUo4
z;zh?S+Ym3hm8o;QXsw~wcv0OacJZQ4r96Wd%@ksR7Zq{Z7GAUk887joW0q}*7v0L#
zIbO8Z&}+P??i0IsQKwRz!Hb%$@S<j@;}~AlX@wVcD#e+6D~cD@(eR?WPu<0f)*9Oy
zFNzo4o(<-wDu5S#u-lCnz4Hyli{eFZ`^e=dBfO{+7BA{l!izeU;tXEYX@wVcD&-lx
zXr>Sgyr_uNw(z1Y$askt9kXmhyy#Y@&hetPhF;@Eb)VS9i#nC^3|=%-hy`9$#A#c2
z(H3O9#EXtuwjo}0D^urq(ON^V@uIp<?BYe8N^u4+YPQ0QnxT$kcu}VnUeu`+XY#Em
zUQ|cJi|Rgg7cW|CY-_wIUUYjln4hWuUi86kH(vD4Hxw_57rpHxm!FLAqE1-6s8b0q
z>Qss|cu}VnUeu|SXYit#LM-s2B2L@Fi?$%+C0=yQvJLT~TbVk?i`E)?jThB@Vizy!
zRLV1W(M%y0cu^6jZQ(^*kns{PI%e61c+ss)o#RDo4ZX&T>OQfH7j-Jd8N8_33NLDg
zI*#E*omO~Jr&65Bx1xAa9Stw4`_x^$XsxlW@uGOq?b%>{sscCkqF;LUf1T>qT=&i5
zMX&32^;h9V@uF8hJmVMUCnLP**ryHgqAkdHi5DHSj6=NWn57NzqAiHN#Ea@av5OaV
zD#aPRsM88B>Qu@zc+pHD7I;w+r)}XyTafV*FFIz~hIrAfOr7IJYYn}|i|RhHix+h&
z<r%zarVtCfsEE_H@S-iqc!?Jsvy4N$=$Pelh!?$VvQ6-!TbVk?i`E)?oo_|)qB;~_
zRQIX7c+py8TjNFXqT92<{8R;Q=tW<A@x`xt#($ma)?D|^;zh6PcJ)``Me(9nKRn|X
z<|iY(=-8(X@uDrrc!?Jsvy4N$=$NGq@uDq=zQl{_KCz1zbt=Ufyr|O(FX~jvGkDQV
zAr^R15vOh8MO%>Z5-&Pt*@k%0txTQcMQaVc#*6Acv5OaVD&-lxXr>Sgyr_uNw(z1Y
z$askt9kYx>yy%$aa)=kbY_d)8qFb3d$BWh)dYx}Y@uE5uUR3v~yLi!BV_V}z@uJ(a
z!TeMO@S+cPyYZrTzM*(gyy$Hox%^~=7j?qoMV(4`QKwRz!HYVr@S;woJcAd_6k>rF
z6>-`YUbF=nFY%&dmTia^-OAKCUbNQGYrLrL6T5g(r&6B5i)IS3z>A7FZ3{2jf{d4V
z(J{+5#EWia>KrdxYv?szRQHKpyr@$t&frDOR(Me})Nu?i>a@a(I+fx~z7@rb>S%aT
z-KXy2MQe?1jTgm>ZqEkuQx(9AKG^NXi{AN$;zjYIw|(UDlM!Cj35yqXD&a+)N^u4+
z>a@a(I+gMaUNlpP1zuFdX<K;F7G%7{i;h{gAzpMVQ|EZmT0^h#qPkD);zgZGc?K_<
zDZ~OVD&n*)yl4wDUgAZ^EZYz-x|OMOylAbV*LYFgCwB3oPNg`57d2bqMa@vhF}$eL
z3NPwZiZl6E6fdfy;YD?yx{DXBHMTWg6fe3x8_Z8t05AGrw;L~d=NpO_#f#qdk;_j;
zcu^-TUeu|C7j-Jd8N8^|3NPwZ$}@P;Od%F{Q4yzY;YC}J@e(gOX4!^#(XC9K<3(!?
zy~c~`KCz1zbt>f<ylAEn3%sa^)3)%UEy#F@7ag-~L%ir#rq1!AwT52fMRlLp#fv(X
z;tXEYY=sv!LmkKPqE0Kks8cD<<Xcg^sE&pg)qUzNUbNQO)_768==N+dKUIMndeOrV
z-0H969pC3Z_qlh!``uslfBto<TXWqvix<7F+tpu%7sZQS{qT%mn4gUBqGO*n#EZ5d
z<0W2n%rXw~qGOgeJbtrR|7ha)JzG1#Wi5agtu?kaUUVySIme4$Ho2VOMK7C(30_ph
z$t}ESrg-84FZ#qp#{s;kQz_5jMKgt1;6+88wuKjMLB>nG=$K_2;zhSIb&eOUHS`)U
zs{6z)Ueu`+XYitCE4-)~>NtiMbz0#?ol0>g--_Zzb+r0Y=6JyL;gj#;MV$u#FNzm+
zo)gYIe1RK!(Ob28?X}mw@B6;*|AeCd>*}5FeCMtHEgtyS!HeGc=Hf;1qPKnI@{<u>
z)Cr3hbt>USol0>AFY2_yi#nC^3|=%-hy`9$#A#c2(H3O9#EXtuwjo}0D^urq(ON^V
z@uIp<?BYe8N_hq^nkmErFDl}+Exc$8GG5|E$1K|rFS?bfbG&G+q1Sj(-6wYOqE4ka
zgBLYh;YH0*$1%L9(+V%@REjhCRunI)qv1t$pSp_|tu?kaUKB67JsZqVRp3qKMZf&z
zFaOw&{n(`xecRjK_Nh;O>hKAtx;58*vv|?#x?TNMcu~CQ)eq13h55+{FFN*VL%e7U
zGG5|E$1LLzFFIyvL%e7UqA&5Hx=-xlMV(4<1~2Ng!izeU@(f-yQ-}p#RK#gpc+nPQ
zyu^!+S+*fwbSqQmc+pxzukoU~Pwe7Fol1EIFPbUD0xv4!v@N`73o>5fMaL}T5HC7r
zxg6p}FPm%=yy#Y@&hetPhF<4eQM{-Qg%{O*>MmZi*4Wl~QM~B(Y%o7nfj5a4J^o<x
zBOm$5r4)Vf#TP&EiBBAVNOh{4@-*KpUi4||UGcSeQM~9CkB#_}{A7d|6_s)eFPbUD
z0xv4!v@N`73o>5fMaL}L5HGrwsdKz&t)bU=QQaqY@uE(pJcAd_6k>rF6>-`YUbF=n
zFY%&dmTia^-OAKCUbNQGYrLrL6T5g(r&6B5i)IS3z>A7FZ3{2jf{d4V(J{+7#EXtu
zE{Ay0%O=|dFS?bfbG&G+q1X9V6fden;YD?yx{DXBHMTWg6fe3x8_Z8t;JJIz<MZ#Y
z{K~Jq@WKn1SoD{F`InE~Q{9fI|7P)`Pv7tj{R((dyyzQxV4iq5KN;agpV;a+fERTt
z;YFQFaRx8yw8D!zmGTT;G*gHLUR1<sTX@kHWW2<Sj#;)LUUVx{=XlXtL$C3ox=-xl
zMV(4{1}~Z^!~!oW;<PQiXbUo4;zh?S+Ym3hm8o;QXsw~wcv0OacJZQ4r8t8ZHCy3D
z%}~cNyr|O(FX~i^Gx=5&FRG*AMRlLLix;gmwl!W9FS<P&%uiL|IeO9KkDiXdcj#N*
z@|H^}`r!|M`1mt~Q{9MLeY1GcTa`3_9lR)B)O=LTWBJJlFX|M-i#nC?qE4kagBNvL
z;YFQFc?K_<DZ~OVD&n*)yl4wDUgAZ^EZYz-x|OMOylAbV*LYFgCwB3oPNh797tIu6
zffp5V+7@241sN~#qGOhAh!@?;)Hz<X*3fIbsO}THcu}WPoWYBlt?;5|sN)!3)M<qm
zbt=V~d@G6<)zR>xx=-E3i`E+38ZU|$-JT8Rrz-GVyyzhfKJ}?jz3pvpyOg3o`lCPk
zr7wNyRJY)^-z;AAwmqNttKmiQqECEC-q3;kWP}%Wy5U8gN_bJHQk=nyI<4@cPNh79
z7tIu6ffp5V+7@241sN~#qGOhAh!@?;)Hz<X*3fIbsO}THcu}WPp23S|3bDY8ia2cx
zFWQ2Pmw3@J%QnP|Ze{8mFIsEpHC|NriCw&?Qz_2iMa@=tQ8UzW3@_@m!izeU;!M63
z#f$1_cv0P_?&3vjjctt=#fxsw2J=%DxU&~M{=5E<{^*b1`ObG<O40B6p6_|>wbxD+
z|5<#qc+qE3Rs5QGQM{;lJg(TvPeyoArygF^se~7GD#aPRsM88B>Qu@zc+pHD7I;w+
zr)}XyTafV*FFIz~hIrAfOr7IJYYn}|i|RhHix+h&<r%zarVtCfsEE_H@S-iqc!?Js
zvus1W=vJoA@uIbcUgJe|pV-BVI+fxKUes)b7d1m2$MB*~E4-*vDbD0uQM{;*h8NX+
z>MmZi*4Wl~QM~B(Y%o7nfxCIp<5S6JKJ%HEUV7<LihkR-ecNCE^<SSV`?LFI@uJVJ
z?f5I>Me(BJgK_mRKN;agorZW(rxIS&sT61MqE0Kks8cD=;6*cqSl~rPoVJA*Z9&FM
zyy%!^8{$Q`GIfp@tu^!-FRJ^*E?(5BlxOgwnL;e^q9RV)!i%;b<0W2n%(4yfqFb3d
z$BWh)dW{#=ePS0c>Qss|cu}(zUepYA9K(w`t?;5wr8tvsMe(9K8eUZQsk?a5T4P(|
zMe(BBv%&mS1@7ZTKmYm9zxTcGy_BNwdCz<P{LlaVRKcJ1H;Wg2)`i=zj~B&@wnySA
zFY}WTUeqax7j-J(MV(4<1~2Ng!izeU@(f-yQ-}p#RK#gpc+nPQyu^!+S+*fwbSqQm
zc+pxzukoU~Pwe7Fol1EIFPbUD0xv4!v@N`73o>5fMaL}L5HGrwsdKz&t)bU=QQaqY
z@uE(pID;28Tj52`P{%R6sM88B>Qss|`BoG!s-xjWb)UM67p*n6HC_}ix;-1rPgUSq
zd(l^4ef9nCfB&Tveb>9*_32N4`uM1Fs@iw>X7QqTh+O|I@S=Fp`aC@SIzJiVMV**<
zQKu4K)TtC_@S;vDyr@$t&)`Kfg;?N4MVz*U7i~etOT6fqWgFr}w=#8(7p*n)8ZWB*
z#4cXcsg!5%qM1T0@S-A4+ro>sAmb%obj-31@uFLqI>(FF8hVWv)qP?YFX~i^Gk8(6
z6<*W~bsWQsI<4@cPNg`LZ$<H<IvQS7_o=&h(OP3$<3;hJ+q1#^R0W=$7yaTFzxe&%
z|NWOz^zCnd`zx=!!hh*MqsI&{`i#PEzbsx9FS<P&*Uj^j5nj{@h!=G#;YFQFaRx8y
zw8D!zmGTT;G*gHLUR1<sTX@kHWW2<Sj#;)LUUVx{=XlXtL$C3ox=-xlMV(4{1}~Z^
z!~!oW;<PQiXbUo4;zh?S+Ym3hm8o;QXsw~wcv0OacJZQ4r8t8ZHCy3D%}~cNyr|O(
zFX~i^Gx=5&I-;ZDMRlLLix;gmwl!W9FS<P&%uiL|S$NT}eB~=Y@e@CBDMjD<*0=ud
z@BZ%b{_a$T@BGc;MeiIOFNznv?IV|;jPRmPSiGoH2`}nYiZggorxjk*sg!5%qM1T0
z@S-A4+ro>sAmb%obj-31@uFLqI>(FF8hVWv)qP?YFX~jvGkDQVAr^R15vOh8MO%>Z
z5-&Pt*@k%0txTQcMQaVc#*6Acv5OaVD#aPRsM!iHYKA(F;YFQRcu}WPoXNMMcu^e<
zFRJ_0UA$<mv90l<c+u_IV1B9sxAmgOYm{I3g<rUoqF?>hUw!-=9UtOO)%Ll3vv|=v
zXUB`;MQ{7a<tHP&s1p`1>QusuI+fxKUesxY7j-J-8N6tw5DUDhh|{+4qAkdHi5DHS
zY(u>0R;JGJqP2!z<3)9!*u{%FmGTT;G*gHLUR1<sTX@kHWW2<Sj#;)LUUVx{=XlXt
zL$C3ox=-xlMV(4<1}|#1!i$=rj$?RHrxjk*sT61OttehpN5hNiK6Mu_T5D`;yeM9D
zdp4M#s=y7s=*K?xu@_!=;S!6!{PN4kkL6QUeU9HOUi8lK@uGOq+dgvn$p|m%gvE<G
zmGGiYr8t8Zbz0#?ol1EIFPbUD0xv4!v@N`73o>5fMaL}L5HGrwsdKz&t)bU=QQaqY
z@uE(pJcAd_6k>rF6>-`YUbF=nFY%&dmTia^-OAKCUbNQGYrLrL6T5g(r&653i<+(Q
zqGqV$7+%zAg%@=y#hH97iWk+<@S?g;-NlR68rvE#iWl9U4d$mRa6>Qp;)^dfEc&xQ
z`?JUIu}{_Wxqq{G(L3J)yeMAuwvSwXGQx{GVez6)CA_FpDbC<UomO~Jr&6B5i)IS3
zz>A7FZ3{2jf{d4V(J{+5#EWia>KrdxYv?szRQHKpyr@$t&)`Kfg;?N4MVz*U7i~et
zOT6fqWgFr}w=#8(7p*n)8ZWB*#4cXcsT61MqGl_+s2S=wh8J~O;YFQFaVFo2;ze~d
zyr}L|ck!aN#<s?b;zhS-gZZfnJUcJ?(n~LW_||`&>egKM&EiF`>vr{5;YIPHS3f-C
z7v?7;yy)1c4e_Ea$askt9kYx>yy%#v4e_Eah`z*&>OQfH7j-Jd8N8^|3NPwZ$}@P;
zOd%F{Q4yzY;YC}J@e(gOX4!^#(XC9K<3(!?y~c~`KCz1zbt>f<ylAEn3%sa^)3)%U
zEy#F@7ag;VL%isi<#LD@y=<~g@S<CpI>(FF8hV{?Me(9K6kb&Ksk?a5T4P(|Me(BB
zv%&mS1)iN3ZGW%Pn_Qmi)?D|^;zh6PcJ)``Me(9nKRn|X<|iY(=-8(X@uDrrc!?Js
zvy4N$=$NGq@uDq=zQl{_KCz1zbt=Ufyr|O(FX~jvGkDQVAr^R15vOh8MO%>Z5-&Pt
z*@k%0txTQcMQaVc#*6Acv5OaVD&-lxXr>Sgyr_uNw(z1Y$askt9kYx>yy%$aa)=kb
zY_d)8qFb3d$BWh)dYx}Y@uE5uUR3v~yLi!BV_V}z@uJ(a!TeMO@S+cPyYZrTzM*(g
zyy$Hox%^~=7j?qoMV(4`QKwRz!HYVr@S;woJcAd_6k>rF6>-`YUbF=nFY%&dmTia^
z-OAKCUbNQGYrLrL6T5g(r&6B5i)IS3z>A7FZ3{2jf{d4V(J{+5#EWia>KrdxYv?sz
zRQHKpyr@$t&frDOR(Me})Nu?i>a@a(I+fx~z7@rb>S%aT-KXy2MQe?1jTgm>ZqEku
zQx(9AKG^NXi{AN$;zjYIw|(UDlM!Cj35yqXD&a+)N^u4+>a@a(I+gMaUNlpP1zuFd
zX<K;F7G%7{i;h{gAzpMVQ|EZmT0^h#qPkD);zgZGc?K_<DZ~OVD&n*)yl4wDUgAZ^
zEZYz-x|OMOylAbV*LYFgCwB3oPNg`57d2bqMa@vhF}$eL3NPwZiZl6E6fdfy;YD?y
zx{DXBHMTWg6fe3x8_Z8t;D%oGw|?ulKJkqII@PVY?wiGnUf1pFufmJsMX!E%#xKlI
zMtIS&PaEPzTafV*FFIx!hj`I3OB>=vTM&JT7u9`Y7cc5miZggorxjk*sg!5%qM1T0
z@S-A4+ro>sAmb%obj-31@uFLqI>(FF8hVWv)qP?YFX~jvGkDQVAr^R15vOh8MO%>Z
z5-&Pt8Hae$G0Wu;FM8Qzo8U#aGIfp@tu^#I--_Zzbtt^3?o)U1qP51h#*5-bw`YU-
zsS4cCi=L|6oA#T<i{AOx;6?GGw|(UDlM!Cj35yqXD&a+)N^u4+>a@a(I+gMaUNlpP
z1zuFdX<K;F7G%7{i;h{gAzpMVQ|EZmT0^h#qPkD);zgZGc?K_<DZ~OVD&n*)yl4wD
zUgAZ^EZYz-x|OMOylAbV*LYFgCwB3oPNg`57d2bqMa@vhF}$eL3NPwZiZl6E6fdfy
z;YD?yx{DXBHMTWg6fe3x8_Z8t05AGrw;L~d=NpO_#f#qdk;_j;cu^-TUeu|C7j-Jd
z8N8^|3NPwZ$}@P;Od%F{Q4yzY;YC}J@e(gOX4!^#(XC9K<3(!?y~c~`KCz1zbt>f<
zylAEn3%sa^)3)%UEy#F@7ag-~L%ir#rq1!AwT52fMRlLp#fv(X;tXEYY=sv!LmkKP
zqE0Kks8cD<<Xcg^sE&pg)qUzNUbNQO)_768==N+dKUD#|=!4yEyy%^8C|(pVdfP`X
zKN;agov?UOrxIS&sT61MqE0Kks8cD=;6*cqSl~rPoVJA*Z9&FMyy%!^8{$Q`GIfp@
ztu^!-FRJ^*E?(5BlxOgwnL;e^q9RV)!i%;b<0W2n%(4yfqFb3d$BWh)dW{#=ePS0c
z>Qss|cu}(zUepYA9K(w`t?;5wr8tvsMe(9K8eUZQsk?a5T4P(|Me(BBv%&mS1@NK|
zcDwPScfO%`QM~AFAG!Qwgco(f;zgZGcu}WPoWYAat?;5wr96Wd%@ksR7Zq{Z7GAUk
z887joW0q}*7v0L#IbO8Z&}+P??i0IsQKwR#!HZ@JvA~OpIBg3r+JcOic+oM-HpGi=
zW$GL+T5ISvUR3vqUA(AMDbC<U%~p6(Gt_YmFY2_yi#nC!OuiMxi|S~2QQfER;zetX
zZH*Vji*C;b^HUYTi$2)x#*5zhhT=u>qPKnI@{<u>)Cr3hbt>USol0>AFY2_yi#nC^
z3|=%-hy`9$#A#c2(H3O9#EXtuwjo}0D^urq(ON^V@uIp<?BYe8N_hq^nkmErFDl}+
zExc$8GG5|E$1K|rFS?bfbG&G+q1Sj(-6wYOqE4kagBLYh;YH0*$1%L9(+V%@REjhC
zRunI)qv1t$pSp_|tu?kaUKB67JsZqVRRAygV7D7DdgmL87sZR-_L0j^MtD&tEMC;9
zgco%x#TmS)(+V%@RLV1W(M%y0cu^6jZQ(^*kns{PI%e61c+ss)o#RDo4ZX&T>OQfH
z7j-J-8N6tw5DUDhh|{+4qAkdHi5DHSY(u>0R;JGJqP2!z<3)9!*u{%FmEsIu)NF+p
zHA5Z8@S;vDyr@$t&g5HByr_<b7u9|0E?%_O*w%Payy*69Fh5lRyy%17ZoKH7Zzx_A
zFM8WYE<YLJMV+vCQKu4K)TtC_@S;vDyr@$t&)`Kfg;?N4MVz*U7i~etOT6fqWgFr}
zw=#8(7p*n)8ZWB*#4cXcsg!5%qM1T0@S-A4+ro>sAmb%obj-31@uFLqI>(FF8hVWv
z)qP?YFX~i^Gk8(66<*W~bsWQsI<4@cPNg`LZ$<H<IvQS7_o=&h(OP3$<3;hJ+q1#^
zR0Z&&4|copqIbTbcu~CQZ6CS(WP}%W!s11pN_bJHQk=nyI<4@cPNh797tIu6ffp5V
z+7@241sN~#qGOhAh!@?;)Hz<X*3fIbsO}THcu}WPp23S|3bDY8ia2cxFWQ2Pmw3@J
z%QnP|Ze{8mFIsEpHC|NriCw&?Qz_2iMa@=tQ8UzW3@_@m!izeU;!M63#f$1_cv0P_
z?&3vjjctt=#fxsw2J=%Dz>7ZE?Z%7V`G(>}@uIhV<nogdUepPT7j-J(MV(4<1~2Ng
z!izeU@(f-yQ-}p#RK#gpc+nPQyu^!+S+*fwbSqQmc+pxzukoU~Pwe7Fol1EIFPbUD
z0xv4!v@N`73o>5fMaL}L5HGrwsdKz&t)bU=QQaqY@uE(pID;28Tj52`P{%R6sM88B
z>Qss|`BoG!s-xjWb)UM67p*n6HC_}ix;-1rPgMXf`e3&kFM8)2iWkL;-u98pPeyoA
zCoEpnse~7GD#aPRsM88B>Qu@zc+pHD7I;w+r)}XyTafV*FFIz~hIrAfOr7IJYYn}|
zi|RhHix+h&<r%zarVtCfsEE_H@S-iqc!?Jsvus1W=vJoA@uIbcUgJe|pV-BVI+fxK
zUes)b7d1m2$MB*~E4-*vDbD0uQM{;*h8NX+>MmZi*4Wl~QM~B(Y%o7n0lesg-EO?-
zoo^^!6fb()M=n1Z;YFRWcu}VkUeu`+XYis<E4-*vDbL_VGlf{-MMa#pg%@o>#!I~D
zm}MK{MYl3_ju)*p^cpX!`@}9@)Txwb@S>SQEbyWtPTRtZwjkprUUbZ|4e_E|nL5Xd
z)*5<^7u9`Y7cc5miZggovlU*{40RmCi#o0FqE4kalW#@wqB<I0RQIX7c+py8TjNFX
zqT92<{8R<-q7Qbv@uGLWp?Fce=xral{A7d|b;9CBol1C7r&653i#o0FqE4kegBQ&d
zVu2SGaoQGMv;`S2@uFjvZHO1$%G5btwARpTyr}LIyLeHjQl7z!W(u*ui;6gH3oqJ&
zjF))PG0Qf@i*9A=94}gH=rvwc_laG+s8cD<;6=?=cu_OdaSSi&w8D!zmEugk6~&9{
zXn0ZGr|#lKYmIG<7sZQi&j#~T6~K!=*zLxP-uZ^&Me(AyedO|!5nj{@ix+h&;YFQF
zaRx8yw8D!zmGTT;G*gHLUR1<sTX@kHWW2<Sj#;)LUUVx{=XlXtL$C3ox=-xlMV(4{
z1}~Z^!~!oW;<PQiXbUo4;zh?S+Ym3hm8o;QXsw~wcv0OacJZQ4r8t8ZHCy3D%}~cN
zyr|O(FX~i^Gx=5&FRG*AMRlLLix;gmwl!W9FS<P&%uiJSFZy7&8!vk28;Tdji{AE;
z%TGplQ70^3)Tx9Qbt=Ufyr|O(FX~jvGkDQVAr^R15vOh8MO%>Z5-&Pt*@k%0txTQc
zMQaVc#*6Acv5OaVD&-lxXr>Sgyr_uNw(z1Y$askt9kXmhyy#Y@&hetPhF;@Eb)VS9
zi#nC!3|`c1g%>qL9mnvZPAj~qQz_2mTT#5Ij)oW2ed;b=wAR?xcu~CQ_G~aeRRO%{
zgWYbt=$&sUUKB5S+ea=x8R12puy|3Y5?<7)6ld_FPAj~qQz_5jMKgt1;6+88wuKjM
zLB>nG=$K_2;zhSIb&eOUHS`)Us{6z)Ueu|SXYit#LM-s2B2L@Fi?$%+C0=yQvJLT~
zTbVk?i`E)?jThB@Vizy!REjfrQL`0Z)C_eT!;3nt@S;woIFoNh@uE5!UR3v~yLi!B
zV_V}z@uJ(a!TeMO@S+cPyYZrTzM*(gyy$Hox%^~=7j?qoMV(4`QKwRz!HYVr@S;wo
zJcAd_6k>rF6>-`YUbF=nFY%&dmTia^-OAKCUbNQGYrLrL6T5g(r&6B5i)IS3z>A7F
zZ3{2jf{d4V(J{+5#EWia>KrdxYv?szRQHKpyr@$t&frDOR(Me})Nu?i>a@a(I+fx~
zz7@rb>S%aT-KXy2MQe?1jTgm>ZqEkuQx(9AKG^NXi{AN$;zjYIw|(UDlM!Cj35yqX
zD&a+)N^u4+>a@a(I+gMaUNlpP1zuFdX<K;F7G%7{i;h{gAzpMVQ|EZmT0^h#qPkD)
z;zgZGc?K_<DZ~OVD&n*)yl4wDUgAZ^EZYz-x|OMOylAbV*LYFgCwB3oPNg`57d2bq
zMa@vhF}$eL3NPwZiZl6E6fdfy;YD?yx{DXBHMTWg6fe3x8_Z8t05AGrw;L~d=NpO_
z#f#qdk;_j;cu^-TUeu|C7j-Jd8N8^|3NPwZ$}@P;Od%F{Q4yzY;YC}J@e(gOX4!^#
z(XC9K<3(!?y~c~`KCz1zbt>f<ylAEn3%sa^)3)%UEy#F@7ag-~L%ir#rq1!AwT52f
zMRlLp#fv(X;tXEYY=sv!LmkKPqE0Kks8cD<<Xcg^sE&pg)qUzNUbNQO)_768==N+d
zKUD#|=!4yEyy%^8C|(pVdfP`XKN;agov?UOrxIS&sT61MqE0Kks8cD=;6*cqSl~rP
zoVJA*Z9&FMyy%!^8{$Q`GIfp@tu^!-FRJ^*E?(5BlxOgwnL;e^q9RV)!i%;b<0W2n
z%(4yfqFb3d$BWh)dW{#=ePS0c>Qss|cu}(zUepYA9K(w`t?;5wr8tvsMe(9K8eUZQ
zsk?a5T4P(|Me(BBv%&mS1@NK|cDwPScfO%`QM~AFAG!Qwgco(f;zgZGcu}WPoWYAa
zt?;5wr96Wd%@ksR7Zq{Z7GAUk887joW0q}*7v0L#IbO8Z&}+P??i0IsQKwR#!HZ@J
zvA~OpIBg3r+JcOic+oM-HpGi=W$GL+T5ISvUR3vqUA(AMDbC<U%~p6(Gt_YmFY2_y
zi#nC!OuiMxi|S~2QQfER;zetXZH*Vji*C;b^HUYTi$2)x#*5zhhT=u>qPKnI@{<u>
z)Cr3hbt>USol0>AFY2_yi#nC^3|=%-hy`9$#A#c2(H3O9#EXtuwjo}0D^urq(ON^V
z@uIp<?BYe8N_hq^nkmErFDl}+Exc$8GG5|E$1K|rFS?bfbG&G+q1Sj(-6wYOqE4ka
zgBLYh;YH0*$1%L9(+V%@REjhCRunI)qv1t$pSp_|tu?kaUKB67JsZqVRRAygV7D7D
zdgmL87sZR-_L0j^MtD&tEMC;9gco%x#TmS)(+V%@RLV1W(M%y0cu^6jZQ(^*kns{P
zI%e61c+ss)o#RDo4ZX&T>OQfH7j-J-8N6tw5DUDhh|{+4qAkdHi5DHSY(u>0R;JGJ
zqP2!z<3)9!*u{%FmEsIu)NF+pHA5Z8@S;vDyr@$t&g5HByr_<b7u9|0E?%_O*w%Pa
zyy*69Fh5lRyy%17ZoKH7Zzx_AFM8WYE<YLJMV+vCQKu4K)TtC_@S;vDyr@$t&)`Kf
zg;?N4MVz*U7i~etOT6fqWgFr}w=#8(7p*n)8ZWB*#4cXcsg!5%qM1T0@S-A4+ro>s
zAmb%obj-31@uFLqI>(FF8hVWv)qP?YFX~i^Gk8(66<*W~bsWQsI<4@cPNg`LZ$<H<
zIvQS7_o=&h(OP3$<3;hJ+q1#^R0Z&&4|copqIbTbcu~CQZ6CS(WP}%W!s11pN_bJH
zQk=nyI<4@cPNh797tIu6ffp5V+7@241sN~#qGOhAh!@?;)Hz<X*3fIbsO}THcu}WP
zp23S|3bDY8ia2cxFWQ2Pmw3@J%QnP|Ze{8mFIsEpHC|NriCw&?Qz_2iMa@=tQ8UzW
z3@_@m!izeU;!M63#f$1_cv0P_?&3vjjctt=#fxsw2J=%Dz>7ZE?Z%7V`G(>}@uIhV
z<nogdUepPT7j-J(MV(4<1~2Ng!izeU@(f-yQ-}p#RK#gpc+nPQyu^!+S+*fwbSqQm
zc+pxzukoU~Pwe7Fol1EIFPbUD0xv4!v@N`73o>5fMaL}L5HGrwsdKz&t)bU=QQaqY
z@uE(pID;28Tj52`P{%R6sM88B>Qss|`BoG!s-xjWb)UM67p*n6HC_}ix;-1rPgMXf
z`e3&kFM8)2iWkL;-u98pPeyoACoEpnse~7GD#aPRsM88B>Qu@zc+pHD7I;w+r)}Xy
zTafV*FFIz~hIrAfOr7IJYYn}|i|RhHix+h&<r%zarVtCfsEE_H@S-iqc!?Jsvus1W
z=vJoA@uIbcUgJe|pV-BVI+fxKUes)b7d1m2$MB*~E4-*vDbD0uQM{;*h8NX+>MmZi
z*4Wl~QM~B(Y%o7n0lesg-EO?-oo^^!6fb()M=n1Z;YFRWcu}VkUeu`+XYis<E4-*v
zDbL_VGlf{-MMa#pg%@o>#!I~Dm}MK{MYl3_ju)*p^cpX!`@}9@)Txwb@S>SQEbyWt
zPTRtZwjkprUUbZ|4e_E|nL5Xd)*5<^7u9`Y7cc5miZggovlU*{40RmCi#o0FqE4ka
zlW#@wqB<I0RQIX7c+py8TjNFXqT92<{8R<-q7Qbv@uGLWp?Fce=xral{A7d|b;9CB
zol1C7r&653i#o0FqE4kegBQ&dVu2SGaoQGMv;`S2@uFjvZHO1$%G5btwARpTyr}LI
zyLeHjQl7z!W(u*ui;6gH3oqJ&jF))PG0Qf@i*9A=94}gH=rvwc_laG+s8cD<;6=?=
zcu_OdaSSi&w8D!zmEugk6~&9{Xn0ZGr|#lKYmIG<7sZQi&j#~T6~K!=*zLxP-uZ^&
zMe(AyedO|!5nj{@ix+h&;YFQFaRx8yw8D!zmGTT;G*gHLUR1<sTX@kHWW2<Sj#;)L
zUUVx{=XlXtL$C3ox=-xlMV(4{1}~Z^!~!oW;<PQiXbUo4;zh?S+Ym3hm8o;QXsw~w
zcv0OacJZQ4r8t8ZHCy3D%}~cNyr|O(FX~i^Gx=5&FRG*AMRlLLix;gmwl!W9FS<P&
z%uiJSFZy7&8!vk28;Tdji{AE;%TGplQ70^3)Tx9Qbt=Ufyr|O(FX~jvGkDQVAr^R1
z5vOh8MO%>Z5-&Pt*@k%0txTQcMQaVc#*6Acv5OaVD&-lxXr>Sgyr_uNw(z1Y$askt
z9kXmhyy#Y@&hetPhF;@Eb)VS9i#nC!3|`c1g%>qL9mnvZPAj~qQz_2mTT#5Ij)oW2
zed;b=wAR?xcu~CQ_G~aeRRO%{gWYbt=$&sUUKB5S+ea=x8R12puy|3Y5?<7)6ld_F
zPAj~qQz_5jMKgt1;6+88wuKjMLB>nG=$K_2;zhSIb&eOUHS`)Us{6z)Ueu|SXYit#
zLM-s2B2L@Fi?$%+C0=yQvJLT~TbVk?i`E)?jThB@Vizy!REjfrQL`0Z)C_eT!;3nt
z@S;woIFoNh@uE5!UR3v~yLi!BV_V}z@uJ(a!TeMO@S+cPyYZrTzM*(gyy$Hox%^~=
z7j?qoMV(4`QKwRz!HYVr@S;woJcAd_6k>rF6>-`YUbF=nFY%&dmTia^-OAKCUbNQG
zYrLrL6T5g(r&6B5i)IS3z>A7FZ3{2jf{d4V(J{+5#EWia>KrdxYv?szRQHKpyr@$t
z&frDOR(Me})Nu?i>a@a(I+fx~z7@rb>S%aT-KXy2MQe?1jTgm>ZqEkuQx(9AKG^NX
zi{AN$;zjYIw|(UDlM!Cj35yqXD&a+)N^u4+>a@a(I+gMaUNlpP1zuFdX<K;F7G%7{
zi;h{gAzpMVQ|EZmT0^h#qPkD);zgZGc?K_<DZ~OVD&n*)yl4wDUgAZ^EZYz-x|OMO
zylAbV*LYFgCwB3oPNg`57d2bqMa@vhF}$eL3NPwZiZl6E6fdfy;YD?yx{DXBHMTWg
z6fe3x8_Z8t05AGrw;L~d=NpO_#f#qdk;_j;cu^-TUeu|C7j-Jd8N8^|3NPwZ$}@P;
zOd%F{Q4yzY;YC}J@e(gOX4!^#(XC9K<3(!?y~c~`KCz1zbt>f<ylAEn3%sa^)3)%U
zEy#F@7ag-~L%ir#rq1!AwT52fMRlLp#fv(X;tXEYY=sv!LmkKPqE0Kks8cD<<Xcg^
zsE&pg)qUzNUbNQO)_768==N+dKUD#|=!4yEyy%^8C|(pVdfP`XKN;agov?UOrxIS&
zsT61MqE0Kks8cD=;6*cqSl~rPoVJA*Z9&FMyy%!^8{$Q`GIfp@tu^!-FRJ^*E?(5B
zlxOgwnL;e^q9RV)!i%;b<0W2n%(4yfqFb3d$BWh)dW{#=ePS0c>Qss|cu}(zUepYA
z9K(w`t?;5wr8tvsMe(9K8eUZQsk?a5T4P(|Me(BBv%&mS1@NK|cDwPScfO%`QM~AF
zAG!Qwgco(f;zgZGcu}WPoWYAat?;5wr96Wd%@ksR7Zq{Z7GAUk887joW0q}*7v0L#
zIbO8Z&}+P??i0IsQKwR#!HZ@JvA~OpIBg3r+JcOic+oM-HpGi=W$GL+T5ISvUR3vq
zUA(AMDbC<U%~p6(Gt_YmFY2_yi#nC!OuiMxi|S~2QQfER;zetXZH*Vji*C;b^HUYT
zi$2)x#*5zhhT=u>qPKnI@{<u>)Cr3hbt>USol0>AFY2_yi#nC^3|=%-hy`9$#A#c2
z(H3O9#EXtuwjo}0D^urq(ON^V@uIp<?BYe8N_hq^nkmErFDl}+Exc$8GG5|E$1K|r
zFS?bfbG&G+q1Sj(-6wYOqE4kagBLYh;YH0*$1%L9(+V%@REjhCRunI)qv1t$pSp_|
ztu?kaUKB67JsZqVRRAygV7D7DdgmL87sZR-_L0j^MtD&tEMC;9gco%x#TmS)(+V%@
zRLV1W(M%y0cu^6jZQ(^*kns{PI%e61c+ss)o#RDo4ZX&T>OQfH7j-J-8N6tw5DUDh
zh|{+4qAkdHi5DHSY(u>0R;JGJqP2!z<3)9!*u{%FmEsIu)NF+pHA5Z8@S;vDyr@$t
z&g5HByr_<b7u9|0E?%_O*w%Payy*69Fh5lRyy%17ZoKH7Zzx_AFM8WYE<YLJMV+vC
zQKu4K)TtC_@S;vDyr@$t&)`Kfg;?N4MVz*U7i~etOT6fqWgFr}w=#8(7p*n)8ZWB*
z#4cXcsg!5%qM1T0@S-A4+ro>sAmb%obj-31@uFLqI>(FF8hVWv)qP?YFX~i^Gk8(6
z6<*W~bsWQsI<4@cPNg`LZ$<H<IvQS7_o=&h(OP3$<3;hJ+q1#^R0Z&&4|copqIbTb
zcu~CQZ6CS(WP}%W!s11pN_bJHQk=nyI<4@cPNh797tIu6ffp5V+7@241sN~#qGOhA
zh!@?;)Hz<X*3fIbsO}THcu}WPp23S|3bDY8ia2cxFWQ2Pmw3@J%QnP|Ze{8mFIsEp
zHC|NriCw&?Qz_2iMa@=tQ8UzW3@_@m!izeU;!M63#f$1_cv0P_?&3vjjctt=#fxsw
z2J=%Dz>7ZE?Z%7V`G(>}@uIhV<nogdUepPT7j-J(MV(4<1~2Ng!izeU@(f-yQ-}p#
zRK#gpc+nPQyu^!+S+*fwbSqQmc+pxzukoU~Pwe7Fol1EIFPbUD0xv4!v@N`73o>5f
zMaL}L5HGrwsdKz&t)bU=QQaqY@uE(pID;28Tj52`P{%R6sM88B>Qss|`BoG!s-xjW
zb)UM67p*n6HC_}ix;-1rPgMXf`e3*F5B}f}jvsCx{NM+VS6WZ`SG+nr{xIh$f1Stv
z@~9NQNjpAKzM*gSJHPWgzv_Sg^?&`}-(|wfr#$xmyz=M&```0_{r^Ap3%~Z1zo7Z$
z|KsJ~tpC1W_`(<7P^(iNuD|E!KY;qy#~<TRNmqKBA5;2Qe!Sg$&H8xX+6}*>tQ0@2
zj>{YV;*a-BMJ0Yr={w7hDcz^;9?#P8P`%OLbJkzs4C|<rzoFvCl)mZwn9_Y>x4t^$
zKY+RzKc;k_*yYERQz_5zV=7aKMg1{#{LV_8WQ!kD&NI+{OgUe2<}>`5a_&AqrkqM~
zCO#nZ!(12R$CU2VcH_rX8*<qSL?wQtw=Cl&Kc>bkZOD(Q7DQk2V@mglU4BeCmEsIP
zrkqwM|1tGffAv@4MGsy4lv?cd*Iz#j%z^Hn^4H<ZDeznh;6<NH_GkBR`uo5C`^OKr
zAN;`|tiNqw{pKw29pCXCNhr_eMgQh+{^rejQ~1A%0u-PC1t>rP3Q&Lo6rcbFC_n)U
zP=Epypa2CZKmiI+fC3bt00k&O0SZvy!3zAvU;G7L^x26ue&zp01@NN(jc%6nf9fl*
zymI_-`=KBDq2up$|CE2l|E%EnCxkxbuk+YnUjH_0$NyaA4SlokfB*YW>qWo##V@|0
zR_8ff|Mu_4Z@rHHRm*w4_ba~B_}_@}V@jucnjcg8SAM+R_=o8n|IvHAZ|#QPQT&t9
z^0VO)?S{Yj<NZ?cH&Nk-xxTaYf698S_2HB6#y?EwjsBkVY|-+EdHke0erlbqz#IC0
z`7!0>;>VOzDbDa?%4x-qDW_7Ni67?to->1ti}+|9t&R_X;~9og;P?ZCBNV^q)Xziw
zFpnqd_}Al)s`UAj??xzoOzFpfA5*$d-97$(Q2dyxLB=&drp7GeFkd(D!+h+M!~Ac(
zW5Mf&%rY+GbpyZW9OL9Le$ScDRnA#l7U0L!Ws`A|j}t$p#y)k(kEvQ?Tc7;L)T^()
ziWhb48D}280ABRLZt)-f;U6A9+<y3nfB5OYulTQt<M(M#|4TjauTWp~9DmyUhQ8Ae
zeBcA8^`c+-%2(b{tMeTG&;R_-`g{I={nvjz&-Z@CcN)LvKYp)!#n+zaOX{DX9>vb{
zjbHJd{@cI(+wmX3L(W|BwdeVg|M-vps6VFu{onunJm32j-)Rt|fBBbxx#DZj^Ck6<
zCXQEQ=lRC3_)d@C7##lre51eTyyD;Jzx9_KKbPu{spF^Cf9r4OS^pm&@9z0Mr|ukY
z?c=#Req`yxC*M8(EAI%!?>Y5j5WnZlpH#;`xJsWt`EIcGBihM3=x;wh8plI*d;rvk
zPriHn0m2cA-*f86Ab!u8Kc<d9s?z6Az8j(VXsjQD_-Guhjz3P<hfls6|0`X73S
z_&sO-nEJ2(`Y(O{%)3XN2*vL?^<xmf=Zsdo71gcctth|e)Rp4*ocUu)A3phRz7^&7
zocc+~$LUz`R#dl&x1#)>Q&&o=eLPVod@K6eYp;bDefsBwe;&Pl(%5~I7r=|Y$#2jb
z{XY*c`bLXA<@xwz6u(J(qwntVqE8wBA-_C78O1}zyL)|?@uIp<?BYe8N^u4+>a@a(
zI+gMaUNlpP1zuFdX<K;F7G%7{i;h{gAzpMVQ|EZmT0^h#qPkD);zgZGc?K_<DZ~OV
zD&n*)yl4wDUgAZ^EZZ>t1P?E|^@%xNRQIX7c+py8TjNEyGM96_=w*{}f)^dLj6=NW
zn57NzqAiHH%(tR=QBmpGir;g_zv4x8E4--g6T5g(yr}b>aOU9);6)$o7UM<ld_(b~
z|L<r1Kj;7bkC%Tl|7NPkg1^7$_Mqk`BfRLAsLt`CwZ^u_i*98u=XlY}CYKYu=w%Zz
z!HbGGxrG<a6i-~>MW2}HIDi**D&-lxXr>Sgyr_uNw(z1Y$askt9kXmhyy#Y@&hetP
zhF;@Eb)VS9i#nC^3|=%-hy`9$#A#c2(H3O9#EXtu#vxvG%yK!zi(WR_CV0`UOr7IJ
zYYn~5x1xAa9SSe1`_x^$XsxlW@uGOq?b%>{sseb?2fN*P(L3Kzyr_dkk282t^U2Il
zMtD)D7+%z=gco%x#TmS)(+V%@RLV1W(M%y0cu^6jZQ(^*kns{PI%e61c+ss)o#RDo
z4ZX&T>OQfH7j-J-8N6tw5DUDhh|{+4qAkdHi5DHSY(u>0R;JGJqP2!z<3)9!*u{%F
zmEsIu)NF+pHA5Z8@S;vDyr@$t&g5HByr_<b7u9|0E?%_O*w%Payy*69Fh5lRyy%17
zZoKH7Zzx_AFM8WYE<YLJMV+vCQKu4K)TtC_@S;vDyr@$t&)`Kfg;?N4MVz*U7i~et
zOT6fqWgFr}w=#8(7p*n)8ZWB*#4cXcsg!5%qM1T0@S-A4+ro>sAmb%obj-31@uFLq
zI>(FF8hVWv)qP?YFX~i^Gk8(66<*W~bsWQsI<4@cPNg`LZ$<H<IvQS7_o=&h(OP3$
z<3;hJ+q1#^R0Z&&4|copqIbTbcu~CQZ6CS(WP}%W!s11pN_bJHQk=nyI<4@cPNh79
z7tIu6ffp5V+7@241sN~#qGOhAh!@?;)Hz<X*3fIbsO}THcu}WPp23S|3bDY8ia2cx
zFWQ2Pmw3@J%QnP|Ze{8mFIsEpHC|NriCw&?Qz_2iMa@=tQ8UzW3@_@m!izeU;!M63
z#f$1_cv0P_?&3vjjctt=#fxsw2J=%Dz>7ZE?Z%7V`G(>}@uIhV<nogdUepPT7j-J(
zMV(4<1~2Ng!izeU@(f-yQ-}p#RK#gpc+nPQyu^!+S+*fwbSqQmc+pxzukoU~Pwe7F
zol1EIFPbUD0xv4!v@N`73o>5fMaL}L5HGrwsdKz&t)bU=QQaqY@uE(pID;28Tj52`
zP{%R6sM88B>Qss|`BoG!s-xjWb)UM67p*n6HC_}ix;-1rPgMXf`e3&kFM8)2iWkL;
z-u98pPeyoACoEpnse~7GD#aPRsM88B>Qu@zc+pHD7I;w+r)}XyTafV*FFIz~hIrAf
zOr7IJYYn}|i|RhHix+h&<r%zarVtCfsEE_H@S-iqc!?Jsvus1W=vJoA@uIbcUgJe|
zpV-BVI+fxKUes)b7d1m2$MB*~E4-*vDbD0uQM{;*h8NX+>MmZi*4Wl~QM~B(Y%o7n
z0lesg-EO?-oo^^!6fb()M=n1Z;YFRWcu}VkUeu`+XYis<E4-*vDbL_VGlf{-MMa#p
zg%@o>#!I~Dm}MK{MYl3_ju)*p^cpX!`@}9@)Txwb@S>SQEbyWtPTRtZwjkprUUbZ|
z4e_E|nL5Xd)*5<^7u9`Y7cc5miZggovlU*{40RmCi#o0FqE4kalW#@wqB<I0RQIX7
zc+py8TjNFXqT92<{8R<-q7Qbv@uGLWp?Fce=xral{A7d|b;9CBol1C7r&653i#o0F
zqE4kegBQ&dVu2SGaoQGMv;`S2@uFjvZHO1$%G5btwARpTyr}LIyLeHjQl7z!W(u*u
zi;6gH3oqJ&jF))PG0Qgm|Jk`?R13Q$zt24yMa~r5(2)Wsnt);jj&1M+<iryYo`c8H
znuEd~i8m}%6pK~GpX<Xmob!BiQ14pReDHhU3-|PXXkK(G)6aR)USpqm(Y?>P<wcW9
zXNMOJTk)b{sLvWNnzZ6YlS*f&eih|K_h`K6-lyO4qP@m6^P;@y^ldo*Qw4a@U-r6r
z(J#MHUX&O8*-x(iGU7#(u)Jtei5E>OogH2@X~l~sm1>6<trW|^i!O1lD_-;p@_gh)
zpIN3uUUVwc&w0^aW1o4^z0bMjMUzUk!;4mmW#C1ZIM)>~dIfnt@}kcy(;+W9mFefa
zXs@x)yy)KN-14GHrL)6}hOKzfFw|#_7fo96qDiH*Q@@JxqI)!6bnnw|dC^{Dnt4%P
zbow@&|EU7J=r4QSyy%x-C@;#3{_H1Le;M(jNmyPqsl<yWmCg<?nzZ6YlS;M2i&lzd
z;6;}>*A*{%1$jR5qR%YTAul?W>F2y?ud&a(=-%ht@}fzl+Tlej#WL`sOPuS97rlZ!
zA9>Mdmg$feoyzocUbNTPXI^ygb8dOjq|({pMZ;FSXc+3V#)~Gcc+sTN*{NSedC@%@
zFS_^Xx4dYtG0nUvFFJi2&i_;aUi6o}ZeH}uFO(PMMSu2_tG|qR(IhM{npEONlS*fY
z7fo96qDiIN;YBOOGVr2Hoa>4gy@EU+dC_N<>5vzl%Jg$ywAa{YUUctsZh6t9Qtj}f
zm0}rq(Iw7x#fx4+o{zlfGs|?yi%w<wIWO94>@zRA_c^z`Xj19y@S<TWUNj8#S>r{M
zR=j9Z>Fm_6qP*xHjThbf^jluE*O+Erloy@84d;KV05AH>UN<lL<rm6}@}fWc$<<#*
zyl4`Z7fmYhqDiH*!;2=Zc+sR%?eL<NVi|bRCC+uli(WyVkG$wJ%XG+#PG$NzFWPJD
zGcUULIk&uMQmJ-$(Mqulyyz0=y5dEzAkRl$^qFNk<VB}4{hSx=HTIbo-TRzdUNot6
zc6iaS6)zfw`mFJyNh@A7sdRSgS5aPckH(Acefljg+G|WRFUpHf--h!)Re%@$Wv`nT
z{qhUtMS0Pm{p9K|BVIHK%ZnzJc+sTN+2KW#R=j9ZsdjkLO0f*Q=o06;;zh3@&qrSL
znPocUMW-_ToEPmi_L&#m`<z=|G^tcOylACZ23~ZDb6xSGSCHo;FZ#?f9rB`6nSRcT
z_8R-li|&2SEial>Iy<~**oqeoLw(kG(WDhGnp8SF^{Xf^x<}(h_dflW7wt8snHS|n
zr*FggpDMtM{<7E2i+=fq@}j)x&wg_Cmk}?Tgylt(O1x-N>Fn^LNh@A7sZ=|>Xr)*N
zUUZ3bUGbt<kmn;W`phyN@}g6je$I>b8vD$P?tRWJFPc=U9bU9jECVmP#JR3`(JRRF
zkr#btnGSi;sZ2lTMSG2X=0*2D=av^uDxDo(G;GC-hM_)dylB#j7fmXio%&Uj7u}=r
zqI;iy%Zv6J)69$VqSLqG{7)6&MSt1r=0(5!LU~bM^k+Z0`pbwHO~Ue`NhMx1sdRRD
z(WDhGnpCPCUbIpy124M7xvqH8E6DSa7ky@#4tde3Oh4yEdyReOMfX1EmKRMb)ebLO
zDVBj3UE*9<yyz9=`N)etvrLD)=v1bk^P;`RKJ%h`pL5HLCY8<(FB-PuMZ-{^HC{An
z#fv7D&QAR*%8TyNc+tI2zvV@HjcMjZdC}?HaQ>$X@S?x$b@QTMexbZ5FZ#2eT>WLl
zizZ=t(WDYDnp8SFylB#j7fmYF4li0MmVp;t;#^m}=oRGo$csL+OozPaRHmQvqP@mG
z^P+p7bIXe+m1>6<trW|^i!O1lD_-;p@_gh)pIN3uUUVwc&w0^aW1o4^z0bMjMUzTr
zhZhZ7@uFd<&l)e9wBkjRN@u5j73D?uXuRm&r{D6Ty~Z^2qP*zzZ8-l^1$fb4_PTk|
zFTYS;lo$QkPp<wl;zg6Nyl7I17fmXi9bPnP#fv7DYKIrC6wAPiE^)3aUi1p`eB?!+
zS*Al?bSl%&dC^{DpLx-}&$;DAlS;M2i&lzd;6;}>*A*{%1$jR5qR%YTAul?W>F2y?
zud&a(=-%ht@}fzlv%`yqt$5Ke)Mt$sO<M7yNu{$>zl!prdo*5j@6&I2(OzSkc~M?;
z`Zk>ZsRF#{FMHj*=$Bt8FUpJl>?c=$8S$b?SY9-##ET}C&JHh{wBkjRO0~m_R*Gfd
zMVC0&6)$=Pc|P)@&n(j+FFKX!=e%gIvCq8d-sjx%qDiIN;YBOOGVr2Hoa>4gy@EU+
zdC_N<>5vzl%Jg$ywAa{YUUctsZh6t9(%Iof!&ba#80xdeizcmj(WKJZsb58T(LEY3
zy7%d~ylAg6&AcctI(-|?|5O29^q0MEUi8Z^lo#bifA*8Bzl?a%BrGqQRN_UGN@s@`
zO<M7yNu}E1MJvTJ@S;nc>xvh>f;=C2(Px(FkQbfG^mAUc*Vt!XbnkO+dC{a&?eL<N
zVi|bRCC+uli(WyVkG$wJ%XG+#PG$NzFWPJDGcUULIk&uMQt9mQqG2muGz|4w<3*EJ
zyl7JC?9{KKyyzZ{7v1~xTVAx+m}Xv-7oENh=YOgIFZ#<~H!u3-7s`wBqCfk|)n7)u
zXcCqeO)BxCNu{&Hizcmj(WFxC@S>Gs8F<kp&UM9$UO}FZyy!E_bjXWNW%@ZU+H34H
zFS_?Rx4dXlsdjkLO0f*Q=o06;;zh3@&qrSLnPocUMW-_ToEPmi_L&#m`<z=|G^uoU
zc+s#GFB*pWtns2rD_%6Ibav`jQC@V9#*6NK`YkWoYfLjQ%8O3lhVwsFfEWE`ubUVB
z@(blfdC{N!<mxXYUNi~IizbzL(WKJZ;YE{Hyl7IXc6iZBu?)QE66d<&MXw;wM_%-q
zWjf?Vr!xJV7wt9nnHSyroLgQrsZ=|>Xr)*NUUZ3bUGbt<kmn;W`phyN@}g6je$I>b
z8vD$P?tRWJFPc<3JG^MviWdz-eb#u<q!llkR60BLt0*tJN8?5JKK+&#?KP&E7v)8#
zZ^QYYD!_~Wve(Uve))y+qP*zOescAf5igpA<wcW9yl7JC?C_#VD_%6IR6D$ArC0`D
zbcu6a@uF9d=OZur%rYJFqEnfE&WrXM`^<~(ea<Z}npCPCUbIpy124M7xvqH8E6DSa
z7ky@#4tde3Oh4yEdyReOMfX1EmKRMbogH2@Y{iR)p+0N8Xwr%oO)8z8`c;${-J|iM
zd!K&Gi}o7R%!~4()3@RLPZi)rf7$EiMZf$)c~M^UXFs|6%ZL|E!t$a?C0;bCbar^r
zq!llkRH_|bv{EbsFS^9Ju6WTa$n%jGeP)>sdC{p%Kj%ezjeX`t_de&A7fmYF4li0M
zmVp;t;#^m}=oRGo$csL+OozPaRHmQvqP@mG^P+p7bIXe+mCg<?8n)s^!%&|!UNmXN
zizb!MPW>v%i|)~Q(Y;T<<wbjqY34<F(dpZ8{-+A?qQC5Q^P*pVp}Z(B`m>*0{bj_9
zCSiHeq!KThR60AnXwr%oO)Aw6FIp*<ffrrkTvxp473BHIi$1eVhrH-irl0eoy~aNC
zqI;in%ZnzJYKIrC6wAPiE^)3aUi1p`eB?!+S*Al?bSl%&dC^{DpLx-}&$;DAlS*fY
z7Y$qSqG71d8ZVl(;zg56XQzG@<wf^syy)Ji-}0ip#x(Pyyy*08IR8@xc+p?>x_Qwr
zzffK@^rHXyfBQfGrTz1-|N5{0{p<hy+rRzWmp_kx;$K&P8S$b?Jzg}a#ET}C&JHh{
zwBkjRO0~m_R*GfdMVC0&6)$=Pc|P)@&n(j+FFKX!=e%gIvCq8d-sjx%qDiIN;YBOO
zGVr2Hoa>4gy@EU+dC_N<>5vzl%Jg$ywAa{YUUctsZh6t9(%Iof!&ba#80xdeizcmj
z(WKJZsb58T(LEY3y7%d~ylAg6&AcctI(-|?|5O29^q0MEUi8Z^lot)X=zsW+|EY1&
z|9{4R{No>A{yhGPe_j1$#ET~Nc+sR1FPc<3JG^MpiWf~P)ebLODVBj3UE*9<yyz9=
z`N)etvrLD)=v1bk^P;`RKJ%h`pL5HLCY5T37p)Y_z>6+%t}9;j3i5p9MW0!wLtb<$
z)6aR)USpqm(Y?>P<wcW9XNMOJTk)b{sLvWNnzZ6YlS*f&eih|K_h`K6-lyO4qP@m6
z^P;@y^ldo*Qw4a@U-r6r(J#MHUX&O8*-x(iGU7#(u)Jtei5E>OogH2@X~l~sm1>6<
ztrW|^i!O1lD_-;p@_gh)pIN3uUUVwc&w0^aW1o4^z0bMjMUzUk!;4mmW#C1ZIM)>~
zdIfnt@}kcy(;+W9mFefaXs@x)yy)KN-14GHrL)6}hOKzfFw|#_7fo96qDiH*Q@@Jx
zqI)!6bnnw|dC^{Dnt4%Pbow@&|EU7J=r4QSyy%x-C@;#3{_H1Le;M(jNmyPqsl<yW
zmCg<?nzZ6YlS;M2i&lzd;6;}>*A*{%1$jR5qR%YTAul?W>F2y?ud&a(=-%ht@}fzl
z+Tlej#WL`sOPuS97rlZ!A9>Mdmg$feoyzocUbNTPXI^ygb8dOjq|({pMZ;FSXc+3V
z#)~Gcc+sTN*{NSedC@%@FS_^Xx4dYtG0nUvFFJi2&i_;aUi6o}ZeH}uFO(PMMSu2_
ztG|qR(IhM{npEONlS*fY7fo96qDiIN;YBOOGVr2Hoa>4gy@EU+dC_N<>5vzl%Jg$y
zwAa{YUUctsZh6t9Qtj}fm0}rq(Iw7x#fx4+o{zlfGs|?yi%w<wIWO94>@zRA_c^z`
zXj19y@S<TWUNj8#S>r{MR=j9Z>Fm_6qP*xHjThbf^jluE*O+Erloy@84d;KV05AH>
zUN<lL<rm6}{&QaRfBirHumAnO{NG>rpMUp1{ri9UAOHO0AOHCB=kZVc>*_BfUNou4
zizbzL(WKJZ;YE{Hyl7IXc6iZBu?)QE66d<&MXw;wM_%-qWjf?Vr!xJV7wt9nnHSyr
zoLgQrsZ=|>Xr)*NUUZ3bUGbt<kmn;W`phyN@}g6je$I>b8vD$P?tRWJFPc<3JG^Mv
ziWdz-eb#u<q!llkR60BLt0*tJN8?5JKK+&#?KP&E7v)8#Z^QYYD!_~Wve(Uve))y+
zqW_#1{jdMee+&N?|39w%<A45N{s$NR7hd$s|LOR`zm6A8BJ-k2rL)6}CarkUq*Cqh
zqLpG9c+n-!b;XNbL7tDi=rhZ7$cs*8`Z+J!YwR;Gy7xJ^yl7IXc6iZBu?)QE66d<&
zMXw;wM_%-qWjf?Vr!xJV7wt9nnHSyroLgQrsdRRD(XbUS8ix9;@uEp9UNot6c6iaS
z6)zfw`mFJyNh@BI7frqsJHNgFFZ#<~F)#Y%7s`u<p7THa$NyAr^E2?G(}!Ar8J+*;
z|M@@BPn*s^1$fcqGvGy&N@s@`O<M7yNu}E1MJvTJ@S;nc>xvh>f;=C2(Px(FkQbfG
z^mAUc*Vt!XbnkO+dC{a&?eL<NVi|bRCC+uli(WyVkG$wJ%XG+#PG$NzFWPJDGcUUL
zIk&uMQt9mQqG2muGz|4w<3*EJyl7JC?9{KK{{M^a(Rk6lPrv0wdyQ%4MS0Qb+i?D;
z3h<)8>~-^^Uw)yyC@=c6pIrTA#ET|jdC{a2FPc<3JG^MpiWf~P)ebLODVBj3UE*9<
zyyz9=`N)etvrLD)=v1bk^P;`RKJ%h`pL5HLCY5T37p)Y_z>6+%t}9;j3i5p9MW0!w
zLtb<$)6aR)USpqm(Y?>P<wcW9XNMOJTk)b{sLvWNnzZ6YlS*f&eih|K_h`K6-lyO4
zqP@m6^P;@y^ldo*Qw4a@U-r6r(J#MHUX&O8*-x(iGU7#(u)Jtei5E>OogH2@X~l~s
zm1>6<trW|^i!O1lD_-;p@_gh)pIN3uUUVwc&w0^aW1o4^z0bMjMUzUk!;4mmW#C1Z
zIM)>~dIfnt@}kcy(;+W9mFefaXs@x)yy)KN-14GHrL)6}hOKzfFw|#_7fo96qDiH*
zQ@@JxqI)!6bnnw|dC^{Dnt4%Pbow@&|EU7J=r4QSyy%x-C@;#3{_H1Le;M(jNmyPq
zsl<yWmCg<?nzZ6YlS;M2i&lzd;6;}>*A*{%1$jR5qR%YTAul?W>F2y?ud&a(=-%ht
z@}fzl+Tlej#WL`sOPuS97rlZ!A9>Mdmg$feoyzocUbNTPXI^ygb8dOjq|({pMZ;FS
zXc+3V#)~Gcc+sTN*{NSedC@%@FS_^Xx4dYtG0nUvFFJi2&i_;aUi6o}ZeH}uFO(PM
zMSu2_tG|qR(IhM{npEONlS*fY7fo96qDiIN;YBOOGVr2Hoa>4gy@EU+dC_N<>5vzl
z%Jg$ywAa{YUUctsZh6t9Qtj}fm0}rq(Iw7x#fx4+o{zlfGs|?yi%w<wIWO94>@zRA
z_c^z`Xj19y@S<TWUNj8#S>r{MR=j9Z>Fm_6qP*xHjThbf^jluE*O+Erloy@84d;KV
z05AH>UN<lL<rm6}@}fWc$<<#*yl4`Z7fmYhqDiH*!;2=Zc+sR%?eL<NVi|bRCC+ul
zi(WyVkG$wJ%XG+#PG$NzFWPJDGcUULIk&uMQmJ-$(Mqulyyz0=y5dEzAkRl$^qFNk
z<VB}4{hSx=HTIbo-TRzdUNot6c6iaS6)zfw`mFJyNh@A7sdRSgS5aPckH(Acefljg
z+G|WRFUpHf--h!)Re%@$Wv`nT{qhUtMS0Pm{p9K|BVIHK%ZnzJc+sTN+2KW#R=j9Z
zsdjkLO0f*Q=o06;;zh3@&qrSLnPocUMW-_ToEPmi_L&#m`<z=|G^tcOylACZ23~ZD
zb6xSGSCHo;FZ#?f9rB`6nSRcT_8R-li|&2SEial>Iy<~**oqeoLw(kG(WDhGnp8SF
z^{Xf^x<}(h_dflW7wt8snHS|nr*FggpDMtM{<7E2i+=fq@}j)x&wg_Cmk}?Tgylt(
zO1x-N>Fn^LNh@A7sZ=|>Xr)*NUUZ3bUGbt<kmn;W`phyN@}g6je$I>b8vD$P?tRWJ
zFPc=U9bU9jECVmP#JR3`(JRRFkr#btnGSi;sZ2lTMSG2X=0*2D=av^uDxDo(G;GC-
zhM_)dylB#j7fmXio%&Uj7u}=rqI;iy%Zv6J)69$VqSLqG{7)6&MSt1r=0(5!LU~bM
z^k+Z0`pbwHO~Ue`NhMx1sdRRD(WDhGnpCPCUbIpy124M7xvqH8E6DSa7ky@#4tde3
zOh4yEdyReOMfX1EmKRMb)ebLODVBj3UE*9<yyz9=`N)etvrLD)=v1bk^P;`RKJ%h`
zpL5HLCY8<(FB-PuMZ-{^HC{An#fv7D&QAR*%8TyNc+tI2zvV@HjcMjZdC}?HaQ>$X
z@S?x$b@QTMexbZ5FZ#2eT>WLlizZ=t(WDYDnp8SFylB#j7fmYF4li0MmVp;t;#^m}
z=oRGo$csL+OozPaRHmQvqP@mG^P+p7bIXe+m1>6<trW|^i!O1lD_-;p@_gh)pIN3u
zUUVwc&w0^aW1o4^z0bMjMUzTrhZhZ7@uFd<&l)e9wBkjRN@u5j73D?uXuRm&r{D6T
zy~Z^2qP*zzZ8-l^1$fb4_PTk|FTYS;lo$QkPp<wl;zg6Nyl7I17fmXi9bPnP#fv7D
zYKIrC6wAPiE^)3aUi1p`eB?!+S*Al?bSl%&dC^{DpLx-}&$;DAlS;M2i&lzd;6;}>
z*A*{%1$jR5qR%YTAul?W>F2y?ud&a(=-%ht@}fzlv%`yqt$5Ke)Mt$sO<M7yNu{$>
zzl!prdo*5j@6&I2(OzSkc~M?;`Zk>ZsRF#{FMHj*=$Bt8FUpJl>?c=$8S$b?SY9-#
z#ET}C&JHh{wBkjRO0~m_R*GfdMVC0&6)$=Pc|P)@&n(j+FFKX!=e%gIvCq8d-sjx%
zqDiIN;YBOOGVr2Hoa>4gy@EU+dC_N<>5vzl%Jg$ywAa{YUUctsZh6t9(%Iof!&ba#
z80xdeizcmj(WKJZsb58T(LEY3y7%d~ylAg6&AcctI(-|?|5O29^q0MEUi8Z^lo#bi
zfA*8Bzl?a%BrGqQRN_UGN@s@`O<M7yNu}E1MJvTJ@S;nc>xvh>f;=C2(Px(FkQbfG
z^mAUc*Vt!XbnkO+dC{a&?eL<NVi|bRCC+uli(WyVkG$wJ%XG+#PG$NzFWPJDGcUUL
zIk&uMQt9mQqG2muGz|4w<3*EJyl7JC?9{KKyyzZ{7v1~xTVAx+m}Xv-7oENh=YOgI
zFZ#<~H!u3-7s`wBqCfk|)n7)uXcCqeO)BxCNu{&Hizcmj(WFxC@S>Gs8F<kp&UM9$
zUO}FZyy!E_bjXWNW%@ZU+H34HFS_?Rx4dXlsdjkLO0f*Q=o06;;zh3@&qrSLnPocU
zMW-_ToEPmi_L&#m`<z=|G^uoUc+s#GFB*pWtns2rD_%6Ibav`jQC@V9#*6NK`YkWo
zYfLjQ%8O3lhVwsFfEWE`ubUVB@(blfdC{N!<mxXYUNi~IizbzL(WKJZ;YE{Hyl7IX
zc6iZBu?)QE66d<&MXw;wM_%-qWjf?Vr!xJV7wt9nnHSyroLgQrsZ=|>Xr)*NUUZ3b
zUGbt<kmn;W`phyN@}g6je$I>b8vD$P?tRWJFPc<3JG^MviWdz-eb#u<q!llkR60BL
zt0*tJN8?5JKK+&#?KP&E7v)8#Z^QYYD!_~Wve(Uve))y+qP*zOescAf5igpA<wcW9
zyl7JC?C_#VD_%6IR6D$ArC0`Dbcu6a@uF9d=OZur%rYJFqEnfE&WrXM`^<~(ea<Z}
znpCPCUbIpy124M7xvqH8E6DSa7ky@#4tde3Oh4yEdyReOMfX1EmKRMbogH2@Y{iR)
zp+0N8Xwr%oO)8z8`c;${-J|iMd!K&Gi}o7R%!~4()3@RLPZi)rf7$EiMZf$)c~M^U
zXFs|6%ZL|E!t$a?C0;bCbar^rq!llkRH_|bv{EbsFS^9Ju6WTa$n%jGeP)>sdC{p%
zKj%ezjeX`t_de&A7fmYF4li0MmVp;t;#^m}=oRGo$csL+OozPaRHmQvqP@mG^P+p7
zbIXe+mCg<?8n)s^!%&|!UNmXNizb!MPW>v%i|)~Q(Y;T<<wbjqY34<F(dpZ8{-+A?
zqQC5Q^P*pVp}Z(B`m>*0{bj_9CSiHeq!KThR60AnXwr%oO)Aw6FIp*<ffrrkTvxp4
z73BHIi$1eVhrH-irl0eoy~aNCqI;in%ZnzJYKIrC6wAPiE^)3aUi1p`eB?!+S*Al?
zbSl%&dC^{DpLx-}&$;DAlS*fY7Y$qSqG71d8ZVl(;zg56XQzG@<wf^syy)Ji-}0ip
z#x(Pyyy*08IR8@xc+p?>x_QwrzffM37ya2!uKqIOMU$|+Xi|w6O)8xoUNmXNizbz7
zhZn6B%fO2+ajq*~^a}EP<VBxZrbAwID$~z-(OzSpdC|Skx#dNZO0~m_R*GfdMVC0&
z6)$=Pc|P)@&n(j+FFKX!=e%gIvCq8d-sjx%qDiH*!;6Nkc+oJ_XN?z4TJfSurL$AN
zit?g+G+uP?({FjvUSpbhQC@WVHk|*d0=(!id)>U~mtQC^%8UN&Cs%(N@uEpsUNou1
zizb!M4lkOt;zg56wZn^6ie=zMmpIoIFM0)eKJuc^EYl$`I+f|?ylAhn&%Ef~=iKt5
zNu}E1MJvTJ@S;nc>xvh>f;=C2(Px(FkQbfG^mAUc*Vt!XbnkO+dC{cO+2KXQR=j8!
z>a)g+CarkUq|(``UqyM*JsK~%_vyF1Xs<ENyeKa^eH+gIQ~_S}m%VOY^vf@l7v)8N
z_LHl>jCj!`EH9c=;zg56XNMO}TJfSurP|>|E5$PKqD!3XiWj|tJRf<{XO`)Z7oE!V
zb6&L9*k@jJ?{jW>(WFxC@S>Gs8F<kp&UM9$UO}FZyy!E_bjXWNW%@ZU+H34HFS_?R
zx4dXl>Fn^LVJluV4E0&#MUz&%Xj19y)UTqv=pKz1-TU-gUbNSkW?qyRoxTm{f2sg4
z`paH7FZ$&d%8T-%Kl{nmUq-xW5|$TDD)FL8rL)6}CarkUq*CqhqLpG9c+n-!b;XNb
zL7tDi=rhZ7$cs*8`Z+J!YwR;Gy7xJ^yl7IXc6iZBu?)QE66d<&MXw;wM_%-qWjf?V
zr!xJV7wt9nnHSyroLgQrsdRRD(XbUS8ix9;@uEp9UNot6cIsDAUUZMfi|&2;Eic+@
zOfxUai%#E$^FLL97yV_gn-~4^3*|+5(VzX~>MtW+GzrU#CY5;6q|({pMUz&%Xi}+m
zc+pC+47}(P=epuWuOQDyUi6t|I^;#CGX0zv?KSq97v1}uTV6D&R6D$ArC0`Dbcu6a
z@uF9d=OZur%rYJFqEnfE&WrXM`^<~(ea<Z}np8SFylB{p7Y##w)_BpR6)&1pIy?2N
zC@;E4<3;yA{gxN)HKv&t<wd7&!}*^oz>EH}*UgK5`GxYLyy(w<a`l%HFPenqMUzUr
zXj19y@S;g8UNosxJG^M6SO#8niE~}?qF0dTBQN^QG9B`wQ<;9wi}o7(%!}@Q&MhyR
zRH_|bv{EbsFS^9Ju6WTa$n%jGeP)>sdC{p%Kj%ezjeX`t_de&A7fmXi9bPnS#fyfa
zK5M*a(ux;NDxIDBRg@Rqqw%79pMJ}W_8Qa7i}Iq=x8eLx72rjG+3V&-zx+aZQC{?C
zKe_tLh!;)5@}fy4UNot6c6iaG6)&1psvTamQY-^6y2QDzc+o4!^N|;QW|<Co(Wy*7
z=S6#seda~?KIfJfO)Aw6FIp*<ffrrkTvxp473BHIi$1eVhrH-irl0eoy~aNCqI;in
z%ZnzJ&JHgcw&F#@P@gqkG-<_)CY8=k{VK|f?$LPBy-&a8MSG2D=0$nY>DzGrrwZ_*
zzwCAMqF;WYyeKdFv!7i3WyFgnVR_M{5-*xmIy<~*(ux;ND%B1zS}B%+7hU39SG?#I
z<oU>pKC?`Ryy#S>pYx)<#y<0+d!KX5izbz7hZn6B%fO2+ajq*~^a}EP<VBxZrbAwI
zD$~z-(OzSpdC|Skx#dNZN@s@`4O{V|VW`g<FPgOCMUzTrr+yXXMfYgD=-#K_@}j-Q
zH1ndo==5zk|5F8c(O>qudC@PwP+pW5{n<~h{xaf4ld!yKQi&H$DxDo(G-<_)CY5T3
z7p)Y_z>6+%t}9;j3i5p9MW0!wLtb<$)6aR)USpqm(Y?>P<wcW9wZn^6ie=zMmpIoI
zFM0)eKJuc^EYl$`I+f|?ylAhn&%Ef~=iKt5Nu{&Hi-xUu(J<6!jTcQ?@uEqkvs1r{
z@}he*UUcu%Z+X#PW14wUUUd34od2l;yy!1`-Mr|RUnnoii~j5<SAQAtqDfd@G^xak
zCY8<(FPgOCMUzUk!;4mmW#C1ZIM)>~dIfnt@}kcy(;+W9mFefaXs@x)yy)KN-14GH
zrP|>|E5$PKqD!3XiWj|tJRf<{XO`)Z7oE!Vb6&L9*k@jJ?{jW>(WKJZ;YGt%yl5Ee
zv&M@it$5L-(%GqBMS0OZ8ZWx{>9@RSuQAQMC@(sF8_xe!0bcZ%y>4Fg%P*7{<wbw?
zldHdsc+n&*FPc>1MUzTrhZjv+@uEqk+Tlej#WL`sOPuS97rlZ!A9>Mdmg$feoyzoc
zUbNTPXI^ygb8dOjq*CqhqLpG9c+n-!b;XNbL7tDi=rhZ7$cs*8`Z+J!YwR;Gy7xJ^
zyl7JC?C_#tD_%4V^;zRZlUBTFQt9l}ucEx@9*q~>`}A90wAYwsUX&M|z76MpssJzg
z%U(Ax`sEkOi}IpB`^nW`M!aYemKRMb@uEqkv%`xft$5L-Qtj}fm0}rq(Iw7x#fx4+
zo{zlfGs|?yi%w<wIWO94>@zRA_c^z`Xi}+mc+pC+47}(P=epuWuOQDyUi6t|I^;#C
zGX0zv?KSq97v1}uTV6D&bar^ruoW*FhWf1WqDd=WG^uoU>Q_--bdSc1?tS_#FWPHN
zGcU@EPTz*}KUIJi{bjG47ya@J<wbeXpZ(<OFC$(w3CoKnm3Yyl(%IoflUBTFQmJ-$
z(Mqulyyz0=y5dEzAkRl$^qFNk<VB}4{hSx=HTIbo-TRzdUNosxJG^M6SO#8niE~}?
zqF0dTBQN^QG9B`wQ<;9wi}o7(%!}@Q&MhyRR60AnXxNGu4MTm_c+sR4FPc<3JN2t5
zFS<wLMfX1amKW_crkNMzMW=7W`JXDli~h3L&5M5dh4P}j=+Ay~^_LMZnuO&=lS;g3
zQt9mQqDd=WG^tcOylACZ23~ZDb6xSGSCHo;FZ#?f9rB`6nSRcT_8R-li|&2SEial>
zsvTamQY-^6y2QDzc+o4!^N|;QW|<Co(Wy*7=S6#seda~?KIfJfO)8xoUNmgQi-w^-
zYrJUEiWf~Pot^qslo#Ej@uGX5e#?vY8q>^+@}kqX;rve(;6;Dg>*htj{6cwAUi4=_
zx%$h97fr(QqDduQG^uoUc+sR4FPc=U9bU9jECVmP#JR3`(JRRFkr#btnGSi;sZ2lT
zMSG2X=0*2D=av^uD%B1zS}B%+7hU39SG?#I<oU>pKC?`Ryy#S>pYx)<#y<0+d!KX5
zizb!M4lf$E;zh$ypEX`IX~l~smCjE6D$0xQ(Rk6lPrv0wdyQ%4MS0Qb+i?D;3h<)8
z>~-^^Uw)yyC@=c6pIrTA#ET|jdC{a2FPc<3JG^MpiWf~P)ebLODVBj3UE*9<yyz9=
z`N)etvrLD)=v1bk^P;`RKJ%h`pL5HLCY5T37p)Y_z>6+%t}9;j3i5p9MW0!wLtb<$
z)6aR)USpqm(Y?>P<wcW9XNMOJTk)b{sLvWNnzZ6YlS*f&eih|K_h`K6-lyO4qP@m6
z^P;@y^ldo*Qw4a@U-r6r(J#MHUX&O8*-x(iGU7#(u)Jtei5E>OogH2@X~l~sm1>6<
ztrW|^i!O1lD_-;p@_gh)pIN3uUUVwc&w0^aW1o4^z0bMjMUzUk!;4mmW#C1ZIM)>~
zdIfnt@}kcy(;+W9mFefaXs@x)yy)KN-14GHrL)6}hOKzfFw|#_7fo96qDiH*Q@@Jx
zqI)!6bnnw|dC^{Dnt4%Pbow@&|EU7J=r4QSyy%x-C@;#3{_H1Le;M(jNmyPqsl<yW
zmCg<?nzZ6YlS;M2i&lzd;6;}>*A*{%1$jR5qR%YTAul?W>F2y?ud&a(=-%ht@}fzl
z+Tlej#WL`sOPuS97rlZ!A9>Mdmg$feoyzocUbNTPXI^ygb8dOjq|({pMZ;FSXc+3V
z#)~Gcc+sTN*{NSedC@%@FS_^Xx4dYtG0nUvFFJi2&i_;aUi6o}ZeH}uFO(PMMSu2_
ztG|qR(IhM{npEONlS*fY7fo96qDiIN;YBOOGVr2Hoa>4gy@EU+dC_N<>5vzl%Jg$y
zwAa{YUUctsZh6t9Qtj}fm0}rq(Iw7x#fx4+o{zlfGs|?yi%w<wIWO94>@zRA_c^z`
zXj19y@S<TWUNj8#S>r{MR=j9Z>Fm_6qP*xHjThbf^jluE*O+Erloy@84d;KV05AH>
zUN<lL<rm6}@}fWc$<<#*yl4`Z7fmYhqDiH*!;2=Zc+sR%?eL<NVi|bRCC+uli(WyV
zkG$wJ%XG+#PG$NzFWPJDGcUULIk&uMQmJ-$(Mqulyyz0=y5dEzAkRl$^qFNk<VB}4
z{hSx=HTIbo-TRzdUNot6c6iaS6)zfw`mFJyNh@A7sdRSgS5aPckH(Acefljg+G|WR
zFUpHf--h!)Re%@$Wv`nT{qhUtMS0Pm{p9K|BVIHK%ZnzJc+sTN+2KW#R=j9ZsdjkL
zO0f*Q=o06;;zh3@&qrSLnPocUMW-_ToEPmi_L&#m`<z=|G^tcOylACZ23~ZDb6xSG
zSCHo;FZ#?f9rB`6nSRcT_8R-li|&2SEial>Iy<~**oqeoLw(kG(WDhGnp8SF^{Xf^
zx<}(h_dflW7wt8snHS|nr*FggpDMtM{<7E2i+=fq@}j)x&wg_Cmk}?Tgylt(O1x-N
z>Fn^LNh@A7sZ=|>Xr)*NUUZ3bUGbt<kmn;W`phyN@}g6je$I>b8vD$P?tRWJFPc=U
z9bU9jECVmP#JR3`(JRRFkr#btnGSi;sZ2lTMSG2X=0*2D=av^uDxDo(G;GC-hM_)d
zylB#j7fmXio%&Uj7u}=rqI;iy%Zv6J)69$VqSLqG{7)6&MSt1r=0(5!LU~bM^k+Z0
z`pbwHO~Ue`NhMx1sdRRD(WDhGnpCPCUbIpy124M7xvqH8E6DSa7ky@#4tde3Oh4yE
zdyReOMfX1EmKRMb)ebLODVBj3UE*9<yyz9=`N)etvrLD)=v1bk^P;`RKJ%h`pL5HL
zCY8<(FB-PuMZ-{^HC{An#fv7D&QAR*%8TyNc+tI2zvV@HjcMjZdC}?HaQ>$X@S?x$
zb@QTMexbZ5FZ#2eT>WLlizZ=t(WDYDnp8SFylB#j7fmYF4li0MmVp;t;#^m}=oRGo
z$csL+OozPaRHmQvqP@mG^P+p7bIXe+m1>6<trW|^i!O1lD_-;p@_gh)pIN3uUUVwc
z&w0^aW1o4^z0bMjMUzTrhZhZ7@uFd<&l)e9wBkjRN@u5j73D?uXuRm&r{D6Ty~Z^2
zqP*zzZ8-l^1$fb4_PTk|FTYS;lo$QkPp<wl;zg6Nyl7I17fmXi9bPnP#fv7DYKIrC
z6wAPiE^)3aUi1p`eB?!+S*Al?bSl%&dC^{DpLx-}&$;DAlS;M2i&lzd;6;}>*A*{%
z1$jR5qR%YTAul?W>F2y?ud&a(=-%ht@}fzlv%`yqt$5Ke)Mt$sO<M7yNu{$>zl!pr
zdo*5j@6&I2(OzSkc~M?;`Zk>ZsRF#{FMHj*=$Bt8FUpJl>?c=$8S$b?SY9-##ET}C
z&JHh{wBkjRO0~m_R*GfdMVC0&6)$=Pc|P)@&n(j+FFKX!=e%gIvCq8d-sjx%qDiIN
z;YBOOGVr2Hoa>4gy@EU+dC_N<>5vzl%Jg$ywAa{YUUctsZh6t9(%Iof!&ba#80xde
zizcmj(WKJZsb58T(LEY3y7%d~ylAg6&AcctI(-|?|5O29^q0MEUi8Z^lo#bifA*8B
zzl?a%BrGqQRN_UGN@s@`O<M7yNu}E1MJvTJ@S;nc>xvh>f;=C2(Px(FkQbfG^mAUc
z*Vt!XbnkO+dC{a&?eL<NVi|bRCC+uli(WyVkG$wJ%XG+#PG$NzFWPJDGcUULIk&uM
zQt9mQqG2muGz|4w<3*EJyl7JC?9{KKyyzZ{7v1~xTVAx+m}Xv-7oENh=YOgIFZ#<~
zH!u3-7s`wBqCfk|)n7)uXcCqeO)BxCNu{&Hizcmj(WFxC@S>Gs8F<kp&UM9$UO}FZ
zyy!E_bjXWNW%@ZU+H34HFS_?Rx4dXlsdjkLO0f*Q=o06;;zh3@&qrSLnPocUMW-_T
zoEPmi_L&#m`<z=|G^uoUc+s#GFB*pWtns2rD_%6Ibav`jQC@V9#*6NK`YkWoYfLjQ
z%8O3lhVwsFfEWE`ubUVB@(blfdC{N!<mxXYUNi~IizbzL(WKJZ;YE{Hyl7IXc6iZB
zu?)QE66d<&MXw;wM_%-qWjf?Vr!xJV7wt9nnHSyroLgQrsZ=|>Xr)*NUUZ3bUGbt<
zkmn;W`phyN@}g6je$I>b8vD$P?tRWJFPc<3JG^MviWdz-eb#u<q!llkR60BLt0*tJ
zN8?5JKK+&#?KP&E7v)8#Z^QYYD!_~Wve(Uve))y+qP*zOescAf5igpA<wcW9yl7JC
z?C_#VD_%6IR6D$ArC0`Dbcu6a@uF9d=OZur%rYJFqEnfE&WrXM`^<~(ea<Z}npCPC
zUbIpy124M7xvqH8E6DSa7ky@#4tde3Oh4yEdyReOMfX1EmKRMbogH2@Y{iR)p+0N8
zXwr%oO)8z8`c;${-J|iMd!K&Gi}o7R%!~4()3@RLPZi)rf7$EiMZf$)c~M^UXFs|6
z%ZL|E!t$a?C0;bCbar^rq!llkRH_|bv{EbsFS^9Ju6WTa$n%jGeP)>sdC{p%Kj%ez
zjeX`t_de&A7fmYF4li0MmVp;t;#^m}=oRGo$csL+OozPaRHmQvqP@mG^P+p7bIXe+
zmCg<?8n)s^!%&|!UNmXNizb!MPW>v%i|)~Q(Y;T<<wbjqY34<F(dpZ8{-+A?qQC5Q
z^P*pVp}Z(B`m>*0{bj_9CSiHeq!KThR60AnXwr%oO)Aw6FIp*<ffrrkTvxp473BHI
zi$1eVhrH-irl0eoy~aNCqI;in%ZnzJYKIrC6wAPiE^)3aUi1p`eB?!+S*Al?bSl%&
zdC^{DpLx-}&$;DAlS*fY7Y$qSqG71d8ZVl(;zg56XQzG@<wf^syy)Ji-}0ip#x(Py
zyy*08IR8@xc+p?>x_QwrzffM37ya2!uKqIOMU$|+Xi|w6O)8xoUNmXNizbz7hZn6B
z%fO2+ajq*~^a}EP<VBxZrbAwID$~z-(OzSpdC|Skx#dNZO0~m_R*GfdMVC0&6)$=P
zc|P)@&n(j+FFKX!=e%gIvCq8d-sjx%qDiH*!;6Nkc+oJ_XN?z4TJfSurL$ANit?g+
zG+uP?({FjvUSpbhQC@WVHk|*d0=(!id)>U~mtQC^%8UN&Cs%(N@uEpsUNou1izb!M
z4lkOt;zg56wZn^6ie=zMmpIoIFM0)eKJuc^EYl$`I+f|?ylAhn&%Ef~=iKt5Nu}E1
zMJvTJ@S;nc>xvh>f;=C2(Px(FkQbfG^mAUc*Vt!XbnkO+dC{cO+2KXQR=j8!>a)g+
zCarkUq|(``UqyM*JsK~%_vyF1Xs<ENyeKa^eH+gIQ~_S}m%VOY^vf@l7v)8N_LHl>
zjCj!`EH9c=;zg56XNMO}TJfSurP|>|E5$PKqD!3XiWj|tJRf<{XO`)Z7oE!Vb6&L9
z*k@jJ?{jW>(WFxC@S>Gs8F<kp&UM9$UO}FZyy!E_bjXWNW%@ZU+H34HFS_?Rx4dXl
z>Fn^LVJluV4E0&#MUz&%Xj19y)UTqv=pKz1-TU-gUbNSkW?qyRoxTm{f2sg4`paH7
zFZ$&d%8T-%Kl{nmUq-xW5|$TDD)FL8rL)6}CarkUq*CqhqLpG9c+n-!b;XNbL7tDi
z=rhZ7$cs*8`Z+J!YwR;Gy7xJ^yl7IXc6iZBu?)QE66d<&MXw;wM_%-qWjf?Vr!xJV
z7wt9nnHSyroLgQrsdRRD(XbUS8ix9;@uEp9UNot6cIsDAUUZMfi|&2;Eic+@OfxUa
zi%#E$^FLL97yV_gn-~4^3*|+5(VzX~>MtW+GzrU#CY5;6q|({pMUz&%Xi}+mc+pC+
z47}(P=epuWuOQDyUi6t|I^;#CGX0zv?KSq97v1}uTV6D&R6D$ArC0`Dbcu6a@uF9d
z=OZur%rYJFqEnfE&WrXM`^<~(ea<Z}np8SFylB{p7Y##w)_BpR6)&1pIy?2NC@;E4
z<3;yA{gxN)HKv&t<wd7&!}*^oz>EH}*UgK5`GxYLyy(w<a`l%HFPenqMUzUrXj19y
z@S;g8UNosxJG^M6SO#8niE~}?qF0dTBQN^QG9B`wQ<;9wi}o7(%!}@Q&MhyRRH_|b
zv{EbsFS^9Ju6WTa$n%jGeP)>sdC{p%Kj%ezjeX`t_de&A7fmXi9bPnS#fyfaK5M*a
z(ux;NDxIDBRg@Rqqw%79pMJ}W_8Qa7i}Iq=x8eLx72rjG+3V&-zx+aZQC{?CKe_tL
zh!;)5@}fy4UNot6c6iaG6)&1psvTamQY-^6y2QDzc+o4!^N|;QW|<Co(Wy*7=S6#s
zeda~?KIfJfO)Aw6FIp*<ffrrkTvxp473BHIi$1eVhrH-irl0eoy~aNCqI;in%ZnzJ
z&JHgcw&F#@P@gqkG-<_)CY8=k{VK|f?$LPBy-&a8MSG2D=0$nY>DzGrrwZ_*zwCAM
zqF;WYyeKdFv!7i3WyFgnVR_M{5-*xmIy<~*(ux;ND%B1zS}B%+7hU39SG?#I<oU>p
zKC?`Ryy#S>pYx)<#y<0+d!KX5izbz7hZn6B%fO2+ajq*~^a}EP<VBxZrbAwID$~z-
z(OzSpdC|Skx#dNZN@s@`4O{V|VW`g<FPgOCMUzTrr+yXXMfYgD=-#K_@}j-QH1ndo
z==5zk|5F8c(O>qudC@PwP+pW5{n<~h{xaf4ld!yKQi&H$DxDo(G-<_)CY5T37p)Y_
zz>6+%t}9;j3i5p9MW0!wLtb<$)6aR)USpqm(Y?>P<wcW9wZn^6ie=zMmpIoIFM0)e
zKJuc^EYl$`I+f|?ylAhn&%Ef~=iKt5Nu{&Hi-xUu(J<6!jTcQ?@uEqkvs1r{@}he*
zUUcu%Z+X#PW14wUUUd34od2l;yy!1`-Mr|RUnnoii~j5<SAQAtqDfd@G^xakCY8<(
zFPgOCMUzUk!;4mmW#C1ZIM)>~dIfnt@}kcy(;+W9mFefaXs@x)yy)KN-14GHrP|>|
zE5$PKqD!3XiWj|tJRf<{XO`)Z7oE!Vb6&L9*k@jJ?{jW>(WKJZ;YGt%yl5Eev&M@i
zt$5L-(%GqBMS0OZ8ZWx{>9@RSuQAQMC@(sF8_xe!0bcZ%y>4Fg%P*7{<wbw?ldHds
zc+n&*FPc>1MUzTrhZjv+@uEqk+Tlej#WL`sOPuS97rlZ!A9>Mdmg$feoyzocUbNTP
zXI^ygb8dOjq*CqhqLpG9c+n-!b;XNbL7tDi=rhZ7$cs*8`Z+J!YwR;Gy7xJ^yl7JC
z?C_#tD_%4V^;zRZlUBTFQt9l}ucEx@9*q~>`}A90wAYwsUX&M|z76MpssJzg%U(Ax
z`sEkOi}IpB`^nW`M!aYemKRMb@uEqkv%`xft$5L-Qtj}fm0}rq(Iw7x#fx4+o{zlf
zGs|?yi%w<wIWO94>@zRA_c^z`Xi}+mc+pC+47}(P=epuWuOQDyUi6t|I^;#CGX0zv
z?KSq97v1}uTV6D&bar^ruoW*FhWf1WqDd=WG^uoU>Q_--bdSc1?tS_#FWPHNGcU@E
zPTz*}KUIJi{bjG47ya@J<wbeXpZ(<OFC$(w3CoKnm3Yyl(%IoflUBTFQmJ-$(Mqul
zyyz0=y5dEzAkRl$^qFNk<VB}4{hSx=HTIbo-TRzdUNosxJG^M6SO#8niE~}?qF0dT
zBQN^QG9B`wQ<;9wi}o7(%!}@Q&MhyRR60AnXxNGu4MTm_c+sR4FPc<3JN2t5FS<wL
zMfX1amKW_crkNMzMW=7W`JXDli~h3L&5M5dh4P}j=+Ay~^_LMZnuO&=lS;g3Qt9mQ
zqDd=WG^tcOylACZ23~ZDb6xSGSCHo;FZ#?f9rB`6nSRcT_8R-li|&2SEial>svTam
zQY-^6y2QDzc+o4!^N|;QW|<Co(Wy*7=S6#seda~?KIfJfO)8xoUNmgQi-w^-YrJUE
ziWf~Pot^qslo#Ej@uGX5e#?vY8q>^+@}kqX;rve(;6;Dg>*htj{6cwAUi4=_x%$h9
z7fr(QqDduQG^uoUc+sR4FPc=U9bU9jECVmP#JR3`(JRRFkr#btnGSi;sZ2lTMSG2X
z=0*2D=av^uD%B1zS}B%+7hU39SG?#I<oU>pKC?`Ryy#S>pYx)<#y<0+d!KX5izb!M
z4lf$E;zh$ypEX`IX~l~smCjE6D$0xQ(Rk6lPrv0wdyQ%4MS0Qb+i?D;3h<)8>~-^^
zUw)yyC@=c6pIrTA#ET|jdC{a2FPc<3JG^MpiWf~P)ebLODVBj3UE*9<yyz9=`N)et
zvrLD)=v1bk^P;`RKJ%h`pL5HLCY5T37p)Y_z>6+%t}9;j3i5p9MW0!wLtb<$)6aR)
zUSpqm(Y?>P<wcW9XNMOJTk)b{sLvWNnzZ6YlS*f&eih|K_h`K6-lyO4qP@m6^P;@y
z^ldo*Qw4a@U-r6r(J#MHUX&O8*-x(iGU7#(u)Jtei5E>OogH2@X~l~sm1>6<trW|^
zi!O1lD_-;p@_gh)pIN3uUUVwc&w0^aW1o4^z0bMjMUzUk!;4mmW#C1ZIM)>~dIfnt
z@}kcy(;+W9mFefaXs@x)yy)KN-14GHrL)6}hOKzfFw|#_7fo96qDiH*Q@@JxqI)!6
zbnnw|dC^{Dnt4%Pbow@&|EU7J=r4QSyy%x-C@;#3{_H1Le;M(jNmyPqsl<yWmCg<?
znzZ6YlS;M2i&lzd;6;}>*A*{%1$jR5qR%YTAul?W>F2y?ud&a(=-%ht@}fzl+Tlej
z#WL`sOPuS97rlZ!A9>Mdmg$feoyzocUbNTPXI^ygb8dOjq|({pMZ;FSXc+3V#)~Gc
zc+sTN*{NSedC@%@FS_^Xx4dYtG0nUvFFJi2&i_;aUi6o}ZeH}uFO(PMMSu2_tG|qR
z(IhM{npEONlS*fY7fo96qDiIN;YBOOGVr2Hoa>4gy@EU+dC_N<>5vzl%Jg$ywAa{Y
zUUctsZh6t9Qtj}fm0}rq(Iw7x#fx4+o{zlfGs|?yi%w<wIWO94>@zRA_c^z`Xj19y
z@S<TWUNj8#S>r{MR=j9Z>Fm_6qP*xHjThbf^jluE*O+Erloy@84d;KV05AH>UN<lL
z<rm6}@}fWc$<<#*yl4`Z7fmYhqDiH*!;2=Zc+sR%?eL<NVi|bRCC+uli(WyVkG$wJ
z%XG+#PG$NzFWPJDGcUULIk&uMQmJ-$(Mqulyyz0=y5dEzAkRl$^qFNk<VB}4{hSx=
zHTIbo-TRzdUNot6c6iaS6)zfw`mFJyNh@A7sdRSgS5aPckH(Acefljg+G|WRFUpHf
z--h!)Re%@$Wv`nT{qhUtMS0Pm{p9K|BVIHK%ZnzJc+sTN+2KW#R=j9ZsdjkLO0f*Q
z=o06;;zh3@&qrSLnPocUMW-_ToEPmi_L&#m`<z=|G^tcOylACZ23~ZDb6xSGSCHo;
zFZ#?f9rB`6nSRcT_8R-li|&2SEial>Iy<~**oqeoLw(kG(WDhGnp8SF^{Xf^x<}(h
z_dflW7wt8snHS|nr*FggpDMtM{<7E2i+=fq@}j)x&wg_Cmk}?Tgylt(O1x-N>Fn^L
zNh@A7sZ=|>Xr)*NUUZ3bUGbt<kmn;W`phyN@}g6je$I>b8vD$P?tRWJFPc=U9bU9j
zECVmP#JR3`(JRRFkr#btnGSi;sZ2lTMSG2X=0*2D=av^uDxDo(G;GC-hM_)dylB#j
z7fmXio%&Uj7u}=rqI;iy%Zv6J)69$VqSLqG{7)6&MSt1r=0(5!LU~bM^k+Z0`pbwH
zO~Ue`NhMx1sdRRD(WDhGnpCPCUbIpy124M7xvqH8E6DSa7ky@#4tde3Oh4yEdyReO
zMfX1EmKRMb)ebLODVBj3UE*9<yyz9=`N)etvrLD)=v1bk^P;`RKJ%h`pL5HLCY8<(
zFB-PuMZ-{^HC{An#fv7D&QAR*%8TyNc+tI2zvV@HjcMjZdC}?HaQ>$X@S?x$b@QTM
zexbZ5FZ#2eT>WLlizZ=t(WDYDnp8SFylB#j7fmYF4li0MmVp;t;#^m}=oRGo$csL+
zOozPaRHmQvqP@mG^P+p7bIXe+m1>6<trW|^i!O1lD_-;p@_gh)pIN3uUUVwc&w0^a
zW1o4^z0bMjMUzTrhZhZ7@uFd<&l)e9wBkjRN@u5j73D?uXuRm&r{D6Ty~Z^2qP*zz
zZ8-l^1$fb4_PTk|FTYS;lo$QkPp<wl;zg6Nyl7I17fmXi9bPnP#fv7DYKIrC6wAPi
zE^)3aUi1p`eB?!+S*Al?bSl%&dC^{DpLx-}&$;DAlS;M2i&lzd;6;}>*A*{%1$jR5
zqR%YTAul?W>F2y?ud&a(=-%ht@}fzlv%`yqt$5Ke)Mt$sO<M7yNu{$>zl!prdo*5j
z@6&I2(OzSkc~M?;`Zk>ZsRF#{FMHj*=$Bt8FUpJl>?c=$8S$b?SY9-##ET}C&JHh{
zwBkjRO0~m_R*GfdMVC0&6)$=Pc|P)@&n(j+FFKX!=e%gIvCq8d-sjx%qDiIN;YBOO
zGVr2Hoa>4gy@EU+dC_N<>5vzl%Jg$ywAa{YUUctsZh6t9(%Iof!&ba#80xdeizcmj
z(WKJZsb58T(LEY3y7%d~ylAg6&AcctI(-|?|5O29^q0MEUi8Z^lo#bifA*8Bzl?a%
zBrGqQRN_UGN@s@`O<M7yNu}E1MJvTJ@S;nc>xvh>f;=C2(Px(FkQbfG^mAUc*Vt!X
zbnkO+dC{a&?eL<NVi|bRCC+uli(WyVkG$wJ%XG+#PG$NzFWPJDGcUULIk&uMQt9mQ
zqG2muGz|4w<3*EJyl7JC?9{KKyyzZ{7v1~xTVAx+m}Xv-7oENh=YOgIFZ#<~H!u3-
z7s`wBqCfk|)n7)uXcCqeO)BxCNu{&Hizcmj(WFxC@S>Gs8F<kp&UM9$UO}FZyy!E_
zbjXWNW%@ZU+H34HFS_?Rx4dXlsdjkLO0f*Q=o06;;zh3@&qrSLnPocUMW-_ToEPmi
z_L&#m`<z=|G^uoUc+s#GFB*pWtns2rD_%6Ibav`jQC@V9#*6NK`YkWoYfLjQ%8O3l
zhVwsFfEWE`ubUVB@(blfdC{N!<mxXYUNi~IizbzL(WKJZ;YE{Hyl7IXc6iZBu?)QE
z66d<&MXw;wM_%-qWjf?Vr!xJV7wt9nnHSyroLgQrsZ=|>Xr)*NUUZ3bUGbt<kmn;W
z`phyN@}g6je$I>b8vD$P?tRWJFPc<3JG^MviWdz-eb#u<q!llkR60BLt0*tJN8?5J
zKK+&#?KP&E7v)8#Z^QYYD!_~Wve(Uve))y+qP*zOescAf5igpA<wcW9yl7JC?C_#V
zD_%6IR6D$ArC0`Dbcu6a@uF9d=OZur%rYJFqEnfE&WrXM`^<~(ea<Z}npCPCUbIpy
z124M7xvqH8E6DSa7ky@#4tde3Oh4yEdyReOMfX1EmKRMbogH2@Y{iR)p+0N8Xwr%o
zO)8z8`c;${-J|iMd!K&Gi}o7R%!~4()3@RLPZi)rf7$EiMZf$)c~M^UXFs|6%ZL|E
z!t$a?C0;bCbar^rq!llkRH_|bv{EbsFS^9Ju6WTa$n%jGeP)>sdC{p%Kj%ezjeX`t
z_de&A7fmYF4li0MmVp;t;#^m}=oRGo$csL+OozPaRHmQvqP@mG^P+p7bIXe+mCg<?
z8n)s^!%&|!UNmXNizb!MPW>v%i|)~Q(Y;T<<wbjqY34<F(dpZ8{-+A?qQC5Q^P*pV
zp}Z(B`m>*0{bj_9CSiHeq!KThR60AnXwr%oO)Aw6FIp*<ffrrkTvxp473BHIi$1eV
zhrH-irl0eoy~aNCqI;in%ZnzJYKIrC6wAPiE^)3aUi1p`eB?!+S*Al?bSl%&dC^{D
zpLx-}&$;DAlS*fY7Y$qSqG71d8ZVl(;zg56XQzG@<wf^syy)Ji-}0ip#x(Pyyy*08
zIR8@xc+p?>x_QwrzffM37ya2!uKqIOMU$|+Xi|w6O)8xoUNmXNizbz7hZn6B%fO2+
zajq*~^a}EP<VBxZrbAwID$~z-(OzSpdC|Skx#dNZO0~m_R*GfdMVC0&6)$=Pc|P)@
z&n(j+FFKX!=e%gIvCq8d-sjx%qDiH*!;6Nkc+oJ_XN?z4TJfSurL$ANit?g+G+uP?
z({FjvUSpbhQC@WVHk|*d0=(!id)>U~mtQC^%8UN&Cs%(N@uEpsUNou1izb!M4lkOt
z;zg56wZn^6ie=zMmpIoIFM0)eKJuc^EYl$`I+f|?ylAhn&%Ef~=iKt5Nu}E1MJvTJ
z@S;nc>xvh>f;=C2(Px(FkQbfG^mAUc*Vt!XbnkO+dC{cO+2KXQR=j8!>a)g+CarkU
zq|(``UqyM*JsK~%_vyF1Xs<ENyeKa^eH+gIQ~_S}m%VOY^vf@l7v)8N_LHl>jCj!`
zEH9c=;zg56XNMO}TJfSurP|>|E5$PKqD!3XiWj|tJRf<{XO`)Z7oE!Vb6&L9*k@jJ
z?{jW>(WFxC@S>Gs8F<kp&UM9$UO}FZyy!E_bjXWNW%@ZU+H34HFS_?Rx4dXl>Fn^L
zVJluV4E0&#MUz&%Xj19y)UTqv=pKz1-TU-gUbNSkW?qyRoxTm{f2sg4`paH7FZ$&d
z%8T-%Kl{nmUq-xW5|$TDD)FL8rL)6}CarkUq*CqhqLpG9c+n-!b;XNbL7tDi=rhZ7
z$cs*8`Z+J!YwR;Gy7xJ^yl7IXc6iZBu?)QE66d<&MXw;wM_%-qWjf?Vr!xJV7wt9n
znHSyroLgQrsdRRD(XbUS8ix9;@uEp9UNot6cIsDAUUZMfi|&2;Eic+@OfxUai%#E$
z^FLL97yV_gn-~4^3*|+5(VzX~>MtW+GzrU#CY5;6q|({pMUz&%Xi}+mc+pC+47}(P
z=epuWuOQDyUi6t|I^;#CGX0zv?KSq97v1}uTV6D&R6D$ArC0`Dbcu6a@uF9d=OZur
z%rYJFqEnfE&WrXM`^<~(ea<Z}np8SFylB{p7Y##w)_BpR6)&1pIy?2NC@;E4<3;yA
z{gxN)HKv&t<wd7&!}*^oz>EH}*UgK5`GxYLyy(w<a`l%HFPenqMUzUrXj19y@S;g8
zUNosxJG^M6SO#8niE~}?qF0dTBQN^QG9B`wQ<;9wi}o7(%!}@Q&MhyRRH_|bv{Ebs
zFS^9Ju6WTa$n%jGeP)>sdC{p%Kj%ezjeX`t_de&A7fmXi9bPnS#fyfaK5M*a(ux;N
zDxIDBRg@Rqqw%79pMJ}W_8Qa7i}Iq=x8eLx72rjG+3V&-zx+aZQC{?CKe_tLh!;)5
z@}fy4UNot6c6iaG6)&1psvTamQY-^6y2QDzc+o4!^N|;QW|<Co(Wy*7=S6#seda~?
zKIfJfO)Aw6FIp*<ffrrkTvxp473BHIi$1eVhrH-irl0eoy~aNCqI;in%ZnzJ&JHgc
zw&F#@P@gqkG-<_)CY8=k{VK|f?$LPBy-&a8MSG2D=0$nY>DzGrrwZ_*zwCAMqF;WY
zyeKdFv!7i3WyFgnVR_M{5-*xmIy<~*(ux;ND%B1zS}B%+7hU39SG?#I<oU>pKC?`R
zyy#S>pYx)<#y<0+d!KX5izbz7hZn6B%fO2+ajq*~^a}EP<VBxZrbAwID$~z-(OzSp
zdC|Skx#dNZN@s@`4O{V|VW`g<FPgOCMUzTrr+yXXMfYgD=-#K_@}j-QH1ndo==5zk
z|5F8c(O>qudC@PwP+pW5{n<~h{xaf4ld!yKQi&H$DxDo(G-<_)CY5T37p)Y_z>6+%
zt}9;j3i5p9MW0!wLtb<$)6aR)USpqm(Y?>P<wcW9wZn^6ie=zMmpIoIFM0)eKJuc^
zEYl$`I+f|?ylAhn&%Ef~=iKt5Nu{&Hi-xUu(J<6!jTcQ?@uEqkvs1r{@}he*UUcu%
zZ+X#PW14wUUUd34od2l;yy!1`-Mr|RUnnoii~j5<SAQAtqDfd@G^xakCY8<(FPgOC
zMUzUk!;4mmW#C1ZIM)>~dIfnt@}kcy(;+W9mFefaXs@x)yy)KN-14GHrP|>|E5$PK
zqD!3XiWj|tJRf<{XO`)Z7oE!Vb6&L9*k@jJ?{jW>(WKJZ;YGt%yl5Eev&M@it$5L-
z(%GqBMS0OZ8ZWx{>9@RSuQAQMC@(sF8_xe!0bcZ%y>4Fg%P*7{<wbw?ldHdsc+n&*
zFPc>1MUzTrhZjv+@uEqk+Tlej#WL`sOPuS97rlZ!A9>Mdmg$feoyzocUbNTPXI^yg
zb8dOjq*CqhqLpG9c+n-!b;XNbL7tDi=rhZ7$cs*8`Z+J!YwR;Gy7xJ^yl7JC?C_#t
zD_%4V^;zRZlUBTFQt9l}ucEx@9*q~>`}A90wAYwsUX&M|z76MpssJzg%U(Ax`sEkO
zi}IpB`^nW`M!aYemKRMb@uEqkv%`xft$5L-Qtj}fm0}rq(Iw7x#fx4+o{zlfGs|?y
zi%w<wIWO94>@zRA_c^z`Xi}+mc+pC+47}(P=epuWuOQDyUi6t|I^;#CGX0zv?KSq9
z7v1}uTV6D&bar^ruoW*FhWf1WqDd=WG^uoU>Q_--bdSc1?tS_#FWPHNGcU@EPTz*}
zKUIJi{bjG47ya@J<wbeXpZ(<OFC$(w3CoKnm3Yyl(%IoflUBTFQmJ-$(Mqulyyz0=
zy5dEzAkRl$^qFNk<VB}4{hSx=HTIbo-TRzdUNosxJG^M6SO#8niE~}?qF0dTBQN^Q
zG9B`wQ<;9wi}o7(%!}@Q&MhyRR60AnXxNGu4MTm_c+sR4FPc<3JN2t5FS<wLMfX1a
zmKW_crkNMzMW=7W`JXDli~h3L&5M5dh4P}j=+Ay~^_LMZnuO&=lS;g3Qt9mQqDd=W
zG^tcOylACZ23~ZDb6xSGSCHo;FZ#?f9rB`6nSRcT_8R-li|&2SEial>svTamQY-^6
zy2QDzc+o4!^N|;QW|<Co(Wy*7=S6#seda~?KIfJfO)8xoUNmgQi-w^-YrJUEiWf~P
zot^qslo#Ej@uGX5e#?vY8q>^+@}kqX;rve(;6;Dg>*htj{6cwAUi4=_x%$h97fr(Q
zqDduQG^uoUc+sR4FPc=U9bU9jECVmP#JR3`(JRRFkr#btnGSi;sZ2lTMSG2X=0*2D
z=av^uD%B1zS}B%+7hU39SG?#I<oU>pKC?`Ryy#S>pYx)<#y<0+d!KX5izb!M4lf$E
z;zh$ypEX`IX~l~smCjE6D$0xQ(Rk6lPrv0wdyQ%4MS0Qb+i?D;3h<)8>~-^^Uw)yy
zC@=c6pIrTA#ET|jdC{a2FPc<3JG^MpiWf~P)ebLODVBj3UE*9<yyz9=`N)etvrLD)
z=v1bk^P;`RKJ%h`pL5HLCY5T37p)Y_z>6+%t}9;j3i5p9MW0!wLtb<$)6aR)USpqm
z(Y?>P<wcW9XNMOJTk)b{sLvWNnzZ6YlS*f&eih|K_h`K6-lyO4qP@m6^P;@y^ldo*
zQw4a@U-r6r(J#MHUX&O8*-x(iGU7#(u)Jtei5E>OogH2@X~l~sm1>6<trW|^i!O1l
zD_-;p@_gh)pIN3uUUVwc&w0^aW1o4^z0bMjMUzUk!;4mmW#C1ZIM)>~dIfnt@}kcy
z(;+W9mFefaXs@x)yy)KN-14GHrL)6}hOKzfFw|#_7fo96qDiH*Q@@JxqI)!6bnnw|
zdC^{Dnt4%Pbow@&|EU7J=r4QSyy%x-C@;#3{_H1Le;M(jNmyPqsl<yWmCg<?nzZ6Y
zlS;M2i&lzd;6;}>*A*{%1$jR5qR%YTAul?W>F2y?ud&a(=-%ht@}fzl+Tlej#WL`s
zOPuS97rlZ!A9>Mdmg$feoyzocUbNTPXI^ygb8dOjq|({pMZ;FSXc+3V#)~Gcc+sTN
z*{NSedC@%@FS_^Xx4dYtG0nUvFFJi2&i_;aUi6o}ZeH}uFO(PMMSu2_tG|qR(IhM{
znpEONlS*fY7fo96qDiIN;YBOOGVr2Hoa>4gy@EU+dC_N<>5vzl%Jg$ywAa{YUUcts
zZh6t9Qtj}fm0}rq(Iw7x#fx4+o{zlfGs|?yi%w<wIWO94>@zRA_c^z`Xj19y@S<TW
zUNj8#S>r{MR=j9Z>Fm_6qP*xHjThbf^jluE*O+Erloy@84d;KV05AH>UN<lL<rm6}
z@}fWc$<<#*yl4`Z7fmYhqDiH*!;2=Zc+sR%?eL<NVi|bRCC+uli(WyVkG$wJ%XG+#
zPG$NzFWPJDGcUULIk&uMQmJ-$(Mqulyyz0=y5dEzAkRl$^qFNk<VB}4{hSx=HTIbo
z-TRzdUNot6c6iaS6)zfw`mFJyNh@A7sdRSgS5aPckH(Acefljg+G|WRFUpHf--h!)
zRe%@$Wv`nT{qhUtMS0Pm{p9K|BVIHK%ZnzJc+sTN+2KW#R=j9ZsdjkLO0f*Q=o06;
z;zh3@&qrSLnPocUMW-_ToEPmi_L&#m`<z=|G^tcOylACZ23~ZDb6xSGSCHo;FZ#?f
z9rB`6nSRcT_8R-li|&2SEial>Iy<~**oqeoLw(kG(WDhGnp8SF^{Xf^x<}(h_dflW
z7wt8snHS|nr*FggpDMtM{<7E2i+=fq@}j)x&wg_Cmk}?Tgylt(O1x-N>Fn^LNh@A7
zsZ=|>Xr)*NUUZ3bUGbt<kmn;W`phyN@}g6je$I>b8vD$P?tRWJFPc=U9bU9jECVmP
z#JR3`(JRRFkr#btnGSi;sZ2lTMSG2X=0*2D=av^uDxDo(G;GC-hM_)dylB#j7fmXi
zo%&Uj7u}=rqI;iy%Zv6J)69$VqSLqG{7)6&MSt1r=0(5!LU~bM^k+Z0`pbwHO~Ue`
zNhMx1sdRRD(WDhGnpCPCUbIpy124M7xvqH8E6DSa7ky@#4tde3Oh4yEdyReOMfX1E
zmKRMb)ebLODVBj3UE*9<yyz9=`N)etvrLD)=v1bk^P;`RKJ%h`pL5HLCY8<(FB-Pu
zMZ-{^HC{An#fv7D&QAR*%8TyNc+tI2zvV@HjcMjZdC}?HaQ>$X@S?x$b@QTMexbZ5
zFZ#2eT>WLlizZ=t(WDYDnp8SFylB#j7fmYF4li0MmVp;t;#^m}=oRGo$csL+OozPa
zRHmQvqP@mG^P+p7bIXe+m1>6<trW|^i!O1lD_-;p@_gh)pIN3uUUVwc&w0^aW1o4^
zz0bMjMUzTrhZhZ7@uFd<&l)e9wBkjRN@u5j73D?uXuRm&r{D6Ty~Z^2qP*zzZ8-l^
z1$fb4_PTk|FTYS;lo$QkPp<wl;zg6Nyl7I17fmXi9bPnP#fv7DYKIrC6wAPiE^)3a
zUi1p`eB?!+S*Al?bSl%&dC^{DpLx-}&$;DAlS;M2i&lzd;6;}>*A*{%1$jR5qR%YT
zAul?W>F2y?ud&a(=-%ht@}fzlv%`yqt$5Ke)Mt$sO<M7yNu{$>zl!prdo*5j@6&I2
z(OzSkc~M?;`Zk>ZsRF#{FMHj*=$Bt8FUpJl>?c=$8S$b?SY9-##ET}C&JHh{wBkjR
zO0~m_R*GfdMVC0&6)$=Pc|P)@&n(j+FFKX!=e%gIvCq8d-sjx%qDiIN;YBOOGVr2H
zoa>4gy@EU+dC_N<>5vzl%Jg$ywAa{YUUctsZh6t9(%Iof!&ba#80xdeizcmj(WKJZ
zsb58T(LEY3y7%d~ylAg6&AcctI(-|?|5O29^q0MEUi8Z^lo#bifA*8Bzl?a%BrGqQ
zRN_UGN@s@`O<M7yNu}E1MJvTJ@S;nc>xvh>f;=C2(Px(FkQbfG^mAUc*Vt!XbnkO+
zdC{a&?eL<NVi|bRCC+uli(WyVkG$wJ%XG+#PG$NzFWPJDGcUULIk&uMQt9mQqG2mu
zGz|4w<3*EJyl7JC?9{KKyyzZ{7v1~xTVAx+m}Xv-7oENh=YOgIFZ#<~H!u3-7s`wB
zqCfk|)n7)uXcCqeO)BxCNu{&Hizcmj(WFxC@S>Gs8F<kp&UM9$UO}FZyy!E_bjXWN
zW%@ZU+H34HFS_?Rx4dXlsdjkLO0f*Q=o06;;zh3@&qrSLnPocUMW-_ToEPmi_L&#m
z`<z=|G^uoUc+s#GFB*pWtns2rD_%6Ibav`jQC@V9#*6NK`YkWoYfLjQ%8O3lhVwsF
zfEWE`ubUVB@(blfdC{N!<mxXYUNi~IizbzL(WKJZ;YE{Hyl7IXc6iZBu?)QE66d<&
zMXw;wM_%-qWjf?Vr!xJV7wt9nnHSyroLgQrsZ=|>Xr)*NUUZ3bUGbt<kmn;W`phyN
z@}g6je$I>b8vD$P?tRWJFPc<3JG^MviWdz-eb#u<q!llkR60BLt0*tJN8?5JKK+&#
z?KP&E7v)8#Z^QYYD!_~Wve(Uve))y+qP*zOescAf5igpA<wcW9yl7JC?C_#VD_%6I
zR6D$ArC0`Dbcu6a@uF9d=OZur%rYJFqEnfE&WrXM`^<~(ea<Z}npCPCUbIpy124M7
zxvqH8E6DSa7ky@#4tde3Oh4yEdyReOMfX1EmKRMbogH2@Y{iR)p+0N8Xwr%oO)8z8
z`c;${-J|iMd!K&Gi}o7R%!~4()3@RLPZi)rf7$EiMZf$)c~M^UXFs|6%ZL|E!t$a?
zC0;bCbar^rq!llkRH_|bv{EbsFS^9Ju6WTa$n%jGeP)>sdC{p%Kj%ezjeX`t_de&A
z7fmYF4li0MmVp;t;#^m}=oRGo$csL+OozPaRHmQvqP@mG^P+p7bIXe+mCg<?8n)s^
z!%&|!UNmXNizb!MPW>v%i|)~Q(Y;T<<wbjqY34<F(dpZ8{-+A?qQC5Q^P*pVp}Z(B
z`m>*0{bj_9CSiHeq!KThR60AnXwr%oO)Aw6FIp*<ffrrkTvxp473BHIi$1eVhrH-i
zrl0eoy~aNCqI;in%ZnzJYKIrC6wAPiE^)3aUi1p`eB?!+S*Al?bSl%&dC^{DpLx-}
z&$;DAlS*fY7Y$qSqG71d8ZVl(;zg56XQzG@<wf^syy)Ji-}0ip#x(Pyyy*08IR8@x
zc+p?>x_QwrzffM37ya2!uKqIOMU$|+Xi|w6O)8xoUNmXNizbz7hZn6B%fO2+ajq*~
z^a}EP<VBxZrbAwID$~z-(OzSpdC|Skx#dNZO0~m_R*GfdMVC0&6)$=Pc|P)@&n(j+
zFFKX!=e%gIvCq8d-sjx%qDiH*!;6Nkc+oJ_XN?z4TJfSurL$ANit?g+G+uP?({Fjv
zUSpbhQC@WVHk|*d0=(!id)>U~mtQC^%8UN&Cs%(N@uEpsUNou1izb!M4lkOt;zg56
zwZn^6ie=zMmpIoIFM0)eKJuc^EYl$`I+f|?ylAhn&%Ef~=iKt5Nu}E1MJvTJ@S;nc
z>xvh>f;=C2(Px(FkQbfG^mAUc*Vt!XbnkO+dC{cO+2KXQR=j8!>a)g+CarkUq|(``
zUqyM*JsK~%_vyF1Xs<ENyeKa^eH+gIQ~_S}m%VOY^vf@l7v)8N_LHl>jCj!`EH9c=
z;zg56XNMO}TJfSurP|>|E5$PKqD!3XiWj|tJRf<{XO`)Z7oE!Vb6&L9*k@jJ?{jW>
z(WFxC@S>Gs8F<kp&UM9$UO}FZyy!E_bjXWNW%@ZU+H34HFS_?Rx4dXl>Fn^LVJluV
z4E0&#MUz&%Xj19y)UTqv=pKz1-TU-gUbNSkW?qyRoxTm{f2sg4`paH7FZ$&d%8T-%
zKl{nmUq-xW5|$TDD)FL8rL)6}CarkUq*CqhqLpG9c+n-!b;XNbL7tDi=rhZ7$cs*8
z`Z+J!YwR;Gy7xJ^yl7IXc6iZBu?)QE66d<&MXw;wM_%-qWjf?Vr!xJV7wt9nnHSyr
zoLgQrsdRRD(XbUS8ix9;@uEp9UNot6cIsDAUUZMfi|&2;Eic+@OfxUai%#E$^FLL9
z7yV_gn-~4^3*|+5(VzX~>MtW+GzrU#CY5;6q|({pMUz&%Xi}+mc+pC+47}(P=epuW
zuOQDyUi6t|I^;#CGX0zv?KSq97v1}uTV6D&R6D$ArC0`Dbcu6a@uF9d=OZur%rYJF
zqEnfE&WrXM`^<~(ea<Z}np8SFylB{p7Y##w)_BpR6)&1pIy?2NC@;E4<3;yA{gxN)
zHKv&t<wd7&!}*^oz>EH}*UgK5`GxYLyy(w<a`l%HFPenqMUzUrXj19y@S;g8UNosx
zJG^M6SO#8niE~}?qF0dTBQN^QG9B`wQ<;9wi}o7(%!}@Q&MhyRRH_|bv{EbsFS^9J
zu6WTa$n%jGeP)>sdC{p%Kj%ezjeX`t_de&A7fmXi9bPnS#fyfaK5M*a(ux;NDxIDB
zRg@Rqqw%79pMJ}W_8Qa7i}Iq=x8eLx72rjG+3V&-zx+aZQC{?CKe_tLh!;)5@}fy4
zUNot6c6iaG6)&1psvTamQY-^6y2QDzc+o4!^N|;QW|<Co(Wy*7=S6#seda~?KIfJf
zO)Aw6FIp*<ffrrkTvxp473BHIi$1eVhrH-irl0eoy~aNCqI;in%ZnzJ&JHgcw&F#@
zP@gqkG-<_)CY8=k{VK|f?$LPBy-&a8MSG2D=0$nY>DzGrrwZ_*zwCAMqF;WYyeKdF
zv!7i3WyFgnVR_M{5-*xmIy<~*(ux;ND%B1zS}B%+7hU39SG?#I<oU>pKC?`Ryy#S>
zpYx)<#y<0+d!KX5izbz7hZn6B%fO2+ajq*~^a}EP<VBxZrbAwID$~z-(OzSpdC|Sk
zx#dNZN@s@`4O{V|VW`g<FPgOCMUzTrr+yXXMfYgD=-#K_@}j-QH1ndo==5zk|5F8c
z(O>qudC@PwP+pW5{n<~h{xaf4ld!yKQi&H$DxDo(G-<_)CY5T37p)Y_z>6+%t}9;j
z3i5p9MW0!wLtb<$)6aR)USpqm(Y?>P<wcW9wZn^6ie=zMmpIoIFM0)eKJuc^EYl$`
zI+f|?ylAhn&%Ef~=iKt5Nu{&Hi-xUu(J<6!jTcQ?@uEqkvs1r{@}he*UUcu%Z+X#P
zW14wUUUd34od2l;yy!1`-Mr|RUnnoii~j5<SAQAtqDfd@G^xakCY8<(FPgOCMUzUk
z!;4mmW#C1ZIM)>~dIfnt@}kcy(;+W9mFefaXs@x)yy)KN-14GHrP|>|E5$PKqD!3X
ziWj|tJRf<{XO`)Z7oE!Vb6&L9*k@jJ?{jW>(WKJZ;YGt%yl5Eev&M@it$5L-(%GqB
zMS0OZ8ZWx{>9@RSuQAQMC@(sF8_xe!0bcZ%y>4Fg%P*7{<wbw?ldHdsc+n&*FPc>1
zMUzTrhZjv+@uEqk+Tlej#WL`sOPuS97rlZ!A9>Mdmg$feoyzocUbNTPXI^ygb8dOj
zq*CqhqLpG9c+n-!b;XNbL7tDi=rhZ7$cs*8`Z+J!YwR;Gy7xJ^yl7JC?C_#tD_%4V
z^;zRZlUBTFQt9l}ucEx@9*q~>`}A90wAYwsUX&M|z76MpssJzg%U(Ax`sEkOi}IpB
z`^nW`M!aYemKRMb@uEqkv%`xft$5L-Qtj}fm0}rq(Iw7x#fx4+o{zlfGs|?yi%w<w
zIWO94>@zRA_c^z`Xi}+mc+pC+47}(P=epuWuOQDyUi6t|I^;#CGX0zv?KSq97v1}u
zTV6D&bar^ruoW*FhWf1WqDd=WG^uoU>Q_--bdSc1?tS_#FWPHNGcU@EPTz*}KUIJi
z{bjG47ya@J<wbeXpZ(<OFC$(w3CoKnm3Yyl(%IoflUBTFQmJ-$(Mqulyyz0=y5dEz
zAkRl$^qFNk<VB}4{hSx=HTIbo-TRzdUNosxJG^M6SO#8niE~}?qF0dTBQN^QG9B`w
zQ<;9wi}o7(%!}@Q&MhyRR60AnXxNGu4MTm_c+sR4FPc<3JN2t5FS<wLMfX1amKW_c
zrkNMzMW=7W`JXDli~h3L&5M5dh4P}j=+Ay~^_LMZnuO&=lS;g3Qt9mQqDd=WG^tcO
zylACZ23~ZDb6xSGSCHo;FZ#?f9rB`6nSRcT_8R-li|&2SEial>svTamQY-^6y2QDz
zc+o4!^N|;QW|<Co(Wy*7=S6#seda~?KIfJfO)8xoUNmgQi-w^-YrJUEiWf~Pot^qs
zlo#Ej@uGX5e#?vY8q>^+@}kqX;rve(;6;Dg>*htj{6cwAUi4=_x%$h97fr(QqDduQ
zG^uoUc+sR4FPc=U9bU9jECVmP#JR3`(JRRFkr#btnGSi;sZ2lTMSG2X=0*2D=av^u
zD%B1zS}B%+7hU39SG?#I<oU>pKC?`Ryy#S>pYx)<#y<0+d!KX5izb!M4lf$E;zh$y
zpEX`IX~l~smCjE6D$0xQ(Rk6lPrv0wdyQ%4MS0Qb+i?D;3h<)8>~-^^Uw)yyC@=c6
zpIrTA#ET|jdC{a2FPc<3JG^MpiWf~P)ebLODVBj3UE*9<yyz9=`N)etvrLD)=v1bk
z^P;`RKJ%h`pL5HLCY5T37p)Y_z>6+%t}9;j3i5p9MW0!wLtb<$)6aR)USpqm(Y?>P
z<wcW9XNMOJTk)b{sLvWNnzZ6YlS*f&eih|K_h`K6-lyO4qP@m6^P;@y^ldo*Qw4a@
zU-r6r(J#MHUX&O8*-x(iGU7#(u)Jtei5E>OogH2@X~l~sm1>6<trW|^i!O1lD_-;p
z@_gh)pIN3uUUVwc&w0^aW1o4^z0bMjMUzUk!;4mmW#C1ZIM)>~dIfnt@}kcy(;+W9
zmFefaXs@x)yy)KN-14GHrL)6}hOKzfFw|#_7fo96qDiH*Q@@JxqI)!6bnnw|dC^{D
znt4%Pbow@&|EU7J=r4QSyy%x-C@;#3{_H1Le;M(jNmyPqsl<yWmCg<?nzZ6YlS;M2
zi&lzd;6;}>*A*{%1$jR5qR%YTAul?W>F2y?ud&a(=-%ht@}fzl+Tlej#WL`sOPuS9
z7rlZ!A9>Mdmg$feoyzocUbNTPXI^ygb8dOjq|({pMZ;FSXc+3V#)~Gcc+sTN*{NSe
zdC@%@FS_^Xx4dYtG0nUvFFJi2&i_;aUi6o}ZeH}uFO(PMMSu2_tG|qR(IhM{npEON
zlS*fY7fo96qDiIN;YBOOGVr2Hoa>4gy@EU+dC_N<>5vzl%Jg$ywAa{YUUctsZh6t9
zQtj}fm0}rq(Iw7x#fx4+o{zlfGs|?yi%w<wIWO94>@zRA_c^z`Xj19y@S<TWUNj8#
zS>r{MR=j9Z>Fm_6qP*xHjThbf^jluE*O+Erloy@84d;KV05AH>UN<lL<rm6}@}fWc
z$<<#*yl4`Z7fmYhqDiH*!;2=Zc+sR%?eL<NVi|bRCC+uli(WyVkG$wJ%XG+#PG$Nz
zFWPJDGcUULIk&uMQmJ-$(Mqulyyz0=y5dEzAkRl$^qFNk<VB}4{hSx=HTIbo-TRzd
zUNot6c6iaS6)zfw`mFJyNh@A7sdRSgS5aPckH(Acefljg+G|WRFUpHf--h!)Re%@$
zWv`nT{qhUtMS0Pm{p9K|BVIHK%ZnzJc+sTN+2KW#R=j9ZsdjkLO0f*Q=o06;;zh3@
z&qrSLnPocUMW-_ToEPmi_L&#m`<z=|G^tcOylACZ23~ZDb6xSGSCHo;FZ#?f9rB`6
znSRcT_8R-li|&2SEial>Iy<~**oqeoLw(kG(WDhGnp8SF^{Xf^x<}(h_dflW7wt8s
znHS|nr*FggpDMtM{<7E2i+=fq@}j)x&wg_Cmk}?Tgylt(O1x-N>Fn^LNh@A7sZ=|>
zXr)*NUUZ3bUGbt<kmn;W`phyN@}g6je$I>b8vD$P?tRWJFPc=U9bU9jECVmP#JR3`
z(JRRFkr#btnGSi;sZ2lTMSG2X=0*2D=av^uDxDo(G;GC-hM_)dylB#j7fmXio%&Uj
z7u}=rqI;iy%Zv6J)69$VqSLqG{7)6&MSt1r=0(5!LU~bM^k+Z0`pbwHO~Ue`NhMx1
zsdRRD(WDhGnpCPCUbIpy124M7xvqH8E6DSa7ky@#4tde3Oh4yEdyReOMfX1EmKRMb
z)ebLODVBj3UE*9<yyz9=`N)etvrLD)=v1bk^P;`RKJ%h`pL5HLCY8<(FB-PuMZ-{^
zHC{An#fv7D&QAR*%8TyNc+tI2zvV@HjcMjZdC}?HaQ>$X@S?x$b@QTMexbZ5FZ#2e
zT>WLlizZ=t(WDYDnp8SFylB#j7fmYF4li0MmVp;t;#^m}=oRGo$csL+OozPaRHmQv
zqP@mG^P+p7bIXe+m1>6<trW|^i!O1lD_-;p@_gh)pIN3uUUVwc&w0^aW1o4^z0bMj
zMUzTrhZhZ7@uFd<&l)e9wBkjRN@u5j73D?uXuRm&r{D6Ty~Z^2qP*zzZ8-l^1$fb4
z_PTk|FTYS;lo$QkPp<wl;zg6Nyl7I17fmXi9bPnP#fv7DYKIrC6wAPiE^)3aUi1p`
zeB?!+S*Al?bSl%&dC^{DpLx-}&$;DAlS;M2i&lzd;6;}>*A*{%1$jR5qR%YTAul?W
z>F2y?ud&a(=-%ht@}fzlv%`yqt$5Ke)Mt$sO<M7yNu{$>zl!prdo*5j@6&I2(OzSk
zc~M?;`Zk>ZsRF#{FMHj*=$Bt8FUpJl>?c=$8S$b?SY9-##ET}C&JHh{wBkjRO0~m_
zR*GfdMVC0&6)$=Pc|P)@&n(j+FFKX!=e%gIvCq8d-sjx%qDiIN;YBOOGVr2Hoa>4g
zy@EU+dC_N<>5vzl%Jg$ywAa{YUUctsZh6t9(%Iof!&ba#80xdeizcmj(WKJZsb58T
z(LEY3y7%d~ylAg6&AcctI(-|?|5O29^q0MEUi8Z^lo#bifA*8Bzl?a%BrGqQRN_UG
zN@s@`O<M7yNu}E1MJvTJ@S;nc>xvh>f;=C2(Px(FkQbfG^mAUc*Vt!XbnkO+dC{a&
z?eL<NVi|bRCC+uli(WyVkG$wJ%XG+#PG$NzFWPJDGcUULIk&uMQt9mQqG2muGz|4w
z<3*EJyl7JC?9{KKyyzZ{7v1~xTVAx+m}Xv-7oENh=YOgIFZ#<~H!u3-7s`wBqCfk|
z)n7)uXcCqeO)BxCNu{&Hizcmj(WFxC@S>Gs8F<kp&UM9$UO}FZyy!E_bjXWNW%@ZU
z+H34HFS_?Rx4dXlsdjkLO0f*Q=o06;;zh3@&qrSLnPocUMW-_ToEPmi_L&#m`<z=|
zG^uoUc+s#GFB*pWtns2rD_%6Ibav`jQC@V9#*6NK`YkWoYfLjQ%8O3lhVwsFfEWE`
zubUVB@(blfdC{N!<mxXYUNi~IizbzL(WKJZ;YE{Hyl7IXc6iZBu?)QE66d<&MXw;w
zM_%-qWjf?Vr!xJV7wt9nnHSyroLgQrsZ=|>Xr)*NUUZ3bUGbt<kmn;W`phyN@}g6j
ze$I>b8vD$P?tRWJFPc<3JG^MviWdz-eb#u<q!llkR60BLt0*tJN8?5JKK+&#?KP&E
z7v)8#Z^QYYD!_~Wve(Uve))y+qP*zOescAf5igpA<wcW9yl7JC?C_#VD_%6IR6D$A
zrC0`Dbcu6a@uF9d=OZur%rYJFqEnfE&WrXM`^<~(ea<Z}npCPCUbIpy124M7xvqH8
zE6DSa7ky@#4tde3Oh4yEdyReOMfX1EmKRMbogH2@Y{iR)p+0N8Xwr%oO)8z8`c;${
z-J|iMd!K&Gi}o7R%!~4()3@RLPZi)rf7$EiMZf$)c~M^UXFs|6%ZL|E!t$a?C0;bC
zbar^rq!llkRH_|bv{EbsFS^9Ju6WTa$n%jGeP)>sdC{p%Kj%ezjeX`t_de&A7fmYF
z4li0MmVp;t;#^m}=oRGo$csL+OozPaRHmQvqP@mG^P+p7bIXe+mCg<?8n)s^!%&|!
zUNmXNizb!MPW>v%i|)~Q(Y;T<<wbjqY34<F(dpZ8{-+A?qQC5Q^P*pVp}Z(B`m>*0
z{bj_9CSiHeq!KThR60AnXwr%oO)Aw6FIp*<ffrrkTvxp473BHIi$1eVhrH-irl0eo
zy~aNCqI;in%ZnzJYKIrC6wAPiE^)3aUi1p`eB?!+S*Al?bSl%&dC^{DpLx-}&$;DA
zlS*fY7Y$qSqG71d8ZVl(;zg56XQzG@<wf^syy)Ji-}0ip#x(Pyyy*08IR8@xc+p?>
zx_QwrzffM37ya2!uKqIOMU$|+Xi|w6O)8xoUNmXNizbz7hZn6B%fO2+ajq*~^a}EP
z<VBxZrbAwID$~z-(OzSpdC|Skx#dNZO0~m_R*GfdMVC0&6)$=Pc|P)@&n(j+FFKX!
z=e%gIvCq8d-sjx%qDiH*!;6Nkc+oJ_XN?z4TJfSurL$ANit?g+G+uP?({FjvUSpbh
zQC@WVHk|*d0=(!id)>U~mtQC^%8UN&Cs%(N@uEpsUNou1izb!M4lkOt;zg56wZn^6
zie=zMmpIoIFM0)eKJuc^EYl$`I+f|?ylAhn&%Ef~=iKt5Nu}E1MJvTJ@S;nc>xvh>
zf;=C2(Px(FkQbfG^mAUc*Vt!XbnkO+dC{cO+2KXQR=j8!>a)g+CarkUq|(``UqyM*
zJsK~%_vyF1Xs<ENyeKa^eH+gIQ~_S}m%VOY^vf@l7v)8N_LHl>jCj!`EH9c=;zg56
zXNMO}TJfSurP|>|E5$PKqD!3XiWj|tJRf<{XO`)Z7oE!Vb6&L9*k@jJ?{jW>(WFxC
z@S>Gs8F<kp&UM9$UO}FZyy!E_bjXWNW%@ZU+H34HFS_?Rx4dXl>Fn^LVJluV4E0&#
zMUz&%Xj19y)UTqv=pKz1-TU-gUbNSkW?qyRoxTm{f2sg4`paH7FZ$&d%8T-%Kl{nm
zUq-xW5|$TDD)FL8rL)6}CarkUq*CqhqLpG9c+n-!b;XNbL7tDi=rhZ7$cs*8`Z+J!
zYwR;Gy7xJ^yl7IXc6iZBu?)QE66d<&MXw;wM_%-qWjf?Vr!xJV7wt9nnHSyroLgQr
zsdRRD(XbUS8ix9;@uEp9UNot6cIsDAUUZMfi|&2;Eic+@OfxUai%#E$^FLL97yV_g
zn-~4^3*|+5(VzX~>MtW+GzrU#CY5;6q|({pMUz&%Xi}+mc+pC+47}(P=epuWuOQDy
zUi6t|I^;#CGX0zv?KSq97v1}uTV6D&R6D$ArC0`Dbcu6a@uF9d=OZur%rYJFqEnfE
z&WrXM`^<~(ea<Z}np8SFylB{p7Y##w)_BpR6)&1pIy?2NC@;E4<3;yA{gxN)HKv&t
z<wd7&!}*^oz>EH}*UgK5`GxYLyy(w<a`l%HFPenqMUzUrXj19y@S;g8UNosxJG^M6
zSO#8niE~}?qF0dTBQN^QG9B`wQ<;9wi}o7(%!}@Q&MhyRRH_|bv{EbsFS^9Ju6WTa
z$n%jGeP)>sdC{p%Kj%ezjeX`t_de&A7fmXi9bPnS#fyfaK5M*a(ux;NDxIDBRg@Rq
zqw%79pMJ}W_8Qa7i}Iq=x8eLx72rjG+3V&-zx+aZQC{?CKe_tLh!;)5@}fy4UNot6
zc6iaG6)&1psvTamQY-^6y2QDzc+o4!^N|;QW|<Co(Wy*7=S6#seda~?KIfJfO)Aw6
zFIp*<ffrrkTvxp473BHIi$1eVhrH-irl0eoy~aNCqI;in%ZnzJ&JHgcw&F#@P@gqk
zG-<_)CY8=k{VK|f?$LPBy-&a8MSG2D=0$nY>DzGrrwZ_*zwCAMqF;WYyeKdFv!7i3
zWyFgnVR_M{5-*xmIy<~*(ux;ND%B1zS}B%+7hU39SG?#I<oU>pKC?`Ryy#S>pYx)<
z#y<0+d!KX5izbz7hZn6B%fO2+ajq*~^a}EP<VBxZrbAwID$~z-(OzSpdC|Skx#dNZ
zN@s@`4O{V|VW`g<FPgOCMUzTrr+yXXMfYgD=-#K_@}j-QH1ndo==5zk|5F8c(O>qu
zdC@PwP+pW5{n<~h{xbT1*}I$9-TJG}^FmkkA5c(GqZ%}gbVEZ^En?AvZ4DgspcBCu
zBZ??_QW1hR5D{@yI#k4PJ28{;35($1HnU7LQbve@5Ct(P4pdO^p?!XeP4B8j7K?SQ
z^*Nv0bKU#o?EMZ+>bt++_4}Q3zxU2B=Q{h<5ijb5#fv(X@S;won8AxWt?;5wrJTWw
zW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp!HZ@JvA~OpIPC~8
z+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrI^8snyv7nW~gHfFY2_yi#nBJCf|zU
zMRhd1sP0ow@uIcHw#JL%MYm^z{aY2li(c$@<3&%tp?Fce=yM;r{A7d|b;9CBol1C7
zr&7$|MV(f7QKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87P
zQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=cu_Od
zF@_g)TH!^VN->jfMe(9K8eUZQsi%0+T4P(|Me(BBv%&tY3gAUAcDwPSC*M%KC|>lr
zk6eB-!izd#@uE&8yr@$tX7Hj;E4-*vDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_
zA1_*K=rvwc_lZ-ys8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vq
zQ@p5CDQ57ZW-Gj?8R{6ri#o0FqE4ll$+x0-Q5_90s{7PaylAblt?{CG(e2q_|5gR?
zq8Gc}c+rz@C|(pV`rJn@KN;agov?UOrxIS&sT4DKQKuDN)Txv+c+pHD7I;w+ryb!%
zTafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9J
zqFb4|j~A^q^cpX!`@|_;)TtCRcu}(zUepYAjNwI{R(MgTQq1IAQM{;*h8NX+>M35d
z*4Wl~QM~B(Y_NZ;0(jAj-EO?-$u|@)iWhzEBbT3y@S;vwyr@$NFX~i^8N8^|3NPwZ
z${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qu@ZylAEn3%sa^
z(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#jiW$79*$OXehC0UZqE0Kks8cCs
z@~tRdR7b;$>OS=pFIsDCYrH64bbB_~zf}Re=*4a~Ui9P}iWkL;KKGH!PeyoACoEpn
zse~7GD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|Rgc
ziWhY%<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt=USUes)b
z7d1m2V|Y=g6<*Y-6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x8|>ez0ABQBw;L~d@(sm{
z;zghP$mJ&^yr>fvFX~jni#nBJ1~2Ng!izeUat1G&DZ~OVD&n*wyl4wDUgAZ^EZZht
zbSqQ$@uIbcUgJe|pE$*fI+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52f
zMRlJz#fv(XVg@g2w!({=p^h=UsM88B>QsuEd@G6<)zR>xx=%gDi`E+38ZU|$-JT8h
zZ&d&<da>J$7d`og;zjYI&wb?blM!Cj35yqXD&a+)N-={Mbz0#?ok}@_7tIu6ffp5V
z+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=nFY%&d
zmTeO+x|ON>c+pxzukoU~Pn_aKok}r-7d2bqMa@vh7+%zAg%@=y#Z0~x#f$1_cv0P_
zp5jGojctt=#fxsw2K%=vfET^k?Z%6qd_(b~c+uxRa{0*!FY1KFi#nC?qE4ll!HYVr
z@S;wooWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3
zz>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_@uE(pn8Ayht?;5|sACK->a@a(
zI+bE3--_Zzbu_%F?o&_kqP51h#*5-bw`YU>TNS{IUhH<`MNht=cu~CQb04|<WP}%W
z!s11pN_bJHQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIb
zsO}S|cu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7$|
zMa@=tQ8Uyrh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a!TzlZ;6*QXyYZqY
z-%z|LUi7(-Tz)dbi#lQPqE02es8cCs@S;vDyr@$tXYit#LM-s2B2GKPi?$%+C0=yQ
zvTfo;w=#7fFIsEpHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNU
zYv?szRQHKfyr@$tX7HkBE4-)~>KMa|I<4@cPNkU1x1xAa9Stw4`_xmsXsxlW@uGOq
z?b%@eRt4~)7rWhf(UWf|UKB6-+(#}y8R12puy|3Y5?<7)6f<~Hrxjk*sgyH#(M%y0
zcu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvDMO%>Z
z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_fu;YFQRcu}WP%;Z~9yr_<b
z7u9|0DPFYJ*w%Payy*69uz#xpc+rd9ZoKHpHxw_57k%y{m!FLAqE1-6s8b0q>Qssu
zyr|O(FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HRLU8=
zXr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDgI>zv#
zPAj~qQz>ThttehpN5hNiKJ^qYT5D`;yeM9Ddp6j=RRO%{#cnrV^yC|g7sZP{_mRs_
zMtD&tEMC;9gco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k
z4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mp
zD#Z+5)NF+pHA5X^cu}VnUeu`+Gx=5&FRG*AMRlKgiWjXlwl!W9FS<P&?BA*YUi4zO
z8!vkD4aJM%MW6e~<tHP&s1p`1>QusuI+bDuFY2_yi#nBZ1}~Z^!~!oW;<O{YXbUo4
z;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{
z_wk~&hF;@Eb)PuJi#nBJ1}|#1!i$=rjxoHb(+V%@REn8=D~cD@(eR?WPd&wp)*9Oy
zFNzo4o(=YIRRAw~vD=LoJ^6;>Me(A~edO|!5nj{@ix+h&;YFQFF@qO%TH!^VN;!iU
z%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SGaoQ1H
zv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%}~b}UesxY7j-JdOuiMx
zi|S~2QQfDW;zetXZH*Vji*C;b`?o597rof+#*3bOL-C?`(dRyL`N;?`>V(CMI+gIE
zPNkT^i#o0FqE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5n
zrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@
zV+=3qw8D!zm0~8}isD6eG`y(pQ%~`twZ^u_i{eGMXM_D)6~K#L>~`ZtPrjjeQM~AL
zAG!Qwgco(f;zgZGcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=
zK3=re&}+P??h~hYQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LI
zr+87PQq15*%~p6(Gt@DL7j;_UMV(49lW#@wqB<I0RQIW;c+py8TjNFXqT92<{;dk&
zMK5-{@uDZ+P`oH!^tq2*elo&~I$`mmP9?mkQz>TfqE0Kks8cCt@S>SQEbyWtPCLSj
zwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQEDanL;e^q9RT^!i%;b<0W2n%(89b
zMYl3_A1_*K=rvwc_lZ-ys8cCs@S<ibyr>!K7{iM?t?;5wrI^XLqIgjq4KJ$u)Kk1@
zt+B1~qIl8m*<k-x1upMJk57)j_j|whE5Gt9KlzhC`Mux!z3+P0yT10n|Lf;|?&sdp
zjXpkAedaTt`S6E7{NDGz_v^my>)!Xi_r3AP8=w8`XODg7`@H0rJHJHC;6?pbPnpDv
z;zghGAmum7PeyprY$6tTQ4uGP@S>UGg$ums3lkj!cu}WP&frBeg;?N4MVxko7i~et
zOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia
z>ONky*3fIbsO}S|cu}WP%-}`MR(Me})G>w^bz0#?ok}s2Z$<H<IvQS7_o=6N(OP3$
z<3;hJ+q1#`tqNS*i+=8NpZkB7fBo#w{;YqakH66P;0HfAey8vJ&hI?laqDmOl3%XB
zc{|06wjgi!C0-OS`rKzMKN;agov?UOrxIS&sT4DKQKuDN)Txv+c+pHD7I;w+ryb!%
zTafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9J
zqFb4|j~A^q^cpX!`@|_;)TtCRcu}(zUepYAjNwI{R(MgTQq1IAQM{;*h8NX+>M35d
z*4Wl~QM~B(Y_NZ;0(j9E-tObSf4~0gzkbA`vH70&yyy6f+3owh<d<*XcH75`Ze`x4
zeY_}M^tq2#elm(b`5%8p|J?6?vG0Z#b#5qL)TtCRcu}VnUeu|SGkDQVAr^R15vLvD
zMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns{PI%e56
z<8SbeKZ0%p>>ma2qW)um7j;_UMV(49gBLYh;YH0*#~5DJX@wVcD#c8`6~&9{Xz^#x
z`1j)h)5AAE#fv%*0A3U?>O3dRT)x2Nz36v;_jmuqPyEC${n9V}?(hEY@pJFslz}|W
z|9#Qp!_>Eb`?trJ9RIiMKk<oA93MrG&Evm_kMDWx#L<U7^r2((@o9O<FMs@oFWkY4
zzA({q2k@eJ(dRx<`N;?`>V(CMI+gIEPNkT^i#o0FqE4lp!HZ@JvA~OpIPC~8+JcOi
zc+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#
zeY|L`q1Sj(-6u}*qE4llIo?smkEzdp{`3A<-Ea~w>fdy{sM88B>QsuEd@G6<)zRXI
zdHg$GRJX#5>OOIb7sZP@&j~Y^FK}%y`gr@^eDlq><V8RI=}*V}JKph*Klp<`Xy5Sn
zfB*N7{TTR--}sGodR)Hbmp^{P7w+IiUzq5*19(xq=yRW_{A3h==0E<5{<+`(V&4rf
z>fBJgs8cCs@S;vDyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|Nr
ziBr6&Qz>WgqM1T0@S-A4JHm^$Amb%obj-4C#^2!azc0G=iG94N?o&_kqP51h#*1!c
z9{2I0k4?rMyy%!^+{BBHS=uIEv;`5D`BoG!Dk>dEcv0P_p5jGojctt=#fxsw2K%=v
zfEU%b`}m(H4G#MAKmYUN<gp(E-}imr_c-v9U;g+FU$}!8ePN>K4&X)cqR)Mz@{<u>
z)Cr3hbt>USok}r-7j;_UMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V
z@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(49
zgBLYh;YH0*#~5DJX@wVcD#c8`6~&9{Xn0ZGr=H?PYmIG<7sZQi&j$OqDu5RixBK`x
z85Z>T_u~!GIC<>n%<-3Lb>=0%ynZWxjTiM>J!KLviWhy#gOuMSKN;agvx!*XMMa!E
z!i#2#7cTIkFHCd{;6<HEIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~
zPn_aKok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGF@qO1
zTj52`P{$Zv)M<qmbt=V7z7@rb>S%aT-KU=7MQe?1jTgm>ZqEk$w<>@a6}S8NKQSK`
z^!@LDzZg4CW9)OE`&=D+$uF<p%3tF}{Z>zz#EarZpYkB(H_1;%c+qSk7I;w+Cy(%=
znc{^Dyyy!P9Rqk#r&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|
zcu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7$|Ma@=t
zQ8Uyrh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a!TzlZ;6=sl{@BMp77+A}
zH{K9qAO7%%W9;J}|9BmH$uF<p%3tF}{Z>zz#EarZpYkB(H_1;%c+qSk7I;w+Cy(%=
znc{^Dyyy!P9Rqk#r&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|
zcu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7$|Ma@=t
zQ8Uyrh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a!TzlZ;6=sl{>Vo@5)kyw
zH{TRv$7ziH%+LHx9ec?yuiq-yzxa#4_zUu1Kk_3#a{O@nhHv<W<8Ss}@?Y_{&BuSG
zzU240_LtXJhsVp-xAYJDRbTa0U-E^2{kwnvA53`pl4EcDm;d^OU-Q5Hzwi5x|LG;a
zq50)s^Nw$-zwVEJ^poZnzU0_f{9pff{<>fO<zN1mZqO?kZhzTzeDr=Lzm3=B7mdGd
z=Es!2U-ie-QA`it{51Yf{`l*`n|ILv`1Mod@plx*rJld}X+SJ~nCr)&3I~2n=~nS$
z>aG5nQ-9CvowgrS$6wK3@1OCB|3vX)>UgxC_&u-pt*UT1eq>$mAMlC)MDgm7ALcq~
z{4mdVJ^Yx`x#HbDKc;jgeoW~;^)y}`^259~d0fX2^ZYS&{8iQC3_DpMLh;c!gN%##
zGiS6q{+?=_VKWNE{|}Y?n9|P!Kc;k_dYZ2r_%mnC^0=;El-CW9ed<oUZs3P`ZSuH|
zKXc}vrXB~_$pZOfia&E^lW~!c)3M;k)R-tY`7xC##G?L~y5U>V-~7$r#EYgtV{zvK
zcu{fpf9QvPC?M!3KJf`LcAUo8VKwX6OMZF%R=IxnyWbr@yS9J-wr~5k<LF)QdRP5p
z1M4r&0$=%+UzwB<FZz-$bo=t^MUVezd~rSr{H`cK0SZun0u-PC1t>rP3Q&Lo6rcbF
zC_n)UP=Epypa2CZKmiI+fC3bt00rK@0>AcazZTl+aI*=q{&|bffBy3a_&LzsKkv)=
zDhj;X0(eo;{|A2H2LghA>QkQ*W5;QX9YC~>z2ukIZ<TAj=-c<-3+I1lyy%8JpSX_~
zJ^#VxSEK+1C_n)UP=Epypa2CZKmiI+fC3bt00k&O0SZun0u-PC1t>rP3Q&LoUsMI~
zqRG!#+`Ir@R6GFR|NY<pGG6p0zkK|S;YGiw{;T9Ae=~T|C%Vw>Tj51t@+sxZDL?@V
zP=Epypa2CZKmiI+fC3bt00k&O0SZun0u-PC1t>rP3Q&Lo6rjNCUH~sTQZzPiSO707
zZhHP7l>g;l{$(+i|M%#B_=kVEj=kiU*Kd_;yy)xx-#+#Cj~CsL=M(qwqV<tuO#uo}
zfC3bt00k&O0SZun0u-PC1t>rP3Q&Lo6rcbFC_n)UP=Epypa2DKSO71Y{EWrT3*be?
z1MrcLd?fz&MStNJenE`A`R1E3_ESIgQ+4bmzr22{T>r&i{Kfw(|Mk;9{nKCeWncE5
z_q^x-d+C4u`Jey!@!t-A{nvl}(%<RI-{3F*@-OqhL;v(o|MV^Wqki>QfAyDq;a~sm
z-~WdvB1!SB-uN&7^$Wk|fBS#m_aFb07=Gf>*SzDK>aY9bAN}MLzq$BU)r)?`SA4}=
zx<RjG`17Ctd_Gaf;&1=<Z(qr8<8}E(|Lo8H?5OlNfAcr5%WwFV{63HW;>d^UDE3Nz
z53kEF`gec#cSox~{^LJ>U4Fx_<oEdx|L_m_L>-I2|NFmxCBKc=<rh8vY;aWKhq=CA
z@n_C>u8u$F>fxK8#*eAD`e)9&MLT{j)gM#GPp!KZcuW7hfAS}Pa^yN5t+(`5cN;!_
zH048e{K&f7KmJ?#=RN)_?`XxJId!!7VV)1wKmOxC>iL_W9)CFJ$J7g-f%s?~57qGj
z@P+et9ytC2;RwZ_IrTFTKg{#T)bUqUdj9685sHt-`Z0))#?k8d>vTPQ^V7fjtG_xz
z@n=r`7{m|r{4w=U|MX9K{?4aIoCw9AIrU=@f98x<ycN~0;;kru=G2vrrzn3$9Sc2t
z^V57Q%AYy)lTe>1eoX0B@m7>SbLvX<$J7nqivIR*|Mo$uj(;7`NkXiD-s1S#br_ff
z-Tm{voUfw5t1W;R75zW<v5y4=edCQc#Mp5fV;}$c$LrWjetG>?{`#XI{pj(N?eL=h
zmu!>iMYjR=j{@<@DE^Rk{KeN>YJwLP&huGE&5ORJ8}v$s^Dl7Xp*r3qzLMX@>+*}H
z7kyoR!>{D`*}Uj0`8~WYzi1Gn<CD?r@*937zt7{Zm+N0m91!c3{5D>fUo^ew>+&0Z
zCBM(+MPJG9;dS{%(~G_?zu{N%`)sWJ_^I_uejBgLFPdKTb@>gylHX_ZqOaul@Vfk>
z=|x|c-|#E>eKyv9{KfJs`E9%|zi7O>Kcc-Zzu{N%`)pqHmHZxFmtQo!=<D(uekH%p
z#@dg+s(K~Ajo0NDjSt9tG}ia4c~L!l^V9UAH}9bT@f&MDIE0?R^XU;MeoXOaPW>1(
zFRF)cej0B@kCzTN@1Xzj8*A6YH$Tm{qWqatKMD1v%<+Kf;hUeP7rl80{g2<gs2;xF
z>F@l`@BDWziWj}!z2%?itrftFieA6|>%Sfl^aCIGfEYVYW9+wn>$mFIOMZF%R{k0<
z>bH8zBwo~nonIvX`=U>|>2K>d$xlY{Cx5)Cu8kMfec}`^>Qssuyr|O(FX~jv8N6tw
z5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_
z$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDgI>zv#PAj~qQz>Thttehp
zN5hNiKJ^qYT5D`;yeM9Ddp6j=RRO%HxZTHR^MIhozi<D)N*((-b9_pz-|Z#8ynZWx
zjTiM>J!KLviWhy#gOuMSKN;agvx!*XMMa!E!i#2#7cTIkFHCd{;6<HEIfEC?6k>rF
z6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sN~#
zqGOhA6EC`zsrz`*T0^h#qPkC<;zgZGF@qO1Tj52`P{$Zv)M<qmbt=V7z7@rb>S%aT
z-KU=7MQe?1jTgm>ZqEk$w<>@a)wlaYANo*m&^O<FbDTW(W8izf=X)LpUh>Nyzu^ma
z@S-nF^xOfwC|>lrPgH&~!izd#@uE&8yr@$tX7Hj;E4-*vDQEDanL;e^q9RT^!i%;b
z<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@
zGIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8R{6ri#o0FqE4ll$+x0-Q5_90s{7PaylAbl
zt?{CG(e2q_|5gR?qWX4!>QkQz4*Je_zVna%=#Sd)AO7JV9{Vxy+0TBqogSAj`Q?w_
z@P#{g(HACq?f_mCFZ$dkDnA+FMV+vCQKu4K)TtCRcu}VnUeu|SGkDQVAr^R15vLvD
zMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns{PI%e56
z@uFLqx{nvFHS`)Us{6z#Ueu`+Gk8(66<*W~b&TOfomO~Jr&7%1TT#5Ij)oW2ed;M*
zwAR?xcu~CQ_H3|!s{(jYeY=l8oV@@2?++3B?svcYSAX?akH6SIzU27#Pk!=~$4(r5
z*LQu_@v-aiTfO9$KYqg(?%+jVnCQ6!cu~CQbDyaEWP}%W!s11pN_bJHQq15*omO~J
zr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP&frBeg;?N4
zMVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7$|Ma@=tQ8Uyrh8J~O;YFQF
zF_UjakA?qLH=M+a`Zpaf>a@a(;zgb3gqh11xV#trj_>%6uPy%y-WmU1w!ik9zxkWD
zdwu-RioWYz@2X$e)`uEB{>I~N`tt4DZu@xAt<2lBj~B&@KKIeePeyoACoEpnse~7G
zD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%
z<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt=USUes)b7d1m2
zV|Y=g6<*Y-6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x8|>ezz~#N@2R`tD#yiK$Z~Vq@
z6!-o3r10MNzIXh>4}S22$KT3|uRV@l^2_x%Z>M<C7Ub=|#EarZpZkpECnLP56BaM(
zRKklom0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz
z#fv(Xat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bDuFKV{J
zi<+U1F}$eL3NPwZikW;XiWk+<@S?g;J;jUG8rvE#iWl9U4fbzU052K}RD03mkvKk8
zefra%{?Q-((Qo;dZ+YiC-}$ZI`mI0qV?Xwp&wS?CcOICR{Bq})h#9=7-|8uocu~CQ
zQy!%JCi%$-FPcrn0xv4!<PlypQ@n727ky!(V*oGeRLU8=Xr>Sgyr_uNj_{%_$askt
z9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=
zi`E)?jThB@;uJ6HREinAsM!iHYKA(-@S;vDyr@$tX7a5lUQ|cJi|Ri06fat9Y-_wI
zUUYjl*uPbQ%X`sV-Ob}47B7189mk8}MW6e~<tHP&s1p`1>QusuI+bDuFY2_yi#nBZ
z1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm2w6znkmErFDl}+
zBfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ1}|#1!i$=rjxoHb(+V%@REn8=
zD~cD@(eR?WPd&wp)*9OyFNzo4o(=YIRRAw~vD=LoJ^6;>Me(A~edO|!5nj{@ix+h&
z;YFQFF@qO%TH!^VN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<q
zMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D
z%}~b}UesxY7j-JdOuiMxi|S~2QQfDW;zetXZH*Vji*C;b`?o597rof+#*3bOL-C?`
z(dRyL`N;?`>V(CMI+gIEPNkT^i#o0FqE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r
z%G7<lXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(
z-6u}*qE4ll!Hb%$@S<j@V+=3qw8D!zm0~8}isD6eG`y(pQ%~`twZ^u_i{eGMXM_D)
z6~K#L>~`ZtPrjjeQM~ALAG!Qwgco(f;zgZGcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;
zgcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^
z+r*1*W$Hd&wARpTyr}LIr+87PQq15*%~p6(Gt@DL7j;_UMV(49lW#@wqB<I0RQIW;
zc+py8TjNFXqT92<{;dk&MK5-{@uDZ+P`oH!^tq2*elo&~I$`mmP9?mkQz>TfqE0Kk
zs8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQEDanL;e^
zq9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCs@S<ibyr>!K7{iM?t?;5w
zrI^XLqIgjq4KJ$u)Kk1@t+B1~qIl8m*<k-x1@NL5yWM!vlW!<q6fgSRM=n1Z;YFRW
zcu}VkUeu`+Gk8&_6<*Y-lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!
z`@|_;)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~H
zvlU*{40Vj*MV(f7QKwSO<Xcg^sE&pg)qUzIUbNQO)_768==N-|f2#s`(Tm+~yy(d{
z6fcSweeNTdpN#OLPFTFCQwcBXREinAsM88B>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~
zn|RT!Ox?$e)*5<^7u9{@6ff#j${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)
zdW{#=ec}`^>Qssuyr|g<FKUK5#_*y}E4-*vDQ5DmC|*=Y!;9)Z^%O5!Yiw)0C|-1X
zHrT&a0letNZZ}@^<Qs|?#fv`ok;_j;cu^-TUeu|C7j-Jd3|`b}g%@=y<qTdlQ-}p#
zRK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt>fyUNlpP1zuFdX-9a`7G%7{
zi;h{gO}yw<rtafKYYn}|i|RgciWhY%#SC85Y=sv!LmgvyQKuDN)TtCR`BoG!s-xjW
zb)R~Q7p*n6HC_}ix;-20->Lv!^kTOgFM9F~#f#!apZmz=CnLP56BaM(RKklom0|`j
z>a@a(I+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(Xat1G&
zDZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bDuFKV{Ji<+U1F}$eL
z3NPwZikW;XiWk+<@S?g;J;jUG8rvE#iWl9U4fbzU055v6+l?1J`G(>}@uJUt<nogd
zUepPT7j-J(MV(49gBNvL;YFQFIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxz
zukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZG
zF@qO1Tj52`P{$Zv)M<qmbt=V7z7@rb>S%aT-KU=7MQe?1jTgm>ZqEk$w<>@az1Z!>
zi=KQ#@uGOq=RR`z$p|m%gvE<GmGGiYrI^8sI<4@cPNkf|i)IS3z>A7F?FcX0f{d4V
z(J{-mi5K0<)P1~Yt)bU=QQap_@uE(poWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`
zylAbV*LYFgCr<IAPNkT^i<+(QqGqUL3@_@m!izeUVkX~;;ze~dyr}L|Pw}F)#<s?b
z;zhS-gZ*0-z>8k&cH>1)zM*(gyy$Zux%^~=7j?qoMV(4`QKwSO;6<HQcu}WP&frBe
zg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88c7zvg
zLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP%-}`MR(Me})G>w^bz0#?ok}s2Z$<H<
zIvQS7_o=6N(OP3$<3;hJ+q1#`tqR~pFLt}}q9@-_yeMAuxsP0aGQx{GVez6)CA_Fp
zDQ57ZPAj~qQz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$t
zXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>TfqGl_+s2S=Q
z!;3nt@S;won8~-Icu^e<FRJ_0Q@m)cv90l<c+u_IVE<MH@S+#H-FVTHZzx_AFZ$d^
zE<YLJMV+vCQKu4K)TtCRcu}VnUeu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#
z7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#
zUeu`+Gk8(66<*W~b&TOfomO~Jr&7%1TT#5Ij)oW2ed;M*wAR?xcu~CQ_H3|!s{(k@
zi`{O#=*c$}FNzm^?jx6<jPRmPSiGoH2`}nYiW$79(+V%@RLU8=Xr>Sgyr_uNj_{%_
z$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|
ztxVm=i`E)?jThB@;uJ6HREinAsM!iHYKA(-@S;vDyr@$tX7a5lUQ|cJi|Ri06fat9
zY-_wIUUYjl*uPZ)yy(SlH(vDQ8;Tdji$3>}%TGplQ70^3)Tx9Qbt=USUesxY7j-J-
z3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7bG*gHLUR1<s
zM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qL9b<S=rxjk*sT4E$
zRunI)qv1t$pL&WHtu?kaUKB67Jsa%bssLW}Vz(PFdh!j$i{eF}`^e=dBfO{+7BA{l
z!izeUVg@hjw8D!zm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJ
zi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0Q
znxT#{yr|O(FX~i^nS3jX7uC`5qPkB##f#P&+Zr#57u}u>_HR`HFM6@tjTb%nhT=u>
zqR)Ng@{<u>)Cr3hbt>USok}r-7j;_UMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oL
zm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3o
zx=)<qMV(49gBLYh;YH0*#~5DJX@wVcD#c8`6~&9{Xn0ZGr=H?PYmIG<7sZQi&j$Oq
zDu5Tg*zLxPo_s^`qIl8gK63fV2rue{#fv(X@S;won8AxWt?;5wrJTWwW(u*ui;6hy
z2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp!HZ@JvA~OpIPC~8+JcOic+oM-
zwuu+r%G7<lXsw~wcv0OaPVu5nrI^8snyv7nW~gHfFY2_yi#nBJCf|zUMRhd1sP0ow
z@uIcHw#JL%MYm^z{aY2li(c$@<3&%tp?Fce=yM;r{A7d|b;9CBol1C7r&7$|MV(f7
zQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQqJH-Glf{-
zMMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=cu_OdF@_g)TH!^V
zN->jfMe(9K8eUZQsi%0+T4P(|Me(BBv%&tY3gAUAcDwPSC*M%KC|>lrk6eB-!izd#
z@uE&8yr@$tX7Hj;E4-*vDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc
z_lZ-ys8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57Z
zW-Gj?8R{6ri#o0FqE4ll$+x0-Q5_90s{7PaylAblt?{CG(e2q_|5gR?q8Gc}c+rz@
zC|(pV`rJn@KN;agov?UOrxIS&sT4DKQKuDN)Txv+c+pHD7I;w+ryb!%TafV*FFIz~
zHu0icnYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|j~A^q
z^cpX!`@|_;)TtCRcu}(zUepYAjNwI{R(MgTQq1IAQM{;*h8NX+>M35d*4Wl~QM~B(
zY_NZ;0(jAj-EO?-$u|@)iWhzEBbT3y@S;vwyr@$NFX~i^8N8^|3NPwZ${D<9rVtCf
zsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qu@ZylAEn3%sa^(~j_>Ey#F@
z7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#jiW$79*$OXehC0UZqE0Kks8cCs@~tRdR7b;$
z>OS=pFIsDCYrH64bbB_~zf}Re=*4a~Ui9P}iWkL;KKGH!PeyoACoEpnse~7GD#Z+5
z)M<qmbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%<qTdl
zQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt=USUes)b7d1m2V|Y=g
z6<*Y-6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x8|>ez0ABQBw;L~d@(sm{;zghP$mJ&^
zyr>fvFX~jni#nBJ1~2Ng!izeUat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbc
zUgJe|pE$*fI+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(X
zVg@g2w!({=p^h=UsM88B>QsuEd@G6<)zR>xx=%gDi`E+38ZU|$-JT8hZ&d&<da>J$
z7d`og;zjYI&wb?blM!Cj35yqXD&a+)N-={Mbz0#?ok}@_7tIu6ffp5V+7Vu~1sN~#
zqGOhA6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>
zc+pxzukoU~Pn_aKok}r-7d2bqMa@vh7+%zAg%@=y#Z0~x#f$1_cv0P_p5jGojctt=
z#fxsw2K%=vfET^k?Z%6qd_(b~c+uxRa{0*!FY1KFi#nC?qE4ll!HYVr@S;wooWYA`
z3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0
zf{d4V(J{-mi5K0<)P1~Yt)bU=QQap_@uE(pn8Ayht?;5|sACK->a@a(I+bE3--_Zz
zbu_%F?o&_kqP51h#*5-bw`YU>TNS{IUhH<`MNht=cu~CQb04|<WP}%W!s11pN_bJH
zQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP
z&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7$|Ma@=tQ8Uyr
zh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a!TzlZ;6*QXyYZqY-%z|LUi7(-
zTz)dbi#lQPqE02es8cCs@S;vDyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7f
zFIsEpHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKf
zyr@$tX7HkBE4-)~>KMa|I<4@cPNkU1x1xAa9Stw4`_xmsXsxlW@uGOq?b%@eRt4~)
z7rWhf(UWf|UKB6-+(#}y8R12puy|3Y5?<7)6f<~Hrxjk*sgyH#(M%y0cu^6j9pOb=
zkns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_
zTba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_fu;YFQRcu}WP%;Z~9yr_<b7u9|0DPFYJ
z*w%Payy*69uz#xpc+rd9ZoKHpHxw_57k%y{m!FLAqE1-6s8b0q>Qssuyr|O(FX~jv
z8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uN
zj_{%_$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDgI>zv#PAj~qQz>Th
zttehpN5hNiKJ^qYT5D`;yeM9Ddp6j=RRO%{#cnrV^yC|g7sZP{_mRs_MtD&tEMC;9
zgco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb
z7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD#Z+5)NF+p
zHA5X^cu}VnUeu`+Gx=5&FRG*AMRlKgiWjXlwl!W9FS<P&?BA*YUi4zO8!vkD4aJM%
zMW6e~<tHP&s1p`1>QusuI+bDuFY2_yi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_Lg
zD^vIJqP2!z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@E
zb)PuJi#nBJ1}|#1!i$=rjxoHb(+V%@REn8=D~cD@(eR?WPd&wp)*9OyFNzo4o(=YI
zRRAw~vD=LoJ^6;>Me(A~edO|!5nj{@ix+h&;YFQFF@qO%TH!^VN;!iU%@ksR7Zq{Z
z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjv
zZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%}~b}UesxY7j-JdOuiMxi|S~2QQfDW
z;zetXZH*Vji*C;b`?o597rof+#*3bOL-C?`(dRyL`N;?`>V(CMI+gIEPNkT^i#o0F
zqE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWwW(u*u
zi;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@V+=3qw8D!z
zm0~8}isD6eG`y(pQ%~`twZ^u_i{eGMXM_D)6~K#L>~`ZtPrjjeQM~ALAG!Qwgco(f
z;zgZGcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P?
z?h~hYQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQq15*
z%~p6(Gt@DL7j;_UMV(49lW#@wqB<I0RQIW;c+py8TjNFXqT92<{;dk&MK5-{@uDZ+
zP`oH!^tq2*elo&~I$`mmP9?mkQz>TfqE0Kks8cCt@S>SQEbyWtPCLSjwjkprUUbZ|
zZQ@0@GIbv>T5ISvUR3vqQ@p5CDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K
z=rvwc_lZ-ys8cCs@S<ibyr>!K7{iM?t?;5wrI^XLqIgjq4KJ$u)Kk1@t+B1~qIl8m
z*<k-x1@NL5yWM!vlW!<q6fgSRM=n1Z;YFRWcu}VkUeu`+Gk8&_6<*Y-lrwnIOd%F{
zQ4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)Txv+c+pHD7I;w+ryb!%TafV*
zFFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~HvlU*{40Vj*MV(f7QKwSO<Xcg^sE&pg
z)qUzIUbNQO)_768==N-|f2#s`(Tm+~yy(d{6fcSweeNTdpN#OLPFTFCQwcBXREinA
zsM88B>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j${D<9
zrVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qssuyr|g<FKUK5#_*y}
zE4-*vDQ5DmC|*=Y!;9)Z^%O5!Yiw)0C|-1XHrT&a0letNZZ}@^<Qs|?#fv`ok;_j;
zcu^-TUeu|C7j-Jd3|`b}g%@=y<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?
zy~c~`K5>c{bt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%
z#SC85Y=sv!LmgvyQKuDN)TtCR`BoG!s-xjWb)R~Q7p*n6HC_}ix;-20->Lv!^kTOg
zFM9F~#f#!apZmz=CnLP56BaM(RKklom0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|3o>5f
zMaL}LCSG(aQ}^+rwT52fMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$
z@uIbcUgJe|pE$*fI+bDuFKV{Ji<+U1F}$eL3NPwZikW;XiWk+<@S?g;J;jUG8rvE#
ziWl9U4fbzU055v6+l?1J`G(>}@uJUt<nogdUepPT7j-J(MV(49gBNvL;YFQFIfEC?
z6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~
z1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGF@qO1Tj52`P{$Zv)M<qmbt=V7z7@rb
z>S%aT-KU=7MQe?1jTgm>ZqEk$w<>@az1Z!>i=KQ#@uFYkUi5$aKmN}z`NF@x^h>|=
z%~$cS&wcK5{$rV+jPRmPG`y%&2`}nYiW$79(+V%@RLU8=Xr>Sgyr_uNj_{%_$askt
z9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=
zi`E)?jThB@;uJ6HREinAsM!iHYKA(-@S;vDyr@$tX7a5lUQ|cJi|Ri06fat9Y-_wI
zUUYjl*uPZ)yy(SlH(vDQ8;TeGBKM;I>R<nxFL2RU_W%Ci5B{M4Smq}qyr>fmFX~jn
zi#nBJ1~2Ng!izeUat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*f
zI+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2w!({=
zp^h=UsM88B>QsuEd@G6<)zR>xx=%gDi`E+38ZU|$-JT8hZ&d&<da>J$7d`og;zjYI
zFLbDQ(YNnEm3UF7End{A6f<~Hrxjk*sgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLq
zx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*
z#3^3XsT4DKQL`0Z)C_fu;YFQRcu}WP%-}`MR(Me})G>w^bz0#?@uJRi!p!9h;6*QX
zi}9i--%z|LUKB5S@_*>+FNYVcHMTWgbSv|?j~9Jx^0<Q+eQY9j@S-A49^pkZ#S0gB
z(HAB<2JoUzrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp
z!HZ@JvA~OpIPC~8+JcOic+oM-xQQ1XvpjC%MIW1NJ9yEpOx?$e)*5<^7u9|86fc@7
zUbw)EzA(`-fEUG!I?o9+moI=9z1S_ri=KQ#@uGN9yy(gQp{u_fUbNQO)_Bpa%;P>@
z^s&j~4qo)JiP*u5ia2?M7tIteT;N4tnCKY5i#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S
z+a_LgD^vIJqP2!z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}GG5|E$1LL}UUbazxQQ2i
zY_jd(MYl3_A1_*K=rvwc_sLVdXr_4K0x$Z)M8^PL6ff#LC(K;F0ABQBw-_&a@(sm{
zzD8d3-~Lbk%MbtOkDv4Z{SW`*U!)`D{~rC@_n%6<sM8iN>Qssuyr|O(FX~jv8N6tw
z5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_
z$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDgI>zv#PAj~qQz>TfqGl_+
zs2S=Q!;3nt@S=E8=Q&~K@&)js7rVuH(UWf|Ui3BcqW|;%`oEjM+m|2vm;dsA#EYKr
zA4a^W6B#e+REinAsM88B>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^
z7u9{@6ff#j${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qssu
zyr|g<FKUK5#_*y}E4-*vDQ57ZW-Gj?8R{6ri#o0FqIgl~Ibr7V1@NL5yTy3XlW!<q
z)TEVP^Nw#yKY1*E{G*>Vzwjl;{?)(!H~H)0MNj@u#|gh2Uet+<7j-Jd3|`b}g%@=y
z<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt>fyUNlpP1zuFd
zX-9a`7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%#SC85Y=sv!LmgvyQKuDN)TtCR
zcu}(zUepYAjNwI{R(MgosPmjKbNK>z(Tm+;yy(d{6fbIePQ0l3WacNM_>=$fSM=r=
z-g68u>fCp{s8cCs@S;vDyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEp
zHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$t
zX7HkBE4-)~>KMa|I<4@cPNkU1x1z_w|Ee2K;zj+Nju&-W;YIPH&U3=d<qP0NFLsOZ
zq9@-_yeM9DEWrOg`g8u1h!=G_<3*iHF@qO%TH!^VN;!iU%@ksR7Zq{Z5ni+f887jo
zW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9
z(ON^V@uIp<oZ>~DN-={MHCy3D%}~b}UesxY7j-Jd3|`c1g%>qL9b<S=rxjilFX}ue
z%v`<zUi4zO7%zJA4aJL&TJmv||9w&O$;?ki@hAV|ujtJ$yyqBR)Vc3?QKwSO;6<HQ
zcu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1
z;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP%-}`MR(Me})G>w^bz0#?
zok}s2Z$<gv7uC`5qPkB##f#P&+Zr#57u}u>_HR`HFM6@tjTb%nhT=sZY3R6v7d4;E
z{A7d|b&BCdol1C7r&7$|MV(f7QKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&
zwARpTyr}LIr+87PQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hY
zQKwSO;6=?=cu_OdF@_g)TH!^VN->jfMe(9K8eUZQsi%0+T4P(|Me(BBv%&tY3gAUA
zcDwPSC*M%K=%_;<H}Rt8lbN54@S;vJyr@$NFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!
z@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~
zn|RT!Ox?$e)*5<^7u9{@6ff#jiW$79*$OXehC0UZqE0Kks8cCs@~tRdR7b;$>OS=p
zFIsDCYrH64bbB_~zf}Re=*4a~Ui9P}iWhyPq2mr-)O<4YlM!CjDTWtyD&a+)N-={M
zbz0#?ok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?
z6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}r-7d2bqMa@vh7+%zA
zg%@=y#Z0~x#f$1_cv0P_p5jGojctt=#fxsw2K%=vfET^k?Z%6qd_(b~qYi!C#EY6w
zW_~ili#o;dqE02es8cCs@S;vDyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7f
zFIsEpHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKf
zyr@$tX7HkBE4-)~>KMa|I<4@cPNkU1x1xAa9Stw4`_xmsXsxlW@uGOq?b%@eRt4~)
z7rWhf(UWf|Ui6WMjyrf!^U2IlMtD)D7+%z=gco%x#SC85X@wVcD&-7bG*gHLUR1<s
zM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3O9#EXtu
zwoSa~R;KRbMQaVc#*6Acaf%mpD#Z+5)NF+pHA5X^cu}VnUeu`+Gx=5&FRG*AMRlKg
ziWjXlwl!W9FS<P&?BA*YUi4zO8!vkD4aJL&I`nZ9FKRxS`N;?`>J-C^I+gIEPNkT^
zi#o0FqE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWw
zW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@V+=3q
zw8D!zm0~8}isD6eG`y(pQ%~`twZ^u_i{eGMXM_D)6~K#L>~`ZtPrjje(MK9O?%+ku
zCo?}8;YFQdcu}VkUeu`+Gk8&_6<*Y-lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|
zj~A^q^cpX!`@|_;)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*
zDPGj66f<~HvlU*{40Vj*MV(f7QKwSO<Xcg^sE&pg)qUzIUbNQO)_768==N-|f2#s`
z(Tm+~yy(d{6fZjJ(8o=@sQF~(CnLP5Qw%TaRKklom0|`j>a@a(I+bz;FPbUD0xv4!
zv?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDUgAZ^
zEZZhtbSqQ$@uIbcUgJe|pE$*fI+bDuFKV{Ji<+U1F}$eL3NPwZikW;XiWk+<@S?g;
zJ;jUG8rvE#iWl9U4fbzU055v6+l?1J`G(>}A8F{ggBLZQ%=~187j=r^MV(4`QKwSO
z;6<HQcu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~
zMKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP%-}`MR(Me})G>w^
zbz0#?ok}s2Z$<H<IvQS7_o=6N(OP3$<3;hJ+q1#`tqR~pFLt}}q9@-_yy&PyA2;!$
z=98J9jPRmPF}$c#2`}nYiW$79(+V%@RLU8=Xr>Sgyr_uNj_{%_$askt9kXnkc+ss)
z-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@
z;uJ6HREinAsM!iHYKA(-@S;vDyr@$tX7a5lUQ|cJi|Ri06fat9Y-_wIUUYjl*uPZ)
zyy(SlH(vDQ8;Tcwq@m*uUetUt^OF%?)G3A+bt>USok}r-7j;_UMV(4HgBQ&dVu2SG
zaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f887jo
zW0q|bFS?bf`*_h>L$C3ox=)<qMV(49gBLYh;YH0*#~5DJX@wVcD#c8`6~&9{Xn0ZG
zr=H?PYmIG<7sZQi&j$OqDu5Tg*zLxPo_s^`qN5Id+{BBTPiB5H!ize^@S;v7yr@$t
zX7Hj;E4-*vDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt
z@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8R{6r
zi#o0FqE4ll$+x0-Q5_90s{7PaylAblt?{CG(e2q_|5gR?q8Gc}c+rz@C|>lDhK@UU
zQS-^nPeyoArx;$;se~7GD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<
zrtafKYYn}|i|RgciWhY%<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`
zK5>c{bt=USUes)b7d1m2V|Y=g6<*Y-6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x8|>ez
z0ABQBw;L~d@(sm{jym*l6EA8$nfb{GFX|M-i#nC?qE4ll!HYVr@S;wooWYA`3bDY8
zia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{d4V
z(J{-mi5K0<)P1~Yt)bU=QQap_@uE(pn8Ayht?;5|sACK->a@a(I+bE3--_Zzbu_%F
z?o&_kqP51h#*5-bw`YU>TNS{IUhH<`MNht=c+p21I_}^_%_lQI8R12pVt7%f5?<7)
z6f<~Hrxjk*sgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu|S
zGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_fu
z;YFQRcu}WP%;Z~9yr_<b7u9|0DPFYJ*w%Payy*69uz#xpc+rd9ZoKHpHxw^A>d?nc
zyr}tP<|iY(s8b9t>QusuI+bDuFY2_yi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_Lg
zD^vIJqP2!z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@E
zb)PuJi#nBJ1}|#1!i$=rjxoHb(+V%@REn8=D~cD@(eR?WPd&wp)*9OyFNzo4o(=YI
zRRAw~vD=LoJ^6;>MIUMCxPuoppUnJZgco&+;YFQFcu}WP%-}_xR(MgTQqJH-Glf{-
zMMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSQ;6*cqSl~rPoOXm4Z9&FM
zyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQq15*%~p6(Gt@DL7j;_UMV(49lW#@wqB<I0
zRQIW;c+py8TjNFXqT92<{;dk&MK5-{@uDZ+P`v1<LmxNsqUMvCpN#OLPBFZwQwcBX
zREinAsM88B>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j
z${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qssuyr|g<FKUK5
z#_*y}E4-*vDQ5DmC|*=Y!;9)Z^%O5!Yiw)0C|-1XHrT&a0letNZZ}@^<Qs|?eWan|
z4qnuJGV_xWUeqau7j-J(MV(49gBNvL;YFQFIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+
zx|ON>c+pxzukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#
zqPkC<;zgZGF@qO1Tj52`P{$Zv)M<qmbt=V7z7@rb>S%aT-KU=7MQe?1jTgm>ZqEk$
zw<>@az1Z!>i=KQ#@uH&+ecZ&0nonkaGQx{G#qgp|CA_FpDQ57ZPAj~qQz>WgqM1T0
z@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$tXYit#LM-s2B2GKPi?$%+
zC0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>TfqGl_+s2S=Q!;3nt@S;won8~-Icu^e<
zFRJ_0Q@m)cv90l<c+u_IVE<MH@S+#H-FVTHZzx{$k%o>tcv17o%uhymQKuMQ)Tx9Q
zbt=USUesxY7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mp
zD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qL
z9b<S=rxjk*sT4E$RunI)qv1t$pL&WHtu?kaUKB67Jsa%bssLW}Vz(PFdh!j$i;g<<
zaT70UKAHK+2ruds!;3nV@S;won8AxWt?;5wrJTWwW(u*ui;6hy2rt@#jF))PG0V1z
z7v0L#eY|L`q1Sj(-6u}*qE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~w
zcv0OaPVu5nrI^8snyv7nW~gHfFY2_yi#nBJCf|zUMRhd1sP0ow@uIcHw#JL%MYm^z
z{aY2li(c$@<3&%tp?J|p8anRaMa?HOKN;agonm-VrxIS&sT4DKQKuDN)Txv+c+pHD
z7I;w+ryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J
z@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)TtCRcu}(zUepYAjNwI{R(MgTQq1IAQM{;*
zh8NX+>M35d*4Wl~QM~B(Y_NZ;0(jAj-EO?-$u|@)I_l8JO}wc2WacL$yr@$QFX~jn
zi#nBJ1~2Ng!izeUat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*f
zI+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2w!({=
zp^h=UsM88B>QsuEd@G6<)zR>xx=%gDi`E+38ZU|$-JT8hZ&d&<da>J$7d`og;zb{6
z=(vLyHJ{A<WP}%Wis40_N_bJHQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB>nG=$K{O
z#EWia>ONky*3fIbsO}S|cu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQG
zYrLrL6Q_7lr&7$|Ma@=tQ8Uyrh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a
z!TzlZ;6*QXyYZqY-%z~hs6!t&@uKFFnV*dCqE0cqs8b0q>Qssuyr|O(FX~jv8N6tw
z5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_
z$askt9kXnkc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDgI>zv#PAj~qQz>Thttehp
zN5hNiKJ^qYT5D`;yeM9Ddp6j=RRO%{#cnrV^yC|g7k#9m;|^Zbd@}Qs5nj|Oh8J}z
z;YFQFF@qO%TH!^VN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<q
zMV(4HgBQ&dVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D
z%}~b}UesxY7j-JdOuiMxi|S~2QQfDW;zetXZH*Vji*C;b`?o597rof+#*3bOL-C@c
z4t?Cji<(bnelo&~I>qp!P9?mkQz>TfqE0Kks8cCt@S>SQEbyWtPCLSjwjkprUUbZ|
zZQ@0@GIbv>T5ISvUR3vqQ@p5CDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K
z=rvwc_lZ-ys8cCs@S<ibyr>!K7{iM?t?;5wrI^XLqIgjq4KJ$u)Kk1@t+B1~qIl8m
z*<k-x1@NL5yWM!vlW!<q^pS>+J9ts^$;?kicu}VqUeu|C7j-Jd3|`b}g%@=y<qTdl
zQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt>fyUNlpP1zuFdX-9a`
z7G%7{i;h{gO}yw<rtafKYYn}|i|RgciWhY%#SC85Y=sv!LmgvyQKuDN)TtCR`BoG!
zs-xjWb)R~Q7p*n6HC_}ix;-20->Lv!^kTOgFM9F~#fy$Q^l=j}YCf6y$p|m%6vK-;
zmGGiYrI^8sI<4@cPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_
z@uE(poWYA`3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkT^i<+(Q
zqGqUL3@_@m!izeUVkX~;;ze~dyr}L|Pw}F)#<s?b;zhS-gZ*0-z>8k&cH>1)zM**0
zM;bcr;6=?RGd~&OMV(@JQKu4K)TtCRcu}VnUeu|SGkDQVAr^R15vLvDMO%>Z5-&Pt
z**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvF
zHS`)Us{6z#Ueu`+Gk8(66<*W~b&TOfomO~Jr&7%1TT#5Ij)oW2ed;M*wAR?xcu~CQ
z_H3|!s{(k@i`{O#=*c$}FFNYb$4$Jb`DErNBfO|n3@_?b!izeUVg@hjw8D!zm2w6z
znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^!~!oW;<O{Y
zXbUo4;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxT#{yr|O(FX~i^nS3jX
z7uC`5qPkB##f#P&+Zr#57u}u>_HR`HFM6@tjTb%nhT=sZY3R6v7d4;E{A7d|b&BCd
zol1C7r&7$|MV(f7QKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LI
zr+87PQqJH-Glf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=
zcu_OdF@_g)TH!^VN->jfMe(9K8eUZQsi%0+T4P(|Me(BBv%&tY3gAUAcDwPSC*M%K
z=%_;<H}Rt8lbN54@S;vJyr@$NFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!@S-iqc!?Js
zvuvAq(XC9~$BWh)dW{#=ec}`^>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e
z)*5<^7u9{@6ff#jiW$79*$OXehC0UZqE0Kks8cCs@~tRdR7b;$>OS=pFIsDCYrH64
zbbB_~zf}Re=*4a~Ui9P}iWhyPq2mr-)O<4YlM!CjDTWtyD&a+)N-={Mbz0#?ok}@_
z7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`T
zUbF=nFY%&dmTeO+x|ON>c+pxzukoU~Pn_aKok}r-7d2bqMa@vh7+%zAg%@=y#Z0~x
z#f$1_cv0P_p5jGojctt=#fxsw2K%=vfET^k?Z%6qd_(b~qYi!C#EY6wW_~ili#o;d
zqE02es8cCs@S;vDyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|Nr
ziBr6&Qz>WgqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$tX7HkB
zE4-)~>KMa|I<4@cPNkU1x1xAa9Stw4`_xmsXsxlW@uGOq?b%@eRt4~)7rWhf(UWf|
zUi6WMjyrf!^U2IlMtD)D7+%z=gco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WW2<S
zj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRb
zMQaVc#*6Acaf%mpD#Z+5)NF+pHA5X^cu}VnUeu`+Gx=5&FRG*AMRlKgiWjXlwl!W9
zFS<P&?BA*YUi4zO8!vkD4aJL&I`nZ9FKRxS`N;?`>J-C^I+gIEPNkT^i#o0FqE4lp
z!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy
z2rt@#jF))PG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@V+=3qw8D!zm0~8}
zisD6eG`y(pQ%~`twZ^u_i{eGMXM_D)6~K#L>~`ZtPrjje(MK9O?%+kuCo?}8;YFQd
zcu}VkUeu`+Gk8&_6<*Y-lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!
z`@|_;)Txv+c+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~H
zvlU*{40Vj*MV(f7QKwSO<Xcg^sE&pg)qUzIUbNQO)_768==N-|f2#s`(Tm+~yy(d{
z6fZjJ(8o=@sQF~(CnLP5Qw%TaRKklom0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|3o>5f
zMaL}LCSG(aQ}^+rwT52fMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$
z@uIbcUgJe|pE$*fI+bDuFKV{Ji<+U1F}$eL3NPwZikW;XiWk+<@S?g;J;jUG8rvE#
ziWl9U4fbzU055v6+l?1J`G(>}A8F{ggBLZQ%=~187j=r^MV(4`QKwSO;6<HQcu}WP
z&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88
zc7zvgLB>nG=$K{O#EWia>ONky*3fIbsO}S|cu}WP%-}`MR(Me})G>w^bz0#?ok}s2
zZ$<H<IvQS7_o=6N(OP3$<3;hJ+q1#`tqR~pFLt}}q9@-_yy&PyA2;!$=98J9jPRmP
zF}$c#2`}nYiW$79(+V%@RLU8=Xr>Sgyr_uNj_{%_$askt9kXnkc+ss)-N%d88hVWv
z)qUa=FX~jv8N6tw5DUDhh|`YnqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HREinA
zsM!iHYKA(-@S;vDyr@$tX7a5lUQ|cJi|Ri06fat9Y-_wIUUYjl*uPZ)yy(SlH(vDQ
z8;Tcwq@m*uUetUt^OF%?)G3A+bt>USok}r-7j;_UMV(4HgBQ&dVu2SGaoQ1Hv;`S2
z@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf
z`*_h>L$C3ox=)<qMV(49gBLYh;YH0*#~5DJX@wVcD#c8`6~&9{Xn0ZGr=H?PYmIG<
z7sZQi&j$OqDu5Tg*zLxPo_s^`qN5Id+{BBTPiB5H!ize^@S;v7yr@$tX7Hj;E4-*v
zDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt@S>SQEbyWt
zPCLSjwjkprUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8R{6ri#o0FqE4ll
z$+x0-Q5_90s{7PaylAblt?{CG(e2q_|5gR?q8Gc}c+rz@C|>lDhK@UUQS-^nPeyoA
zrx;$;se~7GD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G%7{i;h{gO}yw<rtafKYYn}|
zi|RgciWhY%<qTdlQ-}p#RK#gVc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt=US
zUes)b7d1m2V|Y=g6<*Y-6f^l&6fdfy;YD?ydWsjVHMTWg6fe3x8|>ez0ABQBw;L~d
z@(sm{jym*l6EA8$nfb{GFX|M-i#nC?qE4ll!HYVr@S;wooWYA`3bDY8ia6~EFWQ2P
zmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<
z)P1~Yt)bU=QQap_@uE(pn8Ayht?;5|sACK->a@a(I+bE3--_Zzbu_%F?o&_kqP51h
z#*5-bw`YU>TNS{IUhH<`MNht=c+p21I_}^_%_lQI8R12pVt7%f5?<7)6f<~Hrxjk*
zsgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R1
z5vLvDMO%>Z5-&Pt**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_fu;YFQRcu}WP
z%;Z~9yr_<b7u9|0DPFYJ*w%Payy*69uz#xpc+rd9ZoKHpHxw^A>d?ncyr}tP<|iY(
zs8b9t>QusuI+bDuFY2_yi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S+a_LgD^vIJqP2!z
z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ
z1}|#1!i$=rjxoHb(+V%@REn8=D~cD@(eR?WPd&wp)*9OyFNzo4o(=YIRRAw~vD=Lo
zJ^6;>MIUMCxPuoppUnJZgco&+;YFQFcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=
z#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*
zW$Hd&wARpTyr}LIr+87PQq15*%~p6(Gt@DL7j;_UMV(49lW#@wqB<I0RQIW;c+py8
zTjNFXqT92<{;dk&MK5-{@uDZ+P`v1<LmxNsqUMvCpN#OLPBFZwQwcBXREinAsM88B
z>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j${D<9rVtCf
zsEE^!@S-iqc!?JsvuvAq(XC9~$BWh)dW{#=ec}`^>Qssuyr|g<FKUK5#_*y}E4-*v
zDQ5DmC|*=Y!;9)Z^%O5!Yiw)0C|-1XHrT&a0letNZZ}@^<Qs|?eWan|4qnuJGV_xW
zUeqau7j-J(MV(49gBNvL;YFQFIfEC?6k>rF6>-`TUbF=nFY%&dmTeO+x|ON>c+pxz
zukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZG
zF@qO1Tj52`P{$Zv)M<qmbt=V7z7@rb>S%aT-KU=7MQe?1jTgm>ZqEk$w<>@az1Z!>
zi=KQ#@uH&+ecZ&0nonkaGQx{G#qgp|CA_FpDQ57ZPAj~qQz>WgqM1T0@S-A4JHm^$
zAmb%obj-4C;zhSIbssNUYv?szRQHKfyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;
zw=#7fFIsEpHC|NriBr6&Qz>TfqGl_+s2S=Q!;3nt@S;won8~-Icu^e<FRJ_0Q@m)c
zv90l<c+u_IVE<MH@S+#H-FVTHZzx{$k%o>tcv17o%uhymQKuMQ)Tx9Qbt=USUesxY
z7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7bG*gHL
zUR1<sM|jZ|WW2<Sj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qL9b<S=rxjk*
zsT4E$RunI)qv1t$pL&WHtu?kaUKB67Jsa%bssLW}Vz(PFdh!j$i;g<<aT70UKAHK+
z2ruds!;3nV@S;won8AxWt?;5wrJTWwW(u*ui;6hy2rt@#jF))PG0V1z7v0L#eY|L`
zq1Sj(-6u}*qE4lp!HZ@JvA~OpIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5n
zrI^8snyv7nW~gHfFY2_yi#nBJCf|zUMRhd1sP0ow@uIcHw#JL%MYm^z{aY2li(c$@
z<3&%tp?J|p8anRaMa?HOKN;agonm-VrxIS&sT4DKQKuDN)Txv+c+pHD7I;w+ryb!%
zTafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9J
zqFb4|j~A^q^cpX!`@|_;)TtCRcu}(zUepYAjNwI{R(MgTQq1IAQM{;*h8NX+>M35d
z*4Wl~QM~B(Y_NZ;0(jAj-EO?-$u|@)I_l8JO}wc2WacL$yr@$QFX~jni#nBJ1~2Ng
z!izeUat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|pE$*fI+bz;FPbUD
z0xv4!v?IJ|3o>5fMaL}LCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2w!({=p^h=UsM88B
z>QsuEd@G6<)zR>xx=%gDi`E+38ZU|$-JT8hZ&d&<da>J$7d`og;zb{6=(vLyHJ{A<
zWP}%Wis40_N_bJHQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB>nG=$K{O#EWia>ONky
z*3fIbsO}S|cu}WP&frBeg;?N4MVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7l
zr&7$|Ma@=tQ8Uyrh8J~O;YFQFF_Uja@uE5!UR3v~r+Cp?V_V}z@uJ(a!TzlZ;6*QX
zyYZqY-%z~hs6!t&@uKFFnV*dCqE0cqs8b0q>Qssuyr|O(FX~jv8N6tw5DUDhh|`Yn
zqAkdHi5DHSY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_$askt9kXnk
zc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDgI>zv#PAj~qQz>ThttehpN5hNiKJ^qY
zT5D`;yeM9Ddp6j=RRO%{#cnrV^yC|g7k#9m;|^Zbd@}Qs5nj|Oh8J}z;YFQFF@qO%
zTH!^VN;!iU%@ksR7Zq{Z5ni+f887joW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&d
zVu2SGaoQ1Hv;`S2@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%}~b}UesxY
z7j-JdOuiMxi|S~2QQfDW;zetXZH*Vji*C;b`?o597rof+#*3bOL-C@c4t?Cji<(bn
zelo&~I>qp!P9?mkQz>TfqE0Kks8cCt@S>SQEbyWtPCLSjwjkprUUbZ|ZQ@0@GIbv>
zT5ISvUR3vqQ@p5CDQEDanL;e^q9RT^!i%;b<0W2n%(89bMYl3_A1_*K=rvwc_lZ-y
zs8cCs@S<ibyr>!K7{iM?t?;5wrI^XLqIgjq4KJ$u)Kk1@t+B1~qIl8m*<k-x1@NL5
zyWM!vlW!<q^pS>+J9ts^$;?kicu}VqUeu|C7j-Jd3|`b}g%@=y<qTdlQ-}p#RK#gV
zc+nPQyu^!+S+-5Q=vJog<3(!?y~c~`K5>c{bt>fyUNlpP1zuFdX-9a`7G%7{i;h{g
zO}yw<rtafKYYn}|i|RgciWhY%#SC85Y=sv!LmgvyQKuDN)TtCR`BoG!s-xjWb)R~Q
z7p*n6HC_}ix;-20->Lv!^kTOgFM9F~#fy$Q^l=j}YCf6y$p|m%6vK-;mGGiYrI^8s
zI<4@cPNkf|i)IS3z>A7F?FcX0f{d4V(J{-mi5K0<)P1~Yt)bU=QQap_@uE(poWYA`
z3bDY8ia6~EFWQ2Pmw3@J%eILZ-OAK`ylAbV*LYFgCr<IAPNkT^i<+(QqGqUL3@_@m
z!izeUVkX~;;ze~dyr}L|Pw}F)#<s?b;zhS-gZ*0-z>8k&cH>1)zM**0M;bcr;6=?R
zGd~&OMV(@JQKu4K)TtCRcu}VnUeu|SGkDQVAr^R15vLvDMO%>Z5-&Pt**5W_Tba6#
z7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns{PI%e56@uFLqx{nvFHS`)Us{6z#
zUeu`+Gk8(66<*W~b&TOfomO~Jr&7%1TT#5Ij)oW2ed;M*wAR?xcu~CQ_H3|!s{(k@
zi`{O#=*c$}FFNYb$4$Jb`DErNBfO|n3@_?b!izeUVg@hjw8D!zm2w6znkmErFDl}+
zBfMw}GG5|E$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^!~!oW;<O{YXbUo4;zh?S
z+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxT#{yr|O(FX~i^nS3jX7uC`5qPkB#
z#f#P&+Zr#57u}u>_HR`HFM6@tjTb%nhT=sZY3R6v7d4;E{A7d|b&BCdol1C7r&7$|
zMV(f7QKwSQ;6*cqSl~rPoOXm4Z9&FMyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQqJH-
zGlf{-MMa!;gcof=#!I~Dm}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=cu_OdF@_g)
zTH!^VN->jfMe(9K8eUZQsi%0+T4P(|Me(BBv%&tY3gAUAcDwPSC*M%K=%_;<H}Rt8
zlbN54@S;vJyr@$NFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!@S-iqc!?JsvuvAq(XC9~
z$BWh)dW{#=ec}`^>Qu@ZylAEn3%sa^(~j_>Ey#F@7ag-~n|RT!Ox?$e)*5<^7u9{@
z6ff#jiW$79*$OXehC0UZqE0Kks8cCs@~tRdR7b;$>OS=pFIsDCYrH64bbB_~zf}Re
z=*4a~Ui9P}iWhyPq2mr-)O<4YlM!CjDTWtyD&a+)N-={Mbz0#?ok}@_7tIu6ffp5V
z+7Vu~1sN~#qGOhA6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=nFY%&d
zmTeO+x|ON>c+pxzukoU~Pn_aKok}r-7d2bqMa@vh7+%zAg%@=y#Z0~x#f$1_cv0P_
zp5jGojctt=#fxsw2K%=vfET^k?Z%6qd_(b~qYi!C#EY6wW_~ili#o;dqE02es8cCs
z@S;vDyr@$tXYit#LM-s2B2GKPi?$%+C0=yQvTfo;w=#7fFIsEpHC|NriBr6&Qz>Wg
zqM1T0@S-A4JHm^$Amb%obj-4C;zhSIbssNUYv?szRQHKfyr@$tX7HkBE4-)~>KMa|
zI<4@cPNkU1x1xAa9Stw4`_xmsXsxlW@uGOq?b%@eRt4~)7rWhf(UWf|Ui6WMjyrf!
z^U2IlMtD)D7+%z=gco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WW2<Sj#;)%yy#Y@
z?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3O9#EXtuwoSa~R;KRbMQaVc#*6Ac
zaf%mpD#Z+5)NF+pHA5X^cu}VnUeu`+Gx=5&FRG*AMRlKgiWjXlwl!W9FS<P&?BA*Y
zUi4zO8!vkD4aJL&I`nZ9FKRxS`N;?`>J-C^I+gIEPNkT^i#o0FqE4lp!HZ@JvA~Op
zIPC~8+JcOic+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy2rt@#jF))P
zG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@V+=3qw8D!zm0~8}isD6eG`y(p
zQ%~`twZ^u_i{eGMXM_D)6~K#L>~`ZtPrjje(MK9O?%+kuCo?}8;YFQdcu}VkUeu`+
zGk8&_6<*Y-lrwnIOd%F{Q4yyd;YC}J@e(gOX4y9JqFb4|j~A^q^cpX!`@|_;)Txv+
zc+pHD7I;w+ryb!%TafV*FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~HvlU*{40Vj*
zMV(f7QKwSO<Xcg^sE&pg)qUzIUbNQO)_768==N-|f2#s`(Tm+~yy(d{6fZjJ(8o=@
zsQF~(CnLP5Qw%TaRKklom0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|3o>5fMaL}LCSG(a
zQ}^+rwT52fMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDUgAZ^EZZhtbSqQ$@uIbcUgJe|
zpE$*fI+bDuFKV{Ji<+U1F}$eL3NPwZikW;XiWk+<@S?g;J;jUG8rvE#iWl9U4fbzU
z055v6+l?1J`G(>}A8F{ggBLZQ%=~187j=r^MV(4`QKwSO;6<HQcu}WP&frBeg;?N4
zMVxko7i~etOT6fqW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88c7zvgLB>nG
z=$K{O#EWia>ONky*3fIbsO}S|cu}WP%-}`MR(Me})G>w^bz0#?ok}s2Z$<H<I@<rw
z-u<)O-(~lG7aq&$1A#yaAuxed!BqkhLJ=sW2uUN!0=sjXv`!N&1OmD76G)msN(rGh
z4<V#cArLC{0Q3m-Uu1`c7K?S(`tZ4PM&FsU&wDWT{_efzK6AhK_qzPM=6cNxUR3v~
zr+Cp?V_V}z@uJ(i!Twhjz>8jX-FVT5FBC62>d@Csyr}tR=1)d=QKuMQ)Tx9Qbt=US
zUesxY7j-J-3|=%-hy`9$#A!!((H3NU#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7b
zG*gHLUR1<sM|jZ|WPHSnj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qLoiV(q
z(+V%@REnAWttehpN5hNiKJ^qYT5D`;yeM9DdpFqssseb?%dQ(Q`tXI~MPF&?xPuop
z-^~2U2ruds!;3nV@S;won8AxWt?;5wrJTWwW(u*ui;6hy2rt@#jE{KHG0V1z7v0L#
zeY|L`q1Sj(-6u}*qE4lp!HZ@JvA~OpIPC~8+JcOac+oM-wuu+r%G7<lXsw~wcv0Oa
zPVu5nrI^8snyv7nW~eiU7j;_UMV(49lfM<ki|S~2QQfDW;zetXZH*Vji*D}*`(IT6
zFM8Q^<3%67P`v1<Lti)XqUM{KKN;agonm-VrxIS&sT4DKQKuDN)Txv+c+pHD7I;w+
zryb!%TafV)FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@ewaN
zX4y9JqFb4|j~A^q^cpX!`@|_;)TtCRcu}(zUepYA#_*y}E4-*vDQ5DwqIgjq4KJ$u
z)Kk1@t+B1~qIl8m-C+N#3gAUAyKcPb!xxGdeWjt}4qnuJGxH}Syr@$QFX~jni#nBJ
z1~2Ng!izeUat1G&DZ~OVD&n*wyl4wDKH^2kEZZhtbSqQ$@uIbcUgJe|pE$*fI+bz;
zFPbUD0xv4!v?IJ|3o<_9MaL}LCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2w!({=q0Sgy
z)M<qmbt=V7{#Fz(s-xjWb)R~Q7p*n6HC_}iy1g6he^mjz=w;W97k&6b@uH&+eci;1
znr~+QWP}%Wis40_N_bJHQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB>bC=$K{O#EWia
z>ONky*3fIbsO}S|cu}WP&frBeg;?N4MVxko7i~etN4)5mW!uDyZe{8|UbNQGYrLrL
z6Q_7lr&7$|Ma@=tQ8UyT!;3nt@S;won91LY;ze~dyr}L|Pw}F)#<s?b;zhT2gZ-~6
zfET^&y78h9UnpMmm4=Qxcv17s%%6<#qE0cqs8b0q>Qssuyr|O(FX~jv8N6tw5DUDh
zh|`YnqAkeyh!-8RY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_$oPmC
z9kXnkc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDgI%9ZIrxjk*sT4E$TT#5Ij)oW2
zed;M*wAR?xcu~CQ_HMBMRR!>(mt8kr^x+G|i;g<<brUaYzM1)x5nj|Oh8J}z;YFQF
zF@qO%TH!^VN;!iU%@ksR7Zq{Z5ni+f86WYYW0q|bFS?bf`*_h>L$C3ox=)<qMV(4H
zgBQ&dVu2SGaoQ1Hv;`R-@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%}{3y
zFY2_yi#nBJCVwl67uC`5qPkB##f#P&+Zr#57v0_s_P?qCUi7l-#*03Dp?J|(8anRa
zMa?%ee=@?0I>qp!P9?mkQz>TfqE0Kks8cCt@S>SQEbyWtPCLSjwjkppUUbZ|ZQ@0@
zGIbv>T5ISvUR3vqQ@p5CDQEDanL;e^q9RT^!i%;b<0D>l%(89bMYl3_A1_*K=rvwc
z_lZ-ys8cCs@S<ibyr>!KjNwI{R(MgTQq1IUMe(9K8eUZQsi%0+T4P(|Me(BByTSff
z6~K#LcHMZ<hc6T_I_l8ZO}wc2X68>ucu}VqUeu|C7j-Jd3|`b}g%@=y<qTdlQ-}p#
zRK#gVc+nPQe8h{6S+-5Q=vJog<3(!?y~c~`K5>c{bt>fyUNlpP1zuFdX-9a`7G!+H
zi;h{gO}yw<rtafKYYn}|i|RgciWhY%#SC85Y=sv!L!B|asM88B>QsuE{H-WnR7b;$
z>OS=pFIsDCYrH64bbB}0|EdCb(aWwIFZ%F>;zeI+=(vLyHQ&tq$p|m%6vK-;mGGiY
zrI^8sI<4@cPNkf|i)IS3z>A7F?FcX0f{c%N(J{-mi5K0<)P1~Yt)bU=QQap_@uE(p
zoWYA`3bDY8ia6~EFWQ2Pk9g5B%eILZ-OAK`ylAbV*LYFgCr<IAPNkT^i<+(QqGqTw
zh8J~O;YFQFF_XU)#f$1_cv0P_p5jGojctt=#fxt52K!%C055vkb>l@JzEHgAs6$^j
z@uKFNnLiofMV(@JQKu4K)TtCRcu}VnUeu|SGkDQVAr^R15vLvDMO%>Z5idGs**5W_
zTba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns^OI%e56@uFLqx{nvFHS`)U
zs{6z#Ueu`+Gk8(66<*W~b;j_bPAj~qQz>Thx1xAa9Stw4`_xmsXsxlW@uGOq?cHGi
zs|w&nFS~BM=))I^7k#Cn;|^Zbd^7VWBfO|n3@_?b!izeUVg@hjw8D!zm2w6znkmEr
zFDl}+BfMw}GCtx($1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^!~!oW;<O{YXbUnv
z;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxW1ZUesxY7j-JdO#W6BFRG*A
zMRlKgiWjXlwl!W9FS@-O?0;1Oyy#`ujTe3RLh+)b4t?Fki<)m{{$zv~b&BCdol1C7
zr&7$|MV(f7QKwSQ;6*cqSl~rPoOXm4Z9&FIyy%!^+r*1*W$Hd&wARpTyr}LIr+87P
zQqJH-Glf{-MMa!;gcof=#z(y9m}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=cu_Od
z8N-V@t?;5wrI^XzisD6eG`y(pQ%~`twZ^u_i{eGMcZ2<}Du5Tg?7H!y4__!=^p%E=
zJ9ts^&CH*S@S;vJyr@$NFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!@S-iq_=p!BvuvAq
z(XC9~$BWh)dW{#=ec}`^>Qu@ZylAEn3%sa^(~j_>Ey(zY7ag-~n|RT!Ox?$e)*5<^
z7u9{@6ff#jiW$79*$OXehB{+-QKuDN)TtCR`CC!EsE&pg)qUzIUbNQO)_768==N@~
z|5XL>qL*DaUi9G$#fy$Q^mP+2YQCBIlM!CjDTWtyD&a+)N-={Mbz0#?ok}@_7tIu6
zffp5V+7Vu~1sNalqGOhA6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=n
zAMv7NmTeO+x|ON>c+pxzukoU~Pn_aKok}r-7d2bqMa@uW3@_@m!izeUVkUnpiWk+<
z@S?g;J;jUG8rvE#iWlA94femP0ABR6>&A;de4%*JR~kC*;6=?hGk-F|i#o;dqE02e
zs8cCs@S;vDyr@$tXYit#LM-s2B2GKPi?$%+BVKgOvTfo;w=#7fFIsEpHC|NriBr6&
zQz>WgqM1T0@S-A4JHm^$Ambxmbj-4C;zhSIbssNUYv?szRQHKfyr@$tX7HkBE4-)~
z>Wtw<omO~Jr&7%1Z$<H<IvQS7_o=6N(OP3$<3;hJ+q=R3R~5jEUUuDh(T6V-FFNYb
z*G;^r`DW%%MtD)D7+%z=gco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WPHSnj#;)%
zyy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3NU#EXtuwoSa~R;KRbMQaVc
z#*6Acaf%mpD#Z+5)NF+pHA9^-yr|O(FX~i^nf$FNUQ|cJi|Ri06fat9Y-_wIUUYjm
z*#D{mc+tzQ8!!6sh2lkDY3R6v7d79^{K*I}>J-C^I+gIEPNkT^i#o0FqE4lp!HZ@J
zvA~OpIPC~8+JcOac+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy2rt@#
zjE{KHG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@Glmy+TH!^VN->ka6~&9{
zXn0ZGr=H?PYmIG<7sZQi?*{u{RRAw~*>&SZAHGn$=%_<qH}Rt8o0&fu;YFQdcu}Vk
zUeu`+Gk8&_6<*Y-lrwnIOd%F{Q4yyd;YC}J@ewaNX4y9JqFb4|j~A^q^cpX!`@|_;
z)Txv+c+pHD7I;w+ryb!%TafV)FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~HvlU*{
z40XovqE0Kks8cCs^0%URQ5_90s{7PaylAblt?{CG(e2$}|Emh%MK8N<yy(LhiWhyQ
zq2mr-)O<7ZCnLP5Qw%TaRKklom0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|3o<_9MaL}L
zCSG(aQ}^+rwT52fMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDKH^2kEZZhtbSqQ$@uIbc
zUgJe|pE$*fI+bDuFKV{Ji<+U%7+%zAg%@=y#Z3NI6fdfy;YD?ydWsjVHMTWg6fe5H
z8|;5o0lesC*Nqo__(JibqYi!D#EY75X8vS^7j=r^MV(4`QKwSO;6<HQcu}WP&frBe
zg;?N4MVxko7i~etN4)5mW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88c7zvg
zLB>bC=$K{O#EWia>ONky*3fIbsO}S|cu}WP%-}`MR(Me})EUEzI<4@cPNkU1--_Zz
zbu_%F?o&_kqP51h#*5-bw|9g6uPT5Sz3jU2q7PpvUi6iQjyrf!^UchkjPRmPF}$c#
z2`}nYiW$79(+V%@RLU8=Xr>Sgyr_uNj_{%_$oPmC9kXnkc+ss)-N%d88hVWv)qUa=
zFX~jv8N6tw5DUDhh|`YnqAkeyh!-8RY@2w|txVm=i`E)?jThB@;uJ6HREinAsM!iH
zYKA&vcu}VnUeu`+Gx=Llyr_<b7u9|0DPFYJ*w%Payy*6Bu>VyB@S>MpH(vDN3&o3$
zI`nlDFKWJ-`I8Y|)G3A+bt>USok}r-7j;_UMV(4HgBQ&dVu2SGaoQ1Hv;`R-@uFjv
zZ4)oLm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f86WYYW0q|bFS?bf`*_h>
zL$C3ox=)<qMV(49gBLYh;YH0*XACduw8D!zm0~7;D~cD@(eR?WPd&wp)*9OyFNzo4
z-VOG@ssLW}vg^i+K765g(N`Ke?%+kuH#2`S!ize^@S;v7yr@$tX7Hj;E4-*vDQEDa
znL;e^q9RT^!i%;b<0D>l%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt@S>SQEbyWtPCLSj
zwjkppUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8S0GTMV(f7QKwSO<Zngs
zqB<I0RQIW;c+py8TjNFXqT9Q{{#O;ii(Yo!c+rP16fZjJ(AQ18sQG5*PeyoArx;$;
zse~7GD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G!+Hi;h{gO}yw<rtafKYYn}|i|Rgc
ziWhY%<qTdlQ-}p#RK#gVc+nPQe8h{6S+-5Q=vJog<3(!?y~c~`K5>c{bt=USUes)b
z7d1njF}$eL3NPwZikbYaC|*=Y!;9)Z^%O5!Yiw)0C|-1XH`xEG0(jBOt{X4<@P*<<
zUuo#LgBLa5%>2m+FX|M-i#nC?qE4ll!HYVr@S;wooWYA`3bDY8ia6~EFWQ2Pk9g5B
z%eILZ-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{c%N(J{-mi5K0<)P1~Y
zt)bU=QQap_@uE(pn8Ayht?;5|s56Eabz0#?ok}s2zZJ!c>S%aT-KU=7MQe?1jTgm>
zZtn*BUsV7vdf9d3MIXLUyy&PyUpMih=9`&68R12pVt7%f5?<7)6f<~Hrxjk*sgyH#
z(M%y0cu^6j9pOb=kns^OI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvD
zMO%>Z5idGs**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_gT@S;vDyr@$tX7ab9
zcu^e<FRJ_0Q@m)cv90l<c+u_MVE?NM;6*RHZoKHj7m62srJ>^vUetUu^Cu&`s8b9t
z>QusuI+bDuFY2_yi#nBZ1}~Z^!~!oW;<O{YXbUnv;zh?S+a_LgD^vIJqP2!z<3)9!
zIK_)Pm2w6znkmErFDl}+BfMw}GCtx($1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ1}|#1
z!i$=r&KO?QX@wVcD#c9xRunI)qv1t$pL&WHtu?kaUKB67y&LR*RRO%{W!H@tefUE0
zqN5Id-NcKUZ)W~vgco&+;YFQFcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#z(y9
zm}T3<i*9A=K3=re&}+P??h~hYQKwSQ;6*cqSl~rPoOXm4Z9&FIyy%!^+r*1*W$Hd&
zwARpTyr}LIr+87PQq15*%~p6(Gt?Qwi#o0FqE4ll$={0NMRhd1sP0ow@uIcHw#JL%
zMYnf@{jVy37rpGd@uCl3C|>lHhK@UUQS;5rpN#OLPBFZwQwcBXREinAsM88B>Qu@Z
zylAEn3%sa^(~j_>Ey(zY7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j${D<9rVtCfsEE^!
z@S-iq_=p!BvuvAq(XC9~$BWh)dW{#=ec}`^>Qssuyr|g<FKUK5V|Y=g6<*Y-6f^l-
zQM{;*h8NX+>M35d*4Wl~QM~B(Zm|DV1@NMmT{m9z;S0r!jym*p6EAAMnfa3uUeqau
z7j-J(MV(49gBNvL;YFQFIfEC?6k>rF6>-`TUbF=nAMv7NmTeO+x|ON>c+pxzukoU~
zPn_aKok}@_7tIu6ffp5V+7Vu~1sNalqGOhA6EC`zsrz`*T0^h#qPkC<;zgZGF@qO1
zTj52`P-hG;>a@a(I+bE3e=CX?)zR>xx=%gDi`E+38ZU|$-QErMzp4OU^s?*5i#~jz
zc+poHI_}^_%{McDGQx{G#qgp|CA_FpDQ57ZPAj~qQz>WgqM1T0@S-A4JHm^$Ambxm
zbj-4C;zhSIbssNUYv?szRQHKfyr@$tXYit#LM-s2B2GKPi?$%+BVKgOvTfo;w=#7f
zFIsEpHC|NriBr6&Qz>TfqGl_+s2S>v;YFQRcu}WP%;axH@uE5!UR3v~r+Cp?V_V}z
z@uJ(i!Twhjz>8jX-FVT5FBC62>d@Csyr}tR=1)d=QKuMQ)Tx9Qbt=USUesxY7j-J-
z3|=%-hy`9$#A!!((H3NU#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7bG*gHLUR1<s
zM|jZ|WPHSnj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qLoiV(q(+V%@REnAW
zttehpN5hNiKJ^qYT5D`;yeM9DdpFqssseb?%dQ(Q`tXI~MPF&?xPuop-^~2U2ruds
z!;3nV@S;won8AxWt?;5wrJTWwW(u*ui;6hy2rt@#jE{KHG0V1z7v0L#eY|L`q1Sj(
z-6u}*qE4lp!HZ@JvA~OpIPC~8+JcOac+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrI^8s
znyv7nW~eiU7j;_UMV(49lfM<ki|S~2QQfDW;zetXZH*Vji*D}*`(IT6FM8Q^<3%67
zP`v1<Lti)XqUM{KKN;agonm-VrxIS&sT4DKQKuDN)Txv+c+pHD7I;w+ryb!%TafV)
zFFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@ewaNX4y9JqFb4|
zj~A^q^cpX!`@|_;)TtCRcu}(zUepYA#_*y}E4-*vDQ5DwqIgjq4KJ$u)Kk1@t+B1~
zqIl8m-C+N#3gAUAyKcPb!xxGdeWjt}4qnuJGxH}Syr@$QFX~jni#nBJ1~2Ng!izeU
zat1G&DZ~OVD&n*wyl4wDKH^2kEZZhtbSqQ$@uIbcUgJe|pE$*fI+bz;FPbUD0xv4!
zv?IJ|3o<_9MaL}LCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2w!({=q0Sgy)M<qmbt=V7
z{#Fz(s-xjWb)R~Q7p*n6HC_}iy1g6he^mjz=w;W97k&6b@uH&+eci;1nr~+QWP}%W
zis40_N_bJHQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB>bC=$K{O#EWia>ONky*3fIb
zsO}S|cu}WP&frBeg;?N4MVxko7i~etN4)5mW!uDyZe{8|UbNQGYrLrL6Q_7lr&7$|
zMa@=tQ8UyT!;3nt@S;won91LY;ze~dyr}L|Pw}F)#<s?b;zhT2gZ-~6fET^&y78h9
zUnpMmm4=Qxcv17s%%6<#qE0cqs8b0q>Qssuyr|O(FX~jv8N6tw5DUDhh|`YnqAkey
zh!-8RY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_$oPmC9kXnkc+ss)
z-N%d88hVWv)qUa=FX~i^8N8_33NLDgI%9ZIrxjk*sT4E$TT#5Ij)oW2ed;M*wAR?x
zcu~CQ_HMBMRR!>(mt8kr^x+G|i;g<<brUaYzM1)x5nj|Oh8J}z;YFQFF@qO%TH!^V
zN;!iU%@ksR7Zq{Z5ni+f86WYYW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SG
zaoQ1Hv;`R-@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%}{3yFY2_yi#nBJ
zCVwl67uC`5qPkB##f#P&+Zr#57v0_s_P?qCUi7l-#*03Dp?J|(8anRaMa?%ee=@?0
zI>qp!P9?mkQz>TfqE0Kks8cCt@S>SQEbyWtPCLSjwjkppUUbZ|ZQ@0@GIbv>T5ISv
zUR3vqQ@p5CDQEDanL;e^q9RT^!i%;b<0D>l%(89bMYl3_A1_*K=rvwc_lZ-ys8cCs
z@S<ibyr>!KjNwI{R(MgTQq1IUMe(9K8eUZQsi%0+T4P(|Me(BByTSff6~K#LcHMZ<
zhc6T_I_l8ZO}wc2X68>ucu}VqUeu|C7j-Jd3|`b}g%@=y<qTdlQ-}p#RK#gVc+nPQ
ze8h{6S+-5Q=vJog<3(!?y~c~`K5>c{bt>fyUNlpP1zuFdX-9a`7G!+Hi;h{gO}yw<
zrtafKYYn}|i|RgciWhY%#SC85Y=sv!L!B|asM88B>QsuE{H-WnR7b;$>OS=pFIsDC
zYrH64bbB}0|EdCb(aWwIFZ%F>;zeI+=(vLyHQ&tq$p|m%6vK-;mGGiYrI^8sI<4@c
zPNkf|i)IS3z>A7F?FcX0f{c%N(J{-mi5K0<)P1~Yt)bU=QQap_@uE(poWYA`3bDY8
zia6~EFWQ2Pk9g5B%eILZ-OAK`ylAbV*LYFgCr<IAPNkT^i<+(QqGqTwh8J~O;YFQF
zF_XU)#f$1_cv0P_p5jGojctt=#fxt52K!%C055vkb>l@JzEHgAs6$^j@uKFNnLiof
zMV(@JQKu4K)TtCRcu}VnUeu|SGkDQVAr^R15vLvDMO%>Z5idGs**5W_Tba6#7p*n)
z8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns^OI%e56@uFLqx{nvFHS`)Us{6z#Ueu`+
zGk8(66<*W~b;j_bPAj~qQz>Thx1xAa9Stw4`_xmsXsxlW@uGOq?cHGis|w&nFS~BM
z=))I^7k#Cn;|^Zbd^7VWBfO|n3@_?b!izeUVg@hjw8D!zm2w6znkmErFDl}+BfMw}
zGCtx($1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^!~!oW;<O{YXbUnv;zh?S+a_Lg
zD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxW1ZUesxY7j-JdO#W6BFRG*AMRlKgiWjXl
zwl!W9FS@-O?0;1Oyy#`ujTe3RLh+)b4t?Fki<)m{{$zv~b&BCdol1C7r&7$|MV(f7
zQKwSQ;6*cqSl~rPoOXm4Z9&FIyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQqJH-Glf{-
zMMa!;gcof=#z(y9m}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=cu_Od8N-V@t?;5w
zrI^XzisD6eG`y(pQ%~`twZ^u_i{eGMcZ2<}Du5Tg?7H!y4__!=^p%E=J9ts^&CH*S
z@S;vJyr@$NFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!@S-iq_=p!BvuvAq(XC9~$BWh)
zdW{#=ec}`^>Qu@ZylAEn3%sa^(~j_>Ey(zY7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j
ziW$79*$OXehB{+-QKuDN)TtCR`CC!EsE&pg)qUzIUbNQO)_768==N@~|5XL>qL*Da
zUi9G$#fy$Q^mP+2YQCBIlM!CjDTWtyD&a+)N-={Mbz0#?ok}@_7tIu6ffp5V+7Vu~
z1sNalqGOhA6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=nAMv7NmTeO+
zx|ON>c+pxzukoU~Pn_aKok}r-7d2bqMa@uW3@_@m!izeUVkUnpiWk+<@S?g;J;jUG
z8rvE#iWlA94femP0ABR6>&A;de4%*JR~kC*;6=?hGk-F|i#o;dqE02es8cCs@S;vD
zyr@$tXYit#LM-s2B2GKPi?$%+BVKgOvTfo;w=#7fFIsEpHC|NriBr6&Qz>WgqM1T0
z@S-A4JHm^$Ambxmbj-4C;zhSIbssNUYv?szRQHKfyr@$tX7HkBE4-)~>Wtw<omO~J
zr&7%1Z$<H<IvQS7_o=6N(OP3$<3;hJ+q=R3R~5jEUUuDh(T6V-FFNYb*G;^r`DW%%
zMtD)D7+%z=gco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WPHSnj#;)%yy#Y@?&C#k
z4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3NU#EXtuwoSa~R;KRbMQaVc#*6Acaf%mp
zD#Z+5)NF+pHA9^-yr|O(FX~i^nf$FNUQ|cJi|Ri06fat9Y-_wIUUYjm*#D{mc+tzQ
z8!!6sh2lkDY3R6v7d79^{K*I}>J-C^I+gIEPNkT^i#o0FqE4lp!HZ@JvA~OpIPC~8
z+JcOac+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWwW(u*ui;6hy2rt@#jE{KHG0V1z
z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@Glmy+TH!^VN->ka6~&9{Xn0ZGr=H?P
zYmIG<7sZQi?*{u{RRAw~*>&SZAHGn$=%_<qH}Rt8o0&fu;YFQdcu}VkUeu`+Gk8&_
z6<*Y-lrwnIOd%F{Q4yyd;YC}J@ewaNX4y9JqFb4|j~A^q^cpX!`@|_;)Txv+c+pHD
z7I;w+ryb!%TafV)FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~HvlU*{40XovqE0Kk
zs8cCs^0%URQ5_90s{7PaylAblt?{CG(e2$}|Emh%MK8N<yy(LhiWhyQq2mr-)O<7Z
zCnLP5Qw%TaRKklom0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|3o<_9MaL}LCSG(aQ}^+r
zwT52fMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDKH^2kEZZhtbSqQ$@uIbcUgJe|pE$*f
zI+bDuFKV{Ji<+U%7+%zAg%@=y#Z3NI6fdfy;YD?ydWsjVHMTWg6fe5H8|;5o0lesC
z*Nqo__(JibqYi!D#EY75X8vS^7j=r^MV(4`QKwSO;6<HQcu}WP&frBeg;?N4MVxko
z7i~etN4)5mW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88c7zvgLB>bC=$K{O
z#EWia>ONky*3fIbsO}S|cu}WP%-}`MR(Me})EUEzI<4@cPNkU1--_Zzbu_%F?o&_k
zqP51h#*5-bw|9g6uPT5Sz3jU2q7PpvUi6iQjyrf!^UchkjPRmPF}$c#2`}nYiW$79
z(+V%@RLU8=Xr>Sgyr_uNj_{%_$oPmC9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw
z5DUDhh|`YnqAkeyh!-8RY@2w|txVm=i`E)?jThB@;uJ6HREinAsM!iHYKA&vcu}Vn
zUeu`+Gx=Llyr_<b7u9|0DPFYJ*w%Payy*6Bu>VyB@S>MpH(vDN3&o3$I`nlDFKWJ-
z`I8Y|)G3A+bt>USok}r-7j;_UMV(4HgBQ&dVu2SGaoQ1Hv;`R-@uFjvZ4)oLm8tu9
z(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f86WYYW0q|bFS?bf`*_h>L$C3ox=)<q
zMV(49gBLYh;YH0*XACduw8D!zm0~7;D~cD@(eR?WPd&wp)*9OyFNzo4-VOG@ssLW}
zvg^i+K765g(N`Ke?%+kuH#2`S!ize^@S;v7yr@$tX7Hj;E4-*vDQEDanL;e^q9RT^
z!i%;b<0D>l%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt@S>SQEbyWtPCLSjwjkppUUbZ|
zZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8S0GTMV(f7QKwSO<ZngsqB<I0RQIW;
zc+py8TjNFXqT9Q{{#O;ii(Yo!c+rP16fZjJ(AQ18sQG5*PeyoArx;$;se~7GD#Z+5
z)M<qmbt>fyUNlpP1zuFdX-9a`7G!+Hi;h{gO}yw<rtafKYYn}|i|RgciWhY%<qTdl
zQ-}p#RK#gVc+nPQe8h{6S+-5Q=vJog<3(!?y~c~`K5>c{bt=USUes)b7d1njF}$eL
z3NPwZikbYaC|*=Y!;9)Z^%O5!Yiw)0C|-1XH`xEG0(jBOt{X4<@P*<<Uuo#LgBLa5
z%>2m+FX|M-i#nC?qE4ll!HYVr@S;wooWYA`3bDY8ia6~EFWQ2Pk9g5B%eILZ-OAK`
zylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{c%N(J{-mi5K0<)P1~Yt)bU=QQap_
z@uE(pn8Ayht?;5|s56Eabz0#?ok}s2zZJ!c>S%aT-KU=7MQe?1jTgm>Ztn*BUsV7v
zdf9d3MIXLUyy&PyUpMih=9`&68R12pVt7%f5?<7)6f<~Hrxjk*sgyH#(M%y0cu^6j
z9pOb=kns^OI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvDMO%>Z5idGs
z**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_gT@S;vDyr@$tX7ab9cu^e<FRJ_0
zQ@m)cv90l<c+u_MVE?NM;6*RHZoKHj7m62srJ>^vUetUu^Cu&`s8b9t>QusuI+bDu
zFY2_yi#nBZ1}~Z^!~!oW;<O{YXbUnv;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm2w6z
znkmErFDl}+BfMw}GCtx($1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ1}|#1!i$=r&KO?Q
zX@wVcD#c9xRunI)qv1t$pL&WHtu?kaUKB67y&LR*RRO%{W!H@tefUE0qN5Id-NcKU
zZ)W~vgco&+;YFQFcu}WP%-}_xR(MgTQqJH-Glf{-MMa!;gcof=#z(y9m}T3<i*9A=
zK3=re&}+P??h~hYQKwSQ;6*cqSl~rPoOXm4Z9&FIyy%!^+r*1*W$Hd&wARpTyr}LI
zr+87PQq15*%~p6(Gt?Qwi#o0FqE4ll$={0NMRhd1sP0ow@uIcHw#JL%MYnf@{jVy3
z7rpGd@uCl3C|>lHhK@UUQS;5rpN#OLPBFZwQwcBXREinAsM88B>Qu@ZylAEn3%sa^
z(~j_>Ey(zY7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j${D<9rVtCfsEE^!@S-iq_=p!B
zvuvAq(XC9~$BWh)dW{#=ec}`^>Qssuyr|g<FKUK5V|Y=g6<*Y-6f^l-QM{;*h8NX+
z>M35d*4Wl~QM~B(Zm|DV1@NMmT{m9z;S0r!jym*p6EAAMnfa3uUeqau7j-J(MV(49
zgBNvL;YFQFIfEC?6k>rF6>-`TUbF=nAMv7NmTeO+x|ON>c+pxzukoU~Pn_aKok}@_
z7tIu6ffp5V+7Vu~1sNalqGOhA6EC`zsrz`*T0^h#qPkC<;zgZGF@qO1Tj52`P-hG;
z>a@a(I+bE3e=CX?)zR>xx=%gDi`E+38ZU|$-QErMzp4OU^s?*5i#~jzc+poHI_}^_
z%{McDGQx{G#qgp|CA_FpDQ57ZPAj~qQz>WgqM1T0@S-A4JHm^$Ambxmbj-4C;zhSI
zbssNUYv?szRQHKfyr@$tXYit#LM-s2B2GKPi?$%+BVKgOvTfo;w=#7fFIsEpHC|Nr
ziBr6&Qz>TfqGl_+s2S>v;YFQRcu}WP%;axH@uE5!UR3v~r+Cp?V_V}z@uJ(i!Twhj
zz>8jX-FVT5FBC62>d@Csyr}tR=1)d=QKuMQ)Tx9Qbt=USUesxY7j-J-3|=%-hy`9$
z#A!!((H3NU#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7bG*gHLUR1<sM|jZ|WPHSn
zj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qLoiV(q(+V%@REnAWttehpN5hNi
zKJ^qYT5D`;yeM9DdpFqssseb?%dQ(Q`tXI~MPF&?xPuop-^~2U2ruds!;3nV@S;wo
zn8AxWt?;5wrJTWwW(u*ui;6hy2rt@#jE{KHG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp
z!HZ@JvA~OpIPC~8+JcOac+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrI^8snyv7nW~eiU
z7j;_UMV(49lfM<ki|S~2QQfDW;zetXZH*Vji*D}*`(IT6FM8Q^<3%67P`v1<Lti)X
zqUM{KKN;agonm-VrxIS&sT4DKQKuDN)Txv+c+pHD7I;w+ryb!%TafV)FFIz~Hu0ic
znYxb`tu^!-FRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@ewaNX4y9JqFb4|j~A^q^cpX!
z`@|_;)TtCRcu}(zUepYA#_*y}E4-*vDQ5DwqIgjq4KJ$u)Kk1@t+B1~qIl8m-C+N#
z3gAUAyKcPb!xxGdeWjt}4qnuJGxH}Syr@$QFX~jni#nBJ1~2Ng!izeUat1G&DZ~OV
zD&n*wyl4wDKH^2kEZZhtbSqQ$@uIbcUgJe|pE$*fI+bz;FPbUD0xv4!v?IJ|3o<_9
zMaL}LCSG(aQ}^+rwT52fMRlJz#fv(XVg@g2w!({=q0Sgy)M<qmbt=V7{#Fz(s-xjW
zb)R~Q7p*n6HC_}iy1g6he^mjz=w;W97k&6b@uH&+eci;1nr~+QWP}%Wis40_N_bJH
zQq15*omO~Jr&7+~MKgt1;6+88c7zvgLB>bC=$K{O#EWia>ONky*3fIbsO}S|cu}WP
z&frBeg;?N4MVxko7i~etN4)5mW!uDyZe{8|UbNQGYrLrL6Q_7lr&7$|Ma@=tQ8UyT
z!;3nt@S;won91LY;ze~dyr}L|Pw}F)#<s?b;zhT2gZ-~6fET^&y78h9UnpMmm4=Qx
zcv17s%%6<#qE0cqs8b0q>Qssuyr|O(FX~jv8N6tw5DUDhh|`YnqAkeyh!-8RY@2w|
ztxVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_$oPmC9kXnkc+ss)-N%d88hVWv
z)qUa=FX~i^8N8_33NLDgI%9ZIrxjk*sT4E$TT#5Ij)oW2ed;M*wAR?xcu~CQ_HMBM
zRR!>(mt8kr^x+G|i;g<<brUaYzM1)x5nj|Oh8J}z;YFQFF@qO%TH!^VN;!iU%@ksR
z7Zq{Z5ni+f86WYYW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SGaoQ1Hv;`R-
z@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%}{3yFY2_yi#nBJCVwl67uC`5
zqPkB##f#P&+Zr#57v0_s_P?qCUi7l-#*03Dp?J|(8anRaMa?%ee=@?0I>qp!P9?mk
zQz>TfqE0Kks8cCt@S>SQEbyWtPCLSjwjkppUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5C
zDQEDanL;e^q9RT^!i%;b<0D>l%(89bMYl3_A1_*K=rvwc_lZ-ys8cCs@S<ibyr>!K
zjNwI{R(MgTQq1IUMe(9K8eUZQsi%0+T4P(|Me(BByTSff6~K#LcHMZ<hc6T_I_l8Z
zO}wc2X68>ucu}VqUeu|C7j-Jd3|`b}g%@=y<qTdlQ-}p#RK#gVc+nPQe8h{6S+-5Q
z=vJog<3(!?y~c~`K5>c{bt>fyUNlpP1zuFdX-9a`7G!+Hi;h{gO}yw<rtafKYYn}|
zi|RgciWhY%#SC85Y=sv!L!B|asM88B>QsuE{H-WnR7b;$>OS=pFIsDCYrH64bbB}0
z|EdCb(aWwIFZ%F>;zeI+=(vLyHQ&tq$p|m%6vK-;mGGiYrI^8sI<4@cPNkf|i)IS3
zz>A7F?FcX0f{c%N(J{-mi5K0<)P1~Yt)bU=QQap_@uE(poWYA`3bDY8ia6~EFWQ2P
zk9g5B%eILZ-OAK`ylAbV*LYFgCr<IAPNkT^i<+(QqGqTwh8J~O;YFQFF_XU)#f$1_
zcv0P_p5jGojctt=#fxt52K!%C055vkb>l@JzEHgAs6$^j@uKFNnLiofMV(@JQKu4K
z)TtCRcu}VnUeu|SGkDQVAr^R15vLvDMO%>Z5idGs**5W_Tba6#7p*n)8ZWB*#3^3X
zsgyH#(M%y0cu^6j9pOb=kns^OI%e56@uFLqx{nvFHS`)Us{6z#Ueu`+Gk8(66<*W~
zb;j_bPAj~qQz>Thx1xAa9Stw4`_xmsXsxlW@uGOq?cHGis|w&nFS~BM=))I^7k#Cn
z;|^Zbd^7VWBfO|n3@_?b!izeUVg@hjw8D!zm2w6znkmErFDl}+BfMw}GCtx($1K|>
zUUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^!~!oW;<O{YXbUnv;zh?S+a_LgD^vIJqP2!z
z<3)9!IK_)Pm0|`jYPQ0QnxW1ZUesxY7j-JdO#W6BFRG*AMRlKgiWjXlwl!W9FS@-O
z?0;1Oyy#`ujTe3RLh+)b4t?Fki<)m{{$zv~b&BCdol1C7r&7$|MV(f7QKwSQ;6*cq
zSl~rPoOXm4Z9&FIyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQqJH-Glf{-MMa!;gcof=
z#z(y9m}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=cu_Od8N-V@t?;5wrI^XzisD6e
zG`y(pQ%~`twZ^u_i{eGMcZ2<}Du5Tg?7H!y4__!=^p%E=J9ts^&CH*S@S;vJyr@$N
zFX~i^8N8^|3NPwZ${D<9rVtCfsEE^!@S-iq_=p!BvuvAq(XC9~$BWh)dW{#=ec}`^
z>Qu@ZylAEn3%sa^(~j_>Ey(zY7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#jiW$79*$OXe
zhB{+-QKuDN)TtCR`CC!EsE&pg)qUzIUbNQO)_768==N@~|5XL>qL*DaUi9G$#fy$Q
z^mP+2YQCBIlM!CjDTWtyD&a+)N-={Mbz0#?ok}@_7tIu6ffp5V+7Vu~1sNalqGOhA
z6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=nAMv7NmTeO+x|ON>c+pxz
zukoU~Pn_aKok}r-7d2bqMa@uW3@_@m!izeUVkUnpiWk+<@S?g;J;jUG8rvE#iWlA9
z4femP0ABR6>&A;de4%*JR~kC*;6=?hGk-F|i#o;dqE02es8cCs@S;vDyr@$tXYit#
zLM-s2B2GKPi?$%+BVKgOvTfo;w=#7fFIsEpHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$
zAmbxmbj-4C;zhSIbssNUYv?szRQHKfyr@$tX7HkBE4-)~>Wtw<omO~Jr&7%1Z$<H<
zIvQS7_o=6N(OP3$<3;hJ+q=R3R~5jEUUuET|NFmxzPbJSumAe_mDZd8h+iF^e>3OJ
zzs}wN^r#enNIO4K{-D3vU;M>i{F#6F$G`Zm|C^Cn{@6GFw?Fv5|KT(LzyJ4t`nUi7
z$NmxHU+|l~=x_h_Z~vedqyCwnFF>6x{%ss8=}PZ>o6>*f`%d%MtoQw`{TTm_vQm7r
zI*&ibzxaKBsi?%aDSfkio6>#i>3NsVOZ7wl%vt{m->{BK`3EY#P3cSL+m!ATr}bBd
zd;#iWe4EmJ;*@VwPNkgT+f=3yi~4Qq{K-m8a>TbO=N)L@rksDuH_z~G%DH{MO*xff
zCVoKXo4GE=w<+DHoyNDRw#j2F5S93r-m;93e484xv`xNEwIKSDZ&SKYobqkTsT4DO
zn{rxx`M0S*{^LImFM4$Gn_BE||MqVWxjE?W&A$%+bPD`L3gAV5BH91(KJ@o~@Au9(
zw_p3UU#ov?VExls;1_=37m{w`MMq`&{^o!DpZup8`Jew6|K<CCLG!Qhvp@UK@^gRd
zw|?uV^9|%*6$L0j0SZun0u-PC1t>rP3Q&Lo6rcbFC_n)UP=Epypa2CZKmiI+fC3cw
zh5~=|M}LGD{l^n){FOhb0ABQiF3b6s`UijT2j`pHZ~Vq@od2%-H~$g;v4Zoz5c=j{
z=k9-c{jXU&|8bQc^f&uUzw}E<3h|<*!~CIRKMh{=cYf!0{1>DC*T0`XkDdQii~rC4
z!pZp0i1BSoU;R7Zru1L=zSH<0(>Y&y_x-K?82^sqe;F-*U_8-&jDPX_{!;N@qQW<G
zeY5pH%6is%_{&e@e@y3x{+aXJqUAU9_)c}cYkgaRAN2Rjw<#wV-=>^OF~hehrxo9(
zoJu(p-^}?lX9gJ;@uP9HIzIr8Gi*kI^KT%WQ2d!wzYp=vJl?4Df1iJ=O3#1!X@uh2
zlzt8PHl_R2)AQd4#kZ*%WL)!YYRocj=C2$0W<K`G&HVrM&VpYzWR`Iezi!~qoMW8a
zj6ZYcdzJevUJLMT>b1$Zldlusrp7*XlW$YC#<u?QZ&QEzr+<nUb?g~4*B8KxUUtQQ
z_=kUZzPbJ8Z~o@{e_!$cO`Jccz5kcG_^(iZ(R2RY<{$KT`pduk%XrZr>OX(z{7=e@
z{^&<P%FF%LU;Wj8Z~x<WfA@F)UHQkcruILz5B~X||M?GkAwO|A{>*>=tow=o;vf6h
zT>l-^Q|z(N{lpLYtH1iI^RxDmGoSb`{;_|}fAcqgQ~#}rzy9mLe(a+^@q>aG{l#DW
z#V7uYf9zj#{kJC0uf`tx+)w<Vzx>O;JYRr6^v|51_;>owzvlCOseYR}-?iTPt6l%k
zjo;m$SL^z}(|7&`<G1$lUY&1Q@BF2%|L30nFYkon&z$<A<IkM=o$CA#SLyjLKMmG?
zqJ4P>{kI=K8plg@egM?NUw(T24TKYlKXdBWApXpm-=_ZV@BU8DfB9*I;zwis8pMyr
z(dzu$>3aCfPvbwO%bz**YY>0t%x_bF|M!2d=fC;%#EDS+nNz<8@n_Cx#cxG*tN5)b
zf9BMc;?JD<ZAuS+`RVziW`yF;occ}3*Xb<yt*CAlzZK=roVrp{?ej)`;crF%?9cuz
zyy*My3IBWa`c32Xr@R1O^r!rSe(1kEyyy=t_U3&2WE6i$`=P(P$BX_@{Q3W5{wL){
z6N~-?7k~06fAZ$*{nP(X$BR05gco%x#SC85X@wVcD&-7bG*gHLUR1<sM|jZ|WPHSn
zj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3NU#EXtuw$1prh4G?W
zpV-HX>OS=pFIsDCYrN=I=5-%0`r2gN!HbSr#!bBFn5AvvMOzT@h!+)c>QVfeGyZS9
zXf5-)#*4l-dELQ_;zeKI3U<D*0ABR6OUH{oe4%(z({TRk|M0J>oc!Pa@c%LYiEobK
zMIZi(c=+S+qE2wUs8cCs@S;vDyr@$tXYit#LM-s2B2GKPi?$%+BVKgOvTfo;w=#7f
zFIsEpHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$Ambxmbj-4C;zhSIbssNUYv?szRQHKf
zyr@$tX7HkBE4-)~>Wtw<omO~Jr&7$|Ma@=tQ8UyT!;3nt@S=E8=RINO`T}^-%dQwN
z`tXI~MNQ9%7p+|OnKl3Yq7Q#J_^JIkyr_RQcu}VnUeu|SGkDQVAr^R15vLvDMO%>Z
z5idGs**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns^OI%e56@uFLq
zx{nvFHS`)Us{6z#Ueu`+Gk8(66<*W~b;j_bPAj~qQz>TfqGl_+s2S>v;YFQRcu~Bl
z^PVtseF41aWmk+BefUE0qIl7<Koz0?<e&WLXaCuM^uYi5(LepC^>gu}4}UlKsr@*-
zsDCwhQKuDN)Txv+c+pHD7I;w+ryb!%TafV)FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj6
zlrwnIOd%F{Q4yyd;YC}J@ewaNX4y9JqFb4|j~A^q^cpX!`@|_;)TtCRcu}(zUepYA
z#_*y}E4-*vDQ57ZW-Gj?8S0GTMV(f7QM{=0o-lKL0lesCSBw{Z_(Jibqn3Q#{O13D
z(SP}G{_Sg!e~g{~^*{Wdc+rQy1AN5C;YIyx!izes@S;wooWYA`3bDY8ia6~EFWQ2P
zk9g5B%eILZ-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{c%N(J{-mi5K0<
z)P1~Yt)bU=QQap_@uE(pn8Ayht?;5|s56Eabz0#?ok}r-7d2bqMa@uW3@_@m!i(ZX
zo%e*9>kHsTFS}yA=))I^7d71@UepZr&KO?w;V=JB`8d3&e^Yo-rxjk*sgyH#(M%y0
zcu^6j9pOb=kns^OI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvDMO%>Z
z5idGs**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_gT@S;vDyr@$tX7HkBE4-)~
z>Wtw<omO~Jyr}b@FmrtYyy#_Dj2C_QLh+)eZ^Vn5q23w8i$472|0y4b7xixnFY2_y
zi#nBZ1}~Z^!~!oW;<O{YXbUnv;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm2w6znkmEr
zFDl}+BfMw}GCtx($1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ1}|#1!i$=r&KO?QX@wVc
zD#Z+5)NF+pHA9^-yr|O(FNzm+-V<i7FMt=l?27TC4__!=)bx#bQ8Uy#V|dYrzx+St
z<M5*XP2okIR(MgTQqJH-Glf{-MMa!;gcof=#z(y9m}T3<i*9A=K3=re&}+P??h~hY
zQKwSQ;6*cqSl~rPoOXm4Z9&FIyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQq15*%~p6(
zGt?Qwi#o0FqE4ll!Hb%$@S<j@Glmy+TH!_UqRxB5%=HEEqL*DUUi9G$#fzH05ie?n
zdS?tT`tX<kr+ge<)W0dbsM88B>Qu@ZylAEn3%sa^(~j_>Ey(zY7ag-~n|RT!Ox?$e
z)*5<^7u9{@6ff#j${D<9rVtCfsEE^!@S-iq_=p!BvuvAq(XC9~$BWh)dW{#=ec}`^
z>Qssuyr|g<FKUK5V|Y=g6<*Y-6f<~HvlU*{40XovqE0KkC|=ZgPnfyB0ABR6E5?gH
ze4%(z(>LNp%~0=*;YA<*^8b{N!;AVig%@>N;YFQFIfEC?6k>rF6>-`TUbF=nAMv7N
zmTeO+x|ON>c+pxzukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sNalqGOhA6EC`zsrz`*
zT0^h#qPkC<;zgZGF@qO1Tj52`P-hG;>a@a(I+bDuFKV{Ji<+U%7+%zAg%`z(I`0WH
z*B8KxUUtQJ(T6V-FKYTmyr>!KoiV)V!(aZN@^N@k|EBPwPAj~qQz>WgqM1T0@S-A4
zJHm^$Ambxmbj-4C;zhSIbssNUYv?szRQHKfyr@$tXYit#LM-s2B2GKPi?$%+BVKgO
zvTfo;w=#7fFIsEpHC|NriBr6&Qz>TfqGl_+s2S>v;YFQRcu}WP%-}`MR(Me})EUEz
zI<4@ccv0s)VdnY*c+tzQ7%%$ph2lj`--s7AL%lPG7k&84|5H8=FY4bEUesxY7j-J-
z3|=%-hy`9$#A!!((H3NU#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7bG*gHLUR1<s
zM|jZ|WPHSnj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qLoiV(q(+V%@REinA
zsM!iHYKA&vcu}VnUKB6tyeG_DUjQ$9*%jkOAHGn$sOcN=qGqUf#_*yKfBApP$Kgf&
zo5G7at?;5wrJTWwW(u*ui;6hy2rt@#jE{KHG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp
z!HZ@JvA~OpIPC~8+JcOac+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrI^8snyv7nW~eiU
z7j;_UMV(49gBLYh;YH0*XACduw8D$xMV<GAnd=MSMK8Nzyy(LhiWfC~BVN=D_0AYx
z^x-f6Px&~!sDD#<QKuDN)Txv+c+pHD7I;w+ryb!%TafV)FFIz~Hu0icnYxb`tu^!-
zFRJ^*DPGj6lrwnIOd%F{Q4yyd;YC}J@ewaNX4y9JqFb4|j~A^q^cpX!`@|_;)TtCR
zcu}(zUepYA#_*y}E4-*vDQ57ZW-Gj?8S0GTMV(f7QM{=0o-lKL0lesCSBw{Z_(Jib
zrf<ZHnxWnq!;3!r<^L%khZps43NPxk!izeUat1G&DZ~OVD&n*wyl4wDKH^2kEZZht
zbSqQ$@uIbcUgJe|pE$*fI+bz;FPbUD0xv4!v?IJ|3o<_9MaL}LCSG(aQ}^+rwT52f
zMRlJz#fv(XVg@g2w!({=q0Sgy)M<qmbt=USUes)b7d1njF}$eL3NMNmb>0(Zt}lQW
zz3htdq7PpvUexrBcu_OdJ7aj!hrj$k<>T<8{!QUUomO~Jr&7+~MKgt1;6+88c7zvg
zLB>bC=$K{O#EWia>ONky*3fIbsO}S|cu}WP&frBeg;?N4MVxko7i~etN4)5mW!uDy
zZe{8|UbNQGYrLrL6Q_7lr&7$|Ma@=tQ8UyT!;3nt@S;won8Ayht?;5|s56Eabz0#?
z@uJRq!p!vr@S>MpF<$iH3&o3?z7a2KhI(fVFZ%G8|EGK$Uev!Syr|O(FX~jv8N6tw
z5DUDhh|`YnqAkeyh!-8RY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_
z$oPmC9kXnkc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDgI%9ZIrxjk*sT4DKQL`0Z
z)C_gT@S;vDyeMAOc~6+Rz5rhIvMa`mK765gQPVf#Ma@v}jNwHe{__8nkHd@lH-#5<
zTH!^VN;!iU%@ksR7Zq{Z5ni+f86WYYW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&d
zVu2SGaoQ1Hv;`R-@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%}{3yFY2_y
zi#nBJ1}|#1!i$=r&KO?QX@wWXi#qQKGuIcui(Yocc+rP16fbJ}M!cvQ>YXvX=)+(B
zpYm~dQU9j!qE0Kks8cCt@S>SQEbyWtPCLSjwjkppUUbZ|ZQ@0@GIbv>T5ISvUR3vq
zQ@p5CDQEDanL;e^q9RT^!i%;b<0D>l%(89bMYl3_A1_*K=rvwc_lZ-ys8cCs@S<ib
zyr>!KjNwI{R(MgTQq15*%~p6(Gt?Qwi#o0FqIgl~Jz?hh0(jBOt{5-+@P*<<P2Y$Y
zHAB5Kh8KPK%l}h84lnB86kgP6g%@=y<qTdlQ-}p#RK#gVc+nPQe8h{6S+-5Q=vJog
z<3(!?y~c~`K5>c{bt>fyUNlpP1zuFdX-9a`7G!+Hi;h{gO}yw<rtafKYYn}|i|Rgc
ziWhY%#SC85Y=sv!L!B|asM88B>Qssuyr|g<FKUK5V|Y=g6<!oC>bxh+Twee$df64@
zMIXLUyr}6L@uFs^cgFCd4}bZ8%E#eF{hPvzI<4@cPNkf|i)IS3z>A7F?FcX0f{c%N
z(J{-mi5K0<)P1~Yt)bU=QQap_@uE(poWYA`3bDY8ia6~EFWQ2Pk9g5B%eILZ-OAK`
zylAbV*LYFgCr<IAPNkT^i<+(QqGqTwh8J~O;YFQFF@qO1Tj52`P-hG;>a@a(;zgbJ
zgqiCL;6*RHV!Y_X7m61(eIs7f4E4?!Ui9HF|4;ciyr_Rucu}VnUeu|SGkDQVAr^R1
z5vLvDMO%>Z5idGs**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns^O
zI%e56@uFLqx{nvFHS`)Us{6z#Ueu`+Gk8(66<*W~b;j_bPAj~qQz>TfqGl_+s2S>v
z;YFQRcu~Bl^PVtseF41aWmk+BefUE0qNZ=ei<+U{8N-V{{N?{CABPw9ZwfE!w8D!z
zm2w6znkmErFDl}+BfMw}GCtx($1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^!~!oW
z;<O{YXbUnv;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxW1ZUesxY7j-Jd
z3|`c1g%>qLoiV(q(+V$&7j@nfX09)Q7rpF?@uCl3C|=a`jd)Qr)H`E%(TBhMKjq`_
zqW(?cMV(f7QKwSQ;6*cqSl~rPoOXm4Z9&FIyy%!^+r*1*W$Hd&wARpTyr}LIr+87P
zQqJH-Glf{-MMa!;gcof=#z(y9m}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=cu_Od
z8N-V@t?;5wrI^8snyv7nW~eiU7j;_UMe(A}d&1211@NMmT`^wt;S0r!n!XV)YKD4e
z3@`fdm;a}H9A4DFDZHrD3NPwZ${D<9rVtCfsEE^!@S-iq_=p!BvuvAq(XC9~$BWh)
zdW{#=ec}`^>Qu@ZylAEn3%sa^(~j_>Ey(zY7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j
ziW$79*$OXehB{+-QKuDN)TtCRcu}(zUepYA#_*y}E4(OP)Ok;sxxN5i^s+0)i#~jz
zcu~_g;zi9+?~LI^AO7<Hl#j!U`Zt9abz0#?ok}@_7tIu6ffp5V+7Vu~1sNalqGOhA
z6EC`zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=nAMv7NmTeO+x|ON>c+pxz
zukoU~Pn_aKok}r-7d2bqMa@uW3@_@m!izeUVg@g2w!({=q0Sgy)M<qm#fv)c2{YFh
zz>8jX#dy(&FBC6o`bNB{8S0%eyy(MU{-5%3cv1hR@S;vDyr@$tXYit#LM-s2B2GKP
zi?$%+BVKgOvTfo;w=#7fFIsEpHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$Ambxmbj-4C
z;zhSIbssNUYv?szRQHKfyr@$tX7HkBE4-)~>Wtw<omO~Jr&7$|Ma@=tQ8UyT!;3nt
z@S=E8=RINO`T}^-%dQwN`tXI~MNQv`7d1n@Glmy^_{;xOJ`OMH-xOZdX@wVcD&-7b
zG*gHLUR1<sM|jZ|WPHSnj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!(
z(H3NU#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD#Z+5)NF+pHA9^-yr|O(FX~i^8N8_3
z3NLDgI%9ZIrxjilFY3G}%v@gpFM8P(<3%67P`s$=8}XuMsCUNjq7Q%hf6B+<Mg5z?
zi#o0FqE4lp!HZ@JvA~OpIPC~8+JcOac+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWw
zW(u*ui;6hy2rt@#jE{KHG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@Glmy+
zTH!^VN-={MHCy3D%}{3yFY2_yi{eF{_k@}23*bdByJEcP!xxGdHGLyq)C~2`7+&<@
zFaJ;ZIJ~HTQ+QFQ6<*Y-lrwnIOd%F{Q4yyd;YC}J@ewaNX4y9JqFb4|j~A^q^cpX!
z`@|_;)Txv+c+pHD7I;w+ryb!%TafV)FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~H
zvlU*{40XovqE0Kks8cCs@S<ibyr>!KjNwI{R(MgosPmpMbA184=w(-o7k&6b@uH@0
z#EY7t-WkJ-KK$kXDIbRy^=}F<>a@a(I+bz;FPbUD0xv4!v?IJ|3o<_9MaL}LCSG(a
zQ}^+rwT52fMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDKH^2kEZZhtbSqQ$@uIbcUgJe|
zpE$*fI+bDuFKV{Ji<+U%7+%zAg%@=y#SC85Y=sv!L!B|asM88BiWha>6K1Y2fET^&
zit(ZkUnpMG^o@8?Gt@g{c+rQy{6FR6@S^@r;YFQRcu}WP&frBeg;?N4MVxko7i~et
zN4)5mW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88c7zvgLB>bC=$K{O#EWia
z>ONky*3fIbsO}S|cu}WP%-}`MR(Me})EUEzI<4@cPNkT^i<+(QqGqTwh8J~O;YIPH
z&U?bl^#$;vmt8Sl^x+G|i<-U>FKUK*XACd;@R$Fmd>mfXzbU+^(+V%@RLU8=Xr>Sg
zyr_uNj_{%_$oPmC9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkey
zh!-8RY@2w|txVm=i`E)?jThB@;uJ6HREinAsM!iHYKA&vcu}VnUeu`+Gk8(66<*W~
zb;j_bPAj}9UetL{n7O_HUi7jn#*03Dp?Fc#H{wOjQ16W4MIZk1|CEozi~2W(7j;_U
zMV(4HgBQ&dVu2SGaoQ1Hv;`R-@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR
z7Zq{Z5ni+f86WYYW0q|bFS?bf`*_h>L$C3ox=)<qMV(49gBLYh;YH0*XACduw8D!z
zm0|`jYPQ0QnxW1ZUesxY7sZP@?+G*47r={NcExznhc6T_YWhaJs2S>=F}&!*U;dx+
zad=VxrtqRpE4-*vDQEDanL;e^q9RT^!i%;b<0D>l%(89bMYl3_A1_*K=rvwc_lZ-y
zs8cCt@S>SQEbyWtPCLSjwjkppUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?
z8S0GTMV(f7QKwSO;6=?=cu_Od8N-V@t?;6FQRh8j=K2D7(aWwFFZ%F>;zdp0h!-_O
zy)%XvefZ1&Q$7wa>faPz)M<qmbt>fyUNlpP1zuFdX-9a`7G!+Hi;h{gO}yw<rtafK
zYYn}|i|RgciWhY%<qTdlQ-}p#RK#gVc+nPQe8h{6S+-5Q=vJog<3(!?y~c~`K5>c{
zbt=USUes)b7d1njF}$eL3NPwZiW$79*$OXehB{+-QKuDN6ff$$C(K-5055vk72`!8
zzEHfV=^OE)W~g_@@S+cY`G3mC;YIzM!izes@S;wooWYA`3bDY8ia6~EFWQ2Pk9g5B
z%eILZ-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{c%N(J{-mi5K0<)P1~Y
zt)bU=QQap_@uE(pn8Ayht?;5|s56Eabz0#?ok}r-7d2bqMa@uW3@_@m!i(ZXo%e*9
z>kHsTFS}yA=))I^7d3q&UepZr&KO?w;V=JB`8d3&e^Yo-rxjk*sgyH#(M%y0cu^6j
z9pOb=kns^OI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvDMO%>Z5idGs
z**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_gT@S;vDyr@$tX7HkBE4-)~>Wtw<
zomO~Jyr}b@FmrtYyy#_Dj2C_QLh+)eZ^Vn5q23w8i$472|0y4b7xixnFY2_yi#nBZ
z1}~Z^!~!oW;<O{YXbUnv;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm2w6znkmErFDl}+
zBfMw}GCtx($1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ1}|#1!i$=r&KO?QX@wVcD#Z+5
z)NF+pHA9^-yr|O(FNzm+-V<i7FMt=l?27TC4__!=)bx#bQ8Uy#V|dYrzx+St<M5*X
zP2okIR(MgTQqJH-Glf{-MMa!;gcof=#z(y9m}T3<i*9A=K3=re&}+P??h~hYQKwSQ
z;6*cqSl~rPoOXm4Z9&FIyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQq15*%~p6(Gt?Qw
zi#o0FqE4ll!Hb%$@S<j@Glmy+TH!_UqRxB5%=HEEqL*DUUi9G$#fzH05ie?ndS?tT
z`tX<kr+ge<)W0dbsM88B>Qu@ZylAEn3%sa^(~j_>Ey(zY7ag-~n|RT!Ox?$e)*5<^
z7u9{@6ff#j${D<9rVtCfsEE^!@S-iq_=p!BvuvAq(XC9~$BWh)dW{#=ec}`^>Qssu
zyr|g<FKUK5V|Y=g6<*Y-6f<~HvlU*{40XovqE0KkC|=ZgPnfyB0ABR6E5?gHe4%(z
z(>LNp%~0=*;YA<*^8b{N!;AVig%@>N;YFQFIfEC?6k>rF6>-`TUbF=nAMv7NmTeO+
zx|ON>c+pxzukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sNalqGOhA6EC`zsrz`*T0^h#
zqPkC<;zgZGF@qO1Tj52`P-hG;>a@a(I+bDuFKV{Ji<+U%7+%zAg%`z(I`0WH*B8Kx
zUUtQJ(T6V-FKYTmyr>!KoiV)V!(aZN@^N@k|EBPwPAj~qQz>WgqM1T0@S-A4JHm^$
zAmbxmbj-4C;zhSIbssNUYv?szRQHKfyr@$tXYit#LM-s2B2GKPi?$%+BVKgOvTfo;
zw=#7fFIsEpHC|NriBr6&Qz>TfqGl_+s2S>v;YFQRcu}WP%-}`MR(Me})EUEzI<4@c
zcv0s)VdnY*c+tzQ7%%$ph2lj`--s7AL%lPG7k&84|5H8=FY4bEUesxY7j-J-3|=%-
zhy`9$#A!!((H3NU#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD&-7bG*gHLUR1<sM|jZ|
zWPHSnj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-Jd3|`c1g%>qLoiV(q(+V%@REinAsM!iH
zYKA&vcu}VnUKB6tyeG_DUjQ$9*%jkOAHGn$sOcN=qGqUf#_*yKfBApP$Kgf&o5G7a
zt?;5wrJTWwW(u*ui;6hy2rt@#jE{KHG0V1z7v0L#eY|L`q1Sj(-6u}*qE4lp!HZ@J
zvA~OpIPC~8+JcOac+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrI^8snyv7nW~eiU7j;_U
zMV(49gBLYh;YH0*XACduw8D$xMV<GAnd=MSMK8Nzyy(LhiWfC~BVN=D_0AYx^x-f6
zPx&~!sDD#<QKuDN)Txv+c+pHD7I;w+ryb!%TafV)FFIz~Hu0icnYxb`tu^!-FRJ^*
zDPGj6lrwnIOd%F{Q4yyd;YC}J@ewaNX4y9JqFb4|j~A^q^cpX!`@|_;)TtCRcu}(z
zUepYA#_*y}E4-*vDQ57ZW-Gj?8S0GTMV(f7QM{=0o-lKL0lesCSBw{Z_(Jibrf<ZH
znxWnq!;3!r<^L%khZps43NPxk!izeUat1G&DZ~OVD&n*wyl4wDKH^2kEZZhtbSqQ$
z@uIbcUgJe|pE$*fI+bz;FPbUD0xv4!v?IJ|3o<_9MaL}LCSG(aQ}^+rwT52fMRlJz
z#fv(XVg@g2w!({=q0Sgy)M<qmbt=USUes)b7d1njF}$eL3NMNmb>0(Zt}lQWz3htd
zq7PpvUexrBcu_OdJ7aj!hrj$k<>T<8{!QUUomO~Jr&7+~MKgt1;6+88c7zvgLB>bC
z=$K{O#EWia>ONky*3fIbsO}S|cu}WP&frBeg;?N4MVxko7i~etN4)5mW!uDyZe{8|
zUbNQGYrLrL6Q_7lr&7$|Ma@=tQ8UyT!;3nt@S;won8Ayht?;5|s56Eabz0#?@uJRq
z!p!vr@S>MpF<$iH3&o3?z7a2KhI(fVFZ%G8|EGK$Uev!Syr|O(FX~jv8N6tw5DUDh
zh|`YnqAkeyh!-8RY@2w|txVm=i`E)?jThB@;uJ6HRLU8=Xr>Sgyr_uNj_{%_$oPmC
z9kXnkc+ss)-N%d88hVWv)qUa=FX~i^8N8_33NLDgI%9ZIrxjk*sT4DKQL`0Z)C_gT
z@S;vDyeMAOc~6+Rz5rhIvMa`mK765gQPVf#Ma@v}jNwHe{__8nkHd@lH-#5<TH!^V
zN;!iU%@ksR7Zq{Z5ni+f86WYYW0q|bFS?bf`*_h>L$C3ox=)<qMV(4HgBQ&dVu2SG
zaoQ1Hv;`R-@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN-={MHCy3D%}{3yFY2_yi#nBJ
z1}|#1!i$=r&KO?QX@wWXi#qQKGuIcui(Yocc+rP16fbJ}M!cvQ>YXvX=)+(BpYm~d
zQU9j!qE0Kks8cCt@S>SQEbyWtPCLSjwjkppUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5C
zDQEDanL;e^q9RT^!i%;b<0D>l%(89bMYl3_A1_*K=rvwc_lZ-ys8cCs@S<ibyr>!K
zjNwI{R(MgTQq15*%~p6(Gt?Qwi#o0FqIgl~Jz?hh0(jBOt{5-+@P*<<P2Y$YHAB5K
zh8KPK%l}h84lnB86kgP6g%@=y<qTdlQ-}p#RK#gVc+nPQe8h{6S+-5Q=vJog<3(!?
zy~c~`K5>c{bt>fyUNlpP1zuFdX-9a`7G!+Hi;h{gO}yw<rtafKYYn}|i|RgciWhY%
z#SC85Y=sv!L!B|asM88B>Qssuyr|g<FKUK5V|Y=g6<!oC>bxh+Twee$df64@MIXLU
zyr}6L@uFs^cgFCd4}bZ8%E#eF{hPvzI<4@cPNkf|i)IS3z>A7F?FcX0f{c%N(J{-m
zi5K0<)P1~Yt)bU=QQap_@uE(poWYA`3bDY8ia6~EFWQ2Pk9g5B%eILZ-OAK`ylAbV
z*LYFgCr<IAPNkT^i<+(QqGqTwh8J~O;YFQFF@qO1Tj52`P-hG;>a@a(;zgbJgqiCL
z;6*RHV!Y_X7m61(eIs7f4E4?!Ui9HF|4;ciyr_Rucu}VnUeu|SGkDQVAr^R15vLvD
zMO%>Z5idGs**5W_Tba6#7p*n)8ZWB*#3^3XsgyH#(M%y0cu^6j9pOb=kns^OI%e56
z@uFLqx{nvFHS`)Us{6z#Ueu`+Gk8(66<*W~b;j_bPAj~qQz>TfqGl_+s2S>v;YFQR
zcu~Bl^PVtseF41aWmk+BefUE0qNZ=ei<+U{8N-V{{N?{CABPw9ZwfE!w8D!zm2w6z
znkmErFDl}+BfMw}GCtx($1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^!~!oW;<O{Y
zXbUnv;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxW1ZUesxY7j-Jd3|`c1
zg%>qLoiV(q(+V$&7j@nfX09)Q7rpF?@uCl3C|=a`jd)Qr)H`E%(TBhMKjq`_qW(?c
zMV(f7QKwSQ;6*cqSl~rPoOXm4Z9&FIyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQqJH-
zGlf{-MMa!;gcof=#z(y9m}T3<i*9A=K3=re&}+P??h~hYQKwSO;6=?=cu_Od8N-V@
zt?;5wrI^8snyv7nW~eiU7j;_UMe(A}d&1211@NMmT`^wt;S0r!n!XV)YKD4e3@`fd
zm;a}H9A4DFDZHrD3NPwZ${D<9rVtCfsEE^!@S-iq_=p!BvuvAq(XC9~$BWh)dW{#=
zec}`^>Qu@ZylAEn3%sa^(~j_>Ey(zY7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#jiW$79
z*$OXehB{+-QKuDN)TtCRcu}(zUepYA#_*y}E4(OP)Ok;sxxN5i^s+0)i#~jzcu~_g
z;zi9+?~LI^AO7<Hl#j!U`Zt9abz0#?ok}@_7tIu6ffp5V+7Vu~1sNalqGOhA6EC`z
zsrz`*T0^h#qPkC<;zgZGIfEC?6k>rF6>-`TUbF=nAMv7NmTeO+x|ON>c+pxzukoU~
zPn_aKok}r-7d2bqMa@uW3@_@m!izeUVg@g2w!({=q0Sgy)M<qm#fv)c2{YFhz>8jX
z#dy(&FBC6o`bNB{8S0%eyy(MU{-5%3cv1hR@S;vDyr@$tXYit#LM-s2B2GKPi?$%+
zBVKgOvTfo;w=#7fFIsEpHC|NriBr6&Qz>WgqM1T0@S-A4JHm^$Ambxmbj-4C;zhSI
zbssNUYv?szRQHKfyr@$tX7HkBE4-)~>Wtw<omO~Jr&7$|Ma@=tQ8UyT!;3nt@S=E8
z=RINO`T}^-%dQwN`tXI~MNQv`7d1n@Glmy^_{;xOJ`OMH-xOZdX@wVcD&-7bG*gHL
zUR1<sM|jZ|WPHSnj#;)%yy#Y@?&C#k4ZX&T>OOIb7j-J-3|=%-hy`9$#A!!((H3NU
z#EXtuwoSa~R;KRbMQaVc#*6Acaf%mpD#Z+5)NF+pHA9^-yr|O(FX~i^8N8_33NLDg
zI%9ZIrxjilFY3G}%v@gpFM8P(<3%67P`s$=8}XuMsCUNjq7Q%hf6B+<Mg5z?i#o0F
zqE4lp!HZ@JvA~OpIPC~8+JcOac+oM-wuu+r%G7<lXsw~wcv0OaPVu5nrJTWwW(u*u
zi;6hy2rt@#jE{KHG0V1z7v0L#eY|L`q1Sj(-6u}*qE4ll!Hb%$@S<j@Glmy+TH!^V
zN-={MHCy3D%}{3yFY2_yi{eF{_k@}23*bdByJEcP!xxGdHGLyq)C~2`7+&<@FaJ;Z
zIJ~HTQ+QFQ6<*Y-lrwnIOd%F{Q4yyd;YC}J@ewaNX4y9JqFb4|j~A^q^cpX!`@|_;
z)Txv+c+pHD7I;w+ryb!%TafV)FFIz~Hu0icnYxb`tu^!-FRJ^*DPGj66f<~HvlU*{
z40XovqE0Kks8cCs@S<ibyr>!KjNwI{R(MgosPmpMbA184=w(-o7k&6b@uH@0#EY7t
z-WkJ-KK$kXDIbRy^=}F<>a@a(I+bz;FPbUD0xv4!v?IJ|3o<_9MaL}LCSG(aQ}^+r
zwT52fMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDKH^2kEZZhtbSqQ$@uIbcUgJe|pE$*f
zI+bDuFKV{Ji<+U%7+%zAg%@=y#SC85Y=sv!L!B|asM88BiWha>6K1Y2fET^&it(Zk
zUnpMG^o@8?Gt@g{c+rQy{6FR6@S^@r;YFQRcu}WP&frBeg;?N4MVxko7i~etN4)5m
zW!uDyZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88c7zvgLB>bC=$K{O#EWia>ONky
z*3fIbsO}S|cu}WP%-}`MR(Me})EUEzI<4@cPNkT^i<+(QqGqTwh8J~O;YIPH&U?bl
z^#$;vmt8Sl^x+G|i<-U>FKUK*XACd;@R$Fmd>mfXzbU+^(+V%@RLU8=Xr>Sgyr_uN
zj_{%_$oPmC9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkeyh!-8R
zY@2w|txVm=i`E)?jThB@;uJ6HREinAsM!iHYKA&vcu}VnUeu`+Gk8(66<*W~b;j_b
zPAj}9UetL{n7O_HUi7jn#*03Dp?Fc#H{wOjQ16W4MIZk1|CEozi~2W(7j;_UMV(4H
zgBQ&dVu2SGaoQ1Hv;`R-@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z
z5ni+f86WYYW0q|bFS?bf`*_h>L$C3ox=)<qMV(49gBLYh;YH0*XACduw8D!zm0|`j
zYPQ0QnxW1ZUesxY7sZP@?+G*47r={NcExznhc6T_YWhaJs2S>=F}&!*U;dx+ad=Vx
zrtqRpE4-*vDQEDanL;e^q9RT^!i%;b<0D>l%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt
z@S>SQEbyWtPCLSjwjkppUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8S0GT
zMV(f7QKwSO;6=?=cu_Od8N-V@t?;6FQRh8j=K2D7(aWwFFZ%F>;zdp0h!-_Oy)%Xv
zefZ1&Q$7wa>faPz)M<qmbt>fyUNlpP1zuFdX-9a`7G!+Hi;h{gO}yw<rtafKYYn}|
zi|RgciWhY%<qTdlQ-}p#RK#gVc+nPQe8h{6S+-5Q=vJog<3(!?y~c~`K5>c{bt=US
zUes)b7d1njF}$eL3NPwZiW$79*$OXehB{+-QKuDN6ff$$C(K-5055vk72`!8zEHfV
z=^OE)W~g_@@S+cY`G3mC;YIzM!izes@S;wooWYA`3bDY8ia6~EFWQ2Pk9g5B%eILZ
z-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{c%N(J{-mi5K0<)P1~Yt)bU=
zQQap_@uE(pn8Ayht?;5|s56Eabz0#?ok}r-7d2bqMa@uW3@_@m!i(ZXo%e*9>kHsT
zFS}yA=))I^7d3q&UepZr&KO?w;V=JB`8d3&e^Yo-rxjk*sgyH#(M%y0cu^6j9pOb=
zkns^OI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvDMO%>Z5idGs**5W_
zTba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_gT@S;vDyr@$tX7HkBE4-)~>Wtw<omO~J
zyr}b@FmrtYyy#_Dj2C_QLh+)eZ^Vn5q23w8i$472|0y4b7xixnFY2_yi#nBZ1}~Z^
z!~!oW;<O{YXbUnv;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}
zGCtx($1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ1}|#1!i$=r&KO?QX@wVcD#Z+5)NF+p
zHA9^-yr|O(FNzm+-V<i7FMt=l?27TC4__!=)bx#bQ8Uy#V|dYrzx+St<M5*XP2okI
zR(MgTQqJH-Glf{-MMa!;gcof=#z(y9m}T3<i*9A=K3=re&}+P??h~hYQKwSQ;6*cq
zSl~rPoOXm4Z9&FIyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQq15*%~p6(Gt?Qwi#o0F
zqE4ll!Hb%$@S<j@Glmy+TH!_UqRxB5%=HEEqL*DUUi9G$#fzH05ie?ndS?tT`tX<k
zr+ge<)W0dbsM88B>Qu@ZylAEn3%sa^(~j_>Ey(zY7ag-~n|RT!Ox?$e)*5<^7u9{@
z6ff#j${D<9rVtCfsEE^!@S-iq_=p!BvuvAq(XC9~$BWh)dW{#=ec}`^>Qssuyr|g<
zFKUK5V|Y=g6<*Y-6f<~HvlU*{40XovqE0KkC|=ZgPnfyB0ABR6E5?gHe4%(z(>LNp
z%~0=*;YA<*^8b{N!;AVig%@>N;YFQFIfEC?6k>rF6>-`TUbF=nAMv7NmTeO+x|ON>
zc+pxzukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sNalqGOhA6EC`zsrz`*T0^h#qPkC<
z;zgZGF@qO1Tj52`P-hG;>a@a(I+bDuFKV{Ji<+U%7+%zAg%`z(I`0WH*B8KxUUtQJ
z(T6V-FKYTmyr>!Kow0xYKmWU*DgXGnpZmH0{PBPM%CG#&lV5}JOR@8#_mdy`ai4`3
z^{)&s>a@a(I+bz;FPbUD0xv4!v?IJ|3o<_9MaL}LCSG(aQ}^+rwT52fMRlJz#fv(X
zat1G&DZ~OVD&n*wyl4wDKH^2kEZZhtbSqQ$@uIbcUgJe|pE$*fI+bDuFKV{Ji<+U%
z7+%zAg%@=y#SC85Y=sv!L!B|asM88BiWha>6K1Y2fET^&it(ZkUnpMG^o@8?Gt@g{
z|MK7bFNKT#WR^ew^FROO*C1Zhsf`zPD#Z+5)M<qmbt>fyUNlpP1zuFdX-9a`7G!+H
zi;h{gO}yw<rtafKYYn}|i|RgciWhY%<qTdlQ-}p#RK#gVc+nPQe8h{6S+-5Q=vJog
z<3(!?y~c~`K5>c{bt=USUes)b7d1njF}$eL3NPwZiW$79*$OXehB{+-QKuDN6ff$$
zC(K-5055vk72`!8zEHfV=^OE)W~g_@@S+cY`G3mC;YIzM!izes@S;wooWYA`3bDY8
zia6~EFWQ2Pk9g5B%eILZ-OAK`ylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{c%N
z(J{-mi5K0<)P1~Yt)bU=QQap_@uE(pn8Ayht?;5|s56Eabz0#?ok}r-7d2bqMa@uW
z3@_@m!i(ZXo%e*9>kHsTFS}yA=))I^7d3q&UepZr&KO?w;V=JB`8d3&e^Yo-rxjk*
zsgyH#(M%y0cu^6j9pOb=kns^OI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R1
z5vLvDMO%>Z5idGs**5W_Tba6#7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_gT@S;vDyr@$t
zX7HkBE4-)~>Wtw<omO~Jyr}b@FmrtYyy#_Dj2C_QLh+)eZ^Vn5q23v5Ui82ErT^|%
z{`=p2;Q#z*Kljgn<{$pS{~rCr--4Wv!;3nVVg@hjw8D!zm2w6znkmErFDl}+BfMw}
zGCtx($1K|>UUVx{_wk~&hF;@Eb)PuJi#nBZ1}~Z^!~!oW;<O{YXbUnv;zh?S+a_Lg
zD^vIJqP2!z<3)9!IK_)Pm0|`jYPQ0QnxW1ZUesxY7j-Jd3|`c1g%>qLoiV(q(+V$&
z7j@nfX09)Q7rpF?@uCl3C|=a`jd)Qr)H`F%i~fiI<Ntc+ujc=A|J(oZU;hIa{TaOI
z!{36OkHd>Pm0|`j>a@a(I+bz;FPbUD0xv4!v?IJ|3o<_9MaL}LCSG(aQ}^+rwT52f
zMRlJz#fv(Xat1G&DZ~OVD&n*wyl4wDKH^2kEZZhtbSqQ$@uIbcUgJe|pE$*fI+bDu
zFKV{Ji<+U%7+%zAg%@=y#SC85Y=sv!L!B|asM88BiWha>6K1Y2fET^&it(ZkUnpMG
zRE2m^Gt@g{c+rQy{6FR6@S^@r;YFQRcu}WP&frBeg;?N4MVxko7i~etN4)5mW!uDy
zZe{8|UbNQGYrLrL6Q_7lr&7+~MKgt1;6+88c7zvgLB>bC=$K{O#EWia>ONky*3fIb
zsO}S|cu}WP%-}`MR(Me})EUEzI<4@cPNkT^i<+(QqGqTwh8J~O;YIPH&U?bl^#$;v
zmt8Sl^x+G|i<-U>FKUK*XACd;@R$Fmd>mfXzbU+^(+V%@RLU8=Xr>Sgyr_uNj_{%_
z$oPmC9kXnkc+ss)-N%d88hVWv)qUa=FX~jv8N6tw5DUDhh|`YnqAkeyh!-8RY@2w|
ztxVm=i`E)?jThB@;uJ6HREinAsM!iHYKA&vcu}VnUeu`+Gk8(66<*W~b;j_bPAj}9
zUetL{n7O_HUi7jn#*03Dp?Fc#H{wOjQ16W4MIZk1|CEozi~2W(7j;_UMV(4HgBQ&d
zVu2SGaoQ1Hv;`R-@uFjvZ4)oLm8tu9(ON^V@uIp<oZ>~DN;!iU%@ksR7Zq{Z5ni+f
z86WYYW0q|bFS?bf`*_h>L$C3ox=)<qMV(49gBLYh;YH0*XACduw8D!zm0|`jYPQ0Q
znxW1ZUesxY7sZP@?+G*47r={NcExznhc6T_YWhaJs2S>=F}&!*U;dx+ad=VxrtqRp
zE4-*vDQEDanL;e^q9RT^!i%;b<0D>l%(89bMYl3_A1_*K=rvwc_lZ-ys8cCt@S>SQ
zEbyWtPCLSjwjkppUUbZ|ZQ@0@GIbv>T5ISvUR3vqQ@p5CDQ57ZW-Gj?8S0GTMV(f7
zQKwSO;6=?=cu_Od8N-V@t?;6FQRh8j=K2D7(aWwFFZ%F>;zdp0h!-_Oy)%XvefZ1&
zQ$7wa>faPz)M<qmbt>fyUNlpP1zuFdX-9a`7G!+Hi;h{gO}yw<rtafKYYn}|i|Rgc
ziWhY%<qTdlQ-}p#RK#gVc+nPQe8h{6S+-5Q=vJog<3(!?y~c~`K5>c{bt=USUes)b
z7d1njF}$eL3NPwZiW$79*$OXehB{+-QKuDN6ff$$C(K-5055vk72`!8zEHfV=^OE)
zW~g_@@S+cY`G3mC;YIzM!izes@S;wooWYA`3bDY8ia6~EFWQ2Pk9g5B%eILZ-OAK`
zylAbV*LYFgCr<IAPNkf|i)IS3z>A7F?FcX0f{c%N(J{-mi5K0<)P1~Yt)bU=QQap_
z@uE(pn8Ayht?;5|s56Eabz0#?ok}r-7d2bqMa@uW3@_@m!i(ZXo%e*9>kHsTFS}yA
z=))I^7d3q&UepZr&KO?w;V=JB`8d3&e^Yo-rxjk*sgyH#(M%y0cu^6j9pOb=kns^O
zI%e56@uFLqx{nvFHS`)Us{6z#Ueu|SGkDQVAr^R15vLvDMO%>Z5idGs**5W_Tba6#
z7p*n)8ZWB*#3^3XsT4DKQL`0Z)C_gT@S;vDyr@$tX7HkBE4-)~>Wtw<omO~Jyr}b@
zFmrtYyy#_Dj2C_QLh+)eZ^Vn5q23w8i$472|0y4b7xixnFY2_yi#nBZ1}~Z^!~!oW
z;<O{YXbUnv;zh?S+a_LgD^vIJqP2!z<3)9!IK_)Pm2w6znkmErFDl}+BfMw}GCtx(
z$1K|>UUVx{_wk~&hF;@Eb)PuJi#nBJ1}|#1!i$=r&KO?QX@wVcD#Z+5)NF+pHA9^-
zyr|O(FNzm+-V<i7FMt=l?27TC4__!=)bx#bQ8Uy#V|dYrzx+St<M5*XP2okIR(MgT
zQqJH-Glf{-MMa!;gcof=#z(y9m}T3<i*9A=K3=re&}+P??h~hYQKwSQ;6*cqSl~rP
zoOXm4Z9&FIyy%!^+r*1*W$Hd&wARpTyr}LIr+87PQq15*%~p6(Gt?Qwi#o0FqE4ll
z!Hb%$@S<j@Glmy+TH!_UqRxB5%=HEEqL*DUUi9G$#fzH05ie?ndS?tT`tX<kr+ge<
z)W0dbsM88B>Qu@ZylAEn3%sa^(~j_>Ey(zY7ag-~n|RT!Ox?$e)*5<^7u9{@6ff#j
z${D<9rVtCfsEE^!@S-iq_=p!BvuvAq(XC9~$BWh)dW{#=ec}`^>Qssuyr|g<FKUK5
zV|Y=g6<*Y-6f<~HvlU*{40XovqE0KkC|=ZgPnfyB0ABR6E5?gHe4%(z(>LNp%~0=*
z;YA<*^8b{N!;AVig%@>N;YFQFIfEC?6k>rF6>-`TUbF=nAMv7NmTeO+x|ON>c+pxz
zukoU~Pn_aKok}@_7tIu6ffp5V+7Vu~1sNalqGOhA6EC`zsrz`*T0^h#qPkC<;zgZG
zF@qO1Tj52`P-hG;>a@a(I+bDuFKV{Ji<+U%7+%zAg%`z(I`0WH*B8KxUUtQJ(T6V-
zFKYTmyr>!KoiV)V!(aZN@^N@k|EBPwPAj~qQz>WgqM1T0@S-A4JHm^$Ambxmbj-4C
z;zhSIbssNUYv?szRQHKfyr@$tXYit#LM-s2B2GKPi?$%+BVKgOvTfo;w=#7fFIsEp
zHC|NriBr6&Qz>TfqGl_+s2S>v;YFQRcu}WP%-}`MR(Me})EUEzI<4@ccv0s)VdnY*
zc+tzQ7%%$ph2lj`--s7AL%lPG7k&84|5H8=FZ%zo_wGU3WmTOfAO$FL7Y30MD-`A8
zG|E+|0h?)@0b8vJDS@cyL1=DbV^=ucGLF(TF}6A}<6XcTC?aYY8X6)q{}7=8{^11(
zkeiBE6c8fBQM@Z-%+}Sl*zR2Wm%n^Z=6=8L<dad6wf0)SlPB}pCr_UI-lyvGcM4zB
zVTCX1P|6IxXrd4WzNmmRjPOMVAmtKYw8S!N;)~A6^nHBMo`$aRMKzz8;)^<zGJ`Lg
zC`5rTD&Pzwe9-|&xx^POvCNwIqBAmmA78Ymp=*3m%_pY#q7J3V;ES59@I_5fEru`Z
zu)-I0C`ATe)MSM(YJzGpd{KuLz9_z^bDfacJpp{tooz9`=;95<7d8Dxd{GnBmKeV1
z;&1<}<#hO>{!ZbGI;`+T9ZH$O7flqRz!w#8h7rE#0Hj>vi<VesO?=TAnZA!N+SAZA
zzNqFCQ+!c}QfBZ)6NM=7MFpH;gfBV(DVO-7C6-weUvx&M@8gU1G<1zGs`<neU(}%#
z8GKQb6~3qms>Sd{9ai|F4yDN8i<+$PMNLpGhA--{!WYFCb*>XKyC;Azy0b0D7hSxe
z_@buYh%ah_+7iPTUHt8TwVV!L)ZZz5QHK@2s6#0;_@aqI6!@Y7&M?9k9e|Wee9;oi
ztcfo=Bh&ZsMSB{$#uwFmVu~;7P|6IxXrd4WzNmmRjPOMVAmtKYw8S!N;)~A6^nHBM
zo`$aRMKzz8;)^<zB7-k#vceZNLA4mZsKW|h)S(m^d{L7XzNiVR#qdQPR`{a$qRw?f
zX7>c}MR&Hv_@aw96kpWz8}UU=P+Ma7qKm)%ua?u{i~2i-FY2(u7j-CQ246H$hyq_!
zz!^sPq63g}i7#4WnKki6XJq<5zGzQF*Z88EPfYPe9ZH$O7flqRz!w#8h7rE#0Hj>v
zi<VesO?=TAnZA!N+SAZAzNqFCQ+!c}Qe^N&O;-4#Ca4y}7j;<Si#n7dgD+~b!WT6`
zwHUsr!wO#%U(~ry$n2f~zUa=j7+-YphT@Bwej~o932I9WUv%-e|J8Cjd{KX=@I@U~
z_@WM_%;1YA3Q^#T3OK_EUvvOcF7ZW6EVCxQ=!{I?#~1Bs=o(*C^NA_Gs6#0;_@aqI
z6!@Y7&M?9k9e|Wee9;oitcfo=Bh&ZsMSB{$#uwFmVu~;7P>Kw`sL2Xn)CARH_@WLg
zd{Ku|Wbj2zR`{YOs20N)by(qx;)^=h37Op!z!%-w7UPR9-cWo|({IEVH9>8O;fpT*
z_P<(AhcD{y6uzj#3SZQrlo@={L?H@%Q2}Qd;foGH$|b&NiDlNr7oCym`}m?g4PE1l
zYCbW=7j-CQ246H$hyq_!z!^sPq63g}i7#4WnKki6XJq<5zGzQF*Z88EPfYPe9ZHeG
z7d2Voi<+QX3}4h?g)iz*iVVJ}$qHZ81l3~rq7Ey3QG8M7Iw7-r0{Egk+hTmt#T$w*
zYWj`%q9&*<F?`X*-~Lz2>F`DUox&G&SmBF0lrn=ankYnpFDl>+BYe>TNV&upEwRj+
z_@Xm1eIH-6r=e?nQOzf&_@WM_%;1YA3Q^#T3OK_EUvvOcF7ZW6EVCxQ=!{I?#~1Bs
z=o(*C^NA_Gs6#0-_@X8&d{Glri{Xnptnfu0N|C`AHCf?{nxI+?U({iRFN!bfTqk69
zPXJ$ZXIqRfx_CqJMNPjEU(^J(C5A7$_}l+#IUT;Jzf<_44l8_7hf-$nMH7W6@I?ij
zVT3O_04bOFq9vAD6JK;jrtjm6_B3>jFRJ;(6kpV#lo@={L?H@%Q2}Qd;foGH$|b&N
ziDlNr7oCym`}m?g4PE1lYCbW=7j-B_24B=<g)eG?YB79KhZVl4Ln$)&q9!YRQ4>^)
z;fp$~@I~=Oo$G|m?g`+F?re+kMHg=<zNqOp;)|M~w#4v77k~R-EvLg5^>+$i)M14$
z>QKrIzG$Kl1-__&GmP*>2O#AVU$n$BYvPN}$n<@D(Vm8`@kKSCnBt2%lrn=ankYnp
zFDl>+BYe>TNV&upEwRj+_@Xm1eIH-6r=e?nQOzf&_@WM_$l!~btnfumP%VZp>afBW
zbtpv!U({rUFKU8nF?>;n6}~9GsB@i=**yV#(VcBEzUbl&#TPaGMto5d)Rq{&=;Ckx
ztL1d~qW(_di#n|EMIB0+!52*wqQDmwaE1}S=m4Z#;)|A8W=(w28JWJ1FWS@4HNL3k
z6H|Oqhf-$nMH7W6@I?ijVT3O_04bOFq9vAD6JK;jrtjm6_B3>jFRJ;(6kpV#6d8O`
zlNG+G397~LMIBc7q7J3V;ES59@I_5fEru`Zu)-I`7j>=^GP@^$FS@fW#ur_@q4=Vv
z--s`2g4z<p7hU}Af3=(rU)0|zd{KuLzNkYfGx(y3LKOI-0?shP7af3<OMKB1%dCkn
zIwRBf@kM(Yy2cmPd}4|(>QKrIzG$Kl1-__&GmP*>2O#AVU$n$BYvPN}$n<@D(Vm8`
z@kKSCnBt2%lp=#KYO=x?H9@r)zNo_rU(}%#8GKQb6~3qms>Sd{9ai|F_@d5rLT2{_
z@I`mF#rUF&Hxysg^c(R-O;B56_@axy{jZkO;fwk^g)i!`!WVTYWd>g~QHTOxRKOWV
z_@V=la)~cmVwpAZMQ3FCKE7yAL)ZACnomseMIB0+!52*wqQDmwaE1}S=m4Z#;)|A8
zW=(w28JWJ1FWS@4HNL3k6H|Oqhf-wlMNL-tq9&*o!xwc};fp$yB7-k#vceZNLA4mZ
zsKW|h6kpW2PRQ(@0KVwXwisV@@rL4yntmg`s0nII>{!0&<Dc}DTix<@?X}mwcj4PR
z-tmsNzV)rY`J2Dl{@8i(_x@FMI($)ov+zY7R`{Y0rOe=qCJIsDiwZcy2w!vnQZDgD
zODwY{zUYih-^Um2Y3LeXRP%``zNkYfGx(y3LKOI-0?shP7af3<OMKB1%dCknIwRBf
z@kM(Yy2cmPd}4|(>QIUdzNpCxU(^KEV)&vCD|}IhQe^N&O;-4#Ca4y}7j;<Si{gtq
z*9n>36TlbU*%srAF5XalQPXe47d1g`i5<%qz4p4#x<wZ~+P`nU`R2vn`&ZHF@J0R2
z!WVT|;fp$yGJ`LgC`5rTD&Pzwe9-|&xx^POvCNwIqBAmmA78Ymp=*3m%_pY#q7J3Z
z;EN^-QQ(UTIKv2EbO2H=@kL84vnIaij7;Ch7wu{28edfNi7CFQLn$)&q9!YRQ4>^)
z;fp$~@I@U;k---=S>cPCpjr%H)M14$iZAM1CuDX{0AF-xTZ}Kdcti0;O}`Oe)C9F9
zhA+DK+y81g9lof)Q~06|D|}IhQfBZ)6NM=7MFpH;gfBV(DVO-7C6-weUvx&M@8gU1
zG<1zGs`<neU(}(L8GO-1Aqsp^0cRNDiw;1_CBA5hW!A(OossGL_@X@xUE_;tJ~71?
zbtpv!U({rUFKU8nF?>;n6~3rLDKhw?CM$eV6I6@gi#n|EMe#+Q>x9hi3E+$FY>V+l
z7jG!OsOdN2i<+Re#PCHIfBRo8r^6TZcM4zBVTCX1P|6IxXrd4WzNmmRjPOMVAmtKY
zw8S!N;)~A6^nHBMo`$aRMKzz8;)^<zGJ`LgC`5rTD&Pzwe9-|&xx^POvCNwIqBAmm
zA78Ymp=*3m%_pY#q7J3V;ES59@I_5fEru`Zu)-I0C`ATe)MSM(YJzGpd{KuLz9_z^
zbDfacJpp{tooz9`=;95<7d8Dxd{GnBmKeV1;&1<}<#hO>{!ZbGI;`+T9ZH$O7flqR
zz!w#8h7rE#0Hj>vi<VesO?=TAnZA!N+SAZAzNqFCQ+!c}QfBZ)6NM=7MFpH;gfBV(
zDVO-7C6-weUvx&M@8gU1G<1zGs`<neU(}%#8GKQb6~3qms>Sd{9ai|F4yDN8i<+$P
zMNLpGhA--{!WYFCb*>XKyC;Azy0b0D7hSxe_@buYh%ah_+7i1Ge9=4K_3k(S=kH$g
z&uy={=2o}7ed?!v>K7d2?X7Qp>*9OP0jI+k^`YU5I;`+T9ZH$O7flqRz!w#8h7rE#
z0Hj>vi<VesO?=TAnZA!N+SAZAzNqFCQ+!c}QfBZ)6NM=7MFpH;gfBV(DVO-7C6-we
zUvx&M@8gU1G<1zGs`<neU(}%#8GKQb6~3qms>Sd{9ai|F4yDN8i<+$PMNLpGhA--{
z!WYFCb*>XKyC;Azy0b0D7hSxe_@buYh%ah_+7i1Ge9?Q}`@UPggfks`o7;TcExPE@
z{{8bm|MQFQIR~5$U(|<&FY2(u7j-CQ246H$hyq_!z!^sPq63g}i7#4WnKki6XJq<5
zzGzQF*Z88EPfYPe9ZH$O7flqRz!w#8h7rE#0Hj>vi<VesO?=TAnZA!N+SAZAzNqFC
zQ+!c}Qe^N&O;-4#Ca4y}7j;<Si#n7dgD+~b!WT6`wHUsr!wO#%U(~ry$n2f~zUa=j
z7+-YphT@Bwf*-!932I9WUv#}TiZ8nOmV42s!xwc3<BK|!GJ`LgC`5rTD&Pzwe9-|&
zxx^POvCNwIqBAmmA78Ymp=*3m%_pY#q7J3Z;EN^-QQ(UTIKv2EbO2H=@kL84vnIai
zj7;Ch7wu{28edfNi7CFQLn$)&q9!YRQ4>^);fp$~@I@U;k---=S>cPCpjr%H)M14$
ziZAM1CuDX{0AF-xTZ}Kdcti0;O}`Oe)C9F9hA)aQTHXNp|BIGb$|k;OiDhWwiw;2a
z5?@sFi7CFQLn$)&q7Ey3QHN4y@I@1aDDXuEoMD77Ishq`_@X72SrcD$MyBuMi}o~h
zjW4SC#1voDp_CbX(L^B%d{F^s7~zW!K*}Y)Xo;n4;)|A8PB!sHPcoTx@I_~2`aZsB
zPea%EqMA=m@kJBGsRh31sfbztUld=|xlYLJo&dh+&bAm|bn%Abi<*8TzNiUmOYAcH
zqMvlH`}~VXJa)l9_kYmm_EswYf6>La+>1UPzNkYOU(}(L8GO-1Aqsp^0cRNDiw;1_
zCBA5hW!A(OossGL_@X@xUE_;tJ~71?btq*9Uo=sO0$)_X8AkY`1CVlwFIr-mHStAf
zWcoh7Xir1e_@bImOz}k>N|C`AHCf?{nxI+?U({iRFX~W=48Ewz3SZO&)nfRf4l8_7
zd{O5*A+vh|_@X=8VtmoX8;UP#`i=OaCa5j3%j}Cj@k_sa3p)SUZ~DHU#TQ+Cn_YQ2
zd{KuszNkYfGx(y3LKOI-0?shP7af3<OMKB1%dCknIwRBf@kM(Yy2cmPd}4|(>QKrI
zzG$Kl1-__&GmP*>2O#AVU$n$BYvPN}$n<@D(Vm8`@kKSCnBt2%lp=#KYO=x?H9@r)
zzNo_rU(}%#8GKQb6~3qms>Sd{9ai|F_@d5rLT2{_@I`mF#rUF&Hxysg6z%XuO;B56
z_@Z0rnaARbF22VuJ{`WO0~}w}p_CbX(L^B%d{F^s7~zW!K*}Y)Xo+Rk#21~B>HGMi
zJq=ysi)ubG#TRubWd>g~QHTOxRKOWV_@V=la)~cmVwpAZMQ3FCKE7yAL)ZACnomse
zMIB0!!51}I;ftD}S`1&*VTCX1P>Kw`sL2Xn)CARH_@WLgd{KN+=Q<&?djj~PJKJJ>
z(Zw5zFKSwL_@XALEiru2E%eM|@kJNkV;7$eU(^APFX~Xr48CZh5Cy)dfHREnMF$||
z5?{2$GHc?C&dBtAe9@kUuJJ`RpP1r{I+QYlFPbPsfiEiH3?qEe0Z6&T7cH^On)sqK
zGJPLkw5OqKd{NCOrud=`rO4omnym0eO;9a{FY2(u7j-B_24B=<g)eG?YB79KhZVjk
zzNmAZkl8%}e9@h4F}~>H4aFBVEjxTs6V#R%zUUTu=CSyqi|?_EPlqq+0LK?~C}jp;
zG*O5GUsS*uM);xwkaCGHT4I?s@kM83`aZsBPea%EqMA=k@kJd<nZXxL6r#Wv6>x?T
zzUTm?T;hwCSY}Op(HWV(k1yKO&^5lO<`YwVQHN4w@I_5l_@XAL7Q+{HSmBF0lp=#K
zYO=x?H9@r)zNo_rUld=|xlYLJo&dh+&bAm|bn%Abi<*`lzNiUmOAKFh3qA8#e9^`C
z*u|&A7j=N+i#n7tgD;vWM1e0V;0z;t(E&)g#1}2G%$oS3GctW2U$m#8YkX17C#LwK
z4yDZCizW(D;EM`4!w6q=08%dTMN2HRCcfy5Oy9>B?P=&5UsUsnDZZ#fDKhw?CM$eV
z6I6@gi#n|EMIB0!!51}I;ftD}S`1&*VTCV>FX~(;WOh#gUvy_%j4!%)L-9pT%MM@E
z1hplGFS>=Ec`Ux@;(P4k)8UIc!0|;LN}0hIO%$TQ7Zq@Z5x(dEq+H^QmRM#@e9;-1
zzK<{3)6g}(sOA$>d{Ku|X7EK5g(&bv1)O1oFFF7zm-wP3mRS>DbVjD{<BRq*bd4{n
z`NR}o)S(m^d{L7XzNiVR#qdQPR`{Y0rO4omnym0eO;9a{FY2(u7sVHKt`jo5Cx9=y
zvn|FKUA&?AqNZhsFKU9?62lkWLeD%FUv%+3cJb-(MIGSyq7J3Z;EN^-QQ(UTIKv2E
zbO2H=@kL84vnIaij7;Ch7wu{28edfNi7CFQLn$-(qKQHj_@V;NFv1rdfRsyo(Gtt7
zi7z@M)A#X3dm6gN7u9@XiZAL=iVVJ}$qHZ81l3~rq7Ey3QHN4w@I_5l_@XAL7Q+{H
zSmBG}i#pc{ncWk>7v0$w<BKldP<&C-vcnfOL2ZfQi*BK39*Zx!_#V6XboinUaC}jR
zQfBZ)6NM=7MFpH;gfBV(DVO-7C6-weUvx&M@8gU1G<1zGs`<neU(}(L8GO-1Aqsp^
z0cRNDiw;1_CBA5hW!A(OossGL_@X@xUE_;tJ~71?btpv!U({rUFKU8nF?>;n6~3rL
zDKhw?CM$eV6I6@gi#n|EMe#+Q>x9hi3E+$FY>V+l7jG!OsA<{Zi<+Re#PCJ8&@+$4
z7hQahU3@xxQ3p7_s6#0;_@aqI6!@Y7&M?9k9e|Wee9;oitcfo=Bh&ZsMSB{$#uwFm
zVu~;7P|6IxXrd4WzNmmRjPOMVAmtKYw8S!N;)~A6^nHBMo`$aRMKzz8;)^<zB7-k#
zvceZNLA4mZsKW|h)S(m^d{L7XzNiVR#qdQPR`{a$qRw?fX7>c}MR&Hv_@aw96kpV|
z?C?cRP+Ma7qFd;h$Ks1FzQ-;;9lodo9ADI-lo@={L?H@%Q2}Qd;foGH$|b&NiDlNr
z7oCym`}m?g4PE1lYCbW=7j-CQ246H$hyq_!z!^sPq63g}i7#4WnKki6XJq<5zGzQF
z*Z88EPfYPe9ZHeG7d2Voi<+QX3}4h?g)iz*iVVJ}$qHZ81l3~rq7Ey3QG8M7Iw7-r
z0{Egk+hTmt#T$w*YFc*qq9&*<F?`W2^vq-NMHk;=7oQGa)B%n!>QKrIzG$Kl1-__&
zGmP*>2O#AVU$n$BYvPN}$n<@D(Vm8`@kKSCnBt2%lrn=ankYnpFDl>+BYe>TNV&up
zEwRj+_@Xm1eIH-6r=e?nQOzf&_@WM_$l!~btnfumP%VZp>afBWbtpv!U({rUFKU8n
zF?>;n6}~9GsB@i=**yV#(VcBEzUbl&#TPX#JA6?S)Rq{&=oWhBvG}5k@3D(dhcD^?
z#}{=dWd>g~QHTOxRKOWV_@V=la)~cmVwpAZMQ3FCKE7yAL)ZACnomseMIB0+!52*w
zqQDmwaE1}S=m4Z#;)|A8W=(w28JWJ1FWS@4HNL3k6H|Oqhf-wlMNL-tq9&*o!xwc}
z;fp$yB7-k#vceZNLA4mZsKW|h6kpW2PRQ(@0KVwXwisV@@rL4ynwA~Ds0nII3}18$
zJ@Z(6(Z%=J#izp;b%5iGI+QYlFPbPsfiEiH3?qEe0Z6&T7cH^On)sqKGJPLkw5OqK
zd{NCOrud=`rOe=qCJIsDiwZcy2w!vnQZDgDODwY{zUYih-^Um2Y3LeXRP%``zNkYf
zGWen<D|}HCREyz@I;`+T9ZHeG7d2Voi<+QX3}4h?g)fRP>Rcyec259bbZ1+PFS>X`
z@kLF`4qwy+wIzlxx`m#3EWYUCd+g%V;fp%J@kJd<nZXxL6r#Wv6>x?TzUTm?T;hwC
zSY}Op(HWV(k1yKO&^5lO<`YwVQHN4y@I@1aDDXuEoMD77Ishq`_@X72SrcD$MyBuM
zi}o~hjW4SC#1voDp%fW>QIi$Es0pgY@I@U~_@WM_$l!~btnfumP%VZp>afBW#TRw1
z6EeFefG@hUEyfpJyrKA_re%jOYJ%Dl!x!B`&pZ}ibn!iQ@#*kI9pLz)4yDZCizW(D
z;EM`4!w6q=08%dTMN2HRCcfy5Oy9>B?P=&5UsUsnDZZ#fDKq$@i9!_kq5{q^!WSKY
zluLZk63eWKFFGUB_whx08oI_8)qG-#FX~W=48Ewz3SZO&)nfRf4l8_7hf-wlMNL-t
zq9&*o!xwc};fvynI@bxA-4nnU-Pso7i!R<!d{NV~!xuF{ZHeKFZlPx$i!ZwP9=rH-
z_@WMQd{Ku|X7EK5g(&bv1)O1oFFF7zm-wP3mRS>DbVjD{<BRq*bd4{n`NR}o)S;9a
ze9=T93VcxkXBgp&4nWE!zG#VM*2EW`k?H&RqCE{=<BMuOF~t{kC`ATe)MSM(YJzGp
zd{KuLzNkYfGWen<D|}HCREyz@I;`+T@kO2Mgv{;<;EV2Ti}6JlZz#T~Y1!e6nxMAC
z@I|-KGmpg=U3`ySd^&tl2ROc{Ln$-(qKQHj_@V;NFv1rdfRsyo(Gtt7i7z@M)A#X3
zdm6gN7u9@XiZAL=$_&0}q7VhXsDLw!@I?n8<q}`C#4>B*i_XaOeSFcLhOY5NHJ_N`
zi#n7dgD+~b!WT6`wHUsr!wO&2p%fW>QIi$Es0pgY@I@U~_@elt&UHd&_XO}ocecg&
zqKh{aU(~eh@I_5fTVnX4Tj-g`;)^c6$1Xk{zNiBnU(}(L8GO-1Aqsp^0cRNDiw;1_
zCBA5hW!A(OossGL_@X@xUE_;tJ~71?btq*9Uo=sO0$)_X8AkY`1CVlwFIr-mHStAf
zWcoh7Xir1e_@bImOz}k>N|C`AHCf?{nxI+?U({iRFX~W=48Ewz3SZO&)nfRf4l8_7
zd{O5*A+vh|_@X=8VtmoX8;UP#T6XxNCa5hje9<lR%wzFI7vEzSpAKKt0gf-~P|6Ix
zXrd4WzNmmRjPOMVAmtKYw8S!N;)~A6^nHBMo`$aRMKzz8;)^<zGJ`LgC`5rTD&Pzw
ze9-|&xx^POvCNwIqBAmmA78Ymp=*3m%_pY#q7J3V;ES59@I_5fEru`Zu)-I0C`ATe
z)MSM(YJzGpd{KuLz9_z^bDfacJpp{tooz9`=;95<7d0(Ad{GnBmKeV17JBBf_@ayN
zv5QZKFX{lt7j-CQ246H$hyq_!z!^sPq63g}i7#4WnKki6XJq<5zGzQF*Z88EPfYPe
z9ZH$O7flqRz!w#8h7rE#0Hj>vi<VesO?=TAnZA!N+SAZAzNqFCQ+!c}Qe^N&O;-4#
zCa4y}7j;<Si#n7dgD+~b!WT6`wHUsr!wO#%U(~ry$n2f~zUa=j7+-YphT@BwmL0yR
z32I9WUvvvS^H_Y*#rN37r^6R@fa8lglrn=ankYnpFDl>+BYe>TNV&upEwRj+_@Xm1
zeIH-6r=e?nQOzf&_@WM_%;1YA3Q^#T3OK_EUvvOcF7ZW6EVCxQ=!{I?#~1Bs=o(*C
z^NA_Gs6#0-_@X8&d{Glri{Xnptnfu0N|C`AHCf?{nxI+?U({iRFN!bfTqk69PXJ$Z
zXIqRfx_CqJMNP{NU(^J(C5A7$g`RmVzUbn6?Bdhmi#ovZMIB0+!52*wqQDmwaE1}S
z=m4Z#;)|A8W=(w28JWJ1FWS@4HNL3k6H|Oqhf-$nMH7W6@I?ijVT3O_04bOFq9vAD
z6JK;jrtjm6_B3>jFRJ;(6kpV#6d8O`lNG+G397~LMIBc7q7J3V;ES59@I_5fEru`Z
zu)-I`7j>=^GP@^$FS@fW#ur_@q4=VvWrr_ng4z<p7u`b7JQiPc@jZ6&>F`Az;P|2r
zrOe=qCJIsDiwZcy2w!vnQZDgDODwY{zUYih-^Um2Y3LeXRP%``zNkYfGx(y3LKOI-
z0?shP7af3<OMKB1%dCknIwRBf@kM(Yy2cmPd}4|(>QIUdzNpCxU(^KEV)&vCD|}Ih
zQe^N&O;-4#Ca4y}7j;<Si{gtq*9n>36TlbU*%srAF5XalQPZ-+7d1g`iQ$WGp=Tb8
zFS__1yZChYq7HC;QHN4y@I@1aDDXuEoMD77Ishq`_@X72SrcD$MyBuMi}o~hjW4SC
z#1voDp_CbX(L^B%d{F^s7~zW!K*}Y)Xo+Rk#21~B>HGMiJq=ysi)ubG#TRubMFwBg
zWQ8wkf@(2*QHK@2s6#0-_@X8&d{Glri{XnptnfwgMV;$}%<c)`i|%ZT@kJMJD88s^
z+2M<tpti*DMYqs1kHr^Ve2-mxI($(FIKHSuDKq$@i9!_kq5{q^!WSKYluLZk63eWK
zFFGUB_whx08oI_8)qG-#FX~Xr48CZh5Cy)dfHREnMF$||5?{2$GHc?C&dBtAe9@kU
zuJJ`RpP1r{I+P-VFKV*F7d1h(7`~{(3SZQr6d8O`lNG+G397~LMIBc7qWGfDbwXzM
z1n@<7w#E3Oi#HTs)U@pIMNLp!V)&w4=$Xgji!Q#$E<PQ;r~@2d)S;9ae9=T93Vcxk
zXBgp&4nWE!zG#VM*2EW`k?H&RqCE{=<BMuOF~t{kC}jp;G*O5GUsS*uM);xwkaCGH
zT4I?s@kM83`aZsBPea%EqMA=k@kJd<k---=S>cPCpjr%H)M14$>QIUdzNpCxU(^KE
zV)&vCD|}IWQRg}#vwH&gqC4ASe9^@liZ5zfcKD(us4X#k(Jl1MWAQ~7-(we_4qwy(
zjxXv^$_&0}q7VhXsDLw!@I?n8<q}`C#4>B*i_XaOeSFcLhOY5NHJ_N`i#n7tgD;vW
zM1e0V;0z;t(E&)g#1}2G%$oS3GctW2U$m#8YkX17C#LwK4yDN8i<+$PMNLpGhA--{
z!WVTYMFwBgWQ8wkf@(2*QHK@2D88t3osii*0esP&Z85&+;tj<YH7z@QQ4`db7{2Hh
zdgihCqKogbi%*9y>Hx<Vbtq*9Uo=sO0$)_X8AkY`1CVlwFIr-mHStAfWcoh7Xir1e
z_@bImOz}k>N}0hIO%$TQ7Zq@Z5x(dEq+H^QmRM#@e9;-1zK<{3)6g}(sOA$>d{Ku|
zWbj2zR`{YOs20N)by(qxI+P-VFKV*F7d1h(7`~{(3SSgo)VWT`?4AI==+3qnUv%+?
z;)|M=9loduYD)}XbPGN6SbWjN_t?d!!xwdc<BK|!GJ`LgC`5rTD&Pzwe9-|&xx^PO
zvCNwIqBAmmA78Ymp=*3m%_pY#q7J3Z;EN^-QQ(UTIKv2EbO2H=@kL84vnIaij7;Ch
z7wu{28edfNi7CFQLn$)&q9!YRQ4>^);fp$~@I@U;k---=S>cPCpjr%H)M14$iZAM1
zCuDX{0AF-xTZ}Kdcti0;P0J2n)C9F9hA+B>o_Q?3=;C|q;?v=aI>7No9ZH$O7flqR
zz!w#8h7rE#0Hj>vi<VesO?=TAnZA!N+SAZAzNqFCQ+!c}QfBZ)6NM=7MFpH;gfBV(
zDVO-7C6-weUvx&M@8gU1G<1zGs`<neU(}%#8GKQb6~3qms>Sd{9ai|F4yDN8i<+$P
zMNLpGhA--{!WYFCb*>XKyC;Azy0b0D7hSxe_@bs|hc9Y^+7iPT-9pbi7GHGnJ$CWw
z@I@Wq_@WM_%;1YA3Q^#T3OK_EUvvOcF7ZW6EVCxQ=!{I?#~1Bs=o(*C^NA_Gs6#0;
z_@aqI6!@Y7&M?9k9e|Wee9;oitcfo=Bh&ZsMSB{$#uwFmVu~;7P>Kw`sL2Xn)CARH
z_@WLgd{Ku|Wbj2zR`{YOs20N)by(qx;)^=h37Op!z!%-w7UPR9-cWo|)3U=CH9>8O
z;frpeXC8|$y7(Tu_;mQ94sd)?hf-$nMH7W6@I?ijVT3O_04bOFq9vAD6JK;jrtjm6
z_B3>jFRJ;(6kpV#lo@={L?H@%Q2}Qd;foGH$|b&NiDlNr7oCym`}m?g4PE1lYCbW=
z7j-B_24B=<g)eG?YB79KhZVl4Ln$)&q9!YRQ4>^);fp$~@I~=Oo$G|m?g`+F?re+k
zMHg=<zNl&0;ftD}w#4v7x6m_>#TQ+Ck6nB^d{GBDzNkYfGx(y3LKOI-0?shP7af3<
zOMKB1%dCknIwRBf@kM(Yy2cmPd}4|(>QKrIzG$Kl1-__&GmP*>2O#AVU$n$BYvPN}
z$n<@D(Vm8`@kKSCnBt2%lp=#KYO=x?H9@r)zNo_rU(}%#8GKQb6~3qms>Sd{9ai|F
z_@d5rLT2{_@I`mF#rUF&HxysgwCwOjO;B56_@Z0rnaARbF22VuJ{`WO0~}w}p_CbX
z(L^B%d{F^s7~zW!K*}Y)Xo+Rk#21~B>HGMiJq=ysi)ubG#TRubWd>g~QHTOxRKOWV
z_@V=la)~cmVwpAZMQ3FCKE7yAL)ZACnomseMIB0!!51}I;ftD}S`1&*VTCX1P>Kw`
zsL2Xn)CARH_@WLgd{KN+=Q<&?djj~PJKJJ>(Zw5zFKSwL_@XALEiru2E%eM|@kJNk
zV;7$eU(^APFX~Xr48CZh5Cy)dfHREnMF$||5?{2$GHc?C&dBtAe9@kUuJJ`RpP1r{
zI+QYlFPbPsfiEiH3?qEe0Z6&T7cH^On)sqKGJPLkw5OqKd{NCOrud=`rO4omnym0e
zO;9a{FY2(u7j-B_24B=<g)eG?YB79KhZVjkzNmAZkl8%}e9@h4F}~>H4aFBVEjxTs
z6V#R%zUUTu=CSyqi|?_EPlqq+0LK?~C}jp;G*O5GUsS*uM);xwkaCGHT4I?s@kM83
z`aZsBPea%EqMA=k@kJd<nZXxL6r#Wv6>x?TzUTm?T;hwCSY}Op(HWV(k1yKO&^5lO
z<`YwVQHN4w@I_5l_@XAL7Q+{HSmBF0lp=#KYO=x?H9@r)zNo_rUld=|xlYLJo&dh+
z&bAm|bn%Abi<*`lzNiUmOAKFh3qA8#e9^`C*u|&A7j=N+i#n7tgD;vWM1e0V;0z;t
z(E&)g#1}2G%$oS3GctW2U$m#8YkX17C#LwK4yDZCizW(D;EM`4!w6q=08%dTMN2HR
zCcfy5Oy9>B?P=&5UsUsnDZZ#fDKhw?CM$eV6I6@gi#n|EMIB0!!51}I;ftD}S`1&*
zVTCV>FX~(;WOh#gUvy_%j4!%)L-9pT%MM@E1hplGFS>=Ec`Ux@;(P4k)8UIc!0|;L
zN}0hIO%$TQ7Zq@Z5x(dEq+H^QmRM#@e9;-1zK<{3)6g}(sOA$>d{Ku|X7EK5g(&bv
z1)O1oFFF7zm-wP3mRS>DbVjD{<BRq*bd4{n`NR}o)S(m^d{L7XzNiVR#qdQPR`{Y0
zrO4omnym0eO;9a{FY2(u7sVHKt`jo5Cx9=yvn|FKUA&?AqNZhsFKU9?62lkWLeD%F
zUv%+3cJb-(MIGSyq7J3Z;EN^-QQ(UTIKv2EbO2H=@kL84vnIaij7;Ch7wu{28edfN
zi7CFQLn$-(qKQHj_@V;NFv1rdfRsyo(Gtt7i7z@M)A#X3dm6gN7u9@XiZAL=iVVJ}
z$qHZ81l3~rq7Ey3QHN4w@I_5l_@XAL7Q+{HSmBG}i#pc{ncWk>7v0$w<BKldP<&C-
zvcnfOL2ZfQi*BK39(ycb^kpx5*@F*#d*A~f_<-*1&=2$A7ryX?i*K;&Plqq+Fvk~l
zC}jp;G*O5GUsS*uM);xwkaCGHT4I?s@kM83`aZsBPea%EqMA=k@kJd<nZXxL6r#Wv
z6>x?TzUTm?T;hwCSY}Op(HWV(k1yKO&^5lO<`YwVQHN4w@I_5l_@XAL7Q+{HSmBF0
zlp=#KYO=x?H9@r)zNo_rUld=|xlYLJo&dh+&bAm|bn%Abi<*`lzNiUmOAKFh3qAAL
zWBH;ldC5y|b?mpBZn|ml4R-zM@I@Ww_@WM_%;1YA3Q^#T3OK_EUvvOcF7ZW6EVCxQ
z=!{I?#~1Bs=o(*C^NA_Gs6#0;_@aqI6!@Y7&M?9k9e|Wee9;oitcfo=Bh&ZsMSB{$
z#uwFmVu~;7P>Kw`sL2Xn)CARH_@WLgd{Ku|Wbj2zR`{YOs20N)by(qx;)^=h37Op!
zz!%-w7UPR9-cWo|)3U=CH9>8O;frpeXC8|$y7(Tu_;mQ94sd)?hf-$nMH7W6@I?ij
zVT3O_04bOFq9vAD6JK;jrtjm6_B3>jFRJ;(6kpV#lo@={L?H@%Q2}Qd;foGH$|b&N
ziDlNr7oCym`}m?g4PE1lYCbW=7j-B_24B=<g)eG?YB79KhZVl4Ln$)&q9!YRQ4>^)
z;fp$~@I~=Oo$G|m?g`+F?re+kMHg=<zNl&0;ftD}w#4v7x6m_>#TQ+Ck6nB^d{GBD
zzNkYfGx(y3LKOI-0?shP7af3<OMKB1%dCknIwRBf@kM(Yy2cmPd}4|(>QKrIzG$Kl
z1-__&GmP*>2O#AVU$n$BYvPN}$n<@D(Vm8`@kKSCnBt2%lp=#KYO=x?H9@r)zNo_r
zU(}%#8GKQb6~3qms>Sd{9ai|F_@d5rLT2{_@I`mF#rUF&HxysgwCwOjO;B56_@Z0r
zna5rUzUXak^Kqa5#3!%$=M(RAms{QP#@|Q3_~*+Ndpdm4Gi?pNsDle%)S(m^d{KuL
zzNkYfGx(y3LKOI-0?shP7af3<OMKB1%dCknIwRBf@kM(Yy2cmPd}4|(>QKrIzG$Kl
z1-__&GmP*>2O#AVU$n$hHt|JEEGL`zq9>WmI{2b9GJPLkw5OqKd{NCOr}(0Y;?x3P
z^i)JGfG>(K>Rcyec259bbZ1+PFS>X`@kLF`4qwy+wIzlxx`m#3?3Lh)-r?gv!TfBu
z$F95ogKyDAZ-p<q_~*+Ndpdm4Gi?pNsDle%)S(m^d{KuLzNkYfGx(y3LKOI-0?shP
z7af3<OMKB1%dCknIwRBf@kM(Yy2cmPd}4|(>QKrIzG$Kl1-__&GmP*>2O#AVU$n$h
zHt|JEEGL`zq9>WmI{2b9GJPLkw5OqKd{NCOr}(0Y;?x3P^i)JGfG>(K>Rcyec259b
zbZ1+PFS>X`@kLD`4PVp*wIzlxx`m#3EWYUCd+g%V@%Pa?!0|;LN}0hIO%$TQ7Zq@Z
z5x(dEq+H^QmRM#@e9;-1zK<{3)6g}(sOA$>d{Ku|X7EK5g(&bv1)O1oFFF7zm-wP3
zmRS>DbVjD{<BRq*bd4{n`NR}o)S(m^d{L7XzNiVR#qdQPR`{Y0rO4omnym0eO;9a{
zFY2(u7sVHKt`jo5Cx9=yvn|FKUA&?AqNZhsFKU9?62lkWLeD%FUv%+3cJb-(MIGSy
zq7J3Z;EN^-QQ(UTIKv2EbO2H=@kL84vnIaij7;Ch7wu{28edfNi7CFQLn$-(qKQHj
z_@V;NFv1rdfRsyo(Gtt7i7z@M)A#X3dm6gN7u9@XiZAL=iVVJ}$qHZ81l3~rq7Ey3
zQHN4w@I_5l_@XAL7Q+{HSmBG}i#pc{ncWk>7v0$w<BKldP<&C-vcnfOL2ZfQi*BK3
z9*Zx!_#V6XboinUaC}jRQfBZ)6NM=7MFpH;gfBV(DVO-7C6-weUvx&M@8gU1G<1zG
zs`<neU(}(L8GO-1Aqsp^0cRNDiw;1_CBA5hW!A(OossGL_@X@xUE_;tJ~71?btpv!
zU({rUFKU8nF?>;n6~3rLDKhw?CM$eV6I6@gi#n|EMe#+Q>x9hi3E+$FY>V+l7jG!O
zsA<{Zi<+Re#PCJ8&@+$47hQahU3@xxQ3p7_s6#0;_@aqI6!@Y7&M?9k9e|Wee9;oi
ztcfo=Bh&ZsMSB{$#uwFmVu~;7P|6IxXrd4WzNmmRjPOMVAmtKYw8S!N;)~A6^nHBM
zo`$aRMKzz8;)^<zB7-k#vceZNLA4mZsKW|h)S(m^d{L7XzNiVR#qdQPR`{a$qRw?f
zX7>c}MR&Hv_@aw96kpV|?C?cRP+Ma7qFd;h$Ks1FzQ-;;9lodo9ADI-lo@={L?H@%
zQ2}Qd;foGH$|b&NiDlNr7oCym`}m?g4PE1lYCbW=7j-CQ246H$hyq_!z!^sPq63g}
zi7#4WnKki6XJq<5zGzQF*Z88EPfYPe9ZHeG7d2Voi<+QX3}4h?g)iz*iVVJ}$qHZ8
z1l3~rq7Ey3QG8M7Iw7-r0{Egk+hTmt#T$w*YFc*qq9&*<F?`W2^vq-NMHk;=7oQGa
z)B%n!>QKrIzG$Kl1-__&GmP*>2O#AVU$n$BYvPN}$n<@D(Vm8`@kKSCnBt2%lrn=a
znkYnpFDl>+BYe>TNV&upEwRj+_@Xm1eIH-6r=e?nQOzf&_@WM_$l!~btnfumP%VZp
z>afBWbtpv!U({rUFKU8nF?>;n6}~9GsB@i=**yV#(VcBEzUbl&#TPX#JA6?S)Rq{&
z=oWhBvG}5k@3D(dhcD^?#}{=dWd>g~QHTOxRKOWV_@V=la)~cmVwpAZMQ3FCKE7yA
zL)ZACnomseMIB0+!52*wqQDmwaE1}S=m4Z#;)|A8W=(w28JWJ1FWS@4HNL3k6H|Oq
zhf-wlMNL-tq9&*o!xwc};fp$yB7-k#vceZNLA4mZsKW|h6kpW2PRQ(@0KVwXwisV@
z@rL4ynwA~Ds0nII3}18$J@Z(6(Z%=J#izp;b%5iGI+QYlFPbPsfiEiH3?qEe0Z6&T
z7cH^On)sqKGJPLkw5OqKd{NCOrud=`rOe=qCJIsDiwZcy2w!vnQZDgDODwY{zUYih
z-^Um2Y3LeXRP%``zNkYfGWen<D|}HCREyz@I;`+T9ZHeG7d2Voi<+QX3}4h?g)fRP
z>Rcyec259bbZ1+PFS>X`@kLF`4qwy+wIzlxx`m#3EWYUCd+g%V;fp%J@kJd<nZXxL
z6r#Wv6>x?TzUTm?T;hwCSY}Op(HWV(k1yKO&^5lO<`YwVQHN4y@I@1aDDXuEoMD77
zIshq`_@X72SrcD$MyBuMi}o~hjW4SC#1voDp%fW>QIi$Es0pgY@I@U~_@WM_$l!~b
ztnfumP%VZp>afBW#TRw16EeFefG@hUEyfpJyrKA_re%jOYJ%Dl!x!B`&pZ}ibn!iQ
z@#*kI9pLz)4yDZCizW(D;EM`4!w6q=08%dTMN2HRCcfy5Oy9>B?P=&5UsUsnDZZ#f
zDKq$@i9!_kq5{q^!WSKYluLZk63eWKFFGUB_whx08oI_8)qG-#FX~W=48Ewz3SZO&
z)nfRf4l8_7hf-wlMNL-tq9&*o!xwc};fvynI@bxA-4nnU-Pso7i!R<!d{NV~!xuF{
zZHeKFZlPx$i!ZwP9=rH-_@WMQd{Ku|X7EK5g(&bv1)O1oFFF7zm-wP3mRS>DbVjD{
z<BRq*bd4{n`NR}o)S;9ae9=T93VcxkXBgp&4nWE!zG#VM*2EW`k?H&RqCE{=<BMuO
zF~t{kC`ATe)MSM(YJzGpd{KuLzNkYfGWen<D|}HCREyz@I;`+T@kO2Mgv{;<;EV2T
zi}6JlZz#T~Y1!e6nxMAC@I|-KGmpg=U3`ySd^&tl2ROc{Ln$-(qKQHj_@V;NFv1rd
zfRsyo(Gtt7i7z@M)A#X3dm6gN7u9@XiZAL=$_&0}q7VhXsDLw!@I?n8<q}`C#4>B*
zi_XaOeSFcLhOY5NHJ_N`i#n7dgD+~b!WT6`wHUsr!wO&2p%fW>QIi$Es0pgY@I@U~
z_@elt&UHd&_XO}ocecg&qKh{aU(~eh@I_5fTVnX4Tj-g`;)^c6$1Xk{zNiBnU(}(L
z8GO-1Aqsp^0cRNDiw;1_CBA5hW!A(OossGL_@X@xUE_;tJ~71?btq*9Uo=sO0$)_X
z8AkY`1CVlwFIr-mHStAfWcoh7Xir1e_@bImOz}k>N|C`AHCf?{nxI+?U({iRFX~W=
z48Ewz3SZO&)nfRf4l8_7d{O5*A+vh|_@X=8VtmoX8;UP#T6XxNCa5hje9<lR%wzFI
z7vEzSpAKKt0gf-~P|6IxXrd4WzNmmRjPOMVAmtKYw8S!N;)~A6^nHBMo`$aRMKzz8
z;)^<zGJ`LgC`5rTD&Pzwe9-|&xx^POvCNwIqBAmmA78Ymp=*3m%_pY#q7J3V;ES59
z@I_5fEru`Zu)-I0C`ATe)MSM(YJzGpd{KuLz9_z^bDfacJpp{tooz9`=;95<7d0(A
zd{GnBmKeV17JBBf_@ayNv5QZKFX{lt7j-CQ246H$hyq_!z!^sPq63g}i7#4WnKki6
zXJq<5zGzQF*Z88EPfYPe9ZH$O7flqRz!w#8h7rE#0Hj>vi<VesO?=TAnZA!N+SAZA
zzNqFCQ+!c}Qe^N&O;-4#Ca4y}7j;<Si#n7dgD+~b!WT6`wHUsr!wO#%U(~ry$n2f~
zzUa=j7+-YphT@BwmL0yR32I9WUvvvS^H_Y*#rN37r^6R@fa8lglrn=ankYnpFDl>+
zBYe>TNV&upEwRj+_@Xm1eIH-6r=e?nQOzf&_@WM_%;1YA3Q^#T3OK_EUvvOcF7ZW6
zEVCxQ=!{I?#~1Bs=o(*C^NA_Gs6#0-_@X8&d{Glri{Xnptnfu0N|C`AHCf?{nxI+?
zU({iRFN!bfTqk69PXJ$ZXIqRfx_CqJMNP{NU(^J(C5A7$g`RmVzUbn6?Bdhmi#ovZ
zMIB0+!52*wqQDmwaE1}S=m4Z#;)|A8W=(w28JWJ1FWS@4HNL3k6H|Oqhf-$nMH7W6
z@I?ijVT3O_04bOFq9vAD6JK;jrtjm6_B3>jFRJ;(6kpV#6d8O`lNG+G397~LMIBc7
zq7J3V;ES59@I_5fEru`Zu)-I`7j>=^GP@^$FS@fW#ur_@q4=VvWrr_ng4z<p7u`b7
zJQiPc@jZ6&>F`Az;P|2rrOe=qCJIsDiwZcy2w!vnQZDgDODwY{zUYih-^Um2Y3LeX
zRP%``zNkYfGx(y3LKOI-0?shP7af3<OMKB1%dCknIwRBf@kM(Yy2cmPd}4|(>QIUd
zzNpCxU(^KEV)&vCD|}IhQe^N&O;-4#Ca4y}7j;<Si{gtq*9n>36TlbU*%srAF5Xal
zQPZ-+7d1g`iQ$WGp=Tb8FS__1yZChYq7HC;QHN4y@I@1aDDXuEoMD77Ishq`_@X72
zSrcD$MyBuMi}o~hjW4SC#1voDp_CbX(L^B%d{F^s7~zW!K*}Y)Xo+Rk#21~B>HGMi
zJq=ysi)ubG#TRubMFwBgWQ8wkf@(2*QHK@2s6#0-_@X8&d{Glri{XnptnfwgMV;$}
z%<c)`i|%ZT@kJMJD88s^+2M<tpti*DMYqs1kHr^Ve2-mxI($(FIKHSuDKq$@i9!_k
zq5{q^!WSKYluLZk63eWKFFGUB_whx08oI_8)qG-#FX~Xr48CZh5Cy)dfHREnMF$||
z5?{2$GHc?C&dBtAe9@kUuJJ`RpP1r{I+P-VFKV*F7d1h(7`~{(3SZQr6d8O`lNG+G
z397~LMIBc7qWGfDbwXzM1n@<7w#E3Oi#HTs)U@pIMNLp!V)&w4=$Xg<Z~xb;Zq>a#
z^O?{5-<P~S{_&5`)866ZKf(NLx5uu#|AX_qH{Ep8;v4Mx)8UIc%<)AXN}0hIO%$TQ
z7Zq@Z5x(dEq+H^QmRM#@e9;-1zK<{3)6g}(sOA$>d{Ku|X7EK5g(&bv1)O1oFFF7z
zm-wP3mRS>DbVjD{<BRq*bd4{n`NR}o)S(m^d{L7XzNiVR#qdQPR`{Y0rO4omnym0e
zO;9a{FY2(u7sVHKt`jo5Cx9=yvn|FKUA&?AqNb3BFKU9?62lkWLeD(*1uy#c^e2y1
z;EP_|eI8%bVT&*7P|6IxXrd4WzNmmRjPOMVAmtKYw8S!N;)~A6^nHBMo`$aRMKzz8
z;)^<zGJ`LgC`5rTD&Pzwe9-|&xx^POvCNwIqBAmmA78Ymp=*3m%_pY#q7J3V;ES59
z@I_5fEru`Zu)-I0C`ATe)MSM(YJzGpd{KuLz9_z^bDfacJpp{tooz9`=;95<7d0(A
zd{GnBmKeV17JBBf_@ayNv5QZKFX{lt7j-CQ246H$hyq_!z!^sPq63g}i7#4WnKki6
zXJq<5zGzQF*Z88EPfYPe9ZH$O7flqRz!w#8h7rE#0Hj>vi<VesO?=TAnZA!N+SAZA
zzNqFCQ+!c}Qe^N&O;-4#Ca4y}7j;<Si#n7dgD+~b!WT6`wHUsr!wO#%U(~ry$n2f~
zzUa=j7+-YphT@BwmL0yR32I9WUvvvS^H_Y*#rN37r^6R@fa8lglrn=ankYnpFDl>+
zBYe>TNV&upEwRj+_@Xm1eIH-6r=e?nQOzf&_@WM_%;1YA3Q^#T3OK_EUvvOcF7ZW6
zEVCxQ=!{I?#~1Bs=o(*C^NA_Gs6#0-_@X8&d{Glri{Xnptnfu0N|C`AHCf?{nxI+?
zU({iRFN!bfTqk69PXJ$ZXIqRfx_CqJMNP{NU(^J(C5A7$g`Ror;EP^!&FyY~`;TAn
z&uwmVn_J!T#@|POarb$AQHL$Qs6#0;_@aqI6!@Y7&M?9k9e|Wee9;oitcfo=Bh&Zs
zMSB{$#uwFmVu~;7P|6IxXrd4WzNmmRjPOMVAmtKYw8S!N;)~A6^nHBMo`$aRMKzz8
z;)^<zB7-k#vceZNLA4mZsKW|h)S(m^d{L7XzNiVR#qdQPR`{a$qRw?fX7>c}MR&Hv
z_@aw96kpV|?C?cRP+Ma7qFd;h#}2;ei@x<o%mX*Z9`renx<wbg6~5@j-RJQ|9k%$Q
z4yDZCizW(D;EM`4!w6q=08%dTMN2HRCcfy5Oy9>B?P=&5UsUsnDZZ#fDKq$@i9!_k
zq5{q^!WSKYluLZk63eWKFFGUB_whx08oI_8)qG-#FX~W=48Ewz3SZO&)nfRf4l8_7
zhf-wlMNL-tq9&*o!xwc};fvynI@bxA-4nnU-Pso7i!R<!d{NVa!xuF{ZHeKFZlPx$
zi!ZwP9=rH-_@WMQd{Ku|X7EK5g(&bv1)O1oFFF7zm-wP3mRS>DbVjD{<BRq*bd4{n
z`NR}o)S;9ae9=T93VcxkXBgp&4nWE!zG#VM*2EW`k?H&RqCE{=<BMuOF~t{kC`ATe
z)MSM(YJzGpd{KuLzNkYfGWen<D|}HCREyz@I;`+T@kO2Mgv{;<;EV2Ti}6JlZz#T~
zY1!e6nxMAC@I|-KGmpg=U3`ySd^&tl2ROc{Ln$-(qKQHj_@V;NFv1rdfRsyo(Gtt7
zi7z@M)A#X3dm6gN7u9@XiZAL=$_&0}q7VhXsDLw!@I?n8<q}`C#4>B*i_XaOeSFcL
zhOY5NHJ_N`i#n7dgD+~b!WT6`wHUsr!wO&2p%fW>QIi$Es0pgY@I@U~_@elt&UHd&
z_XO}ocecg&qKh{aU(~eh@I_5fTVnX4Tj-g`;)^c6$1Xk{zNiBnU(}(L8GO-1Aqsp^
z0cRNDiw;1_CBA5hW!A(OossGL_@X@xUE_;tJ~71?btq*9Uo=sO0$)_X8AkY`1CVlw
zFIr-mHStAfWcoh7Xir1e_@bImOz}k>N|C`AHCf?{nxI+?U({iRFX~W=48Ewz3SZO&
z)nfRf4l8_7d{O5*A+vh|_@X=8VtmoX8;UP#T6XxNCa5hje9<lR%wzFI7u;jpuf1P*
zjJJnB{NeY!=RH5^pWa&W#3w#+{b%v@U;p(B2)9!-nd;!L?nzI2(i6J3wmkSledt3U
zTJ!ZD@hteF4t#u3hf-wlMIBc7q7J3Z;EN^-QQ(UTIKv2EbO2H=@kL84vnIaij7;Ch
z7wu{28edfNi7CFQLn$-(qKQHj_@V;NFv1rdfRsyo(GpA9#1}2GoNVHYo@6rX;ET@4
z^nHBMo`$aRMKzzC;)^DVQwx02QxUZQz9_z^bDfacJpp{tooz9`=;95<7d0(Ad{GnB
zmKeV17JBBf_@WE$vG04|`)+kv-@f1rzF-02c8X>xTnUWd``-7i`Ff9d7JN|$KE9|!
zDKhw?4l8_7hf-$nMH7W6@I?ijVT3O_04bOFq9vAD6JK;jrtjm6_B3>jFRJ;(6kpV#
zlo@={L?H@%Q2}Qd;foGH$|b&NiKT4fi<VeUHt|JIGMRPoMQ3FCKE7yAL)ZACnomyg
zMH9uT1-|I1h*|(&6kpW2PRQ(@0KVwXwisV@@rL4ynwA~Ds0nII3}18$J@Z(6(FONd
ze9;Av@kJLvj#J=^I;inQ9ZHeG7j;<Si#n7tgD;vWM1e0V;0z;t(E&)g#1}2G%$oS3
zGctW2U$m#8YkX17C#LwK4yDZCizW(D;EM`4!w6q=08%dTMN2GY6JNB%a<YjpdXmYk
zgD*NG)A#X3dm6gN7u9@niZ7ZdPA%|7Pes%M_@elt&UHd&_XO}ocecg&qKh{aU(~eh
z@I_5fTVnX4Tj-g`;)^c0$Ks1FfQ&D?0CJoHU(`X3FX~W=48Ewt3SZQrlo@={L?H@%
zQ2}Qd;foGH$|b&NiDlNr7oCym`}m?g4PE1lYCbW=7j-CQ246H$hyq_!z!^sPq63g}
zi7#4WDVzABC6<#-e9@CkW*vOd8JWJ1FWS@4HNL3klT&=rL~&|?FM2AX7Qh$97j>=^
zGP@^$FS@fW#ur_@q4=VvWrr_ng4z<p7u`b7Jod8rqMv-<Ps_ix{IQRH>`yOwd&MhW
zktc1%eLwB~5B}UoFZky!cfCh{-UmM9kqb`RPI1RO-6hX^tiO-`-k<VmYrfcPulvmW
zVq3xAN5A-?<%&JsRp*PgKXF=eJ1kD}6F>12uX@$1Uj6D<|IE+)%oV$#NB_j|MbESa
z_@WLjd{Ku|Wbj2DR`{Y0rOe=qCJIsDiwZcy2w!vnQZDgDODwY{zUYih-^Um2Y3LeX
zRP%``zNkYfGWen<D|}HCREyz@I;`+T9ZHeG7d2Voi<+QX3}4h?g)fRP>Rcyec259b
zbZ1+PFS>X`@kLF`4qwy+wIzlxx`m#3>}B&sZ+H7U^mgA->aY4w-(l{~#@M6(<-hK~
zz*qf0@7VYO&BOo2BOaUQJ(e%}jIVmJ`Ppua-Ta@wJHOag;EOJPXt`ofch&i#?|%2Y
z`z!e<^)=UAbH#4x(LXVK(KBrUzNmu>U(}%#8GKQP6~3rLDKq$@i9!_kq5{q^!WSKY
zluLZk63eWKFFGUB_whx08oI_8)qG-#FX~W=48Ewz3SZO&)nfRf4l8_7hf-wlMNL-t
zq9&*o!xwc};fvynI@bxA-4nnU-Pso7i!R<!d{NUK!WT6`ZHeKFZlPx$i!Zufi^3PZ
zh@Wf2-$#!xdJ&N0WAgXWJ8bbq54g4Bi;7DNUsS+3Il>n`$>d}QU-TrCSqEQqMyBuM
zi}o~5t?@-qMbrZLq7J3V;EOt}@I@U;nZXxL6r#Wv6>x?TzUTm?T;hwCSjr~8Xo=-y
z6JPWslUWB}bVjD{<BRq*bd4{n`Q#K|G*O&d;ESG$s0Hvv@kO2Mgv{;<;EV2Ti}6Jl
zZz#T~Y1!e6nxMAC@I|-KGmpg=JwR&OcnH4eMf_aD7rh9o<;TPqEwKzue9;5$llY>;
zRn#x>MSB{j*7%~QB5DDAQHN4w@I@U~_@WM_%;1YA3Q^#T3OK_EUvvOcF7ZW6EVCxQ
z=!{I?#~1Bs=o(*C^NA_Gs6#0-_@X8&d{Glri{Xnptnfu0N|C`AHCf?{nxI+?U({iR
zFN!bfTqk69PXJ$ZXIqRfx_CqJMNP{NU(^J(C5A7$g`RmVzUTo`)5b&aMK9v#8oua7
zP%S?uzG#VMXyS_=aG%5%9j>B&i7(pIIJL$XJrz+4;EOtxB7-mLu)-I0C}jp;G*O5G
zUsS*uM);xwkaCGHT4I?s@kM83`aZsBPea%EqMA=k@kJd<k---=S>cPCpjr%H)M14$
z>QIUdzNpCxU(^KEV)&vCD|}IWQRg}#vwH&gqC4ASe9^@liZ5zfcKD(us4X#k(Jl1M
zV=uEW`mo3RtMB~LUs&+ZfB1&)?bRuK(Tn)Gb}V1?i=Xz~esk}7*Sp?*`P<_j_qdBd
zT7Jy?-S2*PyX9^97y4gM_|~_+wfx+!sOHt~i$3pb{*MLs#&(J?dg`<DI|yG?T*LUH
z0?x@1zUWCNCp-9}Cz;GT_@Xm1eIH-6r*UeHFM2AX7Qh#EC`ATe)M14$>QKrIzG$Kl
z1-__&GmP*>2O#AVU$n$hHt|JEEGL`zq9>WmI{2b9GJPLkw5OqKd{NCOr}(0Y;?x3P
z^i)JGfG>(K>Rcyec259bbZ1+PFS>X`@kLF`4qwy+wIzlxx`m#3>}B>vum4wHY*N}7
z`!C<~Gbu#10$=nZey$zM7yZI7dse@>N2wq3kcV6Z((+^8`ObGf%GcPR^v!R6bNRVl
zQO&E}7k%M3zhdKk&piBT&;F0Ox%i^u8panDa88c!MNcw0*})e*$z;~S7oCym`}m?g
zjZ<rU(Nht%0KTY0DKhw?4l8_7hf-$nMH7W6@I?ijVT3O_04bOFq9vBHi7#4WIoZS)
zJ;`L&!55v8>HGMiJq=ysi)ubO#TQK!rxy64ry^<rd{KN+=Q<&?djj~PJKJJ>(Zw5z
zFKQYN_@XALEiru2E%eM|@kLEgTVnX43x1H{i!OlNPJu6Ka>f@m@0s|b<`so6YJ!Rw
zzNmu>U(}%#8GKQP6~3rLDKq$@i9!_kq5{q^!WSKYluLZk63eWKFFGUB_whx08oI_8
z)qG-#FX~W=48Ewz3SZO&)nfRf4l8_7hf-wlMNL-tq9&*o!xwc};fvynI@bxA-4nnU
z-Pso7i!R<!d{NVIz!x<^ZHeKFZlPx$i!W+|+7iPTUGRepUvvTFb_#q^lQX`kdC$Zb
zHLoaqQ4>_e@I@V5_@WM_$l!}Qtnfu0N}0hIO%$TQ7Zq@Z5x(dEq+H^QmRM#@e9;-1
zzK<{3)6g}(sOA$>d{Ku|Wbj2zR`{YOs20N)by(qxI+P-VFKV*F7d1h(7`~{(3SSgo
z)VWT`?4AI==+3qnUv%+?;)|Mw1HPyUYD)}XbPGN6SbR|v)Rq{&=z<?)SBNkAKiu$d
zZn)|B3;wzGy3fqN#rs%)AN^;2_QMx^rR@|Cd(0E^i*3czpZ@f(S^oA7-|!7*x{UEf
z&3h)ksCixCi<+P!hA-;i!WVTYMFwBgVTCX1P|6IxXrd4WzNmmRjPOMVAmtKYw8S!N
z;)~A6^nHBMo`$aRMKzz8;)^<zB7-k#vceZNLA4mZsKW|h)S(m^d{L7XzNiVR#qdQP
zR`{a$qRw?fX7>c}MR&Hv_@aw96kpUd9PmX=P+Ma7qFd;h$Ks2cpti*DMHl=ayFz@?
z@A~mKY`IkYV;}nk|5GZI$MQwL^nZSV{|RqNKK<XlD8JZa75BN%ea>_l<BOU*jxTCn
zSNNhPsEFZ<I=Jvf9ZHeG7j;<Si#n7tgD;vWM1e0V;0z;t(E&)g#1}2G%$oS3GctW2
zU$m#8YkX17C#LwK4yDN8i<+$PMNLpGhA--{!WVTYMFwBgWQ8wkf@(2*QHK@2D88t3
zosii*0esP&Z85&+;tj<YH4O)RQ4`db7{2HhdgihCq9&*<F?`VlKgjS!7eH>O=>I-?
zd{Mz1U(~#3;){x_s2|~r_B2kd@kLKX)B^aT4yDN8i#n|EMIB0+!52*wqQDmwaE1}S
z=m4Z#;)|A8W=(w28JWJ1FWS@4HNL3k6H|Oqhf-wlMNL-tq9&*o!xwc};fp$yB7-k#
zvceZNLA4mZsKW|h6kpW2PRQ(@0KVwXwisV@@rL4ynuY_us0nII3}18$J@Z(6Q4`db
z7{2I&A7uEV3m~^s;ES4^@kPyhCcdb7Md6E@pdyAZ>fpi`btpv!U({iRFX~Xr48CZh
z5Cy)dfHREnMF$||5?{2$GHc?C&dBtAe9@kUuJJ`RpP1r{I+P-VFKV*F7d1h(7`~{(
z3SZQr6d8O`lNG+G397~LMIBc7qWGfDbwXzM1n@=IY;pUg>}_v*+e=^i(q}#ESx<iQ
zlb`+UXTSXAFMs>n-`@J?`w8HSo-fZ+KN`NMX*l4EnxMAC@I|-KGmpg=H9>8OT{d6z
zfe(3P{-xp9Uw{2?E_r+BJKvcnZN)Rb>cv~O%s=)EzwBB4d6)ft^pASn6Z5<ec)$ae
zF#gAreBvj5VxIR{|9{at-svuPzUw^}{Byh8-yy$P{yuvDo8nB#OXZ7x^rIg=_*?Z|
z?|RoScW>{0_qz}NQ0>z=_1A%`J%BIj>>$3VLn$)&q7Ey3QHN4y@I@1aDDXuEoMD77
zIshq`TYS;>J$vw@*LfZIfe(D3{JJivi7)Da#TRubMFwBgVTCX1P>Kw`sL2Xn)CARH
z_@WLgd{Ku|Wbj2zR`{YOs20N)by(qx;)^=h37Op!z!zPx#qG~Sp7*@xeR1{nm0$Ul
z?SH9sj-La*=sCi4J`}#F={ewwnxMAC@I|-KGmpg=H9>8OT{d6zPItLmT6V`OcJGVc
z>yxiN7TY}Uv3${Q{GOlL^8M%^`-M0D+x%kjMSX5(N?s~owEYoiUQtIZnttQ_MsQVU
z@I{^N!xwcZMFwBgVTCX1P|6IxXrd4WzNmmRjPOMVAmwt4FZz;~yyS=vZ*l6IZn~-b
zx-O`RFY18B7j-B_24B=+g)iz*iVVJ}$qHZ81l3~rq7Ey3QHN4w@I_5l_@XAL7Q+{H
zSmBG}i#pc{ncWk>7rp2$Za==i?90Baaz+1Z?`cna+Bv=ui7$H58#;V^d{NVLz!x<^
zZHeKFZlPx$i!W+|+7iPTUH{@5zUTtx_@cuTRKMi!qc`uF_@WEGRfkiY<F9G`HGf6b
z_@d5s;EOtxB7-mLu)-I0C}jp;G*O5GUsS*uM);xwkaCGHT4I?s@kM83`aZsBPea%E
zqMA=k@kJd<k---=S>cPCpjr%H)M14$>QIUdzNpCxU(^KEV)&vCD|}IWQRg}#vwH&g
zq8GZw?RT-S_=>LxG4#e8Z+zn$-`IYWZO!(e_=Y#Up><+(^UXK6=DB<(_@d{6(f=U$
zqNd@1FKU9?62lkWLeD%FU(^J(C5A6L*h&kQ_@WCS<BN)iD|}J&o{2BI;9GS#1-_{G
z&b?G4d{KY9@kJe0_@WM_%;1YA3Q^#T3OK_EUvvOcF7ZW6EVCxQ=!{I?#~1Bs=o(*C
z^NA_Gs6#0-_@X8&d{Glri{Xnptnfu0N|C`AHCf?{nxI+?U({iRFN!bfTqk69PXJ%^
zLbv!WZ+S}?p<nVPU-JI<zkfK_``-7y){nqD-}%mAde{<Q^e}D*AB8V!8V>lPCa5hj
ze9<lR%wzFIO;B56_@aZYv|x!Zx&Si1sCd@G7d7vh_@WEGRfkjHi;C~uOEtn5^|u>e
z)M14$>QKrIzG$Kl1-__&GmP*>2O#AVU$n$BYvPN}$n<@D(Vm8`@kKSCnBt2%lp=#K
zYO=x?H9@r)zNo_rU(}%#8GKQb6~3qms>Sd{9ai|F_@d5rLT2{_@I^0li@*A-zdCf#
zpZ@8eE>G0@5%{{V`?@l4)+WB_S&41T<BOVx1HPyUYD)}XbPGN6SbR|v)Rx#~_C@da
z84vuLZ~XoR|NQ$Ge`oJRT`FJnp7;Kg1%%@iJ>=c{q7VMuN9WgjyW8FFv1fUE%wrz&
zdAGbh`q7U*%b}0G=RNOvms{ShyY9L(9eZ%N{YgT8v8{OFH@{-bP0v5}SiWfc>k<xT
zb?|}his&If>B-Mn^PT&|FMWD{-etb%*M9BS9?WXvf$f{F(Z2rr>wo;me|+O_Mms)y
zi!a*#6VZ)(bim>5Hg(Ib@gM*F(1$+sfDdxmA?;dfS5&*MzUYg-Xvdet#xD(D^h^Np
zMIBuDq7J3V;EOt}&dV3Q=9=5Bd4y|cxz{IOn@@2!-E@=lWu8|CU(_La)%l{o@C(0i
z*t5{~qv99j_WqgAe5S+pa%S*F{e8z5HCf?{nxI+?U({iRFX~W=48Ewz3SZO&)&5rB
ze45(+V0PF?_}QQRS@W|!VhmptU-XEVAE&-@2;hre++MWXY`CE9eS3kaJW=asru|u5
znK@GvU-V44wukXWP00aY)C9F9hA+B>o_Q?3s0nII>@xeJ|Lw!B--6CR_6Ps(U(1)$
zT5+j-(ffV+1AI^$lefC{t&{WaebMVa^Rx4dy==wqebMH99eq!q|G)m98^0gT!=L*f
zzq$Wnm-(ViDeTXCl=@q~<y*G@a<tcvu*Da>*S+p_lnp)lN$+uwd+hak*#33li=K%g
zzNmu>U(}%#8GKQP)p_}%x4*;3o6lg|W7pmP!TGZfU)0&<#hI(l7yZef{K>qcj#WJ5
zArD!+O;^$B@J0R2!WT7J;ftD}S`1&*VTCX1P>Kw`sL2Xn)CBeT$3Om94{v$i@B6;*
zGe6rS#_&b)MUQy-aq26F0KVwO?M3@5=EDVj&U2n4&eEn4d(V5`BVy(VU(^J3UNL-8
z^G|f~MNLp!V)&w4=$Xgji<+Re#PCJ8&@+$47d1g`jNyyspOEakz!zPxzxbjHAmfXQ
z-w^Rd54ZyHMa30`FDl@i9N~+eWOA~DFM5*6tb;E)Bh&ZsMSB{j*8KlPPes%M_@W0q
zP2r1*OAB9Az!^sPq63iG5?^#i=42mV^dys$9emM~OlBQ?(HWVck1sj^nJw`}XJm#x
zz9_!va7nPdoCNSiFK*vo_qx}G2>SAuzg(Q<r7wMH#9sgU*Nd1r!WT6`omUKB)O2a^
zMNLp!V)&w4=$Xgji<+Re#PCJ8&@+$47d1g`jNywO@QT>gcnH4ef?dNGT>u$hRQ!gB
zFM7Zgh%YLxD11=?=i~@q^dys$9emM~OlBQ?(HWV(k1yKOIJL$XJrz+4;ENvcG=(oJ
zE-idf0cRNDiw;0$OMKB8nUj5d(UVM0cJM_{GMRPoMQ3D&KECJxWVXZ?osk*(_@elt
z!zID;auUE7y|{gU<ttwqBIs*h`&x09HjUVi{n(F*Sd8BAhBq_~RlI%2cYH^?xjpr%
zPi=p)xA86hwD}_+`N+nPv+u+EmkvMt;SZnbi+$YV9+!Vo)c$(h_B!~2f1dvDUX&+o
z#pgfq$qP=}PVwN+{bzrZ>6gFYKdm|MC*J8U`SsrGldoNK(sq_SX)7N2xc_m@c^~z-
zC-vuj>a+frHRrwiJ@1|8z0+Opw&tYmEVsV(ZSuVBZ}DDp-Y0y?O?lE*eDTwsyXL(2
z`P5I(^Imh!?be*Mo#nRIT$AVhj0b(rn)5#S%m00zv=xo{n)80f10K?!_c{OJ8`qro
z4j+HVJnwx!?fz>{`s}a%FL}~d{C7{dVa<6T@`#W9;A`joH_!jNHRrwaUGJV>?>+AM
z$!kv9&XOl>#lx<D!kY75|Ac?`w_3Mvs5R%k=e<9r|9US~{e?IF+cl6M_4yzBLH}_d
z_i^oajWutd{^=k48FZ|j{qO(vQ`bQLmruH}{~EvRyS{4;<j?t>&*{&5l=>-8dCHnE
zHqP>cKlp<yPnYL<&1+thwO_RV0<`^Sp7HiQ-}62Gfh~FGJKy;z8+!DU-tmriJQJwx
z;lnm}`*{zzn7{w~zyFpC>L36813&NsXZ<u@{pwer^^kMP9|iKuUiPx@{oe0w(9Y#c
z@IS~8{m>8j;d4wL26@YEDn9ui`H>$v$FJf_{!s0225jGSXT6!9%U5(2L2i`#+te#w
z@d}^74L977KZ9<2+iTW5!nLz}(tq=@-$y?0^FGi2gtsRft9C^la5LX{>L32$AKv&8
z4m*7NZK~bX4><MWulM=Se|}!c$11M9_SyqLZ8_wU+@=E2vA)>DzJs=GYrBWH+f;j?
zT7R3mx*k~@qWsy{ehwbM{8g`d)d5FsJme@RZMX4uT^)8a-}v<&<)S*^H@@~|4o_1D
zeBtYF7x781zdgons(k~V>6!BYq$dwq|Ha1VaM<SNJ*pLl-KGw^m``#$Q)m6R?E@b0
zfMY$p<$2rBlrtG4M+r9tC?(|fA59$Pb2#EjfBn~g9bfcRGmXGyAb>A=al8CY-}Fr(
zg1+&MZxm-~(};chw|~2c#i+fC7x%8&`)5A$nQe6AjW^~Up5lrnaQ*ey=aT~k1Rwwb
z2tWV=5P$##AOL|&Lf~$9yW3H|(nme&QAas1CtX0G*+C1=a`F^+zx&7jvy_w53+jB<
zXMNTMePsP%AM=>U=)eU{ue<KL3;M|7!`|mU_Yu>J8$J5b|Li}uy|@z%ANjLC`?H76
zg5@WC!Y3>^%gIwb;t`KH*<8?h_`@H*;4CLkar@if{$!KR`4YJIy+8I}QlIZf79Z_c
z|5ewqeiq#S{`VI&7@Z4&_J1@zmydI%4|3bv-u6uS^9r{Y(a!5bo$2E|@{x}`Q~tcd
zce>M^&g(<@ALl_2dXOJJ$K<hYQ}?~^eb4c$FhA7&?sq>kdA_k@L4M!^A9%iBi1X1d
z+aF&%^q~)Ru$+75*0;X(xqr-4Kj5+c^KJh4;?%9V+5_MEt>1dZ+9`ZuLEz1AeskDX
z&6_<{(9(gAe)Oa5ifz)JjxmM6l}P|!^y2pA#V>wwh@fwJ)0@Ou+B9O#FBP#E;fwC+
zrx?EI)&9K4=MMo0KmY;|fB*y_009UbK;W{y;Bo*W4mm3UUT`@pu><nQdR-V_^nlGe
z>mm4}XC-z(9$)kTXjjW2_@WDT3SV>qWPH&Dknu$qKt9$ZE57K0&BYg802yC&0c8I8
zVgcmio&sO=%J+HjMNiez2wV~Z_@WoL(Jy+@i||FS{2vEL{0#9$kNdR7*&zS{2tWV=
z5P$##AOL}*5Wp8b3if@UlownU?C-H&e8(4Eu(|l63n1f*E`WTjQ{am(AdfG)05ZPl
z0?7EH3m_lskriKb!RF$NE`W?Lx&ShNe6axXaZiCSdPM!kJT<=P#W`|(<g1GSzUam6
zSN?tUzxa#4D9)09AN{v|+qa2WjQIbHnm75YB8D$|+^03p4gm;200Izz00bZa0SFw0
z0KVu^u<!e%yx_86e~<OzJHF_G&BYg802yC&0pw$y0$+3id3@0Yknu$qK*kqc0Qp#t
ztoWh}HWy!X0c3p91(5mUiv^I6dkTEfD__*X7d=%=BXCIw;EP_|M!)ivuZ;h{=+FJ!
z&xy0V_O-8#*lS+%8WD@ppZ(dN{lD_<M}PE3ANH_^J?&{v`~Nn-{pp|nX}g*K#b5lz
z=8v@J5AczXd?bJ5{mGyF$(g>?mjBT5w?F!$Kl=6V?GOIo57vAN?L_Z*$2)%cpWfQ}
z+o!SSyubb1znx$1d*1V&H79Ln$&<F?_kaKQ{qr_5zuCRL?|tv{k8R=pyzhVi`~73L
zB!BmJe>czDKKCsj>P*MBbN%YC{%X6X-uAY)wa?*9#~vJRRP&2%#hEtf;FGok+f|h3
z{f*!FjWd0y1}Cqn_8oDiW7~mw-rxD1-#OE<2ZulKfe++KTk(f~_=g97s52e--uJ%u
z?Qeg3-ljhI!4ID4@Pos@^;^G{UvH}q{y1kkuzhuT(pI#u-9Nm27vvSyiZk76+HUse
zZF}vXcT2Key?NgDIdAz;XF9fhxBkkn{7Sp1e(l$O?e~7~_s(?e!Qrd%XF=Pbyr{O^
zrgs0cpj{Phf8X`4ceU%PUD5|%BxgOaJwcuIMse0toXl@|WZiO`iq9l}+%JA)U3R1B
zfw%9zH@)di?I+-weirl};jnty&)MPAJM6suZR)H~MD1rm`wm+6JQH8<v3?e`v$wCb
z{odD}($D(HI_%U{v^?OV8g5euJP{pm(yIvR@Ts=jRJ)v({pOWtKNjS}&fA`#@@eX@
zC!)j7o45`uj&joW$5ZW!I_op%VPD{I)KR|P_BkAI-u4}rS5zy`^h6YYe6j3z+W~UB
z{@ah;v;MFiKFC>@ahp2Ruf}IRMVUWfXUmVXrr9ouyr>R)=w1Bv#vfm_&v^}>{w(dA
zsQnp2dkK5}*%w2Oullf)whhWFsuc%(kOL0sx9KXX+gI8UwV!<lJacaRGOsSk{S|fC
zZ^uXZdXI9_b{lV3)M3w@SK~!>807ZM*<Vx#eBp<k_ka@(hpazuyeir*sxv)v4xjd6
z%k^LEVV`Fl)n8GEy|{mruXp`P+hgZj-tw0A!tr6xoLlxNkNwNP{L3>LBS#501t=Al
zKmOxCKFa5C#FMt`q$ySH?a%-G&rcP!bl{^O{b=)(n{=mROd)V(62KR|xP5uu>s}Wk
z=*wUJa&eY6jo9m7|9TNKM?dvbKh^GR%@;NEBG%m0_G6;`L=zcC?T1MIFm3)PKm>um
z`@6pjRwBcwJsRZ|)r!CQo4<jHAkg&rM(MBq>aRqGQLnW(VgL~Y{`PPGwp~%}HzSc@
z^!I=N_x)|E-P>Uz2()K|hU>5Y`maTXQ9N_Tb=CfRC4dM5?ZKdd;+az*YNLGSjEkz>
zwRHZHPe1(O4>wRebLz_={!_}hqS`G>hcEfG{m5&ec;?iXK|FKD71iFiKUmiJOFnH6
z=Z#W>cF8&DFF$@Yj*F`O0;t26eA@m1p@HI=Q(p%0%o$fyd*A-3O6M>6G(hpIvAzuA
zSL0x{{WV#AuB&|-uif*^srNCSIrBF45C8BFI)9m`4NidKnNwc|@yr>lcvV!hidRK>
z=G2tpnKN%wI(*5e`Kl<-occ=0%c&K-Dymt<tD-z}YD(>gU0zg|@Kw?F-x&UrF8Z+T
z*9pF;zS5Xp;RNtSFK&a{|5YPI(C0q)x#BEs8nN~thKQIs!WT6`omVV=Gm4+5ymqgt
z=4<ylcFCvtn^9a;ymqgz2YgY@C#LwK4yDN8i#n|EMIB0+!52*wqQDmwaE1}S=m4Z#
z<}+tJP2r1{l(LC0nkYnpFDl>+BYe>TNV&upEwRj+_@Xm1eIH-6r=e?nQOzf&_@WM_
z%)~P%zGwm|3w+TMOWDL1EwKzue9-}jSmKKcIQ<A;w5Or#cvTc%R8zti)qMJCzAB0@
z+G9Cc$1`WV#}_@xr|;m4_B3WSz9_!v?AoAzsR-bUUfg!KU+qH#ZSQAK&aI!B_Dk;e
zPX=FfJHs=51bk5+SH5=dA94wk`I}KZ^W%%^YXDzV^NDHvW)xRcBjy}(X*2ku&er3L
zI+QYlFPbPsfiEiH3?qEe0Z6&bXU_Q9hc8-E$|k;Oq7VhXsDLw!@I?n8<q}`C#4>B*
zi_XaOeSFcLhOY5NHJ_N`i#n7t6VIIZq6wrd@I^~3WfNbt#4<GTMF${ai7zVP^do%H
zo`$aRMKzz8;)^<zB9pI*;)`l%@yr?T@kKQ&d{NCOrud@xqRw?fX7>c}MK5%VZ@&5F
z&_Q4O+SisRYW)bj@P#id17~gGi=LI(#yq~L4=`W5_Yb**$^6YIp84@b^)-Mms`<ne
zU(}%#8GKQP6~3rLDKq$@i9!_kq5{q^!WSKYl*@ePjHfAl(UMX&@kJAbDDXuEoMD77
zIshq`_@X72SrcD$MyBuMi}o~hjW4SC#1voDp_G|;=EN6GAZ39sT4E`i_@X72p@}a#
z01-=kQ30nP;fwY(bd4{n`NR}o)S(oad{q=*R6~nr&UlY6s#)QSYCbW=7sVHKt`jo5
zCx9<{p<Dc>H@zuz&>L>J;X@z#&~UB~e(-~>AAz^O{q4i_uqD3eVcZTr3SZPmm#^LX
zhg`yB{$>=<{P?2!8o(FTd}4|(>QIUdzNo_rU(}(L8GO-1Aqsp^0cRNDiw;1_Wj=Gp
z(-gjFNhzE7qKQHj_@V;NFv1rdfRsyo(Gtt7i7z@M)A#X3dm6gN7u9@XiZAL=%1k_S
z;)^DbvcMNDv6M}G(Gtth#1|cah$X(LfYXogMSB{$#uwFmVu~;7P>M{xDvB?vp~W+2
zyvG;StnfuOpP1r{;)^=h37Op!z!$yHEpE>?&w0*s!U%oJQ=an6zx>PXb%A!q_WqZC
z>6cn3MlX253)*jO=kl50i=GQc|AXL*`mFM`d;gG2n9Sdd;+Y>`R9^%5qMA=k@kJd<
zk--;rSmBF0lrn=ankYnpFDl>+BYe>TNV&{s&Ul)_7cD7e6JIn@hyq_!z!^sPq63g}
zi7#4WnKki6XJq<5zGzQF*Z88EPfYPe9ZH#rXHI<41X33Gq9vBHi7#4W8JhT_0}!#q
z7Zq^&5x!_oL)ZACnomseMIB0!$yY`3MK!c|=8X6FqM8-HsOA$>d{KN+=Q<&?djj~P
z7rn*pe=B<9jW>oDTE1`AX!`?`^ZGRKMbC?*`El??O;9bCuig8HT*74jW)#o-_@eq6
zz!%kgVu~;7P>Kw`sKW|h)S;9ae9=T93VcxkXBgp&4nWFfK6A#?6uxLlDVzABi9!_k
zq5{q^!WSKYluLZk63eWKFFGUB_whx08oI_8)qG-#FX~XrOgwYqizbk=z!xpCludlm
z63fuU7af3zCBCSD(~s~)dm6gN7u9@XiZAL=icG#LiZ806#WQET#~0PC@I^JBnBt4#
zi#pc{ncWk>7hSN$?H7$_J?mMeEc(3XJ+J+t?m2!A_@d_s)A>;Nq7J3V<ZJi-A(t?j
zzZu0dKfb8G2Jl5SpP1r{I+P-VFY2(u7j-CQ246H$hyq_!z!^sPq63g}na`Z@G=(o(
zQpzU2Xrd4WzNmmRjPOMVAmtKYw8S!N;)~A6^nHBMo`$aRMKzz8;)^<zG8507_@W7<
zEbv83EM*g4w8Szr@kIw9Vu>#*;PfMW(Vm8`@kKSCnBt2%lp>R_isFlEXz|P$@9{-7
zD|}JSC#LwK_@d5rLT2{_@I}{bar>q0EpK_tcYf!0KK<!Wzu|@(p7D%leD`;M_uJm~
zw$?x2PXJ%^e0iSw(eOo2MU;Vj?LIpcCkf<lM)Ay#FM1MD-@zB{Y0PST(HWVOeSFcA
zOip(2MNcvj9ehy%Cr9|AiQ?1(U-VQ&Es)Qg@ic`ms-fYFYCbW=7j-B_24B=+g)iz*
z$_&0}q7VhXsDLw!@I?n8<q}`C#4>BfGbg_2j8F9OMKzy(iZ9yJnAP~AGcqUp_@XD7
zlpTE05=+^{7cH?2O?=S-h*;*UqWGeMQX9oHXS~N3)vWMEHJ_N`i{gtq*9n>36TlbU
z*%srAF5XalQ6G4|cJCi@36uGoQ9SeGi|T6tUsUsnDZZ#fDKhw?4l8_7hf-$nMH7W6
z@I?ijVT3O_04bOG%o$Hp_@X7HY~qV13Q^#T3OK_EUvvOcF7ZW6EVCxQ=!{I?#~1Bs
z=o(*C^NA_Gs6#0;@yv-Ynn20|U$n$hHt|JEEJG7tbO0ij_@V+%Kf)L7Y3LeXRP%``
zzNkYfGWn_~zNm&4&z$idUsSWg7u9@XiZ6;U>Rcyec259bbZ1+PFS>X`@kM>$`P#jI
z$R$kXZ$|OVk1wjP0en%-C#LwK4yDN8i#n|EMIB0+!52*wqQDmwaE1}S=m4Z#<}+tJ
zP2r1{l(LC0nkYnpFDl>+BYe>TNV&upEwRj+_@Xm1eIH-6r=e?nQOzf&_@WM_%)~P%
zzGwm|3w+TMOWDL1EwKzue9-}jSmKKcIQ<A;w5OqKd{NCOrud=`rO4!~qWGd3T0C>c
zdwfyN3SU(7i7CD)zNmAZkl8%}e9@h4F}~>H4aFDrf#+-Y{vnqznZFsuGe5qlz6S6`
zHJ_N`i#n7dgD>i^!WVTYWd>g~QHTOxRKOWV_@V=la+%MZ@ic`mT2jg;zG$Kl1-__&
zGmP*>2O#AVU$n$BYvPN}$n<@D(Vm8`@kKSCnBt2%lrj^~ocN*%q%817ODts*U$n$B
zH1S0TAYzFxD&X`Ze9@kUuJJ`RpP1r{I+P-luZrS}YH0Dy8Sn8$H7k5k%_pY#qWGfD
zbwXzM1n@<7w#E3Oi#HTs)CZog-TQ}J!estt6wmzlqWT)Z7u9@XiZAL=iVVJ}!wO&2
zp_CbX(L^B%d{F^s7~zW!K+0u4bH>vYzGz7)oA{!MLKOI-0?shP7af3<OMKB1%dCkn
zIwRBf@kM(Yy2cmPd}4|(>QKr|JagiUCXlkg7cH@rO?=T3%h1FZ9e{`>zNmoHkMKo%
z8oI_8)qG-#FX~W=Ouj0LFRG!%GiSWV7uBrrMKzz8;)~*oI@bxA-4nnU-Pso7i!R<!
zd{G~GzIN{)atV|9n^8RT<BRHR0AEz|i7CFQLn$)&q7Ey3QHN4y@I@1aDDXuEoMD77
zIshq``OFzlQ~07KrEKDhCJIsDiwZcy2w!vnQZDgDODwY{zUYih-^Um2Y3LeXRP%``
zzNkYfGx5xcFPcEg0$;SmQa15LODsbZUvvN>miVFqPCvpI?P=&5UsUsnDZZ#fDKh!0
zD88tM7SEjV9$!?m!WY$iVu~+{FX~(;WOh#gUvy_%j4!%)L-9p@;Q89Uf5;_F=5I#v
z%#SasuK|2f%_pY#q7J3V;EOt}@I@U;nZXxL6r#Wv6>x?TzUTm?T;?-pJWb(?mXxxI
zFPbPsfiEiH3?qEe0Z6&T7cH^On)sqKGJPLkw5OqKd{NCOrud=`rOd=LC%$L`DGPkj
z5=+^{7cH?2O?=S-h*;u_3OM};U$m#8YkX17C#LwK4yDNCtD^X#8d^Ma#(R8G%?e*s
z^NA_GD88t3osii*0esP&Z85&+;tj<Y^?~PW_x>T5Fqyv@#WO#?sJ;g9MKzz8;)^<z
zB7-mLu)-I0C}jp;G*O5GUsS*uM);xwkaC&Nobfb;FIrN{CcbE*5Cy)dfHREnMF$||
z5?{2$GHc?C&dBtAe9@kUuJJ`RpP1r{I+QXK&z$(838XCWMN2GY6JNB%GBoi;2OwgJ
zFDl^lBYe@GhOY5NHJ_N`i#n7dldp>6i)v``%o*?TMKvpYQOzf&_@elt&UHd&_XO}o
zcecg&qKh{aU(^Sluig8HT*74jW)#o-_@eq6z!%kgVu~;7P>Kw`sKW|h)S;9ae9=T9
z3VcxkXBgp&4nWFfK6A#?6uxLlDVzABi9!_kq5{q^!WSKYluLZk63eWKFFGUB_whx0
z8oI_8)qG-#FX~XrOgwYqizbk=z!xpCludlm63fuU7af3zCBCSD(~s~)dm6gN7u9@X
ziZAL=icG#LiZ806#WQET#~0PC@I^JBnBt4#i#pc{ncWk>7v0$w<BKldP<&Azc)oV;
zA94wk`I}KZ^W%%^YXDzV^NA_Gs6#0-_@WLgd{Ku|X7EK5g(&bv1)O1oFFF7zm-);Y
zPgD4!C8ccQizW(D;EM`4!w6q=08%dTMN2HRCcfy5Oy9>B?P=&5UsUsnDZZ#fDKqiR
zi7%Q!$^u`s#8Ni#MN2G06JK-yB9{1~0!}}|7wu{28edfNi7CFQLn$)(swlpwh8EA9
z@g84Pv%(kEd}4|(iZAM1CuDX{0AF-xTZ}Kdcti0;ec<`py?@9hOy+M!@yw4es;>cj
zQOzf&_@WM_$l!}Qtnfu0N}0hIO%$TQ7Zq@Z5x(dEq+I4RXFN^ei<XqKi7%QcM1e0V
z;0z;t(E&)g#1}2G%$oS3GctW2U$m#8YkX17C#LwK4yDY*Gbg@i0x1i8(GpA9#1}2G
z3{8B|0f<=QiwZdX2w$|Pp=*3m%_pY#q7J3V<g23iq8eH}bH;moQOycpRP%``z9_z^
zbDfacJpp{tooz9`=;95<7xjVXYxn*kmoS;X8O1X{zNo$i@I^JBnBt2%lp=#K>afBW
zbtq*9Uo=sO0$)_X8AkY`1CVl=&z$izg)drC$|k;Oq7VhXsDLw!@I?n8<q}`C#4>B*
zi_XaOeSFcLhOY5NHJ_N`i#n7t6VIIZq6wrd@I^~3WfNbt#4<GTMF${ai7zVP^do%H
zo`$aRMKzz8;)^<zB9pI*;)`l%@yr?T@kKQ&d{NCOrud@xqRw?fX7>c}MR&Hv_@aw9
z6kpT_p0C~ehg`yB{$>=<{P?2!8o(FTd}4|(>QIUdzNo_rU(}(L8GO-1Aqsp^0cRND
ziw;1_Wj=Gp(-gjFNhzE7qKQHj_@V;NFv1rdfRsyo(Gtt7i7z@M)A#X3dm6gN7u9@X
ziZAL=%1k_S;)^DbvcMNDv6M}G(Gtth#1|cah$X(LfYXogMSB{$#uwFmVu~;7P>M{x
zDvB?vp~W+2yvG;StnfuOpP1r{;)^=h37Op!z!%-w7UPR9-cWo|A9%iY?;mmrllhxb
zJoDp=>T3XBRP%``zNkYfGWennD|}IhQfBZ)6NM=7MFpH;gfBV(DVO=o8BbIAq9vtl
z;)^B<QQ(UTIKv2EbO2H=@kL84vnIaij7;Ch7wu{28edfNi7CFQLn$-y%!x0WK*|DN
zw8T<2@kL84Lla+g03w$7q5@7o!WZpn=o(*C^NA_Gs6#0-`Kl<ssD>8LobeuCRI|bt
z)qG-#FN!bfTqk69PXJ$ZXIqRfx_CqJMSbA;+P#0sB~0dTM)Ay#FRHHrd{NCOrud=`
zrO4omI;`+T9ZH$O7flqRz!w#8h7rE#0Hj>zGiN+a;ft1(vWYL6C`5rTD&Pzwe9-|&
zxx^POvCNwIqBAmmA78Ymp=*3m%_pY#q7J3Z#4{(pXaXq<e9;n1*~Awuu?$Uo(E*59
z;)@D6{Rm&Qr=e?nQOzf&_@WM_$mFY{_@WwGJafi-d{NB`UsUsnDZVJasB@i=**yV#
z(VcBEzUbl&#TWH~=WF-=A(t?jzZu0dKfb8G2Jl5SpP1r{I+P-VFY2(u7j-CQ246H$
zhyq_!z!^sPq63g}na`Z@G=(o(QpzU2Xrd4WzNmmRjPOMVAmtKYw8S!N;)~A6^nHBM
zo`$aRMKzz8;)^<zG8507_@W7<Ebv83EM*g4w8Szr@kIw9Vu>#*;PfMW(Vm8`@kKSC
znBt2%lp>R_isFlEXz|P$@9{-7D|}JSC#LwK_@d5rLT2{_@I`mF#rUF&Hxysg2cECp
z`-fb@Wd3Fp&;0nJ`WnC&)qG-#FX~W=48Ewt3SZQrlo@={L?H@%Q2}Qd;foGH%4I%t
z#?utOXh|uX_@aqI6!@Y7&M?9k9e|Wee9;oitcfo=Bh&ZsMSB{$#uwFmVu~;7P|8d^
zbK;98kg~uREwPkMe9;oi(8L!VfQTi&sDRUt@I`wXy2cmPd}4|(>QIVIzAB0@s-eX*
zXS~N3)vWMEHJ_N`i{gtq*9n>36TlbU*%srAF5XalQ6G4|cJCi@36uGoQ9SeGi|T6t
zUsUsnDZZ#fDKhw?4l8_7hf-$nMH7W6@I?ijVT3O_04bOG%o$Hp_@X7HY~qV13Q^#T
z3OK_EUvvOcF7ZW6EVCxQ=!{I?#~1Bs=o(*C^NA_Gs6#0;@yv-Ynn20|U$n$hHt|JE
zEJG7tbO0ij_@V+%Kf)L7Y3LeXRP%``zNkYfGWn_~zNm&4&z$idUsSWg7u9@XiZ6;U
z>Rcyec259bbZ1+PFS>X`@kM>$`P#jI$R$kXZ$|OVk1wjP0en%-C#LwK4yDN8i#n|E
zMIB0+!52*wqQDmwaE1}S=m4Z#<}+tJP2r1{l(LC0nkYnpFDl>+BYe>TNV&upEwRj+
z_@Xm1eIH-6r=e?nQOzf&_@WM_%)~P%zGwm|3w+TMOWDL1EwKzue9-}jSmKKcIQ<A;
zw5OqKd{NCOrud=`rO4!~qWGd3T0C>cdwfyN3SU(7i7CD)zNmAZkl8%}e9@h4F}~>H
z4aFDrf#+-Y{vnqznZFsuGe5qlz6S6`HJ_N`i#n7dgD>i^!WVTYWd>g~QHTOxRKOWV
z_@V=la+%MZ@ic`mT2jg;zG$Kl1-__&GmP*>2O#AVU$n$BYvPN}$n<@D(Vm8`@kKSC
znBt2%lrj^~ocN*%q%817ODts*U$n$BH1S0TAYzFxD&X`Ze9@kUuJJ`RpP1r{I+P-l
zuZrS}YH0Dy8Sn8$H7k5k%_pY#qWGfDbwXzM1n@<7w#E3Oi#HTs)CZog-TQ}J!estt
z6wmzlqWT)Z7u9@XiZAL=iVVJ}!wO&2p_CbX(L^B%d{F^s7~zW!K+0u4bH>vYzGz7)
zoA{!MLKOI-0?shP7af3<OMKB1%dCknIwRBf@kM(Yy2cmPd}4|(>QKr|JagiUCXlkg
z7cH@rO?=T3%h1FZ9e{`>zNmoHkMKo%8oI_8)qG-#FX~W=Ouj0LFRG!%GiSWV7uBrr
zMKzz8;)~*oI@bxA-4nnU-Pso7i!R<!d{G~GzIN{)atV|9n^8RT<BRHR0AEz|i7CFQ
zLn$)&q7Ey3QHN4y@I@1aDDXuEoMD77Ishq``OFzlQ~07KrEKDhCJIsDiwZcy2w!vn
zQZDgDODwY{zUYih-^Um2Y3LeXRP%``zNkYfGx5xcFPcEg0$;SmQa15LODsbZUvvN>
zmiVFqPCvpI?P=&5UsUsnDZZ#fDKh!0D88tM7SEjV9$!?m!WY$iVu~+{FX~(;WOh#g
zUvy_%j4!%)L-9p@;Q89Uf5;_F=5I#v%#SasuK|2f%_pY#q7J3V;EOt}@I@U;nZXxL
z6r#Wv6>x?TzUTm?T;?-pJWb(?mXxxIFPbPsfiEiH3?qEe0Z6&T7cH^On)sqKGJPLk
zw5OqKd{NCOrud=`rOd=LC%$L`DGPkj5=+^{7cH?2O?=S-h*;u_3OM};U$m#8YkX17
zC#LwK4yDNCtD^X#8d^Ma#(R8G%?e*s^NA_GD88t3osii*0esP&Z85&+;tj<Y^?~PW
z_x>T5Fqyv@#WO#?sJ;g9MKzz8;)^<zB7-mLu)-I0C}jp;G*O5GUsS*uM);xwkaC&N
zobfb;FIrN{CcbE*5Cy)dfHREnMF$||5?{2$GHc?C&dBtAe9@kUuJJ`RpP1r{I+QXK
z&z$(838XCWMN2GY6JNB%GBoi;2OwgJFDl^lBYe@GhOY5NHJ_N`i#n7dldp>6i)v``
z%o*?hfA;P@_O7bT|G0rbhz0_|7$+KyW{3oW!Gu7faYi#HI^#%1E^?_2RBkE^BZNvA
z1QEny3PM0GA`uvei!gu`0YP8{0YwqHQ)o*qP@r6Tp)GCsL4ME76P~QBv-WeIbNQZg
zzH7hv<GA)(Ywxr7Yd@avKKp!n4tY`EioB@rqod?S$%{tnggMm<kQc4&6q6Sn@d+g_
z8V9$}?&GVpaHhR8(rbS5qJ9mK7xjH~l)Pv}N#~FkjaZQvjVRe1@}frJG{}oOIN1<+
z(F~-xXxE&2HAP;usAQewMUBE~kQa4uvLW)K8Ax%Fyl9c7sgt~DlT6xAUNqJ4+vG)k
z9~~tx8d0)2dd*2*)If?2@}fnSVkddgB1_guUNi%77Rie`IO!01(Nx24lNa@Ubd<bk
zL`mn^r=sLVeKfu1)JO87z7=^<-$zHui;@?O)CqH{7a%WM*(oM3I^q*bUNjDFpWVk-
zY2i$JXQbEs<VF1&ATR3s=qP#7h?34BFB-8TFB(y@Ipjr+!fB8fb#SsF@}e0?anY_h
z^=gW|Xi>>J$%`6=(;zSE;ABJOMKh4%B6-mwOH(I#(I%O+pS)<Q;kU_)`aU{JUNoX)
zbM%^%yr_W`8{|ccEX7XpqD7Xhle}mK;w+LEb#T%l@}jAR-zG2W`{*cn(TI}Hu}?+G
zi~4AK&8d&%MSUysqP~xgk{2Z}8mSZJR4+hYw6ar7UUbAKl)Pvh+&;UHuhPPq_RdJJ
z`N@m=H9%g}_t8=Eq7fyXLtZpuMP4+bWOK-i8ims!FY4fAL*zv>km90UbL!O;dC{Vh
zb&?k~3a3F{)WOMy$cttm#YOU>MV6*c@}f;LX+L?<RKstR7xjH~l)Pv}$>!)aCwWl=
zDK^N97Fmj&<VA}tStohX48&O^FY4f=L*zwM4ZlrZ)c4U*@}dzXonxPhk{9*S^qNy2
z$&30{<VAfS9VIVHUNllC%&A_0yl7>on7rtSPbhiOIJkXwA77<~Gwq#`Uh|U|^=p8<
zsPChr<V7P&I)}Vy#EQIVM9Jom7c~l}L0;6s$%e>_W+25yyXMrZDe|I4CF>+FY7|a`
zyr_ed4UrekK#GgxMT;y=o#aKEWYT`}qN#@8CNJvy=qP#7h?33GYfkc_22yO07cH_B
zJIRX{S+Y*@q8W&@NM6*zNr%XbrW$^myr}P^qvS;+N;=0r6(uj~qv<uLK9U#pt;mb|
zJ~~QXl)Px9PMA}@0C~~MPBD4W5uZ@<qH%Eh>^{Cq3uoFpBfaJ)FY4C-c~Rd-N6Cvu
zlynYx(TEj!(TI}GAunnaPJ_ItgOd%B7tKJ5i+0VaS5xFgi%Ql>UeqX@26<5jCmSL!
znt>D-$%__QnmWmgHp!&@<V8~rzfE4$_t8=Eq7fyVqt~3|MGd6bATL^EDRz<<EwW^t
z<V7<OXOX<9gOd)C7fm(%HhEFsM@PwvMwE1peJV;`)JM~6PJJXV>RXW)^?h`dyeN6m
zNS!dJdI9pHm7QYpq9Z<`<VEA)_St=Wl@`vlcSd^6PhQlo0rH~0kB*WTjVS3H@}dzd
z@}dzXn?qjID4Yg)Q3od*A}^YO6c_E9Q?I7Tix!ovlf0-=I1Tcm4o)^iUNi$KE|M25
zvNUy)7j2SB`^k%@8h)F+sPChr<V7P&Hb<{H$%`6Du|Zz6$WrViFIr^DI?0P>AkHFr
zQ3od-A}^Y1_-*o{zK@QQ7mX<C9Q#z1yr_?+*PQxDUevcDFY5c~D0xxxqLDgbPW1xh
zMJqeS<V8n(LdlE9!R@pA_$n=&Y442mnxDL=UjyVteIFeqFB(zOIpjqnR^&w^N;ZeQ
zs8Ki#@}dq-Hbh=D11T=rHK$%pkryp0Stof>qi`DJMID@Mh`eY9Qd}f2T4ZVJBrn<|
zllGGrO*Q;Bc~Rd-N6Cvulx&V(bCMS|kYa<pXpyDZNnW(bl68_7%|M(*@}dq-Iz(PH
z)$rToMSUL~B`+FL(mD32D0xvIO|Loik-VsHMPAhR(NXfE<V7QO!kp>_$ct8Xiph(P
z_=J)djf2}~_wiL)IMd!4=`}xjQNISri~2q~N?tUgq;trNMy$w-MwDz0c~PTq8stSC
zoNS1^Xa-VTv};binj$Y+RI*O;qDJ8~$cs8S*${cr45YY7UbM*4)Ja~nNha+lFPduj
zZStbNkB*WTjVRe1z2+n@Y9Pf1dC?+Ev6H-LktORSFPecki{wQeoOFo1XsY42$&30v
zI!azNqNH=|Q&IAwKAK*0>LYnk--^7b@1vvSMahds>V!Gf3y>GB>=ct19q|bzFB%88
z&+g-^v~Z@qGtz5*@}hnXkQeoRbd<bkL`mn67mZkv7mX;{9P*+@;WWsLIyl)7dC?4{
zxM<g$dNoB}w5VjA<VB6bX^<CnaIzutq8UhWk-TV;rKyv=Xp>CZPhK?D@Z01?eIFeq
zFB(y@IeN`WUerK}4f3KzmSQJ)(IQLMNnSJqaTdvoIymVNdC^qEZ<81GeRPz(Xhccp
z*r%f8MSV2A=F~^>qP`V*QQt>L$%~Q~jnoNqsuv(HTG=TkFFN8AN?tS$ZlB%9S83r)
zduOEA{NzRb8Xzy~`{*cn(TI}HAuk%SA}<<IvN_~MjlyY=7j<y5A@ZUbNO94wIrVCa
zyl7F$I?0O~h0`D}>fmHU<V7=(;v#v`B1=;zdC?}Bw4c0as^PcEi~2q~N?tUgWOMYI
zlf0;b6dUA4i!8-X@}fnStdqQG2I4G|7j<ybA@ZWBhTkSH>ig&@dC`cH&aqEL$&31E
zdd;bi<VAfe@}j<vj*=H8FB+*6=2S00UbM1POkQ-vCzQNs9Na#;kFV0gnfA^|uldP~
z`ZYja)c4U*@}dzXokLzUVntpwqGWT(iyDQ~ATR3RWJBadGmzq<U32Qy6nW92l68_7
zH43LeUev+KhRBO%AjL)UqD7XbPV%BnGHE|~(Nx24lNa@Ubd<bkM9JppH79vd11UDh
zixydmo#aJ}ELkUc(G0{{BrodVq(kIIQw_gOUex!|QSzb@C7olRijo)g(e#>AAIXdQ
zR^&x}9~~txN?tTlC(Nl{fV^mBr<lCxh)*ba(Kxt$b{}7*g){A)kzVtY7xim^yr}P^
zqvS;+N;-$UXvB)VXhg~8kQX%yr$JuS!O4cmi)J9jMZ4zIt10rLMJ4MbFKQG{gS@DN
zlMRs<%|MEa<VA}tO`YULn`F{{@}jAR-zG2W`{*cn(TI}G(Q8ifq6SiIkQXho6g$a_
z7Fn`R@}e1tvq)al!AXb6i>4ZWo4ly+qod?SBT72QJ{2V|>Z9p3r#_Mw^{vQ@`aU{J
zUX;9Oq)wPqy#RU9%1$wP(Gj0e@}hBY`|LixN(*P&J0rd3Cok&P0C`d0M@PwvMwE08
zdC`a!dC`cH%^@#p6i$P@sDqOYkr&NCii>v5saI3vMT<(-NnX?_oCbMO2PYdMFPecA
z7s-njS(-Y@i#Exm{p3Yc4ZlrZ)c4U*@}dzXo1@p9<V6jn*dQ-jWGQx%7cH`6o#aI`
z5NDCRsDqOZkrz!h{5E+}-$zHui$;`mj(sXhUerg^YfgP6FX~&77xjH~l)NZ;(MX*z
zr+NYMqLrOu@}eU?q2xv5;P%;le3cf?w0A~&%}-v`uL1I+zK@QQ7mX<C9P*+OEApZd
zC7VND)F_+=c~J)^8zL{7ffN_*np3Z)$cq-0tdqQ`Q8*3qq7F_rL|!xlDK3&1EwVIq
zk{4}~N&Cr*rW$^myr}P^qvS;+N;XHYImwF}NU=d)w8&EIBrjTI$vVl4W+2WYc~J)^
z9U?E9YWQvPqP~xgk{69A=^Xo1l)R{qrq`VMNM6*pA}{Lu=qPzn@}iMCVNUe|<V7nx
z#pFdtd_u{K#=-5g`}is?oN4cj^qQZ%s9yu*MSUL~B`+FL(mCWsBUa=^BT6=hyr@w)
z4f3K6PBuhdGy^Fv+BK(MO_3KZDp@CaQKN7g<V78vY>2#Q22xxkFIr@2>Lf4PB$M`&
z7fm(%HhEFsM@PwvMwD!hUUQNcHIQP1yl9c7*hyZr$dYxE7tKJNMe?E!PC7(hG}Z9i
z<VAfS9VIUsQPMf~sVI3-A5E`0^^v@&Z$)0z_t8=EqU1#*b;6wL1;~q5c8bZ1j`)O<
z7mb74XZP_{S~%0*8R<1Yc~QRx$cy?uI!azNqNH=ki$<)-i$;`e4tY_da2n)A9h_{4
zyl4heT(oOWy_zB~T2!)5@}frJG{}oOIN1<+(F~-xNM5wa($q;_v`HrICoh_6_-*o{
zzK@QQ7mX;{9KGfwFKQsg26@pUOR<x@XptrBBrlqQIE&;(9h`KCylAT7x5<n8J~~QX
zG@_()>{C(lqCT2lbLt~`QQwNZsPChr<VDGgM(Tt))eDdpt?U$&7aj2lB`+EWx6kh5
ztF&;Yy))8le)6Jz4UiZ0eRPz(XhccpkQa?ukr$09*&OnsM&UHbi#j;j5P8uIq_}9;
zoO(4yUbLuWo#aK0!fB8fb#SsF@}e0?agn@ek)^4Vyl9h5+D~3I)$rToMSUL~B`+FL
zvN?LqNnX@IiVgCjMV4YGdC?+E)=6G81929~i#j;z5P8v5!*7!p^?h`dyl6y8=h&yB
z<VAfnz2?+M@}j;Kc~Rd-N6Cwl7md^jbE+30FIw3tCNDbT6G~n*4sM^_$5(0LOnYaf
z*Zkx~{Td)I>ig&@dC`cH&LJ-vu_7-TQL;JYMUBE~kQa4uvLW)K8Ax%_t~vE;io9r1
z$vVl48ims!FY4fAL*zv>km4eF(IQJzCwb8(nY5q0XsY42$&30vI!azNqGWUQnv=Y!
zffO6$MT;!OPV%BfmaLP!Xa?dek{5Mw(joGqsfOPsFY5c~D0$I{lFqSDMahf$XnM`5
zkK{#tEApbgkB*WTB`+GO6XsMeKwh-6Q%qiT#3z)zXdK)=yN|EZ!kPBYNU!<Hi~2P{
zUex!|QSzb@C7nZFG-5?wG@@j4$cq|<(;zSE;ABJOMKh4%qFr<9)f9QrqLOuz7c~l}
zL0;6s$%e>_W+25y@}fnSrcUyrO)_aedC^qEZ<81GeRPz(Xhg~8=rt#KQ3EM9$cq+P
zik;*|i!50udC?5SStKv&;G{$3MN<vGO<vUZ(NXfE5ha~tpNf(f_0ja2Qy<BT`c~vc
zeIFeqFG^lCQYXx*UVyx4Wv7_D=!j1!dC@qyeRdyTrG+!?osnMilNa@CfV`;hqod?S
zBT71lylBLVyl6zp=8zXP3a3F{)WOMy$cttm#YMa3)T=4-qD3X^Brj?dPJ_ItgOd%B
z7tKJ5i{wR%EKQx{MVn;Oe)6KJhTkSH>ig&@dC`cH&CzR4@}dS(Y>*c%vJ^YXixye3
zPV%A|h_gsu)WJ!I$cv^Lew)0g@1vvSMI%Z&$37J$FY2S|HK#t37xk^ki~2q~N?w$_
zXrxY<Q@sFr(aKISdC?J{Q1YU2aQo~&zDf&c+B+k?<|i-e*8q7@-$zHui$;`m4tddt
z6?xH!lFcD6Y7|a`yr_ed4UrekK#GfY&8b&Y<VA~0)=6H}D4Yg)Q3od*A}^YO6c@>h
z7Fn7)$%{70r2XVYQw_gOUex!|QSzb@C7Ywyoa99fq}U)YT4X79k{2zqWS!(iGZ1Hy
zyr_ed4v`m4HT*VtQQt>L$%{smbdG&0N?z1Q(`!zBBrob)kr(xSbd<a(dC^FnFsFI}
z@}iZUV)CLRKB44A<KXt$eSDP`&a`(%dd*K>)UN^ZqP~xgk{69A=^XN+5i9bd5ha^L
zUeqX@26<5jCmSL!nt>D-?V3}srpSvHm8_Gzs8Ki#@}dq-Hbh=D11T<&7cH_hb&?lt
zl1cl?i>4ZWo4ly+qod?SBT6<$uQ|z!8c4B0UbM(k>?AK*WXU?oi)J9sB6(2<CmkX$
znrirM@}j<vj*=IRDCr#gRFu4^kEYk0`bb{Xw<0g<`{*cnQSzdZI$=)r0^~(2JH_Nh
zM|?ubi^jq2v-|ieEu3lZjP#nHyr^FT<VAfS9VIUsQPMf&MI%<^MI%Z!hrFm!I1Tcm
z4o)^iUNi$KF4{GxUQLk~Eh<?jc~PTq8stSCoNS1^Xa-VTBrjTIY3d{|+9Z?qlNU`j
z{5E+}-$zHui$;`ej$U(;7d4P#gS=>wrPxVcw8)Zmk{8WDoJI1Y4o*5mUNqJ4+vG)k
z9~~tx8d1_Y_Ngd&Q6EjOIrWjesBcAH)c4U*@}lHLBXz=@>IKM)R(6WXi;nn&k{6AG
z+h_OjRa!XH-WlmNKY3BV2FQ#0J~~QXG@_()$csj-$csjlYz}!*qi`DJMID@Mh`eY9
zQe3oaPQ98UFIrTxPV%Bg;WWsLIyl)7dC?4{xJX{K$kNnFUbIOj?I$mqYWQvPqP~xg
zk{69A*&My*Brj?p#RhrNB1^H8yl9an>m)ClfjEogMID@Uh`ea3;kU_)`aU{JUNoYl
zbL>-5@}fSPUUTXrc~Reryr}P^qvS=&i$>~%In@i07p?3RlNTNF2_-KY2e;4e<EylA
zroA)LYku;gehrWp^?h`dyl6y8=a3hTSdkZvDA^qHqDJ8~$cs8S*${cr45YYd*PMDa
zMP9V1WS!(ijlyY=7j<y5A@ZUbNO6(8XpyC<le}n?OxjOgG}Z9i<VAfS9VIUsQL;ID
z%}HL=K#C3WqD7WsCwb8#OV&wVGy`!K$%{HT=@5C*RKstR7xjH~l)Pv}N$1$7qU1$=
zG`;53NAjY+6?swLM@Pwvk{6BC33I9!ATL_kDJCyE;uA_<G!AZ`-N#pH;Y@pHq}Tl9
zMg1BeFY5c~D0$I{lFlJ78nGfT8d0)2<VB6bX^<CnaIzutq8UhW(XKi5YKpvQQOP>V
ziyDQ~ATR3RWJBadGmzpUdC?+EQzv=RCYiLKylAT7x5<n8J~~QXG@@j4^qP~rsDTt4
z<VA}t#ZK~~MV73Syl4jEERq*>aMB_2qN#@8CNJvy=qP#7h?35+PesX#`e=I1sgLAE
zeJk>!zK@QQ7bPzmsT1Z@FF;<jvQtc6bi^l=yl5QUKD&>v(!!bc&PcEM$&30mKwi}M
z(NXfE5ha~NUNmAwUNoX)bI6Mth0`D}>fmHU<V7=(;-X!1>eUo^(V~)dk{2}!r$JuS
z!O4cmi)J9jMe?FWmZnbfqD?YsKY7tq!*7!p^?h`dyl6zp=IAvic~Ju?Hpq(>S&E(H
zMT;z1Cwb8f#91US>foe9<V8~rzfE4$_t8=Eq7fyXW1otW7xmHfno}Rii~3gNMSUL~
zB`-=|G*Tzbsa}A*Xl19Eyy%EeD0$I1xP5jXU!{dJ?VXWc^OG0#Yk<6{@1vvSMI%Z&
zhrDRSio9q<$>xw3H43LeUev+KhRBO%AjL(y=G3bx@}fm0>m)B~6i$P@sDqOYkr&NC
zii_k$i!4o@<VBlg(th%ysfOPsFY5c~D0$I{lFiX;PV%A#Qf!bHEwU6l$%__QvQF}%
z8Hlq;Uev)!hscYj8h)F+sPChr<V7P&I>$a0B`@lu={2W5k{9)@$cy?uI!a!YylA9O
zm{Yv~dC|&FF?rDupHT9mad7+WKE6r|XWBa>z2+w`>em2yQQt>L$%{smbPjpZh!uI!
zh?31AFKQG{gS@DNlMRs<%|MEacFn0*Q{+X9O4dnU)F_+=c~J)^8zL{7ffN_Xixyd$
zI?0PR$)x?{MN<vGO<vUZ(NXfE5ha_W*PP@<4W!s0FIr?Nc9It@vSgj)MKcg*k-Vsb
zlMay=O*Q;Bc~Rd-N6Cvulyr`LDoS3|N7HLgeIzgHTag#_eRPz(D0$IHoiL|*0rH}i
zonrE$BR-+zMdRT1*?oMK7S6PHMtaRpUevDv@}j<vj*=IRDCr#Xq7f_dq7fyVLtfM<
zoCbMO2PYdMFPecA7wwu;ucpY07L}}%yr@w)4f3K6PBuhdGy^Fvk{2zqG<A{}ZIVg*
z$&02Mew)0g@1vvSMI%Z!N3S`_iyBC=L0+`TQtTuzT4c#O$%|$n&LVkH2PYjOFPduj
zZStbNkB*WTjVS3H`&5*?sE?-Cocc&!)VCrp>ig&@c~SDBkvd^c^#bHYD?7#HMMr!>
z$&1Fp?X&y%DlMF8?~L@CpS-AF1LQ@09~~tx8d1_Y<V7P^<V7P&Hix{ZQ8*3qq7F_r
zL|!xlDK6SIr(R8w7cDATCwWn$a2n)A9h_{4yl4heTqG}AWNGRoFWMxN_LCP)HT*Vt
zQQt>L$%{smY>r-Yk{30QVuQSBk)_y4UbM)Pb&?m&K%7PLq7F_vL|!!2@Z01?eIFeq
zFB(zOIrgb2c~KutuQ~ORyr^$QUex!|QSzeXMI&{>oazP0i&l1u$%~HogpwDHgWG5K
z@l{$l)7}~BH9vV#zXr&Q`aU{JUNoYlbI6NEtjLQ-lxz-pQKN7g<V78vY>2#Q22xzK
zYfinIA}?B0vQF}%M&UHbi#j;j5P8uIq_{|4w8+xbNnW%`ChaFLnrirM@}j<vj*=IR
zDA^pn<|Hp_AjJlG(IQK+le}n=CF>+Fnt?cr<V78vbcnoYs^PcEi~2q~N?tUgq;u?3
zQSzcbnqG72BY9EZioB@rqod?S$%{tnggMm<kQc4&6q6Sn@d+g_8V9$}?&GVpaHhR8
z(rbS5qJ9mK7xjH~l)Pv}N#~FkjaZQvjVRe1@}frJG{}oOIN1<+(F~-xXxE&2HAP;u
zsAQewMUBE~kQa4uvLW)K8Ax%Fyl9c7sgt~DlT6xAUNqJ4+vG)k9~~tx8d0)2dd*2*
z)If?2@}fnSVkddgB1_guUNi%77Rie`IO!01(Nx24lNa@Ubd<bkL`mn^r=sLVeKfu1
z)JO87z7=^<-$zHui;@?O)CqH{7a%WM*(oM3I^q*bUNjDFpWVk-Y2i$JXQbEs<VF1&
zATR3s=qP#7h?34BFB-8TFB(y@Ipjr+!fB8fb#SsF@}e0?anY_h^=gW|Xi>>J$%`6=
z(;zSE;ABJOMKh4%B6-mwOH(I#(I%O+pS)<Q;kU_)`aU{JUNoX)bM%^%yr_W`8{|cc
zEX7XpqD7Xhle}mK;w+LEb#T%l@}jAR-zG2W`{*cn(TI}Hu}?+Gi~4AK&8d&%MSUys
zqP~xgk{2Z}8mSZJR4+hYw6ar7UUbAKl)Pvh+&;UHuhPPq_RdJJ`N@m=H9%g}_t8=E
zq7fyXLtZpuMP4+bWOK-i8ims!FY4fAL*zv>km90UbL!O;dC{Vhb&?k~3a3F{)WOMy
z$cttm#YOU>MV6*c@}f;LX+L?<RKstR7xjH~l)Pv}$>!)aCwWl=DK^N97Fmj&<VA}t
zStohX48&O^FY4f=L*zwM4ZlrZ)c4U*@}dzXonxPhk{9*S^qNy2$&30{<VAfS9VIVH
zUNllC%&A_0yl7>on7rtSPbhiOIJkXwA77<~Gwq#`Uh|U|^=p8<sPChr<V7P&I)}Vy
z#EQIVM9Jom7c~l}L0;6s$%e>_W+25yyXMrZDe|I4CF>+FY7|a`yr_ed4UrekK#Ggx
zMT;y=o#aKEWYT`}qN#@8CNJvy=qP#7h?33GYfkc_22yO07cH_BJIRX{S+Y*@q8W&@
zNM6*zNr%XbrW$^myr}P^qvS;+N;=0r6(uj~qv<uLK9U#pt;mb|J~~QXl)Px9PMA}@
z0C~~MPBD4W5uZ@<qH%Eh>^{Cq3uoFpBfaJ)FY4C-c~Rd-N6CvulynYx(TEj!(TI}G
zAunnaPJ_ItgOd%B7tKJ5i+0VaS5xFgi%Ql>UeqX@26<5jCmSL!nt>D-$%__QnmWmg
zHp!&@<V8~rzfE4$_t8=Eq7fyVqt~3|MGd6bATL^EDRz<<EwW^t<V7<OXOX<9gOd)C
z7fm(%HhEFsM@PwvMwE1peJV;`)JM~6PJJXV>RXW)^?h`dyeN6mNS!dJdI9pHm7QYp
zq9Z<`<VEA)_St=Wl@`vlcSd^6PhQlo0rH~0kB*WTjVS3H@}dzd@}dzXn?qjID4Yg)
zQ3od*A}^YO6c_E9Q?I7Tix!ovlf0-=I1Tcm4o)^iUNi$KE|M25vNUy)7j2SB`^k%@
z8h)F+sPChr<V7P&Hb<{H$%`6Du|Zz6$WrViFIr^DI?0P>AkHFrQ3od-A}^Y1_-*o{
zzK@QQ7mX<C9Q#z1yr_?+*PQxDUevcDFY5c~D0xxxqLDgbPW1xhMJqeS<V8n(LdlE9
z!R@pA_$n=&Y442mnxDL=UjyVteIFeqFB(zOIpjqnR^&w^N;ZeQs8Ki#@}dq-Hbh=D
z11T=rHK$%pkryp0Stof>qi`DJMID@Mh`eY9Qd}f2T4ZVJBrn<|llGGrO*Q;Bc~Rd-
zN6Cvulx&V(bCMS|kYa<pXpyDZNnW(bl68_7%|M(*@}dq-Iz(PH)$rToMSUL~B`+FL
z(mD32D0xvIO|Loik-VsHMPAhR(NXfE<V7QO!kp>_$ct8Xiph(P_=J)djf2}~_wiL)
zIMd!4=`}xjQNISri~2q~N?tUgq;trNMy$w-MwDz0c~PTq8stSCoNS1^Xa-VTv};bi
znj$Y+RI*O;qDJ8~$cs8S*${cr45YY7UbM*4)Ja~nNha+lFPdujZStbNkB*WTjVRe1
zz2+n@Y9Pf1dC?+Ev6H-LktORSFPecki{wQeoOFo1XsY42$&30vI!azNqNH=|Q&IAw
zKAK*0>LYnk--^7b@1vvSMahds>V!Gf3y>GB>=ct19q|bzFB%88&+g-^v~Z@qGtz5*
z@}hnXkQeoRbd<bkL`mn67mZkv7mX;{9P*+@;WWsLIyl)7dC?4{xM<g$dNoB}w5VjA
z<VB6bX^<CnaIzutq8UhWk-TV;rKyv=Xp>CZPhK?D@Z01?eIFeqFB(y@IeN`WUerK}
z4f3KzmSQJ)(IQLMNnSJqaTdvoIymVNdC^qEZ<81GeRPz(Xhccp*r%f8MSV2A=F~^>
zqP`V*QQt>L$%~Q~jnoNqsuv(HTG=TkFFN8AN?tS$ZlB%9S83r)duOEA{NzRb8Xzy~
z`{*cn(TI}HAuk%SA}<<IvN_~MjlyY=7j<y5A@ZUbNO94wIrVCayl7F$I?0O~h0`D}
z>fmHU<V7=(;v#v`B1=;zdC?}Bw4c0as^PcEi~2q~N?tUgWOMYIlf0;b6dUA4i!8-X
z@}fnStdqQG2I4G|7j<ybA@ZWBhTkSH>ig&@dC`cH&aqEL$&31Edd;bi<VAfe@}j<v
zj*=H8FB+*6=2S00UbM1POkQ-vCzQNs9Na#;kFV0gnfA^|uldP~`ZYja)c4U*@}dzX
zokLzUVntpwqGWT(iyDQ~ATR3RWJBadGmzq<U32Qy6nW92l68_7H43LeUev+KhRBO%
zAjL)UqD7XbPV%BnGHE|~(Nx24lNa@Ubd<bkM9JppH79vd11UDhixydmo#aJ}ELkUc
z(G0{{BrodVq(kIIQw_gOUex!|QSzb@C7olRijo)g(e#>AAIXdQR^&x}9~~txN?tTl
zC(Nl{fV^mBr<lCxh)*ba(Kxt$b{}7*g){A)kzVtY7xim^yr}P^qvS;+N;-$UXvB)V
zXhg~8kQX%yr$JuS!O4cmi)J9jMZ4zIt10rLMJ4MbFKQG{gS@DNlMRs<%|MEa<VA}t
zO`YULn`F{{@}jAR-zG2W`{*cn(TI}G(Q8ifq6SiIkQXho6g$a_7Fn`R@}e1tvq)al
z!AXb6i>4ZWo4ly+qod?SBT72QJ{2V|>Z9p3r#_Mw^{vQ@`aU{JUX;9Oq)wPqy#RU9
z%1$wP(Gj0e@}hBY`|LixN(*P&J0rd3Cok&P0C`d0M@PwvMwE08dC`a!dC`cH%^@#p
z6i$P@sDqOYkr&NCii>v5saI3vMT<(-NnX?_oCbMO2PYdMFPecA7s-njS(-Y@i#Exm
z{p3Yc4ZlrZ)c4U*@}dzXo1@p9<V6jn*dQ-jWGQx%7cH`6o#aI`5NDCRsDqOZkrz!h
z{5E+}-$zHui$;`mj(sXhUerg^YfgP6FX~&77xjH~l)NZ;(MX*zr+NYMqLrOu@}eU?
zq2xv5;P%;le3cf?w0A~&%}-v`uL1I+zK@QQ7mX<C9P*+OEApZdC7VND)F_+=c~J)^
z8zL{7ffN_*np3Z)$cq-0tdqQ`Q8*3qq7F_rL|!xlDK3&1EwVIqk{4}~N&Cr*rW$^m
zyr}P^qvS;+N;XHYImwF}NU=d)w8&EIBrjTI$vVl4W+2WYc~J)^9U?E9YWQvPqP~xg
zk{69A=^Xo1l)R{qrq`VMNM6*pA}{Lu=qPzn@}iMCVNUe|<V7nx#pFdtd_u{K#=-5g
z`}is?oN4cj^qQZ%s9yu*MSUL~B`+FL(mCWsBUa=^BT6=hyr@w)4f3K6PBuhdGy^Fv
z+BK(MO_3KZDp@CaQKN7g<V78vY>2#Q22xxkFIr@2>Lf4PB$M`&7fm(%HhEFsM@Pwv
zMwD!hUUQNcHIQP1yl9c7*hyZr$dYxE7tKJNMe?E!PC7(hG}Z9i<VAfS9VIUsQPMf~
zsVI3-A5E`0^^v@&Z$)0z_t8=EqU1#*b;6wL1;~q5c8bZ1j`)O<7mb74XZP_{S~%0*
z8R<1Yc~QRx$cy?uI!azNqNH=ki$<)-i$;`e4tY_da2n)A9h_{4yl4heT(oOWy_zB~
zT2!)5@}frJG{}oOIN1<+(F~-xNM5wa($q;_v`HrICoh_6_-*o{zK@QQ7mX;{9KGfw
zFKQsg26@pUOR<x@XptrBBrlqQIE&;(9h`KCylAT7x5<n8J~~QXG@_()>{C(lqCT2l
zbLt~`QQwNZsPChr<VDGgM(Tt))eDdpt?U$&7aj2lB`+EWx6kh5tF&;Yy))8le)6Jz
z4UiZ0eRPz(XhccpkQa?ukr$09*&OnsM&UHbi#j;j5P8uIq_}9;oO(4yUbLuWo#aK0
z!fB8fb#SsF@}e0?agn@ek)^4Vyl9h5+D~3I)$rToMSUL~B`+FLvN?LqNnX@IiVgCj
zMV4YGdC?+E)=6G81929~i#j;z5P8v5!*7!p^?h`dyl6y8=h&yB<VAfnz2?+M@}j;K
zc~Rd-N6Cwl7md^jbE+30FIw3tCNDbT6G~n*4sM^_$5(0LOnYaf*Zkx~{Td)I>ig&@
zdC`cH&LJ-vu_7-TQL;JYMUBE~kQa4uvLW)K8Ax%_t~vE;io9r1$vVl48ims!FY4fA
zL*zv>km4eF(IQJzCwb8(nY5q0XsY42$&30vI!azNqGWUQnv=Y!ffO6$MT;!OPV%Bf
zmaLP!Xa?dek{5Mw(joGqsfOPsFY5c~D0$I{lFqSDMahf$XnM`5kK{#tEApbgkB*WT
zB`+GO6XsMeKwh-6Q%qiT#3z)zXdK)=yN|EZ!kPBYNU!<Hi~2P{Uex!|QSzb@C7nZF
zG-5?wG@@j4$cq|<(;zSE;ABJOMKh4%qFr<9)f9QrqLOuz7c~l}L0;6s$%e>_W+25y
z@}fnSrcUyrO)_aedC^qEZ<81GeRPz(Xhg~8=rt#KQ3EM9$cq+Pik;*|i!50udC?5S
zStKv&;G{$3MN<vGO<vUZ(NXfE5ha~tpNf(f_0ja2Qy<BT`c~vceIFeqFG^lCQYXx*
zUVyx4Wv7_D=!j1!dC@qyeRdyTrG+!?osnMilNa@CfV`;hqod?SBT71lylBLVyl6zp
z=8zXP3a3F{)WOMy$cttm#YMa3)T=4-qD3X^Brj?dPJ_ItgOd%B7tKJ5i{wR%EKQx{
zMVn;Oe)6KJhTkSH>ig&@dC`cH&CzR4@}dS(Y>*c%vJ^YXixye3PV%A|h_gsu)WJ!I
z$cv^Lew)0g@1vvSMI%Z&$37J$FY2S|HK#t37xk^ki~2q~N?w$_XrxY<Q@sFr(aKJ-
z=0*ScpZ|IO!2kX7m%qIH^2`7GzyEvSE!Dh%tFOLVl=QzVue`G6Lml|ouD||zg&KHE
zHE-aC8*X@~p#JxNue<KLnvZtiW4r3At3-*HDIYR@nG!L7a?3~M|8Y`LS6p#L%N_i~
zw-@vOeUZBSa#{4}w|rEt4MgeMYp-p&gMavX&G~-?b-A?t$t@q%mnp6}{W9QX%J<1e
z^<|1{&Wt5n<Yg)YaTeuIp1huO&FK)ykiMAfA3k~f)vtc#&u{stT%3y%FH?RQ=v!kg
zDtQCwPj30B+&~a0t~vcO$X=%8R+T@$<)iw4J>DAoWuVubyiEB@Ix3&<@G{jEO0PM!
zqU4d6DM!pcZs3~JQIa9O=G3C%;|AYKKW^Zf(^t}KPJ5a1C%1gmUZ!|4_bb85NgBLN
z`BuD4`93<DzD%|7Q_+hrzL>mdWidGpr#}JmqW!r|>{^-^)z>#35kLR|1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1XMu2G<(3@*Z=!}|L<MzdY6Rm
z2HXy-BQO>L@}gs5pSmZ#<(6Ca7}9?;{_nppfBDNp+FqTT*?srjzxd97|N5{0TIWFy
z>8PZZw5W!(y*f7|O79fZ|NgIt)p?vlIx1eKB9QXZlonNFmDbMTWh!#&d6|kR*&JS`
zjKXQ8FH>AiIZ!gh%are<qw@c|^ba3bQ$89mQ@)Rm@-h`s(mA|LMXa)yDM5>@)!I3{
zOhrz8`iGCJDPN42Dc?s&d6|kR*&JS`jKXQ8FH>Lo(wCf>4Dm7*se$xE8L2L=rhGJg
zneyi_n!Zd)fdS$O@G|A#*iiN|W&JdY0=!HWS+Y)ErZNy`k?V5@$A);BQi`=}*A5um
zA}=~1Aghm8fV}8<{dxB3F7SgN{J{SGh5T8W?uWzvk6mEdvSn6L(zyNh+sD33?7(yv
zIR5zKt*B<soH^YOhy5SBz|&7ZZ51VrKm6ejW8WoqV7dz&b<|N-REHgQ*mOS}_J8aG
zfBoxUt)isy$Rm%8eV5pQ=`L{a!3SGW9ewoC)BSMR|FH|)bI(0iQPNnvc=6bGi5-~k
z0{iW^pB2@2zx&<kemLy^*ad#`o8MSPN#muLUK;x@u>;dxKr*6MRHvVQ`gA`W_J8aG
z@(Zd~QPLRvgZ{A}5j!w;fzN*SvsP3;`N>blzCY~1bQienvdgTZcG+c@>3%ru|0D?P
zy6di1RF_<G$t3I&`!KBq&OiTrtEhkc$A6sG$1>iXCoei)f1Z6n0rH{)0<wC`1;~rG
zya0xN_~b>0PRa(!i&6u_6(BD<Tu-(p0^~(0gW(F07aguATN45DqLjgK1;~pI*ORS@
z0C`c$V7LP0MThIj)<l53C}l8Q0rH~5^<--zKwgwG7_I<$(cyZsH4z{$N*N4SfV}9i
zJjsg=OOox3MS#5MSlD^eY6QrOR&y#R<Uq)aPRNO<X*bA=)^s)};aJFvPQqEJY#+#r
zR(3+iemLYs$9@Xx+X3>T^_|o49uaxb@%mT!?BqqOJgs9qDDt9X#IN<K$&1!{X2*40
z<VD9NU-9#j7p?f@j^)tEi;ji8?k6QLTKD-K{n3#Z9hNzH(P2rlov{dz7aa>bPg;!t
zdC_W4<%ApvdC>_u5jE`wdC{8A<|G^odC^HY3zh8ydC|&F=-3a3yy)0ZL47+wUbMb*
zI^H89FFIcTDxaOaXqBgRj0Z(tbd315J~esKTF>mbj*GnLxa2E-Uh<+9pWLw=8hO#N
zu-E;h<VEW~zoS1o@}k2sCoeiINwzZ<0rH|_VdqJ!5g;#G&8eJ_10gRuAt$1y-5@Vo
z)7hMaV<9g(31^|QeIPGd*$Ex{;gA;{`zfez2gr-ocTUH9MC3)s>tE%wlNYV>w2twh
z$cv5<zt*QFFIwxF9oKP@7af;;#m`G#wBnOHmO~>iIu`c2pOn04-RF1oM@L?CSmxwK
zhb75&#v(vobS&&VX*B}mMXNcL6LKKrMJMD$)U+GqMQb{nlW;8LMJM4bRJIS~MJqd@
zV?P}7qGLY=_3Z$8(fZEmc#nv@=y?6Be0K7pRi4%{9u#@eG2++y)Z|5LJ+tFFF7l$|
zlCSuA$%|Hea>sIL<VDBAUiXud7p?pJj{fM#iw?`2yy&nb+0Ix5$cv7JohPkEfV^lm
zr*c9LguLj4oQRrsgS==>XLAycg}mq_oQ2BvfxKvCCv@zGLtb?3r=Y$aATL_qIUVm2
zkry4Wf0fTpUbM>7I>v({FFHp2TA!M{Xsu^<T*pOTbX@WkKQDRFicjuX4voC%SlH`+
zQu3m8pWo3R9eL4VnUfbCmL%I5ivW4iv9R-`)d-Lmt>#ot$bpa-osbhz({7L#t?6t|
z!m*GSorJSc**=gLt?Y!3{cy;Oj{OwWw*%xw>pQ38JtFd=<Mprd*~yDmd0NMKP~=6&
zh+pedlNYV^%#Q20$cv6kzT)R4FIw@*9m}DS7aa?G-A_thwC?je`lBN+IxKVYqQjD8
zJ7W<bFFF=>p0pYP@}kw8$_Y6T@}d)RB5K+V@}f1J%}F>G@}iS)7Ao5Z@}iZU(6Jv5
zdC{?-g8FuVyl8#rbi7AIUUa<vRX#g;(JD{t7!QiP=os;9eQNTewVv5=9T$1gamiQw
zyyQhIKDlE#H1eWjVXym1$&1!~en)?F<VA;NPF{3al5A%z0^~)<!p@UcBS2oXno~I;
z2SQ$SLQX_YyFp&Grn5N-$3k9o63#+p`#@f_vJ*P?!yzv^_ES*b4v-hE@0^bJh{%hM
z*T2eVCofv%X&vK1kry2!eyvYUUbNOTJFep*FFG#yil3LfXvHUYEQdy3bS&(3KPh?9
zy3g<EkB+?Pu*}Je4oi~lj75OF=vdf!(rN_Ai&k?gC*(lLi%!UisA)IIi`H~DC*fGg
zi%!B>sB9m|i&l0*$9_2EMaO;$>e~VGqV=8A@g5O*(ee6M`RwFHt30h^JSg&_W5loZ
zsmY7hdS=IUT;xT^C13ILk{7M`<c{Ug$cv7Jz3wL^FIxBc9sSXf7af*4dC_4>vYoLA
zkQW^bJ5O4Tz~aS=|M<>-4?XlyHOIw)j7wns`t|P=)c^kPtFOK~u07#-s}YcNpB2?3
zk33S%ad9By5?H%-tyPpXR<2w*u07#-s}WeRV1X6Y<BvaH&2e!c;}TfCdbL%QG+uxG
z^>OV9&s&YaV~;&%MI|p;)f^WGGA@A?D^^%VNn_o*b>rF-p0^r-haY~}ifZA)h1DDv
z2Qn^!S6+F=DoPp~Hf$Kzp76ZY2t4@UgH}|}Jo8L7$Hjq+OW>uKUb2dkhI~vvu07#-
zs}XqMfd{OpmM&dd&2e!c;}Vc>hOvs0#<+Ha=dDQ~t*Gapf4-(e<5<Qb@a(hCT2cM^
z&wn1vKGgA~<VEW^kF7ll@}jLh^&B_?2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1t!T!6f2+=`hKC_r9x0#6FNga85vAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srATVhH<V7d#jIcjF36K}<iHpeyAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@?Gzv{+RpP{%~6vVt>#p6
zAP69U00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000L7dKwfm}
zY}xV%1jvhy0GX#i009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILnC=4PMW_22Z2A6^7j1a~aQFxyfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*s!0rH{|CFV@50C~}gJvHnY0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_0z~l&!7oD7Q!JhOXKwh*DG*&?X0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|en*e#yww>|Hj+eY>Wha!w
z8JWP_Z@>N5zy9^ybI<+y*T25!o_ijA@WJPucizJfKP>$t+XtR#x(K}S#v9K*`|Q2<
z-us{b`Jcxfcidik?e*pV`|ql&u8JQ5B^S4<d*<rZtL3HUy6dj{(T{#~#1TjAzyJR7
z5_Hf(2c2@tDL378(`&E27C(H7DsENx%(vcp>-p!Ozw55MF1qNV<Bvc7zylAIm#MFQ
z^{dAmbBy#n^2j5>KW$W0-E}hf(MdV!pFeq&c4UJTRYa)`bL6VqipOa@^UO281{LM|
zw0896mtU4EtCLSYSuU&OFQB}$JN@+2fAgE)y!6sbz6llO`?P0t*|KHMOH=32+O=z&
za44!Knb!8d_~MK50(HU(C(N2PYmYtlkjE2GJW+bOzCfuM71i3xaSnXx(xt!n#V_W}
znX}J6`|Q2<-twmJ^2;xO;e{8RRnj4fD%GgIJqh<SDY=@;Y`}^daCMcWqNpen7}h;@
zipoeUXbkc?!wvQd3Sj7mFi1r?JJahuc3!3&%xO0?NKtWveTq&udC@6?WwWCZATK%^
zXP%`p0ZC*XcGzKGD*gA(Z+>&ts#TR8FNZUTz*A2>RjQQ#?YrWND}r05<bqJuPm`o*
zQ#o0`<k&ZC*wB@NqUuW2o(YmYw)!bHBtiPb6HoXcRFv<-=#nK%((1bK!V9~aP*h!s
z+A~3JXQlPi)b{hDR8)HkCVr&r)~!43w9}d@O8OTrT-dZVDym7Qh5hpHZk#IW9NM^X
zV^N8sDzdb;bN%}DbLY<OtRL$+<BT)>_kC1UYm2Apz}Ku<BmX$UN+@f{yTUi$e6wj?
z?Wd@GpUOrj;eIA1S5r|9SWyG6&Wl)0wWP-~U`Y(?9y>2nHI>$YMa2#Fnu=j4$1-3=
zHSI&M_t<%vYLc9e{R0*iH`u4>q>~q&B3L#%8Uga6qjBb0Y7&s|pOJrnpWRkX7x&$F
z-xVuX)O5%k%OC;+UcbpxQ*wj&SGI2CUY5KZed8P7X!;mhK`5%q3S+>->3Ta$|HeJ=
zzynQBL`5~p(60jWPwWpp^w9KTscT-8qM~?Gfx&NQQBkQUZ55F3Qj;$fO<$Ti+f8{<
zDvByf1$xSho^{q)>AKdYsEmS!2*}3`-}=_KI$xBso^OBq+cL8#Mnx4_+T8j2>#xt8
zIWsGvZ1Je0j&dTS6jj^mXYBVgDY?o@ZorBfaCO0?qNu1;U?}(4DXNsTg7$!~Gu&XW
zpazC}2m@ABac6qH$Ii=Ck#YKV4p>y&V4tE>PhND2VA<?w1jvhy#+hfSMnJx{{qVyN
z*Bh$xV}<hTz4F!H(kWj}^Sj^uPI`1mZm~*dHAl^X3?d-cZ}K6|&wlnZsSx?vEBW!k
zYp%IQ>m>61qLkbq`1P&(=%bIy_krAa<BjrVkMa)#<@;o$LgYVbNS;A{N!&i}Y5F8u
zOk_T<WA)X>AV(z0J^2xnKmPHLlAMu0YI55_ibUSyNR8cc%Psa#BzE6@cll%2`9xGy
zrwKiofc$EzygJEGUS4+DW%@GZ=S3;143I^;oh3gJ-iHPi)dyPjtH_TJ%8Qa+I9+nd
zCGtm5{`To#z?CakKJ?H-=bd+6@k?u|sOrmO=m#h@bMV0jYrQR6w5W6Y6ji55%X{pm
zfs~DWkLYvHJ*O{FlI45$*=J8b{d9ZzlJ|z4R#a4{Ny~erB+}ajS6y|Lyw}tBeUc-+
z<BmJ*O`rT;Nzsa;DzenwIo|u3lw5t)HDE;zxH=U@MP&km-(#n!GSUhb2Yj93273iH
zFx*2Ju%e1P)6+e6UZ#qM)4FrOqT&Yo6rFwYqEiIRW=A7HUUW3hJWDkK^6hGRTV7%_
z@+~6SamhV=>DLMJmNOe=5djsr;f5QuNFsSrN{+IL3&<P53of`ot4khNty)!Fm!c}N
z(Agv)-<WOx8sfIwZtI*zMRl6clM1}@$}9T1bpQSL%ZJh0_Vc0?RSHO31nhQJ@l~iR
z5f#;ysD%?wIN=0+Ig-@q(xpp#5}=}b;$pH0NR4T|&6+h!uGl+GD5_4AmiJhoUH;{1
zk;2~h9dN(_ofD|2PLr1REMB}=Uxnncc)L>KqkHbTr_Pb9_f9T~s?(%}J)^vzNy)XL
zz<R2vPLQ5fr=mIm>+9*MB>cmV++(Mxe8W0MhgekHV6USj20V%ZE2`If?7U13c)q5^
z>OB<|H`u4>oRSxvB3L#%8Uga6qjBb0su7SciqzYu*Is*V@t~w%C&<6tFHWEnfu644
zC^-tICjq%GwJ!$w%U}LdT$iFMve4-WTzTb{`ls#3KmKv&G%BjogdP)+d+f&^d#u!t
zM6;wbm=~p}43LHj40t<>ilUG*fv2B-TK}%e<AMbXveB-KR8&_YCS(HVpMSoV-2D0T
zvmsrisERDD?UWxSvDYa1y5pjQ^xK^E>(^&<sHhBtMfn<SEtq-p<~3=^PfO^Wpa1;l
zopUIvPLme)jPiaaCD(=m>#3qTL3&!9is}TcucxPy=z92F@3B)<T@5RkFx;Zz273i1
zG2kH#Qc-=}W9MaR!1FaNR`02(xWPU}=ajtY6v49D(Fl+i9gQ>3Qis6cH|^_i;3x(Z
zh+n@^asyJgb9MW5!dq{>wNrqi>NKIJtAKnhq<(ZbckbM5G8L79u$T$lb=O@|Jo4@9
z^6%(nD3TYYs4_zqMPQKISyU7y)G2VvDW~Y)HI1@&PH=jtC<lk3qQHg?8|+s|R<B;&
zIftU^G--Lynl)?mHA)`k7sHDh(r<I#c;k(94i%MZ&{hHc2V7D!@-0J6CNIDIvKEzm
zy>0eQ$P`r*THE?Zc0ZGnYe{LvE2;<*U!9670@l|VFNxr>JNMWrs-WR?pElg0;s*P4
zuZO|+e~^mm^&UGfQ-hzcX|aW#ii#WTQ*=(ri%t<Nn;ne+dC}20^DK1;$Zt03z0*Su
zIm9_48P#b|J@u3`jiJ^G#IN5dxz-lRAP0WdS!d}>(7pHG+qoTzs?&s?t^(Ixcbyj1
z)mLAgO{StU5EfGbxiPiJ9(zdf*w?8=@}d+~YDilJ2DzO@MNvhWz{ZUm^^cl7KJmm8
z*=W~ADyl0H6EcB&?zu-x?xd4W%7%22qAIeqxl^Kg_RHYKjIrRXTD3~+sx#V0MYXwj
znvVV8gAdk%S+r<T)0}nd*6AF1l%J<hr%_a?Mw{CsyPrwPwWQ4A6;%X@uTDi30qg6G
zmqhT`oqOyQRnTy{PaAGgaf5xj*TdlZ-*-jzagUvsslm_JwAeyVMa2#FDLSX*MW+as
z&5lNZyy$40d6qf^ZoKhEy?1)vdFMGtbndz5>a^Q#yUm%#P-_L^*Kd?uYm21s1DDSh
z_uqeieF=Kug%>)vLs4~_(Blip?TG#M+fR$?rI%jHCR0%v2#cwJd?Bq=&S8fgW?zjJ
z$%|4{sUd9@u-jRuo_gxpXP-TL_G}5#$m40Jop$rhH|w|8Hd#?oO){<RPk)SFvZK8^
zP*J^#G5^RTkJRg^haY~ps6kN`Sz6xti(mXg%SL`iyhw5J#TV;@&VSEEMHR(b-f2HZ
z`Io=^rHSH|S6<PglE+6Lc_f`iQKcGfZjbDKCMDOBGK*JK5hT7k6;%YRuQOf}kz@Do
zu~SqL!wTjMv8cGgUO_z!eh7V6R3G=)d6^pgd`*ij^i)*bV4tFMN?vq|VA<?w1jvhy
z#+hfSL%?px%imw;i0rTP<(FUXOk=3E0#+ecTyceuK*{+&jCKmxKN~#!@WZp8kkiQ&
zRVNxfMFFWF`6<l%?z?Z+tXcZG;WgJ>(>arh>NKH81>{p^t(+xGmY7K-FG^7v7Y!4z
z+gTQ4$Ql=1aDn{dv&~N%R8*=#TLkXD`);kDqmDXC7Ul1qr1&I<e82$*?6uck()rV$
z{&c~D1;y(qnNLMgMLh|;_~MINZ+q{(x7<K3u1irBSz6vHf7Ij+ofeP$lVtfvTl%kW
z<Wc@rpncob5l0;H=9_P3R#a35!lDRVc;SUwPV)Dz3FP+MZ`V2U_&@*iKj}1zD%EIn
zdt~=BDY=%ES-hf(Ao10ys3Kr}o$->09J_yyouY~uRxoGqqT&X71!XYAL+G!f`n$)@
z%hV80+$3+Rr=sEp`xKo@@}g4&%VtL-Kwfk-&OA#U0`e6`dhhhEyY6z1NJe$qkAM7Q
zXBtDT6^LKIQF5&<lKu|-jW^zqsDr-#H2usRMb)2eOV(Ptbm^D>@4p!{W@sVlqkO;U
zAOHBrA_5gvWT8{OvQJ-*B*m9%MDn5(RVqeX1-jnOk{7E(4mm`AN3~Ooit03JdCyf>
zU8R5BB!VS3^iDkS#Pm;|wIw+E^2;xGT2WD*CiFN0mtK0Q7L|NmWYaW?s!68h{Sq0K
zpSH0VrOw9r=bvBvl4L5X<&{%BeEXDH3Q4|ayK~O!)vG1eZe^BzZ!JaDDb~)Ok=@Uv
z<XTc-@ro*f#8;=Hih%WX#!I5>v3I@4PEmC=tYbodMa2#FI?n!797P`$)%QJiUZ$qv
z3{K!Sdnzh!uust$BriHeuxxfT0^~(U<IJ<vAz&XS{^?JDa*jww^%kpKk2%vAYOO&0
z`i+unZISeG;PO>7C!BDCzWB%o(@k5TsG4Nx7lFV1?QixGp*0RY^w7nN7dQD(QB5)}
z@7I6AyzjpIW?%Uj$%|4{Eiazp;mbFB$oFE&mq5Pu+H3MfYV!RI`V|dwo6CM*RbI7D
zI_V_o&$d8CWgsltcPvPL@A%`7x4(CtjXn3=vokVEMNvX=0l8x=RivdQ-w)ZeB1P3C
zL%)>JEw|i~{Yx&XDCv=Y{l?KwB`T`ZgdV9Dd0VG1N4xL7yWEwMfT&(I$v?Nb=bn4y
zx?M))-wx`WEaFa4Q9>#(viq5oTuVwWUQtDm`07+t5wO0_cuDxj9=XR(QTc||jP_Sl
z++eS!0ET`beN<H6_t<%v8v5y*%nkNbRNP>nqLWBobc$fv>}UkYi;l*bXQ@NLvRLFr
z>o}p~I*R!98znccb2ROqS3c;OH*cPPvUBpuCwHc0?1(5TqoC0#P`sU`b#>fv$E{km
zs&f@8s?&rX`FHeMHV-`TK&BDNi&9h>8jHSw{K=EAz|xYF$0whBGMi6DWgskGbkRjx
zFdF3BXP<rUyz|aAYt~3D$tQ!7NwzN_m1*)@&)H=a6-5cf1?2Cb7Mpxst+N(I<>0h=
zNdA?C{dj~HQua7==FG<*f4q~3it03>M+BBFTh^I9PK!$3@m+GsCEAnaMJXyuNCifA
zKa-McNy)`4st6Kaor)>~*4G&?3Fp}5-CyJ$J4NLf)-=>#QE`L4rWzRTvGiI|gWO~1
zWoo$RZeq9AYf&{F2shZ9WFr0KMI%bgnOFhxq7!>+*s%!|u<vib`|i7)-Lv1LKl98p
zooNiURv>=;M#;6dNP0SOxspHQj5G9O9eEolm!{6@6qSR+P%0pWv|_~y`HObYK?iAd
zef6tfm2aU*=SZ81%0O6@wAJB<A1*Z`-}Kn25y^{ERGn`0bQO?)E1|Dc^7b~HOhsiN
zEJ_AOt3@97+G{WQW7laS|Ki@}WFcfKs*{VJCV@F~=4c_wclR~Tk$#HG!D;Q#?|=V$
zdlmZm&wu{H3oppUxxDX_M`=rsjoyF%{h1OKm4UEm0?$AH{9%V3X2p{><O{duE8NdM
z`)uvJ?z-!2Eoo3xsYaXIBfFnT$+e`+;uTc{iLXvY6#?t(jF&{yvB&SRQ&dfcmGuu^
zRNP>%tRx0JoSrIbz<cbxObvLlrpxL*6;;=R;s$$HqT&R3sejkI-qrc3L~$~m2uzv)
zdC^HbBka#43)pWL&YwTu*-!iHoc()zXBCE8C14eD#T8fh2TsZPK8%WhyltF2cdmY>
z(={wA^C>FIrdI)Zvt$1p^^{Xi$yTSLG7uK^Z=C$h<;s;SJ2fJCQHrY5jh?OoPd)XN
z{wb7SQ_Ut*Q5gt}@*~cckh%5NTbn>mKmBx__OqY;ES*C|r5dyy0r{?4Eg|`vxM9Nv
zXC_7E;IwmS?b@~WJ&+GR_+Sx1`nACJ*kg}3-gqOOLq(+;v@-!o!pK+GN-k7`qw?=2
z<XhCFoTOi7e(PJ`(z^QNAOD!HNKvI4ZElb3ekLW?k}``|R1qY;Iu%s}tgka(62)Wh
z=^i^pRWz)xbHJiXLAb%5YP7c9Q$^|IzVET~GS!kY>#3-^ns9@?D^YO*dC?*Zozq2t
zyy$c}Q|#v?2;6w%je6tsyz|a;_D4o_+HJSp=1gO#wF2?$H%hLxMG`!4xeB#^@D&M*
z%4R95pe@r<0SW%;-!*xZ&#%)VDk{~WZKd+-U;nzO5y^{ER7E;EeF6C~aeJAPKaS~S
zDk{~WEdurv;Zid%zx;BOiF{?B7S%Dw9FxwWqEZdoj=<GdU#%r{?z!hW(`1OE@_kx3
zdi(9SYw;Ant=&LQJn=-Gmi+<_6=g&;dJ>RiyH=DuE?Kf9U6-OtHQL-B+5JpPt|es_
zuc#tOe03_S2v}cdyd*l0z1Mr}6ji5Tl|6$LRVRquHI-{EZm@Uyw4o<nQC2N|-(%-x
zstpw-#~3fF2naXWBTAif$cuKG&@+t$$cs*+lf|x%UEq;N9?^TJhaP&UvokWP(-tgP
z;7ntvwF2?$H%hLxMG`r1xdgRueU#4%vv^F?7AUGF8Tx&JS+i#8pSHjK?QiK!Dk{~W
z{lpVbXr0Kveg1OkKONOa8_&KJi=v{C`Veq#XHijoc-Fnji!Z)tuSM(Dt!p}1`#1Fm
zAAE2+hl)xyXg3MS*Asp9t6$Yh%VJlZt58&(CN1xgjIkDvd>^tyar4bL>$L1^kf|sK
zjUh+i@y8$6ijph&?Dhgh<+!zKXk_;@DY=%^RlK5#Ao10ys3Kr}o$->$j=hh2>=adI
zSnFcnMb!kt4fZCPmh{IfYVdpPyi8G4eF$)ay$>{5MJ^=xJ^KFWSZfjl$cs+GSzsTg
zi$MB^a`o!f#od;Ey}v4tS^l9opUxHv#NQN9axE;6;303^xN**$Ir?f74~xpiDXO3_
z(=ver4md#TEz3MmQ5jUr7wuk_T?<7T+4T}d)$%Ip@9>{~`e`jT320?oprSGm7Ud^*
zC9kdp^U5o)G=co-Pk+)m#~yoZI){o%HE1^pJo@OPT0gUA&(>dgZkj3m6qSS1&Y?5U
zJX7n(&x^{aPRo7)hl*-v*$jTv_Rmr0&YhcWjiSmxTDv&1`<awnOKL1$QALpW>Qqz_
zu)fZCNu<Z#-#vDUDmARQ-Ct2TAlzVgaM~~wuc*QAvGX$3hKiD7j2Be|gd6M;rOr9z
zMLSLCnMMNSMW@lpVpk_Y;HaaH(i`&fC%Cvj_NQ5*T*V1=B49;w#T8d{)u80M618xG
z{7&4rzx{1}Et21(&%XMjD+oo^m52$MfW&FE-sDkkHDseyR0h)K#li1osUAhu<|^v%
z*iSw6RDGH1OgP8}si^)`D_+aKyH9@fx#=+FR*4qX&wu{&Yz`Hbfw0&qAeZP`KYrfN
zR-~wmf`$lOb=6f`KT=2zi2Pc;PP_j4>$7Q8R0hIgR{{HEP>O2NqD7taDXLDB7WRzt
zekLW?h63xUqB=o(TAhmO1gx*8r;^aaALJf8MO9x3bskY4Mb)_x>){5wQM9%Zuc)Ei
zW9Mb64V4xzs)z<R*dt1vbI6N!n$R<i1jvg{qm#w1PJ)1a&&-S&GhTY>rEHhv#|@=l
z@7O>5@Wa_CiwLMdPuFjh9A%RU$QSV)dE}A$I&;b?r}P>Ym90@!87YgtfZRJh=9pu&
z<PJal@XpCpRHq3&O#%|l(pozI{PUaUNIym8;4suFU{_XBUGklNofD|2PLr1REL*lr
zUyJtMd+*}UMm+iClR7~j7cN|waZynj2#c9O`kN!2|Ij9ztcw&?k)^er_S1p#5+v=S
zgWPelm#GB{7G!g%s0@TfU*Ngto|A8A*NT##FDXu@sERCY>$I!x$iIIdux18ay=|vv
znjUXY71eo+J*`efbpqDc(^E;v;SYF^ouaC*ggTF?*P`m&g7t8N-6-1J7-B_5?y>VS
z)rMjlVo}+q<c%RW*n27-@}fO)F?rGi$cs+e8DW1WT;Q#@-a6!vL-Z!<KKtzRhd=y5
zuJdJ|<?+7z?voxJI^u{Uy8i0igdZupH+2Gb(G|JBO36*#iI|RCUbk-DH@@)=eVvhi
z>LumT$5BvJeV|pm%7YI+DBqm+&_fT&zj2noW%kGG%{Sj%zI?fSDVF_Ejuc+;pF&Vk
z6_>}*5ABXS?$B4T3opFT**Hbz;Iwc^qB1}I=}#Yc;DMK4e%W58<i$!p+>x7C#~pW^
z7L`0o+g`*{C@Lz|psfP(RkT_;`|i8%J@?!r<s|)5KPy+RyzaW|tf=HSBRY$UilT~q
zf%)_2YYEBax<AuKDJr9&Ap%klGiT1U7oy8Azg+$TN~aD<`xn3Xg^eC`&_TRRQ8p2Q
z#fukTeDTHdRYj6x*P4-{l6QPkV7u?WyH-@wKcmpv<92Aox$Zfmyr0Qm#=2`skFKYR
z>ICU&bt<Y8u)dz2N@DPP>=adfCDeID@uK1ed#4^fodWTS>RdPLiQHr7Whz6faxq?1
z++d%&0w6Csb+&AI1OntmM}W*zR3;!_E4tTSd)dwT&W5B$UwiGf%8r`D8ALz=eqT=h
zOKT?S{<3@|RD2dnuE^5P&KqyM(dtJ&(@E>6v)%dgsfI>T83hgb#|~Ch+OUrcv;Hfu
zyt0XlifWRfKNE=D%hFXSs*JA9i;@)0UXF?{QxceQzQ>P>YI6w{k6p6I@}=2XX=RK1
z?YCd?+ec-CR8&!wP7#n4mL>fjd+f2e2}KpRYQxNDo_QvFMUutNKY!9A-was<p`wZ`
zZSH*Psi!)ND(#WKde1-qyhB7$IXJZrjrV>gC0Acv4OmeFu1-Z!QK`UC?y*x;DQO+;
zzF%j!!CprJ4E-qjuBfhi61>OG%T!m%X*Z$oqT&Yo)SYYcqElzfmPa5!UUUS=JVkv1
z@+E9v|N7U{+p5++?6AXDtXNUsA#+572poFop;jSILvGGDJqsn*B-6J3^j?-zOFAT9
z9^&{=R1Qw7hB|L&b(Yrb*|X*Cq|ZV{`96%QK=59cPNt|R8x`ohoz?j=b-@J}tY5$0
z7o(zlpB9cvWb~9%PU$Qs?K$Cu6Pm)JYDGo0ux28M{PfdLYYEAZJIl9uL{_mm6qQlX
z5CMsd9(?e@O|MbXFQNBmpMBP`qM{s}77qD&(UVR(Y3<szU0Eoqu0)kh82kN9N{)(3
z1;$>G>CVue1c5<HVp#Xsd6}AoN*Llk^j%ckU?1XHsA*GuS5#Mo_&s)Brn+KIuL*q@
z6*t(Y?nILpojO~#JOTmoq9Z`&DXJ8ZuMLsEt!JNo_N-a6X3Usz;DHC8bIv(`{p(*l
ze+aC~!{?xS66pK-EqxYBF4bsldsz3f6p*57Z6T!xE@dG9&h)Ok?vmdJm!EQ$KWh42
zwUQB)4-K!r`s#%X7Y6^dQBf%@?V>>ZUY4#-Q56~6)@d(O=bwN6vBw^JzySy7%ar_k
zYI!qz=bd-1TD2-@LPZ6kS~X45R+nCS=}|`=C3Usuo_ij1%rTc-a><e<OCktVR79z5
zbLP#PrvblT{_>Z796LqT2U^9eNIl4}hs)1K%$YMs63FsxqWkW<uUxUqtJZ=A3uLtG
zu~Si9iP|$kib1}OcK-bNC!c(>-pQ1rI`PC4<sF~AAB;OtRB@{cW=_KWOiHeTLb5{`
zu%ZTBU3Y_uveQvPV~~;<;yreXs)AawL+HDxqzt&hZj3Zcpzn&ZEi^THy2sATR1@QL
z?C-m%>}84@>_b2A<VA;0$_7U%Kwfl|+B_Em2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1vKG!-B(I!#X;yR8D`MX3Y?5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1iA{47wt;Kgh>`4FFMI*hkZi;0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#}35CQU{6LKQhjs674
zi}vTnS_mM300IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000ONN
zATQdg(_P=ek{7M-oN`16Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@Ll+<~I&@MtI7$KXqNCL2xe!1A0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R*P00C~}Adg9n^6(BE4B_MzR0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_`Re-!`S0W}%vH*F}Nj^L58v+O*fB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfWU+ZkQbeh6TxouCqQ1b
zKR4Dw009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILXq5nY
z(N>-A`VN-7Xnp6DBSHWH1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1P~ay0C~}&ld{243Xm5ar8dun00IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagFii!>i%!!M$8M_tc~L3>0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|00D-Oo<VCv@F=3Jg$cs+$*<s%hKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**CPaX|=!BdIcB4N5@}m8@
zu@(XdAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>!t1jviF
z>U7t4u;fMSJEt5G0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_0z|aNAiw>QX4USTPyyz&kc`gJHKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmdVhDnMRznw~gzTLs9AQV9qkfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srbQK^k+Lee2lPo}9bdt{w`-T7l2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p}*a0^~&}<V3I={Rxm4?az(1
z5I_I{1Q0*~0R#|0009ILKmY**5J&~ye*5huOO{-8(M7Xo&)#L1UAEqO>&-Xce4A~y
zk@o)k@BgD8{pfeU``xNltI}1P+B0X)-0YqI7B61hG_A^hVf@TzKBGr}+;PW^{usC4
ze*1UqH(R}W^-y+T&6+h^Zn>py_Rc%+9LhG?2m%NofB*srAb<b@2q1s}0tg_0z*q#x
zi;jhzCmogmdC_4>vK<5vKmY**5I_I{1Q0*~0R#|00D*Q2NW}5>+i%})yY1c;_)p@a
zKmF-XmoH!LSna#-zP6=BixxRE>l?b^h8y(QC0+UY>#sK*;Q8mDZ>i2te)5w|)3W~c
z>(_twv!AsUrE%z?hradJTj{jF|NFl;{9)xqW&1z*$xn2%?|tukH*VaRJ|k@e5I_I{
z1Q0*~0R#|0009ILKmdVhBtTwt8l5b5wNrq+Xr~E12q1s}0tg_000IagfB*srAb<b@
z2m}Szty}l`&wt($hVjOmZ@$^|6s^sRZrHG4+ika1!?|<kHu*^Zx#ym1)VuDwt25Jv
z)~;PEVO?8G8vp+9|1Mcyo1l#;%8N==RlZ_WpZ%<}&dQ#YMFbE)009ILKmY**5I_I{
z1Q0*~f$1VZUUa&gDfY7{Kwh-SLMH+UAb<b@2q1s}0tg_000IagfB*tr1>}n&ciL&E
zG=jL>Zo6H3?X}N6_nhPdC5tHk$(Lk4{`ljUU3S^0KJ}?|CVA0L-ZRcPLy0!ud~=C+
zc22OKUh|^zO`$vNutVy9(n%-T*3!ll<wfNwF1qL<-GNOv-E`&3mFbhxMgRc>5I_I{
z1Q0*~0R#|0009ILm@We3MW@S|Vn2%l<VA}tbRvKN0tg_000IagfB*srAb<b@2q4f^
z;E+QOu?V94xcMD-+~KeC;)^fNnKNgTO*WCW$ctuHYu2n0L-qXL_r8~nW{W-LMPGgO
z)sKASBX*{wA;HvagSI$zdC@oCc*73xxZ{qqXQY7u0tg_000IagfB*srAb<b@2p}+x
z1jvg{qm#w1b_$Re?KGhW0R#|0009ILKmY**5I_I{1Q0*~fvy7bC8B8r@y<K%?7E6h
zShZ@^(MKQc<VAzqschQ3dGpM3`SRud(Z%zklF@zt``>R{md3>wU+ipr>hhxUr2p|B
z|Dk&#nPDjdXEzu^009ILKmY**5I_I{1Q0*~0R#}3OabzulX+g)tDpdR(I6Dl5I_I{
z1Q0*~0R#|0009ILKmY**5J&}1J@r&eA%6PPpH7Ep_bRY{{rWAo*g`#L%$U)2^<ZA~
zZ-4vSHrs4tr%4*uTyu@T@hQ!VrWxZO{NM-vo-m340tg_000IagfB*srAb<b@2p}+l
z0^~&}@T9OyaRKt8aVusbfB*srAb<b@2q1s}0tg_000IagU;>}|)Tb<nc+o`{SwD?F
z1SH03n2~R4jpRiaELiZK_q@k8D~(%ky|wGUO=(_Ko_*(?ch+5!ed9Z3yPggvAb<b@
z2q1s}0tg_000IagfB*uMCO}?v(#{C`(~|&s(Vn=Ni~s@%Ab<b@2q1s}0tg_000Iag
zfPf0fPl{U>@wVG;tAj-njCb92*YU?6|4;w)Pw#u*`{X-6-}~P8e({T6oI7{!lTSW5
zb;r2ljyo#m=9_Q6apT6WPt-Lp`p`oU$)@ZC$;rC+-g~=lRwfklq8m1BxcTOr4?XnI
z9d_73a-Lgmxuv9qPdn{2iKIrhna;WV^2=?nZn@=_bci+r2q1s}0tg_000IagfB*sr
zAb`N+3y>F`{By(}Is)WH9UO)bKmY**5I_I{1Q0*~0R#|0009ILC<?s&_S=^FlSbEH
zIWKOcsdMJcnVY@y-{QrKvuRgedF4BUz5Va8#~zz)DqWNt-4|YXVfKZb=`l)sr=50s
z;)y5HwT9A`W3(rlJ$rU!n|@wYqM>P;SAwGwAB}8Q=5*#oZ@TFw35ePrW{od=;R~<6
z`f70FGEFAi7C!g6&&5|{CISc`fB*srAb<b@2q1s}0tg_0z$6He7oCK&z&`XXKwh+O
zI#xsg0R#|0009ILKmY**5I_I{1Q2MmfPDR?1^?umCx=L}@4oxmmKQBrlx;cvf=Zhf
zX&im@(b=YKQ9_I#|M<rv8<9DZ)wC6d($HI!`s}~?&2J*xbn>F|U9ahZNCNh$r=E&z
zQ|F|4(N(Kf{qToBOt)5SZ@u-_J$=#W_S<i7+gZJOb$s8Li2wo!Ab<b@2q1s}0tg_0
z00IagFm?g*qGLY=?7$!b<V6S3V_gIgKmY**5I_I{1Q0*~0R#|00D;yD?7jEimim)#
zvwZHk=Y~Zw;=Jhc<;&$q=j~Xw+G?va&NxH9^HY9=UA{(D9wiL<Z~yjhHbELc`N>a)
zb+EFX?Y7&_HXi)0&ZfNRwbx#2o07&h+ibIR>C&EdHO-5D|NGz9t-br*@4n!I3zjWg
z_SXOX_u`8$UUJDL0%gx76J#{_L?@qovaKjTb01ubX$T;I00IagfB*srAb<b@2q1s}
z0+S#>UUU-90{hUn0C~~A=~xi~1Q0*~0R#|0009ILKmY**5I~^K0>A$CuPyZ_4f(p!
z-~ayiLjm#gqVcDY@6}9ymVM5gIi2fn+_>>$AN!ac$R2y_v1ZMh&S}!~zyl9#vBefP
z^XaFbE>7#UQ@&u+wkcoK8C<=X7nKaBZAuz{_ji9M!Oq|YZCaWa)vZaKb;XJmHo+RN
zzy5mqrL5AHFsY3?jXUqW)AsYoBad`uGK2sE2q1s}0tg_000IagfB*srATVhH<V7d#
zjIcjF36K}<iHpeyAb<b@2q1s}0tg_000IagfB*srsDLCbKls59TJTRBAN}Y@&pGFu
z#~*)OM*D^uN?ufcOI;$YwtMmoqAORf?A)dAeeZiV=kuTcyq|cy@4owN@~1!j>CUb7
z(R26RciT4i+i$<%7CQ5yXP<qxZATh%B8nl;uG`P@qFZjcWzkKyBiY(*x82sBH~3|t
z@`bLpikz3OyTk+p5I_I{1Q0*~0R#|0009ILKmdWs5g;!*Ip=~s=|h0LXdh^-f&c;t
zAb<b@2q1s}0tg_000IagfPe@*_Sj?T7kF9-P#Zh#w9~Q29{a0b{p#6gpOqhWkBbeS
z7k%^1H+R`(7u%mrH{EpM!iAkXAc;zwv)N{wMScrjzJSzLkyvc!Hhb+k^UO1CgVGMJ
zp5{e&-g#&H;dtGY$jg_11~-*W%krZC^<V#$O~@AK&!2Dm|KSgRIC7#TlxwR<L%v}(
z+a`+$Ab<b@2q1s}0tg_000IagfB*s$D?na!Vowb_77-vX8c|{n0tg_000IagfB*sr
zAb<b@2q1s}0!4vGAAR%#ANW8T|0}lTt3JQ`-R~}2wye03taHG;s6-ZL&YYR<#;v#B
znmvUsrm4&0jytY6C+mFh!3S;2C!c(BHrmIce5a^w@TQw?3T`3Yb6Z^-yY05yx^?S<
z+v%K^=0&&IVv7wMHgwKOd*lOxZMNCQ_F>VYMd@f$TYlr-R*}?k(=_@KKmY**5I_I{
z1Q0*~0R#|0009IhO@O@Uq@5A=rzZjOqCIgj836<kKmY**5I_I{1Q0*~0R#|00D(+E
zetKTwi)m=kqJW(ZNpg1m>dOK1qI$>Ao_gNAdD#xz;to6PVAB>XSYZ85L+^*{TJm+8
z&dlIYn$LXr;fI53IeF2=ix&qsQk<6V&+OT=i*vG0`4(AYJm;KqveDw=SHAKUTSdO1
zv^a-O1Q0*~0R#|0009ILKmY**5I_Kd2^1hNI)NvJU5X2k7mZsn69EJeKmY**5I_I{
z1Q0*~0R#|00D&d}xlw%o{r4Y#{PA7CZgi`yw(^6KgXBf!t3)k`D2=au?Q2cHkiK^9
z+H|J;gniSYW&JzuxTCEoN1cuKy1414o7&cvELjp<-N}o7=tCb`v0_DVJDt<gyy!L8
zT+=zBv*)+J{jD9s9((N3Iia)Xh$D`$RW7>dqRt8QAb<b@2q1s}0tg_000IagfB*sr
zOr`*N(aAh7>{U>Jyl4=LX$T;I00IagfB*srAb<b@2q1s}0tf^J<QqgEdg!6cF1u{j
ztXcA#=9Ub!#%7yswsh&zrmgjz7k&Ear_=c5F1zgFq(J3+IBkFAi$<Gvrn7&qz4o#d
zmoH!5IU(L7yJwq{#w)M95?nXUi^|T+7lEeRkuN^&J2IN)Mg3T>?P@9+{La;rPd?dp
z`1{}gzHN#I0tg_000IagfB*srAb<b@2q1vKgbR=to$wRH?)d`bMSUMe5kLR|1Q0*~
z0R#|0009ILKmY**5Ew+@t+(Ei?;ZWz=RRloKy65vv+0{Z`^$^2T)FbS?|rX5%lqE<
zzE!JMIeUJ`9e3DdX}tTL|0LjQ|84%xe-d!D|I)RddFC1CDY_25@x~kJ*8Ck#x0dEb
zcinYYkv#Cg1Jg}?<Rc#ukaU$`JI#x}@WKm`wPd%`r<OC`b**{x=GiK9=FI6jp9u&c
zfB*srAb<b@2q1s}0tg_000I*tKwfl0P6WHrp8$E${@hp#0R#|0009ILKmY**5I_I{
z1Q0*~fu01ezy5lQ2x{X`fBI8#3w`88H*VbciBEjOwlCi@x@gg&;>N90er(<5_uY8v
zsi$m%eKdxZ7nP@$l%{-}YkD9b{pd&I0aV-hG%p%VoUUKLK7HN|8#dV1ni}Lqn`G!m
z009ILKmY**5I_I{1Q0*~0R$#ofV}90pCES67a%X{`!I?C0tg_000IagfB*srAb<b@
z2q1vKummo>^wKm~_|0#Av$*A6^P=+Yn)~gyU%KVnZ@;~`<+St4E3Zsf>90LtUUVqG
zM=#$ms>daf(U~)6rUxS7&t4;=qsfc%d-Q23(nbIQ1Q0*~0R#|0009ILKmY**rjY=7
z(P?zD*wsz}@}iw4^dNu$0tg_000IagfB*srAb<b@2p}*O0upH4dh4w%(765f+ZUgu
z*SzT5xpQrs(m3m^vx=L|I&Zx3Mq5i_mf7gY7Uio@Z8w%ISrUBS?DyzxEfL;-|NU))
z(vbY;>eZ`lLf1x`7k%-?7rV}v34Qz?{SikTVLN%zMHfY$g*gZyfB*srAb<b@2q1s}
z0tg_000NUBKwfkb&I0?;w*Yz3zUf#I0R#|0009ILKmY**5I_I{1Q0*~fnEg;J@ilu
z3Q9x18nkl@J>^AjzWL^Kg9jdXVCM#lJ&!*6sI9o;jyo3TjG$9~HQsjPp@$v{K4Vi}
zR92VBX!dQZAN$zHUVr`d;Fi<8=p&Cj5?Sk+XP&V`_|S(w6j|jfU-^oyGJpR3$STZ1
z009ILKmY**5I_I{1Q0*~0R#}31Of7*lW-Q;hrR{Ki}p>&iU=Tp00IagfB*srAb<b@
z2q1s}0toafaORn3T2N3L5^n6=LOd_JV8Mb-Hrd2BxZ7^K$uGQjZm`&seJke1jT?*8
zrn)md*kAwp*TJWA@}jZ@QQc>seT+pK@>Q<E$Y`1uz3#f}BKvdaop;)E&6qJGvdVVb
zZD*@I_Sj>QRhWYS0tg_000IagfB*srAb<b@2p}*C0^~&};ViHZeG8Bm?VFAj5kLR|
z1Q0*~0R#|0009ILKmY**5a?Clhd=zG1qHX*VvFMHX@qjoqD93y(z#;Aify;u*0%Qk
z_rJfVA6}O&yzhPQv(^9n=RY?+(UkV50or-<<^`Y2&x^`NBr>}9-h128Nn?i{c387!
zP1o(GdC@}-Ii%}+ned(Oe8-;X?6c4Ax{B<Z&6h^6XRYh@nScNS2q1s}0tg_000Iag
zfB*srATV_T<VB~>mMxD!fV}7kka-FO5I_I{1Q0*~0R#|0009ILKmY**RNzZr`jTY@
zzwm`G6j>s9QTaO1op;{ZHnrJin=M(gq_{Pw^VCyMwJm(@YhQC_PTkO5cim<CAYTd^
ze4?&-QQ3~fGWXhRFWa~@cHD8tu949+FZ%9xzq{+#uFA8dsojMO7j`{_<;$1bUdg&$
z=Q9BT1Q0*~0R#|0009ILKmY**5I|sZ1jvg{&beSu`Vb&5+6Nk|Ab<b@2q1s}0tg_0
z00IagfB*srARsr^Hf-3?lY@Mdqy+_~Az!UoT)k^v^zFCb&VFxQeiFU7DZg{svSsQ1
zJo)64{`{#JUA1bJ?ZcK^ZW(-vNM2MnC3o-l*kcddzBG2)X{WVo*E-LV=0#=x)mLBb
zOqQWrZn?#_|G^J_P)?0MUq;j4um8q3zR`6)6A(ZE0R#|0009ILKmY**5I_I{1SUs-
zyy)bd3-+WB0rH}Kps@-92q1s}0tg_000IagfB*srAb<b@5-gP8bHC}Pn<5cG<(f5X
zmSqd2@#?Fu78$$dMSt*vAEetk=bUqj+lh33``h2PO?~vEAN8}8kq!1SN1oUA;gwfj
ziEJU57nM!P4g481X4v+n@$rv;eBHWrP0y0$MYrC1Yv=dkWjpVG|NCv@^XJcR+HBhY
z{qKL@R=M%U8`B}$2q1s}0tg_000IagfB*srAb<b@6D~krbiz*%yXOm#7xjG@MF0T=
z5I_I{1Q0*~0R#|0009ILK%gjK!NOg3+2#KG@Ap%q@=c^i9(kmt1f_B8vBwrSE1iB`
zR1${ic4p6>-L#!Z|N8aox7%(z+n}@;ELhNW#idJ^o_5-4k3ar+*O`$CKm6ejZ3pD*
zIwPyZ^P;jfxre{|?z`JlNMq-ncW#P|+G(}<@|C2;$f#s%ciU|@o3_IaJIHU-M|NIj
z+FC1Du8ge090U+R009ILKmY**5I_I{1Q0*~fe8^HFFGM7g5Bs(fV^mbZmfj>0tg_0
z00IagfB*srAb<b@2q4gMfh<_~fe(B@a*y}kd#`+JsAfmyam|`Fk3II7+=7!|TDORx
zG$dyzH<p_KoxG?d5;xgo6Wi1$Klw>#J5Afq`j;<Xo_<NDY<$1{_PhJ;yX`<^{u^(+
z@xlu)+;`u7Kl;&+KK8MX=?*;f&_mg#`deJMaG@R1K?fZa*+@@$QQ4p<eesK5v}cjV
zCqD5BIjGL(N>A$vC!C<GY_-)^mtK15%P+sIXI5mcyz<Izx82q@xcTOrKl|*nom=bd
zS+Qb;t@WADe5P{(JqRFx00IagfB*srAb<b@2q1s}0+TF2UUZVr4*S+sfV^l|A|@b!
z00IagfB*srAb<b@2q1s}0tg_`DUb#WEddy5?6uck@~xho8?+uLFRHhr?O7x{x>@)?
z=NnB|ty=XD|L_mC*<fQ>c~LoV%b?29Y}~lfD4H6*=0#;YZ@&5Fzx>O;q=zP74BHtQ
zO;4+^oOIGj=_<vxq)8<e+_bA%|5aCAWgFqg=rbG^5kLR|1Q0*~0R#|0009ILKmdWs
z7a%V>`R9l|bOgwYIyej=fB*srAb<b@2q1s}0tg_000Iag&?F$gQGUY>H_V(lQ@&f$
z5`cc=v!DI!0}njVv_b2S=SBUe%SMkr`e=KK&W3z*rX0?PKm6frEoX6vdC@dQdFP#X
zcJ5x*(??!ZwjhzwFMQz(=@IR^>#kXLH_eOc&(L3c?X~ZI_q)@z(zcw_S6+D~+dXGd
zo>5odVv8*z$yjGo3?YC30tg_000IagfB*srAb<b@2#j8Uyy)o7dB!0MkQW^yCYwS4
z0R#|0009ILKmY**5I_I{1Q2MUfc!?h{Gz%f9>4RQ@9e(&?mO(TgTxEvn?L1oyY04{
zF=NJ@Idg8g<reu7^B~Sx@}jzLk{Xp`Isg3gXV0F!{r20x=RNO{1CdAh!Fu@t_b+|v
zOL8po%k1~xf4}^$dhl=}(<HQMv0D-Ax=Md}QQ53SMnC`g&!>UU-FDk8jf{5YMP)6S
zAYs~r4mwCqsC)yeL_H<;dGg68$G=uok7(JlW%ktH``-7u9wrkIKmY**5I_I{1Q0*~
z0R#|0009IhO@O@Uq@5A=rzZjOqCIgj836<kKmY**5I_I{1Q0*~0R#|0009K1LSXLP
zxt66|zI^#qJjK|zDH%~a#^DBT$9`z+00IagfB*srAb<b@2q1s}0tg_`5&`m}EjiJ(
z9wvFwTF)%Ug#ZEwAb<b@2q1s}0tg_000IagfWR~oShHr$rkif6aZ35>&S|vg!Cg(i
zL-m+rjtQ>CGz1Vp009ILKmY**5I_I{1Q0*~fr%0zFFH}DgPrMBfV^n0V$4SX0R#|0
z009ILKmY**5I_I{1Q0*~fvFJCdzBIymEWdcw{G23JjEEddC4W0Xc~5tO*VP$wb#bD
zCp<L*2q1s}0tg_000IagfB*srAb>#M0^~*erenoP5Fjr)31@+QKmY**5I_I{1Q0*~
z0R#|0009ILKmdUa8#ZjS%{CgUl>3%7fykk4wbfR7X!GXHtLe}<76cGL009ILKmY**
z5I_I{1Q0-=RRZKiTXnkYJ6Q6f^_^3W2mu5TKmY**5I_I{1Q0*~0R#|00D);LaQ*ey
zYp8Ow%{G%?sGp`s(Yf0fUU;D%*S6bkE7{S`3G^U<00IagfB*srAb<b@2q1s}0tieC
z0rH~L;xw_7O#<Xan`G!m009ILKmY**5I_I{1Q0*~0R#|00D%z;y#4mupZw$}HCp+d
z?|f&(&pt&@C&AY(w%9@s>bJlB?G!x=n?(Qt1Q0*~0R#|0009ILKmY**5Ey{~dC?Id
z^AuAjKwfm}Y}qmb2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1t!H3H;Ct2veJJP`7t?L6-sH3A4AfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfIv?I<VAbpV)CR3kQbe_Gs6BLfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srOrQXH(Fr^$>{48SylC8tnFt_&00IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000ONQATQe5Q(wn{lNYVyJaQBW
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@Qz}4SbV_;I
z_*4s!7oBQhwvPY;2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2p~{_0C~|0PGXx6fxKv&&pyYF00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000Iag5ELLU8iZonWD1ZMoy_yXULk-00tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tif$0C~}gIvwmxuL9&ndlh3o0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0Knn%Pi?;Bj*L29_MQb{n918*n
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb`LW36K|^B3L#%
z8Uga6qjBb05I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1g5nBdC_To`q+8$qSOEa2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0$l~ji*_Yq!Xyij7oFs@!@ePa00IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000Ib1hyZ!f2{{q$Mt=h2MgKp0cLHrib?19rp|J@B0u3P$
zh_nU*YOt}j@qrBwf<Xf<JdF^s)o21X5^ym*1_8q$3Nc_1BtRH~2r|kbvna?QL_j7H
z!;B0XK@@NR6z%sjJMW+BsycPgJ?C)G^u3F9*FL*;?b`L(b<eGJ?vGuGxv>`l2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!UI~yF&8z9oy^|#`
zntOA~86kiG0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tlpB
zfV^nRN$IdC1;~pQr8dVx009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009IL$Wj6FqFFj|4BH8i7v)Mo009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILK%hVY@}dP2(IArr$ctw3>@YS25I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_Kd3=tqNnjsUxFcK3WFPfMedm(@T0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tn=l0C~~8n(o{?S@NQ}
zH>aEt0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0K*|Nk
zi>92E4vSKNyl7Esb1Vc9KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmdU(6(BE~r4z@nod9`Jt^@=SKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**3KSqOS|AY(GFgDUXeQ4NV?zJ|1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q5s&0rH|5G7$_TF#+<TiMg>C0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0Kwb%u7tO2b&b^Z*FPeLE
z${8Vm00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Ic4T!6f2
z%1P<4C<Vxi7Ns`FLI42-5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5Xe#i@}gNfaSYoDkQe1jKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I~?n0rH{+644-&1zcYAl1nc6=}&)}$>U^f2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tlo_KoL6y?ewM4UAo4=aS=#H
zfV^ljdhCk;0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_G
z4+7*x^I?{A`y9!O=Jxz@b_gJV00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000PMikQYtfkRH-2KwdPx{u~_v1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0+V^99I@X8s&8!e{~VqR~EVMF0T=5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I}&uDAz!?3y>Gh_8DaS2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0vB6=yy(RirvHmAKwk7>
z3)4RW2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!whNFK
z&Gs2&{NzQs1`t310R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|;79cMg?Zej07a%X1`E$ew5kLR|1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1kx)&UNpV_96fmf@}kKb(gOkrAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb>z_3y>Gh?fK1zvm-B>53|fUB7gt_2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2qYswUNjj!_RRzV@}ikA3yc8)
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+VlLg3&X7cPX
zws-`{i^iiw8w3zQ009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z0D*iKATOHFv!5I1PF^%O=8>~N009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILxOf8OMK7K$Jr|7tdC{VA<|qgtfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*v7D?nZ}d*_akI|1^dTnPvufB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srL<^7?jrL({<_nM)&HOoHga{yj
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000QY1ATOF;e~zBK
z0C~~m4e0>^1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+V
zw*|<H=Jx#N!`YD+&4*d$91%bO0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R)l}ATOGX9{Xm30C~|&m<7gw00IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagkjVn%MKgJJ7+X97<VE9Aq74EFAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>zV3y>Gh=h@GVb0;sF8}rCnAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2wXe?@}d{dmY$17
zfV^nYICB&P5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_Kd
z>=hs{n!R(!$ejRrQLY385I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1fm7Vi$?pfHS-0?i)Q{DF+v0oKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmdXC3Xm5~uRljmUVyx4@`m()00IagfB*srAb<b@2;`W+
zsZ*cMnDKh&&Qq&Y>Eiy?t2d}=(<h7mU$bVze)h95k3II{>#y(s>Z`AE%$d_cAX@}J
z{`lOSIh(q4dEVX=>el^r(Z3<+h(G@EZ(Fzi{eS`U*RI|3<(IrCWXl!AI1$Jl0lo9+
z{YURY4H`UdZ;5GnKh!~6wtQOe%rj?h)Vp-<5OXF7Ab<b@2q1s}0tg_000IbPwg7q2
z%$^@cSFiwi(SnU=fdB#sAb<b@2q1s}0tn=&!2Cn+`u@GJ?`XSzv;X<~JuL!}IfWY<
zKK|SJulok9mpM8)oE8FU5O{gVhrWNyw|>y2-@@<L=$$!l1vZj@t@qgP{<z6EV7*KO
zT-F|P`0(K+{`xg^=+LY^2?qXmfz(cDYJ2<pD6^+@$*TYM{rksfc7MCxZ|q$ta|)HO
z?DfqqD=vNcf^Wcj$rl0$Ab<b@2q1s}0tg_000Ic4R)D-{YCY+#=mp4&7QHz~L;wK<
z5I_I{1Q0*~0R%Ecz?Z#zZtK1qn+$c~hbwFLy6xVvcXfJJFaM?9z%IiUb$e=Y(f{l6
z+eJU`IlaM;pLC=8?svO(d~DvlgU7rh&k#(8fj|xj__CKTZg{uxkDqcsegAw#kCv^+
z{rsWndU@3k`}G{O^pPiCD*AuD1~2=su5+3+`<)w=zIW*M!iw!Dy(7O!6R~K~A{VW6
z-^Y#}8-1WJzx>kLZ`iOQx^cR;+6RMAJn=-j#*pF1?ccw@o5ztOM`rj?HN4bLXli>)
zxn2=W&Hu<=uKcRZua??7Plf;eblLU`zEi88YRWvcxKy8YY5Av&X!+YGSN`X}{WqTq
zjYk$+@bUi`_NtV_(;)%~Ab<b@2q1s}0tg_000Q|gKwdQ8uYl}7fBW1|7jyQX4QGG=
z0tg_000IagfB*srAW#SaZ|ZW!u0#LYV6b8j)xOuQ{iCz>(z`Y7<!4rGyQ$f4T~4FZ
z6AQfKDZ~lW6afSx1-z-trJGOO)cEVDwsP9-9-gJ_sCR4H%TpHZY5J3q?meMH_qpEj
zM4n>e8y7BIc!}q$WXY1Be)?%dcgl-e^Y!c3N3=}iCi`HJylAXh=-02Go5v9&M#O59
zIrXWX(A4&pa-|}e8gKCOo1K=qH=GJhpZSO9-t%rsd->8OXUqK8!YbeGsu5OfF#OVG
z=e<KpxjY>rfB*srAb<b@2q1s}0tg_G=K|zK^ZWwHfz!9o{m6^vz-)2~2q1s}0tg_0
z00IagfIy)Hys67OemOxggUhRTA2Msbw?1>qFYG&V+kN9S$nRF|`t;H*Hn2jSGK~>H
zAVR>Ky1f6dONmyi)@|sR_1^l-DZjMsga2&zoJ(+xoU+9R7IA{fZ1Uwrl_4BBa9~7-
z<V7QJvS?Eggc4JzVW0G-BmkV+-cop)uB#%L8cSVXHhQm1V}7gcj7whm(&{s+P;&Ur
zD%HB_E%94FpW_`^%H`=00R#|0009ILKmY**5I_KdJQpA@n&%fl4xGMy?nhoU2WFE~
zKmY**5I_I{1Q0*~0R##qV3EsFFKu&~s~#hlS!D(mUf6f^#wJ5G)PKKqm<_K`r%Yo6
z5Qq@4$mO(U`>Iy`I(O9d(ZyDofdxfIo80pCv+3(Kc*34aA8~@oYzpQ@ixn&O;fEi_
z>XW=^ESc=8FM?2Fc7bHhXp3NK{+7C2`IQ#!)ccH{_I}CB85$OKLoMBFwZ^Gv>px6;
z-y)-#Gi8hf0R#|0009ILKmY**5I_Kd+z=oynj7<&&u2kiG@oamb4LIH1Q0*~0R#|0
z0D(Lgu*hZWhyM6=;Oc)rG4J3ptIW*8u=yLm&O%h_GWzB1ZiIP0iJU$HDHO0os2)JC
zpR&5w4_dzU1FOu;!XFp>`ETzD&u?=hOd*K3E6a;2CVJg<*STkuckI~F+s0caFY49E
z-f|Iy60;X4y(2Gzsd16Z5)<BWZ!#tRc*H`O8CrPd%Wq%*ghpHTfw?xq^iC5;M*sl?
z5I_I{1Q0*~0R#|0Aom2wi{{>(=Gz&O7tOaB=X?=B009ILKmY**5I_I{6R<?+RoC`Y
zx}eLjMOKrs1tnVlrQSe|_E(S3CogJKNdbYB2v{QYhX3`re#$yOvcPIGx$y6epVVkO
zbbFy_@}eb5lz8KfH(Xv+-;W+W8j4R|G?XRlDvKbLm~|!@GT<VZ8W*`N^Q)zLhpAZq
zx0b-n<ia<*zoOA9HEM&*kojU52q1s}0tg_000IagfB*sr<ct7$(VUseygd=}qIo;@
zoHzmqAb<b@2q1s}0tg`B@|M$g9#phI|DIW~En{P%-htiGZh}U8`!6Su7v&m8AhiN6
zZ@FyC3HLDiQO|A3<d~?9?SWrS*Ly;X+s71HUR3POnl*Eg(L3(ABXkzx$%|I2R!!+s
zeeK=5H?$L1*`r4f*KG3S$q~)8>C~xH&pr3t{rBHrt5&U2rAn1AU%q+s=A%cCK6&zF
z=#KWm;1f?g5!%2iKm72+@#Dw0ZQJ(p%P%ikvSg)7m0GrJIcn6X<HwI%o9Mz<UwyT4
z<3^oJy?XV^lqplXbm{A_zrJhNt{XONkX7`)wl)3}eCVNv99sA8-EH?+h1Xwy-8HUI
zp~8g=7t~Cnbu|_YR>9SHzlWxU6Fbvi{Nfj`=U%;f#Tuv8Z`!oUH7;AW>=$2rVfDj@
z4|nxLhYqz$Z=rqr_O8K<88ck{M<0Epd2H0EQMq#Ew5fIL*4Dnj-mGQ(^J2TWLIPIF
zOwI1yyN3-M)}loVUBJ4Gt5>hyrcIlP6DJD6H!%0oMJ~&?`g#ravOj;p5}27>xNO`3
zjaL6IS#iOQGxXG`L;wK<5I_I{1Q0*~0R#|00D*)B$crXS$Br2yU>^(XV$P5uF$@F{
zKmY**5I_I{1Q0*~fua#`dCT$Z-g41`DO>h>W0@IS{&~-@vtiBd97SHVXs#2El0O12
zZ#jS6QTLwk+>*VP$;{+Jm%a-%;6^tOFUq{=zJ2>FNw{m*uHZ!yPhPZg<;t#;J$v>9
zd$5{r-MYDE3bt9LuW;_%xh`G0*pPySK7IPAjc+geU@#&ts=YdQ?i}pUYWnu=>y0e>
z4&h!Zr+4L*SK2PVf-<OYz4cb;j#gRN6I6%pD9S(vPu#k71%)JCV{=d_(KpD@mq(5q
z@pYB(nJTmD4xt=lfu0JNy2idVY=IMMJ3jyX^BVcgnKO$OE9O15R;^mu85P)@S{8O*
ztaB9-vr1rUw9B$(%j(pr<2_SfStlFJExWvBg&&R5JIpt`tjOe;sEzF(rXP22;Kk;j
zAusB^-Y6r000IagfB*srAb<b@2q2Iu0rH}$lBAz>3E1a;<VDjp1soRv1Q0*~0R#|0
z009ILNSDC>&x`JI(SoVl_GN5F)H|?W_L-#t-+aeN@}lXwayV|T3b?%Gy#JpUowh7H
z@}k{-y+rQ`4SzJODD$Ga2JX4%9v3-l*sx*nk|@f&=zH(ISEWi7U;Zula@@FazH!<I
zgO-!@HTd9z4;1DMcIB(N>86`L|NL{`zV>qY^5wqvp)X&2@kQIkS4ivxYuB#r4zysw
z0$+#Tms%Us#`FIB@4HP2gc7x5GH0p_MvH~Ik*r?5+B-sD`Rv)V7V`9El?$9uZ(elP
ztXX#AR?xDscDMq2OKe_T{|Q?qFg5GfueTG7C}{ayb#AAx!r$_uP5zn}?fSB1GBdeQ
zeAdao<wfV7CNJupP09!$fB*srAb<b@2q1s}0tlo^fV^m`B<Uwz0`|EddC_!D0mnrE
z0R#|0009ILKmY**(j`D%G+pu>7lF(aATJs*FAEngbV)O<SLvGl<u8A+?3o^_?%TJ>
z@}f!)dc&ekn>JP2@bu}^O1^0fdXD_cl`ESyYo?(VHZOYq{CQgxQ~|~Q{rm6TyI1Q;
zs%I^LdEmeSEpBN74?p~{Pr$uAeE6`nQQ^rapH#?D1JjoZ_Q|Acvw#2oU?&Nmpcc<`
z-Ri;j!EUWaEUsDe=FP3r3R;)dZPmlstunNb{Fx3MIM5yI&O7f6J%p>YOHol?U%t^i
zV+DXMFWR9)hvLPH>u`ey57sKF7cN`~9x=MNgy%&EO5RGH#6LAIFRJByM~)o%_S<iN
z{PD+f)7P0ZXV$J=tGu^k*Z0MX7keGZi+VLEBY*$`2q1s}0tg_000IagfPfPqFUpmW
z?E?0>A9>MipGwA$00IagfB*srAb<b@2ozR;yl7#?XpcZ{3y>F$m|qL&Szc6)EiifY
z)mJNi=G|R+NDHAUuIAlj<&->+zH8U6cA#gUebzen6}E5RzG%@RU!{F87#c4eG-#0P
zxnjkNM~@!$?dx8?_S$Q9^n(Wv2HUu(s@hz3*=4@PFkNF+YLn}vL4yW9Mzu-!1Ql&{
zkw|rZ=+L3y*i@s#RjXFb9bM-VY}2n_Keu(nh!Mf9-kRjkRD*QK(syMVy`6i@jT$v_
z%|?$N?X6cidP3E}@}lZNIB&lBrmqL@%jn(`o);Y=c`J1i|I}>Vx^?c{xuKa@^`mQ`
zZ{NO-RMBhi6-Zvxdp%G_009ILKmY**5I_I{1Q0*~0VhCSlq(_I1?+P_@}k*3m5d(&
z1Q0*~0R#|0009ILD69Z^(ZY(+9)a8zATJs*zoB_iE#qm4#3f6Xcy}+Fyy!<CedKa(
z`mWU}y#t7+Y#$5;^P<WtTF*On?1<=Xz<>d+rSf~eX5Ij#R{QjAwU@RKsQTHxd$-lA
zkmLz=>(<SUO@Tmfw^mk?&^4%3sgkD5>a7rGC^7jnbw^b2*o|lU^yxMRZ{fs=6Rv^2
zA3uKFyGiAU33V;KdC~FX$NP5oy^QEBnR!W-Rh(1fJE_o@n))lQxWd7D7r7-b8p=f_
z0tg_000IagfB*srAb<b@c`iU+G|w-995{XZ+>g9y4$LN}fB*srAb<b@2q1s}0tggJ
zfV^m-xM++(&I^zijhN!lyr|mi0qZViR<&wX?*fKJlNZ&3qVDKgqEnBLj~IXGCi`G8
zm=~QhXO8Pxt67HbYnAW5`>t!LWk{{k74-OTx2b&j@}X%=*G!u#RH)!u`bLuE2_86b
zz;#=)WXUhS_`)|ly}bYa`(1<JTAi+OoT0?z&(s}m%9JT?Jay~V4USedW5$ee4MOK7
zVnSVSmKQBntXP2;Ohj+V%uA}Q;+&dL#$ct^k9Dw`0^3Sn)F>z*fB*srAb<b@2q1s}
z0tg_0fC-QnH3|w@Dqx@ckr&O<8D!W9Ab<b@2q1s}0tg_0K*9p#MH8lDM+9<GfV^nL
zw8qMdo;`cEbm`K;q*>AAMen}*Zg=Po9Xdn|KGr7tV9=M+RC@~+jvF^F*6yy}d!~8>
zytnb~x8LrDr)QUY>x1PUJ$ks7O`A6LZcXw8)zu9*+~9g%zI?g2XO%zs<P*0^-%p)7
z<=g6B#u-XX{!HEBv|_Cd>FCj;!68+zUfnfVv}jRqYs7@Q#x||3TD1!9?yHIDEtz>q
zl~tTm<2$KXFPAP|>R|iy>0@okiy8$51Q0*~0R#|0009ILKmY**5HJDqqDDa>O9kw6
zKk}kkI)e-w0R#|0009ILKmY**5J*^nylBF7?1(^43Xm6#nATW%QSCBu;zXA;D^sS7
z1tz^I%Ju8lhxS~#a%H#Uo;`a)8@Nh)sJag1Yi1A8o;GcoZ&N%k?SsK!Ueq3pu9Z2<
z{`E^|r(~?YN|h?5N_}Zj(-I|06fa)forS*po{(OxS~a(6#*7)!<C#5swri=Qcv~iU
zg6eAV;>E7#h7B8fdsf*N^StMtdwiShWt^eJ<j>TO*s^6yH(<?<Rl36N-Mif;tqy8e
znzv2Fgt}&y7Y)w1w;xxI=q;IfNtIQcQ)B0)<$u?$Ti3sT|7OjaDR!$1SXZxoiPYKN
zb=O_C3wcqapnw1Z2q1s}0tg_000IagfB*s}Kwi`+C}gRCeeOqIG)rfYVIzP50tg_0
z00IagfB*ss3y>F0n2sG0$Vmb6q7l;?kr&m2&MQ@_<icjdhYxq16ir^#9aP^}uU;K7
z_*k3lgTY{W(BgA;h<FNmHof;)wo8G-d+oK?tg+~<6RRw+2iwJ0`26$F6>xR^_=Z=b
zMh#cLefxIbUiLE1P-6V!jCH1V#FZ;oy51^QtoYSeUs=5hy?gg|o7%T;@2$6T#Duyw
zmKW6n<!!H6g^1qbKi^>I@$VaL73b8r0nD8{w_Le$cIb%0ZMWTKV<s<Z6ci9Z009IL
zKmY**5I_I{1Q0;L1jvgT1%)gXu+RO-i)QHzGHe78KmY**5I_I{1Q0+VVFB`@3DdD7
z0y!x_UNmA_Bl4o!Yr%pAE`g@y3eTK5qnZ@vMfEUu*LiS#QH#AL7N@ii27`G~>$y+`
zUm(-=EpT|Tl7aE}5HWWH1`Kfhcu#ZJu3fJ3$}6w*#WKBJ#TiPBf1I(-)DEinu@-K1
z9eRVTS{~DauUockvG(3V#DuzLmKS~g`RBbmhL$6Gi~oFsJ;%Rqv{jr_qXCQ>HOdZJ
zV1c}7aLTAb009ILKmY**5I_I{1Q0*~0j~ggQLhH&Y!tB1{m6@E<Mc6R1Q0*~0R#|0
z009ILKp+_b@}kM;u`dF-CqP~_Vosy;qDqI>tXb1V(R%gjrG5&P7u9pdBMxmDzhGWe
zkJWYujVJyWJcNBP=nYc3W>u<GaXr8C$}7Pg<E*J#wW{l6=FFMVyUdw0$F<b+?!7IO
zJVDphv17+v=Vi;5RqE1JcI?>ERZg2W&3i;&InGdG@@MKjZntjT+}Jcot6#fzt*fk1
zp@Me_R%@U_#DuzLb}hwo!9?_y%)F$^D$c2~*_WPvNHyL2_U$`$>XdT1-kk8#rAr+z
zc~S2bMHvAE5I_I{1Q0*~0R#|0009Jo0^~)5Ce&n?fPL;qUNpNVj?p5300IagfB*sr
zAb<b@$qSGdP2P|m5XdC~@}d#58J!o^j%(Jead|U+KYsjpJbBStwQ9LtHf`Dzap<~r
z>$+yaylC6DZQZ6$ojOJI5NnftFc{2>wrSJG^*m(AkXXAHSl_BuE7wVn9zCKPD`e|h
zHfhqt+cL=$w64^x>;KhPUsdJVvuBGHE2bKK|Ln8RtXZ%SXDBiGGxZ+Y);=v>y!iR^
z=iMfok)cC}dK-Jo5fkc~r7AC)%)F$^D$c1flk2a){`1d2_i}m5Q>ILDR|t7gFAHS^
z5I_I{1Q0*~0R#|0009IL2nvuF4VqAsT>|!r8F|s{nm9&_00IagfB*srAb<b@2qZ5+
zUNm{b{{8#w@zeSmGiFTkz0pIG0`1$k|Lbg&m@#8Ul3nHJ?&L)y=DonYsP?U2zrKr{
z-GBf6@#IBYwruIzM=bVu`t)hnM&E;Z(aDo1yR9WlmW;^4#X2whU@({$oiJg7>$zIB
zYOz+cjMc5xj~Fq+byBfn#fVO{sZym%uI1ptgKc*ek~~4{YSpS$uK!zay;YU7X3cUh
zAAa~@YZF>{^wCFM%i+U^hc<AP$)BmWbFF(Rc6Z$6%a?1@C!c)cUh4bNqes1sz2%4r
zb<I+h7fohfQe_qA)Ywnif&~k_R=#rU)~%f|c~PGXFLPT!?`-bIDI$oT+X9>&0tg_0
z00IagfB*srAdr9ndC>&W*d?O`>{CSYq8T+W3<d!N5I_I{1Q0*~0R#{z0)gc7qI35j
zow8-`Q;RnD{lhEmAD#Vwelfn$PljLjzXsL3>XB;S>!yF-|3U8?n+(1EmlGa(Y~F|^
zZ@jSYs5@vf-+$R>R+TDUZoXrr>!b*vA`W5en?3W)GZD=SyJ^v)Mefh{zVCWcbLGmF
z8#Zj%p+g7#iGTI#)o0F}iNAASw`0eSjow!wE*rpx4I82x+g7cGXnPfLZnIEPC>t;Z
z6G%QU`qH)!URZr(?94YGdwR{Udd_Qo@1!Qpe)q5S9{WM9KGnY0UH@v-e5666CtKh9
z$1Z&r{$cjc<y%g;gC_I6+pm}CJ)z-`hPh7cbW&T0Coj5V#|{hiz4g{xR$jk;edu5Y
z4I1RyxDaD#n}GudT0g<O=!YMEXj}CuUuX{zmG;44FfaPiM;}?wQ>RXi=p<s(!Gi~_
zlZdpQHd(Vj|M}0}4wF1V>q?KIFITRdJBn6+ty8CtE9=qZ)+V$tY}hc@vQM8rp$%MR
z@@MMnT)$J?ac{Zh7Hyh2bEbQ#H&|aw@5_h@b<GO(CK=INGV_uut2n2oapT60&LwZX
zTvk4O_^@lE@2Sj-zVc<U`DaS};m|i8f8(2-mz8TXwL+6o-@g8d@BE-|<!asa?>ja6
zRBSN3T$^d%?D}$v3GZC`@`X!Q{dbc8iqAT!_e1?FHutpa%1$%e3%+|8yVFSK*2vdq
z?%fv^IO!2T<^}Fc0|XF2009ILKmY**5I`Vr1;~r$?bPSYiQ5MP<VAC4PB{?-5I_I{
z1Q0*~0R#|0AWnhg^P<=O+W;3!i2wV~I!=CW>pt?L(Q{<UG)u5V6mGidrWGqzXg#{<
zKDE`?trjHw^wUox_EKKdjvFiR=G*<ifdjUS3fEk7jjzE)eOag|)I}XhmUf<eUbOD@
zgW`WTa4qj?|J>X)M{*-Cs(Dw~%>4-H2h)BQV*U7R+_=%&C~F$LY;09b*DRP9)h?Yo
zceYOE%$XDH#MS5#=gXEY^KG>c27`G~wd~%#yY;L$8Q;F%mtTDG#fvY#=pOa%tykF|
z1YfFDsr~!+`?l((Dz(WS=*Amw48D~mbAsN(S-j8!gx6hnowq?~*;XRe;<2F(tTOpC
zwXRf9sMYXKo;<0cx|h)*{OAc)w}pC>jP5O&c}a;?oKs`tR4O}ob;(50=o&R@n05;D
zqTjANxUlbs-@12Ju>~I|6B*6nyr}OU#-=Q^5a+Ftug~1OFY>;tgqEX!%tLpf5&;Ad
zKmY**5I_I{1Q0-gyeQW|whPz?0^~)reJUA00tg_000IagfB*srAW&F=wB$vVo%n9m
zuKgygOgJ){59^Ei0t}&92w&y3*Iug?(xR_{V7FSjFk+Vk@}gRT&o{8pgjmEuli5_L
zC{!{B%GG_-k{5OF34=$iO*k@|IqQq+!Z>v3kncx8FJt9J^&@7F9lz|d%Vy7>?IPS-
z3{(Ad>()*CUVi!IZQ8VPeTL>mwTnH>UCoqsd;Rs-_4smkm1+s%*Is+ARjXFoG;Z8D
z-=%9G42I@K&!0bk#T8e$L+g9<=FQivS#$dIX&1WF;1#snym|A00RzgGEvp9e=FRi<
z?*l1by!fb5qdxfH1NERU6|{<`D(w)vckd4Nkjx2sd(+|UK(3&-L~n!8vfjaLFJ(0&
zGWOo7PwY&61JF{^?$CAt=%vl9ud#a>J)vq-s5i;z-jbP@lvu?%HHtCY4BmeG?FvqR
z{`u#k&;|V7d+&`NJz5b#HR#x}qidGlyy(~Y((iWt#uHl-j*OBQwdq!&z+0o7zb^`X
zqwrQn|CoDQQbqs)1Q0*~0R#|0009ILFah$SMnNG<1?&R>@}gNfgA5x11Q0*~0R#|0
z009ILNLV0Uc~Q6A)}s>>jEv@6UR04Sn_?xb6md~rOF0=Wt=6JN3vVt$2_-F8XpMt~
zU@oFqv0{3xaImGT(Xp)mSb;b1zFK3@1#h%hy?XWBzP)?*_O`jG<w8ZFF6v0KwDWZ3
zMcsSC<B3K_Gb%5tsc+Y=o&DgrLd1`cZv|1`jtY@la8#Q@^P)Q9(W6HzRH)$FH~6x!
zc~SMOl`U)5tQqVov?eq!s!oFMJfXYmJxz^6zY;z{UvDlq>yEBBE0-Jeweh{wyKe2;
zwS5D&2VrYq-uB6#skb*R+3Gv4f}`FB!LohQ8yWys`$D}*7T8-d^OC$(oKvG_jT$xb
zN%~&uCrc~ny2|wDMgRIV`ELwKFfy7adC^qe8U?Sz9J?<HzDrPp00IagfB*srAb<b@
z2q2KW0C~~m4e24h0`|EddC~Mv1V={z0R#|0009ILKmY**ie4bSc~Px0n%INs^DQr`
z5N5=+@$S3tdJ|AeF-5F0YPkr-A?)eKT2w7o|AozqzWnmbE^nh1z3jpCafY&DjiFHW
zg^EHIs^>guoZh^s-V+jgFny-wMT6^DM&w0xX(=bEA4y+;O)txrFR!%_)xa$@s+w4N
zQMJ)xj}JWXK(G_5(Zl7>o;~ZklI?@RSn)!&SEzF6(4p2(XhF-6KL7ml5pPy+z4ewB
zN)6ptl~t=&-M)RhZ*0DoiJhRY6Ro^zW9Z+%zi(@-mwWc?DP6j>?dUBWIda6eSMq0S
z9csRO7sk4E>uhUip}+|()SG01y=e@|%uDiCaZZgEWo_KJv3KIU<;jyL>qIgwFRE2W
z6MHayp5#R%-fc9S@!uNd{C!dA8wHgJAb<b@2q1s}0tg_000K!0kQYr7kloWRV4wSu
z7ft(IFaQJ)KmY**5I_I{1Q0-=hy_xW7rnA(uY0>s8!~JC#0_sxf9v4f{YU2=Jf?rM
z_Z*q9eplDwi`BrbAL#r3vtK=%z*FhTiw3U~WxXu@QnzkhEvFW2qZ-RaC|3H$8*kVy
zz9sT(-@@iaZ@&3v*XPWcGu4Swqwb}0IM(MyEfgvWbx}u>rJbiLFZ%r&y?@zx#)!$A
zr>{7$aKn2qZTn!w_LKUzbn}VnFYWLB_)BWwdpB?|?`c0Zfv3`ET3%GM-?wjH`}tBK
zIxnjBikK>s*`PrKEht*5R4FZoIBC)(i+9G87j>81@#DwGj2Y9qb?Yiss%XJsB~EX>
z_12LiN2)&bnzRoFBl4nd$Im|dOv_z9^w2|!nkxjZ9Ha7|EnBu!4?B16jP;)5J*eJK
z<j|!{7uSQ%v`(EmojP^WGw!v?+cKhD*c0@1rHq-)%dum}d|M-4>hzT=R5-tS_3GXX
zXD~0SPEvBFZZP(qreQ0ydf~!_h(T&offH&SD&HI3RXn{}4++mp@>cOr&4vvdI&|ou
z^>Q_XWy+Lk*s$SKPd%j{J$DutFE9F??>|zu-TZ$X`DZ0LFI{r>l2^XGWaU@-cj-%C
z6rcG)sXpt}AoTt4TldXQ;HmWFMeVYT=hi6a?~6=>0s;sifB*srAb<b@2q1t!3I)iE
zrVx{^(js7=B9a$Pi$4cN009ILKmY**5I_I{1kxywd|vct9Vd@i^2WRa$D(7OGj<)i
z=DJ@8;}BX-@P&OxqW2AME#kbWvM3WKOlaP`dAV}slrYg_*8BDAXG`I!?9xZiJo8Mf
zsocGL_mCk&nl^2!1eYRG>O^@Jb*R<tUVZgdt$P;S(E<$WJbDo=+qYS>W|o6my?V9P
zdkfaB@}jD@UGBK!4sSCnE6HPh78rO_UdS42#W{7NRTEu}&fWTqRcPP7y+)<488c?6
zjpAooNlz;xDp98RT*ZnN6@i;Qdv>%&FbehY#~+U#Jz6n5MXg+RPP6HT7i%Qmdd=Oi
zVZ&OqXi=$BC1vCk71Q&ewZ`K|AARI)7E#s!#*Q7U%wE~DWrNp`t^s$}%J@ZeqD>!u
z_~H2R<J-1vtB{^XqVXuIH)_<VSUJGx-ePS{J}-Jt`{%~Z-nnAi$>`YU!ax0`PTl^Y
z?+MGcoQU2xxV32VqOs7Z&mw_Mn>M*Or6x_9WYMr0YPtkmT(d%xQF^obX4jVso8J7^
zy|YS8c<1YM=&JvY_;=}&bCv20489*~iP1||T!`2)bW;)MMH9HgakH7gj&={DpW^77
z0lQ%AK1aKR-Wpk-`dzHOtbHcj7ui{a7Ieeo?jL&f>J{3+TdB7`*I2hAKDyz<hr3Ps
zKMUSnT-kSTrb^xa=-xyBsX=$e+EMprwpX=k)m&G5_wKdIV4+8k9<G^N+BeuhH3?iE
z-hPt2WlHks-jPs7009ILKmY**5I_KdTooWMnyWLLKj%eWG=JurGerOa1Q0*~0R#|0
z009Ji0?Fq^gJI5CHAClY2+2ZJ=`wQJmRP&QsxQjCs2;Gcgs00F`MxVlpvN>v=S5GS
zK5a{G`gXUMl`B{F&5K@IfI-cCf7uT<b~Rcn&-%RWw%bCRS-1L2y&CM>x6gKQkG=No
zRj9n^(@#I`decL(T|bK2TK@&c8og1^GiS~ymuvfa3l%C<&?Ag}<FuFFPE@HluA-IR
z-CbEB2TT0gzTSe;s>_xwQ&cs$uhr-i75RAg3YO>3pRY9@Z5MCh_S<hS@cMBbo;!E0
zbLY<9eSKvuWf|v15*(qgCi%Q*Fw7aN=IJSKguW+?e_>~=U1HUf7xm2}FJlQPsPBG!
zR;^kUs}1!Cn1BmpCY%=y&2xrUUiQqM(D%a<lMaWrkEkrNylBFAI0^4)_b~b?j`O!(
zfwxB1X9nIE*>xCNc>VR)-Mg9Ya|+b3yCeNK9A9tt=b_M5rfo;JBC%GF_b#xk0ch1_
z>rgkeZb*Cf?6JyVA$rB^gf9<wpd@dZl016wWT`;_0R#|0009ILKmdVU6(BE~t23KF
z=Vc!Vu)b*iOgd+Z00IagfB*srAb<b@2si;3$Q-|JmrE&3-L@}QL^JvN={paGW+5IK
zv!bw_7g=6(>eQ+358tuA-*CeX?b@|-TZ8M1Dh*h>cI{aET79bWqMFnC_3K-=I(qOr
z_vIqg;GTQ#al7cryutSI=S3B;)QXp`t1Vl$SXY)b7%^gmRfZO<WuHEMs#dLPClXqS
zwb-e3qF}>oue}z!ud7sy^XSo|p(9bH`j6PxHfgobh{tei0WND9T8O@W+}QN2WGyHf
zy1TdXrkidGo$**F7^~g|GUu&3>V8_ME!!I_qM3aCiyPhzeNPzh)T@Q<oV;kP38mgE
zuy*ZQ_fw;#h6@aPdv~Oqw*oGfSp<2}Vv9cueLwuhpiL3c(9lgqlNU|+4kzIqbrIS<
zjDC;{Oi0>A8+~hJeY(7;_R5_5B0Gi9g5JcmSg3nX3tc+Z_Bwm^tc5&-|2fG1JXBy_
z)E15R-hODQb30J-dC_Dp4-F&9Tc#wBZVnU>KmY**5I_I{1Q0+V9|XvY=EE%K_Bq-I
z0^~(=d!jiz1Q0*~0R#|0009ILKp-eklzGwFdya%=A@1)vJu~y7-nBRNJoIOuefH$Z
zlL`kaqHy5Afesxyc>i3kaxgEdU98Q30R!}OOFaf%J?Kk+lGd{_w{6=ta^y%osXRC}
z7GO{h@rNSxWKTO{=)*v*TgyfK<u8A+T{djk;2TN&dC|?AH@kk67SIV=KU=qMb@fV<
zdh4x$6)fs$;~6}7uvP}s81$ua>bdZ?Nvmm{I(5qSwSslhrArsLFzk>aLzD}>aN&ZE
ze&WQ5L4yWaCtBgtcJvioUR39z33~hOxAjbU?XE8^e5%NqvbEO9;>C-7`?{AqckZ+{
zdJMg?$C`2VpphIpbV$Rqt*#Kfe$>zT^XIR;@=Di0VGljLUel_zv(%5f4z*C2_4Dw<
z4~LGVP?bfQ7hSsfMCf}$`!2J|ixz6uXk4IxeqQwcriF#w&&%}b(+k{%1_(%?$nv6>
zzVt=t`(c^?S{ND%ji@Y|ylBFAI0^5l>9Bhk{UE36*2wzI!26;Ce+CB*9O&ND?!5EP
zh{kq~`tK*YfAF=mKMzIcMRnin)=SsD*^whhbTi}YM=z7lizah<B!A14%+Z4y)F6NW
z0tg_000IagfIw~wkQdGE`OSy3vkwHwi{`_0bB+igfB*srAb<b@2q1ufS0IIX(HXlA
z4S#V{$HDVj{(Rg`&3;?EPQU6`^r-f|?)I;0wQiwVh~{m7pP6~l#*G`hzrt6nSW#g`
zubV5+m@&gOaNmP@KLtVEril|L26vCHu|MvshxkJg8#ivWA%#9|*}An{goa_6!>g~p
z+7~2HP}4e$wWOyzk^Anu&$aZeBdQK9KcGx$#93R^)AjSl8*c;~>q+$Xc=ynFq_-2L
zd_zOCnhrZDWq^Z6QH^4*bLY+tjYDXwPD+n}cb!zJQpJbnI=u158(jmPz81U+9%a#@
zMK%l-g4d6Bv2?30!dR=JdY4f>c<^BGK!vJFVP16MpZ+pt`u47mF1q9H35}W#zv_qm
zs{eD3?|rYk{i|9v{5|2e*5k;F7HZaL97{j}Z|_f;D_5^xJ=TwQtbVA^TY*&NMK4`)
z?y_+QN_Tsu+)t-eX!P`VuKso9>OHG`ulwKs#dtp~-*Qq!G&FQm(d0!FzQaj)M_q(=
z52K&uRNWd`pBZ>xRN&8@{`-l&#pyq`#A@HDQ6txE^ytySHumSC=)9<U&<)s|Z@wAq
z!D{S&FX89WCv$luf6J82(G7tD0tg_000IagfB*sr<cR=z(L9;x96n9^K!Chx4$m^D
zh5!NxAb<b@2q1s}0tkc(q$Dpo`jzc1{&P%d7Brs9CM|!Lfq7Bo?(9$S>(;Fc)l=mI
z4?JMaf_cAMwQ9MoT8JrD53%Ykz@Q%D4@JED?z=V~tu-3#+`9GVB2J$^Z6VAhOO|-|
ziZd_z$tR!KagQHA?(IS4r=Nb>ZB?e!x5@j`8}-zxp59H~@}x<V>{vRkcazHAP8KX!
z;M?k6>ZBCEbe;IlH?)0dr8>FdiYr_v`}gnnwNXyh2B{FQZ>zoR)Txs-3tm6Ue%RI>
zJ9gM!!Gcz=buIh#>lfTwsG5}IMgO?q?N)8Z#q;AI+UDlwPm>od)U44smOwBss-=mO
zk5$Jy9QC;;kbGXW#FS&@|IZ&o-|OP3{HGuPJ~R{>QCT#3(S+}C65df)m)*nYS6-@a
zjjYcMyf2F92TK3b$K3$LS~giLtGfpJ9=t=-A?(jX1?EM^j~^dBq~!CW311#5xn)ZD
z=+P`}MF0T=5I_I{1Q0*~ft(Z|FPf9nnpY=f9|({a&8vCmWD!6B0R#|0009ILKmY*=
zB$*eTcktM~-KWJ9c!+4z_&=V?z`W?FQKQ_S*Y&sKh)YF5Q2Q%<Fz<KUZMV6tq0!BV
zZnen*4C*2NP=p@Q9x)zox87WY>Yse_Nw;Iws#U!!@5PxHoi=Tn+r3GXCc*PkKEXy6
zOn6#*Z`AYb*|S#fD}4U>=k7uC>T}t$WxlP}i5@&1y6mTGZ;yl5iTiqp|D{$^b>}r@
z$`s#Twn;$_-zM)%Z@xEp{mhv&$Mvt3!Mu9~%hr!_u)(c`s!1|0x?=muUv{1m@$(+f
zrlvm`L0+^_vqs}s0^Yo6jT$wyEbxaPei*AU^#}w7lFEy&{Hkob`SHBzMYO4K^D`0A
z(9lgqlNU|+4kzIqH9HsM*2wzI!26=$1sSZ-9f-SCs9U#gaI0#@j2RPsFJXTkiq4A`
zD^^Sod=EW@RVJSoP5AOi$t_dDM>hcq2q1s}0tg_000IagkUs+CMe}E_bM;K^0|D})
zxjMz17Xk<%fB*srAb<b@2p|wkAj!OF`$uO-gdF1Bl$m+aR;^mOKd%><C)DG}UCUtJ
zPY*PAoAh1JeBZu(yElp%Yf@aj1sJq%{CUxjKKjUx82Z#v>(-ZxP(HJC>C$drZ~8IL
zylCy(wcWnUmoE=Jucl3#x(3fb|9ofzRa(@uMT-`(+PM0=@4nmh7F<r#I?>Xd5uMl~
zr4K&%U_`U%O-q+9b;Ib>r;o2?%a$$OreVW|`8N4pR;yOcwG3WAb}r+_jq~m0d+D8~
zbLY<awifDTl6lcz^_&;y4}L^5@}h;BG8!X*z{L|tCNKKU&dVa+=;GXzv3b#i?{E^{
zQL}9KF#5fjs#_!LGXw97;<>Q3M7+C;(D$Q9j|O+CUcI_&uxQbu;8xYxpNFFJqPj5-
z-Q8Q6d|ou+%OfSXObH*|i$ECx1Q0*~0R#|0009K@M1Z_#o=kKOpQe2vKwdP5XPHw&
z009ILKmY**5I_I{1VROp$%{_jv?tEALv*vu%!^uz@1>Vs3Z=8k)~#E+Kg0*~eoFB*
zYu3#Ej_(Q$8#a9W@yFM%Umu<8vjBtkia!)_?AS3o+_TR<YlF0cb?eJTsKLaE6WzXL
z%9OFOd4q@=v-RUG?Ay1`?WkoxwfLuZla<Bj+C;3kX@BdNkL?&*(9`N&Z(0e;*T6c7
z&RFVE^{$7uZQJ^K@V->Ocip;m{rmUVJSuUaCt1tQzO>es>*TJx?(*)XvRywbR;=)C
z^1W=+rj6?)c>UNzW_8@MfBn+bDAud5Ql(0%QeQIHc#0P<?mE%;(5KD%4jS<?nY`%i
zRqsUqu*bQTylBJ(u?YbLic%oqylC;cr{a9ai*A;&dC`RLa1!28^KSPr`em1@TO;dJ
zzf66XR@(22eB+7r(*BEz{?OxVvwQb$cYB~a7Q40cwXr`BMdw9BxB9wDJ};W^<&lzG
zri72~bKoTc2q1s}0tg_000Ic)g8+Hae3<3jK1cgNfV^mKPc&zT00IagfB*srAb<b@
z2m}R^$%{VFJN&8BRjYODG-ScV4R61&@2DPFZ_k>az58%zC?YfSqL#kfwryL`&0Ev6
zXHVBSnD<jN{pndtSyre}!8-I76mHZL?Y+HO*#Zn|AAcxf<Hn8F|Eg81tT!uIx4~S5
zj#8;oCAa(V;ltf78ozZID=%sSJ$m%81NjQxhsf{Wzu&jjy|k!jXwucYi!A_k-F4S_
z>s7W+rcImX+vI&|4#B9WHPcb_P<uQ5h(a*7YK@b*ek_k_y~R_|v+3;=5-22-7yYlU
zb3%W{t5)sSz5kNwD-JB*azYQRw`a{S*?c^-J$catCXQVYK;U8sB%Bv5(_vBQ`&*T&
z-AeaZrANkJ`tpTKR(@p<l)rTO=b`O0HZLmegzs<?-qC({>$hR5ZjG$Z47@Lj^O9b<
za;3XHs93S$S6_YQ-K%%+-fmO-_U*m(-m?99C^Qjjw^aq+o2k#_^P=h`vCAV>w@is0
z-Rnsi0R#|0009ILKmY**@<f2VXr4@T4xgrdAV6L;hi92nLjVB;5I_I{1Q0*~0R%z?
zlF5tS(D3olY{Q5pZ&*guTbRD{U}*c?&Wk#B{q^~+x852xYE<*)&Am%Ox<BG;0juEb
zSb(8Wp@_+oC%ZoNUCVw(bQ{b?sIjfOsjX+uoKcNNZXJf^MZG~#{jpv<#`>~;diClR
z9GGh2&m>r0v~JzHzOJm3hzH+m7vqhU7u96hfD0@{<VCk{-|ics@1-<c|G~U*fyWJP
zkjA`dy#`N&{*3=&_D;))dJ8XZcrUa)c~Rd*!b=1YNS8pudC_m*_?yu8w-OWHv5cs<
zaOvW+q3ts{FX|>GfjgXpceLN#`t=uoUNrjF$okaXOYkyF?|o5lJfStB&|>56mcV=0
zp*7OA8o8_AvSmx?zN)l84@Kuiqi?HR=W*smyLRpBMiqJk?7AxKb>%uN?Dtr=Oocsq
zEL-XkKmY**5I_I{1Q0+VhXu%s=J4d^$*I`~0^~*WWX3s71Q0*~0R#|0009ILK)?hN
z&Wmc{(9mGRRoC|OW<<T^-!0x8x=Uu}MXOe=>i+1Q%=5&}*;~-xp!e?Gt3S$@FJIpN
zuI>H%zH4j&2DOPl6w#nT1M4&N(eT!7Xf8ryt68(A>%pZuRbw57=0%q;Uv3TJEa)lf
zp<}bCXJ}%<YiME47A;zM>s7W+qJs_Q5SkY~cI=p)i$JtgslvCXPMy+3cvtRPx^$^)
z7R-xQsZzyldimv-eIxX})Bs$|U|!TZdF7Q?e0yEImkF;gs)a*Cf55N);iKM+sJA?J
z)|;WbkQcpp^GnYNAW$fQ1oNURzY2YGt8{gLZ${KxE;0U4=q{O`7xj9^d57cO#g*gS
z(SCR9_hzbYjjYcMye|qu#j5Gnt(&`-=-9ENwOPA%t*g{3_Y$^xU%~!76ngg+=WUhi
z)AFLbcklKc#rx9wjL3_6+sAWxT)bPRc#iHJEoB4{KmY**5I_I{1Q5s*0rH}GGSNAF
zn)ZPJdC?r6WljwN1Q0*~0R#|0009IL2o*>?FM1$6FIwk@0p5(LxBR14BSNzfnVA=D
z*|MekBm1yn!$Rq-(vqdYyq~oREu1@du3o)*?kH{Bw)M5K0D~ID8H&&<Nv=12*Z6%M
zx|h~%Xf8r+)~s1$og6=YTz@6Em!Wyl#*G_WgZK+Cz4TIWc$OcCHF(?Q-h1zL$Lia+
zuT{E&b&^b8)IKV?{`%`fqpj{(Q>ILD!wBX@6=ZdrMvNHY8=>!I_3G7K%i#6XrcE2S
zX~>WvzP&Eq%f$1d+rsmr|MIT`y%|w&x!He=41G@^FM9Fjm!1(opilxS&WrxbW8RFY
zxBO4d#)Q5fW>;R+Y@_dRtXZ%Sy`$a3=$B)vZjG$Z47@K2`oyZ)wQHBVVbCJ>=g*&a
z&Fn5>=+L3Dc2vFH^CX`atyQa*8^)$hn<9>=#o=AEIP;>`RmA0CCwuX3nIevEBcy-;
z0tg_000IagfB*vdBS2m>f95(@&(uB;ATOG$Q_OiGfB*srAb<b@2q1s}0<i=V&Wmct
z+CS_Ynr-;w#@*hSs4I6GvLLjvDl;=L`t;LJyT4^$ef8C`^i=O%h%%V>i`da^(&Cfu
zC|YaO*VqCKY7l2ALJzxlz3Kbv)vJ9Sx|h~%tXzbe)vsUQ^>hFI_ebYN-+%voJK~{3
zheD6&tu)mpO`3S?UD=|Zdak|xC?9O#YNVkRO5Jf6FJA0xW}PIH7qzso9z^Tw-}|z4
z>(*`<!Mvzq#%_~B5#C*VWiMdx`k63cg6pJOwQ8CO-@X^=Wx{z;?ReES;qM8vUOD8A
ziMn$4{!3!LC*(|CRL=s|8;E|^Zo26v@5;0(oV($}hpT^mMaO|sc*NZ33b&NZ<1M$`
zqHFJpE3Syh)u-e@Y3wAyyy&X`{?1j8hQ7rWpYxG7ChE$id#nm=tja9Si)zXu?r@?f
zG-5})htV&`RNWd`pSqZ14J=*vMX|;ctk<s?-72_y1}*%q2A_QLiF>K<M~@y2?qW6e
z=b_~DqIUZfaSwL-^l2MdVe_IIbF9mwXl|Ke9o;Y~Ab<b@2q1s}0tg_0K>i4j7tNo!
z&eb!u4+O}I=IRu4UI-w700IagfB*srAb>zDfn@TcKW#rTG~S>`(*Jh;>$CS9QRgr0
zJ34mt&Y#>hI<%#$%*?##{{8#y&)I+a)1P7iKKS5+)-0I!i?x^4zyA8`ZuiSByUZ$G
z!2%3w5KkyV@h2O}wbx!7E1YKCM&u%P?AT#lz4g{xRt~N&Y6sOr+kN8?eW}EP^`^y3
zeQhl2sWxNAjPY%?ms6)swNB2QIb-#%V4Xx{71YukLZ3%(i>A8Jh3^pV<>AAJZ5YA4
zsGh`XTeoiA8rp*@d-UjG&4Sm@M<0D;TXoj4I!SGPGI`OT-9I_>CtZ)Ee`ea&rJGNv
z^W|GVcy96D+wL42+R|0#OkVU4fB1u&!R_0(r*@jGH~UyGH0NW@(q8D_zrWsd^fhwi
z$g~ee1IQM)Ot6X=gT2w|cR@t6tlpGxUi4dcO%HvS(<A9G8?*1ym%jMA=a;|yhiUJZ
zZyA0!<#x~BylBK7PV^-av7`O&)>~_;ZjG!@y+OqqSi0_uVvQ%XUUw1hH;#hbYA|!=
zO!qSS|E;KH^!s6)w^eRPg9Z(92fg*yTSEt_%7Ft1x;FZrKwdP~<xw=ZOtFq0>tv}%
z009ILKmY**5I_Kd92Ouin!}TuC#Pl~2#^=elNskU5kLR|1Q0*~0R#|0009$7CNDbb
zrEQ^Eh{9H8W?oc8S`yIxMZ0q4${&32fuUJJi%;60yjAe!{j?xt=gyrY)^t*&^X|Lv
zc0IU1?px0)Sb#wdqC*iUPMpx=>}@1^6zMzfyyNZ4TefZ^auI5;0Ho{C5cJZQ7u5+?
ztXR=Ci->o6kFIj<+O^#-!3VWlCP59f#ORxEzUkXnFZb@<t8A_7p+kob!3NezGI>!=
zoI8X95249h#S&`NsNve^doVAmy{^0NI@jRx%P&85>Qr#3t5&VD9#rsMKdycE?%l1;
ziWMt@omh=7k{4fm@zqyfwVK2V$>c>R&f8VkAOFzyxsezB_~Vb=wR-c-Hzzh1@$6+E
z>t%Rev|qn|?n(~+;Ky^CDQ}Z4ZYe+Uly}&wRV&S`e(!|7%ccBqMc-k<dC?MoJR17`
zR@lnS%!?*`hm-J*ZtCqGMps>`ZjG$Z47@KY)CI5qhGRDjCr_TVn~)hZW<>WB{eBqd
zZIwI3#*G_o3<}u>kL$bh@#RI6ygZV;WlHks!IPy10R#|0009ILKmY**a$A7BXl~DM
zKAfF>AV6L;AEujgL;wK<5I_I{1Q0*~0R+4P$>c?~Z}Yalk3abk>yh*sn-_ii?YHf(
z-et;^(I4FP3{B}N3V7tmk*;04+E!Qa<^A+`XII~}Y127#=4d%ed&c@_pM9qF25-Op
zcI#p3(xu*cQP~0vYU2w<XaJvn`l&ip8+#<W>q;@p4I4K2y7IoXZliM%dbqre%?iG}
zs5cex-h1zPj}lR~6&EX2s^p7eS|-7csHeIs|KOS_{2*bSpxdhPt0s6L>m-@Hs8W|U
z22InhUAx@VmNln3)6t_xmn>OQ4LWx0=$Zxdq8iw?ZQHDq^5x6Vojcd9hN{y!cI;T6
zK7DMfEBLM-cWUR)pVzaVt!4A(&DX41qwCO_Xgo@;Zr;3kz<>c|%a&EMdGqE4O$t?$
zOkPy`-qw0t{O<{|9!Z}Yc~MJ9Ml3K}sHq8UY#-~97Y+4^RhcbrvBsY{^?G}BZ&3Q3
zm^q_L;YbqBi)zR6EhokQei-YK^ckBMb@N`>JDd!>HOl1sqQYLu4I4Ie^U|hG8&}YG
zJ(xbapXm3)IB%=mAvC|$s#SA`*8iB8J$tt9SGDQFg$uf|?AEQDHt9dn*zkgRQMYel
zuPb--ByX9Lyf~wg*@^%H2q1s}0tg_000OxuKwdQW<}}~V$UYDtFPd*t&-o&N00Iag
zfB*srAb<b@N#;do?>>C}O@rf!L-hLnOL{_mXv>Vvi|X<iH*TE!%XO^pdh+}I_uucf
z`tpAEcjs99TD=~L?n_SU&=z1&GcDbwc%=KXz@+VNg=?<4=HS7D(O0!~tKOnpwrkhU
zdUge0Uep#xty8B?bXVT3fBDN_tXl;gy_+nPpr^DeO=`_T3oBQy^zLhA>m-@HsHUS)
zqeh{}wMvB?wBV<E8JZW>kd$||_Mrvu^%HB2R>fj#)~p%2d$2O?dC?`CkN?~MdOY+e
z-B;Ov_$oc2-dE{f=0ILl*<kmhss(lJ;>_oQrDro_ebIcLi<F<cEo1oMhaaZA^R#!E
zOkVWT<)451--d?1%lRt5F>s@vQ17dBFEczZ8vHfntMT38WZ<n)Cf^qo_WIW{<34{S
zGYjm*{yY@={|@53t+J!|RuJ`#M<G%Rj%rh^yr^%l;7i|iWk*lumMO`L)5bsn0R#|0
z009ILKmY**@<f2VXr4@T4xgrdAV6L;hi92nLjVB;5I_I{1Q0*~0R%z?lFW;0_c?oy
z+}nLxXvo1;UUS{ApINcZwG3^R$$3$sEnd7>an0bLs#T+h$ZN?^%R%|_qS|-gzJ2z0
z_Rt<wsg)u17wX{bSb!ncj^6qkZ@h8YvSq>0X+*aL=0!jF-~;a=RQBdY^{j2%I%(3R
z;DI7)>ej96_PzJsd%exfN>NWOo2eM89l~4CLYiB)Z1L{sEqgoh*89rFtH^<GlY6Q4
zxEeQZ>^-ixJbChDH7hVLsy4G`&59NA)x+*}{n+DEr%ag=IuccCb<?3khk6GPENdB3
zx%rl&jn!d9eUj^oYWHPt9RFqK8KFPyuCh+u{*&hIaxFuf<v?C^`0(Lwj;2qa9-*B-
zo9um(ylC!C`uzFx-PJyL@Zj7#yJYgB+V|2GUzBY(KlF{xRaUAqu*Bq}u4QPm%*=~w
zq7%NuNq9#c)P8pde+dR_;=DDoJ~QyXsIWg!XV0GX-Eyp3x30iW?9W3f$&2c6vF?1d
z*1A?CRs*-tsHV)97uBX@E)RF6$=os}e{?qnz9WDD0tg_000IagfIvP7kQdE|S<dZq
zv=0Qxi{|!3b9M+IfB*srAb<b@2q1t!P$2odsO#amt^2zDZpkfep83JmeZE_@>y<Tn
z)o=Qn`+7Y8yTzO59XRINC|Mesg~;%{sL&K0)Y^~Dnl&p`s+3kn(pqX-0Q2?NUw59C
zg9_$FT?4H&sArLDxlXPB=~fEWl7nsAwpF^%J)k@|FRHNsgD(Q10aU0^p+SQN>hQ@Y
zpVT@|dOCS%522OTZGpK6?cTR<U+>YqdC}*dd(JkUIB_EMSg|S<jI@2dk4g1KJr$!>
zAhT1aPPJ;)(r6VE)uZ93O`E3YjmGL(^}bGGwKRuVc~Q6Hh7B7!bm*YvJr%$xQ>Kib
z^!n6OPbo?3w#JheRZGqCs8OSCzWHXmetP!oxpCu0*NGl6?=)7gUhQgPegEvU&$M*d
zLk~TqE3jnAk{Xg8>e{kpOMS4jbLY-@(!#NN_SPq#7j-?%U327-Cswq$eN3&Z`nvao
ze{cL`yN73uo%QC5Z6{qDB}+r!6S6%ost50uD_71<tCH1T-n=c_`y_eM+`9(!*5t1C
z(xpo$A6d^dpCt35ZuepfJ}%Ywwel?{e5Y2wD&Or|`O4lE|NW^l?O!Z0{?H{WzjAGq
zEDe1>%-FoBo2kU^aI|k?JKFDVyNhszWNwYD&kVdTO5n%A?t&zvA4&Z_DzFp#^H8et
zqB^4Pl=S~xbhE0d(an$6Y}fxSQk>NdCL%BD8YFgkc+WJMTc+fX?i~qb1Q0*~0R#|0
z009IL$W;OIqPaS=`Ey?OfdF~Y{F!vl6afSfKmY**5I_I{1Q2insmhDGev0h-FZ;|=
ztm5W7M!F+1o4FxiA&2Nk$>+w&y0cKWN>K_IchM7CGvU-yl^1pW6xsJ~zh0vEgoZyF
z=8l+N$=6<c&CRKnAdY7w%9M^BJ67w>Dip0)a=m)>l&;*qeY@MYfB*hUG3iUG^<ZyW
z$kc6BGAFpzTeExj?qS1*wP?|zQl(1D8&|JhUC$}j+HP9Q*V`;uZr{GWJH(6`Gu&1U
zc=YJe3IZvNr1j!7@(B|reER99!F?5DcKbRI_ubWazaKq%G`MeQjou~Pj=g&I3T@!6
z+_Y(vYb;n_jxpLTc*;^z>RXW~C4tpv>(;I9K-H>Mb4S^`cdu0j3;JIMu9;h%IM~3|
zXqtu$8Pc?A(<)V}=*>abgYxQ1mFqHi_0?Cs0sGJ%^hEga<Hzg&BPdL+S=L-DQm&C7
zKYl#4y|*%%L*H@79d2@0u3YKuGY85k$&0#9itKywStniewAkF!?w~m^5u5@72q1s}
z0tg_000IagfB*s+B|u&@qo#wwBp^UuGyybrK>z^+5I_I{1Q0*~0R(bGfV^mK%wukx
zMIPowXU?4ILRQMNrD}oDBrgW?qDca3ccl&8v`(EmwZPu=EN?A4?ArUjYe8K-SJzhN
z3|+z4KGq9e7fwglb+v5SvO0C@_&WE#R3}=_H`Y*nKbT4_Dv0Ra-IW!jw2Z5DrK1O1
z25XKSIbyp+7qqam+g)SuML>f)+Q_?i@9x_g?Pfc=?7DtVeUEr<)vA?sSh;d#H>5p#
z_E=@GP~ducS}9tq5C?I*H9A(XXIFFX+_}!3J9``Z%33cvmROR9)&S<rnd1(3_uY5L
z8ex{!lNZg>iDTFZAb<b@2q1s}0tg_000IbHQ~~m$7nPUJi$K6WAZ2~gBGBd#2q1s}
z0tg_000IagfIvnGkQdFU>B#fJ_%d2KprQ2`BO+wGcI~p<oic$La=zq6lbi@8ByC#v
z@82KYn-+fbh5CFiZ@A%xcJ11^%Ea=b>({UM^%?q7D^kWvEPH=2ZRym|P859gtrVK_
zyr^=m3Rk<MuU@@6f>#edwveZO)_g7P<IvEYt@o5?&6*WFSuNUW9i}8Ns$g*K+O>lR
z^3}x3i|WzOT2R#2IQa6Wn{Lv9Y~-$x<e^<Bns;|NT?6qv|JpZ(OnymTG?QnCu_1r}
z0tg_000IagfB*srAdoHr@}lXI=eVg7un$Pdi>8W{eh@$a0R#|0009ILKmdVk5g;#`
zEi;u5<Md{<a^rjl4jiZqm7dhRcJ10zr%t&%-e;eEwsYssE?v4<noCce)&ssX<dn&a
zCOHv@4<ELfjkTPkJA^I+YpKVMYcWziOk5X<;&z7)9r9iwu30j9QRNIrjvV>++i&Yi
z(;@VA=FAygmJJ&=v@tARyg2mS?FUms(zUAgdSJTpff}d!IdS5|ph1JI6Rn9F+DV^2
zeOwzo2tKqy{FUy<O1<5A=baIIEnK+J9Z^9_jnmiCJ`Rn}i+1SH!L9x}c<^8?f*P8H
zOi5n!*=L_M!vO;Z=+W?>e)_3~tuN&{bzyAVwoNm5>#eu?PDC%ypFe-)l~=mm6_M4G
z>-X;6tK~+uudcuY2M%a?RqOoWhadL!kj$a2E9H1glqlhjqN7`V4iw0X=D;L!3J4&8
z00IagfB*srAb<b@2&7zqylBcv>9B|e>;qErqD3sv;SfLo0R#|0009ILKmdWX3%I=K
z?_b$orAin5dv^04SCir2f7xf2Mtk!eBi%UD&d2~#B4DvJ_YCNi^qJmHEZAmYt<b`n
zHEYs4PVdoOUi5|4N8EeDq<OnsO@@E(_Uk1YaKj%BbK~@$Q4yCdrg+UY*F+!s#v5;R
z*MkCwS|2jlc+sLo-U}wNyy(`gTj$Q58ya-f5fv%aW6Ir8s#K|>m%(A!52l)xDpe{p
z4LEV)L>ubKlP80nXa!x@V8n<K!L5a=QJB__6%n*<)TohbHhT2vVE^`UXmnmwJt!~w
z=9_N@d$5|6<V6((b)%J}^&Drx^12l(R`jj!YCU)thCO)jpw+98%%Q#g)URLPox=3#
z)4lcCUUqp=_kLKR@ksYF!@n1wb<z#E*xb`@sM$UXj2{665I_I{1Q0*~0R#|00D(*s
zATOF}Gs1WZD_|dxk{2y39qkc7009ILKmY**5I_KdY!`5O%R$eranXX|3pQqWQq&Fa
zf!;GT;2-~#ylA#xfd6Cs7E8;Syyz#NeA2aRSC^p*{a&k9EiL)@KNQma!sRWeF5Tze
z6Z$>*N`@yz-SE0Tx<~_V)O2{-^P*aa(#`dK_uUsUnMz&SC9!ei##k*ob?Riz63dIm
z>e=eGGUOFkT;YzgfB$}~w}Sm(s?CB03#{H-P$vp2x=xlXS>oN~$|=l?s>7?VzS<ot
zRy0wop1KD5e*F0H;CSrg&;s+K<HwH=?(VHgNnTWM1#ZAv#njt*fn_CT?M!#<*b&iQ
z%a*#9nhS5Ugb(fQL}j~Hd-m+<+mzKWy?If+$z*s^)D5rr%n#ffc(HkB$ctw6<;UO=
zKmY**5I_I{1Q0*~0R%EufV^nNP7MQ#Q@}nTB`+GM7|jqs009ILKmY**5I_KdoDp#G
z%c<M`mJJ*G>YG`S7yVhs$;v{s{P{RH+MJn=JU<bOrR7Xs)J>?CTU6w%RjXFYmFa2G
z<;s<7(xgf6-o3T(qf&O6Ht8;Jxpeah7dIL^b4OO>Mca3otpWd})iY_&i?(gs)}`{a
z>SM&@YMD*fOwq@PX79fHu4|_67b!2QquXGnOqmiKjQwEh(hXgJ)a|0D)w`iS`Q($q
zPEwl})i~X;>ej6rJeF$4j2Yt^XqC~>2KI4ibY4_HuzK2iXb)DIlDz0`x83FjJbChD
z>p7mnoH=u%&(u1xYe~sot5hN3Lwh?>`KhO#awE}#rM^vB{nF(vD__w|?=a<lI>o)r
z@b4ui9(Hfwm%j9c8){Zh0fR>X0R#|0009ILKmY**5I`UU1;~qL;G{65LJ8Ohq~t{l
z<wj!!5I_I{1Q0*~0R#|0AO{3o-g4f-V^`MvIt$Tf+{;;!7p>p)HyUlbezVDo=D<bB
zDP)v@r9-c+J3v2Wy#_D0noKVIxW!0~_U8{xPkUapL4yV^HK)j8#LTvA+0r!|Hf&f#
zGi|C?t(t3j@$#Zemo9aO=+mc9a4?n^)dG^ityVK>(j?c(gAYDvl~zb?Ui9?o)9zUM
z9{L3K>eZ{e28$LgvN3oI_Hk%*UQ{t}?_Qzhl;lO{&Yf##)V+K6?c29sxNsr#aK1{L
zopIyF`8N4pDxGeJICt)xZB6*l)`KfN_uO-?|L6#`Z?DXM>GGCk+s)TIOof}D$?&A8
z8(yh?uW7WEuI_K6&3tD@hyVfzAb<b@2q1s}0tg_0Kz0d`7tOBuVzfa4`+$_ZXb^`Q
z1Q0*~0R#|0009ILKp?jTEFIe7KgTFtaP#d?TTR9m{;>8f4ORbsJMVS!qPcy2a&|>8
zV4={q4?L@%vW7nzwqpB9tIW*8oLAqeR;`;x`{W-sq&+WcPxqcWb!x=)SqgN;iWL#f
zw5d&-HZF#jOkPys!*%P{_3z)mS+i!!QkE=PvV`YLt7y7I+;!Jo!NJ6tNYtb1T_;*$
zHP}gN^P=kC0=N2L(|5StyLY>h=)AnaNN+RyI5avh8oJfnkIE^@iz>{isd2-$?+qI^
zeEjjp*RNk6>nwD1g)?1y&1u=cew8Uxru1LGN|h?5N_|~+*=3sT;>C+w&&Q7+x3ft2
z(AI-1%%4Bs_3vB1)YmNQUb@KTKaP0&>l=^nb}c^VBMV_>Y@tGvuk-We+Dx?(W*s{N
zMgRc>5I_I{1Q0*~0R#|0Aj1X7i)Q!)F}wl=>;qErq6J#f009ILKmY**5I_I{1Q5tE
z0SkpbK7HNSS%@lKe)GbgtTF=&S_<_ica7FK|E1o*c?XV>7tOH?lG91MfF(lpBzpIr
zFm%j%tIW*8&wf5xL%r&nN0)6mku7;qOYUvkwk>+nd-m+<8Yi3=)dG@wl)N1=qM%2U
z2M1$$(P`7B1-Dww!i5W6&!M5yl;=fPu3YI3r*z_1Uwvi6P@#A4-fmO-_U*m(-m-lh
z8kz{TQ-1c@XT5ucmQ#`!RnN+8YK_(k6)J>IkcM>R$dTXxEbAM(SFB1so8H@1Vu$wj
zpmJ{KMK4)#q0$e(UUIqIozGbaGcybSIDDsj>%MHvejA~0vUrIA0tg_000IagfB*sr
zAb<b@NeYk`O%jmZ(=K2ikdhZo`&=*p1Q0*~0R#|0009ILK%j^PED@?4W}}}BSH_@r
zoqprj?XvnzD|CEpo(n?spZuzgt%%V$90EBk;7x?Kxc%#8him-ck;yOq*;}7c<wu@a
z;ocK|{o9o`ury9koX?}TAfKK*9zEJ#y?VLEiRDE{jT&XgDzFfp7k&Qu=Ocz%#Cg##
zzW74RX1X)-8fqm~t*hzkw`|!GYryt#XmnmQ`jlPgappz4cJ1m$HF4s^Sff(CqML8M
z^_FI>dGqGp6+vU|>*@>p-Io`2<0<T+eP@x|&!boH@*9ITy0@CrkF2pAW~LSXVcPrO
zso7WK{HLFcyJY28Hay>C@e%<95I_I{1Q0*~0R#|0009J&6d*5}Bp|z|UBEsdB`=!x
zxnKYYAb<b@2q1s}0tg_0KoJXA<Whx6fBN(Hf6!YogCAVo=dr14l_2$QO?!Fz&VxVu
z)z=Tm*1tR2P4teZh|xG40y!*TkxLa`SbgNGANJEvT#cHKJU(h|rahQ`@y7StJv`IB
zC){@DSnu%CI6-<Ey9@6P8Z;<k7*(oNam`+S`Q?aa+N9+=UCRXWqQ{OMvm{~7nl-gR
z=)QgXPMtcXu%&lR&ZSG2x@K9F7nMx6Zr$9lJ9g}7hHKZZb(LDEQvpb;_Z95p&=lrH
zckkZqJBs(EtyvnK7xnI<@$cQcS0gN6zP!z&Hyo?Rb|Jm;$}8S|lPt$`Xx|~8dg>`R
z$Xjo{)we0DUs~i+@yqhJf4!8k{+0dZyi1pz|NEv@|DFEw%CAcPX4`ja^wIFXbM>!_
zzwnWFNLf7v3?2al5I_I{1Q0*~0R#|00D%k?ATOGMlfsY+C14+rk{2zM8;ub_009IL
zKmY**5I_Kd91!rPE>#}6d~40C9&vGq`b~e+>4^nHX00Ew<c+77Zb{3(p|dx18Mf%r
zi7VT7p7Q-#UuRkM??3Jt`@+5>-jV0PL~sfSWQc$_FRJpCMSJv|clV=r<G&B>(r@8Y
zlQ#Wf_RjHh((`ZRlr6m;TQ>CfuRZXq>9wx<dKo?ayS3#rOEw?(jy#Q+g9i_Gsk!^^
zyDwrGEn2j2%|?tE5z$PWs#mY>S|*SewGaKSzyA8qKmR<|fu>BE;tr8rdC^_FcDZ3|
z9nSOT&%3j0)25B996EGptn*d9$t0f_tyQa*JL0BIn<9=_w{Bh6EdIQx^>*&uxq9{L
zx!n~=wt5xpe1{Af;;m0rIpWa1Lv-%k*^RJg&z`<bS^d(Ry1ewIFaD{;c=xuWWjxD1
zFjo=H5`Q>UV&dWS{G0Gj>HoXxAAh&&o84cjSbvxsSf#7`mzZ+QJ8YHtLI42-5I_I{
z1Q0*~0R#|00D;sBkQYs@C%qNDfPFwpUbN`(IU)iGAb<b@2q1s}0tg_GUIB0F(v>G~
z+SBaLQ7(0mY2UA`(d*&gyck^gG`)r#9f4dD@TM+ZdEVM1t=f#sw08qHp6dVH<KaFp
zzO?NF->}m-BlcMKI(6zq3}e`^VJ=*!7-2-S_uqftHPiP5@}ezUwsgBMSg;`CD6Lz!
zcFitcUi8sNA9aTqK74q@ND8${OQcq-R?T(0eED+i`^hJtxR?5V^ytxu-t6Ph<nyA2
z9P#k_)2C0{z!J!d>O`~-t?NN+je5^(!h{K~UKA1Qsd{%QY&q7Uef>0O(7=sk`t<3(
zO<DcY7reaWl`l(od!=&qo|*ZUSia??V)M@U$Gj@5XMn*YfB*srAb<b@2q1s}0tg_G
zi2~$BGjUcJQ(*+`15)y$g<+#D0tg_000IagfB*srAdm|J!Mv!e`Q75pcXfL9y84fO
z@AB@M5Q=DW+wUI!&BAHh_lFKR7iNNUKp-;&e8Ee5IceUm`yZPAZ}p$3Uj6@O#Ct-s
z-*tU-(F?1O*a*FaG+Ms%&O4S2yl~+{tdZ#1<<@NL)~&Ic_2|*VnkA4IZQQuA+ug+}
zLyvO!@L@Z|#mkFYKDJMvKB2=%tWqX!@VDG@i+Y$jbEbP4ox)X1`#3cDyy&1ogWN$Q
zp2I$H;6Ou8EHC={>#w^WF1ze9uhmB%ePlgPojTRKDOKfIhxYcbsA`E4CEQ5%?Ahbp
zl<nnU_EI&)Ui?H$dRAyMN~?@!!uw&xdQX=9`3of`9S$9>D)~YH0R#|0009ILKmY**
z5I_Kd)C!OnO|2)r6}^CcKuTV;=<zus0tg_000IagfB*srAdp^x(D<ddQj2-&;qU4D
zcl3pQN4?_-EvMIzqa%<@0^ZbRXnDo<lgqZ8NaMfdTm7qv2FIDk8PTGbB}<lc!MOtm
z4#XOXnq7C@b*|avmtTJB)Tv<0RjXE66i|f(@}l;La77t)#NZ*6Hmp&jh8^YN<wa-B
zn&pmCzkdDTFcPjge*Cx%{^ZG%Mml50jOae?<Iv>uq8m4Ev@z`1u_Jg~-#iBMq6%AT
zrXm(Z)!f~E_ucL&E*a}RO84&FZ2&7)tnhB~mB0Anix*#f@zqyfwfZCvZT)EQZVbhW
z6^n>TTl*|3#7bcPz5eAdFIjORUH>k9`NH2vvg*HMm9q$(p(20)0tg_000IagfB*sr
zAdnRT<VCY$niyn+fPFwpUNl09O$Z=>00IagfB*srAb>zl3WUZlv#v5Hr-qY4AT0vH
z>}59Aq=n87`io!u!e!?o9#F2v+qP}9n4capK6mciGiT1IUg5xF$Bt<oPTT4V3FJkU
z475&ezy0=IyLNs4`R6)>QiAWj_ulByqg}MMW5<rJ*~QC??%%)PMxrq1r=NamTuBxh
zHf-p6ZqufX9YPPLkM7n!4oyBUDoi~K-W^(tf6ksg+nt?alZOr+>ej8BHYpNp!wb!e
zy4{;LZ8~Sp9Ig0z?%X*y{?9)9Z2R`@nmaqSrAwFkPVM~p^H*GPg*9m2y!o0nYfhg&
z?GnNoo>IY^H*X#=U_jZjWz}rnym{7xwkC6E>qmXMe(t*KF00IqLaYR4cGc&`TyPc$
zAb<b@2q1s}0tg_000IbPjsSVl%$W;Dl9+&fKuTUTF+lc0009ILKmY**5I_I{1hQ8k
z>!P8d1I}K5Mvg$H31nkBG&tt;sw%DLvU5uAMUTXu((c*^zh8UpwfEnDzpEcJW=ya*
z`&chD_o&2RqehK_-Fj;jU(}+MuIA$9MKzMzwQGBitFoS8?!F?H)(oDquSN@I`npvz
z)7K{WGTJT9#IJShTS3$}9)(CPII2w%c~Rev!Iw&7x)i7#+7-06YR#H8gY83WLi3`b
zExnbo4($fex^-*UIC_Co->|ddWp?F4V~sW|s2L;z2q1s}0tg_000IagfB*tnBtTv?
zizbVqh6>mRq~t|IeW*kL0R#|0009ILKmY**a#$cVewlTZIXpp}8UjTu5X@d?V@(mG
z`3|RrCCim7=i+l8fBdm;tM8>A)UHQ(dxLpa)<fjA&ZIqUe9Dw5zJ2x5KGqA(i>iTE
z+HBmovGwUIOrAVhZHgc-s-x`Lv!`_F(!K$>mq(5qQG>+3&YnH%16;RmU4dOiyA?Js
zs>8*aN39&IWnI<4Ei|h04dz9)b>F^ycF<5FRce7yEe9Iw)U<N!(4j+P?d$5b45`+<
z)l=!cog{x~n}SlMO1TAWz5Qo<IaUHQyXv!j78pMQ2q1s}0tg_000IagfB*uSCO}>^
z(`JP66js1KASEwaSUTDxfB*srAb<b@2q1t!gn&{FfBy5I$B!T1zJ2?8_3BlwTv<zO
zDJ!DKw%&5fEecLdm@r|-jvcudEr>A5z)e{f4GkS|2EsBV1hP~h8`Gh|F{d5h77m>`
zb7p~q(PQXGjT&|H%{MD<r(cxUU3Xp2o;^2i+~{`HBBd_uw|e#JU|06BUaY*R+hxOs
z4IMgk&=Qo2R+cGKM$d46>Zzwb_}~M#wP^C9I+mWUu7ql<R;{X6ukH<bCX*Lcx89_s
zZZnkEb>|iFJ=)DWRJt;v6W=CzDzVw1K?6;qrcx`rPMS1HSxVO|Ixp(l=t`J7cW%3O
z?XJ1zn&QQaYw=Yr%G$PVTMa{-e1{8tDPb+R`p`oU=_)E&vZRnNzx?u+EnDh*ckbL7
zx;AO@hhDgFp}R!;_wOG%s;sWeu3TuW(Ps4&Fn9zIKmY**5I_I{1Q0*~0R%EofV^l1
zP6|URlz@FeN?x>3ZZt*!0R#|0009ILKmdVQ0;f)$8a#M#*|KG$*ST_A6=t~So_n@$
z-yRWTh;<<9lNSh$UuIop@(%QX00K@Rn7z!#nzYa6>C>lO9#VO~WCo+9AQe7zzb^Gm
z^JKbWUj#0afc{UAyF@L4e31^6mTqGuFte*ZEp!|d0R#|0009ILKmY**5I_Kd92Oui
zn!}TuC#ObUG*2d)(?kFP1Q0*~0R#|0pa=xCsF#*3^DY_|Ph`}!sZpcGvSrIijTXT)
zc@L3w(a_KVd(Vh60th4{kd5ik;FyyUNY%c5`t)(X-L`JsnsA?5p44@s|AN8q$AlT#
z@!|>W-o4vhqMbT*x_C!PW6#-@3yn3}Gy-yH1Q0*~0R#|0009ILKmY**a#Dc2XiiRR
zUY!(q(Y%^&P8I<K5I_I{1Q0*~fr}@g<<xAADHk44a8!>~UA}zz;lqdZNLD?eUU3&a
zfd2UL<9e=c_wL>G+*sGrzUz6Z7jK00i~s@%Ab>#82<QRgZfQ_GXg<~vXUv$fXV0Ek
zTX*f+rALap-;e$J^^4VvdIZuaaK{~Y=n~ca-iIH4n8smnXao>I009ILKmY**5I_I{
z1Q0-=C<Vxi7Ns`Fx)=iFMK6XbeIkGW0tg_000IagkZ%GfPoAt=wW`HFRp{Tp|0kb(
z678TT?arS+zfz@2wj+7bXfd`TfB*srWQ)Mqv18qDw;elngpPUOz=3L@#NFDpYfqgz
z<yH{=?6c4GtFTL#F7}&Ixzmq7{y4M;DiKJdz}~%k-BtSJlTW5`7#tb_1Q0*~0R#|0
z009ILKmY**5GY~+@}fly&f!unKwdQEq;!Y?0tg_000IagfIz+pXvxspwQF0lrBta>
z+qZ9zA3?kK?c3MwPF^&AH(DZq00IbPvcQE47i!d~q2F#d-gsl^)8t)V)P8%$Dy&(v
zCX-K-vE{9R*3Q*MtN$*f8@aqi;KUI?009ILKmY**5I_I{1Q0+V4+Y4J=HaC0*eR12
z&9MpPbPzxQ0R#|0009ILD0+d19(u@9F2#!%-?wjH0%LgXwb!(S8hOzK=-34T1Q0+V
z8wIoqch|06?H6dUP^(t0x8Hs{8&8cfBY*$`2q1s}0tg_000IagfB*srAdss9<VACJ
zX7lH~$cyIBTyv%fAb<b@2q1s}0tj3TfnB?Hc_S`Ur%p}yD2EOm+P{B)!n?C00tg_0
z00LPjaPs8I@#Dw0YSpT8<;um16)RV+T$3hEdiU<Vb?eqIzx*=mPKN;_fB*srAb<b@
z2q1s}0tg_000IagklO;}MRR+8^Wp5si{`^DbB+igfB*srAb<b@2wXgYTW-0<@}hbw
zedr^1FW%ABvmW@nZr!?`J$vebzZEJ}DDl^?`Sa(89`x|x!(+#ez2}~Ls#mXGs#Gb(
za_ZNw->X-zrAwEdJ9jR0m$X-&KYw1sd+@;rufF=~(xpq6DO2XAn{ImIi6?gN-ktWb
zF#rS*KmY**5I_I{1Q0*~0R#|0;Qz6ACr~zB`TzHy6)Tn{i^XDPg%To7=n|SHwCK|O
zXb~Ds5Ojz+=*Ukg^Uzd<kP0F}OB(5z64N6wCn3f}I+K}%GR3Tv7!zek*7HqvKi~iP
zpL6cHx9+{_PVZW^s`uSzpMCaz?YgH`)hGKPfB*srAb<b@2qcaGdC|mK>v)|hdC_=X
zS>}ZR0tg_000IagfIvP7oH=tw!=h4Hy?XUsy{P0-O&nCdUcGu%uC-~?rjjK~TE}3@
z%a<>=jYM`Xm6)ZorPdTEP#`li^Y-oAwi9hHFJHc_V|e`W$8ASlUrwGpSx?!pVS{TM
zQ|X-G+O=yXAgY736`D3}DjU;zbjTqD5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
zfp7_s7Y&yr{X|NDylAB4xh?_-Ab<b@2q1s}0&yTPW5x_?g7I!|(OIEF1-;yrD_15>
znxrpng=Nc@S$P*MSYT`5>!s}BdFj$6>$$eF<VE$|+O=!jj=H|oAG_ql_3PKWwlS5q
z2~L<WL9gYjAX}ue(WnP0hY&yj0R#|0009ILKmY**5I_I{1Q0*~0R#|00D*7`kQWV?
zB>hB6K>u(l-^`I31J^|W0R#|0009ILKmdUl6-Y@*(Hvv_`t|SjEUa<LapT6BOUwSE
zZ@u-_>C>m>!Sp}>{Il#kx@OH9*>_Y2Gk^Yk9i$Xw56_Q2`bc7*(pYvAJ$CHas8OS=
z4U&?Q%;u%qgSC)vdC`oF3^S_2g$uv&#v8Jg>rcOaoI7{!?YG}9TC}K+SsKVu>mVs3
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2!vgLylB`-=`f!K$cyGPIF~~J0R#|0
z009ILKp<`eB%i5~MJdP+7k7JV*1V{>bhBp7Zrr%xab0-~y>*a%`}UR4rL+Cv!-uU2
z%qC5mNSf5yOltBiFKUKev0_En{Z6l4yH>4QHJzH2UFYRG1u79h009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**f)F4t8Uz}rM3n$}(WqJu27>?s2q1s}0tg_0Knw}UMwgmb
zl){P?EAIB-ZFx}%Ny-MH-WP4qpn(puZQHiKQlQdFR#uj_l!A4KQtKu1GcQ`CND;Z5
z_3GC0_3PJ5lqjKNUbk+Y^(bWo5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~f$$2D
z7Y(l`z2(0EdC~kg=ZXj*fB*srAb<b@2*iiL?%lgJtSE(@J9pmgdD-%!G63%@%8;xh
z^vGVCenyWTt?esSs^r>ve&$6NE?nq32CZDRYLyPST)A={X;?jl0s;sifB*srAb<b@
z2q1s}0tg_000IagfB*srAb>z{0^~)5bK|V&5g;!bJ!`>85I_I{1Q0*~0R#|;Edkkq
zQ^Sf<IC0{{-5$R+FIuHa6~C8DOH0!czVN~ee%oKXcv0I+;q>X#&QtO&FIuQjp_?~v
zItO5_xpU`E@#4jG%twwKu^y$200IagfB*srAb<b@2q1s}0tg_000IagfB*srAP`0Y
z@}gnHq^pPskQa>zI~PR&0R#|0009ILKp+kT)~s2hNku8h<LU4Aq^x<-Ns}gdUrsjL
zELyavj&RqmUEb}@QS0;TXV0GPJSE@qqTRc9cV69DGkEY|o#V7=)0_>cK>z^+5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1P};|0C~}{Fw#i`1;~p=5T8pUfB*srAb<b@2p|yC
z0;^ZA)}*2o&YwT;cRF&)z5YHto*Hk>i+=XmXWo~yZ5HZxuTIn3j2Sa@QeC=qab6<d
z@}kR@EpuMoS+ilo1|4wg)~%fls6hY$1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#{T
zivW4iurSg|1O>>8Mi8G%BY*$`2q1s}0tg@w(*m~V(Vskd((iOuty-nwMqh;h^P<O(
zANRi8-o1PE5)VA^fOlg(x@F52J<Iix_xY9=-Lq$pj>@BO^ypC?aJh2jJX&%H0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKp+$W@}i;Wac(pSkQa@HRbUJVAb<b@2q1s}
z0tm#SfIQ({lZsLZ<bm&D%!^*SbjcfS?b@|Eyhe>0c{kRhhYlUmv!oyowbw(YkZ*a>
zvuDrRF75jA%9ShD0sr*VPp-|VL;wK<5I_I{1Q0*~0R#|0009ILKmY**5I_I{1P};O
zfV^mkfSew20rH{|Ujhbz00IagfB*srAb>!O3Y<A}#+p=IxpHN26S4IZ;QpeLlk~pa
zk|j%YcpW-)@NTR}PoF-mXG!7CojZES6!I-E>fvA=Qf_Xpb-*`o-n1U2i~s@%Ab<b@
z2q1s}0tg_000IagfB*srAb<b@2p|wH0rH~ZlBAzV36K|!lswl(009ILKmY**5I`W-
z1#aKIZA~gpo;*3Y8J#<K&f1ShPO?IU3fl7O)vMl@TfBI&HtyK5qjzIHY74KD7gZSw
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0K!OX97ftYQfH;^wdC@pnM5cfM0tg_0
z00IagfIy@K>ej8RnaseS`EDESUCN6F_dNQntSp_86e9RMdSS6axxVCi^sX#aB7gt_
z2q1s}0tg_000IagfB*srAb<b@2q1s}0$~>*FB*1II?QJQ@}l_+&gBq5009ILKmY**
z5Qry%*Is+gnyw7)Vd!@$FS>W{UL9MhQl$c9-@0|Ho|T-O>^v)o=h46P(o5Rs`t|Fb
zeQJ$$163Kn)_W9=9XqC-mn~b?qa}wBKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1VRxYFB*y-=SG77dC_QC1;&5?0tg_000IagfIy52oH}(%!-`V);DZl>n8;nqi{|9y
zSjTqj)~!Is_Qo4;=vkdRcXpm)-OsaHwQ9}=&YIr6duyM8=SAOp?>%Q%&YDe|HfiUr
zTD5XEpaua15I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+VECS?3!@@`>5fmUV8bN$6
zjQ|1&Ab<b@2q1t!90)XQ*iiF|RjXEYKEU1Y9Pd(IR7O&yND&>|?%linjzk(XZroT;
znKf&c^OW4&Ty0RaXi;YaXN|;4^_0N#qP=?ca(3mc89H>Rb}rk!IvY@f00IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAP^P-@}gm3q>~5=kQa?0K9@!S0R#|0009ILKp+kT
zB!{VaMJX&>wk)rcx=VRc8AfVqs*Y{&;K6<eW_{MYoG81ex}H+FaAECM;-ju@w9?jR
z;CWHGir+m^fBNaC5+zFLU=ANXtk<Q000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAP`;w@}lAOq__MRATOH#=3Eg01Q0*~0R#|00D(9Y=+>>9MivVeEO_F?i9Aj4?&U>y
z?AW0LyXT&Ju3fw4J+SfP$7}mal`8pa+@whpZT97tU;1ih>L*X0tc|4*cwST*FI~FS
zyYmk|_&_@^Q>IK1o4b1V&rt*rKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{6(BFF
z6cl1qfV^moE*!%~009ILKmY**5I`V$1Z0oRhaY}egNyQ%_Jaox20pyImlu^Wq@<+i
zz`Atl;xVf4zWYvFN@3f!ZN3`MojX@swr<_pS2L+UbLLEe0tK|O6!Mf8Emo}9)vH&1
z_5b6KKR)ol1KRnjRjYipq#gkT5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+VbOG|B
zp&QaeWCh5JM%JIJBY*$`2q1s}0tg@w9|GskpD$Umq-GbTkeQk3_gU>ScL_bd^wLY#
z6XgN!zDz1qsGu!9f|S<Nv$C@E6e$cDGQ@QgP6>-zAMD<+VMA*tw(_M*m#lrh|Ni^7
z2Il3lW5<$`lB_MIoTt2~w69vVs_RUD_~C~-b?Rv6$;rv`Y<kyWP>BEn2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg@w76J02VPT|`2nvuFjUYakMgRc>5I_I{1Q0+Vo&+vl
zyeQ#DO)yH~-h1zT;e{7AZ{951Y~H$c%S=|{nvxNfnvEMb_UY3{9usdpMatpLi^@f3
z&6;JsM9rEtw{G2f{rYt|BpJ(7r%p*=)w&C)Y}$F{$`$XW88c>#wa>J)v=b*zn8fDI
zn>Qt-I&9c5(?FhUFVob<f#*d>jT&XnlKom`N7D-zE|{dNI4@eX$eL~~Sg_#9lPA3g
z9Nf_#f4q6%z?oNGS+{!iuAMu-i^%7mJu<oPT~ofnO^UM+Kp<#=8#itpJa~4>ln>v3
ze@8@a2y)TgyH9-gUCvKG{T%cxI1vE^5C~o1&Yho5pT4wc(dRQ}d>pC!p<MUSp>w&p
zw?m%}Js^Mp0tg_000IagfB*srAb>#N0^~&lx1wcq3Xm6#&UIl_2q1s}0tg_000Ica
zqQLFjx5tkkui41F7Me6^vTxr$kBJAdzo_YL_UzdK4yIzoia9ws9%C?vWTw{bJ$-d9
zy~$>z`eT<g3p_6>nN?dV)%7ZpCf&b(zuy7-YH<Af@138A&RuwQ=K3a2PEJZnEmdkj
zG<-f%X?Tx5|6aRgpL4WQ<7;-*BY;3&1^T@Biu3ci^jDhwE&b7&LrX`^J)vy5fwfYG
zx9d0FIa;a7>#S*y00IcO3iO<D(fQeS#O|7nW<B`OuxR)Pl8hlKX<+hWlb`6dp~vgl
z&e2MZ>(r=3009ILKmY**5I_I{1Q0*~fuIG*iv~@{iBTe;f4G!y<|r8w!$1H51Q0*~
z0R#|00D+hmkPR?pZ_NAdyU#V>=&Y0n*-w}-;oP}%erFwYUQ~KMc<^BD+O?fm*BaUB
zG$SKJ_d)eL7->0RzyLknS?Jxn_l+Ajq#ymUOWFjU7d4NeU%q^K;lhQTotv754I2iM
zZuOXpGk*F0`du|2OOKKWgmV~@8a;68oNd@16HM?!lP6D>ZGPor;>3wTQ%G*vbTV`1
z%%D5Dt0#tKnmWR;^cMYSI$vAC8Nck%|D}q_gPd>1D5<IW$KgFjy=)t{ZBo2M009Jo
z6R^cEpPhV4lA=*^_j3-T!lN&?9kJIoX7ZxJEj?!;fB*srAb<b@2q1s}0tg`BAwXW#
z1BXK~A)tS_Brh5h>%|}uKmY**5I_I{1Q3W7fjf8Z$i9~nFzeQ>TlMPIix)305l2a#
z$%EAE)~zd*@)Y>BYuC!--~*pgD0xwHm7_<GPMbEZLx&DYNlEeydI`14<LTvT@~c*@
zGTF|+2V+{EJ$qKtWzCv3lL<=VRI;zKOR8Mr%$YOVmHyZjL|#-n$<57OxpJk5$!?_r
zSg24T3BIPMr-!nwsE*ARyqx{cCl5Y2P!b4b%MI%Lzw?)^{d(8olRL9c9yodKaCS~a
zK4r7hPj(%iF=u0=CYdH0k<wto?xUxyBiHGKx3GHkYLk<cud<_TcstLZ-t>D<-flr(
zQR3ewpFDl~^q@Prt0#tKnmWR;^cMYSI$vAC7QAfT^Tnhxzw9$CU+Xj+(Wdu{-A24D
zpFKup_D+8#GM{5Jy9}AwymR`azaL`m2^D@jsO#{F){)yL#Y+SbKp;2)YxeS)iQiSM
zHs0KJWIxZQy*G6lcev}6Go4>P(S6#5$b7z@-Q|^&e;xE??I-8TE~CHRs|U6C-_NYW
zCNCP?(sLF92q1s}0tg_000IagfB*s>0^~(Ka5xkb0{V9l@}e=ZUJMce1Q0*~0R#|0
z009KzSRnL3Y+iA!sms-y_L{J0gGMh)MALdG8p_8mUVQCe8y+m1CUJ<S&8J9sRY#TA
zSqIo&Qp6@FDPPHp3Ici20KapjS$yP0I}LcL%!9v#MIT8X)G2j>HINw<<&4Z0UDC}6
zD_0%ddu*nTD)5z}B?1T_;31&FOL^4$Z)^VY->oD)nD%6!%{`~*=%FYnbjUdL$ggo$
z8DYE8`>mt$m>`D`KmY**5I_I{1Q0*~0R#|0AP52SqCuc>N>mAu7mcdrU@!<EfB*sr
zAb<b@2q2Ki0ujuM9zK7e_8(r9AcXARx&OpjjbcVyVZrkMBqjY4V0(G$S{>V6`ko;#
zYG9*3`l!Fz2xS{p{VobiZ_$sY^R*Q;a`{}wE0wDamiJnP%7eO(v_J4&n?=0vRG;x?
z2h;{F|Dl7iO^TNYAb>z{0-CyP&~b&_4@;L${p+Bwv@+TX&rUv7vFbP(=Oe$HAp4!_
z@PeB=XCZ(90tg_000IagfB*srAb@}`0rH~0WT=l70sT7&`-{fPk}*yM5I_I{1Q0*~
z0R#|;SAhuTMgRHMCJ7kG{-RsH&e9xabQT5-c~^#-{OHK6bJ=Eucj@~f4)UU5k%`^t
zV_2piTqm)Mrjg6PcK;<nE}tFxzoeDXS!mdD^e?xsa;ZH>|96Yg;8u;Z5I_I{n}CU2
zc765igAWar`^+EPF4YibbQao=-Y=n68R}p9f2t$2O^TNYAb<b@2q1s}0tg_000Iag
z5TXEi(GUSSJ>ml7MI*ih3;+QH5I_I{1Q0*~0R#{*0ujuMwru^Hqzk$~_f~XfM6ILR
zk#*8Mm0tE5B`=x}@159<KIQ|CuS>)(nkGVP{&Be66ROu8rZrJp=rQ``2g?qW(Kdf3
z-3-##x=@b*0tn<uz(g*a{e7$4Vahx>=-J6<G=v$og&Gat_~q{Xr+?}Q^E71|BY*$`
z2q1s}0tg_000IagfPh~C@}ho;Xb|NB<VB-=ffybF2q1s}0tg_000IakjzFaHqDONs
zKJ?HaNf*pt_L()A8MWoV{B^2~cF>5$<VEx0-4VOd$9%x?b&1$T(@^L`ze$sKS+l?W
zH-V}3(OLL?y<sxiKm5-~@}j=JC#gpOfgl7-<g#vy1#*Y^UH$))z|<&a6c(QByIDqC
zw*2s(({s%5f|xj`Ab<b@2q1s}0tg_000IagfPjYpc~K7>4#k83dC{0yCI*QB0tg_0
z00IagfB*uCAP}j%=$GGqC(#1={AAbRsLhC42lm3CcVx7kyZtLB@}dV19-K63QuF4`
z@4x^4LWK&ID_5?4`}T9@%(-;wlCSUT?%liJ`|HQhp+kMO(fTjH{L(ZoTD0ix+qbn|
z3X>;KHisrooM^4Lm4E#4$Jw)IH*40cSg~S7iWI3`ySBs~ckkY9ngtkr3}Twne^_Sf
zJ<VRddKrX8ix!y~iTt!_)9Tl+FY}c{?b@}of_V3)EhC7gV=#s9zyE&LtXUm9b}U=A
ztbBvXw^_@UEoFk)+1a+1fxI+%%bx#u+1wL4yf8jG1ERK3HE8k6Bk6xvdnkF)KvtPH
z2p|xkfXQ1{t2a&VFwy@odNbOm#~d&>@UE|(B`+G_LemTZ1Q0*~0R#|0009ILKmdU}
z36K}f6Bmu6P=LH>6fO!wLI42-5I_I{1Q0*~fy5MuR9;kKq9$6fGwY-^mKn9>;bZ?_
z8E~8S)1x^r`t#2}fAGNvRjXG0e|&$)kK{l7^po?u{qxU1Hz!H_&lUl7HkQbxX`Ggp
zW;?1s^1t-bOSVJ$a>IrV1q&8*9b=m|ZEoGV<((G|WtuXEu*}qZn(Fh;JMYL97cX9X
z&pr28=i91PE7g#KcW<U;WYKiAxw*Oh`}eob#a13Ua-`qyAMMQ)Oy08l$p7X=JEu*s
zB{QS*W#cwu<erdReF%9`+k)~E0R%!3FnP-=bzYS_Ov6qq&C4kN+G+fM|55kM#P7(9
zhO+vcivR)$Ab<b@2q1s}0tg_0fG+{^qP}FPj}-y^JBWNU$I6%)Cjtl{fB*srAb<b@
z2p|xb0uj%P?m8SBdC?K+%cDOpx_$e0TX@g)rECi+kxSe6vxG=xvryB1%a$#+qt=%<
zZrsrH<ADPQtcRqmKl1y^i!NBOz;#qwS*up9o;`b-m(!<DxAiYCLz$+W9+sJUPt%$g
zU9x0}PE8B48>e+%-n~i7h@+X&=H%qahN3zPUxj-0>PhI=IzjKUJuf;aM)IOhkr(w|
zSdJoqKrjOTS6=jQv62@(BL7B`Px7L{EIH>OfB*srAb<b@2q1s}0tg@wfB<>X0FY=B
z)dKo=5b~l?y-o}c0R#|0009ILKmY**5<q~wXn;GK#!z1Lfd?LV{q@(s`R1Ez*RDw}
zR6ed=y}E7Nwv?0<4fw5Dv&Q+|ot~a<8nkWO)_GKGR;^lPnn`p}I@fwr&>#6-^P-0j
zAJ#DxE?ju-+_@JoUX)H`N6Mo|kM`-)M~|9<M_x4OY05Z5pQ-mWH7_bNDo~(+%w^oT
zaVJlnymRM{jVp%GZr;54@WT(Ab&<gEm@#9rva)2mQC&XSY*v@=g%@6MovCXjc~Msu
zDiJ^+F$KtrCg!>`YXlHL009ILKmY**5I_I{1iS^vi+cNTH2MYfuPWq4qkpj&Ap!^>
zfB*srAb<b@2p|w%0h7<v=h3sjsFhcvn3B88>qEVzpPf5*E?>UfS13_(ee$euljti|
zs+2S8dHncs&HG8#)H*P0xqkinrrC@cGpzNdtUvO*=0zJcXkgAQS+eB0bLX6=FIu!n
z#~=mQyl9Bil#7NwQ}1bNUR0(adC|Rl_c~{4t?}+HO3*SgGIZ@uojPS5zm`A!^iy5F
zW5<qZy?24UsJ9PC5kMfJ1jvgf)N(Uf1Q0*~0R#|0009ILKmY**0u&%G8Xy$SqE<lv
z4nkfuYS)N?A%Fk^2q1s}0tg_000MVOfV`*&Y>0VLkDkpTc@%s3^5spU@5qrO&i2X4
z$>!+0@4o9iDm51_T+l#Zc6PS2jsD2*%!^8ZP|yA3lTV!InwoCix@j}lyr{1ewchVE
zrDcdS^_Zq~Zq19%nl(!Y=Bwb*Ta=(lepnY}&z?QLCL;A?$Bs2EM~xcg(ad^?yr@-!
zG6D!BxBz+41pfwL`UoI^00IagfB*srAb<b@2)GK67j<Q!GKK{7?;zwwV`$YFDgp=~
zfB*srAb<b@2p|v^0rH|AjCVUPDwm!*b*hQ;&6_vRITEQfN2^z_?mQ|rGiS~;4P=*5
z*9Q6{zcVj7ZQ3+*Zly|<T+cO?^4xaQOuhz}7nOdzrzs6WoT<k&rE|@T%5&T0G45tw
z9$!6rixRYD%a(bsyUy;+nKP!PY$2<a-Uafa-aZ^f0D*)OATOFw%gtmFKmY**5I_I{
z1Q0*~0R#{TP=LH>fKW7xS^@n#2zk+{T_XmD00IagfB*srAb<b@2;3zB@}eHF`H&Y~
zw{D$@^NkoW!a0&FSFV_&^40a3<K@bgGYwX+UhO<xYV=2bXI`{bt5)XR%*;&JbG5Qm
zsZyq8(0NhsY08B{oT<k&rE|@T%9M3d9tDryq6AH6^yZsydQ3zP$>y$R?c{52ZmxG@
zbCkSjAWF1B0D%M%ATOFA3(YhUKmY**5I_I{1Q0*~0R#}plK^?qJaN%D3I+7<Aml}(
zaCI0G0tg_000IagfB*srAaGX&$cuXLh9xh0=gu8@+WVL>W12K+BJs{bg$mtk`H&qi
zO`NYohYqeIY1y)+X&^tm+Zr4^c+eb@PJBfH^+$eZUbIY^GUoJ;KKjVkv+ZTOcI`|{
zkGyDz)08WQGE<LfO3#|EbRyVhYF>Ku7A0uO$;oC#<lCv}uOCH<6uIx$kHUouOQn1i
zELc#!(FznOU|P!8?CfmU`PwSUi`qbVi2wqLEI?i~kyoF&BY*$`2q1s}0tg_000Iag
z;7fqKs4p4nV?{v!4nkfuR+fx$B7gt_2q1s}0tg_000Q9>ATR168G2rH`SRt(iWSqq
zo=2fYix#dU*|>3|IZK`={`1d2TiXm9Hq0FA)vK4a-dffl`JGWo9n7v>yR4@;%R`0?
zF^zrYMMIyaTr`xKdQ4M#*1YK4xpSSfbJlqD7A0sJGuH70QjllUJ16U`AusAQp#}j2
z5>|k`Xu>W%6Gs361Q0*~0R#|0009ILK)^$Qyr>5bhhjoN{|-W4G$z)IK_Y+v0tg_0
z00IagfB*tv6d*6^ff-_6blS9Ofu#6M8((?R+qZAaMv<n??%lg}w6dS4>?CRGckI}q
z^|pfk$ba|pqG6e)3_FyWdQ4M#*1YID@4RF4aee90n=WXGA=?nqbQpOmkQa4bZYmK#
z009pH@}eF%96|sA1Q0*~0R#|0009ILKp<fS$crZI(#Orj_3t3$MdM~onFs<1Ab<b@
z2q1s}0tg@wpa6MM52#S`qNh)v)+}GeiWL_wTzL5K;memVODfX3P3XFH>r69Wc~KeO
zz<~ozn|}TJ>1elY+h!_Dlqm7jPd{nBt)M^hJM*GRNlB)M_3PK$&a%C1-@d(R>D*s5
zjMJ2h20c@cX-c<Y%!@_|TB%Z{%!+*c@yE8s3jHPfi-vAU4+tO-Hv;5E<7O$D2m%No
zfB*srAb<b@2q1s}0$~&&FB(Qnx{8Q^{#Av%Xhi(EC;|u|fB*srAb<b@2p|wa0rH|A
z_@U%Q^=IvxHEZ6wb<5XP=FOXDf`1-)(E|q#m^K9p6u5cwrs+yEoD(Nb^wqi4>oA;o
z(UvV+nr<gen&i=g9MX`aGcT(BhdxcYP|!2gVK}EL-G(tQ8YO7D`V%Hh@Lszhj*=G*
z0*zA;Kp<WP$cx77$}%qm5I_I{1Q0*~0R#|0009I-5g;!biXP`igMj{3g}i7qEC*vi
z009ILKmY**5I_I{1oBgWyr_qED0xv07Oq&a!s8O{+O_kW7nS`;%akc&ntk};htk{i
z>(|Xo`FiTqDUbg3M}B9J^0n7qGo2(SCwuf@-9glu7Y*YyWeh>j)MJ{`Z5Z>SQGzym
z_H46u@{QrKyR65udK@Az>Vd<dFbYhbJo(;VKfFWlVZ0(;ArOQBdC?%yB6~`&UcJn{
zWznKVksS$FM*sl?5I_I{1Q0*~0R#|;V*&D_alE(*GBy3H3VG24S#hR`00IagfB*sr
zAb<b@2&h2ldC?;ma&}~$T)k=UzvgcpJ?_2k&%O0zi&y{f_=~?y9`Rt=H2Hj_((s0j
zGkf&;_ludU)^6Q*`1}QP(NMmQNMBy6)POear<+c6I^ivZk{4~zpn*yBnS`h7z)qYv
zVcN)7kNrjETnTELmQOtKguGn5c(Hj|y?S-mp0!ec<ag#pj~qFoSO3p{{-dYZ3cY*x
z)@IJUXn3b7mkw^G9@CUQ!<ZM160}Q~F6p8ySg^phWFfu`JumuPdS<ub6WjlN{9n3c
zG;BG#c7qX*)*M<fc~H6X14}0jkk7IY4g77jAyVI{^_ZvokAE)x6?4&0zBYbpjNB8F
zs}C`qgoxnl^wq0Zn;4SwYq4U*>eQ(tIVFjRU%h(OR}a>DTW@c?@rL!Nvn<(Qz3yk9
zedcW7S|fJ}Ju9lxQ{Hb|*SS!MK>iDam>2Ca?Lz0w6Hg7_)2#27KRx|kttNA-)Ooey
zqc4{G&4|)v(&V#j`Qep+|MFu`yw&h;E8C9T+vD|YbHz};b{c;~?uYXE%*5|ZKX=Kk
zR;^m*_A+3=fIu#>d-ra=9i2OOE|61#Xp`6f(+}bjoPq!X2q1s}0tg_000IagfB<<>
zz6WAmKz}_;UNqL1lJO&e00IagfB*srAb<b@c@+pfFZx)W3=>NT{A<4f^LJ*QjPJZ?
z|Ni|=qOWPwrm}6Ob6q6zSD``$P5pW2MYFTBwdKW&7i-k0VP5)8f9a3>&b+7$sb0N$
zrk@8McpxVy$2mwzzUg(P;LMALcbYPQ;AZMQ&AdiOynBlhw6wG|U7Gdl*E`ovYi{4Z
zy>jKs&6_uCjdvmRyl90=g95)Bn3i=LkL)($<>=3gS~KM8?=0MN&pqks=_2n<ZR@R2
zp+Z0W@Po%Gk{8u$ZQs7#qop1?di1ECB84hds_3DJ7rftS5g#4{K)?uum>2y`a(Z6x
zhky9X{LYytV<ImqaddNsk$(&X@(m+-QN1IP7Y#&=HV7bq00IagfB*srAb<b@Q7b@R
zG-{WIfdwd_znXlV`>5I_I{1Q0*~0R#|00D-s>h)7;kvJ**3sk0Yu3pz3y{rihb
zJWoRrty{M~aNxkLTesxfMiO6V&z_wzV}@kIq(Q%a{Y*3Oyr`U*l9FOtwr}5FdzJ^&
zdw(nHkNmEA(Qm%_M!PCfq==+XuUxqz9ZJCU<jIq%si}I@6r6d{uun6%nR-t%ym`?m
zLA!bLX8H2vb%B~SYqoXkR#`q1PL^*o2_%2@)mLN3jxAcWs5E=;z4yGoRrF{?@}hE2
zC|!C$i)S-}j*RBd{-U;or~11V8aHk%3!$*ig0nYCnL3+kO%Qp}5hF&}#wL5@YKM_6
zc)x8UJ2tM4fC}V)Ui8=dVQRC#Zw)#!ns57yk{8wQ6AB0*fB*srAb<b@2q1s}0*NL-
zUNq5GJpSgZznXh?w+j1WKo0R#|0009ILKmY-6fk@>=&30RJ-U%`?n*Vvx0tE`_
zLsWeg9)J9C)t1;^{rdH7NiEyUIdkU7&XA_kZ(dZkh_sz9!BM@OuY&%_@0u5tv)+93
zO<T9Nm({9O>)N%esdVN=!#+(JQV=uso@RLSqS1pUJIz+CSkbm#zFtOuUew$ZS_T^#
z&HucpM0Tz3JK0V2)TvWbr%sjogRX+SzpQO+WoKSgHYWZ4`|oYd^krW2qB10tOPBG~
zu3g)VYS^%0+93r55b!Gyk-Vt6A2ts*GD=?5-0t3a=N-T6O9KQDKmY**5I_I{1Q0*~
z0R(~*ATJu68)rq2fc{m5ylC_+3L`-P0R#|0009ILKmY**@<$-Dc~RMAG`I)T=YL*Q
z17IEnNn}}9O*a2*(4c{@_HV!awloerFM8v~4at&Od;8>*Ppp@7E$ff`zVf1S)|xeI
zBn@lrS<6p6@kDNJ?x<0tOpP-yDyN5cn$lqqGxeTk*z=;%gC?8SPMkPV*UPma+mK3T
z#_zMyWm4uNQu~XVe3a}m8r*~F^FJ@@i&Qr7)VFH!;>A6-7}dO}w69U4hFLz@bNK&X
z3j6=&H7~kh!v@o*q`vjR^pYSodmY<*=QRQdxCulsFIu{EYH$yxCogJledI;mzN4u_
z009ILKmY**5I_I{1P}<10C~~yIMPex1oW>e<V7R52wWKf1Q0*~0R#|0009ILh>SqE
z@}d<V8J0GD(ULV^eYW@L{u5`9T*x_g@uGYlI(K3Fo+FcId?XD_9?bUj@2Lxdcq)BN
z<VDSje)idCefso~eIO+gCeM7A$I4HcG9@P`#~ckjFDmUd_b5S#`|i8%&Ye4cziISG
zeviDUbRwD0nKNfLY0{){;lc$A7L@4P;K74G|NL{)zjt2Lv<c%hrNg|=)O(uRTY%9K
z@7~OO<!khy{rKaLvMFodzI|okBn>FvX=TfnZP~J=Ol04_edY=EI&8m%aOFkImK&Jz
z<fx~fd$G%qi9JTY{9JlwpNwBVdyjpk%isx5JUvz#*zN}A<>P-I8N^fRqbDya!ehpa
zF=-|Fdi?ltU*?(@l`ToX{`zY@MfNFmJtePs(Z-D%n?4sWUMw9-YSg@x+m37hR3d<Y
zQy?sP(FY$IR<HG<zYh9RlAK+qoar&`LeJ?r^4a~h>`vnkH}3YKG;qBi{^2hRf_N%D
zc~Nt(3-JH+or_Kl0tg_000IagfB*srAb<b@eg(*j`X!=4lndzJLCA|n`ARW71Q0*~
z0R#|0009ILKp^Y_q31>W4Vb@n%f6#I7rkSj2Tq==QFDwl4k25N9zK7;`&{SI{K<=k
zU7HROh<<_4^P+Vdk9_+1m!8Xb#XI)db9Cl!9!YcF6J(3g-eWVp&vhP+s=VlzUw*0K
z&y5>5`dV~rUR2shVB4J4rcE2yQ}UD-&Cbr&G5qku57Ob1B}+_AqehKf`wzTQGT4%F
zm5-rAhx$EBG)&{7MT=TDWt}{EvZ<Fna$P&=)vK3juxQaD)8NvjOVg%Jt6#r<v0}yK
zP`h^R^u#h{%9zGkSy@`?EJzaGG&4IqI~z#N!Gi}UOqd`_rAn2O{JiA+CGg*@Su=?N
zZ{ECFg5s`cY329de?M#1td1Q!N^D#5+xOppzl67C*s>zp#-kA8)jfLVP;dev=0*ST
zm-%f+?Cl}x&>0s!KD$mi`*3BKe<R5jqupQ6_Bhe?P>kk9op1ST*RIW&G2`*aAD90|
zMz(8i+O+BH*|W_J&0{qK`Hw`lZ{IHefsDBu3>YxL`X5$=YZzvP((@Nzd?9xp*@9kf
zCNhzlHEX7(rpkY1<7@Zn9XocIfz_&2%XOOHeDjTIAYZ$7?dsZQ)22<PO^X&SYz@LY
zL0jj%L;wK<5I_I{1Q0*~0R$39fV^nptaZH3l)PxXt}OFH009ILKmY**5I_I{1pEqw
zo)>k7IepbETl=*$8zwa$Y}@DS6kqk^Mg6WU4G;)UAoRSbGtB9$=Bek#x!w~xyfEI^
zDZc8XDle)Jf0umbiWMt-ErcyEdid~RO?VzSaKL$1p7Nrvz4n^vty{NlrYqTpR{IYy
zyXYK)sgccxO;?hKv_?Q(+iP|!EiKL3Kz||WYxiS4(QFbZyQIqAxjF?Yv})B#JAB}Q
z2h5>EhYo3_voLVrK+|l_oH@>;SFT*qO<AoMvX<pS&J#^dZf<V>{{5|uZRL?8M|yCD
zcy(W+qCP|c6UeMm=T*5`HT>I3*L-GJD*rmj{ohFKM(xXM|1p{uwY}vfo-KD6+nY#U
zN?d&R?%f{CYU{_@a_Q2g+O34cZ4GRv2R#hwR^s0eKm4#>%T|y``TqU;ZC96<awpN2
zuHjhO5MCQd>eU){)!yWOYuZS{Rx3>*j1#o=%u56iKmY**5I_I{1Q0+Vp#;c_Ce(7r
z<z)5Ov+OS#m+Q-<5I_I{1Q0*~0R#|0009pH6Uh8z*I|>|+I9G(uZU*o_4~d%<C+bd
z`S#|#c1~W@V@)}PKqvwxklB6Y%jVtMdC&x35zWx+<vI1P_k`xpr02EssLG34_ZQu=
zWs9%nu;oRi*)z{PV-h|oDJjmg0?&&|d`PynG+oJ7b=sB2gr-iNs+B<$WF)d#sOjHh
zg3|Mi8#grMX$!&XFC+uWi|Xd6=A!1S?Axh>4?Qn>>(;Hxl`C8OcP;zMi{|9yNczk5
z6l-O@diCT&I&3Y3cy;ZELf8fJEic-2%4yg8;gfwfCtzOm(@#IOzHw~j0tE`3I(5p|
zTI-F@^?CHNv$6KJaN$B{C)U$L8ODbneyA7nD6Cw$(m4j%Qq`Oy18^Q~*s!6s!{f(~
zJKM<i$fk{R%jIxQ(0Ng65I_I{1Q0*~0R#|00D*)OATOFw%N>`K)nCt&7mdsHWl{(r
zfB*srAb<b@2q1ufhd_SjMGu|3;F^UPGI}X_QI9p^5CZurke_+c-eX^Jy(iRfJ}Rd3
zqGQL7)iBSQGiQ7)pEECd?%X*&QJz+8J2CLQ=vQBTW%`kDqjl@KojZ4$dP$R7>unbb
z<Yjt#y6LKI+qNF<b&isyv|UkuA?Y_S+NVz+iHFJM#*G_y^5n@ockVc^7<yiG?%cU%
zM)FlwP&NjXo&99Y@*!bPdCL5*UAta?{dIXFw)5&YZ{E~h1SKCUPp+4YmTVFz=gNkn
zvfr%k^(URb@WKnu9zwagvo~tOD3EV?(eAHhyWS7~_|(!w%Zthb;tLimC~p?o{8MtF
z@|Ksk(uE5bGBPssP1?G3YhSBu%|lw-NGH;>=|SG7^2B!QQ7!A~p$y~1i4!_hDP(45
zo;`b3?&0zw1-<*3Hb;&e(W{$+ZV)|s^k~~5xgD9a<mvXNFn|7hTN{b5n?v$Qdby(Q
zXjmp_>ywuVAb<b@2q1s}0tg_0KmrPo7frxLkFzQ3FDS^1#@Wg;9Rv_S009ILKmY**
z5J14MKp69)2Tq<_`SI>?lU6_5b9R#_Cs(aDs(ksu50*{S&oX5Ox@I9dc6pP$sNa>M
z0Rs6W5XQV{&(WFf|31D^n}0l3e|VJ|L(5l4EAwD#QknnrSvo1z^`7widc$KkFDhHT
z>5iJ!t5^3}HO*2=q(_@+urN6}S<+2fF9nJHm<W)3-M)Rh^^mRHrArsn(zcJNbf~#X
z$&}j8%F|1krVi%XwQIi4tzW;sX*OfV3|kxhg{0rSsPrIt(Y<^3+Iq0Q)OiK{JbDR&
znxVQrs@{4nXIW!xB}<m{we6vGqrzjyj@dd1<?6Psco|-SaOFk2PC5J3@Ldg`Syl7T
zvy&g2T>g<!Wy%gtDwC$4rIXzMjZ~xI8;O<|m3N{%X5G0lrmU>IJ<a=6zFxd|(RHmg
z4{6<BRFc~gZa3#j=lk~Ub3Ioo_4H7N(WFTeb1ezJ+O}3U*Of|>iIrxuo2cz>FSk2$
zx&+Z}<J`S_w>k9Yn{S#Ry)!zycI{fz#x>6$mI>NM#Y+SbKmY**5I_I{1Q0+V0R_m5
zCg7sS*_8Fyv*bnNY-O1a0tg_000IagfB*srAmCRZEP2t7|MSh?o_*6b_Z3KG%hs=v
z7xlYRG(aGK1j3RR?KI$}ntvP~$lKqwO|{2{##~-h!kp*NpMT?xHwqOhWP&>Kb<dtX
z9;@b>7rk=jiirTp>5}=eo*rOc^!oMdI)Lo#Y-<lv)@|z~Q))Yu*O!uLH5YpK-FIEj
zmHhxcMxwuv3?wf)Yt}5+OK4^2dC^LhDw)yB7N**5AO(rb>NLGqTsNK_HENWt=b*1{
z>xY+N7YIEs`t+CszyF`$|BY1j@z)YCFS=sI3fHBS+n}Vf%{$I^ht&3(ht#~N>=mp}
zc$a&HuTZz?K~I;f1UC$8oPP1*#X2xsK@RDyLpC(F9@R}mrNQOPm#v2;Po8Yfl3BEA
z(?-hje;Kx2m;3hZYuYSaxX^m8DTh8mXP?v{fB*srAb<b@2q1s}0tqNUUNiw0J<g`A
zznXfPoZbPzxQ0R#|0009ILKmY;10wLx_k6pZ&Hhht5;w$jVzx;J7c~QSBMFRx#
zM<CR^XhvqrlcNHE`@6QRR%=M~=S3x=Bm07y4^4QQh>m=f)TpnA9qT%}=0)YGJh|BP
zla!QXO#ua%7nOjJIlW=ShI%b6NP<)cDalf;527${-aONluWeLk&YWo)$S$MK{`D7<
ze)FQTU#mRu-Pwb+CiJ{$ixw@+Xy1POZEMed%gdH6^O&af^fPD9n3fWFv(`&F=&RfM
z;bqtbLduIy&#Bis)PEyATKCmN%ZnB(R?N2Frgd5MneuY0wAO1`^N=PlD%+4&tXR>!
z^(5tf>Cz=_=~~d!gC54~ufJ|CSG;&}xo^8(MJnY`i4rADOXqE{apT73(8nKtZ0(_T
z?b=dbv}jQwTCiY&X=9C>O1)gy)PMKgch+-FIrIrS`=kZ|1Q0*~0R#|0009ILNI(Jd
zq6xU@aW-ZB^(=YOI9pk!g8%{uAb<b@2q1s}0tomO2r(}@dfa=iaj!g8k{9*6Of*0s
z-vmO;i#BXII!|wZ*TylC7d2@d*RQgT<khQJ{VtiWyy%S^H}1RdKGU;gGPR!o^P-h2
zS2pK<_~D0ouC>spQ6tkpH{Y`!4ZJK{q3ZNq_v<THuAFJGdi82&xB3f7XHd#C)=*Qc
zR;`?;+iF73i!NWjT&I(kmL?B<wuW_Wm$SaqamwSNt@X~bbp>;CbFB@6zPhy&%6CH`
zl)UJlo({vmkrFU3`uy|Hdo1N!Z@p#Ss=a&nc5S9_Nx8+zR-d{bsRY;M?&^AqwNg(H
zdKmJ6cr(J()KqKF&hp^FgH21hE!&RD{lpv^IB=jIlJT3$UcGurrEX+uz4>S^y>Q{e
zuCd$DC#d70fB*srAb<b@2q1s}0th6s0C~|wUj6u(yZ(BXyl8wZD6>ES0R#|0009IL
zKmY**0v8A+FZ$)T-??VJ@>)q=H1PGJB?5O_Ae6jl*I^U$`u2BiAM1J1vSrI2Ida7B
zO8Lr*%87I4%rT*$B1MX5u+W+|+`fIgYyXE2A2ufzELc#UXzbeNqmMo^ZDgxG*9L)C
zwrttbbS1xCw4EjU-I+tOJE%^<+D3mN={GOxtAVw*(DS0g+oVYoGiLpol9Doh{CLrJ
zoq`#FFq-zVsjO`JCm*tElK7Pm$!kfae8_UhR<zcAXl0{U>-dAdy0sI^cS9iPyy!C%
zkGtOA@>-dIc~NWn(YdDbjCk{o>)5fQ^QhEl9#XdLmA9U0+@V8<+qZAKwzpO4=|K;p
zOqnv~qKg(SvUP5Ixpe7L(^764wnKUgm7AL$`r?Z(Ondpi52=(msN7_v#u_)(@OhUm
zUGzk2A@m7ad!vj10tg_000IagfB*srB&+~=(S%+4xS6>AdX~Is+^i`RK>z^+5I_I{
z1Q0*~0R#dR2qiB%Y|Jv(*h85z11G$?_Orc551+pv53JW`%^y6Q?b@EaXn>1FGX(NM
zAe6l5pZ?;$xoGL6)IUEprpu6t&!xZ8CnHmzHQ#GYrt3W+Ci0@zC!|Z*Pab(JDJFS>
zyb1G2NJ(~n^Ik8Hyr|@w?!W(j)79k3lTAN?<VA-J8Dh?oZR>npU2>$Fp$a6|>Z>2A
z-?(w3xt#3aXWPhb*sx*dkl6>%*@^x_(pMZ*Lrrt%&UKz{s|h_XDjkZjY+a~Nh&JQb
zuQHyKCr{e0D=#Gwt8D@=$R2>Uu7bO|trK2`T_EVZXiD3quJ^anNdy0<^O{cMkMwvw
zyXW*Aeb#)p*Ur1PkBPjf_g0*`C_8uV)c44_bLX_)6!a~>aN$DRA?r)Mb4mo%TCZj8
zN3SJm?LhW?Ha+O+K@UT(yJgE39hGb0(@#Iu#&QR+wvqjfHDRvta*3~-_FB`qb7xbd
z|ABzkNO08Jp_W6Rpms$80R#|0009ILKmY**5J+SJ@}h~n`tdP${q-z)(fC+UW`O_#
z2q1s}0tg_000IaEE)YsyH04h(xn>*IZr!IDQEOq}cV}JOlNSwqy=aNR-4+NXFIwr*
z!LIM|r~8lBjHtEHV^j?1MP0Y5yLRnbg$fl+dZ&E(@~&-k1vT{~SthO2g6^TGNhiN~
zQEL!XLX2{vuMbTq4IMgEuNXu@CaBR<d4Rk2AW0{)>z!O^$BrFZZ!PFAB>m<^<)PBn
z6J5&z=0)Z4&}QzkgR5&lQYp^+_wS!JZCbNt%`~s2V$KuwP@W3Tyr>yZUa#(J7SxAJ
zAn3ekrQf;#8>#Kcy_ylV7M`7a#`XRg&3Vx}b?TUJd&wvU0xnzi>f0nIC&zY*<`})-
z@_Og=n-_iNnP+6bUvtH3)v8^;e%*FO*O#FWL+2PuUR1``s#Pn~l}y<TwMvyLQe)k5
zRCg0KcVOLdRGRs^$%H;ZS2rpVKmY**5I_I{1Q0*~fkYD^FPdm89)I)IU(b>kjlacZ
zMhGB)00IagfB*srAb^0kK+t(n**MfS*ih|vqpcZHYkAG)y{@N_7xi8vjv|ns0>S4+
zGu*?U<twCFGose=)6b80y(h%P{-VCJpt579hJ_|gn&h!|ntGB{r?Z*l1}j#qXu2|~
zPQQ844?p}+FCAb(9+j@U(mBTvNX@{31I@Mi_3NkYw{6>IDrK)u8MfA23;GMm@a9G3
zA<ovT*vcA|a>hPwEzL_Ad{$PLjIem|;!0{w#!9nNrAnDYAAkI@YbQZh26FYFJLkjz
z1%k|rPS0_@xs`upv^67YEk8A4kLxMXoEL51zP<V8uUofnAfEd8bvY|HH`jKGzCFX0
z7nOcwPhfrXCMPFLq~CT?=gZKCp&LyvUcA`ZzqMxBvSkMFzWeU8)|>LYdGpLsvrDrK
z-n^8%t~QoXsHrqNQOmy8=B3Qqw&$~+68Z$SD+&l8fB*srAb<b@2q1t!A`6fgP2|;&
zkGbowXUU7k$AU5o1Q0*~0R#|0009ILKp=2|p!1?fbKLWywQ8qZGosdVtEXOf%|ehD
z4Sc<5iNM_!2s$tNT*fP|Z}1A023a$r*7EOa4|P2yrt_k*Kx4;_HHjVB<nz*{OTL!O
zJ1;6{ZQZ)n^dn#8>BD~Wq751}(Ds2BKKke*Un2~p{=k6)=3259=gpfp%_*89n>cZz
zuTJzAl3~e<R;pCV4CBi$zw~uQsjptWx@i_*UR1l1Y+LQxwavL5J9gB1Dd=P;OqgJ;
z4`bQm>S4SJUAYPbmly5fBQN@!<aBFB)LO1u&;8#>(VQ36$D_+W!@iQ?R@Gs{hM6~!
zZ2M`gH|22U7;XJXqOxSklIFS+!oPCmiu2Oe8r$jCL)Nn1z@6Ki>b{_Z2M@NM;w;O5
z3t$G;uwg^z(PPJsDVKylHHUAFrc1pE#L5jydRVYvfjOmb-@eWcO-<+%^wl%<2q1s}
z0tg_000IagfIvbCkQYs;<&MkA>aS<Xi^k>pGARTQKmY**5I_I{1Q0;LLm=q9sGRs{
z)se1QuP+W9x5h+GdBUq}T^mbf+~h^&5zMlCm24GQuU<W0+d6ryh2KN6d6ap&v_}NX
zZzoaJK(@>>Gg`E0QB(~q76<dh6Hf@HJOe$%?IMHDi^_@Re>2eaZT{@giPo5?DgXJY
zF|LiJGS>5=Km726KBaxgkRiUloiuJF3+Jni?Am9-KV7?a_0Ef)KY!k|l&`YIoUabG
z{<YU$Gwoe-O4`hCLGE>B%9Jr($p)v=ULN|aBRO^Il&>E27m{Jgi?(dp(p=PIXF|z|
z>A>=u7nNCT*s#HzF6k`mq-M{aZR*7#kjR|%+`!Aet{!*~v<yxlxV)&G^-x9ke<M9J
z;g~fhYRdo9d5y38VKnDO_1jY30^VEu3cmGTAt`I;a)c|#=<G*skMaz6^FEdTm-LA7
z%cz{EJBKPYdINXnMW;@kYOW<YRgZgu9J>Gh`%TMn<Hk9!A`N5<XwyLMr6Wg<H08^e
zFIyW+G}P4p_~Val+O#p{wQJW}+gQt?Pte*MWdsmF009ILKmY**5I`Vd1;~pg?9#{0
z#P!#+<VE9VO_>M+2q1s}0tg_000Iag5THOPdC^||-gb>Q$Rp|B|7ho-a~GuZ!`V4o
zzRv2<`3={WrZR5wqW}8Wzs#TMZBHu>a4q~c)1Tjc#jE`G5N!<t3@t?4u%mN4lGQQa
ze&(UHK@T#Nyl9<<BV6C<@<{r2eaH14`-*hlJN=bs22S{Wy<x5`O=Ya-MFn5qt+FT=
zFJ5$A4viam<VE-F*<+SfzV6?@U(4IKZ@2X+>u!$9270zbt}i8hq`k@JrLJuPteif5
zy6H+n%W{f5g4w*3%{)DNP$FM9v^?D(GBPsEMVmHl>g%HE>FGM<Ao8N0fBv~SUBbZD
zOGx%iyOquTtcSu__I33zUV^S%1%l3tKGxLz-$?RE`Zhy%bbl>ddhR~$LWhh)H5$zH
zxF1GyUi8L|8~V*}+jrNAY27f{bz9>A-|~9rbOtreMP2*J$;r`Vd)cyOechI&2iMb`
z)A1OF?h7h7D^{#<o@;94km`N=?YFMYMAfvB|Exxmu2O#Z;fHN4B^qkltY5!g_IWmC
znXj#xz6^bW+7$%^5I_I{1Q0*~0R#|0Adv;gizf2w$H(0D*R$kB<6}XY1p){lfB*sr
zAb<b@2p|x+Kqz_9k3K!%k#Gq7P<-S?uU)%lb`)&fxN+eAd1|RYzx#?;<*B!5XdGZ@
zAsU7n6Js#Xz?Ha&ZS%1_4L+2-XvhD3DeyPGN6R?Ki(0oBO-)U8T>_08dE`aq#1<`D
znEa1yTx<&R)s`2PZRqrY%QI)rbiJIjvU26hrbF2c&v`WP8i||gz$ArLqecz$(tF=v
zzc;iz-5<XA;tL&vglwII-?V9yHjsiXFDiij`}g<Q4OO;A?9{1~>A}Qet(QnkOViFJ
zvSmGFE8o6-d*#ZNn>TN^)`xg?Ygd%RE)aBHwEgJ)9(TFG4@GlcRJ5(%{PX9}_vLSW
zD150>rCj&H4)86ncg{TJMP*<T?KY81dAG_KeC6cBG7Q<b+1wKf7cP9{$Pp)tRLUXK
zrcRwYzBZ-T_`Upx0H*Qi(W7m>Ni@_P(l#<XTN~@kuuRa}A!P&*KmY**5I_I{1Q0+V
zF$KtrCg!@w)2#K^v*bnNX<3;I0tg_000IagfB*srAP|T^D0xviw_}$#1J6A8dL(^(
z<V8n~8fE@ozjNo#K;(mHqd&is7Y#x$5l%U9;DGri^c7GH1R<2XsGR%zdcy<1C-{0K
zeH`RPg?iGYNoG0Zt7|YxQ%~M`QF*w$_M-(`UeubFJbU(RAPX&RbW3D;CbF-zQh;5h
zq@<X!$z!H<kn&)9kJJ6$&;krKnM+9IQa2Bj=>F2BOC_=^hwj|DBY*=34wO;Jrh+;=
zXI|6{yHTS?%a$!WapFX7Zm#KB9`P(&Mz?O=TIaQH-8$R6Zr;49IW%e3tXVVJO7Y5-
zD@IkuCPB5YzWQqH*s(>67L^9?z4xBA2Wb$>)vaAo4!c0mc~LpBMnkX7)or&*Uyr1Z
z^1P_L(TWu-rtc2<&lY4aT=_3(%tA;mRNjCSCr;FTFQug|FRe=!;9FkroO#WQ%7x@z
zsi8`_@0~k$POq+ounfa`-<G*gn>I~SopM8v4=Ko=%vKQD9$c?(D_A#zHpsS{ziFS8
zl%z`_1qt!m`mw$Y%LJ_*Qbqs)1Q0*~0R#|0009INQ-Hi^Vy=5U&02pwOI|ddmX*06
zfB*srAb<b@2q1s}0)YsGm=`^GHoIQRcw6Sd_2oa`+9Xe?cRdsbdC{v^uikUdJ@Pkt
z*{?4UcG?($07DCK1umdlJAVKD_ko{fZ5d)-wAYx-N>v8AzSC`$&Hk1yPpG$5nwRmB
z7nPi$*>hO#4E_4`vm%?ark=d>qSCl$&z{ySkd$qaA>I12YSpUF3;C*%tdw>uX+~eo
z0;!ihGqo#IkYuL!iTVpkUjg{M-XCl`h}y;@YoWnWIpixZYCFsMQX*=S_;OB7HdfUf
zn)57Mjjz0@t(o(sud6%9Lru5@LdlDEd+q!q)dKoAQq$g><O%hz_roa9i;DB%!-tC$
zDdPNgb*+)8q_3q3@GY-*&LHxla%su3CMPGGv6U!M!nvz(xQ3zQbal|mB}<n00+D*T
z+t_SP65e*o;K75nLn&<BxY5?Y`Z8P-wDw6E0R#|0009ILKmY**5J*4)@}dd2=y5h>
z{q-z)(KuUKrh@<i2q1s}0tg_000Id36$mjeDyL_i%T61<$Tj3(Dr?jnvwr&l)6%tB
z9OOkOPo8Z4QvdF|@A@^TfeHi|TF~|s{0hAP{`=-zaoo6ZejB?s2r(}zr}rM4neyZ)
z*EhSV{LLe2^5lBc(zRK9<VA&7?+mgi&W-FeP2@K(s*f8siz{EPc~OZ!Y5iMoz2&;B
zzACF%uWrum+_|%_Hi6XNxN*Z|=5-{WeDaC+iTVr4aOFkia+18V4a1D5c=6)0`>r%F
z8;we(EiWpEB=e?sB%Ot=ARC0rUZB3_C0i-VK8m(eY%gUS(s$l@N1jS=>m>B6+dAZB
zxCBDUi^{p(Uq4^3wb#Fq9<Ds5{Xh1bmag~1=+BD^wd~s|_Ym86yX~a}s(0<$<*_dM
z29)=RM>D;12A3C=o@MLfYSpTl;mPKxvY)W^a^V_=^tpfke%aR8=AbWSQ&8Ev*m`N#
zvh}|gkpCpawT&$;fBEud*Jh?Nj1%;@3WpFt009ILKmY**5I_KdxECNV8uv>a_Y>4#
z&yp97`?Y3*2q1s}0tg_000IagfPhUP^t`C)VQ1FKS7)wo-)Uy@qa%}&QY%y(+Neq9
z;E_w#Y~Fh`=b~vN$x_!WM6BmU<$1^YFjjpAtIe60t^xsu7F^Gz(p5nAv@}_i`|i8X
znMrd!#a0=5Uexr^ZN$q>JB+PSclbjO4=i1JK-qEwldBI-X*TNV=f^*n@rr39$x_#Q
zLfqs<WjP8JDr8nfGCwwIO+ER|i^_>3M~>8#krb?X(fRY|>!Ax5F4(T({c_&Cd3vt*
z<Kw;ik)!%{mJa3HPi~Cfr|2&v!<ZM9D@wLjLYt32{<v%?TDWlG`t|EehF0RNW-uOk
zQPV&+i(bBbxhz(dDpllx(XuqMYjnqs9VNgfhrDNGj>@9TZmWI!_LXFptiI$|B{0^q
zWlNdwzJ2>#_a@bDL%+IqMIl@QA?8KR>76rA{<-@{)&KO*hboLHT{`u_hlc*PR%X36
zOP(6Br^oah(?*h|uJ^;3$cq|ndH2noJGX1suCjrreDljY=z#|wXwjmD{Pzozob>+Y
zmmc&Ua<}uMaxHnE)~Z#@-2G$&&!b0=>NiZdhG9CCgt^?V2MicsZU}N;l3k#mfByNc
zTeo_I&vh_Tu<qWRnVD%lq-DwL>Ye=Ihac8@*FtzF=z0k%5kLR|1Q0*~0R#|00D(jh
zATOE-s~q2R)L+k%7me?QW_Ac5fB*srAb<b@2q1ufQy^S<QPWSpeI1d$Tw)b%+D|uE
zbj~Y3Yd-z-Q}bu~C!To1^}6z>c?liK$IzieT^m>{zx?t`)3|8SqPD!B>{VzENgB#}
ziYfQ%)yo`Rv}lp3xpe8$v}w~ME+uhRIn=IQJKI?j-uU8+FXS<%wQJXwyo5x&YSyfo
znwt9AXP^0vG1x9AUCDNWX=!N^gpiC@$&w}Ia!Z#kwN1e`0B2}H0=F|}%#f^?3`VvD
zY}&Nx?AfzjpT27AN?sm3cyQ9BNzI!#zyJRGC8<)bTse6nw(KG(4$j8DYGeR!yzz!y
zSNz39WJZk|r8|I)88gNp&zw2aR}ZFM9tS^b)+~vcNmNV*BSVtFm@G$jcDDD4a#SWV
zVZww)jT)6IRZ6lYG7Q<4ty!~Xa`nxdH~S6swQ1AFd_#Iak=EBR!j%^_{p8!%#!ror
zdqQ&cA?Av{W=A~&2q2Irfw1I7O(*&GwbS?`CVKkJ#P7^S^E71|BY*$`2q1s}0tg_0
z00IagfPh~C@}ho;Xb|NB<VB-=ffybF2q1s}0tg_000IagaQ6hri-vA1$w?E>Td-h(
zYj2-_{<&!&xk2yzq@1o1O37Z@defiZUAN=Y6V1k4ix)4pJ(syvt5((yC6p+eP?>=_
zze>tcb_27vx0S7zlRfbySLy6TYD$zS;n9z^6X{>VkV53_NAj+k*t88pUP@H;gAYEC
zoT~Fgtr0rE30Ub$9_B9lq3K!HLhIJ8<zds39W|BHr%!i|#MI>G=JxO3-+HdCEE`4o
z`Zka)!WuVjY-?|ODciOAy0ocZwrrU>rBkO)-Ys2^k{5Mlp%MWE5>tS@XkxBAvqk^`
z1Q0*~0R#|0009ILK)_poyr{PiN26ar|K7y@qS3!tj1U0?5I_I{1Q0*~0R#{TuK;<`
z5IrTVs1e5_M~=AmCP_uvtkOjIwrttr+QwAMLz6Y+dEmeSTTA`<-EUrW$&w|ukfFSk
z{Vlb_4?q0S*}z#NPeIjFYz2*aju<f_DJjW$uC>Pc>}+d4+KFUbb(>b}iCUHz=c!Yt
ztmkT3I@e|%1=;FT7E8}^7G(2JkJIIlJiAt&Qf=D!%8Sa=cqMA<-H#ltSFfI=Pi<q6
z8hP@y-*f%uMFq-qB4~b}32qyMyd*E`G@%9o1QJ$&ylBEMJrhR&0R#|0009ILKmY**
z5J12~fV`*&4u@hwK>yxEUNk1wi$NlQ00IagfB*srAb<b@VH6-Q8Y1S26DKs_=WEkQ
zxkP$;x@p$7ZCj5ku3ELqG?UDsGu)^@zkBCJ`}FB!Hpv_}ZrsU}C!L8w>zL(onVFeq
z&z_Y~t9(d7uVO~xD+H@iPt#1k%H>X<K5hCrckY}#8eR`cr1tXV%g%{wCj$lykO!|z
zdwCAK#2sbKGW`n|E@Wh6XeYA6r?UsCF?mr*QNI5A>)(9yjXY3Z&Xo_@^>o{|Z7C@!
z+QXVPYg~Jf%6<FxX)}5LyKEIJ50sZqWF*IrAD7|jQB!cui{89>Q@3oD+^;-7J}WCr
zwi}gx<a^`j(WA0wtoHN53oqCPGk5M>Jvw&mSlIyfhaZ0UWhOuWEKyP!&#qm&WR6Xn
zHnp8-dnrqB@4fe$u4DkVqkdnK7xha-0|XFA908LTE&s@9dBXc2+b%UPqx>t+qfeag
zPiBe$0tg_000IagfB*srAP^}5@}iNF=epq%(7yzc7Y!FF{UCq<0tg_000IagfB*uq
zB4F~OOV@raK?wQW@Yy$}Cd$8#NMA0aZPR|b8D|8wHQ`yMN)?Y`Naj$ZfD&l*)v|v5
z`li{888e)1^yhc)yr}dbdC|Rl_d0tpHBFi{F;|g@rgIllX(N>;y(!HefBbRDD>}Q<
zsHf@b>#x6dwvi{%o8+pramFL1y|t6Vg$uie8|TcKV=f_IFJ8Rpyvoj<JC`qC?u^Bn
zmNIyG{=4a+RH;&~bCH&H>eMl9BzG!%ggURXdi81@h7?@$qMB|kS+b<B-B7LDs2)3Z
z%z7aSf|^Unl&$qal<U^5Yr1;(-FNePy2*=n9yGz+6Iyl4Ff~#BweeG9WWdSQhnR8Z
zb=I^;009JC1xz&5+z;hzlqW^a@W_k0E+v%+Ab<b@2q1s}0tg_000IbvQGmQ?7%}N8
zA_DsNCi0>Y@#mrlAb<b@2q1s}0tg_0Km-L$-tvQO`%D&M)0YRMJSl31H+bX{8F2ef
zGb5fCl}$BGFt1COF5c^yoSf_(;gjt&O#}Iwot^FMO@Ds(n-`rmYnJnLQ)5l8E?&IY
zS2H=JgOQCcoz1LKPucX+*}&Ai_10V3&-LrqZOyEmtXQ$acGSF--7+P9X*yZEcCBk0
z?@H;ReEIUG2iNUVC8w%`{Njr*eD(JH^UrHDXI@ldz<PAgo;|)gk$TxX)U+HmYLvBE
zrAn1dz3d8Wtq-ECLme_?NM27jdCRWDUpDuIHoeD1c~aC2?|=UK4;k>IHHVTH&FhNO
z9svYA1gv?{GGzzHL|(LG#vyY9@AAq?GhmMiatHwg5I_I{1Q0*~0R#|0009Jo5Fjra
z1RAGAm4N=eiM(i3tqX%e009ILKmY**5I_I{1oA<^<SoBFbKXP?R&Ux96M50j-Dk;w
zd;fiI#PgyZJ9ab~KiON-d%fn(n`c^9uU_4?<;<BgO#|6w)U|>B{O+9>l_#OggV9}k
zkV?sRnyVBqUR;8dzM9FQ5+zEQmfn|>HaBkE@YRnzNL{xo{osQSY|S(;TC7+xUps%w
zDf&40%*;$%4*|ZMI(4d<i>!k46g?`LUguG*IdkTW=|sLd^P<a^Ei*@bEuXU=$-!!+
z6k4=sVS0G`?YFJ<L6oOVnPR%~`|x^a=O%CYTzaOtC$#SQVoc;k>oy)K1FreU;p9b~
zYf23Q2m~!)@|M;A^iR3NJl6EzF_9Pj>!7b>w55{<_Lz2oylBu%&xr^ifB*srAb<b@
z2q1s}0tk2rkQep9;ZRHn=-->ji^jxyF-QauKmY**5I_I{1Q0+Vi~^btt^J1#Nf)F~
zT&XotTR3tdr)srPGTK*Xu8(+LR36uEf_akm^j?=MSFV_r^40ZW<>ktiGY#a?=dNAp
z&+py=&Q`5jxt?w+Teog)u9BLX>d{ON4IVt$v~1L<k+Y>nJ)1Xg?mTL(>C~x{>BqL6
zrnJ#cWIs&nDYmk1Qrf$BZ`+{&U#?rX&WvHih!M_HTDELyj!v31$$8XTQ>IKA)6$t2
z)w#U+=9|`2oMp-4noi_vZf>qNSiXF@)~BVV?cTln&Ye4YG*5;3^XHqcyc4jleQG*1
zx%yyvm(_1JT5F=WkdayOw}WJ~jarW(FY3CiR3d;tZ~`W8`9IIBk~_?AlGA%m&x!uX
zXiD3qGTO?&e_4kb+}t?}0R#|0009ILKmY**5I_I{1bhjQ7xg7WeXI!R-<!yb#>$d0
zP6QA@009ILKmY**5I`VY0vZY(GU}IfL5-SYvd(2|Wpoziy!(j^H7P0e^Zmyno)^_;
zh%Z>M!0)1HE>V6Gw>6e$zMFub><((p5L%n*&+p!OQP-o|k0u@$En1|Nu7#ybmzp6J
zDN@AQK;x0)$B%a&wbtm4rm}ygwO-2FiFd|Q9#wBfBD=ZTdeD~=t^DMZPsWTH)1*lg
zN!}JJROnvIhp3t!I&|our)WV<)~{c$m9B;M?c1AvoOw}6W|~8C>7u`Wh}(U?eiSZT
zSSsa1wpx`z6(~@^w3M&e+1Yv_$&t$7^^hr~q@;-O_U+q!eOKt|*24Smzi&>rZDDF{
z<EyNpP|04(8?9XVfjviOYGrg5o_g*@8LE7CN}WJn)Yr;Vj{pKe2$;xa#}~8AO{Qh)
z=NiI{&O*1T=N_u?%YMs$dip&bVGtAN6a)}J009ILKmY**5I_I{1Q75LATR2H!=acE
z(7!j47mbPaVvq<RfB*srAb<b@2q1t!7zH#DD%r~i%ce=dV94mDS{a3fT}Mv+uEsxP
zoPT@vO&wksLGs#Fp7Np_H*VAvpY8GM!-fqrhkEtu<!cQ3^Sf&zRI`_J=g#%jgVdX=
z$k#1fws<s?L!W;7sWx^#xjw+lNk6)6W{ny(Y**Ay7A{<9J7j&iYSk(;64$h+xr98?
zUPtRuaAsEJbZx(D*DmXIo#i1zhM30Ayr@P}wYNYD@{D`yRm52~Q!P=VgzLG&b@Jp%
zYkObiu;fL%jd=ONvIFJ4CXafL&X}kfRgcjxSNL^v(Q1zk({cKep&kJQ5Xh5&MlOF>
ze}>!-D<o%hopMGiqp(o7<w6-}nFj}Te))tBFHcjZF#-r6fB*srAb<b@2q1s}0tomO
zATR2dhz3zEpnq>7FB;`5#qbb7009ILKmY**5I_KdunTD9QVOHTy(bw1`J6a)-LZ=o
zt%stdyff=$qb8X$!iOIo{GWaQ-CR`07Iv1vI}H4J^wQ_;+qY$hNfQN>r;Y1XWN%E_
zg3{FQ*s(+FZ3X@L-8(P(&O7hePPD$%AY%UKMXOh@ZXJn~H81KtX79Y{v}x0HQhp2G
zc~R@4*oJCe4jnqwT*8?b^?Pa82DZGYxr(Gl_wU~?^J><tnRPQ#)5DxOb6m$}tqjZa
z=p}pk=eECWF)E)8TK=O?Ml|j++GEtqRcj5E5tdFG@V9~g-CR^gZq=ZS00IaEEufLh
z4jG5alpQR0n<}-ZJUjW6)<;ocdQO9mE6h#1;WMkO0}FckoQMDd2q1s}0tg_000Iag
zfB*un0^~(qS*VO50sVUudC?eJHHL}+0tg_000IagfB*srghjv_1U+&gr)`H{w$GB!
z_MK*K_|Lc2qmeBiI(OlpZ*8htZIp~no<zT3`G2hA2@6GVoyZf?O^PogBO{O=1`Zr(
z+V|_%Pup+Xw#`(^#*)sRJhhqr{2oePG$|>`Tx;>-#oDuLVcD`}rlmYn-Pu5+p00zj
zw%0so^XAR1^-|VOg3gPcK7HB@QodHKSW)&VJ$(4^<;#~Pnrq#`b=|skrkQJAv{b25
z=IDkE8*C%Ay_5}3O-pB9R6F_j<Bx4;h4NCqAF{Ht1i5(e;^xxw)o-qK%9JUlanq(v
z^LlmNqVtzRMrN)0Bg{Ra+G9gI^ndC9Iw}n!_xW7<D=nVQ_{}4~?20U(ExM#z2b0%X
z(;fi?5O5W+rY@WReQW8`sdB?9|Hwa@_1)6_^=#|W$d=oU-e0ZWG;=?!+2~(Arsr74
z<2p4e5kLR|1Q0*~0R#|0009ILKp<!V@}fc0ablDR=-->ji$=+cFbo6`KmY**5I_I{
z1Q0+V-vq3wODSia%kI(V-zIM$U+dI;Q6Br=r~kaZFGS|^!Lq-E!T#KIQpHDp*+Ni0
zD^wi%&ih~3hMjL*&I^qjH_im}x^(H{JnF1DaNvMxFZ)K`ym`|!Xy3lQshl`*qVp83
z(VyR4BbotbFI%;0Wv(@N@L=uPwV-=xHf-3?*+4JXvSmx>QEN@-&YjH_M~)n6t(UTP
z5_DcvO={MxdF$3KTmSlU-n@Bc46b=m39_1_Q>RYVQ(Oz>%9S%Moq17R#0e87xSktg
zWo~Y6?b@}?)g`6u-CO_u{Y}duLxy;_bRM;)E~VT%{guc6Jkq@Tet82{9`yTq!~f7|
zWZejTmMu3>hLK!-aM_1`DadD;2U8_DY8$q5Ueq9f00Kb>SW}l$Zr=Zs2Ok<@Za!tp
z50!}KV@=<#(|le;K9e7tEF*ci@|fQwr<)<k*E-GT_izMRgP1s{Ab<b@2q1s}0tg_0
z00IagfPjYpc~K7>4#k9k{%wW4XiTgZgG2xU1Q0*~0R#|0009KTC}0a-nwRsIZvW$-
zCTR8`N(z!4?b+|`FTefHIp#2e<h3h(RC?8_RRcL!HoYuUri{t*efZ&ra?17V*Ud}$
zdg|0Ek52UG_fYbp5{WdID_OFn$6ls#=>GffH!UR->l~FvJ@2{a9*HtK8<-l|=d)0u
zLZ+WJYu4DBX(vJFMJ26jI$yD3g{^bz%XaPBnP#qe(MgjgnWNRKSGS&JE1y4q-ZYc1
z&b;XC*|W`2SzixWTc3G)Dchf#OUPcM-X}i(_~WMKyYIg1-O_o~7Q8es+w^`h`FH<~
zNJYsFL57i(G@w?>@Ge6pI>+ps7c~eVfItuew!Emk{M$=MYc+YRbkct#>(O&dtW;xS
ztASrQ2P`!~Oq^2?KmY**5I_I{1Q0*~0R#|0z(at%s0R**VnRUw-b7wBCf18VB7gt_
z2q1s}0tg_000LnYaAq$}&9RFY*Ka>Caq7DMY47yt`|n77ni$64Qy0u$xNY~*Q@%zU
zMv%OA_1$;hnP8rLy>sVIAg4>z(46wb6HiEcc`m$p=^a*-miqI1D0$Ii$ByZMJu;SZ
zNSl58?YGW(Y1C7i&73*Y*}&8+Sg=6*xq9`gt(kTbbY8SUg9fI56TY?eZ(g1_aYD!7
znioBI@Srx>xpSv$CsHXpvT8GDUi8wXOL|mh?W>be>OcSdb90G;1q*ugBWcxp@4eTw
zJap)gM@!d3&g|uXYceuBrA}zlZcM!=M%8IJB2u48Wqx@Wv|PP;=k#vFU6P_^w60U5
z5&;Ad$g6;B{8B1AXP$hr&!#^<wX}BAe?Qjrt%!V9t}#*Whrg|r*|_TmPmej^YpCQ!
z^SbD?M*sl?5I_I{1Q0*~0R#|0z^?##QNKhqh;jk_dlPxlC|@athX4WyAb<b@2q1s}
z0tkd%z*hn@w(7&q5_pHQU#RY%dGzSfKu*lg&emYz#fukf)Tm)zE?Tt6`*i*JJ(Rqt
zTtc2NZ?0IlaN#3IjyNwWm2$|msZ*zp%+c9Kqn^@Cwiw;JcdxTeR#uiI8%;lb`t)%&
z&`yHRi|T{dn>KCgI!=jkR;W<Hj6uG-=0)X1U4^n`%U-^G**Vlrn>J}DQgG%)<&?Cv
zG;Onf{d#97S|i)8u3Wit^XAQ3BOy<ji^m4DGRRJyI+^}W(pb;66{Hi>Ox7j9470Td
zpLx+2Ux}eZ))`So009Jo7VrpR#?Yalr_YH9Ab<b@2q1s}0tg_000Iag;3_~~)Rl$G
z7!uIGH<1^Op;cq32q1s}0tg_000IagfIwITVk;NwYqVjZ2)dI1Lyy+}Q&Lh)qOX1X
z_L?x12h&^IILrF;dx&|_<HwKdMGF)tFm2kjoSYnqBg%&qBnc^%+CcW+bdE%7bk^EZ
zp6V`9Sm{KLN)A@~k-VZgD%)L3jk6!^B<Q@TL@spzty{M~aNxkLTesvw62Clq_Uw!q
zGfbMdU%!5)nQLBD+V9%6OZ$<hy)R$B-0X%b(>Z<m^oS87^r$Jg=0$Jbyji|{d2QLO
zS+lKMw_dq&#hA#DB)t07S6_`CJGN-iqSEZW_uf+zIciR9)Tq(2Wy@qw)ZE-$bM(g_
zf84!$x6Dp^Ubk+Yp6Dz{x29!>4jr6F{no@#DAZ%9ey2$T1Q0+V5P=v9g?bD%keSj3
z0R#|0009ILKmY**5I_I{1OgWzFB-TNEu&LF|K3DiG&&cEQ6Yc;0tg_000IagfB*t_
zPrz3KGq&pQo=+e>OD537^CTY_NPB4`drNBe&lDs$>i1mz`8~wEs9b2(s#UfDxV~Jn
zWQng)Y1C7m(tiK__q(31l^Zv1bnQnw2|6z-QOx@F>+6MF3v=eok=;JcAzyh>8J^@_
zT~F7_YSpTB?b_A6oH=u*>x?88Td`tAJ;l4=niusxMUF}e)C5pn2OyR0+O;#Cc<*uQ
z>vWG0W(*zjH9P7NKmdU}33!AsW9U$xrc7f55I_I{1Q0*~0R#|0009IL@GC%G)GrYY
zqFg}#-b7wB%2$fvA%Fk^2q1s}0tg_000Lnbh^<_xuhE8`B~Km7BfpCkD`paU*REX)
z<lGxKZs^{d=EP4v`NZ#u`ty6}c~QC6{{8#q+3V)&&aX*HNwTM<$B?X1PuVuJYSpUF
zPNYUQ(%i9Qhp&FDo%m`a^_p&V-7r)3Wo^))f$P<!^6j_ZmL3Ahi%K)e$J*9KyOrnN
z%Z8u&#QAyi=J^`1Y;Zbp;zT{swIJJ&N<>zkN^kAt@ZrM>;(C@;%HE{16RGtqTUo!g
z3KuSHwpz6{@cS}`LZKc*^*c=(Ab<b@fe6G<DAZ%9fy|UP2q1s}0tg_000IagfB*sr
zAP~3!dC|bFXc?UX`u8UCqS3iPj0yn+5I_I{1Q0*~0R#}Zdjh@^n6XuV_k05ES+}NK
zym)bdr&yDL_uY4&giigQs6W4lB`+$MljPy{?b`<o7*L}|4S8;R!GZ-P_WAtt&&!Uf
z-l0S}SI2L*29@@b$&_;|RjMRUpO=`ZJU@Nm!iDmPc8_`4I`P%gJ1=U^`s}mM`t<1|
zdwWXYvq+I5DJdyarcBAn$uUO*%!^86c?|uuY10}vZY+6A0TG!YLxz0u#TTX@*+SMN
zIk#-tVrqPSm50d7F0y_5_BFOLDoN+IY}ry4ao@gu9vg(p0G2Ob-m_=VDpjf!C{RE!
zD_5@Ev13PZmP5WSr}b(zX3Q9^%u~T5gc(DJ@-$@{BY*$`z63l%m@#z7*X*cA009IL
zKmY**5I_I{1Q0*~f#3wliw5V$S<xe)e{Ui$8a<1`NDx2(0R#|0009ILKmdXK5s0l^
zsISrHkCn$&u3Wid_NA0)pGUKJIuu~kGoGd_+kr}g)Z|5vA3q+QQ>$IOwi%&jW%D}D
z7z%}Y3^lK_rab}(AmAzxL!nTQp}J0uN(2x<009ILKmY**5I_I{1P};XfV^nXbetF^
z0^~)bWFZ&^0tg_000IagfB*srAb>#Z3XB*r!sPUJ?%Wx>vj}|T378j^&120H%kHTj
z8-xaK81|M24<0lll#O1)-Z>p2fB*srAb<b@2q1s}0tg_000IagfB*srhyZy}z71ks
zfV^m|uOQ<`009ILKmY**5I_I{1Q3Y0fIKVQY(6QEGLQIR@?ik+mls{MXwjiVhkVf;
zIB=j)p+Y8&Icn4>U(F(0-=<9)8KG=-`~COdM|LD!9RUOoKmY**5I_I{1Q0*~0R#|0
z009ILh*tsfqVc-2i8C+qqKUKC%oG6x5I_I{1Q0*~0R#|0;O+^$@x~h_Pq=5#p1XII
zDCs%=@}lYK>9Twhx!ksG+vUrb%?_eJ{`lj*eftIs7+_XbzDg?i+O=y@vI^E=WMyTU
zL1t!VTI(qzfB*srAb<b@2q1s}0tg_000IagfB*srgi(OJXc#f+Dk1{pMI*w_MG-&%
z0R#|0009ILKmY**;!NPqojVmORFKSGojP@*^LgcA1drFesOCa_6}E2O8b-!2b|o9z
z%9xXql5X9)6~=Dq3IPNVKmY**5I_I{1Q0*~0R#|0009ILK)@<MUeu~VITi)Ti^k%r
zF=hl1KmY**5I_I{1Q0*~0R$o_5Px~m>({TRrl$IeiAsH?N|nC(=9>tbb7=$+KmY**
z5I_I{1Q0*~0R#|0009ILKmdV=3y>F$_!2OH5CzDKh6u>%2q1s}0tg_000IagfB*sr
zB$`0{<wea3Uc7j5)~s2rTD5xMfd}rn=bmE4iZyK5aM-Y6J9qB<>8GC(ZIziX0tg_0
z00IagfB*srAb<b@2q1s}0tg_0fK7nBs11adF(*J?H0G9!0V99_0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tn=@0C~}T2Iq2N7a%Vhc2YV-009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILh%*85qH(sM2{;|{
zq6xU@Oc?<L5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I`VL
z0^~*W#6{yM6d*4eg^R+F5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1foiSyl7M{2ZIShfV^lBXq<uo0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_GPy*yd6Kc8Ra<b$_<8oP<6aok!fB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfIt`p$cu&%ldd8nKwdN=>|7K91Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+Vh6Koq#?WFhR96A=
zqOL4dB7gt_2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q2&W
z<VBT&LW~NK7md+{W7r5FfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*vdCO}>^->A9JT@oNKdY54776AkhKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKp<`e$cx6!QYP#~$crZI(lc=c5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_Kd00qd41_(v7s1+bD8nsKqzz{$H0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R*B%fV^mwECj;{T7bN0
z&~%)L00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagkRSr&
zMH6J9<9M3nMdNsJnHmBJAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb>zv1jvhqg^^AoC_r8`g7{n-0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0ASMLJi^jw<F-Q*q@}eF%96|sA1Q0*~0R#|0009ILKmY**
z5I_I{1pYtv?mtwM>b@U%i73S)q@?tpv<WShK%j;E6Y!sskWvbz{vgq$iCG$r;u@?C
z5*p%y7)6qjniwShSZqUUC23Plp*0d)Y~$J(W7PU1*2-F0b#+~TtiRp0yL_kYH^cPa
z=gvNJ?#wfvbIxlibnf%aocWyBxjCP?4{z@!K!5-N0t5&UAV7cs0RjXF5FkLH5s(-4
zZIHWwylCz#sD1(j2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oRWB
zKwfleVdGCNATK(#u<;2HAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV45@0eR8fS5W=(qP_<R5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+K)-;zXupql;|s`(#$O{95+Fc;009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+z`O$TqVxK@`{o4>=S2@3II#Jlj6i?@0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjX{6=;HXKlgJ#*M#m$ouGM@EpRw5`al2kKV?tT><ADb
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!Ctz1e&0oyy#{CT|2LU
zyy(3C?oNOJ0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RmYF$ctvN
zOp4q{Kwfks8Ltx{K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&
zRzO~~rErj=fV^mqtEOfG1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBmVv4FhjioxA(TmgB}aXpPjfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pkMGDA^7P+kTOiEs~p0zep0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UNEVP6O{Q~U1Oa)`C0F6iH{X2dp@;tVZ~ykvOD{e1%rigy;SYc8
zV;}q6=RSAswb$Nr&prG1?_YA9?rDb(9eU)EN3Of>y7SLJ|FqLiJN494&pYqDX275R
z^ry{R-7}Xw9(}+i@9Q)I1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBx_ATL_{5|=%}BJ-k6dUMa7Jr6$k;H|gb+N3eJZQIslJ5T=EzwO(%FTbYEP(S+7
zk1oFW;y>v9cjAdB{{7$o{abInwfx9WJ@wSqty?!5^{lhbdi?RnmmjS;bMyfR-QCFq
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNY+Kwh-$^(}sO<>f_p
z?AWnU2=nmk*IaYW^2>V3C71M%)_wQWpZ@f|efyRf{Qmpz?_Rjk@m+V_wajSEIinA_
z<b9n+fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=C?1ms04S?E%y
zDKFZ;vfaFB^VjEZyY05-*LXI+bhP=)?*|VaeE#|8|M4IH@sv|eX#<~s^hbYm#J^4d
z<daXf=QjseUU}uyPe0v^){NQwTGZwjqITbX?6JrCD{S5!eZV8$(Fp_y5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5U5Q+UbMCqFKoW$<wftf<Bs#sKmUp=
zuK4bEzkB!HckkM@>(y6Z-MMpT8^TQZ{i2s&e)+S{KD*J<zw*i}-M=i~+<K!ko7bCM
zX!C1G+hUpk>iUy^{No?DCv4fWrP*ZGpVPiF`he}o4hRq+K!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK%f<n7i}pV<S0;HUUcCqJn_U6Z31&pUi3TP`Oe<G
zdl!z`eX;p7^e3HkQhSS+Uw*m!ZufY{jvei3S6y{g_pR>n_19nDo_6c4w|3uJb3FQh
zYsU8_0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFGy?LXz74V#
zkQW_m`M&whZ?*}~g}*iQ@Quzr_uTfh<`<uCbob_u+P4AJPkriB&7Z2@=*-av+~`JL
zCqRGz0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7dX%>weGHLrdFbC(w#
zYZ3qRKmW50f_~#0-&i<o^Q%hRb1uI4;)Un5FE)SIzCF45{iyBh-Gk8w><;dj009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7S^;^{mcl`f0`j6`t=gVF
zd)j#CMHgMPaM;^#zr8)DIbL{9`{I4~-PfLc%PqIGuXhhdAFw;PV*&&S5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5NHMDMOz97ISR;&j<ssLcI|58otIp4
z$--f~zcTchXP#MjPW$4%ef!!0FTM2A_Vw<;=mT~KcT9i)0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RpXnyl6||AV&dt(Xm$T```b58}Gc~h8q?RyJgFk
z_MH9u_b)uBeeuwtL+#0@oN`M0diP-T0lR}cCP07y0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7csfmT3Xw54#6qkz2VSgZEg&wjRzcmCujKUqI)H~)F+si&?#
zVf`!ToO4b)=38&QwdRD;2V670F9{GJK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK%f<n7i}pV<R~C7I?Ad&{P4qVu=B(dPki&uH`fpQ#v5<6=WN}&b^QtJ
zU)i>8TYJgNFTcFzgwY3FGrlhg5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkLH6_6KgDIDY|ATPT4RcrpTeE09df9qS{S~%tlFTBu(Kbs)v!gJQVc=_d*
zx0meRy?f2OqYt=dd|whEK!5-N0t5&UAV7cs0RjXFR4DM;Yp>mP*In0LcinmCo%g%H
z`@8Rb?|a|=_O~B%%rU?43%~HrcfRvOANo-9`q#hy^?&=fe|!G<=PUFvWdZ~U5FkK+
z009C72oNAZfB=D-1>{9*Ui|{*K2cuu3t#xc(F6Y-d+f3Ac*i?_^EZF9`Td;DXU<>w
z%2)pNU;lOQ-o4FVUEjR(6Hh$R1~0F<=9<k9*d5`DE3Rk<Z-S%Ep3r@_J>IitPkY*B
zmtEGr-g9vE)mOKdJpTCOYt9^fz%}Fhk^lh$1PBlyK!5-N0t5&UAV8oVffrwV@tfcL
z=KJ3FzMmWN@7?cy_m{r(r6-?!vK}ZiB|v}x0RjXF5FkK+009C72oR`QKwh-w)h}S~
z6Xiw!^iThE$mhy^=N@<5am{FtJo3n9w5Q99-get<ZKSg~_^<!^uZ`+#enDt^=9j<x
z<&943zP^3?_V$vUJ9l>9YK})AaLxGrUpBu!;=h0PZ`ZC}{U>{u009C72oNAZfB*pk
z1PBlyKp?C@^U>KEXPnXZ3EdL!z5o61zxn2y4<0-icA5ng_WJ9u|Lg;~|NZ~XpFJvI
zQl>zF009C72oNAZfB*pk1PBnwOF&*Uuk}*x8iDwE(e~5m-}#;2dFrXB*3`e`mlNeh
zAAb1ZHqY4{+<4=SJ@q{E%rouD&2L@kIkSDM`BkXxCF_5`=;#Bs_g&`T{PWLmm*!W0
z^;eg<#5n{A5FkK+009C72oNAZfB*pkp#<K1^UcqH{`2jJJexmgKEVq$!NQ99mw)+}
z?i$^D@4bah&~yk8AV7cs0RjXF5FkK+009E=1>{BJuaOFS1TxBtHlKwab<|O}-+p_~
zbT)cxioEF4Pd|O~$tSmY&To9<8ynsI@axSl<ZMsgwryMg$%o(l>Q}$oUa~$bJNkgj
zl+>OhFWOQ#AV7cs0RjXF5FkK+009C72;?a6=%bIm^PTVP<_|Z2-29f&94T_CSza`k
zl~N}G0t5&UAV7cs0RjXF5Fk*nfV^nIi(A9g^2&=I{>b{FhaMWbG^6K5UwGk#kAC!{
zZJ4w9eW8aA9qO;@jW^zC&p-FvbNf#|{B9E~Z7+H0rI*%RGWvjP#_#`9UbNrGy95Xj
zAV7cs0RjXF5FkK+0D;H?|MXA)wE1-C`Vr(sCtY-T(Mfp?PJjRb0t5&UAV7cs0RjXF
z5LiY)UUV5H=Y$o=F)#Wnzw#?@z4g{0(sA>mue|cgmMvS_BxjTAJb3Wn5$kCJrR^oB
zop#z0&u>oHx^-)N$$<k0)?70BfNRF@|59GG-^aTI2oNAZfB*pk1PBlyK!5;&umU&U
zc;ou0=P0kpi%z=e@}iUS8k_(D0t5&UAV7cs0RjXF5FoIOfV}83O3n!@kYir7`Rw}d
z{_gJvk&c)bZGNlg*=L{K#yBsy;DY7DtEZoSdVAse{O6h(b>pDTAHHAn?%^*-A8_Ga
z7QQGix{$?-1PBlyK!5-N0t5&UAV7csf#3pn-+lKe(a?p1$cs+8`tqWa@*11~0RjXF
z5FkK+009C72oNB!jDWo8GD^+~D==4Hv<YyoF=^tFufP8KJ@?%6`@jGD3qNh{zBu%g
z=dtplO~|v!Nw%5K=FiIS-@kv&M0&pb+Sk6;Ub|<{o}M$CxAyJZ*PeXIC6_EbdGrAn
z-euv7@}dh_yhwlm0RjXF5FkK+009C72oQ)Y@ci@7AA9Vv-Ot&2j^FjJcm4UF|M|W5
z-rHQ&{1?;B$9K&i*?IHLH=lg+$shjkhhO>1SKjx&_pP~n=%;p(tpe62FB))Blth34
z0RjXF5FkK+009C72-GGZFIwA*7dGFy@}j$U@9vSj@WKn%eAK-D%jTo$o)Ol(HA-Hz
z`5*fizVL-M!+GYJXTJ8@Yin-Q|K$&U@Pqd99XodPpM3xQ_qQj1?|a`{c=G52F1*Xa
z7v)74vUrgI0RjXF5FkK+009C72oN9;S>X46@AuY!&bI!QCMkN`ZMQW6(Id{~*=L_^
zf}_VBciiDY<VBAtwwV*;MK`18S^@+J5FkK+009C72oNAZfWRmM@}i?K8e}ekn0e9W
ze^$Tvi@&)3lj`m(k3II-@@SjSi#8vRUv}ALZGf}+L+~%Z{POYz96q!8oucgs8~w`A
zcFZfUys|xc*REad>)nIV2kZ{se=INB@8ewp1PBlyK!5-N0t5&UAV7dXG=U}p+WmNK
zqvMZ%{NscEq)s!<=D+N|{PN3>KKf{R(McCwUUX7kgA*V?fB*pk1PBlyK!5-N0tA*3
zkQZG>$vI&KV&+8~uFrk$a~pkRefage?z(Gv)lKF_o3Q8=S6tDiH$VE(kG}B23(McV
zd**rPo!5@j^Xo~Q&*V=&`Q*cAZrQS>=a)H*K47=no@05@9vp8GAV7cs0RjXF5FkK+
z009C7q6svgFCBmU@%<mTHSeBt&N)4wMD<T<-@bhpUwm=@Io{ojfV}8t^ju4T009C7
z2oNAZfB*pk1PBlqML=G36h?#0B@i|*`d5GTSN$JfAMx+GcS$#y7yZk>{L41v`QZ<L
z_?c&(=?*^V_|7};Y=_#uefvh&e*4?sZcn@AmRmMDt$BU)0ekM%eM?@ntKpac0RjXF
z5FkK+009C72oN9;T%h@nulql3Yu-KKgcA-PJQ#c;HJ2wZTJ!3gI{^X&2oNAZfB*pk
z1PBly5JW&;G{{0IBTXP|Ui7d3`mg&x!M^Xl`<9>bX7Zvp-gsjh-8|`}lQ#O(@Jklc
zeB^%SnP;{GE=;{PQ)^H7#3w${Y%)EAk3L|}y}ED7i*_{}6Cgl<009C72oNAZfB*pk
z1cD3v;UE5C|EF!uySsPq4nB*@%aa$a{2RdZ2@oJafB*pk1PBlyK!5;&2m<n=5mrGB
z$pT^XqM!f#=legw9`s8-lk=jt-F90W-E0mXee}^}>h{7WaoQd8+H0@fyLWH%cfOi`
z&pr3t_19nDeRr8Vjy_;pYR`eZXb+CJ2oNAZfB*pk1PBlyK!5-N0-*#B95~SbQCsuw
z1s7Zps%FKk7mycSZ{igK1PBlyK!5-N0t5&UAV7e?iUs6FR}AiU;|j#gi#ESA^Ot_<
zmwG<Le*4?s-lQuxqB!fUvrhiM|4uyd#BK=l|GxRZUv2cu6S`M5$LlX#_{v8<@{x^d
zJN)`R_uR8)<b_|}amO9~<FxONK43fYMhEhu8_9T`009C72oNAZfB*pk1PBly5KZ9T
zd++V}sO|7u&3|wmt!(wI5s(*M1L8{p1PBlyK!5-N0t5&UAV7e?>ILLQS8wi)BMQXK
zi(YowW&NLEUwY}KJqTx<amK><WzUOGJ@wSW0edd#d8-MLE*!1<V)IKu&p!L?jRt9^
zuyg0m?)gVN9(}<6JIagp`*@cC0RjXF5FkK+009C72oN9;N8rjUuk8P{?cMKwcbsZf
zvXOwi=teSLCqRGz0RjXF5FkK+009C72&_y%UUX&DZZw5JsJ!U@{rew!=%Le2JFWlY
z>tl{N=B1Zj>e0v|FWS`K{EF0vAAY#`d-R|A%x6wH<&-96x^?T;tFF50fd?Mw`R%Da
z6CZuRo_ooQ_TYGn009C72oNAZfB*pk1PBly5K7>apZsM12W}T#bWx~+6|+!4UUVUg
z7YPs`K!5-N0t5&UAV7cs0RpQOkQZI0wtI~(FjrpmsH2WL`v3lW+uPpO|EYER?mz$Y
zKacKUz@Y;2qC>@;Pk;ac0t5&UAV7cs0RjXF5SUBgJ@0u>``OyUgPU%;X|CGbcX<JM
z(dDh2Nq_(W0t5&UAV7cs0RjXF5SU0nUUVW@!>&ePuDs~N&!vy}Vv{nx`R1EfBjYap
z0`j8$KHeojfB*pk1PBlyK!5-N0t5)e5orFq?fy^R{^LLXBTls{*+@WMbR!wB6Cgl<
z009C72oNAZfB*pk1Xd;>FS;^nH=05qqrB*;r=I%EGtW$cV9W#odC>$kmk=O8fB*pk
z1PBlyK!5-N0t8ksaQGAK{=Dd(J$qJPm^%&?kQW^)=6nJK2oNAZfB*pk1PBlyK!CvL
z0`j7xlNxZ90=eWxk2&U;i!QoIUUZe;8~yi^7wz})E&&1r2oNAZfB*pk1PBlyKp=>~
zn{U3^9~N!i-M4RFkZP6DBOou@gX1j%1PBlyK!5-N0t5&UAV7e?Y6Rp(SL5t16A9#!
z7i~Y&{^LLX<K`poi8Ktmynwvu@>b3yK!5-N0t5&UAV7cs0RjXF%qSo)IwStLx0V+j
z*VAYO2oNAZfB*pk1PBlyK!5;&1Oa)`1T>e#5y&nt+5|`6^Pcy-^wLXl4C|~!UbN12
zH){d}2oNAZfB*pk1PBlyKp;DTx88cI{co{1I(YWkXS17Eg$2utR=DV<On?9Z0t5&U
zAV7cs0RjXFL=%t~jkY4{86=QnUi5HebpQVSgJ$aFaRuZ>$MrNC0RjXF5FkK+009C7
z2oNAZU^;=Lk3M>%r0C(-A9&z_>F#diu>|Br$C5M-0RjXF5FkK+009C72oNAZAXz|O
zG?~tY5d`MSi$3wh6YHmc@ZiDb7l;1nM?c!KWlR4j*v-2aUU=d95xlZ80eR7tQM(ZV
z0t5&UAV7cs0RjXF5FkKclLEi-8^6*2Y1=>i!#`~D7A{|bfV}7mkllg+0RjXF5FkK+
z009C72oNC9FCZ`4@8jLz0(0d>ckkZaFLTd5_Z)T9QT?A|zxd*d{eyUSIstjn>1>Tm
zfB*pk1PBlyK!5-N0t5&U7+2uqAOCp&=WJj6;upugqtT`ikQbdo)tCeb5FkK+009C7
z2oNAZfB=C(0`j7RxSSkKAZ%W=fx6*_8~Q)T{)@l(i)fzp)FUri&sv))0RjXF5FkK+
z009C72oNBUyTBD!T+#nI+pqunujf9;8tRu9tznhTkpKY#1PBlyK!5-N0t5&U2reKm
z8hnA2*Dnw`FM8m>f&O1H`k@bfsDF0eolZbrbUIrj6Cgl<009C72oNAZfB*pk1jZG(
z`|i8@^P<hWNBnz0<CbK!1Oa)`1T>crAV7cs0RjXF5FkK+009C7#ubnk9oN%nD;9{H
z7i}m`IN^kzkFt+F_ShA3xm_zDFWOQ#AV7cs0RjXF5FkK+009C72m}|{zkh$vhir%6
zy70magU>>F@}j;62oNAZfB*pk1PBlyK!5-N0<#Oqi_X3T3fPQ5@Vw|pKJt<NkFuN3
zx;Ha@*Cq?dizd^#kN^P!1PBlyK!5-N0t5&UAh3FYBYw`-d<ysMv(K)+Fn3&DKwflt
zD`yfQK!5-N0t5&UAV7cs0RjXj5|9_22-dKx5eS|aegFI4-=7zK{q@&Z1LZDj1ms26
zfcTOC0RjXF5FkK+009C72oN9;S>TR4?&$xVt$FtYANatbLx&>IqVn40MJxXXFnt09
z2oNAZfB*pk1PBlyKp=vEyl8|~P(!jn<h<yC0|(yrwzu_vj@|qZFnR7S+>C&{=w|d>
zOMn0Y0t5&UAV7cs0RjXF5LmIm!Gi~X?bm*-|D(3%-3u<bAi1ztUU}uu{_M|^FL&V)
z1>{AKNaO?p1PBlyK!5-N0t5&UAV7e?)B^INQwtk^Qh~^M(Qke0Tm7G4zvCV6m=wq0
zJp%HgJviPXK!5-N0t5&UAV7cs0RjXF1QhuG_rKr&Y1`p<&pPX@x88bdQ2lSd`R3QZ
z{`H^#`JZq8TF{^iojgcDUUU$blL-(YK!5-N0t5&UAV7cs0RmG9$cs*)YRr`hgw2aS
z_~3&_AANNHC)l6-<R@1K<wk1+<VDwj_>uqt0t5&UAV7cs0RjXF5Fij-p!r+#AN=44
z`#*3y{O<9`AAjeacP=xX7hinw$}6ut_Sj<&UnnoS3|jIz@}kLfE+jyJ009C72oNAZ
zfB*pk1PF{JATK(Wq;X~u2$dIYKC*uG)mMM=lb<xd#9)~Zu5Z5i=2_6(v=NXO^=&|a
z009C72oNAZfB*pk1PBnwPGIley~iAL%rc+6HRm*`(W|by>Y;}odg-N?nh)*{Pqz8h
zqt8D3?0xs$clFg*uTP)Ki%$A2Aul>9ufYirAV7cs0RjXF5FkK+009Ea2*`^rqvV{h
z0(0d>k2>n8=GTXI|23~H`APNR(~djtxB~|cgoQ1>FnQ79m)Hae5FkK+009C72oNAZ
zfB=Ca1^)ft|9#M>aDz^k7oGHbMqYGMUV{@LK!5-N0t5&UAV7cs0RjY;5s(*MM#(v0
z1?I|&4*HyV;mJ4Ncw<=A8VZvatznhTkpKY#1PBlyK!5-N0t5&UC{o~t8*W(mf!pR^
zloy@!8%ADqQeJ}-AV7cs0RjXF5FkK+009C7mJyH_T}H_{VFfbHi#C6-J}hY^g~^Ln
zve2eUfB*pk1PBlyK!5-N0t5&YDe#@|d}s6N(Dft8i%$C8A}=~AufYirAV7cs0RjXF
z5FkK+009Ea2*`^rqvV{h0y*YI|Kv~p<j|o*VM!|~OkT8-g*HtB1PBlyK!5-N0t5&U
zAV8p0frlS{_?LhAm)B=LH}i_T=%n8*@}iUS8k_(D0t5&UAV7cs0RjXF5FoIOfV}83
zO3n!@kXK&xUGI9=ZMWSP7PG3t<VCAmZj&WIfB*pk1PBlyK!5-N0tAW_c>VR)Kl|Cw
zZYChQ=GqT@-~&ZM1(}q*Xpn_a1_1&D2oNAZfB*pk1PBlyP_ux%Xw9o%z}$1mi=J}I
zDNR!J;K73hn3pjHdC@Y~(JTlMAV7cs0RjXF5FkK+009F3{ont6`st^yNq!Ff^0$8L
zw{E)WrsmUfp3@1)i%w^2WC8>T5FkK+009C72oNAZfWVRh@}f&ZIW49@w7lrC#~$1K
z8LSgdIHCEBdfT>bfAcqg^T;EQ?BBmXre4ie$&1#!`sPl6009C72oNAZfB*pk1PGKT
z@Z59HZQs8Az3+YRprq(K-}%lje({UDcI_$;B;btXMFTF1k_ZqWK!5-N0t5&UAV7cs
zf!YM*MQdB}!sa_sUbHYJ(^)SdFS_2uD+CA-AV7cs0RjXF5FkK+0D%GoUU}t}AO7%%
z*Is+=Ip>`7!4H1$_~Van{uA#eM0(6I$29+;_iz99Z*SeY_43OvZ~hq2-o1MZm~Tc?
zkQdEpv6M=H009C72oNAZfB*pk1PGKWATL_#%2qNjdC^K1dh}_^i;hleKmr5^5FkK+
z009C72oNAZfB*pkJp%HgJviPXK!5-N0t5&UAV7cs0RjXFtVTdybT!WIGLeA1=tQu^
z4=XQP{1TfW0RjXF5FkK+009C72oNAZfIuh#dC^eIp%?-L2oNAZfB*pk1PBlyK%h<m
zdC@x8y_i|cix#t#E1rnF=!(JJjsO7y1PBlyK!5-N0t5&UAV8pU0eR8NzX432009C7
z2oNAZfB*pk1PBm_ARsRqVHMPnEFdqMOjr4Z@}iZ01DHMm0t5&UAV7cs0RjXF5FkK+
zz={RrMOO^&b_56zAV7cs0RjXF5FkK+0D<)a@}lcaypoZCyl6&?6{=Ku(NN2w7y<+c
z5FkK+009C72oNAZfB=Ew1>{AGUt$v^K!5-N0t5&UAV7cs0RjZ#3&@McUn3Rv2*``}
z;CQP?Kwh*5$6Evl5FkK+009C72oNAZfB*pk1V$H-7ag6{fCLB-AV7cs0RjXF5FkK+
z0D++b@}fh<oF7U+UNqElWK@j2Xhw^rR00GD5FkK+009C72oNAZfB=C41mr~vSVU7G
zK!5-N0t5&UAV7cs0RjYa7mydteFZD8UtYBGZ-C_K%Znz{xsU(>0t5&UAV7cs0RjXF
z5FkK+K!Sk0Xabr`2oNAZfB*pk1PBlyK!5-N0^<tEi;nAQv=s};i>?^FnA^#V7PFKl
zLVy4P0t5&UAV7cs0RjXF5Fn6+fV^lH%cMvG1PBlyK!5-N0t5&UAV8pO0eR7~*SGlD
z$%_`h#1l<WUUVW@!xA7sfB*pk1PBlyK!5-N0t5&USSTPbx{$?-1PBlyK!5-N0t5&U
zAV7csfmI5~i>^}Jy+#+17ag6nk^$vKD_LmMBtU=w0RjXF5FkK+009C72oMM&ATJtZ
zA(TOY009C72oNAZfB*pk1PIhDATL_;>K8C~dC>wEah55_i_XICrUVEOAV7cs0RjXF
z5FkK+009Ek3doCAyYwbbfB*pk1PBlyK!5-N0t5)e5s(*+vlc2z5Rey5KyyhWATR3M
zfB*pk1PBlyK!5-N0t5&UAV7e?Dh1?4SE=n@1PBlyK!5-N0t5&UAV7csfrSF{q6=BP
zn2UhCXf7)itxkE-Xe*)~0t5&UAV7cs0RjXF5FkK+0D-av<VDL~U$Y}XfB*pk1PBly
zK!5-N0tB)UkQdEjnH0H^fV}8NGG6Z&kQeRu@h$-Z1PBlyK!5-N0t5&UAV7csfpG=o
zMaT6t8UX?X2oNAZfB*pk1PBlyKp;UtUNiyCC2<7gMdPeRUX{p;=Cxj`B|v}x0RjXF
z5FkK+009C72oT6!KwdQW6;wX~0t5&UAV7cs0RjXF5Fk*1fV^k{i&*m%<V9;<{msl>
zUUV~ht|dT#009C72oNAZfB*pk1PBlyFjPQZbf}o~2@oJafB*pk1PBlyK!5-N0;3Da
zi;hlez*P#!i>^|;q<hJWmb9AYLVy4P0t5&UAV7cs0RjXF5Fij=KwdQd8mW)~0RjXF
z5FkK+009C72oNY<Kwh-?B`$k{@}gz0?{u@17oE=5$OH%wAV7cs0RjXF5FkK+009C7
z)(gmst~c=t0RjXF5FkK+009C72oNAZV8sIRqALb>yKx2NMaT85XEb@yde+)Z2@oJa
zfB*pk1PBlyK!5-N0t6xm$csi;1vL;LK!5-N0t5&UAV7cs0Roi^$ct9~4Uqfv<wbK}
z!MW;}7oAJqeF+dCK!5-N0t5&UAV7cs0RjZ-6p$CKbKT9F009C72oNAZfB*pk1PBla
zB_J;vYB>}$R6t&IsF?E)3&@N5P9Q*l009C72oNAZfB*pk1PBlyuu1`W(N$`@7XbnU
z2oNAZfB*pk1PBlyKwzPOyy!v}FXkd3FPh6rMXOU@G}?-&hX4Tr1PBlyK!5-N0t5&U
zAV8pO0eR7~*VpU_5FkK+009C72oNAZfB=Ck1ms1tSSCeoBp@%kk&M^-1>{BheY{J6
z009C72oNAZfB*pk1PBly5K!RIp+k>6^2l}9UDtfNb=qmCoqFo2=bd-nwbx$z)1Usd
zc`Kpd(Fg3QL0+^6$6Evl5FkK+009C72oNAZfB=Ej2*``B#@Ssa5|9_22)6iP<wc8M
zViP1lfB*pk1PBlyK!5-N0t5(5A+Ue{{yls4Jow;)x88bdliS?3ZQI8__OX+H_HX<4
z?Ni+J@R(0M_0-m_TmN8#e`lR_*5i*qKIrbF57>WqdC`6!?-C$DfB*pk1PBlyK!5-N
z0t8kdATPQCWVe`3Kwfk@+p<TN7cF~z&5i&80t5&UAV7cs0RjXF5Fjvxz>Xa|Hb`s!
z|Cg`1=9($)+l+bt{rC6Z`tZAV-F4TJ1&lu65$`K6dPE{85FkK+009C72oNAZfB*pk
z1f~{{7oA$z_>&6Ai%!a0@Zj>I1uw3t5g<T-009C72oNAZfB*pk1SS%gD=+%wlTUWT
zqE}vd<<n0;eemGH=C8>&zwEU6HK*NoAA9VvBTj$x0grgc<^*}sWt5ylfB*pk1PBly
zK!5-N0t5&Um{dSsbW&b}Pc0xXI<;`A<I9Vdy0Yd)fB*pk1PBlyK!5-N0t5&Um`>o1
zJML&cR=VPfE57^P@7{g)-Me<}diB*;ckbNT#x<w-{i01S^wXdIbbE{2Zo6&$1b_VF
zAGarL*|Mei*nj;w?JJ`X*pA$PATQeQ<6Qy-2oNAZfB*pk1PBlyK!Css1ms0mfb162
z3CN31XIu8j@}gz0uh|hGK!5-N0t5&UAV7cs0RjY8Ch)`)PqbOhDe|J-Uut^QRab2^
zuj{YBzAfX{TW{UywC45E2kg05_bqwRu7+a*1PBlyK!5-N0t5&UAV7e?ECTYPv#`7A
zSOW5*V@cLFj=X4XD{j672oNAZfB*pk1PBlyK!5;&i3Fz3i=KP#xor@%`E{ln&0_!l
z{U@Dt(%~~d^{G!af2w|?Ge;kAqZ_SxU0!qzh%X5cAV7cs0RjXF5FkK+009E47mycS
zy}3J%C?GF7B4$-X$%|IC+$Kwa009C72oNAZfB*pk1PBnAPGHi!=-$11+py@x7hl{z
ziz}|UqCL5(YT?PF54i9y3tyBMUC81^0t5&UAV7cs0RjXF5FkK+z$yjgMOUfqUZV@h
zi;hlO$$;{rl`OPr5+Fc;009C72oNAZfB*pk1f~|4G%tGl?YFlP(B`;*F8AGcUwiT`
zx7@Pu<k1IQc$bAQ%8M>!@ge~N1PBlyK!5-N0t5&UAV6T10`j7()ON4Y1>{9XC#_^a
zdC^K1+B69eAV7cs0RjXF5FkK+009D13rw09?f%NpXP$Yce=hs>?Q8R*mtK15!jnfI
zaN%7Rz9=uckj0Ax2oNAZfB*pk1PBlyK!5;&RSL+9u2S2*Mi-D59i6n20p&$2S!mNF
zK!5-N0t5&UAV7cs0RjXFOf4{JUUbWrEo}sJ|Ni~`b2)VAP<!$zr<}6z<k1IQc$bAQ
z%8M>!@ge~N1PBlyK!5-N0t5&UAV6T10`j7()ON4Y1>{9XC#_^adC^K1+B69eAV7cs
z0RjXF5FkK+009D13rv?6?dCsEJ@wROCUVX>=d_X0x88bd%_XA`xMuwRFXcu1eY{J6
z009C72oNAZfB*pk1PBmVfq=Z|3Xt7mIstjn>1@j$Szfg4^))*J1PBlyK!5-N0t5&U
zAV7e?$^@p%i@x#38*TV=>(;Hy%xK%TZS5s5zx?u=OGY1X&G`La%8T~<c$WYH0t5&U
zAV7cs0RjXF5FoGu0eR6CAiKqM0`j8M*_J)BylC0$Yjy+(5FkK+009C72oNAZfB=D&
z2~3w4ec^={+VE!+1YKrEmtTH)d&%zIyVqPY`haW3@BdO>wBN_O1PBlyK!5-N0t5&U
zAV7csffWeIi>?6KEv6HY7oE<w?2+X~%U)lzBS3%v0RjXF5FkK+009C72&_zCy1eL~
zJ$u^l=Vg~&w#<yKzWVC+lE)u^e9a}J54dLh{x9W4`+dAifB*pk1PBlyK!5-N0t5&U
zSb>1N=n9bCVmbkN(dlf<9$8+r?DaJ}0t5&UAV7cs0RjXF5FkK+z{&)s%ZoO@AhZpC
ze)-E^US>wyw{LGR*|~G)noC9>aLxGrU&@R2`*@cC0RjXF5FkK+009C72oNB!0s(o^
z6(GCCbOQ3C)7h3ia*=t_?>@fU{}CWSpfG{5n~~WOAV7cs0RjXF5Fk*7z;t=hXP$Yc
z4S#;=OJ7=s>zZq>X)js-`$b0|aG8?Yb4tyN7WR|4=@1}5pexYs;j<rft8z?$0D+PO
zX5V1j0!mUf7XkzbtPyDUItPaZ<VAfaWGx^sn)UL{SiHRGn&#+B0t5)e6qvD7xHSO+
z1PBlyK!5-N0tA*6m@Y5+{PWMZ;m>W`wk=c7SHJqz_L8TbdTPxjqYt=d{QfWHMPvTx
ztttWp2=oZ_Z|tjlx2H&N5g<SyYk^hnrTzEHno;ot2oUHO=-&V<d{<ty!bLA>%JQNm
zt>!A{A}`wCE4@pA0D&L^t85MKMSuVS0t5&UAV7csfi!{X@}h6N@kSf|JonslmnpA_
zmA03>^wLXfE*X8mHRJbxDK8r2XKiH=AV6Swf&PtsmG3TJvoi@0Adr{9D)-X<d*$V(
zS^@+J3=-(y04sb~UbMnRFKNp1q9v{7D(50EI;eFznE(L-a|x`nHMkc60t5&UAV7cs
z0RjZl1g6W29y)ZW4S$|?+G)#_w{`2*_L2h!4y?Ik^a0n5-~Xk&=v+TsyDtF(1d;{%
zH}+M&n>+;<5+FbzxWFp+(*An|hf*E^0t7ZA(7ypz_^!NYg^OO&l;uTBTFq6?MP76>
zoz%4i2oPAAz$#mVdl4W&fB*pk1PBlyKp;(Ey1Zyp&*`V1-jn}aQ*bv9dh*F9uX*?I
zm!l83@Gc8qlowsuPt$HhfB=E91Qzb+v%EOgjEqBo0D))%vuvshZyHTTJp>347*Sy1
zzE|^$@}f1begSir7cF2BXPJV$=!lKgPy`4Nm`-4p9^s}02oNAZfB*pk1PBlqBrs`S
z^lM-HTALT$vu96#Vf*&&Yfrx9l1mnzJo<nO@3QbkdC}>9d^R!x0t6-!Sh%0h^5R4j
zG%NuE1ZEeQWm8>v)7dE$K!5;&=>!(;do{l(FIw~J7ch5u(E=86mMO@KPS<CROn?A^
z5d~)H5pGI=009C72oNAZfB=C(0+Z%NfAE7Jv=Pu9J9hLJcK`kNw<mw^d*54l^5_FD
zyvxED<wZyQdD&0|2oP9}z{34}mKRquUw0uufWYbnX4zC1-gNbIcSiyQ2&_zC;l5Y%
zi}Ip1uYLh@mlrKy5oei#yy(i>t{V{`KwvWhv-AizB|v}x0RjXF5FkK+z#xH1^P<h~
z6m27*8~w`Aw%RMNys|xc*REad>)nIV2kZ{se=IM$nIDi{OMn1@Sp@nw_Eo++%k<rp
z009Ck5Lo42+JCPVOx7(35Fjv@K>r3<;k)vp6)t*7Q<fJkX*E|l7kSaSy0H5aAV6S{
zz$#mVdl4W&fB*pk1PBlyKp;(E(!6L>(s}2d*QP*Ud+oK2irl|{|H&txeE7^QTeciJ
zbZDb9M;~yb8?AX=UUbk;#7-tafItL+H9Pr?Uq;YS0|5dArVyBMYh82eDQ0I(0t5&I
z5m>Y1`BGlg_dwPH@}gNU-;Bk}iw0@R${;|1K)=9@ox-gN5FkK+009C72oNB!q`=g9
z(L3+Fv(1Zc-@bjLs=od0Z?~u2a?33noz}cQ`hY$6>b@l}+W#Z4cL@+65Ky4Ijn8`=
z5JyP_2oM-WVBX!ed-qYMV-Nxa2*ecVZg-9w0eMm123ZTpi)OuiGZrr|8nZ{MiU0uu
zYXoNO6mCs`009C72oNAZfB=Cd1(NfkH{Eno^BX}A|7(sny4}Hp2hTk7%r*<UW5<s5
zXWn<;eeDUK_{1lgkNwx5)4nqLfbGcr2lAq8e&+Qh0RjZ#3-oX7t9&=Ul?n+EAdn`o
z%DuGzUTO8aiU0uuSqSuRfEB(gFIwTEmo#O0(UMkkm2;67&7x&1k^lh$t85MKMSuVS
z0t5&UAV7csfi!{Syy%TL-q?mbo8z9l@7lGiJ+nEu_S$Rr?%mt`#rfvnbI(0@{q@&(
z-+lDaM|*}k{MP6L9`TON3G$+T%qKvAKz0JlZ11Z%Cp$U?6CglfNrBbuqRZT6$%36m
zfB=CU1(w+ct2#$sw5sJUZ?f{D<*n&zW+X3~V+U6=0Rj~Ytfncr3jqQI2oNAZfB*pk
z1eO;#>#VbW_B%oU|NlSn#1p%5%{A{fU+&($d*S%Y=S7>#@44rm?p-!IzT=KN7T#<9
zi=z*?{uXOqkr%D-=Xz5nKp=O4H9Pr?U*;~UegXstY$Pz_*1G1_8&&9a0t5&YAh2e~
z^QF9~?}4lZ<VCYyz8Q;`7cHQnn*sp>H3-buDcqU>0RjXF5FkK+009CE1<p9*jE%CI
z8@>M2Q%@}%YEWLZ8KL>5pl6?b_C|MU3fsAJ=fWFp^y26PZgiu=ugi<p@PoWL5+G2R
zK>x<R%6AKcH5~#32($vL+)MlK)t2Od009E!3G{D(6}~GkTH&IXG-Y|wl2&t-bCDM<
zufLlS0Rlw|tg<z@7XbnU2oNAZfB*pk1eOt)F)!Mb*ZcwchaY~p`Fr%A`OIfdIpvh*
zmzQqcy7j87u6p2s2b#B*sejEmqYt=d{O*_XqDB7XZc+pYlr7NR#^*gQ+u7_05U5#T
z-rco(_nKG1+zAjUUZA_(Ic@~xMSUA&Eg&zN_43VFyu4`f?cM|l5GX@n#!lhZ1PBly
zK!5-N0t5&UATX|gyl5Fes+$D?0#yl&+Xyx@T2<^OOMpOC0-M<z$Gx^Hc9SJQpf-VV
zH_QS?lNT*u5o?};ylBm<znQtqi`Lft&6fayOa(Tx)w`Ae0RjXF5FkK+009C7LJ7!=
zX8N<avI!8VSs+dysd*L5odAKd1?;qCudmq=AP__#&So2=5_!=e3!#iO0eR6hH&@Av
z25HL5AV7dXzkr5CfB*pk1PBlyK!5-N0>uc(i}wEr>|Fu`2m};}(}M!yD2V_80;34n
zX-8o+2mt~F`UT=_wm~Y97Y(uy%19HC7fo|>mAq(wuk<bf0tA8xXjlXY5FkK+009C7
z2oNApjDWmoke{`cL4W{(<ptvOpyg|JCIJEj@)EGq=Cxj`B|sokfjFCOkV@o5gDiwH
z(gfs1)7)GoFPdo+S2h6xwFzig1PBlyK!5-N0t5&UAW)2eyl8Dd)SE8>0tE=f=|Kfx
zngRg=1QrU|X&171kpKY#;|j#tY=cxHFB)Val#wPNFPi4&DtXayd#lk15Fjv-fQChY
z009C72oNAZfB*pk#R$lYPV}?0VF?f*Fr7f09yHw?jZA<5fq4b&wDbDAI{^Zf2*lZJ
zgH$3f8e}1qktQH7n&##zdC^LmzG)I5kh_3}MSuVS0t5&UAV7cs0RqJc$cyIwL%RA2
z5U5ZfP7kUO-;@aus6@a{TggJ3CIJHT3dGrLgH$3f8e}1qktQH7n&##zdC_@$vAYu>
zKwwD$4T}H)0t5&UAV7cs0RjYy5s(*M@@HYE5g<SyjzF9q6vsp*1PBlqSHMm?uBXum
z5FoHnAkJnRq!M}2APb?4Gy!?hG&fhti!N-DUL-((Kr{gjivR%v1PBlyK!5-N0tAW?
zkQa^iL$`Ve5Fl_wfjB+rh^0D#009D-3fO5gT{vYEAdr_poXs{!CGw&{7D5?m0`j71
zZmyCS&8v5-mH>fj1vD%I1PBlyK!5-N0t5&UC`LeDwA!EUO`HIMd<Ek4pnMHgPJjS`
zegQjezmInb5Fjv$K%C7sNG0;3K^8(8X#(=1X>P8P7agUg8iW7=0#gfUSOf?VAV7cs
z0RjXF5Fk*DfV}9`KSUd!009D{3&iO`qfgC%1PBlaB4DQtvJlE3K%i`aIGb&dO5{a@
zEQB)B1ms22+*~CuT6V8DI|2lX5zw#*5FkK+009C72oNAZpcnyp(PDmDHxU8^>Jf<3
zgX%FiQvw8P6R^|Pw&LbXfWRyQaW>l^mB@<*SqNpM3CN44xw%SSbe0zErUVEO7%HG)
z5g<T-009C72oNAZfIu+<@}fh3D0V&p0t99kh|_~+r%(U^0t6-!u+vTiYghsV2y_MF
zY_>rvkrxfJ5XwjskQYsJbCtYkw=+5>K!8A40S$`)0RjXF5FkK+009C7iV=_(4g1r#
z!Uzx`u#rHV9<)(~UME0+K<)x|+T2%A{R9YPArNP?4N{4`Xpn_aMw)=UXqua=<VCY+
z*@`4UfPjWYfB*pk1PBlyK!5-N0>uc(i~2F2009Eo3B>6^+0iMO009C^3fO6vgmM}I
z0t7ZA5NERuQi;51kcCi2nt;4$nwzWSMK{w)T}yxfft3kpSOf?VAV7cs0RjXF5Fk*D
zfV}9+ewub80t5(*B@m|vjWr|V5FkJxnt+`)+KQ-$0D&R};%v4-Dv=irvJlEh6Ob28
zb90rvXpt@6qzDiwPe8*WK!5-N0t5&UAV7csfno&YMa%oK-HZqjC|)2=4=SG81PKtR
zR=`eM?b4e#0RpQOh_l%SsYG5h$U-P1O+a2W&CONvqO0t@?nQtAfn)&<ivR%v1PBly
zK!5-N0tAW?kQYt<>DYw?2oRV{AWjdOOTc{z5FjwMfSq<~VdE1ZK%fzbv)KlzL|!z=
zLMS6mKwdP>%~kTE9tj8#AdrQChDCq?0RjXF5FkK+009EU2*`_O@sqeB2@oLA6^PS=
zx>Y$QK!89=0(RPxR?}Pv5C|&}XR{4biM(i#g-}MCfV^m$o2%qS!?tOK5g<UIE1+Q!
zAV7cs0RjXF5FkK+KrsUHqTL^O9TOlxAPa#wJtzw<MG_!DAVI)Rn}FsL0t5&Q6^OIh
z2B}0|G{{0IBTYbFG|kOb@}fh#r}GIAATW!7hDCq?0RjXF5FkK+009EU2*``h@{_fj
z5+FceGXimX&}L@gS^@+JL>92qMqVAY5g<^EK%C7sNG0;3K^8(8X#(=1X>P8P7cHi(
zn+O2{WeaFn1PBlyK!5-N0t5&UAW)2eylB}!!kZld0!0eM=|M&EniK&71R4Q5t#1PY
z1PH7^AkJnRq!M}2APb?4Gy!?hG&fhti>{#Ix&;9O1U4_AVG$refB*pk1PBlyK!89o
z0`j7p|1sGJ1PBmVu|S+2wBm`o9RUIaRwiJlT^Y3-5g<^rK%C7sNG0;3K^8(8X#(=1
zX>P8P7p?h8z}yKC$VfoLB0zuu0RjXF5FkK+0D)oz<V7?3d0eRk2oN|d5T^%O5ds7V
zlqz7SEp=thivWR80&zCmAeG3A23ZJYqzTB2rn$LFUNlr|Rty0G1U3@Tum}(!K!5-N
z0t5&UAV8oP0eR7le)#n|0RjZV3dHF_VTlw*fB=C_3fO5k3FvYH1PCl65NERuQi;51
zkcCi2nt;4$nwzWSMVINA&LKd6!0ZAV76AeT2oNAZfB*pk1PBx(ATK)mPuU6}K!Ctd
zfjB*AXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSSc
zfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C
z#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQ
zRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`
zXpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQ
zG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J
z4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)
zK!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@y
zK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVb
zW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBly
zP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=U
zXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|E
zs!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<b
zG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5
zR!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF
z2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#X
zp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd
z3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?
z<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7Xkzb
zbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=
z2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~
zXR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo
z1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dC
zSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oW
zt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB
z4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s
z2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t
z0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#
zg-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h
z0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1y
zfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>C
zKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv
z5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnR
zq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*S
zfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$
zo2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{
zQZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJ
zaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvj
zodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>
zAV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4
zGy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&ac
zK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>z
zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m
z?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)m
zE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n3
z4N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*
zMJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fht
zi%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&d
zXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla5
z9&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uv
zm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e9
z1PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_a
zMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2o
zN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIk
zfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l
z0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$V
zAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*eju
zdC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f
z=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=
z<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd
z7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}wa
zWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&
z2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZ
zfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*E
zdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$
zz)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%aj
zpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3R
zT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@J
zWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4b
ziM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04
zdD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`
z)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH
z&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-
zGbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^
zAkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF
z5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MC
zfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8AD
zh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU
z1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy
z+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQ
zt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2
zAPb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ
z&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qS
zvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>
z1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo
z0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJE
zEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7cs
zf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?h
zG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!Ctd
zfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSSc
zfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C
z#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQ
zRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`
zXpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQ
zG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J
z4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)
zK!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@y
zK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVb
zW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBly
zP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=U
zXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|E
zs!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<b
zG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5
zR!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF
z2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#X
zp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd
z3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?
z<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7Xkzb
zbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=
z2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~
zXR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo
z1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dC
zSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oW
zt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB
z4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s
z2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t
z0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#
zg-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h
z0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1y
zfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>C
zKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv
z5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnR
zq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*S
zfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$
zo2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{
zQZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJ
zaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvj
zodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>
zAV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4
zGy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&ac
zK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>z
zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m
z?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)m
zE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n3
z4N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*
zMJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fht
zi%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&d
zXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla5
z9&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uv
zm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e9
z1PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_a
zMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2o
zN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIk
zfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l
z0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$V
zAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*eju
zdC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f
z=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=
z<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd
z7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}wa
zWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&
z2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZ
zfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*E
zdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$
zz)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%aj
zpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3R
zT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@J
zWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4b
ziM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04
zdD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`
z)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH
z&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-
zGbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^
zAkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF
z5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MC
zfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8AD
zh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU
z1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy
z+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQ
zt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2
zAPb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ
z&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qS
zvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>
z1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo
z0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJE
zEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7cs
zf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?h
zG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!Ctd
zfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSSc
zfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C
z#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQ
zRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`
zXpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQ
zG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J
z4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)
zK!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@y
zK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVb
zW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBly
zP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=U
zXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|E
zs!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<b
zG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5
zR!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF
z2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#X
zp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd
z3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?
z<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7Xkzb
zbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=
z2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~
zXR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo
z1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dC
zSILV`)MO1yfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oW
zt!ilH&L=>CKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB
z4XYk-GbKQv5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s
z2oRV^AkJnRq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t
z0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#
zg-}MCfV^m$o2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h
z0t8ADh|{V{QZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1y
zfB=DU1%foJaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>C
zKrRAy+FVvjodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv
z5`iGQt1<`>AV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnR
zq!M}2APb?4Gy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*S
zfV}AJ&w&acK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$
zo2%qSvu@>zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{
zQZ*L>1PF8m?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJ
zaVKRo0t5)mE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvj
zodgJEEf8n34N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>
zAV7csf!YM*MJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4
zGy!?hG&fhti%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&ac
zK!CtdfjF&dXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>z
zCqSScfgla59&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PF8m
z?6h4C#{>uvm`EVbW*ejudC?#Xp^P*EdC@dCSILV`)MO1yfB=DU1%foJaVKRo0t5)m
zE)ZmQRR#e91PBlyP@90f=<Lsd3Lrp$z)*oWt!ilH&L=>CKrRAy+FVvjodgJEEf8n3
z4N{4`Xpn_aMw)=UXqua=<VCY?<%%ajpdNuB4XYk-GbKQv5`iGQt1<`>AV7csf!YM*
zMJsvQG))2oN)m|Es!CEd7XkzbbOr3RT@A+s2oRV^AkJnRq!M}2APb?4Gy!?hG&fht
zi%!&J4NHIkfpG<bG^}waWi$c=2+S@JWOr2t0RjXF5Fk*SfV}AJ&w&acK!CtdfjF&d
zXywi)K!89l0(RP5R!W@&2xKh~XR{4biM(i#g-}MCfV^m$o2%qSvu@>zCqSScfgla5
z9&j@yK%f$VAiJwF2oNAZfB=Eo1ms04dD=8h0t8ADh|{V{QZ*L>1PJ^;_U^>%j;hWV
z{@<a12q+EhMNm+?6>Vo*1pyJRHbbkR5^QV+nUlyY2*@CW5E3SV$Phv+f}(&7$|!~@
z5J*TMiOSX6w{NfRR<BFfTfWb`&Rh4KI#Zo<s(w}b<I3t)r_Qcjzx}Dl->%i`>+|FV
zblSXzV*&&S%t#<kvkg*-yl9XIp^S0@@}lM3TqQ3$qfOSd1PBnAu0W6tYr2av8vz0Y
zY8MF7U6nzA009C72&5(;FIxM1paKXGATX{#oULly%8e&LfIw3OblRpoDRmMc&}e};
z%{E9S@}fZ=gfhwr$cvV9bCtYkqqlO!6CjX|K#&b99dIipKp+u;Al+3N1PBlyK!8AM
z0`j7Xylq-00Rn9jh_h9-N!3~i5Fn5j&}s7;jtLMTFe8CD%{E9S@}fZ=gfhwr$cvV9
zbCta4j5b-*5+Fcex&lEqtm!VwYy=1ps9hjPcU1-f0t5&UAds4XylCz3feIi%fWWu{
zaki>)D>t410Rl}C&}p0Uq|`}(K%)iXG}|DR$cqMf5XvYgATL_Z%~kTEjo!)?Pk=x=
z0zo#cbil2Y0D(jVf^=795FkK+009E23CN2k^0sN21PHWAAkJ3RCRJ-8K!8AAK&Q=X
zI3_@Vz>EaqG}|DR$cqMf5XvYgATL_Z%~kTEGumWLOMn1@=?Vndu%^2xvk@Rbpmu>E
z-BlR`2oNAZfIw;j@}jlB2P%L70RrO+#M!FGt=xD51PC-mK&NfWlTs%E0*w}k(`<uO
zA}<=`K`5h~fV^lqH&@AvHhL>pJOKjf2n5-%(gC+p0t6Bf2-01ZL4W`O0t5)8CLk}G
z$lIo65+KkffjC=Ln^diZ009Dd0i8Cl;g|pc0y7eb(`<uOA}<=`K`5h~fV^lqH&@Av
z&S;Z0Edc@qrYjI+!<z1*%tn9!f!YOvbXR2%AV7cs0RpKB$cxtg9;g5U1PF{P5NE3z
zw{qhN5FpSL0iCufPfDEx2sBzCPO}YCiM(i#2ce8|0`j8e+*~Cu+UTuZ@dOB@BM@Z6
zN(bCZ2@ps`AV_yr1_1&D2oNBUnt;4$B5#|PNq|6`1mbK}ZBn%s0t5);1$5fHhGPN*
z2+T+zPO}YCiM(i#2ce8|0`j8e+*~CuI-^b2v;+tcn65yO4QslKG8+K`1Zo!u(p{B7
zfB*pk1PG)iATL_`d!Pac5FjwFK%A{=+{%q7K!89~1a#V_JSlY&Akb)mIL$UlCGw&{
z9)vQ=3CN3<b90rvXrs4s#S<WqjzEwND;;nvB|sn%fgs&g83YIrAV7dXY69}2iM(xE
zCIJF%5{R=^wMo@l2oNBU7tm?*8jcANATT3=IL$UlCGw&{9)vQ=3CN3<b90rv=!`a5
z(-I&+V7dZ9HmvC`%4`G(5U5=sNOx5R0RjXF5Fn76fV^n!?|}*+K!Cuw0&%vgaVs~T
z009C`5zuLy@}$&BfIy=K;xyYJmB@<*c@WAdCm=6c&dpWwqK)3l6;FUbIs!p9taQMw
zlmLN51cG!|We^}hfB*pksR_u7Ci1pvnFI*5Ng&Qv)h1PIAwYmYUO=bKYd9uAfWV9d
z;xyYJmB@<*c@WAdCm=6c&dpWwqBGiLO-q0Pf$0ha*|4U&D6<hDK%jPkAl+3N1PBly
zK!8AM0`j7@zXvLS009Ey3dGr}#;x3V0t5&&ML?%*%9Bzj0RoK{h|_F?R3a}L<UuH-
zoPfM&IX73yi#B>IS3Cg%=?Dbbu+jmyQUU}L5eU*<l|g_20RjXFq$VIQn#kLxWfCCJ
zCV@CxRhv|;g#ZBpc>$d^ui=;g0Rl4;h|_F?R3a}L<UuH-oPfM&IX73yi_U11H7x-G
z1g0wxWW$>7qRd8s0D;;Cf^=795FkK+009E23CN4q{vN0R0t5(*D-dU^8n<%e2@oLA
z6ak&KDNjnB1PC-*AWpLlQi;51kO!fRasu+A<=k8)FWTs>T=4`5q$3by!%7F-N(m51
zL?B3aRR#e91PBlykeYzJXd-W$mPvp>n*`!)Rc%tW76Jqa<OOuvyoO@}1PIJXAWpLl
zQi;51kO!fRasu+A<=k8)FFK=5*0cl&5SXq&kPU0Pi!vJl0t9Lo2-01ZL4W`O0t5)8
zCLk|b`+J}Q2oNAJu0WivYTU|=CqRHeQv`I{raUQi5+KlMfjG@JNG0;3K^}xM$_dDe
zmUDBJylA7ha>WxMkd8o*4J#dRD<wc65rH7xRT%^b5FkK+KxzW=qKUk1S|$MkZ4!vH
zRkcagS_lvzkQdNt^BRr`5FjukfjG@JNG0;3K^}xM$_dDemUDBJyy%QJS<@0AKw!E8
zK{l-EF3M~K2oR`UAV_yr1_1&D2oNBUnt;4$?eBpKAV7e?xB_vus&Okfo&W&?O%c#(
zoARX8Nq|731>!W@AeG3A26+(5C?_B<TF%W?@}iC2$`wz5Kso|JHmr2Ot&{+PL<E9#
zS7i_&K!5-N0;vheizf26X_*8Fv`HY&R@Ej|Yau{@Kwdzn&1*O&K!CuE1mZN?AeG3A
z26+(5C?_B<TF%W?@}e`^WKBze0D<WW1lh2ryC|~}AV8pYfgs&g83YIrAV7dXY69}2
zwZ8`{fB*pk;|j#ts>ZF{cmf0nG(|wCZOW5UCjkPD7KqbqgH$3f8stGJqnv=eXgN1m
z$%{66D_1-L0_g|@*|5?9w^9NG5)lZ}U6nzA009C72&5(;FPg~PrezW!&?bR6TUDD>
zt%U#q0(k+QHm~8B009Cs5{T1mgH$3f8stGJqnv=eXgN1m$&1ctlQk^?0tBWj5M;xe
z?xM^_fB=Eo1%h-}We^}hfB*pksR_u7*8U!-00IOEj4Kdls~Wd*;|UNT&=dikwkc0a
zodgIpS|Cod4N{4`Xpje?jB*0<qUGFNB`@0Otz7X02&5wrWW!1a+)4=$NJJn=cU1-f
z0t5&UAds4Xyl5hCo0ds{K$`^OY*lSiwH5*d2;>EH+PsEi0t5)mNFYwL4N{4`Xpje?
zjB*0<qUGFNB`-RoP1dvo2oRXAK#&b<x{ER!0RjYS7YNc_l|g_20RjXFq$VIQTKjvT
z0tgTwFs?wHt!muLjVC~WKvM*C+NL}ybrK-ZXn{D*Hb^D%qCp;nGRg_ai<Wb9mAq)9
zw{pc3AdrqgkPRyxa4RK1AQ6Ee-BlR`2oNAZfIw;j@}h~nZCWM)0&NnAvsJZ8)mjJ;
zAdnZ(Y4aM62@oJKBY`;0Hb^D%qCp;nGRg_ai<Wb9mAvSTHd)gWAV6Tc0zo#c=`PA_
z1PBnQT_8wzRR#e91PBlykeYzJXzlNT3Lrp$z_<c&wyJR}H=Y0i0!<OnX`Aw-)JcFq
zqXptL+aQ(5iw1cR$|xrwFIvvcRq~>Z-pUnEfIvC|K{l*(z^#-3fkXs?bXR2%AV7cs
z0RpKB$crZOwrQCJ2((Ec&Q{eXRcj$YfIwbAr_F0PCP09|j0EB|+aQ(5iw1cR$|xrw
zFIvvcRq~=U+GI^jfB=E%3Iy4(rn@M!5g<UIc7Y(>RT%^b5FkK+KxzW=qP4#VDu4h1
z0^<tA*{a5^+;{>62sA}Nr)|oUQYQfdjTVU0Y=cxHFB;@QD5IQ!yl6Q$SILVudMj5v
z0Rrg=1lh3C0k={D1QHPl(p{B7fB*pk1PG)iATOH8+ooj_AkZd(I9pYlRIP;o0Rnje
zoi?xGm;eC+GZKi?Y=cxHFB;@QD5IQ!yl6Q$SILXcXp=Q90RjZ3D-dMEn(m^^Mt}f;
z+697iS7i_&K!5-N0;vhei`M=gr~m>42#hNbXR8{wa^ndQAkY*6owg}YN}U7<G+H1|
zvkg*-yl9XIp^S0@@}lM3TqQ5s=&fAw1PG)f5M;wj2i!^t5J*HINOx5R0RjXF5Fn76
zfV^lTZ=04$fIyoB;%rrIQneNW1PJ5>blSXzV*&&S%t#<kvkg*-yl9XIp^S0@@}lM3
zTqQ3$qfOSd1PBnAu0W6tYr2av8vz0YY8MF7U6nzA009C72&5(;FIxM1paKXGATX{#
zoULly%8e&LfIw3OblRpoDRmMc&}e};%{E9S@}fZ=gfhwr$cvV9bCtYkqqlO!6CjX|
zK#&b99dIipKp+u;Al+3N1PBlyK!8AM0`j7Xylq-00Rn9jh_h9-N!3~i5Fn5j&}s7;
zjtLMTFe8CD%{E9S@}fZ=gfhwr$cvV9bCta4j5b-*5+Fcex&lEqtm!VwYy=1ps9hjP
zcU1-f0t5&UAds4XylCz3feIi%fWWu{aki>)D>t410Rl}C&}p0Uq|`}(K%)iXG}|DR
z$cqMf5XvYgATL_Z%~kTEjo!)?Pk=x=0zo#cbil2Y0D(jVf^=795FkK+009E23CN2k
z^0sN21PHWAAkJ3RCRJ-8K!8AAK&Q=XI3_@Vz>EaqG}|DR$cqMf5XvYgATL_Z%~kTE
zGumWLOMn1@=?Vndu%^2xvk@Rbpmu>E-BlR`2oNAZfIw;j@}jlB2P%L70RrO+#M!FG
zt=xD51PC-mK&NfWlTs%E0*w}k(`<uOA}<=`K`5h~fV^lqH&@AvHhL>pJOKjf2n5-%
z(gC+p0t6Bf2-01ZL4W`O0t5)8CLk}G$lIo65+KkffjC=Ln^diZ009Dd0i8Cl;g|pc
z0y7eb(`<uOA}<=`K`5h~fV^lqH&@Av&S;Z0Edc@qrYjI+!<z1*%tn9!f!YOvbXR2%
zAV7cs0RpKB$cxtg9;g5U1PF{P5NE3zw{qhN5FpSL0iCufPfDEx2sBzCPO}YCiM(i#
z2ce8|0`j8e+*~Cu+UTuZ@dOB@BM@Z6N(bCZ2@ps`AV_yr1_1&D2oNBUnt;4$B5#|P
zNq|6`1mbK}ZBn%s0t5);1$5fHhGPN*2+T+zPO}YCiM(i#2ce8|0`j8e+*~CuI-^b2
zv;+tcn65yO4QslKG8+K`1Zo!u(p{B7fB*pk1PG)iATL_`d!Pac5FjwFK%A{=+{%q7
zK!89~1a#V_JSlY&Akb)mIL$UlCGw&{9)vQ=3CN3<b90rvXrs4s#S<WqjzEwND;;nv
zB|sn%fgs&g83YIrAV7dXY69}2iM(xECIJF%5{R=^wMo@l2oNBU7tm?*8jcANATT3=
zIL$UlCGw&{9)vQ=3CN3<b90rv=!`a5(-I&+V7dZ9HmvC`%4`G(5U5=sNOx5R0RjXF
z5Fn76fV^n!?|}*+K!Cuw0&%vgaVs~T009C`5zuLy@}$&BfIy=K;xyYJmB@<*c@WAd
zCm=6c&dpWwqK)3l6;FUbIs!p9taQMwlmLN51cG!|We^}hfB*pksR_u7Ci1pvnFI*5
zNg&Qv)h1PIAwYmYUO=bKYd9uAfWV9d;xyYJmB@<*c@WAdCm=6c&dpWwqBGiLO-q0P
zf$0ha*|4U&D6<hDK%jPkAl+3N1PBlyK!8AM0`j7@zXvLS009Ey3dGr}#;x3V0t5&&
zML?%*%9Bzj0RoK{h|_F?R3a}L<UuH-oPfM&IX73yi#B>IS3Cg%=?Dbbu+jmyQUU}L
z5eU*<l|g_20RjXFq$VIQn#kLxWfCCJCV@CxRhv|;g#ZBpc>$d^ui=;g0Rl4;h|_F?
zR3a}L<UuH-oPfM&IX73yi_U11H7x-G1g0wxWW$>7qRd8s0D;;Cf^=795FkK+009E2
z3CN4q{vN0R0t5(*D-dU^8n<%e2@oLA6ak&KDNjnB1PC-*AWpLlQi;51kO!fRasu+A
z<=k8)FWTs>T=4`5q$3by!%7F-N(m51L?B3aRR#e91PBlykeYzJXd-W$mPvp>n*`!)
zRc%tW76Jqa<OOuvyoO@}1PIJXAWpLlQi;51kO!fRasu+A<=k8)FFK=5*0cl&5SXq&
zkPU0Pi!vJl0t9Lo2-01ZL4W`O0t5)8CLk|b`+J}Q2oNAJu0WivYTU|=CqRHeQv`I{
zraUQi5+KlMfjG@JNG0;3K^}xM$_dDemUDBJylA7ha>WxMkd8o*4J#dRD<wc65rH7x
zRT%^b5FkK+KxzW=qKUk1S|$MkZ4!vHRkcagS_lvzkQdNt^BRr`5FjukfjG@JNG0;3
zK^}xM$_dDemUDBJyy%QJS<@0AKw!E8K{l-EF3M~K2oR`UAV_yr1_1&D2oNBUnt;4$
z?eBpKAV7e?xB_vus&Okfo&W&?O%c#(oARX8Nq|731>!W@AeG3A26+(5C?_B<TF%W?
z@}iC2$`wz5Kso|JHmr2Ot&{+PL<E9#S7i_&K!5-N0;vheizf26X_*8Fv`HY&R@Ej|
zYau{@Kwdzn&1*O&K!CuE1mZN?AeG3A26+(5C?_B<TF%W?@}e`^WKBze0D<WW1lh2r
zyC|~}AV8pYfgs&g83YIrAV7dXY69}2wZ8`{fB*pk;|j#ts>ZF{cmf0nG(|wCZOW5U
zCjkPD7KqbqgH$3f8stGJqnv=eXgN1m$%{66D_1-L0_g|@*|5?9w^9NG5)lZ}U6nzA
z009C72&5(;FPg~PrezW!&?bR6TUDD>t%U#q0(k+QHm~8B009Cs5{T1mgH$3f8stGJ
zqnv=eXgN1m$&1ctlQk^?0tBWj5M;xe?xM^_fB=Eo1%h-}We^}hfB*pksR_u7*8U!-
z00IOEj4Kdls~Wd*;|UNT&=dikwkc0aodgIpS|Cod4N{4`Xpje?jB*0<qUGFNB`@0O
ztz7X02&5wrWW!1a+)4=$NJJn=cU1-f0t5&UAds4Xyl5hCo0ds{K$`^OY*lSiwH5*d
z2;>EH+PsEi0t5)mNFYwL4N{4`Xpje?jB*0<qUGFNB`-RoP1dvo2oRXAK#&b<x{ER!
z0RjYS7YNc_l|g_20RjXFq$VIQTKjvT0tgTwFs?wHt!muLjVC~WKvM*C+NL}ybrK-Z
zXn{D*Hb^D%qCp;nGRg_ai<Wb9mAq)9w{pc3AdrqgkPRyxa4RK1AQ6Ee-BlR`2oNAZ
zfIw;j@}h~nZCWM)0&NnAvsJZ8)mjJ;AdnZ(Y4aM62@oJKBY`;0Hb^D%qCp;nGRg_a
zi<Wb9mAvSTHd)gWAV6Tc0zo#c=`PA_1PBnQT_8wzRR#e91PBlykeYzJXzlNT3Lrp$
zz_<c&wyJR}H=Y0i0!<OnX`Aw-)JcFqqXptL+aQ(5iw1cR$|xrwFIvvcRq~>Z-pUnE
zfIvC|K{l*(z^#-3fkXs?bXR2%AV7cs0RpKB$crZOwrQCJ2((Ec&Q{eXRcj$YfIwbA
zr_F0PCP09|j0EB|+aQ(5iw1cR$|xrwFIvvcRq~=U+GI^jfB=E%3Iy4(rn@M!5g<UI
zc7Y(>RT%^b5FkK+KxzW=qP4#VDu4h10^<tA*{a5^+;{>62sA}Nr)|oUQYQfdjTVU0
zY=cxHFB;@QD5IQ!yl6Q$SILVudMj5v0Rrg=1lh3C0k={D1QHPl(p{B7fB*pk1PG)i
zATOH8+ooj_AkZd(I9pYlRIP;o0Rnjeoi?xGm;eC+GZKi?Y=cxHFB;@QD5IQ!yl6Q$
zSILXcXp=Q90RjZ3D-dMEn(m^^Mt}f;+697iS7i_&K!5-N0;vhei`M=gr~m>42#hNb
zXR8{wa^ndQAkY*6owg}YN}U7<G+H1|vkg*-yl9XIp^S0@@}lM3TqQ5s=&fAw1PG)f
z5M;wj2i!^t5J*HINOx5R0RjXF5Fn76fV^lTZ=04$fIyoB;%rrIQneNW1PJ5>blSXz
zV*&&S%t#<kvkg*-yl9XIp^S0@@}lM3TqQ3$qfOSd1PBnAu0W6tYr2av8vz0YY8MF7
zU6nzA009C72&5(;FIxM1paKXGATX{#oULly%8e&LfIw3OblRpoDRmMc&}e};%{E9S
z@}fZ=gfhwr$cvV9bCtYkqqlO!6CjX|K#&b99dIipKp+u;Al+3N1PBlyK!8AM0`j7X
zylq-00Rn9jh_h9-N!3~i5Fn5j&}s7;jtLMTFe8CD%{E9S@}fZ=gfhwr$cvV9bCta4
zj5b-*5+Fcex&lEqtm!VwYy=1ps9hjPcU1-f0t5&UAds4XylCz3feIi%fWWu{aki>)
zD>t410Rl}C&}p0Uq|`}(K%)iXG}|DR$cqMf5XvYgATL_Z%~kTEjo!)?Pk=x=0zo#c
zbil2Y0D(jVf^=795FkK+009E23CN2k^0sN21PHWAAkJ3RCRJ-8K!8AAK&Q=XI3_@V
zz>EaqG}|DR$cqMf5XvYgATL_Z%~kTEGumWLOMn1@=?Vndu%^2xvk@Rbpmu>E-BlR`
z2oNAZfIw;j@}jlB2P%L70RrO+#M!FGt=xD51PC-mK&NfWlTs%E0*w}k(`<uOA}<=`
zK`5h~fV^lqH&@AvHhL>pJOKjf2n5-%(gC+p0t6Bf2-01ZL4W`O0t5)8CLk}G$lIo6
z5+KkffjC=Ln^diZ009Dd0i8Cl;g|pc0y7eb(`<uOA}<=`K`5h~fV^lqH&@Av&S;Z0
zEdc@qrYjI+!<z1*%tn9!f!YOvbXR2%AV7cs0RpKB$cxtg9;g5U1PF{P5NE3zw{qhN
z5FpSL0iCufPfDEx2sBzCPO}YCiM(i#2ce8|0`j8e+*~Cu+UTuZ@dOB@BM@Z6N(bCZ
zXD6`orOns;{KadZcyakN>;0QVV8z-^vwKYG%p9b<DuVz40t5&UNKHUqG@TbtD<wdn
zH3D(As@9NN2mt~Fx&(CEE)X9H5FjuMfjG@JNG0;3K^}xM$_dDemUDBJyyz@;SaT8}
zKw#<uK{l+Zugiq#2rRn$$peqNZr696@tW5h>EE;j-u$*xKY7T~b8dNP<@(L({47m(
zr9rx@G6)bLK!5;&)CA;3r~6W8HUb0)R3H#%tEynJZb5(mfm#G~+FID%lmLO$1mZN?
zAeG3A26+(5C?_B<TF%W?@}jBj{?<!?KtlzBY*-D|Q+B-q*R5K+$3csym5?+~p}@O7
zeD0+`ezM*N-O#%S>8{EkK!5-N0t8YMkQZ&}+oQ4x5J*`d&Q_K3Q?Pad1lld2)3*Eh
zS{(rbK?LG7+aQ(5iw1cR$|xrwFIvvcRq~=iHf3cHAV6TSK#&b<aFM<x&?}II82{=`
zC(lJ3cisKW!%n+3`(>CXFS+|mr>w|+<LKg_JndgOfkpQ`b^doBJMz5S-?!%lbG)zH
z`j`dF?&*C5&I}d^(p{B7fB*pk1PG)iATK)jCC#@42oMM;5NE3jh@&I|1PDw;K&PDw
zqe%!5ATU@UPO}YCiM(i#2ce8|0`j8e+*~CuI(V=2Edc@qf(QiJu!3kPqbUMQ9(Z=U
z?N7+kjNARy3G<iU<8P+V=)rySdynn%j?*&dEw()R^y?p((Oud)ZIJG&3<3lQ5FkJx
zH350iw!U6k7Xbn-7KpP|wHVpb2oOkIK&MUo2f*?P5U55VPO}YCiM(i#2ce8|0`j8e
z+*~CuTFsv8E(8b=m{1_dhBe_TT%MG`inSZx_MWq{5aW(-o}UFrlUjTAi(UTA`geWk
z8=3aDZ#@2*pTAgr0nNQ*knXAs0t5&UAV45B0eR8pzCfy+0D)u$;%rsPJ^~9TK%n&k
zI&JG8u>}$!5J4bLvkg*-yl9XIp^S0@@}lM3TqQ3WVMkU20RjYu3Iy4(hSq5SfsVje
zFT690FK)Tj(HGwF^Ug^JvlF;()w;iW)5)3nCl6gZySub+<{;fw83YIrAV7dXY69}2
z?R&AbA_4?jFA!&|YCW|D5+IPQfKHq2qqlGZ1gaE>(`<uOA}<=`K`5h~fV^lqH&@Av
zR=M-K7XbnUN(%(puu9kO!qfz^KRy4Jzxm5wNZ)_n)v2w$#`PX|$q(l;y4S5*TVol`
zx^<B5stf`I2oNAZAT<Gb(Pq6gs+Ir&0+~RZt;*vdK!8A71$5fBK3VG`Kp>ProMs!O
z5_!=e4?-E`1ms1_xw%SSG}P9t7y<+c^b-iOVf8D|c>-Mmm)-kR7F^8!ExPBauCIKY
zoxm+GZrpDB6EgOb7XN5=cWK$oLAt9l2oNAZfB=Ei1ms0q_Eu>*1PG)c5NE4OLE9P$
z5J*!%r%m&@TQva!6$`{^wm~Y97Y*_tlu=GVUbLK>tK>y1-hADT009E!1cGc><%)Mz
zf&y7yF-tA(u+#hm*Iw_E|9<~VGWk#c(>3*$(V)8r>8{EkK!5-N0t8YMkQZ&x8>3PQ
z5Fjuo5NE6ML<kTd&{hGRwyjUrx(E;mB@n0C2B}0|G{}QcMmYg_(Q<CCk{1oNH7kYy
z0RsI5f^1m*%5$DTm%talc1xC8e9uSE?>g_}tOX7{>bgw+W1m?x>l?LZ{vh2|83YIr
zAV7dXY69}2t$Clc5CR0!5s0%@rDJZT1PG)ipwp)I#I2VAfm#IOG}|DR$cqMf5XvYg
zATL_Z%~kTEwQRv|N`L@?aRq{GSmTy$e6j+E&c8WJEq-9{i;@+nYvG5Sd=vSx@Pl+$
zWe^}hfB*pksR_u7j`hxFFaZJtA_&CUsv>BpfdBylvk=f}XQ66N0t5(j3B+l(K`N0K
z4e}tAQBFW!w49r(<VCwSM;{3gAP`d^$c7aYM^ym@<VEXxDCEbL57J$gL4W`O0t5)8
zCLk|5?rWRz1PBnQT_Da@RXc?O2oNAJBLSUuMzE$OK!8AAAWpLlQi;51kO!fRasu+A
z<=k8)FPh&O9TOlxAgn-;4J)jV!lDUCE!Oo!$d4-@q`NAE009C72oOk3Kwfm**EZt`
z5Fk*yK%A|rb_xX$AV6S70y^!CU`<Pa0D-(foMs!O5_!=e4?-E`1ms1_xw%SSG`}-C
zCP08dSb-oLR#+c}MH7%(tm}!8A6Gs|cU1-f0t5&UAds4Xyy&>EZN?KIK%jPkI9pZi
z6bc|ffWV9dblMrgnw9_o0(pTr%{E9S@}fZ=gfhwr$cvV9bCtYkerI${fB=E80zo#c
zus#ZlCLpy~*ApQ>u6&U0stf`I2oNAZAT<Gb(Q#kfj3+>VK<xr?wyN4G6hMFgff)(t
zv@?P=Edc@q@&a+1ZIDXjMT0yDWt0<;7cJ-JDtXcT&ghr`0RmwKf^1k}eH0c=V7jTr
z<<G1?XT`&ZoP5*A54dc%-Ot?ijmK}f)zRB*cic|9o$|qbF8YUm{`SHv@4f2LH7nO|
z9@k;T+Kr3vduGAXdp>u<clJ1N@!S9ItnIcxVQ%uB-+pR#yDu!b`P`L{+`Q(Mac3?Z
zf6I#-&;RaYUpi&QhxWZVn}6$Vj(y$M$LzTCf)DI{(Lu*tf9kdOUHim~g%^%~a=P-P
z-?zCVgLGGA5FkK+009E23CN2!_XSer1PCN65NE4O_7PY(0RpWT&}m!$h%Jx+fd~R|
znr)Cu<VAx#2xXKLkQXiI<|=v72s^SG2oNAJR3ONPHMC9x2+RpgE46s>4}bCDPkrk(
zuQ_s*e^~-^!Loa9UAJlIQ@HZs=f8U4o$uZAf>EZO8?(<LORstSg`qR|8*tsKwOOw9
zwObrD^p0<P&sirgx%=i9Hujrp@cC)U557yAz75h{l|g_20RjXFq$VIQ+NM`ZYau`&
z5rH^cRU+V)Nq|6t0y=Gi58aXp5U5@tPO}YCiM(i#2ce8|0`j8e+*~CuTK)d(jsyr0
zC?ODJ!zxj^OVSjWJhixD?WRv2x@>5=vUk8+-+9Kjf3bD|dzL}%y=ufWUtD<0xWC18
z<x89Y>8yVlasJM*eZR15z!C<0HM#tN$y@nVknXAs0t5&UAV45B0eR6@zFS%p0Rrt7
zh_h9-+u7;}5J*`-r%n0kTRQ;)l?lXYwm~Y97Y*_tlu=GVUbLK>tK>y1+jiZE009D%
z2n5-%CRu`OlM<LPwU}ixKlYhLo$%zi2Rr<?le0fz-w%9}yl7U*-k-ms-^{(|vp+!p
zzE6ztTTDAEl^5;BoY9#e-BlR`2oNAZfIw;j@}e_(yE82T0t99!5NE5J-5SkIfB=Dd
z1$5ea{oS1afkXu2G}|DR$cqMf5XvYgATL_Z%~kTEiER3oNq|7p1%hl?O=nbpWdalC
zMNho!N1fzkxq}bxb5Xy=PM8<X>iOzLclMh+e}2W<jeq-rbIR2(FPfK}>2Z+mstf`I
z2oNAZAT<Gb(V4#EnVbLt0<#c^vsKMvb><{MfItKRoi@T#Py+!1trv*XY=cxHFB;@Q
zD5IQ!yl6Q$SILXEe!I6o0tDJ25M;w@2c}h2ATUW@^wxEow%h)Maxu&NRaZRtY~e~L
z&x>Yv`OfMMg_Gw`e&Qc5&(|~7vAk$ra;C>Yx~nn>5FkK+0D;s5<V9!tj%RWL1PIJR
zAkJ1bi`AKv009CK1a#U6PeBa?2((@xPO}YCiM(i#2ce8|0`j8e+*~Cu+WPI@0tpak
zhd_`Gs~wnDQGviDdC{dmUEMEQxyw6FJMXqfZ(j3C_6O@%tlf0QgRA#AXmP*6{eBB*
zS6=j8A3pc^OYgeu-luL{y&;=+<x88hzh!^=^$+Z{>nZ(a&dwis?(Ksa&$!{i0hfRJ
zpRT#+&L^@PWw*<2n*G`Os~>ye>o@&uzj;?}xz#b*h4P|<d8hboknXAs0t5&UAV45B
z0eR6WzR{VA009Ek2*lZ{s#&kQ5FkLHdI6obdUJOqKp;VZIL$UlCGw&{9)vQ=3CN3<
zb90rvXo4>QmP~*^69s~7SWTo;b1eds<V8=v?*780<r{ZA@uufr?p@Bu54fyw{NA6x
zqIYn1W-c$f<yJ?3ap5i3ty)_+COetsQTI5oZx}WEL-YMEoV&K)uSk9S-<@^M<1Y-p
zHcP9{JALJVF$2DuM1H`uE&eJ<cU1-f0t5&UAds4Xyl9KxFfEM$fwl_7*{a$qY+VEh
z5YTD;3=kkdpaOw7%{E9S@}fZ=gfhwr$cvV9bCtYk1skqg5FkKca)BTl*5nH@Lm~o`
zq!v%Q{Ktj)&%@6sj!<5D_mhR=KeX?~h1!eme)5<L@5p|oXW_T`li8Roq*^$6cJkJB
zoAQJ6$NiS@)_0yU%6;=wje9(a{J8gO$M_)KRT%^b5FkK+KxzW=qV0H@v<d<Qk`jos
zRVBr4u>=StC7{zL^|&pT0D-y$;xyYJmB@<*c@WAdCm=6c&dpWwqIK=U?n{6Gfw2UF
zY*=H}Y;ei~lcW~UTweT_+)w@X{e`68{>9qDNarUHU0OJPtdn0k=X-^dXD63GyT0F4
zZ+gqZ!mE}%@NB<JrgeT2`DxYAta*ZTS7i_&K!5-N0;vhei#F?}QMCjJ5Xc1LY*iiy
z0RjZtDxlN0^~qWn0Ro`};xyYJmB@<*c@WAdCm=6c&dpWwqM^2C#SkDspr1gH4Xa;y
z&J*Yom?X8h^k=IJ!<Jt@^R}+L%zf<l`$fNc(Vd0k$2xhz_a84T<}Z2CXNvQpS3dH5
z;UypY%%ZVwU2gCs^5yQ>^s9n&S7i_&K!5-N0;vhei#Gi=QvC!7Bq$JPt4a{xk_iw<
zL_nua<Uv~|0Rr_3#A&ucDv=ir@*tE^PC#C?oSUoUMeE&*-JJjd0wW3p*|0{e)-VE-
zq!w4M-@N0_3wk4$+yC`Rg@4R_kAoKX4$jV8^Ya%ce-PigYgOUo*~xx?kN$*3cNJc8
z?ro1uUeC}OCXpXHc`FA5>8{EkK!5-N0t8YMkQZ&`yQM`DAkc1sI9pY_ovn@lfs_Sw
z+LWKZwG$vvnLwOo8>A9>(I5{(8RZ1zMa#LlN?x?GZP$$m5Fjv#K#&b<k|nq{DS-)7
zi)Y{RP+{cqZSOhj!aIJxV(q33bLC5$v)|;o&ml_-NB+Y<e|sw6{lcGFCH?0A#6MnM
zSkm0zufO4`myW;mu58RsyPop8t&iDm`xD;v;d2i<`ua0&c<|;IHujry^z#$SkA9=p
zj11CUl|g_20RjXFq$VIQ+M4%C3n4%t9f3GoRXXNYN`OFW0y=GKPuzM55U52UPO}YC
ziM(i#2ce8|0`j8e+*~CuTFVyfrUVEO7*`<3hBa>4#wRN<d1~=Xr>rPUU5;|{y?cCf
z#o8%kFSEzD`$x_#yyH>lf4|?uebZYO_Fl5>8;-y6xtIU(*yX)nb<VtYi=#e!-0}%i
zqm#?`TUT4p2kEZLAV7cs0RjY46Ob2e>+7X;5g^cFfjC=Li;*pj0D;5>blSv!04$#X
zfocTeG}|DR$cqMf5XvYgATL_Z%~kTE)$F<MLVy5)2?c^|SQD<o<>?4aCAFCS%FQfh
z*@;t*c#s86`~9W(as4m&{^Nx=&4QhCzbv$O!tA%67GAQ=cE`P8hZ76G>N=VI#?edf
zezJGw5zkCTe#CpVV_1;xstf`I2oNAZAT<Gb(RRE{S_J_DNeRT+s*+;2SONr+63}Ur
zdfXOEfIwXWahh$AO5{a@JP2i!6Ob1z=jJMT(YkhF_a#7pz*qu7HmtE~HaKO0X{8pk
zKRv%-**$OCrQkPqcEv2W*z)Lkr?1TZ+WWNFuUoaQUt0Am=X|f<U2b~*<*vd?e9ZEw
zm;7i|zgrAGKP~yecWKkNLAt9l2oNAZfB=Ei1ms2A^h#+h1PCM|5NE4O1l%$S5J*r!
zr%mvoTQUIx)eFRFwm~Y97Y*_tlu=GVUbLK>tK>zi-+$ea009Ce1cGc>B`SAGngUZv
zEv{U@`TXxb_Q8EF8ZmOY^V?6If5qKX`AhW6pIM*HR(Rj{?s-A>OGNuU)-14Ec-6Qk
zw|(PZ{(gPGy9_u#75M@4x9_VU-BlR`2oNAZfIw;j@}li~v9uxr1X?c;XRB&GwFMF&
zkgR}Co9v^vZ~_FX6o}JogH$3f8stGJqnv=eXgN1m$%|IG^ST!S0t8A61lh1k*YCpA
z1SU@{X2Hw%eDwTrW0u+Y9d??3@ehA73HWuZ*6z6Tg2G$x@{ZH8-yk|*^6Q^mS9oEG
zllvWZ)qorI`)YFeelxfAe30&{3<3lQ5FkJxH350iw!U6k7Xbn-7KpP|wHVpb2oOkI
zK&MUo2f*?P5U55VPO}YCiM(i#2ce8|0`j8e+*~CuTFsv8E(8b=m{1_dhBe_TT%L}=
zgsH`=AA4cD?N2C?vFu!O#tjda)4uA_HE-DA#LhhVgE#H6aQU<A2Tz;*V$%F2y~lsQ
z|0PQvcy`6wP1$cxy>a!1)33XKz)HWfdc)w`^?o~{eD8#<KNF<8DuVz40t5&UNKHUq
zwDs?q7D#|V`vl@_RqeC2A_4>m%n9hUei8@}AW(rooMs!O5_!=e4?-E`1ms1_xw%SS
zw1N%SEeH@GFu6dG4Quj+m?05?Nm7fquG_TJuBY@SEweN4`@{v`x@*<VFKo=hmRaO7
z%XWVL#2X7oW+$(Hbj`Thi|>2p_1hj>IAQi{OS9h{I&{M9w~rQHK6i4D0~cqNcTIBb
z6EAMD<<W&#ExhvHuE9e;P9i^a@>UKA(p{B7fB*pk1PG)iATQd=cT0;RK%m_Maki><
zJ6jzA0x1jVv?)J*YbQXUGJ!bFHb^D%qCp;nGRg_ai<Wb9mAq(W+pZfCAV6Refgl^!
zBuj8@QUa5t7EikT$A#g^Pkrgi-mqn+diwPb6pqh+ljm6G7vAyne!0z^-+pTLi$h15
zEvvAwn7NZ#z_oCa&mOnD@T!B3xxR4xfRmHR516*aUj^x|${;|1009C7QWKCDZSfnX
zr4b;|R)IKMRa=FvivR%vI<21p0t5(DAP}e72B}0|G{}QcMmYg_(Q<CCk{7LD!*vS+
z1PDwn5M;xed?98?L|~HC;%@IgvoJiF{q^>Kdhh(;H^#lBYpSzveyDJU?BqM%clM3X
zz1%f^z{l**))!8-^)|=$yXu?Yd#v!1cYpM}ewXw+KZ$(5Ioo|cNOx5R0RjXF5Fn76
zfV^nCUox$Z0D)Et#M!D^$!k#r2oT5wbXq?K1PBnQKp;-D4N{4`Xpje?jB*0<qUGFN
zB`;dRhU*pt2oRWDAjpO_`9jQ)h(PJo;w>+3EKE*jiO>ObN1l6o;Z+y^;E4fOb-r4#
z?4H8Qvy<=L^Mb6T&d5;?vOhXsI9rxG?RWXIhn_3EWVhYV>~~4O^QGncP1ySLLAt9l
z2oNAZfB=Ei1ms0q|DI`q1PHWGAkJ3RK3gjyK!CuUfKKZtfdByl6$r#>wm~Y97Y*_t
zlu=GVUbLK>tK>y1*l^u~009D%3k2D)CSQmd5)mk!TD<m&7Ymb<dmeoG0J?=&-dlLp
zDc9UL;HtT=jy$h8Ynn}%B|lfJ-86KDt^r41a7SS=fAjva^P=zi@VQ-+5B*qLe(20?
z9T23uDuVz40t5&UNKHUqw5_j~)<u9oiv{9rRV_xgGy((?7tm=F{{gUk0tBiNh|_F?
zR3a}L<UuH-oPfM&IX73yi&nGex(fjU1SS*+vSCfQ3YVuNP&&1E&Eqc=hAnsh$e`q8
zzszU$i$e#S&(&FY$NlDAweqFSgD)@qcF6<J7Ebv3ZTtT{`r98byyP=STw8dH0Vhk#
z516yvUj^x|${;|1009C7QWKCDZTCy2)e#`jN`W|ARV#TdiU0uunSf5~$AAC<0u>0v
zX|_Qskrxf}Ae2!~Kwh+*o2%qSE7)+|f&c*mlM4jduqI!K84?jFomyP}?E1pwWOnkV
z=U?upm!(MyulmNV5BIxd<@(K^`O3A0S7j$Zf8veVfPU8wKA)vb->}1pg)?9M*b9Z%
z9&*x6h2u}U{Ktjk2b?S|KVZ&we-)&=DuVz40t5&UNKHUqwB0Y6R!4w9D+S_gRjuT;
zC;|isWCA*^9|Hme2vi^tr`ZOnL|!z=gHT2}0eR7KZmyCStzg4-3jzcPOfC>)!<u{{
zW=KR}lGNfh+Z|UJp3LH%g?eY-{7~We>}2-aN((Q!b={`DK6gdGtG;s1_X@8X{p1m6
zf46Y*PyFNMy^~!3<hm`lI;L>^vWK4Q9Y6TYB=Uo2ZtJ%}x~nn>5FkK+0D;s5<VD;1
zdTCt*2((xr&Q{f8WJ@DJAaMbmHt`<-%O^mf8i6>?Hb^D%qCp;nGRg_ai<Wb9mAq&*
zd#<|>AV6S3fgl^!gsX6QIs%iV76&9bKeGQNm)-l+inSXv$?Vs7W^vHNPQA4-X_=kO
z{{DO6AC%87|Ioe{_q*!kC3jE$m~MRT<$e*+Jr7!Z<-^a<6?XFr8?&(M_J4g+VKKYy
zerAbECXp|3yB1s$q`NAE009C72oOk3Kwh*3Z<3ZkfIw;jaki?|<gJ$gfpi3P+H{_^
zl@cIOqd=Ty8>A9>(I5{(8RZ1zMa#LlN?x?ajo7UT5FjwRK#&b<^n#5{Tws#a;zf5p
zQJ9|`_v9BB-ctA!2K+wK>=s$hbHsn=|I4F=^Us|;{?fa~Ex2p^g?IdX!2JEbnnb?e
zob5gzq`NAE009C72oOk3Kwh-nFPT<HfIuq+;%rr|<h3XQ1PEjTI;|fA0t5(DAP}e7
z2B}0|G{}QcMmYg_(Q<CCk{7LD!*vS+1PDwn5M;xed?98?L}0?y;`{fyuq!+{?#FH4
zaD4VlJ`1%6=S4@q(RsHG%8RaCzj=~X9DM8zg~bm&IidW}`P(-jNOx5R0RjXF5Fn76
zfV^n?UM#JM0D;yE#M!D^Pi=t&2qY_@(<b}qEt~*>Dh1*++aQ(5iw1cR$|xrwFIvvc
zRq~=$?!4|rfB=Eg0zo#c()GJAHGv6Ji#I+0@=m*+GJ15gYvgOUIBL;7PxUjeCNG-Z
zJ^OR>fBS)Rx@sHc;~obtp8JFK{gyD`{DkrYW^U_OLAt9l2oNAZfB=Ei1ms2A`g&<y
z1PHWPAkJ3RVq{ArKp=4eoi_0w0Lv#ppc;WV%{E9S@}fZ=gfhwr$cvV9bCtYkHG8hR
z5FkKcLV+L~)`Y8Yc{&1<rxtHqz2SYIxL}lYW!IP;cACHVCr=Nct}HK_)v#jiroBFQ
zMOTG`Kh8USW%j#C2h>0KtI6dD&)>dpgLGGA5FkK+009E23CN4K@5R!J2oPw!K%A|r
z_0$$ffIzYWI&HF#-ognGs8S$Kvkg*-yl9XIp^S0@@}lM3TqQ4B<<9F~1PBl)Ef8eG
zDqX(|Qxlj<YB7sVUhw_L-~G|^1_vxV-)2eClb77RV(rGk+EwO7=PEh>yN~Vm?lU`e
z_B+_)pvBib{=(qmhkiR1`Js1d(|{n|RT%^b5FkK+KxzW=qHTJmv=#yc5)p{ARV4y$
znFI(VD4^3O_|Pqx0D<ZS;xyYJmB@<*c@WAdCm=6c&dpWwqSf!e?nr<Dff52iHmnkr
zyChA4>82KMc>1NU-}JN3o$#HHeP+>H-+9LCw>>udi}SDB`j{QxJpcWBUHF+Ju084U
zA7A;%^CSLR&g%1`b3X%1f4cgp^S__{t@)kbe(IK69i1)V4Lh8e)&JS!mY;t812;YY
z@>G6QrYk>{l7deXq`NAE009C72oOk3KwdQXTcYv^5FpSi5NE6Et<4z%1PHW4K&NfT
zbF>Nq1cD31X|_Qskrxf}Ae2!~Kwh+*o2%qSgKyT#BS3(_oIsEb%i|z0qJY%mh)`1>
zMt)q<Al+3N1PBlyK!8AM0`j8czP1@pfB=Eo1>$T~wNog7009Cs63}U91Z!FX1PJ5>
z;xyYJmB@<*c@WAdCm=6c&dpWwqWPWCF#!Su!U_c0u)_K%ESiASVqH&!{J8Q#x~nn>
z5FkK+0D;s5<VDAQZ8M$#0RpuP#M!E9r%(U^0t99xpwrF>*0cl&5XcL}X|_Qskrxf}
zAe2!~Kwh+*o2%qS^E;zs0t5(z6$r9nh4oQbGy$o_x}FI6api+_S7i_&K!5-N0;vhe
zi;nx+W;_7`1Zo$EvsKkjp#TB|2+T-8r=1b3X$cS@kQa#4Y=cxHFB;@QD5IQ!yl6Q$
zSILX!cSgqq2oMM>5M;v&>!Yw}0#b{0JrVNb$_MGL${;|1009C7QWKCD9rv}(cmf0n
z)GiQbtE!zs0R#vTn2~@^J0n=r5+FbzFA%5M2B}0|G{}QcMmYg_(Q<CCk{8YIjE)Hq
zAP`m{$c7cxM`6(fK6&V}*SzM)*S_|sXoa=D9(mDmA90ZGstf`I2oNAZAT<Gb(Q#kf
zj3+>VK<xr?wyN4G6hMFgff)(tv@?P=Edc@q@&a+1ZIDXjMT0yDWt0<;7cJ-JDtXcT
z&ghr`0RmwKf^1k}eH0c=APbAm{fkyu>+6vh9rqCj>8{EkK!5-N0t8YMkQW{Iwas_}
z1PIhF5NE5Zok9Tw2oRW&fKEFjSkn?9Kp-y=r`ZOnL|!z=gHT2}0eR7KZmyCS&F_qk
z2@oI<Rv^fR71l>#(FFeX1Lw$#*78seI_COJ{_pp{q?Wrk@uoq#t1<`>AV7csfz$-#
zMVt8QsAd8L5*LWGRVDr)ES~^@77OUKEq=I`Mu0#ZfjG@JNG0;3K^}xM$_dDemUDBJ
zyl9+#StSGr5Evj3WWyRzp|1$!1&+V;t}M0qrd<~1PdctZ;Nu5emdWoo@2U#!)s9;P
z>8{EkK!5-N0t8YMkQZ&o%cNBhAdr+moUJM;c8euIASnTzHmS#Lu>=UzB@n0C2B}0|
zG{}QcMmYg_(Q<CCk{7LO7j|C)1PF{J5M;v|t7d~!7Wmd(tLA>c=oJq>o3ca2YhST;
z)AoOTQYL@gw|-FZt($whAl+3N1PBlyK!8AM0`j8GeSuUt0RqVi#M!EneFPRxfI#a7
zblTQGVhbcdAc8=gW*ejudC?#bLK)=*<VDN5xk_F%!j7y40t5&Q6$r9n4Xx7v0&@Z@
z*KhuBZ~a;pT>QslmouqMVBwYbX69RLdGytfuBq&%O}|l)?y3v|1PBlyKp-^%dC{i7
zMyj6xfdmEOY*h*3TQUIxi3sSli9Be_BtW2EfjG@JNG0;3K^}xM$_dDemUDBJylB09
zvAYu>Kww0HARE?*)fz@16ZrC(w`JMI*KK{w;-5SXqym8(S8v#9*Hbd{>`&5HaJ$yr
zB1m^t1_1&D2oNBUnt;4$Yu+a<gaCnb1mbK}>6lw70RpKB=(MRlaqA^Opca8R%{E9S
z@}fZ=gfhwr$cvV9bCtYkEnBdg5+FceT!A1P*0^OGpR&NsYhHQt+fL2mi@Utzv}+!J
zA!UjR)_%*28$Yz~#eWItzW%FAf4aJYJGSN)LAt9l2oNAZfB=Ei1ms0q^FC=I1PG)f
z5NE4O$J|N@5J*ixr%mmNTQ30uwFty%wm~Y97Y*_tlu=GVUbLK>tK>y%*@A=L^x7w0
zJpK9yKJ}$5v)IYU{^7DC&%NEh(gMd^c*p72Js>C*{Aa!q<ptTW8eyf#I06^{@E6(d
z7tMB)H@#)yxwkzMr?8e)vgCnh-}T{hGw1Bz35)J(+3IG!oFLs*83YIrAV7dXY69}2
zvwqDpKLG*+rY;a?tD5@KOh|wLfgl1pZIB0{3<3n&EfA;K2B}0|G{}QcMmYg_(Q<CC
zk{50FUO(3AR=%`(!P0x)^`URf1y20m=?c8_gWou5@sBd(u^x)S1UdpiHmpuP4hW1W
zaL$T{U%%aPa~<{ldtG?^r9Zsv-luMO`laR1uJ>;efu%oNo&6rsQ?I>mug_hv<yL<Q
z<-T@{qq6^X!-&ttu#P~G?y3v|1PBlyKp-^%dC|`Mm;(X?2sA|?&Q{eFF?A9kKww+}
zopxL?;|UNTP(mP1vkg*-yl9XIp^S0@@}lM3TqQ4BVgqgEC09QD{ChrnekURM`fZQx
z9Pjq-GvD#Pv;8Y4u<N_d*m|4)A2W;NX4I|x5wfUR3k2D)X1z@Fw^HDW2UqX@_vdxC
z6$i5r*!k_Jo_)(ht^E0!^`e4wS7i_&K!5-N0;vhei_ZEr&-?@k5SY3^oULl=OEVz>
z0tA8x=(Ir|gfa*aXtzL|W*ejudC?#bLK)=*<VDN5xk_HN-Fy9rtIK}X+YUR;pNp^T
zap2<f|K-sYYd4K}tzkn2Ze6$Oo8NmZ`~7co!f)L1#7pmfa_ChC5a<#JvSD>q<s*R+
z1y-)#{PmlDw&y{Mx7+@NS)?VCoiqF2cVxe{^~B45WaA$3N3nNUknXAs0t5&UAV45B
z0eR8h7c*xF5Fij-AkJ1597=fv2oNYOpwpJ7b0Gl&1V$H#(`<uOA}<=`K`5h~fV^lq
zH&@Avj=pcUb>#I=uKVkq7i3ABH|%iYIes<ShF{L^L1#hSzk1Wj8FiM<z2@;3W_Keq
zw^AU;hSf@2i>gu}3yxm5YF+lfQ&@D5f8_-({qd7uyXxMnA6=9EPZFwpe674!knXAs
z0t5&UAV45B0eR6@zFS%p0Rrt7h_h9-+u7;}5J*`-r%n0kTRQ;)l?lXYwm~Y97Y*_t
zlu=GVUbLK>tK>y1+jhg=Xs^#M$r6m)Y<Juuzw~mJVbQrCfXnZHX1l-o%kS3v_yL!N
z{gF^uOo1R9R!kgK5g<UIv_O#Vstf`I2oNAZAT<Gb(bDg4E+jyJKwScHwyL@W+?N0W
z0<#v-X=g2LegXstWCC%TZIDXjMT0yDWt0<;7cJ-JDtXbwUkS2bP?lvEvwtTo{!!u-
zl`Vh4vU}#tFaF^#D!Zv0wLl=qhSdT|OCUgiKwcn7cU1-f0t5&UAds4XylDQF%rOB1
z1R5a_XRB%imm&!eAW%X;r!9fz5&{GWj4KeQ*#@aZUNp#qP)0ccdC_uiu96oWclT`B
z_=AqVKFcody8D?cU)tQVrG;Hi_P3bd@!qdz?EBBVI&6^&3n&m|!wM*)Bmx8oOd=4Z
zyDEbK0RjXF5J*ixUUZUIIM)&&K%f?ZI9pXM%Xd=(1PD|hpwm`>>=pzF5Qx)kgH$3f
z8stGJqnv=eXgN1m$%`ibKJb>mIV}q=9)9}D#2qSL{#VZVUdF!DZl_dyU$<+tK#&cq
z(T0jAK!8B6K#=aL3<3lQ5FkJxH350i-WM}x2oN9;Tp-R?6&y-=1PBl)EuhnurgI?y
z0t7}Eh|_F?R3a}L<UuH-oPfM&IX73yi;li;wr}K$wVSrs^5`tMc<#za+PAvME4uKG
zpJ(jZznj;*61h&bg%Sv|VTCeL3;_ZJCKm|OU6nzA009C72&5(;FFN^)oEZoZAW*SD
zoUN+jg}WUA0t6}(&}l29b|V4=QWl8QY=cxHFB;@QD5IQ!yl6Q$SILW}{3dYi6EDuC
z7O!}4b;=Iaul>qLo}ZJy>d`gT-`yP>DiCDDYN(#F2@oLAPasHlRR#e91PBlykeYzJ
zXusDp=LrxX5LO`0Ruz^=VFU;em{35coe<FF1PBlqMIcVI4N{4`Xpje?jB*0<qUGFN
zB`-S4j@i~R*Zlnd%Zo1knY`#Pt9;7jtJH4Iy@G65t?{%F0t5)m2?Xh`${;|1009C7
zQWKCD^*Ty`0D;B{#M!DEN2g!{1PF{Mpwo^BWf%bh1SS!P(`<uOA}<=`K`5h~fV^lq
zH&@AvPO_6W{aUHTx}G5Uy5t*u-yj=SqYV{LfB=DBfgs&g83YIrAV7dXY69}2y)S0Y
z5FkJxxImn(Dmaw#2oNApT0o~QP3J-a1PF{S5U1G&sYG5h$b(QuIRSama&E4Y7ae`y
zY~M(!#k!s;`MTsAecvD(R-+9SPk;b{UV$LpRT%^b5FkK+KxzW=qP;I>&JZ9#Ah<xB
zttvQ_@(2(hP+CBzEluY_0t5(*E)b{L2B}0|G{}QcMmYg_(Q<CCk{2C)-)!GVsl~dU
zDfznO8-3p(8&;zY6;FTwfnI?i-BlR`2oNAZfIw;j@}j*jX3h{GKp?n4oUJN2l=27=
zAW&LBr!7tALIMN`j4lwT*#@aZUNp#qP)0ccdC_uiu96oWecx=~NU6oTo+<gd<Qsk8
zARAVr4HZv-0D)eCAl+3N1PBlyK!8AM0`j80FJ{gVAV46vK%A{AIF#}T5Fk)mK&LHD
z=RyJm2#hWer`ZOnL|!z=gHT2}0eR7}-2T`9`d_!-e*4*HpMCJb2k*1bKH2|WxNzZZ
zx83%e-~48*dFBTH`Okk|vu4e*Wy`Yc<^KEczu$iQ9dX1FOO`BIy?S-_RfGu#)F3Z9
z`o7t|k<(2rE`MhIIV&DM<m8(^e!ykB?SAIAZ#;g>t&ZMiyW@7+?UWDhbJ0Ki^S2jX
zdGA$^u35Q$^SF{L)^1#U-!luA-t)N=zO%=Hi{JitXKlCr33HS0{Pt6`+kIid&F8Ls
z<mNT6j5~9F{ED@kF8KcAhn;q7c8i^MJ>~V=9=r86$G-V(r~Li?m;BS$|K+lKpDIy#
ze*XONbmj9iJ8rSSfKFcJS1lH{Gy(+D6sWR=x)%Wg1PBlyK%gTaFPi4dr&SXm&}e~9
z53l{8(Ts{GK!Csif!Z5vr+@)P`icMn0!<g_^g0J~0`j7M5*jTaFFNAm`>+4{uPi3I
zXaE14bIv*0m=R~ohHc)wdEUHv{pS0^7rwAz!-mmko5h5K?=COe^xb@t`lppzy!eN|
z`0%H`^_tflIm*8*;kjVhJ-4pgG_>+7AAbI;7vA~aJuet#+PN|N9J2J9$6pvabJu{I
zU)Y!>PG7h6F@tZk<IW3Cz4pGTq(-MD-?b1Q+buA-nOF90yOFJq0D%MrD(jzaM1TMR
z0t5&U$P37eCiv!Q$pi>AT_E4a>pgC|r1}XEAka^s-tL;ed%p^uCqRHe3k34*&T%Fn
zFY3pj(E{?KqddM>UU?<^{h$4^ot^Us9B{yIfBV}}CVc9tr#e>+IC%8YM@N}08#DC@
zhu&9Sv;`Y_=_O2_TFibY=O+(cHaKQk`0ZQYdB(SYv35Y^Sq8Q6!ck6sap5har#jER
z`Jrv!aQrCK&W+jqBj;wnNp(QwqkJ{F{3v%Zrey*{`*}43TBd3_1PBnQrg^#x0RjXF
z5FkLHOF&-KizopC1R5vM)yZr8*f=@`6CglfM1dMxYuBwuEZ8st1PC-ypsVBgC@<<~
zpwR;IqC+3wzy9mL?z`{4omA&B#~kzAbI<+$_rK5nWc(lg@Q1Z)*Uq0mzw_;Z2Oc=|
zw~TJuw5c;bJGkVMOMdmMU;XJ%f669&_0?CiKTn_k_NA9z8d~AhCmedmY=FFI6L;`w
z)jVNpG0S9r>@$l-Pg-`3+~L2SJRo>ENnSL&(cYiGVicvLFSw(ts!=}fu+#kORt*Zf
z4!!k+@<Zo0pp^onwDbzbw9?k12oOkFpn}fn76b?oAV7csfnEW5(Uf07t(^dYh6?mH
z^SaJ76j0d&2oM-5P*-2=z3<Rc4In^(Kyw9pn_l8)<V6$z0ciU2<wXZS!7Rgh+;PWs
z0-TE$Ey~VxU6P$yzI=IS%vooh)ioghG0TM>dg!5@!S~*KZ~oi4<HsI*tTW)?gAdM{
zOz)V^nW<0MnR)Pmyl8Xx@yRQnFtvE%Wj`7vT{&RP2lu(C-zp}|i)J_d>P2_<n|$tk
z_M1fq)He95H|?_U<~6Sjo`1l%6Uq;m*;g$V7~IS&`?kfxmPUX;ngW&ePd6e!fB*pk
z1PJ5><VDkb`Lt>R1R5=nZ{zhIH=0rL1PBlqAW(02&EI`Mk-j28fI!m)^6k!XCLk~B
z$Dq*y@}h$uU;gjBX9>yPuxRJ<uYK)nosj2-4I4V=yAB?F@WIZo%PzaD>)X!9>#n=5
zGweq{`cdb6@4?h3?7c<d8F|sB@8*-#KS^rw)^(e<+x~>Xp~_Ldz2d=V3zsl?UNpP=
zcUEsGoIE?Z{Mq%d+xnPMD(pArQ(wBW-{eEjPa;2bas%2bP}sw(KiO7Z>mooPS%K;s
zsXG!NK!5-N0t7MvdC_FwKP{X9f#wRt*}s}=sB!`X2n-g`X$SlGmH+_)QxS;MY=cxH
zFB;@QD5IQ!yy#%J?3aaha+}$op&u|f|3~4^KmYuGBM(3P@Xmz)@gM)uZ&>!1?)Tbj
zuep(*``qUS<W#3VVZV~P&dZBVWlL@7B$K2Tm;Q8hzaZr<?>Oze+aAq+{bu$D>sPGZ
zbj5?K_c&;Azrp=}3usqf^j#l5_xMZiy6oPkZd|<~n|9?(o3p=VfBN+g?6m7C{btV2
zA9?QW{T|IBC*9QV!XwW9?scoyWw*%wUGw-0pFM7QzmZuz{pKHheiHe?GyAs10$ts^
zu8%Diwlo3+(iEtxow_dp0t5&UAdt9#yl9#)pH@wPK%)iX>|BjzR6GF!1O^D`v;%N_
zMSuW-X$iz>wm~Y97Y*_tlu=GVUUYz4_TTPKwsY^j_s;(E`+&jOSJ~f=?~MQb?|<Jr
z_&2}#O=rNVr=Hq7Ab;kfi!SO6-nemN{;SUM)F<rBJoG?bbXvP=6X%&EwRrk<_ZOxp
z-?-z6H$DGyug1p@xU6ve-k-mscW`!QE-$*}R!4tv;Vsv#T3a|KJDKHC_c*X`81-*I
za8BWc*;QL_b8KNfXWjVI-b;=;|NDi5Ke*3Dy@N+NGl~2t^BdDjfua4pngOk}wI~7v
zQWmJDdAbV$0t5&UAV8o?KwdQES5RvwK%k)lU7ftfj|~M>HUR<zh6>c!TDxvNv{VBK
z5FpT8fv%3{qr9k}fkq3+iw<~vzy0lRJBiJO3l|O;Irr5imt4{rzh=#v-tiAS@IYrk
zcHBE4e`eLHRh_{<_`whIUv-YBK4E9(p$GD!&E3Z*uY8i!;z^hPxG+L__!%n;3%m60
zCkw}aXy1zq$1l43$zv|O<CYgU7Ji#QnT^Rps)dthCvRQ1DL;7bc*z6L7LI@GJJ0AH
zoSn%g*=D=r3NN|-$#sR73_dxD{NR~=+hT#C{k)n1Ef%&k0tC_&sHS<k3jqQI2oNAZ
zpi4krG|iV!t0q98(E?qayvC1>W>h=@0t5yK)Yw|PZatt#UlAZcpy>i#9nVL3Q9lEX
z7LXSm@c6RKXD6|_bm`IoBj>(axpHM^{4KZK(mOu?D?@+%>tFW{$e;PQfBU!2Y-gNt
zM*geL@zf{m%sli!UbN}E`6TsEl3F}-`GbY|$y2|5e_=`A{>9qD@t-_&Y2o;>PJZQ_
z?-fp-om~Fx`rfHdz4pGs@rRvyYwzH>Gg+O5mz=!h?tYgHI6sN}fN6czZh@iwyqW>+
zMz%Tv1QHaerg^#x0RjXF5FkLHOF&*U!8cD!CP1L+0$rWF#*a;xR6hX%1o{co*jl@8
z-LFFD2@oLA0)eiM=cBx+pMgdT$cqkmd{009bSJTS!wokK7&-UV4}bW>&iIo~I;nSj
z{twpw;SYc49gsis=Rg0sGuuA<?34ehb3FA4J2MYGkQZ&ihF*FJlcW}x{%mz&e)7v_
z-d0#ozuzzV)r;;d96#2{3%>t&VKLds<<Au4MYCLJ;rIp1?&){md8e-|yyPSMU()ZA
z0p}-?A26-2+AT1&pI0-W-N;r)fIxx*)ih6cAwYlt0RjXFbP33dCiv!Q$pi>AU7)Lz
z*Z8sNlIkZwfIvTi8e41Et@~BzJOKg(S|HHX@qCmQ^)t|D0eR5@kMFtXp6etwmn~a1
zVC39ax7~JIXMC3A>>8iXf9|*6eqG-demv~3!#WfG@sEG(8Z-3?yXGJKQC_qK8+z#_
zOp;n$xqkDGJ1^*sP;UR%Cl&q?`8^I=+&efslhshV{?3Kpx@%S8<k`u>zeoSM6TVY8
ze!<eddC|lB<VCmM=Gcs)Q^|-2lgN*F3&YwcFu0jl_HFxMt%v}D#04trpKe5e009C7
z2oT5%$crZa7Hatf2sBY3-^S}bZla!=2@oJKia@>HHGlU}sx^iH0Rjyb$hSMknSi{g
zAA?2<$cqkme6POxYA3GwwXc0`z{t6;7A;!T8J`_wdCvSLzx&<qI^WKlH!uHHzvKDy
z=XWmo_kaKQu3=N3uxtLoALT_Gx`|Jv><LqgXW#NrVe0a2?>XzjJAS@m?WU~Al`n0+
z@{#BFIi&cHx&OmIe|stmIbqRV{VFM(|FF}Ff4^w<OGFFDXD2`Pr7H_>k)6D8^@e^|
z^*cYIe7|X(Z@0kUW?tF1?MAjb0t6BisH}gw5di`O2oNAZATJ;<n&6wKB@-afbb)*u
zulKm=lIkZwfIvTidb?}>?)@rso&W&?EfC1JJI9%Tyr>_8MhnP`4tRXopN#LsHTT_j
z->&>;?}eZJ>}NaUvx6+pnIH47|N5_;Z?hn1{;Ph+-~8q`JD2?Om%r>9HuVX+<{$h~
zUbF=pdg&!ho?86UDJ%M=D2JYZ?;hV=v36tW;`0~o{*iMFZ+F!B-_H;09G~{>`wPeK
zw)>f#G5Lcm^}6jFk1xC=J9*WkYx09fIi6g8l)D(yGJ(O(ys~dwrfN9^2oR{Of4UI?
z0t5&UAV455ATR1glmGz&jT6YX@p_LNN2g!{1PF{MP;Yn5-+jb_4I@B+KobS>?apx~
zATR32pwR;IqJtmbF~=O!No>CG!V3ci|LRx2>WrK__>ceikNo)jZ!10Pth4f8^*dg?
zcyVXW4I4Ie4V(IeUGoqAC@<Q?9ei3fPbIZ@#tjc{`-Z+*%6=KkENEKzm*Pt-?Sk(=
zUU-++ZgJG|XV(`_c*TRO3opq|e&g1MdoMY@&+jjto8;mj{-XDi!Dpr-Klm2DZJ)s4
zW?tF1?Sr)<0t6BlsH}gw5di`O2oNAZATJ;<n)q9&<r5&#M1g!8ulKl#dTJ&>fWRmM
z^>)|%-AAd`7y<+cG*lqp?i^<V@}hnW8Z96%I{5M3fB*fR#AcQq9q=ng&p6|Z&d9lg
zuD>9k{esZWfOF0{XYhUJzP;j#D>|2~Teq(3lBrMFHUHp`@}dph#HUjBv{H-NpPpZ^
z?4CF6vanwWvvYonEsxIr=KBp#y)>2jvq`R7wXR=U^(*Imuisr(uHU@l&I>wK<qxt7
zzk1=F%b)p6&@>yC&41Xb#eclMbJcmbJ=*U^{mxHIzTf=Lw^CqmGq3F1R@zz=0Rkxt
zRMtP;hyVcs1PBlykQa~_P5Bkn+6fS7s6f7r*L&PhKxGpkKwzjqz1=l`_o1a4K!5;&
z<_hH7o#RYEUeu34qXpze2S2{-zu@`5GJn-oR~1G^SFT*y33hf4{_{WoGe7ySfBoyu
zS7)DncK)k=$CqDzdFPVe-!D4#3Hy~%cwSz#x%>F!l}{zLn1w3O|L$WS+~=ZBesb`^
z&Tl_;{uOsm<uB1^sm^S+!rQ%f&kM3YB0qp=@UILloU`A_b8dNPz>NyOnu>hk%ucpg
zps<Hmf3n5GmPUX;ngZ1~Qg<XkfB*pk1PEjT@}g<Jd|EXD0*w}kvwt<3QSk%_5Evk!
z(+<G#6#)VSrX>)k*#@aZUNp#qP)0ccdC{S6&p-csC$yOzoOIGjYuB#*;~)Q+U6}pX
z|CLu>>HKEVz4zYx)1UryXYe2X@Q3{5|MP$T&(2r#=g-f7)$jO%3ohtfvU&67u3=N3
zuxtLoALT`-wW~I9p2<^-*>4Jc&qvSi7o;3;eutgrm-sX8dF1O>t?l<aLU(z`X*WIp
za(-~{ah4{1``?{4pu*9=D*O}ny?4x?nOr_Uo8v?T1~>D{zD-2iG6@h!N1(F)=|%(y
z5FkK+0D-)Kyl6TvoK{MJKx+i@ZM@#&){t5V0RjZN1nTXs`MY-&<|6?D1llB!Z+DI}
z0eMkB28|Yw7aisC-FM%8o!n->gT40JYt5Q9U;N@1=LYP%@4j6#|L%9c>s)*I;fHs9
zTlg`Hm3A)q-~ao6ca53)gkAFw{wOcnrk#D<wM>{=y!x>hw%h)M(Q}o(BhR?u!EtMz
z8-LZKYu>QKiM<nMXWq2S!sXBY<*&&P{desXFZTOe_JuR|J6R(5I-&f~r5Vslfx*qZ
zvTs{yYf%IUq%2Tb|8ye)1PBlyK!8AAKwdQES5RvwK%k)l`8HnfaYF%>O@IJ_p#t@G
z*ZkdwmTCY20tA{XkZ*U6GXZ%~KL(8!kQW{C@on0)sgnimWH>tqhaP(9uYUEb>`&Eq
z&K!H}v0XFgzukZT{ky&`{5Wskyv~IG=l}elt}#=euxtLoALT`xyN^#^`6Q{uTi0#c
zY1dN<Bb4v^#0B5FYt_v!Y|Q>t{ff1lvTWz)PrR{kWOnlEN7szIkj3{s^ZIR%Eu1j>
zwWZfTxo-3cuX+51opvi;MeqFm*1Pnlt4F`%+{j7f$Gw;Ftq~a9%q#o0HJ%nifB=Cx
zfy(-)8xbHtfB*pk1o8s%qFzS{5FpSvfqWaU_qcI%3MN2+z=#6%cGvvfM=aPd0t5&&
zQ6S&$9A^UZqJ9h-Eg&yC`s2&;nd{cAyZY*@vn*)#r{}XI=OKq2vSi7UC!c&W`zo6!
z`xT&_cxQILcjf~RJg_sMH~-l+J|73oZrAng+{dX;Sa_Ghlk%cX+`*?+^CYRolP>>p
zZ=y0g^QkXgnZ-nVD?I)B2MWjk{r;Eq4jypk!aIJx#g<1GPPOyfPhI}ZNWWP$KYtc{
zJ@UNUx7_NO!a3(oerVr|vtOpV-(go3j`_~&4fzR2Ii5s*l=+Qmr9fd1ul{5!Z7qrb
zfs_TRZ=~)>fB*pk1PBnw1ms0ieg(C50t6Z=5NH2tD4?<l5FjvAK&Kr_WB>sI1SS`V
z(`<uOA}<=`K`5h~fV^lqx5BHQdg`f89CX#HRlQ>_yzs)#fLC9AwRb@N%)kBHzjX$m
ze){S8uR6z5pRhCY&;xnV$@kOd&M--8akqD$Ss0$Yv442-oge(hxR-R<o_+H}g)?L)
z-|@b)Z+!0MuJNOPT(NfJH*S6SpkuCo_eam$dYixe^3rX#JMR5^U3l1Ow=Q|$*|~Xk
z+<8Io-Lt`k`Pjj?o<x4|%)V{0z|ekP&43mQTN(iZX$n-+Jl%x=0RjXF5FpScATOHc
z%coTnAkb)mu1;R#$3`<Mo&W&?0|aVptzEYsP^7O25FpTWfv%3{qr9k}fkq3+i%#+J
zU2@4KorLFq{nvl>&V2v<_jd+7_~3)R1M+9`>C-#!yfgn*=XmN9c4i)WATQeV-F%Yz
zOQ#lZd2wTJaxy!UB|-<(bL6?V7hZMo51trsRp+Y(%kC+>JUjW`Juk>g>WrMlLH3(V
z3-7+ifs0GruC#oKd%2`F0z><GH3M4XX(0p%5SSCFrg^#x0RjXF5FkLHOF&-K>nH&N
z1R5vM)yZr8*f=@`6CglfM1dMxYuBwuEZ8st1PC-ypsVBgC@<<~pwR;IqSJbOzyJO3
z=l)22mIyuj?6V7}&3>n7CokIXSB7>j%%@LZdF7SP`TW7uC(KVi_*h=Fi97hTYA&5x
zy!MF~3&WFp9(?(L+7@1UZ{by^Tyx)mtLDDS{$zaNwb{umvAJUHrlB)TIN-Q%{h+Xb
z1xxQKF>`7868CaRYXk;2^UA($ji-eWAV6SFptAnyMg#~DAV7csfxLjcsMk>f1PC-v
zAm7I8J#HMGf(Z~HFrq-c-8Fyr5eqhq009C`6v($b$C-e<s2_ty3&@L3>+#)m(@mW$
z=%!7Z`b~Sp5l3`}{pWxFXTM>8_`@GM>C=M`KKRdn{&T;PQ=hQkjk?aui#BlwpH|JK
zQ;XL;{z74Ra`%s%JD|3Hna}JOhYq+Z`|8m7Hy7S6JGtMyt5&|WdGO_ve|z%_8{e?Q
ziG?*}zjw66{H5hf+{-1c5$NjPb$x7&r-cw8KwwUwu6F9a1PBlyK!8Bv0`j6>M+p!h
z&^UoOJ6GfA6ik2sfe{6C+7Y1)BS3(_Bm!}oZIDXjMT0yDWt0<;7cJ-3b=8Iq8#*b_
z3opE|>)ZUthaY~pGxCZnuE>9tKfdwC8#}{(@Pi-Zzv?=k`h;Ec_xmU>I>}Dj^lM9}
z7MDL;{Kwg|MCDD-zub={OOqBxF28Z>!~HH<xqkC!zH)8hRoThUpLk<7px?DqJiqT3
zmKD}8`1h#}D4?|bfH{5DdVzjzyyEk%ceX$R1X2^IxQn_S0RjXF5FkKcPC#BXwbxGT
zB|xAB0&%vm7GPQe0RjXH1$5d%7AFZ1ATV8lIL$UlCGw&{9)vQ=3CN2Mb$jan{m+2k
z@cG0OPwcbLK6CNT0}nj#cfb4HfI0v4r#~HX$RV99=z|YF*gJUDs#To<2OMxf)?|9e
zbk0nD!p_Wt59CFsySFxLwn<Wp+iZ7SVT3Y^cNQX?ee*+w<Fk|5Z!0al<koeY_WIlv
z{jU1TIo~V1YV?!m-15*#i+?mA;F?X9{btcmed)@6HC*xFv!mZGKXMZJ{5+165*Xaf
zEBiJnbBiTFAO(TS`llNaAV7cs0RjZ_0`j6MylPq_0Rk-($hYx&k6Q+7IRpq0=m^x?
zUGsPEl;nT_0Rrt4$hSMknSi{gAA?2<$cqkrd|9M3OK*PZOJB<V|FQq$fBcWR^kx<x
z{r7+W_bf>|fByVVwsXJz_Ivf!SBFmc$}6vQF3Ap-ELrlK-~1+<F#FGMfBW0(uDdS(
z?TatISp9@U@0bmc7j57EKKhC#Ni7aYa(-n0OD?<jsTFHCW|d@rEIx~a9(L-j{UVpI
z-}czTKPaDF{-J#@?swJ6OYR<hnf*pCSa#3c{MlO0T>jwIkG*iqi+`y(`<ERo{psp|
z`ue|YxBUtIYWVM8zNX*IL(fklKXh^f+A1(gORr!|TY0UE0D)u$D(IYUL4W`O0t5&U
z=oOF`P4@lM!U+&)u0U@yuj@>64OLEn0D-{*b@kQW`wp(tw*&|fXtY3Y(@Xq}ylCP-
z08L-Myy(y;IF}dAXE+OwKmYm9XR*(rv&{|2ekEz)BwZ(e`qQ7*HQ~_v%8NF7E1$6V
zNm7d!-T6enAmv!+zqs(0!c`3TeWcm^TW)pCi2u(2mq!cd&rWvoqGJ_2H~3AvEbN3!
z`^`V#{3P-Nru9|31%~$XY6i3$+3E-oNKl}f=IJg32oNAZfB=Cm0eR5`-#jgu0D-0p
zbanC?KQ>)b{R9XQ=qFHPYwfyqzY3ivK!89C1iCt&kMg2^1{y6OFFN$`4b6-0wbx$D
zmoNY0AOARXs{DZLw~T)Ai(l*th;}|^>C<)V*5$_!J)Zi6gYPIW+JX(e^b#gaExv!R
z3ri#|^OtP<hU0I1?&ZSz2j@lelMFsS@3!gZMYq}Rxa^mv7M4BY$qD60yo+Hi6Byjg
zEBm%(s+L250D;Q-ryCI<K!5-N0tE5`@}gcu2@oLAIDvc{ulKldbP6UwfWU|X^>)|%
z-A63gFaiV!G*KYm?i^<V@}hnW8Z96%I`r{ne<uFdzy9@4e)5w=ixwSw?6C(Na6lFi
z-FM%84?q0yOD?(Okw+f+{qKK2bdtgW+04&9_gwb(=)e5sFYmL@K6~%I_q=)YF1zfq
zr=Na0`>ODg!6&Ca;egx8i#BlwpH|HirWS8{{^gx^J!NoQbHKN+-QuW4_dL~aEn)Mb
zJM1)n!mwzz<O${bp*i1ffdQSo%CFjuY;^<(Bq&g23w1971PBlyK!89;KwdP#H&06@
zK%nUYogQBMLDMDGPk;b{egd^O*iHfcDs-Lz0Rk-$==3@Va{}_Bei9ljATQeJ$5&(V
z@}e!+&`U32^3>vut2eyw6Bi5!h4%X@OI<Gh$<qTWkC_+U^Pt69N_IfmBYrix{D?O)
ztW5$n?iBf3w~5qR2oNBU3FKRxV*&&S5FkK+KxG2*qTWRb5FpSvfy(xXp*LzAoq`Dv
zATXl9&<0r9fDsEei~s=wO%$lCmp0`_@}f<7QtB)ekQXgvadN1Dyl4}5@M+aNmDJ+O
z^_wsF{^Rfd=z0C3p<U;*r0B^@?q0EW<KR_PkQcpm-KNv8yMOnOoZD4l;l~eu>RXrI
z{p8@9NB?#z@}u9*$aV+}?dR1DXa}ZM5FkLHBT!BAbQb~y2oNAZfIydkylCfr%mD!c
z1ezky)yZr8*c35!5+FceT!9)}YuByEt=xD51PC-ppsVBgC@<<~pwR;IqK$rhH5M-~
z+Mtbl>ZMLMwRpqRFMa){pMCCx?|keti{ARqGhV;#vDsgof8Ex{?D*#S@89df&m3{>
zNtgfl%155h@};9Jq=LL?r;O{LTzA^H??336>p!sfMLX`iV9TwJ$tusv&O)#UAA3WV
zDP8`|`p)2~986b!DkYgDzCevTMgG?Dp;SnK0D-Xt@-5CW0RjXF5FkLHG68wfvEJDX
zCP08d1cA!-h@m%%prHl=1PIJRU}yuZY``p5XHEhH2m}$Rtd}<BM)IOfc~a^u6p$A!
zWN~t+fV^msO}Umbq!w#o&u&V-F8M~^cW6JaW<aA26;FTwfnI@Xny0%EAV7cs0RjZN
z1ms0~U(B2#K!8ASfv!$o<Hz7o$|FF4Kxu&*TWi;?OE1BN1PBm_FVNNTe3TdUGtg)O
zdC^8cz8Z^{7mdGP&#pqL#o5^oo|*h$AKw-V)VNdRZ(UfMlLQD5Xs$rM#W^NGfB*pk
z1PD|nATQe77f6*8Adsv;WqZWX8zuV)ESvy=)(Z@6fRznsJ+%cAAds>^Wxcd1H<A}^
z%9B!Op@6(-A&Zkk1>{9jeiM*dtn2BMuS>qs_Z`~Ls~ON}L&XyyK%iHkn&#;)1PBly
zK!5;&E&+Mb-WM}x2oN9;T%fCy*Z46wl=27=AW&MM#@5<(>(WbbAprse;tO<jJRjvn
z{R}i(Kwh-bkFUn!<wfJ~*R!ioYH@b9gJ&i`*vGep0yXXw`CAv(<|F|E1ez<5Z*h(Z
z5FkK+009D(3CN2!_XSer1PCN6P}v?a^hU`(0t+WVp!EVn8(?JvT2F0(1PG)oP+2c+
z%8lejoARX8StuYcTFBz$Pyu<-l-~rdess-iUUOvj@3MQJO4*_MwabfEZ{C7C4(;dF
z3}}I*B@iG$ATLl&^K=&i1PBlyK!8A(fV^n_mCP{#0t6Z%(ACLn{MZOCMG_!DpoBn;
zt+ngcC5m?m0RjY?BGA?Ge3TdUGtg)OdC^8cz8Z^{7j4R}J&QUo{=pM-dC?OV-8GB(
z&Dl@jn#W(5lVAF?)&0gePoPVn#+@R6>#nMNBtU>b(*^P^&M^T31PBlyK%g=KdC{i7
zMyj6xfdmCA+areFC_#KnCO{w&fuRksvH^*JTP6VlX$n-<OPg{ddC{gkDRmYK$cq-T
zI5|{6UNp^jfVoxQxO&4}YVqP9{vu_E>ertALf1L@8=iit`n$VhLj{KR^J)e(R8QFi
z2oUHeP)+l67Xkzb5FkK+K$n2LXusDp=LrxX5LTe8lh^n$ERn(p5Fjw2K#i@n>(&!4
z#N`AC5Qr?$)$x3k7xgpHXaRZAMnAq9i<cLTyi-?D+xCBbQWji1@v<LPa4)y$2rO87
zPsYB@cE_z;zqxbL0fE5+HSQGoTMsVMw*&|fXq-U4#W^NGfB*pk1PD|nATQdu_eKR1
zAV8q9J!0sMJPQH@2((pTXalTlKwE{aivR%vnLuT|v?(`|7j4RuQfHxnyl5edlS2jM
zMH7D|_~@rE&4P;``-jUCcc^&zdwq6E#{R)iUR?2g-LBCBL;HC(0~&3pcmf0n^a@nd
zJl%x=0RjXF5FpScATQecV&)710tA8!banC?KL&?V9svRbN(<E3TDxvtdI>HhK!8Ae
zfv%3{qr9k}fkq3+i#Gc4)mXf|X#D+prWGz&_LpCD`Pwaxy8QlUW_lx&cLbLHboG{7
z9i6eCyyWiANe2Xm3e>n$<ZnH+P6G%KAkZv<e2a5TfB*pk1PBnQOh8_=Suc&MB|v~c
zCQ#WPG4w_r2LS>E+A1)#0aiAkt-{ttfB=C^pt4@tlpD#5HswjFvrs@@w2;Ngp#t)v
ziN6xux^B~3{`T}NyZEjTePhMiO^It%u>2KkH@@d%=V#zM?RpCE3c%ZRi=q9zngMMh
zwH5*d2xJ1)G*5RSK!5-N0t5(j3CN3j7bQS|K;s0uI(dyB8%L*L0t5(*C{SZ-?Yi}d
z1sg_y0D&e7bagx*<wgArG+IDjw9${R#^U8go4A8dx8`$KK9c=@(JaCEk^L{ZdCe=+
zo!o4BfsA*LgBEAh*}t#f^t1d|jtLAEsBx#r-+E}B1`r@XpjiU>7U!4%0RjXF5Fk*Q
zfV^n4UK&+PfB=C^pt3z;=#4xM0t5)ORbXfXtZYDAg{_MK0RovoWxcd1H<A}^%9B!O
zp@6(-A&Zkk1>{A&5@Z5jIp=$GA;!1-&1q-d_|ui^H)ENuKt_7@Ef4MX?lb3{4?kn&
zbmuo)3Iap>c{Kx4pteQ=1d<Y{rg^#x0RjXF5FkLHOF&*Usdr9`B|xAZ0$rWF#*gjr
zv<d<Q2=ofn*jl@8-CLV81PBmljX+n&^HE;Z&p@LE<V73(_-ZU(UbHpa`h*Ml>V<c1
zxz*8gX~s9d?Uet1_|;ja@yPRT_ph|TSI+tF4m-{N*k=~~_b*?w%R5e+v)y9Lqq7Mo
zd{{0|Q=rD3B7f^N@vWKwffftoTbyG81PBlyK!8AH0`j6Qe#5jh0tDJBP}v?a^hRwJ
zwk`q$2n=n2l@0JL2oNC9Vu8wfX;W?_FWQtRrOrYDdC@`^Cx;5ii?(>9A9rbs?tb!v
z`&={^YxI9-A@JTkFSzu_PmcRsj3+QBFtndnGr;2@K!8BY1gdGC?m~b70RjXF5a<$+
z7j4;FrR5MHkb*#0C$I5i3fk64fIyl8HMZ8STc_!7)dUD6BGA?Ge3TdUGtg)OdC^8c
zz8Z^{7foc-AAOmNfAaL<r?33@0hhh&L*ID&-<{=OX@NKFaN=C(^rN4?^srNJU3}j&
zqdx^B3G@ooxKreB-CLM51PBmlv_QVaIVM1W009C72vjB@FWTsLNW~K%kfuOod&JNi
zrRi_g1PG)cFth<yHXsFUYa~D*S%J!WX;W?_FWQtRrOrYDdC@`^Cx;5iizfRTVBrJ^
zG)rJ;Kd)v$v(QvafB=D^0@XB6cOgK4009C72y_X^iw=EHGk^dA0?`DzI(dyBqsgd;
z009Ei5~#7YcHMefD>4rO0t5mIbagx*<wgArG+IDjw9${R#^U8g18&etB0zvZuRx7E
zMgG>kg*iij0D(pe<XfC$0t5&UAV7dXWdib|jedtzJOKh}3RJd7482jB{#H$ZKnemw
z8(?JvQqZ<W0tAv3sH~SZ<wo+NO?gu4EEJFzEo5<WsDQj^vabOaPJlqO1cvtWY6dh5
zO|=9F5Ev>@P4jdY0t5&UAV7dXmw>$J(DyV02oN9;O`xlj*Z47-jCu$VATTX~8e41E
zt*5mj^AI3FAfP~3$MaEM)XzYp1>{8={rGAuUS2fd2CXCl1PJsB)VNdRZ{1s%GXw|_
zXtY4S#W^NGfB*pk1PD|nATQeJcSyw(Adsd&WqZWX8>Q)Q)dUEnATYE6RyH67ZEGYz
zAX$ORdTCQ`Brn>OC#B9p0eR6v7AJ=a$crZX8eriB2sBGzXg{xJK(o+POMn1@p#s%3
zPj?|efB*pk1PF8q$cqkrPcwi30Rqtkx;lA{AEU{rhX4Tr(-Nq$wRYWlS}QUS0RjX9
z3UqZmALT{;3^ZCmUbNAVug2o#MFVcoN+LjjK(9cJJ4OE1y@feLfB=C;3*=jzV*&&S
z5FkK+KxG2*qK$rsR6GF!X$n-fM-07Dn*LTzfItcYLmOaa15(hoMgjzq6{xJ2Hswb0
zqD^^H>MRtH7cFFQa;Sj3XtJ*X7EXXbvjm3r^J)e(3r)2I2oM-5P)+l67Xkzb5FkK+
zK$n2L=+O5x0|*cx5KW+~lh^n$nv8k~5Fjuuff`$D*R7|uBJ&U+Kp>z%SI6^FUewP(
zqXpze8~yldEM8tT;0CQE0t5*33e>n$<Zs<um@@<j5NNbOzQs8vK!5-N0t5(DCLk}`
z=yyoP6CjYLKxKQx&>N-cZ`A|{q#!V~0ai931#N32Kp<Ix%6e&2ZX_?-lqaRmLIHWv
zLKY{73doBl`x;>31PC-sU}!(DW<ayhR7-#WfuRD`G*5RSK!5-N0t5(j3CN2MeNQuh
z009Eg1iCtTjUS`QsD}Un0@D(xv9)&HdRi+o4*>!M0t$3>JRjvn{R}i(Kwh-bkFUn!
z<wXN-&`KgefIzQ6jXOpD*1d%}Lx2E*MhoOyoMQq62oNAZptQiB|NQ4QYt}4Vwk-R9
zH0{6t{`>8>-w{U~v1G}T)vH%$UzMJ=#TUwpHu@b>@dOB@DG+B@O4Hw}2@ps@K&MUN
zDO)1}0<{aoX|_Qskrxf}Ae2!~Kwh+*o2%qSYu}C)K!5;&Q3Qf)Sfi9`3;_ZJ8YB>;
zyDEbK0RjXFG+JQu=FRiw&D*ojf4=aAFKpPbVJZu}@x~kXF7=-~?zp300ohk$P5H}T
z{<7axW1W{5ZO|K|QV9?sFeflppP%VqPlNyg0&NwTY4aRw^0o?F7XbnUGJ&!BVG4ug
zMN@dnEncI%Xp0~2OqV7v>Xm>10RoK>nCV_H`s9tUQX~Na1V$Gay#X3YfB*pk1PBxg
zJoVI5eS)I@*Xc(eeYEiMu}&^uzWo21bmR|r-g#%g8{K~U?ITa~mw{P0w%=4^otGCK
z{e{g)0t5&I5g4n_&vbAQ5M>Y`Kw#<uGi{z@O+NLdnUDYh0&xV!>W3)|mKROoDYtly
z@}ez%xHDavyl9+#StSGr5EvjZ)4gEy$p=*ED*^-vG*Mvm252M!0t5&UAkZtYY15{B
z*z%G~F8S53e)Xq6{VDq!^sm19YWC;p^WVPo(o4NFjCH1TUNoz!-;Lx&`^l6$-^3R}
zH4`8}U_^m(jd2!NjaaZ@1PBmloWLx4X1O^VN2g!{1PF{SP_8ky_$qnP7C+n+mL@Nn
z!c(5b8s$Yt-#3jUK!8Av0<+ixO3YcKfLjwFKwuUEB|4!?2oNAZfB=Cxfh-q#=%I&p
z5~26rdvCAIV~;)78F28y2WS5u_}($IIP>ts4|nc6Z{EBCx5(#3fA_oJ4H!Ayul#<|
zS-jerlK=q%GZmQbMli{2GhL?12@oJqqrfD+ak|&mh~U-)2oRXHz;qjC3ucoSZNWoK
zc?t5ODL?&5)-EqP>)qD;1PBnAiohhTeu~#lWi2KlK!89Tfhl%KQxPCQfB=Ei1Rnf<
z*t;88+m7-+_{hi>0y#1=vSKwN!ZI?VY6OZD)FM?>SV@Hhj?*NK39<qxDNwsgg(y)<
z1r`Y*d6m|*pldq`Y7lV?Nn-*IL8UE8FbU8S8_Y+{r)yJe1OCLH_v&7~OWAMsdwR}3
z=dL~TthLuX^Rps)?mjcK=K0OhGwZm2UEg%mI+J<q*s;UPfA4$WyB_w@kAC#9VX>dT
z;SFzCKlD%k^iPjid~aU#i6@>oVr1;M<VBbBLTD!h2oM-45PK2StTuAPh7lk@pgDn>
z-WWT#IXW9AK!Ct_f!KzbU^RKs1c%sj3G$*npMFj4@}lGKO(O{qAh1J$npPh;cZUKV
zO@IJ_DFgyLq@@TDAV7dXZvwA--Rstw%!eO-_^|Sa5auP9T(TPZ%2&Q}_)pazHZtn-
z`|i7My|LkoqyN@WdC@5L)jCtWuvwD;0RjsVh;5iPt1Se?HV6<P5H3*D8)N5&mu5i%
z1PClgAhuy9SWR9u!6Eisg1l(Yr(aXMyy$Z7Wji52fWQ#~HLX5y?h!lmEdm4xv?vhR
zAuUCK009C7x)S)#cfPaEWL|aERY%wUj(5CcJ^0Q$?>u^N{daG;;fD3&e)Bhf^XLWT
zMUVE`_PZ^<5ZW^V0t7}1Y}*p28$WWxh7lk@pgDo*I_I`4H%Di~1PBlqFR*P(Og~;;
zH2o3hE>K=H_xVm&oxJGyd(%h)1PJU<V7iN7tCe>s;L!vK5ST(>s~%`D0RjXF5FoG?
z`1r>^zRqM0U#~yk_{A-^+_E10k&k?2<Cv%qhrhq{XMgr**N^-1m%n`U%JQN|`)vE&
zDPGvDNq_)>g$Qih5~mx#5D?oSK!8BFz;vB++m*vhvmgNi1ePPPZA(l)US2f)5$7&Y
zUNralPFJ10=yL95J0U=Tz!3t|T?AXLe8diYivR%vEedSa0}UoXfB*pk1l9t3|H{z2
z@4kEe`Nl6Ec;JC`fb&;=<ySV2iTdy>U-`=VSwnDih>sq<vb^ZgKHGk`#TP<*CP09|
zNP%rz;&kIjZrCsa1PC-IFkR=|cID>iY?uH60^<d?ZHei}%ZsKz;@kzwi{?Jx>8g_#
z9e-~cNq_)>9STf$5p1>c4h1}#009D12yE2@4JJT<009C7)&iGbe)&3<`NR`XtUurQ
z#Sq$D55Dx$OE->*`ta(juU<cE_z%;cc3FAR(-LhpV2T$uYZ4$pU?Boq^}|UAF9gIk
z2oN9;E--2H+-mXg(kw`T0D<KQY}F5Y7%VT^!zm}OQC>9h;Z9nbyy$Z7Wji52fWQ#~
zlimg67e8W$zD0llfffbEH$Wo^5FkK+0D-l@-u&lJ{nSsbKR@D&*SzL6>lo*W6DN)s
zS@W&OAAfxPl;Ml}@4x@FtL@E;{{HX({@dUF_E*39)&Jz5{F9&gnV)&X8{Tl;b=Q6B
zQ=fY5vByrk&b9;o`+xuMPula(%{Sk??F!2r-{K3QJrf{6V5Gou8t=#r8%BTtf#w8s
z+UAbTh6xa8QD8aEb|E{F7hT9f*hZOvyl9!5S@NPS-r)93fIx==3%Rg5lvgqV0=Wei
z(p_zX009C72(%?I<R{m$%-6p5wPQB_rZ>H5J>{W?9vU;HV9ZT7-L!tnFa6RljagxD
zUUWV8;1|FB+rK@8QO7Jea*Vua?w3r}5g?FKU}T4%VOUCDMG+uCU=Wz0g^qlL;~+qQ
zKw^QBov@!_@}m8mb;?TRMN=N@3`NO{CcfyEMu0#jff;UuF^|YZsultS2n+&aTAwil
z2oNAZfWSV1`|i7Mov0jwp!>eN@sI!Z-~QY6ly7}&sw;T-*IetTeC9Ks*|?K^ACAn6
z4$J=ZPyh5czVVHH(~JKoFX~;C009Ec2^9DI@QKaQ*)RbD1V##kH_YM%M{d|K0t5)O
zC{WxRvrd#3&3dw()Fm(4$w7ygDKFaM4Q|f_2y`eA-v7%M>`-3G1PJ67C~Jmh5g<T-
z0D;a0?z!ilbu9C3Z+qJqjccyCW<BNh+ixE;W!o{|`ObINkGS;GONW2kKW2p?xB1R@
zzVj2G_{2BA`OQZjd1RP%>Tmve^wCGZ{`If_)^GjRdd=aBm%Z#|!>}>So_379XzrIx
z)e#_&QsA_`eYOE9c@;%~0D(bZwnlo|2RRM`1PCM+IBgH?ZGgOJZzrCtUU|`E2Rd6h
z@}h|^dZiH{kV#;+d*SE@Wg=Az0RjXDfuozA?-C$DfB*pk8wG~HAatFg{Pkb|^^Ifp
zeYiJx`L(ZoZQpl8{`kK4y>Gp%-}#;230ZSkWcbTeuejoh^~$e)^{Y>uI8nd2yr_3k
z0t5&&Cs5z~qgH5+&V~sPATUxOs!!IhGjhX*5g<UIMS=PznQR4l(PRhOTRHNgy`6Ye
zz4D?h-r)93fIx==QEk6+oet%dOn^Xcfy%CEIspO%2oUH~;O@KcUgsy@{`R+zLAdtX
zYu8hz`1?hNzZ3MI{?mWDe#HOzKmTXUu11b|;)y4I?&p4Pz4%8y@{y4fj~FH|n)@YF
zbp!~c6gZ-*&-|^Fyow?~fWROyb2~laagKuk0Ro8yj_7`UeoJ1o&vQ>xwY+GWqnx=A
zdC|ldz0wE}$RsfH?Qq!RGLfo<009Dnz+vsq=L854AV7e?5d!z#d+$0t`KC9$>4=f*
zZ~eP}_wUwIV#A!PM||l^Us|vK&;HpzTR%7Ii`#CyZN2`G9UbDSl`G4OdKV=?fIxEs
zm7PCudUJF(On?A^kph9OvT~`B8#asp0Rk-wRCdUG)8$3;ooQDU$%}S%+=0c)i?(=!
z+cN<I9SQ_?{+gvalvgqV0=WfhTB5lG2oNAZpj&~*9(!yZo_yWwUN^>Jh?TCVJow;)
zW2S61=GTAy*VpU+kN@#MwwgO;@DLDv<ttyge#8S0JTPX~5o6><bH8M&jsSs_0!MW9
znZK2iS5X8A5EukzZl^~)&T$YRKp?Te5#6uPZ^?`HdG2YdmKRNPlrtA1FPiwGR~i8V
znFMCO9S(b3CQ`K!AV6RcIIP|IoB#m=1PBl~LSP6_u9K5L{nI~v#K`rxUi;eDuBRM7
zeti9T$QO@3`sjM`;fvvqA<OPt<k+!e>!%EV-RQpWZu>`hQSYJz2oPvaVB1zd-T3C{
zY?uH60wV>c>zv!JJaWT^5g<UIMS*QwV*2s&qUnz~cY*SvxzBgH>f}XRyut060D%q#
zrn?BXTDe1cB@-Z!TVSgmXfOc+1PBlyuoig5D_*e<Po6gaxi??><3Il6>qVlz_}Irj
zw%*L}??|JT-M7vk|M4HMpYo|seQMu#xBa8MXzrIx)e#_&QefLwKi&A0yow?~fWROy
zUFY0(Wye8)0D;5;+qT5?<K;!uA93yi<wbL!?{wA4izdG4l}3O-CV}ZLf~{80M5-17
z1PBZQTlGML2@oJafB=EDz|~h@y$(;_bI(2N&o_QC{MXypgWvkrw{9F$^WomVytMvr
z{yc0aAO7%%*HwJ-lb<|n*vQZ2MZJp>AV8owfsq}4hGEUo*)RbD1V#$X&_YK(V&sMm
zBS3&aivlA%VL!v<Mf*AHl$FYhraaaeijo&?@dmeN0t7k~nBhhk^N0@Rl}vy@Zh<ka
z&lmy(2oNAZ;Gn>t|M{P<!;?4Nbko5Bdq4Ty=RUU{{3n0%CwsqD|MgvW-L+o)vdb<T
z{w~w{H8-ws?X}mgAM~X!eQD#E@gK^I=6=ak9RUI<1;#h|sYj;dRTKdN1O|br`{(%e
z9R~pd1QH93Z-$+Wlo##fptF`KFPimar>;w0H1S2RGy()N2~2$*j9fnxsagmSATS7w
z?0$w3AV7cs0RsC3hQCvE9iBYxUm5z&cfNBy_>Md7*tb;WAK&wy_pBHHFaPDgRIYZ|
z^dW}&>Q}#d{h;A*Og(Jm$j{|Py^9hcK%hB+ksW@9Va?ImFaZJtMheW(LPtJg<c19+
zK!8At0wX(NKf~lj`#I~BmCB2zJk}YCk{5092DfJd1UeL$;YJwqhz{kIOn^XcfibPm
z7y<+c5FkKcqrjC{Ub)UsKJv&T8^;VEKJmm8KmOxCz8ZP?<(J3){h!0X(*Mby{K@q;
z?z`{4!?scR`B%UC)%8<;_Gf>#z6yEK+%K7`BS0XfK;=~uI6Wn=q6iQmFbD*;%F3l2
z2LS>E5(`vz$b8e~Mf06$R~5;Nc6Ho=#mb8&zUY-kfIudJz|LQ@R3=ij5FkKc5U6R1
z<`N)4fB=Ec1wQ%7Pp%`Bzx7+cb(qHc-uJ%su#bG?BZmzu`+V<z>Hc5+tAACt$Z2OC
zKYo1gUoLv%jW?cl%4rA4i+UF&K!8AV0;lcmvkhpD&V~sPATUy3wnlo|2aVjYVFU;e
zXi?y_J+QX{@}j++c(QusMUx%qY~{#{ws?cvGXVk}3e0vd9Q~jU<&{i;KyHDfo1X6y
zAV7cs0Rl$|oIH7QZ;JA!n{GNd_?BC4S%*c3zm{|OH}D6?tUkHnh8u>zhIIAM@bzKC
z_I-ZURadRo|DXT!fA0J4Y5#cr_1E8i`|U>$d+@;rU;p~oub(pf6{*ADn0oY-G2fLJ
z&Ha+8Isybz3XEy*^NdN!t0)2l2n+)AbkQ+SaU28)5J)UArVVyAMqae5<IY#CylB2N
zou?vs(Zm<M(g+a9BrwmVaN4J2B2^0k0t5zu)Al_B2oNAZfB=Cb1n#)wj&+c7_~N?j
zuKUh+zBBx{+J}F>``z!p_r34k``xd6<ts-l^@o4>hwH(^*GG(8f9v6gA6`!xf~F@<
zoLGNr<QKzVNjj|X3%~FS!(SQtjc<J8d*A!s5Q1IJef;sqhw9$*p7*@$WiMMlW%%N>
z`O=Y(mKXIdN`L@?<^)D|_!)*ZM`yzX2oM-4FhdI+`G}DlHjDrP0xb%R?1cRclNash
ztW#DhFPidLXDCWuw8b0To(T}>P+*1|Vay{slvgqV0=Wgov_4}95FkK+0D&U}{_3y(
zYHytKu&+PyiBBA{$ndR#yy);>w_iW*w}1P$k6wS{cUO7Q^&&@q@l!wbQ(yk_mp86c
z@S(hD?w3r}5g?FKprG4NG$kdkq6iQmFbGW4HVc+@90UjuNGwp$6?0FK7tMXX>8q0$
zO@G7_6(}#7_@Y-D0Rou>Cb|W-T{aV`S_lvzFbHhh28|~`fB*pk1P%%ee-G#IS9Bg0
zwtUsAUiG!FeeK|^eV=Tb7ajfz(^tRx)$50T^PAt?x8RsRj?aq@e^=^bk3BYK&5>i|
zMZJp>AV8owfsq}4hGEUo*)RbD1V#$X&_YK(V&sMmBS3&aivlA%VL!v<Mf*AHl$FYh
zraaaeijo&?@dmeN0t7k~nBhhk^N0@Rl}vy@Zh<ka&lmy(2oNAZ;Islmdh<(P`qJ><
zqyOjs{GVTX>7~Pe9saeieeJPh$8Np#*5O;HojwfMHZOYTop-LoqCfxhKR@OX2geNm
zKLSJ0^ro9`8seaDed}AVxZ;Y-F1u{l|0S1Pa{1+#Uv<@0zx%ttJCtzz`0;~tD?gDJ
z&Ha+8Isybz3RHIf!09P@6-9smfk7a!RaP$LI0z6RkXWFyL*|<<FPiU6yQ)ZDw5#I|
zELL7L@kOsR0t7M%1a|(Kr81GKg#ZBpgFsD7G?xGY0t5&UAW$qIFX~;C009Ec2^9DI
z@QKaQ*)RbD1V##kH_YM%M{d|K0t5)OC{WxRvrd#3&3dw()Fm(4$w7ygDKFaM4Q|f_
z2y`eA-v7%M>`-3G1PJ67C~Jmh5g<T-009C7Dh1?4bH8M&jsSs_0+pRVaC%B!MG+uC
zU=Rpwm6c054gv%SBo?Ubkol&|i{?Ait}2oj?drG#i<K8me9<e70D(*bft|l*sZ6A5
zAwYn@AW+j1%_Ts9009C72owv*i+UF&K!8AV0>wQ)d}4ESHcWs3fsq2?4YPQ`ksCIQ
z009Cm3KaLotP|x$vz}}xb;*l%a?s&r%8RymgWEF!0v!s3_y4j5JCs*40Rp)N%9^2B
z1PBlyK!5;&N&$J%+%K7`BS0XfKxO9-oSu?bQ3MDO7z6@aW#v+ig8%^ni3KV<WWMS0
zqWR9WtBT}ByE^W`V&z2>U-U{NKp>MqVCSz{Dif(%2oNAJ2-LJha|sY2K!5-N0>uLI
zqTWRb5FpT;Kyl9xpV%Co4HF<hV5C5J!z^BK<c19+K!8At0>!;C>qL3ctS8$^UGk!x
z9CUb@@}e!?;Py;_K!*b1{l9F%4&{|hfIx16vSw%&0RjXF5FkLHQb1lb_e-Yg2oOjq
zP}%tdr>Epq6afMR27$m<S-F(sAV7dXVu8vInQywhXudP;sv>#Ou8upfSb5RJ7roL5
z5XdAD*!gRg%0#Lb0t5&Q0yQnsTml3L5FkK+K(T<lsCQ8U1PC-IP~7vwCpJfC!vqKr
z7%33mFpC!)xnaWy5FpT^Kyh!(I#FIU>&bRfm%L~v2OVCfyl9IzxIGgf(4jzh|1Vpx
zLwO|=Adp+2tQnd`fB*pk1PBnQ6p$Cq{gSCV0t8YDRCfNr=_z>?MSuW-K_IYIRxaf@
z2oNBUSfH{)=9?}rn(s`zsz_e6tK$wVR$esmMXxjh1TqN(cK({BGLfo<009DnKut?D
zmjD3*1PBlyP%I!X>Rpro0Rqhl6!-k_iOtd3FaZJtMhb*C%;E({ZrCsa1PHV!P~01{
zPLvnTda|9=B`?~^L5G(qFWTY_ZqEb=bSMzs|H~HaP+rLd2;>$hYldbKAV7cs0RjXn
z1>{9@zhtV80D+VOm7PCudP-hJ5g<Td5D09Ql}kAe0t5&o7O3oy`KHT@<~!4_Dv}rN
z>bL`ol^0EX(JPGrflLB{oxf(OOr&ZdK!Cs?P}364B|v}x0RjXF6bs0UdKV=?fIxEs
z#XUcKVsmshOn?A^kpkfjvv|Rg8#asp0Rk-w6!*rg6Xiv-o@^&|$%}S!(BWmui?(=!
z+cN<I9SVf^|FQ);lvgqV0=WgsnxR<)2oNAZfB=C?0eR8fFPW+%Kp>?+W#<o^o|0El
z1PBlq1Oi)S<x-A=009Dt1u8pazUlI!`OdVfisVJRI_|(?<wX-;^hzT@Ad^5~=dW2R
z6RBDV5FjuJ)U-r%2@oJafB*pk#RBr8-bD!zAkdsZanBE**c_b=6Cglfq(FGXEM9Qr
zh7BV?fIy1^#l11>M0wGyC)-I~@}iv_ba<KaqAlLw_Dq04hXUdKzihz{<&{i;KyHDu
zW@r`x0t5&UAV8o}KwdQWOQz}w5J)Ld+4%#fr{q->0RjXDfxuQ-xs>A|K!8AEfyxe<
zZ@Ro_zBBErB6-oSjyteedC|ldz0wE}$RrTh`D>QSM5-171PBZQH7(Ix0t5&UAV7dX
zv4Fg&cToZa2s9^9-1EaHHb-Z}1PBlqDG=T;ix(WZVZ#UzAkd;fac|5zQC>9b$#zng
zyl5u}9bTrqXp1+vJrf|%p+I>5FI%ufc_kAdkXxXv8Jb0a009C72oR_gkQdGUlBqfZ
z1X2oAcK*QWDR~t|fB=C(Ah1<dF6B4~5Fn6Ppt3{en=UV!?@YU@NM5w7;|?rVUNrGV
zuQUP#G6@8B{+gvSk*b9N0Rn?SO-nSF009C72oNApEFdrHU6cR;0?i2&_x$jQ&C%H~
z0RjX@3WPVz;sr-;*f0VF2(&0r+#9n_lo!o<vYpf=FWSjLhnFcY+Tsmv&jbi`C=lNN
z%NFcVUdaRq<Q6DvhGr2UK!5-N0t6}r<VAD8WU7t;fs_K3oj-7TN?t_~AV6Rc2yB&=
zOF0e#1PCM+sO*sWrpt@wJJYTzk{9jjxC4uo7fpQ8D~$kwOag(Ozh<dSq-r5RfWRP7
z(-O@kK!5-N0t5&Y3&@Ll7bQS|Kyw1cJwJS6b96RLfB=D!0^tp_c)^hyHjDrP0xb#@
z_r|Of<wdieY$tWei*|C*;bqE;ws?cvGXVk}3WWFnvIRSoS26(txdqCap;-h75FkK+
z0D(#YdC}Z2nW`f|Af-TM=MS8ol2=g#2oM+q0$XL}QjUWF0Ro8yDm!Gp>GGoa&a|tF
z<VCwW?!aQ@MH652N+UoZlR#kSuURS+sagmSATS8jv_x|W5FkK+009EU0`j8XMF|if
z(40VV&kvv29GwjlAV6TGKzPF}UU1}w4I@B+K#Ky!y)o-VdC{yV+euyWqMaOcc$xB|
zE#BbvOn^X#0^$9?Y{3rYl}vy@Zh^99Xchqi1PBlyK%i1UUNrYhrs@a~NGVX+`2(k?
z<W&>_0t5zuz*bqgl;a>kfIwn_$_|-ty1Zz<GwrG(dC{(pJFr-J(Zm<M(g+a9BoNs7
zYnIAHsultS2n+%>Ezw*81PBlyK!8B8fV`-8Q33=AG$&Bp^TQ`LM`yzX2oM-45Z*A0
z7aX}^!w3){(4s(bZ_GMTUNq~;c2bwTXeS39UZ%Wgi#NDE6Clu`KzRQzTd+fUB@-Z!
zTcE5Nnni#B0RjXF5U3Q87tQ^WsX77#QVLXd{=n%ec@;%~0D(auuvJzr<v0isAdpy~
zvP0&ZE-#wzOuMQ`UbL&@4lGt)H1S2RGy()N2?Tcjnx!(4s)Yan0)s$JOEi}N0RjXF
z5Fk)2ATR1&lmGz&%?T9u{P2m*(b+Ho0t7}1gg4CM1xIe!FaiV!v?x&A8?#Q77tMOI
zozx{S+Q~tOmnkpW;tg)k1PF8}5Z?dG7VJ=7$pi@G7AR|mW)UDjfB*pk1S$pOMRUJo
zs*V7GlmeBVKX7_VUPTcgKwuCEY?YNuISv8@2qYG$?2!4U%Zuha)2=F#7wzh}1B;ax
zO?=TSjR1j60)d^sW~of1Y9T;?z#vf563rz*fB*pk1PBxh$cuUxB|v~ca{|RZKYU_y
zbT&+Y0D+ML;SIBR!I2v_i~s=wEeaI(#;g<NMYEo4Cw0k-c5=|+Wy*`Tc!S$B0RkNg
zg!lil1v`{iG64d)1<IPCSp*0WAV7csfl2{+(cCYYsv|%kr9frp51gKoS5X8A5Eujk
zTV>@^j)MRJ0*M7GJ7m7;@}l|9w5y8bMY}rgz+&Y^6JPX7BS0XNKw#&uSt=8$S_lvz
zFbLGNL~{ucAV7cs0RqJW@}k~F2@oLAoIr8U51-f^oedKpKwzXmc*87SaO8#!BS3&a
zivq>HG3!Km(X1!iNnP@yog8#{new77-r)93fIx==;r+jC!4Bn>On^XcfwE?376AeT
z2oNAZpi)3yH1|uU>Ie`>DNxz@1E;6tRTKdN1O|b?R#~}};~+qQKw^Q)4w-MdylB2N
z?W!Vq(XNg=uvmG~#23BN2oT655ZL)^mdZq`76Jqa3<5PR(Od!q2oNAZfIzW;yr_3k
z0t5&&Cs5q;!zVUJXTt;t5Ev;C-Y|<79Jyh`2oNC9qCjzP%sNqCH0#NBQkT4FCkGu~
zro3p2H@H0$Akd*ec>gb3utRwz6CjXVpsX31MSuVS0t5&Us1%SF&Ha+8Isybz3RHIf
z!09P@6-9smfk7a!RaP$LI0z6RkXWFyL*|<<FPiU6yQ)ZDw5#I|ELL7L@kOsR0t7M%
z1a|(Kr81GKg#ZBpgFsD7G?xGY0t5&UAW$qIFX~;C009Ec2^9DI@QKaQ*)RbD1V##k
zH_YM%M{d|K0t5)OC{WxRvrd#3&3dw()Fm(4$w7ygDKFaM4Q|f_2y`eA-v7%M>`-3G
z1PJ67C~Jmh5g<T-009C7Dh1?4bH8M&jsSs_0+pRVaC%B!MG+uCU=Rpwm6c054gv%S
zBo?Ubkol&|i{?Ait}2oj?drG#i<K8me9<e70D(*bft|l*sZ6A5AwYn@AW+j1%_Ts9
z009C72owv*i+UF&K!8AV0>wQ)d}4ESHcWs3fsq2?4YPQ`ksCIQ009Cm3KaLotP|x$
zvz}}xb;*l%a?s&r%8RymgWEF!0v!s3_y4j5JCs*40Rp)N%9^2B1PBlyK!5;&N&$J%
z+%K7`BS0XfKxO9-oSu?bQ3MDO7z6@aW#v+ig8%^ni3KV<WWMS0qWR9WtBT}ByE^W`
zV&z2>U-U{NKp>MqVCSz{Dif(%2oNAJ2-LJha|sY2K!5-N0>uLIqTWRb5FpT;Kyl9x
zpV%Co4HF<hV5C5J!z^BK<c19+K!8At0>!;C>qL3ctS8$^UGk!x9CUb@@}e!?;Py;_
zK!*b1{l9F%4&{|hfIx16vSw%&0RjXF5FkLHQb1lb_e-Yg2oOjqP}%tdr>Epq6afMR
z27$m<S-F(sAV7dXVu8vInQywhXudP;sv>#Ou8upfSb5RJ7roL55XdAD*!gRg%0#Lb
z0t5&Q0yQnsTml3L5FkK+K(T<lsCQ8U1PC-IP~7vwCpJfC!vqKr7%33mFpC!)xnaWy
z5FpT^Kyh!(I#FIU>&bRfm%L~v2OVCfyl9IzxIGgf(4jzh|1VpxLwO|=Adp+2tQnd`
zfB*pk1PBnQ6p$Cq{gSCV0t8YDRCfNr=_z>?MSuW-K_IYIRxaf@2oNBUSfH{)=9?}r
zn(s`zsz_e6tK$wVR$esmMXxjh1TqN(cK({BGLfo<009DnKut?DmjD3*1PBlyP%I!X
z>Rpro0Rqhl6!-k_iOtd3FaZJtMhb*C%;E({ZrCsa1PHV!P~01{PLvnTda|9=B`?~^
zL5G(qFWTY_ZqEb=bSMzs|H~HaP+rLd2;>$hYldbKAV7cs0RjXn1>{9@zhtV80D+VO
zm7PCudP-hJ5g<Td5D09Ql}kAe0t5&o7O3oy`KHT@<~!4_Dv}rN>bL`ol^0EX(JPGr
zflLB{oxf(OOr&ZdK!Cs?P}364B|v}x0RjXF6bs0UdKV=?fIxEs#XUcKVsmshOn?A^
zkpkfjvv|Rg8#asp0Rk-w6!*rg6Xiv-o@^&|$%}S!(BWmui?(=!+cN<I9SVf^|FQ);
zlvgqV0=WgsnxR<)2oNAZfB=C?0eR8fFPW+%Kp>?+W#<o^o|0El1PBlq1Oi)S<x-A=
z009Dt1u8pazUlI!`OdVfisVJRI_|(?<wX-;^hzT@Ad^5~=dW2R6RBDV5FjuJ)U-r%
z2@oJafB*pk#RBr8-bD!zAkdsZanBE**c_b=6Cglfq(FGXEM9Qrh7BV?fIy1^#l11>
zM0wGyC)-I~@}iv_ba<KaqAlLw_Dq04hXUdKzihz{<&{i;KyHDuW@r`x0t5&UAV8o}
zKwdQWOQz}w5J)Ld+4%#fr{q->0RjXDfxuQ-xs>A|K!8AEfyxe<Z@Ro_zBBErB6-oS
zjyteedC|ldz0wE}$RrTh`D>QSM5-171PBZQH7(Ix0t5&UAV7dXv4Fg&cToZa2s9^9
z-1EaHHb-Z}1PBlqDG=T;ix(WZVZ#UzAkd;fac|5zQC>9b$#zngyl5u}9bTrqXp1+v
zJrf|%p+I>5FI%ufc_kAdkXxXv8Jb0a009C72oR_gkQdGUlBqfZ1X2oAcK*QWDR~t|
zfB=C(Ah1<dF6B4~5Fn6Ppt3{en=UV!?@YU@NM5w7;|?rVUNrGVuQUP#G6@8B{+gvS
zk*b9N0Rn?SO-nSF009C72oNApEFdrHU6cR;0?i2&_x$jQ&C%H~0RjX@3WPVz;sr-;
z*f0VF2(&0r+#9n_lo!o<vYpf=FWSjLhnFcY+Tsmv&jbi`C=lNN%NFcVUdaRq<Q6Dv
zhGr2UK!5-N0t6}r<VAD8WU7t;fs_K3oj-7TN?t_~AV6Rc2yB&=OF0e#1PCM+sO*sW
zrpt@wJJYTzk{9jjxC4uo7fpQ8D~$kwOag(Ozh<dSq-r5RfWRP7(-O@kK!5-N0t5&Y
z3&@Ll7bQS|Kyw1cJwJS6b96RLfB=D!0^tp_c)^hyHjDrP0xb#@_r|Of<wdieY$tWe
zi*|C*;bqE;ws?cvGXVk}3WWFnvIRSoS26(txdqCap;-h75FkK+0D(#YdC}Z2nW`f|
zAf-TM=MS8ol2=g#2oM+q0$XL}QjUWF0Ro8yDm!Gp>GGoa&a|tF<VCwW?!aQ@MH652
zN+UoZlR#kSuURS+sagmSATS8jv_x|W5FkK+009EU0`j8XMF|if(40VV&kvv29Gwjl
zAV6TGKzPF}UU1}w4I@B+K#Ky!y)o-VdC{yV+euyWqMaOcc$xB|E#BbvOn^X#0^$9?
zY{3rYl}vy@Zh^99Xchqi1PBlyK%i1UUNrYhrs@a~NGVX+`2(k?<W&>_0t5zuz*bqg
zl;a>kfIwn_$_|-ty1Zz<GwrG(dC{(pJFr-J(Zm<M(g+a9BoNs7YnIAHsultS2n+%>
zEzw*81PBlyK!8B8fV`-8Q33=AG$&Bp^TQ`LM`yzX2oM-45Z*A07aX}^!w3){(4s(b
zZ_GMTUNq~;c2bwTXeS39UZ%Wgi#NDE6Clu`KzRQzTd+fUB@-Z!TcE5Nnni#B0RjXF
z5U3Q87tQ^WsX77#QVLXd{=n%ec@;%~0D(auuvJzr<v0isAdpy~vP0&ZE-#wzOuMQ`
zUbL&@4lGt)H1S2RGy()N2?Tcjnx!(4s)Yan0)s$JOEi}N0RjXF5Fk)2ATR1&lmGz&
z%?T9u{P2m*(b+Ho0t7}1gg4CM1xIe!FaiV!v?x&A8?#Q77tMOIozx{S+Q~tOmnkpW
z;tg)k1PF8}5Z?dG7VJ=7$pi@G7AR|mW)UDjfB*pk1S$pOMRUJos*V7GlmeBVKX7_V
zUPTcgKwuCEY?YNuISv8@2qYG$?2!4U%Zuha)2=F#7wzh}1B;axO?=TSjR1j60)d^s
zW~of1Y9T;?z#vf563rz*fB*pk1PBxh$cuUxB|v~ca{|RZKYU_ybT&+Y0D+ML;SIBR
z!I2v_i~s=wEeaI(#;g<NMYEo4Cw0k-c5=|+Wy*`Tc!S$B0RkNgg!lil1v`{iG64d)
z1<IPCSp*0WAV7csfl2{+(cCYYsv|%kr9frp51gKoS5X8A5EujkTV>@^j)MRJ0*M7G
zJ7m7;@}l|9w5y8bMY}rgz+&Y^6JPX7BS0XNKw#&uSt=8$S_lvzFbLGNL~{ucAV7cs
z0RqJW@}k~F2@oLAoIr8U51-f^oedKpKwzXmc*87SaO8#!BS3&aivq>HG3!Km(X1!i
zNnP@yog8#{new77-r)93fIx==;r+jC!4Bn>On^XcfwE?376AeT2oNAZpi)3yH1|uU
z>Ie`>DNxz@1E;6tRTKdN1O|b?R#~}};~+qQKw^Q)4w-MdylB2N?W!Vq(XNg=uvmG~
z#23BN2oT655ZL)^mdZq`76Jqa3<5PR(Od!q2oNAZfIzW;yr_3k0t5&&Cs5q;!zVUJ
zXTt;t5Ev;C-Y|<79Jyh`2oNC9qCjzP%sNqCH0#NBQkT4FCkGu~ro3p2H@H0$Akd*e
zc>gb3utRwz6CjXVpsX31MSuVS0t5&Us1%SF&Ha+8Isybz3RHIf!09P@6-9smfk7a!
zRaP$LI0z6RkXWFyL*|<<FPiU6yQ)ZDw5#I|ELL7L@kOsR0t7M%1a|(Kr81GKg#ZBp
zgFsD7G?xGY0t5&UAW$qIFX~;C009Ec2^9DI@QKaQ*)RbD1V##kH_YM%M{d|K0t5)O
zC{WxRvrd#3&3dw()Fm(4$w7ygDKFaM4Q|f_2y`eA-v7%M>`-3G1PJ67C~Jmh5g<T-
z009C7Dh1?4bH8M&jsSs_0+pRVaC%B!MG+uCU=Rpwm6c054gv%SBo?Ubkol&|i{?Ai
zt}2oj?drG#i<K8me9<e70D(*bft|l*sZ6A5AwYn@AW+j1%_Ts9009E+3OxMq!*|_v
z*8>kc&~6E>?_6HgyC?wy1ez0A&ehW#oedKpKwzYRPCF9HFaiV!)Cer6*)C)!@}dhl
z2-_$VkQXg;GfQ5y<|Z|l009EC2`uEonyp?BB0zw^JOT^puC_sd009C7<`Fn~^5lQ~
zkN@!pe&7e5^tb;!{pnBt&ENdZ#~*)uo(*`)T0mZOo|ipOAwYmYpuoC^@BE9vqAW##
z0D(mb?7YFQH?Sxcn;}4eK&-&J*ZE>4ATR1Cp=kkm(WZ}YhntrdjlEl~Mt}f;i3E0d
zQ|x{8MAccA009EK64=|~d`*A=0RjXX6&TW<7yj)(|KeZ#i^Hloe*E}9{D=SWZ-b)$
z*Z+IL1s8nhJKs5MqR*!gkQd$6>!0TmAV8p4V2bOYY|Y{lOe8>nz`_N}y5bbG77k^5
z1PBnQ5tyQFHod02Xw%1M^YWs82Fe8FMQd(Sa|sY2Fq=SGlMkOYTfH7cfB=Dc1j75I
z1ql!!K!Cvf0-yWb=ho@ZFMQz(hi%~XuYdh|*ugKJ`OIhfTSgC~o8ohM(Rp6>JcR%O
z0)YZkTnA-q1{P&00t5&wN}#MOPBCjyEH*=c0D)M6DcWY!Ys!l@eS9`AFY0HYOh8^V
z_HMNr0RjXj5-4l(;j<>H&awmu5ZIMKc%QT&0RjXF5SU+J_)pBQ@}JLr?sE@&`ki;)
zxi2Gn)>&trd+xb=Km65S{nf*!`#fAgUUXNlf1XQ#0D)qG@VlUR!Qv83BtU?`!Uc*O
zWB9~{L)jhy0t9LV!h2@x3(AYOeuACvUtYBHAAsWW<wa|5QgaCqATXOiai5Q!I9t6Q
zM1TN+c?4pcq}2!zAV7e?P6USk2K_4bdF<G+!#41SH@smT4L$qpv;X2R{^HcBQ^VkU
z@4feBFMHYQTSJ1>Uom<ZVEE_qqVv4$c?tmn1Of%Z?}Fk51B<d00RjXTB~aWL!zV6^
z#byW)AP_4M-ZNWYP+qk46YPBd@}iyp02G%mFB*HdT8#h!0uu=o_xad~6IEwf0t5)`
zN+7mLT8#h!0t5)`MBqn%^hZ~L&(DAU^BXsC^5n^<KJ}^Vyy!<i`q90^hJP!5;e{8j
zzWb+t`loxp<?HDL<VAP&`scX>2oNY1nC?>8cIDy{Oe8>nz`_N#?T6EiUpSQQ5g<UI
zMqs+;+33phqKzJ$ZLb96Mg1g{3CN4q+@$6bAV6R?fwCqaK5MpmJ%|7S0`mxj_el#9
zAV7csf%yf7{|x;q?Ro$G_iudq7r*$$by)Nn&v?e_Zx-D<@(=#t4^{)-_{KNx{oL2n
z3CN4i^RnkD1PBla6qxQ(*mmW>qAW##0D(mbY}*f~8^0(Pn;}4eK&-%Y&9l*!<wYAk
zINM$c$cy?(C=-wujlEl~Mt}f;i3G};eE6)1s<SKs0t9v?5Z)&(NPqwV0tDt4IQQIh
zS831T-*0bx`Zd>Fv(AgY`OR-WIOd*v?pX~O{;JZ0-}T890`j7}dj0cU0t5&Y3rukx
zl&x7@f{6qO5LmcCSy!B5*21A|j{pGzH3Cz#&8F9s7j63ZY+hc}&p?@gylBl$YAyi+
z1ZEQ`Yx3c<W~<kO2oNAJk3e{zv>*Wj1PBnAU*N2>&RV5C5B|lWtIfRRB`;a$MQ^_O
z=7T$2{fqHo%=zb^fAG6LnL<Ebbe@+zPa!~nK%l@B*Fo8ufkj!0009Dv5-976Q_NZv
zi_H)qKp<9NiniJGn)0GeAD_+3i~1QT6Ob2;y<4qDfB=Ds1j?Fx_^gSlvn&Au1a>75
z-X|?cfB*pk1m+ib>QkS(ii2+a`$dNjpZw$}uk)ghKmPc}9j*opBR786hv5S9qPu$i
z^IQT12owv1-vz}B7MEZm0RjXTE>PSU!zV5r%Jv8lAW$O^-ZNWYP+qk46YPBd@}iyp
z02G%mFIsbxnoEEHf!PF#`+V%g+3NKm0t5)mBM{pptww+V0RjYeBJk{IKYNw-eBglx
z4sPJ{pa1+iEczoq@*@WatUg(dIrGdj4;$d~SOIy_d0zHBg#ZBpfda7?LCtD`MOlgf
z0RoE>sOgQda~H*8GXw|_h!u!!m<d*s7fo=8J(nOa+Vknx)GjX?d$(GR009CM3DmUu
zz_}AuXITOS2<%EAutQpk009C72<%GWCw}55R%y?_{L8;QxQ92s@r~=e=<x3k4-ObU
zIez^3YRoz3oU?I&55ooIMR)c3=eYz35GWQ1zYB^NEH1%B0t5&wT%foyhEH5Ll<g59
zK%hn-yl1w)puA}7C)oM^<wZOH0VpnCUbN;WHJ1PZ0<#Ge_xad~v(@WC1PBnAM<BLI
zT8#h!0t5)`MBwVHuU@4+f97X?X5R*e|N8vXp7ykLUi7n{{p`L0t3Q7CyWd@ndCqg5
zvvGhA!v*9;=Xu%l6aoYY1PX-T1;q;n7G)^{1PCljptv!HPh1p>%@80!AXXr}XSTke
zylCqu*!lkDMLYiiC@x=KH1=+_8UX?XCK4#_^RW{rs?M?m2oTtnKx~t=8UX?X2oTtb
zz+eCMU#}CPfB1)gxZcC5Q>Xsrzx<c$Z$0&?Pd$0^<odgNzqtA4n^(hr?8km=@8`ar
zPC#CCSFeAbOMn1@Vu9%{g>6?ZF2O_s1PCl#VB3B;-S~w=*&YD`1Zo7PYo3j+EHB#V
z!P)joKwi{OLYaWPXw6M(E&&1rW)moD^5L^)tJi}F5Fjv*KzN_DAOQjd2oTtb!1JH~
z{B<t$;)^f7=9+7c9Xs|TKk_5%4~H*)<2Qceu)V$OUGG|ryz<H`4;$n2SOIy_d0zHB
zg#ZBpfda7?LCtD`MOlgf0RoE>sOgQda~H*8GXw|_h!u!!m<d*s7fo=8J(nOa+Vknx
z)GjX?d$(GR009CM3DmUuz_}AuXITOS2<%EAutQpk009C72<%W`_z%tRjfNil`sq)9
z`Xi4#a@Y?4{@?%mt0~uAcimxQd>$(xFS@JOKhGsVfIzW8>_t$sT5$;`5+Fce;Q}?i
zF?R04p=^%;0RlAwu?;i9YVx894zcGF<VAZv{hHe4MQd(Sa|sY2Fq=S4s}GzzTfH7c
zfB=Dc1Ohvxr3erpK!Ct*1^)AY{?7+vqN`8NIOB}ZeC9KUZSUTD?_E#)^FROd!-n}h
zRzO~Ko|ipOAwYmYpg`<JP_tTKQI;Y=fWV>zYI<Yr+(oh23;_ZJVg+IwW`fn^MH3ui
z&n3u<_I&y^wabgf-mO+6K!CtR0yV8ZaPCCaS(X3+0=p6j?2wisK!5-N0y`J@>%ac%
z;Xg*d4u7t`_|YHz(L3(A<A}Yz``zzePr3W<yN?*@TY&=dqPu$i^IQT12owth-U5|N
z6_;Ql0RjXTE>PJX1E((>%Jv8lAW$O^*e!D`B`=!e9J{STUbNezuPj_%wB{x?mjD3*
zvk6po`>5%&)$2h72oRV@AgVoDhX4Tr1PClg;Gu^ey7ksuZ@THG;eUs(PrI@AzyJO3
z{M&y{o;-Ql@dktl$cxVNvgauT2oMMq2<iVJiv$*BDFOrtEJ`4xNro)4C>EO`K!8B3
zKuDj=w1~WDrqk@O7J1PQ4?U!0dC}Or)oKI?5SU0Hr03T!GEsGwB|w0{t_12EqZJ4c
zAV7cs0RjaA@}j$X{qtM`1PBxh6m<KErWBW8A^`#f7A`PR+bmdi;ZU|mfB=CSfr74>
zdy2eh?(<DwoxEuJBc7;0dC{7i)La4t2+Srh(Jip;va{9eK?Dd8m`7mSHfTHn0t5&U
zAV45QKwfm7mpxA*K!8A?KuG@&StPJ1OA#PIU{L}gO)_MWMX}fn0RjYK1w#5{rbXmM
zGo5CKwaANhc<3P|%ZtX|tyUvIfWSloAw9o-k%_9aECB)pb|p~X7_C5n009C72oNX`
zkQd$6>!0TmAV8p4prG4NG^Mx%6A2I?uyBEi+GfGB3x~2j0t5)u2o!Y1+*9O5bDwYe
z>f}Y!AMr#5%8S<Aq~;PJKwvh3iEe>ymz}L%4<bN-z&rxmwn5_w5FkK+009Ca0`j8s
zyzF@j0RjX91w#6N$RdG7S&9Gw0*ev|X_6s}EQ-Zu2oN9;D-hBrGc6)7n&~t<tVLe5
z!$S`#Sza{uZnYW#0t6-!2<iFti%e9VWeE@<uq%Q3#%Kis1PBlyK!8AjfV}9gUjICo
z009EU0tMZEqAA5Cm`H#CfrSf9)HVy2T{x8O5g<UIMxdZ8=AI%in)`gyS0^u;{)i_k
zP+qj=CN-A;0RpoLOmquuyX<WBdJq8u1m+RgwhbCjfB*pk1PBla5s(+1=Vi}R2oN9;
zC=k;BLly}v%2EUf5LlEzNRtd%WKk?OLx2E*Sb>l}nQ0Mu(M+e=VJ-5a9Ugi}$?~GH
zcdOM15Fjv-KuFK8Uu2@{EK7g@fn5pIH%2QEAV7csf!PFZyz#~lP5;kq<#hfadC^_H
z{&_9|0tAW$mUD9zmtZ0R0t6N=pwlk=fNYNdfgA$MX|@a5iM;4S4#GCd1ms1_+{}^}
z&2guzf&hW^0t>mY(mN}V0D;~F7Sdg9g8%^n1PF`~IP=UipEUhHV|HRpy@0%EZ?B!|
zB|sp7Kz;L%S|I_Z5(p3=uu&kYPu8!qaeF=_K!89Ff%+zyYz2AIWCz+?Ir5^top@Be
z@}fEJbX5=_kX|6F?N_do-dTYJ2=pdU*%eJEK!5-N0&@z;i_WP%^|RzfdwcCvF98Ax
z1g5?k#;>0MQwanJ5ZEX%z7tM8a^v=VNPqx=90F6f(B{^c7j5pyY<RDLyy#vHUym1%
z7tL{}tAYT5^aA4>`=le&J1dX?f!+ir?U@!QK!5-N0<i+}qOqR4T}@uJx7SYf5+IO3
zV7C{?-lr$PR00741U3rn?RC5TdgJzdNPqx=90I#-unT;;yyyZC#g@hk$cv7*GIFng
zyl9R)T@?ffq!-xRx_9_>dS?X^Akdq@4m+wx6Cgl<0D)}<jvYJp&LjW1;)*Nw{rBph
z^{i*T{N*oy^PAuNj=%ZmEpK_tD_-%63opEI->}!b<~8eux80TTWdib|y}fp-mjHnT
z0%Z+<idhLTl|X<1fsF!F^vtp~H*U{|1PBnwAyC#B6VH+tO?<dLlqN6Q!zoWuqr7O2
zJ6#n72&5O7;tD8OGrh9{2@vQ_pr8|)LVy4P0tA*RaOa(Oo`3%Nt03qF7hLfE_rL$a
z2Om6as}DW&&<!`-aM48<t;U~s-g&p*e*0mAeLjVNyl8K)o$4h(Ac4RX*Fo8u2{4sF
zfB=Dw0%cusidh@C=R*Pn2;>l$qHQ+4ro3p=$7l2MqJ9R-1ms0?-07+yKp?$9S(6W+
zmEKu_1PJsd5Z)&(NPqwV0t9v<aNm9Ropa7PtMKQ$-u14NCr^&q#;H@M-u>=(uV$Tn
z_SxV5_P58(GA2YoUbMH@PW2KXkU$`$|A#D+08<GB2oTsP5Yi+=7TLHx9}*xyAcsIm
zpUkv~ylAG=?64Mj(GCwiq-1%~9Cx}Z2oOjw5YqGO7fJ7|Kmr7M6R2;DRv<ut009C^
z5V-i_i&wGF>#x6l+x>jt10Pt;ec=mVxb0lyiv{FGdwcCvF98Ax1d4lp_{0R5N+3Xh
zz(#@ahFQGe#_jo#009Cy1d4lO)`{|>Sx>f;y5vPWIq2{*<wbMc>8c<=AiY3%|1VoG
zy|V%d5a>;ytQnd`fB*pk1QsQ5+ikb40-u*$a!J|7F1zfq)e2wu!WYU`Fl$=@dC}fp
zJJm~oKmvhnTm5w76JRQV009CU1*Yqq+pfHEdp;yUfItp`ZChgc@$#bSk2rUM@}jxV
zce?82MRVNgsvtlhy})!A!B#7$cUB+)0=)@r)dLMCK!5-N0?QP5+uPo@N_*aN%PnO)
z{NfkCxLV<=tF9_r!K`fs<VAaX?Nl!T0tp1RZS~WQPk^Ze0t5(b6qv4aZoBfv?fH-Z
z0RlM$wrz>&$IFYRKjPd4%8TYc-|4E87tL{}tAYT5^a9ge1Y50~-dTYJ2=pefRSz_n
z009C72rN_JMK5~MD((5$V~>^X@c8lLs}=kw>B|5MX32~8_S&gl0t6BW6m<KErX;{r
z0s#U9HVRDCHVc;BxIG^dAV468KtWf`Jw;wL_xYx;PF^(q5l>X0yl9R)T@?ffq!*az
z7T9*#^v((-K%h5)ZQG#n1PBlyKwyCa=bd-nD(!jd)T!d_tyVbaoO6m-FmWpZdC}fp
zJJm~oKmviS`uwDW6JRQV009CU1tx8tTP?nEdp;yUfItp`t@>dPgXKkgIOW7O%8MpG
z+(}E57tL{}tAYT5^a7LK1>+Y_@2o%q1bPz~-vEsyK!5-N0*e)R%2S@QN_#%~=%Zzu
zT>t%|XPj|H*$QTDD<Ci0+iRzK2@psiux+cKZhQhvB@iG$V57ivopaljH*U{|1PBnw
zA+T*rOg~;;H2o3hE>K=H_xVm&oxEs{J6#n72&5O7?jqP~<@C-9BtW1yfvtL=!2}2p
zAV6T50zdeJKe)<^e&#cuDcj+#x8Ay1;r#Q@FI&N^Z3W~-dwcCvF98Ax1h#GU(~VDn
zsRRN92y7IXu5)g?^2Y7?kN^P!IRv(CiRs77i>5!~+y%;u=04x)s*@MZai^<-0D<%Z
z(_I8xt(@LjfdmNjCa_fxG?)MZ0t5&wQ{WeV;TKkE&ma4-A1mA8rI%j1TH#f%dR5s9
zW^F4VFWTE{r+NtxNFcCntDkOs0!$?kAV6TFz;vB++m$zN&xZsE5Xd30ZA(l)US2f)
z5$7&YUNralPFJ10XpTEw6$A*R7ntrM*lOkU&I%+zpf`c7dZ57s2oNAZV3`7c^hbZR
zN_!6fd);-{ZM(_$zW2TB>A(N`zrXEt<I4o(MSFYgR4)Mn2?WX-{uHwkU@CzC0RkHZ
zrs$bvYi``04+#(;kVBxXF(#fRFPivpdnip_w1-okqDFbq9Cx}Z2oOjwFvS&6ux5H^
z1ri|8n?OM)G=%^G0t5&wP2j|d6HkBo)7P2LU;DLR8~#Q2m`$EMdGa0ac*lC;_kG{@
z9Y212%tT}A1>{A0d+k&&0RjmG>YIPm3JEZkK!5;&jRH}9vVNV7+w&m-0t9jh)Hlgw
zE69r`JJ8<Bkr(al#G~q!7tL{}tAYT5^a4?BzjB@Q&I%+zpf`cau4p;|0t5&USct#}
zKls6Q>~r|yyz|Z*{-V*l@4ox6?cH<FJ@0<^yU#!W{JpdM<)VjiP4T(BXm78b>LoxR
zfxr~kLD`xKFqJ@n0D+AHWnFQKSsS<KLjnW{<PeymZ8p88ylB(MXY=x+eg?_}<VADb
z>8c<=AiY3YlMkPj-dTYJ2=pcp-X|?cfB*pk1a>9x%fI}~d&8frug^K>oEN|N#jkta
z>)!M?{|sMTeDTG5|1#3`l-Ixh^}E`6pU;&S?d`Qwy#xp(5LnKIl>k!-1PBn=D4^4B
zWbq*Z0t8|OmeXt(vJ-jHg&c%!lnKa-mbsZFFB*HdT8#h!0uu==<ieV$I?ECuKwwt_
z3+b-5L4W`O0tD&>PMtb+)m2xm^PgLNF=S1L>GgZC!gv9B(Otd%c`gA01d0X5H~FbY
z7MEZm0RjXTE--cf9KZg;p=^%;0RlAw<C|e8BjrUqIq0lq%8O<_*{SQ27p=KT%_Ts9
zz-$6jUk4-CpRHaGB0zw^JOU%TpJ4<D5FkLH6@i;?zWIlL_=m@bMStjre(2Mm{&XwV
zW!k5_=sYibo<e{Cfk1)fTtk6HS&9Gw0*eyRX%}@IHba0wR)OU-+lA~zUUVS`VH;%v
z@}gyKX32|Yz2((KfIu>Vg<M$4RFy-30D*;cSKA;!fB*pku>wN`^vWx*Jp1gk4-1Yy
z?P*UN{@e7Q{NyM7wW6`|<5!ax^&(1u0D<NN#y9z?M>a=i!vqKr7%4Dy{~W*m$PF7t
zfB=CO1;#hSPDaX$c5={J%aj+*da_g3B`@0I4Q|f_2y`eg^>r|E{SM`oOn^Xcfsx(M
zFaiV!5FpT^z>o#~_P4+N+0TCVLm&Fk_19njd%yR4AN=44hd&M<o;-Q7#fmcRSza{v
zOQz}w5J)MooNFj0uc8PLATS8%w0;Z-5Fjvvz;c@HLUtlAx{!mgjWPjw(K0u)<V9z=
za6N(m0Rr^`3%RiB3$X$L0t6N%u#oO*8w3atAV7dXZvyh7i+U%t83F_dj1gGQRW)X}
z#t<MtphW?lw#8GkX95J86If2OUC2)4MHg}qwoxV^FIwhimb_?l*S8H5Ake44LN2U6
z@l{QLKw^P~bXVITK!5-N0t9*!kQYt-hN(0H1hNV&=c>votS$ls2<Wta1_%%!FoVEy
zn(ab%A}_j-gRqS<0eR6fH?!nLXSi@Zf&c*m^#TjIu<8r30s#U97A3Hd?rIwZ2oNAZ
zfIx2o@}i4+C$t#?1PF`~Sk6^7X1B%=AV8o+0iCwRQ?q9R1ez0APP1LePUJ-wauBvr
zCLk|b=4O_>Xmi)M4HF>Hr@%rktUmEoO@KgRfrWHe+aN%I009C7dJ~WrP5g$bGy(*&
z3M}WU$||fb0t5)?w0;H%5Fjvvz;c@HLUtlAx{!mgjWPjw(K0u)<V9z=a6N(m0Rr^`
z3%RiB3$X$L0t6N%u#oO*8w3atAV7dXZvyh7i+U%t83F_dj1gGQRW)X}#t<MtphW?l
zw#8GkX95J86If2OUC2)4MHg}qwoxV^FIwhimb_?l*S8H5Ake44LN2U6@l{QLKw^P~
zbXVITK!5-N0t9*!kQYt-hN(0H1hNV&=c>votS$ls2<Wta1_%%!FoVEyn(ab%A}_j-
zgRqS<0eR6fH?!nLXSi@Zf&c*m^#TjIu<8r30s#U97A3Hd?rIwZ2oNAZfIx2o@}i4+
zC$t#?1PF`~Sk6^7X1B%=AV8o+0iCwRQ?q9R1ez0APP1LePUJ-wauBvrCLk|b=4O_>
zXmi)M4HF>Hr@%rktUmEoO@KgRfrWHe+aN%I009Ew0w+$Kxa+RF{_3y(>c9Ti|N5bA
z{t4fS1vd)Fiza@<R2l&SSp_!s^PPN{RajjF2oTswQ{DJbXF-4ffy4qE`(Do<%8T}V
z`Uz^67fo=8J1Ie4H1S2RGy()N3GC#KIQY;^q-r5RfWRPdu+jO1009C72sABl^5n@6
zfB3_fUV7=1O8;rP{Dw9!FX~;C009Ec2`uN9X^zf@2@oJKQb4C231t`o0t9LVmeXt(
zvJ-jHg&c%!lnKa-mbsZFFIsbxnoEEHf!PEWa$(I@uLltzKwut$g>+ZjAV7cs0RkZc
zpZ)A-FS_WW(xB-7H!ox-7CEheyy!eHd!9mo0D(Y()Ash+1_TymDFOrtEJ|RuMta%@
zEsDiv2oN9;D{$H#*xLYk(cVrxS-tY2$qsb3a^yv0?^df3AV6Ruf!XebqaQR;b(SSS
zfWWQ<j&6FsOMn0Y0t6Zo_>({Rlggy%YI;K@H@#JP(Otd%c`gA01d0WgbMF+FU?Kqm
z1Qsr!(=PmgY>xne90JQ}whP&byy!v>!ZykT<VDNe%#s()ai^<-0D<%Z3%Rh;J1dX?
zf!+ib(p_zX009C72viE(b=O^IoN>n9yy%Nx{Nk&wy6V`mW9tuxum8h;_z%DIOTYAw
z|M5S5@{^yu{(Si2$}6wD_HX~G+==NU1>{A0d+k&&0RjmGMt1lah9$sM0s#U9HVVwp
zLPtJg<Mw<=fB=CU0wX(NKf~lj`#I~BmCB2zJk}YCk{8W!r>lYhf%F11+z4YHk=|K>
z1PJsdFsAhxLx2DQ0tA*X@Q?n{KU(KMFTecq2OfA}z2`H}JahG}^(Vs@Cr+IB_{Tr~
zLqGIGt8blu{`uef*0=T!@b%OJ@}j-HcB+>Efdm3mUk&5ePk^Ze0t5(b6d2zLryjX+
zdp;yUfItp`sat4s>&uHacVsraS3q8LuZFM33&@M+xYJcZfIxbI@r`}bk?EZkNPs|Z
z0+aSkixVI~fB=Dc1ctv{bR8D`H~;3}?0e|Oyy$AosZ*!k`ObH)=6?V8fB*Ns_q}~{
z{c$=0dC}fpJJm~oKmvj3E`@DZPJpQd0t5(b6xg;OPB(tz_IyZy0D&9=(>2dVSC$uT
z^x$lJB_J>AC!tJ0UNpy@t_lJK(hHO|`S4lkofSxcKyL!!ebRyi2oNAZV19w?uDfoP
z`MltQ3x<Eiy>A0Y<V9B_|NX!J_p9lbU3S^Nx&AnvfV^mLubt{8Kp=s@beF=mD<{BI
z0s#U9HVSOp52qWyaeF=_K!89Ff$5rOqbtjcHhOTjy%LZY^^;I0ATOHZPFDp10_g?H
zntb@I^v((-K%h5)@IGll0t5&UATYncD_{A_Rp9eK{ipwQ@ad<`iw=Lw=nG!(g4GJ&
z{N^_guHcg?1ms0~d+k&&0RjmGrnnBu)=Yq@1OfyIY!oQ#ic`$mxIG^dAV468z!Yt>
z={4m=n?639mlyRjP$nQRn&VDa1pxx-1<IOy_^kBK3M4?FH-YdzX+Z)62oNAJzrb^!
z``lI9^IPBg*1@N*^P)p8^x$__pM30NA6u<(?X}k)Hpb_%0`j80y>_aX0D%Mou@^zj
zY6&ovK!5;&jRG~jF?R08?fH-Z0RlM$VjE_H)#ODJ9AeKU$cy%T`Zcx7i{`k~RY8D2
zdV!i&A2>I?vjPba=uIH7Lt2Ue0RjXF>`LJ5v(H|oJ&zwhesB+Gopsg`-(8J=@WBUH
zV}9Z%e&XN?KAA#5UbMH@PW2KXkU(IH>!57S1ei)7K!CtTfwHbR#jK6n^C1BO1ab&W
z(Kef2Q(m;`<Fk2rQ9lD^0`j6c?sQcUAdp_5tjUMZO7E;d0t9*!2=9{?BtU=w0Rr<2
zJmo1*S*1NU{tcq%o_p@<yAM6|&=GrEjd|9yo^`|+-wG6v7wzq}Q@sQTBoGL^1uB<H
zfT;um1PE*tsBDjc(>HF<hXe=^$RQBeEpsd-FPh^VyRAZAwA-VvEL>hR$DOVU0tC_v
zRCfEQ>FJ#nNPs|Z0#WVJIs^z1AV6S;0?&BHGgfKOlP6Ce+{O!D@PgHMzw(u@9Q^M3
zlhv5vKVHB7#21qa$cy&&+NoXw1QG~LdM|9Xcmhl%5FkKcqrg_paMHmWx939w1PJ61
zn6!VkxVXG%i>GGKYXN!DHH9y>5|9_oai^<-0D<%ZTlMzo2B&vcAOQls2~5{8txSLb
z0RjYO6L`*Zp0i4OZu}cWFTecq)pu{W;fBMuG)!ELdGeE=eApPD#|p@c_V(JTUIGLX
z2*h3lHLE4SR00741U3rP^v2k^8@J~}0t5);5QuG<309LAO>l@kmmn|N^Xb>rE-#wn
zPFDp10_g>6T7BT$^v((-K%h5)zz%6C0t5&UAh0Wem%QX9tF-6WzV@|)d${JBYgXTV
z=}TXF@Vl!|ZoKiv)tJBgcmM8TV|*SfATQe6Yo~e%5J(^pdlA&EmH<-;1PBn=C{WWI
zW9M$%o(~BSAdo{KwqYh%O<pv?A@*E?ylBs-UsJohXpTEw6$A*R7pQ6VfpgP4E06$z
z-UI?Wq@@TDAV7e?t^|JZ7k_b;_T2b4h<@oyUs`>4_}?#o`O614`S|0H|G*FYz-r9T
z|NPG%9N?2F1ms0~d+k&&0RjmGrnnBu)=Yq@1OfyIY!oQ#ic`$mxIG^dAV468z!Yt>
z={4m=n?639mlyRjP$nQRn&VDa1pxx-1<IOy_^kBK3M4?FH-YdzX+Z)62oNAJzrgSO
z&hM<!o-cp-%MU*N<jIqN=kNTT)qwB&zVG|QCqA)v%-6sE_2)nT`K#{^|NF6zeQfV{
zeLbCkyl8K)o$4h(Ac4Sim%_FyC%{w!0RjXz3T)dCryIX<dp;yUfItp`>6&MwE6a;E
zdT_SA5|9`5lTaogFPh^{R|NqA=>^J~eE6*N&I%+zpf`c=K50P$1PBlyFu%ZG{^eh;
z1D}sP^2osrTz~!b>jA?TPk;K;FTM2AAzXUlg%|GqeE3^NPn<Y$aJo;X5Rez`?X^?A
z1PCM$nBqDpTQdQs5(p3=uu-6_D^4+M<Mw<=fB=CU0#mfjrq`4gZTk3ZUS8DCK$(EN
zXpTEw6$A*R7bt7;;j_{^E06$z-UPz?qy-5OAV7e?`~vshd+$2-`QG=w_uvMGzhd+s
z{DXh69&^|ipZe6N4$k$-L;~`ny}fp-mjHnT0u$W`1<NMDR00741U3p3w8V*~Y}}p?
z2@oKVLtvuL+3vFPqV1lYoeu)?qJ9j@1ms0?-07+yKp?$9S(6W+mEKu_1PJsd5Z)&(
zNPqwV0tDt4ICbjO@HdFA{`v5SKfG}Rk3Rb7#TQ?ESW@)NGtd0vKmOy56MZ<5fV^mL
zubt{8Kp=s@L^ndgvI#JiK!5;&jRFNNaiS?3x939w1PJ61n5c8MyR5uuyJu(TgMhrK
zAA>RhdC?qqx+(||NH0*<<ilsBcUB+)0=)@@_el#9AV7csfyD|8f6M3xKls7tKKHqM
zQ=?CQ@{@n@7k}~F-~RSux1Duk@}j-HcB+>Efdm4}xsnoKDuDn20viQ%+KnteBtU>b
ztiW=b?Lu}UFS?L}u#GYSdC@XAv*bl%?^df3AV6RufrVUH6IEwf0t5)`N?;+~)iwwa
zAV7e?oC1$M_SiSR@r~PVyX~HP?ioU)b3WR$)&laPyL$ceTml3L6br0-_|Cs5F2O_s
z1PCl#VCM~Xy@7>8*&YD`1Zo7<z0Maa0eMkB2~7*gi#C0HJKVgyXw6M(E&&1rW)s-q
zO|kdUv(@WC1PBnAM__M@^ECki1PBlyKwvfjdC_@Z_B@3E0Rn*nv)vJ=eNbRgmLfoa
zz@h|B+W==9uqYOrAwYmYtiWu&w3P?Ri?(u7_PJ3&UUVai4^Jx~FB*HdT8#h!0uu?G
zwx7>4V4~_QOMn1@T?x$7JUxW~0RjXF5FoHmKwflLuYaCPfB=DFfqk8Phkq<C!9)TC
z2rOJ+hplzrqZbZkdjtp&s1exL@%&L<)XzZE0`j6wAKwl)FE3hilbTC_0D;*Ac6d|l
zee`VgdJq8u1m+Rg+v0ppfB*pk1PBnAO+a3Bo|ipOAwYmYpulW*#AzQCSd^s*5FoH9
zfzvj?*#<0%#byW)AP_4sTQ6<pLGq%loRocT6p$C)$l}A(3doDb-mO+6K!CtR0;lcg
z^9-1%I?ECuKwwt_^E6LSAwYlt0RjXF>=Td|-PP-#=Mo@5pjcpEC*R>8i%T$(009CE
z7uaEI-S_B)L)jhy0t9LV_H{gelo$0g(6oTOXw%2H!_CW!*4(7#5+FceHh~@96nh^%
zTfH7cfB=Dc1opN#UlSlefB=Df0w+(N{O)(Z`@jG9|Nh$F{FAT1b}Nz>o#$oGQwR_s
z5Gb&mODC`>OA#PIU{L}(?V^suW(W|-DzKbpyO5p8i!S6KY@<v-UbM{3EP2tax4gOt
z5J)DlkP9oBs&WVrAh3|`Y8wOy5FkJxR^YbVZu`|={nckb``J(WzyI0zlwt7a|Ms7a
z1AI7zfV`*|Q33=AG$$~{bx^iub96RLfB=D!0%cusidiE!Y#0Fo1X>iBqHQ+4ro3p=
z$7l2MqJ9R-1ms0qyut060D%q#%9?!mtPbUsOn^Xcf$%<QK>`E_5FoHyfv<o4>o0oI
zi~jGF=>Pwxje8rCrRx#*-+%wcF+L0zkQdGUlBqfZ1X2ow-vz}BrsP!=0RjXDf#Sv(
zKGAUyAV46oKzPq=eL;EA)=#kW{mYAX{sT~4zPxDSi(Y922xJl{?(?w|Gm)x=009Dn
zKx~t=8UX?X2oTt<z_r(2yH0*?{9@zw?zrQQ_25r``qLZ7_%K{RUevoN0RjY?69~Tx
ziWh8-&V~sPATUy(xG{!L9Jyh`2oNC9qCj}hY<)p_(bi9}^Zm<<cK!oUT)w<$i#NDE
z6Clu`Kyjaso!Ftgk_iyVEfCuztww+V0RjYeC~(a+*Q{fo>o1=3oabC}$tCMQ9=5&p
zf4TlW?|IK*V|*SfATOHxB~x_-2&5E<y$EVnOUbJ!0t5&Q0yVuccJA%>-RJ)Z5Fn6M
zAhuy9SWR9u!6Eisg1l(Yr(aXMyr|#52oNC9gg{NJ51iYCl}!>LKw!K;V28960RjXF
z5ZIx>ZMWUF4uuY1yzFH!`(OX-f1NmSVzs3+&pdPW-NSbHYrpnus{wC(;~Nhf<MUVn
zdC~DNY(^3wKwu#Pu@^zjY6}6e4FUuRgbUR4#@M-8Lt^S8K!Cs?5Zf>ltR^p-;1GK*
zL0+`y)32#rUNro784D61Kwt`inpPh;cZ$-iNq_)>9SQ_?NJ|kQK!5;&9SS_}dCyw~
zKF>PqtdD>E<NJ1U+Pvsr{Ka3arVl~WeRKVBA^~~P9lim2Gywtx$^<655ek+q+rL=^
z2oPAlKtW5KXo^G`0RjXP3ry5G+g(;(wB56_^Fcsf)Q>@#fV}APe>t*40t5&Q0%c7;
ze3r8yK!89pf$%<QK>`E_5FjwWz}~-H^wXdI^uZ0BHZOYDU3abWqCfn@KYVbyPo@x%
z7ftq7sT=|XdJvf6Iw)JS2W>SHAke2kSy!B5R^ptP(g+YBFh$#JdQExJrjO6&<wgAr
zlnKa-_W28!stFKiPN1yGhtF!x&4vjOAaJxmc%QT&0RjXF5SU-!H-6(cR%y>GuDD|3
z(@&cheeAKvRx5n}_kaJ!6?_;jATN6KOPcQzAV6S&0^xT-@q!D)u_Xco2!sd}H^%UZ
z;$#E}5J)T#-ZNWYP+qk46YPBd@}iyp02G%mFB<aui$w?!ATYH+ai5Q!ICYuUCqRI}
z%mT4Z(rN?<5FkKcCju{h=}T8>&*3i`-ME3_KT^LMu<^UA4_5=8_Oz!RF~+w71>{9%
ze(Uo%0t5)u3k2Q*l}pvvVg&*O2rN^evONY)Pn;7|8UX?X0=s37rQ}6(oMX3D$cuJ+
z^p%Cni!SpQBD*3$fWSV1%5EPuec!J9kpKY#tqVl8N9zzEK!5;&9SWRx-g&FE=Mzsn
zv2h#Y^P*>*amL0Kd>AeuFWUNRr2P{h(4j#1T~NGWhxke+K%f(W;>H+0QJjnb0Ro8y
z!h2@x3(AYOeuACvUtYBHAAsWW<wZOB4NI8>2(&Ix+~;E_w$5n(1PBn=ClK2ttww+V
z0RjYeBJh-_JY|&^J$35T#tob{FFH*0_ls_%o9;t-(S2`a{z!lTf#nNKcPVVU^75_h
zkN^P!Wdhsw!|BE+&WS0F009EiHP1#@mKSaG;B0#(ATR1Cp-eztwCooavj`9%Ftb2e
zlMkOYbJZS4fB=E11;YEJ1ql!!K!Cvf0?&BHGmifIMc0AS!}fOHefO<ac+PX4bJ!T4
z#|p@cPW_r^eF6jsgbT!81U0LLmu5i%1PCldpr$v*&J`ykK!8AEf!KzbU^RKs1c%sj
z3G$*npMFj4@}dj*4ahbK5Fl{0KuxO;oO|>peU|_M0?i2oc1TMRAV7csfn5o__{A??
zr9E%I{q~J}IBj0^6QB6RYK2$5>Qx(8@L{-syl8XpjW$ex0D<tkpm;%NL4W{(tOCW2
zF??d;oS4!G5FilVGh1I!UbOWS?0o<7qMiQ$6qheAn)O#IbrB$tOrW^W$4*S9svH6Y
z2*fr?s}UeTfB=D=2>kLd|MDvBdG*y-Z`{CX^P(?*`O8-;yz5=>+PH!b!v*9;y@(PZ
zK%hB+@VlUR!RF{}m;eC+BL#{ZWB5dIG6Dn$Bo+wonXNA<FWUMEcD{dk(awJWip!T5
z9r+uIVFU;e*sVZupO2lmTLe!hK!8BFKx~t=8UX?X2oTtbz@PoupRLlK=bUrSBab|C
za1Tf4MZf&zFR!K#|2uqraJo;X5RexQf3LG30RjZ37MS8XC|h&tO07?T0D)Zzly$`^
zW+l#vDUARD0#mfjrq`4gZTk3ZUS8DCK$(EN=&pX{@mvA~2y7)#*5t!yZMA2E2@oK#
ze1Y&jX+Z)62oNAJzrcwTC!YG$r>-)eKlzhCdGh4ReS27cci-p3A0K`6(Tgs+Xf^kl
z&wS>oQ>PA&@yQed@}kRsQM5w>1PJUCnBqDpTXWyW{E+|w0%-)wy5bbG#K{N{AdpyK
ziniJGn)0GeAD_+3i~1QT6Ob28^E;G62oT6EP}bzbXXQp#9RUIz3WWDb3lbnefB=D=
z2pl_hZ2fnHzT_n@x&QwA_ip2`yy)<^i9Y+;&t6abzz06Ccb2aw6_6M0@Xb@n1PHV)
zFzLOp)#9y7+CKpT1P&9}su@l?_`iMbKL1C60D-ImllIRR7nc`p@zm^jEg&ztrtrm9
z0`j7V{Yv6<0t5&wN?@zrKHcC&nb-^g0tD&>rfZm1CP07y0RnRh4F6{P@BO{Mw@!YZ
zb=FyLdefV}`qi%vpAXyEmlqxWKGIumx#d-_dewUT@Wl&X_(FfV=$uC;FIxX1X9WTT
z2+S-n=QVNkvt};b;|LHSFq^>9-EYqCW(|p{ivR%vgTS2aw25cQi#BmgHhGwUyy#&v
zK0jJOUUatKaXg3s0RlAwM>q4?zFSj*xdaFhSfIdc{nLX85FkK+z|;cY{qA?qJ@?$b
z5zyi5GtM~UdCz;^`oo|5xu1Lf^Pj)|<NAy9&O7gc2OgMuht}UKATPSWH$z(@K!Cu}
z0(;x|ZofWypT0|g0D*P|cH3R|K3$@W009Dt1@^W(Uk?KEqJ9jT7LXTh`uKLZd3n)x
ze`&IF0tC7e*x^mF_t9OME0zF(9t8HbIA0SWK!5;&)&=gq`|b-byl|ZY9r?ut7hG`9
zJ@>R;dvp7j7wzFyQ;h@&BokQ9U6Tw}IRpq0SPLwt(<aV|DUARD0?TQ(3)zXh=t2&{
zHp&F#Ma$gGk{4b74&n;}1PClyU?CUQl8Nk%009C80t@M`wn2aZ0RjY~1dbm+{;&V_
zzaE(s9fn<b<&}>={&>{WtutOgUbNuN%@hIz2<%p1e3PGg<Zc~2od5v>(+N!7KgX{x
zPDX$Lfy4sin_(v-<wZL==&WVRi)KC9sq2y#o$i+!D-$3<AW&fH>tN*iffZSb009C^
z5E$A03?o2*009DR3EX?{z3+I(J1)BDqQiot!+*K{EpK_tH^2GKw(82XTY1qXyb9U_
z0RjZJ5?IbPwAHo^CP08dLjud`w25<KN+Upkz;c@HLUtlAx{!mgjWPjw(K0u)<V73$
zEy-315a?N8As1H9N1%2B1X2ntq`TS%0RjXF5SU2d;fEjo>Q}$|(T{%geeZkU@BQBI
z{m~!&(PuyV+57Lm|J12d6Ft$gBL(C|Q@&d&iU5J!0wX*848w9etBwGHo&{!Tp(7t5
zPDX$Lfy4qMJ7GV=<VE{A>y(wsi>5r*8H$n@?fKU(wG$xFkiZN#!k9-iBxb7w2oM+}
zFsAhxLx2DQ0t5&U2p5nS9rLPY3;_ZJ79|jV7ZfkJC>EO`K!8A?KyhOXpO`o&rZfTs
z2!!{{))$l)ZT$p0-@m+Q=RW|&<;#l({uW~?0t5(5Cs5qyV<%2mpp^*_Ag~jG*d}Q;
z0t5&UAg~jG8*jXE_=`h7@PQBf*`NK{PB!471p@M-J9+o>Pyz%9)Cd%G`-!I1RADXw
z0tA*UFj3nqSXP{j009Dt1q!-i?kV!3xz9I!b@HO=k9eX2<wckLYmvPXAV6R(Fwrfr
z?Xv6r_<{fd0yzY>ZG*-WAV7csfdvYjdFGi<`kQ|~^q~(eaC^42Q9xca$IGND2oUH>
zU}Hbu$%kFBE0zF(t^{_{R5v~}aZXHW1PBn=*!Oz=P+qj>(@#*lyl8?$+(`-YqFw!-
zrC0(4+7;Nz9dYoX?E>040RjXz3LI>7J|RGW009Ec39R#?4?XlybDQsW!}6jV-_3kT
zfB=Cd3oPf(TC$S85g<UIMqoLeR-B9g0Ro8ymeXt(vJ-jHg&c%!lnKa-mbsZFFIw|!
zi@5{{5SUG1As5zc^?DEi0tDs}SV(uZ4FUuR5Fk(^aPGP1uKs?}Q>RYVtYhw+0`j8s
zyzF@j0RjX91?Idaj(%2PQI;Y=fWV>zj_!VQem8MWOlbrN5SX)_Ht{TZ(I$?`CJz&k
z7d=eI=SK_3i!SQ-Ae$jTfWTn_M>q4?zI)jAd`^G>fkp*p>z^J(fB*pk1f~;s!3$on
z%8L&FetWv7SUFZeUbNA-N82Vqpl5;Di=bw;o=-vT1PJ67sOgQdbH&LB5Fn6PAhuy9
zSWR9u!6Eisg1l(Yr(aXMylC!UtW-yUKpKIXRv$Pwji*8g5FoG;2<(uSB0zuu0Rp=c
zc*7gsu*!>m>s#O2)gC-|TLF1ducHJA5NJ+d+g3l__~z(rm;eC+BL$}GoZGJanz#Nx
z{*M3w0$ByNZHei}%ZsKz;@kzwi{?Jx>8g_#9r+uIVFU;e*sZ{H7r|C5?-s$+2@oI<
zF0fS(G?)MZ0t5&wQ{dwt|M)5|`n$jTyUX06T^$sV7Y%=}vmgNi1f~`^*vxnJ$<&ov
zp8x>@yAs${Up@HTtRXRV5g<Td5IETMI{!powDTW;*2|X{ZT$pywSRfhUH!`AxdaFh
z*h*km*TlZ(ZnbBF2@oK#e1Uyk&L0U7AV7dXivq*H);{;#bBD<2dFP$?*kg~iSVD(;
zmKR<Ai=rJ8AV6TBz;bS@eH-&f0t5)85m-*Al_(=XfIwn_<uu!c>_lF4AqQa_Wdib|
zWo~B4i>CP<N+ARY<Q7=Sg_Rpwbp!}>D6o+3Y8wOy5FkLHQeYiEeCbPHI{aJi%GFGt
zL12AktG^re=9_Px;h{4;qQmz|B@-afkH8FFbmSxYF;^)80=)^0Y=bilOPmu^8UX?X
zX6T}AJwjfzt@E<meFE~L`#}70q=39=Z@+4(mjHoA1x9xDsfRVHXWIk_5I9U=>b7Zp
z0t5&UATXQ2+u#27Rr2up&wu`{x86G2b3Ld`Kwk8)*E63JAV6TT0%Z+<idl;#vM~Y#
z2viD8(KE}|6elA<fIwn_vc{Nrmb_@<!|kCodC?wDd5Rk4MJs=EF`WPb0`mw=aRn5t
zIZv^kLVy5)*#rtYp(z9i5FkKcfdUUd{P6d__q|{Fm0wv!Mu-1>-t(S!_0?B@`qQ7j
z<BmHXeDJ~HyTh0<|17Y&lv|P)o$Y<kg9s2H5GAmj`zWd+>kuG7U}*x&>9mP+VoD=G
zfWUH^?Lu}UFS?L}u#GYSdC@XAv*bmW_N$Qn5FkKcqrgHgtc`o~Aprse+7(zxceM=y
z1PBlyP$_WcnP;w(qLp7%?!@$w0`j8mzChYJ0Rr6$jO_3;4D0p?6i$FZdVv{Q=*UNi
zlMx_5AhE#6PT0>ddC`8(I%TEuqA8DchN9#})BkRzKmr7E2+VLJjCn*3OjQsdKwvE}
zru7*^fB*pk1ePx#FS`6Q+P6b_(e?Y7F9;AI(2BsmPQJrGwjySq1PBn=R$zy%b>E{C
z=fspofB=Dg9nT--Mg0skEg&!2^zrR*^YWtG{;Fa;0RjYeBCx}oV(+7OQoDx|AV6R`
zfxRux*8~U<AV8p90eR8p&Q4x*x)(ev6CglfB7x=HH4_zRSpozI>|9_uomQNT009Dt
z1(wrn7qSz1(S;m@ZIlVfi<Y^WB`>=3-+gR=009DH1Qv2(joGR(1PBmlNMIq|)iwwa
zAV7dXrN9LjT=2}Ge=2uk`bYtJ(T3g_ZIu840xN-$9e##kPJ{pf0$BxSXrUt?kvJ!&
zGy((&jO>K{43ih_=d4p!DleMySZ63oUNq~kRO%u?Aeq1nH^P`lBvVxm0RjZZv_4}9
z5FkK+009Ew0`j6>L<tZe(40W{T~NGWb96RLfB=D!0>zCne4;oR0RjXP3xxN~))$l)
zZT$p0-@m+Q=RW|&<;#nX{0+r00t5)`R-m}g$4=ZWf~ON8Kp<Qown<uz009C72oNAJ
zQb1lb{JqYC1PBnAT3}>{pJCY4m0F(w0Rp=cn4yJ^d_>}$n9>LkATY8M_A^Xgw4bw1
zS*g5e%440OD0$Ic{mSFH1PBn=N??W?Vay}8+Oxp~2oPAlz?jx&3;_ZJ2oNAZAY4FR
zbonoec1VB#fqequcR}%j`!?o}1PBmFBT(EJ!zYT95g<Syu|RmwY<)p_(bi9}^Zm<<
zcK!oUT)w<$n%|)mLV!SSf#N<NJ25x1>Ie|%P$0HRT8#h!0t5&UATUxuUbMqEPbCu|
z(7M3L4nM=N)+Ozq009Dr3Cz$!M?NBPPE2V82oM<A3Huo)FWS#pr>s<7H080*P?Wsr
zVZW02oB#m=ixQaOMi}#mMVZ(P0RjZ-1;(^KV+ar+K!5-N0^tJkqV+FwRv<utz{~>S
zcR}%jGZ*f01PBnAO`y0jhEEhHBS3&aVuA3U+4_R=qOG4`=lhoz?feIzxO{oh*?!0I
zAOZvk)Cd&!`PhjyC74Tq0D%Px#5PH*5g<T-009C7MheJ_F7VCJmIx3aaJ0b44nM=N
zqxb2%1PBmlS73$~I`R>Tb7D#(K!Cu=PT0>ddC`8(I%TEuqA8DchN9#}+x?}<&Iu6c
zN??W?Vay}CGFL1C0zC+fX??~JAV7cs0RjZV1>{A0c-2%R0RqVc!ta9O1(U%lhX4Tr
zYk}g%7(P*)i~s=wi3P%YX6p;ei?)7(o$p^>wDTW;;_~H1*S~}Kf&c*mOBN{Z^RW|`
zOk{5a2oNX`h;5QqBS3%v0RjXFj1-U;EqHS?g#ZBpyA>GO;b$1OTL(`kK!Ct>0yDJG
zk&j566H^)i0t7~O!hVLyi}rKYDJzv1O?j*{6eTY@-7hs(CP08dpuh|_!k9+{R%9sx
z1PClaU`*>Xh5!Kq1PBly5H27ux`bCjdmuo7z*Yj`cR}%jTW#B50t5&&Bv9NK!zYT9
z5g<Syu|RmwY<)p_(bi9}^Zm<<cK!oUT)w<$L%${2DggpL3l#VH*oi$Kf!YZWNGTB8
zB&|k(009C72oM-4ATOHo-BM8m2;>$R+2LmxmfKl%1PJsjFhdI+`G~|hF{Ke8KwxAi
z>}Qy~Xg_D2vQl}`l*c+lQSzca|JtQ?0t6ZonBhhk^N5DTY?S~30%HWmv_4}95FkK+
z009Ew0`j6`Ue$~tK!Cua1j6rv;sqDQVlxB?5C{|~Zj9j*#mNW|Adpxfyl1w)puA}7
zC)oM^<wZOH0VpnCUNrEx7)uc#Kwvt7;yxccak>JnOn?A^oe0D>NvjbcK!5-N0t7}1
z$cyge-Oob_5Fk(^FtWqXFs!Bua|sY2uw;Q5TIk3}B+iK`jQ{}xBRgR~!{kN#IqQ^_
z%8RBv))|VD7hUqNMfOI30D-l@3^&4<N38eb3jzcP<PaFs`ivn!fB*pk1PFu+$cyH9
znN$S<0$mA&-vz}BcEzq(0tC7eC~l156UE605Fn6PAiQU`zM#Bl>nGUx{^dnG{{bj2
zUtYAU-?J1;fIzzf#eF_@V!MELPJjS`jRLVv(rN?<5FkK+0D+ML@}e8x&3s6J0D&b7
zjO_3;3|q32y%8WlphjSZ7CQ0~iF0B~BS3(_$WGYLFnQ5_&N^kK@}en^b%vtkMQeU-
zF_!=V0<#Isa3hR)#BB9?5CH-N<`Edv`ivn!fB*pk1PFu+$cxVNvgauT2oMMq2)_%8
z7Yr=QQUnMPSd>6<V+@}tPDX$Lfy4sgJ+t)%<waXR!Or(DFWUJJKymr<qKo=H$Yux-
zAaIyKai5Q!c-Z!QPJjS`Mg?M<q}2!zAV7cs0Rkfh<V72Od$er=1bP-2+2Lmx*7GT-
zodAK{0yDJGk&j566H^)i0t7~O!hVLyi}rKYDJzv1O?j*{6eTa3`xh(K5g?F8V1^rE
z%p=lxDue(50xN+rt<M+&1PBlyK!8BFfV`;JQ33=AG$#;#7Zfkp9GwjlAV6TGKyhOX
zpD0d7fB=ES0^vQg^#$ccTR*|h_b)Hn`42#G`SPM8e?u{h009EK6)5iWu@iTT;OPVi
z5C|8DZIV_aK!5-N0t5(*6p$AUf3LG30RjZ378u##XBakhrPe1vfWWQ<W@w=!ACWjG
zrZfTs2#oB6{S1>A?dPmhRw^%=@>pjmN?vqVzw&r40RjZJ5}4se81sm&_G~Z#0tA*X
zFsAhxLx2DQ0t5&U2p5nSUH*%r9TFfwV4pzvT~NH>zK!`K0RjZl2oyKQ@QLDN1PBmF
zED+u^TVGIKwDlA0eE;&Io&Nw7moG1x=65KC5Fn6Spt#S+PRxz0Isybb6o_q-RwF=w
z009C72#gev7wz!PQ^^Dfv@S5R!_P3RbxHdtK!Ctu0yDJGk&j566H^)i0t7~O!hVLy
zi}rKYDJzv1O?j*{6eTZu*sml$CqRI}q6B8R5ym`XQ6@G+fB=DdfibPm7y<+c5FkK+
zK)8UsX#I<v6$lU@Ftb4TT~NH>%!PX#0RjYO6DV$s;S<Hl2oNBUSRlM-w!WaeXzM4~
z`TpfaJO2SFE?-`Bw%>6)hyVcsH3G$bK6YYF3FZ<YKwyCau}#uy1PBlyK!5;&kpl9f
z3w$%QB?1Hp94#=i!_P46=zaPw0RjZt6_}xgj(kMooS4!G5FjwJ6ZSJqUbLUHPFbnE
zXv$-qp(uILc7JKIa{>gq5}4se81sm(%oR(3Ko0_ATAwil2oNAZU?BoG-gx7OrvGOl
z#irkeyl4-vnrb9KAeq2&?xtk0${|32z*=BAomQNT009Dt1(wrn7qSz1(S;m@ZIlVf
zi<Y^WB`>=E9mE#|2oPAZz(OvpB@@{j0RjXH1Qya=ZG!*-0t5(*5jgYAGoLj5KVx=c
zOuc}-Xu+GCDFg@**sVZ)^N(6#w+^08fB=E%1fu$6{W^(rVoD=GfIxkdOtyl&XtD$C
ztsHsL-cCHKUU|{!eyOoC0RjX91)|!1<vM{CS&9Gw0!t96?24unAV7csfjI@_Md#F>
z`dRX#OL!Hu2Lc2LY$Y)D)i8ejt+s720RjXX5*XhJryeOzMt}f;!~#>d(B{^c7j5py
zY<RDLyy#vHUym1%7j5XbBwHmwpl5;cjeXLQJs*ME2@psrFlo=UH~|6#2oQ)BkQa^h
z-0f=eqAA}k6-9tRZh_ri9DARh+gWu42=pwlx7Y3V>%=)Rr4b-NV7Co+flrqgUErbE
z(s%)R(eYMB?iG+1?fKU(wG$xFkig#7y~D2?60=nT1PF`~*kMQYXaWQX5FoIvz_DY;
z-g)FdS6p$$zW-kRv!3;=m%sewZ+`Qe-|;v9yyY!#dBrPUap8p*?i==+*Su!E@V2`$
zzDz(~bj+)oF$4$@Sd>6n!=GZ-qF8K(009Dl0#o$NvNgrY2oNBUSfH#iCY~iPn)q;g
zC{13phf|)SMtRY|-(oC9fB=E%1g5wG3f7#iKr0g<Kwu{V1)b0o0t5&UAh1k<JMX;n
z{PWLW1wk*k;DYzR|NRd>_~2n%edwWwZn)uwi!QooHU7Nw&b$5g+YcM;^C<-6MR)S<
z=b;1$5U3HD;yNf>v!)7j2@oK#WP!4-IK`~QIWeUXAV6S>w%PQW@}f;2pUumQ`WYw_
zkQZI@uSNDofB=EDKv|OypS9kPF9;AIkV7E6Pg;-w0RjXF>_p(c`|dmEoO4#;&v(7+
zT_;bT9J7s6r%t{5-S1w_I{WOizy0lRkC|mmh=9Ckj+aSQ5FpT%KuG@&S)?m=#S$RU
zl|V?73|T~+i~s=wi3LLXWTr*rMKhgdhqcIyc6jI^CCiI;^?R0L2@q&kAf)HlFVZfc
zof9BHV52~NW3&PR0t5&USc1UC7hk-JeO`b4_1o^}10VRnYVHeP_`+@H8ec3RFS_yF
z%!dRB5LmK6anBE*xMU@JBS3&ajX-$AEM72iPE2V82oNaljaetki)KC9PU?~u?c|`t
z%aj+b`L)Gd0t5)mCJ^5L%NCriUJoKbfWSNgWzEnm0t5&UAh0Nb+itsU75Kd5l1s`q
zcG+c@tycKL7rs!of?3-N$cxVNvgauT2oMMq*tXSAH$Jc^OA#PIU{M0ob<S;97AGS>
zfIwn_ZChgc@$#bSk2rUM@}jxVce?82MHlsZkj)SvK;STe=`Mn;Rz7TdJ|{qcK%)X%
z^+1CO5FkK+z%m8i_O`dJ(w?{6a!c6`zxc&3u2#6}s;kOYFl$=@dC^AS9&MWdfu04n
zZS~WQ@A(wePJlpef$2Kuwks#ji7AZ$0Rr2$#Ps9kMbjT~?gHgSbD!^Y)ya$I{>4gl
z1PG)NnC>FjYUMPZ3L!v%z)E1N9%wKD0t5&USf;>>Ui6|>+Vio;9xL17@#Du=EBH^+
zmjM>ck{9(lN`L@?<^&45{X|omqqAWG1PF{2n5b<QEGte%fB=ES0tH<$_Y`^2+~=FV
zI(gCbM?6u1@}eVuLotj10Rp=fnCKSRcG=w`csc<B1i}TjZG*-WAV7csfdvYjciwrc
zwCAZ)r;4|?TH%~?&M98O#H|G6MZ@3gEJ%O=fvE+y>hqHhp1M-&6CglfR|1nZ&#e|u
zoD)+T0RjZJ>W4iHmKW{eloQt|FPivpCoN50bXULfcrF0~1hx{G^ez~`_*Q#1m;eC+
z%NH2m0F5L-fB*pkixqgvQ=YO)dp`Q;qh*_1|NWw8oN-3k3TAC9ATPT77ezZHK!CtL
zfo)s;bmRAJ%pVC5Adp62y3V=n%Hm`M2oOjtux(3BKVDum{SoIbP+m0m`A%1zyl9%=
zp%g-ZKyHEQE`qIA&W)@(0t7k~*s2E_On?9Z0tA*R@Pj}2gR8vgXFl_pvK`)f>#eI5
z&OiVBvK7qQRzO~~!#7VQ6ClvKz_zV^y78?`+CKpT1P&9Ju5)g?a^jqr(g+YBux(3B
zKVDum{SoIbP+m0m`A%1zyy#)SlK7m!|I6OJ$J|xd`QkTiN}4up+O#1Mjb;c0g26yA
z62{Er7|1yBL@o*ps6!BhPzH=h91Y@`K@k`;B8(8Az>LR1M!+K%xhW^2+(b}riVU|>
z%dG_pEl}tsPjgmWzgfRM`}XX;uHW@tujdck&)RE!*XR3MkDqnPyL%HL5R^c5CxWR)
z4$4F^1PBl)E-+OOv@!t#1PBlaQ{aRXPDs<9AN}Y@^Hq50p@*g;9DD4s`9`qSv;y*?
z#V_QHK!5;&ngyn9_0_Fk^Th3r009EE2~^iPryW_Gi~s=w5erP)5~E*VUNrhc9QOp}
zMdLoc)y+;`w6=R3J0d`UKoNoJP6ShpTx1HiB|v~cfC5wXKr0g<K!5;&Fa>V7;f6Hr
znf!O<%9Ya=dF7Q?W}9Do?X}ZxZvA`$@}dD=87heY0RrO%@-_S_wi;ijcL@+6&|ZNm
zdS<>cBhHDL8UX?X@-@bYw~`l)_~3S7YVx98ILcMbQC_sYH%%%hK%i3sRh$BHjM*u3
zlO;f)3j#Shp-l)7AV7dXXad`|ZCko@X_oms=bUqr2i=ntIWseJ!37s&8!leFc<a`!
zlWb_6;sWxbUAWXVM*;*Q6DZ#N%NijvSkoaufIuctR-Y_BjyM?s0t6x!DBdI^8$n()
zvIE++>Bx(A?TD8(UwP5&9>fa*1PFvIP*&S7I8Mk!Y9l~^Kn{U|UD4(Q2oNAZAP|8Y
zZ@e*!eI_q<+;PX`gGSe`T|270b?ess>%ac%&O7hiyOj?Y9mQ3}a(U4lS8g^TK!8BA
z0#%$2@{QT7gS`_VK%hE-d|k1Mts>5enHm8C1gdD8tsYZewAF`C@$#bn2J#8Wi&l42
zV`KsZ2$U$0ugRCbRf#h)6afMRLJ%muPa2Q_0RjXFG$nBQ>8JOGKhxJsmMl5ofCElC
z>7+CM^pm_e@W2CmKa4cn<h0XHYpU{Y?pIzkgiAp+5FkKcDuHlLSW}g4WdZ~Uv`8SF
zPAg7EfB=Dr1;S~zfm9+d8pwfAMm_;~(R^;Uk{4~!U6N7>5a_Z%ASbLY9|ChHKp;wi
zK)S0k2oNAZfIxA9?c2AXdFGi}{&T7qN!B#kym$>pm|Q?!G|FpBlOjMMZh^_0eAR2l
z?QC`g2y|JX>i#+T_z~yCOpO2m0+Tnxj;tv!+K~et>ony>V?DA}&r4pk%eP(TPJlp*
z1gbtAOgMgv#FR>a0D(yaChUGzBS3%v0Rn9ic<7;r_T6{i$-|-__`nD5zyJQW%r2%n
z<wYmCRI?5N0tA8*2<J2u6pLaA5Fk*ZKscRNoQwbg0uc*@(`*B&L|!zI1EGw30`j8y
z+-xN;TH;-dp$HHlP@O;^C#>owXk-Ee2s9!PNOx5R0RjXF5GYq5iGZGR$|;K$EgBUZ
zUAS;z^4;|J-FKgl6)jhO^3mi)8@cwgQvw7C6cL!b$ydE*ky+T5009Ca3sl`dCm%oJ
zoS3N*AV6U9X4sK6<wZMkpktk;ylAXPw(5Dwi-vq#q&5Ns2xJ0PpAIG*KdZ+J0t5)e
zAuwV0vl;;c1PBmlqd<}cefi~=A9>`FpZw$}S6y}04}S228*jWZ`88QMGc(i18O2ny
zyl5O3lV(AHK&J%4ISqA+-DC+6=#)S>omQNT009CK3xv~b1F1w_G>`+KjC=y}qWRox
zB`?~k`z(_sK%l(>ft;|~3#f7e1PBZj2&B6zg8%^n1PBo5nt;6M&}%ab2@oI<vOqYe
zs*sh`Mt}f;A_C!b+K6*vrbd7OfpD5_AeG3A267;jkxxKgG@qNT<VB0zw%C>c0RpuN
z1aiWvZN7FyfB=Dd1On-<${;|1009C7x+WkmTF=Fvy$~QkphSUiPE{pN%1{Id5C}>j
zoK7oFMt}f;hy}uFwt-Y4FB-^!P)0rhdC`1swvrbO>OM#@1PBlqB@oC7YgBob6CgmK
zr2>I;S7i_&K!5-N0$mf37j5a)qp}GQ=(0dKr>ZU=1#>4rAZ~$hI&H)`F;gQzfIv9S
zHjql>MFTky%E%`mFPhKIR`Q~8-&mO)0Rqto1aiWP#?wRy5Fn5W1kzoVL4W`O0t5(j
zO+a4M<tPCH1X?E$&Z(+(bP6UwfWU+T;dEMYG6Dn$L@W?avkjyYdC@=)gfj98$cyH4
zvz5H)gm)-bBS3&avjTyfu$o1%cLD?mlr9iRcU1-f0t5&Us7PRDX6DsbU;X1B|M<+G
zek$6FVRHz`i<W*}XFvi32vjYQquW=sN!2qoJ^=y*ni8m}ZRQv@;+&YN5g<SyM^}t{
z6M50Nk8kv|lNXKt5LYxodC{hBdF+<}0RmGARCE@YcG#(EwlV<%1i}}XwhdaJ009C7
z2(&`ri6@@;<~P5&+ittP>%adDEk0TK_y6@XbOj5m5RexQ|3XoP1PBo56R6^JkZ;Vs
z!u(2r0D))(@^!^3wh|{JK!8BR0#&rlR*xw!+UmonczIEO1Nj8xMWeZgG7$m<;ugr)
z<V)WwZe+6~K%j#HrT0k#5+Fc;0D)!&R;^m~KmN!6`0pvv|Npn4wI#{YY>n4ne|_jW
z7M3m`FWSK?Pg5p9pzQ*sp9^vi*mg<v6CglfltAvrSo($$=fq5n009D}_sq5rC@<Rf
zBiQl!<wZOG2atRE@}i?|Nh~KofIv_Jx%+&%8wO>f7y<+c6c;GBNg9m+0RjXFG%IlF
zrI%*O&!I1dmbYfjnr!9!@4tWOIu@2LATL_{Le2;T2oR`Qp!9P=?g49_xZM#TK%h2(
z+>NpH4aLa_5Fik-K<PcR?E}h-w*3fpyncDnj{gDVp1!<jZTC2KM1TN+A_BSle7PGI
znSyNz5FiksK)FrQXaoolAV8o&flDsAB#V7!FZS4DkAn|BIQw-}dD%DDfB*a6AGMC<
z<qF7)26$ztBmx8oj29^PL{Mb3@pXEa009E+6)4gh%iT8OoS3N*AV8qph8e+V@}dzO
z#4b-kUbM?czsTI>McaGRq;diTIweq~)t9(!r_4>30D&$Dl-MB+MSuVS0t6Zqc;bmC
zvQTL9;-G^L`ps{Cvu)e9w4{0S=B4kBs_>k1&PiAJ@|V9nY8}hV6_6M0!lkA;5+D$n
zK)EM^BBMnHYdQo75Xc0I^u}_x6(=J=fI!3o<u=R+Mw1tf;2?H+3i6^|KKe!GE-#wh
zgLpxJ0D+JNinRI?w+)#{Z3GAq$RSW-hcpxc0t5&UXi#A9z4uN7pF8ZZ!(DgX)mO=^
zdC`0Cy*J%F37Yn8>(`0|<VAB_x!HsO0RqhmRCGqjF>JFA_D+BRf$9Wuw8V-wi8v=_
zY6J)nsHk(ccUXDR_8vQxCj#=K{tWU7$ct8YQ)6TT1PGKUkgv&?zEz1cG86#<1VRuf
zy-ymD009C72-Gjo`{APZ-+%vL0kh^sUwY}KG%vdEzWWYtZb=ma@}ePJ3aWts0RmGA
zRB<}UH|A7jTbTd>0xc5A*A=VSN}P-U0Rj;VRM9qDJ*K>9s}G;z<wgAs<P(q=ZP8tl
zQV9^~vOvBjU;0*EJ_P1YfIyT2rT0k#5+Fc;0D<}izV)qdrD@NTPd<6*-e=8=zVpsI
z=?FXRwA0WLEG%6>UNp*UOOql%AZ~%u&jq;$jN94l2oUJ9K<>s^`i2qb#7vC<0RpA>
z%(f3GFWUAa*zx-1MLYfnkbC;_qFui2GIs(5S|pIW&zHMli^P;lfB=C>1j=oaMk7Fg
z009Dx2z>nGA5YVs$p?)NEg<=l`gDb%@1_gW6&5aBIA$Ghl_(%DI?1J)bqEk35R^cP
zXMuu41;wHm0t5(@C{VCHmbke%836(WA{HpITgEYzyl5Q9v9q&~7wzn!FF0{|(Gu@s
z3`Kwdf$9VbcKfn6uWo`yCP08dBLZc$N8=D6K!5;&1_gH9amO_6xn;|ip=C^-7o9U_
z&d?DoEL}iew2^B+J0(DXKoNn`&jq;$EHVq*5+FbzWP#j`vGffi&WV{C0RjX{@0o2M
zP+qj{N3i4d%ZqmW4<PsS<wZljEm9i+0t7OF+<m^>4YPW@AV7dX90KJwNuv=UK!5;&
zMg->1pP%MMw{PD*w18RjqRECnUvwy4bqnQ1<G7eK3jzc>B~aZ-VcL;9#cr|$2y{wd
z+J0Ew`r>2+2oQ)^pt|PS(vjswTYBJ>oeIc{`b)?sATQdf`z(_sK%l(>`I>y`TeTNZ
z<pc;27%EVDpEMu=0t5&Us9#|D^5x?{Uo;Dpj;igo*Ir9U*kg}9My+FcxdQT{L$A#&
zBtU>b$O7e_2#SmrvXa^e5Fk)Qph#~lciV__Vx~rb0D*EFW(1?ji$-t|yF3MX(JmkT
zB6F7)EppppTLJ_K)Fx1*)t9(!ZS%Dw0t5)uBT!<8G!y{>1PBmlO5lJ44oK6Ut5>fc
zTEnb)(R=Q>CmrF~V~-s=f`z3E$cxr<v1cy?2oNYyp!9P=?g2}jl%WU^AP|&5?#5X9
zhT>!d2oQ)^p!A;E_5tNZ+kON)UcbC($NvCwPhVa%sQVzr5FkKcltAu2U+#vZ%CnpR
z0Rk-*D7Q%(jQ{}x1PC-DaQf+|r)kgg&p&@?0kh^sKlQ0kr6XK)(M3Z?u&{IidC`_$
zJt~_3fi4S_elEy8V3&`Axf37|w?OX3So($$=fq5n009D}_sq5rC@<RfBiQl!<wZOG
z2atRE@}hCySeYFG0?`QM?(^kt7>%ci5FkJx6)3k!8jSz}0t5&&BJj&!{xVH_E?Kf<
z)22;>HH^=TKKbO6>E_9Qlh=crTT+F9yr|1j0t5)OPN0g@LB26tN2g!{1PDwhkgqFN
zv6VO(0RjXf7O0|awt7r?(N-Tm#mkHO8^|XhFFN5Jiq!}ZAkeHpz9wJ#R?Q;VI{^X&
zN*5@-Pa2Q_0RjXF)Gx4Y+qMM@7NnWa!wx%aW@e_ZhV0$G<;kyazy0>^yYHTE``-7y
zcl-A3gX>sQg@C+h>DP4zBtU>b)dE$V4)Tpz^-PUVfB=D}1oCyoDz=I^CuV8{2oR{E
zZMJ$$dC^uMKE=z6`Wwh6ATQd~Esy;YAV6R$fqYHA^sT0<*~$b65C~tO^gd}o0t5&U
zAkc`w#TQ?keMacVKK8NKUw^%~j8S>f<kLiV+ikaO!|SiVzIQ9HD;1Cz4gW$>g#-u?
z=o6^)yfD?^eTDgz009Eg2u#%sD_vQfi~s=w5ern>KifFCyl5Mbnwm2KdC`o*i>U<U
zMWeZgG7$m<;ue^yw^z4v+{k7}fItTYs%w}=CP07y0RnXjBu}>Y+H0>Y`MJXmJDhRG
z8Bag`bh11tqc1O-d>-k;4?leDvBzfXCoewy;Sc+8(K-*Ayl4lnJWZJZfwl|Od72o%
zueM97p8x>@qXfoxzdGNII45Rm1PBnQvz@kLU-F`@I82HhB_J<4O2+c>0`j7xZb>XB
zK!89{0^^%`ZSMwUq8I`M2ox8nt$*4P0RjXF5U5(<)mL9#wrp8%1T=X)XU?3x_ue~O
zc+4@!?6c24*{|7)9e3Pu!-fr2S7`iR0eR8l7ji}*K!8Ba0=;d#+1E8s-0lbvAW)k?
zv)#3K@8V<x2oQ)^pts$5oe0Q_`ZH*?fV^m{4_|}D%Zt`_k7Gv!2oNYD(BPS(ch^Ox
zU|RwN2m~n5+v2<?K!5-N0&N#qyLRoayY8B$Kqq{$%PzaDTeq(5b8lV!@}dD=87heY
z0RrO%!a3KBuhY8(2oPwmKscQ?;+&YN5g<SyoMszHCGw(y90+CP6Ob3p=VmK;(e~an
zshj|TP6-5Z!s?W{$r2#Y1%W`it1<`>AV7dXSpr+PZvE<4zdB)3G+FJGQ%>2ud2?BN
zH_qe&@}gb1)HFu|1R@idyvbL+W@NCYLx2E*OrYxiIr;eFWCREhh*)6qX4sK6<wZMk
zpktk;ylAXPw(5Dwi)QyAUJxKaAY_56PX`l@A2N~J2oNBULtw)0XEg!@2oNC9E`jyy
z*I#hK1-tLQ`>5b(^3C=C_>cei{PWMZYhE!`D=(Vk%FQMO2oPviAe_@svkvx7fB=E&
z1j6aG5$D8AjQ{}x;WXPoDv=ir<UlARpMbn*J~vy*i&l42V`KsZ2$U!g$O)^&85xQI
z0RkZi1kzoVL4W`O0t6}&c<ZgVo__l2+i$=9>Z`B*!4H0L!wok)^2j5vzyA96?b|Eb
zqhTi$kQWW%Qcw*92oRV`V8RYx!)jBNZDj%k2((C`h88;EF2u<Q5Fik-z=WN!JFCfy
zcIQ|}Ia7JjC=Y85lad#0(Or^K2@vSAKn-VvNp{iYLtyR%2t+9`N$ax?0RjXF5FkLH
zbOCwMD6cI|iU5JQ1xh~`<Q_0?XR{+fpvwZe8)NAkMw}BfH39?(l-@JjKA^m4+mB$!
z>z5bp_#Z&->C20D`L@g42@q(JK<++Y?uIQAQz`)h1SSzEw@Dg}009C72oNAJp@6*T
zB$sN|AwYmYPy!Qn_!?FVibXL52oNYypoSJY;V#6<2oN9;vA~3#usf^Ci+1N&M>*2~
z^P<T&UcL0vOB*(9h!Q-SNy&?rco$<R0t5(DClJVar@9FmnE(L-jR*wNU6nzA009C7
z2y{(AUbK;GKRYErfIty}a86Z4W?@?b1PFvI5KgC!I45Rm1PBlar`ZNliM(ha2SOS7
z1j5OS&dkhw?|a{S&wJkUuK)U3x^(Hczy0man>Xj1nyo4okQWX4wn%LR2oT5wDm@oW
zK6qA-7X%0ph(loV253zJ1PBlyK!8Ar0`j79Tuhn;0Ro*8DDf;%aHvkPn=AnWof0V6
z9!uO@oQwbg0uc+8*e&B2N?tUM<Jj3*RGk-1(w@8i*U#ra|M^kQTeoig%fI}~{|bu!
zxBuN`mt9_Y<&{wzTHcg^ylAKHvrLu%f%XbCb(-kgZ+ih%PJjS`p#ptf&aVUr5FkJx
zN`dX$w<nM6lAq*7loM>@q~t}1UYl7+fB=Dz1;RPqgsh}C0t5&Y5eTQ#Mw}BfH39?(
zgwt#TsYG5hkOQHNd;(SHMIU|i(JcM>*kg~4D)O|`PRmvseDU7*zSpOWj-qR7xx8qR
z+ZNjrAV8otfu>FqefzC#zIH@_0D*c0`nsH72@oJafIu7qNiKBt>eZKAa>?O`AD;aC
z@7`y0$v@~m?6AWwy6B=+t5%7RHh8$@MeDiPvljvc2$U$$;8~+@*CkHMPy`4N2uh%@
z-8J~DI2i!~1R@q_u)Bu2YkAQykBh1%6sS5cnta84`fPd6J@*_{(sR!}*ZcfAdA-99
zJ1kqatasrzzxmBkn_J$9fV^l>_d$vwK!Cs~fkw^|gF78np5+7x5NN5uV575y009C7
z2((%tiGcp>XFp3qp}mjeM!kOD``&lUEw@OGHgd$}MO%9HsB8iRx-8Jh`C{l!yL=SP
zodAKj1%@`gMixe#6Eige1PC<JS3};ZylBWrM{TnTRGk-1zJoq}wtVr$7mq6DOJDj@
z_WXI#qDA-KdvE%{dHwqJ2OV@!`c{%4^%0|^02^5@FB<oamDv#>5RE`1=ZL|bM&oHB
z1PBmF1qK_PB?Jf%AV8qK0&CZ<-DjVDvZr$szSwK8y<T|Xh4#+6rIpKzx*R1yfI#a6
z!a3u#j!wY@2oRW1Ae>GsPDX$LfrtgdX|{n>A}<=qflx+1fvWSOfAv>?l|E$t{qKK2
zw8EL0nFR|LWDlZmzy0>!)sp{zW#4}Fi(mYr_bsoR6_6L5@D9al1PBmlR-oCFMYi{5
z5$v4+0Rp89Wc|$x0t5&UAkcP!r=EJM_t9MTjBb(_^XJch{PD-zF3_&}<wZ-st}`G3
z0tBiS2<Jpo^-PUVfB=D}1j6aG5$D8AjQ{}x;WXPoDv=ir<UlARpFq`l(d29B)5puN
zzyA8r3jgqjKV;9JmoHyF_*GUv`q7Wl6~6rCFAp8T!bSw-MVq?iv0nlN2uvl=$T?zg
zr&HBzWdZ~UgfB4I=qw>XfB*pkZ4^kJ*DYPTG<!6cyjZ+=@u{bt`qQ8O^y#OcPTqa{
zPd~|vXP$W``B&bjopxH^`b(B9NxmVdjdO2l&GMq*Unr`O009Dh0^yu-`U>+a0RjY~
z5eTQ#ijxr_Kp<j)aGGr(mB@<*av+qEPoV0&=(1(Y(r3=e|5Jumc*!M~WDlkP;UE5C
zaGiDQ)}<>XA5}W|t|d(g$csjE4`m_*2*fSW)M=t`zi}g*9RUIz6zJ=6ekDMF009Cm
z75Lc4K9)U~OOl`0U3cBKZQI7rC3(bm^UXK!xZ{r5h6fyQ!1ztPTcUuxXa}!6O_>0J
zwhNSa7AQDW+a=XcfB=C}0tMS+iJM296Eige1PGMaE#nwUUNny5*x6ZBofq9<haJ+V
z$Acdnnws}MmwxD>hXxNs`hT%xkezqldGK9Jni7x~9d%1$IROF$f)Z%zG|{);piC4)
zfB=Ew0)1W1uLKAXAV8pv0#82qWS04S|NGzn#v5-;K8sD8Hhu7eAIvsSzCUR4ZLL{E
zKwh-?g`5!x5Fk*qK#{gz?zS~g-0lbvAW)k?x!tnJXyRl92oQ)^ph$a+a$9-PC=Y9Q
zCRKG_bislJ>7(Q1|0#p2$-=pF=Vs5AH*elNxK6SpT_IU>=(`p+A|NkX+dYmQ5g<UI
zh(IIfh{2r}nSyNz5Fiksz+j`Zga82o1PHWF;GA>LNuRkbTC`~6#*Nd~|JGY?W#23G
z^{;<@+Rd$>Pe5KYz$-%~5g<Tdyg<H&U&U7A>+~)G0tDJCP({zoH)g~+F;gQzfIz;+
z81Yu}q7fh5E=;ZJyy$Mb?Up`y-mqcApy%&@|NAT~`k@bfXmEveNxIIwdGkiCV0rxl
z@}lj%X;L`>0-X}5{{%5~kDW3%Spo#QATYGoSxA5Y0RjZtCGZ!2@fYbcw=1r=B46cK
zU3FDD!hZYhmv01HO)DTT+J#F^b0k0@GJ$DZeRb<c25UM52oT5ws_UH7jx0__fB=Dr
z1*UC@(XTHr8vP-TdxBNxML+S0Po&R{fAy<h4N89b%U@34P5zryGPpvrWb4+g={if6
zEE&3jg^dWvi)QyAUJxKaAY_3?&Jlw<4Vg%71PBnwAu!nJEFnOE009E66Ii@>ar(?{
z?b@~ZihuRhSJM&Z&!3-f1Y1ojATOHZ%FQMO2oPviVA@t+-TKWs*gF9N1gaCLu5(U1
za>O|?QzJltz_cwf`t{{Sqd&xPPq6B|==tZLpFTG}^2j6mB$IESU$}5#`fl>yM;>{k
zZ-w;N?8);Ud+afE1q&MykQc4)rpCww2oNYyppkRL;7&`Nk)a3>AP|DUV575y009C7
z2((ThdoDLKGn2dc^vRxY1<DOL?S}HAAzTWofdBylQwdDl>Z@CSs<N$2fB=CO2~^iP
zryW_Gi~s=w5erP)5~E*VUNrhc9QOpP&Wrx%fBt8d2>tPof1F`%-@g6SQ%}v_TCiZj
zs7KQeJ@inz+DAY7(QI=s8W)fkZP8tlQV9^~vOweKi?o0)9|ChHKp;wiK)S0k2oNAZ
zfIty}J@?!*edadmq1>#4C(rlN5q8^cw^>)VLMa0BqETL3niK&7aSN2v|4SJpZfCP2
zK%mP4r8LP>28lQ)W@-co5GbWj#x#h$XiP`5gLA1mFPf0<v(G+RF7&_y54_}(OD?|n
z;tzf3L)pUQ#kaootx@<FU35{p<|(I~GHM;m>lct0?ecAxxf3AJB7yo(5JUIaA~B^B
zAV6RefuX(5LIMN`5FpSlf#Z)qK7Ho)(n~Mpt33Nwpkt0XCf^9QnpQwwbdpOo>kuG7
zASi)pTYYuw2gRZo0t5(@C{SJJoOWb!G6Dn$L@Y3EON@SfdC}+(aoiKEAupPI(R^<-
zbnx}krAs$$+BC{}|NZw*H(9xI<*0QmuU|l3w8Xm@LlGcApgMv2PY^@*SltATOn?A^
zMg)fTItvL9AV7dXy992z<(7ia-2VOF|2-Yyh8u2Z*WBA%t-NR>*M4?NfB=Ca0^yu=
zip;{c1PBlaSs<KF8*xs|)CdqD5KglVq!M}2Kn{d5@(I+C7flNL;SYZ}7!ysG%$YOi
zx4-@EsN&bJU!QGw=bd+sTFvtM1>{9TzAaK40RjXvf%;DnL-&}~;{^c%1mX}F+UqPN
zK!5-N0__smvSrJ{g$t7>Z^?f*Y}hbu@o&EQ=8`2#lFjGOpa0G~?@YV7_45hHi^g#=
zX%++sbV?v!!>?kiPO+OT0Ro*8sG?`)8&jN&009CK3*>8z5pN|g8u7vH!qn=?izbr)
z`Jexpd>MTf{!Cx|)nEP9nl)?2IRERv{%f|$+O=!Ptm&<q1>{9Lb)RLj1PHWOpyso~
zsNJ;}P~`*&5Ev>js@+*mfB*pk1llF=lb`$~ee$-)9(!!uxN-90-+Jq<z4zWb-S*mR
zubq5DYZerc7ae+SW+4Fr1VR=l*!fG`JY*%c5g<UIh(L+0vfxk==fq5n009C8J7j#D
z%ZtW$OglBB+VY~Q>Kkvo@w?ys?(VzqPX3#`o|XEVYp%KQzkX(BW@cUA3bhHyix#<U
zu`K}t1Zoqg?YuC4N43q@jtCGSP>;a)rsrJ(1PBly&?14e&N?fNeJ)<S`0A^#-nw<`
z_~N&1+jiY`*DYJNEZyp>U;XO%^}SoJfV^lu7kl<XfB=CK1<E}U6dA3=Ng0X&0Rlk@
z6zPrSZYxekfB=Dr1<Gxh5sW4;8o@#A@)T;$i*}hhvboEP26Z2#7y<+cj1mas>@%u7
z%Lx!5&{Bawx~nn>5FkK+KtX}zV?vX!mCquhNd$Dkf(0j>aKa5Y-0;|AkG=fz%gI0Y
zPJWUX$*;+Wk*-*=V$q^SX;L)#?-^&Dk-VD>GXAGvkv8uYkQZ&~)uXZr5a_Z%ZyRs+
zb(fEVxf37|w?MPqwRi6k=fq5n009EM?au2&Kwi|JL8}GiMO%IN8Z2I3H0~QKvm-zt
z8i5AS6urBS#?wRy5Fn5W^tL#!2@oJafIxc%=FOXzg+Hr%(O#bbE0-5_IZA*4fz}Cx
zb2e!moq`DvATXgoIGt9Ui~s=w5etOVYy+u8UNn#cp^SV2@}l|NY$Y!`;T?+A2oNC9
ztUw?qtY#7Hod5v>r3(boU6nzA009C73JS=J76hz+b9vFyuj>p*fB=E21?oRpjM`(>
zGc`T|0tA{87}fXcUmkHz%+v@FAW(l(4SbLCqJbYE<&77R7ai~8-BAMaqD|fM*e?MB
z1f~)g)y8XHK2^<DCP08d_yRR|QM)5RfB*pk6$!|TRs>t!u=1keUnr`O009Dh0@a-q
zrX9JjFuxKYKp+}{Y5QSy>x+{SAV45uf$ExPOGlO$ZRvqib}Aq*>MtRmfV^ll_fRH6
zfI!>=`I>y`Tg8oRb_57?P@wcaX+Q!52oNC9h`=tp?DF2~e;S!utUHw#?ckNCDH9;j
zc7bqCNo|)@KLG*+MhS$|X(P^wnHm8C1j1>yfm9+d8pwfAMm_;~(R^;Uk{2CyOJX?z
z0tA8*2;_tnl!;;p5Fk)oAdv2=3<3lQ5FkLHYXb73#V_QHK!5;&ngzl+Rn<IkyCXn=
zKy3oybXsvT0t5&|ED%n!4Wtrz(LfG_GV%$?i{^8)mAq(e_c(S$fB=Ca0)d>cicG<_
z1PBlaP#}=*stf`I2oNAZplbs1q5)nRDv1CA0^<e3IaQ6X)4K!+5NNMJIGr})oS3N*
zAV46TW*bN)@}hwp2xa6GC^0WOZ{ECj75JGuckZsc?t0WwM<pda{P4rc|FiPV$X4|T
z$cwi3rb*=l2y{xIo|D3?d+C(9$r2#Y1%X-no)riXAV7cs0RmMB$cuL2Qqvp>5Qt2m
ziqk>9F(ZRD9RdUhWCHoRVijA7lMx_5AYy?k+GeZAloxIF;ZuA#dC|V8>EgwUFTM0q
zsnKBnMCC=Zdk`-O5Fik;Kp^LlkcrerfB=CU0)cc_We^}hfB*pkT@#QO&2i;s69NPX
zG%FC!sj68AdnZ7EKy?D)blQk>Vx~rb0D*9tZ6KA%iw1Hal#x#$*t}>OAKiWT-Pf*N
zn{R5is#HK;w7Q!bBNHG%phSU6&jphYUgC@lMSuW-5CkS~fYu~HfB*pk1PGKUATJui
zrJx!J5Fjv>K#6C8f<sMJwv`DGAkZR#g6*-y&Be(G5Fik-K#AQlj-lj5<2a6;okiez
z(IhpRe9)-KXn=p8@}e!eOHwKU0$mme<P6f~LtyR%2t+9mNOx5R0RjXF5FpSs0eR6V
zuPsfA0D-s#!Z}sN?QC`g2y|H>oK72YPR!H@5FijvvkjyYdC@=)gfj98l$aO2?Y7%)
z&HHoHO*j4Uhd=!1fBxqaPB>wwop$Q`Zu&j<+|w7+=R3aDZ6z<-<=ZZECqSS@0@a-e
zrW(0LVoD`IfWRaIQ}sYA6Cgl<009C7$`X(lo#ax@Is^z12uh%=Q$X=?f?`n&0RjX{
z6e!*y%NjwPi~s=w5et;nDx(=kUNo9R+0BWRm=`S(F!?~yuYUEbbLPy+f}`L2-uFrz
z-%!N`<V8!oi!l@d0tBiPDBkc(8KJrf8kqnA0*wfi(i;szfB*pk1OgY>zJ2@FKm8;x
z0xz{Y<;jaSa_wiQ1PBl)A`s3=s>m#COMn1@kOji&v=QgTOpO2m0^u~<Kq`?J4dg&5
zBcDK+dC_z(fBfSgmoHzQMn;z{TQ)N@lW&f;szN|sH00YNwGkjdAQPzK6p&-gtR622
z5FikTK#opm69NPX5Fik~K#~hxy?XT}mt1oA;fL?K>#o_q<4#`evdb=q9d_777hSY!
z)hhAP1`nmYXdD-lW<h{Jrvw^2YxM29Q|u;7fIz1N`r2KCzlxI)AV45ufd;#4n7fu2
z4fD9DYC?gK^P<TV9(m-E?9ue&k3T-)q^wqhfV^m@?z2pm0D<-j)Nn?aWEbrPR5<|x
z1cnMs()z4JfB*pk1X?7JL_mM`v!5lQ(Ck6nm>2JR-}`R4<rb;YMvkw%=+J933keV)
z5VAlc=Zm2`4OvNT1PBl)A~3Y+HL@_`oS3N*AV8pzz8dmQ<wZk2I%=C$An?3sQvXp$
z9hE+y{_c0bJL`0;P@90fXp!3%+Y%r^pf-Wp&I{vrRNH**hyVcs^$3h_dfp{KfB*pk
z?GjkKcI`g<>@y}HI`pl*_S)-(7hY)BOe3gPUbLQzJ$oTQfIx`?;hcR+oRpym5Fikg
zKscRNoQwbg0uc*@(`*B&L|!zI1EGw30^#RH@44rm^r7^z#~zz+j<%{oKwdPc`yj;-
zAV6T0KozHe9Al0u&vF6;2((lnM<=ui0RjXF5C~J?si&S=uwcQ^MChyw=g*(-`+#ab
ztn#8Qy?RtO0RmkXsQFAWW_Mja3g%9LK->ajT3^j?MVu2eH39?()Z9_S-<`Z@_{T_v
zV+6v_i@x^SYw6SJz4zXG%tX9Zvw*y4+&5NcM}R;y0yUo<M(r*dPZJ?PfIuoRs@+*m
zfB*pk1llF=`s=SRUAnY47rJ=y;!{sO^`}4m>C;a?oxJ<@pMH`T&ph+Y?YG~4+G(ft
zt-oZ+lJ)D?w`<m|u2x>u<tPCH1X?E$&UvSGbP6UwfWU+T;dEMYG6Dn$L@W?avkjyY
zdC@=)gfj98gr67PzI}W8)Oz8<h56=at11NKMJK#Nu^Isa1ez77;uMf$%w`enod5v>
zr3>Wfgf<~SfB*pk0SbKVV;{@HqDk`ey6djnwr$(^I+KUtH{X2ojyvv{ZFs-|2aMmu
zyCn+9i<W*}XFvi32vjXl;#r{JP*u;=_yh<LXiA`9dn|GDh;w45Mt}f;61!y_L&=NA
zaU454i}3TJ$)QP~KhK#nr?ZDCz=_L?Hg(HmzXS*nm`Wg!GssjmTbTd>0^th;(p{B7
zfB*pk1d0ee`Q(#X=JWmUfBzeAyfOJ`n>KCw;0HgLZT^Qp{9*EKtyx4sUNrm*MHLbt
zK%h^cNZT)W+rGm5N`L@?XavgbmPJMrCnG?BK*Rz?+GCX4%8N#MSi3W+@bjWRUo_0W
zMtRX_?x9SC0D-s#0y&Aqjcj%V2y{>&knXAs0t5&UAW%f$oO8}e1D}f)E!wzo<FrG)
z_10U<mMu$1`1;qsKJDh#&nF-++QBPNQzk&5?E?84eid7_T~hr72oM-0P({zoH)g~+
zF;gQzfIz;+81Yu}q7fh5E=(=_yy%7v8`3Aw$p;;D;fS<lj`E_TZb>XBK!89{0)d=X
zf-+GI0RjYy3k1?#l|g_20RjYy2>iug{6+fA?TRa|$T!YaS6!8ku-|_B<r~3P(+bFo
z7Qc`)0s#U9Y8IHb)mOKE%@emf0t5)uCQx1HoOWb!G6Dn$L@Y3EON@SfdC}+(aoiIO
zKQH>g0}rH6o{u@^n7EHcyJjaZTH8I29T6Zvpol;qCzm2quq^=s1OgNYq`NAE009C7
z2ow=mym)c?%x&%3wfV+*_0?C?5$4aIpKk<PO)DTT8sL?ok_ZqWFkWEVR$txv<LmS;
z0RjZtD^OkMoOa}hb7H1OfB=DMTVnL<%Zo;Th~u7M_<7M2PB<Zb@_gQT=f!<2+BG|Q
z(e~anshj|TP6-5Za_N-0$r2#Y1%W`it1<`>AV7dX5rKsZ7pBkLW@ct`kCTotZ{EDz
zBiL{%0eR6bTxyyl0RoW;Ox5QrT{$vX(;+~BKqgRW^PFmMaWVn~2t+I}RX^;)%JQOJ
zILZ;vG4Q<Ts#UAf$Ii)rA9>`Fhz~^TrY0|%-Gg{RfB=Dz1p+z0giNG10t5);5D28Z
zDuVz40t5&Y5!iFjJqzYVw{PE`j<DNqyA`R#wv!9Ui{`j;vk3tL1ez6?yvbL+X0s0V
zPJjS`>IACppOcRtaZb$C2oNAJc{A+Dn)0F@Inc3AGvvJJYp=bw%Pza5kDV7ST9o{M
zE!LyZ#(Bw$R(DflWC8>Tlqe9$DW=338HxY_0wD+l(p{B7fB*pk1d0e8fBf<3W4D)H
zdMV#H+4s>ObIdXMMzGbi0`j6ETnegz009D12~6ASt6P7nvaL*j0D%?>RM$DD9a)@=
z009CK3ryP*qhDWMH2Omv_XNYti*DMq>C#It&At^Yd3Jrl1sBA9AX+y&dC?Z#B`K8v
zfi4RKa(?OZAux9W1fmoOq`NAE009C72ow>x<(6C0yy(i6EAx%>@BjYq=?FL6a6`Tk
zY&ETbyl9lymL^4jK->b;w)*PUkK5Vo2oUJ9Ky{sS+L0s9iJ2M!0tBXQiP5hwFB<(J
zj(dV7=0zWT@WJ2a{ki}C`+xC^UtD$7Rp0#PH}~Iv|MXFF_TP8E``uf&ZjJjuv~G6t
zqFui2GIs(5S|kw2`K3i-N+m#mz$5~JbXR2%AV7csfg%E1wrolNv3By`4I4I0JJg$R
zzPV({lH~E-{Q2|WdFP#JH@AL10eR6$F4e3<fB=D@1oAcfDz*xWMKJ^j5GYZgik_Ko
zOmQ*-1PDYdkgqXDyp_CY#0R$vQ!6nqI&a>*Ea6$=i@9^>KJ&~oT{sr)nxnjEiFYxE
zB0zvZbpnB$T&kO(kqHnW(1<`F-BlR`2oNAZprF7{e)5y_A>JN)?6Gm<#>q!}>#eu;
z-h1zK+iS1AcJd9aSx`V;w2^B+J0(DXKoNn0oxjA*i_F5d1PBlaS)jyLS#YR`b7H1O
zfB=Dl9WuVn<wfH=rk$Em;Ca#I%a=d##1ox5B5j$hylBX`MQS5JfIub?$Y~|3#|r`k
z2*e=}NOx5R0RjXF5GXEi)>&tzvCqYe7hiq#)w6!Z&$eybuDkBKWy_YOTYdGbUoBpP
z5hfRq7med$(kuuN=#;?ZO}^?iJH>9Y1PF9Wpz8iP`S{{w1PBm_SYYyI*pW5mMLTk!
zW1VKOdC@s@=A3@|>2JUNcC7MkpO?I7r|z>%mH>hF3IuYxX)mD42@oJKR3MP<stf`I
z2oNApP$2o3(By07v&d)?0bQ_Q!3igvaKjBZJoeaQFTecq8-MyqUL?OJA4a-j#fn9X
z7Ntqi<iBT}aYpifGRXL!f<@ZAS3q8L=(U-J1PBlaS)jL#H~TtdCAASCK%j^~v)#3K
z?-A$3OpO2m0=@0d>qJ0a)Sp4C1%k?pCf{hk|Ni@*a>^+```OPVMFao4k{2y<+hSV+
z1PIh75Xjl2w)xr-0RjZ-5eTHaDuVz40t5&Y6iA-MW#P~2UKA|S=Dh;)qV-(t*$V*z
z1WFX>ZR5?pE^$(ZB0zvZPy)?%*WSI0lMx_5AYy^ucIR~>ATR3Apw$8;=0!Ib`$@jd
zs@0NRD_&kSsQVzr5FkKclt3V-r%~luPJjS`mI?&YU6nzA009C73JS=J76hz+b9vF0
zUOg(C0D&$G)PJ%VwZ|?W1#>4rAZ~$CeXsuI5$D8AjQ{}x^*7bP_b4wK_yJPhc!3i0
zqT_eu-N*#wMdQA)GCKkUq7ew>>=TWri4Y(_AQcFtyDEbK0RjXF6cmsbEeKfu=JKL0
zM+p!h&^m$oPZp#0*g84|6CglfLV;0zum0uYWCREhh*+ThrW*Jj<wXNOK*}30ATK)J
z$Gf8h<V7dEL$MkG0tA{B7}dsWUfwK%y%Qinpmc$nyQtj}AV7csfr<on*=3jaR{v8`
z@!cF&UbOV<Is+0QK%i=Ya86iN&(!z?2oPvWAe>GcaZb$C2oN9;PO}Z95_!=;4umrD
z3CN4)bF-DaXj8X5_Dg^OfvE%nIblszvy}-DAP~MlAl+3N1PBlyK!8Bk1ms1-zfe>m
z0Rja21j0F0^%dq<0t5&|BM?rf6(=J=fI!3o;WXPoDv=ir<UlARpFoLu(QkkI+sSCj
zPrgcQ)h+>f(P-|WOoRY|xCH_^xx|fZb_57?P#}=*stf`I2oNAZplbs1q8+^QG-Uz=
z+Aa{zsjBUg>L);ez$k%mI&H)`F;gQzfIv9SHjql>MFTky%E%{>#5>>hu6HGW#`!ky
z-D=*vdC5@8PwzsnV-=7W9d%1$IROF$f)WViG!&GHVh9i*P+TC8?y3v|1PBlyK%i>^
z@}k8r<cvUo0D+nX!Z}sdJaM}tK!8AP0^xL8aWVn~2t+IpPO}Z95_!=;4umrD3CN4)
zbF-DaXl?g6c0_;xfg%EdoUn>a!L|el5C~8pknXAs0t5&UAV8pN0`j5(UKuKh009Ey
z1;RO1jjz+Y1PBmluRu7RHsYL^sSzMRAe?3!NG0;3fgA{B<P(q=&F5w-dC~UXG^v~b
zfldhoa>DAAxyceB&;@}&x~nn>5FkK+0D-Ov$cuL2Qqvp>5Qt15oKsa~u%<(R0D(*(
zoK7oFMt}f;hy}uFwt-Y4FB-^!P)0rhdC`1swvrdk?m@gDK!8BV0)d>cLMBoh0RjYa
z2n5nyl|g_20RjXFbWK2BG{=>jO$ZPm(5yf>r>bTh?41As0@VqG(`h5liJ2M!0tCWo
zwt-Y4FB-^!P)0rhdC`1swvrdE?xx1b1PBl)Q6P{LR*5q*6afMRLJ$a~yDEbK0RjXF
z5a^nKyl4oQf@&Z@fWTA&;hd_bD%;8g2oPwIKscRNoQwbg0uc*@(`*B&L|!zI1EGw3
z0`j8y+-xN;+M>H8r4k^}Wr09WSY18@=1zb>lmdZtS7i_&K!5-N0$mf37mf1T(xeCw
zh+80>Q&rr~W=DWPmj%M<v=QgTOpO2m0^u~<Kq`?J4dg&5BcFi0Xg)Vv$%}URw#(cJ
z5NMG=ASbLAi7Ax;0Roc<1kzoVL4W`O0t8AI*tTukOE10j;DZnT>}Nmw$uvKuS7N}S
z0`j7hT&h`z009C)2@LJ$jVug`MKJ^j5GYZgk)}Fyr{ZJ;2oQ)^U})d#@<MshE+72}
z<}NQ9!9i?f3i6^Q-o+S-009Ek2{dw!7~E-f6Erdb0t6Zn7;JQw5FkK+0D)Eu%*@Q(
za?34;9(w4z^8U1X`YkG6UbK;GKRYErfIty}aLzJCW?@?b1PFvI5KgC!I45Rm1PBla
zr`ZNliM(ha2SOS71ms0?xFw&o@bJSAUw--Jr=EK1-~7$reDaf@Jo@OPzw(u@tX#SB
z&O7g1w{G3`?b|0AHd*b7C!V<CiYt=r<q=05arohfpK{76$sm9D!yhIbp>Hpx57;+;
z@2~QrA>S6MjQ{}xnLuyrZt!(hj~4_85Qsyd!H#Oz1PBlyK%jJiM;>`(_uY5T8x;Nj
zwky3V0}d6C7med$(kuuN=#;?Fe%{E!PO+OT0Ro*8Xr!qQ-KjVk0RjXf78u(1y1Y<c
zw97|7g1O6!PIVB|4_i3wu){t+_UE?SZku)37hZT_#flZ9hB^ND<5#a<J?kL7E0jK9
z@8E;4<wZMnpJlQH2((vVuz@$Sq`iPDCqRI}P=Q8zshtuaK!5;&Dg<u5_11z((RA}F
zYBT1bfV}9?YcmT85Fik;z+f|PYDvgSY9l~^KoNna`s(0*BhHDL8UX?X2Af{Tm&l8D
z{12e*)0Y>W{0P4J=9@`Ka#X^zcloS&(MKPBw0HecukXMA{t3$~eZX1wD=%8)w#Bvt
z2oR`EVAg(K&kD88*NzAfAW)A$J<Zcz2oNAZfI!s(FTM2AoH=uP^P&eFaKM>oo_X=b
z7iSBT*Wdl_catyH`Rl*_>$!91X3LWo$rt5Z`d>d)mumb}Kwh+-i#>ZGK!8Ar0^yv(
zN}QCT2oN9;lt4J0R-B9g0Rj;Vgwt#TsYG5hkOQHNd;(SEMVBmDvb36?d~+;it2f?w
zBl*(#EZCW(C4c?vU%&R+Ye@%4z6E~k)~(6c(BFRh?I)aYLbA^Iyy)}KKc9`0ytwef
z3zLWQ$tRa4<0OM5Ur*or?y6O*X05;U0cYJ~vVy#5Q1?NKAwYn@D1k{@dJXH0D$jBP
z1PHWLpoY$A7X%0pAV8o7fscITBU%14dGNJi!-j09^XAP<-^!LGFSc#lcGq2Zec%Hh
zNZ;Cd=bc}C@x|U1yslb6UbLlGkIE)MpvwYPpBg3~zspC#+zAkfTVV1|SoN9_=fq5n
z009D3x6sy&FE84<L#E(ffhzK%*>mR7U-VX9=j-JE<|m$bVix24#V>v_YVS$rGx?~`
zBuYAJg(MgHxzBwr8|scb?igJ2fd?MQR!E-JCwm`UCtFhbfZ537U&xEbePd;I1PDYU
zFus}B_HHzuCPIJ!fmEQj{%J=92oNAZpgMu%-!Es+?!NZ5ul4O{XkIj3Cwcsp{PX8@
z+nsjWDfvd8zHR+loq)Wk%TWRZ2((V1x|71RBe#xD!2}2pm{4Haepuc5;$#E}5Qtcy
zy5`x^k>y2Odf=3u3doC2@|SSsl~-l~&fop+cav-~YMs09zB?N#`97~vtM%?N`PkA?
zt0l`zA8^dRdf$>4o$wCDY6J)nXjY)NbvO9BSp<70K!8B$0u6RlyCy(@009DJ39MYX
zGR=JMvdb=m|5|xWUNkM>U;gD^(#?-L>Zr0xGR~|5@}i|**BOui0RmME%-Y*)TcPTi
z8lM0G0!<0j)<|dFQN%ehQzJltz^py6Yb(f$cI}8qHeY$sSr2IPrSn<B^O8$0nRWf~
zE1Y!FN!e&`z4g|pmA7o!a`3?ir)z%pv!6{qw_((pr4Kl2M}5oXMVq?iv0nlN2uvl=
z*S(wib*h@JOn?A^@CBM`r}j&L009C7N)$+*IHiHl|M-vp7#w!iylC>YYQO#VOGkMA
z`R4~mu%rqBdC~AM6jexo0D(S%DozLa#_TK1uLKAXh(;h^SFB<yaWVn~2t+JUMcZuk
znDU~nK75L=A}{*GAO7%~YJM6yUYA{VS(fm8<Bd0p)bPqHuVh1=dFGkphq~Z`3$m4;
zd+xcRE0;dt(7g;@C@&h#J(P(MAP~2}&>mj@!nl#mjsSrU3e?|7?U4Wh0t5(@F0kjG
zd!}j67himFaPTZII_6(7-*Lws=?Irzdg<T@mQ*1iFWSK?Pg5p9pzQ)xoDTAh*>*|w
z6Cglflt8|&SjAQm=fq5n009D3w9QtJDKFaU!>9Nv@}e=RCjSS|KIiir-}pwssoizg
zU0DP)c|Cr#haY}8Tlu!zZX3FC=>rbk%g}}LqN8p}EGIyKKu`ihdwBf|gECPJ0RjYy
z3)J68?U4Wh0t5(@F0g3PqBQNfb?er_!FSkUhcWM_>u=n+F<s{qpZLV!2$obKATL_{
zLe2;T2oR`Qpo-H$zA<Z_xZM#TK%h2(d|k1Mt;ER)5Fik-KoxDX)nm$ww)*fXUS4$k
z-@sE(J(Yzv@4ffl@hi{zZtq8iu3fu!{Q4U<Y{+(f)>&r_UAgoDhwf$QLV3~J?s4ph
z009C;1cvtT`WF_Nf^7*9AP}HH{f*Qf2@oJafI#U2^XJb`)1E^=L3G)&W$C-)zilU7
z=g<D^&q^=PfI|i3MFYGtR1yIK1jY*t?dOdw9ABq*2@oLAUV%oM>d>7=oD(xO0t5&Q
z?R#BbC@<ROqaVTC<weII#A~j(CJSw@TemJ*IeCPhgh;Qv^2#JIdHCUnA9>`FU-`;c
zl3!P?S~c|Pdhhs0AANK-+LkR_dfys+os5>PeCVNv4z7?aDSg19dl|Y=UbMY8O)4iq
zpi=@vdwBf|J7sRN1PF9Np#DZ`j|2!1AV8pWf#u7Wr)kfbnVG@C_uFs3^xfn+*x<X_
zl60Nq%j>fxUQ{X|FWQAmO>-nbATohU&kIux9vQ6Z5FkJx6PT(QR=Tn{836(WA{MB$
zf3|UOdC@i=H8p1f@}e2V&=+T)eRdYwOun2e`OME#PdznT()Z$o6Ha*k`R9j@lPv7b
ze<nfGQLFVXKk>v9vt4Z4wypQADhBKufBdiVqS-x&7X%0p2w7l!Gq3I4kcrerfB=CU
z0=4x|J0d`U009Ek3GA`Q9%<Th=qHFK|42D~_qyw@8&yNHVY<%TxpPOYV|lp(@}fDe
z+-yRC0D)!&$~_Sj8Le3ddnZ7EKy?B|dSkiUMw}BfH39?(l-n>P7)@R@f`i!QDaebC
zKl;ZVcU+p-OcI_+7W8la=5Mk9=cpGy|M|~{j`_|z?_`^-Sg~U0I(-YzIOB|Llfg&#
zr4QJ*_wm2Vi&l42V`KsZ2$U!=zM0qdZizE86afMRLJ+8}f7%fN0t5&Us7~NxANyFE
z_I&1<X9o9j$t9Ph?<UWt2H#DW+;r1T={oO!|NBR+V|lp(@}ePJ3aWts0RmGAlzSp5
zGTKySTbTd>0xc3K(i_X&R-B9g0Rj;Vl-n>P7)@R@f`i!QDaebCIr@E{2%3dOzx1Uq
zJ^uLP$rs8eD<uC-zLu*u*qJ;<fArBu2Zw#_wb!!nXR`j_3WH0|JMX+~lNVonv2TUa
z2kaYv{IBw&ExJomDggpr78u{mYkRlLhrrwk5QtKsw*F~H1PBlyK%hE-FMQz(Y1(t>
zCx|A`zS4J-|33NTlY?b!-n{ue?|DzU&hf_|Ke&P=RS3w7MtN;%QUnOZEl|bjAm5mA
zJDVK=0$mo!*A=VSD&m}&sSzMRpo+HH>M`X-TYdNxFE2XgZy?EnW^v8z#if^Cn#4r=
zwn~;<dF7SaI-mN~rv|@1e%-ot*$T<m-1m(z^w;E*9I{PTuU_4^PU!>ojX(ZZdC@N4
zc9}Z?0xc34-^^=!w?$$~B|w0{Bm%YdPdg$&fB*pk)d^g2#T9AVGkK6TxR;rknRmbY
z-RTO87cai&o_l)NS+#1_KKtyGzMK5_jyvw?eb?*i1ms00xm2?b0RjYq5~%K^Fzv`e
zu_%TB0RkloOxq8uTVI@v009CK3sl!UTRO75XiE>AvQq(h(J_Asy<hmA<~C0~_0++z
zXgWf&y!TT^Z@cZbzLAp;2+hKu|MXA))c5YtUoX4tvTT#VuLdi9z@asaS|~4C;$4iP
z2oNApoxrFzUi0$mCTL^=1PC-DP;(cxI|2j<5Fk*6z^{Jwt1R%jY15{`U0ik5RoM#3
zi=|7K9(w4ZNw{>^U3cwWo_xya;J=$59L<ta1mr~<x%RVD0t5&Y5h$hqmoi9^S=g2U
z0RkZll+q+i86@JIn5hvUK%kU98Pg#0qA?xK4$ehhbj(2?{Cv@&U%!=&@Z59HW%14v
zPdqVOp1xSSc5U|Vx#ynS_wLYNlg~2EHW~bU(b5MTTEnP?@}eQ%7O9N@0Rox8s5V~n
z@~j>&2oN9;hd|9;)b0onAV7dX6$0zmug_wi$@k_A?jre!(Lew5KhM?~_2SpR{`KIt
zmQ*AlFB-?iq*)Lk&?$k6&Imb%?G(Go5+KkifgCNdqD{of2oN9;u|P$gv%SO0i?;XJ
zsXP&o7aj9wko><pi)$t?KKaQ{j{0!XbdcoTPk;K;*(Ptk`DX9n$wT<;t>lwPd*2%M
z`a9qGPPWMlFTBvVTImD!jX(ZZdC^YYXPGPk0__zT-^^=!x4nQWCqRI}P=VU|ryUU>
zK!5;&>I9MpS;;4era!mba?8*iz5Vvv2OfCfsHEt;dGl_*`R1V;T3C^Qyy(ztGYbh2
zAP}-ZMQ4N@!-lM+HUb0)6cNbL5-Zvy;+&YN5g<UIqR!dgVdX{Jd+b!62*`_$|1(Iw
zW-Ci<o_Xe(<5y1Jz2Jfivi18u5w!Q)?N2)Cq*;ebR_OhL`;8kn_H9!7fPLeS|5aYJ
z$Zd;l2@oJqo51*HUfa91&DV|y5Fk*GKyCfgjtCGSK!8Bw0?DV0-gx7Ud+xbsZ)$Yz
z+__))!WUkC`Q^sT>skTwqV-(t*$V*z1WFVL=TueVqzpxX0D+(c!s)c)WCREhh*%(;
zW*bN)@}hwp2xa6GC^0XZeBeO(ldqC6w>tUcle7Hizx~_4&06G-e)OYk{RbX+pm+V`
zLmRTUjyU3o-nT}*Ua?|Dw#nA5Tl-ckeZao)$NwrX8q|G|Vh9i*FiK#2Gq3I4QRP`q
zfB=D(3e?s=?T7#Y0t5(zBar;d<!7IL_K7E+ShsFn5+V(!uufGXFWS<pM`aTr&}D&e
z&Qo1J3g%9LK->c1blQk>Vx~rb0D*9tZ6KA%iw1Hal#x%M#Jp&}0s`Oa+;h*(5}Q|F
zef6x>Cg0wbt$)uw_w=p*na_MCdv`GZ*|&0U9Q2Sw4(WS0{k8M~hwf$QLV3}+Z>-FY
z0D))(hW7CK7e?c0A_NE!NCoO|r1nUF009C72oOjF<V9VM5+FdJbpqj>zgkD9U;+dP
zOehderxhn7K!8BR0^u~<Kq`?J4dg&5BcFi0=y<o@{O2T}FZzG}&;Q91p}+afZ~6v5
z|NQf_cax7|=zF*C*9{vsWGjE;8{g=AH~qEr0f+8o=t6nX3GYy>Mt}f;W(9`!@cI`v
zi(u~r2oNY;p#DZ`j|2!1AV7csfkZ%FwDjvb0}>!WplX3|&R<o})c6Dl5NJvuoK72Y
zPR!H@5FijvvkjyYdC@=)gfj98)RPxYJ}UG1=byjnrkl<_`|Q8{+rK^VzytT)ci(;X
z+2?=*4oE&B^Q^PZy79&v*Q{BStd?&U)orzU_3Bweo4tF#;DQUX^^+O(zLmVb^Ugc7
zckjOY?!I^Xetq=ON3)f0z4g|<chg@>A8_bihAxyBZR(cCehCmDFqOd29$x>#scN<|
z0RjZV7pT9H+9Lr11PBlyKp+v27Y+YHQH2Bu5a<&K=ls=Im|qDHAP|i}IGt9Ui~s=w
z5etOVYy+u8UNn#cp^SV2Rp&+5u3h`}uYY~{^5yTE;AiR5rC<Bn*Iszxg?w|VVyoo;
z;0GOaP@3C3?6AXTO|<rYLHwpooBB#hK2tP{fR6ge&}@?nFT5~Yc`$mKu2%Yh+1_V;
zAuk%uJ(P(MAP~2}to^*672-xVI|2kcC{R!Hv=;&d2oNAZfIy#syl4lnJWZJZfwl|u
zb@B#(ZM&rU2@oJKN}$2k+PCY7b7H1OfB=EMj^|f-QGWxi7N{;SntYx5@y8!OK}vMU
zD#>S%u3x`C5ZFsDxg^VNKK0a7W2#C%Lp59T)KgC#y5=dToRY0G7%0s)*|KHJA%`52
zu6gv)M~}&=mOfxs!}u5SqN8p}EGIyKKu`kXn|W>T24$ic0t5&Y7pSd&+7ST)1PBly
zK%iGZUbOgyoDm2RAW*YFZyRs+b<GpEI|2j<)F#kuckSJ~I2i!~1R@sbZFgQL0`j8%
z3|cKvQC>88bh%)`f+0!Ji5Km#!wxs!d~*o4FTM0qmhe37wA02!H~--u{vliQuDk9U
zTKs+Y-IuL%*=3gvT_;(1_0?BrtKD|nZKGC8mX|)@n0@uWB`;drJ&qj_AV8pqKyT}A
z@O6<X*p>hR0s#s%*ir48009C72oUJ9fV^mcSB6R=K!Ct_fpAV+<LmS;0RjZtD-cen
zjW{P}Y6J)n2&dTwQi;51AO}Jj`2?!Si=KDhd1GRsOO`CzfB*eI`q7X6^<V$>hd=z`
zWy_Y0S^2E9&dN8ha<}@<cfOOQH~;P5{%tTank>2InrpIkPCW6%!FAG-W@cuNJMOq_
z&Aacud$81pAAUGn;nSb~bkbx7*U6TYK43QT_!sh`?Y(JIIROHl5*XjiYkRj-<|a#k
zKo<mR>z{T+fB*pk1nLn;9%McC*kk9PfBq*v@rm7b+il*wd1Ic}4SlPgI_*VXv<sJ-
z=171*WCG!wydr}&9RdUhWCG!IT5&Q01PDYd5KglVq!M}2Kn{d5@(Gll7hSn>W#2>N
zxpU`!>QkS({`%|Ju3fur+qS_vlZETnt^3JOev*9g`rzZ}Bz-!#NzF?(Z{Gab&we(`
zaGrkp=}$lXbUK%$1FT-X`ph%W%-%idpo5YxrXN$`nl)>(m6I2V*ekERl024AeqMd`
z)hn;OviIGmo_cD`Q0ZHx4>;={lNIDevwILP2oN9;vcM!Qy@qu{CQ=�t9jh)X+KY
zf&c*m1PIh7aQp4I@4D-*eGl}e{k67gJH8`%(HvK9HX%TOK(hkjoVl8Huy+Ck2vjE!
zPN$7HCuV8{2oMOT*#=UHyl5Z?LK*o4%FT=Z_P4+7eV9Cd{``Ob=YM|l%{M2nZPTVr
z|MD;YvT)(T-f`}|_uk1zsA$dCUw{3WV~*)fat?ic$RUS3{`ljw*6`qi4-VbDZ{a=n
z+%xM?=?bL}IO~4pMXS51F){%H1WFW`wV&6sLWwgn6afMRLJ+8@dD;sB0t5&Us9GTT
z$IB<2a6<1>xZJO+F4g#{fV^l3mx5{_K!Cth0^yv(rYhUY1PBmlkw7?|R-B9g0Rj;V
zgwt#TsYG5hkOQHNd;%rrMU&6l+-awsvZu<)H_mU^upwVnNyPNvgAdMzTDo-UmMvTI
z4OQY+@4WL)@?ocak<Q*<lg}NUe9Fm(f+i2-dpGZWeeAKvKJ&~oQx#wOfaCWrFWREJ
zB&8A{&}D(~&AhgEyL<@DodAI-1#0V`c0_;x0RjXn6*&9sv$N-K1z%KJr@=D;dC@4Z
zElr95fw%>-9^UwixSh?80D&$GG~Qsd0wT_dnHm8C1hQV|MJgaK>Mx<y0wv}}FTecq
z?7?ypcbu7-DI$}6zQM^SpPUVN(M1;(8Lh-^ldp`w@x~kf*Z=xopZ@fxldqmX>ZqfV
zFQfm_kAAdn-MVS_lFTvrFw*4v=>P8T{_fC24^2Lsbj6Al7hinw?|%2Y<gIB(OV%%a
zz%ez*i+1_8%iIYNXpz8}PG09*EfP~I0RjXj5va3;+7|%=1PBnQNFaHZl|6Y&UcC3c
z?@gXcJ@(jR$(QUT|8P5b=snd>MMWC6Pe5LDl1nw~5FkJxD1p9C-r%o6u_%TB0Rklo
zG}v1Eb}ddufB=Dr1^POkUz6u%$@8=%bccdK8wJYBizeyN?88O>@-P3gU|2MjOwy0Z
zhm@udu9q!aR?3)dJVs&GEH7H(U5ud!5Fk*UKp-cP>LzGp0t5&&A`nP-RR#e91PBl)
zB5>}x=Vp1)<O!iCZ$&U`+g4t*k!wFYB|v~c5rNvy5wq^7$SiD2fB=Dz1!ir4wXG0w
zPR!H@5Fk)nFKx??<VD+Zq|`Z7psc)T@;RB=6XvyR*ACrRj)m*jug``}K6Nw42sWum
zKwdQD+ak3QAV44!sOT&(?XX!rUJxKaAP#|P+o1Ic5FkK+K!5@t`N&7o$8Mkd+~)!;
zPf0@s<VEASm^2Fl1Ue-!w4XP!uv6?NOMpP91R80oLw71pMt}f;hy{lBy)G}57wz)V
zk6`X)<wY;N@WP6oFn|8@pHD|V@4WLO0FP!0@}ix(&oWs81llVQ$a$x|fGQ_IfWT0J
zK)S0k2oNAZfIty}#fulG&)lAU_Squi*tSjqdC{TQW)>14Kp<p+I!_bh_Z6~|+6WLJ
zP()yS_p9^Wh;w45Mt}f;I@@V0_9ZXcio>MHQ37S<MUOo4$n**Gz4zWbYG3)5|K>Np
zNk=~P&_nZ$V5=$w<VB0zw%C>c0RpuNRB;N(F=lP^wIc!q2-G8xqZ8VM009C72!tlE
zaN)xAnOpLFJG9!=GfF^Sw4RGSdm%u8K#2mQT6+D<OPrLU2oN9;ltBF*b<`fk$p{c2
z5V63h*4NqP@}iwR^l?nQti0&^-~ayf33Kud^5x2G+_*6vdH3CSFLz|46%mjZ4eCBf
zF$4$@7$s1o)t9*KsPZf)K!89?1xoCYh9W?K009C`34GuKA4s3MZQs7VsT%BeS^;^{
zmR>z7n*f0>3rySUt6RUzN5R|)5Qtl#y3RT6$PwqnOpO2m0@Jp{=+~DQjs6hFJ;Ac_
zqKg(SN}n*#%*>Q4mOQdfN1i`_ez_wXt%!iUXxukeW=DWPGy+9heTmyf<7pxU2oOjG
zO6-t^B0zuu0Rl}4oP6@h=`*(t8#XjmgZ)k`ATR22lmGz&trM8G)mOKE>*y3rfB=CB
z1*+?u(~c}oMt}f;hy|u?iP5hwFB<(Jj(dV-<wbYcVTbBIksuv;&YU@MAB%R)PF{4v
zI~1!CAV8p5fj~|!%_7)40RjX{7YL-gDuVz40t5&Y5xC=yJJM%vKmYm9i;QF2ItAoK
zOTVr&AOQjdsurm8G%<c(RnOG;1PBmlN??5VtMlE6b7H1OfB=Cy+i5HIB`?~F!=%Vj
z0%hezciwsD^a=BpEn7zIE8p_;|6<AD%a$$6H-fFI5Reyb>XyfT2@oJKl|U7zfE;5^
zRkM`|5Fik~K#opm69NPX5FikmK=RCO`SRt-Gq(?Y=tI7eKD47VsvddK@GlfqNPqx=
zK7mm!z5eBWh53~L0Rqto)ZbA@?NOYJ009CK3yf-gon0<3+Sx-N$HdFZi+=dSA5Qb4
zt5>fsSLTHmUPwp&;0Hfg?#M<fA|Njs%{`Qf5Fik@K#^8o;<j-kn;iiH9TX_BLmG+z
z0RjXFG$@dT55M`%Z#GzlT~98M9kTR!=|c}aH2Jn6ui3%tNmC|3pgRKLwBPQSn<)VT
zT@whW(?*;VGc^JP2!zvY1F1w_G>`+KjC=xR<wd{v#V@8$DSz;TALOfK)K)+K@sHDy
zPdVk3QR`S<zks}G*KW1UmjHp53e<ms7`n%n>M5H50Rp20hW0uO2@oJafIu4s&N}O?
z^vT=jKmYknn>N)vh2(QhpLpVlE3UXAdC+vk5l0+;_~FR|z?Cak{^1XQXwgTW);SA#
z(NULYmJ=XAAXtH#&#hy27c7y&2oNApP+&~!tNAT)G6Dn$L@ZEqM-6{>@}l7%BNdJj
zC@U{|{q@(U&zASxbI)=g=kB}jzUj!<UVH7BiFm7K0eR7acP=(3K!89!0yUo<M(wVi
z$=VA60t9Lk7}f49CqRGz0Rn9lxcK6W(}!>K=g<GjSH5!p{rA88^2=McY)PJbPyUl*
z;>ni^tyr<*<0F2KKmPa<zsBg6TW&dInx7Y6d~w1V)j5l#Bze)=uJ`PS009DJ2~2oG
zsbRIUW@H=!1PFvCP(urya2FBh#7vC<0Rj_t!tSh=JTyz5rzN4g?o8QCV-hGUFS>sH
z`t-qa^4}Y8ys<2z+i$-;8#Z}TUDmM1DJ~!{8rrRpdI%68FjSy;!!Koop|x2^fB=E^
z3Y5|t4MKnb0RjZV5xC}>YqCdh`Cd#rmq#CcbVN|}zb#I}tJ97=bp4xdy6L}-JKHZw
z3Uuf=eG6-zMY4B!(e_?Is+<6U&I<IMI~x48vxmUM2@r^0puyJKw`*}S0t5&|EYR2S
z{3<W%Z=lrzW#vT^gpYpoqv`YH<g*B#d+xd7ENj=UUAS;zI_5_{@{!^L8lgl1dC}<a
ztxS*rfj9(8?EFQBiUZRu2oNBU2^49Gwk1G-009C)32fW8?ex=6&zBMH-D;{yJ^%dk
zy@AaOFTC)jmtLBgnMuC1Xx+MX$=B2OzPoDGs;LGax^fkH(fVhROif-iyB_m`009DR
z5g2-6YGh$s#MDWE0D)-*8fmIScN%d{%+v@FATYG=b$Ow@XqS(E1amJjFZ%Gq4`)w_
zmo8me@L6v1#C69VcgzMX>%#;hIAnoLL0)v)TNUdQAV8oIfk4h0jm+In2@oJqoj@Sn
zRT%^b5FkLHpupzMn?Lx$4`$EbioBS-k|Y=UxzBwrON8EW#~p*)KJdT;*$PJ=eRT2!
zesG<smh|RD-+AYqskR-uawD@yDv=kh?gG!q1PBnQNMPuBq>+UcP0+9e2oPvoppm9J
zbf@BE1PBm_SYT-1>+(W*(JmkT2<Bd5UNq4-^2j5z2g`Hj%(?vX%X2)=O*Xmm$}8v1
zo0koB&_M@9Kpoi><V735_fY@=0t6-z2;}TDNvYN$K!8At1On-<${;|1009C81r9&_
z@a*|p!55QPa`)YLXIapTFTQxxhRNf>Y_;2OzkSqd6E5$~i*DJnWx}n-tk%dZl6vGt
zTXe;!R00GDqyl5kCN;n1h!7w^AXb5z+v%9yMVu2eH39?(jOl*ed`n)mo5wwxS(lp^
z-Lz@b&O7hi`*?Zz^5x(E{`cQ_<Bdtg-hA`T|M-vp*lDModPi8cY}tgHPqGW^lqDc9
z8tW~Uc@ZEGnLt@>zu-8LshSP}0t5<nMVk{KK!5;&5Cooh;)&izaC`5)_chmCvu4ej
z<l{G!?}e|f!jn!qDGP$W_10UXc9f(#4?g(dbj{Cx_Ok^`Dm^dS$Se{oc~KXl1PBml
zoxrFwUH!{jN2g!{1PDwhP=7}qwMTI>0t5&|EHJ9|b#}SDXlD<791|}$FPfOV@WKm=
z7A@+1+MK@rzz05X?z!jQc;k%^J@ioWUGp!${PHWWyppW^$Rm#=4{Vb%_T6{i!L8=c
zpTBzb>Nuz)n}xjSgm)-bBS3&avjTyfeVRqEcLD?mlr9iRcU1-f0t5&UC?asi8E0hA
z;=cF2?-dzp@@<pnfmvAe%rnm%zu^TJT#&8&+;h*3UwQny<>p13nnf~4dC}6Z>kLSM
z0D-Cn#-E|;e7EYE8lM0G0!<0j*-OXoE8?7(sSzMRV0;7Y;Jfmo9X#kUO}X^EXo8c(
zLErP9_hb*8bHCVe#~q)2_Su-UW15S+Xj8X5_Dg^OfvE%nIrU6cvy}-DAP~MlAl+3N
z1PBlyK%j^~_HVaOJ@wQg<4m>fU3cA;ML?6+<F|eI;fJ%8Z@cZb@hgvix7@sFQ?p3s
zC@&iRg`x@x5FpSeF#Zfx=evD{`IP_x0?`Q6*-OXoOPq`V0Rj;VjBkJ)d{<tyg9kmP
zDOZsfO?;9st~%zJV{#`&lMRnJ;)vwi?PH>jY%cPm(cD9s2mu0d3j}iZi5uDM2oUI?
zKp@>!83YIrAV8pqz`}(K(`R?dchDCZXR2*`KQeUf+O^}i-LPRpmKQzith2_iJpSEs
z^P)}7BAKJSXa}!6O_>0JwhN3uL)H0i+a=XcfB=C}0(JJ%@%xH6CuV8{2oM<G06X}u
zyl4jxdQ4NUC@-24J^JXQ2OMy~w5ib#fB3_{`OR-)LXL7S@}i?|Nh~KofIv_Jft-Va
zGEocx0tAW+1kzoVL4W`O0tAW(WO>o#`F4?UrrP%CqmRxapj)<V8NcoJ?c1}J4?XnI
z@hgvix7@sFQ?p3sC@)(4Le2;T2oR`QVEh@X&Ub5`xZM#TK%h2(I(zB(eTkD1AV45u
zf$<HngYU|VcJQFbH04V3qA67J_4MEU?sxzE&;NXUaP&hT`p|jjo%hE-{xK%ri02|N
zTH8I29T6Zvpol;qXQCoguq^=s1OgNYq`NAE009C72ow?6Yp=c1hjmFTv&cA;Z`+&y
zJpAy(C)x1C6Hm+{quaJ^n`D!r>-6SDuf6u#bI(2ZxZ{rd<R?FQ<dH{y=}TW)xpL*N
zfBoy^`;vxk+qba6StOOniw1aQs3Zae2#go#JC8K@>-ajoOMn1@_6juETKje#aZb$C
z2oNC9*YW%+FY0fg)dDr-MKhn|q3(+>zWCeU{`TiT|M?9!+;IK%*C$UnlaCU8;e{8r
zZrz%#=0z(6<VD+i)1-0&1Ue-U$T_7`<|a#kKo<l8>8{EkK!5-N0!0K)I_ab|FZ%lH
zuNN6-@@<nqW)}Wjv0}v}8=i5-8QCUpyz#~)n+#p2H!qqEIQZi7%P-%&dGpW_vV{%K
zBB?=Mv<sJ-=171*WCGb4r12M#!I};M0t7OF#v5!_fH)Ze0t6x!$a<X@sertwzl2r`
z)R`A;HI(A}1ms1tdk`-O5Fik;KwtN6>erBo)JA{+fgA!&wNv{gK!5-N0woG0|DZd~
zi~jVdKP_?CF+;uf+G|-vGYNu@Su=Yp`8J|#ljPr_XUnI3F=1Xb+1C+A9P#Y4&yE?t
z!C53#$&2Q=a<d5m0tA{B7;{dk`K@Lh?41As0@VrB+)l^rF5;Y+sSzMRU`+Sx=3DZj
z-8}Bm%vxSFnnPLhMC3)QyQwiU0RjX{6sY;^Flu)t&d5*%2oMNCU{t%aoB#m=1PHW9
zAo(Vs<;#~Rk<sLf>1SqUYN&kOx^-Fj^X#+Fo@9@gTyjaa$?DasC)s4^I!Vm(!V53F
z=bn3>fByMRn>Hnn^pmfZPk!Eh`|VY$R$X@4W!YYm7Y7}5P_o+4agv1%&LY{nyl4oQ
zf@&Z@fWTA&qfRLGFQ2MxD-$3<phW`pchpgP6elA<fI!3oqgr2Qm&=QG_Rz;Mae2`=
zj${3^kQZ&yU6N7>5a_Z%{U?Z_d+hQdFn0n3q7)d~>ntQdfB*pktrPg=FMpYS#OP_K
zomNBf$p?gHvCMz^r+=DckG)CGXP$Xxl1=ihlYDCE$tRzjm3Q26$0d2%p+hx03whBf
zuPsfA0D-s#hMr9tSs1so*%2VnWr0ST>d>7=oD(xO0t5&Q?R#BbC@<ROqaVTCYsiak
z-n=;iC{ySYkQeRpZI`(dAkZR#zV6-BuPqW&DggonCJ|_=o!Tz}0t5&UC|%&Y-~DbH
z89nN#qt>rqU;6mH1Fl`WHVb5)d+xctZ;g6=>7|!un-uwc(NW{~F5j|c%Q43slkM)d
z+ivT9H+$XeEaXKexm2?b0RjYq63EUVjlT$rMKJ^j5GYZg@dld}AWlYr0D*`FvR>y!
zDj+ZFFQL@}HRMI-&!2znvBy5}zytMsvsJ4PM~jM=7cKEF#!v(Z5U5TdkTXkl6Erdb
z0t6Zn2&B6zg8%^n1PBxqc<ZgV-hA`TZ++`qX=F6{@6kseee12aCZFW_`s=SJZzU^C
z_%lf*Ngg#zW1exw8Ix@Co$q`n+vJ58UYKN)BI`Wy#1q->lI&>mh4q7@H9HG=(MGQQ
z?34fj0!0J{PbEz)DKZP&5+FbzWPzso>fnAO&WV{C0RjXDn_kD4$cuLT51{SSuOTlw
zZ{EE0ne)=6OV2+0>@{oFv>i?TiGaLl$hSpmBS3&aCJ@LuE33x~0t5)eArMG+RR#e9
z1PBl)D3Cq1%krYRUrbWTJMX-cr7=%B>7+?ENn)khCL1?yoMe+C>m&iu&wlo^*&a7+
z*f2O+v$K#FjpJg{EC>+jl)&Jrq^TvHVmDa=1Ue<qR9_w3uQ(Y20t6x!7;JhSUm`Es
z@jrmJPruH*X!gK)uf6vA!4H0rd`3ar^}1ZYylAKHvrLu%f%Xana;j=CpvnmlATU%Q
zknXAs0t5&UAW%@C=DcW<#>}FaM;vj)B*m{-u_D`K>(;H4Y*KKYi!Z)7+hg)^ql2S0
zI}3Tyq1R>>5+FbzWP!m`NmENgR#F=Q0tAW(G}TuJ_Zx9e%+v@FATZeUI=)0+wBvsO
zZJ&N4dC@F5de~uy{qmQ;+_r67+Zj7pzr1LX+ZNjrAV8otfk4hswawR#2oNApk3b;Z
zRT%^b5FkLHpg_%e(WKhXeC9J*8gthCXKym|kV6hBIN1p|zxn2yvkHIx>t7Gus=-;v
zi`H|oXD<W@5GYY#=&7WUg(XhPPy`4N2uh%lraE+|;$#E}5Qtb{Xy5DdLV3|HAN>gC
zUPE5=)mL9#xpL($yX=z1MEhPWSg_zLU-`<=f3P2caI9017Y*t@NHGKm5Evy8$Z2R)
zd6p9(K%k`pfpk}85FkK+0D*!6$@9ARmh>}WCFh@iewM~uw{G3|t&*>U&sP4%H@-1`
z<+9$r<(6Bro!)ofeM5(Ba2E2SExmeFHUR=%78rUeX=GuSkAk@qAP~1eBTaSaP9x5V
znHm8C1cvs#E-#c9?efu&VD2^KMKh(Ro_gwxGtOAJaA99wH2XDqMx7)}*RNlnZQ@0+
z0`j79-&mO)0Rqto1acmU#?wRy5Fn5W1kzoVL4W`O0t8woaOa(OW@*g3@4kC{{f|ES
zXtwgLx86E_<+9$r^wLYSoj(5f<3opSa2E2SE=LIvAkaF2p{J5Y7PgK~!2}2pm{6dR
zraE+|;$#E}5Qtb{Xy5DdLV3|HAN>gCUT0o3<x2i9bML+Pe(F=7%3`8}FAhBLz~mwD
zmMvQ%5RP>U@}d*op;(Oo0Rqhm1acZ`7Qx;L5Fk*xKp@>!83YIrAV8pX0?B8JW@*e>
zKQi>f3op!8UbALR4U^rzefx389hdDi`GC`*J8f_l@}i|**BOui0RmME3_X=Jvasrz
z8lM0G0!;}t(o~1;G~%3?sSzMRU})d#@<MshE+72}=3akZG(+38Y15B?{Nw%h+ix&0
znl70;ckW3io%F~fk0g(3v#q=cL_l7&saqcVB|w0{R04sVHKwZB$^-}y2wxzO?y3v|
z1PBly&_;n%PB|qDWG0UXM@=F5hvbJGa!9)7(MKO$&*Q<TpME;4?bDzB^q8GCH4Ays
z@GlfqNPqx=K7mnZy84&*73Nn01PDYUP=7}qwMTI>0t5&|EHJ9|b#}SDXlD<7920La
zFPZ_aUAy*z3odx~yWc%3IJ(nLJAM1x-+uAM7qd;gXk0*EG@5%T6Cpq#Zh^+n7ij@;
zBbyxo0v!|xq`NAE009C72((e)zWeUWGMSfMcG;*YTz&P`*=o1lcH5}cN?g8m>(<^6
z7rp7Go5l>@)GXvhJ9y=3$^;0sU0}@Fq~^EUE~$P31PF{0sJWev*<HjrF;gQzfWVmU
z*Uh)&MZ0<2qnULGdC?Rz`3L)tJ@(iazxc%+cGzK5a5NhB2qq#gI_j3hasmVh1SJs2
z87C+c#SkDsptwLF-BlR`2oNAZpp61EGc&!h%)9TtdvF#HKm2eO7EM0qGkF3(xK6s{
zy6dh>K87^?NnQ_K?W(J;TD^Mp(6_RM8#it|?X=UfohF}XntZ@%_U_<|a%V9({-`DL
zqQx)dj6i?@ftm$Iwe<Rz*F15%BS3&aZ36Xo)KPmBCnG?BK*R#0T3=_E%ZqmQ(8n?H
zaPp#==eBLz?zrQQLk~T4Fg2R3<3-~F@}jlf<Jb`a0tAW(G=9EF3n(%L+Y%r^AV7gY
zx~nn>5FkK+KuZPItXY#KGm{r9SFU{Jl~<B~OP>6^`s%A!UU_BjyH7p!)R<}h_{Tra
zR!&|IUGwk%{_m4@PB`I&<Re3$efHTm-+VJkd!}n{-n=;}=KJ6O{y_&Fl#P?Tm^ELT
zY+m9lhL$~ap}c5-SB6R=K!Ct_fua4pk%i;y^ezDc1llXmNK+lU(};6orbd7OfuVh`
z%M0a2yL|K`n0tVE(M<J?H{Lk&%rkpaquE<tG%g@7+TNQcl@lP)DS^h%7ij^VGB;TQ
z1iBy)NOx5R0RjXF5NNN!gAYE~o6j8e`ks6489&F#^P;16(YO5Y!w-M*$tTC}G<&zK
zS!4sw`a)i`3zwSaNPs|O0<-q^+E$1R)^rFEAdm^v)<|dFkvJIv0t6x!n6(FXZ3TJJ
zt{w5n<{M^SH2F9F_uY5j-~R32_J&21*OB43dOGr=**%CC1PBlaSs;*eO~^!QBS3&a
z4uL?rt1<`>AV7dXs|AwJ=S)8HvoEfh{d(-N$3FASGqX;x+`MS=(WdXb^Ukb0?Omai
zS@aG#{<XYljw?5t5FkLHS%LA5z0P-=b+C5=1PD|oP-ib4zpsdMVx~rb0D<uhu!HZ)
zi+1p!$28^8@}kLe;IDn{Yl{{w>Pw2Izs4lr_PNN5R(DflWC8>Tlqe9$>88XP8HxY_
z0wD+l(p{B7fB*pk1llf;d;$IAk3XJ#AN}9`-QOL0=%I%ka>$AmD=xnH;@|!5cgb6m
z%x;prXz~F6`RAX%`|i7wIOsRN@r{#DKKZDlj!JfS@WBTkee}`E*Bkxs|NXy{J#O8)
zb&@>}u2Xy#gJX_bA}<=krJx!J5Fjv>z^Im9|MIEIwlV<%1X?6ee@7j)M{zO&1PDYd
zFsk)+cDcN0XAgZG6AvUW`r2!+U4HrHyY9N{(3ohlaLJM-U;p~o<1mk77V@Gkx=T_j
z0RmkX2;`*G<wIcZ1PDYa5J-1b1_1&D2oNC9H350iD6cI|iU5JQ1;RO1#qDf%1PF9l
zAe>GcaZb$C2oN9;PO}Z95_!=;4umrD2{fA*-Mo48t+(EK;DHB@iisx6k2&U;`|rO$
z`G)#@6SP%D0`j6=zU?x10t8wlP|;an+F@HHrc?q12uva{Z5y;c0RjXF5FkLH6ajhB
zNiNl_Lx2E*pae?k|D_BP6pLaA5Fk*ZKq*bKltIMF2oN9;u|O$(GNwV~MPoXe9h^%e
zdC?^N`QU>Oo_OMkbLY+-l@#57|NXDO{`$Aye!GJQr4>__7cKEF#!v(Z5U5TdkaJ3P
z6Erdb0t6Zn2&B6zg8%^n1PBo5nt;4$BiDX*N`L@?A_C!@s*23Qwgd<e2w5PUP8)Gf
z%+v@FAP`Qo4Wtrz(LfG_GV%%3oEKfQX3aV0oU?4%vQaV7op;{(f(tHKyLN59>Da0^
z0eR7oZ;RAMfB=C^ptkeE_#I{SctL;wfj9)lH$CqXAV7cs0RjXn5|9^-<6_b*2oUI$
zKt*SS9K&{s-DC+6=#)T?mRQjy;$#E}5QtcyqR!dgVdX{Jd+b!62-K4o-MDe%l~-Q5
z*Is*#iiz&9!wz5g!WSNU?6K|Jw>vJa5Rez`)P0u85+KlCfk4hF?FCdh0RjYu3Ix(!
zl|g_20RjXFbWK2Bbm+C2g#-u?2w5PUQ&q@HY9l~^KoNm(I&H)`F;gQzfIv9SHjql>
zMFTky%E%{BLtgX~pZLV6m}s*6fBw(^`G5cK|J}NEYrgtz)s%p|Xp!3%+Y%r^pf-V~
zP7{6mt!=(`M1TN+dIb8qoL>nLAV7cs0Rr_1$cxr<v1cy?2oNYypq>-NBzq}wQidWx
zfIv_Jlk~uP))6NoK!8BR0`)Y~7VSk|v_%I?se=MF<VEMrn>Uyj-F^4nzxTcGZP>73
zup~=bAs{ar)P0a*2oNAJN+6JP%Bb=zCqRHeO9cYyuF4=lfB*pk1iB_5FWS<pM`aTr
z&}D&ePE}n#3g%9LK->c1blQk>Vx~rb0D*9tZ6KA%iw1Hal#x%M=Dg_Q#f$&(AOCUH
zs#W=_wN*F*@}hCySeYFG0?`Nra^i@_(?kdmAdm_K(p{B7fB*pk1PF9ZKwi}4C;<Wl
zS|<?Bsj78!3MN2+z=Q(fbXsvT0t5&|ED%n!4Wtrz(LfG_GV%%3mKXiZXFhY^efQ1G
z%;c-nR-p;Vi%xilVl@H;2sA4Y$mye51bZhyfI#U2fpk}85FkK+009DB6Ob1z{kqP8
z1PBnQS|FTLRn;>!J^=y*ni2@7(?*;VGc^JP2!zvY1F1w_G>`+KjC=w$<VCN$?z&Bz
zHsveNR>2C$i#B!3W4{Cl5SU6Jkn_k?HCveg0RrI*1kzoVL4W`O0t6-z_|liY^u<5@
zOtP|d0vC`M4gW$>g#-u?=o1L%%+gnwUkMN(5RE`MomQNT009CK3xv~b1F1w_G>`+K
zjC=w$<VEupW~;yj<VB;ohcXcY1mYG5<ZKc*ve^+J&_RJfx~nn>5FkK+z$60m=FNN8
zpMC~c{`R-Ooje;%eg@yNBuoK$(GFgDnlb?bZ5IgVgwl3N^%EdKV3a^Ooi^f}n5hvU
zKp>oE8%QPcqJbO;W#kh`9tbB7jFUg(e4E><vjXy>qi#toCqRHePy&IRr-Cw33;_ZJ
ziVFnNU6nzA009C7CJ`8u7ajA~BqLj=egS#W;ums8AV7dX%>wnGEJp3I=84-K0RjYS
z6ByO^>R&ESMt}f;hz06zs)6rOUNrCnq`dJ0@}lE?ygN!jUbMD*96KUFfIty}QEj~D
z<wd4oTLJ_K1Sn8*7qvSA1PBlyP()x%D0IwQMfPah>ICFP1H3X+5&;4P#tT$;QkZt+
z@pXEa009E+6_~akR=0k{IWbcsK!8AX&9kK=%Zs-3z$rTwkQeorkWWBfw7oY?Dkngo
zQv&&#eCb<t%G_iL5a@zH>3!0G1PBlyK%hE-`Sa(e-$%cF`}V%Q$cy%Yg#W9&XcsOu
z&5;0s$OOVUxkLtQIs^z1$OOXawBlq02oQ)^Ae?3!NG0;3fgA{B<P(q=&F5w-dC}}1
z#0vrh2!t#U$O$WCBDE19Kp=-eAl+3N1PBlyKwuJq_r33ZX<l^GrcHh8%Zv7bg#W9&
zXpSp4n-CyCpjm-%PA<(l*gF9N1gaAVr_)B96Eige1PFxFYy+u8UNn#cp^SV2@}l|N
zY$Y#R-A#>=2@oJqqCg-gtP*ErC;|isgdh+|cU1-f0t5&Um_*>?AOCoo7rp)V+xym+
z7wrQH|5tg@5H1DPK!5;&sRY6~xlC2Il?f0a&?13wI;}Vv0RjXf76_-=22zQ<Xdnkd
z8Tka{Mf17YN?x=@cS%YmK%mP4ft;|qd<e{)0D&k40_m>GAV7cs0Roc<TzKJyX<l^c
z(xrFadFSTMo3pLtMKg-FypR`-^4ij*2oQ){Ae>W7+|Fi4fIyc8!s)aT=fq5n009Ew
zG}}Nbkrxf*Kqw=hfV^lvH(SYzcKNo;+zAk9kw73PtQLtWl>h+(lL!RTU6nzA009C7
zCJ|V(W=)zG&Hg)o{`@36n*3x-mMmG4F3J7hNh+~UaRGVJNiNl_Lx2E*pahCH|FT91
zibXL52oNYypsYSwd>nBy0t5&|EKs~jMmB=HXk-VpYtxYz?b;D9YrgWLCEmptiU0uu
z)d`f<_6v?v-2{zHfB=C;1PXRVn-d^FfB=D-1&%%T*en`a(TkdA)Y;w1i#BrYXQu=R
z5GW!L&N-{dENn}F0D+JN!s)aT=fq5n009EwG}}Nbkrxf*Kqw=hfV^lvH(SYzhJ0J3
zHUb0)WCDSlu(Eo*AV7dX90GxKS7i_&K!5;&2?e%n+4Av^f4rikXgchKl~}EyfV^lN
z7n5c|fIz1N3U>YyH}4d?$r2#YDS;AOWx=7u$p{c25V1hP4jJF(@}lt_(@xDuUbIt(
zyTr-Li+1Wh%VY@<Xs<wtoxjLX?FCdh0RjYu3KVIHwk1G-009C`3H<6;zdGiaW0o&p
zUPW-UsY!Khzw)9(ugxqZK!8BV0^yvhLRL~60RjYy2!zvVBhHDL8UX?X!fCdFR3a}L
z$bnEsJ^^{rd~UXq7cFwzVp{?P2-GGJ$O)^q`PvZy0tD(22&B6zg8%^n1PJ64*tTuk
z=0E++ojW(pj=uf&+v$?r|IJs4t)>-_7p>=F&t3=+AW)*fw5`6n^-G+Tp$HHl5R^c5
zopaie#mNW|AP}*@v@J3E_2osQKg4lQP+m0d<6GVA<VAzJ4^j*P0t7}0RCgknYUEMn
zSx$feftCtP)dQ_efB*pk1cDWqH*cPAlMnXj3@uDvw53;%$|gXd%K}6Dc_RzEd=$)`
z0D-s#8fmIScN%d{%+v@FATYG=b$Ow@XqS(E1ap@cjo=_QG6i|jxNoe?jsSsZ1R6O<
z4DK`<PZJ?PfIuoR*yt=FK!5-N0&NtK7j4~9lNWV4N`L@?)(M1ju4x^ef(Z~HFrh#=
zomQNT009CK3xv~b1F1w_G>`+KjC=y}qWRoxB`-SR9g5Wm5FpU3Kp-cqW)bY2009D}
z3k1?#l|g_20RjXH3M^Q#Ac>47KLy9Jd2IsnqNQKg8IS-00#ystc8-{JM^(?%_yh<L
zXi8w#23Xq)5$D8AjQ{}xwe`}r>_}d;Ek{b7Lj~kThq72WtAM;{Q@1?!OMn1@sRU;2
z=k=^GRn1l=K!8B_0`)Xcdm%u8009C72=ocai-v!ps6qk+2=oc`b@B#(?JLZ$1PBm_
zMxepg`v2Iw7htQ3Gw=T?s53=DVPR24l@Vbi_^J>LMkfBnkT~Ov8jZ;$qj{YSCQ4#1
zGr>`OQB+8x;w1@54AF>+1mcAtMns6O*Z3!DOc*AL7eMg{2@xsdh0Dpy$f<Mc?Qy-e
zYuCOk*6P*0`{}2@lx6L+cXzL+KTV$HI`f-z8ZJ$o3;_fXP%O~U@%WOwD1Qf{7Vw=H
zUA=ns%9ShcyYId=Yt}>!Mez*+<VDpyL$MJA5YR2q(7i)_sT-NyA%H-F0-@R|*F^vU
z1Q0*~fy4#KizfJAo@^Nb1Y#GEbLWa(lKK%q0D*P_ayqTzoETd}009K#G+QB+kQWtl
z5R_pj;5#pBexcR--uts^)hfFRnI%(zylA^e65dAu0R%(|2)T)fGNBj*5I~^1fROG=
z83-VN00IagkeUE_(dz#p#|j7_fIx=@<lL${ym2mv00IbfOh8VjB~FF_0thG;kkf31
zR6<@<$U#tsoj}L(qPutRwyTg?G6l$scI+943n7320#yWr+(fEufw>4EfPg>&A>EZS
z5I_I{1Q75o(D&XS-&bM%;sWGF1^$;IB_V(S0{H^Po4oIl`E~Ls0tg@wuYm9VS$uuP
zIWe||00IaUZ-$ACBrlrCL2KQn@4V>n;ls0^FWTSVuhlTkeUTT9_o0c(5kMd*0U<Z3
zq|DhY0tloaAf&re1_B5mfB*u{1zvys^~H-9Pn$Mv;>3vq1`No)t!G{wb<|Pko_p@1
zMT@p?-|qaPELdECyl4vlsmUG@KtP#5@h0zkq%v5xg8%{u)C7F@&*JM7Cqn=M1QZJt
zZ-$ACBrlrCL2KQn@4V=-#~zz~W7+&KMXO<&`yww|dj{bJ0tg@=SwP55N-`0(A%Fk^
z76L-LD`g;n00Iag;7Y*!KYFiOvu6DG@!9wB^8amyJ^l34t}e|wr3A=}TKtzAQxHG^
zfv^Il`n=b{VI8<S0tg`BPrz&QEVa1eoETd}009I_^}`eflNU|llojvMcV2Yn%$eDD
znEBxY%KjFS7xnj0!^#LCfPg~*A$K2#J7OsW5I{hJfROG=83-VN00Ia&5!kb5	-L
znx7GE{`91iPTIYDx03=`q__ZiQ3?MkNDT-efIumM;!WQ7$Wmo97y$$jh)BS9|17>f
zaWVuDKtQoT@n)FFNb;hI9JJPL`p%0!@x&9^_mh__S)$c2&3%y<jp!+fQV~EPWdR{K
zsg#d^y(55tN&z9=)s&%<mrWsnK*|Dg8f-e1?A*C?)TmL-anK^~9CXk@Z@u+aI#v>P
zN?tVO4$0mTKp;{93Ac}|hDZS^8vz6m*sp+`POCU4#?}x(00BA8R!Ak}MTHy$W!MS$
z&WoD=fear$+<b?5#E21l_wKbTl34-;$cygx*@OWIAb@}b0U>t~2^7?T00Ia&6cEx~
zO&Jb1#Zm|$fPe%6ISn?EN_u;HCrp^o5Dh*4_~Yl#pa1ydk8j+#aoc-;Hf`EuzP#av
z8%{XkgoeR~AAb10eftvOlCVwkq7ph4H6VZh0;L2b+&;1zN|nuE1Q0+VA^|y_mN*##
z2q2(XKu)t2QVDrcAqPPjb^^ZhqNb|aw=qvY{dDuc7rQ!{B~5_5Xhcs*l!^cXDGLa>
zeWZK@>>U9FR0;^`uBHr?yle^q1X31|(_j;+WZt}a_4&`sF1zf_H{Z<P``d57eZ>`5
z)X%!+nrrf>@To(A+BaIWBY5VSXB;jbaH*909(zXs0rdg_yKBRx)l;)U1Q1A8prPFb
z{8DjFjIAMn00IHKtISK27nOM~R8>%*19?$X$#vIVmwgZO=%bH*{`uz%*2XZ&0^~)L
zedc202p|xbfRI~BTxe8_00Ic?S3pR2HD&C#R0be`00MCd$Z4=CRPye-?{;-{W#6(J
zI&|nuFTGTJ*ITx1Iq<*(v$+EX4B(dv6{o8>lDueKJ&kG+KmY+FP_gqnoX&9|fB*to
z1st}@ic1kELjVB;6bn@Bkou;R7u9#BN$scudC{Jpo;`c^%$++o`yR6S_r!@4ufP8K
zwQJY@@sEGpwQHC8)Ql<eC#j<mzFG33S|6#{7Xk<<6A*GYQKrgv5I_I{A>GxK!C4@H
z00PPc<TTh6DtYk12W#J~D-{;aaJFvUYLcSa3aeMIPC-n<9?6R;YkF)40R&PIkZ}9R
zYDhtwJtBZWngVh<t>T;*TSEW=1mrYZA(fC96><=iVJFamylCww71X{3ZT-S-kIeER
zKwdP>2QGGv00Pko__zgFtQnmf1tWj}0{H?KozT;i{5ts*0R#|;PQX*QWZ9Mivu4f8
zzDH+%4SmZ2`+c+a{~kVb=FI&LW`Gj`@}kkTH3~)m0R)`%e<zD@76>4KfK~w~P14CC
z#K{mq00G4UPWq&#MaYY4I?V+4LS8h%LwB-e@}gQFsn{0+2q+V9((|h?qD+<TAb<b@
z)f=O$6*vn75I{hgfUEY%Iz<GIJMOqFFWTMRU1WUom~Gp(Wh+dYG^zPh-ti$oUQ}7r
zV><{Skb;1Z+kxGhDQL4t1Q1A5z^*I$n58%;#?}x(00AFuGwL<Ti$;BX6i;51zXNsx
z<VDkb;9}PZAP}8^U6Xe{D>^p{MgRc>@&%mtN$Umk>*P}e5I`V00qcIqL<@mo!-i#P
z&)(i%i|J-cUteFg!jK_D>{eh_Spo8*(X}-SMgRc>%C>rc<2efi5I{hyfWOXJc4gvZ
z2q1ufVu7+PQT=%GqUw)W_XazV7acQZ%qT~Hbe~0ByCW~E^^uBwA%K7~0U<XRWvXlk
z0R#{b(p^m%oCN|1AfQY@PJ>OMlEH%qXKBy={(kHIW-AOFIM8|pCYBN)FRHBRu^j{u
zNI{@fpZ7XA1#R|-00L<Wcx|4g7FV1TV`~T?fIz8!n8IN4qA8rR;yrdCFREBC<*kty
zP4j_^T_b=%bOJ(dRnfUoFaii5kS`#lyP7ic>*P}e5I`V00XYpeg-S+`9-XB<ckbM2
zx8I(go@|AK4?fs#1!k2MATJtSTccnE5I~@8tM@mavp@g=1hfkH>zrj*CQgO`0thG;
zDBBX%k0&px{)lyNki4kw^Yyno@}gQFsn{0+2q+WqcOxjZvNBb+g8%{ul<I+A2Xht(
zAb@}}0k1ui#Tx{sPMw;iJs*Aa(T0x-e);5+Pi8Beb=Fx0r!cId0C`bmO^@v$fItcY
z6+6Gf=_zQlM+6W^Q@~-XthkiooETd}009Ilc1V5G$&2bc)1-DpUNouWcDPycqG>*G
zv1<enh)%#^=dZF<bZ!)k00Ic)3sh-|Zs+FL$)^Y)fIxHtZkr^l<qO<&(@k00bKJOb
zeSLlTgPT7!zr}viq)FKd^XJcR9>6<31jvg<*VZT)0R#~6aXYYEle0ho0R*%P*mXr8
zvxt)+fB*uD1$?y4sMjPf8ujr}Jb6+64%i8h7uEVm#l8?gK$(DDlXpH#nJU{s009J?
z_etvoIST|3KtP#*bw6aHg}~OWTeGyM`S<kc)61?fYu2pV^zQENveOxFCqQ0QS<_=X
z2q2JxfL+7)F)Iaa_J{xiX$tu0nRaU`&WW)#1Q0;Lt}!Z}MP5|#;ij-P@}eo6vX4EI
z7fthli(MmtKy(5=ZUGi+M(0Ms2q1t!zJNt1^fV>EPCi8d0R*BG@YF3?ww=J_$&+iD
zPxCwFckkZaZe;!YJv}|srcJ9&Jm#2V>ObYRR{`>((X}-SMgRc>yxtc|EzVgWfB*to
z1xhtTuY-w`A%Fk^iUqv(&lndcFB;>iQFBdzyl9Pr7o`Nqi)wwOVqXX#piH1tZ}&G?
znJU{s009L2HO#Ura~237fPgZAvTcy@6$LhL-du})nim5G445%v#&gd-w{PFR=9PPU
zdtZ3r1@mJ?2M!!qKWpR0jm?93$CChgQDse!?I3_a3Id+)2o}qxpv@i;Kp;&4i<anV
zisGCYTSEW=1Uz-lc$XzF8t>Urxe*AS7wzxwH{XIbf6NO`Bq9OwqG>*Gv1<enh)zJr
zoh3Rq3Pu0{1o8!hbXQYGew}=Z00Ia^Cm^T6rc=q1B}?kVpS9N`M~*!C<ddgPoqG1!
zXP<J)DWgV>s(n=d;^v!gPRB~ZPRWZ#*VZT)0R#|`aQnz=;4Bb800FH6ayl(>G6WDn
zK(T<FW-Fu;@}fcxf->v`I-eIcxzMd!w=P();LJ1696NSw{dbthj2Uyr8E4#h<BhMr
z`YQ2Jy94dmEb^jSAF0?E0thG*=-7QB|3b=C*$x5-AduhmI{7JQfdB#sC==*p3*}lh
zfklfJ)qjJo_-ph1z1kwY=!^h)QDse!?I3_a3Id(EK@_=43fk-u0R++%DAEHvGe&Vv
zjIAMn00Nz9q!C?(yl6y+MXAjKoy?1x2<XEPKWsvwMZWDkdi3ZA9(aJ%X!DT?d564c
znh#v;8UX~N6A*IOh|Z0I5kLTed;uZd)s&H6C!ZpK00Pko$Z4>tRbqZI{gf$FihRp1
z8#8(G<V~A4rKTidzvM-uYiksY00Ia|xP4?ba25z4fPhv3Ih~d`83G6(pjbdovlUVa
zc~Kz;K^b-e9m|XE*s<g2qmM5BZRc#{gb5Q~d+jy5tuf210C`cZk5udn0R)r@c)b@C
zUtF0g+d%*U1d2C6-y=B-1Q0+#nSk%M$@=*M>(;G1|NQfZ3>nhyJ9y@!>C>mLUAs1a
z9X|CZKweZ?(_=dbAdrH9znenYl~d4Wj|d=;ra;+#=x@B@oETd}009L2HP1*_CNCQ4
z!BKW5(3!lb`56U+2M=!dt>*mq2MrpuapOkLOPT<A(KH{p*fjzOL?<BR_7R;M1tWj}
z0{H?$x~nN8zfL|y009J|6OhwjQ?8`1ukX)){`30v>sPH>wRGvyJMX;n{`>DYU%v6i
z8|I^wWhCsKyl8Z7je-$C009ZNkE{mH0s#aN&?+FO(-J2`009IP3&?4<LMkCID&!z2
z!%m<BdC_;?dFQ|b53CP`9&o?`7hZVbLk~Ul$}6v!Pyf$*f6R;S?(Rn(dE}ytE@~J*
zY}l~3-g?V!gUs?IKwebqBNh8X00CtJp6&u=msO_9b`U@SfwFDT-+0af0R#|GCg87O
zvN8fX1jvgjYkF)40R&PIkaGh{L7P1yfIyl8ayqTzoETd}009K#G+QB+kQWtl5R_pj
z(1E<@si&S=3yYfM=ZY08dV72Gt2O_#`sFWwIby_!+Qbu2JTZR?pLSS)yl9#aT<jVF
z1fmn@@ZF)^<)U+=U<43AAYY(eyX*Y>`E~Ls0tg@woj~UsDOW@wE&=kQ(X}-SMgRc>
z<lJaD3j`2AK&yb9PD`8&0R#|GEFh=Z3aNy=sE~u83_AhedC`|&ez}(U96x^i?%lhK
z*ZG&f{AJRlNww)4Hf$(9myx~&$ct)yq+(wPAfQaZ_wAtI`pQ(<4gv@uP_X-TU>IkC
z00Iao6X-za<Pr!(EkIsWS<_=X2q2JxfSmhI3fk-u0R++%kke@u=fv0=0tg@=r`Zar
zguJMbgP;sM0pEGiYp=aF3w#b8I&{~rU1f{x>FF6he0a9Pl~-O_b~@wz36K{}^MQ+9
zBY;430{(6UrB;s4je-$C0D*jgQa#Y?;QTuI6afSfh)%$3&t!1~6bO(PjjpXxFaii5
zAm{GGSs;J_0$K&+bXwwM2q1ufVgWhLR!Ak}MTHy$W!MS$&Wlc&G9^oU-get<b`{=r
z*In5P#~ypE-3rX|AwXVK>mwEWLI43}0zPg57HcX~WjhEUfPh6O^fZODKmY**lnHq1
zmMn{a8Uga6%9<YAK>&di1mxU<QqX3P2q2KAfSgXNI48!|5I_I{In7o`CFDhg90X<9
z3HZ*79&o?`S=w{QjvaOtzWL^x*$RUO4YFH-Sv~~Fi>CR&#jX)RAUXjbw*ZSZqjRHR
z1Q0+VU%;XhdYY17C!ZpK00Pkoc<Poci+~yd@}kkTH3~)m0R-gSgE$KW5I{hyfSgWC
zoD2a35Kt^2r`ZarguJMbgP;sM0pEGiAwz~_Y0tjCKD!FdtZap@t}g2pnCM)9yr|Yk
zD)xl{0?GuO_kX(um8r5F1Q0;Lt{M86#aSSL00PPce6&i|L_m`Oc~NCekL@6UKnenK
zZbK<(vquCFNK-&gr&XL2V`~T?fPkE4E2I+gqCyUWGVBC==S9bj8&@$e+TY)wt#H_3
zhuQ6sSv~~Fi>CR&#jX)RAUXjbw*ZSZqjRHR1Q0+VU%;XhdYY17C!ZpK00Pkoc<Poc
zi+~yd@}kkTH3~)m0R-gSgE$KW5I{hyfSgWCoD2a35Kt^2r`ZarguJMbgP;sM0pEGi
z^UgajOMAZl`s;QT)_x!TIp>^Xw*s?#2#^=m`bfpT5I{hgfR9^%#hS`g*$x5-AYjo6
zJx$>(5I_I{WdfeMCCeh9Mu5DivZlv&5I`UW0Xg@e6tvkR0tlojAg9wR&WW)#1Q0+#
zPO}wK33*W=2SFKj0>1O24?OTdmKVL{mRsy9y#4muvlUjZTxqugvwR4U7fthli(Mmt
zKy(5=ZUGi+M(0Ms2q1t!zJNt1^fV>EPCi8d0R*BG@YF3?76CN^<VB-vYZQzC0tm>t
z2XPh%Ab@~Y0XdzPI2i&6AfQ-4PO}wK33*W=2SFKj0>1O2@4ox)kRd}%;M4qj=gysF
zi`=tk&#+;`%=AHn2JPLux9oJr`x789s`ZhIeIbB=G68=#f>J9hQ)N2{Ab>!r9_V#2
zXMq3$2q+Wq+A~=k0R;l&MU^!@wu1lyDG129`=p@F9uYtwO#wNbR&h>@ts#H_0&<$I
zkV?pl3ONYMuoLi|7d2I_TD2<s0ij16am21&yNcJ@)6+9?;>2w3^5x5mPh?~V1jvh~
z`M|}l5kMe1fezdeid-T(Hws1o0R-{|inPAYjLEN)PZ2->f#?J}(>%Ef0`Urv7mcp1
zQ7{4sARy<a!&xAJ00LSC<aAo%WC$RDfMNkT%~nVy<VA%X1ZCI>bRaKk3Y$B3ZWjAI
z;D7^`EnBv4-@g26dwY9VtXMI8`0#Aj<(FTcKb}uJFF;;Y>mwEWLI43}0-e7>w7jA+
zRkniw0tmG1bwS?bED%5d0c8R~dMOu0AR+<sqRN^c+d%+<6a?hlWm3>)j|d=;rhuGI
zt2igd)(}7d0XfZ9NG0S&g&YKB*a^7Gi<+MWn)Ao}TKQUJ)I>lB4<7uLuY6_Y%9Ss^
z_~ILHys`VeKjww`()=*euYdjPLx&E{lA`9{vuDpXpJ$8P?U7kN1jvh~`M|}l5kMe1
z0Ux&ji#4NjqhJIOKp<bhq7!<Wl3ypEB7gt_(Fu6!mMn{a8Uga6(X}-SMgRc><lKWe
z3j`2AK&yb9PD`8&0R#|GEFh=Z3aNy=sE~u83_Af=dC{(}u3Ey=-wV4vGRubmc~Py8
zRO|}@1e6K*xCL0OsZ5paAb<b@7M;-36wU$x1Q1Xr;Hg`(ECOl-$crj#dTa*)1X2)?
za}P>En>`|cK$-$_I<4ZI7+XUC0R-eUTOpN@7Zq|4lwl`8UewNwS>#32eBff&2p|xh
zfRGzjbZ!)k00Ic)3kd11ri}bL`4j;J5Qt7dPJ^Wq1Y`=37mcp1Q7{4sARy<4!dW1I
z00LSC<aAo%WC$RDfMNkT%~nVy<VA%X1ZCI>kQcRcV-|T)t&ddf3jqX_2?)7iDN|)T
z2q1ufknU>A;4Bb800CtJavCg^ARtqKyr{CK$951vAO!(AH<T2#*&_l7q$wb$(<;u1
zu{8t`KtN8j6;cU#Q6UFG8Fm7$@}gtLj2Y$skKG=b<wJnHXqpdP>>2?Cq7(3O3$R!-
zIyVYN009K@1uQzDrz!b$@+krcAP}8^r*6rz2&fStFB)B2qhJIOKtRqth_gTd0R*%P
z$mz7i$q+yQ0mTAxnyrvZ$cqX&2+FV%aFrLeyE?Pt6(BFF^^uBwA%K7~0U<XUWvXlk
z0R#{b(p^m%oCN|1AfQY@PJ^Wq1Y`=37gg5u*bV{+q#z*YhLVCddqe<%GzH{zTE#gr
zwuS%#2*_!+LMkCID&!z2!%l#_sGS?L$cv`=z{Rc+Kp;8+Avdh(+$b0U1Q5s<5Yk;u
z8TobcDFO%}5S@UW21_Lf$P^$i8eLnXU<43AK+X+?vp@g=1hfjs>9oYj5I_I{#R77g
zt&mE{iwZdi%CHk4FKXw;Eb^jSAF0?E0thG*5OTv(rpk5@KmY+D-PM%ASs;J_0?GvB
zG*~J@K&AkBQDse!?I3_a3IcL&C@E;OM+6W^Q$S9qRh$!JYX~5KfShJ4q!RL?LJop5
z>;%Y*+PN`{yl9#aT<jVF1fmlVa>I(wje-$C0D*h~A>GxKkzXgDB7gt_(Fw?DunAVu
z-{0Te-MxDC>iP5M&zd!BM#(=3iUrv+dC}<F8U-VO00Keo7cDQ!Ss;J_0$K%HHoYKk
z5+_3d0R$8a1nH}iFG^li^6609eg(*j?w5!GEd|JnYJH?)UkD(eOrT{C@BEv}RM`#!
z2q4h;M%wO*oCN|1AfQa3UAyCbuL3<iJ=a`w&5$8O-dEv|*9uv@CO}?PS<_=X2q2Jx
zK&^)df02SVdqe<%GzEe;*jfRKb7E`_0R#}J^*UZ;0^~*cn-H}CdC{nkFJSTHMbmuX
zV%G>D5S>84J4OAaqjRHR1Q0+VU!cClg?*i0C!ZpK00Pkogl(#6Ui~+}`OV<LgDV6@
z|KHR!^*X<6@}kkTH3~)m0R%dKvuJlk&H@1h5YQ^nuJ3jJed1&YAb@~kfzCHo;a4Ot
zD*S*bFJFMXXuc1hwi6&Ps`ZhIeIbB=GJ$q&yu<G+Q)N2{Ab>!JyJ*hkI12<2KtP#5
zPRHXT9|9XUZmgaZ%~tSH9&0uWkQY_f^w<sp2&5p;+{{D0lY%yTL;!&_1w!@J=IbiX
ziLo^V5I~^0=_URSdC|oG0>r+3@}jYyV5s`Zi>CR&#jX)RAUc6iw~2=9M(0Ms2q1t!
zzCc5l3;1PzoqUP_0tiGW5U`^rc<H{rzL6tG*5^gXjvYH^&YXMiz4xi7o?5qV-G7$(
zlOSM_Et40GuB}lp0tg@w<bKieqMQW+2q2(Upk>nw@+NUI1Q0+#u|SZ%D*2-1MJ1mO
zwe45HVP15*|3CZP4g)$SKwebqBNh8X00CtJ9lI~&Ur3oM+d%*U1oE3+CqLyZ5I_I{
zWdfaSp<HXtnl-hs=%I%m`upGi9uxTj<VBS=J+^}Y0x1Z{xw)jE%^ndzAWZ=|omO#9
zjIAMn00MHFt&mE{iwZdi%CHk~m>2Ep>Z*N{+0zTVJu=IO0C~|gAGp{x0tiGW;Nuox
zv1W8`6pR1@2;>V`bV5&4^6TVN1Q0+VIss4Jl4V;8eB&G6$i9O&V#J8uyLY!7!<*6s
z$cskT)+iVO1Q3vOE8#2<KmY-)0&+SnaWVuDKtQp8oMtPe67r%#4uUf51jvipxiO2p
zsMbd+_Jsff$^?Ymu#~B?9Rv_SKuC8rWpEY<Ab@}}0XYpeg-Rw&n2_Z~SFBi(!hUt^
zk-Vs~rpI;=Kp+JHIX9pbwAmv92&5?>r_(CViLo^V5I{gqvlUVac~Kz;K^b-e<VEe=
zm_=SR%?B=ajQ|4C2?)7iMdwDr2q1t!zJQSKYRbs3lTQ&q0D<TP<TTh6Dj7U@aF!R{
zxpQX<`_-{W@}kkTH3~)m0R-gSfH(^T5I{hyfSgWCoD2a35Kt^2r`ZarguJMbgP;sM
z0rH}DZp<Pts`ZhIeIbB=G65ksEM=-}2LS{S5Yk;u8Jq<I2q2(LKu&{Ap^~9Phh}-v
z{{H?H_N!x$<VBS=J+^}Y0x1Z{xdEl1%^ndzAWZ=|omO#9jIAMn00MHFt&mE{iwZdi
z%CHk~m>2DJ_h;X}eQVaNIsEX$v+r8h{%yBMX88~xFPi297rRCPf#?K$+yX4tjLwaM
z5kLTed;yD2=xIuRoqUP_0tiGW;Hg`(Y)gS-jyWd#o}2mpcFO_0DNumCXmo9jf)PLf
z0XcUQ&H@1h5YQ?hr_&NALjVB;6br~{wn8c)FDm39D8o*`VP4d(faY1<-QB01c3LeX
zT6-~K#E9m>yc0@*yr|YkD)xl{0?GtJ-6k5Yt4x*cAb<b@4P7qamz)Ix)&e&^y8fJt
zmrnls?;do}1+{-h9&!=?*a;jm>Y^h)c=_Lb`ucypYQ>UuFI%4r69abC1TQ^v=FIHd
zZaa4DNO1d+ZkfC&eG&l#5Qt7d&K)N@ItoSr0R##P$mz6-b7E`_0R#|`(`<!QLS9tJ
zK~RRBfT+Ca>#x5)b?VewK(zM4{Ccd#ix-<8Uuw5UX88~xFIw;kg<%LFfIwIQAGZLD
zHNzrsbp#MVz`1}$C-gMM`PNu41%XAs+jP>IH`Fqsyl^fs@{k!*FTCUD8@8tK*U9-F
zJ#|Z#Z7J}(-~BH8=G$F&-PLjcZweG3FY3JQupj~mAmCd-&fUcKPFWuT1P}-%Ag9w3
zCqn=M1QZL%X|_TtAulTAASlC5KuBKnop;_j|NQf70nyrvuCA`@ufP7k{_DT&cE>D#
z0^~(QJ@Rl}1Q0-=lz_h*L8+BX)y!Z75I{h_K&c++b+CLZDwHO0-SVf$jJ+gFNKTq^
z^_OQapR@2+pPahjvtM5LoqL}C-iqJxkDY+gyZn~N{^f$(%}*K4c#l5rs#~9YQQBVs
z`Sp11nJnHQ(BI!bcI;U5UAR%BM(x|Tui;a^lqo=7RDK_$LIe;%pg};+4W*$lzC-{4
z1k?z~>9mS-Vr&fo1Q3wZY=u-pUR20IP==jA@VsbGPtUi%{p|q*2Gla5wHM#|*0;>3
zcKc$MZvpb6YM!Ck2m%P`7Vv#LD7e0EWOj!D0tpHf?0y{>mLNV`t|IW=dw*+wZMsP_
z9(mO4tL}JW#g^Bqtj64y0>5}=+w|-1A2s^FoySl7Ccm4$rBcqD9q61~qF&(n=bz8M
z5%+~Je8I#=>p$YPOabzuISqu55I_I{nF4ZdC^CJh3IPNVs4gI<(-J2`009IP3&?4<
zLMkCID&!z2!%iSzUex^5Q1i1x|LU*)sumEfy_i0I`rB{6ZMP$4bw+@^X!VB|RzLs&
z1UewlnVZ6XuhM~?atQ<wK%kQX`|W!j8_>yJbFJ6~Zhz*L!^i*kkG?cNR`h4T-yHjP
zgx7!l1OJ)*9M_MZ_5*Ucr4FlO{gVsT1k5j^&%Psf>Zzyh*s-JbJ}+bnkQXi0QW%T?
z0tiSDkaI(kpg|1?Ab@}m0XdykaZZe_A%Fk^a+<A>O2~@}IS9(I69|$Q?d|Pdym;}@
zp+jo{(b|j8fBy5^w{N%G3$r>YKwi|x;|yyefB*u{1v+_a$hnsDeX$?{2p|wvAgAMX
z_@l56Ts<y<e?I?bCM^1a!)N_;?Mrc09%;4LEPKj;n}25C`dFk}2vT;3yC|14zu9Nc
zo;^SM(T{51nmg;PvsSNOy?OKIciwr&d}Ia``~zlZ1jvg9X-!-d0R#}JBG8!|M3Jjh
z*#&bEKmY;B0!4aYXT}gGLjVB;6bp2wkw$bC@}dzP7Ns@|bT}{C*VngV#flLlM%2Cw
zU3+oLDW`OIcQ;qaJ2C~xi%NbhqBaB&K%gcd<R((9hZhJSfPfAGA>GxKp~I71bU<L~
z3tL7WGQ(sSFZ}*5J8(HJkqMlB_5x%6|NY%{fD{*y(_j;+q^ql|_N}>!FA@<8zD@F?
z#rp{(5kLR|Ap*hg9kl|4fKUbk2q55Gpw{SuzfhbLV`~T?fI#pbE3E+XqS8);dP)g&
zEHB#M-*3L3IcCh5=5Ib9cieI7*RL;CHiLr;kQa6SEW?5bAb@}mf#COxtN<TdV@(7Q
zKp>!iknU>A2#CO?;}W>^rbkS0@vlE{@$#4c7+2*{S8IMNy<s>1Ec)%Hs5jEd;^j2h
zL@FUK8r?yY7wu$6;#vqGfPfPLIrkbT+hGv|5I{hnfSgWCoD2a35Kt^2r`ZarguJMb
zgP;sMfzISb*REYVapJ`0r0BSD<DPozDZ9#<6;^<}sKBQoN<shu1eyiH-YjZYZ!U~?
z5I_Kds0C{ME%=M587aP#0@*L4KlyVvbn>EHYsIUtjXmO0lNaSz(ii{B5WKIZRsea?
z=uVuxXz_l+NCXf-K!|{xdyNnf%0K`C1e^=V>9mS-Vr&fo1Q3wZY=u-pUR20IP==j=
z@4V=XFTVJ(kA18;DLQJ@sD~bU$o$YzyRw-TT!6f&^Jf_rL;wK<d<X=;Ut|UN*cxjh
zfB*sk1%z~0Q$|1pE*+P^NoU?*Qj1@lxiqe_6;ylNiQh5u-?(O_g1vNR3vwE4B9)lm
z1Z2KP=j2Z!V!^jbUbHj4h^rug00IsLg5Nu81vuOkOCf*&0-^+JjV|~L;$#RQfPi9w
z;5}Aa0pvxcoe1@m67ZK7-MV$_r#|(m=A`KG;luB~`|iHJzEX8ESegKNQBlu96oUW)
z2(%Lra{Fjk9`7T700NN;2<fh-j7R|~yYm8n_v!0RYVo`|%R7JR#IN|bpZcMZ|MG0)
zw-@}IAg94n2?8<&$cq+iCJaLW0R-d-$ho1&F`*I!5J14KfSgXNI48!|5I_I{In7o`
zCFDhg90X<93HZp1?%1*8oO8};PKpj0GUV1<Z{4?VpIxcU5+y)h)a`=|t08~@0-gkf
z+&et&j%5)*0D({fLb|IdBa{HwjZPrTi;`OG{J|k#)?7}5r4j^W3Xm5q+f^8k00IaE
z7m#y92~I%)2q1ufCjmK~mN*##2q2(XKu)t2QVDrcAqPPjb^>nmqC0o)oH1iYb5eBR
zz=7sMd-v|OE0S3P1;~qfdZJ-j1Q0;Lt$>g_h}%uE8UhF)5L`e=cQs`Mr=WmX1V}B0
zIw|DK%FAi6RDys^0rH|{y9(nGKmdW@0&;FB!6_&J0R#~6Bp|2LD$a?qH3SeqKu)t2
zQVDrcAqPPjb^;FbqE}yi^?(5bn!}=(U3S^--Mj6|W0qI}@}i!eXjm2j1Q2j5Aml#c
zc2lf|00IaE7ZB22O&P%{C?FOAQj4KZ3i-0~avCg^ARtqKylC03!gvG_Kp?n)oEu7T
z3JO2~0R%h=$mz7i$q+yQ0mTAxnyrvZ$cqX&2+FV%aF`eE>gs9;i+=5EUwiY-H|+{z
zmT&>`qMn{;SQY^U5O6CX<Zj}2Q>=yn0tf^b5Yk;u8Nn$iAQk~qi=j>m`LgnI8Z4C{
zAX9+6XxXm9cmxnYAh>{>8%l5r3P1n>1Uw1I>9mS-Vr&fo1Q3wZY=u-pUR20IP==j=
zzr5&}F=M8?{$saCX88~xFY4)uhGh{z00FlGK5hXPYr5SOt08~@0>K3=I-#d2!6_&p
z76B)z#TBo<cI%Tb&bjSZU!1x0q%(i~p^seg*JEamJY>e0!!G&o<hkaZf4Sfe^QjrL
zV#{mRGQW7`Pe1(Sy02Y%?<c1&m~hOu%_T-3I`gQ%`SvNFyWtzxuDt2-=c+88Rki%(
zZQuFDZ_l}S>6A~*JK}?v|MwQgUh+2|yXK6qF1q}d$8LY-73<=gCpwXDURLotp1LK=
zBA`Zqyr|*^$kq@*K&yb9dyrOP_Jsff2*~NQ#K{mq00G4Ua+<A>O2~@}IS9(I6Y!T8
zZTMNEPQJ9;BeQ%6kQe3Q3jqWWh(f@}Ex=;UD6A+F0R#{zE@06KJxwWIGb0lhsFGT|
zxBE{&SiSC_r~k}EHxD}Kf+GJMcI2hgue*QQ#y^x|H!;rh<}4pI`l9?x9QmO+SNv>^
zU2631O@BCd*3S<fIV1lPfB%^unbd2k;@b_bBHwOJ-S2zqmMm*6(D&XS>*-8%E<j#X
zcMoKD2q2(R!1=wvdO?-EYzhGc5HJGPjnVl;#W^vyh5!NxIPaOUFGyZA_7hCJe)6J;
z{{^t#K6z1|zYstGfhYv5`@GwUQCLwV0tg^bT)=IUtg>41ni-k6K$X<u1@l(trz_ii
zYJM*0_gAhhD1Y7Zr_B%fY`0YN`yV~|drM!~QgHEXm`S}J`hkm^mumNp`5C8nsnq(a
zs>s)`lg{fZEs?oS1YUpr^~H-9Pn$Mv;>3vq1`NplAHdCvqmDZ2+;h)ev}n=x?SlTV
zu}-!e*COOa)9Huo6afU(2*|n7s3Bz|2q1t!gMge)OPmY=1Q1XxAg9?1sf4_!kb|HM
zI|1^dc5cifFWT@V!j}jjfPhQ^AvY|UI8=oI0ti?O2<fh-4C^g0F*SiIsYUC&XqLk?
zDb4+A&-md3?LwP5?;kN?_8rd_{oV0b-u~;HrP_V;nJ+C|@#<^)tv_c#75SWH6@MhB
z!KPM8e}Dg)HEYI?A7A7*1esw^KmBxSL_+pUUQ}@dWNQc@pjAM~9mJHORhWGtfB*t=
zI<4ZI7+XUC0R-eUTOpN@7Zq|4lwl{}FfTfP{`~7b|FPR6vwR4U7v<p#0R#|;Lcqr@
zz+%lPtSAxz1P~}LV9^OZO(|Y8BNG>>l3J{o7d1aM^cS!EDaYUZWYKnU&HcVVe&RQm
zzx2nP#j}sDf8am&yHvXYU!1vgzw74=s3M=Utm2P6bxW4b7ud6B	-LS|ll2Kjx&9
zPTIYDcmB$J>Rf=lsNx35)(}8ItAO)+f%Sq~h1nMZ2q0kH7@bcfPKE#i2q+eC-ZNug
zki2N@CzyEs4)dakOQyDc@}fL^A%Fk^Q3wdRJw;(fkq97wKyd*f-PM#)yk<rwE>I=4
zSTQeZa+sIj@>o0nr7vz7HTt4<S<NEvpYhd2?H148U;gs85B!f=MV4we#>7qYFOl<U
z75SWH6@MhB!KPEm&Ye3)jT%)S1TFshpo0#2>#euav68S;@}i0xAX`HK0j&ZOZXa0<
zT7}sc0tg@=r_(CViLo^V5I{gqvlUVac~Kz;K^b-e<VEe=m_=Tchc5&WKp+YMAvdfj
ztSAxz1P~}LAf&sRGK$yC$ixMzq!w#=(T|_@gPHRmyz$ZXcRly2`H`V3w!CJ3SNpOJ
zTW@@9{l8prN4v14dH+*iyt$qKmoB@z-NfnF-G9fk-R2VJpC#*FKIh`4?MB}8_;c;n
zH}AK*#QP7v&}_}@#caf6O24<_cSn9`PRmP}pJHnLTj{IF=WI&xM{*i$B9-*^_D+~E
zp&=l8{PD+|-y-z*<BxCLxN+Nie>QE}WWK!Nh8s>e;e>|4haZ0UzJ2==;gYaT@}i0x
zAX`HK0j&ZOZXa0<T7}sc0tg@=r_&NALjVB;6br~{wn8c)FDm39D8o*Gyr`WUv&f6`
z@Pz;Z2t*+u<c1Z66-6R|00PAYgmhO^M)8^%nYcie)Z*-gzq<H_hnBvuCEw7bMq7q0
z&6_4~*>bK4osK?qX3JUEEPJYX%7x$mWy`^T|Ct{(56<5C`G&0~7us^xcYg8PhFRu^
zogQ}Nr7Z_v{qq*}G)!;#Wfl3B3#xxpPJ>OPl6mvy)#pDiyX>+z-+VKF?{B~T_7zuL
zQ9tXNYp%(k!lw=e$cw6PgKQ811oR0wybDxZN}nw|LI42-GJ%Ti(cyH(IWe||00Ia&
z?3Ox~A}^}r9FyGzdC_E#zT(Eoi}DDD00Ia^AyBc~yP6(_6-6R|00PAYT(!sQ>lCk<
zk%<d*Cbjtaf4{wD*z$-EUf$CGmM30pIsU_w=e8VwZ}*=L{lLX7r`)-|yXBNwKY6(2
z_|yL7rk3Ncy7P&a<3D=x_gaqM@0*>G-)|Wa4XEB2S)sVVyYIf+)zy_HKZgz-`qE1;
z6`#9h%a#KVJTRL(V8DRAd-oQf%g8DM<V7QDXq1Wo0tjRRRocGWxts_B2q2(Uz-_mz
zvKnzR1Q0+#u|SpfsB$iOQI*G<&ZfwVrgPSAcS>GV>mwEWLI43}0&bhX^=isg*$x5-
zAYk1OoloQ}5GW|nnbhLtw>;J|Y<a@zKWtg&6+c_ka{Sk>xVPna^X6y2ys+gIbLo~-
zj{V!~T8^K0-`bYr@7cVq<#_Yvet*Jh%LO|l-}2ItzUjPAvS5zDgAYDf`!S)V!lK!l
zTeogCNzrVD)vH(MT!@bx3Xm6#w7F3>0tlom;P5U`ajBF~fxRPufNp_`?a|?M#W^vy
zh5!NxIP8`>mLe~z;~bOS1$ohAkG|r@$&2cKuwr)zAfQH|Vz+lSU5zIjK>z^+G67fZ
zvHCik2m%EKI+I$Qdf^={!<PU4-Bm5?G`Y~0<LBJ=tCr)<n_s_bMawBCf9{6nDa$tg
zq2*xn=CTc2o5yGGO!>sTmb0!|X7elQJ0st2FEPGfy)m*vae-O0W@Twl^K0mf&#E6e
zckbM5g_$#F*1ykde*)x1W9)3yi~s_O3;4S!lwCRTgJAmzAfQ;FY(Mljo;Vo-2q2(X
zz+dx>bY=3QkscgnX9DC!`I}%TKwebwQx#i700B(`c1_;-EKQ{B1px#QFapl|r1gRv
z2Lc5JI*?j4zg+(P2VdBnv@~zt_1vp1>pXYX&zr}acjhc?n-~4pHhIy}ht6EF<+X;Z
z-1zAFmg}2eYTq!j{>y2XE^9gKOPAeUKdj*E4#*d*B$i>;{g8<k0>>S9T$c9i?(Vjj
zZl-M8wk=y>(xgdtD=@390C~|^x*2sMfB*tDfwHaM-}qWdyg&c}1e6K*>zrj*R-6-K
zYX~5KK-re4emr?m^+&9GgXBeZpRd2&kr!3=B*k_RKtQX2zZ*fRm9_G+F9Z-sR-jZ5
z^g1}%BVglY1w5q|SG@X~`7P}?KDPdxi<h>{SeiF4zTu&E)qd^D)<0j={1DN0Q_lG6
zqIMT*{*j@V-TY|F!5{m?_uH*+-fuVS<EQ-~XI8t9Jju7aoPzhg_DmLU5EwRWSeEwe
z?d@&&sNk1<eSO&qLxv0~IE7&q1;~pkXmo4=0R&PLsMz@(PESpq{UU%sIsy(`WyPh4
zlOccr0*VDHc1V5G$&2bc)1-DpUNouWcDPycqUk(ju~P&Ph+4p5=dZF<)P@v~00Ia!
z3sh-|Zs#`F#ybeK6mXSV{PDxjjy&X|?4OoV%=$ME9yw!n`=1nQ>b&yyU)PVXy`J>Z
zt6T2E#8bx{c1dkm!;7D;eW_tqyWe;J*)QMLFtYy3@7(ir!^+v0M||+|`e6lMyOJ+>
zIR(SqHc3{?7Z^NvaF+J$@9)nane%D3!oYz8bH?zILjm%l3K|_-KmdW%1RUN4DlV0p
zJo`lefpi2awnvB473aj*8UhF);ILcjSc<%;j&n?Q7vx2gJ^G3pCoh`LLl!$l0D-6l
zDt3EU)1x+|cmxnYpjp6Gd#t`rb8WnXKuZBvsm1vZJ<~Ev+3@C=v6p=1oA;O>J=(IE
z+MBmNxuIcV?aS}p``g;E+KWqm@^EcH^9xg3ZDjW1pU%6jd6;?U?2GPf7+L@2^$+}K
z%UR}46IiVuS>&}V`6AcSF{XNBWQF1aqeqX<(w;ka?kqm5eq>KiPqxCr2OnJjKCk@=
zkQdd_>(~VX2qY!o@1{_8<)qlzECL85B~Z2>`WsK23;_fXP%PlDc}BW2dC^D@j<PcW
z@}m4ruoECJn$&X^n?(SDcm?d5yz^P{0#Z2w2q4f>z<HmvUa)0(yoo@wfUDGE!Mvym
zYToqtbIoNmyt87<Ye#-)PRnqn`ProZ>-ztlB~Hz-JD%-s_rpSK)92l{wqgB$_^0``
zPwQWpENjEa`Y%o8^@HnQFMoMk{m3G(UC9@@mX0yj{g8<k0#m0>&C;HaKKiJ|bTj42
zC!fq#IP0vl>{eh_Spo8*I(i+uKmdWH1j@F0f8XR`<(kd%PG&RKS4#W^vyh5!Nx
zlx>OX$CDRTf5f^sNM2O;`TE-(dC{bvv)C*G2*fMk??zB+<#++9903FnXem&t2YMac
zvOL~Ipjp6GYO!EmG|O0i>=WN#vhL;PV(Q<?|B<2fS<U^vHor%{er5Ce<EQ<g<*a|b
zYDL4y`Y&&J;>DJ;%$v(L{-J(kk=L%|i(E^`7_U8(#Tx`}y6L7Y?Ky7TxW2x=hEMnV
zrTH!PlO|2dR+vA3{(i?Zz=;5PQ60UGT_Au!QUXr;zmr9hVrR1mAdr-RlP2k85#nSB
zAb@~k0VjP@(<0<WHJxUHdm%5H;GsL&GI`OYp0n620tmz_;H2kQUnE{YDn|eT1X>DI
zZ;Y;1XjvX_BG4@0Dz#WDFKPmoBM+JJ<A<MZuBY~n`3>(M`S>;M@|mUHZ~hhbCa~Ia
zh5Wqe&A)!3<t+2&vJG2nl^1;BO1|Lb6by6K9$BY|z}Br>v$UuA_w?!0i%h8>Gi%nY
z+Vt-3?)r~-?N5NbsDehv77#!nH35G&g|aKBCeMBmKp-7~vi;ECc*Qv}wuS%#2>5HB
zk*-W$G}42k>`Z{XD1Q^|1jvh~^N__(5kMen0lOyed{)$k6psJ`2s8^g?~~RGHrK{G
z2(%P%m0B#D7d08nk%wILv)^xSSylF?`E<<KOWH*=i@$GbYq-kaf96Lmr|17Z`k(xY
z-$%c_L9&xyTK7XH+6hdaJh_(nG`~}R_wL<A*6Hc#nKo@&ZQ?P<98+W#W1I+(7wu$6
z;#vqGfPfPLC;i{aB2Ko$A_yRWfItB!P14CC#K{mq00G4UPWq&#MaYY4I?V+4LS8h%
zLwB-e@}dHthA0UE1Q2KzaMJUuFVb8X?;wBx0#OT8Z;Y;1h?<e&J1O8QFIr#oiY>4G
z;+1W8Jlj3*zO|qI^1_zM%<RoioONUU#OBxL*Va#%^zED#>OY!rOzV*gpW4u{@@Kz%
zTm8h^>$7Lv*)X#H%j+Nb&)Ud_7v`s-){iXm+J}6R>&83AReNNef&!a2Z?45Y&5Hp8
z2F#c-<GJUa+qZ9D^9sGay)V4*g88wc0|ySQpS5x0#^%Ai<4J(LXuSQ6$`L>ySpiRX
z1dC;pJpwk400Qa-ELx(cDT;GqYz+Yf5b)GF<6V}#XuM}f<wk(KD1Qy?1jvi3f3{+S
z2q2(Cz^=(VpQQtnT_At}0yP2WebRctT1mV>AYY&Zsl~<r@$!*J&29)-*1o*s*;n!_
zytn&L7tC92ei&(OO7n|<_^0{iDrbJ}r_CRkcYfaV%i_(?5p6lr<VbUh`OZC0x14p@
zk(cJoYWGnG<l9|3()X?VArq|ymMmFPAO5Vp9yxO4$tRyYb?Vf!&p!K<Q%)H*YE<o`
z`WH9fe6#hXnP?$EUNq9?M%f4;kg|Y9xA!z9<x^nq2q2(az*F0_Se7^$0tg_WSiqty
z>YhSgRQLI+-yL~T^+)V!gXBeZKUlFl1Q1Xo;OQ<<c3Cx^Yy<%W5Xc0|wn2a6IS~X3
z3Uns5Xnw+H%cP}w^IJcCyhy3$2bO;K-rt^m(VbI1F>mytGtI<9KX9=r{%cp>d&?6q
zW-A=|p*hW0F@w#|J8ihcWeXl@9%<e&i#Lp{|MJqCY-ZK3Q2)9!^7U7Y{k6Y_$;vqb
zixw@akAN0`y<owDoMrjQhX8re*t;C{BY;4H0zPgBc55bx&z2EDAQ1t(uIOWy;+z;;
zLjVB;e6-D|*Ca0*_3=?Wc~Slj*a?sqP2>rSZ6bg`>;iU8-ubN98L1xu1Q2KtaNZ}a
z7i=huFA-=b(6Q9wq>o<RGNSqA*~{D2R_gtwFKlVK{wJp{XkKUjL(jAv{MTb<HV>}7
zbI!#}Th21?*Txio(J}erB?%vC-4B^qQNa9S`YBVU6i<pyo;-QercD(u%5)0>@}k0<
z808^=00PYd7Tw;{l;+xa2LS{S&>`TdZCWf#oD2a35Kt^&(G_)1Aup=?eAVxcyr}vk
z_OwCrqB<U+*aZRzs2A{b7bv@|dS^C>00OBAlx>6l#-}FFeys&MmRkJBX}7ivTb}v#
zpIR4RKk?!pKiG2pISYSPKP-E_Y{S-;gUy@Gzr4OS{rHo<*K*d}yPm9#DgL5k^2JLM
zKGI*qWaT0P>(;G1|NQfZ3>nfcIBGtcK7IPywQGy4#uy(0<VA%yG0H;#0R)-_eB2J~
z)@-hgcMw1T0UZK%UD3xZ#W^vyh5!Nx_-LC^uSs4s>f@t$@}m45uoECJs^bBQT_Avf
zdI7s8?|hbeXEulc0;vf&?~~RGrY6sRtpz%kTKvezuW1>!{QSS)Ze4tB;_{cbjXmPh
zmg}3JJ6ao7|Ke{x*1DeW-S@ltVYS!yY~I##ee>pB&%at5R{TZB<cpUie57?hWTHcX
zzP`Rc|M}1B*RNl-YSq%EOYgk%&in7b-+cMT8*iA89A1c}ECk4l3U6YRhX4WyGz(aC
zdrwoEYvUaR5I{hOfTy-;u`F>i1Q0+#v4BNa)IEi~sP6MszdQ1x>W|pd2FZ)+cz|LT
z2q2(dz|&oz?6T^e*&qT4q$W_d4f-3Onmqfp7U)cB@uzEFY8SS=VBTu$;%gKC>Ac%o
zu7CO$Zmx}Kc+u|Xk$&>*7QesV%)RQ4Ct6<OxD&tAuyVmKJ0oAPm?(z%YnZHzfDQrj
zqEWOmibMbb1nLFk+<@w<;xz&YAfQP=PN!9z6Ju)#Ab^0JW-Fu;@}fcxf->v`$cx&!
zF^jyYrpGAuf&c=F1%%wN6brL81Q1A5KuC8rWu)oPt}O(tQ;Vnm^G~k3=V|kUJ@<Rj
zJJ)wlnDp(IVN3Jo4_5t0yA{53&(oJJc;xO)e`q(ryl)CP<Ex9>Eq?2hFSeVz^u;ah
zX3e{AZNn@x_^=~e|NPRc?)Y`X;DTRT%NJZ<-!M51mP!ziDL`ISU*BU#2q2(dK+X+C
zJvAFd0D)u$<aAo%WC$RDfMNkT%~nVy<VA%X1ZCI>kQcRcV-|VQWS_a%I06X7B_QO6
z6&D)SB7gt_`xOw<T}>JLEtLTXWCGTy#gT_xl;tf?I^)Ne-1zW~kFCGs+3sJw@~3Rs
z6|cUwY{S+YA6@^2nRgvLaz?vkrdgymrTIkW-1e(%;-}BO_3EWhF8+^~%`b(|hM5-&
zpW5(^Ygc~Yf6QvP`2YO3CCzKrzhi1^IoA|CbN+)SBWec!;+1VbT)l4m(cf%2^2noR
zo1NCLS^TxNeDO;t8!4y3QV9Yw1;~pkYkF)40R&PIkaI&xL7P1yfIyl8ayqTzoETd}
z009K#G+QB+kQWtl5R_pjKwi|&jalSH(|q7!*9agGoq&)VR&;I@i~s@%<O>MtuBMFq
zI{6fVnt*j`v6dHY4pP4V;0v4IZ28W=UbUiDN%M<ZUbN-h{5Qu>{AMj&+Prf1j`_)@
zW5!;RzfS(A-@m`@4@Yfx(c1gg^0gIGdm*R6QV9Yw1;~r0))m<=0thG&kaI&(fXNmR
zKmdW30&+SnaWVuDKtQp8oMtPe67r%#4uUf51jvipxiO2pXv^mj-b4Ta1f&TFxnW6T
zp&kSfK%k<4knU>AsJIcPrz2pUTFl9d=4UKxpMH4q+?*dSYL37<FM8+)E?%<k<sygp
zgH``gtEcRX&;R@FMJ~~9jJ15b1=YVVr@>MQ0x|{2i>hyfY!Cqi^a;qhq3E+^M+hK*
zKqerk(<;u1u{8t`KtN8j6;cU#Q6UFG8Fm8XMeW>}MP8IgFa!`lAPNB?H>@bEC=vk#
z5GXDnq`R6jir37@#09KVixu;tANt4@OJDf!U-+K$k6m8$hzYX`hDEbW&sq5Ye(Qay
zyy)p?FR=bi^x1W-<#WVze<Y{DYO3T9fB3`Jx<B<>Yxt;cROy%X%ktWv0C`c}J&@fY
zfPhK?e>a7)E34#XQwSh{fDtI$5B-fNPKE#i2q+ft*E}O#nY?JE2S?eN0C`dVCfEs(
z7v=d20R#|;Lcp%cJD(MW6-6R|00PAYocBrV1&i0r$ixM#Q;SvdqW|;XmMnjH+kWLO
z@}efjX@1N6ephZ7Fz>##qYs@~JTH3QoaGh6qNV_A`G(@t`O>-{GBHP>tE=mMb${wd
zHhfe!s`ShHWqIvSfV^lr{g9m^fPfkSe>a7)E2|-8BM2aXK!ZTpe&}z!;+z;;LjVB;
z{58)=S0*nS>A_KUCO}@4zX^5%<V72vMEDW`1Q3uZVAtfG&ytBlRR|z}fVF`0K54z6
z^%j_znt*j`(IPK8@{k!{y6o=aKm7CF?mu01$FDzn^7o1)IZry{$2UH<-un2KZP@z7
znM>b)@P+x;I^mN)xcS#FSYM@nqP2YeB1yfr?uSgw5oid7){kuXsB}oQZbJRCy!IzR
zUNote$Yv2hK!<?8n?l)@b$GH11Q0-=S)gn`^f#V383G6(pjg0P^Ne(5@}iL*9A#$$
z<VE?LU?)IcwE1C#cMw1T0f7Q`P2Tw|fijeY00Ib95pdootrx7a3+5&zV4YgLXY;m&
zPi^?lJx^coz19Cb{bwewdF<a_XMPv_n6a0bD5(iv{`HudAD%q-l+WF8_KZ7c-}>0X
z-)yk{nVfg7@4oW(U!Q%^ohSa|kB<D%oNWCgkD5K@6Z5_>^DdJq-S4lqFL<WQU;5*<
zcmKv*X!1XNckB_Dn(XMP(HEIreCA6FXZ_^i;z`#cm$Q~Hvbf4I*8Px)IRXu#(E5=L
zAJxS_OTVmNme>9S$cw6MeQXK=1au4dyD5}iS+_I0LjZx41<LkAf8!PB#Ml}F2q56E
zc}BW2dC^D@j<PcW@}m4ruoECJn(|{8dq)6)hy?7Kyz^NRiBT#72p~{Iz<HmvUa&~D
zj6uK%kXj7&*8usl^49&3i8%tF``qU~Tlc4aWWz^wqe{Q5UzXSY1jvh)?JA5%009Jo
z3;4S!lwCPE1qC3000N!_%JxHl<B5|YfB*uD1^hM7NLMB=8tK7Nb|yexl)njf0^~(K
zJ<+f%0tg`BR=}>wJD=rtQ>=yn0tf^baNZ}a7Yt580kH^>S`2kk$d{G3?uSf7AQ1ub
zqGh`Z;}Jjrf#3pi?oh!gC;$Nj5bz`*r_(CViLo^V5I{gqvlUVac~Kz;K^b-e<VEe=
zm_=UH(-RHLB7gt_ZUuzgu-tBn)et}cf#3o{x~nN8I0Xg7B0y>})JY*<R$fknr4j^W
z3Xm5q+f^8k00IaE7m#y92~I%)2q1ufCjmK~mN*##2q2(XKu)t2QVDrcAqPPjb^_!@
z?cA6}UewbQ4a*{c00M3Wgxs*)Zi>|qKmdW@0z$g0DI+)q1;ipiYBAJFAzxNrPJ^Wq
z1Y`=37cJXW7>@t~2m}|9b3+MEK>-LLfPg0fIh|H<PK>P~fB*t=nyrvZ$cqX&2+FV%
zATMg?#w_xpo}Oq}76Akha4R6>hUIostcCyr2m}`p(p^m%!6_&p7J;!xTzb$!7o73c
zMX?mDrcUyrWsg!$gQXG#WD1ZME!$NXj{pJ)1Q(EVLkUhn0SF*~fF}Vtot8Km0tg_W
zSU^s*6;cU#Q6UFG8Fm8XMeW>}MPAg?6AjBEfB*t+1%%wN+-{215I_Kd-~vLrt0^Nm
z1qH++V8Wu=Kd}_7rcUyrWsg!$gQXG#WD1ZME!$NXj{pJ)1Q(EVLkUhn0SF*~fF}Vt
zomO#9jIAMn00MHFt&mE{iwZdi%CHk4FKXw;Eb^kBo@iJW0R#|mD<I^C<#to7h5!Nx
z1Q!s}T}>ImDJUQofh;UKX6z-g6s)GskDfBm;D7DPd)4g7_eSJ2*hDH>ym;|#@BOjf
zZ}k<dFP-K@@}j=G5bGm=00Pbh<lL~FZ;b^JKmY+D0&+SnaWVuDKtQp8oMtPe67r%#
z4uUf51jvipxiO2psE{Wh%0K`C1o8!h+_3VC<WmF?Kp;8+A>GxK5gi=`hZ6Ygmlm4T
z;-}BKB~$^)UiX6^{+5xy_{R?>D^PahavE$Rm2`D=z3;t0*88o#g7u}-oJd}@Y*%4C
z0tg@wTtLnZD>wxOAb<b@o&@A{TE#grwuS%#2*_!+LMkCID&!z2!%l#_sGS?L$cuV<
zqG4GC5J14KfRG!O+fA_=0tg@wTtG;7HDv^+pnzBe&i~FTlUf`<@tZ5QycSE%3hG?+
zyG@4O{By%2&nnnXXSN`x!6s5k^|WX86%wI#wN3J(o#{nf1px#Qa46vF7Epa1hnr$4
z1Q0+#ltA?k>1qYyWC$RDfMNkxty0Z8<VDpSWttlyFPi4LSKl>xQBlu96oUW)2(%NZ
z-te8Q(5^h*M*sl?A{B7b8=Wi?DIjHcUSQ!<8?xZywRiuf^H)#yieI|yZo_`WgxU9Y
z|0!97vKx2O8(E~dK=rg|^%aU&%Sa<YUbJjiVLSo|AP`(Y&iyMm1qC3000N!_<aAoa
zIWe||00IceX|_TtAulTAASlC5fV`-k8?(rZdU~Q^Sp*P3z^#Cg8<yKmu^IvhAP`(Y
zNOv`51gD^Yhy+gj#~+#O;-o28-?MpJL}kZY>Z0Fn8hz+YWB!$I-4pLFI$yb*2AfDF
z)zh8>2M(<G8|@RJcC}6NqMh$cToC~T5U42N>K0Iaor)V_IsynFAXcDyhjg_9aWVuD
zKtQp8t5&II9rB`Tjxx=SkQYt!+^g@Jyr|e`A__wQ0R-v=syBQmE7X_7YXlHLK!Jdh
z-sofz1(<B1V*)>Z_}PO;&M@)C&wgnkKkm{u`_dP-m}sui9zXG$%QkHFeK}3*JL!!q
zQe2>7UbMfzKMRWv8Z@Z*MHyK|fV`-tj>ldQKp+u;DsA8G+(f|HCISc~DB!kRR#{DP
zPK>P~fB*tj+M~+3<V95;YdV`EFPhF-yWJ^y(FC8i*fIhL#3<ml`CG3RBONs(fB*tH
z0@nS|`NW(e`3Qk#fq%RDK9gWH|D61}8}4}amF5Aw<3!-bN7o;H+*QVT<RLS@x8iqB
z)=Xy+=Y5g|^93sAMc;n=?JO@kZrr&13-PHd0rH~h^h0)v00L?RT-^eyucL;PjUa#k
z0u2JyJEW@>h?60J00N2yT(wFy>yQ^!bChXrguG~)=U#o+<V72vMEDW`1Q3uZP`%+h
zSwSWaRUv=?0@eafdZUv?thd0#GzC^{d2QOI%d*Jmn6a09apuw=u3pDazjX4K!Pwrp
zzWeH*KlSNzZh8N~7aHVIqc8f_;{V^t;z=#yq&Koiae<0?(FF?@WO>mu&N!p^MHyK|
zfV^l@Es@P4fPfBxDsA8GTpgb50s#aNXclnWEvu}iI48!|5I_KdD(z9_T=JqSk2Rf5
zkrz$ptljREylC^o2=5?(00II9+%|vf)db2=5&{SyP({GHA3C2{Wf#m%R$$J;Uwz>4
zSy^f{`}ZNEE;8Xp{;?A<di9vuYxB$KfAqh9pX}eUDjRp+Ct0v2u%p$VfddC-fzR#R
zx3~Jd#d~JtE3drr_~Va%;~U?|=9+&mT)41yAzpYDATL^_!!Q>C1P}-!;Pt*xYVjc3
z=b{K8fItTXN;N~TgNc(NfB*uD1-$mp7#Alm8sn)^b4`G}XpMpwr3A=}cHrrTOCW#%
z0@Vdd^>%-Qt8auA5I_I{Q3C!NX4#cRu~1Az0!v@q@^5qR`^d+yX%0H_P8ETXhg@{R
zCx39+f=7Pw%AX?o`yi^+vTcy@#RY0VO0*X8boj!ANQ+m($SMNlMMbqNia`JY1d0e$
zY5Q*H7O9po2q1t!i~?@EWtG(w=fv0=0tg^br9G;gOI}pvv8J;r@}lXSwcDMN7me|8
ziJB2WAVC4Q&EI;p1m)Q>0to09u<nP>C+c=)cO4M8>-ksbKlIFX_dLx%RRreT_N%Xa
z^PU?YTYt~yZ5=o@-Is9QCt0v2;4d#aefsp;Re0fBfV`;g9?0$xKtQE{?^{Fh^;Pn+
zDFhHezz7uYguX`-Cqn=M1QZMSZlTewPhK>-BctGY0rH~t8oVwpKwgyRF9Z-kAPRxv
zjos_WD6A+F0R#{zF5tCimRh`c&5T3<0R*BDDAfZQTuQ)GUUbf!Ip*8rr7B@?6#??1
zQM59OL;wK<>IJH_eYbP#tKu~R2q2(Iz-_mzvYO(Y7+XUC0R*bFN0oEQi>f@<bT&m^
zG@Y|{yHoO_njWLr3jzoz7I54Atyfbl%+?S<AWZ@5e&~E+n*Qt>0R$8aIPa4zSQ9wm
zgcFW$`cwOr^pht~Zu+qG8)ls|&pdPX?AfbVuimw5S8aV>bVh)@sNx35)(}8It3YRN
z5Jj${RhWGtfB*tTdSGY95GO+b0R$8abf%F;bQSWV5git#HVcp!Z8qVZA_C+^dH6yA
z0R*BDDALk9FeVBsibMbb1d0oEpmP?yMDdy#i2wo!L?KYH`!URwK<$T)x>}HRd<&2l
zjiQxNBmxK^P%q&7)=+%?`l@)100IbT5-8pYeUDU}6Ju)#Ab^1H78>39<VB-9G77F2
zATL_4!Rz7z<V7_-MzI$J5Kt^oys>*7saTk;A%H-d0$zJ&sm0UuXV(ZIpje<(4`gt4
z0rH~N4LiI7c~Qj;kgXwrfL4JH-zjn~r&XAJA%Fk^Ijyh59}y=*009IP3v{@n%D)_W
zQTb;?g*gJ`MRRcYC`W+2C=Xu<Ab>y=0y&+$lOIK4MUe;~fIxA9PPWkeYZb4Vkq97w
zKokP`O^;8V3!HY^X(zw;$N9=E=t+RQXcVoCA`w6UfqDT?cLa-N>#O250tg_WNx-5d
zdYYm*C&tzgKmY+xoipBL$&1E&c2sTz$cysVz)pa?sHVp#_JRNciUsVNyz^O#h1nVc
z2&5_CyiZy$n5I9wMgRfD0@nSIi3lVjKweaF17vFmAfQ!1&K*jtF#AFP0R-f9TH<5~
zAb@~k0XfZ9NG0S&g&YKB*a?sqwR2+@c~Ks|5I_KdC<KJuu%fV{NCXf-ptyjL?rO>?
zUNa*RKmdU#1mrZ>6e?N0diBbcEAPASzBOysq_AHddn7L!MJuC71Q0-=UO>(bsJ<#*
zBY*$`ngrx@TE#grwuS%#2*_!+LMkCID&!z2!%l#_sGS?L$ct)vjAAbcAfQ-4$PG)e
zFk3?afiwk#bXQYGn*Qt>0R$8a$Z4=CRMOSe^}hH1tXj1yh5hQ-BY9E94UnxNfPhv3
zIX57!!t4tH1Q3wZX^E2|fB*uD1>`haA(fC96><=iVJARd)Xt4r<VAV-LI42-q7V>r
z!-~R+A`w6Uf#L!}x~nOpc+HGN009J|5RlVgQ>dht7u~&kcMAK}u}AWvQM59OL;wK<
z>ILN7fa<H_H3A4Aph-YZr&XL2V`~T?fPkE4E2I+gqCyUWGVBD%i`uy{i@d0&$0+uK
z00N2ygxs(c3$rx@5J*!%NOv`5r0LJD5kNq(fSd-KLM6k856^zSXn%iy3j5WuNAjYI
z8z5Ul00FH6a&ACch1nMZ2p}M*(-J2`009IP3&?4<LMkCID&!z2!%l#_sGS?L$cysu
zg#ZEwL?IyLh82YsMIwLz0>uS{bXQYG@tPTl00Ia^At0y0rclYT#~z#IMa}oOQ`oPL
zJ(3rVqLoo30tg^bFCgazR9_XZ5kLR|O#*T{t>T;*TSEW=1mrYZA(fC96><=iVJARd
z)Xt4r<V7_-MzI$J5Kt^2<c6hKn5`jzK$-$Vx~nN8O@DTc00N2y<TTh6Dw#QRW|kM-
zzI}TN`_-{W@}i0xAX`HK0j&aZZa`Xv*%tx`ARwpH5+_3d0R$8a$Z57hDj_c_<RB=+
zPJq0qog1^ri}LV=00Ia^At2<26@?W=B7gt_#RY_PS5rpuni+`z0tiGQAg95mP{|Wd
zJdx!^mn>P5!hUt^k-TUWt&AcOKmdVy0Xa9I`l@)100IbT5|Gnr73aj*8UhF)Ag9?1
zsf4_!kb|HMI|1^dc5cifFRJM=ioGC!fMNk5H!Q`%Yz+Yf(i9NVT}>Hj`m<{U5Kt^2
zr@^LBiTSqn@ZrNvWOT%c5qtOUO<~Il_DEh-aRX#)2q2(UK+fGqt1$aQ009K#bXwwM
z2q1ufVgWhLR!Ak}MTHy$W!MRj7qxR^7I{$~z7RkFfhYuo+_0jsqDTY~K%lsQknU>A
zC|)xo5kLTeC<Np**hDI+g%3|Z{dDtP?nHJS^)_oqmi=tlXP$W`>h08ukD@_QBmxK^
zU?))Pb-`cQ)z2&h5I{h_K=1}zD?o8hjIAMn00OmM$BRsWyeNMYq81=88ujr7ES|im
z{D&hdL;wK<j6lFUMg65Y3j`2AK$$>&iwpZ&87$jD009KTHq|t*e%*D~Wy!;%k3RbO
z=buj#A);NA7o|@kfB*u~3COw2L`O%#2q1t!K><0PmN*##2q2(XKu)t2QVDrcAqPPj
zb^_!@?cA6}UbNs73d0aU0D-UqLT*@L5x6=62q55GKuC8rWjNm&3nG930$~N@G}uHc
z>FMd&vuDrTxpT9~sQLHAi4(8C{`$3R*Z%R3f84cem-*C;De@-~vEbVzFB-N-adiX`
zK)^yE_`Rc6fJO04K>z^+q7bMxy5KJq=fv0=0tg@wyvIr_fV`-*6QQ0`0^~(YaWS|i
zKwdP8=Oc<l009JQeLL(64gvuL5Ktx%wyD-%T^TIfK>z^+>RTMIJ0Q^2)m2N1R(#Qc
zYPp0FATLUvL;wK<q7#sF|B8-|f)PLffr0{ZIxTTB1Q0+#v4EUrE2I+gqCyUWGVBD%
zi`uy{i@a#TClrPufB*tv1%%wN!Xj{W1Q0;Lxqy)FYRYiFH5Nnw0R+Md$Z4>NR6<@f
zx`QS!8n#Dqbp#MVz(PRIy~d(=rXYX-0#OLa>9mS-Vr&fo1Q3wZY=u-pUR20IP==iV
zc~LtzW|0?-;`xXo5kLR|AvY`z0s#aNP$nRxyP7hT!Ll6$5I{gqgH5Co@}kilG<i|_
zBmxK^5S@UWdrfq76pR1@2ow~M(`kv5A%Fk^iUs5}TOpN@7Zq|4lwl`8UewNwS>#0v
zKA|uS0R#{TD<I^C6&8W3BY*$`&IN>YS5t=bt+5~i2p|wvKu&{Aq>?dX#*A|GClRsW
z+axa<wnuSw1Q0;LLLm6PqgH@L@k~Jg0R*BDs5QFaFBIp**ct)|AP~IAN-Kc8sI(KI
zo>BtjMN4rpxF$eeG>YdVibMbb1ZsUd><bP80R#|GCJ?r%)?Zy2EZac<0R-w>9Ip{T
zpjm*tD18zE1Q3W$pt+fcdM7$M3Pu0{1PTg->Z{GyB~FF_0thG;Xl{Cmze8R$@xK7E
zZ=bwq>?atie)6IPpHLWv00Ibv6$o{kXt-`z1g?$%0th%4Xy|eQzjVGe7DNC61i}gg
z?5JECfhYvXi-zq{Tpa-f5U>!CbAPcYo+$_*fIt)iayqTzoETd}009K#G+QB+kQWtl
z5R_pjKwi|&jalSHqj)}|NCXf-K*$Y?gFpZQ1e6H~>8_>>Ww2}q0R#|`(_pCt0ht2i
zMd_0WAb>!00&;FB(a}*b0tg^bP(V(nB~FF_0thG;kkf31R6<@<$U#tsod9`JJ2z&L
z7cKaN!Y~97Kp?DukQ-K51g?$%0th%45Yk;u8P2!Hf(RghKv)4e4VFp}kSRc3G;ELJ
z>Ifi!fQ5jZ8;V8oOhEtv1fmd-(`gmw#Ml}F2p}M**$SzIyr__apbR?!@}hQb%pxxu
z#q$wGB7gt_LT*?b1Of;kpiDqWcQs`wgJnAiAb^0J21_Lf$P^$iN}ogk0R*BGkaI(c
zj*fy6KmdV)0&+SnaWVuDKtQp8oMtPe67r%#4uUf51jvipxiO2pXu&5Gh9Q6e0$~M&
z+_1tTaCHO_K)|_xknU>AaK1GbL;wK<!V1V~uvCJ8OabzuVS5x;M*sl?ECl4-P%MgP
z3IYfq5QTu8POCU4#?}x(00BA8R!Ak}MTHy$W!MRj7qxR^7J1Pqo{uOJ0R#{ba>L>v
z5I_I{WdcIFt0_YnEZac<0R-eUSSrZ``riA4h8zL%qV!1w5I`V00Xa93=;$aI0R#{z
zC?KcP5+_3d0R$8a$Z57hDj_c_<RB=+PJq0qog1^rixzxBVHg4kAP`nS$PFtj0#`=>
z0R)^22<fh-4Ch;8K?D#$Agq9#2AgapufP8K;>C-nO`A4x;=}<12E6aRKjy_zM;&$U
zx#uogv}pVG?aAUu*f@F7usw>aBY*$`76KA(A6X3+#WMu~1Q3WqKu)JsoD*Yf2q1uf
zoMtPe67r%#4uUf51jvipxiO2pXcW&!6o~)=2ne}haS#X~fPgXqA>GxKp$wMoAb<b@
zavE%EmGt-buUWHZ{P^)%Ks5i~X4unDKb;zpko}SurB5P&00Pko2)TopGNPlSU<43A
zprC-9PD`8&0R#|GEFh=Z3aNy=sE~u83_AhxqIPb~A}?C-358(@Ab>zv0U<Z6un1fo
z0R#|mE+C}4nlhYkjRg@v0D-UqavE$>mF(HG=hRbA&CiH7e|pkMC+*(7J1Hm$n<XzA
zwnuSw1Q0;LLO{apBdfupc%~qL00L16$mz6-b7E`_0R#|`(`<!QLS9tJK~RRB0C`b6
zH)fF+jpF%;A`w6U0U<Xm4gvuL5Ktx{q`R6jl)<tc1Q0+#PJ>OSlASwujv6(pISyLn
zor4ZK=&iTjO2<mVPRWbXClNpZf#?Jz+&;1zqNAf=1Q0-=pn#lCOPmY=1Q1XxAg9?1
zsf4_!kb|HMI|1^dc5cifFIw;kg<%LFfIwIQAvdhB2wWWj1Q2j8Af&sRGMsOX1rb01
zfv^H{8f+q!^!D~nm@uIs8hZTk$IqWX|MABk-?(w(w)g&Q+O)}hdBY7ioN&Sk4TBFq
z{P2DI_9en4VVmSd!}chyjsOA(SO`eCePlIQ6wed{5I`Ub0XdykaZZe_A%Fk^a+<A>
zO2~@}IS9(I6Cf{Y=f*7ZqES2_Q6vHgARy$1#X%r|00PPcgmhO^hB8>Tg8%{u$Z4>N
zR5EYgy!!m-WtUy{=9_Qk@BQt!-@f9CE9z%mbImpRQ~1=O0C`dRBmxK^5S@U-yFkUI
zqNAf=1Q0-=pg_g;=x{o5G6WDnK(T<sZmDA_@}fG<G1*;^7ftr)D{h>;Xu&5Gh9Q6e
z0$~Lzc6(RT!y<5X1Q0;Lxqz$oSbZJmTVp{45I`WTK=sDR3dIH9efQn2uC6TkIdtgI
zmtK0Q_}nd9wj6lif!W*v0|xBfySMmUMph9ZFB-N-adiX`K)^zvO51lk*P?i)Ab<b@
zQ3$y0mQ_|$oD*Yf2q1t!mG-D|E_qRv$C}Qj$cv_P)^2x7UNnm5BZ@=-0R-GOf9usa
z2m}y7K$(DbKXg7(87$jD009J?_emDa5qR*y2Wvkjv{YC$TXXByttKg&t+0Ca>YNMl
zkwXFUqV!1w5I`V00f%>iic3XDN5KdnfIvZkitW+ibmC+PAb@~k0f*gE$5P})b(~|e
zyC5%`?9o@;IC;^6PbdsS009KT3RLX&uBL}Y;OYn<fPixWSM9O-I?lJof(RghKv;q5
zjgb|K3(T4|D@%KtUqfGfR{hAibLVC&%$zy1{(WBi6Cf`dwnuSw1Q0;LLcrfmq3p^Q
z#WMu~1Q3Wqplm<%H(qg0jIAMn00RD+XQV5W7mf7bC_57%FUsEpI|1^dQ9K_}BmxK^
zVAtfG&*C5uKmY+{0?zxS^@7S^*$x5-AYk1OnP?$!+;PWcY0vKNZj0$=%C>FWvK1yx
znq;>Ev&ssP7o|@kfB*u~36yR1{>Dc~N5KdnfIvY3f1R`J%EZYKKmY;70%cpG`tjsN
z)gQ6$4U!kteZKy7M_#nx6AHr+KmdWT0{(6UrB)7$z||2z00HL$rFx*(!OpkFf(Rgh
zKv)5<J(I;71cnV8mZd#=dwUx`D)?nzUthMukRd|~PGML@0rH|@dlXkk009In1S)oZ
zhtn;JX9@xcAP|Ls!&X^wDaAQ4wuS%#2vqEl`lgc?)pw>z?TEZ+QpfFZv*bmics`;?
z1Q0;LVdt;16bFF-0thG*sL~SM&Q%7>b`U@S0k=(()$#=f4<4MQJ^TCn^GD`<nyoN!
z;J}<QeB@AoyeNGV0R#|;PQc+^pyE=|(NQo02p~{UpkjM;IGs2d0tg_WSioVo)UgzK
zQ61-)>@LWQCVTW1H%?x(;1deN5I_KdumTmky{qYA5x6=62q55Gz*T#!zK-*)u^<8n
zAP`oddShgT;sT>bkIvGbJ9q9ZKC6CYPft&_!ode0T>n0={Rxm44cnu*IsynFU?Je|
zrcicei{hDr00Ia^AyBp-`Wvq}C&tzgKmY-M%`?)K$%{sMaFm@1kQe1|f}H?)(I}pe
zC=vk#5U^|V&S!BD2q1ufG6Cm((t1H<uxtkb1Q4+9hfK5(m^yW8miBz~(MK(&n<-B|
z`DC`jS!bPPw*s@u3Xm72Pa=Q-0?`SSZT0@fM@L7&2q1t!K>>fAv+T;m$q+yQ0mTAk
zTcY~$<VDpVvF;6$7u9{f{&q)RwBQp8!w^6Kfv^JpZUm)P4vWCm5kLR|=K`gApx439
zx5k19Ab>zv0k1ui#Tx`}y6L7Y?Ky7TxW2x=hEMnVrTH!PlO|2dR+vA3{(i?Zz=;5P
z(Xc&=t0RB_0u};J`oEJ!EQ)6e0tg@wg@BVL>0}YbIWe||00Ia&>64lkAup=wG!xtl
zdC>$9-N}~8i$?K$M3D#}fPj;pUwsh{0s#aNP$p2lF}hko87$jD009JCwMW(|BCvJq
z)-3I5{ylyA^deL0$IO~Ft2Vv6ySx4)Ui%XuFG`<8009J|6YzIaD7$iWbQFvL0tgfo
zDBBPHjVDfq00Iao7Vy_RBVC!iXru>6*_i-&QT`^_36K{p_=LhR1Q0+VtbkpUcRnjD
z0#`=>0R)^2IPa6z3p(E#3nG930$~NL`ymtU1SU_OT+4i#-zmR)_wFL=^z`&hn>MXB
z@t9+dDKd*OP6Wt{hV4;Y9RUOoun=(4|D7yiQ9M%+KmdU#1e`QUCyOY~iLo^V5J135
zpVYJnc~MQLnc!Z?izayJPPR;5G>YdVibMbb1f2Bz>Wgp?2q1ufGJ)!i(bWpdVA&1=
z2q569J+e+gfz6vY*J7XM#ee|=X3UuJ+;h+E+qbWIh2GxY7hZV5{8-U}0|(a6+PHCJ
z^I+cbBtTx2K8XMV2t+5~>5gErY;<%Ki~s@%6cn&%iJqnqCqn=M1QZK+>YVW|OI|eI
zv!ik&Kwgx;26h7EMGHQmFbn|%5C|(^*W{hg3X8zi5kLR|=K{|Ar1gT%x5k19Ab>zv
z0qcIqL~DU1OP17!KWnc?jvRUN$tO>pI`!<c&pzdpQ$~#%Rr{#^#mzV0Y<+1aS_qIA
z4cnu*IsynFU?E`9?LAGgD4r<@Ab>y=0-oBY#j=WXVr&fo1Q4+3in^ze7u9{f>UT$8
zRQ(Zq+8}w+D4vff5&;Ad@N^d_yDSHR00Iao6DZpT{f$=!%XSbz00Dmula+G>7A;y-
z9|0}?dclGPIm_~q4*~L`^hpE|Kp;8+AGZU$HKU`WU<43AprC+VSM)K9I2i&6AfQ;l
zN85~gP4c2qA0Ne&7v=AOod9{!f=?(6LjVB;!V1_mdFQjjB5-vC5J14Wfb%|Sy`b~0
zu^<8nAP`o-x*syJqJa6u^i!rxDV`LaJbCh_O`9rSl<5`%<VC~wD6WnG0ti?LSaf?&
zQ!I*S3IYfq5QTuJwrR1f;+z;;LjVB;EV`oZDda_UpRfAekr!2e#GW=tUNnm5BZ@=-
z0R%kV1<EeVK_Gwt0?Gu+wn2a6mBF$d1Q0;LU&CbOA_D8ytvmnx^M?!>(k?h^KAJv#
z`r5T?i>$^N9|Gh>>5~W`fIxHtK5hqgYeq*$!3ZFLKtTb!uIOVHaWVuDKtQp8kG2{0
zn&d^JK0b;kFUsEmI|1^d1)oqDh5!NxgcY!B^3G?4Md0cPAb@~#0q1?vdO_z~V?hKE
zKp?Dubw6aHLxH}&zCZu@&+FH(U$tu0(xpr9yz|cc@4w%C`NkV>n2#J@h@~t9$cu*U
zQCuAX1Q4(gu;})lrdSlu6a)}JAPNCbZPQ{|#W^vyh5!NxSae0*Q^<?zK40~_BQL7{
zh&^qPyl529M-+(w0tk4z3zS`!gFpZQ1e6JsZG-;CD}!Y_2q1ufzlO=m2<Q+XFG`<8
z009J|6OeNQijIzg5kLTef&y|nEpajg5I{h&fShJ4q!RL?LJop5>;%Y*+PN`{ylBBE
z6ow&y00LnJgxs*gB5-vC5J14WfROHL%5c6l7DNC61i}i)X|Pm+fJ_1MqG5X!S4RK=
z1S|yP+)ylvX9@xcAP|LsoKCAaC&tzgKmY+b%~nVy<VA%X1ZCI>kQcRcV-|VQD4vff
z5&;Ad5OTxfAP_(R0c8S0x~nNe87$jD009K#G*~J@K&AkBQTikT2p|xhfSemjbaWJq
z00IaU6p+(tiIX9K00N2y<TP6$m5>(|auAeZCqQ1*&W%~*MGHQmFbn|%5C|(E<c1X%
zfvY2c00PbhgmhO^hV!klAOZ*=5LQ4=gQXG#WD1ZM4cnu*IsynFU?CvqhGJ1XQxHG^
zfhYvzbXvtZF}8*P0tm=ywn8c)FDm39D8o*Gyr`WUv&f4^@q9#)2q1ufkQ){UfdB#s
zC=(FUT}>IvVA&1=2p}M*!BUA4=<n~}_ue1#0uUhr<VER|2q1t!bOJ)|Af}Ay=qMNg
z1P~}FAg9w3Cqn=M1QZL%X|_TtAulTAASlC5fV`-k8?(rZ7JNcs7y<|&5LQ6Q4J#}H
zS4RK=1e^;9>8_>>=UZbz1Q0+Vtbm*bn`R{@7rJ%p)&&a|oO$M%W5<qtU)`TEW5%3u
z#u+!>c;l<DzDj&F;9n2&qG5X!S4RK=1S|vs-ZdI7ZBaZ^5I_KdC<GeXUBE9D=fv0=
z0tg@wu)E5<G<i{(=R#El1;~pQgko5O0C~|Uo{uOJ0R#|e=-#2e<RB1000CtJq1tKl
zb(O)g9Rv_Spt;fUPG<y61oYvDA2y-Tx`=4om!n6Ie&B%zNR4*pXd13UUX(tG00Ia^
zC(zKz1AZAD9R(wR00IRC0=CwMOA{wU009IP3p8{*z9cWo-+`zF$csjOd;yCmFIw;k
zg<%LFfIwJ*fOm@eONT|^>Ifi!fOCQR78mxl^R2NU0tg@wRv>IsP4?<LcI-I%=%d@l
zL)&~XVZwyhUVANBv``x-FB-N-adiX`K)^yE)Ged=x)#MV1px#Qh(e&b<Ar)haZZe_
zA%Fk^p<1ih>yj50do&bQM1Z_#5hcbn3y>F$;`xXo5kLTe<^~?*9S#Bk1Q1Xr5Tuv3
zyr?o*wu1ly2(;{Vyy;b7^XAQi2M=zO3Ej`zg9Z)SxN)P`@>sk<fV?Pu5&;Adh)$rP
zlL!1VIywqQ009IF3IuGe4VNZPh5!NxC>Chwczj7-l)nQ}3y>F$`uGACPhPa(6AHr+
zKmdWT0s-$7^_LEdz||2z00HL$^(`*!Yv)^IK?D#$Agn;xrkdc@-+AYq0}ni~J{5Yv
z0S8=o;e`)9^w2A>ykb86Kkxl9FS@(CA9>`Fi!QpTVf?UR!`^!9tpw>pZJE4i*dE2z
z5kLR|3xQC#jOOcF6wed{5I`Ubf#!}E>K(;7F}8*P0tkd^tzxfBUR3PSP*@QG@}fnQ
z7}G33UNnm5BZ@=-0R);Gc#wBE2m}y7K$$?0UfS}a%3#?J0tg_`ve)sZKY>$EJ+&4V
zHObEvD^~RO_U2#Cd^7x)zx?Hh5hH37PdxF&{3(3uP=LHBeG&l#5Qt8|;a#BOQqj>-
zFaii5P*9*^dvrLRI2i&6AfQ;lVYk$=6nRk{=a}p+$crX>^c6QwUbNs73d0aU0D-Uq
z6}!Ew>0uGLIsynF;9S5}d#t{W^R2NU0tg@wR-k%gWQF1aFTeb9E%P~k{P^9wcNd@g
zm%sdF(xgeX=^Hj|C_a~wRRqY3hV4;Y9RUOoun?%y_TA34D4r<@Ab>y=0&crymDLpI
z#Ml}F2p~|UJ*u2bUR33=rn4#XqUoHq+ntgZjpF%;A`w6U0k_THdNmFL0R#|GCSctU
zoljH-%XSbz00HNHk_B@FuD$l!EbuvW=+IrecIAw0`B6_#&+y^HvlXtq^2(NDc+<H6
zc~SZ#0tg@woq+Ruf%SsX(NQo02p~{Uz`8LypGcex0R#|GEa1Fn#=anV(b!Kg@%qV&
zCjJ+|di&%>3qGMR3;_fX2rFRS=iN>Wi@?<pKmY;f0&bgRmDQYYjRg@v0D-UqRazo*
z%L+`HG9^oU-get<W#?w&@4D-*Y=vWwJ=SgoW|b8nFB-N-adiX`K)^zvY^(P--lBM>
zAb<b@Q3&|!oMl&5oD*Yf2q1t!*_Nn&Jb6*|N345;<VAI#ufN@q7mecih$0a{00DnD
zf>JAU5C|ZEfHHwnJ<#i5Ww2}q0R#~6+A~?aLEwM`4#?7;J9g}7_^9BQZ@&3vw!)x6
zg9=VzSVaNyqV!1w5I`V0fr_2q;q>U}C>Q|*5GW|%uvJ!EiZ~ep2q2(XpkjyAH=Vqw
zzB5f~N90A5I&O!XB`;d=358(@Ab>zv0f(Kx%2HtwxH<v|AmCh}N=tM**ZJ015CH@b
z2rJ;WNwQkLz>pzBvb1MkUtj*noKLeAy1Ke@#_*9t0rH|@dlXkk009In1RUN4DlTPF
zJW~)r0D&k3Dz-<5(-r5$*ct)|AmFfD>R5`rsE%_?b{FJDlRf&18z(Os#q$wGB7gt_
z6}!Ew=^O+C2q2(Lz*T#!zK$|jwu1ly2vl#3tWaEF+_-TS^P>Iz{n-kK9d=mp>oT&6
z0C`dRBmxK^5S>7kw(oXsbaWJq00IaU6mZ)utE@(x3;_fXP%KcTJ*u2bUR33=rn4#X
zqUoHq+ntgZE%=1OFa!`lAgqAf=5M`PSOl()00Ia&7qIS!&L=wG8Ve$T00LnJocBo<
z%n>;6yz{cO=j*S(o--`xquTGIKj)lta)$AdLjm%lVS5x;M*sl?ECd|h1u8COQ9M%+
zKmdU#1S+;ihtn13#Ml}F2q56FTk2Sfyr_<IOm-LKMUy@HiW?^{8pZPwMIwLz0u{Tx
ztLYpB0tg_WOu$uptiFyiShj-z0ti%ZjI2;x;DHAo$nv7M+;U6tS@k1tzy0=Xg_SE;
z*1ykde*)x1>5~W`fIxHt{%#6oSB{R3f)PLffr0{M`=P(_#K{mq00G4U{+ef`E0Y(E
z^x!Bv6Cf|j-vm1W@}dQwP#A^)0tkc^uxs+pXN5)J>Ifi!fO7%oebRbC=UZbz1Q0+V
ztblbtWTJ(@yYId`WXKQ`_%#3CxpQaP7541eGi=x}GkwsYL3{V^Ejyj@b^_!@!}chy
zjsOA(SP0lPd>^wcif0M}2p|xJfRCPOx2EEp7+XUC0R-$CqvBcQMHL@z3R@#Dn!+jj
z*duw-D4vff5&;Ad@No;USd)W5009J)30QPOPg9h^vK<5vK)_SCWZ8BCt5&Vben99E
zM;x(h*RFQMn&0o~>6tijVm5dA^5x9~c*m0fc~SZ#0tg@woq(r1g2l4Y(NQo02p~{U
zz@jC3nnIim0R#|GEa0hg#=9(e(Rj~}%8dYdQT`g(36K{p_=LhR1Q0+VtbkpUcRnjD
z0#`=>0R)^2IPa6z3p(E#3nG930$~NL`ymsp1?JA3o5em4IN*R~%a-liw=aLG-rn97
zD^?62K0KRs`Q?}AkLOdj0^~)*_9(8700IbD2)MlwR9VfUc%~qL00L16ROyXw=PJ&L
zu{8t`K)`LoRInO(Q3Z#X@)pR8rhNKU_D)_jisvJWL;wK<s<e8Cb2$hE5I{hgfWr=1
zaVcf6YzF}Z5UAJ{nO;`F{FqSlYvpT^Q4;|jJb3U|zVeloD_6ew;)`#*@y71={+Ji$
zOY_4>zy9^F4;?x*ONyF*&z?Qod~O!W|5LUq#^(r-7o|@kfB*u~3FLJ34u2FK9R(wR
z00IRCI^0fkE=QaU0R#|GERfUv()@_LXqxA)X4m9J)f{DqH$q;t;1deN5I_KdumT;v
zJG8r8SOl()00Ia&7iib+I{&`&t+5~i2p|wvp!1D1@hf(9b=AV3{$3=G>~{O)MZ@+e
zu8sf#2v`WXy%AJd&7ydwAb<b@Q3zD&jc(^E&WW)#1Q0;LZNpTs8hKF#hnVsf$cv_Y
z`c?K$UNnm5BZ@=-0R*bFdWUm42m}y7K$(EU4q0(2Ww2}q0R#}J*cF*xR)D-{S+U^b
z$&1n_5kLTe=mdh_J8A_)M@PX3Ab>zYfm)*r{(?9e0tg_WSRi<hl~w?GQE4YaJ*5Q5
zi<aVIa7}=`Xu&5Gh9Q6e0$~MeeLL)nun1fo0R#|mE)ce<)?eNE)>se$1P}--P~YNs
z-2nmeq8&hXdkONQVS5x;M*sl?ECk%%2&$}RQ9M%+KmdU#1gi8#w{sQe#Ml}F2q56L
zVJcXSyr_ahOnD3BMN>ZgDtjj{8pZPwMIwLz0##bQ!?_#;0tg_WOu%7>thkgiShj-z
z0ti&>icBvnFlNk{QU3pwt%~tE0^~*MlL#PyKy(5*UA@B}MMp=$2q1t!L4gjp)11o@
zCqn=M1QZM8biXt|A}^ZexvSYVc~Lb-+2M_l7cKaN!Y~97Kp?C@hwl#UE*BPot0RB_
z0?q~6wY$#0?|f@4hyVfzgcay~Bjt(+#3evpG;ELJ>Ifi!fQ5jZ8;wQrOhEtv1fmd-
z(`gmw#Ml}F2p}M**$SzIyr__apbR?!@}hQb%pxxu#q$wGB7gt_LT*?b1Of;kpiDqW
zcQs`wgJnAiAb^0J21_Lf$P^$iN}ogk0R*BGkaI(cj*fy6KmdV)0&+SnaWVuDKtQp8
zoMtPe67r%#4uUf51jvipxiO2pXu&5Gh9Q6e0$~M&+_1tTaCHO_K)|_xknU>AaK1Gb
zL;wK<!V1V~uvCJ8OabzuVS5x;M*sl?ECl4-P%MgP3IYfq5QTu8POCU4#?}x(00BA8
zR!Ak}MTHy$W!MRj7qxR^7J1Pqo{uOJ0R#{ba>L>v5I_I{WdcIFt0_YnEZac<0R-eU
zSSmq4rT}?S`XmAfAP}8^oEu7XbQFvL0tgfokke_2lOccr0*VFXG+QB+kQWtl5R_pj
zKwi|&jalSH3qGMR3;_fX2rD4uh7}fpt0RB_0?q}5bXQY`^R2Pq|7GvagRZFV{EttW
za{idqR81;XsWJ%0J+9HjY^X7lnV4mw=ooNABA^CP5|Mz2s6iHyL<K@vRaA((qJTg|
zLu834C?LrCz=Q1DV<~D-D5&3=+~4%Ce|PEIeQx*ZZ-39*qB8fn_w+g6^Xlf?bss)+
zF9HZ4kgtH821_Lf$P^$ins1L{bp#MVz(PRI4aK5(4nY6`1PUP_r_(CViLo^V5I{gq
zvlUVac~K!Jf->v`$cx&!aTIycLcBksNCXf-K*$Y?6M+B%2q+T}(p^m%%3#?J0tg@=
zr@>MQ0x|{2i_#|%KmdWl3COvj6poI95kLTem;!P-Epajg5I{h&fShJ4q!RL?LQVu_
z*a?sqwR7Vr@}e={p)d>q1Q5tqK*$X%Uj$Z1009J27ZB22O&O_gjR_Gz0D*i3<TO|+
zDG40<$A4(Z5g;#`Z;xVi1Q0;LLO{+<#G-f(K>z^+3Lzk;(<;u1u{8t`KtN8j6;cU#
zQ6VRSGVBD%i`uzy6nW7?yg#By1Q0+#$PJ4VfdB#sC=(FUT}>IvVA&1=2p}M*!FpTC
zjvYH5dE}8UUAmlg)>%g!al}9U<3ID@%rnpI+`03^4?nzp`*v?}By60#D18zE1P~~k
zfP~vesfNPQQ7{4sAP`ePPNyYKh5!NxC>D^@Y=u-pUR215pbR?!@}hQb97SF<<~tOI
zA%Fk^`3eZRVdaa!>Ifi!K<WZQx~nN8^{p`>0tg_GuYjBe>suv<4<CN*wbxEN?X*%r
zH2Qzdu-9LI-8Uj3`z0@$Z;xVi1Q0;LLO{qJ#FSxCJcl5F00M;&kke@u=fv0=0tg@=
zr`ZarguJMb6G0hv0^~*Q+&GH7Xd&JoQ6vHgARy$1#fd-w0R)r@2<fh-3}vuv2LS{S
zkkeqjs^p`OKKkiTe;S<;t$g*u3oqQaZ=Y9C5;jX-ls<_70tggNK*H^#R72tDC>Q|*
z5Qr%tr_&NALjVB;6br~{wn8c)FDm3jP==iVc~Ltzjv_A_^BoGq5I_Kdd<BHuu<}J<
zbp#MVAawyD-PM$l`qr2b0R#}pS3pjK^{0{#KKP(bn>Lkk&^XT=b<|NUEiL|7N!TfQ
z(R_Opt0RB_0u}-iZXcx@EQ;q41Q0-=5CU>Kt>T;*TSEW=1mrYZA(fC96>=gd!%l#_
zsGS=}kryq*`y+}(009Jq+^{$i2q1ufG65mo)s&$OmhB*b00MFvtS6NmJb3VoGtMZB
zhMs%wxuZsnnmc#y>eZ{a{NukhYu1<_M~@!;{qKLjZ1Bk^pM2oJ0Z+IjY?HhweG&l#
z5Gb60gxg1{hQiTNFaii55K}--rzK8?00Iao7Le0yg;YXbRLF^-3_AhxqIPZ^MP4-K
zI~0Z?fB*vd3JAGj<%_`T2q1t!>H<Q#t0^P(tuY}22q2KJfSd;FNhQDk{qMv1&;I@U
z@7=pMdhhSQ|Ng*%1H(rR9Xd4n5ME7DfV^nFJ&M&4KmY*?ffVlo4NhfIJcl5F00M;&
zXs|t|c(~%67+XUC0R&R)mO7>)FRJ4_db<nqqTZhR1~*P#v=Hx)C=vk#5NNR5r*$|d
z0s#aNP$rO8du)6jWw2}q0R#|eyfHFEe1XqC`|QXgk1QoW|Mg%0b?w@<@sDk8ZvMg-
zzEC>$h$D{Jzkh%HV;R|q0C`dRBmxK^P&k1`+J3sn7LJaB5kLTem;&i`%SL7+PKE#i
z2q+e4q&=!Umb|FS)9TNr$cy@OuG8HqdC{2fP#A^)0tn<QkZ$w0o-JPlR!0B<1X35U
z?uV%#nEKY35CH@b$X6isKFNd;0<&k&4n8I{QCPGz=cY}YOj5Ko!;Bd-A{OGM6a~nO
z=G&uK9RUOoun<V`F3{jq7R7T20tg^b2!RIMV~U3>&WW)#1Q0+V#cru%D)OQ_&ZD=x
zATR3esc&%O<V6ed{)i$GKmdUTyM0=Rb0QEx00CtJX|>13=TQdBb`U@SfyNsnGsG9@
z*RNkG?P<P-KK@bRk%I>hF3r%VPoMDfJkCylyeNGV0R#{zoIrLrg`_hVj*fy6KmdW5
z0!jN}cH@bYA%Fk^iUqQ3o&}wmyl6pB9A%dT$cu6%*a?sqjrk6RVF)0AK)wQYO+NLb
z@<m{E1Q0+Vb%E6Tr1gZUZ;c5NKmdV!1+4oa2U-Yx_q*RMr9C%n*kEzEIb_S0Eu|UG
zIp-X^88|Ab0C~}Tdlai9fB*s(0!dqacH=FI=MV%CK%fu;*>%pOGb_%Cu{8t`Kp<&L
zR6m})sQOc^dxPXfb)Vntc1K>c5buvD5&;Ad$nHjvXl70X0tg_WOdwGY%yh6aShj-z
z0tjT<Gnu?h;NSl3-%4rEg9i_my%h7uLx&EPX88Q)KOgfDhBYWaUX(tG00IaUPN2cg
zpW@+#qoZI15I`WNK#Hxh!KsLoA%Fk^iUk_%kopcMFRJgHdbK0+qF$Zu6gNv=H0C=L
zh9Q6e0{IH0*!dfoDqjRvM*sl?QWt2XC8m39>RV$%1Q0+VUx9R+B(p^e{L8=mODXMn
z`0(NAkrA(!X87FaJ{K{Dmr@iUFPd+UVs!)%K)^yE#k)X*Q&|+xAqXIVKp_MgY>z1(
zt~e*g)(}7dffT!?j;Y9t>Nt<y?t;9ix2L|rjguEG#QP(PL;wK<8tnFI9nOhB009J)
z38d8?8=prREZac<0R$RvjLZ;U;Fx2MDWyF>_~3*1M}<dz{PD-78Ctb!6@H$_*$I#r
zrB5P&00M;*$nK_)bmqd*Q7{4sAP`d^X+O+vJaIAv5I{h&Kz7Zupfi&fE$E4(?2-U^
zQLY3#0rH|T-=Q!J0R#}pSHP~xr+!qv2&|3(0tlookb0lAo-p;TF(Cp7Ads(sbwA`l
z3xSRuJC@R(ue|b##o^|V1q&9GX1L;tE9_?AsH6hqMf2@Ztd0Nz2v`UtZS~oWw<w-N
z5I_KdLI`BnIg`$;I48!|5I_Kdq%BeXc=Dp^PqFR|k{8u|ezV&hdC@|=KcYwk5I`Wi
z8$qI(IS~jTfPgZAL_ILm!OCFS4gv@ukZI3k@-l(3W5<@#o~NFA>Y+o2%3iJeqxly5
zbIv)ZG{dM-qw0=lKq>;{Md_0WAb>#O1XAh$sZ3HhItoSr0R&<Sq|zi)nS?kQ0tg_W
zSRj=?sc91OqMFX8hkGF}>fuRGWy|D6W4=RS7y<|&kgq^0J-_iu@<m{E1Q0+Vb%Dkk
zV_Gw$zBML9009K@6-cW+GEW?VO`A5A(w^pjd-m)Z=aBH2e*O9dhi}-hA^Z}LvlAdM
zns1L{bp#MVz(OFqn?ll=EsEz51Q0-=5CTd2VRqvc=fv0=0tg_GUGpsH%;ZH2dg3U%
zBtTx2E5S~Hyl5fbA5kO%2q0kB<WoP26M+B%2q+Usy-!+Cs0^0vAb<b@*8PwJ?F8Dk
zZ5w1h&3DT0+qW;yJRg7jahEP#f&;(tjc>#`iZQ7OkQb#-B7gt_g%e1n|EDrZ;piwB
z0R#|;DUeE&Ol1<{WC$RDfMS7E`lO~w$ct(^n;!0kyr_pKJ(Vq!7mfK2g<%LFfIz+i
zsr3BDC&?Fq)e%4dfz$;WZ;WZpkowk`5CH@b$X6h(_Q*Uj1=g=$AH+V*gCmYO;+9)(
zdFP#X4jed8Im5w&2Uo6KX+Bo;bD#TM_^8#ZS62?^nT!O;i{{&-SRDZb5U>!)=#F49
ztwr%1f&c;t6hgqFC1!Mp;+z;;LjVB;GU}YgotC_4anBu<8v*j7Tn2Um<V6ed{)i$G
zKmY-|CZGCIoCpLEKtP#5>V49BLS?XQ2LS{Su<nN(Xf5#QqmPEepTXm!k3RZGKl)L}
zjvcSL=9(Y>_{VM9v<Y4cKNvrLy!Fx?Xdysels<_70tggNz@pn{bV%XoC>Q|*5Qr&|
zQQNebmN*##2q2(Xz@jVaK7_oe?(?gDcjQIYpW=)*NM1DNI~0Z?fB*vd3S@K_NIGr4
z2&|3(0tlookhBeEH$L^PF(Cp7Ads&>b`6u6BLp6P_~CE_H2&jp<Hkiy%S%}ZkQdFj
zN3l8r2q0h~kj3r5ZcdBhIRpU&5GaIzU02NFD8)H3wuS%#2xQSV3q2=!(L$d-iYG71
zHDD(|UbGPJk0=rW1Q4)m@~I!ii9i4W1e6J+-Y2amR0hj-5I_I{>wd_A4GNeqra%Au
z^W!H)+qP}HX3d%g7v*pZ0rH~sNdyo;pl|{f-9Dp33P(r52q1t!Oo5Errp2_x$q+yQ
z0mT9qT~YTT<VAI#U-i2qFRK0&XS6}`qA}m0Fbn|%5Xe^`qq{)TY4b&3bp#MVAa#MH
zZ7{p>sc(%55kLTed<C*=n9LkUV9Amtzxvg$KL7d8*9wlBmwNW>`R1E%#+i*VSqP99
z&9_IfIsynFU?Gsj?Z9qMi{d#10R#{zgn(UF%;G4;IWe||00IbP(KZV`Cwb9ApFWBw
zFUmDwCqQ1b5buvD5&;Aduxs+EAH|74009J)38da9ttV6l%XSbz00HZM$bl&e96EGp
z&z?QYmoJ|_efkqmJn^SL{b|~?Y39e>yLX$HQe23sECk4l(kBr>0D-~@Sakc04k;WR
z1tWj}0x<<LYMU0*5+_3d0R$8aSae0*hmaT5eSX#Nj=ZS)Q=HKT$&1E(hr%!f5I`Vb
zfsF0~NvF*hfz=T}0D;s6lD5I@#;3kDCPV-M1o9Qgu3<7W0y+f9i{{&-SRDZb5U>!C
za|5y{o<k5o0D(dX$mz6-b7E`_0R#|`(`<!QLS9tJiJ%NS0rH}DZX88kv=Hx)C=vk#
z5D;?1;zS^T00PPcgmhO^hB8>Tg8%{u$Z4=XR5D}6j2B;g@r4&&c<r^<eAus!J(3rt
zPa=Q-0)-Qha|0?I9R(wR00J=u<aAo%WC$RDfMNkT%~nVy<VA&?2+FV%ATMg?#!=)&
zW4=RS7y<|&kgtG{8&<vutd0Nz2&66`q`R6jQr{XAB7gt_`3lHsus&3B<dH}I(?9+*
z-#hQaes%1TylB2Xiq#Q7009dDIX57S;yDBX1P~~MfSgXNI48!|5I_I{In7o`CFDhg
zoCwOW6Cf{Y=f+XwMGNu%h$0a{00AL4EKURh2q2(LKuC8rWhjGXI|v|vfSd;FLnT38
zbl<*xKI~V=9?6T+ClNpZfx-#Mxd9c9j)D<D0D+hSayl(>G6WDnK(T<FW-Fu;@}fdc
z1ZCI>kQcRc<0$f?G2fvu3;_fX$X7tf4J%&+R!0B<1X33e(p^m%sc(%55kLTed<En*
zSRX3+;upVI`h3yDhY$O(UmbfSFPd+UVs!)%K)^yk&JD<-cn(1T0R##mAg9wR&WW)#
z1Q0+#PO}wK33*W=CxSBU1jvipxp5SE(L%gGqDTY~KtRY1ixYtW0thG*5Yk;u8OmVU
z4gv@uAg96lP|3Hy{q0g-)ck(ihyCi<BY9E!BmxK^P&ffOH=x4NQ7{4sAP`ePPNyYK
zh5!NxC>D^@Y=u-pUR215pbR?!@}hQb97SF<<~tOIA%Fk^`3eZRVdaa!>Ifi!K<WZQ
zx~nN8^{p`>0tg_GuYjBe>q8}d`t&K~MYnI??!$g{?2)`^zCDW75kLR|3jsMdAdBKT
z1OWsPD1?BVPOCU4#?}x(00BA8R!Ak}MTMLQ%CHk4FKXw;QRGDn@&1S+5kLR|AvY{e
z1Of;kpiDqWcQs`wgJnAiAb^0J2J1s5^XJbm<wYNT^id!7t7DJkMd_0WAb>#O1mxU+
z3P(r52q1t!OaVEamN*##2q2(XKu)t2QVDrcAt!<|>;%Y*+PQHQdC{2fP#A^)0tn<Q
zAmoOXF9NG0fB*ui3kd11ri|3L#)JqUfIz+iavH1;m6%^^fANc7G?CFSed$a4_wV;%
z%L?{LUNqkx#p(zkfPjU7oV$-j@f?Bx0tggBKu)JsoD*Yf2q1ufoMtPe67r%#P6TDx
z36K}HbK@xTqJ?;WM3D#}fPj!27AFD$1Q1XrAf&sRGL*rx9Rv_SKu&}8q>><fc+o`{
zncs4Ivg<-`GdN|X&xT#PbZMct6BJMPLjVB;6bl5sF82qDk=Yso2zV}#dxH%MAWnt=
z0thG;2znh4N&@6Xxe^L3Kwh-ar!U9i$%}ga&Wr6MfIv|Ma=cT7mo5qybs~TO0x<=`
zEiT{3F$-oG0tg^b6oGu3s-LS58#b(zJUsjCvsbKG;U_|Yc1>QiDBX-Y5kLTeKtRr2
zCMbyq2q1ufG66ZAR&h>@ts#H_0&<$IkV?pl3ONy!VJARd)Xt5g$crj_C&hLUKtQX2
zkQ<g(UiO6m0^SM;>8_>>Z%+XmM*sn>0&*IxCzX8s@y8#1^wHqKgG-T7^S@`Eb=HUx
zBi?-T&CQ!PfB4~t=2bH$&VQbW<-SewqFTEj`$7N##R9qCJAwifBeOLG5b#_eXmq(h
zAWnt=0thG;$i2r(D}cPHv@=3Ii3G@tCgNgnAV6N!^LJis9{~i4A`tZLd><5ri#icN
z0D+hS`8L(?>M;vu7y<|&P!xf1i{r5afg_JRGDwOx_`pH6EMWx5ix#DuQ6~ZjAP@-1
zxqk&E@c;n?5Ktx{r_(CViLo^V5I{gqvlUVac~K!Jf->v`$cx&!aTIw`W$&ce4gv^h
z6%ca6(#p%e5J13N0U_Phl;Q0uVB-iNpjALlgY~2m@}h-1(d0$7c0cxo00N2y<lJi%
zBeOLG5b#_;PNyYKh5!NxC>D^@Y=u-pUR215pbR?!@}hQb97SH#^LJis9{~i4A|T|3
zRTM7jL;wK<VhRZ9uBMEb1v3l*1P~~SfSd;FNhRb(3wNT)ix#DuQ6~ZjAP@-1xz_|G
z@c;n?5Ktx{r_(CViLo^V5I{gqvlUVac~K!Jf->v`$cx&!aTIw`W$&ce4gv^h6%ca6
z(#p%e5J13N0U_Phl;Q0uVB-iNpjALlgY~46<BmJ7O-lcHB9{9$$%|_3e(VbY1QZM8
ze(wkhP>jsh5J13lfuPal{(v|c0tg_WSRnTvE3E+XqSDR?^&}D?FPeyp!GQpIQP1Cb
zv3&#(D2hPPxAT2a6fWvS009JI3gp{V!>h+Em|+MYfIv|M!Yz)+2p~`?Kwh*c-HbXB
zKmdV2pt70g^-NF_4-h~A0c8St_0`IC73aj*8UhF)P}%f6e}=rM=NCZHw@+TQ=w~pm
z`pJtbdnd(q5I{hyKwh_rvURocvM&S>@K&I#%jNi^x2J%OBY=QbfgC$3OCwMS0rH|+
zyC3^P00G4Ua_%pRk=Yso2zV|ar_&NALjVB;6br~{wn8c)FDm3jP==iVc~Ltzjv_DW
z`8zMRj{pKi5fF02Dhd~MB7gt_F$IKlS5rpJf*FPY0tggEKu&|D5(H!lkQXgVH=|Aj
z5I`UhkaI%`O5y<m2q2(LKu)JsoD*Yf2q1ufoMtPe67r%#P6TDx36K}HbK@xTqRQS$
zu^j{u&?+G0hNYF4eIbB=w*o@Ct0}|VQ^3X%KtQX2oCZrJ2*?y5FRHcsu`dJ=P%I$l
zhN2jmts#Jb=K^v%Epajg5I{h&fShJ4q!RL?LQVu_*a?sqwR7Vr@}i!<^J4o5AW#$m
zAvdg|a8V}$2p|wsKuC8rWyCC)VF)0AKv4wbG*~J@K&AkB(V}!S>O=qm1Ofp$H<X|x
z9w2}K0?GvBbXvtZF}8*P0tm=ywn8c)FDm3jP==iVc~Ltzjv_Cr?41<bK>z`*0zz(B
zT6x(Q0tk33Af&sRGQ2$nY#aduv<k>+u<9$>zkmO`@4h>A>eTW7_|H5rKmPsie^<Zp
zqHmDAsMhYsz7Rk_v4EUgk78uDh5!Pd3&`oT#K{mq00G4Ua+<A>O2~@}IT4g$CqQ1*
z&W)qUi+cXfi|scqFnZ3i>jpe?Vf)cX9d&c*&)MI(`|E87YyI=h?+yLoWuwfN|M<%C
z#`TyXzJQP$R{Vk)i2wo!6hc5qcQs`cf{P*%KmdXG0&*Ix;!2vEn>%&t^iMVZyXvZ|
z)~#Eoc>6`)8hO$9{e+PSAb@}n0XerGAt02200Ic4E+D7VD$a?qH3SeqKu)t2QVDrc
zAt!<|>;%Y*+PQHQdC}D0%P^ro0;B%C^n(AoKZuEX_~5)B|9<4GxBWTe`R-K64J%&+
zR!0B<1X33e(p^m%sc(%55kLTed<En*Sgn<e967Q^Q1t(M`ks64IehrAR)j+Di@a#Q
zJ&M&4KmY*?0Xg>_i{d#10R#{zgn*n*OPmY=1Q1XxAg9?1sf4_!kP|@}b^_!@?c6wu
zyl5fbA5o-0fnVJ_{pi-Wlro~{o<HQ~Tc5n)#z)PMS6nl0)Wla6|M~ss*=DoneQ#)K
z?_X}!>sR+qo7%ih;5kxOl8_sgGF7&N00IaI>8_>>&IJMpAfQY@PJ>lh$>70*|G!jd
z<PUxO_Em{c^i7c$Ro3*_4gv`HARy<~<AXMPL;wLl1>|&E#W^vyh5!Nx$Z57hDj_c_
z<U~-0od9`JJ2#FZFY4zTE_U6ZK=(mYOKHjTF1Y7~mzOrTv}}6+eXstQEx#~l*#$os
zR&wZe_wx;sa(G<<AvdhLbus_}1P~~efROHL$|#l_)gpiZ0(AxCG+2F=tX{o3G9Oyy
z#idJ^>T@Xij>wDFZ6gdo009J~3COwiNRy!+1Q0+VEde>5mN*##2q2(XKu)t2QVDrc
zAt!<|>;%Y*+PQHQdC|1q!Z43N0{1-qw=aLWm&r+9(|N-Box8n?iI#2FZ2uS6Jy?p2
z4ta8+Ki5DmI~8)n%4P2?iU0x#WG5h`yP7hx+aoh0fB*uy2*_!$`YJj1+;hW`(2gBD
zzV_N{J9qBf|BwH6?b<be{`_mNy*51N?6c3-=TP(=kr&OSHL)lH2q4gifSg-TBfH>O
z1Q0+#vVfdUt2igd)(}7d0XfZ9NG0S&g`5b=uoECJYUjpL<V7XFEuuDo0?##VIrEzX
zO+xY~7d_Cldv95O(!(E{cJ2AuB_j;T>0iI=+4Wllo-#Eh3AtgZ@nj<iAb>zgKuC8r
zWpG9iKmY+{0&*IxvPw)YGzfxz=}TW)vt~`L4Q|-5p-r1M!QjoCH`f};^SKC+7gg5u
z*bV{+_#lwW{i5okK4`N?1Q763plZ|0<w@dX2q1ufVu4)xs^mq<i%LE_)K*u3yl7n_
z22>RwFY4zTE_Q7#(0}|ZCL4Kl>suBqYw|E1T6N2RduK!IHoXmt!Lf$rz`6oed${{2
z>(<Et1Q0-=SOV@FX{{BD<wms#Ab>z!fm-d3=NlB5Jb7~b2&f5{e(rOhD~%sNetd&V
zb9lM}<VEYY5e6WD00Pnk(!CKhGMh9R>OlYj1kw^{q&KE}tm2#)TSEW=1k!Do3T7iO
zs^BF0yan>2KA-(Y_D)_jt+z1D<B7n9?f+nck=JyYST#B6?UUDD|Bzw1@aKQ<<TA)*
zn~k*k6pzhi?<|S{0tjR$kYa~yaH{O~$jk^JfIuz+4R%EiuO-l}TenjF^RBz@sx>D3
z{P5w!OXIJ(=9=*HJkDK!yl5`1iA51W0D(pXa=&*31vIh?jzs_g1SAUtjV|{G#K{mq
z00G4Ux%XIU1&|k&c1EZtkpOwoL|hCG1jvg@ep^Is(gdb9Z#(|vekK?>amqYzqoGwd
z{?Oy|4a;#S+-iuVoi#P}1bsW-2WmXo2m%NoP!h<usfJhQj39sj0?Gu!Esn=23bbw8
zwv_*DYHErzt@#@I()csaJTuOC#yAroFRHBRu^j{u@Ik=YJ)-VHK4`N?1Q763pl$<n
zHb8MsjIAMn00Pc>X;Bs;FIto{MV(az$ct8G;mNuJ<VF2_!^N)c1Rh_p(WD~HpH~;H
zt{R*4_Q_WkttrVov9j6DmZRzl)a~bP2Gp&S0SF*~K(PeeG|xDz6w8fj5kLTex&m=p
zA7d;8zVL-Fl=7dSe)?&g!w()jSQ`J&|NPH!#xus50C~~6ZG-^`Ab@~00cZD!x(i8@
zp&kSfKp-uFx((3T0ODi_Ab@~k0cX9mC<~DnEy|gq&Z+|BMXR##WL*LBqG`Q_VICg@
z9$CDul!{!mvf0~cXw{9sxoT5M=HWNi_;4lUvd6mp+|7Vo_RgXRAb>!20&bdToK>>h
zBQqm_00OxP#A$tuu@Eq^&r<&L@ZrNT4?p6FBT9$F9M3Q}0^~(=X-zDO00Ia!BH-o*
z5oeV~cEPa-Ab@~mfjB+T%^1ZwF}8*P0tmQiqy<`qyl8<=7Nu4SkQc2q;h8uB<V7XF
zEuuDQ0zqE%jd#h5z8?;bE?)B<dC{yd*ElWR!I-SK$@~Z)fPiBG2c0wK5{@^{atI)R
zK-K~=yC1`n3LJUlkx9d!7KbFQit!c#<VCaYLd=f<0tlooVA1U}IwbY2F(Cp7ARt5_
zqqb==Epajg5I{h&fJIl-eF%9`-RD>R?#PR(KgAhski4jncR-X;2m$h<;f!ebF?mr3
z7jQ;*fuz$q*eOdOfB*t61(LSG?8dv?HESV&00IsKvTK;0&ukI?v^d0bWH;L<FY2HX
zu>=ALAds$rn;S%&RnpxTvmt;00&)c6^guUb6z9a)8UhF);HHrlXch9J1v*)jS}8zY
zw9<rU;s}rzmGdTuO5_WW7Y%1b!;i^}I=Fh{v~&k!9PE@O5I_I{mjVttXUrvB?wYj_
zKmY*;0x`QE!;%VEgg-3~Nm>=-Ed<DmI%q^JfdB#sq$^<2?K3(g-F-0|0tg@=M<AoN
zX)!HvG6WDnK(T;DSJZt7c~RZxSN-nDi>g1x8EuffsGK)JR3cx1yl6Nh8h%V()WOx8
z(On?vv<`O45(prGfJ=d-Z7{p>E_cmZ2q1uf1A*)srsp$Tgg-3~@f_LB_Q{JnXhbZ5
z00Ic4E8yk^5oeWj_r+`oAb@}zfjB+T%^1ZwF}8*P0tmQiqy<`qyl8<=7Nu4SkQc2q
z;h8uB<VEGY38E7D0^~)*8PV`#@}dr|-Z(AY!59ZSWeEfjK)|JdgU%Uq375NOEd&ri
zz=1%_?#HmC0v6#<i$juD#dr$=@}dqJ5lbL|00QX>Sakc04oP=k%!U902*?r0sBKzI
zOPmY=1Q1XxV9^zIA3|PK_xV-7JMyCHPjN;YBrhuGO%RpH7icgqx@7I<)@^!Q|GDCt
zap8z&+2do6?PEQ2_`q&GA1j+V&X43p9bCN`-35|P>tLrWfdB#sxD-g*2D2OQa@VYd
z00Ia&5Xi1!dOmXy{%qT}?YZ&(`=|f?FXkbh3p?9Bc~J+Ah$Rp}0D*J`oZTbpE|l)R
zm<<605RfBKw*fjEpg1SS)(}7d0cX9mC<~DnEy|gq&Z+|BMXR##WL*LBqH^8@QHgwk
z#`B^_9d)zypY~UdiHL5R%%}Ct;RCPl@kqofwO%4G>fq|F+t1w$aIjOBKmY**Tne~p
zo^e)jxog%!009IX2*hc9jIj_1@}mD60!{z_T2#d$76Rl&9W)}AKmY**(iO1i_8A?L
z?!K4}0R#|`Bal(sw3wDS83G6(pjg17E9yRkyr}N;tA2OnMb)3;j5bJKRL+|qDv>Wh
zUX;9Oj#p_$cY&nS<|x3@2q1t!76M7zV0PoP*d22sfB*tH3S`$XJ)fDpsG19ayl9RM
zilq@i00BDzIrkvD`Z)>#1Q3ufAg9wR&WW)#1Q0+#PO}wK33*W=CxSBU1jvipxp5SE
zQTcC<s8Egoc~SDBIbMxIZdf@AurvY)AdrQCknU>A$YOWQi2wo!<R~Dg!78hSyr`NJ
zN?tU_2F20{Ab^0KfSh}fUHu$|00Ice7m(9wiIX9K00N2y<TP6$m5>(|av~_hPJq0q
zof}7y7nT3!hzjKh_>dRv*7LDiq0oru`969FSE-O2mV=$L1Of;k;8H+HcQs|W+%;<<
zfB*sx1mrYWWtEH?HEKl0|0xp_yB+eP4jK_lAb<b@=?ciXr=+_tW<vl01mp<F>9mS-
zVr&fo1Q3wZY=u-pUR215pbR?!@}hQb97SGK&YK`AkuTswUiA6dZ%5=pYrRBX)WOv&
z<c8&7r!0X00tmPi5Yk;u87_CtS_mM3fCB+J4VFp}kSRc3)IlR+2?P*8AYB1DH<Wbu
z#cT*5fPfqUIh~d`83G6(pjbdovlUVac~K!Jf->v`$cx&!aTIw`Id6ifM7}^4dC~EY
zy;duPncedy6nfNAH&_1o+F5sQ+}mQYE_qQ0SFey8mV=$L1Of;k;8H+HcQs|W+%;<<
zfB*sx1mrYWDnUS|0C`adjff=>KmdVs1?1dN(%l!cA%Fk^as=dbTE#grwuS%#2*_!+
zLMkCID&#~^hMfR;Q9Cz|A}=cEO%RpH7sw(nI&sQ8i+pB-hy3uzzpo67nr9yT(|o&`
z$%{I;dWGDu9PE@O5I_I{mjXh%t0}|fu2~BK1Q2i_Ag94n2?8<&$cs8?L@a>-0tlol
zAm@gX?!K4}0R#|`BOs^K5+_3d0R$8a$Z57hDj_c_<U~-0od9`JJ2#FZFDmCv5S7Rm
z(2*CNzqF}pSoGLq`!wy^Lta$ubtvS9CDw<+5I_I{I{_ix)s$gZKSv>e00LqK<TO|+
zK|rPec~P<Li^32<0D)Qpa&9QKD&%<t5I~^l0&+U7;+z;;LjVB;<TP6$m5>(|av~_h
zPJq0qof}7y7cKf*C+c@8pd&BZ`G$w9=0%6zKhrKOYL4RbMIBs+LT*?NcFGb6Ab@~N
z0U_Phl;LvMtc3sq2sjXs(_pCt0ht2iMIAIEmOuaj1kx3db3;jYU(AL80tm<vkke_2
zlOccr0*VFXG+QB+kQWtlA}GU7fV`-k8%L2BmGdTuO5_V<kr(aSZPFcsr~d4c5vQJh
z`!UD#KI!D!e(=NLJ#L;na>6T%RyJD)IBOlaY{S;7VNvtsyPJ2^I;!sT<V77^y+UqS
z4tB~C2q1ufO93I>)s*3K*Q|vA0th$|kkeqP1Ob@><V77cB9=e^0R++&kaI&xcVEng
z00Ice5s=eq73aj*8UhF)Ag9?1sf4_!kP|@}b^_!@?c6wuyr`TvK~y4NAd9?ct@LK;
z`LCUI=R;2{*toZ)Zela$fZOkWzUqoM-}+?C8LAE=FY4gx6>`IJuv3;m009JC3JB@0
zrVN+6W-SB|K)`{3oCZrJ2*?y5FY2HXu>=ALAds$roEu8I`(ic(5I{hVfSgWCoD2a3
z5Kt^2r`ZarguJMb6G0hv0^~*Q+&GH7sGK)JR3cx%eO|Pb?QDDAkR@w3R}E?=dUD;)
zJ+0gHu9_D$fzL!!l?^5@>fq`Xa>H`4Q<gvg0R&tM2<fh-441oREd&riz=43A21_Lf
z$P^$i>Yx#^1Of;kkgkB78%nzSVm1U2KtPUwoKCAaC&tzgKmY+b%~nVy<VA&?2+FV%
zATMg?#!=)&<-7@^68Qpo<wZ@x(|lF^f@Mu*Db1um{^7w_tA<58Ts=1FRAuAIi#oV^
zh1{?l?35)CKmY-k0z$g0DZ}NiSqlLK5O5$Mr@>MQ0x|{2i#ljTEP((52&5|@=Z2E*
zzL*UG1Q3uTAg9w3Cqn=M1QZL%X|_TtAulTAL{NsE0C`b6H;y7ND(6iQmB<&!F)wOz
zo+qBvZ`GEaWkJpOKW^Bw_mornSIvvQvS>~Gd8&>iFY4gx6>`IJuv3;m009JC3JB@0
zrVN+6W-SB|K)`{3oCZrJ2*?y5FY2HXu>=ALAds$roEu8I`(ic(5I{hVfSgXNI48!|
z5I_I{In7o`CFDhgoCwOW6Cf{Y=f+XwMdiE+q7wN6`Q}AU)U)#q4_A$A#(DCo>5Hp|
zMgRRjhsQZQdJK6{2Uo9<8<vBevIGJMAmCC!NOv`5xZE{sA%Fk^4g};hSSmq4rT}?S
z2aSj&5I_KdbOq$xP}1EOvmt;00&)c8bXwwM2q1ufVgWhLR!Ak}MTMLQ%CHk4FKXw;
zQRGGCya}Qb`2uO>MUOwB@2~qj@#M6{i&i$T*}ki}rN#VNyJPojZ>_&$@YGhVdQ}Z}
zmY!U)c5`%ev(~HUUof=lw9n0YyVfD`pC>Qs;OZ4}!*Z}wmOuaj1Y8OT>8_>>m%C;y
z1Q0;Lfq<L_OC<=%6d*6^pb@bI0tg_Gu7I2yO1k@EHUtnrK#qW%POCU4#?}x(00BA8
zR!Ak}MTMLQ%CHk4FKXw;QRGGCya}Qb`2r2*Mc-PtrN_;aUwM7?#=R{OQOxBVx3)cR
zNY!kodGg+ovm%bI_0p@0R#%<y%&*-MT}-VB%bq7M>fq`Xa>H`4Q<gvg0R&tM2<fh-
z441oREd&riz=43A21_Lf$P^$i>Yx#^1Of;kkgkB78%nzSVm1U2KtPUwoK8!e3;_fX
zP%I#)*$SzIyr_^9K^b-e<VEe=IEuWeoHs#KB441vyl7d*GU7)Q8ExIBch!XFMVF3>
zIIz}B9j+Q%b+!qU=hZqS(eva*9bCOaZdeX>$`S}5fPhN@A>GxK;d0lkg#ZEwI1rH2
zV5tNFnF8cR9W)}AKmY**(iM<%LrHgE%!U902*?qT(`gmw#Ml}F2p}M**$SzIyr_^9
zK^b-e<VEe=IEuWeoHs#KB45B+UeshY``z_y)r6<Xk(w{Bw+nNYO?d3FeVTUdNi<ch
z!Q@39T)jeWSPpi|5(prGfJ*@(-PM%ga@VYd00Ia&5RlVgsRRL;0^~&<G$NKj009Kj
z6_9g7Nq1k&h5!Nx$Ptj!X^E2|fB*uD1>`haA(fC96>=gd!%l#_sGS=}kr$QoCWuPp
z3%JaSzWB<rvUq3k<C^WeYUMVoKHuxsCxT<c4~E?LQq}PmPm&jPaP<ngVL8|-OCW#%
z0xkuFbXQY`%U!b;0tg`BKtN7|r4j^W3Xm6d(1=(90R#|8S3u4UCEa~78v+O*AV)w>
zr&XL2V`~T?fPkE4E2I+gqC!ptW!MRj7qxTaDDt9m-ULyJd;ynv(RpvL4`(~WkKf(A
zBYvcF)z+P@TJ;Ja9z0GoPxOl9MIBtdLT*?NcFGcgz!UE_4}9#k>+g7`^w;*RZ{OX%
z`y|DGuD*H7uZK?`G4rjd&D#P59w3mlfROHL%E)@B%#Q#92sjpy(_pCt0ht2iMIARK
zmO}sm1R58Rb3<u-FU)`d0tm<ykke_2lOccr0*VFXG+QB+kQWtlA}GU7fV`-k8%L2B
zmHCE<s$>ed%!{V=`J%%|%?bjd;RnC^&EwG#&_u727j<yO3b|o9*eOdGfrnmS{qtWw
ze01wu!hdc3d3?q>zwLG3OV2fJ<zhg<fq;<iYRYi1S(ZQm0R&tM$Z4=tf`Ci`@}e#~
z5^EuV00OB9$ho1UvK=Nt009I93drfSigRLY4FLoYkkf31R6<@<$cdl~I|1^dc5WO+
zUR2<_AxaV};4&|I+i#z%nhk5+rgw8oOUy85)9$^;pU}7JJa4Yv6mya|!^n#|xM+pk
zupI1^CHjqd`76i&-@m!X9Mk(hfAqWHZ*kY|lhpp{HtEVv<G=mgLBVFf{r!6$UbKem
z0fDRqgmhO^M%FuJegqIez_Eaw21_Lf$P^$i>bNPf90CX+(71q{8%pDQVFm;cKtQH|
zoK8!e3;_fXP%I#)*$SzIyr_^9K^b-e<VEe=IEuWe%r`_-B~zf0yy#QY7eD>dl8t*~
zMLm~q+-h>6L1-%c;3pS75GTM{8uQpQe+wTQJnnGS*!Yvg8A)E$!4)gyhUH+Vo-c9J
z&=*U8Rlj!joueQ6%bM-G;`|-dG-koFrk=h3bo9~x^VzB=pLYAi1*<&2B-nn|0z$g0
zDI@EhGCu+cAmCU)PJ^Wq1Y`=37j@i}SPlUM5NKRL&JCsUy)Xj;2p}L+Ku)JsoD*Yf
z2q1ufoMtPe67r%#P6TDx36K}HbK@xTqB7qQQI$-AM)IO#ANi}vKArisJH|cw*L6Gh
zM1;FmY}$72`9p$iXW4@h<K{#h8-B@r4Cyz&eRtX6r5|5iv^qSp@yFyv9bB<OZdeX>
z>hltVrpzn-C2fD@n3eDCX#DSHac7wJ>he=gyWMD<`OV)xwQ7^kR|R{|T0ls5HDzSI
zQ|3ni0R$Wi$Z4=tf`Ci`@}iEL63Zcg00NB*$ho03z87Xd009JK3drfS#K{mq00G4U
za+<A>O2~@}IT4g$CqQ1*&W)qUi^_aML{%~c8qbTCl3=Y`_3G61!O73PzHs@5AUoQ$
zYmfQy?t7=z`ef14u`A!(9y0*;(qC7U4k`QJ@BRC*m@~v5Mqbpx6)WV1<zT1YE@4uU
zC!N~g{Dr;v(vhYi#QzJZb>yEHynF1ieGJIeH&5~Qs$k;|1cY=~Q-*`hvIGJMAmCC!
zPJ^Wq1Y`=37j@Z@SPKCJ5J*Kp&J87%?Jx-f2p}L(Ku)JsoD*Yf2q1ufoMtPe67r%#
zP6TDx36K}HbK@xTq5|IyQIc4JwDO{50nYe84j42welYB3myD=7^RqLT#GfSQNb;f%
zE?OZsEC)OFc8MN?r<%XB#~<JKt#w;s{?$`IY}kld#>AxPrz~so_QGJ}Sqlj1uBMEv
zcgp+-Ab@~l0XYqpN)V7KKwi{wQ(`#;5I~@D0Xa96#`nSu2q1ufOaVEamN*##2q2(X
zKu)t2QVDrcAt!<|>;%Y*+PQHQc~O~fh^R`YK)!iV^SPi+yZ6S7hnbHmtr`|R<IDjY
z_qN2GB>ph+q7JTDAvY`sJN0&nZ=5&8{I&f}|EJ>r)l)yxd;)XnTj_sw?=){O3^ty%
zfROHL%E)@B%#Q#92sjpy(_pCt0ht2iMIARKmO}sm1R58Rb3<u-FU)`d0tm<ykke@u
z=fv0=0tg@=r`ZarguJMb6G0hv0^~*Q+&GH7sLVG+R3%d&$Gm9U^M<V2x-)(@?3Xt^
zS~V{^{;}8MPZED5c~J*ftdJX)gPr=h#N?$-rN6VY=B<qXSI>u$-FiM|WPa3Pw4WCS
zyLKQTq`R6j9Bh^)5I_I{mjZGcER`T2Q-Hjv%Z|ia2q1t!DgttDD5-3RNf1B)0f7Q?
zIxTTB1Q0+#v4EUrE2I+gqC!ptW!MRj7qxTaDDt8L-wjccSb@CqqBq?#rD@lm_`$Fh
zo3>RAiym`K??m&&Uy;11gNs(k4a>n!{aoUAFT7#?+8%xMEgAhKjsMqK+Q<>(<`|i?
zzdOj!3xi!d5D?N`O&Jb0%Mu76fPhN@ISrOd5RfTAUeskrVl4y^Kp+(XIX9G4w!<U{
zAb@~C0XdykaZZe_A%Fk^a+<A>O2~@}IT4g$CqQ1*&W)qUiwb-<L`h-=8p(@p*t2)$
zYb*QQ{`9G*-(EG$S@p?ZT=(GL-r0~ezBO>zw5qcW`rY)TQ^g!lUev)wE98ddV5fdA
zarfkT=CAEnPw5}?FP%TbCOx&#$eeuI?S5Vu?An2VknU>AaIjgHKmY**Tnfl(uvCJ8
zOabzuE;|xyA%Fk^sR+oqp`@}MCP4rJ1Oy7m>9oYj5I_I{#R77gt&mE{iwZdrlwl`8
zUewNwqsWU2d^bc%Vg(w>i-yBpOV)0FYWiZ6-t6+rhktU>1805xuGVdOw`$evxa0bm
z@15^_!^3yqJ8j0?6?PvpxPIqu^Eskb^P(%?+Yv4!#mD4D9bB|RZdeX>>gN&z|B)9x
z<+R&V{EMk$s>#p3ZW`K&r}X#p!eG}91cY=~Q-*`hvIGJMAmCC!PJ^Wq1Y`=37j@Z@
zSPKCJ5J*Kp&J87%?Jx-f2p}L(Ku)JsoD*Yf2q1ufoMtPe67r%#P6TDx36K}HbK@xT
zq5|IyQIc4JwDO`lLR{fpkQa4u(F(a?IoPS6OOO{0x0LW>@}hqJjc~bZA>GxK;d0lk
zg#ZEwI1rH2V5tNFnF8cR9W)}AKmY**(iM<%LrHgE%!U902*?qT(`kv5A%Fk^iUs5}
zTOpN@7Zq|MD8o*Gyr`WUN0Aqm^CpN&<O`4&4TreGkI9QVxO#=$upI2v&n3u<hFePb
zF?mrx|3<jnwUF*=%5b@B)<OUQ1RMy+X|Pm+fJ_1Mq7E7nOCW#%0_h6KxuK-HFJ?mk
z0R-d-$mz6-b7E`_0R#|`(`<!QLS9tJiJ%NS0rH}DZX88kRL+|qDv>WhUNjuy3O^<<
z>fq`Xa>H`4Q$Lp=FB)zs;m71f{rnr@a@Rt-t0}|fu2~BK1Q2i_Ag94n2?8<&$cs8?
zL@a>-0tlolAm@gX?!K4}0R#|`BOs^K5+_3d0R$8a$Z57hDj_c_<U~-0od9`JJ2#FZ
zFDmCv5S7RmATJsYafKg~7j<y;3b|o9*r}gOkQWWNl<;HnqJI93aJg$C-PM%ga@VYd
z00Ia&5RlVgsRRL;0^~&<G$NKj009Kj6_9g7Nq1k&h5!Nx$Ptj!X%*+h*ct)|ARwpN
z3aNy=sE`vu8Fm8XMeW=;ioB?tH$hY)Ux2)5IK&lxOkUK%)hpzN<zT0NE>Y0D==z<z
zr@gxTxA(kw+2y0Z^_@Y-9^2=bV|st>tUE9H`5$`U_T*#F{O#@aTf)7<;xTzqKmSI!
z+_jMIYRYiAYt}*l0R$Wf$Z4=tf`Ci`@}dqJ5lbL|00QX>$ho1UyDw%#009K#2*~NQ
z#K{mq00G4Ua+<A>O2~@}IT4g$CqQ1*&W)qUi^_QuL?!YCM$cJx)KNE^KhMm3%Odrp
z_z?1<4z6AyH!KG`^>c{^^P)@EZf@PCxAmVZt{IoKK`m?A^6NfNv})C>)D<KC_j~_7
zY{KMu>vrx*x<qL_c~L+AM!4LyknU>AaJg&NLI42-90<s1uvCJ8Oabzu4jK_lAb<b@
z=?ciXp`^PnW<vl01mp<F>9mS-Vr&fo1Q3wZY=u-pUR215pbR?!@}hQb97SGK&YK`A
zkuNY|{=212)C+T#*#)1p9<^}!hLX&qOV-Ihj|Htz$PKHYdh*L|JTDrN*sS|f`zy!9
z?@k-{whX<0X5Bf<23+6ck@!o5N0JwnfAto<LLuGNlu>j^>PG+p1j+>DG*~J@K&AkB
z(Xyt&j|d=ufP4WtHx&6+REPiq2-pe8>9oYj5I_I{#R77gt&mE{iwZdrlwl`8UewNw
zqsWWey<y=fKLws$zonFbdg0}z;W!hIr~hSnNyZTQd2Kk@wU8T@gPr=hL{ajh<_qXA
zzI0?+7BtR}<VF3wunVzkA>GxKQ3x)IL;wK<;tR-WuvCJ8Oabzu@%srQ5kLR|Ap&x4
zC_+Fe0|5jONL@fqr&XL2V`~T?fPkE4E2I+gqC!ptW!MRj7qxTaDDtAIzn5V`-2!KQ
z`)-qr8uYvAWJJRPL+*RYuoxWOXFuQF3AthAi=cS*LgYo8cJ29(3x~%^hgOauFRJ+J
zE&A4kbXQYG(Iu%L0R#{z6OhwjsRRL;0^~)@ng%~2fB*vW1?1dN<Xcf80tg^rCm^TO
z5+_3d0R$8a$Z57hDj_c_<U~-0od9`JJ2#FZFKYLOg`>O`=-6wD$w8fa{t)wx%;CVK
z&ySm1TF$><sA0LX=VRVp7!Ecr<c8&7r+zL`h`i`8u6wXD2paPl@}hoT*oD}&knU>A
zC<GTpB7gt_@de~GSSmq4rT}@-`2B>D2q1uf5CJ(i6d@p#fdB#sq%I(*(<;u1u{8t`
zKtN8j6;cU#Q6VRSGVBD%i`uzy6nW9q-^(zeZh<kcF8}hEdzpOHn1|>3oDmK0ee5HD
zEd|E@_{wtKXFuQF3AthAi=cRQ`FYXDUwAVj8hX<$Q)bOux$?aoCQENJ<mPMZ7q5Bm
z=^0D9|LU>UZF-vn$%`t!dW*g_A>GxKQFKY_M*sl?$^_&zSSmq4rT}@-vZle02q1uf
zd;vK(6!}(EhyVfz*a^t#w8Y5}KmY;70&<$IkV?pl3ONy!VJARd)Xt5g$cx&&Vc{sB
z1=@9<XtGboAK&-YMXSTHNk1RIvS`f-C*Ep6+Fd)r=c~fO-i6$-9PHH3C9=qij(_a6
zwEB|yCi;_3zO8Cr^nxD@Te9}Oh=t6tf13KnpyAUa#zed{`PtXax+k8}-_Hw!T{{pE
z(p^m%4mQgY2q1ufO943zmP!ziDL`J-Wk+Hy1Q0+V6#+RnlvK9EBnTjYfItB`omO#9
zjIAMn00MHFt&mE{iwZdrlwl`8UewNwqsWU2d^bc%!UY~*vGKIC?=<-(lb(8N`r?R~
zllqsQerd_cU;Up5*=c9pIb~Us@Do?`@`T*5iq0su{w(sM6Q|5es|%UvY1Oc3+w+E)
zj}lF5m8$cQ7ZrQaswqrJcQs|GA!Q>7Ab>zgKu&|D5(H!lkQb#}B7gt_g%gl-Ln#~`
z1tWj}0x<>TbXwwM2q1ufVgWhLR!Ak}MTMLQ%CHk4FKXw;QRGEqzC&Rc0%3vi^H!d6
z=73Uq>WXW|Jv(!W`2fADNhg(0n$12t^R25ojV}p&_4M1v{dGmyhsRk62)SWpu{Gv2
z0>bm6XMf|as(I1*OV?-J<;aWj7bI%|A>GxKk@ZfQ9{~gqa4aCF!BPnVG6l$sI&MlV
zhX4WyG%g_LhSK<6m;nI<5RfS#r_(CViLo^V5I{gqvlUVac~K!Jf->v`$cx&!aTIw`
znQw@wO1{7&Z?66RMGpi4s@83KpYyGO=bk_0yzdRw`sdhV`;_);HXCgGdq2JJ(IxBT
zpDzU!3b|n^kd(Ov$$8N?-fa&4%7-6Z*=c;%VNo+bc~O~Htfs1jbXQY`CRO%=00IaY
z0XYqpN)V7KKwgwqi2wo!6iz_S4W)2&6pR1@2*ebS(`kv5A%Fk^iUs5}TOpN@7Zq|M
zD8o*Gyr`WUN2$z<I*6~Z1Oi52<K7k%WcumF54394E1aS7<ne#C8!_prh0QH3Tnugm
zgxs)V{#J)!Nd>aVi+1fc>5joue|E`;Q%}GBm}7dMbn<OK_~Gy#H%}fp;gv-zo8w=%
zV<ye5+SXopd1?GftVfa;O?oXcKB<6^?rO?NS~=qpKmY;Z0&*HGl^`HffV`;iCPsM(
zAb>!nfSemjWo<lz00Ic;5RlVp73aj*8UhF)Ag9?1sf4_!kP|@}b^_!@?c6wuyr^}8
zg#!@?1eR~yYQB>Gj}QH2#Q0Yf|GDpvFPo1}?S0#mPrtOpY&qCI58Ma{xnb$}rIWy2
zWRVxG8uARD{MuP}KJ>%_lY6gw0srE<2ZN)+58mCp!yNlg^ET7{%$RR{b6_czdf`v*
zyQSZgkH7Hdx}AIKPF{Bac~OCvtFn@WbXQY`GFY~Q00IceX|Pm+fJ_1MqV!1w5I~@C
z0&;FBg`=Zj1Q0+VrhuGIOPmY=1Q1XxAg9?1sf4_!kP|@}b^_!@?c6wuylCB|3Ih;8
z009XCLT*?wf2+f=qyp~qqNU_#+w+DjS-Uy<3P1ZBcZFl3rN<|nc<btIyZYSzbmdFI
zGv>3G``+<PgQ-#SqDikM#wQgJ(p^m%Nh@bO0tg@=TtH5Pr4j^W3Xm5S-oz*m0R#}J
z6p(X6sjQ7>5I_I{9RhMXt>T;*TSEW=1mrYZA(fC96>=gd!%l#_sGS=}kr#~)$?z%y
z2p}LtK*$YC$1j}(?jo<esL6Jk4+UMYtf|&@Za#oC$bW_(9DhRJub$FB{7kLKC!KuT
ztBY3Gn!oPz<V6KuuF6Uh(p^m%%3#?J0tg@=r@>MQ0x|{2i_#|%KmdWl3COvj6poI9
z5kLTem;!P-Epajg5I{h&fShJ4q!RL?LQVu_*a?sqt?Op~j_=&LbMfNE&p-eC{rBJB
zr%#`2uf4WIhYpurc3GD$T?P#r^z_qDZ``=?@ZrOCrz#s@4q3Z)?L!YeWU`lL!uIXk
z_w3no!h{K{R;{v_%}k#9gk=SXe<UwjH>tt^1Q0+#f<U-+=lD40Z*>@!R3OK^sL6Sr
zcv8PrTXt5x&ev?;RVxS@|9SI4qjUbYs_Oi8pCm7u^jczkQh^*hYT43BD`z|c2p}L_
zpsdUBBLWDN36K{R-oz*m0R#}J6e#QDIsRB#8_yts00KG$a%`<-ODoQau{8t`K%lJS
z@gsRru7N@ekQc3c`b>=Tq8R^~5a}Clyb(X=xoz9F?%liBn)v$buivz3Q{CFa15%$b
zJbC3~@}hN<DhxmX0R$unR5tKjp3(73CxN@jH!o_EpPg@bxaxKOPV=_-xzLD_CX#Bt
zzrN}c(NB^W6?nNSD=C*=T6Ixnuxtkb1Q4j&>v$3Y1Ofr_qV!1w5I~@C0znVY{XyaA
zC>Q|*5Qr&|dxH%MAWnt=0thG;2znh4N&@6Xxe^L3Kwh-&>5G{cEhRsP4I6go(4o3>
zzVpsIwUVOY=ihwu&AL;S2Bbb=-F3-}M#ofm6#)bg5F${wpSu|l^S3$-ODd37UetU|
z{IB~w@#M6{i&i$9j|OdSX)%A+?%4g>TkG!_Jk@;8XGElP$=c18SNrmfTO$rh^isE;
zk5$fJ_Zjk{Nv|cwClzqhJmajAv~tEHfB*u*1>&?m#vtIc0C`d2O^osoKmdVC0Xes=
z%G!7a0R#}xAt0yID$a?qH3SeqKu)t2QVDrcAt!<|>;%Y*)^#i8Ma{R*j~_pN*|KGO
z_wGG#;DGrYQS;v?pL}AzQ2yR~?+u4M$BY>hJ?GY~Tf^f=j~=~a#}1P+H52aIwaa`x
zefU-LP505WnO9Svu<nXx0C~~6NfiblfB*s#1md)G2V->n(n;Vh8qABnwQfs~n<u~W
z`s$5)TOux36aH*_-jG@$&wEGCsyue(d)sS`FFoJk>ap{eHZ|?uYl5k(w(gwr{GyXi
zzOB|FwZ8Sfa^2t=@}dGSS7jwR=$tW^PzK9(5I_KdnB9+I2zV<%UX(tG00IaUPC(8*
zt8jD_i~s@%#1xRzX^E2|fB*uD1>`haA(fC96>=gd!%l#_XkE9VLx-+hxzhYij~HnN
zghQUq&CRt2n_TF1*IgG3o;!DL<;ca07Y746b?Owobm|jU)>HKv@}fZ^g$D>AfPiFy
zsy*EOlQDm*!?2_R4dzATU%DnT+PY2es(H?fE*(`lkNJ?&s)I{UcD#0iiHVjS_4fKL
zM<0Dl)uSGMa$(uvx<8T^O?oXcKB<8FMp|pdq?I!s0R#{bE>Nr8@jL<ulmy6&3U6YR
zhX4WyR0_zsg;mzZGYBAnfDQpUomO#9jIAMn00MHFt&mE{iwZdrlwl`8UewO5@~COk
zrUfC-`|i81azN>s1q&7g!^VysTWi>qDN}-BbLPycHOxGp`h*c{g<m2sS~sb}00a;~
zK!QNHb?5k4$1j}(?!sAK)LhK{?s~RrnA7A)E5o1WnW}?JPrkWoQ`Ns6eeZat>QTLK
zd$Q{Ih$qR53cOsEm6T&gEn8X{EZac<0R+mr96us}K$!q}QTikT2p~{6fwE4X<Bx@-
zqhJIOKp>_-j;*z9Y2suEAb@~kfwGRrkK{$U1_~`eUNo)KXTF<0NO)d;`Q^2y?a`x0
zFzn-xKdv?Gv(G+j*REY@WarME%~#de8kzcpwH7LSp1f#8MunFUKmY+b0%hGhuODOn
zR)=9p1zhGuUwma*)i9@d(tMg|<u!lS*YB!2{@7#tR1PjZGyN~is~+-`pWR>UkXp}^
z7fpICF+Qn4UhTAU-K3Q>9svXp5H3*J=y(PJ1i}L3MTIvp%0mDF1S$o>Z9Lz{m9_B<
z0tg_WLm=Po8eUy-PK>P~fB*vFcE@8QKwgx~pwI&3MN>R|9XfOfvY-bK9;}>s&z?QO
zfPn)CRt^Y1Gjim}VDOeLTf#2|k5iv8n7Qr)@}ji@Dm;$>0tko_sN2uo4AAjQCxN?g
znHQb+_WG(}PV?lun|D-R_U23HtB(Ko{~TU9xb)2HD>ha=<h%>+sdY%L=gEr-yj+!)
z<feJXSw$Hv+d%*U1md(l#vtIc0C`dRBmxK^P&ffOx2?j_Q7{4sAP`ePPNyYKh5!Nx
zC>D^@Y=u-pUR215pbR?!@}hQbRgb#rs;h#8=b=M~D#y&9KR*~?9#;+sKeKGvvS9G+
z*|Wnh1&>poFqpaS1M;G^0xCR@00Ibz5~$nH-3*BNTOEca6>ymsP5Sww4~(5tHT?O5
zA12O=Uig#ylK!<KFPijPVti5oH_bE7DoHD6JOT(HAY33$>thT8J`0c+72d=s4*>)a
zs1%TM+p4UMXAnRD0UZKzI<4ZI7+XUC0R-eUTOpN@7Zq|MD8o*Gyr`X9<x%Dv<b!zU
zFMs*V$^qt?@JEL3+_|&rnBd6|KKLM*aPZ*4!Smq<sZSW5Jo+(t(WJo@#v_0L0=Wo8
zH*;sN>iDITz+Je^i{AFz=c?vETes=m+|p8cdCy<kRCWAu$JP8k`WbUqR6V3;@5d|W
zkA8-{sKCorSxL_NXWfOA!Ll6$5I~@A-(vs*o(qr{rB5P&00M;*kaOoM932HCfB*t9
z1>|&E;$#RQfPi8FIn7o`CFDhgoCwOW6Cf{Y=T>=C_@h2&%$QL*z&z8bQ>P#TYVxI3
z#{^FvK72SBeCef^2G55dq&{JI^61CpMWbUXyovw<2nZ2~ZsyKjjrm(0h9wnfBrp2Z
z^u<rVv}EJnDpAkMt9SXvttJ;*HO%>wiyo*PZ=NwTfAy69RS#Lb=Dn(i^dI<q)$!vW
zd#&pDh$qR5CcTyzpH#qE|E#-E(#jc+00IaI7pU9!7=VE10^~)7H!;dX009Il1?1eh
zDr@5z1Q0+#hk%?;t2igd)(}7d0XfZ9NG0S&g`5b=uoECJYUfsV)Q%lHOr*0E@9fyI
z<ADPQ$_AJp!}-tl?b}xlsC=edw{AgX^x(mRWdl;5ux$S5AIXbGWK?(w0R#|`BM{xp
zoxQ5#mreqA(MVo&>?40Q;mk9?cE`9!|GIAHo`{Qf#iniNo<F2&lG8jnV%(fs#||4Y
ztLjm|xbDHqLn0!nudmoxIX?Os@}dGSS7jwR>z{QOQU=R*5I_Kdx_yrU2zV|)UX(tG
z00IaUPC(9`t8jD_i~s@%#1xRzX^E2|fB*uD1>`haA(fC96>=gd!%l#_sGVEsD3c4_
zvSrI7k315jI<LO^>fO6{SDkbJ{{6wQ?%lgr9aHw?fB^%7L-y_4SN3Y^6PC>%{UdqN
z=$HzxB7gt_LIk3lxwBVe{#J)!Nd+3ui<a`7ty=Z!)b+v1&%M5I`Gz1n+O%tr`SI?1
zr`7so(bBOi-`ig6YG1u=SFK~O=`wNA%I4Cio0=7$nfcbKr{7*RTzcLG_tcs{;(79-
zNv|cwClzqkKkF`(v~tEHfB*u*1?u)a1|Z<M0C`d2O^osoKmdVC0XcWB%G!7a0R#}x
zAt0yID$a?qH3SeqKu)t2QVDrcAt!<|>;%Y*CUP4)cI+kp_^(~Nc0rOecranY1e4*c
zHR1d3zaNY=LC{*m!q4A-|NX%s+qZ8IzhoY#K4IDX(La(GjmW6*5&{SyAV(m&nLB$`
z$1j}(?jo(cXw{%*oF@kini_qz|M8)}#F-~z%*=T!qnD`qDtS?Xm#eapob}JT3n_zT
zI|v|vK;6E_00cZ2ATLUvL;wK<3MU}v&Q&-%3Pu0{1Y!!v>9oYj5I_I{#R77gt&mE{
ziwZdrlwl`8UNn*0m@#950B87t`F{BY3l^9!h>w_U*REZ`Aw!1_jTjlcG;Z9u;E+w5
zHU-a@9;7~D+5FKzk{7L-PT@%e5I{hhKy)*A_G--E>M$&+K)!j=@BRC*rrmp^uleSd
zmUfqoiim?oztrdUr=#bu^(uMMq}LMTlL|QNpLG{XS~=qpKmY;Z0(JWy0}$|BfV`;i
zCPsM(Ab>!nfSfy5Wo<lz00Ic;5RlVp73aj*8UhF)Ag9?1sf4_!kP|@}b^_!@6S>vO
zi<VNI9Xob>>#etHO=vzKGzfp*d+)uqhJ~M>IB{Zd$c7CY!Y`S}sZUrofAo*!MQa6A
zcpd=+5D+C0-OQc6s^gbV0(X&PUbO9bLso6w8Ru#@UpN0B7Y>ikg;ssF<Fyk?UsxY!
zm9jD9MFn22%1Uz9KkF`}43_O6fB*t@`yK-j@LYhrD18zE1P~~kfSfy5;piwB0R#|;
zDIllQ5+_3d0R$8a$Z57hDj_c_<U~-0od9`JJ2!Kb`83f_KKW$bx^<&Rj}B6u=E0;%
zld8_SbLY-r*sx*4s*Wjpa{T!5!6B8OFPi#<WvfU3NM5uom%@(-Ab@~Of#_!L?A4gR
z)nQmtfxPmfH{CL&Y1f|k*Ss0r`G$w9hC*vSIcWHF^Vy{Fmna)aUNq^o#Q3BF&iZHF
zg_2gzcmxnYK)68NzQ+IrJQpA@D!hqN9s&p;P$?ki&Q)0(&me#R0y+fbbXvtZF}8*P
z0tm=ywn8c)FDm3jP==iVc~LvJvZHqF*wLv|ry$#Desfzk!2H<K(h>|9FknFCfXZhc
zc;JEHkZs$xl?_OJ!m|0Je<UwjmP_GB1Q0+#ra*KvclN4|UpfigMI(994SV*^d~K!q
z!uL~8zr9vyv-0_0T=(GL-q~PxwNHC>`S}+Nt(>#$nQJ;vSh9Ar-4el3<V6KuuF6Vs
z)<5emqzsnrAb<b@b^9Iz5b#`pyeNGV0R#{zoPeA=SK;U=7y$$jh$$ea(-J2`009IP
z3&?4<LMkCID&#~^hMfR;Q9HNFqjv4ub@9a)m*Sn5UV7<gpM6#~X8->ELHM&rj~->O
zR{hb$N`pf_{P4rFF{w{jHh=Vw<VAx-3J(xK00GGY(aqf1t1*A8!?2_RjpRkc*R9EC
zJ~e&upx;gJ^2>*Ra?t~4ef_T1ZF;wA)$6$9`k3#XHy;gp_r23*%w3V_GeyJmhaWFo
zzTv(<zHGj0{#)M}R9fY$r}S@k*{HsEJoBfiZ>-tAD?HfxF?rFX*AnBC3OMVZbr(un
zIpYyP00H3wb^9Iz5b#`pyr}RdMtKMzfIy{yoI6)#Z9Ibj0to03kke@u=fv0=0tg@=
zr`ZarguJMb6G0hv0^~*Q+^QZmapJ@v-ucEGZ<LKO-(MfR+Mz>-vRAAA*u8uA;E)3c
z4wQ{aeZsQ&qkkkXYMo%=Km-s#z@<QRGk5l?j$b+n+(lY>QJ2@Go3+S`3cOsEmE^2{
z)?G*$EZac<0R-yyJq94)xd3@l`XmAfAW%2~Id`tY(NQo02p|wsKu)J6PKE#i2q+ei
z(`<!QLS9tJiJ%NS0rH}DZdH$3vt~^Y@0>JgQstPA9XkdCD)XOZ<HK>#OD?&j?A6kb
zsZUsSm8wsY7j+YNVHE@rK%hZ^sy*EOlQDm*!?2_R<V9=!1tBk*^jczkQUUjkwAPAA
zD`z|c2p}L_pjNx%d94EG*I#Sbu6^jChs-aU%>R3J`}Xa7_Ut)f!h}_;R+*Pl-}R@T
ze){ga?>_zX(}M>O?%K8MWtUxc#T8fd>C?xo`1adxSAJVi>IF1DA$d{ZO^osoKmdVC
zfySGES~FDE#xn>YfPfBxwEAS@^C-@Vu{8t`K%ns^scZ)FqRLLFZ`&a+n&KJXyLWF8
z2OT<eXywc!MvMpsnD4Kz91woygAYCk1`irEDEw0JIQ0pGnd?3vFIp?0!t)3qfPg50
zy8YbE03E+{61WTUqP70Ikrx$sxhgBkP4kSiiZWQXg8%{u#A$tuQ6sQz+qUp`>jb|C
zD?PaW`s+7s+LX#>O%T+46VSkc1Iv~u`|;w7FMjU1=MEk`7-!L$GiRFr|L*wzZQs5<
z&a`#MkQb#-B7gt_g%haT+no(4932HCfB*t91)Md~x(g8}LjVB;6bsbtfxZnOFY4PF
zSGHgBqA8xxJ$v>9zh@pke0b%|^XAP91}s>xpmIR?nRniKCm1|y)~xVL!Q<2?3}&wT
zfV^m}fC|qefB*ub1nTy4Hv?k+R)=9p1xk6*R;_x8y6PkpLtZrLwZ!<O0&bdToK=!m
z&Uge6KtQ-aoYuz}9RlHBd<DM&t9<b0n{PJ0U-SQnT{&~DXRf>MI`jX;U3bwLGiKD9
zq3ZJ{99wtJI0MLw3U6YRhX4WyR0_mt?{3Ca*2XgkAb@}l0XJPV&MJy?Vr&fo1Q3YR
z2E7_XUev48t#7mBMN>Sd;a_w=^UO1qGn>y84Sr)>>mx&hqehP&9Sq*Qd2{f5_(AFu
zh9{4HOkPw%7={`UKmdWd0@2Of*{eE!=_GI$o%=m`)KNE^KXtDJ-v*Eu6?nNSE6G{^
zth<mhShj-z0tnRYdkoMauyyO!;J04pf%zrajvYG=9Xe#bgWmkI%X~e3_|=UYH#WHI
za9-4W`~2Lwb4_~FeCViI&Mex}(qh7&mtJ~lu;{hdUR(FO>B);Wcv8v^r~4s*00N2y
z$~s<-KPpCMYX~6Vxj>GswQOnPWC$RDfMS8Nj>nJWMY#qFEkIs0#nX4+efI^wST@<w
zsx$ZO*)tgP$tRyw9b=v}zmzs#XjK~7sZ%HO>+4!0Q=hQbLS@gB7xgW8!+sG!pr8U}
z-8-)zJ^yW0cH93^htcFktNz`5<f(;5=A={mXNS+so(tsFPAk{-{6w&Q1Q5_CP}%5s
zMxTI*XqwOP41Pam(wmigT)cR3Fu?p~%=`wva!mYZN_o-y@4tWd?%lPH`skyNx_9p$
zEIM-J$XX*y&xiA(`}gmU9-QK<e7>l@zQ>LbKtR1fig$qqr&3SN1`$BOTY(1KV~U3>
z&WW)#1Q0+V#cru%D)OQ_&ZD=xATOHMsc&v>4t}NFzJ2>zzsFv*Xi+e1;>3xyR)6ZL
zr-EU#XV0!R%sij^gb{0nUm`DBHJ!qf2q1ufG=XsI&hfFgzo*K2<HMeLy_6Si+O<d8
zwU=)_BgVgCWX}H1-C3Uk=J!@0$BtUIw6~{#jU#}7R)MlE$B!xn7A#m0{MKvi*s-<t
zIAzL|VAz~Fb7~EX^Zc{VKD%enp1LE=*U-0X*DhFe-@bhjhlKN@bw7+WVxFWgkr&n4
z{n!@*2q+dv+Um0#uNaxFA%KAA0@-!Wq%#vILjVB;6bmG6iR#Cb7gc|Xb#IWoX!QA=
zJb7}h?}85>xPJZm4jnoKzfXSYrI*65h98@cQ0UsVYcSIMhCKXg>G85<%Yp${Uww70
z=xJ$i>JwJhQ}r40qWQ*PSRDZb5Qr&IwTHWZ((~U|Ww-rD-&$YFi@v;YRm@AmlVRO|
zJ=w@y*nV_&_{{9Nfcr*TYemmb1lvad0eu3s+8xhp66n#RNAQcUk3asn*49i2Ge~cC
z?%X-z%XezcVDbDTk3168R`r8VgE`5I1{A40(AUk_5dsJx5D28wCsUauD2WFMAb@}}
zfmE7gDw8PAiLo^V5I`W6KB;LE@}io~riXhWFB*N)O)Ap-mbhEDZswQ3<`YEC2MYx0
zP4mEf?7&-Zy>;iEcLu*nHV+0492or@Y!g5YkDoAMg87I8bBOtG@7}%P4^J?|OcFJ^
zLi1|s6V_eP3?MJ+N#2HSB7i{A1>&@H2V<1|_DR%s&i?Ko6O6p|&S#5$t)^JN`Lxy3
z&$!*N+%)t>Q74OHGzmE9oH3Wsq{?0pKmY+F5VQL+thfT^mteuK#mw)}qBml`6h0Wd
zWy_Z6!Ku8uX3d&l#W7>XM9fKEGy=!sB^n?C2q2(Xz@jT=bckYPwuS%#o(p8uHZ7(l
zPKE#i2q+e?=!&`zAup=?{Hos_dC}-oT*`|EzbLNzVEFLiL7+5Z=C|K|yY5tGz`}(K
zBPI#Il=_6>$*VplFPdVkg{crg0D<fTs`haAPkR2_s!X@vZQ%1J7<s~pw=QeilHG+=
zteJm5`p?GX=+?c>=dWgp&*VM}xNoGjR`mHSuy+IyP$^KW-SNB{f%)_22fq_DkE8b$
z{tBMivu8&SPUY2IyLJWT-F4Sp5p$9kjli*ZNo7N0QwSh{KuN%&D`s>EX9NKR5YQ@+
zQQNebR&h>@ts#H_0v26S_aWp(b)R4LyCW|eeTw7fMSJz?wR-jH=-I-rnhyoN;f5Q6
zUqP2W=+dRjh7B9S<Lf?7eZuG!$%_^%IYYGwAmFV)bTfDMs@7jaN!ZsD?>3+C)!R%w
z^0LcEZ`iZf+e<yz_^WTMIsSyc2IPvH9+hx{s6nfMv;J9kA+5sf3jqYY6{y?y7*KS9
z@JEL3+_^J)JLa2xg5Q`89y~aDa4N5czr<(Ipg|FHk{6A@v3SYbrpLw+K)?q9i>{c_
zAwFocM+6Y?Qy`<ZX)!HvG6WDnK(T;DSJZt7c~RZxSN-nDi$<T~g9i_8-MV$bf(7Pl
z;?3`+d-m*k)m2wrdg-O@+O;ze`t|E)zM5*@ym{}x|9<p5RbMq<KyM<Z=KJVxyzxde
z=Ove1(!G24v17-sSh2#qRP~VPCsUs=Vmb1nK`w;{2q1ufWPylI?(!u+e@W$R*LO{t
zYvPgSPseK~tlqXu@&%c7ZL{XBJmbs(hT^od?|foqv$IpcLLLgZY@yL>d5F)J5kNq<
zKy=gNRRsc_I&}&npr3vAS@e#~Z@PlP=2vIYgHw6+<(FR$R($;N$0Oz>FB*Yk@sjS&
z#_kY6z;gkMu9(pwo}UP|j{pLS1u|-z7Sk%uiLo^V5J149E9yRkyr}N;tA2OnMb)3;
zj5bJKH0#8R<oTCx+&X5`+#7Cuv=mP=|7*fI|MA1&TL1j;$G`je6@Tn^*RxaqymaH<
z7RjfE+7PG|$mlMRbXvu~i4wB48}53x)RVvY?YkfR)BL7gdnzvm-Os$adQ+d<pKjfz
zw{bZB<bLD+x<bgQp$x48N!ws{<FyL2F9Z<qRv^2E$;=W2!uikk?c2vGsav;hL4ecz
zzjensq>(Y^`-6hz-g@h;h^fMP(Py4{X4tS{UAuO@?6S+QxZ;XFefpUH_wYB~cw_(m
z{Sh<Rz4Yp<ul`f$zoko;+RY>FC~un{8%F>E9|YvITpzUABLWEcDIllQ5+_3d0R$8a
z$Z57hDj_c_<U~-0od9`JJ2#FZFRD9rQ)_oC-`jEXtxtaCE58YnqP{)&)^`Ry`t;wL
zTS$$*U+W^_d1(SdZdiW)lFIR}Z+T#5n`8bbEouIoaN@1)E*oWn{WtcSqWF*5quK1&
z&bsr09}H{Ns#j_6-#B;h#09Gy<FlNH0z$g0DZ@j2wu}G*x&`DkSSravz~m=`G^Y8I
zoj6Mj7%(6>WZ%AhaSpK_W4;C`SnJ}8FaGq?Pa~!Z=S72~Djz)f;DgcgL@ZJDCGw)W
zdmy_*00ET(Rr`4^Ppaf)QwSh{fDy>0sa9Q7aZZe_A%Fk^Rr{XLPm&k)`Rps$J9$wB
zCoz{TkQbE}33E`-%L`YX{f)ayX`JIvxV2q}@mF;IzaKIBtNzpa+&xR{pI&#o)a9lp
z&;P;iN_#i|+qK)IbvwQL>^=wA7)xX!kjp)ya#4O~<wjt_{C6+@#rRf7-xBmIuO58$
zi~%<edEvRHt!}hg#dCqmMwiz!o}UP|j{pMt1oCR9tm{VL{rBGw5|t(h8fVe_@4r7d
zWc&6E{~`FZ&pzwasZ+4llTSVwU0%$*sF|=shYron&C#>Pf0ewbzP`tf5I{h^K>Q}3
z^+@&9Y!CqiycNj0f5xAmI2i&6AfQ+velzrBBzaL!PPEo-k{8u_X0zTGdC@FlU6SXV
zJ%8niC*5jtM_)O%&u@M^Yv$rzue|fVZ-1uDYP#s><4WPH%Pt??w0p1QQ$}qFlmxQA
z9mJfU)8SHJ*@mqXCeOR|&S$%JpVaw=hZX<%j~@;<J^7q(4IDIl`t!5j-mr(Z%!fa_
z6NuUU91QdJ9|G7o0tjdoaL_qfB1eH;yLJVE%%MYv#;Ii7xN*TDn>KBVbBNuTkt0V2
z3z^`k`JI3CJSMj}di3ap3m0zPy7iM!J~87D|Kq>E|NZY9H*TCbabhr=d0;-R)C`NB
zFy^b|MYVQ6_JsffiUneJcn8B2BeOLG5b#{UK?{w!gyNhSTSEW=1Y&kVe}<74_2*ox
z+$nicm8aFgrpSxBO#bA)){0HrN}nux##win%%pEI(eQrfEN}VEz?r4UXrJ4k&i&L-
z00MOd9NZD&EK#>k1|Wa{0>u)D)B4<u@%*0y*ggUX=o4_$JXs|#0rLT&L5lL;d+&`?
zMmTu6VZ(+vhggi6J9lnSn0c^n-8zd&$__Cfrh3y&HwDvn?b`L=!GmREEPf;}s;}>{
zBLomoFJRH_Gde^)H5)_#0dEB|YMU0*5+_3d0R$8aSae0*hmaT5eSX#Nj=ZS)Q=HKT
z$%_^%($HYFH}`$QBqWbLuCM1|(I7Z_W8bL;q*be4uP$2Mpe=_ZkhMTYcY&nSX1z`3
zM*sl?91A3EgV~Mu_8$V+I06W0709k(GP4AMojZ31`N?6!hQ%pq{P^*~AsKzX=<3z0
zgC)#^=bwK*PGNDznD4m1_S$QM$!E`=9p|X%G2}(Hc0cxo00N2yq8q!*R}~|(H3Sgw
zT)<^7jb2M}PK>P~fB*u~4ba0^$%}e;(lu?Fyr`zL>2fdRMIC1na$Iit#;vW}^fvLx
zzIV?G0+XIU`18`e-)cM5n3(T+&hgZ+Gy-u1T;3WY){0XqV-P?9fdUCcbUeo|dH&A<
zY##vx^a(ibqAcfFprxfH2u}_eFd)wA4?OTdaLBf8+u|IOXv~fsJ1)88l3<B3W5y&p
zyzbz&Yu5&oo9w9h%KEy8L=PY@s;}>{BLomoFA&|>UB0TGnhhd=fVToJdujAq#K{mq
z00G4U(GAeUSILWdc+xd(nY^f`v*~g#<V6dVXK1k0Q4?P^!N}uJ=r{YV-JZup!`uJu
z{c{b=SHAL_rd@j)6y|UQG8J%nYlv7Y(>*dd0tg`BULd05Iey98e+XdX2q2(Uz;PF4
zImZI~_wNtFlRbL$h_kwhl?I1=_~D0f4v9a;d}aLQmtP*tZ$9$0@jPeQ>Sn^uojV6h
zeDJ{sWdoA_NM2NH_hVlOAfQ+vX{*m}ykcawh5!Pd3uM<hlg_L-C&tzgKmdWHEm8e=
z@}lZbvF;6$7u9`!v)dhcQTMTgyjC<Hp=pAV|9$0y;j|==UtGBD%U|wgWM<5LC$Ce(
zx(LJ($nHjvXy!PjG6n$z5Gas9q8^y(V9)<KfbAoIfIfjtdnS|TE?~lwL2|M~hYoS-
z>E6A2aL9oJ2jUzObIeB{eblK_r(kjuOg(hyP|RZ!4I4XlY_N*?xY0z%Rt_dFs;}>{
zBLomoFHqUc^Lj=-H5)_#0dEEJ>Z_IO5+_3d0R$8aR5m@&pCK>m`2|q)?UNTR`Weit
ze)6IP$}==r>V-eK&!i%M-G3Sx(K3NkPrt*+Oq?>WL17L@AX9<7ZWCqeX1YfvM*sl?
z+zXU-xg3A=_8$V+I06W0709upva}n4jvYG&;mNxB&v3rfd~1A)6`D^vz2Sx%f=YV#
z?tSp!!4&5YPxaDEF9i#|@x~kBmn<HW7uDMR*cSo_C>F5j_8A?b7@4ghfPm)$8MRG|
zX%*+h*ct)|AYjoIbss`rRQLH+zdQ1x>Q8Y-8ze94K9-QzisxN$k4Z)L8}f2lT9O~X
z`Q4#L=Ke7+=XGjW7lAke8QlevP8+9G#vp(I0tFIC+6J>5@A*Fmuzds&&?k^x!(?V5
z0wYF@2*Q)QcI}F;%6xl!FnG|QLD7TbziM)-=J#5`%sqPa`0TUK;vb%L<jk2fgS8ed
zT9owgvhn0a_4Pe=ga88S1<E>kjz6lWW`hVI;H^N8t+i}v;$#RQfPi9wvW~}(<VCp#
z3N1ihw9uz7$KuJ07AViqV5z0N=xsyEi@skLk^NTN|4Gu47j5tY<M6Bna=cT7m(F^d
z%#Q#92sjo9x43*Cd;1RoY#aduv<l?gR9W4Dz`S|$g7D;m1q-5AeCM5ag2A(9&59lz
z^HuZ9{Qmv>2h(=#+Vzu9K8bm(-LUcF#|O);UcK6GlHe%vqFTEj`$7N##R5SO&;5a7
zWVVI?0-g)x-e7|Q6z9a)8UhF)5cE18lmy6&awQa6fV^m-PhXD3lNWWINyu?I@}gxi
z(cnk&qB&lcEFE7U$2&!M>G%aR5&;AdD1<<`#pV0h^M4Lt`v@SQPaxl>%IXdT%x8)Q
z;mNum89I9O=wR^X&6^u9&wRoC(4j+vIXiajxNqOS#;1*#!K`Q^slkfo6H_Aw$9ajo
zsJ_0(ju1dVy+EAy?q-a7YBq=f0^SO^>7sE~Ax?$>0thG;h|>nW8be;xtJAG-v*bnf
zol`eEA}?BqBtt4ik{1mEqGb=ri>7jcF-g_}Zf**7SIK&t%#Q#92sjp~+xMIe@b(`9
z*f;_RXcchQKUpY8fu22k2KmW|&-OIm5r4@gmy||!>eR^uFB`1c%rJ7~$YANqFTec#
z_up@D&bo&;H8lk*UVZh|jqifIsMhYsz7Rk_u|VCMg|h*Qk=Yso2zV~wtdZ7TNO4Y#
zts#H_0(E<!Zv)7S`gX>Z?U%f$vJ>iTJLE+jXA*K;j=X4DOf>kByl9S>B}>N_aCTpa
zUMPOSj6?td1PUP#-Sk|(>iIthuzds&&?n%sg|b#&0*e+c3L=yfCr+$Y##2u{6%3m_
zdv>j1@t>bGX;LuZWtUyHbLY<Z$J&iNaNt1r!$oJzm|-_h_$czC`uZL_LI45v0^v5E
z?_>4UY!CqiycNi|yM|XMPKE#i2q+c^w>usi0rH|;289+NFIwo+mt*ndMGKK+NTo>f
zqCr5k>;ZYvR4y<k$yy-CJ4JZuthdSh2q1ufV}Wps%lEOj{}8~&5kNqzK)y|t)!hgj
zI&>(UqFk_GLFKy3mMsgio#taX&2Qi<$CRF#I(4e~7}C;z=5eiI&p-csFk!oP?Hc@c
z`^O)DeAA{)wbm*<|KW!p_U_#~Sk!z(s`<p!=tJVXN?ufJ_hVlOAfQ+vPJ4GVMlmv5
zLjVEK1>AJeIIAemiLo^V5I`VK8}w=nc~P%Ux4zAi7u9!8-Ry|GsN+mRj>~127kzQz
zwyzx9r*-SzRsRea{%To1v+T!XzEbnpsuR|F^2#ocmCYRUNAjXMUY0B!U%<^xq3$a2
z3uYt&2p~`hfx3Oq*#OV~Ie_gWfPg*$XZ@3f@)a;~%^*l=9!!`pVb7jD=DXU>e|z`t
zoib%g_|^66*GE(v4uYD;RY%U9J2(D>Rc9!BvTxtMX2Kh8xWRm6XmfM(M<0D;La?PV
zpMLtO+1+E0J$CWM7l#+En=dU}qSlY(MfLSPc7y-|>IG`GbobAzr)Gl)AmFWl`;J;`
zMdD-#Ab@~kfm*H4+vmxPdVA`1Y@EEPj`Qe#7vx0?kz`1v$c*x$bC$PU__I+*9d&c9
zKerEiB|5ih@}ISiP4xWb*FF-xP_0+Vi>7jcF-g_}?r#uPSIl~w%#Q#92sjp~+Us(8
z(%XLsVB-iNpj9B3Udp1m2)zCF+u=B6t;Y)&E{rZOPF}QZ^8fuf(mMb5=Rf~>t))wO
z(Xwf4{n);J`*rKq)tV~l^W;Ufc0cxo00N2ylD7Kn#w$i<YX~6Vxj=TEGwIBVb7E`_
z0R#|8+7i`|Coii06zkp~c~RZxH@n@D7j>LT$Z@%h@}fijupm0sNnSL^lg`qb1hTsk
zB$`<hDSJTx0R)Udq8^y(V9)<KfbAoIfIfjtdnS`h6EL5{X+EN}R?M<Xmo6JNY^Yna
zMP9Vlie=B6IBBib<L5=qXQl4nzrWTz7SEFx)z|mf5dsLP7qIB|86BdYnhhd=fVTn}
zwM~m@iIX9K00N2yEV`oZL&%HjKELXBM_yF@Db8qv<VF2SN@S52HQz*kbiGdpB`@mF
zHO5Xe70Bo=kaXHi_sHZ3Ab@~-fuwCPyYb%sLjW5`00FH6*)>dNmMLJqfPVGr)#m%?
zZ@lrwOE10DL^Qj1?>=_y*cB^Qn3v+zoJ(HR{ENWWty>o?SYYCyg9Z({>86{myz)v@
zf4g?=I(6zaaNxj4AAQtp;lP0dakh|X40%zl-H&}CfPi9wM14Nf!HSXD8UhG-E|6*S
zOf<RToETd}009IN^+O*9lNa^jEGyn4c~QkDH`A?=7j+*?$ZN&a^P+XXiN5r?qt5c8
zS9W=<);G>aKhO8k=XFi8ZX$t9?*;KEPgFC55kLR|`2z79VAdl&|K|X<j{pMt1hQ_M
z%#T3P1;~r)>wD}70R+?w$hq~Xr)Gl)AmFWloK8!e3;_fXP%I#)*$SzIyr_^9K^b-e
z<VEe=IEuWe{1`)86{emSt@};%j`N~_nEZBhF0|IG<VDlE#+WBl0U<Z6O!vs-2q1uf
zdjTQc)s*4wKLoIG1Q5_FAg94n2?8<&$ct+2e(VbY1QZL%xuGaVW@`u_;JJXDPOCU4
z#?}x(00BA8R!Ak}MTMLQ%CHk4FKXw;QRGG4#}e{dG2OgqoNuC!nHQ}U<E;9;35AxX
zE&Jco&bV{VvX-ic)P0h?XkOPO>n0Kqa>GhgGlLO800H>|Lb|Id!}EU*VEYIlpie+f
zgQXG#WD1ZM)z|mf5dsLP7m#y9QBTbV5kSCO0XdzPI2i&6AfQ-4PO}wK33*W=CxSBU
z1jvipxp5SEQTZ{3v?@$7FIx4R=sR9Nxh%t(MPBs$AN;=RDue$pziuwH)&TONX<cK?
zlc|7^8&;-!WO4)$K)}6#knU>A@b(`9*f;_RXcdstV5tNFnF8cRwRS)Dg#ZGI1?1dN
z6eF`W1Q76CKu)JsoD*Yf2q1ufoMtPe67r%#P6TDx36K}HbK@xTqV8h}d99dYUbOO?
z=x-h{edMEWRZVi<KJ1lRLCvJkPnp$Jb%|rX(r5PDdy>u;j3+Oe*EPwyi3Eh)uoBhG
zU<43AK)!&G?rO^L{GS8ZJ^~2n6OhwjsRRL;0^~*Y^*wfk00Qa-<lIoyQ?o$?5b#z&
zPNyYKh5!NxC>D^@Y=u-pUR215pbR?!@}hQb97SGKevBcl3e(DqR(=!xIo}!b^0K`S
z@}fWQ_;A&{=q-2748orl56FwAb&WAkrUF84SefpT$q_&R0rvtzx~nO}+kXgP;|L(2
zRX|RIr4j^W3Xm7o+WpuU0thG;kaI&(jLg;$K)`bWIh|H<PK>P~fB*t=nyrvZ$cqX&
z5tLykKwi|&jibnmx{oE~wPGrH(W>7>|EJkaCZ(BmUUce$tyROK=E>==@34r828WOr
z&Fh+E-9!RHZdi$GW-tN>ARu2rNOv`5c>d1;Y##vx^a;pmuvCJ8Oabzu`uZL_LI45v
z0&;FB>Z#cv0tk33Ag9w3Cqn=M1QZL%X|_TtAulTAL{NsE0C`b6H;y7NDnG`MR)wkL
zMTh)hepzVq=G&*2f|pt6MZ5pz`Ld-;KX&f%WRU!{dq7?^t!s>VG8GVV!^(7zOpX8o
z2)Gvz(p^m%-u^=X8%F>EtpaiyER`T2Q-Hjv*6zo?5I{h&fSenOVq~_400N#1$mz6-
zb7E`_0R#|`(`<!QLS9tJiJ%NS0rH}DZX88k)O{==uN525i@va6YwOm%!=cTue`}EW
zCVB^X(OFCOlr0^U@yy)!>|&z9QRGGQx+YmSk${jJR-&32i~s@%$QKaOT}>ID|8oG_
zM*snR0&*HGl^`HffV`-_zQ>LbKtR2KoEwUIYBq=f0^SP9>9oYj5I_I{#R77gt&mE{
ziwZdrlwl`8UewNwqsWWOk1?cGVS{<mh;O2IkQcpU_^UxcH2mPd{(Ec?`?P*QUNo(1
zjCnE@5OTxHbdOAq00IcO7ZB22O&Q+)LjW5`00FH6avCg^ARtqKyr|ah$G#9iK(T<F
z8;W9NwuS%#o(st7w2E_LYz+Yf5RlVsg;YXbRLF^-3_AhxqIPZ^MPAf>EFrHI8_bJV
zeiQw#`%eo;G_(6Ydh-#cC!O3s91{&5PkM1pxCXn&<VEwkCRsO;fRGzjqM8|u00Ice
z7ZB22O&Om5a{${%00DghavCg^ARtqKyr{mu$Bqy{K)ryR8;W{rHi!TM-U`U+w8Y5}
zKmY;70&<$IkV?pl3ONy!VJARd)Xt5g$cxI4F{D*tBYDv(-$eh-|MyMwrIcoNdC><Z
zEe-;r;RkKMH{32DT6Pq9(X_5H=E+n*$PFvgJu*202q55IKuC8rWqA7!0c;!r1hfjs
zX|Pm+fJ_1MqFTEj`$7N##R76}D2kEU8UhG-E+D7VD$a?qH3SeqKu)t2QVDrcAt!<|
z>;%Y*+PQHQc~SSVguGU?&WoCFqW{mIjtmDi&EqMvn#xj_+2uvQ)plsv>ZKn?J@$54
z4R$}07tQOMWZgspLT*@zYGyD32p}L|KuC8rWqAJ20c;-u1oR2WX|Pm+fJ_1MqWbzC
zJ3;^f^#XEkDC()%AOZ+@D<G%S5+_3d0R$8a$Z57hDj_c_<U~-0od9`JJ2#FZFDgIA
zkXD7(dC|&mqVIXzi<QaDjPjzBUR+%@EPCqccg$JVQdx$@Gvr0ny2h9%Qvo42tW5XF
z<Om>ufO`QU-PM%g?LP#taRd<1Dj=u9QV9Yw1;~qP?SAYF0R$8a$hn~?MrLaWAmF)x
zoKCAaC&tzgKmY+b%~nVy<VA&?2+FV%ATMg?#!=)&-NzF0TG1{qTKP@%XMJPPpO@~f
zjAdq&7yYkG$5zdY4jMVHvIe_n$cyH6O|otx0U<Z6L^U%Q0R#|`FCe75nle29=K!{k
z00R01<TO|+K|rPec~O0Rj~yX^fO-KrHx%{MY!CqiycLksX^E2|fB*uD1>`haA(fC9
z6>=gd!%l#_sGS=}kr$O8V@Rt)yS(UyKO0pR*R1>|`cg_Wi@fMFbKfglz4YTTU+MGb
zxA)kkLo1IWFPhdh#ypt{2)SWpx<@8Q009Kt3kd11rVMZYA%Kk|fPhv3ISrOd5RfTA
zUQ}!MV_yg$pjbf84Mj0BTSEW=&jsXkTE#grwuS%#2*_!+LMkCID&#~^hMfR;Q9Cz|
zA}{JbmXOzqc6rg(t$T+Pn>XG1LS^1EyS!-U8=nZT9z5=K$4j-!uy~%lXkOPO>n0Kq
za>GhgGlLO800H>|Lb|Id!}EU*VEYIlpie+fgQXG#WD1ZM)z|mf5dsLP7m#y9QBTbV
z5kSCO0XdzPI2i&6AfQ-4PO}wK33*W=CxSBU1jvipxp5SEQTZ{3v?@#`FZ$(Hy-b3%
z>L2q`kmoFW5FT$nGBjqSbH*DxYt1?R^&K%Mi8GA6Xj<18^JFR@<c5{$9+@10ECiZc
zT3&r)&4kJGzJAVcTes<b&jT|@jGLqO&-hm+PMJ67Z>ySi?a2aD<(xvgt0}|Ve+XdX
z2q2(UKu&|D5(H!lkQde3{n!@*2q+eib3;*#%+?S<z;gjPomO#9jIAMn00MHFt&mE{
ziwZdrlwl`8UewNwqsWV@Og>cIR4RGVvLL9%k5B()Q=AN^8PoUfSykun)a~(@GsGN5
zUbN~3!;{hkgxs*Cu}}{J5dursZ|Qr-GiRJRpz7U3_md}{)bFNSrYu_79O1)DB>^Gb
z)s*4+KL@aV1Q5_CAg94n2?8<&$cyUhd+Z1S1k?-2xuK}1W`hVI;H`k1PD`8&0R#|G
zEFh=Z3aNy=sE`vu8Fm8XMeW=;ioB>lVToepMgP2X?{UZXts3TupExBi>d)ov!%l_V
zuza9qk2(a#Kla**C*4~0KJu-$L$&_-=68mia{B+v#~yP`?;-z(y*mMusyf%cFB+rq
z#G@yPMw>|y2b|-8LmY#1L`B6Jhlt`7rD^77Mxbe&M=;K!C?cRJgNz!SCsZ6kaaM%R
zd-8tg`%ccFc^6;hs?%?G)uwvY-n;JotbeY)yqc<7yPoH_i)S^p?^Iv^jQfOD8|O5k
zE<~oQD<jwo0W^*P0#*fd1}v2zpeaCJ)avx3F9Z-UETFTY7)GWw1P};ZKxfh#&WX_)
z0tg_WGi*gFAulR&A}GU8fV`-m8>`5RCX_u8JZ!e|qT?sNSTN-C`)+rZm;x>RVSK)*
z;LDYgnhS_*Sj`LL76b$ZhK-q-+eCKmRNK3D)|C05mcA(%c;pk$eL3LTd3)?VJcn?}
z759I-mdNN|ioH-prmHI>@XG<Tj{pMp1at;0l^~!gKwi||+@m7|5HK&Gv!R%$ra=S{
z2v$I6(h?^_009IH3+N16kxIymikt|_@Dm^}>gUEP@}kAU1NLsuP+oNY+YNi~JE~w_
z^u8xQh&{<eUew;J-DF218<t61nldJE+dYeNJIL=(z4OTzzK(s@$jSj{zyAHXJs-+Z
z3>xu-v9lawJ0jE7l@aWP02)UC0jmN!1C~k<&=epqYIXY27Xk<v7SP#H3?tJT0tf^y
zpfhO==fr3Y0R#}x8MY#okQWs>5tQL4Kwi|(jaB4DW6T?fA1Xt6(TP*vEf^L(;E=i`
zQaa>C#b3IVmlF`#us9tEhzq>DeARZ_^>v%b$!AQO_tx4Zc8zQu^P(%KIE|{R>e<gN
z7e9BEDo<p(x-tU496<XBAYe~GXTVYk0-6HkMeWT!Izj*e^8z{>ig{`pL;!(c1#~7Y
zaWVuDK)|qo&af4!guJN8iJ%NW0rH}LZmc3NTB&eC`p@f^7cD&%bK`xl6%2U}8au!A
zgXA9B<@lQl9_p3{UvKH5N_jka(ez)9Jfnwz$cE)nIZF^oQ{d7oA8<Q}`&I0-UjD9>
zEx`O^o?W)~w@1`FlaspLoaTwh&~u4QS64=`7XoM;0R*fH=nPmYK|oW0yr|XbM_&ja
zU|2wBLotj@YX~3^xPZ>2HJlTpH3SeqKxf#BR6<@<<U~-0p8$DLKQ~s97tK(fq0CZ~
z&Wqmsz#9cap0#xgT9n3lWZowQkJD-QA@i3twCGSJKA5~{nJ+Dtrz0S;VWrb7&w_xT
zz=z+g-hTUjZW9?=zp%tDAcTjx|F=bMV_mvzr5~*ARU*^Xl@a*m0NO_Y0eb>E1C~k<
z&=epqYH#k*5dsL97tq;I%u~}K0tf^vpfhQSlOccr0)_>2hOI~?<V8hJ1ZDUMkQeoH
zW0lFgXb9O4j~;WW$U$SD^;lcVlDP7sXJ54Lqv4u=jk@W%Qp)gnOwuwQC9wp7<^m!c
zmhIRW-DO>1%9F3U?W0ZG8a`aK@eG;&cEhf_4|Os(O`M<gQ=CNoBGc8C5$uHk8b<&D
zs{%R$mP!!N6d*5Zb^6g40tgru(AiK7BhwlJ2m~&mGieRy#Apox1Q5^}wjz~~7Zo`X
zl;I~pUewQxRpdn*2P$lTpL8lRmb~bbFMi!TDe7)%*S==nn`;s}K}pLbR5phVO+aMB
zN+PVqF%gJM;M(h+c3Z|lhmH?zKCHLjlh2ssWUlHnIWB5T#}S#Xu8hDh2hctO2-p+Q
z8L(7>fTjR>QG0Wbju1e=ynxPzVxF1?5kMeV0i8)poD2a35HKvDGi*gFAulR&A}GU8
zfV`-m8>`5Rt~X*~<^f5kB4f#mUOo7!f_c&2LuMs+B9fL#u5ykXlz_;FWho>^FZKlb
z)lPMr$nU$|8PsqnrP=d)J>q0~Ty&SclU{yDBGc8C5$uHk8b<&Ds{%R$mP!!N6d*5Z
zb^6g40tgru(AiK7BhwlJ2m~&mGieRy#Apox1Q5^}wjz~~7Zo`Xl;I~pUewQxRpdoW
zNm<x<Owy^y^7Eo|-}v5rj%dNW=u<C!o7`DQS|+*5IdV_}A{$ou(JYRDKym^#gC2F8
zNZ0O@f*KB`G<)$M*U6lH{-osavwLKb>FUY|{Bi*8BY=QC0i6L$B?xE=kQcQ#_vi=#
z1k4NQY$)cbX%GPff)&u2w8Y5}KmY;50y@K1q!RL?A}4|}`~=90`nj=+yl5#Y3mcCi
z6<O>&B2!F;+oc3VHmvMM!l*n10rH~7rWSe8h}XZ!baiC}dm(_v5kSDIfX;xW5(G2_
z$ctK?e)NR^0)_>2HWb6iw1xlzfeYwNTEjUpT0;N<1ayY2NG0S&MNR}|_z92~^>bqt
zdC_9Y3VXMciY#_cktrs_?NS0F8&*W-in|b~xBz+4VpEH}XvB+CWV*UC0>2zU`v@Rl
zPe5nDQV9Z@0^~*Q%{@9o00Hv?Iva|4Y8pfUfnWu6CM|I?1Q0;Luz=366{&>0sK|++
z3_k(#qJD0yA}?AjSz+&XQjx{ZDKf=mxLry>WW$QcTyYly6&D~cT5M{O7mavvicD8m
zMz9wGXdD3qtP1E1SSmq4Q-Hjv)#*oH2q0isKxacSj7)0?AP~5K&ZIS*6QeZ*5I{g@
z*oss_UR2~nP==oXc~L(%R*@GimaMRMJE_QG=M<S@GTbgDAhKaaWUjaifr<-|7cDlm
z$csk2I7OzbD<kmB0kn?*0`>%S1}v2zpeaCJ)ZW~qBLomIFQBubn5U*e1P};TKxfht
zCqn=M1Plx43|o;($cu`c2+HsiATR3Y#wzln#gY~FZr^VEe%o%_yYGlO_F5~mBl4nU
z0<t_E0g(+WB6G!E2vl5vylAm;L|!!F#VImfT^Ye%2%vEU5U?tsGhnF%0Zjq&qE@FL
zeIbB=VF8^D#V|6hA%H;O0y>k{a88WY5I_I{onb3d33*YG6G0h%0^~*g+*n0kv{<sj
z-t8_d>b^SeG{|0SWp+efv`j#jrz0S;VMS!FxC?=b3nZEsee#8`-T(8VZQGiHUqk8_
zu6GnnTl_`AwI$xz_4JABeTrfaATJv6;uM*#u8hDh2hctO2-p+Q8L(7>fTjR>QG0Wb
zju1e=ynxPzVxF1?5kMeV0i8)poD2a35HKvDGi*gFAulR&A}GU8fV`-m8>`5R7E4yx
zyFHf|?X=rad##n((LS9=JDefo7nFG%mLrg;fXIdwk-6e71S&3&TwZkk+YQH@cuQ_4
zE%@Ksy7g}&E-zYeZHYIYaLOItLx#L)#EVm8y1Fugy%0d-2q0ipKxe>G2?Ck|<VCGc
zKl(xd0mA}18;W6MT0;PVzy)+Bt>K&)ts#H_0y@K1q!RL?A}4|}`~=90`nj=+yr_5d
zB6AD(J>XiGNa=a?)XY_$Xu&Q5)N#i_PNwdT7ZQCU4vs*X0wNn$MCOXS5U997a(U4)
zw=RuNb&?mY_}TX^KxDeQG6KIGK>G+FU{642z)}eUngZlS?ae(pLI45t0y-Otd1@L&
z0D)iybS5ovG6WDnz_5VMuobC<yr{^DpbS3&@}hojtRgR3W`Zk2%P+iqip#njb^Og4
zsyT&HC(l`#ivYQAQg}L^0s(IUkqyf`k;Os;QV>WeFY101eVev5<V90BgB5uSk?HEn
z2=+n%jU#}7RRNs=OC<<s3Xm7II{oMi0R#*S=xiv4k!cM91OgY(nY4y;Vzh<;0tn~~
zTail0i;A2G%J35)FY4#UD)OS<*{#eiyz#!*T-K$kb@gKlR%NdE<O;s5X1Zh9eXrr}
zgGQ5k7LJTS`2r#vRz=cWJShSt3M7#iUGHzA&*ez@e9;omk>JBbrmHI>@XG<Tj{pMp
z1at;0l^~!gKwi||+@m7|5HK&Gv!R%$ra=S{2v$I6(h?^_009IH3+N16kxIymikt|_
z@Dm^}>gUEP@}lL3xUzDDxo@s<sYn-V>E7estkj%zozs?l-l5|FXY$8EPbU3b93O!)
z1w=M1!K@c0A&?hHA}_k$-$YMdH1D6$Z$zf6D<jwo0W^*P0#*fd1}v2zpeaCJ)avx3
zF9Z-UETFTY7)GWw1P};ZKxfh#&WX_)0tg_WGi*gFAulR&A}GU8fV`-m8>`5RmYLwn
z*79N3Ey~4O+&9^(Jc(-OyuRj$qi=8^opvAc)Jxwa@e~{rffxluHmr>1!6-Wrf!On+
zrTixPGV`LNZh9`pK~d~b7yt25SLfO1PYUFf(4sa)rmHI>@XG<Tj{pMp1at;0l^~!g
zKwi||+@m7|5HK&Gv!R%$ra=S{2v$I6(h?^_009IH3+N16kxIymikt|_@Dm^}>gUEP
z@}k9(6((<Yzf`yD=@VUIq^hdA?}$0`mxcQq*q?ar%Oj7uF-LLTpI$L}x@pRofXIf`
zq7)VnMj&N@c=MtKe-r(AmpqgUh&K7J_wS=0earJH3@h@Y5idoN>FUY|_Cf%SBY=Qa
z0i6L$B?xE=kQcQ&{pbq;1Plx4Y$%42X$=7c0vFJkw1#tHw1xlz2<Qx3kxIymikt|_
z@Dm^}>gUEP@}en(G^Czl*2~`=dF;BJr29Jb$O(0KyztDctEDPTx|m1juexf$%-pY`
zce&X?W9KLRj2s_<SOi2itcc7NcOg)5fq3(x&3_Yp?;*2pe&CHJNzvRN$%|I}?0Xj=
zGF@F6fnN@weFPA&C!jN6sRRK{0rH~u<{lj(fPi@coejl2H4P$wK(GQjla@Fc0tg^r
zSU_jkic~^gROCcZhMxd=Q9n0Ukr$06$Ca&v%zpj*9+yte$6eaCt=W6u(JniB=<n=)
z9XTP_Z<{uK@{RAbOYMZaUe4CJquP)KL^dq%L>3DXNI@XRylC^^M8DsGW1d~Mmb_>R
z=P~7{5Sgy7j9@PW&^Q7JSQXG2uvCJ8rT}?StJ9CZ5J14NfX;?u7@5`(Kp=1dok?pr
zCq`=sAb^0*uobC<yr{^DpbS3&@}hojtRgQOZ2WBE)OSxjZK4Z{=JS)`e6#EBLoe?;
z{i&C}4fgEQcoqdjHmsC$Ts$2DEfR<;FIw<7(LX$Qr5hcw=S92sxbMpTGrAmq)6Si0
z+qJLhxZ|LM53hH>^?u0s1?~f};~G}{KKh6klE`#*WdwdXfc6nUz@C84fTa=yGzG|u
z+M9cHga88O1#~tP^VBqm00O}Z=uBGTWC$RDfMEfhVJlJzc~OxQK^cAm<VF45SVdkm
zt|UfAkMr~^-?`|^kotu+!)M$6I{xI_cHe9G@aq@f|I~->1L87zz9>6n0g(+WB6G!E
z2vl4kuDs}&TmRhT|3lHcc2;iw#GV&z@<dJkxZ57X#@x1a{<4NLryqIIh!>~GbaiC}
zdm(_v5kSDIfX;xW5(G2_$ctK?e)NR^0)_>2HWb6iw1xlzfeYwNTEjUpT0;N<1ayY2
zNG0S&MNR}|_z92~^>bqtdC@Wh7%WEs0R++!5ZSOIGFRM%K*a@O$&1ch`c;z;-`=P5
z==}fDAmzMhE<U>7fn%mE{-T^wLtZrE#VImfT^WI24xoJm5U?kpGhnF%0Zjq&qW0z<
z9U*{#c>$db#XL0)B7i`!0y>kHI2i&6AYfQPXV{8VLS9tlL{NsG0C`bAH&&4sEhl}!
zS_BY4AT<Gz4J#sZ#a#$gT%i2CXvA-#&;4buNM6*XM%}Nfe|YXn?}0;JG~&f6GF@F6
z!CnZUaRd;sDxfo9sRRK{0rH|&ryqSGfPi5Eoejk>GOZziK;Qy8lh$xfjMfl900Et0
zD^dx0QIQit8GZufMg81ZMPAf9dci^j5I`VJ0g(+WB6G!E2vl64{Jd!M-$Z}S;HMh@
zO|Mj5)I~;j=s0lJ%ilFFru6U0i$=USMW(AOBk;=sw2uG+_5^eWER`UjDL`J--rS=j
z1Q0MUptGTvr=~#!5C~R4XVMZULjVB;3=8NCTail0i;A2G%J35)FY4#UD)OSGXDxUn
z0tg^bK>?8sD<X5nT?kZMpv=5zf!{>G|Ns0Z`rKdt3g$&!Wc2j&?)95O<V7Q1oFdcJ
zl@aWP02)UC0jmN!1C~k<&=epqYIXY27Xk<v7SP#H3?tJT0tf^ypfhO==fr3Y0R#}x
z8MY#okQWs>5tQL4Kwi|(jaB4D{c;zqLI42-QWg-|up%;7+=W2J1<J{by5B^9)Co7c
zOlIS+$#a_i3iw#^q8)bVf5GKbZn*cgN9V7a{n~2x)b4Bc>)${0%!(`f&!}o$-MEG(
z-%nfog~#wAFB<XU6q&BBjKD7k&^`hP*b~qhuvCJ8rT}?SdvlMD5J14ZfX;?uo|*;`
zKp<EFok>fa3;_fXFf5=mY(**|FDh~(D8o;Hyr`cWtH_Ibgf3Wu00Ic4FCemEMP#nH
z3xSFYl#>^2{+sCkIOxgdf78p#i!S-{yh|RscjgE4mo+p$a{d<gF{k?-IHpNVH2=qb
zqvqrvS^78RMI&CEBGc8C5$uHk8b<&Ds{%R$mP!!N6d*5Zb^6g40tgru(AiK7BhwlJ
z2m~&mGieRy#Apox1Q5^}wjz~~7Zo`Xl;I~pUewQxRpdoW&sy+E1Q0-=f&wBNRz&8C
zyAY_jfOlTB`ER1%d*9LX-dfxIuY5Uq(dI`hc1!bm@_ErN$KO(HRmAP&MI&CEBGc8C
z5%}c*+D8BZdjdKGmP!!N6d*5ZZ|>0%0tlEF(AiMTQ_~;<2m~vjGiiyFA%Fk^h6Qwn
ztw<&0MMX{oW%vn@7xi;v6?xH!a0PcEfB*tI0wNn$MCOXS5U99-cV6_E6K}}}GIQTF
z|4sC{X^>7{)IC?P>S;|%%KfoT+Zy-F>svaS$csk2I7OzbD<jwo0W^*P0#*fd1}v2z
zpeaCJ)avx3F9Z-UETFTY7)GWw1P};ZKxfh#&WX_)0tg_WGi*gFAulR&A}GU8fV`-m
z8>`5Rwls0U;}Jjrfr<!-Y*-PQEAB#|;sV}z(Y9@C8izBl8ZfiiU-Q)RqIXPL*0`j`
z-_L$+b+Ph_-A-OK;>9U4U0oT0Uk;#s1Q4(%pfg~p1OZI}@}l<U9vvZofO!F(4aGb)
z4I+R*umU=hmN*##2q0isKxf#BR6<@<<U~-0p8$DLKQ~s97cG{o;C2KMKtM`BWW$Qc
zTyYly6&HvrFIv^Q+9gN}e!06EM>iXP-}v#5FaEsD0rJr76^#$x`1@HeecRH5lNXJ6
zaf(b=S4OZG0%#lo1gr|^3|J~bKvRIcsMYC5UkD&zSU_h(F^o)W2p|x+fX<{foD-up
z1Q0+#XV{8VLS9tlL{NsG0C`bAH&&4sZE50y$0L9M0u>Pu*{~uqSKNg_#RcNZi#85t
z`h7oj(Pw223O-*nwU?8~baiC}emQ{l5kSD6fX;xW5(G2_$cx&Wdvt^V0_FvDHWc&J
zG>8BK!3yY1TH<5~Ab@~j0i9thQVDrckrP1~egfo0{oGhZUbM_O2g?ya0D*J_L^iC{
z5?nkH0v-aE@}igZd7@xc)qRTT{I?rgI(GPc(TJCm$aHmO1bZQX#t}fks({Xbr4j@*
z1;~q9oqqI%00M>ubT$;j$h3w40)Y$YOj^S^F<L_a0R(i0tw<&0MMX{oW%vn@7xi;v
z6?xH?CN6k90tg^b5do16D<X5nT?kZMKshgZ<9)B)bpPw~mz5OtoVoNXmkTYJ7d`Tr
z8$Cu4dC`a$r^s}5WdwdXfc6nUz@C84fTa=yGzG|u+M9cHga88O1#~tP^VBqm00O}Z
z=uBGTWC$RDfMEfhVJlJzc~OxQK^cAm<VF45SVdmcBXq$M1Q0+VeF2dTD<X5nT?kZM
zKshfu;)W$I|GDe#Lr31YWX|hrB4)^wFMhrMfny4WMcs{q$IXveTkJ0Kq7g4nk?HEn
z2=+n%jU#}7RRNs=OC<<s3Xm7II{oMi0R#*S=xiv4k!cM91OgY(nY4y;Vzh<;0tn~~
zTail0i;A2G%J35)FY4#UD)OSmk`>&J00Ia|35aZ15t%FQLZIRT`gze@3bd+q^{Hpy
zU4Pe0kIefdpB<g|<{J0MYX(16?2|=vYoB`Q8;{XMUNqvxDKcGM8G&C8pnU`ouqU81
zV5tNFO#$+v_U0ZPA%K8+0i6xSJT(m>fIzSUI+K<-83G6(U|2wB*oss_UR2~nP==oX
zc~L(%R*@I=2wkuQ0R#|8UqEETO22WQ5rNVLa;eC!-6xg4q@|B^zgE8BCw~qayPl8z
z%zeIS!L_B|ctyV%EiE|r_!MOP3R74mGF@F6!CnZUaRd;sDxfo9sRRK{0rH|&ryqSG
zfPi5Eoejk>GOZziK;Qy8lh$xfjMfl900Et0D^dx0QIQit8GZufMg81ZMP5`Ps6Y(}
zAb`Mn1w=Ni_14J)5U8L)3aQAOA9$l+ytB4$L3HEg=S2@Vq;B3@Yoni~*u5#p6nkp@
z+eN0UD<kmB0kn?*0`>%S1}v2zpeaCJ)ZW~qBLomIFQBubn5U*e1P};TKxfhtCqn=M
z1Plx43|o;($cu`c2+HsiATR3Y#wzln`Y{G7L;wK<oPfxN#koL0Ss;Z}WTo<=`yDvu
z=~uq<#!o@UyS9oi6q&BBj9@PW&^Q7JSQXG2uvCJ8rT}?StJ9CZ5J14NfX;?u7@5`(
zKp=1dok?prCq`=sAb^0*uobC<yr{^DpbS3&@}hojtRgR3@st7uAb<b@r3i>@Sf!N8
zV-Tp6KnkhIisVImTsnE)n`_EZO+lud@+!MlWV*UC0>2zU`v@RlPe5nDQV9Z@0^~*Q
z%{@9o00Hv?Iva|4Y8pfUfnWu6CM|I?1Q0;Luz=366{&>0sK|++3_k(#qJD0yA}?Cm
zhyu@!00Ib<C?K+7l~^qgL!cr8DWoF3^P<l#TRZ9T<vp*Sx^t)6g1^ze;EkuAbN7^I
zKPewG1)1`Ttke-irmHI>*b4zPjsOBy1#|{1l^~!gKwi}9^rJ5X5HKvDv!NJ9rZof*
z2wXsC(i+Z*(Ha5>AfPjBMJgdLDsmzy!%u*`sGl3F$ct7goWS!UfB*t55)j$2T2wO+
zMj&N@6jG7idC|rc(-wbm<9)C79x|(Yk9&_i=EmLk8s4UDO;zja?Y8gde((J0=iPhF
z;HM@&_HLP<DcblMQ;=!=blLh|WV*UC0>2zU`v@RlPe5nDQV9Z@0^~*Q%{@9o00Hv?
zIva|4Y8pfUfnWu6CM|I?1Q0;Luz=366{&>0sK|++3_k(#qJD0yA}^Y)NCVX(fIzSU
zA{$n){xqHm0aB60P7^Z4WZdl{)76y`?1catM*sn<0y+bhN)XT#ATMfl`q38x2pAU7
z*-#84(;5N@1TLU6X$|MZXbk}b5YQR6B9)LA6*&=<;U_>|)X$Ao<V7R$1KfoG0tn~`
zh-_FoAXI`ta{*G3%}sK*AX7}n-7Yd+T^WI24xoJm5U?kpGhnF%0Zjq&qW0z<9U*{#
zc>$db#XL0)B7i`!0y>kHI2i&6AYfQPXV{8VLS9tlL{NsG0C`bAH&&4sjmQsh7Xk<%
zpd%o%Vd;QS2?EUpNJTa`$=!lXF&THe$aHmO1bZQX#t}fks({Xbr4j@*1;~q9oqqI%
z00M>ubT$;j$h3w40)Y$YOj^S^F<L_a0R(i0tw<&0MMX{oW%vn@7xi;v6?xH!`~Y_$
zfB*tI0wNoh4hWSX&|H92WOI|;Eyxs;akq<1S64>hmjh@Y0R-#`=nPmYK|oW0yr{jo
zM@I-CU|v9HLorWHg9soHtbop>B~FF_0tgru&>6NOm5>(|IT4iMCqQ1*&y7{&MI-V9
z+=T!F2<QliY*;!VRDwWrfqgoU-gevG?yLD-f!{)2G~xvyGF@F6!CnZUaRd;sDxfo9
zsRRK{0rH|&ryqSGfPi5Eoejk>GOZziK;Qy8lh$xfjMfl900Et0D^dx0QIQit8GZuf
zMg81ZMP4)_KfqlGAb^05fXIfW141PTG#AK)Mahdcm$~T5DUPLU_ess~;uewV>dFZG
zascfkfPg&#odHWF2xtnB7qvI{=m-G>%nRsjDCVhY5CH^&70{Wq#K{mq00F}SI>T0^
z67r%VCxSBk1jvi}xv`48C@~2H5I`Uk0wNn$CafqjSb?smPs~L|gB2*&_?Z{n?_}J6
zi#;IZ+eN0UD<jwo0W^*P0#*fd1}v2zpeaCJ)avx3F9Z-UETFTY7)GWw1P};ZKxfh#
z&WX_)0tg_WGi*gFAulR&A}GU8fV`-m8>`5Rh8&QfcLWf~kbuaBl_4=o4Nzdj4NF`q
za+h6e=fB+$VEYj*A9~~jCv#>084-^O_AZg>>dFZGascfkfPg&#odHWF2xtnB7qvI{
z=m-G>%nRsjDCVhY5CH^&70{Wq#K{mq00F}SI>T0^67r%VCxSBk1jvi}xv`48Xt3!B
z8b<(uYzc^LSlL3O+Ry|Zp1U&l`J$5^UmjZT5&ceE@_FmleVoiK556Apuwd^JnXayk
zU@rvFI06V*70?;5RDyt}0C`cX(~rIoK)|qo&W2(bnbr_MAaDVlNozPKMr#NlfPl`h
z6{&>0sK|++3_k(#qJD0yA}<<jI)cU#Kp<NJA{$n=(5N;*frAgPcfrV$x=#wQ_hKzy
z{KrR~NvGY0&V6%DvB!jbyU28PWdwdXfc6nUz@C84fTa=yGzG|u+M9cHga88O1#~tP
z^VBqm00O}Z=uBGTWC$RDfMEfhVJlJzc~OxQK^cAm<VF45SVdkm<bVXdBY;4L1VlEh
z42e-{m;!ZozL@)n(XqF`5T-zrt|vbBZtlZHtA{?*<Szc06A+oMu8d$W1kgAF2v`-+
z8L(7>fTjR>QLEFBz7Rmbuz=2nVi=j$5I`Vs0i8)}I44GH2q1uf&af4!guJN8iJ%NW
z0rH}LZmc3NN>~B`1Q5uCfXIfG2`h>WSz!L#4JUNF!$n5hwXeD1-q%8=aJ~O&+VY)t
z9_%y@`0Y48T(sDWL1enRG6KIGK>G+FU{642z)}eUngZlS?ae(pLI45t0y-Otd1@L&
z0D)iybS5ovG6WDnz_5VMuobC<yr{^DpbS3&@}hojtRgR3EIh#N2q1uflz_;FC1pY}
z2ow~Ux%8`j54hHaB&({bFS>HdjHO={e3<PUpLuol9|t|@LbJ}H({8m>=6`Ct-*UPW
znXaykU@rvFI06V*70?;5RDyt}0C`cX(~rIoK)|qo&W2(bnbr_MAaDVlNozPKMr#Nl
zfPl`h6{&>0sK|++3_k(#qJD0yA}?A_z<{*~Ab>z>0wNn$YW?y=2$Ul*<Ii6n*5!H^
zm2_V&GwD8Y^oo8n29KLRq<*2{ugm*R@3i}nORJ}ya^_vzcj%vM-$iF1p1ZOfO!I3+
zrmHI>@XG<Tj{pMp1at;0l^~!gKwi||+@m7|5HK&Gv!R%$ra=S{2v$I6(h?^_009IH
z3+N16kxIymikt|_@Dm^}>gUEP@}lNb5HyGY0yYFhHY^*MbP<BUytmf&88$oj+t_o-
z$<Y4We!G5`)l7FEG#bL`E~iJ4>FUY|_Cf%SBY=Qa0i6L$B?xE=kQcQ&{pbq;1Plx4
zY$%42X$=7c0vFJkw1#tHw1xlz2<Qx3kxIymikt|_@Dm^}>gUEP@}lJg3|NZ*0tlog
zAhKbl)-O+lKr8~YUt2xqwxwtP;lbY>chmj{j@i%jS3VGX=7skUyKd2}m%fd~(ELF}
zrmHI>@XG<Tj{pMp1at;0l^~!gKwi||+@m7|5HK&Gv!R%$ra=S{2v$I6(h?^_009IH
z3+N16kxIymikt|_@Dm^}>gUEP@}lNb5HyGY0yYFhHY^*Mbb$Z@2;>DsrmHI>*b4zP
zjsOBy1#|{1l^~!gKwi}9^rJ5X5HKvDv!NJ9rZof*2wXsC(i+Z*(Ha5>AfPjBMJgdL
zDsmzy!%u*`sGl3F$cyIF0(^r20thGzh-_HOMAU`=0tk2rh)h>kM&OqNXdeLt><Q=$
zSSmq4Q-Hjvy}3t62q0iyKxacSPfddeAP}s8&ZH$yh5!Nx7#7eOwjz~~7Zo`Xl;I~p
zUewQxRpdoIas@0w009Kj7ZBO7(r=t+L;wK<5)}}cuC9z=F9gsy0ti?Y&>65)f`Fy~
zc~Ps=kG>E<z_5VMhGH0*)(}7-Z~>i3Yd9xHYX~5KfX=WLsf4_!$cdl~KLPTher~KH
zFPdlqfrBG}00MCdh-_GKwZm}`KmY*|0g>tI$_V^&0PQ1yfIR`70ZSzaXbO-QwKw<Z
z2mu7l3+QYp=Ba5A0R(~-(3!Nv$q+yQ0mA}1!&amc@}eRqf-?LB$cy^9v5LH?NLGO|
z5I_KdXaSK8E4oPTMF0T=GAAH1U0oT$UI?IZ1Q4()pfg~p1OZI}@}gF!AAKQ!fMEfh
z4aG1rts#Iw-~u|6)^JXY)(}7d0i9thQVDrckrP1~egfo0{oGhZUNm#51`0+1fiML`
zHmor5=^6n93=4=%S64>hmjh@Y0R-#`=nPmYK|oW0yr{joM@I-CU|v9HLorWHg9soH
ztbop>B~FF_0tgru&>6NOm5>(|IT4iMCqQ1*&y7{&MGfa4Xbk}bED4BgSe8iX1px#Q
zZ~`LJ)s+$Kg#a2y00FB4Is=wU5YQALFKTuA(H8;;7#7gkPz)o}8UhFeE}%1M4d=vY
z4FLoY&>6NOm5>(|IT4iMCqQ1*&y7_k^P+6=2q1ufJpqvoi*y+R2q0igKxDeQG6KIG
zK>G+FU{642z)}eUngZlS?ae(pLI45t0y-Otd1@L&0D)iybSAC6YfN;600Ic)1$2h3
zNG0S&MNR}|_z92~^>bqtdC~l~$TtWefPk`q$cAMsCq_F6Ab^0#baiC}dm(_v5kSDI
zfX;xW5(G2_$ctK?e)NR^0)_>2HWb6iw1xlzfeYwNTIH)n)P?{82$U(HGi*gFAulR&
zA}GU8fV`-m8>`5Rmbsa-903FnNJl_q!y;OS00IaY6A+oMu8hDh2hctO2-p+Q8L(7>
zfTjR>QG0Wbju1e=ynxPzVxF1?5kMeV0i8*k&UGK21px#QsEB~huobC<yr{^DpbS3&
z@}hojtRgR3ku8`fMWC@j&!P3lpEF|LLk6{JSH11Fy>nmf+V?U1wSC8$-S!!9*a<_=
zzGiG=3cimJ5ZSPd<-}+Q0R#{bnXaykU@rvFI06V*70?;5RDyt}0C`cX(~rIoK)|qo
z&W2(bnbr_MAaDVlNgHvohPx0z0D-Iv=nPwtO2~_foCwPB6Cf|@=f*1XqFLX~sXx;K
zy++n|Idz!Jh2~?T0e-Vr=K<&S8JFqvm`?E`8y3+r1Q0;Ln1IN1b!7y8Ie_*NK){}W
z&VZ#71T+Q6i`tuebc6r`<^^;%6!X+HhyVh?3g}GQbgujGEC?WgKt%*}hOI~?<V8hJ
z1ZDUMkQeoHV-<PPifq9=DFRO5;-TaB*tdT!AlkNlb>|}nA9vP>-yS=p<1T$qICtc!
zmt1T0t6R^}CtWb=h_1tS-o0P0{Wfi@Pr7gvuZm~^kqygOPK<UCKmY-e>FUY|_Cf%S
zBY=Qa0i6L$B?xE=kQcQ&{pbq;1Plx4Y$%42X$=7c0vFJkw9(gVxEBEg5XiKE&af4!
zguJN8iJ%NW0rH}LZmc3Nn(3{a;<GDo$?*D4d;R}u$*Sr@k00W)quK4HoXSt@HM--@
zeO+p_s;c)Xe;8fPq0Fxp*|3O~A%Fk^#soyBt1Bb$%K@~H00Q;|bOtPyAfPEgUew;)
zqay?mFfX99p_r$pK?D#8RzPRcn!n^kg9soHvVhL86{&>0sK|++3_k(#qJD0yA}<>9
zPXhE_L4gB)SL;HOt=m+ed{OA1t9kK|@w@$I-RG>jPZ>SGe_aJniuhBDY*@x}Vzh$*
z0tkpqS64=`7XoM;0R*fH=nPmYK|oW0yr|XbM_&jaU|2wBLotj@YX~3^xPZ>26~ACa
zc?ckYKsf?B!&amc@}eRqf-?LB$cy^9v5LHCIXfw95%3c@^N(Y4zlZ(UGe`Ix!PqJn
z8SSuRjWgNj;6cV(i?JP%4U1?Q0tg^rOh9D1x-tU496<XBAYe~GXTVYk0-6HkMeWT!
zIzj*e^8z{>ig{`pL;!(c1#~8Dj2Cw}6aok!peCR*Y(**|FDh~(D8o;Hyr`cWtH_J0
z?atH_g229q4074XUH9&P*{J#u`Yol$lm9R(m!a*^Z(J#l5AZP}8<w%080{c{00JV@
z)s+$Kg#a2y00FB4Is=wU5YQALFKTuA(H8;;7#7gkPz)o}8UhFeE}%1M1H1@D%LpJ4
zj)2av6{&>0sK|++3_k(#qJD0yA}<=wzE7tj0+$T0Z{4Q1%SN7bLFm7UzVR99HEKe~
zo%=eLqfQ;(_;$X}3y5r3M9UCB00CnHBGc8C5%}c*+D8BZdjdKGmP!!N6d*5ZZ|>0%
z0tlEF(AiMTQ_~;<2m~vjGimdeX7~mH1Q4(%pfhYmDj_c_av~_hPk_9rpBt;li`v`Y
z=}27Q%&W%cK1lQ8q2t9%O}V^-kFIqxzd49sNk5^WyvT-SEGI@g2q1uf$aHmO1bZQX
z#t}fks({Xbr4j@*1;~q9oqqI%00M>ubT$;j$h3w40)Y$YOxl8%X}A#q1Q4(xpfhYm
zDj_c_av~_hPk_9rpBt;li`v-J=^{e{T`ySoi`Tc`p(aB$r&H?Drw?~Bo%ZaX&eLV?
zSwuE0qGbpmfPgUpk?HEn2>fyY?N>zLu@64K@tN1hOj-J;rSIAPdhpE^Gd}&gBFG^>
zsm_3<5(G2_$cu(NA?Y0f1Tre1v!P@Zkg^d#0D<)i=uFzoT|%N@1Q0-=bOD`VD^dx0
zQIQit8GZufMg81ZMP9V@eUnEb5R1SG=Z<u#$d0@8jpb;T4)PC~PRQ{2qJJ@#Mxz}B
z5KtD-`RBlT-!SI^2*f3D)9g38Uv}TFdku9zl!o)wVaEYSb-Q`+#QD=!d>NM{$B7ou
z8L(7>fTjR>(dZe%y$B$HfS`cRh9ZbVNeCc-Kr8|}lh)GJH+n$;0R)-|=nPwtO2~_f
zoCwPB6Cf|@=f*1XqD?kO{)j-*0;D2~2_sWXCU?8YhNT?(qBaB&K)^#lWV*UCVtG@Y
zgCGzs@W2}@jyvPFa5AC=JKb~tk>jSm7!Ad}u?Xl4SSmq4Q-Hi^ETe{lAb<b@X$t6U
zC~0=hb0L5L0%;29Oxoz{HQb8;0tjSUKxf#BR6<@<<U~-0p8$DLKQ~s97tQomPVre3
zAQf5ctRYiOCU?8YhUJmPVhI8WAfPNDGF@F6X}<T)bA>5z`+~Q3+I4U)LfPf$`s;3+
zJLmc3&%W^fL(^V*<Kr*iTw(Uhb@%+6EAE-H^ukN-Y1^*G2~<^8UpZ!Gm@k7gyVe=7
zRDyt}0C~|gClb$v00IcaBA~OO#L^B2K>z^+1O;>^ZS?gT?nM9r1Trn4Gi*gFAulR&
zA}GU8fV`-m8>`5RW_l~9_$&&LiY#{4kSQjUyIo|%QVxBER@>Y+*F5<2$HT8*eDLA*
zwRH=wyZhA&e%<`Q8?KmVm#q!$EYPn30g>tI$`E{uo{}sH-2KA)JM1*jMI}4!I{1O9
zFRp56`0Ou#3Gi#_vX#f5ctb8U+vmpFmQJx?FFFI3N)XT#ATKI7xF`t$1Q3W8(AiL;
z>*QVp5I`Wi0y>j6`g#rbB7gt_nHJC)wjz~~7Zo`Xl;I~pUewQxRpdo8y_HjZ76nK}
z7CURm6qCu_F0x@6$c7ncVdB(xyPfr?4jl*N;x0P>?XW}t?mh0E^!RcE$g~iSfXH-p
zWn}lAd@9!$nEuIE2mY?k?H7COIrPtOtq3qC+PLMFtJj=!{v@Z-rftogi{H^dec7#0
zXTVYk0-6HkMYB8Ks2l+Vf)&u&P=Y-LG>!lQ<^^;nZS?gT?nM9r1Trn4Gi*gFAulR&
zA}GU8fV`-m8>`5RW_l~9_$&&LiY#{4kSQjUyIo|%3MWFQ+3AxnetqgWcNYwZwrN}4
zu6>_MeYI{=-MFgmJ?@+J@^_ksRE0nj0g>tI$}s<iKMht;V9=fO-IQ+Kx_Z{4w;LxX
zgZ=*F@75gj+iRUkms4)8;CV6s)H(x}N)XT#ATMfu4ALM12-p+Q*--4+(h&j(AdnN#
znY7W@Yq%Ey1Q5uyfX=WLsf4_!$cdl~KLPTher~KHFPiDCoZ_=65N|57=dkhJFTeJ%
z6NYx!vBu@KntvT|<lq)5T{y6=`9Vs*WuM;;Y|+y-esH`pjgM^Odyx&RNzRHtrYSIW
z(P#VYKROr7-0e60e}CS{3kTI*HmY9Y6+WuoO%M0Cc-Ou9=PKO)z%kPnf03pS&xL@W
zfXH-pWpG^pf#d`ZIC9;Gi(Y)$eZdAqn>YU0tk-fI)}-f`Cnq2Hk#z<vl^~!gKwdQP
zAxZlPAdp1?oed?6den>n0tl2MpfhPD-gO^6fie(40D&X~bcU@+CFDg#P6TE636K}{
zb7K{G(Ij?Qj)_2oK>4Z2OGnh7ef8Kb-G=SFTi@Je?uh?(KBC2W(TJn1_pZGUA}^ZM
zzu!eREWbDwtI8L6`jzkYJz(7@p}EfybxBc`m}v7itVY$JaLx!9GIymOcu3tdudXh?
zcaDHSq5>k*)s<1od*(a_0S|%uUi~QdBiu7f-fbS64EB~)4GsHs9_eJR8uz4!DoaWc
z&>65)f`Fy~dC^iP36DVl0R*H3bT$+z7K%Xt0R&<c(3!Lmm-)C00R#}px`58G6{&>0
zsK|++3_k(#qJD0yGMN|MVDaDiLO@pFXCq#57p6OQ>g)ZJr28n*+(rLV{+qeH=vKcO
zBYW;DTbRg(m1t^<gGUIQcgaKUue{4)cE4hb_w-0@;pvx+&P7Hq{^O$&O>q|j3IZb2
z)s+$BTk9MOfyM%(C;!>)AUo{P|I@V%!KOnCHs0&12b|1_Jtj8h;`<l{bOtPyAfPEg
zUNpvm!=VsB0D*J_bT*W9`sG;=KmdXC1#~8DYVW1<L<k^&K>7kY!&amc@}eRqf-?LB
z$cy^9v5LHCWdmS5dw>GuMT`B=oBQNd@}kB5QiyC=3gNB*YnVJ|W$V^`T&CriGe#8q
z8>DvoQKt@H7jSLe=dlH=0z753oFM^`>FUZz{~dUqF%W^?*FEh9@*#(hE0~!K`NrX6
zXF8d~j=w&TS3>%2>I_&aK|oW0ylDD!iDyIr0R+kv(AiMRY=q?qAb^0ZfX<{<d%vA}
z5I_Kd7zK2Otw<&0MMX{oW%vn@7xi;v6?xHO(JXF9ARz(rqQ!oiB`+HNk`vjmGL!+c
zRBF$wr@BCk`&{BnM@}gAH%RSvS8DFVkT2`=gr##qFZKjPrmHJM_KkW9%euhT<DYVy
zNS9;kLym?P?7i-$IZo!FF5|O)ie>B98L(7>fTjR>QQ7fDVF)0AKrsQG4W(Fx+>QVO
z2xMJAXVR*@-%dRUAb>!O0y@K1q!RL?A}4|}`~=90`nj=+yl8Yli+d4>U4Xo3v7cti
zi$=fLL^dpYQL#*Pv`^>J>!Lp0h86qkqj~!gCk=CDAADGSCXgvISOJmg>dMIa`}x!_
zD?nbfU|7`MIR2*D<V6#G-RcZjDnUR~fV^m;BZz||fB*tX2<U7mNp#0C5kLR|1p%E&
ztNE5YRUv=?0<j3_3|o;($cu`c2+HsiATR3Y#wzln(E%;)MId&8c=Mv2_Ud=^X~WOy
zJ=T4>>)p-2Iv+8(ML#!QIIynyK~C&3vPB2+doX#?=og#Fh81k0tb&ctd3{Y)>uUEG
z^NcI5_4~_Jsa2=-y4IELekJ|<WepVs<f##e77&@Pt_+3u<f*}=0C`dJqLq4K>kL>b
zK|oW0ylADS6VHnP0tk2u=xiw7EwB&)1P~Ax(3!NAdQ+X}MF0T=QV`G?wjz~~7Zo`X
zl;I~pUewQxRpdpZ16tgRK<onL=SBC}Z=n0szB8{HbII`f{7;MpbDl1#6-!>U>-pqG
z{~r4*p``~D*|4HxSKOO~z|@7G<x<=i45-WhmCwXC=k^(wt9<6tuac1Am<YroATnKD
z8RBo(Q(krj$cvH}t<<YmXTVYk0-6HkMJqL(cwPh$K)_o-XG8IBfrSVlfPlDw&ZN!6
zJMa{V00Id33Fr)4kxIymikt|_@Dm^}>gUEP@}ez`Z1H#m$`mL+FIw;iKk}kwo)`V)
zA{$mL=`0S?B7rIMKh32s-Cy&9fBj`|Jiq@xKCgJ%;xAg%G7m-|O#zYV>dFv*yPop0
zD?nb9ylACfy*dMyN)XT#ATL^}>BRFQfB*vC0y-OtcMB{;009KV1#~8@?7Qw1h5!Nx
zlrNw&Y(**|FDh~(D8o;Hyr`cWtH_J$hs3DRm;iavVn4+4`{<)z>LMFfnjtQpD<?o+
zlve@*i3*5JS67Dk+x3)}U4gjrqAORgdG3uBcR#Xp;P7eZU3k~wzpLA6=Rs}T)$Gu*
zf9C^7pL@Ziq1VosG4HL9zWu&fKC_hDmw*1v6La3I9W~t@@Q}mD?YPsx+*9n=d1SZl
zw_ek4%Ds=i@ap@Yt!ii}<!I558GqAk_y5Q^sLS~5o?P+Dbp|YzAfPEgUQ~RDQ62&a
zAkbVuXG3XT8@C{U00K4ybS7=FD_Pu*00IaY5YQR6B9)LA6*&=<;U_>|)X$Ao<VB+c
zTHK33>;hTLi@INGf8<F+_uQ}lb{+b(ZqvKnc6~bS)$gFAYL7pAg!}x!xPB@oFB<(~
z6WOp5O>J@Tf&%143$kz{0&xk5OjlQijd%6wLQtU0yy(lzSKTyeLDz1#<UZ`Wl>c6Q
z*?q5n^m%kvv-!RAmcDoTS+|#ReD@faP`zi$(ofc`ZGN26Zy_(5^vhLez)}eUngZlS
zlb%8x9{~gqh+RNuLy5gL4u}8(2#5&iOxn1vd~qBE5I{gsKxf#BR6<@<<U~-0p8$DL
zKQ~s97mW^RaW4X~3uG}b8hzn@`;IkTFBsKp)PypB+$Ap>{bCc@u;L16ah%cx$cvV4
z#Ul~$5D=NJt_+d4<tf9SKsk9)m*I^5IWXehVPj^N_$i<(zhB$)iu)rDRqU>V4;k~;
ziZ4qKh&Fj7dC{a_?K%UNN)XT#ATOHq6yo>@Ab>#Z0y-N??5%M?1Q0+#L_lZKmU+R8
z<p>~vfU<zjuobC<yr{^DpbS3&@}hojtRgQO9nj)l1Y#Gkmlw@l!QW}Oeisfb>$675
zi$=fLL^dpsEEY@36d*5JCLqfZh!zl;uC5G`x8*6ro<ODYqV7k;KlHk{Nkp^xA6=&O
z?DHoTON6fX_TBfWUH<vE%@143E#yU$ezofiSSmq4Q-Hi^(o=}zBY*$`u?y&ID6zN3
z0TDm|0TBV6Nvj<6qBaB&K%h(konb3d33*YG6G0h%0^~*g+*n0kG&-Qgy$HlEU^Or5
zuI9U6Ro|oUIPV`&$%{t6*hDt0=-3taCLusxGznFXi9lXJWV*UCMBbLC40{3<%!|68
z4{yF}L3DKU&ij|FHxwHEfNtGyjed$^_mUS)`qi#8V5tNFO#$+vNlzh;j{pJ)#4ez-
zp~T)A2Sfk?1VjXMCaw3SE*2ty00Q~~I>T0^67r%VCxSBk1jvi}xv`48Xmmh}dl86T
zz;IsFUCM9QzE97g^?pAFlNXJCv59P0`GghUq$Ut=UbN@1@!c=K_OKI%cG$6|b(`wu
zUk4mH*zd1!^Ht~fugfKTrY-&=H7=eAftCu0OjlQi$lLOiVNam4c~Q3!y#M8Q#S)vJ
ztXaF$&V!=kprzcqblJ*cPZ4oDdC{a_?K%UNN)XT#ATOHq6yo>@Ab>#Z0y-N??5%M?
z1Q0+#L_lZKHh;UDTM$410W$(R!&amc@}eRqf-?LB$cy^9v5LHCbU=%H5r|#Dc3#w7
z(C>V>XV{FqX!MIsWWzG^PoWGol22V;IIzyI>`O<~pMCY%F5QOhyj$P(rfxbP;rUm%
zd2Qua-u#%{f<Wv7BGc8CA@a67W!MvlF)w<|@z>ve&!WYzef0iU-?`r-|LNL><)44^
z@QhdX-G5}n{xad#xy3@8FTDLpv4sa5G<xRzWgmU}y?dgS->-Fv&>k1vRqVm*{S?!J
z1&|j_`qi#8V5tNFO#$+vNlzh;j{pJ)#4ez-p~T)A2Sfk?1VjXMCT;9*LUKR^5I{gj
zKxf#BR6<@<<U~-0p8$DLKQ~s97mW^RaW4X~3uGlP+O~c5Z;u^v>Lu5@#MdRm>n|I%
z?#q31UY~JCo;0+os&}#L_3n1RR2zBG=og#Fh80~T_a-5*(bR_AUpK$MS?-^o?xRE_
z{=zo7D~Y`5hSUF=gbc?-AQl0U>FUZ5d0U<`><N^g7j4_FX4sgS%T|6_Fm>r}ba~G6
zE-V`6>~c(fv4xYTzuaUS%Kfp^u7f}PW_9yb=Uy<W;N$<$>)z%MUhggBMU#HD>kL>b
zK|oW0ylB!>h~p!G00OZK=xivlx5fbxKmY*|0i8*!6YHW91Q0+Vb^)DXD^dx0QIQit
z8GZufMg81ZMP4+PqyYy(pmYKCyy&3u2OU*=PVce3MoozL;qwo*<9FJvU%~73?#5%f
z506+|>@M=6(XS$r4J*1x?oC2~yl4`t920@OfXH-pWr(~jPZ{<E%E^l^eC5NNCeB~+
z-S_LwUb@G)kY}+U4&CpaFL;DW4?b6L$+g!#UGVV>U;d!r<4-&Dwt|n3zLC6W(yw-%
z0ZSzaXbO-QO?nD(d;}0cAa((r4JG#0I3NNDARr>3Gii%m$>Med5J13yfX=WLsf4_!
z$cdl~KLPTher~KHFPcva@C^d#2#DuJOaBqqMMhh<sV;cQevkbImVTW4Bgu<KzXC-z
ztmq=SHwgjqqDiQ7Oa$@*BGc8CA@a67W!MuaCodYEw`_9n_?zbx{K?SW_}&-aHhFOF
zk5is}wcwJ6roB|~@o%m8vf$%;UU7fH$4B2tUNq@fyUu{65(G2_$crXDg*ZL}2p|x<
zfX;>zdutpJ0R#{b5zv{m`Ab)Pg8%{u*b~qhwjz~~7Zo`Xl;I~pUewQxRpdqUX#u`L
zARPfSc~SSX@!=;9EqKYks&(&mzrTKT)F+fSzn8pd^ea$g!-_7Fdy^0#FPelZ$3!46
zATnKD86t1XQ-(c()bgUwEP1!!PloQs<)0VMi@x~ICk2;`x&E1gQO{zZFM9J`3kp6y
z`bP4iNx#~41}v2zpeaCJH0deC@ex1(f!GCfHk8;~<A4YtfPjdA&ZKRA4U1b4KmY+V
z0y@K1q!RL?A}4|}`~=90`nj=+yl6fxz&8k_BVZ{ndd3yk7QDpoZoFhTdC|Ye`-&3T
zu;Oisqm?2MZ(g+1Uj2?fZTLC8$GWeAe}6k4F*vS&@SfklF8350PXB8uo$?q2Dk2~<
zU0oR>Z_87LJ%QBnqR+nYe!-o^-B|4R(XVP~*lX`$%~$QZd#(Eg_s!FuJubSd`Gegp
zZ+!e^^9Qf@7V@G=zuI*MER`UjDL`H{=_$nV5kLTe*adVpl-OJ2fCwOffQW$3q>bxM
za*l%l0tg5S=nPwtO2~_foCwPB6Cf|@=f*1Xq7_Ld@T4INSjvl@S2M2QC3|<{#Y4xp
z^rv4wUo`sfg~)~#T_pD=Ay9r^bdUW89&ysJGp`!cILLkBz<-1}oBS;%FPg+j<e16=
zBGc8CA@a67W!Mu)EiZb<eT$pyDY-u$c4S>dbaUG5H;S#A{rvKktJk=-pRR3q<-JuG
zUv^)?M_$u!O2qLa?jkRm^s8NGz)}eUngZlSlb%8x9{~gqh+RNuLy5gL4u}8(2#5&i
zOxl)S;o|WKAb>!I1ayY2NG0S&MNR}|_z92~^>bqtc~Rv61GSkHu#^|&^F`BqiHdAk
zX|~LB<pj#lix&JRDtS>}U<l*{M5e1NL*#9F%CIMpT3+<n6Rt0q=e+**XCp$J?yeEz
zo-DYqlp9Yx<)&PwH2NtD-b-FI=~uhXfTa=yGzG|uCOw5XJ^~0J5W9fRh7x;g91sBn
z5D*d2nY0DpROdzn5J13&fX=WLsf4_!$cdl~KLPTher~KHFG^Sffs_R-<wXxaacIHo
z_^sPiUp9*0N6+u0k69q)zp6S<M_yFtTu_Ng0iAyih`cRN8TJIy$%{U-<lVwQ7PhW_
z?~88>#x)z?_{hvxJMK83;1MEjbV1W%zv;g5!Ha!QUNq@fyUu{65(G2_$crXDg*ZL}
z2p|x<fX;>zdutpJ0R#{b5zv{mHX>nkfdB#s6co@Iwjz~~7Zo`Xl;I~pUewQxRpdoY
zCLd@@SwJ~2dg`U4PwO?h*Qf~ve{^he;~#3ryIg3&EBL$bJD|yfOZg+ek3RZ!E3#ol
z7s<Uz2#^;|LX~48kQWe{uC5G`x8*6ro<ItD(Pf`}RV?i}{^mKw;+jovcOMga&y=Nm
z?=!sMkC%;aY}2OC==xdjtopji5nB33@}fz<+I0pjl^~!gKwdQIDa7#+KmdW*1#~u)
z*jwX(2q1ufh=9(dE#;~fk3j$d1Tre1Gi*gFAulR&A}GU8fV`-m8>`5R=F<XvgFre0
z%6ZY>pEuH7i{HLu&F_1RymUlVYV_hE<9FVzZ{rL1jlVzctPvhR9+MZ1eg%qbSkXmt
zZxRCJMUznFm<Z$rM5e1NL*#9F%CIMpbY67%=ihcdaCGAz1@qr`?RLwjYa2?5ajt4;
zcxvI>-MZhJUmN|6d&WOae%|{x(dSAcFPikLU1z{j2?Ck|<VBO7LL46f1Q3W_KxadV
zy)_Pq00Ibz2<S{&kBeL^K>z^+vLc`}Y(**|FDh~(D8o;Hyr`cWtH_Jy(*k^hKso~Y
zdC}a}`Kqek`yDp;l#568=r=B(9ql!8g8O5aZo`UwvS@DY#Y4w?{5(uvH2M`NvSCFR
z$-PMkkQYrtm18217Z91Qt_+d4<tf9SK%#lkWh=kjYwuwNvz-SVH2TADR+kbMb)OV^
zeAgQb9whq4J@y<jZ|QrbJVn9BkQYt*)vhyOsRRK{0rH|rPa%$v00IcaE}*la#NHYQ
zL;wK<L<Dput;a<!mLPxt0$CBz8MY#okQWs>5tQL4Kwi|(jaB4D^JxLTK_DH0^7Enx
zA6@I>noYi{S{MG+@a`gelSk(Mc+sG`=0CFLK3_EYy8L?YJ>sNc&5vBlE#yU`Ux6YU
zR&<fvn}h&)(IiwkCIWc@k?HEn5P4gkGVBQ?mlu8Y{m*vkG`Qdohwj(PzxTzr1yh<$
zZhY;-&v)8+P{D(gc;h28Uu|;C68}hEH0f8n&VZ#71T+Q6izYpVI6eXhAP~EN&V~|u
zYa9>(1P~Ar(3!NQT-D++2q1t!Mg??+tw<&0MMX{oW%vn@7xi;v6?xHoT7Yj5NJpUj
zyy!tk)s}emJmO&q<wbYdqu-??qkfTn#E;G7MWbJVA{$n8k=&bv0C~|QR5>OBc>$5>
z>dFv#Tb?rP2_%#keeR7F9Xj+Y_|vBQ*w42={i>AE<|k{`?z{iUf(JRN+s)6u@czf&
zt#QAqe&zRTT{d;lh$jj@(%ty#2cMPlbWI*ZUNq@fyUu{65(G2_$crXDg*ZL}2p|x<
zfX;>zdutpJ0R#{b5zv{m5f`(#3jqWW$hv^euobC<yr{^DpbS3&@}hojtRgR(PYdu3
z0_g}C&WrA}Tfd&ee0~#s?uTmfqS3EFkqs-lNbXHSfV^lDsvHx6ynx7bb!CXWEl(Nt
z1d_;$&VGJ*n>Kw4rZ+nuIC}Z#-!w^P7W?C*2cIi=kX~0k;9{c9S3NxAm4c5y<J>!&
zKX|>jkQYt*)vhyOsRRK{0rH|rPa%$v00IcaE}*la#NHYQL;wK<L<DpuZPvqJ)Q<oH
z2t)|z3|o;($cu`c2+HsiATR3Y#wzln`LqDvAdrrL)x7AzN7wf9{bbSH&#UA`qhEm{
z8&-6Y+?#{|dC??PIVJ*m0g>tI$`E;5o-*tS#GV&@eD)g!L!0i#Baf>8;Oo`v4Ql2e
zaOmM<3m)qIufEGarpY%)9Xp|=OPU-Z|3~toNx#~41}v2zpeaCJH0deC@ex1(f!GCf
zHk8;~<A4YtfPjdA&ZLdVS#cKv2q2Jk0i9thQVDrckrP1~egfo0{oGhZUNoN;;2Q+e
z5m3&H_8M7#=2c@4J7MT{9SVP7RKctB`yV#w{C?xg|G}8NX!I*kWW$Osl6#X7ATOGP
zD#t`1FCa2qT^S;8%TtCufq3(x_dN3Ff<F+t8@qP9WyN>j=hK+${l-1G;GtY1G-B<9
zTjv&BHTTcUBUTl>i@a#kuXddQOC<<s3Xm5~dJ1uT1Q0+Vb^)CYCHB@hAOZ*=AR?eM
zY0JOn#Ssud00CJ6onb3d33*YG6G0h%0^~*g+*n0kG@lmW8wAo3P|k}s{;BoCfpw=|
zI=aiL!#W=^c=vq=bl9<`s&((Gs@`qdRlDCi-}&&tUAhfB<H|8*ex_*SXCyBg{R$M>
zu%e6P-XsLbizcDUF%ifMh)h>khRECUlwnUG#=Pitx6Lb<)pR$Wci~+tzh7H0mRan^
zH&=XF@Mz~>e0Q-W?)G~heWBp02d2Ilv8v!*<VBNywd)L6DnUR~fV^nZQ;6dufB*uq
z3+QYpvA4zn5kLR|5dob^+xY4g-y?tk0>%V%hOI~?<V8hJ1ZDUMkQeoHV-<PPd|H5S
z5J*R${Jf~KpGfoVkQa@91&VA~(M57^5(4B!lThWD2;>DsrmHJM<ZXG%uqO~#UUbOl
z83luy?#9cne(=+^4Fxlq5jVd6(H8{|c<c$+N31HAS-oe<(uh?B?;<an^s8NGz)}eU
zngZlSlb%8x9{~gqh+RNuLy5gL4u}8(2#5&iOxpaVE51Ph0R-#`=nPwtO2~_foCwPB
z6Cf|@=f*1XqWQD{-yo2V0C~}3KU9+!jeZ4+Y*^7na&Hm><VBNE<(LTM1w^K+D?{XM
zdCIUSP<~!?RYSwoeIF^9?Q}N|8u5gCK*2y}^o{R*@olkVe)!GmVryNRwBV}gbKfks
zq}c7`MU#HD>kL>bK|oW0ylB!>h~p!G00OZK=xivlx5fbxKmY*|0i8)(>`E55BY*$`
z1_X45tw<&0MMX{oW%vn@7xi;v6?xHoT7Yj5NJoIYXtAH7$%{t60!22g=pwl{2?6q=
zNvLv61o8qR)76zB^0qu>*b^u-FZ#)vwHIA_Z^4MByK(%@bBd)gOSyfAj{OTB*~L=}
zE`NOX8wDTlZhZZt&kHVzxRJbQ(yw-%0ZSzaXbO-QO?nD(d;}0cAa((r4JG#0I3NND
zARr>3Gii%m$>Med5J13yfX=WLsf4_!$cdl~KLPTher~KHFPcva@C^d#2#^;o_ER)@
z(dbv8$c7bNB=;sEKwdNnRgQ^3UO;5Jx-vxGmZuDR0_EgISFT=j+L^Z%i)h~U(DM;#
z%u?=(NTQx`&Yg>2`^XjGj^lpWz5C_$BkP_jR!N5r{oG?pdB(<%AupQrt6gWnQV9Z@
z0^~)Lo<bZS0R#|;T|j3;iM=%rhyVfzhzRIR+G1C-xE%om5HKL1Gi*gFAulR&A}GU8
zfV`-m8>`5R=F<XvgFre0o7KLMyV7mohsk(bATJvI3KZF}qKo9-Bm~HdCZWnP5y%UO
zOjlQi$lLOiVNal(ylBMddAc8H+qSDI@$1P2%NhqY^WV>TetEG7Xp3$iHfCo2n5BP1
zUNq@fyUu{65(G2_$crXDg*ZL}2p|x<fX;>zdutpJ0R#{b5zv{m@m~MpXb2#HfRupF
zuobC<yr{^DpbS3&@}hojtRgR(PYdu30_g~Bz559Aq6L2>CNCQO3KZF}qKo9-Bm~Hd
zCZWnP5y%UOOjlQi$lLOiVNW2rylCl>&YANI=S5w%^W@WRDg8JFAK7uo0Uvz5y7ZW6
z{*mNGlYX`93|J~bKvRIcXwp-N<0F6o0<jC|Y$&m}#sLvP009vJok?5pG8Q)?fB*tE
z1ayY2NG0S&MNR}|_z92~^>bqtdC`1YfNu~;M_|kDlgWz~{8{?Av(_bPx9U7TofDC{
zXA#-3GUsNXVDh2{P9iNR3y4ftSBA*j@|0muKs+z{;Ww-I-G5}kAZRH!wr*X$=+%$%
z5zrQWLtZrLSG&%Dr4j@*1;~pgJ%u<v0tg@wyMWGy5_@YL5CH@b5E0Osv;{9?aU%i<
zAYem4XV{8VLS9tlL{NsG0C`bAH&&4sRSqyvn@NF9Zuu~G?fcS^6KwoQ8CMrabRFho
zetFbwCeM5MO^Iw+<u}3+S}H(Zw54J^9)T7Kh)h>khRECUlwnUmJTK}Jp6`G4-AUbU
zE+rk><S~2fIb_M}AGatY+W5ibMU#HD>kL>bK|oW0ylB!>h~p!G00OZK=xivlx5fbx
zKmY*|0i8)3*Of1hg8%{u2ny&7Tail0i;A2G%J35)FY4#UD)OQ&N)+&51j-lKaK``6
zUFkmasxg8;A6BrW-S-{fWd6D5%<_><9zkToGHEN`RQY+)gO9Fl-KM(9S5@okCaIhJ
zADcWf_s5F{)wOg!oZr7Lcgzi^|5Y5B@<J96nXax3k+<b3!=8YCUeskcS2Z*|v*g|5
zPrM<&8AX5NlA?D#^!&=zYZ~W2TlzhD(WGDPIs=wU5YQALFPiie;`j(4fI#d5IvYyt
zt#LpE5I{ggKxfjn^v!S{j{pJ)WJo|~*oss_UR2~nP==oXc~L(%R*@GCIUqsrl@j>X
zA?q%MAMm@{4E@}gbg4aR#^q80?(<hGbza1uS7gHyS29^%`FYWUj;f7L-IQ`Kc~O(E
zE}C)zI{y=STb?rP31lKKnvZ(E``Oo1pLu=Y@M&kCKk48@#&qb=&;7>v_U&u-+-vB`
zr`__$nnxx*_}nY+t#bL&{1WeP$crZZYS$UCRDyt}0C~}*rx3?S009JI7tq;IVsDKD
zB7gt_A_6*-HtCCE93KG$5U8Ml&af4!guJN8iJ%NW0rH}LZmc3NN>T!W^aVB>@v=*2
zxexa{`<k&8{83QosYliS=AePjWUJqd*<jI+>7S8IJfp~ll?f|jMUodac0y@KO+aM2
zx-vxGmZuDR0_EgIy`z|!SV&$p=~uhXfTa=yGzG|uCOw5XJ^~0J5W9fRh7x;g91sBn
z5D*d2nY2Pz&_++77z7YNAYK8TVJlJzc~OxQK^cAm<VF45SVdk`Ewn&AK?p4PVXOVu
z{hH>EJNLbCV2gjnbG$zgDje;1rwq$|yy2$TFAw4cu=wvDZHjDI9+k7COabzuWdgDs
zfoK7d>FUZ5d0U<`><N$;Ef!uSFPikLU1z{j2?Ck|<VBO7LL46f1Q3W_KxadVy)_Pq
z00Ibz2<S{&g==TjfB*srBqX3SY(**|FDh~(D8o;Hyr`cWtH_H+M+mqVfrJEp^58ey
zwC|sbjGlQ_xSuk5$?*Dvj~<c>i*9l5V+m>7IIPHqWdk!?U62>e*7>5^%n680S67C}
z+wzoQPk_8AdC^L}s&xh|l^~!gKwh*`(~0Lr009KN1#~tP?-p2y00Ibz3+PPRgfdzj
z76AkhP!P}=wjz~~7Zo`Xl;I~pUewQxRpdo8mujG3GXg)oeZ@B0t&5CSRrTKQ&_UgL
zj=p$Ey~2-(Db&zwWc|5)#&tP$Sce^Ja$(UeyFIYMf*;JB+$0(i*|3smjbla&kQa^i
z;a&vF6cCxNt_<<F>nSh00^~)>i&pB@t21D!1OZI}@}iZRPCPFH2q54sptGTPx4=RK
z5I{g&KxfjXaHWi=KmY**DkY#ZY(**|FDh~(D8o;Hyr`cWtH_I%nK58F0_6z&Wb${v
zI{5lrU^4gLw(a_~+s^V=<7RW;Z_~ct&ubQLu;|BfBtuv$vSEclt=41tdC^M!d-MGM
zb-BOh8&3bLnkw}mkQWe{uC5I6x9ce{y8;*Vo06Nx#bT4e-p=o%Px@7@GhnF%0Zjq&
zqDfC7j*kEW2*fU+v!TS^8V5uG0R%(@bS7=3-c;v#5kLTe6a;jJtw<&0MMX{oW%vn@
z7xi;v6?xHoT7Yj5sEokEA2uEL)-R8`ecLvDnrA6(-?H^?BR0R}sg0)nugb_T{(H8b
zS7gJ=7MhJ}$&1=Jk8~j`ATnKD86t1XQ-(c({LhoY=0b}#UU$<RhjUPu@%B!-NJlyY
zmP!!N6d*4uGOQ>A0R#{zT|j3;DZOSMi2wo!WJ^G2(x#Bt;wcb70D(#g=nPwtO2~_f
zoCwPB6Cf|@=f*1XqO$1)3JXo3)ttX=eE(OQ-1z<`H@s)~Yt#C7wm9pNO>X*NT}+hE
z6m3anRb;~o?JuT6zvM*~&H^<U77&@Pu8eHGdr!3)5;(Qz-MPqUvDjp=w+|mX)5#om
z!u1(Co7pN=XTVYk0-6HkMYA>2s1^YP5O4xI8w#fb0R#}RDxfoID;476c@aPWffNLE
zhOI~?<V8hJ1ZDUMkQeoHV-<N(!}$kVLjVCw0wNohCDN?)LS8g0XNo#ADj+glT^Uy2
z=cliV3yhxpyh}xP=+N)ewGF{WLkl*3$rblInG?^OSn+dYwE&#~OC<<s3Xm7II{oMi
z0R#*S=xiv4k!cM91OgY(nY1b7wRj2y5I~?(0y@K1q!RL?A}4|}`~=90`nj=+yl6(V
z4U~-l0-*_rY*?YOEA+e3V{3Dt3wPnbx=Q`a(eHWB?_Zaze8cH~Rgk0x1PTg>OjlP%
z;FkkvKRJQ>U;8*Wjb|--yI^cG%o|;LcAx!5IGL-*Kb0JQ;78UOuvCJ8rT}@-z=tI5
zBY;2_1#~u)Eb37+0tg^bih$0f^?OU4RR|z}KqdrqhOI~?<V8hJ1ZDUMkQeoHV-<PP
zg2@4HL;wK<)C5E}EH#!8>e=Lm_i{O(Q!XBziGOD1i#)&IIP#()yhO9!qsVl1Wt8%s
zIgdfWPvD>~<J~~Mpy%CTMnemBJ$d@exlQU%OW*fXWz~8GbOtPyAfPEgUUa=<ga;si
z00L?PIva|b4D}#@00MCd=uF!DyWD((00Icu6VMs9B9)LA6*&=<;U_>|)X$Ao<VCX{
za-e<$5C}v-WWx$XTdK_sXZ-J6pyj-paoPGe>Dkwe%~jrN&fla+DF%VY0wUAZl@Ztb
z>Kq4w<^n_hw9pOYs;cVgbKfi&o(%2A558W#{{f?%$uXzj+MJ79;u6pquvCJ8rT}@-
zxTX!qK>z^+QWMbGP*Q7|Cqe)L1X32znY7t@E1qf*KmdUj3Fr)4kxIymikt|_@Dm^}
z>gUEP@}i9c1ALDF0tm<oh-_H0K9&nx^y4<|`@2j_x2%1>Xx9tYMRB(2FmQuKKUzLP
zi~mk{nHCV4uC9!f-+t%mf)beV>DRwKW`di^yY61Q@RbikONTb;_v7!@oPO5rPNQwR
zn!En|UQn-ul$+HVuvCJ8rT}@-l!p>ehX4WylrNyOp_JbXM?e4p1T+P7CT)w7S3DR2
z1Q5uUfX=WLsf4_!$cdl~KLPTher~KHFPiCu1H~hNKsW*-8&){rQl0+tcelD&%Rxug
zX6xUZ2OK%rmHmt3CQ4ya3<6CAM5e1NL-SpFsxl*R?<*hf*lFEZ-f^dalOB9-RYOCQ
z6lEZPT=eQkU5=@D4(@Bf?eol>U(H5z1}v2zpeaCJRC9Jw6#@t#5Fwzmp+pqPT?in6
zK&AzBCT+Ifil<rx5I~?s0y@K1q!RL?A}4|}`~=90`nj=+yl9im0DnXP0R%J!L^do<
z9P?FeHt5eT*3zb3^+kinx9DGd6@2i8gX&thS(nDyY{V<(PY?}eT0msFx-v5TW<JGd
zLg3ED?{wO8NG>XQ=;32WPnb3H*|(N1TlvzvpBnyp@tsc|oAuhfrSIKw@8UDho7kpJ
zA1BbdO`qP^J)McOmgypO1}v2zpeaCJG}9xF;t@a~OaYw@B}{+1MgV~j1au~C1>aid
zsS!W`fusd=hOI~?<V8hJ1ZDUMkQeoHV-<PPOeY*D9svZx5fIt1!U31+wAGxy{d(th
z37`EA9dy~K`lSDzSpM;QjhgVAg9o~Tf8A+lt9kz^g-J08G!YP)uC9y_-t(u&iVI9$
z_DR<s6LXQ#VE?=CZ?By&^OcI9ix3LX8L(7>fTjR>(GVsfJtBaBF#(+o#TYE@Ab<b@
zc>$eCTmGBm9036Y5Retn8MY#okQWs>5tQL4Kwi|(jaB4Dn`8#~BLWB@peZ1-VQJ!o
zP}R>yy_O619CpG`@yKYek@W{3Q=6-H)4F9LoE>`1w1CKTb!Ft=80Q-Vk`}mQ;oIl-
zerWFlMpd=04ktCb^KP}rpLP52`<Fbi@~fnUIetz+XTVYk0-6HkMVXceAb>#T1avl(
z%+XOW0tg^bqJYk%l}&k37y<|&P`-f9uobC<yr{^DpbS3&@}hojtRgR(>4XEtBY;3S
z0wNn$IN*YvZqZ|EF4eR5fdhN=8(03n2a`BLkD76N?mr+`=RfzHDac4k2s9B8nXayk
z65lrGVF<)1;F6OMys_ee*FU!X<?^wQeen5=RbR(Q$Dv9Q&>65)f`Fy~dC^iP36DVl
z0R*H3bT$+z7K%Xt0R&<c(3!MJym`(s5kLR|5docHD^dx0QIQit8GZufMg81ZMP9T?
zW`I8;fB*uT0wNohCQc|-E&B1FFPff<Vpdi4cB#>$PaA&nMWau><k|{;b?Z6$prdM!
zIb%eZQ-|%<d4MY{SK;QpW^J(O$52kq;=j{rb_GPHt1BbMx7Iln0tg_WAfPi~sRRK{
z0rH{>lZqM;KmdUj3FvGnEh?J_BY*$`84}Q$v?7@<%0K`C1d<TY8MY#okQWs>5tQL4
zKwi|(jaB4Dvm0-qas&_vN<d`83d&rw*-fuszSZ8><}#U@|J~|0V>Y?z15G`uLZG>T
z$aHmOWazDXN<{zx1WFOm8L(7>fTjR>(NZP}k3j$d1f&FXHWVoqia`JY1Y#7>nY2j+
zv^XXL2p}LLpfhYmDj_c_av~_hPk_9rpBt;li#Cr9a0>zmARs6pvSA6zgjmwTA2z-I
z-7U_3^j8N?`1Ovp+jJOM!LNK~^;ZYfZ*k6}>yn}ie+coU@DZb#6%d)Ou8bJpTIWy*
zAb@~^fX;xW5(G2_$crjWDr!Ig0R&nkptGU0sB9jL00IbPNI+-Oie$Pd0|5jONJ2no
z*oss_UR2~nP==oXc~L(%R*@Ga(}Dm32xLM)WW&mY6-6R|00N~8h)h>kMuy(Hr&I(G
zK%f)>odHWF2xtnB7cFIy@E8OTKtM`BXG4)<p%?@ZKp;i|ok^QSK#OA{fB*s_0y@K1
zq!RL?A}4|}`~=90`nj=+ylClh0v?F~0ti%4KxD(Jpa4&e00IakAs{kcT^TXHwa%ds
zKmY*+0i6L$B?xE=kQY^$RMda~0tmE7Kxac~QQ15g0R#}pkbuslP2zn>j)?#Q2#5&i
z3|o;($cu`c2+HsiATR3Y#wzlnBAYU0Ab<b@(E=hHR&<fvivR)$WKKY2y1Ftl^wvG4
zB7gt_r3mN@SSmq4Q-Hi^DU*c9Ab<b@QUW>~iWCdQAb<b@F$(BR+RVMlNx=vpfI#U2
zI>T0^67r%VCxSBk1jvi}xv`48XzBYVk3;|g1S%*XvSC$FfTu<P0R)l|5Sgy7j2Pcq
z=THbBfPjL4&VZ#71T+Q6iz-YiYCr%11X?7Zv!S%8Y#xjN0tjSCKxfh>@jfKSL;wK<
zL<Dq(tw<&0MMX{oW%vn@7xi;v6?svSO_?$fKmdVg0g(+Wx=8Lt009ItCm=FiT^SjA
z>z+~(KmdVK1at;0l^~!gKwh+zNy1|gKmY+L0i6v+iiKhjKmdUl1#~8D=HBF_U<43A
zpmYJ9VJlJzc~OxQK^cAm<VF45SVdm6^nH^@B7gt_6%-KJuqr6PQzL)?0!avnOjlRN
zXMgz%UkD(8fF%K)0ZSzaXbO-QjWJiip%6d-fpi3PHk5Sw<yjCw0D<%cbS7;Q??ZA-
z1Q0+#L_lZQic~^gROCcZhMxd=Q9n0Ukrx%&lqmxN1Q3W85ZSPzi{xGe5I`Vv0wUAZ
zm0>9)MlT2;fPfRw8L(7>fTjR>(e&d7JR<@KAW)`&&W2KEBP>S%0R&_PbS7=)-sGfU
z1Q0-=bOD`VD^dx0QIQit8GZufMg81ZMP9V@eUnEbfB*s&6cE|4Dk#8HBY*$`NeGBc
zS62q<G6WDnz?gu}fTa=yGzG|u%BB=33;_fXC?=q@p%kl-+YvwjfvgMYOxh&ghvb+D
zAb@~~fX=WLsf4_!$cdl~KLPTher~KHFDkMrQw9PEAP_AevSCFR$-M|5fI#L1M5e1N
z!&pv?b`U@S0i6L$B?xE=kQdE*n1T8cKp;Q?oed>Gd|E~Tfj|UwCT-^4<fLE(5I~@G
z0i9thQVDrckrP1~egfo0{oGhZUbOUmlSd+e00I>h5ZSOQD8N%AfB*tX2#8EqR|e5C
z1Q0;Ln1IfJr4j@*1;~pAl6jy_1Q4(!ptGS^Ql%FJ5I~@@fX<{%;(bVti2wo!hzRHm
zTail0i;A2G%J35)FY4#UD)OQtn=)k}fB*u~0wNn$bdlVP00IbPPC#V3x-yLA#ApWr
z1Q5^}uvCJ8rT}@-#=!u-M*sl?G9jR|p=5%KA`w6U0S^J4Nt?MhIVl(c1P~})Kxf#B
zR6<@<<U~-0p8$DLKQ~s97cG6?<dFy<fItNWL^iAn3h>kjAb>y;0wUAZl|i%&0R#{*
zCZIE5sRRK{0rH|A`2m(7fB*uO70}sGD(k?rBY*$`$qDF8+9ckG<d_H`fPjdA&af4!
zguJN8iJ%NW0rH}LZmc3NDzYh41_B5m5G^3GVMQ0oy$B$HK;{HQrmHK%SWb*~5I_I{
zodHWF2xtnB7fmi^z>yI^0D*)AbT*WP8sxADAb>!{1#~8D=HBF_U<43ApmYJ9VJlJz
zc~OxQK^cAm<VF45SVdm6^nH^@B7gt_6%-KJuqr6PQzL)?0!avnOjlP1(J}-OK){%Q
z&VZ#71T+Q6i&i|1KmiCKfIv$HbT*WhR?g!QKmdWP2<S}OB;JSQm<S+%fQW$3uobC<
zyr{^DpbS3&@}hojtRgQevMEyr0tg@wEg-UCMHk7v2q1t!<^)8ht1H7;PK<UCKmY-q
z0ZSzaXbO-Q%}Qv2IuSqsfxLjuhLSIdZxBEL0b>F>lQwg2a#An?2p~|pfX=WLsf4_!
z$cdl~KLPTher~KHFIxJ($s-X!0D%e$h-_FD6yT{5KmdUx1VpB*D}!hm0tg^rOh9MA
zQV9Z@0^~)FWgBP*0R%!2(AiKz(56QO5C~I1XVNC|J|xFP009I<1ayY2NG0S&MNR}|
z_z92~^>bqtc~Ox~nKBSS0D))$kqs-lNbW@d0R%E9ATnKD8OCyAw1WTw2<Qx0DnUR~
zfV^m!5eT|Q0D(*k=xivNW~6uo5I`V8Kxfis?oCb#MgRc>N*B->wjz~~7Zo`Xl;I~p
zUewQxRpdoW-#2+A0tg^bK>?8stAYYNH3A4Akc5E9baiDAEkghS1dIvj3|J~bKvRIc
zXhcqcyAVJC0Zjp&4Mo$3st`Z`f${}(CT$Y$Lvl<65I{ggKxf#BR6<@<<U~-0p8$DL
zKQ~s97Zur*DFXon5Qr8K*|4IE<X!|2Kp=AhBGc8CVJs&`I|v|vfX;xW5(G2_$cvUA
zC*TMOAb>#10y-N?%8m1M2q1t!Y63cwHgj)sQZNDtAW*u1&af4!guJN8iJ%NW0rH}L
zZmc3NTKc}pBN0FVfeH$UY*-Z(;HeQn0D&X~M5e1NgJ>B72q0igKxe>G2?Ck|<V90U
z9q>d5Ab>zz0y-N?Tpe*71Q0+#O+aVTCh<Nb$3y@D1VjXMhOI~?<V8hJ1ZDUMkQeoH
zV-<N(kxe<ZGFr|4_f6~H-u#N$+iu%C_qApB$$WVWY;pFZn_o3&lN;Y}_3VG8b`p7_
zFa<<5tT6HE8UX|h3y4ftSB9~i80{c{00KG#mP!!N6d*6E7EYiZ1Q0-Ay#hKL%6d!X
z0SF*~Kt=_0CavMOLum~G1Q5^}wjz~~7Zo`Xl;I~pUewQxRpdp(`FUWY8UMP)`HyeY
zwr@Tu$~Q3z{JP`d%`bbp)$G58^NOO=lm$dKtdzUv=@38wfusdQrmHK1Xc+<sAYe>D
zXTVYk0-6HkMKhXVplk#X2w6a9LkamT&^rPM*cQ;4v`N1w$?*|D0D%e$=nPwtO2~_f
zoCwPB6Cf|@=f*1Xq7~eT(|qbpC%oeVjk$Q_HtqZU@~GSLQArmf<;zo`$J8y)eE64#
z-Mmeknw;m>yAI#@?$6UavpiQg0wNn$IN)@O00Mysh)h>khOwL&?I3^v0y+bhN)XT#
zATMe=>Ogl0AYf8JXG1Z`OH&9SfPfRwnY4ktHA<TZAP}a2&af4!guJN8iJ%NW0rH}L
zZmc3N8p6*2KO6b#wpG<G(D>_JhHf_Gg;w+aBZRKg>~X`V|KFciFW9ET0Eg^8!S$!N
ztw{6Pd9FYNL^iBIv}qFo1i}#znXax3qGbpmfPgUpodHWF2xtnB7bOva00IbPPC#cv
z$s8R8BY*$`B?{<F+Hl?-rBehD2v9(0*oss_UR2~nP==oXc~L(%R*@Gq{{z6rcYU^P
zn?5eb_{$@2+3=}<Gv99o8{Fv8HCydhw=Oce!@!LmTU)_OcxsaZA{&-TTbe=ufsh46
zrmHK%SWYatcHaH$>$@NRbDx2ax*xi7UuT?i=Nadk{W|Z$yRPXs<<9$;y#47{$*FQ=
z1d<TY8L(7>fTjR>(GoKQJPZK@5YQ3O*-&&$s00B75QtYmXVUh(y@4+T5J14HfX=WL
zsf4_!$cdl~KLPTher~KHFKRp>vG9kj_8aG}r2p!`39aVxv7&!Z`gCtJ<6pPlZG;2=
z#qpDpelCt5nt;fL6&gGJB7lH-0g>tI%19!tW$c)*fAq!W*F4m&ecyaiG^lUdwyU}L
z^7~%<@N;9Qm39mZ=nPmYK|oW0ylA}90*;0N0tloaptGT*&@4}Z00Ib9L_lZKS`CTO
z7Xk<%-~@Drtw<&0MMX{oW%vn@7xi;v6?swHDTtqqd1KvW^s4HgO#aSxr#jtja^w5C
z=)%VLexXwpl^75Z*{}>q(gFeqAkbJqWV*UC3}?n-Y3<<|uk5_bpxjSc+jr=H{K>cN
zx%ayNlTKAtb<eA(8veTA@+l{DyJLrr19QFautWa`AAd0xQVxPZ(gHdImP!!N6d*5J
zkpu!yiU0x#lp~<Cp_J1FYY{*I0c8Q5NlT&(0R#{*ETA)NMJgdLDsmzy!%u*`sGl3F
z$cr`(4A}eLeafY~vb^P~57=u>x1&Wr{_5cC9s3p+Ow%oLapE7fO7F1?h-_G~_r(Db
zKmdWt3W!WsS4PsotxO;P?njokY17C3e6`aqwY7B%=DfaU!8?Bm>dUn}{QAYa?mje^
z8g;*(KGP?Z;sX)T8L(7>fTjR>QRSclwIP520tE$hHk5+paU%i<AYed1XVMzZiP0JY
z2q2&{Y(**|FDh~(D8o;Hyr`cWtH_I1HlmR1voHE_oA&+PHRVm~-%j?42p|660zdDw
zz_D+&e;w=y#3&%LVa3=Hhe7}W1QY~BrmHI>ko=fOn+sq5pndxq_rukpM^2dj{Fgz+
zM4L1_bLm&VJMJb&(Y9@$XO_I{fyojC(iG4cuvCJ8rT}?S19=8oKmdWz1avl((B$bC
z0R+Mk(3!Nv$q+yQ0mA}1!&amc@}eRqf-?LB$cy^9v5LH?LQo;08a8_TFYaox``YNS
zwFx~1hb<_u$t@o`_HEks-C)s=1s}kT2zUsHY*-$ZvjhPI5KtBnnXaykG(%h&dahLs
z4M!h0!Tn^l&;Fxlz4UF9{A7TCeEOB|4mhOFfgEz!*iY81&Csc&)Bpu^1}v2zpeaCJ
zG@RH2og#pM83COQ#SAHpAb<b@O$2l%t>K&)ts#H_0y@K1q!RL?A}4|}`~=90`nj=+
zyr^=3q0HJge(-B|DcOCsn*Fyj55@8p32c1dSO1Wo_a7}<$b%7x5D?k0A}ZuA1Q0+V
zivl9k)s+!omaLSPADi`B?#HT$Q{N3R9a^yE`=0!us&%zvdGPTUOEKgz2vkZyXTVYk
z0-6HkMVn*;_#*-cAfPXxv!Uo)Q6T~dAmAsUGiiyFA%Fk^h6Qwntw<&0MMX{oW%vn@
z7xi;v6?xGt1{+GO`G4}Fb4e}!y+pKF9)^4@j2xtifXIf`q$>W100IbPT|i{Ix-u#i
z=n{Y4KlHlS1tX6+@s@(g$zX3h@wADK<;?RYil08p3tT{Fz)}eUngZlS{UQXcLI42-
zDkz|{p;Qoor$zt)1QHd{nY4y;Vzh<;0tn~~Tail0i;A2G%J35)FY4#UD)ORP4>?5C
zPiip&C(*l*Pn0*<gNtlf!TQs9%mRyk+<>oG1Qw_Ie~5_rWuQ^K$aHmO1fDA^*8X0<
z8RmkKwRH=EjfNI%eB_Nw9LvtT3|iIDP>hb-5vaI;&VZ#71T+Q6izb>h;NS=#fIt!g
zIvYw7-Em9=5I{gdKxfhtCqn=M1Plx43|o;($cu`c2+HsiATR3Y#wzlnCX)}jrbsPT
z>f|C{DS6w^E3#qPMy9(&1zOGhkIja@_%FY|``0@UaWN;p$`{zCP0iMOU%TaL4{loj
z&Ia@UJJHi;_~0Vb)s<24WS3w8AAYks_cw)KM&BegdjC@&=49Ue>}$ajM@b0e1at;0
zl^~!gKweZKkU$LxAb>!N1avl(7M0C|5kLTe3<>B=TEjUpT0;N<1ayY2NG0S&MNR}|
z_z92~^>bqtc~Qgp2U3fbI=RSKO5XPKifmZ6k?Afefki)VHhAf;cdRWxA;}Sn3Ao_s
zCf6@d>I`ap5NJZ(iA+~l1_86?0&lMPGWVK)c<#z3fyu!CIBm)2IhhyU{-n7Zw;&)Q
zpfg~p1OZI}@}e2aEl?@~2q2IX(AiKpBM2aXfK>sVNlTmz0R#{*ETA)NMJgdLDsmzy
z!%u*`sGl3F$crYFJy19-sm1^6EG+n8<3D}&^WO9SrQ7{m?=^ax?fP%izW-KxU;8g7
z-u+Mg7XM`Ox9fg0a!h#`<l~a$IE@8FHmt@a@jU{i2()_kzy9T<dvduZH+#1{^WmS3
zeD!CeU;D)|ce+o--1x4~`0^9@>0PUSdfUe?i0d}8ZQJz832%PstQfbmQqHe|$B0Z<
zSB6NwOR5a=qQzpdPdxXJB<<2=E2T~u#URjFKxe>G2?Ck|<VCH99Ow%H1Plx4Y$%42
zX$=7c0vFJkw1#tHw1xlz2<Qx3kxIymikt|_@Dm^}>gUEP@}dTE4#irCH?`Pm&fk7|
z=Smku*?RYp+qSJ~{<Xzfj})t<`Ry*N+589|w`_6lW6clV<Q5lI+We|H+qCPO%hDA4
z@7BAG*mS}>vBYfRm2c7xe+*VYWWx&9pT<1}7XI*y<0s_?ubbE#&iXgc<HVHbxBBcG
zJ-X%>$4>l5WVF{Tt8FIKm&kN=Wi$?1@qJE!yeN55{w`!%Kxe>G2?Ck|<V6F|LeM?}
z2xL(}XG6)N9yKF?00N~5=uBGTWC$RDfMEfhVJlJzc~OxQK^cAm<VF45SVdkmq3nUe
zVarb~wwnK68{hY(`%KQQ_OB}zv&`SV<r$Mp?|NM{blcwLe{FHrl;|hj<kpY2=`gVL
zC;H{#H@AA`-=mMY-h0cJU++`!fB*$VHmm^UX}KJMpI`HAZUVcH!7S%EtX;pr!XLIc
z|M8qQznFggT#XXQBGc8Ck?B-eLdBC8B`=!LON+y%BcL;2sRRK{0rH}y1O|8v0tg@=
zC7`pRNU=~10tg@wqkzt&HJlTpH3SeqKxf#BR6<@<<U~-0p8$DLKQ~s97j03ZAX^VE
zKef2-qeM$ibqeN1H>-W2^!oFU{PnKGHhl8`Dd$|5FJI2Hv(~DB$cAN=m%fq^*l5PT
z=04l`pD%ebiQ{w3rUHw8{KawWK4o<4Jw|RY|G%5w+bAK)U5y1qrmHI>o%mL^o`t+9
zdC_dWVyU)?fX;xW5(G2_$cx69E8tKFAb>zR0y-N?I{or22q1t!`T{zWmN*##2q0is
zKxf#BR6<@<<U~-0p8$DLKQ~s97i}CEF!p`<sl`m^McpTh<|Cjj{l+!kYTkc(zaGk$
z_kL;?8Ws@QunY^+TI>RwU;fOx>|&?k<xJGrtFnE-jixqi+oq3W-*nttwmXfnJCW(?
z%4m|a;*U-suDs~nH`hG$%!)C$F6~u4?UXa`I`ELXjyn!&)3&C=4*mDucl60;OuDlF
zjN2x^HT(7Ni{&#*x&5h^zPaVWH!try-5s#=!Q*!5I577Vd+jsw*six;aQT$6x4$rT
z;b-&TZYbqw(T{oJxi51+-!5IYl9vhsvI05-mP!!N6d*5}e*A!EL;wK<$`sJqP|9qC
z<p>~vfUJPdq&1uqqcsE&KtN~Mic~^gROCcZhMxd=Q9n0Ukr$0IZ=iOl@>7c$$cvu)
zSV8tyv;RH!p>{1zism1`#W{}_JaQ>FmM>q*v+$VE1VlEh(Aep>9D%L&8S94X&##(W
z&Oun)Qh|Rt`98<K<*5&}bYZZM7n!cE4B5n21q&-PFZ$^GRkd{sx*UH?{s+AEe$&0j
zebbhF9-Y-}e(&AW-#h-4+t+*W+yh)fb<Ax`pIx@L`Eg3Wg}i75UzR*|=>j?fmP!!N
z6tJ2XEqzMxNCXf-Aaepb8;Weui^32<0D&?EbS5ovG6WDnz_5VMuobC<yr{^DpbS3&
z@}hojtRgRJI2}=bYEeHg`qSH26g-2QUopGbCHsHsw`9Yo{%wOrKf13Cr~h^HUbBil
z@+XtOEqL(t-dMi;dY^&^1SlY~VFf5p%YFi_X8$cWT{r&IXMRUum7l<7Ltk|A>wYCY
zzkt3p0g>tI%E;WM(i93VCok$UoW*{|Tkq{x4VYQtr-06TYwejA+`rxfHh;i=2acKk
z{FkK%M4LR4yl4t9Kc1p|0i6L$B?xE=kQXg~&Ts?-5I`Vh0i6w{%s3Xy5kLR|Spl6%
zYd9xHYX~5KfX=WLsf4_!$cdl~KLPTher~KHFKReVQGRN%abEOSzrFsS`Ym?H{K*5~
zG{5BSZrSpT$q8Y)P-wwt+<LbW>tdhH(;y3e*rt8|f=f2J`Ge+<-)!*Gf)D=1aTA+A
zxRhJUmoMd6cuZ&lA{$m{?DXp`kl!peeCGf2J_rjv1b%wk$Llt=wl#&f$mW}7@VAIe
zS64>L7dkWXbd}1By1zu-d)(V3qS^e9E>qgI`=o+DMwW78r`>9wdg<Hdhb`q6@}ik|
z0aK*TfTa=yGzG|uGA9v00D;U2=xivmK`#nJ009Kb6wsNp#K{mq00F}SI>T0^67r%V
zCxSBk1jvi}xv`48s7DebD@)2xE&k%DJKXOPb{`GbYTke5yWZ%D|5fk`cyf8sUmkW-
z!Dsy0*f;Z4HU8!&Q@$_w_^tM<Yy7bP`F`OK+jJOEaLI<V{_TGrR&t`Ie0h&2Wr=wK
zkqyhdGY!Tiu<<=#<mPIt`TrHyF*!~t0vq4``9I_r{C6pj=P@GF)s>OCOQk6kT*17k
z`+GEG{DSD{=7<}X6#N0Q^c#=u`hVCv4=^jLgZ;bo-lQ&7L{uzb4{A^&8WFpK4J%mF
zSe7Cn9i#;nL{Y>Vtf(jmir|uN?8X=q|1m~mi-<|S#C*n2-S2-k*YA4WJ9qBAXWBb6
zKc9VkX3w1Rp5K{$&+N|2-0R$jD0G&*Xb6`dLwF~kW3VWJfF=R*qTYRm9v}b#2!u>P
zXG8HA$D%m|AOHbb0y<8c;G7s!g8&2|pkuZoO2~_fECe#_2#^=G<3=m;q6v;k1e96~
zIWJl${Au1Gy2EDYBuul#FFQV_Z#8yvq2+FS#@&uhn$LT_P!pH(fXKUy$f-0C5ZSQO
zfSNh_Lg1^sD5=Gg|G5F=eIZb8CnD}@WE4sUrnx+uioEOb*URPL<@4yXw}tC}^_N29
zKJn7_e!EQ0*0esbn3|E~g-oFtQ4Rs$3FsIsN+6&~fV^nPDKCbD00bc5oq*1UA{+EV
z7z7{y0gnW9oR&Bl1Rwx`1QXCPTM;GXMMV|@8FmE7i`sFc6?xHeLj^IaA5dyB<h*FR
z5vv`azqcH}wa{9aT&QD{=JTE3M{4?MRkg*jN&Dfe3XS4Y9uRq#5jm9x0wNn$8c;Jw
zUkH#F^#!9vCy*}}nuxm^8NMgA640TSRAjxp=#V3qO#flc9qV6v^y$Bt&ynB!(nsr_
zdhdrfKfU)pvm9>%Gli4pJYERn-JAYcsNuc`%(?#Vmo`4P%?z~Z#qA~$deRvy3so-q
z7E?z7UdT9hNFfA*AfRKgD1m?`0rH~WgIn|f0SG`KWCA)HipMw>%^?5*2*?u9aoPmu
z#F!ccAOHa!vlUT7UQ}cukYPuFyr>;FT9FqmH&hU#`T?aD!_12|Sod+EXX_OkKPj{p
ztuKAlu~oDAFBWRjYMgUkwC*jYHMNCW6)F#ie4*hePYD5$4J#$InWlFFq!zt1wCe%#
z<#H2oS0f{cuvXmr^pc9q<VAb*tp4t#hu8k>?LsI_p7W&B3x+ulJ$zB2hKpDJ%JGJ?
z|E^OuKKns_s}o1w<XC^iIk)ClE?VM+OwrD%00F-U=ol<YAfQQrylBWNFNT8v1R&s@
zfX;>@8}vdL1Rwwbj|6m_mN*#%AOL{`6VNeR5hdhBMHT`Xb_B?a+Hs>5dC_u11u?20
zP--#EylCt1Y;=6E-sZx!E(=lU{i5b2qJ>(uJ?mb_flOh=WB)GHs!(}A<O>Z)c}fU~
zY*;Cw%{09eAhqb7p<NG<FPEE$yBZmO1+<dXkC#;B?dyI&W&Y;JpWjv#h^b>jo`r4&
z&F9WL_AvX}pEx$Dn)aw;{o5Y-on!rBCoXra?_TJIjC;?Vg@BI)bPN_H5YQw*UetSV
ziyj~V0SJUlKxaeo7{{VH1RwwbSpqsvo8X)nQ-c5mAfRKmB1*`MiYx>&><Ew-wc|!B
z@}lL23Sv}0pwwb$dC`g|KI_)A+VR19!-xLvvJlOd{Km0W#{(BRx2mb_vh!reCZ@3A
z1AlXFwe^1sl?Oz=&~TKegn-C~l@i)a(>noDi{2U9^#J*Dxrw-|k>O)TD=}S#mWrG(
z`>{f|g6p4p-;w8%Tb^-jvgoF#9P2;y)3+V#pMKu$j`iIOLnGrZgR>BDC!k}nD1m?`
z0rH|Dr@R;r0uX?JcLF*aifqseVGw`-1UwSZaa!VJ5P$##5==nHY(<oi7Zq6uWY`fP
zFKWk)R^&y?4Hd+wen6?k(DI@!W<2HiRK5LitK3(i(Y+r!HZ+AzuKz=R+vc;JANOZE
zX?)w;`AytQ0wV7|C}$H-KxD&8JZC287Xg1$i{@3&O;)_#`r`GS_ncMtPYLqA+MaQD
z>B_tIo|xZ*MM>MU?{ge9=>8oC%@+DgKHF`A4@BJ6$Z(HcrSoiPsmL4ecmCH#=5BCZ
zfxPHFPyEsGhO=tg2FJxJ^nTGR7jAK^?_L-h8Fv|+g@8K&9fL&)1T+bd7xf<8q6Y{-
z00JQs(AiKt#<6G)0SG`qmVl1aCO9X?)F1!>2<Vuth!XOmA`5{GI|AfI?YPm3yl8^+
z4*{hXL&}Rj`9+uhQyrheH@f4!BCA$Y+j)<fj%~YjAJ<~qFDo{DQrAOGZG&|m7y9t}
zZ1W~7{#azVycdlIM7~@Z)K3@zkqs+hRGCh21iYsfD>i>-68pxbI~}kf>&b-<+KpUY
z`dsRwq20!M|7v^2J&uD0-M{0Y*+TE+vt6a+K*U{*4ENYoI?sldio9j*tA#wF(C5)_
z{`E(D>@_{V)vmiwH6L)Fzg{Puu`<81DS6<>Z|7GoS`r$WqDrU$0T%)~28$91Xc8bV
z8gj~u;UEA32zV!;v!Tcay$}Wg2tdFi0Uf6$P6h!8Kp?>cbj(&n33*YGg+PWK0rH}D
z+-OB!G{ISjfKrR$<VBk<{hi|@^^ONGDP_srUm5DybD_ef%U>&H#N0Xok<T51;}jAQ
z*|1Vbo+;ZA@Sa+%dzEO(sZR2u*=6!hKHF7F4n*A5$Z*MArS?>4smPgEZ*?@BgAQHb
z0)Oe9&lhU7a?LB7Uii?o-Tcx=_ig#ph;wdpta;vL_qg=$aw;@3E*dxmfuaO-3>GC2
z&?G=!)O&D?9v}b#2!u>PXG8HA$D%m|AOHbb0y<8c;G7s!g8&2|pkuZoO2~_fECe#_
z2#^=G<3=m;q6yAI1e96~CokIRpoNZ4)tfAL_&|AwMXagqIC!yR59Jm*euTZlh&gW=
z4T!w^pqx!S0g(+W@tm2UUj)3T7RieidVi_=8hI!0-hcAWinyzhQ8am#!V00KB8LoJ
z;&_XA#k?onv43y!BaRJADLiu6wU7TNQ|dm1<Jr*2IF3#s1WF{JW3VWJfF=R*q9Lce
z7!CpufPi-bIva{?&<kM@fB*zM63}s4;$#qj00a_DK*wxFl#mw{SqNm<5g;#W$BkCx
zMUxkM$j&IB)M5yE(X8@%kJ>vAm|;FdK0878g9Z=(qif$Q>h)mpt@$)$_kr@yX7yJ*
z{%QVMN+4iIKxD(R6HluY67Zf{j6q)X?E4&7*0;~2FVMf^pxHw2<g;C+<Uqt-jf@iW
zSE;HNPAc-o`+wtji&)vcYW-917X|*qRnPS8H_5RFmqHUXE%ZtEMMpFh!XZ<N66!#}
zg@BI1q67k(1jvhe4{p%|1Rwx`kO}B)C?4ZjG=~5LARtRX$7vIs6Ju%+fB*z^%vMAR
zc~OytK!zOw@}hR!XhmK$!C8oaQi~zvMcWTw<@k8L`Ml@LTCWBV{a5FKa~!+MFDz8E
z;eFf78q`z{h<v#+sGl$bA{$o1s4|`42zXB|>gPoZy@1-UylA2R-B-;!dH4R4cUHt*
zjSQE}RccR#kcwRU^LGlRJtxe5tVHtWqvz)>|M{K+XXM{u)+_1Wecafo>mT{WyCwEq
zs9FeQ3Jpy;1WG5MW3VWJfF=R*q9Lce7!CpufPi-bIva{?&<kM@fB*zM63}s4;$#qj
z00a_DK*wxFl#mw{SqNm<5g;#W$BkCxMUxkM$j&IB)MC(i(S{HGz21ZM%(q>8PpsJT
zd3JWC9z6L)%gH}=kM49Bc9R*j?b-J^j$5(u-=&WAe;-L75czUtP(NV=L^iC1QDr*8
z5%8W`%*~5-JY-4B30sZ3HoD_IN3U)-a&<s+F`-Sz5j*cOv-DS9yJ+*hfA8d7)F$$j
zh`SmYrAM&RQ#0sP<hrNcAGDwIzb!g)*s{$peN+nS&A<L=#XZ0N_VL#_dPRPr8F9|C
zpIUzseMVByWJ;Mhbs$ibfR4eU1Ol1_$cuUpZqWk-AOL}o3FvGn9^+UvhX4d1AWJ~U
zX%n0iV`>n900eZ*RzwMTQIUl}h8+R&qITS9MP4+K$%o9O0!l3gofmC0dTsuLbyL!^
zy2gI7Hh*pcIc>%~yyFqeOzzb5*0t}X4o9zOHFk5Od$wh|HOZg+aZP25I8Z?3?Wg~L
zK~{Q*H35+gE7lAVA0`3ssl^UMZ)o-1#~a`LX2que$tn+e56TXdJ=k%`wfVb)DQSMy
z3)wne4t($5J9#hDiDO$4cQrDKCa+RhA<$Ih+Mm6>$6nJNf57)WV9v&8KPUybc~j^S
zM_=REiF@JhdtSNfq2HD=gkzmR$vBQkAp|T4=ol<YAfQPgsd-TgyPydKAOL~55YX9B
zWP@G^g8&2|;E{li(-J3x00bbAU;;X3E24zFsK`Pf!;S!XQ9Ew5A}<=pU_*(T14=Ch
zn$@Xz?BCrgs~jJ%S8V*G#EDx}tJv^~<Dl(NzTKj?fXG`Yp-GYmh-_F%LdskMB@j?*
zG0;6IABg!k1&+Hz-M=Q-T>dMs^V0i4^dAuUd^m|I5ph=|BQ8%!!_*mED)Rm(-`r)_
zDULtj=40j8KlOeo(_FLlt$w>qcI>3Y!XK`Brj&v5>jXz8e=JHMU`;^BU{L}AO#<Xa
zt?h+|5P$##q9UNPp?HjA(HsI0fPgFk9j8rjPK>ER00I!uF<TKO<V8gm0vUD$$cx%>
zqZN74#H1baClXL<G0?0|%PW53_;|g|`48q#(8rP%GoErBx7qv`Ek+55yoC~)B#D5?
zhLt3w%q36)0i_lL-GlOhv>UP7ad&7rertYZi;^Jv4~V?Q?Bdcy#9fVysGfK#j~h@b
z@<$u~&}XL!jz8VzwVx0F{GC#mJn_=@z4w{r*vZgim)^4W)yJOu(0o+=rWd!HZ0e=s
z9(1f}3h%FZvy|cL)d`49y;1lU0v-wI7%WO4ph<wds7I5bIRqd8f$$0FY$&opFN8q=
z0ub;>K*wo`lR*Fi5J)fq9kUftLS9s4A&_B5fV`+3H(HSwjZ2upLT5m!#Q?K9TfQ(K
z6Yuyi-3)3$pu{E>Pkh#8m#L29HrVjrC3ccqEg<r_LvWlz0wNn$3du8NI|2cv76aUa
z@?QSgVBN=#TZ1X|<(1a~^&b#<yUQRJtwh|_$O!*gr~ZgRq#{?Yd8K>zagIOTgZ7)V
z?y2`m#4`I@=YQpN<^^|{m}q_{KfL*A$3cgmvLe57(UKs@6djZb5Ga>`j=`b?0-6NK
zi<avu)Q12BAP_kLoejlf9E;`<fB*z!3FtU&f^%X_4FV8=fR5RUC?PK@vJl9yBS2o%
zjvKAWi^d|!U?(!5)M9X1oo0()c6^N9e)uXo0wuO;d&WJE<F-5X&Jug5S1lm&^+w^_
zv=I>5u+oN|`C1bQD76^e9+W@R*5BFaxI47DaBY5Ni;{r)4~V?Q1mn^~#9fVy$RB+Q
z3h+G@x%7_b9e=J(;lV=|ZFuH`(jgpp@KugoJ^J)t3U%_$BNmt2q)=DBlPNS1<q+^f
zK*wNF0s&0|<VC$W3~eC*0SH7wKxadd4SFFA0uX?JM*=!dOPmY>5P(2}3Fw%uh!XOm
zA`5{GI|AfI?YPm3yl7m)3>G>AN-YMJ)v2lNG-$5lGjuZ%i|IFA{#x@n&sJ>u)TOO?
zvuNA1?sXj06gIr~LzlKLrvf7HG9staKtN=}N&{-<=nH{>Qj0<DL3uA1H5){?p4E;U
zM8k*v?j2EZ{Rc$e`;=vS5OG%{Ba+9R;)D8|ikx@d&m4cKP2rKlmOcLbw$f>s%8p%`
zM5s$Aljc0`*y`p7UvX*Wc*<Wgjzdrg0q+EK3>GC2&?G=!)Vt5n0|X!dfshI4Y$zV%
zSTu(K1Rx+wK*wnloD*Ye5P$##bj(&n33*YGg+PWK0rH}D+-OB!R5rcfU06V=#elLp
zjc<O_@d0|rZ!ES$(QN*UnGV~HSl#rRS53U9V)JL2uFOHh`?j~7u(eCSDUO4h!nWtG
zu^ZR43W&V59vUWtfXIfG44BL!1Ofr276aOY@`1FN@s#5R(f&ApUU?l{{{fNDN0gWn
z5qC8*LVnO0i{X4sMNXQ#$?=EU6rObY%1tkBFAGRkSiL?^IdhduKUZD<i+c4l-!543
zOP5xTr?LX>di-_A3KT*>fq;&|q67k(1jvgjI29To009V;ML=gmkqvqw3<3~<fJXv4
zPD`8&0uX>ef(huDt%wrxq9O}{3_AkkMeVrJio9rI(hm6(@t#^VnaR4htJVAJKF;w;
zcU@t<n*aH>!NdQ^*Op(h<Iv@f-I~{g=2tGIB%2p??AE=o^PaP^;nGsZs#nK5`Fb7l
zEd&e!k^fi=2$V=5pwwbWdC@1o=+b|x<4)1&j`vC=;8rcj{sSWKHl4h;v&O5kh`SmY
zWj&@$NoBuMk(W<c>-ZCG3eOsS=jN9_DwpR2TmS6X;gF$AT)HZhS)I51=Ps=rPx(d0
zv2zL`;1>ZMgGC7hGzpLw^~-JO2Lcd)KxhPXHWZI>ESf_A0uYcTpyRX&&WSNK2tWV=
zI%X@PguJN8LLkGA0C`b6ZnPpV8m~x0S!%tf7Tcb4zvH9uvI<Mdi<-B6I`-LR!1Ntz
zYRj5+wz73zv}@l<4cB`5tYPouv$Nm;0$Bng8&*~i2M};45Kw9{oV;k$rN49Bl{y~0
z#C_H!o(;7BfXJ6PwK!H2aaSWFv`3sV8pwMpa`Uf0I``7M9e<)t;icmqG!-m>tbgkL
zLVa$0_Jcwlnl!0ntLuLBLZK#w%Ds~*)HCG}@R5Ly!J-5Lngqy;`e-<G1px>^ARGcZ
z8;Weu3t<p|00cY|&~aMgWDtM=1QJX@$81HEkQWtM2xQn1ATMgijaKAE;}~oxQM32d
zVrY5MwrAbz`1HK_+~-Q1Y<@Mnyr@a2dJKyiCEm&BPlpl+h-_Fa1O!SX5Kw9{oV;kK
zgBCjON==skp~UICR|~ZNfXKVgDAs31+||ek=lN#5M)8=6eB!0;r;WPR@yFQ|PMH0e
z7aDzcp6J-KiKjYtyY!Cd9qXII2Y&pPV-uG`k7QhW<`e{cB%oukD1m?`0rH|g8V+4S
z00IyQhk(w8;xUdza|l2H0<r{joHoHZF{TCq2tYu`Y(<oi7Zq6uWY`fPFKWk)R^&xv
zop5j$?>)5`PF}RZqyKVzdfv6y_=+u`yU)?(tVLe5-6?leZ2Hut&k|30Ctu<~R7({B
zkqs+V%$ckg0s*BKL&%F}J-puD)Oo-R>sMaqk_^26TfY35Y%hCguHeKUi@2+i5zh0?
zc#YyE75VrJ9}YWldA%Rx?6-54{?sE1mn7=&lULla{xu`O3}HU(-h6od_ouAO4qfk{
z&rTCeopQx^Aye*H)Q5mI0Ud)y2?R6=kQcSK7aBqU0uYFbfX;>@8}vdL1Rwwbj|6m_
zmN*#%AOL{`6VNeR5hdhBMHT`Xb_B?a+Hs>5dC>%?AhL;+ipMQ8km2M-TaDdZ@40#A
z+g9VYcv_t&zi7JTl^qXT>ezX`!Vbr-G`KtsxAlLs&ApS)cEte%vIImntgIdmAmC0Q
zzIoC1!&lYYBQoDMpZC1`luJAtbpHX7FL8EptR~{FMn+UmJe9}wl8SVBpQrhu?%A`t
z#IGCfdC3vc%@4fd=oRG_es|Ktj{UnAdLiT9GiM>-BLN+QMF|8n36K}{(QxPr0uX>e
zI0SSy6pwK%nnM5r5RfIH<FpCRi7_<@KmY<dW-FqEyr{@RAj6ITc~LuVv?4DW$6!N=
zn!TqML&%F(Z2ru=N7V7bdc}rMN}Q>CwFc`yZnoq%ZN@y@;oCQM-eYFBp4HtdtITWS
zc06KP>x<TzOlgA+|LxvGxo5qTFLy-hr-6XThLr}?%+VJD0i_m$e!pnLhyL!kC3WpR
z(U;eC2Hn3|yMW01a#d({BI2$_MmWzm<28zxRHS=e)bS_XvGDr4o%5oG<k811b8J$2
zVc&j}Hazoz#iDp2V=<g#lP6x<{=-$zjJjy`!9x~hr#xWKX$k%swBPKZ!<Jq&cFiqo
zUv*?cVLbvm28$91Xc8bVTF*5276K4}fIb184MjHSg)j&}00JHf=r}ELG6+Bb0tqId
zW40nn$cu_B1TyRhkQcS%Ml157n$ZPcRFPWr1*1hLkhg$FlcEGfHmssLsQ`ftfq+tr
zLFYx=j9!~fJ>?#>tgi88WrObDhzy9lFVolTM8sW<4E<-L;Vbl#iVPtyy7Ac$_TFb!
zu2+<GT-m+q_VusXQT0N`Zp3=67OeQ?p#A2QHQ$6)KH}Tg-1_kE>S5vAdIWR~79|kS
zBtTxYo@wwc1RwwbeF8cgipMw>%^?5*2*?u9aoPmu#F!ccAOHa!vlUT7UQ}cukYPuF
zyr>;FT9Fskj4t@1iqxVn7%e)1yahCx6eS?CVHMR$1qfsa1e96~G%s55*uTvSs2vkc
z6&rnc<#o{g2TDG{7q*DI8X5Y}M#ER=B^4P$Ueo}2^y$A0J$9+1Z@3rkzUP&9KKlQx
zk$NFxJ!q!krWd!LHTurX>?$kA?tQ?dZ=E##;G?FRlEaUmcKms>6a01T*|UZmJ8joJ
zCuFAIvuE|RMNfL<ne65|28$91Xc8bVnrshbb`XF-A_?ehD6&B>gh2oT5b#Jq$7zX^
zK>z{}NH75%vlUT7UQ}cukYPuFyr>;FT9Fq`aQ=bRVpNL@`KZVzdt8wXE7_2losR_K
zm=|q%#ZMgbU2V>P&=)d6_n#3N5P4q+Xm%pvu0}>8AE$bpl$TUwIC)Vs!Og$^=*Ihh
zbNEqLI~quSp-GC)S^Cq*U--}q94}<NjB6%)%2}&2lNvPmigPB+zjV&x6n>p{*}QCO
z^vZ=>ydX_>TOET%2?R6=kQYt12QoVdKp>F>bT$-^aV(lc00Iz@C7|Q93C@WzH3&ce
z0y<_ZqJ+Gt$U-2)jsSU4J8rZhFRB?`@I@7=MPD#lbOLz`Xf!EGKxD%zs*?&3$Pfr9
zwHV<0MYnv>weO_-WS1#1gZi+nLHED)e*-1&1A+fjsMeK;yBZmZe4OfWQeIM#q2)!h
zbA05N?_PWRbC*;-aQujy_W#DbK08e?pE%#EclCfhryYIVvU4xFd-k<Ixo^v#Oyn}#
z#QMMs8S6n!!-=yW%lPCGCrrC^_M#LfMYB`BX!@dk247)lbniay<_BN#LN&o{bqp3I
z5YQx$)VyfcDmj1v1R#(+0y-OtY|sl~5P$##JQC1xTH<67fB*y%OhCtMMU;>i6<G*m
z*byKvYR8RM<VDp&3qI;0wdf<vvbutNS-7ZNA_0*Nt3<U_gFx)^qRke+>=+hpKYW!h
zs~L3vS&;#e&-S0Z0}*#MG7_8_vz}U1sYq+Vp*4(z%tJqY+k{|^RSq6HHF=NzEoOAl
zj77WcRR`qYA&Y#80f%<|gf@_l!J-5Lngqy;T6ix_AOHafL`y(tL-82LqB#U000CJ7
zI!>G5oETGs00bbQW40nn$cu_B1TyRhkQcS%Ml157$%{Q?XVmnXS2NL<29NwRTgX8O
z1jvhq06B$2h-_FXB+r!X2n3W`4C?)&HMN}v&2`L+8cVk$@U>P!_n-6X&Va~&Z8|x_
zC7@iyU5$*;5?nDFD3VlUEcir1=JE+^jZgOJJ8sPMh0#8y*BSkc?_HJIJFffD3$eIz
zLKdlGuqc6mCIRxII)0842tWV=B@)otP-KH%2!j9wAmEXJj?)q+g8&2|kYEBjW-FqE
zyr{@RAj6ITc~LuVv?4E>fSg02DKww^T;}m*!!>^`REP2)2sFO!?F{*fP5%=_|MZzo
z0wNn$I^i>G3jzV976ZzQHop1IjBnTbf5&euwwQZ<lc4+09WfyCxkDuESj1h8jF59&
zu^29rR3u~y5!m;@ImRRpKVf=_57SdpZLj?&87yay`B5QmX)f0>Sd>6OlK^?ql<X8t
z69N!O5&@kJ#bX?c<`94Y1Y`;5IBkM+VoVJJ5P*P=*@`G3FDkMS$gm?oUet~ot;mZe
zEc1{%orVwmEt7j`c<+a~<s1i1py{&T8}eOyjo+cBHt4bFKRpCQHmvjjXQmzrcuy_1
zJ$FsFp4Iigx{u3jZ4Up>uiUe`!NdP3Wg<HcUGC6fx3Nu^zg9}~qIH7qKUaWv^0~dG
z;aJ37jf^yh$_mY$yr>SDbx*yQ@yXM_H!n#~{Jqa*=qWP{nF9u2RcNu&T&`oVD1m?`
z0rH~WO_&}a009VuOh9Ktkqvqw3<3~<fJXv4PD`8&0uX>ef(huDt%wrxq9O}{3_Akk
zMeVrJio9r&gAg^fUHeQlk1w0ee=*6^)caK2R%16C>>UqW1a=7cNI+!6@^MCVm23ju
zQ;TiSxj&Ol^78*u@}dpz+wM3-mjTm#iTwxNf4vLIJNbGYCjMIycQrE794ad`ck-e-
zWNv=&m5fzhG<{LX59P&&J9%{7Ygc#fcSWJaN^`l6!J-5Lngqy;iaR{=AOHaf<P*@@
zP&~%5Xbu4gKtPs&j?*SMC&ttu009W-n5~Es@}eROfebqW<VEec(TcoivQrT4hp#e^
zFWaAZTe7FAHM^SHjt4C=*xOw2kd`pLU@d&gA|SG1m8F@=X(r%3wHR7nwC!2<W<pT)
z{@;A=bH1!#(EZmF>79JN4io>ah`SmYX%3YYn)_Xkzn=NQTzcp8h3cfUJp3f>4fniM
zw-%LE`47!gUNYkHd4^17_o{SWite-4F<6v9K$8G@(Uk8XOdkReh$8`=4MjHSg)j&}
z00JHf=r}ELG6+Bb0tqIdW40nn$cu_B1TyRhkQcS%Ml157$xcBuTkz$B-Ntvko9vnD
z%&ytumoveJ#&^Q}e|6R+0ZK$RtOSr`3gHm&o>~kiFWTVIe`QR&-v7Jy8eg&HbMLHz
z?mu6lck=mtCc8w$U5yO)*i|~uX7i#8Z~SFC2^5<3nyqhTT<e}E{#dAvzvY>{Xl3Qt
zI6l@7RP)Ho=bE)3FY0)`=@=|ZAfQQryl9~QOy>}Q00e>{ptGTPjAPLp0uX?JECC&-
zO>j<(sX+h&5YRDO5hdhBMHT`Xb_B?a+Hs>5dC_D?Aj}8pnomVHPcS>}zo25{Ckdad
z!22^BuK8=1-KH7f?T=dpZ3y^FKxD)6cT)70U;^G#i{a!&TaDeE$z0X@f2(m@d|92K
z`_C8YoqT?u$u1FbS0lqQZI$xE$DiMp`PnpK#gwC{H~m}JzM3Jk{;ButoeJn%@}h<E
z2INIuE;${8MF|8n36K{pWUZ7#00Iz@C7`pR$OgR-1_1~_z#{=2rzK7X0SG`K!31>7
zRzwMTQIUl}h8+R&qITS9MP4-75ePH8#<#uGwMVsipxp7$s~fKUd*bIC;RGA4{!8aU
zb?+DIvdh$l5B@DeB@CTN0wNn$BH1#jAP9I*EryU6t=RmTd5>r&b5-yE6&rl`M;1Z%
z@3?T@$vbwN;6f31H8NZ>S7|;qXusL!$8-FwjcJCEKldvaZZTMP-}B1Nzy2uyY!D^n
zMGJ)%$cwsMZ#o8x5(sD#ATL_TS}BJB1Rx+wKxaeo7{{VH1RwwbSpqsvo8X)nQ-c5m
zAfRKmB1*`MiYx>&><Ew-wc|!B@}ddOKV+xYZ2pVgx{ou@l)Lns(sKOP1{?l6dx`^J
z2$&#l>&rG|LPuSDPi(UCPrh_ZClJUbAhKcQO5zv-E(Ay|y1)ta6y(drE8?z3hD+uu
z&8J3PwA$Rn9(wqq(1MY%pnc@9YYmoD&%Pxzwd6$$g%-$*x?F@h28$91Xc8bVTF6={
zhX4d1AWJ}JLy--7Aq)Z#fPhB=I!;TR3<3~<K!OSAn5~Es@}eROfebqW<VEec(Tcoi
zxuJrX)^ED>cU^Y9(mYnK`|3W<ylb@m$+x!~c^6;S1UekOBEz%efs49TR%MPm51iBZ
z&Ua&aksw=~fXId=P6>HB1V}ALwHA;sm%NC(8X2;WM57fp@;mb~cUg;9{>mkmma0=r
z?|eSP<g`oYhPFCirXnlHhBjhc27-*sO6eFZN+6&~fV`-Sfp7`}5P*Ot0i6xSV;qa-
z5P$##WC`dvZGv-RObr4MfPjwKiYOs3DzXsBup>ZT)Q%gi$cvU6Du{3W2J1d<bMd;a
zeJ5p}FY|wY33M4Sz10t%sMz#B@x4M&E>1vX!xE>2JRJh07Nc4V$d^lA#9fUH&F7&C
zs`eRtg}H6pZNSv~pL{b_xlqT+KCt!Adk&mofb6yZq)TTn3T=V>O+}8GzHr24bB7!|
zt?w??-FsB!e;sth6d$KH`pShpdO3`e8F$!OGrf%EFBvaN1l#HuEJ`4tNr1elpm8Ay
z0uX?JI{}>yMK<V#FbF^Z0v-wII4yB92tWV=2_~RpwjxT%i;64+GVBPD7q#O?EApb{
zh6>_dzv79{nlAf&t8rV}ocCbcQTOv@O`!b=x0)yQ=7pjyt81Fv@cIs0zKHv^fqroU
zA{&-CCFJQ4Ahj6PT0p*B@*?hPWVk<<O!L|ECN1c_(>QbAwf8==ZeRC%#}s8s3Rge&
z`o0IwF(`WV9(T_8`C(oa-cykm&s=oo_pdtg<mtQaG2TqU{p-NP{mYBaUNrDPw|_Br
z%$ejx7YB4L=@=|ZAfQQryl6n?L$?rs00e>~ptGTPjAPLp0uX?JECC&-O>j<(sX+h&
z5YRDO5hdhBMHT`Xb_B?a+Hs>5dC_u11=NQC1RxLz0g(+WlDRWz90@dD^;RYeRI%mr
zIO>nDX7ZxtuAPXx8X3Vo(@a3m=2Pi=_O3Fn(xYefnD5_r&*nE$5)jQ!)4W^t(s2*=
z>RoLhbnh|t)JwwqB>K$t<2^5GUM1?D5zRg8V_x+5^JeGvoPSJSG&qaUF<6v9K$8G@
z(ct`to*@7M2n0kxXG4(<dLaw~5P*P30y<7hoD2dGfIxx?=$NgD67r%V3xNzf0^~*Q
zxY3HdXt|*R>O%km5Qv0;$c7ck+!-{E1X@);naSidc;ugP)E{5X<VDL}I}vv^G6H&_
znV4?R{J~Yb4EXB3l!Nx0bM$f79e3)D$DfwiufvbJI%A~!?Eh8bap(TkXMBHN_{$p8
zyr}sk`pWJ_-epQ&G`P!2$6!$c0ZjtrMT7GndWHZ5AP^7%oejlf9E;`<fB*z!3FtU&
zf^%X_4FV8=fR5RUC?PK@vJl9yBS2o%jvKAWi<TQIpgsg30D(vdh-_Gq%$-5wNTBKR
z*S^e)Zusvw>W{DHCM#aABVSpyLrrabXA!1y5qC8*0(zjCq;4;ovFNB%XYACkjMr3V
zj3^oZHxvKXNz)C4NY*r#dC_8@M4!1Z$cqMdMd=tUN+6&~fV^mM{zK0YfB*ynBA~OO
z$OgR-1_1~_z#{=2rzK7X0SG`K!31>7RzwMTQIUl}h8+R&qITS9MP4+_Kmuby00I!O
zCLpq5S?i}^+6b7}ie_>+jqZFeZF7%yzRl-7Z^(Dq^~z{v#AtL8cQrBsdZ3xSZZDa=
z*t}r#m@{S`cHFdY9(!eizYacXs`+u=b<YV$kDNL3JM%7?6-`n!a|y*UFIx1I=*f!)
z?GHKzixLQE5+E-cv<uNc1Rwwb-wEh!C?4ZjG=~5LARtRX$7vIs6Ju%+fB*z^%vMAR
zc~OytK!zOw@}hR!XhmK$MtKILLI473CLpq5rFjXMd$|O<>^{vzaavCPX}Jxl?}b3y
zv+pz5I}E$YODCynE8?z3hVPFu=@0@w67V-Ky8FNh=2fw0jlIfzWkQ?v{(s=%Q#^_<
z<&)?$gYte+kEmUm>liFbAfQQryr_$Ta0&ttfPf|eoef1c=!Gx{KmY<B3FtU2aWV)%
z00IdnpkuZoO2~_fECe#_2#^=G<3=m;qNz$mFj)vdAie}dHmvvpM0xlG+K#&4L~%ME
zw1^Kz4-J0B#!tHTon)}LnEbQQ295hbBJOHrXg&``6$CN_yyr#t+W(5fPndrCcjsL+
z<Es~?o`1!HdP&jDw_fw2PM<_Scxc`GTJyiiiw1X*>liFbAfQQryl8O#L(dR^00aUe
zptGTPjAPLp0uX?JECC&-O>j<(sX+h&5YRDO5hdhBMHT`Xb_B?a+Hs>5dC|Cs9MBH|
z2&9C7$cB{?+Dy|I0*&u@HxtWgG2<y;I;4}L1lpYckYR2jqb4|7v@#Vk1Vr4`$O!0x
zCf!277Xse%qK+~G%8TZI68({<Oh5IKx%pvHQ$k+UacO)h)G=6;KtPiKc~M`ihE5;=
z0SJUiKxadd4SFFA0uX?JM*=!dOPmY>5P(2}3Fw%uh!XOmA`5{GI|AfI?YPm3yeMG_
z2tWV=u^=F_Va0+KB6SF~JN>S@_+sw~O;*04qbjLNn$LPB6NPFy=_g5@V-WKaaaSWF
z%%_};1%Yx2#3(PC|4H=y_n2_WtVQHS%UyKu^>qvuB@oagKwi|l&(H$|AOL}o3FvGn
z9^+UvhX4d1AWJ~UX%n0iV`>n900eZ*RzwMTQIUl}h8+R&qITS9MP4+B-~oL?00I#3
zoq))O<@>zoFxdpmTP{28Gw(l<(TOc)KFtTy2ejN3n?Gy)oyRg^(GJ6I+TqDB0vafh
z-HN!YkrDEPPKJX(Sp;H}7j^n1`g6w5H<KkVTGopDQd!4fQ33%?0^~(~u^Kvo00bZq
zCIOudMK<V#FbF^Z0v-wII4yB92tWV=2_~RpwjxT%i;64+GVBPD7q#O?EApa=Og=Cv
z2tXit1VlEh<bh>IK@({Bz~3^FQIlruICyc3D}T}Go^2-I81%Tw@4u$D;<0}>zWtq6
z)lYUFI42Vp-ErvkrZD+)-}=8k&QZi&jf^m#axxYK$|Vq&yyyw%&Cd8?_WwtoJR>t%
z@}lJ~y7&4z28$91Xc8bV>fLAP0Rj+!K*$7iHWZI>ESf_A0uYcTpyRX&&WSNK2tWV=
zI%X@PguJN8LLkGA0C`b6ZnPpV>SNx3t{?yb2n0t!WWx$>g7lnV0u46&ce|0Rv(cR|
z4=Ss=@nub*+t_+MyY{GVed(h+Z2mmK7g9h|6LD7~Bjg923<rU-2*e^Udg0WC-FsB!
z+T$(*#+y%~&&-s(Xjv=nOJyB{MF|8n36K}{#cJpT0uX>em;`h-6xpB`!XN+v2zVr*
z<Fv%dAOHafB$$AX*@`G3FDkMS$gm?oUet~ot;mZ8ls%wZ2tWV={t^(`u>74Ay`_qP
zc@t*aGw$xP>y^1l9*(^e=)BjgHW#mJc;EI^T~0nuR>WP6j4+>aG8P2NB@lzWsN*Nm
zPpJDO`pg%3(JYG44s;9_B@oagKwdO7J7ORRKmY=M5zyICJjStT4gm;2K$d`x(<V44
z#?&AH0SM@rt%wrxq9O}{3_AkkMeVrJioB?gc>}tF00bZq908FHE4T^Lb6N=0)HYoE
z_r|N<YI4&Xe0d?za@>=qd4os(nU*WZ*UzBOg(l*zMuuNcFzE*ZK@iZ-i#mN0{q$TE
z<VAC7gmbK8uqc6mCIRxI;dl|FKmY;|@R5Mdh9VpELKp-f00EB#bextr83Z5zfdmuK
zF<TKO<V8gm0vUD$$cx%>qZN74+`s_G5P$##WC@6DSh9Q&1_1~_z>a{3yBZljKE$Le
z2>4DwJTL0-N%Xsa^-1&@8stTNzbcA$sAI4wfq*6f@}fm;gbEOV00h(s=xit+<5)C@
z00bZ)OF+kI6Py!cY7l?`1a!<+L<xCOk%d5p9Rc#9cHC%1UeqpHKr0A900JQs5ZSOo
zo;AZk00IyQnt+JA8X0O&LeT?(TmsU0(b<dkK44O}Zew%5&Z++Dljt)OAupP{py3?r
z7%WO4ph<wdXgFTPC=h@E1bif*v!Tcay$}Wg2tdFi0Uf6$P6h!8Kp?>cbj(&n33*YG
zg+PWK0rH}D+-OB!H0Tfl{X+l(5b%Y7$cE+1T<8P>5P*OV0TFjKGJJf9Nmmf?oq%#)
zH2;(6zje~rK8Zd<gS@EkS4Ghdbqp3I5YQw*UbLu<PyqrEfPfkSoejlf9E;`<fB*z!
z3FtU&f^%X_4FV8=fR5RUC?PK@vJl9yBS2o%jvKAWi|WJ`Pyzu6K){87$cE*jkW&zV
z00iPlK*U{*j5yLmb9x9gx$%$Y?VXjCWBq+(fBqE<a$gFXJwEX8DJ2e+|4H=yb{l{3
zti}1w1I>$etE@`T#ZdZ8bqp3I5YQw*UNqmUDS-e4ARtaaXG4(<dLaw~5P*P30y<7h
zoD2dGfIxx?=$NgD67r%V3xNzf0^~*QxY3HdXz5S8s0jfGKp;W_A{$nO1Q;3u5P(1s
z1Vr4`$OvL~^a%mK2*~C|2Oe1bljt+41M;GNT@0o7qhqirfq*6f@}lCYFyui10uab2
zptGTPjAPLp0uX?JECC&-O>j<(sX+h&5YRDO5hdhBMHT`Xb_B?a+Hs>5dC}6Jc2N@o
z5P(301VlEh2njGW1Rwx`AP9)KtC11J?C28$ei4w(i+1l(m3=FzIXL1(hfku<Jm@Dc
z>et0kdOtb_ixLQE5+E;{AH<>r0uX?JI02mvMK<V#FbF^Z0v-wII4yB92tWV=2_~Rp
zwjxT%i;64+GVBPD7q#O?EApbHKkcF>1Rwx`2nmR6SP>FnXb3<60znWEaaSWFh}qF6
z1pFcpm%M0Y<yey-b^J1?a+9UG$GP>-zhXgIDTR@j&#mi<&!gY!U}8E3ixLQE5+E;H
zmfunt0uX?J0s);3#bX?c<`94Y1Y`;5IBkM+VoVJJ5P*P=*@`G3FDkMS$gm?oUet~o
zt;mb|^$3-IAOHaf1WG_;!wPhcbPfRsKp=bqBJOHrgg<vigh1&8;*uB5O@Z1SlNT-h
zswi4h$6!$c0ZjtrMHQl7Xn+6&AW#+ooef1c=!Gx{KmY<B3FtU2aWV)%00IdnpkuZo
zO2~_fECe#_2#^=G<3=m;qD3EaQ2_!FfPex4kqt`$1sWg#0SNd=K*U{*3?C;&R}k=>
z0C~|uK?2?{>T<E^7%WO4ph<wdXd!E*90Cx4fGh!>4aH*|i{=o300d+S=s0bHb7D*l
z0uX?Jj@gPRAulSj5Xi72Kwi|28?DHTx;)<E6a*ju0UZJ&8<q|blt2Ii5b%Y7h`SmY
zzD$QsAP^7%@}h-83*<#zE;${8MF|8n36K{pWUZ7#00Iz@C7`pR$OgR-1_1~_z#{=2
zrzK7X0SG`K!31>7RzwMTQIUl}h8+R&qITS9MPAh9@fN2b009W-5D?k0bbz1)0uX?J
zF9bx~)yVK=I&=bofC!KmEfiWHFY0p1=@=|ZAfQQryl5e7r5pkffPgFkoejlf9E;`<
zfB*z!3FtU&f^%X_4FV8=fR5RUC?PK@vJl9yBS2o%jvKAWi@H4C;uHiR00A8WA{&+t
z5R^aw0ub<pfQY*q8NN)1P9P8v0rH}SLJQ<YT`oBtgGC7hGzpLwEo7~fLjVF0kR_nA
zp~wck5C#DVK)@pb9j7Hu1_1~_Ai)H5%vMARc~OytK!zOw@}hR!XhmMs<?$A$AOHaf
z=nxRuuylZ+1OgC%fG-3@+||hNWjb^Mfq)2j&x;;>)YR@hs_K1JcCYHzZLH&0y_%VC
zFPOZ*Iy`X7#d917I_8X-)_t0W<V9UBIUR#V2?R6=kQeo0zqEw_1RxLz0i6xSV;qa-
z5P$##WC`dvZGv-RObr4MfPjwKiYOs3DzXsBup>ZT)Q%gi$cwr>-r^JlAOHa!0wNoh
z4iJ<;00I#3g@A~=8X3M!hfW|65CQLb(ZNHfI>t52D)f>UJ@t~gj$<8jCVA1I{71)N
zQ33%?0^~&_$$Bv;1RwwbF9dWp6xpB`!XN+v2zVr*<Fv%dAOHafB$$AX*@`G3FDkMS
z$gm?oUet~ot;mZ8^hA|zAy5W^n%YLI-)}kb$L)_>m3fNYY0%vEC*79dueN90-KzS@
zCM*B6LrrZNptc6}EISq&L^iBgutFpRAOL~V35d9>kx{y4YC<4<0^~&t<qCMesLR!;
zW3VWJfF=R*qJ^xLatJ^G0<r{jHWZI>ESf_A0uYcTpyRX&&WSNK2tWV=I%X@PguJN8
zLLkGA0C`b6ZnPpV>hgGtQxFJ&K+~na>-f!U9A9>nhQdz!%xgaTSyH2=TxlX3Rw+`c
z0|5v?AVvg4+||g45j3QxkN|nnLZJonqAouUItGgp2xt-@FIvc2DTe?AARtRXXG4(<
zdLaw~5P*P30y<7hoD2dGfIxx?=$NgD67r%V3xNzf0^~*QxY3HdsLSImPC+100u`G-
zYkStc*-+@t17_`Y$g<40dmMDl!6)65*sl}sKH%H8_8&MuJNFJpuW0b-zXGM5fX+oW
ztOSr`3J`z*1ab+8xT}$otBPX?s1YD9S}3$YUex7U)iGF<KtPiKdC@}FN;w1|00CJ7
zIva||I2O$z009Wd63}tl1n0z<8U!E!0UfgyQ9@o+WFe4YM}WMj9XDE$7j=2O#VH5`
zN1$TM=N*RKlnG4kb?~y&ru=5i^6hE6J3VvG9}YO?)(nJB`_Csb>VCb6Y*_9hIST;@
zKp=JmMBLTLh#fivr-}f1(L$jG@}e$32s#Ff5(sD#ATL_TS}BJB1Rx+wKxadd4SFFA
z0uX?JM*=!do3;mb%ohR>NEHDcvlUT7UQ}cukYPuFyr>;FT9FrZdA!9b2n0u<%>@r-
za*{`kTA#wCXznfd@!$Vt_nzYojU9(x&j-`HTyi2CmWx78K>z{}h$8_JcQrENNDs~F
zA>chPD*MpiqcHNKE<Xi228$91Xc8bV>d}E|4gm;2AbbKk8;Zv`7R@050SL$v&~e(_
z$5<Rg00Iz57y%u#6;VQ7RAeELVMl<xs2w+2kr#D&yu~R91Vo_ms<$#>(ZkPLm$2JQ
zyXhSNgQqe;TFiJVAm$0^R%F9U07<3*0SG`Kmw<@78X38&I4($_rnbq7KeieD@Qy>4
zW^NwL|GV}Y-=+W5#C{E!-f{5awrAekY{_qS*!+1xGFyYagvg5)N+XaLb-5;W3>GC2
z&?G=!w2-w@4gm;2K$d{ch9VpELKp-f00EB#bez`iX&0>^009WZf`E?MiYOs3DzXsB
zup>ZT)Q%gi$cwr>-r^Jl0wR$4B>DmSFCLw~&!8`KlYGE2x0}32=RtFM#b}|cPGrL>
zB#&|kKmY<UB_QIiMn+5lhAG?pi<^#zUY(7JrtqNiUbC7lcqx*bCGw($LJQ<YT}(j7
zU{L}AO#<Xa3t21W5P$##WC`eOC?4ZjG=~5LARtRX$7u^a%%U6u5P(1e2<Vuth!XOm
zA`5{GI|AfI?YPm3yr|3LElxoo2m%e(ecY}4IFoQVe(X~TxS#ZE3TMrIy<26K!O~>K
z>p@^oK%XKTRsu*e1qeU@0=Wc4+||g)RmE{WftC}0oVkNCcMCfXxwh4JA8$F~$6a@t
z)b`vp=Ea*y{+j<{tLi7~{<YD6ZXnI{+n#-2_%9kIFIp(HKwdQer!`xmW3VWJfF=R*
zqJ^xLatJ^G0<r{jHWb;Q7s4O_0SI^`pyRZDJ^Z2{2tWV=f&_HTRzwMTQIUl}h8+R&
zqITS9MP4-fFpC2SghQa&qL<Bs{+@j%Ubt+V;Qe8Ql6Ko?fg#iCdyj{+5V0FYWW$Ob
zHv~ff0uXQ~AmXk@hP%#`pKV!PV{Q`6SI2{wn753klSacee{FxlEg25&My?L|Eu)#d
zs2N@M*?m;P$cwuCJn9%MN+6&~fV^l_*3GyOfB*!n3FvGn9^+UvhX4d1AWJ~UX(N1C
z#?TOe00e?2pkuZoO2~_fECe#_2#^=G<3=m;qAriOI0b<q2(+r&Vji^*IAC$mcY3kw
z|G;5)7&7fnzbgpr3FuQ~!%6^2rT_s5Kp>ZZh`SmYxvDtMCD7!CFJD65{^Z*$wtSv@
zDs{&-wdP;eWFn(2ulQ-0(>E`4&5V2Tti{%k*Av;0yr|1{sAI4wfq*6f@}h~{7nl?T
zAdqYVIva{?&<kM@fB*zM63}tl*gaxHFa#g~fzk=+n5~Es@}eROfebqW<VEec(TcpN
z%i}FhK_CbMtuKAlJZ&F1<oeR@*-}#TkW=nAWZDnEISA|t=u>3FN&rcw009U<AeVrM
zyBZm}syP0NKuv9@gBF@QgpNb53I9Xbzml<4W`SyI&F9e@AYFHw)ZmeShNiIjtY^%i
z=IavjqI15Mm_6;%Id#j?b9`uP5u<^03>GC2&?G=!G})mtW(NTXB$9y6hT<`fMRN#1
z00OcEbeuLN59XLA1R#)30y<_ZqJ+Gt$U-2)jsSU4J8rZhFB+rAZAeW9flOX>(2yI_
zdH?A$>qAdlW1hBmATL@Vks`8TCF94CSwH{+5Xce`aaSWFD~W?#0!^2^QWsOKtZH=U
zd%5LlKCamKNta!(G+0`Fe^Y228s4|PZXvpjJ$K@QL_Yerp49MBvkaEb17?J_7BLz~
z$6!$c0ZjtrMXkM;h7f=N1fn9Kv!Tcay$}Wg2tdFi0Uf7xd6>m12tWV=aVMZ-wjxT%
zi;64+GVBPD7q#O?EApZ-dfbN8WDp=PTId#<yr}yXF0x^{i{vZ>AOL~b5fE`#BO`X`
z!V%nV<Xt9=*Ws8O!x=6vqqM$kgTd1Az(wH+uBq+XXQCPOxN~Pm^>kiy+`&Vq)?K2<
zt_*K23jEt5K><1jixLQE5+E<CY3!(i00bc5LO^Fj@fgRVIRqd80a*e%PFv_n7Ud9t
z00a_1K*wxFl#mw{SqNm<5g;#W$BkCxMFk(LAt~7e$cq-bizYAXe&vg7SneV@3jsj_
z6&pTjw(zBl_twR$4qDW9)cp~DwHdv(#pItgzU}QDYH9^>rBITHyBZlOgkQ>(JMDXw
z`N=guHKkNePn{+!-!NFrYgdiMg*NN<C*N)c-TQz^E)UStcIu+(i+c4QXRx%q;wPak
zM2rT~F<6v9K$8G@(X{Ov%ohR>NB{wy4MjHSg)j&}00JHf=s0bmCs~w300Iz500AAd
z6;VQ7RAeELVMl<xs2w+2kr$28<2Ixwg8+HaLU+;RMcuD(kqygTBxfNYMWE5WAGRC0
zx?7LBB#+>iNx`+4`72VRkzX?+?rLO2jzUpDO>O2!xasoO6y-(tn#Ts~KF-)$qq{x`
zjZD*Jzt0SM%0+V%@T}jLDGV7t%`oZOdt!q}{}tLo#AqNLgGC7hGzpLw^~H+m1OgC%
zK$rw{Hk3F2`d7Xn009Ujl7NoW7J8CJIRqd8fdmlHF<TKO<V8gm0vUD$$cx%>qZN74
z7(H%7YBC7KG%tGLvJXz3{L<lPJ~Hr|%lqvyyGO4H-FsH=)PMTkhg^5a$@d=r{a>E5
z=+7Q+kI9R=U*RGfmb*yKLO_Q=i>bfp+IvDK+GH$i_x%=Sj*WL6@a<cp`r7~KTLvAz
zV&?&~GGfgCcRXxqgNOc0hg%Ajh`6hfkwW;zr@ZBh%nwWBo8K&6IlA;_1ll%#{w0}J
zZ-qB{O>KvxZZPBa={xS63G>5zF0VP(Nuy_1R@VJ{gjQoWhqnr`y3TbB79|kSBtTwN
z)80`90SG|Ag@De6lE{!4lY#&QAYcgSIIYJAUNnaQ1R$VHK*wxFl#mw{SqNm<5g;#W
z$BkCxMR~LbfshIKn-@L*n)gqc^unR1uIanmjP5<E^S=%_<~EPFqvtOE^WYQiuB@!e
z#1dTozw4j{$6of63zu%Q8<D)I`=uzdVY!RsECfUdwEpg68MEp)VD_*}w_5v>otu@?
z>Wo>h9XRX`^I6hHXXia<Hhkc3BIr^mL&RN;j1<BzKILp)G|W_FEb@2}k!kqg-@5dl
zYK&{Ae$}U4n%=jJUNU>}w@;thy?b3))WrTPwtQavVvfai<+n&3gGC7hGzpLwbxCA#
z3IY&-fF=Q*4TVq{1Rwx`q!Q3^+EV_;OC1P600J>3pkuZoO2~_fECe#_2#^=G<3=m;
zqCDDzK*$8V=S9t{K1WRZ?Gb0K>%aHBOd!hT|K?qG)_1C-mv8^pIU8I$cRY2#F}K@|
zNM6+aQWV*++(mL00ty70&wD=OPWv6X@`7vsV&_QVv^r`0b3OZ9VbpdyXko<@pDEBw
zp#~9mH8N5Nzxb3RN<|hI=69^F>=C0Q)A+WxyX;aI88u(~9Xk1xi|1T4W0B_5{2)|a
zFlFKJQL_dNoR}fdaqwb3iQeVv)iGF<KtPiKdC?$@nm!=_0SE+2KxacqYEF!KK>z{}
z&~e&u{yxko5P$##A|aq-wjxT%i;64+GVBPD7q#O?EApZ)kGD7lfglKY&x@K@iDsTq
zm-2t>yr@Z~?sf3eQiiBkhrDPImyPLD<iCJsN4F60i-5`PbltfwfjQ`~8%AIEVI;q3
zmo?}qSG-u+quK~I??m+r0{xUlK*U{*jIv~>rE+wsNOi)Il4*F~_8kvjmU{=-XXom^
zyCnH5ce2^zwrAW^vFTIwOC{25vyQ={1Ol1_$cqM=>7sK8KmY<k5YX9BNR&YU0uV?l
z0Uf6;>u<bNh5!U05HA8cW-FqEyr{@RAj6ITc~LuVv?4Fc13n0ZOdu9{(F>Pt+kO8<
z*{9)U9gr6d=!z2AumYML-9o@G0<ACKXe_H&-^u4Kc_%Kvo)0;Ft<l`I@1%;2|MrUm
z{gh5X#9fVy(lw{3W~8Y|Y0i<8si|$Y_~jjkF7MWTTv<1Y38>t)_k?z*{iyM(x1_I-
zNMoW|GCBr}5(sD#ATJt3l#4zg009UDN<e2rNor1vc|iaI5YTbjxcqGyoe+Qk1S|;X
zn5~Es@}eROfebqW<VEec(Tcoi_F)zW5D14rEb^lJ9kt5(X+C+;fG#AF4J)A8(Jci0
zAy8A>d9PW<z79L{VT)goqiS;g)$jN0Q}@xvEoMIL4+o8yP+aCB;;u$UT!@9LGniCl
z#pchN-1J7PA3V`v*iD`Gnb)=V#IC)@civ-Whi~85X3WDT2HD`@e|VW@(EZnG3x<rv
ztSdHr(s<>Y%@(}W{Hhm{{5AX84o9zOapf->-}cT9n?JVzmChzQ28$91Xc8bV8fd1A
z&LIE+2n0buXG0-T1_1~_AgKg&oHnYz6*DdbAOL|72<Vuth!XOmA`5{GI|AfI?YPm3
zyl6U~+%fA23FzlVPpEp@B`iAl_|+q>eC50)?~Pu*ea!Oh=40zeEqL>!>SqrcerNap
ze55jY(SWWlkqs-L+0iWod?C>2-VZbOb>^HugzyWsk3;Nt<VvHw-N@CxaG;a22#C0=
zkx`cHv{d#x71`jCf3`XQp>CB`F1I?FQysstxcR*2E1vkQEYv~w|CJcO$$Zr_fpZA>
zM?lA5Q33%?0^~)5h;q><1Rwx`Kndt<C`rwUF)s)}00KHr>*L>k=?Vf6fPfkS9kUft
zLS9s4A&_B5fV`+3H(HSw<=H3%LMGsEUUav87k=xU4X4j|b>xiSIVK<WKl+xkZb3&c
z+tzER$&Ov^y3c}h7QX4yn`wK(*k2uS_Bxk3E~gGXZH*bX!|<C!UXi#AC$eG11s6Kg
zNucSHSB#DH>^;$>*<IX5@YE5b)*Iy=zj;kM7cSaai@2+i5iJMN(S1xs*3`Bfzt!;$
z$EC3C8TXV*Cg}d_MfiLqQ?F;fg@AtqbPN_H5YQw*UNq257o9@@0uTs-fX;?Oq6`8M
zfIw0S=s2z5-;j|60SG|AF9JGdE24zFsK`Pf!;S!XQ9Ew5A}?C%BVhlYnlWO^33$(o
z?m2krkki+mI_2dHmVS`EEgZGrPmXDaa`U3YF8i@#KfCNb&%8=BJ6sS4<VD?oG(<Km
zcafZhK(qv!&wkc8*v`Ap3c{lT?emz6Ym9R9x!BPHOy}q#?rLPDlYfy}`;>|_9}wT+
zs2d#baNG+^%!>xyzXK(o$T;-OZ#@w3kARNBq67k(1jvg95#^#!2tWV=ffCT!P?DMx
zV_pz|00eZLHqgHY(>Vkn0D));=$NgD67r%V3xNzf0^~*QxY3HdC=W>?5HbPpc~Qq3
zNWb!;eRrGT7@P><!=1^Cx?hSS8<x9B&O#ts0-3yMzX7uyeNwq_*rjz@{mz5tMhh^V
zql>t!k&#aRMP}_wDsuDZ9S^<Q@%E-@VM%$>p!;_W@A*Q;v1bY);2!}UgGC7hGzpLw
z4K&k5=MaDZ1cD%-v!ReEg8&2|kW>OXPOJRKWVAs50ub;>K*wxFl#mw{SqNm<5g;#W
z$BkCxMT<P7_U~aC13@4|KshgZ_Em2<1}FA8;zp0RouxD<FY5j?BC=t*i{vZ>q9s6H
zG+O>K9bLp-jf|KA3|6)usmOMx-syOIQ%YeedC{QzcP8uy8Rwq)^#=m}5zsMMlt4g}
z0C~|MqFnR|0SG`KPy#v|N>X!T%nJe#fPjwEmhx1KIuL*W1Y$}+$81HEkQWtM2xQn1
zATMgijaKAEc}@y}kO?T~MUS~;t7CTJlu0jyaJx%h)csNv*|6M2aux#75+E-cE&rH~
zF5<36Moa+)E8BA_vgtLiI^Nr43frE$rtvL*uGsL&4mGvr%Y3YS!-xLfblLCQo_$}p
zp4FyK(Y$ET{TIaRnM}c+{mTk61O#*p79|kSBtTv?&`cMdLjVF02!eplhC-qY0uX>e
zQVHldZ3qv=7y<$ifIw6Pbj(&n33*YGg+PWK0rH}D+-OB!l&5$Q2$_I#UUa{sRyk%W
z&cFISbH94t58pZF;u=$D=iO&@?^)ezr^y2jSaQh8_nuJo^o2{edB340FY10NifmZ!
zA~_3zXbF%Pjh25*M;CEdBO|5&gO%+q6<M+6^Dh0SINsZI9K5*U+P}MqH*K3<{o7Vm
zTioje+P}-tJ9s1G)-!og2>3@p$6!$c0ZjtrMT3ZP(I*5T0D(XW=xiuS&51ED2tWV=
zI!^2TnHN1k00Iz@C7@%rB1*`MiYx>&><Ew-wc|!B@}fK~g+Ryzl=Gr}cbk!)sp#2f
z(goN4<<L{^&p(wdsjRFz^wc#TQ={ZX-7iIv4a;35XCV+R0rH~J@{j50BJOHr#1vq#
zvc07uo6mhNd#{pv&}sh#=2fEJl?UCwn?i47+<NveE66Ai&@ot)KtPiKdC@>KU33ls
z2tXhR0y-NCi82U400K!RpyRZ%DKCUU00I#3PC&<OMU;>i6<G*m*byKvYR8RM<VAUk
z2Z4|Y$mT^yFW;UUrN|!l>@%@fU*~soW$R=P%o|5fpYf{oJt}!o_e)V^!*UnNSqMZ+
zz~8*+`B%St@`M+LjC^q4Z{5^?;QXF_uBhx$Z7gx;0kif#^t!<(+&%oeKOZ&!Ph*yE
zxAwhk!(o^H*cfT&L35)8n9k8f+||fPC;uX|_Lhq5yw|LH_bQoh8{M<5$hf6tCWG$Z
zO{6z6ZatSacY1(8DFk#379|kSBtTv?h$t6*LI45~2$X=%hLY5r81sSv1R$W}wAsJh
zasUAcKp=Spbj(&n33*YGg+PWK0rH}D+-OB!w3O#u)PaDH1Z4A~<|U$znToOs&5K4y
zPXDdlZ8LdM_sdLV!*UnNSqMZ+z^}aMh-tqaIOO^g-LKysvxk4@XQQwC(9ZfYt;mZ;
zc;$$=tC0~Q1l^%Mq#_$W@K?v5;`S%p>dSnC?!Smg4`hn;OkNZM{t?hISd>6OlK^?q
zKr>x*4gm;2AP53F8_JfK|H>BxAOL|x63}s4FMsT%Ed(F{0dWF4W-FqEyr{@RAj6IT
zc~LuVv?4Fc15*fuOh7g-dfpG;ag0@zTWDUvXQHPTx54B^-7iIv4a;35XCV+R0q=Ry
z3$Od|z+-MJ*Y`~QUG|=L&Z4(1tS{4qyl8}1j)=P&84*Iz9oj=Gvia<19DkOZta#m*
z`3Bv85s@Cq6zSQ&tRMqHK*wNF0s&0|NzIGmeh`2F1QJX@XG2M3NQ_BA00Iy&1azF%
z`Y*jSga8B}pie-@Y(<oi7Zq6uWY`fPFKWk)R^&w!{P!!Srb$3JFZ#A)tiq!3pkwc}
zxDzHX>VCzFY*_9hISYYk33$zmF5kY-5jR?xUZzQ(U8bJ5<UI@bGfl{gMtJ3jxT}#7
zAq3r_J)|ProqDI^k8{PwPt1H9Jo>K|GoLnfIuD%Fwb%GA{if_VWNDkx4>!H$)ru!R
zD+Nf<{TI>TflQH}$%{h3KLR=iixLQE5+E<imIMI^Kp=JmbT$-1We|V>1d>WX$7${U
z%u6c>KmY=<AfRKmB1*`MiYx>&><Ew-wc|!B@}jZ(s}zFcPCzy<dj8e#I>supg@X>e
z;mkRIFfZR5vwZvc*SvrH*r$5!G&y^=-og1-zhCbCFnLk;Yg=T)au>;22t-T3V_q~9
z+N|ehWqrH%q1TmbeVO{?MI*d&MBLTLh!BGA&>m8eo%foR|MT0m?-dn~f7<5ab@`{h
zDygh$eaZTwsnMYOFR~~e$Q0?>zpNkwK|se~Q33%?0^~*UNeDmy0<j~Yv!Nt4C&s)W
z009W-IIZ2Ed1(a!2tXhf1a!<+L<xCOk%d5p9Rc#9cHC%1UNm-pl|pdb3CQL}&4<W;
zm6Yf<w%+l+N3Jw6(R#PI=PdejW%qIQYG%G2{@tI~t6cP3@}ln7w#bI%E|Rklh?ant
zyy)obK6J^zI~tv1;hA&)P}J`7E07nB@X8T!S0f`r2)aXCry^@=9e+Z*_MOyam#L1Y
z>J^$djyAsY-GXF-?!Rbg)0#}to~Zx<{|M+9EJ`4tNr1d)!F|?0BVq^$KmY>%642RD
zNR&YU0uV?l0Uf8!{}V1H5P$##5<@`8Y(<oi7Zq6uWY`fPFKWk)R^&zf{gV;BL7*rB
z*}SNUgVsw*<bFG9{+}H0fe$@(O>VX9@gXPQ>sa5Vki4k-#Urv|xr^j11fnJ2B`<o`
z+}E=XR_~zSo^wu_^x_3eKQKON-mz?I?sw$MdUdkj9zABWi_sN2MP4+*D@Vj#jf@B(
z=nie0imcf5Y4)em{-Cm|@$K(8!U?*6$3eeVXiMg6osh<XK)?ia3>GC2&?G=!lwAn|
z5P(4J2<U7mNzI8dF9<*Y0y<7x=nuJ+LjVF0NB{vHvlUT7UQ}cukYPuFyr>;FT9Frx
z-Cv~;9Cre`dC}`X>bu(v$4o_!UK0x4`kp%ZCC4Uv9CUS|CWXq$i@IOiA{&;wNX|ka
zS^{43qQ{SY%F)ew?>xo4emUQ`_WjmPj`jCH`j-64MN7zwMtJ3jxT}#7Aq3r_ZBvmA
z9{rc&PiVP?U3Q*qKEFPnPtg76k66FNmQ4MA0*(tZT*?XP7%WO4ph<wdXv$5J=|cbl
zaU`I#p^zwp00bbAR029qTl6owRDb{kAP`>yI%X@PguJN8LLkGA0C`b6ZnPpV8pl6O
zp*hwBl=GtIL+2fH6ua%au+SavS@Ztr*rfl!`GuMkDkm@MeqoDjSneV@3xQ|}c*%<n
zyX?n~Zg#||^^UG}`ixf{>ks_qa>x4ah2%veymCa`)yRktg6`0^smKQFKX&{HwJ2<R
z_I>$$g6=<m#QG(+Wa{@rUK9dB63{VNlt4g}0C`b%B?v$O0<j~Yv!Nt4C&s)W009W-
zIIa7ib2$qE2tXj#1a!<+L<xCOk%d5p9Rc#9cHC%1UNm-pl|pdb2`J}9kGk*)#~g)4
zUUa|#OUk`ZCNJuKZHsJJ?jku0foKVM$%~#)^|Ye_9{+=<9Np}kMQ=OSKj4_#9P7Im
zk{6Be$`Nr_BO^ixx<lKhA{%V@Z^xg|Y+?K3RyDe3+YVd4*rBGj;<0}>UGhqoep9k%
z>m5{V{C7P>LHA#8IEQa-$vAWsWL%KpQcgg}U{L}AO#<XaQ*M$>9|91FBLSTag+v(y
zAOL}+63}s4_dn-y76K4}K&%Pqn5~Es@}eROfebqW<VEec(Tcoi9RDzd=2#O@&WoNo
z=MVJ)5}9vZKac)p$0px6{;qQGlgW#^U)UlWmb*yKLLgcKUh<-6&3oO^&Av72QAal`
z^nTH!$82`2?_Nk=G{P%K#9fVy2qEYWZJUa$*z~F6PjsfR{mHkRm}tFOH+c9T-MWu+
zY}IVROZ6%T-G9B|9KN+B<Ioj(Q3wP^K*wNF0s&0|<VD$)AOHaf#EyW@hLY5r81sSv
z1R$W}wC;b-<tzjs0D)K&&@o#PCFDg#76KV|1jvipaibM^(b)Y}3c+zFpqv*Sy?lGG
zzRoY#8nxg}$NSzPBOY{2R+vwAcC7DGNM6+a+7{Wc+(mL00?`uik{2DbeEUxQr{^15
zpMFy=T=qe}ckOrN%KXZv<eY_n&aYgwguG~kSB{9g8W|Bn&>h-36<Jg3_!F8bZ1}+6
z9H-p+lJ$<Q+KhR)e*K{PFPh)8CR4O$DnP(L0y+kZ5(sD#ATL^fd-czM=otbKfIvV5
zbT$+cWe|V>1d>WX$7zfHMVAT?fB*#IOF+kLMU;>i6<G*m*byKvYR8RM<V6Ge+Y#MD
zpb!D&yr{XYJ@VX*j!B9Aj#`y}(|g_z-|pU{+Ohsw^ZuA$-@SyqXrXH+Q!cV$xr^j1
z1fnJ2DKC2cM<<Pc-qFx@9kk%IslOS$Y@0DLldC`bsy7b!_N|UJ2cK}ayU`UoOI|d>
zD@Vj#jf@B(=nm~671?>uS&l!aU3*U~G~XsG-*9ZQ;}Og9n*`l|{)k^I@j&Kl{gBLo
zK#&A<3>GC2&?G=!lr0GY5P(4J2<U7mNzI8dF9<*Y0y<7x=nuJ+LjVF0NB{vHvlUT7
zUQ}cukYPuFyr>;FT9Frx-Cv~;9CrfZdC?25{Y#+;=zd4uY*JDtD`jqjFI>9qr18(0
z*X}vSD*6wcZ*i+kUex{C7TK`eMRFDb(Gu{O7d6Ip_?eG5+FB`vdk((l!vADSEew#n
zXoOdeh`SmY5kk-%+CwVReCWL6Pj1J9mlT?B!}~vSZgSwF{3b#7pFiT)N<5JHT0cQ%
z1sMneItGgp2xt-@FN#k>00Iz*9RZyUg+v(yAOL}+63}s4i@)*G1OgC%KwJpun5~Es
z@}eROfebqW<VEec(Tcoi?EWf+;J6d;o);Z_{Av^FtoK#feVk*$!4%f3nfdmdMFl@G
z`Iw7q3UyUtxp@(v#r-gOQTJ<GWW#b7$yo?QOTc?x)OgnkRZsWqGpR(o%T_Z%)6v&`
zXkmSsCgepUymCa`)yRktg6_~BQjsmD{v!JmntRakkh1flI}TZzk0|K=^GEzzi3c)Y
z>xaB31cD@>W3VWJfF=R*qHIYJfB*zyM?hyoNor1vc|iaI5YTa2>%a8U5CRZ@fIa~o
zvlUT7UQ}cukYPuFyr>;FT9Frx-Cv~;9CrfV^P=B4?nk+?2fJgJyy%$a+xI$TnO(Q0
z)gh<cZ+9C^Uex{C7TK`eMRFDb(Gu__FKQgjeDwVA@BFOqZZnEHp~>nWarV0Ne)x`^
z?`2z&7me`B5ph=|BSHweLwiU?Ho9k<<BxFHJ_SFIzVXU89h<Z{@4<XTLHD0O;@3(%
zkoj6aL1qOR2m(3=ixLQE5+E;%PeK3!5QrTCoehOV83Z5zfus`9aoX%(ZaIJe1R#(+
z0y<_ZqJ+Gt$U-2)jsSU4J8rZhFB-eQN+CGz1X^EI_hH9_hTLF%Zy9)A^gkarzx)1+
z93vC%h5H`4GV_7;7PBKS>V9pDY*_9hISYYk3HXy2UB3O)$uI4F=ymRPmp$8WkJ-mw
z{uAp@qR+S`dC>^391(XlG9rYaJG7TnWKC_CU8ZJ#RC5m+KJ<6TDYw3SV{WzVar3#)
zIn)ojfA=J(7c%ZWa~1;r5zsMMlt4g}0C`b|?bSaEqH_p900Kb}(AiLuniFGQ5P$##
zbez`WAs0;`009WZg@BIPiYOs3DzXsBup>ZT)Q%gi$cqN?ha>ugKp_GRANXsRep5{R
zKs+yM?q<#F_4Ysd)@)LulmqjUJ@al->pNlcqJ=J-Ou5L0<t~!55Qvt5_q?ciQ|KNC
zT~mtV)vL2p|0_pK`>nMBk{6Be$`Nr_BO^ixx<h+QMYf#q<9a`;nQz;jdT0KW8?67h
zThD68`VH^@D8Ifb3A%sBLBA~YM#imYf;tfJkARNBq67k(1jviBA3*>D5QrTCoed>+
z=nxD62tc4j0y<7>{g+-ELI45~&?lf{wjxT%i;64+GVBPD7q#O?EApZx{)R#|2>3#v
z!?2q&IRyQ@Xy#Vdyku|Jfmb<ZCvpq-J96cy1#fx0`z0^xevOH2SneV@3xQ|}c+88A
zTJUDCohIj+Te-(4R6T9ygycmdymCa`)yRktg6`1XQjrype_AL4+U}G)8m{^44mGuA
z?iEjb*7Um9y6k$T<BxpD0~ZzI6LkND#;q&&M#imY|FVLN0s$R^MF|8n36K}XCm{d<
z2*i$n&V~{@bO?q31Rzi%0Uf8c`!g@CAOHaf#Daj1*@`G3FDkMS$gm?oUet~ot;ma(
z_!|n<AmE)q(`CQU<`CkN7tP$$o;CONp%-j2pEYkjcDb@gb!BB$uf9|EI%L_Qr>;3+
z?5{4k_AkEN`jQuQzs5v1EO(Kdg+R0fyyQhkU-#k8yU)tHbnd}k2QM8t?Y9>$-DX~)
zeBpH;j++0cZ;p5%w?gjms0Dwrutf5r5neeW?rLO22tjvf&#A~3GoQ}=3AH$Gyy`6%
zK0)_iaA?nD3ieE16axMc&@ot)KtPiKc~Lea2tWV=u_K_fp~Mayf*}9_2$V=b$7wD8
z#!C|jKmY=9A)sTnB1*`MiYx>&><Ew-wc|!B@}edFhC($6cqQ=U7v}v`*_48pyl7l*
zHOtjWUex^>6WOrbMRFDb(Gu{I7aew)^XFC{IP4A+6U{d?la|j~dhWrX!*0m0T(pF|
zXoOdeh`SmY5kk-%+IuRprnbY;D{_BG%Q|j-(YhjVg6_Xia?d-NLOoLs0sjc-7%WO4
zph<wdXpv3UKRaR|2tWV=ei6{wQ2d$^{XhT$5Ktqa<FrNpqDut`KmY>qC7@%rB1*`M
ziYx>&><Ew-wc|!B@}g?L3ZW;d1e$;S^;YCX^KYTai@IO@A{&;wNX|kaS^{43qPq^f
z$}vTD{x$FC`&Fi7!2XNNZBnQ!@}d!5IU??AWJCx-cW6ISk>=y(J05zq<4>!5Vf&MB
z&wOCLJD;HYcOKmjGR{2{&Vhh`1au4*B@oagKwgxc2m%m*K<o(UY$&lqhhPXm00Jcv
z&~e&Af5@dA0uX>e0to1st%wrxq9O}{3_AkkMeVrJio9rvzoAeK0$vDIZ2GkG?lW>T
z3FJld@1@C$x?f`=8<x9B&O#ts0@iua3zvP6Yth+blL*Z>t8B^8^B>RF%sm)!<ty1b
zB_5C$jqu75aaSWFLI}D;`;>~T*z$S15vy~5PKzG5s@hUYSTut!=>8oR$R{!mJ^Pmx
zq;m-97%WO4ph+O9dC?MYfT;!n2tXi?1avkOZZ#nQ0SF|OfR59~ai2mn1Rwx`5((&-
zt%wrxq9O}{3_AkkMeVrJio9r2f2CqxQUqFke^b3!0(sH=`&IIy?ia1dhUG4jvk-`u
zfOTH<oJD`G=hB&P_Zzw@->kAF!@v7;$5zLE|CiZ1B_5C$jqu75aaSWFLI}D;`<jYu
za?=}~4qE8=W1CxOUMt$*q5raA5_JDxljJLzuk}n`6axMc&@ot)KtPiKdC?MYm8k{+
z2tYuGfX;@(Jv;;;0D+_u&~aLw-3KKQfB*!1C!k}tB1*`MiYx>&><Ew-wc|!B@}f!o
zm5O=k5NNRWA6@%Q{3?ggv)UZ*anRMi-`d5!L-L~T7p=&K<t~!55Qvt5bzXGTg15eM
z>271Q#{&*n;$p2s&#(V)0WuATf9Gc|tsGC07me`B5ph=|BSHweLkEzGY<S=H7E^w1
zLZO}Znb);Pb+^i@F1t+aaP*4Sm#lAk^>58P;XTp_y8kcb1wh8*#AyzJd;&TKixLQE
z5+E<?cw<Z<1RwwbWdb@IO8%`EB@loB1d>5O$7z-KBeX#P0ub;>K*wxFl#mw{SqNm<
z5g;#W$BkCxMU(Lh6thq!(00`Q+2~R3fyW!U<TWQR>V6rEY*_9hISYYk30UVv&%gS;
zTz}3zzTn!w6!Ke>Ce5vxJwAEj3x%2#Dkm=*;guueu0}?L5Ojwo6<O#_kB})uhH@nW
zItGgp2xt-@FIwo{m~sd}00OcEbT$;-U*eQ*N1+4(2*i<qj?>C+MhJrd1R&s@fR5RU
zC?PK@vJl9yBS2o%jvKAWi^lQSB{au~K%>>~oA*{_Lqwf-pOHQGelM4>9u7UFE?C=s
z_^KGKZ<ta=HmoqG%vca8mw<I%)Yxgy+!sOTykd0l33oY~?MdUG%ldh}gL4+X>Da`j
zki2NQYwcrw5qC8*e4JErx*`=>=wT~l3X!2)iGYs5q67k(1jviJ+#YiZ0uX?JCIOud
zB{{$JDc!z86#@`YAfV&4nmZAyAOHaf_(DL(Y(<oi7Zq6uWY`fPFKWk)R^&w$e*Hm1
zf(djuc4cmksKv~uTVML9De2XBvM;xDN$TXlV{S8K+MaQDg0BZJQxn;+yi9?%5D1!p
zm%QlyN8g%j*SW`o4!hxunZLhq**0UjqnB?tA6|d>S?h8u<R16vHNn&=*PO|V27PU~
z^e^JBMuv;X^qwLWS?J*@WD1d?T#0~=!J-5Lngqy;mV3`keF#7R0+AEY*-+B^OQO>4
zE~@|m2n0bu$7v(qbPxam2tXh>0y<_ZqJ+Gt$U-2)jsSU4J8rZhFB-(JGxQ0841uQ0
zU&{><bv$s<4o`m3bjd5Gut(4F7cBiCxZAuq_S}EqRfbHfaa*{490`bQSdQ8#gn$SE
zFL}`sSJs)c_pigwc-X>$$%{sK35mF?kr5#T-JwZE7J3*8nL=bJS0bQeuqc6mCIRxI
z7PrkbfdB*`5G?_n4Mq2tIHlWBC_w-MaU`JQw9)Q3j1B<^Kp;>8I%X@PguJN8LLkGA
z0C`b6ZnPpV8pmIk&>Rl}HMJeTu{bw+)O6YJjq-{OpLFd}ZOVs#=cj?*>BXz_ku!dm
zVbyrmTk%-m(Es=;vSG105Kt!IB`<0`bFV{|<(js|anC-JF1YqD7WPYCG{Wmj#9fVy
z2qEYWolQmF{HCtR&~FLqP-Mw);}i*h1}%+%j=`b?0-6NKi(1?^(*yz#fIzeabT$-z
zKY{=RAdpl7I!+tyj>G5>fB*ynC7@%rB1*`MiYx>&><Ew-wc|!B@}f!om5O;qPN4bh
zXL7Sf9gev%E2;g-x0_S__nw#ebmKtp_u|s|K1bYWm~=X5;SM#mSx_A05)j$2awTyL
z0W|_1^P(o|x%2L`a;>|p<I2ja(`WwP&UML)MtCiWxT}#7Aq3r_H-Db_F>HPLMqQDm
z1?PO$PhK<<><n5a0Ud)y2?R6=kQcSPbEXvpAOL{~3FvGnKL37E=4~FMLjVF02#$b`
z(?+=6Ff;@p0D+(h=$NgD67r%V3xNzf0^~*QxY3HdXmG#O&~uszRBZaR^Byz53K~^b
zHM;Y?ERaU4-|tpgWzHUa;@xAGZx8yGPrv`8$8659YPRsDEF})=5fIt1>Z#&e2uKm|
zm=`r}dHyx;?{)CfuiU%jPpIFi|CMLVdd=Ez$%{sKA&I!Fkr5#T-Jxr0Ge3_lX8uZ7
zWE789D<1oIhD_tz-+>GSWC`dPEJ`4tNr1el_02O4ApijgL`6VnLy^4$L>L4h00EB#
zbeuM-y@qii009VuKtRWAMU;>i6<G*m*byKvYR8RM<V8LH=0bA_I1*?z_R9cd=23pz
zGw-cet<?{n$ec2f(b3Dcg>d61I>hqrL(kt-*?pX$VP3n+%SG#5C%NB>Y*@LHIEH{4
z0q=RyI;&j1{nRNh?{U!88J8~lf0GnF_OhRNd|xzq(Fm_45qC8*B7~qkbmnKU`Bg6{
ziws{|qkFbx$TWQD@8OTmh!7}|fR4eU1Ol1_$cu{pnZo==z!wA{0D%GobT*U{@5iVH
z0SG`Kb_8^smU}`7KmY;>CZJ=sB1*`MiYx>&><Ew-wc|!B@}jZ(T?xVZ1R6Z@&#rwZ
zWg|vidrxe*Ht$h>O>Mg~?#|TdKXCqW-}^<{Qlq1nZ$EkB3wsX!@;!b#9=6oHlvRIm
zBUC7|VMR!Qp&?L|fIoTB|9dKQ-ja7t8vpD!Pg}Fk5jXC#_q-mxCYVp0@7}X|r~cFS
zI%L^5j=yWzWj{XqsyBRjO*DDYqKg|`1rc{OGJ>09tb6V-^agXk)b_jwVm%Ar#hVwd
z8Z2FQy^?=x<2zeA^pSv$!J-5Lngqy;Ciu}CQ-c5ml1e~lL-FyRjjkX70SHJD&~e(N
z?q$pi0uX?JA)sTnB1*`MiYx>&><Ew-wc|!B@}g3|2O%aI1lpdvCL0zt2d%&RnDe}9
zYR#!`|9Q2hsn)ai!~q8^+4oyF?RVtL1b_AHGto@8_s&y$?>r?-som*!Rc!hnXG&3g
z#;c|hkqt`|4yquKA>eObG|WF5kQa^c8WwR^BO^ix%0suD^b>Q#(53&>ipTkPCI5Gk
z)YR@cr0!qbv>UNndF{{!0Ud)y2?R6=kQWW}ew(o%009X2LO^Fj;Z_p@5P(2Z3FtVj
zFB=D)KmY;|&?KN^wjxT%i;64+GVBPD7q#O?EApaA{gsM&MMa>|T_0p4pmp(v-KSMN
z_HP$4jqiB3{fW1AtE|d~CsTE><F~GBvi$$K@ZnUJfXIfG)x!Y<1PPEA6<id3Nh0oQ
zWazVsL}A@)+yC>AO<G^JArb+CgEm|EQs#EC$;vkb<sk_ISpqr+ixLQE5+E<C`P2+m
z5P$##TnOlFDA_wM4j=#l2qcVvj?=nq2b_Wc1RxN10y<_ZqJ+Gt$U-2)jsSU4J8rZh
zFPgC5q?k_R1lkW@l^ghMG5x7hBsF;SU(FW0)N1VJHW#jKbHPIi{`&HDSR+?ApZ9#j
zHGeGy4s|jFL^dpz0|Lqf$crkkj;uBjcQrC(5k)Sn)%PB+ySb{YYPRGzk&B63K%*bM
z-(}~?21xr8ZjD?F0wCZ{K*wNF0s&0|<VEBDd=32&fItcf=xiwNw_%)x00bZqUjjN#
zo5F35DMJ7P=^>zFwjxT%i;64+GVBPD7q#O?EApc8{iO-zf&`je|A*YLXr}`g?(pOn
zf;y2DM*<=nRvgixIXwh2dC}fGPl??x^?V+EgjcDEyBZl0LQo%i^XEGrR`>Di-Fl2`
zdBsn6sHs&KyfvuRY<kVBUHVNiC_3*sv%y3Em0Au=JT3%u3>GC2&?G=!G<G-b2!;Rz
zAfU6Muoe)200fds0H;mr$}%qqKtPIsj@gPRAulSj5Xi72Kwi|28?DHT#^qTXI%7bf
zrnck3OLFs~O|Si33}gouX<+XD5)j$2{GAlNLBL-E?MAH5n6T9E-KB^jFY51=P*!gu
z?rLO|B|B}E&70Ue9`fZ~R>yBFZZY%ey0m0!f}?dWqF?-ShhaBmEUxqJGt65?({>Fo
z-#8M`F<6v9K$8G@(NgY{sRIEBKtPIs&W0j|1u+nS00ev_fYbU2ldd2D0SFW#pkuZo
zO2~_fECe#_2#^=G<3=m;qH%oghGtCy&F4Os8y4+w^osPv7&KQTVX8zntb|czIte4t
z>3{_>&5M5f;u@p8)1bKtTaj2yN5ox?j9B1`P-Mm9pSB%!f9}0j*FF=w?0RLF-KHh=
zD|fQlV{?ben?)nM4jH;E0y+kZ5(sD#ATL_zxfSIQfB*z!3FvGnvWO4{0SG|ABLSS&
zBS4x%00Iywg@BIPiYOs3DzXsBup>ZT)Q%gi$cvWsz>CTdC`6!Q)Bkkdb5{0Iez(f1
z#&^71s50dcupl6^VOc1r2?RnT&}{yT86O_Ae0wRs5$n|X)~H8~@{WgI9U3bJ$`TN9
zS0f`Ui31k`=KiYP$kknTp8VBKm-(FfG<@}}Za@5H^Lh0Ab0n9`gHvh*bPN_H5YQw*
zUR39993>Ed00c@TptGTrD41#xfB*zyM*ydd-I5^~0uYEJ0UfgyQ9@o+WFe4YM}WMj
z9XDE$7gc+vhMt%bXf<w2ZdRe~8F$BYBFL5{AhKb}@<A8`41q@XY|B{jS#w{H*Kg?i
z4P9lFw>$Mt)-iknBJOHrgg^HfkGSOv^MULpJlSl~%gO#~d+wT+)isT8{d2|U&tkk@
zTe-YbN<hb8Q33%?0^~*Gb;pic2tWV=hJen7!g4?W0uV?l0h~6eE6cnf00AiiI%X@P
zguJN8LLkGA0C`b6ZnPpV%7a%3cqh={k$-mWdqp-c+O_wDh7bMSd$;refm{M28&<9)
zjv*jNpr*F-9y5&_A940Nsb9U_#hic5`@MFWWMsFP{*)Zj6r{XF+||fn^&tQO2qcVv
zj=`b?0-6NKi@M(=a~1*+fPf$Yoef104w4`M0SNd)0H^f@Bb`710uXQ~pkuZoO2~_f
zECe#_2#^=G<3=m;q6vE>$8;hg(B`}cvtdzl(E2+YBay+N$tEDOVI><fvr7Ph))%ig
zKHR6@l=H8C&;8e7owG-rwa#en+Gk?LhEEc(1hJcfh`SmYu|tPo2tWV=?gVrU79|kS
zBtTwN=Y||55P$##N+h7Op_C|?Y7l?`1Y$=3r;Xi`As7M>h$8_VvlUT7UQ}cukYPuF
zyr>;FT9FrZf5OFC2oxpI=<W}?^%$4Ui+0&<TE)hH7i~oa2$V}eWWy>~HuWJ8GJ(1m
zKL6)ko%<en^XTQ<^?y%4ZR&5j_pGk_w+5H251AFiWeAA4tC7KqKmY;|NEiVfgGC7h
zGzpLw)xTFqAp{@*fqDdVHk5k8_!a^XfIwmh;IxTZN+tpU2q+WKF<TKO<V8gm0vUD$
z$cx%>qZN74ggugDI^h#&fBY@ku&6m`G3}S(Yhc7Q5D?k0(tw&d#+^WmnNMeI`G8|?
zyKw0?<zLB9x#Gp%J5MocJMDW_#imc=PClmkMcmcMh$%p1LjVF0C`3TVU{L}AO#<Xa
zm2cG11_1~_z>$E?hT<rXLI^+r0tq01(<WdMnF0hLpie-@Y(<oi7Zq6uWY`fPFKWk)
zR^&wsJ=>xj0;LdWvf}mJuxO|K7woX*i&7d=2Lk015ZSQGl}&vJL_naXw#`M4WXyS&
zz2_bG{a;>q-G^$wo}Ycy8-q`{yRv)T>#4i!KCR(>+amzAm4IR$0iFN21|R?d2qcVv
zj=`b?0-6NKi>lqCqXz;IfIv|KIvYw+sZ@Xf1RxMo0yu3<7Y^AFfIz$m=$NgD67r%V
z3xNzf0^~*QxX~(+dC_=n$Eb}pfjthoCO0p7Le<l;o(|%b35aZ135zi>ox~ETsckua
zYq$S=&bx8xUOP=5_|4@94!h$U$E}X=YtO-TTgJ`<X7wL9zguNhX8Y(k_=gQ2_-kSp
zA`X#M5qC8*xC|fw0SF|FfR4eU1Ol1_$crlf0**EaKmY=c1avkOM|l)N00Iz500Epf
z0gK2KAOHb<0y<_ZqJ+Gt$U-2)jsSU4J8rZhFRH&^qfnN>h0C^e?@^u2i|%#swPTiV
zmsN|fxDycBuo4zyU^>Yr(CE(h+Mjq^Hkp~VYmtM_d(Lcm#ZP%Fb>tVJh`SmYk)uEW
z1Rwwbe+lRqEJ`4tNr1d)+<!?&KLj9<LIOG)N($jKWe7kZB?NHVlq@vUga8DhC7@%r
zB1*`MiYx>&><Ew-wc|!B@}kl1#f%<r0?W4#*ne>*cU0M<dgQd<#(O%~e}sNz0wNoh
zzbOKGgFpxb8m#?C^V!d|zIc7Rk*nLC_M-^DIvupoY#E*QU(l-h$tElQxI;~C2-9bX
zq69?T)yOC+l?o7m00iPiK*wNF0s&0|<VBT#0Y@7IAOHbJ0y-OtqdW>B009UjfB;UL
zfJI~q5P*O_0UfgyQ9@o+WFe4YM}WMj9XDE$7uDadQK(Gdta-2Rchssuhuv_}_~(^%
zqAdXgL^iB=r4&#L0SG{#C;<_7H8P4yr2+&X0D*WB&@ot)KtPiKdC>&?p3W2?0D-g-
z(AiMZMxOaX00QYDfYYXDt(hqVAP^w|9kUftLS9s4A&_B5fV`+3H(HSwjc_AoXb3<6
z0;LlW*|6f3Qa~*PAOL})1Vr4`$S5k63J`z*1mZ<N$6!$c0ZjtrMN9v6n3@oP00cw`
z=xit=K#&0e2tdGh0ywSjNa+v)5P(2F0UfgyQ9@o+WFe4YM}WMj9XDE$7tP-vDS-e4
zARtIUWW$PAN&&SHfB*!F5)g4$BSUcOK@tQY00A!qbPN_H5YQw*Uet@j&=vv^fIuV!
zbT*Vorq7@dfB*zSAb`_`0GS~m009W-n5~Es@}eROfebqW<VEecX|}4Zt$ppa*KWDx
z78B+iIdbHP5hK3$z3;7Dx$@OlUp1%v)l6QL`vC|*00OZf;IH{x_f|A{MFj{z00QwM
zVC{##H;lz*gh&WL00N~G@ZBfrP@F)Rf6L0E@O@C<JIqSWKOiq!x}Q)J0uX?J2!VVv
zkE%oj2r?i50SNd`ASz$YAJ_M((IEsN00A8W`KFih67r%czX0Msee$AlU%{;Yci(;Y
zvdb<zzQBJMU3Af#Z@!tW?EQeesLsBO5(q#50xkr+8@?|+#484dS_nV@0!0b<;*Gv^
z;<5#B3IY&-KpYA9;*E3?7Xl&wEh~e?_d$K{(0%#Hi^kE}&<p_xq?~}ev4?p!<qN^|
zApn5{6A05w-N#BWWTplI2tdHy08@CDyl4s+JxNn0FPe<ieEH><3j{^KR{YE}&-gW8
z@}k@iKmY;|hy?+^Y~N!)MUz)lfB*y_5HA8AUD3zpvDl0d2>}Q|pmYL0IwW0*6A1rr
zSq6yjgZkcK(N!ZaTDqT569N!`fCz!2-X2;75g^Eb00bc5JAu%QwCF&-PmK;C009W-
z5Gd+_X{$h9G;J%Mu=$b~O~8V_^UgcDsnF%im%so1`(J$Vh50b74?g(7d^~;b**D&J
z!<Q+O7uDI9Q33%7K){87FP`tclX%6zPzwPFK%giA@5bm?4=!5(ryu|U2*i<qU-n2p
z;shf3TbA#G`rctFt43Zlj?RW=2tXj^1WK{@aO$LdA(%b{Adp}J;kaliqa+wIQ-c5m
zAW(`8rm7Bk(NryW@+M1OH12C^a-n0!jL9ZKw{G2<Kci=#eKuR++;h)0u9aV>+!FGl
z+z&ti0uYD=fpYCVp!!9VS5$xi1RxME0s*<DMYploj1UO{2tc580v1k4lh_f6<ZoHN
z59)h|C9WfR(bD~dnh<~h1Vjjw=<p#_69Iw@2tWV=z7q(+LQ5RN_o>k#1Rwwb9Rejf
zVS1{O7fsJvCvv9bMdQA#KmYm9vsus;D^?Vm&g#{xv(+|l-dw0!>E+}_b@pYHKmY;|
za3N5-u?JeyMIomk009WZkwBoHSytz9q=)915;$Y_{~L7J4SOBD?Bt0r#B>VCjs=0T
zJdnyUB@oHqvV0%Z_YO;3P4c3#urfqK00I!mB~YTnhfpn76~_>O00fdmAOs67afl>Q
zWiAka00in0DA5ViQ;oc6de%CTGbJw?_hr5O^2@V9(2qa<xX^Sy{q)llPdqVG^MVU5
zFdtQ4sAh@f<VEXkj(iIN2tYuSK#8s%bTv&lsDc0lAYe@(Xxl8kf9omG5CY{9SiZgg
z-t)S38*9G0_oyB*?YHGMzy2fYL!d+gr5hkM<4Yitzh(J8sP7$?xS-@kOEeRzK>z{}
z&>>Kw!-r5!hY3m`009X2OCSUbEpZ5c=S6Q2fB*!f2$blA>8VCuG(Bsb$eEHCjrFpA
z_~D1yu;{E=v)t#hbm`J;<+tB{+r4tpv;UvHd;gxRtnUTRAJAXg)nC-e@j|V)p0-qv
zhqG#3l^#w{#gG^w6fp+ELeS;18WEu=B9sQJfj|lh3(+1Amm=z+AX*AlE>+}WL>dm*
z07eoL5^j+|E+*?du33G~?#%4jd-m+TXJ1}ftaiS8p8Z^2pYdVl$(#Agi#F<C%_c*D
z0D&}t%>BHc25HlCod5v>EfuI|^UO0!O94&0bppp-u;ryM{m39M8vgI={@}AKF51?*
zRhV!q1oCWs+O%3=E@xS#4_bPM`D-dK+KR2rBnc28kQB(j$yePnIV+C|5FpScfvWe<
z{QY-H)mjJ;ATT75e>3b!OL@_r6uPU+loxGvWpBUz_80*Tk0-BX-MV$L@wdPI?a7TZ
zpOqIK`j?|02@oLAOo7b(yq*Tl#4#%Z1PBxssAu!cGfLqlxRJoL0&jTB>X;V|5B~e{
z-<h@t?Fr-&$g}ln(`tdaoMn|hXz3m1uc^Ffo}EM+0t5&&N+ACxUv<kyv6u`20t8AF
zsCxg*-+zgV(iH&$1ezw0e>3b!OL@_r6uPU+loxGvWs_eSx@F6j$!mG`*=J*3^qh0f
zncO(@S$WZ>{oC1m2oNAJRv>dfucyJ-xw%My0D<-j)U$c!8Ku33X5Ko1BhPr?C5f*X
zJ@A#MzW1{mTek`mZoWXCtxua)3(Vy#tMoxj?=XK&<wcvnkC`C>0tAKx@^A80w;Y<7
z9|;g3&>4ZM_s{(OcZSqL2oNAJDv*CO>`6;`(Vi5#tIL!ZZFOarEn5~Npu2bPp1hX*
z`}fDjix)4R+&J@DdC}2-Ke|GI0D%SyWbWtnG-#lVDG?w*U>1RTHqShx%(4pi5|~!t
zkavDH`4yvYI_&akd(fUhra+#pPn%W?%;hYr^g&DSFn>+uMKiY%4G0h*&@_Skn|#$R
zn<isE1PBl)OQ7ogGk^bOtw=uv2oPwXK>p3JCoSbgds67GE>m8#y_HSoKaV`}$UF-<
z>7<ilWOVP|y?Jg)Ya=h(z<)uT5&;4PMg`Kg@tUuXPRtbo1PHWRpypk4!f>r-H2KyE
zEML9p6$kxgGBUdO<M*|06(-zpfeAaFr#c`om$R(W2Q9tBsVXZk+VD-x^av0jFe)(B
zK3{3$(Yd)ofB=DR2voXxPStrgJgtHN0Rm$MrrHnt&{$ry4^{5)8s$aXTih34d@+VU
zPd@qNJPSGFj5FdbJ9g~Ib4ywqdC{@|igb|x0Rl}ENZZD1zTPwz^C3Whz>ESl@1hfi
zn{gp-CorwR|2+A-$-L-q{mwZnE_`y@PP8X5L14m;=cx_|%;hYr^g&DSaH`76i%!@;
zJVk&2fo2L!wa-`DxS2j?MSuW-*##=yJg4e>_O<AN009Dx6_{#2>_cOD(LPkU!)ufm
zZEta(e){Pc{tQ9TJPTR9dUd>I^XAQYZb@q+FWT6DO`8}20tAu*Y1??s*OOE7m;eC+
z9T2E_7o9L%2QV$6Wddur|IUBAAQ>6`<72LG*%JQtDHCq8z=R#oQymbP%UM?GgO=Xm
zRF#z%ZSoFgZUhJr7%MQ<K3{3$vD0&r009CW5U6zXoT~E<U|IqJ0tC_orrHnt&{$ry
z4^{5)8s$aXTimT%x5n`2x#ymnXCYts!WZH#k3IHSo?Ft|$cv`^Thes`1PC-rAZ;73
z`Ff*FOojjf0<#O$yo*j4ZuYh4fxxr^M}Owwmn~QsBclsm{;^~J>ffgAM0)~h0uy#T
zPjx_GE@xS#4_bPMQ&m=8G;Q~Aod5v>jTM+`pRcrWV~I?R009Cs3RJpzPSyF03voLE
z0tA{YFx7t8hsN@veW-GW*C;RA-r|NY2#w*-^Ugaj&q6M{?6P>vh7B9?+>+KtUbM;o
zrZzVM1PDZdv~9fR>v29F5FkLH8v-@&q7#PehNo4uPT;Lael6xj!-L=Zql-^iyS;U*
zFyUqjOxW=})d7LIoMn|hXz3kJRatq_X6{{PMSuW-2?A5?^OZK9FiB4lAV8qi0+nu_
zQ+3{IMw2H%fWTydsrJJ@G?o|bLzO$cMtRZp7I({*EiwGLYSpSd3;E&~zZh@v{i1oq
zv>`x%009C72oNAZfB=CZffrxg^Om=qos5j$bkqGqZ6^Hq%U|x>y!n~0eeLcwYi|D0
zkAAjp-Np|8^V6Sh-L-4)1PxCS=#{`+&az4$wDb<AdJS|nFFF;1#smluAV7cs0RjXF
z5FkK+0D<`m$cxU`-{><6$cxShILF(cdg`ed{ygK1GxE&j{PWL`w`|(9DbFowZ94h=
zqG^kDod5v>1PBlyK!5-N0tAu*|MXAmlX=lU_=8VB|NO3GgVD$P_wT>;)(2Ot_|k9v
z)~U&RJOB9QFaPK}-f{kyzI0nA(I}cL1Ue=#m$R(W2Q9tBsj4h5Iu)131PBlyK!5-N
z0t5&UAV7csfhq*#MXONNXKe!VqP0<%KG2IVz8J%wANarr^7J2KrSX>Mo_j9OEop7!
zMbl(lCqRGz0RjXF5FkK+KpzA`@-rFrJp1hHC#?F>N4G6pxF*@YhmU{n_da#Q4eKT-
zd5S>i1?F;=Rr;W%cQ{qu<wd9B(wG1N0t5&UAV7cs0RjXF5Fk*6fV^lGs`{)=Kwh*q
z>e2@a-^~)kpGO^aRG$7%KKbN$%bq=Z^4yZvMqV^c#&rS&2oNAZfB*pk1PJs&VAG~&
zUj6Ei$Jl517R?7A+&p&SKls6h_?@D^`_{F8cJlX*Ip^P&uio^Yb00bW!Y4cY&x#A5
zT=q8`7oT#^Aq&5{;J{M`R-gUsx5CHyu~04&=)AyO&az4$wDb<As=K`CR9qSpAV7cs
z0RjXF5FkK+009C7st}MDtwL3wwF$_J)<#{$K*t_?Z2tUb@-%zVqD3>#M_zPBK(`Yh
zK!5-N0t5&UAV8q)0+(F!&oM6=9vpGRh5PmmCn49b-}I_i{VG=as@I<Ru2b(j;cuVn
z=RfZ~@3D}T9dHG=wwK=g2^1EX%UM?GgO=W5eouMP{8m~LAV7cs0RjXF5FkK+009C7
zDiV+vtq4}P^$5s|*5h2!C>LCCLClM8-MV%1D9=9oY;1h?*=J8~ocXN0XeN;c1PBly
zK!5-N0t5&U=(fO~J->YW+s{izMz6m5uH=$KgSWo*+|c0FuRrV9Rgd*EDH>P3;-YPD
zI_&bGv0%YRA9&#LB$USl`Xexxv#inwExp71F93Pb{8m~LAV7cs0RjXF5FkK+009C7
zDiV+vtq4}P^$5s|*5h2!D7W2qTa19-amO8#N4fw0`(xvqZn|l5<IHE}MKg&sAV7cs
z0RjXF5FkK+K<5R1_`^q%dC}Lu{x6??`uVu(E3UXBJo~Z*E0><RKE@{d{2=^>`q%vK
zUk8&TkNn%H<N<+R3C!gztMoxj?=b&sKwdPzm6iku5FkK+009C72oNAZfB=Dt1ms04
zg4Jz30`j8uI9D`E_)gIn0nPl%(6wvV#>N{rZk%yS@}e^Wx}5+40t5&UAV7cs0Rr6+
z_{c}DN=8OkuDm*~>uqma6`nd|;aB^d5gl6l;#2M$a6R<U6A{V-0{sz~%UM?GgO=W5
z{uh9}Xnrd#2@oJafB*pk1PBlyK!5-N0u>3!i&g}y+j<1#MeA{{Zj=vw=tD6Dx^w5w
zw1IZ--o0qiqCv}L%a-lmzdx;I&g=4`IiWNoK!5-N0t5&UAV7dXw*{Vh>iO5b?(}42
z^zOSK2}^$DktYWik2>?gq0D5je_Xr$pf`Lb$XtB!t=)cMSRH{hfw`Pzl|E?c9j0*&
zU6&Uf0`VgO0t5&UAV7cs0RjXF5FkLHegS#W`pu14qJX?;iI{Wg>IXmgLClL@cG+cV
zbGYW3Yhtr+fBV~M&GKKD7tL>_B>@5i2oNAZfB*pk1iCG7<(1!0=0)HB_RsF!yYC<V
zVO_X*;HyqMVeR%_2Soq&siEb+<<I^u$h`mkU+MO%!s-a53C!gztMoxj?=X#P=(@b<
z5QrZM5FkK+009C72oNAZfB*pk^$W<0)^Bda5(VT%OT?T@SNrzuTd`tA%!1x=#~q{7
zShsFnZ1A4<yeI5hqiv?WA}>0vnDzt+5FkK+009C72oUJ1z`lL^-}%lp$;jvzzVOeN
zUi#f|<+TT&H<Xt2<J*q@W{_F3WNlYp57tFsvOu|KS>O1^H^Q&f8T<*4(}pg0&@f8r
z9j48E=(@b<5QrZM5FkK+009C72oNAZfB*pk^$W<0)^Bda5(VT%OT?U4R~t8OjB(KL
z;L=Mk-L`F8_>J@7&-U%xzxvg$CZGN3Pk&m<Jmp18Vblo$0t5&UAV7cs0RjZNA+Ub^
zrUeT=8Y80z9dzn>=Y1>u__{ZJPC#@>;O+0dF~}T#_yyf4y;Tq>AW-62*4MxO^?2|V
z9#5D|iGvPCDZRr9laEiyi$)3$2oNAZfB*pk1PBlyK!5-N0`n4(7oC^9aZ3@97cGTx
z?w#Cs-+l3He8Ph}@4U0DsmhC%C8-|*1PBlyK!5-N0t5(jL*T5le)YAP@t^Qp>E%U-
zlA?nj<wd*kg13qp1<E?h%AXev6E17exc1UJj6J74kQYspah(7G0t5&UAV7cs0RjXF
z5Fk*SfV^mJ)CQ_TKwh*8)w%Q;zSH2u6HiPFiynXc@f$X5C~;!)q9tPLiU0uu1PBly
zK!5-N0v!-|{`p-8AN=W<7actC{i36hQF+l0yxJ|H6oFFCvZl(5hG~~FXma_bcbM#a
z^s&6?sEI2C2oNAZfB*pk1PBlyK!5;&ng!%VYX&!5xdQT{<$BJyx9|(-AAIn^@cZaL
z_`we@Uc7kGqD3d4eDWoiT=J8j{3JY8?%d=>%k|V70RjXF5FkK+009C7Iv{Z4jX#zb
z9Sw*MU6B{<z)Rf{$`Y9UENj}lXqfrzgAOgf^bUvmPyQ$`n$+-^009C72oNAZfB*pk
z1PBlyFc$%N(Ydf2v@8L6(Xu4_){nes-zsjs1PBlyK!5-N0t5&U$P@^nsbi1*Vlp!7
z`$dPsqTxq*(aaZ;1_TJC3CN44$+%8{009C72oNAZfB*pk1PBnQO+a3>HfjS^As{bW
zg=!!Alo#zom93Eg0RjXF5FkK+009Ei3Ox4M_E)^(V=*$?{JiM#7e0CPXCD5u58nRP
zcVBz(p_l&l@2@)Wm8ZRQ!OEAv;^POs;WG!n{flo~`t`*hzwfv;TSt?h#jePUPWz(L
zo&bR;ATJszJRm@T009C72oNAZfB*pk1PIJaKwflS^2RMiKwh*I#vXPeFWSSRTQUIx
z1PBlyK!5-N0tE61TyViZmYx?~e*P2hI`zIkTypKJUVG-t7OWio=goh5#Z>9d_niC4
zVJmKa;~{I}R5KsE`G0)rz2`kP)hJ^d%ZuiD6=_3&z*qr!(XlKp5+Fc;009C72oNAZ
zfB*pk1nLx!7p+s<SfvZdi<VB>lMdxYds1l2BtU=w0RjXF5FkK+z_bFpcklhfKRkC3
zznta!MUTI5>ye-Q*FQey`q%vDzsd}AzUi>b$A&Y<UJTu4c9_=SZAX9egtgnpcAN8}
zyy&#ADD4RlhywDWk-`H41PBlyK!5-N0t5&UAV7e?yaeP$=Ou64QUv5hOJVF`C-R~_
zEV?BVAV7cs0RjXF5FkJxr@&ozZ8-42U;S44S@NRct3=a6o1@oj%ZrAgry6TCL@F<u
z^Hro70Rp1}@}i?At`HzVfB*pk1PBlyK!5-N0t9LnkQc2P+;HUz$cvWi*`MCzMf+20
zD<wdH009C72oNAZfItC(Pk;LVbTuy;)^*qkH;)EEb6$}bE%0)33jqQH0eMlc1OfyI
z5FkK+009C72oNAZfWX`Z<VELR0uz`;Kwfkfy*}S7FWTqoTRQ;)1PBlyK!5-N0t7Mz
zF1h5NJDe8{OIyDBiJSq^p=R=;nJ*p<2oOjUkQYspah(7G0t5&UAV7cs0RjXF5Fk*S
zfV^mJ)CQ_TKwh*8)jsqoFWQGHTO$Di1PBlyK!5-N0t5;Rv?wq7`Zs_6Pfxt{=uiLO
z<>x<f!rJXC)^1<Edeg$c_`$1RcUH)Srv39L%fCGo1kL%QylCMUl^Y2VkQenDAV7cs
z0RjXF5FkK+009C72+UnTUUcpyFo9VF<V9!E>+`+xqJ6HuwG$vffB*pk1PBlyKp<0~
z+`Q;(4?Zu%ESH|S{-`q_92?+#(_xqAjBAEwM}G2OLnkj?u<~t3e{<R2Y)rfH_=~n3
zeCVZPhYJ^9_omOL-8lKWylCc&M*{)`(gfs1(_~yHK!5-N0t5&UAV7cs0RjXF)FvP=
zS{t>2st}MDtwOaAeaegWp~}`sfB*pk1PBlyK!5;&!UD7BMc;VHnm=0ljU}hwf83g_
zF@bsPsz=8LIH$^sE<N+X!&dy`@fZI8Ze#yL4?>&&^y<^cju<YkxM<r@`#e9&ixz%S
zxsd<?c~P$c0t5&UAV7cs0RjXF5FkK+z}yAoMdw}u6PQInUUU|{KHn=Z+UM$9I{^X&
z2oNAZfB*pk1TqC?&x?-DUY3#<9ouu-#Y5kBQ(9hh`RdJScTKo1FPiz{(SQJfGy!?h
zG#S?k5FkK+009C72oNAZfB*pkwF$_J)<$ihDg@+3t5EGjpYo!8sIoN@AV7cs0RjXF
z5FkLHus~<>qTvfp)AFM4`@Fnp;TMP-2@ohEATL@(%{>GN5FkK+009C72oNAZfB=C~
z1>{9b<<wc-0`j7Di+5!_dC{&^(mDtbAV7cs0RjXF5Fk*AKxguzM}6{N)AFKzAAKb+
z9i0*&kS-uEnr`D60t5&UAV7cs0RjXF5FkK+KurSjqBTJqrWyfx(P~_~->bZ6_iJp0
z1PBlyK!5-N0t5&Um_eX3dC@<8|38n-i~jcSt(x#l=O;Yn_tDSrvT`edz6;2U_Wc!L
z{R9XQAV7cs0RjXF5FkK+Km!EiMH^5AQz$MVFIwEL-*?K3_PhR8Pk;ac0t5&UAV7cs
zfeeAp<V9cq=FgAKi~h-R-<c2!o$!>rXvRy&(*y{l3&@M6+jxcm0RjXF5FkK+009C7
z2oNAplYqQvP0)s^MnGP)8rSakDlgjo8e1U&0t5&UAV7cs0RjYO5a>o;bjj)Wj}42y
z^ratJzIyY7Q0RoG<V9zAS-F)!-v#7F`~C{BegXst5FkK+009C72oNAZpaBB%q75j5
zDHIow7cFkr?>ps1`(1ylCqRGz0RjXF5FkK+K!!jE@}kTB=I1Ye#i?WSqKCfkrU{AA
z$xq3PX1sJfO@KhUfV^nBjb{iDAV7cs0RjXF5FkK+009Cu3CN4q1Z|jV1ms1laqWJu
z@}k|Zu@w>^K!5-N0t5&UAV6RSfwt#G-}m{=2fg7lW5c3vJY>y^wc96$LMJ>cFFM1^
z%B=+YE+8-3_g8@R6Cgl<009C72oNAZfB*pk4G@qQZ9oxBp}2s&XmPuK-zhKJ@A_Lk
z0RjXF5FkK+009C7G6Y(k7hU!@8(;aFPmK+W9`weukGo*Ygg9vCQ}Uu2FC9-4AdoH~
zFPd)S83F_d5FkK+009C72oNAZfIv+G@}f0C8>SiodC_WIyWgw4X!mPug#-u?AV7cs
z0RjXF5ST%ry?N1N|N7AbUv>J}u;{B^d*<@hn==!klN-p3&hWBwD}lZX$cy&<6=3}Y
z2oNAZfB*pk1PBlyK!8941mr~<Py|ybE+8*j+^*ku%8T~9{#H+b009C72oNAZfB=CE
zftKb)kN(WV3l2PGY*_S_uQ}s=pZodbENGr*<wY}II-Vv#AYDLSG~LEC1PBlyK!5-N
z0t5&UAV7csftm#5MQegKOf>@XqSd%|zgKzD?$_7~2@oJafB*pk1PBlyFoQrF^P=zm
z%b&dTWgi_I7Cq<<pIN?oQ=T|zW*d3Y8D3UyCD3;PdC|VV0<50^0RjXF5FkK+009C7
z2oPw1fV^k}ieL)G1>{AG+x7cSdC`8?-|7hvAV7cs0RjXF5Fn5t(7L?nqL1A(HYpk|
zzV_hrj=Nw>W)L)I19{PmmyV|i5J(r07frYE3;_ZJ2oNAZfB*pk1PBlyK%gc8dC{7n
z4O5MPyl6G9-S1UiwEH!-LIMN`5FkK+009C72+SbRuDs|wK6qPNSoDpDtU3O|tvR!x
zd78<K&hWBwD}lZX$cy&<6=3}Y2oNAZfB*pk1PBlyK!8941mr~<Py|ybE+8*j+^*ku
z%8T~9{#H+b009C72oNAZfB=CEffnUO|77`h(!!z#AA0HW7j4Uv0?pq>UNqyS<7ol}
z(goy2(``IMfB*pk1PBlyK!5-N0t5&Us7XLxv?gf7R3jiST8(S>dzBaMevPe=009C7
z2oNAZfB*pkGYGULFZxGIzmXOeeak!kZpGT|`GcT2Tgr>h@Un6%fxZjKi}w8$VEqIL
z5FkK+009C72oNAZfItHT<V71$1XCz3ATL_nuHSdci}t(zR!@Kc0RjXF5FkK+0D%mF
z7UV_OZa-w<|4s{wzV*njolrqoG-OKUMKfMHo+dybT|izm-NrKn2oNAZfB*pk1PBly
zK!5;&ngrxUYl1dRH3IUY)wp)QS9#Iy*VqaP5FkK+009C72oNAJgFwUcqAM=i_NK$W
zlol2}^nEww{Ibvj&E!RAcv-oXK;H%AMf?5=uzmsr2oNAZfB*pk1PBlyK%fBv@}dnW
zf+-XikQXg(*Y7*!Mf+WUt0zE!009C72oNAZfIx;olk=j-U-;zjzIAO{SoF_M{$7C;
zX#QK|MKfMHo+dybT|izm-NrKn2oNAZfB*pk1PBlyK!5;&ngrxUYl1dRH3IUY)wp)Q
zS9#Iy*VqaP5FkK+009C72oNAJgTU;0(L>(()t4<;IrPs<U-r?ooaa!>!H@6#?8ea~
z=c13@lh#SNKDM8+7vJ@XAB}dNc|~4yhL@FF3G`h+UbOG80P80}fB*pk1PBlyK!5-N
z0t6Z$ATQd0BA7yP0eR8lcKyCnUbNr!w|W8u2oNAZfB*pk1PEjZ%$^thuZRDy38~JU
zPZh|E=Il8%d)KM*q8Tp(PZJ<eu7JE~xt@9>K!5-N0t5&UAV7cs0RjXF6cCUXEr8~h
z<_O4(Hm4Ttnu)w<yXs}O1PBlyK!5-N0t5&Us98W>H0_H<eZOeUFGa%<=#qfEXqT#K
zEd&S<AV7cs0RjXF5FkK+KuZPWMO#`p(;f)Oi+Uv#6Ob1z=H@N}1PBlyK!5-N0t5*3
zL_l6tUbH7Kb;~4Br+~a@o!Z7CK!5-N0t5&UAV7cs0RjXFj1`a<9n0ckTLk1q+fu2f
z%~M{qX%#Ua0t5&UAV7cs0RjXFG)h2TR9>`EFG!Oi&<z23(QeeyDhLoDK!5-N0t5&U
zAV7csfmRF1i?+IaCND4QHBd}IUbL8-y9f{<K!5-N0t5&UAkY&5c~N=Mp1jm8lR%vU
z@}hNW8;bw|0t5&UAV7cs0RjXF5FjvCKwfk#i;Ha$kQZ%BrJ6QRdC{g-#C!-4AV7cs
z0RjXF5FpSff!Xt-X?e@GUw`|1Z+yv1{^Ib%FKAS~Oojk~RtU(8wxUcXNq_(W0t5&U
zAV7cs0RjXFbX!1PwA=OV{OaUIJ74087AP-T5v*<r5FkK+009C72oNC94FP%4v|Ova
zXg6NrRzYAc0`j7BVK*oN0t5&UAV7cs0RjXF5FkJxDIhPJ)bO}<0`j7*D_KJ(EHB!S
zLYM{t0t5&UAV7cs0RjY?DIhN@FWSskrdbhawSc^6tIKEd1PBlyK!5-N0t5&UAV7dX
zHw5HGyHUs9u0me4x22zP;qsz00=k_50RjXF5FkK+009Es7LXT}7wz^d-0BF-ML=G3
zF6;&+K!5-N0t5&UAV7cs0RjXFBn9L}lNuhkPC#C?btP-agylsWQV7!^K!5-N0t5&U
zAV7dXGX+jN?b?^T<S)WMX|c)PUibUxoB4`0D*~+$kQZ%5nM{%Z0RjXF5FkK+009C7
z2oUJDfV^n8>)ZL&$%}Tr#1$=2UbG@u-4Y-`fB*pk1PBlyK%g4}gRrQ)=x8kV?Z@5_
zSPnn@f^HPrDhLp$Q$Sv{PHkfmAV7cs0RjXF5FkK+009C7#tO)bj%9JNEduhQZK+h#
z<|!}Qw2GJy0RjXF5FkK+009C78YS?Nk6bl~jE)8-dw%7QmVQ0R9Cg&ijjET)5FpSB
z0eR6@l*uFs5FkK+009C72oNAZfB=DR3&@LhyS|-YoxEu0OI*<c<wYxk)hz)61PBly
zK!5-N0tC7t@Q?raKuAR{IPjDeYq$42AUd@CHy!q+AoHOQeYG2fwh96S>J*R{ty9}r
z1PBlyK!5-N0t5&UAV7csfw2PeqGMTHY>R-rXj>}Pw0X*lHmxG&Lx2DQ0t5&UAV7cs
zfkp{D@x-%(?-za7Cw?>(nC$b9$6vJVm9IG?$b9+BcQmSACPRQgD+J_4TTv#HBtU=w
z0RjXF5FkK+009C7x-B3t+U@#wes%JqoiA}k3zQeF2v)ZQ2oNAZfB*pk1PBo5jKJZC
zUl4+k2OoNAp97*pYk$WFZwn?17JPK`=4U!nXbT}gpf&+{(b}jDM1TMR0t5&UAV7cs
z0RjXF5J(e{7fq9Ky%hrTqOB-X11Bjj+Q6ci5&;4P2oNAZfB*pk1R5o9<BdNae8uPy
zAN}D_Y_gv}zVGvozw$Mo3??U?^p!?c%47%-Xp4ZnXj>{}o&*RGAV7cs0RjXF5FkK+
zK!*k7MLS&FJ}gaMv=3FTVvX{mRjBHd009C72oNAZfB*pkT@u*8fB(DRy*9)n4}9fm
zN1pLOKQp3n)yr3Je#3uR9W)L)=+sS{e7R_sUg_3CpgsY4(fX{7M1TMR0t5&UAV7cs
z0RjXF5J(Y_7fpe2xg7%XqV1?t^JXb8+Ps>W5di`O2oNAZfB*pk1R5u>Wy^EF|NCc#
zkmP~`Px+JO-#PxGZ81ODs|QO?TlZUUJUckN>}4Oh>8AS|S0@u9K%gZ8@}ey%lxY$m
zK!5-N0t5&UAV7cs0RmkXkQeQ8b$hTjdC?vexsoNyi&ny_Qvw7C5FkK+009C72y{;1
zXFuD1$RX#1sATx()vx>XA1=A}oge=GyZ`bhM}G2OJN!>r;GysP)}oKyedw}pz2PnA
z50?LmSA6W7-@LDL6}BJ(1nLuz7p>3QNCXHFAV7cs0RjXF5FkK+0D%+%dC?RYm)jvA
zFWQbeHE)*kqRp#`84(~rfB*pk1PBlyK%k)lzxc(jQ&0W-1q(hph)wqM{~mF~h3nUE
zYG{Q_ivWR^2*``Jq)?_wfB*pk1PBlyK!5-N0t5(jSwLR2%hm0{+T=xhP~=LMC@)$G
zt4;|JAV7cs0RjXF5FpT9fsGrV`rPNfefZ($|MqX6)}P4e+upWn<;tu7<zN17|Ni~m
zt*w<2AW)Nlyl73(h9N+J009C72oNAZfB*pk1PG)H$cv`ic%}sc@}ey$QX{7*FWShm
zm=pm51PBlyK!5-N0tDJ2uxHONckkZY?SEc;aZfvnVU`34v`0W*v^}*lQvw7C5FkK+
z009C72oNAZptAz<qMa>mKNco0+K)Pyze;)0@=f(ffB*pk1PBlyK!5-N0t5&UAV45p
zKwdQ6#xn#65FkK+009C72oNAZfB=D-1ms0)f;LPw0`j8OxOTr+dC~6I*a`^{AV7cs
z0RjXF5FkK+009C7nj|1E+N5fj3jqQI2oNAZfB*pk1PBly&{F|<(ViB*E6bJ_?Mfx<
zUWdGB-Qvb0K!5-N0t5&UAV7cs0RjXF5a_pnylB7cZ}kKS5FkK+009C72oNAZfIuSz
z<V71%29qc%ATL@}uJ8BBi}w8$VEqIL5FkK+009C72oNAZfB*pk^$N&~*6VFF0t5&U
zAV7cs0RjXF5FkK+z!(8}(J?44wMRf+v^}+I)=cF^n^h09AwYlt0RjXF5FkK+009C7
z2oUJHfV^neD{OrP2oNAZfB*pk1PBlyK!89C1ms0qP$W}K7mycCxADv*0eR6$I-Vmy
zfB*pk1PBlyK!5-N0t5&UAW*h|ylB~?`XfMq009C72oNAZfB*pk1PDwmATK&KnH!oU
zATQdaYP4xC@}h03mbnrjK!5-N0t5&UAV7cs0RjXFv|m78wEZ=-0s;gG5FkK+009C7
z2oNAZp!EXsqOC7szZW1c+VA=oU%k9&aXWVsAV7cs0RjXF5FkK+009C72oRWFKwflu
zGj|XmK!5-N0t5&UAV7cs0RjX{7LXS$8B}-m3doDr>)oBv<VCwvODiEjfB*pk1PBly
zK!5-N0t5&UXoG;fXd9|zjsyr0AV7cs0RjXF5FkK+K*t5-MLS;Lt}jnswCfeFYJKve
zRmtj?009C72oNAZfB*pk1PBlyK!CtF0eR7JDy|VAK!5-N0t5&UAV7cs0RjYS6_6LL
zmD^xt3&@L>E!vm<l6leJ{LSC|2Y(0<AV7cs0RjXF5FkK+009C75&}DR?C8rmk#*K3
zFq9Wvvt~`=73U!V0t5&UAV7cs0RjXF5FkK+K(@f1J$q(6%aIqI5zy`P6_6L5uYY?-
zPv%7r@P_~a0t5&UAV7cs0RjXF5FkL{KMFkXzys|)`7!fm3Jm2%|KlspPXq`MAV7cs
z0RjXF5FkK+009Eo0?$7C?2IQr@}e^Wx_!O^@}l$gZ|~@*op#!9{Kjwm+OPdu_CBix
z0RjXF5FkK+009C72oNAZpnn4LqU}BSYV6Fv_r33h6S-gi^<VGb|DLRv009C72oNAZ
zfB*pk1PBlyP>z7SXk*X5OspOOdC_{DyE@9%S6^MuUaS`a1PBlyK!5-N0t5&UAV7dX
zw*=%xyLuot_jSGS!VBH{--^``AV7cs0RjXF5FkK+009C7>JyL`o%`vQ3CveOUUa_x
zZ694;w7!2`8HoS^0t5&UAV7cs0RjXF5NMTvylC4Gz8X7!dC^ww1SU&>009C72oNAZ
zfB*pk1PC-sKwh-5r(PyjkAS>rJ<eSnWyg*k5BWoY009C72oNAZfB*pk1PBlyFe0#P
z*RHOf2wB&B1@`URH}Z0GfdByl1PBlyK!5-N0t5&UAV46Oz%PIK%NfshLJuJV8$x$8
z_TzQ}a}kgioeR4`2@oJafB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zpj`s;qV1}e*$xTFiw=SKkpKY#1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PF`@$cv7exY8m4dC?XX%Tx&vAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV6SV0`j8sk~eNC0`j7zFzSQ=0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjZNEg&!2?fQ0pb@HN}FR=v@AV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7e?>;m$lvm5GRjso(cbHq0^0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFv_(K(v@Mk~&#?mXqGMTHBtU=w0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rl+@dC{bX$E_2P7j0e1Oqc)x0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0tD(8kQc4r+=wL#$cvVUsVf2m
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oUJ1fV^l|E8CNG$&2=+
z(3VMn009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009EC2*``hqUYYZ
z3&@Mky#yvefB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk%@>dt
zZGMf+aDsrm=mZ>35g<T-009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z0D*ykyr@?~s|DmmTU|brCqRGz0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7csfqDewMeA`kN<{+lq7}jFmH+_)1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1iB<3FWRMQ_HZroqCG6SB@-Y(fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfWWi@@}kp<Y2PRTdC^9d!(<2$AV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV8p*0`j8GtczLY6p$Cq38fhU0t6}*c=5#-7ybL6TW+~!
zbgaw<qqn$1fB*pk1PBlyK!5-N0t5&UAV7e?WPv=#Zh6{F9>uc+2oNAZfB*pk1PBly
z&=~=F(aw~zp9_%}?PuMsngD^)1@67~-ha<~{_6kVdFP!|4H3?q-}&!<Zoc{E(R(u+
zjNal30RjZ(B5?H4M<@5g_;~T+#o?(HD^{Fw#u*o1eDU?yU%!6+`kgy>PCLn={zF%J
zdf2jMOPt9y*Ibk5me^*-9X|Hs0RaL8N)Z^^2IJ-y9xPe1WZAN1VVk||vdhBW^}-7;
z<Q#FR&l<MYFfqGp&gy7JfB*pk1PJ62nB}cSo@2K>ZSu@h8v+Cf)Fv?WK`(xIbVgTO
z2@FJlKu-kH_S;zw>jK?Sw>6yC&GL@AC$+Xr0!aaR(WHjQtrL(JZC%Msm;ixh3Y>oW
z>HnVh{MG;e@P|J<)jTuLoHH9tHJru-2oR`F;K(D7Ozwx7kHdy}#~pX<-McsElt%mC
zwryMHy-z&xM4ZW0S6!9aKG|T#9X{EW#{>uvm|b9W8;twg=z}Y+xFWob%p7#I&#Jf9
zFeSTdW?eKOK!5-N0tE64%<|SE&#_ycHu-0(B>@5iY7iLxpf~!NF?q!qT@6Js1OWn_
z6qsti&3RZCphml``n+zIchsG%tVI!+EFdpB*~haD7mycic!5lh0D)ErJp1gk$#a##
z<2-NL<LWZcoHHB5t~?+>fWUkOMh`JYcgWEzOP4Oa{r21U@86#}`O*H*J@?$qy9(z;
zXW!v7=cWMx0tBWK7~KX(H`U~oV~;)dnP;AvJj7_9m2RzJGIrO=74a+q0t5&UATX7{
zjBhRS9J}RdGu50mCP08d)dHg*^pYPH(;hpctGX`wCqSTk0@Lodc@FD>(rCApp4ZLz
zj=FngwITwU0`j7nL>e?%Kwh-T)iE~$1ll4Heyj56>B`ktU!8ycnP<+K4f2nrB>@5i
zDiuf`Vua61$+1ElG+cS^x#u2x?6I3~zIo-!l|!57*=L`<XV0GGEu)W<{m0uMfBf;$
zmdPuH^P;ow@X2X-On?A^*#(l@;OI8Hd-v|2{p@F#Tyja=A;W_YeBc8^Er+I&>@(h2
z-PRgLx4RCNz>fq75FkK+z$^kYzO~46?3Sm^EK6`N0RjX{7f6248~RA-jIMNT9TFhW
zXMxH4ZL!0;;F;{UhV!}^-%<DZ1z_#H6$tOI4mjX|5W4HFfQ7eOKwh-f<uiE#1ezca
zj#k2d2sU`5{_&50{8OL$)ZlUW?{N3++m~~OnP<+K4RQ{o836(WsuoBdVq|WE;VbV}
zuU;L`I>Ljnkq(_;4^24Pf4njLo|K_xLq8VFi<Yv(56#4n1PBnAQ6RYuPS|E2dg!6J
zNrngC{qA=sjGOE;-c`}o8m3`)olpx;5g<T-009Ei3e5i2BG0i~o;K6YTzdip2vjPN
z{Gd1C!{cBM&gd$wh0X~O=(a%4{dTIux*(S9w(9e`+22ujyTn#UV61?==vWpP+ae$@
z+LlV0CjkPD71*$0LwuKh*Ijqrd+)vR#|IyLFz2*0&zv(G<Qzyd0t5(DEs#9K$UKW4
zOy-_@?uk2RcyQ^Zmrj^u?EmPak3RqW^W%*_{pn99+*K?uTFMSTVOE|ZK!892fw&EZ
z4RG={`}cqU_i>Xv>7<h;j1~K=VQUT3u)9vEg{KG*AV7csfoTP1e`}HF*ey?+X=koI
z0RjXn6^I}7GCw@VX*i>c6dn*DKp?+B{{1%pVO<zKc3Z=F-R$qE^K)rQpfdvUqMa#a
zKNlh|+RwUMH30%83anYPCjLcy_?-fK_wGI7h$9A9R;^l<bD+#K=gbB<2hxlH0RmME
z#6yhyXVGCwA#We|((qv8#*Jz7jQ#)lpZ|II>VtUKhd=z`@ZZ3u-Bm0vTFMTeHYL{y
z5Fk)YAZ~-1+iY@^42{D()wB^~pEYc)VGefJv_iN}fB*pk1PBxmnEkCqo@2K>Z3;}@
zEd&S<s7@e$(98Vrn4E(%x}=831PBnwBanZ;&3{-I#*N+9a9%h2JL)`8+7RfNfV^nO
z3fi~j$cy%^;?_%mK)C|puiax*DSXY{p!16_zBpdoxpQZp5i`%6GaKX?MH>PH2-F}D
z4>6`Xiw+Yz=bUrm=6U9sXQoXx_8$&OLYvDkzdYV`|NZx;-BlnjTGkGqHYL{y5Fk)Y
zAZ~-1+iXbDFI>1VZjxKKZcQ68_F47T8YW<OO{;?I1PBlyK!892fl}UD<T-ZB)26`u
z-9mr>f$9X}2ffS>k3(~CMmGfFM*;*0Ocuz$-{wE83nRvEt3IzQ<sJ28BF_@&q=39=
zC(GKOMahfyr`A?VfIt-jcieGD{44l}9(rgn#3PS95-;9z%Po1v%{+6?Y>;OZZ3qw`
zP=i1`#F+LhIs}>G<{2LB*s){mY-9g}Ly{27k7=kAPdqX0D@F_CMa$aZ$F9Of0t5&Y
z7Kqzmo^AG+V~&YiYtFB34il?xYYm;-T??1qjRXh~AV7e?s6Z)iE%F?@<!LiIJy!@2
zATURPsXja==jn_tso^mJ0t7MzrrK|F9@d3HW4Hb)B(nq>5SWXAyy#rm4O*6fyl7dH
z`XNA|p91069}oTte(BPsF{Bh8yyrdd8C-w=``@2OCiBcWvq7Fwv>`x%Kn()%5F<~J
zX=pwtoNz+SHHE+R8+vx|W9)x$ND?kybImpJuJAjv#@<yRFIv_PKXyJY5+FdJut3}f
zGq>6NUs(|Qta@t=tG2rqF1;HG5FkK+0D)0~Qr=qRId;p_W^{V45FkKcjso$6Ugn3#
z(MdX^8#Qr-009DN0{Qpb{D*a6tk`YU=XIsLqfWzdoj`{L<V8DN+&(N#UbGKYwnhR3
zDiYYXZCgwzU3uk|$x*Jm?z;HY=FOXvPmO(?dFGtiU~IQ85+FdJet~$1QQ#~(xp}Tx
zvu5n%WB>7xWY?};OO`Ad?7GXAEejveMsJ)pFIwUbKROv#2oNAJi$L54Gq>4ipM5sI
zBMlG2ZkaZ2?6cCXHH>a|O)G)x1PBlyK!892fwJCO<T-ZB)26@@+(Li=f$9X}2ffS>
zkE3&NMmK8W3IPHH(ggDFxA_n2!dS7}O3&-cdPkjx<2r#33&@LhxVU{-n!IQqs%(t}
z2vj6+_0?C$zk&}*q~s{uw{MS6U2(+~$*0CX&OCF@Y%sQ47YPs`P`^Mt#3*nUegFOU
z$IbJklTI2t`PhFvBni!Kyz$0(<E^*eI(p-@dC?Mg_|eI@LVy5)Sp?!Xn7Pefd+oJx
zZ(O-@<%B_FpOtQ{VFGs7303eE0RjXF5FjwEKv{1s@*KP6X*2EowI@J;K&1llgI?x`
z$I)pxqZ>7Gg#ZBpX#)B8+x&-hVXW9~rRQ~Jy`xUUah*Vi1>{9LT--h^O<uGQRklU~
z1ga3&w{PE3M;$fzEBLX$bUuE2fB4qBv0rwVoK@zTb7q5NZypmMKwypn@erfHS#&bh
z8Ey~1oMm(&vH#>DN!VtOKKkgvp1gGF(mi|j4BeRQ`Kqg~8hUo<$8vZ0q0aqCfB=CR
z1>!b1d7Is^VZ&fo9Q@z#mwgk)jeS<PwT98{t`kb&DFOrt5FkKcT7eSZTI4x)%hP7s
zC1_880D(#c;s?FSA0EffA$gJ(Zg)mER>?&I1PBZSa_+ZN9oB`OW4G0v*OmB=+KYie
z4+Z2!dsy@?Em>Z)OVzX%0tD(5SigRK{44mIZ@zhS=-Y0)EjC!UZrx~u<dw`b=gbDl
z-aIBifWRCD;vq(Xv*?{WcgCGFJQ$6AhIPgMlZPbX`ggzk-FWZy*Iz#*kUZti%!`)0
z!w=2Gj|2!1m{A~ZgJZYZy?gg=+O+BN%P)^xVtBB6_3Fuk#y+dtTEhhFu9K_aSpozI
z5FkKcDuEK;TI4x)%hP76`D;vo0D-Cn;s?F4A08)<?u>4-k7o%GAdnQ8yx$f(tPB0e
zZmT=5EAbt562xNyJrR%>?Mb1#x=eY|u2$B%2oR`RVAZNs@o(XO@rz%K4wpPe{?w;F
zHQFF~CE0jv`ZTjavNw+j5Fju|fp~~f;4FIg?%i=~4G+TBH@cA6|Ii^x_%C6XFJC^m
zeevSOL-$UV7cF;(A6<eg1PBnAMIdg2VaGe-h$9vy{v@~1`1mVd`O4U@f=SLH_F3K5
z8iupGCe1x2K!5-N0t99hDDkaDo@2K>ZDw4N+X)aLP_97ypcg(KhI6y2I(J4l6_>^Y
z2=rVax!;y`SQkiRx7D53mH3Xj=dS_F@27ygXg}-TnN`b+cBYgTLV!S>0?Gfnc0v|3
z`8IpUjvW(bn0e-$*<eEFo+3biK%D~d5Tn3Z^sZgIV!$ap2wUIi%wzvUha{op-FM#|
zZ@==&E0g!;&x@A6!zZWVF#!SuW*3OtVBGQ29-MdHdE2&a%QIr^v!bmv%)#!Orx4l@
zAV7cs0RlM%%6)5*=h!Vzo1Bx^i~s=w^$5fddf_wUw0TiyboJE8C<F*}Lm;`|rXAA_
zuIE3j3o^0Wiq7lGeMjAmQd$LpsRZOjr{dDMX#(=1O{<9c5FpSBfm?35CBEUm_uhNc
z=KR0|55#6S-gskLvv580%sI2cgw8!hfB=Cy1>zw_*Z`+Ji%uR;gxkX}Y8jn*?0@u-
zBz%G1Nhh5&*mxH%T=@L+&&S*I=S553;o}@UAV7dXDFSgDjPEnk9)xcm{oxOPm}k(~
zXGL3Un1kIlPa(7+K!5-N0t9jjl>62q&#_ycHaRD+836(W>Jf+^^ulLGXLR+L8-)OY
zehMV_+q7f4!S(!ybwM(AThV!4x$mg^S$eDPxq!TA&tCv-U%tF(+bd}P1PIJU;KUP8
z9K5j)zgA#uoM|wt@Fro&k|l$d#~pXvgx>_3dFGtiU@i^@B|w0{s6af#2)p03XVJ-2
zXSjXrwi){$JtPT}Ne1;Vz4X#Jy=2c<U3FEwKKh{a9e#8OR|pUwFpEIk2E#rX-fbqk
z3O_#i<da|j`q#sI)WKWO@PBW(;f7?Jv5#Y)6>Y6yP`m3`c^3%~AV7csfnoyXzO~46
z?3SlZv9-91009CO3B(V2;e(+wx{8o>OMn1@AduW|%Q~z}c3aVTUAgb5y%GrYP$2y8
z{eS}w2%)<kuHBM5ARsT=fg)N00RlA(JpTCO@$cU+zWCzFqhE2w6|wPSk3E*wIP=Uo
zvq4(Vt`i_Ypk{&O*~qkK(f8kff7~;}H-(O!dF+4eAxXGp<;s<@lc%44deBMEyl53W
z{Mc2vNPqx=!UAy{40~PLHXBl-$z~5f{P5)AV&f{d)-bf)b+W%_2@oJafB=E11WJEv
zk>}VgPn)S$p)mmh1gaK@AM_@CcubpvGrBYx*9j0HFe;E|zn%85E{qbpt>V0{^mo*w
zEUpmfynwuD=S$q}1<H$dyS`ROfIt-j$p~mTX$ikOV8Wm93z1`NX+pR(^UOK3K@}_2
zCjkNk3JAnQi~?uT*IjpA+%qq_=%TTs$Ntj}NgjFRk=V)SKKHpnCpq(?RqXI%SK%T7
z0t5;R#BFf$HoJcP`nVY`U%q_k%MFG`k9}6LwT7|mu0!B{BtU=w0RjYO5h(qwMV@1~
zJZ)xKlzRyfAW*tM{Gd1a!{gX-ozabDaghK40%HYo?zdAN)`fv$w^f|imHv);tc;5U
zx-B3t+U@#wes%JqoiDKk5+G2nK=}9m;>C;OU%pTEApBy`J$v?yoloYOb7q6F-MUDC
z0D<}i;vq(Xv*;5}I3ez<ciwsD*vZHK(+)|(U1y$oX6z><MZ=XmdC`h?__3>SkpKY#
zg$3d^n7PfaS+gc?hSy$u?Sv6ypQUfDVNkp41bI&pAV7cs0RqzsRPoj#&#_ycHq)*}
zdjbRqR4NcZ=w*I*9G!+Ux=|BX2oNBUCXj!>&3{-I#){pReqL9_JL)tX*9ml3ApB3s
z@1yT<eLKH2dC|_7*a8U<C|BS|Kl)MpYxe>V?z-!)vGd71bIxoqwp$ko5Fk*$Ks>~l
z_AGkq)~(5X^%uYR#n{Qm{wExgY~H*%b``Rtp`Sc?(TaBXv8!;A009Dp1>!cCxy|m_
zu_JDV;Xhn@;e{8{2914|zO{xC?XGF;t`i_YfB*pk1q7;iYmw*JEl-;Q%W(?<0tBiP
zh#&MaKRgc2!5Q5Uh#v_MATU`V|9+eQur7=kyDj~^u8McmlZiY_ppydfqMa;je-<S#
z+MilmDFFhd2%K@o8S$^(ckbMor_b<KA^gJn!Cj}Ea?03SGS8ed8;tGNMFIo})GrVZ
zF{V9>KKI;n;|6=yS!boqJoZ1~kR;q2-sQ&L9)0xDJbBTIcKEb~xK4lofnox28_cuK
zCV#io)mLAgHe&3v^sP0FXm?FxcbxzM0t5&UC?HV9TZ=r$Zh6`iSdLo=5Fk*UK>VPW
z=fh)i8qVmF8XglMKp<0Ks{J<SVO<zBc3b*+T@~-BGnF(T&^-Zp(eBl>S1Xbi?Nzxg
zmH>en1)h8ExtKnhkYySj<>HGkjyFF2^wXmaGS8ed8;thp3IPHH<{}UeF{V0;zUQ8M
z;yxK3{QT!XPn&$~fAS$o*lc5mA*=uR<B!K5ue$20(ax*e;YY`Eg#ZBpvk1g(Fl=l4
z_U)V8)zG&VgtwGq+s8i3-CDy~cGt1sE)pO>fB*pk#RMvPYmw*JEl-<bi*gqM0t6}&
zh#&Owe0Yp=a7Gs?JRm@TKu&?F_S>9?bz$h(ZMo-l6}_X*X{8x~E(yqscBz^@T#LMD
z4~uTe1PBxsxZ#EyV%+HNyYJ55&%+Nt9B;hty6Z-7%sg|>Y%toVD+CA-n2SI>#K?aZ
z{o^11c;Ui@ai6^GvdbpSJoZ2NkR<f*g)e*|_L=;TcE{#LtJ~oxti@9V2oNYB5Vygc
z+iY?({My&PHg?3=XSrKz7|ZTD7TiSw1PBlyK%kgFMQ<(g9J}RdQ*2T0B0zvZMFR1I
zUd|7XVH(cpDyoHU2@vSEz_j~qp2NBz7P~F?ysn~m)ZH$z)e#sgATK(W#l^M=$cwh6
zQszm3z}yA)@87>{*|Hct+P!;s{wam8etP%2-#xhZm}8C!T@BrvdFGtiV5mbs5+Fce
zUIOtDBhOiM_-|>~u3a0q*6`pHpZLV&ugi=5XC9Iy|3ls65Tkj~N_Y5q6~ed#2y|5-
zZi9KY*?{oOGtb05aM7YgyLRmwm5F_pxV45+?5?BKt`HzVfB*pkg$1g6Ymw*JEl-=m
zOLHRu0tBiMh#&Owe0X$5S49c*Nq|641g6?=gGrvly3j0kTjF_Lb?>NqQftd3kQ9&?
zO=@`DIstjn)|JeJ2@sf<z@v{o8vm+&)v8s~P9uC>Uc5bg-RRKmnP<+K4Td`OBLM;g
z<|PmhF~*)nhvSInpMO65cKGjo?|Y}8etO&(2M^9V>#RL{_Dr66>_796B=mFTl~)c8
z5q=!ai&nbBPhO5^2@oJKtw7uc!-h6FU>|#4vt~`)48Qr!Z^rBKLF}`{tu=IRca6dx
z5FkK+009EC3sm>kBG0i~o;I_uQ4a(N5GYX~e$X5H;n5jgiPX9xK%nOWllR-PIGKla
z;jY+iiRX3Iy`vtxOcx1sTR>j4+x6}I>f}W`Ut$X+K%gvv<Tv20Teoi7ZZ~Y$5dWI~
z^Pm6x(CwLL&Y2B{I`ks}0tDtI5DziJrgy{<M}+UP8~h26<2E?@VCmAOx7~JIIH}H@
zcI-dTAxYRg7cX8sG~8%jw9*|ub43~uAV6R$fw&EZ%`InMblbLVaVK1|WXb6F<i|cs
z+*-q;?5<N)R$~GL2oNAZV6s4UZ!Pj1yX9#!dH$XyK!8Ba0`Y@h_&n&0u4a705g^bj
zf#iN$)?r-$jNO)aURT{a>RwgcVhIcc<VC#_S}h<i+UoL|JOKi=3535@U$}7L;P2VP
zgUqkL8=Y7PK^=9}QSoo;!y$9BP3D<%W`ksJ9upuyV2%Ru5F_q*lOKHOLm#^R_S^IC
ztFiw)ha|z_`s=SBn!r$AwCWvxj<ql}0Ro*Ah}&S;+;Sd42Z!+4KW>IM+;GE?Ozg9)
ztu^#-cO63ZBLM;g2oNAJi$JAsE%F?@<!Lj^0^Li10D;m4;s?F>VQ}&TXLO~PK!*ef
z^h6-J-<EY)7wBTQWu4bm`i{CMwYE$GNdbA$q=v_>6Ob2eUCB(C0D-v(eE<93k7p^X
zSFbKMhcAEm%dwO2HG0WTGS8ed8zg)4m;eC+a}<b&7;(po55iN+moE>$hCcj9tl#*?
zHy(K4ft@>dPCM1uf6haakVH+!^}}R_@}gDm@Y60(djbRqOcsdSVA#;|A3<-~vL(42
z52f^DpJi>WVF`BE$#wKB0RjXF5Fjv>K&5Xj@*KP6X*1P|G$ufRK-B{AgI@eF7$1bE
zoY7V7uYUpr`Xi9sZ_7HY3wp8Jvd-%&eMjA&a$6~ZC?GEyDLiPSfV^lMt7gsw2oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNApvw*y4&ESSBS3q90Tu;3b
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7dXCk5n1J6YELEJ|Lq
zKee_}0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UC@df^TA0p_
zO%RY5Z9)~yfdByl1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1R5?N
zFWT?|ncidpdC|!}o+Utl009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C)Kwi|#pw$BMqOC5U$rB(zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfIvM0@}l)P8>J!vdC`hsbxVK%0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RmkTkQePzHG8-gdC?vg-I56qAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV6SR0eR7B#k6mffV^m<%3(4D2oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNC9OaXb(X4b{5atg?c=7iFW009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C7`Ya$X+UM$bVD0jv9VntD5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+K-B{BqE!p)zfu8t(MoxBPJjRb0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0^Jah7wtwJd%FsG(cYHc!U+%{
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyKp?+>yl8$aEgL8xFWSJO
zm=Xa31PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PC-uKwh+I6)~Tw
z1ms1h;?kG^0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rja2DIhP}
z&$@SJ)$*d9DW!!FAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7dX
zbprCD)!FK~1_61|8juY^fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pkZ5NOiZF>cKK7V=9p1%Mrp8x>@1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1o8;Ti{??%rm+I@qKz$$i4h<`fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfIxEu<VBlP3o|JoATL?~%`F575FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FpSu0eR8BRlH;Cl^5+;K`n;>0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjZ75RezGLRFu&3CN4qMr|Mh1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBmluYkO0duwOrK|o&A%YXm@0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(T3doCQ5^2z60eR6TSI6845FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkLHAp-KE4Jm|a6cdmaE#~Gf
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U=#_xHXs^oMy~WCl
zcCV&ZM1TMR0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0;LPci<VBR
z!#V}zMeEcy76AeT2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72((l{
zUbLl!Gwp$Zyr@?K0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5Xcme7tJKnpveOAqD`)jxe*{hfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfIve8<V71&2-7GgATL_X&0Pct5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FpSi0eR70mAiY3l^5+^O|6Ik0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjX{7myb%om7W)3doDrsckF*1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBmlsers_OABY(0|9wauLJ@F2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNBUDIhPJNu)uO1>{AWTpe>GK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&h6u=uHlz@yQA|Kyw3wT_2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZpjQI&qP;42_ZBNJ+P#`u5di`O
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72$U`$FIqaO4(k+<7p+s<
zSOf?VAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAkb0)dC`^@&a?*t
z@}gb|1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyKp;~<UNn<P
zgC+~ei#EAB=0<=30RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjyX
zkQZ%8Axxu~fV^liH+K;rK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!8B61ms0~RqpOBR$jDwHMJrF1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBl)T|i#6bW$DGDIhOer?#;O5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkLHr2_JzEiIgB4+P{zy%GozAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7dXrhvR?CXohB7LXTha&^p&009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C78X_Ps+K@t+Mlk_-(PD1yB0zuu0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7csfnEv7i}tGA-CL}@X!mMrMFa>CAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAW*u1ylCm9I;>MbUbIeaV-X-gfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfIv$H<V9OrIMW^o$cuU<5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D(*adC^QF4Vo+<FWThl
zm>U5C1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PC-lKwh*Vg)og`
z0`j88+}uTg009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009EM5|9_|
zRk^#jSb5Rz)zpdz5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkLH
zbOCwM(n)n#r+~a@o!Z7CK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5;&mI}y=wzP1jJrIx=^-3T>fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pknF8{nnM4{iSwLR2$<;A80t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UXo!HkXhRBN8pQ<UMT@z)ivR%v1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1bQVPFWReecW<%sqTQ>h6%imnfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfI#U2@}i}a>ab1$dC@wxjYWU}0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rk-*kQZ%f;Y@oVATR2bK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t7Mz<V7=yG-$Gbyl9iFV{QZp5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FpSH0eR7e6v8x$3CN2Ub8{B~
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5*3N<dz;SLN>BV&z4<
zS5qq@K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&(goy2ODEM~
zodWWrb!r=n009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7S}Gtf
z+S0<A_CP>h)GL7i0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
zWD3ZOW)f-8WC3~6CRfMY2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZpdkYCq75m8X%rKX7cJ)IE&>Dy5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5a^YFylAh=-Mz)ii*~Q3Rz!dR0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0Rp89$cvUvs>3=3<VEY$HWmQ_1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PHWLKwh+^g){AefV`+z0s#U92oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oT5=kQdD)(xAx#@}f<yj=2#aK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!89)1mr~<QV7#1CLk|b%*|Z{2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNC9D*<`YUX{Chi<KAcUQMlt009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7N*9n9EuB<{bqdIf)~RhQ
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UXsLj_XiE!c+5-W3
zQLh971PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlykSQQ9nn|QV
zlLh2On_L}pBS3%v0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csfrbdk
zi#DVXrcq2lUbL8-y9f{<K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK%iFw@}j*eclQ=6FWSADS`h&P1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PGKaATL@vsSfKDkQc2}+gJn$5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FpS}0eR7u7S6N>0`j6>2?PibAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV45fKwdPHNP{K|$cr|)I_5@z009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009CG5s(*cNFhw4n1H-!F*kP+AV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7dXuLR^pdsXi4EmmH%do{Hp0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UC|y8av~*G()+rz_TBo+L2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZprr!xqAe|)X%7VCMZFRT5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+K&F7aXeN;cO%{+BZE|(Y
zjQ{}x1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1R5eBFWQhom_{)H
zdC_8S?jk^d009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D)c!$cy%>
z+}&HOylD4oYDEMH5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fk*x
zfV^nwq&loqV2~HxxpQZDCHq5w009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72#gg7LAwJEI3R@X>dg2Vi$GZdx88bdcmexEfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PEjbgwS1C`91v*s97MqdPCsZ9|8mj5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkKcf`G7S&G|;d5g<T-009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PJ`UcIe;)VHgU)@N25llUP9obpR0$PUq313)q2NrhAx_2%SN`_Ryd3
zl7^1}0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5cmUubwtxf6A_z|wTC_;
z<!<x(YZy~o*UQ|hcFNs1i)n9{dpn!i)h_$@weQ!6L!JM;$8>C#)80ou|5W>#`#d}6
TQoH=CJhyy-a);lyi}HQ}F7pF1
literal 0
HcmV?d00001
diff --git a/results/graph/2024-10-01_barplot_groupe_global.tiff b/results/graph/2024-10-01_barplot_groupe_global.tiff
new file mode 100644
index 0000000000000000000000000000000000000000..45b0a96ba07b112a0e523d1a9e058fa77fd5f8a6
GIT binary patch
literal 25920218
zcmeF)3Ahy1o%eBtfe;V^10fLZ$Y3NW1_wt6M;v$|7(!r#7e|OVYIKAQ67Ye`%OYS{
zL?Fsl1PKtpu<x?SE(o#+5fDKEbJ>*(MmE`$MZ$UeUwDqE`&M;V_wBlLH{W`mwz|7c
zojUcYbE~^~&d>9!U)8*!#DJG?ynzJ)1Q0*~0R#|0009ILKmY**5I`X91QZJb2q1s}
z0tg_000IagfB*srAb<b@2p~|%0%`XTsWcb?1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_KdG!!W0VL==Y0R#|0009ILKmY**5I_I{1Q0*~0R#|GY4}g6
zG#LQ|5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmdWX6JV$k0tg_0
z00IagfB*srAb<b@2q1s}0tg^b*aB(y52-X50R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~fix5->~TRH4*>)aKmY**5I_I{1Q0*~0R#|0009ILNW*_h
zrO5~&fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Ic4od6@15I_I{
z1Q0*~0R#|0009ILKmY**5I_Kd!WKxoe@Lal2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2&ADvVUG*qcnBbX00IagfB*srAb<b@2q1s}0tg_0KpOs2
zDosWJ0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+V?F1O9ga85v
zAb<b@2q1s}0tg_000IagfB*sr6t+Ox{X;4ZMgRc>5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKp+hT3VU1-$3p-C1Q0*~0R#|0009ILKmY**5I_I{1k&)I
zQfV>*2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@X(zx)B?J&a
z009ILKmY**5I_I{1Q0*~0R#|0ps)qf?jKTVFaii5fB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000L<!P}t*wI35BBAb<b@2q1s}0tg_000IagfB*srAdrUt
zluDBkKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILNIL;WDj|RX
z0tg_000IagfB*srAb<b@2q1s}0);J*cK?t{gAqUg0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q19=fx;da#PJY7009ILKmY**5I_I{1Q0*~0R#|00D(08
zr&OAZ00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0K-vi~QV9VB
z5I_I{1Q0*~0R#|0009ILKmY**5GZVcwEKrt8jJt}2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb>y`3KaIZAdZIs0tg_000IagfB*srAb<b@2q1s}0tlqx
zKc&)S1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1kz4`kxB?4
zfB*srAb<b@2q1s}0tg_000IagfIwjjq}@NH(qIG-KmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009KjP@u5K1#vtC5I_I{1Q0*~0R#|0009ILKmY**5I`Ue
z|0$IwBY*$`2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAdq$fj8sAZ
z0R#|0009ILKmY**5I_I{1Q0*~0R#$LAnpDkl?Ee#00IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_Gh605>E{NkHfB*srAb<b@2q1s}0tg_000IagfB*t%
z_)n=c836<kKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D-g<V5AZP
z2q1s}0tg_000IagfB*srAb<b@2p~|{0%`XTsWcb?1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_KdG!!W8aX}mp0R#|0009ILKmY**5I_I{1Q0*~0R#|8
z!+%Pp$p|2T00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tlp?03($U
zKmY**5I_I{1Q0*~0R#|0009ILKmdWl7D&5)NTtCDAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srq@h4zj|<{>2q1s}0tg_000IagfB*srAb<b@2q1t!
z8vau%O-29#1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I`X91Q@A=
z00IagfB*srAb<b@2q1s}0tg_000IaUwm{nbLn;kM009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0APofydt4C5LjVB;5I_I{1Q0*~0R#|0009ILKmY**
z((s>BX)*!`Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*t%C%{N0
z1Q0*~0R#|0009ILKmY**5I_I{1Q0-=um#fYA5v*B0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0%<5v*yDmY9s-3aaO%`oYQ~KBRi{o<ROQN@&7)48
z0jg1>ms0l8xbaZ+>tByjFTC)UdjI`>>dKWXg~`UT5I_KdxCPFhy`bjI*{nKuo@VZ~
za^J08`}Zk(ua(b%U;N@_)vDDWRlk1o)w*@N)!+Zl{Wk84&khJ6fIu1x$bDb#|MEFd
zx9*E!pJA!|dqLXPy!mU+=kCmzo0NPGvmk%~0_iA_hX0gGlMz4w0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q19&fpi>OM4J)N0`m_ZQErbn_vWd#eP*kF
z{z><+F~D|)FrA*?Q}0Ff^8EK*&sEN!1px#Q2wGs}M<<orWBG^2Rp&kn)lY8inGyHf
zf35R^diBqnUC&j{pCz>fa&mH1v0}xX$B-dIQmb*aCZhxjtFIN-aWd-S_&AvxRx9Q9
z_}=Te>W6jykP)9>m2T;wZtA>3-MI3y>$%GLvmk%~0;wpFcK?t{gAqUg0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q19=fm9qjM4J%sE8vzLoc!Tlb#KEV
zW*qP>)qAK1A0MqA={V7O?_cWlSDlA0QrWL8PT5E2mlvtubf2#3{^BKb9zXtZ7uDf~
zd1~H)!})TAe!VD%00IakD&UqKd~4$o)!-MenETW}SL>#lw;H2<^UQSTz1x4*M|B^t
zR6RH7?Ua4=7`RORZ<jf$VdGcLc}TvzefFDb#r6~Va)gQc6=c6fix!!ToX*OP9zEK3
zm4E;H-^2FbxN)QJeN(;Q%P+sILSMg~$Dl!jQoXqu*}lGg`<nhWeE9H;JV!aH!s=^<
zb)3SyP^r*I@?{5CT~Vcfw>0d&U;h8RrpmNipng=NkMn-%XBMlHz1FAnL-K;<T24@v
z{`tHAXG-}7!&Q+5XI(Rdg?ZgM76J$$;8!3G|0$IwBY*$`2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAdq$fe#i4r4uMn@h|CYp*mY3-Yu$m)nBS~_%2w^3
zpRMG*$a3lQ`t=pt)cuWLHshN+4qA}!d{Xh+&?W>B$Si@#{NU0p$JG4|u4bGi-`w`u
zSxWMRk>%3q^`u3+Rij@GH}~82UFYUIpKEbd7cN|AGIF6Wn$GhQB}%BTzWT~nb0j~g
z_mlO84I6yzmkxz8F>93$?sgmd^yy>z*RWy3>`fW<ys-LOVI8M1FHS1-k;weuO&yn+
zdwuyvud9EU{JCr1E^@zAeSPDS^Q!d!E>x96pU0AcuTVEf-MH*xzH=(f>&~$dKmY;1
z0%`XTsWcb?1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_KdG!*bV
zo`-S>q@qA%4)CF;$2ntWZ?4)^4W6|jU(PPFe7d}TbMGPb;1gq<bNg|XF6y<VTf@#R
z6|W6#LI8ox5{S$JKKbn&gIQVGYRIS!`EquV<<sT$+uM$-|86_k<VuE5+8TCl*W#+W
z<p)DwIaUAu{e3lu{Gcx;3MD9z3fZs(n;zG0g_Y|otmDLW@&zoM3Vp=R{S_a%$K>pO
z&}N3Z;hj*%dbP@kM~R#rs&eRaSu%t__|2Sr=TyK;$?gasfIuJuY4}g6G#LQ|5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmdWX69{DR50xTNNCI~LZ^YZ%
zOx~m0@MU57I=fuDK7Vs>p1QZ;5a%5Kqsh>)^D8874ub#!*Rg<||C_pOuc}hzYCfUM
z^NYjsb#}RQeJ&ZohQEB(x!=~QJ4mhAe!`sNwdev~`N1MZil~z(PsVH#`N5b(6exf|
zDrCb7(0q0+1c6lOBPJiX>WVWrpXBSxHyEyNSeZH5L4A&;daSwnn<z9F;Xh3MA}m8#
z2$!2fAb<b@aSNo~Kcv!N1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1kz9-?twk*fItcf*jd0<&;0pn*5m&SQu7WR4$Ifs<<j~2(D|FLjt35nc^<iP
zyE(@cx+F9O0R%Esz|I1;eRh^}FRFd_0JZ$X<0e~Ymr3{Me_rs{@9wwLwwZIh7MIt~
z4@ze6uDkA1p|70IqeF)dF`GnwFeVWN3LuaQ*{}jMpIr+<AQk$E&ejzh_o=zJ7yI*}
zuxy<!llJS-e2PE3dysRUWuBTFc8-N`xj6&^2p|x*KpOs2DosWJ0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+V?F8Z;*uxG8q>zA}1-$*vKF&DV&O;ZO
zT%El=6P`;h@?Yxoch2*7FU~jTnL?L@rXYYoh6>nuz<d7vMdv=$>A3|aS7&d}l;{7^
z;3elg+h@ON&huJaUOPWntXMJi!3Q6h{9x#dr^?IAi`p#mgHd_dSU`bP$c7d06xcmr
zfmG-tIuls>cT1i7dWHL54$IZ)?U}N^sp~t=c}kAZKBs^$HPs`400IdKq}@NH(qIG-
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009KjP#~efJ?w-)iU{aT
z;Pf2_oH4SML-X>zzG9on)#>e-w0@}VIOkkjK0VHyXNp`7nt=cU87!bPfy=fYQ&p;D
zJNKaxled~&o!*{F>!*G<-8s)@Ek~L2ycU-@GCwG7XxzB5$q+vD&_hw16>okpD=SM$
zPEj6v_UwsTx8B&TTQ{@Mgb5S$+cDRtPMuPdCr?&SKKZ1oQKN<`S+b-mSFW6D+O(+}
zIdY^rapFYOI$nM`lmYs7F2+HF21PAvZ#;SOq#8SRtZLJyjk@{fn^lPtB~-<V6;<=*
z&DDqzBh=BONA2RipI^ChMQz%&Nr^|DI(1a((xp|YQl-@0ci*kLbm^itZrrHkdL*(W
zYW2)B&zNh|wQJY74*mZ7@0)$gmoKj_U%u?@FXyTIi1ycO{eI*+TFy0DZvXQ?|6|(K
zqeqXp&UN$V&1T;+Wy+{;zWF9>|D2p0vwg^rAz|AhU$kr2&Xk=oV}{xM<(FSN{i}Zc
z`l@W%vQC*+ty-Dw@+6+)*gGcLKkPd6^JH9)WcQKW+*~zu=up+HSu^KvRsLqHR;{X9
zw{ES*j~}nZHrk>ybmdxHov*yiZ{7^c)#>e-vMxSmzxi!+!-~u1T%#GW4FLoYxK;vb
z_)n=c836<kKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D-g<xK`tX
zI4%Oo5YV~6vFmr5F|w1k?lHMKy*-oGzv+H8&(iqe5#~ITVM!ebAb>zL0i6q+zdq00
zZznI=V{&zRdnT<r_g?6nYyAgu%y~vL3Tm5MesJ&Jy(Tvo`tqrE?b_ve_;~Y!l`2&-
zb?@H2+p}JKLw0ty*+;TGv6c%LE~w6(JDYvv9K0UAdi7FL-ff9DKPdHd>eR{eSautF
z_wJo9L*~{7{hs8TZn@=_m~~5Dap%sRdbgPCf?CP3^m$39&&$%SA(Cy=``Y<T$%g6o
z{jLukI^=c;l}tCuJL>jGzAQ2W=-Pm9-<0g3-q$T>8Bbrc>zX!gnsbDiGiRzIMT(eX
z=wr2L(ITu_@f=5XENK4-J9y|tvaUxm`iRuAY}qnZt5&UiZraaYi=9_KSLXuD|9pgV
zU%#pI3X`eR+cIhW57UpD&*~!c&zN(KyxzP<009J2K_GN5XF&h~1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_KdfCW-vtPpKLAW;FG3mm(Cml-2FW!qkp
ztJB*vY5jDsS<bmW@X&B`o{9Rg9|8y<;8#HB0_R!z!KuqKJ3pBH`z6l(w%*T&rd)nd
zuG?deJ!UdB_3G90yp*YyAN>6D&qJ=2P1{3Xbz?psGiHqI`Nfm9I)41PGuNP><LNT@
z-+#Zlbm@}ovF$gPFJB(>9CV#}{nlG=*;TkcPnOkfx7}viw_w2n*JDM#Df8Lsw#xd8
zFTOBEl93IQ%98CSeO=}b)a_ogW{qicv?u4!pAXCSx#e-=>1&bs!CA9rnKtRR>9x#x
zX)o~{Ct3YNA3vGbBN=^U!-fr>ZrU$$Epv*>u_G6q4J_aA+x%dcl_pcCw`J10=&Tdw
zw^5O~r_H%Wy6_qS1Q19CfzZ921px#QKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009I77D$D$LbL&aL<Mv%ko;hxg6xL?0tomMAU}B0$q@R}N^U8)`3L0)
zfBW0t!m>3RH*R!2a4O{oC8rgc9c<L7k&>L(>C>m3+>f;P<jIq2)v8shapT6$ITkcO
zc=6)Ju(<(c9=N`J`>H*A_BivmN#022s@uPRzmmD<LSMhl<Jo7Qb#>Kme)idCrmWuY
zrI%h(lI@ank%v6Db78vNzJ2?2HTl-bw34~+^fB+g`|f<la(hF}^*&9THgzlFyeIQR
z>T)?bIiBSrHw5L@zkh$zo`)ZPIP$QrukF7vnIF<Ee`a4ldoD(|3hn%0`}XZs(V|72
zHVqs&P{}-umoHy-+s%2;?{SjZKjgqcT@R@{(LSQ{gEA-T@ZrPNC!c(x&YnH%Tpzhc
zXU?2a>(;GPlAqRnP}YkVFP6iGEjk-WelU!M7YHDLKuQRN?%ga1Ab<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAP}%XN(>gF5eOtGKz{IuGY4UUeC&n*
z0tomPAU~LT`9ZmOcGj(C&6=*cr&P)hcInb3Eax+E;>4JJaQpV{YSE%auI2n@tp*Gj
zV2)d%LIstVm*-lae)GNe-ZSMxU&Ymd0|)e`d~2O?lyb$37gug`*Xf;Po0O5V@~B(4
zuIn|E^2xNiaN&Z<u*q=`9z3X<<hqt@R#sM)X{UI2Eq(g*G3AC08|GCk-}^zi$+>A?
zSxeq5)>6NIeY4NVkt1D;`|WG8vz;H5Hb{Q(<BvaftvB*bzsE^t|ByBWbv>l+MEl5x
zAAYFj&Yc@IZz=Ulf9>77x4DLrQI5=jk{?vg9E9S<f&c;tq?$nJvyue?1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1OgUFwQ)nV2Z4A5$PbbqjHka)
z76Akj7a%{Fn)yMQvro@$7W&GlmMmG4?;@v4e(=jLzcl$CX{*c=SJ1^z)=KhYay<R`
z=%bH(9kyS;er6xZKe;WDSv8sGFV<qu1t@LG&CSiXOAuDs+1ciNBx@CIk=&N{s#vk2
zGl!yA`9!i|LAmKRN|si)fBN+4`fb<sv17+fS=s04(W9>A{PZ=wV`P4C?AWn-Q_QuW
z<0QL(1bsac=_4_rA_~ZTu3EKf=2}M1?MZ%+{9r_v;UxkHq>w=9^Opqy1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1OgUFp&>&w1%bE)$PbbqjJwmY
z0|E#nBtU*JHS>dVF<*M=C6k${Ql(11xw=v%KPYnzhQ8K151E7S;>C*z^+kIpKUu3e
zbLN=i$~<#^mm^1xnEhnVLbql3@ZqLRxpL*A=Ir$Tay`nIFK_l6G-#0CWY$4g?ccxO
z9J54;66%|8zA?v(eDdUzPnxn`^YQ6@63K=I<)+&-Y0@Oq{@S%`>$hFkqehJ~Wux^E
zKYdLfz|IdADN-b^zV7EZ$?hLPUynrkh_;MpE%RUMdyMn}dm%qae$eg@JVyY5)Dj5z
zpFOD_0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R%z<sWobd
z)*uj{0Qo`kgYoqkN+W<kq5|XxQ#U_&{``4Ws#Gb@+)S$E2OoX(QPalu?b|2X6~p%P
zleMz5Tw}(J3EMx~i%7Q%7cS&0-m+y&b532lbji2f>y2*Rx|#hNHENWvSP)inkbCaA
z#~gS0^5yxCD{q`Tcg~cNp9-f=opLRw-%KPM7L=QAlg!I0ZP$;yyga=r-@0nms;1nc
zMT_!n*KhdgYr3r6=UTLAq2Knk_H&$M_m7~jM<RX17gj`}rAwEZYuT$;uduD;2gwhH
zbqHP{fIvzKgg&oX5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I`Vcfs`6FL}L($Q-J&+`N25548;*ZAVC50gQ=SzluJ5({CJa_DP6j>va@cHIk*iQ
zHbm_Ol`2&-b?x50J8D_IF*`fk>?3V)TdGy7X39*RI@PU6-0%6xTGgys(;Qdk-78b3
zjPnpD$z95$WXY0Bw#h^0Ml4pWm?~PdsM#;{bzB`idNg1Ava+&FnHe)?<lFA`#_ZX%
z&3@93$R!9XImY6}i_LNC)vFhISm(7pci&@=J?2`*elwA5SWs?uyP7v|Zq8NuiQAH!
zn`_F*Jc0J#O=NjLeNFFU=Lg;9m(=Cl)_#tY?EVq-^+=?T*fy6hUsmhauUCEh_En7=
zH&&AQl)qK^JGCEj4driD9*;coh+TyuKS+KstV8eu0R&P?AmD%Yq<RDpKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL2nnRrpdlKAK%4^P2gwh{*<~n>
z00IdLkRMF#{NOj=e4{E>tZ1?`IXOAzN~cPGP`-BR$C@>3O#2G*#81}B&J^k6C$c_r
z<Ve1z+V#Y9PVc?<p0SWR<QmyaqV?K!xIMpg>5`L`)b+ca)2+AOYTCAa`*yc#!rn_H
z8>Wvh>twpw4O_Kpl{t?J6)LDJSFYHbo##D!_B3VMwQHAeyZwfrzNX9D`N4@3C+fF-
zt^FJ)Q9rK+BwAmreyop|NFUMr&Ye3~l`UJ=TqnD&(Vjo};DfpfXH9;P{9ssz-~|E*
zq?ADDe$Ijb0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0s#x8
z)Sw|6gFu`D<Oj(Q#@S^kjsOA)3XmU6?fjrz)&&a|n2e3g$#v$;8Ru#jMt-nMmoDbm
zUh@xzzS5d9@npuLb=i2cR(2cWeeRaEv+IcGoMPp!60J9ymEP8`Uq5plBIm~2wQHBz
zcFQfdxMuEjJ$ju;HZ0Nei{+-<Bx}jk%3PBASdm#snbS_@oz&a6Zry6{p6|JzzNUAw
z^Mli-P1A4tTKhSUZnLc8>33cYNVGn`*CUZWB5fTpVuZOqb{qXXCqH;XRj%CGc@&v@
z+RVS`)dzSV0R#}ZmI9&sItu~_Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*sr1T1hZ#|Uw31PUrZevtfNLHiK<BY=QE0rG>XpC6Q*VD;+NP2Q$Qj~>p&
zEl7SaH#gT;2eI=~UirbQRjZn|#ha<}YJ{JxRprW+&2is(=N+%A5_-Q%l`5w0nKNhl
zu4B%eIcC37rAp=7F9<7rki&-$n`4(LQ$|USPA?rgbTHedPMxaXj=D}H8y1vXWJ9yF
zv(5R)x!KFQb?eNw^5x6tn*-7=E6@G(HNB7h_YiMi_j8<N_m7~jM<RX1?x&%j!_K`;
z`sCidd)28^r<{Cf<eZXAmo7Eel>8w1LH+m08UX}SUm)Or_N00Q5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5C{pR{zxKPh=8{M`9bo7-o1k@2q2J5
z0rG>XpC6R#y>{(dlb?~Vc}I^Pb#hViTt7B!*budA)TmLzl-;~}bJVhWW9{0t%|2fF
z!8UE$m@*wZcGSBTXzeF!)w*?SbKJp$2N&pgkvq3&(ZbZ-ty{Oq&7Q9%+o`Wd!-fs>
zl?%ekK8PGsAOGEV-*q;fKYv~oDN@9FU)EoL{k6S|=kr9eVL`b?HqxF?v1rkv>f*(V
zrik4yh71{E-uHUqr?2UKgU$~oyMF|IJre07w)fq4->oiPx}<qM*OMkqGX0wTAo)Sh
zj=}~65J)+J(039R1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1P};VAms)Q(I5ok5FkI8Uirbkefz3n#fmwPQKLr1aiuAmsRHfVwKIKU#*7)6dYTz=
zUgQVUBR?pe?Y{f&GZ~sEpL{az{9yCu&CULP=1x0(`m`w@`r4|z@`Dp5Ofcn2lqlgV
z4;1T<$IciH8Z^kY__%T7%yF}_vSQ9N=UR!!o5O|;Gj&&}P{CK-G9P5ciWSX%0|ySw
zS9=gv_CZ#!UTu!wq)8KJ)2vyu%zMv1`>b6&>htHHf8Okulamv*tlk)uo33B4Wqvxj
z=F%_av3&V*XVbZJ=gfQZeqLUl-o<n6r?2UqgU$~oyMF|IJre07_I+r<f(4p3>bg~{
zR_3~rA0$5*wX?7>V+7=LNB_R`lLgP16VI>{34Io`Ab<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb>!?0vR^!h|{^w1cJ&B&fS-%CT-oLURkt7_5Ra4
zs@?Om)&KpUv8w*Ba@1Y_K0sB!{W+EOPub4nCqM0}?rk_kwS0P<dgg_BYS@ww)SG+r
zlx|zH*H8DFr7BnMtR8r1xH(3;Ty}f@nb%)`y-=FHXwf1wrc{qDwb!Lel~R=|RZ{ip
z)l==;w^uR-b<LVJ>dcul3AfMfn4?FJ_FbQ3OYAmo+_=&AzIH*G56rG774vxo$ynIu
z%Jbj_g31rRz3sSqbIl<&dgjOKh1b@q-*um-T0Q=TYS{Qy^{;haP(Q8FD|D~z>O5|(
z{+y~?|E19OKda8Y7pgza-l3LnJ*ITqlD*FU{SxPXTkq#X%`t+P&VPi33m2M9jQmZ<
zT0Z*dBU3)~HB#-|xijo_toa8A3>aX_>ug!HWA^Xg-;|f*dF2OBo;(>=PV!g<UHoLa
zzWnmbu;WgdGNqu0HTxepa3HL1KRG8UBToA9*T4SN)Tf^WVWsPq_2tW#RoSv-O&esM
z%38H*nb&*w?zM|YeLi&PP_tjJUcI80)f<Cy)AieH`M#m8fBDN_I-6$BoN3;Z&q_aw
zpT4H+DadD=pW`IEe*}F!66qri8Z<E1NasGauiN^w&ptEd<$4!Ne(;^Yt0MEysA7LQ
zsJ{Q=2kNFy%T(FcQ&jneBh(M?9;ANs)8495R#)foqg#8a3UzZr+o!6Vx~x>i#(k=8
zTzOgDuv!K3C_0P$pj$t&-*fxEZhvo1_HP8Y<MI2zz9NY|_jAuotY-EqOo7mSn*{*`
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**0v0IDF+m&)fn*El
zY~I-QyPS-N<m#qu+iP-ldV9R<JO8bpsZZ)m<nikc6V&7n3*MH<wv!)>uNT?5o6zkv
zY;1X~*Z1Flzgn?kg_8M;;#u5|DRXUo_0?Cts*(Jl-L_a+AGb>P@82I*htzk+9e21D
zy{7LKBx7++8-5)gTxav<t<N*}#Hq{nm|UIS9`CyL-2+U0iQH>tpU2uwR&&=LDsWpO
z+n%oZLFt~7ozeFZxtHnZvW|66*|cd>Sb51KdM)-mcKR4z`9Z0pQ>RX0b<deI$E#}d
z{;plS)UsvE%xn9J-`qggu3f{9EBAIk%QxSAquzS!E%olZ?|K$**s!6gyJX3dYTv$n
zo@Hg5l+jlA-g~d-XH2rKA{%9Ay6mjhU3c9TSv2Zvd)`8s`_k_clw0KSB^#-|Wqsnr
z2_@&K-}9TT_uJRx_yzfF^Lw0R_m3d2M<RX1K0nDZNBb@&8R1)Rz13V(xweIoAN*nM
zfd&5j`oZI~RFMT|lb#_YKNxu@$p6~y`?|g_#9Alv8^P^({65HkUE+Pm?>#f#dMRJH
z0-?V-76cGL009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#{TSfFr6
z1#vV4k}IIIb*Y#iluXNyt8`I)#;q!Fo>8BttjQ0?*N5E3>V|HsVPni=y}t9#JC)39
z<9G2orp(dhXGunWQ09PgJFjTD7C&uEcA0`?ERx+8>WeO*vvsMMAJq5Tfg{!>HA9%r
z`N4w+54zq1<h~FqKPdO0tgI}vfAQkQ)$G}`O$J)#u9Nz+v$LHtH{X1-YTdfEDIYCA
zC^_ni6)T#u(jLkAy#N0D>fE_=rW48>u<yP1o@&veg;RFSm@#IX{lsr>;Nr!Ls#>*b
zVaILSw5eLVcC9*n`n1U=$+=4wY0H)^s$ai;s!W+O&OY<z&9e_1_B_(MXwjl-#E22<
z`0?XTy^?#9=Q0nTY_sppxw*Mvb=fbHZDrRj&!tUvTl91J42x%x&lSC|tR;`<CodnA
zn_Jsuj$z$KyRXW7cE5AmSHI`CuSxlWe75;LPO|$)kk=!TJ|dZ2ea&RuvSmvpS>j8V
zE;*M({#HN#{Bt#O<VYnMEGg5WLkF`@y5tAt^Q-cYyQuFE+M3i1A^Ac5m+QUu`o3=W
zyI9ZT`HkRpJboW|Un4(T{N6MD)J2(VClLBuV?h7`1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_KdfCaAI2qBJ)K*0rct}a#cgU*=X(752|$0sjCNPaNB
zeiJ!XS285_BDoG3gD&|I8Q(5*<TPv6%#1$|-GZIxlKGH1x%@1V$JBKcDN;n8Jb5x^
z71AEPkE~;5eIhHA`Lgs_dfC5DojRtzo;`a;7Qd#i3zD(8rVYOi51#7zL4Ch{F^L(%
zbj}Y-7j4_Nt@+!J_nxwP^=j9B?Rw<7WDD&qp}ZF@KPc_W%ga;c%a`|6zdl|;^Mi6+
znRl*w_3CjQS06uGeo*T6y6@}#-PZDX6KhGPmD{m&K2x_(K09<i%dNcId-6GY+ikbG
zx)v)|OzDT5OXL!iTjX(M4oQ8E_FA%pewTPMDh2s$i|07W?jJ#2k3{;2>{Gvfeb?(|
zUqk&|?mIHCsD7PR`9aALh92J^oV*Mn`N7zK*^&J{=-&vD$J2e4-v_a;6(urXAoTaZ
zf&c;tAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sk3uOLCB+f9C
z1=1xyDDx0b{%~(n<{>0M7+;T$9IGqYIzP*iBS*}<SE1XmGag+s5Ps$%w2vucg73QP
zE;F88=EjM&6f{4$a^*^MJee0||Ni~vbt2i2SnVyy_JU+A3UXZbjb9*L@`G}}oxAo>
zQsyB{_xzyO{BnLX$&zoAdziilMy|`1E9cAyCcR0|MJQ!r<p-s_%$@esQ%`x;Z6B*^
z*RJaP`SY?{z9pWlmFz6pxFJJ^_&Tn%LFO!+Hf@^n^VzX;=T0SaG1_f+dtRkV6}5f)
z_I&5!^+vL+-0GKkAMG~w?c3L_Sj_i!@7}FSl`0ihmtC(sKXmAjYdt}^*$0#U<JOng
zuU~H$i~2mCzE+UWws?*s4Ni9d2<mzy(nn-&$Oa7>MD177w<b)O;9R?O&kxExghdvd
zP0Bok<OievIXfHe@9WZ!{M_ed$3%Z4*vI4dLG0^8iR()s^f$<Y00IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IFETwkM-INMAU2s%G_OZ6V=@vc+V
z;8`2g_>G^a={paox%=|eyaR`w$L!sQ)VK}1RF|B^O3Lc_uiVzZ{@q0KgMIp#G2pMi
z{(7NwM|-Sp=yvLRY_M+Jph1I7n`QsnwQDPx6DQhYA5$`iAAImZSRHP2FxmALG(Y&j
z0}q(v&73*YsakS`(tdf!`1({?3X-u%m2<dW+7Wbq@F%zSR8M!Bp@vP^qNcCduNH3n
zT)n;RxLUFOg!5Rs<(QiO_CD3~#kZA|b-T~%_a19Eh5X>R9kX}u-sW##-vj*S2c-(h
zAWGh@Zr!@hT!SS`mUQL>d*h8a!ZLmF<_GoP&C#Pr)u>UURI664Lf5pilDS?bm)N99
z6E%GJa3$NLE%9cpbX{M6{k4)g>7IG!87Jc{*=osiNdB*R^X5wG-LYdw%=^8rPp{?v
zExw&QcQ*CP9F4VV)lwZhc2sNEu65?T)#c+^7u3q_Sdy2~{X*7<4<B|b=IcE%l^mDM
zX;`&t)qHt9ul%4?9;BOYy#0A2=PG%}%a<?f%`w;U^fmifl0S`SiRU<Wy~*q!L0ykT
z`^d(P8&&)E?Vb5U<?pm~>C&oRy?W}ES6*@MQQF~J<p+QCljl^Kw)55ZhW}MbZtun=
z=hY4Ggyxc7b;Wty`1Uud=*;7)WUuu~%IeQ5xAhO6m`#3AU(kTp_V;zUC-}_|>So3J
z8^JyvzYnw`YXq(eg#HFu5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I`Vc0mdsKkj?@@<p+P=VS*aA<O4Nt|6$*mzZts@sypubz2}%<nG@^Hy@!0)
zr_U{Nor?1h%6RZ`<Ho6`O`EE+Wy?C_y6e=bqxyvMg7zFs@;Y=&a~^*3gSol6YVhE}
zs!^jxPOd~U7&2zOdiCngv1Fd4ci(+i$^0~4i#=9XjvepVV5zrp<Hn}lQpcJ#YrGEU
zyl)><#s|w{*YVIp4>|97{ih)LLCFtjV_D0*M6$>{V)}jYjAv=ruAP$ekjIP}Gn`!|
zLn-q%$-H2ai;+xGg$fm%4AAV^vwb^zWh~B~J*!5J9O-11B;%p;MAFanImL4hQdauY
z(4j+Bvu4dy#flY`<b@>T(z<nPXTG#Azx*=ZDxLDu*3qL!J9(!vWy*N=f9bE<QSwrL
zmy;(?s<C6osy1!fIN2s?x3pg}P9sK)h?%eQdz@J1g31p*)^4&IGkb?xvF(KK%-_Pl
z{7u!W-8bs}cG=crzU$NH7P(H9`3GZN8@3~msKDmUo6ToK!-fqLt%m&&NO^%9Rx2l$
zSH9s0=d<IcE}^-azkM&!^$#AOrHYOF^lDDfXI(cgxu7c6>hJmaC36tou;Oxo+m?#+
z4<_S#z3ynqsLTGoF5i)Z{*7QCFB5(r=xY&cE#LL^_un2pdc-Oowp~7>^uF>P+wB_V
z<m8w#^8Y*VTHJomNLl&*FW;x@*RSvVj+Nud|I@%;va+(wG4|})V{h_&-mP0VvyYx5
z)w6JDLo)hwWc@+>h6tja((cgTAPWKrAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*sr1S}9a#)#Jlq?3To){R}i%Z$UFvTbjHGkUt-c-KSbY&7j~n^R=?
zvaJPfTdL&;SFT*?%t;lxRhbMz<a5c(UAlD1$rI{r(ei_*PoGxy9C~^muXUwLl{~wx
zJyuutcN=%=x%0OhWIiVQ*bhGVVANggW9sq2d-v`Qt7F%$U7mFmBtQ7tYp<E(JoVI5
z<`|Okw9g^doL*+f(38lF-<dOKl;lJ0`XZl~FJE5m+_}@P#`Sq*-BL(0p^}k{tW&?1
zjH;bWb*=c@Hznt|Y}qm=<EZzKww8IH#NY2SfBt-DzO-m{wrtrluKur&ec{3d)u~e_
zPY3&$GRIsZeOn*P&st~e=B>{&_qnOd_7pgyr|XS({o14tOgr4}w`1SjQQ)?bAN12R
zD3i_tlKa>9lGUqMr}L@Mb_Ajd=!{@8^Mkt1c-O^W-yQYytJoW#WmJAJncwS^S(p8N
zUG9U4e2<FfH-de<O!$2e^$*V4`2PFvo6i~fejkss{X0SapCxXK-#J_Dy7auTGEckA
zX{tX5^;+i9wHNuVskiOkz1!a8`P}ck%*pK2x-migh6tjay1lXv`LZB@00IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0K)?d_m>r%YkZuAx-<K-+!Rb2=
zL>&+O+^7{9l^>ikWr`U~8M;+PeSXh9_o%jQ+nO?7`9aAU-get<rd+IgWqZ*1LHWD5
z@4oxO+9d7tTHMA5OWDUBd(6~PuU<W`-JSfJecl^3Z15~=Z;-5<%uA>D-MV$Fy*Vrg
zIBeLkux-&^*yC+`_3EXnRH<T)p^xRYj@5R%ZW+t_-h1!)s=H{>qAD*hFIuymZE}3C
zwt2lT^ZbcrtVQN3@v0;8eZT!*AM^O}<IY@zk@ZA-egFOUJ2^#NN3z#C-<K-+!M8RZ
ziF&{7_sYBE2b0|is4t@g)~#D-?qM>=YdqQMjDp}~t_uO3@k@pLV3EaNNB#Wz{(#WD
zpsTOWmzd}}RpuW|=J)z!)+L?Z{=P2Xuj0wI*?%;Ce<Rq()A>QECtZIZ*ap#_%V&$s
z9jL#<#+t`n*LD8<`LJxC*Z+GZ(fpu2H@j||UdtTc_7YTnFxh=t+8o4hh#=Z&`^xi>
zJqrQ|Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr1S}9aZim+h
zq?16Z<p*c)J`{C4@RQxAXH0%Daz4G1B}=M_6DO(@Cr&uoD;a~kfB$~fzI}T$UNm$&
zGta&9gHnfGu3x`?DmOP*ef8B>PQ8-rk}-@YPo7lUwrx|xhYwdxnl$n3w)R+EsW;KF
z!4oD-2y54#J$rl|(;grEx4-=@td5NvH@eo5==_6Qwrnx=%Q)A_4BUqwerUE!&M<Pj
zYhyxh+8ICl+6){xP|3V2(q4JU`3)U9)Eq;~$~+^dPMz|qI;`%_ojaSkEC&xB?BoM4
zU%u?L^VqRtYQTU2VRg&Aez6vv9~2MiE1!Jwi8_1stm#WKm!f27B+qG|+v3HGqgK6R
z$BwY_rAwDqlBbn^DX!A)g9i^PIVZbb{oJen%Rw(*yr^!u<rcG_%!|^uZ(k*SPUaJl
z`t{$J%*CSXl=ZXEJ{z^&1=*Nt`N5@IjzzuSw(C5b{9r*YIQwR-fZRXi^GD`#)%TC-
z)2C<b`Ep_ih=9)Fr9yu2#<#zT`uSD*e;1ne>UPJwPL=#%GQZa+vo7fqh5Z}BK3*pL
zJ`h8{OaK1;&F9U-4?pZ{H{0vxn{Rf$|GMp%NPbX$pUVG>L_P!M_spR~hn(;3ZuQH1
zLFEUN-KT^44Uz12x;clg1q%WQAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*sr1T5e-c8B*6NEd;^$Pdogbx`HJwOMr-I8QbI%@}om<CoQKwfd;4)w-#y
zf9e|csFIZ(bv$s>Hh;{R{9uCy4a_*u3Kc3i*)gwvGh@aKQ#N!<bDn$Urz8ug%ZwjC
z-m6OA@7rTfrQSsIgPS&OGVPLjR<B;|*#`TV_V{4g!OnZttXb1_ENr6r!6%-0!nDzC
zenH8d+2da&Z|G-n%MX6=!3UnZ?%cW4jL8+NXqmRix+RAiEt@HQLiZ0@OI|hFBALm#
zbLU1K6D<3SP4C{lP2H6%S9ZNN`dIhgd#@=grZU%u*Rp8QB2!kk-K+mg9d=Gq{<dPx
zvluyN<ADPQyqZ#=_X{IGxbQE3Q=_JDS6!Z8q#k;7oT}d_N8SFj(EawGyQzN)-EZwj
zl`7Hiw-2@&Lw>M8SDc+QNkFpF`u-ESu3EKf%zI=eS#U1br-07i1(hGXamfW$e9V4T
zD*GK(_P-{n^7UU+KdSkARjF!sRXOze750en`Bkp@8yS-yOy>9cWY#5r1@`xKxi1F&
z8^JzaCj35#=T0L3PYwICNB&<Pv6lMv>zjQ>jvVP(JdymMv_<lRAAkI@XTA0Y`}foC
z-Mj5gp3k$hvrYTGe$ytqPY3lIBH8V9LknFK76cGL009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#{TSio)U4(}n5E&@U32S>iMT{ZjfQBm`Nl`D6SYkR}y
zuVzGkQ1VHkTa$ULU%x(PmwD=`r%ZX-*DF6&qecx=PUeCr=wgr6mE$HlHu%VqBc@$a
zkIYBtwb;ju93Oo8^y#o{-I66s@>P>ae(>D6b7Ac}dh}?%dgYDRUVF`ylf0pyB{JhD
z^Z3PD-gqN4_TB0u(muB(vhD>77Pu8N?}?3M>U7<1ex`7oPo(Z@)vB4g_wC!~T7%>p
z_3>pb+0s}`$BrGt_VMcfGM?J5`=gIOidD6<UFPZ3`}OJ5$Jajb778*y_~!+ms1~iq
z#C1Q7b^m>!>1*T%<Gsj~&sYJk{GiMc8&u{vV=+0gv=j&`KUi$iVO8$`{yC|iU;p@v
zKW0pRFqz-$lUbK^V*C5Le1{79H-de<O!$2e?~OqIzbX2=YOFbLW!`aJR@Pp>YorZ{
z<_E`)9qaoPg31pjvrh;48zPzQ^g<6^XBGqyKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009IL2w1>t{0{FUkPZSt<Ok;+IIJG;IyI@|fOXEL!GFGz5&6Lp
zBSx4poid)#&mvjC(Cy4Tyz)~IKKP(16D_0X=a^E)9;++IPjqbXsZ*y+yQChk_D3Ew
za(u9Cf9a){OkGu~RLM8*QzH4nsZ*z#IvX}@D2H)fWc;mt9lUaV_Rf(Rzw_tM+nZgV
zU%GTj6)#@g9BbLKWv=Dyy33X=8+Fb<T|wv0olU)BnaoAzZPY%KCQWj!+Abqwq5Uk8
z`BSg{GiS~mb9|Y1#qVO*FZs$KmLT$jE4H6dPj{LT$o;m_uZEEy45A}YXIctG<_B-R
z^;T!j)srVrrset2XawRFNP2#7)fH8y?fgJKzsf)GddB1jlli?qnRQA3DeT_}_VF^|
z_d&dWgYvyvf5)y}yLQywM~xa~%EtOWoJfAKNRcAy;>C+m+hA`DDnFRaJ{{z5h-9|Y
zcD0{}`UVRE2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2m~x(
zkJ;fl0_i3YM1HW{^RojP3oIGJOvw+nXwkxq>5M18Rk?Cyv!7RfYVO>*rcCJer@D6S
zs<v<6o-bqPx3Ah`b)~*U^MhZ0`DIwUMvffm*#!HTZsUU`e^;thDN|o$PA!rA;BB|v
zX6jqMe7R@aWJ9AyjZE2T)22l&D;w>MU$bV-VwTqh9)0vta~!WZ@$9-~jy^w&J-6X+
zfBRcMyZA1%bm>yl=3c#ex$f7zd2>@{=+L3AW!&D(%E~hPdG&wWW6YQ_Zq>NH7ujbn
zT)5y`t{`s)ksthB_j!TcZ^;i9<Z81o0tg_GSpvz<58l*iSzw=EnUo()=J)z!)+N2$
z{=QxqzY*-?Wy0@+c<&H02fH}yM_yi@XBAbeRyE}oEn4JRPBtWxAC%v+@hm~*2b0;S
zgZvGV%yxRYhx!Ez0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tf^w;5B}S_Yp`3fn?_gCv4sw*jV69$`9H(sJGvK+jm!K)vA>l3+k1hk{ndy#*Iz6
z&@IqBuUD_0dhx{<)rJill;3=mJyuuhN;E%s`0!!V4ykA2#EG8gZ6DKZe6Z{|e*Ab-
zU+L1N!_Fr%3nu3qZP~kbuc=Gs{FAx=qAhaGw5y-_^X&1c;_r7EK76=2j?7!(w%B$1
z&C4xVu)x&YrcE2SYV*B!`SNA8e*JpYw{Kskf62Jy5+zC~xjyzo<|ENIk38~7zIx;h
zyZ^6PvBI^C+ncRhw>EWq^?$h@`uNhmGG)p*59uS4Ih9Ark|mwC%XYcm(*B}Fi<<pp
zf0<`8*-NtXgR@tE8tDC&{9v+s0QDh&00QYNkj(sG(YdDr{rt+L{9rP_*C(?s>B;u@
zb@}cT^lt?Fc$x6~Ad$O){r}*Q+@IT$o11IC)5`bqSikua$qx=1G|27Hp6>;fA53PS
z4)QldGTZ5e9Qqq%K>z^+5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmdV&1-!=Z@IC_RAdu|*;8Q(kL>&)YB`aHX9K1k{-}s4ob8nuSci^znZIJcs+|Q!!
zpDFVXhHgt{T<5lJ+kAJG?%lha{k-y1QkjfVlsV?gmoIP1+sD+;C3|-0(4nZux5w(r
zeu<6^-n3~`SX)-FUhR2Y`<PzigQXo6D^@gh=H%p<`sDoeIm$X#e$aO9)~%bV$LopY
z3nh1^kFjsxKChzA`*y}JT5dA35__(SyY9Lxa&x}Ar%s*fS|;*M+t(}OXYV8JC|kCy
zIbVI=vDRLhM|;0y_kTOTXdfru=SPklu?dp$JlXld|Lrm->ix1xm2B0u?-DhA#eTJX
z>oK)r`w6AnAnPStjz-;|{9sZpJCz`S00J2ykj(sG>Gq4Fe*RPreSVedwptaPbwb^^
z^0K;N)fJ_WFY6nZUy8baCglgE^Ca_oeKPB^zfa2dte}4**vHF+-v^1@7*?%XWxkJB
zs8B&&xpF06H9dRwG-cYgYnN|(<Qs|P2jlrYBgYFWKPYu4t4|008zNcllyi1lLVtrS
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p|x!fZNy|-a{Z=
z1ax+9?D}119PX5Dd&4q)x{ROoJ@sBR^~ijIk&j_ZK8RZP^c@HC?PJ$Le$ZcjQ1?F>
zr?_+HPBmi02-UP{(|mKRg>H||_)?k6&ug*A>Pq=U#|BTBFu{yvm3m~(Kd;3;rq}pj
z+1H*&Ps*J+bH=Gs&Rd_GtfS=zBeQ@qc2w$$^|0&j(W8ggsW|T^BR^QXc5T;V*mX~v
zHqEt6<eRo{to)$#9s6A4dG04axPANf$mV&z7H55Yul%guUeI+q<Ol229TfF``KQ@C
z!t#Q4c2J(bwej<)`;#B^?22qa009K9I{}^FE8lR0^VxAzmz80eKE2(~`iJ-aA?oK(
zv2mY9t^3Bs=cDeQY576j*^=?SKACmd-zVjJSJ1x^?Biv^?*n};;#rHa{r@nD{2ndy
zh08qK`g`!!ty^POpGbbt?{5x$@I>;1UAlBJ=Mn9<sy;?R|30)?LD#W<Llm@~`g|kT
zp?0$%fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfIz?kk>hrF
zjX*jH=uBWT@`Ey$pq=%Le17|#eWGRur7f>6-V(KrOvw*csZzy^hg`8@h3_uYx^-)_
zpI3e=T4gd`anGJTYS5rTs$98prmoO!QbmqG)%Dn8b){UQV}t9~ts8bc$?bV9_A#T4
z50>+(UcI`hSLgWTeQB$HM9U8@U%uRw)8*q`mncy}MLQom<0tlh7dyMxtXVVH-R!#k
zj^(v|qvZz=A3hvrBi1s<p=3W#ojT?8g~)kNmM&dt_VLOOR<2yxlv%lQrR#aQy(w+g
z*T$>=+jYP5&O2_^T(kFdesA9TJaeC$x@=F>jGx{oaxHTSM&4uX*EN6ke9U@B&-yrO
z9pneESy$n}2q1t!$_eOPV1e_4p}7R@&#TDi6>Ij5njMsO6dQXmY8{!HAB^l2iF~h*
ztV6#}q%QmWq<lXM`Zt1oyiE9gpzY&bXJ==d@53EBbO_sh-MV#Vo6JKm*EQBs*!jWS
z+}v1Aa<<#Qas1>5BP)%!PhYFw5b?G%@;vqH(BB{n0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tf^wpvUX5Mj#yplA0gfA3Z-<>z;lw^MgNcF)ZqM
z;7rL6HgDeCjO`pcbg1vHW9JUN@>6~*yKv!xs#B+qX-AtjZCrP?$LfY|rwNS>mU$Rt
zU;U8tkG9yyj5a=4>R7vWt*KY)KYH}2Ggej~OV-iygAE!q2;1M@FP`Ubzx}r7DcR#+
zW1YKQ$>WbdZrawncW-->d2ZL8?EIiTp7`#&?~a<0)D4<6X_9HPSAI~kklJ?Guwi=F
znCq%ltD611`oEpA9Xxn&%sLCRfX)CWB|o?=dVcU<{<VM1{9xn%93J(4OMb90dk4ot
z009J2TcFVLga7hE%>3X#HXarA^Xq!a586G(@ArCpAFt<r>$1PE%lEoO@`LgGMzD{U
z3BM1#{A0bpYu7IGeYj}RqUz$si)I)5d+?AUL(Kcpp4i{_qy2wQ68X)ck6WWg4b$e$
zn>XvXqpoG{b^UuGk^G=txt~65+g+>Q5PsTepO^hSWW|C20tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0s#xyV|I9sK)MMeGe0PG-S)HIQOEQCc~h=u
zhOpz{1yT2v`AIS*Kls{fubJ_XHEY)N)omi@g7eBx`Ks*OLNfPT=oaZbWIjT-#U86G
zWfK`2+_Y&^a~!E-&6+iChcfTk$BZ>TSa!PazWYr5Pd@pi@BH8wUwmQqlXe|Ec+j-L
z&lCGPHf-3?a~FHOZIL2Hl#C6HwTQFKYpAc!;>C+ycd_eEc7D*#xh`0+!1ef%Z?<aH
z%Cy-lKPZ`5eO@v)*v}Gqt-SjGxN+l5-C0>#zUE!=bNpnKNoIaf>bm`o==a-M?;P~Z
z5O(dmB<B5={NQ(2{qp6@O77KiKf3?^`&Hz;o8OfT?paPwj&pozgWpU*aIK-{NCB=-
zq)6(&{^c)!>HJMqt5(fdK0fu&DA*PzEkC$gsUO|`eALgNqI16V%n+99wmRy*@_XTW
z%n!=d_w&8pZ!hsvm;HTRzSjl)8^JzaCj36|do3c%$#)R>j;p^*%UtTRoI7{UyeHf8
z^70~gb$wkJ`9b?Pg`eLmr%#^_JC}my2j#?L_32dk4H2uIt`{-%X6Tx;Ab<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>!?0$$^Hcprgu5J+}@@W0xP
zk2<FJ_B;Eim*>B)X74`a<Otu~o2N#v*`a>*$jGSs$yne_$`9__w=Zl=<X`^smzdq<
zx4->u*gjtQshAa61>S%EeN$)g;>E2k-#xX*>V|HoagPm_Ooi;HA9vn)XUy!4eM~>&
zgFpJ{BU8T|XXnnHVXwXBAGF(6y?XWUPTJ=)8JDZiOV%>?q1$3-{G{BdQKQ_7g}par
z%9OCW&zw0Ewq3ul>-IAqSN5}gA9>^vT~)rdJvXBso1CwZ^~PtPeHPYcul!(cZf;n)
z4?q0Ss>S_jw{G3S_VMcfUw#?N99aEL98+aUc7E{JPfmz>->mtw=hf>|KU7P%9CLDn
z%RfA>CNJKj9(;Io)cy4Rmi*v%J?Bq<`jhEb+qZB3ZbKnH^E<x35Sx_LL-p<3*W@FI
z4<DY?x(lPSOus&bVOZG5us@6B`v6OHfn??ffAGlksGma>YxY&eN9|QNzWvSB9O25p
ztACjKg(}xP`tJ<=`E|YK2mO4nkA9WE+v=w-`}?GP_lh?^Xnzlv{bT(`u#cAszYo6C
zj{li_57yszB?~Rf%$YOIdw&1_9I~I^&#y#&b4dNN3>YxLw5>^#CRg8#^56db`<wD|
zp2^4$#_H3l@*5&nJH6OKPAmu@fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000Iag5U_yP_#NIyARPpfogW<W_O__wf%UlFMAw-z|Df~@nZqh{dvYF?DpgX)
zk01B!GBWp@F00pW`KiDE{qL$%r%t}+n~=FH9)0vtQ?DL-8rcYYtgal}@7UmD$BwBs
zZQ7XnW#6Jji>gmQ{WS6r`Ci+{^fNwKDv+$2wy|yHJ-7UzSXHP{!R+HF)0eNIp*L>3
z?KV@#uwld8iYR-$t+YqxApH2_k6p{kn|t=`QIhA>=hMD@d(X0V-O0`mN?+1#kg>ke
z=3J98x3}JUt0^!0dF2PCp1bb4%apzO=9|^2Q>Q%7arNrermSv{TmRP;bnV(Tto(`<
zEA*zQYw6o>z4exQ_uY4+mP>SFvh#!E=j{sgeoKDv>Xklw_N@7PeBglx621Hd-p}v&
z{sJH98dcDzPapGl>vb=^Mosf|*i64Zz7W!|P>U8VoPH<YPojMerQxY1y~)YU4;K4#
zUZ9^}nUWt&=J)z!)}=d_{e4}&p9TFJ!9HFl{65f*iLB-SS)#ua%lgEL6Jg)2XUv%4
zyIQ}WUy1zY(2dx%X;WBx<^TQSwYYuncgqh3(Wis>4G}~;-RwgBfCT{r5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**0v2!^yTf}3q>DhZ^Mg`f(>8xh
zcua7|!3(19n@Rb>Pd@o1Y#e3j(xsJ*^*nw0w9|bgV|D1zA=RZzm#}i7TblFQEk7mW
z6ZQ5+jT)&rbLJ?S6Yj!=3#Lnc{q@&M=Fe)`vZX02`z&3$)ReKG*kg62oZHx7Y3o;C
zedQcW%C~CODy(kVPcm~GH*U16_Iz$1)9?7;g9i`hJEpd9%MV75WBvT|&pq1{ZG$~8
zS;dMKT{Cv}cw5~jSq~jL)S0tT=kjFiuUuEL(&gm*<$bTkt~=TJLCMkScF0=#%&uL#
z)TK+8oaRV>6St8gN2(GfN;qXZbm(CA@yZX%&fB(aGv%c2a^=dYxpU_#J<p<;96o$l
z_3G6ttekF-TmRQa7cX8^)v8qs+plTUrfTilwa(v{_LlZb?s3bOEvjF?eyU8FGR{8p
z=FQVpC3T(b{GinLV5>1v@0roE+FkoDiMlWO!K;_w&b9fOD>JE`#;VNk_<n1bw0deg
zlOIg0OPAJ-mCrQ&xgy`USiA+2nIDw8$~Au@>Ss{2&#zM5R!7}8lk$VQe-`w6eJ1=y
z$h6-F-hXZWw$!Uv&)mOSw{C5oOP@J+?wr3$LZ$qEzewaahi-)QzpSh*(?<FKq|BZ@
z+xh({WiDU7tmL;`c6PQ?M*iO-_Bnaw2b1;pq1ze6Z-^lN_H=vgb;yDR0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#dTu*dB19D#Hb2qHf?JNGkn
z_x%H-j_Y+B6WrsEZ>!n64@KQClk$VoSH_GPW5!X2ZdFmA-+AYq>d7acG-cfKQ}+18
zSoPW4A9>^v*W8=5(H^TS`^X$Ul4;WqJL_iGX+OW?jyu$W0|%r!UyFTAzxhF_xNY0E
z#>YOsTYk`<d$CrnTE5!lR_Jek`&-yCC5slh*yC-xb?c@iXK1%C+VfSbRz+49_S&vH
z+4(`q+10OK-*;POY_H7qr_U!^eo#(A@{_u3taW7nk2PPUWG<^$ukO2k`}paUA6&BK
zsQR~me=+KP)9rrSH)pk4y5(5Z{m2h0C(o+yaWdB^OK<||o*xWOhMI#Gu;;@)dGch?
zhfCY~lbs*Darq_n!+#qR^>fJW^XvQlH>n%n{wC^vnV286zo*1{?)JSt6MiFP+V6vc
z-V9{UY`4B3xx09l!pILwdse&5C+^mM$rjpKLMam~Kj>DE*L!Y%AGTMre?tWEw`aFk
zKM$QR3jzorfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IaEETG5h
zutp#q1%k*AN}Y4|98!;Wof>s)uO1V8$6dcyudmpq^nUt%w{@oF2c^#}UcA`J<b`fk
zu46#u{a^m_m(Co5cD}+bKPdI>-Md%WnX+j0$~KvIO~y5PE%sR5San5izxUpI)v{&F
zJhO>@ju}sW@c8lLu7;8M!Lw)2hLwBcjW@iS;_Lm|wQHOD9)JAteEZnfLo$9c=bdC0
zBfad`G8f*~ty}Ze75PSF-I3efUfb7H#?VGvWd4!{4H`sktF(K<gb7YH@#F_(hgq{`
zh0V8U8|ddvnly3xf7h;EO*<w{niQ?s&Ni7RambJ%W*=Rj*IMQ*l<VU*$7alf`6v*?
z{DV^GvJZ}`r#sE?b-%4uyRUj<-Y%v0bGy&#_s9<_m6MZW`p@*~(|ufJiX<vvf4-&T
z{DX;}H~U?Cf%)_2o4@mc0|#FF2Bl~VlARxv`fgnDjVjZ2zOT=(inaQyViWR|-cNs4
zxveuLKPX)xncwS^S(miU{yypT-OB6zM1CXK$IFD@2Vz)|<^1{cuHT{8uU{WmwS|=*
zlt#t+-Y@f!%e=6%=(z}`54q(BrA)H>wA3j}vVTJa)y}J}z53sf6AJ<eAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr1T0{W+2J_?=_U|Veo)st`NO>`
z`_(1tm#tq{KdsqI{kTdOb<3?i)P0Tqpq}V9O})B!i<-Cpu#+9UUh{*}XC$K~^Qkp%
z+*p+?SyIWo3o;*$%vJaP`|q1>W#=or@`JkYnKNh9+_`g|Ir(J%KRs`t%%Rn$O&cdC
zC1qkQ_E_D}?bM91*UzP`<;#~>b?er3j`h+@FFEr|oIZUzR@I){?PJC>K3FR3-Me?b
zHb&+LCr_RnR_55TW1emCvq7?K+C$cIJ?+IU<0qL-$=Y@7*iqG}QNx+fQ8I%qTeehF
zr%qKDFJ82(@O<u8w`bvRH`u<h@`JjrjT<+r_U+p{bNb1AY^6(=R`u%DQ?I=8ijv%>
zUgFIU%6`%hM~oPu9(dq^u>Rk@dv~>I(<WWDYTC4^abB}#jd?%Tldr%2TFD$O&ph*t
z^LJIEL<wiS_02cmteQ7(u4LTwjvYJV&bh`qZshi$@`JkGxoZ!p=LW4%&03C9HE!>1
z?zjKZ;3d`e*;#7ztdG@-Z6}=UAo;<_tCRor<;#~<*|KF#pOf4%OK<}A=NtLK;GC&B
zzkqy3=+E#{rAh^sA<uv0^m-?V{GhJ0$bz$~WbgM>xn|?kk81Q$m4DntRl238s_-AL
zsM77;QpLs|R5z@;;$#P}xBQ^)CCU0;FZCs>F8lkW{u{E_$^MOCA1@PrALwgakhT3g
zK<wonCf{G;Sqd{hDD9Hp4f6l@kl&8dN94D!%y%yTKNrbF>cvlfP?t?spVsy1b+Ug$
z1l3MyZ|M57Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>!?
z0(xu_YXs6!K<E6%uHR+m{+P0DugUZ2?U}TGy4Nh{TpxI7xH->symquXeFW^Wy)wTY
zOZ);dC!mZm4t=CMkAnvf#$U-b-b3g7=B>{&_uHw<_Lw}M-kwS8?B6eO&b8jphnn-e
z#+SkO;op1jJ=5Q04%m1X$s3LyJzB~9nUW2b%x#@Ib(G}fwr}5Vs_Waguah5^EQI99
zy%w1ZQOd|e#@+i}a&vRl(4j+Bvu4dy#flY`<Y%i^t*TnLZtcwHBlDs9UD~y4XWB4h
z#tgHYoa@MuBb_XOWEW)qAUW@G<Ho74zWU0Pi+pnB$`w<e{@d1TeXfz~yu7@~YJ9zx
z`>?L7M~@!9_R)nlZ{BS7m22rXN2%ZI<7Ft<L2}fRp^)6Fw6#^MR=Nq!Ix8#7v}4bn
zJz?9tUdaE4K%cjsC)TU1eqZ{`;K74cqehKFf4`NTd$080>eZ_|Id18*@4owPzO207
z-)(*J<ViJl>{#djUm)3S>4(xECBrS}ee~#2x7|G7OLiL{dgvkZ_r7Y?D$nCy&l_~s
zuYAK1&VBu+E-Ou*PjAblb<tTT%x86xxu?y!UeA4ib4LJy)D;N$pFOD_0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R%z<sXKy*mLU*ZK<5I<55~5l
z1OkZ)kRMD`?z{bF&YWqo9g^RX+)=tMIu}TOFg>oE<h<l-o;;>ZnG#o{=g*(-%=xPK
zcU#L`qn9pSa`J?Fd$f6F{mu_04VAx-Wy_YSTD5AKbI`|dTT9(CCu*$4?OrB1GRcCu
z)hq8w7S7H~+Q*P~dhO@+{-HyM>?(Xem$`g(ozh;n44_wK_IY>h+SRp~-|J)7rSs%+
zf0KD#b^G+XMT-_;$EsARk}0!$_wKN5UN7RAze(l|mU&?H@nfx}J+YPx7cQtyojUod
zQ|1qjbzOpJqnyK>Ide=KAAR)ESf_PeZr9mB@`Kmq<>#akKp@2hLZ8_z2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p|x!K#C6|qIn2J6(B!&#F>LI
zDiRwJD4>8_UZj9kX2k9?f0>^Q%&uL#!tzNne_J{(<OfeWa}cJ(wUb<%or&AGZ=dgG
z%Uo)qub#dh_uO-jYTLH0DVwbP;D!wwOr3t)(xy$Dn7Q1@dzn2)W3=NGEm~B$%^O&l
z`9aA?O7>W{bIqDHzOL!{^XJ2|eR4l?TN2F=&YCsLv`M#3uVrpNdkHc>C|TCqZoAF1
zExJwiI#z!0`0?XP<{Gs3iS_*c`|o#hwf1@I=Rvel*Dd{1w@v!%<;$1#Cf45ykRMde
z9E5ZT1Q0+V6$L_{VJrwBfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00Iag5U@Zhjvb;+2>2BsKS+MiZ(pHY;sTMGo5X9%tUdep@9*R_9(w2@wQk)yb?Ve9
zlVAG!>#x<09XnL#&YexBBlK~uiWe`g&YnG+mJs9z(<eXp*=L`H^}ASeqUjDPeOCIZ
zev~d<+L^oX<jIpx-<C|$!Gj0$^=n-|+4(`qcMTstTz&G%C(hrE<n`on=FA!AZ?0aw
zdZw+?hQ*5)>r-)E+xIg0+mydY*>CXR!A?F<&QIz;cI=oMFknDf-7?=|w53<CUZ#9b
zPENF<32)Q)9BK2z4?payo`nk+ns!MRPR`G5NhCkmzI}T$PvyXY1C`9J7%jIJWPWhs
z#EIrS#iw7tekwONSAF%>SI#-hc}spz`tr7I+nj#Yq)8Ju3g^9x7cZ(?Zn?$ODf27#
z?b}!F*|SH<oP<)J{9WzezhB9mj&e->c=p+6UF%JD8|{NgzO-1eVx|q!PL^;1@`L0D
z!+Qj;5I`W61VW#oEC?Wg00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg@wus|w}8KNx+#4DilgMWNyyQ*Bdv-6m^Ww$dYpWc>f>!*9oa?bOChlZQ;jMt6w
z2*e{`XKtoVn-<Tm8C}-S@`OIBO>QIF^R;W&rmcz255BqPkh$N!F>jYMC!gMyY3uCY
zFLBPb-p_}c^Gt^eXlKUmxZ@7rO}_Wudrd!<te4Ec=Cv$Zw8)gzeLh+F!4E(DP|ck?
zH)<A5+9esT-o1O9c2urh*)ty}<?VZ!w7F!-l1?5>wz)0i$B#F4OZgKgPPi3w-jjJn
zwZpJs!#v9sWP@Zk^)Y1aCyQLaetomg$dMyG51&YWP}(4K-F^J=$DZ}t8-mOaN)}Mt
z$aO2|V&_LIRH)!O|D=74$hj;J95`TacAh7@jgbeq@4owt!Sw0VBR607uXTP<|6VBH
zV7N0MpMF2n)<tKXFrU>$=AJg^dfj&f01!YRB?UsC;VcLsfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000Iag5U@Z>4j!UW2>2Ax*}wsl*P1c1ISV$KT%F#Y
zN$aP2&T!847ym_m&}TQHSOEp>%nkX$?=a7uJEyvI>0<I4p^t0N=QV27aOP0^ZtwJa
zrn7-lmhLt8+deP7V{&zRdnT>BJio{}*ZPfe%z386m6N&Pbbox}i6?wDS>`L#`^b9J
zrcE*T>)5el*gnb155_#ORY2xlt5&U=X~({O`>d_uPwjh|oa2H83&IOTypp;lJEmQh
zELjp!;=7lHksp+!)vQ_5v?o?ZOy*J4ZI|`Yqes7MaKy7j^Mhl@j*Y0v`(=>%LAl53
zbCr1z3$jQqQ`aTyk3RayS9LPyq25pWL*$aoHb&MhukF9b?%lh)6}hh8)A>N1AC$Fz
zFB8{AXC617)kWr=G3R<+cLGix0R&Q3AoTgkf&c;tAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*sk3#9A-A{vH(4*{JEoU-k^Jj>{JKhEg<;IBJOaK-~S
z|IHY4o<683f<VFocIJlsV17oKlT0!+En2itl8-4;q=+h8wybK{u%YVNv!{}|)Fg+L
z?u*U^F5Pm>WD-Wt{K(|$^!7|zx9dFHIoDscc-@?5I$Xy#ZQ7U|lgy*$XOTJcLSH$Z
zhh)_JEJuzUG5g5A*CIbC?X=rIY0@OmrrY;2`5Tq_3u7&vJBKnx-@3f?(o3Gj3oAb;
z=cn6KyLN5Q_Q-}&qehvsG7n+2C6WA~-0Lo0ycn(8ux&x+2OoU!L36GXCQJxBZoDt%
z%$Z~Aisfe4ZT~$;?lf{qW*Z~xme;Sm@``D<%yq~TE}%1lm8$h{?(1d$EA+RtT4n5`
z*!a)PXZ4M5e`C%wT!mK%Ab>z>2!y`dupoc{0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1t!zyhf;T8LI4keGnZ56(MqSlv?n>UiK@V^*46o!*{F>-!r0
z!5I(Sw$E&Ho{8zP7Xk<%;9tPb1>RY^pK~ATF>txb)!ExK<@qm~4R_A-H_uEr=jmVU
z+Lf$Zx30+%NrueN(!6<dv(M0>L;dXHl*!7<GW%Vt{NU21OHCVk_3Gu>b~`^PbG7+d
z-gx5;Q}=Iw`&-Xl3M)T&`t)hjp3qMOm6w<2*`}&htD3Tl7A^8DCmRyU4@zb_o+Zfq
z;M}=$&AEz8*REaF_U+r%<;$1jX`)ls?k8i$jPbp{<izFJ`f=gHg|K~-*~YMnzkM-z
z@?>*tzZqb+dNTDrofRz8cD{38FaN;nCR3-kWzxE2pZA>etXQ*e*m-8^_2s+}Kp?#Z
zLZ6*12q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p|x!Kzffd
zqV?CifSn6$_TQtNak3Aze9h$Q?CqKG{7>t4I_Frqa%c7Oy!Xv{Uhn;Y^G5)I;05eV
zV4J5VI`^V_KOd@AY(HVLb#|F_e?I5kPgPb{wsW2@{b{2)$Ka(4euNq|YM30+lqpku
zRcPk`SFBj!Yac1px^-)FtYqg0CHu90{d(26Z(r58abqQUxDq8wsA9#6g*{{*ywKNW
z=kdrRk9f8{kzCk<1q)2wGOwf8Qds#xIli6sl-!@&lAD`r+AThjS+>Z163Gt^8Z;=f
zny9aX%nwR-Px^@N2ll#Ny?W}!7hhBxHf)ILASWQ%JH5a3w=!kQIFHh$ORG|)N;!{`
zB}+PeQMMN^Ufk)AMT-_S`^o-Cj~)&4NM;+uD*pDx{Q2|E@!jS>blc~8dQWEqzc=iY
ztKX%6+(i|g^JQ4JPM67qb@_%@^Y3L_PYFB6>*<<vt_UEIJ_4c7O%?<YKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL2v{I}MikLf1o8{mnZOsPuQ%Dc
zKfL)DldZGMr1Nu`WARsyjC9WNU+VN%^Y$M$=a^rHcMw1Tf#eF<dBD*#KQi~*A)_{!
zY@J;u-Jk#ZHxrz5y#0>n)v~R}%sD1kHJI8G$q$CUZkp`Twr$&dH>`X2?q<Ja<_Bf2
zwz6f*n!4@wMSK3>gAaPP-OdkAojTRCoV{V;!iA;{(Xxq!nIBxWYL#h|<ixIAxneij
zdET>UPgAB{yLS1uN4}9resJQ%iILSreH~<eP!25lJee=DeEIU`+}-+$^n*i(4tciK
z&ZD~R@AthUM~>t>MzY$Nuj0@f<OkhUzI)GP0#{sC6@PYh4&Aa3hvsZttupTMy__B9
zGrIVwePQSKoe0kmKmdW%5eR*@vLJu}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1t!zyhf=Vu+R?5Wj$(2b6qW{a@uc<7IEF)klq8zsuz7>~iV)yu%Cg
z%vj*Q6W$FwxA^7Q0|5jOh)*Cg57?~b)j3~p{poXR!drhe`MSt*>G=A&K`YGt_V+KZ
z3Ol#>)UHkGx^?TC{M4vXqkJ_Y^mWthvwiz^U;9X*9zA-P{gRa*95G^qsnc$kpXYw_
zgVUx>^L37?m>>M+n{S*s@3cqc^^$oTWqv%pee2e(G0!!T{GeY$eegu`gI&6GG3POU
z{CHhe)U{;vcJAD%q#reH+Ehi(3#eVZ>eJf`x^~MC>V_Azjk+FtJ$Z5{3-|5cvCN^!
z5-wop1iwFElex#2dTwo4zRoU}j?e#L>KE!q)q6YV_m96Cqi$GrCG7mdRd|H}0tlpr
zK<M*}1px#QKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009I77D$cJ
zLbL*b!~`O<fN%Weuj(g1?dgn}{b|i!>V+xml;jE{%caxn={pXnU;l2R8Rz^^+wu9%
zCow(tLI42-{0l_p0N-45NZtOkKF+=A*6Pox7e}m9E4H5q%i2Zmlj^S*Z~8*DeRig~
z-#+;8=zQnoU+mhIY}2NV$q@}0Fu+$sDp#&-_F1`drLTRYkj%*!`l{+Yl93-geE6`b
zPwK5+y}FXQ0{8CSt4^Idr6fBSIp5yWrAy5|*F%0#+_ST@%{h1I&_UiZ%er;z%r=>e
zPqJ#Umcq^t=H}+cYLc_vo-@)b?-#2gIsZL-_NYOF2B~u8${8E!Uy<2MsmuObc;}sW
zVpX4%?eVtJ?Vzu`@`^dPCQX{S6}hh83(EqAGIixzUY%pMa^=pd%+vGKjms{E<?O=B
zuTFzG3Pa~q;t$)@k8bVde1`p~=I>R}H^0nxPS<rO;N%fNAY}yt{%23BM*sl?5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmdV|K*|mvqG1U55OB)@4qyJE
zs($-(CjW6?qd%yQgBGa4vo@$<OFmGqE!~>Zk0G-+s?I|fsprS9Qf)d-Qa`D2H4iD{
zoB#8%(dx~;hsY25=o=J40D<HRxMlw)E!wSazvFpxzrFWAhN#Yc7OGd?*sT6Edxsi3
zC$%5LCv8<dURb7v{P8{Y)bFON8n<7avq|o^O`5;1mTWniFAteq)nIBHIB=lJ5k2w5
z6TS}8tXVU&&#+;`eC;EJs#dLP_De>7(9W^lefQn!(xpo=+cIg=B-4iLB|o@p*DiC;
zGQZx%ix-Vk>(;H!wjo1?nD?VSvE3zS=e5{*zIf*!tWl$eY1ih>o4pPZ_I~Z!waq?>
z<_GNxFI>2w>eQ)Y>XfW)<YM~`9y~a5bKtN2w9%~*ojP?g=heM?cef(f^?Q+dz#HHG
zM*U;6vF7tj=Ikr;)LbWnSL{y*Rk87(rS@aor>fNdTdltL>MnIt*LPHf`-YlxsaUhG
zDmE#U#a^91_jp}*0!|(Q1X5Ojf1E`C0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~f#3yFb^s9#L%@fCTYga9o3MGeYW(mBGmciWAnE+L<<=hR*+0DH
zIhUdjDvBV000IRPaLW(Md-K*EQY~7KN$Y#8{rOP!pS!7Nd%dOJ-gZ1+c2LeY9hQX)
z7n&SVty;BwHF@aJp=KY+Z24Kf_~Hw*Pv{$~N=AOLdGqF`&IJn=_-Te})vA@*=UU|l
zpMU;&(}tX!9AE7&NFkYnF)J&}9CP{d<xX|y&Yd&w$u-H#%ky=Z!pINW*Va$=@bu}^
zVds*J{GedS{F-7T51EfJav3*noY^kMe&%nCtfQc>W3|z({<?MRns!g0KHaUzb^V@O
zmhOgk{;o=8zoRNu?Vd58Vda{?p^D5q<C+~50~Q1jKp+(bLZ8Vj2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p|x!Kq`(MqD=_+74XUr>i1t=yhT0I
zaiY5Gz8BO#-P|?p#s)Wh@YPUmaG{#IeP6yg2lYA1ngsy_5C~epD?g~;e`DS*_2e_t
z)xX_0C^RSC|4YC7ZR1x}m**F$H`g3;%?;}F4B9yv^?&;5rzS`A|Jl12C>yT4|Ns9V
zi)FD`vRGM!FfxRPiD6_IF$@obkqJW*Lxzk9LY~Njc8km7GHz+)CLS^*zg#47dn7^R
zB8f{Ro?P8!&@RzJhjte<&HkTn<+r!0(^cox={|M(obGq6byS_IU3>3(Rdt=yz3O9!
zzDBCt+}x<u?%A`)vCoz*TcYkWV#El?KJmy8wr<_p)TuLZkvekt@L^M4j<vAzgZBL8
zm@#7_bvbU^#9NM8UL87gu<Bj1WQkelHwP*^CL%vLdGch_w~ie<Ms=7pX_6@~#~82t
z;1^$fVd^bix^$j?oIZWpY?pQyEn1YPOwcQ$^)bAC$vBoORm${x@7}%PMT-4<*ZknR
zpU3AbvGRg7hF_&NbCirjXwQ_V!gA%N>8irt|3{U2DRe*lf5+rCFZLG#00<zElmem8
zTP6e$KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL2v{H~A0DDp
z2>2ARXXv6Wzjg2j^*<SzDeyWH>f@1!dBN~w^~pss1Q0+V-vT;6=V!il+e!8Qw<l8K
z^}!bRaR$APGv9y-+)>7+D^sS7$r2qna3E^yvQOj2jm<taYSd6?&YbbwZ{50erfle|
zs<j-C{NUihgH64XF_V6IO_KAfUAwj^Fa0R2{NU21OHDtTH*fCM<+!dte*Cy;Q;z-Q
z$&-$AxOnkm-|ZzLKltUBUpo4`efxIL{<&RWUim@E&dGJ-XRJlJo*sDM0n-niyA1D0
zT3VVZBerYTt_?5Z`u^(Gt7_%Sm1_O^^^Wa9^wHjc9J~HGEK#C_ugtK0|KhOhm8WxE
z|Isz||E<kU`q%&YDAdPwKW8BQ&Wppj<`@w`AoT=7pJ7Z0Ab<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAP}%X>OEORj}f>b5T2teuJ3P%u!H~t2m~YG
zm8UCi>x0paf31D{_BDB;H{N)|R|8wOZZ-RazJ98kZn{aWSg}H#J9p07U$R#}{P2U4
z@%3bT_$wayLCIa&>+RaLtJ=MLx4LrWiq!|nVI4bmOwFA;*JLCgee_YYPhsT;_wV0t
z`XK$6?A}j5{p8ENAcb1CY-!r<-o3k7mOfm#aKU%giO3JixvO5iy6K~g{kLq{GUFuU
zWF9(nNDUh{%qk-pR{JqU$`9&mrfu7{YWeczO2(zUeEG6D{)-ncs%_i0DY>3>S((50
z-g~BueIX|&N7brT%Tcydr%r0)#*OOi*|R3sD#s)_)~~<*T1}idQB|l=!P@7ox8AZ>
zr=*;2H(q_THz4il`g`=~Vc*2^{}b?=uPf^1xF8Tf0D)u_2z`bzA%Fk^2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>!?0?GL75Pd?xuRw9l3x*%JUoXlb
zfB*vd6)0{wL9gS@uV13~lbloNE2Q<3+>_sF)~s1(KfS-#ykWzJs!yLjru@8l^E{jJ
zn@^LBVyjlIOr2hB>-CZ;ld<9S`@+f(O26yXt7rP5`y=yGrAnEXpE2@05nVROSa<fe
z^s?mcVwwD&pZw%f?fqEiGH#{rvwbevLVK1_w)x2q+Utn6EIB(lZ(fs(=UAss9arCI
zbw|n%M%&lEJz5`i-|xTwe$!9CV<qZ+i_5&I=K}p6UvW9#947(@q?SPFvyTY@1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1OgUFt*46UEdow~@El!n
zeeYD^9Rdg-5Pt!$JY8{HAAi|kYLv0uDpss$GDYXlpZDF+(xppPi4rBuzM-$8d6qkN
z>}ZYemX?-gw!Ql5tDbH6&8JBPGHzb$)~!vwZtcsumtTI_YA+e`gVK?`d-tkx<;q3u
zcV=d$)#rHqbLrA0*K@UL)25i3@Oyp=nje%-MZ3Oa+)EjAQYJkXp`358{GgP}$jDIk
zzIk0UdcBMlC}RRfn`GR}88c=?Jg2%&nah}kGT!Iat5@?>9aJCf*Ff2_WzATfc{)(c
zSNP4>74>q({4(J15kMeG1wx;pOb8%=00IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg@wus||BJ|xfa{_9`=QVSL=Q2qP&S52EXRaL4~Q8EUJJda(ydUe&I
zLkH_w;)M$rs_omi^NegVoxnoqOL5H$h97q!(9<LW2oy7c;+7NiI^I+|?e?(*mn>Nl
zQ`gU(JE!K%nWNgZYo{cWB;UmvH*Ty(jvT4J{PIgvmyB%~`l@QZHf-2n)`u_n&8OM-
z+q`+R8aQyEH3ppI8OxV1uUfWjsh)c3DV3d_ZHgvKeo#7e@!~}**Vv^?7ge)n%{<w@
zc;^SD&G6iud}o&YXe^W8^J8yIa&q~d<oro4@2<P<vaT(;#$?>dmtJ~FNghs5e)EI6
zyj-^{R;*C{`t?%{8Z=NPOO~|8ew48xd-m*UW&5N|tdpEq8S8P-ph4EpL76gTtaDqV
zMh(@ub7v)fJ9qAkIG&+yGv0k%wQ8058JsX-f^LR+m_Sj_1^PX{Fc#h-fB*tXArSDN
zJ*gf61Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1VRGI@UYOC
zGiTJ4DN|I13Kh)ruhKO?FL|E4SFc`b+qP}Kp4m-?<E0Pr69~`I71#Ii6Qw2u5J13P
zz$;Hz+}6A6B<I?*XV04an&hYAJ;@krk}K5T*A5*z6z?Xe4*>+C2+04pqJIYMx!NeZ
z6}!!T^L0hNT(LXx954b1q=Z1|bBqZA1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1OgT)%!i3&Y!n$oMlyh*!z}QtcJ12g{rBG|M_8CAHNkBc*Sui(
zaVMCa<`6)j7zz}(oS@h7rrN0=GiHqWezj%Gmbi9b#x&I5-{k**xPJY5T<fPY1Q3WU
zuxHO6^E3F^V~<5HT+Fu?^<1Fe<16Nu0f&zO0!b<m@Si=Y9svXpKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009I-0)_SXkc^3AA1_0?A}`4j_UqSAeel5t
z>hR&i>e8i4>e{ty)-&l>u3S;aj~`bXHf&I7X=$olxpL;2S-ro^ckbL-ScgTs2q1s}
z0tg_0K+*`DJ9o~E5!kL>yQuwIym+zNyLWHYa=Ul$R%ObRG2g?+jT;wr9||CVKzs$d
zb?at+e>!#QRD3I^HUtnr009INBoO*L9uooxAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*sr1T2uC$AKKpoIH6_RjXFbJaZm8L~D7%gbC`xg$s_dk=|Ur
zdR4vs_S@>_n{Rg1MSd`n8ru*+009ILK%h7Y%%4Bsd{5fGeS5@1pEPNbRaSCIpMLtO
zI&<cX8CUS)#f#Se(J*Al5L2IghbvvWv^szOe8hU$hyVid71+0LpZPgVPfw3;<<y1%
z0tg_0Kmr8<{<A05BY*$`2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb>zfAc2nrSxw0pg7xavGtaw97s{3`tF~?1mhY}eonyz2HFc67%r_-FB7gt_2q1t!
z5fjMG%~iE)*S5YVHEY()<N@6dQ|AZe`<dU@#*G`@s$v}i2m~k~<B7`8sQjNS^1Bcd
z0tg_000OBh5c)i0LI42-5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmdV&1rq&y(V#(t9M7YdELl=zWMssp8=rmlnKcFu`N6nwQV9YGAb<b@2oy5`83%gk
z(4mg+YN4;9uJ7yCt*gHK?z>_p#Ni@<00IagfB*sr#8V*PKYLO=0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tkcz;`z)^w7Pch-ks<9^F@mmMcXZ=
z?S~E>Qv3Jsk7*wYBY*$`2q1s}0tnm?IC=7<TCiY&>e8i)s#2wjDp8_@s#vk2YSX5T
z8a;Zn+OlPfx_0f_jU8A*009ILKmY**5I`Uw0{n3n0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R(~<$j75S`QD{NhYpVXV7+?v)b;Dv^Icz%JLcx*
zs!f|VsgWZ`s%FiasY;b9sZym%S+BR>emi2*hYufC^XJc3y?XUhHEY&XWy_Yep1E({
zytx`RYLt5Kz4z4R%a<e8kxCnLa&oL=8Zcmhs$ajpDp#(YDqp_5YSE&Fnl^2k+Oua*
zDjg1eMF0T=5I_I{1Q0*~0R#|0009ILNPs}_fBB>Z1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q1BTqd-;@M~@zLWCug?YW3>XiE7@p9my~1OrXrq
zojYfhTeohVs$98pp8iUo<+WnP3fKB%+(XIC>2i_gB}<l6>FMd}>eZ{Rb-ArPbLNbr
zzjxhrms_!j>t@fM?Wp6Uk3Nc6UT^fWTC--2l@*M1tg@|R$Bs(IGGami0R#|0009IL
zKmY**5I_I{1Q0+#1VVo^VnP4`1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_KdfCUouw9?$UbMxft3VRH`+O=yt`gHc}Sv70cEXTSKf1dZtmoLx5wrJ6!
zJmuW>4PPhY^_@O_I!}FWD<nT?-@j?orf$U|uA4b?rlXFvYu83BuQ$3`O`ks9QJ1}M
zZp#%bR%9$f4ayt=1Q0*~0R#|0009ILKmY**5GdvXp}!w7A%Fk^2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb>!?0*QJ|sb$NSj;vX$R;?1%v}ZfvnYbxa
zrkFm;_=7LK^pg7FhaXgKZmzn1{kk<i;k)m?t7Lpa`}EptubKTqr^{NF@%lde@Ixh;
zKiOBt89aFKpc*%BT%NMks#P;%AKL2;Urwg{;N;1Z&2f}1TUO1VKVQihlh>|YvtC(Q
zS?cANUse?=R50blM#@S#CIk>b009ILKmY**5I_I{1Q0*~f#NL?@Si=Y9svXpKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009I-0*QD^N%D8nl>H^+;1%{1
zo*&fx>(r@}x^(H1ukP*Nzu$3OQpcb{gRBglR|Odv8F_Mb?c2Ava)w^}$ogc;4{EDA
zb?QVMKk@we^QvLPh7KcnFF8Xd1Q0*~0R#|0009ILKmY**5I_Kd;wupP`w|lZ2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2m~yUh$oa}EV|HPI9~6(
z^G+g~j@X7<eo(S)GFG79sdektj^n!TzWbu)0HyAI`}R5Z6QA&L4a578Z27_R<;z={
z#_)cIzrS$df~r)hlH+*ad+)vQV!THH0R#|0009ILKmY**5I_I{1P~}j0s;Tolj;#b
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0AS958N0PQ}+vdoQ
zNwZtFY)M4Z5!-Of4@zJCPI3%#EcTaV{QOSi$B%dHTeoiAh`T0Re(?3zUys;d`^HtP
zRymHfX3d(ua+dZwSVjN=1Q0*~0R#|0009ILKmY**5GXnVp}(myA%Fk^2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>!?0*QFyNXFF*9fsp|`0(LGG##;x
z@cdwd1`Q&X58s%UmgYF7#~*(@yhz0NCr_Sq>@P+?{P2V4KFO3HEK{b8%E`&`>}&Xj
z+}vDs(@i%yj(7k5{o%!Uj{pJ)Ab<b@2q1s}0tg_000IagP)q~@{<A05BY*$`2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>zfAQ6uvz5DLFj@+0uo0XN7
zh^8a95uP8MHEUMH^7f6_uU}UcDpYVB*Ve6D?L~Yow{G3qQOClC3qAKsru<;vzI{FW
z>9t|Rh!Kusoik^SS5ej@fB*srAb<b@2q1s}0tg_000IaUaRL4~ivR)$Ab<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*u)3nbz(q}8ieJ91;8qf$Tq_+v~>
zOC6<3mGb?PtX;GzJU_U3^X6!~nC)(32gWiUpRQ=`+_?^$2OoS;Z^|=Iru^XY<;(N*
zFWQQaKKjUUtX;cyjkXKh5kLR|1Q0*~0R#|0009ILKmY**il{*FfBB>Z1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q1BX<45b(t#jnYLh33rGc%^9
zSFKu=rw*yd>y@AU;Gsi@eD`U`jvbD+t5m7tdtZCO4I4H%>S@rRfqk=MIhpc<+qZ9b
z^v%zk0|yQ`j<sgZntpbp3<3xsfB*srAb<b@2q1s}0tg_0KoJz+FS7_BfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag5WGMl9zEK+b*m#c7CI^=>tdM_
zksmyL`n2yZty#0iaZGL7w)MTQz2M%xdmZ(N&GqZo?M2LTGUW%49Xn?F<#*xi*|T|$
z_1d*-es`xF0tg_000IagfB*srAb<b@2q1t!5fTXgFQ2r400IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000N14<ml+pqj_>;D_5?JThng!=V$yu$+!8P
zmM&fDIHn#wdidSdQSOHyesI(ix*}C>Zmy$@ev?f3K|j8_-+F%e^5s0onv;{GH#0{7
z0R#|0009ILKmY**5I_I{1P~}j0{mqb0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R(~<NW>#aSFc{plN*~odv@HK&dSQlQ@@{lTkYDl9s8X-cg}a8
zmMmG~*tciTp1$|B7j(-$k{`4Sv5Wu$2q1s}0tg_000IagfB*srAW#$qg8$1WEg*mZ
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!qMki!-n_XZZ`ZbM
z+qgAd82Q09Yu3c&c=qkv=cp%iMXKx9ue;hL)A)m89_u9IJIe9dU)Qc(i?tfcBY*$`
z2q1s}0tg_000IagfB*sr6afMLGK&BL2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@!3!knQKM&{eb$j13muut$;pXJ^M#Qg+_7Va<9Mo8t(vc6*|>3|
zqn`Tp>wDG{kNn`YY116-tzEm;vpxHU@Ua@@_+y<89z5u1yGD%~u~tEO1Q0*~0R#|0
z009ILKmY**5I_KdA|ep{Up{F80R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R$5DxY3a#M;zI)ki2^T{rBV2d|~7Vv$M1F9M6?2S7JV%`Sa&H>gnCP
zw`U#U<M%ae*wC}A*M<QD1~}TwZ+`Htx8Cw<!gKw)b?Y2$cj?l_vn(4BKmY**5I_I{
z1Q0*~0R#|0009Jwwg7*bMF0T=5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmdW@1rqrbQkyny9Qm<3?zlr;zka>IT_}wFp!B<Z`SOnA*|u$4%*WEMT{}k|
z3l=Q!tmE?K%Z{=YDpc?+>$O2LhoP&=yz-kL?BBn?R}-G=M~xa~+Lb=Yn3PNiAb<b@
z2q1s}0tg_000IagfB*u;Qy}=ie9{5}2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2qg09B+1u>#2v5Y%a<3p3x$y%lui#FI@ED2BSwsf=~&L3Ipf%0
zY-F6qNK@IeWgYuSrqJ)?)?R+|gVK*!##_90?V74osgk4b85tRVyG}U-5I_I{1Q0*~
z0R#|0009ILKmdUvCcs~25kLR|1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I`V!fkZ!c^w2{OIWlCWOP5xM4<9a2Hwr61`0cmfI*z48i4yAk`SZSyW$M(a
zj{WP_ts8aU_U+p{_WA0oucGdw3(TH9+p%xx>Qed556ZsFmMzm&N1ea_{`-!$t5>fc
zm$4_KHcSBo5I_I{1Q0*~0R#|0009ILKmdWH6bSw=pR|Ag0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0*QWjNXE;%?Y7$-S+WWhDyThs_T;-Og_R$a
z4!3OC(s3*gKKP)o<M{sj?;ZPvu0-|er=LdM_mx*(aqQQ%YuBjzNP(kAkE)U-OFH(I
zHVcv;tXQ$4I(P0|)b=l4yr`;Fsp4pR)v8rd_oDy;2q1s}0tg_000IagfB*srAb>#8
z72q$k2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p|x=Kw&(A
z^y7~|s>+osJMv_qBUS0?=}Pj2u}qRpn>KA)p1RJQITN*-+O=yt_Vbg43$JwFzI~25
z<Tyr-92s$JJ;@GMs#M9bUz;{<!mD<DfBN)k$9~e@+i$<^T2`+-c<`XAR;^l|{bb*Q
z<OgN{JMOq6VutXipMFx!nl*E@UB7;Pb?w?U-96?AAb<b@2q1s}0tg_000IagfB*u;
zP$2ZTB_;$AKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL2w0%7
z9!)xV@}!kL3mu*#TUM%6DfRf{kE`|T*IQ%eUAc0_bn*K2>q_#1GM3&apM0VQ4jiaT
zlqliYU)PtY{GfDh!GZ;O`p~3F6SZ;UMs?xB1*`v(mpgLgh?R8=9|usz<~w`#tU1nT
z3lk<x$kSe0TADh1_^`?4<>cfj$u^E2J=&D5Teq%drj2Bt-~8aXapO$AGJd3ti+JM1
z36q<Y^SgNQ;ygLY(xpqQ%*@PahZy(m7cb_h-Mf#fnKR#0t5<JTTef_k)UWN^Geb_N
zjAz_Is1N}J5C}-%(xoe*F@=w*r=I#ClyCnwsqeM&S+H%}VfFp@*`d$R>j8;SEdmH2
zfIun;<mO&eKm2ey^gGNKYVO>Rlm7EdKEw9z%?kbhJ6BVImp&qZ00N!@p}$QrA%Fk^
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>!?0-g`>Bw)kUt5?<3
zsZ&i3Ep(^_UT)vMz1q2Rr?1|}WBftg(87fa^VRn{b?T_>>}*|)uerE|kLef9PTG;N
z3un%p>F8&E^MjIibjvYD>WAbEckSBc>lpnOI&|uk@_OyfI-#DPw^p_P)9ldri$hh_
zszXxlb$i_>)WZY+uUfNVr{{6X@iQTS00Kb^4E)DT<@I`G(oEIqZ<Exonv7Dnr0D&&
zM$KXB&X!N8`yZX^d7N_mOb8%=00OBe&~NTZ<@LI6%r@1e?E-b{FGi=_?+Wt!O|@#n
zRQ=!1Rvr3(q#l0mxaV=o@iQTS00PM<5b&QpsU86Y5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**LITO~?2wFAC*#?bD_72uZIkZ#c~!1lSxuilU1eou
z#dJ9F%nwS#d-m*6O`A6L)n^$uaq{HJ%09kgES;DAh71|vtE~Y82B=GyE?L#bD?fPd
z+&Qbh6)RS#vSrIg?MIt7ZDP(z`tk6}4!*s1t7`JwNh$dZuvgAea)i5&WVz-D{a8^Z
z{sOaS&sH*Ks=Q{*m=V_oB%iD6o;Pn^T<b2(%7QerA6Jm=6xDNM_j6nJ$`1AzJWbW9
zKfFlYZ=3u+l-(Zpq-&1Q&4zUdAb<b@$t~cP9sK+3BUWzE>$`U<uCM*8f2jM$?C{JG
zCihvQcL*R*Tm|^!ECL81fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IaEFOW>nC*|hmTI176R_39H9#V}OHBvX-bd!}$lN?Q@N|jXe=FP2b)22;RYu2n$
zM~)oH_aVePKd3u$;J^VjXU-heqeqX>co5Z8$&w|lY-E!rO;lQ1np(ALmC5tzeeyd$
zcI=pvoJ^-qoh&QKB}$%B#$l8`96fr}QFXlYgHrkB%a_&4l`F0DBI6v&xhhkpjFqLF
zG-*=Y#~idDkXwFm;TxOOt+x)dvMe=f4p)Qz^EI`6%{OXmMyA@bFH`N#%u*T0vy=KI
zV<&FfnxW>t_=#%UKHcPUTDG39wjDT<CqrmAN!0S{)vHauP0qQDi&@+z`_Gfylj1o^
zraJTqV7;Dy{`q)TU8r>hX=XpLAloUb=f>{mw(OQ4?Aq@is#^7*$9I)^vo>Q?w*mi9
z4~==!dObWYT@470O_<cLiRtRWku%iYy+h+C{$`}P-`4)O;i}IQGxB5z-E3Hg00Iag
zklX^{`N3W@zE^b`PBr&@8NaXNfOYDDDH*EIQ%6<rCl9N>b511pD>T;NgEKSLUxt6B
zn*Qk(YaBvrJi_Y3)jj{Y*)>C$+-Hg2A%H+}6$t(>pR|Ag0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0>$<DB#t{afuORMvGpQv>G1sE>UBFzcCdBZ
zC#?)#c$rjte=syY=d=I(NZnc^&3eYU<K0hL*+=_v<dq42jpSfMcTn>pKS+Mi&s7&>
zuFu|nknNBkoM~n19vCuBRloJ;?BMO8@dqCmIz3O;&MkA8)axdvt9u@tWR9!e9V66$
zP`=RKXZv-=G6D!7fIw;p*z<!AhjMrS*5v2^pQGBXY3fe{*Q<WdXS?R@?E5AAa*xS-
z)$RW;6Dh}a|M*>bjwv<H7QI9Of#N2>UuF?N009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0Ab5e|_FNLjn?He6$PZ@xctSP(-9N01os84B>+rEW<Mi1x
zcd53#XvP1A#ufQFtMlYDYaGXxzq4Afy~qzLMMf?5YbZ!FdvAhlhy377^~mIzs$Rnp
z*8R42z2U0w*e4wsJA2+P6_@WFIMs}+*t+w7IgZVKow1An0tg_G8Upt0U+bRlSf5|F
z+%hyYcHh@|GIsW|skZ$0*+*2JJEmC2cl)oWTjM9%k0CYA7QI9Of#N0*{9it40RaRM
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009Jw+jB`AZ~g>QAwT%v
zFRinlmA&=WVQRxS`yBbYRLcr_^>@g~H?3o=|EsZTU)FJRjQKmO1>1}KV8Q&N?Oj|m
zYSCPhVS8~sH})LhU;6%>)vj7~i0UzTnj>FlFPF;8Z90$t`7@>FP}OhzjWGz5;Toh5
z2q1s}0<j6`3|*h6kEvUKG0M8X|Ng#ZMJhX}kFk4b+(F4k%4hVS2Y==`#@N&-jQ|1&
zBu0S0%p!mQ0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!@B)c>
z8i-a>T_6?mgPprRYdt61_mP)OuFflmm#XW(-Iu9ut&wIOr;JCakE1ZIFY<%Isu$Oc
zTCl3|slB+K8+#V8$?u=A?n8~5k1mqgK{?ik$3Gdm-wv~m^X^`g%yGu&Dxwwy5I_Kd
zL<;C^U8n!pXx-PV-#T3VefCjDwoaER3iHNo=KuUT{fGZ{9AhHQX$t`a5b!Gy{9it4
z0RaRMKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009L2KF>qB;w_Nu
z`N0F(C)F>0G2D7i_O<1kO|DMo>x$C+&wqKwI?mx^mYCx#jH{FUV6f`NHKP`+YJ6%h
zuII*{AN<8Hf6g&?`rD0Moqc;zS^iCn(boO;cmF<?{9t^3e5eHh1P~|`0i6kKe$OK7
zzW(c0&Rm_|UR36P8noUz&Kk9zQ2n0IHW|V~!KYCK5I`V`0DqZ9009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D<5IqCCdKW&|vOWX}(N^{?-(XJo5Z
z9ildE%`myTqLdrd$MX2_H>_jr{m?(naTdm98gzbe&z?PM)~s3T?z`_+H{X1-DpRJ6
zs#&w9>fXJ(dhx{<)#=lxqaJqOzI|1xQl+fds8OS$mbVx9>Z`BJz7;A|P*<;BwQshT
zXV0E(%FLKCBhPlX6&EjFR0|g_RGm6?QWYy!ROQQ;S52EXRgy{Dwr!i)B|jOpc$i5C
zf^_q1*1vy$W4n0qV&fv`ea@UYs#U92mY<y8`|rQsY}X5Z+tKA^o(kv2-e0|Z>eMN<
zV8H^_vu96LqeczuXGMNyI(P1DSsg!qTo*0STxSCN{nwM`e%s^msU}yaw-=>(>wCsq
z$NKB0qs(y@2$7u;KmY**3PnKY0vooNW8K$(f8R2bsngqv()_OzcAL-YK2IMr$66@(
zG>QNM2t*MG{x6@jfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*tf9^+v%0+v9s=LaP-DA_@IZP}M;a&<a$SCr;YO#C0~IJ<R!-W+FPT&6+f2d`hh
zuHJwDeRanjcc{?aIqGZX%$e%iwQHV-|HT(ym^vhX=#~NW+F3Gmx({h-X|BbjeO+eS
zv}vwo>?=R|=p$9SbZN7X-q$|w)~%bma^;GZC)DeofBt!UHIC(Yn@QzCy7@J;`@iwV
z8`d!|S+YcxC{ZGhUzaXj947L{Z##O&R5>@gzcRmk`LY^3cyJyMecjmSW5<q->H4>~
zqnC9qu<zI#`N7_4(@m~UZ!b#ocHJge_uKl7Mw;W)9?TIy009J2M?hx-8#H^`y05o+
zV5P~_>1{=6{=n25zZ><M@x3|L)H!4H6afT^lR)VA7A6D`KmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009IL2w0#vJ(I+-=3gL{@`GD5igtc*%%l}XHb40J
z=b!t^LWORNrksqqCK)=nNwS49cAzf5VZ#QuVtLkGx^&5rQ`^0Jcb+n`B9@HWqD6~L
zKXiY*=6BwCr|Q?QpD7<HKNxQ_Ij$hx{F;U52bV5gYCOW-WSqV5$!|NdUn-p&eVp0Z
z+16Nt;TDnJw`kGA%BJc%Vx8+;pd&vxyol!q?<GGN>vckT1Q0+V83lAU(BudIR@C!@
z`>o#><o{M7KbVYHBz-~v0lPrxcNiuF5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5C~Yn{>%=`2zUvQA3SBo`YY_Q42wg4uu7FG>bd8hQ{R2}ojQO1
zyp<1>jNrL*=hUa4eyUowZ0X37z5DLFUYD+#G-;A4d*6Ncd6u(pu#c@+qeczSe4^is
zT1G~O=|kw2uF94zt6q8K6?O9DNvm!d7xBP>18U&FfsS%gR$hMcgYh&Ii=f>6n%VP%
z;!?6?Ny}o&lqo7RGgIZ}=GsqLo@Kx7q~f{B$;nZ--FBO~R%A@Z2@@u$ef#!VV-m{G
zioT{~>`Z+f$^7xhAJ1ducLn*unbsJDe!VD%00IagkURq92TxjK5GKzVp(h9+fWQrb
z(C;Zs2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p|x!z>Oz%
zSVAE61ay{f)7A_##s=dLCgwcaGj^fdl$BR1Xv<r+Y*8y#tcaQolYG?Jv13gxs%q7$
zo*BPGhYp!?(oe}FMw?o-YGwABJ9n;UalaY0)~#Ec`YKnhtg^DQJnLM%c(Exf{gqdw
z{9q7f(z&4A{F>SGgJK~0!5uqxc)Epe@Y_x*o}0;&C!1?TuBRhMj)Wh+<Nar!eP+sw
z<-vmo9ozlBAwNid(C@WEIRp?uAlU@S50W2Dwri69Ab`LPfza<LOb8%=00IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg@wu)vKcc346n^#sTd{yZ*XVVt=j
z@`JG)$F*zMRIOUIOfG8w{{5c2*RNmSlza2dH$BVAh7%`Fn6jbUuR4DGxMz7k88yjj
zNj>_tY11ap`t*i}9(u@>m;EB;2lYOF=CPPbeL=YSF_X5#^MeZ(ERfZ{CqM0^;<=Ih
ztG<?GzJ2?4UnUbLPBi<C8#m6^KH-JP50W1Yzb1H(00Ic4iU9dR@`I^zt<p~filad2
z_ZlVy5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5C~YHI6j-i
zF&7;H@`J@UKPXr6GtWF@GEuL-`l{!JE!#r3QtQ>IQ6tZCvSHr5d8Vw4Ll|lDlTn*9
zXO5|_Zr!?(sx#X%Gc(OT((icX2c-eOW>Pi?H$P_5wmm;sqC^RmlanK>eNTScNyT%s
zeED*7ZA801?N~>T9yR;Pn1%V7$Pbbq%+GbhJ_sOyKr#rBA0$7R4A&ujKmY-Efq?()
zN%aUIfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag5E5{IdWW?L
zq=o?b!Q!1CeDA&YOeSi~m@%Fg?b)+uO*y&k9XWEuvuw?pHBH&ot5<uLlMQ|{YF)Z?
zG4-XVr$?;MzOic6s%F1<<_G<nNne6+^J6A$+w+5B80+Mxom4zGc9$1kc)>S|j6EsW
zzJ6W4eA)NDx*+*M@`L(XV2%I+2&9?-`9bo7sdmlMUj&MiK<IZACIk>b009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#{TSfDsPlf<zWJpuBAMKeE`o13dP
zZQ7(JOqihBw{Nc`(^sZU8C9xODaT93r3>96tyhm8JtAJ<ojZ3nWhGnYHtpH7$CQz}
zqh+l8WYnrxuWsu6@WT(?nsr@w|NZxy{ruzygD{hh#oNt~nY3%q$xWL!O;*J;`DrH=
z&rSXM_04r5KNA%yRIpy<%a>Q>%9XQTWy_YeeqLmI>C&aGpP7;+OPc-UXXg0v<1u+k
zVe*6I2V=fy*Z~0q5J(aM@`L0DljKsQ8weoaA`tMOJ*gf61Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1VREXkM6Jvfs_#-KUnnggDY07P!%gybYz|6
zRu%1a&pr1<yly}F<P%dz<;s=S_3PL3lpj5Mv?<fSfB!t&!&mspsM-6yb?esfDm>qh
z968eTC0c$kC^P9?yxshmNxSy^;481ZBCBGW{Irvb=f<9ywf8^P<)cTB#^fo5$q$kr
zjQOHr2Lup6AV~zs50W2Dl1q_pAb^02K<IZFCIk>b009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#{TSit4c9abTbG6LiWi&lPc&YU?WGZ(t`#k3qPKX~=(
zRckCZUGKJS+Z@-qjNd2Yw(0HPe*3LsyW5*&$fyNrCdV9aH$P_5u022a#v5<Qs+cA}
z?dWqY^B}UFL7W?Vp9``~e(>ikpw2{k&D-5OK~=3fMAdIJ(&Q&&x)3Rh00IagkQ4&s
z2gwg6#f3;G5J13HAoP0;69NbzfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IaEEa3X^4l5Bz5drdpMJGS_!w)~0>|W@$r|Q(Hqh5dgb(N8kq0XE+W98Vw
z#|(V$z4y#M(ei_GNe>$~%#?rh(MKIu`KO<LYPMCXR7qXCcFnQf?Tw#|TD5A`OucK@
zu63)%bzS%F-OYYp;}0gnOga}&H$P_5W+L)~sd#RxR;_BTi;qA4Sf~;<>5N_9u}@l=
zI?2`b9zNaV>h$)aG$%ipu*-{v5I_KdKn2JTk{=B80;6&S5Gas9z<>6ndIS(a009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#{T2^8odA9hBdkOjyO7M=W{
zJy+JGNfUMD%9W^B*Q>9-YO+**@`Jl~?>6O2mMp1qa&k-?_PpMV88giKNDKBpPn$N)
zwP@$golTpwX3cUf<F?YCZS%?x+S?DxO!^j2H+!GG%%sgk<Ofsn+}N+v>C>kRRl+8n
z3nV|7Fmf6~009ILh?4;MLGpufx|FB}0R#dN;E%HiAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAP~Gj0FVAqB?1W(AU{}i@`Ls)*E{dL<Ler_|Ni?;
zHqTFfP{uE;UcI{6=YtPEu-dtB;euHgy6dVVM~?Vv-%l3q*=L_Mb=R+7-&eii;|hA^
z2NPi?9ge4)A2Vq)5&6MXJU0s$E;QGZT+4pO$rR6cOymb=T4OE7!;(6RkHGBNvsI~5
zrL33VY<lt0;YblkoB;Vj@`DAv+WPnJZ|>)d7cVYob?lD-0ycr*|ME!-2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q0j4WQRorQcfVK{NVl*+3MSU
znQHaA9qOO2ZB*l@yrud+@{;<~Jx{CO-SrRkZ}rEhTWh3QuiNWBq1v=dR}T;Tzv>_9
ztJIo}J5|PyCzS46yys&ktx#2~4pH5@KX2M7j1#wN)hd%?3f)Q7)vH$v)Q#4yTbufH
zt}jxBhYue%<)wW;`9Y~qvUpNnUL87gu$ox1WQkeVs8ORx%{sRE$-?d5zu(j?ZT|27
z{;#7Bw>JX@3~=n@l^;x$ne;JUZhp+9y+q^(Q}NuKK7HD8Z7f=}NVpO*1(hFsWKz0%
z=!qGs`+rPTe|~VXYSVeVYT9~?`c;!rs!sjks%EWW>XvFltXGX+3{(HsaHO@pZPy9v
zuY;$mM<)H8>(l*<=e*s$6Ri7f{YE3L?4Z<L7}M(2t4(G>XVJpv6)RR$&6+h+l5da<
z_PKNCV(zM2JM-ty_g#<VS?&GWym_<leeDJ1K5VZim2(<??|Js)XBhzm;x7<He(>Qr
zCsgnB!|L8AwyREqHmE=R^(}R0`xjM%W>2d+zxs!&`O7itmg;HNt46ISRK4Fkseaqx
zCDrC{E7g5tcc_P-JFaxU;yr(0>VE6<OMYkQHRF5JPW)w~*Ldfhcba?pkRd~&?+{jE
z+qP|HfB9_4%E}5Wk(jpy{cf6=UeXEzsVNZpJ(&ps1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1OgUF&8Lg#H3B~i=xpAmtr_MS*{vCwCReAo$2$LQ
zv&p7DdG0npuSbWxrnZDKh_SXEt$b0<4-OtY*yN%*cI;@4dFOSVONOd;?b@b%=r-v)
zKY0B3amRiqPo7kb8#gxVV#%ra&4sjR(ZbYUrAif*ot^D<Xjbk=j>rD;$`2;WOgbAc
zH@{{DeMZ}FJE?eX($dl#*T>qmYdx<g`v%GQu3WiNtzW<1zS{S)&gJzT`=q%i_8van
z<m&YHSm(9t4mb7X=UyxOG;cRnJv8RY0{11n@5z!M49{!Z?+;$fB}$Y~lO|1yDckMV
zPMI=g)K5SC<m)<-{Gh!*pMU<jul?+W4jee(s6*;&(4c|6NJ=gHy%(j_LD5+RQcytW
z^Ca6RpBs|l)9dm(|7HD21^)c{-Jf3zWe_t9+?ViUNT&RtWWx1lgM4?5b&~v`-e2bA
z2V)haJOart5c=6>LI42-5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmdV&1(N?sB6^5`w}8&tC1ZY2o=vV+ZKzuK`loTt5Ej+^pk$gtw>$Id+O@0Ny?eL1
za^;G30Z1<8*s)`3?%cUb@+?yJ(MKOO<^7I7D3!Hr+0yLSy?b}FEOlPEaKZb63)|v1
z7xLYA-#OYSU%tGOoZ{KDXRR8qU%#$0Gc(oDp+g<zw1-!IFp*}`(RjG|HA_@}Fcr^D
zPEL-hRjZccTItlOliIj(qjgQm^(2%0%t+Su>#x676DLko6)IG)_Ic~Ax2)~4{-d*X
z$(SFM`|T~a3{m&|eR5nggsGe#)c22e?b=z_f}iv4mLHUQB!}o{ibsBM%$PBbYg-?O
zj2D`Ulizz@DjpksMj(|0biOXx@`FErehpQf{$pcYGlb*^<9~G)^t);Ndqj;06di%k
z_dO;A5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5C~YH=sa=6
zkrYRPWX})EGr{tD@s0Rp2$MBGSh8eERjO1e-><vwy329NO6I9mt5&YLk<e{0&-xc%
zd{N1`YkFHO`9T?jP48!)OO`N}DVAKw3opFj+NQmIz1*;2L)E8GA5-2dKbS}}afyeU
zU$cTfqwTjHIj&SZH!^N!ojP^QHKMN_Kl7rRAJq5T&T-5TCTo6BGNj>?j4yfQ$Px9-
zGtXG}Vf(cp*SMd_D?cb>8J;?IDryx4%@4{k=zO^JziHE^<{BS8dUVwGDS!Y12zUu3
zbAC{Ne%&3%3?cbJuPY({>kInbH2*ELCjv!ZAoRVD2>}EUKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009I77AX2pB5{O8Ss+#NgE9``mVKFV8HX@g^Mj#V
zmC1SdS(aQ#_#|WhwQk)yYCSK%{Ia!ce)EHuE?rWRhY9cJrcIl|yA<(#EEzSa=-qeU
zRg$v|Z`c05Lx&FP^5x5F+_-V3oL7EO>P(cGv=t9Gzh(t}M%!;Ya$GW{;<=HrIcLn6
zVXhPVb>y}zV-~*g#v4j9TKSohef&Y4zmRbV9~$#yT*e_x*8E_!b0}l=+3#^T-E@<$
zF$nGXLD|1?<HqLtlJQ=nO$E&le)Q2traj3~A2@Kpyq8>|9*;I!KiG}{0tkc)q(Xl1
zmRp9Z-szcf8HbSkVE7eK@b?A%Zd&jjPy+%*S0MDe3ljneAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*sr1T0W=pFrZsii1GV`N2B3k5*|<ELKb3{aS6_
zaX{@ld`#^>k*yAf#{QDm-mDYq^X>c9?71H*DXa4<Zu9>bx`_OsEo11GAJo_E=FOYc
zz<~p;@zo^5Qoek7)v{$v_0&^OsqE}*T`b?@4@w30XMjVuSyirFIhC86YwGs15Nk$F
z>Xf|Sym|9f`}XZs*|KF->C&aGjLwJ=Bh(jPd|{gPn;+CWB*IMEDyW-ZGkZIdd5d-O
z+m5~7R6RErFJ839h8#3#kaaCd&Psl6YSgHqI(P1@#A4^pol3^5EXWjeey~Q(VXEby
z#;JQB`G<ON<P7!j_$SpPlhW0|$v?jaOq{7695G#W`0GR^W!>(xdfi=r99yjOgL0lH
zOqgJ@cXE$Abm&mj({IlY%6PKheDjT?4jJDt(p1p=V7qqhOnXa~EU}uB9HI1IUXmGS
zLI42-@*@yre(=^`j8-kWE>?dT{*{v4UZ1Cqs)y&CQ2n0IwqAXoJsw)0q1rw4fs(TN
zv&wD$yFV`?KNxm`w{6>IJ_qEpAS){?tVCko7WBJmVtPp{2&AS!=x3V=0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#dTNX@5<=rsaA3j~!Pe00cb
zYR!h7>Ol5M-<iMNnOUlFlL?;B1j`tN89$!zU7tR-@OiR~KgczR00PBJAgKIc^LAs^
zUmu&M9+^DTcjm9(_;mHl+tWPnw=xFdfQg~p;XnM>=~gyX#~+j{^Q*7Ea^x*O`Q($R
z7i@TbP<D{4bLgw6_3GBGTf{mFk{>*N{J3dH+WYCJpRBf)E?sKYw{6=tV*B~sD47t+
zOUi51s8KOhBhGr?3Kc5k8Q*jE?Ad0!j29Yd>fgV=DZ6;_VpH_=>C<Y?oH?pht5&LF
z#fny$`|rQsY?p=V)vKF*_wC!~*yi;{a_hS9dR$+xva){9o;_;%^yx~@L)EHPt^B*>
z`|H%HqdIl!WMx*@uU~KF<RjH%-*)QMDYan10@br;Pb>2*`RAK&zS+t?%Q4G!5$hC0
zKV$6!<&#e!i2UI1{`{J{Z_Ez$u;c{ip7izV^VBhQTRrdJ7i0{=zRw-^Rac}oi{to%
zUiZ-R=g+ITbLXnN?z+qR|3YL;-i{qRs)Y*|n$H?PS8S~L!OuVc-1@&l^nG^7kRf^g
zFNdJ}tdC3n4~Z|o{8Gt%U;Ymlxp&L|ozkR96E$?`P$mBliF}4fn!f$^Tl1N5=bd*(
zDyqKw?mJUfj=xWzJ`u~WTer@XzvrHNT+1fP%C&J;1}+frpFOD_0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R%z<fj<aD0|*2tptE(Gwq}?d$<~a_
z0%!Dey|K=huldIG!);8F_dnfP;J%R`4Df=YY6KAQ6wvv)zGI&>_qpD~rx!S*r|XS%
ze(xhwOh4T2w>=)8THwB=a(?i@fdeLYCtvs8dFLI^bE`MF<p(n|G92~n-o0BF&oeJb
ze(>36pEd0~^w2}5ZW&)w`mbO4$&;DNJQif^S6#p4*REc@>QOT9YI~j}EiElifmp^u
zwb!M`U6pYdWjs;cKRxf#rHiAjDpjhOGJE&#b!_u`Gi=x}v(Jk!zUWm<ojrS2*~f;|
zeejw~U!qNyFJD%J2M;#wd(|cD$BrHA>zoA9&uGWN_S6y3S-S?!p0++a+Wc*0firr#
z&RFMv86Nrfh5N_tEO6h7V}8)>9x9n;xvzWOV<eL;;~V;!-0Jt*Z`rbCjy5HG?KZj9
z8P7gTo06%%?Y7$-{c-b<ajSRj+U3?wYn|M;?fdDRzuOKn*1El{jJY0Z9Bldg)a51D
z={6<8%B@}2B}O20{+SR!009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0AYg&SJPkxE2m~Xb^L@#ZAKdx<(TI7Lc`vUgKN!rVK&=QM5U_yG_a#ey@Zs?{
za*S^I!Ml4+D%SbI@bL#XY}gR>3USL1%1*s{^)k=(w`|$cv!49s2PIP=W6p)X@>(w$
z<H$bQGXu{&^Nf8{T$ZKZGIpSD-;b3veCg69N4C!`TUn6&pndE`-8Vh&+_|&k*n`Rs
zUb%8b)vH&}*y#2n&7<W9v$M0Uu?8d65x%WOixx`y;xz@)Pp`IEpPB+X<ChHi!9Gv@
z5b^hgKMh<@e$aNANxsj1Psqy3vTePwX#cE`4EATAedgHDUWa|TWXY21$dMyAD)Lwg
zuivAXl5uD4^}qi5>t01wc%AX?^9LV%;OL9JUtY^ASFZHzuZ-cS_mjSQO>Nq=G39jm
zLx&D|6%YM9R5j(j#?TGg%CmE9NQgk_I$=Tp0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~fq(@P@-PsMAP|s1vgHT&W}S%mJn+cz%g7G~bS+RV0tf^v
zkZk$E0TX9Nyx+FEdt9;34^Eso(L9SE`YNf89z7cM0`bZZN>)Sa(67y#H@nuA-~8a$
zUw>`tmh4&h7)4vQY%$v<XBfWSwKFlUoHS{YY2&{8?(?;`-Al%8a_d)q^MeBi4pfq9
z5%Vcirl`!!OqH9P>)EfM@`JCu@``bhzQ}bYV_C_#Q*ylWlI-58Q>WC{ty|S|&poF)
zcI@cc&zzhb$2eFrw&H{d6O`mdWNa&`PsV?g@iXn?QAyj6KmNF9z47j+XG3gAS%GBA
z5B7cbc*M`I-`~58{Gjbh%TIoA$dDnbbm`L8{Y%FFlYF4uL**WG;=~CxdGch(y{&84
zuC^B47sK;w;iaT*X;*(%%KdHKx^>~j9PjOQ#=Fml4<9yt(S1r!Pglo|9aHjoEiYNN
ze@^Lg`}gm6^i#jFj}<(A{CK_EF_+H-T~GP)<<0VIuf66dr{74XT$e9Zs+83)z0E!k
z(#qZr%Y`Elx(1jKKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKp<d&!g)G~RuPDgKqB&kyEC)Y%8$3HDYI6qzxP|H+W%>`x})JZRjbwrb!&|@$E$kv
zVG*AP?)l&g<Okz(>Zt_*1QINei2Pu`@#(7je@s<vyZx8?ZL23#gT|v&t=eg-`mIA%
zwd&5-E!Bobyx;z&#S_IgKPY4TNNyqY71DY&YShTr)nd=X$us=+$)4q^U%$SU!LV<a
z<^1LcAAImZ(^t3g1tpVV&&NsLFy51xX)l?dKYu=I6RldcGW*P(JJ+?mJ(n?U+BDZP
zdZj%ZA$^ei;Eo+T^yY|jyU*Uedn1<B8;1=WX8Ql)i!bWcj=5w3wTo97#|}~6*fTqo
zD_4#>=2!SwTn7&xbZsHt{d8@Fl_@O{bbheUQ^(Z3Pi$3fdaY7T{<u)p|Lts5>-KS~
zdW{jG&#yGc>y~Pfe_v?aW<L2r+trqz{Gi;o%9br_Ws_}HITq!frtfbuKY8+`V|(};
z`#oC5H?&WZdzS3Eu20(DxpSwzi0iVw&Up8^ef##NKa!<%8zWbDO19~|rSwC_8I;f7
z@JT+C^fBIc+il^St@rlx^}-7;m@K?kMsv-YHKxu;`TZcRTn~hm2^9!kS4;>XfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag5U@Z(9}1!|1mY|ZWPb4D
z|NTz=?e8x{%%@bXIwYp;ox46uelX700M#LYKw<=f%nv>=WSVO7`zK<$pGLd?HvH|V
zVwE41?B0(*{;1~9pRdZ4DPx|+4}FbP+qZA`b&*8M51u`H)?@&rPI=xxe9BLL@WO=)
zj=mm0emuNd>%D!<Bgq>EF-a~`j!j-~zWHXvCS?37T~_8^{Vqs;aKVBF5&K}@7*u|+
zZr!@(IAsjPf=rUhw43?8F70D!jvF`5wF~j=r)vYOOnHHz@`Hb!uv`7+-{brH!X0-#
zOMcLH#o6;{au1O)aowiyeAzqiyyI5Ptdq|y$uaBulH2E+DI8j`*Kf}c%6P1jx6}2=
z{aD63^fTG(l>Ot?=kQGYk|j%`c1OzSW01LwH5)$J#}<?_XU?1nFQR78o^9$8hi=`v
zS??ti?>3I^ph1I7`PW~6Jx_glMNn3{e&&TM5W1e25I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I`Vcfx>-Ch}ID(m_QKu!Goc(C(@o+9M>F+&bj>g
zFVB!4EZ8Y$Zv+r1B!NKkgOk%$%Rh|^<bK=m&XGknKPb=O%lLr$CGSID7xTO%N4Rd?
zI^S1Jr2L>%lAfM!+Nf5oTAmz0e)5Bo70`We)25AQUnQTX%gJ1Fhw+|Xef3q-Mzk>-
z=gpgE%E~x|UQ>SagED?(PEL+jwRzSDl^?w4o_ox3zWnmbdD@L-#q#CLO<j@9!s|SG
z^r+cSvOaE8Jp1WZKkHIoAny6W=d)FduEG4i@T=xelOMEQa{0**R;*ajb^JVAwbtU0
zAw$glMLy#qP4@hn&JW6%g>~xGF?C1|{q*V6k*aZQv)38VK0o)|bEZ!>-E@;RKCq)<
zmpAemUa3+gv!B<Px$WAuGi5&h_~Se^HEr6|+FqeT1?wCvTC~WN56>jZ7>Ck7{rUd=
z_uuEKPp=5dO4rZ4a0Now022ZTAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*sr1T0XvPYKaF0tFKYB0o5O%3FbCStLV9ez0KYo4pZ0pzs8O$Pc#ZJU+1d
zZBfn-hQ1n_XYIX~Wz4p7=g!4+!9>dsUb=Kil`B`yv@Ll%`;?#jV7+?vOno1G@PWO$
zJj-p{wl!sSb|X)r0<4fR7VVyq#*eC5v!*G#di840R`Z)5?9!!+XPs^vg31rBSh2z!
zr`V*Wr76ksxQ!v@)-U@yd-mgn7hbS$inttpU0uF>IZyd`_A^iAtSAx!@y-wa;jh8{
zzCeD^dCBD`Kls>Vk2x#xc=ysvFPVGXfB^$MO8vareh-t+AQ|J&K7OI(qUCckmdRdc
zJp0_WYgcnzLx&Fa-K7yDMwtENGuLgB`?vnA95!s2qlg^8-qyc=e`}k4EX448zdavb
zwrtsmna`lC90$OgLK6sGH%tg1fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000Iag5U@a@Js?EG2*g1k-uc0={`GxeSr+nxaX8^rfdB%9CJ^uZV4u-50=?fB
z_xxau8a34Z{rh9OUZUj(rLq@ae9>eB%9k&%>{+hxoY&`{e;%>@jEoFZSLxEF)s-t(
zB9{N~!w*e)8RIF4sdMMfrVYvdxlJ;DQt0cs^^$P{?FQlH^P3;^8uux@e*HeE{GgoE
z_U+r7<JHG4^Oh}Js;N__Dml-Q40Ipmoay~#Y)l!ON?vjuNiJ1hk{^+6@{(&p#@GxW
zUsJ}S44>lJ&+xi=Uo-^bnIG&m<4~ZVU*rd!*Ia(`gW)+fXN@=Bz4OjH=DyUkXU`iO
zT$b$lH5v0%?os-l)}u!cb@l31m%Spdvey~UK3A_^-Slno;>D3WVcWWF*)p@A+?(Ad
z`)8nh_SmN{zx>kdFW)I-k}(G5-Y!<*nM8Z``@shvv{#j9IVh_<4Y8t71VYyb69Nbz
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IaEEKn#92hk`3aT17k
zesJ`J<q@9;u3mkZn*Q_}wRy(@mGR>Vb@1d#rTZZBJ;#nm+@J9W<8<Pw1_1;TE)ehh
z;2-`RdF;Vkstr|tymx|naO4d2$fTKS;N*0r`yliF6VfBzZ;Nt%FefL+asDMcbu#pM
zBsqv`)vB3i_a)mP<No-a{Nx8EA93@|H=8zQ&z^0nk2OCya^y%;kBoT~ZIXPUJ+BdK
zJ~CSUvi*}!J~4fgait{p5I&6_J=&Df<12-i(eLw{AAIGNS9BG==0W8LrExj0GDcUW
zN|nrUhkiZDvn<(;%*;&B{z}%;ZNFI8$#_+6Q@r}=RyXTXUm%|O!It+ei}?9-OSNI@
z-+RBS9+<jcJ^b8p)$jRirQ4VJL(l#gasQ&6AM`uMp8bm3vSo|o-jS7+W#4R;?fJ6T
zUw_@KkF;R_+>;Doq{&{t{k|nR=UB)4)$Q2pjAx(i{oAl%gKjSB{IkzKb6CrLHGGos
zXYILed!}15<+^SA`rf^JoAvhpE5N>9vV@VQpsXUb$+pA^gsvMV1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1P};VAaPFw(Gmjj7tq<gO<Oa}bGTbG
zG98&dUB=J6<sYV*dStx7@YkA+J0sS;^ZR3Y_OaJNelY&m05u|jKw<=RcCYW)C(V7X
z_webCOrI{}XI}SLBTPN^`=nm}>)@#o>wb7#@y!oL8sq5v`SYrF?b_x!{aUqZ`5qI=
zo}-XFgx6#rugRX9h$TN5o&}U_nbZ~S75Z9ij&0PaQC?ll_j<9lXB1`JEBhq52|bRI
z^yS-czqN19vz*`j;2Uqek*BUmEAo>c96EHUv6OKoqfK&tckSAx=FFL+I(6#g$dB01
zi&tItG6h-o$`9)P7qp+c9_B?$K<D=wG<(|m>}m72m5xlG-tK2!_t%ksU$}4Vj)-;t
zefH6apMOOyKiI5UGjp$zyjZN0jB#qeXJlt*yH;V(m-)Si+CTSV$q)AG)yo<`Rrjl5
z!-nd@g$u6zinKDQKI?wTJl^?1Ii4<Ex|nk!hI(qypn<hMd|X2NID`6g)jlqv^fTJM
zJt!;PcjkpF5V{7K5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I`Vcfx>-Ch}ID(n1Id%#v?x{V+rcqirc*5ug6Es4oY9%UB4q@9pncKcD~sg0R#$9
zKxYEuk{=9>CFpja)$3~2PK%fwl)n7+v8fU3D9YmxM#>M$6(ZyEg}y$T*Q{Byd|f#9
z97Ux3pyada)Tv|Y*Ezme@`E3I@PXOi-q%=`%akdj?Bf{uI!GUdh7B8L`u6Cfk2?1F
z^wUqxHW`mkjycj)82Q0Hd-g=?lG$d@Vt8f#OktM=Ire?~_Ni&prm355y2-f6In?<O
z`)*aMRyAcl{`h12ra+ft?Ps8!q4Gi#(7C_@=LbV$3F^-(w|TAG$4AT#N<Z!$vpr%R
zMJ+$ry?b}_v){aV^O&!JWy_YC{pJ30`SNAgI_&qfp!0)Lzl^tPzxUOzUtdXvKb9$|
zKHJA4Ub19~?=CH0zT8-sD_72QzgJ&<)s)lY@XE34&v5x1wNH`_)Z6s9#WFs!UMG%j
z<Ney}2+GRd2Fryf5V{ta5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I`Vcfx>%2h?Ws3xIjGfg9oxB=Lhd>Iw@*?u*<#AMSLEZ{9wV)IW-`FK;a0)
zGe7vq<e3rgm9^^*kD4F+b<<H1>nP6oLAgREPMm0-%a^hJPM<y<^}_L+AC!tVZro_<
z4}Dct$B!SkvUIYnUovKt*VMXoYg0~_&(HkB4?py3BH!zG@7`_tR<dMCm6MZW>ayox
zX3Usj)_W}^DnD4aZe7#oufF=qt2>VMjT$vF`{XA-Xs=B2JWZQ6HTCuE+0(w+TDIFw
zpFTa$_C&1k)6YcogEkT`5U>2;!%^~szpOtgYJTvJ7Lk8nC~En^sZ*z#dxMPc8ZCDn
zeszo<J=*MFp+bf5&E|d3`7*cqB^Ot@a%Iy$$=07ed)D+R+Jal1(e|-_R(p+^XdfSN
z#E22msx;f>{{zsU#ckTOG3&z@4jw#c%E>vA?4LbfAD$7H?K*2IpA|AKTC~X2F=)`B
z@Fw!S56UV}L#!wifzWlwga85vAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*sk3lz%3K{Sd$oCM;TAC$U&b;sC<d6X}AAM(r)PJen$#C>Iq67qvLPJC`|
zu99&&WQ?m8Em}k!bK=IH@mZ3wFQjdG`N@F9r`6=IMaB@(E{hj0PW}$lLnF|kLkH{J
z)v8r1kTKcfnIDw8YW;Fp#Czu7N6qle5dQJr2@&^|`)zU05B~JiPfBtcp|6qFYvjn0
z=34PuuxAqFJ`in^ainzpefsqAoge)1#~;mpvcHT$6wCDNv(K9SBjp=nsncFoat_t2
zS2u0QScx)SxNyO&lYSpLa>Txy>vE#<gPl8fHhuFm?v~_R^tqFHLGy!h@E?8jk*QO1
zBH`1*g$vDg@r^Y@6kcC`-$(0be(Pnw<Q9lmeo*T9MV-jMFZ7yz&@)5$@4erR`uSDV
z@`LuDIl15X9V1n)sPOx-<dD6lpz~#3^~+~kl`2)t{Y}1y`N{0dad_3~b&Rs!{#osn
zAAIJSXH0)2-{|LlD`jrJ`DU}<lqpj@yCG#|3}F2^BA<t2$Bs4c&zw1vXJ5$(>hc#a
zUR2$>bu;hRtXY$%eE5o>tis#jec=d%t_>yx5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5C~YHaGnmLRRrQA5byk8|3_br_)KrZUyoOBf4D{M%{pP_
z2s4gns}0}mQ$2dmkGP*?S;!AM&-p+9`A_rA=(cU!oEsDHE|yG30=knlP2}g<+@$Gz
zG4F^xk01KVV7(+C8}BLJ`N3vw#zeet)~cPR?jJNo4VXC7$`KBjG*k5&HeLOu#psCp
z>HBSQ&kxG^x8LXF+BkXgWW>wDo=NbNAKbouySe71{$0CvIo^AXKPcCyzE)+drdTJ*
zDd_!WE@L0YdwTx)=S>@u&6R1%k|k!HjNRvFvY&%#)22n-r6Bj;$&)9WzIE)_F=9Ki
zanhtoro0%&BR}}X7hjk<CA%6vNuI`j-el~l!kD7<voQKZo52gjGe7v-j*)*~sCD~z
z)os+bs_(PMtsG(BIVV()$$M4f*7JOQeigO+;H68K96$SR<CA(_0pVlaMjCTAKlf1k
z=bl#<PxmcS{n^>sj@)^T8a1MR=1RSh>eTIq&;9h-K0ct_ci(yEo$zY%yq7Zed-T8l
z^{+f->?`Cv>hkh`j!14&-rsiHZT4bjSu%pU{Mxl^m5lGJ--}<gDJZLG?Xo>F0-<Yx
z2>}EUKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009I77D&v~K(vBD
zFaq(;4}SRBZeP#!>U>J9bH*S1`8qg%{=69%t6jTx!CV|sYK<k+5v8gkwK+e}<`yY{
z6hD|QUAkD$V#_nxZeza`<nZF1AME*`(*nKUk{?tmd<?>&Lx)DZ1nijvKlwqa?4En>
zG0*?YShAt7t>)#HACxhRWGp0IZr;3k5&Pt|v0lA;rVbfrDc+N05_KPCF4@b*jT@VF
ze#d8x<+G+B_untS{L=JI`YYK^uW8-7b&j%9-Yq{U=W6ia!M?^>lrh2{c;Eq3ug+YC
z_aQAU&6JULB}3w8x_b4hTDfwiTEBjMp5j6DGfyL|NO^&H<_Eiv-xcWRS5eCk%Ec4@
zv;W#_uSLD4jvhVg_`IlEwQ9uimGg5CwSVpvBtIwzBN=I(p_BWY^fy|*J;*-G_`K2&
zd6g|&R_))v-_u;SNf}+fS+izQ$A-6O>gE3e(EE-bKi;(+$q4E)_VVK7XA08FPy3V!
zRv>h3Fd={d0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!zyiTO
z1w`!#1S=5l{Gim=^T8ML{Y>!mr`JT>m;B(**TcAR<IMA;TefTo_9F49J(f&|M-@eK
zb$*`BEs_u^dQiJ}?>0YM(XwK(9%8)ngHqpbT09Z)o*5~l{l|MJMBJDB;Lm4x)~s3P
znh1TRjF@Gx=P3N<2M--O<fvcT&@Z?AV0g~$*s)`=UW!(E`xv%2-+Xh_oI`#ZY1y)+
zIhO9-yPIV>z6%#F_^L9N&zgeVe<ed#y?S-iM;ZTb*|KF;hEzJ5o13fTTn!sG%qk;e
zW7&_%D?g~uW!tuG)$--b)#1a3)#b~V&9Ps+cu~n1!d<&|HEqj2@4fe)DPv#A$;ol#
zYou(aPMwsDF?ROsS#uuccqEJS_19mki4!NP3Kc3?^}qGjTlVU#Whoo)e&%U}6)7(e
z&-|d&)wqqnvB%v$$Ns(dyAeOXiei3H^6V8WRy04W@-r*{=Yfm|D*vyDo~~TEV%@7|
z%$VUApH9lV<%jitGSAOF)c(0w(EOnELGEMrY@B>PWo2c_Cf6y*K8Jrk%l|DgXU-fY
zIX=mJ%S)DJyj}ZPfMP9UT1T70#{$;(VYknIU01bg)g0G=>?7GyKU0uae%hx@umYiL
zfe8Tw5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**0u~7NDIjV`
zAXtGQ@`HPh9ak+{PL23nuiLZ0|NYWBwKwZT#Qn$*Ds}GMIaQ)W3G3NW89$0Cxdig_
zY;JNL0ll%0k#;JSiH_G4M1HXUgmhK6!SIOpO}G1Pr@u{7118RlxF7k!pU=GHyCh2%
z`Z{U79)0vt&r8Cdqwt#_l*;<`>u2iM?a16MLtr1H?v6X|@a#*p4U)&Ow<S5Vcuz9k
zoxKgcEV(<sQ=;;N(w}uM;|l6N+vjpU*t3MPEn0rizJIi3$>2yX#cPtW9PRm<X!Y5*
zN6Qb|%SKy{)=#hgvpzKi;+-FS=-D6D?G0o9eWBxkb*k^P$0L4z6~+9ZTs0XP8LE8w
z@~-#QXg{x#af>$P=R2(Zb1xqGLFuF9A?w$#Z;rE4rAnUTxCY&4`|(9H*4vjZT^fzr
z+AjBbxAQ4kQLkylh!Ms`xA(~>pLi8_tPk4C(HL(ME)cpNm=Hh!0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+VV1a}`7({~z#8DuK{GimiFYCBUdt!0K
zXM1&~rE!x9YVGH{mEKRUcbk(RRBHC@+2*;?H{X0Sj#mR!#X}%J&*sLXUFwLRz}s)X
zZGOh4Oqmk5ii5}xN}U5HrmL2J8t3bN`^($YRL}pMru2Sp_gTG;{NRmKZ@=$`zE*mU
zg=Ehe#F8JB@r$J1@K<<#P%;(vGB3UK(v42$W2sT2My9^ry?f`QhRC~Ix^&6p-R=F}
zv}sf19c^0^nIDv9CHJ8-`u0BS<(qE0Ny#{+GU>4hWt&@mP|8T&$NssX>+zb)Sb;Jg
zV6;ib7?bhEyy^*GU#nIv^~M`-sH<16x>g-jKV2JRWl9RfJ3lD(^?mL~)uOAv-xqGH
zH$ip(uU$&-r$4LQ=0!C>C>M^5&nNfm@Skz7_mVZ<x^=6sYtDYJlKX|9$^N+)ul%62
zD`V6)Y}n8or;NQQ<F|%SLHAkO+qG+#k}+q!jP-gM8&JlRjb#e|{{!Uzu!uCd<=oGl
zITL9Yvn>%;rZE;0E)cp7nGiq#0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0+VV1a}`7({~z#8Duq{GhIP%f3wY^t`pI`vdb-{a=k$)v66uwd;&hZQG}-
z5o4FCch~Pw2eMCE*+KGy(NAn{ZmyE&XG6C&>m^wdrsNXH&$GG7bp-TA#+%bWW97<~
z^UT}CDiu_IP}lp=m?u@o9urmL=1-_!+%`<za?21^qvkMGztITQveP*A*T<%+M<&m-
zvV-IY-7{2P=TxqVGG)q`>q4IQcbn`vidgc4QrFnAV@>_~`U}qwzV_N{jxr}soN()g
z?{%-f`l_Qo$!o-WvfmTsxa4O_KFj=0iOvs7za-Bo*}S{%y2~1SvTWJ1s#U92O7fbL
ziPV#y{Gcu?V+XHTvBDZ_vO$9es$|KMO0E$ZN4RIto>sO`%EUU!wJGB~4jME_N$y0h
zQ^`L{)}?dj&Px1t?%Wx1JVSe%LG{z#2Fs}_5JY}Z*V#KgQ~j~;hpN#Z{#*T`_L$J;
z*HCrqFGi_<yE9$2=(bedJ7&9j`1x!rJ6PQFgZk=``_wD1yrTN_>0^!6CqMggU#U{1
zin`~XdzAeD2a<b>G?uBZOV921>%z_tN}uHZcITaUn$Ia2tM9;p1G>A`Jm@~_#w6D*
zpUFdp3^Dgw8H-lN0e<YU$JEA+8+~QJb$xmsK2C3Xdb-}^I+y&Y{*EB?+ittfwVd0^
zL|M7D&AQ+PLe~Qm0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tf^w5d4!sw17Zx0y^inX={cVyJ~Ajrpfc^?L}!mX3`4lSi5z9-W+Fe!tt&7v(G*=
z&y05H&>>>w@{Fit6XZ2&)ToGM!#95Q)mLWU3Kc52=BH#lE?vLmEWD=v{rj78ix)38
z#ZI3-t>(;`V`VZV6Df7wfB*evyL~~Peg5*xFV%<<BUIC-O_e-9EE$w0O`52oLx-x(
zn>WYw%&uFXqzxGpD=jU}dKOsnB9$vww)(Ve*)mrHdmr_(*R#2j^_)9*u9ZiTzRMU^
z9XobZ3l}a_KmGKR-re_n&z?PM)~s3T?z`_+H{X1-l^Lm7v!?3ay}LCImiXp(lD^KL
zKi}$~oPY5a_i^LKImT6)Fkyl@xAW%B^WEI3&={o)7A&wbGm>$UXWr!)B<mvA#PQ?D
zeb*%g#bWyO>8fqpwxOTxs#e}d`YdDabn4VeNk7-GUvG_N<G12&-MX2dwNF0z#P4nq
z%juk7-?2}c`)%*x(@maFZ!b#ocK1%Oj<tTHk>)rfBC!zx1Q0+VDFt-auR*h?t^0bL
zzpXTRKE16d%^#S$-+Wg0n(@6k)}%Z+bP53kioHO<fA*w$1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1P}-b6#EC207z*8oeLyCm>Q>1a&L0mk=LR{
ziz0UVi!Z(~WhI|=^{W5zw(J==$<w(_e#eBe*QLiYS+Zn_H9nF)7CrCMrAwZsBpW7U
zYv?jwbIGB}I4gdp@IJ|SOOlWCs$14qs#M8W{o!>>e<Zsm=fJCe$xm+Ewk>McCFA)1
z`|n%%Mz6Z;>*XBDcqy?=Z@>MvHGYk~p77<aUAw9)SFTujLcQ(z=bw+-%;n3M)!@N{
zJsosiGMBN~qFu8x21~nk?R?cIb;_7Ley8Qjmz#PYc;ErQyG1OgbAjXsBQmiO0R#|0
zAPEI@Hjw;a5}q8oga87?ULf?l4if?hAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*sr1T0YOA5;P$r3J_jp0dUuOofvu*)e+tZU6rL5xXt9F&R59bPKdz
z8#Zi+SYB_ubm@{K+qZl7ZoSDd&u@Nk>C&a9Pr7e<F5}PHrw=~(z_YC0Cw#tg<w|=M
zuFLj}-<UCDRJCf=e7E!Y=byXQsaM+Tmb|2W%*gP*+TWKfSyCN2azt0-I+wQX`}kSz
z*|VpTYsb$dWB>W7Q_9?V=bfrwzka5CwESRpcD9m?r{DUeT#FVhtem1--zC3TuU@^F
z>Wd{mDCa`=RnARrZmwH5Vp>OjaHcf|VN7TgMgRc>5J(CE@`ER>F$k05WY7r&5I`VI
zAoP0+69NbzfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IaEED-kC
z4sQ`iDFO0>sgoZ(eE6`*GlgzzQO9PJ3vtq<NoJq>?z_*|wYh55DzlH|y}Yt#`N<Cs
z95~R7Z8v4g6qT8o>6yz4KVCWJ^z?Lf?AS4DOg+g*%Cfy5Qbu0UvX%CXpWa92(x)GO
z_`%elm6fGt&6;IAq>N-Z&zw2qX=$%}$dDnbbm`L8{?n&VxAK9KLle^zCr+rzlP5ds
zmT~<eO*%g)Ik@MZdrp1#-FNEz`SVtNQm2fg`01ygs+KKVI_iD*-FG8ZYi--PbEjjU
z^5x50V_cp(b;_z=`hDooAtlFTH`B|J@`E`!IgT+TOOz;~CQO*1_U+rJWK2ToyNoq>
z;J^VT<6Y`HW&Zf%kGuB$l~-PIl$$tlqLQ&HfBNYs;~^PC>HpTPTP?4S9Xq<#<+f6;
zuTrH-nKq=a1)azbk{>MSHN^f1Ab>z&3F!P_t=q?|s#S-m-`}^)%G2rfMQ#4T)cw|R
z%CYvE@x3|L!t$qG1Q0+Vl0fM9CME<BKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009IL2v{J}GdyfVAlU_UesI~EZ_G2YA8r258k0|ND{AvGlU7*A+O7NZ
z<~Wo6JW2oTxxNMs8u;q6<h??-K=YEUS+uEDt5&A`+_`f-i`#R1)22=HEN9QtNnd0v
zw;elnc$U{2+P80S`XL!SuW=Biylm4sJ!#{vyY8|wWV){Kd3c{>pKreTCcKz=ziZbn
zlY5l1UYR!8A-wLgWy@MQIa68K!iz7yXpU3rK6&zFScw~Nw`|#>R;*aznYq*@C670D
z>{wH8)v8q^ddPmwnl&@!C7&qc1$s@ZSFbi@rO)z;lpnO`Br8|09Ce(<@G%<?9z2+*
zE0P7&ZHr+LQ}gD{O&f2%`DTHe(D}jM!>613ZI_28TVwL+ZAER~?%oO3vDR-i(i~@j
zA*lcX1Q0+V;Q~4zD0w>l((8)iocv(IFEJWK0D%Gsgnln#LI42-5I_I{1Q0*~0R#|0
z009ILKmY**{(tuF2U@PGz85$PR<c-O;ev&W)ixB0h2o<R3(txVS}i=N<;hA&)I>l?
zm478@3P^(#Vkv)$z@rhA8X!d}0tKZ3iUJii3IPF;|9=Dw&_Du72qb`zn?HBI?6Gq?
zGk5OXbIzTad(O;f)|$+nIcJ}<_vd_P_PsOn%OOC3009C72oNAZfB*pk1PF9kU=&~R
z(UicL3sh?Z@3{Mk<h#HNfBsBTS65x$OSiMn_)cZ4(+{7QjC0HnM2Zf?bK`A#IjdY}
z%$Sj)#cx*GefQmyb|ck5#dG3S_YrSbtXMJZe)852&YwSj*lku9G}b-daKjDNMZ@04
zb!z(_&qX)frLo2@p385f%QwII&ARQs{r1~Un>23wmRoLVx?c6cc%HjhQ&;W#ZMWT4
zT{NoOxZRz1-Z|NBt8+5ObL&<2A8#Lc;DHhM{e>@lp{~tv^@FiywRYQ&J@(j$+m0*5
z^9fel&6zW2NSobu+bvlh&tut%OYIm>J@wR4@1j~8_}Ra`AbGw0#Bt{)b#>L{y>$D3
zru<!HtpD?aUrNR~YDgO(K!5;&t_xIa1go`!JM1_+IVWFrSufolcJ{N$Ts`Cey_Af#
z>+p6+fB=CM0-OGBav?x~009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkLH
z!vZP3%3~D*g%zmQ1^#l`^5i?R-&^=tQdd`9-b=Sf9yPx**5f|^FUdFydw^;>cGzKu
zCG}GAd~RtkS6_W~(r(W^_iWj0-n@Cqy74@OtuA@$2RGk*^Dr<l&}y@lWwD-b(@S^d
zy6v{xhFA+X(j~65-FDk0?XsK`@!fad9clAn-MV#k=QzCMjysyRsjVN}W}9tBJnvuJ
z$Vn%il=S<;3omTC-8>IoeDTG}c4H2PyVR~1>rK;KmMvSBY&#yS;pzu(yz$0ly^%6i
zyWiUF$NI{~%cMz@lI>n~)m4p)+j4*I+_}j<;`t6od#Tn1{?%C*Ca<?sk2xo)tE(>W
zrQ3ZDJfkw!5B}-jCgU8fqxJ*{5FpTffog5wo`3d@%Io@v4*FJ7Q&(NqOSe=0=E2H1
ze`n$s!_i+~nT)mj^7cr80D+MOI{db$%@ZI%fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNB!Nnqq}@>qjFaRqAY0{8ykXIH)_d)E2?p48RVF7Jh(7q5IR?D2s)
zm2rM`-kr%fi+hCryJ!3EyKhp<6zlxbUe>HxleCL3Suel*@~};J+G(d`-S2(xd&905
z7v!lQJmio=T5hwtaO%{lNk2|L`Q+-uBi_!QJv(W4zySvgyMAqr-@ykTJnVXn3l2a0
z@MQbV&WRV-uibV$e_fhO?YRw)JMOqNO;W9M`|Y<U{XPBk(}!&{dGh3By^AioXxQ}{
z7woXZ4oSP=>IZ8*F2DTp#!U=+Kh}fByjHJk*RHKwcfo=M$+Ec4DW{wg9)0xDuwlc7
zy7fkL=iA@@cCwGOb(O95S6dgj`<}BauR|aG_?MHqy4vME@$=aihF$;1-&DqVz|=F7
zaketDi~s=w1d1t8tquG?N8DO@UH|>v&kDy}`dU&~S6$vKw;%b`cPrz3|Npw6Zj8k|
zI(kKbK)(xY`g_QQ009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D%q*
z^!xXejKAChwKajK&iT#vWcT{unc=xtS0uG{wd<7q=PUnpQRTb96DOV=?tk)yWQ=7v
zio5N$TT;t(%{A9#>T+#;SgiYNc6sKRXOiv5^8_~5Yc;mXQ$N`1oPf34udPeF{`%`{
z7q$HPyWjn8GKQ_U-g?+|Yirv6;UE5C*!3D0)SeeHp8u}drFPqC>*a2_<(8!1@jR0w
zU1E*gqD70snP;9EKK8MXg;@8w<(6B9apT6-UE^`wGzC_!haP(9u$!&*zVpsIhh496
z!Sw0VlkE>zKN#!os(pxke9wE{Q@O_Dv(;8xRjv~zOsMofE+0RBd}Rz<Y_UbsF1BB>
zVnyBVV|`&9dv)8jw;%b)M?yTV_uhN&h&is?Xv3YGZ@xL%ezS8RHmpA4-P)SKSWoxc
zzkO2JY3DD7W4?T0Qd?KMPT7C{<X@dr8Dkvh;U|A38RLjhRv<ut0D-~@RO<o{JLkFN
zwSDr*_t(|dRo5x|?dL9jHT>Q#zd3*IpMCnKx-k~+z~~SG0t7Y*Z2DWsg#ZBp1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=CG3;41Ufier!)&s_Ry5HULl*)I4
zPyO<DliIr4b;|tnBa2@Sf3(-%RmS(3zr4I|d}TO>qp2VK@sEF8R|hpXI5=d;r=50M
zvd*!`9y?@t;{$o>2mj??{-tp<P491d*-rZM)1Usd={n6Gyyu>Kl6G+$vBs>~rMAW|
zZJ*+HYR`GM*Is)y+jQOe2d};M+NSF?K6vY`w<i5=Rp%Gm#XfAa%{IyUwN|Zu9<JUo
zZnL)CBab{1A4+vO_0&_7w!_sA*48lA?kDTd%a$!0(x-TQ<GCBR+itt0AI-KKkM~P2
zy)>l#NDp+fe(-arU$E)*_KTI*qkRrMBdM(`d(B|A|3`oMg0RbfoqO;DA3CjWd?UGA
zPJjRb0>u-ktqJ_2kN#6-{@P{tv%_cSE~~4rt6i_GKkqa7+RFHL_}#w=M_#a`ZhXZ%
zGI~US00H%boBjrLAwYlt0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAkc9E
z-&G<|W`V|fz%QSBQ|0@z@qAI|UwnIbVb!X-I=ja8%X0tW=Uxg2eC)!?*xvWP+2Ot?
z{`=g6aSUa+?7Q#2NsZLJdGj)LdHwqJmGio7dO@sg<IzVSt!p38XBW=_S6%+lLl4z0
zZ+0h7{or-iUDs?=LmsR4Bi<IZesIq{_Z-si_&{xKV%qVhtsngQ*T0?|qgtahKc}r9
zY|KW}LH^f+U;5IQlKu==KbWR(Y1V00KUnQstRsB#$tOef`S`~_9vaVGSl#}WS6*3d
zlIr%`-~M(ozIYzR(O#;xb=BKH|I}~JK^R|e_nZ88;rO$A<2-~%&$%G%@yB1Pyx#uK
z#FN5jzWCqg9*kpmAwYltf$|B|)&d@S_OoG!9cNcw=l^i;x#2JW@#VT2yV`Y2_4B2#
zh5Zh@CHY%u|08Z4GOqF+IXxyopdSP_{k`KtfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfIx=@`r*4s#@M?8jrD(vSH2cLb?9%-DH3a1rXM~p{P4bCmbQlQ
z*;iMFZ+vrM*y96pD&Ga3IPv6g&4T-ejHe7o_^`tcOKO?UKKty<UH;-1znHW?;e-?F
z+TVTm-N~|eF1O*%+gIDDll6lWCr(WIbHfcc)b6(B&o|z9W72M`t+pC=-P#(z^UgbO
z*!3D0)Yk7EeDJ}Ii!1kQx82VA!KF)=CS%()t%Y58-8IDX8~*B7zY42YuMV+BwDG)>
zx8Hty(xz4Y;BWu-Zzt>h@P|KaI<969#&adczQpTr^@FwB{?U(q)NC_te=O$rx#yk>
z@z`#=?Y2oDV?VRhN6wu)H)(s&K?jYxpVhj-<aSfN;2(eV^rTMV10VWQICR!|b?53!
z*4<QhSM;C%>a714CjI5v;rIXGH|Md9bI7C_XASB1s3C2D009C7x-QUI2YB%3?+U;3
zJ11A>u$}+l@50At{xlr*wG~6^?Hbz^_5QRkKN&voCtpwI<PRQjML2p>Jz-;iyAE%M
z1PBmFA+YK192Wuv2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7IxLXl
zt2|aAP*{P+`oVbrxmQ<&qmTbq^8MLZ1M=a0&IzCS%ge*@v#t&^|GL=M-`(*ywJU#q
z&_!X_Klsf#u;LhY+4W1|x|<&uQaf0d^ADbT?zu@V(~KE2GH2?kr=CjM$Mdrd3=AaO
zm_B`avh4ix&rcq2^+PA?2M;;qkfcAeXU}fcjk;yE=fm57|NZNh)!wPC@tZt(a_yp)
zKOcGIkx9SKIOB|_>(*|&o%MsY-XHwn2gAB`>zeMr_Q9*KzB=h|tNOuM3%O~ktXwa?
z_~P14wETIeopwsv4Oc%{o2{>W<tr_>*NKH|*RBnF@4a`@&sc|>_A+bMtfbwkr=FU&
z*|6(1tN%N0Q_bDJe||>Y>+LS@|C{i?{^W1N|32W1uus9SJMQ$wO5b<ib9UJA_kQzp
ze7)V_cTcX=5;hz2us{|NAV7dXVFeoN=;Hl@XDtf9`+KJ*bJ&hMf2mS~_o0KX3LifB
z>Ox<4|Ij~H`u)E5pBa9C_p_2QRQ~Qc_}k&=VQL`@dw_I|0D-<1=<wT~Hcx;60RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7e?CV{^Gl9IufUZ7e1VD+)9zk6@^
z(?9!4-S=tZcWTRajrD}boN!h6`7i&oY3*QH>IZMV_12`8X^%bj$eg`+Zn_<I*df`*
zfBeUPRJQT<+ixe2#h0{~Uw%2&wrlIzTAjl$Pd#0%VT*l<*Z02ny{XQJ7|%Jk{r1}@
z?P9&<aF^OXZNB;DA=a3UbcyHp+j7e-lkI>1``>Tcq;}iwtRIYZj#ZOeZn>rDz8fE$
zHf>tcrd9pmMHgL^theW$dp2&S>HX!)mnUsvzlN(H{O5oE=VZN@zclBzY`ViyJQ&ZZ
zShb7iBTReQci(-JcK`aX|C+Yhu<JFerK>*niQ~=*yZ_OD*I<<Gb++2yi4#u>fBccZ
z4Kq$Xf5>?Ut79D&$N~Zc2oNZ&K(qS6_}FL8dp`W}$G#bUXX1a?kXPq~vfb{s*ZJX)
zFFr8joP)JvFYE!*F#-hoT42-PIxYkV5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXFbXcITzocaFr5C8y3J!Ps!m3r_&U>E<=U;q#n03l^;pmy)D*UzjUFFZ8
zd`<Z0Ywr$^KL7Htb%WJ$m*GJE=YRfZQp>dIWi4#jupx7|V~tmA8?S%y7k^P{f5Qzo
zB#))79g7V+SwHx~3oj&nihWH}FBjLTjxFB)@|V9H)~B|{FRnXp-n?PgtuDCcnrrH|
z|K^)-Ru|RX)^59<^@IEEw_mdVYVBv;jvMYQS+XQqKaR0g{opgtJX5#s!w)~)u(hFg
z<9Q)#y@#tGeB+Hb>eh>n-M-v^|NTiH#*ZJLYWK0uaoo6ZNxNsCeKu9QRx4HO=Z3vK
z`@(Se$zKT{n|5aSlfRe~KD__wg}+YR;p9q9dF<=KN1hcv_qW5>4OYk9%E&ST1PBl)
zra)~CU9+E$yzr&)e~(`n{`8aI4SOH-t?;3PzFFw&`#04J#=jZ<#~)u94*cvL;nQb6
z)v|7|I_6>?9latzpx*^H{axllfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfIx=@`u%%K#$RrMYW-Zl-<IJh#`6c(p8xLo=bz8q?G-ClB=u06UK+!yP4%IB
z?X_3(*!9<6pL&~}tRIY>*nj{1lYUK@Fd-~nym;8Y#bt4wIHq|0@P|JfqStVj+8V#O
zemn=^<BvZ+-0I=E=bj6(?yS1~<Bvan*mY~S-Ol>KS+iy(`#<QQgIbO+*6i)F%Pz_K
zvEQxg2cuPO4tCse$FO?!>S4#YaN)wbZO82oS3ejxa>^;E)UAK#op%nq?b-$LoR9zh
z@Bbct@{^y`K3qA6Vf09IuFN>L!w)|^*?+Zewr+z>?!;|Zk9W*Ro_gKJ%~tE@`u(=i
z#eD(<2oNZ~K(&6Z-*1b5r1X#gfqoR&^mmI30RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RkNs=*RCS8FTLl^n2Z4b^K*HqIqi58prmLk9;Jli<&-tdh+w8
zm&)+=+iy3nKJ5KY*AKq<;)`{C+hU6?!q>n4_3+wjuT^U2VqIALIo7SkWwHO&YdoJ`
zt4pn8wN1Re=%R~4tg)=t9>)60xcyi^R$VWilP*3!+@*Hg?W`Y+HFVWJ#M`M;r-rAV
zdMd12x31Eac)q+>UU?<_(?9)FQfGR?2`40NTGbE64LtJ5BgwjP``d22ZCJ2iL8zW*
zF`6u0x-^`A`ssD+Rr}PcesEx5And&J&UNiR{_&58yY9LxtXZ=r@s4ANwT}-z_+a?^
zzyJI2p7*?`(&na{ZmQ#s>s9xAzySw@8*jWZ#Pcn#UAs0}@11wv36DPdXvL|zZoIwy
z_S=(nTKy3BS#5Xdp@+6wHTAN7uN$n6KQ)*Y2@oJapfCdcUN=}Be_;-Yju0R~phjTR
z-z_c#2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72y|GW<|{jXBv3km
zYW-Zl-<IXT#d@nvFKLx)tiQ^0iRW{xZlm@#))Hp9bh>^p_T|=FZ*AJw+I~0w{GIQ7
zXT)LD*7(hyJv(f_{r0K%^Wz`?xaIb1x82VA!C1fd(T{#Kbw97X^2!j;^H=p5seUjH
zD%MX{*B|Nj10VQ6`0Qsto2)-?-n^DBvF38uU3X2^A8Grw%UjhC)~+|w&#?}$S{vH3
zvzr!9n>H=!YufWAj<n5c{anA_j^t!H0RjXF6i=X9KiBWK#XB;3M1TN+5dUs*AwYlt
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV8qQ0=}z6pv(gOUN=}Be_4*<
zh7B9SHrs5I)HS{J)?1mo{_eZ))}2pp(@SJ!dy5t=%CxO+)DOlEJ^AF5VaFYJOvYU8
zZ{zL6i4!a5n@cl@#u~qP&bvMK*rVk>;<@l1dg!4MH{ZDJ5gTk;p|(!4)w%BC`62h)
zZ@-rPj4oGQbya1zS?dR5qga1gd%nd+=Xn31gAS^k>+h6PPD%Q5_0?Bb_Sx#6c&^0r
z&p$tD(`?(dkHvEq#v07^>(>w2?5}?Ht59oQ+pgKq@qC8yyoG5lwa<|W6DB0*cudo_
z)jIuNH&`8iD<jJY5FkLHm;(J?H&`8iF^`U35g^d-0-OH+aUno}009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkLH!vg*OJtgBWw?MUiuHSFVbQEjP5qHB4H{|Mi
zW8KwOTWu9$ZDN*7x9SIDpJLtDz4zW5PCDtNu-9IDg)O(-GK?QTzEbn|g)e*|#Pc$y
ztqqIYs~vy!9D%WYthbBX+ikbq!nkqcLaZ5_I(2He_S$R1z`#IkI^w0-wnu7|wtld>
zouB>eXW{tckFT81FV^~Pz4g}NBOm!lm^*iFc<r^<s;gx_|6sM@n{U1uzW(*EhXW5h
zFvR+~XdT^8J@wS^zyl9dR}1kRn46~9%Jru|{b};}NI$&u&O0HV2Xp4knaS~t<A`;l
zlP6COF<VbO@kFX~1;)NESg;@*bIdW}5C8BF!xmd?Q8{++fB*Z#VTT=7sXvVCWVzHH
zk2B9aGfUH!>sIUM`u(;gl7$2a5Fk)UfolC+zuy+};OG<q0(~#g;kP|)o&W&?1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=C_0)78QB><%s==Zw8>iEla5ZA0(
zlbjze)=0Tz7sylNmwhk2-6Eb7FxC~uX)s=2eDTGe8SvhF@12aRwjOh|1MK&@!Rq)&
z>!>{e0t5(jU!dRX2CL)mzPvpWAV6Sb0dLL{AV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAkcY%k-y1f4FUuRv{&Ht(@#(8n;w4n;r4F454NU$aP$W`p8Ims
z3|qOz^E3_)4vv1K1=zwf&peZiE1rweg#ZBp1PBlyK!5-N0!0?+{5zlaK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!8AzzeA*N1PJt|z?*NrnVkFWzylBL
z%|Ui>RO$zt<6eLL_2JoPpKZRd=Fz8~dMa$W<(5gE-JCgdYL=G!$4`9X6P0mozWL_i
z_19l7_h9s%009C72oNAZfB=D>7x2z30RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0Ro*D==m=q86W`yg%r5#vdfbCt;ZgFtdM;yYNyl>Ha{|Fopn|vQ?Z8b
z?z`^}t5>g1&MWxNJMV-io_Hdhbka#l?l#S^l{(h9-g>L~221wnbI(1OjP1e;FDzN_
zb(a7E0t5&UAV7csfqoR|{5zlaK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!89$emBXO2@n{2fejlrgk5&orBd(o;SYZ}sq-59o)y0b>Ia)2qiX%&rkOpd
zqZ{exyY9NH`Nm54Xgrr^9Ph-56T`Z7>q<BRT_!+)009C72oNAZpx*?%GfRK~0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7dX=LP!hdr8JifB=EA3#cD#egxls
z`|WV@$tS0(9o%iV-NMsPKizyo9wk74009C72oNAZfB=E62z36PPkSIhfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZpetVnvJ(OX2oPwSfcnAKl&e;)3iIdB
z4~HCbNcgSa`mM0}=9`CYw%I1^zyJQ>w9`%t4?p~H*tl_H>y21SfB*pk1PBlyK!5-N
z0v#9d&MW}}1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pkofqi%7lG`6
z009C72oNAZfB*pk1PBlyK!5-N0u2J4f9KO42oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oPxa+K#&f2oNAZfB*pk1PBlyK!5-N0t5&U=(vD)W(g1=K!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBo5yg<jl2xJEY2oNAZfB*pk1PBly
zK!5-N0t5&UXb|Z9JD>JIfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfI!37cHAXEfB*pk1PBlyK!5-N0t5&UAV7dX#|6AIOMn0Y0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!8B!1v>skAUhyHfB*pk1PBlyK!5-N0t5&UAV7dXgFxrs
z`LqWD1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1RB1!<1PUL1PBly
zK!5-N0t5&UAV7cs0RjX%F5sP60t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t7lQ(D5$<*#Q9p1PBlyK!5-N0t5&UAV7cs0RjXX1UmoDr#%oLK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly(D1b#cL@+6K!5-N0t5&UAV7cs0RjXF
z5FpTT0q@KbAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAkcY%j(-uz
z4hRq+K!5-N0t5&UAV7cs0RjXF5FpSX(D`>h?STLR0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5;&hOh0oOMn0Y0t5&UAV7cs0RjXF5FkK+0D+DRcxRRX0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csfzAtb{EI+#K!5-N0t5&UAV7cs
z0RjXF5FkK+0D%U9&cE|%4+IDhAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&&d~L^F0t5&UAV7cs0RjXF5FkK+009C72y|S)JF^4`5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXFbY7t2Uj(uP0t5&UAV7cs0RjXF5FkK+009C72s8+E
z{+&;IAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV8quYdh`|AV7cs
z0RjXF5FkK+009C72oNAZpyLAGnI%Ag009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkLH^8y|JB9I*rAV7cs0RjXF5FkK+009C72oNAZph2MX?|j+=0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjzQ+i{lw0RjXF5FkK+009C72oNAZ
zfB*pk9T)J<ECB)p2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009D>7wGsG
zf$V?)0RjXF5FkK+009C72oNAZfB*pk4Fa8i=hGet5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5NP<?j=Ka15FkK+009C72oNAZfB*pk1PBo5xPW(N2@oJa
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oUJJK*zrbWCsKY5FkK+009C7
z2oNAZfB*pk1PBml5a|3npY}k2009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+K*QH|+$BJO009C72oNAZfB*pk1PBlyK!8BU1-vs$fB*pk1PBlyK!5-N0t5&U
zAW%Mmj=yPS2LuQZAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7dXPYSGEyEZ)e<dfk$-}z2B_uO;C
z(MKO0KKaQ{hC>fMG|ZkoJ6v(a72%<W9tr~k18o`q;NW0*=9y>0l~-OFPCW6%Fn#*;
zFm2kjFl*MV%D$d@>ZuUdX~(6T`)WsjZG!*-0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7dRHLU=`CNrJUsEl6XDJ~@2u3>
z&6zW&QqMPK%9K#O&YwR&H$vRU{rBG=&N}O?Flo}HRM*LqCx?Igw|@)k*RRjL-=#~J
zhM6;Gj<~;Lk3BZL_~MJX_Y)g-b6=zCsKx{c5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly(DMR|7A+dFwys+5clqU)=k_?~
zoO4p|r@FuD?J>t36IQQYoq6AnJ@#1UeLnEO1DW>|8+3DDxjLv30RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PJt%z*yA}
z&YnFxEL^y-a?ZYZZo<LA!LV`T#;|JDs_?z<eJ@O%I<>C$@3Wu%Y>4Zny}bPL%XRHz
zE#jq@UK(C`<(0~Q;{M_}7q7hX$|37L|NQf5cT-ufoBPVtF)I@wK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+K;H`7bI(2D
z#1l^pmt1m5xcTOr!-Ee#7?vzq65f9M?XY<9;=0<pcAS53?%cUy#flXpdcXD7TVdwR
znRWY*eN1zSb%^nth1K&H#@kq{INasuKmU2%x-(|X2pcwR7;g2t$Gf?&x*fYifB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjYa3cU2vOLcX1qp2Uf@x~j&%9SfK^<?$x)!~ps4yo(In{U23;x-!3sW@-myb;@6
zbImn%`?>SZJ4b92SLo)xQgz5m1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc1c7$e500>_VHaO@)m3$MeXY(TSl!48
zC!A2%CZ0=iq|3m-KwYik=RWtjFgQ3kQnS#_eT~=|D-a++fB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csffNEos2}|0FMnBA
z3;2z1e4}O0<2eo|O`4Qk&pPX@mh0CpyyTKgl6G+$ar~_=-P~8Jepp6;009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0tB)M
z6rp}_`SRs;HGOBEd1lKY+<o`mb?e9bX)ljF@<?6VJMOrnWz%l%t7S(lBtU=w0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z83c+@Ke%MclDe9{bIv)Z<p>(jA^7U6ueMyjcH!#PtLyf4?z!jIE*|o8H}^GU=N=$H
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RlM%icmlJgCG2$uBPw0>#l1#ni(@@)U7`-Fwk=S+J%FIgLQ4EPMuo2c*xJ)
z+}Dtudw>7|0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72;>wfLjB;$C!btb)Ax&C{9@SAG}ix3n>KCOb%$GU{PD-v?Qi}1
z^-Wjp=DwPCz=H$`5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyKp>~USl16e{q)mywS1E&PY!F>t{rwX@4owP-TE_U&K!2#
z;TFu9GpBAFZ@&3v(^b2<ucjUFAOQjd2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U$SE+E^@9Tg17XID8FjUM*I$2q%aOeP
z`s;P;$6COwm$`H2)@@_ivSm#-(an7|?SKaf5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t8Ag@atdyIy~^e1L4XmuMD$h%?cm;*vG=|yYC*h*=CzCe*E~b)mB@Di4!M=0}eQ#
zvixgb`&#(vPk$O#ty)$3u^RvZ0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=EA3!HxX
z>0#Wsaih9Um@px1x7~JOk3IGX@%(%7bHj@+x+whQCqD@*SFQ|$gM%Go8q4~@OD?&j
zu8uF(5^mVAq2*YYFJE5Q=DhRHYq@^2g_m7+S=}~XeDTF*tA%dvt7!*3NPqwV0t5&U
zAV7cs0RjXF5FkK+009C72oNApN`W`tcq3eO)m34yz4i*5ZMIqN>rOlE6wW{Y{P6P2
zFPG9mrwI@sK!5-N0t5&UAV7cs0RjXF5FkK+009C72$WsmOJDj@?$7(uepa~k)?0_T
zpJ$$VrtMr~RX@0J;ljEazDbiNg=e3AcEs_;a|OnAtJe!IxM0LKjVsKbKR;<7x3hTh
z;>J}f_q(~TrX5K6V61a|;e{8H>u~2&Ou0F$5g<T-009C72oNAZfB*pk1PBlyK!5-N
z0t5);6o{X_9d*=E9r^rl@4fd9x7~JI*tl_H&faNORDpNic_;a-ull*)z`#IJyQ^OW
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7csfxZ&xM*U!Io#BB89vGG`UD`I|v8W$>`st_Z
z>i1#|-+~1TQjO`=S6{7b8~?x6te49#zr1c6!<~PyoBPT-hT8Q%@rh5=eFnYnzWdfL
z_A>zj1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+K!*j^u3Z~WJMFZ(&unTx<7?;7@$*8L
z-V*rHkA5^HI}bnnaBmILXb2D>K!5-N0t5&UAV7cs0RjXF5FkK+009Ce73g;TVEk-x
zi!HVYci(+?Tg19uKlsWkuY@U6rqtE%ed8P7NIjNSt5(&uoik@n>bBJtzxvg$)@@_B
zddzO_tJ=3bx9SJ;sA)rh009C72oNAZfB*pk1PBlyK!5-N0t5&UXpg{i&pj6=PMkQT
z{;QoegSFd==OJ|IEdlj|y>&c|h5!Kq1PBlyK!5-N0t5&UAV7cs0RjXF5a=y|v8W%c
zem?l*lTVHsvzzsUufP6!`1GegU01so&mTBAIGB1I@4owPUHcPGI3ac0>WZ=EFrM?U
zdR?<-O?6S-Z8!H-x8sa=)DLC^vpN9+1PBlyK!5-N0t5&UAV7cs0RjXF5FkLHO#<Kl
z{`b39H(33QQ2k(=4qkyaqkgbJ2SZl~5FkK+009C72oNAZfB*pk1PBlyK!5-N0u2IV
zSwFbL4m*VP>(@8*DBIm`)epY))>~o5j2TJIUaZ}Vb$lB)Zp_r-SZi3V`-`{Jr%%t+
zKCV1-=FGZntXsFP={CB#ucjSH`Jnp2lu%Y9K!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2((dP!GZ-{uN{mvgz5*|cn}M+DfNQ|IS{%*fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5NIMWmi2@2^TF?a_q$DcmHwe_)DOn<_#JoLadkC&r<`(1?%KyAjyR%jTf^1=HB)G;
z37j%zO0(6H$GW+%WTzQ_P(PRv%<2RP5FkK+009C72oNAZfB*pk1PBlyK!5;&Q3^cx
z;DcjQJE(qeln1V$&D9SU^uXvA0RjXF5FkK+009C72oNAZfB*pk1PBlyKwy(Vmiob1
ztJmxjYues<=biA-Ll1?64?Z~4XN{x%|3y1pKNxHKPCW6%x_ZA8PB<Y93=A}*NcGso
z7hhbrz2(c7r)n2hTD^L8UE6ccIj3dYZtkmPM_MdYKiC4tA_4>m5FkK+009C72oNAZ
zfB*pk1PBlyK!8A-1y-$E6(&rWkm)nMSoasNJMOq+_{V?z$MEpO4~Mv&_3PJ%_*vn`
zjT^(-wQIx6FTWgq_OqXbi!Qn-?6uckP4_X{&j;JgVRLN|P(RoPM4KQ$fB*pk1PBly
zK!5-N0t5&UAV7cs0RjXFbVwje{ot}?%To2?j5E$?`dMK0bH&En_*r7!ODF3GH*DAt
zPCxzhx_Z5%k3Ks5`q#hC+ucgLyY9NHZkvl1ElRz;#~ypEuI=r&-`=uqH}}=DBP|xH
zA8dhR5di`O2oNAZfB*pk1PBlyK!5-N0t5&UAV8qa0tX#*P^QoFs&#`47cQ*S3TElf
ziWMs=wS-%5y>+rr^@CXi%dxKd!EziYy(B<@009C72oNAZfB*pk1PBlyK!5-N0tEU~
zpcD0jvF>i$ZMRK618l4pY`p*c^UvqT?^OL@{C`r<JMX-@TD>EVI3m3H=9{_uT5TB5
zH#lk1q~to%IRvZi;_aoEUYfLv+gP$>N$uhxKX-FqLw26>0ri6^p{z!L009C72oNAZ
zfB*pk1PBlyK!5-N0t5&U7^Oh00c`xNZlwE%AAWck7#JAUp5y-~I(P2eFmBwqpnh;v
zl!a`pez1^-MW+Z5AV7cs0RjXF5FkK+009C72oNAZfB*pk6@gCF55^78o;^GDXO9m&
z@IdaP(TV!OSUY&hC70CI>3#aspAN6T{(A0yHa46!YgXO%)11>Vel9y@%9Nztj2Sah
z{U5L0+*ji`)7)1-m`2Gu1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D;j7#LvKX-F4U0
zpW(&2!sCxWKGo+@X?wPM_3CieS!bnP-FhVvP(N6b1Ere;2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7dXUkY@pe(>t6uTK5h<Dx~2a@%*Je(+o0`c_h-7titc$xnVVy!z^^x%=3x
z;eGerSGSM(^XE5Pt?scKZn&YY%^i2#QMY`!JKfyZaD8a?xcb3XI+hV2K!5-N0t5&U
zAV7cs0RjXF5FkK+009C7+9MGEPtTFgHCVfRpMCZT8#iuj&(3Y7rv=mx_VnR3I06I+
z5FkK+009C72oNAZfB*pk1PBlyK%nFTovI)F_P4*C`t!#}9(g3UV!P`H7c5v%SEF~x
zA%}z|OP1vB-*64%XRSvceRSQvTGdfTqgcyWy?*91p9vc_Y#46yb&q#*Uv)c9c}M+V
zN+_!lAV7cs0RjXF5FkK+009C72oNAZfB*pk1V$ln*kOmI{`@Z15iVP{Y!rLbw4Vgj
z5BAg1HdX=z2oNAZfB*pk1PBlyK!5-N0t5&UAV8pO0-dTKJngj8Qh)w9nsfWLvwm>l
z!i7nFUbRl|x#yni*ddK|iPim7Z?CxGim-C!$}l)MSh>FT+H2vOYpxlxUe<nfb6;7(
z)DLDAvpxX=1PBlyK!5-N0t5&UAV7cs0RjXF5FkJxo4~qt>r#Jq7i$MkIpvgWJFs?N
z3#cFL>%(vG1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+K*0q%Q9l^ZclX}+zBkopklSpt
zO{Gq5B&K7JJvL04GG)kh^5n@wYU`S<7atqx|46OY@YUW9x2;x>f9g}88fiGm@`oOJ
zXh{ES_uuU2d+xa>X`khXZtg2fztj(A(XuW90t5&UAV7cs0RjXF5FkK+009C72oNAZ
zAiKcB4?mphv%6S37_agF@N^-NRzUq=S}E%hAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1iCNKiTc6w&O0yl=a1)}dv2;hA9d7Gnd|HtYwwmWUD|SAjqB&VA8QM<T;jO_k2~(T
z5yuw|7B60$Wz$2}?dHCQ?0lF9)DI2=<6!~>2oNAZfB*pk1PBlyK!5-N0t5&UAV7dX
zn*=Vs^wQLy-|e*1PHoz&&Gd_a`oVrV(#A=E009C72oNAZfB*pk1PBlyK!5-N0t5(@
zQJ`J*g98Ht;mIeT4AZAiPyN~B`0?Yznl)=uvGsEOU<4Q(91KrC{dBnEiYvnBKmYkK
zb?Vg0xfW;6oEhfLn-?B`{P9%hX-tFJ&3&cmkNUwhO4cDjfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF<QF*d$RksKhIi(fXXf9LmVGIpey}eOyFn8mK!5-N0t5&UAV7cs0RjXF
z5FkK+009Ce5y(<MxWyJ*gmL4>4Y_W<`R1uVZ`^FN&60J0_`@HTL`gS0DWHC^le)G|
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5C~zn-F8bpqpSVAuG!Bw-E<Q&0+|HV4`$-B
zG64bv2oNAZfB*pk1PBlyK!5-N0t5&UAV8q20$J(@n|*$m=doCac-w8ab#<I}R$Kw~
zgT*~IdPaZ%0RjXF5FkK+009C72oNAZfB*pk1PJtoK>R;K(|)e^=%bJJ#-NR&YXa&A
zyGCtC1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D;T`-L4;;Hf>sX_0?B1_fv!36;MCe
zyT{hZ2oNAZfB*pk1PBlyK!5-N0t5&UAV7csfw33Zuwg^$+QC?3xP1BYvG24VluAJT
zV5tt5&JrL%fB*pk1PBlyK!5-N0t5&UAV7cs0Rnv{(9Qb6@#DvbGtWFz{a~MEY^33;
z9~?=@asmVh5FkK+009C72oNAZfB*pk1PBlyK!8AgfwgPbW~v`ty?S;2ooU&Z0_q3*
z@~|5;0RjXF5FkK+009C72oNAZfB*pk1PBlyP!fS|)(^)2ue5so>%ac%5I?JQA)tOx
z1_%%!K!5-N0t5&UAV7cs0RjXF5FkK+009D>6Hq_cIa^!)jez<=NgzOg009C72oNAZ
zfB*pk1PBlyK!5-N0t5&YS75B_2V))KZoBOk)~s1mTpT^?ih%mTt}xpP0RjXF5FkK+
z009C72oNAZfB*pk1PBly(5C|H*RN0hkI(A=_1Wrn#flYuDrMMt1=J7bmD7#@0RjXF
z5FkK+009C72oNAZfB*pk1PBly(0PHetRJk_5Dp9sbbg@rP*?%=gM~dbI!1s10RjXF
z5FkK+009C72oNAZfB*pk1PJtqz_@YaQr8eZ{`liPGHS!<mVo-fZb{n@0RjXF5FkK+
z009C72oNAZfB*pk1PBlyKp?w7miob$UV3TR9c<jVv2rfK`|rO$%$PAF_2-YVhVYCt
z&KP#P7WBS=`oZ2m#zshh009C72oNAZfB*pk1PBlyK!5-N0t5(*t-vn3?2`KPyIXF#
zWo$cZ@1+w^KUlg$ro#jX5FkK+009C72oNAZfB*pk1PBlyK!89W31q1sT()dkYMF-~
zdMIqM#TKbQhkWCWH&SogioGSEez3QWr_m4~K!5-N0t5&UAV7cs0RjXF5FkK+009EU
z6FB_v!&855clOz57jFQ1RA>S9gM~gkI!Ay20RjXF5FkK+009C72oNAZfB*pk1PJuG
zK&R>lBkOh7U6=ZE$Zvl0n|*#H`gi#12mANf8#w_21PBlyK!5-N0t5&UAV7cs0RjXF
z5FpSUflDsAB=zTZ?|a|-y3;9p=@|j_gFSO74TJyz0t5&UAV7cs0RjXF5FkK+009C7
z2oUH&flk&Bu3NV*^*IO+IN*RD)HS3u0_q3TC|QR90RjXF5FkK+009C72oNAZfB*pk
z1PBlykYC`z2OmsbKe*Xun}ub|mgV1>mVGCnez5Njxd9U(K!5-N0t5&UAV7cs0RjXF
z5FkK+009Ce66j?8U}V^5pM6q&7CB+Ugc7OgYC8qg54Ka&wg?a)K!5-N0t5&UAV7cs
z0RjXF5FkK+009C+1qKENQhjC@YX{@?j5E#{x)F~M7)C(-;4m;ACP07y0RjXF5FkK+
z009C72oNAZfB*pk1PByBpwsn(pZe6NQhyd1Keu%0KLPcF{ddfbm;eC+1PBlyK!5-N
z0t5&UAV7cs0RjXF5a_-@me1{C4dIFvE4trFdn~1Z`oU5jHk~FwfB*pk1PBlyK!5-N
z0t5&UAV7cs0Rja2M4;34gM072ck24VciwrYPt*;wRzUq=t%jco5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0-X`K=bn2~e{L7+2lv}=zc4sB*qP4QYEKEMAMB~aX)pu`5FkK+
z009C72oNAZfB*pk1PBlyK!8Ax33Rf4aNW9fVe`#5PyIRMh7B8fOxJMI2&f-SqhuWd
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+z~}@vZrm7l-g)QLpWVe8!c$H;Wpq1jX#Lh(
zZ-omlys+U>cgrrIez5FEQ2z-KAV7cs0RjXF5FkK+009C72oNAZfB=DB7U*RC;PuyE
zpZfF1?Y7&lmzj;Ng@F3O7C06WAV7cs0RjXF5FkK+009C72oNAZfB*pk1llO@gCG1L
z_2+l7elT8-J@(kJe*OAU^<wSXwc%@D`&!s?%Pqs+d+$A}ZE0LQ0ri8$J0^NWfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5U2`ts($c^C!Pr7#*It;`QwpC9$D>@+ddOeKiFpn
z+;9mHAV7cs0RjXF5FkK+009C72oNAZfB=Cp6BryE4EyiDf9lWhsx^eW?z(HZ@4ovo
z_xp`E-UydodTE$2VM4M`^@Eui3*SKfVBrsu4iX?hfB*pk1PBlyK!5-N0t5&UAV7cs
z0Rnw2(60Ky_*vuIZ@(RW@rz$n{twdXXNhTVZ@cZbK0XTlJ#_Vh{eAq6o&W&?1PBly
zK!5-N0t5&UAV7cs0RjXF5a_PJ%9Sg_`0?YDdcL%u=f(A69pSur^TLx)J{i`mSrg)C
zgw;ztN8ySUE5aj>JQ6Ou?6P6&6x9z_#d_yf{b27LOCupbfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjYiPasSE;1*kKQ8}kzJg;EwH9nr@bH&DWx88c|ux{PD-orJbR08S;Q!!bI
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAka2}d+)t>RG;rPe%_bmzWTwo9mc|JNc~`8
z4uy^oAV7cs0RjXF5FkK+009C72oNAZfB*pk1cnG?sUOVpxnGub7c5vXq+cHB9|84)
z{d261lmGz&1PBlyK!5-N0t5&UAV7cs0RjXF5Ganob=O@tCN+fW2aA(|cJ)O4V7nx3
zhX4Tr1PBlyK!5-N0t5&UAV7cs0RjXF5FpTgfw8V1JoeaQ+dn8<ER}%z!BQPAoh3kk
z009C72oNAZfB*pk1PBlyK!5-N0t9+U;Kmzo?0OBM`oSIw(0>g@{b27MQzIfkfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjYiM_?@L2TwZbq%b%**gKd;l1o7SU@kU|2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0Rn9ic>3w5!}i;6-?chI^@D9WY=zp0`oTgS4xJ%DfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF)Cr75{osx}?idy>Tv*o+cluXA{b2tddm|@6fB*pk
z1PBlyK!5-N0t5&UAV7cs0RjYyA@I&S?}U?2KDjG3g!}EcUoi%)7i|+zKiD=(8zMk}
z009C72oNAZfB*pk1PBlyK!5-N0t5)OU7(xwgHxwYt<()}+_<sr<FLW<3aB3}@3GT!
z0t5&UAV7cs0RjXF5FkK+009C72oNAZptl5Gc;SU`#1Thyq>k_dANWAH>86{)h7B8f
z3(aVP`avNeK!5-N0t5&UAV7cs0RjXF5FkK+009C72ozVKo%MqgCQJz1Z@+!mXP<p4
zpDWIpGbdbo?X}^VXPyZI0|UiH(6ccWP(L`P{B}-&009C72oNAZfB*pk1PBlyK!5-N
z0t5&U7$Wf6Yp;d*^XG@%ci(+fwS*HVP7G(CeRf!~WXX_yc%XL#)DQN~u{06_1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009E+7EnLfZc*DKK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72((Y&t+(C^Kl|Cw!WCCs5sp9p_^|)}`-fe3-8IDjTXeI{HVfm&kFWe6qaXd~
zN5jmSGsE1ubHl=g3&YBlE8EuzTPn1G`oTgU9-SjVfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5Fjw70_q3Hl;6$?5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(*N<jVKsQ5G{
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNC9(*o)Td;0Ji9039Z2oNAZfB*pk1PBly
zK!5-N0t5&UAV7dXj|-?D?C}F^cmxO#AV7cs0RjXF5FkK+009C72oNAZfB*pk1V$mC
zesC0cni3#DfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Ex?t^@C%40PLOs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!8Aj1=J4~_~7Uo0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5;&5d_o^jsRpa0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&J{C|v*vALo&<PMA
zK!5-N0t5&UAV7cs0RjXF5FkK+009C7N-v;(u=Iz}00<BuK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72y{$9{b0vvZI}Q70t5&UAV7cs0RjXF5FkK+009C72oNAZfI!Cu)DL!?
z*bWE~AV7cs0RjXF5FkK+009C72oNAZfB*pk1PGK?K>c8851oz^AV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBla>Ia2@009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csf#C$y
z4-O~eaRLMg5FkK+009C72oNAZfB*pk1PBlyK!5-N0>u|lKUn-@q=y6u5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0tCiNK>grY$=fdh0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfIzzh1_uYjGtWE|uDtTfaN>z4hUwF%hiTKMg;}#^g)6SOB0TlfQz5R?j!QT9m8QSy
z2h%87hX4Tr1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+Kz|CTAMDTLZqx(_5FkK+009C7
z2oNAZfB*pk1PBlyK!5;&Gy($y17Z2{<>84Zo(Ol|d1s|QZ_b=K;m|`54O6B}Nv`wf
z&rh?tj;ynE>C!NB=FBi@(xjHxV~;&Hy!hgaqv}I9_m#Gz>Ic(GS&sk#0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfI$BVs2}XVV{XI*2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
zfiwb(7A<O7k5^l-clqU)r`crN*Lm!*$5QvP+TRBrcpz6ly1B0`9aKM<Ma#Mb2oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0Rja2OF;c#e;se5B|v}x0RjXF5FkK+009C72oNAZ
zfB*pk1PG)RD0=<i%P+q?q;~MqOD_$tyz)xexN&0`92~5iJMqdZuN<=8^Upt@mZ7p<
zH}{pPW1Ci1KbTd_`UD6NAV7cs0RjXF5FkK+009C72oNAZfB*pk1o}rn{b2tbYa=B<
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFWD&UMo_oTHC!QECx#W^?^UXJh2OoSeELpN7
zy#4muVe#U{bv1e2KL22>4?O0WW9s^_aN)vXhxhZJ|GaM988c>t4I4HLyMFD0Ztkmg
zziEF~KbTg^dISg%AV7cs0RjXF5FkK+009C72oNAZfB*pk1o}@v{b2tcb0a1|fB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXFj8@>KmtLx?$Ln_eVB@(F=gpfp;*hSn=9;=b-+AYq
zBesbvbaP*+I@GX|`oRVecL@+6K!5-N0t5&UAV7cs0RjXF5FkK+009C72oOjF)DI>U
zejq@A009C72oNAZfB*pk1PBlyK!5-N0t5&UNGUMZ^@Asza6(-zU_2+{NSA?ufpEwn
zha~Mj_qor7!NI|inuTueYsAhpSwa0^6BG{-AV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyP!Ui+C<p`y5FkK+009C72oNAZfB*pk1PBlyK!5-N0$BydvVL&o%9TkC;G{{D
z!dYjXmAd<vTyjZW+c=I^mu~K>RX<uSQ$N^B$1(y02oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RsIkpnkBwkH66qAV7cs0RjXF5FkK+009C72oNAZfB*pk1o8-sW&PmYci&xC
z0~qh8y*%>BBXw=>xZ{qNO}n|TmK|xaQ2k&F9E%7LAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PJuGfcn8c4}jqlAV7cs0RjXF5FkK+009C72oNAZfB*pk1ab(BW&L2|IRsyQ
z_0`lPSiO36UH#y>=bqcLZ8!JTvLh`Psvm5DV-W!Y1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+0D(RiP(Rq`0Wf?51PBlyK!5-N0t5&UAV7cs0RjXF5FkK+Kn{VitRI{)V@6#K
z;K0B@>JbbM4%W4uI(2Hxw%y!U%Z{{IsD7{ojzt6r5FkK+009C72oNAZfB*pk1PBly
zK!5-N0tEV8K>c8!2f*+N5FkK+009C72oNAZfB*pk1PBlyK!5-N0yzZ6s(!Gs{%_i}
zX_<R}{PD-v)ex><zrN`<y1B2W9Z310`oWY?RwF=w009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAkc>b>IeJqpc^s)0t5&UAV7cs0RjXF5FkK+009C72oNAZV3Y!5RX_OdyYJT3
z{>_{@GxJF1%$ZZSjW^$Xv*|Xvxv!=jNco`p!IV%|BS3%v0RjXF5FkK+009C72oNAZ
zfB*pk1PBly(1!x*2mA1#8!`a`1PBlyK!5-N0t5&UAV7cs0RjXF5FkKclmcT_Klu9V
zuh-T7#ah6um$`H2)@@_ivSm#-(an7|?Lf*0)eokGvKj#b1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+0D(RfP(Rp*2i=ef5FkK+009C72oNAZfB*pk1PBlyK!5-N0;3cdtNOv^
z%a_;H{+)N;d6`FY*=3j2ZR5okUu?RKZtkmT2U0$$elR7J)d&zEK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72=t+V`oTUt=!Q&y009C72oNAZfB*pk1PBlyK!5-N0t5&U7^T2i
z)epvV1x}hYDY;&7!3CK|GJpR3q<!4h;>C-bZljy~YTAL652_zb31u|`1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009DhD4>2Y`$50?#bv>jfegri49GygWFY%YsRaQ71PBly
zK!5-N0t5&UAV7dXKM0If{ot#wzFJrNcmDb3XXd{A^2_VCG2HnFyScB-gQ#hsey|23
z!;k&)9<OowJVOR#Kn7%>F#{Q<%R;Z(I4<{PT?S-824tY0GEnGAIz#9B>6jU-*C-i~
z0U3~i+6-ivF0D#{0D-m$s2|MESo^x|XY;rW$bbyUK(A*Y`%I|?0RjXF5FkK+009C7
z2oNAZfIvS8j8*;Ms#UA%YX9cUnUk6Ot6%+U-8PmkUD|XT-P~8x4y1fg{a{L{hShrg
zy<Ow;`GpL~fDFjMa2aTr5=(n`xbb;h_GLf@WIzV`Ap@nIz#BT=568+Fy(Y<k49I{C
zG|NE4l;|!20t7lPpnfnrakJNNkD1qHKn7$$26{CE*=I^E2oNAZfB*pk1PBlyK!5-N
z0tEU&V65r~-+lMpy4t@JPB<YmcdR*_G-*<DU9)CQ(`|HfUrjrZ@<H{3DWMux>(%#k
zjmzg1G9UvoAOj<1pkYcZ?cI^aX}RZu49I{C$UrY=ptKWsL&tmh7#W+_AQ_MW8IXZi
z8EBXi-6cSPK*t5t4`wHB^*U~ud0qx&Kn7%>*D{cOrqqG}0RjXF5FkK+009C72oNAZ
zpdSRrs(x^Aa4@O+i#34Lr%%t!J#*&Fx^1jmx31|ny1B2W9Z310`oWY?4XgFqd%4Er
z^9dP{0U3~iv>9la5=(nG?Rc%{xgi5GAOkYciy0{G1m4i`UOYC&<TXbIWIzUFAWa4u
zrbKrM5FpTT0ri8~iPOBETgSXF12P~3GSDj-$UakQL4W`O0t5&UAV7cs0RjXF5FpSG
z0%KJ_7;TR@;)qoBf6b0VV@=?cDN~xQmOR$YeI+~1_=Ebvj9~w@dat~PYaBk0kO3Kx
z0U5}efqXM(@mggaxAi?&WIzUFKn8j#1I3$}^Yy5gj)}2&jgbKvkO3LUl7W0Pr&a_A
z5Xdi}elWXTme+Ob`aM7fWIzUFpzImQK2vHzfB*pk1PBlyK!5-N0t5&UAkYs2V_83V
z@x>R{)ekOTzC1Pg>eZ|3+MaXHIW60Eb6+hx(qf_d!4^0z7M1<ITmAR>gAB-k49Gy<
z478XYOSLHP__g!gkpUTy0U79p43uipZqeCZI2Oj>HAMzwKn7$WPX<~{j}{RiK%gT6
z>Ibv4=6QYB#_t6(AOkWW17*!X_L))(0t5&UAV7cs0RjXF5FkK+0D*oG7|Z&>yY9NH
zt_E<?qD866AA9Vvy0*99etXNd-P~8pj<i^)ey{~ji$!I9&sM*E-XH@qAOkWm+6=Uq
z9!s@ov<}*PF3Erl$bbx#IRmAdv|Dtx%*R0Ay@tqu49I{Cj3xsurbmki5FpSI0ri8~
zSx56audUw`WIzUFKnBW|f$TG-76b?oAV7cs0RjXF5FkK+009F1ATXBogYkTWlO|0{
zt|Og8u=aRddg-M}ySR-dOP16w9`bWH_cdhaDIZWjm=daCwX(fetG_;9kO3Kx0U2ml
z1{$Ws(%x;ChwXT7$$$*VfDDu|1Ern78#-P_dwuqrAp<fX12WK#3^YuM?h+tCpyLAS
z2eT8m<MrM){N5k~G9UvoP?ij2pDDE<K!5-N0t5&UAV7cs0RjXF5a<Viv8*4AzO!b{
zs;dM1^{;<DBKyF=K$tRRO44q|j2U5YaB#$S-Q3rRooTXy`oShBDIO}zd$juL^8^`?
z0U3~ic4r{PG+ByO+U;U{o@+8712P~3Wy(M)ChHWPER(sudX10)8IS=PXlDjeOp{h2
zK!8A71=J5_=WOTezHRwELIz|&24tY<8OT0UYC(Vi0RjXF5FkK+009C72oNC94+3Ld
zKX~7L_a$|J@jQa_=g%LJ{e~NEsB3e_9e0e_Ca%!UeWmJ9!%FH08$eRtE&6-2`secl
z8IS=PkbzERAmvn9_|-b)W4oSvG9UvoAOmH{K;b9qlpQRCwLW@HkO3Kx0U78-22xIy
zRwF=wK-&b=4`!$A#OuFp`n^I1WIzUFpr{$hK2vHzfB*pk1PBlyK!5-N0t5&UAkYs2
z?W`ZX>86`1=LL-C28`Euf27OCjT^(!M;~2R54dR2qG6jo^2j4~>we}lp9vc_Y#4U^
z+6CR*SM7e&{;Ym5tyKMbMSV|JzkFUG12P~3GSKM^)X#|Jz1L|c+xJ|Q0U3}187OiF
z$~%MC_q@o)`sOu224p}6WT2B7sGkwtBS3&a=LOUcW;gESJYd^?&yWEbkO3JeS_ZPu
zlv)rVK!5-N0t5&UAV7cs0RjXF^n*Y<>jxJsSWs8n7w@OJELpOou3bD2;T2b05mv5T
z83qRjE7#Xvdo5gZ%{4>Td+xdC((EExr<?mqcAD}B^@Ay)8dfXXd$IcC^8p!<0U3~i
zZe^fhN-XW&Zh6^{=cWwEfDFh$5i?NQ3A~}>MYPo?&v_Y;0U3~iZe*ZgN_3Y10RkNt
zP(PTRxEu3<efYgY24p}6WS}S+$UakQL4W`O0t5&UAV7cs0RjXF5FpS?0>>VEY~8s5
ztLF%uJbChvn!M_=#@l7fmbE0wTR#{#`p`oU4e3X$BW!iO=bn37_Gh?--Q3r3eQ5T$
z`oU%@BR^J@_h9wI=K(Sx12P~3-Oj+svt&8e=(d~vd9KQU49I{C6e$Dcn5{?dWsywv
z#dBN+WIzUFpqm*Od6u*W0RjZtE1-TbyJt7&1^e=Qhz!Vp49LJ(XCV7bsRaQ71PBly
zK!5-N0t5&UAV7dXF9{rV)KM*K@mkgCRhKPYy0j(9XzB;!hU2*bk2~(T5&Id(vUu_0
zmVFs%VK?_RQeUde)elxBvfYmLd$0EI{eKyd0U3~ivC2TU8MC-+kCmVOdhW`A49I{C
z6d?n}ouRY!tO%C+;5jV=G9UvoFculeHe*_w009D{7f?T#-Eb`C2mADUi44eq49LJ(
zWgz=ZsRaQ71PBlyK!5-N0t5&UAV7dXFA0>PelU6u4i1K=pME-Aam5wk^Pm5Gm^yW8
z<-CbAXU+`s=FJO_KmK@Sopv0XZtg2hf7K7BQ5w3=SiR?Jzuxbc0U3}185rvf44oCr
z`N&v1+P~+r49I{C$iP@;pq#V!&|Z(Fp?!M}%YY2XfDDXf28Pax9w9)0KxYNi4`%lr
z%Xz}S{hlHNG9Uvo(CrLlpDDE<K!5-N0t5&UAV7cs0RjXF5FkLHn*!<w^J#bcy;l44
z{=N*zfDFh$Q8JKk<}6;TqIl|u=e7*UfDFjMSY)7hGjqNkjfI_kdd|v#49I{C6d?oo
zW=^dL5Fn6WK>c8LyCTdN`r!8#8IS=Pkb!PxAp1<I1pxvC2oNAZfB*pk1PBlyK!5-N
z0^Jl)KbTLuTko;jkN5LsKn7$$28xz}d^2b9S{2Pze>~S^Kn7$$2D+Jn;?2zYdelub
z`|=!>0U3}187NW)^39xD5g<SyzkvF|>~=+(H}u8tF)|<nG9Uw;&Or8=QVRkE2oNAZ
zfB*pk1PBlyK!5-N0tC7#pnfo)cBkK4wSDj3%YY2XfD9Bh1Nmmo;<YNOuYP&%%YY2X
zfDCja1I3$}^Yy43R`%gJDFZSf12Ry=4CI?RwIV=(Kz;%BgW2thIDhDq-)m$*24p}6
zI+cO!Go=;;2oNAZfB*pk1PBlyK!5-N0t5(jQ$YP-KJ8Aur)s<2ua^NCkO3JedIs{%
zoW*NZbZ7nZS|9^5AOkYc$qW>4X3p26P8!*^=b#M8fDFh$ku#8Q=G2M+0Rs62)DLF2
zEAl*|Z+_2_0U3}18EAI~vd@%S5FkK+009C72oNAZfB*pk1PBly&`kmLgZZ@E{a&i=
zd4FC8WIzUFpez~4H**%RRaw0C(`$na$bbyUKqoR#yqP&)k2+yvo1SwrAOkWW17*lS
zzL`@i0t5);7f?T#-L4Gti9Y(hM+Rg-24tXJ8OT0UYC(Vi0RjXF5FkK+009C72oNAZ
zfIv3|)DPy<Zr6LLw&VSH8IS=Pkb$ygAm7YcyjEp%*I%y{G9UvoAOr2pK=Eegd_8KX
ziEVj~$$$*VfDDu=1Nml7tq2exkY7OkV0ODQ%`5uq_aGUN0U3~i(Pkj~OsNF{0t5&U
zAV7cs0RjXF5FkK+009Es6i`2yPkXfQooes>cNvfY8IXapW+30pS-e(d_1AB&9Wo#T
zG9Ux($UyOC=6pSBhlOo;PRW1_$bbx#F$4K#POS(KAdp``{a|*xGR`mh?DrxWkO3Kx
zfxH>WK2vHzfB*pk1PBlyK!5-N0t5&UAV7dXHwDxW=F`smo~d@;Z<hfXkO3Jedj|5&
zoW*NZ_T!-cUQ1*^24p}6Mw5Z!&CL0FG#UeKJ%?mK24p}6%AA3GGpAMr2oT6GpnfpB
zU76<@efN8k49I{C$UxQ%WS=RuAV7cs0RjXF5FkK+009C72oNAZpqm2f2lHuXeXrE|
z-d~pi8IS=P=#>oQn>mZus#lJOad>T!0U3}18OW1?;?2zYdX#7E+IY^$fDFih4D><<
z^39xD5g<SyzkvF|>~_5{-x!16n`A%+WIzVeW+3}asRaQ71PBlyK!5-N0t5&UAV7cs
z0Rr6=P(PSYJMDX<*7JV449I{C$Uv`UAm7YcyjHz-T#UzSjSR?u49Gy13>0r>&ex+X
zW45m6hz!Vp49Gw)Wgy?osTBbN1o8{0AIxsoOY@Gg_&rJnWIzUFV5AIWpDDE<K!5-N
z0t5&UAV7cs0RjXF5FkLHn*!<w^J$Ot-l*l?KbHX+kO3L!)ePjDIg8h-SC5ZzdF_z_
z8IS=PNRxr$&CL0FlxD2f@tlwW8IS=P=*0}=n>n>2K!8Ag0ri8~?Rs(kF($uP$$$*V
zfD8<mf$TG-76b?oAV7cs0RjXF5FkK+009C72y|0G{a`-r;ocMVxcAFtKn7$$26{aM
z`DV`Iwd(cbWPDzWWIzUFKn7Z6pm;NLz8<w2qh+20G9UvoAOpRefqXNkRs;wT$S<IN
zFuPqZ&qK!M_beHZ0U3~i#tdYiDYYO#fB*pk1PBlyK!5-N0t5&UAV8p-0_q3zX*a$X
z>c02KWk3dGKnD6H1Nmmo;<f6R<7J#)n`A%+WIzU*WuSO7bG{xm8=J>uUIt`924tWg
zGLUcP)QSKB0{I2h4`#RPhxy1D{oW-5G9UvoP|ZO0nNkY^1PBlyK!5-N0t5&UAV7cs
z0RjZNDWHBZpLX><P`BO>mjM}&0U7AG4CI?Ri`S~(j+^m%t&#y5kO3K}%|P*H=6pS>
z9h0ABTn1!724tY0GLUcP)QSKB0{I2h4`#RPr+LX({T?O*G9UvokbS1qf&c*m1PBly
zK!5-N0t5&UAV7csfo=+@AIzui{crDo%YY2XfDH6&2J+3E#cS2C$IrOEcFBMY$bbyQ
z4D`xHp5<8vWIzUFpkFi4D|5MV5Fk(<0ri8~k5#|UQO51}GZ~Np8R*XpWS=RuAV7cs
z0RjXF5FkK+009C72oNAZpqm2f2lHur&$~b0^LE@FcNvfY8BlK^16~JYKn7$$26`a_
z`Ti0vUaMX>7RKN;MFwO*24o;l28uT;>k$D0y)K}BF#8eC^ZKrh-wR|w24p}6%9?@f
zGo=;;2oNAZfB*pk1PBlyK!5-N0t5(jQ$YP-KJBu;XRF^nZ;$~QkO3JOZ3gnqoW*N3
zS_kbtmt;T&WIzVWoPpxa%=vm$=3}7mUPEL+24p}6Mw5YjGpAMr2oT6GpnfpB-DqCt
zwe@>~49I{C$UxaLkbS1qf&c*m1PBlyK!5-N0t5&UAV7csfo=+@AIzs+w)blF*XIi|
zAOkWW1MSK{zL~Rlt=i>bJDyuIAOkWW17*xW@n+_HJu0KUK6}lO0U3}18E8ia^39xD
z5g<SyzkvF|>~`&Vy|)d&H^_ht$bbx#B?H-K%3`)Ci?@DyZIA&OkO3KJM+S;H8|xJT
z0t5&UAV7cs0Ro*8P(PSYwjF<e*@nO4Wk3dGKnBW~fqXM(@miJ9UZ1^Y$bbyUfDE)N
z1I3$}^Yy4*9=7ATB?B@b12Ryy4CI?RwIV=(Kz;%BgW2uMHn-@n--l#C24p}6Mw5Z;
zGi5PbjK)A)&mkF*0U3~ivSpx{v$0+gAV7cs0RjXF5FpSg0ri9VWXtxqp8k4&LIz|&
z24tXJ8OS$t7Oz#iJZ#5vO9o^>24tX&87SV&oUcb^wAW{^88RRPG9Ux($UwfCQ!4@l
z2;>(~KbYOF9k2Jc;r9j^kO3KxfwE*E`%GEP7G?3)Pp=I!AOkWW1MSE_F=u1FB0zuu
z0RjXF5FkLHQv&J-^U1d3?=Rc%cf1V9fDFh$88eV?<}6;TGTQ62*9;ku0U3~ic4eS=
zGjqNkwadeHJhx;(24p}6%9eqAGpAMr2oT6GpnfpBUD@Uq{q_5h49I{C$iQeakbR~s
zW{c4nXzMv712P~3GElY*6mvG#D*^-v5FkK+009C7IwhcfFrRGM{?^l9?@!2p49I{C
zv?~MoX3pZZYL|!Ycy7sn49I{ClraOvo0;?VsEqdd>@`CMWIzUFpdA^=H*;!5fB=E~
z0_q2|+qL8M-ZuQ+AOkWW12RyS3}l}vi`k+q-umgaK?Y<%24tWe87Ss#tXBjG5FkK+
z009C72y{w7{a`-XcKrQi8~%=$0U3}187N~0^39yZYgI;jefF9m12P~3GSIFJ6mMqE
z*Q0iM*pBCx49I{C$UxaLkZ<PHiU0uu`32MuX16Qb+@imJACdtXkO3JOO$M^hl*Mc@
z8Ut-Thh#toWIzVWmVsi<#(G77009C72oNAZfIz1N)DPy9E!*FE`s@7(8IS=Pkb!n(
zAm7YcyjJb<upQ4W8IS=PkbyF0pm;NLz8;m)UZ1^Y$bbyUfDE)F1Nml7tq2exkY7Ok
zV0OE9yx!Y}-y38=24p}6%94TXGi5Pbl*L;=y*9{z49I{Cv?Bw>oQ?I0009C72oNAZ
zfB=C`38){;C)<v{zih+b@iHI-G9UwG%s{@Gvv{q_Xs^#+Gh{#pWIzVmm4V{T%=voM
zE)U!B+>!wqkO3JeTL$vYoLUheKp?+>`oZjWWt&^{*Y86zAOkWW1Ea}6_L;JnEk<LY
zt>=&o$bbyUK-n@-%-LA42oNAZfB*pk1PBo5lz{rde6nTxTTg$zKOqA$AOkYct_<Xx
zIg8h-T^_dMxg`TKAOkW`#tam1X3p26GTQ62*9;ku0U3~ic4Q#m%&8Rt0tE64s2|L3
z*N)eF+wgmX49I{C$Us>#kbR~sW{a|T>!;TS8IS=Pkb!n&pqR6<UJ)QbfB*pk1PBly
z&?y1+gZX6J@%NW)_&Z((WIzUFpo|&FH**%RRT=H|*=vRj$bbyUK)W(fyqP&)kJ{y7
zJDyuIAOkWW17*uVzL`@i0t5);7f?T#-L7nNi~jn3NCsp;24r9~8OT0U7PG}@47Bwe
zk^vcz0U0P;28uZw>lFb41PBlyK!5-N0-X|2KbTLpY=7(NulFZpKn7$$2HKT@d^2b9
zTD8l=c09LaKn7$$2FjR$;?2zYdQ?VxefF9m12P~3GSH3;<eNFQB0zvZegXA^+3ni#
zdT$$kZ;$~QkO3JeO9ryfl*MdO7H|FZ+8_fmAOkYcjtmrYHr6Ww1PBlyK!5-N0t7lG
zpnfo)Y&-t`vJHR7%YY2XfDDu|1Nmmo;<YNHy*_)*kO3Kx0U2ml28uT`=j&0sJZ#5v
zO9o^>24tXY8OS$tYDItmf&2pM2eaFiZEn$DzYocP49I{Cj3xuwXUbx>7>$9po<lMq
z12P~3Wy?S@XJfr0K!5-N0t5&UAV8o~0_q3z$(HSJJ^l6mgbc`l49GycGLUcPEMBX2
zdDxEUmJG;%49GwkGf=#lIbV;;Xs^#+Gh{#pWIzVmk%4?O=l^H#{(pYI>-vuW9Wb5W
zo!P=%qQjUiafxnOHi>i&mI>*?ghbd_RR$_zr3TSz3?XBdF_?2A7!k`BNHk<)6J``y
zh6N$rDm1i24MhFH7@9yo+c`+>RnK*LUXS<lb)Dz)I=3YR+FsAs^*s0Y{q=ghUvKkV
zRUv=?0yzQmgX`=n&U<TkZ{Pq2IKY7^4y-3-&x$F$_33Qj00%h0feHtDrm?ONKmY**
z5I_I{1Q0-A7XkBw8QF^amo?nuIluu9aA2YXS#tKPn#f+y&I}H4fCC(;a-d%_XB}1X
zu#UaO0S<701JfMHl2a7|2q2IXFh97?Zd$hJ*ZU9$IKTl89C2VhDSK8NVW8F?;s6IY
zz=3HF^h{%2A%Fk^2q1s}0tg_0z%Byj2Q#wM?t1$5eS!lV-~b1z9LSQhUsV+k>)2Zy
z-~b0WFwud2$((gGk-eUs864mM2RKmSK$e`U5I_KdoPhbkb#@i!y*0cyaDW3G;J_3I
z)|0Yl#T4H9bT)8+103K$g#$g)SXT%jfB*srAb<b@2q3VFfce3UY{mV{8t(BN-~b0W
zFwuc5Ir~*jWUpsu1_wC60S;6-&@Y*@j;eTA$KK)q2ROiiX%1w`sR{uE5XcFbA6#cQ
zEnD>KeTV}b-~b1XIIy0SJu8kdP-_oyfCC)hz%&PXrm?ONKmY**5I_I{1Q0-A7XkBw
z8QE!fJ^lJV!2u3%fCE(yWXajDs)~no>@5y(fCC(u=s>?@&N`aNUeC@94sd`29H?+0
zOHNe?Ab>zl!2IAkyNdJP8r~Z?zyS_$V2T6lN!hbv3U7Tn8#urL4sf8tfu3osD+CZg
z009ILKmY**5ZFb){9s15;{Ig~_jnF)fCC(u=s=d7{i-Ii*RwN&103K02dW(Cm&{p5
zRXnU?Z*hPF9N@q-2eRZ;g#ZEw<OIwQuCtq#E&BC7!~qU)fCEPySWn8H6-OATwTC#s
z0S<6rngc!4SXT%jfB*srAb<b@2q3VFfce3U?6kX{etn<d00%h0fhq^G<m^{f#lt%G
z76&-M0S-)bpkFd)9Zh7fXJ-ZnIKTl8R5*|&rz!*xKp-bzesG;##d&WH?+qN_00%fQ
z#ewyt>{&5|w?3T>9N+*4I8fn0&otH*0tg_000IagfB*sr>>^-(Fe6)W|FVXAJO?<y
z0S-)bAWP1ERTJ6k*_pus4sd`2RSxt^=B%SC9@eq9IKTl8aA2APS#qjE009JY0_F$T
z*-gt9{dynb00%h0fg=vACuPryBMj8qLmc1$2RJazfu3osD+CZg009ILKmY**5ZFb)
z{9s0Q+Feh-zE5y~103K$l>=FF_N%JmVI6ym103K02PQhuFPXEBCbHMFGlK&h-~b0I
z9LSPW6#@t#kP|RJxX!NPytjt;1`cq5100y*z<N^lteC=EpUwsjaDW3GsBoZX8tV!H
z1Q0*~0R#|0009Jc5imcPk*&CYS;IY^103K02PQg@C1<~?iR|_4%-{eAIKY7_2l^#*
z)=?D?>)2Zy-~b0WFwKE1IaMKm00KDy^MmW`re%wMy$^AK103MM5eL?jvS-B+25Rjg
z4sd`29GK=n&otH*0tg_000IagfB*sr>>^-(Fe5wduBTt$Cpf?X4sf8#fh;-uRaNn@
zj=jYJ4sd`26CLQ6%vnbh+3VSv!2u3%fCCi{WXY)t0R#}p378*TXIF9FTf=(;2ROh1
z4oq=iJt=!uOyR9hX9EW~zyS_aIM6eVb%g)|2q1s}0tg_000O%Rm><l@R@}d=;U3Qc
z4sd`26CKEsvtQLj_Ih?^aDW3G;6RlF{gOHBsEUVm>@5y(fCC(u=0KL5st`Z`ft-N(
z!F6`ivPHk%hd96i4shUz1M5lIv*HK?we}DPIKTl8Omm=T8tV!H1Q0*~0R#|0009Jc
z5imcPk)3we)35In9N+*4I8fz4mYn^ns(4t(-r@iUIKY944)jartfPtS_3X^x00%h0
zfeHt*<Wz+K0tn;;%nz=!t2pni;k|(a9N+*4rZ}*klszk^@YbiZfdd@i00$}@=$Xd4
zLI42-5I_I{1Q0*~fn5a54`yU5?qAk$kLLgfIKY944rIyMuWBNDJv%cvzyS_$pvr-M
z$((gm#lt%G76&-M0S-)aAWKeF2q1t!PQd)&I=gAvqF?Vr9N+*4IB>*)^`z`safE?d
zdx!%Z-~b1vInXnWb%g)|2q1s}0tg_000O%Rm><l@PP^;r*Y^nyaDW3GsB$1n&VE%@
zJgj4HaexCH;J`!&`XzJL(M0xoc4lyZ103K$g#%e~szLw(1aboA2iMtEocGr7-oOD4
zaDW3-99U1vo)uGg>(kl50S<700~HSROk-UkfB*srAb<b@2q1vKE&}EUGqM%;FKf8R
zbASUJ;J`!&vgGVnHIcoZof#b900%fw<v_n=&N`~%VI6ym103K02c|iYC8sI`5I`U&
zV196&-L!1culFGiaDW3GIO4#1QueGk!a%J(!~qU)fCJMU=$Xd4LI42-5I_I{1Q0*~
zfn5a54`yVi-SzbA`veC#zyS_aIgll1zp5%8*0HxZzyS_$V4?&4k~!;WB6~eMGdREj
z4sf8tfh;*yA%Fk^IRW#7>+CAdduw=a-~b0Wz=0_atS4p9iYdJH>1^Nt2ROii3I}?o
zv91t6009ILKmY**5I|rT0rP_y*^2v@HQeJlzyS_$V4?$Aa`vm5$X?IR3=VLB101Mw
zpkFd)9aZtLj=jYJ4sd`2(;Uc>QxyUTAdnL<Ke*0rTDIud`w#~>zyS^%abP_udsZA_
zpw=GZ00%h0foTr(Ok-UkfB*srAb<b@2q1vKE&}EUGqTg}diwQ!f&(1j00*iZ$da>P
zRTU5G*jpUn00%fQ(Sd%+oOLvjy`G&J9N+*4I8fn0mYk{(KmdW9fce37b`|HnHM}=)
zfCC)hz!V48ld@;U6yExDHgJFg9N<8O13lANR|p`000IagfB*srAh3&o`N52A#r?|~
z?(rPp00%fQ(Sa;E`&CV3uV-fl2ROh14pceNFPXEBs(4t(-r@iUIKY8v4rIxx3IPNV
z$O)JqTxT~eTlDLFhyxtp00)jZu%47XD~>QwYY%aN103MMGzWU7v91t6009ILKmY**
z5I|rT0rP_y*=ct@{rWz^0S<70162-W$=R=}iidUVEe>#i100y>K)+<pI-1B{&&~`E
zaDW3GsBj=lPE`mXfIv>b{NOsfiu2wY-Wxc;0S<6riUaFO*|TB_Z+$u&IKTl8aG=70
zo@uNr1Q0*~0R#|0009IL*hRqnU`Dp${$&mKcn)xY100y>K$e{SswT46vonJO9N+*4
zsvPK-%vncOJgj4HaexCH;J`EovgA~S00Ic)1k4YvvzwMJ`t?4<0S<7014kTKPs*MZ
zM;NHJhd96i4sc+a13lANR|p`000IagfB*srAh3&o`N53rw7Z^ueV^a}2ROiiDhIOU
z>{nIA!#egB2ROh14oq~QUovMMO=PcUX9fp2zyS_aIFKc$Dg+QfASYmcaGhPnd2bEx
z4IJPA2RJarf%T;9SuusTKAjC5-~b0WP~kw&G}aXY2q1s}0tg_000Ic?B4B<nBU^F*
zvW9y+2ROh14oq|)OU`~(6WQz8nZW@LaDW3<4)jartfML(*0HxZzyS_$V44G2a;icA
z0R(aa<_Fi=P0JSjdLQBd2ROiiBMz)5WzUKu4Aj~~9N+*4I55qDo@uNr1Q0*~0R#|0
z009IL*hRqnU`BS@T~EKhPjG+(9N<8e16gwRtE%E*9eaxd9N+*4COXhBnX`^2ve&aS
zg99Ak00$}@$dXeP0tg_G6EHux&aUFTw}$ry4sd`29GK$3dQ$eRn8I71&IS%}fCC(;
zaG+-z>k0t`5I_I{1Q0*~0R(mtFh7`)t+;<#!#$n@9N+*4COVKMXTPe6?Dg!--~b0W
zz=0|U`XzJLQ56sC*jpUn00%fQ&4DaARUv=?0yzQmgX`?3Ws82j4{?A49N@qa2iB9a
zXT=c)YV9EoaDW3GnC3vwG}aXY2q1s}0tg_000Ic?B4B<nBRlP`r(fSEIKTl8aG=V8
zEIIpCRq?Qny~P0zaDW379q5<LSw|Du>)DyX0S<700~HQr$*Bqf1Q5sxm>*ncS8?83
z!+Qe<IKTl8OmSd6DSK8-;jK?+0|z+30S;6+&@+v7g#ZEwAb<b@2q1s}0=o#9AI!*B
z+`p{h9?t;|aDW379mtZiU)4nRdUj@TfCC)hK$Qdik~!<BiidUVEe>#i100y<K$e`U
z5I_KdoPhbkb#~LTMZeyMIKTl8aNvjo>q*(O;s^t^_7Dd+zyS_SbD(D$>k0t`5I_I{
z1Q0*~0R(mtFh7`)op#sLukRBa-~b0WP~||Doc*e*cv#2Y;s6IYz=4Sl^h@TfqlxVG
z?9AW*2ROii3J0>}RD}Qn2;>CJ53aMTIPb0Dy@3N9-~b1vIIy0SJu9a0)~B<9103K0
z2Pz!snZ~+8009ILKmY**5I_KdT?EVzW@IbwU)FGs=Ku#dz=4SlWXajDY9f0*J2N=I
z0S<7W%7K2#oOM*i!#egB2ROh14oq_(OHNe?Ab>zl!2IAkyJ^{?U++U4-~b0WaKwT2
zr0iL7gn?Rnhyxtp00*Wy&@+v7g#ZEwAb<b@2q1s}0=o#9AI!*3yX)!K_X!SgfCC(;
zav)32epOXGtYdF+fCC)hz(fc7C3Du%MD}`iW^jN59N<8O16gvaLI42-asuWD*V$E^
z_tx;<zyS_$fCEz;SWn8H6;pWY)7iiQ4sd`26%O=FV_hMD00IagfB*srAb`Lw0_F!Z
zvK99)Yq-aAfCC)hz(fbK<m^{9k-eUs864mM2RKmWK)+<pI;!Gf9eaxd9N+*4ra6!$
zrz!*xKp-bzesG=Lv~1C@_aP2&fCC&j;=p=R_N+L<K&?H*0S<701JfMnnZ~+8009IL
zKmY**5I_KdT?EVzW@M+`_4Moe1P3_40S;6-kR@loswy7Vv9~zD0S<6rq67VsIqPU5
zdp$cdIKTl8aG=70EICynfB*tH0rP|F>?+QCYj|(q00%h0fhi8GCuPryDZKURY~TO~
zIKY7l2YRNlt`I-~0R#|0009ILKwuXE^Me`Liu;!}+~YaG0S<6rq61lS_N$u6UeC@9
z4sd`29H?@jUovMMRq?Qny~P0zaDW5T9LSPW6#@t#kP|RJxXx}`w&>UU5C=HG0S+8-
zU_B{&RvclV)*j*j2ROiiX%6&EV_hMD00IagfB*srAb`Lw0_F!ZveWK*`t^N+103K0
z2dW&%lCxh`6%Xs!TO8m32RJa%fqu!Hbu^K^o}C#S-~b0WP~kw9oT?B&0D+u<`N4H|
z73aM*yf<)w103MM6bIImvS-B<-uiSlaDW3G;6Q}~J=0iM2q1s}0tg_000Iagu#15C
z!HjIh{mUBe@f_d)2RJa%fh;-uRZV2CXJ-ZnIKTl8R5{QunX`_ncv#2Y;s6IYz=3HF
zWXY)t0R#}p378*TXE!Zd^y__y103K02aY(fo|HW+jxbPb4{?A49N@q-2YRNlt`I-~
z0R#|0009ILKwuXE^Me`LX?H#S`aZz{4sd`2RSsmy*{`aKhjr{N4sd`29GK`pzhurj
zn#f+y&I}H4fCC(;a3D)gRR|z}Ku*B?;5xgC^WGZX8#urL4sc+K1M5lIvtkNweL5RB
zzyS_$pu&NkX{;**5I_I{1Q0*~0R#}(MZo-EMz-SqWexXu4sd`29GK`pmYn^nCbHMF
zGlK&h-~b1z9O#$KSw~eotYdF+fCC)hz%&Q4<Wz+K0tn;;%nz=!o0cv5^*+P_4sd`2
zM;usB%AOTR7^t;}IKTl8aA2APJ=0iM2q1s}0tg_000Iagu#15C!Hn#*yPkf1pWpxo
zIKY7_2eRbsS5?KsI`$R^IKTl8Omv`MGG`r4WUpsu1_wC60S;6+kR_)o1Q0+VCt!YX
zon6IwZw>Da9N+*4I55S5^`z`sF@?82oedn|00%fw;Xuzc))fK>Ab<b@2q1s}0toCP
zV16(oTXFxghI>2*IKTl8OmrYi&VE%B+3VSv!2u3%fCE(y^h@TfqbeTOv9~zD0S<6r
zngdyKszLw(1aboA2iMt6%NG55AL0N9IKY7;4y-3-&x#`q)Y?NF-~b0WFwKFUX{;**
z5I_I{1Q0*~0R#}(MZo-EMt0g=PrtrTaDW3G;6RlFS#tKPs^VcCdy4}c-~b0EI?ykf
zvyLXR*RwN&103K02Pz!Ml2a7|2q2IXFh97?uHwA6hW7>zaDW3GnBu^CQueHv!dsut
z1`cq5101Mupl2HE3IPNVKmY**5I_I{1a=WHKbVoNxPMv0J)Q#`-~b0EI*=u2zp9Ds
z_3X^x00%h0fhq_3C3DtM6%Xs!TO8m32RJazfh;*yA%Fk^IRW#7>+Ggwi+;TiaexCH
z;J^_F)|0Yl#SsQ-?I8|ufCC(u=0MLh))fK>Ab<b@2q1s}0toCPV16(oJMFHgU*9J<
zzyS_$pvr+PIr~*r@vx4)#Q_d*fCCd9=$Fh{M-$oW*_pus4sd`26%J&{sR{uE5XcFb
zA6#cwao$_QdjkhJzyS_SabP_udsa;0txsnI2ROh14pcbMGmUkH00IagfB*srAb<b@
zy9k&c%*a;UzpUXN&jAi_fCCd9$da>P)kOAsc4lyZ103K$l>_~fIqRs3hjr{N4sd`2
z9GK=nmYk{(KmdW9fce37cGI#&zut#9zyS_$;D`h3N!hdF2m`hD5C=HG0S-)apl2HE
z3IPNVKmY**5I_I{1a=WHKbVo7cGuId?-Ly000%fw<v^C4{i>>XSjXPt00%h0fr$?E
zOXjSjiR|_4%-{eAIKY7l2eRZ;g#ZEw<OIwQuCuE+@2%mzfdd@i00*Wxu%47XE2i+)
zr?Y_r9N+*4DjevU#=1fP0R#|0009ILKmdVV1k4X+WGn7p)^LyK00%h0fr$=e$=R=J
zB6~eMGdREj4sf8#fqu!HbyUT}I`$R^IKTl8OmiShPE`mXfIv>b{NOsfY1yJ*??W8m
z00%g5#DVps>{)Syfm(Zr103K02c|jDGmUkH00IagfB*srAb<b@y9k&c%*al=>*?3`
z2@Y_8101MwAWP1ERaHE!V{dVQ103MML<jmMbJo#B_Ih?^aDW3G;6Q}~S#qjE009JY
z0_F$T*;SnP*6`lI0S<7015+GWPs*MZQ+Vss*}wq~aDW394)jc8T_Jz~0tg_000Iag
zfWR&S<_9yf756V|xW{vV103MML<h3u>{m6By`G&J9N+*4I8fz4zhurjs^VcCdy4}c
z-~b1vIgll%Dg+QfASYmcaGl+>Y|*dxAr5eW0~|Qwz<N^ltT@6ztv$p64sd`2(;VoT
z#=1fP0R#|0009ILKmdVV1k4X+WT)Nr^y~Ws2ROh14pcdiC1<~?DjwFcw>ZE74sc+i
z1O1XY>u4f-Jv%cvzyS_$pu&MHIaMKm00KDy^MmW`D$aXrcyHhU2ROiiDGsbBWzUK!
zy!Gj9-~b0Wz<~+}dZw|i5I_I{1Q0*~0R#|0U>5=NgBjV1`<FG`<2k?q4sc+i16gwR
ztD4AO&&~`EaDW3GsB)lRGG`rC@vx4)#Q_d*fCJMU$dXeP0tg_G6EHux&Td+^=-2xY
z2ROh14jge{Jt=!u9ATi=9^wE8IKY8v4)jc8T_Jz~0tg_000IagfWR&S<_9yf)9!lu
z^?iZ^9N+*4svO9YvtLye59`=l9N+*4I55$He#xA5G?BfYof#b900%fw;Xsz0st`Z`
zft-N(!F6^O=e;$&H*kOh9N@qd2iB9aXT=oW`gAsMfCC)hK!pQ6(^yvsAb<b@2q1s}
z0tg_mi-7sTjBLgI%Np+S9N+*4I55$HEIIpCO=PcUX9fp2zyS_aInXbevyQ5GSjXPt
z00%h0foTq8$*Bqf1Q5sxm>*ncH!WNA>wSm=9N+*4jySNMlszksFi>j`aexCH;J`Eo
zdZw|i5I_I{1Q0*~0R#|0U>5=NgBjUrcRl_3KEVMFaDW3<4rIyMud0fNb?hw;aDW3G
znCL*iWX?L8$X?IR3=VLB101MuAWKeF2q1t!PQd)&I=hPV-WuK;IKTl8aA1l9>q*(O
zVhV44IvY5^0S<7W!hxP?tSbZ%KmY**5I_I{1Q6Io!2DoFw&MO}4fl8saDW3GnCL*3
zoc*dMve&aSg99Ak00*iZ=$Fh{M^!wmV{dVQ103MMGzYTeRD}Qn2;>CJ53aMDmM!}A
zKEweIaDW3x99U1vo)t$JsI`YUzyS_$V44Fx(^yvsAb<b@2q1s}0tg_mi-7sTjO?_#
zo_>9w-~b0Wz=0|UvgGVnRmH<P_7(>?zyS_Sbf8}{XB|ysuV-fl2ROh14pcahC8sI`
z5I`U&V196&UB!8C4et#c-~b0WFvWrOr0iKSg||MP4IJPA2RKmSK+iPR6#@t#fB*sr
zAb<b@2<#$YelR0jasRT0dprj?zyS_SbRbL4epM6M>)DyX0S<70162<6OXjSjDjwFc
zw>ZE74sc+a16gvaLI42-asuWD*V#?W7X5l3;s6IYz=0zUtS4p9iX#lv+Cv=R00%fQ
z&4He2tSbZ%KmY**5I_I{1Q6Io!2DoFcG_J}zrIg!fCC)hK$Qboa`vmL;$a<oivt|s
z00$;I&@Y*@jwZ6#vonJO9N+*4Djdj?QxyUTAdnL<Ke*1W;=H$p_XZAdfCC(u;=p=R
z_N<t~Tc6Gb4sd`29H?-hXBz7Y0R#|0009ILKmY**b`dZ?n31ixe_6vlo&y}<00$;I
zkR@los)_9N?9AW*2ROiiDhK){bJkH659`=l9N+*4I55qDEICynfB*tH0rP|F?51Ul
ze!UNIfCC)hz!3-5ld@;U5e91QAr5eW100y<K+iPR6#@t#fB*srAb<b@2<#$YelR0D
z?XIU^-zPZ00S<7W%7H97`&Cu(u#UaO0S<700}~zSm&{p56WQz8nZW@LaDW394rIxx
z3IPNV$O)JqTxVBt-dn?a0|z+30S-)YU_B{&R!rfoPiF%MIKTl8R5;Kxjdg_p0tg_0
z00IagfB*u!2$&zt$X49Htl=Kd0S<700}~y{lCxjcMD}`iW^jN59N<8e1O1XY>!^x{
zb?hw;aDW3GnC3v1oT?B&0D+u<`N4H|)3Qas-iJ8A0S<8Bhy&|M*|XvZ1GV-L2ROh1
z4oq{PXBz7Y0R#|0009ILKmY**b`dZ?n30`!*VC`>6CB_G2RKmWK$e{Ss;YQc$KK)q
z2ROiii4OEj=B%TM?Dg!--~b0Wz<~+}vgA~S00Ic)1k4Yvv#U7ot>L|a103K02c|f%
zo|HW+rtsFMvw;H~-~b0I9O#+Gx<UW}1Q0*~0R#|00D)Zu%nxQ{EAC&`aF6Ez2ROii
zi4J7R*{^CMdp$cdIKTl8aG=V8e#xA5RK>$O_7(>?zyS_Sb0AAjRR|z}Ku*B?;5xf$
z*`i<XLmc1$2RLxVf%T;9S#gAcT6>5C9N+*4ra90vjdg_p0tg_000IagfB*u!2$&zt
z$WFWK>DTuO4sd`29H??2OU`~(RXnU?Z*hPF9N@r22l^#**3m@vdUj@TfCC)hK!pQY
za;icA0R(aa<_Fi=Rh;+M@ZP`y4sd`2Qyf@N%AOTdc<a;IzyS_$fCCi{^h{%2A%Fk^
z2q1s}0tg_0z%Byj2Q#u2_b+R>$8&%K9N@r22eRbsS2dBno}C#S-~b0WP~||sWX?LO
z;$a<oivt|s00*WykR_)o1Q0+VCt!YXo!zu-(XaO*4sd`295~{@dQ$eRIKn`!J;VVH
zaDW5T9O#+Gx<UW}1Q0*~0R#|00D)Zu%nxQ{r``4R>-z);IKTl8R5_3(XTPc{9@eq9
zIKTl8aA2YX{gOHBXd-((J2N=I0S<7W!htL~RUv=?0yzQmgX`=n&U<TkZ{Pq2IKY7^
z4y-3-&x$F$_33Qj00%h0feHtDrm?ONKmY**5I_I{1Q0-A7XkBw8QF^amo?nuIluu9
zaA2YXS#tKPn#f+y&I}H4fCC(;a-d%_XB}1Xu#UaO0S<701JfMHl2a7|2q2IXFh97?
zZd$hJ*ZU9$IKTl89C2VhDSK8NVW8F?;s6IYz=3HF^h{%2A%Fk^2q1s}0tg_0z%Byj
z2Q#wM?t1$5eS!lV-~b1z9LSQhUsV+k>)2Zy-~b0WFwud2$((gGk-eUs864mM2RKmS
zK$e`U5I_KdoPhbkb#@i!y*0cyaDW3G;J_3I)|0Yl#T4H9bT)8+103K$g#$g)SXT%j
zfB*srAb<b@2q3VFfce3UY{mV{8t(BN-~b0WFwuc5Ir~*jWUpsu1_wC60S;6-&@Y*@
zj;eTA$KK)q2ROiiX%1w`sR{uE5XcFbA6#cQEnD>KeTV}b-~b1XIIy0SJu8kdP-_oy
zfCC)hz%&PXrm?ONKmY**5I_I{1Q0-A7XkBw8QE!fJ^lJV!2u3%fCE(yWXajDs)~no
z>@5y(fCC(u=s>?@&N`aNUeC@94sd`29H?+0OHNe?Ab>zl!2IAkyNdJP8r~Z?zyS_$
zV2T6lN!hbv3U7Tn8#urL4sf8tfu3osD+CZg009ILKmY**5ZFb){9s15;{Ig~_jnF)
zfCC(u=s=d7{i-Ii*RwN&103K02dW(Cm&{p5RXnU?Z*hPF9N@q-2eRZ;g#ZEw<OIwQ
zuCtq#E&BC7!~qU)fCEPySWn8H6-OATwTC#s0S<6rngc!4SXT%jfB*srAb<b@2q3VF
zfce3U?6kX{etn<d00%h0fhq^G<m^{f#lt%G76&-M0S-)bpkFd)9Zh7fXJ-ZnIKTl8
zR5*|&rz!*xKp-bzesG;##d&WH?+qN_00%fQ#ewyt>{&5|w?3T>9N+*4I8fn0&otH*
z0tg_000IagfB*sr>>^-(Fe6)W|FVXAJO?<y0S-)bAWP1ERTJ6k*_pus4sd`2RSxt^
z=B%SC9@eq9IKTl8aA2APS#qjE009JY0_F$T*-gt9{dynb00%h0fg=vACuPryBMj8q
zLmc1$2RJazfu3osD+CZg009ILKmY**5ZFb){9s0Q+Feh-zE5y~103K$l>=FF_N%Jm
zVI6ym103K02PQhuFPXEBCbHMFGlK&h-~b0I9LSPW6#@t#kP|RJxX!NPytjt;1`cq5
z100y*z<N^lteC=EpUwsjaDW3GsBoZX8tV!H1Q0*~0R#|0009Jc5imcPk*&CYS;IY^
z103K02PQg@C1<~?iR|_4%-{eAIKY7_2l^#*)=?D?>)2Zy-~b0WFwKE1IaMKm00KDy
z^MmW`re%wMy$^AK103MM5eL?jvS-B+25Rjg4sd`29GK=n&otH*0tg_000IagfB*sr
z>>^-(Fe5wduBTt$Cpf?X4sf8#fh;-uRaNn@j=jYJ4sd`26CLQ6%vnbh+3VSv!2u3%
zfCCi{WXY)t0R#}p378*TXIF9FTf=(;2ROh14oq=iJt=!uOyR9hX9EW~zyS_aIM6eV
zb%g)|2q1s}0tg_000O%Rm><l@R@}d=;U3Qc4sd`26CKEsvtQLj_Ih?^aDW3G;6RlF
z{gOHBsEUVm>@5y(fCC(u=0KL5st`Z`ft-N(!F6`ivPHk%hd96i4shUz1M5lIv*HK?
zwe}DPIKTl8Omm=T8tV!H1Q0*~0R#|0009Jc5imcPk)3we)35In9N+*4I8fz4mYn^n
zs(4t(-r@iUIKY944)jartfPtS_3X^x00%h0feHt*<Wz+K0tn;;%nz=!t2pni;k|(a
z9N+*4rZ}*klszk^@YbiZfdd@i00$}@=$Xd4LI42-5I_I{1Q0*~fn5a54`yU5?qAk$
zkLLgfIKY944rIyMuWBNDJv%cvzyS_$pvr-M$((gm#lt%G76&-M0S-)aAWKeF2q1t!
zPQd)&I=gAvqF?Vr9N+*4IB>*)^`z`safE?ddx!%Z-~b1vInXnWb%g)|2q1s}0tg_0
z00O%Rm><l@PP^;r*Y^nyaDW3GsB$1n&VE%@Jgj4HaexCH;J`!&`XzJL(M0xoc4lyZ
z103K$g#%e~szLw(1aboA2iMtEocGr7-oOD4aDW3-99U1vo)uGg>(kl50S<700~HSR
zOk-UkfB*srAb<b@2q1vKE&}EUGqM%;FKf8RbASUJ;J`!&vgGVnHIcoZof#b900%fw
z<v_n=&N`~%VI6ym103K02c|iYC8sI`5I`U&V196&-L!1culFGiaDW3GIO4#1QueGk
z!a%J(!~qU)fCJMU=$Xd4LI42-5I_I{1Q0*~fn5a54`yVi-SzbA`veC#zyS_aIgll1
zzp5%8*0HxZzyS_$V4?&4k~!;WB6~eMGdREj4sf8tfh;*yA%Fk^IRW#7>+CAdduw=a
z-~b0Wz=0_atS4p9iYdJH>1^Nt2ROii3I}?ov91t6009ILKmY**5I|rT0rP_y*^2v@
zHQeJlzyS_$V4?$Aa`vm5$X?IR3=VLB101MwpkFd)9aZtLj=jYJ4sd`2(;Uc>QxyUT
zAdnL<Ke*0rTDIud`w#~>zyS^%abP_udsZA_pw=GZ00%h0foTr(Ok-UkfB*srAb<b@
z2q1vKE&}EUGqTg}diwQ!f&(1j00*iZ$da>PRTU5G*jpUn00%fQ(Sd%+oOLvjy`G&J
z9N+*4I8fn0mYk{(KmdW9fce37b`|HnHM}=)fCC)hz!V48ld@;U6yExDHgJFg9N<8O
z13lANR|p`000IagfB*srAh3&o`N52A#r?|~?(rPp00%fQ(Sa;E`&CV3uV-fl2ROh1
z4pceNFPXEBs(4t(-r@iUIKY8v4rIxx3IPNV$O)JqTxT~eTlDLFhyxtp00)jZu%47X
zD~>QwYY%aN103MMGzWU7v91t6009ILKmY**5I|rT0rP_y*=ct@{rWz^0S<70162-W
z$=R=}iidUVEe>#i100y>K)+<pI-1B{&&~`EaDW3GsBj=lPE`mXfIv>b{NOsfiu2wY
z-Wxc;0S<6riUaFO*|TB_Z+$u&IKTl8aG=70o@uNr1Q0*~0R#|0009IL*hRqnU`Dp$
z{$&mKcn)xY100y>K$e{SswT46vonJO9N+*4svPK-%vncOJgj4HaexCH;J`EovgA~S
z00Ic)1k4YvvzwMJ`t?4<0S<7014kTKPs*MZM;NHJhd96i4sc+a13lANR|p`000Iag
zfB*srAh3&o`N53rw7Z^ueV^a}2ROiiDhIOU>{nIA!#egB2ROh14oq~QUovMMO=PcU
zX9fp2zyS_aIFKc$Dg+QfASYmcaGhPnd2bEx4IJPA2RJarf%T;9SuusTKAjC5-~b0W
zP~kw&G}aXY2q1s}0tg_000Ic?B4B<nBU^F*vW9y+2ROh14oq|)OU`~(6WQz8nZW@L
zaDW3<4)jartfML(*0HxZzyS_$V44G2a;icA0R(aa<_Fi=P0JSjdLQBd2ROiiBMz)5
zWzUKu4Aj~~9N+*4I55qDo@uNr1Q0*~0R#|0009IL*hRqnU`BS@T~EKhPjG+(9N<8e
z16gwRtE%E*9eaxd9N+*4COXhBnX`^2ve&aSg99Ak00$}@$dXeP0tg_G6EHux&aUFT
zw}$ry4sd`29GK$3dQ$eRn8I71&IS%}fCC(;aG+-z>k0t`5I_I{1Q0*~0R(mtFh7`)
zt+;<#!#$n@9N+*4COVKMXTPe6?Dg!--~b0Wz=0|U`XzJLQ56sC*jpUn00%fQ&4DaA
zRUv=?0yzQmgX`?3Ws82j4{?A49N@qa2iB9aXT=c)YV9EoaDW3GnC3vwG}aXY2q1s}
z0tg_000Ic?B4B<nBRlP`r(fSEIKTl8aG=V8EIIpCRq?Qny~P0zaDW379q5<LSw|Du
z>)DyX0S<700~HQr$*Bqf1Q5sxm>*ncS8?83!+Qe<IKTl8OmSd6DSK8-;jK?+0|z+3
z0S;6+&@+v7g#ZEwAb<b@2q1s}0=o#9AI!*B+`p{h9?t;|aDW379mtZiU)4nRdUj@T
zfCC)hK$Qdik~!<BiidUVEe>#i100y<K$e`U5I_KdoPhbkb#~LTMZeyMIKTl8aNvjo
z>q*(O;s^t^_7Dd+zyS_SbD(D$>k0t`5I_I{1Q0*~0R(mtFh7`)op#sLukRBa-~b0W
zP~||Doc*e*cv#2Y;s6IYz=4Sl^h@TfqlxVG?9AW*2ROii3J0>}RD}Qn2;>CJ53aMT
zIPb0Dy@3N9-~b1vIIy0SJu9a0)~B<9103K02Pz!snZ~+8009ILKmY**5I_KdT?EVz
zW@IbwU)FGs=Ku#dz=4SlWXajDY9f0*J2N=I0S<7W%7K2#oOM*i!#egB2ROh14oq_(
zOHNe?Ab>zl!2IAkyJ^{?U++U4-~b0WaKwT2r0iL7gn?Rnhyxtp00*Wy&@+v7g#ZEw
zAb<b@2q1s}0=o#9AI!*3yX)!K_X!SgfCC(;av)32epOXGtYdF+fCC)hz(fc7C3Du%
zMD}`iW^jN59N<8O16gvaLI42-asuWD*V$E^_tx;<zyS_$fCEz;SWn8H6;pWY)7iiQ
z4sd`26%O=FV_hMD00IagfB*srAb`Lw0_F!ZvK99)Yq-aAfCC)hz(fbK<m^{9k-eUs
z864mM2RKmWK)+<pI;!Gf9eaxd9N+*4ra6!$rz!*xKp-bzesG=Lv~1C@_aP2&fCC&j
z;=p=R_N+L<K&?H*0S<701JfMnnZ~+8009ILKmY**5I_KdT?EVzW@M+`_4Moe1P3_4
z0S;6-kR@loswy7Vv9~zD0S<6rq67VsIqPU5dp$cdIKTl8aG=70EICynfB*tH0rP|F
z>?+QCYj|(q00%h0fhi8GCuPryDZKURY~TO~IKY7l2YRNlt`I-~0R#|0009ILKwuXE
z^Me`Liu;!}+~YaG0S<6rq61lS_N$u6UeC@94sd`29H?@jUovMMRq?Qny~P0zaDW5T
z9LSPW6#@t#kP|RJxXx}`w&>UU5C=HG0S+8-U_B{&RvclV)*j*j2ROiiX%6&EV_hMD
z00IagfB*srAb`Lw0_F!ZveWK*`t^N+103K02dW&%lCxh`6%Xs!TO8m32RJa%fqu!H
zbu^K^o}C#S-~b0WP~kw9oT?B&0D+u<`N4H|73aM*yf<)w103MM6bIImvS-B<-uiSl
zaDW3G;6Q}~J=0iM2q1s}0tg_000Iagu#15C!HjIh{mUBe@f_d)2RJa%fh;-uRZV2C
zXJ-ZnIKTl8R5{QunX`_ncv#2Y;s6IYz=3HFWXY)t0R#}p378*TXE!Zd^y__y103K0
z2aY(fo|HW+jxbPb4{?A49N@q-2YRNlt`I-~0R#|0009ILKwuXE^Me`LX?H#S`aZz{
z4sd`2RSsmy*{`aKhjr{N4sd`29GK`pzhurjn#f+y&I}H4fCC(;a3D)gRR|z}Ku*B?
z;5xgC^WGZX8#urL4sc+K1M5lIvtkNweL5RBzyS_$pu&NkX{;**5I_I{1Q0*~0R#}(
zMZo-EMz-SqWexXu4sd`29GK`pmYn^nCbHMFGlK&h-~b1z9O#$KSw~eotYdF+fCC)h
zz%&Q4<Wz+K0tn;;%nz=!o0cv5^*+P_4sd`2M;usB%AOTR7^t;}IKTl8aA2APJ=0iM
z2q1s}0tg_000Iagu#15C!Hn#*yPkf1pWpxoIKY7_2eRbsS5?KsI`$R^IKTl8Omv`M
zGG`r4WUpsu1_wC60S;6+kR_)o1Q0+VCt!YXon6IwZw>Da9N+*4I55S5^`z`sF@?82
zoedn|00%fw;Xuzc))fK>Ab<b@2q1s}0toCPV16(oTXFxghI>2*IKTl8OmrYi&VE%B
z+3VSv!2u3%fCE(y^h@TfqbeTOv9~zD0S<6rngdyKszLw(1aboA2iMt6%NG55AL0N9
zIKY7;4y-3-&x#`q)Y?NF-~b0WFwKFUX{;**5I_I{1Q0*~0R#}(MZo-EMt0g=PrtrT
zaDW3G;6RlFS#tKPs^VcCdy4}c-~b0EI?ykfvyLXR*RwN&103K02Pz!Ml2a7|2q2IX
zFh97?uHwA6hW7>zaDW3GnBu^CQueHv!dsut1`cq5101Mupl2HE3IPNVKmY**5I_I{
z1a=WHKbVoNxPMv0J)Q#`-~b0EI*=u2zp9Ds_3X^x00%h0fhq_3C3DtM6%Xs!TO8m3
z2RJazfh;*yA%Fk^IRW#7>+Ggwi+;TiaexCH;J^_F)|0Yl#SsQ-?I8|ufCC(u=0MLh
z))fK>Ab<b@2q1s}0toCPV16(oJMFHgU*9J<zyS_$pvr+PIr~*r@vx4)#Q_d*fCCd9
z=$Fh{M-$oW*_pus4sd`26%J&{sR{uE5XcFbA6#cwao$_QdjkhJzyS_SabP_udsa;0
ztxsnI2ROh14pcbMGmUkH00IagfB*srAb<b@y9k&c%*a;UzpUXN&jAi_fCCd9$da>P
z)kOAsc4lyZ103K$l>_~fIqRs3hjr{N4sd`29GK=nmYk{(KmdW9fce37cGI#&zut#9
zzyS_$;D`h3N!hdF2m`hD5C=HG0S-)apl2HE3IPNVKmY**5I_I{1a=WHKbVo7cGuId
z?-Ly000%fw<v^C4{i>>XSjXPt00%h0fr$?EOXjSjiR|_4%-{eAIKY7l2eRZ;g#ZEw
z<OIwQuCuE+@2%mzfdd@i00*Wxu%47XE2i+)r?Y_r9N+*4DjevU#=1fP0R#|0009IL
zKmdVV1k4X+WGn7p)^LyK00%h0fr$=e$=R=JB6~eMGdREj4sf8#fqu!HbyUT}I`$R^
zIKTl8OmiShPE`mXfIv>b{NOsfY1yJ*??W8m00%g5#DVps>{)Syfm(Zr103K02c|jD
zGmUkH00IagfB*srAb<b@y9k&c%*al=>*?3`2@Y_8101MwAWP1ERaHE!V{dVQ103MM
zL<jmMbJo#B_Ih?^aDW3G;6Q}~S#qjE009JY0_F$T*;SnP*6`lI0S<7015+GWPs*MZ
zQ+Vss*}wq~aDW394)jc8T_Jz~0tg_000IagfWR&S<_9yf756V|xW{vV103MML<h3u
z>{m6By`G&J9N+*4I8fz4zhurjs^VcCdy4}c-~b1vIgll%Dg+QfASYmcaGl+>Y|*dx
zAr5eW0~|Qwz<N^ltT@6ztv$p64sd`2(;VoT#=1fP0R#|0009ILKmdVV1k4X+WT)Nr
z^y~Ws2ROh14pcdiC1<~?DjwFcw>ZE74sc+i1O1XY>u4f-Jv%cvzyS_$pu&MHIaMKm
z00KDy^MmW`D$aXrcyHhU2ROiiDGsbBWzUK!y!Gj9-~b0Wz<~+}dZw|i5I_I{1Q0*~
z0R#|0U>5=NgBjV1`<FG`<2k?q4sc+i16gwRtD4AO&&~`EaDW3GsB)lRGG`rC@vx4)
z#Q_d*fCJMU$dXeP0tg_G6EHux&Td+^=-2xY2ROh14jge{Jt=!u9ATi=9^wE8IKY8v
z4)jc8T_Jz~0tg_000IagfWR&S<_9yf)9!lu^?iZ^9N+*4svO9YvtLye59`=l9N+*4
zI55$He#xA5G?BfYof#b900%fw;Xsz0st`Z`ft-N(!F6^O=e;$&H*kOh9N@qd2iB9a
zXT=oW`gAsMfCC)hK!pQ6(^yvsAb<b@2q1s}0tg_mi-7sTjBLgI%Np+S9N+*4I55$H
zEIIpCO=PcUX9fp2zyS_aInXbevyQ5GSjXPt00%h0foTq8$*Bqf1Q5sxm>*ncH!WNA
z>wSm=9N+*4jySNMlszksFi>j`aexCH;J`EodZw|i5I_I{1Q0*~0R#|0U>5=NgBjUr
zcRl_3KEVMFaDW3<4rIyMud0fNb?hw;aDW3GnCL*iWX?L8$X?IR3=VLB101MuAWKeF
z2q1t!PQd)&I=hPV-WuK;IKTl8aA1l9>q*(OVhV44IvY5^0S<7W!hxP?tSbZ%KmY**
z5I_I{1Q6Io!2DoFw&MO}4fl8saDW3GnCL*3oc*dMve&aSg99Ak00*iZ=$Fh{M^!wm
zV{dVQ103MMGzYTeRD}Qn2;>CJ53aMDmM!}AKEweIaDW3x99U1vo)t$JsI`YUzyS_$
zV44Fx(^yvsAb<b@2q1s}0tg_mi-7sTjO?_#o_>9w-~b0Wz=0|UvgGVnRmH<P_7(>?
zzyS_Sbf8}{XB|ysuV-fl2ROh14pcahC8sI`5I`U&V196&UB!8C4et#c-~b0WFvWrO
zr0iKSg||MP4IJPA2RKmSK+iPR6#@t#fB*srAb<b@2<#$YelR0jasRT0dprj?zyS_S
zbRbL4epM6M>)DyX0S<70162<6OXjSjDjwFcw>ZE74sc+a16gvaLI42-asuWD*V#?W
z7X5l3;s6IYz=0zUtS4p9iX#lv+Cv=R00%fQ&4He2tSbZ%KmY**5I_I{1Q6Io!2DoF
zcG_J}zrIg!fCC)hK$Qboa`vmL;$a<oivt|s00$;I&@Y*@jwZ6#vonJO9N+*4Djdj?
zQxyUTAdnL<Ke*1W;=H$p_XZAdfCC(u;=p=R_N<t~Tc6Gb4sd`29H?-hXBz7Y0R#|0
z009ILKmY**b`dZ?n31ixe_6vlo&y}<00$;IkR@los)_9N?9AW*2ROiiDhK){bJkH6
z59`=l9N+*4I55qDEICynfB*tH0rP|F?51Ule!UNIfCC)hz!3-5ld@;U5e91QAr5eW
z100y<K+iPR6#@t#fB*srAb<b@2<#$YelR0D?XIU^-zPZ00S<7W%7H97`&Cu(u#UaO
z0S<700}~zSm&{p56WQz8nZW@LaDW394rIxx3IPNV$O)JqTxVBt-dn?a0|z+30S-)Y
zU_B{&R!rfoPiF%MIKTl8R5;Kxjdg_p0tg_000IagfB*u!2$&zt$X49Htl=Kd0S<70
z0}~y{lCxjcMD}`iW^jN59N<8e1O1XY>!^x{b?hw;aDW3GnC3v1oT?B&0D+u<`N4H|
z)3Qas-iJ8A0S<8Bhy&|M*|XvZ1GV-L2ROh14oq{PXBz7Y0R#|0009ILKmY**b`dZ?
zn30`!*VC`>6CB_G2RKmWK$e{Ss;YQc$KK)q2ROiii4OEj=B%TM?Dg!--~b0Wz<~+}
zvgA~S00Ic)1k4Yvv#U7ot>L|a103K02c|f%o|HW+rtsFMvw;H~-~b0I9O#+Gx<UW}
z1Q0*~0R#|00D)Zu%nxQ{EAC&`aF6Ez2ROiii4J7R*{^CMdp$cdIKTl8aG=V8e#xA5
zRK>$O_7(>?zyS_Sb0AAjRR|z}Ku*B?;5xf$*`i<XLmc1$2RLxVf%T;9S#gAcT6>5C
z9N+*4ra90vjdg_p0tg_000IagfB*u!2$&zt$WFWK>DTuO4sd`29H??2OU`~(RXnU?
zZ*hPF9N@r22l^#**3m@vdUj@TfCC)hK!pQYa;icA0R(aa<_Fi=Rh;+M@ZP`y4sd`2
zQyf@N%AOTdc<a;IzyS_$fCCi{^h{%2A%Fk^2q1s}0tg_0z%Byj2Q#u2_b+R>$8&%K
z9N@r22eRbsS2dBno}C#S-~b0WP~||sWX?LO;$a<oivt|s00*WykR_)o1Q0+VCt!YX
zo!zu-(XaO*4sd`295~{@dQ$eRIKn`!J;VVHaDW5T9O#+Gx<UW}1Q0*~0R#|00D)Zu
z%nxQ{r``4R>-z);IKTl8R5_3(XTPc{9@eq9IKTl8aA2YX{gOHBXd-((J2N=I0S<7W
z!htL~RUv=?0yzQmgX`=n&U<TkZ{Pq2IKY7^4y-3-&x$F$_33Qj00%h0feHtDrm?ON
zKmY**5I_I{1Q0-A7XkBw8QF^amo?nuIluu9aA2YXS#tKPn#f+y&I}H4fCC(;a-d%_
zXB}1Xu#UaO0S<701JfMHl2a7|2q2IXFh97?Zd$hJ*ZU9$IKTl89C2VhDSK8NVW8F?
z;s6IYz=3HF^h{%2A%Fk^2q1s}0tg_0z%Byj2Q#wM?t1$5eS!lV-~b1z9LSQhUsV+k
z>)2Zy-~b0WFwud2$((gGk-eUs864mM2RKmSK$e`U5I_KdoPhbkb#@i!y*0cyaDW3G
z;J_3I)|0Yl#T4H9bT)8+103K$g#$g)SXT%jfB*srAb<b@2q3VFfce3UY{mV{8t(BN
z-~b0WFwuc5Ir~*jWUpsu1_wC60S;6-&@Y*@j;eTA$KK)q2ROiiX%1w`sR{uE5XcFb
zA6#cQEnD>KeTV}b-~b1XIIy0SJu8kdP-_oyfCC)hz%&PXrm?ONKmY**5I_I{1Q0-A
z7XkBw8QE!fJ^lJV!2u3%fCE(yWXajDs)~no>@5y(fCC(u=s>?@&N`aNUeC@94sd`2
z9H?+0OHNe?Ab>zl!2IAkyNdJP8r~Z?zyS_$V2T6lN!hbv3U7Tn8#urL4sf8tfu3os
zD+CZg009ILKmY**5ZFb){9s15;{Ig~_jnF)fCC(u=s=d7{i-Ii*RwN&103K02dW(C
zm&{p5RXnU?Z*hPF9N@q-2eRZ;g#ZEw<OIwQuCtq#E&BC7!~qU)fCEPySWn8H6-OAT
zwTC#s0S<6rngc!4SXT%jfB*srAb<b@2q3VFfce3U?6kX{etn<d00%h0fhq^G<m^{f
z#lt%G76&-M0S-)bpkFd)9Zh7fXJ-ZnIKTl8R5*|&rz!*xKp-bzesG;##d&WH?+qN_
z00%fQ#ewyt>{&5|w?3T>9N+*4I8fn0&otH*0tg_000IagfB*sr>>^-(Fe6)W|FVXA
zJO?<y0S-)bAWP1ERTJ6k*_pus4sd`2RSxt^=B%SC9@eq9IKTl8aA2APS#qjE009JY
z0_F$T*-gt9{dynb00%h0fg=vACuPryBMj8qLmc1$2RJazfu3osD+CZg009ILKmY**
z5ZFb){9s0Q+Feh-zE5y~103K$l>=FF_N%JmVI6ym103K02PQhuFPXEBCbHMFGlK&h
z-~b0I9LSPW6#@t#kP|RJxX!NPytjt;1`cq5100y*z<N^lteC=EpUwsjaDW3GsBoZX
z8tV!H1Q0*~0R#|0009Jc5imcPk*&CYS;IY^103K02PQg@C1<~?iR|_4%-{eAIKY7_
z2l^#*)=?D?>)2Zy-~b0WFwKE1IaMKm00KDy^MmW`re%wMy$^AK103MM5eL?jvS-B+
z25Rjg4sd`29GK=n&otH*0tg_000IagfB*sr>>^-(Fe5wduBTt$Cpf?X4sf8#fh;-u
zRaNn@j=jYJ4sd`26CLQ6%vnbh+3VSv!2u3%fCCi{WXY)t0R#}p378*TXIF9FTf=(;
z2ROh14oq=iJt=!uOyR9hX9EW~zyS_aIM6eVb%g)|2q1s}0tg_000O%Rm><l@R@}d=
z;U3Qc4sd`26CKEsvtQLj_Ih?^aDW3G;6RlF{gOHBsEUVm>@5y(fCC(u=0KL5st`Z`
zft-N(!F6`ivPHk%hd96i4shUz1M5lIv*HK?we}DPIKTl8Omm=T8tV!H1Q0*~0R#|0
z009Jc5imcPk)3we)35In9N+*4I8fz4mYn^ns(4t(-r@iUIKY944)jartfPtS_3X^x
z00%h0feHt*<Wz+K0tn;;%nz=!t2pni;k|(a9N+*4rZ}*klszk^@YbiZfdd@i00$}@
z=$Xd4LI42-5I_I{1Q0*~fn5a54`yU5?qAk$kLLgfIKY944rIyMuWBNDJv%cvzyS_$
zpvr-M$((gm#lt%G76&-M0S-)aAWKeF2q1t!PQd)&I=gAvqF?Vr9N+*4IB>*)^`z`s
zafE?ddx!%Z-~b1vInXnWb%g)|2q1s}0tg_000O%Rm><l@PP^;r*Y^nyaDW3GsB$1n
z&VE%@Jgj4HaexCH;J`!&`XzJL(M0xoc4lyZ103K$g#%e~szLw(1aboA2iMtEocGr7
z-oOD4aDW3-99U1vo)uGg>(kl50S<700~HSROk-UkfB*srAb<b@2q1vKE&}EUGqM%;
zFKf8RbASUJ;J`!&vgGVnHIcoZof#b900%fw<v_n=&N`~%VI6ym103K02c|iYC8sI`
z5I`U&V196&-L!1culFGiaDW3GIO4#1QueGk!a%J(!~qU)fCJMU=$Xd4LI42-5I_I{
z1Q0*~fn5a54`yVi-SzbA`veC#zyS_aIgll1zp5%8*0HxZzyS_$V4?&4k~!;WB6~eM
zGdREj4sf8tfh;*yA%Fk^IRW#7>+CAdduw=a-~b0Wz=0_atS4p9iYdJH>1^Nt2ROii
z3I}?ov91t6009ILKmY**5I|rT0rP_y*^2v@HQeJlzyS_$V4?$Aa`vm5$X?IR3=VLB
z101MwpkFd)9aZtLj=jYJ4sd`2(;Uc>QxyUTAdnL<Ke*0rTDIud`w#~>zyS^%abP_u
zdsZA_pw=GZ00%h0foTr(Ok-UkfB*srAb<b@2q1vKE&}EUGqTg}diwQ!f&(1j00*iZ
z$da>PRTU5G*jpUn00%fQ(Sd%+oOLvjy`G&J9N+*4I8fn0mYk{(KmdW9fce37b`|Hn
zHM}=)fCC)hz!V48ld@;U6yExDHgJFg9N<8O13lANR|p`000IagfB*srAh3&o`N52A
z#r?|~?(rPp00%fQ(Sa;E`&CV3uV-fl2ROh14pceNFPXEBs(4t(-r@iUIKY8v4rIxx
z3IPNV$O)JqTxT~eTlDLFhyxtp00)jZu%47XD~>QwYY%aN103MMGzWU7v91t6009IL
zKmY**5I|rT0rP_y*=ct@{rWz^0S<70162-W$=R=}iidUVEe>#i100y>K)+<pI-1B{
z&&~`EaDW3GsBj=lPE`mXfIv>b{NOsfiu2wY-Wxc;0S<6riUaFO*|TB_Z+$u&IKTl8
zaG=70o@uNr1Q0*~0R#|0009IL*hRqnU`Dp${$&mKcn)xY100y>K$e{SswT46vonJO
z9N+*4svPK-%vncOJgj4HaexCH;J`EovgA~S00Ic)1k4YvvzwMJ`t?4<0S<7014kTK
zPs*MZM;NHJhd96i4sc+a13lANR|p`000IagfB*srAh3&o`N53rw7Z^ueV^a}2ROii
zDhIOU>{nIA!#egB2ROh14oq~QUovMMO=PcUX9fp2zyS_aIFKc$Dg+QfASYmcaGhPn
zd2bEx4IJPA2RJarf%T;9SuusTKAjC5-~b0WP~kw&G}aXY2q1s}0tg_000Ic?B4B<n
zBU^F*vW9y+2ROh14oq|)OU`~(6WQz8nZW@LaDW3<4)jartfML(*0HxZzyS_$V44G2
za;icA0R(aa<_Fi=P0JSjdLQBd2ROiiBMz)5WzUKu4Aj~~9N+*4I55qDo@uNr1Q0*~
z0R#|0009IL*hRqnU`BS@T~EKhPjG+(9N<8e16gwRtE%E*9eaxd9N+*4COXhBnX`^2
zve&aSg99Ak00$}@$dXeP0tg_G6EHux&aUFTw}$ry4sd`29GK$3dQ$eRn8I71&IS%}
zfCC(;aG+-z>k0t`5I_I{1Q0*~0R(mtFh7`)t+;<#!#$n@9N+*4COVKMXTPe6?Dg!-
z-~b0Wz=0|U`XzJLQ56sC*jpUn00%fQ&4DaARUv=?0yzQmgX`?3Ws82j4{?A49N@qa
z2iB9aXT=c)YV9EoaDW3GnC3vwG}aXY2q1s}0tg_000Ic?B4B<nBRlP`r(fSEIKTl8
zaG=V8EIIpCRq?Qny~P0zaDW379q5<LSw|Du>)DyX0S<700~HQr$*Bqf1Q5sxm>*nc
zS8?83!+Qe<IKTl8OmSd6DSK8-;jK?+0|z+30S;6+&@+v7g#ZEwAb<b@2q1s}0=o#9
zAI!*B+`p{h9?t;|aDW379mtZiU)4nRdUj@TfCC)hK$Qdik~!<BiidUVEe>#i100y<
zK$e`U5I_KdoPhbkb#~LTMZeyMIKTl8aNvjo>q*(O;s^t^_7Dd+zyS_SbD(D$>k0t`
z5I_I{1Q0*~0R(mtFh7`)op#sLukRBa-~b0WP~||Doc*e*cv#2Y;s6IYz=4Sl^h@Tf
zqlxVG?9AW*2ROii3J0>}RD}Qn2;>CJ53aMTIPb0Dy@3N9-~b1vIIy0SJu9a0)~B<9
z103K02Pz!snZ~+8009ILKmY**5I_KdT?EVzW@IbwU)FGs=Ku#dz=4SlWXajDY9f0*
zJ2N=I0S<7W%7K2#oOM*i!#egB2ROh14oq_(OHNe?Ab>zl!2IAkyJ^{?U++U4-~b0W
zaKwT2r0iL7gn?Rnhyxtp00*Wy&@+v7g#ZEwAb<b@2q1s}0=o#9AI!*3yX)!K_X!Sg
zfCC(;av)32epOXGtYdF+fCC)hz(fc7C3Du%MD}`iW^jN59N<8O16gvaLI42-asuWD
z*V$E^_tx;<zyS_$fCEz;SWn8H6;pWY)7iiQ4sd`26%O=FV_hMD00IagfB*srAb`Lw
z0_F!ZvK99)Yq-aAfCC)hz(fbK<m^{9k-eUs864mM2RKmWK)+<pI;!Gf9eaxd9N+*4
zra6!$rz!*xKp-bzesG=Lv~1C@_aP2&fCC&j;=p=R_N+L<K&?H*0S<701JfMnnZ~+8
z009ILKmY**5I_KdT?EVzW@M+`_4Moe1P3_40S;6-kR@loswy7Vv9~zD0S<6rq67Vs
zIqPU5dp$cdIKTl8aG=70EICynfB*tH0rP|F>?+QCYj|(q00%h0fhi8GCuPryDZKUR
zY~TO~IKY7l2YRNlt`I-~0R#|0009ILKwuXE^Me`Liu;!}+~YaG0S<6rq61lS_N$u6
zUeC@94sd`29H?@jUovMMRq?Qny~P0zaDW5T9LSPW6#@t#kP|RJxXx}`w&>UU5C=HG
z0S+8-U_B{&RvclV)*j*j2ROiiX%6&EV_hMD00IagfB*srAb`Lw0_F!ZveWK*`t^N+
z103K02dW&%lCxh`6%Xs!TO8m32RJa%fqu!Hbu^K^o}C#S-~b0WP~kw9oT?B&0D+u<
z`N4H|73aM*yf<)w103MM6bIImvS-B<-uiSlaDW3G;6Q}~J=0iM2q1s}0tg_000Iag
zu#15C!HjIh{mUBe@f_d)2RJa%fh;-uRZV2CXJ-ZnIKTl8R5{QunX`_ncv#2Y;s6IY
zz=3HFWXY)t0R#}p378*TXE!Zd^y__y103K02aY(fo|HW+jxbPb4{?A49N@q-2YRNl
zt`I-~0R#|0009ILKwuXE^Me`LX?H#S`aZz{4sd`2RSsmy*{`aKhjr{N4sd`29GK`p
zzhurjn#f+y&I}H4fCC(;a3D)gRR|z}Ku*B?;5xgC^WGZX8#urL4sc+K1M5lIvtkNw
zeL5RBzyS_$pu&NkX{;**5I_I{1Q0*~0R#}(MZo-EMz-SqWexXu4sd`29GK`pmYn^n
zCbHMFGlK&h-~b1z9O#$KSw~eotYdF+fCC)hz%&Q4<Wz+K0tn;;%nz=!o0cv5^*+P_
z4sd`2M;usB%AOTR7^t;}IKTl8aA2APJ=0iM2q1s}0tg_000Iagu#15C!Hn#*yPkf1
zpWpxoIKY7_2eRbsS5?KsI`$R^IKTl8Omv`MGG`r4WUpsu1_wC60S;6+kR_)o1Q0+V
zCt!YXon6IwZw>Da9N+*4I55S5^`z`sF@?82oedn|00%fw;Xuzc))fK>Ab<b@2q1s}
z0toCPV16(oTXFxghI>2*IKTl8OmrYi&VE%B+3VSv!2u3%fCE(y^h@TfqbeTOv9~zD
z0S<6rngdyKszLw(1aboA2iMt6%NG55AL0N9IKY7;4y-3-&x#`q)Y?NF-~b0WFwKFU
zX{;**5I_I{1Q0*~0R#}(MZo-EMt0g=PrtrTaDW3G;6RlFS#tKPs^VcCdy4}c-~b0E
zI?ykfvyLXR*RwN&103K02Pz!Ml2a7|2q2IXFh97?uHwA6hW7>zaDW3GnBu^CQueHv
z!dsut1`cq5101Mupl2HE3IPNVKmY**5I_I{1a=WHKbVoNxPMv0J)Q#`-~b0EI*=u2
zzp9Ds_3X^x00%h0fhq_3C3DtM6%Xs!TO8m32RJazfh;*yA%Fk^IRW#7>+Ggwi+;Ti
zaexCH;J^_F)|0Yl#SsQ-?I8|ufCC(u=0MLh))fK>Ab<b@2q1s}0toCPV16(oJMFHg
zU*9J<zyS_$pvr+PIr~*r@vx4)#Q_d*fCCd9=$Fh{M-$oW*_pus4sd`26%J&{sR{uE
z5XcFbA6#cwao$_QdjkhJzyS_SabP_udsa;0txsnI2ROh14pcbMGmUkH00IagfB*sr
zAb<b@y9k&c%*a;UzpUXN&jAi_fCCd9$da>P)kOAsc4lyZ103K$l>_~fIqRs3hjr{N
z4sd`29GK=nmYk{(KmdW9fce37cGI#&zut#9zyS_$;D`h3N!hdF2m`hD5C=HG0S-)a
zpl2HE3IPNVKmY**5I_I{1a=WHKbVo7cGuId?-Ly000%fw<v^C4{i>>XSjXPt00%h0
zfr$?EOXjSjiR|_4%-{eAIKY7l2eRZ;g#ZEw<OIwQuCuE+@2%mzfdd@i00*Wxu%47X
zE2i+)r?Y_r9N+*4DjevU#=1fP0R#|0009ILKmdVV1k4X+WGn7p)^LyK00%h0fr$=e
z$=R=JB6~eMGdREj4sf8#fqu!HbyUT}I`$R^IKTl8OmiShPE`mXfIv>b{NOsfY1yJ*
z??W8m00%g5#DVps>{)Syfm(Zr103K02c|jDGmUkH00IagfB*srAb<b@y9k&c%*al=
z>*?3`2@Y_8101MwAWP1ERaHE!V{dVQ103MML<jmMbJo#B_Ih?^aDW3G;6Q}~S#qjE
z009JY0_F$T*;SnP*6`lI0S<7015+GWPs*MZQ+Vss*}wq~aDW394)jc8T_Jz~0tg_0
z00IagfWR&S<_9yf756V|xW{vV103MML<h3u>{m6By`G&J9N+*4I8fz4zhurjs^VcC
zdy4}c-~b1vIgll%Dg+QfASYmcaGl+>Y|*dxAr5eW0~|Qwz<N^ltT@6ztv$p64sd`2
z(;VoT#=1fP0R#|0009ILKmdVV1k4X+WT)Nr^y~Ws2ROh14pcdiC1<~?DjwFcw>ZE7
z4sc+i1O1XY>u4f-Jv%cvzyS_$pu&MHIaMKm00KDy^MmW`D$aXrcyHhU2ROiiDGsbB
zWzUK!y!Gj9-~b0Wz<~+}dZw|i5I_I{1Q0*~0R#|0U>5=NgBjV1`<FG`<2k?q4sc+i
z16gwRtD4AO&&~`EaDW3GsB)lRGG`rC@vx4)#Q_d*fCJMU$dXeP0tg_G6EHux&Td+^
z=-2xY2ROh14jge{Jt=!u9ATi=9^wE8IKY8v4)jc8T_Jz~0tg_000IagfWR&S<_9yf
z)9!lu^?iZ^9N+*4svO9YvtLye59`=l9N+*4I55$He#xA5G?BfYof#b900%fw;Xsz0
zst`Z`ft-N(!F6^O=e;$&H*kOh9N@qd2iB9aXT=oW`gAsMfCC)hK!pQ6(^yvsAb<b@
z2q1s}0tg_mi-7sTjBLgI%Np+S9N+*4I55$HEIIpCO=PcUX9fp2zyS_aInXbevyQ5G
zSjXPt00%h0foTq8$*Bqf1Q5sxm>*ncH!WNA>wSm=9N+*4jySNMlszksFi>j`aexCH
z;J`EodZw|i5I_I{1Q0*~0R#|0U>5=NgBjUrcRl_3KEVMFaDW3<4rIyMud0fNb?hw;
zaDW3GnCL*iWX?L8$X?IR3=VLB101MuAWKeF2q1t!PQd)&I=hPV-WuK;IKTl8aA1l9
z>q*(OVhV44IvY5^0S<7W!hxP?tSbZ%KmY**5I_I{1Q6Io!2DoFw&MO}4fl8saDW3G
znCL*3oc*dMve&aSg99Ak00*iZ=$Fh{M^!wmV{dVQ103MMGzYTeRD}Qn2;>CJ53aMD
zmM!}AKEweIaDW3x99U1vo)t$JsI`YUzyS_$V44Fx(^yvsAb<b@2q1s}0tg_mi-7sT
zjO?_#o_>9w-~b0Wz=0|UvgGVnRmH<P_7(>?zyS_Sbf8}{XB|ysuV-fl2ROh14pcah
zC8sI`5I`U&V196&UB!8C4et#c-~b0WFvWrOr0iKSg||MP4IJPA2RKmSK+iPR6#@t#
zfB*srAb<b@2<#$YelR0jasRT0dprj?zyS_SbRbL4epM6M>)DyX0S<70162<6OXjSj
zDjwFcw>ZE74sc+a16gvaLI42-asuWD*V#?W7X5l3;s6IYz=0zUtS4p9iX#lv+Cv=R
z00%fQ&4He2tSbZ%KmY**5I_I{1Q6Io!2DoFcG_J}zrIg!fCC)hK$Qboa`vmL;$a<o
zivt|s00$;I&@Y*@jwZ6#vonJO9N+*4Djdj?QxyUTAdnL<Ke*1W;=H$p_XZAdfCC(u
z;=p=R_N<t~Tc6Gb4sd`29H?-hXBz7Y0R#|0009ILKmY**b`dZ?n31ixe_6vlo&y}<
z00$;IkR@los)_9N?9AW*2ROiiDhK){bJkH659`=l9N+*4I55qDEICynfB*tH0rP|F
z?51Ule!UNIfCC)hz!3-5ld@;U5e91QAr5eW100y<K+iPR6#@t#fB*srAb<b@2<#$Y
zelR0D?XIU^-zPZ00S<7W%7H97`&Cu(u#UaO0S<700}~zSm&{p56WQz8nZW@LaDW39
z4rIxx3IPNV$O)JqTxVBt-dn?a0|z+30S-)YU_B{&R!rfoPiF%MIKTl8R5;Kxjdg_p
z0tg_000IagfB*u!2$&zt$X49Htl=Kd0S<700}~y{lCxjcMD}`iW^jN59N<8e1O1XY
z>!^x{b?hw;aDW3GnC3v1oT?B&0D+u<`N4H|)3Qas-iJ8A0S<8Bhy&|M*|XvZ1GV-L
z2ROh14oq{PXBz7Y0R#|0009ILKmY**b`dZ?n30`!*VC`>6CB_G2RKmWK$e{Ss;YQc
z$KK)q2ROiii4OEj=B%TM?Dg!--~b0Wz<~+}vgA~S00Ic)1k4Yvv#U7ot>L|a103K0
z2c|f%o|HW+rtsFMvw;H~-~b0I9O#+Gx<UW}1Q0*~0R#|00D)Zu%nxQ{EAC&`aF6Ez
z2ROiii4J7R*{^CMdp$cdIKTl8aG=V8e#xA5RK>$O_7(>?zyS_Sb0AAjRR|z}Ku*B?
z;5xf$*`i<XLmc1$2RLxVf%T;9S#gAcT6>5C9N+*4ra90vjdg_p0tg_000IagfB*u!
z2$&zt$WFWK>DTuO4sd`29H??2OU`~(RXnU?Z*hPF9N@r22l^#**3m@vdUj@TfCC)h
zK!pQYa;icA0R(aa<_Fi=Rh;+M@ZP`y4sd`2Qyf@N%AOTdc<a;IzyS_$fCCi{^h{%2
zA%Fk^2q1s}0tg_0z%Byj2Q#u2_b+R>$8&%K9N@r22eRbsS2dBno}C#S-~b0WP~||s
zWX?LO;$a<oivt|s00*WykR_)o1Q0+VCt!YXo!zu-(XaO*4sd`295~{@dQ$eRIKn`!
zJ;VVHaDW5T9O#+Gx<UW}1Q0*~0R#|00D)Zu%nxQ{r``4R>-z);IKTl8R5_3(XTPc{
z9@eq9IKTl8aA2YX{gOHBXd-((J2N=I0S<7W!htL~RUv=?0yzQmgX`=n&U<TkZ{Pq2
zIKY7^4y-3-&x$F$_33Qj00%h0feHtDrm?ONKmY**5I_I{1Q0-A7XkBw8QF^amo?nu
zIluu9aA2YXS#tKPn#f+y&I}H4fCC(;a-d%_XB}1Xu#UaO0S<701JfMHl2a7|2q2IX
zFh97?Zd$hJ*ZU9$IKTl89C2VhDSK8NVW8F?;s6IYz=3HF^h{%2A%Fk^2q1s}0tg_0
zz%Byj2Q#wM?t1$5eS!lV-~b1z9LSQhUsV+k>)2Zy-~b0WFwud2$((gGk-eUs864mM
z2RKmSK$e`U5I_KdoPhbkb#@i!y*0cyaDW3G;J_3I)|0Yl#T4H9bT)8+103K$g#$g)
zSXT%jfB*srAb<b@2q3VFfce3UY{mV{8t(BN-~b0WFwuc5Ir~*jWUpsu1_wC60S;6-
z&@Y*@j;eTA$KK)q2ROiiX%1w`sR{uE5XcFbA6#cQEnD>KeTV}b-~b1XIIy0SJu8kd
zP-_oyfCC)hz%&PXrm?ONKmY**5I_I{1Q0-A7XkBw8QE!fJ^lJV!2u3%fCE(yWXajD
zs)~no>@5y(fCC(u=s>?@&N`aNUeC@94sd`29H?+0OHNe?Ab>zl!2IAkyNdJP8r~Z?
zzyS_$V2T6lN!hbv3U7Tn8#urL4sf8tfu3osD+CZg009ILKmY**5ZFb){9s15;{Ig~
z_jnF)fCC(u=s=d7{i-Ii*RwN&103K02dW(Cm&{p5RXnU?Z*hPF9N@q-2eRZ;g#ZEw
z<OIwQuCtq#E&BC7!~qU)fCEPySWn8H6-OATwTC#s0S<6rngc!4SXT%jfB*srAb<b@
z2q3VFfce3U?6kX{etn<d00%h0fhq^G<m^{f#lt%G76&-M0S-)bpkFd)9Zh7fXJ-Zn
zIKTl8R5*|&rz!*xKp-bzesG;##d&WH?+qN_00%fQ#ewyt>{&5|w?3T>9N+*4I8fn0
z&otH*0tg_000IagfB*sr>>^-(Fe6)W|FVXAJO?<y0S-)bAWP1ERTJ6k*_pus4sd`2
zRSxt^=B%SC9@eq9IKTl8aA2APS#qjE009JY0_F$T*-gt9{dynb00%h0fg=vACuPry
zBMj8qLmc1$2RJazfu3osD+CZg009ILKmY**5ZFb){9s0Q+Feh-zE5y~103K$l>=FF
z_N%JmVI6ym103K02PQhuFPXEBCbHMFGlK&h-~b0I9LSPW6#@t#kP|RJxX!NPytjt;
z1`cq5100y*z<N^lteC=EpUwsjaDW3GsBoZX8tV!H1Q0*~0R#|0009Jc5imcPk*&CY
zS;IY^103K02PQg@C1<~?iR|_4%-{eAIKY7_2l^#*)=?D?>)2Zy-~b0WFwKE1IaMKm
z00KDy^MmW`re%wMy$^AK103MM5eL?jvS-B+25Rjg4sd`29GK=n&otH*0tg_000Iag
zfB*sr>>^-(Fe5wduBTt$Cpf?X4sf8#fh;-uRaNn@j=jYJ4sd`26CLQ6%vnbh+3VSv
z!2u3%fCCi{WXY)t0R#}p378*TXIF9FTf=(;2ROh14oq=iJt=!uOyR9hX9EW~zyS_a
zIM6eVb%g)|2q1s}0tg_000O%Rm><l@R@}d=;U3Qc4sd`26CKEsvtQLj_Ih?^aDW3G
z;6RlF{gOHBsEUVm>@5y(fCC(u=0KL5st`Z`ft-N(!F6`ivPHk%hd96i4shUz1M5lI
zv*HK?we}DPIKTl8Omm=T8tV!H1Q0*~0R#|0009Jc5imcPk)3we)35In9N+*4I8fz4
zmYn^ns(4t(-r@iUIKY944)jartfPtS_3X^x00%h0feHt*<Wz+K0tn;;%nz=!t2pni
z;k|(a9N+*4rZ}*klszk^@YbiZfdd@i00$}@=$Xd4LI42-5I_I{1Q0*~fn5a54`yU5
z?qAk$kLLgfIKY944rIyMuWBNDJv%cvzyS_$pvr-M$((gm#lt%G76&-M0S-)aAWKeF
z2q1t!PQd)&I=gAvqF?Vr9N+*4IB>*)^`z`safE?ddx!%Z-~b1vInXnWb%g)|2q1s}
z0tg_000O%Rm><l@PP^;r*Y^nyaDW3GsB$1n&VE%@Jgj4HaexCH;J`!&`XzJL(M0xo
zc4lyZ103K$g#%e~szLw(1aboA2iMtEocGr7-oOD4aDW3-99U1vo)uGg>(kl50S<70
z0~HSROk-UkfB*srAb<b@2q1vKE&}EUGqM%;FKf8RbASUJ;J`!&vgGVnHIcoZof#b9
z00%fw<v_n=&N`~%VI6ym103K02c|iYC8sI`5I`U&V196&-L!1E)%$(>0}q{k;+KEp
z^rBbYd-^MX?FUa!dCGTR{m-+$>t{~SdZGVxXYfy7{GU$W^&`K0`mta9_0!w_&qJqM
z-DiJ(_nVvHz<N^lthgEM{7!q8103K02X2-FJ=0iM2q1s}0tg_000Iagu#15C!Hn$9
zy0iJcz87$S103MM&2}J5&VE%lo1@=vFLQtc9N@ssbf8}{XC2*4hJLp_%mEH?fCD$v
zfh;*yA%Fk^IRW#7>+Ei3PWat7{+{v+A9?Wf{8zl~^p#)p1CPxNeqnade}8_4avF!P
z`0DRJ{j-<8_4L*cf7~45gEzhxoEumjbznUydsZCfpx$2M00%h0fk_VZOk-UkfB*sr
zAb<b@2q1vKE&}EUGqRKJd3yC-f&(1j00$}^$da>PRV5Q^*<&2w00%fQ&4GT&oOLvf
zyMCP&9N+*4I8fz4mYk{(KmdW9fce37c2#G-b@shKyyjgWI6dv_UisME;8UOaJ*TIC
z)2ko*>nn3}&-~~A{`8N&^Ns$~oWZv~_w}c5{N}q)U-ZQ<dF=Up^<RDY)qkg?J+yBR
zVT<kK9avAwo)wS(Gx^^f=Ku#dz=6x|K+iPR6#@t#fB*srAb<b@2<#$YelR0@+3$w_
ze7=8hfCC)hz<Ca2$=R>!yg#46&wUPXfCC)36&&c7%vndb!n5*cbS80t103MMwH(Nj
zQxyUTAdnL<Ke*2BTIaXF*C*HSe*15nzU0eZdUe+9%70(^cM!h$gAe%k)eZmm)&2Z$
z|L*BUue$g2<zMxESD)<{eew66?)tf3^IV5NS7&FRv-5h-Vm&E)R$TAT=%3AS(R1>g
zIKTl8+_(ch(^yvsAb<b@2q1s}0tg_mi-7sTjI4X+jo&k|!iobN;K1c_AWP1ERlK}h
zUV5IMCkHsdfi(yEC3Du1=f3vb@xqG(9N@s^aUe@hRR|z}Ku*B?;5s|G+c$UL`0F2e
zY`*MkpMKZr4e$LO^JSN8zU)7~|NhfA{GA`WIz#xEzw}?9{_TJLZO{0UJ!5BVzcY3{
zDSK9MtDjq*iD$wA4sc+f13lANR|p`000IagfB*srAh3&o`N52=d+EM=DYn>hfCC)p
z?Ld~C{i=A@+cVF{^WgvoII!1&e#xA5#FM?A;EOK@IKY9v4rIxx3IPNV$O)JqTxTao
z`{wAk-1ge5b7f!iv{#&d_J93fb7hxwuIw%MeeCo%zTro%KI?D%=DSb#e(aN;^(B4Q
z&f6a6?Rrx7tl(1*pF9W8fdd@iz{NPwGmUkH00IagfB*srAb<b@y9k&c%*eW<Ud$a8
zXPh~}0S@$YAWP1ERov?5mS^IbaDW3GxHt#;C3DshXD-eetg+?*2RP8nfh;*yA#iyK
z{Lvr%(dnJ<eCO%MfBeT!x8HvI>9*T$yZYaE-g)Qg9q)L@=~JKjRLLLy(MKOW-GBf6
zr#HRnO{Y8Vxa0KfXFvP&tY<yz^x_x4`1FQ1yy5hbk9_2G<!37X-$nke8|l~l;Ehl^
z`!lk$S9X5kdA#PGAGkVC_LQf5_vuG};eVPZyX5m^uX)!8PEUR6_gsDEuX@Y-Jnu{X
zyuYx|{rAl|f6u1i+`r<_&G83!+&RDj4%{3E<|ekz5kLR|1Q0*~0R#|0AR%CWFrjwx
ze_QZ>Ti^f(IKY8h)`2WJ`&Ie=d~?1(<BmHAIKY7(4)jartRp`4@X2%V95}!M4qUtg
zS#qjE;PMgp(?9*wt22Yoc*ZkMPxha?@4owV<>%A?_sLIw^7O(NzVJzZ&kJ7gg42T!
zKA8TRt92LoyKb~m^Mf}^>d${pK3;r2-U#!5@-Ke&>MYsc`nx}Iy7%M$eRMa%Z2Hgq
zy?^{~u0HdB@E!Nuvj2CT>CaIAJ<ro8K9@gFz}f%niGMDCJ;OiG$#dcW2RM*9Fgvw%
zj{pJ)Ab<b@2q1s}0;>ef53UmX{Li~{W_M29aN__6I56LVEIIpCadEzjo}p*R0S<5=
zcc5P~XB}}McK|!=IKTl8%yuA4PE`n8E&`wU#3!!)`~RM7Zt(H{{5j8g&gs*i{`4}4
z`|i8%N#_P1|9h_d@Atp|{mZ}SO2I|`u9XJO53bPq{LjkTo>}{~PrvKxEZM)h`@fha
zyG8#0iTr_k-hK6%f92QwfSJ)-<e58vZ_fF<o|HW+_;Yjo!5w!FaDW3h$AO+{tSbZ%
zKmY**5I_I{1Q6Io!2DoF)}8g{+*xtQodX=;z|D6cOU`~(T)O!#c?O;V2ROiio995k
zWX?L`(9LrQd+a&D0S??;2eRZ;g}~(@@P~i+ho^7<_HREk)Ay2>yyW!JkAC#@na_OY
z^ys6Ho*sGRk<$YYJaBr&D_(Kt=broA=Pvzw2p@j<;WPDDW&>aMy4Rh4@ArQ1^tsP{
z?&|OQgFpC#)0^J(roZrWAN$zHmY`qc?^<f?|NpT0!Bt`>vuO?Il-~ZpL#L<yrSG{q
zOZJoR_)X8K;WOItj(N{}?z{TTpYoLNKK=Y}|E}kLi#+!oE?M*XccAs8>{;PCU;jDd
zgAWHdz=6x<K+iPR6#@t#fB*srAb<b@2<#$YelR2JE_}J}!k(w+$pH><;Km)ulCxix
zXMW?)94o9izyS_iJ_q_GbJh_zFQ1#9sb|Uo4shVc9LSPW6#|!oz?Ip+m%Z#|XJ++&
z`lo;T>Kxy-{)AV4{;h9)>zSW_^{ZcftsnghfA7kC;PapV{4=%hdCz<P!q0u-Z~WG8
z{nnYEz5VvvPoMqlXTR`|ulwH@`Ma*$$T|Pe{NOoYuJgBL+Kpw}MRIz}eII*lj_mdS
z{X^!+Zjm{%pZnhrJoen*@ZR6?+;5TRevxO3-}U+P{yLF3>K}QY{qoy0@k}_t0S@eQ
zU{pwJ76AkhKmY**5I_I{1P&80KbRqOFWq-9#THu*aDW579mtZiUlq@Kd*=CgJ{;fx
z2lhJ9FPXEBc(T_MeDUP~2RP8zfh;*yA#gbe+;`u7XJ+*7xZ{p<X9pkuC;s6d{^2uq
z4?g(d<NxtB|M&ae_r5bV_uO;OHGl5$fAh_6e)E}{cfb4HkN?N#{_l(YUFSA&oqu3{
z@H%kL`A2fJUyeS0e(>M@+K0`N-6C^jo_oK&=zP4K&*Ypq9QU{Rc{%;`Ts>C~aDW5X
zc3@mkYZw6p5I_I{1Q0*~0R#>aFh7{#bEmxaoe~#ZIKTl8Tz&_#<m^|))ywayXY3hs
zfCC&j-+_L~oOR?GpZ|=p!G;4I;K1c}AWKeF2wV;VSN`3B&v?c&9{bNnKl;%d`hz|E
z@WYSQT&e%5pZcjMt$WdnUUa7BPyXajp0wtXM;<wS+qZq&V|CAa-t%r~zVRY|*OUGs
zuJHrr2d@F;N&c2B?w7^p$of5#i`XZg`>pxhFTyRq<E&dx5{qO0vFCdBx#EEb2ROii
z%k99JfYvAi2q1s}0tg_000Ib<5HLTOVRSdX+;?No*Yo872RLxP16gwRtMZJ`f5zBg
z!vPL(;PN}rFPXEBxO(|r^^84Z4sd`2*LEOFPE`oZC-B+Ne)h4syel(+&wS=HPoMkT
z=Wh59cKhwOpQ-=MXFhXo?WaEVsWU%&*Ijp=`?F8{2d{nYYtPg^^w2|3{E;(%eUZQG
z%r9Q}3-f~uu>R~vW!SYd>}GN?N7nC|T!asv`>pxhFTyRq<E&fjN!hc)b3OZ9@xX%v
z9N@s^cA#e(>k0t`5I_I{1Q0*~0R(mtFh7`)bvM4;cVo}j^W^{sIB>oLS#tKP@{G@a
z#@JxP0S<8B@;lHknX`_#dih=Tj6GuxaDW5Xb|6bmRS3){@aa!~`pjJ3op;{3^oM%g
z>t1)J{{H*#Kezt9?|tu?pS|+eH~RlR_`wgJsr{8-`IYOIUgYn(ZX?(Ehvo;b1LvH7
zB*U(qVK<YDIkJAw<RX0V+;7e2ei3f@9cSG-Cl1H`ZO`@WbHxJ>4sd`2m)n7HL9Jl~
z5I_I{1Q0*~0R#{@M8N!DhR@yja^H<TU(c5V9N@tD4rIyMugWt%{~2S04F@>Dfy?he
zzhurj;_Bsh)id^tIluu9T-$*xIaMJrpTL!QzbpUV!7u#hjc<J8(jV&Hd+&X$_R1Q+
z^h>{VZv7Mg9fH6A`@etg&pz=V{P7?E@tNQAs#m@0i9d4YuP^d<o%zKJe_?)b0oI@W
zs0_PyhTTjq=E(XzlZ)`dbH6p8`$f3rcbs)=Jt=!uc&=xkD;{`ofCC)3+z#|iV_hMD
z00IagfB*srAb`Lw0_F!ZvhK#0`)=&{dcGXs00+)@AWP1ERi5$r&lnqQIKTl8Tz&`o
zC3DshS1-S-p0Q`l0S<8B+74vNsS1Jl1U~ek51pCId&^tivh;`g)nEP9GxaZj`OD9(
zzy0>x&;0Bok34ej&pz=VJo@OPXKHV|?Y1ZW$eF*s$lrD57ccyU`N0KPfA*s??AjT2
zGr3&U9NAkx{PEM>Z~u+ccmCinp8nx;?m2z^-~Q3lmw(mwoxbRczxVWIU-7cj)4u+d
zr*FCKwWsg6<L6Fy{)hLRe&+r6pYHwmCr?M&y#0ZPPOtwTA3pui8~@wsdEfsFr*D1k
z>rYSrrdOZ7;;X;^vETi*PrvJGPcQhPx1E0S-rqdE?fy?3{=HA^`|S@re0t5hK5+W3
zANl30Jv{B}UU~Y`FMsLjOTO%-r@#I;UwQib&wkzMU;fyCKHc-4`%3=YPyGE){OgN)
z?oa%^{<_~8;F;`wChJMrvw|mkJ;4`W4sd`2y&UM7#=1fP0R#|0009ILKmdVV1k4X+
zWZh+Z-DN!w&w~RT;K0Q>kR@loD$ZP-GgxEI0S<7Wp9B4pIqQg9{oL|QJQEIZfCCrf
zK$e`U{vUg10wh&+_HQaFQ>mo<%2ZOR55)~JarxY0qH#$+jYN%~2m~=9B2jSz#SIZ9
zfFfu>R2EToR78+<j0+eOH^hh=o3aQDAd5<jMv2Nk=kIC%-S(a7zJ1Tz_jbSM&O_DI
z%yi%P-qX+T>3KOguNMOT6Ii}{d0;MY{P^)sFY2+!9t+glxxGSv>d*hRZ{NPqVWE#*
zam5vZYwg^*v*7WSyjH;lM0}9>!HA&p4x=YlrYE{^PI``P_+J;A)6c!vG;MmV^M{@5
z>ofj2Gplx^(>&jV`76u~L+6-NS`Bf&W_F!zJC8FDy|L2ix`nt;U%A29xy1eU?;d$A
zhaT0(^qcr%qH}~v=U#{fkLi2=lS%TK<h4Mrzr>Z~U4b!-aR3K!K#v1nH*FRV0SG_<
z0uX=z1Rwwb2sjg9e$W|Nrht8{o_#D?kOdCl01i~v0a@qNSA{o~^#<PX#sM6_0bLI0
z>&&th;gv40$b&p^00(fOat_EkCsh#epTOqLn*%d>x7>1z(~G+Q{`&*<ty;A*c7Ct^
zpRHTB29E2}rAz%oN`BwFckjSCwrtr_u%?pND!71%4>CU(5meq`^u@~c#i*>4nj^FK
z+xzV$<0H?^W#{$^eg4Ub1I)t<S4W!Vv-66D&LMs5vc5CKb9@7*zhauV=qX;$$!82U
z_P&i#vvfHwsoY)Gz_I#%9*{}=ndG%VufN2N_}zdhOmP4Qa6qpEUN>zP4*>{300Izz
z00bZa0SGt~V1CdUS*Cz}t=@et*^mtm-~bLJ>wv6t>Z`(&WIcf|d~pB=a6q>M`Z}|0
zMR=y$Gx8xH9KZn_NX`LS=cEb({u9`~eS2UguU)%#1?T^Yz0wOWyf9F2=LhZlUj08G
zfBbRaI6DjI`sbc|?g^aZz4zWLc#2A1tKb46KFIuFL{NE$(Fc?3gHpCh%#qcs-DJ+{
zaKCtNuF$OCA^-EINV9Zt&kx$Qw7Gb!^9<khLuSYF`VTpxx0$pk+U%r@14-oWa(#}~
z_p^XZlF1~m1$zA@ek9`uT;YlXIDi8>9q_tovv>$V00Izz00bZa0SG|AnE>;H&d4$a
z>}hrGX~~6LZ~zBzAbAI5ol{>Gt|adYjA4ueIDi9s9njaAWh=rly^fI$+28;U;6Snt
z$T}xg5J(4s?%lfw=JHmqTp8(wz5o9EfjT=oXg@yt?6U^-_3v|d#~pVxIHuGCqehJi
zTyNdFbp=Z*d98vAi1;A$gAqaH9Y!xqwiinHCNW2L^T@x&GCNm)j<99hVI}AIl9(T~
z>$qXqoRZhh^0)ULtiSehzCZlvzGnJ6>my%3yN<BWN#q`OJ)YC|-Y1jFWRlkcz5Wtk
zD&q^B;fw<~fCD-l@VaTUcnClM0uX=z1Rwwb2tdG@0P};+$T9`&VRh_b$$=bj00(fO
z@(##4r@kuOsk}QdhdB=501oJJKwoE;tq7;|I7Jp@fde>z1C@0^);XzyKspG_ojW%$
zmuKe*>+0%CzPJGc1_bJ|^MhNqY-vzy?-iJR-hLi5Xi$S=N<A=k?AX9LYHMo?mQ?au
z1s4$ULFNY|g33FL-dNe*7=?G-b7Zq>H=2WfbW^PJbNRD(W9Kamouf-?e$cMr(PisG
zuWflxS-RHjw}1E8U;nw6PbhiqD0yd(i97e~dHJmGJx(Uo%_Oe{di^CHRo5f<!ygB5
z00%1TfY(i%#X|rB5P$##AOHafKmY>H1ehOmMwTgHuUgr?D!k#112}*KdK{2-PJLB4
zrN=3<APXG80UW5j1Nu6%Y(=<Jd3RtAa~!|{9MIu_taDNYfpieqwQHBT@WKlNvw06Z
z@IdGcVNFd<;Q0L6z|TMbyaAXGKKLMT{J?<&8yr*WfzhK!2hLIK{)3ggR;e|IJ<t4L
z7@fk;(KB`Q%={eUo+BIg^0Jb%b4MS4o4M<;*E09it696r%v`<EjGed4oPEKllC`Do
z16XK&@TAiRo1XVQV@5u|#7zBi2GCx!X3Zuu<?Xem|06G%BaXeb<aO=*;I)IFEIGs1
zx!1Ik=jt}_aWiRAZDtL29S^;+(p-4sl#+FJ{rTCI^L5<0m$MdX_5EBRllU?z+ztJE
z6er?y0+z7E0UW>q{SNrosaY`uAOHafKmY;|fB*y_P!0j+2W9lw-|FArk`Wo<01n_l
zG7iW(r@kuuNX8Gi!W9Q_00;bVKwoE;tq9-z@Qs|v2?uZh2jX`?);XzyKzazQSg|57
zn`h?%d-dvNR<B-dcJADnd7*aBaQ*uACjY*JZQ8UkzyJO31GU??Z*KtRqmMoc9MijZ
z?*_+|dSJ+qA%Syj+O(-)NhPmUZ~+k?WPUIrsJz4IfAROfa+$_GN7jGR+|W6=gAcvg
zOk448(K)#PJAY(oeVdEN7Ok}`vh#z@_PyR*)_2C2b9$>okGC~;e(~&%rDqpUIBihq
zx$JrNKd?vW`tO+fa?x{KclT4FwJqBYD_ZO7LEO2!UZ3Oj{VX7pWHQNXfnI-!AIbOu
zSGeK;4&Z=J2fS|DEFJ<7fB*y_009U<00IzjCcyllGqOwpds>})T5=&59KZn_NZtWi
z=hRn)E6KY8V;JKA4&Z=Z2lRDj*@|#XuVZ9GHaLI-IFPIZvd&2r1ky#|#TQ=;%;)9b
zQ?St2ty{M?@4WMlx$Lsba&_(6wJQi^>(;HgW9+%QcI{g5xUdK9%whgIKK=C5f`?b~
zS_Kyn@j>PXBZA61j9!>*FO=|&dycHv=)Z@~z;zu^6FLKT-?NKD>wn#Dcxe6oU)FaY
zI@`=xwITGl`mF5ncDB*pXE5wzR_(^3=N<FX($LzUoH(FptzC~j_kjo97<!IJ7T1QJ
zqyFnE_I=#B7rPFR>wC|WNo6z1Yk^*Wi8qz?2Hx<-0UW@A>N?<c(`NAyfB*y_009U<
z00IzzfHMK+2c3~+3fQ|=ckc>+_~QT$;6U{pkabRdRX9{VhhPtT9KZn_sJ;XGI<ss=
zxKw?Y$bbxR00(fOIu6J>CshzgAAyY<HwNYb^XK*QzrN&>OU(Q4zi;a5>H;%;J$m#g
z2&MjU=bd+6!Q;Xn?9!!6;95I&>?nA6C9hR*0TCZ$elQ}ayu;{`)#;I8+~b}jyM4;M
z(D}E156=yqe|vc0>d^Y%UNSDUKJ2xYdhY5$PlR6E&J|8sy0+-``%Qc?wEl{Ivx?Sc
z*JfW|*!<$3#ynf{9NBY)eU3Z#uxs(0zV|(uR4$Xe7U=btI8!-iU=3>=zyTbnz5`x2
zZ59s!2tWV=5P$##AOHafI1^xg&>2~#fc<Or_pf9?1~`BNI8Yr2WSvuA75-GmAGpIE
z2XFufbU2`|Gs{+lPda=e2Xepx9KeCfJ0R<vR6!t}1nm4>ZEdZ2@WBU-od;~wrcGvU
zuXE?lX3Ur|X7S?1nYlsx>g_!M^XCff^Tqyj?AS4IY_a*jLiP1$0_~c@{#5c>Ve1Hc
zj`_hbI)$I3KUTg!mSP_F9ND;kEDN1~yYlwOLg(K~-GA_gVRJ(3OTFH(=Z8G?M(Elz
z^Mh{}pC7dIfnl?Mea1gma_wFE*My$qjPpj6JV)4T%sv-)?%DJ5S>Jn{Osbnn;cn>P
zqj*$ZkKhk~9KZn_sH_A2b!t`&0SG_<0uX=z1Rwwb2$VyB`9T>y_NtZLtHK-JIDi8<
zpvM7O=hRn)Q+k{t3$nlg9KeCfJD{&K%T|Otm3If`FvkHLzyTc&$T}xg5P-mvB})P`
zfr}O`Dhg%j(4m22H*elt^w|1OeDcXBf!hB4``14t@O>q(6}Yg&H_Q(@!217((ld4R
z%={eUo+GPSyU84SRG*?Va6dY%mzl9@L(v(yvo9D`wARk%J@n?PqP6+2OY-%-&nybP
zw!QwW+Kol8f6+~khSv8PS9*T1Yl->6{SWM6EMv**%dd$$_xyA7wZ8W`nN%+m_fDy^
z0*9*S5bR-(12}*Km3KgAH)d53fB*y_009U<00IzzKvD#lAC!@0zgqeID$HSy12}*K
zIvkL7PJLDQq{An2AO{@40UW4~1Nu6%Y(@A}9e>~scO1Y09H_nnvd&2r1RyYC#E8IL
z-xpteQ54GDxpM=@&YL%{=&|*ms6VGTXU?4ZhXlT_<h249cKC+*K?hj>|4{m6_4{T0
z43d~58#v>Y&^fxF{qhboboQHO=IXCz@oLs=G80~1VcK>c7h3m+YaT9pZm$08&;S0W
z`=1HDzFl|z@%6vH;<oVn588VR)~~7m{kfM<2wj7nVVt^bUCHy*KX3i-lgPdPHTYiN
z`<+ZGpNV^?)LDT$m3If`FvkHLz=7&HptBpZDhNOT0uX=z1Rwwb2tXhy0?ZG}$g*#(
z-o6#~u*U%$z=7&IAnTm^s_>|~9>E{}IDi8<P+bS~b!OR$@Tj^T!5{uOfCD&CJqKi+
zlPU-_ZUWo3Z8L4!w8_l`4jecz6o|dwV5?TGav!DcA((%%`g4lw*RRiiy200#yjFvY
zM|^<!!HA&p4x>+2uTK_ZpVS=L<+si(IR|HF;i7(=a`ru6&KnlLZ(*_5=koZ;XABNq
z&vkb{6*{+f+rx81>wkLk?V<H{j<Wf|Jwwl7c|GvjJE7-^@|u&%J<7E?M&Hi?GD$9z
zycX#7mpGD~Bd~=n4&VR|=ySm9rp@9Z009U<00Izz00bZa0cQft4>}{u6tJJwx1S{w
zGQj~Hz=6s*AnTm^s_>;UzQ7sIIDi8<pwj_;omsXb{L<+cxsVGE-~bLJ?|`gxQU!s=
zO<>xzX}MWII~TZd<HnLex^?RosQLW!&r8;9-@ZLCr`V}eCsS8fSF)~>*DAS~0tYZZ
zSO7|ihv<jN_d{34NzRcCm^{xkZ&7+4uG9>nokg5g`_;V)U0+|+<A*%;M(Et$-uql<
zrYv0>I=44=-m=hh*w=aItocRH(X+(;53`(x|8-%}b3}c;N#-7P4IHQM=K-0-pGk?f
z=*`o(5x*NSg((i;01oJNz?%lmLLmSF2tWV=5P$##AOL|_2rxe=!^pl?@4l97$OZ>+
z00)wFK-M|+RpCjpp1>ErIDi8<pxXg`omsXbJk#wN`H&9|-~bLJ=YXtpQU!s=OJLo)
zb%8m+p+kp8f-!&o{6O8<v13ctO`SS5Q1kTDPnWE*2UPM}krq_%Am#__0g3P}eK5H`
zC}o@U9NEm(8%>|_&zZxI?pt!UE;}D*Kkw7*defzUjj`*KzP6}!lNQyMoO8T-&=V!s
zQL}cFIrOMLp|8`vt{aBVF;m|DY8KJf*y~@>Z&qksKAXE9d#&VJO1<`^b1!v$p4a!Y
zfJ~CfBtmQS;t>2u#t*o{6$fwt2Xs2%MRR765P$##AOHafKmY;|fIw^nm>-m(WKXMe
zPfIT3f&(~!1Iare>zw+ka3y(HU<_j%zyTc4>wvz_EL#zd>2-{3$OZ>+00)wFK-M{_
zf<Sr*ELpO|*pDdp^;@uDfoa>eZEmKoW5<qW>(;H2VC>$#+jQ>SIah1%TR3mtyrQ*>
z7A*=Kd;a<7n_ath6+J%xiAr88|GH7XW_~a#sjrWt7be>aC47^dBeSz{cR&8RY1wvI
z<k`6VIk}^b>t}k8eb&rey`k)RxngYW9G|^T{&nkreM+k#re@8iNNb3C55fA^aQS}F
zj8`J9rPyn>k0+UX*mZeM-_HOtNj8(OJD}fR;YqTdz!$zafCD(7%K^W;HmipK1Rwwb
z2tWV=5P$##TnR8g=t}IX<JrsV+RKs$dEfvJ;6UXZkabRdRX9^QXJ8F$9KZn_(C2`@
z&MaFIZs~K2OvnTWZ~zA?<AAJlQU!tZ5U?|Rc9!q*%P%+fzjOWbpa0Cw>DigWEnBu^
z<_mlG?j4xtYu~=T*}QqP6NvTe*9XpFuRCVU81vzWA7<tk?e+fkuYZ|IlO{DdZq=$)
zYOm$AurCj0e$bVeDSPILo*I8oO=^zJp7)o(xjS?&FY3(PAxHE!!~eQ4c7G-<T3zyf
zfkz*Io0+!a-N@IrbB4$L?;Wwc?qYoIoHal4dWyYglFGf<^>{q~_byERVCvo}bynb;
zAHHRCdf>Hp%yoA^Wm;b}Hqeib`T1?;=f4`rhjIod{rXOG=6NH`rG2Jn{{CbCe+=1d
z`Rvzwk-YrPOJ_G`RS<vx1Rwwb2tWV=5P(2Z1ehO`k!9cO@4lDp$PNc^00+u*K-M|+
zRpCK-9>5QNIDi8<;I{+%I<ss=c<8r><VSuufCD%ncR<!Tse(Xy2xR96?JQr^kBcw9
zI5YDnp<wS}81*{Y<6eIGWyz&XC9mbOK;{QsXnl1oeNNuzl46&{9NB}fuQUh!=%&ET
zLa|vmm&XT8o)_Ei&)eCG7Khv%y2itg?rWwjUF&?!i3?Vl<}G@Lp4;Vh*FQFnS;{1G
zPs&lwtMBIqnMBXTy;JI}AoJ*%SCf_PzjkJDpJvx5)`RNzB)-2kan>iCHptxd*lW&z
zAE~B`T-%SI8RS$vC!O7xRY3p(5P$##AOHafKmY<s5nz5$MwWeL@qHz1V1olVfCK4v
zK-M|+RpDv6JtbfA#Q_|^fp7=(b!OR$$T>V`_`nATZ~zC=>wv6tQU!tZ5OA3vY~8xG
znKEUH*|~FPSpe*P2rs+rvXXOzc22Rjw$__#MO`TKgHcI+eH?vQUmuQpj%-%#Msvim
zw}$>M{i){+G50>R$V^|k!PtB1%v`<E*m=H-Z=M=jXJ-^1{PMVRJsS1m+vb4gJwmT#
z?|Jyh;#%>w9(rS?IpU|`9E#0cl;St;<z?b^W!c4@d-lA1*7qJKlj>&jbqDnOD?F;M
zM^X6qf8-_8{NS%=*AMxhKbf|j$C=g_j>+`9Lyzojt{(Kbx#rF%_)yN^%G)0^9lA|4
zKmEn+fxoMC?lsNW`y5B{fn)T)XURx+Mt*l~Ru2IPKmY;|fB*y_009WN5@3GNmDpFu
zv$xf~w<RC)!2uk=f#e*JbxwU%IFg(ru!SuS-~bNjcR*ifmaPca^t(nzWP}4afCI@m
zAnTk|K_EQ@>gwvu2OoT3UU=aJbN~JKn;t!SnDfs+-`H8fcJ11ku3fvD5hF&JS6_YA
zY}>Xiwij-%yL|a_GiJ;fbLEv+nzn7*nl^3Pm@Zwqn2{q#nz!D1%h+S$_*2PiMOiQN
zgHb32kD&)9(*w)l8uuJouhD-G{H}Zb8M$*WpOBduEVgDl|4_ds|NAq~8&THp%@3XZ
zX36_99d%qkGv#gf`wrHBO?H;@+Pj`K&Gzjc`kJz@@7L{y8+-4l_E$U*di<ly)|JJ;
zt~2i3>%Vrs*Y{p0lj>v=?1KJ&hd<TvCo1=T56}Iw*L-!)K|42Sd$FC(k6O=hdh@k^
zZ#ntQyK;Xouycj>|GhwFdNU)NbY$ai$7baafB*y_009U<00IzzfP?_^gA!_nf1mjB
zzqRo105HG-9KeCb>42<r>Z`)v#_2D)lRFOJ01kZRfWFQwTM>Ekp2h(jzyTa+tPaRJ
zCsh!D00iU&m>+a!*I0X$=GPtf99jK)<z#2$vY)3$n0-63<(;|Tlh4-We~xmFLd*wF
ze<k$1_8P~ZI?zmA{%)-Q&3ESN4d%{S^UVd_A2Gl9&0S{y1HZcW;eiL;XnxgtsJY^{
zS!T>jOLNye^r${X*J*3xm>Y;Y_d>jRjC~0XyyxC1l~$0Y-uJWZ9|wHdPizl6;j}?!
z(jxi2bIDm}&i4OD@P}(2&i&os#(SU6{hfi#bY?~_{^z2!9kVP5KmY;|fB*y_009U<
zARz+G56Zx@|Mh?WONL~K12}*KG6!UxQ(qPN%kqaC+;9K~a3CEH=<Cd~72#t#d?ZJ5
z!~q<@0e1&vos%jEKmY=A0?ZG(v!lPc_qU{(#W_bdW7US-@3!a9`(?kjbAeG_&$WY}
z3_Z{Arx!#zPyV&~jDIfloOX?;v>IaUYsjyw^w;*jhgn{QKA+ujR4nU@Gxtg};(Gdi
zj*v<5Ox!!A&I&Rvo^iF=v}`*p(>D%3rmva&)|yy)M73WN*Kg>X{eK6X^T*MdteYR)
zlQ~iT|Ngw!6LvsnH)d53fB*y_009U<00IzzKvD#lAC!^h-*6iK8xBlhf&(~!1C7H0
zS?APOg|CgnS8^t29KZn_DC~f~&MaFI`4-L>E^xsC9KeC}J0R<vR6zg&5RemKe$bsA
z{a9Z=j&qJ|;(}G7vu~|BjgIuY&V465A9|i!A9^v;d9uD;dsp~8qMg&Tb9pmYZ*)3u
z_WW^vw)Ye&G&h)itk1aTVp(IHxySkXIhVel5oA(cChnb5X9XUV=Rs2Z>^yz8Kio0(
z<yiVdQfuYB<vV2OLk~Xm=1k^S^qWQA3D1w=Z28Xm%ur`HW>pY?00bZa0SG_<0uX>e
zQUsVEl#%s$-^bb;_r9O}$sY%Bpj-!Jol{>`xg4nHy@UfefCD(-vjh4%vus5^XTaL|
z8G-{ifCD&CjsvpJNfiVj00B7x<_F!`mGg6++GPHo5a%4(LvO6i%`s%>8S+1$e8%8N
zzw2IV-p}4kFscui^qwBNCcD1&T^=wsYc@qbXVh!E9yfjE2Gin@ujT^sx#fRt?@#D@
z-a^O6nR}u0^H?(PSGfAe)xA^dtiU~;?sd9ha;C@q?3Z^Kdw)7|(wS47xm<kn)J*2b
zoY0@VnIFV~1Rc=Xjad~0AOHafKmY;|fB*y_kQ4#t2W4dA{5KEImHvO%B4aYf0USt^
z1G3JkuPRNM@LKp8g9A8#132L7fWFQwTaoMQ=6K#KIDi8<fCFi9K-M{_f&c^{ASb~5
zpgX&?^qe%kjyUJYrYv1sa#nBJig!!?uCtvp%%7R7|Mi`-=9fH&oulY*^~BKg*z?-o
z!`Cu%(eBdmq3ex$|HdeO#+iGR>v0Twj>hVMd#BV{(OC1-{<=^6^_`i%acQ6FCHtcG
z*TVXu^@*Xg-^~48VbY>na!+u63@4*GnO06ZyD_VR00bZa0SG_<0uX=z1d<}a{Gg0%
zTK9y!uEzau0_0ErIDi9D9FTQReN|CjE64DjzyTb<0USuH1Nu6%Y(;6!hu6i=9vr{{
z9KeB64#+wuRS<vx1mpymA9QC|>SsC6SH9oJJx6xnK{w`puf6`<pZ(s>^o8X-aQZ8u
z_4XY0K8IoFm{q&cw7zI;$@5%2=!wwtgk2--xj{2tF}+6p%|w}%wCAz+9X$8)2_@G%
zcHYw1)*E;3VLW)Q^6zVy>tXKRDRoxhlpd$@v&i1F_Lc{pkF7uCpP#Sw<!=9Ok^TGC
z@V_o3cjgCiARz~Ic4Jlr0SG_<0uX=z1Rwwb2qZ;-`9T?3{_RNLza5bYncx5p;6P;@
zkabRdRrpdFU*HU99KZn_(CL7_&MaFIe(Cg!T*w6nZ~zCAcR<!Tse%9mARs5e{GdBK
z`eE|@(3NrAb7WEG_RctOgc<q#5;Jr4hRp9g*R0u;nF+k2->ls4#AkmuzW(O}n)fjF
z_+qcqp7Yo3hL=3gpT;~}^c=;`9rf`(<Dbi2-}1P9$~^Pn>nqKSRbRbcdmj7sxR;li
ztN#2KbI^}&${k<-^=7~S-IWi;y56{RkIIJQ^!*GVlVme-@02<#@FZDJq<r_=zk8;C
z*tvD-IjGZ_ZCEbN_Psun`#^HX`-Eoa!u)G2&*|*OtO^1UfB*y_009U<00Iz5iU9M2
zGO~?jkI3uv@88eJjLdKV2a<L`);aZ6CC!QR^IpUO9KZn_(CmP|&MaGzX2z_Ip8+_4
z12}*KNjf0woK!&o0uYcBV1Ce@U6Or(bIbmo5%(O~usI7#&cbD9;v}Ch>pLU#cg3UJ
zztCQ{*}mOHA9w%dwb1KZ5A){-C9ko5&EZG)4a^?K;d<P;$FU~PA$t$QO*c39PN}m3
z&vbg0ogZY5OlLkxy>H09apj$qN1Qj@Bc0utRY3p(5P$##AOHafKmY<s5nz5$MwY#0
z_}&se@WBBbz=8BSAnTm^s&F*Dj*>0e;s6fdKxqf`b!OR$$hvgaFoF>d-~bM!(*arM
zqzVEMfPkC;^Mmf}=)wAWa1wK5ziK@+kr~3~Eqa=%%ij&1--|jwSbs(@>i2g&R@wQ%
z0}r|}b8p7D-#ba<9`_nKpT3_LWa6HQd#BV{LH6$1SArRHWIA(6I(u?&oVh3M73U9n
zrL!BeDhNOT0uX=z1Rwwb2tXhy0?ZG}$g-CV?j_*?4;;V&9B4ca$U3LKDx7UR&XP4*
z;{XoeKtl)gb!OR$$hKj&Fo6jU-~bLZ4hLkNlPU;600MFX%n!P=qbKX@$w|zSO<VD<
zIpWw`W1S(~d!Osf{m(54ogK7(rD=ZfkRy60GCOEFC6PPtZ+-7?GO2zh?wwL+1uj+J
zr9v4nN2W8ELRrQ67`Zpj+~ahJbCq^TXE$b55P$##AOHafKmY;|fIw0Nm>-mpWq(<E
ze+eTP;Q$WcKsp_ebxwU%_?b>W$(3Aj00(d&ngjYevus7=9W8G-!3hU&00+|NfUI*;
z1px>^Ku&=9L3eiaUw!>IsX4N#%hs7w&lwWS456K)8}-6lC1(e%Uul^iY<0mXW9KlF
zde0=4ds6G=y!w82kV&*m+&iVt3i6JYccnQoN2W8Eq&*<_#+iH4UUB}QS30{ftAYRo
zAOHafKmY;|fB*!NBEbBhj4XS};9e3Q@W25az=6i&fUI-stHRmF<1AT|H4fka4m5N?
zUuTxBh-@2X3lo^&01n_l<8VOMIjMpG1Rx+M!2F;)J9@Ido}A<yS<Tu_X2?@-m|y(n
zF3}vJog4hqm}kw*)f*zu(P@|;oK?Hg^q(}>oP5S$=huDux%Zm;o?RUI^-AAUN#-tH
z6LtE2K9EWInYedKofWuHz6(h(ti&AIl(*NKK{Mx@&VQO_{_p&e=BFp$Zkiw5(=^-n
zdUN1GH<}}UdaG&Kc9{9YH4mG<6P`B@y!MW<{lDDTYkU8w7vDC0#yw{)y6I7KcE?fX
zxc|Mw9Q31`a@RiUxPF;6UD{{58C>(Knf}iDvacJq?is5#n7bc;-CTa_O!Mn@!;QWE
z{s;CjHitux>SIo8Gt6Aj{Snh|;)`bDf>nvFr4qS^ao{<fKM%+y-duEcV^#$L2tWV=
z5P$##AOHafBt?MvK^a;0qVeuU;R#P1zyTca#{pUA)K`Ub{y0ZgWQ7AbfCKS6pszE_
zR)ibzy8%;};s6fdfFBOXIww^SfB*#K1ehOmXGc%f*HbGsM>hGbHRjLL{*jphIIF|`
z<|ii(Fb6d6VfNnVy03ok{>a|uSFMMd4&5f2UZekRCcL^rG=HFBelXwjM;6zb+a8{q
znJ2Jw1$Mrm*}mN~ulvw1U$dR9?9^j&X5P@wXyn%>`E{joPx3WzZhb#b$fRK=?wwL+
z1=%*tRs)kH=g5Ztb)m5{?M<6r>-=Ho>iUd-&e(Z+7fuuAuP`?ZonuaECBJ`h+s@<6
zLvO5fx^Ag8PFl1&GaqUH&f>!3XTQ87^Z!AZzB2m%2cgtj?DI+H9_9KRqx0thxx|}`
z&Th=AAOHafKmY;|fB*y_0D+_kFh3|G%U(3zy(m24i32!*1O7N5>zw+kaLym+$cn6R
z00(d&eh2h*X4#5xBYrnv3R4`w0UYqd0a@py3IY&-fSdsHgYN9;srq^<b7cB5sl@w)
z+#6@^m2it|1l@A)lsYTOHJGaw9!boR&0M|F{PvRZPIGd_X6o$!E8yXUt0T?w*?Glc
z=aD>qS>G9={|`Zawl!-unXB&jOWEsccj@>@4DzoX_H`1uhh2~7biV(|CD~kbc4Jlr
z0SG_<0uX=z1Rwwb2qZ;-`9T?3_NK}1P2me)9KZn_(CdJ#bLy+YF};qF4cXuT4&XrY
z4(RL5vK8S<@~*%b#yEfjIH1!3S?8n*0uX?JoB;EK?(FEH`g$mHWco6x#QTKY8)xp7
zaEogM-E!}gIxEOEn5z~ZanF&}tlebnJ%T0kdc|rE`JX?TDEHTmdw$Tar_IG<#dCWz
zR&6k+o+G~xVm=S%2X(%Gw7id5hfY6qc4Jlr0SG_<0uX=z1Rwwb2qZ;-`9T?3_Ov?p
zwB$lAIDi8<kh}x3&Z(~oSCV%H#xTYK9KZp+4(RL5vK8T&UdPCWY;XVva3EO+WSx^L
z2tWV=astc`y0fDfCff@oe3>KDmx&}t*BWwfoVmMt!tv#M;@&BBR^USUE+oM)?)kx+
zNB%9=*}?1#UCXw^O3v{mF+XUpf5WgjC9hpSo0+ROm=jJL6dMcX2X(%G>gUe)<dpA#
z&Th=AAOHafKmY;|fB*y_0D+_kFh3|Go4=3ZYxdPRfCD&y1C7Z6S?APO)tEBlwem9x
z2XFufaG<^e`Z}|0MfG17-{U$C-~bNbKx1)0);Xzy00bZ)C&2umJG;ixlYDxe%#k(D
zzble^<ILTspG|35t9z%^S&^1J()K#yoFAN3yU`r<qnl!znaj=&W<QUew={H)FRA%K
zd;Le3tqZ+&eJ{@W<LFp9Fh5Aot?wA$>vuwDH)d53fB*y_009U<00IzzKvD#lAC!@0
zf2)6gOGadb12}*K$v7bEocgNpBN;#73RfJ!0UYqd0eziWwjzA<!#8pwCmg^59Ejfm
zS?8n*0uX?JoB;EK?(FD)@%O)SnLhO9s@(6$51jFe)9=@pdu{5g=L7SD)nkwMjf=f|
zr_@=2w>rIzbAE8#%gb_qAIQ%9)&G3-@wb_~9(&D9e`md^S-Z*1T)okZowv-KeZi=b
zwWaO@SZIFmq|*nRp7%XtMn1p9O#N~O&|b4<%_cMD?X{-=BQKdFj=i<yb?s}ocJPyt
z|9&%I^1Mjr{QXrAnPGDlWY%KWWY;!h)dut6>nqKlr~SjU@A80Ywr}^$xtJf+`TpVO
z8o7iyptBpZDhNOT0uX=z1Rwwb2tXhy0?ZG}$cF8!c#eHH4&VR|;6R!kkabRdRcX$M
z*T&Bv9KZn_z=2W@=<Cd~6_t9OJkNUp2XFufa3HM?$T}xg5P$##<OG->bZ3{=9^~`u
zn(*q1-0#Wvyzj4(f4|=6*UZ}AGY>CZoy&d9OX2r~f*1P-9FRNU-YIof;DFqLB-zC|
zKiGfL++1I%KR0N<Klsp_&9oKo7X5p||D8WFw7$*7V~f^WM%nqnX8T@mF6%qPOj@)$
z^mtoi=NHfJSbBExgwqC<JXiL7rS8Fa-2dKT9(rSC<n!4%$1eSAA{`&ql{j;cdQFbg
z`7?lAlFLPBH)d53fB*y_009U<00L<sP*+!H-g)O8Gk*MdbImo^nDfp%&$Msf-gN8M
z&5Ri{#w=U5%-Cc2Q&|Gc56XD6FHLS=3R~FX01n`QZU<zYQ(qOH>Gq6#$Oi{-00)wF
zKwoE;tq4z&^#s1~#Q_|^0lf~$Iww^SfB*#K1ehOmXGb5^*GFfr-jMr!e|t|MGSZh(
z5}DY0Ic4WVCM~KZ_b=yAlHkla;p*NgbyncAPM71HBkMK#@43E^?GO2%yABASfxGY7
z#i8}TZZ|yi=j{Do)^{H|J97^|7vJnX|LkmI{#pxtJ*#$O==JS2OELJ#i36P1=ki*j
z9vf%wQLo8yI)4U`OLDpB?8dAL0uX=z1Rwwb2tdGh0-H8%GF`fKF|As)3jMhB(o4;{
zb?Xv+xl^Z3HEr6oiREMV?AayPYL6-BdhfmWUdd~ea{%*$GJ5PwliQcV7PdHm12~}D
z0a@qNSA}P~JtH6T!2uk=fn*)f*O_H2!joh@fiHY<00(eDuLH8qNfiVj00B7x<_F!`
z(MNUm(IbC$Yv%XvuetMylD}I|hB`BJ%_Tb{Vehk4vt|>yGe3v}2|3{2DRox3{*2-H
z%Jhmj=g4lKGB0!nuiwLSLw`=>-`BR#{N8Ub85de#jx$#edLne~c0E&;t}S`}!;k43
zdLAwJ>y0z_a=24lnfE!ItHW7mH)d53fB*y_009U<00KS}Sh8eE=*(cDnZnmzdo8h-
zJY~uh=k*j?qkU}7oH-@e`Q(#NmUTTldzs`P<_BeT*|Sz>&kA?A;{XoeK=mDvbxwU%
zxKw?Y$bbxR00(fOdJgF8%(4~XQ1u*wJ?wD+2XLUe4#+wuRS<vx1mpymA9QC&udHsb
zEXKcmmj^PxFMslxca{9z`eNtcah=%~%jL}TMr1NS^LO`=c|vnz#n|(>U+<N2^K$Q$
zIxEWMKz%aa$2mtf?jOrSXXmcG{jtz~QR@DKHw>E-T3?PML!NpgbnTh>!MDTb2PeF`
zBJ><*b+|vV^}D|IICFQsHpeIPUWThat~$FhtAYRoAOHafKmY;|@Rh*EjT;-x&W#u`
z!o2_f`)2p<-KMUt&TQVi*^D1QzQJ*8)~re7Wyd)`XkSOEKg<u7BIM`u>}U1uXUT+2
zZ~zBzpfV2l*|{688eb~o3!LGM12}*KIvr@(8U1_&zjXRVF64p(IDiAmJK$&MX4MdY
zfX@V&A9PQTewchelrX;QvDb3HGe2;~D{6i}Uh-O~Dec(szb-U;?|oe+^V>??PYRx;
zdBO-rVGg)=N}Uy9uaW1f_a2CIj;v<wCUfXfeR6*vsDBT^A05`q%viOd=-&~}zF<_*
zT6?aC-dt6*wp@qqeP&VUwe9t1)ou*E{!RBk6MBxpkG&dNU+!ygsgE;vm+NwD_1^2S
zuRMF5-I!HD00Izz00bZa0SNd=z|IF=a>*ruxxnY2f4=BTdHwa*1IKpi)XD7HwX5jy
zm40IW{P}_Pb?MS2(h};=4{qJMHBw!r4&wfUGSci<E5BcbIm~eY2XH`#1G3JkuL_@Z
z_(TrmfCD&y1J!XrUuTxB2!E>M58UC712}*K)ptPFIjMpG1Rx+M!2F;)JNjky`(?2V
zPHi<L^Lz7$AKlkXT2!m%cjSw$m&au;P5JWvOUIskdnW6j{ql~I^AvEFafTb*vJSX+
zN}Uzi*TZLBZpS@GX8#`o_2&ljzqfs3=<GMm%++7b;?=C#WbA$W+IAinTK9)*9!~V{
z6{TkX?7B<2d(Iz6hrWg>OTW5*;p8Q2OwaqCG4}W)j=j~`3=aCyP3EN22b&A7f5Z%!
zJkLyDS$xj2)H<R(A9wCiuE{aF-uvW{d>%TxF{^?A1Rwwb2tWV=5b%+}ym|8i^L8Ug
zjx6~yCQX_YsQKI9{#LT4QU~<t(Ic?77hZTF(xvOq4{qPSJyKnz4q|>#Mw<O;^7~U5
z!x#r}00(qBAnTm^s_;vvU*tkAIDi8<P#FjGb!OR$@TD@oz!}asfCD(7&jDHIqzVEM
zfPkC;^Mmf}=%4!fXEu|u^Ol(d54th)yYqIwY{L8%C4bjGTgzv?x#njxaltBc;;-+_
zWZZ1u>&@_|7m)EfKeEfuk+1#A%)L|UtiU^+-X$?dcKNL{L+9x7=Lw^HeahMQd^vBJ
z>^$AcXABNq^L2MWRkGh5eoWt@=V;!dr<uC^UGv8tQ;Hsw&tmU=t}_?jI3=+;!X$F%
zJ+AXTPA=8UMQ1l=RS<vx1Rwwb2tWV=J`(8KwQFGB?z7K6EBP|)Y+dWtt#fr3U38JD
ztE($nm-GQ2fBbQ7O|4qB%6uL5K7z~-CY?@o&d<KJdiz$`!yX5400*k;Ky^BA{8z=J
z>Uso!_~QT$;6Qa9h`+N|=Ztt%U60@oe;mL89H^cH)#<!k6#@`w%mkPpbWfi?S-n0P
zh5hZ1zHIj0uY2Zq<L&RtUpe40WA9fNrIus#X8Y)}b>`Z;o-_v^dUGaQJJ-->+;im0
z>>v(QzybG8sk4Hg@j8FTCpAZA@1bY^9*{p1C;8gWBF?J)>RyFOIW**{H$vBGdtUb5
zfyLHf@1q#@`t1K-p~WFz_0X{6>OW`iOL*V2i(~&;n^f+_`0%*S_dmHLn~TnF%&H&&
z0SG_<0uX=z1bid#;fEgv=I#3R>lgVY3>!8qP`hEnhRC%^9avLS6Ij#Tci$cPQp^uV
zM&;Fk>`jy1o5B~qIDi8<pw|Jf8g|HHaZImcWJ5MMfCD&?yaORE(yOO%C3#n13}YO?
z0UXfjfL9Hh#X<lAsUX1opnHt;P@O$AKbOIey=o3UvUl$H=<R*#?0tROb{=Pb*Y!d3
zyDJ~!Lpg)i7mdy3_siehZT36hhTQjdmf?=6FULO1kna#*>wlk<QROmn@02<#aHew3
zxUf!gj%?=Yji%4|=gi?p7r!rG{dqb2{XWgEH(mPIn8{1lB;IQ#EvhX!=Xmv?CrYkk
z+KP8`eX`JND(5jfzc}J=i%PCROYSb~;8>kM7sw@^Ty%D0Rs{hFKmY;|fB*y_;2VLL
zUV14oZ)d-c`e)IiMS<F<pME-OX(Gqj`yZZv{`rA5tz5Y>^0k;BjEu^w1KESdvj>GE
z9B}{#aKJwYylU7Xi^V<v+#@qG!vP$?f%qH<X^~z%g%j~P0ZUlo01n`QUk-THuvshw
zAdm_I%n!Q9NN@F{w@!X*jrrq^Q;faePC36bPwlm8_#M!^hw0F5qM5X4b*wWCyr=zm
zPm@#ia&qsKIxBFfdJcuLPilU!X6+_(_v5ddmTiZL`q)v&^)tQ4K5J&K-jG<&vG+%|
z*9rT(#wo3a7<+HQFoyOyJL?#Bo^qdSesE7Sb@{s`*HLPn+2@nWJ$rsW>wLeHOJ#G>
z*^OBh1Rwwb2tWV=5P*Ph1nS>I@PiLNi2M>h`Q($ptloeD10vTZap0;|s{-q>vxIi0
zFzO%X2cwem>p1qRmEEht8{Rm812~|^0lzwS@zvs#9;e8HEN}n^aG>%I6z`CJJ%c-y
zcL(M$#{nF`0UZwb)v;ME1R#(G0?ZG(r%2D#(KDmwF#VnNX29fm=91piO}on`7<*qk
zKJ+s<z5TtpIf%}^rkQ>Z&oxt*t&44LA*w$d=hyq4ypqYwy;JI}z>j47D3@yzb7Xdw
z&fdGW+?hFBf5;KN&G5f2jJ^NZS@=Vb>Jz%gqmRGM*!v1bVf@JA+R$^w!J_>Y4@6o^
zl=UW&dz9;PjLx3}<dRG-I=eBef&c^{009U<00I#3jX<YPodPp=+qZ9z{1WVJUaMBE
zavyEmwvAky#DPPH4$ZB_uB)b|#_2N54?5xU=3w@u$?Qqt3RfJ!0UXfpfH%#$#6odR
zziVVfMmT^2IFOtJCEBDnPvb~(j=&bSIDi8<pxXg&nl%fB00dG)fcZi9DCwoTdnx&l
z4-Vh}4#ew#d#BV{ffw<55f{(6=g1y>eWf|*M>oYjOK1OI1aZCQ2VQ%}v^eDE&@~=@
zbYC-N>DtKGwD&TMIwN@Ic_Yl2mzI8cZ^ezq-lx&d=l7p9Hxjo;W18iUJNLM<;XFEj
zPLPW%7oFXhRY3p(5P$##AOHaf_(Y)o{9pU_?VXo@#T8csX7+aO-06IdI109H+ZI@d
zoge)7zyIxY>iYA8)2B~20|yQ?ojZ3n?b@|7zyJO3O^+Tu%$PA_%&V`yYPN3O>U92c
z4}SL9XHAnPO#&Ya7cMOKw5hLW&neq;!VPXXfCD(-zXNG$^0?@~i)2WKIDi8<Aa{U%
zE@y{#u)_fyzyTc4;6Pe>Ij;i(5b%cp^MmeLY3LWMfxoxl01n^)4phnk_fDy^qEfuL
zj@x@P&N;GKwHwV5$KDz`M|bKuL(IL;EHcwqZph5e*%>-J&v)_7Q$y?QY~F)k9#?L@
zqh5U59MHT+=(X%U5AFQ~U9M&CQy67_@a&GGGOxSPxhF1IW%g-yedu}mPI%sFU4^b=
zAB!{hV%OktxA!8v(#K0@H)d53fB*y_009U<00KS{u=8*E_YdsSrHk|Od-v`gILDSP
zTb$1kN5Q;#^8)L*>86{UPg{R}FrQ7aug8rWXYA}^CH^o!D5K1NIDPwJG9^<SzyTbH
z=76ko>Z>B}XnDg4PB?%AIFL>U^mS(0itsa?ev&J>;s6fdKxqeLos%jEKmY=A0?ZG(
zv!kDt?q@K95f0!04y4Bc_fDy^0w;Ak8Rr~XuhD-Goqap^@(D#}=d2(7A9*RX-rl#b
z9FK<1ezW9!-ciT(GxlDBuGg{m5sWfFXlEtE&VAvHQ$o*kLH9>O>%-2S|6H88=bx9a
zb-vHZr8>Fj?8dAL0uX=z1Rwwb2tdFm0v~_;abV`o&H}prx#ymH0_S+|z4u&C5zFz{
zTysre9dEw*rt^6v^MiJ-@VxWRGi%qbb-tc!0rP{d#J)P7J!^ILtZ;`r4&VR|RNnzv
z=hRn)OVxLY49EZnZ~zCY=YYP>EL#x{RnH;V!yX5400*k;fUI*;1px>^Ku&=9L3eia
z%Ifw?_`@FuZ~zA?>wtTw)LDTymGven?>Ohke)@~sLucQnE?ZY}_U*)$cb0vQLa%+`
z^jAX9YiIwCKXss)y8PXeYb<nr``F<}_YJ+q{s;CbdG33jcs=wSzxd5vCC^c8eff{a
znS1_u`C8}uoLs7ti_UJ$svrOX2tWV=5P$##d?K)U^X9<J-5qz_;k^7&qecbJv2NWu
z=W~=>@ZpCa2G-EFZCkTz*DmMN+WEW@BSx5)Uw+wa+_=$v{`u#b^VHSV8T;|Y7hjk)
zYu1>tW5))rXJ-h{Ip>^Ajq^nv3YZ^sfR%SBd)DggS>X<M9KZn_sJ;Vv?a=ElajE()
zkpUUt01n_l^&IfJiRUdIhpOig>|u`sIDiAybs(=D@+AZy0D+1SV1CdYGrh99y%PTL
z#{nF`fyz4I-YIof;7w({iOM^!IkFk6HiXW-*}1?dYr1yulcDDs{`7)K=gGfTpYhLy
zp3}|_p3-WFv9BS&&h_iFJB|vyj-5{|b<XjxEDt@$PfxzR<T*-R!#*EZ?oqDAF*@J-
z<dS?YI=eBef&c^{009U<00I#3iGaOVpq+ioeheBk$a(qoXX$EdYn{(gZo$;4Q**Du
zzLxRh$CrD`lJ)l9jaOZDRp7dvJ9joackV1%D?NbuK^Zyrr^)Y6VGLs&zyTc4>42<r
z>Z`&poqmxEx!?c};6P;@(ASw|E5et`_yT7*;{XoefIbIgos%jEKmY=A0?ZG(v!j3N
z>z`yoCOCitIFOtJ?wwL+1&$==NI7idnj@RIU{&bcTdPi^Bh9__o$!3<d2W5^#YpGL
zGP(Ay@OeZ#J80+rX0G1obl&Xw^FLodWOnG<fBviT=Lb(ZeQ??9v}=wl_x#t-*E-+h
z<Wjv{barD_1px>^00Izz00bc56M+vt_#iO<HgMoT=jD$cJvwlXO5cCb-WTw9zx!Qa
z4VyM?a(*3>g6-S4n+q?zFmUaspMF|$sz^1=4@Sb&;2`#`)!Vni9`-nZ12|A!2O2a*
zPanXe>Uso!_~QT$;6Qa9@U(q5ST-J2*CY7D9|v#%2dd{lgQmy>5P$##5+=a>pgUmt
zWcB(a>|u`sIDi9{cfh?<>a4(>%DWSVd0ca3552K6baw9KGosDCm74dn_Y#cqy6iER
z^qwBNCObRWzRLrqX3eI^=M1~{n3tA@UhjbBJxX5Zo+sZ3Jx7Ob6HA^WY>nCH;>taH
zK0fPwf0IjfbJ5w2Srr5z009U<00IzzfKLQI`sky;>|5{Ny`7goWXO=fIVv@~mtE-c
z<;w%tzx?vcvrkpz^E>an6S%&eC$uw-N&I1cP)3!#YjyXo@P|JR-~bL(&jDHI)K`T=
z)pH2;u*U%$z=7&JpszE_R)kB{cZm$h00(dY2dd+MtaDNY0SG`qPJsDAcXss1>hwss
z!yN~300*k$fP1IZS%E**@uw8`xaP>FEL|Hq_hx7Hrmc9l<m{WBGqlGR`?zz~{F3LW
zS-Z(}xO!sIb7aqb@y%0>J+>61sL$Iu#1@C#9D3acUtbw|z0SR+h1T~P{rAxNsB4WY
z_o&z7IGyi*a!EE9o!yvKK>z{}fB*y_009X2L}2UIt%2FMu3fu2FW=4_wrbTX_wnhc
zpE{qToPt4v2Ia18*YVtQ&y{mJ=UO`}c+o`{1=jG%C!aW<CrSbHgHb3oJchk#vU^kb
z!WRc{00;Cs(6B4|`3R2bb&PDt1_y8e2a<Qd&+grD)wq(pD=>yJ4&VR|=yafASL6{0
zKmY>C5@3GNoi9C9XAdP8a=`%{z=32OaPO2lEAS&3Kg#7A=N#FA2i+Jt`(|hQ!qz)*
z`YWOJcJ9yK=P>LXvuZb*))$Q}d7i5WJrR1Iuxo@p*KOeAq1Qg=kE4rT_mRc5rrEyT
zL+i)Cvb<=0*t+UJ7iaGE&&~Hb-|OU3`CN2%V^#$L2tWV=5P$##Am9@LJNuSD`*+@X
z=Q%IGOP4NzbL`l$!}%Q2f-k=KB5-Z{TI^$${xfpq$iO=6JqeTe!~CF(D*M&S?^j_C
za~!|{9MIu_taIwC!Y3U*kpns401n_lbsW&wnPn@&pX&GncevvK4&Xrb9guZSsvrOX
z2*?RAKj_Ymep&r~Nd{zq12}*Km2<$oQ|he1naVli!aB}5vM6(VXPh^}jC_8HnYnsH
zW)9BYv(L^1UeRw>=-iy09Xz0U4`Yun_WJBOf8B0)$@Bba%(F$$QS97NAD_DX-I6na
ztu7d4Cd^-vdo9yfZZLLs@<)gD3SIk8Prg02b;p@|R5l!^^Jf6LB$tcMZp^A6009U<
z00Izz00ev^(6M93!0emL{9pa~!!~W&RP^OP|NQfTwGSRVxT4q3UhJu-o(inv)mLB5
zJ{9X{<_Bds*_S4_FNG~^aR3K!K(_<3&Z(~o&vbi6KIDS~IDiAmI-svJ%T|OZ$$A1`
z_~HN#;DBBSWSx^L2tWV=astc`y0fE?>g}UsLpC^o12_=B1MZztX9aG=??xO<<D4TK
zHfKTT{F|KtEa&60zB5AS=c3%d&|cr(<4^K&_g`KMy?!>2p7%Xd*6S?BXz1)WBV9kc
zj<C;h<{ow(p40ihCzs0PqO%*bDhNOT0uX=z1Rwx`qzHWW*=Oec_un_4eDX=Gml!&9
zXkhkj^XAQw&u`a~fB(Y%{rg9*jpM-j_dZPOzJI0GI(zo)0EhYW=a(uGJ<t502wQCb
z*1=x4GJ9P(!x;x~00-i8K-M|+RpCT@PQVhDIDi8<;GYBfI<ss=xaXgHWJYE<fCD%X
zj{~yKNfiVj00B7x<_F!`(evWzd2oay4&VR|_~C$ir_@=2Z#sR8dyec^t%oKuJJ-BL
zPh;=x7v@pa`N3lId8Hn|>#=C_gEeb6nYcN0>M=R=wTE#j^jzGz7rF+I>3q+VOXYIW
z*^OBh1Rwwb2tWV=5P(3O1a|M<Z618^LDQ^RGt;C=libJmzV|(I_uY4!ZQHh$eYv@F
z=LTlq=FOWI`J79ZED6-knKLJHZMg^9S<3v`#SR@h7<)g&YWx{JdURkd%a<=tWEsp4
z%CNFet=v8p*09C_9KZox4#+yEzAC)Z<rR652M*u>4pi0weVtjhBD|@rH}Hlx4&VR|
z=y5>SIjMpG1Rx+M!2F;)JNl-czDX8jfde>z1Iat!-YIof;7anYNEpXGM>cK6yXJ^v
zZ;f?^aPNJtGxtBYq~!dZmia-O!}OIK%n7FriiN}39Y>j(HJeJlewX~?&fVqO9INwZ
z0lCDVi_UJ$svrOX2tWV=5P$##3K6h#el1$G$bDRW_0@$A3p}=C#}4z$U;Z*TGnhX=
znEkqW^XBHm4?hglxqf5sH<&+%=W-9h5hF$fYS*t{?|OOh@e?Ob3|xEW%$eeIl~ZVE
z7CU$D99T=-_lV4{kNLqY3AfMeN8{g*!W5=BfCD(-hXZaMQ}5CE=7(?OL{2z>12~Y3
z1A05O+sg1G89(3(R~*0r9MJE8TgT*R2tWV=<r83j(48UuRDVAuBQnAP9KeD29B}WH
zIxBD@J}2U2nZz8~)Me|;spkxdWp?h6BYK-rFT53Lc23j$pv`FJ>W!xLMPtk2(4~Kk
zvG+5KGjn^cByx{?jhs*C&kS;jo{P?I%&H&&0SG_<0uX=z1PT$b_vy>d{MpY-mo6=I
zSm3el-Ma^B^6T@z-fzGC%DxX_w{G16^KYMj{&`?6g}&LoeY<JXrcJJ{Q>RW9yZ_&=
zUAxS==boFpww-_c_~VZYEi>`QR<B+iSjYM2pPv{9<_BeQvd@gZ&x94MZ~zBzAYBf~
zI;XxWyiAvu<Vl`5fCD(-=77G=EL#z|yX6iqc;NsJ;6QpDkabR~AOHaf$O$k%=+2J5
zo1VT)mSl+oIDiAC9dPfIIxEP!bk@~il++xVop~Gb)Enj(zqv~^KWFC#|1{>=FK6&J
zM4p|~Hb0on^X|uAH$VNw?M@udzF?Gj=#7<;UwigiQ9mb@d(`W5oX(#I<PvW#I=eBe
zf&c^{009U<00IywMBu>(AI!}H9(LGag$@Zkwqe7D-0}Idg5Ubqx6Jpy|NREf-G2M+
zfqK_(=FguWn1LHRc5KO0Or1J4Q1kTDPnWET>i|2CnSam38*jWZu2Vam$KE5d{=EmE
zeDX=BbGRJL{Gbc1ua9Lf8t+~dp76v09KZp89Qe8$`u!Eo`Qsc}krfW$01m|OfZtvG
z>(%2%{BFP$rZ|8DIN*l^Uw1>kf&c^{P#FTu54v-vr~1)T$%&kB00(d&9tYezrOpa`
zh{uPxIaXqhZ1P)c%%7+I!(4RJqvos*_nV)bIKUjxyocF)pX)OB!8`QG-sV@Whnf!E
zCYoNO|86F{x<Yi%J+1SD+04ehyv$s8_fzKVj-$*`$MrMK_PsvCpv56KXI}q>H%>AA
zA9=}4Tk&pUbA#EnR3i86wfL;_y-zO5=c2P4vnmKc00Izz00bZafkFhXzWVCi%-_h7
zBMTi8c&tZ{9=YS~{NSE@?rHw<kALLuYxmJdADMH`IVX3Foh#h7ZCl_RF5m3ly}Q92
z+`M`7ik@Q8qD6uEJ$uhRdr!bpe`;!KGWRUB_bs#^_It^ne*O9duK)V$uS-r7sF^%@
zvRSuoUEr~>Z$AC>Q)BNDnLo#9@4;yA%b3(3<_BeD*`FrAKZP-jaR3K!K&Jz;&Z(~o
zzjXRVF64p(IDi9{aX?>ZmaPb1D&q^B;fw<~fCKs*kabR~AOHaf$O$k%=+2J*sjq*M
z37Oyk4&Xp?4!CzpofSBeoFnD1WsXc|F6CqzrIy?qXYNtl;F$Q_(AkYy6$Bsv0SG_<
z0uX>eAp)nLetK@!@9nqWE_6ulF+0omo$q`ncf6e+{M+CDmU}+?g`L-H(V|7}xEEe{
zA^Vi*^ZNDc1G8{;E^f@2G3LV$Kg`T6*45RSfBoxUX40fd4USv2YE`6b&YCqVP;0+;
z{qxypp9Rig=MZ=9-06Cn2FKfb7~0o-*=3g*dk?|2YuB3p{O3Q$=8^qlXEZIRi4!Mg
z<~Q?a2kqA`^M~1Ux_oAS(1q65$FdKNZyyRvSmFQ<;DBEaeBBNG{tEB>@{YX73kPrj
z2jX?W?=JrJ>hU68FW?DJ9KZn_@W+9#yCGje00I!G3<2f`-8s`&{pqV@MOHX~12|B=
z1MZztX9X^l??Ms`nIqGgOA=Y<pOf4hXYTn9@OAPI=<LR<3IY&-00bZa0SG{#5P`!E
zJ1jTn_wRrIyU-!I$CfQymOIwY4*uW=Kgiv8Fn7@Z|6<0B8M$M7_Uu{zY3J`3ELaej
z&8t5jSLpkfUw%3Ab>f&GeER9918W>NZd~N+haH%mA1w45OFh=UeS5QV<;t+r$MPKW
zgEEZlPm|xD!WhOlfCD(7(*arM)K`UHI{hLSa=`%{z=6s*pszE_R)jB=@deIs#sM6_
z0eue0Iww^SfB*#K1ehOmXGj0k*FVXGOmF}Pa3DDc+&iVt3LHt!k#g8FN2W8Eax#rl
zOYV&`_b6^~Onh$W?8dAL0uX=z1Rwwb2tc3^f$x9+`?)zkd*8sYKchyC${lOx2XDFM
zmZFDm-n=<?ti8u!9DnTn_3S<PO3ln&eDTGmwzk&klI6}1+It{&?%X-Bwv8J%I<2AD
z!P5Cbdq2jlTelWFZLE(oKPbb=J~Y04C@f)#12}*KemNlPocgNp&M)uCi@b0E2XG)>
z2lRDj*^2NYUN7JYPaMDj9Pq~hS?8n*0uX?JoB;EK?(FER{`6I{A}bug0URjb0ryU+
zvjP{&cOeOe%#rELC5f!_&q?l$GxvN4_&Rw9barD_1px>^00Izz00baVh`_hL^{w2T
zpPhjV`*YS=XXTEy^MeZ)E-ZSuokg_A*pH@7n-)FJ^$EMi<;$0wF=NJ<E3drLv~Ang
zv}x1Ebm`K?j2t=Ay!F;wMem6icCB*f2RCfk5SSgj^wLYiF6Z=|Woc&-=gpgE>`Y+)
z{{78WS6yW~bm)+I{jFQKHk~?kGX47XGY>uVP=>*d9Xp(^QSQOa56TF#KTUpr3S$`K
z01n`QP6uS2Q(qN+>GX?S$OQ**00%1LfWFQwTM@og#uqrl83%9x2lP20>zq_U00Iz@
z6JUPOogMvCU;iW%GQj~Hz=7l(aPO2lD{v$^N6KN_wCS~9{tn}{X3&gROgZPFR%gD&
za$$bZue^%o$m6<m)Y*+$6$Bsv0SG_<0uX>eAp+m|&UbQieqr|?w9kF>o8QbGYv%&D
zZQEApl)1;U^MkgIKj|jG{Gcpf_O`nBw&X)TIDi8<kemau&Z(~oN0M^{wy?zk9KZqn
z4(RL5vK8T)e%Hu|jBo%4a3C26WSx^L2tWV=astc`y0fDPCes7q3RfJ!0UXfjfP1IZ
zS%F_V{mRY{cDQ;X^MmVjW|YKxhxx(AlXVjQaL#D{=<LR<3IY&-00bZa0SG{#5P^da
zJ~%fM_{k@q6gnjH*xPTvojcCX1s-?YaYc{KK9QXt++&YDvJde&r39EClm*KkGuj>#
zPH@5j9KeC}IUwtt`l@g<eQuH|nc@Hr;6QW-^mS(0ipV^A=CFbl4&VR|q{{(W=cEb(
z5P*Q30P}<H?C8De>b>Mio;ZL5I1uiDd#BV{LC)bhSBp<}e(-|sk1#*jNahD?)^0NU
zG`l`?-^sy`y-MzlB=>6ljA_i*)!B_%6$Bsv0SG_<0uX>eAp-gTo#vHSUMX})=CPhV
zdj{qQ2M-=x^jQ1EjvYI4$M3b*UZKbGr2hn%ACzU-nD>pmcAfuTN-pGr12|AA2V|X7
zUsa`eaUI^9IDi8<fCCyG(ASw|E7Hi8HSwOu0UW>q9H@i?vd&2r1RwwbIf4BDE^Yrm
zv?rc;qWolyq_PtIfNSvg4jjM%9KZoB4y2{MYvIW{g759@{9w=f{>mI#Bbg(cw5T>S
zJ7}{X`TP=cZzQ?%voH9wuM#}c(!Y5f5P$##AOHafK%g-Y7&>%lZqD!bzyE!~m%MG;
zHuK%@em8fV{qH%87cVY&Z1%x_{p(-3;}1FHknF>JPALKA2W7!lVt>XpD!(U&Im~eY
z2XLUY1G3JkuZpZoXAL75;Q$WcKzbd}*O_H2!qN0PO15N+12}*K;SR_;Csh!D00iU&
zm>+a!M=uNSW$=Ly4&VR|q{{*KPN}m3FLip^^0&h?vt;LWd5}4>Mlwg%f6_~t%=g`|
zyP3Xn1GzVn-1!+?`Jcf$yD_VR00bZa0SG_<0uU%fV8x0Rxj8>O7dUIytiWM)b#>;t
z>#hqN^PTT}$L!v{J8)e6Zx$|Gn5#MCj5F##&G#uI!2F;rQ1+{p-><?P<~V=@IH1D;
zS?APOg-<$sA_sE70UW@A>NudUGs{+lKh^OE?r_He9KeC<J0R<vR6zg&5RemKe$bsA
z{j&P~k_^ZI2XFufD(8TEr_@=2GnI43h4r<ApUljX9en7`X4;B(nI&rkvt(y?9F@uZ
z)N_WAcO%H#<>vv%#`|+xXE$b55P$##AOHafKmY>82pn_FF}YbkJ44vAWlJ+^)F?A@
z<VbVeamNLov(Mjo=bgn)m3#cY`|iutb?eqG_c&jqlK}IBvRv7V#=94VCp>Wg2XMe2
z2V|X7Ulq>z;~ZI$6%OD44#e+(zRoOL5pKlq225d!12}*KemEfOoK!&o0uYcBV1Ce@
z9X-{Lo=Q&SgabH$1MxWE-YIof;6pq<#Le;Hg{#ee2i%aEC%f#H8O)QVe4cFR>^IHc
zdtaByyYGbO$vfqF$Nlqy^SS*T*V&C(6$Bsv0SG_<0uX>eF#?MhFV4;S+4;b*kMDi&
zd*<`cKQDHw+~X&la6;}pW5$fhJ<b>DB*6TjELZlLZhK95!3zg)00+|JfUI-stHR0j
zI7yadi32!*1MUv!>&&thk-dBNFoPKm-~bM!!vR_6qzVEMfPkC;^Mmf}=(*|Wx#UQW
zIDi8<5X}MiPN}nkyrbn^4Ne#Jd^9sp)@<MF&7HI6GgFq*nX*ZXR+}S#)-RLw@uv<n
zvuZbzbxO0Y#?KM1+3;t)&Th=AAOHafKmY;|fB*!-2t4}eqq%v%V)KLF_{KNPn{U1u
zcACs{AAR&u;9PU(&MjHP0e%x;eo&Sl`^kp;NtnO{2XFuf8ixb2&Z(~oUmJ(7<V?;u
zfCD&C*a3Z=S+*kbEu1f0;DQ4<fCK4wK-M{_f&c^{ASb~5pgTMIar*l)8Iv&%-~bMM
z?SOly)LB8MUuUX~#q^aM%<-rEIWt#g??u>W{Bz8erEIQj)QfMMV}5>HCgTH|_b~VU
zeK8rQEMsjyS6I(`I-4=8f&c^{009U<00IywNnpi_6{cm&mVw#7>@4Bwr=M=tuU}vC
z9QJ?-6D9=C@xcclM5^N;e+e)@D9euhquzfrBpb590UW@AWF3%oPJLB)lB_52g)a`^
z01oJOKwoE;tq9L_dqzIwg9A8#1Ialc>zq_U00Iz@6JUPOogIBJxjqP6*x~>V;D9~{
z+&iVt3f$7?R(>WAy|FSkU)HqgwWj57hnqi7`-hpintRmcbMooynzftE{m(8o=U@A<
zvG<m=x!U>A+aG<I*+FIpai9VY=<LR<3IY&-00bZa0SG`KDuFFqwwSlxddtk4H!t(q
ze(&;U+O%nA#E22OkKMa>yOeXRhXj}(l!fNgzqPPd-T%HxKIDS~IN+NDvd*cm$~W$;
zm!B0lfCD&y193W_uQSV56eknT#d{0~Z~zBzz$XV}os%jEKmY=A0?ZG(v-7F1uvY#a
zgabH$12|Bw1MZztXGOUjs89aAG-*+-IrDe-W#-K6tXX#6?3fe!n-fkOWKL{(Cm+fg
z{N%&|x%>`1=*HaFHp?S_cB>iw*M-cDRbXz6pI6EMyz+su&Th=AAOHafKmY;|fB*y_
z0D+_kFh3|G>%;zzHL}mg0UW>q97w_eS?APOl>{5k$$Jh5Z~zBzz!wMfb!OR$eBsSH
z`PqO2IDi8<5Vr%e&Pf#nAOHb50p<tY*~R^{pY!qe2^_!y9KZq14!CzpofVoHv$n5)
z2H1Pn-9BZWIpyqo%-;K47nncG&J^<btJz9lI2`ly+sxI2o-i|3ZD4kg*+CqrpaVL)
zF{^?A1Rwwb2tWV=5P$##k|MzTpo}d4F8B4n%fSK`IDi8<(6}6sbxwU%c-y$VC2#V^
z0UW@Apac3kvus7=8q5_Q@W25az=6i&fUI*;1px>^Ku&=9L3eia<;K&O$(pQj00(g3
zJ@-bbw1O=Cdp|$2xHdCO*nQ}1({146e0ad%sz3k59DC9L^UJgDHhsoFXU5K3X6#HT
z??3<Ee`Mx=W=h*J%Ypy|AOHafKmY;|fB*y%BEbBh3@rO!|M$OSNQO9o12`aaK-M|+
zRgu3ef4IR72XFuf(&2!<&MaFIKBmJ*awJC_zyTa^cR<!Tse%9mARs5e{GdBK`kQ-y
zgBi?l00(fuUkBVfrOpZ*^w&YMBRd?x0UU65Kxa2*RS<vx1Rwwb2tWV=5P(2Z1ehO`
zk!8Q>zTboy%y0k)a3CEH$U3LKDtt_bkK{;>IDi8<Aag)pXO^vq{AKyW4Q@Dq132Kn
z1G3IZ6$Bsv0XYHY2i@7xZ~gDLWJrcMfCD%X-2wMbsk4I2qh}5)Sm6K;;DG-Q=<LR<
z3IY&-00bZa0SG_<0uV@w0P}+~vh08T-~W;!8R7sA;DF2lS?APOMgFq<;RZJxzyTac
zhXeXLvus89m<}JwksNUV2XMgM0a@py3IY&-fSdsHgYN9;Z|?mKW-!A69KZp89dPfI
zIxBF{UkAyK>~H`FaKPOGo!yvKK>z{}fB*y_009U<00K!7V17_Wmi?yteiLRe!vP$?
zfpj<^>zw+k@G%`ek|R0d01n`Q%mIC!S+*kbm*o#PxZwZ};DG-Q$T}xg5P$##<OG->
zbZ1Au^}pYeAsONT4&Xp^2i!ZQ&I&S*o;j>wg#$Q%1O7Xpvm3K22tWV=5P$##Aka7o
zJo)64=7}essQO3aq~Ca6HS>eAtl9tizyBpeGQ<HKzyX;9vd*cmiu`5y!wqgYfCD&?
z4hQsgX4#7HF&#dVBRS##4&Z>h1G3IZ6$Bsv0XYHY2i@7x-`x8f%wUECIDiBGI^f<Z
zbynb@zYdZe+2H^V;DEaWI=eBef&c^{009U<00NDZz#e<-VVX2)QuU9<Nx$*DYUT%J
zS+n1C-*3VUW;lQYIFJqpWSvuA6+WiJM{*=b9KZn_kU5~QGs{*){<8ex1~(kQ0UYq(
z0a@py3IY&-fSdsHgYN9;xBmBAG9*JBzyTbH?tpuz)LB91(KCk?tZ)DaaKL{DbarD_
z1px>^00Izz00bH*0p<rAXYQ4L)yxmdh_nCofB#E{WQYSefCDlIWSvuA75U5Zha22*
z00(d&9S-R0%(4~XV>)~!M{>jg9KZp02V|X-DhNOT0&)V(54y9Xzq$7}n86GOZ~zDV
zb-=w->a4&)e;p({vcmx!zyWs$barD_1px>^00Izz00bH*0p<rAXYQ4L)yxmdh_l~x
z-*3VUW;lQYIFJqpWSvuA6+WiJM{*=b9KZn_kU5~QGs{*){<8ex1~(kQ0UYq(0a@py
z3IY&-fSdsHgYN9;xBmBAG9*JBzyTbH?tpuz)LB91(KCk?tZ)DaaKL{DbarD_1px>^
z00Izz00bH*fsrFenh_&LMEbbus;f+sCQTZA9C+Y?<_~}PgSq9FTg<Rw!!jSY-g>L)
z*s-H&(V|6z<Lx=FxZ;YyH5(`W#`CI~ACzUy{@4HgFBy^{4&VR|$Q+P$PJLD6FUucp
zaKix{z=3o)pszE_R)mk~@R1zJ5eIMp2izTybxx`v009Wd2{1qC&W`@(-rrybGaSGH
z9Prlx_fDy^0tfwdknG3~2XFuf+#S%_jad~0AOHafKmY;|fIt|54I4I?rcImXW&xWw
zZ*Hbdn`S=!^wY4i%yV0|Y%w)8HRi`Z{&BAUhd=zGS+{Oo$yyFb2La{>WjV6nbl-2n
z3}!fh12~Wl2V|X7Ull&4!$)!?M;yQb9FRGnuQSV5ME<h;;RZJxzyTca-vL?YqzVEM
zfPkC;^Mmf}=(qm&TQVd=9KZn_i0*)Ur_@<N=Fu~U6|8Uo2XMfD2XuC0Rs{hFKmY;|
zfB*y_P>jIGAAfB2+H0@e?B9L&-Dh_1-d*hQqL0_r)tLzsCgjeu=bn3-fBy5IMUUr+
z^blZvP?jb8U;p>NWJrcMfCD%nb3oQP^;MC-EPuGc4F_-l2h!nyzRoOL5k98FM{*=b
z9KZn_aCbn~IjMpG1Rx+M!2F;)JNlb@e}fs!Z~zBzz+VU4JEhJF9Q4;gvLibjzyTa^
zcR*)1W>pY?00bZa0SG_<0>uclY}qn5^EY|&<YI?Ke*Ce=9?PBYq?1mHT*ra_5@3E%
zmL2;|_x&c!V1@%YfCK4pK-M|+RpDbgd?ZJ5!~q<@0ht5(I<ss=<S)w~Zg9f^9KZqp
z9guZSsvrOX2*?RAKj_Yme(Qg~B||dA0UW@A=nlAdN}UyC9zAnd!3qa(00;bcKxa2*
zRS<vx1Rwwb2tWV=g$TU!&O5nTzt*i=7dk}rSceWBa_3#TbgAeZ6!}Ad`9WD$?0@~=
z|B@jY;s6fdfXo3|=hRn4{<8ex1~(kQ0USt&1Nu6%Y(@B(4j;*p9B}{#aKPOGS?8n*
z0uX?JoB;EK?(FDq?)?pBFv9^HzyW_9aPO2lD{#<X2g#1?Z~zBzz}*3z-I!HD00Izz
z00bZa0SFW#aK{~Y<mUVqEm~CQ5Yc1HmMzPjw_m@0qH|E>4*})}Wm&P`bl-2n3}!fh
z12~Wl2V|X7Ull&4!$)!?M;yQb9FRGnuQSV5ME<h;;RZJxzyTca-vL?YqzVEMfPkC;
z^Mmf}=(qm&TQVd=9KZn_i0*)Ur_@<N=Fu~U6|8Uo2XMfD2XuC0Rs{hFKmY;|fB*y_
zP>8@Or<{_T^V_<0YoS9#kL}p8BX{1DPC7|+4vPFC!2F;rEB3$s?|;dV3~>Mla6smO
ztaIwCB7a%_aDy8T-~bM!!vTGrS+*j4Ooxx;NRBvw132LBfUI*;1px>^Ku&=9L3eia
zH~0PqGnnB34&Z>l4!CzpofSCfuY+Vqb~u0oIN<Jp&Th=AAOHafKmY;|fB*yv5%}Q`
zf0&!|tE;Okbcpz|CQX`T&b`-Odx_6Mp&ta8AC%?9e$#!w2{V}C01n_lIvkL7PJLDQ
zm<}JwksNUV2XH{<fWFQwTM_xo@`oGTZ~zBzz<&p1os%jEKmY=A0?ZG(v!mbo-*3r~
z3~>Mla3Hz^?wwL+1(`?B99FQx0UW>q{~gfTjad~0AOHafKmY;|fIuMv-~RTubMu2=
zeDOu0Lqw0|-+%BM-}r{;92EIOfcZgLR_uTM-~W;!8R7sA;DF2lS?APOMgFq<;RZJx
zzyTachXeXLvus89m<}JwksNUV2XMgM0a@py3IY&-fSdsHgYN9;Z|?mKW-!A69KZp8
z9dPfIIxBF{UkAyK>~H`FaKPOGo!yvKK>z{}fB*y_009UTBC!Ad`{(8d-+c4ULWhVR
zd+V*Ya_4Q@w5jME6!}Ad`9WD$>^I%_n=peJ4&VR|q{9JO=hRn)kLmD{9LW&}Z~zBn
z4(RL5vK5iPEPuGc4F_-l2mE(H);Xzy00bZ)C&2umJ3IQV|NWK>$q)x{00*Kw;NB^9
zR*-r0%wYv99KZn_@ZSNQ-I!HD00Izz00bZa0SFW#aM@*-<>vg(IOB{$hln0)+qP})
zycb`5vFIEW`9pyDL0MMpfBoP8k|7!501n`Q%mG>F)K^9Rvi#u&HypqL97u-)`Z}|0
zMfjKwAIXs%aR3K!z}*2^=cEb(5P*Q30P}<H?C5Xq{S9U?!vP$?0e>BE@02<#aL``|
z$&T!B00(fu-2t85m{mal0uX=z1Rwwb2oxglm%scaH|N)+NfR?>%$P!lIXyOM(xkvS
zr%#{mRL{Zw5nz5$mKpm^_x&c!V1@%YfCK4pK-M|+RpDbgd?ZJ5!~q<@0ht5(I<ss=
z<S)w~Zg9f^9KZqp9guZSsvrOX2*?RAKj_Yme(Qg~B||dA0UW@A=nlAdN}UyC9zAnd
z!3qa(00;bcKxa2*RS<vx1Rwwb2tWV=g$V52xzl{_d*2Jp`~CUPe>S^z?J9J5=wrKg
z?>57R4GWy>zy9mL%#Iy9LhE?ae*(-8$}(jC>;L|j49O4&Z~zBn4#+yEzAEyU<qtQw
z;Q$WcKsp@I*O_H2!pC&@NRH%)12}*K?heR0Csh!D00iU&m>+a!M}KqgZ!m)y4&VR|
z`0Idsr_@=2gZ?^5c4UVGIDiB04(RO0tO^1UfB*y_009U<pcsM2AAdYB^Jniv_`@Im
zFmo@$4?g&ySXu7z&6_uy2@@umrcIkRI1l$8%wbCP7t9aJ;$^?-zTboy%y0k)a3CEH
z$U3LKDtt_bkK{;>IDi8<Aag)pXO^vq{AKyW4Q@Dq132Kn1G3IZ6$Bsv0XYHY2i@7x
zZ~gDLWJrcMfCD%X-2wMbsk4I2qh}5)Sm6K;;DG-Q=<LR<3IY&-00bZa0SG`Kj6knm
zy&BB^**QY{vDaREnbS@?&2;VB)%5P&JM&?`ZrQSBgL@ZdYwYLl-MfcflIK!HfcZgL
znCyT3-~W;!8R7sA;DF2lS?APOMgFq<;RZJxzyTachXeXLvus89m<}JwksNUV2XMgM
z0a@py3IY&-fSdsHgYN9;Z|?mKW-!A69KZp89dPfIIxBF{UkAyK>~H`FaKPOGo!yvK
zK>z{}fB*y_009Vu5vZ%HGyVGYD>_4%KNlF~Ydeo<&&i+0L4f%|S<dV?-S?X?gBcFs
z01l+X0a@qNSA~!1@R1zJ5eIMp2V@TD>&&thk-sc|xWNqvZ~zDVcR<!Tse%9mARs5e
z{GdBK`mO){mJG=d2XFufqC4Q;DRowmdGyR-1uGoD0UYq(0iE5LRY3p(5P$##AOHaf
zL?N(n;X-rlvB!$%2#-ASNb}ljuSK~O$E1h=^MkT5+5h^#|0P2*!~q<@0ht4`&Z)18
z{AKyW4Q@Dq12~Wl2lRDj*^2Nn9X^sHIpP2g;DEaWvd&2r1RwwbIRWMe-PzIK-1{5M
zV1@%YfCK(I;NB^9R^Xt&4w4<&;Q$WcfV%@ayD_VR00bZa0SG_<0uXQ^U}pfkb?avK
z+;h*8vxMLM?srYsu3gRi`SZEwpbO*_9n1WnEKK&B?)y!c!3+m*00+|HfUI-stHQ^0
z_(+cAhyyr)12PBnb!OR$$X}K}+~9@-IDiBGJ0R<vR6zg&5RemKe$bsA{nr0}ONL~K
z12}*K(H(H_lsYTOJbLD^f)x(n01o)?fX;5rsvrOX2tWV=5P$##Bn0Z}>dZg?`A@TW
z@nZAD6Hl1QlP8-;9(lw({`ljW$Lw>vckh;*nwk_5V17^*Ci`Fi_rGLFhB$x&I3ROC
z);aZ6k-sc|xWNqvZ~zC=;efu*EL#yiro%^aBu5;;0UU65K-M{_f&c^{ASb~5pgTMI
zn|ptQ8O(412XMe&2i!ZQ&I%m#*Fmx)I~>3P9B_9)XE$b55P$##AOHafKmY;|fIw0N
zm>-mpWxwgZ--H>=Z~zBzARP|KI;XxWd`yRr<VcP<fCD%nb3k8bmaT~VW%<JmZa9Dg
zIN-knvd&2r1RwwbIRWMe-PzG^{qMJANQO9o12_=f0ryU+vx3Z{XAUb^;Q$Wcfd3BY
z?8dAL0uX=z1Rwwb2tWV=5J-vu^Mf+7?0@~=|B@jY;s6fdfXo3|=hRn4{<8ex1~(kQ
z0USt&1Nu6%Y(@B(4j;*p9B}{#aKPOGS?8n*0uX?JoB;EK?(FDq?)?pBFv9^HzyW_9
zaPO2lD{#<X2g#1?Z~zBzz}*3z-I!HD00Izz00bZa0SG_<0!a~Ieo#i1{igeV6J{{O
z0UW@AbT}aEocgNpF&#dVBRS##4&Z>y0eziWwj%PE<qtQw;Q$Wcfd3B2Iww^SfB*#K
z1ehOmXGg#Fzu%G}8R7sA;6QW-+&iVt3NnwLIjmrX12}*K{yU(v8?!11KmY;|fB*y_
z009U<ASnXO56Z~0|Mh?WONL~K12}*KG6!UxQ(qPN%kqaC+;9K~a3CEH=<Cd~72#t#
zd?ZJ5!~q<@0e1&vos%jEKmY=A0?ZG(v!lPc_cxfq3<q!k2mE!wy;JI}z(Ic<Bs;Rh
z0UW>qcL#KKV^#$L2tWV=5P$##AOHafBt?MvK^a;0o9_Efn86GOZ~zC=;ef1j>Z`)X
zbofY)<cI?}fCDlI^mS(0ipXD<KiuGk12}*K{yQM+oK!&o0uYcBV1Ce@9sSn-eoKaA
zhyyr)1JNCD@02<#$UJ)Hu!0p1-~bNz?|{y3%&H&&0SG_<0uX=z1Rwx`qzEuSC?m`M
z*Z=)58ImCm-~bND9FTQReO2Ty%O7rV!vP$?fpj>auQSV5gpcX)ksQep2XFuf+#Qg0
zPO2aP0SL$mFhA(dj{fG}-(Uta9KZn_@YezNPN}m32mN)B?8puWZ~zC~9njg0Srr5z
z009U<00Izz00bbA6anT3Wn|fJy6-n(1~VMM0USt&1G3JkuL>X2;UhVcBM#sI4#*tP
z*O_H2B7a%_aDy8T-~bNz?|`gxQUw7BKtN7_`9XJf^jrV?Eg6y_4&VR|M0dcwQ|hcB
z^XQqw3RXCP132Kn13J4gtAYRoAOHafKmY;|a3!#F=T7tf`|q0t3l^AXo_WSR@x&A2
z57%pRyk7*EAC%?A{@4HgFBy^{4&VR|$Q+P$PJLD6FUucpaKix{z=3o)pszE_R)mk~
z@R1zJ5eIMp2izTybxx`v009Wd2{1qC&W`@(-rrybGaSGH9Prlx_fDy^0tfwdknG3~
z2XFuf+#S%_jad~0AOHafKmY;|fIt)iyLaz4vuDpXZQHgrO`0@`?IX&yImTZC%n!=4
zW54OX--H>=Z~zBzARP|KI;XxWd`yRr<VcP<fCD%nb3k8bmaT~VW%<JmZa9DgIN-kn
zvd&2r1RwwbIRWMe-PzG^{qMJANQO9o12_=f0ryU+vx3Z{XAUb^;Q$Wcfd3BY?8dAL
z0uX=z1Rwwb2tc3|fyIj#n;-x9$Fa=}=FcCNx;D@IO@R49S$^z){ontRAsONT4&Z>y
z0a@qNS4IA^{NV;S9KZn_NQVRZI<ss=_?QkK$&nm!00(fu-2qwWqzVEMfPkC;^Mmf}
z=x^@*4Q4RI0UW>qe;sh|lsYSL&|e41j_hy%2XMgM0iE5LRY3p(5P$##AOHafgb|oC
zXHFt>gV`Cvuxs<2{{)yHlx4_%(|x}QGnnB34&XpK9FTQReO36F4j;*p9B}{#a6smO
zzRoOL5&6sVha22*00(fue+OiplPU;600MFX%n!P=qu=`9Z^@7haR3K!Ai4wYol<87
znMcnYR<ObW9KZqp9njg0Srr5z009U<00IzzKrsUEzyH4Z#y7svV1Dql(@rz}`t>s-
zM~)0UXTQJq-h0hWH{E2;Jo8NR&2N4)@VuQF?AEQD89jP*?xWbXc|08im>-no$o|*=
z{Vy4kAr9aG4#*skbxwU%<S)w~Zg9f^9KeBeIH0dH%T|Ps>F|*p$q@%|00-P1kabR~
zAOHaf$O$k%=+2J*=HB061~VMM0UYqx0ryU+vjPYGb&%}H4hL`m2izUd*^OBh1Rwwb
z2tWV=5P(220;isOYGD4aQ>RYmlTSVg9KOdMd*qG@Jn`i>J9q9hFTM1VIr7LObH_Ao
z+SI)F-h1^A<@=NpV17^*Ec;FO{U*#{h66Z&1L<%;);aZ6;bS^{Bu8?@0UW>qnFIPd
zvus7=FUucpaKix{zybdqkabR~AOHaf$O$k%=+2IQ>wmu`Lo&nx9KeC-4!CzpofTvr
zJ#$#W3I}ii2mE(HXE$b55P$##AOHafKmY=T2-tfM+WQ4&Kl=3PQ|K@gHb0mxsH>|p
zBSwtKo$J5<`@hY9{_~&g(|k@b0p<r~;j;hrfB#E{WQYSefCDlIWSvuA75U5Zha22*
z00(d&9S-R0%(4~XV>)~!M{>jg9KZp02V|X-DhNOT0&)V(54y9Xzq$7}n86GOZ~zDV
zb-=w->a4&)e;p({vcmx!zyWs$barD_1px>^00Izz00baVh`^XJV{-F;&6_tjyLRm=
zbXcVM!EE91;lp$1?9ib@_F+D!m;m#GvT)gNy6-n(1~VMM0USt&1G3JkuL>X2;UhVc
zBM#sI4#*tP*O_H2B7a%_aDy8T-~bNz?|`gxQUw7BKtN7_`9XJf^jrV?Eg6y_4&VR|
zM0dcwQ|hcB^XQqw3RXCP132Kn13J4gtAYRoAOHafKmY;|C`90*i!RE|`c0WKrO+Xn
z$D-VSFk5WzLwNl0$LG$wapT79Q+!S-0p<r~!LtALfB#E{WQYSefCDlIWSvuA75U5Z
zha22*00(d&9S-R0%(4~XV>)~!M{>jg9KZp02V|X-DhNOT0&)V(54y9Xzq$7}n86GO
zZ~zDVb-=w->a4&)e;p({vcmx!zyWs$barD_1px>^00Izz00baVh`?co9hRH(d+)vX
z3LTPpEPsB`&IgwI^ZfJA=gvEN^ypHD^StK-m>-k{$bQp(zX>y#;Q$WcKsp?dbxwU%
z_?QkK$&nm!00(eD=77G=EL#!z%kqaC+;9K~aKL{DWSx^L2tWV=astc`y0fF-`rmKK
zkPLAE2XG*|1MZztX9bx@&m2~;!T}t>0skG)*^OBh1Rwwb2tWV=5P(1-0(<VcXKv1K
z$BrF^4#_<Bt#5rR(s9`neER99x#R7B3*t|@2{1n>%a{GH|NCDuBtsm)0UVGyAnTm^
zs>olKKiuGk12}*K>2N?_XO^u9AJgF@Ig%p|-~bM|J0R<vR6zg&5RemKe$bsA{ms3<
z!3<_NfCD(-uLJI#QfCDY`s*OsksS`;01mi2ptBpZDhNOT0uX=z1Rwx`LIl43?QiGi
z{KD=l`2FvHKX=@gEn5nms=;GTnl#DO9C+Y?4W8qHbP-^FP?jhAP51pK%wUECIDiA`
za6r~M^;O|xI(#HYa>M}~zyX;9`Z}|0MdUBbA8v5N0UW>q{~eHZPO2aP0SL$mFhA(d
zj(+QZza>L5!~q<@f#?pncS@ZVWF9?pSiuShZ~zDVcR*)1W>pY?00bZa0SG_<0)+_t
z;0Hg*%?0k>y}QsMna7Sl{`lN+t5&TldR+b!+4;de_Shr;VZKfw0p<r~p|bz=fB#E{
zWQYSefCDlIWSvuA75U5Zha22*00(d&9S-R0%(4~XV>)~!M{>jg9KZp02V|X-DhNOT
z0&)V(54y9Xzq$7}n86GOZ~zDVb-=w->a4&)e;p({vcmx!zyWs$barD_1px>^00Izz
z00baVh`=F-9Fm(047;yjr%s)6$JNx-6gpMlF?+7;{NOjg`OUy{e3L!`%n!;kWxwgZ
z--H>=Z~zBzARP|KI;XxWd`yRr<VcP<fCD%nb3k8bmaT~VW%<JmZa9DgIN-knvd&2r
z1RwwbIRWMe-PzG^{qMJANQO9o12_=f0ryU+vx3Z{XAUb^;Q$Wcfd3BY?8dAL0uX=z
z1Rwwb2tc3^fwRs!D>vs?TU%S`kj!JFMvclH*Q!;kqQ_;Qc=E|7bH^Wk_~F@y`J7S$
z%n!<fW&i8{{+A5N5C?Do2V@S&I;XxW@|WcgH@M*d4&XpK9MIR9Wh=tRbofY)<cI?}
zfCKIh$T}xg5P$##<OG->bZ19@bMJ33gBcFs01o);fP1IZS%HK8I!Jb8hXXi(1MUv!
z?8dAL0uX=z1Rwwb2tc3^fore5HaF)Nc3;8e%a`Ylv-cHTxpHNp(`6ppwr!hf)~s3X
z_)9OnwCJ%skq!dP56W_6zv;f;gc;0m00(d&9S+Dkr@ktDOoxx;NRBvw12`aaKwoE;
zt%&?(`NIuvIDi8<;J*X1&Pf#nAOHb50p<tY+0k$P@3&+~hB$x&I1t?d_fDy^g3P05
z4l7vU01n`Q{|@Nv#;ghg5P$##AOHafK%fwT@#Dwm=KTKfhd&fLB=gwr-Mh^`|Bt=9
z54Ehk4)}i=nPG64VPs^8v=}<fpcpJ82?>d$1eBx*NeCEdLjMpU(u5cqBv@3)%P-cF
zG(|~74J4#_k(iXKF|m#Qph;7c)+W(u)I_7!n52$&bbJ}#=H>2R_wbv|T<4s7&$FC+
zXYJ?tY`DzKIeYE%Jm2*_d%4bGdH>)KhI2P;*wEc^#~nwU|M0^PcW0b&#&BLgYxpn!
z@-Ii6=YhHim>-PgQ~x{u{#Op=kOLgxK+J(y<;)i)|FQhzh8qVsz=1j($XA(TE8=4v
zKFXs!a)1LID0d)MIYl9W00MCW<_F8!sc+@=4KvI*zyS`7*Mag%nKOce<8@H(<c<Rz
z;6S+pIjgZ%A%Fk^2q1s}0tieZ@ROhXWWlW8^Ups&>9m87U4Q-c3(oCl15Y^Ngzi1>
zc~95R9&X*b^@!*D-$S@>-@d8W^h6y5%n!!$sNXE_H!;JE103K$9S+1QXTB&t*5RW(
z$|DCjz=4<p`6_d4Me-lZKW?~jfCC&DzXP$#DGC7u5Qq~nKUmIAy&ZqOl|wn?00%fQ
zy94EwGG~OG&z^Ivu;Ks*I52((a#mxjLI42-5I_I{1Q3`+;K?VSTrl(Z^{;<@(rE`D
z>wgE~Ti)`P1?TrOgp2+B$AA3C)a!Yo9s=eEW4YA-j=%qvLpkIC2RIOOAXYi^Mah3G
z|G44C0S<7W4hQm8=Gcn(Sci}DD32WA00+t)h*eHe2q1t!oPhbka(3!ld40nSGY)Wo
z1LJj|yi(?j;NW;2lsmcO00%fw?m*6JY*h##fB*srAb<b@lL*Yu&v*Ur6+HBF>#es=
zI&FCDg%@7v&OZC>MP~;4dBWAJS9jn0-uH$$f2o^*`N3Fz^_%7WCT5s%fCC(;!+}`k
z%ooMSI((EzdE@{GI1qCnUuBN1Nd9B_#|<|QaDW5jcOX_dMInFy0&xQ72g}*1x8tw3
zawvx!-~b0^cc8pd=8TZ@*>jE+Rvh2}2gdI}&T4E`2q1s}0tg_000KvgK>vFPzw@2%
zbf=wm+7WYv#~pWE_m_Y9m)#RjJaM#M&UHpW!2Dn=N&4UM_rG!|haBJl2VxGyDrdeZ
z`H$rvH{3YD0S?sRK)%WxTM-}Y@KGM+kpmpyK)D04$|(u~1Q3W5Fh5w%PJJt{Z<t}m
z0S<6rybhFC%A64#9Iu0NCwCm+00+t)$XSi83IPNVKmY**5I|r#2)y{>i`{?!_kVZy
z-+zDi_~Vav{cNG5Jp$$jV>#DvmiL>OVa5RtaG(wcVwE#r6d&vGQ6A-y103K$%z=EB
zIkqDCkL4dX+&I7i4vgP{SmhLj00Ica378)&XQ$qdzuwBB9CCmI9GKmK@=BRALe6K;
zIaXM4fCC&DzXLg|u~i{}00IagfB*srAb`Mf5ima(Bdh-%fB!3oa>xM=a3JPDta9dy
zlK)u#al?%R9N<754&<xMu@&*L4j<)F9y!1P4wO3(tDK?`KmdU_0rP|9?9{jN`i2>1
z9N+*4#_K?NrOX+@!SOmMcXG!84sf8{ft=OYst`Z`0R#|0009ILKw!BDm>-Oh)o+&f
zo0wt70S<7W4hLeDGhY-R>+n$?<&gs%;6TiQe3d!2BKeQyA2-}MzyS`7-+@@=6omi+
z2*e4PA1r65-j2WC%Ap)`fCC(u-GTB-nKMGpXU{oSSaE;@92ma?IjgZ%A%Fk^2q1s}
z0tg_0z;Y2VKNusc{~dq-D~EE(0S<5==0L1+=8Ka5SpIRtjRPFuKphU`tIV+#@v#mc
z<xw6vzyS`FI}od!q7Xm;fj9y4gXQehxAOXi8D<>d00+kFKzXIi8NtEvIw*H?#{mv-
zpxl9+)!3>KKmY**5I_I{1Q0-Axd@majFHuEmiL>OVa5RtaG(wcVwE#r6d&vGQ6A-y
z103K$%z=EBIkqDCkL4dX+&I7i4vgP{SmhLj00Ica378)&XQ$qdzuwBB9CCmI9GKmK
z@=BRALe6K;IaXM4fCC&DzXLg|u~i{}00IagfB*srL<t-?aG=|@YghN1-~6U~=%I%W
z{zR`Ou1*5x2V;5F|Bk=^l|wn?00%e_b0AhZ^F_&jEdRLS#sLm+pbiJ}Rp!`=_*jRJ
z@+glS-~b289f(y<Q3xP_K%9X2!E$!$TX}uM3^NXJfCJ-opuAG%jNssS9h5t{;{XRZ
zQ0_p^YHU>qAb<b@2q1s}0wo0QzyJR3^2;ypwr$(i&CSgn@w3>q`q+E!xo7xU>|D>)
zLBRZAERXul@_rLD%s9XS4%Fd5ta9dy;$s~?%A-7TfCC(eIgqb1$5tf&vHatP8wWVR
zf$=*KtDK?`KmdU_0rP|9?9|)w*IPN1Lk@6&1G76&UMX`%$ocF!#|kSBaDW5jcOYjq
zwkiY=KmY**5I_KdSqMD*@Wb8P-uAX5<^^9lL%7(r`nkiy&)>a!_hP4et^xw)2V+Up
z|Bk=^l|wn?00%e_b0AhZ^F_&jEdRLS#sLm+pbiJ}Rp!`=_*jRJ@+glS-~b289f(y<
zQ3xP_K%9X2!E$!$TX}uM3^NXJfCJ-opuAG%jNssS9h5t{;{XRZQ0_p^YHU>qAb<b@
z2q1s}0!tCN?z-z1%>5lc1Nh3nFLtd*AANMeb?&_L&c#mmTm=No55|(H-z@JpF~f`l
z9N<754#X;Fz9>G{;iEjtBL_IZftUmNDsyZ_@*m4TZn$xP0~{E?1F^~}3IPNVh!ZeB
zSk6wp9e=%*LpkIC2RJah1Lc)6XM~*3o^!0Q;s6IYFn$MeR%5F|009ILKmY**5Lk@B
zwbx#|VCL`edBIapJ+*uHyWhRw`Ngi)Keuh$w&DD*e)X$Mo$mRO6EHs*OQ8OD{Qa*S
z${`0hz=4<pvC5e*O8#T{#|<|QaDW4KIFPS0$5zD0I((EzdE@{GI8g3Dta6G%009Kz
z1k4YXvs2&7>l<d6aexCH7_S56l`>}p2gmE6+{qmWIKY8&2Xa<pt3m()1Q0*~0R#}3
zM&SPY?;mFU4$Td|>s{~ae)`j&cKi128^TtvUOk*QJUHbqS6p$$aPGwyUp(b357$D#
z{9r7T`pxow6En;>zyS`_;Xtf%=8NKE9X`sVJaT{o9EdrPuQJD0B>%De<AxgtIKYAN
zI}od!q7Xm;fj9y4gXQeh+ws?1Ig~>VaDW4|J5XLJb4JMd>^a8@D-Ljg1LJofXEnAe
z1Q0*~0R#|00D)-)wr}4)%=)cav!?sekA5`q)ROtZAOHBr!!`R^L`U5O%n!!$tN$H;
z|0{=b$N>&;Am%`<a^{PY|5*NU!;J$R;6NP?<g3iF74fkSALUUVIluu9lsgcsoT3mw
z0D(9G^MmE=)VK2bh8boY-~b24>p*#>%o)MK@j57Xa>oG<aG>0QoYmN>5I_I{1Q0*~
z0R$!yc;)XNyz|aGC!Kciv6A`0#~yoZm>+!o>t8?hnx3eGfce2#9`&2${U&CZaexCH
zsKbF+<;)kw$2xqJM|tD`2RIOOAYWyUtw{c3`Ns`64sd`2<98rdIYl9W00MCW<_F8!
zskh^=w{j?l9N+*4W_O^xQs#`1^VxHb6;>SJ00+kJK+bAxRR|z}00IagfB*uM2z=%<
zpBd)-KK$ViPda6ItYm)h#TQ>3uKSwTyk@wDztl;<{9r7v`rq;Qzj7#t9N+*4Vh+SA
zXTB);kL4dX+&I7i4%Fd5zRDb15g+UDQ6A-y103K$xdXAvDGC7u5Qq~nKUmIAeJihT
zm|?~N4sc++4wP5QoDm!xuY+<YcO2jV2g)7DS&gj<0R#|0009ILKwuJqcfRwT!<=9L
zy9gIM)~s1GoV(b0hn}08n>%>^x^?RgJ><_y378*@C04&#-fv=t83#DPfjS(BRnB}-
ze5}Jqd6Y*EaDW3b2l7?s*ox#omVexE;{XRZFn$MOl~WV~2p|wAV1BTioq9X|dMk%=
z$N>&;V0H(}D`n0IIiEe}SYgEh4sc-n4&<!HR)qip2q1s}0tg^5iNNN~n}?aemtTH)
z(ka7Z(fPqut5yxy@RvFXm>-PgRsTEw{#Op=kOLgxK+J(y<;)i)|FQhzh8qVsz=1j(
z$XA(TE8=4vKFXs!a)1LID0d)MIYl9W00MCW<_F8!sc+@=4KvI*zyS`7*Mag%nKOce
z<8@H(<c<Rz;6S+pIjgZ%A%Fk^2q1s}0tieZuy*a*VSaFaetyy^!(%1$gZ;Jq{=orV
z^?xxx7)!B!v%KHL3^NXJfCF_n5UZT|qWD;ckMbyw9N+*4Vh-f1%&`^8e=PsF;l=?D
zaA5on#44vK1Q0+VPQd(NIXm@s{Pk82<&Xm$;K1w-lvm1}5pq6z&auLZ103MM_#Mbu
zjjaj+1Q0*~0R#|0U=o27Pdss$^IPio4<0^iIO$r4Klap9PYu^S_0&@jf6Cu0Bw&6p
zmQ?-k`1@ZultT`1fCDiHVwE#rl>Eo?j~i|r-~b2ea3Ei0j;)A~b@(Wc^2h-WaG>0Q
zSmhLj00Ica378)&XQ#fE*Eh^C;{XRZFkT1BD`n0I4vyDBxsy8%aDW5l4&<!HR)qip
z2q1s}0tg^5iNINBoi)t)J@UvSlTH~PE14g><BmIq>z;r9`NK8*rA`9o2V;5FZ<hC)
zm|?~N4sf6j2V#{oUlbqf@KGM+kpmpyK+J)Bl{vN|`H$rvH{3YD0S=7cfmr1fg#ZEw
z#0i)mEN7?Qj=$c@p&W96100y$f$~b3GeXX1&pB3DaexCH7{3EKtFcuffB*srAb<b@
z2uvby$t9NzbADG|dF7;2hQ~_g2jBnx_Yc>-`s%BPYxql@1k4Y{@~ZzGfB!3oa>xM=
za3JPDta9dylK)u#al?%R9N<754&<xMu@&*L4j<)F9y!1P4wO3(tDK?`KmdU_0rP|9
z?9{jN`i2>19N+*4#_K?NrOX+@!SOmMcXG!84sf8{ft=OYst`Z`0R#|0009Ih5%}Q`
ze>lwfZQQuAd;a<7C!Kciv03K_A9&z_;hJ-Eb6x*$N8JR>561GV-z@JpF~f`l9N<75
z4#X;Fz9>G{;iEjtBL_IZftUmNDsyZ_@*m4TZn$xP0~{E?1F^~}3IPNVh!ZeBSk6wp
z9e=%*LpkIC2RJah1Lc)6XM~*3o^!0Q;s6IYFn$MeR%5F|009ILKmY**5ST<@-@bj_
z@y8!O%=?{t?z!E80|zFZy5PKtC;Z=oFTC(VcgiWJ4A(pP<deJk`T1$5d%O|?<_BYm
z)c=mZ|CK{I<Nyaa5OW|_IrBxye=PsF;l=?DaG(wc@>S;8iuhQEkMbyw9N+*4${mPR
zPEiOTfIysp`N48_>RWkz!wfSHaDW5jb)dXb=8WLrcpa2Gx#Iu_I8g3D&T4E`2q1s}
z0tg_000PqpTyxDe!@OVr`vT87=bUc$?%hY6e)yc>5l{Z#1O4wA+_r7of@|G$(@m33
z^;l&D%n!yAs^2W{H!;JE103K$9S+1QXTB&t*5RW($|DCjz=4<p`6_d4Me-lZKW?~j
zfCC&DzXP$#DGC7u5Qq~nKUmIAy&ZqOl|wn?00%fQy94EwGG~OG&z^Ivu;Ks*I52((
za#mxjLI42-5I_I{1Q3`;VE_L8-RY;FzF_We&6+jcWtUynJ^0{*UH^Q4Oqw6;e}CcK
zci-KefByLk;`=$oGtWHJ?;e~6y|Ty655^Lz{~dq-D~EE(0S<5==0L1+=8Ka5SpIRt
zjRPFuKphU`tIV+#@v#mc<xw6vzyS`FI}od!q7Xm;fj9y4gXQehxAOXi8D<>d00+kF
zKzXIi8NtEvIw*H?#{mv-pxl9+)!3>KKmY**5I_I{1QsK(YuB!B)22;F%mDUtfU8!m
z>b7s+zTmm@&O5I=<BT&FJl3Ck=x6ih&E3;aKfTyXdafb@<_BZR)Nhveo0wt70S<7W
z4hLeDGhY-R>+n$?<&gs%;6TiQe3d!2BKeQyA2-}MzyS`7-+@@=6omi+2*e4PA1r65
z-j2WC%Ap)`fCC(u-GTB-nKMGpXU{oSSaE;@92ma?IjgZ%A%Fk^2q1s}0thTcVCT-A
z-PWyJhZ(>_vw)?4ZrQS>d;IaomwGwRS46=4U@V#X-|_dqawvx!-~b0=4#X;Fz9{*R
z<sUcPIKTl8)ZswB${bq}AM5Z@9_5h(9N<8?1F^~}3IPNVh!ZeBSk6v;E3a>uVa5Rt
zaA3R+lvm1}5gZ(^gK{T#9N+*4${omAjjaj+1Q0*~0R#|0U={*<_wMa3z4X%X4B>?r
zUf8|#(o3_vlyfQ~V16)`O#Nngzlj-U9N+*4>Tn=dIrByFu?`>QQ64$K0S?3*$XA(T
zE0X_M{&B;N103MM_#KE<PEiOTfIysp`N48_>h1XJtsKfB2ROii*&QgalsO~heD<7U
zg%t-lz=82Qkh2<F6#@t#fB*srAb>y#fhV7Qvb*Z4tGZK8Ic3RN!cChtb)WdeC%WJL
z?sp|G;oOP{m>-NKQ~x{u{#Op=kOLgxK+J(y<;)i)|FQhzh8qVsz=1j($XA(TE8=4v
zKFXs!a)1LID0d)MIYl9W00MCW<_F8!sc+@=4KvI*zyS`7*Mag%nKOce<8@H(<c<Rz
z;6S+pIjgZ%A%Fk^2q1s}0tiG2?Af!Yd+@;ryW4NSy}RLt8@g|N;~U-0H{aat*s-JA
zy?b{zKR+M6w75zLm>-NKQomW=Z(@cS2ROiiIvj{q&U{gPtiwlnlt&J5fCDiH@>S;8
zisV0*f822600%fQeg|TeQxpOSAP^^Dez2UKdOQAlD~EE(0S<6rb_dEUWzGmWpFQVT
zVZ{LsaA5on<gCV4g#ZEwAb<b@2q1s}0?S3f{9uf%{&)QSuN=xD2ROiim;<rOnJ-HI
zWBJDoHx6)s19do%uQJD0#K$^(lt+2w00%fw?m(<^ib4PZ1mXnD50<l2-^%M7W|(n+
z0~{Ey1Lc)6X9New>!94p9S1nTfpQ0OR%5F|009ILKmY**5ST>ZyWjop!QUl#(@i&Z
zKm6ejC!OLk1ePRVesD=d6Hm}@miL>OVa5RtaG(wcCKkpKKFG&9e3VCd<Nyaa5OZLJ
zrF-I%<v*5x+;HOn2RJZ(2PPIq4<dj70?SCi{9rj;^>+OARu1Km103MM><*My%A65$
zK6}ow!iobN;K2AD$XSi83IPNVKmY**5I|rOfz_*5cXM-d2Y+t4<(5gOcnpCh378*T
z64AsH^uOcpf8|gPIluu9#2lDd7)SV^{KxW-8*Uun00-)DV1%W6;*$AThmZ0oj~w6t
z2g)6oSQtHs00IasBLVY+<#5%v^7@7uW*p!E2gd6_d8N!5!NKu5D0gzl0S<7W+<~0c
z*s2gf009ILKmY**CJ{J%e(>36pPh7y#}HVOfce2C5luWnzggaIVul$9IKY8A9GF-b
zNBAHg>+n$?<&gs%;6TiQ5ti<WOP2pw{&B;N103MM_#K#77(Ivp0thT40rP|9aMj!K
z*IPN1Lk@6&1G76&UMX`%$ocF!#|kSBaDW5jcOYjqwkiY=KmY**5I_KdNdz`++BE$B
z!TI_5NvC)Wfh7r;A6ydA#1r(t<L`gvP!2i30S?3*m{=G`_@Mm9@{b#C9N+*4>TqC$
zrF-I%`B;aK@+glS-~b289hg`cJ%|7T2rMH3^MmDZ)wlBch8boY-~b24>p*#>%o)MK
z@j57Xa>oG<aG>0QoYmN>5I_I{1Q0*~0R$!yc+;ESG|Ug~-@kv-DIP;$Ndo2vmqax2
z1pQ`tzlj-U9N+*4>TqCUVI1Lue5}Jqd6Y*EaDW3b2S!-BCoWn3WBJDoHx6)s1LJpK
zVqx?k0tg_mj0DUNmcvzV$6s&dP!2i30S?UWKzXIi86oGh=Nv1nIKTl8jNgHr)!3>K
zKmY**5I_I{1SS#q*vCFL%n$z0|NPISQ#^*ik_5~TE{SO33Hsmh_rG!|haBJl2VxFP
zEQ}+3Q2t~2#|<|QaDW4KI55J}J#oo=tiwlnlt&J5fCJ?YOe~BZL;wK<mXUz@!E(6j
zTX}uM3^NXJfCJ-opuAG%jNssS9h5t{;{XRZQ0_p^YHU>qAb<b@2q1s}0+R^*=tn;q
z<_G`&@Be<%DIP;$Ndo2vmqax21pQ`tzlj-U9N+*4>TqCUVI1Lue5}Jqd6Y*EaDW3b
z2S!-BCoWn3WBJDoHx6)s1LJpKVqx?k0tg_mj0DUNmcvzV$6s&dP!2i30S?UWKzXIi
z86oGh=Nv1nIKTl8jNgHr)!3>KKmY**5I_I{1SS#Kzkh$XY15{IGlZKrZ|+`v@x@7}
zc?^L?378*T6wlNr^}plqf8|gPIluu9#2lDf97pzq{KxW-8*Uun00-)DU}R-`>T>y5
zhmZ0oj~w6t2g)6oS{yxr00Ias69Mys<zUsf^7@7uW*p!E2gd6_d8N!5!NKu5D0gzl
z0S<7W+<~0c*s2gf009ILKmY**rV%)N_UoPRd}r6s6gm(nA#k`ub8~YC=TYyv>#mYZ
zG<mLmv%KHL3^NXJfCF_nP)p(GV;w%qqdane100Aspq|IL@eMZ)aDW3G$l^dPwcI`s
zKwvxs%nz35Dof3<4*&ha0S<7011sS`d8N!5u@bDjhW8`~IKTl8WN{#8HMS}Q5I_I{
z1Q0*~fyD^?&ENdZ!I`gq_Unu@&gg#ei(f2uy5|sBK*0Rq0vt2{BTElw9X?Os00%h0
zft7Y(=3<%r#Fgge^}JU(zyS_$Ad>^h%k<34%f!@LyvI4f0S<6rB^{W#SUM2_1Q0k%
z1k4YXgIvkF;I;gB2nRU80S+8%2g)mD&WK~p(d&CJbASUJ;J`{ckh2<F6#@t#fB*sr
zAb`L$0(<uC>7IM;x$e`S{`4?I*v}De-@d)O^2#f_JMX-+d-TyqyJwzx=HPk#`K3S8
zUfbh!5HLR&%i~J+X<p0c0vzA~2RM+)fmr3t7nO;rwRn$nfCC)hz)CxiuQJD0w9?$X
zp7$yTIKTl8WN{!?IYl9W00MCW<_F8!WvLm~;lE!vzyS_$U?m(Vuar3>R)Uq+@SfxV
z2ROiiEDq$X##V&@0tg_000IagFpa?K)vFiG4feBxNBd{mYkRy70_F!}dCbzoS%=RP
zIKTl8aA2h!h*i#fQ7g^O>v^wofCC)hKqd$BRp!`=GBLFl?{N-rfCC&@Ne5z;QxpOS
zAP^^Dez2U~O4bFh<-bEXzyS_$;8;6QUMX`%9BYnV-+P$@9N+*4R?>l-)!3>KKmY**
z5I_I{1f~%%KRAty$7dyAesES&3(s50KFw?STz~@{-~b0QIk2!Ij`v@gm|BbXI0rbu
z0S>IR1LLjW3s=6<+`OLmDhD{g0S;twU|~h{F9Z-kVEGA{A1r5_rDj-%|9;^B2ROii
zm2jZEQs#_U307Xidy)ej-~b1*IFPd%TNMHbAb<b@2q1vKGy>)ar;+jatOU#t&Pr<G
zd0Bcm>+pF32ROh14y?2T3oGJy|FzQGyq@<e2ROh14rFp*ycK-m$}=&w7VmKmaDW3G
zSV;#KRz&|o009J+pMd$na>grJ7rd7L4&eX?IKY8p?Lc{@%o%a4IeLBXWe#wF0~}aM
z2Xa<pt3m()1Q0*~0R#}3Mqta9E#1i{pS-L;(_Y)-br3K=7|Y{I_Gw<r=K>ty00%gb
z$$?nq%oml3skL~IbASUJ;J`{dkgqbwR<zRGyq@<e2ROh14rFm4Ryjo>fB*t<0_F$H
z*=4C2*5SWjIKTl8a9|}ID6f<`BUXZy*YKX?00%h0fh-Q>tj1P_00IagfB*srAb<b@
z%SFKaV2o^*9?m*^p1=VPaDW3V?Le$@=8IZsZeGuOl>;2$00%NTkgqbwR+NdUwRn$n
zfCC)hz)Ct0tDK?`KmdU_0rP|9>{hZacrE`O!T}C&fCI<cf$~b3GvZit^!nb*9N+*4
zIIxlq<gCV4g#ZEwAb<b@2q1s}0?S3f{9ugiO7>}9%jW_d-~b0Wkja5q<;)kAiK(@C
zk8^+n9N@r8JCLt3$5yn`+`OLmDhD{g0S;twAXYg=A%Fk^aRTNC%h_eA8P?&yUpT-4
z4sc*494N1pIU`nrmDli|<Nyaaz=13d<gCV4g#ZEwAb<b@2q1s}0?S3f{9uf1mLASJ
ze4fAo4sd`2EA2q6a^{O#X>MN6dzAwm-~b0QIgqb1$5xbyskL~IbASUJ;J`{c5UZS`
z5I_KdI05s6<?L3nE_f~f9l`+)aDW5H+JW*)nKR;8bM*S&%N*bU2RN{j4&<!HR)qip
z2q1s}0tg_000PTJ!2Dp0>`L}&Ud!hK9N+*4IFQMKSmn$Ym5Hgfc#m^{103MMN;{CR
zGRIc5(%ihB_bLZCzyS_qaUfPXMInFy0&xQ72g})IsTtPczh5}O0S<6rB^)TPlsO|-
zf|b|sp5y=rIKY7{4&<!HR)qip2q1s}0tg_000PTJ!2Dp0Y?dC*I((kM0S<7011s%7
zta9dyT4`=x&wG^v9N+*4GC7d1GRIbwiK(@Ck8^+n9N@r8IuNUzq7Xm;fj9y4gXQd2
zvMzWn{~f{s4sd`2$J&ANN|`g_SabCH-pd@|00%g*k`Cmo##V&@0tg_000IagfB*u^
zMZo-EjO<GGX<p0c0vzA~2RM+)fmr3t7nO;rwRn$nfCC)hz)CxiuQJD0w9?$Xp7$yT
zIKTl8WN{!?IYl9W00MCW<_F8!WvLm~;lE!vzyS_$U?m(Vuar3>R)Uq+@SfxV2ROii
zEDq$X##V&@0tg_000IagfB*u^MZo-EjBJ)3&N_UazyS_$fCDS-K&*1+i&|-JUe9}#
z103K02QoR3uQJD0l!>Xec#m^{103MMN;(j$oT3mw0D(9G^MmE=R<bU5E&m<D0S<70
z1IOBd@=BRA;#hO^`rgYN-~b0Wu#yhstj1P_00IagfB*srAb<b@%SFKaV2tca_Gw<r
z=K>ty00%gb$$?nq%oml3skL~IbASUJ;J`{dkgqbwR<zRGyq@<e2ROh14rFm4Ryjo>
zfB*t<0_F$H*=4C2*5SWjIKTl8a9|}ID6f<`BUXZy*YKX?00%h0fh-Q>tj1P_00Iag
zfB*srAb<b@%SFKaV2o^*9?m*^p1=VPaDW3V?Le$@=8IZsZeGuOl>;2$00%NTkgqbw
zR`keIPj!AU-~b0Wz=0MWh*eHe2q1t!oPhbka(0<|Kx^@t1P3_40S+v;1Lc)6XT)-I
za((Yb4sd`29LVHA&T4E`2q1s}0tg_000Iaguv`Sp55~x5>f@}%=L#I)00%g*k`BZw
zXTGSFWahQJM>)U&4salw1Nka*Y(*{3i`cU{DGqRe103iba3FvH0xM0x{9rlpY<-~h
z_-uj$9N+*4meYaqN|`faIT^XO_aFy2zyS_qb0B9mwkiY=KmY**5I_I{1Q1v*0_F!}
zWV7{h*5mU94sd`299Ss_VwE#r)JpO4I^LTc-~b0WkkNsBl{vN|Gc;ysIKTl8aG+HO
zVwF=A0tg@wCt!ZCoL$CV(3*Tk!2u3%fCJ0rKzXIi8L?b^T-SS#103K02QoU4vl?3!
z0tg_000IagfB*srEEfUugE6uh`#Ed!IRghczyS`dgafh4nJ;Q3Sa}WaNe*y;102Ze
zK)%WxTT!bsBlc}xiUS<r00&}~QxpOSAP^^Dez2Tf)_%~sd{)5$4sd`2%i%zIrOX+z
z9Bf?EdyWGf-~b1*I*_v(TNMHbAb<b@2q1s}0thS@0rP_~vRQjN>+*R62ROh14lK6=
zvC5e*YPmVNzV{*rIKTl8WOg85Wsa@L{EYb-4sd`29B9>nSmhLj00Ica378)&XP3Dr
zv^JkvaDW3G;K0##puAG%j5yj{T+e%r103K02QoX5vl?3!0tg_000IagfB*srEEfUu
zgE6w1`#Nj$xdR6{zyS^{rvtIdnJ;QN8M(IiAO|?W0S;t$AYWyUt*F(R5&JeT#Q_d*
zfCI70DGC7u5Qq~nKUmH#dtYdMKD*!m2ROiiqv=3-rOX*|G?}=T_ZSB_zyS_qcOYjq
zwkiY=KmY**5I_I{1Q1v*0_F!}WV82n*5~sF4sd`299S*~VwE#r)N=80UGF^(aDW3G
z7=r`(DsyZ_=4Z^$aDW3G;6SSm#44vK1Q0+VPQd(NIlD3RhSuma3=VLB0~|P74wP5Q
zoDoNhhwFH6aexCH;J_Fh$XSi83IPNVKmY**5I_I{1eS|{`N0_3G4yxV=yM1TaDW3G
zSPlnbl`~(|a<Fkt?>P=|fCC&Div#&8b8JPe&WzZ%c_|KXfCC(eRZdX|Ab>!efce34
zc4O%et<z^29N+*4IB+x^D6f<`BaQ|O*YKX=00%h0fw4G{vl?3!0tg_000IagfB*sr
zEEfUugE6vW>G7=7=Mfy>00%g5v>k|5&U{fvn~UptuW^6_9N@s19LQIhV=FR0V}6DM
z9N+*4T6G{+IYl9W00MCW<_F8!jj2bpR-b8bfCC)hz^iqjyi(?jc(okFdoOW-103MM
zm>kGijjaj+1Q0*~0R#|0009J+i-7sT7}+uPdDiN42@Y_80~|P-4#X;FzNn+g#I?M~
zIKTl8aA0f><g3iF6}37uV&CSaIKTl8a3EGWMInFy0&xQ72g})wtxvRGpKWk}103MM
zt8t*bQs#_!H4Mah4{?A49N@s%9LQOXtqK7I5I_I{1Q0*~0R)zdfce1~*|GI{*6Z^L
z4sd`295`AI#42aLsH4Thb-cGYzyS_$V2lprtIV+#nV&H~!vPL(fCH^M5UZS`5I_Kd
zI05s6<?P1TD_XP9I5@xo4samqKzXIi84=yTIPV<}aDW3G7^4F@tFcuffB*srAb<b@
z2q1vKauF~;7$ZBze$SeHPQd{VaDW3x!+}`k%olYuSh$Aw6bCrK0S=7Sfqa!Ywxa*{
zzn<#+V88(maDW3XIuNUzq7Xm;fj9y4gXQeT+AmtS&pJ530S<5=;y`(&%o!2cyBO~o
z4sd`292lzuIjgZ%A%Fk^2q1s}0tg_0z;Y2VKNurB)}GJ0eO|!<4sd`2uhxNB<;)lL
zYB`AaUg7`;IKY81JCLt3$5zzhyof!Uli~meIKYA40S5vIAh6N|%nz0mA9K%W?LPD1
z00%h0fl>#`D`n1z(tSJMdxZlW-~b24>_E<HY*h##fB*srAb<b@2q3Ur1k4Y{$d0-1
zvv!|baDW3G;J~YKAXYi^MZFpZV!ekrzyS_$VC)X$tIV+#nV~U5!vPL(fCH^M5UZS`
z5I_KdI05s6<?P1ZH(I~XJ~+Su4sf8vf$~b3GoobA&h;MQ00%h0fw4P~vl?3!0tg_0
z00Iag&?bTJe)qfGEw|iq%zxUX-_EYh55{sm_TJC>eSX0K4sd`2Q3qm`GhbA6|KhxN
zIKTl8aG(YU@>S;8idvl+v2XKI9N+*4I1sCxq7Xm;fj9y4gXQdM=pF6BXCNHl00%fQ
zs{`egGH1lB`*oi81_wC60S?sQK+bAxRR|z}00IagfIyoBR<B;&&CSgn^Pe{9x3g>W
zgRxxK(Er(k&oMZ_0S<5=;y|o&=8KB#U5xh(2ROh14%Fg6zRDb1k@*?(GaTRm2RP8G
z1F^~}3IPNVh!ZeBSkA7N{?R^s7Qz7zaDW4|I8a_Gb4JXvSLb+7aDW3G;6N=7<gCV4
zg#ZEwAb<b@2((GS{9v1TU+G<&AB+*Nr3bVRpJ#A@103K$sROafnJ=nz-_G}5;Q$9X
zz=4_^$XA(TD{6IS#J<f-aexCH;6SW$ib4PZ1mXnD50<m5sfV-|pNVjQ103MMQVx_?
z%A65P?bGw#3mo782RKlZ139a)RUv=?0tg_000M0iFhAI4-dB3p<_BZMYw82-#pfCv
z-~b0WP~t$Wa^{OF*|T%KM>xO%4sf702l7?s*ow^0n4jSQ2ROiiRvm~{PEiOTfIysp
z`N48_we^wq<FgSCaDW3GSj>U)N|`fau|0audw>HR-~b0|b0B9mwkiY=KmY**5I~?!
z0@qw~P4|T_d|{@a4}bW>-Q3*V5kG(QM}O44|NZapKK}8KcUN6?)xn=neBu+`pa1!v
zcU!k^J>vZS8h`N@f3e^-+oa#luFVg|a$Q?5Xg@yR-~b0Wz=2sEh*i#fQM2yXdEOfw
z-~b0WP@@C+DsyZ_t<H?tw|OZJaDW3Gh*eHe2q1t!oPhbka&|TLlJ?{?5)N>H100y<
zKzXIi88K~t9_Ky>IKTl8)aXFYYHU>qAb<b@2q1s}0*ev&?QehEopjPk!z|#IEnB*8
zed}A@GtWG;SlGemo_+S&?#3H$>`po5lp%ie=FQzBk36zutP|=WV16)`#~S-Vd-6F4
z2ROh14$R^}ta9dynq{xf@t)uS2ROiiS{=w&nPV$5KVyD|103K02U>L?Ryjo>fB*t<
z0_F$H+11)l+LzBtIKTl8aA1-H<&`pL#H77>jPo4e00%fws{=W!u~i{}00IagfB*sr
zOe65rQ%`jpH*Oqe|E|9J>h8dS1Jh2Q`uP0(eD~!qe|fmh`t|F(C!Tm>>iM3ihk*IP
zST1Yr3GK`09UR~Q2RN{l1F_1PFKVfMdft11103K02Woa8UuBN1sMVPf`!+Ad0S<70
z1F^~}3IPNVh!ZeBSkA8Ip3>fYX2JmuaDW4^bfCOa=8SmdzWkf(9N+*4I8d_#IjgZ%
zA%Fk^2q1s}0tieaaQ4|}4>Nz)Uw{3y(`J7BrkidWu6O2{XU-hw#PJd^KN!nh&3&Q0
z`P_p89N+*47IPq0IrBv=wnxu-4{(439N<9h4&<xMu@(Kr|MS_-4+b3I00%hGq64wY
zDGC7u5Qq~nKUmJL_P)~oe0IVC4sd`2hdWSSDRV{~z9)a@I0rbu0S?seK+bAxRR|z}
z00IagfB*uM2;6`F{ll!^yWjopNvDJ!d*A!sH(dALd+!ZhL(q5#m>-Pgs`lQ{{(Szy
z0S<701JfLcRnB}-)Ar|a?sI?x9N<6;4&<xMu@$vAFJjN;q&UC<4sf7%z<~e)2&^;#
z^MmEYTj(wA(Pt<e-~b0WaL9r3N|`g_(0=^MZ4PjN0~~0<ft=OYst`Z`0R#|0009Ih
z5%}xB{_A1R@9w+ro^(p+vHR}3Z@BI!Kl#bfH3W@^fce2#u3G31?a}8T9N+*4I55e9
zSmn$YHEC}i<2(mAzyS`l;y}L299xkY8Z$H;-~b0W(5eHm$|(u~1Q3W5Fh5w%u9g1M
zK7E$L0S<701HA*a9DL?82ROh14z%PzE%n<z5I_I{1Q0*~fffk7?QL%x=KNlK@x`OI
z<-L3N4%a>N%rlSLbzLYY0rP{gytLFO+N;k+IKTl8aNuwUVwE#r)Zu&bcaC#_103K$
zYYybA%&`@<Ix}M5=A}5m0S<5=Ryjo>fB*t<0_F$H*|pYZ+ON-6IKTl8wCzB7rOX+@
z<F-APfBEMC2U>F=XEnAe1Q0*~0R#|00D(yaHgDcM%=yjF&rdof{Mg*w+`(&a+_*7(
z4T0kzV16)`r`CE!`}O$<2ROh14jghIRyp%U9ommSxy=C%aDW3XI*_k2$5v#1#{3Ki
zIKTl8wCX^ta*9F#0R-X%%nz2cYq8g~XP>cffCC(8*Mag%nKOdJ?K&*?a?b${wCF(2
zYHU>qAb<b@2q1s}0+R@=UAuOeAAI437bcw&dhGDuKe%eus?aqAjfa5w!C0<Z>=*6X
z=Oi5900%hGJ5bBPXFhX)103K$%MR31&s&`tv2XKI9N+*4I8aM1w+{pm7!LvSgXOtu
zx#zTZpSf^=0~~12f$~b3GlIMAxhv;#&H)az>_E<HY*h##fB*srAb<b@lL)-_wXYrK
z2Y>dnpG`U?^w=+c@r&WQC!KUs=o*5?L%{rCELSb}jrQ(y6Ao~I18qAHtDO0wc-*$f
z@-P1!;6UpR<g3iF6`7wgKf?hIaDW4?IuNUzq7Xm;fj9y4gXQd6?>p_^XD=M!00-J~
zpuAG%jNols-paRpbASV_JCL&)TNMHbAb<b@2q1vKBmx&)aKSL=_l|eGW6~+1$KLav
z_YBuP|NQeq*AO%w0_F!}xoW+4w11zUaDW3GXxD*Q<;)kw;dULCd%5QT2RKmA?-Ooy
zX2ibDOL2e$9N<8{F58L_K%jO4<_F6&toQW!0|z+30S>g}KzXIi8PQVC?A1Mr103K0
z2Xa<pt3m()1Q0*~0R#}3MBwI|Zyx6S=H}+QFMjchlTIso?CW3u`hshI``h0xig)t(
z2$&y?<xKyqf93!OIKY8c9f(!Vd{M3D&%WKeIKTl8aG-afmc#sv`56vyfCC(8)qz@S
zxqTpjz<3ClA1u$6{#*ae0S<7011&jFUMX`%w3IV@b&uiz2ROiioYmN>5I_I{1Q0*~
z0R$!y*tc(AcftuLESUGZ;)*M}{rmS%I(^Z{4jeepU3Jw}3$C?c!-j6}-o1;)d2;*&
z%n!zLsDIW!bASUJ;6SSm#42aLs8;i5-|k%;-~b0W&^u7e(dx{IeVdo!00%h0fm&+0
zeIS6qcnFvuEYFqxTmQ`g4sd`2EjdtLDRV}&lrwvEkKzCaIKY9N)!3>KKmY**5I_I{
z1f~)A&Ue1EVCJv?J%pP#Z$9|D2zTz>IW25>{PD*h@4o!yFLx)MbkY&m@w*2HOjZBI
z{9r7-`e*$!2ROh14z%h(ta9dyYBhiM?cT)!4sd`2y#uuz=4Z^$aDW3G;6SSm)Kbgs
z0|5laL%{rCd9L)|`fm<!fCC(8$$|1pnKPoLoY|{;6bCrK0S@G>##V&@0tg_000Iag
zuo!_$F1h50*}r~{u>aY(abtJZS!Z=0`p}2E%Pza@;7|Yev(G;Jh~Hg!D5n4OqKhtC
z>?J){5drgqv1IC>_0JsO00%hGsspjgnJ=o<{MomA7Y8`N0S@#I)N-^sGh*N7r8vL=
z4sf8BT5cZ*ATS;R<_F7jrT^A{bASUJ;6O_blvm1}5iRA+UfrWOzyS_$AZInUDg+Qf
z009ILKmdWo2+YsVcc1*^C#TL39zGX1%isHX#QvI&HVBv>jOAJXtbgVJ2ROiiRvm~{
z&U{g==Fh&}yEwoB4sf7%pq9h@jQJT3aDW3GXw`vQYPo$NfWUYNm>(?9mHu1*%>fQ@
zfCDW#P+lo>MzoYOdv%ZE00%h0ft=OYst`Z`0R#|0009JMA#m4ScXh9S{p-VXgn#_U
zf85=9=bf{>lyfQ~V16)`O#QR|nFAc)00&xiAXYi^MYWng`*!c*00%h0f!={yj#g(z
z?AyE)2ROh14%AZ1?E?V>#zVmTV0o_e-}-M3aDW3GXvu-{N|`gFrJUKTdlUyazyS{A
ztj1P_00IagfB*srAW%Y}p8>q^!VA0g>(?(iOSo>`y6!_C`cU`p|NifO=U@rsiq17Z
z7)z%9S^vxd4sd`2tvV2^ocW?!&7Xa{cX5CN9N<9jKrM&)8S^t7-~b0W(5eHq)N=bk
z0D<ukFh5wHEB&|rn*$u+00&xfpuAG%jA$um_UazR0S<70139a)RUv=?0tg_000Ia^
z2+YsVcTYU=M7Lwdj_#IQZt1SS{`&44-}pxNo$q|-;A8!B2M!#FTv|*;1k4Y{lBs{z
zKXZTs9N<8!4#X;FzNl97XW#B!9N+*4IM6##%hBr0h<%%v;s6IYz=2w7xqTpjz<3Cl
zA1u$6{#*ae0S<7011&jFUMX`%w3IV@b&uiz2ROiioYmN>5I_I{1Q0*~0R#|0V7UmG
zAB>UJKkJ`4zyS_$pj8KAl`~&dtNF8U_bv`_fCC)p9jN6nKVyD|103K02U>NYmRfEf
z2p}*X0_F$HbEW^*e{+BX9N<7p4wP5QoDnVM%wFB2IKTl8a3E(jwkiY=KmY**5I_I{
z1Q1v*0_F!}WcAPbXAW?H0~~18fmr3t7u9P1?AyJI103K02YLr;Ia-|=v2XKI9N+*4
zI8aM1w+{pm7!LvSgXOu>f9t<FzyS_$pd|;&D`n1zmU3pV?ok}z00%gbvl?3!0tg_0
z00IagfB*srEEfUugE6xDXZ<q=IKTl8wCX^ta^{O_HGlT)-o*h9aDW571GOCHXUxxV
zfCC)hK&uYaQp@cF0R+ZF!2Do&uJqsfZw_#P0~~0{f$~b3Goq!O*{gdL2ROh14&<!H
zR)qip2q1s}0tg_000PTJ!2Dp0to~X5%mEH?fCH^M5UZT|qFT+LeY<yYfCC)hK<_{;
zN2@a<_HAB@103K02WqM1_JIHb;~`*vusm1#Z~Zq1IKTl8wB$f}rOX-8QqJtvJ&FSy
z-~b15R%5F|009ILKmY**5Qq{uaNt0<YuB#sH^2E!_s~NR9sG%2OI)1<%n!!$s(;o$
zbASUJ;6SSm#42aLs8;i5-|k%;-~b0W&^u7eVSdK^3<o&C0S>h4KrOZ0J`g})JOs=S
zmgh?Ut^ei#2ROiimK-RrlsO|>%9*{oM{$4y9N<9CYHU>qAb<b@2q1s}0wo0QzyJR3
z^2;ypwr$(i&CSgn@w3>q`q+E!xo7xU>|D>)LBRZAERXtU{WAwRzyS`l>Oib==8I}I
zfA;O(#Q_d*fCIe)wH&R^jM%q%DGqRe101NOmfHsc2#kk-`N8sB>A&^g9N+*4IM9*<
z<&`pLL`yldSNA9maDW3G$XSi83IPNVKmY**5I|rS0uMj@aQC*iz3qs3!B@@@E_SVc
z?(p#QckkZ4*y*0DfPneISQ7Qm`ezPsfCC(8)qz;$%oo*a{_NYmivt|s00(*pYB|i$
zn4jSQ2ROiiRvoCNmfHsc2#kk-`N8sB>A&^g9N+*4IM9*<<&`pLL`yldSNA9maDW3G
z$XSi83IPNVKmY**5I|rl0@q!4-GaHl!)E|r`S-=H_2{FIF1XH}ciy?!>7J{Afce2#
z67|peXAW?H0~~18fmr3t7u9P1?AyJI103K02YLr;Ia-|=v2XKI9N+*4I8aM1w+{pm
z7!LvSgXOu>f9t<FzyS_$pd|;&D`n1zmU3pV?ok}z00%gbvl?3!0tg_000IagfWTq|
zuD$l!1v7t#&kLS<>Z#qk-~H|d&o6eZ{<&@2whiZh^{Zc9>U7VKoPhbkSOWFW`ezPs
zfCC(8)qz;$%oo*a{_NYmivt|s00(*pYB|i$n4jSQ2ROiiRvoCNmfHsc2#kk-`N8sB
z>A&^g9N+*4IM9*<<&`pLL`yldSNA9maDW3G$XSi83IPNVKmY**5I|rWf&1^jf0*?<
zG&lIJcfG6o=}&*!?c29+2wS~+^>E(s;FP~yam5wGxffr2@szVXTnhp7gRxBNpY_ii
z-~b0W(5eHm%9$^!)%@AFdlv^dzyS{Q4%BkAIx}M5=A}5m0S<7WmRfEf2p}*X0_F$H
zbEW^*e{+BX9N<7p4wP5QoDnVM%wFB2IKTl8a3E(jwkiY=KmY**5I_KdX#}=!-#*Ox
zty#0C`_YenH1X7u`N1Fm_{YOF`&mRs-2}`J#`3Fw)<1KA103K$s}95}XTGRb^Jm}g
zT^!&52RP6>P|IO{#{3KiIKTl8wCX@DwcI`sKwvxs%nz35O8>3@<^Tscz=4(=D6f<`
zBU;Lty}CznfCC)hK+bAxRR|z}00IagfB*uM2)y!l58ip_os&*G_*lvO;A4+HHp~yc
z{`Ie)dQDH%LBRZAERXtU{WAwRzyS`l>Oib==8I}IfA;O(#Q_d*fCIe)wH&R^jM%q%
zDGqRe101NOmfHsc2#kk-`N8sB>A&^g9N+*4IM9*<<&`pLL`yldSNA9maDW3G$XSi8
z3IPNVKmY**5I|rOfzN#AGsB$Uhd=z`Nv8~tmCO&m_~MJhbzk$E*9_P2mpTcUAB^Qy
z|Ez!J00%h0fmR)eRnB}-t>(|Z-Mcuz0S<7Wcc7NT{EYb-4sd`29B9>nT57p{Ab`Ml
z2$&x%&z1gL|IGmoaDW3XIZ$3Hb4Ik3GkbN9;s6IYz=53A*s2gf009ILKmY**CJ}h&
zJKs6X`SrhxaIs^}nl;0@i=B7qxw*NygXgbXx9-qG{;ZUM`N3FX_0Rfe4sd`29B9>n
zSmn$Y)oT9i+r5he9N+*4dIxGbTAdlOZ}U<d-~b0WP)jYh4+Ibx4*~Oo<+;*->%Td`
z0S<7WB?rnYWzL9}a%QjYQ5@g^2RM+k8e0_t2q1s}0tg_0z$5~jH*X$h0$+al<w>Uu
zk45JPSFKt#T*F`LBw&6pmRJ3={+R<D-~b0&bs$zb^F_6qKl^s?;s6IYz=7U@S`PCw
z=4Uv-0S<7WRR?OR<@SL90^=cIey}`O`fvR=2ROh14z%Pzd8N!5(NfOr)jf&>9N+*4
za#mxjLI42-5I_I{1Q3`+VC~wq!~Ed<{QRU-hQ~_g2m5RJ{euI#>i=SXFqUHdv;LU_
z9N+*4T6G{+IrBxenm_w?@8SRlIKYA4fm)7MXGZMXyc7pGzyS`_Qp@cF0R+ZF!2Do&
zuJqsfZw_#P0~~0{f$~b3Goq!O*{gdL2ROh14&<!HR)qip2q1s}0tg^5iNJ{`o;b|;
zE%o~c51%!hbgjc5d+MpDhU=bs>Zyl6<?j^|Fh3Yes{UF3%mEH?fCH^M5UZT|qFT+L
zeY<yYfCC)hK<_{;hxr-vGaTRm2RP8G1GUt0`#=DJ@enXSSe`5WxBi<09N+*4T5_Pg
zQs#_kDQEWT9>oC;aDW3jtFcuffB*srAb<b@2uvby)>&r_bAFFJ^2nr9hQ~_g2k*G!
zj^VoJpMU;v4S%VVfce2#UiHuVXAW?H0~~18fmr3t7u9P1?AyJI103K02YLr;Ia-|=
zv2XKI9N+*4I8aM1w+{pm7!LvSgXOu>f9t<FzyS_$pd|;&D`n1zmU3pV?ok}z00%gb
zvl?3!0tg_000IagfWRaImt1nmFz0vWl~+zWWq7P)e(?S8fB$gZtFOL#xQ4&fNx=MI
zEU)@!{WAwRzyS`l>Oib==8I}IfA;O(#Q_d*fCIe)wH)SW%+GLu103K$s}9ss%k2XJ
z1ja+a{9t*m^xyh#4sd`29B9db@=BRAqNSYKt9uj&IKTl8<gCV4g#ZEwAb<b@2p}+t
zzz=`;!(q;E<Hn8M^Ups&>9m87%{o8$zyl8q*PNT1>-v8?>Ly@*FqU8av;LU_9N+*4
zT6G{+IrBxenm_w?@8SRlIKYA4fm)7MXGZMXyc7pGzyS`_Qp@cF0R+ZF!2Do&uJqsf
zZw_#P0~~0{f$~b3Goq!O*{gdL2ROh14&<!HR)qip2q1s}0tg^5iNL;n`?}+gKYp0^
zJNMjky8{OfOgeSJc@t0gzXxA<;f3y$Q%)JKck;<6ck}b}(@ytzB?Qb5#uBN2)<1KA
z103K$s}95}XTGRb^Jm}gT^!&52RP6>P|IO{#{3KiIKTl8wCX@DwcI`sKwvxs%nz35
zO8>3@<^Tscz=4(=D6f<`BU;Lty}CznfCC)hK+bAxRR|z}00IagfB*v12wZc`HN(7L
z|N8>ZIp>^i_wL<CoPPM6;So>%-vj;c8QivQ+k$J|bkj|fPW4!21k4Y{5~_dJKXZTs
z9N<8!4#X;FzNl97XW#B!9N+*4IM6##%hBr0h<%%v;s6IYz=2w7xqTpjz<3ClA1u$6
z{#*ae0S<7011&jFUMX`%w3IV@b&uiz2ROiioYmN>5I_I{1Q0*~0R*NI*uQ^&clzn4
zFPQsVvt~_q*=3h?4?g%{*FWDMljaBe-(Pt5-FJ8ApMU;>_<j!Y%rnpQy9cL1uk3O2
zgRz9_pY_ii-~b0W(5eHm%9$^!)%@AFdlv^dzyS{Q4%Bj(pD{nf0S<701FbqxOD(q#
z1P~Yx0rP|9xzc~@zd67G4sf6)2g)mD&WM(BX0Ps19N+*4IFPd%TNMHbAb<b@2q1vK
zVgz>W+SP5^wCRW$z<v&J)v8t9_U+pjJa^uC=XGbCamIqj`g0HcY~H-Nd;0087kf$1
zRYbu2U@V#XXZ<q=IKTl8wCX^ta^{O_HGlT)-o*h9aDW571GOBj&WzZ%c_|KXfCC(;
zrIy<V0tk$Ufce4lT<O2{-yGlo2RP7@1Lc)6XGBXmvsd>h4sd`29LQOXtqK7I5I_I{
z1Q0-ADFQop?(DX1-8#$w9-0L#{d3EfE#2dfKfct<dA=e7<_BZR)IaN=Iluu9aG+HO
zVwE#rRIB;3Z}%<^aDW3G=pCr#Fh65{h65bn00&xipq5&09|#~Y9s=eE%X6jw)_-$=
z103K$OAeG*%A64`<;-5)qd33;4sal6HMS}Q5I_I{1Q0*~fmsOb-MhED^wLYiGlUmj
zcwzU_OE1mxQqHM}fce2#GWE~;XAW?H0~~18fmr3t7u9P1?AyJI103K02YLr;Ia-|=
zv2XKI9N+*4I8aM1w+{pm7!LvSgXOu>f9t<FzyS_$pd|;&D`n1zmU3pV?ok}z00%gb
zvl?3!0tg_000IagfIta>C!c(>yXvZ|x>HU$Wyx8>O`A4#pZLTly5IfocO@_3+=>X8
zAB-ha|Ez!J00%h0fmR)eRnB}-t>(|Z-Mcuz0S<7Wcc7NT{EYb-4sd`29B9>nT57p{
zAb`Ml2$&x%&z1gL|IGmoaDW3XIZ$3Hb4Ik3GkbN9;s6IYz=53A*s2gf009ILKmY**
zq6GHr+0#Av;Dg=mx8L5~aKjDVH@@+W?&h0s?sn|h(e2*7yPKb%k6v0_B?Qb5#uBN2
z)<1KA103K$s}95}XTGRb^Jm}gT^!&52RP6>P|MNk%!qxPm*M~iIKY8gYPo$NfWUYN
zm>(?9mHu1*%>fQ@fCDW#P+lo>MzoYOdv%ZE00%h0ft=OYst`Z`0R#|0009ILKw!BD
zm>-Oh)j#W>Iluu9aG+HOVwE#rRIB;3Z}%<^aDW3G=pCr#Fh65{h65bn00&xipq5&0
z9|#~Y9s=eE%X6jw)_-$=103K$OAeG*%A64`<;-5)qd33;4sal6HMS}Q5I_I{1Q0*~
z0R#|OE&}EUV`TNu`ezPsfCC(8)qz;$%oo*a{_NYmivt|s00(*pYB^e+8L@BkQXJp_
z2RKkmEw_(jM_|vMJ>6rEJ=Q(_^wY;~5ng#z1k4YXr%V5>|K<P(IKY9H94N1pIU`!i
znZ3G4aexCH;6To5Y*h##fB*srAb<b@2q3Ur1k4Y{$m*Z<&m7<Y2RP8G1F_1PFRIo2
z*|&Qa2ROh14)hMxa+senKf?hIaDW4?I#5e3w~v)2aNxj!?kivUO819<_=nxx+}!YU
z!U-pIpZnbBx|d#hX=NAW)ka0Y{9t*y^xyh#4sd`29B9db@=BRAqNSYKt9uj&IKTl8
z<gCV4g#ZEwAb<b@2q1s}0?S3f{9uf%{#pOb0S<701Fbp`tDO0wTFsw*yLWMb103K$
z??5d_t1~0^ZC;849N+*4YN_S+5hKvg`EA|0b@=(nM?SLTh4${<+x^L({K+sgc=-I_
zp}%k0vZedq|NY-3ujPa`378)&&%6Fx|IGmoaDW3XIZ$3Hb4Ik3GkbN9;s6IYz=53A
z*s2gf009ILKmY**UM+$7`T4H@Zm|F9|L#EG5CQXphe(wDsejf#bASUJ;6SSmlvT{U
zXSbR^`*!c*00%h0f!={y4)ZhSXE?wC4sf7V2WqM1_7NlSU;p)A3+4dtz4zWFFLcpG
z7cGc6G&A_hKTkgSWWR@SNt$h*V1BSX@A_~3HwQSt0S>g}KzXIi8PQVC?A1Mr103K0
z2Xa<pt3m()1Q0*~0R#{zA<)kUKJv&T-L=<V+r9U_?>+ecAARNbfBpYM^xSjL?XJH1
z>h9r(A2w510=Tks%@4*Bs(;o$bASUJ;6SSm#42aLs8;i5-|k%;-~b0W&^u7e(dx{I
zeVdo!00%h0fm&+0eZ&ZS<ttwqW&uw-?X)E?^4s73b~yj=?+e$gS<`LWwCRZFF2DTp
zC9mm(_6V3CEYG?ATmQ`g4sd`2EjdtLDRV}&lrwvEkKzCaIKY9N)!3>KKmY**5I_I{
z1ZE-7&kf#o+ihJx8+iElf3y7kwXc0`ck8XUnj@SAbY<t5AB-hb|Ez!J00%h0fmR)e
zRnB}-t>(|Z-Mcuz0S<7Wcc7NT{EYb-4sd`29B9>nT57p{#0Y%kBOe*Q2fXH*YnHso
z$3FJ4;r#wP!}aUecR&8|kB9FBpM3Jk?p^PC*KkfhSNPIPFD-dpC$vSt{9t*$_22q$
z4sd`29B9db@=BRAqNSYKt9uj&IKTl8<gCV4g#ZEwAb<b@2q3T&ft@>dc4wS%#_-+V
zEHi_X&N=<`)4SjQ{`X70oaZYdV16)`O#QR|nFAc)00&xiAXYi^MYWng`*!c*00%h0
zf!={yj#g(z?AyE)2ROh14%AZ1?IT9u?Qehk@O|Jt_uRASMGhP|&>esL@x%H3cZ0Xz
ze)|zI`}gnfwr<@zocDtt{NRXlJkT})^MmF2*MIB3Iluu9aG)gz$}45gh?a6@ukKMC
z-~b0Wkh2<F6#@t#fB*srAb`MP1b+SNUmx+^-=x{VSsz=wc5U~|U;c8jm-Jjk1k4Y{
zlBs{zKXZTs9N<8!4#X;FzNl97XW#B!9N+*4IM6##%VB=T{0s*;zyS`l>Od{E+&*Fi
zPCM<iVa{*&?%j)C<i7jv8_w;&Cp_`Q6NleB_{zY4_=kTO&b|2Ji(mP)e>YCR{9w5N
z`fvR=2ROh14z%Pzd8N!5(NfOr)jf&>9N+*4a#mxjLI42-5I_I{1Q3`;p#NU*gcD8}
zzRx=}Be-G1hVG*u{b=|7?|;90@WBVW{=64nc;Vnr|M!O;dg$Q)U-Y7jE}9s>apT7B
z$tRzj_Oc$Yh=BRQSTgm``ezPsfCC(8)qz;$%oo*a{_NYmivt|s00(*pYB^e+8L@Bk
zQXJp_2RKkmEw_&tflZq>4c`m)zc+BP<JxPl9nS5)L;U#1KR)&J#~*)uIJf^DhYkb|
zCt!Z?a2m7yUH`5B<^Tscz=4(=n5{bIKdYsj*{gdL2ROh14&<-QR)_!s2q1s}0tg^*
zIDvD{IcNATum9e!pZmM<#v8kR`}Q4v+M<8&zgzs?_rBL{-n@Ciwaz;0tVQEISqB00
zgRwm7pY_ii-~b0W(5eHm%9$^!)%@AFdlv^dzyS{Q4%Bj(pD{nf0S<701FbqxOD(sL
z7=blw)(qe0&Cky-dXZOtk9gNzcTGLN|Gx0h|EKh%lTMm?o+sKQV1BSX@A_~3HwQSt
z0S>g}KzXIi8PQVC?A1Mr103K02Xa<pt3m()1Q0*~0R#}3MBsr39vHsI>%Y%?-RoZ0
zJ^SpllTMxKvFD$EzI($P-mu`B_uY5jOtDTHF9Gv|vE1pO_0JsO00%hGsspjgnJ=o<
z{MomA7Y8`N0S@#I)N-^sGh*N7r8vL=4sf8BT5caP0>>YJ{P11gV!wZ|f9|;BjvLPH
zze{}SrI!|c(L?iteVhY<!wHxlJe<aCf7gHOzd67G4sf6)2WG2|`Oj)8XZGqI#Q_d*
zfCKp}vlSwM00IagfB*sr93pVV6;}-3`K@2SzI*1GXAV6T{&UZsJ>8~Fn}+Lt>QkQz
zUrXRP2$&y?<w^gnf93!OIKY8c9f(!Vd{M3D&%WKeIKTl8aG-afmc#sv`56vyfCC(8
z)qz@SxqZY4Y}>YN_#W@+r=OmBk$djBXE?8)3w+}n-#GQ$Lr)x<A6&h9^`VFSiNHYu
z<_F6~(0}W{Iluu9aG)gz$}45gh?a6@ukKMC-~b0Wkh2<F6#@t#fB*srAb`Lm0&jim
zTZixczVxLpO*$p?*!9<6KV0`sZ+cVc8iK|{!2Dn=SNdoDGY2@p0S>h4K&*1+i)uB0
z_U+!q0S<701HA*a9Ieib*tdBp4sd`29H^z1+eeJR;d5L+`N>bFUgYA7FCM<{>*oSL
z``OP<J-2^i@7}$``5QNGT=ZN|wnyM_?|Pr!@|L%>2cdAs`fvR=2ROh14z%PzVVO*O
zdP_O8SNA9maDW3GNL!FC3;_fXKmY**5J2Dv0vk4L7{15bxpU_c&qp8FwQJXK-L-4i
zMlU07Bm~S4#uBA})<1KA103K$s}95}XTGRb^Jm}gT^!&52RP6>P|IO{#{3KiIKTl8
zwCX@DwcI{p1g^aD%HeywKl`&kn|P6zUV5opw{G2VUO(@(W5<q(=N@|S@b3ptJ@wQ>
z5Bn2=g9OYEmW!bO)_-$=103K$OAeG*%A64`<;-5)qd33;4sal6HMS}Q5I_I{1Q0*~
zfk^}o|K9Jwfdi9H2|w0<kJ$gLUcEYe4T0kzV16)`C;hYjnFAc)00&xiAXYi^MYWng
z`*!c*00%h0f!={yj#g(z?AyE)2ROh14%AZ1?IT9uSHJqzg1Nwd{KtP>aH0A6`R=11
z{pf;ojz9kRZmI7Q@4D-*A?6+Lc*lZk`Ue8$2g@DMf9t<FzyS_$pd|;&D`n1zmU3pV
z?ok}z00%gbvl?3!0tg_000IagfWRaIr=51%@IBsA-}z07pY~Y)z2c$y!EM{NO*_rw
zl@KsL7)zx7S^vxd4sd`2tvV2^ocW?!&7Xa{cX5CN9N<9jKrM&)8S^t7-~b0W(5eHq
z)N=cX6FB3HGluW-`tS74KKtzM+H0@vuDRx#?u~DJ<AUe<=RfnA&n)?3S6_Yg5O?8)
z7cP0e6WStRey}{>`fvR=2ROh14z%Pzd8N!5(NfOr)jf&>9N+*4a#mxjLI42-5I_I{
z1Q3`+-~%7{!0<iZV~;&H>6Fl8yLRmwu6y2j=Y_5zXgmbW55{t(f7U;9fCC)hK&uYK
zDrdf^R`X}y?p++<00%hGJ5bBf>dc6Jo0sAM2ROiiT57p{#0l)!v19ly@6i7fblRUM
zoNz+-{PWK*`C@N=^P7ije({T6T=IM;v_-)DV0pgv-}-M3aDW3GXvu-{N|`gFrJUKT
zdlUyazyS{Atj1P_00IagfB*srATWu*t+(E~EZ^gO?Q35fu6y&%H&1$Lk5xp#{9r7Z
z`e*$!2ROh14z%h(ta9dyYBhiM?cT)!4sd`2y#uuz=4Z^$aDW3G;6SSm)Kbgs<JA%P
z<~P4Ne4jUMc5v0IRo%~i_Om5l=*cIaTyU*_{nvk8GR6sQ5imbko^SoP{+k0F-~b0&
za-h6Y=8R}5XZGqI#Q_d*fCD+Ju~i{}00IagfB*srOd{~|%P)89)~!4EeO~|P(@#G=
z>9nH9o_p@OZsW#{2d}wy?b`0e7hf!jck=iMm>-PgO#iHZ<^Tscz=2jBh*i#fQLX0B
zzTLYxzyS_$pm(5_qt%%a`!+Ad0S<701GUt0`*`&Pe)X$gb!VS__JY~JL$ic$fBW0J
zM<0E3rWg70m%qH=8asFHoGH#p?GP|OSe|SBxBi<09N+*4T5_PgQs#_kDQEWT9>oC;
zaDW3jtFcuffB*srAb<b@2uvez%PqGI-{+lr>Z#o`&pb2j)FmI^vu97Yef##|df)!`
zx0j4@!uSc8AB^Qt|Ez!J00%h0fmR)eRnB}-t>(|Z-Mcuz0S<7Wcc7NT{EYb-4sd`2
z9B9>nT57p{96bWhKKpF<i(mYr`?r7lw}XH7|1LSc^{sDpU--fohMxlm4wQsDw*dm?
z2g{SJ|JHwVfCC)hKuZpkSIV3bE#=H!-J>|b0S<5=XEnAe1Q0*~0R#|00D;8_eEQR$
z9%lYFY}nA<aKjDV-o1Ml3t8~ozJ2?;8*jX^+q7xZaGgspy>!7j{!uRh^MkS6>Yw$`
z9N+*4IMAvCvC5e*s@442w|f@{IKTl8^bXW=v^q0l-{z$_zyS_$pq5&09|#~Y9s=eE
z%X6jw)_-$=103K$OAeG*%A64`<;-5)qd33;4sal6HMS}Q5I_I{1Q0*~foTN#-x>Ja
zbI)~$&k)Yd&2`5ge|&er1s8NT-+Xg-@4feSPdxEN*Z;pp`=9>r{bT*_F8tsJKiI8b
zzkZk->|-yx?6QOB_1B*DXWIHao}YmE!B~#;&-!N$aDW3GXw`vO<;)k=YX0ooy^8}J
z-~b1D2WmOY&zPU#00%h0fmR);rIy<V0tk$Ufce4lT<O2{-yGlo2RP7@1Lc)6XGBXm
zvsd>h4sd`29LQOXtqK7I5I_I{1Q0-A8iCcTS1*|T>*xQD#m}_$c|1P>^MkP*>7Vt_
z9N+*4IMAvCvC5e*s@442w|f@{IKTl8^bXW=v^q0l-{z$_zyS_$pq5&09|#~Y9s=eE
z%X6jw)_-$=103K$OAeG*%A64`<;-5)qd33;4sal6HMS}Q5I_I{1Q0*~foTNH4^AWF
z@mUF&ADorc!t?ac`ezPsfCC(8)q#Z-alHR(HGlT)-o*h9aDW571GOCHXUxxVfCC)h
zK&uYaQp@cF0R+ZF!2Do&uJqsfZw_#P0~~0{f$~b3Goq!O*{gdL2ROh14&<!HR)qip
z2q1s}0tg^5jez;VX=FS;D*^L^vyxhPp8i??%mEH?fCH^Mu&^SI_g}5%&%WKeIKTl8
zaG-afmZQ~~5&JeT#Q_d*fCIJEa{E94f$<P9KUkhC{kQ&`103K02U>EVyi(?jXenp*
z>K?@b4sd`2IjgZ%A%Fk^2q1s}0tieauw~1Z?&OnCKIT8u*5~p31k4Y{a-@IOKXZTs
z9N<8!4#X;FzNl97XW#B!9N+*4IM6##%VB=T{0s*;zyS`l>Od{E+&&OMU_1oO50>Xj
z|E>S#00%h0ftDO7uar3>TFRNdx<_$<103K$&T4E`2q1s}0tg_000Iaguv`Sp55~yq
zpY_ii-~b0W(5eHm%9$^!)%@AFdlv^dzyS{Q4%BkAIx}M5=A}5m0S<7WmRfEf2p}*X
z0_F$HbEW^*e{+BX9N<7p4wP5QoDnVM%wFB2IKTl8a3E(jwkiY=KmY**5I_I{1Q1v*
z0_F!}WcAPbXAW?H0~~18fmr3t7u9P1?AyJI103K02YLr;In2+PpWy%pIKY8c9jK+2
z+sAYQt5>h?=H}*(>d$e<9oKE$y0v@X``*`m_OqYu?!No(ZvX!M(-+|x1P&u$e(*3D
zGyYZot^ei#2ROiimK>O|Jf=UbrJUKTdlUyazyS`VFU%H*00IagfB*srAb<b@N0os2
z!5B{cv;LU_9N+*4T6G{+IrBxenm_w?@8SRlIKYA4fm)7MXGZMXyc7pGzyS`_Qp@dQ
zI)UYwADlFgxM9PF?z-!)Ge<Z*6`uM3378)&S3&=+|K<P(IKY9H94N1pIU`!inZ3G4
zaexCH;6To5Y*h##fB*srAb<b@2q3Ur1k4Y{$m*Z<&m7<Y2RP8G1F_1PFRIo2*|&Qa
z2ROh14)hMxa+senKf?hIaDW4?I#5e3w~y%rR%(9m&`jYer<~I5+_`i5f;`ha0rP|9
z3h2M}-yGlo2RP7@1Lc)6XGBXmvsd>h4sd`29LQOXtqK7I5I_I{1Q0*~0R)zdfce1~
zS^cyAnFAc)00&xiAXYi^MYWng`*!c*00%h0f!={yj#g(z?AyE)2ROh14%AZ1?PEHD
zm7X8$=Lq}XMQDa_dQMt@#{6Kp0s3$KHwQSt0S>g}KzXIi8PQVC?A1Mr103K02Xa<p
zt3m()1Q0*~0R#|00D<KqV16)0R{yMj<^Tscz=2jBh*i#fQLX0BzTLYxzyS_$pm(5_
z!~Bf-84hrO0~~18fm&+0eM~3t&;R_--9P=)KOME7?|%2Y-8aAa&F*ji_HVljF1Vn3
z&1+uM9s1pahyQunX{UAj_wS#+FwZng!2Do&>h<6HZw_#P0~~0{f$~b3Goq!O*{gdL
z2ROh14&<!HR)qip2q1s}0tg_000PTJ!2Dp0to~X5%mEH?fCH^M5UZT|qFT+LeY<yY
zfCC)hK<_{;N2@a<_HAB@103K02WqM1_Hk?p^uKHH(n~MxR;^mKV3zPJU-`<hU6@x-
zNx=MId0O<}`fm<!fCC(8$$|1pnKPoLoY|{;6bCrK0S@G>##V&@0tg_000Iag@M;On
z&(C*z_wGIT)BoLpz##(W2M>`b`&0j{f93!OIKY8c9Vn}qdCzV&fA;O(#Q_d*fCIe)
zwH)SW%+GLu103K$s}9ss%k3ivf#3Y*H{FRRo;b`9ZrZe|J8<AYj>TC;8Up4A%TuBM
z)_-$=103K$OAeG*%A64`<;-5)qd33;4sal6HMS}Q5I_I{1Q0*~ff54!eBdLGJkniz
z?X}%|-}~Nf>(;HqcYbqoa|i#vWy_ZC+;h+EuD<%}?%{_Y?#vXH5U%T7^MkQ`>Yw$`
z9N+*4IMAvCvC5e*s@442w|f@{IKTl8^bXW=v^q0l-{z$_zyS_$pq5&0A9)Du*s){5
zcZt9J<uCIr&Pq}cFh5wH2K~4Gn*$u+00&xfpuAG%jA$um_UazR0S<70139a)RUv=?
z0tg_000IciLZF`kyzREzx_&nB(463`f4=s$ukCKV^;UC)vw*Jb9P@**gzBI5&m7<Y
z2RP8G1F_1PFRIo2*|&Qa2ROh14)hMxa+senKf?hIaDW4?I#5e3w~t%|-uJ%u4c{+*
z{_~&DwK%Ie<^;?SmZw1ft^ei#2ROiimK-RrlsO|>%9*{oM{$4y9N<9CYHU>qAb<b@
z2q1s}0!tCtxpQZC#u;Y}-|NjfH~7l)PCxzh?)Sg{{ZcRI`HBdbAB-ha|Ez!J00%h0
zfmR)eRnB}-t>(|Z-Mcuz0S<7Wcc7M|)tM3dHZR2i4sd`2wbXL^$VK3eJMI|1XFUJ>
z^K&iEYK}Pp^MmCn(0}W{Iluu9aG)gz$}45gh?a6@ukKMC-~b0Wkh2<F6#@t#fB*sr
zAb`MP1b+SNUw6kJfBf*B-YaJUOaHxg?b_~_zx?H5FX_382$&y?B~$;bf93!OIKY8c
z9f(!Vd{M3D&%WKeIKTl8aG-afmc#sv`56vyfCC(8)qz@Sxqaj!@YGXJ4c|3x-@ZN9
z;;iPF6EHtmo&x>1{+k0F-~b0&a-h6Y=8R}5XZGqI#Q_d*fCD+Ju~i{}00IagfB*sr
zOe3&+_wMe56HXYu&pR|LxM9PF?xP?5X!rf^f4_V1!3Vqkycb@0;owjI_lF*OsJs34
z+q;V{x@cnj#*G`hC!c(B+RJ*pA_C?IW69J%>z_Hm0S<7WRR>~~GhbAz`Ll2LE)H;j
z103ibsO4yNX2ibDOL2e$9N<7LwcI{(5tyH!AHHu~w{Bgo#aYcUCt!ZCJO%o1{Wk|V
zzyS`l<Uo0)%o)*A&g|7aiUS<r00(kbW2-^{0R#|0009ILm`327bIuvQ%j;(c`?<dx
zZ@jVFw{PFHkRu-7zkh%Cz3+Xm+q`-6f@__1)>%iK>w)?Rm>-PgRR64h<^Tscz=2jB
zh*i#fQLX0BzTLYxzyS_$pm(5_!~Bf-84hrO0~~18fm&+0edHr>=>Jo?YSpTIi?gC*
zO2GVJIez`O{+k0F-~b0&a-h6Y=8R}5XZGqI#Q_d*fCD+Ju~i{}00IagfB*srOd{~W
z0}m{i_j}#zUe`VQ?6Z?jo$0aXpMSo4!yDeP;F|Z{ci&90P8u%(^MkS6>7Vt_9N+*4
zIMAvCvC5e*s@442w|f@{IKTl8^bXW=v^q0l-{z$_zyS_$pq5&0AGrwl{e!vkk!>~R
z2g@^}|JHwVfCC)hKuZpkSIV3bE#=H!-J>|b0S<5=XEnAe1Q0*~0R#|00D(yauDIfg
zVb*W``t{v2&pb2fw4%rM?Ag<8+O%o7?x#NWsiJr%kB@-)!C21p&-!N$aDW3GXw`vO
z<;)k=YX0ooy^8}J-~b1D2WmOY&zPU#00%h0fmR);rIy=AE&@+K{q*qtVE_Ltbs%s!
z0rP{0)0pk=`fvR=2ROh14z%RJY}GOUSuN$vUfrWOzyS_$Ab(}HLIe;%009ILKmdV5
z1m61Aw+`Rqed$YII`r_X{`30luOF`arZ>ImRbS5qauYB=7|W0TS^vxd4sd`2tvV2^
zocW?!&7Xa{cX5CN9N<9jKrKhBGb8qGUWx-8-~b0|spa;Oi@<;W=YJ0051x14dASy6
zHOHKQ`N8rO=)d*f9N+*4IM9*<<&`pLL`yldSNA9maDW3G$XSi83IPNVKmY**5I|rO
zfejlr4BzAJ+_`hoDWS)9?b<b5ckSA>p=$^l4*~Oov0Uk&_0JsO00%hGsspjgnJ=o<
z{MomA7Y8`N0S@#I)N+`gF+alr4sd`2tvXOkEw_(c1TMJXg5mqYzx%tt%e6SGIpze+
z50<Au|E>S#00%h0ftDO7uar3>TFRNdx<_$<103K$&T4E`2q1s}0tg_000NT;tXsEk
z_#W@Tfdi9H2|qSBH+S&bt5>fMUqj$H2$&y?<w^gnf93!OIKY8c9f(!Vd{M3D&%WKe
zIKTl8aG-afmZQ~~5&JeT#Q_d*fCIJEa{I_b;NgcK9=>zzza!kSV@ICFSxE{4<_F8u
zp#Ro?bASUJ;6O_blvm1}5iRA+UfrWOzyS_$AZInUDg+Qf009ILKmdVB1Wr5cwBftF
zqd7k~KR-WQciXmYlU~|m6%jB$7)z%9S^vxd4sd`2tvV2^ocW?!&7Xa{cX5CN9N<9j
zKrM&)8S^t7-~b0W(5eHq)N=dCLEx#Up6a%2*)n`LxPJZmZvX!MITmLXX$Y7fEKi00
zTmQ`g4sd`2EjdtLDRV}&lrwvEkKzCaIKY9N)!3>KKmY**5I_I{1SS#qzz04se3$pw
zV~<TbCG^;?UAu<so_F4Pp=$^l4*~Oov0Uk&_0JsO00%hGsspjgnJ=o<{MomA7Y8`N
z0S@#I)N-^sGh*N7r8vL=4sf8BT5cc5mcaARKi^$<-F4l%b?b)j1^eGUc-2)`9ovO@
z^^^q650<Az|E>S#00%h0ftDO7uar3>TFRNdx<_$<103K$&T4E`2q1s}0tg_000NT;
z+<NP+!}ob#{NfiUof3NNYhU}?aNV14zBzOaLE|A{elV6R{j>g=103K02U>L?Ryp%U
zwVFTscJJZ<2ROii-ho;U^E2jWIKTl8aG+HOYN_S+F`dBAfBy6CXFvPdQTw^`&O5sw
z{NM-O_19nDU4HrH-J9S1=Ha`*erE8{&ma83A9Q>7?w!6c&ooQG{9t+N_22q$4sd`2
z9B9db@=BRAqNSYKt9uj&IKTl8<gCV4g#ZEwAb<b@2p}+tz{@YcJp4aF`~NrS(@#G=
z>9nH9o_p@OZsW#{2frs=yLN5&;)^d9#XEU?1k4Y{a;AUQKXZTs9N<8!4#X;FzNl97
zXW#B!9N+*4IM6##%hBr0h<%%v;s6IYz=2w7xqVD0uzL0CVW#iUY~OPKdE9Zwbq_uC
z(DX%lrfCA^2g}p1|JHwVfCC)hKuZpkSIV3bE#=H!-J>|b0S<5=XEnAe1Q0*~0R#|0
z0D)-)Zn@=_;rqi=Pd&AJ=9y=vox0@Xd-m+<wr}4)T<_c8{`QhFP8dG{^MkP*>Yw$`
z9N+*4IMAvCvC5e*s@442w|f@{IKTl8^bXW=n4d8}!vPL(fCH^MP)jYhkLd(fdVcW4
z6Hn~!zyJQ}3-V0!1k4YXE1>_@e{+BX9N<7p4wP5QoDnVM%wFB2IKTl8a3E(jwkiY=
zKmY**5I_Kd#Rz=*)1Mw@{x)pb(A{vu4c*?odlw5?@Z7$A`??!%ys_J~Y143>OE0~2
z!8!g>F9Gv|vE1sP_0JsO00%hGsspjgnJ=o<{MomA7Y8`N0S@#I)N-^sGh*N7r8vL=
z4sf8BT5ccH39Quo;Hp)tx=Sv(q<i6o7p5=9GYI@20rP|98tA|E-yGlo2RP7@1Lc)6
zXGBXmvsd>h4sd`29LQOXtqK7I5I_I{1Q0-A8iD?I20r)PbKT)HgmZIq-SNjC-(7IQ
z1>Maz-`w4M@4ej<Pdw2*`|Ps^fBL`okM+O1@Pi-xV7Gq#`eAOckG<@&%MPB`UwhV{
zY3uWNegftPV>!}4>z_Hm0S<7WRR>~~GhbAz`Ll2LE)H;j103ibsO2y}V}6DM9N+*4
zT6Lh7T5ccH2`tzAV1L~=zxmDGg%@7f-FDk;<_4#yz%#EPV1DowKxX)-{#*ae0S<70
z11&i)LunkvDJ|v9UfrWOzyS_$U=+pKA`w6U0R#|0009IB0?YONVLwM$@-r;RUq(m3
z{9r6)`e*$!2ROh14z%h(ta9dyYBhiM?cT)!4sd`2y#uuzt<H?tw|OZJaDW3GsHK+M
z$8-WOz4TIdw14*P+c*6MJ%hj!1k4XE0cgV0`fvR=2ROh14z%RJgi<)lhg!;+y}Czn
zfCC)hz$lBgMI(R!0tg_000IpYFhAIE@{iKi%@4*v>Yw$`9N+*4IMAvCvC5e*s@442
zw|f@{IKTl8^bXW=n4d8}!vPL(fCH^MP)jYh4+Ibx4*~Oo<+;*->%Td`0S<7WB?rnY
zWzL9}a%QjYQ5@g^2RM+k8e0_t2q1s}0tg_0z%&Bp2d9zo_^brX56((z;d%OJ{WAwR
zzyS`l>cGN^INpD?nm_w?@8SRlIKYA4fm)7MXGZMXyc7pGzyS`_Qp@cF0R+ZF!2Do&
zuJqsfZw_#P0~~0{f$~b3Goq!O*{gdL2ROh14&<!HR)qip2q1s}0tg^5jlh;ITe_1^
zKKYpcOk1DF^Aj*X7|W6VS^vxd4sd`2tvV2^ocW?!&7Xa{cX5CN9N<9jKrM&)8S^t7
z-~b0W(5eHq)N=bk0D<ukFh5wHEB&|rn*$u+00&xfpuAG%jA$um_UazR0S<70139a)
zRUv=?0tg_000IagfWUGQFh3Y0tAEx%bASUJ;6SSm#42aLs8;i5-|k%;-~b0W&^u7e
z(dx{IeVdo!00%h0fm&+0eM~3txzByB`|M{wd+=xaS)M^)<p`J`EN89%)_-$=103K$
zOAeG*%A64`<;-5)qd33;4sal6HMS}Q5I_I{1Q0*~0R#|OE&}EUV`TNu`ezPsfCC(8
z)qz;$%oo*a{_NYmivt|s00(*pYB|i$n4jSQ2ROiiRvoCNmfOd40;^ZA?&jv^4*pC(
z%QFb990Bu#<*fDJ`fm<!fCC(8$$|1pnKPoLoY|{;6bCrK0S@G>##V&@0tg_000Iag
zfB*u^MZo-EjI91y|I7gnaDW4?IuNUz`J!6QpMAS`aexCH;6U#{Ek~;}Blc}xiUS<r
z00(NR<@Pb1fce4cY&>&p2$&x%=dS<Oe{+BX9N<7p4wP5QoDnVM%wFB2IKTl8a3E(j
zwkiY=KmY**5I_I{1Q1v*0_F!}WcAPbXAW?H0~~18fmr3t7u9P1?AyJI103K02YLr;
zIn2+PpWy%pIKY8c9jK+2+sAYQ<_D*<@yxLyV1BTiyZ&4M%>fQ@fCDW#P+lo>MzoYO
zdv%ZE00%h0ft=OYst`Z`0R#|0009ILKw!BDm>-Oh)j#W>Iluu9aG+HOVwE#rRIB;3
zZ}%<^aDW3G=pCr#Xmw`9zRgQ<fCC)hKrOZ0KBf~eKRBI@XO0a4^MmEw_22q$4sd`2
z9B9db@=BRAqNSYKt9uj&IKTl8<gCV4g#ZEwAb<b@2q1s}0?S3f{9uf%{#pOb0S<70
z1Fbp`tDO0wTFsw*yLWMb103K$??5ew`5E&w9N+*4IMAvCwbXL^m`=d_;B+>gIW`2$
z50-P+f9t<FzyS_$pd|;&D`n1zmU3pV?ok}z00%gbvl?3!0tg_000IagfB*srEEfUu
zgE6xDXZ<q=IKTl8wCX^ta^{O_HGlT)-o*h9aDW571GOBj&WzZ%c_|KXfCC(;rIy>r
zbOPoFr?c_Qu_0i7u$;U8TmQ`g4sd`2EjdtLDRV}&lrwvEkKzCaIKY9N)!3>KKmY**
z5I_I{1Q0-Axd@majFHtp>z_Hm0S<7WRR>~~GhbAz`Ll2LE)H;j103ibsO2y}V}6DM
z9N+*4T6Lh7T5ccH378+8&c-vxhJg9Oa_;(X{Wk|VzyS`l<Uo0)%o)*A&g|7aiUS<r
z00(kbW2-^{0R#|0009ILC?&9O-@fj##~$l`{_~%Ax7~JIcgroegnvq3+xg=nV16)`
zFa5LrnFAc)00&xiAXYi^MYWng`*!c*00%h0f!={yj#g(z?AyE)2ROh14%AZ1?PEFt
z^Mljbc;?s;Fh5w%UH`5B<^Tscz=4(=D6f<`BU;Lty}CznfCC)hK+bAxRR|z}00Iag
zfB*us5IAt)KzHk{w|4J&&wIMLxw)hEGs|l`XS@W=55{t*f7U;9fCC)hK&uYKDrdf^
zR`X}y?p++<00%hGJ5bAEe#ZO^2ROh14z%h(Ew$V}rV}tfIGv4Wjtv3xgXP@y-}-M3
zaDW3GXvu-{N|`gFrJUKTdlUyazyS{Atj1P_00IagfB*srAg~mH9Xob(r<`)iQJWb&
zeEx8$*Y^Cl378*@<xl^tf93!OIKY8c9f(!Vd{M3D&%WKeIKTl8aG-afmZQ~~5&JeT
z#Q_d*fCIJEa{HK0!2IBJHl8^)1k4YXbJu_Czd67G4sf6)2g)mD&WM(BX0Ps19N+*4
zIFPd%TNMHbAb<b@2q1vKVg&x_pZ;lC<^~VV5H9xGo*O>_^MkP*>Yw$`9N+*4IMAvC
zvC5e*s@442w|f@{IKTl8^bXW=n4d8}!vPL(fCH^MP)jYhkLd)=4^C&}nPWr1{9rkE
z{kQ&`103K02U>EVyi(?jXenp*>K?@b4sd`2IjgZ%A%Fk^2q1s}0tiea@YrLIb*omb
zI%0nCth3JQKKaQ{cGp~U&4TCpe}De-pYQ(aul}n0(?9*w?zrQQTkw28GkD>J7k1ZO
zcir$a?X^8#2Lbbgu{`RZ_0JsO00%hGsspjgnJ=o<{MomA7Y8`N0S@#I)N-^sGh*N7
zr8vL=4sf8BT5ccH2^>B@xN+mg?t~LgSn;3ftMg2Y1k4YXXI=lT|K<P(IKY9H94N1p
zIV1i*_U;8pud2-Ve-~7!6e%dEP?QV|9vS@Wz~Ir5BPEXh$CAIyI1_{s5Ct<_ghLRN
z%RxB^&O{i*K~XRc5Ws5?0R==r6bBAh5mC7eMhJlz5(xK@5JGOf{_ghl+wYrxZ)>N!
zv-Vz}UDefZzk5A<ujluCSx;7Pe*NZDGr3x$Fn|FJU?9zIY*rMY00k&O0SZun0-Y3i
z?|a|d;{TgIeR^2BbZN`*=4Xs8C;s@unl)>}9e3Oj-tv~WG_JGVcH4!go~qCPOSXQ_
zer{EOf3Q`Let)umwtvO|1~7nuTp8%MSEfEL*ZRrZ+JylOU;qOJ19dt0XZU9@fB_6(
zAXf(J(#z%1S%Kzfd&S@W+!$Y-XXi|g3h)ocSKa>G{u=`rzyJnvVj#X#rWuh_&E#s0
z!T<&^fPpl-u~|`o0u-PC1t>rP3ba$8`0T;v=Y^-AetNrMq4^nO+W~)kb8v7l%$hZ;
zalO~Q?sZ}L^5va|d%s2s@DG+Nrv0=1GX^k#0Sx5IK)KGDUR192lee`C0~o*n1_}o1
za^&h6kvG2-1~7mD4AiBU%cHXb&Cm9lp9N0j>&~-tCPxMM2ji=5|84(`0SsUO1357e
z-zn3K$f;&>wMJn80~o+Sn%&r}C_n)UP=Epypa2EhDKLBX?1tZOr=4~RYuB!AH>@xJ
z;Besi=bzuW=0`sAk>R&}udxFBgXM~A|7`z^0SsUO1GzF#u5+drm23UvZSBGU1~7nu
zf`Pgm{4@MB7{CAqFpw()b?N2u=&S($U}tTd**FUD560_m|84(`0SsUO1357e-zn3K
z$f;&>wMJn80~o+Sn%&r}C_n)UP=Epypa2EhDR9_fhc&!@mtTH)yCFmGH9uqQIOzYL
zC_aa9k3IHiTzAo;MZH3tuebvIgXIcn|7`z^0SsUO1GzF#u5+drm23UvZSBGU1~7nu
zf`Pgmxq3$A%`b%k3}65Qb?N2u=&V5Vv%T+s|NG&}E3cgJug<e`CPxMM2ji=5|84(`
z0SsUO1357e-zn3K$f;&>wMJn80~o+Sn%&r}C_n)UP=Epypa2EhDX_~fyEJ@$Pd(N7
z|NUxy##s0RdmXpldTZml7hQBwui?&DTmk;Uas{-1wtvO|1~7nuTp1|WIn#^EwSMxp
zc3}Vm7{EZmKwS?08U7gzU;qOc$d!S*^m2K0R-pOWUguHHtgpbDHEY8C_un5bx#W^?
z!U-pY4}bW>;X@z#P?$b_dN}2jQ^M@ov%~GT-yWWM=9$pXGt>32U&K7}$Rpv>OD_$d
z`qZbwfd?KK4mjX|aNKdn4PE<pzx!RO>#l#F;^&FHSG)VK{~rI~`ik`a+5X%98v_`?
z00wempm%4i#)zD1CRb||1~7mD3{;~#n<WJ(KmiI+fC3btK%u}ETWrzr`K?~Px}zwY
zZMIoo<AyKr^2;wb#uv|m9Q9U!f3RGA?Vs(RF@OOKU?5ip%5~24qH?XDyscdrzyJm?
zP%u!JBUjIey!oXtfB_6(pf0^!9-S57AMC76yEE(7tqV8acw^Xq|NX<XY18`py6L8y
z+Fh#Sdy5w@4l`!V=y~lUk32FgSg@eub^19mk@xCnKE)XR!G4t*8E5}(|BV3*U;qO-
zF)-2rtNkjcn#t7~g#ip;00Y(T+GbAy3Q&Lo6rcbF@={>(<jD=6U$?)JId$sP#<*q6
zmh~mlz`(#z%p2bDhQ7udR9yx52g}vY{@MN+0~o*n26APfT<1(LD%bkS+uDTz3}65Q
z1p{?C_-FWMFn|FJU?5ip>e9>Q(OCih!Oq&Oe`fje<wKtZ*spJJcwCHs@WBTk?CBdE
zzV7h%d+)t>{i*i#^F-dOuL=F%LHvU;YW-=f{kQ!$1~7mD4CKT>e5Xt^BBz?k)f$BX
z3}65QX?A0?q5uUbKmiI+fC3a~r@%JbY}4=s7JpZ>)3L`Mdo;$)n>Vl1u$K3S{e#8x
zNk_dE;2$hkU;AhKXAEEf0~pAafpVQQy{KI4CvR&P1~7mD3=|C1<;c}DB5!^v3}65Q
z7^q7xmq%v>_y;>{(|o4*yQ$NsPjB(|ed<%63cvj2FT;y3z8Kc7T^owO!Mb|&>hR1n
z&xD(AzBwFq)KNp@`}GelTC}L;`h`Dm)~s3K>8GC##q-(X`o*;`z4X#i;~szf@#g9F
zd_9r(>N%P92JjEACrBSZ+JD=BV*mpfz(7t6^wAnCF(jv&$<-Q#0SsUO1C?mbCP@Jb
zP=Epypa2CZFr>hn-~8r=FR<I^3Kq}JhW&uoTysrN^@?i^kKc6DO?!?vpxO%X50<N+
z{j>cu1~7mD4CKl{xz3qhRIc@tx3voc7{CAq3I^(O@XzqiU;qOcz(B4H)TNipqq741
zgPpY*K2vxDk3Rb77SG=Q`9J?>_;knbh2O9EjK9KT*y||#fgk_)$6M}k>#etT4Exou
ze$_Izct%^yv!7!k@72$I)*r(^xV|F2f42X&|Hc3YFo1!a80g&@t1%*{n#t7~g#ip;
z00Y(N&Spsg3Q&Lo6rcbFC{QTyfe(D3;q#k6e||?%F1+x<#<=2dV)i<&zyA8h_+5A1
zwbyXxE3N?lV7UU?KifZJ00S7nK&}jw>zwID<yt>^Te~oT0SsWEV4yBXuAUKj^Gjg>
z0~o+SU3$4ZIxE0G*jbz5Gjrz5Y4Pek^w2}Yr^f92op;{Za*qoxxS;2?*PmDMnTP!x
z6M3(G=Cl47{=xMX>HV|)xBWK;Fn|FJ<itSl&RC5RIn_+A)+h{M00S7PMt3$#3Q&Lo
z6rcbFC_sTif#Z)qzTxxh_PK&{=gw`6D?V57(MKQcDBx?ay%u)ZVTZ=}Bab|?<5(x^
zp#cA2xjNcE+dpFf0~o+St_+mxoasg7T0ePPyD)$O3}B#Ope_gh4F3!UFn|FJ<jO!@
zdbvD0E5JY4S)1a_i!Z*|;_EB^mg;yM#~gD^%Y9yX<&~bdS+#0a_}~XW*oZsqu){*}
znTNfOiM&^@xwJdaKiE!{?(f-u+kayK0~o+SP7HMKiq$!rQ_bXRjluv1Fo1#TbZ9fB
z00k&O0SZun0u;FP(n}jYzmI<Oqa6iVw{Bh7e*5hkW4GLL%W&6Sca0kV_~Va<x4rFc
zjd6w7@YY*z9W~Ay^-_R;uv|UupY5M9fB_6(AXf&;b<Xsna;=}dtz8(v00uBnFi@8x
zSI>yN`K2&`0SsWEF1=hHofY68?5s_3=HiPlZus-2O`8^$EnC(-pv2kdo_nt49y4do
z?E5O`op)YK?2}JE*)?_|@6~l8T~6{3b`ht;Df@5xZwz1n0~pAOfe!7ka&PBUGr3x$
zFn|FJV4!l1+Jq@U0SZun0u-P?#tQu67r$un`mI>8qN5t$``-6j#unbdt+(Df?6=>3
zq3|B=yz|bZ&KI9UxMt0oj@NXe9t!XemaC)vv;8v$Fn|FJ<jO#~&Y50RuJx0*wF?6n
zzyJmc2I_L~&+yM+00S7nK&}kbrI*X2vjY5sowZrJc5Tb&`<-#d8J!1jz?nPlxTD1b
zSp3}YasU1Ix5VCb(@kANC-PohC(`94|6mt!I-Iiqw*STe1~7nuoEYfP4lDO|PBoLO
zH3|b5zyJm+*QiaH0u-PC1t>rP3S_Ln3opFT;`y61XHG{oiq9b2bI(0n#upyKZePFr
z<u5y4&x!gdz&}{7miEu~<b}1~8B-1LZnrdQrL7Pu|up3}65Q7$_L1%aN;RMBe;T
z7{CAqFi@9XE|1O%@DFy@X5PGcE#ADl@4mb9;0-vl{$~g-S+b<>t1Vr+v}KNGo_S{1
z*onMX*NJpF$v@adoDQe#zwN&<fB_6(ASVVow8P51om0)^YK_7G1~7nu$~9^erT_&f
zKmiI+fC3pSFgQ3Eiq91s{<`tT8@sCU>Z`AYz4qFxt7owA6Bf@TZ@A%xuGez1J__&;
zmaC=xv;8v$Fn|FJ<jO#~&Y50RuJx0*wF?6nzyJmc2I_L~&+yM+00S7nK&}kbrI*X2
zvjY5sowd30$}3yEdCxra%+TQCxoP1oEdJi=r#|(maKHfvgo6$`D4cT2DMRl){`lje
z7}M`Defsp4`>a~Es^8F|`%IfQtr5T9e*1NeoydE2ok*9H{DWP@>2S*a+x{B^7{CAq
za$=xEJFMK>In_+A)+h{M00S7PT%$H&3Q&Lo6rcbFC_sTI1&YrhyzaW|!Y;e)GRjA|
z>86{8<BvZ+Jp1gkQP(uM+6wRwmaCurv;8v$Fn|FJ<jO#~&Y50RuJx0*wF?6nzyJmc
z2I_L;>KTzYzZ3>AfB_8DrI*X2vjWB61RehBJSxvKXPtFc!<Sch^j5E49g5HUJK=;A
zTHbH=?+w2`>Zqf_qD6~(3Rn0HhhvKGg%>gQIQr<LTduKY&6>8Cn8<szoj{*&@(=bY
zRMRl~Z~JcyU;qOc$ccfb7Fg+*In_+A)+h{M00S7PbkjC@3Q&Lo6rcbFC_sTI1y-(H
z8J>9JiSWoHkA&iHa~9r0M}7+M50<OB{j>cu1~7mD4CKl{xz3qhRIc@tx3voc7{CAq
z3I^(O@XzqiU;qOcz(B4H)TNipg92p~IO2#S8os>3*H`!fKm6ejH{NUZ{dIbM%PqHb
zy>;;nwK;aij2T_Ww>x>-X{WVZW7)E0?S_SkyjR-^^!X<LV4p%Y4YU8Y|Hc3YFo1!a
z7-(vNm42C1&E#s0!T<&^fPqRkZIh<}1t>rP3Q&Lo6rcbFq7~pDjFxOD!2a3(83P!=
z00weppj_unFDlpi$=lk60SsUO0|f(hIdb)k$eUjZ0~o*n2I|tw<w1d11=@X9U$b}c
z<daVhbLY+tt5&TF#n|Heym|A&`d+@m8~EUZ4|cr$i!Z*|;{7Y)V~=ysJ-6i=Pd(NC
z-{BK^uh<-#$MX+1tI^+U`)~Vi3}65Q7|4l%{<>rOqjIX5T&+<UzyJm?kbY-2LkduU
z0u-PC1t>rP3Q%Ay72qE%r>6b0{WAtIfB_8T%0Ri!nO;<`^^>=?3j-Ly00s&M>T>YU
z@XufX0~o+St_;+rm&;?r6e#?0#b@tbfBp60th3GvAN$zH!d`pr72f{#w}-dA?QP+G
z?|WZ3<d8$cnP;9EuDkBKuyEnRAy3_g-F4$e7k<Fz&joCLebGf1b<D5OYR;TFEwLZ{
z=tskvHEY@?^vpBQw2UqEjXf^B@WPgBELgCh?IkAiUTr7P=bQY4eG1hy%>LW{8v_`?
z00wemps58``ejZvldClf0~o*n1}fdOO`ZZ2pa2CZKmiI+fC3bVR)BvnTC$-4`)B)S
z3}65Q7|4}@a-B21s9ftOZ)+C@Fn|FJ6b#hm$kj6<Z+<BZU;qOcs7o)GM>z$SELjph
z|M|~{ZMNAa3=9lJeQmw<*5UNiPY;V1FD`fUjU2Ud<;oUM-mri0gcDBa=p7uMa^WFd
z|8od$y6L9j(=FeN&k7vAcJcj-U;JXr`F?)5_~MIOt}%c9{I+2ed9St;=<`kf!9Im*
z8fO1(|BV3*U;qO-G0@ZkEB!L3n#t7~g#ip;00Wh7+9po{3Q&Lo6rcbFC_n)UL@U5Q
z7%kaQfc>-mGX^k#0Sx5IK)KGDUR192lee`C0~o*n1_}o1a`4aa&tL!p7{EZT4AiBU
z%Og&KrAwEFBab{X$}iZ>Us!xz;R`Rk5I2d9Ji6284?g<nqkYZn$tRy|@$?;i^wDkO
z3Xf*9fAH+H&u%-e+ndGbAvRy5)8`LP<h{Dhx7RuT!CnfDK5zeR|BV3*U;qO-F)+Fl
zR`Z>lY9?1}6b3MW0Sr{LTbnfnC_n)UP=Epypa2CZP*wr{!E(ykKifZJ00S7nK&}jw
z>zwID<yt>^Te~oT0SsWEV4yBXuAUKj^Gjg>0~o+SU3$4Z`d6TMmb3Zhn~#}yaM)M4
z*=C!C8*aFv|A}nmk!#nkZSmw4{=5%;=tDg}dvJK##b*#6eDJ|7*I2%M`S9t+_rh1%
z?ENb~w=nkj%2&S9a*a-(`8bjHip`;UJpW*`8vVVt|F-|e00uCCft(oVuREqcDyN#s
z)f$BX3}65Q>33!`qyPmdKmiI+fC3bt00qWU0sg^qYT7^BKVtv`7{EZT43z7f=|$yQ
zKY3fbFn|FJV4z^2E(iY%{|p8&fB_8T%0OLuxjgz);M{Z1?aMc~)mB@DcfRwTVeh^7
z4uAJ|e;3~Mu6Kp0Q>XS7d*+#E_BWXXM(wxXel5PdnKNfb&FZ}K&TENp_ql*8SFUUs
zbIdWvMBSqpTzC$fJ%}&A{BqlCOys@VPN2^>`3L(Hs%e=0xBWK;Fn|FJ<itQz3#|0Z
zoN6XlYZL}BfB_6tx@ns{1t>rP3Q&Lo6v$kG;%{a?{P4r!t6%+UD4yZG@r`c`lO|2-
z>$%|Y-x+Q9J#$%WpFaO!xf0ty+dpFf0~o+St_+mxoasg7T0ePPyD)$O3}B#Ope{$Q
zo)LNTOJM*57{EYXdbvD$D=>TZ?6%MOHr;g7@X?QcG+cY_wPDGUC1K5)H61TjoO|Y(
zXTpzv{Npfv`t**^4hx@R6^>(%J+{S{_sws9GiusD_`wfa;(zt4UyX_{p1C%A{|-Fx
zz)@p*y)k3PjFxMxUcI_)$VA?&?F9OKlYg*Jp_+!-f7^d!00S7nKu!!awZKZh%&BH_
zwMJn80~o+SrJJ_NQ-A^#pa2CZK!J=ExcTOr!_GVJ-1Zq_J5ONDdl}1`Me6*6<;raT
zZ2yb_3}65QxiV0$bEX%SYyISH?ZN;CFo1!Afw~<0GyF3czyJm?kShaq>E-h1uE4K<
z{p(TB{U%SI9KQ6WFNNjHmv;~Da(2av72*8z&ks|kOc{0kyYIfcOJo|S&OZC>7GK^K
zS6mS_u^Vr^u_gYlyY6Zmf5;(+w2bTI|7#b#z9(?sefMoQtnuDN-m7ub$QS&Bk%Ikk
zxc#^NHwG|(0Sx5CKzyf6Ga{#&$<-Q#0SsUO18H_+v!Vb6C_n)UP=Epy=%hgL{OPEp
zjvDoRFUB9(Yiy@`d%qqE@DG-&qy4k}GX^k#0Sx5IK)KGDUR192lee`C0~o*n1_}o1
za^&h6kvG2-1~7mD4AiBU%cHXb#b*Y-?sczgdH%Qe-g}3oOP6*Iiab+z5I^|A54PN6
z>#esAt5&Uwywb!DU*G>1`}u=E{NWE<e1Z4fcVF8CzWUX#wu~!2!?E9^s8jRj7oKs(
z8C^ps@?Kph(&Z%oU>9*ZoU;G6|Hc3YFo1!a80gRrEBAIzHIu6~3IiCx00t`8s7;sx
z6rcbFC_n)UWUjzjXPwpZT(6fGu*~_)C9Zw?{Db96Z2xTki~$T_00X%)P_A>P7nN)M
z<ZbQ300uCCfr5d$9Q-r<GZ?@C1~8B-19j=;^60F<C6`>%^8D}c!w(PZ)~)LtQ1VRi
zcS?^v_Slwtef{fSFL||z30tsWL6kRd{aKxN-gzzY3l}b2f5_0!x8Hty%eXu5ytD1N
zc5goT;Dar(Kl#Z|+6`;GH<9;h+%)n9|6rtGe;jWAZU2n{3}65QIWZ95DbtL|sb+Gu
zMqvO07{EZ9-Po)sKmiI+fC3bt00r79Q2d?C_5FZ5?zm&P;DQUn!w)|kUV7=Jp}!Hj
zcJ11*Az$t8?Y;Uaz&}{7miEu~<b}1~8B-1LZnrdQrL7Pu|up3}65Q7$_L1%aN;R
zMBe;T7{CAqFi@9XE|2yK6h6V`&mMfwd)_lH-ofF!7aqdmvkixzIZmBAbzJW^eBZL)
zi)Wtu?6Xh9pSS=1`-dWjevd;AIiwL=d`94k6)W0?7SCa0K0~niBC}@AYKiUSQ5=q$
z$a@XnGxj_GV60;NgMR<u_YWAr00#16Aih(k8G+lpxK(fU#sCI#XCTdPY*rMY00k&O
z0SZun0__wy`|PtD&+>|Adgq*TPSVfw+U4NAjjsUzV7VIPzIT+r-=AOr0~pAcfpVQQ
zy(kRl%dpz3Jq9p<0scY08@?M1U;qOcs5%4b?Xt~iEESkLcW%q`za>kSjOFFqUh9Py
zUTC@JLk~UFc3diNUU=b!E&jZD^XBz6wMB~-wZxrp!U<jDjyvwSmhqjuhRqjQwQ5z^
zci(**anq+y@5|pfk@sqzZ@;hk2m4iOWSqUH-#=gg0~o+SP7I86z-qtBsb+GuMqvO0
z7{EZaySCX=fC3bt00k&OfxHxW?|a|dc$W9^kAFO`<YhZ%3h)n>lhXd#{uu)pzyJnv
zWuRQ=OfM?e`pMhcg#ip;00RXBbvdf;{V;$2B@AEy0~jdFKwWydJlZQze0JUNX8}&+
z^S@7i@{^7Go_p@O?I)MWyH7v;bi<!ld`93&C!N%nNAF+$<zHIj?zrQQt{L5P&pj>U
zFTVKVuH%c7S6p#LOUz9--PALt7%-9d>T5#l4dNeMPmn%-wEwpM#sCH|fPtJC=%Y1O
zVn|LkldClf0~o*n1}f2<O_Bl>pa2CZKmiI+U`T;2x7@Pv9Pf!Io}dZ^N-4lUSW32F
z|7`z^0SsUO1GzF#u5+drm23UvZSBGU1~7nuf`PgmWjz<-_;oOV0SsWE>I~GSm&>EQ
z0tX#*P~-XE-FM&Je$Y6)d*6NcHSW9Le*2BX9me*OU-`;cT6}un{N^`1dI$#x2g8+D
zUfDAK=%bJBIDUAh>(;FcM;viPOWd7z-Z^}F)c5=EzrSVd!3Q54)~;PUYFxWFCh}hG
z?%(S@{=r@fjXrPxZU2n{3}65QIWaK06ISz`oN6XlYZL}BfB_6tvs;@r1t>rP3Q&Lo
z6v$J7DO092p5yiV>?u#BWZg{x{=shQbUtVQZ2yb_3}65QxiZkXJ67vVuJx0*wF?6n
zzyJmc2I_KD-TPtw{7V?X00uBnmVvtTa(T2@VAoxDZ9M;b;e{944;qJeUw--J#(m%P
zrZ<hl9me*Ouf6tKIP9>)TKsyao_cC{?6Jqfnl)>NZdN=$U9ez5m^pK1%eZ~^*(WSo
zw5YEMEnK*;CARpy!`ZWEhv%MqZpeRFcoUz0{`oLx&YV%>=FOYe*FA;@P2|0X@7eEn
z{=t5g8X0H*ZU2n{3}65QIWaKO0jvEgr<%#t8ifH2U;qQv?%HNg0SZun0u-PC1@cnh
zEpK^C<2hdOY|24_G79hymQgME{J}r||E7M2Km!b500Vh4P_A>P7lq$E`Bisy#{dQ}
z@Fxb+>&)e5RMvALj$a1@7{CAqs?I>U&MB%Y3T&~(7LDhB#b?q@)KNTZ92giF`kFj>
z@<iQsgYNUvOD}~(4?T30Z?Ew9b^6+O-+jZ}xpSlL`<vhVrsMTG-RG{m?uxp{@ZgEO
z*YG|2`OZJsk4mj$>_7bu0s|Pp00wemptTED_otj{CRb||1~7mD3{<ycn>ht2KmiI+
zfC3cAPl02PJ+|>2Z|Tyd`3WH7F;Reju$+wc&-Tw4zyJm?kShb_I%j%Oxz<nK)-DWS
z00S5(7^urpb?=Ay^Dkil0~o+SSqAFT%jMBtfz3ACtnvJBqW^yAuzzrqO*Uyixdh)`
zxpHMV_uO;)^7j>=PgwSuYVp~CM;&!k&-)yH_~Bvx{P`QC)I{E^--+@M_N&y$IQwt=
zZwz1n0~pAOfsqba?N>R~Os>`_3}65Q7^rsFHhT(CfC3bt00k(JmjbumdTZnP;Vrk^
zl2`Jw9Ww>^2g^xm|7`z^0SsUO1GzF#u5+drm23UvZSBGU1~7nuf`PgmWjz<-_;oOV
z0SsWE>I~GSm&>EQ0^4o3UE}%Rs#UAn4;qJe*REaLxbM`dQ^(;B<9o^HpMO4Fcina2
zbD#TMIQZa$!#?}$6F%~hkA#^sXNDjA;0NKEXP(*M2^4<L;<F29&z>DV@rh4_{r1~0
z6rX1}W5$ed!37tDhaP$;jFsneBJb6YF#Lo4sMI>f{@eZ=0~o*n26AGcwF_4Fr<`gg
zS8EgoFn|FJRJUWBIRz*{0SZun0u;zkf#NydHrs47^epck?|8?UJ&(#y$-Fb>A1qgY
z`)B)S3}65Q7|4}@a-B21s9ftOZ)+C@Fn|FJ6b#hmsJi#V{P~wKfB_6(pezG*>E-fh
zufV(B^{$4GZ^42E?FWs+yNeeuZrpeG-FF{{JGf+(72qF?ub%z4{Wk_MfB_8T#6Wzf
zOfw><n#t7~g#ip;00U`uW3!?F1t>rP3Q&Lo6zHTtv-j)Y{_Wp74f8$)Ix5i2(7?dJ
z(6iy+{`R*W$2;*S1?->gpD};|3}7Hv2I}%}fn4h+Z)+C@Fn|FJ6b#hmDC@Zp$FG9{
z3}65QRcD|sy<8sc6*%$46B|Ch%PzaD{h)Dp_v)*!Zrt~{<Bl7LJGf+(72qF?ub%z4
z{Wk_MfB_8T#6WzfOfw><n#t7~g#ip;00U`uW3!?F1t>rP3Q&Lo6zHbFnP;Bac%Jvk
zPku72Sh1qp@QrqEaBwg@^2j6M(n~K5pZe6N!hr`K7!Ek#fKWVxoIQJX_}%Y*m&Io&
zrlte`V7dP!?4RwQF@OOKU?5ip%5~24qH?XDyscdrzyJm?P%u!Jqw3xd^XFf}00uCC
zfwBzLrI*X2y#m)>du`*n-!8lCGGWio-v0KtH|~4YRadp2oOiQTfPXN)^!DHO-x$CE
z1~8Bl1M!_Q&4`?8CRb||1~7mD45ZnO&58mPpa2CZKmiI+pqBy{TyR0-ncn2dlfx;e
zoD%N6_ulaAv(JWAt5$`zYuA?k>UHma&M#iPILw$aBTSn%t?Sp3M;;j#ELhObB{yiy
zjW^yH_T6{i(qB(KRqp?_OHGGDME=2YDA_;TKVtv`7{EZT43z7f=|$yQKY3fbFn|FJ
zV4z^2E=O6<g*bj43}65Q7^pe}b?N2uXs^HvFTBur<~J}f5U#uKy7mLd@ZFnlzPaU|
z#q&i61)3G$A8b~mzt{HP_TL!500uCS69fHq$Mi?#R5Q6+qcDI03}7Jr&TNJhpa2CZ
zKmiI+fC8Nqxbn&?Tb}I|&lJbvtJD4ZegDA+AMENGZ09K~ypQ8~Tz~!b(Q|5^XW;{k
zJyO)6$bo+_wvvAuZ~tuni~$T_00X%)P_A>P7nN)M<ZbQ300uCCfr5d$998#zm_Pp#
z1~7mD43uS{F1=hHofX)7@4Xw(_=>+9`s9;Ob{@QeXO=8k5~fU<(zxGy-}~MTyrS?r
zD!@M&Usd~W`)>?j00S7viGlb|nPx;zHIu6~3IiCx00z?R#%4tU3Q&Lo6rcbFD9}xT
zHEY&{Q%^m$@my~#JcG^G=yva3=N2tmG|HzpYu2pr^wUp=b?erJ!NI}s%rnn~OE0~2
z)VRkVf4tY_OP`-;|6r;*6aw-Omcz*Y+5Q;=7{CAqa%G@g=S(ju*ZRrZ+JylOU;qOJ
z19dsddM?EA>tFx_7{EZ)8K_Gymq%v>?!W*3mgjz3Z@qOGkLPB^^Q&#Q-L~ak<NY^2
zJ7?`o$_nrg##hJw+x{B^7{CAqa$+F9Q>Gb_Q_bXRjluv1Fo1zHyRlhOfC3bt00k&O
z0Sa_d;I-FY3%l>Wd&_gZX7ArvyzX@GUhfzFz>k0Y<1N0xTW`I!W7w~L^{bY#)2B}l
zYuB#rIDSJ;tnVLOxpL)(T&`<u$~qJi=O64^zK$pDpY5M9fB_6(AXf%DHphyc$hCg*
zwsv6v0~o+S!9ZP(s(U}opMMDh7{CAq$}&)wUM`RB3LJFMK`qb!HrZs8aLFZ?jLEaJ
z;`!U0Idj6KNt0UcvClsHbf1*7*($(47+-q(Z~JcyU;qOc$ccgYPMKyzPBoLOH3|b5
zzyJo)?8atA0SZun0u-PC1t`!-fddXWpyj#VSoj6kzecBf_j>=%JMV1q172{!1-(Ls
zo>fkpHmwnN^UXK+j43l<egEL9RjbNermvWkbtn?xAMC4)qXyYO+dpFf0~o+St_+N7
ziWPk$*ZRrZ+JylOU;qOJ19dsddM?EA>tFx_7{EZ)8K_Gymq&L6R;*YNw%cyIQO^Ol
z*=C#Yo$q`nEL*m$`vuyZUA}yIxcu_V!|Pu6x>47iI(2HPYqq(Kw`!;W|6qJk?Z556
zF@OOKU?3+3;yY!U5joXNuGT0FU;qOcNV6N86$L0j0SZun0u-P?I|Uwj<dIR&_TKu|
zw}vaPyfQ3YxG)r-sW&({*e-NJ-aF=)V;Vld!V~z)E3fptZ{g$n;0Hh0h&$}C!^S0t
ziS!SqtV2-{{=uGDwjE&qZ2yb_3}65QxiZkUF;?)+T<a%qYZnGEfB_5?4AkYQy7$BU
z`Ij(&0SsWEECY4v<?`sQz~aS=!xmd?G3t5X@ZSP`%Uj+O&OZC>aNTv+h2Q@6w_(wu
zMd8_JpAFAF_gpAqA9&z_P&^Ym=bUrG+u#27j@Owyd2(2=U_tK*8Ii35{DbkOxBs^P
z#sCH|fPtJCi0_nXM&wj8xmu$zfB_6(AkA)URurHB1t>rP3Q&Lo?G!lew9{Ii^L^`E
z-)c8(qr6u<mu&tV!I?8>_C1gD&O5Iq_Q@xo>^rvKffMB)OkIaUFaE)Psc9W&|7`z^
z0SsUO1GzHL+7YY!Q?B)sx3voc7{CAq3I^(Ol=WPQ<JZ9e1~7nusxwfRUM`RR6ev7_
zJM6GS%QL}Y|KM1B-*($=!xK+D(cff@%2omX!T8eKf7^d!00S7nKu!$Acgi#)a;lkJ
ztx*`j00uCSW;Zq~3Q&Lo6rcbFC_sUB3N-(n&=XELq1}*;_TC+L+|l9zEPn3yxc~n9
zTVijz>85@|`yMw@{=w9BC<Nml>>Hbwf%eb#<b}1~8B-11$})!aw9%KY3fbFn|FJ
zV4z^2E=Se9ALh@$gaHg-00U(is7o)GNB;_}T)8qFdg!5J?jbzzzyrgI6)XCmh>_VU
zz&{vYdi!ttZwz1n0~pAOf%s0DW<*XkldClf0~o*n2GZ=tW<>!CP=Epypa2CZ&`yCV
zQ>HYY6E0l1u-%Z2_TKuRA-H78lD_A%bm`I-|KOQtp4oS7zXK=AKbX1>g<kxF{Zi99
z&i>i{83P!=00wepptU1b_orOzCvR&P1~7mD3=|C1<tXd95XY~B0SsUO1660BF1=hH
z@d`Zn;Dh0P?|Wb4`C!@4AAHxl-WBe<@4om6h{#p}{=xXt+ke}CV*mpfz(7t6#COUx
zBXX*lT&+<UzyJm?kY+bFD+*A60u-PC1t>s)b_z862iLA$+iu84dvE&m=`9|>RjXF@
zJ(t13!Is$l_S>)T*nS62lz%XF9SXhp2m7U_b)5aP{WAtIfB_8T%0O#JtnN>_)=%En
zE(~A*0~jb6sLN4x?}z#GFJS-!7{EYT2I|tw<xyUNMT-`NuYK)nVb4AH?AuHDj(5Bx
zoO|xM;SYcKL-`wv%vJ&Z!T8eKf7^d!00S7nKu!$Acgi#)a;lkJtx*`j00uCSW;Zq~
z3Q&Lo6rcbFC_sUB3hcJqZjEPxh377nV}1YM0S6oqJ+-5cKDxz2xMt0o=xcNfSl>T*
z)m2x8v(G*|9C5@E;X@z#P&nwIgTl!tpB!e-o*jPq%U_0-D_3^AT-$S1(4m+(|6tql
z^?cL*+5Q;=7{CAqa%G@rldQ;qT<a%qYZnGEfB_5?4AkW)>$woeuY&;$U;qPEXP_><
zTpnYiK=BOisi&R_zy9^F!!5Vm5`OffABAhLy>{sNPw^Rpix)2rt5>fco13{xwhHhM
z#+Tmy+x{B^7{CAqa$+F9Q>Gb_Q_bXRjluv1Fo1zHyRlhOfC3bt00k&O0SdHJ;Fx2M
zY4`_Udg-NhLpI8Lh1YJ{v}uj688c=?&*QYyPHV&$*IKr0S@bo!1+4EMY@TnY*Oy#!
zNqFtG*ScM{<y;kXC??E5*iyE>f3SbHf5rd?Fo1zv8R)xNCO$CN`pMhcg#ip;00RXB
zbvdf;{V;$2B@AEy0~jdFKwWydJSaec>L|cJ7+)*<Z~JcyU;qOc$ccgYPMKyzPBoLO
zH3|b5zyJo)?8atA0SZun0u-PC1t`!?f#Pq74h#$oef{*OKW#T;qrCUxi!Zi#{|YZ)
z>~Ze7=eAs<_`9iNd6e-F7QVs*4?HkD@x&8-O{EGt6p8Q;_EpYNgY2K}pD};|3}7Hv
z21Yf-ioTI+{p4-!!T<&^fPsR6x*TOa7vlJJFn|FJV4&&@)TNipg8~$&jspCH@wKx5
zw*STe1~7nuoEV7jlxarfR5Q6+qcDI03}7J5ZfsT*pa2CZKmiI+fCB9lShHqL*k+q;
zhWvxO?Y3K3w{Bg#VH5t|GtWHJ;{7}8th1u$aN&g)wp?Suf(6mn=oV0T=4Q>B74Ew0
zuCQp)qOfAcim-O=+AugcIP~@EtFMN~AAdYteDTFC^C&!o`|PvNP)xV$7w4*=LorYO
z!9s=j!~WU+83P!=00wepAiis+8If!K<ZbQ300uCCfr5d$998#zm_Pp#1~7mD43uS{
zF1=hH6rezL6yP6>ua*6`{Wk_MfB_8T#6WzfOfw><n#t7~g#ip;00U`uW3!?F1t>rP
z3Q&Lo6zHVDZMWUl_zc36PCBX6unB#?_^iOfXE*%y#V>v_`u^+t_U6x@AAOCn3Mf8D
z@YrLIZRAtrb;J=zgu=hs?Wl?l{Da-9*!i6Ov;8v$Fn|FJ<jO$j?pUoexz<nK)-DWS
z00S5(7^urp)^j0_Uk3vizyJoS&Olvyxjf1%@Y-vyl@At4ff5Sv55|jT|84(`0SsUO
z1357e-zn3K$f;&>wMJn80~o+Sn%&r}C_n)UP=Epypa2EBDe$$geXZdk{K!W>5?*-W
zg>J*g{oIlzOIo~kXP<p`^gS=S=%SWujP>Ua#!hI}s#W38Ll144(@i(s)b%n|(Sd)k
zYZ*J9w12jL#sCH|fPq{Y=-3=9b|TmM$=lk60SsUO0|f(hIjZjcFn|6f3}65Q7%0m?
zU3$4Z$}2E=^5k&%;fIG`{pwd?-MV$<FC>xzeJa2|*r!lU!|cE9zcGLT3}7H92AW!6
zrC;V$Gr3x$Fn|FJV4%`X+vF)g0SZun0u-P?h6=p$$}3^{^5x;*|NY+^9>RfvfiQjg
z^zf6P{3H~g+xOB-FAa?;#+Lbtm9_9M4uAGw@%^;ZPK&)n_{vwl(sGT(ix)><W2^%n
zdE}9nITe1w!NI|fx2cK_{DU1!*!6_{v;8v$Fn|FJ<jO$T23et#xz<nK)-DWS00S5(
z7^urp)^j0_Uk3vizyJoS&Olvyxjf1%Flo}H#&f}~x86FOb=Fy7;lhRGFDQ}%Jrv*{
z>>*H_)Arx?-x$CE1~8Bl18rJiCEv=aW^%PgVE_Xdz(6INwMkQe0u-PC1t>s)j1_2p
zK3Mn$$Kxwj-jyp?w)pIhIp&zyOAL7qn>~mxzx;CaHO4xi@CqJw*kLWXEnT{_<87*<
z1OH&h5_Uad|7`z^0SsUO1GzHLwLw<sWUlp-x3voc7{CAq3I^(ORNebw{`^ZAzyJm?
zP?mwZ^m2KWSD@4L!QFP-EnIflWkY{gwEWdYQed<K{DY%4>Gh8NxBWK;Fn|FJ<itR)
zzF3v>In_+A)+h{M00S7PN`E#_3Q&Lo6rcbFC_sTfDbVTp;8^+yW3?`PcFo?u0}nhf
z_7Y*nj2SK0SiO36^fksK;DQS-Xqi{>nS`B=s_4K!*r|fu-?x9Zf5rd?Fo1zv8R*_2
zt8+Hj`pMhcg#ip;00RXBbvep<F2wQcU;qOcz(Ca*s7o)GM|lPMc|N%R{`-g9Zo4h4
zS+l16jYLx5|0=*g7>|PexBWK;Fn|FJ<itRHr%W><r<%#t8ifH2U;qPYc4M=m00k&O
z0SZun0u<<^KtIn1H`Ghm>E7MmKje@@T6}gf{=fBocl++UZ?{`b=(!tixS=JlU;gr!
zUGHB79ry>kmayYV`)B)S3}65Q7|4}@j?J-RCvvTyyscdrzyJm?P%u!Jqw3xd^XFf}
z00uCCfwBzLrI*X2yaLZZ|9qG|dv@4qr=3Et=YX4UzIiz1lv6^tzlm9XCL(iDfPXN)
z()Qo>-x$CE1~8Bl1M!_Q&4`?8CRb||1~7mD45ZnO&58mPpa2CZKmiI+ppyc{bHN>V
z+;LpLI^Db5`(OR)S6h5`&ph)?x8W`4mM&e|5_`rOXSAH(m_OWj<BctIyXT&Jx=yDG
zI`9v6En&x#_Rsdu7{CAqFpw()9h+mtPUKoYd0V?MfB_6(pkSabM_JE>IDQ=rU;qOc
zs5%36>E-em8wKXgn-@+y?X)mu%9Ng7!s5AN;X8ccg%`%==B|>B0{nyVrMCaJ|Hc3Y
zFo1!a7>MtbX-4E!Gr3x$Fn|FJU?9zIY*rMY00k&O0SZun0##Gs_S<i7@!8#Z=be40
z@Zf_Fw#5GACqL;scDx5(bkRjEbDKMNZr58@K?nZ9t|jbv(*D{083P!=00weppks5a
z*oj>0CvR&P1~7mD3=|C1<*2&%!~FS|Fn|FJV4y4mb?N2u7+VF_u3a1MzWeU*(T{$#
zr;o7s%)-6)+A9>#;8v|#HMSFRwOT5`KNw$D`)~Vi3}65Q7|4l%_)eK-L{2r6t2GJ(
z7{CAq((J}&MF9#>fC3bt00k&eH3f>#8=N+6TH`C`GX!VNn$?IauCZ|8!X(lk92^Ws
z9C1X;+=|ai>~>T^2mZls73_S@{@MN+0~o*n26APfb9b!PnOy59Z)+C@Fn|FJ6b#hm
zDC@Zp$FG9{3}65QRcD|sy<8sSr@)F8E5g-RUmf<?V~?I*!c8~bG#qoxG2wv+9tg#=
zFb4(NDZoG2PL=NO*?-%AV*mpfz(7t6bnlAQIh#|><Z6w=00uCCf$DT<Go=6pC_n)U
zP=EpyNL_*BjytZ!Ygat0>~$1><8<GB_ie;YpFTaAXO)jV_E=+Hg|G48gAeX&ZmH|Q
zKiG@P_UG-N?VmA#0SsUuR|eX5#_GMBYyISH?ZN;CFo1!Afw~-3_kNf^{}Ki;fB_7Y
zWuPv-Tpkmnz>+0P!g=SN7q;Ji`<`CH*S+p_;mcqCa(L>g`uv-5VpOjGUHAv%Yi$2*
z|BV3*U;qO-F%aJ=(~QWeW^%PgVE_Xdz(AVa*sLf(0SZun0u-PC1*)jPJ@?$x;<vl_
z;){Exam5u^w8Y$W(@i~NCSt(q)vHH+_Tcr`U*FfQQ`doiu&*+X8f5=$|BL|)U;qQT
zGBBzsR`iWr>nCq(7X~nZ0Spuj)a5Aaxe&*%g8>X+00UKLpf0^!9uuoT@!5h8Km2ew
z@x&9uW}9u+(@Qw9vvar972qF?uaNz>{Wk_MfB_8T#6WzfOfw><n#t7~g#ip;00U`u
zW3!?F1t>rP3Q&Lo6sV#C>(;Fs<+;1_&O1A%a{vAJw|EDO&-Yuqc5TP;!zZq}=9;0;
zEG#~^u=px|?sk0dd*2HS7A)vCq~+YpFTWg4I_adAxfP#_SbSDuKgUGr(9c}jjo}|`
zr%Lbl?4RwQF@OOKU?5ipdUwfcjL5Zq^0szi00S7nK*2y=j;eb<%%6V=0~o*n2Ffx}
zmtHQ9ji<nxHEY7Hx854|+i$;)KEjPRJ9kb|0sg`Gs@Q+qe`5dx7{EYI48(WJG$V4V
znOv<=7{CAqFpy?9HY*BHfC3bt00k&OfvPI7aN)uh-`%un)57f8v%_=GJr|0<b6R{o
z|NQe|&YU@;#?6~IudlSPzWVBx*y87I$EQF2>7nsQ9d%SFK11+{C!Pq)moE>6&u{p6
z?X}lJG57C$=R0AaefDX&evw0r|FF2`MCdR)_t@|JgRzSJX}tZj{WAtIfB_8T%0Ri!
znO;<`^^>=?3j-Ly00s&M>T;CzT!`b>!2kv@fPtzrP?ugVk2Dlmwrp9LIdkSHA7L7^
zGmBId;2(^yg#EYuHwG|(0Sx5CKzyf6Ga{#&$<-Q#0SsUO18H_+v!Vb6C_n)UP=Epy
zsImgT`OR-e`R@u3UbnBi?z*e*l*{@DyWPLjxdRS3AUyi$qkYe<dEj{K(0s3$*ZhMq
zYK@Gwf3|<d00uCCfm|6F>4w#Qm23UvZSBGU1~7nuf`PgmRrh|FKmQU2Fn|FJlx3hU
zy<8p}SApX1YTk3tJ>g>?``9S&;K0DZ#+{tIC#L}aV0=mJzwN&<fB_6(ASVXmJ7t;?
zIn_+A)+h{M00S6Evm2Wg1t>rP3Q&Lo6re!W6(~M`ulT&bPQJY1_YXh(@GyV={HSy%
z%0F0qM&inqE2HMN{^0S{Vf}mc`!oMwze=@^vwyaK#sCH|fPq{YXzhsA{VCV_$=lk6
z0SsUO0|f(hIm&u2#PRE300S7nK-C$jOD~tl#!;Yn4tM(Lr-v=J*rKg(u<#D@4{n^=
zq<mNY!T9Rff7^d!00S7nKu!$Acgi#)a;lkJtx*`j00uCSW;Zq~3Q&Lo6rcbFC_sTa
zC@?rU80OBM8)na*9X|1iPlWyU+b`_9@4jKij2YpA3oZx`J@im0#>5`6{=v0t*M>!l
z7KJ<SyfYM@z%$M`BOH6|vEd^h`N+_mKKQ{8hUwF%hnX{HhHroS+e7nOy?S-*v^tI-
zFC9AGu*V7h!5#v2IBoxI|BL|)U;qQTGSHzlR_^Uw>nCq(7X~nZ0Spuj)a9tU_rv`8
zmoR_<3}B!v19j=;@|ZXUUVQPzaLFZ?gq?TZxvOWe@C|OY)mGv2pa1;CP0pPvp#cA2
ze3|UO?Y}XA0SsUuCkEm>WttH=)l9C|C=6f#0~koN8=DmcC_n)UP=Epypa2CZFkTAq
z50+Eb{@MN+0~o*n26APfT<1(LD%bkS+uDTz3}65Q1p{?C%6cxu@#|m!0~o+S)fuQu
zFPF#oD)8ECuZ5rd<R@XTz4q$q87zE*haP%pxcA<B!@70r#&=?_UP%S`2jk0T|84(`
z0SsUO1357e-zn3K$f;&>wMJn80~o+Sn%&r}C_n)UP=Epypa2CZK!Nd6fPb)@vi8sR
z<b}1~8B-1LZnrdQrL7Pu|up3}65Q7$_L1%Taajhxzj_VE_Xdz(83B>e9>QG4=`+
z-oM}c<~QN!qmK@oZn|kt-{3pn`Oa|dwbzDMUww7#C*z8>Qh<LjzMS^o_TL!500uCS
z69e&`GR=sbY9?1}6b3MW0Su(sjm?Sz6rcbFC_n)UP=Epy7%v6*2g@mI|7`z^0SsUO
z1GzF#u5+drm23UvZSBGU1~7nuf`PgmWjz<-_;oOV0SsWE>I~GSm&;@96j-=$Vfexq
zz7VEPo!ZkgxZQT!h4aokFDzNIWb7v3O0`#je=xqp_TTp37{CAqFpv`i@trcwh@5IB
zS8EgoFn|FJq}h$liUJg%00k&O0SZun0u&f81^5TcDQo|1|BL|)U;qQTGElB_rWciK
z{p4-!!T<&^fPsR6x*S#aewaW15(Y4U0SuI7pf0^!9vh~>%P+qi=FFKBcH3>Yo}R(Y
zHrp&5fBf;`;fEg%gM)(`c4N_5D!@M&Uv~R%`)>?j00S7viGlb|nPx;zHIu6~3IiCx
z00z?R#%4tU3Q&Lo6rcbFC_n)UjF$rZgXNU9f3|<d00uCCfm|6V*E!RR%C&y-wsv6v
z0~o+S!9ZP(vYrcZ{5lxG00uBnbq4Cv%jHpCf%Uyy0|NtXJ%s=85C0H;{_~%Q)vH&R
zznMr1{854RncH*EJ?YXz0sC+JZwz1n0~pAOfgWwKGN*H@nOv<=7{CAqFi@EWZK4#Q
z00k&O0SZun0u-RYm?*$MSWZU!XZvRiU;qOc$d!R|oin|tT<a%qYZnGEfB_5?4AkYQ
zy7$BU`Ij(&0SsWEECY4v<?<-6z@$l&+WG|xAK{zc^rrBwZ+$B)UAnaV4Mb94Jq7p&
z*At|VAML;GzcGLT3}7H92Ks1?l^Bv!&E#s0!T<&^fPqRhXOpA=1t>rP3Q&Lo6rcbF
z#!LbJ!E#dCKifZJ00S7nK&}jw>zwID<yt>^Te~oT0SsWEV4yBXS<i(yejN;800S7P
zIs<j-<?<-6!215dEw|h<{OiB|Yk2(e$ID+-Bn7%Cz(3eUoDQe#zwN&<fB_6(ASVVo
zw8P51om0)^YK_7G1~7nu$~9^erT_&fKmiI+fC3bt00lNk0sg^q^4UMzKVtv`7{EZT
z43z7f=|$yQKY3fbFn|FJV4z^2E=Se9ALh@$gaHg-00U(is7o)GM|lN?{ey=ba!9!6
zo_oT&b?eGsOe6*RP=J5150TazV*hRbjR6c`00TKOuwEOi?2kFsOs>`_3}65Q7^rN+
zHgO72fC3bt00k&O0SZu{lmh&NrDO~C&-Tw4zyJm?kShb_I%j%Oxz<nK)-DWS00S5(
z7^urp)^j0_Uk3vizyJoS&Olvyxjf1%aLqN>gcU1Rl)r#T3PdWvKNu<4ABWq2+kayK
z0~o+SP7K6%$}}T#s+nA^Q5e7g1~8CjH#RE@P=Epypa2CZkf#DCpL}vS@x&8{zVcK+
z))S!s|6n<l?Vs(RF@OOKU?5ip%5~24qH?XDyscdrzyJm?P%u!Jqw3xd^XFf}00uCC
zfwBzLrI*Wt0u-o@0{nyVwX*-V|Hc3YFo1!a7>MtbX-4E!Gr3x$Fn|FJU?9zIY*rMY
z00k&O0SZtcPX#7TniK{G28O;mDe&ble>t3U&N)M0oyK^d0^JngAMB=1=X3VY_Rko=
z00uCSD+8UoW3|rYT0ePPyD)$O3}B#Ope{#Q&xJUC9SmRq0~n|}19j=;@}K|(s-pn^
zV0^9YzwN&<fB_6(ASVXmJ7t;?In_+A)+h{M00S6Evm2Wg1t>rP3Q&Lo6v$J7e*A;|
zjLB0yS@){||6spLwT`oYwtvO|1~7nuTp4KXh}Hcm*ZRrZ+JylOU;qOJ19ds7?)@--
z{v`}x00S5(%RpUvxjZO9f$Av0KNw#t`)~Vi3}65Q7|4l%_)eK-L{2r6t2GJ(7{CAq
z((J}&MF9#>fC3bt00r_?pdW8wKV$M#PuBe^z(3fpQmy0cpY5M9fB_6(AXf%jJ7RTz
z%C&y-wsv6v0~o+S!9ZP(vYrcZ{5lxG00uBnbq4Cv%jH1<3RFh{{=xWK*?-%AV*mpf
zz(7t6#COUxBXX*lT&+<UzyJm?kY+bFD+*A60u-PC1t^fG0+T0C4g&)NLtle~gKb6N
zA8ad&HzO3_AB+&IX{i0P{WAtIfB_8T%0N>)tn|xV>nCq(7X~nZ0Spuj)a9tU_rv`8
zmoR_<3}B!v19j=;@}K|(s-pn^V0^9YzwN&<fB_6(ASVXmJ7t;?In_+A)+h{M00S6E
zvm2Wg1t>rP3Q&Lo6v$J7*T4St4gcVZ6)W0`z(3el7H>u<z&{uvR?|@XXZvRiU;qOc
z$d!Snc3A0`xz<nK)-DWS00S5(7^urp)^j0_Uk3vizyJoS&OlvyxjZO9f$Av0KNw#t
z`)~Vi3}65Q7|4l%_)eK-L{2r6t2GJ(7{CAq((J}&MF9#>fC3bt00r_?VA`~44gcWH
zH{aY=1pdLcvUoE>0sg@Vv6_b3KifZJ00S7nK&}ilwZlrk%(Z^<wsv6v0~o+S!9ZP(
zs(U}opMMDh7{CAq$}&)wUM>#`P@p;r@DIk<%KqE_8v_`?00wemAih(k8Ie=X<Z6w=
z00uCCfi%0ZSy6xj6rcbFC_sTc6__<^R>MEI_10U5+i$-;y!P5_En@Hww#ea!5(@AS
zmJscaA@<Mq<b}1~8B-1LZnrdQrL7Pu|up3}65Q7$_L1%Td;IA&y@M0~o*n2CB|L
zU3$4ZC_sVgD8N4$Un~1>`)>?j00S7viGlb|nPx;zHIu6~3IiCx00z?R#%4tU3Q&Lo
z6rcbF@>F2q!i5e0;K0B@<MrgplSAPrEWVoG-)gI^8t)IEAB*pKs-I8R{Db9cZU1cl
zi~$T_00X%)P_A>P7nN)M<ZbQ300uCCfr5d$998#zm_Pp#1~7mD43uS{F1=hH6rezL
z6yP6>ua*6`{Wk_MfB_8T#6WzfOfw><n#t7~g#ip;00U`uW3!?F1t>rP3Q&Lo`6_Vu
z;fJ?)1e^VW6ZJY@_4CM_f3RGg?Vs(RF@OOKU?5ip%5~24qH?XDyscdrzyJm?P%u!J
zqpasb9KQ|*Fn|FJRGopk^m2JnfCAM~fPXN)R`%ca-x$CE1~8Bl1M!_Q&4`?8CRb||
z1~7mD45ZnO&58mPpa2CZKmiKmtH7#NtHQKt(>AJyFkkia$ee$$T%GNo?VmA#0SsUu
zR|d*;&h(;kt)INDT^PUs1~5=CP?w|X-VgKVU%~(eFo1!w4AiBU%Yy<GsEz{sgYmVp
z|F-|e00uCCft(nK@04jq<Ww`cTB9(40SsUu&2DT~6rcbFC_n)UP=Erz_{A^6p@$wC
zw%KNz3HK6GzupS)50<O1{j>cu1~7mD4CKl{xz3qhRIc@tx3voc7{CAq3I^(Ol=WPQ
z<JZ9e1~7nusxwfRUM>#`P@p;r@DIk<%KqE_8v_`?00wemAih(k8Ie=X<Z6w=00uCC
zfi%0ZSy6xj6rcbFC_n)UG%K)X&6@DqYp)G`ZMx~E4L{+lufE!NfB5`Zd~d$D*Y#6?
zf3RFl?Vs(RF@OOKU?5ip%5~24qH?XDyscdrzyJm?P%u!Jqw3xd^XFf}00uCCfwBzL
zrI*Wt0u-o@0{nyVwX*-V|Hc3YFo1!a7>MtbX-4E!Gr3x$Fn|FJU?9zIY*rMY00k&O
z0SZun0-Y3?G-*=9KiFxE_bJd#0sg^m>U2J5|7`z^0SsUO1GzHLxjR<tOs@5lx3voc
z7{CAq3I^(Ol=WPQ<JZ9e1~7nusxwfRUM>#`P@p;r@DIk<%KqE_8v_`?00wemAih(k
z8Ie=X<Z6w=00uCCfi$~u{H(ByWei{d0~pAOf%r}-qD~6%57w!g8z&e3!E(Ci)Mw=C
z-&GjE00uD7%s{!$nO;<LPF`ai0~o*n26AH{z0O>2MpgHIm_Pp#1~7mD43uS{T;~);
z0SZu{yaN1#@!I9K&y=s<tzZBH7|5G}_)eK-1dj9OSpC%>0~pASfi$~u{H$`Tn|!TR
z7{CAq@@62uQ;MjQ0-JBXc_=)D#g~HuWfb5aETdWodT-vnSN+u=0~pAefpVQQy{MdP
zD0gcZ1~7mD45ZhY%gv~)=RzF64hArQ0Sr`~fpVQw6a^?if$|FQ55{X}?``jm0SsUO
z1357e-zn3K$f;&>wMJn80~o+Sn%y{lR#?U|1~7mD4CKT>e5Vva0SZuHL;?Q65iMd~
z<<w{7>fcouzyJm?(9A$gzf5^-b534k90M4@00wenAmtt%Gq<XHKg^$h2?H3w00zo3
z5YsP>t)BwdUw?i0(T{!<uD$l!aNBLS)h|IAC8+@aV0>9}+h@wx?^ZB?0Sx5LKzyf6
zGXlqXbFBXAj{ywi#z30gIDS^S)lI(EDhyx%19>wL-zh~<fC3a4QGkDNM2nbLdT-vn
zSN+u=0~pAeftY@o^4OefD0gcZ1~7mD45ZwnW9C-Yb0Lmj2Ll+u00yegKuo_hwtfms
znlvd43=9l?{rJZ}u3v&ON>Ty-!T7S+d)s?s00S7nKu!$Acgi#)a;lkJtx*`j00uCS
zW;c$X6_&A#0SsUO1357e-zh~<fC3a4QGkDNM2nbLIrSO2`gauuFn|FJG&2y>FH;`d
zoRilW#{dQ}fPvf?NV!MH%&qF)5A)|=!T<&^fPu0M#PmyJ>!(1oe{k8dW%Wx?MoB8b
zKNw$@-1eFB^}7`eU;qPoGZ5b?(~Q7z-W;pH`eOhCxiOGtH;$iGZgrEdwF(0mz(C#%
z#CJ*&xhk-3-MUbGIVjMq0RLdK8vVc4d-LwS>aYG7z(CFn^xrMh9+`6u<!%kb00uCC
zfwa4H|FbLWxe&*%g8>X+00UKLp#N@ZWE~ZlI(2H}^9Kh92kV%koDx)ke=xo%_TKj1
z7{CAqFpv`i@trcwh@5IBS8EgoFn|FJq}h$*XN6@fV*mpfz(7t6#CJ*&IVkY-(@%$Q
zed}A{@WT%eZ++`q!zP<-(s-6wynf4D-VzQw?6B~SZ+s&>_0&^2NFv7$3h)nh5T?i5
zIrSO2`gauuFn|FJG&9hnMONl?b534k90M4@00wenpfU}+$3&~{{V;$2B@AEy0~jdF
zK#vybbj=mmV~;%=&-~V|U0d^PrI(5V{Dbk8$Zek~U%y+y00uCSHv{pVGR+7a=gqPD
zt3L)XkQ)POcH{V2<yJTOTB|UC0Sx5LKzyeZQC9_uzcG5-ZMTJ8cipw|+;CuEps&|O
z%rAcNi@Hi9uPzGk4|Wl!%PGA#@7}Ba>W={o<jg>q_E@P?IoD9`)-ViU00S7PRMYM<
z*|MGsar`<MzyJm?P;~~nv`42hP~hZ~Pi{Q>^EW~>D0m_%@(;!r!rt578v_`?00wem
zAih(k8Ie=X<Z6w=00uCCfi$~u{H(ByWei{d0~pAOf%r}-qK*nIU%oti-~%6MJTL6m
zH@N<|_rL%BVcD`}b(Ba>9Tean>>x~!w{z+<a`o>j3}65Q7-(joM~ke?>E@ig#yAEr
zfB_8T#z18nc8`fx-TPtw{7V?X00uBnmVq8E(&?HjaK{~YG@b{3``h2HdA8C^MFIZ7
z_)6rq&y=s<tzZBH7|5G}_)eK-1dj9OSpC%>0~pASfi$~u{H$`Tn|!TR7{CAq@@62u
zQ;MjY0!x=J4Lk0*W8+!j`kuhppSRm?yYRvbFVsyY`E*c#f3SlvJ>J%P^X|Rsul^Xo
zK+X*GXpxmUopTN4ZVkf#1~7nu$~5dA6D{kx5XY~B0SsUO1660BM~ig2<_fG`yEaUn
zI(6u|;I`Xt8&<AdS@Vpgmx2QPgYi|c_qO-O00uCCft(nK@04jq<Ww`cTB9(40SsUu
z&2Ah&D=cFf0~o*n26AE`zEg^*lLBkjtO>jAwp&~8;Je=Su5kYO=Z9Nwy*138J2yP}
z<dZ{RzyJO3hu)htYgYK%zx~^`v2S|Qo5JeVtLr3{TskPgKiEN-9&hK=XXNVNRT#hk
z1~AafK#vw#nbXZVd5v)lU;qOc$c=%@H0&M|t-ANa{P~wKfB_6(pezGDTBOq%DA4?D
zXWF!Bq3{$sC@`K1@DIkTo7+B9zJ9lY0SsUuZwBH!WttH<&YNTPSAPs(AU6im?8fo4
z%B^nlwN_yO0~pAgf%r}-qD~5Y=}TW4<^MbN)KkOr&p+RHnlHZiVwgE|=BVqOb=FyZ
zU&FxaD$x9ldHAy`fBW0tRyUyunz`Packfky^~V4Pa%NzHTJ5;sCg&Q;-5Q1g3}65Q
z<KAc|=mupy7vlJJFn|FJV4&&@Oi-(Jo5U43`|PtD&-UK-wzq|c9(pM88Jk{}72qF?
zub#cPy*CChfB_8T#6WzfOfw><n#t7~g#ip;00U`u<M>%&8Os>J00uCS69e&`Qbb)8
zShZ?Zm^5ip<JsUATWk>?dE}AO={@np6JhJEw{Bc-lT9`WD_5>8eLaEIP=J51T%B_2
zGjjFsDhyx%0~ly#pj_unFRD2wuQ84R3}65QxiOGlXD&CRs(U}opMMDh7{CAq$}&){
zbBd~y0<XOCN?5*pc{uaTGaJwKioX&0*0;VjeD$ke4fo!AZ&<i+VR-rFmxsm`<72<-
zq?cSaTmk;Ucnx#gXUf;_Rxp484CKu~e5Xt^0>^oCtp4hc0Sx5EK$_h+epb2FO}^GD
z3}65Qc{32-DMi#pftzl+spXmAhIj{uHCeD=K`4BK!=FQU{q@%mpYpw?3h)n>E3Dp|
zckfky^~V4Pa%P}h=S(ju=Nii08ioN3U;qQ@b>?z2D(krr$FG9{3}65QRcD}F=M+^Z
z1)Bf9=<qYWvHo5sz2vgt3h)ocYiRFn?~MTrU;qO-F%aJ=(~QWeW^%PgVE_Xdz(AVa
zIDS@G#xe#lfB_8T#6Wzf6j2uiPC4b2hR^TRQ%@bUw3`1`>B%RbJZ9H*p)?iXA1qgw
zocfGh{ksYS7{CAqni(k9In#@3&dF<xV*mpfz(8&cq}Q3t&8X_$5A)|=!T<&^fPu0M
zl<S<L>ZAbwV4bR2ja>K#<Li{$K2yGaw}Jr-U?6V>;yY!U5jf79WA#^m3}7HP2GZ=t
z@w3XUZt}HOVE_Xd$eV%qPAQ@;3cT~3?`-%7=g*%%W@$b7<dco-?!No(V|HB^N>c&;
z!E$xcd-LwS>aYG7z(CFnl<S=7Mde&Wxm&|9fB_6(Aid69ZboH27vlJJFn|FJV4&&@
zl<S<L>ZAbwV4bR2ja>K#<LhMaZSRc%3}65QIWZ95DbtL|sb+GuMqvO07{EZ9-8g<$
zSjI92Fn|FJ<itRHrxZ~a1-9C1tA@{S&6+i1me#s;>l)XcGG)q`UDt)uRDgf5TwQYN
zGjjFsDhyx%0~ly#pj_unFRD2wuQ84R3}65QxiOGlXD&CRs(U}opMMDh7{CAq$}&){
zbBd~y0z2)rQ`m9G9mn;nPI}2@!xi8kjMp%?eWrZ<ZUqAvz(C#%#COUxBXFEI$Lg>C
z7{EYo45ZnO<7bsy-Q;Vn!T<&^kT(PIol-<y6xe+8%^N<y!NI{XO>1CaVCdSLZo281
zUf0FaQ-FW4Tut=eynC<ut3L)XkTV12I%j%OIoD9`)-ViU00S6EuQQjMQCZK0IDQ=r
zU;qOcs5%4XI;SWKP=EsE72qF?*UsMC-WvlLzyJnvVj#X#rWuh_&E#s0!T<&^fPpl-
zar~^XjAaa900S7viGlb|DWWb4y#DpCZ}<n7E?qiiX}$8wD~;=Jzy0=Oc3l@rQvv?L
za&^h6&&bukt1y583}B#{fpVQQy{P7#yv8^NFn|FJ<i<dHow?kMs_y+TfBq#5U;qOc
zD9b>(&MArl6rezP1^5T!waaavDPO-^!2kv@kT(PIoifb`9Ouok`l~+%FpwJqX?ElI
zS>;wY`C6+mfB_8T%|Lvo6j2ui4msqIhR^TkKmYldrFG|>cQ&qj&_M@{*>zngO$GP|
z%hg5i&Aa!izxrbU135ELu5+drm2(Z{ZVkf#1~7nu^g4678I|>1h~wA600uCCfvPi5
zu5*f_00k&eUIG5Wc<t=H?Y%L80SsUuCkEm>WttH=)l9C|C=6f#0~koN8^_NI%UH$$
z1~7nuoEV7jlp^Y)zy%jv(D3=~vdb=E-MV!foZ8^vVAy^4-5b|E|NQee_?j+|wgUWv
z<?54DpOLG7S787H7{EX?1LZnrdQr_ed5v)lU;qOc$c=&YI&--hRo(kx{`^ZAzyJm?
zP?mvmol_JAC_sVo3h)ocYnR(TQ@(z;f&mO*Aa4fZJ7t;?IL@16^;drkU?4XJ((K0Z
zv&yY*^0iiB00S7vn}PUFDWWb4ELgCh;qx097zoE5ciaZ2cFHNIv|Mxk{P`PvO&3U8
z0sg^q_0fCt?!D@-{usbO&J2|6oasg7Ttm5A!!UpW3}7I=&RlLrWjz<-_;oOV0SsWE
z>I{_YoT4Z|0Sc5?fPXMvJ9}??Zwz1n0~pAOf%s0DW<*XkldClf0~o*n2GZ=t@w37*
zmN9?<3}7H92I4!Vh&m~-=bn4E`27w#=%BD{*|O*qUwP$~aQNYew_NM(Z-0CAbp%vT
z0sg^qHOr~b$ko5AFn|FJV4#_Sa-B21sOFr!#yAErfB_8T#z1<Vx!jDZ?)@--{v`}x
z00S5(%Rsr#DT)FVpg?&A_y^;)%Wa=2U%y+y00uCSHv{pVGR+7a=gqPDt3L)XkQ)PO
zcH{V2<yJTOTB|UC0Sx5LKzyeZQ6~lF&70Ta`71t$aFb0o2`8R-VtDYu2gB;st2?H<
zX3d)LU;p)Aq4><fO*h?i)OF_0o!c?iiTWtOKUl7odT-vnSN+u=0~pAefpVQQy{MdP
zD0gcZ1~7mD45ZhY%gv~)=RzF64hArQ0Sr`~fpVQwRE`P^4h{}ID=eND7Ox!?D60Vf
zV7zkn-uB)YzyJm?kP`#(oifdcoN6XlYZL}BfB_7o*^T38g=H*b00S7nKu!$AcS;d;
zQ{da*{`M&EU*RJh{@P)O9m3vw?;Q>~<dE>Ok9{os-QWFP*m1`l8|R0|HGjY8qKoP#
zlYBZTz(3eQm>zHE)Mw=C-&GjE00uD7%s`J8S(($#IeCq73}65Q7|4x*$~5dA6Ro=U
z!~FS|Fn|FJV4y4mJzAvGnJQ5D0~ah<5H7s%!f?O=2ZWt>-g(rsz@2v5DeS-h{^9Fi
z|9W`*@yB@zGi9Yr+Wdp@s^zxNl&{~dU;qOc$eV%qPMKx|j`QYN{nZ}>7|4x*G`n&9
zta7WHe63X&zyJpFW+1*(im0Ok-}uHiMm+;;_5;SeE}kno@=<_)uw1S6-n@IS`l~+%
zFpx6?<vM42Q90L8?$$62U;qOcNUt-On^9TMg*bj43}65Q7^pe}<vORRx++lk27mUm
zpM}C381p=^82kFyzdqb}<BfcTb%kRL^Wq<j7t`L`-WvlLzyJnvVj#X#rWuh_&E#s0
z!T<&^fPpl-ar~^XjAaZ=JOh_KFh87r$t~eyCtVh{+wS<GufN&*obcgezU8X|8chFR
z-wXfiyq|>sxaGm%zn_W!?`K0bkMEQs>Z-uJdGo@%-~I0BXM@Af68GG5&+z--|GuvB
z$g6__{DU2Y>GAf4uHE9R*KgHK%`kug4E%|K9xbvmr`6Mc(-^=21~8B_1C?pmJtkUp
z?}z#GFJS-!7{EYT270ter!!Ju$&w}EZEt&9>1Tt(&j@$hZMU#^@#2h>lWMF2{DZNI
z1^@5O0>5|2`S%WT$3F)0V<5g$rWt|V{Mc1<HOBx3a%LdSZX7?WoNFj|YuH3H@E`yA
zK={W)E)0LR{Rs`<;IMzt_doe4tER*Mc+Xkk^h<9E*F3S<?=vg%`^@-GDWdKQ+;`u7
z;gg^IWSBB#O3&wo#hBxcJ1*RN@4a=GMSdL=;2-QDOpmuG`rlmc=im7lzyJm?kO~7m
zT4ZHTr=q8M_-`8n7{CAqHU<NgY1lm`TGn$Rj$a1@7{CAqs?I=<7U^^*3KV}=bo0$O
z@A)in*dy5M`{c=!!`!)ZGf_{Pu?p}H#wx}?xH0y+?&)_d7{CAqHXZ}<oifb`3~fAy
zXis|#U;qOX&p?{pIDS^xnRs?+o}cE0x9pfRt_eH*`AH4m;2Zwp(_!~_|6Akdzj)Ir
zVc)|q_LaB>A3W^h@csk77IuB>=Nh#uJdb<*)A`|h4?WI9SOE`Ve5VwVivsJ`tqadR
z_gr}3fd|5mfBfTc`Q?{~%PzYtTzB1dL+?HN?6aX5<H%b9{=stf_wV2Q{{5@wYK{R6
zVBk*-l<S=7MX9I%rZIp43}7H<2GZ-y<z`fM?}z#GFJS-!7{EYT2Fi6#QFT(_rI%g`
zTW`JfDDU8wTW%RnIN^lw)1Uq{JoeaQp&0k-tFI1y6|d*dpC4|%`Q~uaNhh_9-)gI^
z!V53FP$#M6GDZsU55^0b^PW@ge&>P#3}7HX2I4zqni1H|k6kraa|~c0X9m*j#__Yt
zxrTDLhD`(mg?I2H$9<>aHT&y5&kUdY#;xIpk1gUgtAN+68zW!)+5O=kKXzfGwr_jq
z8R4=A=BsPsb&c<oA}Bxs3XCYgKRBXA%&Ttw)H(kq#{dQ}fPp$Q5YsPH9$V)c$;}#s
z0SsUO1HBkXxkty$t*qxl9KQ|*Fn|FJRGopCeraqy75KmhKG5PFEPQ|0TysrWvt~`-
z39ntdHr#N-4Po1Dw{5xB``-7yzOP|mJ__&;#@D*nzRY=hcMM<v0~n|i1M!_Q&4@bH
zL@w4C3}65Q80f`7n%y{lR=x6c-hT@i*f0i;|I+mhf7t;?e>41G-jn=giTlf9nJ@gH
zJN~!-HB{&K{QZ~1)$@5nV>O(}@$sEf1O+HSfe{7x2S>Dsc{P#iynAifzg_7^KMY_1
z17piTOutNdEH1{D3wqKM0~o+SwHQdbN5{;q>fR6Y=U>7A1~7nuvJAxZOJnP&z@v{o
z+T!=yb=O_PvSrIkC%R(Aim?0cySH5Pcfb2x>FWusrvm(g@pZLNuGT(Tz0?Z>7{I`W
zF%aJ=(~Q8uhH*eY`e6VA7^oHlX?ElIS>di)+^JW!>h+C#ejomP$CHM9W&iZ?OGEKl
zglbr=8unYSGv?e8{_M|A7^-#Q8SOXDxQXW>zEg^z00k&8q5%Kkh!!!g^t*}gcQmIt
z1~7nuG#H5Kmno0MQyM&}gF0XU0~pvi45ZwnW9C-Yb0Lmj2Ll+u00yegKuo_hwtfnH
z;R|1Ac>T86VvF$d%P((mlCQk-N|-uzYU8?}|NQ4S_?j+IF9rAq<Lha^yK(lrbf-H8
zFo1!L!$5qeOfv#M8;2jd(;WjCz`({~AkA(ZKP&uf9DeAYhwcZ?_|}l0Y}dDaE?oKh
zKk$^*>~ja#|L^$2pZNArz2CgsY2k;D`JBo1^-1OD_)aN;0u-RYhywhBBU;3~N~H&w
zM;`wMS7&v`00vTGAf{iYJT@gw&BcG?7{CAqFfh>!q}-!p=2ms@hxzj_VE_Xdz(83B
zV)~`A^;6*8?|yf~=XdF)myTJ2-}~P88rR)pk3Gihx-L`?1^5T!>p0Q-Joodv1q@&S
z0~pwt48(WJG$S^qhVJdZVGLjZ0~nZS2GZ=t@w1v}-Q3TAtGO`n!^akdo!<DFAwSuP
z=ib0OSaa`S!S%QAdo=9u=O+%;{ERubt9ha|kMEQsC_n)Uj3~fAIHE<&t6cv5Cr^7F
z3}65Q7+9Zyn0}e^*!A=BGuAPH0SsUuCk9gP(J^x?>$woeuY&;$U;qPEXCS6u8e2aF
zw%l^dhR<)wk|kr7;PcNv-?;AN$&<(Ix-L`?1^5T!>zLCXQ?7oef&mO*00Z%zGR+7q
zV;KV&zyJnvVj#_K96zg^Y9?1})I>6H?)CQ#`N+20?)Wh0{`tIQiF(P#nu)*t$8(43
z{;?A;Q}aY?9^WZNP=Epy7*T+Ka72rkS7Y68UC+PkF@OOKV4x}t#PrLQ$5use^RzZ#
z00S7nz<4l_a*vLgTh+ZE=Fh)`0SsUO17#VA>6gaVPk|{@rZjwh>(;Fs(*y?w28OOZ
zY0{)Iy{?N@UjhEX_!^GKUd}cBjsOD~zyJnPWgxy&rWui{zUJk>eGFg#0~i<&2GZ=t
z@v|BaZCulTa~OCkeCF#v8}gC;)nES$A6cS4vhm>bpHIGgsP6ASV3xWkTKD))DS`qN
zpumU%{DUJ}#Jn1hp6i<S92md=1~5<s24ebU%44gbwK-Z7Fn|FJU|_r$NV!MH%&n~F
zLL9#i1~7mD3{;(gn0{$&{S??`mtDriKR7rz*tqT+-}uJ*2`8fsQh<LjUcT|#&$+JO
z6<`1Z7{EY^48(WJG$T^f)|~t|j{yu|00ZO2K$_h+epch9kL&txFLwrxJNvpJAK5$K
z_eDOkM15rA!RRN>ymqMW?|T0^>Yixb<2$7Y3Q&LoBMR^jj%X3{YCL+bYuayM00S7n
zKouB>>6a;wt%BC(XidNX1~7nu@nRt59vw5cs(U}opMMDh7{CAq$}$ksFO99A0!JQs
zWW(q8^wUp|S%S|$|9s=RhaP(9m|fR}>Y)JtV0<0NYd`0@epi423}65QDKZe>DbtKd
zQCoBJ-#i8|fB_7Q7XxW_<M>&Pmp-oRzrEZUIQ9!a`je0B|ND17vP6Ak<H4x9r@!{a
zcS;cypa2C%6yP5m(IV#6c=TM?Ouy%<ks4tD0~mNJrd=jIRxSPai~$T_00TKQkaUxd
zm|R)Ug*bj43}65Q7^pe}5$)2@8Y*z(jW;%YezRxK9<vO;``zz0uKS}O{b<at>q7NV
zfPXN)jydl+<?eSb7{CAq@?#*rQ>Gb#-Tc^9b2Y~R26AQ~&2Ah&tDI{ncWc;qGQdZc
zCtvEGe%<3cr3ea8fC3{5@DGk?5%X$1|IOvv>GxhWQX>ptAZG?*`en*vbFQJ>tzj6z
z00uCSa*vLgTh+ZE=Fh)`0SsUO17#VA>6gaVPk~jdR)r~3rVM%gitkI8F5TcHmoHx)
zw%Tf|p=(Z_JUOgfxpITA=>qjqfPXN)p7!4M-Wb3D1~8Bl1M!_Q&4`?8CRb||1~7mD
z45ZnO<7b6sEMs7N7~mrtA6--DRo&CCdwi!9K>-R-U_=4_!4WNDUZvi@%`g4_tww5u
z0Sr`?ftY@o^4O~CZ{F4p3}65Q7#Ir%Qtr_)b1Un)5XY~B0SsUO165}rre7LcPX&Jb
z;~zIZEAY*4esg&F<(Eq*`pPS>gtxx+t&Qtlb=6g+uO+a)3h)oc*LE!SZm!{X02sgk
z1~5<+2I4zqnh{me+dQoe7{CAqFfbMjq}h$*XEhdDxQ73xFff_{KC;o8<iLr#r(gH@
zPAP%{6rjL}0{nv`TEx7{;oksqO#j~iYNSROz`({}Af{iYJa%Jf=brwX#Q+8{fPqvP
zNV!MH%&qF)5A)|=!T<&^fPu0M#PmyJ>#M+-XP(*c{B61Amf?ykt_Z7FukJhHHEY&{
zYp%H_Or1Klah=b8_OpG*8<>{@{DblJPG$dR9)1^r0SsUO0~5hOe5Xt^Vj{G15C2VK
z00S7nKq?HR*^T38m5QF`;lJ&=F~CQbC)4Vle%<3cr3ea8fC3{5@DGk?5%a2U|IU+7
z`u$#w)CdC@NQHrzewp&vRP;0t|7~Lc0~o--#$X`j9vw5cvYrcZ{5lxG00uBnbp~Sk
zrLomhp!ht%e!iA3Umlu0gaZQuVe`#54@Vt!RQS=4eiR;l_~G#Ev(JWQ%a#p&6|al;
ziq9^bF=Iy9Vv8*rzQH2)w9`%-8aI6J>M3W&<Ea4uV7$5;W3T6)e#d|T3}65Q8;gPX
zPMK!J#?sGy{kMw&3}65Q8-sx~yK(%iHimZY>A%?=7#MFK*)@+Z4j13~a5(+aTf#q|
ze0g~P0bdLM{T(yIf7|Kgu*0997<PK&XTo3adFIgj2OmFYXk0P=nkN>AvDE*Ek1Yyc
zx#7NW^yjY*|9HrSVYj#c>(Crt|Av#pTmHwthQB*-Rw%T%;MNDn{NBTPT=nRa;fp`K
zCmj0e%fq|>{!8J_fA!fvX|VHW!vA>BSz-VG`Hk?|+5Z{7``gFHH22~AH-8`Rx;Nj;
z>vC&pe5Vva0SZuHL;?Q65iMd~=~?A^7TxHE0SsWE`V7SM%aq4rvHC2kp&DWU0~jdJ
zK*~KjW^PsYewaW15(Y4U0SuI7Af{g$TRjCPO`6o=>npr{8{?~b%9-(aD!@M&udY37
z`8_M`Xomp|V4!*o#COUxBd}LJ_S8(xFn|FJlxHB#ZX7==43uYpcC_opz<Bt`uAaXr
zoO}I!;UmX=XUL<s-FC-^*snMK<^K-Hoqb)nV(uR{$V*pv_KrOLs<7khPwIOPfBD}}
z4>P}W+nD(Xul)TV!eOU;KWx9liG9yuul>#&@?CbT-G-bSkGgNje8i4kr{X)M2ntYu
z0wW6W4~}RN^GZJ&-H&KO6AWMg19>nI(=SsVi`P7ORcCd^00uD7o`IBmbj;k!dM?EA
z>tFx_7{EZ)8HnkZ##T=O{=w?iEQcBM55`y7ezg65lrD6^00uBnPX^*UWttKAtS6u9
zs;(Ho00!DKkY+cIpOyNyuP<HbvY`x&hmY*|FJ0faPp+4*u=sqyFaPM?QXayyulhyU
z>5rf7*Xtgg&i~Ec=Y-4u>xokL9<EE_qkO|(e7f`;iqA_N>(62=<~AO6AI{nLv00bm
zJEaH;P=Ep>3h)n(Xc6;D4;z~vMn^hg00S7P9s@D`GUc(@s~&r5re+wx00zd6fs}i6
z%-pK({V;$2B@AEy0~jdFKuo_hwt5Qi4_2>cIn0=UFuuz6uw%D}r6nyffB_7o&p>>q
zOfv#&>9eLrYJ>p{U|{SRNV6Nq&k7S`#{?~D+04Lr_{hf6KRE2|D|~p(^X~Qf#IM{~
z+Os!&&*J-=cRMZ2x&N`Kdk@d;^WVLFOy;oP5toE(9$#E)4#RU<|ND5<ef@j*dBfJ4
z_)aN;0u-RYhywhBBU;3~(z`aSchQf27{CAqs>?u3zf5^72CK`U+Nm7|Fo1y#XCUPs
z9W%GGo(pmOIvBtJ1~5={24ec9vDH&xr=4~RJMOsSM*pgwa%Mc93h)oct84GN;d@sa
z(hvg}z(92vi0_nXMqsWw%&C=HVE_Xd*l-5Y?8fo4!or5LKtmd~V_-adWaHr<EIvo@
zhmS4l%R^Uu?qIVAa6@13`qs~ds~%a{*S&`|{_2gt9@9De^U0S--G6u<oxYDp-8<dO
z`{mZ2_)aN;0u-RYhywhBBU;3~(zD9-EV|JR0~o+S^%;oimno0MV)a>6Lp8(z1~5>b
zfs}i6%-pK({V;$2B@AEy0~jdFKuo_hmI4%@z*s22KNzo~J!|<rEA4290SsWEdJM#O
z$}}UeS3UOBOwBNW0SuI9AkA(ZKPwEBXMlFJ>&C!%_{he?KUjDGKRf$BdwS?DfB1>8
z<LgfvQ}14J@BRPhH+tTCSm&!AeKP#T|8vTi&!O-n4&P%#zmG@VH*`+oTi2@iPAP%{
z6rjL}0{nv`TEx84i&}dTJ?Mb}3}7H124ebU%40E`53_2m))>G521YZGa*vLgTUpPA
zIDQ=rU;qOcs5%2N{nA(pP=Eqsp#cA2yo&asqxYgTp$P^sfPwll5Z@`&jKFAp8C6@g
z#Q+8{Fq(lhyK(%i)OK`jX+o2+U|>9aWX=A;|Mwrx4JV&}Q~3JN9|+%j@bRI~5WMDz
z#o?OA7l$i;w;+7|KOYDOA3vuruiZZXd{IyT+!3c<+4EY*oqb)HbN~FIITZ8w_I;0r
zLqC0a&$tV2eX!^Ki<<PB!=G(`LMSvU^eD6_{D$XT^ULs;|NZo?b0|Isv6yeFbsvj)
zxyH!47T+mFP=Epy7*T+Ka72rkSNhOMAEE^<Fn|FJ<i$Wtzf5^7Zu8<+z11577{EX)
z11b0Dn7LKm`(gh4OBlca1~5>TftY@2ECnb)fw544e=uG}`_R^XC_U(b0SsWE-VDTd
z$}}TzT5nF(SA8*n0SvS<kY+cIpOw0{)|DRg7%K+G!#{Z1CAWl6&-!V&{J);)+v`^N
z2#e48>-JUn=ep(n!^akd*T3Q9uGcv0in}^q<Ag8Y&^30i{m$zcJ3O!N|Irg!_yfD;
z@x>qB)Al;WXD7b#FaLMf*nj(e=lKuMp`Y*LQTKlCYfS%ZSA3@wK>-R-U_=4_!4WND
zUg=Z)_bFP@3IiCxK)o1<>6a;w#bv#?R8RH900uA+$3V(GI%aNVJs0BmbufSd3}B$@
z48-(HV<|uZ3XFvU{Dbi-+NZ|tQ|U!73}65Q)n*{RQ>Gb#!)kM=e(Hw-3}7IRfi$~u
z{H)YHuI}`rSHBFT<Rkm&r@q_OJNM?l`fOX@-Egk6?|8Ut{9o^RX4m+u=PwFx_=`_>
zy~bq^%<p=QQ~u*;UE}}Z;0wCOpK;k8UE}{|?{m7w4{OoudrEchHP>9v$9GB*byi?-
za4^iDKR;Z5{q^De^Un{boN`Jy@x&81=&R0p$t?u_!EzMj+H>S>?|=aeU;qQ<I%j%O
zSjI92Fn|FJ<jg>Now?kMs_y+TfBq#5U;qOcD9b>(&MArl6rezP1^5T!waa<WDR;kf
z!2kv@kRJo_oifb`?B>U=nyWbmFpx6?X?ElIS>;?qxm&}=lYx|cWS^b=pIyCke>?3f
zUA=QNzjIsH_@ifD-8H_@`JX<1N!M!>bL>`+J>GkE*Z418dvDkHAIy8QYkcv!hB2S(
z*lDgQ)xFakbALa+Q;Mjg0<XOCN;vDRv%-`qQ^LT&z?gp3Q7<`-D8N5BqD9QB+<TAw
z?K?1l0Sx5JKuo_(c`SzWWmxUi9s?M_z*8x==%~4s^<0SK*TDb=Fo1!oGZ57<4W<AE
zC@=;J@DIj|Xz%Iw4;a7z1~8Bl1M!_Q&4`?8CRb||1~7mD45ZnO<7b6sEMs7N7)Z%S
zcE|~Hx_ak6_3uCK>b)!cfrY=W)7R;j-qJO`U~I-2*K~|8uDkbvvpQbmin)L28e7C)
z@w){b<A)i4_uqf1>vhh$;;x?87`|4g?<v*2(;RbuKfY6nsG9<J-+g!3eDlr6)HB%Z
zL9Clz@@Z9of3Q`Let*in_sD;I{=H3Cx?%tWRbZgsUYYv1Drjwv)&vY-00S5pF9uTY
z)BVn`>fR6Y=U>7A1~7nuvJCXwD~+Q71t>693h)ocD>+{KIoI{O0t{dP0~kn=f%s0D
zW<-kGnv?(LF@OOKU|_r$NV6Nq&uYB%ab5rI<<3AVKC;<&JRJUP`x83)=8ALQd+_nD
zzPZCr`F_Xv!n=3+CAV~qFIYIHhkx+(Z#X$z^Tgt|*ZKO-ALx4jH~ht?+s3WW;Nk!K
zimul=;?yhqy3YF7ZT>lxx;M|s>(=!+zEg^*lLB++&K)=3;IN0VPI}2@v;zEtqc!R0
z9lfZv7tw<r7{CAq@?oH#K3Rn^n9YY-wN`5kU;qQ78K^?9?q`l=Js0BmbufSd3}B$@
z4D{0{jiCSqC@_`^@DIkTX)ii@FG>@dU;qOcs4oNYoifb`jMkS?wN+aTU;qQ78A!7m
z$InV_N7t4nG#Lv9HkOa<n#UK1%m3?%@b&+EARPMX%e(sJ3h&>iXZ^INXYT0FcmMps
z;<E*NX}16W{6^2YbovazQ!n~?*Vy;`{g->*znEXI>-@j}aBg4M>6Yups(ZINIoG<T
z#dk^(bx~m5x^-cP9d;PyAKZE8ox|y;pB}Eh`s#4kU3Z21?z=Di`q#fM{Z$ve<k4OM
z{=xRT^m<n>YVAezpa%vpfPs7%=+z^uavrn!Fss&TjR6c`U^D|&>DRsHS#|G+`SUMf
z00S7nKv@QQ^+@NdufS7JJry?gSM^nt!B{H5KNzp3z3Aw@C{1XB0SsWEz6`{7$}}S|
zT3<%hR&6nW0St_0AkA(ZKP$BzU0a&aWGon%2p`$kes+J@;m=QMd=-Ace!sTg;lyxS
zAD<goXz}^)-rn`PyZ_C<b@km9p2nTt_?fQPDCYgmdmm|goug-V_b>j_$1iOgw|*VJ
z_=8_`ox_{|>a%@aXZ`Co|2z?OZ@!<`@#|H5rxZ~a1#Y|TwifT;8{Y7S@SETKrY`Bp
zV}camA1o)deih%ZXht&(U;qR4V4z&*OfL$L_25w*)e!?2z(6?$((BCSW>nU5A&y@M
z0~o*n2CB|Lxy~u7N(xMxG^yno;K0DZg#TP6z07s|72qF?*Vulw+<ujAbi)7!Fi=ef
z;yY!U5%{Ynf9j@g7{CAq$}x~;H;$i``j@Le-RRbffr;>uo&VF{cJ;%x^Ahf~^Jl_Q
zpZmekXB76zVfg&TcmA&Deg6IGdpdgWKJy<x>lt6nwa91qp3UDsbmXO7<3D!NWo_e{
zuTi}I>W#nddYxhph1YTYxR{?OqV6&CF?RG?72hdE)J1_~k3F{WtZ>_Hw++jdEvrjv
z@|Zvc_y^00tsjl<M>L@c1~7nuJQyg~In#^6YaYC+vpQn{0~lz}Kzg0I+>EO3{V;$2
zB@AEy0~jdFK)KE-s!9s*4_2vKdCZl6Fuu<AqwV*jbfF6d{(tuF2H4W7JoEmkrh3YP
z!qTG3Dg>Ib#h@@C4kVTk5@wtr!F)#z$$$}}zQ(Z~gcl?Pq8KDm(I83$1p+Fdf;I?o
z&=`4%7!*kq<-2LRwdEu7AvQh3*iH9(-Dl?P)7_l?aj*UCz1MoqkE&CB`s{T-=U&(S
zf1Ycv(_S77V4$50#GSIt3VgPcPjfX_3}65Q3o}rr8^^mc--YK(7rKnfz$9{HIr+g(
z7Vl#>d@q!dTe;?e^pcmJ-Zy*K`F)1}?>YaYn@jA}eEPeq)1coSxOK+y?5l5Cu&-bH
z{d4<%?@k_an0a;fz4iB7=<_S@T{qOVdVRl1%)Qt5_VwYOTXCmU(G~^v+i$;aesJZ=
zm2KIUeN0#Z`N2HFdDL(oMJGC800S6k9|L*LSzZ-3+sCGvnkfb_fPvu|D9@SmI?Byl
zsFT;h00uCCf!Z0!b52z?DIh;s)3g>xukwTOIXj~ce@3MhtuTNA4Ajp++$qbfz+(L@
znxPqD00S5po`EvmINp_+4?lBS(JI2gBywaq`N6r&+^_ul2h*ju-aB+wZrI-;ICuS=
zKi_xN%?tMPtFQi0-`w9@|8nJmb=%MD<6pm{?{zvofA+2)40WyTuRZtoNz8rjd-*f(
znG|<Q6>U*q#~pX<<_Dj6;)%9w%RVNofc#*d;5;kOv*<=Q3}65Q^)ry?oaI$vv3?fK
z&<rtv0Sx3bP@XgAbyR!yL;vzi7{CAqFp$eYo^z_INdfu6nx?fldX*oH&)JzZ|IA7|
z+F<|#7^shdxKox{fxY_JGcz;800uCS&p?@O9PbJP`3%sGcKsNbM2>8f{9q?5xBDI^
zq>p^%yF=yWR^I<W`lVkzYheB^CpS1(^ZqY<bHQFZS;x6G3;j84e(-{Sy1nmpI@kW}
zoog5Dq2H{xer*zS-}?LcJpLStJEe-YD6sR+J9qPgTefUz%eL%e!V1U_<_XTP;(kRl
znqdF~7-$CrdCpm06&~BcqdA%*1~7nuJO;{h=Ddz_GZ*UQbufSd3}B#k2J)O!RZR+P
z+O#Q+`(xwAjp@c4Z%ljdy?6KD8)s%_x}VpimtM!Ofc#)wW9QYp^D5owh5-y<piTzj
zPFZFJ{_5n<+{_IF7{EXt17*5#yesq1n?K#?Hi&^q<j6+N4|ei$yYF#g`sBZ^8Y(l_
zS+{(zcMi<pEtK&a=4+k(ETrpy`P~oq{hn|Bi>nr_+x}XA`?c@&y-ugcEAL%5)U~$1
z_T1kmG55Le<<Gq5P~0h1v_*jf4?M8@Z+K5X{d8NlWgin(Kz=Y!aGsUtS#+Zt1~7nu
z`WeV`&ho0TSU-zqXoeWT00#0ID9@SmI;uVUp?~=$3}65Q7|3NH&pB05U|xaMt5>I2
zzxvhPe`nk}H`w|7dCz;^{9>O`;O7d+55_TYX3amd(vEf*zyJp7V<7I7WmaIXKK9Ja
z%rJlf4CFIVrW?n*!azO)w4+@=2BwiCTe;?e^!fYNrB8o%bvpa%Thi~n@xp<5xlU&8
z*N-}H=*--ux89rfJLug*U3dG;;C=`8ue<OYcP`k+@4fM&zTfYd6E0h@Zu|M1^QC|3
zd!0_do!_&#eO=`5)0lgtKWiV18>NcYC~(qACw2c_@8O3ZZq2@IWU>m#59aC3f4pzT
z00uCCfyK%|o^zI0wOHq8-=19<zyJm?&|#o0|K(;b)XD2$00S7nK<x~)#mntu@(Mik
z&_n6yqmS<X`{MSw!JT*BIbCweC9}W#aPr;xjwLG~KNz2m^SARi1~7mD3@j!F;!as+
z#bTP7y?RDr00S7nK$&hF?+VLU#=v+OC?!XB$+z!KFWLXJfw{R)fA_wjb8}x<{iAgJ
z+1Jhf?!xUef(!lq*M9%p)am23Z~42veSGH5wF~yp`Tc?mU3czloqXXi9KY|XoBLkp
zMKAfYp{~>KdzCWxemySs*Wym8qAd!1>s#OI{`=nLmtWqNZP~|!6_6jy6MV6IkNuD5
z{We|ciUADNz(AgJmRD7S)_U|zzyJm?fPrx_P@XgAbyR!yL;vzi7{CAqFp$eYo^z^N
z%nJPECqGGVfBW0J|E{=wZgA<+rRkh=&Po6KfB)~rER((WQ9ypMk2pPE8rONwb^WXW
z0~o*n21;b0haFb;<r1~klY1Tm7{CAq#>GH&M%|;~ap~i_?!Cp%KuI~W&hPb`%i8t&
z^Id;;LpVFv`CW(a|H3!ZF(+P@4*m7B)1EIlY4-cP;Dslr|NPtMq_@213+dxuzoUEI
zm%Q}!o_%y`JHJ11A#P4R{~vnRb@tQw-V4=j|Fu8+STonz{<>TLy`;Hs-IvejpUFM!
z(3cm10$a9hNqg<J*X+ObEnBuMZQQtV5$xI)n^r)6Fi%lFH19*SpaljnfPuxuK%R4!
zSB2Zf#jSapHwG|(fo&Nm&zbW&%FSG;lh?rj1~7nu+8M}mPF0Ihfejlrq<6pj-D$~^
zB|Wo)?|Rp}QfHn2D9}#<`N4kbEc}{t=(gujde8#{7{EZg8Ccj2>-#EB+s&!@nlA=0
zfPrlpsL!bv?$}(nohv=)(G&xv<;V{D<@ff@;Jxv*D~HP9<?3_A?Q8me|KB+J{GQ+c
z+%JEpZ|%Qdep1ict^0k$$yfBfPUrQl*XMj*+T3&Y(Ds^z-OyJTivr*O{`b58-uL>~
zzdm&`h5n;JL;?B1h+6Y&+wLv)=L~@X3}65Qy%?Bx!@57~wLf3SJ_ay=0Sqh#2I_Y4
z`R;4ae&}C*2?H3w00wdyn0G^;QD9*OI=@G-^ZNw<-M{;H-G4{i{&x<pSg|5K{`lhy
zU%*!>u$=<(gWCx*#9tS~+0q{U3<U!izyJp37#PADt5`C(AAe#S0~o*n1{MPYRhaV-
zO)iF6*`sIDG#Dr?NA^3%eWGu6?zMmVcOz%#`ssY~N3QSt{ZGH}YdydJXYX9wx3=>;
z2tV`lHT}MS=e0u)|3KgCoO$_81FtdYdz3c!LH#bq*N3o1OIohL<(FUH{kOj(k32Fx
z{P4pq-?8mAset@oo|=o%Z|vC_1Ophr00ue?wB<iM;~4`OzyJmoGXrh$^W4mZI(Z!o
zU;qOcsGWhfc)5KvufV2Fo6;qhT#|O)dFSrG9d4f+{G&hmqx9f|?fDr`^D4UHLJG(a
zE~HBTuPx>?r@i}`3kEQNfyKu_e^;#MRqQT4cFo+(F@S-^%s@R3-M`btJVSf;3>zl{
zrRB(e=~vI{o1Ock|Ng0wvva-lyz<_4X|EUmS>Ny9`Tc~w>N{Wm#b4>){|B!AR^R%o
zR;}y%{W}@N%fEkr-)r>iZ|=3y=04Y#Kj)u!{aw+kZC7B!h7IY-C!b6o{_uyl`FFsh
zjyft`cinYq)v8tLCqMbg?3&KnoR79^xY+k6KbS`VADZ_eTF?Rm7{I{dVj#~s%d5ie
z;^Nl4%^L$4z`(W)l;_NO9o3%w(7*f=1~7mD4CFG9=bWnAtia~Yo72jbE7S9y_q=WX
zy>RR7;1Ne0kyfu>-DVl=ZHx-Y55~oH4&C+~N)LKq00S6kHv@5}EVBZq?dH^c%@+e0
zz`(W)l<CItuFQ4Yxzd9kO)*eXj_mJlxo2Q@?)bB>8#z1IOS|8H(?xy1|8Ktjf`Q+A
z(C;t&jbqO5dyT*R^w<0L@QPQyuWx;?y>0*XlIFgBZ~p#&o^NrdRM92{mM&e|^WOot
z{x`u<K5vs=_VP>x<OiRr$uM8xLEd9y00S7nz+z=!7@w?R&0?LOeS3Cc00S7nK!<_0
z{Fj@#P$#d00SsUO1GO{I7B9Dt(G}RTWlQS(JJ0gv%X|KN;VWM8igep;w~hYITwzfw
zAU_x%zw@{AHwG|(0SqiA2I5XxX2oKfnZ0^OVE_Xdz(AR99PbLtSjND37-%|2cH|%a
zZTjo0Zcd%w<rkURWw)(P`yKS|zS+6X@80{+wcj3i-S_?c`=5ILKcvsy{eyvPJ3V%K
zea-)K@xbr>iJR^ic)cs`STpcCXJ38Gg4gNPzUU?WfB)fMe)^vltc_^hS=;p7qu<~9
z!S{3ADOI#d0r|l;O>;VXksr*{oj(osCmPWR0~o+SI~mAx&ho18*-k#q)m$-v0SpYs
zKzYub*HP`+5B<w8VE_Xdz(6hodCsY-Z3^6S%Pr}E0}kk!8{B7~ebP6+@r|}^+kU2`
zfc#)wc<0mM&Zl&u69zDVfp#zucgiv=@YoI>&Cwh&fB_5)$3U5G9Pi4!hnqK@=oDq3
z=^WYadz{$K&mI1nkEC~=_my<sKi-x;{oU2+^Y{Izn|)h({{!i>cdkw6ef75V`jakC
zyX}5Lx2}^DT<D{7?X9oTYp<tY^tEpNZy)=K^xi9ON|${5-gMQf`AlQy^9#Rm=WLGd
zg}-o0cl|=&xAV0>_-~hXd++sq=f2+APp|8AzTVmEN#|alI(flP&FAl1m;UCuThqQT
z`-{GHFWLXJ)X{D3`;78u({mrC7qtsNx8hEzqD>0O54LHV)7gvsV4m(gX<<*I3tcdP
z0SvUCfjs9duL`T}XVr|&7y}r<KyL=hbLPB`ax)j|<aIEB0SsWEb_VjCQ&n3OxZ{pH
z(y#o=uk_3fE?c%Nefi5@PMzOP=syZHrGWfkTuEor-e*$U&;|n-z(D&Lh&yGO71(Sa
zn`UaJ7{CAqdNWX_8^^mc<K8o-4Q)nYpy?dh*7?C+8M^21_Kv<exn6Z|{mYd@W#_ie
z5B9oN<m>w$@E6-;4+rVp`MrnB_j+g69{ct6!7mQ}-HU^In|r<KxzAnKpUpjw;!dfe
zO$sbuzC3mQ9dMi<ZPLqLo~eNR;4?KD<|}-xIUl1XEir%r4AjNIFg{ts8r;>zoq3rT
z1~7nuW*Ml#tB2{a_UwoL<(Dvk0SsUumw{n?(wg=uuy*a*^jp96TRn4wyX>+{`rPL}
zmo{(S+`i4*(bN@?AB>N{IkwqzEIsLo0SsWEYzE>^S!M;!%I3^`%m)J)z(BJMl<CIt
zu5i&T7xbj(90N_~$cD)e_RGlidhI_ReCANUd$6;wCi8<Yc;U(E(p&ExDz`YNY3I)m
zUHk1u^Mil%-#-=ZVe5Xj|GeqBZ-0G%AN?5<cS;o$pa2Et6_6jC*CO&6{~F!DXh=g0
zU;qPkG7$00lGoy|PX5fz+%SLv3^c<)$sQf)EjM$aPF@EC7{CAqYG)wgm)6#=z{3we
zoZj$;H}uR6?zGcR=@Xy$MB2D<WBr@8gJKnsAB>O2`L&tzD;?>G0SsWE4hG^*S!M;^
z>fp_s%n1V+z(6w$l<CItuJF(d4|JsC_6#(gBO6D4@TI?WM!MqmHACm;n#vEpc)!!K
zvV(IPpMK%j8p#m;<}v4|mG?g|^#13*f4@JQo_oLV<+Z%$PTVO~P=Epym{&l4a9)eZ
zXFMy<v*<=Q3}65Q^)nFh%aYe(v3?fK&<rtv0Sx3bP_joydaFJAp?~=$3}65Q7|3NH
z;+NLetH2XaJdsW~;e?*K!5wzkA${NjA4pF<^;Er^)Oj@u$PdOx<;<FYW~CkNFn|FJ
z)W<;FDa)+DUVZGDnVDe#0~p9>piDQ8cZGp`253jSehf67BWpT8_y_;((sbp$>q6PN
zCh~)w%--kj{z2&bE~N9>SKpHMe8EZCIl?!cer4m?!A_q|&wZi2``T#Fp14!0pa2CZ
zFt338;Jg-*&v@5p-bFw9VE_XdsF#6=UzWTUgY`0Kc4mhG3}9e%21@qmNN>5B3w823
z7{CAqFi<-K5x=yyP6gik-uI>@OP2J^4xW1IscHTC^>uDe*HtPYKNugIv+L+*R~pg~
z0~o+SJq*O1vdjw1)x(@wnH2^wfPv8&DASGOU14E#7HCMrg&1f$N7h7saQ8h<NPlwb
z=dyqI-xpT@DE;N9|0(_Qt3D9U?H&G_kEHYd@wSn3gIjC;**n*!KR)S-^!(l4F?2tN
z{l<sV1^;w=qkU}MQ`2+b`r1Bk=2;VWN);5K00rh1kRP1aBJvpzYsSOqNJk7{00Z?g
z5b?{B*J7_e_RP%8Fn|FJG{->69v$he_UwoL<(Dvk0SsUumw||1T3e?AOP4NPFgy5`
zx4b1i`skx|Zc5ixD<D4@AD=U9b7xpu(h>t0z(Dy7#GSIt3apjSni-i91~7nu<`^i`
zjpJQmqB$mLNz1JnXgWuB)v9&r!f)J}-gni_>G%&^m;P|YCsQYr_wxVr*XhOkotBpG
z_0H7E7<RIB|9<&N=|3KPW;)_^A5F)ca9KL-6aSbl{O3Cx{e63v-L^Wt=TrZbjydtN
z^vd7)aC*s0Pw#&Jm+XI9I`r4iPOm@d^4YxM6}PV$TVAiD`IYzlF#Xl%{&}{SgMaP)
zX|EUm*=(M0*`6oP>hQaNa$!2<Z@-eAo7{S?gFbJ1?t{Lc*W=HfxKpa200k&8uYmmE
zycUtq_*LAmXht&(U;qQ{U?Ad`C9lO}J9solbHo4!Fp$SU$sQf)EjM$aPF@EC7{CAq
zYG)wgm)6#)z(V=K<;$0+6)RRu?4wTQbUiKw<Ok!*I<MxPSLsGK3}65Qbutil$}%hP
zS0{hwW^Ne300#0HDASGOU73I0{OLxwK@7-|Elx(vz5Kbyol*q_C_sUE1>^_kwTOH+
z=zWvd%lA(+G9wIN00VgpMEtVkwdS8Uf4b2P0~o+SI~XY0qa(f5p8e3j{1OH*fB_8T
zG7#}gYwJ{Cq5R;?%*=wnlW<&LuTwc)k4pjh!ML){&+Rxro1-~m00S5pj)AySmRVum
z!_Avcbix1zFwhPL%5>v+S9oj(kLFn39OcN$o5>{Z6LT+r?s2D7u~-$@ym@o#eE5$7
zTPq+xxV0L?e?AEh_C3n?U^6l!3}9d}GBCVbmc4Q@&d#1avoL@G3}9f6fwEnC`0jEu
z7wY77Fn|FJV4!vehIdOVYgIsgu-3`7w{Q8u_-yCSU;cC!#{dQ}fPuxpK-?+ItXK@Q
zvPaJ(3}65Q7?@+AOgD~qHMbvsVjBa^G9X9Rte&;-Y3}9EJ?@k$7J~v0J@inz<dRF$
zamO8(4mjX|v}DPW?*Aug=kxvd-#;CD?6K+Mi!V+OKKS5bki;H)C?G%BLzn?yuEodo
zS-y{(kr`nC1GO<Qz#^-8xi;PP>sf&T3}65QO)^l8VGn4u_UwoL<(Dvk0SsUumw^Em
z>E#wEAV1iGA+~G_@`Le#HhG3~Ek6^$00uCCfzla>J7t*_rR%Ie&jJi!00S6kl7TYa
zINnv0nz)vG3<L8FyzQ)O(yqH6pAP!v_a?f`>(X{D<Oj>2b=)acv{ivETehSdZ@e+>
zyYIf;tl-Sd%ut_qYHq&y=C(>>UwssiAM7JepO@P1|MpkD|C^B+VE_ZuVxW&bR`t@f
z^z(h)yBNR#1~5<p167%JpJsD27wY77Fn|FJV4!ve`q-nFTB5+Y=boF+Ip>_IezZhN
z+h|Au`N6o5C7k{A;AapRzyJm?FewJ&PFZHfr1bKA+?yD{00uBn0t02balES%wA6!p
zx{VC{;;)=Fn;-0C2-~<nds_Iul^<MKmy&piJEe*?D)8i!Po^V}JaVY4V82Y^;fEid
z)~{dRMv3gHhXV40J%kzX<&u0rFXel+8JQ6VFwiCj23TY@FSltX_Tm|X0SsUO15pO5
zG3)`2)}H;)zx)ygFn|FJ<T5b8BE3uj3Q(YN1>^_gl19&I);rr{00S7nK+O!qowCe|
znrEPQ&kzh?00S6^GEk-)$GeK|+j{p328LsxlN+4-pxJPmwLz!1p1E>%?g#(c`{hR0
zmO1yhQ>tj20#7{gL|V3N*~r<!xm@9{yY8AEd+f2c$z(r06p$b6A<Td;x54A>p-f*l
z7jwY?21;jOfJIjGa_Ktj&$9pn7{CAq#>qf6hCQIs+{}eKc^wR300S7Poq+)s>17H~
zfC7yxAU_zFbev~8*Y-053}65Q7$}W_xKox{QJSv$aj#<l0~o--I2kC@jpJR7QzO@Q
z4=!c~-geeC@`Huu$HvL!AD?{1?A#B3%}3-13!Q)5DOI#dflZq>rTzBXZ^7)~A%`52
z&OP_sbi)ldq`U6AE3I3%ZuaBuyYHU;+DAY7(RA2hhb>sU_uhM_jT<+%Nh*8kp@95g
z4`Bv;d7R$s+RhvpzyJm?P%;ApEV7!HOV(I#o&gxZ00uBHZU(9`>;a9|p8e3j{1OH*
zfB_8TGBCg*y-WcLP@r)I<Ok!Dj{98a`hIqR0SsUO10^vKcgiv=O43v>?r{uY00S5p
zHv?t5alET>>*V_G#l_0N2fz63*&NyPpZ|_@`S<UaB`Y*b)-<30`M1xRo%?@1{!?aN
z=*;6zsiI8^oPGA$&&dCsdg`g^(MKO0dYg|w{&+g$j5D5bowLq5Yv^lOSg!)|gL$)S
z+HYOY83O|tzyJnnVIa>r%d4tIZ+&_;U;qOcz`!^dD9@SmI?BylsFT;h00uCCf!Z0!
zb52zhpa2E(6_6i{Yd4OwoNM|S0R}LD0SuJNK-?+ItSD7qeYy8BfB_6(U>ppT>BjM{
z#-WXCy5}(PV7l_&b?F5!Jb5-tcJfEAmnADSOV%W-pZd;yY4<%&n4S3<pS;n`3!Qn~
zDOI#ZfuH^CXKCrurQO`$&O7g%?z!il?Cq^tvnD<FxzFuhZ^@D+>8Yol%D$e$Iuwu}
z%$rk_e(PG!8W_L;1~5<)19{F_UR6z+>(w&?0~o*n2AXD|JZH}9sP^oK{^gf2fB_6(
zAeVtW=Tt=j3Q!<l0r|nWc1@q-T+h!2Fn|FJV4!3M;!as+MadfL%`*T47{CAqnr5I(
zH;#AJv@WjaUc<mV1Hbpi3um)r`~Tv*(^ae1$&(eDCu@q?V@|kicHY0R&#C5J@T}ub
zsiG|kTz~!b-K^it%*;sH!8uLVu3eitxxvo$Iv>|vcir4e{%olN@`HJUZOUt1Xa0RA
zEogxO3}B!R2J)P<yehoa!J9dm69zDVf$=a<o-^lll$*IwC$ED63}65QwKI_CoT?~5
z0Se?RAU_z_&Utn`=UKYa6$2Q+K$#50owCdde3i+UxtI$EFo1#aFi@r&$GgJEc=(_z
zT{{eX;-)*gzmM(@S9~(9T=ReoVZphwQSRIKU3GJM{%-G>%@4lqtZU4<;5o;gQbk)7
zIOUX6x;ej7Pd&A<ZJl}MnceH2bka$UUDt)mR6u?(Z!V*FtXl7@F@OOKV4!9O@|?50
zs+wn@ch3+EU;qOc7?pwYoH?(f+Or?}mtVpF1~7nuTn6%-Qxyd$K!JP(<Ok#0je2fV
z@9d8O3}65QH8Bu($}%fz(p;~e5g5P#1~4!x17*5#ysJ@lQ14#CKz|0_`j;zbGiAH(
zdVD(O#LLp>@B5K#S;5(|9G>5M#ZBo2FFbj6&aZgo`^>oT`No}6MOzej#VcOX&H1ff
zy}Ge&ty{OQd)<Q$I;gShx=@)4$PebtCC6XY^nZ^@ANpVb0~n}-fjs9duL^H<@Mcct
zgaHg-U_1<z=gfH><z_C_$?ISM0~o+S?F{5Orz#3ifCBjn$PdP~bDkZ~d6uqp#Q+8{
zP$mO$r!2DqUuE)TF6M#(3}9e943z1{@viVO9zN(w*Et4O-v2=Qy*FOe%@B6-WoLc%
z8>#d4xi$W*lb4Tw{f_keZ@xG^|M~yt_YUrN;JeeM|FX(l<p<+ttYRVxJm)#j>E`@4
zZQ9h>_uRaBbN9MC?X**4*L9&X6_6jyn~V24b-vdzH*>=P1~4!>19{F_UKJKbXMu(^
z!~g~`P%i`JIdfh|wP!!{FTaEV3}65QxeVkvrz#3ifCBjn$PdP~b7rph%xrdMhXD*=
zAkIMCDa))d`}pi>Ml%dx00Z?hP^KHlyTV|-44Pd%v+HC9k3Hox>G`|;pPX6ecM<-=
zKBuO`U;B~tx<9=n{o#sF`lvvILk|DIY!39GL*JVYJmk!7CbTopLx273^vQpf9jxKG
z6n9D$ZBbyy9e3>J{I+b_(&)BkW@cuuy~7SWG<sbZD^CIW!MvH&;17DN=e@OAnH2^w
zP!j`r&RJenO`7Y~GXet`zyJoCW}rN0&g&>QbD>UN2Ll+u00wGjAkR5fQGfyz$X7sq
zFs@zG=Q!8%vjGfX00S5(nSr=dmRV7<#(MJ%zyJm?fPtnNDASGOT{W$X>$%r3(3^q3
z`TJYbfBD@HZ<9OgWY2umtHJ)ict$$;qhI#>Bn$tYgIhnB;!dfeEeh<p=bqjC;1f?g
z(b%>&Y}nAf?ryv7*4TAjs7wXq2lM8#^>f(gz27U+hBg?$00!E}K%R4!SB1^?v1z7e
ziUAB@V0Z?~bLPB`YR`V?Uw#P#7{CAqav8{TPE{1300r_DkROa|=Zrf18I@MF!T<&^
zP(K54r!2Dqi}kZ;hGvKX3}9e*2Fi5fcvogV{LE=ZtEL$EyIbx_C!KqJI_AX7(r>@v
z<LS5l_yQjlXt3Xb@1D(izWhJ^b$Z)hU6Vd^-K}Zmng>!-T)56;o-uK!RM8d%jz0S6
zZqDzkU;S!h+q&tdo4VIM>Zqd{yRHkBset@o-duRxWIT?}bjAP%Fi;)?dCpm06}HM_
z%S_A!0~o--<QOQ=ne#fz&0MIH*TDb=Fo1#D8OU=^RTQ8A1@aY;AB=0~j61nAF0E;e
z0SsVZ`V7RKvdjuBO`jz*Far!=00Wa_piDQ8cZHeBF+*!wV*mpfm_7q>r&Q4v1wQt%
zk9Bi?`|Pt%+Pr!5$Xna8WlK8fpo6;CJ@?#mN4};Dl&ygLVBUQA-}L>@49oxn7{I`E
z7|3(Z@~ZGN9e(IecMM<v17$E!o-^llRD1SA|ME*1zyJm?kjp@xbE={M1t^fOfc#)w
zJLlgr&cEhh4j8}y1}4Km+$qbfz{_NKp);K^fB_7Y!9baA9PbKGW$<JU=70eVU|=!~
z#GO(_TNGHkc5OH3H#0MnR;*Yt^43l{<&<r%xq9{Lk+10jWh)>*m^U9DHyMwkGo3Mj
z0SuJKK%R4!SB0(e*fJ9{!2kv@FgXUwbLPB`ax)j|<aIEB0SsWEb_VjCQxyd$K!JP(
z<Ok#0Ipa?5j7w`;V*mpfm_7q>r!2DqOVek`49oxn7{I{f7%0<?<6U89a?H@0))>G5
z2ByzI+$mMGNr8h8K6snF-%&>$mDaCcAKv1I4I9#N#~ruLwGKS+!0>ex)Te;_VBXC5
z-}L>@49oxn7{I`E7|3(Z@~ZGN9e(IecMM<v17$E!o-^llRD1SA|ME*1zyJm?kjp@x
zbE={M1t^fOfc#)wJLlgr&cEhh4j8}y1}4Km+$qbfz{_NKp);K^fB_7Y!9baA9PbKG
zW$<JU=70eVU|=!~#GO(_n-o~JYSlKGzs~O=T(V?II^l#9()Ygiy|i)T#-7{Vv}sei
z{r1~a=XVb7u)_||xXxX7-PN<!3++)relTyAJZ>@`M`t=?00S5(kAXbrEUyY%<*{WZ
zW`Y3>U|@0#l;_NO9pz>&)XD2$00S7nK<y0VIj1TLP=EsY3dj$}wR6Uu+!>eFw8j7i
zFfe@v;!as+1(v4Ik{Or*1~7nu$uUr-8^^oC%;cD%HLWp#0Sru^fw)tuXqy6;UV7;>
zvVWZ%;oQgWyYHS}^{Q8;qmMp19dpbv>4+naNXwQj>%Km>ZtFiUxZr}e$z(r06p$b6
zA<Td;^S|l)pBb0|1~7nu=`b+BBCB~BKhxod?sUfh1~5<t1JxMzfJST2e&}C*2?H3w
z00wdy7+{fJrT_&f(6|EfgK<fnf6F-knu9rD00S793<GheEVBYHli`KVbjAP%Fi-{q
zWx8>^D?F9KlR20J1~7nu$uJOiN)>HX;Npuf?wbePIvY6X^YhO?zl{>vQx65?2YU!J
z;LAL2G9E`~I%5C>7$}c{0Tx-!%h)Q9Ei*9_3}65QlVhM7!yeFRZstOrybcC1fB_8D
z&cFbR^fCn~K!L^;kROao>Wn+NGcK)ZjR6c`VEPQiowCddEKQ#!GcW@TU;qP?W1vho
zj(3Hb$uUD~T4MkM7??f-ai>(#Rs~kAT9pnx^w8`a;lT$VobJB+?zYNfUp*9%AM7E_
zfG_jE>HD7<m;nYbfPv{SFu)?Kc^N;`;fL;Y#{dQ}PzD3l81{fhYtMe@Uw#P#7{CAq
zav2z4kzS?%1t`$C0`h}#Nu7VoIRBc1IbZ+-7?=zLai=V^0xy%{h0b)w00uBn1_Ncf
zal9)$mBEuam;(kdfPu*{5O+!yZCBvdTW?KofBW0hPCM;1FiY53vtq@HbjvNbv|Sea
z>!E=BU=Lvie3{2h#^dNrXAEEf1LZL=z#^-88C&JCWhQ2V0SsVZatu^s*aI5P&0MIH
z*TDb=Fo1#D85m%ZUZwyADA2e9@`G_nopC33#-%l_F@OOKOrL?cQ<hnQrRlR|24;W(
z3}9e#43z1{@vbm4Ic8{0YYboj1Jh?9?vyGPivpWBZ%&Uq@<_Vvw%gLR*It{hxZ;X*
z*=3idFMjchvtRr1kAIvxYy7vk6_6jyn?L`XzW<ql8DIbd7?=(NdCpm06@I3}58dgG
z0SsWE3<k<`=Ddz-&wl7%ehC8@zyJnv8OU=^RTQ8A1@aY;AB=0~{9DHP*Bs0N0~o--
zWEhA$WtkOtnG7#<rZWaGfPpd?DASGOUE!$=p3K1<Fn|FJOooBDQ>vf<1t>7Dfc)UR
z7Lm_*++;kC&UD5A1~5<_0};P0c`dfeW6Mm;1Ophrz~mSx*`p)9<z_C_$?ISM0~o+S
z?F>Zx(pm~ofC5b@AU_ya(HVDgXIxs-8Uq->!1Ni2J7t*_SeiadW?%*wzyJm&$3U5G
z9PbJ<lVgU~w8j7iFfe@v;!df80u-RYyaMur^IAkc<A2llKQk}`3}65Q(_tXumnE;o
z&vf{qJKZsW0SuJEK*=5*>8<wchyLZ4Fn|FJU?7))h+kSu0SZu{2?gW_<0?A;mT~?y
z2Xnvx1~4!g2I5XxW(8g*!wa41i~$T_pbQ4ebmMqecq)S@b1(-CU;qP?VIc05Dkwk!
z3d}1YKRB;N<TD;O8IPkgoiTs`43x(}#4k%;i>>n5G7~ew00uBHIR;Ah=tyt5nG1FD
zIvBtJ1~5=N0};QpmI4%@Kobhc55`q=#+}?5m)5k#00uBHeFoxAS!M;6rq7ZYm;nYb
zfPu*|P^KHlyTZ)mn4vYTF@OOKOrL?cQ>vf<1t>7Dfc)UR7Lm{R-}L>@49oxn7{I`E
z7>M{~$!qa59e(IecMM<v17$E!vPVaHt3CUnfB7X0U;qOc$Ymhnm)25%0u*RM0r|nW
ziq5}foPW*1958?Z3`~ZBxKox{ftShfLT5T-00S5(gMl*LINlYW%HYWy%mD)!z`$e}
zh&!bU3Q&Lo^9slh&TA3*jK@vJ<LFFh3}65Q<uMTP%aYe(t30;M#7r=N0Sruzfs#Es
z(pzrkLY=%01~7mD4Ajm*#4oL-00k(}gaYz|aTT3$CwIoBHLWp#0Sru^fw)taS%IbL
zvt$NlfB_6(U~&wU>BjM{Ff%!3XiaMjU;qQtXCUsBDr!;S2S4~hTDx}bHXqyfzR;TO
zYexP1_TSUr+ogc~VBS3W-}L>@49oxn7{I`E7|3(Z@~ZGN9e(IecMM<v17$E!o-^ll
zRD1SA|ME*1zyJm?kjp@xbE={M1t^fOfc#)wJLlgr&cEhh4j8}y1}4Km+$qbfz{_NK
zp);K^fB_7Y!9baA9PbKGW$<JU=70eVU|=!~#GO(_Eeb4Mx-`wq%xv?qeeVmc*}i7f
zzi<CN{k>fZ$PebtlgCZQ<LFFh3}65Q<uQ=woaI$vt30;M#7r=N0Sruzf%2R=ucO?|
zg*tg13}65Q7^t0rJm*wJ0SZtcUjg~SxOUFClRM+mn${S=00ySdK-?+ItiaOrSuz7N
zzyJm?FgXUwbmMqen3)_iw5Bx%Fo1#SGZ1%56}2d^P&RP;-WOUkYF=>r`t84`zqd;P
z`N6z-^1tc(pBb0|1~7nu=`fJzoaI&FXFB}Qo$eUG00zonpgd>J>!|kZhyLZ4Fn|FJ
zU?7))Jm*wJ0SZtcUjg~SxOUFJWt@M_!5lDv0Srurfw)taS%H_y@Iq%gV*mpfD1(7A
z-8kMAp330K9Lxa&7{I_}7>GNiidqy{C>ywa?+dNjKL0oB-?#ss{@yMH<OlQS$>S#D
zadf6L1~7nu@)*c-&ho0TRUTVrVkQ{C00t(<KzYub*HLcfLY=%01~7mD4Ajm*o^z_A
z00k(JuYmkuTsvpn$(?a&O=}Eb00Yx!Anuf9R$yuRESZ5BU;qOcm>dITx^cWK%uJ3M
zTGJW>7{I{v8HhWjidqzS-RoYLI{y~4^~d(TFSKUs^-X-f{rB|ub}1k~m^V-UH+}yz
z12ez?1~4!k2J)P<yej-mhabAr9RnD^Kp6~_=gfH>)t>#(zx)ygFn|FJ<T8-woT?~5
z0Se?R(D^s#t^Yr34?g(d{EID;O6T7)&cEhh4j8}y1}4KmTkIV#li`KVbjAP%Fi-{q
z{JV@fxF5^`0~o*n1|kf!#lP)?0u-2z0`h}-x<{VV*79`>U;qOcXcGf@&RJenn`UA!
zo-r7}00uA+WuQD~&g&>QbD>UN2Ll+u00wGjAkR5fQGfyz$X7sqFs@znoMyeVJq9p<
z0Swg4K-?+Itf+YgdiM;$00uCCfhYrIx^cX#=)SFYuV4TJ7{EZy48)yM1qCQTfq4bw
z2j{hjd{(n>=-vAs3}65Q7#M|th+mexb`%ZNx`!};0SsWEb_PoJ=tyt1XFv2Wzk~q{
zU;qQT3`G3WS_)8r0!=6&KNwfB_H(2D{p<q+7{CAqA`HZxvdoIeo~?C{U;qOcz(DN`
zl<CItu4<oy{yj@DfB_6(Ai_Z0DOFH_0u-26Kz?vui^yk@=d`ta9RnD^00!E`K*TRg
zUfZUb*o$Wj1~7mD3`7|y*`p)9<z_C_$?ISM0~o+S?F>Zx(pm~ofC5b@AU_yaF?vq3
z-q{`l7{CAqYGxqrlx0@bJOjOZhF|~#7{EZ3fim4V-c@wp*1K0QfB_6(pk@Z*PN{+d
z6rjMo0`i0NT0}mp**Em=eGdjOfB_7Q!a&3?OI|yQ25Q|y7{CAqFi<-KC3|$Fx7xEG
z`j=nA00uCCfm{Y6erYWQC_sTG6p$Z`t62NFQU8ASfdLF)00R*Q;!as+MP$#`x<@d8
z0SsWEb_U9H<9JuK&q4p5B^bZ}1~3p|AnueZC_n)U%qt*2IIl(Iv&eJWTE30}3}65Q
zZDJtemnE-l(@gBeGX?_~zyJoK43zBAk=}AM7wY77Fn|FJV4!veB7SKt1t>s)CKQk#
zjH?(ur&;f8j{yu|00T8M5O>NlD{7vB-aSJwfB_6(Aj&|QZXE9_x^L^<D;U541~5=F
z197KR(Iy2hx#W^`(M1={el)qSab35`9$l*$1>^_wbgbDo^zMBR1~7mD42;4+o^zI0
zHHrpm-9s3_00uBnI|Jo8b6!WaXFv2Wzk~q{U;qQT4CFbdDhg150{IHa55~2t{oJU3
zKl{J{1~7nu2m^7aEVClAXKURf7{CAqFi<-KWx8>^tJ>$Ff6o#OU;qOch%gX$N)>HV
zVCmAOX=Y|-_M^#tjqAEi_UKy8C?G$Wr(@(fZ7pBN00uCCfi^La=bYtLwP_~y;u(Vh
z3}65QQ3lF$=Ddz_GZ*UQbufSd3}B#k2J)O!6$L0jfqVtz2jkjB&uP{>+hYI&7{EZy
z48)zX%!-<4pm)y@3}65Q7>F`ZrW?n*itgKb_X-9ufB_8D%s|{JRkTTgapnBRb=@{;
z-<G||59Up>X5Y}e_dOWE00uBH3Ilo0SzgsB8mM&-VE_Xdz(DN`l;_NO9o3%w(7*f=
z1~7mD4CFG9=bWl2KmiKmD<D4@*RJ++qyGKu0|OYq00trq#GSItipZX=b&p^G0~o+S
z?F^LZ#__IdpM(BAOE7=|3}7I_K-?)+v`K++<^0BV-8O08mc7Ui=1ns4oVJ#)V*mpf
zz(AWA$aBu}s@gOYd-06H00uCCfhYszIdfh|xtR-f@;Vs600uBnI|F&nsfq#=pg_I?
z@`G{hqUSX0o$WDz0SsWEW(ML;S!PAeGtj$d2nH~K0SrVLDASGOT}Ah8y?X@%7{CAq
zYGxqrlq%Y!z_@aLJM6GSnwgoI{b-Y3_VP>x<OiRr$uM83**Em=eGdjOfB_7Q!oV;-
zS;Lx9G*Igv!T<&^fPvZ>sKKj;>9O|ghyLZ4Fn|FJU?7))VSLgW3Q&LoO)4Ni7+16Q
zbEE$K>;nTBzyJm!48)zX%!<gKt#yxJ00S7nK<x~a>BjM{YM+DtJxefv0SsUu!a&?9
zRkTTgapVWLY}wMy4nFHy&uWug_OgHi@`DSAGQ^i6&uMG<ItDO+0SvT>fgx<NiY0BD
ziM@EnU;qOcz(ACND$II_CUY|v>g07WfB_6(pmqj^ut`fOKmiIgs(}1pT+Zk@&3b2h
z3}65Q7^s<nxKox{QS%J+?iqps3}65QQ3lF%<9JumeOvEd!2kv@fPtDBh&!c<HYqTU
z{NUq{Ki<s`?z7K6ZIa7g7EnNbZ~;+<_)^Wjp?B|lFn|FJU|<vmhOo&hmW-l-TK5nJ
zFn|FJ)XqQ^W<5lcwP!!{FTaEV3}65QxeN?pla^3`0u*Re0r|nWoVA}D_3vjN7{CAq
zFc4uN?v!O#MD}d0djta*zyJnnXP`_sj(1i29Q5y5f&mO*00R*Q;!dfeO$v-7KY0H6
z=XdjiuX)XD+9a2~ETDk=-~yry@ukRf+FHJj0SsUO18rhp2%D^8Nt<S3FP<?NzyJm?
z5M`hWvmT<!+{}eKc^wR300S7Poq-{2(h>?#fC7ywAU_zFGkQ+5-q{`l7{CAqYGxqr
zlx0@bJOjOZhF|~#7{EZ3fim4V-c@wp*1K0QfB_6(pk@Z*PN||c1s;C*;neG6haGn4
zX8j&~@WGzzdewKn-l@CqzWdS*H{6ik_O`cmuQxL@lP<jQ!rJ80Z%_gG!JuIOcX`de
zp?B|lFn|FJU|<vm@|?50s!=ph>mI@Y1~7nu+8HR%ne#fTJ^P`5`6Ucs00S7vWgyQv
zRZ)Nf6v$UVelV_G?dL}Q``HHuFn|FJL>P!WWtkO`JzMJ@!2kv@fPvZ>DASGOUDZAZ
z{d<;R00S7nK!ky~Q>v&<fvtbXU?<Zz$&XI9(0}b#Kz=Z9zLDp&wR{}|7{CAq+QdMf
zbCy@trkU7_XAA}~fB_6d87R-0^E%4ST&R=R!2kv@fPvZ>$a79r6rcbF@)eLDjB6J?
zr&;f8j{yu|00T8M5O>NlD{7vB-aSJwfB_6(Aj&|QZXE9_x^L^<D;U541~5=F197KR
zQJVtO$`7tsv7$Dq^qZl8{9uM?KQF1-H}vj(4+b!R0St`7K%R4!S2c<TYTZK^zyJm?
zP&)(VIdfh|wP!!{FTaEV3}65QxeVkvrz#3ifCBjn$PdP~tNq-le?R-c00uCCfd~U}
zr!2D~vS(}EBN)H{1~5=N17*5#ysO&hpnuO23}65Q7>F<scS;qtDKL%v;OVEIo}PaC
z>Dr{yZ-xT$gBhazyd?6RwwAAB00S7nK${rIbI$Ur+B6e;@r=O$1~7nuC<Em=b6!We
znG1FDIvBtJ1~5=N19{G=iUJg%K)wR<gK_Pm=QQh`?J<A>3}B#U2I5XxW<||2(7R^{
z1~7mD3`7|y(~aX@MfYvJdj$g+zyJnnW+3jADr!^Uu)_{Zha7Uqf*&(8GimPQ;DZld
za80k;xvzJw|Jv8SHl23bY3aJ_u1i1t=}&8uNWUW}AU~KVUd_Itckg>JfB_6(U=#-O
zoU^>DQ8ZBN9>M?yFo1#D87R-0^E#?M`=NjNB@AEy0~p9<AkR5fQGfyz$X7sqFs@zg
z=SKbe*#`zNfB_6d7>GM%nH7;eTk9Ud00uCCf!Y};(~aX@)jkLPdzN4T0~o+Sgn_tI
zs%Vn}TmNptHtow^CZ~Y>V4l{I=d`ta9RnD^00!E`K%R4!SJkGO*o$Wj1~7mD3`7|y
z&zbW&%FSG;lh?rj1~7nu+8M}mPE{1300r_DkROa|7d@w0?`)3&3}65QH8T)*$}%fz
zo`K#yLok2=3}7J2K$&hF?<%@)>)k6DzyJm?P%{H@r&Q4<1>^_YG|lPkMSd_(_nLh}
z@80)d00S7nz$gslIcIrQqiCSkJ%j-aU;qQPGf<v0=XF$j_Cx>jOBlca1~8DzK%R4|
zq5uUbkgtIJU|hS}&yD)`vkwel00S6^Fc5djGAkl`w$?p@0SsUO1GO_yrW?n*s(lXn
z_bkBx1~7nu2m^7aRM92{Uj6D<r&qn|RkI&$+LygdP67GBJgp<oX>0j91~7mD477=X
zJm)O0s!cPo7ta_BU;qOch%!)~Gv{@bo4HUYuY&;$U;qQPGmz(;swhAK3gjywKN#08
zdQP+6*&YKJzyJnnW+3jAWmeQY1HF5OU;qOcz(ACNGTk`dRdnChyH_xP0SsWEW(ML;
zse%F&puoHW@`LkQL_Vw8H}vj(4+b!R0St`7K*TRgUOS2gYTZK^zyJm?P&)%9dvv6?
z+Or?}mtVpF1~7nuTm~Y3X)OgPK!GL{kRObzSo^tA|9<v?0SsUO0}%$|PFZF}WY5;R
zM=*c^3}B#k2Fi5fcvrR0LI0j57{CAqFc4uN?vyIpqQG_6U6-!8=9+Z%)mNt*Z@jTB
z+p>=dD<D6ZCwSyJZ7pBN00uCCfi^La=bYtLwP_~y;u(Vh3}65QQ3lF$=Ddz_GZ*UQ
zbufSd3}B#k2J)O!6$L0jfqVtz2jkjB&uP{>+hYI&7{EZy48)zX%!-<4pm)y@3}65Q
z7>F`ZrW?n*itgKb_X-9ufB_8D%s|{JRkTHcrAwElnVFf{k87{Jwk_MTj|nRvKbR+Y
z&Ay>`?|U$S0SsVZ6bAB~v%IQNG*Igv!T<&^fPvZ>D9@SmI;uVUp?~=$3}65Q7|3NH
z&pB05fC3cAS3rI+u3hctM*aKQ2L>>J0SrVKh&yGO6_Gt#>mI=X1~7nu+8HR*jpJR_
zJ_r4KmS6w_7{EY;fw)tuXo~_{=LgrXU*DE(*~f$xkRQwwJo22jmak&~0~o+Sn;6J*
z&ho0-G!uLAjKKf~Fo1z51LZk$UPrl^3w8237{CAqFi<-KdCsYd0u-P?z5?=taqXh#
zH0z!1F@OOKV4!9O;!as+Ma?tNyJrXnFn|FJL>Va4jpJQK_iep<1p^qs00wGiAnueZ
z+M>WNyX?~a{exS!Y-!83>|??T$PeZTUbAoL-TNL4U;qOc7=?j6=Pa*k6b;n6hcJKv
z3}B#k2Fi2hypC$me&}C*2?H3w00wdy$a79r6rcbF@)eLDjB8i>xl#Xq_JIKmU;qOV
z2I5XxW<_Mr*1AV9fB_6(pmqkzbmMqewa-ESo+TK-00uA+VIc05D%zsJ%U}NTZhr9T
zr=M=iw(MiV3dj%U2_AV)Tg%rmfB_6(piK<qIcIrQZJLR_c*bA=0~o+Sl!5Y`Ij^JK
z%!N969SmRq0~n~Cfjs9_MF9#>AYTFb!MJwObDH(e_87nb1~5=F197J;v!do1=-o2}
z0~o*n2BHj<>BjM{qWiYqy@CM@U;qO(GZ1%56>U-Aq?1nS<_8~q@WHlh%RVNofc#*d
z;5GY(-o5X^00uCCfl(O9bI$UrM$tg6dk6y<zyJnnXP`W1&g-c5?1%p4moR_<3}7Ia
zfjs9_MF9#>AYTFb!MJv{pBwe>XCD~A00uA+VIc05WmZJ?Y^{3)0~o*n25M)ZOgD~q
zRr?(D?^%KY3}65Q5eDK;siG|keEsWR@8$<Dz4X$yY|B0-tbqJrp5T$^w6%O40~o*n
z2HM0xo^zI0)ux%)i)Rc5Fn|FJL>Va0ne#fz&0MIH*TDb=Fo1#D8OU=^RTQ8A1@aY;
zAB<}kJ*QdkY>xp9U;qO(GZ1&mGAnAHf!;ksFn|FJU?9psnQk2KD!Om$-76Tt00uBn
zGXrs_RM8d%o__l2w978L%w`Cm_q^w&r=EJMEnBmX2`V5zm?w74zM*&TdoX|j3}9ds
z2J)P<ysA+&Q0pGT00uCCf!Y};&zbW&sy+LmfB7X0U;qOc$YmhUIaN`B0u;zsKz=Z;
zUG3*a{rlMm1~7mD3`7`+J7t*_kv&`M9>D+xFo1#D87R|@<6YH02mO1NU;qOcz(9n7
zxKpZVlLA|3zkc&Ke=~J5h5n;JM1idtnwgoI&7*$jJKu?1Vo|P*Jg2SY>lnZQ1~AYj
z2HIl$ZJLR_c*bA=0~o+Sl!3PRd2Z%HoxBbPFn|FJ)XqR#yxcx0K!JJ`kROcCDtb<{
z-q{`l7{CAqYGxqrlx0@bJOjOZhF|~#7{EZ3fim4V-c@wp*1K0QfB_6(pk@Z*PN|}8
z3jFn7|MhI<tCRhD*~?y*zW@F2w{45|Ge!mE2lK?O**Em=eGdjOfB_7Q!a$yLmRB{3
z25Q|y7{CAqFi<-K<vDX+N3~}^^e?}J0SsUO1Gx<3Ij1TLP=EsY3dj$}wX6NysDD5E
zzyJm?fPn}Dai=V^BC=;|-6I&l00uBnI|F69alEVA=b(Sj5)5Df0~m-f5O+!yZBk&v
zh7IY-C!b7bo_S_BL)gg?9&o?`>6~-UNw?f`OZwptf0%yy)1S_+>#UD{v`H^}d8PvL
zgU{4tn6E^h)7J8J3}65Q7-$m%!}w$kYuYpud-06H00uCCfhYqtc=a$n=4LL`$?ISM
z0~o+S?F<a#lh#mx0u*Rc0r|nWn$dHb_0IMfzyJm?P%{H@r!2Fg<{9YSGXw(|zyJoK
z43z1{@vfr#w%)yh0SsUO12r=ccS;p)Qef%QrQ75NJK4deKiZ_1y*yI^`N3yuGR#+M
z_6@yz--7`RU;qQ7Fffcy*05$24b-}aFn|FJV4!veYVhh|daOPBp?~=$3}65Q7|3N{
z7@xF;0u-P?lM2WW#?`F-+^By)`@jGOFo1yw197J;vm&x*YuzIlzyJm?P&)%<x^cX#
z+UKBu&k_t^00S6^Fc5c26>U;Ley~l`oX%e42lI4~Jg2SY>lnZQ1~AYj2J)P<ys9?M
z#9lmOFn|FJU?9psdCr{IQEui!oxBbPFn|FJ)XqSjbE={M1t^fOfc#)wyXZO1dS`nK
zU;qOcsF{JdQ<hm#^9=Ov8G-=}U;qPA2Fi5fcvsPVTkl@M00uCCftneJJEe*?DIh=C
zrfE)RFY<$Vy4UO*diTBu0~o*n21a2Z&pFGh8bt%O?ja0d00S7Poq_V4Ij^JIvmg4G
zU%~(eFo1zv2J)O!6$L0jfqVtz2jkk+es0vipM78e0~o+Sgn_tImRS+mv$gIK3}65Q
z7^t0rGTk`dRqb=ozh?;sFn|FJL>P!WrHVEwuzdOQv~1b3v3|5kFMD~W0`h~;)MS{i
zM4r>u@^uVg00S6k69dEeWDRTDG!uLAjKKf~Fo1z512uT{Fg@mGF4W2EU;qOcz(DN`
z4C9m5P=EpyXi@?B!MK{ybDH(e_87nb1~5=F197J;v!do1=-o2}0~o*n2BHj<>BjM{
zqWiYqy@CM@U;qO(GZ1%56%?QV1?ClyADq`B@>$Kkp?B|lFn|FJU|<vmB7Rx&+EFx6
z>mI@Y1~7nu+8HR>qa(f5p8e3j{1OH*fB_8TG7#}gYbihh3N)dB{9s(g+Ru&p_p=WS
zU;qOch%gX$$}%e=d$!g+f&mO*00Xr%P^KHlyQ+N-`u8ls00uCCfd~U}r&K`!3Q%BP
z0r|msEh3*qp3~Oybqrtt0~lx%0};P0d2O3!VlSRC7{CAqFc4*+WRH&YmYcayC$ED6
z3}65QwKEX$OKT}W0SYvsfc#)w#ppTBdS`nKU;qOcsF{JdQ<hm#^9=Ov8G-=}U;qPA
z2Fi5fcvsPVTkl@M00uCCftneJJEaN=P=EsS3dj%6YZ3XZX5Y}e_dOWE00uBH3Ih?p
zEP3rH8mM&-VE_Xdz(DN`l<d)w-fGW&=wE&b0~o*n267pQ_@%WJpa2D$P(Xe#u43)y
zM*aKQ2L>>J0SrVKh&yGO6_Gt#>mI=X1~7nu+8HR*jpJR_J_r4KmS6w_7{EY;fw)tu
zpa2CZFt338;Jg-*&mzxhYxz0`Fn|FJw26U;UzWVKO*63<&ln6~00S6^GElNdM|#W6
zT&R=R!2kv@fPvZ>i1?+o6rcbFnovM~Fs@?soMyeVJq9p<0Swg4K-?+Itf+YgdiM;$
z00uCCfhYrIx^cX#=)SFYuV4TJ7{EZy48)yM1qCQTfq4bw2j{hjd{(n>=-vAs3}65Q
z7#M|th+mexb`%ZNx`!};0SsWEb_PoJ=tyt1XFv2Wzk~q{U;qQT3`G3WS_)8r0!=6&
zKNwfB_H(2D{p<q+7{CAqA`HZxvdoIeo~?C{U;qOcz(DN`l<CItu4<oy{yj@DfB_6(
zAi_Z0DOFH_0u-26Kz?vui^yk@=d`ta9RnD^00!E`K*TRgUfZUb*o$Wj1~7mD3`7|y
z*`p)9<z_C_$?ISM0~o+S?F>Zx(pm~ofC5b@AU_yaF?vq3-q{`l7{CAqYGxqrlx0@b
zJOjOZhF|~#7{EZ3fim4V-c@wp*1K0QfB_6(pk@Z*PN`zCDzJI;=G6J{9|g8nKz?v*
zHHQDZX5Y}e_dOWE00uBH3IoHtW!Wo7(Lk+x2m=_v00wGjplp{OzPsA9ANrSH!T<&^
zfPq{FhIdOVDL?@VG^2q0U|h%A&yD)`vkwel00S6^Fc5djGAkl`w$?p@0SsUO1GO_y
zrW?n*s(lXn_bkBx1~7nu2m^7aRIwNoc<7;r(j}K%l8!s>xOBh)2c#uSmZX`Pnc0ud
z=lk!!e>(QqW7EYKUz{F%@WI6(i9PmEKz^`?Fay3Ec}`o)*D-(r3}B#53=FWyYF=*B
zOzg!o1_Kzt00yEARAbl!8qLjIsFT;h00uCCf!Y}uV3A&?00k(}xB~KnaY>`+H0z!1
zF@OOKV4!9O;!as+Ma?tNyJrXnFn|FJL>Va4jpJQK_iep<1p^qs00wGiAnueZ+N!{o
zEnCu!H{O``-FM$^R&XveIOxw#&CNI8+*WDqtB(TmgMGy5^HR;ep?B|lFn|FJU|<vm
z`q*PtFO8ysTK5nJFn|FJ)XqRvrroF6+Or?}mtVpF1~7nuTn75sqn9W^0Sb&o0r|nW
zthJvT_3vjN7{CAqFc4uN?v!O#MD}d0djta*zyJnnXP`_sj(1i29Q5y5f&mO*00R*Q
z;!dfejS4*Z<df;hBaaN{2Di@@9)9@YY5n^3ZIsBKdMF@2*h82BUyeMdt>x<&zyJm?
z&?W{3SY$OXw`nH!;u(Vh3}65QQ3k3p>;aADW-ipp>tFx_7{Ea73=FVHFH?X56lh!l
z`N6oP(Q}&h&h{9<00uBnGXrs_EVH8K8R*?J1Ophr00yEAl<CItuA=+4-o1hW3}65Q
zH8T)*N)>HW;E5-mNXwQj8#y~TmnGbF*Im<Nk3H5lne3;B0`h}Bgc<PVntem>-uGYt
z0~o--C=3j+$ZB35MFX|&Aq-#u0~n~CfocqUK%=#1KlCrZgaHg-00X%U46sNqQ-A^#
zXj}pL!MLQgpBwe>XCD~A00uA+VIc05WmZJ?Y^{3)0~o*n25M)ZOgD~qRr?(D?^%KY
z3}65Q5eDK;siI8^Y}&Lb?YG~43uXroIpmOZ?z!it8*aEE-F4SpY2CVYvmbZgefR9w
zKKjv*ro#?9Y{A;S_ue~g+_<q#QrSxn1>^^N2s7Zzk>|9vd>sQAzyJo?#J~WHtmfr5
z&BR_jV=#aL3}7J2KsAOvpwZmSg*tg13}65Q7^t0r0T$_H3Q&LojVmBO7?(79PP5+G
z9s?M_00wGiAnuf9R@6KLy?cgW00S7nK$L+p-8kM=bl=vyS1^D93}B#U2I5YsqD=~%
zefHVU$p4*s>Z$3`M;{$}n~y*Kcsk>ZGoEpsv(7qe=xbP5uLAOed9$n8H}vj(4+b!R
z0St`7K%R4!S2c<TYTZK^zyJm?P&)(VIdfh|wP!!{FTaEV3}65QxeVkvrz#3ifCBjn
z$PdP~tNq-le?R-c00uCCfd~U}r!2D~vS(}EBN)H{1~5=N17*5#ysO&hpnuO23}65Q
z7>F<scS;p)QQ&7k`&nALbZIyDxAV?Br+e<XCwqHq)~rd-eeQF+*ITk=NqXw3r?Ri7
zunq;}2lM6>c}`o)*D-(r3}B#54CFayc~xziiM@EnU;qOcz(ACN@|-!Zquk7eI(Z!o
zU;qOcsGWg4=Tt=j3Q!<l0r|nWcF}X1_0IMfzyJm?P%{H@r!2Fg<{9YSGXw(|zyJoK
z43z1{@vfr#w%)yh0SsUO12r=ccS;p)QQ-RPukU94W@cta$_~zHvUcs-)X5EYuGjgv
z?z-#dUh-#46_6jy8*I(Kp?B|lFn|FJU|<vm@|?50s!=ph>mI@Y1~7nu+8HR%ne#fT
zJ^P`5`6Ucs00S7vWgyQvRZ)Nf6v$UVelV_G?dL}Q``HHuFn|FJL>P!WWtkO`JzMJ@
z!2kv@fPvZ>DASGOUDZAZ{d<;R00S7nK!ky~Q>ti-0;imEN;l_s>ZzwTwyiVIJhOY<
zlTJFRvFo}}nF`1c=FKJYoVJ#)V*mpfz(AWA$aBu}s@gOYd-06H00uCCfhYszIdfh|
zxtR-f@;Vs600uBnI|F&nsfq#=pg_I?@`G{hqUSX0o$WDz0SsWEW(ML;S!PAeGtj$d
z2nH~K0SrVLDASGOT}Ah8y?X@%7{CAqYGxqrlq%Yyz$;$yif+zt_3G7)ZEM}Sb=~V8
zbkISKUDt)mR6u?(Z!R_ahTgsJ!2kv@fPqmM$aBu}sz%X3t$PRq7{CAqYG<H4XU^-W
z_UwoL<(Dvk0SsUumw`OzR7C*_P#|9c`N6n$wVxaH?`IzvzyJm?5Mdzhlx0>#_H3<t
z1Ophr00wGjpiDQ8cUAiw^zT`M0SsUO0}%$|PN||T3OwgI&*|p;Hf`F}*tRxr-rT+J
zPCM<?*mYf~Oa<fz^X3wHPFu^@F@OOKV4zJ5<T+<~Rc)Gyy?Dl800S7nK$L;<oH?(f
z+{}eKc^wR300S7Poq;^(R7C*_P#|9c`N6n$(Q}&h&h{9<00uBnGXrs_EVH8K8R*?J
z1Ophr00yEAl<CItuA=+4-o1hW3}65QH8T)*N)>HUV8<PI?B@KoY}wN2wq|B#X0N@&
z4m&h@T^B1)0r|nanbhnXdiTBu0~o*n21a2Z&pFGh8bt%O?ja0d00S7Poq_V4Ij^JI
zvmg4GU%~(eFo1zv2J)O!6$L0jfqVtz2jkk+es0vipM78e0~o+Sgn_tImRS+mv$gIK
z3}65Q7^t0rGTk`dRqb=ozh?;sFn|FJL>P!WrHZyFu;-q8cJqTzJn=+h+uE>UL-)G7
z?Y3KE*L9&X6_6jyn@i+5Z7pBN00uCCfi^La=bYtLwP_~y;u(Vh3}65QQ3lF$=Ddz_
zGZ*UQbufSd3}B#k2J)O!6$L0jfqVtz2jkjB&uP{>+hYI&7{EZy48)zX%!-<4pm)y@
z3}65Q7>F`ZrW?n*itgKb_X-9ufB_8D%s|{JRkTHcqmMqioAdkXSHIfWwr;xVrtWo*
zI_jv#uIoZ&Dj+|YH<y}yL+{@AU;qOcz`!UB<T+<~RikL2);)v)3}65QwKGtjGv{?w
zd-g;B@=F-N00uCS%RruUs-ge|D3Gs!{9s(W+Ru&p_p=WSU;qOch%gX$$}%e=d$!g+
zf&mO*00Xr%P^KHlyQ+N-`u8ls00uCCfd~U}r&Q4v1wQt%k9Bi?`|Pt%+Pr!5$Xna8
zWlK8fpo6;CJ@?#mN4};Dl&ygLVBUNp&uMG<ItDO+0SvT>fjs9duc}Qmu@}!63}65Q
z7>F`Zo-^lll$*IwC$ED63}65QwKI_CoT?~50Se?RAU_z_E_zP0-q{`l7{CAqYGxqr
zlx0@bJOjOZhF|~#7{EZ3fim4V-c@wp*1K0QfB_6(pk@Z*PN||T3ankbwwv>tnVCr|
zR;(C#Yp0xY$~M<ry?XV?*K~oh6_6jyn@`QYp?B|lFn|FJU|<vm@|?50s!=ph>mI@Y
z1~7nu+8HR%ne#fTJ^P`5`6Ucs00S7vWgyQvRZ)Nf6v$UVelV_G?dL}Q``HHuFn|FJ
zL>P!WWtkO`JzMJ@!2kv@fPvZ>DASGOUDZAZ{d<;R00S7nK!ky~Q>ti_0tX*_@HTnB
zqmDW%tzW-Byu}S0Hl*W@J8qk69eCh@;p-@<PXYPCyqQIw)7J8J3}65Q7-$m%dCpm0
zRhwpFFP<?NzyJm?5M`h|XU^*=H*=v*UIzmhzyJnnXCTixRZ)Nf6v$UVelV_G^qgkB
zvpohdfB_8D%s|{J%dDt*2731l!2kv@fPp9jWx8>^tLVP1cduXo0~o+S%?!kyQbn5-
zShZ@^HkrT9?;%{WWJx;VgcH*DzW2SfapT6G+ugKjQ@Z{3+f(Ov4(_nS4$rvGU3cBp
zv(^jkQ9yn$Z<aOthTgsJ!2kv@fPqmM$aBu}sz%X3t$PRq7{CAqYG<H4XU^-W_UwoL
z<(Dvk0SsUumw`OzR7C*_P#|9c`N6n$wVxaH?`IzvzyJm?5Mdzhlx0>#_H3<t1Ophr
z00wGjpiDQ8cUAiw^zT`M0SsUO0}%$|PN|}83S4^WrO(Lzb#jDrAG`0qdwSKYUX_kM
z`sj4bF~_7MjyNJMTehtG`rNv$|GeOW3)&`={q#^kez1oy1HK%2PFu^@F@OOKV4zJ5
z46w**UT)J&?8P$%0~o*n2BHj9W7q>4&COh>lh?rj1~7nu+8G#NkzS?%1t`$C0`h}#
zNu%d9>z(Z}fB_6(pk@Z*PFZF}%`?!uX9xx`fB_6d87R|@<6TAfZM}O10~o*n25M#?
z?vyIpsKCV+U)(njxOFyg(C6o$e|{S!vZo#j$Pe}qX26$g_6@yz--7`RU;qQ7FfhO(
zt9f}84b-}aFn|FJV4!vesxj;Vjn<z1(7*f=1~7mD4CFE}z#_d&0SZu{aRuZD<C4~X
zZq&b@eP93s7{EY;fw)taSrOT@weArNU;qOcsGWf_-8kM=?Q_t-X9)%{fB_6d7>GNi
zinc1SYSpTA=%I&Z=Lioz_~3N+-FLTD9{cK{fc#(&VFr9T@|?DouVVlM7{EZA7#LuY
z)x6xMnb?bG3<fZO0SrVLsK&4dG@6^aP$#d00SsUO1GO_Sz#_d&0SZu{aRuZD<B~?t
zY1TX2V*mpfz(CCm#GSItikfGjch3+EU;qOch%!*78^^nf?%R6z3I;HM0Swg4K-?)+
zv|WK)Z@o3W{q1j0JMFa7z${^B&59K((k-{#(so(wuZIHigFS>9@a39)L+{@AU;qOc
zz`!UB46w**ULHjQweBGdU;qOcsGWgo40}MMwP!!{FTaEV3}65QxeN@jNH0@>0u*Rm
z0r|nWq_v+L_3vjN7{CAqFc4uN?v!O#MD}d0djta*zyJnnXP`_sj(1i29Q5y5f&mO*
z00R*Q;!dezu_&;4^XBx(BafupZo4gAd+oL9iYu;2mtA&Q`r;SAIQz99|M<tLv&Mgm
zTLJmOy!l6-)7J8J3}65Q7-$m%dCpm0RhwpFFP<?NzyJm?5M`h|XU^*=H*=v*UIzmh
zzyJnnXCTixRZ)Nf6v$UVelV_G^qgkBvpohdfB_8D%s|{J%dDt*2731l!2kv@fPp9j
zWx8>^tLVP1cduXo0~o+S%?!kyQUwJlK!JG$<Ok=qh<sMFZ|L3o9t>ar0~i>Efrww0
zymk}~)VhZ-fB_6(pmqjI_UK4&wP!!{FTaEV3}65QxeP@7(pm~ofC5b@AU_yavG#ML
z{{8F&0~o*n1|kf^owCe|$eyirk6-`;7{Ea743z1{@vds0gZ@2BFn|FJU?9Rk+$mL1
zfC3blS3rJnUW>?Qk>|9vd>sQAzyJo?#6ZL^OJ3Winb?bG3<fZO0SrVLDA}VUz2#;u
z)XD2$00S7nK<x}f{L)$qP=EqWC?G!=S221{v)<Vr0~o*n25M#??v!O#)I0;ddxl^D
z0~o+Slz}qcINnus-`2ZVFn|FJV4!9O;!df80u-RYyaMur^IAkctJyd7?tKpiFn|FJ
zjKV;~FH2rKiUw-kLm0pS1~5=N10{QOq_^6$ANrSH!T<&^fPq{FB7SKt1t>s)CKQk#
zjH_7txl#Xq_JIKmU;qOV2I5XxW<_Mr*1AV9fB_6(pmqkzbmMqewa-ESo+TK-00uA+
zVIc05Dkwk!3d}1YKRB;N<g>_g+FHJj0SsUO18rg;;+G|_ZPQHb#WMy27{CAqq70Pm
z(UIPAGZ*UQbufSd3}B#k1|oiGEd?k*fhH7?AB?LQJ*QdkY>xp9U;qO(GZ1&mGAnAH
zf!;ksFn|FJU?9psnQk2KD!Om$-76Tt00uBnGXrs_RIwNp*s^6y+PHD!>__Kw|50F0
z0r|l>C1QWp>>GObz6S#szyJnDVIbz1<*pt@1GVlU3}65Q7^t0raveI>S?$>m{mU<5
z00S7nKrRC@$F!OP6rjN93dj$}HLU&IsDD5EzyJm?fPn}Dai=V^BC=;|-6I&l00uBn
zI|F69alEVA=b(Sj5)5Df0~m-f5O+!yZC9X^4_v!;Z94z_^V4fz``WbEUVEjPnVD@q
zmM>qPUh|sQr1Q=@FWrCt{Yj><?Ns#MpZs8NZTh_uc}`o)*D-(r3}B#54D|EInqF(u
zOzg!o1_Kzt00yEA)a2Rydd<yTsFT;h00uCCf!Z19=Z{{a00k&84h7@~<Elo_Y1TX2
zV*mpfz(CCm#GSItikfGjch3+EU;qOch%!*78^^nf?%R6z3I;HM0Swg4K-?)+v{ivl
z2JkCi`AX_!1Gmo$4*L6^d+wRO^rbJ!5w;bMKKqg%>?2N}mumJ6y?ft-0SsUO1EVm|
z#~!PCX%r3Ax`!};0SsWEb_S|4?LN)cp8e3j{1OH*fB_8TGSJ5!y+i>DP+%+y$PdP4
zt^M4n|M<^7R<3y<eez#drT2f~o9Xxd<ihmM^S+!uaP_x*457i_Tz6}_@Edogj)vHa
zvqv+UmB2vUDa))VK}$Wjr!jy53}9eV43z1{@vbJNm+#}=!~g~`fPoSih&!c<HY)J&
z!w;vIz3gS-+~D@P!u|H!FFo+U18tPZo_Z)CKiET<0befR`L74>Lok2=3}9dy3=FWy
zYF?g(cD|>376TZ-00v57pc=y-&}eSvLY=%01~7mD4AjoR0E_f81t>s)#ubnsj7wU|
z`A;9?|5?Pv-?}>;bHZh5zXRW$cHQ-OA0ue6{6+6fzkTc{(g(lzZ8^fV<7e0NfyPZT
z5O>NlE1J~AwcKMEzyJm?P&xx;x^cX#(skCKX8{H<fB_6N$w1sGRkTfkRjXE|9e3Pu
z<m}*Fmhf56dRDsYuDjYMll}BiKz^`?Fay5a<a6A$yf4521~7nuniv>hk=49hljeH$
zjKBZ}Fo1!k8K}mv2Q*rH_Cx>jOBlca1~8DzzyOQ%G6g6=fyNb(AB;=d^f}J;%KO>C
z=kHsW-gw%TY4<%&=$jeb<L9sY=&!*-xyvK}=ws>A-(4+7C`X8aN*IVcWtkQHwmiQz
z6End81~4!_2Fi5fcvl!1A0xD-Ee0@vf$|uLJEe*?De#k@{3Jd1xzBw@cJSHHes+4t
zJKmAL{N*pF`|i6hb=Li_|MkCSKRTbUUcEZ~!$15(I`PC47p#BIbDonPd+f0`No6lR
z6p$b6A<Td;^TYD|&`it(0~o--WEdD=k=4A6m&x!#XF6j50~jcifocqUK%=>t3w823
z7{CAqFi<-K11!?Z6rcbF8dpGmFfOU{aGB@frsndwyMK^g`8yx(<_2GO;Jeb9XJ41T
z`pvu3JrDgj-TUw(>Art^B&~h?aUVlyu=<fl(?5T2bvo~&uccQV`N6KP|KUHrD}DUy
zcgT-bk{@g8{&Jl<pPzB3EVBZCb@FF!=7s?bU?7iyGTk`dmHFq*pKf%+00uBnCj)V(
zRM92{jy&?nZL))%+~3NTE7PV;n}*)z(@#I0{{HX(K0WVw&)eo&uYBbzhrWh|^(r7g
zm^V9~S*K^3o4H{C0~i>cfjs9duL=vJvp_={VgLgesF#8AoH?(f+Or?}mtVpF1~7nu
zTn6%-Qxyd$K!JP(<Ok#0IWyOLW*#)Vm1`bIN4)N%-Hh8Q@48A>aEOfHuvyAAKmY%^
zzVPy!(hK)Gc~;|2hVWD0xle{rh7bdVGZ1&mGAjmofY;mW?`CVZ7{I_{WS~qpj(4>f
zXJ^lzSs1_o1{N;^ai>(#76tCT_ug&te*5mbZ(6^8efIYL=l}el>7auS+UA;f-g#&C
z^%T~jfc#+IocQkI^<A?!dkkP;u``h8oaI$5_Bq<WXBh@CfPux$KzYub*HLcfLY=%0
z1~7mD4Ajm*o^z_A00k(JuYmkuTs!CP_MW@n@xj0EW(Uu?;H!SWV1wDgtuuyS`No~y
z4B>AaeZK5i;n^|Iy!JlxhMjHPDa))FcE8qP9s?M_00!E?K$&hF@2U;6um{f+3}65Q
z7#Nm;xKpZVivoZ3SAW&b`t7{)&grK={prYC+pu9n+GUqry4QWrd)_nhHC>==1>^_w
z<}>Uw+B$xY0SsUO18rj<&pFGhYTI1w$Fl|l7{CAqA`F!0%y}Kvp8e3j{1OH*fB_8T
zGLYw-swhAK3gjywKN#08az?YZo-_St?p&K*^pZcD%@4k1#V2J4$CMqM%Mo65`PaKy
z%@1AsZ5cutLJSnlK-?+Itl-J@c(PfU6$UVXfzcT#(~aX@VPSL@Xh=g0U;qR4Fc5c2
z6>U-A&_fUH=KL<Y=%U89b@}C&cdz^Mm%qHR>$*^x3dj%U&4o|a<CA7(Rv5ql2AX9c
z&pFGh!bP)O(374RzyJp7VxT-{&g&>QbD>UN2Ll+u00wGjAkR5fQGfyz$X7sqFs_|*
za$V=-VdwSE^S(TrXIsAfr1ag@Kaw9DbAE8mV~?f7fBl2An*Y`xUm!bHaCU6id&s(W
zJ{vo8ZOeZcZ7-u{Yql7`00y4P0RMibCODx91~7mD43y45Tm0KT;tD+b+0X9g{2qSz
z;rIo5R6P3VquuL1>sin0vC5a*qJaEh-Xu%+2K{;ef&mO*00ZM<AkR6=s~VR+uIt{z
z00uCCff^Vn&zbW&sy+LmfB7X0U;qOc$YmhUIaN`B0u;zsKz=Z;T@7bLJ;r~Aal{{-
zH=AX9!<#OW9UOCZaPD^yo_EpLW;K7|-lwFM_dg&*C_{*WLK%oVWtkPcG472tqZtM;
zfPs1$DASGOU16|Z2F=dwFn|FJ#2JV?rHZyFu+vUEb#s23H*aoqTQf5=v)5j_bZMj4
zb+PgkkRQyO3BQW_70qad0SsWE9Sr0-XL(h4YzL3#XpR`b00#0HD9@SmI?BylsFT;h
z00uCCf!Z0!b52zhpa2E(6_6i{Yv;V0cU~=BxBU)!_iUE!+)w<Y{NRN0ga7=!)w7!K
zy6f@j!f)IuJ633Rtn_<Vf8&29$DOjw3apHu6&lkR0~o+SISiEP#__H&RSr{TVHOy`
z00zd-K-?)+v_*k^_St7F`N1t)wsf!iq8GiWEppjM4+Z20dk8b&%lvKp{zhXOV*mpf
zD3gH!7Fo^9_$rexb1@eTU;qP?VW1kr9?)p**$@58FJS-!7{EX-0|PA5%M_ph1sYdC
zelRYn^X+8Lx0BX+k7Xy$X4$U%(!a<LPAETk-@iT5%@6*~-`^@fC_jjSLK%oVWtkO|
z_7&f+o$nXS)m$-vfm#?S(~aX@)uOjPJsU890SsWE2?pX$siG|kyy;DE>gN0&dg!6X
zw)N<vk9M#7hBv&SvFo}}nF`1c=FO#v=eKKkAAkW2U;qO(GLYw-<yF<Fy`DWYFn|FJ
zV4x`m%5&ztj&d^>>g07WfB_6(pmqlGoKqDAC_sUH1>^_g+BJ24bDgq&7O?vsC(LHq
zuKvn*<Oe5|A6)zM@3Y7M)%^oke@k|((CnCJRawufY0M+;lx0>-Lp$Ho{euAvU;qQt
zVxUYnj(0UJ{d`~dE(S1w0Sruofw)tuXo~`0`qG!WIlqs8{Ns&n>r<clRQI~qTysrh
z*L9&X6_6jyo69tw_r9n185qC-1~5<p19{F_UR4QN>cKsY0SsUO1Jh!lJZH}9sP^oK
z{^gf2fB_6(AeVtW=Tt=j3Q!<l0r|nWcGEiV`M%@*S%duG<5S5^$`6j0YtIe(Ho-vL
zDa)*ALJQY$PhkK97{EX+43z1{@vdsoTc4f{7{CAqFwg`8ai>(#76pFxv!A7%cG_t+
z>(}}7i6@>Id23HT`DA*|bDlGM&1XI9S?Q^#o*Ma@E>N}t@`HKvY2x|q8r}zB00S7n
zK#dIKIcIrQHEOSC&kPJ;00S6kih=T+Ij^JK%!N969SmRq0~n~Cfjs9_MF9#>AYTFb
z!MJu!o!?xite*wQ56Ta^C(F7g&7+)o#GSIt3QU#5lv$Vs1~7nu@iS1S8^^oC%J^BK
zF^w^R0SuJGK-?)+v`K+$uf4YWy8>VQ;uoi%{`9BW+uN{VLptDq1G?9{^2#f-ucfda
z1>^_wX2l1~@j<gN3k+ZY1CwPS&pFGh!p&s4p*OuTfB_7Y#Xxz^oYzt9*$@58FJS-!
z7{EX-19{G=iUJg%K)wR<gK_PggUdPxH#HCWLHWU^SaO|qJ|h<MT;onzX2oKjp}l)9
zVE_XdSbPkW>BjM{u)Fx!HFGn^00tH_197KR(KZFnJoC(M=I`0hes=ooXFr=ZZrnKZ
zHaBhBlvb`>nReM_m+p1`{LlY<=z0t5RzQ9*Z+?r}ckJE!E(~A*1B;u1Jm)O03df6^
zWAitE3}9ffGf<v0=XI2uxlkvsg8>X+00Xr%kmsDLC_n)U<SQUQ7}svGpF7*SfB8ZA
z!M3t(Uw&RXDg$w+EVE)%9n`y*Fn|FJV4x-j%5>v+S2by_SI-CxU;qOc7?pvzQ>ti_
z0-fI(_~esMrmZuCGcz-3#~pV}Z+`Qe(>2#zlkT|Vj`ZUn|2VB*zkc?k^LgiMo!?#f
zr+@mVY3H4H?&bzNwWpnS+U&Z{wTJy^lctMpFY<$V6Cd^2t)Bm500S7nK&=eqIcIrQ
zwd${L&khV=00S6kf`Rg!Ij^JIvmg4GU%~(eFo1zv2J)O!6$L0jfqVtz2jki`advZ!
z@_q&&KPW%wzAW#)G?OxB5_ifnEAUhXPv&3_7{CAqCc{9PZXE9lFO%Vg&UD5A1~5<t
z197KR(Iy3!E?v4!_OFxwo5n|*G+k_aksr*PI1ent1I@u4Fn|FJOrC)}=Pa)ZJCkRJ
z<}}9u1~5<#1LZk$UPrl^3w8237{CAqFi<-KdCsYd0u-P?z5?=taqXOe%Q*u#Ig6(A
zgSX!E!?ee;6C3?F>X`G>+Q$dy{9f>alN$ZL+wbEoD?T|?AH(#z#~vr7U3Wb`ec<YE
zr6%X;TJ5|~&2>6+jXPzT75JGBKXj)%1~7nu=`c{H8^^oC&vf{qJKZsW0Srusfw)tu
zXp;i+gKe7TboL@Yn5R3>n~vwvo$eUG00ySdK%R4!SB0hNvt$NlfB_6(V0sLc=gfH>
z)t>#(zx)ygFn|FJ<T8-woT?~50Se?RAU_z_&Y5?5XWnsYKaTuhCl}Y`$7}!aZ->h5
zb@F~qe&6k{^`^I8GE^V(gYCRm#(5vQcA3n?owCdde3i+UxtI$EFo1#aFi@r&$GgJE
zc=(_zT`_<G43x=0+$mMGNdfu6HcfLndyyZ^)14=l>51lIE*QW72FA}oo^zI0g_ZHM
zLSq_Z00S5(mx1z}Ij^JK%!N969SmRq0~n~Cfjs9_MF9#>AYTFb!MJwL#O0oeN12WM
z;P6>T`N4MH1EbtOYTM03+$qbfz-hZVHDB|^00uCyEdyn`al9*Y-FB|@pa%vpfPr>1
z5O+!yZBk(Q^5tpSvSm~MXp^RkZ7=eJc@yWY?e<plHD3&100X@l$aBu}s?50ejA=s~
z3}65Q?Ps7oXU^-W_UwoL<(Dvk0SsUumw`OzR7C*_P#|9c`N6n$&erWbTgwm154yM8
zd2gHR=yQ!bWtkON7@Y+g(hvg}z(73=l<CItt}s^*b7o~$7{CAqMrR=Ilqx7d0Se43
zAU`;-MdUO7HM)P%kcJq*00!!0AmW!Luf<=T{F$4%VE_XdXoi83Jv!1`ZstOrybcC1
zfB_8D&OpR3t)&13DA0rg@`G^|onM<dzm}$>{NV8U!MCjVWLo?9<BfdmvBwE%*IkcK
zAGrEksWc|^)6RR{T;p?%J7t*_W*?tD&1i-J3}B#M2Fi5fcvl##mqD{LI}Bg|191l8
zPN{+d6rjMo0`i0NT0}nMS8>0h8O<<&0SvT*frww0ycUn`;L#k-5d#>&Kpq1ndvv6?
z+Or?}mtVpF1~7nuTm~Y3X)OgPK!GL{kRObz=)9VDUM*cW`N84ygI~D*UmM8|b~1?a
zgYCSZO26Or7vnDOlx0?!du;CXq8A1*fPuOhDASGOUE#294$aT}Fn|FJ#2AP>r3wmA
zfCBRh$PdnI5&4W)#k`7M^uhoJFwh<bB7Rx&T1>WwNwYLd3}65QaRy5E=tyt5nG1FD
zIvBtJ1~5=N0};QpmI4%@Kobhc55`q=R*j!kYtU?x`N0c5d1GVwyQY2*;M{dO*}%^4
z1MKzj(gXe?-T&xgjrA`-*v|W@hI?L*!?PE6$}%g=eE6BuidGoF00!!3piDQ8cZJ3J
zSu{g4!~g~`Fgycsr&K`!3Q%BP0r|msEh3-sso{N!R<yzZ1~AYr1|oi0@>*QBi%at~
zPYhrH12G0l_UK4&wP!!{FTaEV3}65QxeP@7(pm~ofC5b@AU_ya(K$7CPOU|+N#+MX
z@#%kREPpqb`)lgYUpwOLp4q`prtreczTRl>@`LTXpK7`9^*J1Wai=V^!n}u@H=XE&
z0SsWE9SoG|#__K3*bW}e(Ht>=0SpYsK-?)+P=Epym{&l4a9)eZXFO^+kD?QuFn|FJ
zw2y&^UzWTUo9$!MOwAMn7{I{r43zBAk=}AM7wY77Fn|FJV4!veB7SKt1t>s)CKQk#
zjH~F3I{X>6CavTLA5UNZ&V7BegD-f&N$I|SdqjS4Z9DIQn(kM<PL{#AQ<hnQo5^xR
zZ+c?@0~nYt17*5#yek|{mm~Vq9|IV`z+@SSJEaN=P=EsS3dj%6YZ3X3*G<;z=uK}7
zU;qQ<Fc9&}lGkFY9Hz{|EHHop3{0MZl07=oTkY8o{mU<500S7nKrRCjzqFPD6rey8
z3dj$}Rdm*!{8@Jrn#&J9o{oL<#eMUGXMN~Pjb;ZszcbPAA8hCSG>LoG_m~_zai=V^
z0yC3ihSs#k00uBHeFn;O<9JtCnm$WrU<Me#00t(<K-?)+ELH_JZ{D0bAO54j)(XfE
zZmq`fpYyrN`5dijjR6c`pezQ4cgwO@;;JmJ%)>k|fB_6lmVvTedid^gGZ*UQbufSd
z3}B#k28MS_D=9z$3N)jD{9s&1=iJGjb0?+uB=duR@|M3#r=Php{l@Q{llJ)!f1dW-
z^ThNEd;eMb&%gHm^w#4)l|KCOucmL_zNYc4UMH{D>*Kqtf7CZSxa+RRr#pW5P|x~a
z*B$hA`N4MHPm{WDeV@tj6L-ooEATQIUg%6`3}65QWiU{t8^^oCQyDy&gE?RT0~nYL
z197KRu^1G1=%I(wC6`>1jyvwSbie@zq$Nw1q?wtS*^kcW`|rPhI`-IO)5RBGoF07e
z!NnknJ@!yQez1oy1HR1TCgX8*rZWaGfPwND7+{gryo{~#*fJ9{!2kv@FgXUQG3)`2
z)}H;)zx)ygFn|FJ<T5b8BE3uj3Q(YN1>^_gk~-r~?u<K0ttXiu>}2tV`FQC8e~~V_
z;-+-}qmMP7+uJ_Z_vi2VLf@W_f9Ge$(u4e9JMX7S-n+in_!){jWtkON89ysDrZEOE
zfPr!tDASGOU16#mrp&@DFn|FJjGuwHQ>tjI0$a9hNjKhjW7>D$eY;t~xy<08KRY!y
z-+XghrLnI*3dj%k5vR{f{B8XHMq?Ud00S5(lYu_=Sk+7TDw8jBF&7MA00Wa@peobu
z(`;_$LY=%01~7mD4Ajm*AA9r?1t>s)u_z!v7?;)gb~5MNN$Xr<esC^hc<?X3H{E*A
z566<<>*NUUefW{I$FdXq<_Euh_YcPM{pAPSc|T41{`LLF%Te4Z%dEi3csZdjeKCLm
z43xz{nQk2K3Rh)uWgg~%0SsVZybQ#hQbijTc=E|7(~(CW8O{xEpDR54@Wa#k_3PUx
zkv;WLKz^`?Fay5K+s5l{^rbHbFo1z_85m%Z)x3<cav3ulv%vrcFfe`wsxj;Vjn<z1
z(7*f=1~7mD4CFE}z#_d&0SZu{aRuZD<B~etj{j^s4UJ3A4|Z~dd+vE+y6L<3jU~hP
zkqiH^Z+7r?|Mg>I`M#a(qWoYx@26?p!@lSESc*GknH3lrA0xD-?YJ3Ox#od%`S<Tn
zm)?4By5jaVK8Dobs#WXKxM$<~<=+2gx^cWKjFron*_aImFo1#P8HhWjinb~6#1l`X
zWy_Y0oE@CY67IU|uIaJI9&4LS_R~WF`N1B-4EQoXYu?XjN>dDA00VU}Fu)?Kc^PkY
z@McctgaHg-U_1;|W7q>4&COh>lh?rj1~7nu+8G#NkzS?%1t`$C0`h}#Nu6iMbDo{H
zuBGP(I~l?k{lY2f&UFtrn&n&l$fM~c`<&W0Kls&e-reZ;?BoXLKI8}6c|T42e)j#F
z<tpx!Wme##SuW^F&v7%*$qK&tFRn@l|CjgoeV;P-`<nfE{DL~Yc)!!q5r1%AI{m`0
zrO)5@BYDELi|5`g(~aX@jr&>S`itkDFl)2M00wGcAnueZ+N8jyO`Fnw`|Y=2cJPox
z4oT;pdv3bnh8xmdciolNty?$yarfPK&wlNrAN^=L?6AWYtlfL>z0<~x8`~t6z4TB(
zez1oy1HN2?Kj_i>7z|(l0~i<w0|P9wnwQ6+jcdB+Fn|FJV4xNTsxj;Vjn<z1(7*f=
z1~7mD4CFE}z#_d&0SZu{aRuZD<C4~LKGbLIXBjo*2Rr|}_+#IEaW{K6m%$t5&(B`_
z?FIk0=5zlW{Qvax|IPj=*B?|XKN#cGeNC@vFc5djGApK`o$u+M#Xy{aEAL&GUVqZ%
zY3{w*+<Ov#E}RdH=(7JWo{`>r#Z5AVizGu>rW?n*@*IsnM`=bg3}65Q^)e85N)>HV
z;Ow){en$T9)KgDQk3Rb7(A#|c=l{QLXPj}yGp=*iS!WG>4GZg4Kz=Z9c6_s5-!wb3
z!vF>_Fd74S&RJd+4o2gEe)Pit1~5=J1LZk$UPrl^3w8237{CAqFi<-KdCsYd0u-P?
zz5?=taqXO&>pnO4n%~_2M*Zrqe5aAT+^zTgu$#+!;a(@F|9;XH=`&yacKYV+Ytr2h
z{##n}*kiLF_dN9DbmPCQN~fQ>GVQk8JGwRf{<q+rYY)oh4g30`zj{{R@A>)v@vn`2
zuZ4P&A8hCS)ayR;^*ZMrcgiv=@K+~)=C-)z_NnjOmwsuh_a^(l^z?M{X;-GpR(>m8
ze)TQs<kPQA*MI%?^#A?*cN6;PufYx9z9)U@#@o~1UVKA3`VAjXdn`M#`=0NOKi72S
zng`?vTb?5<(~aX@@qxwV1Lkes7{I_{XCUsBD%zsJ&wlo^v~=mxZtidAop(<6+;dO%
z_SURflb-wB=XS5RWXY2B)KgDoUr%8j3dj%U&1tcFkNtc9g#ip;VDU1L=bYtLVR-Q}
zZ1!f40SsW^!Sakbv!mLxANrSH!T<&^fPq{FGObe?1t>s)Yz5>8<I*{Mw)5u?P3H&y
z<>$XU=dH(oDt-0lyVCuSJ~mVa@3#AYln(yo_jdoc-Mun|@B8ro80vZp<@L7y+CP5t
zuD;)^^S{|2w)d^C8~I#*u$}jl=VZI)8h6SvD{$E^F3q!j^Zd-6Ytw;;oH_g6q?2`f
z&-=cZRz3XVM&9#8-kY>_?M>gkFa754p4)xz_m=m3L4HtvuuQ|=t}D;`_C4>-)J!pe
z0SxqJU^^T1*F~hj_19nD&HByE%#4&BoRe+s+O?^Z8|+-K^KspE*Ui1;&z346KbSXI
zzSP^7XhRzeU;qQ{W+2Zw%d5g^yE!#q^ThxLFwmcY@|-!Zquk7eI(Z!oU;qOcsGWg4
z=Tt=j3Q!<l0r|nWcFv{!&!x5M({z6D|7Y*aqpYaT_039F?jOJWbMMMpS<4`B9TQD%
zqS2dyXmS%1qlpNFfJTwv7$Fi+0uezCG6aYsQ<xM{!3k7kP*5;LXd;uyq|Ad1GByjR
zAXD!jb<7#6`waWrr>f50`#il?uReXw-c?_{-&6ITK2>j*>9yxUhA{X3F!?fs!L{F}
z%g>$H?z%CVYsmAhXZ)lEk*p_oo%J7+AM|s7a`iYs-T8TxJEfg7=x_f1q6@m%!oaU?
zel+#Iq-nE1swuOU$NnCq{(F*Y_<i&KgX)&fk7wThJv4nO8A6XUgm${IyeeCcQPhE7
z!T=1w01PC-fZQpW;fn%y-+gx`=XcLN_e8c?{rmUNEVoCG9+54V1=*<p`9ZV3ByoIa
z9lVc#0T_S*7_gB6Gv~B#mW|p{6Z<?2zyJ)uKvE3Y=gejmxt{%?e)3B&00S@p1Evg^
zIVZDF00mIMTmkZfa_y4(`;PS_`&oi5`N81Y^}FwXK671nzFc3BFWgqEcTdAY*TOGb
z|6b8`oN-1EwRzux*st9uKbS1%99PiWgaNrz+Bw5y+nK{Y0|Uu0Fnsok%=?nz<LAZx
z{-e<QqiT3Q$PiwB<wGgGFTQkunzn5>8A4Apgm${Iyef{v$sC8#8J%GO24KJr2INl3
z3||!Z{`bG1$@y*BvL&+3+PQOQX1Nz%d~syUWkGf-Kz`7yFL<CG9!MYP0}Q|b3?$Eh
znRD7V3wDxc2hGtO24DaN>|ww@XEv+IG;_f`@;Wd8126yst}|ffoXkQ26hHxU1;`J|
zwc~GKd;SKFvKKbx2dB?lnYo5OUw$xnZvFfF%DT4x&Obd<bR7d8dbzCS>t26Pe$dbT
zDaw75WmTRLxl`IX1C}b!5<Q>?g&1hraeV51$z?wqQuhBy(0vb5&Ew|1xi0fQaL9{`
z$q$krw9~l%T~(pu2G8RuFaQHE00TZUV6`bzT&xQG=YRfZCg*qj`0>crb@JrN%yPf@
z#V<y-Toz=f0^|qH`r@OXuuZ&Af&mzS0T|F>z|1-Ao29d@jA5UE0T_S*81R(=`<&UV
zBG<DY)K7j124DaNV8E0CGv{O$3ZMWAm@7bjP_CV?e@|BXcG;94T(DwO=9=z8`N4N~
z>@m*wy}N6#YTWqFqU$JU`I77L$q(`wU9}&3T-biOQ`$Mh1+A%(V`4Qj@WSSu>Ws5`
zrrwu~o;ct5{f*@P2V)PZE3X=w(){{vlgST~AGFiB|6Nrz9v9hW-VeY448TD3GGMhS
zQ(UYH{J;PA|1vqhy1KeZ*VU*|qtvoL|M|~Hx?C1!p916u&3c0GR<G~UdwLH8Fi`Cb
zm^r6?v#Pz1Y(K{`7=Qs7sBQ-Ab7r%OOfwhEBd-GkFaQHE;5q|l&dDqkKmimmSAhJW
zTs!{m_Ve#<oAQHk-+yq(h}lK6gMawr(}`WXPkzwP{fXnGUwxH3rJXb2(l0LQr$7B1
z`;Rr5_a)0W>`3fANVR7O?;G$^O84eJ9YTJP{Ggr2{qL$c-urXBr<e2+24DaNN;6=!
zDN|gm3N&lhER!EReE4u=>-zZPk2A|{+_-UM%Vj}!DnNeFtS|UeX@5c^G=c#bfB`=l
zFmq1(X2GYQe9~9?3Ii|z19}YD=gejmxt{%?e)3B&00S@p1Evg^IVZDF00mIMTmkZf
za_#v0RPXOo*L1QeKiKQfFJ!Kx&v*a9CQZAmZMC&V*Vk{}e^8xu_GkC_$+zs_xuxs2
z8!g-9I(+hje(q1M?f=wUoI|-&+Bt(h7w<FrpiiY381PI@>V40dXZA3De`E3<q}u0<
zec~S}-M@a}edGtp587$m|E{W1$0pW`FTwx}zyJ(Xf&r^dnc`wqpnd!HnVjFedGjJ$
zS4~Y#X1Uj1du?RPWkGf-Kz`7yFO@jnvrgV;zyJ)u01Vi`fSGgJH_HYsseyeO24DaN
zV4zYA*yqe<6`5u(m`7d*24DaNV8C?-%$$>1D1ZVeV6Fi9LAiF7`g@P{#`{@Al=;Eu
zW-e1xUS6)Y9+YSNR&Cv-f_z}1Y+vyFl`S4N&i6ez^`AwT-R`<E#>+Oj4xjvByj*kK
zK;I}BkUOQFGosLfWw1}dK=cgsowOkJ-sHUV?@9DMh{^jFpXQ|B6P|NkFY<%r2kkWO
ze^<qEH~Ql)nxZKTzyJ)`%YfCUOmVR)FlNk{OwRB8^Uqf&Po6A$eRXwp>f(zp&MbGt
zh!JHklLgqV0Qo_){@{!D`XardH!uJLFc2>TX3lBfEI5gm6ZA!27=Qs7u$uw<oY|}*
z*RvngPkspoU;qYSz?1<q=VTTNpa2S(D?olwt{s0D+x>U3X@8>34~}{Kv-`Px^IP|-
z;NC79_a4x?9)8XC-RcLI4k()M3-W`*#?IARUj1v_gL@YK?{^<4y8PD{uQOV9{dMX7
zPJYnO{mFDcWS*To$eq&88SrH%U-X5(kRLph=zFj9d$dW<znOYZNPf`Yeb7!fmRE&O
z_{%80rMEBu12E8#0l8B$!xsg%Z{MED`88_PNOkGbrR+_+`|i6#%iOYMOWDh00d^}u
ze$cEx_)$YYLK8HB0T_UR>R`akIqjPTuhqdTeWuSa00S_Pp8@-v*{mYd%mwqv>%agE
zzyJ)m&VZS7G7AMz00qnyAU`PAj=x9q|2^uuE^*`s)AtZ;-1tt_;pRuxq!->)i&kw3
z<q0?MJCJ(rfx$CM-ghv)ytVJWZ*-mc%l}wYG&}gi9}hBGZu&ZOlb_@V{oJ2iKORtj
zm`k}++Bt*1hWm;h=wS;3<Oj(Q+QOo5b=c{~@~V963)_SL!T=1w01OmkK<<>x@JWH@
z&6|hve%D@mt@`l855=4K@y8#ln{K)(w5*FRx=6enCb*{n`9ZUu6+15T8omt!FaQHE
z;4=ee&S~E)pL@i%aSVb17=Qs7D8+z%&TLkZ>)8+LC%*&(FaQHEV9J1*b21ABPyhwY
z6(Bz-*RIsxWxVd@-|lhd2h+K~D1P?oH_bTXcU7xlMe~Etzp~tT*(TY+U=H~~H}@Bg
zbJf*1xl`IX18%E}Tl(!zzsV1hA7p=xXMeTRjpbFrM?8F>E4sn}48VY$49K0589phn
zY15`q<}bJp;paa0Id#`vcd6B@SF2;kjuqV8<HwJywQJX^;GTn@|NQ40EN9)ibp_}0
zf<Fq7A2jPFo@l2h(ii#y126ys@iSoNoc7IvmH1gfV>E^V7=QtL8L-cp%_=g@TriKk
z4h+Bm48VZv44645vrqs9P{3RP@`G~i_?y_?zlqD~jSKm~;QoM{_a8LM_yzYpES6vV
zpKtb2TMyP6E!#9ZNPf`IeW{%Nkhyj;A$LkUXTX=8e9;&BLVl3^Ajg4tjsteOvAiny
zh=&h!MOPSr0T{580l8B$!#4$<c;bl$*}ou1nEpQf^wZVPfBtjTzI}Uj!wom6E3UXg
zHEr57^Llz*?$2@K#`z`_+fzUR@`DA0De*L(Xs0LA7y1GNFaQJbGf=`Jop~8n;%5bo
z(HI6`00!)3z!}3XQK;+L59%ks1OqSt12AC9KnaWFWfVXG6o^~_@`G|o`J33@zlqD~
zjqUlt=9dgm@9x@bobUVH9ZwX^4~~2C4dZ2#AM|sdC})3Su3t>Zozl)3aOoG9^wXby
zR%3o})874R#_OxppZ_vlwYg@L`p)<IsWZ;#p_(=8uD*4_eX7;3N2>0<o>fmy{ij;7
zX=g0&(I!3rX6n7+Ip_6K>`(sePr1Fc(~ad-<!%#?{bZHC(pMOO0T{?KAa_b;_^7~R
zk3Cj2515+`EcJNo*s(rJ#5NUBfc#(qVM;uW4`qD_Ezkl6U;qZHi-8gr>CDS;TV34J
zZ~6@bFaQH#2AnbM5`~&(E|^DN2L@mO24KK-21-~YFQWhopg`mbkROyw%HN^kze9b|
z!{+?p9d}JuoA(_szIJ@g_T5FZgTb}x<t(54pr8AMFZ(vzQ9hq?r?hhhER@dz8lqtw
z48)NiT)tt4YSOfOq~F)xFxL3JSo*!v%FR1f*B;NP#*ObR`rfSmJ)?trP>-LqKyBP>
z{(dlBL;5HALI3w>JKb1bRUF41mgztL^q3yQ01UXwfZQpW;j03hHf>UuUV5o<j<9+2
z=4$==^}fo(b`?;7{9plLN<8hVXHYlqcVGYpU;qZnWuSybI`eY5IxwGo2?k&Q24KKt
z2AnbM5{0^+{h)sGOE3TfFaQIl43w})UPb{FK!L~=AU`OV)aAb!slD)L9#Q58w;VXA
zUU_4!>d||OI{zEJMc0StUN8RJTOL*aT)n02Yt{P>no+cdet(@=_BztnqDy}^X>wPp
zw!gl#gnQp?FU%+VF4|O*0l8D!Iir#qvTpWa7%0p@T=~J=_f%0lZu^_j#_yN59;{UZ
zhrUwu{g_UTw|0KqxQ6=g(Z~-LX404a)lN5-SLI7T*be{qIeJWwVE_iAU_kDa%<x@-
z<;$0=Km6ej>Wg3eV#zFFFs4hFE^6u0rM}C;_7zZo{9plLN<1CK@tbAvJ^%(_00v;d
zMFvV(q%$wOs691v%zyzHfB_hYiUDT~yF{U;nG5ET*MR{TfB_hAoq-Y-$;&8!0w@r<
z0^|qfl1BCS8_Tilvw$e`gY~b^4(@^T+{|Sv$m!kmyT{a(Egn`EeEa^?J#m8j&zyN?
z57qpV0qVxv9#anto}p&VUlZB=05|R3uY&sv7P}^W?R$G7yB59vwwL;y{GeU?0mmi!
zk&gknQ`$Kr-?s4_%)>zC8Sp(n7`zv|y7lm)@5PF}Ps@Fc{9xsIb?KO4ryI+wa!GS)
zWgmqB7=Qs7D3<}bQ!=Ak6gYYEq&jfmfLgU`m6|zorh4X?XVg<qJ*8&Mn2~yJ|Ni|d
z7{ga}D?onGtpDX6yP1#w!vGAx01UXwfSGgJH_KK1sheX548Q;kz(5oX*yqe<6}g`M
zpnmd8FaQHE00X8Bm^ml2Pyhu`z+3_HgL3Vn_}h(T*!LMgocY008M<nIo&2DE`vS)&
zdQzVOxl`IXqyBdBJFLTi9Sr!KAKbj}fV%ARA(3PUgB&6GK|7dr<=A1T8_TP5MQ`e4
z|AYY;fB_hYf&sZxG6Mxr00puNkRQxyA$b(V@tbAvJ^%(_00v;dMFu2(Y4cbYwWnr|
z8883?FaQHlF<`StOKLOCTriKk4h+Bm48VZv3`qQvu_%B7C=i7L<Ok&{M)mg_%dzXT
z0P=%}Dsm4(@`HBm2OO8^M?MDRPHE?ieA~uzFb@NjXTazD;BRkvG_vd<`N7Jw>e}(b
zPB)fU<(lr)%f1Q&FaQHEP!0ofr(}jN3e1`{OHH3XUA^?uOX`g`-tc9!*p7r1AU|j(
zcsa*y=HmM>00S@p11>XQ=A8D;a=8c8&M^cAU;qYSpj-y*b7r%OT+e<`KlvpXfB_hQ
z0aFIdoRe87fC4CBt^oN#xpw9L-Nt-7|Mn+8NPdug)6RX9zEr+1a;LO&1}s&cC3-*)
z@-g6Re(>p+mTF}O@3?ESn!RAHTKnD}we?`F+E!buHtpT7maTtJO_{Y^b^61Ts!7xC
zsbz8hLH411`%t0h>~v#!RfV>X=h+`%00v+H27F{d?v%{%MS(AT;R~u!qeiLknKNhl
zvRQ0L!U~WdG!xuMKVh4Ap9BLi00S_f!+@D{+BZvQTN%SX0Ru1q12Et#1NJ$ySw*Iq
z3+9p6fdLqR0T^(d0W;@h77CyM3YaTEeo(HRuYXTg`*x8ZBtKZ~`vBX|=cR=hkUOQF
zGYV}V&%-_pRF;9H^Mm7_d?WUIE^pp<K%M*5UPbeRKl;fawS2>STD1hrdurMe)o;j5
zt?}Crm4070>G?NP^__EGFU3Ak*?k}`{q1yPc~x=g!*c!Pp1#so7=QuS8IU_AGkj4X
zH$V8{hadW~S!_qb3XmT(6Wn$0pnl%}zyJ)u01TKiVCJ0m%`)A7=CSX<01UtY4EVr+
zea>uFk?YwH>L<Sh126ysFks4nnR7A=1yBG5%oQL%DA&%1za80zhM$3)c3QX8HPn+|
zTpZbT**e#5SNoVIP3}tR{@0h5aP9i`hFr3*qKOR*$eq&888&E14eZk}(2#+o^Mj8}
zUJ(0xy&$8Qes7uYXY)%2r0y|T$@hWe2OF~J+x}^%8_TQmtuJhk|N9<2rpGV<1LZIv
zcS>gXqQIBF^rg)G2kYwUeAz6vBVh%|51I*H&T*T$_&yB401Uu@%M6$~r+u?r?g6!P
z41oa{fB_gNmjU~n*{mYd%mwqv>%agEzyJ)m&VZS7G7AMz00qnyAU`PAuH3)dm~ZFb
z{^@JG+g(2<_G`*3d9Ao@>puN-@`D@`>^vsWmuz3;PHE>1dYbJiTA+nZ4EUHIyzrv?
zi{=LxzP+j9?>EU0`hOg-(~ad-*>t?37XSAfdQ6XD00t_}fZQpW;fn&_{qA=&`N0z>
zPWZA}Y)8ThkRLP?ywb;h*3bJ77=Qs7fPqReVCJ0m&8n1ste1Tk24DaNV88|j>~m(b
zid@frP(S%47=Qs7fB{nm%$$>1D1ZVeV6Fi9LAiD|{Ov~#(SHV!&JRv_dSS({=e8~5
z7gs&&-`|(HwtmE`Z*%`a?mq|vmNFoBN;_xZozZ(InxbhG4EUBGT=LGg%=?@4`^(&)
zzv(c}iuao22mRlF?Q~;#RZ$#gScd<+(_?xJ12EtV19GQihA#^A=+PsSAAJA)_kGzc
zwj*H$$Pbzc?u&=89lRfc0T_S*7?3hx=A8D;l5RKS*;ily24DaNd}6>pXEv+IG;_f`
z@;Wd8126yst}|ffoXkQ26hHxU1;`J|we#t3NVX;WnaIVL4oF?=J!sf$E3WB|E3;?Q
za$jG(E^~eT6U#S}9kVn$#&IHhoTyeU<W6bljB4#4+s!^~I|E7Q2XDT8qPn;LG<8+0
zVe0&E^j6K9byw$pwU_$I&xWYZ-6pBw<L9ZxYquG{9~?b#e&+p6Zf-FB_@&q0HePm=
z@8if1`hRS&(~ad-*?tV8KL7V6dQ6XD00xp|K<<>x@I`@z3m0bcgHJs1gfE-Lb|kC-
z`9U+mlRVC|F5Xwb01UtY4A{hgnRD7V%O*{!g?$_bU;qYSAZZ5db7r%OT+e<`KlvpX
zfB_hQ0aFIdoRe87fC4CBt^oN#xpqnaoyYo;`E21=w>+A<*1Kh!5msE&9p&}mwl1sx
zgR@eaf8*QtlN}^G2m=-~Aa_bTXW*yF_$fN0vy_3P^MmOeU#Xwpy5K%F;h7q>^<b^&
zz2R^F{hqSW^55C9C$+rQ+jgtJP58SC#$WWmeKR@6%ddP$-F5e~>gku3s*QUOh}JE6
z&qsdH|9#a?H<ni=J*F_;f41o{J%#}o@R<R*Q!>LB1x}nep}zE`FQqbsU;gr!)sZ7d
zeAzU%BS8ho51NVXv#+piyl;X57=Qs7D8_)9bJ{nn*f#PS`v45U01Uu@?+n=I%w`pt
zW-gdVUIzwX00v;dbq36wlUXQ$0w`dv0Qo_=cE0~zS*_dG|LK}kmhCHFxl{dp>4w;@
z)s|e>?eo}8d-tcVl@G41zu~T@$c|Z@9jn%30^6Pa99iy^cFv%u*`A^WTG+&Zt@*)p
z{;&BZ1Jv>jJG9>$UU<>{1@Aw2_Bnr2>vr!`J$g?mI3~T`;Ai8;cdDNEPK_l;NPf`&
z<A9xREU(I@;}x~|zu(YfdJF?FP-zC_PRR_P6v)kfwP?{o1(`y=P(Y$UE<=qPHA>}C
z-+udT$s($9Y^9I=te^KEFaQHE00Wg`z!&4Mlzyz2eHR8`00v;d1_pfbbJw#U)K7j1
z24DaNV8E0CU%Z^{KminRM*;GK@?P2Sw;we`{~5%KTXw07e$YR4E%z0_9I7_&Kd613
zxX(GixVEj=pI=C6eR`Ab>d}9`OMa02APiW{fZQqVoPl>n@11Chrcp3pdwwv;@ilAK
zUDd4IT=KnPaIeDL{9paYXPw<seeJw^ijJv2C;0u`ul7=}FJ4!2{gU@><OluVf9-T*
zc~wyyXIO^+ywhWP3<EIW3j=beWQK1F3>q{jmH7&?Ul(3@p<1(Mjc=RC_Qa?F`9U*r
zeen>sgZD!)00S@p15yUeoYTHp((PtE`w9%e01Uu@PYl@S%w`ptW-gdVUIzwX00v;d
zbq36wlUXQ$0w`dv0Qo_=c0T<L$+m<)6B+dUn<}{fU~rxG&9_e^LwM*=q}QpZuW29o
z=<Av5=5IcA{~b6CbBG@3VH*Q-r?hj1ZMsqq`#KDK#()d?!Qj2&Ip^N3-rc#k=zF8}
z@9)dJ$H|uiEa$o4UW9W`{m+H;`>Aq&k{|T{7-Xj#%d6s8=|8LVm>$Cb48TB^0l8B$
z!zTqk{`h0{(MKPt{{8!BGK4{n@PZ32P{W1|Q%jdFRXcX<P#=8oL26tuUi$5mUTjN4
z1;`IJ)I{eQd?@QfXn__m00S^kT@2{>qzhx<wz{~b-}D;>U;qZf47lLcIyJhU{h)sG
zOE3TfFaQIl4CweIV^9DEP#{VL$PdcZ<nPe%-=V(g@w<QD7caQJJGc+wKbCKd>^kjo
zuk&_&{_1VJRp)M#GS}5#)@rzVVe?M%gBIU+&bR%W?J+xk%bn8B8T8+*|LBHpaWmjb
zelU1%c;ju46@6bAyw@owBUox~kYQZ6dtcESbl)$MAM}6Uw$qK}RmFV_V)_2>3-p*C
z!vGAp#DLr>nc<THU--foLb<^pI~eu1PkON}4HY0i*iaLlXI%0LYUO<m48Q;kz(AA?
z==h`yW1`fAWwDRJ01UtY47kRC3tp{LqiN=XdE|9q00v+H23%)A$0r$s0w{n2Q7S-w
zP_CwHe<xC}?6Zw&r>^_X%@79nBm7mnQEJGD+3K0;OV#vwE7gqGSMjZ(!O+pKsbS;h
zsZkUDu5Ru$QJr;G&&)OTKR>1EbMI~^J4kjA1{`2O?v!@Uzz=19h+gQG6a#VR2hTdY
zr|R0{8TIUpWoq%-Z7R4&;I`V@)c1xx`_&t7ZBqC4pQeKQ`<2S?1+OpPu%lppZ`Iaa
zTFcN`PoXilcX_hl`gOB|!8r1R{_o><y0N^fq>e?b$NznT9@AqOfB_d6kUJ$ad{Th?
zpikYb%(jppG}GM$f1pO*$G`v#zyJ)y!GM`_+BYi>ZCEDz91Oq!48VXZ4A|$)W)-=f
z{h)sGOE3TfFaQIl44645vrqs9P{3RP@`G~iT>1NuI?MYkWAF=$)rH^h7yC8fg{}?v
z_4%_--8ZM(gR|7Mt-HyMIglIUI8xqm#25YKPHE>1U;4pzuwVMdKpgqOw>Iuf-Sc?f
zo9oopgSA?DyCD15{E`7B-}?<7KD*%Z*1q?C$@%H`c<rtqqZYosS#92bFqLI|ch_Du
z`NhTR+^_a3xr}#r?k!k@ZibNjp#R4bJKb1bm2by9w#WZ{j~>%w7=VFt7?3+9Gkj8j
z{Gd<WtjxBMA2idwoZ~ig@qHM80T_S*ml-f~PWxuL+yiRo7y<(@00S^kE(7*Cvsp!^
znG5ET*MR{TfB_hAodGlFWEKjb01B8ZKz>lJUAcd^G2flP{ez5KzsU<!n_DNOvV_gf
z=%Ir95%OJHgY>oW!Oye4dbhgb)cpo~j+~>O<(`A&Cdo}Y$AH`^?VN%Cy5qm}s=9g=
zM}AN@Lsx%XkRfc+w0qI~UW?Wv3TF3$dmHAy2P*WqeaG>s%wYZX2fwe_v{Rja`dvkr
z^VqYC3f7Qsnfab0Kj{B{W~Up=tHKlfXO$k)V;Fz|7|1dpcS>gXq`;YHo~fEPZ5r#h
zPkON}4HY0i*iaLlXYiq{51|EGzyJ)uKy@*o<C89of!pfhmVVQ37=Qs72s7Y<SL@X1
zdiI0*$uGeG48Q;km@=T_lZ-(D6hMI}6(Bz-SChX(!+(dO2YSE&48VZj49K0*&KYp(
zH>dR1-TvB?9}IGKci;bf(d=H3FWgp}|DJ}y^Mx{lxz8^>_5T#|W%|<3^}Kg#(dBgS
z^=#4k>E#srNq*4XeMa|qXQvy>tJ2+G#`(`QJ*LMn00Y&)fZQpWfdVLi0$Byf4`#KH
zJgNqNVH<fL1p_bu12B+}0f}GQJT~99@f^&<01UtY3{(pPHhZ+BHq*=n^T_MK01UtY
z47kpK#4j0(0w{n2Q7AxuP_AON{C&xG@>vQDzyJ)uK)`@6U+@giFkmMGw&e$>&s$kE
zyBFjDgZm5?%I010?fZ+)KjYN>tP9OeKR@&DtBNk;%BzN!Tt<3Xg?^GBv~z!m@;HTm
z``_azd0|=b0s}Ar19mXri+{5nD1ZW$QGooQneKR?9Ue#@=mQME01PD0fSGgJHw$)>
zX9vyE90p(j2JB(LK4&(o$o1?8^^;$M0T_S*7%*kP%sH8b0{$p);=~EHckf=cY}qpP
z;)^e;p+kqN9zA-fjvYIycJ11!Hf`Fdn{K*E_3PJ9O_?%9ZQZ(6)z#INEkLl04I4J7
z2@@u$u3fvP*44IcTh*mY7d3wTc=hhP??$qopwJ}Or6UaaK^>LCV+vh^%kziIzK$6U
z(GUh;00!)1Anbzf{>Eq6_I!p-FX%-s1GeP{7p&M+G`kn%2jAJTr{MeE_8rF;o&V#X
z4k<V{?SXHu*;;fNm;C52C6|$2R-vEd2mRj<-F576<+;ZT9{bNNJ*LMn00Y&|K-dNO
z4FymD1!M}4AC&2p9$oF;!}jz33kF~S2CA2Vv=_Sm6NamoVR}#RVE_hTz@PsIZkoAZ
z9(f%YfB_hQ0oNID{cm#WM}cw`2r_#uTC@;-2id|UOO_bt`*!c%tvYq;RC1lS-g>Lr
zzI}UHo0#OfbPFXvsH;?VT%l`ldEUOv3q7GHFaQHEP(A}$2Xy-ppB;1l00!)2z_$Eg
zx%VG@c+A|Q*}tFsto;1o<ySsLe(==&aoMMfYv8tPXRD{r#rupt=mP^V00Vw8kaa*F
zp#Tb?fLsCcgL2J+8F;B*UP?ddCk(&<4Cpgp=A8D;qUZWOM=P{~0T_S*{}`~(nawJ4
zJ^MlZ<d<Lo24DaNOc^k9PG+HiKMI)S2h(}OL4yXVlP6D##8|z0b;;addim*}OP4Mc
zts^}+$#tdIsq>TkppHu6F=SE7&!V6q8o~e!z<@gpgk8|x-}o%tzt6(ysUJPHEkD@n
z&o30s|21jaU2UtaEtub1`1a<a^Upl9N5Q#iZ=5xMP0?j^>Hc)dWu%u?=qL9d^ke@i
zb{urqvBQ-Y+eTjVpJRGVk6{1?s*QoL3-TKZpa2TU6d*q+(<?o?+PsGC<^2^5zyJ)u
zK$?NH7rOp4y*>PdZ5V(77=VFlWWaSFPuFjnxnLf79T<QC7=QuS8Ay8}KT)7s6-eg?
z+q7w;#*G`NR<2yB4jw$HjvYIey1!suU7h;mlTXx!4I9+p!GjxQ|3;4<tu5WIUAr30
zA2n)}+Oua*Du)=XYu~<oYQlsG4aRNVx>b8U!N4TfB`WOHVDf`f#Z=kX>K3|&m*?Hd
z($Fh<1p_cpO$^AL(#{#x_*pUA%sCPl7>GJQ_}t88YRb#Y)z*WBGk%4R;j6apQb9iO
zw9~p3{Jyfq!$tod2-f?x^X@4)KUns%_3ss3#yx#sEINPOlW!EAUugSspC>=)|M9_2
zH<nlB!f}im{okMHF+GL>7)Xi%xl=O32L+BCIilWq=N&a|+O*VpvEbZT@HlwxU;p}-
z51Ys~B%}cOK{KI~I>xge-cP^)48Q;k*v5dFbJ{n{HeIQQeH{j100v+nNe1k5X0wW1
z&wfxp`6U>D0T_S*QwGeOlUXR>j{*Y+4peK`u2m;aoY2~+U~Kxnfa#yxwrwjpH@HvX
zEw|hfnmd2~{DSkAEn5~E+o3}T?HZF@SHTS^@&ft6BH|QyDfhZt9+M%00T_S*81S8e
z0(R)!(@B0t%epux00a6AM4cZT^Y}kf*}HFk>s~eXiGQe#dk<)3?bdAHt$uLnfTFp*
zAp19L?A(&e8#HWo(dGR1mPZRNLnp)d=9;Yq=j(bB`9Xa~UEQCZGwK2byQ)8R`@fIT
zV|ok&Fc1d=1?-TgJyjq$mld3AYSgGv(eLZ7yH0J~xY1J;*sLfOAU|lPW*o<JmdX1B
z7=Qs7fB_d6Fmq1(X1Sm>HF8XV0T_S*7>J7j`<&UVBGb$T^T_MK01UtY47kpKnR7A=
z1*%(t88c>tvV9Ld^iWAbYHDgibH<DrQ*zGa$&*8K=FXj4a!xQH$#rQJRBsUZ!Fqyd
z{Hl9RF5}1)!2k@v01WuRfQB_XF(j_fV_7br^}|4U48)ZmOy5JWapOBxhnpW&lU{gJ
zEn2lDlqcN0??CFg2L{h5dEdeG^47lhe#z|Ky50LqF7Jk$9#M<eZp+*!F~~ViedR56
z{x^CT%^qIzqra3~zmE5iA1ses7xsH6%vqyI7qq5E|Mw?)Opjpz29jbx!x|ali2}oi
z4=<V-%$F(r%U}MY>gwt|QGm^eLjm%GW~wH2jAuQ(pMU`vfB_h=jR7;~v~QMex>67O
zIt;)748TB=4A|$)W)-=f{h)sGOE3TfFaQIl44645vrwSA75L<nPeQrAYp%Jbq#&I;
zcMi?@_~VaD&N+JYsA}1=WoF)uH{Pgqt~SYamE4Ft1IQ2N5v9aaI@jYehRhHQzyJ)u
zfG-S`utjHHPVzHa*2Osi7|>@R?)+dn_ZP*_KK-U?XZQX#;qOIrfTs1lvS6)t4aIzj
z{GdLguI|sy7<7q3UDcnu{olvvF+GL>7>I*`61K?8o+!}2e}8dyFr6pt*|Vo7DzF)G
zC_sMDOw~A!=PZ-=2`~TyFaQHCFkt4K_RVrZYii_}00S@p127O51NJ$ySw*Iq3+9p6
zfdLqR0T^(d0W;@h77Cz1yLRm|xxN-HTBzg4j~5i>z<~pyv3>jYEjYIR3&H<{4VIt&
z-nnyU{UM>>lU!G5#e!eR4+_Nk_t0Y3;qn@JAsB!G7=Qua7?3-qoipP4JeKA1Sw9Sv
z$AByO!5{v3klMWepmug|TWzgs*=9tf8NwdDr)aOgloyd7ERS0k_Io?sSYDM2T2rI{
z`x8B;$1nf`NiiUIN@lpGz`AwojI)F34B^{vzwO#)Q*S~FkRLP?I;mqk>*4(b48Q;k
zz<_NGm^r6?vux9qdf3-t00v+H29jjJK4&(o$o1?8^^;$M0T_S*7%*kP%sH8b0w{3Z
zb=PGweL=SG<jIo-MOnCTVQ6gdyYAP@l`BJY=ggT?bZV08Dq2X97s(G65vRaQrLM*0
zb+SV+00S@p13ocOzz&^zI?2yySr_L7U_hS%7xIJ6FBzcT-L+So-P^eLfV%ARA(3PV
z+jktVwjQh%*HFlh$Pel>>gxXNoKY7j*j4?h+y8xx9@AqOfPpv|C}4*??U4dM_`wev
z<OkcgZ?E2X;|;ZU?_PD}$dT0dzJ2>taDJ&{$BqrgUwGk#9x1}6M5zGzK{GYuIG(di
z-Y38S48Q;kxWIs!bJ{n{1+A%(V*(7o01UuDTnyOf%w`ptW-gdVUIzwX00v;dbq36w
zlUXQG-3lB%dNh>j``zz;S5%Pt_Ye%u$?AR`K72T|uKxY|7oD2qx{4N3<VEs>MZ_ua
zQlV>bd7iuw48Q;kz<`eo6tF|*o{sDDSeDCY{V-4-1GeV}@3?ES+Pv?8ac(b|d*f}7
zm6ajvH)N&??q?XK$B-W^k6Rb^d*_V0K*26(O^yEVPxP1`!vG8<#Xtc&<Y`Y72+l>N
z?;#lc{PLH-tk$nzUvlfVY}ulkHf<W3yJN?WlJgi)eF~5tH0ya%$9UGm`w19;0T_S*
z+ZZr&PWxurrYrTZufqTgzyJ&+$$)*%Y*vx$*$?U`zXSs?00S^!%7B@3G7AN&TY>ub
z_?tCrR#8DZbm$Pu00#L(-LJa3y3pL#ty>qJn&i5Q7E<Iz@`FXhDezL1*X^<_vPLif
z126yswlh$`4xM{C$<Jt67v}_EK%arA^MhLs98|Bou~zlyJw=`Wjo!w&z2DyQsQTyX
zEs<sRX1u;iUHYSeqIzz)alBf-VMk;&<oXTyL48JD-JhK^>H-D3sy}u6zmL&ldJF?F
z5C;PV?2xBDQDD-fNyZt#Aba@v&woBMf84lno~XiRM5zGzK{GYuIG(di-Y38S48Q;k
zxWIs!bJ{n{1+A%(V*(7o01UuDTnyOf%w`ptW-gdVUIzwX00v;dbq36wlUXQGy$bBv
zvquFPz7{Q7q`up?Z?BFWJ62GT`uV@MZQB+cTj+(`Z@)dWzF@t_j~~xFG|6@4EkN^0
z@`IW}<qXTc?v}^oeqaCwU;qYuXCTJ{oqibC=dmo8&-!7YJO-l957s{>2l>0_W-e3x
z{yJ0L^t;E@l`S4t7kvAE)ud^6)wuDU>dZ5HsOFapNZljwfx$D>toduoy5C^^_1FJ>
z(W))#p})PR+IJkUzVp3)nL569-aV>in-Qw#y;Idw)0U|9@9&ExH<+%6{9t+9y0G6n
zZQ41-yP!2S`oBNXV|ok&Fpv}jITpx64;2W`Ev4^2c>n$Pi??vdkRh4*H{5W8cs>*S
zSAhJWS&x%C#<L#YPrv{SzyJ)`#(<e~+BeHKU8#qC9R^?k24Emb2JCZYvx;2Leo#O8
zB^ZDK7=Qs&2F#q3Stw9l3IzGUojZ4`#~*(@l;gYp`s>yH{riiGapcI6(40=4Iu#wC
z@5MfS`h=G8;fEjQ8>W(6SKb0NpCmu1DOAp|^fkBqBr^m9FaQHEPz?;^SfJAnll+X9
zb#YDr2J{(-J3m+r$7z#oBtNLnsH^+4)25wMysP?CxBvSXJ*LMn00VI_kYj;7^iYB3
z&6{WPf15XN7H{E>9Xm4fzxmB?isv)Ie+9@7n)Nu2<2lRZeF6-?01Uu@3k;Y!r+u?r
z(3%=KCcpp;zyJ)y#ejXzY*vwJ=7M?TbzlGnU;qYOXTZ!knS}!WDllfu7}cs(tJHVP
zmMufMz4Sc?gP-Hak5A?GN-1&Z(4o*Wf-Io)Yv|CSp=G@P{`+|sk>tAa7NGeg`9V#g
za)y~)pUWIFMlb*aFaQItGLU0|PCtz6^H`S4XZ<ix9s}eDE8~yk2g~Euh5g=X)6Oa0
z1+A&k|NV&`(_<KbfutD7u|OVrsK9^y*MDX5f1iH(sdx*IA3vU%{~!PHAL98;@LvJ)
zgJwNW>KM;@cs~IHFaQHEU>gHw&S~E)+jONK_H`J50T_URBpI;JnawJ4J^MlZ<d<Lo
z24DaNOc^k9PG+HizY2^VJvx-t%gqc1kK49wt7>X$R9#)2mI(Xy?F%h$;J|@e^Ku7`
z9XmF(jP2XE=f0eIoaDMPD>ZmPeo!u&tN9P=uFSRB=#K6%00XWwAa_bTXC(O<E$iZ(
z01W6eKz^_?K1qI1pHWx$XFJ_kUX`o*Q@8*77(J%PFaQH_Fd%nIX1Jt4kojxWs8Q-$
z_ncP!?fcy4K9^ZW{nz*%1;`JYF%ZY`oMrMp0R~_I24KJi2F#q(zF974O^qBAU;qYS
z00!b>z&>X-tH?BS!94OhFaQHE00XWwVCJ06LIHmjD3u>f=Ly@lZ?E2Z>#dSP1osL|
z&k24G9z3|@ocaSEdE}AMGPZ2lQh!M5_axVqw*bv2$q#A@l{3us90>JS<{E8uM|T*2
z0aqEwu|TIE#`SqD%jL6v7$}bc@`IJ}NAiQ^aqGf<@3d*>6z_u8)ad{IM33n)48TBA
z4CGiK4?R@i3t#v`+1bA+mf@kaY|_6KAU|k^LQ=<g*2DV=7=Qs7fC1YWFmq1(X4$4I
z^{}tQ01UtY3?#{bea>uFk?YwH>L<Sh126ysFks4nnR7A=1*%7Z;D54y^2sM^<Hn6@
z)TmLR9AA(JoH%h}Q8D)J-5Z)SXwaad<MX{ZZrr%gG78;)Fv)f0t5f$m@`JicWyiUi
z|Df*5T$_#V=nexg;5q|Y2Xy;UlAqDCF3t(SfIb8FKKgfc+G*WV->x4oU8<k_pgyCn
z?$2(!cD8y~^`~zC_c3}*k6{1?;$R@_fIRY1fhe+nQ7j`0ZG&@l8#ZiE6DCYhUAuNw
z?b@|dZQHh0UAlBp<HwIz@4ox4GQG#5X?>r5`l)*7op;ofDN|Jc{{7X>H{Yz<v}vQR
zz4ltwqeqWaT`N|sP)Cm*HC=`E^T-dHwJ46`Im_gI0t~<a48VX34465meY0H9ni@GK
zzyJ)u01U*%fPKzvR*`Auf_db1U;qYS00vxVz|1+Bg#y*9z@9yOREG{7LV3R6{8*u{
z+S=OC*gk#w6dGFa`G+5VIJAu2yLaauo8-Fk7NGeg`9V#ga)!BdT`;whTY>=?fB_gN
zmw_A$boyajpU1LXKI?~p@))?}=YJ(Xcqn<VB0pFjw=V4WPMda4@h)ghjsEXX^q3yQ
z01PC>K#m3S&_e~H$o@sKjB=$7&WUyE)G2hHEcpMP^}lbu^;T8r|8JICLwbIY1zfUZ
ziR#<8Z-e#MuP6Qc)mLAwUU=aJb^Q48^kTGszVgZ|s#U92#^3M1|GxIROa_u4G*L~d
zq>k~dhxZdO00S@p1GX_>=A8D;vQ1a&VPA&<7=Qs7NRk2joY|}**RvngPkspoU;qYS
zz?1<q=VTTNRJQ{A_U%)_`M&hIzt*i=7ySRBM~)oHj0?th?%Y`{UXVFVuPgZZ!3Q7Y
zT}G1Y%3FZuljH|Ag~}OLZVrR_$zLCh=4cKBFaQJQ4CGj#(+`vUjFxqAP5=h<8MyPI
zm&p%SAU`;M(t?!k=Y8v5u9e)b&#O!Ow$rAaQ@l%>Q>&l*5`CqwFaQHdGLU0|JoHe3
zD6)T1ETbH0SFc_jIzN_suB_1GrAwEVv&y1#`}ON5t|wjREw|jF4j(>TboupPoHc8f
z@%n=G7W#jr_19ziJNZE~<&r$kvo79OzyJ)u01Vi~fSGgJH_IkXsfB$U24DaNU?6D*
z>~m(bicB*X%p<P@126ysFyJ}^X3ohh6hMJT9(g2m&Mx?Wqxrt->gqz{+O=z!Z&=ai
z>i=KWW5<r=9iQa7@)n@^B>6#2p>l?iK{3yupdH%501Uu@dko}QpwkbN{+yQeac%$x
z^ceWt>#H*P!IfKfDSRRspXfJaW=i+({&*1iLGpuE`#Z-{y<;glp%V<i01WuSfYqi<
zab+tIMfNX>WteWru3fuA=huQf+^A8b)Sf+i)X9@4Rd7x$_<x@hCQN8BZtK>qrmHPF
zuYP{8M~@zA{`~o=oL+Em!l0(0w%XcS6=eT{|38|}4+cLwcI;U2|B>cfG5NuKs<{6g
z9_ojO(ntCT126ysat7RY@z1t^-phNBW@rWjFaQJoFyM=yyPo}^e)3B&00S@p1Evi4
z;^k}y3M8$-`t|EW=lmv4oLI1g_U+q;#um!|<y%1gOkk^4t?~`aJeTCUGAk86AU`M+
z?9_0sX-?*vW^_hp7=Qs7u!8})Q`$L$&%pip44hv2)ywBM?Nm*hbx&p4COlKad+mho
zMcA^<h?M5n{Qe2@gX9P8H12;_#WCNnV?O<)pD+LeFi@NUt4*2W%2psZ``5gAbM=EC
z{6PHOs8J)8{x(^L=|%(@yx@L)x!JoQr&s7}*|KG!u^l>eP$y2DC^X#o`E-78=+L2R
z|Ni|Ym-Ep_AF2BPBXs!i;U(v#2h`6G9yxL({gM?wx&NS98}O#$-h@8r0|PJs1O75#
z=A8D;f>D1NrML7J24DaNN;6=eGn-Xpnz>*ec^w#l0T_S**BLN#PG+G13LHFmFmx_*
z;J|?eMHx11SZHkU|4?<m4j(=onj4&(EcTV;x{B3N>^1U(#nj3F8hI8w@+|a$KEMDB
zz(6t#<aa~&p5?RU(w{A(5gJvBfh({5TPn-eqV;g{g9+pZYgTSnU-`<NDb4#mwUGQE
z`9Z5qy;8>|){7^?01UtY3{-*vt4*2W%2psZKbXz{CjHZNBWh}DLg&WDj2TmMQIjW6
z4$YZ6cW%i!(gDvu|GYYI;DBgaaGtMa%a)<qKK$@Qt!32D4+i%*wCRidpjkI6alB`p
zyw89E7=Qs7uz>+H=d^E@4O&tI`!o!|01UuDr5Lc!nawJ4J^MlZ<d<Lo24DaNOc^k9
zPG+G13Iyi|bN}z@kRd|~in3tAg3#FDyr=Hh>eZ`5b7#+<U36-a>nd7Ekr&Ai77?ew
zOXO9O$*Z6<I>P`Az<?bL6tF|*p03pAwXBzO1u#&Wfx#~<PG#9nJFS~~{JBMB2xH6;
zZmX?TziKxsrS~`gx379}%P#VR<Oi+xbdI5=kD+LUMlb*aFyIdZR+}=#m92ow`N7Ve
zJBQAVef;sqCG`lhb-6jc8*jW()z#INoR`Fa#~*(@v^~Y{rI=d}`N3Q@{CSLz`s1VY
zl3v0948VYl0bkslzRUWKUg!k_FaQI7G2n}zn`SPUM_va8U;qYSz;y<E@p85U1(H^v
zey(ro)Tsqa2<|tSn>8$T55e38jT$v7G<V029l0+zc%0<A8mwIN3G#!QLgfr2&tgZO
zg+9;+7=Qs7NQQwN3v~J+pM(4LIXM0Fub-E<9hu6sopbJ=)a(Uo$q>enAq=vEJ@1{G
z$!c=%LI3un++(BDrkzuK?l$q*Z)WK){e=M-fPwdO9FT`TD&T5<u>Sw=?Ay1mc6){o
zA09fVwsYrB?YVIdT)%#OsIJkYM{BK){GgUh&JDtUcn<;tFaQHEP^}C&XW9h{uGaps
z-5k4M00v+H1_B0r`Eot`LH*>HU;qYS00vAM@Wsp74irdQfrlP?D0Hqb$P*U(>e8i4
zX#6Lid{S(9>b2m1rM7C-Dl@M`hYni*D>cb=mE4Ft1IQ2N5v9aa<W-W%tDrMF!vGAx
zfE^5!utjHH=JRttKZgOk8JN6si#q>X_olLKXPw<sjh;AP1$j5TAQ~@NwRM;3c<Y2r
zcJR8cleq7or}rI9AM2bk=n{pdw}+p0AH(Sn{eb}(fPrWjC}E4d?6?9WMvPFyh7GIe
zw~2%c7cR`47YqJ3XYjl3*UFVELv!cMnWH;3)^YX!_viih-><bk@`GA3IX4Ioi^jvy
z5glOw24KKF2AnhP0tLgKd+gCOdIke900Yr6P{1CYd)hQ}!94OhFaQHE00XWw;GAhw
zFbY_pz_xAMLgydbwr#6UoH$Xmvc-!Rhvq!;$RkC^2QNPN+;gEhy5~8QTvy4B$TNWa
zU>;FQJjFH4(Okofj_3#jFaQH?Fi^r4oq3thpriW?8ZFT>E(RW5^sf5Gx9`tn+%EmU
zzo;Q2W~<juJ->3xF7?iiJ$!3wu;iU>YU#S|YU(R*sct==QRkd{cShH?w@*|rp3*a}
zKC)apjuFlnbcsUY$qt_A1ATx27=VFf7${+jyo>@BQK0@k1o!UUt6j(8!-qrX)%y4E
zuRS-;fjf5W2-VfEUq7wYkss8O$+<yzTrwVq&gcvSFaQJgG2onO7bqCE>|=|b&=VMd
z0T@V*fdcmE+|#aSKd7Jl5)8lq48VXX1J0Q?1*1TO3QU?bNd@QZBww30ZBp&pwF{l+
zd->&;OD^K%$&>2ln{N)ytEs6eIIsTyNWK30>q}-7(+f*-UFmg7ev%)QsP)-c@-A-V
zUFZ{if&mzSfoK?zJEfg7_>4NaKFt;=EH=`~wb%Z}qSS+~<p>&D}VG&uWfy;RSU
zbJVnLyU7lEe(%9xAN1v`oZ|^|@go?30T_S**BJ1{zu6AI6zI^QL+D)E(W6JTH?Xd*
zE;P4w>(<(H;~e<fYp;dsdiv?7wN^)dP)jD~2D#=H)XV!D7=Qs7fPttOaL%*~6daWv
zEQfsy24DaNV8BHN3fQA_Pn%{gm`7d*24DaNV8C?-oHK0-Mu7+w=-Rbw>U`bpx8JUU
zb8x|Z1wZ`o!%$8yxUXRF|4QF_>n(NPefNdV@3m;rLiO$2R|V%Ib-wEVf6-w6`0?Y_
zfddCp%LtZp@Zdo;dGh22>j`p;lCLD!C8;YIOMXzQm{R0XqRFG6BRawW48VXJ49K0*
z&KWL#)=SNtqo`&E{`UGR)vnXy>ilorOMbA7{NU+Lx~uPBHdy^(@C+4XGpm`YYTI@@
z-B?~#we^kd#rt6Z24JAN8IU_AGf*I21?uPj+O};gUSV*~FF5~}{yu*ExOf>+Pq_2W
zJ2UkJbp_`fb-wE72d7S*ss;@jl=^?AZQ8U^*Is+A>d~V|>RjWJB}>$iBS&-=8`+rG
zUw>USYSbw7{r1~$N49)l7lij#xA)S2`VRvzP|XbZ;_cPkL$;k`7!1Gw48VXde(rkq
zgZjxY!2k@v01TKi;ER{D9VlR;KsrB|K8Gm%Ib_I?P}WeVh7~JTgw7G_taH(#MLLUa
zFeb@$HCTC(C&&*L5vRaQ<XzmzyU-{41OqSt1JN*0zz&^zn$OPp>>LK%W#E~$+tk=M
z)~eBeU(L6s2KPNSUp@NIch&Qoc9I#af_n|-JH9z*)CCI8w{1M<?(v-7(K{G`0T?LG
zKmj}CX%wiK0zv*Q_q<uBPMyTH^y$+lw2a{YhF0=x-MV$5dal0uYW3--pK6s<KR=kO
zO`*q+KKiKk^0kU6GKl<O5pjyVgf|uUCiFoc7=Qs7@Rxxi_UP10FzPR(^p@Vj01UuD
zX$G7!?IOjRW-gdVUIzwX00v;dbq0#qBQK$V_X?Qi2ZR3;8l3Ml{R-|4c-w8ah0Yh|
zJI{C1O*g46Teg_4CN(d~b?FvLeo$Ab>^Sl$(d1Fk5glOw24KJq2C@$5_9H%9F8$du
z8le#kzyJ*R!+_haovj`w{b7<`(n}bC0T?LFK-K|ygaURbaOlvX(7Cf93n={>I&^4g
z8SlUUzH||hjX!$ysOr$6L#Uo-pM6$)`6l_n;Cy4dcJ0)*ZQHchV>*!hpqX;`Q)z!f
zBQ$~m7=Qsk88CBB`)0wXpM26+`U(Ru00Vjq*yqe<6}g`Mpnmd8FaQHE00X8Bm^ml2
zP{0objvqg+cJ11wYHDiK<jIp&|Ni||mo8n@b=O^|TDNYkTDEMNdVKfYcdOB(N2>)3
z7O3FdWfWg^b#<u>;`s67)$f1*`_%ecwQ8k;|D`%+%ow$1%^DSqiQ+5Cb?MYgeo#lH
z@EGzgZsc9)6McdK7=VFj7zn$dyT9@Ivfk&*=!8x%00S`K2LtXpcDQnQ^n*wGNFQMU
z24Fysfv^km8wyljfqnb-g|c=72M!b$HFoUS&@#4f-!5K8R1<~|A0DbD$P%77aYB3X
zK|XKPs8MRsqD86mnV)>}Nosy@-Y@w6*T4Rywr<_39(m-E(0YOlVQ`<r;2db2U*reP
z)WxIpJPMuA2?k&Q2K-~d%sK6w1)Kh{Nl)o148Q;k=rdrSGn-Xpnz>*ec^w#l0T_S*
z*BLN#PG+G13ZQ_w0^|qf+L1?zCXa%S=x7@Q+iGjol$V#QPF*LdOMW;|opxHc(07w2
zcPYM$YtXD&clE6c?^Err8>5Deo2S;kw@2C5XX=q3d*n`O=L~u;?>(BK84SPx47kgH
zoo+0zigU#J=ZMh?tzZBKV8DF_<W9*96o^-W;9h}2_AUKAc<^BH3hQU-wrtrVUPcrX
z=Fgv>*^cz~Y}~jpibdyLM)3bn@3`ZR&^m9v`DPXTFV(od$Pbz+i+{TBpY)I(!T=1w
zfEfd3&S~E)`ft{MbVD~7fB_irg8}=T*{mYhvmew?ehCI(00v;dlmRp6WEKjb01B8Z
zKz>lJ9oNvhdkrnUqj!ZEm^FWm`q57Yh4O;+^Mm{z&Qt2>an8AaQiF!gR$C4nBu9Aa
znxR7c+5WuTDeatLyUx_-?mj~A=p78efQ<~;>BjP^IDhTO`D^+}A7KCnU_g%nxl=L&
z1>#j;@7}$k{M(>GgTyNwH*Q>L8I`#I;JS6|LNx^W!53eAQM@hE2}h3}RUJEa46S?4
zoH^3PXpbj9s4Z1!AReXXQRswDFaQHE;2#4aLv;8T*z}K0dP+}W00v+{p8<z0JXE@A
z=7M?TbzlGnU;qYOXCP#V{DJ}~fC339Kz>jzvW?e<QWMuK!+<#hLq^P2jT_&Y$qxSX
z%HgW}{jaD2qiWPoe=%Hj?lDb`n*6pJ^%UQwG#LKGTk5_C|E{j-__#XrtezQ7Tels_
zy$Hz<$_+Q-85}3gkCSMJb}#?~FyI~o5!-0R7RNba{d2@<g;p>C12Et|0~Iq|R*V7#
z6sWDO4Q1c@^yyPzWZ|bDe)!?gGIsCYU3hQ|uk6{gN409zDpbSh(W7HnQ~pJ6*svkA
z?jTQCS67#RaGB4NA2bsX|8(C!=^;IY0T_S*GX~6@)4o~s->m=WhHfwb12EtR1NJ$y
zSw*gAKd7Jl5)8lq48VXX17^<2EEGTi6fjqS{GePruAO!7+F5!=&k8Z{*O7BF8Mo#?
z9HJhZ_O6<@`Vij{XfWf=J*s1;XEOT!;_8Rh#=Qrey$4?*hN|Itxl`IXqZ)d}HsW_M
z00S@p18D~AbYpo{oWJ(t{55@~k1zlOFrdeP+$ouX0`V$v<j9dw_N{a0&f*mYnZw|I
zf9dZJKKMYq4ATjRPW?ZxYp%H_v+kgV;2w%`<@fT{8LaEZ8*dENaQN`yd_&8Aj{KmR
zgm{#mN1+os!2k@vfPV~_Ij4QIVADS~=_x&h0T_S*eFp4vX0wV+GZ)MwuLA=x00S`K
zIs<0T$t)B=0TeJ-fc&6byY%&#{N&nP7;u|`m;bRwoqqaVseD_Dw&T>RD-Mtwj375y
zKY!V8_yYBnuY7iY$Gh%+mi(ZD_aT%!rJXZ4X1jgNrhoJg24DaNWDMBp#`3B-N34I2
z7_HC>24DaN+-E@Ul*~YZcohh;Z|U4$@UvaJcH$Lw>eMN;jAO@+iI-tA;iHc}QXM*U
z2(3HFGM+qn(qwUE%^5RhOsJ0Fo`i9HksmZu75{YKKj|SogaH_U0W${7oYTHp^xv%i
z=!R}E00S`K2Ltvwvsp#1XFsT){1Obn01Uu@DFbHC$t)B=0TeJ-fc&6bJFZ)mUAKx}
z=w%}V+iGjo&#w4uDm(c7O9!jj%gGMb&;3RDd)Iqrq_l3__)ax{*#<I%j%5htPHE>1
z8;?cQgh#>v48Q;k#KnM}ZY-~g^Vfcyzow7$5e8rY2J{$^J0&wvAbthfw{IWHzDe?b
z_49|VTD6M5;8SY|?wfeqZMTK$?%ut-I)40kBI~cel9yk8IaJG%B}?iLiR5?kgJv?~
zQF<PQPUr*!FaQJoF<|DL_RWG#|JbCb^b`hQ00#6Ku+N#zDl*MnFps<r48Q;kz<}!v
zm^ml2Pyhu`z+3_HgL3WSy1tX;a_uk-B*(z?c`H+Sw$o1Qrp8TO%Y6r9xbI+Y{_xee
z52}m5Hz1{Xr>>L850W30n{Na&IL0P-j74j-h5;CWfyy%wfpuE32+k4fpCd*qw1NQ`
zfC2Xzu)=&P0tM<RFl^YcQ1)%#zJ2vZ6#n(_;lrW1{rdGQJUF6Pf_!7wu3bax?cBMu
zI(qbIL~D>Q=9O1o3DvWB@nZQxG-i+=)DS7p5d719|D=cX5C&iX2Fw`9V~b8cMgPtE
zk8bD&126yselXyqdFLtG_3Q`rlV5@X7=Qs7Fl8W*E%Fo!pa2TQssQ;xxx8EpTls5Y
z=>a_`mw~Q5o=IidF8#@aWCvr;4yJR2y#~IP()_%y_g2CEAIt3_^OHLc$eq&888DL^
zGiZ(0FaQHEP<aOIbYpo{oWJ(t{55@~k1zlOFrdeP+$ouX0`V)bV8Mb=_N}I-Mth~J
zSFaAuojrTD_FR*JCr+GD_uO+&Xq`9Te6#xGlTS<*7ulR~<Hm(*TDNXpWXsN75c$De
zHS{0jQF<PQPUr*!FaQJoF`)03c8`Qj|JbCb^b`hQ00#6Ku-m2et2519Fps<r48Q;k
zz<}!v=({B&Q2+%{AQ}b856X4qTG+~83ri2^LAeb4?1~3dS++a=^b+~Ogz|&WytXB!
zd2r9ig>P>nKj_ds2<1*`=ZtcX8_dUhU;qYS00vxQz)m-oSH(GE{d2@<g;p>C12Et|
z19GQi1`5QlKybgo7A;z2z9sh%95rfGW?rz29Xoc!R&ZTiof<fBU}$~q+qYLAe)wT*
z>(p6rP*;#)%+)ZsFJl~E<Oj`E#XsHmPkKlXVE_hTz>EPi=d^DY{Wt4Bx}h5kzyJ*R
z!GL|vY*vx$*$?U`zXSs?00S^!%7B@3G7AMz00qnyAU`PA&ZTQcsg-M-VIV&PU;jq$
zRF-YP$Qts43FQapuB=s!8{d`EecG#UlOH5MC^z6TXK*~se>_ANbb$dFfB`=lDAP8r
zna=rZKh9s%NBRf@FaQI33|M2p6oLZv6zI~WODO-Qb3ebMM~|vjty*Q~b?DGR1zEZ{
zzJlcrA3i*@t{|&-%{AAkL#IA}tMu3A&6`7YU4Q-cvFSj5(5%~dl%7YS6FR{F48VYY
z4465meY0TGKQ`$pJ%s@nfB}65>~m(bicB*X%p<P@126ysFyJ}^X3ohh6hHwKFjs*5
zpj<nyul4i#TKZaDeLeT9y;3>0zm8u_elVf@;Jj1oIqU4ZQ@TGjZ3+27@`G{%E^`LQ
z`RY2(({K6>129nS43ue`)=cLdvHm$?v_dNwfB_hAp8;zOm_ksXo&t*(FAink9(m-E
zdLtVC`rLERh33qeGpFI8h@P1^abjp)ZQ8U^d-v{*XzAvQId<$=gL@Conl;OOfhA^=
zA1onIftT@5_x+O|(nA=40T?i2pnx?x_cZ-C>p!}o8w|hz4EVu-bH-huVAr!B)K7j1
z24DaNV8E1t0@ldWD1ZVe5Ss$z2j$XM`*o;nKi6XWz(6`b_~0W;$PXr%A3Xb<&vKjO
z2i-c3$eq&889p4l*ao-u9r{JTU;qXx$$*`1EU$|5*M6M8rjPUy24DaN^cavkB{NVU
z83j(BJlP-zS5s3{aOEpkt_<b*f_v_rIB}xj`1A|YrcF!TvoN@CVelRNUh3<`7hepm
zt7XfUYR8TprKX8rfBNaC)%NY%wdZ~C!3U~)_wJ$Ef_pFq_hpRhi~OLOvUrr9N1+os
z!2k@vfPV~_Ij4QIVADS~=_x&h0T_S*eFp4vX0wV+GZ)MwuLA=x00S`KIs<0T$t)B=
z0TeJ-fc&6byGmXI%DTA*83v+Zfc)U0isUBA4@Sdp(#HY0Q`$KrY28?#o4nIE`UV3q
z;0ptGy0N?}&JpXMBStH<f&mzS0rwe@J0&wvAUOqsOkRr?EkfVp$B$PB4jfQ*b#<xl
zg9i_)$&)9C#sqUVZQ7(&X#Ff;@O!bZ`Sa%+udCQ{^S#!yXV28SZoBO^72HE`+qP}$
zqmMpPLAEme_35Xdrm~AqKKZ1&`s%A2)F#Ovrk5%CNq$hGR(34@>Aru`LwX1UFaQH)
z3}oHV?ML+AtpDhSZZH4?FyIFRZo7E4de^fb)K7j124DaNV8E1ttQ+zO1yBG5l2L&C
zpj>BPt|w(XxHh_)86ZDMez2PPmu|b<Deasg-EPL?lP~}SFaQHCGhnA1%d6u2wIAoN
z=_7rF0T_S*JqF}X$qW=oR)G~ORy4@O)z1{x|9#P-McPG5^Mm!*75tvQccJ9xuYdjP
zk~OCDgZb83>bbUU+p3KlH<nySxdX@#nkk4!>3I}7p%V<i01WuYfSGgJHw!lXW0RiJ
zQy72&7|>_HK4&(o$TV}oJn}j)00S@p1Fkb*=A6tz0Te(1a|Or`%C&R(8d7TK8fX~!
zi~;h4<OkUo^pA&fr?hhhJ=gC!TA>vTzyJ)m&w!n7EU$`l#QNum(F(0#00v;deFo%C
z$qW=oUV-2~guy-dN@eD5y6GmhWy=;(fl=fKOVyR{^&o3l>dQ1g7~GHX$dMzZ79Yv$
z<Oj`U#6R8lPkKlXVE_hTz>EPi=d^DY{Wt4Bx}h5kzyJ*R!GL|vY*vx$*$?U`zXSs?
z00S^!%7B@3G7AMz00qnyAU`PAj%#V%zm}FB(nIot<Oewp=pP5<PHE>1damDdv_dNw
zfB_hAp8-4FSY8$9ul+cGO&{qa48Q;k=rJI7N@k!yWfZ8Zt5fUNtyAO2k5|9{{qI%l
z)~!?b{p-}JlNvK-j9Rm1jS9v{ziiGAo;Yzr?b@|V)zs9eAQRZHUq5xn9e1eT{N^{Q
z?Qhw#rRvb3gX-J2uX^H%CsG<5J9bPeL0RL;51Pq`N9lPKI-wH`zyJ*R$AFo0+BXX}
z{bQ4!(o-0K0T|F{z&>X-tH?BS!94OhFaQHE00XWwVCJ06LID&&0dob&56ZRUT3Yw7
zrKN}Tuu}QK>5F!&|30IKYSN^8(eFM(URU#0>t+0!{dei*m0Dl1*MD=<liIbEs`>15
zda2V+>!zNXwnVWXy0ah3ozl)3Fy{_)^om}=01UuD`3%_U#`3B-N34I27_HC>24DaN
z+-E@Ul*~W@6hMKj0^|p?T1Xz@pYHo7J*0;)00S^!#(=~xZ5~Vi&H9gS=mrBY00Vw7
zV6#U{YI8mNLH*>HU;qYS00vAMkoYBIQ2+%{APNP@56V^KTGsNfWko|YtTY3a$Pdn4
zRjV$)YD6kO7i8#)efJ(TPdl?0WdDjStK8SF>G-&IE#wFN+_&XUY3GbeA9q;4pZf=W
zrLQmm1GX|?ryI+w;{3HA=dbA_eS`rRfB`)Q<W9*96hHwK$SOd7Fsp^+5gw)IQRswD
zFaQHE;2#4LzqENQZ2HG0J*B5G00S_f&w$MyEvd~kbHP0FIxqkOFaQItGa&Ix#-acU
zpg<G~kROz*XzTT%)Wx;SFrd#sCGvv<M%HNO{KyaL_Y&^o*Gle`cFus6_*p??G=>2f
zfB}0Lu+xp@RdJ43{~R$|p%o0k01UX#fZQpWfdVLi0$Byf4`#KHJi<TS_fL9A4`BcX
zV8Dz4iC@}0mj0XdAKlOm24DaN{9wRlkCxQtdiI0*$uGeG48Q;km@**oOU9xA3ZOs~
z3XmU^tH?F6_FNN7FX)9S14-uxr!U&AP8ZxKko+KQo3b6pJh@ZaIU^2jSSI@_48Q;k
zz<{j`*y+adsyKh`$N6jeNFQMU24Fys0l8B$0|ih31+of|AIxeYd4xylc@#RK6AZur
z4EV=@#4l|g3!DD2Nl)o148Q;k=rdrmM@wom&0H{#ybcV&01Uu@>kLTzlCda&0w@rL
z0^|qfD%yH|D0Ok|G7RW5kYs*v?y6dK`Bfvd?>%_hY2B1f`N7}Z^rV`%`cNd_XP?t6
zrNdLxmMD1D=e5#W$(_>98I{(N^}EA7y`onz00TZSV5b|)tKuB7{yAc_LMs@60T^(f
z0l8B$0|ih31+of|AIxeYd4zwu@1OLL9>M?&z<?P862G*0Ed4j@Kf0kC48Q;k_`!h9
z9xbWO_3Q`rlV5@X7=Qs7Fl9jEmyAUL6hMI}6d*q+SJ8)SN!bRjiLQ1AlFSbd7+E9A
z4%(I<964!4B-z0rgGheR&0~+;Deat5?Z-W~-_8AxzR@=rfB{nm>~v#!Rh+-}<NP&!
zq>nHF12CY+fZQpWfdVLi0$Byf4`#KHJi?>&JPMuA2?k&Q2K-|{;+Hm$g-!q1q^I;0
z24DaN^ck?(qb0SOW-gdVUIzwX00v;dbp|AU$ygLX0ThTr0rG=#6-}?-WFFW4!hk&t
zB$XeWzG$~Py-D|2^MmEw8!*TQ26@Fo-(UZq`_$Z(wd4m6*~4xnjw5oXv~xx!v}2vs
zz3<R}`VRvzP)P>tbYpo{oFmphM~qfz1p_bu1MV{*cS>fU01BW$Rsr&ZSuG@w@K5*s
zlOEDT7=Qs7Fk?XCmo|^3|7QJ1H*|vm7=Qsk7_ix+CAGPp{h)sGOE3TfFaQIl3`qQv
zu_%B7C=i7L<Ok&{R`ME9*3C7@Fc1v`N#qCTuBug+Uo|3cHn07ylkz^F&hhmgG%vEu
zUa@@Pr9XMFXdV4WE{wDe?mrj}zeyhl<W6bljHGpAeQxqj-{>0*z<@6d*y+adsyKh`
z$N6jeNFQMU24Fys0l8B$0|ih31+of|AIxeYd4xylc@#RK6AZur4EV=@#4l|g3!DD2
zNl)o148Q;k=rdrmM@wom&0H{#ybcV&01Uu@>kLTzlCda&0w@rL0^|qfD*AFgDcixd
z(bddA68XUaBWv<z^Sbq!sfIuCR^Hc=%nweUy}4)&&HlTGnzP~n`N1l`_h4|G@a3zT
zk9ll6o(}^s00Y&>fG_^dIb!{D#At<9FaQHE;64Ms_&3{u0w_=!1;`JY>5hN8@1OLL
z9>M?&z<?P8X3lBfEc$QOe{@4P7=Qs7@Ph&SoY|}**RvngPkspoU;qYSz?1<q=VTTN
zpa2S(D?olwt{vCjR^PR^^xVIm$DJRXzG$~Py-D{5`Mit2H$c6%@}L#@!C$w3tU-P0
z{9^F)uKQkzG&>mF2a)>^y16gOozl)39LwG0kG|127=Qs7Fk`?@H<nk$`D;JUU(-kW
z2m>$x19}X|ost<SfC4CxRe=0pRtw1^JW9`_&<UMj00v;dKL#XzY4cdv^p8z?N>5<`
z24Fy+0h>KqQk!Y!f_db1U;qYS00vxVK;oB-MFA8*fhZIpKPXp`>sQULUqv@`vx$K?
z^Mi9&)vC*{8j&}f_tc!tsZ3s_?>{)LW>?<&a`S^T-`qofkb4iRV88X{%cf%xwcv>`
z00S@p193Cpi+^*DSpOU`TA>vTzyJ)m&wwxf&32#w3RFe`@`Gl&<Dc&PCq1NxFaQHE
zV8(!%bJ{nH{+sn5-OvpNU;qaEV8A|SHmk_>><9IeUxEP`fB_gVWx&iinS}x<fCA<U
zkROz57x#6ZET3zMVIY16;>-^Y7`ZTSHm_UnnVCFZrSpTG{`g|v8q@i~8#_OnsWrH7
zU{v4Se=vTw<2ZiEozl)3acILb-DH}+(Ki@?fofpDPB)fU#rbPL&R^3<`UnFs00Vjq
z$eofID1ZVekX3;EU{(vsBRopaqtFSRU;qYSz&{2gerfYq*z}K0dP+}W00v+{p8=aa
zT2h;7=7M?TbzlGnU;qYOXF%eYj70$yK!GR}AU`Nqu^O&5WgEGs+II%x$`8JD>b`zW
znsjfF&HMIu`l;7e9?azMDw!Xgz5GDl8q?Xq;OEr&?`3L@Dmxe~hy0+M#}>I$+Bw7b
z;~LxN=Ke+B=o<{cKwJ#i>BjP^I7h61ju@@b3I<>R2Ha;r?v%_x0Te)itODc*vsy?V
z;h*mNCq1NxFaQHEV8(#NFKr%6|IPZ3Zs-OBFaQI7FkrJsOKNjH`$7HWmtX(}U;qY8
z8IbrTV^IJFP#_8g$Pda@jO+SNmdmxnFpwMrapVW*uBug+Up1mZb}-1}JvC=@D34dk
z{NTMqUe8-&IzRZ!UyTXXN`5doE^R#q$eq&88Mf+6UF>5p00S@p19325ryI+w;{3HA
z=dbA_eS`rRfB`)Q<W9*96hHwK$SOd7Fsp^+5gw)IQRswDFaQHE;2#4LzqENQZ2HG0
zJ*B5G00S_f&w$MyEvd~kbHP0FIxqkOFaQItGa&Ix#-acUpg<G~kROz*7{|4pER$=7
zVIWxs;>ZsU7`ZTSF0bo7GaBUaDwQ7$?tysjSMSMNXF5MPar*iO^+uH;<o<)navs%j
zMedY#&WK76mQz`dH}5~FX3bxthK-%8&N!n->Uh?<+a%R@&<wscG#D~swt8mzQnhO9
zE(Ob#Wf}d^KW+x>bYpo{oFmphM~qfz1p_bu1MV{*cS>fU01BW$Rsr&ZSuG@w@K5*s
zlOEDT7=Qs7Fk?XCmo|^3|7QJ1H*|vm7=Qsk7_ix+CAGPp{h)sGOE3TfFaQIl3`qQv
zu_%B7C=i7L<Ok&{#(kY9%ja5R7>J*NsPls_)$CGDnsjfF%lr2K_ESM-uYUfnQu)D$
zCoXGHV>&k&{A~WiAq{G+Uwb*flOK$q?KqAfa;LO&MjYC(%;cDUYvWG!$9tYrU;SFI
zqQ|k^V;YaU71ZkV)9+HhzV>fw#_Oxd5gtm8V~!bUog@Qxy0N?}&R_d+{+d40M;L$s
z7|>%t?v%_x0Te)itODc*vsy?V;Zb@Xg-+-M126ys{xKl&OPj~SrhjbGQ+f&mFaQJk
z4A|_^lG;o&7tABC0|PJs12Et^0}{VvEDE3i3Phm*`9ZmgNnZ2Gy12#|2I65L%KYHm
zRkiA;zZjl3qcM5*=Dc~lO63Q?(|lmwI@1}O5l^njTW>j;!Q8pz2jk&6?&E~qDeasQ
zw@xfSKE5A)x<;LI?%ko|*BNK_4E_F-D~2h)i)--XpFga=d&wZxr0E|++TGguakX*p
z0dj=o2w}i82JCcWc~zVv);~v#R%itSFaQJYGaz?LW}pBHpg>ju@`G6|B#-b<_x+O|
z(nA=40T?i2K;oA+kEQ=+{YN)+g8>+T0Y4b9*`p=3xt{%?e)3B&00S@p1Evf}{F1RK
zfC4BGg#zRU<tma7h%X<2wrHCa15xG&2aH@8%3-9lcwKr;FPO!vM1FAM^mTdbOxJt<
zH||w)SJoD+IX4Gr`k4HnoBO!jDeat*)bWM&M9cZ0VY4&GuCJcgTito@%j)@m?2PqT
zWqOQrW!{_>2h?B3FIGSL>ClX}KfB^V_3o~{<i|YAk8wPT_ITu)o_4yiyeiIL`*Hr7
zKGH`RfB_iLV?ged%s>GYK!L0R<Oj1_NFL!)dLD&N=mY~W00aIpAn{9^$HJz6Y|>MD
z3Ii|z1Nscu?9r0iOfwhEBd-GkFaQHE;5q{mzho>5pa2R)p#b?oxr(k_8%~{v$QG<d
zgF^d3I>+|lBTLHS<fWQjs!5aXnfygMi+90A{nV>(A1t`+O5_KB*?LTaI@9$AKl=?|
zP_W)YI!d39N_Xjc8DHM9K<<=w&TuXFLA{666I1?~Id1*D#Yi>n)G?R+xxD>3SHIx?
zxqs?EM>TGIS4!u$zZtEz)z*?BBtr-To-kmi8_TQW9I^g6Vzfdl7=Qs7aGwFWQ!)bu
zPyhw83XmVnY9V=qf4c9V^pGCH01Uu@83Pi(w0SK3H|syTp&Jaq01WuSfXyB)sm=B5
z2lbO*f&mzS0T?i4K;oB-MFA8*fhZIpKPXo*_quByM|TZ7TB2o=3`CV<yZovVnQTjL
z7H{(G%|$aVN#_Tr&VMg&o#~pJ{dW)b>Z$ut#odFbbdS4EmLEPI$(_>98RYTYx)0at
zZM#+aUa^;7H8PQ7RJHE=e;ztN;}N4Dn@@Jklk6DBJhzT{arDbhH<nk$`D;JUU(-kW
z2m>$x19}X|ost<SfC4CxRe=0pRtw1^JW9`_&<UMj00v;dKL#XzY4cdv^p8z?N>5<`
z24Fy+0h>KqQk!Y!f_db1U;qYS00vxVK;oB-MFA8*fhZIpKPXqRTCXi<yTf@J^l)2`
zsB&!i?mc+NpI$1N!%I3pc;oM%$z(&)nZewjci#JQ$(o~JJ}TX#sD)+d@56GZv~xxr
z*$kE$Up}YTpI=BFx6VGd7xx`Z;C{kwZ<v_U`@)OvS6dDoBtuAs5C%M8z)m-oSH(GE
z{d2@<g;p>C12Et|19GQi1`4163S<=^KbX}*@(BNQ-#_UgJ%j-mfB`cGBz|f0So&|)
ze{@4P7=Qs7@Ph%HJz7$m>)8+LC%*&(FaQHEV9J2RFByvhD1ZV{C_sKtt|FNe{mcnk
zp_Q!+M3rO9mmmB}<2zOGe6jCfOm2QJ-{bo8gL?>?=s9c2UR7#+GvC}}v}|cTQRyyS
zFXPKQ7RjB`&KYF=;>-F)t?kx>wd$MSx;J&4?9yv`BFCp{KTbS5cU#6Qo|(Rs?3f4H
zv8eY;mgmkfG~FvZ-B?}~=db-Ze@!3hBMiU*4CpZ+cS>fU01BW$Rsr&ZSuG@w@F+cx
zLML>B0T_S*{}_<?rOjhu(?2%pDLsV&7=QtN25k0dNo}T?3+9p6fdLqR0T^(d0f}ES
z76niM1)@-Z{GeRLYQMgm?JqBfgMN1C7gdfeUw$xO7BGtEru==oQHG}H1G9@}6+7Ji
zw9#@+SdL0}lXWx4eBYBhrJXa<c?y2opMjaTczx!$73A93f6ez_iFQA^VpvM|?!BHR
zKS+KM20UQEPB)fU#W`aAbHr$cRxkhqFyKA|a;Ibl3ZMWAWECJknAJk^2>*27Kj|So
zgaH_U0W$_9erfYq`ft{MbVD~7fB_irg8`d8T2h<q*$?U`zXSs?00S^!%7DZ#8H)la
zfC5n{Kz>lJqU1Vk#wK&UJ36DYl!2&nY_{hIUw!+aI`gcanH)~O9HVJ2QL1?`J}TW!
z*3BIA<AmHP?VLew(Ei+Dx<?b9UYI&=eeL|-WCu?jJCizo-P(0(O7~y28%1`^gX~y(
zf8wV*$G)h0Wv3g<tK$5%ALp;>BYlJc7=Qsi2INl33=}{C6v!$-elV+r<PjdF=TYc{
zPA~uiFyJ2p62G*0ENuG6COxI6FaQHEpwEEK9xbWOG;_f`@;Wd8126yst}`I<OU9xA
z3ZOs~3XmU^tC-X^+^i?L>*dk9`m~NJ$7XweaPZiF7R?U+vh|q6aw)-n7M1Sov&rtW
za;LO&M%1|smKR?p=fP30rjA|T{lQ-nJw{dgv8DU{ucUOp>}NyB50W2*0S_3k(~ad-
zagJF395Gs<6%4=t47ksL+$ouX0w{n2Sp~=sX0?z!!av>jPkKlXVE_hTz>EQjU)nsD
z{+sn5-OvpNU;qaEV8CXNmel5Y_JjJ#FTnr|zyJ)GG9d9w#-acUpg<G~kROz*Snb!A
zv;E2DcF;Q>y`##p*_<DoyQ)@QaM1%r^MezouS+zW6P51l7xC;Dg>;oWrJXa#`^A^{
zi(1<UN6kqcyS{(v;6#s6h4z7JdHzrRKhypHE*ngC%!BM$)cYmNbLSYE?v<TxEU$|5
z*M6M8rjPUy24DaN^cavkB{NU}1yCTX0QteJ7LrGJl%7YS6FR{F48VYY3`qRa=CQEp
zADi@)p27eOz<@pjHhZ+BHq*=n^T_MK01UtY47kpK#4j0(0w{n2Q7AxuP_AONTtm)w
zCY#Se?_~9kD#vDXesJuRHAS<7-@Rl|;<=otbZ37_c7KsOrJXa<c?y2opMfDinCw2D
zKBkf%w13~=_(hK-4A|+$@~SvTtbdLet<VYvU;qZ(XF%?h%s>GYK!L0R<Oj1_NFL#z
z?)xV_q=zs712AC5fW$9t9!vkt`j2kt1_Lkv1AZ`Ivqwv6b3OY({p6Qm00v+H222@{
z_$6ae00mGW3I)gy%2iBXW6jUXT-%QB=pF?FmCms}JaJjkY+tW|bIZ>5U3TTLqU#v(
z<nprDA?-z_b(hx5_|J|va;LO&h9q;r*ve*f$PZS=>&XvRmV1sn=pQu$cDk{=D$ZZ~
zasHY<(nlD80T|F@K<<>xKmim$fvf`L2eVp89^p}X9)(Wm1OqSt1O71}@k^V>!lr+0
z(o=d0126ys`V83Y(URIsGZ)MwuLA=x00S`KIs+2FWGo7x018B*0Qo_=isVTub4@$C
zqkEJLR655t{E4@UX8U>%npak~@99^!6kYy#-{_;}uB<I<9VY##wC*M~Gv|=pC@q~4
zbuNSD#h3LVKUf*hCqEb;(;P3*wh|0jYRBTTI7h61ju@@b3I<>R2Ha;rY?Mqu0Te)i
z90kY^=7=G9h=028pY)I(!T=1wfEfb<yR>>J{Wt4Bx}h5kzyJ*R!GP5!Ehx_Q><9Ie
zUxEP`fB_gVWk6t;3`GGHK!HdUAU`OVkt|7Nu4zYibdQpOO6S<(&JX_P#wUvA2Ok*r
zM&jAQpnsLtJxYeEX<2fov~xx!vKy?^EHgxYuri)ce$b3p_H%Tzl>s~5SY8$9ul+cG
zO&{qa48Q;k=rJI7N@kz{3ZOt%0rG=cEhLZdC_RrtCv<`V7=Qu)7?Aj-&0}HHKQ`$p
zJ%s@nfB}65Z1!kLZKjzE=8@Nd0T_S*7;v2diC;1n1yBG5qELYRpj^dj%8anBmAQT&
z-Q(B2(mA#`^Mlj>xw~j~uxYdI>eUqo$Pb>%GqSJgX&`q>J7?IM@1U-R*(36Udi!S7
z$1w7P4OwLWL=%@8u+xp@RdJ43{~R$|p%o0k01UX#fZQpWfdVLi0$Byf4`#KHJi<TS
z_fL9A4`BcXV8Dz4iC@}0mj0XdAKlOm24DaN{9wRlkCxQtdiI0*$uGeG48Q;km@**o
zOU9xA3ZOs~3XmU^s~GjQ+AOa!*T|!Lb?fePe((?X%qW^4?AB*y#d33%)}8&{Y`>Q~
zrJXZe&VW=~?Ul?APG7WJ{r4F?RFfv%i+=YR^1A3)`uzMIMVD7<efeH*@$0do8cH1l
z$q$m1tF~i}@7rsq8_TQW{IwtFujwOwgaH_U0X+ufPRR@uKmioUDnNcPtA*qd9;N3|
z=!8x%00S`K9|ID<w0SIS`o|_crKd0e12CY^fXyB)sm(NV!94OhFaQHE00XWwAn{Aa
zq5uk@Kokm)AC#+D>e_2wH_NA>8@eUQK&5kRaovA#&RhFcaDTzmPU}|id&Zl4BF&pf
z`c`S(CABg(drXo$rJXZ;&x!c7eU-`&&RtcjF28C-!Q*G{v9<T0d7@)!kRQyQAI0Ne
zv>Gj{q117W{2=*3pN=DJ%ON|>*q|!T5$m5LMk};}0T_S*_Zcv-N~WLy3ZOtn0rG<x
zDMSzOPxt+k9@0Y?fB_gVV?bn>77wQXX8lJubb|pHfB`=ku-KwSrMaH{pnmd8FaQHE
z00X8Bhzyg#D1ZVe5P<^Z2jwD`y7rpavzZgLKnq(LAjei2HqpH@x|h2j%AL~A8DvS^
z$wpNwKR94yjdsS5{GdBLvG3EXYGuGqH<nk$`D;JUU(-kW2m>$x19}X|ost<SfC4Cx
zRe=0pRtw1^JW9`_&<UMj00v;dKL#XzY4cdv^p8z?N>5<`24Fy+0h>KqQk!Y!f_db1
zU;qYS00vxVK;oB-MFA8*fhZIpKPXqR+#Ck;-OSI>H^2Huj;%8NMEA<*UheTr?v!@U
zsMh?5i`!j^{NVIOyVdDUir>FA_nv{|2g#(lxNlK&b#ZH_8_TQW9I^g6Vzfdl7=Qs7
zaGwFWQ!)buPyhw83XmVnY9V=qf4c9V^pGCH01Uu@83Pi(w0SK3H|syTp&Jaq01WuS
zfXyB)sm=B52lbO*f&mzS0T?i4K;oB-MFA8*fhZIpKPXqR+#Ck;-OSI>H^2Huj;%8N
zMEA<*UheTr?v!@UAUESqZYJsc;M`TU>hh~bXy1D<$PtnsbcZMQeR@@`4A|+$@~Sw0
z?Z^3R`bZyP00v+{j{&(;G6Mxr00puNkRQxyA$f#H>3I}7p%V<i01WuYfW$9t9t)fP
zu}M$qDGa~>4Cpgpvqwv6GtFEukGu{HzyJ)ufa?rM{F1RKfC4BGg#zRU<tmn&!(hIf
z`5F4=SKr97Ri>ZlUK!oXJ$}iZ(#{#xnjdj-yOYij4j5S@$_|nrB#-9eenrjI$E}@i
zEU$`l#QNum(F(0#00v;deFo%C$qW=g0Tjq8Kz=Z*h2#<b>Aru`LwX1UFaQH)3`qRa
z=CSnOtpDhSZZH4?FyIFRHhZ+BHrKNs)K7j124DaNV8E0CiC;1n1yBG5qELYRpj^dr
za~RBbGe1M${OVhf{RqDQGJ27sx5@RE{9tlgN6EF^Deas=cE+9TOp^J*>5F!&)0=d!
zXnyd4VQ*OBMSto)C#A#xT{c*;zqqr%&?|aXhygp@SY8$9ul+cGO&{qa48Q;k=rJI7
zN@kz{3ZOt%0rG=cEhLZdC_RrtCv<`V7=Qu)7?Aj-&0}HHKQ`$pJ%s@nfB}65Z1!kL
zZKjzE=8@Nd0T_S*7;v2diC;1n1yBG5qELYRpj^c$GZ`$)%`6RlbH8ut{NPWn7-mIg
zqgt3EKj`MZBX>$WXB5g;@VtH5o22rCb63@>%dZ-dH#^w=)=7DvPy0vjLGwiZ@%;Q9
z1((-v!~)T>;_?jggZAwU9G~b(ISkn8#`3B-N34I27_HC>24DaN+-E@Ul*~W@6hMKj
z0^|p?T1Xz@pYHo7J*0;)00S^!#(=~xZ5~Vi&H9gS=mrBY00Vw7V6#U{YI8mNLH*>H
zU;qYS00vAMkoYBIQ2+%{APNP@56V@H>zZwr>t?QozPZ`AbpGS^?k`%A*{BANf}Bp%
zW}n^TYxomyq5Eog_8qxX+Bu_~3<h(P&G00Z9~>~UCU2&%Tc4RKI8LR#BHvH)gUK?%
zK8W5hAZNf%H<nk$`D;JUU(-kW2m>$x19}X|ost<SfC4CxRe=0pRtw1^JW9`_&<UMj
z00v;dKL#XzY4cdv^p8z?N>5<`24Fy+0h>KqQk!Y!f_db1U;qYS00vxVK;oB-MFA8*
zfhZIpKPXqR8gf2tqdU1CdS%wD3od#fl?(Y}-&e@7C6r@(sb*Iui!*WhI&@D+_b84L
za;LO&2H6vN_M}ppC6OPTzG$~Py~$^p=G=VX#orsCUR!yP{NN#Xc&QYptQSUXXTVN3
zmRH3&V*PW(XoXfV00S`KJ_B;6WCjYL019LkAU~MZLh=azbl*SeAw7fv7=QsY1|)uI
z^H}<C)_-(EHyD5c81RDun>|`mo9o#R>L<Sh126ysFks4n#4j0(0w{n2Q7AxuP_AMW
zSqzq8mia<Abc>3CU$=iOm1VoC%~*153FX)Zjb4<}yjin9s#jMWK=*`nk7A#ZJEfg7
zY|nX6Up9*rcYZLqAL`{-jmTu0bMu2w&DoqfJ|%ho!L~O{RKM>zO<i{7F!j~*dZ+Hy
zdiFWJRP!GVQSEP?r1}h=r=Fd=E%xK)pZd>9Y4U%U4OZ}&<q<8=!c_+BbYpo{oWJ(t
z{55@~k1zlOFrdeP+$ouX0w{n2Sp~=sX0?z!!lU#&3Z2ji24DaN{9{1kmo|@uP5;=W
zr}PvCU;qa68L-)-CAFDmE|^DN2L@mO24KK-1|)vTSQJ136o^6r@`G{}qsU^g403QV
zP+0~B{_V3YTa%`LR8!}_7kegyejidlZ!t2JOZi3X(dg|^b}(SqmoHcIAJtfQ-1)%)
zBNyh)4tDE3Gjn`OGC!D`Uo7_c>;H3~8ZfFx&0SfWsWVD{AwNh?t{RUwK5w%x{>?dJ
z{d2@<g;p>C12Et|1HSk-+kpZoP#Fct51Q$Yf4c9V^pGCH01Uu@83Sg{Y2PgRZ`OZw
zLpK<J0T}Ru0sEZUtRmO5AJk8N2?k&Q24KLH0W;@h77CyM3YaTEeo(Gml-FsqtjcD{
z(7$^1pS}Em3UU}hPNU8B6Jp6>z*m;9hbAn|WOar<whX<=56aCqf*C$%M10$}IP-%q
z)$CGDnsm<`lhS#;Z-1wsdTr&w%<;*_{9wA)i@!HOJwJa(rq-zZhWsG;LEnxg)xJFu
zSf>?>;QX~8=dbA_eS`rRfB`)QtT11SKminRRsr&ZX05}c^gIfk&<O@$00#VHz|1-A
zn+2Qxu}M$qDGa~>4CpgppEH|PWSY5P9(f%YfB_hQ0oNHYb53TV01BXhxdP+|<=RDc
zjW)~4W{c1QEh@pl{SVF0<VXJ4_m#+V7?s#28`nAM<xT4Bb9<$<zWl0@YVN9d?we)f
zw);|(+$rsxQSCVrm$pBy{9thWx%{dTnPY!Cj~D!WYR=}657?X^4C-y#tb2o+%RT0h
zA0$8M(s6=XOY>@{8_TQW9I^g6Vzfdl7=Qs7aGwFWQ!)buPyhw83XmVnY9V=qf4c9V
z^pGCH01Uu@83Pi(w0SK3H|syTp&Jaq01WuSfXyB)sm=B52lbO*f&mzS0T?i4K;oB-
zMFA8*fhZIpKPXqR+-tL$PgV{F>|h|sk+i<{kxY){raPWh!F>toPjvnH>-fc)?BIFd
z=%c2*z8!rXyZ2zQKlt)R)}(aS#1@U>$`1}0xiE9g&&>{Yy=O*)W0URq!Jz)L&c0jC
zT)ekI?WR6Pe$btL#Fl-PI_ze~7yst`wIAoN=_7rF0T_S*JqCR7Z?*#kP@pmjkRLSD
z9gouUD0D(67=Qs7@Q(pA=d^DYZ2HG0J*B5G00S_f&wzc-Y*vwJ=7M?TbzlGnU;qYO
zXTZ!knS}x<fCA<UkROz5XL?OG^P<Znp(R>I#lW1m_N!n1YD^|i^7a3@Pj%}(Q%#({
zjx3=;&h5382i26nZ&&?BEKonaa(G79AUhan8dcv|PO`@Uxl`IXgPe=qIhWl2#E~C-
zsb-gI(xiLlxRlNhe*1s>so>aE|G45pelXaEU$=j(LGAUoMfZ2|gYN7jx%&%`>02QN
z>~v#!Rh%Q%KSzvKXaxf>00ZtbAa_b;pa2S>Kvn_rgIO&kkMK|T{gWQjLl}So7%*c%
z;+Hm$rT=FAM>lkX0T_S*KNzstqb0Sup8cSH@=GuP126ysrVL2@lCda&0w@rL0^|qf
zD(YT?&A4RqE$EHjrVIqRksvd8dY)WKkTnUO=exKD=^ReJpI5dVrJn!Cdy(Z^O#93{
z^J9eEDeasA1Lh1QtzA0D_Wer-M{?{4?l=3>Ut}}QxyP!>vp45mN1XY=GtcU&e%t98
zHT1D%>e;#5)GN#Osi4N-`<3PU)ufj<so(dUroPhn&IWnM+}hKRpP#=Y?>0#L7Paou
z^)ud`eUx6g(JMRMSY8$9ul+cGO&{qa48Q;k=rJI7N@kz{3ZOt%0rG=cEhLZdC_Rrt
zCv<`V7=Qu)7?Aj-&0}HHKQ`$pJ%s@nfB}65Z1!kLZKjzE=8@Nd0T_S*7;v2diC;1n
z1yBG5qELYRpj<_+mv!TMS^7kuqzp`*|DL+#4^z|y7d@br*GT6!_}Q(2UT2)yQ?<Hg
zyc+T3@<=i*(q1w?+WlYdly=U5i)gusQ_rY#Yy(CvY;c?kj@?~)O)q$iiabB~kDaRh
zt&`MaFRfE^SJoC>Z?3MvJrghf-hjNd=Xy_%2WD$6FL&Ab9!ITvzIE`NJNqHMa=%x0
zy0N?}&JpXMBStH<f&mzS0rwe@J0&wv00mGWs{r}ItQL|-_^12+Ne}5E48Q;km@y#n
zOPj~if3yCh8@j;&48VXN4A|_^lG<F)eo#O8B^ZDK7=Qs&1|)vTSQJ136o^6r@`G{}
zxt7-bYia2rJuJn*3vcXH<EE}vBPXrkTT_F3{xVnH_u&6$?>*qGsP6uM!IGH7XiO|L
z3yQ{WELdVJu|;D;qu8(u8Z}|50#X*FTCqdy1ym3e6r{*CmJk&Y47Lb@qA0@p{GR-i
zU-CRD=eKkD-#fdoJ2T(8=id80XWqPC``U5$oS8G9?|aT??#}r*^GxtAui%}IaT@b`
zcdkRZQ|jyibM7!_GshNW@Pc>AHq6@v+xs6l%*=YH`MJt=elRV6&5gg|`5b%F9aiRC
zo4ThxU;4Rool-0PwbJRv@=@{p+K=bg)R8*E01UuDG6v*MNe>i20Tc)oAU_ytA=$#C
zl6e$5p%V<i01WuYfW$8~w}nmr*rcY^6b4`b29h(N*`p<6OPjf%A9)=ZfB_hQ0oNIj
z_$6&o00mIMh63aV<tnmPR{vUAYDA4-00v;d9s_cx)Y$_j>@iVpEp6u5PB`U`4YGql
z_AbaeN1cb3{9rJ~ZZ(seJcmMtux))la?avp?=*}$XPdf59f#k!b1hOUw`---jpd`_
z8FBJw#At<9FaQHE;64L#r=$l8pa2Sl3XmTRwUBJ#pYHo7HKc|x00S_Pjsb~ZYHmyY
z)72l{&<zG)00#VEK(j|n#^!qVgYlDJf&mzS0T@WjfW$9pivlQs0yY#NKPXp`b+m4;
zqosb-4+dZW24oD#ol<8H>MpB$HTANYV{7W&gV*+bHZnUHoV%v{;5`!;Mdk;C9N~<&
zR>z)GTup829(OE$@6Po|t=z4ZPB)g1is#pUJin%n)DZ??00xpVAa_c7pa2S>K&Sxu
z!B7jy79N$%qtFSRU;qYSz&{2geyO=FZ2HG0HKnF700S_PoB_=qEg4(d%mw|(>%agE
zzyJ)m&Va-(X^R3VfC4rYAU`Nqku|jLuA!xN)D8w<00!g?$emJW4{9&3eYG^RnPY1z
zKiIlWjR}4p^%b-!yx*_6@9X!Ul>4;g3|~{4KQ`mz*s)BX|7FR?wyAql=fTh1xdy3~
zAGOly#`00|j5zr-Vzfdl7=Qs7aGwFWQ_=$kPyhu&1;`JET1d9=Pxt+k8d5_TfB_gt
z$AH8yHMgby>FSSe=mrBY00Vw7pxL7(V{<+G!T8B9!2k@v01TvMK;oCQMFA8*0UHXC
zAC#-edRjl$(^5z32m>$x1IZYWJEhJZ)H_+dHRxnB$JSJSu(>>7sXu>u-ineld`;=k
z`v=`&x2gK^GwN3@26Vcyd{jKY_T%|Ab)=3k00S_Pi~+e*(gOuh00lw?$Pb2ENVf2(
zWFCc1=mY~W00aIpAn{AhZDG?tHmNB!g#j3Vf#eKm_Gro2(q=B`M_va8U;qYSz;y;B
zeo0#tKmio6p#b?oxr)_V|H*M#dkh0G00S^k4F=>+sk28lwBwlRu37Sfjdi=K$1{=d
z9}F^*a~9W?oL#i3JM1^EA$p)kH5kz8#`00|j5zr-Vzfdl7=Qs7aGwFWQ_=$kPyhu&
z1;`JET1d9=Pxt+k8d5_TfB_gt$AH8yHMgby>FSSe=mrBY00Vw7pxL7(V{<+G!T8B9
z!2k@v01TvMK;oCQMFA8*0UHXCAC#+DjkTW~lQqXM00S@p1Jz<c?vy%vR7*dOE5CMa
z=GZj6fAF@4-ZHm8yui#^B+vLg``YIw?i`Le;kJ^qg8`>Db%%R7_h^P@wi(dr#`00|
z{MwJ_*VK_Z!T=1wKr#m8PDu|GKmim86(BztY9ZOeqmp?PI-wH`zyJ*R$AH8yHMfOL
z|JbCa)D#9_00xpXpxL7(V@sR4pdWc17=Qs7fC1MTkoYBSQ2+%{z=i_k2jwc-Uf0R~
zSSt(zFaQHEpqT-=Q|j!YS!2f5cn+|cV~fk)wQAKp^4)%t-#<NXMUy$cA-BGqKgOPW
z4>Yy6y=-PKSkq*?^*MO%4_}yr4;>ymzWyWUB--El`(OXRZR)=MzWMLQjH3s7RDuDW
zZY&=a&xn&hBStH<f&mzS0rwe@J0(3(00mGWRDk?osD)$;|8(C!sUbCl0T_URbPP!R
zQgd7CpRWGshHfwb12EtR1DZWrGB($<AB>;;5)8lq48TBI1|)t-TNFS66tJNH`9Zmg
zm00V^F<4U!126ysFrbA2xl`)wp+!%|5r1vl%&}?84;HeBt=rU?Gtax<j2S=QOqjK-
zQJ!$t!ZrDy{kH$K*!K<=_BU<*D)NK%?@#2~LIW6R%z#cemXC_(*M2;|rjFDR24DaN
zk})86N_wCG3ZOu!0QtdC3&|E9mCU2i37ud724KKH1|)u|xh-t^$0jwUrZ4~lFp!)9
z%^ocoTiVP8{mARU01UtY47kpK#4l-!0w{n2HWVN~C|8knsg2jAx~Rvjch;Iw_q=Y-
z?((4d$w5P7-|JIYpU?O39Zf+VW3PP&nN!ZX&kVYGo_YR_uUNNFb^!)FWkBwfI(xY2
zS6Lmi&HP|m4R3qst;qX>ej}2<^RMv!!E)S3{JQs4Yjdv#-P6{Ke(v9&Q$zbT)al0Z
zQSpp8`7>g)LMs@60T^(f0l8Ds0|ih31wsYL4~AMuw(w8){gWC}Ll}So7)Zx}#4k0s
zrT*#ak8bD&126yselVcfqa|Z=J^R7<$uGeG48Q;kq-8+jm$XFz6hHwR3XmU^tH|0`
z`)gY(sp+i`zGe15kj$X%48v}__c#4V&M|Wq*ICOkRFVsh<@R+={mNTExl`)w0Vn0<
z#HPL)a%^KCc{?&cIAGM=#C}(<{NN!+j55Lh6Tz1D8g#dHF6_sh>z!JauU0zUSUxJA
zU;FX=nmSTP7=Qs7NXCHNDd~X%D1ZW?0^|onEhJlbR5Fi3Cv<`V7=Qu)7?Aj-=C-iu
zADh&an!*4Kz(8^aG<&pUY-uwW^dqkW126ysFyJ}^62GJ^3ZMWA*ieA{pj<`PxR!5?
zYdN(Ia&28}CKs~+ty_0D`yY0_IkEE)bJ`_C&Ata;Z%#O8h&kt)8~IA0!C6-gHz!|E
zYdRj?-?VL4Q`Gg0&g0FD1z%gsGL(}E_U-1iOx-G9H@Q>l>;XHKXD6-Z8ggvf^MeN+
zI^6oZe>LcymKplFbA3~*%GFAz8_P$<GvegWh|vnIU;qYSz<mbfPDu|GKmim86(Bzt
zY9ZOeKi&6FYDf)X00v+n9Rm`-)ZCW(r>j4@p&Jaq01WuSfM$=DjLr4z2jeHd1OqSt
z12B-50f}GI76niM1#Boleo(F=YhEk2=GCUwS9YIN%((4)a9`7<_ehi0uj$wLUhlF2
zqs<{dA5hfymuKE<W-qe$J|vqQurD{SU+Pxfy2+hVXAd~4E=LmmHRRYd=LfrVeca4i
zxW;-`UxV%vPH5}SHBGImQ!AZrEFTrmul;y_O&zHt48Q;kBx6ACl=MIW6hMJc0rG>P
z7LqMIDw#*26FR{F48VYY3`qP^b6eQ-k4<VyO<@2AU?4dInmt-FHr8S`UW<ty=m7&T
z00Y@!K;oCQMFA8*0UHXCAC#-e`q%2Le=SA#o5ugKm~A`!_yMNd(Cpk>RPsJDcz<K7
zR^9VozwJNGdaj`q2I%YFbxY0k)J*P_I(xvB9;V`Ip&`d+Gd~z)>c>r5Vy^hj(`NTQ
z!n}RKGn0Nl^ZfhG#M#Tr=C2xbk7I-1yK@~=tLoQEryI*h#WUjM&xp|qtzZBKV8DF_
z<W5Ns6hHwK2o)ed7-}Ke!av>jPijaFVE_hTARPk|ztr58`lqWux}h5kzyJ*R!GLCu
zmW-{E>l-;1>t<m924DaNG%+CYOWL9U3ZQ@u1;`J|Rb(w}_1D5mYVczH`+4?1aA-c$
zwqM7-WCw?p_ulV_lWxdsy~B<@&E%IqEnCJx!T@dEx@M`DzIw@>QfCj?(#KYFHPMh`
zvzZ@U|2!w>J~OvH^p@#<!*p|Ymj}%;C){TC-fysJ+pec+-KNIuv~zEB(4oW4uP%Jh
z1bO`Xp88W+-Z!}ZxHRa#{+Rf0cdlD%rLR^x-B>;<o?rX%{F*vaM;L$s7)Zu|+$rgS
z0w{n2p#tOwLoFm*cvLcvLML>B0T_S*{}_<?rRKJ<=^vZal$yc-48TBg1~hxLWNeyp
z9E_#BYfI4=ePI9wV4yJr62GJ^3ZMWA*ieA{pj<`P#_C%e8	xcfFR+v$bi{-E`?a
z(s1w5_};^|9#;+?V|L!9XI}HGdrcuf_^w;mOVqW*@3LD<xl`)w0mJSvOpdKOwL<sm
z=+4}P?&V@YryI*h#WUjM&xn1|YRa<D&G=W}GXw9RXO1}WCUfn`=gf^0UgIl)1|y&T
zgSmU|V)M+>mBtqyIFIbj0a>rP+$rgS0w{n2p#tOwLoFm*S@#~!pZhHsfB_iDE&~$3
z)Z7+^v&%5Gr}i)a12C{kvqg)>W_$f2`z!DIQ1nG#7=Qs7u*ZPNFlmeeD1ZVM6d*q+
z7qMLHJK1k})()R>?)ZF`?SP+NPj;}(?;b4N6CQoqpuFb6yOZF$JY1tIx>k|_xl`)w
zQAy1>R%zELIkwXDOUoa+S4a1>^`am3ieo^h8_P$<v)}AI|G#J6yXLGbA21#E=$HRI
z*{W4{zNge+haG#Glh41`jG8>39N~)WTtm#4e$-m-l=MIW6hMJc0rG>P7LqMI)DI7(
zj?@tbU;qZ>3`qP^b6aXJuRWTf84SPx4EV!<W{;MPt+3{h@AmR2Xo;3E00S`K1_Khm
zq%8`d01DVpfc&6b#kh5v{9e~u-u(`!&96B;>AWH22P>2x?0oI;;yTZ1^H-4}<Q;@C
z;5Y+vr_|X4f7a#CQS~6lR-Ia*dv$b=x)%5yH7SJwoo*~270<B!d4}CwEua4IQ*+*R
zj}|{eHkTXhu-o;9uV@W++NswDI-YR$o#wH3mXaeRM+gIsFd%nIdY}Lbpg^bq`N2>N
z$yRgssr=mk&mz>A8p8k#WSs$tUutff^*VC?%w;eD12B+n1~hxLWNc(y+{n04C+Y+P
zFaQJg8IbrTZBYOPP{4))<Ok&{ma>MEzLi}AJZDjzY2CUezkcrQt8XMfSfTvjWdlYR
z*DOBv!pCIC9M6t1Z&h~Q(x|uGDRuVHs4Zh^`uZy5*bX^j6dqDR4=Lz=*w03zdj)l8
z9%y<VK$p^W(dowWQSsc{@8{kV{`84C{J1g2&yPnOIl|mNZm#*`lI7-;wRL92H{b9j
z)L`MqE6x2AUNfh58e7zLul)y^@vpu|e$0{l81tUr^Ilwi<xWWt6hHwK2o)ed7-}Ke
zikqAHeYU-s`cr=xfB~NwkocwMwm#R0b7KyI0T_S*7>Hv)vqwwDMjpj}9tBO&6b4`b
z2Hapk;+M2V0Te(18w!vgl&i>E*3#FqR!YMc7p^I;m+O4paPor{$`5v{y{V}C?<OxH
zgFprW1{`NV?vy%vRLXlePU-gvr=K&f=p*P^x}HfjBtKX=t&`S-cGRR426Vcyd{lAI
zMfttE&(5D&`nmbpNjK*`zirzdX5?)%$P5azf>HU(<#l!Dk*EJ)cJ0tNukqdo4CXzA
z<Oj)+I>3P3Dd~X%D1ZW?0^|onEhJlfrf~N&1+}AgFaQHEP#Oagztr3o4oc$y{m>5v
zU;qZ(W<aw?OU6dV#f^*$b)rr%00S^!p8<(q(iR0!00nF)Kz>lJVkv7l>08+~zzy?*
z=Uz90{9uLhgI$M&?~foqSXt(oW6--C49J~QXOD7d!#>M%&9!RPo%~=Ga>sp!&dlq6
z_>p7CeOEz$=9BWwCt222ryI*h#dB-7pIb-Ouj}B+dEaT>y2d>G)a$%w&|-G5VXkn_
zAKo{+?Aj-<^(hzLM}EwK{8-d=!|(i^6AQJKJ0(3(00mGWRDk?osD)&!FbDJ9f1jns
z)EEX}00tT}An{AhZK-SHx}pbqzyJ)uK(-jr?9r03kw>wgM?q6Gg#j3V0XG<s_$6&o
z00mIMh63aV<tk=*4XSJBPJXaD_dnzZS^w_ZT)}vwnUy=G&K}e`y3U&PsTue@`N1mW
z*RJU^HLv@zC*47QunPKXx&|4GJM(2!t#rDvd{jK=_VYRS<BOJ=opxE5Y3n;^GTFg0
zWd{p6!rwjqO7Y(6_8D)JAtXZx1Bw}tJ0(3(00mGWRDk?osD)&U&m4Y!=Af?B6$W4c
z2I3iz_@(By)H=S_XoN;E00S`KF9VuAS~4~=F4bA%iSFnQ126ys)n`EBm$XFz6hHwR
z3XmU^tB7A#-!GHapka=U_YYRCZs=Y)t&?60w4)}aFd%nIojsy57W__ER_5M`i}P#T
zgZB|lpZ_IUwhCq0PCa{EUiWh^eFV)bq&ahsuDQpzdgydx`KWlN?dLP?-;AD~_nbZU
z>~G%x{44T<WzG*Sud6f1o-ih_`I%QdKz2-Vc8odC&pA(0SGiNt0|ih31wsYL4~AMu
zwj}d3ZSiUtfB_hQ0iPI<_@(ByKGlSCVUB?T7=Qs7kTRgzqa|Z2Wla-(SrZ2XFaQHE
z;4%Xezoab+pa2TkP=NfPTt%0CCTn9S$5x&DLUgZ=?peFOIp4~0CU;7mJ$%cB_<TMy
z-db&T+^KhdjeG5FFOy}fK$h+KH@-6MckP?ke8{aiXEmR_XsvmA-U>77p4ZJo&wXen
z%v$Ee*V8YpFf$f>?X2!T&qpqwn@%^Dk4pNSl=f~sTR-~L+wz`sUC$@T4wgAPSa=8F
z?c?U=HUIJ61I*OrUyvarLkI&(8IU_AJx~AzP#{!*{9vesWQ)%bZhVHIPSgnoU;qZ}
zGa&Ix&23@BJ{xF?rZ4~lFyIaYnmt-FHr9YuZVeb(qcse`01W72K;oCQMFA8*0UHXC
zAC#+zck1%asCtlNt4^)Zy*j!_T?_n<nv}wT+$nYTa5)2##j&4t!2|g<?gt+_+yt4h
zENW26bFLZqd|vOJcJ6JaIrh%SY4cZ^nt?BvBagksv}@Nhe;%z`b$9N2>ozs!;KN3k
zZZ(t5#M#SWz5=<~N?v2tIF?Q~mXC^O)b2c^mei`l9{uz4^aB%KB|li9{NV53{<!Fk
zk1Y5z*)gTrG0AmATR-PVxl_^u1yBG5LIubVhFVCr@KirNmAX<_7=Qs7h-X0JmzvvB
z>-buu5gNe&48VZD3~2Uf$=FI+(?nm^#K8azzyJ)m%z(r%X^R3VfC4rYAU`Nq(Pf{>
z+Sn_VW4mI|Xmj?}H<}|)9%$Nk=xN%tt!eh_kYoCrQtEKY^`n~IchqsCes{o6uP<p#
z>z_}hbYK6t{5PKiV4yq<$emJWk7{H$IOaF0Gf<CA|HuS+svrk;b+0L@_d^ZhYY@Dr
zukgOdD}M8|Gg{ACTxYHyKD+qdL>DuI&5b$8L0<8jr_9U+Yn-VE*IN9wR%wlNy0Lsz
zJk$2?nf8=rpBHm%&*$DHKUkss;QK4TD(ZgsON+@5k{^Ttr3}cOk{&340w@qFKz=aP
zLbAnY4*x!LP*Z9O126ys$rzCMrRKKOJ6XNa37ud724KKX1~hxLWNfVWD$jZ^bVXMf
zfB_iL&w#`)X^R3VfC4rYAU`Nq5kJ-Mr-d4oE5{b>_q^YXFvoTpWOm=HS8)wqb8EmG
z{=DPSrRN75?$5^d{)dqtEHJ}&cdl=0Rk>Qpol<9yO6N8>Ug=qyuJ!L>EBIXSez_no
zhOVXS+EBv>pZ&n>vDd)7&ifruYhHMBwG$e@xNwc>bnfqpeC)7e4|BvXZZKzd9cH@p
z9%)X$bf~$Y$4GN&zfn$nUEFt6{{KaB%xMG7F1v;AP(0%3F=pzkE1jrGL$27id!44$
zQ>PotN5%7O|DI<*vvg%~{+{{D67qu;$`3AGy{4%9*qIB-jw#KKG3WU==SgcScS?Go
z01BW$r~vuFPz%YHbgrg7ehmXK00S`K3j-3r)ZEsWdT<`hEieEBFaQH-7|`s|lCiM{
zta59>&>F2_00v+{7XuQ%q%8`d01DVpfc&6bMZ8m&cShBtT=~J^9fO5DgY-N3L3j9x
zVvFBV$1E`*cS@Z-(&jJdSG^p}tasL$lRMp0^xTuqxZ4Ep%A+Qw*JRrKFU@uRo-;e{
zxbFXhuxp2Y=F#W>?1Z*Kj`UX-K3L@9(4P-5mk%6m^<B!<oa4LI-eitFb5Qa9n?J43
z5W14<<k~F#+O(;mPB)g1D$TP}`sjYfPJZy4s$?d~59+=yn761;fdRQw(gOuh00lw?
z$Pb2ENVW=dFyHZG7=Qs7fPt(rAn{AhZL?N4&X>6g24DaNV4xubnmt-FwrW0~=h&<P
zgaH_U0T`$z0}{WaEefCj3fNG9{GeRLYWf7nmffe2AM9RSTOXBk<o$y(uDA}-D{BnM
zol<8Ho0$yuRk@7JtorxNb-v``Mt*k45u?n7S3aK4zjeQ1y5TEcgDzbk&ubXGv+tzS
z?<(d7gZqR14;*G5d*NdzvV+03H|XYhMIM5jov(9prz>tWZQ886m%HTZiO$rA`LS~I
zW1QAH-B>=VhR;CR_T!m2`9bo7T+4o3%ha(vb(A|LJx~AzP#{!*{9vesWD8F#kEfw4
zy21bqz<_=RBz~#6Ev)HhjT%uS7=Qs7C?5lwJz6q0U!VDNUaT>M0T_S*7>Hv);+M2V
z0Te(18w!vgl&cswm-Bl)eouao{2<q(p6iiXxLXUkQ|jyym$TsadNMCf)nd%}`KIIH
zBa6AQs9Ze1OXmOWcj;rU?lr}!ciYW)Yqi;9uK{@uIv&;ETs3rzxB0=qH;+GSaQ<9d
zx2`dd&2T5<+0-@6&niF1>U3lIsCcGazGuqS(w6)n`N3+j$8r6ePkgMY+$rgS0w{n2
zp#tOwLoFm*KKcpg#C;D8zyJ)uKoSNdeyO=_l5?dE*8~i}01Uu@uMBARXvx@EQ|9iP
zGHOTdU;qYSpfm;~eo0#tKmio6p#b?oxr%sQX<k=J{m2g{%MbAWL3fz0<n_a`;G)2Q
z+$nYTAiGle?22v8=Pa%>_dWF|b4{PA=8XFH=pA$7ZRY6XZ{;h21`RWn!Mp5+-}$Oj
zxxoTUgKx>@^K@<7)tF2AjrKY_7|g-lYR8xkd-Tem^F>!p;2nhZ@1HEN!1s79bh@#8
zRK7mX&GLDXA0$7RW&SyL)+xm?Aa_c7pa2S>K&Sxu!B7jyR@~go@9}RKfB_hQ0bd!A
z_@(ByzSf8HV(x(f7=Qs7NWy?-kCu$Bus(_JtW|>n7=Qs7$QlC@zoab+pa2TkP=NfP
zT*a(;lgsB@sr=v``}NMhALjh-BTVqsaE<=@+Z~Ute^*ZZdhoPgms~%p+5Ml=r8f0`
z(~hU9e&y1=sblf8^emwr+9hQ`?vy%vkTr?VnxGLHX=mV<o$k%w2j$;ASi=2O()mwA
zyW@Yg?j3~t?mvX=9Qi>J13KMUKB^?oMrq^LGxT!j2bZp1V}Aek$L9VCubJxyPc|1`
zGTt2Z^HFBE-TRq#JM=WW?Aph4Jam}3;No#+;Ehww)LHMCkG}lctoX)mu5ZbwtIRVq
z7n%V>r{s@y#8D$nhuy9(j^Ut=wWibAcbeb!o@gF?@^$m(`zy@yx;pFQD4bWIOX2Sm
zW9!Gob>r4`L%p(7FS%3F0|ih31wsYL4~AMuw(!~P_$;-i)-V7AFwmF*iC=1NOI;h+
z6+O@c24DaNvc-UAkCu#0!*hAYz&bh@fB_hQfod=y@k`pG01BXh4F$*#%2lj}KXA-+
z_a)`ZvF&rv_2%f)2AR&+4mVd09@8kZ7nSb|*6NirKX~dz<OjJ{(p@X)hHg;|$emJW
z5AC@q#z%G!2I3jmd%tyAx|1)^anBPqciQ@0!~ZwM)K^!E@?$U+&y>#^>2zcHsCdrp
z-*fJA<Olz_WVyM0++1^Nr#p%nxk6Sh>G#X8ddMvJ=+lz(d$V49&;07#yHkxL$TdDN
z@int-&DxU3QOFGzzLOvH?^<Gh^s}aNr=$l8pa2Sl3XmTRwUBJ#seXDYb)~K_00S@(
z&w#`)HMgbK@wG-HG=c#bfB}CQ(CpEYvDtdI&VE?`1_Lkv12Etk0}{WaEefCj3fNG9
z{GeP#*Ssam<1JTyFiKPMgEyIK=pI!Qe#d757$}Vaxl`)w;d4fWbIW!{C@b}!v$)Q*
zZe5elW1Ri#;f?<P4L;BFm)|g^m_d2yxev(?@(#kp4Cr)Y`KWlN?cXzP+xfvDua`6<
zn55mH;m@Xe58%?T*P1JS{jim>9Dc-b^UlXBt!4<x5Bhg4F+ciQQ@K;p0|ih31wsYL
z4~AMuw(wLxJ(aprR~Uc+7>H*;;+LA+QtS9yqY)ax01Uu@zYJ*hXvx@oe%{Zym9}OL
z{m>5vV8C|<Bz{R-6hHwKu%Q6?LAi>)dy!A)SB)GS`9bo7K3zkc3!lFN27LLKm5deV
zNtV!824*i>Tg+s1zIH@r@`GJ#Zz`VmxJgSAXUBZyfb&W|$NA#lJk$2?nYQ-)V30Aq
ztlNX4?B4RaI&<Dd<BIcjlAK~(o4xlLV3vIPrDz<5cMUf6o&2DG*AnxipEdQxzc~*S
zK!NHgKz=Zt?s%%7o=RP*D-6H@48${#&N=n<qSo=XMk6$W0T_S*e;Lr{%;`qN`ZU(3
z!2k@v01RZ6fppGEFBCul6iBZC`9ZmMS@kFv&pT`R!H!4wH^-bd(Cm9qAG1^Y9;Qv(
z?q-LbdYC=->unA@Zh$%IydmbIKBLOM-o6^TyT~VF<};5g49J~QXAd$b$ulQtg;p9F
z$ZCGDTW$FMLGpuKo04l&ryI*h#WQXHo@u*~9}Kd6W5>@;oZY+k;g_vu2MgK4PG{el
zcnnQt1{?m2{Gfl=67!><HI+LhJx~AzP#{!*{9vesWD8IA(^IJ{b%g;KfPr`hBz~#6
zEwzrXH5#E248Q;k_{)H1kCu$hmGx7MleK;@00S@p1GX8E_$6&o00mIMh63aV<to~q
z``KUl?kB2|W2@%-2McQq<G$~_Yfp3P#Y0WEq2<xO8oF~Gm8X{Iimm|zzWkG9E@(?e
z2L|*pKz^{hAwQ^(OU-kIFaFIlZU3HWyOJLaK3BiL@~hbV-m*1o&2GE*D@%Sb7{hCe
zmd1{uVNS5QZSsTuT}#Z5e%90%|K>bU00pX}0Qtdmy5p&SdMb6Lt}p-tFc8l`I_K2a
zi(1Fm8ja8h24DaN{AEC&Gp8F7>(f}D1_Lkv12B+P2GThvy-)xJP$0bm<Ok*2W!0lx
zJnw4c*j&gD7V?F=?bX`^<F#GeYUpnJ9M~V9M_?diK<<<}duYyhFg7wlFc8lG`9bo7
zTqp6@Nkffvy0LszJk$2?nRX@egD0GHi@E!Oc_#PPN9O&{zcS0~>dYr=>&%i*SD7cK
zzF`hLxHeJV@1{FnjLq)7zIa*ez79ETn0a>2BJ<IgU+2fN^y{_xTws?=$H(@Sya%zl
z>|pS7@`L_eOU#dc)>Q74^gsa=K!H#J@`Irkk}W*dPfw+;)D;F`00!b2kocwMw$wVl
z)@X!AFaQHE;4cH3Jz6q0)@X%mw9o=AU;qYSAX^Mb{F1gPfC4CBLjm%GauxArcf7e8
zIX0K_gF%k4P229KORteuGlbR9o$Jz_>ylczS1Y+w>g>@lQ^B?@gMwb@rGWwRgX9M_
zaOlz)bh@#8R6Nu6@0oVF@`LSm=xGKGf7UEox-vHN7v%RYyd*xmckBscV)ym<ls`sh
z0QcClzxi<0>Sp(I!Nubu`(M`W!DjnL<ptOO9r;23t|jJ2KWi#?N_wCG3ZOu!0QtdC
z3&|Fq>ZhktSLzA_FaQJb3`qP^b6aX1Uu!f%BN%`I81R<?%^oco8*9njTT4dGs2L2v
z01Vh+K;oCQMFA8*0UHXCAC#-OQO+2?9MNFTzl!Vd&b@Ag)r?$o_dc%W2ZIdZ4m<WR
zR}36uO`nGO!A&3djO&Ft0|p#tK<<<}d$^SOV65czU|>TA$Pbbq<ht1Kx`@(5ryI*h
z#WQXHo@v|855DxqhvxSC=9rJa`dXB;3)%<SzTh)))Yq~#Ya{nN?$O^z_P_Dw=Og>S
z^v4e(`=8bMuE_rD=LDPkZ}NlwT}#Z5e%4g(l=MIW6hMJc0rG>P7LqMI)lW~QuGAF<
zU;qZ<8Ibs;=C;&2zSd}jMlb*aFyJo(nmt-Fw&vDh@^d@c6m&#K7=Qs7(93|tFKLSc
zD1ZVs6d*q+SCQ<XBiX@R{W!@FMy^9_xJI($QT@pe2F&n<1~9Mz1ICkoQ5g$<C(ERu
z7kX8LflB2EuNXAioPG6;=E#!=n)V%f*1xN{rrEDUj<I+D)ZE|dy48*;-p`Gjw8T_H
zdyeVmHSdXi8=h(V_e|S%ez3W`T#}!U9y_x*$2R<Y+;IE7&%TVz?@fH}&B%Q`HhF$z
z|93uK8QK4eUq2k#KgoFpZO9M$cP%kL`dL$7{G0PY0Tif?0^|qN>5ixR>8aF}y21bq
zz(70$>6}wvFKQiMYcxV57=Qs7@RtF7&YW&U%{?pU=X&!l)P~x?01Uu@9R|`lC%sSr
z1yCTp0^|qf+L14EC}ZV$ez4t+HRh)$-eAtW@<ww}pHb$@!S(MD9J=l+*uJpGNOR0-
z15NAJ(eG0ztc?ubooM5pj`t5bbdBT~D|32019GR-*@OIxoB0>&M%@Ywlq)|N+_#+f
zn-S*NPJ_(ud-aOUa1`#D3g0^(O@6RYAHM6mR&~0ud{jKs_V1atru^UwFaIfa-e2-*
zbbjy;?=Fkn$M9QTh|K@Ry?=1*__>k&$q)K>jWF+JyQXrdqz4M101AW(kRJ@SkZj?-
z+4f%QPyJy42C~e6#4k0s&2kMncjhn{fB_hQ0nHvQ8JmsuitNKqjs+dj5e8rY1}e*d
z#4l-!0w{n2HWVN~C|8lJNqp8sjYdA^2m6gShaES-oZo$f={7XkeadA6Mw{LC>K(bJ
zF<1wG!r6n#59S==o3U>2o;)>kk7u=!JEhJZWLxxQTc`;&kuXrM{9y2o!9pHT`knkB
z3`-cUbX%QnEFTrmzWsalttme^`}Ox@Jz&|IwUPO~<#lytzx@X_yPrMx9$-HH>g#6r
z(dE+d&Grp^>FqzSY_@OG>>%$S^zS-iZuGaNa;KyR3ZMWAgbI)!47HGK;j8}oDz&Ay
zFaQHE5Y2$ZFEzKN&e3&7AM}9%7=Qu48PM#}lChChNwx+QozMveU;qaEV?g4Uv_%0F
zKmi*HkROz*NIu1(e3gg!!L;{(L58qR+nUIAiTfOMJ^8_$Lwqw<@`Dv(K<<<}dsI5N
z!SToy!GK)`$Pacm<0dUJaAlV(pY_z~#`00|T-(3r+M4o%_dJw~{EU3$F{2V?_a@JH
zJ9a-aURh$6u3nSh-zRJ9%p315H<w@aP-MT~_MVvN_(^hv!LbWD`LQz>8m=w>t}SZn
zM@{8UNe>i20Tc)oAU_ytA=$!1{qRugNF8AS24FzWfW$8~x25*-+M^ko!2k@vfIkdq
z_Gro2(yoW3pMN<TYD!IE00y$gfW$9pivlQs0yY#NKPXp`{GdbmD)NJk@_<L3GO)N_
zu&{2h;rG^Ux|^$pj%m~<&AnLHA!CZi+4O<W$av)(x@H(Fyf(pr+$nYT@Hr#GxsfNz
z0t4g+$q#0MbDQU=(~ae$;u*F-&#()%)RZ4Q@#I^IpIsY%HZE-6a`)`S`Mn_{pNrgA
zVV_CApK`|S#k^sXd|+G~@`L_eONDES?|#)*?v(UE0Te)iPyzCTp%#)Yywoo*rJmFi
z24DaNk~1LjOU-SmdGea06<Wan48VYY3~2Uf$=K4YPoxhSBN%`I7=QsE7?AiSZBYOP
zP{4))<Ok&{k{@&^3q^jgQ5Nu=U*8zJp7F}T<OjLN9lFMIjI|QH%AHbY51W|`_C;O~
z1}e`0`9bo7Tz9hTPNy5oN5!*j|DI)Q$q&Bp@}D9<AGc{!W8VAh%f$J?Aip=^**DFu
z9r{M@H%Wdl$RaLVvsQF$@`L_eE6jh{tf|~7>45?$fC8Zc<Of47BwKiHHa(ZRQ+F7E
z0T@^%u}jr$sU_Dl48Q;kz(AH6P;JtJ!TFH?;2g*?!2k@v01TvIKwy_NMFA8*0V@iS
zAC${jiL3_4u#^cRKiDWgcwx_xvFjKwA2_;EpEUO~ynoOVzd829T&RNqxl`)wLGDDB
zJ3%k>(#Alg@`HQq*V`O_)?jmf_YwK8sGLW~qx+Y9-xPPR)vY#suk*M`ON_R<Fdn^g
zg-$n?k1EU0e0@E44f(-E%RZ0I`HdbsGgW>sc+cMh6JIm?A22xf^LIm!Y1_7k88&9R
zd3X62sg6s2kTo*C&KX%dFS%3F0|ih31wsYL4~AMuwzB3moG<r{FaQHE00RXEBz~#6
zZQ*?Q4%;vQ126ysS!6)7M@z;Q_spE%lgWVr7=Qs7@Rb3HU(yx@PyhvNC_sKtt|ECB
z9eI{Sbs#_3XiYosA9RS_9Aiy%jiZyPgidm&)Y*fKi{6Y2wV^gi7${eMaG!&&H%Ff~
z$aKDTxLN-_%$Hn0Dl+>)eh_w(uv@J*I^9@4sw_V1_5GZyogZBC>6fPCp~E8Q_ftFF
zVLn+~C(iLLud6fDURrEAoqcEI{u|~78*T^V`rYHNm>`1~mj{&oKG<jBSYu}{G`@4j
z`LR~WRR-ivNe>i20Tc)oAU_ytA=z@(GZ;7bJ1_tPFaQIkG9d9w&23B7f&N@eFaQHE
z00S;FpxL7(WAil=!g-N*f&mzS0T_s5K;oCQMFA8*0UHXCAC#+DiL3_4u#}x5KiDWg
zc+@Eai|Yjo>joQsZ_~EMTs3q|qdsx>E=~QO_YYd)H^+XM3w1CccS@Z-s+Hg1xa5mq
zzzzfD$`3YmFH`s#`9V9i;~J=rjyl~~J}Q@=*)sN~*Bn$cKe%Y=O0(bogCai{A9C0*
z^Wm!1;{0Cl-oTSiy)AOz4L^TJZSS-14QAGB?}^6{l_?}Y*fft^r|6=M0l8Ds0|ih3
z1wsYL4~AMuwzPQx<Kg}U24DaNV4zYANc>WB+e+!hakw^N00v+H1~f9D*`p<6D?Fd)
zJ2@K|fB_hQfvhng@k`pG01BXh4F$*#%2g!Kq9f0es1Bax2hZ#}%$(J2nCUiDevf$B
zfYBz%2S%+?-21@3C1(eNdpGif4qYQT#+qm@$+%8(r_|XaYo9GSU%6MJnQqOx)s89N
z$8^4Sgq3@ixSDIr4_4~D<8<Noy04W&eRR69d{i2r#WJSS)(BK9KltYRE6k7g=wI}b
zral|*f52e#-e+Hmb9--n_^H`#_kNN4Zt8e(Kb!FEo8qxFmmwrSSQ@un_vlwC2INjj
z4-`NF6bKa{KNxBu*{akW&vCe)fB_hQ0T|H6fW$8~x7DUA<KbF|0T_S*7^oxznmt-F
zw!-sGzPs@pnmSP@7=Qs7u*ZPJFKLScD1ZVs6d*q+SCOoVLwO_5@`Jy;ur|LQapzro
znqPLQt<UKty9c@ahS6sCy?Vv2W&FjtL#(XDCqL-WHIiej%<1tA$emJW4{9A>YcxV5
z)eOA!@8Z2orE+xI@`Ib+|EW=3Bkn6y)kmir%STnoXRI8nGSBp@kstj1+aH_u?Ryt}
zq^aCq@Xo)*pL{OP>n&Te)*N{7y3guO?Kk+@X`RNJ*{{EE{`}P%v%Id(Ed6?|3G$5n
zhCCBFrl9YeAFL3Msi_Ph`N7KY%{+q6r7|FQN_wCG3ZOu!0QtdC3&~cgb2t6*e;9xP
z7=Qs+8Ibs;=C-ct&$yX8U;qYS00wL@pxL7(V<U%>Yz-(np%V<i01WuYfW$9pivlQs
z0yY#NKPXp`HM<V2t@kuPSXh(Tx^;JR(2@Pk8J7<=U3!mflqc*~dsF^r$95VN``*FA
z{w^Oln*3nSA-)-_sx|sPdxP95b@uSNMw}aScP1DhKWNAga;;0Qb)9Z3AC-+~r|d)5
zGx$p92WPyp#I$YOBQmGg@z7yr$)~GQ<@Clq`uoUzcf0nHd}gqzOkeP`C#Jp;+5emi
z?oBnW^^Zq>P}g<9yhJ^kV?ged^gsa=K!H#J@`IrklC9?EWPXlc!vGAx01WuffW$8~
zxAnbFoF8)$48Q;kz(5oOnmt-FHu5n3<zc8PHH85ffPrKTNc@tvD1ZVeU_$}&gK`xm
zYc^?H<u$%#$`2lX{D6EWuT9&U4ZgQ-Qxm!NFUaaO)vxfgOZ$y#Hp5qV|6n2SXY>2f
zrwwZMxYGML-alAn?sFWUxz{cOa;MbU11{`xfu87DaR$f_k{{$ANA&+r(CNnVQAIry
z<#%pAGp}TRaMFyoV?UoCbKDs7!56DjXY_t{)QHGqy#M)EvHL#m#G6Xq$NG7}_5Yjv
zpqtkV^IZ1oCU;7Dpa2S>K&Sxu!B7jy7Ji#Ozoq8X90p(j2G%hk@k`BZsVCPo48Q;k
zz(AH6(CpEYu}Rk^(mq)x1)b0d24DaN^fMswOWL9U3ZQ@u1;`J|Rjl}0=^X3RQ)^zP
z{NQ274TxOZS4yt08u`H=@6+3Kt$$ykt$RiCgIu$zuUY0hQ7)iTI?J6>XOBwh#c`Me
zVW3P5kRK#J$bEw7K0&7&%SV;vXTH9kd!_P&4@`J9_H+BGo$fFnfAw{2zHj|3Ug5uk
zzEPk5gIr*tZPfRh?tC$FKQF$zB+-7NjzNBqH8j4?DZZVT+$rgS0w{n2p#tOwLoFm*
zzIh4f!+jqNzyJ)uKvD)IeyO=_((|Pq*9Hv001Uu@j|^z`Xvx@YtyyG0_SS!*C0fD&
z48TBT7?AiSZBYOPP{4))<Ok&{vL?JtYr=D7*f06P$Tf(;I>+7i>TRwVG}>BrFt}$V
zKUfBq%W-|MPth9uEYJONr_|Xa%QfWOnU}p_fczl&LGE2d_bxi!SUxHrpXFx#oGOtY
zy!ozKv7d!6ykxvt`t{n9a(N3sUKx3ui!Q%E(f%KN^7Y95Jo5A(677flAnRYUKEL>I
z{&J_J2MVA73WN%f9}KmSZ290HoCEiPFaQHE00U_lkocwMwrS3tK3p>}00S@p1HLez
z*`p<6BcoE8j0!rVGYr504CrG(;+M2V0Te(18w!vgl&k2)`s-Xq*3pw6j9i0w`0)cw
zH;eBbEZkd?AI!-0m6dsf^OPH<(jNFXa}x|W&H(vA@`HFX`N0)D&-USYcDeI|Hw>E^
z`8hcF|L9!(n@7zjYwJqR<SqE<v&dtec=9cYjuDr4d|={hiS|Q&kU7GKIU?)lp!DN3
z!$JWRa6|#}gXs#Db?@Q)xrc-S7=VH7GLX(W_4R_`>@rO4sXYw901T|sXUr)_R9JJ!
zcYV1QYC=t500v;7ybPqYPP(B03ZOu01;`J|rDN^6Lu=1H%MW&|9b-CQJHi}!@<6jw
z`yP?&6oWO9&3zqwWIuCJ?~zvDIoR+Xk^G=T*GP`BGN;EgAa_cgJ*ahjt<eaLR5L(+
zko+L`E#wEu4;mkyg_kQoxV)~;{HE80W<LiPJ|FiR@{9@EMrG}i{_efczKlKIhpSe{
z9xKQh7RJ}q_bD$fjNM1vn3t|zQ#{7lnG3yO$%pHKb6}0r`V8p&G|i|`00mr8fc#*(
zO07Q^^WXS048Q;kz(7_QNavjTdS#_voF{V=48Q;kz(7+B=yT?DBWk$rknQs3RL~cF
zVE_hTKo<k)oReNCfC4CxUIFrha_v;FtIo0Ry-|HU%MY%9-*(CMqs*CIhnZu~9Ar8k
z-QVneU|-X|Lr>GXO?T6}b$8QthZ?inUcF7nqxzd;I}I}DTr<2Z?;BiyT;vD24jWyE
z%uAxR{u;HDJEhJZ8ntCi%$G1AV1WD}`9ba}ME4Xr-B>=Vrk;iJGq<0Smm@#8Y|UD8
zY1apf`M9Psc)`y`kDXa^4sZRO-Y&cLi9BwQX<WZg!~dQ%<L$`)!MGQE^l9Wi8t$*T
zZSsR|UpLHq*{Pr0Dd~X%D1ZW?0^|onEhJm`Y<7H>T2pHnfB_h2%z(r%HMga%jq8dY
z=m7&T00Y@#K(j|n#<u?2L;hP=wuO374;X*}7$_eD62GJ^3ZMWA*ieA{pj<`Pc?;Hg
z=c?ScO!-0Xg`)3;$PZST`)Xfz9AC7y-vv*RJEhJZE@;gdnLlA5f&ub_<OjLO5Zz<w
zbYuCbc+TzLb8g%D!5|lRR_D87GkD`4d!^(IUQ^k;B)P?N&cD~>-ulP{V-5E4$=bU5
zOyFmxcGR@kakp>ZJKw&kV@rNUe$c;biTTmbn#!G$9w>kUC=e<@elXNRvW2Jm>8aF}
zy21bqz(70$62H{kmRiTx8ja8h24DaN{AED1M@z=WTFmIRnCOE(FaQHE;4cFbzoab+
zpa2TkP=NfPTt(J(N3844Df=DyK~s(UM)HHot^;k?CF2pT{ny|*a;MbULxYx#f%y>z
zN??HeAo)S=Aw>5OI^9@4DxPWk_e|S%elW@V`+|4)wcDX*s;}qfE{e<@&U|G_YzDBo
z_aP?v`Jmy?Mjk(DhLHTAf7cT8qn|aEJ0(3(00mGWRDk?osD)$;PxaGNsVjAb0T_UR
zcm^bXsktq+j;}Qup%Dzg01WucfM$=DjIA2$8#$)GSsZFhZD9ZgTw*}tm$XFz6hHwR
z3XmU^tH`?V64rg^D%_X+Ao;;cGsp2n>)M%5D?BHr<kNWa58mA1jXF`MW*HzqNPaM-
zk2TAb=lk=-z75Z`{d=Zet^8n;tX@-Xo}Ck&9}Mz)r=N94Su%vXcIaz9_+mBr!4>{p
z2h45Mv^fTR@o&xp1yG<m3XmU6r+agAGC#+!VE_hT00w+#Af0pS>*af$I6vkh7=Qs7
zfPp9m^f`075xJD}V65blU;qYS00wL_kj^>jg#svm0_hbXKPcBOtLsmlJa6)Y<Og%)
zFr2)0shg@CrrarY_TXAzK7;|s86ZDMevtbE(fxr=H<pho>X|6NbMu+GkNLq5SFJV&
z9$afRL)fNGjhXl6M^>_fLB^5y54w51FwbSLZgQuj2MVA73WN%f9}KmSY~i=r^IK|8
z&0zorU|<~s62H{kmU?nc!vGAx01RZA0nHvQ8Jo=<2Kyq{0|PJs12Etc0}{WaEefCj
z3fNG9{GeP#)}A}G_PjxUu=BMes*<I1=|05PSi24xQ(QN>=>wmM);V*1IdpyH7;9E|
zl{=-*9$Bdu=gHjUEd%5S$q#bxA-b>D>BjO=W%-$}ujlS#elW=Az5n@F=Cn>@i=Ty?
zdY56+pY5~n4d&$qf3}t#BtOXd8DHlUAJ0qfl=MIW6hMJc0rG>P7LqL={e*Mk{tpIV
z00v+n2?G+p)Z8}7xzdJf0tR3J24KKf1~hxLWNfz9EV3UmLofgXFaQItF(C0v+M)mo
zpnwep$Pda@^ma{l&cF5cE#~~QxOVTzUk)TcIIJ@FhU5qRyOx;uvRzZTQ|jyi$JyqX
z`g>4+@`L0DJ^Z{<&bdja8_P%K>+{?!pO>%s!62izyspl?@baI`NvGUe{98oQ%wW(i
z$PJEv?3Mhx0)ze8{NnwCtdGg^yyMcj%bk)QD1ZVe5Gp`^Fw{b_<&sY@R_^Iw00v+H
z25d4Q@k`BZZEC{4xW-@r24DaNTw_49M@z=$TGoT{R%Q(<I-@fTz(5ulkoYBSQ2+%{
zz=i_k2jwc3bB!naw!F4|-hYZ~_D;KaDEYw(<p(bxIJ&6&CXcKVy(fih!16VaV}CGJ
zIs<a2)Y$_TN@oEL(XgrvkRK#J$bF6IzFMan%SYwfb6Un5zqY{V{9wbp-=9`|VV-_r
zfw_M0WOLp{<ILel3^(oD_cm?X)R-N2>}mGhZ=gB-tUJtgJtvrPkN)1g@!s-${;=Ub
zY;HHq5008N-@s}-t7wEq)nGvGl=MIW6hMJc0rG>P7Lu)M%=a9V`wSR>0T_S*4Gc*9
zQgd4kS~3Q%X&8V37=VFlF`(I_C1cA%K7?~52L%H#00S`46ax~!q%8`d01DVpfc&6b
z#j38G&arM?s{i&o^~q=1PQ9p>{9uLhgXh<bEanGWKKmEZI%jEpY0sPh1LbEx?vy%v
zz)Ja9L1Q#7D+A;Q$q({bNOWJV(~ae$s@C&Xj$6KG{kHRiHZyiU@2g>caNmP#&E$_)
zk|A7CKF*m#&^9dta;KyR3ZMWAgbI)!47HGKrJb|shu^~h48Q;kxXysYFEzJyy$+0@
zxdaAa00v;76b3YVv}9~e<tg|XIU5*&0T_UREHEJPOWL9U3ZQ@u1;`J|RV?ee=p5_L
zZR@-B3HRo+Y=<2?fc#*E@`ERK9+KC5+dT)Hjq2Y4X}hNEk9h(HD$9V}DRuUMo62&7
z-so+e0rG?72l=cdy06yh#_~~>^30UJI-j|dAN<BtBd6FfKiH~Ochi5|T=IkD2Vp=V
z19GRN2MVA73WN%f9}KmSZ1K54=jR6MLS0}024JB43`qP^b6Z#`KPzaA#xMW_Frb$K
z%^ocoTNd&moFh3X7=Qs7fPtnMkoYBSQ2+%{z=i_k2jwbSUkjaMeR(-G{Z9Ya@>#YW
zcI;s;zhMj+!g6N_hmJ8n-lun7^DQrUO0>qgoE)%k<{21B&w$)1b@qUP^bDXK+Nofm
zO!>jXj~`&#w5@6Kt96^2{5?&OvuN(CxxT^AFYPy~<a^I<wPT9M-t_)Yxwqo8Q(^{m
zy0LszJd@V@Oge3C$Pens51xL>c(P*(vtwzmEBg5}SIV7|9w>kUC=e<@elXNRvW1WO
z<D=A)TEYMfz<`VaiC=1NOWkF4M=$h(0T_S*zZlT$(UP$>m8alm<ZNI724DaNvcQ1E
zFKLScD1ZVs6d*q+S5d|K=^X3Wlh&c-^M5nj?{a;9-SrW_xS`}V+*!CEDdikbzMwW-
z<NnAOiPtwLttaic_F<s%49J~QXAjt^JUeKP=2jUfQ-1KU;|3J(U7E`Xru{kjL9PL-
z*MRUdpiVcIkBaBmem%zy>Pdc3M}BbEANMm;mVHi!kPIOVC}TkGl=MIW6hMJc0rG>P
z7LqMKbNKg}gPKxP7=Qs7NXCG~FEzKN-pT5XPUr*!FaQI7GN9R`C1WdPts;HN7r_7w
zzyJ)m%z(r%X^R3VfC4rYAU`Nqv6^c@Id-}=$lvWbuedJ!mlxKOAuQ872+z4@xM|yN
z-FterI(Guu!CX3Cxz5o|8v}Bu)Y(Iuu8fCk9R`F9kRLR>e^AIw#_z>+y0LszJkR#;
zd3MA6;M7^~m=)htCr_8P<1SsjrucV}LN5N+=NFJ2Q<fcL&hu~1lh#!3l=MIW6hMJc
z0rG>P7LqOLTupoY8U|nh24KJ!1|)u|xvekt;5?XHU;qYS00z=9pxL7(V{<w8!Pv<y
z!2k@v01TAEfW$9pivlQs0yY#NKPXp`wcZY{+pS-3zV!+Bu3IbDy2c!H+CbBF$QW{j
zwsM3+$C%)~gN5wiHV2F_!FwOMRvf%ma*P>nH)KHWlsbD*+YM`rCTQXm1LOzE4|1O(
zy1&-x#`006c~(jv-Ot#cS^9Y~$97%M3FHSWl%H%WKY00or^yeJAA|vA49K059w>kU
zC=e<@elXNRvc=~I-Jc(*5A}fo7=VHDF(C0v&23?%e2kzi+QI+~z<_=RG<&pUY^CHb
z=u2(~24DaNV8CStBz{R-6hHwKu%Q6?LAi=ft+URtF1}E&7Bl~0et6tn#dV6i?B2^9
zcjjPoe)kdP%E4p_MfXqjdBGrm*`?P=bJBT3%%1!8DeAh-PllU~pRN<FZ7$S^?_94i
zppyZ)Q|jyiUpo1sF4QG41LOzE5AxYYbdRmmjpd`_*|h#=(`jl{c>mo~)88ULSfTvj
zqGe%jv!MT>KOaSQOj&j;&GkedzvfA~Q_=$kPyhu&1;`JET1d9=Qop>EdQwjqfB_gt
z&Va-(HMgba$!m^QXaxf>00aIppxL7(V-u}gwDrCO_QSh3U;qYS00tB=An{Auq5uk@
zfDHx656V?cyv8}ldT?!8wV3-av&Gdfm{x6i6!UI{b#tv-cQ>uu)bJIfK|!ykzHjxb
z$4tu?{;z0Vvo=N;5AzlbY{-DzDRuUswj0(KP0++C2FMSRALR3u=ssJg8_P$<vuyvK
zWd}9g_uwJ<&*Zn=JBR#Wh4O>bURu1t-$8=U^^Y$6m<%BqLKslQfZQqRfdVLi0-*xr
z2SY6+TYTp5^D_r^rLHgl127QJfW$8~x24wcwMHW}f&mzS0e>0L?9r03kssvUVK4v#
zFaQHtWkBMWv_%0FKmi*HkROz*=+rvv9P8qns@KL(tu^1jbc)$_pV}tZ&oz~e<7eHQ
z)M~p91I(7^PGmhh*P3WOdsEjXKhry3%bikZ4;a(S7`34`i5MtTeo*`0pSsnKDc*x^
zdjF^RE%#iB8PMs*@=@_j+s|j(r(HZQKewHI-aX_8E0iDXH{_Y3pEUgYM&Em8lO0o(
z9b?Y(bIz00RqmAZKmim$flvYRgP|6ZEy+AhTf7<uU;qYSz$XSIeyO>wPc`9Om}6i7
z24DaNqzq{GXvx^LKeK0i<eFdr24DaN%Ef@hFKLScD1ZVs6d*q+S25B0<{az5ozQ9C
ze@x3~|B}zXZFcW6!&fp5zT58=^X;4eWHz4kjoGMPLnms@HA$UdAT<MWr_|Ylxr%!e
z7;u~c@`L>U8t`(Fm+N$6`KYANNonuKv-R3Xf1l5?wP{mhUa5co-HHlj=(2j8_g8*p
z_S}0wUh}p)^lX$PJf+Kh<Oj(Q!hj+M<W5Ns6hHwK2o)ed7-}Ke;xmLBpCPCdb%FsH
zfC2jqNc>WBTiCGA2AZNN48Q;kxWj;EkCu$BT$v2^OWp?tU;qYSKsy5xzoab+pa2Tk
zP=NfPTt(KNJHGZj$M|6w24DaNBn-%%QfCjzIn$PF1O^l`Kz@+?Aoua)2NmTzcy?ae
zv-2s-J~ux(Y*;?WcG9W0nWbN^B|})o4COU7kLR`CseNyA{F!$&$`7{h(APY(^mFoK
z%r7vYgaMtOrWq9qpnxk1kRMD}Demn{ySGO_^n(EyfB|<INavjTdcmN(3{pF42Lmtw
z1En*d&zaMWNPD(}@sU4*0T_S*7$_G5>70{ZD1ZVekX`}ugL3UyPp)u1d5$r`B@Dm-
z43vujxl`)wQ7(PhFV`LnREPocgX9Of=O;g?B-_FB?9!iS2O5r=G~cvtU6aqUUE1|Q
zGK6Kw4=%5(GebvDE9M1%GkUt|eaDN%|8CW)dw%=oXWt|{#{2>UN*K`jX_`@?01CLG
z0QtdmmE!*1&iy?)q9Y8z01UXtKsx8t*9-RCV~?6qGZ=sY7_i5HK4(rhqH<+2*e`h>
z7=Qs7fC23cq;pPsp#Tb?Kzaqp56ZP;jd+FDi03#Ctib>bz<>q@<W8xxhXySf1J^VR
zl)ylP{NOpizR_s^`;M*gb*mjy%z12j|EHq-7`&Chn+Kmobh@#8R6Ikr_Y7I1mfeOt
zQ=H?D|HVya?)(pU522+T;hP_<Fc)4jzNqi17mYJhKl#Eu{MMg~KP%)1FX=Op?3j}5
zn8xdrF;#XRmOCXqPyhu`AXI?-V5o&;3$LrJ*P%Ch!vGAxfF1@UeyO=FOzB~YT2KoZ
zfB_h&JOi3NS~50U&(_%wIUyK;0T_S**BFraC2dgv1yI0-0^|qfDzXkY+v{+tKlO(J
z7|0p}a;MbUBWrcze3`4fV_@#Ti+P8`jvJ7f{9xDGn~LX6evs>0a$W0mWBI6f)?E2#
z&6U>t>S0rh?;#BGY`;AHb~9|ubo1boubYX_y=k7D_7-0WH0V9x>AY^EZ=Ye#x!_*Y
zZik*l|2XT)2h1}|KQCqk5Bk~g;_m{@ga58{-8r8B*ETgyS7W(T(gOuh00lw?$Pb2E
zNVf2-be@H7=mrBY00ZtbAn{AhZDG-U7O5dMgaH_Uf%FV$_Gro2T+4beUh+vW00S@p
z1GX5D_$6&o00mIMh63aV<tj?nY|@rBzAyj-FaQItGaz?LojqKy1LJ2d$vgw|{!`34
zoN@Wk%;X0zA2_;r-kUtSiuVuZm<y851v=eWJ}RCWr+;Sbl6JS$=LFZ!v=!cs$M^0<
zACPLX$9@CN4ZnNIOkMs(qkQ0{eV^Q5pTT<xU1El@W@B#1Vx8qqNe>i20Tc)oAU_yt
zA=%2J-*C>{OThpPzyJ&c4EXX7p5Yk=U;qYSAj=H+;^($980?2U4-CKn48VYE4EW;Z
zoCgY^fIAA1AC%WB>3U7tv9=cmU;qYSzy}88PN}np54GSNm{YROz_xqW=JO6GUr?Kw
z{NQ=N9Z}49w4C-=@`E|%fu!?*PB)g1D$CD&vv%%5#%<K3`R2Uq9yN#le3aR3&;F+U
zu6_ARph3f2;eH)!O{dH6H-jI3xzRfZ8}fAXvu_r?rO>zc9WRm}tY16XP$#z0qZ$mz
zosu3XfC4BGDnNcP)IzdVjrpEqa-RVMFaQHEpn(C2UutfvK}*KKH4OtW00S^kEe14u
zv}A0qWjz=#`6L*C0T_S*TMS72lC~&-0w`cZ0rG=#6_c*lq#bK}VE_hT00w+uK<<<}
zd-zZb&Ve~4>kRzhv<LEehl7snpPBsNac2(BpYyi+-$-^a#~dJ;19ZBvd{otX-pX-#
z*6%X|&n*4iwC~WjQHJoObMGcQM}80n6fhunN_wCG3ZOu!0QtdC3(1zx_kEljpKD+M
z24DaNq8O0)rRKI#=g9B424DaNU;qYuXF#(@OU7m^gTa2t^S}TMzyJ)m#(=~xX^R3V
zfC4rYAU`NqQL<)}wyg1m0T_S*7;v2dxl`)w;d&hyKXVBT7_<4XxAIwsHf_6`OZtuS
zK10}b$QZNh?!EHo{Qb+Ok{`@54@l+#oo*~2mG94WIX~7eREvRAy4=?&Ke*E_eVTn=
zVYSA{ak)OS$bj4_>45?$fC8Zc<Of47BwJbZ8_t>gEEs?R7=VF*0bl;XGd#lp48Q;k
zWSIe9{M@yy2jeB51OqSt12ABV0bjhF^FRR<a7O|1gYsHQ)@;(2HNG$a126yst}`Ha
zN}WAiuLI*}E`b4KTFm-iv+bVi-p6;)&-$6GhK}(%LwIbbb?4fuO%JollWWKi=9mX0
z^MFn_mX9jS&wM#|);yGxfxh?5Zj>Kv)vCK0HF-YopHuMuxpLN>ee0iB<W5Ns6hHwK
z2o)ed7-}Ke!XNefBQ>H%FaQHEP#y*(eyO=Fe3XX|bVXMffB_hAg8|JREg74w3<mol
z&jSN600S`K8Uqr)q%8`d01DVpfc&6bMah~?+OozM24DaNV8C?-<W8xxhwF7<{LCdV
zu#SPvZ(LB!I~;S`KyNdIr(ZhMv~Jyf-Ma^`e2(m3jyXU&2k3NT`KWk4?Z)$I>f~OX
z9$olx(NBZyVDQzY=M&@y$q&Lnl^KvbB|T681yCSVfc#*ng=C9+S@-T`sTnnc0T_S*
zI}AwtQgd5)u)_m7q9Y8z01UXvfM$=DjLo&I2jeB51OqSt12ABV0f}GI76niM1#Bol
zeo(HWbloQHS?db}FaQHE;4%Ypr_|ZQ<r*+{<`5WY%)plCJz2~=9DG!NbJ>8=-n@tK
z%E4pI(WebEty<UQ&+&&xjm^Jz5e6DFfFALB=yYTGsCZuO=JRUm=0@EP{rRY(p9cBC
z0}j8D>{ykvV_Z9KTs!5gliVrkfdVLi0-*xr2SY6+TjiYB**D$}126ysFrb+MiC=1N
zt65{l#vA|xFaQHEP;Le^d$eS1wlWy(hdd7qzyJ)ufNKm${F1gPfC4CBLjm%Gaur#t
z8oyQ*jnD`NU;qaEVL<MbI(xvRKTJ|fYPr$ef19n&olwj?wB4b`9Cq9QbNXdN&H3F&
zn2UOkG#B+5<;2%H*9<qEuN`5|>^jUG`O6#3&b#(3p4ShLxx=)4{%^c{FbDH#<~^Nm
zEFV?5pR2Nep514efh%s9RP>y}I|v_`{{b07GK4TtMF!+fNe>i20Tc)oAU_ytA=%3E
z{UGPg=OGw?0T{?O0}{W~+!l_r%`x?-{xARoS!Y1AM@z=$TGoT{l23vG7=Qs7u*HDH
zFKLScD1ZVs6d*q+S24}nP5Q9r7Y1Me24KKd2INkuvxlqtGj8S%7-)updH*rr8S;kN
zuET&0vJZs}gsb1T-=UY;;+h$z#oT|99n3XTe|{dzhE6w@k1FfWeK~*DK9rMz+g@0(
zfrs|E^#!tHRm_f+v)=66jrm0Gl=MIW6hMJc0rG>P7LqMI(hZNKPSgnoU;qZ}Ga&Ix
z&23@BJ{xF?rZ4~lFyIaYnmt-FHd`4C_CuZr24DaNV8As7Bz{R-6hHwKu%Q6?LAi>o
z;bsjl48Q;kz(AH5kUOQ$9$Bgx=gJ(FB?el|{D=8YzgNxH$K7ML-?{GwIS7|Bgg-js
zR`b2z&NdrQ`9HDQuq@S>b4@p=>2zcHsCY*0&NFIi<zB6(Ec@Ja*rQ(~?>yn`yT}ic
zAB2G_G9Y(KdY}Lbpg^bq`N2>N$rksq?%l^yGin9{FaQH~7?Aj-=C<%)hX-^-M;L$s
z7;uvT%^ocon`>DQ#!Eg424DaNV89jw62GJ^3ZMWA*ieA{pj<`PuclkSif-rz126ys
zZZaTuN}WC6&rSZQ8+8*gQ2$QCme2pqw4Cza&U|e$VYO-b>|e}AbN@|dFbD4<-edIA
z>BjO=@x0p2=hf8Bow}WV>F*ll2Y1-1mznhEmE^~&m>=W%ap(FeN3G;eNe>i20Tc)o
zAU_ytA=xU&e9k_z?dQ~=`ojPWxWa(MFEzJyMQ_H*+yDbG00S^k4hA%Pv}9~HpOLaJ
zp1H#S48Q;kxWs_OFKLScD1ZVs6d*q+SJ5S3VXWK-!2k@v01TAMfZQo{_9#^c`g1M8
z01UtY47kLAPB)g1svOT!*(cBFVIX8+!1$LM<p+cJ_KtY!b@GGc2VtN}49K059w>kU
zC=e<@elXNRvc<h&cyEXnXaNH-00Y@#K;oC0+rn+OxTW6I8wOwi1{yP<*`p<6bLkl@
zV`a?%48Q;kz<^B#Bz{R-6hHwKu%Q6?LAi=H=Y96YeFO}^01Uu@b_V25sk4W6of#i<
z0Sv$Z48VX*26Vcyd{jIKZu}e=J<!8815YeoW?HwdX_O&6|F@5k9jj7y%yxa*pL=tL
z+$rgS0w{n2p#tOwLoFm*_@#S(NzJGk48Q;k*kM58mzvwcgB>2w5glOw24KKV1~hxL
zWNbE{k+LtIxx)YqzyJ)m#DK&vX^R3VfC4rYAU`Nq(IsDDtlS5|01UtY43x@%+$nYT
zC{+jgb1lID48Q;kxWs@?H<piT#W&v=zR&;$%FDp<zqq+kez4=A!?^C4dtjhS49K05
z9w>kUC=e<@elXNRvc(!%H`mBgH|hohFaQIkGa&Ix&23?!bQaJM4PgKVV8C4lG<&pU
zY%V>6Wvr|jfB_hQ0T{5!fW$9pivlQs0yY#NKPXqx=Dg3oxQ~DV7=Qs7(9VF|DRuVH
zt~29fE`R|TfB_h=$$(BbmXC_uSb1|}=!?Dq1A|9A+bBQSs#SOM>N_8kAFEP+jO#Mn
z*QMMk>45?$fC8Zc<Of47BwMVLb$6XCwWD@000S^k8Uqr))Z7*hO5*_i&<_S+00!J<
zK(j|n#%A*wDf{A?I}E@848VX(3`qQvwkUuCC}2YY@`G{}UGf#i%6$+FzyJ)uK&cGK
zol<9yQgxs|*AfiC01Uu@OAP3AWBI7a(PTSEL;WjL|5>lSw?Tez^w^o?2gwh@KouB}
zJ0(3(00mGWRDk?osD)&UwX$xnm8E{v4+dZW2GTPi@k`BZVIVyNXoq$%00S`KJ_DLP
zS~515p20F!)(pS^48Q;k*knNBm$XFz6hHwR3XmU^t7voHXJ6b$zyJ)u01RknK<<<}
zduZ30@i7;`01UtY4A^8qryI*hMSiR@`7w0Pw$7idtuuS?GoVq1u=jwc$&OVaJI1w`
z?Q1cpKmSkw1yG<A1;`JkQ;+qs?yr}nhSU%SU;qZvF_6wV_4T6u>FSSe=mrBY00Vw7
zpwF4pjmYLRQuf6&cNl;H7=Qtn7)a-w^g;m?K!NlMkROz5=aR25R_=pf00v+H21;c>
z?vy%vl&S;$xt3r624DaNTw*|{8_P#UmWC`13{-}JAtRq_lplQfsn^L5k{^VDDli~-
zN_wCG3ZOu!0QtdC3&|F1X8l+*OC6~r48Q;k$Qh9MrRKKOUS4}NLo*nF0T}Ry0nHvQ
z8JkPbU>PfG24DaNU;qYeG9d9w+M)mopnwep$Pda@v^npyFYY5?00v+H2DCFEcS@Z-
zwCl|Hm<wP424DaNY%-wJjpd^vJ64(O7&@c#($#CsjW<7U&h2uax%+{6<i@Iy8{<0U
zIt&=#9}1uV3Y4M%`N4GRv2NC%b+goxTEYMfz<`W_bk3=-7j>7_9lg*C24DaN{9-_#
zGp8Go&1a<Si)ZdI00S@p11>R;&N=CY0w{n2=@lS9DA&#<Utz4=2f+XgzyJ)C%7EM{
zb@nJ#2l{g@!2k@v01UXqfKE4-kBU4Ec^Vji0T_UREHNN=N_wCG3ZOu!0QtdC3&|F1
zXZ>0`OFgM448Q;kBxgY4mzvvB^W-&0E3|?E7=Qu)7|`s|lCin;43@F7W&j3Y00v;d
zCIb?`q%8`d01DVpfc&6bMVs?J`{F(V24DaNU_d(qa;MbUL%Yt5kGTK_U;qYSz$ODa
z-B>=VEM-PGS29vC00S@p19GRN2MVA73WN%f9}KmSY_WdUzxA`!l$yc-48TA#1|)u|
zxh?fhR&R7dCm4VM81Rz;%^ocoo6TpW?2BjaFaQHE00S;DAn{Auq5uk@fDHx656V?^
z$yXRF_dzfK126ysr7|FQN}WAQ)q(z8OE3TfFaQHCF`(0p<)b1?LzV^xU;qYSAWIC$
zosu3XfC4BGDnNcP)Izew8d^Ws&{9|G3Ii|z1Mv(<{8DpUY8_u|G(sa7fB_irmjTTl
zEg73j&tMrVYX)Ed24DaNY%(D6OWL9U3ZQ@u1;`J|RkS(pvoG!=U;qYS00y)(Aa_cg
zJ+$l0_?Qb|00v+H25d5*(~ae$%2H;8b0s4M126ysFd%nIdY}Lbpg^bq`N2>N$rkHq
z{ar^(ZK*8`zyJ(HGa&Ix&26c3be+)$eP93vV8Cw%G<&pUY&M^fvM-*w!vGAx01UXq
zfW$9pivlQs0yY#NKPXqxC0}8z+y}t`48Q;kl*)kIDRuTJRR{WWEx`Z`zyJ)m#DGpW
zmXC@o4Oto(fB_hQfh;i~cS?Go01BW$r~vuFPz%WxYia#nOG|yJFATr{3^dPx#4k0s
zrN+(I7;Vr724DaN{AWP3M@z=$(lc1b%9;TffB_hQ0h<g+{F1gPfC4CBLjm%GausdP
z`|OMR2pE6?7=Quo49J~QXAkW<Gd|`57=Qs7fB~Bf=yYTGsIrt9;atf`!2k@v01U{T
zk{&340w@qFKz=aPLbAnrTL0J6Qe$ci126ysO*0_zOU-SmZ`1Wf7j%IE7=VFnFre9^
zC1bPsjFf%x%pC?`00v;dB?csZNm~>^0Ti&I0Qo_=iZ1yIW92>w24DaNV4ze6<W8xx
zN2xl{pKA#QU;qYSz$FHBy0LszWNFCKzyJ)u01RY_0l8Ds0|ih31wsYL4~AMuwpde}
zjWxB@nL5J&48XvK3`qP^b6aY=VQtX_O<({9U?4jTX!dBy*j#!B%UD@600S@p12ABd
z0f}GI76niM1#Boleo(HW&3T`FaUTH#FaQHEpq&A^Q|j!YU1!F}TmS<w00S^!lL4J>
zEFV>tG9#QT87UZm0T_S*xl_^u1yBG5LIubVhFVCrSXY~!b+y!*TEhSgz(8XLBz~#6
zEp=^NSM)#+7=Qs7$QA>dJz6q0o6ktu7th>b00v+H23%r5;+M2V0Te(18w!vgl&k2H
zuP|2bgJ1v#U;qY6WkBwfI(w9=1O2&{U;qYS00vxQK&KnaM@5!~EDa3601UuDmKcyb
zB|T681yCSVfc#*ng=CAhwb@!*OTDQ#48Q;kgbYahQgd5s8rBpo&;kZv00y$hfM$=D
zjLoHIu#A;8126ysFaQHK8IbrTZBYOPP{4))<Ok&{+MM^<S7q-bTFm+%({k!xOp6(R
z=gSoh=KRxeomBQZL2vY4p8>g3>g=)pdGX({4g)X%12Et-13KMUKB_EbMmSe8QZN7m
zFaQH`r=$l8pa2Sl3XmTRwUBJFzBYU7YpFRkhXELXfprW>{8DpU>d7??126ysFpy;i
zG<&pUY(77;<=j}400S@p127Q9fW$9pivlQs0yY#NKPXo*Y98lzx_rLn3;)-Ax6jMw
zhsWJ*wr|(Vv})CzF9$W)Zuc9^)+diQn-6)zw0QA<$P?ytU1!XD{?|k9lsbFBs{gD~
zV`>ZoFaQG~13KMUJ}R;_WNBc)Zw3~B^0|3(+FPc3pNaXu*Bt+go6P9jXPD7rXYv)J
z!7X>sHV;1ex_N!^GPAs{&Ty^xajnRmk{&340w@qFKz=aPLb8?Rb*7v<>#Sh_24EoD
z3`qP^b6YshHpkST`ojPWWSs%c9xWN$6?fMezR&;$U;qYSAd3u0{F1gPfC4CBLjm%G
zaur#V8m>uItHn$IHs9@)GuyZCOJ2~yykJz$bGtnUnayupK!z~qz;(zNz2Q{ulsbE;
z^(?LxZ>|*>!<%3L1~f6C(~ae$A`jz79)>zn$A%09S+|MLy=hK4<95@gO$~pyvG8}B
z!;ctlZocb9vvl<ua)jTweZ9$@k{&340w@qFKz=aPLb8?hwWgdu>#bn`24En&3`qP^
zb6XhBF2mHG+QR@0z`!ca7A+cE7V{#UGdU?3fB_hQfq()2p#Tb?K&2HRKPXpR)0$Am
zvf&!#;Qe%4pLkz!{n>WA^fOytJlTAE^dj@EJ3chuzvLOS*?r5*CXao|mv#*vU1c`C
z|I>V4aI143H{0*nyI9vPFMQf;RG$;&8rbj}Koc~v&4An~b@s5W3;W|*g8>+T0T|HC
zfKE4-kE&tjh;6qsG1QOx1q>`&y3(9;!M(-L_QC%@XvZCUHTv(L95mGY^yo2s#b|KI
zPe+<vcD=rlc844`%*>tt0U1JvGlX)dqz4M101AW(kRJ@SkZiHulr_gN00S@p16gH2
z;+LA+X0?8tH**&ZzyJ)uK)`@6|H#mgp@9JyfB_iDDg(ZFIp=`_DBz9)<Ok)o(!54A
z^JAO)Z?pAr_Y~JoegCqlrp1hZkTJ{ov9`PAl>atAIOCyWeYd=5lG$k9f2gk~_09bJ
zrMQlAr_|X4#{BRC>PQ`700v+n83Q`qSUxH;XJpP`z#j(Q{9uLYc<9jLXZn-QxZB+R
z@B%Yy;Tkjd-Ea6xp~0NRb>^YxJ}?(`n_$|u?UC1Z=bd|-Ni*IiL+EIRQ0|oUKmim$
zflvYRgP|6ZE!Nz!<`xEE00v+ns|-l|Qghp^){paM?t%drfB_f?81Us^Rx=}<H+d--
zfB_hQ0bjhF^FRR<a7O|1gYsIjUNzZz)oSRp#kDintwU>FW4<%w4RU2Uy|qfsM}1y!
zi>sb5t~cC#<U;D~W1TrCRb0!RQfH6U^A0?!;*mOf=<Qr%Tw^d$76x>>v3yiy$Nb5T
zQOj)C^3PwbF+V$cWd5`Kjyv@>Bkq2kykLsFU{ucX;prcl{SO?L*Las*`j~ldenf`Q
z!3?3?Dd~X%D1ZW?0^|onEhJm4xn<2Q48Q;kz(7_RkocwMwppzo=gr&&126ysFc2`{
z%Rlln<Y!<224DaNvdVxjUe0--01CLH0Qo_Atys6NbKUyJ&-|C!zFn{UI;kLEMxAul
z$x2=7GlV}lecgKqx7%Z&X)*hs)H~;Ky*an4^DTEuojt6~Kk!&}9;qYqJq*AA3?ySf
zryI*hMdmEqnKSC|PyPGcFe(4{ns)7an!6r<hwPx`>|h~R_{{HDntgv#o7eid6K^t~
ztgRzM=vanO?v(UE0Te)iPyzCTp%#)Y*4(n@76xDd24Eno3`qP^bK9)ekMm~kf&mzS
z0T>7v@a11tGb5Zgc_|ox0T_S*U%Z_2KminRM*;GK@>;Q8HQ9RAO6yd3C*8Jt4IxjK
z(^(^%OthTx-^IM>=0o2k&ys<f+vJCR$>s>TQ|jzN-DP!0FZ6-|7=Qt{8PMs*@==i=
z^Cv$>Ewfw8xBtA-?6_mke5UQU{il%~EK_!{kRiP9sdr85)-`#(AD#3E@`L0D<>pHd
z6hHxI6(B#Du5_%qWz8)NzyJ)uKvo$@=bZX_Wwm~sH**&ZzyJ)uK)`@6|H#jfpMe1w
zfB_iDDg(ZFIp=`_DBz9)<Ok)oVjZo{b+p?YI3m9`>U-C{NR}+8vqrYBovqG#G+*-{
zoc16!&q&Q}GsOOq%@uN|)Y*f2C#yF)p%V<i01WuSfKE4-kBZD$b~9(x-k;i!x_xH;
zv-|FQ3@|emd`*6^%=y6}M|jFv_vJM|^PIcL50W30n=d_300o>?fc#*((y`{2HMcMT
z126ysS!E!dbL#7r)%tPX%v~@5126ys0Rz7L%W7tX^Cm9^126ysFyM=qa~>#w0`4e4
zeo$U3*3;@+PupVVKl1CMTD9tKHXXl$ELl!pjmmM|Y+n0jzV6%YIf$BPq~_(|h<(P-
z7jmc6*@Ifg*BXt`2nJvP2K-?_ryI*hMTX3u3>me|ZY@tg^N##y_lvqcL3XeL*})(`
zIO^U%<Tc-U=iX-N>NR8t9m){Oosu3XfC4BGDnNcP)Izewnp@V~!T=1w01RZ60f}E~
zZkyHmao)^bFaQHE00RL7zWgIULw*JZU;qYSAgc`c;^mwN3ZQ^H3XmU^*NQc@`qtEL
z^7xm<{9w!Je<e$n(^sQ%TsNEDyKG(E+w?FS&HE2^&q&?N!4mt7o-^c5sj~-lj;=HM
zpbred01WuWfKE4-kBZD$b~9(x-k;j<v+uzCXZPCMUM4?Sq5R<Fmsb}5PWI|MOUVzC
zACwy~Jx~AzoK%4PV7jug=9V?LFaQHE00UWNAf0pS>y_2|ao)^bFaQHE00RL7zWmE-
zW`y%5F9icI00S`Ki<fgAD1ZX)C_sKtUMtqs>RVU4>BFBF*G09M^}poEa{6jij_YRA
zhp2lwbY-8}xPBycmOG`+9+GpWt%B>IJ{P{pV_%x@44Q9#c<fz8pa1^lQ_c6Ue2y>W
z8f?*Ry7_LOm(6DPEHy3W{)>CFjNF?scPf}W8?dI+jpd^vL*`G0j9O;5mhE=vnZK92
z<I#oW2P>2xoV{pm@&0-Gyv5`P$q&j6m>wvA0!}JGelT6xSaZvoTNr==7=VGSGLX(W
z_4UeX{Wx#tE*O9T7=VF*0bl-+pCLa3126ysFpyOSeDQM50|ijP9R<h_%4@~CSY7L4
zgL;r3)K`;ATqo2$n{}@QTO6Y?TXLt=*@L<^uB%!-=KedM8QkV4!;5R4Tea%Ww!<21
z*I|J9e%EQH<@0|dM_7N~s`lDrY~IyIryI*hMdmEKnKNqdPwm^a>yf{gyX%Q}$PZR1
zKRCDkIBnam)BV}m?~orPKPWd~dY}LbIH>^n!E|L~%`IzgVE_hT00y$kKsx8t*DI^_
z<Gh)>U;qYS00sgEeEFBv%n0XAUJ3?a00v;d7cb{LPyhwoQGooQyjHCF)wk}M9GSkF
zRN^|J?%Aw+CD`H^joFerrOqDIwQ*fF>ap=tYt4_2ysc4IaNB)q8~yjzC*Eg%aM}ZW
zDc4}@lgFEFI*vB2TGtfox7}_7%(w3N(7TM5#%qZ&>7VZ^Q6rshEFTpaGJi5;)H1uZ
zBtQ5~RdSQ$2i?5p<W5Ns6hHwK2o)ed7-}KeV$CgUZeaihU;qZP%7DZ#HMh-b{Wx#t
zE*O9T7=VF*0bl-+pCLa3126ysFpyOSeDQM50|ijP9R<h_%4=1LwVoV9w&s@{nM^NV
z_@eIFth+D#x^y0Lr_|ZQCC#%q)=i#RZMNHU(7LQyedcV-3!XBYJpQHGXx@Lwo8{b{
z?^{m$tNC8fm&|s%^efhO^BWgXQ-^Ds#retAbJpp`@==jFb2I-!-Kbkb2FMSRA8g12
z+tKrb+$rgS0w{n2p#tOwLoFm*cvG}Dp%41N01Uu@zYIwHQgd7KGvsGr00v+H2C~e6
zW{;MPEvuOk&YQdx48Q;kz<|UrX^R3VfC4rYAU`Nq(be^%K98FmnY+1yQn;k<*{pjh
z%+NO-GjgZY*@OD0tA8bQYcb>RX50O5%;(Ft>oCA<cJDIsWjVd|O2b6Useds)Jo5H+
z8N#+b%x2?0p~jxoI1Lx{DerZz(~ae$VvU-=Yt*Q1c4|w0ko+Lmd-CgD?v(UE0Te)i
zPyzCTp%#)Yd@8w5p%q%e01Uu@Ukph6QghoZXGS=8GE*=B126ysnmt-FHu5v%XJ7yZ
zU;qZP%7DZ#X^R3VfC4rYAU`Nqk#(-+UFVucUvgv>s>$4cn@xYW!hEm$9P@)t51VcG
z8)mlOsgK!y$3AA8`rOA4PPyNFw|A~$?~9`D6{>rV<D{9FeCi{2N}WA?s)=vsvgJjS
z^0~6WPd0tz3vy+i&buvU{=@v}u$%I=-sXT2rp26pQfp6Z?b{sX>iOt&WBI69m*&^H
zH0qhndXgU`KghM8{Mwg0B|T681yCSVfc#*ng=7n#O72r=g;p>C12Eth0}{W~+?MPN
z*%=ss0T_UREHj|lqa|a@YG#D<CNBj8FaQHEAn{Auq5uk@fDHx656V?^b^WN%<E~VW
zELiux*}Y567G0;CZTGG<t=jc$_G`;?C!}5zALJ*Z_Fd}lw!Gje(b!td{-@dE+L>ni
z9eS;MZ&0i5vER4dYl!*wP4AkG=KV)>ED5KTs=H)Nv?XikBLi}$)Y-$w+W2rz8&Cem
zw5op}U8{O;`A)xA%jOwAXywB>Z1VV5>+W&t>%IBVH>r0H-}HfNt>>WAjpd`7`)+k|
zHyjt;VZa^(ZU6s!y}O=x$Jo~O#f59kV=sJchTr*`=~gq@oY8r_IrNB8X4ek=Oxyau
z*|guKkJ<mgVdnI6#+hsSOf`2s{*IZk;A`vSm^Ocvx#Q7==IUNk^2h3U_(-$MuGbgG
zu-^f-=EPI)G#6hz(TuqJb@TK~E6kk5b=JqxP~URu-tahV+q+f*E%}E6D1ZW`C_sKN
zoqA+p{K~>mPwEK+FaQI|8A#`x`g&zKGs3x(nSucrfB_iL=gjFwM1F?+3=F^k48TBE
z8A#`x^g;m?K!NlMkROz5r*(a3md91D99i&QoJ}8EnSbBjHV2Q2&CCVahr-uZ=RBTz
zO?*Bd*kE6UecJlI<+&3RkL_D`eq^?9e|_=1q+|HuQDaSu7yh33coL4wRd>l4XiM%P
z3k=AeQfH4W)XK$k{9cc_d5;Nl=NrxWS6TeRMO}Oz^H!ao$k+Ub$J{}^bNHywtXKQo
zbh@#8ROC|Z=2FlTJ*&Zh?Ht>abC#O{qvo1pPr4)Z-zv`T@{pPQ@~0)|_wJwao;m4^
zyHkxL$TbeX>oqfb(b|&7(NtY+>)zBc_?i7VMedaJKmim$flvYRgP|6ZEpjHwb0%no
zRxkhqFyI#h62H{kmh24K85n>87=VE+Goaa{C1cBKW`y%5F9icI00S@}@k`pG01BXh
z4F$*#%2llPI#7<k;X3Pb<;e2y7)+Vt^C3U@odK_>S_8L!#&Ekm2bq@7{eRXo0_CbZ
z*Vu;F7@A~T6S-6B>;cC*Io|rXd-7iM{mZ6W_X%pQv*zC#`@y>Vi~4s0wV3rk)IF!O
zPFz3k*F~or%SS~v#eOygP0_T{4A{)E1$n*o|K?E2e_z}8*;MZVob}FH)A{0ut&HWM
zLx-CwudKA5A+)J`rJ2d{@#IcP4-`NF6bKa{KNxBu*&++$R~CkPQcoCw0T@WmfW$8~
zx6N{9gmWh|1p_bu12CZ3qa|Y_KSO>724DaNU?8guNc@tvD1ZVeU_$}&gK`yFORH}!
zZMkw}S<Vjz?;R{<4c_{F11($3`d_OVfpXQIYh2$oPED#?6S-6B>;XsB<)}IRgN%9L
z8Jpj@z^X?ycRYSxeGXba|F_~j#wL%hqVBos*M#fB&l>1-WBI7EoFU=d$@%%hfXy76
z?fhVHA9{9|2SwSvIg9Jesb`NX-p{Q6_m4FHy~kby%(VGmipCMghfUq%j>Yfo%~x`#
zqz4M101AW(kRJ@SkZh4NNuD!7E3|?E7=Qu47?Aj-=C)*K$j-n348Q;kWSIfY9xWML
zRx=}<H+d--fB_hQ0f}GI76niM1#Boleo(F=>udF`uPs-O%-j6n1y4n;)o(H5?`HcQ
zdRbiy7p$M#^86<wk1M^l%2jviIB2hLPM{`sYa(|_oju^fE*G}+Ecng0?)u28N7x!4
z`zZrA^ZsL6wds++&)DpqrPMuF294P#T-7t+%Re$H_A)7GiI&x3z-ErE9QncE?-e(U
zo|`zkH{{lrt^d6w7{iID-kEp|Nor|R_aw)ojh#8h7ysrwPyhw0qX7BAbh?v;@hb~M
zJ*g)QzyJ&+XCR$(>g$!|%n0XBW(o#i00v+{pEIW$5&0SNGcW)HFaQHtWgwk%(hCJp
z00q)3Kz>lJ9qY*Tt#K|_j?CBm;AVG!9J!`?i(k)(T?_Z!-Y=V$)Bb8Us?PufUoEHn
zx7niG^w@rzJpN_mu_f16x#}(%18w!q2h_xVP2^6gvj=S0XTyf3+qYYnSKsWeXm7G{
zEcT&?0qU-&7F-wp)<UNn%SS~X#ZDdt9nrCx4A{)El`B6O<oBlk@vGSU-t0wd&8{8#
z#s2Lh*k78jCth3{JBFmSw5fa2W74klxkm1k^gsa=K!H#J@`Irkk}Yy3$#W)Xg;p>C
z12Eth0}{W~+?MPN*%=ss0T_UREHj|lqa|a@YG#D<CNBj8FaQHEAn{Auq5uk@fDHx6
z56V?!jjg^lw&lu^t)CzK(NAwN-|d|<n?Cx5+2oN`k!!)WI_Gg~IXMY)K{haIjoP+*
z4Oy4@%QaKSx&JoX@7O1DAKx1LL9^%fo&K*y_TBmy_chyBa-Koka@Acr4%#=vQge*)
zb8FW?rPwo`{Hv5+97i@MkRy}n<qKcbJ)3p+g<n_B!xQ_qmZKrlQhKHZ4bd<y12%JP
zP2~rVJoXkd=;nFmk?9|q=im6s%voG#<}9i+)8?--H~;Ppv+qx8BmYiO_!~;!VK2tc
zITL0ri`~}&2M;rMPgrDTEciM<mRawtH9;=$jC04w_LaN`F|Hmqb&oq1zqdC(_~PH3
z2MVA-brc{!m`-=HFn(oWs3-M=0T_UR<P4;9PJO+yoEhQV$xOij48Q;k=yT?DBO*UT
zeg+0$00v+ns|=)bPI{pL3ZOuG1;`J|wR2^?XqLuVt{mCc$K7MTckPR2)8DNyEoS|1
zqs-67&-_>9y02>G2Y-0v?UCc!e8j>==dnH~n@s#Vvi~**jf(8Q(M$FD!}fh6_tA2C
z{d)^@rLUVWSKV!ljeV3}Uo_OCq1-8T_JAopOf{?pIWnDfX;`CjY*Y7a*1a4ovCrmN
z(&@(XQIScpmq|fOw5%2bHgjx+{9xO5J<YX!pEXloT^XDC3-WtsbdJyN9dY!S*nQnJ
z{*RG=@7Qhk{$|EotDD`=>F11#?0<Hb2b=9Ht)ETZrN^dy`uRrgl=MIW6hMJc0rG>P
z7LqM;CdqRqXoXfV00S`K7XuQ%)ZCWr4A~hNfB_hQfh;qi*`p<6%W7tX^Cm9^126ys
zFd*?u+M)mopnwep$Pda@WQ}U`YgDVHO*L|48uNp3*}veuf*Z~GS7dhY+c&)%xt8sF
z-RDI14;a|;+zFBU*nIfgvHM8EQZ?$HWL&h-H%CyD(rO}iN}WC6pfnE3r5`ymopmW!
zy$k!L?%Aw+q5gcYO#OAbv3yiyP|{~m&<^diFkmys_VBb1P5+T|%!_Y-Ey~#i?SpJz
z;a!8xeV@H(ZRCE3-v0Z@ebfwmKC=Hq&wUWt|D@CJitI0`sZHG_$E9s)bC299>45?$
zfC8Zc<Of47BwJ)*{K~>mPwEK+FaQI|8Ibs;=C)bRjBxH`reFXDU;qX*d$eS1<Y&mw
zzyJ)u01RZ60f}GI76niM1#Boleo(F=>s>3e-c_P=HF9Jc^MhNR{dnX$wD0!H#pd>c
zd|-3y=z^bbJ~I0Kg+blES2H(qA3ylz{juXnQvYhyJ;}Ieqi>F&CZ*Lx?vy%vz(Hvo
zluJKyWIF3ou6h^tOWm_s_d@;oUYYvqbYuCb$f1;$LqR|E)4+h199!?9Gb8_25&X?#
z`ur~=^Lw{E@Mh#b#*CXE*?-C_D<k`NzWCwD{*roX(OoiT+I}N9N_wCG3ZOs(1;`IJ
z5JRv@&Lnxx1g+2t24DaN{9-_0m#UkRogq5|126ysFpy;iRGYM5a9PcaaNgvlU;qYS
z00snhNmCR+0Ti&J0Qo_=jI4L9%z9Ue&eh0~Y0D3`oc7nqHE6*)xE3@19-G_S;;QE(
z_w((M@5Juodp)A_gZcL$&iha7e&QIYM&0Aa#P9XZ57eaen#i3}XAf8?orQ8}NRCWr
zUCL4GhWn)M*{pj*2G}k?13KMUJ}R;#<lkVxeFn7T*zSA!PmzD`2>xy|EhaxWarUyv
zebfwmAu|6L_x`~fM$e7xFS#DH=q?#EZOISH?-b~P0w~Z>0rG<l)kwaL|G0m@Ne!tX
z48Q;kq+=ktTk39^<;)1@PG$-QU;qYSK(|XLA07D_@-r|1126ysS!E!(ThbB*Pyhw&
zC_sKtt|Mz*%fHrDs&O@PWZLqBTU;|Eat+(}FPoYuuNU|J!QkD3arN2q{3j#FlFu^E
z{73A5;*L{|y2p))-|L$ns7dKHkvpZ%9<We43+2$T5;?LK^`5iYy-Up&U8kFE_pUXq
z+VyPqYs+&dr1qyEA0M^vQh&GQ1y4net=h+z@KK4nOU6T6o$~{ADXlI#-B>;<)_<j2
z|AlVorilS9IkpF;z90LyirI_SM&|eCEUq(q?K7y^{p`NS0Q2J8UpKptGtM2~Y~SE-
zC6ixX*=%2FO||GQ9e38-%bk)QD1ZVe5Gp`^Fw{b_m38mo{Q2wv126ys*=0cDmzvv>
zogq5|126ysFpy;iG<&pUY+22WaNgvlU;qYS00ty}Nm~>^0Ti&I0Qo_=imYQTZ5?Yl
z^s7dWOjCZa#q58s%PZ8cH4E08HTAXel>ZZ%IVjZS+qXpj|M-8@aZL1n>fbB4-7fu_
z97Dr#Z9MtEqW6=F=d2oaFX+Vg`1+ucKN`uMQfCjC)X8Kya%3&${L^gu&`J|z;<q_?
zRIDd8^rx-Pc|5g0<@15f_;ABxq}|@~+=-E6tM>6F*H}5~E;&AJb<PLW#co}6y0Lsz
ztYORU8a8V0Pwlnj*oNGii@Yy9<cLv;vU_76eLHqP<0maKvlgz&?{ChcI`h>3WA8k`
zt*FlR@1cp(1Q9rZsHj*_v0{y}*FZ!r8oPo$MT&qFL7ECy5POMwja}>oK~79eyq2gj
z<^FSxh8w%0*BI|rV`Tl$Y_j*9viI!yX0Ms~*36IRInNpPS!-s^`~7CUGl%su%l~3V
zo$%AZekYxESE%EMy*9My9(KI6TXW6Josu3XfC4DsD?onG*Fv&|2W98JlUh<s7=Qs7
zkTD?fOU-TboEhQV$xOij48Q;kX!dBy*vQY2pMe1wfB_iDD+3b0q%8`d01DVpfc&6b
zMb@?2UDs+u&opvmn(~9|&U`*_4O;i_-4vKNXj+4IcYhqXFE8`Z;p#Uk?r)u0FIMgE
z?ZeA;G(B#V?KJ8hWt{ZUH)l{2Sxw|lsj~-lm(@Kfz2eA`72YuzF~>)Ku>Ai+;CXko
z{Gx=JIO;ArK5cc*2h_!GU39v!d{nIalCAqfFZ9yLfR-HF-UnP3`1^|U<~<!czxU%Q
z4+ri``u|1jf9RFwsek1SZPieV?zYY+FZ+=@B|T681yI0Ofc&7Zg=8x)9>aO^tN;Tr
z00S`4k^zZdYHmw*hU^RszyJ)uK%N=U?9r03<ux<Hd6Sod0T_S*7?AiSZBYOPP{4))
z<Ok&{vaZ$cx>g%{rja94lOKHMThn{cw7_+1?QVN7d{(dV{eis(Ul6#z`hMfhy66Ae
z)II*?n*BERY4gYzh4(y#T_e}w+Bd_Gsi8b`Y1G{Yuk53IJ<&z4E^?>T*#pLOG8RXU
zjQn8b3}9HFF4vCypw4TExsAG1VnC-G%SY96T@!z2ts4xu$AE?$+jaN;F7Wppefy0w
zk3Ro?==`9^;iWgdXa;UJIdH$_?x|XS=4BC|er=WL*kP^%4Z4RJCvBQv({iVz2MVA7
z3it|;AM~}5Y~e-Cy$C(f0|sCK2J*vz#4k0s&2wgib0;$e126ysFre9^C1WE$Lw*JZ
zU;qYSAg>Ha{F1gPfC4CBLjm%GauqAB&*by;*6yZ}Bh!)}Tzlbv2Ch}>xyNPVoL<;>
z2)11FCi(l?i~l4ZSIcWGjk>oS1AkBNx<~uuw3j=j&K@w695WKF$q$Cl`gJ?*o<Q%c
z-*7_UJ%Plh%eAd`{Iu&XIX-Q5&Ii=RZe4V`v3yjlS<BCwHENyRTBn_3d+@n;s^<JA
z&VDjdes5{xI|Jt}e$H$&WTxmotY72*%QSY{qvqjXy&LJcVXl|7bq_N}+O)pz<xWWt
z6hHwK@D(6G=xZU_!jD?}5t^V048Q;k<bwf;Uutekc82T>48Q;kz(AfE(CpEYvE?;0
z!g-UIf&mzS0T__@C2dgv1yI0-0^|qfDzdKC?z&bRdZv*h(~=+DVAuJ9Yt%X{ej_kz
zP*(rO_X+mg{gS}_mdh1LKI?FGgmE=AXD^Mqm({DqxM<V7PUzvj9&)GD*#j1JvPga~
ze15Q+cgCF`tag0KH5NzRCC8_&&iR14*sY6BH<piz^=kQ8uST7-UFS4&Y>za)Q*is8
z<^=wJWB)@JnPsniBF^zG`|T&@+Pi*h4jy(@;QlN9uEZPHoJGGdPc>!`<G2RW)IE;#
z$;&?FPDu|GKmio+6(B$8Ya!Xni^p)D*}mtdzSI{6U?2(u62H{kHqV(6&YjE@48Q;k
zz<_3tmW+-34EY%tfB_hQfxI#x@k`pG01BXh4F$*#%2i}ttKD_2HuOv*N2Vb^*#7o+
z1J|ha+Ips0t1$~0MdLOPeQx>;JTGwnmDa$8`Mmv4-;Ok{rstAI-J2etZGCeAHHoJt
za;MbU13u#6qgGwx$dUEhW>z!*>bd7-rqjd*<N0R0+um#TvzDH<-cfhd>`zfN@v?a>
z$I|rgy#`+p+0(;}C+XwIQTH(CNgJK>0CkC{E;`*<KB_2dpXkGyIT+BzKw3Gr2Y>mt
z8NBU`z<aD6cbQ|Jc<DoNe$RVv;Jyc45xDQB_i{noTWvGl+_dBm;xSa?JT2X;jf<ZL
zU!QWPqz4M101EgDkRSB5kZj>i!QO;E=mP^V00Y@&K;oC0+mf9jI|BnS00S_PX9hHT
zv}9~~&5Ur~<fUK$24DaNBz{R-6hHwKu%Q6?LAi>oZ;fYtYc0B_kt5TPAMAekO@V9G
z)|vO4nlcb=mi*218WQ~f^jBH~SFK;$dsfvnHjkGy>Rt<{^wl?aP?K;qkvpZ%9@INr
zy_41{jvQH!1FkWhfAo}Tf8$D1xAY&){6>R+m(zIty{`=R^b22Ub{^&SQOjpZA3u(|
z*K+>!)j2;<m)h#0(~ae$VvSmM*Qin3{M0s$9NWFmtTdZ%F*Wf1YMUW5&7+O)CzP^y
zU&DW!%{HGBxbI58D+&7i(wklsk0ogAY3Lp_9)1??nwL8zJx~AzP{3D!{GhLeWDAc9
z=TYc{PA~uiFpxb4Bz~#6ZJskDoI9B*7=Qs7fC0@OEg2j68S*nQ00S@p19@dY;+M2V
z0Te(18w!vgl&i=(*4oyw#-U#tIkL3#2W^*p7PwZe&qk9>-SU6do;7&pThnREFHHT0
z69SJ{Tm#qR(Cdviwr<DW6WG4)iLYuNTN-tbgJ1TkZ%&~m&1)ieN}WBZYxBBl(Ie>`
zS=#<xPWN_qeH7@Ko~N(1%z~#klxHA~<0oDBa=P<bc^=RuJG$s}WBI69o0h$`Y1A}-
zHBCCl_V16sVK&}mV&MIi_s+kEo_j}}*L(W4Rc5;#n!oG1`1_FJ_X7@FXl{P+kLJmj
zKQ_yL`-xfl>MG;q8P6R5K;W3X{`am}DIQa$Ybt5oD~*HCW!JpiDd~X%D1ZXK0^|pM
zEhJlbmCUQq3%y_f24EmN3`qP^b6c`AWM^Oi24DaN^2~r{kCu!rubC0fo4gbZzyJ)u
zfW$9pivlQs0yY#NKPXp`HMRQI)TWUmOFMtib<Bf->&`k&SW$C6uNmu&xrGi_zhSzb
z`jA<F-$lmDGI(p-`V5?GdK`4E={$Cs@$v`7KD`ECP;q>P9K?#%rMAUB((h^1T{=eE
z>zgmAiM%Fqr_|Yl+RJO7gl0+S$kO)ja+<C;>W+$@>3MCZa~o>*%yP#qewN1ZldgO5
zT=}kZ9-uDq)J3No%SXkUwCt=&qn7!tWs*6z8}9qP>DO<3;JwxMJIyhVJpW##oZjp!
zpAFpiF{j*C$P8BE{n8s>2<(6Ok=I5VSGnUQse8HO^I5cOUhb6iKmim$0bc>~gT5A$
zEj%llXQ3Oq!2k@vfcp$c{8Dq<JZDBYcQR8j00S@p1DZWrGB)xv<Y!<224DaN^2&h3
zFKLScD1ZVs6d*q+SCRFt@vLvHMb|WPWNGFP>Yn_{)b|}1xaO?xi7#W#8U)p=?(r`J
z$JTwstyadCM%{zXo1f{M8>oq$n#i3}XAgL=!-H)dlg^Q)>EGqFYxBq#fu8B*2jleg
zw2q&2-OFjuXFBHu>SC`hI^9@4D%PU8zZQ)eQp2QjYzuGuP1XCVJ@#H;9)Iz}$Qiw%
zdt4ZJjK^O1pz6NAv+pG}?<350m6Yyb#zLF$^MKqb>45?$fC9b(<Oh8%BwP4Yc%MQm
zw1NQ`fPri=An{AhZOP7%oq+)ufB_iDGXt7ES~9l0W=1$~@=`DW126ys62GJ^3ZMWA
z*ieA{pj<`PwAx$KYD>#Ba%5@d4?3L}{Quo|J^2AE`Mjw0S$F31fotJ9Ui7M!@ugAs
zsG87E-@HLh!q-IZlsbD*^YArKQmdqMWNG?$IbFN_@QFar>^k~EE1p^I*xqMp9Y5*1
zS2}+_*Eugx7dv&)>BjO=u`bR1b!kgq`Pf`}>&xc!arc|S+s-KY-Y&b%GY1d5imxgf
z9QysmX5?`<n{nqqW^R1o_kr)W(|Wxmkz<>8)h|nIdH?@Hxv%{XU1Xm6%|})9eU)_d
z`j*>o@iQ+MSgCK*&nM4$DsVquotw6gx}AjXQO8EV%5%HiDd~X%D1ZXK0^|pMEhJm`
zQe|I48?=D|7=VFnGa&Ix&296X8R6W?Ou+yQzyJ(r_Gro2$j^|UfdLqR0T{?D0}{Wa
zEefCj3fNG9{GeP#*0b7K&uUZ0G;(CA<qwvBYx)eF9JtoZ8=FmiCHty-`Ww@G^J#(O
zYxDU3Ss7m%b(d&CTYYl{HHlUexl`)wLH(oEKW^QU&XJ|&-wmzx_dK(H!wG?&*>=fi
zRy?y@9n(C1(seI){(RP&Ni@lpCOX|%J}TC!xw}s7sm9#kgqcs6tp*1_9~QG$d@rAQ
zYpKhwdtPKNyZJ>c`Ld+0ueft;ljklCyr1$kJmTmZ%+gm^)uh`4&%PaaoFk99Db)Ti
zy!uyx`?>hqUx(UHwfe=ad$r^9^Jw$8+$rgS0w{n2z5?V2eJvzgXU@6A@P!6200S@p
z19@aX;+LA+lAR$t0|PJs12B+h1~hxLWNdlOjBwuMrC<OCU;qXreo0#tKmio6p#b?o
zxr(f-)wixTjT~88`Gby^ydJpDtoz|N#g;P&!+y6P+!Z*!^+w)qZG36eJ&Xpl(Kkm>
zliF$`cS@Z-;Gi}R;?gha99dfaT~5Dh@9XXUy?8x6&EqFs_j3C4na(+Zy4b6WPB)g1
ziu_5m{7Krn-TTZ+v*$hwO3#LU`;9Y$cbsf?*!{fHXS*LT&FnMme7>q^u=nBTn_c&v
zYPJ}BZb>^Y4|nuQx7PG7y(AflGskxJ#0Q({(lT%9{r%W6x0_|JeNuBK@BW6r1|Dng
z11<}7jB0tud5fP5wV!G=j8pe&$L8nJ=We-E(gOuh00n#n$PfBjNVf8r7vY@ANx=XN
zzyJ(*3}od`o--qyJDDjMfB_hQfvosB`5E#vFaQHE00VhtAS+(Zd7uCaxT661L3yoM
z(`s)`t1T_l$dRRzKUlHaY_R>@!1ZeFZ-3WHK5y;Ce=_ULdCAl*{W{eCymuINJNE9t
zv3cwE+TQ(fsQrauBaOO;85eEz%@Ne3wwlPDQfCi1sEvcT^h-KNmWqEjl+pf~Z%yw(
z!S7>gciVf`JhN5(Qa*mtb#Hb4<!Zub@$rVXsc365@`nsc^bAT`+TFeEFJ{~AXBM6f
z`}Q4c_Bv#`IeE%_-sxiDy*9_3bD`OOx5=gF?t_P2WxV%1rd8{($BiS$w(Pf`m=n*u
zv!q42+@SZ_nd2WYUfZx^4Qlu3^Y2$Z-V-l<SoK(5&al#Wz0a@u_gAX!BWRq(pT(hj
zao>E8Z*I<reRCQpfC4EgKz=Zq@MLJn(7*r;zyJ*7m4Rr^sjnB=8L~4l00S@p19@gZ
zpEE}rQC>46oHuzX7=Qs7fPrYvNiP&Y0ThU?0Qo_=cC0@xvj)B)-Otj<k)@G8Xn*6%
zz%^z)ce}*e+T@NGy;?ffdZX?zYhUq4({{;crf%6crDJ&8ZSPrSI!$aay*Ha$YF}v`
zT(=YNEA_Q;9i>rs8{=jl>CPAEFV|o0lsbD*dwK1X&@Aa3SsMObPRF$u{%4?X_T1w#
ztDf0%3~3)f>AJT(fBvp>KA<jk>!Q<*<)b2_5?@9o4sDk<X4#7G9UQRHcr)s(x#R{d
z<OZ9qW1PLf95`}KKGS>lKIQDYtz^yO;Gwur+c~zUUt4AV?f6>)@1;C#CeD7+x;6th
zofLRnFVk2&?{eQ4-u9co{@%Fn|M`Ch?xWm(%Y9~B_j1SJGy8M2+$rgS0w{n2z5?V2
zeJvzg&F-~q-@CCto(Et624DaN6f+?4OU-TboEhQV$xOij48Q;kX!dBy*vQY2pMe1w
zfB_iDD+3b0q%8`d01DVpfc&6bMb@?2UDs+u&$x1AUf!*K!wKcT`i-x;=Br}g#(lPV
z=yP!{VEqFY2OiUVXP^x|y?r#z4_3+pN<Qzk&8%kGLmT6atL`?&#y<4T6VxPnP2^6g
zvj+@BXCO}PlFpH7$q#O@>-<1Z@38m{Yo1=NerX>+>AIKGfX{T!3Dm`2U39v!d{ksp
z>}ONr)O7reCkp=7x8FFjgE6lU-1qzEuhF{iICJCuzqgV%i;E4LIX3Toi-&$c_;(}T
z?<(dj{6#F9gvl))KH^$)+oOLfy&H1bYoD0=8~$p3GWC(b`#*2o8*ehvc<pV}!lv#v
z#=}0s&F6Bbqz4M101EgDkRSB5kZh43<h^4s00S@p19@dY;+LA+lAR$t0|PJs12B+h
z1~hxLWNdlOjBwuMrC<OCU;qXreo0#tKmio6p#b?oxr(f5wYR3#mX>kl$hw_yZ`HM3
zk_=tbw$l8d_nyC|{abGL-g<^vYsG47Sp%E-!9D{go3;;rW^HUmZsMwYasPbRcdb*C
zbZR1ZN}WC6CmnvO>7I0sOhbOK{q64tdU~&|XIl02mNiKG_}+Muu6s)j_`A;efV$YN
zi%vI|kBYoWxV(u5ou2y5M`q9#Yu-!$okOSdeu0?tgJ;ZIV73}Ev2af@eAM+;@@8>y
zWHZMW=KX!%?@Kmp{C}IGd|h+bYk^vNS<RNekFojpA5DHJ@c5D%+0<QfT-w$)Z_AyM
z9w>kUDBvqVe$dxKvX$4&2<J^+3I<>R24Fzqmzvw=IWxk!lbM167=Qs7(CpEYv5}u4
zKLZ0W00S_PR|X`0Nm~>^0Ti&I0Qo_=imYq3yROxSo^j>KH01}o9ea1+8nt!izHBw0
zXDdJG<r?G24tm_gRd*XqvJZXp1T~3X6S-6B>;VJO8HiK6q;q5%@`K$EzbV+$=l#a2
zr?;$M+Q;|ClXTr%YQW!h&Ii=RZe4V`v3ykIP-@GeB&pw}H@;Btw|@P`np39ECqEc-
ze$ZRzIsD|=|I&QCdGz`Bt>w;ab7M2d7B)W^HPd(Xox%A*Pn(0jw<z#lF6yxdZZ_FG
z{^Ez$>S$AU+f1;(%5%HiDd~X%D1ZXK0^|pMEhJmyXUNaM01UtY4CIvoiC=1NOLm6r
z3=F^k48TC18PM#}lCkAAGs1b3mx2KpfB_hg_$6&o00mIMh63aV<tnnS)$Y1h8+yi-
zBh!)}Z1dRv2Chx(GvHiPxBQ=0vj#TugX<l6o2gs+wbgMo<t47VH$4X1`mT3sl6+0%
zPN}m8>?F@l7|oN;k)@p<Y`f&MU{Bv@l66mST8FfcUmQ!)buS*5?>grJ>Jm>~bh@#8
zRAfvlXH2wdbLvm-EqL5^yG$lKm_T;WTibZr%mt=zV_wtCt6hG}OV)B{w%M|oW7Ciy
zeBz}K&2~G?3cRP2W(fQC8)t5P^iNi6Xj6CFOt8PobGzIr>45?$fC9b(<Oh8%BwKmS
zjBwuMrC<OCU;qXreyO=_o--qyJDDjMfB_hQ0nHvQ85{W-@-r|1126ysd1XN2m$XFz
z6hHwR3XmU^tH}D+c-FVpqHA0^GA;SR&SRGau1o7Ye!2aO-ZS5twJ-a<S^v8W1CL#9
zO<a$|ZZPd{f7kw)8k(~gSKVu2k-p7qgdW+@L++G1d%&Yk9+S?IrJWz_I_AMZU+pwu
zMXdgr_VJ6?VbXOk9+&Sr=K<;xPhE7nv3yjlWpigO+YY-=DR|sohfF6wm{5MuyFRwq
zW@172gO9#It?u4CDZSqvEdJT6HRt0r<OjX%+hZ?$U=BD;{`-=0zeCw-o9X8E$NsBk
zZCYmXiuu7&XU$d126KGtIbQCR^gsa=KmlI?@`Jt>k}dqGwI87gn!o@Iz(772kocwM
zwq$3>&cFZ+zyJ*7nE}lnEg4&0Gb5Zgc_|ox0T_S*iC@wd1yBG5Y$!l}P_82DTjN>Z
zT8pl6<;XPT2kVx7W4!kZmRn<1{H*TrFJsLbw0ZOk)A6$3nXackWO^KYo#{3B0#m=?
z1XJI4oawdoOtb#Ji%gf(9x3Dv+dTe%v5uuFCvnxi=`q;WcfC`S<ZB{#N}WAmCwX?l
zXr6SAEY192-IHGxytC-v<-XTF5uc~0ef*|8BwhEW$7WmSTtHpy*F~or%SXj}HFwsl
zZMXBJ!gK4s-#?$MQiA!xZFZVm(0#unW~kLYi}^t>tGDd8pP1|J{hit8z{>-FXH)K;
z&-={F4bEBk3-i<~A6w53dgCKM=+6Av)a&F<Ne>i20Tl2RAV279A=zp=53}v2e^NK<
z1_Lkv1JM|e_@(BydCrV*?qsH500v+H1~hxLWNhST$j`t448Q;k<dp%5U(yx@PyhvN
zC_sKtt|Dt&?XPXERa0_g`f5^ZO~dr3?)j{H7&d5Qmkqg7>g)j*cDb;nXVN*cH1mU<
z&U-d+ZF$#|ABZ)BpZ4*aGLv-On;x5OopS+ov0oRRZY&=a>%XF{|4Ku*Vt!C_jx7yc
z;y$Jex@R>%*z|pW5C8gIbLFisn={7UZ-$M!-t4^FJhSm86HVWK<II4KCYY_aIo}-g
zy+!84Gww9AuYA_rv-~fG{9)65*xn{T=+6Avbe@nqB|T681yI0Ofc&7Zg=DMgJj}M6
z{z=`a8w|hz3`Ao<;+LA+lAR$t0|PJs12B+h1~hxLWNdlOjBwuMrC<OCU;qXreo0#t
zKmio6p#b?oxr(f9wZFEtR!zx~>8nYtH4W3By63a*Vc4LJT{h%Ssj~-M*yX~Oo=NA(
zQp*o6|JL*wxaR#pmEJ+)jm?&>t@e}l@f(`+mvr4*>Cs|5{JeR6&?6gq=yYTGs966M
zZT(joy19^JOGB5qkLiN$HuHnFGj>_tANfId=Fg_{gxo3VfdVLi0=@#|2YoFhTTSO-
zw%znk>PFpQ00v+n8Uqr))Z8}DnGw#N%oGg301Uu@W{;MPjr<Jx85n>87=VGiG9d9w
z+M)mopnwep$Pda@WIe6E^|a*3^wlJZ>x8=Jv+hZ-#W9+*C3i}lJ*aE*x@yrQ=^R;F
z`N58tydL=O!S09O6km3*!I-p<-;%ea>)!JC{9WgKKwa$CMW-9fN5%TDXzRby(9MM$
zTN=8=eM}d0CqMY9Nh7C7e$buyv*|n`cS?Go01BXhuK@W$Ukk}r(|MR}H~o{kQ8yTX
z0T_tJfW$8~w<SA6b_NDu00v+n&kShxXvx^}ni=7|$xFci48Q;kNc@tvD1ZVeU_$}&
zgK`yF*J^iNs|`KLk?E_6jk;Fb2X)V9-K%lI&+T&|cS@Z-V8cEeHZ)B-N0v%{aK&n~
z!S-_l^Mmbge>cATVA{uTXw6>Ib+^GP`)FN9G|{bzPB)g1iuGU7)_<j;n+rL%G<1pk
zm@eo}evtfN+}A;t_AhrzdY}Lbpn$Ic`9WU`$ySzpgmZD{`H5OlD;R(Q4Gc*9Qghop
zXGS=8GE*=B126ysnmt-FHu5v%XJ7yZU;qa4%7DZ#X^R3VfC4rYAU`Nqk#(~A*2%X2
z={u!0`E^VG5#Rdz27TwAXCBE9!egHKPx9R5PN}m;lA3X>@bgpBIkGhJgY9ozS-MZD
zuOHiLyXS6~#Cq?N_VLSI4@uX(+!**Q{B?>}Zfd2|jpd`#u$GE3gj>_+LXItqwRA!E
z`o7}|_dkn&_G&8c;Y;J)e;SU-`v=3#UE1aaxl_^u1yBG5d<Do4`dUb~w0QyJanr-8
z8+C&L7;upRiC=1NOLm6r3=F^k48TC18PM#}lCkAAGs1b3mx2KpfB_hg_$6&o00mIM
zh63aV<tnm%R^R&BP7{A#T8rQI{!e3FgHQeS)SvvIo?38SWV;q}r_|X4PIYn`M~<x9
ziT9cM4JVZU>Nmc0&rmMQSNN<_-^S0|JoLHvK4bj@76%@4?Ztl*?^D8a+Q%<9);Q{3
z?l^p=^SY-l$<#%s8_P%K;@YdcjyZ`O+o?0=n^9-YHG3a+z8Sdr1k<noxQbu9?mN{a
zQHwFt=bQcmDvzT$#zT+2AeQkYp?j@57Vo*{UiC}zgRdv|E<*ByZmwUJJ0(3(00mIM
zSAhJWuZ3i*)_WcLyXm>qjk>`A48Xu861!C0HqV(6&YjE@48Q;kz<_F#77UL34EY%t
zfB_hQfxI#xuuGbv01BXh6$Qu-%4KA|YclIyB|5ji!GEt$n}`1%>l%E?xM&+MD;=(X
zYfT=b@m&UMJ@YMfZ-`fKc+RiBa;MbU1BP`n97m3<+X?pu=Jkqe*rR-x<_Fu}vnp^b
zy|<oW)>^STHV;et_?51^IO<;MSbVPY+NUn@*F~or%SXjpE_c@R#gSt>{elJNn4er|
z_8&3BY%%!UKu>My>qGZRAU`;Jff+J%a;R|~at!&wVWX}mKbTN{aM^D^F@5{3dGDi_
zxn(YOXD*dHB|T681yI0Ofc&7Zg=7n#bjK&D6}5r^7=Qu03`qP^b6c`AWM^Oi24DaN
z^2~r{kCu!rubC0fo4gbZzyJ)ufW$9pivlQs0yY#NKPXp`wXX56b(Lz|=JEe4t=DUR
z%U@$#gD)Ky?c-%-oq4}0)V=o>)2VqwyjsI@zV($mrOqC3tdrw7a%7tFgWZn3yL6Az
zGS}e!eVw^4$Le8eAHULd7f0PI9gEL(Ui;J~{<`RNWBI697iM=|Se$yskstKlF<8z&
z!+e%ResI`HvqO)M{NPw~;nlw)KbTN{@X_brFR^*-*bB)I&T(fhl{+OpPyhu`z*m6$
zps$5wE6#gl_U(=bQ!8o(12B+B1|)u|xow^^Bb+;#DHwnO7=QuI9xWLg`5E#vFaQHE
z00VhtK;oCQMFA8*0UHXCAC#-eTG#m3x<=8s*LG{x?RA>4BGz^IQN~7}c$n#S+&zW$
za6Jyao|-qrqcQBFtH(fA{=l<Np5w@oX~_?^dF+2n>$c0~9Qq76*VHZlXKWsp_VI(R
zxj5<`bUc2h^ZKVQ@zy0P{+-9QTdtmS-tvQErq6GDzuVYAuW#!AdCm`RJ!Dcrryoyw
znEYTu`N8Y%dA-D@$EvIIN*>3Z760ZuPyhweQGonlG~M&)H=Hv$DHwnO7=Qtffvo%?
zJ41E`24DaNU?9&7WW~?(ni=7|$xFci48Q;kWW~!l4-`NFcN8E$D6bXkT;pBm8dcw}
zrz|O~joM(x3(Z>3d>h+Z{HWujpIvUecTV=%WOAYA>rQ=+dN<hB7hch`DFbq+)Y+ry
zIkByW@i=m1TJnRP$1W?a+isd4C~kKizdTm|O8fXh*I68O4>}${({s&Ji{xsd(~ae$
zVm+HX>)CRZADq3w3>muSd9>*3)xPIBKe*Q+(+l@Rdwh2R`N4$pgQuNyUqSONwwXwF
z(4lt^W@-Jd-0|sw0w`cZ0rG><ROFe%oo5beMXg`}24KK01JRsQU#~o8MmTpeQ!oGn
zFaQJkoH^Qv$j^|UfdLqR0T{?D1JRt5UMPS9C=gu%@`G~iSo50PnpcU|?e6^0)b|}%
zSRd7C^0Tq7$Cr$Yw(;;%%!c&Y^gL7d#8=e2As(IK7hOFDvhoL>b@CiXj;!br)z<Mx
z`FWd%J`d$Nb<4gn-unfEj#2mcm!b9*h26A|Uv12B)V<m<`MJ(HfV#w2m#p|V>%#1=
z3yV|FJmm+6oisbp<IDMfp7Vo8|7c!GuSK`NOolM#4B<o1y<;{TG^L>V{v&3RA0$7R
zm0JSN0|ihZgaYITLx@zSNu2k{?Ax8^8EQqXU;qa4$Uqrebn+vzGh}CA00v+H2J*~+
zljdD!(0R>_aNgvlU;qYS00zp~A|Igu3ZOu&3XmU^%gY+q_|~}As%^Iu*ZlwL^&3tw
zYcKrI*w*CNI!^l6#?ZRcepOm~$h!w?(-IcZFAM{6r_|Xa%(>Dg`D=n4S@N1|;GDYW
zv+f$$%hMQiy0Lszd0e~Y>NzKoAKYrlM04QCndaEB7Z$$C<@Ac54c%vIEV-#M)90JM
z{l=D_NsGs;_C3$}L67O}c3Jbj#vwb-GLJm}9vQ-zGK9;1`-wT?2R9b@9I)|tGkV(m
zSgr$C=P4J)Eq6+Kpa2S>fUf}gL0=2WmJ9yC7|Auk01UtY48*~J#4k0s&2wgib0;$e
z126ysFre9^C1WE$Lw*JZU;qYSAg>Ha{F1gPfC4CBLjm%GauxHm=G3)wty}sJ({tAa
zg>_PW`cE*OCjH#3^~|^A2ph7oM!oK-uT9reA1bZW>^|&fv(}2$)Hfsbb#1=M(|F}h
zsk29(YUa|pk|WE8M@yNb?)j{{loQ(5#)(chmX9iqwNdOdo;7!I<OjFi`8>1F@EOK?
zf8A*_7c|R3oqXQKrDwx(*}YiugR>WyAw$>X;94GY_XDN{jwkQ=!Q;nYWcqJ7uAtF(
z_PfM*@5oyoQ-&_D`(66#Ds$o)ca}Ij?6_IYt{LXOc;-Iay2_oB9w>kUDBvqVe$dxK
zvSoWNXMb*ZE_I?#FaQHEaEZh&RktNOLv{uRU;qYSAkPe_Hfh1&@|qdpyva+!01UtY
z3<&I!rYL{{C}2ea@`G|2S;t!2I@Y-LYxD5mP0!sfDXo{<V2638)A(mh`&<5M+C1`w
zseAG(z8uk@&62;FHV=MoI$Zar>GH!TOs}nGmg?H$(Cdwt7mb@I_OJVTr#{KlNA8q5
zd%#OFyhwE>N2aqb(mG1pQ}=w<UCIgVYvV+x8_P$<S}u3i^Tm-L461(``N3f)%`QEY
zHq8(2f8-1^@{GA<e^zXl_xzw&%i$-_ZhUv+nhfDqgU>f}ull8V`n6T$2rc9&ue<km
zX7BwkD>1m|!PCu|jd|CgYlxreoL}WmNe>i20Tl2RAV279A=$zcb$TLop)N20127Oj
z0}{W~+&0gd5zd{=6b!%s48VY9kCu#${0#XS7=Qs7fPuU+An{Auq5uk@fDHx656V?!
z9cyjtSd-ANZfWCt>P~*Z)c0MpF0Hs;kMCnkYsp;IqR&PXP3N)8c&}uG{_8M_Yn@{x
z!-3o>b@qUlWO$M4T=b(3i{Bs<o};;){GiV3QF{H-UUwaJy0LszaHgBHruA9>fW?L9
z&Hav;kw|7K>HOfB>GK=2Z>^uH2MwNR&X~0z_55JxbDnnMUaI4zzcYO{J+Jh;2`@)@
z^hvjxpG<wkOq%_qnLOtyzN%<2u~Da;cbjMS+Gj!GeS<^yxUi(BcW>S0M^BoyR;+e{
zho*A~+iT`~xl_^u1yBG5d<Do4`dUb~$fv}gPeEfeh5;CW0i6s;{8DpUvNL37U;qYS
z00#2RfM$=Dj4iL35zd>u6b!%s48VZIFKLScD1ZVs6d*q+SCREB?yO&IclXDp>nTf2
zukC~115nH^@V)g~NEMni=0G<XI^T5u@l&SllFwKJ*Wk`I$b6ZNTFISKXAgMP$z#!H
zI-U0m=Jy=U@8kz{UXRR^*{X|9H<phIF5TfW)A_;1_qYuiI=NX!t9TD{!nqd}@{(!4
zf6$fupm$BTz5jpAdLwV=|9oo9`V~2{@xA9>mzxgPzr{VZ<M-5Zr=$l8pa2T^3XmW4
zwUBI)Y0;T!p)S+~24DaN;%7kOmzvw=IWxk!lbM167=Qs7(CpEYv5}u4KLZ0W00S_P
zR|X`0Nm~>^0Ti&I0Qo_=imYFBXZ>Q+TGc)Am1%d!2d4e)@ABn{2J2k(ifQ+=4^7>Z
zU$OqJ!OiQg={3l<yET+MrOqBOsFT6sTIud1Ze^~|%Us|1KAigg;|uHMJ6z3sCz+dc
z&P`dUi%vI|k17kb$jdooIX^i3q}gS2Ui*)jS$fwZ`9b-7-uC`aO{XcpC}auO-)E8O
zxyNOEh0tJw9p;sI>~Yu)rt^=UGVOo*HuusQxtEqZB|T681yI0Ofc&7Zg=C9-O8og0
zG)7|>fB_iL$$-Q!HMb=@Lv{uRU;qYSAkPeF_Gro2@|qdpyva+!01UtY3`qQvwkUuC
zC}2YY@`G{}^Ro7j^OUcBLo+mk0T{?419GR-*&~a!$-+4m^MmVL_zG*D8}c!SdjF?G
zvF`0}dzZTBr0!XmuUtC^oo*~2m20}^dAwQ8500KT-}LK0uH;=s58Hg}bIlpE7LXsr
z$GDe)0jmtiosu3XfC4DsD?onG*Fv&IrbTC_g}P7|7=Qs7h@Sz8Uutff=gbJ_PG$-Q
zU;qYSK(j|n#zuaI{0t1h01UuDUKx=1C2dgv1yI0-0^|qfD&~1TAm^Tsb^X+tI>P`A
zG-W{UlsbDfJtwyHFz&r;##@Kq<;=&duDhkidTQLV79FmAb4>=L?>JNU_?OhZL2s>E
z){eisRV$rtEFTrzxx-y1^MkV&m?1+ax5^HB_bw+)yr`5N^wu=;{y}$GWnQ6Hni-Hg
zB|T681yI0Ofc&7Zg=C9-O8og0G)7|>fB_iL$$-Q!HMb=@Lv{uRU;qYSAkPeF_Gro2
z@|qdpyva+!01UtY3`qQvwkUuCC}2YY@`G{}HLo#YY^;HT0T_S*7_iNN+$nYTu&oRG
zvvaL=Is1vin*0rRy3nk(Vl`Q^20OZH=CkW5OA0mbx%;KmI|udF%wpEZrqhk(qsn@n
zvUGk~%nuGfX?EG{;Qk|KG|LWp>mbPwX8#^0OV=ysqL){>Q_=$kPyhvd1;`KjT1d9Y
zwCK#VP#5X~126ys@iQRtOU-TboEhQV$xOij48Q;kX!dBy*vQY2pMe1wfB_iDD+3b0
zq%8`d01DVpfc&6bMb_BpU1LLSs0|Fj01Vh?K<<<}d%%W$Hf(6x?vD3M>+(BZ^eTC>
z2Ay@XQEP7>Z6Ey1^clG3Jx-m@dzN}<yxz9BVL#F41)Xjz9~JeFR{u0~%UXVL^tAb=
zU;lBX`xNh;gWlKXTb*mpn6-fXARfkj3=G7=fZQqRfdVLi0=@#|2YoFhTjW#X&!?a<
z8p8k#z<^E$Bz~#6E!i2eGcW)HFaQI2W<aw?OU9Ph%n0XAUJ3?a00v+{;+M2V0Te(1
z8w!vgl&hG=Iy{c)&YDSTMXg`}2C~M0+$nYT$XZ>pbUxij+*(+V-+PPcrtJg&6U#c>
zEa~O!xh((I^f>6+HMQP)hN*kvD{9?<XFAKX1GUrX#`00Yh&%H{rt*Wc7ntpKS(A4!
z<_3%3Pnd8~tL&h+4wCl|y2C2-3boSAfZQqRfdVLi0=@#|2YoFhTVz^vW?HBVb%6mG
zfPwfKkocwMwt3EsaPDNLU;qYS00uOBv}A1LXUNaM01UtY4CIvoiC@wd1yBG5Y$!l}
zP_ClpH71OWHBc}B126yswi%E+rOqC<bzy(@uC=yHJ~O=sO)KQeHrRfyX?yp_<jNZC
z>8pX&x}{&6Voub{UvymXIyKH%jWuw_7@E%;I^9@4D(c$2uA248QhspwNwW+0CB@8O
z@%w&9%qW{3^wu<zA9ROR&DRlQgCn_9(gOuh00n#n$PfBjNVdqQ#Gg+=V>E^V7=Qtt
z3`qP^b6c`AWM^Oi24DaN^2~r{kCu!rubC0fo4gbZzyJ)ufW$9pivlQs0yY#NKPXp`
zwLGllfdLqR0T{>=19GR-*&|OibMag|T>EF!XX8nQwfcQFnQS^wc&73FbYGG&YjAwN
zZG7jTmlfP#hk2zOM(1;$rmn8nmGL{luueCYkIF?)%j=l4k{=vBZNBN(e_YA8irK-<
zwmjFIKCAM2Kk|c)-?QLtPIy}$=2y8>(gOuh00n#n$PfBjNVdqdRKCYW8?=D|7=VFn
zGa&Ix&296X8R6W?Ou+yQzyJ(r_Gro2$j^|UfdLqR0T{?D0}{WaEefCj3fNG9{GeRL
zJgimW99j1U126ysFi>Pb?vy%v6win6df9G&!%EX@n^~px`h7M$*Yr5x8q@8>`%Kr<
zA2D4{<4d~+UB^6Bs$civH=EvDOfUVte!~f7-RZw#ZF+;=YmoUdTeZ>Y#`00Yr8`_^
zB|kW1=w#o!8sC{)%nzP0;i8J~9`x2zk{@)3Rpu3HrI`V_Q_=$kPyhvd1;`KjT1d9Y
z#$-DiLw%_)48Q;kRAxZpmzvv>ogq5|126ysFpy^kG<&pUY<bO$aNgvlU;qYS00ty}
zNm~>^0Ti&I0Qo_=ikjD$FgDge!2k@v01Vh>K<<<}d)U^6{l#;w)jj^D>2ms`rq96g
zYxj$5`1$VV8PsdhcbxIEgzfJ7i0oiPJl75L5xSORK&KnaM^*0J_)I7BS;-HUd-veJ
z-=7hf9rV^Bk{{H`CG!P!ag71FQ_=$kPyhvd1;`KjT1d9Yl~m4^pbgr<01UuDwi%H4
zrRKJI&Wv#GWTs#M24DaNG<&pUY~*Li&%gi-zyJ*7l>v!g(iR0!00nF)Kz>lJqHF6;
z7%yw3U;qYS00wGdK<<<}d(@%<eUrb2>Yn_{biDL;g?A3FcjRrR`}c0*%K;5~9DH5r
zJx$(wBiEhzylMO3XXFMOlD~$Sx6oXt8_P!p%kHq8<@{jZzGID-D-8Pb+EmN*x9orN
zc^6mBC01Ljx!ul_3diky&eQlUehUK`U_kDa^gsa=KmlI?@`Jt>lC5g@Tl_rR*%|6f
zePI9w^2~t5FEzI%J41E`24DaNU?9&7X!dBy*z%eg;k?O9!2k@v01Qa{lC~&-0w`cZ
z0rG=#6<NRN&iX}aMXg`}24J9e2INkuvj;5H&H@^uAq>C(47kI9PB)g13g+BlF3b7B
zYPrCuKPNxv4&Tg0)G8?k<W5Ns6hHwK@D(6G=xZU_%5!dnb0;?i126ys`DQ@kmzvw=
zIWxk!lbM167=Qs7(CpEYv5}u4KLZ0W00S_PR|X`0Nm~>^0Ti&I0Qo_=ib<^(;W(^K
zf&mzS0T|H0fZQo{_RyduW8j*G0T_S*7)Xi%oo*~2RZ@C!oZ7EV@`KgiKiD#7NPe((
z?znc*Fl!9Rosu3XfC4DsD?onG*Fv&Ib|&B18R}2{VE_j5%z(r%HMb=@Lv{uRU;qYS
zAkPeF_Gro2@|qdpyva+!01UtY3`qQvwkUuCC}2YY@`G{}v$igU^I@$O48Q;kz(5cK
za;MbUBj_CY8P@;|zyJ)uK-L)0>BjO=Wvwn*J|FUf<Oj3NH|NHELQ)LKosu3XfC4Ds
zD?onG*Fv(D=iCVAPHqYYU;qa4&49!&HMh-kW`uJmGX(=M00S_f*`p<6BR@la1_odN
z24Ens3`qQvwkUuCC}2YY@`G{}lUgsraafxK126ysFra|}xl`)wp+QT=z%>m6FaQHE
zkQ4(t-B>=Vr1auAwO^a$2gwg|9o2pvp&=T|osu3XfC4DsD?onG*Fv&Ib|&B18R}2{
zVE_j5%z(r%HMb=@Lv{uRU;qYSAkPeF_Gro2@|qdpyva+!01UtY3`qQvwkUuCC}2YY
z@`G{}S<Ay(9vFZD7=VF1F(7wJojvkYGtQMc3I<>R24Fy^8_P!p%kHpDevtei*Q-0%
zE49*FE4fqB0|ih31$+g_5Bge2w(^`C;oQkh!2k@vK)xA}_@(BydCrV*?qsH500v+H
z1~hxLWNhST$j`t448Q;k<dp%5U(yx@PyhvNC_sKtt|Dt}^scd?Hq-_NU;qZ}Gaz?L
zojqW~J{xF?rZ4~lFrb$Koo*~26^!X+tYvND$Peyu;55^(|G2VWefy0w_4UD-y-Iz(
z&rg|hv9Y;M^2pQY1divBA6#Jdc*U`AxAUaJaXX*$v}sur{_f88L#?P)kpa0=(gOuh
z00n#n$PfBjNVbaiReaBPhKBl6e;9y)JTf5hOU-S`&XApf0T_S*7|1gNnmt-Fw!CIW
zIB)V&FaQHE00R=gq%8`d01DVpfc&6b#o~GnzO%Lm24DaNU?2|+$emJWk37_hb7W3}
z0T_S*7$`EJ(~ae$DxMGD^|KvEesK2#rUhp5s^tfRer`KIIP#3Sfnz=781jQ$$NH~h
zYLtGB<W5Ns6hHwK@D(6G=xZU_%41%Hb0#MR126ysFyJwel|OmTjBxH`reFXDU;qZP
z;^*XN$j`t448Q;k<duP}csb{R0w~~)0^|qfwPGzz`fF*Z0X2XD7=VG~7?3-q&K@w6
z95ZN*)-V7AFpxe2I^9@4Dp*RNrLZ+1KS+KsEGx8g=enj=$=6Eml=MIW6hHxA0rG>s
z7LqM8G-POC00v+H2J*^)#4k0sUHR#!hA%XL0T_S*7|1IFnmt-Fw!CIWIB)V&FaQHE
z00R=gq%8`d01DVpfc&6bMb^$Fzjg-A(HsU~00z=yK<<<}d%#e7452;R!vGAxK=KUe
zbYuCbU?+KYqH0clko;g&cIfBMbxy6~ua(>>>45?$fC9b(<Oh8%BwKmSjBwuMrC<OC
zU;qXreyO=_Uh^WHH(4ndfB_hQ0gr*K{2@O>eg+0$00v+nuMA|x%Q+7eKmm6YAU`Ot
z6>DYUUn_&gXbb}|00Vj$kUOQ$9x$bcDQZD2U;qYSAbtjPy0Lszuo6EjwlpR`NPf^3
zOYFy;>z-QKua(>>>45?$fC9b(<Oh8%BwOTX$j`t448Q;k<dp%5Uutekeun%E48Q;k
zz(AfE(CpEYvE?;0!g-UIf&mzS0T__@C2dgv1yI0-0^|qfDzY}l{@NHcMN=4n0T|HB
zfZQo{_JA?Hj8PkE0|PJs1NIrv>BjO=!G?V{;?k7-Ao;<#*kZr#%mdV__FBoEk{&34
z0w~}sKz`8ILb8?D%n0XAUJ3?a00v+{;+LA+<~cLMxs#cK0T_S*7|`s|lChDWAwL5H
zFaQHEkXHsIeo0#tKmio6p#b?oxr(fXseLUB8loW#zyJ)m!+_i=b@qTccbKDA)CvY*
z00wGjK&KnaM+FPDvyhaAapVVC%UFFa<90hwGWGRiP3Lo-Hc8c*<G6EOQY-grC3i}C
zpa2S>fUf}gL0=2W7WbUh?>W&3jbH!<U?7_eNc>WBTe34`XJ7yZU;qa4%z$Q(mW(a0
znGw#Lyc7(;01Uu@#4l-!0w{n2HWVN~C|8lSH}0*yp=Q(!24DaNqB9_ON}WAmAUXqR
zhjuUk12Eto13KMUJ}TIAhduIx>8vFrKj_Xi!hA-p!Z09rN_wCG3ZQ_m0Qo^*3&|Fl
zm~`%A(H-4k00v+neFh|cskv>QGb5ZknJE~60T_S*%^oco8~GXXGcW)HFaQI2WkBMW
zv_%0FKmi*HkROz*7-p>pZCDco126ysFpw1n<W8xxM^@^=c`&!Y01UtY41{4oryI*h
z73N%NqvM(&KbX$CKk|b*_-7uX4z?JOJ0(3(00mIMSAhJWuZ3ib{7O3avFMKOFaQHE
zkUj$vztr58><rl%7=Qs7fPp+SpxL7(W6Nu1g!3jZ1p_bu127=*OWL9U3ZQ@u1;`J|
zRkXDpg#EC#2nJvP24KJi2INkuvxf^>Ge+hF7=Qs7fB{<!=yYTGsBG!Me&WBj$PcEo
z?vMOn{A@FSpmCB6$eofND1ZVe;446W(APq;MSdln`&e{GcNl;H7)YN1iC=1No9E03
z=T2q{24DaNU_i4+OU6cihWrc+zyJ)uKwcS;_$6&o00mIMh63aV<tiq*W`tw0MhOOB
z00v+nZ3g5{sk2AgI&yrjWf*_~7=VE!8PMs*@=+zJ8ON&a8r@*m`KG>ptl4MS48t10
z<kkR^AFPdAu6y*;#(>-@>45?$fC9b(<Oh8%BwO6OCU@_O)@Tg_FaQI(7?Aj-=C)*K
z$j-n348Q;k<e34@9xWMLUNa+{H+d--fB_hQ0f}GI76niM1#Boleo(HWwsj?phqX>H
z00S@p1937ScS@Z-;?#(Ja}B}(48Q;kXk$R98_P$fO;^TK`C9j~gT*h_117f~ko;g}
zCb?eG#zh9?PDu|GKmio+6(B$8Ya!X<-Zi;<SF}cJ7=Qs7(8YknFEzK#b7q8dCo=^D
zFaQHEpxL7(V<SI9eg+0$00v+nuM9~1lC~&-0w`cZ0rG=#6<u6=!kAez1q0z2XnW5p
z(|PPN)8oKvN^4(>YhZhCHr4P|MT5<!nO@t^HQk5ZY&xCytZDPe7Y6piv8P!lxl`)w
zp;=?b=Kgg;4XGgvz<@Rebh@#8RN8c9Je9BY;&YSto%Mjptp^;u<K)7#Yv*yxoqP7G
zd;Ck&@zUR!E@wVgdj4MTs5?xT(;wxlng(Y)TKL^X#|5vOHV=L7T<w`lE6=5Jr=$l8
zpa2T^3XmW4wUBIa@0#4bD_Wy948Q;k=wd+Pmzvv>ogq5|126ysFpy^kG<&pUY<bO$
zaNgvlU;qYS00ty}Nm~>^0Ti&I0Qo_=imY*|yv7A>(8g5;+C2Ps<E>My?>nxvZn5e5
zSGN6kiAc2Qv*Ed>OXIr6x~INoJ!6Br^Ml+eb@p&|eq!A2UOUu|+Q9$}q{)CzH<pho
zO$|A=>>BR5*X4z0siFH!B|kVPx%GgXZFO!z_jS+zwKLCL?QVO|bRTi6sqa6Y=kF%(
z?UX!gH*4GYdyF23UT@mpxY8L0m|rW;uX3lP2MVA73it|;AM~}5Y>{P2?%oxx(HaI|
z00wk1An{AhZS$NN;oQkg!2k@v01RmMXvx^f&yb&i0T_S*7|1IF62GJ^3ZMWA*ieA{
zpj<`PxKv)_f;MR5A_MJj`ft;F%kxX?7B}7M0<*{W?=lCSy3B07%VlPp-L5c)|M)pG
zeC&VlRYikg=R9u?K5e<#^|0H`fPqs>nr<+3zVY7e=prACS?-fsdr(U}3I<>R24Emh
z3~2RZ>A3P#GuO|x%MYI{-2ZPiWFq;&gz|%9&YxfUKX5u+`=<Wqtre?H=N~_1>ihY*
z!9E*JG`+W&UV3)yv+*R;{qURks-i)U!*4X}@4e9U*<{W8CyRN)t|vWU)>`&Y{VX(a
zPf}^lm--~_Q2+%{ps51n2b-!9ew!?dt}F}npdK&)12B*r1L56LcT2J}WM^Oi24DaN
z^2~s4mkvL=yk<r?Z}L(w00S@p1L570mMDM%C}2kc@`G|6E3NO~bJqUAfO`zI|LNPN
z&%ib7?FMWz#T;@*gBf$x$A<gz+V9IpFZ{^td)y<YZ~qB}wV=JWon_iA`5WsP8{E52
z<W8xx2XnN0>`^mn1_Lkv1JN1K>BjO=!9a8dlGd)n^>39jU?)tthzwx@8Nx$;a6v(H
zFLPJ7>>J(BTF-oI);s!VB}TmeW2WOpubR52m5;kY`8BxwTeJ2Re>6S!zM`aUkAtr>
zb<4>RCOrq*I-cAq>45?$fC9b(<Oh8%BwOTElFO-}HCn>}48VXc1|)u|x$W}TKQ(-z
z0Sv$Z48TBM8PM#}lCiN)ul99%Xo!X|00S`KCIb?`q%8`d01DVpfc&6bMO*7Z*pKox
zSPhIX>x|Yt@ulfCWKLm?-KJa3GRMyQGr7U5?cYO>obtNaaN{)@&Gq-Y%B<D+&WWtE
zm9_JeJEhJZS*r`@gHOW%48Q;k1Tmn~jpd^XI!At{>>6mi&);B&d4=bzoxd}M{9w%a
z!Bc0<Hv>0c^MAE;JMljC&sc@`4%Uw?@X__;CFI*0EMLFgyB)_ZFJ%b39doyOCYZy^
zGaz?LdY}Lbpn$Ic`9WU`$rhee-jmP;U0?tPU?BSpNc>WB+q~vQIB&92FaQHE00SNa
zS@}ce#r}FdG(}SwfB_hAgMqAgIp=`_DBz9)<Ok)o;&<iQ|6MsX&PR>Aoc%;$ZC(EX
z6U`51{}<W87_x)KXOJT%yi{7pxXzrHSjX7l)-@(~N}WBJ+uh=hdQmSJfB_h&jRBo*
zEFTpd)W$*5`mJ-(E2aDX!;Zax3}H+e!ZT)HVs`oN)PmN1HkxGG-uJ2MXRLO&y=UtC
zjw_6}>*xphKV=%?yRJJ;SW&tL*IxAhRCAH^{N&2<<W5Ns6hHwK@D(6G=xZU_a>XMU
zXMFciXp6Qm00VhtK;oC0+mfFlKLZ0W00S_PX9hHTv}A0>^<{i_BkMw)s1ppp01Vh;
zK;oCQMFA8*0UHXCAC#+@*WVv=-u&B1mKdm8`VZ4*;F@>h?R)GaWCvr+4i=vkc0TBq
z!aByDyIsP1(FV8X6S-6B?2)B8jB|188lqm*3kF~y4F+_&v3yi%XvZ;YxMmyQf!2M*
zt!wg2jd`(yk7~>i&R#%{&|;48w3!P^*}?k8_xY_m^*Qw!vF^kF^(;7afmv(WKh=-d
z={cbB8tie<wQHWe_r3zH8)}%(QtB&rN_wCG3ZQ_m0Qo^*3(1z#-rwM!*P%Bxg8>+T
z0X+;z{8Dq<JZDBYcQR8j00S@p1DZWrGPdH{GQQi(qo5^P!T=1wfEx@*{F1gPfC4CB
zLjm%GauxZVww~W<QwwSlm4S|zyk1yO*SG%!bJAt+ksnMTKX}yne^|4QxN(hZySqMO
z9b<z#*RR|ub@qrlU(nATR;d-Wf&mzS0iOY#ZY&=aHT7%iiWYTGer49*@2b+h|F%0#
zGDn_1$DDovIl?n*$Pu18W4<};xLIb?K@&>ac0K(O_0Lsp9{XQY-+z2z%pDi}R{eNg
zxz2*d+5X0rB}Ur)`}=6#;MP1UcS?Go01BXhuK@W$Ukk}rkgxJHw|ta(Q7;&P0T_@m
zAn{AhZOP7%oq+)ufB_iDGXt7ES~4~=E^cI8s1tR90T_S*`wU3@lC~&-0w`cZ0rG=#
z75Tlh?Dx*-g<cvN=yJxRh4pmX?r|mA!345{h3AIFtIWomPb=uY&IK>9hOxn&xk2uf
zI(ulGix`tT*8#PnRxkhqt}&p~jpd_qO?Sq-X0E7P`nBnH%-y97llPvy0UM1sTW>$n
zY`@!Nv%~J^@fAV?PdD#t<4q@+e*M;Ldw=gU;9RrrlwUgWUiXgkUn`tLpG_v4x@F(+
z9N3VIpY|Fur=WYM^PWZXgfzD`|I3|{9w>kUDBvqVe$dxKvSn)yXFti@=b$q>!vGAx
zfIS8zeyO=_o--qyJDDjMfB_hQ0nHvQ85?;N`*{>JMN=4n0T^(D0f}GI76niM1#Bol
zeo(F=zmvB2J885;%d{BiKH}EGTDskb-$8ybsr+E$aR%>tMM3w@=RD0C#s+t;f4NiY
z?2*=d!*ShVomx>V7=VE+F`(0p<)g|{P4ajy9j^Ja>2c7troQjE!gD||565>u3n<Z|
z&qk9>w;$YT+TQz#GtX0<f3mbt`}Ox;=**b2aILO4;<keB-A=p@-5cDxzmYp7Jx~Az
zP{3D!{GhLeWGf5a&pEi|_tcAe!2k?sVL;-Sn%k0{Av*&DFaQHEkY@%od$eS1WL(_H
zxKJnR1OqSt1NIq^_$6&o00mIMh63aV<tl3VeJ<nR-xgpXIs@Ggzp1d6ZqFm{B|n&8
zesIX%*A#T`a{8mJVQh%bZ_?Mk+$nYTNLn|J=MLl4idw+{3}lf3oo*~2RTgWL$8&1)
z@ZU|xi(fOH#y?}aocS1EAvNf^`=y2FC-47XS$pxHOx=@TIrkjZb<9JBbLc+&7U#z9
z^0nIaqz4MRdpSav&m)gxmpdgrPyhu`z*m6$ps$5wE02D|IrDoE7=Qs7fB}zzto+Gy
zW`uJmGX(=M00S_P6+b7BVn2_9rf3QSFaQH?Fpw25=R8mV1>8}9{Ghy6{63xEr^A5z
z3>5Q&dyTx0{9uCl!R^0Ge$d7FL++G1d$_1QV|L$fs3A3k0T@V&0iA9vA5~iVaa^ul
z7_h@Y*D(*S$qyd!Q*vw#b~FvcCb}o5b(nfc+Q^-f9w>kUDBvqVe$dxKvL%_PY3r`X
zQafq~126ystr?K`rRKI|XUNXL01UtY4CI*s%^oco8yOcjGA`7KI>7)8z<_-QBz{R-
z6hHwKu%Q6?LAi?jZn^dEmeB-FTw{Rzp#A&UFwX|$2i=@2<W8xxhimf`<8||Tp>EU-
z24Fx713KMUJ}NDGG7he77>LFIIksrJ)yf;Xr=xqVb@Tf32L(_71!_@%{9rWoY|P*6
z!(H#CcGM0AU?9&7L~~Akz4DwH;oQkg!2k@v01W7J=4c}dv*wI8>8$lbcXWpV7=VFz
z8Hnbb^g;m?K!NBAkROz5m*?LhbME{bN>&&kKN#;lZKY=h@`G;9A#$hG*&{3S7w6&T
zbwu5$8w|ie(hTTyWBI6(){WzFt-^p^2FS75)iW%g=$?-5Ve1prPVSWSKmim$0bc>~
zgT5A$t)O|CpSkO))Q;N001UuDbp|AUsktrL8L~4l00S@p19@gZvqwwDR%x9XpQp3F
z58crn24DaNl4C&Pm$XFz6hHwR3XmU^tH|$~tN*SUjnGIt1LOyjyT5JvEJ1$I&ACDD
zlsbE8pO+Y)o7V?*qi!$&16mo->BjO=Y1Nl;aqYuEI0neEh11D4Pw1YG?l$TucS?Go
z01BXhuK@W$Ukk~Wjrp5>xa+;tj@rQh4CI*siC=1No9E03=T2q{24DaNU_i4+OUBl8
zZ5i9?tm#8{bcX>LfPr)vkoYBSQ2+%{z=i_k2jwc}`FF^iJO74~6$bK_9~`~tLo;&9
zYi6Hg9yUY1v)F7lc(&<3V4~@_;RLhEpc!VnJ+Cr*j=0+l`^m4(2@C#e;(8V!Kj`Kh
zB6muiJ+d-?aUO17N7RkF!2k>-&45lfmX9iF-8dfCDh$|VfE=4$J;U;e?&;_rwmw1a
z<W5Ns6hHwK@D(6G=xZU_3YwSsnY*4!?Wi3LzyJ(XXF%eYn%k0{Av*&DFaQHEkY@%o
zd$eS1ajjEhzv*OQ&>h`j00v+nJOdKHq%8`d01DVpfc&6bMSj;@{ddi1ghtvKNFqOY
z@)hr!BPYLN_8NJg8Mx(4)35)8ieI}N^3zx{dnaD<SF`)@J5Ard<4k@1*w9~FY=5yi
z?5t<a=!G9y9T)jQH|GYqQ|j!YeO_XGZeAbMjk>`A3}|IQryI*hrBz?X#kCIu;TT9G
z$5yxO8`I(Xw@l}Ao;E!Wz20oF!#vYxqe-UEfOAc+!55ew2VZBpp8AmKc**Og%|o9X
z+qF#l_}=-Xp}TDz^SVE|Q_=$kPyhvd1;`KjT1d9?>N%WuxcgajLMIr2fh;p1@k`BZ
zvs@$2jX4MgU;qYSpc(_3Jz6q0awg$(CTN9LFaQHEkSzuzeo0#tKmio6p#b?oxr)`E
z%lJ9Z?l7RAfjIJm-aGzAo&N{3@3D`VLEFs>oz?SleLEj?v(=p5n8mBiekVLG8bi5!
z;Vy^VYIR)X2lZbY<>oKBQ|jzd?%epyO(v-ub%OyIfPv}^=yYTGsHk=ITB8vfX=WhF
z99x@*|8BaTyu{QC|NoqxyIo?|nfDu0_w+Y4WeL+hep3#T)V=9(*{*#)k~<|mPyhu`
zz*m6$ps$5w3;(L!zt9j3VE_hTz)c1ueyO=F{JF^=b)#-D00S^!hXKtVEg2hGm~3TX
zs3-M=0T_UR@C-=&lC~&-0w`cZ0rG=#6?uNO^ZbgA=$Ix0apVWRcMO)x;D!0jW`5Ai
zF>brZ!pLK3I$rXFT&Lc3nw39k&N&>LYY7Hm00v+nX$J6bm`j>Djt6t)7)T_?wqmvE
zbZ$e<&%oV&a96baVA{uTXw6<Cx|ca_IR^Nwb$x;~$%=n-9w>kU=_o*cFq-Z`^D;k^
z`51bk7Yx7v47kNWH0RXU3+~+Fj(Slq7=Qs7u*-lxXO1=^awg$(CTN9LFaQHEkSzwH
zIVZhP00mGWx&q_}<=XKaYxg-8J<&4_2C|wT9KGlxv(?TEYF;;4%n*_v<ofik&#e4O
zW3J(tTthGb126ysX)%C*!(LkKaa`DI%0S#Xwz_5Cm>vgSW91n*N`5fy<2Tj1>2}<@
zH$4{HcCY!Y_&4W)0w|D<0^|py>5iA#^)mECPZ)p!7;uMyXwIpx7tFcC9JQiWFaQHE
zV4nef&Kzw-WMQ(Eg`u9*69!-a2EsEC%{l3X0w{n2(G?&+DA$f>S^LkjXo{vuGmzE%
z;7$kLWM$nX`9ZG9rq`t0DRuT}dQNP^I1Io548TCv8PMs*@=;~IPMjZeQPvrVHOIE>
zpQh(tms@)V7Uu`kK7K>x>nB#-1CE<@o|8B~xl_^u1yBG5d<Do4`dUb~Sj!TAEel$q
z6%4=t3}lM|iC=1No5Zsk$Ef@}2(&>P7=Qs7NS6W49xWLg_nFzc&!nEz69!-a2EsES
z@k`pG01BXh4F$*#%2njKH{Iu6^hbXi3}i7sIDFg-q1H|AKI{%NYWnZZNteB6#w=cC
zPHp@ez34-8{KYHH5fffAyB>bK>DPZkVPCv|kn7F6-m>z?#@xX^xF%o#24DaNTwwtJ
zhE-QsWt`b&HO?H{dLwTS^$cA6|8c5)m*xl4K7P=(6Q}M$$K_|WU(Z?bZ_Wb+P#_%z
z$PY%-owY3C*Rr4$TEPGez(BSbh~}L7dhsk;`?Dw-q9F{x01UXxfIerAHX`mbvvr?I
zJ*g)QzyJ({XCRt$(hCJp00p8eKz>lJ9nZ|}J~LB0YFA_+iTvP}JI*)zo$$ChdgdR^
zQ8WKDa9!ih2i<IHxn~};=p!>=lPQ76*kXr^%?a~YhB}V7zu{y5!|Z$9Bca-d9sBm*
zy{0h6E~h_ginZXo{_9filsbFBnts-(5jBDV7=QtL4Cr)Y`KVyR9usJZmT52$SB`D%
zEB+Yx{9DWlc02Jt)Bfhan!3loG;6I`UHGb7_Kj(~<TJDOqW@>Q9e0nZ-*C<UpCic+
zrhWWswTw&mYRBd0wa+thr=$l8pa2T^3XmW4wUBIu{oOY0!moKjE3|?E7=Qsc7?Aj-
z=C(YG*8VJthG+-_FaQJYGN9R`C1d0M(T)2@>O`Gj00v;dJ_8cJq%8`d01DVpfc&6b
zMV^`6eP*V1)UL=t9Qna*c3)`rKKem3a_Z~ml!YHQ%iSG+@m~VhHrARSJoK!e2kw9K
z?dBEUF_`xKJNZF3uR*y}>g-Xx{`u}Eht!R_!2k@vfQ$j1ZY&=ab(hs0z0gY=199Zo
z>X!f0^xkZ0;4^T~-7hh1AN(xT|6AkjZ|%$fU^<Um9=d&+#}8BEICKwlT-ww=2g#k1
z9w>kUDBvqVe$dxKvX%Dl%sIaOH8*IArZ4~lFc6LbiC=1N%d=?h&!T9EhA;pFFyJl&
znmt-FHtyfT-M^s|I>7)8z(DpGkoYBSQ2+%{z=i_k2jwdA%<S$nGqt03MF!%?4+h<v
z$DJP>xaG{iwUfupd81jLF=(uD{*3&fo7bS+DRuTJUjKY|lSAr8-CzI)U_i!zPB)g1
zin`0{j$Y`cje$6FZ0pQ@Iq>;+gPkun-a7{4(jx8ShdHk}bPsb}+SEP=$(@oOD1ZVe
z;446W(APq;73c56*?0EV^H5W23Ii~ZB?csZsktrBqP0JZq9Gc>01Uu@y9{XdXvx^J
zbdSZk@XP=MFaQHEAYnk_m$XFz6hHwR3XmU^tH?96yU)zjj@lI&$WngrxC`G3TsyhL
zzSpV94tn>*<Okin2IWqvvq$mz=ewI6Qa9=b126ysG6r<Iv3yk2T~>GWLN9F$#F1m`
zwe76HXW({seH2@E(9<{V<A<qn9J+@&E^TU`gXB(04-`NF6z~-wKj>>A*^;c~pe<{E
zU;qYS00y$efW$8~x8+&1_GeKvL_-*W0T^(X0nHvQ8C#a_u{al=8DIbgU;qXr3`qQv
zwkUuCC}2YY@`G{}d1iL^nVH&AyCMTw$`2lLMnmA*$s;GfLVmCT_KWOC`7U=#ojszQ
zJAJrzU;qYS00vxTK&KnaN9C&ijGMUw2G%fOJIB`c{!as+f4dLACD!a<+Q$#em2KU_
z9+!5t&wX;Iqz4M101EgDkRSB5kZeiTa?qBwKQI6TFaQHtVnE`Tn%nX$TKlso8loW#
zzyJ)m%YbH&mW(Y+_gI_@&kQgC126ys5(XrGNm~>^0Ti&I0Qo_=iaayB`^-%3s9lkP
zEaeAxI`F2z^^+%G{$3$Jc+#csm_trqVZ8R6ZZ*sF+i-#zu*np&^)8p0JxAPahL3x}
zj9&OrtXV_eKj`K)D0fPoJ&M;q-`(Vpx=}Y6fB_hgF`(0p<)fnRvbv)edTC?8c8+bG
z*)Ik@|8}_c&#~qQ(>{LK`r6h#>~U#V`y3>9N_wCG3ZQ_m0Qo^*3(1ybEeCB``vU_o
z00S_PB?csZsktrBqP0JZq9Gc>01Uu@y9{XdXvx^JbdSZk@XP=MFaQHEAYnk_m$XFz
z6hHwR3XmU^tH?96yU)zjj@lI&$WnfA;FdEhuAkg+<H_cfD?c!M9eHoXHud#mOF!$|
zcbwU4<bAQ_2+0q+c@4^)QfH6i_0M-VIizmX4F+HU24oEAbYuCbsJpE0=!IU|7_gmV
zTW{p;rRUeC&$7ksx+lIY<Okb4_P=J`3tli@`(8ulm_7r}HN7{RYS!O-q3Js2A+z=s
ze>8PZe<RKsrhWXd^|h^g*yGZ!_BlxIl=MIW6hHxA0rG>s7LqN=S`ON>_6G)F00v+n
zOAJW-Qgd6LMQeW+MME@%0T_S*cNx&^(UP%c=^l%7;h6yjU;qYSK*E5;FKLScD1ZVs
z6d*q+SCMCCcb}Q59knYmkd^%4n8m9C*G_J@@gy@~;MBl2#dVfVzkBZ`JbLCIt-p(q
z{GglHpxh~S_9$Nee0P&W>PFpQ00v+{#(+*YmXC_M%j%9^=%tMT+c~yg+s>-^eA{Q>
zd8Y2EuT9s}AF0@;>2q&=<Nu%2<%~x~Il{D$AGW@>bq{-7+SNV>$(@oOD1ZVe;446W
z(APq;C0WZsTh{)-01UtY3}lG`iC=1N%d=?h&!T9EhA;pFFyJl&nmt-Fwk+LaaV|VF
zzyJ)u01QYNkoYBSQ2+%{z=i_k2jwdA%<S$nGqt03MFz5xAN1ZW*lhh{lXnT$`nmTm
z!lP#V!D@z({GglHpxh~S_9$Nee0P&W>PFpQ00v+{#(+*YmXC_M%j%9^=%tMTt2wq6
zs{@~Z`wX0HdT%~0uuZw=WbeI%?Qeg#`nw3zK7K=ZzOCvmIIcGSTpW+wDd~X%D1ZXK
z0^|pMEhJl#wH&l%?GFsV01UuDmKc!urRKISKKn7|@W10gE3|?E7=VFb1~hxLWNcZw
z$KqUgW`F@0fB_hgFd*?u+M)mopnwep$Pda@<heBXxfFfS#{~wmk{>+j(s#sbBg?Iq
ztn}H28=q&qjH2XzHmEK6K{w|Ixl`)w;lkX+7~Q-^s2g>I0T|H8fKE4-k4mGqjEQR=
z2EsF7Gsjl9^y~PZe;fb*oc6cA6PO`P`}h*>Z0asKE^WhK8<n(@J0(3(00mIMSAhJW
zuZ3hQ==a(DjI};600S@p16gK3;+LA+R(ihT^V*+L(GU$`00v+{KLeUQS~9jQ-*a(p
zJX62`48Q;k1Ti4-OWL9U3ZQ@u1;`J|Rpi-N|FbbQqDIvi$WDIn?fBMD{_9<ayB>Bs
z`N4*KUsH0Y)Y+rjyui=%%{ld_{xARoSz|z_8_P$PwYqRV%r$vqz-ErE&13%?>+^5#
zO{bW;r@pS3Ax!)D5_W9rE;%l3YoFufPDu|GKmio+6(B$8Ya!VRTD!r|Sla^wFaQHE
zkYxrWeyO=_mTSbhF$ci_48Q;kRAWH1M@z<5?L7H8*8&W{01UuDRvD1^C2dgv1yI0-
z0^|qfDzX-)_O&o*h=yr1kd^%4$(O$ydi|vL?!RN^ykSOP^|3j1@hWrj74Ms2W1lwz
zHknd&A17b_zLg9i?;mvY+Lt?}&K_ycI~?Cl{;3;vg8>+Dl>wb@EFYDt`ZI3k4j5R&
zfXy6Rn@7K>`s`Z&um1-p>i2HP-BUR~nDX%@Oxe_3a$MThKKIF;k{&340w~}sKz`8I
zLb8?Bbtjw`YpP%X24DaNsxct(OU-SoohLu%T7Ur<fB_iDG6R}DS~9jQ*NAgt4uSy~
zfB_f?VnE`Tv_%0FKmi*HkROz*$Xb}%*TSG78m7%aR`P?VT=_w$^^-g9e?uWNSnfXb
zgav;!efy0M+|S`ZdXD^HLw>JYxl`)wk@md9@$-8PQG03+12B*V13KMUKB_dd<Ct8t
zFkp`Xn>n^NkN;obb8FMgVE6CcWZK>Jky&f`w`Q#st4-aLUzxQp`@QMC+0?50sC(k8
zvKhj(k1yfUrtXsC(zf<%NA8sLKmim$0bc>~gT5A$t#ZFJ=QGyyzyJ)u01V`T0f}E~
zZkvZ%agNMMFaQHE00Wg6(CpEYu~j-hK8Jl6fB_hQfvhti@k`pG01BXh4F$*#%2i}7
zOzmr7&=3vNW*{s1LGL|+P1i_P+CKiGzXaz0_8NI#;C}WTad%+<u=nV^f6&cqU+$DT
zd!#+@aC|rUr*6~@24KKd26Vcyd{nOL&$yX8U|<acHgjxsOTP|$ZY@3!cOP+UAv0L6
z25lbt+|*b3|8qKC{94)kVA{tocRrOqv#EQfWAJ%A^PJo%>45?$fC9b(<Oh8%BwJyB
zw@o|ND!~8@zyJ(njRA>YYHpjgx^O<sH821JFaQG*1~hxLWNeairY+Y948Q;kz(AH5
zkoYBSQ2+%{z=i_k2jwcVJ|>>^G3bh}NivX`{NUA}n1Nf)3|vFmf5615*}sufUJKmE
z;9W1Tx{omT<m3n4yw2rLsk29ta}39FlXdDw-CzI)vc!N+H<phoOEuwKm}BzDfYlsZ
z<9h^)8Ns0MZSVh|viZNF{$0*^G;lv%PkpF-|Fn<a5dIpns=MI0MUD9$zE&-@k~<|m
zPyhu`z*m6$ps$5wE6ne;X~UW%7=Qs7fPpMBAn{AhZL?S#&WSk(24DaNU?405nmt-F
zwy@_*JFX2FfB_hQfvhng@k`pG01BXh4F$*#%2jN+u7kfvUlW6NXqOfPS;`OYxc?1-
zYah4Vaeme8-?8)F4BW?{As1EMN0|F^@`G+(^Kz%u*(0s_hU2=)J$0jQFaQItGoaIr
z<)d=F4ve3<B<~E^&aw5{W>(;{YoCoKmCyb)_$+p~;jO@ZtiSJ~iu*|W_+fdnt$Wzx
z($42Bsupsmqz4M101EgDkRSB5kZgtdy*6!FmjnYa00S_PMFu2(skv<yYr{D)=fD6A
zzyJ({Wk9n>OU4%Vd}+tE0Ru1q12B*^1|)t-TNFS66tJNH`9ZmgQP+Raul6-GXo!Zk
z7|2q7@W9be2d;gzkssW8m&?cxHstsElRKr(9=7HW_LJXhf!b4h7=Qtn7|`j)@=>{@
zIb&sxfPvNw*v_$aA8~8o^KZ{RE~}XRE7qs&y`Kc{W9Wj4`$+rv#dE0k-L~%4j>pei
zvmaFxxl_^u1yBG5d<Do4`dUb~vbNrY^I;7Y48Q;kz(80ABz~#6ZP@dr9oGg7zyJ)u
zKo%L$?9r03WwAD#6LSs>zyJ)uKo|xjeo0#tKmio6p#b?oxr$NOf6&j~S{k%O%UT)8
zQhxB5Id256ee6GAV%6;5$SJP}?qj!MKdZWrF!#E=f6&cqSMHQLd(=8_(BDmdsT*~J
z0T{?D13KMUKB~OdkMm~k$_fLvb8PEQ`&HnxYtKDv&kwG@_ri+#!L*MbmJ8duhdnOs
zYM;C0PDu|GKmio+6(B$8Ya!VR^LuUDu+|3#U;qYSAd3u0{8Dq<EY^l|V$Oj97=Qs7
z2+M$GkCu!r?D^7;YXb&g00v+nYYa&IlC~&-0w`cZ0rG=#6|?3&oDcU?d1RoNW7})w
zeO7XD)igZ*;=cs0aoqW!n<I~7%;HsMz`&`2`#=8Tm4W-;d(;Dg{SQ6s=YjpJoqzG?
zN$XxbF5hdL=j2YQvj=NgYhTNXhG+-_FaQJYFrd?o<)eZ*cbKDA)T$f<wsUOl?)oV3
z*|pEclPYHaisNg4!^*&YbUo>Tiu*|W_{DRm_T9Gb)sDx{?Op$Jr=$l8pa2T^3XmW4
zwUBJ_yW`q^cZ`1M2Lmtw1MV^)@k`BZVbEO$sU5Y00T_UR+8NO7(UP&jLhUS|AsWH}
z48VY!3`qQvwkUuCC}2YY@`G{}@mM!Kmby{5rVJ#VV~aCC=$+U8Cq5Cl{&A-RZ>pI8
zJL%H5O~3vV0{b63@6C$+o9bF^J89jkjfbCyn-}Cxsj~-bTJ5cAMN71V0T_S*{S4@I
zWBI6HO+RbYh#CbkU_HmSVzueL`Lw|2*S1SOtC;`u#@glV;OFOc=Du9Hf7-`y9Dk7B
z#h+Q%J>+qV$LD*vI+fE&?v(UE0Te(1Ujg!iz7~=#en%Yccf{y~PA~uiFpxb4Bz~#6
zEo^3wO=?O_VE_hTAUp$_Jz6q0Y97AkXoXfV00S_PEe0fhNm~>^0XG#`y?V9z)1Uri
zZoc_ubIv*En4^w5%8VK{%KZ4pKQ=eqaD(~dAOC2)Hc9;<KPXok@6DF?QqO$WGwB>#
z-1)&%uKb{C25_hSZ#2hU_?GeBSLks+df`Xrh;v^y8*di;?!rMsF0zsx^p2Ud?p)t?
zu5Y<h>g-W&Z6=>ZU)PFuXa@r@00X)i(CNnVQNfvR&ZrOdsm4GYIkrv{e;$}0TyNy<
z6*G2i9{s}9Zy5al=d``|lZySl^G*Bs)in2h9*6E>j!T=`=LES^(gOw3Q9#?jb2U{V
z$+0DQtfuE!X`B3DC1rv?=Xc0<eus>X=m-Na00ZtZ5bTid{1o=wV~?6qGZ=sY7_i5H
zJB}SZQkbyE1X`jc48Q;kxWz!QL-JD;Kmpekc=z3R%~@xiWrhtK7Wj4AX{VW$D_16R
zy5tAtGUKgoc`NmzUga2wBgeM;usaGFKJQ(AEx-Eq8y~p7vA%w6t3FNlal(SXR?YAo
za{7v@$MB9L{rb0QzpHxeavGQWEDqhv9f!~CUiWgR)Y*fzthKLYMME^y%s}1K-<WoH
zyl*;9SYf&!exq6YvfrDv7yUmczB*k0mTB|g=Yd%T&Dt|IopXauH<phIzI5^xxh~7U
zHEr)%W!l~Op=tB*-}wruLEX}?o%M(~a%^=^eO)yJxZaVsnYQ<RYSwCeU!cdUcb~BK
zRev(Qx0oLIOx$zmf~s1lef%)jUmUuJIWBE#pR?soNe>iAUIC5&&Q(+)$+0DQtm64q
z`%ZqannLA&&hL`#{w^6k(Gvz>00!J)pu97>_bJS|!yL7uRxkhqFkqhn_nf=@h+)G%
z8)%BAFaQHE;06Qbosmyb00pw3!0WHS9+(*{mnnSl#TR2gb@GF9iSbl7Je4|8ryvI6
z$g%DAy?+l}hbYbMHEkazKX_{6dj+@MbCK0C?0Mw9*0O_MJ>t+ksLuS%&O9J@N}WAe
z%Ub(dRy0IIbqq9S0y;M41bZBMz3H>zxmG=}sShW$-D}%frpp<Rnzl<mtD0R<SBnO&
z4{bHk>BjO=Y15VQ$glNwx4mb&p0dPju+xRk&(lfyLAm4f+Ips0Z^UhdeEeF^eCv!)
z#Fb-P_ktH<;i>&i{~b!(w2xnHE{aR{YRBd0@;S1lW^$*b2MQ#sfYyKK@>EE2Y)KwV
zQepCg61Duc{0`a9?~u_E9bo_lV8A^Fd^dD^3-;V&kD5_47=Qs7u*ZPgF7A&WChReR
zmS_nBFaQH?G2pu)TPT16SyJGgciw509bCM4v3dXf_szH8err~*UTr@7@I!O+%{RAd
z_tsl)#VQ5)LAktmt6Sbmy{K0?2I9!ErJf&b%;$|>_>tLa=LJ^QQSP|^4Q5PZCb67;
zQ9p}A_o!o`U--E}?vy%vv|N|T-)mpniiT*ICIfBn{@ASl-Gzak*MGo7<HA>c-*L^(
zqt8Z@OsDbBl-`+?rp_GO-RoSZ8_P$<JzMyDHf>s+c*$SQPL0nL<+5;mCVww{Q_Z&6
z{$ew7>g!gY)#Bo3k0b6XFwp&opN7iih4!7s|3je1LDyR4tIKJRgdbzt$8QMsr(%9^
z$NjE%f|I!Tb8)|Nr=$l8B&UGpf9FbaY)KwVT3zykQpMJ^chN5xv%Akp)Q;N001Rki
zAewXP>!nFk#=<oY126ysFpx9@`kXo1h?3Tg<8iIR01UtY3}|5>nsd?%1yDe<0$x7w
z)KgDwmJ4iXXs9^kmtK0QS=$p&Jkk8~pZ~1bzSbX*ACxPo#WNTO_b)IIoq;%VY#Q=|
z9us30ePnh%=$4w+QSN)(BgT85p>4+E(B1YJ*<b7HO74_8dxTz#+z`ALm;Im*45ZIM
zha3K4`fPe$$?H6S8TON38!xNk`Iqhdd)(eI`l^r3Q8WM3>~riRW|KkZm(HvEh+EBC
z%iVd$6xT-j*GAJC=yYTGsN%l<*njJLKO35ObJ`|@rkCckK|?Mw`yKzN88PV<Gkn|&
z=75u*GRMq$!yGf0uc{g}>NINl@6ExdEjL5<zS<Ns=l%LmFo&G}jP++W8})CxkJ$2q
zjrZ(zPk&>2?sa*Iv!)qK>2|?$8#94T=h150X&*mmeB=k?ncJGO9oM$pDd~X%$ta-t
z-?@?;Taw3$Qd#nYQB*VP@2BGO9QNz({Q|Y4b}#?~wit-!ocem%(u4hQZNUHxzyJ)m
z$bdd)jy56}wP(!C8883?FaQHK7>MSa^g;m?(5%37&pp>H4|wgh*H#_w9e3Q(tk1G#
z%c}N?+JO9^Tsa%_J^SFk0S3}#AdVcHmi%Cmt&vk+Gg}O~P_&lPdq2qW7yox`YbN5*
zy?DNSkMEk2JEhJZLF;SznXb$W^`IU>479uJBhzQ#<buC#GH8Z5a`G#&`Boa<a>|t-
znB9i`tmNO_j=M*cWeC!apXKY?(&@(XQKfMma?IN9E03M~XER{n)WSSAV3R54upj;+
zmj9b1uXQ@={684){e#7P+~J<SjsK5~)~`78gPyO|E&r!kZ`2(nJ&L+WzIPtCJn}n#
z(>{JBZzn&f_nN47t;(H}9w?BE0-FDwE6K4Xd8{avB|jKNHS&YiyosN?dtX8As2vQz
zKs5%UIj6o})y|Wjb1lFC48Q;kWSIed&Kzw-S*{W1#vB9#FaQHE5X3+<=cE@3pnzrt
z&OZC>W?8^5zWAc*aKHZgYxDi@f4|i4lv7SIt5>hC+Am52@`G~Kg6464hR?%*8w|ve
zW7C!&EVAgW-#y@zrDn&*Y~W^tXPdr_@2Tk9cU)mj@3wm`GJB1@&kP^?AI8fo6#K;W
zJr3RD8Y}ztuVuMY>g-WzZ7rYYD^Ekc9j|xedx3iHaakcFu*nuP%yAdK6}xw(<p=v5
z^KdB((eaYk$q+U;&Tb0h*XhRcQKfYaa$NsjP@=_{#`mdix#Rr8{I&7s)65TM|5s+`
zX^Aej+j`G#+w8uupmYBL6V0*n-c+k|-1))cy<Lav-!dEQx`w^5*+K7}gKd`l&5FmS
zef**h#qZ<?qs?Kquhl5~lRG6nP#_rvH2*tSl4DEqSWzlVelUt^<Oiep6@A>j*PwRP
z4hCSLDFe}*Q(v#9=fpOQ!vGAx01V`f0e#LKZA5vi8|TYh1p_bu129lzAewX13k6U>
zs{$W?{BbD*IBeK3Gi%nY&_i9gaAC8)Z@>L^=)RJM<Od~ct!Z1Fv-ysH!+^UCkYh`y
zcIcjt?zPTUa;MbUqgEa0?<T+0En9Uv?5t<kWa=7o@FS<Zt~M)Sg}cS8Owl(t+j_R~
zGC5ZEtN0yNoS)t6Ri_)vM+FylxrkfOLr!lf%+ucgSK_@7J?`V>dH*L}_MREI<;;TK
z-v1S&Rg0wZgT>rj+j~}-b*DaOylmhGJIphE8vp;C`bHjmH|AM;9CWSea>k=(?aTjQ
z>Xv?OB{x_+Zt;8C$1je9{GeNNXVdFf?v(UEf%p~B{O?>zjxEV!MXf6N!Dz}gorl?W
z*F&itwSxf|fB`uJ(VSCXFKREZJ({5z48Q;kWQPHL&Kzw-Fqs`DsU@|90T_S*83WOr
zlU^u*0$LUL<u8BPECcBMJ?x*?UVE)s->05>Dr{F#JMx1fxeAT(Hkr4f7kX)Aptv62
zd-tBk@nv;P=<eoxAa_cgJ+gXTab9j-SJW+9-3IS^c_AmU(}6eT!oQE1`$i%2;Jrs_
z__!Bxan4*D(XNehy6JRd`KZdB8=u+Z#I}}$hFnybr*}Ezr_5Oi<h2j~;V(;h&Eqfn
zi%QLt&JPyzb9w(xeo*f`S#92xJ0(3(Abtfj|2tQbV@vW_QL9RRFq(4J=4O8GuCG!%
zY6k-_00Y4cL~~Aky{L0=ozVw<U;qYSAlnS+bLMCxg41ksN`0v>48Q;kRAwNWbJ7b1
zP(Z5!E#D#d!3Q6N9_nYGeby{LICt*c(0wHh$q!1@TGJLEtL$TFgEp=(K#naPR?$5j
z-D|xr<xZ)yN3A;0-%Wn0TXyPp(xvZ|vUEqB`x})Ri8y%Mc8@Cy*^u3b-<g|pjzh;h
z?o+25%SV;R+PQkp$Ikt8VZQP*&!eXQo;fRl{NU)uchhd%_+C9v^Ml4btx|LHgC>^u
z99GLmk{@*U9$4;_^gx0570~?eTuF{C$zw&WD*3@^%DH;~&A8q5dum7RU;qZRFc8f-
z_4U%CC*$DSh5;CW0T@Vw0e#LKZA58k$1%BPVE_hT00uNL5Y0L1g#sv`Re=*vJh52@
z@awO?4n5S>t5-McJ7UC$(0wHh$q!1@TGLj8UoZylTVS9z2FS71re9S4&^;a9qt>g~
zPwtdDdlb)y?{0EP-Kg7<lV2^pV`=olk5pzP;^1`eqaQ4s_u!$I=jNQ_&@qqu)al0Z
zQRT6AuAcMZKYp$-Uk%t~iaB-hD(0*N@`D~LI~{OSLHD6b-}y*>ko=&lb6Q&CmOCXq
zP#}H<H2*tSl4DEqSW&A=elVJHY0dc@m)~{401UtY45ZCKH0RXUD{UP)KG!k~zyJ)u
zK$;BbbLMCxN>f9Q%{2@IFaQHEkR}7soReNCfC3s7Xqo>THENW2m}j1OX0r_8H{X0C
z-bb|#<Oi!M)cWUX`UJ=3J_QEsFtFL+*@ZQhJ0Ey6>sk|9*XprLe$WoTNzVhVozTrs
zlGcsmxyd_q(_6R0fB1`ncW*N2{9JkW!KW=RoVR!H0-t*M)L0ug-MaOtHEPS4%3q87
zo$z>JzS?T11<Y3oK4X37-|j2uzTI9|snmUs@84AzU-#j+r1BoVYVYaG>d$%qVEK8<
zh55U+6Y>cPq^p4Df9FbaY)KxgmWq=fjHaFo{=gXB^>%7U?O*@~G&2y*Ira6@tTAI_
z4uAm|fB_hYn*n{!9Bo8#>%{)K7GVGeU;qZRG7!x<>4gF)pizM@zx=XU_V28-&JquE
z`t<3|_VM}WpNscVtpoYNY6`XfxmFKhT-@KlKzIh~>&F(>FnZt7Exc~EYDIo9Ijw80
zRnz{hozTrsnw}HeZn8+-@?E#X&U&`s-J5Q8L9V<zujkG6Ui<a#rdzijH7wN5LQ)#;
zd)y<1d3x}!SLAA*PD<ZO$JzH--MTk@_ReZnPvd!!A9QE#Y<X?Bc0xWufpitn{O?>z
zjxEV!)lzZtgVEG$IT!PHcYT!FQ9Brb0T_@m5Y0LD^`h>wx}z6*!2k@vK(-jr=giSY
z1ee+3l6q247=Qs72+u$?=cE@3pnygNKK=C5X4yY43n=|_`Q?{4+sAwFy(is8)%N5E
zt4h?W0lpUA*U$>Bv@+0i4WrgEW^r8G?zyP2rg-n89$-yzg6|}$m8Dij=;#Nv>Og-y
z4F=L>Ag?*Pyq-7LTkY4IqjueD*sxGL3rT56elVR{Y1h5!v$w{aT~^1`_2eamXYU>N
zzkz3Ohn~H?`I<i{piKeI|IU@<*pfU}Eewz!jHX^v_sbk7o%>~UM|T*20T`&vKs4vn
z*NYlgt})u64Gh2l3}l}Hea;+hM6jBDR;e*Hh5;CWf$|JQb544p019YS;KL6;Y?l4I
z@WKnl!@Tag>zeIj<;s=feN^i}ez2NCt$&V(mG>}oK^K=87<%Y!g|&1$?0X$+=@MK^
zH)y+g1>Fxg`6+ZyQ1@D|&DKun<|no4K!1D=2GV69uQ|HBo;TN9?bn-|Zrys+uuwY-
zNolA($Ci{1NgqeM?z<d(OW_%?_hwT~R<n8<&uhI=cNBEr_3+zy_IBvm+nYc5g96$V
z(ERUQNscYaW7Wa{`N3%FC4K+K@!WaFp;pui24EoT3`BEIeZ8_?C(e(#2nJvP24EnF
z0e#LKZA3xm$j`V2U;qYS00y$mKs4v17Yd+&Mg_cg1r8fFtn@X1{(SK;Z@lrwQh#q>
zZ@&4acpud|kRPn3Q0t#(*@rkc?z8g3z=5Ne7S_^jGHALPvv?Kj=@M8^chaSAoBF=v
z3c4S8-m7SyfabQY=hjZ><|nrFU_W>z45Y(AUUPJLJ#VhF+OIP=-MaOtVWD;wlG0Fn
zjx8x2l0J@h-HSffd(bqq){50+2pdcy8f-9he&N~M<0EM%IbLn^c55f(6BI~S0nPu;
zmE_oxJXS3gCqEcXJ-n+n??ONHg8>+T0e2aQ=A8O^!JxYgQafq~126yswKJg4nWK#e
z7HVe!4bcz=U;qZ(WFVSz(hCJpK%)X5eDFcD?BB%~Uo0Nx_19nDY#+RTP%I%GPyhu`
zpsWJ#yz^;cEnR*6STlUw3#_M0Aj`Jj36B>v-*U^T=IgJ&DO(plL;(~)0Te)iN(wAl
z@|%K>Y`WD2x$^B|?qcZB*_EW>a}+=U6i}hSRaY%9%+rH+y&_lhblU$8Q_K&J7;%*f
z4q6W4z4!j7^z7Z?>NgU}&S`ufV3K2Mcjt#C&0l_bWy_NAcN9PY6c8z(`QN#c99xpd
z5*4ULWAcM71mUkJfC4Ch0w{n2D1ZVefC4Ch0w{n2D1ZVefC4Ch0w{n2D1ZVekbnZ8
zeDX=N?BDe1)5S-<;)*Mp?c?2d-xcqpS_j@gSWO{*jshr<RRxYe{`$h2x<NxOGNTuL
z$QsueGlVBBc-ssZIHjQX?AZ@z6)DaO1yBG5P#{JHlFARBeEGX(#Kc$3-bX!PcHHlJ
z<J~80xbb<WZ~qC6-zS+(x1MFT+v_T``|vx>;XiuL9DmVY%&9TH%b5INj8L&_6hHy1
z3S>P$IC{}X<_EL?%N+K@Uz+dy+kIxo{ckW^>~OIeu*sB?M{G8DcELNod-M`BV$v(-
zl!fs>XKK$6dXOD?<W+@d!5#-(!#fBY;(!0(dPn`Np!Z&TU1+}jcD2>(oSmTn3gk}#
z&Hv7o<k*rtRxOl~AFM?^`l0{|pa2S>01BW03ZMWApa2S>01BW03ZMWApa2S>01BW0
z3ZOtV1-|_9%VycXv(G+Tydy7jIBeLk(%0Yq_BZi9s&ybgSWO{*jshr<RR#X=hj&f?
z{^JYl>UKHgr)EryYyZ=JCq<ga_twk~-u3c=&VvU}GoOC?MOKmGyifoIPyhvDR3PsB
z;HdNeV212{b-}N^_Y+ILyu8Tajd_wWSAA^#|05tj7$a2d8U;|mssc&n2T#7@eRJgG
zSIk}`?=u6poN4+s=DRC>dCz&ZJPRFn;aldQG0V(0yDt>^LQ@af<=|V)3G-LhG>)Ki
za3MeV+;eY~^y@U`7rcY8A-)V@#|5vKw7%z_7p-37><k4^AfF0o{&%h<$Cl)=Y9WpM
zU@hv=7X?rN1yBG5Pyhu`00mG01yBG5Pyhu`00mG01yBG5Pyhu`00p8cuzL0CQtr>o
z03LPJQQ{q)b=FzU_VJH@{6oBtY8}WAR#S+dqW}tIS%GV=Sy5VBx8uIoo0BemC$@E+
zL2Ev<`m<x_y=k`Ec|k$re*MOorAvR8Wt=!S6hHwKK!F$)h$}xhx-s)Nv@u`OH0u#{
zd-Lt)8SkCDHhrD^V2n_)YZO2Ms|v)GAN1Z8?`6FAJ@yeZsBxZ^%+Wg^baUi6**m7>
zSk>Bo_XiKf^1fOZ@`D~|W5?dPM$f+E%)00Qn)eVk*v}AlyySJ$XTZ4yosT-|8sq(L
znm;Ij0w_?c0-FDwE6K4Xd8}G$Mt-ms_2`QND1ZVefC4Ch0w{n2D1ZVefC4Ch0w{n2
zD1ZVefC4Ch0w{n2(G@uU_~Rqz|62Zg<Pk?45q%&5J;@ISi1Yv3yYqNCsyb2Nac16o
z^Uu6lK5yRp5ENMyQE_lw7;$58VMI;1F+#!?LXyX#;{*(DkwpY~!I(fuj7$)54KRW*
z8T^RD;2_IjSOg=BfME$CKoVI^%zoZIH@TPUPIq-xclG{lKke<VI(5#eZ~fAzsZ+l$
zs|XP2d4c#@`<1W!+sJjHyY2af@ZQ6(3WuL@Uzl>?>bkErEi!MQ+v=J!Z*>^|g?qvQ
zW4}LmACT?WF2?&jE?#_F&&QJ;BtU=wf#wM`C4X@6-ot-;&_yHP18U`dWLdxaYrhzd
zowKU2?-23_n-^1RCP1KAfoA0o#(NBA`TVU^rjzmqWB(fIPqqIp?3Vn&_3Jl=fq@H0
zj^$sDy(Ij}cUQR=;eR%sNBGBAtPOuYaYugUV4NLz;H>c6bL)!z2d*{(1o~Q_ljpfw
z*|%1<Rd2w_AFNl-b_56zAV7cs0RjXF5FkK+009C72oNAZfB*pk1R4{#;DQTE@&})J
z=9$bDKL7mlCEK2T_Su=Y%~MeRU>+@H2@vR2fh(`PBfRc)pC7rFF<#p_dhosoyX`qM
zym~LsEC!XX*Nw~e-~Y?u=9?et)zGnD1PBly&?13m<PRQl;*BL^f3>kJ@AAKS_k8(-
zEs6`x5FpSw0`dn>&NQYRJnj0z#)z0x*e&^kF;Zg=;Rz>vyTs|Q_dhTE#e^S(KRf>4
z!k?XZt!D;<zxv?9A;Z7=@S^a)-ZiJh^RUAfhG(Dsedl~I=m`M=Jt5G^^IWa$TPxeD
zH*n++)+=W_0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pkjS1Xz(@iBgfVbRoOXdof
zEn8Ny?N5I4lg!)ZDJXw1kCw6o2=uZ*{C)m8bFK^Te)qX0*WcyM8Bl)vb+ZQ_{I&3{
zZ`~9&Y}nk(VPoG25FkLHMFK_V4^ExGChWGy7n(NaA92pZh2)30|6q#(Ofv)sG%O&0
zFkAj${O`rdbDt_?jOe!f!5C!Qwrva7UVBeC=%DkOHU{_Of0M`G?YaE&rD5yVZ4Lih
zRsjJ51j+?Ed7i74eQRY~<;NiFd-;P|rIaH;fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5Fk*jK)m1Jm@#8Uo_X#exM0D8k?mp~D^{#1wsSjblRwxLR+SPU(B%S8J@tI}#V?kJ
zpZ@gMo*50k_r3oLr=EI6Sh{q1c;SWhT^<3tPk;ac0-YvMbpGIx=lr&2-ok74Jv)5t
zb9aa1<~<XpEm#|-4CWlh?cVzSMK!lA>i$yl2Rkhi^@jj~Y6AU`Klp~X&j}wo{%2w0
zmwpo_pFfxbI5;*;9ehrn`(zk<@-M<(uRp8i_z-j3J}~*ZzRe#Tj-QxE_^V&72p3*>
zeK`5##bMH<i#;<M4ChC_?|okl7hLe~;kMg;D{pW(u>2)JpeX{KJkQn2zO}NgdJm-h
z!FuIvM}PnU0t5&UAV7cs0RjXF5FkK+009C72oNAZpmBjued<#sd4TKIt*cq-#*G`p
zz`(%Bc9SMe8v1?inj6+pK>lDIXf`20fB*pk1PBlyK%k`pMduHWIr+BK9FJG;H8UJ{
z!P8aqJKplXe@@;0Z3kacb=!EqsH{)<gDnj+jS(QwfIzGA2lsi)dEtG>{5VWF^Zs!7
znGZDWv-q&n?;EOn^ebnC11DY+Ce2<^^RqkVnZG4Nj`{1~_SKqoWgRCDI%>&KKgW%m
z-@wtcDFFfm2oOjY=;V2>R`#uxZKWTP%4_8hR(7$J009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7dXD+GS=i(ic70ml0XUVQPzHJiQSiYrRCx$e5_YHm|+0r`XV%Gr(p0RjXF
z5FkK+0D)Es6rDeK$VoS*=A0aK^uML%cEr4u;rsto`n%tI7Nl;UH7`W|V5=fbI|K+c
zD$uO_!F>;y7v4MJ>M(xhvhDYSP2^x7J?qib&*DaMxhD+fCLTQX-@}v(2k$|fXtUPq
zSU%>UR~j3V%cc(I8rG^S%X;~PjYh8R2@oJaAd5gJ&vUi1Z>?-A%W)|$BY&`5#Crk+
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RpWP*t&IVm^yW8Nj~5$x7<>-1NYo>Pf6LM
zjyfuA*|Mc-`9@dBA8b_6_5=tJAV7cs0RjXFG+UtP{K2uOEKSYr7&HC0)Vz*kzWPM!
z_HX~trK#Iz$q9*N<PSDGveZw2Kv4qC${$SoyliIvU|PGi*1iAOpQMfvF^_Qa+*O5)
z6Y>X(ieU8+AV7dXnn0`OxvswY>M$@cF!GG=Ydu=kx7d$XwpDAtE3KD5SV_e)0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pktrJ+WVns<#V7w3EqD70snl)>}wr$&no@>{x
z4d4I%_jfAy@WT%`wWIO}o64(l0t5&UAV7cs0RjXH5GXo-@W`+HHZ`~7eMeuLn%7b5
z{(}ckyFPXMTDd2~>*Ws?5Im|NK%gZ8@&|u6^0^=Hm6*KOV5Qf`&XGUZlEBmm0RjXF
z6eiG$d9EM*=tm`UWbu8LM=Sa^+>chaHQZ*_zw!sON-0Nx009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV8pb0>Av_FH7b<V-8`h=dHKi+Pn_!s9FAC(}^`efB*pk1PBlyK!8Al
z0!8N!PFt`x?6LP5Rr5P`f6dG=<-%u1azTdk`G)_#_5F*gZX5GNjyZ2d)oq9C$nsbI
zV1t2Ua{>ffCLn+C<@~|JProm9jELjJ)cI=)87JI-uw@~xAp!&l5Ev9__B>a;`GfJ`
zG`nxf0BB`f$#!eKmOofa$a(?<2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RpWNh`&pE
z{PD-v%p06CWlC7Se0fVcC4aCb%o-s;fB*pk1PBlyK%fDE!t)2e{<|=6>RqY%9j|-y
ztnl$K{yI#(aP?4*$JD``!=ui9B)t6}zLmP&0b>^zk`og13*`?s5HvO=K%k`p@&{ke
zAN<e>|Cu^Y#PKCd4tbU`@&{WQ<{BeFfB=C(fo9HgHIhFV4^A`tR(|kX*;aYm)!xe=
ztR`bQ0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&)(dRgwk<sHzyo2?qDA48pZsJP
zH*Q=Q7#IjAope(8#y7qZe*NoThghan5BY<wlGY9Z0t5&UAV7cs0Rr_3G$Vg7=4Jf-
z5&xQ+;}P!>mFKzd0p}0iw{UyDVV1m)T4m%9)*CUlBS4_l0`do6&L4ck+vlW?9UnOE
zr}76|9iZAHK!5;&LIs*N&(&!DVBE=O^{o<ME8D8ne)%%_gXJRL6Cgl<009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UATTT-e{fjBUjhUO5FkK+009C7I#r-q`GYZkZ|o^c!>e}x
zTxzaImK?&Ei#T=un!<8IV&CKsc4|cG7Xbq00`dp9=MRpbxh!=&89n-xFnR8(!o~{s
zA1seV?+FkfK!8C13dkSq-(zpj2@oJafB*pk1PBlyK!5-N0t5&UAV7cs0RjXF)Dn<C
zSWC!y0t5&UAV7cs0RjZtEzr#T!I-Bvb?}~nANl0XVb6WeOwIc!&m$bY>!(A^-8lAZ
zD+|j7N#2uC{$RT!Px}N2WEGG<_`5J^_7gSp(cgdUPYN9`<PT<zP~`{^AV7dX?+eHu
z?EPbG4+#(;K!5-N0t5&UAV7cs0RjXF5FkK+009C72-GVef3RLT+Yul@fB*pk1PBly
z&?<qZ<_|7d8^(X(p71yCo}Vjsa5$InHE;ZK`0yuw9;OWDASQGFig+!5uvHPJ9RdUz
z73lZ;!DHvF3UNFb9vdqC-S>cbVd~(RQ^fc%T!;L@MkCku1PBlyK%jR7<PY}Fv9u=y
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjYy7LY$!w5a+B5FkK+009C72oNY*pjr8Y
z@xFm?{JZm0^F1o%fK*zx$KI!f!%n}i(7X`&gGEP@`UntcmOww}4^EoBBJ8pE8L4B*
zYxX@m9CyLfg^m$1hfw}tvm#o(1PBlyK%n~s<PUb=G1FrL1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009E65|BUGDrxNyAV7cs0RjXF5Fk*mKr`|OkDm2d*lmw5q~?26$`h=$
zZ0spZ3(F6YKUi<X*p2{!RtxlN{@~I7@6oW^o-<R&l0El1GfbYls<5$P_}+u^2U{KG
z+9N=K009D>Eg*levyYG75g<T-009C72oNAZfB*pk1PBlyK!5-N0t5&UXs3Yu!FK9v
zn*ad<1PBlyK!5;&ECNO64^ExGChYb4vr_Xt-t^9S;qbxx2~L@}I!s%zHcT1ZCgzE}
z=ddeNw~P6ON6&h+kUSCjgIS_O83F`4L7*S=2Pb~{q43JxK9f2o#Cy{o`?V(u855Fu
zgTt@gf3OpxUmpk%AV7dXX9&n2?2O}}7X%0pAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1UgYb{$M8_6@4N=fB*pk1PBlyKp-hlbpGHWC*7Eu@3H?O-x<mo9L~=u|2y{NU!-pT
z<^vZNk}D#AFc}426ClvZ0{xah`0+3PI*i`+)2U;@Yu@<f!TSzAS;%-$J`N4Pmp|Ca
z|0?v2009C72((r}{$OjpwMKvd0RjXF5FkK+009C72oNAZfB*pk1PBlyK%koh<PUb!
z(b87}1PBlyK!5-N0{tmabpGJ$_B%H<=VS8uPu0x#c*EOfH(bYX{ztXH@(24f-t9Gk
zZWQRJ{K0`!?@aytkN2V7=Pl=j<1To*=2%kg^FQly`Gei~uSK5;5FkK+Kyw7-4>reD
ztpo@VAV7cs0RjXF5FkK+009C72oNAZfB*pk1bRV0{$MX0Mf*U2009C72oNAZptl8z
z%paU`;WMduA2Ba5OWwu@CSR9Y&ta$Co2j0(w&V}?c3j�=*>AFZqKX`Q%NhpZzg+
zaNh&wg*euveZCj9PX1so{VTFB1PBlyK%g-J`Gbx5*_r?W0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfIu$`$RF(Gqif#?5FkK+009C72=s<Pk@<tie04=??#Ej{@Xbs)A0PS0
zTT<)!=s*2erh3wHNaPRpM*P|f0{tM+5BY;1nEcb!&;6J?_?GuC3RC8<Y54O$ZEQ%c
zlRwxG|GMlW0RjXF5XdGVe=wVqQUnMPAV7cs0RjXF5FkK+009C72oNAZfB*pk1o}}x
z{$M{Ib^A<!009C72oNAZpt}T$%pW{@*5j%9A8&a3oJ@Hiwem<l^2wVs)sxHvDSs`0
zu)E?^Zwd6XK(FTyzIVdasbfdX9sIkGd^b#8u(sjP{_?RP?Y;cLe*RZy-w6;PK!8B0
zfc(Ky5AO&NAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBm#SwQ~a%NAY{AV7cs0RjXF
z5FpT*0!8KzPM*7}W)8@47d%}v|0CuZ#(a@#&vBpqWz9O$azf%d`GcJqk9tLbz|I0a
zn?E?14|u@XA5{IUA07kVbJ&$(T8ncB<2WIIaOYUGga82o1PJu2fc(LJJ@WRO009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7dXZ2|d%wT+Y@K!5-N0t5&UAV8qK0!8Kz#(axc
z?f%)+T#%S6l9t;yaO$0@+sAy8W6palwT`s<hu6s;Y;W9YodALC0=<|&ICcJ-@V0}$
zRrB-y{m1^K;m`Zw&;7iA<qu|$Q6&iwAV7dXuM5Z@?DZpT{|FEuK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72-Ghif3SW#TM{5ZfB*pk1PBly&>DfF^9Qr!gS`2`g<;~CeiNo#
zxOylrWa{93rH-EUc=-Dxm(<K9dF5`O39)?MJdpD8@&{WJUs@qRpmBj-%O8xN{rkOV
zLCw$m_&Htv+1<+b@&_A_T{RFOK!5;&UJ;N#*egfUeh?r)fB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5GY<i{$TN@Y9v5_009C72oNAZpjd&T^9K(*?cSO>A@Lr9^*#@rcugVs
zB=QG~jU%-YAkaL4X5|kaFy{MV*H_M{_#D0Kr)z#rSKBr&Kjy0|s(w~yxzB7IBhu<m
zTlcZg-(9usJo$(62b&kuY9>H{009EsCLn*X+m4w25+Fc;009C72oNAZfB*pk1PBly
zK!5-N0t5&UXq|xk!PZ%8i2wlt1PBlyK!5;&`UHy3AB?#fZ+h2-HS<pD$sc^x?w<?C
zUGQ`vc_H!#>x&m#5g^cdfoA0ozT>0cYszPJ{CqDWf3Ti$B5w1s&&eNbeUxgE009C7
z2=umq{K4KnzV?m)0RjXF5FkK+009C72oNAZfB*pk1PBlyK!89a0`dnN(X%Z90t5&U
zAV7cs0RpWMXh!~E%<<dn^=B2Dmoj?vDPh8wep5*9V9arpKiG=s(gpznMF_|r%y-XP
z`GZA7ojM2*AV7csfuw-^!K8-Q1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72qXpM
z4<<FdCP07y0RjXF5FkLH69t-)KN$1#CZGRQc+)%Q6_P`^$KI!fiDx}nSni<w!A^`s
zeIh`hnt=R4`GeJB!*T)y2oNAZpfv*W2V3K;6#@hZ5FkK+009C72oNAZfB*pk1PBly
zK!5-N0^KMef3O>mnm!XCK!5-N0t5&U=r4h0<qyUjy=e>9hVe6(g*X1)+`94zW8PrA
zPvDdbR~MQ)D1WfOV%**m=yn15gYpNvJ%;t4009C72z0xE{K0NNg8EN@009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV8pb0`do&XRBrc1PBlyK!5-N0tAW?Xlnjo%pu(IJa*2?
zFmUP};XNP!VffpFE()*xo3Dgd?)I55dh{t_*H_I5d+dFBc+<Ns4DT58gK)@6H-@9m
zePk&AaCrNo|Hiz;U3NJ+?7#n)i-A-N0RjY?Bp`oK{$P_rOSJ?D5FkK+Kt=)igBhU|
zBS3%v0RjXF5FkK+009C72oNAZfB*pk1PBly(1!x@2mA1#+hqa-2oNAZfB*pkT_(_~
z{K2C0{~E1N{$Q5{s_qi#V}WMn4>tNa+UwgNbkvfeJo9nm=J#>**>wU02oNAZAPUGI
z6bA$d5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(D6OcbxO~!Hp1PBlyK!5-N0t7lm
zK>ncn4|Yl{>IVS=l?CJvzI-p+R^}|qAFLdYmJ%R9fB=Dh6p%mIk4N1;6Cgl<009C7
z2oNAZfB*pk1PBlyK!5-N0t5&U$R;3vFq@N71PBlyK!5-N0t5)OPeA^l{K57`pOy&_
z$RZ$rQ2t<+I8lZG0RjXF5NMu&{K4kgs+j-*0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfIznk$RF(XBdGrb2oNAZfB*pk1bSaU{-FH9-j8y7NT9m~<PXXp?CuEGdjbRq5FpU~
z0`dpD{}|c>0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk%@UA5*eqG~5+Fc;009C7
z2oNApl)yj#^NnGbT}~c)PWyU$ax~h}?uSqM`OrS^zrXy!qGCxs1PC-oVCKxL`tozS
z9b-eX&4Z3wGUPsP-2CPoShW%$K!5-N0$n2@f3Rx~m5vf1K!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oPwwfc(LhlWULw0RjXF5FkK+0D+tW`|WpnU*@G8a?<v^N%@0014eNI
z1X?aIoZ}t;CiC08Zf?%|K}X6TY<aM2kN^P!1PFAffc(J@JutdOfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkLH0|ev`cECZ<1p)*J5FkK+009C7QU$*Ct(*HYfAE7-emb<@
z?|a{QsXkT`AV8qq0>>P)s4qXK+npcz-ov)v_wk4$E^2oOXrBN90t5&UXtRL)!8RWN
z%@ZI%fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5a?h5`GXyNaCD6T0RjXF5FkK+0D&Qa
zd+%L2l9zJq*PiH`dt1G8;Ig6pmKWk50s#V@F7U7adiT)h)oy#v4AT~@?VHc(cIOYi
z?chs>-2dsHe$eS5qJIPk5FkK+K$8XJ4>lQC^#lkIAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1iDy2{$Lj$JY6S1fB*pk1PBly&?f>LHf#=i?e*EA9En3t{LlW#OBu|+dF`9d
z8QSMLbFS-?BW*Vc5a?EcM;=){^m(<*E+>ZxXWri*pVMFeU0e5a>fkuB$KGcQxySqT
zdJrH$fB*pk{VgDWu)mMLy(d6`009C72oNAZfB*pk1PBlyK!5-N0t5&UAdn^?e=tqQ
zIsya;5FkK+009C7Iz`~5lfFBYBeBn0&g+YNTOB&%_K{qi-~8sOPB{$vL4W{(ssaZd
zIBV#0>m48cUR(3(+I>&JR<%F&<lBb4M~^-wJpTCFs>j6&0t5&UAV8o$1mq9)$8olo
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7>JgAXSdW@*2oNAZfB*pk1PBmlwZO7v
zPmJW#eek&JdO9~{^4wM7HE;a#(Ec8A#6_*9)*b-@1nLs_?ssn;`rO)e*H4GTPQS0G
zKc`!jBUr7S<1TnQ?DdAThP;nG_M3GbFB=gcK!5-N0=*?5f3UZXr@bLSfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5Fk*bfc(KCHPuCc009C72oNAZfIu?^PCfOC?YSwhoDn|y
zsatz8H)ZnNr^3Dm%p2OzSHJqyuzdOIW|FF#009Dp32fT5B^-3nc|)IHd+u{)IPxpY
zd-8L-T25c9mQTHKb$IiE3yl+nMXrhn5FkK+KyL`hAMB0eXfFs5AV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PC-kK>lDeRMkm<009C72oNAZfIu?@*00|fKJ=kELpc+>j6Nm2
z>tk1hW9O{unf#QGeeUk?+BcoEegAejIb3tiFPp)rP67l7G)>^4hn^0veeLIlKF4-{
z?H9w?Q<nD3XLPIb1Jl|$;_QdR8{WQS92^`c7B9Z7X~$B<1PBlyK!8AZ3CJJpuH&V*
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7S}7oZu$9`{B0zuu0RjXF5FkLHQGpj;
zSRclXn?I6c_p04L7vBD%Z-syOzyA>qopE~@IQ6dXc+R*ZyyK(a4<A11=i$I3t_iPy
z+gC^SDc*PR$}8_^l*;x52oPwCz%PIKc-Uv3nIoTRZ`^-w_~4X(4~L(AUpVHgE5fAN
zPk3fDnDC|FgqSn<k$=1;y!C_M47(2Ae|ML`yun>}JtZt!bYokNuSN+FAV7csfzA|=
zKiHYaMXv}DAV7cs0RjXF5FkK+009C72oNAZfB*pk1PFA3fc(KuI12hefB*pk1PBly
zK!89Vfz6w@h6M}$BfRc)pC8FjiTM=0@Qk^U_ucno9u8#*5FpTT0#82qTsZQ`i+bX7
zxzom$cfRv0;ij7&?6_mDLj(vAAV7dXdj;eVw%1?l1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C7I$1#eU?(3PeIr1C009C72oNAZAWh)K7yl5x``uf^<jLO*2OMxt*mKX%
zhTV5RwJV;<e3U~DnHx?!?MLCRyB-VMwrxw>W$OqKAkb9;x8MFqm_GdnVZZ%OmrK|{
zp8MW=e?A;>#6{t%tL_Y&Hf`yu7|>Y)1PBlyK%g}O@&{YvtQ7(T2oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0Rr79Ab+qMkD5LcAV7cs0RjXF5FkK+009C7x=SGDd_VHY>acvd
zXBLCs{`Q&hv!6W>R<C|BY~3oiyt|@ZZwU|}K!8B&1>_I5-du|W2oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjZNML_;ww;U<`BtU=w0RjXF5FkK+009C72oNAZfB*pk1PBly
zu(N>t!JSPkAwYlt0RjXF5FkK+009C72oNAZfB*pk1PBlyKw!Io{6UdGfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkLHdj;eVcJHy%a{>ei5FkK+009C72oNAZfB*pk1PBly
zK!5-N0?ihXKiF(x^%EdKfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5NMu&{K4kgs+j-*
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfIznk$RF(XBdGrb2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RsIjAb+r*kG_2;K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNBUE+Bs}
z-N#x21PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009D>EFgcdlaG$R5g<T-009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UXs>|$!S?!Vod5v>1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
zKqCV32OH6|Edc@q2oNAZfB*pk1PBlyK!5-N0t5&UAV7csf!-F7KiJ#H*WM8zK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72=umq{K4KnzV?m)0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!89a0`dnN(X%Z90t5&UAV7cs0RjXF5FkK+009C72oNAZfB=E^3dkR9ufNs_
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(jvVi=-PCh#NMt}eT0t5&UAV7cs0RjXF
z5FkK+009C72oNAZAYDNIV7iaB1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7`dL8!
zU_T#y`%ZuW0RjXF5FkK+009C72oNAZfB*pk1PBly(Cq^92fO_U>OTPj1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+0D<NSl;;obx8Hu@?z`{yWFQ8_fEW-1Vn7Ut0Wly3#DEwO
z17bi7hygJm2E>3E5CdXB40KcstY5#rc@rjTCeXzKmGTEKzx?u!`uA)8(fq3z5CdXB
z42S_SAO^&M7!U(uKn#chF(3xSfEW-1Vn7Ut0Wpv_2Fwq3@dTExca%VR{@|!lqk<;`
zF(3xSfEW-1Vn7Ut0Wly3#DEwO17bi7hygJm2E>3E5CdYM(_-M>d++V2IToEE&?y3y
z@&`NZ->?1{Q^bH65CdXB42S_SAO^&M7!U(uKn#chF(3xSfEW-1Vn7UtfxIzbey~$!
zqx7TO1>_I<{LTCMtGt*I17bi7hygJm2E>3E5CdXB42S_SAO^&M7!U(uKn#e1cEo`B
z!ET?G(*I@&$RG5X+>Xy=ZHhZFAO^&M7!U(uKn#chF(3xSfEW-1Vn7Ut0Wly3#DExR
zb_|#wY}V|Odizaa!-fqZ-p}*gbI*0(LHAx117bi7hygJm2E>3E5CdXB42S_SAO^&M
z7!U(uKn#chF(3vyHU`WO_S-C${mm+{Wy_YK`M%%%?spyg@3-0452)WYDq=tkhygJm
z2E>3E5CdXB42S_SAO^&M7!U(uKn#chF(3wdF9ysHW}PikjzBhn*|TSxPjpR)7!U(u
zKn#chF(3xSfEW-1Vn7Ut0Wly3#DEwO17bi7hygLsu`ytNFx#AuQvE9se>2pz5xsY9
zgk$QMiUBbo2E>3E5CdXB42S_SAO^&M7!U(uKn#chF(3xSK)=R-`N963_p;~B5qSLZ
z$HNUb+~CPT42S_SAO^&M7!U(uKn#chF(3xSfEW-1Vn7Ut0Wly3#DEy+$QXF(rI(sB
zNupK)Jt7eALukIwe5V)?17bi7hygJm2E>3E5CdXB42S_SAO^&M7!U(uKn#chG0-b9
zV1BSiCb8@W0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0u=@R@P|Kyfq{XM
z=M6X9P_bNGn5S&jN~|D2fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkLHaDlvYd3nnh
z-eDCIAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyP$F>GU3ZP-`3>j%-FoY-C1vuy
ziSvSE#*7(xUVr`dRjbHTwrV9-5FkK+0D%q=m^g9bPGjou*c$(i8#gY*GE=8c4X2%U
zT3EPnVOX+cNx1+1`@_0*>l)sJO6|us@;;t^`stGWxZ;W{@>Wq&z8T*&N*eHn009C7
z2s9{AX$(z{;qmqO@#Dj!Nt1@g@QW|LIK=U7{rdHFw_K@B<96MgHY7lR009C72oNAZ
zAR$on`MA7ud3nnxy6z<b0t5&U=vaYD=kt>15X}R={2SwqUUSs3L7-y<2oNC969Toy
zbn}9ZT|3+pL1HHe5FkK+009C72=u7H%$YMs^8AK#{-#f#-q7CWnHS7cwxLehm;eC+
z1PC-);IP9E+i6T49$T~gjpOevx7-poZ{A#2Pph@RX3d&h^*!~}QziRx*=3jI+P=JS
zGrnt-x8Xej0t5&UXhfje7@B4LzVy;dL;UaBypL*a8n^RGDo=m_0RjXF5FkK+K)FEC
z=i~Cu<>f73-hb~25FkK+Kqm@RJD->39AYeE9<URSsy-1QK!89$3N$jNn-}cIh_TNE
z2oNAZfB*pk1bRc@`RAW6$qz`L*UWp(Vp1f}ykMTP$u_(uK!5-N0-Yw%$T`O37(8LZ
zgmClCH-~N8w&mKzYVDtU?zy?@DKdYsS>H8s?U2F*2oNAZpoT!TF*G?or@cP<=%d4P
z&plV8mD1JK+B9yLI(bKc009C72oNAZfIvQhW}J`9JC~QYe7-$Yng9U;1PHW8pxXJo
zwDX3Q)|m%v&+*eL0RjXF5EvF{bWArdI4tQe0RjXF5FkK+009EsB(P-3lB)TGmtTH)
z-Mf-!UNBGDx;tb;0t5&UAkYGV@^g$^wrts{)tD0)m%s4B3*oWH9t+oBe|?xSV@AdC
z`0TUK4x2V@+Nq9e3(DJ1&PlFZxw6`3J1s9Vf3R8KHFoN>1q28XAV8o2f$}l5+8DlZ
z<Hqp#<Bx}LeB&ECjoqL4#3zQv_^jP1Z_~J)RZckq1PBlyK!5-N0tC_onsGiZ?_6Hq
z@@e~H9RUIa2oUHLf%5Zt)y^TB2OKkW?zE9>jymO->jwb>1PJt|K-MwcykKu0e|trM
z009C72oNAZpdSTd{zCjMl;LX>Kl|CwhBMAMW8{7O&9kjrx7J0IXI?N**}6JoBLV~n
z5FpSZf%0>VdB)Lr&!V|==Z=iS$?>_;{9~nEDsO+dj`(-x%$b!oskp4D{J~~^*QnTW
z3keV)K!8A<0_9_9mNERn2Or#N+`jR~8#DKyyiMbFW;z845FkK+009C72oR_u(5&-u
zdFS%-manoq784*qfB=Dx5-2~Pm*pJd@D7*<9G38x009C72((|Io-y6LVEd1o9uOcv
zfB*pk1PBlyP`|+P<;zR1bzHi1X}IgIyGoWl@W2CgHIQdsFi+XKI%6XO1PBly&?13)
z&M}sE?an*zEE$VqF2SNji^_{te4lK8;>3yJ{PWK*sq5i~AFjAv`NE>|2b=j_qrA`F
z6Cgl<0D(pXl4EEbd$V5q^DqDMFC}B`i6@?zxf{tgjoX>o6eK`^009C72oNAZAVr{A
z=i~Cu<>f7(vP)JGAV7csfsPSKp3lp34l%g{<^hu$UK1cdfB=E^2-G{Kn-^@)@zN>*
z0t5&UAV7cs0RoK+%$ql_<T}TAzxB<VH-|$HJ#=LGtXZ?_YADaVV4kvdb;d>n2oNAZ
zphW`po?|TUUd-uF-h(K<Ua?|Dd9j_|C)+>bh$BM$Ez@K@)2B}l@i)k8J&MX7Z02{3
zTKix<0RjXF5Xd8t97FS5`%^yF#%<$&TW5JB+ca)x5mSZ$0RjXF5FkK+0D)Qp%{m{K
zcP=k)`C9vBJplp)2oUH5f#mtTJm(P0`)(evT*P|<1PBly&{~0d$8__8tvya!BS3%v
z0RjXF5FkLH7=d^_V=|v0-k)grv2fwSl6C9Wts7pI`EQ<i!8~O%cR)b`1PBly&<25e
z&oNf&>N)3}Q!*Z(dFGjwij^!&wjc8l;^UG_E-9&J*|KFN+f;f}ME+p2ziU+Lw`Bwf
z5FkLHUV-Eon&;Y|n3q3x?AVgA_L*m%$<&Qxo5t--WC{@=K!5-N0t5&UAdn)^%=2-1
z=koHFPuVT22oNAZfI!CxB+uvNIfqzj2h0OjQn8Ex0RjXFv__!bG2OgiYmSdr2oNAZ
zfB*pk1PBl)R^XOfZYjCG@xccl9BJT@M;<9zcf$=gjI7K0BG0^Fp0ZinSB?My0t5)O
zL!jPsjFtKta}Sca{_*vTFTPl*=*Y5U`@?w%@pk}{c@4)Oe|*h*5EhX?*zE5bBRlN{
z0RjXF5GX((IfmxF_UFhWk1QFpv)nT{b~)Lmal3$ns0soE2oNAZfB*pkeJ;?<^Kp6S
z^75AN^FwF%2@oJapi2aj=kxNOLoDA#^MK_d-V-1|fB=Ek2{baMn-^@|ance20t5&U
zAV7cs0RqJcOrJh|<od=56DE}85yam~IqImRM%JHj!U?$>%`-2Ur)=(y*nj{50t5)O
zP@s`>jFq}MZQ8Vv@i@*y#%qAm9?ABH^AKYBE3UYrq@JZqm!?${ipU>q_IHic9k7xB
z0RjXF<P=Dbp?R+TDf)LtW4DdlIS-!V1PBlyK!5-N0t5&Q2{iM3T;937yyYE20t5&U
zAkYm0^`1klwr}PEtI1eSfB*pk1ez;Q@0f00u(`)Y?F0xAAV7cs0RjXF6fdx5&6<)N
zg2js$@6^auS6x+7X4R@yJC#XWkY`>nPua9Kts_8y009E+7O3|eW3_&lkH_=o&8t>)
zXnC^zWd7iW4I9Gv@#9Cv_DPc_g)LjQRIRJg{J~ay*QnZgD+mxEK!89U0?9EnPyXQZ
z&p$shzQ*n1Gmg7i9?3S1+gZevAwYlt0RjXF5FkLHnn1J9$K{>N%UizMepya{009C7
zI!PdTJ}=KX#A^Fs9<Z8><pc;2AV8qG0`-pR<^`L3T+~j0009C72oNAZfI#sAmtTH)
z$@PsfN1*(%cJ11dGM8R@X?c;<_j%?8^OQ|()Jg&b2oNC9W`TOoF;?sLvSrIk#^V!D
zJh58Qq2<Z;lX(bn<&S^-<C405_OqW=t*g=e!B%|NsM>ie2oNAZfIuAr$uTs~wLd@n
z;SWp3*BLWrWNtm#rg1wnn}P%g5FkK+009C72viVg_W8KHb9s5oSJ)+s2oNAZfI!Cy
zB+uvNIfqznN6Z6Old+rt0RjXFG*_VBG2OgibB~MK2@oJafB*pk1PBl)R$%Mat>N&)
z4<EU{@q`mjsM^5v>C;Eb#d{W|-KVI$l05T*dCHcz<2?Za1PBo5B!PO*F;?4$@;tsc
z7rAZQwra&gvi<TrggA~*oH%i0Y@aY;LfEuvQ^mT<+r8|v%PN+uw6Im*H7d1j836(W
z2oR`OAUTF+z4mAM^5rArYTPD1<2657AIUb2+ga6=BS3%v0RjXF5FkLHT%Z-_<MPhs
z<t<;nPu>$CK!5;&P83L<&&zraF>OD}=i_3X<^j{htRp~x009EU2-GvCn-|<t48B?j
z5FkK+009C72oPwQ!2S2%Uvhop_19ltwe6d3x~Zh>J@?#GwQTu{JoAEi%9gj|Jplp)
z2oUHbfqKp{ruBc_x^*REahx}-mh%_uNw!~}hY;7_c;k&F^(|SlBre|RQ9fUpCx5V2
z-!*pXv;_nR5FkLH0fFQgns)8a=FOYKlTSVwF1h5Ak})-IGk5OXTs=s(Y2405r!WBm
z1PBlyK!5-N0ttauoR7;pmzTGEVt2eGK!5-N0v#)mJfD|#4l(Nvm<P-%r5phQ1PBl)
zRv_z`ZeDQv@2AG^J$bGjF7{}tjQ{}x1PBlyK!5;&dIe_9npJX*<4Z5SRJE$|xxF*a
zIHPLW@)hOVrsXN-DO=u-_XG$KAV8p#1hSrE%-ZLT8#k7W+wq)S95<^ylI>T@Lx{gc
zK6&!wkvhkX8&|QuM)C(+^<ATyf#n1U5FkLH9)aW-8pqp14?Q#t3=EV!<ML|H?|kPw
zslN?gsZYr^joX!kEF(aG009C72oNAZAd5gN&d24Q%gb9n%YG_DfB*pk1llc-Jf9cO
z6UKSBMjqw?8_}~Z0RjXF5U5|Ed`velxU*&Xf7j=^c6jI7EFnOE009C72oNAZpw$B9
zzg?E)JAL__<BKo8n5o<4|NS6;FcX_X1PBly(B%T<=NKEEH{7sc!%le$ag43@NVZ=o
z4<T-M#~pW+)VX-^;+?9iH-E5|-!*pXv;_nR5FkLH0fFQgS}jMg((?1pJ1?wRv!<?=
zlWiKe>msxf0RjXF5FkK+0D-<2Xw~_+JoA3>pyVyz_XiRH0RjXFbcI0jd|naxgXRId
z;;`!^0RjXF^q@fbm|kfPu+lQ~g4wPe?!l0;O9TiIAV7cs0RjZNPT+<cZYaqYxa+RF
zYVO0m_ugBw&5wWl<C@#V0(s^I^OVihxIzR75FkLHO#<cT7#qzWEWiFIo}b*jd2`jh
zOSWGv4`JK3ZQ;ZdPaGNF$BrEve*gR5m(*Er{$MM=Ym{`@8v+Cf5FpT?KynPNG#^-P
zS-eN#?YG}vSL?|(joWn*+K2!F0t5&UAV7dX-wU+rd|ckSyu9W6{y+jCK!5;&t`JC`
z&x_{^%>y>?nxn1=2%RKAfB=E66(}FmtIY$JFE=lk?b_k44GbM8K!5-N0t5&UAkaes
z#~*+ENUlJ<=XzTH!SHTx*|H^!A3uI%yW@^KF2uZpT8}*Qf_ci;YS(%K1PBly&`yE!
zbBvA78<yws#dDKs<8ZS5YIz9Jr~LN;7A;y-!dBkyWtUx6vcB4zR({v0)(6W85FkK+
zKs^G<F*J_1@xO)3A9300)vLpge)OXd|C>5FXL#+k*OnKr`99gEal0m$0t5&UAV7cs
z0RjXFR1j#@`MA7ud3noM*fom?5FkK+K*tFr&*#N+gXRIN|K{oN!K?S0qv7rSB|v}x
z0RqhsC?C_!3szP(j#qZElmGz&1PBlyK!8A}3#?qZvgF#vg$oyE?((IVURtv4V~;&n
zbK5-gf_ci;Y*+yT1PBly&_;psbBvA78!lV6tYi$1_YF*YB->BRLx^?Em@%WI?q{EU
zcBJZh@&{Y}U1OxPUJxKafB=C41d?NDmTP}v9%1=54?XlyuAU^fH*V*mQ<wk&0t5&U
zAV7csfkA;*o{!5rmzTG^14@7Z0RjZNK_GcPFUvW^TKi-ku$GYZ1PBlyK%hASdB=3~
zf@4OmFUoT5aC45DS_u#!K!5-N0t5&U$SP2t0~pU`#`~#fd5#@BcI5ki+%8M*VV-%x
zJY}=)uW|$k5FkLH9RhjJG1ltiRaaeAG6v6|KR<PoWc#)95FUBtk&?Q<_O-8#)Ll>h
zV5`4tjC9ru0t5&UAW(onatzIS?a%%9-(ND8PM$ou;(ZINbuZbbal4w5<pc;2AV7cs
z0RjXFR1;|B`MA7ud3noM+ega@5FkK+Kqm<#&*x=5hnUuX^MGkO))62;fB=E!3Dh&D
zn-|=kLzv~-;pQDVH4`8}fB*pk1PBlyP)i`*M||A4aV6I^#&enVJ`X+g(6DLKrqpKh
z%nRlzo7$+A1PBlyK%mV6^_*i&>+-Z|(@MtcTW`HJt$4|OkZR>2#EQ;5^URX^W8PqV
z<jo&!$9IjPj`}|W1PBlyP>?{qWB9yz^Ge3jAO7%%nR}FM)3}|PO+f+#2oNAZfB*pk
z1O^3KeLgPlTwdPt4k`fx1PBo527%=Hydv@k%>#DBQP)QT1PBo5MS*(9bn}8^LY8ZX
zdogD069EDQ2oNAZfB=DR5xD#AyGyQTtT%5kx!uyGOH+40&%9usvZ;+)Nq_(W0tDJD
zQ13a$O5J|unP+wyzh8RkrAkFdmL=QIl83Nr)vA&<Vm@Jf<jo&!$9IjPj`}|W1PBly
zP>?`!49#=x&x<d<STdHzIkWZa*JtWgvQ6W5CNhNx5FkK+009C72oTsI(CYJXdFS%-
zmUmzY5FkK+KsN{^&*$YihgfOf%mb!hb5zO9G6Dn$5Fk*LK)qwSdBN@XEU9(va8bue
zJp>34AV7cs0RjXF<QF*Yw9`tiXI!^#UG7Ta@0bn@42;zCna_MCwT?XVf_ciOHfkjS
z0t5&UXtO}Q=NKz>``mNS9T|7y9OPMNomHt=$+BeoS@IC##<OS7E@|h{M<30dKiH1%
z8YMgK4FLiK2oPvcAUTHSz4qtQOD`=MOE16t@=U!+wrSkXM5Yh{0t5&UAV7cs0RlS&
zT75n)?_6Hq@(wHk0t5&U=mvr0`MkX65X<+^JYf1YN9A7L6Cgl<0D&R}8X42g3yul3
zt{pD&SgDHu0RjXF5FkK+0D<fRFTC(V$#slbau2H2zHs5flDeLK_StGhL!NoTJY}mk
zXaxZR1PBo50D(r%F($iz=bd+!jJa_R@`)#&NEWI1I@x~KJcKx&$NGn#@jTzkl`BWy
z$K{t@c3H*t;=*=)*QnYdD+mxEK!89U0?9Enj(uCVZp~avrQaHj|D9Xwk!;hrT}#V)
z0t5&UAV7cs0RjYu1=?{wF7I4k-txoy<}U#P1PBo5WP#-Qyu9ZSllx^JaQnPu+BHW>
zFRuv@AV7dX(E^Q(>E;EE<3-1#`UnspK!5-N0t5&YC2;Mv*OpxWf5#nn)Lr#M4?R>;
z*Hu?tRkf}>^MZNGR&CG<0t5&UAkYB<jhtf~?*6ZS^{X&;?AVeq_u`8$9$uaLH`#vH
zJcL-`MHgLE(q8%RrKRN$w(Gk_Duk5;2oNAZAg4fb46WzdpYpNv$}6v|*@I-8#_gJ1
z3J@SbfB*pk1PBlyutT67=i~Cu<>f8!;1VD}fB=DR5J;ZStLGeI+(+|(FaM@#+BHYr
z5D)rDfB*pk-7C=Om~LKhOfZgjZ~W^y0RjXF5FkK+KyM0c+qNxCnlz~-A7JCgjdkyA
zy#K<-KmPHN`i?yE$PnA8^vE+Wn5S%|wk#t+fB*pkog&c4ImY-KWeXN87#U~dykmTR
z{_~&Dd=I2#`+4#Z%6}hixb5M;)$#}1`CX$^j=6piAV7dXZwMsE&^Z3(x&L4kc<#C9
zO2+Vkfq}4L!-iCxWShqAR4OY85FkK+009C72oTsI(5~}wdFS%-mUn;&5FkK+KsN{^
z&*$YmhiD!!44re$dd*Qc#DhK(AV7dX_X;#JrpLWDFE}QoT|3;pk)h`V2oNAZfB*pk
z1iDw?(MKOGxqflhtXU23OuYZma4tdo8}CV2>5*q%Fi+V^ZCOTu009C7Iz=GsImURM
z&+mW#`>=B5%JB1_|2)i`IkRMZ9Ug1XI_s>kY15|6yO(S~PaZ;SVDaL`75fnTQZ0Y5
zo!>PwqbNv#009C7G6*Ec&^Y$x%^!?S%$ql_WGubrnrl*9PPS>>PNlMv009C72oNAZ
zfB=CV0_{2<mv=5NZ+Qop009C72y}x$@_b&}IYje-)sJS@YmTbdU=0BR1PBmlTp;V1
zp4O6i!Rprzr@2{2fB*pk1PBlyK!8AV1j_GWbk9BaG~Ceg<;zR1hnzEKPQ^O&%nRlz
zTd^?<2@oJafIx=`l%Hcf^w2{?y#LVfGrk|r4NUtxVZwxP(@i&3z0Ys8-A%TiHxD6>
z$K%G0tJuG4`Gf8Ju2IdvasmVh5Fk*GKynOCyY?ro?lo)Hl#HX}$Bz#iH*T!DNwQ7j
zc2y=T2oNAZfB*pk1PBmF2(;^bT;937yyX+S=p_LH1PBo5Sb^mEym$`LJYfDqmGzpV
z{59Kx009C72xJ#1AJgmkT~YIbV?woShqE6EB?%B9K!5-N0t5&UC_*4!qd0c#*pX`&
z<Lf;4FRIpu_&aHbAAa~qz44rAoC7R><e3-DQ?|Sv?+FkfK!89e36!5>Ov@3hwC+=%
z`c%02=9}vtvy<)T%|nQeOO`At8RLihSSf$7-QP7j>A33)0RjXFbiY7y42|PoJ@bT7
zVfO6VC1dHe*Iru{C)uWPyDF0v1PBlyK!5-N0t5)`5NPN5xV&?DdCNP<1PBlyK%g50
zlIQb==g{)}H4hkuemgbGHAmeL5Bf-e009EsD^NbBn-|P>EVEuaoUJyc2oNAZfB*pk
z1PBl)O5nEJZY#NFaqir?MO7WX{q1j;)E)1SRQ|{_FPNunc{|<{AV7csfld-AKgU>U
z&M=mlJb7}MIdf)+zZZV>)mMjm@4YvyTeq&^T}ifIPaZ=2t%346ySNXP@(0`fU87+v
z6%ZgmfB=DnKynO?V_&`Vgik;Hbjg1&$9k*%mQS)x<96a;cu9Z&0RjXF5FkK+Kt+Le
zo{!5rmzTGE#T~Yg009C72y~c0@_b&UIl#CqmN5^Qe&DiPbCh0#wFC$dAV8oof$}lk
zykK@u<9K!}B?%B9K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBmlOyJK)je5l&k9x(ZQKSCie-6If@%m5y$EZ<%H2C^Y2A41U^6Xdq@s8!O+<)Kk
z`i}-*|K%(GWN6zz9en*)i86n^<8|ErfA4tx_wN`r>i_I0KWebf(XaS#L)+do_<GkJ
muWuiG{mMi=`|Nlf+xl2y`QY18`wn&{_GkF-pN`u8zyA-aKz|(o
literal 0
HcmV?d00001
diff --git a/results/graph/2024-10-01_density_vOTUs_size.tiff b/results/graph/2024-10-01_density_vOTUs_size.tiff
new file mode 100644
index 0000000000000000000000000000000000000000..fa7d59981e3e003a3bc00aeea435e58d1d66ec36
GIT binary patch
literal 19440204
zcmeFa-|M!?Rj-*jnT+n)|Ho!d=daiYCR>alAczvv9YlyCNo+|gG>mwph#?xpgAvK0
zLJ|*#kbv>PkkAkk*`iU1F~M}~?)*?Yw)ru0&t7EhVm(#s{?zAwePa5#UP4o~YSr`h
z_xe7SbycxQ{_B7JKVJ9i|M!3SU;bbIKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z
z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=
z5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHaf
zKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_
z009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz
z00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<
z0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb
z2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##
zAOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|
zfB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<
z00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa
z0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z
z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=
z5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHaf
zKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_
z009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz
z00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<
z0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb
z2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##
zAOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|
zfB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<
z00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa
z0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z
z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=
z5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2teR9MBpo5`O4ou
z(LbO2AAkPlZ~o?qe(FPfSfI;)KE%)bM1RQRTNm`6=%+r)hvgUV7;t`#-+BTx_CENQ
zJh{P;ub=UK0G$CXw&cl;f&Dp;ypgY;{oCj3XQPXaSw1d)&SP#LzkXC+<2#T5jlB=P
zB~LEp!~Q0K?jkzQuMP0n$k)%NmtVXX*q`&T8?$^oEP*RO`1tih{0x!_(AfLnTk_-v
zL%x2-_W^VUwAhj-HwO0SJn}}qe)eylub+)BHfH&__&JZcef;`Sd5!Nt0yOqM_?A4m
zln?ux0J@9lIKQ_5Uw!q}*HB|4Kgz!gfnWQzU;97#0|5v?00Izz00bZa0SG_<0uX=z
z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izzzz-~eql5I{rNxjBeGL(yU-Sp|
zeDg030SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<
z0ucEB3D7V48tUu(_xe$yU-X%0p84k|@#mlZ>7V}YfBgB{*S_{7KJT$U<4a%qQqVj8
z`Q<Nv`LTZZC-Kw1{PN2Ox-Wd;3s2(19_usm<i<Df#TQ?Ete^i${Ip;B%2y70|L_n0
z@FYI$u|6YCZhZHSe}4VzUw^Eh|4IC`Q9l0hAOG=5eAr`sMx5OE`u+Xi|NUeA@K55W
z&GLcx88{I?1KPL+@f&Gujq~KjfBPYRTl69s@iU;s7R1j+mm3kkM6o+S{C0_z{45`c
zUm>GR5kG}elY{s*aQdY@xrkp6s#!(+8aVwD;@9(0RuMmi(liJ0n_|&}Sw0Xy9a?50
zeu=^xAbuXVV^^MB#Ls3J<%1>-10dpOKr36KeDGFZuqac+uTXm7g%_e<mVVKHuO`da
z(C0?K=(Ep0`$T@G?|%2YN59JP=Ud<U))V=_hx(AOe)X$C@A&68zVVHR`q`hz5But?
zuO8@*GWtY5?V&y-Pi}kzzxmB?KGcu@M1I(#5Fhl8UdJc$X%F=wadP9kcl`6)-~RSP
z{rFGhhmG>_$}6utkxzT54~df-U%!`Ldg-Bl_9ybgX8Az;44#Oe0d3rZ_>DBS#(8q%
zzx@!uEqalR_!-b*3*u*^%Z-R%qSzfEe!Ij<ewGi!uaHruh@V2K$wB-YIQ>$dT*R*j
z)vO|Z4V-=n@$300tB9XMX_|xhO|j^~EFXxU4lOegzeM2;5I>LGu`5q5;%76A@<Ee^
z0TA&spp`9AK6tAySd=N^S127o=oc+an63!WFS;Ug|2UV3i_E!1*Z{di*ywU&s0jU{
z2}B=oiO^ZCGI>2-kvWZXi8w{nCuI5H^|%K$T}Aw+So9#`r?V=Vd2)F@E@bp6;-|AJ
znTTHjVoVV~16piB{A_fwG0O+yXOKkv3~1vP#BZdrHO`ZZ_-%0;lM%m>#?~0|+rl+X
zM*OB&lpx}#P-=3rd?0=erPUJRw<06P5kC>sZCajO#P1f47>V*hzo>|7Ohf!e8s0d{
z2mPW3J;bj-JAlwHT9`0h5ujgmMdto-E)f@*bBVA4a*43f<;GAE`b86nKHw6evsz{H
zdb}cY8s`#mil|S>^1<tI4{ExK_)W3sLBvmIRWkGB@_Jmz=u^Z`XH_y0zXHUVB7O$6
z*n;@k=wf4*55&(PiTD}N#x027NMmc9Cl~SC;x;BDej|;oG2*v{YnqJsO|d9J#808r
z<Yf6k{2EHDCB$z<MvNnVBB<N6Jh_P9EgUft<%51v5!aZ8_>DBYag-1GMGbn0Ux9W2
zp<lExVY(tfzvzn0{o`CBE;8p5VFTn6VWZ29p(6B)CJ=qVB|>Ml%H;KUMdmclCE^rO
zpOEE)*W(`4bQSTNV$p+$pU$de=E>#txRBAOh@Z}?WFmeAh%rU{3}~?h@w3sz#w;I*
zpFtAwGoX!I5WkVe);Lct;<v?ZOh)`h8e3z;ZwuEn8S$H9QG$q{LaE8g@`3m@lvYcK
z--?VFNBl%kw`qBD5x-kFVkF83{h}hSF%9t>X?Wu(AM}eF^bo%S?Epf*Xko&1MSy<M
z6`A|TxkOxK&LzSI$R)x?mm5Px=od{O`hZJ>&T5s(>+y=rX`D;MDWX0h%LlK=J*ep_
z;y1;j2N6G=Rmseg%j<C=qfZe(omI(1{0b0biuf7OVhiGDql=AMJ`g{HB;sd48@C{S
zBaN+bo?OIli`$rt_>DBS#)#h*u4yvjH^rg^5kG}elau8G@oOlpmJq)c88MFdiJ)%N
z^5i0Zw{XNrln?qvMO<SV;y2Rp#!)`#7d7Z1eg)bAgnrS&gz1U^{h})}_m6XlxX7GK
zgbk2OgpDpYhKkTHnn3gcmk6EJDwEga6`9jGmxxnDeL|KGUXOcF(^bT8ibW41embj?
znJ1Um<3dKCB7Qonl8N{gAjTB&GoZy5#Lq?-8?$^Meg;Xz&ww^=LHtG<TjM;rh~E~s
zF&Xh2X>5%Vzb#zTWW;ZZMF}E)3Z*6|%Ln4uP+Bb^ek(F!9PtxD-KOQqMf`5zh><8C
z^oxqP#x%rlq~VRDe9$jy&_nzRv;zqJqJ;_56#@E1S7h!V=Mr&|IhP0<AeRUmU2Y5&
zp<gtC=mRbhI;&MCug5Dgr*SS3r-=H5EFZic_n@Y$h~E^89z^_fRwXk}F0aRhj6OyD
zbXFx3@hd=#DdJ~9i!F$sjV?B3`9S;(l8B!HZQO$RjWo8#d2$iIEpB5n;y2RR8Y6yN
zxTeX7-xP}yMEn#=O-_~%#IK>WT0;C*WW+e)CxW_7%ae=v-NF$gQ9kGw6>*Jeh~G%V
z8%Oz|U(}$7_!Vde5c)+66Q(Ny^oy>@+&|7G;v#b{5jH?B5jMKq7%D=)Xadm(Tq1N<
zt4v;xS7c7(Tp~^p^$A%%cs=exO;-`WDHc75`01=lW}aMLj|&-niumcQN+#l0fEZK6
z&wv(N5I-ATY|Qe3_!%S-KLgsh1@RkcY>o5eB7R%k#$?2Aq_H(d{I+mSlM%lu7A1)I
zDU_O=EFXwpLus{y_^rr@al}sqb(@wa7xBA=BSxZp&@U?D8q*NJk%l*p@<G3-K@agO
z&<-H<ixwtKR|M!6U6HweoJ+(-=3F9dfLtPMbh$B9gnrQkq7S%4=&V+mydJN}oW{9C
zoFeKIvV8D*+=H5~B7RdWdJyr`S(VH@xx5}1GWrzp(^-{F#IFD`rih;bEw&(jHoDlD
z<pc3ENFsg)v~dgKH`3S|=gCF<wz!SSh~G$KYmE49;hH8Rep4(;5b;weH91*65Wj}f
zY6<aMkrCsFp9tzUEl)1ucMC_1MERg!RKzu=A$}tbZye==eo=!S;#Z&@K<F1OOqi|+
z&@Z|obN@J(h>Og*MA!hiMA+zZW2gxIq6tJFaEZ`atulE%UXeMCbBQ=b)F)*5;Pto%
zHC;vgrdaeK;-|AJnR#+~JuYPQDdMNIDw&910b)!MKLc89LHulVu`$aB;%AUV{0wO0
z7Q}C)u{F+<i}-DE8<P>gk;c{-@!P^RO-B5tSd<{*r%-BgvV0(Z4W-o*;<q9r#t}ae
z)NNXxT*U7dju?sZLBFVoYfMA@MjGBY$_M?T20g^DKs$iYFIt!|T@j#PbVcU=aV`-T
znRAJ-0dk43(dEWa5&A_Fh(6#Fp|e_L@_M`?a~kIoaf+x<$nwGKaSv*`iug^j=t0C!
zXH_!u<nnr4$mmnVPiIv!5x)Y&m?C}#wAh09+2~?pmJh_wAc^=H(8eu@-$-L?oF^CY
z+u}ARBYq=|tuf-ag=?CO_)W1WLBvm?)Z}FOK>Qj?t0ly5MMjJxej=#bv^=?p-z^+5
z66J$_Q4!aehWL#%ym6Ed`b7<Th+lzr0HI&BFk!kPK)>jU%>CnBA}%uL5@7@65@Dmu
zjiDm+izX0#z$HRwwaVo6ctz$k&L!d$QJ;|IgV*C8)N~c`n_|&}h@Z}?Wai1`^|+AH
zr-+}<s$?R51&A?4{0wNZ1@W`d#l|cjh@U|c@iU-}TM)mI#@0AbF5<VvZA?b|MjBgV
z#BU4NG#T-mVo`#KpF*k0$?}2tHI!CMh~J8g7)Sg>P`7D$auL5<IASEq2mPWVt}zYq
z8)<msC?E8T8uSpq0_^}ozi45?bVY!E(G{8d$GJpYWX>hR2FNACMwc5yMd%kzAo_qy
zgwAS}$?Nfo%xRoU#3`aaA<GA^$33X&D&jZAq6ZN_omI)qlgsOIA)`+bKb=*{MEnX6
zV~Y40&|(YXXQPXaSw0XygCyc-KpVFpej|;oah_bnZ;RWQjQEW-w#JCx7OrVB;y1;j
z1Q9=lQj?SA1MzDpt(FkK6&W#(_=%uy)AHmZez$PMNR$uyMMYd=8saz7@WxR-=odBU
zA$|qg0fc_h!i4FH0R5sXGWU;jiMYs|ON0%OON5OsH-?JPFPcE~0hb7!)hd(M;}x0H
zIG2c1M14Y*4_=RZP}5b!Z;C|^B7Qonl9?x$*W*G)pCW!btCETM6(GhG@iU;s7R1j+
z7aOyDAbti(#Ls{>ZbAG;8e8K$xrpBuw=o&<8)<Bf5x*^5(`3YNibV+`ehQ@~C(8%o
z*HBt5A$}_|VjS@kLEWb1$wmBb;fRqaAM}fgxW+WZZ=~UkqkPaWYS2Uc3bX?V{i1~l
z(-i^wMOS3*ALkNrkvW$L8z7em8(nS;6`@}=f#?G+5jv|?Ca=dUGN*Aa5vPdyge)Jt
z9`~T8tBBteiylP$bXFxZPcE;=g^WH${B%|&6Y(oRj49%0K#MJipN%dyX8Az;43dbS
z0d3rZ_>DBS#(8oPzb$TKGU7MV*cu~#Tezmlh~E^85=8tIN=;6d55%vbv|2*^R%FCD
z;wOT-P0N#u_}#)0BT+u+7Zq`hX^7uQ!y8BWpkLIWhxip}2N3#23lpX*0`!Zn$lO29
zCE_A;E)h0BE)h1m+!!iCzi0x{2V5d_R;x^2k5^<)<6I(65%mdKK6pLuK}}Z?zbO_y
zi1_KON@kv1UXKeIeTw+$tV$;0SAZB(#Ls{hTM$1RU2M$qf%q9D5kCXkxCQYWX>5)2
z<RX4s+{R?YZ=|s`M*OyLO_LG7DHbJ&_$ic{oGc%RUqflNg!rw<h;hVE1a+I1Cl~R%
zg(F6ye9$i{;u_NszmbMFj`Bgjs6h|$E6@%g^otfIOjiWx7hRFLf1FFiMdn;0Y=B%M
zY;?IXRD^!f1fmbPMChzmnY<pa$ehNxM4Te(6S92pdfbDWt|ER@EP4>}(^-|wJh{9c
z7c%-3@zYtAOvJAMF{X&00WG#5em1(;nB@cUGe{zS2DEVt;y2RR8t2JH{I<A_$%x-b
zV{44~ZQ+_GBYsmXN)Yi=C^b1*J`lf#(rO9uTagjth@S}RHZ4ys;&%&2j70gMUsS|3
zrXhYK4R0LfgMLwi9^zM^9YE+8ElilM2+%LOB6I&ZmxznZxkT6ixkT9La$~3n{h|p(
zA8?7#S*<d8JzkMHjdO`OMbsx``QY`q2Q^(q{H9p+AmXR9Dw%n5c|9&<^eN(}vnrX0
zUjbrF5kCW3Y(e~Nbg?nZ2jXXtMEneB;}*nkq_H*5lZ*ImaT}8nzmdk)81dV}HBCnR
zrdX69;-^q*a<Y6NehsD765_WaBgPRw5!7v3o?OK57LFK+@<G3-h-*wk{6-qyILZh8
zq6R(0uRuG1&@Wn;FkKO#Uvx$0{&6l57nyU3umN(3u+inlP!ak?6No<G5}~tNW%7Ew
zB6Aw&5^;*CPssAY>v0cix{CNsvFJg>PiIv!^W^e+T*&BC#7}2cG7-N5#F!#}2DI3M
z_}S=UW0nuZ&mf8T8PLWph~G$KYn&$+@!R4yCL?|$jjb`_w}oq(jQCBlC_%(eq15DL
z`9S;{N~<NrZ$(CoBYq;N+q68nh~F(7F%sp2eo+zEn1=X`G`w+?5Bfz7dWc_vb^xJY
zv@l`1B0#_Bip>4vTp}(q=MrH9<Pu?{%Z;HT^ou4CeZVC`XSK@Y^>{_*G|naB6j7g$
z<%8Gb9@KOd@tb1NgNUEbs$}NL<@LCb(Wi)?&Z=Z0eg%jzMf?nCu?6w7(Z$9rABdkp
z67e&jjav}Ek;c|IPcGuO#cfPR{6-pEW5jO@*EAXNn_^Ldh@V2K$;tA8_%)PPONif!
zj2K7!L{PVBd2$iITR37Q$_M?TBCatF@f&G)<0v2WiyHJ0zXI(5LceHX!gNJ|e$f?~
z`^ULNTx8BA!Uo7C!bX=HLq+HpO(6P!ON7p9mC5Vzip*)8OT;OnJ|W8oug5*8=_=wk
z#i9ohKb=*{%#+LOaUr8m5kH+($wd4L5Mzq?8PH-2;%B3ajafbrKZ7LVXFwabAbul_
zt#O`Q#BYn+n2h+1G`7Zw-xjWEGU7MIq685?g;JA~<pc3+D6N(dzZDrVj`)e7ZqxGQ
zB7V1U#7LA6`b9-tV;bT&((uMnKIj)U=plXu+5v=q(ZYo3iU9qhD>C<wbBVafoJ)ia
zkV}M(E;ojX&@Y-m^Z}O$oz*In*W(qL(>RxiQ$&42mJeQ!dr;F=#BYj44<dd#tCE=~
zm)GM$MxP>nI;)b2_!S_=6!9~l#TLZRMi(2id?0=XNyN{9Hf}-uMjBh=Jh_P97Pm1O
z@f&GujS;^sT+?L4Z;C|;B7O>`CMU}W;@41GEg^m@GGZL@6G7dk<;g|-ZsCZLC?E8T
zinzu!#BZeGjiY?fFKW<3{0g)K2>qgk3DXq;`bAe{?jPq8agjNf2pb@m2pe5)3>BeY
zG=b;?E)hDbRVJ^;D>A2XE)l1Q`h+YWydL+UrmKkG6pJ22{B%|&GfytB$AyeOMf`MD
zB@^*0K#VEkXF!WBh@XuvHfH%i{0x$ap8;*$g7}Rzw#IpK5x*^NV>045(%2d!ep|Sv
z$%x++ixNcq6iQ7_mJh_Qp|n~;{8nVdIN~RQx=qWIi}>Bb5hGDP=ob}njcJJANW&XP
z`Ji9apojPsXa^AbMGF(AD+2V3uE^X!&L!d^b1o4!KrRtBy4)BlLceGN(Fa^2bXKcO
zUXNE~PUBo6P7(D9Sw46@?m<mg5x*%GJ&5?}tV(8{Twae08GVZQ>8wg7;#YteQ^e1J
z7F!TM8(nP7@`3mnBoRLY+PDSr8)<Bf^W-9aTinKE#BZdrHAeila7~jDzbO_ai1;a#
znw%^jh+ji#wS@Ss$cS;oPXu+FmM0hSyM-f0qI}RVD&iW`5WkUzH;(c_zo<bE@hi{{
zAoPnCCQMfZ=oej)xqqBX#6{*@B5Z(MB5ZWIF;s+p(FCFoxJ2lzR++pWugILnxkQ{I
z>Jzej@Os>Xnyw;#Q!IKA@zYtA%sjcg9v3qD6!Ftpl}yC105PVBp8+klAbvKw*qG%5
z@iRyweg?F03*tA@*c#`_Mf|q7jme1LNMmb^_-)~uCL?}REJ_gZQz$h#Sw0ZIhSF*Y
z@mrA*<A|RK>NYJ;F5-6!M~p=IpkGwPHKrkcBMomH<%51vgC62npdCQy7cESft_aXC
zx*~J`IG2cv%(+C^0J%ii=yGGI2>qf7L?3X8&{?fAc|Bf{IgN9PI7QSaWclFrxCb>|
zMf|2%^dRD=vnrW+a(O*2Wb`TGr?V=Vh+hF>Oc6f=T5Li5Y;>_P%Ln3TkVO0pXyX>d
zZ=|s`&XbGyZE+iu5x<ef))?{I!Zl4s{H9oxAmXP`YI3rCAbt&{)e_>jA|u8TKM~Yz
zTAp0Q?-q_2iSj|esEBJ!L;OY>-Z;t!{h|gv#IHa*fY2{mm@r)tpkH)F=KgUm5f_<r
ziLe23iLlY-#!wOZMH7fV;1Z#;T4nNjydrZN=Mr&>s87i9!Rv7kYPyQ}O|j@f#7}2c
zGV|o}dR)lpQ^ZeaRWcF30>qdieg?GIg813!Vq=yM#Lpm!_!-c~Er{PpV{4oz7xCNT
zHYOu}BaN*w;<trsnvD2Ou_!^rPodQ0Wcfh+8cM4r#BW7Lj3a&`sN1wWxrpB_95E8*
zgMLvF*O-R*jWoP*ln?qv4SI-Qfp!3)U$ih`x*|Zo=!(q!<6I&xGUpOu1LP86qsxt<
zBJ_(U5PiTULT9zg<n?$(<}}VF;uKMzkmZBd;~vy>74e&5(SwMe&Z=bQ$>sI9kkO}z
zpU$deB7OykF-80gXt4$Hv(d%IEFXxUK@#yZpp9D)zmdk)I8QF(x5aHtM*Kz^TVup;
z3)eIm@ta~%f{33&smaOmf%r9)R!fNAii{XX{6tW<X?b!HzgswBB+3W<q9U#_4e=Xk
zc;hG^^ottw5WfQL07AcLVZwApfPT>xnfu4NL|kOfCBg>CCBjCR8$(6t7fm4gfJ=nV
zYL&_B@rul8oJ+(hqCO$Z2d~FHsOc)=H^rg{5kH+($;^|>>v18YPZ2+zRmnvB3J_z8
z_!-b*3*u*^i;Y=65I=(?;%7h`w;+BajjeH>T*PmS+n9{_jWo8#h~E~jX)@wB#i9fe
zKZR10ljQ^PYbdRj5Wf`}F^>3&pl;Lh<RX5zaKuQI5Bfz#Tw@yIH`4INQ9kGwHRvIJ
z1=<0Ge$m2&>52gTqAN1@k8_E*$ec@r4UkKOjV?EaiqJ2bK=c8Z2%Xg`lh@-FnbSCz
zh*Ly;LY5C+k9$zlRm5+KMGqo=I;)bICzsdbLPnn=embj?iTD*D#uV{0pv4x%&qfy;
zvwR?a21&%vfHrPH{6-pE<2<>D-xjwq8SxuwY>g4WEnL%N#BYj42_k+9r6woK2jbUI
zS}h@dD>7mn@e@Jarsc^+{BGfhktiSZi;B3$G{kSD;f<qw&@XDxL;MP~0|@=1g$dIY
z0s2K(WbPm55^<3^mk1jmmk1kOZVVNnUo?T}11=Fdt5qhi$15_YaV`<3i28&qAG{v-
zpr)&c-xP};MErDCB{NShug8UqK1KX=RwWbhD?p4X;%7jMEr_3uE;eTQK>Q4nh@Sy%
z+=BRxG`7ZhauL5RZeudyH`3S|BYs=Brpbuk6pIo>{1i$}PL>bEuc5SBLi|=_#5m$7
zg1Sx1lZ*J>!Vx1;KIj(}agAw+-$=t7NBN*%)S!p>6=(+#`b7&9rYi#Ui>}DrKh7oM
zB6BVgHb5>BHoDvxDnh?#0?`LtB6L=(OkR&yWKQE;B2E$Y30XdPJ?=qGR}sG{7Cngg
z>8wg-o?Kp!3mJWi`01=lCgN9s7*oX0fEHU2KO0?a%<_Tw86*)u1KPL+@f&Gujq~Ip
zep}qeWW;Zzu{B2gws1|85x*%GC5ZSbl$x9@ABbN=X|;s-t;mRR#7_iuo0caR@w<g1
zMxuPsFDl|1(-6OrhBuD#LBFU$5AiF|4j}Z47A8zr1n3uCk-2}IOT<OyTq10MTq10A
zxiM6Pe$fP?54c3=tX7%49<Rup#<@hCBI*;eeDHeQgPN`)ep4)Z5b@JlmCQW3ydD=a
z`V{fgS(Qx0uK+Qoh@Sy1wjh2sy4aZI1MxFRB7O$6aSP%%(%2g3$wmCOxQ)q(-$-L?
zjQDNgnkFNDQ!Gjl@lz-@IaxjszlPFk3GrKz5#xxT2<kR1PcGtj3rCDZ`Ji7^#5JZN
zej^QU9OZ+4QG*`hSD+n0=oc+an63!WFS;Ug|2UV3i_E!1*Z{di*ywU&s0jU{2}B=o
ziO^ZCGI>2-kvWZXi8w{nCuI5H^|%K$T}Aw+So9#`r?V=Vd2)F@E@bp6;-|AJnTTHj
zVoVV~16piB{A_fwG0O+yXOKkv3~1vP#BZdrHO`ZZ_-%0;lM%m>#?~0|+rl+XM*OB&
zlpx}#P-=3rd?0=erPUJRw<06P5kC>sZCajO#P1f47>V*hzo>|7Ohf!e8s0d{2mPW3
zJ;bj-JAlwHT9`0h5ujgmMdto-E)f@*bBVA4a*43f<;GAE`b86nKHw6evsz{Hdb}cY
z8s`#mil|S>^1<tI4{ExK_)W3sLBvmIRWkGB@_Jmz=u^Z`XH_y0zXHUVB7O$6*n;@k
z=wf4*55&(PiTD}N#x027NMmc9Cl~SC;x;BDej|;oG2*v{YnqJsO|d9J#808r<Yf6k
z{2EHDCB$z<MvNnVBB<N6Jh_P9EgUft<%51v5!aZ8_>DBYag-1GMGbn0Ux9W2p<lEx
zVY(tfzvzn0{o`CBE;8p5VFTn6VWZ29p(6B)CJ=qVB|>Ml%H;KUMdmclCE^rOpOEE)
z*W(`4bQSTNV$p+$pU$de=E>#txRBAOh@Z}?WFmeAh%rU{3}~?h@w3sz#w;I*pFtAw
zGoX!I5WkVe);Lct;<v?ZOh)`h8e3z;ZwuEn8S$H9QG$q{LaE8g@`3m@lvYcK--?VF
zNBl%kw`qBD5x-kFVkF83{h}hSF%9t>X?Wu(AM}eF^bo%S?Epf*Xko&1MSy<M6`A|T
zxkOxK&LzSI$R)x?mm5Px=od{O`hZJ>&T5s(>+y=rX`D;MDWX0h%LlK=J*ep_;y1;j
z2N6G=Rmseg%j<C=qfZe(omI(1{0b0biuf7OVhiGDql=AMJ`g{HB;sd48@C{SBaN+b
zo?OIli`$rt_>DBS#)#h*u4yvjH^rg^5kG}elau8G@oOlpmJq)c88MFdiJ)%N^5i0Z
zw{XNrln?qvMO<SV;y2Rp#!)`#7d7Z1eg)bAgnrS&gz1U^{h})}_m6XlxX7GKgbk2O
zgpDpYhKkTHnn3gcmk6EJDwEga6`9jGmxxnDeL|KGUXOcF(^bT8ibW41embj?nJ1Um
z<3dKCB7Qonl8N{gAjTB&GoZy5#Lq?-8?$^Meg;Xz&ww^=LHtG<TjM;rh~E~sF&Xh2
zX>5%Vzb#zTWW;ZZMF}E)3Z*6|%Ln4uP+Bb^ek(F!9PtxD-KOQqMf`5zh><8C^oxqP
z#x%rlq~VRDe9$jy&_nzRv;zqJqJ;_56#@E1S7h!V=Mr&|IhP0<AeRUmU2Y5&p<gtC
z=mRbhI;&MCug5Dgr*SS3r-=H5EFZic_n@Y$h~E^89z^_fRwXk}F0aRhj6OyDbXFx3
z@hd=#DdJ~9i!F$sjV?B3`9S;(l8B!HZQO$RjWo8#d2$iIEpB5n;y2RR8Y6yNxTeX7
z-xP}yMEn#=O-_~%#IK>WT0;C*WW+e)CxW_7%ae=v-NF$gQ9kGw6>*Jeh~G%V8%Oz|
zU(}$7_!Vde5c)+66Q(Ny^oy>@+&|7G;v#b{5jH?B5jMKq7%D=)Xadm(Tq1N<t4v;x
zS7c7(Tp~^p^$A%%cs=exO;-`WDHc75`01=lW}aMLj|&-niumcQN+#l0fEZK6&wv(N
z5I-ATY|Qe3_!%S-KLgsh1@RkcY>o5eB7R%k#$?2Aq_H(d{I+mSlM%lu7A1)IDU_O=
zEFXwpLus{y_^rr@al}sqb(@wa7xBA=BSxZp&@U?D8q*NJk%l*p@<G3-K@agO&<-H<
zixwtKR|M!6U6HweoJ+(-=3F9dfLtPMbh$B9gnrQkq7S%4=&V+mydJN}oW{9CoFeKI
zvV8D*+=H5~B7RdWdJyr`S(VH@xx5}1GWrzp(^-{F#IFD`rih;bEw&(jHoDlD<pc3E
zNFsg)v~dgKH`3S|=gCF<wz!SSh~G$KYmE49;hH8Rep4(;5b;weH91*65Wj}fY6<aM
zkrCsFp9tzUEl)1ucMC_1MERg!RKzu=A$}tbZye==eo=!S;#Z&@K<F1OOqi|+&@Z|o
zbN@J(h>Og*MA!hiMA+zZW2gxIq6tJFaEZ`atulE%UXeMCbBQ=b)F)*5;Pto%HC;vg
zrdaeK;-|AJnR#+~JuYPQDdMNIDw&910b)!MKLc89LHulVu`$aB;%AUV{0wO07Q}C)
zu{F+<i}-DE8<P>gk;c{-@!P^RO-B5tSd<{*r%-BgvV0(Z4W-o*;<q9r#t}ae)NNXx
zT*U7dju?sZLBFVoYfMA@MjGBY$_M?T20g^DKs$iYFIt!|T@j#PbVcU=aV`-TnRAJ-
z0dk43(dEWa5&A_Fh(6#Fp|e_L@_M`?a~kIoaf+x<$nwGKaSv*`iug^j=t0C!XH_!u
z<nnr4$mmnVPiIv!5x)Y&m?C}#wAh09+2~?pmJh_wAc^=H(8eu@-$-L?oF^CY+u}AR
zBYq=|tuf-ag=?CO_)W1WLBvm?)Z}FOK>Qj?t0ly5MMjJxej=#bv^=?p-z^+566J$_
zQ4!aehWL#%ym6Ed`b7<Th+lzr0HI&BFk!kPK)>jU%>CnBA}%uL5@7@65@DmujiDm+
zizX0#z$HRwwaVo6ctz$k&L!d$QJ;|IgV*C8)N~c`n_|&}h@Z}?Wai1`^|+AHr-+}<
zs$?R51&A?4{0wNZ1@W`d#l|cjh@U|c@iU-}TM)mI#@0AbF5<VvZA?b|MjBgV#BU4N
zG#T-mVo`#KpF*k0$?}2tHI!CMh~J8g7)Sg>P`7D$auL5<IASEq2mPWVt}zYq8)<ms
zC?E8T8uSpq0_^}ozi45?bVY!E(G{8d$GJpYWX>hR2FNACMwc5yMd%kzAo_qygwAS}
z$?Nfo%xRoU#3`aaA<GA^$33X&D&jZAq6ZN_omI)qlgsOIA)`+bKb=*{MEnX6V~Y40
z&|(YXXQPXaSw0XygCyc-KpVFpej|;oah_bnZ;RWQjQEW-w#JCx7OrVB;y1;j1Q9=l
zQj?SA1MzDpt(FkK6&W#(_=%uy)AHmZez$PMNR$uyMMYd=8saz7@WxR-=odBUA$|qg
z0fc_h!i4FH0R5sXGWU;jiMYs|ON0%OON5OsH-?JPFPcE~0hb7!)hd(M;}x0HIG2c1
zM14Y*4_=RZP}5b!Z;C|^B7Qonl9?x$*W*G)pCW!btCETM6(GhG@iU;s7R1j+7aOyD
zAbti(#Ls{>ZbAG;8e8K$xrpBuw=o&<8)<Bf5x*^5(`3YNibV+`ehQ@~C(8%o*HBt5
zA$}_|VjS@kLEWb1$wmBb;fRqaAM}fgxW+WZZ=~UkqkPaWYS2Uc3bX?V{i1~l(-i^w
zMOS3*ALkNrkvW$L8z7em8(nS;6`@}=f#?G+5jv|?Ca=dUGN*Aa5vPdyge)Jt9`~T8
ztBBteiylP$bXFxZPcE;=g^WH${B%|&6Y(oRj49%0K#MJipN%dyX8Az;43dbS0d3rZ
z_>DBS#(8oPzb$TKGU7MV*cu~#Tezmlh~E^85=8tIN=;6d55%vbv|2*^R%FCD;wOT-
zP0N#u_}#)0BT+u+7Zq`hX^7uQ!y8BWpkLIWhxip}2N3#23lpX*0`!Zn$lO29CE_A;
zE)h0BE)h1m+!!iCzi0x{2V5d_R;x^2k5^<)<6I(65%mdKK6pLuK}}Z?zbO_yi1_KO
zN@kv1UXKeIeTw+$tV$;0SAZB(#Ls{hTM$1RU2M$qf%q9D5kCXkxCQYWX>5)2<RX4s
z+{R?YZ=|s`M*OyLO_LG7DHbJ&_$ic{oGc%RUqflNg!rw<h;hVE1a+I1Cl~R%g(F6y
ze9$i{;u_NszmbMFj`Bgjs6h|$E6@%g^otfIOjiWx7hRFLf1FFiMdn;0Y=B%MY;?IX
zRD^!f1fmbPMChzmnY<pa$ehNxM4Te(6S92pdfbDWt|ER@EP4>}(^-|wJh{9c7c%-3
z@zYtAOvJAMF{X&00WG#5em1(;nB@cUGe{zS2DEVt;y2RR8t2JH{I<A_$%x-bV{44~
zZQ+_GBYsmXN)Yi=C^b1*J`lf#(rO9uTagjth@S}RHZ4ys;&%&2j70gMUsS|3rXhYK
z4R0LfgMLwi9^zM^9YE+8ElilM2+%LOB6I&ZmxznZxkT6ixkT9La$~3n{h|p(A8?7#
zS*<d8JzkMHjdO`OMbsx``QY`q2Q^(q{H9p+AmXR9Dw%n5c|9&<^eN(}vnrX0UjbrF
z5kCW3Y(e~Nbg?nZ2jXXtMEneB;}*nkq_H*5lZ*ImaT}8nzmdk)81dV}HBCnRrdX69
z;-^q*a<Y6NehsD765_WaBgPRw5!7v3o?OK57LFK+@<G3-h-*wk{6-qyILZh8q6R(0
zuRuG1&@Wn;FkKO#Uvx$0{&6l57nyU3umN(3u+inlP!ak?6No<G5}~tNW%7EwB6Aw&
z5^;*CPssAY>v0cix{CNsvFJg>PiIv!^W^e+T*&BC#7}2cG7-N5#F!#}2DI3M_}S=U
zW0nuZ&mf8T8PLWph~G$KYn&$+@!R4yCL?|$jjb`_w}oq(jQCBlC_%(eq15DL`9S;{
zN~<NrZ$(CoBYq;N+q68nh~F(7F%sp2eo+zEn1=X`G`w+?5Bfz7dWc_vb^xJYv@l`1
zB0#_Bip>4vTp}(q=MrH9<Pu?{%Z;HT^ou4CeZVC`XSK@Y^>{_*G|naB6j7g$<%8Gb
z9@KOd@tb1NgNUEbs$}NL<@LCb(Wi)?&Z=Z0eg%jzMf?nCu?6w7(Z$9rABdkp67e&j
zjav}Ek;c|IPcGuO#cfPR{6-pEW5jO@*EAXNn_^Ldh@V2K$;tA8_%)PPONif!j2K7!
zL{PVBd2$iITR37Q$_M?TBCatF@f&G)<0v2WiyHJ0zXI(5LceHX!gNJ|e$f?~`^ULN
zTx8BA!Uo7C!bX=HLq+HpO(6P!ON7p9mC5Vzip*)8OT;OnJ|W8oug5*8=_=wk#i9oh
zKb=*{%#+LOaUr8m5kH+($wd4L5Mzq?8PH-2;%B3ajafbrKZ7LVXFwabAbul_t#O`Q
z#BYn+n2h+1G`7Zw-xjWEGU7MIq685?g;JA~<pc3+D6N(dzZDrVj`)e7ZqxGQB7V1U
z#7LA6`b9-tV;bT&((uMnKIj)U=plXu+5v=q(ZYo3iU9qhD>C<wbBVafoJ)iakV}M(
zE;ojX&@Y-m^Z}O$oz*In*W(qL(>RxiQ$&42mJeQ!dr;F=#BYj44<dd#tCE=~m)GM$
zMxP>nI;)b2_!S_=6!9~l#TLZRMi(2id?0=XNyN{9Hf}-uMjBh=Jh_P97Pm1O@f&Gu
zjS;^sT+?L4Z;C|;B7O>`CMU}W;@41GEg^m@GGZL@6G7dk<;g|-ZsCZLC?E8Tinzu!
z#BZeGjiY?fFKW<3{0g)K2>qgk3DXq;`bAe{?jPq8agjNf2pb@m2pe5)3>BeYG=b;?
zE)hDbRVJ^;D>A2XE)l1Q`h+YWydL+UrmKkG6pJ22{B%|&GfytB$AyeOMf`MDB@^*0
zK#VEkXF!WBh@XuvHfH%i{0x$ap8;*$g7}Rzw#IpK5x*^NV>045(%2d!ep|Sv$%x++
zixNcq6iQ7_mJh_Qp|n~;{8nVdIN~RQx=qWIi}>Bb5hGDP=ob}njcJJANW&XP`Ji9a
zpojPsXa^AbMGF(AD+2V3uE^X!&L!d^b1o4!KrRtBy4)BlLceGN(Fa^2bXKcOUXNE~
zPUBo6P7(D9Sw46@?m<mg5x*%GJ&5?}tV(8{Twae08GVZQ>8wg7;#YteQ^e1J7F!TM
z8(nP7@`3mnBoRLY+PDSr8)<Bf^W-9aTinKE#BZdrHAeila7~jDzbO_ai1;a#nw%^j
zh+ji#wS@Ss$cS;oPXu+FmM0hSyM-f0qI}RVD&iW`5WkUzH;(c_zo<bE@hi{{AoPnC
zCQMfZ=oej)xqqBX#6{*@B5Z(MB5ZWIF;s+p(FCFoxJ2lzR++pWugILnxkQ{I>Jzej
z@Os>Xnyw;#Q!IKA@zYtA%sjcg9v3qD6!Ftpl}yC105PVBp8+klAbvKw*qG%5@iRyw
zeg?F03*tA@*c#`_Mf|q7jme1LNMmb^_-)~uCL?}REJ_gZQz$h#Sw0ZIhSF*Y@mrA*
z<A|RK>NYJ;F5-6!M~p=IpkGwPHKrkcBMomH<%51vgC62npdCQy7cESft_aXCx*~J`
zIG2cv%(+C^0J%ii=yGGI2>qf7L?3X8&{?fAc|Bf{IgN9PI7QSaWclFrxCb>|Mf|2%
z^dRD=vnrW+a(O*2Wb`TGr?V=Vh+hF>Oc6f=T5Li5Y;>_P%Ln3TkVO0pXyX>dZ=|s`
z&XbGyZE+iu5x<ef))?{I!Zl4s{H9oxAmXP`YI3rCAbt&{)e_>jA|u8TKM~YzTAp0Q
z?-q_2iSj|esEBJ!L;OY>-Z;t!{h|gv#IHa*fY2{mm@r)tpkH)F=KgUm5f_<riLe23
ziLlY-#!wOZMH7fV;1Z#;T4nNjydrZN=Mr&>s87i9!Rv7kYPyQ}O|j@f#7}2cGV|o}
zdR)lpQ^ZeaRWcF30>qdieg?GIg813!Vq=yM#Lpm!_!-c~Er{PpV{4oz7xCNTHYOu}
zBaN*w;<trsnvD2Ou_!^rPodQ0Wcfh+8cM4r#BW7Lj3a&`sN1wWxrpB_95E8*gMLvF
z*O-R*jWoP*ln?qv4SI-Qfp!3)U$ih`x*|Zo=!(q!<6I&xGUpOu1LP86qsxt<BJ_(U
z5PiTULT9zg<n?$(<}}VF;uKMzkmZBd;~vy>74e&5(SwMe&Z=bQ$>sI9kkO}zpU$de
zB7OykF-80gXt4$Hv(d%IEFXxUK@#yZpp9D)zmdk)I8QF(x5aHtM*Kz^TVup;3)eIm
z@ta~%f{33&smaOmf%r9)R!fNAii{XX{6tW<X?b!HzgswBB+3W<q9U#_4e=Xkc;hG^
z^ottw5WfQL07AcLVZwApfPT>xnfu4NL|kOfCBg>CCBjCR8$(6t7fm4gfJ=nVYL&_B
z@rul8oJ+(hqCO$Z2d~FHsOc)=H^rg{5kH+($;^|>>v18YPZ2+zRmnvB3J_z8_!-b*
z3*u*^i;Y=65I=(?;%7h`w;+BajjeH>T*PmS+n9{_jWo8#h~E~jX)@wB#i9feKZR10
zljQ^PYbdRj5Wf`}F^>3&pl;Lh<RX5zaKuQI5Bfz#Tw@yIH`4INQ9kGwHRvIJ1=<0G
ze$m2&>52gTqAN1@k8_E*$ec@r4UkKOjV?EaiqJ2bK=c8Z2%Xg`lh@-FnbSCzh*Ly;
zLY5C+k9$zlRm5+KMGqo=I;)bICzsdbLPnn=embj?iTD*D#uV{0pv4x%&qfy;vwR?a
z21&%vfHrPH{6-pE<2<>D-xjwq8SxuwY>g4WEnL%N#BYj42_k+9r6woK2jbUIS}h@d
zD>7mn@e@Jarsc^+{BGfhktiSZi;B3$G{kSD;f<qw&@XDxL;MP~0|@=1g$dIY0s2K(
zWbPm55^<3^mk1jmmk1kOZVVNnUo?T}11=Fdt5qhi$15_YaV`<3i28&qAG{v-pr)&c
z-xP};MErDCB{NShug8UqK1KX=RwWbhD?p4X;%7jMEr_3uE;eTQK>Q4nh@Sy%+=BRx
zG`7ZhauL5RZeudyH`3S|BYs=Brpbuk6pIo>{1i$}PL>bEuc5SBLi|=_#5m$7g1Sx1
zlZ*J>!Vx1;KIj(}agAw+-$=t7NBN*%)S!p>6=(+#`b7&9rYi#Ui>}DrKh7oMB6BVg
zHb5>BHoDvxDnh?#0?`LtB6L=(OkR&yWKQE;B2E$Y30XdPJ?=qGR}sG{7Cngg>8wg-
zo?Kp!3mJWi`01=lCgN9s7*oX0fEHU2KO0?a%<_Tw86*)u1KPL+@f&Gujq~Ipep}qe
zWW;Zzu{B2gws1|85x*%GC5ZSbl$x9@ABbN=X|;s-t;mRR#7_iuo0caR@w<g1MxuPs
zFDl|1(-6OrhBuD#LBFU$5AiF|4j}Z47A8zr1n3uCk-2}IOT<OyTq10MTq10AxiM6P
ze$fP?54c3=tX7%49<Rup#<@hCBI*;eeDHeQgPN`)ep4)Z5b@JlmCQW3ydD=a`V{fg
zS(Qx0uK+Qoh@Sy1wjh2sy4aZI1MxFRB7O$6aSP%%(%2g3$wmCOxQ)q(-$-L?jQDNg
znkFNDQ!Gjl@lz-@IaxjszlPFk3GrKz5#xxT2<kR1PcGtj3rCDZ`Ji7^#5JZNej^QU
z9OZ+4QG*`hSD+n0=oc+an63!WFS;Ug|2UV3i_E!1*Z{di*ywU&s0jU{2}B=oiO^ZC
zGI>2-kvWZXi8w{nCuI5H^|%K$T}Aw+So9#`r?V=Vd2)F@E@bp6;-|AJnTTHjVoVV~
z16piB{A_fwG0O+yXOKkv3~1vP#BZdrHO`ZZ_-%0;lM%m>#?~0|+rl+XM*OB&lpx}#
zP-=3rd?0=erPUJRw<06P5kC>sZCajO#P1f47>V*hzo>|7Ohf!e8s0d{2mPW3J;bj-
zJAlwHT9`0h5ujgmMdto-E)f@*bBVA4a*43f<;GAE`b86nKHw6evsz{Hdb}cY8s`#m
zil|S>^1<tI4{ExK_)W3sLBvmIRWkGB@_Jmz=u^Z`XH_y0zXHUVB7O$6*n;@k=wf4*
z55&(PiTD}N#x027NMmc9Cl~SC;x;BDej|;oG2*v{YnqJsO|d9J#808r<Yf6k{2EHD
zCB$z<MvNnVBB<N6Jh_P9EgUft<%51v5!aZ8_>DBYag-1GMGbn0Ux9W2p<lExVY(tf
zzvzn0{o`CBE;8p5VFTn6VWZ29p(6B)CJ=qVB|>Ml%H;KUMdmclCE^rOpOEE)*W(`4
zbQSTNV$p+$pU$de=E>#txRBAOh@Z}?WFmeAh%rU{3}~?h@w3sz#w;I*pFtAwGoX!I
z5WkVe);Lct;<v?ZOh)`h8e3z;ZwuEn8S$H9QG$q{LaE8g@`3m@lvYcK--?VFNBl%k
zw`qBD5x-kFVkF83{h}hSF%9t>X?Wu(AM}eF^bo%S?Epf*Xko&1MSy<M6`A|TxkOxK
z&LzSI$R)x?mm5Px=od{O`hZJ>&T5s(>+y=rX`D;MDWX0h%LlK=J*ep_;y1;j2N6G=
zRmseg%j<C=qfZe(omI(1{0b0biuf7OVhiGDql=AMJ`g{HB;sd48@C{SBaN+bo?OIl
zi`$rt_>DBS#)#h*u4yvjH^rg^5kG}elau8G@oOlpmJq)c88MFdiJ)%N^5i0Zw{XNr
zln?qvMO<SV;y2Rp#!)`#7d7Z1eg)bAgnrS&gz1U^{h})}_m5w^M10~CpZM+nFn>Pz
z$xq%NAeRW6IhP0<U2Y5&p<gtC=mRbhI;&MCug5Dgr*SS3r-=H5EFZic_n@Y$7sYS-
znGY32{On(Mo?Kp!ZH9=SjSlg%(d9<OFH!6c5WihwB|pmt;#bHhQ^Zf9)Z`$34V-={
zPcGuugKAb0zXndfg!uJ*lvTt}p)}1w{H9p+V3rTWPluM7h+m@c28f@>?bwwk7xA+h
zM){y$)BuS18PLj>C?E8T7A(pX@hg-LAoPnCCQMfZ=oej)xqtlPCF0p<pMBkbm_N@w
z_uTyfa*42+bBVCg<;GAE`b86nKHw6evsz{Hdb}cY8s`#mil|S>^1<tI4{Ex4QT(Q#
z`A|W`&;E7i$>sIfW{CLN=ny{}U2a7D62<NS@!KU<^0Ry(eua!OMf?;>O%CGM!0DIr
z<RX4OsAd)MYvA-th+oe~Sw;L5O4A&~Z;C|^X8Az;bZD80_$3N&fcSabj$L_j5kH$@
zln?qv4S<NB0j+F_@<G37!J<qNze4E%LceHX!gNJ|e$f?~`^PU{BIp<85@CO7xkT9L
za$~3n{h|p(A8?7#S*<d8JzkMHjdO`OMbsx``QY`q2Q^*2D1Ot=e5fGeXaBnM<nnrK
zGerDsbcmmgE;k~6iDGwv`0Wxa`B^>?zd}ZtB7O>`CI|6r;Pgv*auL5CRI`fsHE{YR
z#INV0tRj92rD+c0H^rg{vwR?aI<(A0{1SyXK>R#z$F4lNh@Z_c$_M?T20+BmfL69d
z`Ji94U{R)sU!imWp<lExVY(tfzvzn0{o@xe5%i04iLk%4Tq10AxiM6Pe$fP?54c3=
ztX7%49<Rup#<@hCBI*;eeDHeQgPN{h6u;?bK2#9#vwz)ra(O+r86ti*I>gULmm3kk
zM6o+S{C0_z{45`cUm>GR5kG}elY{s*aQdY@xrkp6s#!(+8aVwD;@9(0RuMmi(liJ0
zn_|&}Sw0Xy9a?50eu=^xAbuXVV^^MB#Ls3J<%51v10dpOKr36Ke9$jiuqac+uTVOG
z&@Wn;FkKO#Uvx$0{_%^K2>M02MA%<iE)h1m+!!iCzi0x{2V5d_R;x^2k5^<)<6I(6
z5%mdKK6pLuK}}aLir@4zA1a9W*}v{Qxx60R3=uyY9pY!B%Z-R%qSzfEe!Ij<ewGi!
zuaHruh@V2K$wB-YIQ>$dT*R*j)vO|Z4V-=n@$300tB9XMX_|xhO|j^~EFXxU4lOeg
zzeM2;5I>LGu`5q5;%76A@<G3-0TA&spp`9AKIj)MSd=N^S127o=oc+an63!WFS;Ug
z|M<mA#Mm$TLqGh#|H1$B-|zgN|Mm6%+v~pf=eg&eyFWlK5jJx!5jMKq7%D=)Xadm(
zTq1N<t4v;xS7c7(Tp~^p^$A%%cs=exO;<09-}EydDv0>mzwSJ_ydK*O5kDIp;%B4F
zjfh{O*c~8#yTnR<mJh_QkWr?HpF*k0LHrsx{ZgJ>#IFa{tRj95oPG)M>-i|Fh@V1f
znuGXFvFO1pABdk0Ei)0nMBxn(Kabn7D^D)sXETiQLBFU05b-mhl`T;|=oc+mlqup@
zC>=oP7cESft_aXCx*~J`_{B@a*f09S|LH$};G>_r^M79d`XBmUyXfoa7rp=Y=gQy6
zCE^Ob*c&QBzo<cyON0TfY~l5|0MVyhB6L>M%q$<g9#8r7!HeS8fA}M;@_KClmh<HD
zdTcX9{A_fHpN%dzB7TWtcYyfq5-a&xJ`le`Mwudh3Z*6o@oV7pOL=k;zaCVxiug5f
z`X$7#=cBA5ehQ^&4&pb(q6f2lAbvWu%tZVWg*QO_JZ{IXJh_OU%`nOb{h|gy#Ls|M
zwnX`$U$kIRrifpmbO51Wv@l`1B0#_Bip>4v7cUX?i*kvuzqDK;Y;?IXRD^!f1fmbP
zMChzmnY<pa$ehNxM4Te(6S92pdfbDWu3i+s>1RGv5b?8r-Fb3(J+>Jlel|M9&qkLU
z5x+#SJ3#z)iIw~;ABbNeqf8M$g;JA)_%(3)r98QaUk|ETMf@5#{SxBW^HEk2KZVjX
z2l1O?(Sun&5I-GSW+Hxx!W$rd9=Bsxo?OJwW*Fszeo+G;;%7iBTcUi>FIuoDQ^c=O
zI)KnGT9`0h5ujgmMdtqTi<b!cMY%-SUs^5^HoDvxDnh?#0?`LtB6L=(OkR&yWKQE;
zB2E$Y30XdPJ?=qGS1*d+^fMnSi1^vR?mW4?9@`8NKN}t5XQRuFh+m@E9Uy+Y#7cga
z55%vKQKpEWLaE6?{2Dm@Ql4DIuLsqvB7O~=ehKmG`6#Q1pF(MxgZNFc=)o)>h@TEE
zGZDW;;SCT!kK3^;PcGtTGmP><zo-Ea@iU;6Em1z`7cE$nDdJZs9YE+8ElilM2+%LO
zB6I)v#Y+VJqFf^EFD;h{8(nS;6`@}=f#?G+5jv|?Ca=dUGN*Aa5vPdyge)Jt9`~T8
zs~5#@`k4<EMEvYucb;5ck8OsCpN$Ujv(e>7#4l0o4iLXxVkJMz2jW-AC{x5wq15Cc
zehr*{DNioq*Mn+S5x)jbzl8Ype3VthPoXr;LHwpz^k9|`#7~EonTTJa@CJyV$L-ja
zCl~Rv8Akb_U(^7I_!-d3mM9<eixw=(6!9yR4j}Z47A8zr1n3uCk-2~T;w6H9Q7#eo
zmzGO}jV?EaiqJ2bK=c8Z2%Xg`lh@-FnbSCzh*Ly;LY5C+k9$zl)r;ac{mh37B7XL-
zJ5MgJ$2LR6&qjy%+30d3;+H6P2Z-M;v67$V1Mw?llquq;P-=1zzXndflqVPQ>p?ZE
zh+hMzUqbwPKFTWMr%;;aAbwLUdN9ie;-^E)OvEoycmu@G<96)IlZ*J-45NI|FKPfp
z{0wMiOOy}#MGF>Xiue^u2N3#23lpX*0`!Zn$lO1E@e)D5D3=KPOUos~Mwc5yMd%kz
zAo_qygwAS}$?Nfo%xRoU#3`aaA<GA^$33X&>P7LJe&$035kLFaohO&qW1Au3XQM;>
zY;?I1@k<oD1H^BaSjo@wf%p|N$`tWaC^b2VUjwIK%9D%u^`M$n#IJ$VFCl(CA7vHs
zQz%Vy5WguFJ(%SK@zbGYCgPVUyaD3paXWV9$wmBZhEYD~7c~GPeg?F%CCUf=q6LdG
zMf?h-0|@=1g$dIY0s2K(WbPloc!{82luLyDrR5S~qsxt<BJ_(U5PiTULT9zg<n?$(
z<}}VF;uKMzkmZBd;~vy>^`iJqKl7o2h@buI&XddQvCR<iv(X`bHoDx1_$7+n0phny
ztmJ3;K>P|BWs3MIl$spGuYuDq<;g|-dQi<O;@80Gmk__6kFtvRDU_x;h~E^89?bHA
z`03Cx6Y)zF-T?9QxE;Il<RX4H!zds0iy8nCKLc9X66J$_(Sk*pB7TL^0fc_h!i4FH
z0R5sXGWU;PyhPA1$|b`7(sGHg(dEWa5&A_Fh(6#Fp|e_L@_M`?a~kIoaf+x<$nwGK
zaSv*`dQtqQpZQQh#Lxb9=gH;u*k*|M+2{~I8(nTh{1V0P0P));R`RoaAby36GDZ9p
zN=**p*TCtQ^5i0ZJ*Z|C@oV7pONd|3M_EPu6iU+^#BYj44`%s5{B&rUiTEW7Z-DrD
z+>Tv&auGk9VU!R0MGb(6p8>6GiSj|eXu+aP5x+v|07AcLVZwApfPT>xnfu2tULxoh
z<q~0kX}Lt$=yGGI2>qf7L?3X8&{?fAc|Bf{IgN9PI7QSaWclFrxCb>|y(oUu&wQvL
z;%EQ5^W^e+Y%@gsY;=g9jV?DLeu-jtfcWhaEBRSI5Whl3nIe7)r6vdQYvA-td2$iI
z9#pf6_%(3)CB(1iqpTu+3Z-cd;y1;j2eW)2emb<wMEnwkH$eP6ZpW@Xxrm?5Fv<u0
zq6R?3&wy68MERg!v|v%Dh+m;}0HI&BFk!kPK)>jU%>CmRFA?;Ma*43Nv|J)=bh$B9
zgnrQkq7S%4=&V+mydJN}oW{9CoFeKIvV8D*+=H5~UKGFSXFgOA@w0#3d2)F@wizOR
zHaf)5Mwc5AzeKS+K>T)zmHaFph+iS2Oc6hYQj>%DHE{Z+Jh_Np52{&3{2Dm@65`kM
zQC1N@h0-(!@tb1NgIPWhKOI_TB7TX&8z6ojw_{hHT*S|280CY0Q3D|2XFw}kqI}RV
zTCgZn#IH~~fY2{mm@r)tpkH)F=Kk@Emk9brxkT7sS}qYby4)BlLceGN(Fa^2bXKcO
zUXNE~PUBo6P7(D9Sw46@?m<mgFN)vvGao95_}RbiJh{9c+YAvu8y(_jqsxtmU!vF@
zAbz{VN`96P#IKN1rih<HsmVe78aVw@o?OJQ2i2@1ehr*{3GwUsD65E{LTQ?V_)W3s
z!7Lw$pAIcE5x+#?4G=$%+p#N8F5+i1jPgOhr~wf1GoY0%Q9kGwEm)K(;#VjgK<F1O
zOqi|+&@Z|obN~3oO9cI*Tq5i*Etd!zU2Y5&p<gtC=mRbhI;&MCug5Dgr*SS3r-=H5
zEFZic_n@Y$7sYS-nGY32{On(Mo?Kp!ZH9=SjSlg%(d9<OFH!6c5WihwB|pmt;#bHh
zQ^Zf9)Z`$34V-={PcGuugKAb0zXndfg!uJ*lvTt}p)}1w{H9p+V3rTWPluM7h+m@c
z28f@>?bwwk7xA+hM){y$)BuS18PLj>C?E8T7A(pX@hg-LAoPnCCQMfZ=oej)xqtlP
zC4zoYE)n*ZmP>?<E;ojX&@Y-m^Z}O$oz*In*W(qL(>RxiQ$&42mJeQ!dr;HWi{dx^
z%!djhe)g|BPcE;=HbcbEMu+&>=yD_Cmne1zh~F-;lAq-R@hfDMDdMM4YH|?222Q_}
zCl~SSK{cz0UjwIKLi~C@$|~ZgP@3i-ep4)ZFv|zxr$ft3#4k~J1H{kccI?WNi}=|L
zqkPaWY5+w13}|Ibln?qv3l?RH_!UYA5c)+66Q(Ny^oy>@+&_Nt5<$Nxmk9ey%O%1_
zmm5Px=od{O`hZJ>&T5s(>+y=rX`D;MDWX0h%LlK=J*esGMe&<{=0gP$Kl|66Czsb_
zn<3(7qeJ{`bh#1nOBA~U#BY~a$<OkE_!TnB6!B9iH93f11E*iglZ*KEpqf?0uYuDq
zA$~m{Wfk#LC{1$^zbO_ynB@cU)1hT1;+H7A0pjOzJ9g#CMf_}rQ9kGwH2@-h2DGvz
z$_M?T1&cC8{0gN52>qgk3DXq;`bAe{?jOH+iJ)JUON9NU<q~0|%Z;HT^ou4CeZVC`
zXSK@Y^>{_*G|naB6j7g$<%8Gb9@KR8qWDce^Pz%>pZ)93lgsO|%@Fak(II{|y4;BP
zC5qhv;<rnz<Y)On{0bRmiufs%njFNhfzvPL$wmBnP|Ygh*TCtQ5Wk*}vWoaAl%_d|
z-xP};%<_Tw>CiG0@k<om0P*v<9lP@6B7Qc*C?E8T8UPVL16tV<<%53Ff<>7keudHj
zgnrS&gz1U^{h})}_m5w^M9?qFCBpvFa*43f<;GAE`b86nKHw6evsz{Hdb}cY8s`#m
zil|S>^1<tI4{Ex4QT(Q#`A|W`&;E7i$>sIfW{CLN=ny{}U2a7D62<NS@!KU<^0Ry(
zeua!OMf?;>O%CGM!0DIr<RX4OsAd)MYvA-th+oe~Sw;L5O4A&~Z;C|^X8Az;bZD80
z_$3N&fcSabj$L_j5kH$@ln?qv4S<NB0j+F_@<G37!J<qNze4E%LceHX!gNJ|e$f?~
z`^PU{BIp<85@CO7xkT9La$~3n{h|p(A8?7#S*<d8JzkMHjdO`OMbsx``QY`q2Q^*2
zD1Ot=e5fGeXaBnM<nnrKGerDsbcmmgE;k~6iDGwv`0Wxa`B^>?zd}ZtB7O>`CI|6r
z;Pgv*auL5CRI`fsHE{YR#INV0tRj92rD+c0H^rg{vwR?aI<(A0{1SyXK>R#z$F4lN
zh@Z_c$_M?T20+BmfL69d`Ji94U{R)sU!imWp<lExVY(tfzvzn0{o@xe5%i04iLk%4
zTq10AxiM6Pe$fP?54c3=tX7%49<Rup#<@hCBI*;eeDHeQgPN{h6u;?bK2#9#vwz)r
za(O+r86ti*I>gULmm3kkM6o+S{C0_z{45`cUm>GR5kG}elY{s*aQdY@xrkp6s#!(+
z8aVwD;@9(0RuMmi(liJ0n_|&}Sw0Xy9a?50eu=^xAbuXVV^^MB#Ls3J<%51v10dpO
zKr36Ke9$jiuqac+uTVOG&@Wn;FkKO#Uvx$0{_%^K2>M02MA%<iE)h1m+!!iCzi0x{
z2V5d_R;x^2k5^<)<6I(65%mdKK6pLuK}}aLir@4zA1a9W*}v{Qxx60R3=uyY9pY!B
z%Z-R%qSzfEe!Ij<ewGi!uaHruh@V2K$wB-YIQ>$dT*R*j)vO|Z4V-=n@$300tB9XM
zX_|xhO|j^~EFXxU4lOegzeM2;5I>LGu`5q5;%76A@<G3-0TA&spp`9AKIj)MSd=N^
zS127o=oc+an63!WFS;Ug|M<mA1pT61BJ3|Mmk1kOZVVNnUo?T}11=Fdt5qhi$15_Y
zaV`<3i28&qAG{v-pr)%A#c%qV4;4iG>|b}DTwafDhKQey4)L?m<wnFWQS1&7zg=P_
zKg$Q=SI8(+#808r<RE?xoPH@!F5=gNYE}`y22Q_(`1O30Rm4xBG|fT$rdae~mJh^F
zhnAU$U!w2^h@Z#p*p(+2@v|95`Ji9a0EqY*(8`u5AM}eBEXow|E0hi(^otfIOjiWx
z7hRFLfBfPlf__mh5%!msON5OsH-?JPFPcE~0hb7!)hd(M;}x0HIG2c1M14Y*4_=RZ
zP}9|m;y3-whYBKo_OClnF0aQnL&VQUhxpm(awFoGD0T;k-!8F|pXCGbD`b=@;-^q*
zauB};PQR2V7xC*sHLHkU1E*g?{CYmhD&nV5n&u#WQ!IKg%Ln48L(5FWFHv{{#Lwe)
z?8=ji_}L7je9$jy07U!@Xk|;35Bfz57G;X~6-oyX`b7(qi__oxz2Ez9-}`fnPe1Lb
z$e;f7r{DYD_rCS5Z~d_!`>~(-nV)&z``-7N&wS>HpYDx>>z^S0Mf8h`pze@%@e)D5
zD3=KPTgoNEMwc5yMd%kzAo_qygwAS}$?Nfo%xRoU#3`aaA<GA^$33X&>P7LJe&$03
z5kLFaohO&qW1Au3XQM;>Y;?I1@k<oD1H^BaSjo@wf%p|N$`tWaC^b2VUjwIK%9D%u
z^`M$n#IJ$VFCl(CA7vHsQz%Vy5WguFJ(%SK@zbGYCgPVUyaD3paXWV9$wmBZhEYD~
z7c~GPeg?F%CCUf=q6LdGMf?h-0|@=1g~^ra=Rg1X9~u6<|NZapKken0Uw-=Or-vQ?
zbNI7A`?E?n(e+R0{|(1g`b9??-{0}YO9cI*Tq5i*Fqa4$U2Y5&QT`h~w=f6-Tq3T2
z6L>wg8FGoR(Z$9rAG{tLBrl4e@i)H4wjh4?FEmdsug5k+#Lq^D_}S=kBjT4Rb_a;x
zF0qoI<pc36WRxl5r%-Bg5Wfaazmz8z@#{e~tB79%r(Z(+dOpf3;-^rW<{*AkEP61@
z2jZtg%S^;CQFsHy&*OIN%9D%u*$kt6&@XBLMEneBWlNL~`b7&CWs3L}N(T`7MGF&q
z`kn85=c%Wj`kx)2Kk_4ezvxkdfBeUPe9SN7x4h*o$6;^&eXf5(^WnEk^o!my`F=$%
zULxoh<q~0kb-6^?=yGGI2>qf7L?3X8&{?fAqkO#b$}6h`;wu7NB35L?c$N=dk40i*
z+C}jjKk6~Zh@bs?&y&mRvCR<iv(X`bHoDx1_$7+n0phnytmJ3;K>P|BWs3MIl$spG
zuYuDq<;g|-dQi<O;@80Gmk__6kFtvRDU_x;h~E^89?bHA`03Cx6Y)zF-T?9QxE;Il
z<RX4H!zds0iy8nCKLc9X66J$_(Sk*pB7TL^0fc_h!o;5b@gM*3(eU}^H^2E0{@@Ry
z^Rwv}Jqq#L-~RSUd()fV^zn~>{5a7^@Mz)q(?9*wBN9vRc*i@A;PhYV`X@|3wh7WN
z+Q7N<(#1;z{i0kV>~HMx-#l@B;1Xdo3>BeY)BwmO!hlw`@OoT;=u<8cI;&}BmJeQ!
zr+oV0Me*xD{1H|WKl`_wCl~Rv86ti*I>gULmm3kkM6o+S{C0_z{45`cUm>GR5kG}e
zlY{s*aQdY@xrkp6s#!(+8aVwD;@9(0RuMmi(liJ0n_|&}Sw0Xy9a?50eu=^xAbuXV
zV^^MB#Ls3J<%51v10dpOKr36Ke9$jiuqac+uTVOG&@Wn;c+(eOd@(vaKl#Z|e(Yl(
zJM9;J{`u!4=M8Uo!<WAFrSg}4@rz$P;*szdfAJS(HKx};VfwL6kbcny&YhPoULxoh
z<q~0kW4T1w=yGGI2>qf7L?3X8&{?fAc|Bf{IgN9PI7QSaWclFrxCb>|y(oUu&wQvL
z;%EQ5^W^e+Y%@gsY;=g9jV?DLeu-jtfcWhaEBRSI5Whl3nIe7)r6vdQYvA-td2$iI
z9#pf6_%(3)CB(1iqpTu+3Z-cd;y1;j2eW)2emb<wMEnwkH$eP6ZpW@Xxrm?5Fv<u0
zq6R?3&wy68MERg!v|v%Dh+m;}0HI&BFfpb_Rek3>-+8omzUMvfIkqePqQCG9zYy)9
zfAmLxH2oWocqIJtFaPp1;rb^`Keh?dFWSJl^U}pj1pT61BJ6K0mk1kOZVVNnUo?T}
z11=Fdt5qhi$15_YaV`<3i28&qAG{v-pr)%A#c%qV4;4iG>|b}DTwafDhKQey4)L?m
z<wnFWQS1&7zg=P_Kg$Q=SI8(+#808r<RE?xoPH@!F5=gNYE}`y22Q_(`1O30Rm4xB
zG|fT$rdae~mJh^FhnAU$U!w2^h@Z#p*p(+2@v|95`Ji9a0EqY*(8`u5AM}eBEXow|
zE0hi(^otfI#`O4qlRtVpkN-u`<7^(=Py0px<zN0KdO?qWe(h^toBoYQJahi_U;nk_
zT>pgffy$JAQH9cdaxPvX=ojS@VSiD%MA+zZW2gxIq6tJFaEZ`atumv0yz<H`s|4aJ
z0$d_iWW;!u4_=Q&Vq@Ax@f$ztF~^9X{d>=o%j>bt5b?9oA$~Tx+=%!kiroR?w@a+#
zXZb+<3K?aJ_$ic{9K^4I(=X-8Mf`eD%_`#8!0DF|zn+h>iufs%ra6e;6pJ3r@`3p2
z&@vP8OBCJ!@$<MHyYl2Bem27>AM}eF01-a}TG<ligMQJ1MVTUgh0+0pe$m2YcY3sL
z{^*bX=+WExp$~m1_MY~O9{(5f(F^*vx4o_T>yFh(`|H2{>ymc;6UqlFQ~E^}O83dR
zc!{82luLyDMdcD<qsxt<BJ_(U5PiTULT9zg<n?$(<}}VF;uKMzkmZBd;~vy>^`iJq
zKl7o2h@buI&XddQvCR<iv(X`bHoDx1_$7+n0phnytmJ3;K>P|BWs3MIl$spGuYuDq
z<;g|-dQi<O;@80Gmk__6kFtvRDU_x;h~E^89?bHA`03Cx6Y)zF-T?9QxE;Il<RX4H
z!zds0iy8nCKLc9X66J$_(Sk*pB7TL^0fc_h!en>)>%ac%M_1?5Pe1*g?|dirp7x7=
z_`@HLM$q@Y?|sc*_uluuH_|@xk&l$L>z`0QP?^#%s!+O5&c#av{i0kV>@O;p2pe5)
z3>BeYG=b;?E)hDbRVJ^;D>A2XE)l1Q`h+YWydL+UrmGjlZ~B=J6-4~(Uw58dUXN{t
zh@XuP@w3t8M#L{s><$pWU1B9a%Ln3D$S709PodQ0Abt&;eko5b;@5*}RuR7jPQQfs
z^?a07#806#%|ZO8SoC0)55!N0mYIlOqVNWYpU3Ukl_wYRvl&MDpkLGgi1-=M%9bb}
z^otfO$`tV{lnx;DixwtZ)6ahPv(eJ|`OkkoH=g#3{{HX(e(d_-2S1p*ZU@I|q<!E6
zA1JHWKcRe}GNoTsp>&^|i<b!cMY%-SUsNs;HoDvxDnh?#0?`LtB6L=(OkR&yWKQE;
zB2E$Y30XdPJ?=qGS1*d+^fMnSi1^vR?mW4?9@`8NKN}t5XQRuFh+m@E9Uy+Y#7cga
z55%vKQKpEWLaE6?{2Dm@Ql4DIuLsqvB7O~=ehKmG`6#Q1pF(MxgZNFc=)o)>h@TEE
zGZDW;;SCT!kK3^;PcGtTGmP><zo-Ea@iU;6Em1z`7cE$nDdJZs9YE+8Ell+3zx~_4
z{lriF#L?3EyTALp<F3<w(WCJ)8bLq)@sE!i%lKH0wBP*A-z-blKcRf!@js6Gqi27f
zdg`g;+w$&rzx(AU^d}_brI%iMLZA0Q9~0=}pD(`n;_grW&Ue1^b>I8*!~f|&f8e8^
zyYqiu|N0;L-rxVaXP$Xx_uv0|{_(8~de=Yd0Y72<`f+}ZFTinT4~E9cHU6&G*p@uG
zoL~Dl8(%+8t^qL6#dnYMYXCg91U<ff2E9PX*Uvx~Te5uEpYX^V$FCpf*Z3wx`JiwZ
z=<?*om(chGw#3(ulWTkv0v(mtK$lyB9$&u%q7TN(OZm{bWoDL-j4;p%j9)*_ug)zq
zqkM336No;@lN(<`eIuDkAijQ_+ytTz0$qIfIKMi#F*E4#^&6Rp<FWGc^%J3uX<0tT
zAY+lh`1RxbiqOWiC?A~Mk%>6YlN(<`aTjSLf%y7yaz`fOIMBs+kMny#`{EbB82zH3
z``qVB10mB>0`Wic`Ifi5<!FN+lTZ6af8|$xB^p6L^{G#d8_W1ujkKdXv@Bi!gz|w$
zzi50Dnt%TEPyh6>`mT4qYg7ovKZpc=@fUwF+cm%M{i470OTYAk$dG?$2tWV=5P$##
zAOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=KR^Wj?(hDNe$mo7
zDNeueg)c-i=kw1$U$&g~i@xVQ@4477di@j1zcc-!KS0O!`oAjuqSqPn2@rq)1Rwwb
z2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1b%=B&@WorCdKK|
zUHSI6zy0X>{MBFm)!Qwn{i6B*CjV!D_Gh=-Gm`&*^uO^NzmdThT>pgff%J?103F-w
z|ElzhUT4TBKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHaf
zKmY;|_yHn7zi4Tj6sI5j;0KRp(Ko!|4PX1(*KW6*_KU{<k^S)rANtUTZntM7{+1){
z5C8BFGZ=&GpHM#V=okIJ&i?%T&;R`KzefAaGtd0f6Z#V;<?CPn`V;!R2l|*7UwkqD
zd*<brU*7%6-~H})|Ht|Nqd)$~a(Dmzuje1%x&V0nqaN)OzVVH3<ah5F9RD5oXauhR
zykGt5R}XYAz4X%ck9xFEIKFS=*YEf?J{p1RKkxCyI~X2c!s{RPXrFLY+x+?+Rrt|<
z{3r7B20+BmfO%2;jKA?UwgvICf1!w<jV?DLeu-jtfcWhayUj=ZZkdP?#7_j(q#=F{
zoPG)M>-n6nB7UccRtbpTii{pd{B%|&6Y(oRj49%0K#MJipN%dzB7TWtcYyfq5-a(L
zUjd>|5kH;PDl^2-Xwq1H;N!#*zw5v25Wj=u^^bbAPeA<2Z~TQ9Uf}<azI0BWPLHE^
z^l%=3{^U>oWSV^1FZ$sRe>gtjeeZkU^b;a@tVY^LKJt;0cKs8|2P)I!f7JB&wmkdn
zvr6)5&Ue52-MB=2>s#MCO(vlb2nh**ht!qT)9LX`{EyQw`rLERo&F0y@q|}jef6Ms
z+{K>wC%@)DFi&oL{l59lZ@%V#<R|_E{_{Wo^Fi;p$v*K<e$9VioZR^C9sm6Hx4-?G
z|B;{g4;ba+l~-PQ;-CDQ|G+r8@%20IVz2q1_lf_2Sw0XygY8A}GycZc*cQak{)Ohr
zjsNyT{0x$ap8+klAbvKw+=%!kiroR?w@a+#XZb+<3K?aJ_$ic{9K^4I(=X-8Mf`eD
z%_`#8!0DF|zn+h>iufs%ra6e;6pJ3r@`3p2&@vP8OBCJ!@$<MHyYl2Bem27>A4Zdg
z{Wrd5HX?r4f0a=_c&j%^B7Ozh0VMiG|MqYHwk$DS5%|l${L5(LJpT7Z|J&?Otj0fc
zeLS$A{p@FB^{J<xTKz3Y{8){&zxu1cDrwh0p?sh+rC(H`bf27ymk9brxkT7sR4x%V
zy4)BlLceGN(Fa^2bXKcOUXNE~PUBo6P7(D9Sw46@?m<mgFN)vvGao95_}RbiJh{9c
z+YAvu8y(_jqsxtmU!vF@Abz{VN`96P#IKN1rih<HsmVe78aVw@o?OJQ2i2@1ehr*{
z3GwUsD65E{LTQ?V_)W3s!7Lw$pAIcE5x+#?4G=$%+p#N8F5+i1jPgOhr~wf1GoY0%
zQ9j1@vy#AcMF8<DWDX$oixwuQ)9e==`$A90<AFV}Xa1^=9P!K<_r|~8^-nncF>e#-
z7rkZj{fb<?M9?qFCBpvda*43f<;GAE`b86nKHw6evsz{Hdb}cY8jq73?<f54i=N`T
zO~~@W>+vm|)5t~fJN^9Ed;;QU|BCbE@_KADMEq=Yh@XuvHzIzCVt0V}?Gh{bSw0ZI
zLPnV)ehQ@~2k~p*^h<ei5x*W(vx@jNaQY?0ujiwzB7O>`X%6By#i9qZd?0>0w9G{O
z5`{NF{5)>Qt~|MjpUp7J$EwfA{@6#@i1=OqEl2sdZ6Uk<$*=iOK>W(D_y9t`Xkl_X
zz1}Z+{1xwb$2+1O^n)M#;Ph`i;*s#KcfD(xaQzdeAKL`!7j59&dFkRMf__mh5%xEh
zON5OsH-?JPFPcE~0hb7!)hd(M;}x0HIG2c1M14Y*4_=RZP}9|m;y3-whYBKo_OCln
zF0aQnL&VQUhxpm(awFoGD0T;k-!8F|pXCGbD`b=@;-^q*auB};PQR2V7xC*sHLHkU
z1E*g?{CYmhD&nV5n&u#WQ!IKg%Ln48L(5FWFHv{{#Lwe)?8=ji_}L7je9$jy07U!@
zXk|;35Bfz57G;X~6-oyX`b7(q>(h^Z^rO-0`8&V!JF8Fo)TcfbId6R98((<gg_8E=
zFMs)nN5W@5^O>?5)9arw{n#c*zi0#J&Px|B5%i04iLk%1Tq10AxiM6Pe$fP?54c3=
ztX7%49<Rup#<@hCBI*;eeDHeQgPN{h6u;?bK2#9#vwz)ra(O+r86ti*I>gULmm3kk
zM6o+S{C0_z{45`cUm>GR5kG}elY{s*aQdY@xrkp6s#!(+8aVwD;@9(0RuMmi(liJ0
zn_|&}Sw0Xy9a?50eu=^xAbuXVV^^MB#Ls3J<%51v10dpOKr36Ke9$jiuqac+uTVOG
z&@Wn;T%UgIV;_rF&-cIo{i{#=&Ue1^wzs`4(%$^$H-F+2pE&-z@kl=Y`R9NB=SL)#
ze(vXf?kL&Q54rvc(~oU}^ourd?!0vI5<$Nxmk9eC%O%1_mm5Px=od{O`hZJ>&T5s(
z>+y=rX`D;MDWX0h%LlK=J*esGMe&<{=0gP$Kl|66Czsb_n<3(7qeJ{`bh#1nOBA~U
z#BY~a$<OkE_!TnB6!B9iH93f11E*iglZ*KEpqf?0uYuDqA$~m{Wfk#LC{1$^zbO_y
znB@cU)1hT1;+H7A0pjOzJ9g#CMf_}rQ9kGwH2@-h2DGvz$_M?T1&cC8{0gN52>qgk
z$@QtyFM9kf$N#M8o8I)M=nI|x^XM9V`Q?|Jf1m50(0usq68)mLOuk={i<b!cMY%-S
zUtKN{HoDvxDnh?#0?`LtB6L=(OkR&yWKQE;B2E$Y30XdPJ?=qGS1*d+^fMnSi1^vR
z?mW4?9@`8NKN}t5XQRuFh+m@E9Uy+Y#7cga55%vKQKpEWLaE6?{2Dm@Ql4DIuLsqv
zB7O~=ehKmG`6#Q1pF(MxgZNFc=)o)>h@TEEGZDW;;SCT!kK3^;PcGtTGmP><zo-Ea
z@iU;6Em1z`7cE$nDdJZs9YE+8EljRY#eUJ_FM9FC7vK8Uw@#ZypMLu3<D{Sd%Uu72
z)4w7U=od{C-}k}AO9cI*Tq5l6Fqa4$U2Y5&p<gtC=mRbhI;&M?l#f?ld1aMAd_{mu
z#EOg<&+@_Ru}Ex8yC{C+M?K~k@w0#Ld2)F@wizORHaf)5Mwc5AzeKS+K>T)zmHaFp
zh+iS2Oc6hYQj>%DHE{Z+Jh_Np52{&3{2Dm@65`kMQC1N@h0-(!@tb1NgIPWhKOI_T
zB7TX&8z6ojw_{hHT*S|280CY0Q3D|2XFw}kqI}RVTCgZn#IH~~fY2{mm|UOg{i4U;
zbyVc%pMU<he(Se>@+W`tjc<J8PyN(S{q}GF_NPDn=_4-wn_T|{@h_rZR0MU0w2PMr
z`bD`!*xynv5jMKq7%D=)Xadm(Tq1N<t4v;xS7c7(Tp~^p^$A%%cs=exO;<09-}Eyd
zDv0>mzwSJ_ydK*O5kDIp;%B4Fjfh{O*c~8#yTnR<mJh_QkWr?HpF*k0LHrsx{ZgJ>
z#IFa{tRj95oPG)M>-i|Fh@V1fnuGXFvFO1pABdk0Ei)0nMBxn(Kabn7D^D)sXETiQ
zLBFU05b-mhl`T;|=oc+mlqup@C>=oP7cESft_aXCx*~J`_{B>E{i0kV>@O{s2pe5)
z3>BeYG=b;?E)hDbRVJ^;D>A2XE)l1Q`h+YWydL+UrmGjlZ~B=J6-4~(Uw58dUXN{t
zh@XuP@w3t8M#L{s><$pWU1B9a%Ln3D$S709PodQ0Abt&;eko5b;@5*}RuR7jPQQfs
z^?a07#806#%|ZO8SoC0)55!N0mYIlOqVNWYpU3Ukl_wYRvl&MDpkLGgi1-=M%9bb}
z^otfO$`tV{lnx;DixwtKR|M!6U6Hwe{Ng2oeo-zF_Lr7RgpDpYhKkTHnn3gcmk6EJ
zDwEga6`9jGmxxnDeL|KGUXOcF)76XOH~q|q3L<{?uRBjJug5k+#Lq^D_}S=kBjT4R
zb_a;xF0qoI<pc36WRxl5r%-Bg5Wfaazmz8z@#{e~tB79%r(Z(+dOpf3;-^rW<{*Ak
zEP61@2jZtg%S^;CQFsHy&*OIN%9D%u*$kt6&@XBLMEneBWlNL~`b7&CWs3L}N(T`7
zMGF(AD+2V3uE^X!e(@4PzbKao`%B9u!bX=HLq+HpO(6P!ON7p9mC5Vzip*)8OT;On
zJ|W8oug5*8>FP!Cn||g)1ra~{*PSPq*JGO@;%B2n{A_f&5%EhDy92~;msrWq@`3mj
zGRhS3Qz$h#h+hMzU&@n<`1PQgRm87>(=Q=@Js)Ki@lz;Ga}d8N7Co5d1M$<LWhUa6
zD7*pU=W#oB<;g|-Y=%)j=od8rB7O$6vL(s~{h|enGDZ9fr2`24qJ;_56#@E1S7h!V
zzj%qDUzAIP{iWp+VWZ29p(6B)CJ=qVB|>Ml%H;KUMdmclCE^rOpOEE)*W(`4boHY6
zO+WLYf{35}>&}zQ>#@xc@w3q(em1(?i1;On-2vjaORVH)`9S;%8D)z2DU_NV#IJ$V
zFXhQa{CZH$D&p6`>6Z|{o{zGM_$id8If&mBiyqAKf%xgrG86Gj6y5;w^SB+m^5i0Z
zHp3_%^otq*5kCW3*%IZ0e$j$OnIe9L(gB2i(ZYo3iU9qhD>C<wU%W)nFUlpt{?c-Z
zu+inlP!ak?6No<G5}~tNW%7EwB6Aw&5^;*CPssAY>v0cix_VLkrl0vxLB!Agb?3?D
z_1I>J_}S<XKO0?cMEnxP?f~)IC06pYd?0>>j50<16iQ7F;@80Gm-6Hyem$sW74d7}
z^h=0e&qrBB{1i&l9K>&mMGt2AK>T!QnThx%3U7e;dEAa&d2$gyn_-j>`b7<Zh@Szi
zY>Dzgzi7dtOcB3A=>S5%Xko&1MSy<M6`A|TFJ2<(7v&ORe`&cy*ywU&s0jU{2}B=o
ziO^ZCGI>2-kvWZXi8w{nCuI5H^|%K$UA-uN)6aaUAmV5Ly7T1ndTcX9{A_fHpN%dz
zB7TWtcYyfq5-a&xJ`le`Mwudh3Z*6o@oV7pOL=k;zaCVxiug5f`X$7#=cBA5ehQ^&
z4&pb(q6f2lAbvWu%tZVWg*QO_JZ{IXJh_OU%`nOb{h|gy#Ls|MwnX`$U$kIRrifpm
zbO51Wv@l`1B0#_Bip>4v7cUX?i*kvuzqDK;Y;?IXRD^!f1fmbPMChzmnY<pa$ehNx
zM4Te(6S92pdfbDWu3i+s>1RGv5b?8r-Fb3(J+>Jlel|M9&qkLU5x+#SJ3#z)iIw~;
zABbNeqf8M$g;JA)_%(3)r98QaUk|ETMf@5#{SxBW^HEk2KZVjX2l1O?(Sun&5I-GS
zW+Hxx!W$rd9=Bsxo?OJwW*Fszeo+G;;%7iBTcUi>FIuoDQ^c=OI)KnGT9`0h5ujgm
zMdtqTi<b!cMY%-SUs^5^HoDvxDnh?#0?`LtB6L=(OkR&yWKQE;B2E$Y30XdPJ?=qG
zS1*d+^fMnSi1^vR?mW4?9@`8NKN}t5XQRuFh+m@E9Uy+Y#7cga55%vKQKpEWLaE6?
z{2Dm@Ql4DIuLsqvB7O~=ehKmG`6#Q1pF(MxgZNFc=)o)>h@TEEGZDW;;SCT!kK3^;
zPcGtTGmP><zo-Ea@iU;6Em1z`7cE$nDdJZs9YE+8ElilM2+%LOB6I)v#Y+VJqFf^E
zFD;h{8(nS;6`@}=f#?G+5jv|?Ca=dUGN*Aa5vPdyge)Jt9`~T8s~5#@`k4<EMEvYu
zcb;5ck8OsCpN$Ujv(e>7#4l0o4iLXxVkJMz2jW-AC{x5wq15Ccehr*{DNioq*Mn+S
z5x)jbzl8Ype3VthPoXr;LHwpz^k9|`#7~EonTTJa@CJyV$L-jaCl~Rv8Akb_U(^7I
z_!-d3mM9<eixw=(6!9yR4j}Z47A8zr1n3uCk-2~T;w6H9Q7#eomzGO}jV?EaiqJ2b
zK=c8Z2%Xg`lh@-FnbSCzh*Ly;LY5C+k9$zl)r;ac{mh37B7XL-J5MgJ$2LR6&qjy%
z+30d3;+H6P2Z-M;v67$V1Mw?llquq;P-=1zzXndflqVPQ>p?ZEh+hMzUqbwPKFTWM
zr%;;aAbwLUdN9ie;-^E)OvEoycmu@G<96)IlZ*J-45NI|FKPfp{0wMiOOy}#MGF>X
ziue^u2N3#23lpX*0`!Zn$lO1E@e)D5D3=KPOUos~Mwc5yMd%kzAo_qygwAS}$?Nfo
z%xRoU#3`aaA<GA^$33X&>P7LJe&$035kLFaohO&qW1Au3XQM;>Y;?I1@k<oD1H^Ba
zSjo@wf%p|N$`tWaC^b2VUjwIK%9D%u^`M$n#IJ$VFCl(CA7vHsQz%Vy5WguFJ(%SK
z@zbGYCgPVUyaD3paXWV9$wmBZhEYD~7c~GPeg?F%CCUf=q6LdGMf?h-0|@=1g$dIY
z0s2K(WbPloc!{82luLyDrR5S~qsxt<BJ_(U5PiTULT9zg<n?$(<}}VF;uKMzkmZBd
z;~vy>^`iJqKl7o2h@buI&XddQvCR<iv(X`bHoDx1_$7+n0phnytmJ3;K>P|BWs3MI
zl$spGuYuDq<;g|-dQi<O;@80Gmk__6kFtvRDU_x;h~E^89?bHA`03Cx6Y)zF-T?9Q
zxE;Il<RX4H!zds0iy8nCKLc9X66J$_(Sk*pB7TL^0fc_h!i4FH0R5sXGWU;PyhPA1
z$|b`7(sGHg(dEWa5&A_Fh(6#Fp|e_L@_M`?a~kIoaf+x<$nwGKaSv*`dQtqQpZQQh
z#Lxb9=gH;u*k*|M+2{~I8(nTh{1V0P0P));R`RoaAby36GDZ9pN=**p*TCtQ^5i0Z
zJ*Z|C@oV7pONd|3M_EPu6iU+^#BYj44`%s5{B&rUiTEW7Z-DrD+>Tv&auGk9VU!R0
zMGb(6p8>6GiSj|eXu+aP5x+v|07AcLVZwApfPT>xnfu2tULxoh<q~0kX}Lt$=yGGI
z2>qf7L?3X8&{?fAc|Bf{IgN9PI7QSaWclFrxCb>|y(oUu&wQvL;%EQ5^W^e+Y%@gs
zY;=g9jV?DLeu-jtfcWhaEBRSI5Whl3nIe7)r6vdQYvA-td2$iI9#pf6_%(3)CB(1i
zqpTu+3Z-cd;y1;j2eW)2emb<wMEnwkH$eP6ZpW@Xxrm?5Fv<u0q6R?3&wy68MERg!
zv|v%Dh+m;}0HI&BFk!kPK)>jU%>CmRFA?;Ma*43Nv|J)=bh$B9gnrQkq7S%4=&V+m
zydJN}oW{9CoFeKIvV8D*+=H5~UKGFSXFgOA@w0#3d2)F@wizORHaf)5Mwc5AzeKS+
zK>T)zmHaFph+iS2Oc6hYQj>%DHE{Z+Jh_Np52{&3{2Dm@65`kMQC1N@h0-(!@tb1N
zgIPWhKOI_TB7TX&8z6ojw_{hHT*S|280CY0Q3D|2XFw}kqI}RVTCgZn#IH~~fY2{m
zm@r)tpkH)F=Kk@Emk9brxkT7sS}qYby4)BlLceGN(Fa^2bXKcOUXNE~PUBo6P7(D9
zSw46@?m<mgFN)vvGao95_}RbiJh{9c+YAvu8y(_jqsxtmU!vF@Abz{VN`96P#IKN1
zrih<HsmVe78aVw@o?OJQ2i2@1ehr*{3GwUsD65E{LTQ?V_)W3s!7Lw$pAIcE5x+#?
z4G=$%+p#N8F5+i1jPgOhr~wf1GoY0%Q9kGwEm)K(;#VjgK<F1OOqi|+&@Z|obN~3o
zO9cI*Tq5i*Etd!zU2Y5&p<gtC=mRbhI;&MCug5Dgr*SS3r-=H5EFZic_n@Y$7sYS-
znGY32{On(Mo?Kp!ZH9=SjSlg%(d9<OFH!6c5WihwB|pmt;#bHhQ^Zf9)Z`$34V-={
zPcGuugKAb0zXndfg!uJ*lvTt}p)}1w{H9p+V3rTWPluM7h+m@c28f@>?bwwk7xA+h
zM){y$)BuS18PLj>C?E8T7A(pX@hg-LAoPnCCQMfZ=oej)xqtlPC4zoYE)n*ZmP>?<
zE;ojX&@Y-m^Z}O$oz*In*W(qL(>RxiQ$&42mJeQ!dr;HWi{dx^%!djhe)g|BPcE;=
zHbcbEMu+&>=yD_Cmne1zh~F-;lAq-R@hfDMDdMM4YH|?222Q_}Cl~SSK{cz0UjwIK
zLi~C@$|~ZgP@3i-ep4)ZFv|zxr$ft3#4k~J1H{kccI?WNi}=|LqkPaWY5+w13}|Ib
zln?qv3l?RH_!UYA5c)+66Q(Ny^oy>@+&_Nt5<$Nxmk9ey%O%1_mm5Px=od{O`hZJ>
z&T5s(>+y=rX`D;MDWX0h%LlK=J*esGMe&<{=0gP$Kl|66Czsb_n<3(7qeJ{`bh#1n
zOBA~U#BY~a$<OkE_!TnB6!B9iH93f11E*iglZ*KEpqf?0uYuDqA$~m{Wfk#LC{1$^
zzbO_ynB@cU)1hT1;+H7A0pjOzJ9g#CMf_}rQ9kGwH2@-h{~vqr(}LZzrR8NLAt4_r
z!({BlVL+S<4T=H5fsIJMM5cZVXF7M1QR~1zLnDH;MEpZG6y7w8s(au2-iJrK_jNe5
zRkc<<?|HB1so%P)dU?8lHnyztLBHt0l1vf5LFocQzvy7X^hAJu(G!{9ufM!R&@aj*
zqW;lxiKx+O<5Cg&MFk`uaEZuSoicenK9RXy=Mr&?$S0_L@Otb)ZKE&6Z~K{_T15Qn
zuUjXV*W;QY;#Z?X{AzUCi1-P`(*ff5l-S5u`9S;znPiIiC6r7K;%DIakWMb*=Ruh$
z;%DIa5aQ?gBvHgKp|s6G{I*!~MU@Z4FNdZ~#7`)?0pizjyLRd1B7QZ)RX*q!EdU~Z
z1+=kcl@Izw2bN@t_zg-I5c)+26Q(Bu^oyRz{C@rAC4zoYE)n&QmP<s9P8*ks&@U<=
z`G8AA&gzuO>+y-q?K+o;TSPuV<%8E_4{95IDSq3}{L~`iSAX3)xx60N3=zK?9pYD`
z(?-NkD4q@wzo*1TzRCyUH^?MY#4n*_au7cQ$A@%s5kC*gL=is&$A=I<&nJl@ehH;*
z4&t}Pk}s-!AbvSCWg>n;(G3v4j@z|MCl~Rn8Lsj{zi0sv@hhN>EvtOcFFLR!Q^apj
zx`5CxI+!p$5uji6MCSMFFE0`Fi*kvmf3#d8YINGTRD^y}0m%nkB63!zOkR&qWNz2F
zMBF0s2`V4F9(z#R=u7e2e&(kZ5x@HD*2(4dxMqm>)#wnv8l5&GenRndfcQNnHu6<I
z5WhhtnIe7(C6j~r88|+qlZ*IyP$r7_88|+K_<24_6!A+aZF3O6EtY&y<pc4{p(zvb
z6N+wt_;uW_T{^jlU(Ilp5Bfz5fQVlKZERWPgMQJ0C7B|AgVF_re$l~%>4^aSq9-!H
zUw?UtpkI_rME#@X5>cbm#-$?kiwa0S;1ZFuI%V>Dd?ItZ&L!d&kxx+h;Pu#p+D2cB
z-}W;<wTSrDU$;&!ug5h*#IHt&_|@pN5%Cj>rvt?ADY22S@`3mbGRYM2ODLHf#LvL-
zA)Q>r&x0~i#LvL-A;iz~Nur2fLTQ_W_-(P|iz*+8Uk*)~h@Vh&1H`Z6cJ0#1Mf_@p
zt9;NeS^z}+3TR`?Dj)QV4lKzO@f(ybAoPn4CQMHR=odYa`ThFKO9cI*Tq5cpEtiNI
zoi;8Np<h%$@&T8KoYg6l*W(kJ+jTAxw}^a#$_KB<9@IAaQv9}``Kd+3ul~Aqa(O+j
z86ti)I>fI=r;Ui8P&^$Veou*we3cKxZ;(l*h+jg<<RE?qjt}YNB7Po}i6VXmjt?Pz
zo=*}*{1Qsr9K>&nC0|teK>TuO%0&Exq8lK79k*+jPA=kCGhF3^e$fIT;#WW$TUPm?
zUvywerikC5bOE7XbTDChB0#_BiOlcUUtS{U7v&OB|7f{H)abNvsR;d|0+J87MC7ba
znY<pK$lR`TiMU1N6I4EUJ@%ls(U;=4{mf4-B7XJPt&_{^am^6%tI;8TH9BoX{Dk7^
z0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa
z$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j
z(-Q&uMNedYzy9(PLBA-Mi26s%C89>BjY~!77Zs3vz$GGQb;{)R_(bM*olC?mBA=l0
z!RxUHwT-?MzwKv!Y7z0PziypeUXN>rh+mBk@vG5kBjP6%PX~zKQ(_}u<pc2>WRfZ3
zmryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7gatGzZ{w}5kH~m28dtB
z?b@Z2i}=+HSNWh{v;c_s70||(RX*q!9axen;x{N=K<F18OqiYs&@Xx-^ZWIemk9br
zxkS`IS}qYaI&EAkLcgeh<O41dIjd79ug51cx9eOYZV~wel@DHzJ*aK;rTA?>^HYn6
zU;TCK<nnr4GerDqbckP#P8$(Fp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K93RrjMf^M{
z6Gi+C93MjbJf9?r_$8FKIf&mDOTMV`f%xUnl!^EWMK?hFI&Rl4om|APX1K}+{h|dx
z#IJxhwyg3&zv#e{OcB39=>kH(=wQP1M1X$L6Pe$yzq~}yFUlpN{?T%YsL^TTQW5$^
z1tcGEiO5-<GI>2dk-1&x5^;;jC#Zbzdh9`Mqc6p8`<b6wMEvTnTPK&-<C-DjSEEDx
zYINF&_zA_+0pj<R*vMD;K>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{;^+A!QN%By
zw9P^Mwpj8-l@G)(ho(%#Pbj(p;@5GzcIo6Iel^2YKIj)M03v<`w6SHC5Bfz1mSl?f
z4N4af`b7s5rY8dQi=N2*e*NVof__mh5%rIjOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgs
zI+uuBL_R^~gV$pZY8!nie%sId)FR?nf89E{ydKvK5x*K8;#Z^7M#N7jo(>Sdr^H6S
z$_L^%$Rtz5FQH^|5I+OQhjelgKM%@85kCXRhY&x{Cy63{38ifg;<v?;FRFYXemOK{
zB7Q>A4G_PM+qFw47xAkZuJS>@XaNxME1-=nt9;NeI<O>D#BWf#fY2{Gm@qvNpkMSv
z=J)F_FA?;Ma*3#av|J);blSL7gnm&0$p>5_a#p8IUXM>?Zr8a)+#>P`Dj&Qadr;fx
zOYz%&=BE}BzxwOe$>sI9W{CLJ=n%geoi-wVLh*Ef_&p^y@>M<%zd<IMB7O-alY{sf
zI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oea}d8RmV8m=1M$nDDHHJ%if(}Tb=<C9I=P5n
z&2W_u`b7(Xh+hG1Y+2=le$jy?nIe9J(glQm(ZPi2i2(hgCo;cZe|d?ZUzAHk{iEd)
zQKQqwr6Tl;3P?WS5|OhyW%7D_B6GXWCE^y5Pf+>b_1J^jMqi5G_A@`Vi1^iCw@xmv
z$2CL5uSSRX)#$Vl@e_)t1H|tsv5~Lxf%pwF$rSNRD486@&%p5^om|AvgECRX&%p5^
z#Lx3dqKIEYX`6%iZL#EwDj$en4o#VepHOrI#INIa?b69b{Az})e9$ji07U!>Xk*JN
zAM}e3EXfq{8<Z{}^otHAOiu*p7d?^r{rbyG1pT61BI+M4mxvmjHZB#RUsOQy0hfrJ
z)hUzL;}e<NbuJONh<t*|2d~E-)HeE3{I;L@sYS%E{<?K?c|EQfB7QYG#IHuDjfkI6
zJRKl@Pl=6ul@G*kkV&S9UqZ>`Abtjp59#D0ejb#GB7O#r4<UY@PZCA^5=z?~#BYlw
zUsU-({Bmf@MEr!J8z6oiw`-S9F5*`+T;+p)(E=diS3nzER{5Y`bYMxQh~J=e0ij=X
zFkyNkK)>jT%<tD<ULxoh<q}c<Xt_kx=(KUE2>qf0k`K5<<g8AaydIy(+^%zpxJBd>
zR6ck;_Mo=Wm*Thm%ug*Me)ZR_lgsOI%@Fac(II{{I&DP!gyQJ{@q0>a<g0ujeuGRh
zMf?&<CI|5|aC}H77xD9;Oce1maC`{y^L&yh;+Ig`<{*AsEcv3!2jZ7QQzqgk6x{&v
z>$qLJbaD~Dn&B!R^ote%5x)Z3*s{t8{h|X)GDZ9br3(oCqJs(369M`~Ph@_-{_+w*
zzbKc8`bWzpqDH5UOGW4x6_9+uB_d~a%H;L<MCNv#OT;ZApP=%=>#+y5jlLAW?Pq>!
z5%H_PZk=3Sk86gAUyTm&tI=sA;wKbO2Z-NOVk2MW1MwSVk}2YsP%=4)pMm2;I=P6S
z2W6s&pMm2;h@a<^L=nG)(l!V2+hWNVRXz~E9GWr_KcVObh+oI;+NG0=_|*(o`Ji94
z0EqY%(8iWkKIj)6SduB?Hz-{|=ocMKn4SpGFM1;L`}LQX2>M02MASc8E)g|4ZCols
zzo>xZ11=Fct5YVg$0stk>s%sk5%~m_4_=QwsBQG6_-#M)Q;UdS{dMc)@_Jk|MEq)W
zh+mCP8xcRDcsfA*o)R1RDj$g7Ad^fHzl4&>LHrCHAJWN1{5&WVMf?mLA42>*pCpR-
zC6u-~h~E}VzNqqn_~p=)iTDXcH$eP4Zr3iIT*R+txXK6pq6I+2uYfkTtnxv>=)jUp
z5x+s{0z$v&V8Zl7fPT>vncuI!yhPA1$|a)y(Q=8X(P`sS5&A_1Bp+~z$XT5-c|AUn
zxn1WHaf`?&sC@8x>_Kg#FU4>BnV(uj{OYe;Czsdbnjzv>qeJ{^blQmc3B}U^;`fx;
z$XEG5{05n1iufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@@c55zBr
zrcA_7D7pdS*Kxac>Et4QHN#at=oc*jB7Oz5v1OGH`b7tpWQzC=N*56NMF$h6Cj#_~
zp2+-u{pBTseo-zF^^cZIM2$`xmx|CYDj@lQOGM7<l*#MyiOlUfmxx<LK0)P!*JBTA
z8+|E$+t2*eBH~wn-8#9v9@h*JzZxClSEJKL#7`)m4iLYm#74f#2jVx#BvZsMp=5Fp
zKLf{ybaD|t56VOlKLf{y5I@f+i6VXprEL!4x5bh#s(c`RIW%P=enQa=5WkMwwM!=#
z@v9lG@<G370TA&kpp7l7e9$jCuq0E&Z&12`&@VceFg+2VU-U%g_v<e&5%i04iKu_H
zTq0_8+PGANeo+C*2V5d@R;Nr}k56Q7*SSR8BJv3;AG{uWP}}HB@!Njprxp>v`s>!o
z<@LB`i1^j$5WgCoHX?pP@pORrJta2sRXz~EK_;0ZehDR$gZLRZKBSY2_<2w!iuf5g
zK7{yrK1meuODJt~5Wg*!d{N~C@ynqp6Y&#@Zh-i8+^$_ZxrkrQaFq}GMGJt4Ujc1w
zS>=O%(SaqIB7TF?1%!Ul!G!6F0R5sTGQVGcd5NH3luJbYqvaA&qtnKvBJ_(2NIu{a
zk+V8w@_KwCbGyzZ;ueulQ2F5X*n`?eUy9%MGe5P6_|;#xPA;#<HABR&Mu+&-=(G{>
z6N;w;#P2Dwk+1TB_zg126!A+anH<E=!0{oST*S|VGEv0O!0{o(&+|#5h+jf!n}hgm
zvE+*?ABbNLO__+FP;>*tuj6*@(#b{qYKE(P&@Wm5MEnY9W6LTZ^otHG$rSM$lrA9j
ziw-7CPXy=}J(2nS`pZiM{i0kV>K`qah#H+XE)}6)R6z0pmx!FzDU;XZ6Pep}E)lng
ze1ggcug4zLHu_Thwx9W_MZ~ZEx^;4SJ+2udel<G8uSTbhh@VhA9Uy*BiH&@f55#Yf
zNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u5=HzHO4}U7Z;K^gRQW*sa%jp#{Dh(#
zAbuUUYnM(g;#V_V<%53F0wCg7KpR_D`Ji8PU`eKk-=K5>p<i?`VR|A!zvzj~@7G^m
zBIp<85>fwXxkS|Hv~j5j{h|Vr54c3+tWKG{9-qkEu5*dFMdTAyK6pL$ptjMM;<x?G
zPc0&T_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3
z@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{W
zixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6D3^%(N6RImMyHKS
zMd%k5kbJ-;B4>5V<n{PO=60P+#4RG9pz^`%u?Mw{z7)UhXMSoC@vFaXom^gzYletl
zjSlgv(P<;%ClpTyh~HCUBVXkM@f&24DdLw<GC7E!f#X9uxrm<!Wul0mf#XAnpXZZA
z5x<1eHV5(BV#ya(J`legnlceTq38yPU&rm*rIU;J)eKkppkK5Ai1-!I#+Fq+=ocMW
zk}2XhC|yA47adHPo(Rw{dLr}t^_Q0j`bD`!)IVA-5j8q(Tq;7psDR`HE)hAaQzoy+
zCo;F|Tq14}`2>{@UXMMfZS<x1Z9nr<i-=$Sb?fBvdR#L^{AzTFUyV*15kH}LIzarM
z5*zs{ABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|RB#QVYl(spD-xf>0sPcjM
z<<OLg_z6WfK>Rvx*Djr0#II(!$_M?T1wh2FfHt<Q@<G4oz>-W6zd`8&Lci!>!t_Ld
ze$f+|-><*CM9?qFC8GY(a*3$XY2#86`b7mKA8?7tS)DR@JwB1SUFQ;Ui^wOaeDHeg
zL2aWi#c%tWpISux>aSZTm)GN(A>vn~L;PxV+KBiG#nS=e_mtSkSNTBv2AO1v_$8D~
z4&rCv_>fL6;^#q`DB@?}_z>df`6N-qFQK%}LHxE@@<o*o#4m@YOvFzpx&h+Xal3Zu
z<RX4G!&N@$7cBrHeg(9#Wt9*5MF*B-iuesm7ZCbI2NR|z0`!ZX$ozi&<t2iCQ7#en
zkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OP;#Ys&
zI=Q?a*9;NA8Xe+SqtiyjPbi)a5WlCyM!w1i;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A
z1ILFDKhGzLB7O;_Z4TnM#gZ?od?0=~G-V=wLeUKnzmD6rOD7lcs~N8HLBD7L5b-OZ
zjV-Hu&@Vc$BvZt1P`ZH7FFKeoJrST^^hD<O>n|@6^ow$dsDHFvB5HKnxKxCGQ31&Z
zTq1H-r%YatPh@V_xkTI|@(C&*ydHZ{+vrR2+kWP!77@St>(<HT^|)q;_|@nTzZ#u3
zB7Q>gbb$ChB{uR^J`le_CYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2P
zzb%%0QRM^i%b_U~@e_(}fcSOXu3b90h+oZcl@Izw3xJ4U0c~tq<%53FfhCzDeuL5l
zgnrS%gz1R@{h}u_zh8fOiJ)JUOGN#n<q}b&)5fJD^ot5eKHw6OvpQw+dVC^tyUr!z
z7LiX-`QY`~gW5)4ir@A#KedSX)nB(xF0aQmL&UE}hxpa#v=Q+Wil+m_?<uj7ukwNT
z4Km3T@k=O~9K_GS@gbdD#Lt5=QN+){@gc;|^GTwJUqWe{gZOQ+<clgFh+hs(nTVfI
zbOXe%<96-R$wmBXhO2zgFIoUZ{0eAe%PJrAiw-Qw6!9CBE+F)a4kk=b1n3t%k@@}l
z%S#0PqFf^CA1#-N8l5&S6`@~LK=J{Xh@90alh@-DncH<P5x0nZg31T4#~#!+`cnM1
zpZTdp#IOFkb#i$<t{EbJH9EwvMyHL4pHMs<AbwAYjeM04#BY#Erifoc$>bn@296Ku
z<RX3^l!+pK296IQex6SfMf?&<+Z@DiizQ!F`9S<~Xv#$VgrXZDejT@KmrgF?S2JAY
zgMQHhAmUd*8(UWSpkH)gNv4S3pmYJDUvw~GdLlr-=!wkl*I!;D=ojS@QU7SUMAYcC
zaj6LXq5_f+xJ2ZvPMN$OpUB*<bBVY`<P%grcs=%@w$Yd3xBbjdEh2vP*R7Mw>v7Ex
z@vG4xel<F6MEr!}=>YM2N^In-d?0><Ofp6M5=tfq@iTCINGBKZ^Po%=@iTCI2=ViL
zk|^SrP}=4oep@X0qRI#2mqSw~;wKc{0P*X%UAuI05x<(@Dj)QV761{y0@~QJ$_M?T
z14}YR{05~92>qgi3DXk+`bAG<e!u?m5<$Nxmx%gD%O#>lr;STR=ob}`e843lXLZWt
z_4q{QcAZPaEh3+w^1<t|2epm96u<3fergf%tG{lYTwafBhKOH{4)LqeX(Qq%6i)|;
z-&0~EU*!Yw8)T9x;+Ie|If$Qu<3l>Rh@S^#qKKb?<3os_=aWPczl72@2l3lt$rn{V
z5WgInG7&$a=mv;i$L-pslZ*J(3|IM}U$g*-_!ZE`mQ_CJ7adrVDdIOMT|np;9ZZ;>
z2+%KjBJ=z8mzN0oMY%-OKUyvkH9BovDnh@gfaC)%5jm?<Ca=dQGPmnoB5o1+1eFh7
zk3Fbu^riT1Kl4+Ih+qA6>*Vr!Tr))cYIKNSjZPa8KcRR!K>VH(8~G|9h~FTSOcB3?
zlF32*3>+WQ$wmA;C=*5e3>+Uq{5+o|iufgzwmFF37E8XU@`3o}(3FYz2}L(R{5o#e
zE}dM&uV%Q)2mPW2K*X<rHnyztLBHt0l1vf5LFocQzvy7X^hAJu(G!{9ufM!R&@aj*
zqW;lxiKx+O<5Cg&MFk`uaEZuSoicenK9RXy=Mr&?$S0_L@Otb)ZKE&6Z~K{_T15Qn
zuUjXV*W;QY;#Z?X{AzUCi1-P`(*ff5l-S5u`9S;znPiIiC6r7K;%DIakWMb*=Ruh$
z;%DIa5aQ?gBvHgKp|s6G{I*!~MU@Z4FNdZ~#7`)?0pizjyLRd1B7QZ)RX*q!EdU~Z
z1+=kcl@Izw2bN@t_zg-I5c)+26Q(Bu^oyRz{C@rAC4zoYE)n&QmP<s9P8*ks&@U<=
z`G8AA&gzuO>+y-q?K+o;TSPuV<%8E_4{95IDSq3}{L~`iSAX3)xx60N3=zK?9pYD`
z(?-NkD4q@wzo*1TzRCyUH^?MY#4n*_au7cQ$A@%s5kC*gL=is&$A=I<&nJl@ehH;*
z4&t}Pk}s-!AbvSCWg>n;(G3v4j@z|MCl~Rn8Lsj{zi0sv@hhN>EvtOcFFLR!Q^apj
zx`5CxI+!p$5uji6MCSMFFE0`Fi*kvmf3#d8YINGTRD^y}0m%nkB63!zOkR&qWNz2F
zMBF0s2`V4F9(z#R=u7e2e&(kZ5x@HD*2(4dxMqm>)#wnv8l5&GenRndfcQNnHu6<I
z5WhhtnIe7(C6j~r88|+qlZ*IyP$r7_88|+K_<24_6!A+aZF3O6EtY&y<pc4{p(zvb
z6N+wt_;uW_T{^jlU(Ilp5Bfz5fQVlKZERWPgMQJ0C7B|AgVF_re$l~%>4^aSq9-!H
zUw?UtpkI_rME#@X5>cbm#-$?kiwa0S;1ZFuI%V>Dd?ItZ&L!d&kxx+h;Pu#p+D2cB
z-}W;<wTSrDU$;&!ug5h*#IHt&_|@pN5%Cj>rvt?ADY22S@`3mbGRYM2ODLHf#LvL-
zA)Q>r&x0~i#LvL-A;iz~Nur2fLTQ_W_-(P|iz*+8Uk*)~h@Vh&1H`Z6cJ0#1Mf_@p
zt9;NeS^z}+3TR`?Dj)QV4lKzO@f(ybAoPn4CQMHR=odYa`ThFKO9cI*Tq5cpEtiNI
zoi;8Np<h%$@&T8KoYg6l*W(kJ+jTAxw}^a#$_KB<9@IAaQv9}``Kd+3ul~Aqa(O+j
z86ti)I>fI=r;Ui8P&^$Veou*we3cKxZ;(l*h+jg<<RE?qjt}YNB7Po}i6VXmjt?Pz
zo=*}*{1Qsr9K>&nC0|teK>TuO%0&Exq8lK79k*+jPA=kCGhF3^e$fIT;#WW$TUPm?
zUvywerikC5bOE7XbTDChB0#_BiOlcUUtS{U7v&OB|7f{H)abNvsR;d|0+J87MC7ba
znY<pK$lR`TiMU1N6I4EUJ@%ls(U;=4{mf4-B7XJPt&_{^am^6%tI;8TH9BoX{Dk7^
z0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa
z$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j
z(-Q&uMNedYzy9(PLBA-Mi26s%C89>BjY~!77Zs3vz$GGQb;{)R_(bM*olC?mBA=l0
z!RxUHwT-?MzwKv!Y7z0PziypeUXN>rh+mBk@vG5kBjP6%PX~zKQ(_}u<pc2>WRfZ3
zmryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7gatGzZ{w}5kH~m28dtB
z?b@Z2i}=+HSNWh{v;c_s70||(RX*q!9axen;x{N=K<F18OqiYs&@Xx-^ZWIemk9br
zxkS`IS}qYaI&EAkLcgeh<O41dIjd79ug51cx9eOYZV~wel@DHzJ*aK;rTA?>^HYn6
zU;TCK<nnr4GerDqbckP#P8$(Fp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K93RrjMf^M{
z6Gi+C93MjbJf9?r_$8FKIf&mDOTMV`f%xUnl!^EWMK?hFI&Rl4om|APX1K}+{h|dx
z#IJxhwyg3&zv#e{OcB39=>kH(=wQP1M1X$L6Pe$yzq~}yFUlpN{?T%YsL^TTQW5$^
z1tcGEiO5-<GI>2dk-1&x5^;;jC#Zbzdh9`Mqc6p8`<b6wMEvTnTPK&-<C-DjSEEDx
zYINF&_zA_+0pj<R*vMD;K>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{;^+A!QN%By
zw9P^Mwpj8-l@G)(ho(%#Pbj(p;@5GzcIo6Iel^2YKIj)M03v<`w6SHC5Bfz1mSl?f
z4N4af`b7s5rY8dQi=N2*e*NVof__mh5%rIjOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgs
zI+uuBL_R^~gV$pZY8!nie%sId)FR?nf89E{ydKvK5x*K8;#Z^7M#N7jo(>Sdr^H6S
z$_L^%$Rtz5FQH^|5I+OQhjelgKM%@85kCXRhY&x{Cy63{38ifg;<v?;FRFYXemOK{
zB7Q>A4G_PM+qFw47xAkZuJS>@XaNxME1-=nt9;NeI<O>D#BWf#fY2{Gm@qvNpkMSv
z=J)F_FA?;Ma*3#av|J);blSL7gnm&0$p>5_a#p8IUXM>?Zr8a)+#>P`Dj&Qadr;fx
zOYz%&=BE}BzxwOe$>sI9W{CLJ=n%geoi-wVLh*Ef_&p^y@>M<%zd<IMB7O-alY{sf
zI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oea}d8RmV8m=1M$nDDHHJ%if(}Tb=<C9I=P5n
z&2W_u`b7(Xh+hG1Y+2=le$jy?nIe9J(glQm(ZPi2i2(hgCo;cZe|d?ZUzAHk{iEd)
zQKQqwr6Tl;3P?WS5|OhyW%7D_B6GXWCE^y5Pf+>b_1J^jMqi5G_A@`Vi1^iCw@xmv
z$2CL5uSSRX)#$Vl@e_)t1H|tsv5~Lxf%pwF$rSNRD486@&%p5^om|AvgECRX&%p5^
z#Lx3dqKIEYX`6%iZL#EwDj$en4o#VepHOrI#INIa?b69b{Az})e9$ji07U!>Xk*JN
zAM}e3EXfq{8<Z{}^otHAOiu*p7d?^r{rbyG1pT61BI+M4mxvmjHZB#RUsOQy0hfrJ
z)hUzL;}e<NbuJONh<t*|2d~E-)HeE3{I;L@sYS%E{<?K?c|EQfB7QYG#IHuDjfkI6
zJRKl@Pl=6ul@G*kkV&S9UqZ>`Abtjp59#D0ejb#GB7O#r4<UY@PZCA^5=z?~#BYlw
zUsU-({Bmf@MEr!J8z6oiw`-S9F5*`+T;+p)(E=diS3nzER{5Y`bYMxQh~J=e0ij=X
zFkyNkK)>jT%<tD<ULxoh<q}c<Xt_kx=(KUE2>qf0k`K5<<g8AaydIy(+^%zpxJBd>
zR6ck;_Mo=Wm*Thm%ug*Me)ZR_lgsOI%@Fac(II{{I&DP!gyQJ{@q0>a<g0ujeuGRh
zMf?&<CI|5|aC}H77xD9;Oce1maC`{y^L&yh;+Ig`<{*AsEcv3!2jZ7QQzqgk6x{&v
z>$qLJbaD~Dn&B!R^ote%5x)Z3*s{t8{h|X)GDZ9br3(oCqJs(369M`~Ph@_-{_+w*
zzbKc8`bWzpqDH5UOGW4x6_9+uB_d~a%H;L<MCNv#OT;ZApP=%=>#+y5jlLAW?Pq>!
z5%H_PZk=3Sk86gAUyTm&tI=sA;wKbO2Z-NOVk2MW1MwSVk}2YsP%=4)pMm2;I=P6S
z2W6s&pMm2;h@a<^L=nG)(l!V2+hWNVRXz~E9GWr_KcVObh+oI;+NG0=_|*(o`Ji94
z0EqY%(8iWkKIj)6SduB?Hz-{|=ocMKn4SpGFM1;L`}LQX2>M02MASc8E)g|4ZCols
zzo>xZ11=Fct5YVg$0stk>s%sk5%~m_4_=QwsBQG6_-#M)Q;UdS{dMc)@_Jk|MEq)W
zh+mCP8xcRDcsfA*o)R1RDj$g7Ad^fHzl4&>LHrCHAJWN1{5&WVMf?mLA42>*pCpR-
zC6u-~h~E}VzNqqn_~p=)iTDXcH$eP4Zr3iIT*R+txXK6pq6I+2uYfkTtnxv>=)jUp
z5x+s{0z$v&V8Zl7fPT>vncuI!yhPA1$|a)y(Q=8X(P`sS5&A_1Bp+~z$XT5-c|AUn
zxn1WHaf`?&sC@8x>_Kg#FU4>BnV(uj{OYe;Czsdbnjzv>qeJ{^blQmc3B}U^;`fx;
z$XEG5{05n1iufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@@c55zBr
zrcA_7D7pdS*Kxac>Et4QHN#at=oc*jB7Oz5v1OGH`b7tpWQzC=N*56NMF$h6Cj#_~
zp2+-u{pBTseo-zF^^cZIM2$`xmx|CYDj@lQOGM7<l*#MyiOlUfmxx<LK0)P!*JBTA
z8+|E$+t2*eBH~wn-8#9v9@h*JzZxClSEJKL#7`)m4iLYm#74f#2jVx#BvZsMp=5Fp
zKLf{ybaD|t56VOlKLf{y5I@f+i6VXprEL!4x5bh#s(c`RIW%P=enQa=5WkMwwM!=#
z@v9lG@<G370TA&kpp7l7e9$jCuq0E&Z&12`&@VceFg+2VU-U%g_v<e&5%i04iKu_H
zTq0_8+PGANeo+C*2V5d@R;Nr}k56Q7*SSR8BJv3;AG{uWP}}HB@!Njprxp>v`s>!o
z<@LB`i1^j$5WgCoHX?pP@pORrJta2sRXz~EK_;0ZehDR$gZLRZKBSY2_<2w!iuf5g
zK7{yrK1meuODJt~5Wg*!d{N~C@ynqp6Y&#@Zh-i8+^$_ZxrkrQaFq}GMGJt4Ujc1w
zS>=O%(SaqIB7TF?1%!Ul!G!6F0R5sTGQVGcd5NH3luJbYqvaA&qtnKvBJ_(2NIu{a
zk+V8w@_KwCbGyzZ;ueulQ2F5X*n`?eUy9%MGe5P6_|;#xPA;#<HABR&Mu+&-=(G{>
z6N;w;#P2Dwk+1TB_zg126!A+anH<E=!0{oST*S|VGEv0O!0{o(&+|#5h+jf!n}hgm
zvE+*?ABbNLO__+FP;>*tuj6*@(#b{qYKE(P&@Wm5MEnY9W6LTZ^otHG$rSM$lrA9j
ziw-7CPXy=}J(2nS`pZiM{i0kV>K`qah#H+XE)}6)R6z0pmx!FzDU;XZ6Pep}E)lng
ze1ggcug4zLHu_Thwx9W_MZ~ZEx^;4SJ+2udel<G8uSTbhh@VhA9Uy*BiH&@f55#Yf
zNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u5=HzHO4}U7Z;K^gRQW*sa%jp#{Dh(#
zAbuUUYnM(g;#V_V<%53F0wCg7KpR_D`Ji8PU`eKk-=K5>p<i?`VR|A!zvzj~@7G^m
zBIp<85>fwXxkS|Hv~j5j{h|Vr54c3+tWKG{9-qkEu5*dFMdTAyK6pL$ptjMM;<x?G
zPc0&T_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3
z@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{W
zixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6D3^%(N6RImMyHKS
zMd%k5kbJ-;B4>5V<n{PO=60P+#4RG9pz^`%u?Mw{z7)UhXMSoC@vFaXom^gzYletl
zjSlgv(P<;%ClpTyh~HCUBVXkM@f&24DdLw<GC7E!f#X9uxrm<!Wul0mf#XAnpXZZA
z5x<1eHV5(BV#ya(J`legnlceTq38yPU&rm*rIU;J)eKkppkK5Ai1-!I#+Fq+=ocMW
zk}2XhC|yA47adHPo(Rw{dLr}t^_Q0j`bD`!)IVA-5j8q(Tq;7psDR`HE)hAaQzoy+
zCo;F|Tq14}`2>{@UXMMfZS<x1Z9nr<i-=$Sb?fBvdR#L^{AzTFUyV*15kH}LIzarM
z5*zs{ABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|RB#QVYl(spD-xf>0sPcjM
z<<OLg_z6WfK>Rvx*Djr0#II(!$_M?T1wh2FfHt<Q@<G4oz>-W6zd`8&Lci!>!t_Ld
ze$f+|-><*CM9?qFC8GY(a*3$XY2#86`b7mKA8?7tS)DR@JwB1SUFQ;Ui^wOaeDHeg
zL2aWi#c%tWpISux>aSZTm)GN(A>vn~L;PxV+KBiG#nS=e_mtSkSNTBv2AO1v_$8D~
z4&rCv_>fL6;^#q`DB@?}_z>df`6N-qFQK%}LHxE@@<o*o#4m@YOvFzpx&h+Xal3Zu
z<RX4G!&N@$7cBrHeg(9#Wt9*5MF*B-iuesm7ZCbI2NR|z0`!ZX$ozi&<t2iCQ7#en
zkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OP;#Ys&
zI=Q?a*9;NA8Xe+SqtiyjPbi)a5WlCyM!w1i;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A
z1ILFDKhGzLB7O;_Z4TnM#gZ?od?0=~G-V=wLeUKnzmD6rOD7lcs~N8HLBD7L5b-OZ
zjV-Hu&@Vc$BvZt1P`ZH7FFKeoJrST^^hD<O>n|@6^ow$dsDHFvB5HKnxKxCGQ31&Z
zTq1H-r%YatPh@V_xkTI|@(C&*ydHZ{+vrR2+kWP!77@St>(<HT^|)q;_|@nTzZ#u3
zB7Q>gbb$ChB{uR^J`le_CYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2P
zzb%%0QRM^i%b_U~@e_(}fcSOXu3b90h+oZcl@Izw3xJ4U0c~tq<%53FfhCzDeuL5l
zgnrS%gz1R@{h}u_zh8fOiJ)JUOGN#n<q}b&)5fJD^ot5eKHw6OvpQw+dVC^tyUr!z
z7LiX-`QY`~gW5)4ir@A#KedSX)nB(xF0aQmL&UE}hxpa#v=Q+Wil+m_?<uj7ukwNT
z4Km3T@k=O~9K_GS@gbdD#Lt5=QN+){@gc;|^GTwJUqWe{gZOQ+<clgFh+hs(nTVfI
zbOXe%<96-R$wmBXhO2zgFIoUZ{0eAe%PJrAiw-Qw6!9CBE+F)a4kk=b1n3t%k@@}l
z%S#0PqFf^CA1#-N8l5&S6`@~LK=J{Xh@90alh@-DncH<P5x0nZg31T4#~#!+`cnM1
zpZTdp#IOFkb#i$<t{EbJH9EwvMyHL4pHMs<AbwAYjeM04#BY#Erifoc$>bn@296Ku
z<RX3^l!+pK296IQex6SfMf?&<+Z@DiizQ!F`9S<~Xv#$VgrXZDejT@KmrgF?S2JAY
zgMQHhAmUd*8(UWSpkH)gNv4S3pmYJDUvw~GdLlr-=!wkl*I!;D=ojS@QU7SUMAYcC
zaj6LXq5_f+xJ2ZvPMN$OpUB*<bBVY`<P%grcs=%@w$Yd3xBbjdEh2vP*R7Mw>v7Ex
z@vG4xel<F6MEr!}=>YM2N^In-d?0><Ofp6M5=tfq@iTCINGBKZ^Po%=@iTCI2=ViL
zk|^SrP}=4oep@X0qRI#2mqSw~;wKc{0P*X%UAuI05x<(@Dj)QV761{y0@~QJ$_M?T
z14}YR{05~92>qgi3DXk+`bAG<e!u?m5<$Nxmx%gD%O#>lr;STR=ob}`e843lXLZWt
z_4q{QcAZPaEh3+w^1<t|2epm96u<3fergf%tG{lYTwafBhKOH{4)LqeX(Qq%6i)|;
z-&0~EU*!Yw8)T9x;+Ie|If$Qu<3l>Rh@S^#qKKb?<3os_=aWPczl72@2l3lt$rn{V
z5WgInG7&$a=mv;i$L-pslZ*J(3|IM}U$g*-_!ZE`mQ_CJ7adrVDdIOMT|np;9ZZ;>
z2+%KjBJ=z8mzN0oMY%-OKUyvkH9BovDnh@gfaC)%5jm?<Ca=dQGPmnoB5o1+1eFh7
zk3Fbu^riT1Kl4+Ih+qA6>*Vr!Tr))cYIKNSjZPa8KcRR!K>VH(8~G|9h~FTSOcB3?
zlF32*3>+WQ$wmA;C=*5e3>+Uq{5+o|iufgzwmFF37E8XU@`3o}(3FYz2}L(R{5o#e
zE}dM&uV%Q)2mPW2K*X<rHnyztLBHt0l1vf5LFocQzvy7X^hAJu(G!{9ufM!R&@aj*
zqW;lxiKx+O<5Cg&MFk`uaEZuSoicenK9RXy=Mr&?$S0_L@Otb)ZKE&6Z~K{_T15Qn
zuUjXV*W;QY;#Z?X{AzUCi1-P`(*ff5l-S5u`9S;znPiIiC6r7K;%DIakWMb*=Ruh$
z;%DIa5aQ?gBvHgKp|s6G{I*!~MU@Z4FNdZ~#7`)?0pizjyLRd1B7QZ)RX*q!EdU~Z
z1+=kcl@Izw2bN@t_zg-I5c)+26Q(Bu^oyRz{C@rAC4zoYE)n&QmP<s9P8*ks&@U<=
z`G8AA&gzuO>+y-q?K+o;TSPuV<%8E_4{95IDSq3}{L~`iSAX3)xx60N3=zK?9pYD`
z(?-NkD4q@wzo*1TzRCyUH^?MY#4n*_au7cQ$A@%s5kC*gL=is&$A=I<&nJl@ehH;*
z4&t}Pk}s-!AbvSCWg>n;(G3v4j@z|MCl~Rn8Lsj{zi0sv@hhN>EvtOcFFLR!Q^apj
zx`5CxI+!p$5uji6MCSMFFE0`Fi*kvmf3#d8YINGTRD^y}0m%nkB63!zOkR&qWNz2F
zMBF0s2`V4F9(z#R=u7e2e&(kZ5x@HD*2(4dxMqm>)#wnv8l5&GenRndfcQNnHu6<I
z5WhhtnIe7(C6j~r88|+qlZ*IyP$r7_88|+K_<24_6!A+aZF3O6EtY&y<pc4{p(zvb
z6N+wt_;uW_T{^jlU(Ilp5Bfz5fQVlKZERWPgMQJ0C7B|AgVF_re$l~%>4^aSq9-!H
zUw?UtpkI_rME#@X5>cbm#-$?kiwa0S;1ZFuI%V>Dd?ItZ&L!d&kxx+h;Pu#p+D2cB
z-}W;<wTSrDU$;&!ug5h*#IHt&_|@pN5%Cj>rvt?ADY22S@`3mbGRYM2ODLHf#LvL-
zA)Q>r&x0~i#LvL-A;iz~Nur2fLTQ_W_-(P|iz*+8Uk*)~h@Vh&1H`Z6cJ0#1Mf_@p
zt9;NeS^z}+3TR`?Dj)QV4lKzO@f(ybAoPn4CQMHR=odYa`ThFKO9cI*Tq5cpEtiNI
zoi;8Np<h%$@&T8KoYg6l*W(kJ+jTAxw}^a#$_KB<9@IAaQv9}``Kd+3ul~Aqa(O+j
z86ti)I>fI=r;Ui8P&^$Veou*we3cKxZ;(l*h+jg<<RE?qjt}YNB7Po}i6VXmjt?Pz
zo=*}*{1Qsr9K>&nC0|teK>TuO%0&Exq8lK79k*+jPA=kCGhF3^e$fIT;#WW$TUPm?
zUvywerikC5bOE7XbTDChB0#_BiOlcUUtS{U7v&OB|7f{H)abNvsR;d|0+J87MC7ba
znY<pK$lR`TiMU1N6I4EUJ@%ls(U;=4{mf4-B7XJPt&_{^am^6%tI;8TH9BoX{Dk7^
z0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa
z$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j
z(-Q&uMNedYzy9(PLBA-Mi26s%C89>BjY~!77Zs3vz$GGQb;{)R_(bM*olC?mBA=l0
z!RxUHwT-?MzwKv!Y7z0PziypeUXN>rh+mBk@vG5kBjP6%PX~zKQ(_}u<pc2>WRfZ3
zmryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7gatGzZ{w}5kH~m28dtB
z?b@Z2i}=+HSNWh{v;c_s70||(RX*q!9axen;x{N=K<F18OqiYs&@Xx-^ZWIemk9br
zxkS`IS}qYaI&EAkLcgeh<O41dIjd79ug51cx9eOYZV~wel@DHzJ*aK;rTA?>^HYn6
zU;TCK<nnr4GerDqbckP#P8$(Fp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K93RrjMf^M{
z6Gi+C93MjbJf9?r_$8FKIf&mDOTMV`f%xUnl!^EWMK?hFI&Rl4om|APX1K}+{h|dx
z#IJxhwyg3&zv#e{OcB39=>kH(=wQP1M1X$L6Pe$yzq~}yFUlpN{?T%YsL^TTQW5$^
z1tcGEiO5-<GI>2dk-1&x5^;;jC#Zbzdh9`Mqc6p8`<b6wMEvTnTPK&-<C-DjSEEDx
zYINF&_zA_+0pj<R*vMD;K>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{;^+A!QN%By
zw9P^Mwpj8-l@G)(ho(%#Pbj(p;@5GzcIo6Iel^2YKIj)M03v<`w6SHC5Bfz1mSl?f
z4N4af`b7s5rY8dQi=N2*e*NVof__mh5%rIjOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgs
zI+uuBL_R^~gV$pZY8!nie%sId)FR?nf89E{ydKvK5x*K8;#Z^7M#N7jo(>Sdr^H6S
z$_L^%$Rtz5FQH^|5I+OQhjelgKM%@85kCXRhY&x{Cy63{38ifg;<v?;FRFYXemOK{
zB7Q>A4G_PM+qFw47xAkZuJS>@XaNxME1-=nt9;NeI<O>D#BWf#fY2{Gm@qvNpkMSv
z=J)F_FA?;Ma*3#av|J);blSL7gnm&0$p>5_a#p8IUXM>?Zr8a)+#>P`Dj&Qadr;fx
zOYz%&=BE}BzxwOe$>sI9W{CLJ=n%geoi-wVLh*Ef_&p^y@>M<%zd<IMB7O-alY{sf
zI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oea}d8RmV8m=1M$nDDHHJ%if(}Tb=<C9I=P5n
z&2W_u`b7(Xh+hG1Y+2=le$jy?nIe9J(glQm(ZPi2i2(hgCo;cZe|d?ZUzAHk{iEd)
zQKQqwr6Tl;3P?WS5|OhyW%7D_B6GXWCE^y5Pf+>b_1J^jMqi5G_A@`Vi1^iCw@xmv
z$2CL5uSSRX)#$Vl@e_)t1H|tsv5~Lxf%pwF$rSNRD486@&%p5^om|AvgECRX&%p5^
z#Lx3dqKIEYX`6%iZL#EwDj$en4o#VepHOrI#INIa?b69b{Az})e9$ji07U!>Xk*JN
zAM}e3EXfq{8<Z{}^otHAOiu*p7d?^r{rbyG1pT61BI+M4mxvmjHZB#RUsOQy0hfrJ
z)hUzL;}e<NbuJONh<t*|2d~E-)HeE3{I;L@sYS%E{<?K?c|EQfB7QYG#IHuDjfkI6
zJRKl@Pl=6ul@G*kkV&S9UqZ>`Abtjp59#D0ejb#GB7O#r4<UY@PZCA^5=z?~#BYlw
zUsU-({Bmf@MEr!J8z6oiw`-S9F5*`+T;+p)(E=diS3nzER{5Y`bYMxQh~J=e0ij=X
zFkyNkK)>jT%<tD<ULxoh<q}c<Xt_kx=(KUE2>qf0k`K5<<g8AaydIy(+^%zpxJBd>
zR6ck;_Mo=Wm*Thm%ug*Me)ZR_lgsOI%@Fac(II{{I&DP!gyQJ{@q0>a<g0ujeuGRh
zMf?&<CI|5|aC}H77xD9;Oce1maC`{y^L&yh;+Ig`<{*AsEcv3!2jZ7QQzqgk6x{&v
z>$qLJbaD~Dn&B!R^ote%5x)Z3*s{t8{h|X)GDZ9br3(oCqJs(369M`~Ph@_-{_+w*
zzbKc8`bWzpqDH5UOGW4x6_9+uB_d~a%H;L<MCNv#OT;ZApP=%=>#+y5jlLAW?Pq>!
z5%H_PZk=3Sk86gAUyTm&tI=sA;wKbO2Z-NOVk2MW1MwSVk}2YsP%=4)pMm2;I=P6S
z2W6s&pMm2;h@a<^L=nG)(l!V2+hWNVRXz~E9GWr_KcVObh+oI;+NG0=_|*(o`Ji94
z0EqY%(8iWkKIj)6SduB?Hz-{|=ocMKn4SpGFM1;L`}LQX2>M02MASc8E)g|4ZCols
zzo>xZ11=Fct5YVg$0stk>s%sk5%~m_4_=QwsBQG6_-#M)Q;UdS{dMc)@_Jk|MEq)W
zh+mCP8xcRDcsfA*o)R1RDj$g7Ad^fHzl4&>LHrCHAJWN1{5&WVMf?mLA42>*pCpR-
zC6u-~h~E}VzNqqn_~p=)iTDXcH$eP4Zr3iIT*R+txXK6pq6I+2uYfkTtnxv>=)jUp
z5x+s{0z$v&V8Zl7fPT>vncuI!yhPA1$|a)y(Q=8X(P`sS5&A_1Bp+~z$XT5-c|AUn
zxn1WHaf`?&sC@8x>_Kg#FU4>BnV(uj{OYe;Czsdbnjzv>qeJ{^blQmc3B}U^;`fx;
z$XEG5{05n1iufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@@c55zBr
zrcA_7D7pdS*Kxac>Et4QHN#at=oc*jB7Oz5v1OGH`b7tpWQzC=N*56NMF$h6Cj#_~
zp2+-u{pBTseo-zF^^cZIM2$`xmx|CYDj@lQOGM7<l*#MyiOlUfmxx<LK0)P!*JBTA
z8+|E$+t2*eBH~wn-8#9v9@h*JzZxClSEJKL#7`)m4iLYm#74f#2jVx#BvZsMp=5Fp
zKLf{ybaD|t56VOlKLf{y5I@f+i6VXprEL!4x5bh#s(c`RIW%P=enQa=5WkMwwM!=#
z@v9lG@<G370TA&kpp7l7e9$jCuq0E&Z&12`&@VceFg+2VU-U%g_v<e&5%i04iKu_H
zTq0_8+PGANeo+C*2V5d@R;Nr}k56Q7*SSR8BJv3;AG{uWP}}HB@!Njprxp>v`s>!o
z<@LB`i1^j$5WgCoHX?pP@pORrJta2sRXz~EK_;0ZehDR$gZLRZKBSY2_<2w!iuf5g
zK7{yrK1meuODJt~5Wg*!d{N~C@ynqp6Y&#@Zh-i8+^$_ZxrkrQaFq}GMGJt4Ujc1w
zS>=O%(SaqIB7TF?1%!Ul!G!6F0R5sTGQVGcd5NH3luJbYqvaA&qtnKvBJ_(2NIu{a
zk+V8w@_KwCbGyzZ;ueulQ2F5X*n`?eUy9%MGe5P6_|;#xPA;#<HABR&Mu+&-=(G{>
z6N;w;#P2Dwk+1TB_zg126!A+anH<E=!0{oST*S|VGEv0O!0{o(&+|#5h+jf!n}hgm
zvE+*?ABbNLO__+FP;>*tuj6*@(#b{qYKE(P&@Wm5MEnY9W6LTZ^otHG$rSM$lrA9j
ziw-7CPXy=}J(2nS`pZiM{i0kV>K`qah#H+XE)}6)R6z0pmx!FzDU;XZ6Pep}E)lng
ze1ggcug4zLHu_Thwx9W_MZ~ZEx^;4SJ+2udel<G8uSTbhh@VhA9Uy*BiH&@f55#Yf
zNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u5=HzHO4}U7Z;K^gRQW*sa%jp#{Dh(#
zAbuUUYnM(g;#V_V<%53F0wCg7KpR_D`Ji8PU`eKk-=K5>p<i?`VR|A!zvzj~@7G^m
zBIp<85>fwXxkS|Hv~j5j{h|Vr54c3+tWKG{9-qkEu5*dFMdTAyK6pL$ptjMM;<x?G
zPc0&T_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3
z@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{W
zixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6D3^%(N6RImMyHKS
zMd%k5kbJ-;B4>5V<n{PO=60P+#4RG9pz^`%u?Mw{z7)UhXMSoC@vFaXom^gzYletl
zjSlgv(P<;%ClpTyh~HCUBVXkM@f&24DdLw<GC7E!f#X9uxrm<!Wul0mf#XAnpXZZA
z5x<1eHV5(BV#ya(J`legnlceTq38yPU&rm*rIU;J)eKkppkK5Ai1-!I#+Fq+=ocMW
zk}2XhC|yA47adHPo(Rw{dLr}t^_Q23|K|Oof9Ws%kN?Ae{nuar>wo?K`T4*8$v^og
z|L7n6qksI5|MB%F|L6bwpMU=i{`vhAxkSAG?v{$sFIte~5>Y@KTX;PlK=LV<h@90n
zQ{{u#<1HV*_)`4*hkqf;>v8=p>*Vr!Tr))cYIKNSjZPa8KcRR!K>VH(8~G|9h~FTS
zOcB3?lF32*3>+WQ$wmA;C=*5e3>+Uq{5+o|iufgzwmFF37E8XU@`3o}(3FYz2}L(R
z{5o#eE}dM&uV%Q)2mPW2K*X<rHnyztLBHt0l1vf5LFocQzvy7X^hAJu(G!{9ufM!R
z{5S6x{ja^E|6TmQfBL6?`ulJ2&+nheCF1>ew^W3F(SjtGhyvQ!!t3z>l25rr<gB)t
zDj&QaZ~6Gem*VF?{0mWDkLzz)Czsdbnjzv>qeJ{^blQmc3B}U^;`fx;$XEG5{05n1
ziufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@@c55zBrrcA_7D7pdS
z*Kxac>Et4QHN#at=oc*jB7Oz5v1OGH`b7tpWQzC=N*56NMF$h6Cj#_~p2+-u{pBTs
ze$hYMs7k-+qaQGrh)1}#$xB7(7u~|~i(Dc+pCrobaYAXE!zE&iC0|te;Pp6%rp%Y(
zr_cH9fY;;ttJlfp^|)q;_|@nTzZ#u3B7Q>gbb$ChB{uR^J`le_CYd6B2_=(*_!&4p
zq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QRM^i%b_U~@e_(}fcSOXu3b90h+oZc
zl@Izw3xJ4U0c~tq<%53FfhCzDeuL5lgnrS%gz1R@{h}u_zh8fOiJ)JUe$o0z%O#>l
zr;STR=ob}`e843lXLZWt_4q{QcAZPaEh3+w^1<t|2epm96u<3ferl1|<NE8?$>sI9
zW{CLJ=n%geoi-wVLh*Ef_&p^y@>M<%zd<IMB7O-alY{sfI6kD4i}-m^CW`nOI6j2<
zc|J)L@k=Oea}d8RmV8m=1M$nDDHHJ%if(}Tb=<C9I=P5n&2W_u`b7(Xh+hG1Y+2=l
ze$jy?nIe9J(glQm(ZPi2i2(hgCo;cZe|d?ZUzC2)`bWzpqDH5UOGW4x6_9+uB_d~a
z%H;L<MCNv#OT;ZApP=%=>#+y5jlLAW?Pq>!k=Nt;>(<HT^|)q;_|@nTzZ#u3B7Q>g
zbb$ChB{uR^J`le_CYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0
zQRM^i%b_U~@e_(}fcSOXu3b90h+oZcl@Izw3xJ4U0c~tq<%53FfhCzDeuL5lgnrS%
zgz1R@{h}u_zh8fOiTLlTU-W<d-~RId`G5W2zx?<A{+Is``bFy>EtiNIoi;8Np<h%$
z@&T8KoYg6l*W(kJ+jTAxw}^a#$_KB<9@IAaQv9}``Kd)-kL#~nCzsdbnjzv>qeJ{^
zblQmc3B}U^;`fx;$XEG5{05n1iufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=
z%|ZOOSn@@c55zBrrcA_7D7pdS*Kxac>Et4QHN#at=oc*jB7Oz5v1OGH`b7tpWQzC=
zN*56NMF$h6Cj#_~p2+-u{pBU%zpH-Hzw%fA=pX#UKl$aq|Jon@G5w<TkCsbBjZPbv
ziqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%
ztI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=
zDB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0
zOEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar
z@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eK
zdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P
z;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U
z0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$j
zV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9n
zN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<
zyL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;d
zqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P
z_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze
z6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8
zzXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1A
zAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8T
zH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;
z+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L
z2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgs
zI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBN
zt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2H
zCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2Kx
zWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@
zeJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*K
zGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569
zznbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oK
zOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF
z%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~
zd<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICW
zvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kx
zM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX
z{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jB
zTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK
z{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuB
zL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4S
zgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)
z-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?
z@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1
z&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!J
zCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAH
zAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M
z8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?
z5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOL
ze3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbj
zq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z
z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^
z0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa
z$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j
z(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~
zgV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-
z{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0H
zxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6
zDE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OP
zugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~Sa
zpiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB
z01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dE
zFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+g
zA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Q
zmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614Z
zMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn
z%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZD
zY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?
zLsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&u
zMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZ
zY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg
z2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+
zauL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@K
zkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*
zt&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;
zGjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e
z+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAU
zfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PF
zZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~
zAbwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(
z3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdt
zh+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-ta
zAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=
zCluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedY
zzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!ni
ze%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-
zd`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p
z;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbB
zjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^
zam^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze
z@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn
z2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq
z>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp
z;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc
z`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9
zg9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NH
zLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{P
zGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP
z@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(P
zLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId
z)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3
z@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{W
zixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbv
ziqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%
ztI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=
zDB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0
zOEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar
z@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eK
zdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P
z;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U
z0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$j
zV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9n
zN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<
zyL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;d
zqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P
z_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze
z6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8
zzXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1A
zAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8T
zH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;
z+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L
z2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgs
zI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBN
zt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2H
zCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2Kx
zWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@
zeJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*K
zGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569
zznbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oK
zOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF
z%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~
zd<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICW
zvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kx
zM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX
z{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jB
zTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK
z{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuB
zL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4S
zgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)
z-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?
z@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1
z&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!J
zCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAH
zAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M
z8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?
z5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOL
ze3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbj
zq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z
z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^
z0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa
z$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j
z(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~
zgV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-
z{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0H
zxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6
zDE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OP
zugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~Sa
zpiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB
z01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dE
zFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+g
zA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Q
zmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614Z
zMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn
z%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZD
zY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?
zLsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&u
zMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZ
zY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg
z2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+
zauL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@K
zkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*
zt&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;
zGjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e
z+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAU
zfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PF
zZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~
zAbwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(
z3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdt
zh+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-ta
zAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=
zCluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedY
zzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!ni
ze%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-
zd`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p
z;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbB
zjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^
zam^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze
z@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn
z2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq
z>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp
z;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc
z`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9
zg9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NH
zLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{P
zGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP
z@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(P
zLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId
z)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3
z@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{W
zixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbv
ziqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%
ztI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=
zDB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0
zOEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar
z@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eK
zdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P
z;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U
z0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$j
zV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9n
zN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<
zyL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNedYzy9(PLBA;d
zqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sId)FQ9P
z_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze
z6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8
zzXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWPZQ?@)AM6DE*@KkCsbBjZPbviqJ1A
zAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-~OPugCS*t&_{^am^6%tI;8T
zH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;
z+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L
z2BixK{i1^j(-Q&uMNedYzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgs
zI+uuBL_R^~gV$pZY8!nie%sId)FQ9P_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBN
zt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2H
zCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0Ufj|D^
zKfZn~f9r4kt^fBA^sgl$|N3A5>p#%veduErx*Fi${F{GM4U_-V|NOuFgMauZKmND=
z^lR`}{^}q7_)q_9fAq(H_CLVC`d9zzLqDBA#9#I0&+iZMAK}mUXI%f#TMYkv|26(w
z{HGT>0M_{H!cqT;e_=NM*`FWk(tWM`{5o#eu7wVOH9(!;`V+pqk)PkoZ=auE4N&OT
zkFfrnFK?u9)ZacozZ#u3^79jlrvobQQ(_}u=Xb0#O$hMwODLHfetrgy4+-7+5&C4J
zTLM(xEtX`FpI<`B=kW9Md`y(eYv3dyo!=yxoI!w}-vIJ-x_*Aw|9rZUe4X6&BLql6
z0CWYkwS}MGK=&{I<-c70qJQ!ye{$*)WE}#Fz~BA5e|PnZ{#k`!{O6It-}oDULk*Mk
zi~fs$@h|>7eu?~Nh5!U0009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHaf
zKmY;|fB*y_kQ4al|NNiRFG@RTNZ{}Ny}x(;TK@Lm{@efGAL3uve?#*6q5kQg{^=j$
z^S<>NSL3&i`M>?Q|Mux${`wN>7Zrhj^KbsmQ-EL2*U4SKz<>Ae{@s^pbbt5j{}TO0
z@A~hG@3wz=*Ps1wiN6^B`+xuMzf7b1yI=pryU<<#H!`~IU*5G&?)pdH_5T6w%P6|P
zyUGXRR{(q|e#M{o7i`NaADrCcYt_kJ|MWxr3WkVZ0c~wT{AzUCi1-P`(*ff5l-S5u
z`9S;znPj?7?y9`Si(m3b{Kd{e{Oa#lCl~Rn86ti)I>fI=r;Ui8P&^$Veou*we3cKx
zZ;(l*h+jg<<fwd@970<HI=P77mQS*{$_H1rgw@E=$z4A`{#U(&PcmKQgSYyG)yP5o
z29WE2`MCN;|LH&dr(x3|X`dzV_y7LizkV%$=kNTTKL~;U@?ZYTssjJ<KmNx*$OnGv
zL#|G<Meq8bSKH6izx(wis#}u(e$ne1`xM}p^L299FYvlke3?e~cV8xa2}!s8%e(%=
zfA|mjN8dI0PygvZeVIo0cVFe>x_@=szr5?u-eE6){xXX0@2>KJ_!R(OieK?3{sr5z
z%E#3&`WNi)^@G2TPA=kC(?<MibckP#P8$(Fp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K
z93RrjMf^M{6Gi+C93MjbJf9?r_$8FKIf&mDOTMV`f%xUnl!^EWMK?hFI&Rl4om|AP
zX1K~n(WFuTiGN`>B7X0`%2hsS(kMtGegoPCWc7>wvw!x_Mu;f{1_Am-2ax}U)0dYB
z`bE_)dkyFpee_G_67dMvHhHNC{i0hqevwOr=aWQvJx(ZXbGSrovE+*?AG{vt(3JU7
z{Pa1W9q@WwfAu=KydKvK5x*K8;#Z^7M#N7jo(>Sdr^H6S$_L^%$Rtz5FQH^|5I+OQ
zhjelgKM%@85kCXRhY&x{Cy63{38ifg;<v?;FRFYXemOK{B7Q>A4G_PM+qFw47xAkZ
zuJS>@XaNxME1-=nt9;NeI<O>D#BWf#fY2{Gm@qvNpkMSv=J)F_FA?;M(l1*7Xt_kx
z=(KUE2>qf0k`K5<<g8AaydIy(+^%zpxJBd>R6ck;_Mo=Wm*Thm%ug-ydR%|qI=Q?a
z*9;NA8Xe+SqtiyjPbi)a5WlCyM!w1i;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A1ILFD
zKhGzLB7O;_Z4TnM#gZ?od?0=~G-V=wLeUKnzmD6rOD7lcs~N8HLBD7L5b-OZjV-Hu
z&@Vc$BvZt1P`ZH7FFKeoJrST^^hD<O>n|@6^o!CjTK{OdMAYcCaj6LXq5_f+xJ2Zv
zPMN$OpUB*<bBVY`<P%grcs=%@w$Yd3xBbjdE%JI?f89E{ydKvK5x*K8;#Z^7M#N7j
zo(>Sdr^H6S$_L^%$Rtz5FQH^|5I+OQhjelgKM%@85kCXRhY&x{Cy63{38ifg;<v?;
zFRFYXemOK{B7Q>A4G_PM+qFw47xAkZuJS>@XaNxME1-=nt9;NeI<O>D#BWf#fY2{G
zm@qvNpkMSv=J)F_FA?;M(l1*7Xt_kx=(KUE2>qf0k`K5<<g8AaydIy(+^%zpxJBd>
zR6ck;_Mo=Wm*Thm%ug-ydR%|qI=Q?a*9;NA8Xe+SqtiyjPbi)a5WlCyM!w1i;y1`7
zQ^YT!WO5Kc1ILGSauGid%0v-A1ILFDKhGzLB7O;_Z4TnM#gZ?od?0=~G-V=wLeUKn
zzmD6rOD7lcs~N8HLBD7L5b-OZjV-Hu&@Vc$BvZt1P`ZH7FFKeoJrST^^hD<O>n|@6
z^o!CjTK{OdMAYcCaj6LXq5_f+xJ2ZvPMN$OpUB*<bBVY`<P%gr{(pAO7zbhy27>?p
z^+iJ3!h+3aBVCi}0Glf&hddzjdh9`Mqc6p8`<tIy<n_4z+&a0u9@h*JzZxClSEJKL
z#7`)m4iLYm#74f#2jVx#BvZsMp=5FpKLf{ybaD|t56VOlKLf{y5I@f+i6VXprEL!4
zx5bh#s(c`RIW%P=enQa=5WkMwwM!=#@v9lG@<G370TA&kpp7l7e9$jCuq0E&Z&12`
z&@VceFg+2VU-U%g|LZR=5%i1FFIxX;xkS|Hv~j5j{h|Vr54c3+tWKG{9-qkEu5*dF
zMdTAyK6pL$ptjMM;<x?HPc8C#Tz_tzTwafBhKOH{4)LqeX(Qq%6i)|;-&0~EU*!Yw
z8)T9x;+Ie|If$Qu<3l>Rh@S^#qKKb?<3os_=aWPczl72@2l3lt$rn{V5WgInG7&$a
z=mv;i$L-pslZ*J(3|IM}U$g*-_!ZE`mQ_CJ7adrVDdIOMT|np;9ZZ;>2+%KjBJ=<C
zmzN0oMd=r<|Fm2pYINGTRD^y}0m%nkB63!zOkR&qWNz2FMBF0s2`V4F9(z#R=u7e2
z{^q9^c|EQ_w@xmv$2CL5uSSRX)#$Vl@e_)t1H|tsv5~Lxf%pwF$rSNRD486@&%p5^
zom|AvgECRX&%p5^#Lx3dqKIEYX`6%iZL#EwDj$en4o#VepHOrI#INIa?b69b{Az})
ze9$ji07U!>Xk*JNAM}e3EXfq{8<Z{}^otHAOiu*p7d?^r|N6^I1pT7)i`IWyE)g|4
zZColszo>xZ11=Fct5YVg$0stk>s%sk5%~m_4_=QwsBQG6_-%jlQ;WPF*PmM_m)GN(
zA>vn~L;PxV+KBiG#nS=e_mtSkSNTBv2AO1v_$8D~4&rCv_>fL6;^#q`DB@?}_z>df
z`6N-qFQK%}LHxE@@<o*o#4m@YOvFzpx&h+Xal3Zu<RX4G!&N@$7cBrHeg(9#Wt9*5
zMF*B-iuesm7ZCbI2NR|z0`!ZX$ozl(<t2iCQTj#eKP{Jt8l5&S6`@~LK=J{Xh@90a
zlh@-DncH<P5x0nZg31T4#~#!+`cnM1zxk;}UXSa~t&_{^am^6%tI;8TH9BoX{Dk7^
z0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa
z$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j
z(-Q&uMNee@zy9(PLBA;dqV=DaOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~
zgV$pZY8!nie%s&t)FQ9P_2<^f<@LB`i1^j$5WgCoHX?pP@pORrJta2sRXz~EK_;0Z
zehDR$gZLRZKBSY2_<2w!iuf5gK7{yrK1meuODJt~5Wg*!d{N~C@ynqp6Y&#@Zh-i8
z+^$_ZxrkrQaFq}GMGJt4Ujc1wS>=O%(SaqIB7TF?1%!Ul!G!6F0R5sTGXGzHd5NH3
zlz!3rPs=5uMyHKSMd%k5kbJ-;B4>5V<n{PO=60P+#4RG9pz^`%u?Mw{z7)UhZ+>c#
z*W>zg>*Vr!Tr))cYIKNSjZPa8KcRR!K>VH(8~G|9h~FTSOcB3?lF32*3>+WQ$wmA;
zC=*5e3>+Uq{5+o|iufgzwmFF37E8XU@`3o}(3FYz2}L(R{5o#eE}dM&uV%Q)2mPW2
zK*X<rHnyztLBHt0l1vf5LFocQzvy7X^hAJu(G!{fufM!R&@W2AX#J<<5>cbm#-$?k
ziwa0S;1ZFuI%V>Dd?ItZ&L!d&kxx+h;Pu#p+D2cB-}W~@waDvn{ke5=c|EQfB7QYG
z#IHuDjfkI6JRKl@Pl=6ul@G*kkV&S9UqZ>`Abtjp59#D0ejb#GB7O#r4<UY@PZCA^
z5=z?~#BYlwUsU-({Bmf@MEr!J8z6oiw`-S9F5*`+T;+p)(E=diS3nzER{5Y`bYMxQ
zh~J=e0ij=XFkyNkK)>jT%>UP4ULxohrC+rE({hQZ(P`sS5&A_1Bp+~z$XT5-c|AUn
zxn1WHaf`?&sC@8x>_Kg#FU4>Bo1a?b^|=1rI=Q?a*9;NA8Xe+SqtiyjPbi)a5WlCy
zM!w1i;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A1ILFDKhGzLB7O;_Z4TnM#gZ?od?0=~
zG-V=wLeUKnzmD6rOD7lcs~N8HLBD7L5b-OZjV-Hu&@Vc$BvZt1P`ZH7FFKeoJrST^
z^hD<W>n|@6^o!CjTK{ReMAYcCaj6LXq5_f+xJ2ZvPMN$OpUB*<bBVY`<P%grcs=%@
zw$Yd3xBbmeE%JI?e{P*zUXN>rh+mBk@vG5kBjP6%PX~zKQ(_}u<pc2>WRfZ3mryb}
zh@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7gatGzZ{w}5kH~m28dtB?b@Z2
zi}=+HSNWh{v;c_s70||(RX*q!9axen;x{N=K<F18OqiYs&@Xx-^Z)gimk9br=@+g4
zv|J);blSL7gnm&0$p>5_a#p8IUXM>?Zr8a)+#>P`Dj&Qadr;fxOYz(O=BE~UJ+42u
zPA;#<HABR&Mu+&-=(G{>6N;w;#P2Dwk+1TB_zg126!A+anH<E=!0{oST*S|VGEv0O
z!0{o(&+|#5h+jf!n}hgmvE+*?ABbNLO__+FP;>*tuj6*@(#b{qYKE(P&@Wm5MEnY9
zW6LTZ^otHG$rSM$lrA9jiw-7CPXy=}J(2nU`pZiM{i5`X)_+<q5j8q(Tq;7psDR`H
zE)hAaQzoy+Co;F|Tq14}`2>{@UXMMfZS<x1ZGZDqi@YA!pIaxF*W;QY;#Z?X{AzUC
zi1-P`(*ff5l-S5u`9S;znPiIiC6r7K;%DIakWMb*=Ruh$;%DIa5aQ?gBvHgKp|s6G
z{I*!~MU@Z4FNdZ~#7`)?0pizjyLRd1B7QZ)RX*q!EdU~Z1+=kcl@Izw2bN@t_zg-I
z5c)+26Q(Bu^oyRz{D1xBC4zoY`bFzMEtiNIoi;8Np<h%$@&T8KoYg6l*W(kJ+jTAx
zw}^a#$_KB<9@IAaQv9~R`Kd)-kL%B^lgsOI%@Fac(II{{I&DP!gyQJ{@q0>a<g0uj
zeuGRhMf?&<CI|5|aC}H77xD9;Oce1maC`{y^L&yh;+Ig`<{*AsEcv3!2jZ7QQzqgk
z6x{&v>$qLJbaD~Dn&B!R^ote%5x)Z3*s{t8{h|X)GDZ9br3(oCqJs(369M`~Ph|eT
z{_+w*zbO5p^`DkYM2$`xmx|CYDj@lQOGM7<l*#MyiOlUfmxx<LK0)P!*JBTA8+|E$
z+u!`uBCp5w=hn&P^|)q;_|@nTzZ#u3B7Q>gbb$ChB{uR^J`le_CYd6B2_=(*_!&4p
zq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QRM^i%b_U~@e_(}fcSOXu3b90h+oZc
zl@Izw3xJ4U0c~tq<%53FfhCzDeuL5lgnrS%gz1R@{h}u_|6hN3iJ)JUe$o0*%O#>l
zr;STR=ob}`e843lXLZWt_4q{QcAZPaEh3+w^1<t|2epm96u<3nerl1|<N9;!<nnr4
zGerDqbckP#P8$(Fp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K93RrjMf^M{6Gi+C93Mjb
zJf9?r_$8FKIf&mDOTMV`f%xUnl!^EWMK?hFI&Rl4om|APX1K}+{h|dx#IJxhwyg3&
zzv#e{OcB39=>kH(=wQP1M1X$L6Pf?7zq~}yFG{~?{io#;QKQqwr6Tl;3P?WS5|Ohy
zW%7D_B6GXWCE^y5Pf+>b_1J^jMqi5G_BTJZ$m?<axpi`RJ+2udel<G8uSTbhh@VhA
z9Uy*BiH&@f55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u5=HzHO4}U7Z;K^g
zRQW*sa%jp#{Dh(#AbuUUYnM(g;#V_V<%53F0wCg7KpR_D`Ji8PU`eKk-=K5>p<i?`
zVR|A!zvzj~|JPq$BIp;TU$p+ya*3$XY2#86`b7mKA8?7tS)DR@JwB1SUFQ;Ui^wOa
zeDHegL2aWi#c%tYpIYSgxc=Naxx60N3=zK?9pYD`(?-NkD4q@wzo*1TzRCyUH^?MY
z#4n*_au7cQ$A@%s5kC*gL=is&$A=I<&nJl@ehH;*4&t}Pk}s-!AbvSCWg>n;(G3v4
zj@z|MCl~Rn8Lsj{zi0sv@hhN>EvtOcFFLR!Q^apjx`5CxI+!p$5uji6MCSkNFE0`F
zi_$Mz|7p2I)abNvsR;d|0+J87MC7banY<pK$lR`TiMU1N6I4EUJ@%ls(U;=4{moA;
z@_Jl<Zk=3Sk86gAUyTm&tI=sA;wKbO2Z-NOVk2MW1MwSVk}2YsP%=4)pMm2;I=P6S
z2W6s&pMm2;h@a<^L=nG)(l!V2+hWNVRXz~E9GWr_KcVObh+oI;+NG0=_|*(o`Ji94
z0EqY%(8iWkKIj)6SduB?Hz-{|=ocMKn4SpGFM1;L|Mi!b2>M0o7p?!aTq0_8+PGAN
zeo+C*2V5d@R;Nr}k56Q7*SSR8BJv3;AG{uWP}}HB@!S69rxtlVu0OX<F0aQmL&UE}
zhxpa#v=Q+Wil+m_?<uj7ukwNT4Km3T@k=O~9K_GS@gbdD#Lt5=QN+){@gc;|^GTwJ
zUqWe{gZOQ+<clgFh+hs(nTVfIbOXe%<96-R$wmBXhO2zgFIoUZ{0eAe%PJrAiw-Qw
z6!9CBE+F)a4kk=b1n3t%k@^4n%S#0PqV$W_e_AdPH9BovDnh@gfaC)%5jm?<Ca=dQ
zGPmnoB5o1+1eFh7k3Fbu^riT1fAdp|ydKw|TPK&-<C-DjSEEDxYINF&_zA_+0pj<R
z*vMD;K>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{;^+A!QN%Byw9P^Mwpj8-l@G)(
zho(%#Pbj(p;@5GzcIo6Iel^2YKIj)M03v<`w6SHC5Bfz1mSl?f4N4af`b7s5rY8dQ
zi=N2*fBoepf__o@Me9E;mxvmjHZB#RUsOQy0hfrJ)hUzL;}e<NbuJONh<t*|2d~E-
z)HeE3{I<XOsYPCo>(8x|%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg
z2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+
zauL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWd6VY@)AM6DE*@K
zpO#BRjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1-~7}fugCT0
z*2(4dxMqm>)#wnv8l5&GenRndfcQNnHu6<I5WhhtnIe7(C6j~r88|+qlZ*IyP$r7_
z88|+K_<24_6!A+aZF3O6EtY&y<pc4{p(zvb6N+wt_;uW_T{^jlU(Ilp5Bfz5fQVlK
zZERWPgMQJ0C7B|AgVF_re$l~%>4^aSq9-!{Uw?UtpkI`J(fUuzC89>BjY~!77Zs3v
zz$GGQb;{)R_(bM*olC?mBA=l0!RxUHwT-?MzwK{+YLVCD`g7~#@_Jk|MEq)Wh+mCP
z8xcRDcsfA*o)R1RDj$g7Ad^fHzl4&>LHrCHAJWN1{5&WVMf?mLA42>*pCpR-C6u-~
zh~E}VzNqqn_~p=)iTDXcH$eP4Zr3iIT*R+txXK6pq6I+2uYfkTtnxv>=)jUp5x+s{
z0z$v&V8Zl7fPT>vng6f9yhPA1O226Rr{xk+qtnKvBJ_(2NIu{ak+V8w@_KwCbGyzZ
z;ueulQ2F5X*n`?eUy9%MH$Sz=>v8?Lb#i$<t{EbJH9EwvMyHL4pHMs<AbwAYjeM04
z#BY#Erifoc$>bn@296Ku<RX3^l!+pK296IQex6SfMf?&<+Z@DiizQ!F`9S<~Xv#$V
zgrXZDejT@KmrgF?S2JAYgMQHhAmUd*8(UWSpkH)gNv4S3pmYJDUvw~GdLlr-=!wk#
z*I!;D=oh75wEoj_iKx+O<5Cg&MFk`uaEZuSoicenK9RXy=Mr&?$S0_L@Otb)ZKE&6
zZ~L2{TIBV({@gmbydKvK5x*K8;#Z^7M#N7jo(>Sdr^H6S$_L^%$Rtz5FQH^|5I+OQ
zhjelgKM%@85kCXRhY&x{Cy63{38ifg;<v?;FRFYXemOK{B7Q>A4G_PM+qFw47xAkZ
zuJS>@XaNxME1-=nt9;NeI<O>D#BWf#fY2{Gm@qvNpkMSv=Kt$2FA?;M(l1*7X}Lty
z=(KUE2>qf0k`K5<<g8AaydIy(+^%zpxJBd>R6ck;_Mo=Wm*Thm%}*`zdR%{Qom^gz
zYletljSlgv(P<;%ClpTyh~HCUBVXkM@f&24DdLw<GC7E!f#X9uxrm<!Wul0mf#XAn
zpXZZA5x<1eHV5(BV#ya(J`legnlceTq38yPU&rm*rIU;J)eKkppkK5Ai1-!I#+Fq+
z=ocMWk}2XhC|yA47adHPo(Rw{dLr}x^_Q0j`bFs%t^c%KB5HKnxKxCGQ31&ZTq1H-
zr%YatPh@V_xkTI|@(C&*ydHZ{+vrR2+y3UK7I{6cKetXUug5h*#IHt&_|@pN5%Cj>
zrvt?ADY22S@`3mbGRYM2ODLHf#LvL-A)Q>r&x0~i#LvL-A;iz~Nur2fLTQ_W_-(P|
ziz*+8Uk*)~h@Vh&1H`Z6cJ0#1Mf_@pt9;NeS^z}+3TR`?Dj)QV4lKzO@f(ybAoPn4
zCQMHR=odYa`TzRMO9cI*^o!PiS}qYaI&EAkLcgeh<O41dIjd79ug51cx9eOYZV~we
zl@DHzJ*aK;rTA@s^HYnw9@n2+Czsdbnjzv>qeJ{^blQmc3B}U^;`fx;$XEG5{05n1
ziufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@@c55zBrrcA_7D7pdS
z*Kxac>Et4QHN#at=oc*jB7Oz5v1OGH`b7tpWQzC=N*56NMF$h6Cj#_~p2+-v{pBTs
zeo^{G>pv}*h#H+XE)}6)R6z0pmx!FzDU;XZ6Pep}E)lnge1ggcug4zLHu_Thw!itQ
zMP85V&#jZo>v7Ex@vG4xel<F6MEr!}=>YM2N^In-d?0><Ofp6M5=tfq@iTCINGBKZ
z^Po%=@iTCI2=ViLk|^SrP}=4oep@X0qRI#2mqSw~;wKc{0P*X%UAuI05x<(@Dj)QV
z761{y0@~QJ$_M?T14}YR{05~92>qgi3DXk+`bAG<{=fe65<$Nx{i5}smP<s9P8*ks
z&@U<=`G8AA&gzuO>+y-q?K+o;TSPuV<%8E_4{95IDSq4E{L~_^$Mxsd$>sI9W{CLJ
z=n%geoi-wVLh*Ef_&p^y@>M<%zd<IMB7O-alY{sfI6kD4i}-m^CW`nOI6j2<c|J)L
z@k=Oea}d8RmV8m=1M$nDDHHJ%if(}Tb=<C9I=P5n&2W_u`b7(Xh+hG1Y+2=le$jy?
znIe9J(glQm(ZPi2i2(hgCo=zEe|d?ZUzC2)`cKOxqDH5UOGW4x6_9+uB_d~a%H;L<
zMCNv#OT;ZApP=%=>#+y5jlLAW?Qec+k=Nt;bL-^tdR#L^{AzTFUyV*15kH}LIzarM
z5*zs{ABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|RB#QVYl(spD-xf>0sPcjM
z<<OLg_z6WfK>Rvx*Djr0#II(!$_M?T1wh2FfHt<Q@<G4oz>-W6zd`8&Lci!>!t_Ld
ze$f+||F6HiM9?ovzi9oZ<q}b&)5fJD^ot5eKHw6OvpQw+dVC^tyUr!z7LiX-`QY`~
zgW5)4ir@A(Kefo~as9b<a(O+j86ti)I>fI=r;Ui8P&^$Veou*we3cKxZ;(l*h+jg<
z<RE?qjt}YNB7Po}i6VXmjt?Pzo=*}*{1Qsr9K>&nC0|teK>TuO%0&Exq8lK79k*+j
zPA=kCGhF3^e$fIT;#WW$TUPm?UvywerikC5bOE7XbTDChB0#_BiOm1kUtS{U7o}gc
z{?l@asL^TTQW5$^1tcGEiO5-<GI>2dk-1&x5^;;jC#Zbzdh9`Mqc6p8`<tIy<n_4z
z+&a0u9@h*JzZxClSEJKL#7`)m4iLYm#74f#2jVx#BvZsMp=5FpKLf{ybaD|t56VOl
zKLf{y5I@f+i6VXprEL!4x5bh#s(c`RIW%P=enQa=5WkMwwM!=#@v9lG@<G370TA&k
zpp7l7e9$jCuq0E&Z&12`&@VceFg+2VU-U%g|LZR=5%i1FFIxX;xkS|Hv~j5j{h|Vr
z54c3+tWKG{9-qkEu5*dFMdTAyK6pL$ptjMM;<x?HPc8C#Tz_tzTwafBhKOH{4)Lqe
zX(Qq%6i)|;-&0~EU*!Yw8)T9x;+Ie|If$Qu<3l>Rh@S^#qKKb?<3os_=aWPczl72@
z2l3lt$rn{V5WgInG7&$a=mv;i$L-pslZ*J(3|IM}U$g*-_!ZE`mQ_CJ7adrVDdIOM
zT|np;9ZZ;>2+%KjBJ=<CmzN0oMd=r<|Fm2pYINGTRD^y}0m%nkB63!zOkR&qWNz2F
zMBF0s2`V4F9(z#R=u7e2{^q9^c|EQ_w@xmv$2CL5uSSRX)#$Vl@e_)t1H|tsv5~Lx
zf%pwF$rSNRD486@&%p5^om|AvgECRX&%p5^#Lx3dqKIEYX`6%iZL#EwDj$en4o#Ve
zpHOrI#INIa?b69b{Az})e9$ji07U!>Xk*JNAM}e3EXfq{8<Z{}^otHAOiu*p7d?^r
z|N6^I1pT7)i`IWyE)g|4ZColszo>xZ11=Fct5YVg$0stk>s%sk5%~m_4_=QwsBQG6
z_-%jlQ;WPF*PmM_m)GN(A>vn~L;PxV+KBiG#nS=e_mtSkSNTBv2AO1v_$8D~4&rCv
z_>fL6;^#q`DB@?}_z>df`6N-qFQK%}LHxE@@<o*o#4m@YOvFzpx&h+Xal3Zu<RX4G
z!&N@$7cBrHeg(9#Wt9*5MF*B-iuesm7ZCbI2NR|z0`!ZX$ozl(<t2iCQTj#eKP{Jt
z8l5&S6`@~LK=J{Xh@90alh@-DncH<P5x0nZg31T4#~#!+`cnM1zxk;}UXSa~t&_{^
zam^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze
z@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn
z2mPW0OEN|L2BixK{i1^j(-Q&uMNee@zy9(PLBA;dqV=DaOGJ%M8<&dEFDfAUfJ;Qq
z>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%s&t)FQ9P_2<^f<@LB`i1^j$5WgCoHX?pP
z@pORrJta2sRXz~EK_;0ZehDR$gZLRZKBSY2_<2w!iuf5gK7{yrK1meuODJt~5Wg*!
zd{N~C@ynqp6Y&#@Zh-i8+^$_ZxrkrQaFq}GMGJt4Ujc1wS>=O%(SaqIB7TF?1%!Ul
z!G!6F0R5sTGXGzHd5NH3lz!3rPs=5uMyHKSMd%k5kbJ-;B4>5V<n{PO=60P+#4RG9
zpz^`%u?Mw{z7)UhZ+>c#*W>zg>*Vr!Tr))cYIKNSjZPa8KcRR!K>VH(8~G|9h~FTS
zOcB3?lF32*3>+WQ$wmA;C=*5e3>+Uq{5+o|iufgzwmFF37E8XU@`3o}(3FYz2}L(R
z{5o#eE}dM&uV%Q)2mPW2K*X<rHnyztLBHt0l1vf5LFocQzvy7X^hAJu(G!{fufM!R
z&@W2AX#J<<5>cbm#-$?kiwa0S;1ZFuI%V>Dd?ItZ&L!d&kxx+h;Pu#p+D2cB-}W~@
zwaDvn{ke5=c|EQfB7QYG#IHuDjfkI6JRKl@Pl=6ul@G*kkV&S9UqZ>`Abtjp59#D0
zejb#GB7O#r4<UY@PZCA^5=z?~#BYlwUsU-({Bmf@MEr!J8z6oiw`-S9F5*`+T;+p)
z(E=diS3nzER{5Y`bYMxQh~J=e0ij=XFkyNkK)>jT%>UP4ULxohrC+rE({hQZ(P`sS
z5&A_1Bp+~z$XT5-c|AUnxn1WHaf`?&sC@8x>_Kg#FU4>Bo1a?b^|=1rI=Q?a*9;NA
z8Xe+SqtiyjPbi)a5WlCyM!w1i;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A1ILFDKhGzL
zB7O;_Z4TnM#gZ?od?0=~G-V=wLeUKnzmD6rOD7lcs~N8HLBD7L5b-OZjV-Hu&@Vc$
zBvZt1P`ZH7FFKeoJrST^^hD<W>n|@6^o!CjTK{ReMAYcCaj6LXq5_f+xJ2ZvPMN$O
zpUB*<bBVY`<P%grcs=%@w$Yd3xBbmeE%JI?e{P*zUXN>rh+mBk@vG5kBjP6%PX~zK
zQ(_}u<pc2>WRfZ3mryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7gatG
zzZ{w}5kH~m28dtB?b@Z2i}=+HSNWh{v;c_s70||(RX*q!9axen;x{N=K<F18OqiYs
z&@Xx-^Z)gimk9br=@+g4v|J);blSL7gnm&0$p>5_a#p8IUXM>?Zr8a)+#>P`Dj&Qa
zdr;fxOYz(O=BE~UJ+42uPA;#<HABR&Mu+&-=(G{>6N;w;#P2Dwk+1TB_zg126!A+a
znH<E=!0{oST*S|VGEv0O!0{o(&+|#5h+jf!n}hgmvE+*?ABbNLO__+FP;>*tuj6*@
z(#b{qYKE(P&@Wm5MEnY9W6LTZ^otHG$rSM$lrA9jiw-7CPXy=}J(2nU`pZiM{i5`X
z)_+<q5j8q(Tq;7psDR`HE)hAaQzoy+Co;F|Tq14}`2>{@UXMMfZS<x1ZGZDqi@YA!
zpIaxF*W;QY;#Z?X{AzUCi1-P`(*ff5l-S5u`9S;znPiIiC6r7K;%DIakWMb*=Ruh$
z;%DIa5aQ?gBvHgKp|s6G{I*!~MU@Z4FNdZ~#7`)?0pizjyLRd1B7QZ)RX*q!EdU~Z
z1+=kcl@Izw2bN@t_zg-I5c)+26Q(Bu^oyRz{D1xBC4zoY`bFzMEtiNIoi;8Np<h%$
z@&T8KoYg6l*W(kJ+jTAxw}^a#$_KB<9@IAaQv9~R`Kd)-kL%B^lgsOI%@Fac(II{{
zI&DP!gyQJ{@q0>a<g0ujeuGRhMf?&<CI|5|aC}H77xD9;Oce1maC`{y^L&yh;+Ig`
z<{*AsEcv3!2jZ7QQzqgk6x{&v>$qLJbaD~Dn&B!R^ote%5x)Z3*s{t8{h|X)GDZ9b
zr3(oCqJs(369M`~Ph|eT{_+w*zbO5p^`DkYM2$`xmx|CYDj@lQOGM7<l*#MyiOlUf
zmxx<LK0)P!*JBTA8+|E$+u!`uBCp5w=hn&P^|)q;_|@nTzZ#u3B7Q>gbb$ChB{uR^
zJ`le_CYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QRM^i%b_U~
z@e_(}fcSOXu3b90h+oZcl@Izw3xJ4U0c~tq<%53FfhCzDeuL5lgnrS%gz1R@{h}u_
z|6hN3iJ)JUe$o0*%O#>lr;STR=ob}`e843lXLZWt_4q{QcAZPaEh3+w^1<t|2epm9
z6u<3nerl1|<N9;!<nnr4GerDqbckP#P8$(Fp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K
z93RrjMf^M{6Gi+C93MjbJf9?r_$8FKIf&mDOTMV`f%xUnl!^EWMK?hFI&Rl4om|AP
zX1K}+{h|dx#IJxhwyg3&zv#e{OcB39=>kH(=wQP1M1X$L6Pf?7zq~}yFG{~?{io#;
zQKQqwr6Tl;3P?WS5|OhyW%7D_B6GXWCE^y5Pf+>b_1J^jMqi5G_BTJZ$m?<axpi`R
zJ+2udel<G8uSTbhh@VhA9Uy*BiH&@f55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*Y
zA%31u5=HzHO4}U7Z;K^gRQW*sa%jp#{Dh(#AbuUUYnM(g;#V_V<%53F0wCg7KpR_D
z`Ji8PU`eKk-=K5>p<i?`VR|A!zvzj~|JPq$BIp;TU$p+ya*3$XY2#86`b7mKA8?7t
zS)DR@JwB1SUFQ;Ui^wOaeDHegL2aWi#c%tYpIYSgxc=Naxx60N3=zK?9pYD`(?-Nk
zD4q@wzo*1TzRCyUH^?MY#4n*_au7cQ$A@%s5kC*gL=is&$A=I<&nJl@ehH;*4&t}P
zk}s-!AbvSCWg>n;(G3v4j@z|MCl~Rn8Lsj{zi0sv@hhN>EvtOcFFLR!Q^apjx`5Cx
zI+!p$5uji6MCSkNFE0`Fi_$Mz|7p2I)abNvsR;d|0+J87MC7banY<pK$lR`TiMU1N
z6I4EUJ@%ls(U;=4{moA;@_Jl<Zk=3Sk86gAUyTm&tI=sA;wKbO2Z-NOVk2MW1MwSV
zk}2YsP%=4)pMm2;I=P6S2W6s&pMm2;h@a<^L=nG)(l!V2+hWNVRXz~E9GWr_KcVOb
zh+oI;+NG0=_|*(o`Ji940EqY%(8iWkKIj)6SduB?Hz-{|=ocMKn4SpGFM1;L|Mi!b
z2>M0o7p?!aTq0_8+PGANeo+C*2V5d@R;Nr}k56Q7*SSR8BJv3;AG{uWP}}HB@!S69
zrxtlVu0OX<F0aQmL&UE}hxpa#v=Q+Wil+m_?<uj7ukwNT4Km3T@k=O~9K_GS@gbdD
z#Lt5=QN+){@gc;|^GTwJUqWe{gZOQ+<clgFh+hs(nTVfIbOXe%<96-R$wmBXhO2zg
zFIoUZ{0eAe%PJrAiw-Qw6!9CBE+F)a4kk=b1n3t%k@^4n%S#0PqV$W_e_AdPH9Bov
zDnh@gfaC)%5jm?<Ca=dQGPmnoB5o1+1eFh7k3Fbu^riT1fAdp|ydKw|TPK&-<C-Dj
zSEEDxYINF&_zA_+0pj<R*vMD;K>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{;^+A!
zQN%Byw9P^Mwpj8-l@G)(ho(%#Pbj(p;@5GzcIo6Iel^2YKIj)M03v<`w6SHC5Bfz1
zmSl?f4N4af`b7s5rY8dQi=N2*fBoepf__o@Me9E;mxvmjHZB#RUsOQy0hfrJ)hUzL
z;}e<NbuJONh<t*|2d~E-)HeE3{I<XOsYPCo>(8x|%j<E?5b>+gA$~PFZAAQp;^_eK
zdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P
z;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U
z0s2KxWd6VY@)AM6DE*@KpO#BRjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$j
zV-IQ@eJOt1-~7}fugCT0*2(4dxMqm>)#wnv8l5&GenRndfcQNnHu6<I5WhhtnIe7(
zC6j~r88|+qlZ*IyP$r7_88|+K_<24_6!A+aZF3O6EtY&y<pc4{p(zvb6N+wt_;uW_
zT{^jlU(Ilp5Bfz5fQVlKZERWPgMQJ0C7B|AgVF_re$l~%>4^aSq9-!{Uw?UtpkI`J
z(fUuzC89>BjY~!77Zs3vz$GGQb;{)R_(bM*olC?mBA=l0!RxUHwT-?MzwK{+YLVCD
z`g7~#@_Jk|MEq)Wh+mCP8xcRDcsfA*o)R1RDj$g7Ad^fHzl4&>LHrCHAJWN1{5&WV
zMf?mLA42>*pCpR-C6u-~h~E}VzNqqn_~p=)iTDXcH$eP4Zr3iIT*R+txXK6pq6I+2
zuYfkTtnxv>=)jUp5x+s{0z$v&V8Zl7fPT>vng6f9yhPA1O226Rr{xk+qtnKvBJ_(2
zNIu{ak+V8w@_KwCbGyzZ;ueulQ2F5X*n`?eUy9%MH$Sz=>v8?Lb#i$<t{EbJH9Ewv
zMyHL4pHMs<AbwAYjeM04#BY#Erifoc$>bn@296Ku<RX3^l!+pK296IQex6SfMf?&<
z+Z@DiizQ!F`9S<~Xv#$VgrXZDejT@KmrgF?S2JAYgMQHhAmUd*8(UWSpkH)gNv4S3
zpmYJDUvw~GdLlr-=!wk#*I!;D=oh75wEoj_iKx+O<5Cg&MFk`uaEZuSoicenK9RXy
z=Mr&?$S0_L@Otb)ZKE&6Z~L2{TIBV({@gmbydKvK5x*K8;#Z^7M#N7jo(>Sdr^H6S
z$_L^%$Rtz5FQH^|5I+OQhjelgKM%@85kCXRhY&x{Cy63{38ifg;<v?;FRFYXemOK{
zB7Q>A4G_PM+qFw47xAkZuJS>@XaNxME1-=nt9;NeI<O>D#BWf#fY2{Gm@qvNpkMSv
z=Kt$2FA?;M(l1*7X}Lty=(KUE2>qf0k`K5<<g8AaydIy(+^%zpxJBd>R6ck;_Mo=W
zm*Thm%}*`zdR%{Qom^gzYletljSlgv(P<;%ClpTyh~HCUBVXkM@f&24DdLw<GC7E!
zf#X9uxrm<!Wul0mf#XAnpXZZA5x<1eHV5(BV#ya(J`legnlceTq38yPU&rm*rIU;J
z)eKkppkK5Ai1-!I#+Fq+=ocMWk}2XhC|yA47adHPo(Rw{dLr}x^_Q0j`bFs%t^c%K
zB5HKnxKxCGQ31&ZTq1H-r%YatPh@V_xkTI|@(C&*ydHZ{+vrR2+y3UK7I{6cKetXU
zug5h*#IHt&_|@pN5%Cj>rvt?ADY22S@`3mbGRYM2ODLHf#LvL-A)Q>r&x0~i#LvL-
zA;iz~Nur2fLTQ_W_-(P|iz*+8Uk*)~h@Vh&1H`Z6cJ0#1Mf_@pt9;NeS^z}+3TR`?
zDj)QV4lKzO@f(ybAoPn4CQMHR=odYa`TzRMO9cI*^o!PiS}qYaI&EAkLcgeh<O41d
zIjd79ug51cx9eOYZV~wel@DHzJ*aK;rTA@s^HYnw9@n2+Czsdbnjzv>qeJ{^blQmc
z3B}U^;`fx;$XEG5{05n1iufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOO
zSn@@c55zBrrcA_7D7pdS*Kxac>Et4QHN#at=oc*jB7Oz5v1OGH`b7tpWQzC=N*56N
zMF$h6Cj#_~p2+-v{pBTseo^{G>pv}*h#H+XE)}6)R6z0pmx!FzDU;XZ6Pep}E)lng
ze1ggcug4zLHu_Thw!itQMP85V&#jZo>v7Ex@vG4xel<F6MEr!}=>YM2N^In-d?0><
zOfp6M5=tfq@iTCINGBKZ^Po%=@iTCI2=ViLk|^SrP}=4oep@X0qRI#2mqSw~;wKc{
z0P*X%UAuI05x<(@Dj)QV761{y0@~QJ$_M?T14}YR{05~92>qgi3DXk+`bAG<{=fe6
z5<$Nx{i5}smP<s9P8*ks&@U<=`G8AA&gzuO>+y-q?K+o;TSPuV<%8E_4{95IDSq4E
z{L~_^$Mxsd$>sI9W{CLJ=n%geoi-wVLh*Ef_&p^y@>M<%zd<IMB7O-alY{sfI6kD4
zi}-m^CW`nOI6j2<c|J)L@k=Oea}d8RmV8m=1M$nDDHHJ%if(}Tb=<C9I=P5n&2W_u
z`b7(Xh+hG1Y+2=le$jy?nIe9J(glQm(ZPi2i2(hgCo=zEe|d?ZUzC2)`cKOxqDH5U
zOGW4x6_9+uB_d~a%H;L<MCNv#OT;ZApP=%=>#+y5jlLAW?Qec+k=Nt;bL-^tdR#L^
z{AzTFUyV*15kH}LIzarM5*zs{ABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|R
zB#QVYl(spD-xf>0sPcjM<<OLg_z6WfK>Rvx*Djr0#II(!$_M?T1wh2FfHt<Q@<G4o
zz>-W6zd`8&Lci!>!t_Lde$f+||F6HiM9?ovzi9oZ<q}b&)5fJD^ot5eKHw6OvpQw+
zdVC^tyUr!z7LiX-`QY`~gW5)4ir@A(Kefo~as9b<a(O+j86ti)I>fI=r;Ui8P&^$V
zeou*we3cKxZ;(l*h+jg<<RE?qjt}YNB7Po}i6VXmjt?Pzo=*}*{1Qsr9K>&nC0|te
zK>TuO%0&Exq8lK79k*+jPA=kCGhF3^e$fIT;#WW$TUPm?UvywerikC5bOE7XbTDCh
zB0#_BiOm1kUtS{U7o}gc{?l@asL^TTQW5$^1tcGEiO5-<GI>2dk-1&x5^;;jC#Zbz
zdh9`Mqc6p8`<tIy<n_4z+&a0u9@h*JzZxClSEJKL#7`)m4iLYm#74f#2jVx#BvZsM
zp=5FpKLf{ybaD|t56VOlKLf{y5I@f+i6VXprEL!4x5bh#s(c`RIW%P=enQa=5WkMw
zwM!=#@v9lG@<G370TA&kpp7l7e9$jCuq0E&Z&12`&@VceFg+2VU-U%g|LZR=5%i1F
zFIxX;xkS|Hv~j5j{h|Vr54c3+tWKG{9-qkEu5*dFMdTAyK6pL$ptjMM;<x?HPc8C#
zTz_tzTwafBhKOH{4)LqeX(Qq%6i)|;-&0~EU*!Yw8)T9x;+Ie|If$Qu<3l>Rh@S^#
zqKKb?<3os_=aWPczl72@2l3lt$rn{V5WgInG7&$a=mv;i$L-pslZ*J(3|IM}U$g*-
z_!ZE`mQ_CJ7adrVDdIOMT|np;9ZZ;>2+%KjBJ=<CmzN0oMd=r<|Fm2pYINGTRD^y}
z0m%nkB63!zOkR&qWNz2FMBF0s2`V4F9(z#R=u7e2{^q9^c|EQ_w@xmv$2CL5uSSRX
z)#$Vl@e_)t1H|tsv5~Lxf%pwF$rSNRD486@&%p5^om|AvgECRX&%p5^#Lx3dqKIEY
zX`6%iZL#EwDj$en4o#VepHOrI#INIa?b69b{Az})e9$ji07U!>Xk*JNAM}e3EXfq{
z8<Z{}^otHAOiu*p7d?^r|N6^I1pT7)i`IWyE)g|4ZColszo>xZ11=Fct5YVg$0stk
z>s%sk5%~m_4_=QwsBQG6_-%jlQ;WPF*PmM_m)GN(A>vn~L;PxV+KBiG#nS=e_mtSk
zSNTBv2AO1v_$8D~4&rCv_>fL6;^#q`DB@?}_z>df`6N-qFQK%}LHxE@@<o*o#4m@Y
zOvFzpx&h+Xal3Zu<RX4G!&N@$7cBrHeg(9#Wt9*5MF*B-iuesm7ZCbI2NR|z0`!ZX
z$ozl(<t2iCQTj#eKP{Jt8l5&S6`@~LK=J{Xh@90alh@-DncH<P5x0nZg31T4#~#!+
z`cnM1zxk;}UXSa~t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*K
zGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569
zznbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNee@zy9(PLBA;dqV=Da
zOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%s&t)FQ9P_2<^f
z<@LB`i1^j$5WgCoHX?pP@pORrJta2sRXz~EK_;0ZehDR$gZLRZKBSY2_<2w!iuf5g
zK7{yrK1meuODJt~5Wg*!d{N~C@ynqp6Y&#@Zh-i8+^$_ZxrkrQaFq}GMGJt4Ujc1w
zS>=O%(SaqIB7TF?1%!Ul!G!6F0R5sTGXGzHd5NH3lz!3rPs=5uMyHKSMd%k5kbJ-;
zB4>5V<n{PO=60P+#4RG9pz^`%u?Mw{z7)UhZ+>c#*W>zg>*Vr!Tr))cYIKNSjZPa8
zKcRR!K>VH(8~G|9h~FTSOcB3?lF32*3>+WQ$wmA;C=*5e3>+Uq{5+o|iufgzwmFF3
z7E8XU@`3o}(3FYz2}L(R{5o#eE}dM&uV%Q)2mPW2K*X<rHnyztLBHt0l1vf5LFocQ
zzvy7X^hAJu(G!{fufM!R&@W2AX#J<<5>cbm#-$?kiwa0S;1ZFuI%V>Dd?ItZ&L!d&
zkxx+h;Pu#p+D2cB-}W~@waDvn{ke5=c|EQfB7QYG#IHuDjfkI6JRKl@Pl=6ul@G*k
zkV&S9UqZ>`Abtjp59#D0ejb#GB7O#r4<UY@PZCA^5=z?~#BYlwUsU-({Bmf@MEr!J
z8z6oiw`-S9F5*`+T;+p)(E=diS3nzER{5Y`bYMxQh~J=e0ij=XFkyNkK)>jT%>UP4
zULxohrC+rE({hQZ(P`sS5&A_1Bp+~z$XT5-c|AUnxn1WHaf`?&sC@8x>_Kg#FU4>B
zo1a?b^|=1rI=Q?a*9;NA8Xe+SqtiyjPbi)a5WlCyM!w1i;y1`7Q^YT!WO5Kc1ILGS
zauGid%0v-A1ILFDKhGzLB7O;_Z4TnM#gZ?od?0=~G-V=wLeUKnzmD6rOD7lcs~N8H
zLBD7L5b-OZjV-Hu&@Vc$BvZt1P`ZH7FFKeoJrST^^hD<W>n|@6^o!CjTK{ReMAYcC
zaj6LXq5_f+xJ2ZvPMN$OpUB*<bBVY`<P%grcs=%@w$Yd3xBbmeE%JI?e{P*zUXN>r
zh+mBk@vG5kBjP6%PX~zKQ(_}u<pc2>WRfZ3mryb}h@XMuLpr&Lp9f{4h@XMuLx`W}
zlSC1}gwi$#@!Mj_7gatGzZ{w}5kH~m28dtB?b@Z2i}=+HSNWh{v;c_s70||(RX*q!
z9axen;x{N=K<F18OqiYs&@Xx-^Z)gimk9br=@+g4v|J);blSL7gnm&0$p>5_a#p8I
zUXM>?Zr8a)+#>P`Dj&Qadr;fxOYz(O=BE~UJ+42uPA;#<HABR&Mu+&-=(G{>6N;w;
z#P2Dwk+1TB_zg126!A+anH<E=!0{oST*S|VGEv0O!0{o(&+|#5h+jf!n}hgmvE+*?
zABbNLO__+FP;>*tuj6*@(#b{qYKE(P&@Wm5MEnY9W6LTZ^otHG$rSM$lrA9jiw-7C
zPXy=}J(2nU`pZiM{i5`X)_+<q5j8q(Tq;7psDR`HE)hAaQzoy+Co;F|Tq14}`2>{@
zUXMMfZS<x1ZGZDqi@YA!pIaxF*W;QY;#Z?X{AzUCi1-P`(*ff5l-S5u`9S;znPiIi
zC6r7K;%DIakWMb*=Ruh$;%DIa5aQ?gBvHgKp|s6G{I*!~MU@Z4FNdZ~#7`)?0pizj
zyLRd1B7QZ)RX*q!EdU~Z1+=kcl@Izw2bN@t_zg-I5c)+26Q(Bu^oyRz{D1xBC4zoY
z`bFzMEtiNIoi;8Np<h%$@&T8KoYg6l*W(kJ+jTAxw}^a#$_KB<9@IAaQv9~R`Kd)-
zkL%B^lgsOI%@Fac(II{{I&DP!gyQJ{@q0>a<g0ujeuGRhMf?&<CI|5|aC}H77xD9;
zOce1maC`{y^L&yh;+Ig`<{*AsEcv3!2jZ7QQzqgk6x{&v>$qLJbaD~Dn&B!R^ote%
z5x)Z3*s{t8{h|X)GDZ9br3(oCqJs(369M`~Ph|eT{_+w*zbO5p^`DkYM2$`xmx|CY
zDj@lQOGM7<l*#MyiOlUfmxx<LK0)P!*JBTA8+|E$+u!`uBCp5w=hn&P^|)q;_|@nT
zzZ#u3B7Q>gbb$ChB{uR^J`le_CYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*
zC~b2Pzb%%0QRM^i%b_U~@e_(}fcSOXu3b90h+oZcl@Izw3xJ4U0c~tq<%53FfhCzD
zeuL5lgnrS%gz1R@{h}u_|6hN3iJ)JUe$o0*%O#>lr;STR=ob}`e843lXLZWt_4q{Q
zcAZPaEh3+w^1<t|2epm96u<3nerl1|<N9;!<nnr4GerDqbckP#P8$(Fp?Eq#{GJjU
z`6?fX-yoAr5x<0z$wB-K93RrjMf^M{6Gi+C93MjbJf9?r_$8FKIf&mDOTMV`f%xUn
zl!^EWMK?hFI&Rl4om|APX1K}+{h|dx#IJxhwyg3&zv#e{OcB39=>kH(=wQP1M1X$L
z6Pf?7zq~}yFG{~?{io#;QKQqwr6Tl;3P?WS5|OhyW%7D_B6GXWCE^y5Pf+>b_1J^j
zMqi5G_BTJZ$m?<axpi`RJ+2udel<G8uSTbhh@VhA9Uy*BiH&@f55#YfNv4QjLdoPH
zeg=*Y>Et4Q9+Zh9eg=*YA%31u5=HzHO4}U7Z;K^gRQW*sa%jp#{Dh(#AbuUUYnM(g
z;#V_V<%53F0wCg7KpR_D`Ji8PU`eKk-=K5>p<i?`VR|A!zvzj~|JPq$BIp;TU$p+y
za*3$XY2#86`b7mKA8?7tS)DR@JwB1SUFQ;Ui^wOaeDHegL2aWi#c%tYpIYSgxc=Na
zxx60N3=zK?9pYD`(?-NkD4q@wzo*1TzRCyUH^?MY#4n*_au7cQ$A@%s5kC*gL=is&
z$A=I<&nJl@ehH;*4&t}Pk}s-!AbvSCWg>n;(G3v4j@z|MCl~Rn8Lsj{zi0sv@hhN>
zEvtOcFFLR!Q^apjx`5CxI+!p$5uji6MCSkNFE0`Fi_$Mz|7p2I)abNvsR;d|0+J87
zMC7banY<pK$lR`TiMU1N6I4EUJ@%ls(U;=4{moA;@_Jl<Zk=3Sk86gAUyTm&tI=sA
z;wKbO2Z-NOVk2MW1MwSVk}2YsP%=4)pMm2;I=P6S2W6s&pMm2;h@a<^L=nG)(l!V2
z+hWNVRXz~E9GWr_KcVObh+oI;+NG0=_|*(o`Ji940EqY%(8iWkKIj)6SduB?Hz-{|
z=ocMKn4SpGFM1;L|Mi!b2>M0o7p?!aTq0_8+PGANeo+C*2V5d@R;Nr}k56Q7*SSR8
zBJv3;AG{uWP}}HB@!S69rxtlVu0OX<F0aQmL&UE}hxpa#v=Q+Wil+m_?<uj7ukwNT
z4Km3T@k=O~9K_GS@gbdD#Lt5=QN+){@gc;|^GTwJUqWe{gZOQ+<clgFh+hs(nTVfI
zbOXe%<96-R$wmBXhO2zgFIoUZ{0eAe%PJrAiw-Qw6!9CBE+F)a4kk=b1n3t%k@^4n
z%S#0PqV$W_e_AdPH9BovDnh@gfaC)%5jm?<Ca=dQGPmnoB5o1+1eFh7k3Fbu^riT1
zfAdp|ydKw|TPK&-<C-DjSEEDxYINF&_zA_+0pj<R*vMD;K>P-oWQzDDluQodXW;md
zPA=l-L76DxXW;k{;^+A!QN%Byw9P^Mwpj8-l@G)(ho(%#Pbj(p;@5GzcIo6Iel^2Y
zKIj)M03v<`w6SHC5Bfz1mSl?f4N4af`b7s5rY8dQi=N2*fBoepf__o@Me9E;mxvmj
zHZB#RUsOQy0hfrJ)hUzL;}e<NbuJONh<t*|2d~E-)HeE3{I<XOsYPCo>(8x|%j<E?
z5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOL
ze3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbj
zq614ZMf?V(3kdz9g9+0U0s2KxWd6VY@)AM6DE*@KpO#BRjZPbviqJ1AAo+kxM9%7z
z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1-~7}fugCT0*2(4dxMqm>)#wnv8l5&GenRnd
zfcQNnHu6<I5WhhtnIe7(C6j~r88|+qlZ*IyP$r7_88|+K_<24_6!A+aZF3O6EtY&y
z<pc4{p(zvb6N+wt_;uW_T{^jlU(Ilp5Bfz5fQVlKZERWPgMQJ0C7B|AgVF_re$l~%
z>4^aSq9-!{Uw?UtpkI`J(fUuzC89>BjY~!77Zs3vz$GGQb;{)R_(bM*olC?mBA=l0
z!RxUHwT-?MzwK{+YLVCD`g7~#@_Jk|MEq)Wh+mCP8xcRDcsfA*o)R1RDj$g7Ad^fH
zzl4&>LHrCHAJWN1{5&WVMf?mLA42>*pCpR-C6u-~h~E}VzNqqn_~p=)iTDXcH$eP4
zZr3iIT*R+txXK6pq6I+2uYfkTtnxv>=)jUp5x+s{0z$v&V8Zl7fPT>vng6f9yhPA1
zO226Rr{xk+qtnKvBJ_(2NIu{ak+V8w@_KwCbGyzZ;ueulQ2F5X*n`?eUy9%MH$Sz=
z>v8?Lb#i$<t{EbJH9EwvMyHL4pHMs<AbwAYjeM04#BY#Erifoc$>bn@296Ku<RX3^
zl!+pK296IQex6SfMf?&<+Z@DiizQ!F`9S<~Xv#$VgrXZDejT@KmrgF?S2JAYgMQHh
zAmUd*8(UWSpkH)gNv4S3pmYJDUvw~GdLlr-=!wk#*I!;D=oh75wEoj_iKx+O<5Cg&
zMFk`uaEZuSoicenK9RXy=Mr&?$S0_L@Otb)ZKE&6Z~L2{TIBV({@gmbydKvK5x*K8
z;#Z^7M#N7jo(>Sdr^H6S$_L^%$Rtz5FQH^|5I+OQhjelgKM%@85kCXRhY&x{Cy63{
z38ifg;<v?;FRFYXemOK{B7Q>A4G_PM+qFw47xAkZuJS>@XaNxME1-=nt9;NeI<O>D
z#BWf#fY2{Gm@qvNpkMSv=Kt$2FA?;M(l1*7X}Lty=(KUE2>qf0k`K5<<g8AaydIy(
z+^%zpxJBd>R6ck;_Mo=Wm*Thm%}*`zdR%{Qom^gzYletljSlgv(P<;%ClpTyh~HCU
zBVXkM@f&24DdLw<GC7E!f#X9uxrm<!Wul0mf#XAnpXZZA5x<1eHV5(BV#ya(J`leg
znlceTq38yPU&rm*rIU;J)eKkppkK5Ai1-!I#+Fq+=ocMWk}2XhC|yA47adHPo(Rw{
zdLr}x^_Q0j`bFs%t^c%KB5HKnxKxCGQ31&ZTq1H-r%YatPh@V_xkTI|@(C&*ydHZ{
z+vrR2+y3UK7I{6cKetXUug5h*#IHt&_|@pN5%Cj>rvt?ADY22S@`3mbGRYM2ODLHf
z#LvL-A)Q>r&x0~i#LvL-A;iz~Nur2fLTQ_W_-(P|iz*+8Uk*)~h@Vh&1H`Z6cJ0#1
zMf_@pt9;NeS^z}+3TR`?Dj)QV4lKzO@f(ybAoPn4CQMHR=odYa`TzRMO9cI*^o!Pi
zS}qYaI&EAkLcgeh<O41dIjd79ug51cx9eOYZV~wel@DHzJ*aK;rTA@s^HYnw9@n2+
zCzsdbnjzv>qeJ{^blQmc3B}U^;`fx;$XEG5{05n1iufgzOb+5_;P{YEF5>4wnJD6C
z;P?>Y=lLX2#4n+=%|ZOOSn@@c55zBrrcA_7D7pdS*Kxac>Et4QHN#at=oc*jB7Oz5
zv1OGH`b7tpWQzC=N*56NMF$h6Cj#_~p2+-v{pBTseo^{G>pv}*h#H+XE)}6)R6z0p
zmx!FzDU;XZ6Pep}E)lnge1ggcug4zLHu_Thw!itQMP85V&#jZo>v7Ex@vG4xel<F6
zMEr!}=>YM2N^In-d?0><Ofp6M5=tfq@iTCINGBKZ^Po%=@iTCI2=ViLk|^SrP}=4o
zep@X0qRI#2mqSw~;wKc{0P*X%UAuI05x<(@Dj)QV761{y0@~QJ$_M?T14}YR{05~9
z2>qgi3DXk+`bAG<{=fe65<$Nx{i5}smP<s9P8*ks&@U<=`G8AA&gzuO>+y-q?K+o;
zTSPuV<%8E_4{95IDSq4E{L~_^$Mxsd$>sI9W{CLJ=n%geoi-wVLh*Ef_&p^y@>M<%
zzd<IMB7O-alY{sfI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oea}d8RmV8m=1M$nDDHHJ%
zif(}Tb=<C9I=P5n&2W_u`b7(Xh+hG1Y+2=le$jy?nIe9J(glQm(ZPi2i2(hgCo=zE
ze|d?ZUzC2)`cKOxqDH5UOGW4x6_9+uB_d~a%H;L<MCNv#OT;ZApP=%=>#+y5jlLAW
z?Qec+k=Nt;bL-^tdR#L^{AzTFUyV*15kH}LIzarM5*zs{ABf)|lS~o6gp$cY{0tl)
z(#b{qJSY=I{0tl)Li{|RB#QVYl(spD-xf>0sPcjM<<OLg_z6WfK>Rvx*Djr0#II(!
z$_M?T1wh2FfHt<Q@<G4oz>-W6zd`8&Lci!>!t_Lde$f+||F6HiM9?ovzi9oZ<q}b&
z)5fJD^ot5eKHw6OvpQw+dVC^tyUr!z7LiX-`QY`~gW5)4ir@A(Kefo~as9b<a(O+j
z86ti)I>fI=r;Ui8P&^$Veou*we3cKxZ;(l*h+jg<<RE?qjt}YNB7Po}i6VXmjt?Pz
zo=*}*{1Qsr9K>&nC0|teK>TuO%0&Exq8lK79k*+jPA=kCGhF3^e$fIT;#WW$TUPm?
zUvywerikC5bOE7XbTDChB0#_BiOm1kUtS{U7o}gc{?l@asL^TTQW5$^1tcGEiO5-<
zGI>2dk-1&x5^;;jC#Zbzdh9`Mqc6p8`<tIy<n_4z+&a0u9@h*JzZxClSEJKL#7`)m
z4iLYm#74f#2jVx#BvZsMp=5FpKLf{ybaD|t56VOlKLf{y5I@f+i6VXprEL!4x5bh#
zs(c`RIW%P=enQa=5WkMwwM!=#@v9lG@<G370TA&kpp7l7e9$jCuq0E&Z&12`&@Vce
zFg+2VU-U%g|LZR=5%i1FFIxX;xkS|Hv~j5j{h|Vr54c3+tWKG{9-qkEu5*dFMdTAy
zK6pL$ptjMM;<x?HPc8C#Tz_tzTwafBhKOH{4)LqeX(Qq%6i)|;-&0~EU*!Yw8)T9x
z;+Ie|If$Qu<3l>Rh@S^#qKKb?<3os_=aWPczl72@2l3lt$rn{V5WgInG7&$a=mv;i
z$L-pslZ*J(3|IM}U$g*-_!ZE`mQ_CJ7adrVDdIOMT|np;9ZZ;>2+%KjBJ=<CmzN0o
zMd=r<|Fm2pYINGTRD^y}0m%nkB63!zOkR&qWNz2FMBF0s2`V4F9(z#R=u7e2{^q9^
zc|EQ_w@xmv$2CL5uSSRX)#$Vl@e_)t1H|tsv5~Lxf%pwF$rSNRD486@&%p5^om|Av
zgECRX&%p5^#Lx3dqKIEYX`6%iZL#EwDj$en4o#VepHOrI#INIa?b69b{Az})e9$ji
z07U!>Xk*JNAM}e3EXfq{8<Z{}^otHAOiu*p7d?^r|N6^I1pT7)i`IWyE)g|4ZCols
zzo>xZ11=Fct5YVg$0stk>s%sk5%~m_4_=QwsBQG6_-%jlQ;WPF*PmM_m)GN(A>vn~
zL;PxV+KBiG#nS=e_mtSkSNTBv2AO1v_$8D~4&rCv_>fL6;^#q`DB@?}_z>df`6N-q
zFQK%}LHxE@@<o*o#4m@YOvFzpx&h+Xal3Zu<RX4G!&N@$7cBrHeg(9#Wt9*5MF*B-
ziuesm7ZCbI2NR|z0`!ZX$ozl(<t2iCQTj#eKP{Jt8l5&S6`@~LK=J{Xh@90alh@-D
zncH<P5x0nZg31T4#~#!+`cnM1zxk;}UXSa~t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZD
zY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?
zLsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&u
zMNee@zy9(PLBA;dqV=DaOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZ
zY8!nie%s&t)FQ9P_2<^f<@LB`i1^j$5WgCoHX?pP@pORrJta2sRXz~EK_;0ZehDR$
zgZLRZKBSY2_<2w!iuf5gK7{yrK1meuODJt~5Wg*!d{N~C@ynqp6Y&#@Zh-i8+^$_Z
zxrkrQaFq}GMGJt4Ujc1wS>=O%(SaqIB7TF?1%!Ul!G!6F0R5sTGXGzHd5NH3lz!3r
zPs=5uMyHKSMd%k5kbJ-;B4>5V<n{PO=60P+#4RG9pz^`%u?Mw{z7)UhZ+>c#*W>zg
z>*Vr!Tr))cYIKNSjZPa8KcRR!K>VH(8~G|9h~FTSOcB3?lF32*3>+WQ$wmA;C=*5e
z3>+Uq{5+o|iufgzwmFF37E8XU@`3o}(3FYz2}L(R{5o#eE}dM&uV%Q)2mPW2K*X<r
zHnyztLBHt0l1vf5LFocQzvy7X^hAJu(G!{fufM!R&@W2AX#J<<5>cbm#-$?kiwa0S
z;1ZFuI%V>Dd?ItZ&L!d&kxx+h;Pu#p+D2cB-}W~@waDvn{ke5=c|EQfB7QYG#IHuD
zjfkI6JRKl@Pl=6ul@G*kkV&S9UqZ>`Abtjp59#D0ejb#GB7O#r4<UY@PZCA^5=z?~
z#BYlwUsU-({Bmf@MEr!J8z6oiw`-S9F5*`+T;+p)(E=diS3nzER{5Y`bYMxQh~J=e
z0ij=XFkyNkK)>jT%>UP4ULxohrC+rE({hQZ(P`sS5&A_1Bp+~z$XT5-c|AUnxn1WH
zaf`?&sC@8x>_Kg#FU4>Bo1a?b^|=1rI=Q?a*9;NA8Xe+SqtiyjPbi)a5WlCyM!w1i
z;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A1ILFDKhGzLB7O;_Z4TnM#gZ?od?0=~G-V=w
zLeUKnzmD6rOD7lcs~N8HLBD7L5b-OZjV-Hu&@Vc$BvZt1P`ZH7FFKeoJrST^^hD<W
z>n|@6^o!CjTK{ReMAYcCaj6LXq5_f+xJ2ZvPMN$OpUB*<bBVY`<P%grcs=%@w$Yd3
zxBbmeE%JI?e{P*zUXN>rh+mBk@vG5kBjP6%PX~zKQ(_}u<pc2>WRfZ3mryb}h@XMu
zLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7gatGzZ{w}5kH~m28dtB?b@Z2i}=+H
zSNWh{v;c_s70||(RX*q!9axen;x{N=K<F18OqiYs&@Xx-^Z)gimk9br=@+g4v|J);
zblSL7gnm&0$p>5_a#p8IUXM>?Zr8a)+#>P`Dj&Qadr;fxOYz(O=BE~UJ+42uPA;#<
zHABR&Mu+&-=(G{>6N;w;#P2Dwk+1TB_zg126!A+anH<E=!0{oST*S|VGEv0O!0{o(
z&+|#5h+jf!n}hgmvE+*?ABbNLO__+FP;>*tuj6*@(#b{qYKE(P&@Wm5MEnY9W6LTZ
z^otHG$rSM$lrA9jiw-7CPXy=}J(2nU`pZiM{i5`X)_+<q5j8q(Tq;7psDR`HE)hAa
zQzoy+Co;F|Tq14}`2>{@UXMMfZS<x1ZGZDqi@YA!pIaxF*W;QY;#Z?X{AzUCi1-P`
z(*ff5l-S5u`9S;znPiIiC6r7K;%DIakWMb*=Ruh$;%DIa5aQ?gBvHgKp|s6G{I*!~
zMU@Z4FNdZ~#7`)?0pizjyLRd1B7QZ)RX*q!EdU~Z1+=kcl@Izw2bN@t_zg-I5c)+2
z6Q(Bu^oyRz{D1xBC4zoY`bFzMEtiNIoi;8Np<h%$@&T8KoYg6l*W(kJ+jTAxw}^a#
z$_KB<9@IAaQv9~R`Kd)-kL%B^lgsOI%@Fac(II{{I&DP!gyQJ{@q0>a<g0ujeuGRh
zMf?&<CI|5|aC}H77xD9;Oce1maC`{y^L&yh;+Ig`<{*AsEcv3!2jZ7QQzqgk6x{&v
z>$qLJbaD~Dn&B!R^ote%5x)Z3*s{t8{h|X)GDZ9br3(oCqJs(369M`~Ph|eT{_+w*
zzbO5p^`DkYM2$`xmx|CYDj@lQOGM7<l*#MyiOlUfmxx<LK0)P!*JBTA8+|E$+u!`u
zBCp5w=hn&P^|)q;_|@nTzZ#u3B7Q>gbb$ChB{uR^J`le_CYd6B2_=(*_!&4pq?3#I
zc~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QRM^i%b_U~@e_(}fcSOXu3b90h+oZcl@Izw
z3xJ4U0c~tq<%53FfhCzDeuL5lgnrS%gz1R@{h}u_|6hN3iJ)JUe$o0*%O#>lr;STR
z=ob}`e843lXLZWt_4q{QcAZPaEh3+w^1<t|2epm96u<3nerl1|<N9;!<nnr4GerDq
zbckP#P8$(Fp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K93RrjMf^M{6Gi+C93MjbJf9?r
z_$8FKIf&mDOTMV`f%xUnl!^EWMK?hFI&Rl4om|APX1K}+{h|dx#IJxhwyg3&zv#e{
zOcB39=>kH(=wQP1M1X$L6Pf?7zq~}yFG{~?{io#;QKQqwr6Tl;3P?WS5|OhyW%7D_
zB6GXWCE^y5Pf+>b_1J^jMqi5G_BTJZ$m?<axpi`RJ+2udel<G8uSTbhh@VhA9Uy*B
ziH&@f55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u5=HzHO4}U7Z;K^gRQW*s
za%jp#{Dh(#AbuUUYnM(g;#V_V<%53F0wCg7KpR_D`Ji8PU`eKk-=K5>p<i?`VR|A!
zzvzj~|JPq$BIp;TU$p+ya*3$XY2#86`b7mKA8?7tS)DR@JwB1SUFQ;Ui^wOaeDHeg
zL2aWi#c%tYpIYSgxc=Naxx60N3=zK?9pYD`(?-NkD4q@wzo*1TzRCyUH^?MY#4n*_
zau7cQ$A@%s5kC*gL=is&$A=I<&nJl@ehH;*4&t}Pk}s-!AbvSCWg>n;(G3v4j@z|M
zCl~Rn8Lsj{zi0sv@hhN>EvtOcFFLR!Q^apjx`5CxI+!p$5uji6MCSkNFE0`Fi_$Mz
z|7p2I)abNvsR;d|0+J87MC7banY<pK$lR`TiMU1N6I4EUJ@%ls(U;=4{moA;@_Jl<
zZk=3Sk86gAUyTm&tI=sA;wKbO2Z-NOVk2MW1MwSVk}2YsP%=4)pMm2;I=P6S2W6s&
zpMm2;h@a<^L=nG)(l!V2+hWNVRXz~E9GWr_KcVObh+oI;+NG0=_|*(o`Ji940EqY%
z(8iWkKIj)6SduB?Hz-{|=ocMKn4SpGFM1;L|Mi!b2>M0o7p?!aTq0_8+PGANeo+C*
z2V5d@R;Nr}k56Q7*SSR8BJv3;AG{uWP}}HB@!S69rxtlVu0OX<F0aQmL&UE}hxpa#
zv=Q+Wil+m_?<uj7ukwNT4Km3T@k=O~9K_GS@gbdD#Lt5=QN+){@gc;|^GTwJUqWe{
zgZOQ+<clgFh+hs(nTVfIbOXe%<96-R$wmBXhO2zgFIoUZ{0eAe%PJrAiw-Qw6!9CB
zE+F)a4kk=b1n3t%k@^4n%S#0PqV$W_e_AdPH9BovDnh@gfaC)%5jm?<Ca=dQGPmno
zB5o1+1eFh7k3Fbu^riT1fAdp|ydKw|TPK&-<C-DjSEEDxYINF&_zA_+0pj<R*vMD;
zK>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{;^+A!QN%Byw9P^Mwpj8-l@G)(ho(%#
zPbj(p;@5GzcIo6Iel^2YKIj)M03v<`w6SHC5Bfz1mSl?f4N4af`b7s5rY8dQi=N2*
zfBoepf__o@Me9E;mxvmjHZB#RUsOQy0hfrJ)hUzL;}e<NbuJONh<t*|2d~E-)HeE3
z{I<XOsYPCo>(8x|%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-
zd`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p
z;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWd6VY@)AM6DE*@KpO#BR
zjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1-~7}fugCT0*2(4d
zxMqm>)#wnv8l5&GenRndfcQNnHu6<I5WhhtnIe7(C6j~r88|+qlZ*IyP$r7_88|+K
z_<24_6!A+aZF3O6EtY&y<pc4{p(zvb6N+wt_;uW_T{^jlU(Ilp5Bfz5fQVlKZERWP
zgMQJ0C7B|AgVF_re$l~%>4^aSq9-!{Uw?UtpkI`J(fUuzC89>BjY~!77Zs3vz$GGQ
zb;{)R_(bM*olC?mBA=l0!RxUHwT-?MzwK{+YLVCD`g7~#@_Jk|MEq)Wh+mCP8xcRD
zcsfA*o)R1RDj$g7Ad^fHzl4&>LHrCHAJWN1{5&WVMf?mLA42>*pCpR-C6u-~h~E}V
zzNqqn_~p=)iTDXcH$eP4Zr3iIT*R+txXK6pq6I+2uYfkTtnxv>=)jUp5x+s{0z$v&
zV8Zl7fPT>vng6f9yhPA1O226Rr{xk+qtnKvBJ_(2NIu{ak+V8w@_KwCbGyzZ;ueul
zQ2F5X*n`?eUy9%MH$Sz=>v8?Lb#i$<t{EbJH9EwvMyHL4pHMs<AbwAYjeM04#BY#E
zrifoc$>bn@296Ku<RX3^l!+pK296IQex6SfMf?&<+Z@DiizQ!F`9S<~Xv#$VgrXZD
zejT@KmrgF?S2JAYgMQHhAmUd*8(UWSpkH)gNv4S3pmYJDUvw~GdLlr-=!wk#*I!;D
z=oh75wEoj_iKx+O<5Cg&MFk`uaEZuSoicenK9RXy=Mr&?$S0_L@Otb)ZKE&6Z~L2{
zTIBV({@gmbydKvK5x*K8;#Z^7M#N7jo(>Sdr^H6S$_L^%$Rtz5FQH^|5I+OQhjelg
zKM%@85kCXRhY&x{Cy63{38ifg;<v?;FRFYXemOK{B7Q>A4G_PM+qFw47xAkZuJS>@
zXaNxME1-=nt9;NeI<O>D#BWf#fY2{Gm@qvNpkMSv=Kt$2FA?;M(l1*7X}Lty=(KUE
z2>qf0k`K5<<g8AaydIy(+^%zpxJBd>R6ck;_Mo=Wm*Thm%}*`zdR%{Qom^gzYletl
zjSlgv(P<;%ClpTyh~HCUBVXkM@f&24DdLw<GC7E!f#X9uxrm<!Wul0mf#XAnpXZZA
z5x<1eHV5(BV#ya(J`legnlceTq38yPU&rm*rIU;J)eKkppkK5Ai1-!I#+Fq+=ocMW
zk}2XhC|yA47adHPo(Rw{dLr}x^_Q0j`bFs%t^c%KB5HKnxKxCGQ31&ZTq1H-r%Yat
zPh@V_xkTI|@(C&*ydHZ{+vrR2+y3UK7I{6cKetXUug5h*#IHt&_|@pN5%Cj>rvt?A
zDY22S@`3mbGRYM2ODLHf#LvL-A)Q>r&x0~i#LvL-A;iz~Nur2fLTQ_W_-(P|iz*+8
zUk*)~h@Vh&1H`Z6cJ0#1Mf_@pt9;NeS^z}+3TR`?Dj)QV4lKzO@f(ybAoPn4CQMHR
z=odYa`TzRMO9cI*^o!PiS}qYaI&EAkLcgeh<O41dIjd79ug51cx9eOYZV~wel@DHz
zJ*aK;rTA@s^HYnw9@n2+Czsdbnjzv>qeJ{^blQmc3B}U^;`fx;$XEG5{05n1iufgz
zOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@@c55zBrrcA_7D7pdS*Kxac
z>Et4QHN#at=oc*jB7Oz5v1OGH`b7tpWQzC=N*56NMF$h6Cj#_~p2+-v{pBTseo^{G
z>pv}*h#H+XE)}6)R6z0pmx!FzDU;XZ6Pep}E)lnge1ggcug4zLHu_Thw!itQMP85V
z&#jZo>v7Ex@vG4xel<F6MEr!}=>YM2N^In-d?0><Ofp6M5=tfq@iTCINGBKZ^Po%=
z@iTCI2=ViLk|^SrP}=4oep@X0qRI#2mqSw~;wKc{0P*X%UAuI05x<(@Dj)QV761{y
z0@~QJ$_M?T14}YR{05~92>qgi3DXk+`bAG<{=fe65<$Nx{i5}smP<s9P8*ks&@U<=
z`G8AA&gzuO>+y-q?K+o;TSPuV<%8E_4{95IDSq4E{L~_^$Mxsd$>sI9W{CLJ=n%ge
zoi-wVLh*Ef_&p^y@>M<%zd<IMB7O-alY{sfI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oe
za}d8RmV8m=1M$nDDHHJ%if(}Tb=<C9I=P5n&2W_u`b7(Xh+hG1Y+2=le$jy?nIe9J
z(glQm(ZPi2i2(hgCo=zEe|d?ZUzC2)`cKOxqDH5UOGW4x6_9+uB_d~a%H;L<MCNv#
zOT;ZApP=%=>#+y5jlLAW?Qec+k=Nt;bL-^tdR#L^{AzTFUyV*15kH}LIzarM5*zs{
zABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|RB#QVYl(spD-xf>0sPcjM<<OLg
z_z6WfK>Rvx*Djr0#II(!$_M?T1wh2FfHt<Q@<G4oz>-W6zd`8&Lci!>!t_Lde$f+|
z|F6HiM9?ovzi9oZ<q}b&)5fJD^ot5eKHw6OvpQw+dVC^tyUr!z7LiX-`QY`~gW5)4
zir@A(Kefo~as9b<a(O+j86ti)I>fI=r;Ui8P&^$Veou*we3cKxZ;(l*h+jg<<RE?q
zjt}YNB7Po}i6VXmjt?Pzo=*}*{1Qsr9K>&nC0|teK>TuO%0&Exq8lK79k*+jPA=kC
zGhF3^e$fIT;#WW$TUPm?UvywerikC5bOE7XbTDChB0#_BiOm1kUtS{U7o}gc{?l@a
zsL^TTQW5$^1tcGEiO5-<GI>2dk-1&x5^;;jC#Zbzdh9`Mqc6p8`<tIy<n_4z+&a0u
z9@h*JzZxClSEJKL#7`)m4iLYm#74f#2jVx#BvZsMp=5FpKLf{ybaD|t56VOlKLf{y
z5I@f+i6VXprEL!4x5bh#s(c`RIW%P=enQa=5WkMwwM!=#@v9lG@<G370TA&kpp7l7
ze9$jCuq0E&Z&12`&@VceFg+2VU-U%g|LZR=5%i1FFIxX;xkS|Hv~j5j{h|Vr54c3+
ztWKG{9-qkEu5*dFMdTAyK6pL$ptjMM;<x?HPc8C#Tz_tzTwafBhKOH{4)LqeX(Qq%
z6i)|;-&0~EU*!Yw8)T9x;+Ie|If$Qu<3l>Rh@S^#qKKb?<3os_=aWPczl72@2l3lt
z$rn{V5WgInG7&$a=mv;i$L-pslZ*J(3|IM}U$g*-_!ZE`mQ_CJ7adrVDdIOMT|np;
z9ZZ;>2+%KjBJ=<CmzN0oMd=r<|Fm2pYINGTRD^y}0m%nkB63!zOkR&qWNz2FMBF0s
z2`V4F9(z#R=u7e2{^q9^c|EQ_w@xmv$2CL5uSSRX)#$Vl@e_)t1H|tsv5~Lxf%pwF
z$rSNRD486@&%p5^om|AvgECRX&%p5^#Lx3dqKIEYX`6%iZL#EwDj$en4o#VepHOrI
z#INIa?b69b{Az})e9$ji07U!>Xk*JNAM}e3EXfq{8<Z{}^otHAOiu*p7d?^r|N6^I
z1pT7)i`IWyE)g|4ZColszo>xZ11=Fct5YVg$0stk>s%sk5%~m_4_=QwsBQG6_-%jl
zQ;WPF*PmM_m)GN(A>vn~L;PxV+KBiG#nS=e_mtSkSNTBv2AO1v_$8D~4&rCv_>fL6
z;^#q`DB@?}_z>df`6N-qFQK%}LHxE@@<o*o#4m@YOvFzpx&h+Xal3Zu<RX4G!&N@$
z7cBrHeg(9#Wt9*5MF*B-iuesm7ZCbI2NR|z0`!ZX$ozl(<t2iCQTj#eKP{Jt8l5&S
z6`@~LK=J{Xh@90alh@-DncH<P5x0nZg31T4#~#!+`cnM1zxk;}UXSa~t&_{^am^6%
ztI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=
zDB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0
zOEN|L2BixK{i1^j(-Q&uMNee@zy9(PLBA;dqV=DaOGJ%M8<&dEFDfAUfJ;Qq>Xgar
z@rlgsI+uuBL_R^~gV$pZY8!nie%s&t)FQ9P_2<^f<@LB`i1^j$5WgCoHX?pP@pORr
zJta2sRXz~EK_;0ZehDR$gZLRZKBSY2_<2w!iuf5gK7{yrK1meuODJt~5Wg*!d{N~C
z@ynqp6Y&#@Zh-i8+^$_ZxrkrQaFq}GMGJt4Ujc1wS>=O%(SaqIB7TF?1%!Ul!G!6F
z0R5sTGXGzHd5NH3lz!3rPs=5uMyHKSMd%k5kbJ-;B4>5V<n{PO=60P+#4RG9pz^`%
zu?Mw{z7)UhZ+>c#*W>zg>*Vr!Tr))cYIKNSjZPa8KcRR!K>VH(8~G|9h~FTSOcB3?
zlF32*3>+WQ$wmA;C=*5e3>+Uq{5+o|iufgzwmFF37E8XU@`3o}(3FYz2}L(R{5o#e
zE}dM&uV%Q)2mPW2K*X<rHnyztLBHt0l1vf5LFocQzvy7X^hAJu(G!{fufM!R&@W2A
zX#J<<5>cbm#-$?kiwa0S;1ZFuI%V>Dd?ItZ&L!d&kxx+h;Pu#p+D2cB-}W~@waDvn
z{ke5=c|EQfB7QYG#IHuDjfkI6JRKl@Pl=6ul@G*kkV&S9UqZ>`Abtjp59#D0ejb#G
zB7O#r4<UY@PZCA^5=z?~#BYlwUsU-({Bmf@MEr!J8z6oiw`-S9F5*`+T;+p)(E=di
zS3nzER{5Y`bYMxQh~J=e0ij=XFkyNkK)>jT%>UP4ULxohrC+rE({hQZ(P`sS5&A_1
zBp+~z$XT5-c|AUnxn1WHaf`?&sC@8x>_Kg#FU4>Bo1a?b^|=1rI=Q?a*9;NA8Xe+S
zqtiyjPbi)a5WlCyM!w1i;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A1ILFDKhGzLB7O;_
zZ4TnM#gZ?od?0=~G-V=wLeUKnzmD6rOD7lcs~N8HLBD7L5b-OZjV-Hu&@Vc$BvZt1
zP`ZH7FFKeoJrST^^hD<W>n|@6^o!CjTK{ReMAYcCaj6LXq5_f+xJ2ZvPMN$OpUB*<
zbBVY`<P%grcs=%@w$Yd3xBbmeE%JI?e{P*zUXN>rh+mBk@vG5kBjP6%PX~zKQ(_}u
z<pc2>WRfZ3mryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7gatGzZ{w}
z5kH~m28dtB?b@Z2i}=+HSNWh{v;c_s70||(RX*q!9axen;x{N=K<F18OqiYs&@Xx-
z^Z)gimk9br=@+g4v|J);blSL7gnm&0$p>5_a#p8IUXM>?Zr8a)+#>P`Dj&Qadr;fx
zOYz(O=BE~UJ+42uPA;#<HABR&Mu+&-=(G{>6N;w;#P2Dwk+1TB_zg126!A+anH<E=
z!0{oST*S|VGEv0O!0{o(&+|#5h+jf!n}hgmvE+*?ABbNLO__+FP;>*tuj6*@(#b{q
zYKE(P&@Wm5MEnY9W6LTZ^otHG$rSM$lrA9jiw-7CPXy=}J(2nU`pZiM{i5`X)_+<q
z5j8q(Tq;7psDR`HE)hAaQzoy+Co;F|Tq14}`2>{@UXMMfZS<x1ZGZDqi@YA!pIaxF
z*W;QY;#Z?X{AzUCi1-P`(*ff5l-S5u`9S;znPiIiC6r7K;%DIakWMb*=Ruh$;%DIa
z5aQ?gBvHgKp|s6G{I*!~MU@Z4FNdZ~#7`)?0pizjyLRd1B7QZ)RX*q!EdU~Z1+=kc
zl@Izw2bN@t_zg-I5c)+26Q(Bu^oyRz{D1xBC4zoY`bFzMEtiNIoi;8Np<h%$@&T8K
zoYg6l*W(kJ+jTAxw}^a#$_KB<9@IAaQv9~R`Kd)-kL%B^lgsOI%@Fac(II{{I&DP!
zgyQJ{@q0>a<g0ujeuGRhMf?&<CI|5|aC}H77xD9;Oce1maC`{y^L&yh;+Ig`<{*As
zEcv3!2jZ7QQzqgk6x{&v>$qLJbaD~Dn&B!R^ote%5x)Z3*s{t8{h|X)GDZ9br3(oC
zqJs(369M`~Ph|eT{_+w*zbO5p^`DkYM2$`xmx|CYDj@lQOGM7<l*#MyiOlUfmxx<L
zK0)P!*JBTA8+|E$+u!`uBCp5w=hn&P^|)q;_|@nTzZ#u3B7Q>gbb$ChB{uR^J`le_
zCYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QRM^i%b_U~@e_(}
zfcSOXu3b90h+oZcl@Izw3xJ4U0c~tq<%53FfhCzDeuL5lgnrS%gz1R@{h}u_|6hN3
ziJ)JUe$o0*%O#>lr;STR=ob}`e843lXLZWt_4q{QcAZPaEh3+w^1<t|2epm96u<3n
zerl1|<N9;!<nnr4GerDqbckP#P8$(Fp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K93Rrj
zMf^M{6Gi+C93MjbJf9?r_$8FKIf&mDOTMV`f%xUnl!^EWMK?hFI&Rl4om|APX1K}+
z{h|dx#IJxhwyg3&zv#e{OcB39=>kH(=wQP1M1X$L6Pf?7zq~}yFG{~?{io#;QKQqw
zr6Tl;3P?WS5|OhyW%7D_B6GXWCE^y5Pf+>b_1J^jMqi5G_BTJZ$m?<axpi`RJ+2ud
zel<G8uSTbhh@VhA9Uy*BiH&@f55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u
z5=HzHO4}U7Z;K^gRQW*sa%jp#{Dh(#AbuUUYnM(g;#V_V<%53F0wCg7KpR_D`Ji8P
zU`eKk-=K5>p<i?`VR|A!zvzj~|JPq$BIp;TU$p+ya*3$XY2#86`b7mKA8?7tS)DR@
zJwB1SUFQ;Ui^wOaeDHegL2aWi#c%tYpIYSgxc=Naxx60N3=zK?9pYD`(?-NkD4q@w
zzo*1TzRCyUH^?MY#4n*_au7cQ$A@%s5kC*gL=is&$A=I<&nJl@ehH;*4&t}Pk}s-!
zAbvSCWg>n;(G3v4j@z|MCl~Rn8Lsj{zi0sv@hhN>EvtOcFFLR!Q^apjx`5CxI+!p$
z5uji6MCSkNFE0`Fi_$Mz|7p2I)abNvsR;d|0+J87MC7banY<pK$lR`TiMU1N6I4EU
zJ@%ls(U;=4{moA;@_Jl<Zk=3Sk86gAUyTm&tI=sA;wKbO2Z-NOVk2MW1MwSVk}2Ys
zP%=4)pMm2;I=P6S2W6s&pMm2;h@a<^L=nG)(l!V2+hWNVRXz~E9GWr_KcVObh+oI;
z+NG0=_|*(o`Ji940EqY%(8iWkKIj)6SduB?Hz-{|=ocMKn4SpGFM1;L|Mi!b2>M0o
z7p?!aTq0_8+PGANeo+C*2V5d@R;Nr}k56Q7*SSR8BJv3;AG{uWP}}HB@!S69rxtlV
zu0OX<F0aQmL&UE}hxpa#v=Q+Wil+m_?<uj7ukwNT4Km3T@k=O~9K_GS@gbdD#Lt5=
zQN+){@gc;|^GTwJUqWe{gZOQ+<clgFh+hs(nTVfIbOXe%<96-R$wmBXhO2zgFIoUZ
z{0eAe%PJrAiw-Qw6!9CBE+F)a4kk=b1n3t%k@^4n%S#0PqV$W_e_AdPH9BovDnh@g
zfaC)%5jm?<Ca=dQGPmnoB5o1+1eFh7k3Fbu^riT1fAdp|ydKw|TPK&-<C-DjSEEDx
zYINF&_zA_+0pj<R*vMD;K>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{;^+A!QN%By
zw9P^Mwpj8-l@G)(ho(%#Pbj(p;@5GzcIo6Iel^2YKIj)M03v<`w6SHC5Bfz1mSl?f
z4N4af`b7s5rY8dQi=N2*fBoepf__o@Me9E;mxvmjHZB#RUsOQy0hfrJ)hUzL;}e<N
zbuJONh<t*|2d~E-)HeE3{I<XOsYPCo>(8x|%j<E?5b>+gA$~PFZAAQp;^_eKdrEBN
zt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2H
zCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2Kx
zWd6VY@)AM6DE*@KpO#BRjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@
zeJOt1-~7}fugCT0*2(4dxMqm>)#wnv8l5&GenRndfcQNnHu6<I5WhhtnIe7(C6j~r
z88|+qlZ*IyP$r7_88|+K_<24_6!A+aZF3O6EtY&y<pc4{p(zvb6N+wt_;uW_T{^jl
zU(Ilp5Bfz5fQVlKZERWPgMQJ0C7B|AgVF_re$l~%>4^aSq9-!{Uw?UtpkI`J(fUuz
zC89>BjY~!77Zs3vz$GGQb;{)R_(bM*olC?mBA=l0!RxUHwT-?MzwK{+YLVCD`g7~#
z@_Jk|MEq)Wh+mCP8xcRDcsfA*o)R1RDj$g7Ad^fHzl4&>LHrCHAJWN1{5&WVMf?mL
zA42>*pCpR-C6u-~h~E}VzNqqn_~p=)iTDXcH$eP4Zr3iIT*R+txXK6pq6I+2uYfkT
ztnxv>=)jUp5x+s{0z$v&V8Zl7fPT>vng6f9yhPA1O226Rr{xk+qtnKvBJ_(2NIu{a
zk+V8w@_KwCbGyzZ;ueulQ2F5X*n`?eUy9%MH$Sz=>v8?Lb#i$<t{EbJH9EwvMyHL4
zpHMs<AbwAYjeM04#BY#Erifoc$>bn@296Ku<RX3^l!+pK296IQex6SfMf?&<+Z@Di
zizQ!F`9S<~Xv#$VgrXZDejT@KmrgF?S2JAYgMQHhAmUd*8(UWSpkH)gNv4S3pmYJD
zUvw~GdLlr-=!wk#*I!;D=oh75wEoj_iKx+O<5Cg&MFk`uaEZuSoicenK9RXy=Mr&?
z$S0_L@Otb)ZKE&6Z~L2{TIBV({@gmbydKvK5x*K8;#Z^7M#N7jo(>Sdr^H6S$_L^%
z$Rtz5FQH^|5I+OQhjelgKM%@85kCXRhY&x{Cy63{38ifg;<v?;FRFYXemOK{B7Q>A
z4G_PM+qFw47xAkZuJS>@XaNxME1-=nt9;NeI<O>D#BWf#fY2{Gm@qvNpkMSv=Kt$2
zFA?;M(l1*7X}Lty=(KUE2>qf0k`K5<<g8AaydIy(+^%zpxJBd>R6ck;_Mo=Wm*Thm
z%}*`zdR%{Qom^gzYletljSlgv(P<;%ClpTyh~HCUBVXkM@f&24DdLw<GC7E!f#X9u
zxrm<!Wul0mf#XAnpXZZA5x<1eHV5(BV#ya(J`legnlceTq38yPU&rm*rIU;J)eKkp
zpkK5Ai1-!I#+Fq+=ocMWk}2XhC|yA47adHPo(Rw{dLr}x^_Q0j`bFs%t^c%KB5HKn
zxKxCGQ31&ZTq1H-r%YatPh@V_xkTI|@(C&*ydHZ{+vrR2+y3UK7I{6cKetXUug5h*
z#IHt&_|@pN5%Cj>rvt?ADY22S@`3mbGRYM2ODLHf#LvL-A)Q>r&x0~i#LvL-A;iz~
zNur2fLTQ_W_-(P|iz*+8Uk*)~h@Vh&1H`Z6cJ0#1Mf_@pt9;NeS^z}+3TR`?Dj)QV
z4lKzO@f(ybAoPn4CQMHR=odYa`TzRMO9cI*^o!PiS}qYaI&EAkLcgeh<O41dIjd79
zug51cx9eOYZV~wel@DHzJ*aK;rTA@s^HYnw9@n2+Czsdbnjzv>qeJ{^blQmc3B}U^
z;`fx;$XEG5{05n1iufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@@c
z55zBrrcA_7D7pdS*Kxac>Et4QHN#at=oc*jB7Oz5v1OGH`b7tpWQzC=N*56NMF$h6
zCj#_~p2+-v{pBTseo^{G>pv}*h#H+XE)}6)R6z0pmx!FzDU;XZ6Pep}E)lnge1ggc
zug4zLHu_Thw!itQMP85V&#jZo>v7Ex@vG4xel<F6MEr!}=>YM2N^In-d?0><Ofp6M
z5=tfq@iTCINGBKZ^Po%=@iTCI2=ViLk|^SrP}=4oep@X0qRI#2mqSw~;wKc{0P*X%
zUAuI05x<(@Dj)QV761{y0@~QJ$_M?T14}YR{05~92>qgi3DXk+`bAG<{=fe65<$Nx
z{i5}smP<s9P8*ks&@U<=`G8AA&gzuO>+y-q?K+o;TSPuV<%8E_4{95IDSq4E{L~_^
z$Mxsd$>sI9W{CLJ=n%geoi-wVLh*Ef_&p^y@>M<%zd<IMB7O-alY{sfI6kD4i}-m^
zCW`nOI6j2<c|J)L@k=Oea}d8RmV8m=1M$nDDHHJ%if(}Tb=<C9I=P5n&2W_u`b7(X
zh+hG1Y+2=le$jy?nIe9J(glQm(ZPi2i2(hgCo=zEe|d?ZUzC2)`cKOxqDH5UOGW4x
z6_9+uB_d~a%H;L<MCNv#OT;ZApP=%=>#+y5jlLAW?Qec+k=Nt;bL-^tdR#L^{AzTF
zUyV*15kH}LIzarM5*zs{ABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|RB#QVY
zl(spD-xf>0sPcjM<<OLg_z6WfK>Rvx*Djr0#II(!$_M?T1wh2FfHt<Q@<G4oz>-W6
zzd`8&Lci!>!t_Lde$f+||F6HiM9?ovzi9oZ<q}b&)5fJD^ot5eKHw6OvpQw+dVC^t
zyUr!z7LiX-`QY`~gW5)4ir@A(Kefo~as9b<a(O+j86ti)I>fI=r;Ui8P&^$Veou*w
ze3cKxZ;(l*h+jg<<RE?qjt}YNB7Po}i6VXmjt?Pzo=*}*{1Qsr9K>&nC0|teK>TuO
z%0&Exq8lK79k*+jPA=kCGhF3^e$fIT;#WW$TUPm?UvywerikC5bOE7XbTDChB0#_B
ziOm1kUtS{U7o}gc{?l@asL^TTQW5$^1tcGEiO5-<GI>2dk-1&x5^;;jC#Zbzdh9`M
zqc6p8`<tIy<n_4z+&a0u9@h*JzZxClSEJKL#7`)m4iLYm#74f#2jVx#BvZsMp=5Fp
zKLf{ybaD|t56VOlKLf{y5I@f+i6VXprEL!4x5bh#s(c`RIW%P=enQa=5WkMwwM!=#
z@v9lG@<G4okG=PM!GEjDwa@ov|26#`uWm@Q2*fmh5P^jtVn5lPL<dPEf`oJuAs7Yb
zfgl@pc3>uwX%MAF^(JNLN;1utG~P)QZoZ7~ocCvZ?zwnkuji6j%sI!H&sytxp1H;~
zC!@6jfQVlJt!$a)gMQJ1r87nR3Z(&re$m2&>5c&XqB}B=Uq8G=&@W2AX#At)5)q@*
z#;GFoiwa18z$K#3YM06D@s7;pI+ut`L_R^~gV$pZY8gEgzvX8>)grIQ@z<@B%j<E>
z5b=xAA$~DBZAAQp;_d+PyGyL(t9&4Sg-mCP_;o0m9K_GS@gbdD#Lt5=QN+){@gc;|
z^XWtpzYe8k4&t}O(qB~hK>Yg9l!^EWMK(bEGHzp+PA=jXGo0mve$fCR;uk<GTW0y7
zU$kK9OcB3AX#k;Lv@l`1BS63Cj?ClN4=)k)i_$L||7f{H#OSnfstEm}0@5FFiRiQ1
zW%7EwBXhaVCE^m1Pf+>b_1J@2Mi0er`I%3($m?<Zb?fBvdK@!E{9<&7UyM#05kH~0
zJ3##I5-a&CABbNe)0rZE9ZDt#@iTCINGBKZ^Po%=@iTCI2=ViLI#I;0Lur|V_${&Y
z7gatGzdkf&B7Q=V4G_PK+t{U(i}=M1XZfICGysVB1<=ZtSw83&Em%5J#IH~qK<F1O
zOqlKn&@Z|p^Z50{O9cI*^ozznS}qYWI&GXPLcgeh^aorb`mA=DydLk!T&{D8xJ2X=
zR6ck;_Mn#0L-AXF=2I>5dK`b<I=Q?a#|#m_7#-plqtiyjPblsV5Wl;`O1{bm;#bIY
zrifpMlF32*3>+WQ$wmA;C=*5e3>+Uq{5+pd6!Gg&TIL{rODz3Gl@G+P4^5efpHO52
z#4qDEcIo6Ielf#YKIj(>03v<?w6bNE5Bfz5md+IME0hKh`b7(q=JfmD|Nd9M`qfW=
z`qRJh8^7`X_rL!wZ+Xib-tdMuz3ENwdCz;s%9p<MrBP}-A2rgx@P#jY@Pi+G+uPpu
zgFpC#KmOxC{-F<j=!;+cVsrcWQ=ET7=dW|*&@b8q^?<a)O9cI*^oz#7((w<Rd41p#
z5i^`BLceGLkV`}Wt!&}-xB%%-xkU6?Ei+X<cs*Y7@r#Gz=Rf=zqP!l*-?C0F;ukYS
z{9<&7UyM#05kH~0J3##I5-a&CABbNe)0rZE9ZDt#@iTCINGBKZ^Po%=@iTCI2=ViL
zI#I;0Lur|V_${&Y7gatGzdkf&B7Q=V4G_PK+t{U(i}=M1XZfICGysVB1<=ZtSw83&
zEm%5J#IH~qK<F1OOq$bQ`ITS!f9(H82kD>x`Jekwd*zi^-ucdVE<ffce&Q!O-9+b~
z;QtC=jM6XqB8~sr@!=(ceo^{G;~y}Wh!~wVP8I3=6JA>wOafdY&VLEK9>)y1M8xRk
zMwJg<j{}m2;uriGUt?Q%J&wOnom^gzV}^)dj1KXO(P<;%Clq%Fh~HgeC12$O@hfCH
zQ^c=B$>bn@296Ku<RX3^l!+pK296IQex6S!iuiRXEprgRC6@l8$_L`tho(%#Pbjhh
z;+Jt7yL569znI}HAM}d`01>|cTG=wo2mPW2OJ|Ds6-omL{i20Qb9&h?I=etW|M}1F
zK5&%aH@@+W%VyEJ_`^T^!{e~;wvYAmPcR?;a)^G>mzn%mtsGt==oh75H2&#wiHOl@
z<5Us)MFpfk;1bbiwac94<2&E^&MtxV9RV&8J2K66l@DHzo5WsBI~2bcKk7NhydKBj
zyG|~z$1y|1FGh#>#ptvV@e_)>1H|txv68Ryf%p|Nohjnip=5FpKLf{ybaD|t56VOl
zKLf{y5I@hS6Gi+wl$JS&-x5oIQRM^i>qAo};wKc@0P)MXja@pqh+oWbmJj+x1AvHM
z0Ih79<%53Ff~7M>{0gN3gnrS&q&fZYhd(_2yYrv@>}UVsAO2w+#_^x0AGP&+-}~P9
z7k+;7lb=*0=<8nhx@A|!NPgG5-ZlF|$A8Fv{CDlghm6IM{0D#V2V-T1-u>=(kHzI*
z()lMWKh`YLFKXaCICOZ4pkI`J(fAiT{>d}14_qQ*hEql87YzV%i3p&TExaBVApI$q
zh(4=jrpgDe$4fqb@lgEyhd)D<*W>tG*2zWuVupxcj1KXO(P<;%Clq%Fh~HgeC12$O
z@hfCHQ^c=B$>bn@296Ku<RX3^l!+pK296IQex6S!iuiRXEprgRC6@l8$_L`tho(%#
zPbjhh;+Jt7yL569znI}HAM}d`01>|cTG=wo2mPW2OJ|Ds6-omL{i21*t1=yjR6U=c
z`qZah{><_39i1JaqoMSxU;S!H`1`;A`>{R~{_M~GtVHMZ{1cWRYZmDjHE<prI=n>C
zFG{~?{EOuh5u?+_sUq}?3P^vzC8E!2mpRMF^8b@%w}tgdfJ?;TFG1yl*W-ZXq4))V
z#@E;uUXSB1R413$<Cr1h7o$V`VszSw_zA_`0pfR;SjkuUK>P}s&J^+MP%=4)pMm2;
zI=P6S2W6s&pMm2;h@a=vi6VX-O3NI?Z;7S9sPcjM^`R*f@e_({fcRzH#x9*)#4lzz
z%Lo0U0YJnrfL6B5@<G37!P1!`eudHiLceHX@@h>#`q7WhhR+Xt-~%sz=1>3hPtWM@
z{_gL-933lTeI~sB{qJ8UoPWadW6dJ{q6W@`Lx-0L`bFs%jeoIRB4TvfI8}sxQ32@>
zxJ2|>?J{{i-jTUn=Mr&=$S0_L@Otb)Eu)9xxBSefTIBUO{<?K?c|DF9B7QMC#4kpt
zjfkI6+#Mi(cZrpJl@G+Pkm*bjzYZmngZLRZKBSY2_<2w!iuf5gK7{yrKAkAy*P*n`
zLHw3j`im+bh+iL?G7&$a$OedC#%=7<$wmBPhO>OoFB$+u`~qlY%Pb%Cixw=MDdJZs
z4IuQ37ACLO^pF4ek7vW@FaPo{m(Tq6x4%6@<B#9`<~K`pPRF`(zWd$pmYnlXC?D9F
z(l6Sf^q8E(O9cI*^ozznR4x%QI&GXPLcgeh^aorb`mA=DydLk!T&{D8xJ2X=R6ck;
z_Mn#0L-AXF=2I>5dK`b<I=Q?a#|#m_7#-plqtiyjPblsV5Wl;`O1{bm;#bIYrifpM
zlF32*3>+WQ$wmA;C=*5e3>+Uq{5+pd6!Gg&TIL{rODz3Gl@G+P4^5efpHO52#4qDE
zcIo6Ielf#YKIj(>03v<?w6bNE5Bfz5md+IME0hKh`b7(qS8MuvzxR8y;qzl3`&jwR
z@t>HVp|`*N?IrZ$bVO&`U;gD^zPLWd=bunMursA!v_t7JIfs`B`bFs%jen?IB4Tvf
zI8}sxQ32@>xJ2|>?J{{i-jTUn=Mr&=$S0_L@Otb)Eu)9xxBSefTIBUO{<?K?c|DF9
zB7QMC#4kptjfkI6+#Mi(cZrpJl@G+Pkm*bjzYZmngZLRZKBSY2_<2w!iuf5gK7{yr
zKAkAy*P*n`LHw3j`im+bh+iL?G7&$a$OedC#%=7<$wmBPhO>OoFB$+u`~qlY%Pb%C
zixw=MDdJZs4IuQ37ACLCbo~22f8<AgWOjRg?Q35vpZSSTd}4+^^q~)x(2LU#e(-}c
z?Ngun)Qjt5eEtdL13OdtMLU!plXG~9pkI`J(fEhTB_c+rjZ;PF7Zs5HfJ;Q5)h?6Q
z;~kmHbuJN?h<t*|2d~E-)G~S~e#_5%szqLp<F8vMm)GN%A>tRKL;PZN+KBiG#oYno
zcb8bnSNTBv3YpFn@#|1BIf$Qu<3l>Rh@S^#qKKb?<3os_=hKNIejQ579K>&lrN5~1
zf%x^IDHHJ%ifn-RW!%Otom|8(W;n|S{h|Rt#4mtWw#@QDzi7eInIe9L(f~rgXkl_P
z9p!Z({mf@R^X50ddA54~&hPxr%OCiWk9=fCKmPHLzZ})dh|aX%{_Wq^;vAfRLixb)
zSN{KA{qGll@fXLh<!68PXTSGq{BPVHri6^5@M?VCbA84uue>tpjX#dAv%7!u<4aV-
z<bV6`|Kqp+_m?01fBLhJ!5iQ5QxE>LzxAj7*NcAv!{zP*eCB+e-1!R}z46aXBl~;*
z*0;Vj=za5>-^{i@^RA)3`bXawP(Fem!z>@eRf4@wzGa@=`3wBUH@@-YG=jf<l@CsC
zK<`lef<NPHY|AVkU;p~oUt@n?5BS^B$({f7L;M2fh+hD0ZbAHFblQmc3B}z3;&+!=
z$yfP6{0f=Q6!Gg&GC7E!f#X9uxrm<!Wul0mf#XAnpXbwwB7Pl8%N)dSiKV}&@`3pE
zp(zvb6N+qr_+{M2E}dM&FJ?H)N6@4Z{~2F18xg<ruX2_T-s%IAh+ly={vk%cXz851
zJN>)A`@8@7pZ|OP>t8?HJLezAzhCsTpZ)Ce)5gE3bLM>d)1O`@%*7F%X&?B&2TI!c
zCzKET{`bE>e+lM~KlWokHlpu+?|Y{_@W=mq3B2b$?@_}f{i5Rt|KIyn@>dQ42tWV=
z5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tc4i;BWu-Z)bnt
zm%sew(m=?xNnkL1u}yT2-|>!j{Pkb|_3jgX{^x&wrhV>npWEe(^%0$EqdT;uoqt04
zK>9^H=jAn%L%*onWygSi(bvomo4*kVKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z
z1Rwwb2tWV=5P$##AOHafKww9Je$mo48BCY`qO;HQeeZkU_&2z|{F&pw27cHtdj1LJ
zuZn)r-5GgJuG23{zvyf7ht1y<1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz
z00bZa0SG_<0uX=z1R$^@K)+~dn>?I;?|a|-=YRg^@!ydj|LOMG5&EV#z3E^6<zLFj
z>c1xchky8oCG_G{|2_I&{ncN6aea)>KcRde{i3@w@|s+yUzC2)*W?eIzbObn00Izz
z00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<U`K#{(b6{gYE4Ju
zsQwk8zw}GLR6h12ANk1aCjI^2|NRnrar*I(e|)C>)^GjRi|b>2{t4v+|KmUY<NsX!
z@BQz8{}24Y5B$u}{LKINYW(lJ-~I0VS$^j`-+47Y@3}tXl~-QTq5kGKzj^m>eteZ`
znEY@5{eS%S|NioW|4)DRF?i!!e(J%0_P74j|9bH+VDxz31^CSQI=S-~_^oe!>zQd}
zfA8bpJ3Z*}!wcwr``h2vKl;Yt-~R32f)9D}Ewg-Za)Y12Jh}51_>FITBlv_T-=gw?
z_yxa&L-7m#jIXgRvwVF0>tBD3{e3;)Z$~G0{?m{05im#m0%&s!;uoXSM#N7j?halQ
zKg!2ldLv)u1Mv&!A$|e07q=jOFVeU**2zWuZgG1t8S#6O#;q~pcMI1t8Sz_U=`13C
z9ZDug<pc3Ely)J+Z%3xNj`%e}y_}|#i}<|^r@1oAN6@6v{QTE&8sc~U<syDDL&UG3
z8^5K|0XY8mm9KoIG!Qa9BrpoZ?Diag9RJ*V@zXx>iBHVXhd%V77uU;pL}%KkKJ}>*
zI{$?7ft~62mzs{B%Fq4W&vlY7b4G{il#qY__kX`kCZP}*oo18X_~Xm}0^5@O@^pNO
zYM7*7v>eZuak26u0iE3W3mgr5FGd-62>k26{_CJOgrt*9&Wi+w!{{G<V=(?-GhU1`
z?hu&eV?5t=lF50Iz&yG07dZMwUkows5K#F*{5rTw&Y}2~PkX}YEFYuc=L!Gb5C4{R
za_2w&5Wj#Y;uk=hTM)k(oi-wVLUDJ1_}wK|@>M<%ze1)nMf^IHOb+5_;P{YEF5>4w
znJD6C;P?>Y=lOJ^h+l`&G6(TnV(Blcd?0>(Xv#$Vgd!Utei^s1OD7lciy6-H5j1JU
zf5z9$M#S&@tDNP7xB7r2;#Z&zAphAe`U8LUSASJPOwS3t`OR;h4WHxR<ND&Ked$YI
zn(Oa)$2(qJFXIuNX@Bt-e^El`pHM!qGo@d&L+LR&hnEQYMb$1l2K0;G`q6TUxP@z(
zJXM5#(Ip(e$R)z_=|p)w?oe9haEVxA=`X5$@Os>brp!a})8{<xfY;;rtJlfp^*CmT
z_{HcDzZji1B7Q<~cYyfaC06oPJ`le`rZYwSI+RQf;%DIakWMb*=Ruh$;%DIa5aQ?g
zbfSn~hte_!@mpf)FRFYXetl@lMEryz8z6oex3Nnn7x9Z3&hkOOXaErL3!s%PvwYAm
zTCjAch+m;JfY2{mn7oS9AN|oEoeiIV^EZF<;>Ql`bA9}AS4YOWa$Y{{=b!N6Ur%#P
zzi1QG1JVvJ5%i1FFB<<!xkSY1v~j8k{h|WWA8?82v)X0ydb}fZxjs+sd_UpeFM5gV
z<ph-vUXNdfbGdRTewUyBnor>MIR1)ta(O+D86ti$I>awVr;Ui8P~06Les_tLe3cKx
zuaN0X5x)*4lY{sfI6kD4i}-m^CW`nOI6j2<c|M&e;@6?H%t8E?So(`9ABbNcnlceT
zp~wb^U&d|h(#b{qVurJP?D~A-k9~%Xh~N3QJj=(+EoA4P{F?s+#IJnC0|@=1g~_Wm
z9sk8cHGB@v<zwId?sw1V$3On@5}MPoJ`>*i-uEsO&Oc%Kv1XBeQ3L0}p~FiA{i5`X
z#=lrD5ivS#oGL=UsDShbTq63ccA2~$@5o%PbBVY_<P%grcs=%@meE7;TYlzKE%JIC
zf89E{ydK945x*E6;uoXSM#N7j?hX*YyTnSq$_L_C$aJQNUx$*(LHrCHAJWN1{5&WV
zMf?mLA42>*pH39<>rh(eAbv|M{Y8}z#IFxcnTVfIWCO%6<2H8b<RX4C!&yG)7YzU+
zegU+yWtI>6MGKbB6!9yR1`zs13zJu6I{rcTp7*?GHhjM8UGIANGe7sa&&}xTU;p~A
zeeG){;UE9;AIJJk_~IA8SfX=!{t3&EHH-9%8aNLQ9bO{n7o}e`{>5^Mh|y`|R1x|`
z1*AXV647V1%jETVN9J;!OT;B2pP=%=>#+y5j2?>L@-v@mk=Nt+>(<HT^*CmT_{HcD
zzZji1B7Q<~cYyfaC06oPJ`le`rZYwSI+RQf;%DIakWMb*=Ruh$;%DIa5aQ?gbfSn~
zhte_!@mpf)FRFYXetl@lMEryz8z6oex3Nnn7x9Z3&hkOOXaErL3!s%PvwYAmTCjAc
zh+m;JfY2{mm~^Ip@+W`to4@&+fBL6?I{qc1<DY4xs?J@*hyUrH{^^sS{G|R%^rPo<
z+3@-O?|=X8Z-4vj2>qcS`k_Diqdyv-Gd^Ve@iU+K%vhPBpZv+6)Q6Y9u=7tSA9y*X
zU-S~u!x9cJ5%i1FFB<<=xkSY1v~j8k{h|WWA8?82v)X0ydb}fZxy~ix5|K|(`QY`~
zgIY!p#c%nUPqjG9$GEsX)!+52@;9rK%j<E>6Y-1DA$~DBZAAQp;_d+PyGyL(t9&4S
zg-mCP_;o0m9K_GS@gbdD#Lt5=QN+){@gc;|^XWtpzYe8k4&t}O(qB~hK>Yg9l!^EW
zMK(bEGHzp+PA=jXGo0mve$fCR;uk<GTW0y7U$kK9OcB3AX#k;Lv@q#RM@#4I=hPox
z_qx|<{NmuFAN}a=1INEs^bK!#!;8sfJi10-dF7Se_OX8c3FgCJ4$&|AGL!$RmBUK}
z{i5`X#y?#y5ivS#oGL=UsDShbTq63ccA2~$@5o%PbBVY_<P%grcs=%@meE7;TYlzK
zE%JICf89E{ydK945x*E6;uoXSM#N7j?hX*YyTnSq$_L_C$aJQNUx$*(LHrCHAJWN1
z{5&WVMf?mLA42>*pH39<>rh(eAbv|M{Y8}z#IFxcnTVfIWCO%6<2H8b<RX4C!&yG)
z7YzU+egU+yWtI>6MGKbB6!9yR1`zs13zN?D<$lr9>N%!wed}94|M}1RPaFT1o438~
zZ7=T~EAM>gJI6`)+eh^L6E6Q0N}yj<DE`X_hnEQYMd=rff5TiNVszR#RfK*~0qGC8
zMD$thGH3bt&Ue1EOJIFRfJ?-VOmki3gV*CGu@}=0#qY(Bdd@Mg$MN^BlgsOI%n<R5
z(II{@I&DP!gyQZ1@w-c`<g0ujeuYeDiuiRXnH<E=!0{oST*S|VGEv0O!0{o(&-3X-
z5x)+lWe(!E#L{0>`9S>o(3FYz2}L$Q{4#E1mrgF?7c-pYgMQHfAmSH5D_dsypkK6L
z=}Zy7LTLb@U$ijkOh*|V|8CDufBMrO{_uz2_rCYN`OR<spa1#4(Iff`zwiqm``E|6
z@|CZQoaRT3w$fkwwO<<_^7_}m{w;5L%dh|XuYchSUubS0e~OWL_z9iA&XGgEXcN=}
z(he^X^o!Cj8vjbiKXB&tflEZpaH<IXq5(iI5dpNah1cT(q(9{n(Py>HRQcfbc*(~v
z9*Up;@MnnfdK`btI=P5n%n<R5(II{@I&DP!gyQZ1@w-c`<g0ujeuYeDiuiRXnH<E=
z!0{oST*S|VGEv0O!0{o(&-3X-5x)+lWe(!E#L{0>`9S>o(3FYz2}L$Q{4#E1mrgF?
z7c-pYgMQHfAmSH5D_dsypkK6L=}Zy7LTLb@U$ih`x+6fp=#I?e*AFid^o!Cj8vkgy
zM8xQ{ajFRYq5{$%aEa)%+GX;3yd!hD&L!d!kxx+h;Pu#pT1F4WZ~2)|waDvn{B`T(
z@_HOIMEqiOh+m9O8xcRDxH~}n?h-5cDj$enA=8;6ejQ3C2k|p-d`Kr3@$;Ze6!9}~
zd<gOLd^%CYuS02>gZM46^cPh=5WhY&Wg>n;kqr>PjN90ylZ*Jp3}^YEUo-%S_yy3)
zmRUaN7cE#iQ^c=O8bIh5Elim12+%LOBlGz6!%GDHqV$W#KUyvkF*<FWDnh@gfb<7k
zBKoX$nY<qF$Xu>-iMT}M6I4EUJ@%lM(L?cDe&$mx@_HP9-8#9v9>)w3zZf0j7o*cg
z#7`*h4iLY)#7e%(2jW-Abf$=3hmy%b{0tl)(#b{qJSY=I{0tl)Li{|RP89L$P+I07
zeoHL<MU@Z4uMbU`h@Vho1H>=mHg@UcB7QN$Sw83&4FDp30kpDZmJj+x3zp6l@hg-D
z5c)+66Q(-?^o#DuJbwM~5<$Nx{i5-YmP<s8P8+9+&@U<={Q;MVKC4|Oug5zwm+M?2
zE)n?zl@DHzJ*Z{$Q2dsk`BaO%9>-s|PA;#<F+;>JMu+&t=(G{>6N<Y7#P2S#lCScC
z_!TmpDdN|mWO5Kc1ILGSauGid%0v-A1ILFDKhLKVMf^IHmN|&u5=(zk<pc5SLsKT=
zCluKL@yoc4T{^jlU(9fp5Bfy|fQVlJt!$a)gMQJ1r87nR3Z(&re$m2&>5c&XqB}B=
zUq8G=&@W2AX#At)5)q@*#;GFoiwa18z$K#3YM06D@s7;pI+ut`L_R^~gV$pZY8gEg
zzvX8>)grIQ@z<@B%j<E>5b=xAA$~DBZAAQp;_d+PyGyL(t9&4Sg-mCP_;o0m9K_GS
z@gbdD#Lt5=QN+){@gc;|^XWtpzYe8k4&t}O(qB~hK>Yg9l!^EWMK(bEGHzp+PA=jX
zGo0mve$fCR;uk<GTW0y7U$kK9OcB3AX#k;Lv@l`1BS63Cj?ClN4=)k)i_$L||7f{H
z#OSnfstEm}0@5FFiRiQ1W%7EwBXhaVCE^m1Pf+>b_1J@2Mi0er`I%3($m?<Zb?fBv
zdK@!E{9<&7UyM#05kH~0J3##I5-a&CABbNe)0rZE9ZDt#@iTCINGBKZ^Po%=@iTCI
z2=ViLI#I;0Lur|V_${&Y7gatGzdkf&B7Q=V4G_PK+t{U(i}=M1XZfICGysVB1<=Zt
zSw83&Em%5J#IH~qK<F1OOqlKn&@Z|p^Z50{O9cI*^ozznS}qYWI&GXPLcgeh^aorb
z`mA=DydLk!T&{D8xJ2X=R6ck;_Mn#0L-AXF=2I>5dK`b<I=Q?a#|#m_7#-plqtiyj
zPblsV5Wl;`O1{bm;#bIYrifpMlF32*3>+WQ$wmA;C=*5e3>+Uq{5+pd6!Gg&TIL{r
zODz3Gl@G+P4^5efpHO52#4qDEcIo6Ielf#YKIj(>03v<?w6bNE5Bfz5md+IME0hKh
z`b7&9raJ=ki|)uge*N$gLBA;dqVbQGOGJ!L8>foUFDfAY0hfqAt6e6q$2&5Y>s%r(
z5%~m_4_=QwsAcp}{Fa~jRExYG$6vQjF0aQiL&Psehxo<lv=Q+Win{~E?=G>DukwNT
z6*8SE;@6>Mau7cQ$A@%s5kC*gL=is&$A=I<&!-bb{5q7DIf&m9OMg-21M%xaQzqgk
z6xjgr%eakQI=P5n%y5<u`b7hPh+hD$Y?<YQe$j%ZGe!Igr2&L~(ZYo3jsX3lJ2H=7
zKfFZHFG{~?{G;U(5u?+_sUq}?3P^vzC8E!2m&xn#j?CpcmxxP5K0)P!*JBTA89fxg
z<!3(CBCp5s*R7Mw>v7Bw@r%(Rela?2MEr!}?f~(-ORVIpd?0>>OlOMtbtst}#LvL-
zA)Q>r&x0~i#LvL-A;iz~=|mB~4y9!d;<v=oUsU-({QA(8iTDXcHbDF`Zey2DF5(w6
zoaKXl(EuRg7eFgpX8E9Bv|#B>5x+ud0HI&BFk!kQK)>jY%;VP&FA?;M(k~kSXt_kh
z=(KUF2>qf0(jRb%=(E~o@_M`@bGgnX;u4WhQ2F5X*n?U|55;f!nNPLI>v8;b>*Vr!
z95Y1xVswaKj7}R7KcTogK>Y3!EBPuPh+iSonIe82N+t*KGjM!JCl~SapiC6;GjMze
z@$-B-QN*u9X_<rgEwS_$RXz~EJ~U+_enOEA5WkGu*rk(;_{9uo`Ji7k0EqYn(8`us
zKIj)MSUOY0uTUC5=oc+anC=MBFS;Z1`1Qj}1pT7)i^e}%E)g+0ZJa7Xzo>xp2V5fh
ztah2a9`DFpu5*dFMC21xK6pL$pq9}?@mqf8Q!Vm(9Dm(9xx6073=zK=9pV?G(?-Nk
zDDDmrzq`arzRCyUSIBgxh+l`2$wB-K93RrjMf^M{6Gi+C93MjbJfBV!@#|1p<{*Ac
zEd52555%tzO__+FP-FwdFXJ|L>Et4QF~eCt=obwDB7On1vSpSJ`b7(t&J^)0lm-y`
zMGF(AI|B5J?#MiT{qPb&zbO5p@sE~EM2t=wr;5-oDj@v<mxw;AT_&%`J2IE+Tp}(J
z`2>{@UXMMfW%N+|mY?}li@YAkU$;&!ug5V%#4kpN_{He75%Cj>y931UF0qoY@`3mj
zGMy>n*P&!`5I+OQhjelgKM%@85kCXRhY&x{rxQi|I+T_<h~E-Re^KQF@#{lVCgLX)
z*#Pm&xQ$&pxrkrPaF!4HMFW6{UjVIandO6i(SoHjMf?h-0fc_h!i4FL0R5snGLK(B
zyhPA1O226QqvaA2qtnKzBJ_(2NPoa3qR(oV$?Nfs%;h?lh)YC1LFI$jV-IQ>Jruv?
zXFk;;ugCG%t&_{^am*0$i_sx|F*<ET{Dk7}0P(v^tmLbFAby2RXNvfBD486@&%p5^
zom|AvgECRX&%p5^#Lx5TL=nFZrDYD{x5Uz4RQW*s`p}e#_z6WeK>RXpW0y`Y;ukZV
z<%53F03hNQKr35j`Ji94VChT|zd~sMp<lExVY(wgzvzz4<JS)_5%i1FFB<=7xkSY1
zv~j8k{h|WWA8?82v)X0ydb}fZxy~ix5|K|(`QY`~gIY!p#c%nUPqoPFar|}b<nnqP
zGerDibckP!P8$(Fp}0Fh{O%Gf`6?fXUm??(B7Pl8CI|5|aC}H77xD9;Oce1maC`{y
z^L#o{#IHkXnS=N(vGf;JJ`le?G-V=wLXiy+zl_`1rIU;J#SCZppkFiqi1-E2%9dF^
z=oc+mI#a~2P#Qq!7cESf?g-E?x+C-W^}|a9{i5`X#y?sv5ivS#oGL=UsDShbTq63c
zcA2~$@5o%PbBVY_<P%grcs=%@meE7;TYlzKE%JICf89E{ydK945x*E6;uoXSM#N7j
z?hX*YyTnSq$_L_C$aJQNUx$*(LHrCHAJWN1{5&WVMf?mLA42>*pH39<>rh(eAbv|M
z{Y8}z#IFxcnTVfIWCO%6<2H8b<RX4C!&yG)7YzU+egU+yWtI>6MGKbB6!9yR1`zs1
z3lpY00`!aS$UJ`i@Df44DE*@GkCsbBj7}S;iqJ1AApHTCh(4=bCa=dkGMDRIA}$g6
z1eFh7k3Fbm^icekpZQdaydKA2w@xmv$1y|1FGh#>#ptvV@e_)>1H|txv68Ryf%p|N
zohjnip=5FpKLf{ybaD|t56VOlKLf{y5I@hS6Gi+wl$JS&-x5oIQRM^i>qAo};wKc@
z0P)MXja@pqh+oWbmJj+x1AvHM0Ih79<%53Ff~7M>{0gN3gnrS&gz1g|{h~WEk6%B$
zM9?ovzi9lU<q{F2)5fVH^ot5ef50W8&uW*+>+z1v<vN#$OGG|F<%8E_4{8}b6u;$X
zKGh<x$MM&#lgsOI%n<R5(II{@I&DP!gyQZ1@w-c`<g0ujeuYeDiuiRXnH<E=!0{oS
zT*S|VGEv0O!0{o(&-3X-5x)+lWe(!E#L{0>`9S>o(3FYz2}L$Q{4#E1mrgF?7c-pY
zgMQHfAmSH5D_dsypkK6L=}Zy7LTLb@U$ih`x+6fp=#I?e*AFid^o!Cj8vkgyM8xQ{
zajFRYq5{$%aEa)%+GX;3yd!hD&L!d!kxx+h;Pu#pT1F4WZ~2)|waDvn{B`T(@_HOI
zMEqiOh+m9O8xcRDxH~}n?h-5cDj$enA=8;6ejQ3C2k|p-d`Kr3@$;Ze6!9}~d<gOL
zd^%CYuS02>gZM46^cPh=5WhY&Wg>n;kqr>PjN90ylZ*Jp3}^YEUo-%S_yy3)mRUaN
z7cE#iQ^c=O8bIh5Elim12+%LOBlGz6!%GDHqV$W#KUyvkF*<FWDnh@gfb<7kBKoX$
znY<qF$Xu>-iMT}M6I4EUJ@%lM(L?cDe&$mx@_HP9-8#9v9>)w3zZf0j7o*cg#7`*h
z4iLY)#7e%(2jW-Abf$=3hmy%b{0tl)(#b{qJSY=I{0tl)Li{|RP89L$P+I07eoHL<
zMU@Z4uMbU`h@Vho1H>=mHg@UcB7QN$Sw83&4FDp30kpDZmJj+x3zp6l@hg-D5c)+6
z6Q(-?^o#DuJbwM~5<$Nx{i5-YmP<s8P8+9+&@U<={Q;MVKC4|Oug5zwm+M?2E)n?z
zl@DHzJ*Z{$Q2dsk`BaO%9>-s|PA;#<F+;>JMu+&t=(G{>6N<Y7#P2S#lCScC_!Tmp
zDdN|mWO5Kc1ILGSauGid%0v-A1ILFDKhLKVMf^IHmN|&u5=(zk<pc5SLsKT=CluKL
z@yoc4T{^jlU(9fp5Bfy|fQVlJt!$a)gMQJ1r87nR3Z(&re$m2&>5c&XqB}B=Uq8G=
z&@W2AX#At)5)q@*#;GFoiwa18z$K#3YM06D@s7;pI+ut`L_R^~gV$pZY8gEgzvX8>
z)grIQ@z<@B%j<E>5b=xAA$~DBZAAQp;_d+PyGyL(t9&4Sg-mCP_;o0m9K_GS@gbdD
z#Lt5=QN+){@gc;|^XWtpzYe8k4&t}O(qB~hK>Yg9l!^EWMK(bEGHzp+PA=jXGo0mv
ze$fCR;uk<GTW0y7U$kK9OcB3AX#k;Lv@l`1BS63Cj?ClN4=)k)i_$L||7f{H#OSnf
zstEm}0@5FFiRiQ1W%7EwBXhaVCE^m1Pf+>b_1J@2Mi0er`I%3($m?<Zb?fBvdK@!E
z{9<&7UyM#05kH~0J3##I5-a&CABbNe)0rZE9ZDt#@iTCINGBKZ^Po%=@iTCI2=ViL
zI#I;0Lur|V_${&Y7gatGzdkf&B7Q=V4G_PK+t{U(i}=M1XZfICGysVB1<=ZtSw83&
zEm%5J#IH~qK<F1OOqlKn&@Z|p^Z50{O9cI*^ozznS}qYWI&GXPLcgeh^aorb`mA=D
zydLk!T&{D8xJ2X=R6ck;_Mn#0L-AXF=2I>5dK`b<I=Q?a#|#m_7#-plqtiyjPblsV
z5Wl;`O1{bm;#bIYrifpMlF32*3>+WQ$wmA;C=*5e3>+Uq{5+pd6!Gg&TIL{rODz3G
zl@G+P4^5efpHO52#4qDEcIo6Ielf#YKIj(>03v<?w6bNE5Bfz5md+IME0hKh`b7&9
zraJ=ki|)uge*N$gLBA;dqVbQGOGJ!L8>foUFDfAY0hfqAt6e6q$2&5Y>s%r(5%~m_
z4_=QwsAcp}{Fa~jRExYG$6vQjF0aQiL&Psehxo<lv=Q+Win{~E?=G>DukwNT6*8SE
z;@6>Mau7cQ$A@%s5kC*gL=is&$A=I<&!-bb{5q7DIf&m9OMg-21M%xaQzqgk6xjgr
z%eakQI=P5n%y5<u`b7hPh+hD$Y?<YQe$j%ZGe!Igr2&L~(ZYo3jsX3lJ2H=7KfFZH
zFG{~?{G;U(5u?+_sUq}?3P^vzC8E!2m&xn#j?CpcmxxP5K0)P!*JBTA89fxg<!3(C
zBCp5s*R7Mw>v7Bw@r%(Rela?2MEr!}?f~(-ORVIpd?0>>OlOMtbtst}#LvL-A)Q>r
z&x0~i#LvL-A;iz~=|mB~4y9!d;<v=oUsU-({QA(8iTDXcHbDF`Zey2DF5(w6oaKXl
z(EuRg7eFgpX8E9Bv|#B>5x+ud0HI&BFk!kQK)>jY%;VP&FA?;M(k~kSXt_kh=(KUF
z2>qf0(jRb%=(E~o@_M`@bGgnX;u4WhQ2F5X*n?U|55;f!nNPLI>v8;b>*Vr!95Y1x
zVswaKj7}R7KcTogK>Y3!EBPuPh+iSonIe82N+t*KGjM!JCl~SapiC6;GjMze@$-B-
zQN*u9X_<rgEwS_$RXz~EJ~U+_enOEA5WkGu*rk(;_{9uo`Ji7k0EqYn(8`usKIj)M
zSUOY0uTUC5=oc+anC=MBFS;Z1`1Qj}1pT7)i^e}%E)g+0ZJa7Xzo>xp2V5fhtah2a
z9`DFpu5*dFMC21xK6pL$pq9}?@mqf8Q!Vm(9Dm(9xx6073=zK=9pV?G(?-NkDDDmr
zzq`arzRCyUSIBgxh+l`2$wB-K93RrjMf^M{6Gi+C93MjbJfBV!@#|1p<{*AcEd525
z55%tzO__+FP-FwdFXJ|L>Et4QF~eCt=obwDB7On1vSpSJ`b7(t&J^)0lm-y`MGF(A
zI|B5J?#MiT{qPb&zbO5p@sE~EM2t=wr;5-oDj@v<mxw;AT_&%`J2IE+Tp}(J`2>{@
zUXMMfW%N+|mY?}li@YAkU$;&!ug5V%#4kpN_{He75%Cj>y931UF0qoY@`3mjGMy>n
z*P&!`5I+OQhjelgKM%@85kCXRhY&x{rxQi|I+T_<h~E-Re^KQF@#{lVCgLX)*#Pm&
zxQ$&pxrkrPaF!4HMFW6{UjVIandO6i(SoHjMf?h-0fc_h!i4FL0R5snGLK(ByhPA1
zO226QqvaA2qtnKzBJ_(2NPoa3qR(oV$?Nfs%;h?lh)YC1LFI$jV-IQ>Jruv?XFk;;
zugCG%t&_{^am*0$i_sx|F*<ET{Dk7}0P(v^tmLbFAby2RXNvfBD486@&%p5^om|Av
zgECRX&%p5^#Lx5TL=nFZrDYD{x5Uz4RQW*s`p}e#_z6WeK>RXpW0y`Y;ukZV<%53F
z03hNQKr35j`Ji94VChT|zd~sMp<lExVY(wgzvzz4<JS)_5%i1FFB<=7xkSY1v~j8k
z{h|WWA8?82v)X0ydb}fZxy~ix5|K|(`QY`~gIY!p#c%nUPqoPFar|}b<nnqPGerDi
zbckP!P8$(Fp}0Fh{O%Gf`6?fXUm??(B7Pl8CI|5|aC}H77xD9;Oce1maC`{y^L#o{
z#IHkXnS=N(vGf;JJ`le?G-V=wLXiy+zl_`1rIU;J#SCZppkFiqi1-E2%9dF^=oc+m
zI#a~2P#Qq!7cESf?g-E?x+C-W^}|a9{i5`X#y?sv5ivS#oGL=UsDShbTq63ccA2~$
z@5o%PbBVY_<P%grcs=%@meE7;TYlzKE%JICf89E{ydK945x*E6;uoXSM#N7j?hX*Y
zyTnSq$_L_C$aJQNUx$*(LHrCHAJWN1{5&WVMf?mLA42>*pH39<>rh(eAbv|M{Y8}z
z#IFxcnTVfIWCO%6<2H8b<RX4C!&yG)7YzU+egU+yWtI>6MGKbB6!9yR1`zs13lpY0
z0`!aS$UJ`i@Df44DE*@GkCsbBj7}S;iqJ1AApHTCh(4=bCa=dkGMDRIA}$g61eFh7
zk3Fbm^icekpZQdaydKA2w@xmv$1y|1FGh#>#ptvV@e_)>1H|txv68Ryf%p|Nohjni
zp=5FpKLf{ybaD|t56VOlKLf{y5I@hS6Gi+wl$JS&-x5oIQRM^i>qAo};wKc@0P)MX
zja@pqh+oWbmJj+x1AvHM0Ih79<%53Ff~7M>{0gN3gnrS&gz1g|{h~WEk6%B$M9?ov
zzi9lU<q{F2)5fVH^ot5ef50W8&uW*+>+z1v<vN#$OGG|F<%8E_4{8}b6u;$XKGh<x
z$MM&#lgsOI%n<R5(II{@I&DP!gyQZ1@w-c`<g0ujeuYeDiuiRXnH<E=!0{oST*S|V
zGEv0O!0{o(&-3X-5x)+lWe(!E#L{0>`9S>o(3FYz2}L$Q{4#E1mrgF?7c-pYgMQHf
zAmSH5D_dsypkK6L=}Zy7LTLb@U$ih`x+6fp=#I?e*AFid^o!Cj8vkgyM8xQ{ajFRY
zq5{$%aEa)%+GX;3yd!hD&L!d!kxx+h;Pu#pT1F4WZ~2)|waDvn{B`T(@_HOIMEqiO
zh+m9O8xcRDxH~}n?h-5cDj$enA=8;6ejQ3C2k|p-d`Kr3@$;Ze6!9}~d<gOLd^%CY
zuS02>gZM46^cPh=5WhY&Wg>n;kqr>PjN90ylZ*Jp3}^YEUo-%S_yy3)mRUaN7cE#i
zQ^c=O8bIh5Elim12+%LOBlGz6!%GDHqV$W#KUyvkF*<FWDnh@gfb<7kBKoX$nY<qF
z$Xu>-iMT}M6I4EUJ@%lM(L?cDe&$mx@_HP9-8#9v9>)w3zZf0j7o*cg#7`*h4iLY)
z#7e%(2jW-Abf$=3hmy%b{0tl)(#b{qJSY=I{0tl)Li{|RP89L$P+I07eoHL<MU@Z4
zuMbU`h@Vho1H>=mHg@UcB7QN$Sw83&4FDp30kpDZmJj+x3zp6l@hg-D5c)+66Q(-?
z^o#DuJbwM~5<$Nx{i5-YmP<s8P8+9+&@U<={Q;MVKC4|Oug5zwm+M?2E)n?zl@DHz
zJ*Z{$Q2dsk`BaO%9>-s|PA;#<F+;>JMu+&t=(G{>6N<Y7#P2S#lCScC_!TmpDdN|m
zWO5Kc1ILGSauGid%0v-A1ILFDKhLKVMf^IHmN|&u5=(zk<pc5SLsKT=CluKL@yoc4
zT{^jlU(9fp5Bfy|fQVlJt!$a)gMQJ1r87nR3Z(&re$m2&>5c&XqB}B=Uq8G=&@W2A
zX#At)5)q@*#;GFoiwa18z$K#3YM06D@s7;pI+ut`L_R^~gV$pZY8gEgzvX8>)grIQ
z@z<@B%j<E>5b=xAA$~DBZAAQp;_d+PyGyL(t9&4Sg-mCP_;o0m9K_GS@gbdD#Lt5=
zQN+){@gc;|^XWtpzYe8k4&t}O(qB~hK>Yg9l!^EWMK(bEGHzp+PA=jXGo0mve$fCR
z;uk<GTW0y7U$kK9OcB3AX#k;Lv@l`1BS63Cj?ClN4=)k)i_$L||7f{H#OSnfstEm}
z0@5FFiRiQ1W%7EwBXhaVCE^m1Pf+>b_1J@2Mi0er`I%3($m?<Zb?fBvdK@!E{9<&7
zUyM#05kH~0J3##I5-a&CABbNe)0rZE9ZDt#@iTCINGBKZ^Po%=@iTCI2=ViLI#I;0
zLur|V_${&Y7gatGzdkf&B7Q=V4G_PK+t{U(i}=M1XZfICGysVB1<=ZtSw83&Em%5J
z#IH~qK<F1OOqlKn&@Z|p^Z50{O9cI*^ozznS}qYWI&GXPLcgeh^aorb`mA=DydLk!
zT&{D8xJ2X=R6ck;_Mn#0L-AXF=2I>5dK`b<I=Q?a#|#m_7#-plqtiyjPblsV5Wl;`
zO1{bm;#bIYrifpMlF32*3>+WQ$wmA;C=*5e3>+Uq{5+pd6!Gg&TIL{rODz3Gl@G+P
z4^5efpHO52#4qDEcIo6Ielf#YKIj(>03v<?w6bNE5Bfz5md+IME0hKh`b7&9raJ=k
zi|)uge*N$gLBA;dqVbQGOGJ!L8>foUFDfAY0hfqAt6e6q$2&5Y>s%r(5%~m_4_=Qw
zsAcp}{Fa~jRExYG$6vQjF0aQiL&Psehxo<lv=Q+Win{~E?=G>DukwNT6*8SE;@6>M
zau7cQ$A@%s5kC*gL=is&$A=I<&!-bb{5q7DIf&m9OMg-21M%xaQzqgk6xjgr%eakQ
zI=P5n%y5<u`b7hPh+hD$Y?<YQe$j%ZGe!Igr2&L~(ZYo3jsX3lJ2H=7KfFZHFG{~?
z{G;U(5u?+_sUq}?3P^vzC8E!2m&xn#j?CpcmxxP5K0)P!*JBTA89fxg<!3(CBCp5s
z*R7Mw>v7Bw@r%(Rela?2MEr!}?f~(-ORVIpd?0>>OlOMtbtst}#LvL-A)Q>r&x0~i
z#LvL-A;iz~=|mB~4y9!d;<v=oUsU-({QA(8iTDXcHbDF`Zey2DF5(w6oaKXl(EuRg
z7eFgpX8E9Bv|#B>5x+ud0HI&BFk!kQK)>jY%;VP&FA?;M(k~kSXt_kh=(KUF2>qf0
z(jRb%=(E~o@_M`@bGgnX;u4WhQ2F5X*n?U|55;f!nNPLI>v8;b>*Vr!95Y1xVswaK
zj7}R7KcTogK>Y3!EBPuPh+iSonIe82N+t*KGjM!JCl~SapiC6;GjMze@$-B-QN*u9
zX_<rgEwS_$RXz~EJ~U+_enOEA5WkGu*rk(;_{9uo`Ji7k0EqYn(8`usKIj)MSUOY0
zuTUC5=oc+anC=MBFS;Z1`1Qj}1pT7)i^e}%E)g+0ZJa7Xzo>xp2V5fhtah2a9`DFp
zu5*dFMC21xK6pL$pq9}?@mqf8Q!Vm(9Dm(9xx6073=zK=9pV?G(?-NkDDDmrzq`ar
zzRCyUSIBgxh+l`2$wB-K93RrjMf^M{6Gi+C93MjbJfBV!@#|1p<{*AcEd52555%tz
zO__+FP-FwdFXJ|L>Et4QF~eCt=obwDB7On1vSpSJ`b7(t&J^)0lm-y`MGF(AI|B5J
z?#MiT{qPb&zbO5p@sE~EM2t=wr;5-oDj@v<mxw;AT_&%`J2IE+Tp}(J`2>{@UXMMf
zW%N+|mY?}li@YAkU$;&!ug5V%#4kpN_{He75%Cj>y931UF0qoY@`3mjGMy>n*P&!`
z5I+OQhjelgKM%@85kCXRhY&x{rxQi|I+T_<h~E-Re^KQF@#{lVCgLX)*#Pm&xQ$&p
zxrkrPaF!4HMFW6{UjVIandO6i(SoHjMf?h-0fc_h!i4FL0R5snGLK(ByhPA1O226Q
zqvaA2qtnKzBJ_(2NPoa3qR(oV$?Nfs%;h?lh)YC1LFI$jV-IQ>Jruv?XFk;;ugCG%
zt&_{^am*0$i_sx|F*<ET{Dk7}0P(v^tmLbFAby2RXNvfBD486@&%p5^om|AvgECRX
z&%p5^#Lx5TL=nFZrDYD{x5Uz4RQW*s`p}e#_z6WeK>RXpW0y`Y;ukZV<%53F03hNQ
zKr35j`Ji94VChT|zd~sMp<lExVY(wgzvzz4<JS)_5%i1FFB<=7xkSY1v~j8k{h|WW
zA8?82v)X0ydb}fZxy~ix5|K|(`QY`~gIY!p#c%nUPqoPFar|}b<nnqPGerDibckP!
zP8$(Fp}0Fh{O%Gf`6?fXUm??(B7Pl8CI|5|aC}H77xD9;Oce1maC`{y^L#o{#IHkX
znS=N(vGf;JJ`le?G-V=wLXiy+zl_`1rIU;J#SCZppkFiqi1-E2%9dF^=oc+mI#a~2
zP#Qq!7cESf?g-E?x+C-W^}|a9{i5`X#y?sv5ivS#oGL=UsDShbTq63ccA2~$@5o%P
zbBVY_<P%grcs=%@meE7;TYlzKE%JICf89E{ydK945x*E6;uoXSM#N7j?hX*YyTnSq
z$_L_C$aJQNUx$*(LHrCHAJWN1{5&WVMf?mLA42>*pH39<>rh(eAbv|M{Y8}z#IFxc
znTVfIWCO%6<2H8b<RX4C!&yG)7YzU+egU+yWtI>6MGKbB6!9yR1`zs13lpY00`!aS
z$UJ`i@Df44DE*@GkCsbBj7}S;iqJ1AApHTCh(4=bCa=dkGMDRIA}$g61eFh7k3Fbm
z^icekpZQdaydKA2w@xmv$1y|1FGh#>#ptvV@e_)>1H|txv68Ryf%p|Nohjnip=5Fp
zKLf{ybaD|t56VOlKLf{y5I@hS6Gi+wl$JS&-x5oIQRM^i>qAo};wKc@0P)MXja@pq
zh+oWbmJj+x1AvHM0Ih79<%53Ff~7M>{0gN3gnrS&gz1g|{h~WEk6%B$M9?ovzi9lU
z<q{F2)5fVH^ot5ef50W8&uW*+>+z1v<vN#$OGG|F<%8E_4{8}b6u;$XKGh<x$MM&#
zlgsOI%n<R5(II{@I&DP!gyQZ1@w-c`<g0ujeuYeDiuiRXnH<E=!0{oST*S|VGEv0O
z!0{o(&-3X-5x)+lWe(!E#L{0>`9S>o(3FYz2}L$Q{4#E1mrgF?7c-pYgMQHfAmSH5
zD_dsypkK6L=}Zy7LTLb@U$ih`x+6fp=#I?e*AFid^o!Cj8vkgyM8xQ{ajFRYq5{$%
zaEa)%+GX;3yd!hD&L!d!kxx+h;Pu#pT1F4WZ~2)|waDvn{B`T(@_HOIMEqiOh+m9O
z8xcRDxH~}n?h-5cDj$enA=8;6ejQ3C2k|p-d`Kr3@$;Ze6!9}~d<gOLd^%CYuS02>
zgZM46^cPh=5WhY&Wg>n;kqr>PjN90ylZ*Jp3}^YEUo-%S_yy3)mRUaN7cE#iQ^c=O
z8bIh5Elim12+%LOBlGz6!%GDHqV$W#KUyvkF*<FWDnh@gfb<7kBKoX$nY<qF$Xu>-
ziMT}M6I4EUJ@%lM(L?cDe&$mx@_HP9-8#9v9>)w3zZf0j7o*cg#7`*h4iLY)#7e%(
z2jW-Abf$=3hmy%b{0tl)(#b{qJSY=I{0tl)Li{|RP89L$P+I07eoHL<MU@Z4uMbU`
zh@Vho1H>=mHg@UcB7QN$Sw83&4FDp30kpDZmJj+x3zp6l@hg-D5c)+66Q(-?^o#Du
zJbwM~5<$Nx{i5-YmP<s8P8+9+&@U<={Q;MVKC4|Oug5zwm+M?2E)n?zl@DHzJ*Z{$
zQ2dsk`BaO%9>-s|PA;#<F+;>JMu+&t=(G{>6N<Y7#P2S#lCScC_!TmpDdN|mWO5Kc
z1ILGSauGid%0v-A1ILFDKhLKVMf^IHmN|&u5=(zk<pc5SLsKT=CluKL@yoc4T{^jl
zU(9fp5Bfy|fQVlJt!$a)gMQJ1r87nR3Z(&re$m2&>5c&XqB}B=Uq8G=&@W2AX#At)
z5)q@*#;GFoiwa18z$K#3YM06D@s7;pI+ut`L_R^~gV$pZY8gEgzvX8>)grIQ@z<@B
z%j<E>5b=xAA$~DBZAAQp;_d+PyGyL(t9&4Sg-mCP_;o0m9K_GS@gbdD#Lt5=QN+){
z@gc;|^XWtpzYe8k4&t}O(qB~hK>Yg9l!^EWMK(bEGHzp+PA=jXGo0mve$fCR;uk<G
zTW0y7U$kK9OcB3AX#k;Lv@l`1BS63Cj?ClN4=)k)i_$L||7f{H#OSnfstEm}0@5FF
ziRiQ1W%7EwBXhaVCE^m1Pf+>b_1J@2Mi0er`I%3($m?<Zb?fBvdK@!E{9<&7UyM#0
z5kH~0J3##I5-a&CABbNe)0rZE9ZDt#@iTCINGBKZ^Po%=@iTCI2=ViLI#I;0Lur|V
z_${&Y7gatGzdkf&B7Q=V4G_PK+t{U(i}=M1XZfICGysVB1<=ZtSw83&Em%5J#IH~q
zK<F1OOqlKn&@Z|p^Z50{O9cI*^ozznS}qYWI&GXPLcgeh^aorb`mA=DydLk!T&{D8
zxJ2X=R6ck;_Mn#0L-AXF=2I>5dK`b<I=Q?a#|#m_7#-plqtiyjPblsV5Wl;`O1{bm
z;#bIYrifpMlF32*3>+WQ$wmA;C=*5e3>+Uq{5+pd6!Gg&TIL{rODz3Gl@G+P4^5ef
zpHO52#4qDEcIo6Ielf#YKIj(>03v<?w6bNE5Bfz5md+IME0hKh`b7&9raJ=ki|)ug
ze*N$gLBA;dqVbQGOGJ!L8>foUFDfAY0hfqAt6e6q$2&5Y>s%r(5%~m_4_=QwsAcp}
z{Fa~jRExYG$6vQjF0aQiL&Psehxo<lv=Q+Win{~E?=G>DukwNT6*8SE;@6>Mau7cQ
z$A@%s5kC*gL=is&$A=I<&!-bb{5q7DIf&m9OMg-21M%xaQzqgk6xjgr%eakQI=P5n
z%y5<u`b7hPh+hD$Y?<YQe$j%ZGe!Igr2&L~(ZYo3jsX3lJ2H=7KfFZHFG{~?{G;U(
z5u?+_sUq}?3P^vzC8E!2m&xn#j?CpcmxxP5K0)P!*JBTA89fxg<!3(CBCp5s*R7Mw
z>v7Bw@r%(Rela?2MEr!}?f~(-ORVIpd?0>>OlOMtbtst}#LvL-A)Q>r&x0~i#LvL-
zA;iz~=|mB~4y9!d;<v=oUsU-({QA(8iTDXcHbDF`Zey2DF5(w6oaKXl(EuRg7eFgp
zX8E9Bv|#B>5x+ud0HI&BFk!kQK)>jY%;VP&FA?;M(k~kSXt_kh=(KUF2>qf0(jRb%
z=(E~o@_M`@bGgnX;u4WhQ2F5X*n?U|55;f!nNPLI>v8;b>*Vr!95Y1xVswaKj7}R7
zKcTogK>Y3!EBPuPh+iSonIe82N+t*KGjM!JCl~SapiC6;GjMze@$-B-QN*u9X_<rg
zEwS_$RXz~EJ~U+_enOEA5WkGu*rk(;_{9uo`Ji7k0EqYn(8`usKIj)MSUOY0uTUC5
z=oc+anC=MBFS;Z1`1Qj}1pT7)i^e}%E)g+0ZJa7Xzo>xp2V5fhtah2a9`DFpu5*dF
zMC21xK6pL$pq9}?@mqf8Q!Vm(9Dm(9xx6073=zK=9pV?G(?-NkDDDmrzq`arzRCyU
zSIBgxh+l`2$wB-K93RrjMf^M{6Gi+C93MjbJfBV!@#|1p<{*AcEd52555%tzO__+F
zP-FwdFXJ|L>Et4QF~eCt=obwDB7On1vSpSJ`b7(t&J^)0lm-y`MGF(AI|B5J?#MiT
z{qPb&zbO5p@sE~EM2t=wr;5-oDj@v<mxw;AT_&%`J2IE+Tp}(J`2>{@UXMMfW%N+|
zmY?}li@YAkU$;&!ug5V%#4kpN_{He75%Cj>y931UF0qoY@`3mjGMy>n*P&!`5I+OQ
zhjelgKM%@85kCXRhY&x{rxQi|I+T_<h~E-Re^KQF@#{lVCgLX)*#Pm&xQ$&pxrkrP
zaF!4HMFW6{UjVIandO6i(SoHjMf?h-0fc_h!i4FL0R5snGLK(ByhPA1O226QqvaA2
zqtnKzBJ_(2NPoa3qR(oV$?Nfs%;h?lh)YC1LFI$jV-IQ>Jruv?XFk;;ugCG%t&_{^
zam*0$i_sx|F*<ET{Dk7}0P(v^tmLbFAby2RXNvfBD486@&%p5^om|AvgECRX&%p5^
z#Lx5TL=nFZrDYD{x5Uz4RQW*s`p}e#_z6WeK>RXpW0y`Y;ukZV<%53F03hNQKr35j
z`Ji94VChT|zd~sMp<lExVY(wgzvzz4<JS)_5%i1FFB<=7xkSY1v~j8k{h|WWA8?82
zv)X0ydb}fZxy~ix5|K|(`QY`~gIY!p#c%nUPqoPFar|}b<nnqPGerDibckP!P8$(F
zp}0Fh{O%Gf`6?fXUm??(B7Pl8CI|5|aC}H77xD9;Oce1maC`{y^L#o{#IHkXnS=N(
zvGf;JJ`le?G-V=wLXiy+zl_`1rIU;J#SCZppkFiqi1-E2%9dF^=oc+mI#a~2P#Qq!
z7cESf?g-E?x+C-W^}|a9{i5`X#y?sv5ivS#oGL=UsDShbTq63ccA2~$@5o%PbBVY_
z<P%grcs=%@meE7;TYlzKE%JICf89E{ydK945x*E6;uoXSM#N7j?hX*YyTnSq$_L_C
z$aJQNUx$*(LHrCHAJWN1{5&WVMf?mLA42>*pH39<>rh(eAbv|M{Y8}z#IFxcnTVfI
zWCO%6<2H8b<RX4C!&yG)7YzU+egU+yWtI>6MGKbB6!9yR1`zs13lpY00`!aS$UJ`i
z@Df44DE*@GkCsbBj7}S;iqJ1AApHTCh(4=bCa=dkGMDRIA}$g61eFh7k3Fbm^icek
zpZQdaydKA2w@xmv$1y|1FGh#>#ptvV@e_)>1H|txv68Ryf%p|Nohjnip=5FpKLf{y
zbaD|t56VOlKLf{y5I@hS6Gi+wl$JS&-x5oIQRM^i>qAo};wKc@0P)MXja@pqh+oWb
zmJj+x1AvHM0Ih79<%53Ff~7M>{0gN3gnrS&gz1g|{h~WEk6%B$M9?ovzi9lU<q{F2
z)5fVH^ot5ef50W8&uW*+>+z1v<vN#$OGG|F<%8E_4{8}b6u;$XKGh<x$MM&#lgsOI
z%n<R5(II{@I&DP!gyQZ1@w-c`<g0ujeuYeDiuiRXnH<E=!0{oST*S|VGEv0O!0{o(
z&-3X-5x)+lWe(!E#L{0>`9S>o(3FYz2}L$Q{4#E1mrgF?7c-pYgMQHfAmSH5D_dsy
zpkK6L=}Zy7LTLb@U$ih`x+6fp=#I?e*AFid^o!Cj8vkgyM8xQ{ajFRYq5{$%aEa)%
z+GX;3yd!hD&L!d!kxx+h;Pu#pT1F4WZ~2)|waDvn{B`T(@_HOIMEqiOh+m9O8xcRD
zxH~}n?h-5cDj$enA=8;6ejQ3C2k|p-d`Kr3@$;Ze6!9}~d<gOLd^%CYuS02>gZM46
z^cPh=5WhY&Wg>n;kqr>PjN90ylZ*Jp3}^YEUo-%S_yy3)mRUaN7cE#iQ^c=O8bIh5
zElim12+%LOBlGz6!%GDHqV$W#KUyvkF*<FWDnh@gfb<7kBKoX$nY<qF$Xu>-iMT}M
z6I4EUJ@%lM(L?cDe&$mx@_HP9-8#9v9>)w3zZf0j7o*cg#7`*h4iLY)#7e%(2jW-A
zbf$=3hmy%b{0tl)(#b{qJSY=I{0tl)Li{|RP89L$P+I07eoHL<MU@Z4uMbU`h@Vho
z1H>=mHg@UcB7QN$Sw83&4FDp30kpDZmJj+x3zp6l@hg-D5c)+66Q(-?^o#DuJbwM~
z5<$Nx{i5-YmP<s8P8+9+&@U<={Q;MVKC4|Oug5zwm+M?2E)n?zl@DHzJ*Z{$Q2dsk
z`BaO%9>-s|PA;#<F+;>JMu+&t=(G{>6N<Y7#P2S#lCScC_!TmpDdN|mWO5Kc1ILGS
zauGid%0v-A1ILFDKhLKVMf^IHmN|&u5=(zk<pc5SLsKT=CluKL@yoc4T{^jlU(9fp
z5Bfy|fQVlJt!$a)gMQJ1r87nR3Z(&re$m2&>5c&XqB}B=Uq8G=&@W2AX#At)5)q@*
z#;GFoiwa18z$K#3YM06D@s7;pI+ut`L_R^~gV$pZY8gEgzvX8>)grIQ@z<@B%j<E>
z5b=xAA$~DBZAAQp;_d+PyGyL(t9&4Sg-mCP_;o0m9K_GS@gbdD#Lt5=QN+){@gc;|
z^XWtpzYe8k4&t}O(qB~hK>Yg9l!^EWMK(bEGHzp+PA=jXGo0mve$fCR;uk<GTW0y7
zU$kK9OcB3AX#k;Lv@l`1BS63Cj?ClN4=)k)i_$L||7f{H#OSnfstEm}0@5FFiRiQ1
zW%7EwBXhaVCE^m1Pf+>b_1J@2Mi0er`I%3($m?<Zb?fBvdK@!E{9<&7UyM#05kH~0
zJ3##I5-a&CABbNe)0rZE9ZDt#@iTCINGBKZ^Po%=@iTCI2=ViLI#I;0Lur|V_${&Y
z7gatGzdkf&B7Q=V4G_PK+t{U(i}=M1XZfICGysVB1<=ZtSw83&Em%5J#IH~qK<F1O
zOqlKn&@Z|p^Z50{O9cI*^ozznS}qYWI&GXPLcgeh^aorb`mA=DydLk!T&{D8xJ2X=
zR6ck;_Mn#0L-AXF=2I>5dK`b<I=Q?a#|#m_7#-plqtiyjPblsV5Wl;`O1{bm;#bIY
zrifpMlF32*3>+WQ$wmA;C=*5e3>+Uq{5+pd6!Gg&TIL{rODz3Gl@G+P4^5efpHO52
z#4qDEcIo6Ielf#YKIj(>03v<?w6bNE5Bfz5md+IME0hKh`b7&9raJ=ki|)uge*N$g
zLBA;dqVbQGOGJ!L8>foUFDfAY0hfqAt6e6q$2&5Y>s%r(5%~m_4_=QwsAcp}{Fa~j
zRExYG$6vQjF0aQiL&Psehxo<lv=Q+Win{~E?=G>DukwNT6*8SE;@6>Mau7cQ$A@%s
z5kC*gL=is&$A=I<&!-bb{5q7DIf&m9OMg-21M%xaQzqgk6xjgr%eakQI=P5n%y5<u
z`b7hPh+hD$Y?<YQe$j%ZGe!Igr2&L~(ZYo3jsX3lJ2H=7KfFZHFG{~?{G;U(5u?+_
zsUq}?3P^vzC8E!2m&xn#j?CpcmxxP5K0)P!*JBTA89fxg<!3(CBCp5s*R7Mw>v7Bw
z@r%(Rela?2MEr!}?f~(-ORVIpd?0>>OlOMtbtst}#LvL-A)Q>r&x0~i#LvL-A;iz~
z=|mB~4y9!d;<v=oUsU-({QA(8iTDXcHbDF`Zey2DF5(w6oaKXl(EuRg7eFgpX8E9B
zv|#B>5x+ud0HI&BFk!kQK)>jY%;VP&FA?;M(k~kSXt_kh=(KUF2>qf0(jRb%=(E~o
z@_M`@bGgnX;u4WhQ2F5X*n?U|55;f!nNPLI>v8;b>*Vr!95Y1xVswaKj7}R7KcTog
zK>Y3!EBPuPh+iSonIe82N+t*KGjM!JCl~SapiC6;GjMze@$-B-QN*u9X_<rgEwS_$
zRXz~EJ~U+_enOEA5WkGu*rk(;_{9uo`Ji7k0EqYn(8`usKIj)MSUOY0uTUC5=oc+a
znC=MBFS;Z1`1Qj}1pT7)i^e}%E)g+0ZJa7Xzo>xp2V5fhtah2a9`DFpu5*dFMC21x
zK6pL$pq9}?@mqf8Q!Vm(9Dm(9xx6073=zK=9pV?G(?-NkDDDmrzq`arzRCyUSIBgx
zh+l`2$wB-K93RrjMf^M{6Gi+C93MjbJfBV!@#|1p<{*AcEd52555%tzO__+FP-Fwd
zFXJ|L>Et4QF~eCt=obwDB7On1vSpSJ`b7(t&J^)0lm-y`MGF(AI|B5J?#MiT{qPb&
zzbO5p@sE~EM2t=wr;5-oDj@v<mxw;AT_&%`J2IE+Tp}(J`2>{@UXMMfW%N+|mY?}l
zi@YAkU$;&!ug5V%#4kpN_{He75%Cj>y931UF0qoY@`3mjGMy>n*P&!`5I+OQhjelg
zKM%@85kCXRhY&x{rxQi|I+T_<h~E-Re^KQF@#{lVCgLX)*#Pm&xQ$&pxrkrPaF!4H
zMFW6{UjVIandO6i(SoHjMf?h-0fc_h!i4FL0R5snGLK(ByhPA1O226QqvaA2qtnKz
zBJ_(2NPoa3qR(oV$?Nfs%;h?lh)YC1LFI$jV-IQ>Jruv?XFk;;ugCG%t&_{^am*0$
zi_sx|F*<ET{Dk7}0P(v^tmLbFAby2RXNvfBD486@&%p5^om|AvgECRX&%p5^#Lx5T
zL=nFZrDYD{x5Uz4RQW*s`p}e#_z6WeK>RXpW0y`Y;ukZV<%53F03hNQKr35j`Ji94
zVChT|zd~sMp<lExVY(wgzvzz4<JS)_5%i1FFB<=7xkSY1v~j8k{h|WWA8?82v)X0y
zdb}fZxy~ix5|K|(`QY`~gIY!p#c%nUPqoPFar|}b<nnqPGerDibckP!P8$(Fp}0Fh
z{O%Gf`6?fXUm??(B7Pl8CI|5|aC}H77xD9;Oce1maC`{y^L#o{#IHkXnS=N(vGf;J
zJ`le?G-V=wLXiy+zl_`1rIU;J#SCZppkFiqi1-E2%9dF^=oc+mI#a~2P#Qq!7cESf
z?g-E?x+C-W^}|a9{i5`X#y?sv5ivS#oGL=UsDShbTq63ccA2~$@5o%PbBVY_<P%gr
zcs=%@meE7;TYlzKE%JICf89E{ydK945x*E6;uoXSM#N7j?hX*YyTnSq$_L_C$aJQN
zUx$*(LHrCHAJWN1{5&WVMf?mLA42>*pH39<>rh(eAbv|M{Y8}z#IFxcnTVfIWCO%6
z<2H8b<RX4C!&yG)7YzU+egU+yWtI>6MGKbB6!9yR1`zs13lpY00`!aS$UJ`i@Df44
zDE*@GkCsbBj7}S;iqJ1AApHTCh(4=bCa=dkGMDRIA}$g61eFh7k3Fbm^icekpZQda
zydKA2w@xmv$1y|1FGh#>#ptvV@e_)>1H|txv68Ryf%p|Nohjnip=5FpKLf{ybaD|t
z56VOlKLf{y5I@hS6Gi+wl$JS&-x5oIQRM^i>qAo};wKc@0P)MXja@pqh+oWbmJj+x
z1AvHM0Ih79<%53Ff~7M>{0gN3gnrS&gz1g|{h~WEk6%B$M9?ovzi9lU<q{F2)5fVH
z^ot5ef50W8&uW*+>+z1v<vN#$OGG|F<%8E_4{8}b6u;$XKGh<x$MM&#lgsOI%n<R5
z(II{@I&DP!gyQZ1@w-c`<g0ujeuYeDiuiRXnH<E=!0{oST*S|VGEv0O!0{o(&-3X-
z5x)+lWe(!E#L{0>`9S>o(3FYz2}L$Q{4#E1mrgF?7c-pYgMQHfAmSH5D_dsypkK6L
z=}Zy7LTLb@U$ih`x+6fp=#I?e*AFid^o!Cj8vkgyM8xQ{ajFRYq5{$%aEa)%+GX;3
zyd!hD&L!d!kxx+h;Pu#pT1F4WZ~2)|waDvn{B`T(@_HOIMEqiOh+m9O8xcRDxH~}n
z?h-5cDj$enA=8;6ejQ3C2k|p-d`Kr3@$;Ze6!9}~d<gOLd^%CYuS02>gZM46^cPh=
z5WhY&Wg>n;kqr>PjN90ylZ*Jp3}^YEUo-%S_yy3)mRUaN7cE#iQ^c=O8bIh5Elim1
z2+%LOBlGz6!%GDHqV$W#KUyvkF*<FWDnh@gfb<7kBKoX$nY<qF$Xu>-iMT}M6I4EU
zJ@%lM(L?cDe&$mx@_HP9-8#9v9>)w3zZf0j7o*cg#7`*h4iLY)#7e%(2jW-Abf$=3
zhmy%b{0tl)(#b{qJSY=I{0tl)Li{|RP89L$P+I07eoHL<MU@Z4uMbU`h@Vho1H>=m
zHg@UcB7QN$Sw83&4FDp30kpDZmJj+x3zp6l@hg-D5c)+66Q(-?^o#DuJbwM~5<$Nx
z{i5-YmP<s8P8+9+&@U<={Q;MVKC4|Oug5zwm+M?2E)n?zl@DHzJ*Z{$Q2dsk`BaO%
z9>-s|PA;#<F+;>JMu+&t=(G{>6N<Y7#P2S#lCScC_!TmpDdN|mWO5Kc1ILGSauGid
z%0v-A1ILFDKhLKVMf^IHmN|&u5=(zk<pc5SLsKT=CluKL@yoc4T{^jlU(9fp5Bfy|
zfQVlJt!$a)gMQJ1r87nR3Z(&re$m2&>5c&XqB}B=Uq8G=&@W2AX#At)5)q@*#;GFo
ziwa18z$K#3YM06D@s7;pI+ut`L_R^~gV$pZY8gEgzvX8>)grIQ@z<@B%j<E>5b=xA
zA$~DBZAAQp;_d+PyGyL(t9&4Sg-mCP_;o0m9K_GS@gbdD#Lt5=QN+){@gc;|^XWtp
zzYe8k4&t}O(qB~hK>Yg9l!^EWMK(bEGHzp+PA=jXGo0mve$fCR;uk<GTW0y7U$kK9
zOcB3AX#k;Lv@l`1BS63Cj?ClN4=)k)i_$L||7f{H#OSnfstEm}0@5FFiRiQ1W%7Ew
zBXhaVCE^m1Pf+>b_1J@2Mi0er`I%3($m?<Zb?fBvdK@!E{9<&7UyM#05kH~0J3##I
z5-a&CABbNe)0rZE9ZDt#@iTCINGBKZ^Po%=@iTCI2=ViLI#I;0Lur|V_${&Y7gatG
zzdkf&B7Q=V4G_PK+t{U(i}=M1XZfICGysVB1<=ZtSw83&Em%5J#IH~qK<F1OOqlKn
z&@Z|p^Z50{O9cI*^ozznS}qYWI&GXPLcgeh^aorb`mA=DydLk!T&{D8xJ2X=R6ck;
z_Mn#0L-AXF=2I>5dK`b<I=Q?a#|#m_7#-plqtiyjPblsV5Wl;`O1{bm;#bIYrifpM
zlF32*3>+WQ$wmA;C=*5e3>+Uq{5+pd6!Gg&TIL{rODz3Gl@G+P4^5efpHO52#4qDE
zcIo6Ielf#YKIj(>03v<?w6bNE5Bfz5md+IME0hKh`b7&9raJ=ki|)uge*N$gLBA;d
zqVbQGOGJ!L8>foUFDfAY0hfqAt6e6q$2&5Y>s%r(5%~m_4_=QwsAcp}{Fa~jRExYG
z$6vQjF0aQiL&Psehxo<lv=Q+Win{~E?=G>DukwNT6*8SE;@6>Mau7cQ$A@%s5kC*g
zL=is&$A=I<&!-bb{5q7DIf&m9OMg-21M%xaQzqgk6xjgr%eakQI=P5n%y5<u`b7hP
zh+hD$Y?<YQe$j%ZGe!Igr2&L~(ZYo3jsX3lJ2H=7KfFZHFG{~?{G;U(5u?+_sUq}?
z3P^vzC8E!2m&xn#j?CpcmxxP5K0)P!*JBTA89fxg<!3(CBCp5s*R7Mw>v7Bw@r%(R
zela?2MEr!}?f~(-ORVIpd?0>>OlOMtbtst}#LvL-A)Q>r&x0~i#LvL-A;iz~=|mB~
z4y9!d;<v=oUsU-({QA(8iTDXcHbDF`Zey2DF5(w6oaKXl(EuRg7eFgpX8E9Bv|#B>
z5x+ud0HI&BFk!kQK)>jY%;VP&FA?;M(k~kSXt_kh=(KUF2>qf0(jRb%=(E~o@_M`@
zbGgnX;u4WhQ2F5X*n?U|55;f!nNPLI>v8;b>*Vr!95Y1xVswaKj7}R7KcTogK>Y3!
zEBPuPh+iSonIe82N+t*KGjM!JCl~SapiC6;GjMze@$-B-QN*u9X_<rgEwS_$RXz~E
zJ~U+_enOEA5WkGu*rk(;_{9uo`Ji7k0EqYn(8`usKIj)MSUOY0uTUC5=oc+anC=MB
zFS;Z1`1Qj}1pT7)i^e}%E)g+0ZJa7Xzo>xp2V5fhtah2a9`DFpu5*dFMC21xK6pL$
zpq9}?@mqf8Q!Vm(9Dm(9xx6073=zK=9pV?G(?-NkDDDmrzq`arzRCyUSIBgxh+l`2
z$wB-K93RrjMf^M{6Gi+C93MjbJfBV!@#|1p<{*AcEd52555%tzO__+FP-FwdFXJ|L
z>Et4QF~eCt=obwDB7On1vSpSJ`b7(t&J^)0lm-y`MGF(AI|B5J?#MiT{qPb&zbO5p
z@sE~EM2t=wr;5-oDj@v<mxw;AT_&%`J2IE+Tp}(J`2>{@UXMMfW%N+|mY?}li@YAk
zU$;&!ug5V%#4kpN_{He75%Cj>y931UF0qoY@`3mjGMy>n*P&!`5I+OQhjelgKM%@8
z5kCXRhY&x{rxQi|I+T_<h~E-Re^KQF@#{lVCgLX)*#Pm&xQ$&pxrkrPaF!4HMFW6{
zUjVIandO6i(SoHjMf?h-0fc_h!i4FL0R5snGLK(ByhPA1O226QqvaA2qtnKzBJ_(2
zNPoa3qR(oV$?Nfs%;h?lh)YC1LFI$jV-IQ>Jruv?XFk;;ugCG%t&_{^am*0$i_sx|
zF*<ET{Dk7}0P(v^tmLbFAby2RXNvfBD486@&%p5^om|AvgECRX&%p5^#Lx5TL=nFZ
zrDYD{x5Uz4RQW*s`p}e#_z6WeK>RXpW0y`Y;ukZV<%53F03hNQKr35j`Ji94VChT|
zzd~sMp<lExVY(wgzvzz4<JS)_5%i1FFB<=7xkSY1v~j8k{h|WWA8?82v)X0ydb}fZ
zxy~ix5|K|(`QY`~gIY!p#c%nUPqoPFar|}b<nnqPGerDibckP!P8$(Fp}0Fh{O%Gf
z`6?fXUm??(B7Pl8CI|5|aC}H77xD9;Oce1maC`{y^L#o{#IHkXnS=N(vGf;JJ`le?
zG-V=wLXiy+zl_`1rIU;J#SCZppkFiqi1-E2%9dF^=oc+mI#a~2P#Qq!7cESf?g-E?
zx+C-W^}|a9{i5`X#y?sv5ivS#oGL=UsDShbTq63ccA2~$@5o%PbBVY_<P%grcs=%@
zmeE7;TYlzKE%JICf89E{ydK945x*E6;uoXSM#N7j?hX*YyTnSq$_L_C$aJQNUx$*(
zLHrCHAJWN1{5&WVMf?mLA42>*pH39<>rh(eAbv|M{Y8}z#IFxcnTVfIWCO%6<2H8b
z<RX4C!&yG)7YzU+egU+yWtI>6MGKbB6!9yR1`zs13lpY00`!aS$UJ`i@Df44DE*@G
zkCsbBj7}S;iqJ1AApHTCh(4=bCa=dkGMDRIA}$g61eFh7k3Fbm^icekpZQdaydKA2
zw@xmv$1y|1FGh#>#ptvV@e_)>1H|txv68Ryf%p|Nohjnip=5FpKLf{ybaD|t56VOl
zKLf{y5I@hS6Gi+wl$JS&-x5oIQRM^i>qAo};wKc@0P)MXja@pqh+oWbmJj+x1AvHM
z0Ih79<%53Ff~7M>{0gN3gnrS&gz1g|{h~WEk6%B$M9?ovzi9lU<q{F2)5fVH^ot5e
zf50W8&uW*+>+z1v<vN#$OGG|F<%8E_4{8}b6u;$XKGh<x$MM&#lgsOI%n<R5(II{@
zI&DP!gyQZ1@w-c`<g0ujeuYeDiuiRXnH<E=!0{oST*S|VGEv0O!0{o(&-3X-5x)+l
zWe(!E#L{0>`9S>o(3FYz2}L$Q{4#E1mrgF?7c-pYgMQHfAmSH5D_dsypkK6L=}Zy7
zLTLb@U$ih`x+6fp=#I?e*AFid^o!Cj8vkgyM8xQ{ajFRYq5{$%aEa)%+GX;3yd!hD
z&L!d!kxx+h;Pu#pT1F4WZ~2)|waDvn{B`T(@_HOIMEqiOh+m9O8xcRDxH~}n?h-5c
zDj$enA=8;6ejQ3C2k|p-d`Kr3@$;Ze6!9}~d<gOLd^%CYuS02>gZM46^cPh=5WhY&
zWg>n;kqr>PjN90ylZ*Jp3}^YEUo-%S_yy3)mRUaN7cE#iQ^c=O8bIh5Elim12+%LO
zBlGz6!%GDHqV$W#KUyvkF*<FWDnh@gfb<7kBKoX$nY<qF$Xu>-iMT}M6I4EUJ@%lM
z(L?cDe&$mx@_HP9-8#9v9>)w3zZf0j7o*cg#7`*h4iLY)#7e%(2jW-Abf$=3hmy%b
z{0tl)(#b{qJSY=I{0tl)Li{|RP89L$P+I07eoHL<MU@Z4uMbU`h@Vho1H>=mHg@Uc
zB7QN$Sw83&4FDp30kpDZmJj+x3zp6l@hg-D5c)+66Q(-?^o#DuJbwM~5<$Nx{i5-Y
zmP<s8P8+9+&@U<={Q;MVKC4|Oug5zwm+M?2E)n?zl@DHzJ*Z{$Q2dsk`BaO%9>-s|
zPA;#<F+;>JMu+&t=(G{>6N<Y7#P2S#lCScC_!TmpDdN|mWO5Kc1ILGSauGid%0v-A
z1ILFDKhLKVMf^IHmN|&u5=(zk<pc5SLsKT=CluKL@yoc4T{^jlU(9fp5Bfy|fQVlJ
zt!$a)gMQJ1r87nR3Z(&re$m2&>5c&XqB}B=Uq8G=&@W2AX#At)5)q@*#;GFoiwa18
zz$K#3YM06D@s7;pI+ut`L_R^~gV$pZY8gEgzvX8>)grIQ@z<@B%j<E>5b=xAA$~DB
zZAAQp;_d+PyGyL(t9&4Sg-mCP_;o0m9K_GS@gbdD#Lt5=QN+){@gc;|^XWtpzYe8k
z4&t}O(qB~hK>Yg9l!^EWMK(bEGHzp+PA=jXGo0mve$fCR;uk<GTW0y7U$kK9OcB3A
zX#k;Lv@l`1BS63Cj?ClN4=)k)i_$L||7f{H#OSnfstEm}0@5FFiRiQ1W%7EwBXhaV
zCE^m1Pf+>b_1J@2Mi0er`I%3($m?<Zb?fBvdK@!E{9<&7UyM#05kH~0J3##I5-a&C
zABbNe)0rZE9ZDt#@iTCINGBKZ^Po%=@iTCI2=ViLI#I;0Lur|V_${&Y7gatGzdkf&
zB7Q=V4G_PK+t{U(i}=M1XZfICGysVB1<=ZtSw83&Em%5J#IH~qK<F1OOqlKn&@Z|p
z^Z50{O9cI*^ozznS}qYWI&GXPLcgeh^aorb`mA=DydLk!T&{D8xJ2X=R6ck;_Mn#0
zL-AXF=2I>5dK`b<I=Q?a#|#m_7#-plqtiyjPblsV5Wl;`O1{bm;#bIYrifpMlF32*
z3>+WQ$wmA;C=*5e3>+Uq{5+pd6!Gg&TIL{rODz3Gl@G+P4^5efpHO52#4qDEcIo6I
zelf#YKIj(>03v<?w6bNE5Bfz5md+IME0hKh`b7&9raJ=ki|)uge*N$gLBA;dqVbQG
zOGJ!L8>foUFDfAY0hfqAt6e6q$2&5Y>s%r(5%~m_4_=QwsAcp}{Fa~jRExYG$6vQj
zF0aQiL&Psehxo<lv=Q+Win{~E?=G>DukwNT6*8SE;@6>Mau7cQ$A@%s5kC*gL=is&
z$A=I<&!-bb{5q7DIf&m9OMg-21M%xaQzqgk6xjgr%eakQI=P5n%y5<u`b7hPh+hD$
zY?<YQe$j%ZGe!Igr2&L~(ZYo3jsX3lJ2H=7KfFZHFG{~?{G;U(5u?+_sUq}?3P^vz
zC8E!2m&xn#j?CpcmxxP5K0)P!*JBTA89fxg<!3(CBCp5s*R7Mw>v7Bw@r%(Rela?2
zMEr!}?f~(-ORVIpd?0>>OlOMtbtst}#LvL-A)Q>r&x0~i#LvL-A;iz~=|mB~4y9!d
z;<v=oUsU-({QA(8iTDXcHbDF`Zey2DF5(w6oaKXl(EuRg7eFgpX8E9Bv|#B>5x+ud
z0HI&BFk!kQK)>jY%;VP&FA?;M(k~kSXt_kh=(KUF2>qf0(jRb%=(E~o@_M`@bGgnX
z;u4WhQ2F5X*n?U|55;f!nNPLI>v8;b>*Vr!95Y1xVswaKj7}R7KcTogK>Y3!EBPuP
zh+iSonIe82N+t*KGjM!JCl~SapiC6;GjMze@$-B-QN*u9X_<rgEwS_$RXz~EJ~U+_
zenOEA5WkGu*rk(;_{9uo`Ji7k0EqYn(8`usKIj)MSUOY0uTUC5=oc+anC=MBFS;Z1
z`1Qj}1pT7)i^e}%E)g+0ZJa7Xzo>xp2V5fhtah2a9`DFpu5*dFMC21xK6pL$pq9}?
z@mqf8Q!Vm(9Dm(9xx6073=zK=9pV?G(?-NkDDDmrzq`arzRCyUSIBgxh+l`2$wB-K
z93RrjMf^M{6Gi+C93MjbJfBV!@#|1p<{*AcEd52555%tzO__+FP-FwdFXJ|L>Et4Q
zF~eCt=obwDB7On1vSpSJ`b7(t&J^)0lm-y`MGF(AI|B5J?#MiT{qPb&zbO5p@sE~E
zM2t=wr;5-oDj@v<mxw;AT_&%`J2IE+Tp}(J`2>{@UXMMfW%N+|mY?}li@YAkU$;&!
zug5V%#4kpN_{He75%Cj>y931UF0qoY@`3mjGMy>n*P&!`5I+OQhjelgKM%@85kCXR
zhY&x{rxQi|I+T_<h~E-Re^KQF@#{lVCgLX)*#Pm&xQ$&pxrkrPaF!4HMFW6{UjVIa
zndO6i(SoHjMf?h-0fc_h!i4FL0R5snGLK(ByhPA1O226QqvaA2qtnKzBJ_(2NPoa3
zqR(oV$?Nfs%;h?lh)YC1LFI$jV-IQ>Jruv?XFk;;ugCG%t&_{^am*0$i_sx|F*<ET
z{Dk7}0P(v^tmLbFAby2RXNvfBD486@&%p5^om|AvgECRX&%p5^#Lx5TL=nFZrDYD{
zx5Uz4RQW*s`p}e#_z6WeK>RXpW0y`Y;ukZV<%53F03hNQKr35j`Ji94VChT|zd~sM
zp<lExVY(wgzvzz4<JS)_5%i1FFB<=7xkSY1v~j8k{h|WWA8?82v)X0ydb}fZxy~ix
z5|K|(`QY`~gIY!p#c%nUPqoPFar|}b<nnqPGerDibckP!P8$(Fp}0Fh{O%Gf`6?fX
zUm??(B7Pl8CI|5|aC}H77xD9;Oce1maC`{y^L#o{#IHkXnS=N(vGf;JJ`le?G-V=w
zLXiy+zl_`1rIU;J#SCZppkFiqi1-E2%9dF^=oc+mI#a~2P#Qq!7cESf?g-E?x+C-W
z^}|a9{i5`X#y?sv5ivS#oGL=UsDShbTq63ccA2~$@5o%PbBVY_<P%grcs=%@meE7;
zTYlzKE%JICf89E{ydK945x*E6;uoXSM#N7j?hX*YyTnSq$_L_C$aJQNUx$*(LHrCH
zAJWN1{5&WVMf?mLA42>*pH39<>rh(eAbv|M{Y8}z#IFxcnTVfIWCO%6<2H8b<RX4C
z!&yG)7YzU+egU+yWtI>6MGKbB6!9yR1`zs13lpY00`!aS$UJ`i@Df44DE*@GkCsbB
zj7}S;iqJ1AApHTCh(4=bCa=dkGMDRIA}$g61eFh7k3Fbm^icekpZQdaydKA2w@xmv
z$1y|1FGh#>#ptvV@e_)>1H|txv68Ryf%p|Nohjnip=5FpKLf{ybaD|t56VOlKLf{y
z5I@hS6Gi+wl$JS&-x5oIQRM^i>qAo};wKc@0P)MXja@pqh+oWbmJj+x1AvHM0Ih79
z<%53Ff~7M>{0gN3gnrS&gz1g|{h~WEk6%B$M9?ovzi9lU<q{F2)5fVH^ot5ef50W8
z&uW*+>+z1v<vN#$OGG|F<%8E_4{8}b6u;$XKGh<x$MM&#lgsOI%n<R5(II{@I&DP!
zgyQZ1@w-c`<g0ujeuYeDiuiRXnH<E=!0{oST*S|VGEv0O!0{o(&-3X-5x)+lWe(!E
z#L{0>`9S>o(3FYz2}L$Q{4#E1mrgF?7c-pYgMQHfAmSH5D_dsypkK6L=}Zy7LTLb@
zU$ih`x+6fp=#I?e*AFid^o!Cj8vkgyM8xQ{ajFRYq5{$%aEa)%+GX;3yd!hD&L!d!
zkxx+h;Pu#pT1F4WZ~2)|waDvn{B`T(@_HOIMEqiOh+m9O8xcRDxH~}n?h-5cDj$en
zA=8;6ejQ3C2k|p-d`Kr3@$;Ze6!9}~d<gOLd^%CYuS02>gZM46^cPh=5WhY&Wg>n;
zkqr>PjN90ylZ*Jp3}^YEUo-%S_yy3)mRUaN7cE#iQ^c=O8bIh5Elim12+%LOBlGz6
z!%GDHqV$W#KUyvkF*<FWDnh@gfb<7kBKoX$nY<qF$Xu>-iMT}M6I4EUJ@%lM(L?cD
ze&$mx@_HP9-8#9v9>)w3zZf0j7o*cg#7`*h4iLY)#7e%(2jW-Abf$=3hmy%b{0tl)
z(#b{qJSY=I{0tl)Li{|RP89L$P+I07eoHL<MU@Z4uMbU`h@Vho1H>=mHg@UcB7QN$
zSw83&4FDp30kpDZmJj+x3zp6l@hg-D5c)+66Q(-?^o#DuJbwM~5<$Nx{i5-YmP<s8
zP8+9+&@U<={Q;MVKC4|Oug5zwm+M?2E)n?zl@DHzJ*Z{$Q2dsk`BaO%9>-s|PA;#<
zF+;>JMu+&t=(G{>6N<Y7#P2S#lCScC_!TmpDdN|mWO5Kc1ILGSauGid%0v-A1ILFD
zKhLKVMf^IHmN|&u5=(zk<pc5SLsKT=CluKL@yoc4T{^jlU(9fp5Bfy|fQVlJt!$a)
zgMQJ1r87nR3Z(&re$m2&>5c&XqB}B=Uq8G=&@W2AX#At)5)q@*#;GFoiwa18z$K#3
zYM06D@s7;pI+ut`L_R^~gV$pZY8gEgzvX8>)grIQ@z<@B%j<E>5b=xAA$~DBZAAQp
z;_d+PyGyL(t9&4Sg-mCP_;o0m9K_GS@gbdD#Lt5=QN+){@gc;|^XWtpzYe8k4&t}O
z(qB~hK>Yg9l!^EWMK(bEGHzp+PA=jXGo0mve$fCR;uk<GTW0y7U$kK9OcB3AX#k;L
zv@l`1BS63Cj?ClN4=)k)i_$L||7f{H#OSnfstEm}0@5FFiRiQ1W%7EwBXhaVCE^m1
zPf+>b_1J@2Mi0er`I%3($m?<Zb?fBvdK@!E{9<&7UyM#05kH~0J3##I5-a&CABbNe
z)0rZE9ZDt#@iTCINGBKZ^Po%=@iTCI2=ViLI#I;0Lur|V_${&Y7gatGzdkf&B7Q=V
z4G_PK+t{U(i}=M1XZfICGysVB1<=ZtSw83&Em%5J#IH~qK<F1OOqlKn&@Z|p^Z50{
zO9cI*^ozznS}qYWI&GXPLcgeh^aorb`mA=DydLk!T&{D8xJ2X=R6ck;_Mn#0L-AXF
z=2I>5dK`b<I=Q?a#|#m_7#-plqtiyjPblsV5Wl;`O1{bm;#bIYrifpMlF32*3>+WQ
z$wmA;C=*5e3>+Uq{5+pd6!Gg&TIL{rODz3Gl@G+P4^5efpHO52#4qDEcIo6Ielf#Y
zKIj(>03v<?w6bNE5Bfz5md+IME0hKh`b7&9raJ=ki|)uge*N$gLBA;dqVbQGOGJ!L
z8>foUFDfAY0hfqAt6e6q$2&5Y>s%r(5%~m_4_=QwsAcp}{Fa~jRExYG$6vQjF0aQi
zL&Psehxo<lv=Q+Win{~E?=G>DukwNT6*8SE;@6>Mau7cQ$A@%s5kC*gL=is&$A=I<
z&!-bb{5q7DIf&m9OMg-21M%xaQzqgk6xjgr%eakQI=P5n%y5<u`b7hPh+hD$Y?<YQ
ze$j%ZGe!Igr2&L~(ZYo3jsX3lJ2H=7KfFZHFG{~?{G;U(5u?+_sUq}?3P^vzC8E!2
zm&xn#j?CpcmxxP5K0)P!*JBTA89fxg<!3(CBCp5s*R7Mw>v7Bw@r%(Rela?2MEr!}
z?f~(-ORVIpd?0>>OlOMtbtst}#LvL-A)Q>r&x0~i#LvL-A;iz~=|mB~4y9!d;<v=o
zUsU-({QA(8iTDXcHbDF`Zey2DF5(w6oaKXl(EuRg7eFgpX8E9Bv|#B>5x+ud0HI&B
zFk!kQK)>jY%;VP&FA?;M(k~kSXt_kh=(KUF2>qf0(jRb%=(E~o@_M`@bGgnX;u4Wh
zQ2F5X*n?U|55;f!nNPLI>v8;b>*Vr!95Y1xVswaKj7}R7KcTogK>Y3!EBPuPh+iSo
znIe82N+t*KGjM!JCl~SapiC6;GjMze@$-B-QN*u9X_<rgEwS_$RXz~EJ~U+_enOEA
z5WkGu*rk(;_{9uo`Ji7k0EqYn(8`usKIj)MSUOY0uTUC5=oc+anC=MBFS;Z1`1Qj}
z1pT7)i^e}%E)g+0ZJa7Xzo>xp2V5fhtah2a9`DFpu5*dFMC21xK6pL$pq9}?@mqf8
zQ!Vm(9Dm(9xx6073=zK=9pV?G(?-NkDDDmrzq`arzRCyUSIBgxh+l`2$wB-K93Rrj
zMf^M{6Gi+C93MjbJfBV!@#|1p<{*AcEd52555%tzO__+FP-FwdFXJ|L>Et4QF~eCt
z=obwDB7On1vSpSJ`b7(t&J^)0lm-y`MGF(AI|B5J?#MiT{qPb&zbO5p@sE~EM2t=w
zr;5-oDj@v<mxw;AT_&%`J2IE+Tp}(J`2>{@UXMMfW%N+|mY?}li@YAkU$;&!ug5V%
z#4kpN_{He75%Cj>y931UF0qoY@`3mjGMy>n*P&!`5I+OQhjelgKM%@85kCXRhY&x{
zrxQi|I+T_<h~E-Re^KQF@#{lVCgLX)*#Pm&xQ$&pxrkrPaF!4HMFW6{UjVIandO6i
z(SoHjMf?h-0fc_h!i4FL0R5snGLK(ByhPA1O226QqvaA2qtnKzBJ_(2NPoa3qR(oV
z$?Nfs%;h?lh)YC1LFI$jV-IQ>Jruv?XFk;;ugCG%t&_{^am*0$i_sx|F*<ET{Dk7}
z0P(v^tmLbFAby2RXNvfBD486@&%p5^om|AvgECRX&%p5^#Lx5TL=nFZrDYD{x5Uz4
zRQW*s`p}e#_z6WeK>RXpW0y`Y;ukZV<%53F03hNQKr35j`Ji94VChT|zd~sMp<lEx
zVY(wgzvzz4<JS)_5%i1FFB<=7xkSY1v~j8k{h|WWA8?82v)X0ydb}fZxy~ix5|K|(
z`QY`~gIY!p#c%nUPqoPFar|}b<nnqPGerDibckP!P8$(Fp}0Fh{O%Gf`6?fXUm??(
zB7Pl8CI|5|aC}H77xD9;Oce1maC`{y^L#o{#IHkXnS=N(vGf;JJ`le?G-V=wLXiy+
zzl_`1rIU;J#SCZppkFiqi1-E2%9dF^=oc+mI#a~2P#Qq!7cESf?g-E?x+C-W^}|a9
z{i5`X#y?sv5ivS#oGL=UsDShbTq63ccA2~$@5o%PbBVY_<P%grcs=%@meE7;TYlzK
zE%JICf89E{ydK945x*E6;uoXSM#N7j?hX*YyTnSq$_L_C$aJQNUx$*(LHrCHAJWN1
z{5&WVMf?mLA42>*pH39<>rh(eAbv|M{Y8}z#IFxcnTVfIWCO%6<2H8b<RX4C!&yG)
z7YzU+egU+yWtI>6MGKbB6!9yR1`zs13lpY00`!aS$UJ`i@Df44DE*@GkCsbBj7}S;
ziqJ1AApHTCh(4=bCa=dkGMDRIA}$g61eFh7k3Fbm^icekpZQdaydKA2w@xmv$1y|1
zFGh#>#ptvV@e_)>1H|txv68Ryf%p|Nohjnip=5FpKLf{ybaD|t56VOlKLf{y5I@hS
z6Gi+wl$JS&-x5oIQRM^i>qAo};wKc@0P)MXja@pq|37<g8?tLw*8jr{dl+Vzm|+hx
zqVz&045di;VN8M$ibgLCqkpJmh?FlP<(E=M8KG!IqeEum0}>KhQXytWkysWrg%9cY
zkcw$KI<^(J4Gi0+Vej}Y{)@g`9DAL|d93fb_ciyu&(9#T9*%YH`~IBQx{l9U9PEww
z*$jL7pkCAfi1-=M!jhgos22@bDqX}cP-;M^7Y$74E)k$!bcxLI$2T4#s28PP)c(+N
zh_KOVVOJ6AMFphZ;1E$~wG_$i@e-NUaSjoyi1GlX4{nchP{Y}c;x~Net_Hb1wqLh)
zF1N=vL&VQUhxpm(v=H$VirEI@H%lzUD}5k-flQ@~_*Ez+F^FFRC!f;JMf`G5$t>cR
zz{#f&zno8H7V)c48pa@gLoD?{r4Pif4o#7WpHO%W#Lwf_R%z!Vem29NKByNp03v<{
zw6LV759&n&mP!}#3zQlV>O}(+x=RG87hNKA{PB&42<k<t7qvgM93pIVTG&;DdQkzX
zH#kJpSuI6!d%Q$ub(}-QDxy3<>4V$j9Mo`jqxcP<xvN2LkL}m3oy+a9%@Fak(II{|
zIxR%}gkrXV_{|av@k$?vUm#QIB7PN0Netqbz{#hya}mEBR5FYBC2;a7#4qPlnMM36
zl!h^g-w;cEQ0W8lt3y*H;wKbd1M%~?wN=`=h@Z`{rw{5y4S<NB0WB=)>4SRFfThw!
z`~sy0gnH4ygzgdn>P45x9DjV{A%c2Q>P77jEr$pjofdW#p<Yx#>J1JNbyiD}+#WBH
zSsmvPv5F`UQ2OBZI0rSH-6(#;XYOi{+hhB6Yv*!%Y%@gsY;=g9jZO;@KcSdyAbzvN
zLcG!k;upwNx`<zeQWAssC2;a7?Oen!2bIhsehHj>3h~SNRAv#s3Z-ET;y1)nA5{84
z{OZsYiTDYH*FgL{Zf%uzF5+i1?CFDgQ3D|2XFv-}ditPVG+?Q85x+pG0ij+rFrm9d
zfO^p-GRGg^c!;20lzLJ7L(3t;MyG{cMW`1Qka~kdM4i=AB)7*)WLC#HM64pp1C&0v
zJ<dT5XE%!9@R_?B<o4Kp-P*a_9@`8NKN}t5XQR_X#7`(@8;IX5u@JBHf%pY7l`i5}
zp_IfRehHj>N;?<v%Rwcxh+hIHpF;d{K9yO-uR>`UgZK@x)CZM55WhM!MIwGe;WZFH
zk6T-%os0O{414;ZUeo}H_!-c`lAb=O7Y$e{UBoX?YCxzL4NT}R5ujdliOliGHy$FW
z7o}d*{?KxWu+eE@R}tz(1*G2K5K(8f6v^%J5}DO;4iT$}@&Kg|ZjW<N!`Y4EH+<%<
z2Dv@9U$=HHx5qX^#Lq^D_}S>R5b+a=*#_b_ODx1IeIR~;Or?wXRVXDfh+hIHpVH1n
z{BlsqEaI2I$)^y%oKIyI@vBf8#vpz}EcHR955%tyO_7M7P<Rc*&*RosY3Cw-Hp8Ai
zs24Q=B7O$6u%xFC>O}*VN*D19lo}A~MFSJMO9ZGFT_SV*@r{QF>P4v+wLi2RB5ZV8
z*j0pjQ30tpI7HN0Ek$yByhLVooI}JaqC7z9gWKaA)NppA_zj=At3hs$?bofH%k8nv
z5b?9oA$~SGEkyi;Vzz<!%@PaoN*{<{AXDigeiced4C0r-$)~h)5x*Q%GK=^naPld{
zFXvO4Mf@t1hB1iW5KDbf=>zerLsKN;Clp=-@$<N~Roc0TpUtqR59&n?fQX*~EiCEj
zgL=_`rP4+G0;L9odeOjy?h*m&MVH7Ne|+O1f_hQvMePqQhX@;;7Iqb(UQ|Hp4Gs}?
zR!foG9xstu9p@0SiYO0I`r!6B2Q{4CD1O6d?rM<RWBYY$=W=^&GerDsbcmmgP74t~
zp_pwTezU|vywV5a7syn)h+l<L5`*|9aPlebT*NO2mCPc337mWi@yq#CW)Z&%rC|)>
zH^fpORQf>t>d+L4_z8vAK>R#zZIyN|;%77L>4SPv10dpOKnqKH`k-DkV5xKwzd)%0
zp<XmFp}RzYdeJ2^#~<H#h@f7SdQtmB%OS!>r-fZbs23HGdV@nmoz+q#x5rClR>wI+
ztRl(-ls>pU&Or@lH;UiznY$X~_Sk;i+PT~w+YAvu8y(_jqtimfPbg*^h~F%+5U=!s
z_ysbRF5*|Al*Ax@37mXNI~VcGK_#<@UjiqeLi}<*m085ELTMO-_zkht2bDe$zdAHU
zB7Q>QH4s0KTU(`_i}=|Ld-|YW)BuS18PLL#o<67-4Ol8k{4K(5t#(e|tT$AA3C
zgAYC!er38g0qR9<bXR=g#zO@4qSTAppGgi8HaacrDnh-efYcitBI>M`BDp<YBC|Tq
zAz~F#9-#EW?QsrjIJ;5&hR@v9Ah*Z%>(<WY_Sj~K_}S<XKO3DEB7Q<K+d%wgiG_Hj
z55zB!sdN#)3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUgr9P<if%w&-
zDH8D$3a^3qdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUh|0)r(%bbm^V%
zeCOjI|9I7d-FDk;Z+OES9)9@Y@VnEUB|yFCEU~K>zwr=3y{Nt)TI0fn3s>(=U3*XF
z5V8H8b`_ys)F8<r!hjZ*aC;np)Vmxa>a2#5N*~-F5BcPS8^tew_#S4tJ+|Mnb}qNa
zHbcbEMu+&>=(G^=6N=de;x|hy#4CLuet}G-i}+P2B{7I!0w<r+&PDukP{}Ofm%z!V
z5Wk#HWft+PP#VS{enTwvL8TAGuMSO-h@Vh+4aCpm)>difB7Qc*o<67-H2@-h2DGrG
zrw{5y1C~k`@e7n1kW*1F+NwS8{NMjx_Oh3S-$LC-9(m;HPk;JhC79Yzc)}A}%2Ol_
zg8=oS2DGcRWaA-%dQp8dP%k?B5#<muOYHLat|HWnUQT9pghRwCqSXLyk5>^b1#pO1
zB2ye!`r!7sNbE3dqxc;@YM*UxkL~xaoy+a9%@Fak(II{|IxR%}gkrXV_{|av@k$?v
zUm#QIB7PN0Netqbz{#hya}mEBR5FYBC2;a7#4qPlnMM36l!h^g-w;cEQ0W8lt3y*H
z;wKbd1M%~?wN=`=h@Z`{rw{5y4S<NB0WB=)>4SRFfThw!`~sy0<W$s)e)5x_RDIWH
zKJ%IITd4brSG+=Dmp8uqyT6;iWmK$;2KAx_w5zma;~|22(ZlZt{(jM^Pbr6pDO|(g
zt|HWn4&mg393pZ)m050&E0l&Y93qBT>Vrxj+#c7VDRQIu={dV?aC>aOdhJ|pk8OsC
zpN$Ujv(afG;wKcd4a9GjScq5pK>PxkN*D2~P)cGDzXVP`rJalT<)D&T#4mx9Pa%Fe
zpUN!aSD`eFLHveT>Vrxjh+iF=A`w5K@EVAp$E~f>&PDuehCO{yFKPfp{0wMeNlzct
ziv}!}F5(v`H6W*=UbOua^S!?7Nl$uG_!ZRs>Q}#dSOeDDH{5W;*|TR42VeKP*D0RH
zECK38XNg_C_>G4M>O~K~7N{4U`k-=%n8Gy-?kYmP=nzgm$RQ%<Q<>%VxI$?d!y#gb
zr9P<i!R>J!nj$xfpPsYZ2DiudtJluu_Sj~K_}S<XKO3DEB7Q<K+d%wgiG_Hj55zB!
zsdN#)3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUgr9P<if%w&-DH8D$
z3a^3qdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUh`->P6eXLEr1U-tv~W
zgkM43U;M>iR1MfIx7>2?z4x|c*JjV3KmVNPJf}~!3R3=xQ4yPMP%k=5?CQmDJVa10
zs_%-{pk8$9gUTUd3fC~Ws|fX?Lpb>$hlrd{WtQ9H3Z-EThlnAT`k>MWx5ss8irgrE
zdd_Ye+#cJnUOSiDW1Au3XQM;>Y;;<P_zA^q1M!<B7UGpY5WhgC(nb6#l#&?4FM*R!
zY3Cw-IjCe7@k`+3Q;1*Ar!tH9RVWQ(5WgXo`k>MW;#Y^JNW@PlyawXuacirza}htA
zVNV~_iy8nCKLc7=($fd^q5(^#i}(df4alje7k$>Vp4IESKK<!WhhL$0FI~EH(@i(2
z2J8bL_`qS<#fum3yz|aJ`=Jkg=x~a5odETsbyin9a^oR_dQp8>v<CH}Qy*6j5mUH^
z!CghD7ahXM2RTIKd@8ft9#<$0V>m<%vD62ZKDa%uLsR5N@zZm5+u-)te)Zb9+#cHu
z5kDIp;%B4NLc~ufW*dm#EU^%;^nv&VGL<gkSD}=|Abts)d`deP@ykIavxr{;C!a$6
zaz2$=#IHhW7=!o?vD62ZJ`le;G({qQLg6(KKaX2mrJalT*$jL7pkCAfi1-=M!jhgo
zs22@bDqX}cP-;L<MZIYIXXtx<SNrgXU!iyZ^<V#01z@+|etS!EA?#28^iO-hD_{A_
zFh#dWfO^p)s3U}JJVa10s;`UIpk8$96U!lD3fC~Ws|fX?Lpb>$hlrd{Wwxh}?|kPw
zm0)5H32=xwq+zs`KDa$L=xr1~<4?TCmT-G)zfkR5ZjWt-h@XuP@w3rsA>t<#vkk;=
zmRN{a`at{wnMxP&t58Z}5WfUYKBb+D_~oFIS;Q}alTRUjIiJcb;#Z+Gj6wW{Sn7jH
zABbNanj#TDq3{}rpU17O(#}QvY=%93P%ml#MEneBVM$LP)Qbizl`i5JC^aCbqF(gu
z*|WXAtNl%(;aBM0x4!kQDggWSU;p*XW4`f?Z}fonSCw8q%SeR)^`aF@$BEf^h@f6n
zUl*-Gz39}3mP5o8u3>Oj5$Z*UaPmP85jmgAEVsuMO2Zfq5koBXL8T9FkL%DBxl#P|
zoZU9KJ+@!Hb}qNaHbcbEMu+&>=(G^=6N=de;x|hy#4CLuet}G-i}+P2B{7I!0w<r+
z&PDukP{}Ofm%z!V5Wk#HWft+PP#VS{enTwvL8TAGuMSO-h@Vh+4aCpm)>difB7Qc*
zo<67-H2@-h2DGrGrw{5y1C~k`@e7n1kW*1FdczGj^!l!rzrwH3yFdD)KdJ(-kAM8*
zm&de1(;o2H$3FJ*Sw<=Zs28nJI!?^SLj?7r`nqTh>P4qMv>YO)a1DdIicl{)gp&_)
zh{*X=X1P7CP#VT?h!|q24=R0ddt8U6$c^Hs=j^t@?XmspwR5>WwizORHaf)5MyG{{
zpHR#;5WiVsAztYN@e5=sUBs_KDTzV+5;*ykb}r(VgGy!*zXVP`h4|%sDzk`Rh0-tv
z@f%{P4=Q~iesySyMEr!pYao6ex3)?<7xA+h_Vhu$r~wf1GoXbfJ$+Cw8n9Hlh+m-8
zfSihY(VK3%sn>T6|9;Unc>VR)s{ribhaV2VX7BcZ7CD?{aFqb{qN|9G7O?RULA|KH
zE?R?n(W%cZhlnX$!{DwW)Qb+`<bxa{az2$=ZjURJhA|u>hFI!@N*~-F*P$tLqxk7L
zyKQiLY`=Q#TyBqThKQey4)L?mX(8e#6tfM)Z<bhySNcHw0+~t|@vBfuVi3OsPClib
zi}>ZBl3Bzrfs;=memS4YEaF$8G>k#~hFI!@N*{<{9hxE$KcVm%h@Z!;t<ug#{A`9j
zeNZoI07U!@XkkfDAJmHmER`<e7brC#r=ni;d%ov;dVSY}4?Y-vh1UJ_r$4Rguctos
zsh0=zksfpA%$cPC#&ZJHi{^ZeIlJ)?LA|KHF<OIq(W#FvhlnX$!{DwW)Qb+`<bxa{
zaz2$=ZjURJhA|u>hFI!@N*~-F*P$tLqxk7LyKQiLY`=Q#TyBqThKQey4)L?mX(8e#
z6tfM)Z<bhySNcHw0+~t|@vBfuVi3OsPClibi}>ZBl3Bzrfs;=memS4YEaF$8G>k#~
zhFI!@N*{<{9hxE$KcVm%h@Z!;t<ug#{A`9jeNZoI07U!@XkkfDAJmHmER`<e7brC#
zr=ni;$AA3CdwthG{nI~%U!iqh`N~(S`s?ny@4h^sjXd(mBR%HUTW=i(Ft|#9deK!x
zM+?|^h@f6n-x#eyz39~EmP5o8u3>Oj5$Z*UaPmP85jmgAEVsuMO2Zfq5koBXL8T9F
zkL%DBxl#P|oZU9KJ+@!Hb}qNaHbcbEMu+&>=(G^=6N=de;x|hy#4CLuet}G-i}+P2
zB{7I!0w<r+&PDukP{}Ofm%z!V5Wk#HWft+PP#VS{enTwvL8TAGuMSO-h@Vh+4aCpm
z)>difB7Qc*o<67-H2@-h2DGrGrw{5y1C~k`@e7n1kW*1F`rE(#+r7T)dCz-Z_!Zi}
zK7aGgH>>*VzWeSA0loXJZ+)xBeDC*u?=XPDRRYwDt|B^Gz{W!a^`iR5XbtK`r#`nF
zBBpQ+gS(1QFFJ&i4|0ge`BY}PJ+4q1#&C!jVyO=*eQ<kRho;Dl;-}~Aw!!VO{pz)I
zxjnWSB7QbH#Lq^jg@~U}%r+3eSz;kx=>zc#WGY?6uR<w_LHrUp`IL4p;+KO;W)Z&x
zPCkYB<$Nl$h+l=$Fb44(VyO=*eIR~yXo^Jqgu-heejc~BN;?<vvl;gELA|H}5b-mh
zg(W?GP%j#=RJw>?pwxhzih9w{eeQFr?|RRB-lN~5rL$l7g<sIrO*h?i>Cz?59yUJy
z@sIbgXFvPdhvT&C1gICSv%1=m8xIlGi|R|GHK-Sz`nYn4n8Gy-?kYmP=nzgm$RQ%<
zQ<>%VxI$?d!y#gbr9P<i!R>J!nj$xfpPsYZ2DiudtJluu_Sj~K_}S<XKO3DEB7Q<K
z+d%wgiG_Hj55zB!sdN#)3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUg
zr9P<if%w&-DH8D$3a^3qdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUh`-
z>P6d+{gkIXMI~O(eC9LX`qsC;<t=Y{>QkSp!PfY#-}<fa3#$9(H@~?@zVxLp)gX;2
z0@RC6;kv598xIlGiynS&P%k?5S>+Hhg=-kxRfKxcA)I`WLqyJ}GRy68h0-vFL&OkE
zeNgFx+v7SkMQ#*7J!iKKZjbF(ubs>7vCR<iv(X`bHaaat{Dfk*f%wf53-L-Hh+iO6
z=^}m=N=Xdjm%z!Vv~v-^98@xk_$6@iDa0@5Q<+8lDwKvXh~E%PeNgEG@vB2qB;qF&
zUIX#-xV2T<xrm?5u%{2|MGb(6p8+i_>FI-d(SW7WMf?J#2IREVi?)Ag{;<UB^7d`F
z-ImmS-F4SpeaYM3{`LTYZjk`>qD4?g2-|pwpkDOw3ncm8IKrzub$<khi0!Yes|fX?
z21yPP2DGq*+v5PF-sKQcXElse`r!6>$R{7%D1Q0F_b|)tvHg~{bGbdX86ti*I>gUL
zr-g{0P|P+Ezgc1-Ug-nz3uG!?#IHgri9!4lIQf)zF5;JiN@fwi1WrDM_~m>mvxr}X
z(l7?`8)B&sDt#b+b!du2{Di`5AbuXVwn{q}@v|BB^g+F-0TA&spoJwpeNZnNuvEH;
zU!c^0oR)gg_LIN+-S0lE@;Yo^cinX#``E|AZ>R40^XC=(_kaKQ8mBQufO^p>Tvs)C
z;~|22QGFq_2KAy-pH&VKQ@Dn~T}7xD9m2^6IYi`qDzn@kS11i*I7AGw)CZM5xIL~z
zQ{+bR({py);P%*l_1d}I9@`8NKN}t5XQR_X#7`(@8;IX5u@JBHf%pY7l`i5}p_IfR
zehHj>N;?<v%Rwcxh+hIHpF;d{K9yO-uR>`UgZK@x)CZM55WhM!MIwGe;WZFHk6T-%
zos0O{414;ZUeo}H_!-c`lAb=O7Y$e{UBoX?YCuj=y=eR4Kli!MwSSEMu-2=!pY^O~
z-GBf6;a5BC{@(BXo|c?DckXbCcAWtAqIFhRJ96V8f_hPXA+!edqEjDN4iQthhQVD$
zs23f=$p<+^<a{c#+#Xjb4P!V&46)P)l|HyVu0vDgM)A{gcH7|g*naiex!fMx3=uyY
z9pY!B(?Y~gC}tao-z>2Zuk?ZV1u~T`;#Z-R#2|hNoP0_<7xBwMC9{ZM0w<qB{Bk~(
zS;VhGX&8g}4YAY*l|B%^Iy6NhenR0j5I>JwTcw?g_}L75`k-Fa0EqY*(87|QKByNB
zSSnq_FHmYgPFKBX|M}Z@@25WXsekx~e`x<-`5yk`KmOz2{onsCUAhz?&@B?6UbG16
z2w@u!5!8!PFKT~EIYij#w6LoP^`Zh&Z*YjHvs#Me_IQcR>NtmpRYZA!(g(N4IjG_6
zM)4ayb611h9^0>5JD1yIn<3(7qeJ{`bXth`3B_y!@tY+U;*~xSzd)waMf@t1k{HA<
zfs;>Z=OTVNsALxLOW@>Fh+od9GK=_CC=Fu}zaf_Tpwb88SBIuZ#7`)^2IA*&Ypb+#
z5kH$@Pal;!CHs%KRu>|E+uv+YAJmH)BoV&=tpPcW^`haopnDtw)QcX6bLCIjc!;20
zlzP$1$7~qGA!3MSYOt#a^`cYIdN79w16o+Z?QsB7?{bK!vl>P!eQ<j`<dY9>6u<o8
zdzj_+*nZ2}x!fMx3=uyY9pY!B(?Y~gC}tao-z>2Zuk?ZV1u~T`;#Z-R#2|hNoP0_<
z7xBwMC9{ZM0w<qB{Bk~(S;VhGX&8g}4YAY*l|B%^Iy6NhenR0j5I>JwTcw?g_}L75
z`k-Fa0EqY*(87|QKByNBSSnq_FHmYgs22@P=q?eUUUZ4f@y9nFBB&RoUex~3a)_|e
zX<=6p>O}>l-rx{XXSEc`?eP+s)o~6HtBCRdr4Me8b5O(Cjp8?a=B@_0J+@!Bb}qNa
zHbcbEMu+&>=(G^=6N=de;x|hy#4CLuet}G-i}+P2B{7I!0w<r+&PDukP{}Ofm%z!V
z5Wk#HWft+PP#VS{enTwvL8TAGuMSO-h@Vh+4aCpm)>difB7Qc*o<67-H2@-h2DGrG
zrw{5y1C~k`@e7n15b8w(6S_+Ts25!#bNum*hY0FLsTZ|Bv>YOAbXwR|gnCf{sW&)8
z)LAV>a(lc)W_6rH#44gZK<R_q;~dm*cBA+WpSi0+ZjbHPt)0v5vCR<iv(X`bHaaat
z{Dfk*f%wf53-L-Hh+iO6=^}m=N=Xdjm%z!Vv~v-^98@xk_$6@iDa0@5Q<+8lDwKvX
zh~E%PeNgEG@vB2qB;qF&UIX#-xV2T<xrm?5u%{2|MGb(6p8+i_>FI-d(SW7WMf?J#
z284Riz=ZA+0qRAU$Q*xs;~|22QR+qQ4=slX8=V$*6`@{KK<W(+5p`Bek=!0Hky#z*
z5V49V4^aBx_BaPMoZTpX!)NYlklSPXb!+Exdu%gA{A_fHpN&on5kH}rZ6JQL#6rB%
z2jUmVRJw>?g;ElO_$6@iDeYXuF9(&(B7O;+d<yZ)`BY{RzY3*c4B|J$QXf?MK>X^^
z6p8o=h1Wp*JZ^23b}r&)GwkVudQk%);%7h$OM3dCUNm5-bP>NmsR5y0G%%sNM1XqH
zB{Ih!-*||iUX*%K`$Nki!bYcsT}7xD6_9#^Lqwg`QY5#>OJr8ZIYg`?$^(=>xINB6
z4QDrs-|(5c8szrae%;!++#cHu5kDIp;%B4NLc~ufW*dm#EU^%;^nv&VGL<gkSD}=|
zAbts)d`deP@ykIavxr{;C!a$6az2$=#IHhW7=!o?vD62ZJ`le;G({qQLg6(KKaX2m
zrJalT*$jL7pkCAfi1-=M!jhgos22@bDqX}cP-;M^7Y$74E)k$!bcxLI$2T4#s28PP
z)c(+Nh_KOVVOJ6AMFphZ;1E$~wG_$i@e-NUaSjoyi1GlX4{nchP{Y}c;x~Net_Hb1
zwqLh)F1N=vL&VQUhxpm(v=H$VirEI@H%lzUD}5k-flQ@~_*Ez+F^FFRC!f;JMf`G5
z$t>cRz{#f&zno8H7V)c48pa@gLoD?{r4Pif4o#7WpHO%W#Lwf_R%z!Vem29NKByNp
z03v<{w6LV759&n&mP!}#3zQm=lU6T!=FFMHQm)zd_19m2=bd*x|M}0q`|i6x@rh4d
zym&GE%5-f4)Qj5auK2=@hY0FL55HJ0T)1$>U(hxDKn@YxUv5_s>O~Eb93l*8VF|a#
z0Z6^eA)?M|7^(EZ?eUOLKDbf*@`vwXmfK_dEo<j;du%gA{A_fHpN&on5kH}rZ6JQL
z#6rB%2jUmVRJw>?g;ElO_$6@iDeYXuF9(&(B7O;+d<yZ)`BY{RzY3*c4B|J$QXf?M
zK>X^^6p8o=h1Wp*JZ^23b}r&)GwkVudQk%);%7h$OM3dCUNm5-bP>NmsR6mh>O~LB
zz*_sezU#Z*_O`cCH5%T#*QH+6<90PxZ9GI!FM9YzLA~hIN0dXv6s}=#R}tz(hj8*i
z4iPz@$}G3X6-vVx4iQ5v^+BZ%ZjbBG6uD9S^qk!`xIMOCy>>3Q$2LR6&qjy%+32(o
z@e_*K2I4nMEW|5)Abx>NrHlAgC?zq7Ujiqe(#}Qva!|=E;+Me5rx3rKPh}SIt56!o
zAbvwE^+BZ%#IFubk%*sAcn!qQ<JMMb=OTVK!=65<7c~GPeg?F#q^A$+MFW;f7x4>}
z8jx$dUbI(*J@JW8Ja_I~_}%Hw5};mmme|#c-*||iUX*%K`@_j0!bYcsT}7xD6_9#^
zLqwg`QY5#>OJr8ZIYg`?$^(=>xINB64QDrs-|(5c8szrae%;!++#cHu5kDIp;%B4N
zLc~ufW*dm#EU^%;^nv&VGL<gkSD}=|Abts)d`deP@ykIavxr{;C!a$6az2$=#IHhW
z7=!o?vD62ZJ`le;G({qQLg6(KKaX2mrJalT*$jL7pkCAfi1-=M!jhgos22@bDqX}c
zP-;N-P%qm5qESjl!`q+jQZG77?CQmDJVa10O1-H4;p7luqtn8!BGiitNWH-!qRwh5
zlH21YGOObpB32RQ0ZJd-9_OHjvm3>4_{?1ma(isQZtYxdk8OsCpN$Ujv(afG;wKcd
z4a9GjScq5pK>PxkN*D2~P)cGDzXVP`rJalT<)D&T#4mx9Pa%FepUN!aSD`eFLHveT
z>Vrxjh+iF=A`w5K@EVAp$E~f>&PDuehCO{yFKPfp{0wMeNlzctiv}!}F5(v`H6SOg
zUi7d2>aYIN{qOznfB(DR{qEPl{`D_;$xH6I<Br3Uu-1Oklb*ysOdmb~Q(fvsr*K`>
z;Ejg}>O~K~9QgO>r#`D3BBpQ+gS(1QFFJ&i4|0ge`BY}PJ+4q1#&C!jVyO=*eQ<kR
zho;Dl;-}~Aw!!VO{pz)IxjnWSB7QbH#Lq^jg@~U}%r+3eSz;kx=>zc#WGY?6uR<w_
zLHrUp`IL4p;+KO;W)Z&xPCkYB<$Nl$h+l=$Fb44(VyO=*eIR~yXo^Jqgu-heejc~B
zN;?<vvl;gELA|H}5b-mhg(W?GP%j#=RJw>?pwxhzw0hC-6K?6Yzfkm7fAv?dyY4#G
zhQ0Hh@7(ghov)={^yGX1HXb6V7u9z{Yfvvb^}*&4F@<Xw+*O2n(IK3CkV8byr!vd!
zafQ+_hC{><OMOu3gWKaeG(~O{KRsu+4Q`L^SFfGR?Xk@e@w3q(el|KSMErzewt@J~
z5)1K4ABbNdQ|Tgp6-r4A;+Me5r?hhszZ_IDi})pQ@+rhG=Tn(Q{3?`&F^Jy~OMOu3
z1M#avQzYUi6kY@I^SHHD+PR3I&9J8r>O~EJh@Sy1Ea~ZkdeMNT(nb6Nr3U00t{3gU
z>{q_>mD_K>y_bibJ$v@jrAq+<-68?%MT?-05Vr9ULA@yTqV}hhLxhb^3%iO?FDfAQ
z28W0`tEEV8kC(`-j&q1uMU)39eQ<l6gBs3m6u;p!cQwfEvHiNWbGbdX86ti*I>gUL
zr-g{0P|P+Ezgc1-Ug-nz3uG!?#IHgri9!4lIQf)zF5;JiN@fwi1WrDM_~m>mvxr}X
z(l7?`8)B&sDt#b+b!du2{Di`5AbuXVwn{q}@v|BB^g+F-0TA&spoJwpeNZnNuvEH;
zU!c^0T=Vs!?N`3<zWY=j_Sw&VHb9_TBtX4r5!4aFHXb6V7u6R+Yw-7rPJLoIL`>lt
z26q*qUUUd2ALI~`^Qp{odt9M3jNuS5#8Mwr`r!7s4o#68#ZS-KZG+om`_*gba(iqu
zMEq=Yh@Xv43lTq|m~9|_v&2HY(g)%f$W*$BUxiW<gZL$I@+s|H#4iVx%p!gXoO}xL
z%lTAh5x)whVGQCo#8Mwr`at~Z&=iUI35C}{{5)=Lm3A)TXEW^SgL+W|AmV303rl+X
zpk6d!sdN#)K&b)QL%nGGt)Kt==l2S+H@)di0Rr73f!Dq6b?wvgs#m@0;+6QXogKP_
zw4`t)p0}@OeEZwq?)2LKx2m(*U%tIW6-?fA^DTe)!7m*7fBMr~<Ntfn|2^`b{^I}p
zn!_KUx!f$kJ;!V3_D^7|w%s!g?{|Obp@$m12OoUUTfXO2O?~y%*BYb`<HOL?N7FxJ
z?ar6<o!dWw=g*(tISu32SNdS*8uT`bpYbPNV@rDa_|~_+b&dUANBDKLbNja+;%6{N
z{0wM)3F2p?(?Y~gC}tao-z>2Zuk?ZV1u~T`;#Z-R#2|hNoP0_<7xBwMC9{ZM0w<qB
z{Bk~(S;VhGX&8g}4YAY*l|B%^Iy6NhenR0j5I>JwTcw?g_}L75`Y?(#>_73ES%~;;
zf0aFba93}TMEnA@_9fQqMgQ&J{;gOvcuK?m@gM)OSBSm%#V<akzrv&bW54><uWp}~
zU;3qA>hi$<pI!p5c*QGJFiE}W{rBI0dS4|!IRqd80SG_<0uX=z1Rwwb2tWV=5P$##
zAOHafKmY;|fB*y_009U<00Izz00bZafeL}IeB~>>Ui1rJ_`;)Jj(AmnfL3MQ3*>&_
z2Y%qH{z2F9!>Jdo?5R@`L%pcVWm|)K(NpoE<%fg-1Rwwb2tWV=5P$##AOHafKmY;|
zfB*y_009U<00Izz00bZa0SG_<0uX=z1hx>^Prc~>{LlaN3bC7SzWEw1>Ab4H+Hd^E
zZ?x*-U;DLRYcRL}cj?ll{?UEpkw>;aZEsKb&;R^SZT$Ansn7oU?Io&UlD}WH{kzPw
z0QVfPo!dWw-}%mW_DsY3-P=d5(QALdx3_%Hs~&#%VSV+rM*Al-_DsY3-Fy0I|44zi
ze9x=;&h4MT_V3Z}8HM+|D}5k-2EdKtXZ(rR*pi+;+P_DCjs0Fn_;s{%`?nwBXD~<n
z3}}4`;%B4NLc~ufW*dm#EU^%;^nv&VGL<gkSD}=|Abts)d`deP@ykIavxr{;C!a$6
zaz2$=#IHhW7=!o?vD62ZJ`le;G({qQLg6(KKaX2mrJalT*$jL7Fp4znKk=Gbi1=-P
zl|6lMS8tF+`~tLx9(t(%{i0v|;uo)Kso_a@crTE<?z-zv!VhyAe+JcyUXdTZeH6Qd
zw1S^2^1xj^Bpf1Ue|PFdRW92at!`=-;GW~PbNl}NumAe5J=5@hcikR)%lEwMzyJHc
z`v<T8|HX?J_e{h4-F1lYmhX90I7I9jh4;HFeIR}Yz>VT({E64tlAb<Vz34UedmZ7|
z(auHuY}$yQjSlg%(P<&#Cls>{#BY{Zh*$bR`~sOu7xAl5N@5Vd1WrDsos0P8ppsd{
zFM*R!A$~cZ$}Hknp)`y^{DxTSgGwKWUmcnv5kH~u8i=3At*z3|Mf_}rJ$<x#QTqwI
zU5NN?fAu|mP^4jyMEnA@24pAoqAl_D3NikE(eN3lcc~Yxv%1=m8xIlGi&8IYe?&P%
z*yyydt4RC%MKwaBNPt5`5mXY!?QsGppW+aa^I4r$`r!6>mDS||8^!PP2kvcz+hhBU
zYv*!%Y%@gsY;=g9jZO;@KcSdyAbzvNLcG!k;upwNx`<zeQWAssC2;a7?Oen!2bIhs
zehHj>3h~SNRAv#s3Z-ET;y1)nA5{84{OZsYiTDYH*FgL{Zf%uzF5+i1?CFDgQ3D|2
zXFv-}ditPVG+?Q85x+pG0oh5t=z|YF*ek@I{NyJG2y}}Cs244QIzrgSLj?7r)Qj4m
zQVtO|IxXxfLcOSf)EgWk>a3O`xjkMYvpUWpVii#yp!C7*aSm!YyHWgx&)n4@x5xJD
z*3RYj*k*|M+2{~I8=V#+enK(ZK>TKjg?Ob8#4nJkbP>M_r6dONOW@>F+PR2d4l0>N
z{1Q0%6ylfjsmvmN6-vVx#BYeDKB)A8_|>5)67drXuYve^+}bMbT*S|2*wY8~q6R?3
z&wv(|^z=c!XuwkGB7T8V1G1BP(T{xOBfUcGMK5|$fIzoMfO^p)s3U}JJVa10O1-H4
zDdiAhqtn8!BGiitNWH-!qRwh5lH21YGOObpB32RQ0ZJd-9_OHjvm3>4_{?1ma(isQ
zZtYxdk8OsCpN$Ujv(afG;wKcd4a9GjScq5pK>PxkN*D2~P)cGDzXVP`rJalT<)D&T
z#4mx9Pa%FepUN!aSD`eFLHveT>Vrxjh+iF=A`w5K@EVAp$E~f>&PDuehCO{yFKPfp
z{0wMeNlzctiv}!}F5(v`H6S~w7k$Y~UeYVX?z!il0D*3i0QI6pP)7*cc!;20lzLJ7
zQ_3O2MyG{cMW`1Qka~kdM4i=AB)7*)WLC#HM64pp1C&0vJ<dT5XE%!9@R_?B<o4Kp
z-P*a_9@`8NKN}t5XQR_X#7`(@8;IX5u@JBHf%pY7l`i5}p_IfRehHj>N;?<v%Rwcx
zh+hIHpF;d{K9yO-uR>`UgZK@x)CZM55WhM!MIwGe;WZFHk6T-%os0O{414;ZUeo}H
z_!-c`lAb=O7Y$e{UBoX?YC!f-FZ!h~eM#kE_uY42fIzoMfO^p)s3U}JJVa10sxO4r
zxNzaZ5nkCf^G9%q*#0WJicl|VkmL|yKnqK_Jq|$XT@Dd-R>Mf84{nc#eDcAK;+H>s
z53}4J+izJrm)m2TA>wDFL;P%XT8Q`w#cTudn<W<Fl|B%^K&H|~{3?`^7{o7ulTT^q
zB7QljWESyD;N(+?U(Tm8i}+P24Py|$A(r}}(g)&Kho(rxPbj<w;^%Q|tF&_wKbv7s
zAJmH)01-a}T3FK42lb)>OQnnW1xgLbHD53K?Qehk2~T)JFAuxrmRl}fyci(REfSz!
zv<T`5VH*z-)QeItYJW;OMA+!Gu&W65q5@KHaEPe0T8iZMc!|vFIERQ;M0tSH2e-#L
zsNw8J@f$vKSA*Oh+pk+Ym)m2TA>wDFL;P%XT8Q`w#cTudn<W<Fl|B%^K&H|~{3?`^
z7{o7ulTT^qB7QljWESyD;N(+?U(Tm8i}+P24Py|$A(r}}(g)&Kho(rxPbj<w;^%Q|
ztF&_wKbv7sAJmH)01-a}T3FK42lb)>OQnnW1xgLbHC!*+{@TE|z3pu`-+Z%b!`}GD
zHwFT9>jbD5t+Tq?ksA*Y)Qjpnp*8sXMW;Tl93rN04THOiP%k=!lMix;$oW)exjn8>
z8pd#l7-FdpDt&N!T!*H}jpC>0?6$$}vHj|`bGbdX86ti*I>gULr-g{0P|P+Ezgc1-
zUg-nz3uG!?#IHgri9!4lIQf)zF5;JiN@fwi1WrDM_~m>mvxr}X(l7?`8)B&sDt#b+
zb!du2{Di`5AbuXVwn{q}@v|BB^g+F-0TA&spoJwpeNZnNuvEH;U!c^0oV0q;fBBbx
z`I!6Phd=z`4}IuEfB1)g_`27<?ykG;IxGom?Z-XtagRLmNFYGBPJnvRI;*Q4x$zJ|
zz3AbW1NEX)A6E_$Q@Dn~T}7xD9m2^6IYi`qDzn@kS11i*I7AGw)CZM5xIL~zQ{+bR
z({py);P%*l_1d}I9@`8NKN}t5XQR_X#7`(@8;IX5u@JBHf%pY7l`i5}p_IfRehHj>
zN;?<v%Rwcxh+hIHpF;d{K9yO-uR>`UgZK@x)CZM55WhM!MIwGe;WZFHk6T-%os0O{
z414;ZUeo}H_!-c`lAb=O7Y$e{UBoX?YCuj}z37=UXAVobu2lQ_>#zUf7rz*OeY#Tw
zs282Wbyb5m9wMk0J^W&!UUcfS${}J3*D$!N2=$^vIQbxlh@4MlmfPbBrC|(*h#{8x
zpwb7o$8~6m+$er}&Tbpr9^0>8JD1yIn<3(7qeJ{`bXth`3B_y!@tY+U;*~xSzd)wa
zMf@t1k{HA<fs;>Z=OTVNsALxLOW@>Fh+od9GK=_CC=Fu}zaf_Tpwb88SBIuZ#7`)^
z2IA*&Ypb+#5kH$@Pao8a8UPVL16o+p(+BmU0ZXNe_ytN0$R6rNZ@>Na&wu{&;diGy
zOMrUOSz=c&e&Zp6dQs{{?GGo12pgRib`_ysR6yzt4iR-$OOf0jFOgXt=Mb@qC=XEj
z;PyBNHJsfje#2+(YLMGw`*myQa(iquMEq=Yh@Xv43lTq|m~9|_v&2HY(g)%f$W*$B
zUxiW<gZL$I@+s|H#4iVx%p!gXoO}xL%lTAh5x)whVGQCo#8Mwr`at~Z&=iUI35C}{
z{5)=Lm3A)TXEW^SgL+W|AmV303rl+Xpk6d!sdN#)K&b(_w(CW&yY9MQ`ITS!&Ud~O
zesQ`60qR8!Xjf^;#zO@4qSTAppG*!BHaacrDnh-efYcitBI>M`BDp<YBC|TqAz~F#
z9-#EW?QsrjIJ;5&hR@v9Ah*Z%>(<WY_Sj~K_}S<XKO3DEB7Q<K+d%wgiG_Hj55zB!
zsdN#)3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUgr9P<if%w&-DH8D$
z3a^3qdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUh}B)r+=&(f+Qx?t1A<
zU;5X7{nu2AhBv;YOTFk8dRKPs#zO@4qSTApA4m=nHaacrDnh-efYcitBI>M`BDp<Y
zBC|TqAz~F#9-#EW?QsrjIJ;5&hR@v9Ah*Z%>(<WY_Sj~K_}S<XKO3DEB7Q<K+d%wg
ziG_Hj55zB!sdN#)3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUgr9P<i
zf%w&-DH8D$3a^3qdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUh|*>O~*k
z_8&$XUhx&|QZIT1VQzfX#zO@4qSTAppFj=~HaacrDnh-efYcitBI>M`BDp<YBC|Tq
zAz~F#9-#DrtLLDGvm3>4_{?1ma(isQZtYxdk8OsCpN$Ujv(afG;wKcd4a9GjScq5p
zK>PxkN*D2~P)cGDzXVP`rJalT<)D&T#4mx9Pa%FepUN!aSD`eFLHveT>Vrxjh+iF=
zA`w5K@EVAp$E~f>&PDuehCO{yFKPfp{0wMeNlzctiv}!}F5(v`H6SOgUNroKbWaWe
z>P1h^yV!V$pk9=EQTxNpA;Lzdg<VCc7Zs3tgF{4})lww4$4g{Z$2ml-BFY1lKDa&3
zK@Dd&ir?^=yBg&7*nZvGx!fMx3=uyY9pY!B(?Y~gC}tao-z>2Zuk?ZV1u~T`;#Z-R
z#2|hNoP0_<7xBwMC9{ZM0w<qB{Bk~(S;VhGX&8g}4YAY*l|B%^Iy6NhenR0j5I>Jw
zTcw?g_}L75`k-Fa0EqY*(87|QKByNBSSnq_FHmYgs22@P=q?eUUUZ4f@y9nFBB&Ro
zUex~3a)_|eX<=6p>O}>l-rx{XXSEc`?eP+s)o~6HtBCRdr4Me8b5O(Cjp8?a=B@_0
zJ+@!Bb}qNaHbcbEMu+&>=(G^=6N=de;x|hy#4CLuet}G-i}+P2B{7I!0w<r+&PDuk
zP{}Ofm%z!V5Wk#HWft+PP#VS{enTwvL8TAGuMSO-h@Vh+4aCpm)>difB7Qc*o<67-
zH2@-h2DGrGrw{5y1C~k`@e7n15b8w(6S_+Ts25!#bNum*hY0FLsTZ|Bv>YOAbXwR|
zgnCf{sW&)8)LAV>a(lc)W_6rH#44gZK<R_q;~dm*cBA+WpSi0+ZjbHPt)0v5vCR<i
zv(X`bHaaat{Dfk*f%wf53-L-Hh+iO6=^}m=N=Xdjm%z!Vv~v-^98@xk_$6@iDa0@5
zQ<+8lDwKvXh~E%PeNgEG@vB2qB;qF&UIX#-xV2T<xrm?5u%{2|MGb(6p8+i_>FI-d
z(SW7WMf?J#2IQpGi@xCvZ@Bya|1bQgbRTsB)QdjquRuS*#zO@4qSTA(vozb_5HU;a
z^7yVI)QetDW_5%^#44iI0B(<05iJF9h*%<199R0__P9vwFl?jv9X@KGZElb4_pY7G
z?Xk@e@w3q(el|KSMErzewt@J~5)1K4ABbNdQ|Tgp6-r4A;+Me5r?hhszZ_IDi})pQ
z@+rhG=Tn(Q{3?`&F^Jy~OMOu31M#avQzYUi6kY@I^SHHD+PR3I&9J8r>O~EJh@Sy1
zEa~ZkdeMNT(nb6Nr3U1r)r+1vbEcPag&&pfqfUT&(MSCi=m*$%h@f7SdQp9rW*ZzL
zW{F)M-&KTq(aXuKj&O)rMYI~g?eQw2r2q~QOJs`UN*~-F7l|E)Z4|%5NA0uC?Xmsd
zwR5>WwizORHaf)5MyG{{pHR#;5WiVsAztYN@e5=sUBs_KDTzV+5;*ykb}r(VgGy!*
zzXVP`h4|%sDzk`Rh0-tv@f%{P4=Q~iesySyMEr!pYao6ex3)?<7xA+h_Vhu$r~wf1
zGoXbfJ$+Cw8n9Hlh+m-8fKV?Qn9yA!K)vV^nd6UdJVa10O1-H4q2&-^qtn8!BGiit
zNWH-!qRwh5lH21YGOObpB32RQ0ZJd-9_OHjvm3>4_{?1ma(isQZtYxdk8OsCpN$Uj
zv(afG;wKcd4a9GjScq5pK>PxkN*D2~P)cGDzXVP`rJalT<)D&T#4mx9Pa%FepUN!a
zSD`eFLHveT>Vrxjh+iF=A`w5K@EVAp$E~f>&PDuehCO{yFKPfp{0wMeNlzctiv}!}
zF5(v`H6YZB1}1cu2v9G&MCSP88xIlGi&8IYe`q;G*yyyds|fX?0#a{qh^Vt#isbfq
ziOlLahlo`~d4SRfx5qiC;p|578$NSagWMk5uUk8p+hdy{;%B2n{A_eui1-P`Yy<I|
zB^Kh9J`le^rqV_HDwL8K#4mx9Pif~OemSUQ7V%5q<Wq=W&Zjbq_*EzkV-UX~minO5
z2jW+Urbxt3D7*&Z=W%PRv~v+Zn_*8M)QcJb5kCW3Sklu6^`ZewrHl9lN(~70qJatB
zB?8ooE|EF@_{Kv7^`g{^+8<gD5jHw4>?%UNsDRWP93twhmLj=5ULvzP&LLtIQ68Z5
z!R>JlYB;-5{D#lm)gZUW_UqQp<@VTSi1^v)5I-B879xH^G21}=W{HJ(r4Pg}kg0SL
zzY3)!2JuVa<Wt(Yh+hsWnMM2(IQbOfm-DI2B7PN0!x+SGh^0QL^nv)*p(zsa6AG_^
z_<7vgD(zgv&t}-u2lb)`K*Z007MAq%LA_|eQt2Xofl>oPy=Y)UcZmS?qDy3sKfdu0
zLA@yTqV|WDLxhb^3%iO?FDfAQ28W0`tEEV8kC(`-j&q1uMU)39eQ<l6gBs3m6u;p!
zcQwfEvHiNWbGbdX86ti*I>gULr-g{0P|P+Ezgc1-Ug-nz3uG!?#IHgri9!4lIQf)z
zF5;JiN@fwi1WrDM_~m>mvxr}X(l7?`8)B&sDt#b+b!du2{Di`5AbuXVwn{q}@v|BB
z^g+F-0TA&spoJwpeNZnNuvEH;U!c^0P%j#o&|M-xz338|<BxAVL{KkEy{P@6<q%<`
z)55MI)Qbv8y}==(&T1)=+v6oNtK%FZRuSa^N*~-F=b(nO8^v$<%v}v~du+dM?Obk;
zZH9=SjSlg%(P<&#Cls>{#BY{Zh*$bR`~sOu7xAl5N@5Vd1WrDsos0P8ppsd{FM*R!
zA$~cZ$}Hknp)`y^{DxTSgGwKWUmcnv5kH~u8i=3At*z3|Mf_}rJ$+CwY5+w13}|6V
zPao8a1}v2>;uk12Ak>QnCUlnwP%pYf=J?|q4-wRhQZH(MXgNgK=(Mn_2=$@@Qg3jG
zsIyv%<o0-p%<4FYh*d;+fYJxI$2q9s>_+h$K66)t+#cJnTRWHAW1Au3XQM;>Y;;<P
z_zA^q1M!<B7UGpY5WhgC(nb6#l#&?4FM*R!Y3Cw-IjCe7@k`+3Q;1*Ar!tH9RVWQ(
z5WgXo`k>MW;#Y^JNW@PlyawXuacirza}htAVNV~_iy8nCKLc7=($fd^q5(^#i}(df
z4G8t3feGCu0@RBxkvabO#zO@4qSTApA6gC(HaacrDnh-efYcitBI>M`BDp<YBC|Tq
zAz~F#9-#EW?QsrjIJ;5&hR@v9Ah*Z%>(<WY_Sj~K_}S<XKO3DEB7Q<K+d%wgiG_Hj
z55zB!sdN#)3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUgr9P<if%w&-
zDH8D$3a^3qdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUgN0XkbEji2(JY
zOJt5ezVQ%2y(smf_J@{3gpE!MyNXaRDj@X+hlo0>rATg%m&mM+bBI_)lm{q%aC@AC
z8qRJMzu_}?HOTF;{kpYtxjnWSB7QbH#Lq^jg@~U}%r+3eSz;kx=>zc#WGY?6uR<w_
zLHrUp`IL4p;+KO;W)Z&xPCkYB<$Nl$h+l=$Fb44(VyO=*eIR~yXo^Jqgu-heejc~B
zN;?<vvl;gELA|H}5b-mhg(W?GP%j#=RJw>?pwxg+FB+K8T_Qle=n|RZk8eCgP%lco
zsQsbk5MiU!!mc9Jiwa1+!6Bl~YAKT2<0Uey;~XMZ5#<3&AKV`2poX&>#c%k`T@7-3
zY`<>pTyBqThKQey4)L?mX(8e#6tfM)Z<bhySNcHw0+~t|@vBfuVi3OsPClibi}>ZB
zl3Bzrfs;=memS4YEaF$8G>k#~hFI!@N*{<{9hxE$KcVm%h@Z!;t<ug#{A`9jeNZoI
z07U!@XkkfDAJmHmER`<e7brC#)Qbitbe9NFFS<nL_~RQ75!8!PFKT~iIYij#w6LoP
z^`Zh&Z*YjHvs#Me_IQcR>NtmpRYZA!(g(N4IjG_6M)4ayb611h9^0>5JD1yIn<3(7
zqeJ{`bXth`3B_y!@tY+U;*~xSzd)waMf@t1k{HA<fs;>Z=OTVNsALxLOW@>Fh+od9
zGK=_CC=Fu}zaf_Tpwb88SBIuZ#7`)^2IA*&Ypb+#5kH$@Pao8a8UPVL16o+p(+BmU
z0ZXNe_ytN0$ce2Nz4g{xZ@W7G1qgJD1gIA+f;vLj#zO@4qSTAppHdDHHaacrDnh-e
zfYcitBI>M`BDp<YBC|TqAz~F#9-#EW?QsrjIJ;5&hR@v9Ah*Z%>(<WY_Sj~K_}S<X
zKO3DEB7Q<K+d%wgiG_Hj55zB!sdN#)3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`t
zeicf?7{qUgr9P<if%w&-DH8D$3a^3qdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv
z=^}oCQUh{g>qQR>x~^<HK%iSBK)q-Y)Dglq9wMk0J^V_!aN)ucUfDJCM{tPP{wlkQ
zP%mnb<Pc#%3rn~?4nXQ%4iR-$!$_qMZjXn2^1+Sbmp^<Dv)mrrZ&^E++hdy{;%B2n
z{A_eui1-P`Yy<I|B^Kh9J`le^rqV_HDwL8K#4mx9Pif~OemSUQ7V%5q<Wq=W&Zjbq
z_*EzkV-UX~minO52jW+Urbxt3D7*&Z=W%PRv~v+Zn_*8M)QcJb5kCW3Sklu6^`Zew
zrHl9lN(~70qJatBB?8ooE|EF@_{Kv7^`g{^+8<gD5jHw4>?%UNsDRWP93twhmLj=5
zULvzP&LLtIQ68Z5!R>JlYB;-5{D#lm)gZUW_UqQp<@VTSi1^v)5I-B879xH^G21}=
zW{HJ(r4Pg}kg0SLzY3)!2JuVa<Wt(Yh+hsWnMM2(IQbOfm-DI2B7PN0!x+SGh^0QL
z^nv)*p(zsa6AG_^_<7vgD(zgv&t}-u2lb)`K*Z007MAq%LA_|eQt2Xofl>oPy=Y)U
zcZmS?qDy3sKfdu0LA@yTqV|WDLxhb^3%iO?FDfAQ28W0`tEEV8kC(`-j&q1uMU)39
zeQ<l6gBs3m6u;p!cQwfEvHiNWbGbdX86ti*I>gULr-g{0P|P+Ezgc1-Ug-nz3uG!?
z#IHgri9!4lIQf)zF5;JiN@fwi1WrDM_~m>mvxr}X(l7?`8)B&sDt#b+b!du2{Di`5
zAbuXVwn{q}@v|BB^g+F-0TA&spoJwpeNZnNuvEH;U!c^0oY;ENcfb4He|&ZR3lQiQ
z2~aOu1a*Y4jfV*8MX49HKcyTZY;;=KRfKv`0jW1QMATU=MRI$*L}qoIL&PegJV5D#
z+v6P6aCW2k4WGHIL2i%j*R7q)?Xk@e@w3q(el|KSMErzewt@J~5)1K4ABbNdQ|Tgp
z6-r4A;+Me5r?hhszZ_IDi})pQ@+rhG=Tn(Q{3?`&F^Jy~OMOu31M#avQzYUi6kY@I
z^SHHD+PR3I&9J8r>O~EJh@Sy1Ea~ZkdeMNT(nb6Nr3U20){BN8mF}ZXfO^qK{T1j3
z*m#JbUX*%KeU@e$93p0kT^`?6gnH4-$*hiWh*(9m8o=%GDx#$T4iQUaisMQj+#VN+
z9foZbzr#oEv(4?X{ob{6xjnWSB7QbH#Lq^jg@~U}%r+3eSz;kx=>zc#WGY?6uR<w_
zLHrUp`IL4p;+KO;W)Z&xPCkYB<$Nl$h+l=$Fb44(VyO=*eIR~yXo^Jqgu-heejc~B
zN;?<vvl;gELA|H}5b-mhg(W?GP%j#=RJw>?pwxg+FB+K8T_Qle=n|RZk8eCgP%lco
zsQsbk5MiU!!mc9Jiwa1+!6Bl~YAKT2<0Uey;~XMZ5#<3&AKV`2poX&>#c%k`T@7-3
zY`<>pTyBqThKQey4)L?mX(8e#6tfM)Z<bhySNcHw0+~t|@vBfuVi3OsPClibi}>ZB
zl3Bzrfs;=memS4YEaF$8G>k#~hFI!@N*{<{9hxE$KcVm%h@Z!;t<ug#{A`9jeNZoI
z07U!@XkkfDAJmHmER`<e7brC#)Qbitbe9NFFS<nL_~RQ75!8!PFKT~iIYij#w6LoP
z^`Zh&Z*YjHvs#Me_IQcR>NtmpRYZA!(g(N4IjG_6M)4ayb611h9^0>5JD1yIn<3(7
zqeJ{`bXth`3B_y!@tY+U;*~xSzd)waMf@t1k{HA<fs;>Z=OTVNsALxLOW@>Fh+od9
zGK=_CC=Fu}zaf_Tpwb88SBIuZ#7`)^2IA*&Ypb+#5kH$@Pao8a8UPVL16o+p(+BmU
z0ZXNe_ytN02=$_Y3Ed?E)Qc{WIsW*@Lj?7r)Qj35S`HC5IxXxfLcOSf)EgWk>a3O`
zxjkMYvpUWpVii#yp!C7*aSm!YyHWgx&)n4@x5xJD*3RYj*k*|M+2{~I8=V#+enK(Z
zK>TKjg?Ob8#4nJkbP>M_r6dONOW@>F+PR2d4l0>N{1Q0%6ylfjsmvmN6-vVx#BYeD
zKB)A8_|>5)67drXuYve^+}bMbT*S|2*wY8~q6R?3&wv(|^z=c!XuwkGB7T8V146xM
zU_y6^0QI6vWR5?+@eo11DD|TDhn7QxjZO=@icl{qAoT`^h&rpKNN$gp$gGZYh*(9G
z2Pl1Tdz^zB&TbUH;WKwN$nCNHy0vq;J+>Jlel|M9&qk+(h@Vi*HW0sAVj*7X1Mv%F
zDqX~{LMe$s{1Q0%ly)xSmxD@X5x)dZK85(@d@8euUxm^z2JstWsShfBAbxddibVW`
z!fPOY9=EniI~Vb@8TRx+y{G{Y@iU->B|UvmFB-5^x`<z()PPVg8ko>sB0#<95}D(V
zZ#+a$FG{_r{h{R$VWZQ+t|HWn3P`=dA)?M|DU#dcB{Hky93oZ`<pD|`+#ctkhO-;R
zZ}`kz4RU*Izi#bZZjWt-h@XuP@w3rsA>t<#vkk;=mRN{a`at{wnMxP&t58Z}5WfUY
zKBb+D_~oFIS;Q}alTRUjIiJcb;#Z+Gj6wW{Sn7jHABbNanj#TDq3{}rpU17O(#}Qv
zY=%93P%ml#MEneBVM$LP)Qbizl`i5JC^aC|iv}iimk3ZVx<uyq;~NhV)QeItYJX@s
zMA+!Gu&W65q5@KHaEPe0T8iZMc!|vFIERQ;M0tSH2e-#LsNw8J@f$vKSA*Oh+pk+Y
zm)m2TA>wDFL;P%XT8Q`w#cTudn<W<Fl|B%^K&H|~{3?`^7{o7ulTT^qB7QljWESyD
z;N(+?U(Tm8i}+P24Py|$A(r}}(g)&Kho(rxPbj<w;^%Q|tF&_wKbv7sAJmH)01-a}
zT3FK42lb)>OQnnW1xgJF^`e0Z-6aCli!PBl{`kg21ofiSi`pMr4iPpwE$k{ny{LfH
z8yq6)td=6VJzgTSI?f?t6;U3b^ug_M4r(~NQT&F_+|?kr$M);i&gJ&lW{CLN=ny{}
zofaZ~LNVJw{AP)Tc%=`-FOaEp5x)whBnI(I;N(-<xrkp5Dw#$65;*x3;+ONO%p!gj
zO2Zh$Z-}KnsPuvO)uAa8@e>NKf%tjc+A8f_#Ls5f(+BmU20+BmfEJeY^g+F7z*6ZV
zet}X0LcM5ULU)M(^`c8;jz7Nf5J9~t^`iENmP3S%P7Aw=P%kPV^#+HCI;*8fZjYD9
ztd4VtSVfcvD1C5yoP!$9ZWO=aGj}z}?Xms3wR5>WwizORHaf)5MyG{{pHR#;5WiVs
zAztYN@e5=sUBs_KDTzV+5;*ykb}r(VgGy!*zXVP`h4|%sDzk`Rh0-tv@f%{P4=Q~i
zesySyMEr!pYao6ex3)?<7xA+h_Vhu$r~wf1GoXbfJ$+Cw8n9Hlh+m-8fKV?Qn9yA!
zK)vV^nd6UdJVa10O1-H4q2&-^qtn8!BGiitNWH-!qRwh5lH21YGOObpB32RQ0ZJd-
z9_OHjvm3>4_{?1ma(isQZtYxdk8OsCpN$Ujv(afG;wKcd4a9GjScq5pK>PxkN*D2~
zP)cGDzXVP`rJalT<)D&T#4mx9Pa%FepUN!aSD`eFLHveT>Vrxjh+iF=A`w5K@EVAp
z$E~f>&PDuehCO{yFKPfp{0wMeNlzctiv}!}F5(v`H6YZB1}1cu2v9G&MCSP88xIlG
zi&8IYe`q;G*yyyds|fX?0#a{qh^Vt#isbfqiOlLahlo`~d4SRfx5qiC;p|578$NSa
zgWMk5uUk8p+hdy{;%B2n{A_eui1-P`Yy<I|B^Kh9J`le^rqV_HDwL8K#4mx9Pif~O
zemSUQ7V%5q<Wq=W&Zjbq_*EzkV-UX~minO52jW+Urbxt3D7*&Z=W%PRv~v+Zn_*8M
z)QcJb5kCW3Sklu6^`ZewrHl9lN)5<Ks~7#w|Na+#RJxBk0qR8`^;e)DVB;ZzdQs{{
z^;w#2aEO>Cc6oeP5$Z)RC$l=jAz~HLY5=##tB95YI7BRwDUK_BaC=-Nb{Mu%{0<+r
z&o;Nm_IuaP<@VTSi1^v)5I-B879xH^G21}=W{HJ(r4Pg}kg0SLzY3)!2JuVa<Wt(Y
zh+hsWnMM2(IQbOfm-DI2B7PN0!x+SGh^0QL^nv)*p(zsa6AG_^_<7vgD(zgv&t}-u
z2lb)`K*Z007MAq%LA_|eQt2Xofl>o<(&|OSPe}LV5TIW4<h+ZGhY0FLsTZ|B%p4+Y
zbXwR|gnCf{sW&)8)LAV>a(lc)W_6rH#44gZK<R_q;~dm*cBA+WpSi0+ZjbHPt)0v5
zvCR<iv(X`bHaaat{Dfk*f%wf53-L-Hh+iO6=^}m=N=Xdjm%z!Vv~v-^98@xk_$6@i
zDa0@5Q<+8lDwKvXh~E%PeNgEG@vB2qB;qF&UIX#-xV2T<xrm?5u%{2|MGb(6p8+i_
z>FI-d(SW7WMf?J#284Riz=ZA+0qRAU$Q*xs;~|22QR+qQ4=slX8=V$*6`@{KK<W(+
z5p`Bek=!0Hky#z*5V49V4^aBx_BaPMoZTpX!)NYlklSPXb!+Exdu%gA{A_fHpN&on
z5kH}rZ6JQL#6rB%2jUmVRJw>?g;ElO_$6@iDeYXuF9(&(B7O;+d<yZ)`BY{RzY3*c
z4B|J$QXf?MK>X^^6p8o=h1Wp*JZ^23b}r&)GwkVudQk%);%7h$OM3dCUNm5-bP>Nm
zsR21f^`b3#eeG*sd;k02-wGFB_`(-H^O?_VKm1dk@|0&h;~78oQ$O|E*S_|B?|a|<
z_ut>b!mmm9iV&b)^on4-A`jVkh@f7SdQtmx$RWZ;r-fZbs23HGdV@nmoz+q#x5rCl
zR>wI+tRl(-ls>pU&Or@lH;UiznY$X~_Sk;i+PT~w+YAvu8y(_jqtimfPbg*^h~F%+
z5U=!s_ysbRF5*|Al*Ax@37mXNI~VcGK_#<@UjiqeLi}<*m085ELTMO-_zkht2bDe$
zzdAHUB7Q>QH4s0KTU(`_i}=|Ld-|YW)BuS18PLL#o<67-4Ol8k{4Ku$%y=(%&}
zUh|sQ+<yD*hgDun?b~j<t(C()@W2D%m!-Rr0QI690bar78xIlGiynS^T)1%I3ci|a
z{!ttvw!h-8BGii-BsoMF(83aKj{}f;mqSFI)i6@&gWKaFpL}qm_~j4Z!z{PQ_FLA@
z<@VTSi1^v)5I-B879xH^G21}=W{HJ(r4Pg}kg0SLzY3)!2JuVa<Wt(Yh+hsWnMM2(
zIQbOfm-DI2B7PN0!x+SGh^0QL^nv)*p(zsa6AG_^_<7vgD(zgv&t}-u2lb)`K*Z00
z7MAq%LA_|eQt2Xofl>o<!s|sJeDJ}a{n?*AEbgke+uuQY{`~pyE7P?JP%mnuyW$Hs
z9wMk0J^UJ>UUcg7$suA2*D$!N2=$^vIQbxlh@4MlmfPbBrC|(*h#{8xpwb7o$8~6m
z+$er}&Tbpr9^0>8JD1yIn<3(7qeJ{`bXth`3B_y!@tY+U;*~xSzd)waMf@t1k{HA<
zfs;>Z=OTVNsALxLOW@>Fh+od9GK=_CC=Fu}zaf_Tpwb88SBIuZ#7`)^2IA*&Ypb+#
z5kH$@Pao8a8UPVL16o+p(+BmU0ZXNe_ytN0$Vsjj{on^bc+*Wc9aeVDwr{xMhQIiW
zzX-oIU5^0uq8_)av1;QXf_l-zZxZT7r#_+_BBpQ+gS(1QFFJ&i4|0ge`BY}PJ+4q1
z#&C!jVyO=*eQ<kRho;Dl;-}~Aw!!VO{pz)IxjnWSB7QbH#Lq^jg@~U}%r+3eSz;kx
z=>zc#WGY?6uR<w_LHrUp`IL4p;+KO;W)Z&xPCkYB<$Nl$h+l=$Fb44(VyO=*eIR~y
zXo^Jqgu-heejc~BN;?<vvl;gELA|H}5b-mhg(W?GP%j#=RJw>?pwxhz*m}`>?z!i%
zrYp2>z4g|+?z-#Q&wlog{K$_y?P*Utd-iMyIPAXmwXY4oI9-DP^`Zu}tF&a}A%c3*
z!|w;`MW;Tc93rN04THOiP%k=!lMix;$oW)exjn8>8pd#l7-FdpDt&N!T!*H}jpC>0
z?6$$}vHj|`bGbdX86ti*I>gULr-g{0P|P+Ezgc1-Ug-nz3uG!?#IHgri9!4lIQf)z
zF5;JiN@fwi1WrDM_~m>mvxr}X(l7?`8)B&sDt#b+b!du2{Di`5AbuXVwn{q}@v|BB
z^g+F-0TA&spoJwpeNZnNuvEH;U!c^0oXmRBx4-@EhXq}&ef{;<zu*Ngc<+1Pd+yx1
zp?0>xZ+zn$fBxrx{?kAG(`U|{3CmmcY53jg&Jv(rbe7oFi{E&NpkDOw`+<7VsShfL
zh$&pd;I1Oniw@!BgB&7qK9yN+k1LdhF&rX>Sn7jHA483=KWCqj8^v#*&<=lVZjTRX
zOtrOhxjmlZb{LHK9nzR;BYso3hQWy65KCnc@vBfuVw64*zl74#6ymo;rZ|rH6+vAd
zrk#uUT@I%>g7_6dT^@$`UCv~71o4|Crg+3pD7=Q!2jXV{MEneBhf5H@LmE?U?Oeof
zirZmuPao8a9x^Gm5x*j+B&??o>O~VoOH+tnAk%=Hz<SY-ee7e0)m%5;c;o9||N4g>
zdMNzxNw*b%{m$?F&doR9eE6Ju@4Yu!!qh4O>P1%(9W7wvA%c3*!*2%aMW;Tu93rN0
z4THOiP%k=!lMix;$oW)exjn8>8pd#l7-FdpDt&N!T!*H}jpC>0?6$$}vHj|`bGbdX
z86ti*I>gULr-g{0P|P+Ezgc1-Ug-nz3uG!?#IHgri9!4lIQf)zF5;JiN@fwi1WrDM
z_~m>mvxr}X(l7?`8)B&sDt#b+b!du2{Di`5AbuXVwn{q}@v|BB^g+F-0TA&spoJwp
zeNZnNuvEH;U!c^0oV0q;rj&Qwafhn8+P^se;DZl_AG_FXC8j_2V?U-x-FDk;?fa*=
zmaxkSP%nBplSgZ0;~|22QGG462KAy-A7c&?Q@Dn~T}7xD9m2^6IYi`qDzn@kS11i*
zI7AGw)CZM5xIL~zQ{+bR({py);P%*l_1d}I9@`8NKN}t5XQR_X#7`(@8;IX5u@JBH
zf%pY7l`i5}p_IfRehHj>N;?<v%Rwcxh+hIHpF;d{K9yO-uR>`UgZK@x)CZM55WhM!
zMIwGe;WZFHk6T-%os0O{414;ZUeo}H_!-c`lAb=O7Y$e{UBoX?YCuj}z34mM@eY-8
zz4*m1zI5qQ_?f4=E#Lk8&;Pt0_~tjid1^VqhXkk>J*4sIwl^Lks2A0D0`;P^pJWaZ
zv&1fs?<zvQ=;dTqM>s^RB3cdL_IMT1QUHgDB{Icvr4Me8i^LAYHj3ZjqxRY6_Sk;!
z+PT~w+YAvu8y(_jqtimfPbg*^h~F%+5U=!s_ysbRF5*|Al*Ax@37mXNI~VcGK_#<@
zUjiqeLi}<*m085ELTMO-_zkht2bDe$zdAHUB7Q>QH4s0KTU(`_i}=|Ld-|YW)BuS1
z8PLL#o<67-4Ol8k{4Ku%P>XsZs@UoQIer$2pTv1tEgTgq#HNog++JA3x*6?taB
zxRWmRq9^A?Z#+a$FG{_r{bA-1VWZQ+t|HWn3P`=dA)?M|DU#dcB{Hky93oZ`<pD|`
z+#ctkhO-;RZ}`kz4RU*Izi#bZZjWt-h@XuP@w3rsA>t<#vkk;=mRN{a`at{wnMxP&
zt58Z}5WfUYKBb+D_~oFIS;Q}alTRUjIiJcb;#Z+Gj6wW{Sn7jHABbNanj#TDq3{}r
zpU17O(#}QvY=%93P%ml#MEneBVM$LP)Qbizl`i5JC^aA_s$TT7pZ%=rxXztB7k*m1
zd;a`+J@!+d`jq{goiC(b^yGX1HXb6V7u6R+Yw+*UPkpdCL`>lt26q*qUUUd2ALI~`
z^Qp{odt9M3jNuS5#8Mwr`r!7s4o#68#ZS-KZG+om`_*gba(iquMEq=Yh@Xv43lTq|
zm~9|_v&2HY(g)%f$W*$BUxiW<gZL$I@+s|H#4iVx%p!gXoO}xL%lTAh5x)whVGQCo
z#8Mwr`at~Z&=iUI35C}{{5)=Lm3A)TXEW^SgL+W|AmV303rl+Xpk6d!sdN#)K&b&a
zQT3v~`@6r}>$raAXMQI9s2jU4d)dqSlkd6bo{f*%?Q-fxPtL2~c!;20lzLJ7!^|PV
zMyG{cMW`1Qka~kdM4i=AB)7*)WLC#HM64pp1C&0vJ<dT5XE%!9@R_?B<o4Kp-P*a_
z9@`8NKN}t5XQR_X#7`(@8;IX5u@JBHf%pY7l`i5}p_IfRehHj>N;?<v%Rwcxh+hIH
zpF;d{K9yO-uR>`UgZK@x)CZM55WhM!MIwGe;WZFHk6T-%os0O{414;ZUeo}H_!-c`
zlAb=O7Y$e{UBoX?YCuj@z3B6v_q<-mb??3Rh97lf_oE;EXn*o^pZna6kJ{~W>P1h^
ztKWEtpk9=EQTxNpA;Lzdg<VCc7Zs3tgF{4})lww4$4g{Z$2ml-BFY1lKDa&3K@Dd&
zir?^=yBg&7*nZvGx!fMx3=uyY9pY!B(?Y~gC}tao-z>2Zuk?ZV1u~T`;#Z-R#2|hN
zoP0_<7xBwMC9{ZM0w<qB{Bk~(S;VhGX&8g}4YAY*l|B%^Iy6NhenR0j5I>JwTcw?g
z_}L75`k-Fa0EqY*(87|QKByNBSSnq_FHmYgPE@_<lb`(LUdPq`1^Mu!ZtS+ooc`n|
zKJkegAGO=%)Qg^+SHJNPLA@yTqV|WGLxhb^3%iO?FDfAQ28W0`tEEV8kC(`-j&q1u
zMU)39eQ<l6gBs3m6u;p!cQwfEvHiNWbGbdX86ti*I>gULr-g{0P|P+Ezgc1-Ug-nz
z3uG!?#IHgri9!4lIQf)zF5;JiN@fwi1WrDM_~m>mvxr}X(l7?`8)B&sDt#b+b!du2
z{Di`5AbuXVwn{q}@v|BB^g+F-0TA&spoJwpeNZnNuvEH;U!c^0oTz%yTW-0f*Ku9C
zbSeC(8@ny>^(WtW<Bc01wcF*?i=LcUzwr=3y(smf_J^56gpE!MyNXaRDj@X+hlo0>
zrATg%m&mM+bBI_)lm{q%aC@AC8qRJMzu_}?HOTF;{kpYtxjnWSB7QbH#Lq^jg@~U}
z%r+3eSz;kx=>zc#WGY?6uR<w_LHrUp`IL4p;+KO;W)Z&xPCkYB<$Nl$h+l=$Fb44(
zVyO=*eIR~yXo^Jqgu-heejc~BN;?<vvl;gELA|H}5b-mhg(W?GP%j#=RJw>?pwxhz
zsCv;GZn&Y>akV@Ze$?&V{^aYfyKeiV_W1<rMNiIq-*||iUX*%K`@_s3!bYcsT}7xD
z6_9#^Lqwg`QY5#>OJr8ZIYg`?$^(=>xINB64QDrs-|(5c8szrae%;!++#cHu5kDIp
z;%B4NLc~ufW*dm#EU^%;^nv&VGL<gkSD}=|Abts)d`deP@ykIavxr{;C!a$6az2$=
z#IHhW7=!o?vD62ZJ`le;G({qQLg6(KKaX2mrJalT*$jL7pkCAfi1-=M!jhgos22@b
zDqX}cP-;L<RK4h9AN$x|$JM?l!jHPKd-3AM{^YY~&u)CwZkJOpdU9U<#zO@4qSTAp
zA7%~_HaacrDnh-efYcitBI>M`BDp<YBC|TqAz~F#9-#EW?QsrjIJ;5&hR@v9Ah*Z%
z>(<WY_Sj~K_}S<XKO3DEB7Q<K+d%wgiG_Hj55zB!sdN#)3Z*0l@k`+3Q`)(RUk)mn
zMf?&t`4r-p^Qp`teicf?7{qUgr9P<if%w&-DH8D$3a^3qdEDA6?OepqX4umQ^`Ztq
z#Ls{hmh|*Ny=cHv=^}oCQUh|L>P4USw5Rntt}lQ2%i%}e*nQxE2l|u$&;R*98y~gX
z<<yIwoL9f`5J9~t^`iENnL~t)P7Aw=P%kPV^#+HCI;*8fZjYD9td4VtSVfcvD1C5y
zoP!$9ZWO=aGj}z}?Xms3wR5>WwizORHaf)5MyG{{pHR#;5WiVsAztYN@e5=sUBs_K
zDTzV+5;*ykb}r(VgGy!*zXVP`h4|%sDzk`Rh0-tv@f%{P4=Q~iesySyMEr!pYao6e
zx3)?<7xA+h_Vhu$r~wf1GoXbfJ$+Cw8n9Hlh+m-8fSjm$(U-sc<-LyUUGI8V_)#}@
z-}9dL^e4acr7zw1sNF87Ui9R=`i+MO>P4v+wLi=pB5ZV8*j0pjQ30tpI7HN0Ek$yB
zyhLVooI}JaqC7z9gWKaA)NppA_zj=At3hs$?bofH%k8nv5b?9oA$~SGEkyi;Vzz<!
z%@PaoN*{<{AXDigeiced4C0r-$)~h)5x*Q%GK=^naPld{FXvO4Mf@t1hB1iW5KDbf
z=>zerLsKN;Clp=-@$<N~Roc0TpUtqR59&n?fQX*~EiCEjgL=_`rP4+G0;LAzMAeJF
z_r34!bzDz+(vw=M3P0_ZZu>R+lmFyT{$$H@_PmyQ(UbG`Hy$FW7o}d*{xEZhu+eE@
zR}tz(1*G2K5K(8f6v^%J5}DO;4iT$}@&Kg|ZjW<N!`Y4EH+<%<2Dv@9U$=HHx5qX^
z#Lq^D_}S>R5b+a=*#_b_ODx1IeIR~;Or?wXRVXDfh+hIHpVH1n{BlsqEaI2I$)^y%
zoKIyI@vBf8#vpz}EcHR955%tyO_7M7P<Rc*&*RosY3Cw-Hp8Ais24Q=B7O$6u%xFC
z>O}*VN*D19lp2r|RWEw}{CU-Jz3+YR3qP&h{lEu4pvQjmo8Ppbv-5@2i=Lbhz{W!a
z^`iPhXpIXOE}Wb<d-8u04iVemQCAV_MGcZ1A`EC@3Ae`qNWIG;qRwg<sr13^@sLkG
zxKaG_hwovQ+hhAJYv*!%Y%@gsY;=g9jZO;@KcSdyAbzvNLcG!k;upwNx`<zeQWAss
zC2;a7?Oen!2bIhsehHj>3h~SNRAv#s3Z-ET;y1)nA5{84{OZsYiTDYH*FgL{Zf%uz
zF5+i1?CFDgQ3D|2XFv-}ditPVG+?Q85x+pG0Xb3iqV30f_OqYeOSx{m@y4%y^{e3r
zHoE7|oxAzwoBK0=_=kVkcmhj00qR9h&L?5xA%c2Q>P77jGlvKpofdW#p<Yx#>J1JN
zbyiD}+#WBHSsmvPv5F`UQ2OBZI0rSH-6(#;XYOi{+hhB6Yv*!%Y%@gsY;=g9jZO;@
zKcSdyAbzvNLcG!k;upwNx`<zeQWAssC2;a7?Oen!2bIhsehHj>3h~SNRAv#s3Z-ET
z;y1)nA5{84{OZsYiTDYH*FgL{Zf%uzF5+i1?CFDgQ3D|2XFv-}ditPVG+?Q85x+pG
z0Xb>)qM!K0CsfLH+ikaf=}TV<Kl4=gYhU}?V;=JuJ@CUH{_xatf)5E$FM3Gh(QR)$
zL{KlP?}XOi?-!l=Fms5Q!Zi%;Dnh;J5KcbGAtL8fndSDlLTMPoA!3N7KB)A;?QtEN
zA~%Ykp0nEqx5xIY*Ushk*k*|M+2{~I8=V#+enK(ZK>TKjg?Ob8#4nJkbP>M_r6dON
zOW@>F+PR2d4l0>N{1Q0%6ylfjsmvmN6-vVx#BYeDKB)A8_|>5)67drXuYve^+}bMb
zT*S|2*wY8~q6R?3&wv(|^z=c!XuwkGB7T8V19H;pMcYsKyyrbn)m+zIcilVQ@s5iZ
zFNU9dwcD2b!5{p=nKNhfsOLQAIjgG(NC;3bn!q{o)W$;u^`iP(pk8$Lqst*;me}R-
zT}7xDy`0SI2#1JOM5_VZ9<L%=3g8g2M5Z{d^ug_Mk=S9_M)5m*)IQtX9^3C-JD1yI
zn<3(7qeJ{`bXth`3B_y!@tY+U;*~xSzd)waMf@t1k{HA<fs;>Z=OTVNsALxLOW@>F
zh+od9GK=_CC=Fu}zaf_Tpwb88SBIuZ#7`)^2IA*&Ypb+#5kH$@Pao8a8UPVL16o+p
z(+BmU0ZXNe_ytN0$O)_$ZGYY0V;}q2!-B5cZ@>NbfB*N3U%3xG^w1yu(I4G$#~p`H
zID7VNad|*QR|KdR6^ci_vGEW=z3AbW1Ao8h)aRK)#1yV!a90uPMTc<mK@Jf)pUNz^
z#}!J$7!DCbEcHR94{nd^&=k2*{PdjNHn=^uU%hrNx5qX^#Lq^D_}S>R5b+a=*#_b_
zODx1IeIR~;Or?wXRVXDfh+hIHpVH1n{BlsqEaI2I$)^y%oKIyI@vBf8#vpz}EcHR9
z55%tyO_7M7P<Rc*&*RosY3Cw-Hp8Ais6H|PB7O$6u%xFC>O}*VN*D19lp2r|STEXs
z$Oj&H;Feo%IjrgG?eG8o@Bhu;{LS~h?|mQt_{ZD7HUG_TezPUA7JT1*_r3r9@4x%*
zyW6jG`KlXlyz$Fl{&M);>CO_MUUZh&)r;SFh@f8d@LPg<(WwtAhlnX$!{DwW)Qb+`
z<bxa{az2$=ZjURJhA|u>hFI!@N*~-F*P$tLqxk7LyKQiLY`=Q#TyBqThKQey4)L?m
zX(8e#6tfM)Z<bhySNcHw0+~t|@vBfuVi3OsPClibi}>ZBl3Bzrfs;=memS4YEaF$8
zG>k#~hFI!@N*{<{9hxE$KcVm%h@Z!;t<ug#{A`9jeNZoI07U!@XkkfDAJmHmER`<e
z7brC#C$nC({hX~F^zn~>{9##_*M7`n9`o=2{_o)zr)v<PUethgm6mKgL{Kk!_+>)9
z=+vi_L&OxWVQ^Ow>P3fe@<9#}IiJcbx5pJq!x#<`LoD?{r4Me8>(CUrQT+6r-8Q&A
zwqLz=F1N=vL&VQUhxpm(v=H$VirEI@H%lzUD}5k-flQ@~_*Ez+F^FFRC!f;JMf`G5
z$t>cRz{#f&zno8H7V)c48pa@gLoD?{r4Pif4o#7WpHO%W#Lwf_R%z!Vem29NKByNp
z03v<{w6LV759&n&mP!}#3zQm=6I(CZe$@6Mf6<FxbXeIn+y2R){7H(z!b`Wi)Qj5a
zuK2=@hY0FL55GzHikSL*a)_A1H4N@5LcQn^PCm#XBIi??<@UHjX&A#HVu+<asPw_@
zaUGf>H;SL0v)cx@$M&n&&gJ&lW{CLN=ny{}ofaZ~LNVJw{AP)Tc%=`-FOaEp5x)wh
zBnI(I;N(-<xrkp5Dw#$65;*x3;+ONO%p!gjO2Zh$Z-}KnsPuvO)uAa8@e>NKf%tjc
z+A8f_#Ls5f(+BmU20+BmfEJeY^g+F7z*6ZVet}X0a+2#s`%nAHPk!<l&v?dReOIOZ
zw5L7oqaXcf_<iYaAwa$87J659?Z!g{^`eL0A=HabeK<KpOyL>^cNL*tbO<LO<Peeb
zsmyYFT%k0K;Se#zQXf?M;P$u<O_3YLPtVzHgWF^K)obT+du%gA{A_fHpN&on5kH}r
zZ6JQL#6rB%2jUmVRJw>?g;ElO_$6@iDeYXuF9(&(B7O;+d<yZ)`BY{RzY3*c4B|J$
zQXf?MK>X^^6p8o=h1Wp*JZ^23b}r&)GwkVudQk%);%7h$OM3dCUNm5-bP>NmsR23p
z^`iY}ZvQ;}o8I)MANrvmIxO_My#3UtKJ}h^?)l1Bz7l>@y4wj*FS?!Km3qR)Lj?7r
zhhH7ki%xwkIYdn18U}Y2p<Z+dCm-Yxk@Km{a(i5%G>qX8F~m|IRQlldxDHK`8^ur0
z*=>W{WBb)>=W=^&GerDsbcmmgP74t~p_pwTezU|vywV5a7syn)h+l<L5`*|9aPleb
zT*NO2mCPc337mWi@yq#CW)Z&%rC|)>H^fpORQf>t>d+L4_z8vAK>R#zZIyN|;%77L
z>4SPv10dpOKnqKH`k-DkV5xKwzd)%0IW6^~`pKJfe*NoT|JcVq_BVg?H-GkLfA-$@
zzW0M4{9ya5L?3wIfkz&BL}4_pI05QKuQ*csfg2AI)QeItYJc`PMA+!Gu&W65q5@KH
zaEPe0T8iZMc!|vFIERQ;M0tSH2e-#LsNw8J@f$vKSA*Oh+pk+Ym)m2TA>wDFL;P%X
zT8Q`w#cTudn<W<Fl|B%^K&H|~{3?`^7{o7ulTT^qB7QljWESyD;N(+?U(Tm8i}+P2
z4Py|$A(r}}(g)&Kho(rxPbj<w;^%Q|tF&_wKbv7sAJmH)01-a}T3FK42lb)>OQnnW
z1xgLbsjC+azXIK(5ujf5XsB2JppAzJ>P4v+UHyzL1#pO1B2yplDnh+zotPpyL<oi5
z;P%)?$05Q-*B2^%aC>Z!+$es=pLmTe;r7^mq1w6J9@`8NKN}t5XQR_X#7`(@8;IX5
zu@JBHf%pY7l`i5}p_IfRehHj>N;?<v%Rwcxh+hIHpF;d{K9yO-uR>`UgZK@x)CZM5
z5WhM!MIwGe;WZFHk6T-%os0O{414;ZUeo}H_!-c`lAb=O7Y$e{UBoX?YCxzL4NT}R
z5ujdliOliGHy$FW7o}d*{?KxWu+eE@R}tz(1*G2K5K(8f6v^%J5}DO;4iT$}@&Kg|
zZjW<N!`Y4EH+<%<2Dv@9U$=HHx5qX^#Lq^D_}S>R5b+a=*#_b_ODx1IeIR~;Or?wX
zRVXDfh+hIHpVH1n{BlsqEaI2I$)^y%oKIyI@vBf8#vpz}EcHR955%tyO_7M7P<Rc*
z&*RosY3Cw-Hp8Ais24Q=B7O$6u%xFC>O}*VN*D19lo}A~MFSJMO9ZGFT_SV*@r{QF
z>P4v+wLi2RB5ZV8*j0pjQ30tpI7HN0Ek$yByhLVooI}JaqC7z9gWKaA)NppA_zj=A
zt3hs$?bofH%k8nv5b?9oA$~SGEkyi;Vzz<!%@PaoN*{<{AXDigeiced4C0r-$)~h)
z5x*Q%GK=^naPld{FXvO4Mf@t1hB1iW5KDbf=>zerLsKN;Clp=-@$<N~Roc0TpUtqR
z59&n?fQX*~EiCEjgL=_`rP4+G0;L9odeOjy?h*m&MVH7Ne|+O1f_hQvMePqQhX@;;
z7Iqb(UQ|Hp4Gs}?R!foG9xstu9p@0SiYO0I`r!6B2Q{4CD1O6d?rM<RWBYY$=W=^&
zGerDsbcmmgP74t~p_pwTezU|vywV5a7syn)h+l<L5`*|9aPlebT*NO2mCPc337mWi
z@yq#CW)Z&%rC|)>H^fpORQf>t>d+L4_z8vAK>R#zZIyN|;%77L>4SPv10dpOKnqKH
z`k-DkV5xKwzd)%0IW6^~4?p~H_~GdunE>^oM+Tn!aT^a2)QeItntZzQDGm`ipUP}k
z5$Z)NtU?TjhycXsa(iq*>q|I9*y#E~r4Me84U!wh&-fFsu_fFd+b>i*m)m2TA>wDF
zL;P%XT8Q`w#cTudn<W<Fl|B%^K&H|~{3?`^7{o7ulTT^qB7QljWESyD;N(+?U(Tm8
zi}+P24Py|$A(r}}(g)&Kho(rxPbj<w;^%Q|tF&_wKbv7sAJmH)01-a}T3FK42lb)>
zOQnnW1xgLbX{i^z@x~ip{NfjX<Rc%sbm>y~E$AMH0QI8B;avGsHXb6V7o}db@-Z96
zaEKUUnHuaWLcQn|v>wbM!hjZ*aC;np)Vmxa>a2#5N*~-F5BcPS8^tew_#S4tJ+|Mn
zb}qNaHbcbEMu+&>=(G^=6N=de;x|hy#4CLuet}G-i}+P2B{7I!0w<r+&PDukP{}Of
zm%z!V5Wk#HWft+PP#VS{enTwvL8TAGuMSO-h@Vh+4aCpm)>difB7Qc*o<67-H2@-h
z2DGrGrw{5y1C~k`@e7n1kke8xdgjcTUgCAzZMU_;#ryBSKm0CquQmbdMXxsD`tvs)
zBB&RoUbOyU3y~Zm0uZCyRfKv`109D516o+Z?QsB7?{bK!vl>P!eQ<j`<dY9>6u<o8
zdzj_+*nZ2}x!fMx3=uyY9pY!B(?Y~gC}tao-z>2Zuk?ZV1u~T`;#Z-R#2|hNoP0_<
z7xBwMC9{ZM0w<qB{Bk~(S;VhGX&8g}4YAY*l|B%^Iy6NhenR0j5I>JwTcw?g_}L75
z`k-Fa0EqY*(87|QKByNBSSnq_FHmYgPF=mI3cbGX`@Zj8?|Rom4?PrqDY{pQ0QI6*
z39RwhjfV*8MfEk(8W%2HFkZoKmvD&K{_4AmP%mnb<Pc#%3rn~?4nXQ%4iR-$!$_qM
zZjXn2^1+Sbmp^<Dv)mrrZ&^E++hdy{;%B2n{A_eui1-P`Yy<I|B^Kh9J`le^rqV_H
zDwL8K#4mx9Pif~OemSUQ7V%5q<Wq=W&Zjbq_*EzkV-UX~minO52jW+Urbxt3D7*&Z
z=W%PRv~v+Zn_*8M)QcJb5kCW3Sklu6^`ZewrHl9lN)5>Atru0r*H8S!PyF5A{T(hE
zUhWm|QZIVNk=hU3c!;20RNo%di_U%sIYi77yF9+D2=$_ulUW_%5V4AAHGtdWRYXex
z93qy;6vvf5F!my`!?2CwclfA%wz)mF-@A4$x5qX^#Lq^D_}S>R5b+a=*#_b_ODx1I
zeIR~;Or?wXRVXDfh+hIHpVH1n{BlsqEaI2I$)^y%oKIyI@vBf8#vpz}EcHR955%ty
zO_7M7P<Rc*&*RosY3Cw-Hp8Ais24Q=B7O$6u%xFC>O}*VN*D19lp2uJQZM?gZ++|S
zZ-4s}p74ajLa)R2O*h^2%fI}~pa1;l!|zD<N)e!5^h%N3{+x}62<k--zdHE)MW;TH
z93rN04THOiP%k=!lMix;$oW)exjn8>8pd#l7-FdpDt&N!T!*H}jpC>0?6$$}vHj|`
zbGbdX86ti*I>gULr-g{0P|P+Ezgc1-Ug-nz3uG!?#IHgri9!4lIQf)zF5;JiN@fwi
z1WrDM_~m>mvxr}X(l7?`8)B&sDt#b+b!du2{Di`5AbuXVwn{q}@v|BB^g+F-0TA&s
zpoJwpeNZnNuvEH;U!c^0oR)e~{p4Tx!WUlks#o27^Ua49Ux)2hQ`#y^&!0c9B{Z%G
z0qRAs2*xY&kd223>O~K~F{l@v`b=_&n8Gy-?kYmP=nzgm$RQ%<Q<>%VxI$?d!y#gb
zr9P<i!R>J!nj$xfpPsYZ2DiudtJluu_Sj~K_}S<XKO3DEB7Q<K+d%wgiG_Hj55zB!
zsdN#)3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUgr9P<if%w&-DH8D$
z3a^3qdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUh}8>P7pnaPi{Bd+)vX
z1uuBPVcl0~Kl7Q-{L8=m%l4fUerviO0qR9PZdYT~#zO@4qKDrV)Qe7iL^(uE;Ti^a
z6`@{q2qz!p5Rvn#%yN5Np)`!)5HZA3A5{9__P7pBksHNN&)IE*+hhCHYv*!%Y%@gs
zY;=g9jZO;@KcSdyAbzvNLcG!k;upwNx`<zeQWAssC2;a7?Oen!2bIhsehHj>3h~SN
zRAv#s3Z-ET;y1)nA5{84{OZsYiTDYH*FgL{Zf%uzF5+i1?CFDgQ3D|2XFv-}ditPV
zG+?Q85x+pG0Xe1hqWVQzt=D_r^PV64!5=&<06T17fBp48_j5mY-+lMB+^1DE3<A`P
z8qluNl8uK5>O~K~BB&Rg`jm2rn8Gy-?kYmP=nzgm$RQ%<Q<>%VxI$?d!y#gbr9P<i
z!R>J!nj$xfpPsYZ2DiudtJluu_Sj~K_}S<XKO3DEB7Q<K+d%wgiG_Hj55zB!sdN#)
z3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUgr9P<if%w&-DH8D$3a^3q
zdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUh|@>qYe&ojZ5#jc<J8;~w|8
z!%DEj_8oWJ@rF0N;p<=jx|YzGB0#<96t1fpyzvl0z3AaL1NEX)pH&VKQ@Dn~T}7xD
z9m2^6IYi`qDzn@kS11i*I7AGw)CZM5xIL~zQ{+bR({py);P%*l_1d}I9@`8NKN}t5
zXQR_X#7`(@8;IX5u@JBHf%pY7l`i5}p_IfRehHj>N;?<v%Rwcxh+hIHpF;d{K9yO-
zuR>`UgZK@x)CZM55WhM!MIwGe;WZFHk6T-%os0O{414;ZUeo}H_!-c`lAb=O7Y$e{
zUBoX?YCx`;deQ!?wFLK>&wS?PFMs(BH{5Vo5_Z@Q5a<>OP%l~pb%d~uhY0FL55Ewo
z7oGaVa)_A1H4N@5LcQn^PCm#XBIi??<@UHjX&A#HVu+<asPw_@aUGf>H;SL0v)cx@
z$M&n&&gJ&lW{CLN=ny{}ofaZ~LNVJw{AP)Tc%=`-FOaEp5x)whBnI(I;N(-<xrkp5
zDw#$65;*x3;+ONO%p!gjO2Zh$Z-}KnsPuvO)uAa8@e>NKf%tjc+A8f_#Ls5f(+BmU
z20+BmfEJeY^g+F7z*6ZVet}X0a*frC>KANk`nP}kx6gg<a}Nu{dRs9xrU+0kI)&@1
z25&q>P%nD;wLrb-)Mu4L#1yV!a90uPMTc<mK@Jf)pUNz^#}!J$7!DCbEcHR94{nd^
z&=k2*{PdjNHn=^uU%hrNx5qX^#Lq^D_}S>R5b+a=*#_b_ODx1IeIR~;Or?wXRVXDf
zh+hIHpVH1n{BlsqEaI2I$)^y%oKIyI@vBf8#vpz}EcHR955%tyO_7M7P<Rc*&*Ros
zY3Cw-Hp8Ais24Q=B7O$6u%xFC>O}*VN*D19lp2t0wO&-eY5Ssn^{ZcfSRSS+8dC(Q
z7oEa&Rf9JkBB&QV{6e5!bn3IpAz}*GFu1D-^`b*K`5=dgoKIzz+v5tQVGM_eA(r}}
z(g(N4b!dv*D1Lg*ZX4Vl+pk_bm)m2TA>wDFL;P%XT8Q`w#cTudn<W<Fl|B%^K&H|~
z{3?`^7{o7ulTT^qB7QljWESyD;N(+?U(Tm8i}+P24Py|$A(r}}(g)&Kho(rxPbj<w
z;^%Q|tF&_wKbv7sAJmH)01-a}T3FK42lb)>OQnnW1xgLbHC!)x>C&Zt{^x&w;R|1Q
zSR2;b0Rr730qRAIppFo>@eo11=;3z)^`cXsSPl_WxQ4-9MW`1Y!pR3YMC5!bv)mq6
zC=FvcL=3Ui2bDg!J+4Dj<VNw+b9UR{_Sk;)+PT~w+YAvu8y(_jqtimfPbg*^h~F%+
z5U=!s_ysbRF5*|Al*Ax@37mXNI~VcGK_#<@UjiqeLi}<*m085ELTMO-_zkht2bDe$
zzdAHUB7Q>QH4s0KTU(`_i}=|Ld-|YW)BuS18PLL#o<67-4Ol8k{4K(5Jp(Jy}S
zi>)H=mRoK)tO`>*K%iSBK)q-Y)Dglq9wMk0)we-wP%k?5iRBP6g=-kxRfKxcA)I`W
zLqyJ}GRy68h0-vFL&OkEeNgFx+v7SkMQ#*7J!iKKZjbF(ubs>7vCR<iv(X`bHaaat
z{Dfk*f%wf53-L-Hh+iO6=^}m=N=Xdjm%z!Vv~v-^98@xk_$6@iDa0@5Q<+8lDwKvX
zh~E%PeNgEG@vB2qB;qF&UIX#-xV2T<xrm?5u%{2|MGb(6p8+i_>FI-d(SW7WMf?J#
z2IN|*7yb6Pzx|GPyyMP0?>sC9J8a*2>#eVO&1(V#x<vxiixxp0A#CFzf_l-zuLbHw
zr#`V9BBpQ+gS(1QFFJ&i4|0ge`BY}PJ+4q1#&C!jVyO=*eQ<kRho;Dl;-}~Aw!!VO
z{pz)IxjnWSB7QbH#Lq^jg@~U}%r+3eSz;kx=>zc#WGY?6uR<w_LHrUp`IL4p;+KO;
zW)Z&xPCoVj*n8KQ-L9&BJ84tWlt4;Kh(rSkfs{yUAd(m$CL|a&7~qW-Ll8|VB4DV1
z1Vlsv0s(nJ3l=CJKro>3i<~Md#TY<=ltVaaIkZ?Rhho}V#l5YyJ9%fAd4IVx_FQ9)
z`CEJ6?X&M|$B=m#b3OaM);*tb&G{eyUBoZvQ<+8lDwKvXh~E%PeNgEG@vB2qB;qF&
zUIX#-xV2T<xrm?5u%{2|MGb(6p8+i_>FI-d(SW7WMf?J#2ILH=7rp)V+yCZo{^n<X
z=4W<mz(V_yOD?(QnrqsBp*|3xTPHxhXr0yRj@)>Npk8$M_XG8!Q(spO5mUH^!CghD
z7ahXM2RTIKd@8ft9#<$0V>m<%vD62ZKDa%uLsR5N@zZk-w!!VO{pz)IxjnWSB7QbH
z#Lq^jg@~U}%r+3eSz;kx=>zc#WGY?6uR<w_LHrUp`IL4p;+KO;W)Z&xPCkYB<$Nl$
zh+l=$Fb44(VyO=*eIR~yXo^Jqgu-heejc~BN;?<vvl;gELA|H}5b-mhg(W?GP%j#=
zRJw>?pwxgI-Fneh{Q3FMfBxCee)idCpS@fCwcCEwqaOAC_rL%6@#Eox(=`ZCFKR$L
zO-nW&BB&SL{VhSg=+w8AL&OxWVQ^Ow>P3fe@<9#}IiJcbx5pJq!x#<`LoD?{r4Me8
z>(CUrQT+6rgKcnoY`=Q#TyBqThKQey4)L?mX(8e#6tfM)Z<bhySNcHw0+~t|@vBfu
zVi3OsPClibi}>ZBl3Bzrfs;=memS4YEaF$8G>k#~hFI!@N*{<{9hxE$KcVm%h@Z!;
zt<ug#{A`9jeNZoI07U!@XkkfDAJmHmER`<e7brC#N3mY?#v5;Z?Q36q!37uW7Jcou
z?|=XMzv)eHy6L8y!sn&Cg#h)UTj-tIwHpr+)Qj%^x}aWk>dVO?VhYzVxT^^DqC+_O
zAcu&YPi2<d;|ir=42OszminO52e-#{Xo}n@etOQqHn=^uU%hrNx5qX^#Lq^D_}S>R
z5b+a=*#_b_ODx1IeIR~;Or?wXRVXDfh+hIHpVH1n{BlsqEaI2I$)^y%oKIyI@vBf8
z#vpz}EcHR955%tyO_7M7P<Rc*&*RosY3Cw-Hp8Ais24Q=B7O$6u%xFC>O}*VN*D19
zlp2sDR4>}9Yu@vo_gr+*MZ2|LyX|}2;~vj{{`3F&pZ~d~x$sHpZYMy!=yryu>IoYU
z5!8$B{@$Qobn0u#Az}*GFu1D-^`b*K`5=dgoKIzz+v5tQVGM_eA(r}}(g(N4b!dv*
zD1Lg*!8W)(wqLz=F1N=vL&VQUhxpm(v=H$VirEI@H%lzUD}5k-flQ@~_*Ez+F^FFR
zC!f;JMf`G5$t>cRz{#f&zno8H7V)c48pa@gLoD?{r4Pif4o#7WpHO%W#Lwf_R%z!V
zem29NKByNp03v<{w6LV759&n&mP!}#3zQm=qf#&Wi@*4byCq(s{R_YF3m^UHNAI}f
zj_?8Lo<aiDi=IN58y~gt5JA1@?k^DPMW?=v93rN04THOiP%k=!lMix;$oW)exjn8>
z8pd#l7-FdpDt&N!T!*H}jpC>09BhNzWBb)>=W=^&GerDsbcmmgP74t~p_pwTezU|v
zywV5a7syn)h+l<L5`*|9aPlebT*NO2mCPc337mWi@yq#CW)Z&%rC|)>H^fpORQf>t
z>d+L4_z8vAK>R#zZIyN|;%77L>4SPv10dpOKnqKH`k-DkV5xKwzd)%0IV$y{=bUrS
zZi!cKUwGk#?|Rp}ZoBQa@VV%o4g%DRo(`(sGdCV0s2AP+WkS8^)R&M$#1yV!a90uP
zMTc<mK@Jf)pUNz^#}!J$7!DCbEcHR94{nd^&=k2*{PdiIZE$;Rzk2OlZjWt-h@XuP
z@w3rsA>t<#vkk;=mRN{a`at{wnMxP&t58Z}5WfUYKBb+D_~oFIS;Q}alTRUjIiJcb
z;#Z+Gj6wW{Sn7jHABbNanj#TDq3{}rpU17O(#}QvY=%93P%ml#MEneBVM$LP)Qbiz
zl`i5JC^aBQv0n7v_rCWlUh#@=e)F5*<Ip{=1gIB1t$3#%zVQ%2y(smfQ{T7UU=9(x
zG`x0K5$Z(^dK@AQXkiJr#{o#a%ORr9Y8a{X!R_&oPd>O&{PKq%!YsGP_FLA@<@VTS
zi1^v)5I-B879xH^G21}=W{HJ(r4Pg}kg0SLzY3)!2JuVa<Wt(Yh+hsWnMM2(IQbOf
zm-DI2B7PN0!x+SGh^0QL^nv)*p(zsa6AG_^_<7vgD(zgv&t}-u2lb)`K*Z007MAq%
zLA_|eQt2Xofl>o<wCY8l_Oz#c`qQ62apFYyAawUYfO^qAKra4>jfV*8MX47pe$!44
z;}CH&li883BGik{a%=G%A`EC@3Ae`qNWIG;qRwg<sr13^@sLkGxKaG_habW$x5xHd
z*3RYj*k*|M+2{~I8=V#+enK(ZK>TKjg?Ob8#4nJkbP>M_r6dONOW@>F+PR2d4l0>N
z{1Q0%6ylfjsmvmN6-vVx#BYeDKB)A8_|>5)67drXuYve^+}bMbT*S|2*wY8~q6R?3
z&wv(|^z=c!XuwkGB7T8V19DXAMc?<n_wk>N4zF*|UFt>m3_SU98xIlGi&8I|e7o`~
z4iPz@%4}B=>P0K8LJWt90L18Wdu%}KOE^T>==wsX4{nbQk{iX(_=#uO5^j&}7pk4h
z?Xk@e@w3q(el|KSMErzewt@J~5)1K4ABbNdQ|Tgp6-r4A;+Me5r?hhszZ_IDi})pQ
z@+rhG=Tn(Q{3?`&F^Jy~OMOu31M#avQzYUi6kY@I^SHHD+PR3I&9J8r>O~EJh@Sy1
zEa~ZkdeMNT(nb6Nr3U1v)Qg6{Io<sepk8$U%$I)R#zO@4qST8neYIA{IYg`?S`Fwb
zLcQoJsFMRYM4ZfIc7)sGSz?Ok5Fr#^L+OLtV*}tu@iTtn8McJmWBY|_=W=^&GerDs
zbcmmgP74t~p_pwTezU|vywV5a7syn)h+l<L5`*|9aPlebT*NO2mCPc337mWi@yq#C
zW)Z&%rC|)>H^fpORQf>t>d+L4_z8vAK>R#zZIyN|;%77L>4SPv10dpOKnqKH`k-Dk
zV5xKwzd)%0p<XmFp}RzYdeJ2^`ybzUh@f7SdQtmJ%OS!>r-fZbs23HGdV@nmoz+q#
zx5rClR>wI+tRl(-ls>pU&Or@lH;UiznFlq<?Xms3wR5>WwizORHaf)5MyG{{pHR#;
z5WiVsAztYN@e5=sUBs_KDTzV+5;*ykb}r(VgGy!*zXVP`h4|%sDzk`Rh0-tv@f%{P
z4=Q~iesySyMEr!pYao6ex3)?<7xA+h_Vhu$r~wf1GoXbfJ$+Cw8n9Hlh+m-8fKV?Q
zn9yA!K)vV^nf;G%JVa10O1-H4rR5M|qtn8!BGiitNWH-!qRwh5lH21YGOObpB32RQ
z0ZJd-9_OHjvm3>4_{@VE<o4Kp-P*a_9@`8NKN}t5XQR_X#7`(@8;IX5u@JBHf%pY7
zl`i5}p_IfRehHj>N;?<v%Rwcxh+hIHpF;d{K9yO-uR>`UgZK@x)CZM55WhM!MIwGe
z;WZFHk6T-%os0O{414;ZUeo}H_!-c`lAb=O7Y$e{UBoX?YCxzL4NT}R5ujdliOl}T
zHy$FW7o}d*{?c-Yu+eE@R}tz(1*G2K5K(8f6v^%J5}DO;4iT$}@&Kg|ZjW<N!`Y4E
zH+<$n4RU*Izi#bZZjWt-h@XuP@w3rsA>t<#vkk;=mRN{a`at{wnMxP&t58Z}5WfUY
zKBb+D_~oFIS;Q}alTRUjIiJcb;#Z+Gj6wW{Sn7jHABbNanj#TDq3{}rpU17O(#}Qv
zY=%93P%ml#MEneBVM$LP)Qbizl`i5JC^aC|iv}iimk3ZVx<qFG;~NhV)QeItYJX`t
zMA+!Gu&W65q5@KHaEPe0T8iZMc!|vFIERQ;M0tSH2e-#LsNw8J@f$w#pa!`;wqLh)
zF1N=vL&VQUhxpm(v=H$VirEI@H%lzUD}5k-flQ@~_*Ez+F^FFRC!f;JMf`G5$t>cR
zz{#f&zno8H7V)c48pa@gLoD?{r4Pif4o#7WpHO%W#Lwf_R%z!Vem29NKByNp03v<{
zw6LV759&n&mP!}#3zQlV>O}(+x=RG87hNK=|M8872<k<t7q!2%93pIVTG&;DdQkzX
zH#kJpSuI6!d%Q$ub(}-QDxy3<>4V$j9Mo`jqxcP<c~FDg9^0>5JD1yIn<3(7qeJ{`
zbXth`3B_y!@tY+U;*~xSzd)waMf@t1k{HA<fs;>Z=OTVNsALxLOW@>Fh+od9GK=_C
zC=Fu}zaf_Tpwb88SBIuZ#7`)^2IA*&Ypb+#5kH$@Pao8a8UPVL16o+p(+BmU0ZXNe
z_ytN02=$_Y3Ed?E)Qc{W+5h;)Lj?7r)Qj3*S`HC5IxXxfLcOSf)EgWk>a3O`xjkMY
zvpUWpVii#yp!C7*aSm!YyHWgx&pfC>ZjbHPt)0v5vCR<iv(X`bHaaat{Dfk*f%wf5
z3-L-Hh+iO6=^}m=N=Xdjm%z!Vv~v-^98@xk_$6@iDa0@5Q<+8lDwKvXh~E%PeNgEG
z@vB2qB;qF&UIX#-xV2T<xrm?5u%{2|MGb(6p8+i_>FI-d(SW7WMf?J#284Riz=ZA+
z0qRAU$n1Z7;~|22QR+qQFD-`%8=V$*6`@{KK<W(+5p`Bek=!0Hky#z*5V49V4^aBx
z_BaPMoZTpX!)G4UAh*Z%>(<WY_Sj~K_}S<XKO3DEB7Q<K+d%wgiG_Hj55zB!sdN#)
z3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUgr9P<if%w&-DH8D$3a^3q
zdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUgN0XkbEji2(JYOJw#xzVQ%2
zy(smf_Lr7JgpE!MyNXaRDj@X+hlo0>rATg%m&mM+bBI_)lm{q%aC@AC8qRJMzu_|v
zYLMGw`*myQa(iquMEq=Yh@Xv43lTq|m~9|_v&2HY(g)%f$W*$BUxiW<gZL$I@+s|H
z#4iVx%p!gXoO}xL%lTAh5x)whVGQCo#8Mwr`at~Z&=iUI35C}{{5)=Lm3A)TXEW^S
zgL+W|AmV303rl+Xpk6d!sdN#)K&b(tUNkVFyF`F`(IqnbAK!S0pk9=EQTt2FA;Lzd
zg<VCc7Zs3tgF{4})lww4$4g{Z$2ml-BFY1lKDa&3K@Dd&ir?^=2Q|p;vHiNWbGbdX
z86ti*I>gULr-g{0P|P+Ezgc1-Ug-nz3uG!?#IHgri9!4lIQf)zF5;JiN@fwi1WrDM
z_~m>mvxr}X(l7?`8)B&sDt#b+b!du2{Di`5AbuXVwn{q}@v|BB^g+F-0TA&spoJwp
zeNZnNuvEH;U!c^0P%j#o&|M-xz338|{f}=vL{KkEy{P@A<q%<`)55MI)Qbv8y}==(
z&T1)=+v6oNtK%FZRuSa^N*~-F=b(nO8^v$<%!3-__Sk;i+PT~w+YAvu8y(_jqtimf
zPbg*^h~F%+5U=!s_ysbRF5*|Al*Ax@37mXNI~VcGK_#<@UjiqeLi}<*m085ELTMO-
z_zkht2bDe$zdAHUB7Q>QH4s0KTU(`_i}=|Ld-|YW)BuS18PLL#o<67-4Ol8k{4
zK&TfDOz18Vpk8!|%>KtW9wMk0rC!wj(sGEf(P?2<5$Z(+q~72VQD?Oj$?fqHnbmO)
z5vz#u0HqIZk8@DN*^S~ieC9z7a(isQZtYxdk8OsCpN$Ujv(afG;wKcd4a9GjScq5p
zK>PxkN*D2~P)cGDzXVP`rJalT<)D&T#4mx9Pa%FepUN!aSD`eFLHveT>Vrxjh+iF=
zA`w5K@EVAp$E~f>&PDuehCO{yFKPfp{0wMeNlzctiv}!}F5(v`H6YZB1}1cu2v9G&
zL}vfv8xIlGi&8IYe`z^H*yyyds|fX?0#a{qh^Vt#isbfqiOlLahlo`~d4SRfx5qiC
z;p|578$R=(2Dv@9U$=HHx5qX^#Lq^D_}S>R5b+a=*#_b_ODx1IeIR~;Or?wXRVXDf
zh+hIHpVH1n{BlsqEaI2I$)^y%oKIyI@vBf8#vpz}EcHR955%tyO_7M7P<Rc*&*Ros
zY3Cw-Hp8Ais24Q=B7O$6u%xFC>O}*VN*D19lo}A~MFSJMO9ZGFT_Usp@r{QF>P4v+
zwZF6+B5ZV8*j0pjQ30tpI7HN0Ek$yByhLVooI}JaqC7z9gWKaA)NppA_zj<VP=nka
z+pk+Ym)m2TA>wDFL;P%XT8Q`w#cTudn<W<Fl|B%^K&H|~{3?`^7{o7ulTT^qB7Qlj
zWESyD;N(+?U(Tm8i}+P24Py|$A(r}}(g)&Kho(rxPbj<w;^%Q|tF&_wKbv7sAJmH)
z01-a}T3FK42lb)>OQnnW1xgLb-Kt*nMK5~MZ~yR5_<Pd5I}o5=^zQH$`rl#WA%c2Q
z>P77@GlvKpofdW#p<Yx#>J1JNbyiD}+#WBHSsmvPv5F`UQ2OBZI0rSH-6(#;XCBlb
zx5xJD*3RYj*k*|M+2{~I8=V#+enK(ZK>TKjg?Ob8#4nJkbP>M_r6dONOW@>F+PR2d
z4l0>N{1Q0%6ylfjsmvmN6-vVx#BYeDKB)A8_|>5)67drXuYve^+}bMbT*S|2*wY8~
zq6R?3&wv(|^z=c!XuwkGB7T8V19G>j7d_{kb9x<D_<OeQ8{hcG|M!P~PM%_9KLn^3
z-4Ex=PuX~gpk9=E(aP6s7{eiAh-GT9s|fX?Q_y-ahX?~&Si<db08;OAh^Vs~Mk;-9
zdpzWm4{j8{{NaZ%%k8oKmbG)aJ+>Jlel|M9&qk+(h@Vi*HW0sAVj*7X1Mv%FDqX~{
zLMe$s{1Q0%ly)xSmxD@X5x)dZK85(@d@8euUxm^z2JstWsShfBAbxddibVW`!fPOY
z9=EniI~Vb@8TRx+y{G{Y@iU->B|UvmFB-5^x`<z()PNk7deNkmG<+z!r-=adqNfS0
z@z{-r2<k<t7d5_heF=vM8=V$*6`@{KK<W(+5p`Bek=!0Hky#z*5V49V4^aBx_BaPM
zoZTpX!)G4UAh*Z%>(<WY_Sj~K_}S<XKO3DEB7Q<K+d%wgiG_Hj55zB!sdN#)3Z*0l
z@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUgr9P<if%w&-DH8D$3a^3qdEDA6
z?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUgN0XkbEji2(JYOJw#xzVQ%2y(smf
z_Lr7JgpE!MyNXaRDj@X+hlo0>rATg%m&mM+bBI_)lm{q%aC@AC8qRJMzu_|vYLMGw
z`*myQa(iquMEq=Yh@Xv43lTq|m~9|_v&2HY(g)%f$W*$BUxiW<gZL$I@+s|H#4iVx
z%p!gXoO}xL%lTAh5x)whVGQCo#8Mwr`at~Z&=iUI35C}{{5)=Lm3A)TXEW^SgL+W|
zAmV303rl+Xpk6d!sdN#)K&b(_Th)u6d+xctj;rOV@K@#E7Y#u6-=$u3|IC+u;>JS+
z^`g{^E`7CD$2ml-B3cdTDnh;JDyWkKI7FPxWOjtx<5^;g=MW(jUPI}F+hYUZM)5O#
z;u*Gt+hhBMYUgr$Y%@gsY;=g9jZO;@KcSdyAbzvNLcG!k;upwNx`<zeQWAssC2;a7
z?Oen!2bIhsehHj>3h~SNRAv#s3Z-ET;y1)nA5{84{OZsYiTDYH*FgL{Zf%uzF5+i1
z?CFDgQ3D|2XFv-}ditPVG+?Q85x+pG0l8b%i$3sy5A1bZ$BrEfe^u&51Caf9sTbWp
z^QE7-@eo11DD|RCU#-<~4iT$}Rs*_<P%pX)>f`_p5hpX59pUzPmYCu>L<oh~Q2OBZ
z*Z{au{EVM?hArXt*nXkfx!fMx3=uyY9pY!B(?Y~gC}tao-z>2Zuk?ZV1u~T`;#Z-R
z#2|hNoP0_<7xBwMC9{ZM0w<qB{Bk~(S;VhGX&8g}4YAY*l|B%^Iy6NhenR0j5I>Jw
zTcw?g_}L75`k-Fa0EqY*(87|QKByNBSSnq_FHmYg?pF1pPk6!;dL7r*S6?0es?>`H
zAp7r9FS>u`OFwbrA%c2Q>P45nTC3w6B32Qt26PpnUUU`I$pIW9PG&MY!tL=aF~xI;
z5DKrM^ug`10dS-E89(t1Tf*(J{X(^KxjnWSB7QbH#Lq^jg@~U}%r+3eSz;kx=>zc#
zWGY?6uR<w_LHrUp`IL4p;+KO;W)Z&xPCkYB<$Nl$h+l=$Fb44(VyO=*eIR~yXo^Jq
zgu-heejc~BN;?<vvl;gELA|H}5b-mhg(W?GP%j#=RJw>?pwxiet?EUuxZ;Xl$913k
z+~?yT|M=~<->$zf^`b&?S2d^?y{pKd{Bt)RBB&RoUi9QIRdIwvL=jXH)>VXh(FD=b
z6o-f<GWBt8kL#>LB!`FqWVWmH!R_%Zx)#4t{EVM?hArXt*nXkfx!fMx3=uyY9pY!B
z(?Y~gC}tao-z>2Zuk?ZV1u~T`;#Z-R#2|hNoP0_<7xBwMC9{ZM0w<qB{Bk~(S;VhG
zX&8g}4YAY*l|B%^Iy6NhenR0j5I>JwTcw?g_}L75`k-Fa0EqY*(87|QKByNBSSnq_
zFHmYg?pF1pH{N*TZXH)^pL_1Pt#-8i(fIl2pWjF9{|yl6770)<S_HL+u#JZZ>P7YY
zq&1EmJGO^ccE<b&4iVd5WmggEMGcZ1A`EC@3Ae`qNWIG;qRwg<sr13^@sLkGxKaG_
zhabW$x5xHd*3RYj*k*|M+2{~I8=V#+enK(ZK>TKjg?Ob8#4nJkbP>M_r6dONOW@>F
z+PR2d4l0>N{1Q0%6ylfjsmvmN6-vVx#BYeDKB)A8_|>5)67drXuYve^+}bMbT*S|2
z*wY8~q6R?3&wv(|^z=c!XuwkGB7T8V19G>j7j1vNOE0~2x0LI2v;zdXMFP}|7D4SH
zY~vw<dePlqEYyomePcO9OyL>^cNL*tbO<LO<PeebsmyYFT%k0K;Se#zQXf?M;P$u<
zO_3YLPtQ5n2DiudtJluu_Sj~K_}S<XKO3DEB7Q<K+d%wgiG_Hj55zB!sdN#)3Z*0l
z@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUgr9P<if%w&-DH8D$3a^3qdEDA6
z?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUh{#s~2s*BA)PsC+t>po$_{oK(|PM
zdeI`NJ%nvML{Klf`&)&2(W!4NhlnX$!{DwW)Qb+`<bxa{az2$=ZjURJhA|u>hFI!@
zN*~-F*P$tLqxk7L2ixHG*naiex!fMx3=uyY9pY!B(?Y~gC}tao-z>2Zuk?ZV1u~T`
z;#Z-R#2|hNoP0_<7xBwMC9{ZM0w<qB{Bk~(S;VhGX&8g}4YAY*l|B%^Iy6NhenR0j
z5I>JwTcw?g_}L75`k-Fa0EqY*(87|QKByNBSSnq_FHmYg?r!y>{crfGPkri=OD?(Z
zeeb(l)^)1d0Rr730qRAIp!N{9@eo11=<Y8Q>P4r%u^b|%a1DdIicl{)gp&_)h{*X=
zX1P7CP#VT?h!|q24=R0ddt8U6$c^Hs=NxQ<+hhCHYv*!%Y%@gsY;=g9jZO;@KcSdy
zAbzvNLcG!k;upwNx`<zeQWAssC2;a7?Oen!2bIhsehHj>3h~SNRAv#s3Z-ET;y1)n
zA5{84{OZsYiTDYH*FgL{Zf%uzF5+i1?CFDgQ3D|2XFv-}ditPVG+?Q85x+pG0l9nD
zi|X&$4D<FM{yF>XvwMlx@#Dw)i2c8MIE^U+)Qe8xI<3JQ4-wRhQZH(MKRHC$=(Mn_
z2=$@@Qg3jGsIyv%<o0-p%<4FYh*d;+fYJxI$2q9s>_+h$KJ%akxjnXDw{|YK$2LR6
z&qjy%+32(o@e_*K2I4nMEW|5)Abx>NrHlAgC?zq7Ujiqe(#}Qva!|=E;+Me5rx3rK
zPh}SIt56!oAbvwE^+BZ%#IFubk%*sAcn!qQ<JMMb=OTVK!=65<7c~GPeg?F#q^A$+
zMFW;f7x4>}8j!nry{P`e=bUp+FY(d{jXe{fUUbjElOMP75J9~t^`gnQE1%*Jk@Km{
zb`_ysw8ARHaEJ&%j4rpw2DH9}Lxhd4FI4*A_Shh~QT&Xbc!n+E_Sk-*+PT~w+YAvu
z8y(_jqtimfPbg*^h~F%+5U=!s_ysbRF5*|Al*Ax@37mXNI~VcGK_#<@UjiqeLi}<*
zm085ELTMO-_zkht2bDe$zdAHUB7Q>QH4s0KTU(`_i}=|Ld-|YW)BuS18PLL#o<67-
z4Ol8k{4K&TfDOz18Vpk8!|%>KtW9wMk0rC!wj(sGEf(P?2<5$Z(+q~72VQD?Oj
z$?fqHnbmO)5vz#u0HqIZk8@DN*^S~ieC9z7a(isQZtYxdk8OsCpN$Ujv(afG;wKcd
z4a9GjScq5pK>PxkN*D2~P)cGDzXVP`rJalT<)D&T#4mx9Pa%FepUN!aSD`eFLHveT
z>Vrxjh+iF=A`w5K@EVAp$E~f>&PDuehCO{yFKPfp{0wMeNlzctiv}!}F5(v`H6TZ&
zUi7^4&TId~X!{dB0^Pk4pk8!us8@f`#zO@4qSTA7e#e#qI7BRwsgHLRp<c93OpzQS
zgu-rcdu*fQ5MiV13za^&JvK;g6hGr9o?%P4J+@z{b}qNaHbcbEMu+&>=(G^=6N=de
z;x|hy#4CLuet}G-i}+P2B{7I!0w<r+&PDukP{}Ofm%z!V5Wk#HWft+PP#VS{enTwv
zL8TAGuMSO-h@Vh+4aCpm)>difB7Qc*o<67-H2@-h2DGrGrw{5y1C~k`@e7n1kfTyB
z8vf>V_fLR&(fu=D`iUD45!8!PFS_*AS{>&Qv5IIlpsNV=qN|`z4&V@RGLzX6ZjWb)
zDV{@wP<Rcc4{nbQfE&fn_=#uO5^j&}7pk4h?Xk@e@w3q(el|KSMErzewt@J~5)1K4
zABbNdQ|Tgp6-r4A;+Me5r?hhszZ_IDi})pQ@+rhG=Tn(Q{3?`&F^Jy~OMOu31M#av
zQzYUi6kY@I^SHHD+PR3I&9J8r>O~EJh@Sy1Ea~ZkdeMNT(nb6Nr3Qq0(ZGc65&`N(
zm&ojYeB&X4dQs{{?Jq5d2pgRib`_ysR6yzt4iR-$OOf0jFOgXt=Mb@qC=XEj;PyBN
zHJsfje#2)T)F8LV_UqQp<@VTSi1^v)5I-B879xH^G21}=W{HJ(r4Pg}kg0SLzY3)!
z2JuVa<Wt(Yh+hsWnMM2(IQbOfm-DI2B7PN0!x+SGh^0QL^nv)*p(zsa6AG_^_<7vg
zD(zgv&t}-u2lb)`K*Z007MAq%LA_|eQt2Xofl>oPy=Y)UcZmS?qDy4<Kfdu0LA@yT
zqV|`TLxhb^3%iO?FDfAQ28W0`tEEV8kC(`-j&q1uMU)39eQ<l6gBs3m6u;p!4{DIx
zWBYY$=W=^&GerDsbcmmgP74t~p_pwTezU|vywV5a7syn)h+l<L5`*|9aPlebT*NO2
zmCPc337mWi@yq#CW)Z&%rC|)>H^fpORQf>t>d+L4_z8vAK>R#zZIyN|;%77L>4SPv
z10dpOKnqKH`k-DkV5xKwzd)%0Ib-TYPyFyt_<(dzApz<|Pa({WkJ@;Mpk9=EQTrRn
zA;Lzdg<VCc7Zs3tgF{4})lww4$4g{Z$2ml-BFY1lKDa&3K@Dd&ir?^=2Q|p;vHiNW
zbGbdX86ti*I>gULr-g{0P|P+Ezgc1-Ug-nz3uG!?#IHgri9!4lIQf)zF5;JiN@fwi
z1WrDM_~m>mvxr}X(l7?`8)B&sDt#b+b!du2{Di`5AbuXVwn{q}@v|BB^g+F-0TA&s
zpoJwpeNZnNuvEH;U!c^09Nl`+?|tuk?|Rp}F1_^9hd=z`XPtFcF92(epZJNNc>2?y
z{?2#4^Sj^uZuq=(w-BISbPK&xyLRItf_hQvMeQ#nhX@;;7Iqb(UQ|Hp4Gs}?R!foG
z9xstu9p@0SiYO0I`r!6B2Q{4CD1O6d9@HSW$M);i&gJ&lW{CLN=ny{}ofaZ~LNVJw
z{AP)Tc%=`-FOaEp5x)whBnI(I;N(-<xrkp5Dw#$65;*x3;+ONO%p!gjO2Zh$Z-}Kn
zsPuvO)uAa8@e>NKf%tjc+A8f_#Ls5f(+BmU20+BmfEJeY^g+F7z*6ZVet}X0a^&ho
zTMGNw$3FJ3hdpe!;%lkh!ant>PlZoS*CRl^sK@PetlD^ppk8$MH^#AJ$4<vPI#Zv?
zA!7TR?J7dOs6moLgaIuq;r2KHsdqU<)L9K9l|HyV9`eZtH;P~W@I#p8_Sk;Q+PT~w
z+YAvu8y(_jqtimfPbg*^h~F%+5U=!s_ysbRF5*|Al*Ax@37mXNI~VcGK_#<@Ujiqe
zLi}<*m085ELTMO-_zkht2bDe$zdAHUB7Q>QH4s0KTU(`_i}=|Ld-|YW)BuS18PLL#
zo<67-4Ol8k{4K#o?u=nsDIgU3Jq@w>HNmG;m6?9cM+I=p(LOTDN8?KCafc!;20
zbociL^`cYXQVtPQxQ4-9MW`1Y!pR3YMC5!bv)mq6C=FvcL=3Ui2bDg!J+4Dj<VNw+
za}Kt_?XmspwR5>WwizORHaf)5MyG{{pHR#;5WiVsAztYN@e5=sUBs_KDTzV+5;*yk
zb}r(VgGy!*zXVP`h4|%sDzk`Rh0-tv@f%{P4=Q~iesySyMEr!pYao6ex3)?<7xA+h
z_Vhskk^vC$GoXbfJ$+Cw8n9Hlh+m-8fE=NE(c5mj?Ew#Xz;2;ey?y`t-~X0dZV4Zs
z?i2y)MW=9`*5HkY2<k<5e|1nVI`v)U5HW>o7~EBadeI@Ae2_y#&ZjcV?Qw<DFor|K
z5KDbf>4V$jIy6OY6hA%ZU>n>X+pk_bm)m2TA>wDFL;P%XT8Q`w#cTudn<W<Fl|B%^
zK&H|~{3?`^7{o7ulTT^qB7QljWESyD;N(+?U(Tm8i}+P24Py|$A(r}}(g)&Kho(rx
zPbj<w;^%Q|tF&_wKbv7sAJmH)01-a}T3FK42lb)>OQnnW1xgLbQK=Vgs(H~x7wuMg
zwf18k^O!fk`OW|E5C3rOwb%aJ5C44it6y#1E3UZWv5$Rh2)^*b3-7q&jzEBJodETs
zbylZ4a^oR_dePlq4%CZIeO)<3OyL>^cNL*tbO<LO<PeebsmyYFT%k0K;Se#zQXf?M
z;P$u<O_3YLPtQ5n2DiudtJluu_Sj~K_}S<XKO3DEB7Q<K+d%wgiG_Hj55zB!sdN#)
z3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUgr9P<if%w&-DH8D$3a^3q
zdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUh{S>P6r1hBxe%c)j$cFTMHZ
zo5RNm-CJ+H^_8!D<?gCh@fc$0)(KEAT4!~-BR3u*s2AP+wLrb-)Yp|m#1yV!a90uP
zMTc<mK@Jf)pUNz^#}!J$7!DCbEcHR94{nd^&=k2*{PdiIZE$;Rzk2OlZjWt-h@XuP
z@w3rsA>t<#vkk;=mRN{a`at{wnMxP&t58Z}5WfUYKBb+D_~oFIS;Q}alTRUjIiJcb
z;#Z+Gj6wW{Sn7jHABbNanj#TDq3{}rpU17O(#}QvY=%93P%ml#MEneBVM$LP)Qbiz
zl`i5JC^aBQqF%K9-Z<x+b9#x_z3z3duYK)n;e#aIfBn~gz0ZB_)7PGL)>&+vgjGI8
zy=cy7pR*ee5!8!PFKT~XIYij#w6LoP^`Zh&Z*YjHvs#Me_IQcR>NtmpRYZA!(g(N4
zIjG_6M)4ay^PmQ~J+@!Bb}qNaHbcbEMu+&>=(G^=6N=de;x|hy#4CLuet}G-i}+P2
zB{7I!0w<r+&PDukP{}Ofm%z!V5Wk#HWft+PP#VS{enTwvL8TAGuMSO-h@Vh+4aCpm
z)>difB7Qc*o<67-H2@-h2DGrGrw_{B0+vb_@e7n1kRwqq`nP}kx2o@&Di-aZ_l6s8
zXqBS<30GZpRe(UZNPv3LBB(utZ9GI!FRI@st--%9I`xg^5HW>o7~EBadeI@Ae2_y#
z&ZjcV?Qw<DFor|K5KDbf>4V$jIy6OY6hA%ZU>n>X+pk_bm)m2TA>wDFL;P%XT8Q`w
z#cTudn<W<Fl|B%^K&H|~{3?`^7{o7ulTT^qB7QljWESyD;N(+?U(Tm8i}+P24Py|$
zA(r}}(g)&Kho(rxPbj<w;^%Q|tF&_wKbv7sAJmH)01-a}T3FK42lb)>OQnnW1xgLb
zk*F7a$xB|+>$}>2hCY0RV)xareszDsi(d4i;u69F0qR8qkh`$E@eo11DD|TDx0geN
zjZO=@icl{qAoT`^h&rpKNN$gp$gGZYh*(9G2Pl1Tdz^zB&TbUH;WH0vklSPXb!+Ex
zdu%gA{A_fHpN&on5kH}rZ6JQL#6rB%2jUmVRJw>?g;ElO_$6@iDeYXuF9(&(B7O;+
zd<yZ)`BY{RzY3*c4B|J$QXf?MK>X^^6p8o=h1Wp*JZ^23b}r&)GwkVudQk%);%7h$
zOM3dCUNm5-bP>NmsR20>^`eh@)T4TR*Y($5A3j2{`)~jDZ~Y06eB>jGO9%@Ds22@D
z?!xZILj?7r)Qj5RUJem9IxXxfLcOSf)EgWk>a3O`xjkMYvpUWpVii#yp!C7*aSm!Y
zyHWgx&pfC>ZjbHPt)0v5vCR<iv(X`bHaaat{Dfk*f%wf53-L-Hh+iO6=^}m=N=Xdj
zm%z!Vv~v-^98@xk_$6@iDa0@5Q<+8lDwKvXh~E%PeNgEG@vB2qB;qF&UIX#-xV2T<
zxrm?5u%{2|MGb(6p8+i_>FI-d(SW7WMf?J#2INT8i=Kb}`Mti&7S0nVPV^_-^Pcw%
z5a<>OP%l~pwTG~chY0FLsTZ}sr5qw`bXwR|gnCf{sW&)8)LAV>a(lc)W_6rH#44gZ
zK<UGl`TY53_UuOSJG0?bJ{`Bm6-vVx?Obk;hkPo7h+l=$Fb44(VwoC5{HAd21|xpE
zG>o>=2jXYYL;MVAyGsziT^dtu?Oeofira25;<rm<s*U(f;Ti@benTvkLBy{@DTz_~
zK>QL)OH+v75}D#S;#UN9a+r25;&(Ef;z&;))Qc8z?S>(KyEMFZPao8a8uSpq0IdNz
z67{0zop)ZZ?`ruge1v+pKjG}N&#o^aa+d)0qPsNi+V;jn1ofiSi`rjc4iPpwE$k{n
zy{LfH8yq6)td=6VJzgTSI?f?t6;U3b^ug_M4r(~NQT&F_Jg7l#kL}m3oy+a9%@Fak
z(II{|IxR%}gkrXV_{|av@k$?vUm#QIB7PN0Netqbz{#hya}mEBR5FYBC2;a7#4qPl
znMM36l!h^g-w;cEQ0W8lt3y*H;wKbd1M%~?wN=`=h@Z`{rw{5y4S<NB0WB=)>4SRF
zfThw!`~sy0<Ve(uKJbAL?Dbu@-F92}2*qyur2Pp$`lCNuTtZkNK)q-Hau;?t9wMk0
zrC!wj_Hu}@(P?2<5$Z(+q~72VQD?Oj$?fqHnbmO)5vz#u0HqIZk8@DN*^S~ieC9z7
za(isQZtYxdk8OsCpN$Ujv(afG;wKcd4a9GjScq5pK>PxkN*D2~P)cGDzXVP`rJalT
z<)D&T#4mx9Pa%FepUN!aSD`eFLHveT>Vrxjh+iF=A`w5K@EVAp$E~f>&PDuehCO{y
zFKPfp{0wMeNlzctiv}!}F5(v`H6TZ#Ui4{Cds?sW`shbL8a_g?`;Y(lkNpWxdCF6Y
zO9%@Ds22@D?!xZILj?7r)Qj5RUJem9IxXxfLcOSf)EgWk>a3O`xjkMYvpUWpVii#y
zp!C7*aSm!YyHWgx&pfC>ZjbHPt)0v5vCR<iv(X`bHaaat{Dfk*f%wf53-L-Hh+iO6
z=^}m=N=Xdjm%z!Vv~v-^98@xk_$6@iDa0@5Q<+8lDwKvXh~E%PeNgEG@vB2qB;qF&
zUIX#-xV2T<xrm?5u%{2|MGb(6p8+i_>FI-d(SW7WMf?J#2INT8i@xn`Z|n74KmOxC
ze&WQ5@F`ZiE$cn<k&o<8c=Mazyc$oykO1|fLo9d6;KoA)^`g{^+TU9a5jHw4>?%UN
zsDRWP93twhmLj=5ULvzP&LLtIQ68Z5!R>JlYB;-5{D#jws6lRz?bofH%k8nv5b?9o
zA$~SGEkyi;Vzz<!%@PaoN*{<{AXDigeiced4C0r-$)~h)5x*Q%GK=^naPld{FXvO4
zMf@t1hB1iW5KDbf=>zerLsKN;Clp=-@$<N~Roc0TpUtqR59&n?fQX*~EiCEjgL=_`
zrP4+G0;LAzNYsnoaKjC%@4D==%fhEv?Y`tCFVXVrufKjZo`4|%>P3fG?vlZchY0FL
z^$VdjjvYI8m%PLy`a?NHY=3cGMW`1wNOFiUpoJye9tR-xE{BLZt6`+l2e-#VKKbBA
z@yj262(#QC+izJrm)m2TA>wDFL;P%XT8Q`w#cTudn<W<Fl|B%^K&H|~{3?`^7{o7u
zlTT^qB7QljWESyD;N(+?U(Tm8i}+P24Py|$A(r}}(g)&Kho(rxPbj<w;^%Q|tF&_w
zKbv7sAJmH)01-a}T3FK42lb)>OQnnW1xgLbk*F7Kf9*#<`q3)!YX437;;-NK0WZDu
zQY~yBHV~j&CqTVuoz>}%+<1tfUR1vms2836u5yT&C3bRrR}tz(PbRZE!XaW6(P{v<
z$E%2z0yso0ktvQVeQ<kRB(@v2QT%ovb(n2#kL~xaoy+a9%@Fak(II{|IxR%}gkrXV
z_{|av@k$?vUm#QIB7PN0Netqbz{#hya}mEBR5FYBC2;a7#4qPlnMM36l!h^g-w;cE
zQ0W8lt3y*H;wKbd1M%~?wN=`=h@Z`{r;lR6lKoT8$c2dC_Sf3e2lb)`NyINeYe0@l
zz34Z-@r~UQud~iN>$iXVx4-nIFWqs+9pOW@Zu8QweB~?cpA|j(?6Y@QU3=}dCkHc9
zBtX4r5!4>SHXb6V7v24}z`rj#^^N5aF@<Xw+*O2n(IK3CkV8byr!vd!afQ+_hC{><
zOMOu3gWKaeG(~O{KRxGQ8{8h-uU<Qs+hdy{;%B2n{A_eui1-P`Yy<I|B^Kh9J`le^
zrqV_HDwL8K#4mx9Pif~OemSUQ7V%5q<Wq=W&Zjbq_*EzkV-UX~minO52jW+Urbxt3
zD7*&Z=W%PRv~v+Zn_*8M)QcJb5kCW3Sklu6^`ZewrHl9lN)5<SsTXa3^LM}d-Mdv@
zYX8`e{n*d_+|NDjX;1srU;Wje|M{PPzyltjsolog-~RUS@##(xpk8ze*J%yjc!;20
zboVy{^`cYXRSpqTxQ4-9MW`1Y!pR3YMC5!bv)mq6C=FvcL=3Ui2bDg!J+4Dj<VNw+
za}Kt_?XmspwR5>WwizORHaf)5MyG{{pHR#;5WiVsAztYN@e5=sUBs_KDTzV+5;*yk
zb}r(VgGy!*zXVP`h4|%sDzk`Rh0-tv@f%{P4=Q~iesySyMEr!pYao6ex3)?<7xA+h
z_Vhu$r~wf1GoXbfJ$+Cw8n9Hlh+m-8fE=NE(e{^r=R4oITj*79UwP$~;j`17B|yFC
zEV0uUzwr=3z3A?*4(dgxzNj1`rf>~|yNXaRI)sxCa)`+JRA#w7u234raEKUUsShfB
zaC=;brpS%rr{^4OgWF^K)obT+du%gA{A_fHpN&on5kH}rZ6JQL#6rB%2jUmVRJw>?
zg;ElO_$6@iDeYXuF9(&(B7O;+d<yZ)`BY{RzY3*c4B|J$QXf?MK>X^^6p8o=h1Wp*
zJZ^23b}r&)GwkVudQk%);%7h$OM3dCUNm5-bP>NmsR21!^`h<X-~Pk&KmF4`y<6^;
zw;%oJM}PIJUkx9eu0eo$Q3Kj(TC(vFLA~hiFAeHNr@o~eBBpQ+gS(1QFFJ&i4|0ge
z`BY}PJ+4q1#&C!jVyO=*eQ<kRho;Dl;-}{vY=hfl`_*gba(iquMEq=Yh@Xv43lTq|
zm~9|_v&2HY(g)%f$W*$BUxiW<gZL$I@+s|H#4iVx%p!gXoO}xL%lTAh5x)whVGQCo
z#8Mwr`at~Z&=iUI35C}{{5)=Lm3A)TXEW^SgL+W|AmV303rl+Xpk6d!sdN#)K&b&a
za`mG9BYgI=pZ%@h`mKB3^PanPU%Tx#b=hT?U31Mf;Um+v2~aO;qdVmbHy$FW7v23`
zLA~hI_me}!6s}=#R}tz(hj8*i4iPz@$}G3X6-vVx4iQ5v^+BZ%ZjbBG6uD9S^qhlj
zaC>aOdhJ|pk8OsCpN$Ujv(afG;wKcd4a9GjScq5pK>PxkN*D2~P)cGDzXVP`rJalT
z<)D&T#4mx9Pa%FepUN!aSD`eFLHveT>Vrxjh+iF=A`w5K@EVAp$E~f>&PDuehCO{y
zFKPfp{0wMeNlzctiv}!}F5(v`H6TZ{UbKIZ6DLlzME1ome(^&e`p{qe#b3Plz3=_t
z2S3=l|Nig)-loEbrMr;;^`aXAp2FoD4-wRhQZH(M8#zSS=(Mn_2=$@@Qg3jGsIyv%
z<o0-p%<4FYh*d;+fYJxI$2q9s>_+h$KJ%akxjnXDw{|YK$2LR6&qjy%+32(o@e_*K
z2I4nMEW|5)Abx>NrHlAgC?zq7Ujiqe(#}Qva!|=E;+Me5rx3rKPh}SIt56!oAbvwE
z^+BZ%#IFubk%*sAcn!qQ<JMMb=OTVK!=65<7c~GPeg?F#q^A$+MFW;f7x4>}8jvGh
zFB(1$-P1~ddePI0ck1CA4-wRhQZG97ecKJ@5V1?cYj+i)Ueut+A;N$bmT-F<fYiGj
zBI>M$kxC!j9uN8CgB!&!fA}HHa(isQW$j#Uk8OsCpN$Ujv(afG;wKcd4a9GjScq5p
zK>PxkN*D2~P)cGDzXVP`rJalT<)D&T#4mx9Pa%FepUN!aSD`eFLHveT>Vrxjh+iF=
zA`w5K@EVAp$E~f>&PDuehCO{yFKPfp{0wMeNlzctiv}!}F5(v`H6YZB1}1cu2v9G&
zL}vfv8xIlGi&8IYe`z^H*yyyds|fX?0#a{qh^Vt#isbfqiOlLahlo`~d4SRfx5qiC
z;p|578$R=(2Dv@9U$=HHx5qX^#Lq^D_}S>R5b+a=*#_b_ODx1IeIR~;Or?wXRVXDf
zh+hIHpVH1n{BlsqEaI2I$)^y%oKIyI@vBf8#vpz}EcHR955%tyO_7M7P<Rc*&*Ros
zY3Cw-Hp8Ais24Q=B7O$6u%xFC>O}*VN*D19lo}A~MFSJMO9ZGFT_Usp@r{QF>P4v+
zwZF6+B5ZV8*j0pjQ30tpI7HN0Ek$yByhLVooI}JaqC7z9gWKaA)NppA_zj<VP=nka
z+pk+Ym)m2TA>wDFL;P%XT8Q`w#cTudn<W<Fl|B%^K&H|~{3?`^7{o7ulTT^qB7Qlj
zWESyD;N(+?U(Tm8i}+P24Py|$A(r}}(g)&Kho(rxPbj<w;^%Q|tF&_wKbv7sAJmH)
z01-a}T3FK42lb)>OQnnW1xgJF^`e0Z-6aCli!PDb|M<p31ofiSi`rjW4iPpwE$k{n
zy{LfH8yq6)td=6VJzgTSI?f?t6;U3b^ug_M4r(~NQT&F_Jg7l#kL}m3oy+a9%@Fak
z(II{|IxR%}gkrXV_{|av@k$?vUm#QIB7PN0Netqbz{#hya}mEBR5FYBC2;a7#4qPl
znMM36l!h^g-w;cEQ0W8lt3y*H;wKbd1M%~?wN=`=h@Z`{rw{5y4S<NB0WB=)>4SRF
zfThw!`~sy0gnH4yq}Xl0|G)I5FTL-5?|c30U;o_aKKH3led;g$(l0&z=}&*vt6uft
z4}bX9TW>8sr)A_XeBldMTye!Sp7D(KgkS&lUw`Xc-`bws#`pGw;t!%;v<PYsVH*z-
z)QeItYJW>PMA+!Gu&W65q5@KHaEPe0T8iZMc!|vFIERQ;M0tSH2e-#LsNw8J@f$w#
zpa!`;wqLh)F1N=vL&VQUhxpm(v=H$VirEI@H%lzUD}5k-flQ@~_*Ez+F^FFRC!f;J
zMf`G5$t>cRz{#f&zno8H7V)c48pa@gLoD?{r4Pif4o#7WpHO%W#Lwf_R%z!Vem29N
zKByNp03v<{w6LV759&n&mP!}#3zQlV>O}*SO1IT>K4I-oD*<i4?((O#veIWg>siAm
z{pN4}W~G{F`xElN;qEN;qPsNi+V;jn1ofiSi`rjc4iPpwE$k{%`3<inG&%te5!=5B
z+#cHuIYij#`a-1-ZjTL;8^zD~iD%dnZjbF3s-4U2vCR<iv(X`bHaaat{Dfk*f%wf5
z3-L-Hh+iO6=^}m=N=Xdjm%z!Vv~v-^98@xk_$6@iDa0@5Q<+8lDwKvXh~E%PeNgEG
z@vB2qB;qF&UIX#-xV2T<xrm?5u%{2|MGb(6p8+i_>FI-d(SW7WMf?J#284Riz@*Zx
z)Qh$%(C0koId|M~$I=5^3V!mFpFAuU?SoHw%2V2AUs~SAw?83y_{me$i=NEnt{T~R
zh@f7SdQtnU%OS!>r-fZbs23HGdV@nmoz+rgPansRA72V!e2D;uh$S+`aitG#kBh{1
z!#0ZF?xPN~&F!)M-nDbNJ+>Jlel|M9&qk+(h@Vi*HW0sAVj*7X1Mv%FDqX~{LMe$s
z{1Q0%ly)xSmxD@X5x)dZK85(@d@8euUxm^z2JstWsShfBAbxddibVW`!fPOY9=Eni
zI~Vb@8TRx+y{G{Y@iU->B|UvmFB-5^x`<z()PPVg8kkhNU-`;cUir#bUUk(~*Is*V
z`xidjueFv~+n?6B?z-z<`qG!G3iR^JFCRXz1wZ@Q&+cItUwrY$KmPHyquXFB;rQ6c
zKGsJ1)bpPAyf%26o-llDGDy8>0%y-t8xIlGi&8IYe`DKkq<(zh5MeXyDnh-e0gyw4
z0WB=y_Ba5kcR57VSq&qVKDa#|^2rA`ieLWlLzwO9<K~-hK7<c@YCofPF5+i{Mf_}Z
zh@Xv43lTq|m~9|_v&2HY(g)%f$W*$BUxiW<gZL$I@+s|H#4iVx%p!gXoO}xL%lTAh
z5x)whVGQCo#8Mwr`at~Z&=iUI35C}{{5)=Lm3A)TXEW^SgL+W|AmV303rl+Xpk6d!
zsdN#)K&b(tUNkV--fc<t$}6u_$>^{s=yRX@Tn~8S6QB5<?|dix&~JbH+ikoDwA$1#
z+q>JJFnnw>NWEwRXU|g`4-wRhQZH(MV>v|F=(Mn_$S^f1hQ^QphlnATsX=a!r*Q2C
zbBNfbVYHP#xIH%LZ4^J_C!S$TxIMOCsCF*5$2LR6&qjy%+32(o@e_*K2I4nMEW|5)
zAbx>NrHlAgC?zq7Ujiqe(#}Qva!|=E;+Me5rx3rKPh}SIt56!oAbvwE^+BZ%#IFub
zk%*sAcn!qQ<JMMb=OTVK!=65<7c~GPeg?F#q^A$+MFW;f7x4>}8W8G51CvwIz4OjH
z_1~KR{O3P^@-tuXf*161(7*btzdCugjkNI|(Ehd3VZin$3?G{eQZJgo+4I!KLj?7r
z)Qj5RSPl_3IxXxfLcOSf)EgWk>a3O`xjkMYvpUWpVii#yp!C7*aSm!YyHWgx&pfC>
zZjbHPt)0v5vCR<iv(X`bHaaat{Dfk*f%wf53-L-Hh+iO6=^}m=N=Xdjm%z!Vv~v-^
z98@xk_$6@iDa0@5Q<+8lDwKvXh~E%PeNgEG@vB2qB;qF&UIX#-xV2T<xrm?5u%{2|
zMGb(6p8+i_>FI-d(SW7WMf?J#284Riz~oeQ|L_n0uorxO<Rc#m&pdYQSf6VDd)sZd
zh1uS1<BGZc_S-|u_9uh~R=U)SRw(T!X5%4(dQs{{?Jp{a2pgRib`_ysR6yzt4iR-$
zOOf0jFOgXt=Mb@qC=XEj;PyBNHJsfje#2)T)F8LV_UqQp<@VTSi1^v)5I-B879xH^
zG21}=W{HJ(r4Pg}kg0SLzY3)!2JuVa<Wt(Yh+hsWnMM2(IQbOfm-DI2B7PN0!x+SG
zh^0QL^nv)*p(zsa6AG_^_<7vgD(zgv&t}-u2lb)`K*Z007MAq%LA_|eQt2Xofl>oP
zy=Y)^s=Ak7et9qW{NyJ;8J^kx6Z3uQna_M?nA+{O*&g=wuYY}aytTJKAw00srCzi`
zX+JR=4-wRhQZH(MQ8`4|=(Mn_2=$@@Qg3jGsIyv%<o0-p%<4FYh*d;+fYJxI$2q9s
z>_+h$KJ%akxjnXDw{|YK$2LR6&qjy%+32(o@e_*K2I4nMEW|5)Abx>NrHlAgC?zq7
zUjiqe(#}Qva!|=E;+Me5rx3rKPh}SIt56!oAbvwE^+BZ%#IFubk%*sAcn!qQ<JMMb
z=OTVK!=65<7c~GPeg?F#q^A$+MFW;f7x4>}8W8G51CvwIZF%;oPkm~y_Wa)Wz89W(
z)m2yZskgrMtzl}nd&L!3^suY1zIu1OwYNVZJh0NGUbI4KKQS8*5!8!PFKT~LIYij#
zw6LoP^`Zh&Z*YjHvs#Me_IQcR>NtmpRYZA!(g(N4IjG_6M)4ay^PmQ~J+@!Bb}qNa
zHbcbEMu+&>=(G^=6N=de;x|hy#4CLuet}G-i}+P2B{7I!0w<r+&PDukP{}Ofm%z!V
z5Wk#HWft+PP#VS{enTwvL8TAGuMSO-h@Vh+4aCpm)>difB7Qc*o<67-H2@-h2DGrG
zrw{5y1C~k`@e7n15b8w(lT*^wzyJB{XFt2;-0;kIyyG3c5cGo|{9u^c?Y7w-_UC{8
z=ey&rz5NN{f$cB(mur7s{Nfk4Z_7(x`qK8xXZxSy$B%ajId<&W_NN`%6K=WXmQJtz
zZ_5a?AOClM_jgq=dEPzm_2+;8jXnRLetK&>`I6`F`KMp{{6E<J3pALs01r7{JGXxW
zn+YE>4eztJN>Oj;dOz+=TJ?h;{6N3@T7&dqyxd!Fy|tlZ=Njm4yX`i8{cgVbX5$G5
zzC`JRoojp(Hj1C|6VI?E{SttkYrIzN-2MxY^kFbW{0wM)3F2p?(?Y~gC}tao-z>2Z
zuk?ZV1u~T`;#Z-R#2|hNoP0_<7xBwMC9{ZM0w<qB{Bk~(S;VhGX&8g}4YAY*l|B%^
zIy6NhenR0j5I>JwTcw?g_}L7*__ZWrKjB~(B7WOnJ>q9GMEnA}_Wx?u>qW1-?z&Jw
zNY^INApgp*{7NtNy#D&@Pkv7OhdTT0$3On@lV>&3W_#El|M4Gdus60pAw2NJi4*;s
zko@n{pZ@eV+p0!YFG1so5_sVYU#Nmf>P2t7@x~+i9{FoS00Izz00bZa0SG_<0uX=z
z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Iyw68P4)zSZjkzwwQ4gaSgk9)VVP
z`LdV2tk-$I``zyzKIG*ue|Zo1%x69`4CsSxwuiOq&=9u$3E_d%ix#)cnGr_4sLEwq
zgL=_3<6F(AfB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|
zfB*y%0@RC!vdN9z_Fr{>!yDevi#%WX%2%HJU!w2NS3#*=FS`8+;geD?nrxFZZ;E<R
z>P64IZ#AC?0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<
z0uV?D9F=;}tFF5010VRn```cmkA3W8q0sT}({0tEZ+zn$d$DM%=e+aIJD2`$`mf1<
z;uD`(ifQBe@6rF!AN^4X+x~>`K<Y)4ZF1&KQ7=lp=$ZGe<`Y2x0uX=z1Rwwb2tWV=
z5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0ttbmQZIVWIp_5Ht`B|aL!r>|
zZqjY_malu=>ng>f?JxX}cf6xV<{#&SAN*hsd(V5`6F%nlCxi#KV%Iy?{=DWjuldQJ
z{K?<{{ofC3y>9!7{hRrJ|M!316ApRRfBeUPXkY)=fBn}iiuMv!FnQiR@Ac<@|BXHW
zpMH94Jo%F6@A;=+`usoG{R<pBc5D{lA;)Xy_HW?-{LlX!G7ayu|M!3Yccb^8|M{QZ
z@<U$rzyJHc`qkGO$^XBML#C8}_MSeDA3vUlF?%wBzH|FG@RnO{IXQrloPg2?;+KOO
z&TbUH;WH0vu&0lkZ@&4UKJ_X2u-du(w;$qXP(}O<XnhIdXQR_X#7`(@8;IX5u@JBH
zf%pY7l`i5}p_IfRehHj>N;?<v%Rwcxh+hIHpF;d{K9yO-uR>`UgZK@x)CZM55WhM!
zMIwGe;WZFHk6T-%os0O{414-8iZtw>c*ZP5{I<W!o<6v%H%KCW0a^pnDgfJ`>#x5)
zOx>-zsu#U`{?=_JEA78NUn~}FVB0^J+JoQv*0&~{+iVZJ`s%Ag*!Cxc2Ufc6A2n@X
z73xJRtWI~##zO@4qSTApUr`PbHaacrDnh-efYcitBI>M`BDp<YBC|TqAz~F#9-#EW
z?QsrjIJ;5&hR-~xL2i%j*R7q)?Xk@e@w3q(el|KSMErzewt@J~5)1K4ABbNdQ|Tgp
z6-r4A;+Me5r?hhszZ_IDi})pQ@+rhG=Tn(Q{3?`&F^Jy~OMOu31M#avQzYUi6kY@I
z^SHHD+PR3I&9JAByJzK+{h{`=5b@j2xu*~6MGcaOUx3zt{IFc~?p`l?!37ue`mUD0
z!biBvyRBHX{nzJvVdu+V{_@H{clPBkf4Rs1#&7&a^7n7EJ?v{=`&tOw{)F(rN|$=k
z3Z?zTY&=9zFG{_r{YB*vVWZQ+t|HWn3P`=dA)?M|DU#dcB{Hky93oZ`<pD|`+#ctk
zhO-;RZ}`lE8szrae%;!++#cHu5kDIp;%B4NLc~ufW*dm#EU^%;^nv&VGL<gkSD}=|
zAbts)d`deP@ykIavxr{;C!a$6az2$=#IHhW7=!o?vD62ZJ`le;G({qQLg6(KKaX2m
zrJalT*$jL7pkCAfi1-=M!jhgos22@bDqX}cP-;MqM7`)w{nStO`mRbfX84S!wcGv^
z?k|4vi>Hc3+ux^Q?@QYMF6EInu9%ZI`}QXoSg02@pq-{A8xIlGi&8IYe=|8m*yyyd
zs|fX?0#a{qh^Vt#isbfqiOlMF-?{z%g#RA>Dz1|Qls>pUJ{ivH$VTy7ef}9A!0oa9
zinVjOJ+>Jlel|M9&qk+(h@Vi*HW0sAVj*7X1Mv%FDqX~{LMe$s{1Q0%ly)xSmxD@X
z5x)dZK85(@d@8euUxm^z2JstWsShfBAbxddibVW`!fPOY9=EniI~Vb@8TRzCROe$q
z_7D~#e%s%2Pah|jkZphR8UF;tFTCOg<Ve(uzUW0S>h)dU{qA?eN4N{S?YG$rUhslm
z)!F`g^i#F0&wJkU`oa%>@PosT(8hZ}t4AFMY=6S=vB@Cyq6wTmPi;IzP%lcosQr!Q
z5MiU!!mc9Jiwa1+!6Bl~YAKT2<0Uey;~XMZ5#<3&AKV`2poX&>#c%k`gBs-a*nZvG
zx!fMx3=uyY9pY!B(?Y~gC}tao-z>2Zuk?ZV1u~T`;#Z-R#2|hNoP0_<7xBwMC9{ZM
z0w<qB{Bk~(S;VhGX&8g}4YAY*l|B%^Iy6NhenR0j5I>JwTcw?g_}L75`k-Fa0EqY*
z(87|QKByNBSSnq_FHmYgjzqoaCqD6sUf=cZcfUJ)guANSHsEEKUDiuFU-hb2O%;o_
zzw>84^O?T(Nl$vx_rL%B@F{M(>83W`1HSa7FNN9O-Ts8(W0OJZMH4uCp4xbbpk9=E
zQTrRqA;Lzdg<VCc7Zs3tgF{4})lww4$4g{Z$2ml-BFY1lKDa&3K@Dd&ir?^=2Q|p;
zvHiNWbGbdX86ti*I>gULr-g{0P|P+Ezgc1-Ug-nz3uG!?#IHgri9!4lIQf)zF5;Ji
zN@fwi1WrDM_~m>mvxr}X(l7?`8)B&sDt#b+b!du2{Di`5AbuXVwn{q}@v|BB^g+F-
z0TA&spoJwpeNZnNuvEH;U!c^09Ep0-R*iYV1sAjuulwEaes_m&{_*3-pYxpO^m@)$
zzxvfDPMio}SG#S=GoSg){)Aut<zN2vr$60(H?~#ne?Rr9PqmRg_1xz^x25di)3!fh
z_}FBSdeH>Vo~Je*BB&RoUex}^a)_|eX<=6p>O}>l-rx{XXSEc`?eP+s)o~6HtBCRd
zr4Me8b5O(Cjp8?a=0Oei^l|geHy_leJ|!PkJD1yIn<wIDqeJ{`bXth`3B_y!@tY+U
z;*~xSzd)waMf@t1k{HA<fs;>Z=OTVNsALxLOW@>Fh+od9GK=_CC=Fu}zaf_Tpwb88
zSBIuZ#7`)^2IA*&Ypb+#5kH$@Pao8a8UPVL16o+p)5qPRYA*c6?*3iGFTA4$<Ve(u
zw!ik@|NY<h60cTBIs1=!hEKh{d(~A}^?J_szfXMP6aSy|&!7J3pALUw`)5TjzW8E2
z=j2AK8ol+_TZe1=;PxjZ4?lT|deM`a+*KnR4-wRhQZH(MbvZ=X=(Mn_2=$@@Qg3jG
zsIyv%<o0-p%<4FYh*d;+fYJxI$2q9s>_+h$KJ%akxjnXDw{|YK$2LR6&qjy%+32(o
z@e_*K2I4nMEW|5)Abx>NrHlAgC?zq7Ujiqe(#}Qva!|=E;+Me5rx3rKPh}SIt56!o
zAbvwE^+BZ%#IFubk%*sAcn!qQ<JMMb=OTVK!=65<7c~GPeg?F#q^A$+MFW;f7x4>}
z8jzz>FWUa*uY29=dX?8B9`T4TfBDPdv+T3GTQ7QYoo5(%$2;D!^ml9j%FQ#L@r)4P
zyU%*ov)WEyTBz~uPtc=Q8`O)gBHCNP#zO@4qSTAp-&GC~HaacrDnh-efYcitBI>M`
zB76F1|4jN)0OLypI7BRwDUK_BaC=-Nwi~ul{B|F8m~C#4?f0&o%k8nv5b?9oA$~SG
zEkyi;Vzz<!%@PaoN*{<{AXDigeiced4C0r-$)~h)5x*Q%GK=^naPld{FXvO4Mf@t1
zhB1iW5KDbf=>zerLsKN;Clp=-@$<N~Roc0TpUtqR59&n?fQX*~EiCEjgL=_`rP4+G
z0;LAzsML$Lzv>Tu@Pqare^;T`!yo?e%P+tDnrp7P@x~il;Z2)uF_k|7g3&!y^`h-Z
zw~YL`&wcJqZ+g?O{o1cR=}Awz<dRGN<WK(O3t#v`8!!IFwm+fxgQyoRg4#pa#zO@4
zqWU$`8pn<u+ruk6V}1mOi0!Yk<*9ZAqh8b?$sxjk7M5^(9DvljedqT3lUr`NrM{5J
zPC)5{+hgM^u~GbtpLm8X;r7^mq1w6J9@`8NKN}t5XQR_X#7`(@8;IX5u@JBHf%pY7
zl`i5}p_IfRehHj>N;?<v%Rwcxh+hIHpF;d{K9yO-uR>`UgZK@x)CZM55WhM!MIwGe
z;WZFHk6T-%os0O{414;ZUeo}H_!-c`lAb=O7Y$e{UBoX?YCw)kz34gToU>cvwWS>(
z&@B?6UbF~m4`CY*5!8$B{sN(1bm|++Az}*GFu1D-^`b*K`5=dgoKIzz+v5tQVGM_e
zA(r}}(g(N4b!dv*D1Lg*!8W)(wqLz=F1N=vL&VQUhxpm(v=H$VirEI@H%lzUD}5k-
zflQ@~_*Ez+F^FFRC!f;JMf`G5$t>cRz{#f&zno8H7V)c48pa@gLoD?{r4Pif4o#7W
zpHO%W#Lwf_R%z!Vem29NKByNp03v<{w6LV759&n&mP!}#3zQlV>O}(+x=RG87hNK=
z|M8872<k<t7q!2%93pIVTG&;DdQkzXH#kJpSuI6!d%Q$ub(}-QDxy3<>4V$j9Mo`j
zqxcP<c~FDg9^0>5JD1yIn<3(7qeJ{`bXth`3B_y!@tY+U;*~xSzd)waMf@t1k{HA<
zfs;>Z=OTVNsALxLOW@>Fh+od9GK=_CC=Fu}zaf_Tpwb88SBIuZ#7`)^2IA*&Ypb+#
z5kH$@Pao8a8UPVL16o+p(+BmU0ZXNe_ytN02=$_Y3Ed?E)Qc{W+5h;)Lj?7r)Qj3*
zS`HC5IxXxfLcOSf)EgWk>a3O`xjkMYvpUWpVii#yp!C7*aSm!YyHWgx&pfC>ZjbHP
zt)0v5vCR<iv(X`bHaaat{Dfk*f%wf53-L-Hh+iO6=^}m=N=Xdjm%z!Vv~v-^98@xk
z_$6@iDa0@5Q<+8lDwKvXh~E%PeNgEG@vB2qB;qF&UIX#-xV2T<xrm?5u%{2|MGb(6
zp8+i_>FI-d(SW7WMf?J#2IQ#Ji$3T<4|>2U`V%0~EfSz!v<PYsVH*z-)QeItYJW>P
zMA+!Gu&W65q5@KHaEPe0T8iZMc!|vFIERQ;M0tSH2e-#LsNw8J@f$w#pa!`;wqLh)
zF1N=vL&VQUhxpm(v=H$VirEI@H%lzUD}5k-flQ@~_*Ez+F^FFRC!f;JMf`G5$t>cR
zz{#f&zno8H7V)c48pa@gLoD?{r4Pif4o#7WpHO%W#Lwf_R%z!Vem29NKByNp03v<{
zw6LV759&n&mP!}#3zQm=qf###{^oS|Pk?&S{WD+si5m|Q)QeIty7bjr9p@0SifA>U
zs|fX?tDsH};1F>#li3k&k7tP~o<oFCcnzfwZjTLs8^zD~iD%dnZjbF3s-4U2vCR<i
zv(X`bHaaat{Dfk*f%wf53-L-Hh+iO6=^}m=N=Xdjm%z!Vv~v-^98@xk_$6@iDa0@5
zQ<+8lDwKvXh~E%PeNgEG@vB2qB;qF&UIX#-xV2T<xrm?5u%{2|MGb(6p8+i_>FI-d
z(SW7WMf?J#284Riz=ZA+0qRAU$n1Z7;~|22QR+qQFD-`%8=V$*6`@{KK<W(+5p`Be
zk=!0Hky#z*5V49V4^aBx_BaPMoZTpX!)G4UAh*Z%>(<WY_Sj~K_}S<XKO3DEB7Q<K
z+d%wgiG_Hj55zB!sdN#)3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUg
zr9P<if%w&-DH8D$3a^3qdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUgN0
zXkbEji2(JYOJw#xzVQ%2y(smf_Lr7JgpE!MyNXaRDj@X+hlo0>rATg%m&mM+bBI_)
zlm{q%aC@AC8qRJMzu_|vYLMGw`*myQa(iquMEq=Yh@Xv43lTq|m~9|_v&2HY(g)%f
z$W*$BUxiW<gZL$I@+s|H#4iVx%p!gXoO}xL%lTAh5x)whVGQCo#8Mwr`at~Z&=iUI
z35C}{{5)=Lm3A)TXEW^SgL+W|AmV303rl+Xpk6d!sdN#)K&b(tUNkVFyF`F`(Iqnb
zAK!S0pk9=EQTt2FA;Lzdg<VCc7Zs3tgF{4})lww4$4g{Z$2ml-BFY1lKDa&3K@Dd&
zir?^=2Q|p;vHiNWbGbdX86ti*I>gULr-g{0P|P+Ezgc1-Ug-nz3uG!?#IHgri9!4l
zIQf)zF5;JiN@fwi1WrDM_~m>mvxr}X(l7?`8)B&sDt#b+b!du2{Di`5AbuXVwn{q}
z@v|BB^g+F-0TA&spoJwpeNZnNuvEH;U!c^0P%j#o&|M-xz338|{f}=vL{KkEy{P@A
z<q%<`)55MI)Qbv8y}==(&T1)=+v6oNtK%FZRuSa^N*~-F=b(nO8^v$<%!3-__Sk;i
z+PT~w+YAvu8y(_jqtimfPbg*^h~F%+5U=!s_ysbRF5*|Al*Ax@37mXNI~VcGK_#<@
zUjiqeLi}<*m085ELTMO-_zkht2bDe$zdAHUB7Q>QH4s0KTU(`_i}=|Ld-|YW)BuS1
z8PLL#o<67-4Ol8k{4K&TfDOz18Vpk8!|%>KtW9wMk0rC!wj(sGEf(P?2<5$Z(+
zq~72VQD?Oj$?fqHnbmO)5vz#u0HqIZk8@DN*^S~ieC9z7a(isQZtYxdk8OsCpN$Uj
zv(afG;wKcd4a9GjScq5pK>PxkN*D2~P)cGDzXVP`rJalT<)D&T#4mx9Pa%FepUN!a
zSD`eFLHveT>Vrxjh+iF=A`w5K@EVAp$E~f>&PDuehCO{yFKPfp{0wMeNlzctiv}!}
zF5(v`H6Ta5Ui8F?6F1*{^S8eBt?PgICwxG<r;q^kqNfn%#z$>DL{KkEy{P>S<Pc$_
z)55MI)Qbv8y}==(&T1)=+v6oNtK%FZRuSa^N*~-F=b(nO8^v$<%!3-__Sk;i+PT~w
z+YAvu8y(_jqtimfPbg*^h~F%+5U=!s_ysbRF5*|Al*Ax@37mXNI~VcGK_#<@Ujiqe
zLi}<*m085ELTMO-_zkht2bDe$zdAHUB7Q>QH4s0KTU(`_i}=|Ld-|YW)BuS18PLL#
zo<67-4Ol8k{4K#pj==-0mXwb#7nH4k~nLw4)FT04Be-fh8O`Tze60~o9jpkA~>
zX+JR=4-wRh?*865cI?=G-rAY*Q#eFye~(>7s24Rza)>aXg(ch`2O#w>hlo0>VWiRr
zx5q<1`QS$J%O8FSv)mrrZ&^E++hdy{;%B2n{A_eui1-P`Yy<I|B^Kh9J`le^rqV_H
zDwL8K#4mx9Pif~OemSUQ7V%5q<Wq=W&Zjbq_*EzkV-UX~minO52jW+Urbxt3D7*&Z
z=W%PRv~v+Zn_*8M)QcJb5kCW3Sklu6^`ZewrHl9lN)5=7s~7#|H^2GV$3Awq+-tWT
zK49;*%2LI&?K6yFaFqb{qN|AZ7O?RULA|JcA+!edqEp{n4iQthhQVD$s23f=$p<+^
z<a{c#J$)QMe!LP)%q{^A5xX>uw$cZ;#|FKP;%EHCGi(XB$My@=&gJ&lW{CLN=ny{}
zofaZ~LNVJw{AP)Tc%=`-FOaEp5x)whBnI(I;N(-<xrkp5Dw#$65;*x3;+ONO%p!gj
zO2Zh$Z-}KnsPuvO)uAa8@e>NKf%tjc+A8f_#Ls5f(+BmU20+BmfEJeY^g+F7z*6ZV
zet}X0a<uA2-~RTu?-qKU+zubGcW=D$Mnzt8%{9Xq23HACFS?3oZvh(*5!8$77eZ@L
zFFN(T<q$E2YZ%;BgnH2-oP3Z&M9!x&%k6Q6(lCZY#1Kn;Q0ar)<2p1&ZWKQ~=U^M$
z9^0>8JD1yIn<3(7qeJ{`bXth`3B_y!@tY+U;*~xSzd)waMf@t1k{HA<fs;>Z=OTVN
zsALxLOW@>Fh+od9GK=_CC=Fu}zaf_Tpwb88SBIuZ#7`)^2IA*&Ypb+#5kH$@Pao8a
z8UPVL16o+p(+BmU0ZXNe_ytN0$Pua+z4FQ{cdNX5`=Jkg=#!rGB#nm;sILCY^?&wf
zf2KhiQv|3Nox*imgEt-`s2A05jMkuDbn3gxAz}*GFu1D-^`b*K`5=dgoKIzz+v5tQ
zVGM_eA(r}}(g(N4b!dv*D1Lg*!8W)(wqLz=F1N=vL&VQUhxpm(v=H$VirEI@H%lzU
zD}5k-flQ@~_*Ez+F^FFRC!f;JMf`G5$t>cRz{#f&zno8H7V)c48pa@gLoD?{r4Pif
z4o#7WpHO%W#Lwf_R%z!Vem29NKByNp03v<{w6LV759&n&mP!}#3zQm=qf#&WwXc0`
zx5Vp-PkiEMKl@qv=Q-z`(`Um6RQI*7eQgi;o!|K#4bqq*K)vV`uG1R4@eo11=<Y8Q
z>P4r%s~jSxa1DdIicl{)gp&_)h{*X=X1P7CP#VT?h!|q24=R1g-s@|L+$eqk<o4M9
z4ru3cdu%gA{A_fHpN&on5kH}rZ6JQL#6rB%2jUmVRJw>?g;ElO_$6@iDeYXuF9(&(
zB7O;+d<yZ)`BY{RzY3*c4B|J$QXf?MK>X^^6p8o=h1Wp*JZ^23b}r&)GwkVudQk%)
z;%7h$OM3dCUNm5-bP>NmsR21E^`Z}d_``dN*FElWk57E!6XAob){B1flb`I%TcK%K
zOSedXdeI`NJ%nvML{KkEy{P>y<q%<`)55MI)Qbv8y}==(&T1)=+v6oNtK%FZRuSa^
zN*~-F=b(nO8^v$<%!3-__Sk;i+PT~w+YAvu8y(_jqtimfPbg*^h~F%+5U=!s_ysbR
zF5*|Al*Ax@37mXNI~VcGK_#<@UjiqeLi}<*m085ELTMO-_zkht2bDe$zdAHUB7Q>Q
zH4s0KTU(`_i}=|Ld-|YW)BuS18PLL#o<67-4Ol8k{4K#oMc=<Yu*dd)T0giq1B
ztM#Ja``-6@g;@K%CogBDLV$YF3Z?zTY&=9zFG{_r{YB*vVWZQ+t|HWn3P`=dA)?M|
zDU#dcB{Hky93oZ`<pD|`+#ctkhO-;RZ}`lE8szrae%;!++#cHu5kDIp;%B4NLc~uf
zW*dm#EU^%;^nv&VGL<gkSD}=|Abts)d`deP@ykIavxr{;C!a$6az2$=#IHhW7=!o?
zvD62ZJ`le;G({qQLg6(KKaX2mrJalT*$jL7pkCAfi1-=M!jhgos22@bDqX}cP-;Mq
zM7`+iU;p}E-}T(*J~w=X-d(L1ZTqD^;YWVtM}|*eaFqb{qN|AZ7O?RULA@yTqV{){
zLxhb^3%iO?FDfAQ28W0`tEEV8kC(`-j&q1uMU)39eQ<l6gBs3m6u;p!4{DIxWBYY$
z=W=^&GerDsbcmmgP74t~p_pwTezU|vywV5a7syn)h+l<L5`*|9aPlebT*NO2mCPc3
z37mWi@yq#CW)Z&%rC|)>H^fpORQf>t>d+L4_z8vAK>R#zZIyN|;%77L>4SPv10dpO
zKnqKH`k-DkV5xKwzd)%0ITH1vPk6!;dVN>>hepFk=-u`osqX>9**@3<?s?C9CNWGU
z1gIBH;Ou#7;~|22QR+qQZ!Cuh8=V$*6`@{KK<W(+5p`Bek=!0Hky#z*5V49V4^aBx
z_BaPMoZTpX!)G4UAh*Z%>(<WY_Sj~K_}S<XKO3DEB7Q<K+d%wgiG_Hj55zB!sdN#)
z3Z*0l@k`+3Q`)(RUk)mnMf?&t`4r-p^Qp`teicf?7{qUgr9P<if%w&-DH8D$3a^3q
zdEDA6?OepqX4umQ^`Ztq#Ls{hmh|*Ny=cHv=^}oCQUh`%>P7E&zx(z2uJ#Kge1zVu
z*NdKY)>*?RFt|#9deK!xdkffjh@f7SdQtnk$|1r=r-fZbs23HGdV@nmoz+q#x5rCl
zR>wI+tRl(-ls>pU&Or@lH;UiznFlq<?Xms3wR5>WwizORHaf)5MyG{{pHR#;5WiVs
zAztYN@e5=sUBs_KDTzV+5;*ykb}r(VgGy!*zXVP`h4|%sDzk`Rh0-tv@f%{P4=Q~i
zesySyMEr!pYao6ex3)?<7xA+h_Vhu$r~wf1GoXbfJ$+Cw8n9Hlh+m-8fE<Z>(R0r|
zx7T;I{1rYz@2=L1wuSu({QIIqfR#b&MJtr{6SMIULA@yTqV^Y+Lxhb^3%iO?FDfAQ
z28W0`tEEV8kC(`-j&q1uMU)39eQ<l6gBs3m6u;p!4{DIxWBYY$=W=^&GerDsbcmmg
zP74t~p_pwTezU|vywV5a7syn)h+l<L5`*|9aPlebT*NO2mCPc337mWi@yq#CW)Z&%
zrC|)>H^fpORQf>t>d+L4_z8vAK>R#zZIyN|;%77L>4SPv10dpOKnqKH`k-DkV5xKw
zzd)%0ITH1v_r33Zdwo~?1rk0&@2a45INJtqz4g}qgoi%#p-VB0=LD!1&H3zecH<#}
zdQs{{?XN3`2pgRib`_ysR6yzt4iR-$OOf0jFOgXt=Mb@qC=XEj;PyBNHJsfje#2)T
z)F8LV_UqQp<@VTSi1^v)5I-B879xH^G21}=W{HJ(r4Pg}kg0SLzY3)!2JuVa<Wt(Y
zh+hsWnMM2(IQbOfm-DI2B7PN0!x+SGh^0QL^nv)*p(zsa6AG_^_<7vgD(zgv&t}-u
z2lb)`K*Z007MAq%LA_|eQt2Xofl>o<B<e*U_qfOP`mP&pxFLLm-d(L1{ilEWr~ZUX
zFTHg51O`_LP%pZQXm0@<4-wRhQZH(MS2;x3=(Mn_2=$@@Qg3jGsIyv%<o0-p%<4FY
zh*d;+fYJxI$2q9s>_+h$KJ%akxjnXDw{|YK$2LR6&qjy%+32(o@e_*K2I4nMEW|5)
zAbx>NrHlAgC?zq7Ujiqe(#}Qva!|=E;+Me5rx3rKPh}SIt56!oAbvwE^+BZ%#IFub
zk%*sAcn!qQ<JMMb=OTVK!=65<7c~GPeg?F#q^A$+MFW;f7x4>}8jvGVFZ$A#zO>hO
zU4HrH;Uo0!YQ5-FpZe7PgtxrqEyE`;xJrO}(N#oy3)pywpk9=EQTw~fA;Lzdg<VCc
z7Zs3tgF{4})lww4$4g{Z$2ml-BFY1lKDa&3K@Dd&ir?^=2Q|p;vHiNWbGbdX86ti*
zI>gULr-g{0P|P+Ezgc1-Ug-nz3uG!?#IHgri9!4lIQf)zF5;JiN@fwi1WrDM_~m>m
zvxr}X(l7?`8)B&sDt#b+b!du2{Di`5AbuXVwn{q}@v|BB^g+F-0TA&spoJwpeNZnN
zuvEH;U!c^09Ep0-kA3W8y}s-G^Upta>{$2|t((`2e*NoTS9w@#pS+xr3IXaxE0p#V
zv+)o?y{LX6w8rpP%6{JCQT!<!BDTM^t|HWn8YDSH7|_BJZjS?ydY3~)oz*Z>>4V$j
zA)kD3qxj_yKZIFskL|atoy+a9%@Fak(II{|IxR%}gkrXV_{|av@k$?vUm#QIB7PN0
zNetqbz{#hya}mEBR5FYBC2;a7#4qPlnMM36l!h^g-w;cEQ0W8lt3y*H;wKbd1M%~?
zwN=`=h@Z`{rw{5y4S<NB0WB=)>4SRFfThw!`~sy0<Ve(uHqSioyz_dA*TolKeB#83
z@If>i##{IJ@#7a>cwt}rfCoIFWx$hT7^x7TUbI4KKQS8*5!8!PFKT~LIYij#w6LoP
z^`Zh&Z*YjHvs#Me_IQcR>NtmpRYZA!(g(N4IjG_6M)4ay^PmQ~J+@!Bb}qNaHbcbE
zMu+&>=(G^=6N=de;x|hy#4CLuet}G-i}+P2B{7I!0w<r+&PDukP{}Ofm%z!V5Wk#H
zWft+PP#VS{enTwvL8TAGuMSO-h@Vh+4aCpm)>difB7Qc*o<67-H2@-h2DGrGrw{5y
z1C~k`@e7n1kRwqq+Wy*ad)wPo;`R8)KfdjP-OsXAFWUY!(T6<bAzJwU_rHI4740bk
z)Qe8xI<3JQ4-wRh>UTnG@b8OGeOEa|OyL>^cNL*tbO<LO<Peebsm%8D(f+^ERDy}w
zCBPwKmxj?+`r!81ptn){jGuUhE#daqexcgA+#cHu5kDIp;%B4NLc~ufW*dm#EU^%;
z^nv&VGL<gkSD}=|Abts)d`deP@ykIavxr{;C!a$6az2$=#IHhW7=!o?vD62ZJ`le;
zG({qQLg6(KKaX2mrJalT*$jL7pkCAfi1-=M!jhgos22@bDqX}cP-;MqO1<cvciwr?
zMHi{c>mK*G$ID*!vg@w9u8p@373xKsmww?3U%2$rOBLT5k9o{vTKWqF=++5PFIs1H
zx+6CpBB&SL{mnqV=+xJhL&OxWVQ^Ow>P3fe@<9#}IiJcbx5pJq!x#<`LoD?{r4Me8
z>(CUrQT+6rgKcnoY`=Q#TyBqThKQey4)L?mX(8e#6tfM)Z<bhySNcHw0+~t|@vBfu
zVi3OsPClibi}>ZBl3Bzrfs;=memS4YEaF$8G>k#~hFI!@N*{<{9hxE$KcVm%h@Z!;
zt<ug#{A`9jeNZoI07U!@XkkfDAJmHmER`<e7brC#N2Ol0{mpN_`Q{5QxL~)?tF_NM
z>#T=A{NWnB<dRDs@rXyLtH%BAcfZ?iyDfZtx>E$G7oEa&T7x$pBB&SDZ-&;OUUcfa
z${}J3*D$!N2=$^vIQbxlh@4MlmfPbBrC|(*h#{8xpwb7o$8~6m+$er}&cQagJ+@!H
zb}qNaHbcbEMu+&>=(G^=6N=de;x|hy#4CLuet}G-i}+P2B{7I!0w<r+&PDukP{}Of
zm%z!V5Wk#HWft+PP#VS{enTwvL8TAGuMSO-h@Vh+4aCpm)>difB7Qc*o<67-H2@-h
z2DGrGrw{5y1C~k`@e7n1kRwzt+Wzu4-E`A~AN=6mTCYm`K@WP+_rL%B@Y(6k5};mm
zme}cw-*||iUUc{O2KAy-UsMheQ@Dn~T}7xD9m2^6IYi`qDzn@kS11i*I7AGw)CZM5
zxIL~zQ{+bR({m2C!R@jA>a}yZJ+>Jlel|M9&qk+(h@Vi*HW0sAVj*7X1Mv%FDqX~{
zLMe$s{1Q0%ly)xSmxD@X5x)dZK85(@d@8euUxm^z2JstWsShfBAbxddibVW`!fPOY
z9=EniI~Vb@8TRx+y{G{Y@iU->B|UvmFB-5^x`<z()PNkVdeQdxzvGTOe((2wZ@1hl
zZ(nxVWw+mcd-&jV4Fc4Q8qiMDl8uK5>P2^dX;3dZ^)2NPF@<Xw+*O2n(IK3CkV8by
zr!vd!afQ+_hC{><OMOu3gWKaeG(~O{KRxGQ8{8h-uU<Qs+hdy{;%B2n{A_eui1-P`
zYy<I|B^Kh9J`le^rqV_HDwL8K#4mx9Pif~OemSUQ7V%5q<Wq=W&Zjbq_*EzkV-UX~
zminO52jW+Urbxt3D7*&Z=W%PRv~v+Zn_*8M)QcJb5kCW3Sklu6^`ZewrHl9lN)5=7
zs~7Db;g(x&dDENTbm4^;?$&+nw%dQX{uQry#karx?eLN5+61T<wb7mOg&PkM)Qj%^
zuAp9Y>ifwdVhYzVxT^^DqC+_OAcu&YPi2<d;|ir=42OszminO52e-#{Xo}n@etOQq
zHn=^uU%hrNx5qX^#Lq^D_}S>R5b+a=*#_b_ODx1IeIR~;Or?wXRVXDfh+hIHpVH1n
z{BlsqEaI2I$)^y%oKIyI@vBf8#vpz}EcHR955%tyO_7M7P<Rc*&*RosY3Cw-Hp8Ai
zs24Q=B7O$6u%xFC>O}*VN*D19lp2sDS}&>((muj<*Ijq@)mQ)JU;gEL-}~MVeBc9L
z{Nfke9%-3QF*HsI0qR9h3C2_Mkd223>P4v+wZDfPB5ZV8*j0pjQ30tpI7HN0Ek*Y9
zas2r4r2xj42ylp4B2ye!`r!7sNNhK3qxkJU>M+~f9^3C-JD1yIn<3(7qeJ{`bXth`
z3B_y!@tY+U;*~xSzd)waMf@t1k{HA<fs;>Z=OTVNsALxLOW@>Fh+od9GK=_CC=Fu}
zzaf_Tpwb88SBIuZ#7`)^2IA*&Ypb+#5kH$@Pao8a8UPVL16o+p(+BmU0ZXNe_ytN0
z$WgBs4WEea=_5eB=;>oS`{a#>2<k<t7oGjeDV{@wP}q&GBGii-069b$(83aKj{}f;
zmqSFI)i6@&gWKaFpL}qm_~j2jgjsHn?YFF*%k8nv5b?9oA$~SGEkyi;Vzz<!%@Pao
zN*{<{AXDigeiced4C0r-$)~h)5x*Q%GK=^naPld{FXvO4Mf@t1hB1iW5KDbf=>zer
zLsKN;Clp=-@$<N~Roc0TpUtqR59&n?fQX*~EiCEjgL=_`rP4+G0;L9odeOjy?h*m&
zMVH9ze|+O1f_hQvMeQ#whX@;;7Iqb(UQ|Hp4Gs}?R!foG9xstu9p@0SiYO0I`r!6B
z2Q{4CD1O6d9@HSW$M);i&gJ&lW{CLN=ny{}ofaZ~LNVJw{AP)Tc%=`-FOaEp5x)wh
zBnI(I;N(-<xrkp5Dw#$65;*x3;+ONO%p!gjO2Zh$Z-}KnsPuvO)uAa8@e>NKf%tjc
z+A8f_#Ls5f(+BmU20+BmfEJeY^g+F7z*6ZVet}X0LcM5ULU)M(^`c8;_CLPy5J9~t
z^`iEdmP3S%P7Aw=P%kPV^#+HCI;*8fZjYD9td4VtSVfcvD1C5yoP!$9ZWO=aGY@Kz
z+hhB6Yv*!%Y%@gsY;=g9jZO;@KcSdyAbzvNLcG!k;upwNx`<zeQWAssC2;a7?Oen!
z2bIhsehHj>3h~SNRAv#s3Z-ET;y1)nA5{84{OZsYiTDYH*FgL{Zf%uzF5+i1?CFDg
zQ3D|2XFv-}ditPVG+?Q85x+pG0ij+rFrm9dfO^p-GW#Fjc!;20lzLJ7OUog`MyG{c
zMW`1Qka~kdM4i=AB)7*)WLC#HM64pp1C&0vJ<dT5XE%!9@R<iS$nCNHy0vq;J+>Jl
zel|M9&qk+(h@Vi*HW0sAVj*7X1Mv%FDqX~{LMe$s{1Q0%ly)xSmxD@X5x)dZK85(@
zd@8euUxm^z2JstWsShfBAbxddibVW`!fPOY9=EniI~Vb@8TRx+y{G{Y@iU->B|Uvm
zFB-5^x`<z()PS5B^`b4W-SNXetr0#W-BU$?deKuwa{F^O9wMk0rC!wj5^{*J(P?2<
z5$Z(+q~72VQD?Oj$?fqHnbmO)5vz#u0HqIZk8@DN*^S~ieC9z7a(isQZtYxdk8OsC
zpN$Ujv(afG;wKcd4a9GjScq5pK>PxkN*D2~P)cGDzXVP`rJalT<)D&T#4mx9Pa%Fe
zpUN!aSD`eFLHveT>Vrxjh+iF=A`w5K@EVAp$E~f>&PDuehCO{yFKPfp{0wMeNlzct
ziv}!}F5(v`H6TZ{UbH2$8*aGa$}6vY@{^zZ;0Hf=xBBZr4|>qW7hn9Ax4h+>-~46^
z3m=)TO@Mk)8{H{ixbYA{z3A?5jAO@+o$?oS20xHP#P*llRfKv`gCvIt16o+Z?QsB7
z?{bK!vl>P!eQ<j`<dY9>6u<o8hcL_SvHg~{bGbdX86ti*I>gULr-g{0P|P+Ezgc1-
zUg-nz3uG!?#IHgri9!4lIQf)zF5;JiN@fwi1WrDM_~m>mvxr}X(l7?`8)B&sDt#b+
zb!du2{Di`5AbuXVwn{q}@v|BB^g+F-0TA&spoJwpeNZnNuvEH;U!c^09JzYYmcl;r
zk&m>Z(A|o!rS=0K_`nZ;_`_{U_~3L60@RBd&`#5mjfV*8MR$K=P%k?5E#(j~g=-kx
zRfKxcA)I`WLqyJ}GRy68h0-vFL&OkEeNgFx+v7SkMQ#*7J?CH>+#cJnUOSiDW1Au3
zXQM;>Y;;<P_zA^q1M!<B7UGpY5WhgC(nb6#l#&?4FM*R!Y3Cw-IjCe7@k`+3Q;1*A
zr!tH9RVWQ(5WgXo`k>MW;#Y^JNW@PlyawXuacirza}htAVNV~_iy8nCKLc7=($fd^
zq5(^#i}(df4am`|7rp7Gn;!9qN9@*mRoWL_bkTRd^PTY7>CO_MUUZh&>5JcZh@f6{
z_xA?%qElZ~4iQthhQVD$s23f=$p<+^<a{c#+#Xjb4P!V&46)P)l|HyVu0vDgM)A{g
z4z|JVvHj|`bGbdX86ti*I>gULr-g{0P|P+Ezgc1-Ug-nz3uG!?#IHgri9!4lIQf)z
zF5;JiN@fwi1WrDM_~m>mvxr}X(l7?`8)B&sDt#b+b!du2{Di`5AbuXVwn{q}@v|BB
z^g+F-0TA&spoJwpeNZnNuvEH;U!c^09HDyAZ+zn$=bd-nZlPDbeeSvEUVH7e;p5Yt
zB0#<96t2@6yzvl0z3A?*4(dgxzN;J}rf>~|yNXaRI)sxCa)`+JRA#w7u234raEKUU
zsShfBaC=;brpS%rr{^4OgWF^K)obT+du%gA{A_fHpN&on5kH}rZ6JQL#6rB%2jUmV
zRJw>?g;ElO_$6@iDeYXuF9(&(B7O;+d<yZ)`BY{RzY3*c4B|J$QXf?MK>X^^6p8o=
zh1Wp*JZ^23b}r&)GwkVudQk%);%7h$OM3dCUNm5-bP>NmsR21E^`h--f1mr@XSd4h
z-uJ%u3tsSozx%ttyY9N{+U)Tk{%MWtufP84tFM0H3tt%G&p-eCTW+}}5TIKpK)q<4
z)#;AxS)f~-p(50a?*1mBUUcf~${}J3*D$!N2=$^vIQbxlh@4Mlwx^F~OqF0_b_sBZ
z*rj2#l|HyVHt1~>KjSB!VN19@wqK}rF1N=vL&VQUhxpm(v=H$VirEI@H%lzUD}5k-
zflQ@~_*Ez+F^FFRC!f;JMf`G5$t>cRz{#f&zno8H7V)c48pa@gLoD?{r4Pif4o#7W
zpHO%W#Lwf_R%z!Vem29NK8zv_`zM|;3lYEVud=5P>O~Ebh+lx#fE<;2(Z@gj@hb6Z
zm7ni>-}_eO^Ugc({OiB|>-*jBep>jr$2~3(pj#(Ey=a})>5klZh@f6nzY|)6deNz`
zD~E_FT*Kh5BGiix;pBrHB62>JS#FOjl!h@JB8FJ%gGwK(0$+dT;Y4l}zrz8w^hvor
zULvzPuAR&6@hYpO0K{*J%<4Gew~A;r0P$Nzv=o5&Es-gXD}5k-MPj>Qh~F*^qmB3(
z(E1YXT*S|2i1^v)5I-B879xH^G21}=W{HJ(r4Pg}kg0SLzY3)!2JuVa<Wt(Yh+hsW
zneFL=deH>Y(iGyiM5aF8(+BmUbz+J{{Dh)68jvGVFZ%Vbe_i!m4|~|drhfOfVz5U(
z@{wBpFaPo{0Rr730qRAIp!N{9@eo11sD2?(FFN~m<q$DT?Bw{aBGikXOlEb2L&Peg
z)c|gfR}n1*aEMqUQyf?N;P$vkY&UG9`0YOGFx%W7+wWaFm)m2TA>wDFL;P%XT8Q`w
z#cTudn<W<Fl|B%^K&H|~{3?`^7{o7ulTT^qB7QljWESyD;N(+?U(Tm8i}+P24Py|$
zA(r}}(g)&Kho(rxPbj<w;^%Q|tF&_wKbv7sA5%3;_Rl)Q79xJzUuaJs)QcJ<5x)Sf
z0XY)&qOX1JYkPgyz3z1{qsFFv%nL5Kpg-Xc{@@P+1iD26)Qc8D?ICRAA%c2Q>P78u
zDTfFfofdW#F>;xnaIg&y5!+uqx5qX^4iPrGzEJ6d+hc>|M)5O#;u*Gt+hhBMYUgr$
zY%@gsY;=g9jZO;@KcSdyAbzvNLcG!k;`jft_kJPYZD)BdL_T+Lk)T9Ek8%(iA^{}_
z(o#!BHyc_iyBmZYD5V5Zv0|jH5Hu>S5{onlK?{KvAs`6G0})F_B#H-~cp!L?gH{%8
zZAnzJ!h-NEV_Zx2fB`ozPsV)aJ?^=_U%vPIU5ky3KhK!&dapUh`&?t}rz?ew(?$Fo
zN=*#n*TCtgv~v-^9#k`n_%(3)Da5bm<IEy{4y9!b;<v=&4=Q~iem*osB7Q=VH4wjy
z+gPQYi}=M1XZoOCGysVB1<=ZpnLel&Em)i`;#VjQAdjM6^dJ4Be>Cg6e)*Swx%>)d
z_g8=QSLYM{{@?%m<`TjR0qR8ykgsC*;vs^1QR+qGua`qaj7|%uicl{qAbx{GgwN_I
zlH21WGN<DlB2E$Y0ZJd-9`~S@vlqp0`OLc-<n}mz-P*a_9>)w3zZf0j7o*cc#7`)8
z8;IX7u@bNJf%p|NP8acWC^a#NUjwI~(#}QvdQi<Q;@80Grx3rMk28z-Ih2+$h~E;6
zKdAJ9`1#NjiTDXc)<FC+Zex{pF5(w6oauvl(EuRg7eFgZX8NFBv|w?%h+m;JfINzN
z(YL?-?X$k?&;R_-%dcQ|KmYm9&nLX~t#37#5LO6KFIs?n6}uM?5!8!PFB*Tn93o<L
zS~yjNdQk!K8yq5hR!5QC9v_i89p?~nil`4z`r!7s2eq8ND1OUl-qj$t$MNgd&gJ$v
zW{CL3=n%gcofaZ~Lb2OG{C0_zc%=`-uaI%Nh@V5Li9!4tIQ^7%F5=gNYGx6?22MYP
z`1O38S;Wtww2VRgmRS5jr4Pi<ho(rxPbjhm;+Jt7tF&_wznI}nAJmHm01>|cT3IsF
z2lb)_i_=B?3Z(($QPhjR^wLYSzUz%Q-YCC<-<?l*^5luXgvf^ks26=m<Ez`gc!;20
zlzP$l1LhDBqtn8vBGiith~MB4;j=o5<o5W8%;`9Xh*Ly;fYJxI$33X!>_zcgKJ%^y
zxjl|ww{|YK$1y|1FGh#>#ptvU@e_*O2I99%ti&sQAby36(?$FoN=*#n*TCtgv~v-^
z9#k`n_%(3)Da5bm<IEy{4y9!b;<v=&4=Q~iem*osB7Q=VH4wjy+gPQYi}=M1XZoOC
zGysVB1<=ZpnLel&Em)i`;#VjQAdjM6^nLGp-^F^-k@)5l-t(UK6bN)p0@RC|pl%R$
z@eo11DD|T8SIQwGMyG{SMW`1Q5Wm48!e@09$?fqGnbUC&5vPdy0HqIZk9$zd*^A=0
zeCAyZa(f)VZtYxdk7I_2UyKg%i_vKz;wKcl4a9GkSczBqK>P|Br;GSGl$sdCuYuD~
zY3Cw-J*Z|D@oV7pQ;1*B$C*X^97@X=#BYhkA5{84{CsGNMEryzYao6Zx3Nk)7x9Z3
z&h$aOXaErL3!s%HGks7mTCg}>#IH~qKpsWC=nwqB56t?m&wcK5<ySDf`ro7f;0Hfw
zE+MQCpkA~9`6_lV9wMk0rCv1tdO1YI=(KRE2=$@@;x{-%_^gg1xjjB2b2`o;;uKLI
zp!C7*aSv)adr|zB&%CQaZja;Ft)0v5am*0$i_sx|F*+?o{Dfk+f%xqbEAdJnh+iS&
zbP+#?QWJytHE{YV?OepK2i43Xehr*{3i0dtIJ1bKLuna<_${&cgGwKWpASuuh@Vho
z4a6_wHdblpB7QN$nLel&4FDp30kpDYrVr{x3l^t~_!UY6$fKwi{jdM^zs~xu|MZ{!
zQ~4Fl?yvmHugoX>=5PL{xrDGnfO^pa<g3`dc!;20lzP$l>*Wv;qtn8vBGiith~MB4
z;j=o5<o5W8%;`9Xh*Ly;fYJxI$33X!>_zcgKJ%^yxjl|ww{|YK$1y|1FGh#>#ptvU
z@e_*O2I99%ti&sQAby36(?$FoN=*#n*TCtgv~v-^9#k`n_%(3)Da5bm<IEy{4y9!b
z;<v=&4=Q~iem*osB7Q=VH4wjy+gPQYi}=M1XZoOCGysVB1<=ZpnLel&Em)i`;#VjQ
zAdjM6bo||T>7|!OiP!kQufF<f`7KVnU;N@1zy9mLek_0MTi?pYImLApK)vV@ncI(F
zJVa10O1)_O(Q=50(P`mS5$Z(+#BXqj@L3&2a(jG4=5(Ax#3`aaK<R_q;~vy<_M-SL
zpLth<+#biTTRWHA<Cr1h7o$V`Vsu)F_zA^s1M%A>R^pXD5Whmk=^}m(r6vaPYvA-#
z+PR2d52~3({2Dm@6yn$Oab^)ehte_z@mpf?2bDe$KOdSR5kH~G8i-%UZLHGHMf_rh
zGks7m8URH60%&E)OdpiJ6)a8{@hg-DkVjE3I{vkP>$iSumUw;BH+|Dqna%he-~ayi
z&$Yk)>%U$I(DeyWFY2>;){z$v5!8!PFB*TM93o<LS~yi?E0JmKoi{i{T>k*LJ&qZ2
zh=|e6g-RdX9tR{ZieK;(U$7<I9>*_KJD1zzm?7d9qeJ{+bXth`3B_&$@!KU<;*~xS
zze2|8B7P2~CI<0q;Pg}4xrkp6s+mRn8aVwF;@9(WW)VM!(lQ3|TVnACl|B$ZADSW&
zKcUDPh+oEStkTX!{9=YPeNZnN07U!(Xl2PvAJmH$EKV2kE0hM1$5Jmk{>?x7(T~n5
zueZPb?Z5VGzxL%Xf4TfRr915OH-6(c-tmri%vC@6lRsGk=x!09UUUoBGY!6Yh@f7S
zdeQj%<PZ^~)557D)Qbv;-{278vpS08_V|d*={SdoQ$&4$(g(N4J*egEMe$oc^R5QD
zJ&s?ub}qNaF+;>JMu+&t=(G^=6N=pi;<rnz#4CLueua$FMf@B}O$_4K!0D&7a}mED
zR5OeCHE{YV#INV$%p!gcrDY7_x5VNPDt#b+J~TxlenOEo5WkGuSf!nd_{9uo`k-Dk
z0EqYn(8`jTKByNhSe!26S11i2&sDwX`1fi48UM5LDj6N+USIchU-yGQ_=CUso4@&)
z&wS=D|MD-#ALQ}RXpHXokCFb%fB7%p_O`dFD(t6z>Ziu+e0YIC*Car_s0r!@VHXb(
z)Qjpb!)QEx`t$~`?1lLe93rm2%8`l25sZ4#fFy^A09skX?QsF(cjwNX_b0Es@`}HZ
z$VouygWKcalej2;!B2d_mT-F<zfkR5ZjWPzh+m8j@r%)EA>t<#yA8x|msp8c`at{&
z8K;Z*Ih2|h#IJ$VPif~Oem$sW7V&G~^izmm&&QcX{2WTl7{qUh#UE7qK>U1YibVW`
zB5NRi8Mm=YI~Vbb8P4=Es*mC)-0ecd@A|8s>4SRFfF$Bqpba3;RlVqwCr=*MaXq7U
zfk4+JK)t95>IPvK4-wRhKK$E4z3A2#%OPS5*D`pj2=$^%IQ<}ph@Ou#%k8m4X&J*I
zVu{5cRQlld*oUUbi{hu}+--x~<M`EU=W=@-GerDibckP!P74t~q1bI8e!Ij<ywV5a
zSI9VB#LuDB#2|hRoPJ6>7xC*sHM59c1E-%t{CYmlEaK--TE-xLODz7N(g)(_LsKN;
zClpx&@yoc4Roc0TU(9f(59&n&fQVlJtt^@8gL=_|#pxn`h0*{*y=Y-V_lN-XqDN$I
zKYsBLLA@yTqVY$|AtFYng;PbS7Znh{!6CwDbri|%@e!HRaSjoui24Af4{ncpP|Mki
z;<tR}T@7-39KUYuTyBqJhKOH`4)Kf8X(8e#6uS+?Z<kn!SNcHw3K^%1_&JoC7{srE
z(@$yVB7QxnW)|^l;Pg|7U(d&xMf@B}%NWFOiNzmO`at}AXo^Jqgd%Goei^s1N;?<v
ziy6-JLA_`I5b+D3l_fKMP%m1rI9<fAP#Qp}7cETa9uc5k^oY#u$1ffts28PPH2!Eg
zM8xQ{aH<IPq5|SKI7IlYjv~1|J|c5E&LQFyQ6Hf6!R>JmYB_sR{FcwWt3hs$<JYa7
z%k6Q@5b=xAA$~DBEkyi;Vz+_#?Gh{TN*{<{A>(urKZjBigZMRY`YG*P#IFa{%p!gb
zoPG-N>-jjdh@V4g8H4yOvG{{ZABdk1O_7M7P-G3nFXJ{=Y3Cw-F~gZYs22?YB7On1
zvSg+Y>O~6{r;GR%N(0DqRWJJPcfb2x&;FkRfv!n_dQlV94Z<!SBB&RoUNrtnIYh+h
zv~a2j^`ZjeH#kK2td1hNJw76HI?f^D6j2|b^ug_M4{AAkQT&$AysJTOkK@;^oy+ZU
z%n<R5(II{@IxR%}gkraW`0Wxa@k$?vUm@dk5kH4g6NC6QaQZ3jT*R*j)yyJ(4V-=o
z@$30GvxuKVX&Hm~EwT86N*{=y4^5GXpHO5C#4qDER%z!Velf$DKByNB03v<?w6bKT
z59&n=7N?8&6-oohb5$=|{`KfSR|KdReSTiY#X|)3qSTAVA2WxD7@ZbQ6`@{KK>P-W
z2%ptaB)7*$WKPF9M4Te(1C&0vJ?=p*XD^E1@|kxv$nA0by0vq;J&qY7ela@4FGi<@
zh@VjGHW0sEVkKVb1Mw?loG#+$P-<cjzXnb}rJalT^`M$r#IJ$VPa%FiA7>Wvb0{ri
z5WgiBe^BWI@$;c667ds?tbzDt+{P;HT*NPCIMWC9q5(j}FMw8-%=AIMXu;xi5x+ud
z0HI#AFrj-yfO^p*GPfVUc!;20lzP$lqva40qtn8vBGiith~MB4;j=o5<o5W8%;`9X
zh*Ly;fYJxI$33X!>_zcgKJ%^yxjl|ww{|YK$1y|1FGh#>#ptvU@e_*O2I99%ti&sQ
zAby36(?$FoN=*#n*TCtgv~v-^9#k`n_%(3)Da5bm<IEy{4y9!b;<v=&4=Q~iem*os
zB7Q=VH4wjy+gPQYi}=M1XZoOCGysVB1<=ZpnLel&Em)i`;#VjQAk>Q%CUlPoP%nB!
z=Jw+k4-wRhQZE{Rv>YO0bXqu7gnCf{@f#c>d{#%1+#Vm1IUVN^af+x9Q2OBZxCgbI
zy(oUmXWrEyx5x48*3RYjIA)0W#pn>f7@Za(enPR^K>T)zm3XBO#IKNXx`>}csfj`S
z8aVxwb}r)AgKB0GzXnb}h4}S+oLR)rp|p%a{FYe!L8TAG&xfW+#7`))2I7}-8>_T)
z5x<z>Odr&X1^^Mi09six(+BmU1&h-~{0gN3gnH4!gzgam>P3&p+<yGxA%c2Q>P6#^
zmP160P79}sP%kPVeuG1V&*~_W+v6iLr{f$VP7(D1N*~-F_n?-u7sYS+%)1)o_Bejs
z+PT~w#|#m_7#-plqtimfPbhX9h~F-;60h`u_!Tlv7x8l_H8F@^1E-(T&PDusP|Ymj
z*TCtg5Wk*}GmH2+l$J4w-x7;IsPuvO`Op-J_z6YUK>RXpW0iI;;ukZV>4SRF03hNQ
zKr2gT`k-F4U~#&LU!gRBP%m1T&^;nRz335{+mBy7L{KkEy=eT=a)^l0Y2j26>O}>_
zZ*Yk4Ssg`kdwfLZbeu!PDWX0=>4V$j9@KL7qWCSJc~^tn9>=d+JD1zzm?7d9qeJ{+
zbXth`3B_&$@!KU<;*~xSze2|8B7P2~CI<0q;Pg}4xrkp6s+mRn8aVwF;@9(WW)VM!
z(lQ3|TVnACl|B$ZADSW&KcUDPh+oEStkTX!{9=YPeNZnN07U!(Xl2PvAJmH$EKV2k
zE0hKh>O~6^x<>@47d;|#`|*p12<k<t7mYt!4iParEu1Psy{Lfr4Gs}LtD{J6kB`Wl
zj&q1OMbrl<eQ<l+gIdmB6u;#&?`n|S<M?%J=W=@-GerDibckP!P74t~q1bI8e!Ij<
zywV5aSI9VB#LuDB#2|hRoPJ6>7xC*sHM59c1E-%t{CYmlEaK--TE-xLODz7N(g)(_
zLsKN;Clpx&@yoc4Roc0TU(9f(59&n&fQVlJtt^@8gL=_|#pxn`h0*{*y=Y-V_lN-X
zqDN$IKYsBLLA@yTqVY$|AtFYng;PbS7Znh{!6CwDbri|%@e!HRaSjoui24Af4{ncp
zP|Mki;<tR}T@7-39KUYuTyBqJhKOH`4)Kf8X(8e#6uS+?Z<kn!SNcHw3K^%1_&JoC
z7{srE(@$yVB7QxnW)|^l;Pg|7U(d&xMf@B}%NWFOiNzmO`at}AXo^Jqgd%Goei^s1
zN;?<viy6-JLA_`I5b+D3l_fKMP%m1rI9<fAP#Qp}7cETa9uc5k^oY#u$1ffts28PP
zH2!EgM8xQ{aH<IPq5|SKI7IlYjv~1|J|c5E&LQFyQ6Hf6!R>JmYB_sR{FcwWt3hs$
z<JYa7%k6Q@5b=xAA$~DBEkyi;Vz+_#?Gh{TN*{<{A>(urKZjBigZMRY`YG*P#IFa{
z%p!gboPG-N>-jjdh@V4g8H4yOvG{{ZABdk1O_7M7P-G3nFXJ{=Y3Cw-F~gZYs22?Y
zB7On1vSg+Y>O~6{r;GR%N&^V>qJ;_FBLdWm9+A2I_{Bp6^`g{^#vd(*h!~v~P8FeE
zR6zU&hX|k5Q6#s=M`TXNIYgWy>I0NMxIOMcEoU!^-}0GvHOTF8{JOPsxjl{<B7QMC
z#4kptg@~U}>^2a;U1B9(=>zdAWSlPI=TK^55WfaaKc$_E`1PQgS;Vh_(@!COJs)Ql
z@pC9GV-UY37JpFb1M%~rDH8D$imZY7W!%Op?Oen!W;oLa^`Zel#4mtWmdx})y=cMW
zbP>NoX#jb2^`aw%edaTt`S`~_{@vgG-S2tNd!9Ub^04&FX%`4|O#;-5nxJkFcJUBF
zz39U~6i=T%y}>JcVSWUMi0iL%stEO>0Z9%K0kpD&+v5Vn?{bLnSuG=#KDa$z^63XJ
zieLZmdzj_+IDX68x!fMd3=zK=9pV?G(?Y~gD0Ul&-!8Eduk?ZV6*5j2@pC9OF^FFS
zr=QZ!Mf`eD%`D>A!0D$Dzn+gXi}*Q|mNAIm5{o~m^nv*K&=iUI2}RaG{4#E1m3A)T
z7c-pcgL=^bAmSH5D@$hjpkB0Kak_|Kp)`Ozu6ohm{oUXFyMOoZKCJZ$+64k#lK}Oi
zCa4>PT|7ikFZ%HB2KAy_Uo3}+EnLgssUp;iF5&cp93px?&Mddb4y9!bhlnK>e^BXz
z+hZS^A}@-co^!ViZja+vubs>7am*0$i_sx|F*+?o{Dfk+f%xqbEAdJnh+iS&bP+#?
zQWJytHE{YV?OepK2i43Xehr*{3i0dtIJ1bKLuna<_${&cgGwKWpASuuh@Vho4a6_w
zHdblpB7QN$nLel&4FDp30kpDYrVr{x3l^t~_!UY6$YZG&9hvI~fA9w%R(Zwk0)ehc
zfO=6A)D6Ne9wMk0efZaddeN;fmP5oAu4V945$Z*kaQZ<G5j`JgmfK^8(lUla#1e}?
zsPw_@u@6m=7sXG{x!VS}$MLJz&gJ$vW{CL3=n%gcofaZ~Lb2OG{C0_zc%=`-uaI%N
zh@V5Li9!4tIQ^7%F5=gNYGx6?22MYP`1O38S;Wtww2VRgmRS5jr4Pi<ho(rxPbjhm
z;+Jt7tF&_wznI}nAJmHm01>|cT3IsF2lb)_i_=B?3Z(($vDAx>V#S9gURT-$0$q~;
z^`a)I8-!gvL{KmK@DB*}qFY}qhlnj)%iyUZ)Qc|R^n)BCdOpr9x5o~pWekUiB^G~B
z>4V#2ADSXBil3fyw+(KO<5#bp%k6Q@5b=xAA$~DBEkyi;Vz+_#?Gh{TN*{<{A>(ur
zKZjBigZMRY`YG*P#IFa{%p!gboPG-N>-jjdh@V4g8H4yOvG{{ZABdk1O_7M7P-G3n
zFXJ{=Y3Cw-F~gZYs22?YB7On1vSg+Y>O~6{r;GR%N(0EFs2BZ<zxa!X^<D3J*SkLP
ziBEjyGoKlIVf;yXee<6Jfv!n_dQlV94Z<!SBB&RA`1gc*(XB6*L&O%YW$;uH>P44u
z`aup6Js)RwrjOTNd(8<Z<{<$N5f5nuZKV%xj{|xa#V`1YFW3@pkK-4roy+ZU%n<R5
z(II{@IxR%}gkraW`0Wxa@k$?vUm@dk5kH4g6NC6QaQZ3jT*R*j)yyJ(4V-=o@$30G
zvxuKVX&Hm~EwT86N*{=y4^5GXpHO5C#4qDER%z!Velf$DKByNB03v<?w6bKT59&n=
z7N?8&6-oohqo^1C`JexJ)pvdDV;_6tjW^0KLiYv)s29BfWb;Q{JVa10s=p_rLA|K?
z)y*&t5nH&H!Ba)37hS^X2RTIae4JTsj~z<O7!DCjEdHR<2e-#QG(}z%KRxGe8{8hp
zuU<Qs+vAua;uoVs{9<%ki1-P`ZUgb#C062<J`le`#_1w{4y7gr@oV7pQ`)(RUk|F8
zMf@5#{S@NY^KoVoKZnvX2Ju^B@duSY5I-N9A`w5K$Qp=W#%-+9&PDuUhBJLoFB$+u
z`~qlY$xI*Aixw<S7x62U29QTlFZ!L|`JJ=A>-)d|`^&FD_htmB7rhzk(;sy45J9~t
z^`fWW*iit7h$Axo_*4<<MSWt5<Paegaf93A7#)X*7~Nc`^ug_MK=Pva1wZixTf*&e
z{6e*Jxjl{<B7QMC#4kptg@~U}>^2a;U1B9(=>zdAWSlPI=TK^55WfaaKc$_E`1PQg
zS;Vh_(@!COJs)Ql@pC9GV-UY37JpFb1M%~rDH8D$imZY7W!%Op?Oen!W;oLa^`Zel
z#4mtWmdx})y=cMWbP>NoX#jZ?^`dWo``c%I*Z=q*|D*g0bZ<t0deNJqKK(%#4-wRh
zQZIV?jU5GWh&UqSk53h$UeqV1NDdJ~5jVI!j?r<5h|$f3N*~-F2P7|wU+@!OuqE6c
z$1hYnm)ql*A>tRKL;PZNT8Q`w#cl)f+a*@wl|B%^LdNMLeh#H32Jvg)^i$foh+hw?
znMM2>IQ<mj*Yj~^5kH60G6wNmV(|x+J`g`2nj#TDp~xDDU&d{$(#}QvVumw)P%jz)
zMEnA1Wywq*)Qc7@P8abjlm?JTQ7`(^OE1m(uGe3Gz5EJvZ$^N6(VL+@{XrKG5!8!P
zFM9fo9R+ZRI3nYZPZgnF)F-A$4iQ2TH@H2H(Q$}~(anWQAKV@XBrl3z@DpFKCEOmz
zFH}31+vAua;uoVs{9<%ki1-P`ZUgb#C062<J`le`#_1w{4y7gr@oV7pQ`)(RUk|F8
zMf@5#{S@NY^KoVoKZnvX2Ju^B@duSY5I-N9A`w5K$Qp=W#%-+9&PDuUhBJLoFB$+u
z`~qlY$xI*Aixw<S7x62U29QTlFZwOt@-4HzYvix;E6}|e0qR9>hWhjeT|7ikFG{`W
z={I&1z#-y@j6XhAgnCh*m?Aku2u0lB_BckzAtFXM7b<;ldmNCwD1O0De8HA*dmO(|
z?Obk;V}^)dj1KXO(P<&#CltF4#BY~aiC6kS{0bSTi}*Q|ni#~dfzwZE=OTVRsAd-N
zYvA-#h+oggnMM2@O3N6;Z;8bpRQf>td}xY9{DdNFAbuIQu}V7^@rxPG^g+F701)vD
zpp_*veNZo2usB`BuTUC59!0(AkNn7w%=)fZUwyUw3UqHqfO^rJp+5aV7Y`BCi&8Io
z`i&h0aELe}<Bv}jp<dJ{rbrGELJ>E(J&w_Fh=|e6g-RdX9tR{ZieK;(U$7<I9>*_K
zJD1zzm?7d9qeJ{+bXth`3B_&$@!KU<;*~xSze2|8B7P2~CI<0q;Pg}4xrkp6s+mRn
z8aVwF;@9(WW)VM!(lQ3|TVnACl|B$ZADSW&KcUDPh+oEStkTX!{9=YPeNZnN07U!(
zXl2PvAJmH$EKV2kE0hM1M^P{O`@jGDv%c&1e((3nuR!-^1gICi8S2v?bny^Dy(smf
zr{CC70EdVpGXD5f5$Z*KVv6JtArx_g+v6A=hlm*6T&VQH?QuZzqWA?r@daDL?Q#4<
zwR5>Wju|3;F*?LAMyG{{pHS>J5WihwC0^+R@hfDUF5>4<YGM$-22MYvos0POpqg34
zuYuD~A$~m{XBP2uC@o_Uza<ubQ0W8l^Pwpc@e_)yf%s+I#wzVx#4lzz(+BmU0YJnr
zfL4~w^g+F7!Qylgzd~sMc@*`cufP8KH-6(cjuNlG_xJwZNMYr-pnDqv)QjGRv-49f
z9wMk0rC!we%$6}6B9>UT2B(TpFS-S726KoApp_-u9v2{fmqUclY8k2Y!R_&qPd|83
z{Q8IA!z{PQ@mto;<@Pvci1@|m5Wg6m79xH^vD-lWc8QgEr4Pifka4<*pF^pMLHrsx
z{giet;@5*}W)Z&zPCteC^?aOJ#LuC$j6wXCSo}ey55&)hrbxt3D6$6PmvI}bv~v-^
znBhzx)QbiH5x)RhSu)cH^`Zrf(?$FWr2*to)QgUP?N5LD)3e0u=YH<z%5OpUHUy{_
zy$xsQr(8TlP%lcosPmaEV>m=Cv1|=a6`@{q3)&3k5D`EtOSnBQK>RL;2%pt5Qt5-+
z<0YSd@S^zj55I?5Zja-)tewm4am*0$i_sx|F*+?o{Dfk+f%xqbEAdJnh+iS&bP+#?
zQWJytHE{YV?OepK2i43Xehr*{3i0dtIJ1bKLuna<_${&cgGwKWpASuuh@Vho4a6_w
zHdblpB7QN$nLel&4FDp30kpDYrVr{x3l^t~_!UY6$YZG&9slMZ{pd$$mDi8{=#M^q
z`n3Embe}Z=>P4S5VgLCT4-wRhQZMR%Y$cLIL;(_Xr;1Q78ldA45kM<TxIHdF{4R$G
zpVcx_>4V$jC7*uqqWJX>zlT|FkK?zjoy+ZU%n<R5(II{@IxR%}gkraW`0Wxa@k$?v
zUm@dk5kH4g6NC6QaQZ3jT*R*j)yyJ(4V-=o@$30GvxuKVX&Hm~EwT86N*{=y4^5GX
zpHO5C#4qDER%z!Velf$DKByNB03v<?w6bKT59&n=7N?8&6-oohBdQl2|MH*s#3yE<
z*IVEE)*t`zAOE92`lG-6%fB3dRmT5dz5h>vK-VNdy{HN524NQu5!8!PFB*TP93o<L
zS~yjNdQk!K8yq5hR!5QC9v_i89p?~nil`4z`r!7s2eq8ND1OUl-qj$t$MNgd&gJ$v
zW{CL3=n%gcofaZ~Lb2OG{C0_zc%=`-uaI%Nh@V5Li9!4tIQ^7%F5=gNYGx6?22MYP
z`1O38S;Wtww2VRgmRS5jr4Pi<ho(rxPbjhm;+Jt7tF&_wznI}nAJmHm01>|cT3IsF
z2lb)_i_=B?3Z(($an*~CfB#Q?>QfJEy@GauK-VNdy{HN524NQu5!8!5{JX(_ta$5-
z<q)xjYZ*LMgnH2>oPLl)M9;^W<@VU2w2a{pvBcsJDt&N!>_b!JMe);f?zX}0as2AF
zbGbc^86ti$I>awVr-g{0Q0z7kzg=P_Ug-nzD`cE5;^$CmVi3OuPCuoci}>}RnpwoJ
zfzwYRemx&&7V&c^En^VBB^G~B=>zfep(zsa6N;>X_+{M2D(zgvFJ?H?2lb)>K*TSA
zR+h~4LA_|f;&c(eLTLbbMD?P>Hb3%_k31~&%Gw12U6TOyq9&*tgk3yDP%rxMPY3m)
zTVE`Ph%H>p;He_ii!R~xgB&7yKF%z+#}1`s42Os%7JpFbgWF>tnj$ZXpPqBK4Q`L)
zSFfGR?QzTy@r%(Rela>NMErzew}JTW5-agaABbNe<8%=}hf))R_%(3)DeYXuuLsr4
zB7O~=ehTsH`8czPpF?RGgZM46_=8Fxh@THlk%*sAWDUeG<2F`l=OTVF!<jy)7YzU+
zegU+yWTp@5MGF?Ei})2v1IS~k7yZ(gzVxl%`mGPEyyA9&K-VNdy{HN524NQu5!8!5
z{Oduz=++m@Az};HGI**8^`c8S{UC>ko{uxj?Xg2?8N(rBiNzmO`r!81ho;Dj;-}}_
zZG+q6_|<FYa(f&zMEqiOh+m9O3lTq|*li$wyTnSo(g)&K$T(fZ&!N=BAbt&;eo8wR
z@#{e~vxr{<r=LRndOpr9;^$CW#vp!6EdHR<2jb^LQzYUi6j=lD%eakI+PR2d%y6a;
z>O}*9h+hD$ESc$pdeMT#=^}oG(g5;U>P0{Bfe$<^@w(D35a^l&s24Rs-5~7ZA%c3*
zhkrn*7v1_|IYeyXS_V%Qp<Z+eryt}H(erU;xjl9$En_%DEV1~5N*~-F`_L45QT+6r
zyKQiL9KU+)TyBqJhKOH`4)Kf8X(8e#6uS+?Z<kn!SNcHw3K^%1_&JoC7{srE(@$yV
zB7QxnW)|^l;Pg|7U(d&xMf@B}%NWFOiNzmO`at}AXo^Jqgd%Goei^s1N;?<viy6-J
zLA_`I5b+D3l_fKMP%m1rI9<fAP#QoUMZM^M`)~j4VSU&8-~awked<$x_Gf=KcEQMK
z<(H!Sj0jLK`i#H^kG*(^pkDOh-xKOZx4u9Q5nH&H!Ba)37hS^X2RTIae4JTsj~z<O
z7!DCjEdHR<2e-#QG(}z%KRxGe8{8hpuU<Qs+vAua;uoVs{9<%ki1-P`ZUgb#C062<
zJ`le`#_1w{4y7gr@oV7pQ`)(RUk|F8Mf@5#{S@NY^KoVoKZnvX2Ju^B@duSY5I-N9
zA`w5K$Qp=W#%-+9&PDuUhBJLoFB$+u`~qlY$xI*Aixw<S7x62U29QTlFZxqI^;4?v
z`s61+S$+$;w;@2i=xsPVKjq>ff_hQ?JsAz^MV(JhF&rX<B5q6-p<Xlq$RQ$tR+eyk
zT!8pp4iP@9Wu(#vx5rC9{oqCM>mPm(v)mrXZ&^E++vAua;uoVs{9<%ki1-P`ZUgb#
zC062<J`le`#_1w{4y7gr@oV7pQ`)(RUk|F8Mf@5#{S@NY^KoVoKZnvX2Ju^B@duSY
z5I-N9A`w5K$Qp=W#%-+9&PDuUhBJLoFB$+u`~qlY$xI*Aixw<S7x62U29QTlFFO7u
zXMNYd{@4Gy{0ek$Mu2+Jo1s4aK^G4Z)QeItdisqW1#pNsBIA!w6`@|#C#Faa5ke6+
zxIK>1afpb~&4o%I+#UxcFN$CA6JM|;+#bg-R6Cd3<Cr1h7o$V`Vsu)F_zA^s1M%A>
zR^pXD5Whmk=^}m(r6vaPYvA-#+PR2d52~3({2Dm@6yn$Oab^)ehte_z@mpf?2bDe$
zKOdSR5kH~G8i-%UZLHGHMf_rhGks7m8URH60%&E)Odr&X7A#H|@hg-DkVjE3`qE1;
z&HAqKzd>Jq1-dsQK)vYAP@n#wi-!p6MX47({l<<0I7A$g@yDl%P%r8eQzVB7p@<vY
z9>?f7M8xRkLZuIGj{}ky#V`1YFW3@pkK-4roy+ZU%n<R5(II{@IxR%}gkraW`0Wxa
z@k$?vUm@dk5kH4g6NC6QaQZ3jT*R*j)yyJ(4V-=o@$30GvxuKVX&Hm~EwT86N*{=y
z4^5GXpHO5C#4qDER%z!Velf$DKByNB03v<?w6bKT59&n=7N?8&6-ooh<Ej^Z{q@(&
zuR!-^1gICi8S2v?bny^Dy(smfr{CC70EdVpGXD5f5$Z*KVv6JtArx_g+v6A=hlm*6
zT&VQH?QuZzqWA?r@daDL?Q#4<wR5>Wju|3;F*?LAMyG{{pHS>J5WihwC0^+R@hfDU
zF5>4<YGM$-22MYvos0POpqg34uYuD~A$~m{XBP2uC@o_Uza<ubQ0W8l^Pwpc@e_)y
zf%s+I#wzVx#4lzz(+BmU0YJnrfL4~w^g+F7!Qylgzd~sMc@*`c-~7$rJnOqg{wlu$
z-J21hUi4<DPk+$GLj?7r)Qg^eV@ClTB96%T<5NYb7xjrLl0$@0#0_qbV{{xMVsvw%
z(g(N40m+Nv7yQH*Yzeo=@e9??<@Pvci1@|m5Wg6m79xH^vD-lWc8QgEr4Pifka4<*
zpF^pMLHrsx{giet;@5*}W)Z&zPCteC^?aOJ#LuC$j6wXCSo}ey55&)hrbxt3D6$6P
zmvI}bv~v-^nBhzx)QbiH5x)RhSu)cH^`Zrf(?$FWr2*to)QkS`5C8D2?;0O}`4#Bi
zi~#kbH$#2;gDxH-s28PP^z<7$3g8fNM8+SVDnh-ePfU><B7`Dt%=GcvYp=ymxZ8ys
zA}+pqr4Me81CkfTFZhWs*b;7!;}@!(%k6Q@5b=xAA$~DBEkyi;Vz+_#?Gh{TN*{<{
zA>(urKZjBigZMRY`YG*P#IFa{%p!gboPG-N>-jjdh@V4g8H4yOvG{{ZABdk1O_7M7
zP-G3nFXJ{=Y3Cw-F~gZYs22?YB7On1vSg+Y>O~6{r;GR%N(0EFs2Bac-}}8;-}O7c
z^E>5NpnEd{)QjE>_300~c!;20lzP$AZ|o?5L&Omoe|)M4^`bs8MRJG`inzh;ag2^b
zM2v1ORQlldI3RgZ{DPnOf-T|pIDVnpx!fMd3=zK=9pV?G(?Y~gD0Ul&-!8Eduk?ZV
z6*5j2@pC9OF^FFSr=QZ!Mf`eD%`D>A!0D$Dzn+gXi}*Q|mNAIm5{o~m^nv*K&=iUI
z2}RaG{4#E1m3A)T7c-pcgL=^bAmSH5D@$hjpkB0Kak_|Kp)`Ozih9xEncw)0-#ALV
z#{V$=8*jW(eha#{Awa$8Z8$qW<>DcNdQs{{ozH9;!y#gcWovM%2=$^{&}J})hyYqy
z!tHSZ;&(Yj_^g(ZN*~-FFZuL?7saoC_&v;WdmO)I?Obk;V}^)dj1KXO(P<&#CltF4
z#BY~aiC6kS{0bSTi}*Q|ni#~dfzwZE=OTVRsAd-NYvA-#h+oggnMM2@O3N6;Z;8bp
zRQf>td}xY9{DdNFAbuIQu}V7^@rxPG^g+F701)vDpp_*veNZo2usB`BuTUC59!0(A
z_}Bh}Klp=L;`L)c_G9I@pnDqv)QjGRv-49f9wMk0rC!we%$6}6B9>UT2B(TpFS-S7
z26KoApp_-u9v2{fmqUclY8k2Y!R_&qPd|83{Q8IA!z{PQ@mto;<@Pvci1@|m5Wg6m
z79xH^vD-lWc8QgEr4Pifka4<*pF^pMLHrsx{giet;@5*}W)Z&zPCteC^?aOJ#LuC$
zj6wXCSo}ey55&)hrbxt3D6$6PmvI}bv~v-^nBhzx)QbiH5x)RhSu)cH^`Zrf(?$FW
zr2*uz)QgUP^I!U<Uz$~3-}61+^U5o)l;4H!vnD{j=(8s5KmXz(f_hQvMg5PhL~@8I
zK!Wa65$Z()bQ~fAXk`hv#|4Pr<q+YsT1F~;aC^Mu(+^%0zy9I(Fw5<6{Fb$Ixjl{<
zB7QMC#4kptg@~U}>^2a;U1B9(=>zdAWSlPI=TK^55WfaaKc$_E`1PQgS;Vh_(@!CO
zJs)Ql@pC9GV-UY37JpFb1M%~rDH8D$imZY7W!%Op?Oen!W;oLa^`Zel#4mtWmdx})
zy=cMWbP>NoX#jaF^`hfn^^0Hp;(z!L|3QUb|KeZ#i{Jk3-+uY!m&cA6QzO9qr$C@<
z5};nx1a*V3i-!p6MfGQ7G@d?vdV^Q?!u$vh5!YYkNLAwqM!jf2l0!rQtt^@8<F(gb
zE8}!e3Cx{4?@#!DwRDQ>D+821xIO+#IHw~Q#qad_FMI&E$MGxH&gJ$vW{CL3=n%gc
zofaZ~Lb2OG{C0_zc%=`-uaI%Nh@V5Li9!4tIQ^7%F5=gNYGx6?22MYP`1O38S;Wtw
zw2VRgmRS5jr4Pi<ho(rxPbjhm;+Jt7tF&_wznI}nAJmHm01>|cT3IsF2lb)_i_=B?
z3Z(($vDAw`dGh38iPx2Ofk4+JK)t95>IPvK4-wRhKKuhhz3A2#%OPS5*D`pj2=$^%
zIQ<}ph@Ou#%k8m4X&J*IVu{5cRQlld*oUUbi{hu}+--x~<M`EU=W=@-GerDibckP!
zP74t~q1bI8e!Ij<ywV5aSI9VB#LuDB#2|hRoPJ6>7xC*sHM59c1E-%t{CYmlEaK--
zTE-xLODz7N(g)(_LsKN;Clpx&@yoc4Roc0TU(9f(59&n&fQVlJtt^@8gL=_|#pxn`
zh0*{*y=Y-V_lN-XqDN$IKYsBLLA@yTqVY$|AtFYng;PbS7Znh{!6CwDbri|%@e!HR
zaSjoui24Af4{ncpP|Mki;<tR}T@7-39KUYuTyBqJhKOH`4)Kf8X(8e#6uS+?Z<kn!
zSNcHw3K^%1_&JoC7{srE(@$yVB7QxnW)|^l;Pg|7U(d&xMf@B}%NWFOiNzmO`at}A
zXo^Jqgd%Goei^s1N;?<viy6-JLA_`I5b+D3l_fKMP%m1rI9<fAP#Qp}7cETa9uc5k
z^oY#u$1ffts28PPH2!EgM8xQ{aH<IPq5|SKI7IlYjv~1|J|c5E&LQFyQ6Hf6!R>Jm
zYB_sR{FcwWt3hs$<JYa7%k6Q@5b=xAA$~DBEkyi;Vz+_#?Gh{TN*{<{A>(urKZjBi
zgZMRY`YG*P#IFa{%p!gboPG-N>-jjdh@V4g8H4yOvG{{ZABdk1O_7M7P-G3nFXJ{=
zY3Cw-F~gZYs22?YB7On1vSg+Y>O~6{r;GR%N(0DasTY0syWjn;H|d`Ofv!n_dQlV9
z4Z<!SBB&RoUNrtnIYh+hv~a2j^`ZjeH#kK2td1hNJw76HI?f^D6j2|b^ug_M4{AAk
zQT&$AysJTOkK@;^oy+ZU%n<R5(II{@IxR%}gkraW`0Wxa@k$?vUm@dk5kH4g6NC6Q
zaQZ3jT*R*j)yyJ(4V-=o@$30GvxuKVX&Hm~EwT86N*{=y4^5GXpHO5C#4qDER%z!V
zelf$DKByNB03v<?w6bKT59&n=7N?8&6-oohW2qM{|K@aWPk?&S+cQ7<i5CwM)QeIt
zdh}_Xj&q1OMRXc4RfKxcQ&3+Sz#-x*ne2{md%R0b@f;$AB5NppaC;m8yeNLbPkh0a
zaC;oTQ0-i9k7I_2UyKg%i_vKz;wKcl4a9GkSczBqK>P|Br;GSGl$sdCuYuD~Y3Cw-
zJ*Z|D@oV7pQ;1*B$C*X^97@X=#BYhkA5{84{CsGNMEryzYao6Zx3Nk)7x9Z3&h$aO
zXaErL3!s%HGks7mTCg}>#IH~qK&TfjOz0jFpkDNd%<ac79wMk0rCv1tXgNg0=(KRE
z2=$@@;x{-%_^gg1xjjB2b2`o;;uKLIp!C7*aSv)adr|zB&%CQaZja;Ft)0v5am*0$
zi_sx|F*+?o{Dfk+f%xqbEAdJnh+iS&bP+#?QWJytHE{YV?OepK2i43Xehr*{3i0dt
zIJ1bKLuna<_${&cgGwKWpASuuh@Vho4a6_wHdblpB7QN$nLel&4FDp30kpDYrVr{x
z3l^t~_!UY62=$_c3Ed+C)QcXGx&8RXLj?7r)QiR+Er*C0ofb|Np<Yx#{04^zpVd($
zx5r0hPRBV!oFeK2ls>pU?m;bQFN)vtnRhkF?Q#6NwR5>Wju|3;F*?LAMyG{{pHS>J
z5WihwC0^+R@hfDUF5>4<YGM$-22MYvos0POpqg34uYuD~A$~m{XBP2uC@o_Uza<ub
zQ0W8l^Pwpc@e_)yf%s+I#wzVx#4lzz(+BmU0YJnrfL4~w^g+F7!Qylgzd~sMp<c8w
zp?gGtdeI{?w;#WFh@f7SdeQi!<q#30)557D)Qbv;-{278vpS08_V|d*={SdoQ$&4$
z(g(N4J*egEMe$oc^R5QDJ&s?ub}qNaF+;>JMu+&t=(G^=6N=pi;<rnz#4CLueua$F
zMf@B}O$_4K!0D&7a}mEDR5OeCHE{YV#INV$%p!gcrDY7_x5VNPDt#b+J~TxlenOEo
z5WkGuSf!nd_{9uo`k-Dk0EqYn(8`jTKByNhSe!26S11i2)Qc7-bdLy7FM34g_Tv{1
z5!8!PFB*Te93o<LS~yjNdQk!K8yq5hR!5QC9v_i89p?~nil`4z`r!7s2eq8ND1OUl
z-qj$t$MNgd&gJ$vW{CL3=n%gcofaZ~Lb2OG{C0_zc%=`-uaI%Nh@V5Li9!4tIQ^7%
zF5=gNYGx6?22MYP`1O38S;Wtww2VRgmRS5jr4Pi<ho(rxPbjhm;+Jt7tF&_wznI}n
zAJmHm01>|cT3IsF2lb)_i_=B?3Z(&rdeOp!?hyg%MUTkbe*EGgf_hQvMdOc_Lqv>D
z3#W=uFDf8@gF}SR>L`-i<0CSs;~XMR5%mE|AKV`Ipq8^2#c%n{yBg&7IDXyQx!fMd
z3=zK=9pV?G(?Y~gD0Ul&-!8Eduk?ZV6*5j2@pC9OF^FFSr=QZ!Mf`eD%`D>A!0D$D
zzn+gXi}*Q|mNAIm5{o~m^nv*K&=iUI2}RaG{4#E1m3A)T7c-pcgL=^bAmSH5D@$hj
zpkB0Kak_|Kp)`O{FIt$;Jt9E8=n<LQk6%1QP%lcoX#CM~h=|c?;ZzaoMFqrfaES0(
z9Yu0`d_?ASoI}JZqCP<BgWKaC)N=Ns_${A#SA*Oh$FEyEm)ql*A>tRKL;PZNT8Q`w
z#cl)f+a*@wl|B%^LdNMLeh#H32Jvg)^i$foh+hw?nMM2>IQ<mj*Yj~^5kH60G6wNm
zV(|x+J`g`2nj#TDp~xDDU&d{$(#}QvVumw)P%jz)MEnA1Wywq*)Qc7@P8abjlm-y$
zMGF(UM+B%BJtA}a@r#ED>P4v+jXzor5ivR~oGL=SsDStl4iP@9qeyO#kI0;kbBH)a
z)CVYiaC_W?TFzb+zvVOUYLMIG_;qXNa(f&zMEqiOh+m9O3lTq|*li$wyTnSo(g)&K
z$T(fZ&!N=BAbt&;eo8wR@#{e~vxr{<r=LRndOpr9;^$CW#vp!6EdHR<2jb^LQzYUi
z6j=lD%eakI+PR2d%y6a;>O}*9h+hD$ESc$pdeMT#=^}oG(g5;U>P3J5&HJZ7plcGK
zUepA2gRqN-2<k<t7mdGC4iParEu1Psy{Lfr4Gs}LtD{J6kB`Wlj&q1OMbrl<eQ<l+
zgIdmB6u;#&?`n|S<M?%J=W=@-GerDibckP!P74t~q1bI8e!Ij<ywV5aSI9VB#LuDB
z#2|hRoPJ6>7xC*sHM59c1E-%t{CYmlEaK--TE-xLODz7N(g)(_LsKN;Clpx&@yoc4
zRoc0TU(9f(59&n&fQVlJtt^@8gL=_|#pxn`h0*}>Sn5TeJbCi4#Oq4CK%i?9pkCAj
zb%U^rhY0FLAN~P(`t<1yUfB!tBRE7{f0a{3s22@La)=0^l_lIB7a)F@Lxj(28L9Na
z?eUUNKX_66`iI}cEVsw;Th`9y_BdvU_{HcDzZjhsB7Q=#+d%wwiIsSz55%vKak_|~
zL#c^D{2Dm@ly)xS*Mn+i5x)jbKZW@9e4JUt&!M!8LHw3j{6VD;#LtJONW@PlvIgRp
zaT}|&a}mFo;Y=UYiv|D@zW`cUGSdh3q6Lf7Mf?h-0fc(d!i4S-0qRAM$lQMX;vs^1
zQR+qGkCsD3j7|%uicl{qAbx{GgwN_IlH21WGN<DlB2E$Y0ZJd-9`~S@vlqp0`OLc-
z<n}mz-P*a_9>)w3zZf0j7o*cc#7`)88;IX7u@bNJf%p|NP8acWC^a#NUjwI~(#}Qv
zdQi<Q;@80Grx3rMk28z-Ih2+$h~E;6KdAJ9`1#NjiTDXc)<FC+Zex{pF5(w6oauvl
z(EuRg7eFgZX8NFBv|w?%h+m;JfKV@5n9w~UK)vV@ncI(FJVa10O1)_O(Q=50(P`mS
z5$Z(+#BXqj@L3&2a(jG4=5(Ax#3`aaK<R_q;~vy<_M-SLpLth<+#biTTRWHA<Cr1h
z7o$V`Vsu)F_zA^s1M%A>R^pXD5Whmk=^}m(r6vaPYvA-#+PR2d52~3({2Dm@6yn$O
zab^)ehte_z@mpf?2bDe$KOdSR5kH~G8i-%UZLHGHMf_rhGks7m8URH60%&E)Odr&X
z7A#H|@hg-DkjGLl`tv{k^P^tT`R8YT=4Za|`@Zje?|a|FlCU56fgjM?0)ehcU;rFn
z%P2K8<NGkF2#1Is)N=OXA%c3*hkqRS-=klCV@HG9xf~*n5S@-s6`@}A6x3G+aESOy
zCc7it9`6!UJckIO$Qnu?h+hEkqWA?r@daDL?Q#4<wQ~`_m?7d9qeJ{+bXth`3B_&$
z@!KU<;*~xSze2|8B7P2~CI<0q;Pg}4xrkp6s+mRn8aVwF;@9(WW)VM!(lQ3|TVnAC
zl|B$ZADSW&KcUDPh+oEStkTX!{9=YPeNZnN07U!(Xl2PvAJmH$EKV2kE0hM1$5Jm^
z{>`247ryX?QDyp;x4dQ4hJDjFebcM2zUr(Z=7<3GqDN$IKYsBLLA@yTqVY$|AtFYn
zg;PbS7Znh{!6CwDbri|%@e!HRaSjoui24Af4{ncpP|Mki;<tR}T@7-39KUYuTyBqJ
zhKOH`4)Kf8X(8e#6uS+?Z<kn!SNcHw3K^%1_&JoC7{srE(@$yVB7QxnW)|^l;Pg|7
zU(d&xMf@B}%NWFOiNzmO`at}AXo^Jqgd%Goei^s1N;?<viy6-JLA_`I5b+D3l_fKM
zP%m1rI9<fAP#Qp9;Cj*d%l@DL^MC%%-}yVEJnX&ieeajP^rb?8u1|n^QJ>Ybj=Xq?
zpk9=E(fAYP5D}x(!l@$EiwcO};1J=nI*R1>_=wEuIERQ+M16qL2e-#PsO9WM@moIg
zt_Hb1j$gNSF1N=qL&Psehxo<lv=H$Virog{w@a+VD}5k-g^bfh{2WS64C2?o>8G@F
z5x*W(GmH2&aQZ34ujk{;B7P2~WenoC#NrPseIR~5G({qQLXkBPzl_^hrJalT#SCZq
zpk6cpi1-E2%95Ers243*oG#*5C=DPle7)%Sm0y1O<yju~!$17Pg#cZj0QI6it7jc~
z@eo11DD|T8C(0orMyG{SMW`1Q5Wm48!e@09$?fqGnbUC&5vPdy0HqIZk9$zd*^A=0
zeCAyZa(f)VZtYxdk7I_2UyKg%i_vKz;wKcl4a9GkSczBqK>P|Br;GSGl$sdCuYuD~
zY3Cw-J*Z|D@oV7pQ;1*B$C*X^97@X=#BYhkA5{84{CsGNMEryzYao6Zx3Nk)7x9Z3
z&h$aOXaErL3!s%HGks7mTCg}>#IH~qK<=Slbo|yI{_uxqh1lml_qhUru1SD;Q4`b+
z!Y&>ns28PPH2z9CM8xQ{aH<IPq5|SKI7IlYjv~1|J|c5E&LQFyQ6Hf6!R>JmYB_sR
z{FcwWt3hs$<JYa7%k6Q@5b=xAA$~DBEkyi;Vz+_#?Gh{TN*{<{A>(urKZjBigZMRY
z`YG*P#IFa{%p!gboPG-N>-jjdh@V4g8H4yOvG{{ZABdk1O_7M7P-G3nFXJ{=Y3Cw-
zF~gZYs22?YB7On1vSg+Y>O~6{r;GR%N(0E9)QkT2|Nh@+h1h@mkN>eiplcGKUepA2
zgRqN-2<k<t7mdGC4iParEu1Psy{Lfr4Gs}LtD{J6kB`Wlj&q1OMbrl<eQ<l+gIdmB
z6u;#&?`n|S<M?%J=W=@-GerDibckP!P74t~q1bI8e!Ij<ywV5aSI9VB#LuDB#2|hR
zoPJ6>7xC*sHM59c1E-%t{CYmlEaK--TE-xLODz7N(g)(_LsKN;Clpx&@yoc4Roc0T
zU(9f(59&n&fQVlJtt^@8gL=_|#pxn`h0*|WC-tJ^FVCzH`^W$I9~TI8O#;-5nxJkF
zcJUBFy(smf@mI<rB1Wf$Q$?s36%fC{A;M>M6v^%J5t-9*4iTq_`T(U5ZjXCV%h`+K
zw|wSZ4RU)Nzi#bZZjWPzh+m8j@r%)EA>t<#yA8x|msp8c`at{&8K;Z*Ih2|h#IJ$V
zPif~Oem$sW7V&G~^izmm&&QcX{2WTl7{qUh#UE7qK>U1YibVW`B5NRi8Mm=YI~Vbb
z8P4=Uy=VXs@e81pB{O|cFIuoTUBs_Y8bI!(UUdB8vqJ2h?|f&0K-VNdy{HN524NQu
z5!8!PFB*TP93o<LS~yjNdQk!K8yq5hR!5QC9v_i89p?~nil`4z`r!7s2eq8ND1OUl
z-qj$t$MNgd&gJ$vW{CL3=n%gcofaZ~Lb2OG{C0_zc%=`-uaI%Nh@V5Li9!4tIQ^7%
zF5=gNYGx6?22MYP`1O38S;Wtww2VRgmRS5jr4Pi<ho(rxPbjhm;+Jt7tF&_wznI}n
zAJmHm01>|cT3IsF2lb)_i_=B?3Z(($PU=P9c;k&(A@-KHyrn>(YZ9Pd)C6^du#1NX
z>P4v+jlWV35ivR~oGL=SsDStl4iP@9qeyO#kI0;kbBH)a)CVYiaC_W?TFzb+zvVOU
zYLMIG_;qXNa(f&zMEqiOh+m9O3lTq|*li$wyTnSo(g)&K$T(fZ&!N=BAbt&;eo8wR
z@#{e~vxr{<r=LRndOpr9;^$CW#vp!6EdHR<2jb^LQzYUi6j=lD%eakI+PR2d%y6a;
z>O}*9h+hD$ESc$pdeMT#=^}oG(g1QN^`ig#fB)}UA@&X5@C^k5U6TOyq9&*tgk3yD
zP%lcoX#ACOh=|c?;ZzaoMFqrfaES0(9Yu0`d_?ASoI}JZqCP<BgWKaC)N=Ns_${A#
zSA*Oh$FEyEm)ql*A>tRKL;PZNT8Q`w#cl)f+a*@wl|B%^LdNMLeh#H32Jvg)^i$fo
zh+hw?nMM2>IQ<mj*Yj~^5kH60G6wNmV(|x+J`g`2nj#TDp~xDDU&d{$(#}QvVumw)
zP%jz)MEnA1Wywq*)Qc7@P8abjlm?JHsTck5hd(?k#Qy0&{ig*2U6TOyq9&*tgk3yD
zP%lcoX#ACOh=|c?;ZzaoMFqrfaES0(9Yu0`d_?ASoI}JZqCP<BgWKaC)N=Ns_${A#
zSA*Oh$FEyEm)ql*A>tRKL;PZNT8Q`w#cl)f+a*@wl|B%^LdNMLeh#H32Jvg)^i$fo
zh+hw?nMM2>IQ<mj*Yj~^5kH60G6wNmV(|x+J`g`2nj#TDp~xDDU&d{$(#}QvVumw)
zP%jz)MEnA1Wywq*)Qc7@P8abjlm?J{s2BY&|K-1^JnR>K;TH-7x+VeYMNLpQ2)lTQ
zpk7pe5Juza)2BChWiQN+;1F^BRZbP5UNj)dAtHcQmT-GqfcRYw5k9MBq|yhs$4fr_
z;6?H4AAS$B+#bhoSv!~8<Cr1h7o$V`Vsu)F_zA^s1M%A>R^pXD5Whmk=^}m(r6vaP
zYvA-#+PR2d52~3({2Dm@6yn$Oab^)ehte_z@mpf?2bDe$KOdSR5kH~G8i-%UZLHGH
zMf_rhGks7m8URH60%&E)Odr&X7A#H|@hg-DkQcaKbo{mX<3Il64}9PQ4{O6d``OPH
z2y{&X)Qg&+ZV-0y5JA1@!@mjCi*9|f93r-GErX|uP%pZK(+_fp==nIa+#WlWmN6V6
zmRS5jr4Me8eQ1ijD1Lg*-8Q&Aj$gfYF1N=qL&Psehxo<lv=H$Virog{w@a+VD}5k-
zg^bfh{2WS64C2?o>8G@F5x*W(GmH2&aQZ34ujk{;B7P2~WenoC#NrPseIR~5G({qQ
zLXkBPzl_^hrJalT#SCZqpk6cpi1-E2%95Ers243*oG#*5C=DQwrC#(qzT-Roq4&?X
zecQKv>$iUEJKph*hb3XN{h<$is1Ts*6QEwyXZ5TjFCHSO7k&80fqK!c&y_>O7OrLR
zR1xY$mvH()4iP;cXO`Pzhte{JL&Oq`KdAJ<?XeF{kr%~J&$-(Mx5x3T*UshkIA)0W
z#pn>f7@Za(enPR^K>T)zm3XBO#IKNXx`>}csfj`S8aVxwb}r)AgKB0GzXnb}h4}S+
zoLR)rp|p%a{FYe!L8TAG&xfW+#7`))2I7}-8>_T)5x<z>Odr&X1^^Mi09six(+BmU
z1&h-~{0gN3<gwI?K6&!wVTo7J9z~>I{_>X#0lGc`>P3B4&pPtrA%c3*hkrn*7v1_?
zIYeyXS_V%Qp<Z+eryt}H(erU;xjl9$En_%DEV1~5N*~-F`_L45QT+6ryKQiL9KU+)
zTyBqJhKOH`4)Kf8X(8e#6uS+?Z<kn!SNcHw3K^%1_&JoC7{srE(@$yVB7QxnW)|^l
z;Pg|7U(d&xMf@B}%NWFOiNzmO`at}AXo^Jqgd%Goei^s1N;?<viy6-JLA_`I5b+D3
zl_fKMP%m1rI9<fAP#Qq)q+awRANdHyqUG)HcBvQLCHCy%FCHSO7o}b_{x~^A#OSne
zstEO>0^&C~MEI<ZBDp<2B6B*<A>tHKAE5NX?QsukIeSt3me0JaL2i%Z*R7q)?QzTy
z@r%(Rela>NMErzew}JTW5-agaABbNe<8%=}hf))R_%(3)DeYXuuLsr4B7O~=ehTsH
z`8czPpF?RGgZM46_=8Fxh@THlk%*sAWDUeG<2F`l=OTVF!<jy)7YzU+egU+yWTp@5
zMGF?Ei})2v1IP<pFZ#7#`?ceL#r~In`IldL<(2Y_(+vnvFB(95MoTUpBB&RoUNrtP
zIYh+hv~a2j^`ZjeH#kK2td1hNJw76HI?f^D6j2|b^ug_M4{AAkQT&$AysJTOkK@;^
zoy+ZU%n<R5(II{@IxR%}gkraW`0Wxa@k$?vUm@dk5kH4g6NC6QaQZ3jT*R*j)yyJ(
z4V-=o@$30GvxuKVX&Hm~EwT86N*{=y4^5GXpHO5C#4qDER%z!Velf$DKByNB03v<?
zw6bKT59&n=7N?8&6-oohW2qM%HJ|=JV~?;w%DcYarC#(p!#C>*7Y`BCi&8Hde~KI;
zVsu(KRfKv`0r49gB79ayku!a~_S$Pl0gN9J;1F>{#vE7r;P%)g_Au<C_&t2oeYUwh
zj^Dd>F1N=qL&Psehxo<lv=H$Virog{w@a+VD}5k-g^bfh{2WS64C2?o>8G@F5x*W(
zGmH2&aQZ34ujk{;B7P2~WenoC#NrPseIR~5G({qQLXkBPzl_^hrJalT#SCZqpk6cp
zi1-E2%95ErD2FRpoG#*5C=DQwrCzlBo725L0qR9>&-~~oUOYrlFG{`W(WiAf&LQFy
z(P_X`5$Z)xL49QahlsCavOB`<@h&mNbBGX%tfBP5?QsC`qWA?r@daDL?Q#4<wR5>W
zju|3;F*?LAMyG{{pHS>J5WihwC0^+R@hfDUF5>4<YGM$-22MYvos0POpqg34uYuD~
zA$~m{XBP2uC@o_Uza<ubQ0W8l^Pwpc@e_)yf%s+I#wzVx#4lzz(+BmU0YJnrfL4~w
z^g+F7!Qylgzd~sMp<c8wp?gGtdeI{?w;#WFh@f7SdeQi!<q#30)557D)Qbv;-{278
zvpS08_V|d*={SdoQ$&4$(g(N4J*egEMe$oc^R5QDJ&s?ub}qNaF+;>JMu+&t=(G^=
z6N=pi;<rnz#4CLueua$FMf@B}O$_4K!0D&7a}mEDR5OeCHE{YV#INV$%p!gcrDY7_
zx5VNPDt#b+J~TxlenOEo5WkGuSf!nd_{9uo`k-Dk0EqYn(8`jTKByNhSe!26S11i2
z)Qc7-bdLy7FM34g_Tv{15!8!PFB*Te93o<LS~yjNdQk!K8yq5hR!5QC9v_i89p?~n
zil`4z`r!7s2eq8ND1OUl-qj$t$MNgd&gJ$vW{CL3=n%gcofaZ~Lb2OG{C0_zc%=`-
zuaI%Nh@V5Li9!4tIQ^7%F5=gNYGx6?22MYP`1O38S;Wtww2VRgmRS5jr4Pi<ho(rx
zPbjhm;+Jt7tF&_wznI}nAJmHm01>|cT3IsF2lb)_i_=B?3Z(&rdeOp!?hyg%MUTkb
ze*EGgf_hQvMdOc_Lqv>D3#W=uFDf8@gF}SR>L`-i<0CSs;~XMR5%mE|AKV`Ipq8^2
z#c%n{yBg&7IDXyQx!fMd3=zK=9pV?G(?Y~gD0Ul&-!8Eduk?ZV6*5j2@pC9OF^FFS
zr=QZ!Mf`eD%`D>A!0D$Dzn+gXi}*Q|mNAIm5{o~m^nv*K&=iUI2}RaG{4#E1m3A)T
z7c-pcgL=^bAmSH5D@$hjpkB0Kak_|Kp)`O{FIt$;Jt9E8=n<LQk6%1QP%lcoX#CM~
zh=|c?;ZzaoMFqrfaES0(9Yu0`d_?ASoI}JZqCP<BgWKaC)N=Ns_${A#SA*Oh$FEyE
zm)ql*A>tRKL;PZNT8Q`w#cl)f+a*@wl|B%^LdNMLeh#H32Jvg)^i$foh+hw?nMM2>
zIQ<mj*Yj~^5kH60G6wNmV(|x+J`g`2nj#TDp~xDDU&d{$(#}QvVumw)P%jz)MEnA1
zWywq*)Qc7@P8abjlm-y$MGF(UM+B%BJtA}a@r#ED>P4v+jXzor5ivR~oGL=SsDStl
z4iP@9qeyO#kI0;kbBH)a)CVYiaC_W?TFzb+zvVOUYLMIG_;qXNa(f&zMEqiOh+m9O
z3lTq|*li$wyTnSo(g)&K$T(fZ&!N=BAbt&;eo8wR@#{e~vxr{<r=LRndOpr9;^$CW
z#vp!6EdHR<2jb^LQzYUi6j=lD%eakI+PR2d%y6a;>O}*9h+hD$ESc$pdeMT#=^}oG
z(f~reXkkM4hyeAXM`Uh4e(?}Ny(smf@kh%cB1Wf$Q$?s36%fC{A;M>M6v^%J5t-9*
z4iTq_`T(U5ZjXCV%h`+Kw|wSZ4RU)Nzi#bZZjWPzh+m8j@r%)EA>t<#yA8x|msp8c
z`at{&8K;Z*Ih2|h#IJ$VPif~Oem$sW7V&G~^izmm&&QcX{2WTl7{qUh#UE7qK>U1Y
zibVW`B5NRi8Mm=YI~Vbb8P4=Uy=VXs@e81pB{O|cFIuoTUBs_Y8bF@6deP55`+o`q
zx+VeYMNLpQ2)lTQpk9=E(fBLn5D}x(!l@$EiwcO};1J=nI*R1>_=wEuIERQ+M16qL
z2e-#PsO9WM@moIgt_Hb1j$gNSF1N=qL&Psehxo<lv=H$Virog{w@a+VD}5k-g^bfh
z{2WS64C2?o>8G@F5x*W(GmH2&aQZ34ujk{;B7P2~WenoC#NrPseIR~5G({qQLXkBP
zzl_^hrJalT#SCZqpk6cpi1-E2%95Ers243*oG#*5C=DRbTfOL$Cr=)hay^T7fk4+J
zK)t95>IPvK4-wRhKK#S-^y$+Zys{VOM{tO^{wk-6P%j#g<PZ@+D@(XNE<pS)hX|k5
zGE(V-+v6ple(<9B^$)*?S#FQxx2&DZ?QzTy@r%(Rela>NMErzew}JTW5-agaABbNe
z<8%=}hf))R_%(3)DeYXuuLsr4B7O~=ehTsH`8czPpF?RGgZM46_=8Fxh@THlk%*sA
zWDUeG<2F`l=OTVF!<jy)7YzU+egU+yWTp@5MGF?Ei})2v0|@n^g$dmw0@RBhk-7c&
z#X|)3qSTAVA1#N77@ZbQ6`@{KK>P-W2%ptaB)7*$WKPF9M4Te(1C&0vJ?=p*XD^E1
z@|kxv$nA0by0vq;J&qY7ela@4FGi<@h@VjGHW0sEVkKVb1Mw?loG#+$P-<cjzXnb}
zrJalT^`M$r#IJ$VPa%FiA7>Wvb0{ri5WgiBe^BWI@$;c667ds?tbzDt+{P;HT*NPC
zIMWC9q5(j}FMw8-%=AIMXu;xi5x+ud0HI#AFrj-yfO^p*GPfVUc!;20lzP$lqva40
zqtn8vBGiith~MB4;j=o5<o5W8%;`9Xh*Ly;fYJxI$33X!>_zcgKJ%^yxjl|ww{|YK
z$1y|1FGh#>#ptvU@e_*O2I99%ti&sQAby36(?$FoN=*#n*TCtgv~v-^9#k`n_%(3)
zDa5bm<IEy{4y9!b;<v=&4=Q~iem*osB7Q=VH4wjy+gPQYi}=M1XZoOCGysVB1<=Zp
znLel&Em)i`;#VjQAk>Q%CUlPoP%nB!=Jw+k4-wRhQZE{Rv>YO0bXqu7gnCf{@f#c>
zd{#%1+#Vm1IUVN^af+x9Q2OBZxCgbIy(oUmXWrEyx5x48*3RYjIA)0W#pn>f7@Za(
zenPR^K>T)zm3XBO#IKNXx`>}csfj`S8aVxwb}r)AgKB0GzXnb}h4}S+oLR)rp|p%a
z{FYe!L8TAG&xfW+#7`))2I7}-8>_T)5x<z>Odr&X1^^Mi09six(+BmU1&h-~{0gN3
z<aw(X9ZLCT{qyB7fB6so;1AyW-uFJN4IAwOfv!n_dQlV94Z<!SBB&RA_&4F{)2BCh
zWiQN+;1F^BRZbP5UNj)dAtHcQmT-GqfcRYw5k9MBq|(Rm{AB=x4S|c|*F5=7rno(h
zU$k~Ex5qI<#4kpN_{He75b+a=-3H>fORU5zeIR~?jMGK@97;_L;@80Gr?hhszaCUG
zi}*Eg`YFV(=i|&Geh#H&4C1%M;twi)AbvhHMIwGeku?y%jN4eHos0Oz3}^bFUNiuR
z_yy3)l9@iJ7cE$vF5*`x4Is~3y=eJ2jJq$t{PK5w*LOXv3Y+bBzVn^&Gw*yM^`g(u
z2XOHaLA~h1zYNriZhhDsBDQcXgQtp6FS>-&4|0g;`8c!O9y^qlF&rY6So}ey4{ncr
zXo|cjetOQ`Hn=^GU%hrNx5qI<#4kpN_{He75b+a=-3H>fORU5zeIR~?jMGK@97;_L
z;@80Gr?hhszaCUGi}*Eg`YFV(=i|&Geh#H&4C1%M;twi)AbvhHMIwGeku?y%jN4eH
zos0Oz3}^bFUNiuR_yy3)l9@iJ7cE$vF5*`x4InRGz3AsY_ql)m&;R+uda&7k+uPpu
z$xnU~Wi8);-=$vEXZ5TjFCHSO7k&8mfqK!c&y_>O7OrLRR1xY$mvH()4iP;cXO`Pz
zhte{JL&Oq`KdAJ9iu=$Mc~SiIoV#ssdmO)d?Obk;V}^)dj1KXO(P<&#CltF4#BY~a
ziC6kS{0bSTi}*Q|ni#~dfzwZE=OTVRsAd-NYvA-#h+oggnMM2@O3N6;Z;8bpRQf>t
zd}xY9{DdNFAbuIQu}V7^@rxPG^g+F701)vDpp_*veNZo2usB`BuTUC5UZi@_u{D15
zM}PETCD?2~dGh4rAOHB5zVxN?>(kvLK)vV|u4fv2@eo11=)=Df)QfI?s~jS>a4mzU
zicl}Qgwqdli0Jt^von3X_S$PsFfk7aaEN$FBWNpqaC;okyC{CaPkh0aaC;oTQ0-i9
zk7I_2UyKg%i_vKz;wKcl4a9GkSczBqK>P|Br;GSGl$sdCuYuD~Y3Cw-J*Z|D@oV7p
zQ;1*B$C*X^97@X=#BYhkA5{84{CsGNMEryzYao6Zx3Nk)7x9Z3&h$aOXaErL3!s%H
zGks7mTCg}>#IH~qKwgY`(eaD?yMOoZ-tv~WJS+p7?SK1k|LvG9zc}510QI5)v}d&B
z;vs^1(T9I1s2AP(N;yPq;aUby6`@{q38x?A5Yh8-X1P6fC@o{=&Ykxsue|cgGKRs1
zfYJxI#|@>Usf*%w^w|3u=k_>$*V?(<9>)w3zZf0j7o*cc#7`)88;IX7u@bNJf%p|N
zP8acWC^a#NUjwI~(#}QvdQi<Q;@80Grx3rMk28z-Ih2+$h~E;6KdAJ9`1#NjiTDXc
z)<FC+Zex{pF5(w6oauvl(EuRg7eFgZX8NFBv|w?%h+m;JfIRkk(eYmm9sljnul?Gu
zeOLfC+aLPShraNIFO*-IZcKoB(HPyEzVPB9f_l-1e=evO-TFQ`L~P+&22T~CUUUhk
zALJ0x^KoXmJ$5K9V>m=CvG{{ZAKV`M&=h%5{Pdi=ZE$-Wzk2OlZjWPzh+m8j@r%)E
zA>t<#yA8x|msp8c`at{&8K;Z*Ih2|h#IJ$VPif~Oem$sW7V&G~^izmm&&QcX{2WTl
z7{qUh#UE7qK>U1YibVW`B5NRi8Mm=YI~Vbb8P4=Uy=VXs@e81pB{O|cFIuoTUBs_Y
z8bBUzz37n7Pk!=~Z+qL@9+rO1_V<48_kQ-XpDn*E-HQaM7rhAZO<aEQ5JA1@!#^6-
zi*9|H93r-GErX|uP%pZK(+_fp==nIa+#WlWmN6V6mRS5jr4Me8eQ1ijD1Lg*-8Q&A
zj$gfYF1N=qL&Psehxo<lv=H$Virog{w@a+VD}5k-g^bfh{2WS64C2?o>8G@F5x*W(
zGmH2&aQZ34ujk{;B7P2~WenoC#NrPseIR~5G({qQLXkBPzl_^hrJalT#SCZqpk6cp
zi1-E2%95Ers243*oG#*5C=DQwv0n6zH{SS--}sGpzVn?Ai@s+2pZt@5^76|smtT|a
zn?itk(KiL-oAQv0hY0FLAO7i}UUci5<PfoiYZ*LMgnH2>oPLl)M9;^W<@VU2w2a{p
zvBcsJDt&N!>_b!JMe);f?zX}0as2AFbGbc^86ti$I>awVr-g{0Q0z7kzg=P_Ug-nz
zD`cE5;^$CmVi3OuPCuoci}>}RnpwoJfzwYRemx&&7V&c^En^VBB^G~B=>zfep(zsa
z6N;>X_+{M2D(zgvFJ?H?2lb)>K*TSAR+h~4LA_|f;&c(eLTLbbT=k+Oe|`GXpMLkd
z-~F)MYqtNvKllfK@+W^%enGl#A_3|}-$a-fA9e8%LA~h1KOoeLZheg$BDQcXgQtp6
zFS>-&4|0g;`8c!O9y^qlF&rY6So}ey4{ncrXo|cjetOQ`Hn=^GU%hrNx5qI<#4kpN
z_{He75b+a=-3H>fORU5zeIR~?jMGK@97;_L;@80Gr?hhszaCUGi}*Eg`YFV(=i|&G
zeh#H&4C1%M;twi)AbvhHMIwGeku?y%jN4eHos0Oz3}^bFUNiuR_yy3)l9@iJ7cE$v
zF5*`x4Iq!GUi6Rt=#Sq2{`WsD^qTGWz3+X0_=kU3el@ypIsxiM-*lw$11}yTs26?s
zXM}put?!US#1^h)@Kh1%MVD~;K@Jf;A7_@^V~5f*hC{>>i$AFJ!R@gRO_3MHPtUpA
z2DiuYtJluu_BdvU_{HcDzZjhsB7Q=#+d%wwiIsSz55%vKak_|~L#c^D{2Dm@ly)xS
z*Mn+i5x)jbKZW@9e4JUt&!M!8LHw3j{6VD;#LtJONW@PlvIgRpaT}|&a}mFo;Y=UY
ziv|D@zW`cUGSdh3q6Lf7Mf?h-0pwBCi+<)apZWH0|MrI^UbFqKcfIR(e&=^aQY*g~
z-Dg37deLV=HGAg8Lj?7r5C51@FS_*+a){W%wG5srLcQn`PCv*YqUYnxa(nDhTE=jQ
zSYq)9l|HyV_Ms{AqWI}KciZ6hIDYlox!fMd3=zK=9pV?G(?Y~gD0Ul&-!8Eduk?ZV
z6*5j2@pC9OF^FFSr=QZ!Mf`eD%`D>A!0D$Dzn+gXi}*Q|mNAIm5{o~m^nv*K&=iUI
z2}RaG{4#E1m3A)T7c-pcgL=^bAmSH5D@$hjpkB0Kak_|Kp)`Oz=k=oh^MC%&fA-J*
z*~8+l*?z}6-tnnVed>)j-YCBj-DgLDdeLXccK68_4-wRhKKzqHz3A5G$01@1*D`pj
z2=$^%IQ<}ph@Ou#%k8m4X&J*IVu{5cRQlld*oUUbi{hu}+--x~<M`EU=W=@-GerDi
zbckP!P74t~q1bI8e!Ij<ywV5aSI9VB#LuDB#2|hRoPJ6>7xC*sHM59c1E-%t{CYml
zEaK--TE-xLODz7N(g)(_LsKN;Clpx&@yoc4Roc0TU(9f(59&n&fQVlJtt^@8gL=_|
z#pxn`h0*}>+}4Z!`Jey!2S511hh<%}{nAS>{pbJupTGR&FPGni?z1L9z38(h>_7kF
zA%c3*hksb87xh295y>H93)eDustEO>OE~=?hlrk!Gt2F<LunbqA!3QeA5{9__SlD}
z$cy5q=iF_B+vE7vYv*!%95Y1xVswaKj7|#?KcU!dAbz{VO1#ns;#bHxUBu6!)Wjfu
z4V->TI~VcmK{d08UjwI~Li~C@&Me~RP+G<yeoHL=pwb88=R;E@;wKbY1M$najaAyY
zh+oWbrVr{x1AvHM0Ie*U>4SRFg2m|~eudHi@*LKSzWVB`|K{KPn}-Emv;8$+^EDs)
z*vI(t%S*gjmwM5gp+5aV7Y`BCi$47GLcQqe_x3P=L&QTGS$nDo^`Zei4iN#gvV_~?
z0>tlfi11l0Bb7e5JznzZ2QP|W|L}X5<@Pv!%i6iz9>)w3zZf0j7o*cc#7`)88;IX7
zu@bNJf%p|NP8acWC^a#NUjwI~(#}QvdQi<Q;@80Grx3rMk28z-Ih2+$h~E;6KdAJ9
z`1#NjiTDXc)<FC+Zex{pF5(w6oauvl(EuRg7eFgZX8NFNu3&Mxh+m;JfIM&YqCfX@
zKlhfmyyamv*KB{}BOl>UZh3t-?ouy$W8lq?yLgD8Ui9H#80tlvFYPO*I7ECUliiW2
zBGilSavSj+A_8b-3Ae`uh~MQ9;j>ysDt&N!yyVjlUKGFn;rB4h?Q#5;wR5>Wju|3;
zF*?LAMyG{{pHS>J5WihwC0^+R@hfDUF5>4<YGM$-22MYvos0POpqg34uYuD~A$~m{
zXBP2uC@o_Uza<ubQ0W8l^Pwpc@e_)yf%s+I#wzVx#4lzz(+9;%0YJnrfL4~w^g+F7
z!Qylgzd~sMdEV+ppFDZ;u#{`Gf9QvP=<}cdeEB!0dwT-Zi{763(NDa1h@f8d;U5|5
zMUOtS<v53kC6=whsUp;iZb6&D93lc}WeK;(1&H6}5aF|0Mk;-9d%Wb+4_*|%{^9p9
z%k6RembG)aJ&qY7ela@4FGi<@h@VjGHW0sEVkKVb1Mw?loG#+$P-<cjzXnb}rJalT
z^`M$r#IJ$VPa%FiA7>Wvb0{ri5WgiBe^BWI@$;c667ds?tbzDt+{P;HT*NPCIMWC9
zq5(j}FMw8-%=AIMXu;xi5x+ud0C~>qMc@7IcYo;3{-;2oYZ9Pd)C6^du#1NX>P4v+
zjlWV35ivR~oGL=SsDStl4iP@9qeyO#kI0;kbBH)a)CVYiaC_W?TFzb+zvVOUYLMIG
z_;qXNa(f&zMEqiOh+m9O3lTq|*li$wyTnSo(g)&K$T(fZ&!N=BAbt&;eo8wR@#{e~
zvxr{<r=LRndOpr9;^$CW#vp!6EdHR<2jb^LQzYUi6j=lD%eakI+PR2d%y6a;>O}*9
zh+hD$ESc$pdeMT#=^}oG(g5<D*NZ+Z>w2@=1p-}@0QI6Ks2hY`JVa10`tXkl|9#P|
zFP1~Z7OrLRR1xY$mvH()4iP;cXO`Pzhte{JL&Oq`KdAJ<?XeF{kr%~J&$-(Mx5x3T
z*UshkIA)0W#pn>f7@Za(enPR^K>T)zm3XBO#IKNXx`>}csfj`S8aVxwb}r)AgKB0G
zzXnb}h4}S+oLR)rp|p%a{FYe!L8TAG&xfW+#7`))2I7}-8>_T)5x<z>Odr&X1^^Mi
z09six(+BmU1&h-~{0gN3gnH4!gzgam>P3&p+<yGxA%c2Q>P6#^mP160P79}sP%kPV
zeuG1V&*~_W+v6iLr{f$VP7(D1N*~-F_n?-u7sYS+%)1)o_Bejs+PT~w#|#m_7#-pl
zqtimfPbhX9h~F-;60h`u_!Tlv7x8l_H8F@^1E-(T&PDusP|Ymj*TCtg5Wk*}GmH2+
zl$J4w-x7;IsPuvO`Op-J_z6YUK>RXpW0iI;;ukZV>4SRF03hNQKr2gT`k-F4U~#&L
zU!gRBP%m1T&^;nRz335{+mBy7L{KkEy=eT=a)^l0Y2j26>O}>_Z*Yk4Ssg`kdwfLZ
zbeu!PDWX0=>4V$j9@KL7qWCSJc~^tn9>=d+JD1zzm?7d9qeJ{+bXth`3B_&$@!KU<
z;*~xSze2|8B7P2~CI<0q;Pg}4xrkp6s+mRn8aVwF;@9(WW)VM!(lQ3|TVnACl|B$Z
zADSW&KcUDPh+oEStkTX!{9=YPeNZnN07U!(Xl2PvAJmH$EKV2kE0hM1=dE7!7k}{=
zKmLsWDG=zI1gIA^LERwi;vs^1QR+qGuarYXj7|%uicl{qAbx{GgwN_IlH21WGN<Dl
zB2E$Y0ZJd-9`~S@vlqp0`OLc-<n}mz-P*a_9>)w3zZf0j7o*cc#7`)88;IX7u@bNJ
zf%p|NP8acWC^a#NUjwI~(#}QvdQi<Q;@80Grx3rMk28z-Ih2+$h~E;6KdAJ9`1#Nj
ziTDXc)<FC+Zex{pF5(w6oauvl(EuRg7eFgZX8NFBv|w?%h+m;JfIM&YqUGO^?(;+7
zqaXd~_*y>lk&nFgX8iN?>C-78<0E`Co_Al*c;%H>CcW{0M@HEF<$vNQenJJ4U-#16
ze)ZFTdgK33KYcVl@WFp|<DdS0|LSKS{tJBm^Pk@Zc+c_Lx$_GgCVbB{vfusHS6?0U
zzVL-FWXtb))fd0`Mg8d;4bn&OG0gNa%9Vq)cfMrq-1!BPID(Hs>4Tjc(7Pyp!B2d_
zmMDF^V87Q5ejV-H`PUEe3z#E*0kpY9J9mD5q>q3k;uk=hOAx;p-CU^j!OjgxB7On1
zhf9<`9uCrW2x#Xbeh#i>4C1%M;tXo%B7P38WenoC#NrGheh#H3M(G3bYbYH}A$~_>
z%yFd;GoCOJ(9T8t#ALTI(??LGvHOEwym;+g#4moiGktJZ9{@!B3be5eXT9j3{^_4S
zKXr-xn>?Qce&%O>W_&Fl{_uzAUvK{J<0bH8KlWoPn516x&;IPs9`CE<-y8xEfB*y_
z009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fPh2bfBmojMZM_r
zS)BPC{#*U*&;IQAT7LY;e|*$kzbXIBPjvjhym(Wdc2^G>|7A06@bUkGVE1<)MZeUG
ziooYS_qknw_Z&a}3+MX$#(yO9o@r#i`}}|PGj?&d{GL~h?@iy{XplaFk71^dAaMjg
z>jhgfckcWG*}vJ#o%Gnb0lkaj7yQH*Y>Cpx3-){6=GS?cc@e*WIpP;Un@hBFNgpvo
z#4kpN_{He7kew?OyA8x|msp8c`Y7Xc9Ri4-L#c^D{2Dm@ly)xZqX*T@B7O~=ehTsH
z`8c!eT!+#!2Ju^B@dx$)ztUeqqzE8>LXkCQ`WXK=TYk^05Wnkhf2NN?^7^Ch?Fooq
zdE=k`>}RPLeGV%#pU;1#fB*0Q{rFmb`lo;TP5IaR+rRzWsUm;#H-Gb{Jn*g_A_pD}
z$A4>j_jeyJQPq<C_eIBlb$=J&J;!V3&i(sWfAv@QOe6c<$Nw_Rpf~;p!L#M}yy~z2
z`mg7QH~;VJufKlJG_v1)rjPMoo6nZt^QyUX=eIWw6!(lG``wj35WfK6Mez%M;tRH9
zrjK!p@`C+dH~4k5bLU?_#4liu_yy4B62vb?r-g{0Q0z7kzg=P_Ug-nzD`cE5;^$Cm
zVi3OuPCuoci}>}RnpwoJfzwYRemx&&7V&c^En^VBB^G~B=>zfep(zsa6N;>X_+{M2
zD(zgvFJ?H?M^K~@|HKz&A>w!aRnGLmU41|j@hi{<kXbMK^2;xmDY_6S1gIA+K)#CI
zi-!p6MO7|48q|w!eaRdmws0+jr;1Q7x`fjYa){{pIJ4XyJCv3&93qxj{6VD;ZjXIv
zio7U(dd}T8xIK<vy>>3Q$1y|1FGh#>#ptvU@e_*O2I99%ti&sQAby36(?$FoN=*#n
z*TCtgv~v-^9#k`n_%(3)Da5bm<IEy{4y9!b;<v=&4=Q~iem*osB7Q=VH4wjy+gPQY
zi}=M1XZoOCGysVB1<=ZpnLel&Em)i`;#VjQAk>Q%CUlPoP%nB!=Jw+k4-wRhQZE{R
zv>YO0bXqu7gnCf{@f#c>d{#%1+#Vm1IUVN^af+x9Q2OBZxCgbIy(oUmXWrEyx5x48
z*3RYjIA)0W#pn>f7@Za(enPR^K>T)zm3XBO#IKNXx`>}csfj`S8aVxwb}r)AgKB0G
zzXnb}h4}S+oLR)rp|p%a{FYe!L8TAG&xfW+#7`))2I7}-8>_T)5x<z>Odr&X1^^Mi
z09six(+BmU1&h-~{0gN3gnH4!gzgam>P3&p+<yGxA%c2Q>P6#^mP160P79}sP%kPV
zeuG1V&*~_W+v6iLr{f$VP7(D1N*~-F_n?-u7sYS+%)1)o_Bejs+PT~w#|#m_7#-pl
zqtimfPbhX9h~F-;60h`u_!Tlv7x8l_H8F@^1E-(T&PDusP|Ymj*TCtg5Wk*}GmH2+
zl$J4w-x7;IsPuvO`Op-J_z6YUK>RXpW0iI;;ukZV>4SRF03hNQKr2gT`k-F4U~#&L
zU!gRBP%m1T&^;nRz335{+mBy7L{KkEy=eT=a)^l0Y2j26>O}>_Z*Yk4Ssg`kdwfLZ
zbeu!PDWX0=>4V$j9@KL7qWCSJc~^tn9>=d+JD1zzm?7d9qeJ{+bXth`3B_&$@!KU<
z;*~xSze2|8B7P2~CI<0q;Pg}4xrkp6s+mRn8aVwF;@9(WW)VM!(lQ3|TVnACl|B$Z
zADSW&KcUDPh+oEStkTX!{9=YPeNZnN07U!(Xl2PvAJmH$EKV2kE0hKh>O~6^x<>@4
z7d;|#`|*p12<k<t7mYt!4iParEu1Psy{Lfr4Gs}LtD{J6kB`Wlj&q1OMbrl<eQ<l+
zgIdmB6u;#&?`n|S<M?%J=W=@-GerDibckP!P74t~q1bI8e!Ij<ywV5aSI9VB#LuDB
z#2|hRoPJ6>7xC*sHM59c1E-%t{CYmlEaK--TE-xLODz7N(g)(_LsKN;Clpx&@yoc4
zRoc0TU(9f(59&n&fQVlJtt^@8gL=_|#pxn`h0*{*y=Y-V_lN-XqDN$IKYsBLLA@yT
zqVY$|AtFYng;PbS7Znh{!6CwDbri|%@e!HRaSjoui24Af4{ncpP|Mki;<tR}T@7-3
z9KUYuTyBqJhKOH`4)Kf8X(8e#6uS+?Z<kn!SNcHw3K^%1_&JoC7{srE(@$yVB7Qxn
zW)|^l;Pg|7U(d&xMf@B}%NWFOiNzmO`at}AXo^Jqgd%Goei^s1N;?<viy6-JLA_`I
z5b+D3l_fKMP%m1rI9<fAP#Qp}7cETa9uc5k^oY#u$1ffts28PPH2!EgM8xQ{aH<IP
zq5|SKI7IlYjv~1|J|c5E&LQFyQ6Hf6!R>JmYB_sR{FcwWt3hs$<JYa7%k6Q@5b=xA
zA$~DBEkyi;Vz+_#?Gh{TN*{<{A>(urKZjBigZMRY`YG*P#IFa{%p!gboPG-N>-jjd
zh@V4g8H4yOvG{{ZABdk1O_7M7P-G3nFXJ{=Y3Cw-F~gZYs22?YB7On1vSg+Y>O~6{
zr;GR%N&^V>qJ;_FBLdWm9+A2I_{Bp6^`g{^#vd(*h!~v~P8FeER6zU&hX|k5Q6#s=
zM`TXNIYgWy>I0NMxIOMcEoU!^-}0GvHOTF8{JOPsxjl{<B7QMC#4kptg@~U}>^2a;
zU1B9(=>zdAWSlPI=TK^55WfaaKc$_E`1PQgS;Vh_(@!COJs)Ql@pC9GV-UY37JpFb
z1M%~rDH8D$imZY7W!%Op?Oen!W;oLa^`Zel#4mtWmdx})y=cMWbP>NoX#k;Kv@oH2
zM1XqHBQm!izj%nCUX*&#_@m_z5u?+>sUp;i3W(p}5aF{risbhAh|K9Yhlo=|eSp#j
zx5quG<?KcATR!uy2Dv?sU$=HHx5qI<#4kpN_{He75b+a=-3H>fORU5zeIR~?jMGK@
z97;_L;@80Gr?hhszaCUGi}*Eg`YFV(=i|&Geh#H&4C1%M;twi)AbvhHMIwGeku?y%
zjN4eHos0Oz3}^bFUNiuR_yy3)l9@iJ7cE$vF5*`x4ItEu7AAC$2v9G2MCSJ67Y`BC
zi&8Hdf3zGTVsu(KRfKv`0r49gB79ayk=!01kvSdb5OIpA4^aBx_P7VNoV_T1%V*xz
zAh*Zy>(<WY_BdvU_{HcDzZjhsB7Q=#+d%wwiIsSz55%vKak_|~L#c^D{2Dm@ly)xS
z*Mn+i5x)jbKZW@9e4JUt&!M!8LHw3j{6VD;#LtJONW@PlvIgRpaT}|&a}mFo;Y=UY
ziv|D@zW`cUGSdh3q6Lf7Mf?h-0fc(d!i4S-0qRAM$lQMX;vs^1QR+qGkCsD3j7|%u
zicl{qAbx{GgwN_IlH21WGN<DlB2E$Y0ZJd-9`~S@vlqp0`OLc-<n}mz-P*a_9>)w3
zzZf0j7o*cc#7`)88;IX7u@bNJf%p|NP8acWC^a#NUjwI~(#}QvdQi<Q;@80Grx3rM
zk28z-Ih2+$h~E;6KdAJ9`1#NjiTDXc)<FC+Zex{pF5(w6oauvl(EuRg7eFgZX8NFB
zv|w?%h+m;JfKV@5n9w~UK)vV@ncI(FJVa10O1)_O(Q=50(P`mS5$Z(+#BXqj@L3&2
za(jG4=5(Ax#3`aaK<R_q;~vy<_M-SLpLth<+#biTTRWHA<Cr1h7o$V`Vsu)F_zA^s
z1M%A>R^pXD5Whmk=^}m(r6vaPYvA-#+PR2d52~3({2Dm@6yn$Oab^)ehte_z@mpf?
z2bDe$KOdSR5kH~G8i-%UZLHGHMf_rhGks7m8URH60%&E)Odr&X7A#H|@hg-D5b8w>
z6S_wPs24pVbNlg&hY0FLsTYkuS`HC0IxU<kLcOSf_zeybKC7chZjX=1oQ`vdI7QS4
zD1C5y+=E)qUKGFOGw*7U+vE6kYv*!%95Y1xVswaKj7|#?KcU!dAbz{VO1#ns;#bHx
zUBu6!)Wjfu4V->TI~VcmK{d08UjwI~Li~C@&Me~RP+G<yeoHL=pwb88=R;E@;wKbY
z1M$najaAyYh+oWbrVr{x1AvHM0Ie*U>4SRFg2m|~eudHiLcM5VLidOO^`b{)Za;qU
z5J9~t^`h}d%ON60r-f5Rs23Fwzri8GXLS_G?eP(r({T<Fr-=Fhr4Me8dr-^Si{iI@
z=3NbPdmO)R?Obk;V}^)dj1KXO(P<&#CltF4#BY~aiC6kS{0bSTi}*Q|ni#~dfzwZE
z=OTVRsAd-NYvA-#h+oggnMM2@O3N6;Z;8bpRQf>td}xY9{DdNFAbuIQu}V7^@rxPG
z^g+F701)vDpp_*veNZo2usB`BuTUC5s243v=pGTEUi65}?Z+=3BB&RoUNrt_IYh+h
zv~a2j^`ZjeH#kK2td1hNJw76HI?f^D6j2|b^ug_M4{AAkQT&$AysJTOkK@;^oy+ZU
z%n<R5(II{@IxR%}gkraW`0Wxa@k$?vUm@dk5kH4g6NC6QaQZ3jT*R*j)yyJ(4V-=o
z@$30GvxuKVX&Hm~EwT86N*{=y4^5GXpHO5C#4qDER%z!Velf$DKByNB03v<?w6bKT
z59&n=7N?8&6-omL^`eCd-6I0jiyo1={rJU01ofiSi^d-<hlm)R7ETqRUQ|H*28Rfr
z)lnq3$46vN$2mltBI*N_KDa&ZK`m!5ir?~?cQwfEas0ZqbGbc^86ti$I>awVr-g{0
zQ0z7kzg=P_Ug-nzD`cE5;^$CmVi3OuPCuoci}>}RnpwoJfzwYRemx&&7V&c^En^VB
zB^G~B=>zfep(zsa6N;>X_+{M2D(zgvFJ?H?2lb)>K*TSAR+h~4LA_|f;&c(eLTLb@
zUbHZwdqjYG(IYaqAHR5rpk9=E(fFg~5D}x(!l@$EiwcO};1J=nI*R1>_=wEuIERQ+
zM16qL2e-#PsO9WM@moIgt_Hb1j$gNSF1N=qL&Psehxo<lv=H$Virog{w@a+VD}5k-
zg^bfh{2WS64C2?o>8G@F5x*W(GmH2&aQZ34ujk{;B7P2~WenoC#NrPseIR~5G({qQ
zLXkBPzl_^hrJalT#SCZqpk6cpi1-E2%95Ers243*oG#*5C=DRgixwtyj|fmNdPL^-
z;};JR)QeIt8h^ALB4Tt}I8}stQ33HA93p&HN0HnfACWm7=MZs<s1H#3;P$u&wVb^u
ze#>Xx)gZUW@$1&k<@Pvci1@|m5Wg6m79xH^vD-lWc8QgEr4Pifka4<*pF^pMLHrsx
z{giet;@5*}W)Z&zPCteC^?aOJ#LuC$j6wXCSo}ey55&)hrbxt3D6$6PmvI}bv~v-^
znBhzx)QbiH5x)RhSu)cH^`Zrf(?$FWr2&L`(ZYo85drE&kI3A9{Nf>kdQs{{<Byg@
zM2t=gr;1Q7Dj<G?Lxj)jD3aUbBQmGs93oB;^#MvB+#dI!ma`YdZ~4r-8szpke%;!+
z+#bga5x*E6;uoXSLc~ufb{mM_F0m4?^nv&lGENuqb0{@2h+hMzpVH1n{CZH$EaKO|
z>8B9Co{uw&_&Jo8F^Jz1i$AFJf%y5*6p8o=Mb<$4GHzp)b}r%<Go0yzdeHzN;uk<G
zOJ@3@UbJ9wx`<z)G=NYqTA0v1B0#<95t-YMUpz!mFG{^={LylVh|y``R1xY$1;lS~
zi11k*MRI$5MCNpyL&PbfK0xV%+v6V8a`vM5EuVQ;gWMj+uUk8p+vAua;uoVs{9<%k
zi1-P`ZUgb#C062<J`le`#_1w{4y7gr@oV7pQ`)(RUk|F8Mf@5#{S@NY^KoVoKZnvX
z2Ju^B@duSY5I-N9A`w5K$Qp=W#%-+9&PDuUhBJLoFB$+u`~qlY$xI*Aixw<S7x62U
z1`z5+3lq9W1gIB1B6Iuki-!p6MX48!KUxkEF*+@rDnh-efcOm#5k9M<NN$gh$efOI
zh&V;m2Pl1Td)$Ls&R!J1<umVUklW+<b!+ExdmJ-F{9<&7UyM!*5kH~WZ6JQT#7ex<
z2jW-AI9<fgq1416ehr*{N;?<v>p?ZMh+hMzpF;e4KF%!S=TKV4Abv|M{-Dwa;^#wC
zB;qF&Sp)IQxQ$iXxrkrPaHbFHMFW6{UjVHvndyUi(SpV4B7TL^07AWJVM6za0QI6r
zWNtrx@epz6^`igq|M~wO){FjMU)6tp<VSww_TSHypU5HN3ca~@stEO>0Z9%K0kpD&
z+v5Vn?{bLnSuG=#KDa$z^63XJieLZmdzj_+IDX68x!fMd3=zK=9pV?G(?Y~gD0Ul&
z-!8Eduk?ZV6*5j2@pC9OF^FFSr=QZ!Mf`eD%`D>A!0D$Dzn+gXi}*Q|mNAIm5{o~m
z^nv*K&=iUI2}RaG{4#E1m3A)T7c-pcgL=^bAmSH5D@$hjpkB0Kak_|Kp)`O{FIt$;
zJt9E8=n<LQk6%1Q+<Cp|xBcJ$@56f0uWtK?e&~m8|NUI~i5w!X(3@+gicl{akmL{%
zKr2hQJuX1}E{6!8)iP4)gWKaJpMLP7`1KFJhgoiq<F~Ax%k6Q@5b=xAA$~DBEkyi;
zVz+_#?Gh{TN*{<{A>(urKZjBigZMRY`YG*P#IFa{%p!gboPG-N>-jjdh@V4g8H4yO
zvG{{ZABdk1O_7M7P-G3nFXJ{=Y3Cw-F~gZYs22?YB7On1vSg+Y>O~6{r;GR%N&^V>
zqJ;_FBLdWm9+A2I_{Bp6^`c+h8qtS8oqEyRZ=bLFPn;@3y=d?vI79@{$`Wpm3lP7{
zA;M?1jMN<zx5rC9{oqCM>mPm(v)mrXZ&^E++vAua;uoVs{9<%ki1-P`ZUgb#CHDWb
z_r@;Re%o1QKQl6=g@ymel+zmqVwhAzG>W2#;|LOh_%GOmREmX=5C|3_*ocKGY$OnZ
zRZ@hIh)ojGB-jY^FdJ?TD|_G1{oK!)_awg8;qYVcz1Due?_BS@&${+zan8tB`9S;z
znPiIiC6r7K;%DIakWMb*=Ruh$;%DIa5aQ?gBvHgKp|s6G{I*!~MU@Z4FNdZ~#7`)?
z0pizjyLRd1B7QZ)RX*q!EdU~Z1+=kcl@Izw2bN@t_zg-I5c)+26Q(Bu^oyRze184q
zC4zp@AMDut(T?dC{rvIyk^hNHMd%kTz6dT61+=k+*W&>spK^)FS#2}*2F2^~mXBY2
zDSrOLzah%&as4gp<nnr4GerDqbckP#P8$(Fp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K
z93RrjMf^M{6Gi+C93MjbJf9?r_$8FKIf&mDOTMV`f%xUnl!^EWMK?hFI&Rl4om|AP
zX1K}+{h|dx#IJxhwyg3&zv#e{OcB39=>kH(=wQP1M1X$L6PeGizq~}yFZzQ$qCftB
z{e%DWr~jW%{`-IVOaH6>0`!Z1{`maJ|HP#t^otf>1eb^c+StPD@c@!fxkTiwwwZc^
z;`MmT$1lDVKmXz15aso_{+4xec|EQfB7QYG#IHuDjfkI6JRKl@Pl=6ul@G*kkV&S9
zUqZ>`Abtjp59#D0ejb#GB7O#r4<UY@PZCA^5=z?~#BYlwUsU-({Bmf@MEr!J8z6oi
zw`-S9F5*`+T;+p)(E=diS3nzER{5Y`bYMxQh~J=e0ij=XFkyNkK)>jT%;(o%ULxoh
zRlDXj_*eh-H-F*Z|Mn;U{g?mBU)5iLe$me#pC9?3xKxCG(c+8X5>Y@KTX;PlK=LV<
zh@90nQ*Thb9&h>h#h2peKl~e_ydKxzvQ93q$2CL5uSSRX)#$Vl@e_)t1H|tsv5~Lx
zf%pwF$rSNRD486@&%p5^om|AvgECRX&%p5^#Lx3dqKIEYX`6%iZL#EwDj$en4o#Ve
zpHOrI#INIa?b69b{Az})e9$ji07U!>Xk*JNAM}e3EXfq{8<Z{}^otHAOiu*p7d?^r
z{QApF1pT6F*Q8(c>93bd#8YB_Hh-xI{i1)C%<T%7h+9Or3A`TPB042-i8zr7*Hu1v
zJr0TeVA@OZ`@xU;&M~jY_4lrm%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-
z{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0H
zxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWIn(C@)AM6
zDE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-|)I
zUXSaqTPK&-<C-DjSEEDxYINF&_zA_+0pj<R*vMD;K>P-oWQzDDluQodXW;mdPA=l-
zL76DxXW;k{;^+A!QN%Byw9P^Mwpj8-l@G)(ho(%#Pbj(p;@5GzcIo6Iel^2YKIj)M
z03v<`w6SHC5Bfz1mSl?f4N4af`b7s5rY8dQi=N1Qe*NVof__o@Me83emxvmjHZB#R
zUsOQy0hfrJ)hUzL;}e<NbuJONh<t*|2d~E-)HeE3{I;L@Rg1hH*I&0zF0aQmL&UE}
zhxpa#v=Q+Wil+m_?<uj7ukwNT4Km3T@k=O~9K_GS@gbdD#Lt5=QN+){@gc;|^GTwJ
zUqWe{gZOQ+<clgFh+hs(nTVfIbOXe%<96-R$wmBXhO2zgFIoUZ{0eAe%PJrAiw-Qw
z6!9CBE+F)a4kk=b1n3t%k@@`k%S#0PqV$W_KUyvkH9BovDnh@gfaC)%5jm?<Ca=dQ
zGPmnoB5o1+1eFh7k3Fbu^riT1Kl7^=c|ESbZk=3Sk86gAUyTm&tI=sA;wKbO2Z-NO
zVk2MW1MwSVk}2YsP%=4)pMm2;I=P6S2W6s&pMm2;h@a<^L=nG)(l!V2+hWNVRXz~E
z9GWr_KcVObh+oI;+NG0=_|*(o`Ji940EqY%(8iWkKIj)6SduB?Hz-{|=ocMKn4SpG
zFM1;L`Sq8V2>M0o7p;G^Tq0_8+PGANeo+C*2V5d@R;Nr}k56Q7*SSR8BJv3;AG{uW
zP}}HB@!NjpS1s~-Tz}m<xx60N3=zK?9pYD`(?-NkD4q@wzo*1TzRCyUH^?MY#4n*_
zau7cQ$A@%s5kC*gL=is&$A=I<&nJl@ehH;*4&t}Pk}s-!AbvSCWg>n;(G3v4j@z|M
zCl~Rn8Lsj{zi0sv@hhN>EvtOcFFLR!Q^apjx`5CxI+!p$5uji6MCSABFE0`Fi_$Mz
z|7f{H)abNvsR;d|0+J87MC7banY<pK$lR`TiMU1N6I4EUJ@%ls(U;=4{midg<n_4z
zx^;4SJ+2udel<G8uSTbhh@VhA9Uy*BiH&@f55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9
zeg=*YA%31u5=HzHO4}U7Z;K^gRQW*sa%jp#{Dh(#AbuUUYnM(g;#V_V<%53F0wCg7
zKpR_D`Ji8PU`eKk-=K5>p<i?`VR|A!zvzj~=ht6eBIp;TU$p+wa*3$XY2#86`b7mK
zA8?7tS)DR@JwB1SUFQ;Ui^wOaeDHegL2aWi#c%tWU$w~Vas74c<nnr4GerDqbckP#
zP8$(Fp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K93RrjMf^M{6Gi+C93MjbJf9?r_$8FK
zIf&mDOTMV`f%xUnl!^EWMK?hFI&Rl4om|APX1K}+{h|dx#IJxhwyg3&zv#e{OcB39
z=>kH(=wQP1M1X$L6PeGizq~}yFG{~?{iEd)QKQqwr6Tl;3P?WS5|OhyW%7D_B6GXW
zCE^y5Pf+>b_1J^jMqi5G_A|d~k=Nt;>(<HT^|)q;_|@nTzZ#u3B7Q>gbb$ChB{uR^
zJ`le_CYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QRM^i%b_U~
z@e_(}fcSOXu3b90h+oZcl@Izw3xJ4U0c~tq<%53FfhCzDeuL5lgnrS%gz1R@{h}u_
zpI?7@iJ)JUe$o0z%O#>lr;STR=ob}`e843lXLZWt_4q{QcAZPaEh3+w^1<t|2epm9
z6u<3fe$^tc$Mx5(lgsOI%@Fac(II{{I&DP!gyQJ{@q0>a<g0ujeuGRhMf?&<CI|5|
zaC}H77xD9;Oce1maC`{y^L&yh;+Ig`<{*AsEcv3!2jZ7QQzqgk6x{&v>$qLJbaD~D
zn&B!R^ote%5x)Z3*s{t8{h|X)GDZ9br3(oCqJs(369M`~Ph>v7{_+w*zbO5p^^cZI
zM2$`xmx|CYDj@lQOGM7<l*#MyiOlUfmxx<LK0)P!*JBTA8+|E$+t2)}MP85VuUjXV
z*W;QY;#Z?X{AzUCi1-P`(*ff5l-S5u`9S;znPiIiC6r7K;%DIakWMb*=Ruh$;%DIa
z5aQ?gBvHgKp|s6G{I*!~MU@Z4FNdZ~#7`)?0pizjyLRd1B7QZ)RX*q!EdU~Z1+=kc
zl@Izw2bN@t_zg-I5c)+26Q(Bu^oyRze184qC4zoY`bFy>EtiNIoi;8Np<h%$@&T8K
zoYg6l*W(kJ+jTAxw}^a#$_KB<9@IAaQv9}``BjU&9@k&DPA;#<HABR&Mu+&-=(G{>
z6N;w;#P2Dwk+1TB_zg126!A+anH<E=!0{oST*S|VGEv0O!0{o(&+|#5h+jf!n}hgm
zvE+*?ABbNLO__+FP;>*tuj6*@(#b{qYKE(P&@Wm5MEnY9W6LTZ^otHG$rSM$lrA9j
ziw-7CPXy=}J(2nR`pZiM{i5`X)<0S<5j8q(Tq;7psDR`HE)hAaQzoy+Co;F|Tq14}
z`2>{@UXMMfZS<x1Z9ns?7I{6cziypeUXN>rh+mBk@vG5kBjP6%PX~zKQ(_}u<pc2>
zWRfZ3mryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7gatGzZ{w}5kH~m
z28dtB?b@Z2i}=+HSNWh{v;c_s70||(RX*q!9axen;x{N=K<F18OqiYs&@Xx-^ZE6c
zmk9br=@+ekv|J);blSL7gnm&0$p>5_a#p8IUXM>?Zr8a)+#>P`Dj&Qadr;fxOYz%&
z=2tE9dR%|qI=Q?a*9;NA8Xe+SqtiyjPbi)a5WlCyM!w1i;y1`7Q^YT!WO5Kc1ILGS
zauGid%0v-A1ILFDKhGzLB7O;_Z4TnM#gZ?od?0=~G-V=wLeUKnzmD6rOD7lcs~N8H
zLBD7L5b-OZjV-Hu&@Vc$BvZt1P`ZH7FFKeoJrST^^hD<K>n|@6^o!CjTK{OdMAYcC
zaj6LXq5_f+xJ2ZvPMN$OpUB*<bBVY`<P%grcs=%@w$Yd3xBbkoTIBV({<?K?c|EQf
zB7QYG#IHuDjfkI6JRKl@Pl=6ul@G*kkV&S9UqZ>`Abtjp59#D0ejb#GB7O#r4<UY@
zPZCA^5=z?~#BYlwUsU-({Bmf@MEr!J8z6oiw`-S9F5*`+T;+p)(E=diS3nzER{5Y`
zbYMxQh~J=e0ij=XFkyNkK)>jT%;(o%ULxohrC+rE(Q=8X(P`sS5&A_1Bp+~z$XT5-
zc|AUnxn1WHaf`?&sC@8x>_Kg#FU4>BnP0WY>v8>c>*Vr!Tr))cYIKNSjZPa8KcRR!
zK>VH(8~G|9h~FTSOcB3?lF32*3>+WQ$wmA;C=*5e3>+Uq{5+o|iufgzwmFF37E8XU
z@`3o}(3FYz2}L(R{5o#eE}dM&uV%Q)2mPW2K*X<rHnyztLBHt0l1vf5LFocQzvy7X
z^hAJu(G!`^ufM!R&@W2AX#Jz*5>cbm#-$?kiwa0S;1ZFuI%V>Dd?ItZ&L!d&kxx+h
z;Pu#p+D2cB-}W=VYLVCD`s>!o<@LB`i1^j$5WgCoHX?pP@pORrJta2sRXz~EK_;0Z
zehDR$gZLRZKBSY2_<2w!iuf5gK7{yrK1meuODJt~5Wg*!d{N~C@ynqp6Y&#@Zh-i8
z+^$_ZxrkrQaFq}GMGJt4Ujc1wS>=O%(SaqIB7TF?1%!Ul!G!6F0R5sTGM`_6d5NH3
zlz!3rN6RImMyHKSMd%k5kbJ-;B4>5V<n{PO=60P+#4RG9pz^`%u?Mw{z7)UhXMWWp
zugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~Sa
zpiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB
z01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNectzy9(PLBA;dqV<oKOGJ%M8<&dE
zFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sIdszqLp>#tiUm)GN(A>vn~
zL;PxV+KBiG#nS=e_mtSkSNTBv2AO1v_$8D~4&rCv_>fL6;^#q`DB@?}_z>df`6N-q
zFQK%}LHxE@@<o*o#4m@YOvFzpx&h+Xal3Zu<RX4G!&N@$7cBrHeg(9#Wt9*5MF*B-
ziuesm7ZCbI2NR|z0`!ZX$b5eN<t2iCQTj#eA1#-N8l5&S6`@~LK=J{Xh@90alh@-D
zncH<P5x0nZg31T4#~#!+`cnM1pZQgbydKwIw@xmv$2CL5uSSRX)#$Vl@e_)t1H|ts
zv5~Lxf%pwF$rSNRD486@&%p5^om|AvgECRX&%p5^#Lx3dqKIEYX`6%iZL#EwDj$en
z4o#VepHOrI#INIa?b69b{Az})e9$ji07U!>Xk*JNAM}e3EXfq{8<Z{}^otHAOiu*p
z7d?^r{QApF1pT7)i`G9{E)g|4ZColszo>xZ11=Fct5YVg$0stk>s%sk5%~m_4_=Qw
zsBQG6_-#M)s}^}ZuD@=bTwafBhKOH{4)LqeX(Qq%6i)|;-&0~EU*!Yw8)T9x;+Ie|
zIf$Qu<3l>Rh@S^#qKKb?<3os_=aWPczl72@2l3lt$rn{V5WgInG7&$a=mv;i$L-ps
zlZ*J(3|IM}U$g*-_!ZE`mQ_CJ7adrVDdIOMT|np;9ZZ;>2+%KjBJ=t6mzN0oMd=r<
zf3#d8YINGTRD^y}0m%nkB63!zOkR&qWNz2FMBF0s2`V4F9(z#R=u7e2e&$y#@_Jl<
z-8#9v9@h*JzZxClSEJKL#7`)m4iLYm#74f#2jVx#BvZsMp=5FpKLf{ybaD|t56VOl
zKLf{y5I@f+i6VXprEL!4x5bh#s(c`RIW%P=enQa=5WkMwwM!=#@v9lG@<G370TA&k
zpp7l7e9$jCuq0E&Z&12`&@VceFg+2VU-U%g^Xo4!5%i1FFIxX-xkS|Hv~j5j{h|Vr
z54c3+tWKG{9-qkEu5*dFMdTAyK6pL$ptjMM;<x?GuUh2wxc<6za(O+j86ti)I>fI=
zr;Ui8P&^$Veou*we3cKxZ;(l*h+jg<<RE?qjt}YNB7Po}i6VXmjt?Pzo=*}*{1Qsr
z9K>&nC0|teK>TuO%0&Exq8lK79k*+jPA=kCGhF3^e$fIT;#WW$TUPm?UvywerikC5
zbOE7XbTDChB0#_BiOlEMUtS{U7o}gc{?T%YsL^TTQW5$^1tcGEiO5-<GI>2dk-1&x
z5^;;jC#Zbzdh9`Mqc6p8`<Y+0$m?<ab?fBvdR#L^{AzTFUyV*15kH}LIzarM5*zs{
zABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|RB#QVYl(spD-xf>0sPcjM<<OLg
z_z6WfK>Rvx*Djr0#II(!$_M?T1wh2FfHt<Q@<G4oz>-W6zd`8&Lci!>!t_Lde$f+|
z&#%9{M9?ovzi9oV<q}b&)5fJD^ot5eKHw6OvpQw+dVC^tyUr!z7LiX-`QY`~gW5)4
zir@A#ziN@!<NE8?$>sI9W{CLJ=n%geoi-wVLh*Ef_&p^y@>M<%zd<IMB7O-alY{sf
zI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oea}d8RmV8m=1M$nDDHHJ%if(}Tb=<C9I=P5n
z&2W_u`b7(Xh+hG1Y+2=le$jy?nIe9J(glQm(ZPi2i2(hgCo-R3e|d?ZUzC2)`bWzp
zqDH5UOGW4x6_9+uB_d~a%H;L<MCNv#OT;ZApP=%=>#+y5jlLAW?Pq?~BCp5w*R7Mw
z>v7Ex@vG4xel<F6MEr!}=>YM2N^In-d?0><Ofp6M5=tfq@iTCINGBKZ^Po%=@iTCI
z2=ViLk|^SrP}=4oep@X0qRI#2mqSw~;wKc{0P*X%UAuI05x<(@Dj)QV761{y0@~QJ
z$_M?T14}YR{05~92>qgi3DXk+`bAG<KEM9*5<$Nx{i5}cmP<s9P8*ks&@U<=`G8AA
z&gzuO>+y-q?K+o;TSPuV<%8E_4{95IDSq3}{HjG>kL#~nCzsdbnjzv>qeJ{^blQmc
z3B}U^;`fx;$XEG5{05n1iufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOO
zSn@@c55zBrrcA_7D7pdS*Kxac>Et4QHN#at=oc*jB7Oz5v1OGH`b7tpWQzC=N*56N
zMF$h6Cj#_~p2&QD{pBTseo^{G>mMzbh#H+XE)}6)R6z0pmx!FzDU;XZ6Pep}E)lng
ze1ggcug4zLHu_Thwx9V`i@YA!U$;&!ug5h*#IHt&_|@pN5%Cj>rvt?ADY22S@`3mb
zGRYM2ODLHf#LvL-A)Q>r&x0~i#LvL-A;iz~Nur2fLTQ_W_-(P|iz*+8Uk*)~h@Vh&
z1H`Z6cJ0#1Mf_@pt9;NeS^z}+3TR`?Dj)QV4lKzO@f(ybAoPn4CQMHR=odYa`TY9J
zO9cI*^o!O%S}qYaI&EAkLcgeh<O41dIjd79ug51cx9eOYZV~wel@DHzJ*aK;rTA?>
z^Q#tlJ+8lQom^gzYletljSlgv(P<;%ClpTyh~HCUBVXkM@f&24DdLw<GC7E!f#X9u
zxrm<!Wul0mf#XAnpXZZA5x<1eHV5(BV#ya(J`legnlceTq38yPU&rm*rIU;J)eKkp
zpkK5Ai1-!I#+Fq+=ocMWk}2XhC|yA47adHPo(Rw{dLr}r^_Q0j`bFs%t$(y!B5HKn
zxKxCGQ31&ZTq1H-r%YatPh@V_xkTI|@(C&*ydHZ{+vrR2+kWO(E%JI?f89E{ydKvK
z5x*K8;#Z^7M#N7jo(>Sdr^H6S$_L^%$Rtz5FQH^|5I+OQhjelgKM%@85kCXRhY&x{
zCy63{38ifg;<v?;FRFYXemOK{B7Q>A4G_PM+qFw47xAkZuJS>@XaNxME1-=nt9;Ne
zI<O>D#BWf#fY2{Gm@qvNpkMSv=JV?>FA?;M(l1*7Xt_kx=(KUE2>qf0k`K5<<g8Aa
zydIy(+^%zpxJBd>R6ck;_Mo=Wm*Thm%&%JH^|=1Jb#i$<t{EbJH9EwvMyHL4pHMs<
zAbwAYjeM04#BY#Erifoc$>bn@296Ku<RX3^l!+pK296IQex6SfMf?&<+Z@DiizQ!F
z`9S<~Xv#$VgrXZDejT@KmrgF?S2JAYgMQHhAmUd*8(UWSpkH)gNv4S3pmYJDUvw~G
zdLlr-=!wkd*I!;D=oh75wEod@iKx+O<5Cg&MFk`uaEZuSoicenK9RXy=Mr&?$S0_L
z@Otb)ZKE&6Z~K{FwaDvn{dMc)@_Jk|MEq)Wh+mCP8xcRDcsfA*o)R1RDj$g7Ad^fH
zzl4&>LHrCHAJWN1{5&WVMf?mLA42>*pCpR-C6u-~h~E}VzNqqn_~p=)iTDXcH$eP4
zZr3iIT*R+txXK6pq6I+2uYfkTtnxv>=)jUp5x+s{0z$v&V8Zl7fPT>vna{7kyhPA1
zO226RqvaA&qtnKvBJ_(2NIu{ak+V8w@_KwCbGyzZ;ueulQ2F5X*n`?eUy9%MGrww)
z*W>!@*2(4dxMqm>)#wnv8l5&GenRndfcQNnHu6<I5WhhtnIe7(C6j~r88|+qlZ*Iy
zP$r7_88|+K_<24_6!A+aZF3O6EtY&y<pc4{p(zvb6N+wt_;uW_T{^jlU(Ilp5Bfz5
zfQVlKZERWPgMQJ0C7B|AgVF_re$l~%>4^aSq9-z+Uw?UtpkI`J(fUWrC89>BjY~!7
z7Zs3vz$GGQb;{)R_(bM*olC?mBA=l0!RxUHwT-?MzwKv!)grIQ_1CSF%j<E?5b>+g
zA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Q
zmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614Z
zMf?V(3kdz9g9+0U0s2KxWIn(C@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn
z%<Vdth+9NHLFI$jV-IQ@eJOt1&-|)IUXSaqTPK&-<C-DjSEEDxYINF&_zA_+0pj<R
z*vMD;K>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{;^+A!QN%Byw9P^Mwpj8-l@G)(
zho(%#Pbj(p;@5GzcIo6Iel^2YKIj)M03v<`w6SHC5Bfz1mSl?f4N4af`b7s5rY8dQ
zi=N1Qe*NVof__o@Me83emxvmjHZB#RUsOQy0hfrJ)hUzL;}e<NbuJONh<t*|2d~E-
z)HeE3{I;L@Rg1hH*I&0zF0aQmL&UE}hxpa#v=Q+Wil+m_?<uj7ukwNT4Km3T@k=O~
z9K_GS@gbdD#Lt5=QN+){@gc;|^GTwJUqWe{gZOQ+<clgFh+hs(nTVfIbOXe%<96-R
z$wmBXhO2zgFIoUZ{0eAe%PJrAiw-Qw6!9CBE+F)a4kk=b1n3t%k@@`k%S#0PqV$W_
zKUyvkH9BovDnh@gfaC)%5jm?<Ca=dQGPmnoB5o1+1eFh7k3Fbu^riT1Kl7^=c|ESb
zZk=3Sk86gAUyTm&tI=sA;wKbO2Z-NOVk2MW1MwSVk}2YsP%=4)pMm2;I=P6S2W6s&
zpMm2;h@a<^L=nG)(l!V2+hWNVRXz~E9GWr_KcVObh+oI;+NG0=_|*(o`Ji940EqY%
z(8iWkKIj)6SduB?Hz-{|=ocMKn4SpGFM1;L`Sq8V2>M0o7p;G^Tq0_8+PGANeo+C*
z2V5d@R;Nr}k56Q7*SSR8BJv3;AG{uWP}}HB@!NjpS1s~-Tz}m<xx60N3=zK?9pYD`
z(?-NkD4q@wzo*1TzRCyUH^?MY#4n*_au7cQ$A@%s5kC*gL=is&$A=I<&nJl@ehH;*
z4&t}Pk}s-!AbvSCWg>n;(G3v4j@z|MCl~Rn8Lsj{zi0sv@hhN>EvtOcFFLR!Q^apj
zx`5CxI+!p$5uji6MCSABFE0`Fi_$Mz|7f{H)abNvsR;d|0+J87MC7banY<pK$lR`T
ziMU1N6I4EUJ@%ls(U;=4{midg<n_4zx^;4SJ+2udel<G8uSTbhh@VhA9Uy*BiH&@f
z55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u5=HzHO4}U7Z;K^gRQW*sa%jp#
z{Dh(#AbuUUYnM(g;#V_V<%53F0wCg7KpR_D`Ji8PU`eKk-=K5>p<i?`VR|A!zvzj~
z=ht6eBIp;TU$p+wa*3$XY2#86`b7mKA8?7tS)DR@JwB1SUFQ;Ui^wOaeDHegL2aWi
z#c%tWU$w~Vas74c<nnr4GerDqbckP#P8$(Fp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K
z93RrjMf^M{6Gi+C93MjbJf9?r_$8FKIf&mDOTMV`f%xUnl!^EWMK?hFI&Rl4om|AP
zX1K}+{h|dx#IJxhwyg3&zv#e{OcB39=>kH(=wQP1M1X$L6PeGizq~}yFG{~?{iEd)
zQKQqwr6Tl;3P?WS5|OhyW%7D_B6GXWCE^y5Pf+>b_1J^jMqi5G_A|d~k=Nt;>(<HT
z^|)q;_|@nTzZ#u3B7Q>gbb$ChB{uR^J`le_CYd6B2_=(*_!&4pq?3#Ic~B;b_!&4p
zg!p+rNfhx*C~b2Pzb%%0QRM^i%b_U~@e_(}fcSOXu3b90h+oZcl@Izw3xJ4U0c~tq
z<%53FfhCzDeuL5lgnrS%gz1R@{h}u_pI?7@iJ)JUe$o0z%O#>lr;STR=ob}`e843l
zXLZWt_4q{QcAZPaEh3+w^1<t|2epm96u<3fe$^tc$Mx5(lgsOI%@Fac(II{{I&DP!
zgyQJ{@q0>a<g0ujeuGRhMf?&<CI|5|aC}H77xD9;Oce1maC`{y^L&yh;+Ig`<{*As
zEcv3!2jZ7QQzqgk6x{&v>$qLJbaD~Dn&B!R^ote%5x)Z3*s{t8{h|X)GDZ9br3(oC
zqJs(369M`~Ph>v7{_+w*zbO5p^^cZIM2$`xmx|CYDj@lQOGM7<l*#MyiOlUfmxx<L
zK0)P!*JBTA8+|E$+t2)}MP85VuUjXV*W;QY;#Z?X{AzUCi1-P`(*ff5l-S5u`9S;z
znPiIiC6r7K;%DIakWMb*=Ruh$;%DIa5aQ?gBvHgKp|s6G{I*!~MU@Z4FNdZ~#7`)?
z0pizjyLRd1B7QZ)RX*q!EdU~Z1+=kcl@Izw2bN@t_zg-I5c)+26Q(Bu^oyRze184q
zC4zoY`bFy>EtiNIoi;8Np<h%$@&T8KoYg6l*W(kJ+jTAxw}^a#$_KB<9@IAaQv9}`
z`BjU&9@k&DPA;#<HABR&Mu+&-=(G{>6N;w;#P2Dwk+1TB_zg126!A+anH<E=!0{oS
zT*S|VGEv0O!0{o(&+|#5h+jf!n}hgmvE+*?ABbNLO__+FP;>*tuj6*@(#b{qYKE(P
z&@Wm5MEnY9W6LTZ^otHG$rSM$lrA9jiw-7CPXy=}J(2nR`pZiM{i5`X)<0S<5j8q(
zTq;7psDR`HE)hAaQzoy+Co;F|Tq14}`2>{@UXMMfZS<x1Z9ns?7I{6cziypeUXN>r
zh+mBk@vG5kBjP6%PX~zKQ(_}u<pc2>WRfZ3mryb}h@XMuLpr&Lp9f{4h@XMuLx`W}
zlSC1}gwi$#@!Mj_7gatGzZ{w}5kH~m28dtB?b@Z2i}=+HSNWh{v;c_s70||(RX*q!
z9axen;x{N=K<F18OqiYs&@Xx-^ZE6cmk9br=@+ekv|J);blSL7gnm&0$p>5_a#p8I
zUXM>?Zr8a)+#>P`Dj&Qadr;fxOYz%&=2tE9dR%|qI=Q?a*9;NA8Xe+SqtiyjPbi)a
z5WlCyM!w1i;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A1ILFDKhGzLB7O;_Z4TnM#gZ?o
zd?0=~G-V=wLeUKnzmD6rOD7lcs~N8HLBD7L5b-OZjV-Hu&@Vc$BvZt1P`ZH7FFKeo
zJrST^^hD<K>n|@6^o!CjTK{OdMAYcCaj6LXq5_f+xJ2ZvPMN$OpUB*<bBVY`<P%gr
zcs=%@w$Yd3xBbkoTIBV({<?K?c|EQfB7QYG#IHuDjfkI6JRKl@Pl=6ul@G*kkV&S9
zUqZ>`Abtjp59#D0ejb#GB7O#r4<UY@PZCA^5=z?~#BYlwUsU-({Bmf@MEr!J8z6oi
zw`-S9F5*`+T;+p)(E=diS3nzER{5Y`bYMxQh~J=e0ij=XFkyNkK)>jT%;(o%ULxoh
zrC+rE(Q=8X(P`sS5&A_1Bp+~z$XT5-c|AUnxn1WHaf`?&sC@8x>_Kg#FU4>BnP0WY
z>v8>c>*Vr!Tr))cYIKNSjZPa8KcRR!K>VH(8~G|9h~FTSOcB3?lF32*3>+WQ$wmA;
zC=*5e3>+Uq{5+o|iufgzwmFF37E8XU@`3o}(3FYz2}L(R{5o#eE}dM&uV%Q)2mPW2
zK*X<rHnyztLBHt0l1vf5LFocQzvy7X^hAJu(G!`^ufM!R&@W2AX#Jz*5>cbm#-$?k
ziwa0S;1ZFuI%V>Dd?ItZ&L!d&kxx+h;Pu#p+D2cB-}W=VYLVCD`s>!o<@LB`i1^j$
z5WgCoHX?pP@pORrJta2sRXz~EK_;0ZehDR$gZLRZKBSY2_<2w!iuf5gK7{yrK1meu
zODJt~5Wg*!d{N~C@ynqp6Y&#@Zh-i8+^$_ZxrkrQaFq}GMGJt4Ujc1wS>=O%(SaqI
zB7TF?1%!Ul!G!6F0R5sTGM`_6d5NH3lz!3rN6RImMyHKSMd%k5kbJ-;B4>5V<n{PO
z=60P+#4RG9pz^`%u?Mw{z7)UhXMWWpugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZD
zY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?
zLsKT=CluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&u
zMNectzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZ
zY8!nie%sIdszqLp>#tiUm)GN(A>vn~L;PxV+KBiG#nS=e_mtSkSNTBv2AO1v_$8D~
z4&rCv_>fL6;^#q`DB@?}_z>df`6N-qFQK%}LHxE@@<o*o#4m@YOvFzpx&h+Xal3Zu
z<RX4G!&N@$7cBrHeg(9#Wt9*5MF*B-iuesm7ZCbI2NR|z0`!ZX$b5eN<t2iCQTj#e
zA1#-N8l5&S6`@~LK=J{Xh@90alh@-DncH<P5x0nZg31T4#~#!+`cnM1pZQgbydKwI
zw@xmv$2CL5uSSRX)#$Vl@e_)t1H|tsv5~Lxf%pwF$rSNRD486@&%p5^om|AvgECRX
z&%p5^#Lx3dqKIEYX`6%iZL#EwDj$en4o#VepHOrI#INIa?b69b{Az})e9$ji07U!>
zXk*JNAM}e3EXfq{8<Z{}^otHAOiu*p7d?^r{QApF1pT7)i`G9{E)g|4ZColszo>xZ
z11=Fct5YVg$0stk>s%sk5%~m_4_=QwsBQG6_-#M)s}^}ZuD@=bTwafBhKOH{4)Lqe
zX(Qq%6i)|;-&0~EU*!Yw8)T9x;+Ie|If$Qu<3l>Rh@S^#qKKb?<3os_=aWPczl72@
z2l3lt$rn{V5WgInG7&$a=mv;i$L-pslZ*J(3|IM}U$g*-_!ZE`mQ_CJ7adrVDdIOM
zT|np;9ZZ;>2+%KjBJ=t6mzN0oMd=r<f3#d8YINGTRD^y}0m%nkB63!zOkR&qWNz2F
zMBF0s2`V4F9(z#R=u7e2e&$y#@_Jl<-8#9v9@h*JzZxClSEJKL#7`)m4iLYm#74f#
z2jVx#BvZsMp=5FpKLf{ybaD|t56VOlKLf{y5I@f+i6VXprEL!4x5bh#s(c`RIW%P=
zenQa=5WkMwwM!=#@v9lG@<G370TA&kpp7l7e9$jCuq0E&Z&12`&@VceFg+2VU-U%g
z^Xo4!5%i1FFIxX-xkS|Hv~j5j{h|Vr54c3+tWKG{9-qkEu5*dFMdTAyK6pL$ptjMM
z;<x?GuUh2wxc<6za(O+j86ti)I>fI=r;Ui8P&^$Veou*we3cKxZ;(l*h+jg<<RE?q
zjt}YNB7Po}i6VXmjt?Pzo=*}*{1Qsr9K>&nC0|teK>TuO%0&Exq8lK79k*+jPA=kC
zGhF3^e$fIT;#WW$TUPm?UvywerikC5bOE7XbTDChB0#_BiOlEMUtS{U7o}gc{?T%Y
zsL^TTQW5$^1tcGEiO5-<GI>2dk-1&x5^;;jC#Zbzdh9`Mqc6p8`<Y+0$m?<ab?fBv
zdR#L^{AzTFUyV*15kH}LIzarM5*zs{ABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)
zLi{|RB#QVYl(spD-xf>0sPcjM<<OLg_z6WfK>Rvx*Djr0#II(!$_M?T1wh2FfHt<Q
z@<G4oz>-W6zd`8&Lci!>!t_Lde$f+|&#%9{M9?ovzi9oV<q}b&)5fJD^ot5eKHw6O
zvpQw+dVC^tyUr!z7LiX-`QY`~gW5)4ir@A#ziN@!<NE8?$>sI9W{CLJ=n%geoi-wV
zLh*Ef_&p^y@>M<%zd<IMB7O-alY{sfI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oea}d8R
zmV8m=1M$nDDHHJ%if(}Tb=<C9I=P5n&2W_u`b7(Xh+hG1Y+2=le$jy?nIe9J(glQm
z(ZPi2i2(hgCo-R3e|d?ZUzC2)`bWzpqDH5UOGW4x6_9+uB_d~a%H;L<MCNv#OT;ZA
zpP=%=>#+y5jlLAW?Pq?~BCp5w*R7Mw>v7Ex@vG4xel<F6MEr!}=>YM2N^In-d?0><
zOfp6M5=tfq@iTCINGBKZ^Po%=@iTCI2=ViLk|^SrP}=4oep@X0qRI#2mqSw~;wKc{
z0P*X%UAuI05x<(@Dj)QV761{y0@~QJ$_M?T14}YR{05~92>qgi3DXk+`bAG<KEM9*
z5<$Nx{i5}cmP<s9P8*ks&@U<=`G8AA&gzuO>+y-q?K+o;TSPuV<%8E_4{95IDSq3}
z{HjG>kL#~nCzsdbnjzv>qeJ{^blQmc3B}U^;`fx;$XEG5{05n1iufgzOb+5_;P{YE
zF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@@c55zBrrcA_7D7pdS*Kxac>Et4QHN#at
z=oc*jB7Oz5v1OGH`b7tpWQzC=N*56NMF$h6Cj#_~p2&QD{pBTseo^{G>mMzbh#H+X
zE)}6)R6z0pmx!FzDU;XZ6Pep}E)lnge1ggcug4zLHu_Thwx9V`i@YA!U$;&!ug5h*
z#IHt&_|@pN5%Cj>rvt?ADY22S@`3mbGRYM2ODLHf#LvL-A)Q>r&x0~i#LvL-A;iz~
zNur2fLTQ_W_-(P|iz*+8Uk*)~h@Vh&1H`Z6cJ0#1Mf_@pt9;NeS^z}+3TR`?Dj)QV
z4lKzO@f(ybAoPn4CQMHR=odYa`TY9JO9cI*^o!O%S}qYaI&EAkLcgeh<O41dIjd79
zug51cx9eOYZV~wel@DHzJ*aK;rTA?>^Q#tlJ+8lQom^gzYletljSlgv(P<;%ClpTy
zh~HCUBVXkM@f&24DdLw<GC7E!f#X9uxrm<!Wul0mf#XAnpXZZA5x<1eHV5(BV#ya(
zJ`legnlceTq38yPU&rm*rIU;J)eKkppkK5Ai1-!I#+Fq+=ocMWk}2XhC|yA47adHP
zo(Rw{dLr}r^_Q0j`bFs%t$(y!B5HKnxKxCGQ31&ZTq1H-r%YatPh@V_xkTI|@(C&*
zydHZ{+vrR2+kWO(E%JI?f89E{ydKvK5x*K8;#Z^7M#N7jo(>Sdr^H6S$_L^%$Rtz5
zFQH^|5I+OQhjelgKM%@85kCXRhY&x{Cy63{38ifg;<v?;FRFYXemOK{B7Q>A4G_PM
z+qFw47xAkZuJS>@XaNxME1-=nt9;NeI<O>D#BWf#fY2{Gm@qvNpkMSv=JV?>FA?;M
z(l1*7Xt_kx=(KUE2>qf0k`K5<<g8AaydIy(+^%zpxJBd>R6ck;_Mo=Wm*Thm%&%JH
z^|=1Jb#i$<t{EbJH9EwvMyHL4pHMs<AbwAYjeM04#BY#Erifoc$>bn@296Ku<RX3^
zl!+pK296IQex6SfMf?&<+Z@DiizQ!F`9S<~Xv#$VgrXZDejT@KmrgF?S2JAYgMQHh
zAmUd*8(UWSpkH)gNv4S3pmYJDUvw~GdLlr-=!wkd*I!;D=oh75wEod@iKx+O<5Cg&
zMFk`uaEZuSoicenK9RXy=Mr&?$S0_L@Otb)ZKE&6Z~K{FwaDvn{dMc)@_Jk|MEq)W
zh+mCP8xcRDcsfA*o)R1RDj$g7Ad^fHzl4&>LHrCHAJWN1{5&WVMf?mLA42>*pCpR-
zC6u-~h~E}VzNqqn_~p=)iTDXcH$eP4Zr3iIT*R+txXK6pq6I+2uYfkTtnxv>=)jUp
z5x+s{0z$v&V8Zl7fPT>vna{7kyhPA1O226RqvaA&qtnKvBJ_(2NIu{ak+V8w@_KwC
zbGyzZ;ueulQ2F5X*n`?eUy9%MGrww)*W>!@*2(4dxMqm>)#wnv8l5&GenRndfcQNn
zHu6<I5WhhtnIe7(C6j~r88|+qlZ*IyP$r7_88|+K_<24_6!A+aZF3O6EtY&y<pc4{
zp(zvb6N+wt_;uW_T{^jlU(Ilp5Bfz5fQVlKZERWPgMQJ0C7B|AgVF_re$l~%>4^aS
zq9-z+Uw?UtpkI`J(fUWrC89>BjY~!77Zs3vz$GGQb;{)R_(bM*olC?mBA=l0!RxUH
zwT-?MzwKv!)grIQ_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg
z2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+
zauL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWIn(C@)AM6DE*@K
zkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-|)IUXSaq
zTPK&-<C-DjSEEDxYINF&_zA_+0pj<R*vMD;K>P-oWQzDDluQodXW;mdPA=l-L76Dx
zXW;k{;^+A!QN%Byw9P^Mwpj8-l@G)(ho(%#Pbj(p;@5GzcIo6Iel^2YKIj)M03v<`
zw6SHC5Bfz1mSl?f4N4af`b7s5rY8dQi=N1Qe*NVof__o@Me83emxvmjHZB#RUsOQy
z0hfrJ)hUzL;}e<NbuJONh<t*|2d~E-)HeE3{I;L@Rg1hH*I&0zF0aQmL&UE}hxpa#
zv=Q+Wil+m_?<uj7ukwNT4Km3T@k=O~9K_GS@gbdD#Lt5=QN+){@gc;|^GTwJUqWe{
zgZOQ+<clgFh+hs(nTVfIbOXe%<96-R$wmBXhO2zgFIoUZ{0eAe%PJrAiw-Qw6!9CB
zE+F)a4kk=b1n3t%k@@`k%S#0PqV$W_KUyvkH9BovDnh@gfaC)%5jm?<Ca=dQGPmno
zB5o1+1eFh7k3Fbu^riT1Kl7^=c|ESbZk=3Sk86gAUyTm&tI=sA;wKbO2Z-NOVk2MW
z1MwSVk}2YsP%=4)pMm2;I=P6S2W6s&pMm2;h@a<^L=nG)(l!V2+hWNVRXz~E9GWr_
zKcVObh+oI;+NG0=_|*(o`Ji940EqY%(8iWkKIj)6SduB?Hz-{|=ocMKn4SpGFM1;L
z`Sq8V2>M0o7p;G^Tq0_8+PGANeo+C*2V5d@R;Nr}k56Q7*SSR8BJv3;AG{uWP}}HB
z@!NjpS1s~-Tz}m<xx60N3=zK?9pYD`(?-NkD4q@wzo*1TzRCyUH^?MY#4n*_au7cQ
z$A@%s5kC*gL=is&$A=I<&nJl@ehH;*4&t}Pk}s-!AbvSCWg>n;(G3v4j@z|MCl~Rn
z8Lsj{zi0sv@hhN>EvtOcFFLR!Q^apjx`5CxI+!p$5uji6MCSABFE0`Fi_$Mz|7f{H
z)abNvsR;d|0+J87MC7banY<pK$lR`TiMU1N6I4EUJ@%ls(U;=4{midg<n_4zx^;4S
zJ+2udel<G8uSTbhh@VhA9Uy*BiH&@f55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*Y
zA%31u5=HzHO4}U7Z;K^gRQW*sa%jp#{Dh(#AbuUUYnM(g;#V_V<%53F0wCg7KpR_D
z`Ji8PU`eKk-=K5>p<i?`VR|A!zvzj~=ht6eBIp;TU$p+wa*3$XY2#86`b7mKA8?7t
zS)DR@JwB1SUFQ;Ui^wOaeDHegL2aWi#c%tWU$w~Vas74c<nnr4GerDqbckP#P8$(F
zp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K93RrjMf^M{6Gi+C93MjbJf9?r_$8FKIf&mD
zOTMV`f%xUnl!^EWMK?hFI&Rl4om|APX1K}+{h|dx#IJxhwyg3&zv#e{OcB39=>kH(
z=wQP1M1X$L6PeGizq~}yFG{~?{iEd)QKQqwr6Tl;3P?WS5|OhyW%7D_B6GXWCE^y5
zPf+>b_1J^jMqi5G_A|d~k=Nt;>(<HT^|)q;_|@nTzZ#u3B7Q>gbb$ChB{uR^J`le_
zCYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QRM^i%b_U~@e_(}
zfcSOXu3b90h+oZcl@Izw3xJ4U0c~tq<%53FfhCzDeuL5lgnrS%gz1R@{h}u_pI?7@
ziJ)JUe$o0z%O#>lr;STR=ob}`e843lXLZWt_4q{QcAZPaEh3+w^1<t|2epm96u<3f
ze$^tc$Mx5(lgsOI%@Fac(II{{I&DP!gyQJ{@q0>a<g0ujeuGRhMf?&<CI|5|aC}H7
z7xD9;Oce1maC`{y^L&yh;+Ig`<{*AsEcv3!2jZ7QQzqgk6x{&v>$qLJbaD~Dn&B!R
z^ote%5x)Z3*s{t8{h|X)GDZ9br3(oCqJs(369M`~Ph>v7{_+w*zbO5p^^cZIM2$`x
zmx|CYDj@lQOGM7<l*#MyiOlUfmxx<LK0)P!*JBTA8+|E$+t2)}MP85VuUjXV*W;QY
z;#Z?X{AzUCi1-P`(*ff5l-S5u`9S;znPiIiC6r7K;%DIakWMb*=Ruh$;%DIa5aQ?g
zBvHgKp|s6G{I*!~MU@Z4FNdZ~#7`)?0pizjyLRd1B7QZ)RX*q!EdU~Z1+=kcl@Izw
z2bN@t_zg-I5c)+26Q(Bu^oyRze184qC4zoY`bFy>EtiNIoi;8Np<h%$@&T8KoYg6l
z*W(kJ+jTAxw}^a#$_KB<9@IAaQv9}``BjU&9@k&DPA;#<HABR&Mu+&-=(G{>6N;w;
z#P2Dwk+1TB_zg126!A+anH<E=!0{oST*S|VGEv0O!0{o(&+|#5h+jf!n}hgmvE+*?
zABbNLO__+FP;>*tuj6*@(#b{qYKE(P&@Wm5MEnY9W6LTZ^otHG$rSM$lrA9jiw-7C
zPXy=}J(2nR`pZiM{i5`X)<0S<5j8q(Tq;7psDR`HE)hAaQzoy+Co;F|Tq14}`2>{@
zUXMMfZS<x1Z9ns?7I{6cziypeUXN>rh+mBk@vG5kBjP6%PX~zKQ(_}u<pc2>WRfZ3
zmryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7gatGzZ{w}5kH~m28dtB
z?b@Z2i}=+HSNWh{v;c_s70||(RX*q!9axen;x{N=K<F18OqiYs&@Xx-^ZE6cmk9br
z=@+ekv|J);blSL7gnm&0$p>5_a#p8IUXM>?Zr8a)+#>P`Dj&Qadr;fxOYz%&=2tE9
zdR%|qI=Q?a*9;NA8Xe+SqtiyjPbi)a5WlCyM!w1i;y1`7Q^YT!WO5Kc1ILGSauGid
z%0v-A1ILFDKhGzLB7O;_Z4TnM#gZ?od?0=~G-V=wLeUKnzmD6rOD7lcs~N8HLBD7L
z5b-OZjV-Hu&@Vc$BvZt1P`ZH7FFKeoJrST^^hD<K>n|@6^o!CjTK{OdMAYcCaj6LX
zq5_f+xJ2ZvPMN$OpUB*<bBVY`<P%grcs=%@w$Yd3xBbkoTIBV({<?K?c|EQfB7QYG
z#IHuDjfkI6JRKl@Pl=6ul@G*kkV&S9UqZ>`Abtjp59#D0ejb#GB7O#r4<UY@PZCA^
z5=z?~#BYlwUsU-({Bmf@MEr!J8z6oiw`-S9F5*`+T;+p)(E=diS3nzER{5Y`bYMxQ
zh~J=e0ij=XFkyNkK)>jT%;(o%ULxohrC+rE(Q=8X(P`sS5&A_1Bp+~z$XT5-c|AUn
zxn1WHaf`?&sC@8x>_Kg#FU4>BnP0WY>v8>c>*Vr!Tr))cYIKNSjZPa8KcRR!K>VH(
z8~G|9h~FTSOcB3?lF32*3>+WQ$wmA;C=*5e3>+Uq{5+o|iufgzwmFF37E8XU@`3o}
z(3FYz2}L(R{5o#eE}dM&uV%Q)2mPW2K*X<rHnyztLBHt0l1vf5LFocQzvy7X^hAJu
z(G!`^ufM!R&@W2AX#Jz*5>cbm#-$?kiwa0S;1ZFuI%V>Dd?ItZ&L!d&kxx+h;Pu#p
z+D2cB-}W=VYLVCD`s>!o<@LB`i1^j$5WgCoHX?pP@pORrJta2sRXz~EK_;0ZehDR$
zgZLRZKBSY2_<2w!iuf5gK7{yrK1meuODJt~5Wg*!d{N~C@ynqp6Y&#@Zh-i8+^$_Z
zxrkrQaFq}GMGJt4Ujc1wS>=O%(SaqIB7TF?1%!Ul!G!6F0R5sTGM`_6d5NH3lz!3r
zN6RImMyHKSMd%k5kbJ-;B4>5V<n{PO=60P+#4RG9pz^`%u?Mw{z7)UhXMWWpugCS*
zt&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-taAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;
zGjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=CluWP@$0x<yL569znbAHAM}eB01>|e
z+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNectzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAU
zfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!nie%sIdszqLp>#tiUm)GN(A>vn~L;PxV
z+KBiG#nS=e_mtSkSNTBv2AO1v_$8D~4&rCv_>fL6;^#q`DB@?}_z>df`6N-qFQK%}
zLHxE@@<o*o#4m@YOvFzpx&h+Xal3Zu<RX4G!&N@$7cBrHeg(9#Wt9*5MF*B-iuesm
z7ZCbI2NR|z0`!ZX$b5eN<t2iCQTj#eA1#-N8l5&S6`@~LK=J{Xh@90alh@-DncH<P
z5x0nZg31T4#~#!+`cnM1pZQgbydKwIw@xmv$2CL5uSSRX)#$Vl@e_)t1H|tsv5~Lx
zf%pwF$rSNRD486@&%p5^om|AvgECRX&%p5^#Lx3dqKIEYX`6%iZL#EwDj$en4o#Ve
zpHOrI#INIa?b69b{Az})e9$ji07U!>Xk*JNAM}e3EXfq{8<Z{}^otHAOiu*p7d?^r
z{QApF1pT7)i`G9{E)g|4ZColszo>xZ11=Fct5YVg$0stk>s%sk5%~m_4_=QwsBQG6
z_-#M)s}^}ZuD@=bTwafBhKOH{4)LqeX(Qq%6i)|;-&0~EU*!Yw8)T9x;+Ie|If$Qu
z<3l>Rh@S^#qKKb?<3os_=aWPczl72@2l3lt$rn{V5WgInG7&$a=mv;i$L-pslZ*J(
z3|IM}U$g*-_!ZE`mQ_CJ7adrVDdIOMT|np;9ZZ;>2+%KjBJ=t6mzN0oMd=r<f3#d8
zYINGTRD^y}0m%nkB63!zOkR&qWNz2FMBF0s2`V4F9(z#R=u7e2e&$y#@_Jl<-8#9v
z9@h*JzZxClSEJKL#7`)m4iLYm#74f#2jVx#BvZsMp=5FpKLf{ybaD|t56VOlKLf{y
z5I@f+i6VXprEL!4x5bh#s(c`RIW%P=enQa=5WkMwwM!=#@v9lG@<G370TA&kpp7l7
ze9$jCuq0E&Z&12`&@VceFg+2VU-U%g^Xo4!5%i1FFIxX-xkS|Hv~j5j{h|Vr54c3+
ztWKG{9-qkEu5*dFMdTAyK6pL$ptjMM;<x?GuUh2wxc<6za(O+j86ti)I>fI=r;Ui8
zP&^$Veou*we3cKxZ;(l*h+jg<<RE?qjt}YNB7Po}i6VXmjt?Pzo=*}*{1Qsr9K>&n
zC0|teK>TuO%0&Exq8lK79k*+jPA=kCGhF3^e$fIT;#WW$TUPm?UvywerikC5bOE7X
zbTDChB0#_BiOlEMUtS{U7o}gc{?T%YsL^TTQW5$^1tcGEiO5-<GI>2dk-1&x5^;;j
zC#Zbzdh9`Mqc6p8`<Y+0$m?<ab?fBvdR#L^{AzTFUyV*15kH}LIzarM5*zs{ABf)|
zlS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|RB#QVYl(spD-xf>0sPcjM<<OLg_z6Wf
zK>Rvx*Djr0#II(!$_M?T1wh2FfHt<Q@<G4oz>-W6zd`8&Lci!>!t_Lde$f+|&#%9{
zM9?ovzi9oV<q}b&)5fJD^ot5eKHw6OvpQw+dVC^tyUr!z7LiX-`QY`~gW5)4ir@A#
zziN@!<NE8?$>sI9W{CLJ=n%geoi-wVLh*Ef_&p^y@>M<%zd<IMB7O-alY{sfI6kD4
zi}-m^CW`nOI6j2<c|J)L@k=Oea}d8RmV8m=1M$nDDHHJ%if(}Tb=<C9I=P5n&2W_u
z`b7(Xh+hG1Y+2=le$jy?nIe9J(glQm(ZPi2i2(hgCo-R3e|d?ZUzC2)`bWzpqDH5U
zOGW4x6_9+uB_d~a%H;L<MCNv#OT;ZApP=%=>#+y5jlLAW?Pq?~BCp5w*R7Mw>v7Ex
z@vG4xel<F6MEr!}=>YM2N^In-d?0><Ofp6M5=tfq@iTCINGBKZ^Po%=@iTCI2=ViL
zk|^SrP}=4oep@X0qRI#2mqSw~;wKc{0P*X%UAuI05x<(@Dj)QV761{y0@~QJ$_M?T
z14}YR{05~92>qgi3DXk+`bAG<KEM9*5<$Nx{i5}cmP<s9P8*ks&@U<=`G8AA&gzuO
z>+y-q?K+o;TSPuV<%8E_4{95IDSq3}{HjG>kL#~nCzsdbnjzv>qeJ{^blQmc3B}U^
z;`fx;$XEG5{05n1iufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@@c
z55zBrrcA_7D7pdS*Kxac>Et4QHN#at=oc*jB7Oz5v1OGH`b7tpWQzC=N*56NMF$h6
zCj#_~p2&QD{pBTseo^{G>mMzbh#H+XE)}6)R6z0pmx!FzDU;XZ6Pep}E)lnge1ggc
zug4zLHu_Thwx9V`i@YA!U$;&!ug5h*#IHt&_|@pN5%Cj>rvt?ADY22S@`3mbGRYM2
zODLHf#LvL-A)Q>r&x0~i#LvL-A;iz~Nur2fLTQ_W_-(P|iz*+8Uk*)~h@Vh&1H`Z6
zcJ0#1Mf_@pt9;NeS^z}+3TR`?Dj)QV4lKzO@f(ybAoPn4CQMHR=odYa`TY9JO9cI*
z^o!O%S}qYaI&EAkLcgeh<O41dIjd79ug51cx9eOYZV~wel@DHzJ*aK;rTA?>^Q#tl
zJ+8lQom^gzYletljSlgv(P<;%ClpTyh~HCUBVXkM@f&24DdLw<GC7E!f#X9uxrm<!
zWul0mf#XAnpXZZA5x<1eHV5(BV#ya(J`legnlceTq38yPU&rm*rIU;J)eKkppkK5A
zi1-!I#+Fq+=ocMWk}2XhC|yA47adHPo(Rw{dLr}r^_Q0j`bFs%t$(y!B5HKnxKxCG
zQ31&ZTq1H-r%YatPh@V_xkTI|@(C&*ydHZ{+vrR2+kWO(E%JI?f89E{ydKvK5x*K8
z;#Z^7M#N7jo(>Sdr^H6S$_L^%$Rtz5FQH^|5I+OQhjelgKM%@85kCXRhY&x{Cy63{
z38ifg;<v?;FRFYXemOK{B7Q>A4G_PM+qFw47xAkZuJS>@XaNxME1-=nt9;NeI<O>D
z#BWf#fY2{Gm@qvNpkMSv=JV?>FA?;M(l1*7Xt_kx=(KUE2>qf0k`K5<<g8AaydIy(
z+^%zpxJBd>R6ck;_Mo=Wm*Thm%&%JH^|=1Jb#i$<t{EbJH9EwvMyHL4pHMs<AbwAY
zjeM04#BY#Erifoc$>bn@296Ku<RX3^l!+pK296IQex6SfMf?&<+Z@DiizQ!F`9S<~
zXv#$VgrXZDejT@KmrgF?S2JAYgMQHhAmUd*8(UWSpkH)gNv4S3pmYJDUvw~GdLlr-
z=!wkd*I!;D=oh75wEod@iKx+O<5Cg&MFk`uaEZuSoicenK9RXy=Mr&?$S0_L@Otb)
zZKE&6Z~K{FwaDvn{dMc)@_Jk|MEq)Wh+mCP8xcRDcsfA*o)R1RDj$g7Ad^fHzl4&>
zLHrCHAJWN1{5&WVMf?mLA42>*pCpR-C6u-~h~E}VzNqqn_~p=)iTDXcH$eP4Zr3iI
zT*R+txXK6pq6I+2uYfkTtnxv>=)jUp5x+s{0z$v&V8Zl7fPT>vna{7kyhPA1O226R
zqvaA&qtnKvBJ_(2NIu{ak+V8w@_KwCbGyzZ;ueulQ2F5X*n`?eUy9%MGrww)*W>!@
z*2(4dxMqm>)#wnv8l5&GenRndfcQNnHu6<I5WhhtnIe7(C6j~r88|+qlZ*IyP$r7_
z88|+K_<24_6!A+aZF3O6EtY&y<pc4{p(zvb6N+wt_;uW_T{^jlU(Ilp5Bfz5fQVlK
zZERWPgMQJ0C7B|AgVF_re$l~%>4^aSq9-z+Uw?UtpkI`J(fUWrC89>BjY~!77Zs3v
zz$GGQb;{)R_(bM*olC?mBA=l0!RxUHwT-?MzwKv!)grIQ_1CSF%j<E?5b>+gA$~PF
zZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~
zAbwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbjq614ZMf?V(
z3kdz9g9+0U0s2KxWIn(C@)AM6DE*@KkCsbBjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdt
zh+9NHLFI$jV-IQ@eJOt1&-|)IUXSaqTPK&-<C-DjSEEDxYINF&_zA_+0pj<R*vMD;
zK>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{;^+A!QN%Byw9P^Mwpj8-l@G)(ho(%#
zPbj(p;@5GzcIo6Iel^2YKIj)M03v<`w6SHC5Bfz1mSl?f4N4af`b7s5rY8dQi=N1Q
ze*NVof__o@Me83emxvmjHZB#RUsOQy0hfrJ)hUzL;}e<NbuJONh<t*|2d~E-)HeE3
z{I;L@Rg1hH*I&0zF0aQmL&UE}hxpa#v=Q+Wil+m_?<uj7ukwNT4Km3T@k=O~9K_GS
z@gbdD#Lt5=QN+){@gc;|^GTwJUqWe{gZOQ+<clgFh+hs(nTVfIbOXe%<96-R$wmBX
zhO2zgFIoUZ{0eAe%PJrAiw-Qw6!9CBE+F)a4kk=b1n3t%k@@`k%S#0PqV$W_KUyvk
zH9BovDnh@gfaC)%5jm?<Ca=dQGPmnoB5o1+1eFh7k3Fbu^riT1Kl7^=c|ESbZk=3S
zk86gAUyTm&tI=sA;wKbO2Z-NOVk2MW1MwSVk}2YsP%=4)pMm2;I=P6S2W6s&pMm2;
zh@a<^L=nG)(l!V2+hWNVRXz~E9GWr_KcVObh+oI;+NG0=_|*(o`Ji940EqY%(8iWk
zKIj)6SduB?Hz-{|=ocMKn4SpGFM1;L`Sq8V2>M0o7p;G^Tq0_8+PGANeo+C*2V5d@
zR;Nr}k56Q7*SSR8BJv3;AG{uWP}}HB@!NjpS1s~-Tz}m<xx60N3=zK?9pYD`(?-Nk
zD4q@wzo*1TzRCyUH^?MY#4n*_au7cQ$A@%s5kC*gL=is&$A=I<&nJl@ehH;*4&t}P
zk}s-!AbvSCWg>n;(G3v4j@z|MCl~Rn8Lsj{zi0sv@hhN>EvtOcFFLR!Q^apjx`5Cx
zI+!p$5uji6MCSABFE0`Fi_$Mz|7f{H)abNvsR;d|0+J87MC7banY<pK$lR`TiMU1N
z6I4EUJ@%ls(U;=4{midg<n_4zx^;4SJ+2udel<G8uSTbhh@VhA9Uy*BiH&@f55#Yf
zNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u5=HzHO4}U7Z;K^gRQW*sa%jp#{Dh(#
zAbuUUYnM(g;#V_V<%53F0wCg7KpR_D`Ji8PU`eKk-=K5>p<i?`VR|A!zvzj~=ht6e
zBIp;TU$p+wa*3$XY2#86`b7mKA8?7tS)DR@JwB1SUFQ;Ui^wOaeDHegL2aWi#c%tW
zU$w~Vas74c<nnr4GerDqbckP#P8$(Fp?Eq#{GJjU`6?fX-yoAr5x<0z$wB-K93Rrj
zMf^M{6Gi+C93MjbJf9?r_$8FKIf&mDOTMV`f%xUnl!^EWMK?hFI&Rl4om|APX1K}+
z{h|dx#IJxhwyg3&zv#e{OcB39=>kH(=wQP1M1X$L6PeGizq~}yFG{~?{iEd)QKQqw
zr6Tl;3P?WS5|OhyW%7D_B6GXWCE^y5Pf+>b_1J^jMqi5G_A|d~k=Nt;>(<HT^|)q;
z_|@nTzZ#u3B7Q>gbb$ChB{uR^J`le_CYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+r
zNfhx*C~b2Pzb%%0QRM^i%b_U~@e_(}fcSOXu3b90h+oZcl@Izw3xJ4U0c~tq<%53F
zfhCzDeuL5lgnrS%gz1R@{h}u_pI?7@iJ)JUe$o0z%O#>lr;STR=ob}`e843lXLZWt
z_4q{QcAZPaEh3+w^1<t|2epm96u<3fe$^tc$Mx5(lgsOI%@Fac(II{{I&DP!gyQJ{
z@q0>a<g0ujeuGRhMf?&<CI|5|aC}H77xD9;Oce1maC`{y^L&yh;+Ig`<{*AsEcv3!
z2jZ7QQzqgk6x{&v>$qLJbaD~Dn&B!R^ote%5x)Z3*s{t8{h|X)GDZ9br3(oCqJs(3
z69M`~Ph>v7{_+w*zbO5p^^cZIM2$`xmx|CYDj@lQOGM7<l*#MyiOlUfmxx<LK0)P!
z*JBTA8+|E$+t2)}MP85VuUjXV*W;QY;#Z?X{AzUCi1-P`(*ff5l-S5u`9S;znPiIi
zC6r7K;%DIakWMb*=Ruh$;%DIa5aQ?gBvHgKp|s6G{I*!~MU@Z4FNdZ~#7`)?0pizj
zyLRd1B7QZ)RX*q!EdU~Z1+=kcl@Izw2bN@t_zg-I5c)+26Q(Bu^oyRze184qC4zoY
z`bFy>EtiNIoi;8Np<h%$@&T8KoYg6l*W(kJ+jTAxw}^a#$_KB<9@IAaQv9}``BjU&
z9@k&DPA;#<HABR&Mu+&-=(G{>6N;w;#P2Dwk+1TB_zg126!A+anH<E=!0{oST*S|V
zGEv0O!0{o(&+|#5h+jf!n}hgmvE+*?ABbNLO__+FP;>*tuj6*@(#b{qYKE(P&@Wm5
zMEnY9W6LTZ^otHG$rSM$lrA9jiw-7CPXy=}J(2nR`pZiM{i5`X)<0S<5j8q(Tq;7p
zsDR`HE)hAaQzoy+Co;F|Tq14}`2>{@UXMMfZS<x1Z9ns?7I{6cziypeUXN>rh+mBk
z@vG5kBjP6%PX~zKQ(_}u<pc2>WRfZ3mryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}
zgwi$#@!Mj_7gatGzZ{w}5kH~m28dtB?b@Z2i}=+HSNWh{v;c_s70||(RX*q!9axen
z;x{N=K<F18OqiYs&@Xx-^ZE6cmk9br=@+ekv|J);blSL7gnm&0$p>5_a#p8IUXM>?
zZr8a)+#>P`Dj&Qadr;fxOYz%&=2tE9dR%|qI=Q?a*9;NA8Xe+SqtiyjPbi)a5WlCy
zM!w1i;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A1ILFDKhGzLB7O;_Z4TnM#gZ?od?0=~
zG-V=wLeUKnzmD6rOD7lcs~N8HLBD7L5b-OZjV-Hu&@Vc$BvZt1P`ZH7FFKeoJrST^
z^hD<K>n|@6^o!CjTK{OdMAYcCaj6LXq5_f+xJ2ZvPMN$OpUB*<bBVY`<P%grcs=%@
zw$Yd3xBbkoTIBV({<?K?c|EQfB7QYG#IHuDjfkI6JRKl@Pl=6ul@G*kkV&S9UqZ>`
zAbtjp59#D0ejb#GB7O#r4<UY@PZCA^5=z?~#BYlwUsU-({Bmf@MEr!J8z6oiw`-S9
zF5*`+T;+p)(E=diS3nzER{5Y`bYMxQh~J=e0ij=XFkyNkK)>jT%;(o%ULxohrC+rE
z(Q=8X(P`sS5&A_1Bp+~z$XT5-c|AUnxn1WHaf`?&sC@8x>_Kg#FU4>BnP0WY>v8>c
z>*Vr!Tr))cYIKNSjZPa8KcRR!K>VH(8~G|9h~FTSOcB3?lF32*3>+WQ$wmA;C=*5e
z3>+Uq{5+o|iufgzwmFF37E8XU@`3o}(3FYz2}L(R{5o#eE}dM&uV%Q)2mPW2K*X<r
zHnyztLBHt0l1vf5LFocQzvy7X^hAJu(G!`^ufM!R&@W2AX#Jz*5>cbm#-$?kiwa0S
z;1ZFuI%V>Dd?ItZ&L!d&kxx+h;Pu#p+D2cB-}W=VYLVCD`s>!o<@LB`i1^j$5WgCo
zHX?pP@pORrJta2sRXz~EK_;0ZehDR$gZLRZKBSY2_<2w!iuf5gK7{yrK1meuODJt~
z5Wg*!d{N~C@ynqp6Y&#@Zh-i8+^$_ZxrkrQaFq}GMGJt4Ujc1wS>=O%(SaqIB7TF?
z1%!Ul!G!6F0R5sTGM`_6d5NH3lz!3rN6RImMyHKSMd%k5kbJ-;B4>5V<n{PO=60P+
z#4RG9pz^`%u?Mw{z7)UhXMWWpugCS*t&_{^am^6%tI;8TH9BoX{Dk7^0P%ZDY~-ta
zAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa$_L_?LsKT=
zCluWP@$0x<yL569znbAHAM}eB01>|e+Sszn2mPW0OEN|L2BixK{i1^j(-Q&uMNect
zzy9(PLBA;dqV<oKOGJ%M8<&dEFDfAUfJ;Qq>Xgar@rlgsI+uuBL_R^~gV$pZY8!ni
ze%sIdszqLp>#tiUm)GN(A>vn~L;PxV+KBiG#nS=e_mtSkSNTBv2AO1v_$8D~4&rCv
z_>fL6;^#q`DB@?}_z>df`6N-qFQK%}LHxE@@<o*o#4m@YOvFzpx&h+Xal3Zu<RX4G
z!&N@$7cBrHeg(9#Wt9*5MF*B-iuesm7ZCbI2NR|z0`!ZX$b5eN<t2iCQTj#eA1#-N
z8l5&S6`@~LK=J{Xh@90alh@-DncH<P5x0nZg31T4#~#!+`cnM1pZQgbydKwIw@xmv
z$2CL5uSSRX)#$Vl@e_)t1H|tsv5~Lxf%pwF$rSNRD486@&%p5^om|AvgECRX&%p5^
z#Lx3dqKIEYX`6%iZL#EwDj$en4o#VepHOrI#INIa?b69b{Az})e9$ji07U!>Xk*JN
zAM}e3EXfq{8<Z{}^otHAOiu*p7d?^r{QApF1pT7)i`G9{E)g|4ZColszo>xZ11=Fc
zt5YVg$0stk>s%sk5%~m_4_=QwsBQG6_-#M)s}^}ZuD@=bTwafBhKOH{4)LqeX(Qq%
z6i)|;-&0~EU*!Yw8)T9x;+Ie|If$Qu<3l>Rh@S^#qKKb?<3os_=aWPczl72@2l3lt
z$rn{V5WgInG7&$a=mv;i$L-pslZ*J(3|IM}U$g*-_!ZE`mQ_CJ7adrVDdIOMT|np;
z9ZZ;>2+%KjBJ=t6mzN0oMd=r<f3#d8YINGTRD^y}0m%nkB63!zOkR&qWNz2FMBF0s
z2`V4F9(z#R=u7e2e&$y#@_Jl<-8#9v9@h*JzZxClSEJKL#7`)m4iLYm#74f#2jVx#
zBvZsMp=5FpKLf{ybaD|t56VOlKLf{y5I@f+i6VXprEL!4x5bh#s(c`RIW%P=enQa=
z5WkMwwM!=#@v9lG@<G370TA&kpp7l7e9$jCuq0E&Z&12`&@VceFg+2VU-U%g^Xo4!
z5%i1FFIxX-xkS|Hv~j5j{h|Vr54c3+tWKG{9-qkEu5*dFMdTAyK6pL$ptjMM;<x?G
zuUh2wxc<6za(O+j86ti)I>fI=r;Ui8P&^$Veou*we3cKxZ;(l*h+jg<<RE?qjt}YN
zB7Po}i6VXmjt?Pzo=*}*{1Qsr9K>&nC0|teK>TuO%0&Exq8lK79k*+jPA=kCGhF3^
ze$fIT;#WW$TUPm?UvywerikC5bOE7XbTDChB0#_BiOlEMUtS{U7o}gc{?T%YsL^TT
zQW5$^1tcGEiO5-<GI>2dk-1&x5^;;jC#Zbzdh9`Mqc6p8`<Y+0$m?<ab?fBvdR#L^
z{AzTFUyV*15kH}LIzarM5*zs{ABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|R
zB#QVYl(spD-xf>0sPcjM<<OLg_z6WfK>Rvx*Djr0#II(!$_M?T1wh2FfHt<Q@<G4o
zz>-W6zd`8&Lci!>!t_Lde$f+|&#%9{M9?ovzi9oV<q}b&)5fJD^ot5eKHw6OvpQw+
zdVC^tyUr!z7LiX-`QY`~gW5)4ir@A#ziN@!<NE8?$>sI9W{CLJ=n%geoi-wVLh*Ef
z_&p^y@>M<%zd<IMB7O-alY{sfI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oea}d8RmV8m=
z1M$nDDHHJ%if(}Tb=<C9I=P5n&2W_u`b7(Xh+hG1Y+2=le$jy?nIe9J(glQm(ZPi2
zi2(hgCo-R3e|d?ZUzC2)`bWzpqDH5UOGW4x6_9+uB_d~a%H;L<MCNv#OT;ZApP=%=
z>#+y5jlLAW?Pq?~BCp5w*R7Mw>v7Ex@vG4xel<F6MEr!}=>YM2N^In-d?0><Ofp6M
z5=tfq@iTCINGBKZ^Po%=@iTCI2=ViLk|^SrP}=4oep@X0qRI#2mqSw~;wKc{0P*X%
zUAuI05x<(@Dj)QV761{y0@~QJ$_M?T14}YR{05~92>qgi3DXk+`bAG<KEM9*5<$Nx
z{i5}cmP<s9P8*ks&@U<=`G8AA&gzuO>+y-q?K+o;TSPuV<%8E_4{95IDSq3}{HjG>
zkL#~nCzsdbnjzv>qeJ{^blQmc3B}U^;`fx;$XEG5{05n1iufgzOb+5_;P{YEF5>4w
znJD6C;P?>Y=lLX2#4n+=%|ZOOSn@@c55zBrrcA_7D7pdS*Kxac>Et4QHN#at=oc*j
zB7Oz5v1OGH`b7tpWQzC=N*56NMF$h6Cj#_~p2&QD{pBTseo^{G>mMzbh#H+XE)}6)
zR6z0pmx!FzDU;XZ6Pep}E)lnge1ggcug4zLHu_Thwx9V`i@YA!U$;&!ug5h*#IHt&
z_|@pN5%Cj>rvt?ADY22S@`3mbGRYM2ODLHf#LvL-A)Q>r&x0~i#LvL-A;iz~Nur2f
zLTQ_W_-(P|iz*+8Uk*)~h@Vh&1H`Z6cJ0#1Mf_@pt9;NeS^z}+3TR`?Dj)QV4lKzO
z@f(ybAoPn4CQMHR=odYa`TY9JO9cI*^o!O%S}qYaI&EAkLcgeh<O41dIjd79ug51c
zx9eOYZV~wel@DHzJ*aK;rTA?>^Q#tlJ+8lQom^gzYletljSlgv(P<;%ClpTyh~HCU
zBVXkM@f&24DdLw<GC7E!f#X9uxrm<!Wul0mf#XAnpXZZA5x<1eHV5(BV#ya(J`leg
znlceTq38yPU&rm*rIU;J)eKkppkK5Ai1-!I#+Fq+=ocMWk}2XhC|yA47adHPo(Rw{
zdLr}r^_Q0j`bFs%t$(y!B5HKnxKxCGQ31&ZTq1H-r%YatPh@V_xkTI|@(C&*ydHZ{
z+vrR2+kWO(E%JI?f89E{ydKvK5x*K8;#Z^7M#N7jo(>Sdr^H6S$_L^%$Rtz5FQH^|
z5I+OQhjelgKM%@85kCXRhY&x{Cy63{38ifg;<v?;FRFYXemOK{B7Q>A4G_PM+qFw4
z7xAkZuJS>@XaNxME1-=nt9;NeI<O>D#BWf#fY2{Gm@qvNpkMSv=JV?>FA?;M(l1*7
zXt_kx=(KUE2>qf0k`K5<<g8AaydIy(+^%zpxJBd>R6ck;_Mo=Wm*Thm%&%JH^|=1J
zb#i$<t{EbJH9EwvMyHL4pHMs<AbwAYjeM04#BY#Erifoc$>bn@296Ku<RX3^l!+pK
z296IQex6SfMf?&<+Z@DiizQ!F`9S<~Xv#$VgrXZDejT@KmrgF?S2JAYgMQHhAmUd*
z8(UWSpkH)gNv4S3pmYJDUvw~GdLlr-=!wkd*I!;D=oh75wEod@iKx+O<5Cg&MFk`u
zaEZuSoicenK9RXy=Mr&?$S0_L@Otb)ZKE&6Z~K{FwaDvn{dMc)@_Jk|MEq)Wh+mCP
z8xcRDcsfA*o)R1RDj$g7Ad^fHzl4&>LHrCHAJWN1{5&WVMf?mLA42>*pCpR-C6u-~
zh~E}VzNqqn_~p=)iTDXcH$eP4Zr3iIT*R+txXK6pq6I+2uYfkTtnxv>=)jUp5x+s{
z0z$v&V8Zl7fPT>vna{7kyhPA1O226RqvaA&qtnKvBJ_(2NIu{ak+V8w@_KwCbGyzZ
z;ueulQ2F5X*n`?eUy9%MGrww)*W>!@*2(4dxMqm>)#wnv8l5&GenRndfcQNnHu6<I
z5WhhtnIe7(C6j~r88|+qlZ*IyP$r7_88|+K_<24_6!A+aZF3O6EtY&y<pc4{p(zvb
z6N+wt_;uW_T{^jlU(Ilp5Bfz5fQVlKZERWPgMQJ0C7B|AgVF_re$l~%>4^aSq9-z+
zUw?UtpkI`J(fUWrC89>BjY~!77Zs3vz$GGQb;{)R_(bM*olC?mBA=l0!RxUHwT-?M
zzwKv!)grIQ_1CSF%j<E?5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-
zd`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p
z;VK{WixvP8zXICWvdRbjq614ZMf?V(3kdz9g9+0U0s2KxWIn(C@)AM6DE*@KkCsbB
zjZPbviqJ1AAo+kxM9%7z$?Nfn%<Vdth+9NHLFI$jV-IQ@eJOt1&-|)IUXSaqTPK&-
z<C-DjSEEDxYINF&_zA_+0pj<R*vMD;K>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{
z;^+A!QN%Byw9P^Mwpj8-l@G)(ho(%#Pbj(p;@5GzcIo6Iel^2YKIj)M03v<`w6SHC
z5Bfz1mSl?f4N4af`b7s5rY8dQi=N1Qe*NVof__o@Me83emxvmjHZB#RUsOQy0hfrJ
z)hUzL;}e<NbuJONh<t*|2d~E-)HeE3{I;L@Rg1hH*I&0zF0aQmL&UE}hxpa#v=Q+W
zil+m_?<uj7ukwNT4Km3T@k=O~9K_GS@gbdD#Lt5=QN+){@gc;|^GTwJUqWe{gZOQ+
z<clgFh+hs(nTVfIbOXe%<96-R$wmBXhO2zgFIoUZ{0eAe%PJrAiw-Qw6!9CBE+F)a
z4kk=b1n3t%k@@`k%S#0PqV$W_KUyvkH9BovDnh@gfaC)%5jm?<Ca=dQGPmnoB5o1+
z1eFh7k3Fbu^riT1Kl7^=c|ESbZk=3Sk86gAUyTm&tI=sA;wKbO2Z-NOVk2MW1MwSV
zk}2YsP%=4)pMm2;I=P6S2W6s&pMm2;h@a<^L=nG)(l!V2+hWNVRXz~E9GWr_KcVOb
zh+oI;+NG0=_|*(o`Ji940EqY%(8iWkKIj)6SduB?Hz-{|=ocMKn4SpGFM1;L`Sq8V
z2>M0o7p;G^Tq0_8+PGANeo+C*2V5d@R;Nr}k56Q7*SSR8BJv3;AG{uWP}}HB@!Njp
zS1s~-Tz}m<xx60N3=zK?9pYD`(?-NkD4q@wzo*1TzRCyUH^?MY#4n*_au7cQ$A@%s
z5kC*gL=is&$A=I<&nJl@ehH;*4&t}Pk}s-!AbvSCWg>n;(G3v4j@z|MCl~Rn8Lsj{
zzi0sv@hhN>EvtOcFFLR!Q^apjx`5CxI+!p$5uji6MCSABFE0`Fi_$Mz|7f{H)abNv
zsR;d|0+J87MC7banY<pK$lR`TiMU1N6I4EUJ@%ls(U;=4{midg<n_4zx^;4SJ+2ud
zel<G8uSTbhh@VhA9Uy*BiH&@f55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u
z5=HzHO4}U7Z;K^gRQW*sa%jp#{Dh(#AbuUUYnM(g;#V_V<%53F0wCg7KpR_D`Ji8P
zU`eKk-=K5>p<i?`VR|A!zvzj~=ht6eBIp;TU$p+wa*3$XY2#86`b7mKA8?7tS)DR@
zJwB1SUFQ;Ui^wOaeDHegL2aWi#c%tWU$w~Vas74c<nnr4GerDqbckP#P8$(Fp?Eq#
z{GJjU`6?fX-yoAr5x<0z$wB-K93RrjMf^M{6Gi+C93MjbJf9?r_$8FKIf&mDOTMV`
zf%xUnl!^EWMK?hFI&Rl4om|APX1K}+{h|dx#IJxhwyg3&zv#e{OcB39=>kH(=wQP1
zM1X$L6PeGizq~}yFG{~?{iEd)QKQqwr6Tl;3P?WS5|OhyW%7D_B6GXWCE^y5Pf+>b
z_1J^jMqi5G_A|d~k=Nt;>(<HT^|)q;_|@nTzZ#u3B7Q>gbb$ChB{uR^J`le_CYd6B
z2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QRM^i%b_U~@e_(}fcSOX
zu3b90h+oZcl@Izw3xJ4U0c~tq<%53FfhCzDeuL5lgnrS%gz1R@{h}u_pI?7@iJ)JU
ze$o0z%O#>lr;STR=ob}`e843lXLZWt_4q{QcAZPaEh3+w^1<t|2epm96u<3fe$^tc
z$Mx5(lgsOI%@Fac(II{{I&DP!gyQJ{@q0>a<g0ujeuGRhMf?&<CI|5|aC}H77xD9;
zOce1maC`{y^L&yh;+Ig`<{*AsEcv3!2jZ7QQzqgk6x{&v>$qLJbaD~Dn&B!R^ote%
z5x)Z3*s{t8{h|X)GDZ9br3(oCqJs(369M`~Ph>v7{_+w*zbO5p^^cZIM2$`xmx|CY
zDj@lQOGM7<l*#MyiOlUfmxx<LK0)P!*JBTA8+|E$+t2)}MP85VuUjXV*W;QY;#Z?X
z{AzUCi1-P`(*ff5l-S5u`9S;znPiIiC6r7K;%DIakWMb*=Ruh$;%DIa5aQ?gBvHgK
zp|s6G{I*!~MU@Z4FNdZ~#7`)?0pizjyLRd1B7QZ)RX*q!EdU~Z1+=kcl@Izw2bN@t
z_zg-I5c)+26Q(Bu^oyRze184qC4zoY`bFy>EtiNIoi;8Np<h%$@&T8KoYg6l*W(kJ
z+jTAxw}^a#$_KB<9@IAaQv9}``BjU&9@k&DPA;#<HABR&Mu+&-=(G{>6N;w;#P2Dw
zk+1TB_zg126!A+anH<E=!0{oST*S|VGEv0O!0{o(&+|#5h+jf!n}hgmvE+*?ABbNL
zO__+FP;>*tuj6*@(#b{qYKE(P&@Wm5MEnY9W6LTZ^otHG$rSM$lrA9jiw-7CPXy=}
zJ(2nR`pZiM{i5`X)<0S<5j8q(Tq;7psDR`HE)hAaQzoy+Co;F|Tq14}`2>{@UXMMf
zZS<x1Z9ns?7I{6cziypeUXN>rh+mBk@vG5kBjP6%PX~zKQ(_}u<pc2>WRfZ3mryb}
zh@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7gatGzZ{w}5kH~m28dtB?b@Z2
zi}=+HSNWh{v;c_s70||(RX*q!9axen;x{N=K<F18OqiYs&@Xx-^ZE6cmk9br=@+ek
zv|J);blSL7gnm&0$p>5_a#p8IUXM>?Zr8a)+#>P`Dj&Qadr;fxOYz%&=2tE9dR%|q
zI=Q?a*9;NA8Xe+SqtiyjPbi)a5WlCyM!w1i;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A
z1ILFDKhGzLB7O;_Z4TnM#gZ?od?0=~G-V=wLeUKnzmD6rOD7lcs~N8HLBD7L5b-OZ
zjV-Hu&@Vc$BvZt1P`ZH7FFKeoJrST^^hD<K>n|@6^o!CjTK{OdMAYcCaj6LXq5_f+
zxJ2ZvPMN$OpUB*<bBVY`<P%grcs=%@w$Yd3xBbkoTIBV({<?K?c|EQfB7QYG#IHuD
zjfkI6JRKl@Pl=6ul@G*kkV&S9UqZ>`Abtjp59#D0ejb#GB7O#r4<UY@PZCA^5=z?~
z#BYlwUsU-({Bmf@MEr!J8z6oiw`-S9F5*`+T;+p)(E=diS3nzER{5Y`bYMxQh~J=e
z0ij=XFv+La8T`H9`@R48AOGXO{@4HdXMW~q{`z14>;K39_pe|2rC-WF<f_QO@f*MK
zb3gZUKmF4`{o_CW<A3XK{jHz>`JeyI-~7#MJ^YaOpAh~*^oxd|K9KhE5<$Nx{i5}+
zluJa7P8*ks&@U<=`G8AA&gzuO>+y-q?K+o;TSPuV<%8E_4{95IDSq3}{HjG>kL#~n
zCzsdbnjzv>qeJ{^blQmc3B}U^;`fx;$XEG5{05n1iufgzOb+5_;P{YEF5>4wnJD6C
z;P?>Y=lLX2#4n+=%|ZOOSn@@c55zBrrcA_7D7pdS*Kxac>Et4QHN#at=oc*jB7Oz5
zv1OGH`b7tpWQzC=N*56NMF*2``dh#CTYv5FuV4JdUkpFwkN)V7{?6a|JKK->dw=im
zCEY~tKOy|9UTO4;=B)nz&U|@^pkI`J(fTLKC89>BjY~z6|AyBV28#ffi1)t)UXN>r
zTq0_8Yop2sug3++m*Q9aiT{Ib;q|!wLUnR^J+2udel<G8uSTbhh@VhA9Uy*BiH&@f
z55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u5=HzHO4}U7Z;K^gRQW*sa%jp#
z{Dh(#AbuUUYnM(g;#V_V<%53F0wCg7KpR_D`Ji8PU`eKk-=K5>p<i?`38(M-MXwV4
z6F>12+h)<V_>({Rlh<K4f1mfCU_SiMhUgdlvrK+eD=#k*^o!CjTK{ypMAYcCaj6LX
zq5_f+xJ2ZvPMNEG{OO<m=_!Hr69Fy}Co<u>$_KB<A+aA!dntZD_)*_E=JmM#-gR<$
zJ+2udel<G8uSTbhh@VhA9Uy*BiH&@f55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*Y
zA%31u5=HzHO4}U7Z;K^gRQW*sa%jp#{Dh(#AbuUUYnM(g;#V_V<%53F0wCg7KpR_D
z`Ji8PU`eKk-=K5>p<i?`38z=T=s)^L|L9-*i+}MS{=<Lxo!|MLKlzhC`Q=~!<<;kz
z{O^lih4}CO-M_o?um2<aU;DLRyH51Ac(rg`A9$^-&_Dc#|L|Je{*~T;!uDg$BK@KU
z&WA%UFA?;M(l1*7Vz2+^S=R?H5jDf5BJ_(E0J%gI(8d;Cj|Y%^$|WLawarxd;PrUR
z$1lDVKmXz15aso_{+4xe5x<%t;#Z?X{AzUCi1-P`(*ff5l-S5u`9S;znPiIiC6r7K
z;%DIakWMb*=Ruh$;%DIa5aQ?gBvHgKp|s6G{I*!~MU@Z4FNdZ~#7`)?0pizjyLRd1
zB7QZ)RX*q!EdU~Z1+=kcl@Izw2bN@t_zg-I5c)+2lY06qzw#@2zv!?3`me9#AN#Q%
z`!E0Hzl=Zh_kaKQul1Gipa1iJ9?>;@{|VcVHH-9%8aN*gy}U%wFG{~?{fp%iQKQqw
zr6Tl;3P?WS5|OhyW%7D_B6GXWCE^y5Pf+>b_1J^jMqi5G_A|d~k=Nt;>(<HT^|)q;
z_|@nTzZ#u3B7Q>gbb$ChB{uR^J`le_CYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+r
zNfhx*C~b2Pzb%%0QRM^i%b_U~@e_(}fcSOXu3b90h+oZcl@Izw3xJ4U0c~tq<%53F
zfhCzDeuL5lgnrS%q@F(N7rp+sNmo1Qzxg-+X8R{z>nq`BfA(j$3GY8)`>|$`eo+JG
z!=aa#2>M0o7p;G>Tq0_8+PGANeo+C*2V5d@R;Nr}k56Q7*SSR8BJv3;AG{uWP}}HB
z@!NjpS1s~-Tz}m<xx60N3=zK?9pYD`(?-NkD4q@wzo*1TzRCyUH^?MY#4n*_au7cQ
z$A@%s5kC*gL=is&$A=I<&nJl@ehH;*4&t}Pk}s-!AbvSCWg>n;(G3v4j@z|MCl~Rn
z8Lsj{zi0sv@hhN>EvtOcFFLR!Q^apjx`5CxI+)bcykGSCKd)cCpw~bD_>cd1`zK!O
z%K2~q?Z1tj_n$C6FqzUXno#;o&dW;#{i5`X)<0A(5j8q(Tq;7psDR`HE)hAaQzoy+
zCo;F|Tq14}`2>{@UXMMfZS<x1Z9ns?7I{6cziypeUXN>rh+mBk@vG5kBjP6%PX~zK
zQ(_}u<pc2>WRfZ3mryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7gatG
zzZ{w}5kH~m28dtB?b@Z2i}=+HSNWh{v;c_s70||(RX*q!9axen;x{N=K<F18OzLUg
zFM9o7%&%V1zx}uWw)x|(=t}#o-}<eQ_Wl#b2PRYcMH5P&$$5E+pkI`J(fWtVC89>B
zjY~!77Zs3vz$GGQb;{)R_(bM*olC?mBA=l0!RxUHwT-?MzwKv!)grIQ_1CSF%j<E?
z5b>+gA$~PFZAAQp;^_eKdrEBNt9&4SgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOL
ze3B^Qmr&Z~Abwjc`J&1P;+I2HCgLX)-2n0HxLvz+auL6p;VK{WixvP8zXICWvdRbj
zq614ZMf?V(3kdz9gGoKj`$d2CSATUig8ux^|GfF*e(vXfZl(RZfA{Z3+WSu!ADB$(
z7fmRACg<fPf__o@Me83bmxvmjHZB#RUsOQy0hfrJ)hUzL;}e<NbuJONh<t*|2d~E-
z)HeE3{I;L@Rg1hH*I&0zF0aQmL&UE}hxpa#v=Q+Wil+m_?<uj7ukwNT4Km3T@k=O~
z9K_GS@gbdD#Lt5=QN+){@gc;|^GTwJUqWe{gZOQ+<clgFh+hs(nTVfIbOXe%<96-R
z$wmBXhO2zgFIoUZ{0eAe%PJrAiw-Qw6!9CBE+F)a4kq<9?-%`-|MFk1M$l`E`Q!9~
zzwiscFw)+C!uY`d{@?%mKe+qX-~ao6|N6E3%+LJH)#mg=`PY(=KmOxC{-J!@SAEDI
z{J|eAde=Yy@DKm+>3{Zr@=yMW8Ycgz|M@Td!oUCR5C2<#`Zf58pZdQ){HOnK|NCG2
z!N0)2`nSLN;lIFN{wse~e}TXGH~;3-ukS~je;ru;_O8JtBtP1}&tJqp{g3|WkGhll
z7x6#r5BKl<gYPF7L&`^ica@LpM_BCr@-0`j)qne47{8oG_aA=&<m49gUW#AwC;kt%
zWt9(3Zt=Aueg(9#1@Rj|@+sn%vpQuWekU@w>+9q$b)kIR;@T!4ep@WbBI1`&GC7E!
zf#XAnpXZZA5x<1eHV5(BVtKTP_&vh)gUN{B57Owyh+oI;+J*Sl=+;KWuLg+t)#$Vl
z@e_)t1H|tsu|J!?%Ev|W&xTm>1Q5T$=fD2f|GN4`fBUz8do&O-eM&&>oxk{tzv%Z~
z|3jUtU-Z|0?bl4^6<uln{Gb2xk@o%*#s^;gqU)Dn{`oil#^1Q2SF7QYfByLwm%u;%
z$NyOUiu8;AX!}Kf>Zg9{FYXVCzc~aT009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=
z5P$##AOHafKmY;|fB*y_@E3)^@BZ%Z(l0tXC+lh6FZ$2^**{y2p#SMV{U`IsUD1_x
zb%&0$_n$C6kbcp>C};ME^7o`)RPD0YfPT>*%8!Z<fdB*`009U<00Izz00bZa0SG_<
z0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*#kJQJW_bhJ&rndbeX|MZ{!)0h3C?>}Mu
zC#7HX&+|F`q5s|J7o}hHhyJ7D10etb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz
z00bZa0SG_<0uX=z1Rwx`KhFf{7yW<Pdz+U1o~}%9kp2jP4Duy1%QS;bgG~@YFd~Yt
z2o3_`#7RaO2_l%0$wb-@pkyLFa-blBXeQD+6$M|Sh$6m_4FxBEmR09{?sJ>{yj(}q
zG*z`$?dS2he${o<VsSg#CZA06eo_5zlmD&X`YrRHsQ-QRzwiscFw&lXVSMoF7yZev
z{?AYS)K6W1jrQk$?&tpBf2aSmj>cdA^<V!xeeZ)l^A~^d7yAEL{_-#X^6vlSKl`&k
ztA<Jb_tAfA|GwxC|L_mr{rSGN`PYHfzrAblSAX?a-`f8^---X}*O|T0U8ndv@xT1H
z_P_J>@9mra{J1`fpJQDgoZJH4I=Sm#Am_ILcx_qqIJpJAhvHZKCw`Z0(e?3N_CMD<
z|Koh~=H>b*m?M4#w6#Sim+PZui1^j$5WgCoHga->;_d+PyGv~3>-re$OcMf#UqZ>`
zAbtjp59#D`eRxnNiuf5gK7{yrK1r05n^4;3Abwjc`J%3md<&T(fcObTH(1xl_5XI;
zKY5o<F4sr>&j9hO(II{V-JkyHpYp$tesoUO)4X5wSAOMJ*54QX^<V#W^B<=V{_3y(
z>PUP3h4H~;dNrwD|5|?j=YKv){xauZ|Mg$jE$~nO^iN+VlQ0N;vuE#b|MqW3^vmh>
zBhoJ_0^izx(VzH<pZN0k`nF2Y$zA97AO7JVzODZ2eMkJ4`MbaSyNll6{LSBdNBp<_
zw)!vmkN^0O>mT0wfB*TP|M}bMzutGmf0=cC{Qckm{ddHF+i$D?lI!HIe|y)1;@j%K
z+jqo&8C@TUU-5fA6u;s>@w;rxx<0Nd%6HlSTrd2Oqm#S-e?P>pV2=0|(AE~juSTbh
zh@Vj09Uy*piH&?+ABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|RB#QVYl(spD
z-xf>0sOtmq%b_U~@e_(}fcSOXu3b90h+oZcT^~i0M*W}oU9%DKd;U|d>w{W-K@#yB
z&@LdWU-VD@<WEM3>0JV9@BFo2`!&D!H-6(cR=?;k|MD-J%qzOme)BhfbEG~0!uVh^
zrC&6m^iIyhM+E(%Y8Jf)^o!p5N6RDP7OrjbQW5$^w{ZL-j|k5viBdgIC~b3iL~OC-
zi@H9j9_P@M`B41yosS(*J+6Oxom{HNHABR&Mu+&-=(G{>6N<Y7#P2S#k+16m@f&24
zDdLw<GC7E!f#X9uxrm<!Wul0mf#XAnpXZZA5x<1eHV5(BV#ybEeIR~0G-V=wLeUKn
zzmD6rOD7lcs~N8AgMQHhAmUd*8(Y@(LBHt0l1vf5LFocQzvy66PxF4!Km5Z#T#cYV
z_G3S0{^PFbO8cWf`lFHd{0rlQ$&`N4gwi`X4<8Zqi_$Mz|3l>wQKQqwr6Tl;3P?WS
z5s|YxWl}vpk@<3+N5q$ie1fhIs>dGGHu_Nfw%`1yMXJa3&#jY7^|)q;_|@nTzZ#u3
zB7Q<~cYyfaB{uSPeIR~=Ofp6M5=tfq@iTCINGBKZ^Po%=@iTCI2=ViLk|^SrP}=4o
zep@X0qOK3bFNdZ~#7`)?0pizjyLRd1B7QZ)b$!q;S^z}+3TR`?x<2R^9axen;x{N=
zK<F18OzLUgFM45LjiA^6d%8!ib>;lq!~XmW#s8S}ix$xSf7<f!5kbEw{i5~1Odb(6
zI&EAkLcgeh<O3cNIjd79)#DSHFW1+}UG)?G_tAfe>)$5m`k;FJZ{d8o@=*M~{Qh@+
z0@dUCC)UZOdR#L^{AzTFUyV*15kH~0J3##I5*zutJ`le_CYd6B2_=(*_!&4pq?3#I
zc~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QP&6JmqSw~;wKc{0P*X%UAuI05x<(@x;{>Q
zKJ{lmVI$)A{8wJr$G>eMd;aC``Y#}U<0rm=&@Vce)YH6Q^!ktZnV<QY)ed^?+Wsf%
zYd`z5Kf6tM{)O#l%_9Ax2F}Z&hmQ#QMd=r<|Hbl%sL^TTQW5$^1tcHvh{#!;GN~S)
z$b7lZBjQU$K0((9)ngB88+|B#+i!l<BGu#i=hn%kdR#L^{AzTFUyV*15kH~0J3##I
z5*zutJ`le_CYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QP&6J
zmqSw~;wKc{0P*X%UAuI05x<(@x<2R^EdU~Z1+=kcT_5y|4lKzO@f(ybAoPn4CiPSu
zp1<~MzxL%ve)o5OclC>Y&-Z-Kpa1!vkNiLTvp>7mSHd6s!5@t1nm+%+_OoV@eo+JG
z<<P@N1pT7)i`M^Qc|_Fcv~j5j{h|Vr4|qi6tWKF!k56R2T;~z-B_f}o>x1gC2epkp
z6u<2^KWdTcas6}a<WfDZ86ti)I>fI=r;Ui8P~06Les_tDd|e-i-yoAr5x<0z$wB-K
z93RrjMf^M{6Gi+C93MjbJf9?r_$8FKIf&mDOTMV<1M$nDDHHJ%if(}Tb=<C9I=P5n
z&2U{G^ote%5x)Z3*s`t<`b7tpWQzC=N*56NMF*35daGabU;gD^e)LCwbajM&-}imr
z@BGg1T>pRL^&frxzrX$4zkRK&&`<yLPhVH|_P^5eFKj<+7U>r?a9$2Qd_>SMO226R
zFP29{jZPbviqJ1AAo+ktM9%7zN%i<d=F4>+5nm$m3A#S09(z#R=tJ?_e)FRi*Y)ui
zfAJR|^*{B$%m1)Cxm1s9o`_$K4)LqeX(Qq%6n6)R-(6xOU)KlXH^?MY#4n*_au7cQ
z$A@%s5kC*gL=is&$A=I<&nJl@ehH;*4&t}Pk}vA|K>TuO%0&Exq8lK79k*+jPA=kC
zGhEjP{h|dx#IJxhwyf)ee$jy?nIe9J(glQm(ZM92{^U>o<bV9e|5+WL>;L`6@_+n+
zANYaoH?Kb{`n})#z2Dq5##h(qU;WizZTGIl=U*@%|F<FfMgJ|6Z`I1fM+E(%^o!R2
zba_P7=(KUE2>qf0k`H)9<g8AaRF6+&zFg-K@g*XkpzDL`u?Mw{J`}(0H$Q5T>T&&Z
z>*P{Bt{EbJH9EwvMyHL4pHSQ#Abxj=jeK1nh~FTSOcB3?lF32*3>+WQ$wmA;C=*5e
z3>+Uq{5+o|iufgzwmFF37E8XU>jUx2p(zvb6N+wt_;uW_T{^jlU(Ik`AM}eB01>|e
z+SszL5Bfz1mSl?f4N4af`b7tmeEMTQ_G6>Nb36V1@BjYOH?O~P^CLg<Bimg+{^LJ>
zo%GX2tv~;QKK12*e$g)xy_WFs5kbEw{i5~1RUQ#FI&EAkLcgeh<O3cNIjd9Vx<3B?
z@BjXk!1{>*kBAeQa9!62)#H%ZH`5-9-#0(?nPaNQ_3y5eOZB*Bi1^j$5WgCoHX?pP
zad&|D-6b~ib$uXygG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc
z`J%25#4m@YOvFzpx&h+Xal3Zu<RX4G!*zYoFIoUZ{0eAe%ep@37adrVDdIOMT|np;
z9Zd4+^M29mKkK@YfA9Bx?-zgZ7k}^vfAD+0=X-wWhkodne(9Hf|M!3YS`Yu5JpV%Y
zA4I=s2<nBjhmQ#QMd=r<|CREHsL^TTQW5$^1tcHvh{#!;GN~S)$b7lZBjQU$K0((9
z)ngB88+|B#+i!l<BGu#i=hn%kdR#L^{AzTFUyV*15kH~0J3##I5*zutJ`le_CYd6B
z2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QP&6JmqSw~;wKc{0P*X%
zUAuI05x<(@x<2R^EdU~Z1+=kcT_5y|4lKzO@f(ybAoPn4CQMHR=odYad4K)kBZ7WW
z`bF!1v^*keblSL7gnm&0$p<_la#p8Is>dfXU#|0r_!5y%(Dgy}*n`?eABx}hn;*4E
z^|=1Ib#kd5*9;NA8Xe+SqtiyjPblsV5Wl;`M!v2O#BY#Erifoc$>bn@296Ku<RX3^
zl!+pK296IQex6SfMf?&<+Z@DiizQ#w^?~^1(3FYz2}L(R{5o#eE}dM&uV%Qe5Bfz5
zfQVlKZERWB2mPW0OEN|L2BixK{i1^j(-Q&uMNeejUw`<BpkI`J(fS`PkBAzbHZB#R
zUsOQy0gs5B)hUze@rlfr>pUX9MC226eNa92ptjM6;<x?gM=er4u77TwT&l-4L&UE}
zhxpa#v=Q+Win{~E?=G>Cuj>Qx8)T9x;+Ie|If$Qu<3l>Rh@S^#qKKb?<3os_=aWPc
zzl72@2l3lt$rp8fAbvSCWg>n;(G3v4j@z|MCl~Rn8LsPte$fIT;#WW$Th{eKzv#e{
zOcB39=>kH(=wQP1M1X$L6PfqdA3h@J7o}gc{zuCrqDH5UOGW4x6_9+uBO+&Y%A|UH
zBJ<@skBBc3`2<}bRF6HVZS<k|ZNK?Zi&T&6pIaxF>T%5w@vG4xel<F6MEr!}?f~(-
zOKjxp`at{!nPiIiC6r7K;%DIakWMb*=Ruh$;%DIa5aQ?gBvHgKp|s6G{I*!~MO`0=
zUk*)~h@Vh&1H`Z6cJ0#1Mf_@p>-wNyv;c_s70||(b$!q;I<O>D#BWf#fY2{Gm@qvN
zpkMSv=Kb}Dj|loj=@+g4(ej9>(P`sS5&A_1Bp>jI$XT5-sUDxme7Vje;!8w6LDvV>
zV-IQ@eJFn0Z+_Gw)#Li-*2$%MTr))cYIKNSjZPa8KcTogK>Y3!8~M6E5WhhtnIe7(
zC6j~r88|+qlZ*IyP$r7_88|+K_<24_6!A+aZF3O6EtY&y*9YR4LsKT=CluWP@$0x<
zyL569znbB?KIj)M03v<`w6SGfAM}e3EXfq{8<Z{}^otHAOiu*p7d?@AfBoSjf__o@
zMeBdGJR)jz+PGANeo+C*2RtHjR;Ns=$0sshuJefa5|K~P^+EO6gW5(Pir@B|AGJvJ
zxc<3ya;YBI3=zK?9pYD`(?-NkDDDmrzq`anzOE0%Z;(l*h+jg<<RE?qjt}YNB7Po}
zi6VXmjt?Pzo=*}*{1Qsr9K>&nC12F_f%xUnl!^EWMK?hFI&Rl4om|APX1J~o`b7(X
zh+hG1Y+2U_{h|X)GDZ9br3(oCqJs(369M`~Ph{R-fB1-?UzC2)`X4Qih#H+XE)}6)
zR6z0pkBFSrDU<5)iOiSlJR-hC<P&s#P(Ajbw$X>;xBccvEmA$Me{P*zs>d}$#IHt&
z_|@pN5%Cj>y931UF0qlX>jUu{WRfZ3mryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}
zgwi$#@!Mj_7j=CgemOK{B7Q>A4G_PM+qFw47xAkZuIqz-(E=diS3nzE*7ZTZ=)jUp
z5x+s{0z$v&V8Zl7fPT>vnfKQpJ|gHBrC+rEN6RCkMyHKSMd%k5kbJ-+B4>5Vq<VZJ
z^W{2^h%XWO1YI9gk3Fbu^r84|zxh#%RFCVQTPK(5am^6%tI;8TH9BoX{Dk7}0P(v^
zY~<_uK>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{;^+A!QN%Byw9P^Mwpj8-T_1>F
z4o#VepHOrI#INIa?b69b{Az~l`k-I50EqY%(8iW^eb6sDuq0E&Z&12`&@VceFg+2V
zU-U%g{q={B2>M0o7p?!%@`$L>Y2#86`b7mKAMl9CS)DSe9-qj3xy~cvOGG|F*9X;O
z4{95ID1O^-e$*n><ND{;$)$Q+GerDqbckP#P8$(Fp}0Fh{O%GP`MN$3zd<IMB7O-a
zlY{sfI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oea}d8RmV8my2jZ7QQzqgk6x{&v>$qLJ
zbaD~Dn&G-W=oc*jB7Oz5v1MH!^otHG$rSM$lrA9jiw-7CPXy=}J&}2T{ox~meo^{G
z>wmO7B5HKnxKxCGQ31&ZJR)*dr%bBHCo*5I^N9Eokx$U|LG{>!+D0FW-}ajywMg~2
z{<(E>sUFu15x*K8;#Z^7M#N7j?hX*YyTnGmt`Ed-kV&S9UqZ>`Abtjp59#D0ejb#G
zB7O#r4<UY@PZCA^5=z?~#BYlwU)1%1_~p=)iTDXcH$eP4Zr3iIT*R+txULWSMGJt4
zUjc1wS=R^sq614ZMf?V(3kdz9g9+0U0s2KxWZqwY_=uoilz!3rA1#lF8l5&S6`@~L
zK=J{Ph@90alj`w_%$MstBECfA6Lfu0J@%ls(TC!<{pLq4Qa!GJZk=4J$2CL5uSSRX
z)#$Vl@e_)>1H|txv5~Lq1MwSVk}2YsP%=4)pMm2;I=P6S2W6s&pMm2;h@a<^L=nG)
z(l!V2+hWNVb$uXyIW%P=enQa=5WkMwwM!=#@v9lG>w|vL0wCg7KpR`u^+CVrz>-W6
zzd`8&Lci!>!t_Lde$f+|_tzgjBIp;TU$p*5%Oj#jr;STR=ob}`e83|jXLZV?dVC`D
z<vNduFA@0!T_04BJ*aK;q4;gT`B95hkL#aXCztAR%@Fac(II{{I&DP!gyQZ1@w-cG
z<m>uC{05n1iufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@?(ABbNL
zO__+FP;>*tuj6*@(#b{qYKH6jpkK5Ai1-!I#+G$`&@Vc$BvZt1P`ZH7FFKeoJrST^
z^hD<U^@ooL`bFs%t^d*Th^WzN<5Cg&MFk`u@QBD+oieE&pU8Z<&LiSWL_R^+2i0Q_
zY8!nhe%o(;)FRd6`sdckrFvX5MEq)Wh+mCP8xcRDxH~}n?h+gMx;_xUK_;0ZehDR$
zgZLRZKBSY2_<2w!iuf5gK7{yrK1meuODJt~5Wg*!d{Ng2;+I2HCgLX)-2n0HxLvz+
zauL6p;krKP7cBrHeg(9#WnCZiiw-Qw6!9CBE+F)a4kk=b1n3t%k$Hdp;Uj{6QTj#e
zf3!RzYINGTRD^y}0m%nEB63!zOsdBxGGDIqi1-qbPtf&2_1J^jMjwjb_M0EINcFh>
zxpi`>9@h*JzZxClSEJKL#7`*h4iLY)#74fZ55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9
zeg=*YA%31u5=HzHO4}U7Z;K^g)b)Y*<<OLg_z6WfK>Rvx*Djr0#II(!t`GV}3xJ4U
z0c~tq*9ZNg14}YR{05~92>qgi3DXk+`bAG<-d}(Ch@fATe$o0LEsuyAoi;8Np<h%$
z@&S*CoYg6l>hX!pm+L$tzC`2`bbU}g_Mo=WhvK*W=0`13J+6Olom{HNHABR&Mu+&-
z=(G{>6N<Y7#P2S#k+16m@f&24DdLw<GC7E!f#X9uxrm<!Wul0mf#XAnpXZZA5x<1e
zHV5(BV#ybEeIR~0G-V=wLeUKnzmD6rOD7lcs~N8AgMQHhAmUd*8(Y@(LBHt0l1vf5
zLFocQzvy7X^hAJu(G!{X*B?G2=oh75wEjoSBcev9jY~!77Zs3vz#}4Ob;_iAd?NGZ
zI**7i5%~mNA5@P$sBQG2_-()WQHxZM>z`XEm+EoN5b>+gA$~PFZAAQp;_d+PyGv~3
z>-s?a2AO1v_$8D~4&rCv_>fL6;^#q`DB@?}_z>df`6N-qFQK%}LHxE@@<m-Ah+hs(
znTVfIbOXe%<96-R$wmBXhU@yEU$g*-_!ZE`mUVs5FFLR!Q^apjx`5CxI+!p$5uji6
zMCSeVhmQ#QMd=r<|IzY@sL^TTQW5$^1tcHvh{#!;GN~S)$b7lZBjQU$K0((9)ngB8
z8+|B#+i!l<BGu#i=hn%kdR#L^{AzTFUyV*15kH~0J3##I5*zutJ`le_CYd6B2_=(*
z_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QP&6JmqSw~;wKc{0P*X%UAuI0
z5x<(@x<2R^EdU~Z1+=kcT_5y|4lKzO@f(ybAoPn4CQMHR=odYad4K)kBZ7WW`bF!1
zv^*keblSL7gnm&0$p<_la#p8Is>dfXU#|0r_!5y%(Dgy}*n`?eABx}hn;*4E^|=1I
zb#kd5*9;NA8Xe+SqtiyjPblsV5Wl;`M!v2O#BY#Erifoc$>bn@296Ku<RX3^l!+pK
z296IQex6SfMf?&<+Z@DiizQ#w^?~^1(3FYz2}L(R{5o#eE}dM&uV%Qe5Bfz5fQVlK
zZERWB2mPW0OEN|L2BixK{i1^j(-Q&uMNeejUw`<BpkI`J(fS`PkBAzbHZB#RUsOQy
z0gs5B)hUze@rlfr>pUX9MC226eNa92ptjM6;<x?gM=er4u77TwT&l-4L&UE}hxpa#
zv=Q+Win{~E?=G>Cuj>Qx8)T9x;+Ie|If$Qu<3l>Rh@S^#qKKb?<3os_=aWPczl72@
z2l3lt$rp8fAbvSCWg>n;(G3v4j@z|MCl~Rn8LsPte$fIT;#WW$Th{eKzv#e{OcB39
z=>kH(=wQP1M1X$L6PfqdA3h@J7o}gc{zuCrqDH5UOGW4x6_9+uBO+&Y%A|UHBJ<@s
zkBBc3`2<}bRF6HVZS<k|ZNK?Zi&T&6pIaxF>T%5w@vG4xel<F6MEr!}?f~(-OKjxp
z`at{!nPiIiC6r7K;%DIakWMb*=Ruh$;%DIa5aQ?gBvHgKp|s6G{I*!~MO`0=Uk*)~
zh@Vh&1H`Z6cJ0#1Mf_@p>-wNyv;c_s70||(b$!q;I<O>D#BWf#fY2{Gm@qvNpkMSv
z=Kb}Dj|loj=@+g4(ej9>(P`sS5&A_1Bp>jI$XT5-sUDxme7Vje;!8w6LDvV>V-IQ@
zeJFn0Z+_Gw)#Li-*2$%MTr))cYIKNSjZPa8KcTogK>Y3!8~M6E5WhhtnIe7(C6j~r
z88|+qlZ*IyP$r7_88|+K_<24_6!A+aZF3O6EtY&y*9YR4LsKT=CluWP@$0x<yL569
zznbB?KIj)M03v<`w6SGfAM}e3EXfq{8<Z{}^otHAOiu*p7d?@AfBoSjf__o@MeBdG
zJR)jz+PGANeo+C*2RtHjR;Ns=$0sshuJefa5|K~P^+EO6gW5(Pir@B|AGJvJxc<3y
za;YBI3=zK?9pYD`(?-NkDDDmrzq`anzOE0%Z;(l*h+jg<<RE?qjt}YNB7Po}i6VXm
zjt?Pzo=*}*{1Qsr9K>&nC12F_f%xUnl!^EWMK?hFI&Rl4om|APX1J~o`b7(Xh+hG1
zY+2U_{h|X)GDZ9br3(oCqJs(369M`~Ph{R-fB1-?UzC2)`X4Qih#H+XE)}6)R6z0p
zkBFSrDU<5)iOiSlJR-hC<P&s#P(Ajbw$X>;xBccvEmA$Me{P*zs>d}$#IHt&_|@pN
z5%Cj>y931UF0qlX>jUu{WRfZ3mryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#
z@!Mj_7j=CgemOK{B7Q>A4G_PM+qFw47xAkZuIqz-(E=diS3nzE*7ZTZ=)jUp5x+s{
z0z$v&V8Zl7fPT>vnfKQpJ|gHBrC+rEN6RCkMyHKSMd%k5kbJ-+B4>5Vq<VZJ^W{2^
zh%XWO1YI9gk3Fbu^r84|zxh#%RFCVQTPK(5am^6%tI;8TH9BoX{Dk7}0P(v^Y~<_u
zK>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{;^+A!QN%Byw9P^Mwpj8-T_1>F4o#Ve
zpHOrI#INIa?b69b{Az~l`k-I50EqY%(8iW^eb6sDuq0E&Z&12`&@VceFg+2VU-U%g
z{q={B2>M0o7p?!%@`$L>Y2#86`b7mKAMl9CS)DSe9-qj3xy~cvOGG|F*9X;O4{95I
zD1O^-e$*n><ND{;$)$Q+GerDqbckP#P8$(Fp}0Fh{O%GP`MN$3zd<IMB7O-alY{sf
zI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oea}d8RmV8my2jZ7QQzqgk6x{&v>$qLJbaD~D
zn&G-W=oc*jB7Oz5v1MH!^otHG$rSM$lrA9jiw-7CPXy=}J&}2T{ox~meo^{G>wmO7
zB5HKnxKxCGQ31&ZJR)*dr%bBHCo*5I^N9Eokx$U|LG{>!+D0FW-}ajywMg~2{<(E>
zsUFu15x*K8;#Z^7M#N7j?hX*YyTnGmt`Ed-kV&S9UqZ>`Abtjp59#D0ejb#GB7O#r
z4<UY@PZCA^5=z?~#BYlwU)1%1_~p=)iTDXcH$eP4Zr3iIT*R+txULWSMGJt4Ujc1w
zS=R^sq614ZMf?V(3kdz9g9+0U0s2KxWZqwY_=uoilz!3rA1#lF8l5&S6`@~LK=J{P
zh@90alj`w_%$MstBECfA6Lfu0J@%ls(TC!<{pLq4Qa!GJZk=4J$2CL5uSSRX)#$Vl
z@e_)>1H|txv5~Lq1MwSVk}2YsP%=4)pMm2;I=P6S2W6s&pMm2;h@a<^L=nG)(l!V2
z+hWNVb$uXyIW%P=enQa=5WkMwwM!=#@v9lG>w|vL0wCg7KpR`u^+CVrz>-W6zd`8&
zLci!>!t_Lde$f+|_tzgjBIp;TU$p*5%Oj#jr;STR=ob}`e83|jXLZV?dVC`D<vNdu
zFA@0!T_04BJ*aK;q4;gT`B95hkL#aXCztAR%@Fac(II{{I&DP!gyQZ1@w-cG<m>uC
z{05n1iufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@?(ABbNLO__+F
zP;>*tuj6*@(#b{qYKH6jpkK5Ai1-!I#+G$`&@Vc$BvZt1P`ZH7FFKeoJrST^^hD<U
z^@ooL`bFs%t^d*Th^WzN<5Cg&MFk`u@QBD+oieE&pU8Z<&LiSWL_R^+2i0Q_Y8!nh
ze%o(;)FRd6`sdckrFvX5MEq)Wh+mCP8xcRDxH~}n?h+gMx;_xUK_;0ZehDR$gZLRZ
zKBSY2_<2w!iuf5gK7{yrK1meuODJt~5Wg*!d{Ng2;+I2HCgLX)-2n0HxLvz+auL6p
z;krKP7cBrHeg(9#WnCZiiw-Qw6!9CBE+F)a4kk=b1n3t%k$Hdp;Uj{6QTj#ef3!Rz
zYINGTRD^y}0m%nEB63!zOsdBxGGDIqi1-qbPtf&2_1J^jMjwjb_M0EINcFh>xpi`>
z9@h*JzZxClSEJKL#7`*h4iLY)#74fZ55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*Y
zA%31u5=HzHO4}U7Z;K^g)b)Y*<<OLg_z6WfK>Rvx*Djr0#II(!t`GV}3xJ4U0c~tq
z*9ZNg14}YR{05~92>qgi3DXk+`bAG<-d}(Ch@fATe$o0LEsuyAoi;8Np<h%$@&S*C
zoYg6l>hX!pm+L$tzC`2`bbU}g_Mo=WhvK*W=0`13J+6Olom{HNHABR&Mu+&-=(G{>
z6N<Y7#P2S#k+16m@f&24DdLw<GC7E!f#X9uxrm<!Wul0mf#XAnpXZZA5x<1eHV5(B
zV#ybEeIR~0G-V=wLeUKnzmD6rOD7lcs~N8AgMQHhAmUd*8(Y@(LBHt0l1vf5LFocQ
zzvy7X^hAJu(G!{X*B?G2=oh75wEjoSBcev9jY~!77Zs3vz#}4Ob;_iAd?NGZI**7i
z5%~mNA5@P$sBQG2_-()WQHxZM>z`XEm+EoN5b>+gA$~PFZAAQp;_d+PyGv~3>-s?a
z2AO1v_$8D~4&rCv_>fL6;^#q`DB@?}_z>df`6N-qFQK%}LHxE@@<m-Ah+hs(nTVfI
zbOXe%<96-R$wmBXhU@yEU$g*-_!ZE`mUVs5FFLR!Q^apjx`5CxI+!p$5uji6MCSeV
zhmQ#QMd=r<|IzY@sL^TTQW5$^1tcHvh{#!;GN~S)$b7lZBjQU$K0((9)ngB88+|B#
z+i!l<BGu#i=hn%kdR#L^{AzTFUyV*15kH~0J3##I5*zutJ`le_CYd6B2_=(*_!&4p
zq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QP&6JmqSw~;wKc{0P*X%UAuI05x<(@
zx<2R^EdU~Z1+=kcT_5y|4lKzO@f(ybAoPn4CQMHR=odYad4K)kBZ7X>Z*9NmfBoP5
zxB4&eec$(e|IfGd|6Epf>mM+Wh+DX}$xB7(7u~|~i##GcpCn54IH9!7;SsULk}vA|
zpn9A`Q|3eQ(|100K=ru(>2-3c9@h*JzZxClSEJKL#7`*h4iLY)#74fZ55#YfNv4Qj
zLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u5=HzHO4}U7Z;K^g)b)Y*<<OLg_z6WfK>Rvx
z*Djr0#II(!t`GV}3xJ4U0c~tq*9ZNg14}YR{05~92>qgi3DXk+`bAG<-d}(Ch@f9o
z?V8u%|N6iG;6MH6|MKSl{jdJRfB5Eqfp6{jkN^0OZ~X)25pfIGHhHNC{i0hqevwCn
z=aWRK9w(HxIXoh^Sn@?(A5@QXXv%yje)`VG4yYd2KfO*a)#I8W;#Z?X{AzUCi1-P`
z-2vivm)OYH^?~>eGRYM2ODLHf#LvL-A)Q>r&x0~i#LvL-A;iz~Nur2fLTQ_W_-(P|
zi@H7#zZ{w}5kH~m28dtB?b@Z2i}=+H*Y!caXaNxME1-=n>-wNybYMxQh~J=e0ij=X
zFkyNkK)>jT%=_yP9})D6ezQfBe$iY1fO$mR!nI9aDnh^L7LH%!5#jkHQL4uYrELz6
zh%J_UQP&66;~bhYABvy8^RWY}$MsLIlS}ouW{CLJ=n%geoi-wVLUDJ1_}wKo@^yV6
zeuGRhMf?&<CI|5|aC}H77xD9;Oce1maC`{y^L&yh;+Ig`<{*AsEcv3Y55zBrrcA_7
zD7pdS*Kxac>Et4QHN$m%&@Wm5MEnY9W6Qce=ocMWk}2XhC|yA47adHPo(Rw{dLr}w
z`ol*A{i5`XiU5CK^!@X@RD^!ff;^9i0@~O@^>_fur#vEZR@+R~pr{^i`S`_$;^#m9
z2~n!Y^{=dxOZB*Bi1^j$5WgCoHX?pPad&|D-6b~ib$uXygG@3-{1Qqg2k|p-d`Kr3
z@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J%25#4m@YOvFzpx&h+Xal3Zu<RX4G!*zYo
zFIoUZ{0eAe%ep@37adrVDdIOMT|np;9ZZ;>2+%KjBJ=+G!$$=DqUx5s2K;@|TmOK0
zMBKu)O<pQOzvvc@U*r+t`6N-Q#|fov4v&Z}mV8my2i4;onlc}XpT6_41FFaMPp^|p
z^|)q;_|@nTzZ#u3B7Q<~cYyfaB{uSPeIR~=Ofp6M5=tfq@iTCINGBKZ^Po%=@iTCI
z2=ViLk|^SrP}=4oep@X0qOK3bFNdZ~#7`)?0pizjyLRd1B7QZ)b$!q;S^z}+3TR`?
zx<2R^9axen;x{N=K<F18OqiYs&@Xx-^Zxq7M+E(%-#-1K|J{H8Km6SP{(rvtfB)zI
z<)^>-KR$n7^!@X@RD^!ff;^9i0@~O@^>_fur#vEZR@+R~pr{^i`S`_$;^#m92~n!Y
z^{=dxOZB*Bi1^j$5WgCoHX?pPad&|D-6b~ib$uXygG@3-{1Qqg2k|p-d`Kr3@$;Ze
z6!9}~d<gOLe3B^Qmr&Z~Abwjc`J%25#4m@YOvFzpx&h+Xal3Zu<RX4G!*zYoFIoUZ
z{0eAe%ep@37adrVDdIOMT|np;9ZZ;>2+%KjBJ=+G!$$=DqTg(o{MP<`(f{#(`u_j)
zpa097|M!3W-~Nwp{*O<;==<k)sR;d|1$iD31+=k+>hS=QPkBV-thSk|K~X*4^6`rg
z#m|5I6QWd)>t9(Xm+EoN5b>+gA$~PFZAAQp;_d+PyGv~3>-s?a2AO1v_$8D~4&rCv
z_>fL6;^#q`DB@?}_z>df`6N-qFQK%}LHxE@@<m-Ah+hs(nTVfIbOXe%<96-R$wmBX
zhU@yEU$g*-_!ZE`mUVs5FFLR!Q^apjx`5CxI+!p$5uji6MCSeVhmQ#QMZeiFNx$f=
zf51E<ZsFP{FBPF*bPLBX@`&(!k|@>Vgwi&LN5mFOzNqVi>TwQDnGeNJ-}%@9)#Li7
z*U6=NTr))cYIKNSjZPa8KcTogK>Y3!8~M6E5WhhtnIe7(C6j~r88|+qlZ*IyP$r7_
z88|+K_<24_6!A+aZF3O6EtY&y*9YR4LsKT=CluWP@$0x<yL569znbB?KIj)M03v<`
zw6SGfAM}e3EXfq{8<Z{}^otHAOiu*p7d?@AfBoSjf__o@MMZ$WFZ%xZT`EGqXhEJw
zL;-DVp?W-k<Wn9IIje1^YEV><w|xBKL-F$;|AZ*j<N8<D$)$Q+GerDqbckP#P8$(F
zp}0Fh{O%GP`MN$3zd<IMB7O-alY{sfI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oea}d8R
zmV8my2jZ7QQzqgk6x{&v>$qLJbaD~Dn&G-W=oc*jB7Oz5v1MH!^otHG$rSM$lrA9j
ziw-7CPXy=}J&}2T{ox~meo=KxUIYHV=&gUiJR)x4+9od*p<i?h$1n1T@O+Xe)#HTH
zHit*V7E8XU>x1fX4o#U4#ZTY)*a6k!`lr{)rFvX5MEq)Wh+mCP8xcRDxH~}n?h+gM
zx;_xUK_;0ZehDR$gZLRZKBSY2_<2w!iuf5gK7{yrK1meuODJt~5Wg*!d{Ng2;+I2H
zCgLX)-2n0HxLvz+auL6p;krKP7cBrHeg(9#WnCZiiw-Qw6!9CBE+F)a4kk=b1n3t%
zk$Hdp;Uj{6QTjzifWI&L{`p-hLceH1o<~FhZET@>Jb>g=9uYaKZKi5aRFAiO{Nh9L
z^B@0&DAnWoSJug;dR#L^{AzTFUyV*15kH~0J3##I5*zutJ`le_CYd6B2_=(*_!&4p
zq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QP&6JmqSw~;wKc{0P*X%UAuI05x<(@
zx<2R^EdU~Z1+=kcT_5y|4lKzO@f(ybAoPn4CQMHR=odYad4K)kBZ7WWbxZR1Md=rP
z|NJf$p<lEh&m*FMHnvbb9zgObkBFSrHd8eys>fSCe(|CB`Hz1>l<IN)E9>M^J+2ud
zel<G8uSTbhh@Vj09Uy*piH&?+ABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|R
zB#QVYl(spD-xf>0sOtmq%b_U~@e_(}fcSOXu3b90h+oZcT_5y|761{y0@~QJt`GV}
z2bN@t_zg-I5c)+26Q(Bu^oyRzyubeN5kbEw{h}g3zv%ntcc}>dq6K*#5e2ldh3fGD
zl23U=<gB)tszFgb-tzH_55>=a{1c*7kLzDqCztAR%@Fac(II{{I&DP!gyQZ1@w-cG
z<m>uC{05n1iufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@?(ABbNL
zO__+FP;>*tuj6*@(#b{qYKH6jpkK5Ai1-!I#+G$`&@Vc$BvZt1P`ZH7FFKeoJrST^
z^hD<U^@ooL`bE_($=?^HU-bR+yHtdJ(SkgWhyvQ!LiKn6$)`Lba#q_+)u5;zZ~6Ge
zhvMfy{s~d4$MvtQlS}ouW{CLJ=n%geoi-wVLUDJ1_}wKo@^yV6euGRhMf?&<CI|5|
zaC}H77xD9;Oce1maC`{y^L&yh;+Ig`<{*AsEcv3Y55zBrrcA_7D7pdS*Kxac>Et4Q
zHN$m%&@Wm5MEnY9W6Qce=ocMWk}2XhC|yA47adHPo(Rw{dLr}w`ol*A{i5`XiU9qh
z@1NhLBJ_(E<atCC(8d<3#{)<{<q?sy+GeT-MfG^g$1gq<KmYMhh*CYSe`TFqs>d}$
z#IHt&_|@pN5%Cj>y931UF0qlX>jUu{WRfZ3mryb}h@XMuLpr&Lp9f{4h@XMuLx`W}
zlSC1}gwi$#@!Mj_7j=CgemOK{B7Q>A4G_PM+qFw47xAkZuIqz-(E=diS3nzE*7ZTZ
z=)jUp5x+s{0z$v&V8Zl7fPT>vnfKQpJ|gHBRktL6UzC2)_s{QA5&A_7@;o96Xk!c2
z;{ha}@`%V;Z8KGaqI$gL;};)_pa1wLM5!Lvzp_p))#I8W;#Z?X{AzUCi1-P`-2viv
zm)OYH^?~>eGRYM2ODLHf#LvL-A)Q>r&x0~i#LvL-A;iz~Nur2fLTQ_W_-(P|i@H7#
zzZ{w}5kH~m28dtB?b@Z2i}=+H*Y!caXaNxME1-=n>-wNybYMxQh~J=e0ij=XFkyNk
zK)>jT%=_yP9})D6(l06k^ozcKewT{SFItf25m7)JTc{onAo-L>M9ylPsTvg3<1HV*
z_)z@($3G!T^|=0(b#kd5*9;NA8Xe+SqtiyjPblsV5Wl;`M!v2O#BY#Erifoc$>bn@
z296Ku<RX3^l!+pK296IQex6SfMf?&<+Z@DiizQ#w^?~^1(3FYz2}L(R{5o#eE}dM&
zuV%Qe5Bfz5fQVlKZERWB2mPW0OEN|L2BixK{i1^j(-Q&uMNeejUw`<BpkGwolKg#9
z`bFPAze`2v7cI#1h$x_qEmV&OkbKG`B4@SDR1J#i@s^KYd?<eY<DU?vdR+g?I=NJj
zYletljSlgv(P<;%Clq%Fh~HgeBVX4C;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A1ILFD
zKhGzLB7O;_Z4TnM#gZ@T`at}0Xv#$VgrXZDejT@KmrgF?S2JAK2mPW2K*X<rHnyzm
zgMQJ0C7B|AgVF_re$l~%>4^aSq9-!%uRnZ5&@W2As0h$6`u_P{Dnh?#L7qoM0c~ud
zdOU#SQyvjHt8J!gP*jh%eEi}=@$(=5gecYH`d8M;rFvX5MEq)Wh+mCP8xcRDxH~}n
z?h+gMx;_xUK_;0ZehDR$gZLRZKBSY2_<2w!iuf5gK7{yrK1meuODJt~5Wg*!d{Ng2
z;+I2HCgLX)-2n0HxLvz+auL6p;krKP7cBrHeg(9#WnCZiiw-Qw6!9CBE+F)a4kk=b
z1n3t%k$Hdp;Uj{6QFTl5_eJR!egFI}6`^0WAkQPBfHt;JJsv>vDUXPp)izT#D5}R>
zK7R3``1y~2LX_%p{VVI_Qa!F2B7QYG#IHuDjfkI6+#Mi(cZrRBT_1?wAd^fHzl4&>
zLHrCHAJWN1{5&WVMf?mLA42>*pCpR-C6u-~h~E}VzNqU1@ynqp6Y&#@Zh-i8+^$_Z
zxrkrQa9tntixvP8zXICWvaS#MMF*B-iuesm7ZCbI2NR|z0`!ZX$h^P)@DV}3DE*=$
zK)>kw=Xa?H{h|eV9uWn!v4!gK0FqC6MC7ctnW{liJ>K&1ix0)mfBX}oRFCUlStpn3
zam^6%tI;8TH9BoX{Dk7}0P(v^Y~<_uK>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{
z;^+A!QN%Byw9P^Mwpj8-T_1>F4o#VepHOrI#INIa?b69b{Az~l`k-I50EqY%(8iW^
zeb6sDuq0E&Z&12`&@VceFg+2VU-U%g{q={B2>M0UEy>>(rC;>@^Se}pe$j$FkB9==
z*h2Mq0LiC3B63#SOx2*M9&h>h#fReOKmG|(s>k)OtdmRixMqm>)#wnv8l5&GenN3~
zfcV`dHu80SAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pa
zt`Ed7ho(%#Pbj(p;@5GzcIo6Iel^2&eb6sj07U!>Xk*K|KIj)6SduB?Hz-{|=ocMK
zn4SpGFM1;L{`$j51pT7)i;4jKqVJ#Ir6Tl;7UX$E6wt;Ns>cIJKIIXSv)X2=21WIF
z%f~N16hHs*Pl!@Iu772nT&l-4L&UE}hxpa#v=Q+Win{~E?=G>Cuj>Qx8)T9x;+Ie|
zIf$Qu<3l>Rh@S^#qKKb?<3os_=aWPczl72@2l3lt$rp8fAbvSCWg>n;(G3v4j@z|M
zCl~Rn8LsPte$fIT;#WW$Th{eKzv#e{OcB39=>kH(=wQP1M1X$L6PfqdA3h@J7ge_;
ze_xb-(f7~qQW5$^3-UZ73TR^s)#CvqpYn*vS#2{_gQ9x8<>MD0il6`ZCq$_p*T1q(
zF4g0jA>vn~L;PxV+KBiG#oYnocbC}6*Y$z;4Km3T@k=O~9K_GS@gbdD#Lt5=QN+){
z@gc;|^GTwJUqWe{gZOQ+<cqpK5WgInG7&$a=mv;i$L-pslZ*J(4A=ERzi0sv@hhN>
zE$jNAUvywerikC5bOE7XbTDChB0#_BiOl=!4<8Zqi_$MD0`!Z%e}0#W&@Wn$=Mhmr
z8(XLz4<PxJM?}tQo2eQU)#EK6zxYu6{Kr2bO7*z@m34Bd9@h*JzZxClSEJKL#7`*h
z4iLY)#74fZ55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u5=HzHO4}U7Z;K^g
z)b)Y*<<OLg_z6WfK>Rvx*Djr0#II(!t`GV}3xJ4U0c~tq*9ZNg14}YR{05~92>qgi
z3DXk+`bAG<-d}(Ch@f9o-IDx$QTj#SKfg;w=oc->^N1**jV)A<2atTqBO+(D%~TDF
z>hYG3UwkNj{^OqzrFvZd$~w7Jk86gAUyTm&tI=sA;wKb$2Z-NYVk2MI2jVx#BvZsM
zp=5FpKLf{ybaD|t56VOlKLf{y5I@f+i6VXprEL!4x5bh#>iR(Za%jp#{Dh(#AbuUU
zYnM(g;#V_V*9ZNg1wh2FfHt<Q>w|vLfhCzDeuL5lgnrS%gz1R@{h}u_@2@|6M9?ov
zzo-b%FZ%xZT`EGqXhEJwL;-DVp?W-k<Wn9IIje1^YEV><w|xBKL-F$;|AZ*j<N8<D
z$)$Q+GerDqbckP#P8$(Fp}0Fh{O%GP`MN$3zd<IMB7O-alY{sfI6kD4i}-m^CW`nO
zI6j2<c|J)L@k=Oea}d8RmV8my2jZ7QQzqgk6x{&v>$qLJbaD~Dn&G-W=oc*jB7Oz5
zv1MH!^otHG$rSM$lrA9jiw-7CPXy=}J&}2T{ox~meo=Kx^7lpQ7k&TyE)}6)v>?wT
zqJTEGP(2<%@+psqoYgi{H7KgbTRwjAq4@cae?pY%as4an<WfDZ86ti)I>fI=r;Ui8
zP~06Les_tDd|e-i-yoAr5x<0z$wB-K93RrjMf^M{6Gi+C93MjbJf9?r_$8FKIf&mD
zOTMV<1M$nDDHHJ%if(}Tb=<C9I=P5n&2U{G^ote%5x)Z3*s`t<`b7tpWQzC=N*56N
zMF$h6Cj#_~p2)nv{_qh&zbO5pB0#_B`{#G52>qf3c^(l3w6TTi@c@!fc|_!_wwbCy
zQ9a)B@rw_|&wu<AqEwITUs)%Y>T%5w@vG4xel<F6MEr!}?f~(-OKjxp`at{!nPiIi
zC6r7K;%DIakWMb*=Ruh$;%DIa5aQ?gBvHgKp|s6G{I*!~MO`0=Uk*)~h@Vh&1H`Z6
zcJ0#1Mf_@p>-wNyv;c_s70||(b$!q;I<O>D#BWf#fY2{Gm@qvNpkMSv=Kb}Dj|loj
z)h)^27o}hH{qwt2gnrS2JdcP1+So$%cmT<#JR)*d+f3D<s2*?m_{E3f=Rf`lQL4xF
zudI_x^|)q;_|@nTzZ#u3B7Q<~cYyfaB{uSPeIR~=Ofp6M5=tfq@iTCINGBKZ^Po%=
z@iTCI2=ViLk|^SrP}=4oep@X0qOK3bFNdZ~#7`)?0pizjyLRd1B7QZ)b$!q;S^z}+
z3TR`?x<2R^9axen;x{N=K<F18OqiYs&@Xx-^Zxq7M+E(%^oxoB{i5%m-=!k-ix%X0
zL=@1*7OKYsNIvBek+a%nss=^%c+1BxJ`_Ly@lS|SJ+6Ocom{HNHABR&Mu+&-=(G{>
z6N<Y7#P2S#k+16m@f&24DdLw<GC7E!f#X9uxrm<!Wul0mf#XAnpXZZA5x<1eHV5(B
zV#ybEeIR~0G-V=wLeUKnzmD6rOD7lcs~N8AgMQHhAmUd*8(Y@(LBHt0l1vf5LFocQ
zzvy7X^hAJu(G!{X*B?G2=oeMDB!6F&e$n^O?@|%^MGNvgA_{0@3)SNRB%kt#$XRVO
zRfD2>yyfE;ABvy<_$NfE9@oFJPA=8snjzv>qeJ{^blQmc3B}z3;&+$W$k+9O_zg12
z6!A+anH<E=!0{oST*S|VGEv0O!0{o(&+|#5h+jf!n}hgmvE+-oJ`legnlceTq38yP
zU&rm*rIU;J)eP75LBD7L5b-OZjV<f?pkH)gNv4S3pmYJDUvw~GdLlr-=!wkx>kl6h
z^o!CjDgyM2zJGp~iqJ1wkmnImKpR`A9uFY-lt)C)YMZGV6xHJ`AHVoe{QSp1AxibQ
z{*`rdsUFu15x*K8;#Z^7M#N7j?hX*YyTnGmt`Ed-kV&S9UqZ>`Abtjp59#D0ejb#G
zB7O#r4<UY@PZCA^5=z?~#BYlwU)1%1_~p=)iTDXcH$eP4Zr3iIT*R+txULWSMGJt4
zUjc1wS=R^sq614ZMf?V(3kdz9g9+0U0s2KxWZqwY_=uoiRNa#NeNp;F-#@=gMd%kT
z$n%IOpp7k5j|Y%^$|E9Ywaruwit6!}k6(N!e*WX15T$xt|H?YKRF7+hh+mBk@vG5k
zBjP6%cL#{yU1B3&*9YP^$Rtz5FQH^|5I+OQhjelgKM%@85kCXRhY&x{Cy63{38ifg
z;<v?;FY5Y0{Bmf@MEr!J8z6oiw`-S9F5*`+T-OKvq6I+2uYfkTtm}h*(SaqIB7TF?
z1%!Ul!G!6F0R5sTGViZHd_>SMO24QG&@cM_`CTePzi2_8M??W_Y@vEQfaFsi5jm@E
zrfN`BkGFjM;zRNCAOD0X)#LhC*2$%MTr))cYIKNSjZPa8KcTogK>Y3!8~M6E5Whht
znIe7(C6j~r88|+qlZ*IyP$r7_88|+K_<24_6!A+aZF3O6EtY&y*9YR4LsKT=CluWP
z@$0x<yL569znbB?KIj)M03v<`w6SGfAM}e3EXfq{8<Z{}^otHAOiu*p7d?@AfBoSj
zf__nTOY-+c=@)(f{4N!tU$h|4BcgydwopADK=LV%h@90nQ#B~6$6G#r@uB$nkAFgx
z>T&%m>*P{Bt{EbJH9EwvMyHL4pHSQ#Abxj=jeK1nh~FTSOcB3?lF32*3>+WQ$wmA;
zC=*5e3>+Uq{5+o|iufgzwmFF37E8XU>jUx2p(zvb6N+wt_;uW_T{^jlU(Ik`AM}eB
z01>|e+SszL5Bfz1mSl?f4N4af`b7s5rY8dQi=N25zy9zMLBA;dq9Q=Q==<k)sR;d|
z1$iD31+=k+>hS=QPkBV-thSk|K~X*4^6`rg#m|5I6QWd)>t9(Xm+EoN5b>+gA$~PF
zZAAQp;_d+PyGv~3>-s?a2AO1v_$8D~4&rCv_>fL6;^#q`DB@?}_z>df`6N-qFQK%}
zLHxE@@<m-Ah+hs(nTVfIbOXe%<96-R$wmBXhU@yEU$g*-_!ZE`mUVs5FFLR!Q^apj
zx`5CxI+!p$5uji6MCSeVhmQ#QMb$0I-xsA{^!@X@RD^!ff;^9i0@~O@^>_fur#vEZ
zR@+R~pr{^i`S`_$;^#m92~n!Y^{=dxOZB*Bi1^j$5WgCoHX?pPad&|D-6b~ib$uXy
zgG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc`J%25#4m@YOvFzp
zx&h+Xal3Zu<RX4G!*zYoFIoUZ{0eAe%ep@37adrVDdIOMT|np;9ZZ;>2+%KjBJ=+G
z!$$=DqV$W30R5uxpWme-^othcc|;V@#ulo_14usQ5s|anW~v57^?1w2FFq7M|M5?V
zQa!GJWu08A$2CL5uSSRX)#$Vl@e_)>1H|txv5~Lq1MwSVk}2YsP%=4)pMm2;I=P6S
z2W6s&pMm2;h@a<^L=nG)(l!V2+hWNVb$uXyIW%P=enQa=5WkMwwM!=#@v9lG>w|vL
z0wCg7KpR`u^+CVrz>-W6zd`8&Lci!>!t_Lde$f+|_tzgjBIp-Yw<LdGlz!3o&+k$Z
z`b7)!JR%BcV++;e0VJRDh{#!OGgX74dc5W17axkB|M(|FsUFwAvQ945<C-DjSEEDx
zYINF&_zA_`0pfR;*vQxQf%pwF$rSNRD486@&%p5^om|AvgECRX&%p5^#Lx3dqKIEY
zX`6%iZL#Ewx;_xU9GWr_KcVObh+oI;+NG0=_|**8^+CUA0TA&kpp7l-`k-HQU`eKk
z-=K5>p<i?`VR|A!zvzj~`|A%M5%i1FFDe4`i@tw;mx|CYT9D@vQ9v78s2&d>`IJXQ
z&T5;f8Wh#zEg!%5Q2hMIKOsu>xc-%Oa;YBI3=zK?9pYD`(?-NkDDDmrzq`anzOE0%
zZ;(l*h+jg<<RE?qjt}YNB7Po}i6VXmjt?Pzo=*}*{1Qsr9K>&nC12F_f%xUnl!^EW
zMK?hFI&Rl4om|APX1J~o`b7(Xh+hG1Y+2U_{h|X)GDZ9br3(oCqJs(369M`~Ph{R-
zfB1-?UsT<a{C!dSMc+TaOGW4xEy(kTD4>lkRF4Oce99vtXSK~#4T|dVmXBY2D1QFq
zpAe;bT>r{Cxm1s9hKOH{4)LqeX(Qq%6n6)R-(6xOU)KlXH^?MY#4n*_au7cQ$A@%s
z5kC*gL=is&$A=I<&nJl@ehH;*4&t}Pk}vA|K>TuO%0&Exq8lK79k*+jPA=kCGhEjP
z{h|dx#IJxhwyf)ee$jy?nIe9J(glQm(ZPi2i2(hgCo=D^KYT>cFG|0t2+%M3{`p-h
zLceH1o<~FhZET@>Jb>g=9uYaKZKi5aRFAiO{Nh9L^B@0&DAnWoSJug;dR#L^{AzTF
zUyV*15kH~0J3##I5*zutJ`le_CYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*
zC~b2Pzb%%0QP&6JmqSw~;wKc{0P*X%UAuI05x<(@x<2R^EdU~Z1+=kcT_5y|4lKzO
z@f(ybAoPn4CQMHR=odYad4K)kBZ7WWbxZR1Md=rP|NJf$p<lEh&m*FMHnvbb9zgOb
zkBFSrHd8eys>fSCe(|CB`Hz1>l<IN)E9>M^J+2udel<G8uSTbhh@Vj09Uy*piH&?+
zABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|RB#QVYl(spD-xf>0sOtmq%b_U~
z@e_(}fcSOXu3b90h+oZcT_5y|761{y0@~QJt`GV}2bN@t_zg-I5c)+26Q(Bu^oyRz
zyubeN5kbEw{h}g3zv%ntcc}>dq6K*#5e2ldh3fGDl23U=<gB)tszFgb-tzH_55>=a
z{1c*7kLzDqCztAR%@Fac(II{{I&DP!gyQZ1@w-cG<m>uC{05n1iufgzOb+5_;P{YE
zF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@?(ABbNLO__+FP;>*tuj6*@(#b{qYKH6j
zpkK5Ai1-!I#+G$`&@Vc$BvZt1P`ZH7FFKeoJrST^^hD<U^@ooL`bE_($=?^HU-bR+
zyHtdJ(SkgWhyvQ!LiKn6$)`Lba#q_+)u5;zZ~6GehvMfy{s~d4$MvtQlS}ouW{CLJ
z=n%geoi-wVLUDJ1_}wKo@^yV6euGRhMf?&<CI|5|aC}H77xD9;Oce1maC`{y^L&yh
z;+Ig`<{*AsEcv3Y55zBrrcA_7D7pdS*Kxac>Et4QHN$m%&@Wm5MEnY9W6Qce=ocMW
zk}2XhC|yA47adHPo(Rw{dLr}w`ol*A{i5`XiU9qh@1NhLBJ_(E<atCC(8d<3#{)<{
z<q?sy+GeT-MfG^g$1gq<KmYMhh*CYSe`TFqs>d}$#IHt&_|@pN5%Cj>y931UF0qlX
z>jUu{WRfZ3mryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7j=CgemOK{
zB7Q>A4G_PM+qFw47xAkZuIqz-(E=diS3nzE*7ZTZ=)jUp5x+s{0z$v&V8Zl7fPT>v
znfKQpJ|gHBRktL6UzC2)_s{QA5&A_7@;o96Xk!c2;{ha}@`%V;Z8KGaqI$gL;};)_
zpa1wLM5!Lvzp_p))#I8W;#Z?X{AzUCi1-P`-2vivm)OYH^?~>eGRYM2ODLHf#LvL-
zA)Q>r&x0~i#LvL-A;iz~Nur2fLTQ_W_-(P|i@H7#zZ{w}5kH~m28dtB?b@Z2i}=+H
z*Y!caXaNxME1-=n>-wNybYMxQh~J=e0ij=XFkyNkK)>jT%=_yP9})D6(l06k^ozcK
zewT{SFItf25m7)JTc{onAo-L>M9ylPsTvg3<1HV*_)z@($3G!T^|=0(b#kd5*9;NA
z8Xe+SqtiyjPblsV5Wl;`M!v2O#BY#Erifoc$>bn@296Ku<RX3^l!+pK296IQex6Sf
zMf?&<+Z@DiizQ#w^?~^1(3FYz2}L(R{5o#eE}dM&uV%Qe5Bfz5fQVlKZERWB2mPW0
zOEN|L2BixK{i1^j(-Q&uMNeejUw`<BpkGwolKg#9`bFPAze`2v7cI#1h$x_qEmV&O
zkbKG`B4@SDR1J#i@s^KYd?<eY<DU?vdR+g?I=NJjYletljSlgv(P<;%Clq%Fh~Hge
zBVX4C;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A1ILFDKhGzLB7O;_Z4TnM#gZ@T`at}0
zXv#$VgrXZDejT@KmrgF?S2JAK2mPW2K*X<rHnyzmgMQJ0C7B|AgVF_re$l~%>4^aS
zq9-!%uRnZ5&@W2As0h$6`u_P{Dnh?#L7qoM0c~uddOU#SQyvjHt8J!gP*jh%eEi}=
z@$(=5gecYH`d8M;rFvX5MEq)Wh+mCP8xcRDxH~}n?h+gMx;_xUK_;0ZehDR$gZLRZ
zKBSY2_<2w!iuf5gK7{yrK1meuODJt~5Wg*!d{Ng2;+I2HCgLX)-2n0HxLvz+auL6p
z;krKP7cBrHeg(9#WnCZiiw-Qw6!9CBE+F)a4kk=b1n3t%k$Hdp;Uj{6QFTl5_eJR!
zegFI}6`^0WAkQPBfHt;JJsv>vDUXPp)izT#D5}R>K7R3``1y~2LX_%p{VVI_Qa!F2
zB7QYG#IHuDjfkI6+#Mi(cZrRBT_1?wAd^fHzl4&>LHrCHAJWN1{5&WVMf?mLA42>*
zpCpR-C6u-~h~E}VzNqU1@ynqp6Y&#@Zh-i8+^$_ZxrkrQa9tntixvP8zXICWvaS#M
zMF*B-iuesm7ZCbI2NR|z0`!ZX$h^P)@DV}3DE*=$K)>kw=Xa?H{h|eV9uWn!v4!gK
z0FqC6MC7ctnW{liJ>K&1ix0)mfBX}oRFCUlStpn3am^6%tI;8TH9BoX{Dk7}0P(v^
zY~<_uK>P-oWQzDDluQodXW;mdPA=l-L76DxXW;k{;^+A!QN%Byw9P^Mwpj8-T_1>F
z4o#VepHOrI#INIa?b69b{Az~l`k-I50EqY%(8iW^eb6sDuq0E&Z&12`&@VceFg+2V
zU-U%g{q={B2>M0UEy>>(rC;>@^Se}pe$j$FkB9==*h2Mq0LiC3B63#SOx2*M9&h>h
z#fReOKmG|(s>k)OtdmRixMqm>)#wnv8l5&GenN3~fcV`dHu80SAbx{PGDZ9nN+t*K
zGjM!JCl~SapiC6;GjMze@$-C=DB_n;+U6jBTP*pat`Ed7ho(%#Pbj(p;@5GzcIo6I
zel^2&eb6sj07U!>Xk*K|KIj)6SduB?Hz-{|=ocMKn4SpGFM1;L{`$j51pT7)i;4jK
zqVJ#Ir6Tl;7UX$E6wt;Ns>cIJKIIXSv)X2=21WIF%f~N16hHs*Pl!@Iu772nT&l-4
zL&UE}hxpa#v=Q+Win{~E?=G>Cuj>Qx8)T9x;+Ie|If$Qu<3l>Rh@S^#qKKb?<3os_
z=aWPczl72@2l3lt$rp8fAbvSCWg>n;(G3v4j@z|MCl~Rn8LsPte$fIT;#WW$Th{eK
zzv#e{OcB39=>kH(=wQP1M1X$L6PfqdA3h@J7ge_;e_xb-(f7~qQW5$^3-UZ73TR^s
z)#CvqpYn*vS#2{_gQ9x8<>MD0il6`ZCq$_p*T1q(F4g0jA>vn~L;PxV+KBiG#oYno
zcbC}6*Y$z;4Km3T@k=O~9K_GS@gbdD#Lt5=QN+){@gc;|^GTwJUqWe{gZOQ+<cqpK
z5WgInG7&$a=mv;i$L-pslZ*J(4A=ERzi0sv@hhN>E$jNAUvywerikC5bOE7XbTDCh
zB0#_BiOl=!4<8Zqi_$MD0`!Z%e}0#W&@Wn$=Mhmr8(XLz4<PxJM?}tQo2eQU)#EK6
zzxYu6{Kr2bO7*z@m34Bd9@h*JzZxClSEJKL#7`*h4iLY)#74fZ55#YfNv4QjLdoPH
zeg=*Y>Et4Q9+Zh9eg=*YA%31u5=HzHO4}U7Z;K^g)b)Y*<<OLg_z6WfK>Rvx*Djr0
z#II(!t`GV}3xJ4U0c~tq*9ZNg14}YR{05~92>qgi3DXk+`bAG<-d}(Ch@f9o-IDx$
zQTj#SKfg;w=oc->^N1**jV)A<2atTqBO+(D%~TDF>hYG3UwkNj{^OqzrFvZd$~w7J
zk86gAUyTm&tI=sA;wKb$2Z-NYVk2MI2jVx#BvZsMp=5FpKLf{ybaD|t56VOlKLf{y
z5I@f+i6VXprEL!4x5bh#>iR(Za%jp#{Dh(#AbuUUYnM(g;#V_V*9ZNg1wh2FfHt<Q
z>w|vLfhCzDeuL5lgnrS%gz1R@{h}u_@2@|6M9?ovzo-b%FZ%xZT`EGqXhEJwL;-DV
zp?W-k<Wn9IIje1^YEV><w|xBKL-F$;|AZ*j<N8<D$)$Q+GerDqbckP#P8$(Fp}0Fh
z{O%GP`MN$3zd<IMB7O-alY{sfI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oea}d8RmV8my
z2jZ7QQzqgk6x{&v>$qLJbaD~Dn&G-W=oc*jB7Oz5v1MH!^otHG$rSM$lrA9jiw-7C
zPXy=}J&}2T{ox~meo=Kx^7lpQ7k&TyE)}6)v>?wTqJTEGP(2<%@+psqoYgi{H7Kgb
zTRwjAq4@cae?pY%as4an<WfDZ86ti)I>fI=r;Ui8P~06Les_tDd|e-i-yoAr5x<0z
z$wB-K93RrjMf^M{6Gi+C93MjbJf9?r_$8FKIf&mDOTMV<1M$nDDHHJ%if(}Tb=<C9
zI=P5n&2U{G^ote%5x)Z3*s`t<`b7tpWQzC=N*56NMF$h6Cj#_~p2)nv{_qh&zbO5p
zB0#_B`{#G52>qf3c^(l3w6TTi@c@!fc|_!_wwbCyQ9a)B@rw_|&wu<AqEwITUs)%Y
z>T%5w@vG4xel<F6MEr!}?f~(-OKjxp`at{!nPiIiC6r7K;%DIakWMb*=Ruh$;%DIa
z5aQ?gBvHgKp|s6G{I*!~MO`0=Uk*)~h@Vh&1H`Z6cJ0#1Mf_@p>-wNyv;c_s70||(
zb$!q;I<O>D#BWf#fY2{Gm@qvNpkMSv=Kb}Dj|loj)h)^27o}hH{qwt2gnrS2JdcP1
z+So$%cmT<#JR)*d+f3D<s2*?m_{E3f=Rf`lQL4xFudI_x^|)q;_|@nTzZ#u3B7Q<~
zcYyfaB{uSPeIR~=Ofp6M5=tfq@iTCINGBKZ^Po%=@iTCI2=ViLk|^SrP}=4oep@X0
zqOK3bFNdZ~#7`)?0pizjyLRd1B7QZ)b$!q;S^z}+3TR`?x<2R^9axen;x{N=K<F18
zOqiYs&@Xx-^Zxq7M+E(%^oxoB{i5%m-=!k-ix%X0L=@1*7OKYsNIvBek+a%nss=^%
zc+1BxJ`_Ly@lS|SJ+6Ocom{HNHABR&Mu+&-=(G{>6N<Y7#P2S#k+16m@f&24DdLw<
zGC7E!f#X9uxrm<!Wul0mf#XAnpXZZA5x<1eHV5(BV#ybEeIR~0G-V=wLeUKnzmD6r
zOD7lcs~N8AgMQHhAmUd*8(Y@(LBHt0l1vf5LFocQzvy7X^hAJu(G!{X*B?G2=oeMD
zB!6F&e$n^O?@|%^MGNvgA_{0@3)SNRB%kt#$XRVORfD2>yyfE;ABvy<_$NfE9@oFJ
zPA=8snjzv>qeJ{^blQmc3B}z3;&+$W$k+9O_zg126!A+anH<E=!0{oST*S|VGEv0O
z!0{o(&+|#5h+jf!n}hgmvE+-oJ`legnlceTq38yPU&rm*rIU;J)eP75LBD7L5b-OZ
zjV<f?pkH)gNv4S3pmYJDUvw~GdLlr-=!wkx>kl6h^o!CjDgyM2zJGp~iqJ1wkmnIm
zKpR`A9uFY-lt)C)YMZGV6xHJ`AHVoe{QSp1AxibQ{*`rdsUFu15x*K8;#Z^7M#N7j
z?hX*YyTnGmt`Ed-kV&S9UqZ>`Abtjp59#D0ejb#GB7O#r4<UY@PZCA^5=z?~#BYlw
zU)1%1_~p=)iTDXcH$eP4Zr3iIT*R+txULWSMGJt4Ujc1wS=R^sq614ZMf?V(3kdz9
zg9+0U0s2KxWZqwY_=uoiRNa#NeNp;F-#@=gMd%kT$n%IOpp7k5j|Y%^$|E9Ywaruw
zit6!}k6(N!e*WX15T$xt|H?YKRF7+hh+mBk@vG5kBjP6%cL#{yU1B3&*9YP^$Rtz5
zFQH^|5I+OQhjelgKM%@85kCXRhY&x{Cy63{38ifg;<v?;FY5Y0{Bmf@MEr!J8z6oi
zw`-S9F5*`+T-OKvq6I+2uYfkTtm}h*(SaqIB7TF?1%!Ul!G!6F0R5sTGViZHd_>SM
zO24QG&@cM_`CTePzi2_8M??W_Y@vEQfaFsi5jm@ErfN`BkGFjM;zRNCAOD0X)#LhC
z*2$%MTr))cYIKNSjZPa8KcTogK>Y3!8~M6E5WhhtnIe7(C6j~r88|+qlZ*IyP$r7_
z88|+K_<24_6!A+aZF3O6EtY&y*9YR4LsKT=CluWP@$0x<yL569znbB?KIj)M03v<`
zw6SGfAM}e3EXfq{8<Z{}^otHAOiu*p7d?@AfBoSjf__nTOY-+c=@)(f{4N!tU$h|4
zBcgydwopADK=LV%h@90nQ#B~6$6G#r@uB$nkAFgx>T&%m>*P{Bt{EbJH9EwvMyHL4
zpHSQ#Abxj=jeK1nh~FTSOcB3?lF32*3>+WQ$wmA;C=*5e3>+Uq{5+o|iufgzwmFF3
z7E8XU>jUx2p(zvb6N+wt_;uW_T{^jlU(Ik`AM}eB01>|e+SszL5Bfz1mSl?f4N4af
z`b7s5rY8dQi=N25zy9zMLBA;dq9Q=Q==<k)sR;d|1$iD31+=k+>hS=QPkBV-thSk|
zK~X*4^6`rg#m|5I6QWd)>t9(Xm+EoN5b>+gA$~PFZAAQp;_d+PyGv~3>-s?a2AO1v
z_$8D~4&rCv_>fL6;^#q`DB@?}_z>df`6N-qFQK%}LHxE@@<m-Ah+hs(nTVfIbOXe%
z<96-R$wmBXhU@yEU$g*-_!ZE`mUVs5FFLR!Q^apjx`5CxI+!p$5uji6MCSeVhmQ#Q
zMb$0I-xsA{^!@X@RD^!ff;^9i0@~O@^>_fur#vEZR@+R~pr{^i`S`_$;^#m92~n!Y
z^{=dxOZB*Bi1^j$5WgCoHX?pPad&|D-6b~ib$uXygG@3-{1Qqg2k|p-d`Kr3@$;Ze
z6!9}~d<gOLe3B^Qmr&Z~Abwjc`J%25#4m@YOvFzpx&h+Xal3Zu<RX4G!*zYoFIoUZ
z{0eAe%ep@37adrVDdIOMT|np;9ZZ;>2+%KjBJ=+G!$$=DqV$W30R5uxpWme-^othc
zc|;V@#ulo_14usQ5s|anW~v57^?1w2FFq7M|M5?VQa!GJWu08A$2CL5uSSRX)#$Vl
z@e_)>1H|txv5~Lq1MwSVk}2YsP%=4)pMm2;I=P6S2W6s&pMm2;h@a<^L=nG)(l!V2
z+hWNVb$uXyIW%P=enQa=5WkMwwM!=#@v9lG>w|vL0wCg7KpR`u^+CVrz>-W6zd`8&
zLci!>!t_Lde$f+|_tzgjBIp-Yw<LdGlz!3o&+k$Z`b7)!JR%BcV++;e0VJRDh{#!O
zGgX74dc5W17axkB|M(|FsUFwAvQ945<C-DjSEEDxYINF&_zA_`0pfR;*vQxQf%pwF
z$rSNRD486@&%p5^om|AvgECRX&%p5^#Lx3dqKIEYX`6%iZL#Ewx;_xU9GWr_KcVOb
zh+oI;+NG0=_|**8^+CUA0TA&kpp7l-`k-HQU`eKk-=K5>p<i?`VR|A!zvzj~`|A%M
z5%i1FFDe4`i@tw;mx|CYT9D@vQ9v78s2&d>`IJXQ&T5;f8Wh#zEg!%5Q2hMIKOsu>
zxc-%Oa;YBI3=zK?9pYD`(?-NkDDDmrzq`anzOE0%Z;(l*h+jg<<RE?qjt}YNB7Po}
zi6VXmjt?Pzo=*}*{1Qsr9K>&nC12F_f%xUnl!^EWMK?hFI&Rl4om|APX1J~o`b7(X
zh+hG1Y+2U_{h|X)GDZ9br3(oCqJs(369M`~Ph{R-fB1-?UsT<a{C!dSMc+TaOGW4x
zEy(kTD4>lkRF4Oce99vtXSK~#4T|dVmXBY2D1QFqpAe;bT>r{Cxm1s9hKOH{4)Lqe
zX(Qq%6n6)R-(6xOU)KlXH^?MY#4n*_au7cQ$A@%s5kC*gL=is&$A=I<&nJl@ehH;*
z4&t}Pk}vA|K>TuO%0&Exq8lK79k*+jPA=kCGhEjP{h|dx#IJxhwyf)ee$jy?nIe9J
z(glQm(ZPi2i2(hgCo=D^KYT>cFG|0t2+%M3{`p-hLceH1o<~FhZET@>Jb>g=9uYaK
zZKi5aRFAiO{Nh9L^B@0&DAnWoSJug;dR#L^{AzTFUyV*15kH~0J3##I5*zutJ`le_
zCYd6B2_=(*_!&4pq?3#Ic~B;b_!&4pg!p+rNfhx*C~b2Pzb%%0QP&6JmqSw~;wKc{
z0P*X%UAuI05x<(@x<2R^EdU~Z1+=kcT_5y|4lKzO@f(ybAoPn4CQMHR=odYad4K)k
zBZ7WWbxZR1Md=rP|NJf$p<lEh&m*FMHnvbb9zgObkBFSrHd8eys>fSCe(|CB`Hz1>
zl<IN)E9>M^J+2udel<G8uSTbhh@Vj09Uy*piH&?+ABf)|lS~o6gp$cY{0tl)(#b{q
zJSY=I{0tl)Li{|RB#QVYl(spD-xf>0sOtmq%b_U~@e_(}fcSOXu3b90h+oZcT_5y|
z761{y0@~QJt`GV}2bN@t_zg-I5c)+26Q(Bu^oyRzyubeN5kbEw{h}g3zv%ntcc}>d
zq6K*#5e2ldh3fGDl23U=<gB)tszFgb-tzH_55>=a{1c*7kLzDqCztAR%@Fac(II{{
zI&DP!gyQZ1@w-cG<m>uC{05n1iufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=
z%|ZOOSn@?(ABbNLO__+FP;>*tuj6*@(#b{qYKH6jpkK5Ai1-!I#+G$`&@Vc$BvZt1
zP`ZH7FFKeoJrST^^hD<U^@ooL`bE_($=?^HU-bR+yHtdJ(SkgWhyvQ!LiKn6$)`Lb
za#q_+)u5;zZ~6GehvMfy{s~d4$MvtQlS}ouW{CLJ=n%geoi-wVLUDJ1_}wKo@^yV6
zeuGRhMf?&<CI|5|aC}H77xD9;Oce1maC`{y^L&yh;+Ig`<{*AsEcv3Y55zBrrcA_7
zD7pdS*Kxac>Et4QHN$m%&@Wm5MEnY9W6Qce=ocMWk}2XhC|yA47adHPo(Rw{dLr}w
z`ol*A{i5`XiU9qh@1NhLBJ_(E<atCC(8d<3#{)<{<q?sy+GeT-MfG^g$1gq<KmYMh
zh*CYSe`TFqs>d}$#IHt&_|@pN5%Cj>y931UF0qlX>jUu{WRfZ3mryb}h@XMuLpr&L
zp9f{4h@XMuLx`W}lSC1}gwi$#@!Mj_7j=CgemOK{B7Q>A4G_PM+qFw47xAkZuIqz-
z(E=diS3nzE*7ZTZ=)jUp5x+s{0z$v&V8Zl7fPT>vnfKQpJ|gHBRktL6UzC2)_s{QA
z5&A_7@;o96Xk!c2;{ha}@`%V;Z8KGaqI$gL;};)_pa1wLM5!Lvzp_p))#I8W;#Z?X
z{AzUCi1-P`-2vivm)OYH^?~>eGRYM2ODLHf#LvL-A)Q>r&x0~i#LvL-A;iz~Nur2f
zLTQ_W_-(P|i@H7#zZ{w}5kH~m28dtB?b@Z2i}=+H*Y!caXaNxME1-=n>-wNybYMxQ
zh~J=e0ij=XFkyNkK)>jT%=_yP9})D6(l06k^ozcKewT{SFItf25m7)JTc{onAo-L>
zM9ylPsTvg3<1HV*_)z@($3G!T^|=0(b#kd5*9;NA8Xe+SqtiyjPblsV5Wl;`M!v2O
z#BY#Erifoc$>bn@296Ku<RX3^l!+pK296IQex6SfMf?&<+Z@DiizQ#w^?~^1(3FYz
z2}L(R{5o#eE}dM&uV%Qe5Bfz5fQVlKZERWB2mPW0OEN|L2BixK{i1^j(-Q&uMNeej
zUw`<BpkGwolKg#9`bFPAze`2v7cI#1h$x_qEmV&OkbKG`B4@SDR1J#i@s^KYd?<eY
z<DU?vdR+g?I=NJjYletljSlgv(P<;%Clq%Fh~HgeBVX4C;y1`7Q^YT!WO5Kc1ILGS
zauGid%0v-A1ILFDKhGzLB7O;_Z4TnM#gZ@T`at}0Xv#$VgrXZDejT@KmrgF?S2JAK
z2mPW2K*X<rHnyzmgMQJ0C7B|AgVF_re$l~%>4^aSq9-!%uRnZ5&@W2As0h$6`u_P{
zDnh?#L7qoM0c~uddOU#SQyvjHt8J!gP*jh%eEi}=@$(=5gecYH`d8M;rFvX5MEq)W
zh+mCP8xcRDxH~}n?h+gMx;_xUK_;0ZehDR$gZLRZKBSY2_<2w!iuf5gK7{yrK1meu
zODJt~5Wg*!d{Ng2;+I2HCgLX)-2n0HxLvz+auL6p;krKP7cBrHeg(9#WnCZiiw-Qw
z6!9CBE+F)a4kk=b1n3t%k$Hdp;Uj{6QFTl5_eJR!egFI}6`^0WAkQPBfHt;JJsv>v
zDUXPp)izT#D5}R>K7R3``1y~2LX_%p{VVI_Qa!F2B7QYG#IHuDjfkI6+#Mi(cZrRB
zT_1?wAd^fHzl4&>LHrCHAJWN1{5&WVMf?mLA42>*pCpR-C6u-~h~E}VzNqU1@ynqp
z6Y&#@Zh-i8+^$_ZxrkrQa9tntixvP8zXICWvaS#MMF*B-iuesm7ZCbI2NR|z0`!ZX
z$h^P)@DV}3DE*=$K)>kw=Xa?H{h|eV9uWn!v4!gK0FqC6MC7ctnW{liJ>K&1ix0)m
zfBX}oRFCUlStpn3am^6%tI;8TH9BoX{Dk7}0P(v^Y~<_uK>P-oWQzDDluQodXW;md
zPA=l-L76DxXW;k{;^+A!QN%Byw9P^Mwpj8-T_1>F4o#VepHOrI#INIa?b69b{Az~l
z`k-I50EqY%(8iW^eb6sDuq0E&Z&12`&@VceFg+2VU-U%g{q={B2>M0UEy>>(rC;>@
z^Se}pe$j$FkB9==*h2Mq0LiC3B63#SOx2*M9&h>h#fReOKmG|(s>k)OtdmRixMqm>
z)#wnv8l5&GenN3~fcV`dHu80SAbx{PGDZ9nN+t*KGjM!JCl~SapiC6;GjMze@$-C=
zDB_n;+U6jBTP*pat`Ed7ho(%#Pbj(p;@5GzcIo6Iel^2&eb6sj07U!>Xk*K|KIj)6
zSduB?Hz-{|=ocMKn4SpGFM1;L{`$j51pT7)i;4jKqVJ#Ir6Tl;7UX$E6wt;Ns>cIJ
zKIIXSv)X2=21WIF%f~N16hHs*Pl!@Iu772nT&l-4L&UE}hxpa#v=Q+Win{~E?=G>C
zuj>Qx8)T9x;+Ie|If$Qu<3l>Rh@S^#qKKb?<3os_=aWPczl72@2l3lt$rp8fAbvSC
zWg>n;(G3v4j@z|MCl~Rn8LsPte$fIT;#WW$Th{eKzv#e{OcB39=>kH(=wQP1M1X$L
z6PfqdA3h@J7ge_;e_xb-(f7~qQW5$^3-UZ73TR^s)#CvqpYn*vS#2{_gQ9x8<>MD0
zil6`ZCq$_p*T1q(F4g0jA>vn~L;PxV+KBiG#oYnocbC}6*Y$z;4Km3T@k=O~9K_GS
z@gbdD#Lt5=QN+){@gc;|^GTwJUqWe{gZOQ+<cqpK5WgInG7&$a=mv;i$L-pslZ*J(
z4A=ERzi0sv@hhN>E$jNAUvywerikC5bOE7XbTDChB0#_BiOl=!4<8Zqi_$MD0`!Z%
ze}0#W&@Wn$=Mhmr8(XLz4<PxJM?}tQo2eQU)#EK6zxYu6{Kr2bO7*z@m34Bd9@h*J
zzZxClSEJKL#7`*h4iLY)#74fZ55#YfNv4QjLdoPHeg=*Y>Et4Q9+Zh9eg=*YA%31u
z5=HzHO4}U7Z;K^g)b)Y*<<OLg_z6WfK>Rvx*Djr0#II(!t`GV}3xJ4U0c~tq*9ZNg
z14}YR{05~92>qgi3DXk+`bAG<-d}(Ch@f9o-IDx$QTj#SKfg;w=oc->^N1**jV)A<
z2atTqBO+(D%~TDF>hYG3UwkNj{^OqzrFvZd$~w7Jk86gAUyTm&tI=sA;wKb$2Z-NY
zVk2MI2jVx#BvZsMp=5FpKLf{ybaD|t56VOlKLf{y5I@f+i6VXprEL!4x5bh#>iR(Z
za%jp#{Dh(#AbuUUYnM(g;#V_V*9ZNg1wh2FfHt<Q>w|vLfhCzDeuL5lgnrS%gz1R@
z{h}u_@2@|6M9?ovzo-b%FZ%xZT`EGqXhEJwL;-DVp?W-k<Wn9IIje1^YEV><w|xBK
zL-F$;|AZ*j<N8<D$)$Q+GerDqbckP#P8$(Fp}0Fh{O%GP`MN$3zd<IMB7O-alY{sf
zI6kD4i}-m^CW`nOI6j2<c|J)L@k=Oea}d8RmV8my2jZ7QQzqgk6x{&v>$qLJbaD~D
zn&G-W=oc*jB7Oz5v1MH!^otHG$rSM$lrA9jiw-7CPXy=}J&}2T{ox~meo=Kx^7lpQ
z7k&TyE)}6)v>?wTqJTEGP(2<%@+psqoYgi{H7KgbTRwjAq4@cae?pY%as4an<WfDZ
z86ti)I>fI=r;Ui8P~06Les_tDd|e-i-yoAr5x<0z$wB-K93RrjMf^M{6Gi+C93Mjb
zJf9?r_$8FKIf&mDOTMV<1M$nDDHHJ%if(}Tb=<C9I=P5n&2U{G^ote%5x)Z3*s`t<
z`b7tpWQzC=N*56NMF$h6Cj#_~p2)nv{_qh&zbO5pB0#_B`{#G52>qf3c^(l3w6TTi
z@c@!fc|_!_wwbCyQ9a)B@rw_|&wu<AqEwITUs)%Y>T%5w@vG4xel<F6MEr!}?f~(-
zOKjxp`at{!nPiIiC6r7K;%DIakWMb*=Ruh$;%DIa5aQ?gBvHgKp|s6G{I*!~MO`0=
zUk*)~h@Vh&1H`Z6cJ0#1Mf_@p>-wNyv;c_s70||(b$!q;I<O>D#BWf#fY2{Gm@qvN
zpkMSv=Kb}Dj|loj)h)^27o}hH{qwt2gnrS2JdcP1+So$%cmT<#JR)*d+f3D<s2*?m
z_{E3f=Rf`lQL4xFudI_x^|)q;_|@nTzZ#u3B7Q<~cYyfaB{uSPeIR~=Ofp6M5=tfq
z@iTCINGBKZ^Po%=@iTCI2=ViLk|^SrP}=4oep@X0qOK3bFNdZ~#7`)?0pizjyLRd1
zB7QZ)b$!q;S^z}+3TR`?x<2R^9axen;x{N=K<F18OqiYs&@Xx-^Zxq7M+E(%^oxoB
z{i5%m-=!k-ix%X0L=@1*7OKYsNIvBek+a%nss=^%c+1BxJ`_Ly@lS|SJ+6Ocom{HN
zHABR&Mu+&-=(G{>6N<Y7#P2S#k+16m@f&24DdLw<GC7E!f#X9uxrm<!Wul0mf#XAn
zpXZZA5x<1eHV5(BV#ybEeIR~0G-V=wLeUKnzmD6rOD7lcs~N8AgMQHhAmUd*8(Y@(
zLBHt0l1vf5LFocQzvy7X^hAJu(G!{X*B?G2=oeMDB!6F&e$n^O?@|%^MGNvgA_{0@
z3)SNRB%kt#$XRVORfD2>yyfE;ABvy<_$NfE9@oFJPA=8snjzv>qeJ{^blQmc3B}z3
z;&+$W$k+9O_zg126!A+anH<E=!0{oST*S|VGEv0O!0{o(&+|#5h+jf!n}hgmvE+-o
zJ`legnlceTq38yPU&rm*rIU;J)eP75LBD7L5b-OZjV<f?pkH)gNv4S3pmYJDUvw~G
zdLlr-=!wkx>kl6h^o!CjDgyM2zJGp~iqJ1wkmnImKpR`A9uFY-lt)C)YMZGV6xHJ`
zAHVoe{QSp1AxibQ{*`rdsUFu15x*K8;#Z^7M#N7j?hX*YyTnGmt`Ed-kV&S9UqZ>`
zAbtjp59#D0ejb#GB7O#r4<UY@PZCA^5=z?~#BYlwU)1%1_~p=)iTDXcH$eP4Zr3iI
zT*R+txULWSMGJt4Ujc1wS=R^sq614ZMf?V(3kdz9g9+0U0s2KxWZqwY_=uoiRNa#N
zeNp;F-#@=gMd%kT$n%IOpp7k5j|Y%^$|E9Ywaruwit6!}k6(N!e*WX15T$xt|H?YK
zRF7+hh+mBk@vG5kBjP6%cL#{yU1B3&*9YP^$Rtz5FQH^|5I+OQhjelgKM%@85kCXR
zhY&x{Cy63{38ifg;<v?;FY5Y0{Bmf@MEr!J8z6oiw`-S9F5*`+T-OKvq6I+2uYfkT
ztm}h*(SaqIB7TF?1%!Ul!G!6F0R5sTGViZHd_>SMO24QG&@cM_`CTePzi2_8M??W_
zY@vEQfaFsi5jm@ErfN`BkGFjM;zRNCAOD0X)#LhC*2$%MTr))cYIKNSjZPa8KcTog
zK>Y3!8~M6E5WhhtnIe7(C6j~r88|+qlZ*IyP$r7_88|+K_<24_6!A+aZF3O6EtY&y
z*9YR4LsKT=CluWP@$0x<yL569znbB?KIj)M03v<`w6SGfAM}e3EXfq{8<Z{}^otHA
zOiu*p7d?@AfBoSjf__nTOY-+c=@)(f{4N!tU$h|4BcgydwopADK=LV%h@90nQ#B~6
z$6G#r@uB$nkAFgx>T&%m>*P{Bt{EbJH9EwvMyHL4pHSQ#Abxj=jeK1nh~FTSOcB3?
zlF32*3>+WQ$wmA;C=*5e3>+Uq{5+o|iufgzwmFF37E8XU>jUx2p(zvb6N+wt_;uW_
zT{^jlU(Ik`AM}eB01>|e+SszL5Bfz1mSl?f4N4af`b7s5rY8dQi=N25zy9zMLBA;d
zq9Q=Q==<k)sR;d|1$iD31+=k+>hS=QPkBV-thSk|K~X*4^6`rg#m|5I6QWd)>t9(X
zm+EoN5b>+gA$~PFZAAQp;_d+PyGv~3>-s?a2AO1v_$8D~4&rCv_>fL6;^#q`DB@?}
z_z>df`6N-qFQK%}LHxE@@<m-Ah+hs(nTVfIbOXe%<96-R$wmBXhU@yEU$g*-_!ZE`
zmUVs5FFLR!Q^apjx`5CxI+!p$5uji6MCSeVhmQ#QMb$0I-xsA{^!@X@RD^!ff;^9i
z0@~O@^>_fur#vEZR@+R~pr{^i`S`_$;^#m92~n!Y^{=dxOZB*Bi1^j$5WgCoHX?pP
zad&|D-6b~ib$uXygG@3-{1Qqg2k|p-d`Kr3@$;Ze6!9}~d<gOLe3B^Qmr&Z~Abwjc
z`J%25#4m@YOvFzpx&h+Xal3Zu<RX4G!*zYoFIoUZ{0eAe%ep@37adrVDdIOMT|np;
z9ZZ;>2+%KjBJ=+G!$$=DqV$W30R5uxpWme-^othcc|;V@#ulo_14usQ5s|anW~v57
z^?1w2FFq7M|M5?VQa!GJWu08A$2CL5uSSRX)#$Vl@e_)>1H|txv5~Lq1MwSVk}2Ys
zP%=4)pMm2;I=P6S2W6s&pMm2;h@a<^L=nG)(l!V2+hWNVb$uXyIW%P=enQa=5WkMw
zwM!=#@v9lG>w|vL0wCg7KpR`u^+CVrz>-W6zd`8&Lci!>!t_Lde$f+|_tzgjBIp-Y
zw<LdGlz!3o&+k$Z`b7)!JR%BcV++;e0VJRDh{#!OGgX74dc5W17axkB|M(|FsUFwA
zvQ945<C-DjSEEDxYINF&_zA_`0pfR;*vQxQf%pwF$rSNRD486@&%p5^om|AvgECRX
z&%p5^#Lx3dqKIEYX`6%iZL#Ewx;_xU9GWr_KcVObh+oI;+NG0=_|**8^+CUA0TA&k
zpp7l-`k-HQU`eKk-=K5>p<i?`VR|A!zvzj~`|A%M5%i1FFDe4`i@tw;mx|CYT9D@v
zQ9v78s2&d>`IJXQ&T5;f8Wh#zEg!%5Q2hMIKOsu>xc-%Oa;YBI3=zK?9pYD`(?-Nk
zDDDmrzq`anzOE0%Z;(l*h+jg<<RE?qjt}YNB7Po}i6VXmjt?Pzo=*}*{1Qsr9K>&n
zC12F_f%xUnl!^EWMK?hFI&Rl4om|APX1J~o`b7(Xh+hG1Y+2U_{h|X)GDZ9br3(oC
zqJs(369M`~Ph{R-fB1-?UsT<a{C!dSMc+TaOGW4xEy(kTD4>lkRF4Oce99vtXSK~#
z4T|dVmXBY2D1QFqpAe;bT>r{Cxm1s9hKOH{4)LqeX(Qq%6n6)R-(6xOU)KlXH^?MY
z#4n*_au7cQ$A@%s5kC*gL=is&$A=I<&nJl@ehH;*4&t}Pk}vA|K>TuO%0&Exq8lK7
z9k*+jPA=kCGhEjP{h|dx#IJxhwyf)ee$jy?nIe9J(glQm(ZPi2i2(hgCo=D^KYT>c
zFG|0t2+%M3{`p-hLceH1o<~FhZET@>Jb>g=9uYaKZKi5aRFAiO{Nh9L^B@0&DAnWo
zSJug;dR#L^{AzTFUyV*15kH~0J3##I5*zutJ`le_CYd6B2_=(*_!&4pq?3#Ic~B;b
z_!&4pg!p+rNfhx*C~b2Pzb%%0QP&6JmqSw~;wKc{0P*X%UAuI05x<(@x<2R^EdU~Z
z1+=kcT_5y|4lKzO@f(ybAoPn4CQMHR=odYad4K)kBZ7WWbxZR1Md=rP|NJf$p<lEh
z&m*FMHnvbb9zgObkBFSrHd8eys>fSCe(|CB`Hz1>l<IN)E9>M^J+2udel<G8uSTbh
zh@Vj09Uy*piH&?+ABf)|lS~o6gp$cY{0tl)(#b{qJSY=I{0tl)Li{|RB#QVYl(spD
z-xf>0sOtmq%b_U~@e_(}fcSOXu3b90h+oZcT_5y|761{y0@~QJt`GV}2bN@t_zg-I
z5c)+26Q(Bu^oyRzyubeN5kbEw{h}g3zv%ntcc}>dq6K*#5e2ldh3fGDl23U=<gB)t
zszFgb-tzH_55>=a{1c*7kLzDqCztAR%@Fac(II{{I&DP!gyQZ1@w-cG<m>uC{05n1
ziufgzOb+5_;P{YEF5>4wnJD6C;P?>Y=lLX2#4n+=%|ZOOSn@?(ABbNLO__+FP;>*t
zuj6*@(#b{qYKH6jpkK5Ai1-!I#+G$`&@Vc$BvZt1P`ZH7FFKeoJrST^^hD<U^@ooL
z`bE_($=?^HU-bR+yHtdJ(SkgWhyvQ!LiKn6$)`Lba#q_+)u5;zZ~6GehvMfy{s~d4
z$MvtQlS}ouW{CLJ=n%geoi-wVLUDJ1_}wKo@^yV6euGRhMf?&<CI|5|aC}H77xD9;
zOce1maC`{y^L&yh;+Ig`<{*AsEcv3Y55zBrrcA_7D7pdS*Kxac>Et4QHN$m%&@Wm5
zMEnY9W6Qce=ocMWk}2XhC|yA47adHPo(Rw{dLr}w`ol*A{i5`XiU9qh@1NhLBJ_(E
z<atCC(8d<3#{)<{<q?sy+GeT-MfG^g$1gq<KmYMhh*CYSe`TFqs>d}$#IHt&_|@pN
z5%Cj>y931UF0qlX>jUu{WRfZ3mryb}h@XMuLpr&Lp9f{4h@XMuLx`W}lSC1}gwi$#
z@!Mj_7j=CgemOK{B7Q>A4G_PM+qFw47xAkZuIqz-(E=diS3nzE*7ZTZ=)jUp5x+s{
z0z$v&V8Zl7fPT>vnfKQpJ|gHBRktL6UzC2)_s{QA5&A_7@;o96Xk!c2;{ha}@`%V;
zZ8KGaqI$gL;};)_pa1wLM5!Lvzp_p))#I8W;#Z?X{AzUCi1-P`-2vivm)OYH^?~>e
zGRYM2ODLHf#LvL-A)Q>r&x0~i#LvL-A;iz~Nur2fLTQ_W_-(P|i@H7#zZ{w}5kH~m
z28dtB?b@Z2i}=+H*Y!caXaNxME1-=n>-wNybYMxQh~J=e0ij=XFkyNkK)>jT%=_yP
z9})D6(l06k^ozcKewT{SFItf25m7)JTc{onAo-L>M9ylPsTvg3<1HV*_)z@($3G!T
z^|=0(b#kd5*9;NA8Xe+SqtiyjPblsV5Wl;`M!v2O#BY#Erifoc$>bn@296Ku<RX3^
zl!+pK296IQex6SfMf?&<+Z@DiizQ#w^?~^1(3FYz2}L(R{5o#eE}dM&uV%Qe5Bfz5
zfQVlKZERWB2mPW0OEN|L2BixK{i1^j(-Q&uMNeejUw`<BpkGwolKg#9`bFPAze`2v
z7cI#1h$x_qEmV&OkbKG`B4@SDR1J#i@s^KYd?<eY<DU?vdR+g?I=NJjYletljSlgv
z(P<;%Clq%Fh~HgeBVX4C;y1`7Q^YT!WO5Kc1ILGSauGid%0v-A1ILFDKhGzLB7O;_
zZ4TnM#gZ@T`at}0Xv#$VgrXZDejT@KmrgF?S2JAK2mPW2K*X<rHnyzmgMQJ0C7B|A
zgVF_re$l~%>4^aSq9-!%uRnZ5&@W2As0h$6`u_P{Dnh?#L7qoM0c~uddOU#SQyvjH
zt8J!gP*jh%eEi}=@$(=5gecYH`d8M;rFvX5MEq)Wh+mCP8xcRDxH~}n?h+gMx;_xU
zK_;0ZehDR$gZLRZKBSY2_<2w!iuf5gK7{yrK1meuODJt~5Wg*!d{Ng2;+I2HCgLX)
z-2n0HxLvz+auL6p;krKP7cBrHeg(9#WnCZiiw-Qw6!9CBE+F)a4kk=b1n3t%k$Hdp
z;Uj{6QFTl5_eJR!egFI}6`^0WAkQPBfHt;JJsv>vDUXPp)izT#D5}R>K7R3``1y~2
zLX_%p{VVI_Qa!F2B7QYG#IHuDjfkI6+#Mi(cZrRBT_1?wAd^fHzl4&>LHrCHAJWN1
z{5&WVMf?mLA42>*pCpR-C6u-~h~E}VzNqU1@ynqp6Y&#@Zh-i8+^$_ZxrkrQa9tnt
zixvP8zXICWvaS#MMF*B-iuesm7ZCbI2NR|z0`!ZX$ozloy-(=&O;)G3uvgtZ35m>*
z49sGfMQ4!=fsR>>gg|JrO4F+lbTx}C8WN%)_-D`wI-*h39>S2Uf{V^L-HU96K=;B{
z5OhH3O$dz(U5E>nh@_49hZGciD9%%LzNbFb)I0BeUoS7ix2jIv_xoJmr+(+EGpB#v
zpFg}r&@W2As0h$6djI@(6`^0$AkQVjfEKn;Jq|$XLoN|@R?|q;pr{^C`Q(#_;+KE;
zJFHSYw%@W&F4be3A>wDFL;P%X+KBiG#qI;*w@WO<D}5k-flOtH_*Ez+F^FFRCtuRZ
zMf`G5$tvQPz{!^ozno8H74fT3n#Lf0Q!MpKr4Pif4o#7WpHO%Yh@Z!;?b69b{A`9j
zeb6sz07U!@XkklFAM}d`ER`YR7brC#^os^23|9o`7hRFLKYw_MpkGwolKg&A`bF=b
z->xF`iyGv)L>SP*7OKYqNPWm9qRwg>sTvg3<0+qf@=*Np4}XVMs>k+Q*2$%MY%@gs
zY;=g9jZPa8KcU!tK>T)zg?Ob8#4nJk3=zKyr6dONOW@>7I=P5n4k}qi{1Q0%65^Nh
zsjMP?6-v_>#BYkFKB@G9_|>5)67drX?*Z}ixV2q6xrm?5u%{3DMGb(6p8+jw>FI-h
z(SW5gMEnA!284dmz=Yw70R5sXGWX{XFA?;M(l06k^o!m<zg<P>7d6Opi7=prEmV&K
zkou5IM4i<%QZ*>5$5TG}<e~WGAN~%jRFCbqtdmRi*k*|M+2{~I8=W>HenPSPfcWha
z3-L-Hh+iO686tiaN=Xdjm%z!FbaD~D98|K3_$6@iCB!f1Q&~m)DwL)%h~E@TeNyQI
z@vB2qB;qF&-UH(2acjGDauGk9VNW0Qiy8nCKLc9W($fe1q5(@~i1-Cc4G8_BfeFJE
z0s2K(WbV%&ULxohRktL+UzC2)`{%c-2>qf4c`gwKw6KNhaR5>ua*3$3nntPyMfG^f
zC!ahNzx>1BVU_B!{g!odsUF)55kDIp;%B4NM#N7jb{`PGU1A|#=>zc#WGX|%uR<w_
zLHrUp`I1g9;+KO;RuR7hPQHZr<$Nluh+l=$GzRgTVyRCmeIR~yXo^Jqgu;73{5)=L
zmrgF?XEW^SgMLv1AmV303tM{npkFj#sSFXnK&b(tUo<dbxFSHm=!(q!`NK;D{i5`X
ziU9qh_s?%v5&A_9@?0VeXkiQ0;{c>S<PuS5HH}mait6!{Pd<4le))&L!z$Hd`z`C_
zQa!dAB7QbH#Lq^jjfkI6>^>lVyTn4g(g)%f$W(@iUxiW<gZL$I@+F;I#4iVxtRj91
zoO}uK%lTAR5x)whX$;~w#ZsSC`at~Z&=iUI35EB7_<7vgE}dM&&t}-u2mPW3K*Z00
z7Pj>CLBD9gQW+wCfl>oPzi42>a7BQA(G{8d^M{uR`bE_($?q4XU-bU@?J7dQs6n1f
zgaIvVp?VyE)Q4Om>a3=bszFgbp7O~j55+J4@ON0HdThUCom{HNHbcbEMu+&>=(G{>
z6N=pj#BY~ah*$bR`~sQE5b>)}N@5Vd1WvxBlZ*J}ppsR@FM*RUA$~cZ$|~Ylp)`#_
z{H9pylS&_mUmcnv5kH~u9uPl|Tid0Ri}=|Ld-|YX)BuS18PLL(o<8Uo4Ol8e#4k{4
zK<F0@Oc<^R&@Z|obASHu5<$Nx{h}g3zv%t*+f{^qQG+~}2m@N!LiIQRsSmkC)LBg<
zRfD2>Jmr&59*ST7;qS0Y_1J#PI=NJjZH9=SjSlg%(P<;%CltF6h~F-;5U=!s_ysbR
zA>vn|l*Ax@37mXMCl~R{K_#n*UjipzLi}<*l~u&ALTMU<_)W3YCzU=BzdAHUB7Q>Q
zJs^G_x3)_s7xA+h_Vhu&r~wf1GoXbnJ$=wG8n9G`h+m-8fY2`*m@r%spkH)F=KlQQ
zC4zoYbxZR5Md=s4e}21)&@XC`=MrH+3tOlj2O#w!mxwy6X{2gURF9{8^2tN-%Rl@b
zR;eD_Z&@do>aoob@w3q(el|L7MErze_W|+SB^Kh9J`le^rZPnQDwL8K#4mx9FX`kW
zemSUQ74b{p<V%QO&Zn}9_*E!PV-UY7mina92jW+Urbxt3D7**6&*Rp1>Et4QHp8Ai
z=od8rB7O$6u%)LD`b7hl$`J7jlo}BFMFSItD+2V3uE^Y<KfFZHFG|0t2+%Kj|NM3p
zp<mP>&n3cu7Pe454nXQdE)jKB(@52zs2)%G<dcWumw)&>tWrI;-?C0F)nl6>;%B2n
z{A_gEi1-P`?gQetODx1IeIR~;Ol64pRVXDfh+hIHU((4%{BlsqD&m*G$(InnoKIyH
z@vBgp#vp!EEcHpH55%tyO_7M7P<RiBpU183(#b{qY=%93&@XBLMEneBVM|XR^os^8
zl_BC6C^aDTiv}hPR|M!6U6Hvze|U+YUsT<a{C-jTMem>At|Ih{8sxb|7|_BNs>cCH
zeaI!E&T1N|8Wh#zDW81uQ2g=_e}`47$M##+$)$R1GerDsbcmmgP8$(Fq1b&u{C0_j
zc%=`-FOaDW5x)whBnI(I;N(j>xrkp5Dp^JR5;*x1;+ONOtRj9DO4As`Z;GWpsq}&P
z)uAa8@e>N~0rB&=wOu;7h@Z`{rw{r?4S<NB0WECl>4SdJfTc1-`~sy0gnrS$gyD(+
z{h})}_va5U5%i1FFDe4`i{3xKT}9{@HOO;`FrbAkRF4CY`jAURoz*l_H7KgbQ$G3R
zq4?z={tl~DkL|atlS}p3W{CLN=ny{}oi-wVLb3aR`0Wx4@k$?vUm#N%B7PN0Netqb
zz{!_%auL5ARI-ZrC2;a3#4qPlSw;LRl%_F=-xN!IQt1Qnt3y*H;wKc|1LEg#YrAxE
z5kH$@PapJ)8UPVL16tV9(+B;c0ZV0w_ytN02>qgg3Bwfu`bAe{?#~}yBIp-Yw<Nz`
zlz!3s=eMf}{h|hWE)fQ_u!ZVz08$@viKw%hMyduy^?1rBpF9-5{KMa2mFltmmUVKe
z9@`8NKN}t5XQR_b#7`)89}vG?Vj*7X1Mv%FDnrDtLMe$s{1Q0%l1?t-mxD@H5x)dZ
zzJ&PYd@8GmUxm^%2JxF>sZT0>AbxddibVW`!h1mcJZ^25PA=kSGwkVueo+G;;%7h$
zTYCDSUo>E;3=zLTsR5y1G%#VfB0#_Bip>4_!%GDHqV$W30R5u(&u>=|`b7=$Tp|o;
zVGGsc0Hi+T5>aP0jZ_Va>hY9MK6xm9`G>#5D%E5AE$ie`J+>Jlel|M9&qk+>h@VjG
zJ|KR(#6rB%2jUmVRECIOg;ElO_$6@iC7oQvF9(&ZB7O;+d<pT(`BYXBzY3*k4B|J%
zQlC`%K>X^^6p8o=h4+B?dEDAAom|AvX4umQ{h|gy#Ls{hw)FHtzi7Zx86tjxQUgN2
zXkfx{MSy<M6`A|<hnEQYMb$0I?-!+C^#1wnDnh@gL7q#50WEBydK`e%hg>4+tfrBw
zK~X)P^2sL;#V`NxcUYx*Y`<llT&l-5L&VQUhxpm(v=Q+WirojqZ<knzSNcHw0-4GX
z@vBfuVi3OsPQIj*i}>ZBl2ybnfs-#GemS4YD&kk6G>t+0rdaBeN*{<{9hxE$KcVm*
z5I>Jw+oh9>_}L75`k-Ib0EqY*(889UKIj(>SSmxrFHmYg=obx47_JD=FS;UgfBx_i
zLBA;dq9Q=Q=>7BCRfK*~gFKfA16tTZ^*8{j54l9tSxqBVgQ9vo<&#eyieLWW@32bs
z*nZ18xm1sBhKQey4)L?mX(Qq%6uS?I-!8Ebuk?ZV1u~T(;#Z-R#2|hNoP0?q7xBwM
zC98;E0w-TW{Bk~(Rm87CX&Qt0O|jG`l|B%^Iy6NhenR0rAbuXVwo4}$@v|BB^g+L<
z0TA&spoJ|xeb6r&uvCVKU!c^0&@UR8FkBI!Uvx$0{`}!3f__nTOY-|g=@-3!e!Gg$
zFKUqI5@A3KTc{ofAoU@ah&rojq-s!9kEeX{$wTqWKl~k5sUF*JStpn3vCR<iv(X`b
zHacxY{Dfln0rA@<7UGpY5WhgCGDQ3;l#&?4FM*RU>Et4QIjCe6@k`+3ONd|2r?QIp
zRVYnk5Wgvw`lQka;#Y^JNW@Plya&Y3<JNZR<RX4H!=66q7c~GPeg?F#rKb=2MFW<~
z5b+C?8W8$L0~3ZT0`!Zn$lRYlyhPA1O24QG&@X!b{B{+gU(_JaCBlFfwop9|K<Yy-
z5p`D6NY$XI9#8q?lZWD$fA~ABQa!fcvQ945W1Au3XQM;>Y;@X)_zA`C1LC(!EW|5)
zAbx>NWr+AyC?zq7Ujipz(#b{qa!|=C;+Me5mk__4Ph}PHt5BN8AbwLU^+}}<#IFub
zk%*sAcn^r5$F1$s$wmBZhCO}IFKPfp{0wMeOHUv4iv}!}A>tP(H6Zkh1||$w1n3uC
zk-0yAc!{82RNa#Neo^{G@1NhUBJ_(I<heu`(83m~#{o!v$R(oAY8t5;6xHJ?pM3IA
z{PGWfhgGV__FLA;rFv{LMEq=Yh@Xv48xcRD*nL3!c8P^}r4Pg}kf{t2zY3)!2JuVa
z<V!lah+hsWSw;L3IQbIdm-DHtB7PN0(-_2WilsiO^nv)*p(zsa6AJGE@$<N~T{^jl
zpUtqR5Bfz7fQX*~Eo|xOgMQI~r7}eP0;L9oe$l{$;fetLqAN1@=MOIt^o!CjDgyM2
z-ao%xMd%kb$a9G>poJ||j{}hUkV{0J)ihEyD5}R(KKbOK_~jq|4y#m;?YFFxOZC`h
zi1^v)5I-B8HX?pPvHO7d?Gg*|N*{<{AX6D4eiced4C0r-$(M9;5x*Q%vWoa6aPlR@
zFXvNPMf@t1rZI@$6ia<l=>zerLsKN;CluZT;^%Q|yL569Kbv7sAM}eF01-a}TG-Ol
z2mPV}OJ#`o1xgJF{i1;h!xaJgMOS3*&mUeQ=oeMDB)?yje$o5qx2p*Kq6T>`5eBrd
zh3attQXg`OsI!_zss=^%c*-ZAJQTnD!{1?*>aqQnb#kd5+YAvu8y(_jqtiyjPbhXD
z5WihwAztYN@e5=sL&UE_DTzV+5;*yiPA=k?gGyErzXVRcg!turDyxWJh0-(z@tb0)
zPbz&NesySyMEr!pdqDg=Zf%!NF5+i1?CFDkQ3D|2XFv;EditPWG+?O=5x+pG0ij<s
zFk!eNK)>jU%>DVpO9cI*^oxoB{i65JZ&wleMGf*?A`EC@3)SNQq(0;lQD-%cR1J#i
z@sv+Kc_@DQhrh!r)nofD>*P{BwizORHaf)5MyHL4pHS>RAbz{VLcG!k;upwNhKOH<
zQWAssC2;a3om|8(2bHWMehHj>3GvJMR8|qc3Z-cb;y1-opH%ul{OZsYiTDYH_kj3$
z+}bXkT*S|2*wY97q6R?3&wv)T^z=c$Xuwh#B7T8V146%OV8U=k;HQ4-r`q3^AN|oE
z{eQkg|8xmyKhVBIpZ7)|^GAR5N1a~#fB*Q8|9JOL{=+}~!)h1&<fs1DuYCPmm;cqb
zw}=1wAOGOxZ~sUC#plQWfM5RAZ(jZn_^wZULjM7u`~3G^{`MdGssB~q-X4DEcYbH<
z@6ULFZGZj#<WK%&YdgV>Ks&PyT|33l*d@^ZzUfC_dmw%60&MX;eHe+u_^ub*(ob&x
z8_4<fUT&wy$u;O5il6a~FSbSL<Hi15cm6nI=0*Gr=7^sGt#8rEC4JZo5kDIp;%B4N
zMoz9!>^>lVyTn4g(npwQSRsJ;RVXDfh+hIHU((4XedM5$Rm3lWlP@8DIiJcZC$~ar
z8iV*vvD7E^|6f_(LZk>FenR0r^z_mGUvK+6??U{}-+oUYjpX@9z1t@se&LP(!5{oV
z?-%{nx4yON5@a3%oxo52<WIK0Ev?mXR0y6wjs$+_hki&MgY=8OdB5my|MqWx9RCjU
z-wXi=KmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafY!Udq
z-}^oKMQH~u68Pz#{^|C&<;Q;P$Nt~%#6S9Fzkl{;fA*dDy!ZNyvGu+E@27VE@a>nx
z(l06k@76E+-~W?e(x1IOeD$ke{f(V}e*M>f{cFQNzxHdtwzE6Ne)F5(-2L180`dKS
z^Vt4ZKQHiSx%@|H|Cb#`$!U4y@_)b!d|gi;?SDP=0)Ljve+2!nmD^v!_P^b`{OvFB
zb%@`|OFR_6ldpb_y-FXi@yEIOr_jmm`S(x%^iOYo`)hm`;%C1{o!tJ{5AicdB7O$6
zz6J5K(e;f=A5{Ddl8B!HZQP>tF;4PaA)u3s_*HOCV-UY7mdd0~F5*|gHH|_1rdTSI
zh+l<L9@9@Q;+IpJt|ER@EcHpHkNOrOI|0P+{BJ`0|7B}G{aO+^|EPES1f5*O&wlki
zeNd}603v<?T04gHix#^j3HzC!`I+{&<tKjPC%z*n{^oD~re}e_{L8=mj(p%-eaQHu
ztYy{RKYM$L>KNqri@saG=oh~Ki+cMX`NJ2!@P*yKy)O{oFJjH&Uf|Di`H%1yfAJSR
zarFQ9um0+<F8>F-z}NNk@$GMa`vv|im;VT338me|E`R$Ad>!I<@)8fl@8qjrV{cC%
zt<(E8{x~=P6gs&*^Zxmt|M|^te~s@#{OtFL_}S>R5%Cj>-3P>Pmsp5b`k>+$$W(@i
zUxiW<gZL$I@+F;I#4iVxtRj91oO}uK%lTAR5x)whX$;~w#ZsSC`at~Z&=iUI35EB7
z_<7vgE}dM&&t}-uhtZ^Af8)z+MEuTQWltZ}>J5^JUx3zt^nTIb{oUUUOAH|p2+%JY
zfP93*!%GDHqGO*V{h}j{%g^+SeuO_pK8|0_CF1<8Q9ZU9a*43f^^K}QQ9U+D9*Upw
zjW4!^>aqPob#kd5+YEd9;D0D&07U!@XkiQD7l71<h+m!6G*amU@tg9=ClSA#&*LiM
z_lRf}pp%REtq?uVBYuyFRso3LicEbT@vE~6k%(UavO84zK>T*mwRptOfHrPH{6-pE
z&pNq?-xjwqxTg>LMMoyZXT+}vDhcc9gMQHj(P|0t3uGD)`b7g1hART}i>}DrpFg}r
z&@Vc6Mba-i(zyIgzv%s+9v|y(<PvfI`lue;47o(u==w(0pr{@jBoD>U_{JC8LiN~w
zp*p!#k8OrMeb6sz07U!@XkiQD7l71<h+m!6G*amU@tg9=ClSA#&*LiM_lRf}pp%RE
ztq?uVBYuyFRso3LicEbT@vE~6k%(UavO84zK>T*mwRptOfHrPH{6-pE&pNq?-xjwq
zxTg>LMMoyZXT+}vDhcc9gMQHj(P|0t3uGD)`b7g1hART}i>}DrpFg}r&@Vc6Mba-i
z(zyIgzv%s+9v|y(<PvfI`lue;47o(u==w(0pr{@jBoD>U_{JC8LiN~wp*p!#k8OrM
zeb6sz07U!@XkiQD7l71<h+m!6G*amU@tg9=ClSA#&*LiM_lRf}pp%REtq?uVBYuyF
zRso3LicEbT@vE~6k%(UavO84zK>T*mwRptOfHrPH{6-pE&pNq?-xjwqxTg>LMMoyZ
zXT+}vDhcc9gMQHj(P|0t3uGD)`b7g1hART}i>}DrpFg}r&@Vc6MZS5z=zsT5e(}eD
z>3_fZ@8A3TpAmohMeqOg_*j1<mx%M%NA=id$R)x?*EgyLMfKPqc_@CyH@?^ws>k*V
z)ybuLY%}cXgMLv1AmV303tJGs0Hi)d{OYWxkxCzk-;_^2iTLGw9#;{+M?|Xtom|9k
zh3Ih}@q0wH3PAi;Wa{&XU!7HmMEnAf-J#M4;<t;g#Up+Ov~dgKH`3U8*2zWuwz!SK
zJ$=wGIx;CfBYs6tNmx%G^ou5lR!fLqAk%=*FB+IIToIsObVcU={NW{neo^%+wud+G
z7yZ(gzy2#<|JKca|AYVNKM{ZWMeqOg_*j1<mx%M%NA=id$R)x?*EgyLMfKPqc_@Cy
zH@?^ws>k*V)ybuLY%}cXgMLv1AmV303tJGs0Hi)d{OYWxkxCzk-;_^2iTLGw9#;{+
zM?|Xtom|9kh3Ih}@q0wH3PAi;Wa{&XU!7HmMEnAf-J#M4;<t;g#Up+Ov~dgKH`3U8
z*2zWuwz!SKJ$=wGIx;CfBYs6tNmx%G^ou5lR!fLqAk%=*FB+IIToIsObVcU={NW{n
zeo^%+(l1KC=>7BCRfM(ygFKfA16tTZ^*8{j54l9tSxqBVgQ9vo<&#eyieLWW@32bs
z*nZ18xm1sBhKQey4)L?mX(Qq%6uS?I-!8Ebuk?ZV1u~T(;#Z-R#2|hNoP0?q7xBwM
zC98;E0w-TW{Bk~(Rm87CX&Qt0O|jG`l|B%^Iy6NhenR0rAbuXVwo4}$@v|BB^g+L<
z0TA&spoJ|xeb6r&uvCVKU!c^0&@UR8FkBI!Uvx$0{`}!3f__o@MMZ#q(fjAOs|fv~
z26-+K2DGq+>Tv*4A99JPvzkV#21WIF$|s*Z6u<n#-(i*NvHg~Ha;YBM3=uyY9pY!B
z(?-NkD0UwZzg=P>Ug-nz3uG!o#IHgri9!4lIQf!JF5;JiN>&lS1Wvw$_~m>mtB7BP
z(liF~n_{U?Dt#b+b!du2{Di`LK>R#zZI@0i;%77L>4Sbz10dpOKnq)X`k-GlV5tld
zzd)%0p<gsGVYnhdzvzn0{rSU71pT7wmgM(~(l2`d{B{+gU(_JaCBlFfwop9|K<Yy-
z5p`D6NY$XI9#8q?lZWD$fA~ABQa!fcvQ945W1Au3XQM;>Y;@X)_zA`C1LC(!EW|5)
zAbx>NWr+AyC?zq7Ujipz(#b{qa!|=C;+Me5mk__4Ph}PHt5BN8AbwLU^+}}<#IFub
zk%*sAcn^r5$F1$s$wmBZhCO}IFKPfp{0wMeOHUv4iv}!}A>tP(H6Zkh1||$w1n3uC
zk-0yAc!{82lzveWpkMU<`Ryt~zo<c;ON0R}Y@vD_fYgUvBI>NBk*YyaJ)ZK(ClAFh
z|L}KMrFv|?Wu08A$2LR6&qjy%+32(p@e_*O2gGleScq5pK>Pxk$`J9ZP)cGDzXVRc
zq?3#I<)D&P#4mx9FCl(8pUNuYSD`eGLHwpz>XS+zh+iF=A`w5K@E#C9k6YWNlZ*J-
z414;ZU(^7I_!-c`mYzQ77Y$e{L&PsoYCz~04NMrW2+%LOB6ENK@Df44sJbQj{i5`X
z-ao%xMd%kb$a9G>poJ||j{}hUkV{0J)ihEyD5}R(KKbOK_~jq|4y#m;?YFFxOZC`h
zi1^v)5I-B8HX?pPvHO7d?Gg*|N*{<{AX6D4eiced4C0r-$(M9;5x*Q%vWoa6aPlR@
zFXvNPMf@t1rZI@$6ia<l=>zerLsKN;CluZT;^%Q|yL569Kbv7sAM}eF01-a}TG-Ol
z2mPV}OJ#`o1xgJF{i1;h!xaJgMOS3*&mUeQ=oh75R0QZ3y?=hYiqJ1=kmnL%Knq)_
z9tR-xA(x0ct7)WaP*jhneDcXd@ykE_9agCx+izJXm+G<25b?9oA$~SGZAAQpV)p^@
z+a(s_l|B%^K&CQ8{3?`^7{o7ulP~GyB7QljWEJsC;N(k)U(TnpiuhG1O=A$hDVF-A
z(g)&Kho(rxPbj<x#Lwf_cIo6Iem29NKIj)U03v<{w6LY85Bfy|mdX(E3zQlV`b7g1
zhART}i>}DrpFg}r&@ZZPNq)a5{i65JZ&wleMGf*?A`EC@3)SNQq(0;lQD-%cR1J#i
z@sv+Kc_@DQhrh!r)nofD>*P{BwizORHaf)5MyHL4pHS>RAbz{VLcG!k;upwNhKOH<
zQWAssC2;a3om|8(2bHWMehHj>3GvJMR8|qc3Z-cb;y1-opH%ul{OZsYiTDYH_kj3$
z+}bXkT*S|2*wY97q6R?3&wv)T^z=c$Xuwh#B7T8V146%OV8U=kfPT>xnfvpHmk9br
z=@%6N`bF=b->xF`iyGv)L>SP*7OKYqNPWm9qRwg>sTvg3<0+qf@=*Np4}XVMs>k+Q
z*2$%MY%@gsY;=g9jZPa8KcU!tK>T)zg?Ob8#4nJk3=zKyr6dONOW@>7I=P5n4k}qi
z{1Q0%65^NhsjMP?6-v_>#BYkFKB@G9_|>5)67drX?*Z}ixV2q6xrm?5u%{3DMGb(6
zp8+jw>FI-h(SW5gMEnA!284dmz=Yw70R5sXGWX{XFA?;Ms#}uZFG|1Y{qx&Zgnm(j
zJeLRqTG&GMH~^^+xkS`iO(Ru<qIx{#lTRLsU;g3muuApVe#<(!RF7?jh@XuP@w3rs
zBjP6%yAO!pF0l}=^nv&VGL<3XSD}=|Abts)d`Tx4@ykIatB79$CtpJRaz2$+#IHhW
z8iV*vvD7D(J`le;G({qQLg76iejc~BOD7lcvl;gELBFU05b-mhg)KdO&@URWRECIO
zpwxiSFB+IIToIsObVcU={NW{neo^{GMSy<M`{%c-2>qf4c`gwKw6KNhaR5>ua*3$3
znntPyMfG^fC!ahNzx>1BVU_B!{g!odsUF)55kDIp;%B4NM#N7jb{`PGU1A|#=>zc#
zWGX|%uR<w_LHrUp`I1g9;+KO;RuR7hPQHZr<$Nluh+l=$GzRgTVyRCmeIR~yXo^Jq
zgu;73{5)=LmrgF?XEW^SgMLv1AmV303tM{npkFj#sSFXnK&b(tUo<dbxFSHm=!(q!
z`NK;D{i5oY<oAoxFM9v{b`_yt)F96#!hjaGP(2Pn>O(FObym|z)u5;zPx<7NhvJui
z_&cmpJ+|MnPA=7Bn<3(7qeJ{`blQmc3B~RM;<rmI#4CLuet}G7i1<|~B{7I!0w-V6
z$wmBfP{}Idm%z!F5Wk#HWfk$OP@2Xdep4*<Nu>|OuMSO-h@Vh+4~U<~t?kmuMf_}r
zJ$=wGY5+w13}|6XPapJ)1}v2!;uk12AoPm{CJa{u=oej)xj%n+iJ)JUeo+yiU-bU@
z?J7dQs6n1fgaIvVp?VyE)Q4Om>a3=bszFgbp7O~j55+J4@ON0HdThUCom{HNHbcbE
zMu+&>=(G{>6N=pj#BY~ah*$bR`~sQE5b>)}N@5Vd1WvxBlZ*J}ppsR@FM*RUA$~cZ
z$|~Ylp)`#_{H9pylS&_mUmcnv5kH~u9uPl|Tid0Ri}=|Ld-|YX)BuS18PLL(o<8Uo
z4Ol8e#4k{4K<F0@Oc<^R&@Z|obASHu5<$PHx+VGjqV$X2Kfhf?=odA}bBQpZg)LN%
z1CaWVOGKU3G*UGvs>f44`Q)Ma<sbeIt5lEex2%&(_1I>J_}S<XKO3DkB7Q=#`+)fE
z5)1K4ABbNdQyC(D6-r4A;+Me5mvnLwzZ_JuiufgP@+HJC=Tlil{3?{DF^Jz3OMO!5
z1M#avQzYUi6y5{k=W%PhbaD|tn_*8M^otq*5kCW3*wWJn{h|R&Wr+9%N(~78qJas+
z6#@E1S7h$bA6_Ep7o}fR1n3vNe}21)&@XC`=MrH+3tOlj2O#w!mxwy6X{2gURF9{8
z^2tN-%Rl@bR;eD_Z&@do>aoob@w3q(el|L7MErze_W|+SB^Kh9J`le^rZPnQDwL8K
z#4mx9FX`kWemSUQ74b{p<V%QO&Zn}9_*E!PV-UY7mina92jW+Urbxt3D7**6&*Rp1
z>Et4QHp8Ai=od8rB7O$6u%)LD`b7hl$`J7jlo}BFMFSItD+2V3uE^Y<KfFZHFRE@y
ze!nRFqW8~lR}uO}4f0$f3}|5s)#Cu9KI9TnXElvf4T|dVlutf+D1P~ezr!lkWBV=Z
z<WfDh86ti*I>gULr;Ui8Q0zV+e!Ij%ywV5a7synGh+l<L5`*|9aPlRcT*NO2m8>Fu
z37mWh@yq#CRuR7nrD+V}H^ow)RQf>t>d+L4_z8vgfcSab+Af`3#Ls5f(+B;c20+Bm
zfEKp&^g+L9z)~3^et}X0LceHW!f-`^e$f?~`}2pF2>M0o7Zm~eMem>At|Ih{8sxb|
z7|_BNs>cCHeaI!E&T1N|8Wh#zDW81uQ2g=_e}`47$M##+$)$R1GerDsbcmmgP8$(F
zq1b&u{C0_jc%=`-FOaDW5x)whBnI(I;N(j>xrkp5Dp^JR5;*x1;+ONOtRj9DO4As`
zZ;GWpsq}&P)uAa8@e>N~0rB&=wOu;7h@Z`{rw{r?4S<NB0WECl>4SdJfTc1-`~sy0
zgnrS$gyD(+{h})}_va5U5%i0yTaw=|O26p+^V?N~eo=!wmk0w|*h2L<0I3hTMATVL
zBUOW<dOYQmPacY2{^9SiO7+-&%R0GKk8OsCpN$Ujv(afI;wKcl4~X9`u@JBHf%pY7
zl_BC+p_IfRehHj>NhcTa%Rwcph+hIHUqbwHK9yC(uR>`WgZNFc)F+ib5WhM!MIwGe
z;XNRJ9=EnjCl~Rv8TRx+zo-Ea@iU->Ej@kEFB-5^hKOIF)PT@08kjI#5ujgmMdtqe
z;U$88QTjzifPT^Y=eMf}{h|hWE)fQ_u!ZVz08$@viKw%hMyduy^?1rBpF9-5{KMa2
zmFltmmUVKe9@`8NKN}t5XQR_b#7`)89}vG?Vj*7X1Mv%FDnrDtLMe$s{1Q0%l1?t-
zmxD@H5x)dZzJ&PYd@8GmUxm^%2JxF>sZT0>AbxddibVW`!h1mcJZ^25PA=kSGwkVu
zeo+G;;%7h$TYCDSUo>E;3=zLTsR5y1G%#VfB0#_Bip>4_!%GDHqUx69_lwdmdjI@(
z6`^0$AkQVjfEKn;Jq|$XLoN|@R?|q;pr{^C`Q(#_;+KE;JFHSYw%@W&F4be3A>wDF
zL;P%X+KBiG#qI;*w@WO<D}5k-flOtH_*Ez+F^FFRCtuRZMf`G5$tvQPz{!^ozno8H
z74fT3n#Lf0Q!MpKr4Pif4o#7WpHO%Yh@Z!;?b69b{A`9jeb6sz07U!@XkklFAM}d`
zER`YR7brC#^os^23|9o`7hRFLKYw_MpkI`JQ4yeD^#1wnDnh@gL7q#50WEBydK`e%
zhg>4+tfrBwK~X)P^2sL;#V`NxcUYx*Y`<llT&l-5L&VQUhxpm(v=Q+WirojqZ<knz
zSNcHw0-4GX@vBfuVi3OsPQIj*i}>ZBl2ybnfs-#GemS4YD&kk6G>t+0rdaBeN*{<{
z9hxE$KcVm*5I>Jw+oh9>_}L75`k-Ib0EqY*(889UKIj(>SSmxrFHmYg=obx47_JD=
zFS;UgfBx_iLBFWFCHeiL^o!m<zg<P>7d6Opi7=prEmV&Kkou5IM4i<%QZ*>5$5TG}
z<e~WGAN~%jRFCbqtdmRi*k*|M+2{~I8=W>HenPSPfcWha3-L-Hh+iO686tiaN=Xdj
zm%z!FbaD~D98|K3_$6@iCB!f1Q&~m)DwL)%h~E@TeNyQI@vB2qB;qF&-UH(2acjGD
zauGk9VNW0Qiy8nCKLc9W($fe1q5(@~i1-Cc4G8_BfeFJE0s2K(WbV%&ULxohrC(G8
z=oh_ze!Gg$FKUqI5@A3KTc{ofAoU@ah&rojq-s!9kEeX{$wTqWKl~k5sUF*JStpn3
zvCR<iv(X`bHacxY{Dfln0rA@<7UGpY5WhgCGDQ3;l#&?4FM*RU>Et4QIjCe6@k`+3
zONd|2r?QIpRVYnk5Wgvw`lQka;#Y^JNW@Plya&Y3<JNZR<RX4H!=66q7c~GPeg?F#
zrKb=2MFW<~5b+C?8W8$L0~3ZT0`!Zn$lRYlyhPA1s%}YszbO5p_s?%v5&A_9@?0Ve
zXkiQ0;{c>S<PuS5HH}mait6!{Pd<4le))&L!z$Hd`z`C_Qa!dAB7QbH#Lq^jjfkI6
z>^>lVyTn4g(g)%f$W(@iUxiW<gZL$I@+F;I#4iVxtRj91oO}uK%lTAR5x)whX$;~w
z#ZsSC`at~Z&=iUI35EB7_<7vgE}dM&&t}-u2mPW3K*Z007Pj>CLBD9gQW+wCfl>oP
zzi42>a7BQA(G{8d^M{uR`bFs%6#@E1@1NhUBJ_(I<heu`(83m~#{o!v$R(oAY8t5;
z6xHJ?pM3IA{PGWfhgGV__FLA;rFv{LMEq=Yh@Xv48xcRD*nL3!c8P^}r4Pg}kf{t2
zzY3)!2JuVa<V!lah+hsWSw;L3IQbIdm-DHtB7PN0(-_2WilsiO^nv)*p(zsa6AJGE
z@$<N~T{^jlpUtqR5Bfz7fQX*~Eo|xOgMQI~r7}eP0;L9oe$l{$;fetLqAN1@=MOIt
z^oy!nlHV^%zv%t*+f{^qQG+~}2m@N!LiIQRsSmkC)LBg<RfD2>Jmr&59*ST7;qS0Y
z_1J#PI=NJjZH9=SjSlg%(P<;%CltF6h~F-;5U=!s_ysbRA>vn|l*Ax@37mXMCl~R{
zK_#n*UjipzLi}<*l~u&ALTMU<_)W3YCzU=BzdAHUB7Q>QJs^G_x3)_s7xA+h_Vhu&
zr~wf1GoXbnJ$=wG8n9G`h+m-8fY2`*m@r%spkH)F=KlQQC4zoY`b9;6e$o5qx2p*K
zq6T>`5eBrdh3attQXg`OsI!_zss=^%c*-ZAJQTnD!{1?*>aqQnb#kd5+YAvu8y(_j
zqtiyjPbhXD5WihwAztYN@e5=sL&UE_DTzV+5;*yiPA=k?gGyErzXVRcg!turDyxWJ
zh0-(z@tb0)Pbz&NesySyMEr!pdqDg=Zf%!NF5+i1?CFDkQ3D|2XFv;EditPWG+?O=
z5x+pG0ij<sFk!eNK)>jU%>DVpO9cI*>Xzj9i_$N8|NM3pp<mP>&n3cu7Pe454nXQd
zE)jKB(@52zs2)%G<dcWumw)&>tWrI;-?C0F)nl6>;%B2n{A_gEi1-P`?gQetODx1I
zeIR~;Ol64pRVXDfh+hIHU((4%{BlsqD&m*G$(InnoKIyH@vBgp#vp!EEcHpH55%ty
zO_7M7P<RiBpU183(#b{qY=%93&@XBLMEneBVM|XR^os^8l_BC6C^aDTiv}hPR|M!6
zU6Hvze|U+YUzC1P5uji6{`u`HLcgd%o=b!QEo`BB9Dvk^Tq5eMrje>aQ9YjW$tMrR
zFaPj&SfzSwzh#|Vs>e1%#Lq^D_}S>R5%Cj>-3P>Pmsp5b`at{wnaU9Ht58Z}5WfUY
zzNC|j_~oFIRm3lWlP@8DIiJcZ;#Z+GjY0gTSn88XABbNanj#TDq3|9MKaX46rIU;J
z*$jL7pkLGgi1-=M!j_&s=obxGDnrCCP-;Nv7Y$4pt_aXCx*~Ib{_qk(zo@z;`Te5w
zi{3xKT}9{@HOO;`FrbAkRF4CY`jAURoz*l_H7KgbQ$G3Rq4?z={tl~DkL|atlS}p3
zW{CLN=ny{}oi-wVLb3aR`0Wx4@k$?vUm#N%B7PN0Netqbz{!_%auL5ARI-ZrC2;a3
z#4qPlSw;LRl%_F=-xN!IQt1Qnt3y*H;wKc|1LEg#YrAxE5kH$@PapJ)8UPVL16tV9
z(+B;c0ZV0w_ytN02>qgg3Bwfu`bAe{?#~}yBIp;TUsMF>7rlReyNb{+YLMp=VL%I8
zs2&F(^&yvtI;&}<YEV><r+o6sL-ET${2f-Q9@}qOCztB6%@Fak(II{|I&DP!gktvr
z@!KU9;*~xSzd)ukMEok0k{HA<fs-%k<RX4KsALuKOW@>7h+od9vWoasC{1G!zbTgb
zq|yiCSBIuZ#7`)^2gJ|g)^_RSB7Qc*o<8UoH2@-h2DGrHrw{r?1D47V@e7n15c)*}
z6NW1S^oy>@+@C+ZM9?p)Zb^Q>DE*@M&u>=|`b7=$Tp|o;VGGsc0Hi+T5>aP0jZ_Va
z>hY9MK6xm9`G>#5D%E5AE$ie`J+>Jlel|M9&qk+>h@VjGJ|KR(#6rB%2jUmVRECIO
zg;ElO_$6@iC7oQvF9(&ZB7O;+d<pT(`BYXBzY3*k4B|J%QlC`%K>X^^6p8o=h4+B?
zdEDAAom|AvX4umQ{h|gy#Ls{hw)FHtzi7Zx86tjxQUgN2Xkfx{MSy<M6`A|<hnEQY
zMd=q60s2MnpWm(`^ottgxkMPy!WOE>0Z4twC8Ex18mSr-)#E9jeDYBI@(+K9RjSAK
zTh_^?dTcX9{A_fHpN&o%5kH~WeL(zniG_Hj55zB!sSFXn3Z*0l@k`+3OFFrTUk)l+
zMf?&t`4Zxn^Qo*Neicg77{qUir9P?jf%w&-DH8D$3hx2&^SHHLI=P6S&9J8r`b7<Z
zh@Sy1Z0YHPe$jxXGDQ3Wr3Qq4(ZGb^iU9qhD>C=z4=)k)i>h0a-!DqP=>7BCRfK*~
zgFKfA16tTZ^*8{j54l9tSxqBVgQ9vo<&#eyieLWW@32bs*nZ18xm1sBhKQey4)L?m
zX(Qq%6uS?I-!8Ebuk?ZV1u~T(;#Z-R#2|hNoP0?q7xBwMC98;E0w-TW{Bk~(Rm87C
zX&Qt0O|jG`l|B%^Iy6NhenR0rAbuXVwo4}$@v|BB^g+L<0TA&spoJ|xeb6r&uvCVK
zU!c^0&@UR8FkBI!Uvx$0{`}!3f__o@MMZ#q(fjAOs|fv~26-+K2DGq+>Tv*4A99JP
zvzkV#21WIF$|s*Z6u<n#-(i*NvHg~Ha;YBM3=uyY9pY!B(?-NkD0UwZzg=P>Ug-nz
z3uG!o#IHgri9!4lIQf!JF5;JiN>&lS1Wvw$_~m>mtB7BP(liF~n_{U?Dt#b+b!du2
z{Di`LK>R#zZI@0i;%77L>4Sbz10dpOKnq)X`k-GlV5tldzd)%0p<gsGVYnhdzvzn0
z{rSU71pT7wmgM(~(l2`d{B{+gU(_JaCBlFfwop9|K<Yy-5p`D6NY$XI9#8q?lZWD$
zfA~ABQa!fcvQ945W1Au3XQM;>Y;@X)_zA`C1LC(!EW|5)Abx>NWr+AyC?zq7Ujipz
z(#b{qa!|=C;+Me5mk__4Ph}PHt5BN8AbwLU^+}}<#IFubk%*sAcn^r5$F1$s$wmBZ
zhCO}IFKPfp{0wMeOHUv4iv}!}A>tP(H6Zkh1||$w1n3uCk-0yAc!{82lzveWpkMU<
z`Ryt~zo<c;ON0R}Y@vD_fYgUvBI>NBk*YyaJ)ZK(ClAFh|L}KMrFv|?Wu08A$2LR6
z&qjy%+32(p@e_*O2gGleScq5pK>Pxk$`J9ZP)cGDzXVRcq?3#I<)D&P#4mx9FCl(8
zpUNuYSD`eGLHwpz>XS+zh+iF=A`w5K@E#C9k6YWNlZ*J-414;ZU(^7I_!-c`mYzQ7
z7Y$e{L&PsoYCz~04NMrW2+%LOB6ENK@Df44sJbQj{i5`X-ao%xMd%kb$a9G>poJ||
zj{}hUkV{0J)ihEyD5}R(KKbOK_~jq|4y#m;?YFFxOZC`hi1^v)5I-B8HX?pPvHO7d
z?Gg*|N*{<{AX6D4eiced4C0r-$(M9;5x*Q%vWoa6aPlR@FXvNPMf@t1rZI@$6ia<l
z=>zerLsKN;CluZT;^%Q|yL569Kbv7sAM}eF01-a}TG-Ol2mPV}OJ#`o1xgJF{i1;h
z!xaJgMOS3*&mUeQ=oh75R0QZ3y?=hYiqJ1=kmnL%Knq)_9tR-xA(x0ct7)WaP*jhn
zeDcXd@ykE_9agCx+izJXm+G<25b?9oA$~SGZAAQpV)p^@+a(s_l|B%^K&CQ8{3?`^
z7{o7ulP~GyB7QljWEJsC;N(k)U(TnpiuhG1O=A$hDVF-A(g)&Kho(rxPbj<x#Lwf_
zcIo6Iem29NKIj)U03v<{w6LY85Bfy|mdX(E3zQlV`b7g1hART}i>}DrpFg}r&@ZZP
zNq)a5{i65JZ&wleMGf*?A`EC@3)SNQq(0;lQD-%cR1J#i@sv+Kc_@DQhrh!r)nofD
z>*P{BwizORHaf)5MyHL4pHS>RAbz{VLcG!k;upwNhKOH<QWAssC2;a3om|8(2bHWM
zehHj>3GvJMR8|qc3Z-cb;y1-opH%ul{OZsYiTDYH_kj3$+}bXkT*S|2*wY97q6R?3
z&wv)T^z=c$Xuwh#B7T8V146%OV8U=kfPT>xnfvpHmk9br=@%6N`bF=b->xF`iyGv)
zL>SP*7OKYqNPWm9qRwg>sTvg3<0+qf@=*Np4}XVMs>k+Q*2$%MY%@gsY;=g9jZPa8
zKcU!tK>T)zg?Ob8#4nJk3=zKyr6dONOW@>7I=P5n4k}qi{1Q0%65^NhsjMP?6-v_>
z#BYkFKB@G9_|>5)67drX?*Z}ixV2q6xrm?5u%{3DMGb(6p8+jw>FI-h(SW5gMEnA!
z284dmz=Yw70R5sXGWX{XFA?;Ms#}uZFG|1Y{qx&Zgnm(jJeLRqTG&GMH~^^+xkS`i
zO(Ru<qIx{#lTRLsU;g3muuApVe#<(!RF7?jh@XuP@w3rsBjP6%yAO!pF0l}=^nv&V
zGL<3XSD}=|Abts)d`Tx4@ykIatB79$CtpJRaz2$+#IHhW8iV*vvD7D(J`le;G({qQ
zLg76iejc~BOD7lcvl;gELBFU05b-mhg)KdO&@URWRECIOpwxiSFB+IIToIsObVcU=
z{NW{neo^{GMSy<M`{%c-2>qf4c`gwKw6KNhaR5>ua*3$3nntPyMfG^fC!ahNzx>1B
zVU_B!{g!odsUF)55kDIp;%B4NM#N7jb{`PGU1A|#=>zc#WGX|%uR<w_LHrUp`I1g9
z;+KO;RuR7hPQHZr<$Nluh+l=$GzRgTVyRCmeIR~yXo^Jqgu;73{5)=LmrgF?XEW^S
zgMLv1AmV303tM{npkFj#sSFXnK&b(tUo<dbxFSHm=!(q!`NK;D{i5oY<oAoxFM9v{
zb`_yt)F96#!hjaGP(2Pn>O(FObym|z)u5;zPx<7NhvJui_&cmpJ+|MnPA=7Bn<3(7
zqeJ{`blQmc3B~RM;<rmI#4CLuet}G7i1<|~B{7I!0w-V6$wmBfP{}Idm%z!F5Wk#H
zWfk$OP@2Xdep4*<Nu>|OuMSO-h@Vh+4~U<~t?kmuMf_}rJ$=wGY5+w13}|6XPapJ)
z1}v2!;uk12AoPm{CJa{u=oej)xj%n+iJ)JUeo+yiU-bU@?J7dQs6n1fgaIvVp?VyE
z)Q4Om>a3=bszFgbp7O~j55+J4@ON0HdThUCom{HNHbcbEMu+&>=(G{>6N=pj#BY~a
zh*$bR`~sQE5b>)}N@5Vd1WvxBlZ*J}ppsR@FM*RUA$~cZ$|~Ylp)`#_{H9pylS&_m
zUmcnv5kH~u9uPl|Tid0Ri}=|Ld-|YX)BuS18PLL(o<8Uo4Ol8e#4k{4K<F0@Oc<^R
z&@Z|obASHu5<$PHx+VGjqV$X2Kfhf?=odA}bBQpZg)LN%1CaWVOGKU3G*UGvs>f44
z`Q)Ma<sbeIt5lEex2%&(_1I>J_}S<XKO3DkB7Q=#`+)fE5)1K4ABbNdQyC(D6-r4A
z;+Me5mvnLwzZ_JuiufgP@+HJC=Tlil{3?{DF^Jz3OMO!51M#avQzYUi6y5{k=W%Ph
zbaD|tn_*8M^otq*5kCW3*wWJn{h|R&Wr+9%N(~78qJas+6#@E1S7h$bA6_Ep7o}fR
z1n3vNe}21)&@XC`=MrH+3tOlj2O#w!mxwy6X{2gURF9{8^2tN-%Rl@bR;eD_Z&@do
z>aoob@w3q(el|L7MErze_W|+SB^Kh9J`le^rZPnQDwL8K#4mx9FX`kWemSUQ74b{p
z<V%QO&Zn}9_*E!PV-UY7mina92jW+Urbxt3D7**6&*Rp1>Et4QHp8Ai=od8rB7O$6
zu%)LD`b7hl$`J7jlo}BFMFSItD+2V3uE^Y<KfFZHFRE@ye!nRFqW8~lR}uO}4f0$f
z3}|5s)#Cu9KI9TnXElvf4T|dVlutf+D1P~ezr!lkWBV=Z<WfDh86ti*I>gULr;Ui8
zQ0zV+e!Ij%ywV5a7synGh+l<L5`*|9aPlRcT*NO2m8>Fu37mWh@yq#CRuR7nrD+V}
zH^ow)RQf>t>d+L4_z8vgfcSab+Af`3#Ls5f(+B;c20+BmfEKp&^g+L9z)~3^et}X0
zLceHW!f-`^e$f?~`}2pF2>M0o7Zm~eMem>At|Ih{8sxb|7|_BNs>cCHeaI!E&T1N|
z8Wh#zDW81uQ2g=_e}`47$M##+$)$R1GerDsbcmmgP8$(Fq1b&u{C0_jc%=`-FOaDW
z5x)whBnI(I;N(j>xrkp5Dp^JR5;*x1;+ONOtRj9DO4As`Z;GWpsq}&P)uAa8@e>N~
z0rB&=wOu;7h@Z`{rw{r?4S<NB0WECl>4SdJfTc1-`~sy0gnrS$gyD(+{h})}_va5U
z5%i0yTaw=|O26p+^V?N~eo=!wmk0w|*h2L<0I3hTMATVLBUOW<dOYQmPacY2{^9Si
zO7+-&%R0GKk8OsCpN$Ujv(afI;wKcl4~X9`u@JBHf%pY7l_BC+p_IfRehHj>NhcTa
z%Rwcph+hIHUqbwHK9yC(uR>`WgZNFc)F+ib5WhM!MIwGe;XNRJ9=EnjCl~Rv8TRx+
zzo-Ea@iU->Ej@kEFB-5^hKOIF)PT@08kjI#5ujgmMdtqe;U$88QTjzifPT^Y=eMf}
z{h|hWE)fQ_u!ZVz08$@viKw%hMyduy^?1rBpF9-5{KMa2mFltmmUVKe9@`8NKN}t5
zXQR_b#7`)89}vG?Vj*7X1Mv%FDnrDtLMe$s{1Q0%l1?t-mxD@H5x)dZzJ&PYd@8Gm
zUxm^%2JxF>sZT0>AbxddibVW`!h1mcJZ^25PA=kSGwkVueo+G;;%7h$TYCDSUo>E;
z3=zLTsR5y1G%#VfB0#_Bip>4_!%GDHqUx69_lwdmdjI@(6`^0$AkQVjfEKn;Jq|$X
zLoN|@R?|q;pr{^C`Q(#_;+KE;JFHSYw%@W&F4be3A>wDFL;P%X+KBiG#qI;*w@WO<
zD}5k-flOtH_*Ez+F^FFRCtuRZMf`G5$tvQPz{!^ozno8H74fT3n#Lf0Q!MpKr4Pif
z4o#7WpHO%Yh@Z!;?b69b{A`9jeb6sz07U!@XkklFAM}d`ER`YR7brC#^os^23|9o`
z7hRFLKYw_MpkI`JQ4yeD^#1wnDnh@gL7q#50WEBydK`e%hg>4+tfrBwK~X)P^2sL;
z#V`NxcUYx*Y`<llT&l-5L&VQUhxpm(v=Q+WirojqZ<knzSNcHw0-4GX@vBfuVi3Os
zPQIj*i}>ZBl2ybnfs-#GemS4YD&kk6G>t+0rdaBeN*{<{9hxE$KcVm*5I>Jw+oh9>
z_}L75`k-Ib0EqY*(889UKIj(>SSmxrFHmYg=obx47_JD=FS;UgfBx_iLBFWFCHeiL
z^o!m<zg<P>7d6Opi7=prEmV&Kkou5IM4i<%QZ*>5$5TG}<e~WGAN~%jRFCbqtdmRi
z*k*|M+2{~I8=W>HenPSPfcWha3-L-Hh+iO686tiaN=Xdjm%z!FbaD~D98|K3_$6@i
zCB!f1Q&~m)DwL)%h~E@TeNyQI@vB2qB;qF&-UH(2acjGDauGk9VNW0Qiy8nCKLc9W
z($fe1q5(@~i1-Cc4G8_BfeFJE0s2K(WbV%&ULxohrC(G8=oh_ze!Gg$FKUqI5@A3K
zTc{ofAoU@ah&rojq-s!9kEeX{$wTqWKl~k5sUF*JStpn3vCR<iv(X`bHacxY{Dfln
z0rA@<7UGpY5WhgCGDQ3;l#&?4FM*RU>Et4QIjCe6@k`+3ONd|2r?QIpRVYnk5Wgvw
z`lQka;#Y^JNW@Plya&Y3<JNZR<RX4H!=66q7c~GPeg?F#rKb=2MFW<~5b+C?8W8$L
z0~3ZT0`!Zn$lRYlyhPA1s%}YszbO5p_s?%v5&A_9@?0VeXkiQ0;{c>S<PuS5HH}ma
zit6!{Pd<4le))&L!z$Hd`z`C_Qa!dAB7QbH#Lq^jjfkI6>^>lVyTn4g(g)%f$W(@i
zUxiW<gZL$I@+F;I#4iVxtRj91oO}uK%lTAR5x)whX$;~w#ZsSC`at~Z&=iUI35EB7
z_<7vgE}dM&&t}-u2mPW3K*Z007Pj>CLBD9gQW+wCfl>oPzi42>a7BQA(G{8d^M{uR
z`bFs%6@mNxqM!K>KdW#5{O3Ra|9zzY{Pkb|_5JhPRfK*~gFKfA16tTZ^*8{j54l9t
zSxqBVgQ9vo<&#eyieLWW@32bs*nZ18xm1sBhKQey4)L?mX(Qq%6uS?I-!8Ebuk?ZV
z1u~T(;#Z-R#2|hNoP0?q7xBwMC98;E0w-TW{Bk~(Rm87CX&Qt0O|jG`l|B%^Iy6Nh
zenR0rAbuXVwo4}$@v|BB^g+L<0TA&spoJ|xeb6r&uvCVKU!c^0&@UR8FkBI!Uvx$0
z{`}!3f__o;E4GJU{?%{(%GbYj^WX3K#3%G0@VU=_-_5UX-}Qy>|DwLVJ>2gX{p6=U
zJ^lxLw9nu8#y9St->xF`iyGv)L>SP*7OKYqNPWm9qRwg>sTvg3<0+qf@=*Np4}XVM
zs>k+Q*2$%MY%@gsY;=g9jZPa8KcU!tK>T)zg?Ob8#4nJk3=zKyr6dONOW@>7I=P5n
z4k}qi{1Q0%65^NhsjMP?6-v_>#BYkFKB@G9_|>5)67drX?*Z}ixV2q6xrm?5u%{3D
zMGb(6p8+jw>FI-h(SW5gMEnA!284dmz=Yw70R5sXGWX{XFA?;Mjy;O>i(YP6rC+qG
z2>qhQPfjio2DGq+>Tv*4A99JPvzkV#21WIF$|s*Z6u<n#-(i*NvHg~Ha;YBM3=uyY
z9pY!B(?-NkD0UwZzg=P>Ug-nz3uG!o#IHgri9!4lIQf!JF5;JiN>&lS1Wvw$_~m>m
ztB7BP(liF~n_{U?Dt#b+b!du2{Di`LK>R#zZI@0i;%77L>4Sbz10dpOKnq)X`k-Gl
zV5tldzd)%0p<gsGVYnhdzvzn0{rSU71pT7)i;4ihU-bU@?J7dQs6n1fgaIvVp?VyE
z)Q4Om>a3=bszFgbp7O~j55+J4@ON0HdThUCom{HNHbcbEMu+&>=(G{>6N=pj#BY~a
zh*$bR`~sQE5b>)}N@5Vd1WvxBlZ*J}ppsR@FM*RUA$~cZ$|~Ylp)`#_{H9pylS&_m
zUmcnv5kH~u9uPl|Tid0Ri}=|Ld-|YX)BuS18PLL(o<8Uo4Ol8e#4k{4K<F0@Oc<^R
z&@Z|obASHu5<$PHx+U8Kzh9K!FM9b1cNL*u)WFUq!hjaGP(2Pn>O(FObym|z)u5;z
zPx<7NhvJui_&cmpJ+|MnPA=7Bn<3(7qeJ{`blQmc3B~RM;<rmI#4CLuet}G7i1<|~
zB{7I!0w-V6$wmBfP{}Idm%z!F5Wk#HWfk$OP@2Xdep4*<Nu>|OuMSO-h@Vh+4~U<~
zt?kmuMf_}rJ$=wGY5+w13}|6XPapJ)1}v2!;uk12AoPm{CJa{u=oej)xj%n+iJ)JU
zeo+zlXn()x-~0QY`N#jm|9JD?|LVW_Z}n$y58wF4H}0R`t|Ih{8sxb|7|_BNs>cCH
zeaI!E&T1N|8Wh#zDW81uQ2g=_e}`47$M##+$)$R1GerDsbcmmgP8$(Fq1b&u{C0_j
zc%=`-FOaDW5x)whBnI(I;N(j>xrkp5Dp^JR5;*x1;+ONOtRj9DO4As`Z;GWpsq}&P
z)uAa8@e>N~0rB&=wOu;7h@Z`{rw{r?4S<NB0WECl>4SdJfTc1-`~sy0gnrS$gyD(+
z{h})}_va5U5%i0W9fSOS(U0)=i+=WdKX>`t|JncYe~fRRe$o3szD~Z8OT-DizL)B;
z&5%okjjnH04T|cqLGn=ijBk9gEmV)~7pjv>_1I?E(+B@UAp;=dXFv;E5WfJVK1BTL
ztfrAlABf+SPd<tG<$NAj5x+-7s{ox`#BYV@aUSt|M6?P({8nV@^N3%aRft6V0+8LI
z(g)(Vi>}2Zeg?F03*tA@*m~B<Mf|q7jln&A&@VbNDLx~9MNmmtPapJ)CWux`h+iPn
zfY2`*m@r%spkH)F=KlQQC4zp@v15>a(aRm1pZwIP#h-rB`#(KC*5Ak_;{5edJ+>Kg
ziLlZ2jjBOWJvK-lil6a~FSdp1vHe1Ia;YBM414;ZU(^7I_!-c`7Q`<AsSgpqI;&}<
z(g)%<<&#e$emS4VRmATR(JDYE7x7ymdYni69uchq5Wf|f`aI%SXB8q5zW`)+sPuvO
z?V@Y(h@Sy%+=BRxG`5~~auL5RZewsyAM}fkOp4ElUlCLi*3$?5q6wna65<!gG$8bg
z1||$w1n3uCk-0yAc!{82RQ-zWfqqf?MK2%Wt|GJz7}&W)7|_BNs>cCHeaI!E&T1N|
z8Wh#zDW81uQ2g=_e}`47$M##+$)$R1GerDsbcmmgP8$(Fq1b&u{C0_jc%=`-FOaDW
z5x)whBnI(I;N(j>xrkp5Dp^JR5;*x1;+ONOtRj9DO4As`Z;GWpsq}&P)uAa8@e>N~
z0rB&=wOu;7h@Z`{rw{r?4S<NB0WECl>4SdJfTc1-`~sy0gnrS$gyD(+{h})}_va5U
z5%i1FFDe3G`tsN57rlIhyNb{+YGCIQVL%I8s2&F(^&yvtI;&}<YEV><r+o6sL-ET$
z{2f-Q9@}qOCztB6%@Fak(II{|I&DP!gktvr@!KU9;*~xSzd)ukMEok0k{HA<fs-%k
z<RX4KsALuKOW@>7h+od9vWoasC{1G!zbTgbq|yiCSBIuZ#7`)^2gJ|g)^_RSB7Qc*
zo<8UoH2@-h2DGrHrw{r?1D47V@e7n15c)*}6NW1S^oy>@+@C+ZM9?p)Zb^Q>DE*@M
z&u>=|`b7=$Tp|o;VGGsc0Hi+T5>aP0jZ_Va>hY9MK6xm9`G>#5D%E5AE$ie`J+>Jl
zel|M9&qk+>h@VjGJ|KR(#6rB%2jUmVRECIOg;ElO_$6@iC7oQvF9(&ZB7O;+d<pT(
z`BYXBzY3*k4B|J%QlC`%K>X^^6p8o=h4+B?dEDAAom|AvX4umQ{h|gy#Ls{hw)FHt
zzi7Zx86tjxQUgN2Xkfx{MSy<M6`A|<hnEQYMd=q60s2MnpWm(`^ottgxkMPy!WOE>
z0Z4twC8Ex18mSr-)#E9jeDYBI@(+K9RjSAKTh_^?dTcX9{A_fHpN&o%5kH~WeL(zn
ziG_Hj55zB!sSFXn3Z*0l@k`+3OFFrTUk)l+Mf?&t`4Zxn^Qo*Neicg77{qUir9P?j
zf%w&-DH8D$3hx2&^SHHLI=P6S&9J8r`b7<Zh@Sy1Z0YHPe$jxXGDQ3Wr3Qq4(ZGb^
ziU9qhD>C=z4=)k)i>h0a-!DqP=>7BCRfK*~gFKfA16tTZ^*8{j54l9tSxqBVgQ9vo
z<&#eyieLWW@32bs*nZ18xm1sBhKQey4)L?mX(Qq%6uS?I-!8Ebuk?ZV1u~T(;#Z-R
z#2|hNoP0?q7xBwMC98;E0w-TW{Bk~(Rm87CX&Qt0O|jG`l|B%^Iy6NhenR0rAbuXV
zwo4}$@v|BB^g+L<0TA&spoJ|xeb6r&uvCVKU!c^0&@UR8FkBI!Uvx$0{`}!3f__o@
zMMZ#q(fjAOs|fv~26-+K2DGq+>Tv*4A99JPvzkV#21WIF$|s*Z6u<n#-(i*NvHg~H
za;YBM3=uyY9pY!B(?-NkD0UwZzg=P>Ug-nz3uG!o#IHgri9!4lIQf!JF5;JiN>&lS
z1Wvw$_~m>mtB7BP(liF~n_{U?Dt#b+b!du2{Di`LK>R#zZI@0i;%77L>4Sbz10dpO
zKnq)X`k-GlV5tldzd)%0p<gsGVYnhdzvzn0{rSU71pT7wmgM(~(l2`d{B{+gU(_Ja
zCBlFfwop9|K<Yy-5p`D6NY$XI9#8q?lZWD$fA~ABQa!fcvQ945W1Au3XQM;>Y;@X)
z_zA`C1LC(!EW|5)Abx>NWr+AyC?zq7Ujipz(#b{qa!|=C;+Me5mk__4Ph}PHt5BN8
zAbwLU^+}}<#IFubk%*sAcn^r5$F1$s$wmBZhCO}IFKPfp{0wMeOHUv4iv}!}A>tP(
zH6Zkh1||$w1n3uCk-0yAc!{82lzveWpkMU<`Ryt~zo<c;ON0R}Y@vD_fYgUvBI>NB
zk*YyaJ)ZK(ClAFh|L}KMrFv|?Wu08A$2LR6&qjy%+32(p@e_*O2gGleScq5pK>Pxk
z$`J9ZP)cGDzXVRcq?3#I<)D&P#4mx9FCl(8pUNuYSD`eGLHwpz>XS+zh+iF=A`w5K
z@E#C9k6YWNlZ*J-414;ZU(^7I_!-c`mYzQ77Y$e{L&PsoYCz~04NMrW2+%LOB6ENK
z@Df44sJbQj{i5`X-ao%xMd%kb$a9G>poJ||j{}hUkV{0J)ihEyD5}R(KKbOK_~jq|
z4y#m;?YFFxOZC`hi1^v)5I-B8HX?pPvHO7d?Gg*|N*{<{AX6D4eiced4C0r-$(M9;
z5x*Q%vWoa6aPlR@FXvNPMf@t1rZI@$6ia<l=>zerLsKN;CluZT;^%Q|yL569Kbv7s
zAM}eF01-a}TG-Ol2mPV}OJ#`o1xgJF{i1;h!xaJgMOS3*&mUeQ=oh75R0QZ3y?=hY
ziqJ1=kmnL%Knq)_9tR-xA(x0ct7)WaP*jhneDcXd@ykE_9agCx+izJXm+G<25b?9o
zA$~SGZAAQpV)p^@+a(s_l|B%^K&CQ8{3?`^7{o7ulP~GyB7QljWEJsC;N(k)U(Tnp
ziuhG1O=A$hDVF-A(g)&Kho(rxPbj<x#Lwf_cIo6Iem29NKIj)U03v<{w6LY85Bfy|
zmdX(E3zQlV`b7g1hART}i>}DrpFg}r&@ZZPNq)a5{i65JZ&wleMGf*?A`EC@3)SNQ
zq(0;lQD-%cR1J#i@sv+Kc_@DQhrh!r)nofD>*P{BwizORHaf)5MyHL4pHS>RAbz{V
zLcG!k;upwNhKOH<QWAssC2;a3om|8(2bHWMehHj>3GvJMR8|qc3Z-cb;y1-opH%ul
z{OZsYiTDYH_kj3$+}bXkT*S|2*wY97q6R?3&wv)T^z=c$Xuwh#B7T8V146%OV8U=k
zfPT>xnfvpHmk9br=@%6N`bF=b->xF`iyGv)L>SP*7OKYqNPWm9qRwg>sTvg3<0+qf
z@=*Np4}XVMs>k+Q*2$%MY%@gsY;=g9jZPa8KcU!tK>T)zg?Ob8#4nJk3=zKyr6dON
zOW@>7I=P5n4k}qi{1Q0%65^NhsjMP?6-v_>#BYkFKB@G9_|>5)67drX?*Z}ixV2q6
zxrm?5u%{3DMGb(6p8+jw>FI-h(SW5gMEnA!284dmz=Yw70R5sXGWX{XFA?;Ms#}uZ
zFG|1Y{qx&Zgnm(jJeLRqTG&GMH~^^+xkS`iO(Ru<qIx{#lTRLsU;g3muuApVe#<(!
zRF7?jh@XuP@w3rsBjP6%yAO!pF0l}=^nv&VGL<3XSD}=|Abts)d`Tx4@ykIatB79$
zCtpJRaz2$+#IHhW8iV*vvD7D(J`le;G({qQLg76iejc~BOD7lcvl;gELBFU05b-mh
zg)KdO&@URWRECIOpwxiSFB+IIToIsObVcU={NW{neo^{GMSy<M`{%c-2>qf4c`gwK
zw6KNhaR5>ua*3$3nntPyMfG^fC!ahNzx>1BVU_B!{g!odsUF)55kDIp;%B4NM#N7j
zb{`PGU1A|#=>zc#WGX|%uR<w_LHrUp`I1g9;+KO;RuR7hPQHZr<$Nluh+l=$GzRgT
zVyRCmeIR~yXo^Jqgu;73{5)=LmrgF?XEW^SgMLv1AmV303tM{npkFj#sSFXnK&b(t
zUo<dbxFSHm=!(q!`NK;D{i5oY<oAoxFM9v{b`_yt)F96#!hjaGP(2Pn>O(FObym|z
z)u5;zPx<7NhvJui_&cmpJ+|MnPA=7Bn<3(7qeJ{`blQmc3B~RM;<rmI#4CLuet}G7
zi1<|~B{7I!0w-V6$wmBfP{}Idm%z!F5Wk#HWfk$OP@2Xdep4*<Nu>|OuMSO-h@Vh+
z4~U<~t?kmuMf_}rJ$=wGY5+w13}|6XPapJ)1}v2!;uk12AoPm{CJa{u=oej)xj%n+
ziJ)JUeo+yiU-bU@?J7dQs6n1fgaIvVp?VyE)Q4Om>a3=bszFgbp7O~j55+J4@ON0H
zdThUCom{HNHbcbEMu+&>=(G{>6N=pj#BY~ah*$bR`~sQE5b>)}N@5Vd1WvxBlZ*J}
zppsR@FM*RUA$~cZ$|~Ylp)`#_{H9pylS&_mUmcnv5kH~u9uPl|Tid0Ri}=|Ld-|YX
z)BuS18PLL(o<8Uo4Ol8e#4k{4K<F0@Oc<^R&@Z|obASHu5<$PHx+VGjqV$X2Kfhf?
z=odA}bBQpZg)LN%1CaWVOGKU3G*UGvs>f44`Q)Ma<sbeIt5lEex2%&(_1I>J_}S<X
zKO3DkB7Q=#`+)fE5)1K4ABbNdQyC(D6-r4A;+Me5mvnLwzZ_JuiufgP@+HJC=Tlil
z{3?{DF^Jz3OMO!51M#avQzYUi6y5{k=W%PhbaD|tn_*8M^otq*5kCW3*wWJn{h|R&
zWr+9%N(~78qJas+6#@E1S7h$bA6_Ep7o}fR1n3vNe}21)&@XC`=MrH+3tOlj2O#w!
zmxwy6X{2gURF9{8^2tN-%Rl@bR;eD_Z&@do>aoob@w3q(el|L7MErze_W|+SB^Kh9
zJ`le^rZPnQDwL8K#4mx9FX`kWemSUQ74b{p<V%QO&Zn}9_*E!PV-UY7mina92jW+U
zrbxt3D7**6&*Rp1>Et4QHp8Ai=od8rB7O$6u%)LD`b7hl$`J7jlo}BFMFSItD+2V3
zuE^Y<KfFZHFRE@ye!u9u^^5+<|Mb6&Z~q5=;0ONa>;L@1FZ{yK{_M~G{LlaVSHAL<
z`#(KC*5Ak_;{5edJ+>KgiLlZ2jjBOWJvK-lil6a~FSdp1vHe1Ia;YBM414<Ee<)-C
zMEneBVGH6HfYgVGU!B!7Qt1QnoASvg5x<<z<0|6!h-ej{lZ*JR5IxQ#evgP&0f^s<
zOnn~ltFsD`h+hD*J5>5W{C3f`c*M_uHf}-uMjBhsI=P777Pm3Drw{r?M<&H*#IFb{
z3G3;De$fQcY6<ZRWEv3qMFSItD+2V3uE^Y<KfFZHFFJM%{_?MW^H;w9t(*UT*C#%q
z|A5bZ{`+ozb^ER_eE%2q?d{>+`bEF^BR@C(@ju$<@A;nZx&PDSWBrX>BF<kQ)nl6>
zmk1kO->4cC)nkL?q4*i!_+neA9@{TeCztB6&9J8r`b7<Zh@Sy1Y(e}2kopkutFxL$
zDt#b+Q$G15;+OMzTt)mI5v>ArauL53qQ`l}?-9`|0P$Oqsm~*Rbygt~@e4q9he{ua
z-!8fqkN6qT#x027NMq|+Cl~SC;x-2N^g+Mq$fWp;_!U7VVLg4&FPb1)Eg^n^Oanr{
zXkfx{MSy<M6`A|<hnEQYMaM2d`b94{tbX!SpBDeme(&cle>?r6_kUh}2fvX^#5qi=
z$2LPQ5jMKMQ8g&4#|Ftm@iV^h#kNpAwqK}DF4be3VNW0Qiy8nCKLc9Wg7^g>^&#R{
zXElvf`at}qeDX=eFX!{PiugSuS_SCjB7Q4GkMoG%BcfFR;<qAGpGW-atU@H>7l7;z
zl|B%^U34uT@iU-}TM)mI#@4e=F5<VvZ4B<|gMQJGN%0x+D}qYGditPWG(oglLi_@m
z284dmz=Yw70R5sXGWX{XFA?;Ms$a1^&@XzqW0QVS{q^Jbi|+pL<Pxz<?8A7f#~(5&
z&Txq+f?9>C21WIFg(#Un6u;z?-(-pEvHhZTa;YBM414;ZU(^7I_!-c`7Q`<AsSgpq
zI;&}<(g)%<<&#e$emS4VRmATR(JDYE7x7ymdYni69uchq5Wf|f`aI%SXB8q5zW`)+
zsPuvO?V@Y(h@Sy%+=BRxG`5~~auL5RZewsyAM}fkOp4ElUlCLi*3$?5q6wna65<!g
zG$8bg1||$w1n3uCk-0yAc!{82R1JIdi}HVue*DXD`T5hI{`5ckNdNiT*S>cD$Jfa>
za)~&h*Y{FAwi$AXu+jC6szFgbHb@?dpYe?^wuS1k{X%tesUF)5d-|YX)BuS18PLKO
z#4iA;4-vmQt7)Xt2jVy7lTRXkIiJT>#P1Q&DnKU}@mnE!oJaf~5v>9czZIGKJmObp
z6(SM80AzQl^nv*8qHFPpp8;*$g7}Rzww`rz5x*^NV{lI&^ox#6iqD8&5mXY^(+B;c
z38K{!;upv?AoPm{CJa{u=oej)xj%n+iJ)I}YzyS~i@x*k7ya>H{PLIo&;RS@zu*10
z|NZf=-$(oWm9Ko|{*SMdZ{!kjLa*<odTcY~5@Dn38&!j%dTfw96hGq|Uu+B2WBY~b
z<WfDh8TRx+zo-Ea@iU->Er?$LQXe9Ibym|zr4Ph!$|s*h{Bk~ztBBttqE&!SF5<UB
z^f-_BJtA5KAbu+{^?Agv&MHJAegVktQ0W8l+eO#n5kCXkxCQYWX>2{~<RX4s+{WOZ
zKIj)6nG~N9zapq4tfvq9MH57;CB!d~X+Y=~4NMrW2+%LOB6ENK@Df44=-8x3zvw&n
zi~iGp{;w|o@xS};{N3@d-$(mQzv%s+-XHllQa!d`0hb6HUEio06xCyc<e~T(-}qu%
zs2<xdR413}vCXij5Bfz7fK-nSXkiQD7l71<h+m!6G*amU@tg9=ClSA#&*LiM_lRf}
zpp%REtq?uVBYuyFRso3LicEbT@vE~6k%(UavO84zK>T*mwRptOfHrPH{6-pE&pNq?
z-xjwqxTg>LMMoyZXT+}vDhcc9gMQHj(P|0t3uGD)`b7g1hART}i>}DrpFg}r&@VbR
z>CrEGxnc5?pZc`;fA)Jnclq1D_#;23Z*LFui{Ah7b@Gi|B2MV_y;P5FhFl_SbbX_0
zP*jf%l854FeB+C4p?Yk;P@P<=$2P;BKIj)U03v<{w6F#73qa~a#IMe38maVw_)Yob
zlZao==W!MBdqlJf(8)#oR)`+w5x+-7s{q7rMW#NF_|;j3NW?Dy*&Ql<Abz{(T0G)s
zKpVFpej|;oXPsQcZ;RU)+|vjBq9c>yGvZeSm4x;5LBD8%Xtjj+1u_i?{i1;h!xaJg
zMOS3*&mUeQ=ocM32I&{Q+_6c&sQ&tW^3(s;_xxx7<;{Qp<Nx$O*SEI^e!uAbpWYw&
zH&Q*eUjdg08(rV18Wh!IgXE$38Q=I~Tc{q}FH|R&>aoqRrw{r?4S-aS4QOEt;unC_
zhlpRD)ihG+1M!>k$tMxNoX_Jb;`fMX6`+%g_^l8<&Le)0h*klJ--=9q9`UQQ3XzCk
z0J1w&`at}4(Y1KQ&ww^=LHtG<ThBVVh~E~sF}SA>`b9@3#b?B?2r3Ed>4SdJ1kq{<
z@e5=c5c)*}6NW1S^oy>@+@C+ZM9?ofw#?BlO26n$0^|QZ`hW15e|Yn&+jsqoul~mP
zm!E#o`#-%u@^7SiY`+375jMKMQ8g&4#|Ftm@iV^h#kNpAwqK}DF4be3VNW0Qiy8o_
z9vjfY7Q`<AsSgpqI;&}<(g)%<<&#e$emS4VRmATR(JDYE7x7ymdYni69uchq5Wf|f
z`aI%SXB8q5zW`)+sPuvO?V@Y(h@Sy%+=BRxG`5~~auL5RZewsyAM}fkOp4ElUlCLi
z*3$?5q6wna65<!gG$8bg1||$w1n3uCk-0yAc!{82bZnWUU-WXzBEMf$fBone-TmRo
zC1RJ@hw)U8KV(vz;Sx~<wF*-Wit6zSQ8Irhe#s}l$r9CL`$g;IQa!dA_Vhu&r~wf1
zGoXbnh+hCwA0mErR?|qO55#ZEC!a+8az2l%h~FckRe(+|;<rNdIFI-}B3cC?ek(Hd
zdBm^IDnufF0m$x9=>zfGMc3jHKLgsh1@RkcY(4AbB7R%k#^9bl=ocNC6rT~lBB&&+
zrw{r?6GW>e#4nI(K<F0@Oc<^R&@Z|obASHu5<$PH8ur=){i5`X-Xy^97d`ob$tB{1
zUf)ag*k;Hj!baCOss=^%*dTc*e#SSx*cPhC_6ya?rFv{L?CFDkQ3D|2XFv;E5WfJV
zK1BTLtfrAlABf+SPd<tG<$NAj5x+-7s{ox`#BYV@aUSt|M6?P({8nV@^N3%aRft6V
z0+8LI(g)(Vi>}2Zeg?F03*tA@*m~B<Mf|q7jln&A&@VbNDLx~9MNmmtPapJ)CWux`
zh+iPnfY2`*m@r%spkH)F=KlQQC4zoY`b9<HOJDx_&2Gu|UHpDg!RPmj?*8!P60u9{
z!+5I4A2KP<aET~_T7{_wMfG@vD49PLzvPqOWQppr{i1bpsUF)5d-|YX)BuS18PLKO
z#4iA;4-vmQt7)Xt2jVy7lTRXkIiJT>#P1Q&DnKU}@mnE!oJaf~5v>9czZIGKJmObp
z6(SM80AzQl^nv*8qHFPpp8;*$g7}Rzww`rz5x*^NV{lI&^ox#6iqD8&5mXY^(+B;c
z38K{!;upv?AoPm{CJa{u=oej)xj%n+iJ)Ip4SVf@-!DqP=uHCre$kU3m|P-G==Hr+
zk8OrrB5ZVhqiRr8j}4NC;%9v0i*2ELY`;*QT&l-5!=66q7c~GPeg?F#1@Q|&>O;h@
z&T1N|^nv(I`Q(#`U(V-o74dsSv<lG4Mf_HX9_JCiM?|Xt#BW8WK9Bg-S%pZ%F96vc
zDt#b+yXaax;%7h`w;+Bajjd;$T*PmS+Zf!_2mPWWlj1YtR|J)W_4Gl%Xo6_9g!lzA
z4G8_BfeFJE0s2K(WbV%&ULxohrC(G8`2C_cn?>7q(Jy-P1CvX{3BA6T>aop`ON5QC
zZ&VG6>ajucQ2dN<e6cN5kL?$#lS}p3X4umQ{h|gy#Ls{hwjh21NPUR-)mcp=l|B%^
zDW7~2@yq!<t|ESqh*kkQxrpBi(c?Vg_lRf}fcUM*)aMbuI;#+g_yr)lL!}SIZx>yQ
zNBj(E;}*nkq_Op^lZ*ImaT|ks`k-HQWKw)a{EDEGu%15X7fleYmJq){rU9W}G%#Vf
zB0#_Bip>4_!%GDHqUx69_lwdmO26p+pJ4Vka*43fX(QERq1b)k60u7x#H$8H^*E5J
z3=hSx@)fTgL-p8xzdE^8k8OrMeb6sz07U!@XkiQD7l71<h+m!6G*amU@tg9=ClSA#
z&*LiM_lRf}pp%REtq?uVBYuyFRso3LicEbT@vE~6k%(UavO84zK>T*mwRptOfHrPH
z{6-pE&pNq?-xjwqxTg>LMMoyZXT+}vDhcc9gMQHj(P|0t3uGD)`b7g1hART}i>}Dr
zpFg}r&@W2As0h$6O26p+pJ4Vka*43fX(QERq1b)k60u7x#H$8H^*E5J3=hSx@)fTg
zL-p8xzdE^8k8OrMeb6sz07U!@XkiQD7l71<h+m!6G*amU@tg9=ClSA#&*LiM_lRf}
zpp%REtq?uVBYuyFRso3LicEbT@vE~6k%(UavO84zK>T*mwRptOfHrPH{6-pE&pNq?
z-xjwqxTg>LMMoyZXT+}vDhcc9gMQHj(P|0t3uGD)`b7g1hART}i>}DrpFg}r&@ZZP
zNq)a5{i5`X-v0?^e<PO&8=W>%Jr;`H2QCr2#6rAkP*jftnac1`{3>7Z+A&m*?f0vb
zOZC`h*wY97q6R?3&wv)TAbtTzeTewgSxqCAJ`letpL`PW%lSO6B7TpERslM>h~Em)
z<2>T`h-ejn_^rs)=Mld;s}PC!1t7aar4Ph!7hQ`-{0wO07Q}C)vGuHzi}-DE8-siL
zpkH)kQhY}IilCCPo<8UoO%Sb?5WhgC0ij<sFk!eNK)>jU%>DVpO9cI*^oxoB{i5`X
z-v0?^e<PO&8=W>%Jr;`H2QCr2#6rAkP*jftnac1`{3>7Z+A&m*?f0vbOZC`h*wY97
zq6R?3&wv)TAbtTzeTewgSxqCAJ`letpL`PW%lSO6B7TpERslM>h~Em)<2>T`h-ejn
z_^rs)=Mld;s}PC!1t7aar4Ph!7hQ`-{0wO07Q}C)vGuHzi}-DE8-siLpkH)kQhY}I
zilCCPo<8UoO%Sb?5WhgC0ij<sFk!eNK)>jU%>DVpO9cI*>Xzj9i_$Mjzv%s+VD>k1
ziLlXWBh_P}*nQv<u}dt(s|H2&IFP9f55=$Y6|Wsb_1J#DI=NJjZH7I4&@XBLMEneB
zVGH6HfYgVGU!B!7Qt1QnoASvg5x<<z<0|6!h-ej{lZ*JR5IxQ#evgP&0f^s<Onn~l
ztFsD`h+hD*J5>5W{C3f`c*M_uHf}-uMjBhsI=P777Pm3Drw{r?M<&H*#IFb{3G3;D
ze$fQcY6<ZRWEv3qMFSItD+2V3uE^Y<KfFZHFG|0t2+%J|zv%s+VD>k1iLlXWBh_P}
z*nQv<u}dt(s|H2&IFP9f55=$Y6|Wsb_1J#DI=NJjZH7I4&@XBLMEneBVGH6HfYgVG
zU!B!7Qt1QnoASvg5x<<z<0|6!h-ej{lZ*JR5IxQ#evgP&0f^s<Onn~ltFsD`h+hD*
zJ5>5W{C3f`c*M_uHf}-uMjBhsI=P777Pm3Drw{r?M<&H*#IFb{3G3;De$fQcY6<ZR
zWEv3qMFSItD+2V3uE^Y<KfFZHFRE@ye!nRFqV$X2{|RP)BbNvpoi<WE7K+^mE)l!L
zLcD5FRF4Ch%J5M9Dqr#1F;tK3_p6gj_1I?E(+B;c20+BmfEKnOegQ~*i1^i6O(T^)
z5Wgv(d=l}?`8=*7evgP&0Xn&e-wM&=JmU9=Xcd6?t;p2p5x+XC5Q+E&AiG1Q55#X5
zU5iKj3~1vP#BZdr^{kVN_-%0;gM0d*Uvy+rd`A3=ppvkjKIj)s5UrLFzd)t|p<gsG
zVYnhdzvzn0{rSU71pT7)i;4jKqV$X2{|RP)BbNvpoi<WE7K+^mE)l!LLcD5FRF4Ch
z%J5M9Dqr#1F;tK3_p6gj_1I?E(+B;c20+BmfEKnOegQ~*i1^i6O(T^)5Wgv(d=l}?
z`8=*7evgP&0Xn&e-wM&=JmU9=Xcd6?t;p2p5x+XC5Q+E&AiG1Q55#X5U5iKj3~1vP
z#BZdr^{kVN_-%0;gM0d*Uvy+rd`A3=ppvkjKIj)s5UrLFzd)t|p<gsGVYnhdzvzn0
z{rSU71pT7wmgM(~(l1KC=>4By_BV2gu+eEF)nlR9ec%$YODx2z21WHakf{t0#jo-e
zuN_16*nYn{xm1sBhCO}IFKPfp{0wMe3*r}m)Q5;)oz*l_=>zeb^2sL=znstGD&qHu
zXceH7i}<Y&J<cP3kBC+Qh~J7#eID_vvkH-jUjVW@RQf>tcG0zX#Ls{>ZbAG;8e7jg
zxrpBuw=uY<5Bfz%CdFsOuLvp$>*<4j(FD<I3GoYL8W8$L0~3ZT0`!Zn$lRYlyhPA1
zO24QG&@W2A=>4By_BV2gu+eEF)nlR9ec%$YODx2z21WHakf{t0#jo-euN_16*nYn{
zxm1sBhCO}IFKPfp{0wMe3*r}m)Q5;)oz*l_=>zeb^2sL=znstGD&qHuXceH7i}<Y&
zJ<cP3kBC+Qh~J7#eID_vvkH-jUjVW@RQf>tcG0zX#Ls{>ZbAG;8e7jgxrpBuw=uY<
z5Bfz%CdFsOuLvp$>*<4j(FD<I3GoYL8W8$L0~3ZT0`!Zn$lRYlyhPA1s%}YszbO5p
z^o!pA31)vImk1l3Hc~wniroh;5xc}fylPNXj{}*?@KF3JU-8;8RFCcVtCLIh*k;(%
z2mPW3K*Z007PcUM0Z4s__|;iWBb7c7zbT)567kFVJgy>skBC+QI=P773en>{;`fMX
z6@d7y$kgW%zdEZBiTDK|yF;Z9#BUc}i%0wnXyX>dZ=|vHtdooQZE+ied-|YXbYxO|
zM*NDPlCYjW=od{8t(FkKK&AnqUo<dbxFSHm=!(q!`NK;D{i5`XiU9qh^o!pA31)vI
zmk1l3Hc~wniroh;5xc}fylPNXj{}*?@KF3JU-8;8RFCcVtCLIh*k;(%2mPW3K*Z00
z7PcUM0Z4s__|;iWBb7c7zbT)567kFVJgy>skBC+QI=P773en>{;`fMX6@d7y$kgW%
zzdEZBiTDK|yF;Z9#BUc}i%0wnXyX>dZ=|vHtdooQZE+ied-|YXbYxO|M*NDPlCYjW
z=od{8t(FkKK&AnqUo<dbxFSHm=!(q!`NK;D{i5oY<oAoxFG|1Y{hwg=H*$%v(P<;q
zW1-l6;1aP*EX1n@MfEt4sSFRruksbI9Ygile!n`oRF7?jJ$=wGY5+w13}|5s;unC_
zhlpRD)ihG+1M!>k$tMxNoX_Jb;`fMX6`+%g_^l8<&Le)0h*klJ--=9q9`UQQ3XzCk
z0J1w&`at}4(Y1KQ&ww^=LHtG<ThBVVh~E~sF}SA>`b9@3#b?B?2r3Ed>4SdJ1kq{<
z@e5=c5c)*}6NW1S^oy>@+@C+ZM9?ovzo-b%FG|1Y{hwg=H*$%v(P<;qW1-l6;1aP*
zEX1n@MfEt4sSFRruksbI9Ygile!n`oRF7?jJ$=wGY5+w13}|5s;unC_hlpRD)ihG+
z1M!>k$tMxNoX_Jb;`fMX6`+%g_^l8<&Le)0h*klJ--=9q9`UQQ3XzCk0J1w&`at}4
z(Y1KQ&ww^=LHtG<ThBVVh~E~sF}SA>`b9@3#b?B?2r3Ed>4SdJ1kq{<@e5=c5c)*}
z6NW1S^oy>@+@C+ZM9?p)Zb^Q>DE*@Ji{AeUW`84>2pgR?Qau)m-3KlayTn4gYEV><
z1DVS3Q2Z)i@!By|kL~xXlS}p3X4umQ{h|gy#Ls{hwjh21NPUR-)mcp=l|B%^DW7~2
z@yq!<t|ESqh*kkQxrpBi(c?Vg_lRf}fcUM*)aMbuI;#+g_yr)lL!}SIZx>yQNBj(E
z;}*nkq_Op^lZ*ImaT|ks`k-HQWKw)a{EDEGu%15X7fleYmJq){rU9W}G%#VfB0#_B
zip>4_!%GDHqV$W30R5u$i{AeUW`84>2pgR?Qau)m-3KlayTn4gYEV><1DVS3Q2Z)i
z@!By|kL~xXlS}p3X4umQ{h|gy#Ls{hwjh21NPUR-)mcp=l|B%^DW7~2@yq!<t|ESq
zh*kkQxrpBi(c?Vg_lRf}fcUM*)aMbuI;#+g_yr)lL!}SIZx>yQNBj(E;}*nkq_Op^
zlZ*ImaT|ks`k-HQWKw)a{EDEGu%15X7fleYmJq){rU9W}G%#VfB0#_Bip>4_!%GDH
zqUx69_lwdmO26p+pJ4Vka*43fX(QERq1b)k60u7x#H$8H^*E5J3=hSx@)fTgL-p8x
zzdE^8k8OrMeb6sz07U!@XkiQD7l71<h+m!6G*amU@tg9=ClSA#&*LiM_lRf}pp%RE
ztq?uVBYuyFRso3LicEbT@vE~6k%(UavO84zK>T*mwRptOfHrPH{6-pE&pNq?-xjwq
zxTg>LMMoyZXT+}vDhcc9gMQHj(P|0t3uGD)`b7g1hART}i>}DrpFg}r&@W2As0h$6
zO26p+pJ4Vka*43fX(QERq1b)k60u7x#H$8H^*E5J3=hSx@)fTgL-p8xzdE^8k8OrM
zeb6sz07U!@XkiQD7l71<h+m!6G*amU@tg9=ClSA#&*LiM_lRf}pp%REtq?uVBYuyF
zRso3LicEbT@vE~6k%(UavO84zK>T*mwRptOfHrPH{6-pE&pNq?-xjwqxTg>LMMoyZ
zXT+}vDhcc9gMQHj(P|0t3uGD)`b7g1hART}i>}DrpFg}r&@ZZPNq)a5{i5`X-v0?^
ze<PO&8=W>%Jr;`H2QCr2#6rAkP*jftnac1`{3>7Z+A&m*?f0vbOZC`h*wY97q6R?3
z&wv)TAbtTzeTewgSxqCAJ`letpL`PW%lSO6B7TpERslM>h~Em)<2>T`h-ejn_^rs)
z=Mld;s}PC!1t7aar4Ph!7hQ`-{0wO07Q}C)vGuHzi}-DE8-siLpkH)kQhY}IilCCP
zo<8UoO%Sb?5WhgC0ij<sFk!eNK)>jU%>DVpO9cI*^oxoB{i5`X-v0?^e<PO&8=W>%
zJr;`H2QCr2#6rAkP*jftnac1`{3>7Z+A&m*?f0vbOZC`h*wY97q6R?3&wv)TAbtTz
zeTewgSxqCAJ`letpL`PW%lSO6B7TpERslM>h~Em)<2>T`h-ejn_^rs)=Mld;s}PC!
z1t7aar4Ph!7hQ`-{0wO07Q}C)vGuHzi}-DE8-siLpkH)kQhY}IilCCPo<8UoO%Sb?
z5WhgC0ij<sFk!eNK)>jU%>DVpO9cI*>Xzj9i_$Mjzv%s+VD>k1iLlXWBh_P}*nQv<
zu}dt(s|H2&IFP9f55=$Y6|Wsb_1J#DI=NJjZH7I4&@XBLMEneBVGH6HfYgVGU!B!7
zQt1QnoASvg5x<<z<0|6!h-ej{lZ*JR5IxQ#evgP&0f^s<Onn~ltFsD`h+hD*J5>5W
z{C3f`c*M_uHf}-uMjBhsI=P777Pm3Drw{r?M<&H*#IFb{3G3;De$fQcY6<ZRWEv3q
zMFSItD+2V3uE^Y<KfFZHFG|0t2+%J|zv%s+VD>k1iLlXWBh_P}*nQv<u}dt(s|H2&
zIFP9f55=$Y6|Wsb_1J#DI=NJjZH7I4&@XBLMEneBVGH6HfYgVGU!B!7Qt1QnoASvg
z5x<<z<0|6!h-ej{lZ*JR5IxQ#evgP&0f^s<Onn~ltFsD`h+hD*J5>5W{C3f`c*M_u
zHf}-uMjBhsI=P777Pm3Drw{r?M<&H*#IFb{3G3;De$fQcY6<ZRWEv3qMFSItD+2V3
zuE^Y<KfFZHFRE@ye!nRFqV$X2{|RP)BbNvpoi<WE7K+^mE)l!LLcD5FRF4Ch%J5M9
zDqr#1F;tK3_p6gj_1I?E(+B;c20+BmfEKnOegQ~*i1^i6O(T^)5Wgv(d=l}?`8=*7
zevgP&0Xn&e-wM&=JmU9=Xcd6?t;p2p5x+XC5Q+E&AiG1Q55#X5U5iKj3~1vP#BZdr
z^{kVN_-%0;gM0d*Uvy+rd`A3=ppvkjKIj)s5UrLFzd)t|p<gsGVYnhdzvzn0{rSU7
z1pT7)i;4jKqV$X2{|RP)BbNvpoi<WE7K+^mE)l!LLcD5FRF4Ch%J5M9Dqr#1F;tK3
z_p6gj_1I?E(+B;c20+BmfEKnOegQ~*i1^i6O(T^)5Wgv(d=l}?`8=*7evgP&0Xn&e
z-wM&=JmU9=Xcd6?t;p2p5x+XC5Q+E&AiG1Q55#X5U5iKj3~1vP#BZdr^{kVN_-%0;
zgM0d*Uvy+rd`A3=ppvkjKIj)s5UrLFzd)t|p<gsGVYnhdzvzn0{rSU71pT7wmgM(~
z(l1KC=>4By_BV2gu+eEF)nlR9ec%$YODx2z21WHakf{t0#jo-euN_16*nYn{xm1sB
zhCO}IFKPfp{0wMe3*r}m)Q5;)oz*l_=>zeb^2sL=znstGD&qHuXceH7i}<Y&J<cP3
zkBC+Qh~J7#eID_vvkH-jUjVW@RQf>tcG0zX#Ls{>ZbAG;8e7jgxrpBuw=uY<5Bfz%
zCdFsOuLvp$>*<4j(FD<I3GoYL8W8$L0~3ZT0`!Zn$lRYlyhPA1O24QG&@W2A=*^#C
zzyJHc|E~}J`OV+_&94pr{MK*%*1?DU>p%R%KfL*8|2O2js2<xdf=h&ru5VNgit4dJ
z@=*MYZ+x*WRFCZ!s*_9g*k;(%2mPW3K&r<Ew6F#73qa~a#IMe38maVw_)YoblZao=
z=W!MBdqlJf(8)#oR)`+w5x+-7s{q7rMW#NF_|;j3NW?Dy*&Ql<Abz{(T0G)sKpVFp
zej|;oXPsQcZ;RU)+|vjBq9c>yGvZeSm4x;5LBD8%Xtjj+1u_i?{i1;h!xaJgMOS3*
z&mUeQ=oeMDB)?yjeo^{GZ~g@P!5{p=@$`MP&tLk|mu~*q{|)&rs>k+=;1Xe@>l;;r
zqIztQJQP3U8((Y-)nogG>f};Awi)*HLBFU0km|7kEo?#j0+9L;@vF0%Mk;+Eep5dA
zB;uFzd0a*O9uchqbaD~D6{5#^#P1Q&Dgg0Yk*UukesxwM67dT_c85wIh~F-{7LWKD
z(8eu@-$-NYStl3q+u}9`_w+%(=*Xn_jQABnC1E{%&@Y-GS}h@dflLEJzi42>a7BQA
z(G{8d^M{uR`bEbswO{_#Z(i;g{H{-YLjM7u`~3G^{`N0?{}=V`?SX#L%lyCl@BCfy
z{|BG>hnK(oUwrj9^zH58D_{A_<sV=4i(Ur);nz_;{*Xy=hD$^d)GAChD5}RRM9KW2
z_$8nGCQDS0?H8?+OZC`h*wY97q6R>!#|E^p1@Q|&>O;h@&T1N|^nv(I`Q(#`U(V-o
z74dsSv<lG4Mf_HX9_JCiM?|Xt#BW8WK9Bg-S%pZ%F96vcDt#b+yXaax;%7h`w;+Ba
zjjd;$T*PmS+Zf!_2mPWWlj1YtR|J)W_4Gl%Xo6_9g!lzA4G8_BfeFJE0s2K(WbV%&
zULxoh9b4w;7rorF_{mRwTKqrzy`Q`M?O*(npVPOuhkyFd|JCLH0QyBo{vYi#zhCrz
z^7>eRBbSK7*QXj3)nkL?q4*i!_+neA9@{TeCztB6&9J8r`b7<ZRF4g4VM|XR-~RTu
z!#u-B0*K!uqC7z91M$m2O;-`WDVF*q;#X%CB6V^Rzd)uwMEvTkLL}lBfEYu>&w$pq
zAbvKwzESA|@iRyweg?F03*tA@*m~B<Mf|q7jln&A&@VbNDLx~9MNmmtPapJ)CWux`
zh+iPnfY2`*m@r%spkH)F=KlQQC4zp@u}h79(aQ~!^o#1RAHQEzC_a)0`bF<2uaEUN
za)~&6eX2oGJvK-lil6a~FSdp1vHe1Ia;YBM414;ZU(^6d_1J(Gw)FHtzi7Zx86tia
zN=b~;2jZ7dS}h@dD>B7-#IFeI!!Vs(#P35m#Tmq}2<pQy#P35UyEBO2E-}R;enR0r
zD19J)20+BmfHrPH{6-pE&pNq?-xjwqxTg>LMMoyZXT+}vDhcc9gMQHj(P|0t3uGD)
z`b7g1hART}i>}DrpFg}r&@VbRr_nD;zvxW@{C-iLzQ6Tv|2seNOaJobzd!zqU)Hy`
z2l_?tC$Eq7H*$$Me0{1xQ9U+D9*UpwjW4!^>aqPob#kd5+YEd9pkLGgNcGr&7Pj>C
zLBD9gQW+wC6-r5r(g)&~P+Bb^ek(G?dBm>>>ccRdT*U7~IK>&nuL$bHFvRaeCc86;
z-!3u5BYr~RJt%!3eg;6q&ww^=LHtG<ThBVVh~E~sF}SA>`b9@3#b?B?2r3Ed>4SdJ
z1kq{<@e5=c5c)*}6NW1S^oy>@+@C+ZM9?of_KeXldb3-yeHXu9RDb>6{P&CgyMO!N
zyZm?WUw-ZX7JT|e?`N)$`!{llIDCVuK~X(6NFIux@r^IGh3c{WLUnSf9@`9i`k-Ib
z07&)NfEKp&^g+L9z)~3^eicedjM4|<mrz<QA$}_|#d*Z92<pQyom|B4Lpa45#IFeI
z!!X3}Lnga3h~F+T#Up+~;XNpQAbtiw#Ls{>ZbAG;8e7jgxrpBuw=uY<5Bfz%CdFsO
zuLvp$>*<4j(FD<I3GoYL8W8$L0~3ZT0`!Zn$lRYlyhPA1I`)jwFM7FWkA6}8^`l?(
z^4~rBMO(I_dTgg`E)h1mzEL$Os>cS&L-8}d@x``KJ+@z{PA=7Bn_*8M^otq*sU929
z!WP6Y0I3fVzdEaFq|yiCH|3L0B7Qla$5q7d5z#6@Cl~QsA$pug{2mdl0ua9ynfg59
zS7#L>5x)Rrcc}D%`0b)=@ra)RZQO$RjWo8Nb#f8EEpB6QPapJ)j!cTrh+h#@64uiP
z{h|q?)e_<t$TT4Iiv}hP|9|%02YTD8tn*!{lO1R5oTeF_lcza4PB}Sa*;rX-Yt3rm
znwnBVP>=*c{)#A)iin6AW?&$o%xkV7I!XQ?QDj+0dIFbbxHLtJqllG%P?8W75L8^V
zbq`njT=%~AeeLUh-uwA;f8OPK-TS(){XEb8x%Ymq@7}*Jzt<vwU(_Nqe|+L50>7vj
z_EH1C=**ry{Gu}b@Qcno_wb9RYQ^bsxMZ`52&2mb<qV3`;{eHt!Y}ZSJ2r&V<M0EO
zmCNaIm|-p-_(cN%IXw<QQ$rAb3W&dp@bj~(W=i=$_*MC|g9yJipV6xbzfnY1f~;JG
zpM_{Nj_?~rWF;W{EHeH$!q3l2Wg`3(klwD84}@PYx|EOb3qUJ}ApA-iU2R#p2){0F
zWpXYb_(e-5&Njl&396Bn%LjhZ1|sVc!cUP&K=6wyCUh+V_(d%;^T#J{BJhifVGqCP
zxvzWA%$_~`qB8yPi_Sdv@QbEu#p!XlWV49~qss&342sj^0Lh8MFYt~#HiXmT@B@{V
z%jt2LVJ;u|MFRjiJq|!qLlAxnh`)>Q^RudEO8G$eRr$1o2){O;(W?l*QAAdPtXzbj
zg=jR6@Eb*BB_RAPGX6Ni&(BI_BK#DP-ma7ngkLYZl#lQWKr4qJ{7M>KZCSYpzb<ZN
zaxNeEMN1~mHp0&ds*#q<2Y%58BI^>uPmxJL@QW%YbS(n-MJ+P($0u$g@QaFJ55FjW
z(U~oaKk$Gbl<9|GbY}SYMN_rn^f+9y*+hiV<$-br#p!W?<V4{Yc*h+Z!s&7Nfy&C|
z^f=5gmk<1+0f3wy2cW4T2tNhH-$nTOSyeNod?5U)eA+>TUz^Y9RfOLtA}c{wF2c`3
zG#W?vjUuuV5PlXJe;ncGXQeU`ehNr$SIP&%uNPg)NB9Mxl|vAIC5^7OtXza&7q>Dw
zmk<1+B@<^G;pYU^NXz8|zi0!IbqV38$Rr^6MHLge76JUC7Mc0u6E_j~Ma8g(UlhOS
z%$7y`qO$t_<-h(nGsDL(nyMA2$KjIACL)Y350o<~PLBg5Ckns7JMP#JPLIP6R8}sh
z$6<!KeBc)i0Oa&I08I@+_$eU%F2c{xs+uX~1L0TY(+(p1+I&W@BK$@XSqZXo5q=h;
z(Ky0y6p@vH@UzJH;|M=LE0u}xQ$TvVQa%uVz35Ut!Y=@=9D?vGX>_$^<s$sLxRuGd
zeBc)?nK;`BKPRY0S}q^>MH`5$O9($jCIP`Os+iEV2;djB$jl#~xQW0oDvmY$qWDE;
zwk+ZomDPt|bpG0r-jUPeFm^T(VRU(*oI!DV93VMS_yyi^$A)lv9Dbm(aydN?GtA`!
zzi0p;r^f+kY6!wl0r7VcetuTfOer4-zbc=05aHM6GkO)_H;Twgkd=$@vk;BO5q_hH
ztOSIgMaCaT`1x6>OoX2T(%Y5tf$-}^m+}#Q0chnAgkMRct1T-R;n&5jOwQ#4zi7$C
z*+%#|K{e8H`M@vQKxAD)_$e|82!2t;gsw#Zzo<oK{`kaA1b$I*tl<~MFN$Au&Tp{i
zJm)#G`tXa+NnYNI(_=x=+h7yXOHAd<85F0-ij1c_QTTb@Vz+ZRJq|x#S-G4ZhZ*Mb
zfnPKLkkjJ;G&Ka_r-1mo2tPloYNnJAgkP0UJBaXW^BKL0@Eb*BCCJJ}_*sZX;|RY|
zL{<XA&m!ZGBmDfVR3^et0qN~Z`9S#fqD%P*zW}sy2*R(V(bblfi}35>Rwn22fnT&_
z;%p=QoS+(MxqRRkZ6LBPA^a4X1O&gRVnWv<fM3)iGk<*ICIY{xIM(os;upm)I_EbS
ze$hE;SKo`%<0=+UkWGY#QX@yspg28lP_iyf6n@srE+@|Earjxw%H{Mp%rKV^{GtJX
zoE`_DsUZkI1;pP)`1x5?Go^eW{HlD~L4;qM&*)Wz-zXw0K~^rp&q6dBNBE5*vJwz}
z78!pW;pb<iG7)|XNN-ol2g0uxUCKxJ1)!Bf5Pl_%uC}aPgkKl8GC7wI{GufjXB*+?
z1l35(<paNH1CezJ;it$XAoxWU6S@`w{Gt|_`QsBe5%@*%iwXh!qWDGU{074>Iw$Sw
zdvSVP#o`IFiSSTr<j5Hmr^gLS)}@KU&wAPA#5p|<KWkaJoF0c6=JJ7GGyss(;{Y@@
z1mUNE_`3){KdWk{ln;bol}|f}@N4rKy^8P~MPwz&%0>8Dh(_ZGzfnY10>aNC<Buc!
z{H#<a!cPI|?MnGT`1PVo`3S!Nv~mc-ucXn{mX(X}>*7`>=kkGHv}EFJBmA788fm$F
z;1_KmvMwR~6qy7Bzo=qD*CK#l)FLx~eBveozo@t+`Te5!Me&Qy`3;6&bWYmU_u}-p
zip3LT6XBuM$dNNBPLCUutV<JxpY^iKiF0}!e%7*bIXw<D%;f{WXaFFm#{p<+2*OVR
z@pln^epb~?DIW;GDxY=`;n(IfdKKX}ipWZkm5cDR5RJwWexr!21caYO#ve!c`B|w<
zgr5S^+m-Tx@asjF@)3RkXyp)uUrD2@Eh`t{*Tt<&&gBEYXvxIcM))~FHPUkVz%SZB
zWL-k|DKZHNeo@7Qu0;U9s6}S}_{2>Feo_3QLIA%ge$hF<!SIXDNxS-9oE}%Pc!F#q
zJd_$aat6ieaf6a|X`=A6UUoTgPLIRST2?Nn$6<!KeBc)i0Oa&I08I@+_$eU%F2c{x
zs+uX~1L0TY(+(p1+I&W@BK$@XSqZXo5q=h;(Ky0y6p@vH@UzJH;|M=LE0u}xQ$TvV
zQa%uVz35Ut!Y=@=9D?vGX>_$^<s$sLxRuGdeBc)?nK;`BKPRY0S}q^>MH`5$O9($j
zCIP`Os+iEV2;djB$jl#~xQW0oDsD-BzbJlD{GxMygW(sQlXmsJI6ban@dVjKcqlb;
z<P3__;|3+`(nR5Bz3g)0oF0dtwX9rDkHZXe`M@t40LbZa0Gb+t@KZqiU4);XRW(z}
z2g0w)ryWH2wfT%*Mfi;(vJzzFBK#~wqj7}aC?YEX;b)QY#}R&hRw@(Wr-1Z!rF<a#
zdeNnPgkJz!IRxQX(&%c-%0>8faVwK^`M@t)GI6#Meoj!0v|K*$i#8Bhmk@r6Oag*m
zR577z5x_5Mk(oa}aT9@G6u+ntz%Pnlbk1)u{GxNxuD%zi$5kwzAe#serACgNL2-KA
zpk!T|DEzFKT~3_S<M6YVmCNaIm|-p-_(cN%IXw<QQ$rAb3W&dp@bj~(W=i=$_*MC|
zg9yJipV6xbzfnY1f~;JGpM_{Nj_?~rWF;W{EHeH$!q3l2Wg`3(klwD84}@PYx|EOb
z3qUJ}ApA-iU2R#p2){0FWpXYb_(e-5&Njl&396Bn%LjhZ1|sVc!cUP&K=6wyCUh+V
z_(d%;^T#J{BJhifTaw=|ieD7J=$zkR_(kWWU41W3kE>WbK{gQ{N{t*jgW~kKLCLx_
zQTSOeyPP<u$Khu!E0@#bFvDCv@QVfja(WzqriLK=6cB$G;pb;n&6M(i@T>A^2N8a4
zKBHF=exr!21X;NVKMT=l9N{;L$Vx!?S!DcigrA?4%0&1nAiZ5F9|*r*bSWR<7l2j{
zLHLz4y4tdG5q@3V%H&)=@QapAoNa`k6I3HDmk<1+4Mf%@gr6dlfZ!KZOz2t!@QYex
z=8sR@MBo?2FDeA^i{clZ^BWAm=$y2x@5SkH6^kdxCc;Chkt1hNoE|qQS(hdXKkH?e
z6X*0e{H$f=a(WzQn9B!#(EvbBj|0%u5QLus;_o8-{H&^(Qa%uVRX*(?!mrI|^eVz{
z6p@u6D;MEsAsUS%{6-O32?#%nj6aU>^RrT!2tNg+w=3lX;n#~U<s<w8(8?hQzmi5*
zTUIW@uZvrmoXZD((UOU?jqr1VYNX}zfnT(N$hw5^Q)Chl{Gy5pU5fyIQH#v{@rj!V
z{G#HP<oAo>7hRNJ^t?;{-*WP&uY&i^`{#fI4v-J<FaPzwnHl~c{n;nw-BaV-bI+as
z+k5Tr$mwzT5wM8}qss&342sj^0Lh8MFYt~#HiXmT@B@{V%jt2LVJ;u|MFRjiJq|!q
zLlAxnh`)>Q^RudEO8G$eRr$1o2){O;(W?l*QAAdPtXzbjg=jR6@Eb*BB_RAPGX6Ni
z&(BI_BK#DP-ma7ngkLYZl#lQWKr4qJ{7M>KZCSYpzb<ZNaxNeEMN1~mHp0&ds*#q<
z2Y%58BI^>uPmxJL@QW%YbS(n-MJ+P($0u$g@Qaq7v5Vhz&CI5?d*A0i@&WdJ{8MIr
z_x%nzPTu`HmburxXXX!ZzkmKO<O4kF=k}fX-H&_0S@Q0war$|0nE3<zzyp3zKEOjC
z_G2@@`^#Q)sl5Bz8~8=%uN~<fIXw<zXA==dmj}uj6sN}lk`skr;2n2t2&c#42P!L<
z)8jD1Tt4uN1^{w;9Dt^VAp8^%e;48BXI0IV@`3QH@@WSVer-OZR}p@rh^z!zxd=ZC
z(P$juH;TwgK=@f?{BeYzpOwl)_$eU0T`3<3zg~1HAK@2(Rt`b<l{C8AvT_lAUEIp#
zTt4uNmQ0*&gr5^sBQ2K?{Gts+)+L0WB9nmN7gbE?S_JTmT4d&rPuxV{7cHG~_(f;7
zEaDfH>4#r*=DEl37fscQ)8lZ-W)l%cmj}uj6sN}lk`skr;2n2t2&c#42P!L<)8jD1
zTt4uN1^{w;9Dt^VAp8^%e;48BXI0IV@`3QH@@WSVer-OZR}p@rh^z!zxd=ZC(P$ju
zH;TwgK=@f?{BeYzpOwl)_$eU0T`3<3zg~1HAK@2(Rt`b<l{C8AvT_lAUEIp#Tt4uN
zmQ0*&gr5^sBQ2K?{Gts+)+L0WB9nmN7gbE?S_JTmT4d&rPuxV{7Zt-^YTy^0*|UdV
zRHh$((V6ESe$iB|I6V%RY&H>Lba|khL2-H<AURR^1>SMThH!cuexR~)IXw<D%;f{W
zXaFFm#{p<+2*OVR@pln^epb~?DIW;GDxY=`;n(IfdKKX}ipWZkm5cDR5RJwWexr!2
z1caYO#ve!c`B|w<gr5S^+m-Tx@asjF@)3RkXyp)uUrD2@Eh`t{*Tt<&&gBEYXvxIc
zM))~FHPUkVz%SZBWL-k|DKZHNeo@7Qu0;U9s6}S}_{2>Feo-;(;TPrKqo3Kb$iGJ~
ztB-$=e*W5#-jUPeFm^T(VRU(*oI!DV93VMS_yyi^$A)lv9Dbm(aydN?GtA`!zi0p;
zr^f+kY6!wl0r7VcetuTfOer4-zbc=05aHM6GkO)_H;Twgkd=$@vk;BO5q_hHtOSIg
zMaCaT`1x6>OoX2T(%Y5tf$-}^m+}#Q0chnAgkMRct1T-R;n&5jOwQ#4zi7$C*+%#|
zK{e8H`M@vQKxAD)_$e|82!2t;gsw#Zzo<oK{`kaA1b$I*tl<~MFS=yE=)p%l@8z$3
z$DIHB!5{i}vik6g&R;vyJ92s)#?B@pj4lt9Gbm1v10*L3zrZ{0*bq*S!w*zeE~m#~
zhPiy;7YzX9^f&-b4MF%RApS1G&(ErwDdhv<SLM?VBK+EXMz13LMiE&FvT_lA7NXHO
z!fzCjm4NWG$oS(3KR+v#iSScEdb?6S5PrSrQa-{j0IeK?@GEI_wPocZ{JOZ6$+>*s
z7cH4M+Xz1=s76{YANWNZh^$KpKSd@1!7r+q(6tEQ7q!UDAD_61z%MF}HT<IZMVIUs
zeb$T5oB8%1{O=zws}H~E{Iw&!Bd5n<>}(>!=<+~0gW~i!Kysq+3%uiw4dL`S{6J;p
za(WzQn9B!#(EvbBj|0%u5QLus;_o8-{H&^(Qa%uVRX*(?!mrI|^eVz{6p@u6D;MEs
zAsUS%{6-O32?#%nj6aU>^RrT!2tNg+w=3lX;n#~U<s<w8(8?hQzmi5*TUIW@uZvrm
zoXZD((UOU?jqr1VYNX}zfnT(N$hw5^Q)Chl{Gy5pU5fyIQH#v{@rj!V{G#Gm!!L?o
zbY{ckM*VyA_(kXc_Fnrta(Wzo1Z*P0=<+~0gW~i!Kysq+3%uiw4dL`S{6J;pa(WzQ
zn9B!#(EvbBj|0%u5QLus;_o8-{H&^(Qa%uVRX*(?!mrI|^eVz{6p@u6D;MEsAsUS%
z{6-O32?#%nj6aU>^RrT!2tNg+w=3lX;n#~U<s<w8(8?hQzmi5*TUIW@uZvrmoXZD(
z(UOU?jqr1VYNX}zfnT(N$hw5^Q)Chl{Gy5pU5fyIQH#v{@rj!V{G#|pg#dn0{GxLb
zSorT3J@35pzHhC6?sczw?Q_qc``-7yYyB+WcjJvW&Rjho``E`$x#j!+|Nl&RsWkRu
zAN$zMx4-tclQSqzj|0zQqVNm6<BkpC^f>%LW#w{u9A=o$pzw<Z0CIX9fTo7z@^Qx<
zcc?hsQ39MEk0NR(NclkcwLw*{BK)dY{6U1DpOwm#m5cCGWc*!(pP!Y=MEEHnfiA)?
z04)ze_=VBsfl@vYegTpQzW}sy2*R(V(bblfi}35>Rwn22fnT&_;%p=QoS+(MxqRRk
zZ6LBPA^a4X1O&gRVnWv<fM3)iGk<*ICIY{xxFz}hqWDGUbW5i9;`fWn>RaHyNB@df
zyh3iD#+SbIrJ1YeBOm$5&B6XxfAv>0-~QU)PR^h>Jq|pJiNY`NjypDl)8p_1m6gls
zahPE~gTgNw0LbZa0Gb+-%Ljf@g~ik5^w>kGkt5{;;n$#KT|)R-WSnt?pA*zDO;#?#
zZwSX3LHIdA4bu>QLngfugkLW)$w&AJidaL+2f{A^5aAbqRt`b<l{C8AvT_lAUEIp#
zTt4uNmQ0*&gr5^sBQ2K?{Gts+)+L0WB9nmN7gbE?S_JTmT4d&rPuxV{7cDJA7r*P8
znH_`ozR!K+1MK_wr_B8B`yFzeynAZk7oC|ueo>iz_(cW9G8_0s=NAv_eMdQi;`BK1
zASMdGz&q~P5KfQ74^&nzr^jK2`3wrbXaFFm#{p<+NG>1vMHLoLm(ybprACgF4}@QX
zl648;XOVHn5q?fk!!%jB2)`j5X9VHr1T{=U_zju#Mi73z#3Uc#Cn#bKDIW;G06>Ia
z09rW&;aAe=YRk$+_;qnBlXLmNFIqBjwh?|#P>r-)KJbe+5LuTHeu_*2f?rfIp=%Mq
zFKUsQKR$62fnT(AXW<u}*)Vy(fBr9o|D%3x-<jY2xEGuy@17c`pZA8DKLCDF;Xl7$
z^pY$7KY91mIOdpR-Zk%^r$7Da<p)@J8^7rM;$gk-C}&Wd9tR%8MBx{B$JGvb_q*Rc
z@7Jw<x63ZO?2X_3lP-MgTi;sk-R<_P$;##QIQ*dV85Dle06<QU1JKlvTt4uNDlDEZ
zr^g;jjT|W-2)_m;>(aIhKkL3`i(?xIqn4G6@C!3U_=V9S{KDvDAi_^j^fnNFy~I?$
zln;cTBID^I{5+HzIS9W7oc1MIxd^{DsK(V?KJbe+5LuTHeij*jJeLprqJCnMiSQE?
zxsib27gbE?S_JTmT4d&rPuxV{7cFgC_(f+nOyU=n>G#lw{n*U#U-p_y<=s=`SuZ|s
z<`3}TfB$g#0PFCJUMugu35_Qndcw^A+h?DB<i>ya;Xg6+yZ_|RJx<;|HP-7F{h^0E
zZ06hl`N#cgdHei(^z&<{t$xRe!f);Oe!u(OubltuZQp+T?P~|JMIV6E<LM78pF!al
z4UpvYH~>uz$>jsTsKVmua(e8c)X0(Yfo-5c$-1=d!q2*|+2Ys+!l-5CVjBoEMEHf#
zA^gJVWFW#%Q1mtse!aw0zLXDypCaSwBK$m*8aW8R2AuXKS-A+mHmJtcTt4uNHV|2t
z5PlXJe>|5D{Gxthl8NvW6uFUr;1^X)=voBui&|vnk5Al0;1?~83iw55b`0VdmFb6H
zbmqBt$rT&q7u{!{d(C|N>FxHp*S%!={mMZ{&HMq5f8p8k?y0d}zvyH4-EZdGf6>{0
zSl&K<(fPI0R=?v!;kWjC$1l3}M-cu1oF0eK$-sODg<n*F_#2!a`&n6;xqRRkwfHpR
zoE|secrHo#z&7B)rE<1i_^I2Ozl&`k%v@G3wt+B1gkKmP!Y_<Y1|s|fMQ;P)*Go+0
zOZh<fDKefe!p}pgk%RDSz-eESm5cCegKAvO<paNH1CezJ;b)QY$8-6>FX|^InFv2Y
zksApJeo@7Qu0;U9s6}S}_{2>Fe$mpjgI{!J(-eMDnSS_1XP$fbMe&Qu>ccNOzjTo^
zC{B+9@Fxntz&oyX2!7Gk@|^S4WaV;t9LAo{pzw<Z0CIX9fTo7z@_}DeVexc1J@!y)
z<Vg8I_%$e5m$qH_S@$(t9NRz`wX9r(Uzj1nFN_Z17e*%o5q^TAw}J5MC8qMFd?5T3
z8BZ7C=b_ZdLHIS`v@glZMfkNrHLm9JfnT(N$hw5^v&i`4xqRRk^%Ij!grA_ujRXY0
zsA59bB7k4iA~Sz{;wA#Ws91(l1Hb6Zo<01cGX3z2&OG<<i{clR)i=Li^w{VBw!C|4
zJpS>If7<%~oO$M%GfS5nZnz=c?!n*vbJ$^rt?$;q^Ug1P;R|QJ{poKvQTR>&025yU
zzvx7OYaGt$@pSn43<|$!fF!5K0cdJSE+6<s6&6pI(_;^%MvjyZYy%BS)}?J1e%5`>
z7RNRaMlCBB+d!Bh!Y_;t;TJ|H0}+0LqPKzY>m{c0rF<a#6d6w!;pd^$$U*ou;IuEv
z%0>9KK{c-C@_}Epfylaq@UzJH<GFm`7xfd9OoX4H$c+R9zo=qD*CK#l)FLx~eBveo
zzi4UN!7n<qXAi%qOh5dhGtWKc7k&J}$NbL4e=_I)e)PwFTAn`t9{tk(J^Eie?i6|Y
zYj6C*FZ{yH(&gG~uU-3H%Ln+;AN|ppZ-4sRO%#69KfuISDE*@Ub^pWW{NhdTwf~{d
zl&7B>x8HvI#M@caa88e>Kkj@6g<mv4lGEb=G&Llb5B#DEi>J%!v4>J4N6H7bfd(b(
z(zXjf>%L}-V;cygmX(WbAj}Zq7e<Hh3!{^P2tPs5+d%mB5>xq7J`jG2jHiq6^H6H!
zAp9C|+LvVIBK+E*8dr1qz%SZBWL-k|S!De2Tt4uN`iV&<!cS1-MgoFgR577z5x_5M
zk(oa}aT9@Gw6qQ27oFL&hhJ2tAAZr9=brM59(w$XX8r&_@#y~|PanT1eo>hW^EdE|
z&ad1izT-sUH}T!44=??qPdfZLGk^C!{lu4+s|>$r*8}DBxC>V`IiEq{7p=l+2RS`%
z^YL8G<paN{hn33V^jHDu?MnH;HqeVM<!`(23*7Q*hhQ5B^OTi~Z6M4L;TJ}S@C&1p
zfe1fA(c3`y^%7J0Qa%uVij1d=@bge=<RJVSaN3t-<s$srpc+?m`M@vQKxAD)_*rE9
z@mxOei~5O4Cc;lp<VFI5UsN%nYZ1UNYLS^gK5-L)U$nFh;1`|Qwt-(%rXPOMndcsU
zQT{!8S$*^Wd-VK%QGvhq2ESi)e&LE=bbjWmdPh!=r<2TQQ20dyBso0}KvP4o4JaV~
zE~m$SR@F=?AJ_(}eA>Z@Cw}c0U&2*v1L3DED;L{9m?6S1j1J)!MkfOieuAR6f$-}k
zrt+nHAp8^=PZ#0mq14Dh_%-0PFUiV9__aYbuIBQAU$lY9x`gnv$oS*AeBc-L6O&AY
zpP<N%1O&gRVnWv<fM3)iGk<*ICIY``X;#56I<sdFzo<+<{Gv0@J^Z5hMP>D^-7osU
z2mRka^pJ<m`M>Y|-|i>3zxLlR`mY}NpgHe7z1MyI+4sop@3YT7_g(9si!Z*oS2|7<
ze!XwE@_hWFD@Qup3vzlq9d$l~!Y>*i$?0(bni`VJ2ftrbVexc1J@!y)<Vg9zHqfAC
zUD|fxXWiFqacl!&)UtB14TKpY{KDuEeqnSn5aA~%dK(D8UScX=$_K(vk@0j9ejZAV
z9E4v3PWzIqT!dd6RO4zcANWNZh^$KpKZ}e%p34V*Q9m)sMED7c+(<z1iz+5t*G)D3
zqaXd~1s7a!<dH`naKHga9d*>6J$tUX=9&~=?Y-a^T`kWkuQqWLfnQWiBdLL3bY{;U
zeo>iz_(f-)d-z51i^}R-yI=ITUwhfi^Z${L{x5R-Yxj$u{PN$M`S$<M|LY-g`)hAp
zc;SV;B5<Pc>wUYG=i?V$Invo)kkjMosPh>Ve$fC)PLBi7)R0_0@QW%eo-U`y9!iZI
zDIeGd8kDR{+b;a9`<g9|Z6J(VRxY-IFhhi27#+edj7|n3`~*dB1L4<8Oyx`YK=>&#
zo-V@AL#dI2@N2+nUy_xJ@N0u=T+QVJzi0!IbqV2Tk@3fK`M@vgCnlK)KS7Zj2?%~s
z#bmp>H{X2ovBw_!_}ZW2k3W93KbFETx;b-W;wA#WXz3NfFFLbn2fwIHKm4LI&prI2
z_(f&);TN4*(p-D(wE{mi@Qe2HpD6r#-)`mk_(fNabha1d^msbzd<M1JjrsIXwH2?x
z>GAZ(l*<Qx(Ev$Kj|0%kAyPiD4U|}%?QIu+&fDC3Y1jtBY-QzQ8wfK*_=V9S{KDvD
zAi_^j^fnNFy~I?$ln;cTBID^I{5+HzIS9W7oc1MIxd^{DsK(V?KJbe+5LuTHeij*j
zJeLprqJCnMiSQE?xsib27gbEQsGExTlb-aXnpgCH#ST9B;PiE|syo6jx+;>>UuWVb
z0>5bKTEQ<mvu6*#s7ycnqBGAu{G#jiiyrpO(`53eM*1hYFP-<#Lmu)^zhQELe$gNP
zkN;WtKjIOOn3w&f>DS=PyQc<z(OxMyQTX+~-OBUvi>@50{{?Tj;f5*e{cUf1+y7Ji
zdGnj!Jmu9s_`whQKl#pN<})b#qJam>>2Uy>8j{Ngeo=+R)8+KoL#dG?KYYYC(4b^p
z+IHb*-Pde!Yy)A`vU0<=fvc{%YKm4|?bw@cx+#nzJP_d*Mu+eVqmzLMKS9ykK=}0%
zQ~6Rp5Pph`r;G6OP-^5L{2FlDmt^IJg<t#imvA+g5B#EmXN~X+KvP3<`M@u#uz0!%
zKSe14!7r+qY)dzl^5c#>E*nD+Jn+DDAd|imQZW52;L0nnOp$!)#1l_U!Ij(;e$ka+
zT*-?}+(h6PEnO@4MQ8Tx;TM(ZhhKE&xrbkLy?)VsAO94Y{A+J4&@cLZ|Hluk9lLyh
z_4-Bc|G$6#K}Y`jod4VZ&}YiMrw0EX{mftfPe1XcCI8!RzkMZYd|O`R?Qeg3dHd^a
z@3-H6+rn*ypEI99;TH`c<@7iJO%1^|pn&+hoF4mGRWs#>kJtvPeA>Z@Cw}c0U&2*v
z1L3DED>rN#`1zmz`Sq&J^4;I}zW0Suga;!0!srlwVRSMO;U_418wkH%Vk%$C2f|O0
z@pKV>9!iZIgkJ+r`;x5Ou<&cY{t~X{@_}D8@T?Jj0cdJSE+6<s6&6ny;io7iAoxWU
zlWpmK_`@I0j?gDO;R#>(!WY!X{`}`ZpW->;6QB5mx*F@^7mab-8>1#}BJhir=ZE-3
zXSQwN7nSLUUv%cVhhG%GsH{HxqJm;AjrICPAM|e@I`fy$g_nJ#<cwc*X8!m^%jvh?
zHh$5)u`%4?*W~ng`oqOG5N62faTr}5C_j9}HV_~=@x(9ijypC4+d%k%%E}Gf2JnmK
z^1**76qtkvzW_8f1mUNE_`3){KdWk{ln;bol}|f}@N4rKy^8P~MPwz&$_)!Y>y?)i
z&*cNZXyAz>`~uL_kX%0Siz+OhF2YYyN<i?7Dkj^~J?W&AvK=)2D}mL|oZ>m*)KgEb
zCiDjJi}n)Rd-)SL5%@*RpOxbmo!Pd5UsR?ae$kod9)3~$qO$t%iwcUhH1Lb|O2mo6
zulMa%p3lEWzjCDh7v%Sg`dRIz%zOrgZ6JV`)8ha%H6)i0{ylny#na{V*h8t2BR_n^
zHqfACUD|fxXWiFqacl!&)UtBJwgLR22*2?3L->W!$v}jkpy+KN{CbJ0d?_CYKSjpV
zMfiCrHF6Ms4LI#fvU0=1ul@Q<xSGoce$l|QM)(DwsUf+1;1^X`JY9sJqLhH(7gbEQ
zqMQC9#q0%5f8TP;E!EGQ;*xXcop)Aqx`OycyKwE*<cXUI{Gz2j2EXXco<01cGX3z2
z&OG<<i{clR)rVhHP^_h~G{5Mcw|t=F{8K;mQwMeadEyhF_^bE)IpBZ;I!7P$n8!Tk
z-`?}*ArE;-@9^pQ_rCYNg}{>zf6mNb{%imJqR)Qzv!^o*zrtf5`&fa$_Qw3bU-Z+T
z{&X1Kss^Sto0e}{#jE<SIQQx{bE95-;_30-ci+9LhZuXE<e9nWtM@zqAA6CBqjLE;
z@W2EA=#TzrqaN<&e;7`WCq5(j;Ul(z0Lh6bet~z~u_4$7!VgqdZrC<}Uo@8w{zIX_
zB%CPx0`IumA@6v{J0{Au>BA9z;b)5Q3!}>erF<a#0wfWB0chnAgkMRct1T-xEd09O
zZYPs-`M@t4c(~gx`~tVU+9AgrbBqYT=^Aq4D_BOg)!y<7Uk%}>U?w2=MHQ2+=%#;S
zK6^orKKkg!2ToUW+NVDCsYaUf5`Ix9s2S2GZX)oDmOn1XFFLbr1HY(DKm4LI&prI2
z8|4>0<G=rp^DcSsod5f0-*aDCeGB)C{_w+pVovhuy^eX_Zwvg?Sejq-)o;A2y#0l@
z7w8v#=tCd6IS>7`b6z*|^8a@adxYHn{C?4^ufAH|eeI3p6`x_BxJz#_@$@+PMc4k&
zH|GPKeDcY=G&g3r7fz2SLY5ysVjBpMoOt3Fc*h+Zf^8uDKxO5IZ3CrW^gsRQ$IL7{
zPkQNpFDvi+-uJ#RitxZ(KJbeM08SKsfp=W(kh9J@tDJu8Z6o}8A1=bLmzc_z@`3PE
zWISDjpNCQ-2jSO%)4n7tH!S?xufK$=xqRRk4Ls{@7k+_TUhR+vJm3NARh#9z-+1GV
ztG&Cu{b~q5MK}S$FRGYqMfdW{FV9BMJ$v>vKJWz>T#(bQxZ;XNn)4EVQ75Pw(k5;q
z@Qap(48Q2io<01cGX3z2&OG<<i*A%(^fhn&i<u|D_uTh;W%VuGFZv&U;%8@ufAY&O
z6!@uuU$msLv^IXx^*-@)U-zDwm;Zlw#81jC;}@M_pSVkJG4b>mzo;y|)W9~-yEHgG
z?j@%3<%f^h1{4`jcjAek=Ph<S2irjS`O3--+XhO%=%apa-<f4+`j1k}+J|2>JQLP3
zaH8;A%V#d%6u)RmW9!-ozlo1b$_K(PKoa2>fL0Dc_?0xe+Ol%P!msP?b}~7a5B#Em
zhr8{<FL2AN9fDtU3QvTeqL+Z+7gbEQqI=Or7iA;pWtUyn_`vCEPJ8|9U*AY`UcxWx
z1T{n2#7zW#(enHdzv#^8xA;Y6`r#LydG6sC#V;zW55MTls}H}Z%sm?TMb|qA@QbdI
zKfhnJcbh!%^ccTrIot7z_D(-ek9&!!eEH!cwgE-P)17$Y=Xs0W&cQYie!jAD!?pqZ
zqPcwV`$YqjaH8-FyyI$z;1^vj&zWBh;WrVuln;bofF!~%0IeK?@GEI_wPodog<sd(
z?PPK;ANWNB4|m&zU*MKkI|RSz6rKn_MK1xtFRGYqMK@VDvk~;FtFCH%;B+;ooqO)N
zjkI(r{V*lZgvQ@T9C1Xtntsrb#RGqDFM;Pi_qpW{k7z>x0uX=z1Rwwb2tWV=5P-l=
z5_sSPAGpT*`pKXCr{6KV#*e{UuZ6&a9`vBKysy0J&-~2KNPGUqeeZkU`QNmB$HzS8
zF=coD_WkdF|M}lk-tp0oezdgL(s=NLAH0_L&2ReSKmOxueE0O$k9fo**7yM)`p}22
z@!iu~|MXA)^cp|F_kaKQukqb^>!1DEpItA6g$uujJ?vrY<-g>2U%2r5-tYaVf7NI$
z(*WVO7VPq->lJ>FeB>kLldPqI@LLP^{HALcerx~ox!1k!wMPC3zcs>7Z~Y@b@*`{f
z01too!`JxkoAcJ!UVH8KI;QyKiNN3g{oiMQ;C0ts*Y*=~b)yKJe){Rz2>PK9eW>xl
z($$=n{H2YwbP2!cqP`IDi*8OC<&!`F0uX=z1Rwwb2tWV=5ZHSJ7H%8ZdtiCxQ34CM
z4d55WFFLwL_Fe*h(Y?pk^UC-|J(PAe2iw4UpDcdSHS%A$@WU^P@LS{R!!No<`01?|
zF8uI|u6Oz^{KOBx=z6DLes}z$+wL*LFWPodZtT_5PCE_1=(exEHGY2lqMJ}a`3w+%
z00bZa0SG_<0uX=z1ok$8g`XbpZM?jGgTTUV1NcR;4K!BA-oAuibZ--Gzy88)18q1v
ze-*#zdLJ=<(KYg4xbVX-itt<G>ccO(M)>Ki7cTtpi>`P2E&Rj}zvz0WUw(J|qHA<~
zt>mroi*BqVwEe;4-=lxu``*{clz)%@m9KndBQ0Ix_lvG%L2b*6;1}J50?KEA00bZa
z0SG_<0uX=z1R$`t2`v2dcyHt7^&12hZX3Waify2=I`;M@{GxlCaQpQaZX0OB+4-yZ
zMc4a?@r$mJ|H6eIeo=(q8do2F(KW(PZ@qBghhKEP({JG?e)vV#JN@#z;}_i)dzke(
z@r$-ylpA~XqKhudzhCs7?|f(DLtb{-WjXDVOD<`orAy!b_P1X*_UHM}fBvH$^{7)%
zJ@t-N{JH)1+w-)%?Y7%i@p{X8jeq>df0RZ2m9KoI_vYX8p7;FrTL1jYul&k?yXVg{
zp7D&CKg+Y9{p?@*rC<85-~E$5#mipyvY9`?0S6p#&)xsGBab|C=68SI^PVT~o*FNC
z$xC`az)Ooizx7+c)jRy)gAbMuaOk0j_70zzpT5E5-BaU~Q%;%qg1y6^_Oz${;xGPU
zntkc-gAO{VclgBo-}sH+C~yDQfBn}dzF_b0qmMpXKEVF_@83H-&9`Fqy)^x&6J4*6
z^5xxA<Af7V=o&sf`I*mrrhI^3{^ehu{(`-)u-|_B<*&Xp{f;^2nBL(N^G`bIB)R?6
zNRM*j3-%6w@{^w|AK>uA5APkGiiJ$S-~7$r>>d7s7ra2;JvGuVitl}eiTO``>Qm(d
z9CFAZ6JM=&_={is;`Hu$`lUval)bMoG5?4oj*#0=Re0j7^$tJdj5FljQ{%)FPwah#
zH05OarB~}6e%x`#$p?7C6Q0mJe0u(Rg<tyoseGJ#^2uoiCJyToe(5`KI?2E*tX=r!
z&zy=*g1<)L*Q*%<sI4Js${l;`v1<{2@{xY$cYa6O^EY1gs#nF{bXCGH>HpXVm^f<f
z!Y_UPR6d^al&7pk_+@(MoO8}Zj1z~y`qi(Fy~0G{m*4cvGtZ2@`>IBTZ+|5pAW4@b
zTGsgWyWZPR48!w(qVUU)@BH)6U&(U}zsPy#ofjTEabP~D3T)XXzHd1^T>Huw3AbPI
zidTfk%BCYVGRdx&$|ruQ0(OmBd2%{$Ny_tuFMQ$3UwQNeQ~5ai?6U(~w$WGiCoEI=
z37>P%Jy+UuHjY33_%!R%5}5N%)q5fQ!lfVKr{+?ii||AE1*XkPh9LabDE#sh41f2o
zWCE=BMG$`BUC+c5KY8x!5`OsutnuCRk9yOOnF3ojp|`5WO*h@t>r+~9{w=rMA||V?
z`|x`MU80d3fa%Y5*In246LNK<2wZ;o<=F_jXV0F-2TNCT+7(w^(MWS%O2@ous-&Oz
zJM-IV$)TDT<2S$g&2}bNhXj&GRKCi-`qi%v6Nt14+;!Jo31F%M?KG|q3CPOLGw|zQ
z|N1b8NSi=1$tQZZ-g;|0jjKZfdF9Ht-?zT?tziz4Hi29|lB8^>adk)_uiQNS(touv
zOd!%GAmsz$*9KL+itwvq@dpupepV_|RxZL%k@0sCetuRe6XB<T1iA>n0JJ;=;TJ}i
z2TJ)s_ytHJ`~uL*Aqc;cMps)_F2b*iTbYdTD`|AK5q@2`s>ukyDi%)=;pd^$$dU4a
z@M}=AE+PCZGR`={&k1UnCMy@=H-zJi<nn<@!-=a*L->_6V(nZ$FlhwnA^a4y1mwGR
z(MMf>{q^b+-AyL&@sEEz8$r{rYH57VbTy}a@{^xzq&Y9)7j=S~A&pJMM96F+!T{Ms
zgwe^sEJg5(3J`yTO@yD7mC5O`MP@Y4CSnv(J3-0^r^jtj)vE}<Di(hb;pb<iGG*m*
zdaTI!y9hr&E0u}xQ$PY;gkJz!9)j=-qss%Od?5S+BoTfAXyp)uUrD2@Eh`t{*Tt<&
zM);L9y4nc8E?m`QgkKelCy4O#P-^5z`9SzJC|Q>feij*L9O35#HB6J0i|`x5aYl0a
zz%S~=Ri+{QN*b|tE+6<s1N0Dn3R(h!UsN&Kif(#v*$A5cwklDIOU_EZF7S(P&fH)V
zG4WZji3kH^6A?xy1G5ytFDgL%4K@*eR#qmb#}=8<IGc!3MC}AAADkYyK~=9J{Hj>|
zL4=>5mCBTr%jvNq<L@H;{H#<a!cPGSbP;|5Xn6?2FN`h^l=6Y_3y?(k1)!Bf5Pl_%
zuC}aPgkKl8G8y4l(&%a<{JL;elM#MZES@03&qJw^Bjp3(*PvuwLikx^oN<Jo6VxzG
zRxZMC2*(-8<->C6IA3I$X$ZgR&pnrql^DRLf0*rh1%#h^UI_?(QN?6ix+k7^Vzz@`
zcG+ds&z#~p;pCG~t|s&b@r(8n+k5$JA||qB6A=c;CL)YZ24*ROUsQnj8*C!{tgK8<
zk1aBzaW)a7h}sEKJ~%yYgQ{Ld_*Jp^g9txAE0rlLm(ycK#@|Kw`B|w<gr5Qu=py_A
z(DD$3Ul?5;DCGm;7a)o73qUJ}ApA-iU2R#p2){0FWirCAq|wzz_;ul`CL{c+SUf?5
zpNCQ-N6H7nuR+PWgz&S-IO7OEC#YeXtXzcO5RNmF%Ljf@C$2IL;aAd#wR8EvFB+hS
z@Kewd5d5Nw$+mPq^q~)BJLrD<?RVpiH>!{Qr7wLc#dE?n*Ic8n#=7`LW8C(}C^iuj
zsj`U(17s5sMkfQa6u~blK>Q6h5q?%yCa1?1nbA0#h*3oC1Sub!9=AbNuOj@aSo}eR
zpP!Y=l$Fcru_EK|BK-WUR3^et0SR;wegSBC2*NLnE)SIQf$$5EMEC`ul|vAIC5^7O
ztXza&7q>DQ;aAe=Y9su*a8;8LepM`<Ai~c>sgWb)1L4=8WL-k|S!A4Xgr5`CFilo2
z!fy!28Oh}Xzo-*enTGHyX~f#OeBc)i&_nnsXbA{@QN?6ix_94w_t8fmogJZ1e)5w)
z_`wgRZ`btU)8Bvb7k`l=`O*m|oREtCN^T0j=t?lI<VDy-OvK10A`FmCL>Qe6%u)ou
zr~vUd*hKhQS(%(3TVzJ#Y$8SxwG*U#aC+PZRlSPvt77p75q^GFDpOW2r^kwnzl-qm
zvr?G|KLsSvMfe4v<sk^aFuFWY$_K(PKoa2>fL0Dc_?0xe+Ol#HeqG$kWQ1QyqpOYZ
z>%vt{M)*~+c!CH&52Z$qln;bogOYU#;b)O?#u0u_P{TA?xd^`@9A_k#5B#D|TxA-<
zucQ%c=kkGHG(ZpGr=TSu_(c_yE$XIUD|+C82WDSr_3z{wz4_*wS9M4DMOQ^~`s=WX
zn8=V#L>M5Oh%h=Cn577QQ32v_u!-=qvNAb6w#bae*+h&YY9~nf;Pki+s(KaSSH<EF
zBK-WURHm$4PLCBCe;48BXQeU`ehNsSi|`9T%R>-;VRU(*ln;bofF!~%0IeK?@GEI_
zwPocZ{JOZ6$q2uaMpql**M+N^jPR>s@dOcm9!iZIDIW;G1|{nf!p|b(j3fM<poVF(
zauI$*IL=5eANWO`xXLtyUr8g@&gBEYXn-EVPeDsS@QW%Y+tt14rkjpD^2n-L^w?vM
zP2UwOydC_aD}*`mrPxGF1jr^L43JGk7@Z8vQUt%K0P#22MEF@*nYn!2amO820&$A~
zn+S`HGcM(W(_<&GG7aHZ(g?H>egSBCh^$;rkHZWReqnS7zc4x(i0~5>y$yt4FEN!b
z<pbfT$auO4KM$ow4#KYir+rCQF2b)3s&N(J*MQT$gz#(g@mxjtc_>wL5PnrG{-Bf(
zgr6UpWFq_oMXZ7Fi*ZY%WaT3K!VGiyz%LpAi0}(QQ$uq3z%Qz>c)AEbMJWNnFRGYq
zT{qSA4}bW>=bwN6VTT>I-+ucYe)!?9e)X$A`q7W3_-gM3zvyatPI)yp5mV@;v1}s3
z0NF%@(aFFpMevIX5PySBgrAj_$?360W;D(wViZw3LCOcG$8Av6s|dd;7Jm@o=Vzrd
zW#w{utjPGg2tPk7m5K0EKmuKaUjSMjg76EY%LAo+Ap8O(5q<$^<q(8lNu#SRD;MF{
z#jQ+6_?0xe+6cccT-9WRUlofdi171JYUD`yK=?H%S(gxg78z$8;pYT3Op}$1@EgK$
zMsoSUFY3fqrXl=F8nJdRANWNB^bmduS^|P!R577z5x_5Mk(ocvCSoFUHW6WfY$C$w
zWMGye_(cVXzriNL&&tZ=^w=UZ8fOzRim06+<%84XHmK@VgkKelKZx-2vr?I|aydO#
zWc*!(pP!Y=MEEHnfiA)?04)ze_=VBsfl@vYegTpQzW}sy2*R(V(bblfi}35>Rwg6-
zN*Y~lgkKk~YBIvFip3K|_<1Nba-@79{2G+3O9(%Uj5Ch#bAlSC$;w6e4dFN=xqRRk
zb>b@15Pl_%SUZ;w{GtJR2tNfa0l_b-n9#Kd;1{*X%pYeHF_Af&h%i7l5n*&PFiR2q
zq5{O<U=!hIWo2@DY>^p_vxyi*)J~A{!Rc`uRP`#tuZqPVMELnxsZ3e9oE|GO{w~7L
z&q`$?{1lKt7vUFxmWLqx!szlqDIW;G07-;j09rW&;aAe=YRk$+_;qnBlM#L;jjlGr
zuM1Z-8R1vO;t3-BJd_$aQa%uV4NBG}gr7ym8AtdzK@HPn<s$rsaGa4`KJbe=ag}KZ
zzmi6*oy!M)(EvS!pMsWv;1^X)=voBui&|vnkF$xG$ec|?7$BR7Fgh8Sr3ije0pf44
ziSV<sGC4iA$c)C>M2sS8CrJ6=^tcVGdKKYU#o`Yl{QRs`rmS2}j};kz7vbk;r7{tI
z3P_-f@C!i8LlAypba|kZ4}@QUB*HHMtsH{zD`|AKW#uCLy113e2)~j>R~zBig{zv3
z@T+3+1QC87N{t*T9|*q&CF>Hx&m!ZDBmA78hH0{L5q?8B&PXmF_(h$#$~1&uNh8+I
z<paNHfF8n6K}$gJiz+5`EduyOEi&`R*+fia&L$!ZkWEAwoea!U1iz>N@i*8+_*q$*
zoE}?bM&oQEMiI3Wq<nCC+y+&>itwvq@dpupepV_|RxYQ<ij2RD@bj}$nFv1xB+y0p
z1)$|22){78JW$F9!Y@D);TM2b4ng>pG`iZdauI%A+{$ExUrD2@jqvNjRZT|tRk3)2
z2tN;{MvjyZgkOV_bqV2Tk#WWmeoj!sG+DU_zaboFB$p5TqE1|88p5xn5o_o2fnPL0
z58<bvB_Q}k6%)D^0sNvCnfc>vA|^6t6A=c;CL)YZ24*ROUsQnj8*C!{tgK8<k1aBz
zaW)a7h}sEKJ~%yYgQ{Ld_*Jp^g9txAE0rlLm(ycK#@|Kw`B|w<gr5Qu=py_A(DD$3
zUl?5;DCGm;7a)o73qUJ}ApA-iU2R#p2){0FWirCAq|wzz_;ul`CL{c+SUf?5pNCQ-
zN6H7nuR+PWgz&S-IO7OEC#YeXtXzcO5RNmF%Ljf@C$2IL;aAd#wR8EvFB+hS@Kewd
z5d5Nw30;c-eo>3e{BbrB6PdG#2m@pj5k@BivlPKEDnR@VHW7YSRwk#%7MamFn}|_F
z?F1<woF2D9Rj(ras#yF%grA?4%9NGM>9Hc??;`yCtW+k#PXP&Z5q<$^c?iNUj4lt9
z@`3ORkVN<epp`=qekF~rwya!)Ul+GB8R1vb=xQVUx^PvK5q?!Ho*=@{L#dG?<pbf@
zpk!S__*rC}afF`})G$p}F2ZjJ#~I1x1HY&fSDA+JD`~{qxqRRk4bVgQDQF1@eo@7Q
zu0;U9s6}S}IGc!x%-KYQ0kVk*qmzMIir^O&ApQoM2tO+;lhb31%xIiV#3-V6f|L(V
zkK3TCR}p?yEdC(E&(BI_%F5;RSdsB}5q^GFDih(SfCRb-zW}s61mPD(mj_DuK==hn
zBK!i-${`59l15isRxZM?i(8qD@GEI_wGn<@xT?trzbY0_5aH*c)X0(Yf$(ckvMwR~
zEHchG!p{k6m?kS1;WvcijO6lxU(|`KOhfpUG-B;sKJbeM=pp<Rv;+jdsA59bB7k4i
zA~S!SO~gdzY$Cz{*+hiV$-pc{@QVr%e}hegpOux#>9Iv-G|nbs6j3`t$_J;%ZBW&#
z2)`;8e-Pp4XQeV_<#Kwg$oRVmKR+v#iSScE0$qe(09qb`@C&2M1EqW*`~oBqegSCZ
z5QJYzqpK||7va~%txQJvl{C8A2)`~|)ntTU6^kc`@bge=<Vg8I_%$e5mk@py8D|{f
z=L9uOla-6`8^Uo$a{0h7>cmy1A^b`jv34#W_(cQs5Pk|;0)k&uF`;V_z%Oc%nLo}Z
zVj^=k5n+IABEsloV3s2IMFohz!6w4b%F5*Q*dj9;XA?1ssGT6?gVW<SsOnXOUlof#
zi172XQkk-HIXzZn{9S~fpOwl)_$eTPF2XMWEe}EXh0*1KQa%uV0g?#60JL%l!mp&!
z)s~fu@ay7MCL{bx8eMIKUl*=wGQzKl#S=vMc_=k<q<kR!8kDR{2tSLAGmh|cf*PjD
z%0>7M;W#6?eBc*#;wsY+ekF}qJC_gqq5*mcKLsrT!7r+q(6tEQ7q!UDA7>LWkvW@)
zFhDjDVRSMuOA-8{0>s~76X9oNWpa9Kkr|D%i5NxHPLT4!>2VuW^(w-zip3v9`1x6>
zOj)^{9xF2bF2c{xN@XJa6p%m{;TM3GhamjI=<+}*9|*qyNrYbjS~&#aSJLQe%gROg
zb#W_`5q>3&t~SE23s*H6;aA1t2_pPFlo~lwJ`jElO4cQWpGC$QNBB8G4bx=hBK(GM
zoRM5U@QXTem1zjSl18kZ%LjhZ06m1Cf|h{b7gbE?S_JTmT4d&rvx%6<oJ~X+Ae)FV
zIvJRy2!2rk;%~5t@UyZqIX$+>jK<kSj3R0$NcrIOxDBd$72#LK;twMH{H#=_tXxiy
z6&ZgQ;pb<iG7)|XNT7@G3qZ?55Po5Fd7zXJgkOLp!Y=@=9D?vGX>_$^<s$sLxRuEW
zzmi5*8{yZ5tD21Pt77p45q=&@jT|W-2)_m;>k`7xBIArB{G6bMX|i$=enU9UNG>1v
zMV+|HG=yJCBi7F41HWj19>PySOF;08DkgL-0{BHOGV{mTL`-DPCL#=wO+*--49rpl
zzo-E5H`qk@Sy`E!9$REa<7^^E5w#Pfd~kZ)235U^@T+3+2N8aLRw`3gE~m$ejK7QU
z^RrT!2tNfR&_(zKpyeS5zc9KyP|63wFF+FE7l2j{LHLz4y4tdG5q@3V%4CFJNu#Tc
z@aw`=O-A@tv3P<AKM$owj+76CUxSi$3E^jvamEpTPEf-%S-A+mAslBUmk<1+PF!Ug
z!mp$eYv=NTUo=1u;isS_AoxWU6S@`w{Gt|_`QvONCNgIe5eCR6B8*N3W+{SSRDk#!
zY$E)utV~XiEi$8VHW8zU+6huVI6ZEIs$NC-Rk8Sk2tPk7l_@Ki(_=-(-$nTOS*c8f
zp8^u-BK!i-@(_ey7+oGH<pbdtAc^n`Kr4qJ{7M>KZCSYpzb<ZNGQzK<(bY!yb>XTe
zBmAmZJVAt?hf*U)$_K))LCLy=@UzG`;|M<|s9~C{T!h~cjx&<W2Yyi}t}+ebSJH^J
zbNRq88lZ>pQ_vC+{Gy5pU5fyIQH#v{aW)YXnX`!q17s5sMkfQa6u~blK>Q6h5q?%y
zCa1?1nbA0#h*3oC1Sub!9=AbNuOj@aSo}eRpP!Y=l$Fcru_EK|BK-WUR3^et0SR;w
zegSBC2*NLnE)SIQf$$5EMEC`ul|vAIC5^7OtXza&7q>DQ;aAe=Y9su*a8;8LepM`<
zAi~c>sgWb)1L4=8WL-k|S!A4Xgr5`CFilo2!fy!28Oh}Xzo-*enTGHyX~f#OeBc)i
z&_nnsXbA{@QN@I=MF793MP~jun}~_b*+hf^vWW<zlYv=^;1?Aj{sx-}KPxMf(_@Rw
zXq-*ND57?Pln+ji+n}mf5q?!H{vg87&q`&=%H{M}k@0sCetuRe6XB<T1iA>n0JJ;=
z;TJ}i2TJ)s_ytHJ`~uL*Aqc;cMps)_F2b*iTbYdTD`|AK5q@2`s>ukyDi%)=;pd^$
z$dU4a@M}=AE+PCZGR`={&k1UnCMy@=H-zJi<nn=E)QPK1L->_6V(nZ$@QViMA^a4y
z1O&gRVnWv<fM3)iGk=^-#6;$7BEkUKM1;}Fz$``ZiwY2bgH42=m6gfqu|;My&L(0M
zQ9D7(2dBqvP}QplzbY1g5aH)%r7~sZa(b-D_`3){KP#1q@KZnnU4&l%S{{P%3!}>e
zrF<a#0wfWB0chnAgkMRct1T-R;n&5jOh)*XG`iXdzb;(WWQ1Q8izkTi^H6H!Nclkc
zH7Hq^5PlXJXB^?@1T{>Pm5cBj!f{4&`M@vg#8svt{7M?Jb}k?IMFaE@ehOLwf?rfI
zp=%MqFKUsQKh7p%B6BtoVSsER!sujRmLm8?1&F`FCc@9k%H;IeA~PCi6ETXYogn3d
z)8jU%>Q#ha6^lQJ@bj}$nX+;@JyvA=U4);XmC8i;DIkF^!Y=?V4?*~a(dB_sJ`jEZ
zk_f*5v~mc-ucXn{mX(X}>*7`>Bm7DlU2TM47p`hD!mo<O6GZrVC^d4Vd?5T9l&nh#
zKZ}erj_`AW8m7t0MfeTjI3u}y;1_k`D$@{tC5>1+mk<1+0eT2O1uX%=FRGZ(wFuxB
zwaCmLXA?1zIh%+uKsFI!bTTkY5&WV8#NS{O;b&!Ka(Zl$8I7}v7)8`hkn+LlaT`?i
zD#EXd#UDiY`B|w<S-G4ZD>D8r!q3l2Wg`3(kU$sV7l4+BApFAU@<1sc2)_VHgkJz!
zIRxQX(&%c-%0>8faVwJ%ekF~rHo~t9S2Y>oSH<E9BK$m*8aYxv5Pl6x)+L0WMaCIN
z_&Grh(`4l${DyFxkz79Ti#l<YX$ZfPMy#F72Y%52J%pcvmVn?FRZQqw1n`SmWaf{v
ziI~WoO+*+Vn}{$v8JMLAeo+D9Z?K8*v$8TdJ+{b<#@R%SB5Ef{`QY@p4XSz-;aA1t
z4<h{htW>6~TuzS_8Gjey=Vzrd5q=6tpo{PeK+8iAeqnTZpp*}UUw|aSF959^g77P8
zbhTyWBK*3zmB|Rdl15h>;n#($nvC$PV(|nKejZAV94Q|NzXm1i62i|S<BTKxoS=qj
zvT_lALpaVzE+6<sow&+0gkMP`*3RVvzi5CS!cRd<K=6wyCUh+V_(d%;^T*jlOk~a`
zA`FmCL>Qe6%u)our~vUd*hKhQS(%(3TVzJ#Y$8SxwG*U#aC+PZRlSPvt77p75q^GF
zDpOW2r^kwnzl-qmvr?G|KLsSvMfe4v<sk^aFuFWY$_K(PKoa2>fL0Dc_?0xe+Ol#H
zeqG$kWQ1QyqpOYZ>%vt{M)*~+c!CH&52Z$qln;bogOYU#;b)O?#u0u_P{TA?xd^`@
z9A_k#5B#D|TxA-<ucQ%c=kkGHG(ZpGr=TSu_(c^Hx)uTaq86F?<7^@(GG`MJ2FNBN
zj7|n-DS}^AfcP71BK)kZOiqt2GNW-e5u=FO2~s{dJ#K@lUPbs-vG{`sKR+v#DJz%L
zV@1Z_MfmwysZ4~Q0utyV`~uMO5QJYCT^=aq1K}4SiSP?RD~BNbN*Y~lS-A+mE^cKq
z!mp&!)kgSr;i@Jh{Hj<yL4==&QX@yo2g0vG$-0E_v&cB(2tOyNVVbO5gx?U3Gm^^(
zeo-f`G7aHZ(ulQl`M@t4poj2N&=L^*qKXM!ivWI6i_H9SHW3q<vxx`;WD^laCj+w-
z!7nO6{0%k{epXf{r^gnV(KwrkQAF(oDIc63w?S2}BK)dY{6U1DpOwm#mCNa|BIEBO
z{QRs`Cc;kv33L&D0cd#$!Y_<250vtO@C%Sc_ywSqLlAx?jjpz=T!dd2w=x;wSJLQe
zBmBB>Rg)2ZRV<z$!p}pgkt5{;;n$#KT|)R-WSnt?pA*zDO;#?#ZwSX3$>jsTs1sM2
zhVUzC#M-%h;1><hL-;9Z2?%~s#e}X!0Kce3X8t&vh>6VEM1%pdi3p>Ufmw>+7Zo7>
z2Ac>!D=U-JV~fmaoK3_iqIQCm4^EHUpsH69epM{~Ai~ejN@dE*<@8vQ@pln^epV_I
z;irHEx(L4jv^)gi7e<!{O8G$e1xO<N0?^7K2)~j>S6fyt!mo>4nT+r&X>_#_eqFe#
z$q2tH7Eci2=b_Zdk@A7?Yf!Q-A^a>d&N#x)32K-oD;ME6gyW3l@_}E}iK|RQ_?0wb
z?OZ<aiw5W+{1mhV1iz?aLf0aIU(_Nqf1FLkMCNQF!T{Msgwe^sEJg5(3J`yTO@yD7
zmC5O`MP@Y4CSnv(J3-0^r^jtj)vE}<Di(hb;pb<iGG*m*daTI!y9hr&E0u}xQ$PY;
zgkJz!9)j=-qss%Od?5S+BoTfAXyp)uUrD2@Eh`t{*Tt<&M);L9y4nc8E?m`QgkKel
zCy4O#P-^5z`9SzJC|Q>feij*L9O35#HB6J0i|`x5aYl0az%S~=Ri+{QN*b|tE+6<s
z1N0Dn3R(h!UsN%nYZ1UNYLS^g&L(0ab2brSfNUbd=wx7)BKSoGh`+%m!q3Xe<n-7g
zGa6?TF^Z_2AmxM8<2I=3RfJy^i$93)^RrT!vT`{+R%HBLgrA?4%0&1nAb~EzF90nM
zLHLEy<$+Q@5PkuY2)_WdatOk&q|w!um5cD};#MXj{7M>KZG>MJu4*#EuZqPJMEH3q
zHFBhUAp9DXtV;+#i;Odl@N<G1rpd}h_zmGWBe{Iw7j@z)(-3|ojaWOE5B#D5dI&!S
zEdjwVs+iEV2;djB$jl#S6ETrFn}{$#HW6WTGB8UK{GtNH-(VBrXJut_dTfyyjkAdu
zMbu7^^1<nG8&vfw!mo<OA4K^1S*c7}xtty=GX5^Y&(BI_BK#DPKo{W`fR=|K{KDw+
zKq(&xzW_;uUjSM;1mRcG=xWQ#Mfi1bE0Ym^C5^5&!mkTgH5uVo#o`Gf{5+HzIZ{3l
zeho_2C4`?v#u-QWIYAB6WaT3KhH#vbTt4uNI&qb02)~j>tewjTe$fCugr9<zfZ!KZ
zOz2t!@QYex=8v<9n8=(>L>M5Oh%h=Cn577QQ32v_u!-=qvNAb6w#bae*+h&YY9~nf
z;Pki+s(KaSSH<EFBK-WURHm$4PLCBCe;48BXQeU`ehNsSi|`9T%R>-;VRU(*ln;bo
zfF!~%0IeK?@GEI_wPocZ{JOZ6$q2uaMpql**M+N^jPR>s@dOcm9!iZIDIW;G1|{nf
z!p|b(j3fM<poVF(auI$*IL=5eANWO`xXLtyUr8g@&gBEYXn-EVPeDsS@QW%YbS(n-
zMJ+P($Js<oWX>ic43JGk7@Z8vQUt%K0P#22MEF@*nVcS5WJcp`B1RFl6Qq1_dfWz8
zy^8RwV(|wNetuReQ&ujg$BK-<i}3TaQke)p1tic#_ywTlAqc-Px;#+I2f{Bv65$ts
zRt`b<l{C8AvT_lAUEIoKgkMRctBvsM!c|R1_*JoZf(SnkrACgF4}@QXl648;XOVHn
z5q?fk!!%jB2)`j5XC#*o{Gv`=Wg5b-q!DZ9@_}D8Ko8-kpd}#qMHLge76JUC7Mc0u
zY$7HyXA=<y$R;9;P6lQvf?rgC_#12@{H&}@PLC}zqj5G7qlnrGQa(66ZiA{`Mfg>*
z_=5;PKP#0fE0@z_MaJJn`1x6>OoX2T66hlQ0?_ghgkKn49w_Al;TIr@@C!gIhamh)
z8eMH!xd^{5Ze=pUucXn{M)-B%swN}+s#rWhgrA2}BS*>y!mmNex`gnv$T;H&KPRYR
znyg%e-w=*7lFJ8vQ75i44dGYPh_!S1z%Lr0hwxL-5)k~NiV0nd0De)6%=~dS5fhoS
zi3kH^6A?xy1G5ytFDgL%4K@*eR#qmb#}=8<IGc!3MC}AAADkYyK~=9J{Hj>|L4=>5
zmCBTr%jvNq<L@H;{H#<a!cPGSbP;|5Xn6?2FN`h^l=6Y_3y?(k1)!Bf5Pl_%uC}aP
zgkKl8G8y4l(&%a<{JL;elM#MZES@03&qJw^Bjp3(*PvuwLikx^oN<Jo6VxzGRxZMC
z2*(-8<paN{6IYpr@GEJ=+PQq-7Y)!u_$g=!2!2t;gsw#Zzo<oK{y3Y6iOktVgaNXN
z2&0pMS&HBn6(Ifwn+QKEE0fb>i_B=8O~fdoc7l`-PLJE5s#g(yRV@A>!q3l2Wy;Fs
z^jMMccM*PmRw@(Wr+@^y2)_WdJOtqvMwbUl`9SyuNFw|K(8?hQzmi5*TUIW@uZvrm
zjPNUIbhQzFUAU^r2)`;8PY~hfq14Ec@`3PcP_ix|{46rgIKs~fYM3S~7vVRA<Ba6;
zfnU^#t4u@ql{8}QTt4uN2IwLD6tn~czo=qD*CK#l)FLx~oK3_;=4>Lu0NF%@(aFFp
zMevIX5PySBgrAj_$?360W;D(wViZw3LCOcG$8Av6s|dd;7Jm@o=VzrdW#w{utjPGg
z2tPk7m5K0EKmuKaUjSMjg76EY%LAo+Ap8O(5q<$^<q(8lNu#SRD;MF{#jQ+6_?0xe
z+6cccT-9WRUlofdi171JYUD`yK=?H%S(gxg78z$8;pYT3Op}$1@EgK$MsoSUFY3fq
zrXl=F8nJdRANWNB^bmduS^|P!R577z5x_5Mk(ocvCSoFUHW6WfY$C$wWMGye_(cVX
zzriNL&&tZ=^w=UZ8fOzRim06+<%84XHmK@VgkKelKZx-2vr?I|aydO#Wc*!(pP!Y=
zMEEHnfiA)?04)ze_=VBsfl@vYegTpQzW}sy2*R(V(bblfi}35>Rwg6-N*Y~lgkKk~
zYBIvFip3K|_<1Nba-@79{2G+3O9(%Uj5Ch#bAlSC$;w6e4dFN=xqRRkb>b@15Pl_%
zSUZ;w{GtJR2tNfa0l_b-n9#Kd;1{*X%pYeHF_Af&h%i7l5n*&PFiR2qq5{O<U=!hI
zWo2@DY>^p_vxyi*)J~A{!Rc`uRP`#tuZqPVMELnxsZ3e9oE|GO{w~7L&q`$?{1lKt
z7vUFxmWLqx!szlqDIW;G07-;j09rW&;aAe=YRk$+_;qnBlM#L;jjlGruM1Z-8R1vO
z;t3-BJd_$aQa%uV4NBG}gr7ym8AtdzK@HPn<s$rsaGa4`KJbe=ag}KZzmi6*oy!M)
z(EvS!pMsWv;1^X)=voBui&|vnkF$xG$ec|?7$BR7Fgh8Sr3ije0pf44iSV<sGC4iA
z$c)C>M2sS8CrJ6=^tcVGdKKYU#o`Yl{QRs`rmS2}j};kz7vbk;r7{tI3P_-f@C!i8
zLlAypba|kZ4}@QUB*HHMtsH{zD`|AKW#uCLy113e2)~j>R~zBig{zv3@T+3+1QC87
zN{t*T9|*q&CF>Hx&m!ZDBmA78hH0{L5q?8B&PXmF_(h$#$~1&uNh8+I<paNHfF8n6
zK}$gJiz+5`EduyOEi&`R*+fia&L$!ZkWEAwoea!U1iz>N@i*8+_*q$*oE}?bM&oQE
zMiI3Wq<nCC+y+&>itwvq@dpupepV_|RxYQ<ij2RD@bj}$nFv1xB+y0p1)$|22){78
zJW$F9!Y@D);TM2b4ng>pG`iZdauI%A+{$ExUrD2@jqvNjRZT|tRk3)22tN;{MvjyZ
zgkOV_bqV2Tk#WWmeoj!sG+DU_zaboFB$p5TqE1|88p5xn5o_o2fnPL058<bvB_Q}k
z6%)D^0sNvCnfc>vA|^6t6A=c;CL)YZ24*ROUsQnj8*C!{tgK8<k1aBzaW)a7h}sEK
zJ~%yYgQ{Ld_*Jp^g9txAE0rlLm(ycK#@|Kw`B|w<gr5Qu=py_A(DD$3Ul?5;DCGm;
z7a)o73qUJ}ApA-iU2R#p2){0FWirCAq|wzz_;ul`CL{c+SUf?5pNCQ-N6H7nuR+PW
zgz&S-IO7OEC#YeXtXzcO5RNmF%Ljf@C$2IL;aAd#wR8EvFB+hS@Kewd5d5Nw30;c-
zeo>3e{BbrB6PdG#2m@pj5k@BivlPKEDnR@VHW7YSRwk#%7MamFn}|_F?F1<woF2D9
zRj(ras#yF%grA?4%9NGM>9Hc??;`yCtW+k#PXP&Z5q<$^c?iNUj4lt9@`3ORkVN<e
zpp`=qekF~rwya!)Ul+GB8R1vb=xQVUx^PvK5q?!Ho*=@{L#dG?<pbf@pk!S__*rC}
zafF`})G$p}F2ZjJ#~I1x1HY&fSDA+JD`~{qxqRRk4bVgQDQF1@eo@7Qu0;U9s6}S}
zIGc!x%-KYQ0kVk*qmzMIir^O&ApQoM2tO+;lhb31%xIiV#3-V6f|L(VkK3TCR}p?y
zEdC(E&(BI_%F5;RSdsB}5q^GFDih(SfCRb-zW}s61mPD(mj_DuK==hnBK!i-${`59
zl15isRxZM?i(8qD@GEI_wGn<@xT?trzbY0_5aH*c)X0(Yf$(ckvMwR~EHchG!p{k6
zm?kS1;WvcijO6lxU(|`KOhfpUG-B;sKJbeM=pp<Rv;+jdsA59bB7k4iA~S!SO~gdz
zY$Cz{*+hiV$-pc{@QVr%e}hegpOux#>9Iv-G|nbs6j3`t$_J;%ZBW)`;8e-Pp4
zXQeV_<#Kwg$oRVmKR+v#iSScE0$qe(09qb`@C&2M1EqW*`~oBqegSCZ5QJYzqpK||
z7va~%txQJvl{C8A2)`~|)ntTU6^kc`@bge=<Vg8I_%$e5mk@py8D|{f=L9uOla-6`
z8^Uo$a{0h7>cmy1A^b`jv34#W_(cQs5Pk|;0)k&uF`;V_z%Oc%nLo}ZVj^=k5n+IA
zBEsloV3s2IMFohz!6w4b%F5*Q*dj9;XA?1ssGT6?gVW<SsOnXOUlof#i172XQkk-H
zIXzZn{9S~fpOwl)_$eTPF2XMWEe}EXh0*1KQa%uV0g?#60JL%l!mp&!)s~fu@ay7M
zCL{bx8eMIKUl*=wGQzKl#S=vMc_=k<q<kR!8kDR{2tSLAGmh|cf*PjD%0>7M;W#6?
zeBc*#;wsY+ekF}qJC_gqq5*mcKLsrT!7r+q(6tEQ7q!UDA7>LWkvW@)FhDjDVRSMu
zOA-8{0>s~76X9oNWpa9Kkr|D%i5NxHPLT4!>2VuW^(w-zip3v9`1x6>Oj)^{9xF2b
zF2c{xN@XJa6p%m{;TM3GhamjI=<+}*9|*qyNrYbjS~&#aSJLQe%gROgb#W_`5q>3&
zt~SE23s*H6;aA1t2_pPFlo~lwJ`jElO4cQWpGC$QNBB8G4bx=hBK(GMoRM5U@QXTe
zm1zjSl18kZ%LjhZ06m1Cf|h{b7gbE?S_JTmT4d&rvx%6<oJ~X+Ae)FVIvJRy2!2rk
z;%~5t@UyZqIX$+>jK<kSj3R0$NcrIOxDBd$72#LK;twMH{H#=_tXxiy6&ZgQ;pb<i
zG7)|XNT7@G3qZ?55Po5Fd7zXJgkOLp!Y=@=9D?vGX>_$^<s$sLxRuEWzmi5*8{yZ5
ztD21Pt77p45q=&@jT|W-2)_m;>k`7xBIArB{G6bMX|i$=enU9UNG>1vMV+|HG=yJC
zBi7F41HWj19>PySOF;08DkgL-0{BHOGV{mTL`-DPCL#=wO+*--49rplzo-E5H`qk@
zSy`E!9$REa<7^^E5w#Pfd~kZ)235U^@T+3+2N8aLRw`3gE~m$ejK7QU^RrT!2tNfR
z&_(zKpyeS5zc9KyP|63wFF+FE7l2j{LHLz4y4tdG5q@3V%4CFJNu#Tc@aw`=O-A@t
zv3P<AKM$owj+76CUxSi$3E^jvamEpTPEf-%S-A+mAslBUmk<1+PF!Ug!mp$eYv=NT
zUo=1u;isS_AoxWU6S@`w{Gt|_`QvONCNgIe5eCR6B8*N3W+{SSRDk#!Y$E)utV~Xi
zEi$8VHW8zU+6huVI6ZEIs$NC-Rk8Sk2tPk7l_@Ki(_=-(-$nTOS*c8fp8^u-BK!i-
z@(_ey7+oGH<pbdtAc^n`Kr4qJ{7M>KZCSYpzb<ZNGQzK<(bY!yb>XTeBmAmZJVAt?
zhf*U)$_K))LCLy=@UzG`;|M<|s9~C{T!h~cjx&<W2Yyi}t}+ebSJH^JbNRq88lZ>p
zQ_vC+{Gy5pU5fyIQH#v{aW)YXnX`!q17s5sMkfQa6u~blK>Q6h5q?%yCa1?1nbA0#
zh*3oC1Sub!9=AbNuOj@aSo}eRpP!Y=l$Fcru_EK|BK-WUR3^et0SR;wegSBC2*NLn
zE)SIQf$$5EMEC`ul|vAIC5^7OtXza&7q>DQ;aAe=Y9su*a8;8LepM`<Ai~c>sgWb)
z1L4=8WL-k|S!A4Xgr5`CFilo2!fy!28Oh}Xzo-*enTGHyX~f#OeBc)i&_nnsXbA{@
zQN@I=MF793MP~jun}~_b*+hf^vWW<zlYv=^;1?Aj{sx-}KPxMf(_@RwXq-*ND57?P
zln+ji+n}mf5q?!H{vg87&q`&=%H{M}k@0sCetuRe6XB<T1iA>n0JJ;=;TJ}i2TJ)s
z_ytHJ`~uL*Aqc;cMps)_F2b*iTbYdTD`|AK5q@2`s>ukyDi%)=;pd^$$dU4a@M}=A
zE+PCZGR`={&k1UnCMy@=H-zJi<nn=E)QPK1L->_6V(nZ$@QViMA^a4y1O&gRVnWv<
zfM3)iGk=^-#6;$7BEkUKM1;}Fz$``ZiwY2bgH42=m6gfqu|;My&L(0MQ9D7(2dBqv
zP}QplzbY1g5aH)%r7~sZa(b-D_`3){KP#1q@KZnnU4&l%S{{P%3!}>erF<a#0wfWB
z0chnAgkMRct1T-R;n&5jOh)*XG`iXdzb;(WWQ1Q8izkTi^H6H!NclkcH7Hq^5PlXJ
zXB^?@1T{>Pm5cBj!f{4&`M@vg#8svt{7M?Jb}k?IMFaE@ehOLwf?rfIp=%MqFKUsQ
zKh7p%B6BtoVSsER!sujRmLm8?1&F`FCc@9k%H;IeA~PCi6ETXYogn3d)8jU%>Q#ha
z6^lQJ@bj}$nX+;@JyvA=U4);XmC8i;DIkF^!Y=?V4?*~a(dB_sJ`jEZk_f*5v~mc-
zucXn{mX(X}>*7`>Bm7DlU2TM47p`hD!mo<O6GZrVC^d4Vd?5T9l&nh#KZ}erj_`AW
z8m7t0MfeTjI3u}y;1_k`D$@{tC5>1+mk<1+0eT2O1uX%=FRGZ(wFuxBwaCmLXA?1z
zIh%+uKsFI!bTTkY5&WV8#NS{O;b&!Ka(Zl$8I7}v7)8`hkn+LlaT`?iD#EXd#UDiY
z`B|w<S-G4ZD>D8r!q3l2Wg`3(kU$sV7l4+BApFAU@<1sc2)_VHgkJz!IRxQX(&%c-
z%0>8faVwJ%ekF~rHo~t9S2Y>oSH<E9BK$m*8aYxv5Pl6x)+L0WMaCIN_&Grh(`4l$
z{DyFxkz79Ti#l<YX$ZfPMy#F72Y%52J%pcvmVn?FRZQqw1n`SmWaf{viI~WoO+*+V
zn}{$v8JMLAeo+D9Z?K8*v$8TdJ+{b<#@R%SB5Ef{`QY@p4XSz-;aA1t4<h{htW>6~
zTuzS_8Gjey=Vzrd5q=6tpo{PeK+8iAeqnTZpp*}UUw|aSF959^g77P8bhTyWBK*3z
zmB|Rdl15h>;n#($nvC$PV(|nKejZAV94Q|NzXm1i62i|S<BTKxoS=qjvT_lALpaVz
zE+6<sow&+0gkMP`*3RVvzi5CS!cRd<K=6wyCUh+V_(d%;^T*jlOk~a`A`FmCL>Qe6
z%u)our~vUd*hKhQS(%(3TVzJ#Y$8SxwG*U#aC+PZRlSPvt77p75q^GFDpOW2r^kwn
zzl-qmvr?G|KLsSvMfe4v<sk^aFuFWY$_K(PKoa2>fL0Dc_?0xe+Ol#HeqG$kWQ1Qy
zqpOYZ>%vt{M)*~+c!CH&52Z$qln;bogOYU#;b)O?#u0u_P{TA?xd^`@9A_k#5B#D|
zTxA-<ucQ%c=kkGHG(ZpGr=TSu_(c^Hx)uTaq86F?<7^@(GG`MJ2FNBNj7|n-DS}^A
zfcP71BK)kZOiqt2GNW-e5u=FO2~s{dJ#K@lUPbs-vG{`sKR+v#DJz%LV@1Z_Mfmwy
zsZ4~Q0utyV`~uMO5QJYCT^=aq1K}4SiSP?RD~BNbN*Y~lS-A+mE^cKq!mp&!)kgSr
z;i@Jh{Hj<yL4==&QX@yo2g0vG$-0E_v&cB(2tOyNVVbO5gx?U3Gm^^(eo-f`G7aHZ
z(ulQl`M@t4poj2N&=L^*qKXM!ivWI6i_H9SHW3q<vxx`;WD^laCj+w-!7nO6{0%k{
zepXf{r^gnV(KwrkQAF(oDIc63w?S2}BK)dY{6U1DpOwm#mCNa|BIEBO{QRs`Cc;kv
z33L&D0cd#$!Y_<250vtO@C%Sc_ywSqLlAx?jjpz=T!dd2w=x;wSJLQeBmBB>Rg)2Z
zRV<z$!p}pgkt5{;;n$#KT|)R-WSnt?pA*zDO;#?#ZwSX3$>jsTs1sM2hVUzC#M-%h
z;1><hL-;9Z2?%~s#e}X!0Kce3X8t&vh>6VEM1%pdi3p>Ufmw>+7Zo7>2Ac>!D=U-J
zV~fmaoK3_iqIQCm4^EHUpsH69epM{~Ai~ejN@dE*<@8vQ@pln^epV_I;irHEx(L4j
zv^)gi7e<!{O8G$e1xO<N0?^7K2)~j>S6fyt!mo>4nT+r&X>_#_eqFe#$q2tH7Eci2
z=b_Zdk@A7?Yf!Q-A^a>d&N#x)32K-oD;ME6gyW3l@_}E}iK|RQ_?0wb?OZ<aiw5W+
z{1mhV1iz?aLf0aIU(_Nqf1FLkMCNQF!T{Msgwe^sEJg5(3J`yTO@yD7mC5O`MP@Y4
zCSnv(J3-0^r^jtj)vE}<Di(hb;pb<iGG*m*daTI!y9hr&E0u}xQ$PY;gkJz!9)j=-
zqss%Od?5S+BoTfAXyp)uUrD2@Eh`t{*Tt<&M);L9y4nc8E?m`QgkKelCy4O#P-^5z
z`9SzJC|Q>feij*L9O35#HB6J0i|`x5aYl0az%S~=Ri+{QN*b|tE+6<s1N0Dn3R(h!
zUsN%nYZ1UNYLS^g&L(0ab2brSfNUbd=wx7)BKSoGh`+%m!q3Xe<n-7gGa6?TF^Z_2
zAmxM8<2I=3RfJy^i$93)^RrT!vT`{+R%HBLgrA?4%0&1nAb~EzF90nMLHLEy<$+Q@
z5PkuY2)_WdatOk&q|w!um5cD};#MXj{7M>KZG>MJu4*#EuZqPJMEH3qHFBhUAp9DX
ztV;+#i;Odl@N<G1rpd}h_zmGWBe{Iw7j@z)(-3|ojaWOE5B#D5dI&!SEdjwVs+iEV
z2;djB$jl#S6ETrFn}{$#HW6WTGB8UK{GtNH-(VBrXJut_dTfyyjkAduMbu7^^1<nG
z8&vfw!mo<OA4K^1S*c7}xtty=GX5^Y&(BI_BK#DPKo{W`fR=|K{KDw+Kq(&xzW_;u
zUjSM;1mRcG=xWQ#Mfi1bE0Ym^C5^5&!mkTgH5uVo#o`Gf{5+HzIZ{3leho_2C4`?v
z#u-QWIYAB6WaT3KhH#vbTt4uNI&qb02)~j>tewjTe$fCugr9<zfZ!KZOz2t!@QYex
z=8v<9n8=(>L>M5Oh%h=Cn577QQ32v_u!-=qvNAb6w#bae*+h&YY9~nf;Pki+s(KaS
zSH<EFBK-WURHm$4PLCBCe;48BXQeU`ehNsSi|`9T%R>-;VRU(*ln;bofF!~%0IeK?
z@GEI_wPocZ{JOZ6$q2uaMpql**M+N^jPR>s@dOcm9!iZIDIW;G1|{nf!p|b(j3fM<
zpoVF(auI$*IL=5eANWO`xXLtyUr8g@&gBEYXn-EVPeDsS@QW%YbS(n-MJ+P($Js<o
zWX>ic43JGk7@Z8vQUt%K0P#22MEF@*nVcS5WJcp`B1RFl6Qq1_dfWz8y^8RwV(|wN
zetuReQ&ujg$BK-<i}3TaQke)p1tic#_ywTlAqc-Px;#+I2f{Bv65$tsRt`b<l{C8A
zvT_lAUEIoKgkMRctBvsM!c|R1_*JoZf(SnkrACgF4}@QXl648;XOVHn5q?fk!!%jB
z2)`j5XC#*o{Gv`=Wg5b-q!DZ9@_}D8Ko8-kpd}#qMHLge7J=*+ebI|vl)lEN|GD$d
zJ8$^zpWAQ0efp~{?G<jk@y1Lq{e9C-H!bb<r{C|_zV@|*?u%di;`EnV+AGM)%`-5W
z9+yU7`u*N~^UaA~+J#MjsinO_Ub%VhrN8gE<Bp{fn0~*xeB5%&Ez@6WX|Ir1Zk~RW
zkHFKH@`3OR&_nnIpp`=qekF~rwyfOz?T7H|qL-5qegSBC2*NLnP6i_U1VwKH;nzz{
z<xBZM_$e};F2c`4sgZ;5Yrtt=l9h|_YlCWBMff$~v@aq2+I&1$5q=&@)f|Lh6^lP8
z<pbg8hbEZ_KS2>|ApBz7(kNNE2){7HTs|;q1OOuZ0?^cuTs}CfS6Dn<grB06fZ!Lk
z?2*J3f$SH}6NbMb009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|
zfB*y_009U<00I!$Is(^Uf4wpX(uIH`fM0a$)-@j(0uX=z1Rwwb2tWV=5P$##AOHaf
zKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rzinz%Q!2k#vUy(!aiX?MnZA;=6zT
z=5PLHrLVe(7d!F96Q6j`pVLo2eG&J((wj`PE>FLezUm@g?3!z?xo7Hq=l_5I_kVv8
zx4qJv{OiB|>oon+-z$C9MZDNM-tmrd`u+Kz|M?<rd!;wY^b6xW_uO-3`W<@cq2bqA
z@<4=N_~|43!szlqgkKmS!Y_<Y22yziMQ`KnZ-2W~-qg7A$}4+cfqbT4cn-Ysm9LcP
zci3Tvg<ogM0}+1Vr~m9{KU=0BCw>8p2)_WdJVXh<i!Z)7{8Eb@NaYPbdW2sXoeX69
z35wnZ!mpRuFdyMJWa5k<{G6byG=!f;W;BlQ8$~plK;<1pWF;W{EHeH$)6dUJWg`3(
z5b54|=bb};AQ1>aU^59k?P*UFzxNAX@Pf_!kbJ70ByiVVcgfsKjW@sf%{zIU+|*_g
zc>nv~Urs;%Q<u$rOuPE2UiGS1$@JTI-+g!WHo33OB!KYS%;&O%PnAvy<f{+iw}dCY
zQTM2X-)BDanT`5*e3;!PaQ^w{%eUX-9{0H2zFF>W(+DJsvP{2IPB~@MJ|3TEhY2X*
z_m;Q3WruH;TiY}O2)|8xB8&Pw2){)=?oGQ{gx{t;k>z|Igx_+W^#<N4!fyi~%5pvu
z!f!dxnmdKS4imsOu)_~`!*310=!QR_-TruL6M<iJw;%VW-5q|>O?x7X`aB4~MLq6~
zx><F4%zr4fQBP;*Ka3K7_(gaAiEq>ma(cW`k7H>c2HU{Wp7`e6uM&RvMK|ZsEa8(N
z{Fd;PH})P8ejEE}mhiz4eoJ`Dn|Y52zs-Cu3;9$CzlA*L&Ad&7-)24+J{1HY&_w{-
zKo>5OS4aTA=n7%-QoRJ!CIY``FF^9A5Wp`wg&t!k5<vJ(1jz6(0d;zeUo=dTfdK+a
z_~91~Fl0!W0H?=cbPSwM0NcQHhP*<IfD(TAMPnEl6(fM~i*aMrN(dnQR)Ucii4j2f
z#ketQIst^=bcVb_m;k~rjE;fR2_XEYGvpN@0D-j=z&5b<N3hrrfM0a6kA4$wTx}xo
zi*CY0S<Yv`FS?v(y@7X%@Y}$LvXGCYPLJ`6F66my$Zaa&hhKC<p36c$2B*ghdC;4A
zo7e_6^SLbHQz_wxUvvo%eRJ*+;kP-@Vu7Co;kUqtzB#vy@Y|ecv9wQu@LSpw->CaV
z_-)kVSlWj{_$}>;bH5PSNdnjgcJi@q#ZBQC-HOMws~=KrBJhju>Vw|Q`@%1}na^b*
zp9<l(kO#eix2aB#@r!QYGuq*gq=X-S(H(x)8+dD+9&g}7S<XkoHn5y$y=ix<gdcv<
zO?yDQ{do|6yZwAO{O%Bb8~%WH`{N<}cKi8m^4%f)Hu>r7{AWY>?ffI&<QqizZSvFM
zvq1m?P6F5loS;ZsIRX5lD@V!;`U$8_1b$IJIx?pdz%M$TA+Hc7fba{WW8g#r>hu`D
z=tQ0j?;@atAAZp;dL&OI!0GWsfDE5P0NcP6dW@YyKnXwmqElcpwwD0Hua_A4D<pvM
zTOmwds+R!5ua_A4t0I8#TNO!OCqMw<7l6i)RS`h=t%@YC0|5xEkpQ-VHNs!`TjLj9
z_ykz*?W;`$e$n+lj-|aje$k~p@r}A)gx^LzjzxVKb$X0nbWu-#?Ki80AAZrbKaoX!
z08Wn=^|&|fX0Z)y+7nsM=TX8Bzvyxv{U+Qg!fz9v!eT!I!f&yUeiLpS;kOA-VVR!+
z;kV4^z9Dyw@Y|3FvCNNw@LT3{=dK~JV+61b?AQa{qT9hQx<wCb_dcrHMBo?Qy+^#s
zcZ6Sblb_Dce>Q~Q&OhRfy+L()j9+wPpVUr%FeUu(i|*u8-q@Ss^mt<*%@RHswt*!)
z<;}cDCH(M<Zsud!)lY@++tnw#759bk+lt4us~-~Kx2sQf^Y07cxB1U#hd&|0Z-*c5
z=HD8^Z}XoKpAZ5N7$tyhU=$Gvdx-#k(Y*wgm-P@(n+W`(9%$sOiU5AmRgvU%0t66#
z0cZ?a2?2F_j9+vmRCy660VVwKi#oZHwh{uI9<Kx=FA^hwZ6L;tQPT-1;fG&zI#OQ2
zPXOWPXGP}92_XDdj+7Vl6F~U+S&_L~0tmm=^5oUJ2q65raFM)P0tmm=^5oSZ0D-j-
zz&5ZJ?7V3rfM1kputoxE6M<iJjn86%Z;fAcfe(FiZW-aXInQEgpG2J=;}>1p1X%C=
zD&dD;biI#bY46VI@zS37M%^#AfsJ|`i~2B1_~92_)YD)4%_98P{s@-*0T6yme)?;_
zcZA>CAHiZj0K#vvkA4$w9O1VKPhqj20pYjUN6(EzV3!D7bkRjGz2^_dcf0gtH~(I~
z`OR<MGxfgn|5smq_2z$OKH<&~xbC{^%IWtH|L_kxb8Fnl<`ej{Kl?M8erKP3_U3<J
zKH)AAK=|#_)7-9m`NlWCAzyt6zwLT<JMd`{emn3GxAzvVxZ(==_B-dCbGG+J_~hG2
z;KB<pl<D`@x4v~7Z-LLer394l`_P9zw52z~$KFN)2)}K7YCH3p5q>-KD7W!O5PsYE
z)OO=DBm8#bId17)ApExU!R^M!M)>W<bL1`{009U<00Izz00bZa0SG_<0uX=z1Rwwb
z2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##
zAOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|
zfB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<
z00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa
z0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z
z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=
z5P$##AOHafKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHaf
zKmY;|fB*y_009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_
z009U<00Izz00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOHafKmY;|fB*y_009U<00Izz
z00bZa0SG_<0uX=z1Rwwb2tWV=5P$##AOL|aCGhQUfBT~!{pbZ3TyW%(M;>s%0Y@Em
z)Sf+iuDRx#6yMT2;$v?Dfv<o4>!17F=RWX(54`SmuRG<GQw}`vz+e6DpEtefP5zI^
z<n*&5QwV(Zt6xpuV3%Hc=__9GiW5#a;gCZPN#ATo9C5@MXPoh_cfIT8n{SrPc7y5H
z=EKz?fxGX%`wL(A!c|vY^?Sefd#9dy>fwhUp1%4HI_RM1KKHpP^6`&<++SFkenY%O
zVg%CM%k?+?o!X->!rU80M8c3j+DgbYYc&4$Z~t~Uwu~_SN*c6d1it*`FDDWB(wDw8
zDZo^P)86*1v(9?=yWf4|jW@Pmkm=Xv!&OD#h8u2ZeBBK%-G2M+>J`c^)32mKyNke=
zzVxN^rFYtCryX|KVf*jDfBO6M(@#&4(J#IHF3i0y+9WFipZ)A-FS+EBlTSYR$xnXr
zlb-aXwC#QU>tFxHFMd&_SzV@|MP}jg4LMI{elBw!PMm%dhiB%@y=Bh5bk|en4?hiA
z?6g_QjZc|-=>x3l2O@m?t>kHL-HS||e%1T!{b@*g5vE_2<jx1DOh0}avh&k}8-&1e
z2qf#&vBw_!_}ZW2k3as_TW?(s3hs1;1U~htPu1qscVcgN!yBA$#N>2>BCRBloTAp;
zlX$Yn-*wkr<)~qs={ICTWRyU%D9bdfHj;z%+H0>JeI2IXC?XP^1pe;t{;r&guYK)n
z+XI<<Z9ZJJ2&5B|a;91BwqKO#XW=F8Byh(acf9=NFSn*&ihugkpSE6#>1UB4ZV^cT
ziBMy*4KID;8{e>Ais@&OA>Jl%=bd++dFGkJ$tIC=&N-*O?Pcz@33IhU;I`XtOaEzx
zOg7a>`{HkY^P7#~=@Qeg&1bP!H{?8-`MJy)IC1(-9G;mo_m(;L(p^uPKm0UgvD0QH
zH$G+V<qxouABgbnx00v1buTh~`VDWn_opH06_|cQj7x}2oPPW?WC@dmdxXFe2&CV>
zlKum5b*xu*4?g(duYBbzOF+Rru9m>WI-5QWlXJCCWI3<qIUz~ka?g0iGa5g%W%?~=
z!mRdAM~_Exh5hh{Kiqg<re6aNm%0d~|GxW}V~#0xUE43p-0Q+ia!FwN2?^7$<Via~
zApJJ8^b1AHZ@gjK@{2P40>By4<rh8gyz?w#Oh1bZ@iu{Ped}A#eC9KUUvw&R(n%+!
z%<4-q_o`S3dI)^&YhQcnQ=h6Po9do;;)xB*DAUiwd6_wzaGuQkT;|+McRg|XO&p#+
z0CR7#b8q7G<EJ4@o;lO+efoFT^dE@u?Kk~7Zs{vbpML7bdw&{|hBN&X!{u}*PCtGc
zvYe^HokC!T38Y`IecW-!<paI+PxYmLKR5m2<rGZ6nB~eVuS}7ADIM{p;0|-(*7gR0
zRA<u<CN8}2!ZerC?~+RY`rcdL`qn(7JilL*$+<Tk%0gcA6QB4*`ZX7qUw(P|Esp8G
z3roLHB~7RFCpD5uApH~J@>2}!=e8-C@5Y79mX+UTGUKIx?cy*0@-LHXC6&~)KTXpq
z{fIVA#XtFzKau}H;|WiALMpY@cW3%lu@H<ANdFXR`o>HDI^-Yz;UDI&zJ_0vxfg@X
zs7ydkNYcOh9bm%r3qWH?Ng(~}d+EDQG~OTl!5^eToa%3`!nfRV%f~+Uu|0eCRDZ)Q
z)2}2+dxZqj)H>>@qw=)8{`%{yugvtTVj<`uAO|dIj-}rt`uWd)K7Z*Yhu-Ht_qnsq
zI!nG1)7E(Sg3P@k6CzFmY4VikDsOtzo6>GK?|hSw^u6zWuWWnMKkQO{O{QNJ3&Bia
z?dQqN&m~XAiPLZ5aOU2U=U%$^Df5S)hAe#YOuYRmb1%R3#2<+8?KklWZuRi#(@))g
z*H1&zSf-x>xTx;L>Bmn)7BySASqSVZf%N;$@&R%(uB2a%p>8vsHm7(_NIMR7l`aH&
z30!vBWqCSz{Gv?GUcBTx2_*ghyTALpc`ByAZ@u-_;XtO}kO`5M5J<nTTmD;&E3UYr
z`kG9?Di(qP0yo`sQ~s{I`s%CG&uw$N;TL7@1t2p-2*?SE_2nj+)dthAiiMz`z-gzQ
zmcQkaYxJ|9{j7gr%4GU=;Ud{jAWg+QEe|{Fu(SuM4rKaOu@LkS5R-iRuXL;VvhDq~
zU;DLT0&{Q3gou;CXFl_p{N<MZt{xXB`{)4&9FTL;mSp&{Our!$A`JpFpC>av8_!~a
zm%66kkWbfe=H3wC!XsVtr@@M!hBV-CsY+l~b1%R6=nq8r_NzXH#RjKLzuupQB*;v^
z#m=<qjdx8yei~9`NDu-L*e(L;*FWatySKgVZPibn;yEGxm*dq0f)MZ%=&G|!PCr;O
zdkLi9yCT2u;v*mV$Z$B*Z^(qmstCOCjc?3__1tsMt-dDHuZo3WFM)I#{QT!XKTWpe
zp-N*teo^LLFJ$sd0uxV2n0_Tp+Pws>yY9MNThrg4{NyKlhco?piIMLl@S4}WCeO@w
zzVn^d5T>6+hIpGm`UhO(doTS8<!W+@OU|8l-l=k!dkP3$KY{d1yz|sL`|Pu=QRyGo
z$T=5ZeDN@c={ICTq(NZj^JL~{<5?{5QrGkw^647R+#3R1c%*Cov{~`fkTxH#DgrB<
zd-;{yKM>*DPw`)PH$43UKMhH!nSKkOZ|e5DrXN2IQS|6S00LV_VEXa$*4;86c)bMt
zb(YDw-Y2z$cb9*j?@#~qPu2Z0{S*+ot0j<r(_{X@*_mgaIecZN-;fEB7=f#<x+=}I
z^o!!tf5e?$Vbm|m+>3E$ln|J5Lc;VDj5J~d&N$<YTwAk4zUxJpeqFdo_7k}4uDj%)
zYx(L|zgiv0^s8ba=pk_1ZMWs`z4UkbcfhMdQe1Mr{`IeyIn2G12JKz~`M*j_vn%~J
z9&7BEzx?Gq{n9VORli`F>1RPBZV{OCJem1vJ%z=_{nM|C$UmI9R|UB6pnv{&K=IQM
z4<&Lkfz{5v^qP$yi16*ltWyNS)35iZA?baYehNO_uIa~5LzplSfWWpBNdIO~KD#^m
z=%X9=lCI{oPkriBjWjMnV3dHr&N4YiVUjSBz<KALm%rIQ@PQAgmty)UAaqwt;L=Mk
z&2#T9Z+Xk`m6?7+CPV@R(pks;`|qD-n*2huQNJj2FTj~0C4ng?Buu}OB<)@T-}uHi
za$!w>UwiGfy~CM)y~N0O5_tdn-=AmZOJ4F4YY5ZNB13$XKr-OTzxQn!l5f5B);tM^
zhCSxqC}9#B1dclDs64f<zy5kF?T$O{$T{in^v~0mX-vP825k?4InR@spPnbOs2u<F
zt77pFXYN%2E<EU;KORv0G{i%RoJ?S~b1%JS;|C&q`!VYjf!Op5{4^xJFVj!Kr`t9C
z_-P0e1_BV+b^@1QetAB-+p}j+<6bVf;DVfX#T8dH(zpbHQ3C!t%j6t|Nx~EY>4$5F
z9CAqhX8Yn7zo=e{>8F6uT_J(AZ+*&Bo|5O@jW^ynd}XHJkO`3hf%MyJ(=<Ew*kk4Q
zO^y0RnR@}w3@Hi73CYV|_OkQOKmX}Ze|qw<q`zPO@|XYdAOCUwJ-20k*=G8cG-&q{
zDE~3~<Q?rD&h+agM!u84v!3;=Ecvdv<{E1V)6XJ9+(Y1!OD@TCEdAr))%=Stx+o_M
z|2sA2UX>U@Cjt3K8$a@qk61%)y6L7o{nFnb|M<ttG^SrkgSLmjoaf2RPtOxsRE~f8
zRk8SoGxw?h7asJ_pHWc!G-MPJ2_=CQ&b{=q?H`En?N^egoe0FHU*M-9>AjeKOgTlM
zYx?oi5JitJ1R$_=1mx&Aefu>&ynHvl{`IeKq;UxXqXc9wz2OaSXeTo{+kCh>k--0K
z?`~kOs?J35TextEjRY=UuX8nRYKBPg+R(&EV$-J0G=I%BmD-}kN{KR++8G_E8jv`S
zirUH)bZTq|m1!zwrq$7?Q~VlRWk%aN)iDmOQc*zsC^GoLhkT>v|Jbc7J7=G>&pPKl
z@V;<<ugU8=Yp=ET+Q0K;AKty6vv&H{*g5B%)9_@p7+LrYkXQGrK!jO5GV-y<9-A>^
zMse5djyvwCHj5hJ*OWzNM*?v}wg|JeYuBcZZSzINUb0f?P9R+&Nx1<Hg&S_TA)e0M
zba3I<ltpExz@v{oS_Iqq=bs;4;xjkW^CD^aj5E%dI(2GP-gMJVD_5?p{*$j5U-)G@
zYu1s#`t|FJusrqDQ{R63?N)t-Un?2)IRf#i8h_6gkrrR{jxVDXUlfYp@ukSLgw(m`
zp1Wtyo`wO%UIU1i9SPic<Bdh&#iwnnjt@QbP|+rS|J%R)Te+F=D{Cm{2<*%2$>KBT
z9qFq!`Qg`;CBM7aYYN!smHF}07Rud_wnQ3~1$q*DnKwk7{mSynA<#wmb$2%;_9gs;
zT!TPI;pc8hgPxZJ2<&$PvD!~@?e39B9;umpY%QAo-QWFPO*5Mav=zwzoE4mHF*WE~
zV8@Ofkv~wJ)|x&&P55<ft7BQ<rI%j%;vasdOqo)|Tk$*A7yb3Ge_d`_E(^c1hH@7I
zv9?}uii_O5a`(3RqGGSirQC%;+bbk-4m|tpv*Y2U)xm{d)kICcz-_nPR(!%nx>O|Q
zU3%%I<&WJ|j>OT|UVE)NtnjOvs2RAxk|j%u*oze)Yeo}(H8?iq2t>+gJTNGo=&FT9
zixxFqcv<Y_@M_aaAl;CSkc(BmtIf7-*%I0EDIgnGxD|d?F*Wr9`|^6S_^f{~`fzK0
z_%+4J?=JS50`_@je*Dx!xf@dNV{28Q>)7k!hKRFY)xXbcIt{<B?}mi4@aywns~&zw
z;pc8h6;KTU0{fRhx|R0C6HnC4Jhm2>_~LW3rkPCy+6v@<&I-=9m>P5^5NoYma>*sd
zIW2DEHXTIxHDyuRslbabzL;*1rNXRPv(~IxQ!|wCtHH4;N1*st?6hgq8WwVFn=dN%
za(K0=5s1|)VzH@M*YV9a-;8z4Vi|#AC4sndk{((bC&SAwyDaJ(#u0uEAYOJPkX8eT
z#Jr0yzBqm6RtsPL@|UYAqr$HvZH;pTB5yf@t%$%_^0B6i@T<YGDN`Wg?STg#X!wR&
zgkRJ|eX-(bbtth{HBpl<5OEcM*cNBGlTSW5uJuKNXz>rc_-4>AfBDP!V<fi5w<n7>
z4Vm-8FP~b=LSSEBPZpn|u0bF_{2Ds$`{->t0hRl;zyQOqICghK_UjlJtjTvBdtKZR
z@yR<_@A8n{Z>Qnc_1%yV5Pm~83<hgr9fhB}A%pcc*)IVCy%I=CQ}RW7MQWUSf&9-|
z!C5b9Yj*;1|6<|7g~bhvdGqE~^Hqvrg<p5PdNl|%y*yHc-`u%#H*enD(7t#n{F<_;
z%oK<(aThW6<daV}bZMI}D)t)0yzHSseBj2qQblma?`NNVwqbDL*8t*WM*@o%FD|01
z$k03Ow9}R?TefxU)(E_~H5LiXX#vt`7SCmF_!pq?>quMU9D(>0E@CoPwXJV2{OWyd
zZ7UF8(@4+GD59?6_w?!0SFBi39Y^d{P1JNGux{PDYL;?2{Niukn{U3ksA<R-6@DF2
zYa9am@_MrP6mks$`Qg{lv3Qx^UF<al?DNX}_-O?dfBd=|(h5g?jX>A2*ToGHXTO>^
zqCYov6n+D_8xp+2uRmj~=BPUgznXE}4XMGgi2#A2BaqhFe)Q2tYi5<6M}O_L*VZ(%
zi9lO{{Lfjz*%niSP6gthXV+YFO>ws({tAd?SXzxB{94JV?^+<@ZR5s`@p*dIS!WeN
z_?54GCDvf64k-MpCTcPTA}#8ibIyqXi}f3;UE1c0ioGhDn%)Y;H#LeA;DQAU8b%g=
z4Io~2BoJ9BMQFwEsZ*!M2X3`{eB(Q{X~<X>epN0t0~DAuXHF4svB+NiP{Oa?$JTm*
zU;N@1>CE<{AN}anS6_`kI^xgX_#Ne_Nn0O({PBjN#9jl4mt6?_{`bHC#y7r^!mM0~
z<-TLJ`RlH`uBg20uDi<P3%|04a*n{hyq+vRbKa4@YLg#+O<D50i@m0ReO{R#KTV<B
z4Qa}vGDl#5u~+OO^M;7CU(P$yS8ejcZ-940LRI+nRcPfLY<~FVjOK1gj*>P62n?b?
zdUD^=rAuq3k<N_`-v_VhViSR;0x6b$@{^x5ZICJjXQEK(i9r0}Fn|91;#Ng{vS{p1
z`1QoxAWa40I!XG{;+0okS#2ZyswQeO1&R;Zcp~JcO`ED++UARjy(*fT-U>YT+;hbT
zaXg~5VPxUg0ODmw0`b7*l%w+CgAcaq`?r7lw?(sm_=kTew-J724dsCg#FDl}q{S!l
zu3fw82NZtwKDO2fY}>Xit?u~LQ%^N*8TCapo^r}5J9g|Sw-I|~4dt!{A`vAPxsANg
zB5^dnwGoS$Mc_q!jQJOT@fSq|{`%LyF7HD4l{J)e1oq|iWbv8vj`UTV{P1halHXnI
zH3jVR%KZ4LLb)4KHBpl<Fp$`*?xp^Qh_hc+tj}xm!>?%B_1%zg7JhvmY}Lch55H>P
zYK^-gRTDJ?2n;EKd+xcXxN!IPfB*M26N{}yv!DI!XEn`iBG6VK|8rJww#C#SUm*S<
zP2b{an=Bf`3cq|?ExQniT)yH{HGao^-i8r`UjvAjnF1-U?!EWkrd`_Ri;BIbZYp~y
z5YGosXTSJpE{`ny${Na@3Z!R$M}WQd+H0-4$MSkb1YUUIh2=KFudJawaDm%zzrBdG
z?|=XMZATM+ZHY8!CGgNg4;7KtbYc0_>(WavEt)kvS4iw7B89yq5DD`|?8Wc3YuA?d
zBK*o4$~gl2@_MrP%y~!ps!e|QHD$@~F7}!N_IYJ~{4_wh8`1#cWv2pN$6l))r3=^b
zFT;i#BF=uT(E7GMGyGCeb$vG^goR(<hFPlv&kVm--5cuN4QT-Jk^q6BCh*(e{<gSw
zH*40cnz_Z+qS?xoD{GqBM4+ue{^zXVY>TNura<}Ii*d88Awi|-Ai}RHi^?7f%$PBw
z_+WkU#TOff6@CpMUS<mX?svZ{f-1gI`^9EI#n$3?+Fo91O6+A)Yu2?u%@q>i*R`sS
zA+Ub^`gDrhzI}Tulk}bLuYdjP<u<~vtf4$Wfmp`pD_{9a5s(e}QB6k{eoa|a<_JVW
zauI2<#&S*j`|rQMXx6Z_ve>IZv#BQnD^{#1VlVzYX}As}{CXnXSA*=!>&fD?uR<&5
zVDrPT>1g@g#a>guKCjG=pE8uYA!QBa?gYAvz50E%x*_81SMSz`TQkFN;CDm9R`~T{
zfYl#zX86?)lD4`Vk|-1i5Ez;Q<<r!bEnAvSGU|)#d-1!RRM51sN&@u)`Jc0bvtH8H
zOo83Ich8wKr#OjaCX2?%!Y`9ov#tfsIOB{WEUSqG!mn%9KJS>WkfeXM<rK>Qv=e)M
z9zy%z@SlJF`64VMnW|xT!mk0u%Z>!%p|_C+UqsjIufN`^?-NfvQM8#odv>{v@GEO5
z4^ZIgr=KpuZ05|F#p9Uk2NZtwKDO2fTzl=cMX=T9i^kTXS;KRM#9oc9O+68aXS)=!
zH-G;8h5?0N1BjPx1@`6jWbxVd?dZ1#`Qg`8CcnGbYYN!smHF|Lpxg~f6bb_o=py#o
z?yl7h5of=)bp6&KGyDdAHzZ(%U%y3H+vCj)zqaEP4craMgwl)vfk6~F|NQfd%Xe`C
zY&wl}VvL-trVUgQ$QMZA^pl_bq-`(3*_KFydVzTS*|)y+t>P3H&!cZx(W1Vu@T>Q+
zbsz$f%2I@7{Ek0Jt3wIDs)?Gm0zJ7xBKF!kYcLRjtFF4LIQv!824Yy@HxOHW(>i<c
zfaX>j3l=OWBJf8)`cXq0;nx7-W!D1nM@JE6^(lPi@r7SmLpfjIw%cwif-R!1rdK?z
zzG!y$-FG)M6MGFHUiMHR-4~1STfKU9b!6dJHBnO|u#c}Ni_e<(q7OH96n<5oj=GDz
zDqx@2bQC{f<!(ry2TTtSzth-jyX*QJBF=to0sE>!X885wZb-lizrKpDwg;OTer?Ao
z8n_#h38fhU0)r@!R#}-cWy*j5_kTCcBp&S-^~JU2-~8q`4O_h=(5XO2pR<CqQ(o=M
z0<mb`dFP#1oW8ES^2&~qMPnS{SH@KCp+H=?yYRvbi^x3ZoO7CvEc}|Xs2rd`<WLoX
zw`kF#Rzr!sRx;`bE|C5a7;zZu?^OpBepM4S`2y?Ktt(D(r=EIh(+6if`|PttgZRB_
z)vAV(g<k`Rm)!}JAI{SBJ3&o{6@E=wRJIjJ56+9zT9li%kL!5p)VFfw%7!*#uK~o%
zUJ1PN$}6#$d=Y!`oR_A<3csc-Dq9JpKP7V39~gLa4Sa-F2cmv|6zC}Yst4Fncd=Im
z?DLwA;>X>PK982(9)3r$*LK%!Z-_YiwKeRk2E7WuoVy_bEByK@y4oIWufi{Ol!l5w
zjol4tE3W|o0)r*+&O7g%efHVKMZD8aJMBOI<3HkGZZVno{n%rVMNP5k+;h*(d6?Q@
z9fkewF9PYqG3WZ8;M`x{)*(30?c2A1^PAr+PG9l;ortAQCn@|o71O>Dc<QOAV%4(c
z%a_M@X5*7IeRS^GvuDGG4YATxdhklbXR9w_2tVPpHv}Gj_~GKLc;k&Xwi;jTwUSZa
zRv<D}Zo28FC!c)swbx!tXTLZH#tn<O9x`|C+#>wqca+n)u{^BsD{ClsArR}<7GXAR
z+O%K(@|O{NF-Qd4rcImfy6dhKf$`LgY6J?uF2HrE3M^f^w1~9$1EjjORgLg#C8NGx
zAR=e_^y%s3_TwM_I6i`-GJ3`DDF5R>{$tvD)>&sc_0@aY+Nr>rHEVwO!ym?~K9L?@
zL{|h}{LLGoc=E|77qQpsOB_X%x*Xl9c|W(`$Jdi1n8jy5$6Ld(cNBgNedA?E-NjxN
zu+MAq<Hy~QJ`a_iAAWx9#jXc_L&Vvy=kMTtJzz)SS97E}cSEAP@T)QG!%g|&=Wa+J
zhKEBYaG(mrvZ7O`PED7QtA)rKee=yX57fhVTzgd@a`wJh`YA_Osrrj?o1^J81ZPtg
zm2Cy?x#yk~Y;mii9BkEc^_ir__`<KPvj$ax_^L&Uy`qqAmNnGhdh4y#?x{xjB?^UJ
z31nU&5qrG?@3(OxQ?%hM*YxZc`6@MQ?g_ts3!B~^ZzL+m!rcvV*zof7(@$@@`e@8V
z`1SVf=)=(>T`DE-J@d>n9SI1(j<_^V0x!JqLc>`uURFPUqbAmSOufnlu~*hm?nvOd
z=bo#EU%4hebASK)-`9*O{AzG)8uaVQ;<KNFaDd@A!0uwNpJOkMz3cdKH>A%aXW)n5
zb?n8idvZg>*>B));{H3rK*F!)s59?|#0bK#hVg*k)OGl|8*;$Mh65zfR|2sN+MoT|
zpOr7`rSdnv@r{ieH};i=gYBWftXZ>CEY%d^GIFb(3eHwC>T3kbS4e6Cuh<l8Vze4c
z__dNz-%6l*d88VFGiT0>KP6g?km`kBqEP6GK>igHvDXvuejB8Eg`|4+yWxf#cJAC+
zFC+ZweQd24h?LPQue`DvdqvG9mt4{+S+p2d_|@~;S}*YY^UoKN7EfW0<tgeLSGNkk
zs)?E$fk+ws`q#hS>bw{Akx2jY%P-dqCH87?Y^o8c&lkPyvdgw@+g8)P*d+Yg67_9^
zp>RD}d<wsskJs4L>UPFZh~B<^?+$<i?>c_m4LJbb{lPtiu46Bz-K!fSK6wW>1_p8O
z0|~#HY3JV!i9v*4jpTv7sq64_H{`$$3`a+x4+Ua1j5xDhcinX}X3Ur}Wy+ano_YQC
z*Z<dl{a5voRegx#kh>P>`g69tN5NUvP|gwP)fJN1m+;F0*Cq)>z{Ix^A9>`Fc;t6H
zb2&azizRI%M>KAk-G2M+t5&Vb|6mn<307g?0v%l;5qkp%@3#@s*>BOJMYCtmKI4ot
zinCvQMR&o11<RH#+q`*mrit*&gwm{)Kx9TOS+eB(^UseU{PLH-eBp%`-hA`TYuB!A
z)xKOW{K^{29SJO4xUfhn_~(EA=Z-q2#=<XAD0CzckrU4ZkEdqLnKLKSm18y0Y15{~
zUm|fPT)A>(Y;8N5*lSCqK~*5aCf2Q8x^(HhdGm@Z$q{~+UV3T#%^QCaSKGI$5q_;?
z`n-OKTu&CC{TYV?48H+(FU-YWf5u)Mb=UFZZb;w8Os@{S>)4A4#3`#+H$<HMdi93x
zU*ilU{A!N0qq`wRB+HYj@jOsBbsc``)aP!<ff^f*ivR%v1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+0D%Ki;N5rMUAuPe;>C++&YXGNamS4rGiKz-kz>b>
zjq+E&`ql4#_q+f8@BhAe^X8mmpFVy1h!1|&tXY%O<v?l^lArm^X9|G1bLZ~+Lz^&R
z!Uy~#wrttblL>6yy7iDl4k?CRwrp8X#xw{40t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAh6E_BERvWhaMU~e*8fhKaoCq(@i&R*s!5ydef#&OCzmb
zy}G950lDd?KmBQO_>o=t)?072I>tqd7NxAt6HYjxRkMcrojZ4a_OqW&9iuR7)~t8l
zd8gd$kN^0OlYg)BMPvLQ{NM-0u!kOc=<eOS%X?HNK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0tAM#!1nFiPdxF&lwO!$*t2I(tK;hDe9>LIc8wc1
zu3(%$e|{^XsQ>==zn`>^KmPcdmTA+rZQCMWH}#6bU;WizMY?ZlP!#r3zG$SX#uB5&
z-oN*~?=|eyO9BK45FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc
zXbQwCk;fi;Y&rjM^5n^P-g)OMue=h;fsu$9Ke0mQiWMtvx#gBme)5y$mhwfLzNgn*
zb4{T%a^%QJ?`+zpsO&UfG*$|oIB{b6Ex7Em%bJeAm-0npUyBznE+#O1`0!1eHZ|S5
zN&*B35FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkKcNC}*M_Sq@_
zFrIAw@WT(+PjCJD^>gOT88&QK^pY=Hwc5IMYcLk1mtTH)wL!V2qkPdf-gx6<ANyE(
zv!W1*spZki<-M0Lx?{(Vbbxc`&Mog$nE(L-1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlqf&#IKXgU9I*|KGslia*{^92`NP?Im3InIICY~jL%iFCt;
z4fO|@pD!9|x`!Wrcp5nhKm6ejYX;wY`J%DYzy9mLE@l#G!x0HJ)3AvE0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5EyiUtFF2#r67LlQ=c02`Rwl#
z*tv7(s8OQ|(kWA>v^|{6e9;$Qd~xj9vFV+P!X0<qQ9t-z%@-}F8GrlR->#pDtpo@V
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7e?;0k>5lb=jkh>I65
z9^A<s0DF%#&g7Z1SZhwc=*pEVKm6ejr(vV;;DZmgwc4xsqOtc$lO`2Yin&>4w(Z-Y
z0RaL82oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oM-Vfq0&HN<{qG
z&we(DGwJQFBZKjgM;^KO;*0;}PyXbv!w!ozKMy_h(9eJV^YiD=fA-mDd%LglXvZ9L
zOyN0l<jCE-cb7LcEw{}VUA}yI43*xac)x!2t6w!8s-d!JzUZ!9yY9dL{#mnTO`JF}
z@;nbY<d8@h{?2#46Dg?;-P^wW@sEF;X7#`W543Hs0RaL82oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAJC<5=k`)*44i$dE+oOd+I>C>l=_~2*Fnl;tF
zx88c|2irUQ|LobbtD~iwx8HvI#v5;JSdg=Pm{C6V*kgb9yWgcQy(+|ErX9_kIWuS2
z`h3wy4J{}1M&f9skLC;;ZL0aA_uY42B#5RNHWW@e>7+N_cq4Q0Xcmpr2%r1h=khyh
zNq_(W0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5)`V}V$EGiCk7
zvXedB`?P7((#We<uda?<UZ66y%qd)O!3EXPike7b{P@Q|o-;_aiCoQA<8)WQV8Md4
z>wo>%f6W=BCSNp`drhN7Au?c}d+xcMF^e|ke9_IDH(!1A)#cHemdA`4)6qhs6DCYZ
z<80ZoC4X*O5+Fc;009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009E~
zQsC56PfaO*v6SU2ue{Q$z3=;c(G43m#6#!P;fx+V`kHI5i8VjtA?&e|YW$95$iMu{
zzf29H@Pi-xpjXEm<BT6aJ`J9^R%fex(L3+FGYu7mv17-+^wLWmO|_gadc_r26r&w{
z@WD6SaKpNF>)!dp&-(T2Z@&5FfJ*y{2C+4BNAu>*OC94e_nEykBS3%v0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjZ}vB16e-kVbXq7ciC{^A$E=*b+~
z=8NX<CDzp}KbC#YoH^CLyLazC`skz6v7B<sDO<O0tu~9AC!c(B)TmLZ<@3)!-?Uk$
zm9fBP8Z#E^%<SGYUo>(!(@;_Pqd)qiNbJlUFf}XZix#6rI_t)b8&iW+c<ZgV%8Rl_
zIg&}!)|$eyWy{h$&pYqDnwB;ZAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0Rn?45NVc29(iQS`YQ@Y9d*?8*I&P4#fsS4_1t=uFB;EMk1W<S!&pId
z)22<;SzUhl<*ChyC!ScJ@%Y$dkEO<+`qZbYqjgd9=%bIOF;74J^vn^e`J&fdcU>AM
z3h`bvP4a9zenY<KA%`5&)U6mNa%;zp8<+N*xmai{=$g93`_gtw8W12rfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pkgC+3HGtZP)?@SqhMd8?EkDWbx
z_P_kgzr6hN%kfnA{7LpCUv$r&J;xn)T$<AG;lo$0T2-AxWK^a$BSwtKc@}&uK$^Nl
zW^8rLPHV2c_S!UHlry`R^F=33nv@<KUknxavG`}^Pz}u*@<spYpZ=+#LBq?XOP8kk
zfApgt&3UgQDK~YALaeabFs7FT2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfWXiZc>3w5k2vCpa_(Q#a;)?DH-Gat>(;Hynfbu;MI&W#`t<4LnLPO5
zgH3l`&bpjCcW%=*4V6zl^;8;p-n@AYTf2A}Yl@};@4N55%n`~nPu+{c<jIq_Z{MCd
zPPJJ%Uv$){QM-2Ss<tWDy#4muW5<q7b6CB4b$M&6ay;Wcb&15|R?XBCAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RlroARav*xr^nD!ITGBEkqh;
z+jTDoo-ev!!GiLx7cN}b3TooSiK*qvl`C5{E7wPQWa<*jX_hy2S1#vg{^mEo$sD96
zUv$lyHJO7nZC0Mo%$YNrwrQx0g=CY-_19nDu(j#SFMa7tsY|R-+O&;I0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV6S92}Bm<<Bvan@x>RnU2b&r
z=+X6Akps*Zjip3WB4QN2_O-9IdP4fPZQIH%;}Q0mq{kd{OzId1p4qEav*E*sr_t7~
zUE8WzLw!xY=tn;Ck&PQSHnh)wS<V-|<BmIWI{y6UKTn5n$|<MhbUF9jb5obaix=l~
z(S`s40t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U7&-#6g6Q()
z%Wt{mmKif<!~@M!T3{-S7%}3dmtJZ$;eq6fKL7ml<@C$rjytX<3pCc@OjC-5MqACN
zT0eE_)YNgqh7HvQ`86@UG*lE`fBp5$zU6$;n0zb*S{^4BKJ7YXw45(mpV^zHT9(XQ
zb9LUld1=B|TyaGjN`U|Y0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&U*zW}1dFP#2cl2|g`&>#6EDDjy*=pI(uJc7VZQ69`p@*g&9d_7Zn>TN+5qtRI
zhg0Jy9Q?sg<hZ7vkstg-j%)fU_j=)l7ixCVcGHd>JIbTgPq;i<IbZbn<Bt!_GtWG;
zJk-ZN_OSpdcgZZ5^F?2M_0^nSG41lM<4tedYvIC$smq)>bK17ofB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlq`T}>~eRs+aEDBFN@kG;Ucb6}^
zd-v{7eBu*n7qQCd>eZ{8j-M*yVe6@V*M;YvdoB&wMWI*uqOt49(u@UN%Lj7QQAgz`
zpr*-}^F=c=PIvCyS>EriUAxj~tqSr*Tgj*=K!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0{gYVk|j&ZS%rW8=YQVxaJtABjny?zKmGLb;150YP}9N7
zmABq{Yq?8z<pJi4_T+i=vA$?=T#+(5efsqBfkg6WrzxZRCSTO^=*yv~On?9Z0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5~ifyibYGiFT6W}Gl#LeoR*
zB42d={P}6vD17gG-)lN@L*+g9+>?4mnq|Y*efBbzLQT_HyLN5nejA=gpLzxISHJqz
zG+-1W|8vWhEvZ4<LOEY_{rdH7+ed>go=1P~x#y-yE?&GiXD`|iAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RsDlz^qxbQkGy8VqMVcv^&igz5o9E
z%VVB-=9$$oo7O!2^wX*1F~=O!w9P)KjHkw@X)Is9Jadn&@<pS2q>MJKwtDo@N5A#f
zTbU!5^F@FA+u!E&df|l^(jk20BOl4>@})0*DRo)8bZJf(Z3qw`K!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&{X*c{Yp+dNf>DUf#_F^?$`@U^a^<jL
z!_t_OCr^$iyjRC;TGOy9=I-6Qn>O3qmF45T_uhLmcUO}y8Y2YkX{Vi*SfUWCxn`z}
zmh(mLy6di-`7B$uEbVK`lqoq~#*ZJLx;*pDGdW$fAwYlt0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjZ}3xTVzzB*+Ijv6(p>72{?ldD&+ZrY}(+_-V$
zxN+msfQKJ`ct;Ojk3kMQ?6B1RKmYSTYxcGGHkET|7cN|wxug1g(HJCBMo&HU)O2)F
zm^g9b)~#FHj$h6fJ^Spl+qRDe7hQBw+R=5_UDvit%q_K#LZ|Oq+wnCZK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5z8;0s^)LP``o>7<jI&LlHm
zG?oLMG-*;AZN!KXYuB!AI$%xZRaae=M)=y-zE;z6?`?YIkw?-TVo}h{9ktCDjd3C^
zbL!NoY49i<bIdVqQ%1}Aq6Z&*aNA{9V=v{b-BqhrwLOFl8#bg_Mc=mVH6TEM009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C721Q`Of(5&F?doXPv5aKO
z5{yEutJ$=BPQK{7@4nmcy!Ch_dehPBE7z@CSDw<d&pun<es65uym@n)!y$(plDUhV
ze9;){?YG}P<&;y>_)$3a*kiYC+g7uea=vJ^zy0>xYZ}L<2OfAJjeq2kN5)%I-#)gM
zpI`sYZ+^3FdkqK>AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
zfk6?7tipJh`+fJ_my;h@%y7nx87Z+a3U9peM$?(+<cog$+utq^b^Z0%HytXc@>}2f
zRvPN4qmHW2rOX+yi#D;}G>6w;e?4b}%zV)pDpE$LOqr6#kHW`4{_*YGx3}6$L%!&k
zF=J|;7a!vse)!>O@TE(awi>ovf5jD7q%QZ|b5D7bG64bv2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAJbOcgX;c>?u_xR(F*Jq8!N~GtVcV0>njKb{M
zvs)cY+kDZ;Ff0!>bLPxeL*>-(+_`i7`0;7LD6d?(vTetgUV7;}-}%mp6)W1d%xQ4-
z)mNtp#B!ZEUGnoqW3)&aJ^AF5(=MVgY0{)tDWmC~P3>bz(xxe+ky|@?^5oQP;>3yZ
zZ2FwZN6XY})22;1U9=%UfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1opi^LssDtM;sAJkH7lWuVU5EB6l=?Z{51}nP;AfC)dYg)>D396e7tmG8kLU
zxjtVsG7^Uk8<s{p;e-=vhHABohWZT~Hk231jKNPo{q#p4eKZ|QwBNB~$E&Zt`q*QS
zefPWHJ^JXQiwP`WzPw?m?q051wJIIaS!bP<Ge}4IqA_47eg5;GPkV{NCqD6sIH>Br
z%J1wYmt0bG89jRRk|j%Cd+oL2%?+7bZ@qQgxN&K~kt0XG{PN4y(W*5YH*QS5KJ%H+
zR2!%vK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0tAMLKsl>0
zrT^s=rcRw2OM2EEMSZ?#<UN-661k%zvVUq8HQl^<^QS-k>GH@q<zD5BhDORkjicGU
zdv}dbv8mI1(de~j&z?X1(?2aASF8<NO&Kk}v%zxNWtWw^G%ZIqX(R@>opaIPw%cw?
zgLoKyCYojh2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZU{D0&
z0p&ma=})ImpB@WKru4u1!e>AG*(aZTvh8d;$``HQW5d=9F1Vm(@3C@b9MMNV`q747
zH7|RZFIvu`T()dk%{+@uUF3^K$4D7H>7<j&M|Ax0$2X+!mh(l6$I#z-=bZ;1d~mr}
zxg2ln>#x7wcEYJa?6K%RYSgHl%-GaXfdByl1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlqEP;4Hd^}D)(j70l=%SNPK6&EAiIH0v%YMf1@#Du&nKEV0
zoH-9X@IXAlJadMFl`mRMFS17Ca273EG;`+62@@uK_`@HLV~OAK!1{QA`xn0Og*cpe
zGW+9?KOWCj&pe`>W|6d+GH(N|ZI|xyMPt}V89njD6UzyolP6Cur;JwfMWa_Vh-BKc
z&N?gJ(^vsDQavN>bKbmp`OAtHN3?F;y0q)dFTcF)VQN5t009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oN}s1m@45pK>WTY}jxh9a=h;$PrD)*xQ8L
zv<n3S1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!CuI71+9U
z>+s>ji*(9Zx^u|Rv+IeK*HFFi!V9||M@Iq#2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfWZDMuwcQ0B40F~O}~Bn_Wk!jn$G;@n{O_TZrHG4Z@&3v
z(>5vz5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009CAw!p4k
zyT*<kTO?IR?&yJZuyJUkM~^NJZQ;U&2hyQA76Jqa5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+Kt}?1-+gzHR5@bAh<HMMM}3EK;~Q_hu{f@A<Hkkq
z=un=jxe*{hfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1oo=H
zyYIex!U-o7sg)O9bkSbj*FGCO5?@D+8dV(B&wu{&eYRgaB0zuu0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZpb!{+&_N#>e$a;wI_RJ=?-k!K
zkNTen9W*S;!=wKHyJf<MhQD9`Ub~U+mxo1p?1%oxANr1p^8YHe`QPuC-|K(a`{hX!
z4?5`oyx;!vB@;gMe?K(h4}Fi1@sD`F{OKqkSsEwy{D(I0?d!dt{}&T@Zw?>)f7C(m
H{rCR^Y-Bw1
literal 0
HcmV?d00001
diff --git a/results/graph/2024-10-01_pheatmap_Med.tiff b/results/graph/2024-10-01_pheatmap_Med.tiff
new file mode 100644
index 0000000000000000000000000000000000000000..b84896ca446f835394a5167acb8bcf7cfe5e2f89
GIT binary patch
literal 19440204
zcmeF)dCWCseK&B60TBX)Jd{8oS`9=Bm4Xl`lE*+G$SXku1tKa0NgzOh@JIy0(gH=`
zWl^B7A+i|3sJKJ~MMYTz1S+zK?3=RhJIW@~_t%~{xjJXL=PWa4me2hMz3w^JT+8P-
zb8e+yXa3LsS@#_$p100l{g)pC1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7e?fBn~X+ikaW^7HDeuTm*n;O)2HPRN&j|NGxx_Ke1_
zp@3VjhDDivN$IV<(n>2$KcEp76!49@AdwCP2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C7Lg1qx{pdTAA9>LVu8K%ECFJjT&wJie!K77A@#dRvUU}t}haZ0U
z;>C+sS!I=FmRV-iRagDUM?P}I5l38o_0@m+)1RhU%rnnCbNcD0Z@>Naixw?fZn@>w
zS!bR7_uv2LKmYk#Z@o3~u)FQHTNd;C`q#fc@i=3h=++yHt0|q+TYLHCmv73l8@<lf
zf1@_KIu=iW009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5NL|Psi&TrrO1Xg
zBC)pGYO8(lgCE>#tF89gXP-Fbl1nam@WBVC48>JOB(zo;bv982>81!z4!dFt9)JAt
z$Fl_&Z$wfw!kiHhO;dBZcHA;w{_>Y6xIyBSB}<m%M$3MUVCoGw+)#X}S<jnpx+xnZ
z(x-p^^PjViN^Q9HO68r`;Muhl4SCUOs!+i<YBd`%3jqQI2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+z#IimKKbM{{4;Jl9)Wnl1sA;X$}4l+!h%!RFtoP*`s=5e
z#tDLj3+{Tp9V$pSMP78=%Qe@3g1qR%4?q0=_rE_k&ahu2nK{-J@#NbLH{5X8XxZ_z
z&N^$X;zl}j?X}m=PQUfmTgN(mn$9)6^`_a5b9(~WwG<6`(Q2-W3cgXR*~nzGwEi#V
zWGv1iK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PF{PFlAme3l8nR`|c5?
z8+Z0<`qwbDw(h#?W^~bz7oFfrs6H=x@4ffNgG1B8E!bXRg%#pSyhU~wd9ZD^*(Mt>
z-fsW1pZ)B$*ItX`PdxF&fd?L#eH4u=uDGJen7uw{pM7?A?jC#WQT)W|d)DyQn|@P9
z$S$X7$ct8UJ#;)T+WNnk)m%kpAwYlt0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5)mDlghg5FK#90k6OQdfilO7+Pz6`lW(&Q^k4F=bn3RrIl7nlXB6H3;yoA?|$Qr
zH)6kW<==JJUHk99f38owME<3hURv;`_~}o7nw=OEJ@d>nxl>L#<&><$qD70|eDlp*
zhk?Jo_~MK4B-`GJ%Pg}@{5r5(Ne63q>y@<AP7Rw~htZH1t)}!9e4|#gk;!Ih{a?(<
zSe!+G009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Exe=mlxe)i!BC@5U;e3
zP}~bIyl~Gw_gsAO#Y>hfiNso(8p_(MufF;N4?Hk%ka-=fVQ8)O>6Z%9O}V^iye7W9
z3oN#?c=6)wBJaiIe*4?s4xBMw_#Pp;v~xT-bYRcyV2r=!nrmjK{P@Q|&OXW-(Px7V
zHpu#%d+xc}M<W`$?Y3KX$~otpGooi1AJy>ID`T5o8#BA2q9HF@P4z4IMy+Nelg-ll
zznGJ;IEw%Q0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyFs?u@FS_NHTNWH4
z;wyLDamTK^?wV$YdhK|g;qABIUT~ZWy45hW*822I1?i?-UUaRs)++B>`pHjzlDp31
z;vX?xe46Wj<&{^C=pQlctpAEDt{7Vz*g0~fS-17pTW?^W^x$uP^P8;y+H0>JsqggD
z3feWi^(xqP>!-*rs%XfIR#WZ@zEP{$$Yis${x9ZaEY2c8fB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72#hN*ab7f=DBi&xQN1)l)C&<k@x&8ZpZPXw7+Pz6`lW(&
zQ)PM4h*_o&|BTD~_~VaX@RE)`=}i&$NSF*e>$KBO%R2A3-+sfoz4FQ{S+{6B|NQgA
zddBfs_B!jVll8y(=9@=!F6pBh-g+hNv{S=o7gaRmMXM=&1>dOEY-F-oTK^YwG8ShM
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0tChtm_9EWGsdgxx8HvIG(;5b
z_19m&`sW!A+<py1YpqYeRFH0}EH8TPwb!QC_A<*X^ZM(r54_USgV85?rYGKX(@klI
zwEd}1eJbmD!37tjALZI>tg%McGhTe3`!xOat6%+U*7Gx;`AqszW$hZ?dX??H#S>-M
zRW#&9t0{B^->B7WWU^UW{}*#I7H1J4K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1jZGZNnSK2jqu)Pn{Afnh@$<KuY6_P^_0=ShM~3Ar(Y^aH&vDw-DQ_u(hK|0
zLk}%@l^$})A?b;q{p@FlotRz^*Ijqrux@dDn{Bqq#=P*t3y1Z5>7|#lwCd7JFa5#`
zFAVEh>hT)hdZq5SBZFsGU^L`Kt0{T~->B7WWU^V(Z^*dn{`99mO*W3R2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009CW7noIEG#H<I?zu>&<)TDIp2V0d!HX}x
z_@f{F=<}cd{NlxnS6_Ygh`p__!U_==iDx99bIv&rJ@inn|AN0xA6lFFl1fUy%zT|W
z+sG`%GcAuf=9nnWqD70MG*O@}x7;$0+;GDU>EmQ8NH<lJ7k%^1H<wy!sr0J8@x~i-
zEW>{N^{;=Oo)~vWta)JPl~-Ol>v_i=cMR;)JGlGqyJtPmJ@?#UJtLc%b(>>syN0)3
zCKi`ye3_hg-g$fPz4zvuZ@$VZtHkvjKT(Ud*Iql)?>q0j^Wldd{`IeaJsu2OJaAjm
zu-USUG+ue-mAme`E51d~IOB{14mjZBAOHA98*LO%rd?^Jm12V{uDD`saK{~YJoeaQ
zues)$csg{EG1ETTr4@}_UNo-o2s|Ho<dN|evD#{@#dNE#x@vqyoN&Skv7~g62DR_G
z=blqfJ$2h{w_S71HG5Y`?C!9`4!h!tD~8?C1$S5KH)`3J!Ge37p<79RF&Er|4g?4g
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&mI=%-FB&puo_S^(C5rYpzxmDL
zVi7OdVTT=ZBlQ2e@x~iRI<fe$(}dP$xTJW`cq9gUKe<i4^PTVf%O?Z=@1u`Cy5MGK
zxXxj7h50(`tdm=L`fDWaF1qNV-s!E$i{5g}E$JR3J6inFcKun?VOh}G=0$(|+uvqu
zUTdwjri`==yB>-hugR^KTWVaKmtK152R`tDOsPmCQlq(Xa=(@|Y;KkXfBnvPzEfm7
zS)cgwiRk0YFTcFt$XSQ%+-PKZ(b#@`+eaid{WRB(*y^xbAR9buM9=iwFcO>DM+-LM
zCQZ-%@P|J<`joVDY$59$MPF~d^>VvNe~tewLqv{a@7XEE8>N1uR&W`_PD^zw^)F`e
zGU-Wx009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5NMOYZ1bY8z4lrJNYXgX
z1{-Wpge#tLx8HvIr6(@f-fOSD3MTg^3$4w3NfD-6a8m<2Jo3mRBMfK0&i=U~4HXXz
z9JsdrgS+m!YXlVIl=P$byyrdr!%lf5W=W@rVC0ko4m|xo{^LK=S+>|>i-FyS9gP0z
z>BF7~ng(&NzyA7Rqs8$B-$x%$c}<_i7tc5yF<RLl)#TPoxB16E{xKeRnHHsBdvsp3
zq+!#Q7i^Ck6zpw(x#gC-^2#d<PLYcB@}d!q-fp|?(&HoAr<`(1k%?}<{q}T__)}Hn
ztX`k^(~zFK$tIhOJ~!>$+fjUj#nWZe<0IPJZ@+!PKSsS}RPc>j!DSG8Nlj+%R?=V0
z(N}^`2@oJafB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009E+7MN{bG_3k#pYfjh
z(T4FB_0i98OG7DXJKh;x<bC%Ogx1PfQW@!&GS-<ZRz#cj*=L`WeZh7wJ(YHAZeDb!
zopwq$5)rbT&*)#{$&Kmhd+f2t!2S`k&ANT}yWbtyr*|;kh@JKP&2N6w-}C(Q&(Au1
z@{^zJ?@;BDn%sKXmLt>`kGRZy#%heni<UHOw(PMQlLZBP6mf2mxl*@C2}W`|-p`&M
zT(BMY#ex&fF)tcldb{nm+k(4DJH#!#;EsA7s`*B(;4+Bqqyljz%+{@pznBGUq#FSO
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZpsfNk&x>Aj%{6I;B-)o<cG(EM
zS6+GLz3+W*?vxET+%U2t4?Xly#6cs15|2!L_St7Izx?vt(;DNfc-&%i7%_f)G;V0E
zq$SNf{Zi68bC_TJ;umw(iFdLeee}_H-E~*5I`L@1`|i6hE~NC)vPT_tRC-ngdC}EY
zTkU5*``Mv~9vacLXfM0$vhiN&cy4FpxK29hq+k8&SFz6A){6YP`s%Bv8yOwu>>n_f
z+KP9e_xFh-@x;Y!mV*vDXkec>`0A^#X5FIEpTv&0ipR!#ed0ai&p-eCu%W6sUXxod
z+iWhr8&F$qwbc)Q_`^pZeKekp9N#4I6W=y*XT_IKJa6-uV~%;>``*{{9FZ3-Y1nMp
zV>Pl%E-u|e4msqKOD?(h-h1OxiR-_&!Du}B<dbo;?7Z{Ny{)DHyyu>K7Mw2a9}gxy
z_~3)HBM}-r^UO1U|NGxZhBl@P)!S~n?Q@^|T-G6L#B1C~Pc*N*XzVEJo~?83wb%Z}
zH@@-k!w>fW<Dbz!{q)mgr&*s~<Laxg9=)U9r`3F;R&W`_c2a?vyUqMBW|8XXLx2DQ
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBmlx4_KvqA$JlQko%&c4P~O8AhNe
z_ipIO_(hOuSpPWw)1Uq{OT_giig?n9{_)XRp|xt3l)isFb`kHCAH9YCPpesH1VMAv
zTz~!b`(ui|<weSF^UXKU_3!;!L0)v=yy?M+vo2Y(<msoM?#CQ<B=^eu7;QvoaNr;}
z-gslWhG<9O`g`7S#~oR>MT-_iWU;?b9Ek*D)@@+)bg#Yk$~t`c%U>QiNR<a`b?Zf#
zHp7WV#GWJEUPR-;2Oo?8;jOpcI<Rv|!w#IQ$iW}~_{Z_B9&0Yr`GE%>_}~XWn6kv9
zo(Eo{>1b*Hw7tU)I}Cf^^J9-a*8jf?c>M9l(_wS%dF4gZ9i4sl*~2vAf5MRa8eeza
zb%%A%wpQ6UY6X`;Y$~-%+cS5|QBUv}Gb@1x0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV8qY0yEEx2IdMYtdK@W;_c+agunK+ucbZXfp`(Z8P+*F9#6oFtXFno
zJV!BJ%btDO-xw>jR?U(kS(L3m8u2W?{$-CoQq4Ly*<_P+o$=h)VR^9LYGWhuz{d2H
zUb_x?(QH+xo_gxAKxWQ760q4>y+-8ga(zbsdjI|R=SGMpF7}@i>se)$RkEJH_{A^!
z`^1rteB>ippZ=J18aj=qVn*0?;2>2Vtktb|(M1<!deMld7tVyDq+w^WwjzVX9UUR?
zRA#~FWTu_7c09;;^lcTv+FWFG+ikZUvBJ6MMX$Z~+7Zi(k0N}Y{v`^EyYIex^eMId
zMxEd?h@EEDPa9>pP5&2jbX|N(fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oUIqKpA<_+*{+<SYwTWnDKJ$+>=7%*=qxP_8&awoO9BE$``)yh5kO-k>a7X%9b=`
z`lXt6=AMli$*8BEdMZ;L)`(PC|C^d?l^2aGCqk{GgRi~a#q$r-%PiVsJ)SfM39;M=
z!xGWo|Ni&0o)Mgm=k(@;<Ne)PhZR>`F}MDR>ZK2g{ME01l{<Ydzt-y3JM_>)Gr(vJ
z4DL>#RMM~$tYqR-9)0xDRA$E=cN{%b+PT+`E4IiZAMd^Q-rTtn{vS5ieDk6wopjQ$
zg{8-H)j#dD)6!3K?V5k1j(Zuz?sC<PU(0ZdiKhIEnJa`}2@oJafB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009D>6(}Pwy62vIrZJMp84l!)SJtN8{_WrXZD6;72O}L9
z38n1xh|i69v|aJgT4hU`GW}A`IzRczPiDf=IP%CN2iBthU_AOVJu%v)=0ziQyw5)S
zTzv7x@i5PL(ri3eGu{dv*F&^#yY05fFQt#}%oeuUW}7YeSl7Gmx-0A7Ys3>r`}aHI
zNbx6>#)3E9bkl6QcoO3;fBDNd-+VI$f9|>Gjz0S6?4xM>@P|LlP5O;*d?V|y(@s0(
zKAqREwYv2p2AL5pv&=HHGAU`;SuL;NIJ@k!ONJBQ*rRWatY_A^@WKlVPPF^(yJu%b
z<A4JW7<S?u^P(%SymIf>8@9IWc<%l3@dV)Pqy9$CzfohsV_gQ(KP_dnOLB{eru>W9
zUkgVF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rr6=C?hYLd*oWgNCu{l
za_=UNP~2E0IOUX6(y+>i=hPJstyQ+9Dbp_%tTW<LDQ~okKU(vTfBfS+-}%n;^pf(T
zJMX;n_19m&;EUHIiWv{2%`GXG7b(-xm)xzl-kR<r+PSBCjy^p;jsCe2M!c~)o+-N4
zT5IL{_y2n0i6`dfja2G#%PrUI8DYO+k1)-hRl%>dy7eMPn_`Yz%3)k34LfYQl8#3L
zImH?MsOPk2v{zVRg@NDj1D6_K)amJQ-42WT&oM80?6JoVTzvn*SbW@Z*^c6WxzOLI
zcclK`sIktmE`#WwZM@eg!>y+`<zLL+ApS{!009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5Fk)SUi7%*j?2YJ`lDI7SKlsPym;JN+;PVp=`81;fBvu$3WnCIT+%e@
zmul8|%PqI0yc=$~;V|BT$8#aNGV-DW=N)nI;fEiN$KR!!igvsqdc-Ne{`IeO{R=*I
zFdMT!Bo>c6%|7jK#GR6R0Asp<<(FUniYu<@KWpE8_szPUamE?_9pcDufBV}bjyNJ7
zVH)Ya`1$aMKYY|tN5unF2X>y-!CKvV@qpY+DH>n>>Q`s7&60+l$=Zq!l8bQ;yv(xE
zQpRW>c;JEAM@1UB=lwqLzykx%nqyuxrXIMYfd|)FXPp#e*jGd&zEQ`z3_>H_c(luK
z>zPmU7jt0M93()1009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFbW@;=yl6aR
zEEgkr<Bd0Ryz&0xw9l!ho|@~h;IHv8#&m>34mo7lDFs7oRW50o^h-7C%)Roy|CyG<
zw0p<X*P}<7>W~+Wh2>rz9Sa+sgDoR38oABUbn$6Kf{#D`_${~GGG3b=i(GTfHTT$K
zkBct4XkZjAGN0Lv5YGKidVKQ9CpX$?qpVM^5pU3b;e{6#T+(D6YIW=V<R?GL?LD44
z+s`%bPD>hg++|GJKbJy3>#Vaz447lQ^wLX5bngEs-a(&^@V)PSufI<mnPXn`<(FR`
zxTJvxKmPHLr`w4?Oar?$;v03W%OJLyZams$xb-ln`HMNQ91ap7K!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1iC3uMqV_co4FWCe<<s)!wyUPTzTb{<NC*2$kP!%
z_OXu*8=+umt;!`$lYXgYouB*M=ThEr3v}n5cc!P;Brh6QNaQfng+=@R`|lri<@CRg
zzCZaq?A+e*vED~NdZ>Y)zWw&w8*H#awxjE=yDr!5H^2E!FLavq>2JhKw1++8F*n+{
zzt-y3d+oK?mR@@4-1cMdaYIF+`@f?KZnmUh3(me^w-;Z0F&-9r^wCFu>QkSJbaXso
zciCl^4Ts#%JKy=vR3;upJ7VOtXS5?^IHGg^N8kC*chV6~IN^l;K5=A@dC|D71}<sf
z!GKM-^W1aK4eU1GZ`3j_gV<)e@o1Of*2A3UFXq5<I7om10RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&U=%zp!dC|{)_Ooe>WT~Z=>bK1W$s)Y8++Tho&XoQ{+AaG@
zGfugH(})K}=H`0!)mQu16Gw90N?p=4>6dEOxy?4)q(zMP6c0ojcJP^Jo=H!yPhK>t
zpDrxgr<`)iuwCR*uhIDrfB3_&&I6A}|J-!5O=ezj!3Ej)JM6GSZVgXA{dC+rS%<B*
z+A8W8LF>py-get<n{2X4_R*q6i(Yx<mE7sm|C+m2=YH#*ciwr~mirr9Z@u;Dr=NcF
z%{NENcdWgaH0)Sw$aRk7-c?s!m6o`Fzax$;S+XQIVESwB#6SM=kLjliwy(eb`gDZd
zcH3>>Df7yU#$TU->lt=1)}L-?SYC84->9Wt1_6?8yd<|C`!s(shZW9o0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!8981<J^aE?&GijgiFLwEJP#S!bQJ&-CrJ
z*Iv7Smfn$qp|vWPG)?-Ynsr9PGcC%q&ptbhci{1O4rh9Lee$BQ+TC~GJzd-8n{PgF
z3vuwV#~w?2MmrLi!#WQ<{?t=X<wl4k?ZBQB9E>pP^2;yZ8$VLn{Ub+$G@CuzfBy5I
z(^=x}_ObV@!$AiflzuvscHM5hh|e8(;DOneM>JyP@fgf_c4!fYl7=lZ^}s%H-LAj>
z`XhF?;79Sw_<<w$4(3je?T_f(|IzP$_q%k2O*h@NzfT;QS6(#kse$VmcCcVxwEAz<
zvM+-GN$XgWTaSI3znH@c=QsfZ1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zpo0Qs<VCX#TQ5xViBEi@A2wc#oJLKiZ?Co1TK%*1juZ^7Rk@^T(l6DlGdIi2FTXsD
zci{1eCZ;v5RbDiGCTA=%9#lIl@D{sHcM<JzpAH)Rb0ZXtAP!W`9gI+4Hux96_{H3(
z_uY42_G#>KU<IFi^2w}EG{#NC=4R~wwT8D|Eb`|+|9S56P7%^}JY@LDBabXtvXX}F
zR~>!i{`>EbCq1USn4n!eFB%W99lf6ZPal8$@pMV+t+!r(pE%O8ylC!{8+bnsbm$!%
z_Zzi>%ODn()=^$`MEQI~fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oR`=
zz|8ZaFTVI<njwkyvBw_Uzu6U5SRvPK%3r6?i&nX$Y4W1gtaGK6R!S>UcDkwm3Muc%
zt+(EqZY|ow0)g@B_FT_+S@~ECyXmHzaw81Orj9jibdER6XCucWeB%}Kxe<;#?zpT&
zJXACHY4&US4AOJYJvTc(lSaY3Xf>B~x}&J<C6`>1TVBSMYedqoVBJd^HeLDXcDx#X
z(V|7U^~b$@=%I)H^rt_K^m2SZzyA8`5kAaahmSn+NP1S4dC_=a^1w~CEH7H+H)=JP
zK~ychX5>W&Ud9d*AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t9L$F!Q|V
z)mLAgW=Nua<&{_VZ+VS1)=0ZO`skzmeP(qemkN9J)mI0OT;-Cc$%|IA&MDuX9Pc_$
z>szbmi$47D!|B?h{lW_`47?=b;Hs;xns)yF_rE`^=fLCN``-7`(?_J52cACcV1)fP
z+GwL}<ZG_EroU%e!E3L*w!cH~$Pa$-gKV6|ix&^;HreqS-g>!>M6&Kb|MNdjIN^lU
zGXqH*ciwqt?%WZ-mNe{$8G9ccal{enn&Y{$7hZT_q(c`xapJsaOqYwEE;v{2ee|1b
zvdO?xT9y}0@5exU_St6#?t0k4vA$8OxeQ{d>BS~5I;?h%6Cgl<009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjZ-BQW#4=)U{zn`TI&Jur;7*=C!i-EO(%mhwyrhSsWF
z(lmL|YSy{+)?23qy7%6D$0|^yq0-Zvn-|@2#~ss+#M{Zoa>xa@cHe#Xu}&Y>`Mcl!
zZnmoJx8J_MTP|Jp+;h+M_vsz^{qKLD4Hd6nAJ%QM<2AhXMr<S=Gke1gHynKM!I6B+
zOtQxN-uJ$EeCUYNhkaDiu>I4$@x~ib!EC|NxbC{^`nwH0l0L3BPAvX>(daxZfj@Af
zI2ZxlbdjI=%x4DnoF*@tyZ(noQnPu}^^}x*tn3@LvdbX!Dsb!7Xqvy6S(P;i5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjYOn-`5_R4%X-Pwg9syw_fPrBRcw
zeeG)lyUpZa!O&WjOPVJAQq4M-ELoBk=&Gx(8mks}-E~)bdad%J#otFCTR#2t)6<P?
zwbfQ*IYj^T^s~-7Ypl};c8+IPrY~@R>ZzytyFK~jlj*$uZ>!HvdFiE>(w=|#!ymGb
zrf<~n)+@59cp&G`fBy3|*IYA|iT1!pB^Md6*QcamvjyZX>>YO4A^T{-#$}gXmTq>e
zyy#<(J+|QZX@@lJ9Frb@{PF3hSv!{(J?W&AvX2&Q#66O3rw)11%Dz!6y9}ZVDRN0U
z+g`1w`HQ*W)uICd0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK%hGUv(1a1
zdFGjEfF#-%TyVia%(KrvJMB5E=PnMMt6*rY$|X&ceyL`ik!(y06xYc>+hGU4^{sEE
zr`IYk`t5IjJ6+pSOD#3xh1xgXcw^c*Uhq94dzsUSp3y%&JtA<qJ`?<!2G54o<$(tt
zNar0fOFWG*?K$pivPX;@AJy>I8@=H4)5sj=-XR_jPfj~b)-Gw-Sj_q7pP!cUl1nZr
zzQSBCdaS%?WNV906g>|*=%93+-}~P82A-aK<mpjI9W}7qz=IDx^iVoQ9rB`;eWO-(
z8H9X_EH66nQgo020RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAW$oT8RkWw
zfByO0!$spMh>=DcxZk_)zB`SY#EHXt4m^FVg9SrtRW510_0~(bA8$`CzN2c^dDBfd
zr7PTc<Bf~2FnaE?%P#5ZwaSa`x#yng+D2!|UVr`dv~#p?x#gCE6gS^|b9(MrS<_)t
z+<*W5*_f-ZzWT5$r+8j8_vY@WpMHAS)Ds-9;jK5;E-t<F(o8!VAN=44$2xsj=aPm!
z{P4rm)!ujCeZv;ee|&=tHb~DMD=!)W=KcXk99ebMRnxidz4zXMogaVv@wD4+yX`ix
z+rWdDUw(Od?&y0wMo2rClzXh~8?~~_pc=PceW&@0Iq(W`kN^P!1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNC9O@UeEMc;bstq*_r!)fX!+VLdJVXE<J=9N}jDeeEG
zAN^=p=P8dD46RkUq)j*7G~N5FufAG*kJYR*_t?o;ZSf~h#&&Yg)vQlm^tIPsiwBCP
z_$Qoj!f5<>uXo!2h$D^|-9P&@7u@>HXFijCG+85_gBr=VY%#z1#V>}9^TZQRWZj}M
z;+d!~zx;CA^OaX#88+qw$7^`&jkSx&z^6Fzl{MDs!#bBVZ0@<84?g(dum$9fKlRj8
z={BQ1R$eq%MqFUIxpGP7WtUwxzR+@gdcWqP+Uu;d&cJR15ALzY9_fzikQc4&8?~~_
zAmmfzl5)1a`cCr~bKn)?AOQjd2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkLH
zn*uY*i^d}gbD6q`k;DV*h6RCo)REIm(<UPxmN;c;3WnBVmdchC(ZO`@k=Gh)kJYSm
zr=5067kTWl#}-`VIp>^{o*3==<V8<C_0-(j?zrQQ(fhjUs;kmdBH<QEw$Z1=r_m>R
zrYGKT!wn0bHM+xv7haeR__2?DY((c=IPJOTo*ULVQia)=k@Ag5>ad;@9IxT6H`XrV
z-SHVtG}c^m&9P1&*14o%k2&U;bhX!Bd+o3V<c{yX_ulD=(H<)=8vTo>{rB2yuXL{c
z_S-MFnDp1>mRm0E{D(jMA^mh%J0j4zym}q-qOsa)zELZ?3}Q!VbxO^PPWcye*rnn)
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV8pN0@LS3<E_W><hL|8677hN
zJo)64qcQtaJ%=1}$mmlh`?Ppyt+FNMB0X1Mef3ydt7e_Q`qi(}vM#;!(j#Jr+4>{X
zwc?5^rYA<bCV9~`8`)do2R`tD1rw4HdyX)3x}#H0IVIcgutxMrPkHZq-@D*M!-nb|
zkEgb#unXQ_tF5+Lwt(xdyKdOv7himF)@`%RHXGJ$vg0+p^~T!B-FM%e;Y8z8pZe5T
zrw{8~(y%}H!4J~a9(?e@!xoSpzw^#J)3bW*ar2^agUA1BARTsKyZ;8f>#n;7_Us+p
zbI(1~wOw$*1tU6VAML;Y{^?oKu1Q|Bns3y~E`tD1olDJ&PWcxzyEZfk5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RkNtm^d#Q;kSG4xhMD9-(Gqof`tn{v$4ni
zm9Kmy4V*;#^wUotw<5RSe*5UNiig%>>S~sB`Q?|V8{cuq9mm~u1?!9wZ@A%x={h4%
zI64*f)?06Fx7~K>DZTd0^P>On|NXz;{qA>Tp~WlO(+Fj6VFi=Axd>LA8yEkG+2hk3
z!ljp9I--A(k3RqT&u3%C17;UI<*1{M%K9%^vSe8QU3S?e>vq;zXASE%+3{N4di(6N
zPh10IZ6x<p!}HHSzyI`-hV7qd!6U!_{qM6<MkAiFxnQXH>8GDwWtCOZvwH1u^P+K9
zWIIPEqT{KmYp=a_I@eZPZ8dsRao42%Beoq6&K-TqMHgL^p3-aABrjUcH)>^<K@=jT
zE;TPY{a?({myJ&e5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RkNnD4rMn
z)1UtI$}6u#NG~!xhaGlU?um<8ZX_ak4?OTdLA`i#<JMbmot@ijY`^{XMV@0B!Nqt9
z^7`wqA7|~h+ioLf94oX|&5}Ygx9dn-MaZzoi_UvHt!ACM2O-9qBYE}GOD_%7jt5}&
zSF^Xxnde2L;xY2J+irXF%{Pxusl`&G!#BVA&1IHZCTG6uuDcH0NdLhYAvT_#9*_DA
zoc^A1Bp#WVJ_t0<TD*Aif{PqDRCX}#yKMHj#YU%gduK&vJ3A#J+ymd`{me7ZWPPGB
zZk#e(-mpfkZoS@4KlZVYU4Q-car+EgbMJU`IPSRPQk*c1#AE+iB@Np@QIR9LM?J^m
zbDw?o*<mNfQ)eUNm+moZPmmXlbK`~@c4bB|H5V3*{*ONT=&-f*jz>B)cPqtThhblm
zQL@}aeY5S<Brh79s^%NDn#&-zlL<$o)V%2Qe=$d2X+9-DfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72y{dsmluuHN5rCXKk=NpG!`<V9WMeN7Umh|84;{pxTQD#
zCqMbgE3drr@y8#JoNDjfcy?vvNaJau-~RTu<HgYFs%DrMjkzjVQp^&Md>kejTT4qY
zELBy_I^$86xpl_cPCDtNNCo#w6LpE#OveL1ms@VRtmmPJ9-6hIQBq#CH^r)}u6p?4
zhhK5U74cxbNJVDJ%xFgh_dovQKh|7x&2%xn_68elu;8-_(~C9&Z!4^@LT;ScW+XX7
zAbN&In50hu?R8#hrIm{0pVPT=?buN~*)^LwcAD!j?AJ7|8P5^Tg(PFy@qou{*nRii
zci1=+A5Rw$6GftU^iZW<(%DX<5!tr=_S-K4=l9-w@5?X0oLw{V^%WQMdFP$?{`bE>
z?H}#4&pvzL;?r(39CqMb3m%N`%yd1`jxUoFPdqU;)w^3`r;#9yZd+`zMcOlc8f_de
zo)?X~K00SZt-SKeU;EnE;w!6nu|<3|?!hCEJTmK$H3~k=Hb%=%={4eZjz0mhi(b`Y
zUynTUNR;e-?|Wa?Gne(PPhK=CSiv`HHJ3r`B?FH}sd>?uYx=*K3*J6D5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjYCFVLSCO%ou++mYCO_~C~q<BE`2F1%EH
z-d@ky=0#%{WiKhFh&1CGYphXZr;&yl23x^8Bb4>o&wjSZI<r38Y_m;-xUyfPQEFZ^
zov2{@BOm$5g4xA>^LS!s|3gZ9GcL8%QUj-sG~Ipo-Pb?VSVu0t_~LBvuq}RW#P-ry
zbv#-#60K3t$nr&sFA%a}<0+2A9vfSHy8fQy=0#(K@-FFYvlBG--h1!<-Sv)4Fj{uX
zh+&6Kx8U(T_ShpEzhL8xGtPMIvB%QR#q*+(5{#RD(@i%`PhYV8xzBxW!Hx7f#I-u^
z;E~ymoNBs;TIEHn`9`haGKd1D$Ytk6XYv=b;8mv^0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV8q40#oKix7%*JZ++`q@qoT5eIgVTnWZ#*GFE%$dC}NTsY~i{
zMM5tEV+-zdL|(L-bq2*Dha9rtI(r><*kOmrk3}Xb?O&g~Xyhm3N{by$cE!fiL}M@M
z)<(4B8I==<sI%q0_S$Rlgwkx5c;asMQIW<kfBDN{S=MaK2(`v*vWtv1Zl4MAqA^8D
zw_dj2aU1b8-MF5I?S0(Qvi_ro9X8#9$K$cFJMFYnHp_yI^Ups&#*FJK?KxInG)|A_
zvTnWg*69c%+Q%P%{0Ptf4Mv2xcw{tQNgpHR^6It9i^lRQ_(rYZGKh_&RW3U(8q>|>
zFJ_G6hX4Tr1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNC9S%D&X(TLbBTC^zM
z8ozk);yw4=Gh$9Z{NWGd-QSVPnXTLN&p#h;E>2%-p2ku7+wp$z$XovGXFrRy(ukEz
z7Fz2KSkjWx)yB)p;{lTKcI+*;+;a8RSC6;7=XN?eFIw3;ue<KLwboiIx3=`xh&5ht
z!3Dh}SlM~esQBfVUmj@jV9az4BieDbL{RO87hXv5Cuql8?BlNKFH<^oJcjhN(@u+r
z98NHP?v%q0J1iSH-m;zhw8*cKSzUMCb+bWojd;_2yxP0SI1}`#)vXt$|L%9cyUQ-S
zjILekv;Y44FBs4*Y1j$0vs2>ki?5UgZ;frY-8RcJPnj2usbkV}&pkIngDGIHz5e>^
z-+Jq<**c3iB48Oo(9wm9!Ed|mw%(XE&x`gJS@t(-*_T1=BCT%)dC{KRO#Wi_hVoAW
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=EH3q;f>GDQ)$+jZAn*IRGB
zi1|e*B?5Ty_V###_U^my9)Z<MFTFJ0wH<kwYF1mrB@Nto+3O7OTW-1KsH2XGkYUs%
z9$dM~DywY1`R0-GjqFoA(Qe?XN<A1$iahO)e)OYbjyWcxfE#VJQN&hbVaqPN>}sp6
zw#61(M5Z)iY<Jyt*Tl~h9k~8Tjb3)yW%1_gcywVem>2WLQxM}ptXEud#Y~c-G4F#9
zKA0u4R$X<~m~`M`7CabAH{N(-taif<H;h{;aAMhqAAa~9cigeyx%2H%#w8tB!UGRH
z5ZTel;(p>2pNKD+h`Pl!6G`<*#qYfH&T%cp_5A9qua33%l7<~?4Qc1NAFsXk+Jg^1
zICB2IyEQJ+xBwz!|IKfH^XaFbPCL)49re2Es;dq?^w9W<Sb61@<LZq`V*$q=d+hDE
z-#+CxcBI532Yb*#2gNRWC0ldNH6xRJ>ZzyRd+)uo+Cr7%RPc>Dm&>3^Lvs-zK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly&@6$M
zUV7=%pZ@d*{SY8PfB*pk1PBlyK!5-N0t5&Um`>nBANtT2zxc&w{mU_{B|v}x0RjXF
z5FkK+009C72oNAZfB*pk9T7O=j5FThhX4Tr1PBlyK!5-N0t5&UAV7e?j0B!|;)#y@
zi#6LMK!5-N0t5&UAV7cs0RjXF5FkK+009CG5;*$kqi6L03NQ=-0t5&UAV7cs0RjXF
z5FkK+0D*VhamO7E`j=ytN`L?X0t5&UAV7cs0RjXF5FkK+009C7IwFweMYr5?%ZvOF
zAV7cs0RjXF5FkK+009C72oRV^VCkio?uBLLMLY8E6>XCM0RjXF5FkK+009C72oNAZ
zfB*pk1ezs~<wbYjefMUq+-eCBAV7cs0RjXF5FkK+009C7>Lc*(cfVU+v_9pq5&{GW
z5FkK+009C72oNAZfB*pk1PBlykQ0y>&4Kup009C72oNAZfB*pk1PBlyKwts^dC>{b
zoI-#A0RjXF5FkK+009C72oNAZfB*pk1S%7d7p;uiL<9&BAV7cs0RjXF5FkK+0D%?@
z$cwhPxVA=s009C72oNAZfB*pk1PBlyK!5-N0xb}b7i~ciZGiv*0t5&UAV7cs0RjXF
z5Fjvj0eR86m%suD5FkK+009C72oNAZfB*pk1PBlyK!Csq0eR68I6fjkfB*pk1PBly
zK!5-N0t5&UC@3H=S`bP%0t5&UAV7cs0RjXF5FkK+009C72oNAJ7Xf+Exv-m*009C7
z2oNAZfB*pk1PBly&@use(Uuj|b_ft4K!5-N0t5&UAV7cs0RjXF5FkLHWdib|Ei0()
z5FkK+009C72oNAZfB*pk1m+?jFFF@?lM*06fB*pk1PBlyK!5-N0t5&UAV7csfr0|^
zq6MLJBS3%v0RjXF5FkK+009C72oM+{ATK%s$43MR5FkK+009C72oNAZfB*pk1PBly
zKw$0y@}hGufdvpCK!5-N0t5&UAV7cs0RjYCARsT=f+E@i0RjXF5FkK+009C72oNAZ
zfB*pk1PHWPKwh-P#kDm81PBlyK!5-N0t5&UAV7dXWdib|l~J3B009C72oNAZfB*pk
z1PBlyK!5-N0t5(5ARsR~0h&_?5FkK+009C72oNAZfB*pk1aboMqB#)15+Fc;009C7
z2oNAZfB*pk1PBlyK!5;&S_#OD)~Xy9Lx2DQ0t5&UAV7cs0RjXF5NN1?yl6uUXW0Y@
z5FkK+009C72oNAZfB*pk1PBly&=CQ7(T)__HVF_QK!5-N0t5&UAV7cs0Rp88$cvWB
zYj6St2oNAZfB*pk1PBlyK!5-N0t5&UATXtXyy%pGPA5Qs009C72oNAZfB*pk1PBla
z0eMlE0RaL82oNAZfB*pk1PBlyK!5-N0t5&UsI!2)Xq~HLZ3GAqAV7cs0RjXF5FkK+
z0D-0m$cr|mQr1a;009C72oNAZfB*pk1PBlyK!5-N0^Jml7wu-<?V11q0t5&UAV7cs
z0RjXF5FjvH0eR8cdK!%Y0RjXF5FkK+009C72oNAZfB*pk1PIJlKwfmVo<<`;fB*pk
z1PBlyK!5-N0t5(jQ$Sv{n{~Hq0t5&UAV7cs0RjXF5FkK+009C72oPwBfV^l^DrKDn
z2oNAZfB*pk1PBlyK!5;&It$2)*10;?Mt}eT0t5&UAV7cs0RjXF5FkK+009C7<V9Tr
z1PBlyK!5-N0t5&UAV7cs0Rqzt$cs*IXaoWT2oNAZfB*pk1PBlyK!5-N0t5&UAW)uw
zyl8p0MkYXj009C72oNAZfB*pk1PF9TKwh*vwYF0N1PBlyK!5-N0t5&UAV7cs0RjXF
z5NM)+yl4}vX3Yc$5FkK+009C72oNAZfB=EI3CN4qts>S#fB*pk1PBlyK!5-N0t5&U
zAV7cs0RjY40eR6>Lz@5r0t5&UAV7cs0RjXF5FkKcG68wf$=sYpfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjZ75s(+H#@Q?c2oNAZfB*pk1PBlyK!5;&b_>Xhw!6M|M}PnU0t5&U
zAV7cs0RjXF5FkK+009C`7mycidIhbY009C72oNAZfB*pk1PBlyPzM2d(K=MY8VC>|
zK!5-N0t5&UAV7cs0RjXF5FkK+z%T)M(P1)<6Cgl<009C72oNAZfB*pk1PBxtkQXg(
zr6&Ob1PBlyK!5-N0t5&UAV7cs0RjXF5U5^2UbK31GZG*`fB*pk1PBlyK!5-N0tDJ8
zATQd!n%WTo0t5&UAV7cs0RjXF5FkK+009C72((E+UbIcsv=;&d2oNAZfB*pk1PBly
zK!Cu!1ms2MC2w8=1PBlyK!5-N0t5&UAV7cs0RjXF5Fk)QKwh+nl0F0o5FkK+009C7
z2oNAZfB*pkqXpzeNBj7c009C72oNAZfB*pk1PBlyK!5-N0t5)mS3q8LzW!z>K!5-N
z0t5&UAV7cs0RjXFv_n8%v>kP{3jzcP5FkK+009C72oNAZfB*pk1PBmltAM;{TPtf{
z1PBlyK!5-N0_6$3{`%`nmMq!Q4*>!M2oNBU2rRYKQt$YmpG`K|Bsr`}fB*pk1X?Aq
z-FDkudg-O*{r62H6Cgl<009C72oNAZfB*pk1j-YT7cI}$$OH%wAV7cs0Rn9mIOm*m
zdU+WCBtU=w0RjXF5FkK+0D-OvELyba?YG}<>wn?3F9HMz5FkK+009C72oNAZpv406
zqAf12tq~wVfB*pk1PGKQ@P#jYp=<yDQ2Ql7fB*pk1PBlyK!5;&OyI4z-YV(8ZyJ^W
z0RjXF5FkK+009C72oNApo`Ae)dA3F-K!5-N0t5&UXsbY$7mfGrp6iDI0RjXF5cnT~
zGtWHpzylBb(wDx(g8%^n1PHWJ;N+7}mKSa7f6ccq0t5&UAV7cs0RjXF5FpSI0eR7m
z6xuck5FkK+009C7W+;&5MR(nG*BK6LC;|is5FkK+009C72oR{Pz{3weEH7Hy>R1>7
z0t5&UAV7cs0RjXF5Fk)QKwh+nl0F0o5FkK+009C7QUQ6<R70Bp0RjXF5FkK+009DB
z5Rez`LY3{2009C72oNAZfB*pk1PHWSKwh-n^|d<!1PBlyK!5;&G6dvB%TP5Y0RjXF
z5FkK+009C7>MS5HTIcFm8vz0Y2oNAZfB*pk1PBlyP((mpw1|>E1PBlyK!5-N0t8Y4
zdC^oun*ad<1PBlyK!5-N0$mW07wtlo?U4Wh0t5&UAV7cs0RjXFv|B)4wB7Z!I|2j<
z5FkK+0D&?D<VDL+H6{T91PBlyK!5-N0tD(TATL_y>R1~A0t5&UAV7cs0RjXF5Fk)Q
zKwh+nl0F0o5FkK+009C7QUQ6<R70Bp0RjXF5FkK+009DB5Rez`LY3{2009C72oNAZ
zfB*pk1PHWSKwh-n^|d<!1PBlyK!5;&G6dvB%TP5Y0RjXF5FkK+009C7>MS5HTIcFm
z8vz0Y2oNAZfB*pk1PBlyP((mpw1|>E1PBlyK!5-N0t8Y4dC^oun*ad<1PBlyK!5-N
z0$mW07wtlo?U4Wh0t5&UAV7cs0RjXFv|B)4wB7Z!I|2j<5FkK+0D&?D<VDL+H6{T9
z1PBlyK!5-N0tD(TATL_y>R1~A0t5&UAV7cs0RjXF5Fk)QKwh+nl0F0o5FkK+009C7
zQUQ6<R70Bp0RjXF5FkK+009DB5Rez`LY3{2009C72oNAZfB*pk1PHWSKwh-n^|d<!
z1PBlyK!5;&G6dvB%TP5Y0RjXF5FkK+009C7>MS5HTIcFm8vz0Y2oNAZfB*pk1PBly
zP((mpw1|>E1PBlyK!5-N0t8Y4dC^oun*ad<1PBlyK!5-N0$mW07wtlo?U4Wh0t5&U
zAV7cs0RjXFv|B)4wB7Z!I|2j<5FkK+0D&?D<VDL+H6{T91PBlyK!5-N0tD(TATL_y
z>R1~A0t5&UAV7cs0RjXF5Fk)QKwh+nl0F0o5FkK+009C7QUQ6<R70Bp0RjXF5FkK+
z009DB5Rez`LY3{2009C72oNAZfB*pk1PHWSKwh-n^|d<!1PBlyK!5;&G6dvB%TP5Y
z0RjXF5FkK+009C7>MS5HTIcFm8vz0Y2oNAZfB*pk1PBlyP((mpw1|>E1PBlyK!5-N
z0t8Y4dC^oun*ad<1PBlyK!5-N0$mW07wtlo?U4Wh0t5&UAV7cs0RjXFv|B)4wB7Z!
zI|2j<5FkK+0D&?D<VDL+H6{T91PBlyK!5-N0tD(TATL_y>R1~A0t5&UAV7cs0RjXF
z5Fk)QKwh+nl0F0o5FkK+009C7QUQ6<R70Bp0RjXF5FkK+009DB5Rez`LY3{2009C7
z2oNAZfB*pk1PHWSKwh-n^|d<!1PBlyK!5;&G6dvB%TP5Y0RjXF5FkK+009C7>MS5H
zTIcFm8vz0Y2oNAZfB*pk1PBlyP((mpw1|>E1PBlyK!5-N0t8Y4dC^oun*ad<1PBly
zK!5-N0$mW07wtlo?U4Wh0t5&UAV7cs0RjXFv|B)4wB7Z!I|2j<5FkK+0D&?D<VDL+
zH6{T91PBlyK!5-N0tD(TATL_y>R1~A0t5&UAV7cs0RjXF5Fk)QKwh+nl0F0o5FkK+
z009C7QUQ6<R70Bp0RjXF5FkK+009DB5Rez`LY3{2009C72oNAZfB*pk1PHWSKwh-n
z^|d<!1PBlyK!5;&G6dvB%TP5Y0RjXF5FkK+009C7>MS5HTIcFm8vz0Y2oNAZfB*pk
z1PBlyP((mpw1|>E1PBlyK!5-N0t8Y4dC^oun*ad<1PBlyK!5-N0$mW07wtlo?U4Wh
z0t5&UAV7cs0RjXFv|B)4wB7Z!I|2j<5FkK+0D&?D<VDL+H6{T91PBlyK!5-N0tD(T
zATL_y>R1~A0t5&UAV7cs0RjXF5Fk)QKwh+nl0F0o5FkK+009C7QUQ6<R70Bp0RjXF
z5FkK+009DB5Rez`LY3{2009C72oNAZfB*pk1PHWSKwh-n^|d<!1PBlyK!5;&G6dvB
z%TP5Y0RjXF5FkK+009C7>MS5HTIcFm8vz0Y2oNAZfB*pk1PBlyP((mpw1|>E1PBly
zK!5-N0t8Y4dC^oun*ad<1PBlyK!5-N0$mW07wtlo?U4Wh0t5&UAV7cs0RjXFv|B)4
zwB7Z!I|2j<5FkK+0D&?D<VDL+H6{T91PBlyK!5-N0tD(TATL_y>R1~A0t5&UAV7cs
z0RjXF5Fk)QKwh+nl0F0o5FkK+009C7QUQ6<R70Bp0RjXF5FkK+009DB5Rez`LY3{2
z009C72oNAZfB*pk1PHWSKwh-n^|d<!1PBlyK!5;&G6dvB%TP5Y0RjXF5FkK+009C7
z>MS5HTIcFm8vz0Y2oNAZfB*pk1PBlyP((mpw1|>E1PBlyK!5-N0t8Y4dC^oun*ad<
z1PBlyK!5-N0$mW07wtlo?U4Wh0t5&UAV7cs0RjXFv|B)4wB7Z!I|2j<5FkK+0D&?D
z<VDL+H6{T91PBlyK!5-N0tD(TATL_y>R1~A0t5&UAV7cs0RjXF5Fk)QKwh+nl0F0o
z5FkK+009C7QUQ6<R70Bp0RjXF5FkK+009DB5Rez`LY3{2009C72oNAZfB*pk1PHWS
zKwh-n^|d<!1PBlyK!5;&G6dvB%TP5Y0RjXF5FkLHn*wjY{q{4@JoBU<0t9L=aP!SK
zzvC}Ik3IHS?bmC81PDC&{PWLu^FLkKH30$y2oNAZfB*pk1cnL7iw=`<oB#m=1PBly
zK!Ct70eR73GL91<K!5-N0t5(*CGf@@Z!BKC_%8u8|Cay(0t5&Un6bc)JMK8vpJts2
z5FkK+009C72oNC9ZUK4GcGuVL2oNAZfB*pk1j-PQ7cE28m;?wAAV7csfes4XaKjBV
zj>Q;`009C72oU(+0`WlL4*q8hTP8q&009C72oNAZfWSZjdC`F^4iX?hfB*pk1PBlq
zAs{b00>?)L2oNAZfB*pk#Raap=9>Q<Y4IBY0t5&UATVQr-~H})#s4(xNq_(W0t5&U
zAV7csfp!bXi?+MIc1M5!0RjXF5Fk*7fV^lKs>UQhfB*pk1PF9cAj^yX?ce_Gt9}R&
zAV7csf!PUUsZ)8;4*o|hTP8q&009C72oNAZV3>fs=r9?_2@oJafB*pk1PBZhkQW^$
z<2V5V1PBlyK!Ctl0$E;kjWyO7>qMOi5FkK+0D;j0@}i@Cd`f@-0RjXF5FkK+KsN>C
zMY~ydyCy(@009C72oRV?KwfkjJ?9c2K!5-N0t5(T0`j66g$4lv1PBnAt$@7fY(0%e
zfB*pk1PBlyK!89y1ms2AQAfKVK!5-N0t5&Us8T>)v`TGr5g<T-009C7S}Y(h+T!Bc
z8UX?X2+UVNUUa_xW+y;^009C72oNAZpq>KqqV=qcRS_USfB*pk1PIhwKwh-Y)v-1L
z1PBlyK!8Al1mr~<R4hv+K!5;&W(mlPHmhD%OMn0Y0t5&UAV7dXH3IUY)i|4l009C7
z2oNAZpiKhuqHU_Cy$~QkfB*pk1m-9pFFHqjQxhOSfIzzi<VD+EU%MkffB*pk1PBly
zKwvTfdC|$-oJD{D0RjXF5FpTH0eR6bSKr<V5FkK+009Cs6p$C4A*P`S5FkK+Kq??F
znrdhhAV7cs0RjXF5FkLHCm=8CN+3Xh009C72oNAJu7JGgxMKPfAV7cs0RjXF3>1(T
z9mwJ!0RjXF5SU&-UUYgxBM=}!fB*pk1PBly&^`fq(e~BUjtCGSK!5-N0tCtykQXgm
z*!Tnp5FkK+0D+DO$cuKQ(6&i{009Ek3&@LBZ*E2c1PBlyK!5-N0tD(WATL_~8d)I$
z0t5&UAV7dX-2~)C>sAr#AwYlt0RjXFG*m!dw4sHwYyt!b5U9U^ylDMvWQ7C>5FkK+
z009C72vjd1FIv6183_;|K!5-N0tA{aATQeV3R*t_0t5&UAV8od0`j6YDTHMZAV7dX
z`vl}g+gDRNB0zuu0RjXF5FkKcdI5RS=?#rQfB*pk1PBly&@};h(XLh8ehCmDK!5-N
z0woE^i<SgySONqH5Fj8g>KY(GfB*pk1PBlyK!8BMfV^nGi6aCE5FkK+009C7MhnP`
zj`r~>0RjXF5FkK+KtTa{(SlIA5g<T-0D*A@<VD97)1LqV0t5&UAV7csfi4Khi*}*P
z_DFyL0RjXF5FjvH0eR8cdK!%Y0RjXF5FpT50eR8Rmfpq*5FkLHYyo-EvW1OLfB*pk
z1PBlyK!89K1>{AWST$=VK!5-N0t5&Un6H4m=zRUnPJjRb0t5&UXpMlpXlqJoBLoN#
zAW$~}dC|I6#Cix2AV7cs0RjXF5U7KIyl5S&U=0Ka5FkK+009Ec5|9^dR=up2009C7
z2oNApTLF2|+Lp$`2oNAZpy>kgqD`-$^%EdKfB*pk1PBlyP=<iKXc?-;BtU=w0RjXF
z5NNl6ylA`YYj*?)5FkK+0D;N`<V7o^HW2{=1PF9ZKwh+K6}Mjk1PBlyK!5-N0tAW(
z$cq+H(uV*60t5&UAV7dXDj+YKYG@N6K!5-N0t5(5EFdpBF`W|$5FkK+z-R$^(a}CW
zB|v}x0RjXF5FkLHn*#Ep-K@J^6Cgl<009C72uvd&FFK8$a|sY2K!5-N0t7MvdC`nQ
zg8%^n1PIJlKwfmVo<<`;fB*pk1PBlyK%gB0@}ljiqg@anK!5-N0t5(DDIhOerM9^U
z5FkK+009Cm7LXThadB;p009C7<|`mCI$wXY6Cgl<009C72oNApPXT$+de+6N2oNAZ
zfB*pk1nMjxFIwm7SQ`NX1PBlyK%hYa@}dnYmZcIPK!8BA1ms1VRWGY0K!5-N0t5&U
zAV8oR0eR7CoXtXj009C72oNC9CINZTHdWJJ2oNAZfB*pka}<ylog==f2@oKV3B2*f
z8;|;Foj{fsz3#f}TDQ5bZ|K!mU(N1c4FUuR5FkK+009C7#uAVh9g9n60t5&UAV7cs
z0RkZ)FX}QNK!5-N0t5&Un2CVA=u8+5LVy5)X#{S$<(8FJS}DsGY7ih$e}Q+s>s>$o
z@sFpu@tsS6009C72oNAZptAz<qMa?hjT0b1fB=E{3OxDblXv<d&{%<k4mzm!Z_c;d
zZo9^A!omsM`OrfTz5Vvv^Zj#Rb^-(l5FpTT0eR7mUjVjGfIuAt4m<3y`lsWpkN|<4
zz%IM&Qim@PYal>?009C72oNC9I01Rl#+A&12@oJafItfbPCM<i+`r%RD**xo2+T!b
zuf6ta!JiddAV7cs0RqhxkQZ%k?W~*tfz}8tS+Zm<|8>ly1PDwc@QF`+qBY+_HbQ^^
z0RjXF5FkLHN&$J%Dz(i;fB*pk1PJs5Hr{ySY5rxPa|sY2Kwwq^@dh`4n+OmfK!5;&
zISR;&&Jo|#1PBo531oTE{r21MO+N$()LY<`Q%>pqD-n57-{AxZ5FkK+009C7CKHes
zoy^Ty1PBlyK!CtB0{{4r|JeK2dP^_8^s;^kG*BQSc1ta_)L;G8Uqz#V%eQ0#%PzCb
zGQIENxRR&&K6fqw0t5&UATXtXyy%pGPA5Qs!1MxHUi5$i4w!y4BM=}^s=$}N^d))G
zQiTmpfB*pk1PClBaM@*-ZLq-x@9{&Ru>ybn*MHsn57o;rzkFjiVc`Vcv+la<e&ZY8
zSnx|*2Lc2L5U7bjmKVM7!V7D%B+DQ`fIz1N?!W(jdC^W)+-3<7AV8qD0`j7@Escc{
zAkZBFdC~6F+D=;_ATQd2BH9800t5&UXu7~Z{nJ17{y!}KNq_(W0`nDEZMD^!{x`+?
z2@oLA9RYdK?$p{&2@t5KfV^lu>ta;|2oNC9K>>Nu4i?>(2@t58fV^nkDq=kZMhM7@
zj==E|0RjXF5Fk*Ez~BG<-_JK6Wp)At2oUHA#9KwH`Q|qZ0RjXFOfMiWI=!J02oNAJ
zjexx9G<wb@K!5-N0y7kl7o8!dp$HHlFqwe7=wxorA}|*LdC|GBo0I?n0t5&UNCmRI
z=!qwu_zOP-nkn%8?|=W>-~M(p*KXAWesSJ;=gEtvf0(oh5FpS90eR6zl*u9q5NNT0
zyl9JyYik4u5FpSj0eR78)yrxL5NM@<yl5-SYEx|$kQZ%hW$lXq0RjXFG)N%Ji(Ycc
zB@J4(r4k@Opfv(_-g&3IXltrzBLoO^M?hY*JGHh`0tD(QATL_ax>ywf0t5(jP(WU^
zgGIMx0tD(NATL_CidYYU5d!j}BXE2~fB*pk1PD|kATL^tvsnlbATUfoUUZm@;{*s0
zsI!2)Xq~HLZ3GB(K|o%#3sts90t5&UXoP^gXd}vGkpu{|TR>j4-SxG*mI=s<wydDG
zLx2DQ0tA{UATQd)s#!Au0&NnI7j08D?S%k=?g+?>cBj^MN`OE;1>{BRSr@A!K!5;&
z4hqPNcChHSOn^Y$1ms2QRuStVFhW3HbOer%2oNAZfB=DN1ms1laW)G90tAK$$cqk>
zahw1F0(BOU7p-%3tc?JHE(pkrcA?7lNPqwV0*w%m7i~nDERq0$b_>Xhw!6M|*D?Wl
z(Uuj|b_ft4K!89K1>{AWST$=VK%h+m@}h03ro9j#&>aDJ(eBjRP6-gGr+~a@J?mms
z1PBly&_Mxt(GC{fmI)B3n}ED%-6~=|1V#wRi;lqY5di`O2oNApjexvpHO^)sK!Ct7
z0eR73GL91<K%mY7@}hOFj<pdW&;<c`(JoZk9tjX=pTHxJJhJb;`|j+gT>@Kfx#c_l
z=jYw;es{ZeW;g#WaN>z4{`t>;Zr|6D9T8}mfV^nS3Tiv;7LXThcYW=S009C72sA=K
zUbGQqvPc31S}Y(h+T!Bc8UX?=7LXThadB;p0D(pb$cr|jOcqIi0D+vq4m<473l{n(
z0RjyYxZr{da`&=d2@t58fV^nkDq=kZMhM7@j==E|0RjXF5Fk*EfV^lm&SoJ%fWR;T
zdC_4qjuRk2pw0sFqIIs0wGklD1p#@{E>zhb2@q(Xz{VSI+@Oq{r4k^}6FB+gliT-o
zWJd&ACLk}`vVz)9y9MM$+g)F~BS3%v0RoK>kQZ%4nJkh3ffftMi?+D9wnl(Jiv{FG
zTU=aQBS4@L0`j7bD3e7JAV44|kmW@`{pnBtUq3ApIQZa$ciCl^fB*M?Z_%D?<^TS}
zKm3EdXzokQuLNo<ATL_m(pVUQegS#WeiKIs5FkK+0D+1H<V7n6Hyr^21aboMqB#)1
z5+FdJ5d!j}jVO~v5+KlG0eR6D7uVJZ5NNSLmKXibcfQl&ZQ2@vb_o3QKmW75Xgf-2
z7hMpL7wtlo?Xfii@}jLNrHv3EK!5;&<_gG*Hn(<GPJlo=1ms2AQAfKVK%i>^@}ga<
zxcw3!P&Wa2(YjT{dI%68P((mpw1|>E1ZpB6FItmASO$S20`j6ol=LA`69IYAniRq^
z2oNAZfIyc8<VCw&eS0TBpbi4^qIIZ(H4q>`U|a!t(Q(D}CqRI}Yz5>+XX|M+0t5(D
zBOotYjk8$@%tSz5bS8`jAyAEgyl6GfW+5;W0eR7xFdBpa0RjXF5ST_lUUV8g=Mo@5
zV0r<0(diA1K!5;&>ILLQt2Z|z0RjY40eR6>Lz@5r0!<N+7i~(Vtdl?p$cwrR2sB7Q
zUbI2QvQz@{qOJh~1PBlyKw$0y@}hGufdvpC&~X8I(T-mLwoiaSLj~kT8(KKaCP1Jy
z0`j7*DW#1NAkZlRdC^Xl+h&_CATQeV3R-`s1ms0KRc@PYx`4cB(<^BG1PBlyK%fNz
z@}ey$qAd_0&}ad9(MFfg;t3Gwtbn{|XG?G61PIhbKwh*ag|G|)1PF{JATK%=m(B#{
zD<CgAUw^X`7)wB2bSy5N3CveOUUa_xW+y;^009C7LO@>BWk7%cf%yu^i_X{I>;wo9
zm`p%kbTT(*5g<TdRs!;(vywCp0RjZ76p$CKQrlbvrWBADof6RL1gaE}7p+p;Tm+^R
zkQbd2(CGvS5FkK+!1Mz0qSG51fdByl(+J3mPNU~s0t5)mOF&+9Uh?K8K!89`Kwi|9
zK!5;&CJM-lHnD2f+*tv6(ax6M#+xW0FWSVaS#xIv<V8DMdK)J|fB*pk^%0O4txqki
zgaCnV3doCgv+j0HfI!m)<VBlaLF*?#py>kgqD`-$^%Ee_O#yk)Zr0td8!8|#+R(yT
zb~gp&MY~ydyKbm}yl6uUXW0Y@5FkLHO#<?wZK|fd5FpS*0eR6TR?V6T5Fj8g>KY(G
zfWUkO<VEM}Z*~F%2uvm*FFKi<vk1&ZKwfk%>?S2JnSi|LWNywPFc$%N(YdgjlmGz&
z1PBmF1>{9j4Q&Dh2vjd1FIv6183_;|Fuj1h==6q0AV7e?Gy?LX)95*u009E?5|9_2
zm%MoiOdudHIsuwf2+T`BUUXja<|QzJfV}7gXigzOfB*pk1ZFEBFFIRKqY)rLU|a!t
z(Q(D}CqRHe9R%b>>re%2AV8qY0`j6=uD-n!AkbU^dC}(9&dNI|ATQd%qT6zF1>{AW
zTRSW7pn$w+2a9gY1PBlyK%i~{@}hOCi1iR4&@};h(XLh8ehCn0hk(3jJL+f`1PC-&
zKwh-DwX<>p1iCCBFWTkm+k4{#<V71-G7IjqfV^mzt8ed(6Ob2eT*)k$009C72((W?
zUbKBRwIc!qnk67F+N^q6Edc@qdIIvIt^@)E2+UVNUUa_xW+y;^z+?jQqLaBfi@;n2
z<VEMgZc+l13CN31=H@H{a}kgioeR532@oJafB=D1KwdP}&?Z2DK=lIhqSc$5kpKY#
z(+kLpPH$)g0t5(5BOot2jh=G}5Fjuw0eR7R$(xtJ1OoD+6QDVTz`O+HMdu}NUIG&c
z$cs*Z<`e=12oNAZV73DCqO<ih8UX?X#ubnk9al_$0t5)uK|o%#4pp!Q0tC7&ATQeG
z>f1X30?ieW7j16sth|E)@}eCqx-B<XKwh-DwX^aL3doCgu;{i-fB*pk1nMRrFIu;X
zSPuaLT@#QO?OMg{mjHow2*``JqmFh#fIxEv<VBlXJ1ZwZpvwaCqFt`Oy*ExkUbJx~
zv*0cZ$cuKl`u5&90eR8JmCS+(5FkK+K>GybMcY?XJ0d`!SpxE+&8nBx5+FdJCm=8C
zN+3Xhz<dSdMd#~pb^-(lOeP>NI+>fZ2+T!5UUV+(CM7VLfV}8rZq6bw7Xf+Exv-m*
z009C72oOjG<V8~rZ2|-cR4*VeTD`d$2@oJKy@0&v^oB+tK!CtB0`j8M=sA}F0Rr<9
zkQbeoym<*sARsR~0h&_?%u7ICbYAl2B`|@2yyygIP9Z>m009C7W-A~sI$KYp5g<Td
zTmgB}amDl}K!89U1ms2QPz7rsK%mP4@}ga?zP%G5&|Cp|(dO39$~!0^FWSMP+j4US
z<VBlXJ1g&?fV^l2i*CyV2oNAZpl$;4qIIi?^$;M?H350iu2tNA2@q(9fV^ls>Sz}P
z2sBqfUbMNjvvL9ix-1|s+U4rod*cM;MH^Q#3+}Rjyl9uJZ|{v0kQZ%S$t;)v0RjXF
zv`;`@w0$+TBLW1PB_J=_ta@230RjYi0`j7+1OfyI%vV5ObiV#(CqRI}WCHS{lesyI
zz+436Md!k9QUa3+$cs+q<}3np5s(+13%f}P5FkK+0D)9MUNqIvCP08d^#byu)tj4<
z009Ei3&@L3Z)gMp1PDwcATK(No^uHhATTchdC_^vo0q@@0`j60pgD!WyaeP$=Ou4m
z0uu<xi%x*%6aoYY5FkKcwgU2^v-LC@0RjZZ6_6JlS4@8b1PIhYKwh*CRj>vE1iCCB
zFWTkm+dBaQ%@vRrZEo$Xyn_Prq8%){EjL#{UbMNjv+@oK$cuKc=(bFN009C7>LwsB
zTDOW=4*>#Q6Ob3}TE*>`0D*Q0$cwh4j&?zSKywA;MVnhYD<?pp%L4MEU9P^pH%>ra
zv~eY~;4TZui*~vC_TD%FdC|s|%z_CJAV7dX`vl}g+gDRNB0!*70`j8Gs+ZLgAV8oe
zATR1lAV7e?d<Eo1=j(5F0t5(5CLk|5nVYi+%tb(6bS~^BB`}$Qyy#?Z&LS`u0eR86
zu$z<s0RjXF5J&~&MN<uJ0t5(DFCZ^ky}20)5FjwUfV}ARhDIPjfWR~Y@}kq|IhOzd
z0`n4(7oC^9c?nD)ATK%rno|hOOF&+9Uh?K8FoA%)=mcm^AwYlt0RjYOD<CgATTi1A
zAV6ST0eR7J#q=jYfIuAt<VEXH1#2KcpvwaCqFt`Oy%QkNTmgB}=GM;2J18J8+QFjR
za&rabMVnhYEAOCyyl4lDZp#D+5FkLHZUXY6b*qT=5FpSs0eR7`Ros3F5NL;hyl6Y>
zXcq(sG*>`gw7IpjasmXpEFdr1<?7pe;{@bI8&@(5?y`WqXqT&R?~N0X7j0b0ESLZR
z0t5)OPe5L@eKobC77P6Hm%seGzx%so{j^KqUGI9=JO1+1uASM<e+zu*Lmzth;fGuN
zy<}?yIx8SA+S$_EH~|7R5s(+HNg*tQ009DH3CN3%#icWW`3lI3&ez}U1jZ7O7afaB
zX9DvTkQbe=zu5^8AV7csfe?@vbr}$7kU;kD=>C!}^nVEuXn??R#~s(8?-@%aK%k(2
zyl6ov-3SmMP?CVWXi2b!B|v~csRHt%rSck_z-$Gwe;0l7$tTZtWTO!vFmnNU(V3GP
zkU)6?@}lM08kqnA0t5&UC@3H=S`bP%0(B7h=tn==fNY#45+Lxu1r9sxusVE!SOWn9
zvlWmRovo+Q2oNAJu7JGgxMKPfAV8oF0`j7DsDd>RC@3H=S`bP%0(B6O7p+4Ttbss5
z0eR7aP`VKyK!5-N0_6$Fi<W0=WCAl6$nv89`mg_br=J!H+;-b-*Is*Vi#B8{|1Gfd
z&O7&Vqw=CN|1vZnfjS7ti`JnE)<A$jmj&cSyIg&HCqSUN0`j8Gt(}#3P(WU^gGIOH
z<_gG*Hn(<G-a!F*(GC{fmI)9bK!8Bq1ms2QRuStVFhU^9i=KJrnIpRShyZ~)2<*N0
z-twY#D1<c-C`mwGv?N%=5+FdJpn$w+K`7k_5Fk)10eR6{mBV5Pj24g=9qr>&0<{v5
z7p+w}EQY{n0eR8UK0YNtfB*pk1S$}a7p(x<6a;1^ATK&AN#hWxKtNu!0%TJVn4^Ha
z=p6A)O<)3nH{N*TX+P}}xZ#EydjH#;rIuQ%T|2Xz{}y=bt+yt))15+qK>Y>eMeAQ9
zD<qH!$ctta8U*SuATL_~8d)KMOh8^VqtGBgfB*pk1m-0mFFG%I^AeaqKwfkLG^Y@l
zmw>$JyyVSGpc(;r(Q2H{LSQBWKl#Z|mRoMQUbfIb2@q(6z~B7M-`sZFZ8P}>FbDwx
zwGxmQtyMWJhQMe6dC}26J|$2q0eR6{mBV5Pj24g=9qr>&0t5&UAV8o30eR61kWE2g
zRs!;(vywCpfeHlVMJqry1%WvV$cxSq-_!)g71(K~of;94vq%C2Qh~z{KYZMqU4H@u
z>MtNKTK^hZA%RRlUNoc7AW(k+dC~gU$O;K$0`j66g$4lv1PBlyFfRdl(Rs<6m%s!9
z@}d)<IfcNy1ms2MC2w8=)d<LoR^x0I0y7cVe*5jy5Slgt0*w$j_~3(Q@(o}R0t9L$
zATL_0a##$3(E{?KqkVizpjHC%qO~fA#Sj=RATK)F$EO4c5FkK+Km`Kwq7@*Ug21c<
z<V9yCX&eF-2*`_8fNTl^a}<ylog==f35+X{<wZ|A>7+mSAwZzs0@;6xmKPoOyH0-s
zjS!F*ZA6(Yl0Z*DUeuL9pg{uiq75pRr4o=Abqx?8K!5-N0&^FT7oB?vEPz090eR8l
zR(cYcyFm8;=|1eR!{)vi3m`yX<^uAfGbc45f${{hyy)qtpI+W9MkYXDCIbKRFaOee
z{HeU?Ogs%jpl$;4qIIi?^$-{#ATK%s$43O}CLk|bw~AN~fe`}oq9bs8M1TMR0t5(D
zBOotYjk8$@%tSz5bS8`jAyAEgyl6GfW+5;y0eR7R$(xtJ1OoD+6QDVTz`O+HMdu}N
zUINt!$ct9vY!(7D5s(+138O&>R3jiST8*<=2+Tx4UUVjm1|dLz009C7rV)@Aokq{O
z1S%Gg7p)lFbOfdmkQbds&$$HZFCZ^k{~B2#flNSNG^5ZUP=5h=(fZfO3JFXjATK(N
zo^uIQEFdphF}UdnOd}vKI*p!l2~;c~FIq9U=?D-YK!5;&egS#W|Ign20NYa4ccKsX
za<5nZ2@g>aBL#r~iWH)#h))d^k{UG;L$Jc17_Os$)&)^`j>bqmYN$doMoSapKTIYN
z0t$&(Dl!>T5#GQgmYSy$9GDmWC?YBX2DtpW=hW+QPrA0f&*{@^@BX*e`t0hu)xG!X
z?%(>Xv-_-7^{sPfO}s;3v;y*?qa7NB5ttQ_7o9cn4uO;e<V8~&O?^pTKwdQYA=bf^
z1ms0i8cls6Fe@N0I&0z`0;3g>7ai@;D2%|YfV}9eiFXK$RzO~Kv_qpX0t5&UAdruM
zyl6gSt)~eH$crX0h`NxEfV^lvW38uo3doD*IqrHLsers_qywkyJO$)M^Bi}*&PPCA
zG@r57(*y+MMH3iAUC2j3UNoPv*3$$8<V6!0L|q_2fB*pku?xtH#y*1T&q_dEG^^p(
z+1Lf-MPna9^%JNUkQc4@@hO2(3CN3%YB&@_pk6>;wBE<31Y#GE7ma-c)t{Asyl7U#
zt+TNU$cx54g6hvoKwdPf;nrCK1PBlyFirt^(Q%H8stBwoATPQii#G|3Q$SvHoa3S@
z0&NM%i?$`{Is|$UkQeO%*)0gPB_J=_mZa+t7^i@|=s3qkRRmTPkQZH%#hV1iDIhO8
z&T&x{ffWVhMOS3;CIJEj2oNC9r+~a@pW5z4U_k+S(FFmWPM}W#dC@+#-HSl~0`j8$
zo4X@{xdr4!=caQaf&K;LMf*2*M*@8c$cy%=?Op^H6p$BP5YXua`V^2C?Ni&m2rMWd
zFS;P0(+LnDK!5;&#RcR=7dLbT0=)^yi}ptCMg$fYkQZIt&=m-bSwLQN%%h_=0u=#y
z(F%w|0%I1C7ajBHsExql0`j7Z8@d94-UQ@Dd!u$E0*edCi!N^H3Iuu+kQeQZ+KmVh
zAV7csfz<@$MOTyYK7kPm$cv6}P?SVqH350i)nvR+APoU|(KN<UFESC37tLg#bu$eC
zdC@e+Q7;IrCLk}mnvC}ej8H&cbcBPVBm%1m$cwHf<9z}n6p$Ak;h-pq009C72;?Rp
zFPhtk>u=No@}f}>pW<^9kQdEu#Pv5f0eR8fMqGcR7LXT>diWHdn}ED%ZX>S0xe3UN
z<~HK`8?}JEXw<`}_}m2KMROZ*{f$~cUNq|AQ#=6z1PBmFLqJ|Mjd9eAOa$abGZ|>z
zOhZ6kG>vi83j(VN$cwHf<9z}n6p$Ak;h-pqz-j{WqN~YxpFkP{@}g;sqh4epATOH9
zK<j220`j71jH6y;A|NlC$w2ES0RjXF5E!$7yy%!mM{NWu0`j625QhZDEFdpB=Fw3b
zfyD*nMHe@81p>VZ$cy$y?M4I^7mycS+|U&Wj9EZlbj+ipHUbp^dC>}pLjq$KkQW{E
z=%|fAML=G(0^*PW0RjXF5a?e(UbKI6cO)>kfV}A3bWSADzks}G|K{#UpicpL(LS}^
zi@<^c@}dg@I-NkD0`j7LYP%PK{srVk`!{z-0&@$<i_T5wL<0Q_$cy%G?v4cJ7LXU6
zo6d;@2oNAZfIwRU@}g}?x(<OJ1ms0~Kz0iPZ3)PWwk7F01jZ>KFFMX~Q5As|1>{9n
zWbr0}aSF(bj&od8MW8JKdC|5cU57vq0`j6gAiD*Dwgluw+mdu00zC-Gi}rx*76b?o
zAV7dXy@0%Ey^l``j7mUWbX3Ek7y|VI@}l)VJ|z&lfV^nzBdGqY1ms1t8g8A9T|izm
z_7PM+fqDUX(Rv@B5*U?$yy&QgLoo#E1>{BReSAt_R08s%qZ$sy5FkK+0D(LO<VEuw
zcfF2OKwdP`fm3##0`j7Hj=NsxBOouD&sghe0s``)2@Ikx<Rc(2n$KA4X`TY|qIr(H
zUPme*FB<8<DLYRAdC@$_U9Te*kQa?~;FL{(009C7QWB6CO=&dsC3yjP(d36%2U8M|
z7foq2^@YH!fV}9eiFXK$RzO~Kv_qpX0<!}0qO&I6A&`=Qyl6_JsV~V3$crXF#5$Og
zfV^l*qp2^+3&@KmKg2pnfB*pk1ja8QFFO7)QXzp-Kwh+@utQ+{0`j8cA0rhKSVTZx
zbP+x066je#UbJU$w<EBKfV}7;dd?*<egS#W@sE)T36uizq9uhL0^=8u7aji?sgOV^
zATL@{*daiG009C7h7yn$9ZKGP3CtlNFFFUBQwR(tATK(Uy!#U9M?hY*A7^(V(29V(
zXe*2^LZBZ3dC`8H-G#tV0`j6m$-6IsIRxZI=Rk7`fuRKCMTe4iUjlOo$cxT_<`e=1
z2oNAZpj`oZ(RMvujX<XY@}iycx;TM$1>{BB^>j4?V-t`U9ovYghd_;hyl4%Mj|hxS
zKwflgBcdJx?Fz_?w(IF?1UeOv7wweS#R;@4ATQdkr>ha@R6t&|Q(hM*K!5-N0tA`}
z$cr{n(uTlD1ms0WG7!oj&_qC9w26{71mYEt7mau9RGy)Lyl94luFLTX$cx51b}A>(
zL_l7&iIO%1Mj{|DI+B4<27x95@}f<Yv>`AO0eR7p41_WW5FkK+K+Xd4qB)PgzDFk@
zFB;vDDL7{VdC{ClU*B^OkQdEil=U$g0eR76hEhjz5RezmVU+bTX90Q9oJU{ZqZ5!9
zjc&*koU?$uXwIXr@6id!i$*tO3MN2+009E&3CN44H>P@&uz<X1!h@@8=?Tb-rZ=W~
zL||G#UUXW+K7o-7$cv7AfRsmIT0mZOTEjkp^aSKZ(;HJgN?1T%G~vP3we$q!MbjHo
zJxW+WUNqss)inYH2oN9;i-5dnEF+~(0)>FQs2>9Y5edkPMl@JTB`}A8yyzTgP9ZRq
zfV}8X^6pDu4gq=5InbO!AR+;I(TE01sRZOj{R|L@NI+gRqQO!s0eMkB0|W>VAV7e?
z-~#fZgAaiM2s9Uv7j15(C4s>O<V6P`0tFE0R6t&|Q(hM*(5`^IXuF=SMxavxdC^XJ
zU7Wz+0`j7R4}k&*G#8K;ZEmF{fx!jjMF$@O1rTU1ATQe7N=pI+2oNAZpd$f!(T-qU
zmOvK*@}ga+x+Z~+1ms0Kf^}H}BN31n9mzl_gFq7jdC?|H+7K9tfV}8P20|GGIuei<
z?FiOo33MSKFWQBwYZB;4Kwh*XSeGTxg@C+h7pksFfB*pk1PBBP$cqMXX-r^P0eR73
z{oS2Fkbt~s5SPXTq7#r8jc&*koU?$uXwIXr@6id!i$*tO3MLRFATJukr7?kF1>{AC
z^>=pyK?3rkL0lRW7*;@DbXb3PCqRGz0RjXH0eMkB1_UA!kQa?;u#`$bUewP3fwTqW
zMbjQ%y-Q3$UNo@*)t$5j<VDjSU%ewBFY0H2Ktuxaq7e<2QVGb5`WYY)k$}8tM1!SN
z0t5&UAdsqnylAQ;t6xb9$crX9tU8sdfV^m`BdcEoCIa%Jei8^oBp@#u(O@Z+fV`-m
z0Rm|Y$cv^uzIvCKfV^m81FAb|3&@M6J-&LEn1H-!Vgsr>1PBlyKp;i|dC?e0P0iT~
z$ctt>^g14+fV^moqo!s8%?0E|n_Fo~U~mC>(ZPp60R);0$cr|&(vm=o0`j6Uj+&aY
z6_6LrcIb6HMge)z7)MRb*$T*uW;^scPJjRb0tCh*ATK(eu}}$tH3j5F*Cf(_z<31Y
zMaMH1Dk0E?fV^lIs;)_(BLR8Qj$mDuKo<h?qFt!ECV}w?$cv6=EL1{ZO#yk)HHkDJ
zFdhMU(eaFhN(iheATPQmkp=_^5FkK+K-U8DqFoESK7kem<V9P=bSVN|3&@LhE$sRP
zh82((9oFC72?Pnqiw1FNOkh|6dC_70-JL+!0`j6=3%fpn76s%*Tf}rJ0$mHpi*_yS
z`UF}OkQZ$c)1?RyAV7csf%ydFMdx#K7J)$o<V6QzcT)oM3CN4i=jJQ|u?WbE#xhds
zBv1&*i~2Dj5RrhqXheghR04Ad$cxT_<`e=$3CN2MCGWlj<`9q<odeA&1cnlj7adC8
zeF+dCK!5;&Qb1m`q_9I^`~vc#;~ygx5-0`aMN0}h1d<ex7fo_lbt+W>dC^oyR=<)I
zkQYsISapg(DIhOeQrICdegS#W@sE)T36uizq9uhL0^=8u7aji?sgM8x0t5&oFCZ_P
z{1EG4N&@ntDUGJSBrhN@n*0#!VCDkyqM82y=zd%R@}hB#mufQ?kQdGT2SE3e7mycC
zeu#B2B>{QSltxouk{6H{O@4@VFeL$b(UeA0UkDH&K!8A`0`j7f4xF;{6p$CqbKLbh
zQUQ6<NC!^Y1R4s+i#CMPjKCNK<VD9Y3ThzGP(WU^A(UnWA{CGqjdb9You`1jXrAM)
z*O3ayi$*$d%Fa_jUNp~f*J}a<2oNAJDgk-XQ4NP;2-FM6i`M)2l)$J2<V8m{9Eu^(
zx`4cB>!dD7pgRG1(e7+rnLz6T@}jMix*&m33CN3%YB&@_pk6>;wBE<31V$wwFFLB>
zPz-^30eR7SAD<E+K!5-N0zC-Gi}rx*76jT7kQZ%B(sc;*ARsT=1F~BX7*If7bU=K!
zCJ-thFB&SQJ%IrQ<V6R>cWVMY2*``}fb13o+7gf#ZA;R12=pKzFWLjLTM%eVKwh*h
zN!KAjfB*pk1m+fy7oD5Vi3Iu=kQeRW+#LzbEg&yCH=Pp+L?IwA8pSXvlE6ejUer$l
zfrtd;MI#z4r4pD!KwfkXG^Y?4N<dz8D0%lKFo%G==p1NHAuyDHyy#H!?n{6G0RjXF
zlmhaiC50UV;}?(@9sd}qkU%LQFIrOAA&{hiyl9fcs#B>7$cv^rvig;zfV^mu!>UsR
zN&$J%lEMyw@e9a{j(?0)NT3vu7cD955E#FJyy*DHNQDFl5FkJxc>#IR<cC-XQxcFD
zO=&dsC3yjP(d36%2QwFt7tQ<!K=<PkkQa?>yi}XHfV^ntKLEO)ynwuD@<XhHDGA7n
zrZk%RlDvStX!1j>gDDBfi>5T1`a*yJ0RjXf6_6K=bl{Yor+~a@p5w09kqXF*MmliH
zCeTnoUbG>UW(39{ATK(GQBVVch63`U4WTq65UGH?Xru$D>^ueJMe`hYy^d5sUNq8y
zQ+A#L@}hZ;yIvC@K!5;&Q3=S4j%qj*L!e$jUbNoFrvyeNATK(q;ZO{L)&=B6TPJlv
z0^JG7i*{%0$^=>$kQZ&8)CCEQN<dz8RKuYd0`&s&qV+yLB`_)hdC^e~hhhlS3&@Ms
z`}mXq0RjXF5a>ZbUbF{fw;<4#fV^m1lCDFb2LXA}9+2IFz<>hsq66Z)HGxn8dC^cY
z?FkGhATK%~zFQOMK|o%#2V}P((3XI_Xj_u5L!bu%dC?w_-GV?{0`j75NxBXJ0t5&U
zATYOpyy)C?P9)I3fV^n`=I%&fZUK4Gx#^rpAPNC_(I|#Vkpw0J@}hnc2t*_xFB;Kc
zDV4w+0`j7BpgD!WPy+IzL&>`@fjI=^Mdv_s3W1>n<VA;)cV7Yo2oNAZpcIf7Eh+2}
z7{7qL==jG-g#=0gdC`)>4uK>E<VBMlR-H;!KwdP}k=3sx1>{AO99EqoPzuP4mK1gf
zj9)-rbo^taLIS0Lyl6>bhrsv+<VD9nMk*vgfB*pk$qUGfCO^bFn390JXiB50FUbqY
zizYwBI+(eDylCb>0J<NSfV^m2<E7fn1>{9D{{hhb<OSqKlOJLoOi4gqG^Nqhm*fTH
zMUx+59ZX3;UNoiA)E5E-2oN9;sers_qywkyJO$)M^Bi}*j#NNiG}3`nHi3o$@}do)
zG$Swu0eR6ejDi{nG!&2*Z3v|qfk*}9MI#+JW#=g%FPi7L>vg08@}iLroU-#2kQdE!
z-1V9O0RjXFj7mUWbX3Ek7y|VI@}l)VJ|!?J0eR6;4ToX~v@Reo+B&HV66j7qUbH(~
zS0>Q9fV^nyq%KHcR08s%qZ$sy5U3ZB7p?d4DS=T5$cv6@I21#mUO-;7-p8i|2oNAZ
zfItrd@}fN;y9I%^1ms2Al5`ycJqXB)_JHgb1O^n47ab7atqFt*$cu)GX-{B40eR5@
z@!gt04+8R{Js`UUfwlzXMca~e9RfWF$cy%X>=p#t5|9^dOVV`+5FkK+0D-v$<VEME
zb0UHM1>{BhH+M$@a|_6e&Q0e;0#OLai$*a_iX<=*kQeonKp-LkdC`alOQ{6r5Rez0
z1I;M}h7yn$9ZKGP3CtlNFFFUBQwR(tATK(Uy!#R$K!5-N0;PbwXh~s*!1x8^MaMrz
zDkM+}$cvT~b_gUXATOHau<BH*0`j7%j;wwqDIhPJ<gn@#fl@$Tw4|^@VEh8|qT?SU
z6%r@~<V8ygI|RlrATK)pF;XD`0t5&UNM1l*H2ERc!IT8#MN=A0eMw$GUNre3*1^mL
z<V7?80nq)p1ms2I8ZXsmE+8+O`452ZCodo`n*0#!U`hh=qA880z9cUoFPi)i>tIR(
z@}en?roIp$K!5;&NCo6YBON$p=P4jBn&-Idb)*9FqLB`qvI#U4kQZ$Tr5S-S2*`_$
zVHDIrprL@gXhSH?2t+C%FB<8<DLYRAdC@$_U9Te*kQa?~;FO)GfV^m)<F3~P2oNAZ
zU{nI~qN5rP#So|$kQc4@@hO2(3CN3%YB&@_pmhOx(bh>_kU)0=@}k|@x-x;*1>{9r
zCv`yrqY{u89o29shCsc5ylB0TPYH}lKwflI!=V@g^#byu^*%l&K!5-N0t9*xkQeO%
z*)0gPB_J=_mZa+t=s`eUv<GCjATXeSyy$@VZcQLmKwdOdOnU+Y3doBNi0{?}dJvEo
z?E%>>2(%?2FWQ!*>k#NcKwh*5WVayDmVmryTavCrfB*pk1PIJ6ATK&Mof8T4FCZ`4
zzqvaSm|H+zbZ$B)5{N=TUNnkfQY3+ifV`-m1OgEW$csiaSV|=@hk(539B57<FqDA2
z=uq<ROJEKGdC@u0oI+qI0eR7(<lUD50RjXF5GV!YMN0}h1ja8QFFO7)QXzp-Kwh+@
zutOk80eR6RhgGLi6_6KAb!7D`NdbA$B!^X}2$TZyq9uhL0^=8u7aji?sgOV^ATL@{
z*dZ`}0eR8!kC6%q5FkK+K=K0eqR9`j4yGg^FPhS5>Pzwh@}kKPu?}V~ATOHv4}k8+
zB_J;v*LbNma{+nL%zprMKY0Op(d36%2U8M|7foq2^(A=$dC}yDSO-%QkQYs9H1&l5
z0RjXFL@FRJ8tK3(J5K?5(LBdpuOk(Z7mak_lue+afV^l!D9s3rK|o$~45Oe10u2S^
zMH@nCMj%oFdC^D*PT6@1$cyGV?s^@mfV^m=1E=gf1>{BZ9Cy7YK!5-N0;3X;7ai4b
zD2712fV^nEk537VN<dz8RKuYd0<8<ki?&Ycf&{t~kQeRF)|CmgE+8-3I;jg17?ps$
z=%|K6F$C%b<VEX!d`e(c0`j7x8V<z}s27kIt@rUM0RjXF5FpTlfV^lA$ZkQPEdhDa
zwj^DLKo0`)qCFtH1%Uwt<V6R>cWVNn0`j7vV%ifJP(WUEKzz3*(1U=yXb;G4L7*)G
zdC|5cU57vq0`j6gAiD*Dwgluw+mdu00t5&UAV6Sl0eR86>6}QQe*t;X{>|Nyz}y1z
zqI1(Zkw6pz@}f};lOhRB1ms2iBoK&5KwdPW!BQ%LIRxZI=Rk7`fuRKCMTe4iUjlOo
z$cxT_<`e=$3CN2MCGWlj2oNAZfIulAFIrOAAuxUcdC~EYkqQZv0`j6Ig&hJ(3doBl
zIjlOBs(`#`sw1mkNeak|COND+MW7Ur7cD955E#FJyy*DHNQDGS0eR7q!VZD)3&@L(
ze~eT}fB=Ea1(sKOWp0vQ_vJ;?8&f?>SU_Gh;lb6l^aSKZ(;HJgA}}o=FFLJZpTNik
z<V8n5K*}R9Eg&yCtzn-)dIIvI>5Zu#B`hE>n(*N2T6zNVqUnvP9wjUwFPiY+>KXw8
z1kw;V^UO1U=@(zep7%u?0RjXF5FkK+0D;T}LTCG#bLl>TxCFL+=HJ^05Qs$}uE&dN
z2@o)g_A@|$009C72oNAZfB*pk2@8ZSdn@g4J?y}twn`-q2@ps|;0HhW!3igva74&!
zmtA)G#klA%CH&mhH39?(5FkK+009CG1wz*d4KJ%10Rm$Xh$SYcP67l9fiXNZ)Ifkh
za{;sH=2lt~AV7cs0RjXF5FkK+Ky(73%ic=+p~9lYeJhnXBtRe;fp@&)9hLCs9EZ_8
zjTKCQ009C72oNAZpml-JHA3qJxF7)n-3csRd!CH|fmj5(dla}b0RmkJm_>J?>Y4-y
z5FkK+009C72oNAJ5`oZVZ>7DwXa&R}0RoE)oN~%3a|A>yr;Owos|*4J2oNAZfB*pk
z0}6yr&Ic^jtqBka6^JD!r%nO{3W3lsxb_4H3@cz3J*>aG6Cgl<009C72oNAZfIz1L
zq08P%dwJ0ch(iJd78fY<qQCvyzkOx1*I|bpCNJ9QFAEnZK!5-N0t5&Uh*2PPavozJ
z)l48;fo)fxWg|c!7J+P^R60%|QUSB*NC!^Y1PBlyK!5-N0t5&UAkai0blF>JFE3gF
zaY%r`;sRw}^nwd6Xn3`&uDWXD#*NdF(IyW-Z3qw`K!5-N0t5)8Ezoc}T{cTwL+=PA
zCJ;+ZPMrh@6atAoe{_dH@&e`bxZzInAUa5Z009C72oNAZfB*pkDG4-O?XK2LUUW4X
z?-L*}x4;~E(c)f@Jo3o9-u13BGMdtZT3-kdAV7cs0RjXF%qI{!C!g;w<iy5P@x9
zILAhSKr8}-JSE(e0D-v$%%bO}b0Pr(1PBlyK!5-N0t5(*Um$eZTWSA4j(F}+Tcr|*
z1PCM}FkfD@=>FENTi^cnw@)IY<A40BkN^P!1PBlyK!8Bk0-<Y!uIq7q0t8wVh$SYc
zP67l9ffm2}E=7Pq4+3V<Js`UU0RjXF5FkK+009C72n;0<y6mmAA1W+b+_zGRLjnYn
z5tutKIuSVg?6Zr==ui(;_a#7p009C72oNAJ9)Zv`!gwlI2>}9Y3M@Z(rHufASOnJm
zMr%NTz^DYwqDM6xiXlLN009C72oNAZfB=DZ1wxm-mG<(Y6%dC62rMqJU|#g_!w;7i
zZTB~Ys}UeTfB*pk1PDYb5IQ-Jw42H%kf%T_F*$V-AW#V8`Iypc0`Ur%MaMgKDkngI
z009C72oNAZfB=Ct1wxm-mG<(Y6%dC62rMqJU|#fD&w7@;=$a3I4G0h*K!5-N0t9jp
z2%VhgV4{x%k`Y+`*;O_I1Y!|L=E<WY1TqmYi_T=Ab&~)A0t5&UAV7cs0Rnjngf4q4
z?d3%)APxx-SX^L{yy*S+-@jqQ26@puf1~L&0RjXF5FkK+Kt&*Qa$Y&zAprto7KkM#
zr%nO{3V|^{Ow>kzz^s5-^sI?@2oNAZfB*pk1PBlyKp+``&}DC>y}W1z#32C!iwi80
z7yaDlK39ZA<wcYEC8Z+-2oNAZfB*pkiwJ~H&KJ3ta|saWS-}7CO@Kf|0zE$;+>QW&
z1qIBa7X)-V0RjXF5FkK+009C72#i@EblF>JfBR9-A8M;q;*bD=WCRw;i(YowW%8n9
z{-vWf0t5&UAV7csfj$L7*9d*q=3WE{EGQ6BQckG^2rT%0cRB$AJqwsc_YCfK1PBly
zK!5-N0t5&UAke2k=(4xceyFf$ao<WM4haxQMnGP)&))*>MSuVS0t5&UAds*?=o%qm
z3SA?Ro`3)z0Rj;Tr1uEYBLZm)m_?^OzIsQ1009C72oNAZfB=Ea1wxm-mG<(Y6%dC6
z2rMojFPix;Cfz4MfB*pk1PBmlOCWS|-qw9xhX8>d1R_exDU|?$9-awqL4ZJu0%p-I
zV!9Lo0t5&UAV7cs0RjXFj7=bP*;{EZFIoX{NPxiN0`uiXw{6>Y(n%+6+_=&IM?bb-
zH0mKhfB*pk1PBlqN+5J{K2)9VOMt)}0s?ph2t*_>$9LQ*1PBZ$U=}?fzFQL@K!5-N
z0t5&UAV7dX*8-u--b#CU(F%w|0t6Npm@hB-^{;<@k`$E}?fMso>k}YAfB*pk1PH_;
z5IQ-JrC;hKK%fwaC@H5@0t7s@2oQ)%z$`kh@lq`T0t5&UAV7cs0RjXF1PO#Ldn@hb
zMJpf<2@qIZV7|QQSHJpIdC{Qfzs3Xz5FkK+009EY3xrP2lLyg30x1ay;1M7Ykw8ih
zAAKQ^gMe9d4x_A(1PBlyK!5-N0t5&U$W|b9*;{EZFIoX{NT4@?JMX;n&;R_-FG=xr
z<dH{ClAjk`a6xlVdC_ctk?A-A0t5&UAV7e?Y68ut)038~UB~+b2#io5qNJQs2@n|J
zGek)Q2-FCeMc3f?hyVcs1PBlyK!5-N0t8|g2wnD8+W&vAI&7$|Qi($XSqVJ&;DfvE
zw%hcd(@b)I^XARXhgDuQ_TNY9CqRGz0RjXF5NKVX`E+{Hvh@O7kN|=11O)I15Qs>i
zyGMa56CluqfLU}Gs;)_Z009C72oNAZfB*pkBM}H)_Ey>t6&5Y-TdBk$fvf~>zWL@P
z1EQ5qz2OaSXg;j+q9ggWq6`8A2oNAZfB=E<2sEEgPg;(ra+MGuu%<vnNjaqwAh6~)
zS_1+EMkQbtJ*weQ3;_ZJ2oNAZfB*pk1PHV%5W4KGw3ipHfH)-3kHAeg-86|-ZrHHl
z*OGfZ^O?__^zQug&u{K2FWT;J2UjCNfB*pk1PBmFK%n__deSn1F6#n;d;|pW2oQ)!
zAfHE*o)Snyz$`kAanuU}1PBlyK!5-N0t5&USWzH!*;{EZFIoX{NT45qGB3L4o_qFl
z$3E|J$|<Kz@}d`9a6$9?%8Rb}koP750t5&UAV7dX&H~M+)037tTj@K2=ma84$|;oq
zf#{wv3MP=bfLV0rKLEN<fB*pk1PBlyK!5;&v;{(!y_NRzq7@K_1o{z>7oBx3^P=n5
zuP@@JX+OI4jsO7y1PBlyK!89Kf!S$u{X0#rsSN=FBM}h5BS0V`fss5nltF+%LxK7^
z^X#V$FRK{=0t5&UAV7cs0RjXF5Ez5N?7}wa9eL3pE{zGaB_J>Q?QehkfCCQLe(E)e
zi55xGr#|(m@}gt-{h|f}1PBlyK!5;&!39DWAcGgI00IP>3q+KZQz`)h&A-}O5+E=J
z0kh~ajDi{n5FkK+009C72oNAZpd*3MWpAbZ9j|`jP+O%EhXk?`kQd#uWy|FMte^dN
z-MV%1q8<Ipa9IKb2oNAZfB=EG1VUFyarI8M1Tq&`e&BK&0RpiIWd6L;eFD)5m_<i7
zWC|ugfB*pk1PBlyK!5;&<^rM1-b(wS!lK1}E0s7Tkd=VE=;qCvXOp6ncjQHz{|eBO
z009C72oNAZAZ>xrRZ`j-dPg8JfmmX4>Lfs*5J>F#qdNqW7ch%Xeu#CD009C72oNAZ
zfB*pkISYg?dn@hbMJpf<3G^c%FIwhB&ph+Y+kXD~%fI}~NnUij?Y8sxMRWeWrtbs@
z5FkK+009D}K<M(MJkbsT0^=8u!6QH*B7yNgQdCHQz_fr_^t6V30t5&UAV7cs0RjXF
z5J*fQblF>JFE3gFaY&#a0eR6fFZ#asy>DXv)vtba`Y(<q_N>+&0t5&UAV7cs0RnRf
zgf36!xP?;)5Ex1zqNJQs2@n|SLE*jx2+Sv77CoPvvj`9%K!5-N0t5&UAV44rfzV}d
zrM<jp1;inNegx!2<wc|T6{AQ31PBlyK!5;&VFf~$C&O0j?gR(~2?*d3AP|v2(6?J-
z0t5yZFpD012oyko009C72oNAZfB*pk-3f#)dn@hbMJpf<3G^c%FDftE-R}igCP07y
z0RjXF5J*NKba|3Y$90524gwJ+<&;W*Kn@QjeI$^QfLU}(qp2?h2oNAZfB*pk1PBly
zP!R}S_Ey^8{n{4~wN)x{NFXZ#c~N=M%ER0t0RjXF5FkK+0D)P7&{fjx6}&@$z-R>o
z@CXoyNMN*25`_^Uu%duj^olIrBtU=w0RjXF5FkK+0D&|FLYKXj_Ctk5i~Ck8aY!I5
z0eMk*(KLPs=>-7-1PBlyK!8A}0->v<PK$AI0tDI>h$tziR00Ir{rbBa0RmkMm_>Ij
z?D_-<5FkK+009C72oNAJpg`!dx6)o-v;yLgKtBTVqVl2x{^D?J0t5&UAV7csfmj4W
zmnX6GOPvG=6aoTx1PDYV;HgD`KwJW5(Q%EJY6%b^K!5-N0t5&UAV45UAavPVX)iBY
z0dYv69|3vM*}Uk@H{bkAQ?H;Wp~eIV5FkK+009C7k`xGCo+OE&Qv^~Kh$tziR00H2
zeGusvfm8*|qEj7N{UShs009C72oNAZfB=C)AavPVX)iBY0dYv69|3vM*}Ul1ty^F4
zf)|vDQBQaR1PBlyK!5-N0t7;rC&UO4h)7`h{!48H2*e@~(X&OV1PBxYX3>5O2oNAZ
zfB*pk1PBlyKp<g(&}DC>y}W1z#36xx1ms0$^P+|P^78WDd+$Aoj3)ft)-?hI2oNAZ
zfB*pk4Fy7%Ck-#F836)g5Qrrvr%nO{3V|^^G}J(VKyv}J=;l^h5+Fc;009C72oNAZ
zfIxHtq08P%`|lrr<WO6s5{Cq`638Skx^CUNjjOzhk0!a$bIv(udg%ArXCHad=zbF^
zm;eC+1PBlyK%gUm>8Wy){f^3TSpo#Q5RkzmKp-N4E*=7|Nq|6i0!?Pl(`~w|#FYsU
zAV7cs0RjXF5FkK+K<fh2OWHa1hYE`p_no6!rw~X+Anm;9X{Vi5{<rdL?i_dAanr*p
zFWUOA2^S<lfB*pk1PBm_S73Uo++;uAo~oQch5`{K<&;W*K!(pKT_zB<K$DsCbepI<
zt9Swg2oNAZfB*pk1PBnwO<;OSJIB7f=p1NHA+WeW+Ii9IuDfo-h7D^bMJEl;IOB|I
zPkGVYev9cZ0RjXF5FkK+K#jokRJqB1&82)qfWX)U1n>wDh)7^;4-oYbAW$#RWad2G
zrv7R^B|v}x0RjXF5FkK+009D{5}01n&ap2qItQ9l2rMp;c3!mbdGNspzgzqIt>5~s
zNnZ4Q?|a|0=OKq2GI@VgPg=zgAV7cs0RjXF5Ew*YdaB%He~=>GlmLPG1R_exDU|?$
z`M&1PB0yj$fhIHO={7^v>AnOA5FkK+009C72oNAZU=D%lCG8yh@}hH~rFzPm0l(Vx
zpAW+XuDIfgNh)&BJ@-uYC#t?*n>TM>F)#YL&wWl_bdKKzP9Z>m009C72oOk8png(4
z`)QI0Iz=E=0RcP$1R@eh^+BXx1X2~4ohR47ld6M$5g<T-009C72oNAZfIyN0^^4p!
zKb03<lPHr0*Is+=_S<hi$?5sGPl26w+9{Ktu}U{r%Zn~8Ey;@}`P)jT2oNAZfB*pk
z1m+N^%%aykoZ}WwAwXa#fryfFN+m#Gs0W4n5+E?2z?#$MN`v|C;w%CL2oNAZfB*pk
z1PBlyFo-~9RU3LJFB&SAYWv^)-QVpqB<WtIKoQeT^@pmyU#sOsmzS5<uU}vI4Dv*E
zQvw7C5FkK+009D{5~!b4&we_p;uS-HK)rwf9svRo3Dkd`eM*49*aT+h$@TAyt$y_o
zAV7cs0RjXF5FkK+0D&5T`bF-VpZ?&DFCS`Kvo;O-6!@Lr`JG9EaoxIg8@;+0*sx*4
z1bo+BckOea$8)dM@}fnB`|Y=%ylBm1-$w)p5FkK+009E|2!u}H^O4b00tpC2l$28{
z0Rjm;b98|~Rsv?xSq-<&5+Fc;009C72oNAZAUA=~WpAbZP+`&HzLiQG4l7XRMK8SY
z!eJ}P<nA}!bkig+y62vIX42(KH*4~u#~gEvyl8H}%k-B30RjXF5FkKcMS;pJdd<TX
zFXBxC1jZ>KfJcBpL;~Y{jHrqLfz<@ooHkb)tacsm6Cgl<009C72oNAZfB=CJ3RG6L
zp@;IKp<=1Fmly4MWaULGdC{e%rMvIG`>vnA&OP^BdC?L6x=|7V0t5&UAV7dX{{o@w
zl>RGpM*;-q7KkV*r&Iz2=KiKTkpO`~1k9obVRusk1PBlyK!5-N0t5&U=tm%Q*;{EZ
zFIoY~_E285=b@Juoz9E?_{TrqfB*d_e{i+@x1UF-yAU8ifB*pk1PBlqvq0!NWz2n1
z8vz0pf#o|sWFtTz7J<t5*C7D{BNs4>9{B(%j{pGz1PBlyK!5-N0t6Nj2wnD8+RKYp
zK(alQ7wviI<wd9SqM!ZjXUmvqxwFWF(YXW&5FkK+009C7(hvw;r=-zqy&#Z@KrAsi
zbrK*@2xRhH(oF)%2$)4DGn6_)fB*pk1PBlyK!5-N0<!|4%ic<RdC>|;wukbfJrBLS
z=yYE6vdb<jW1{8G?BmWm1PBlyK!5-N0t9js2wkV-=A*v^q83=b?=v<61Y!}0`e~zh
z0vQUJMQ1qZx=ero0RjXF5FkK+0D*i2LYKXj_CGxJl|yZnN*oR=ATQdpzr1Lf7hS)8
z{e}%2CNa_d_S^3r?|8?72Od})=JOcWQvw7C5FkK+009E4352dwR=bY(2@n{eKrAsi
zbrK*@2#oL<q9g(YY6Q%pYjAu-fB*pk1PBlyK!5-N0<jB(E_*BOhYE`p_pMaoa99C(
z(VqR~MNdEd^zu)MmOJa#tt<Cqe>kh3009C72oNAZfWYDcq3e{z@8}8y2=pc(gGYcs
zL;}4%8Qh2ffmQ^}qFZ5f5ds7V5FkK+009C72oM;jK<Ki!(q3M)0+Q{aylBruFE4ui
z_1BkwR<z8BPVbEKk*g{K1PBlyK!5-N0(}aEu2cG~&AkW^SWqCMq?}R-5Lod0?sNhK
zdKNH??it+e2oNAZfB*pk1PBlyK%h^7&}DC>y}W1zB-=xI(VmB1UbFyz@WBWF`RA{T
zFTQv>DLUEj^Fiuf1PBlyK!5-N0tCh>5V}qoXD?JmfWV3Z0(b-nL?p1{x7eEm2#i+1
zEPAv<qc8#l2oNAZfB*pk1PBmVTp)DWTWK#ZS^>%SP+qj>p_dn(2EY9B%jHEE|8?LB
z1PBlyK!5-N0_h1%Pn(<UrzfCC1QHgAC@H5@0t6C%7U>#+Bn6txoTu9)iJ(&i2oNAZ
zfB*pk1PBlykgCA+l6H=LdC@u0k~~FTwC7=!7o7(Gmw)+}op#!(5*bbPp{-v82oNAZ
zfB*pk1eyy>Pn(<UH@~u$1PBZ+Ab>}JKtuwAKQR<QfIyHylbQ2$o1lwpOn?9Z0t5&U
zAV7cs0RjYu6_{Sq&awaF%|{Ql%~7pWx)YEW?ap?^E6a;kSnj_2?#nK_Y&tSJ?4#A)
z2@oJafB*pk1PF{lpfYV<^Kc9`tAPN4h62mq`x6@h0<j1*{9bEDfWSxu)|@t18jPfD
zWe^}hfB*pk1PBlyK!5;&CIXdJZRp`pVbS8gp`~iysers_r@XTlmlvHidHCUn<wcu3
z_O&5EfB*pk1PBnwM__i^T>nl!GI~lN0fAUza_S^Npb$vlnWGB?vJ$ADGtYjS6^_ml
zAV7cs0RjXF5FkK+K<omu3)`S~<VAzH5^gLn+VkKJo)=vj<?FQ5PAem$u|J&EPk;ac
z0t5&UAV6SofzWlz;&*ff0t9*!SibjDHUb1<5$Ns7;6?-pv?5>@-3p_N5FkK+009C7
z2oNAZfWSBfLYKXj_VS_?kZcd-MSC9l0rR2{Jn+EFUiPvwmO0v;aXxZYMSuVS0t5&U
zAV8o`fzWkIpS8Ic0RjsO#1fNJCjkP5z=Gd*rxPI1vw&H2&){xHfB*pk1PBlyK!5-N
z0(}aEE_*BO<wYwX*&fP^_B`|h=0z{R{PNLeM5hbu^Fiuf1PBlyK!5-N0tCh>5V}qo
zXD?JmfWV3Zw;pz&jR1jI1RmJ(>ox)eA`&o*UUBZ>O#%c65FkK+009C72oOj^AavPV
zX)iBY0m=4IUbN?-A22Wa=}&)pI+i)w{WKoYdO?5y0RjXF5FkKc5rNQk$|Co2E&&2P
z3&awWQzroeg+N3xIi(UHPzabs_dKg{I|2j<5FkK+009C72oUH~AavPVX@CD2#}2hs
zDsechfV^nW{$t3C7XK^#UE#0KfBy6De)qf2Ti~_NKKnEYsrLCGbuR)02oNAZfB*pk
z;}i&8r;M`~sv<yOMS-Pj&$AIAK!5-N0$m80MXxyb@FoEQ1PBlyK!5-N0t5)8ArQLk
zt+XF1ELz;RQi;Q11>{A0_8&uD^ys6H4(;`Ax81h=_S-i}doJE4jYqUz5FkK+009C7
z2oP9AAausQ$i19PfI!azUBqKtlK=q%1PBl)1k9p)p4GS=0RjXF5FkK+009C72=pls
zy6mmAmlv&oWP2zt+Vjvyninnpxai_R(1us&^Fiuf1PBlyK!5-N0tCh>5V}qoXD?Jm
zfWV3Z%lCfDMu0#p0^6>5yNv*Why=`{SDbrzlK=q%1PBlyK!5-N0tC_!2wnD8+RKYp
zK(alQ7wviI%e-h2p4`3P*G@a_G)Zi}=tVCI?RA+KecIEWR{YG&_j<-Np3x*Sn#Lnq
zF9;AIK!5-N0t5&wA`m)bU*ulSB|xBOfmmX4>Lfs*5Qr!yr&Iz23IVg|o@X^~M}PnU
z0t5&UAV7cs0Rnvrgf4q4?d3%)AlV)k!M{m_@4^c&%od@~j{oC7{$rEOWT$PO`OIgA
zcDc-p9(w4Zq34$EKl#Z|HtAQN4^sCcK!5-N0t5&UATUmWau(fiXPmuI6#)V(3drCQ
zAP|wjwlADxBS0V`frgXkve}Bisl7>n009C72oNAZfB*pk1jZ>)u4m`lkr$oMExohk
zMSC98ty{MqbkIRfVw2sqIr!j%LwnsyUbMLBefQmW%Sx~7uDfpMop+ved7O`2RS_US
zfB*pk1PBo5Qy_H4-e+y@MS#G90ud$UluCd=L@_y~5+G0rm_;u*OK~~@0t5&UAV7cs
z0RjXFj9DOb*;{EZFIoY~_E285|Dk{U@yEaU&2N6K_t*R0_r6IW^XQ|G4()YYdC|&!
zFSy`>z4qGc|M>Z9<Hn8hqGSH0qc#Er2oNAZfB=C$1u8S=H4po&&AkW^SWsa3u`k&O
z5Qs%!+oh-52oQ)!V9jZBrNM%~)16L$009C72oNAZfB*pk1o{-HtZG9KAK3EiLv5j@
zYTv1VylAJqqq_K~KmF-Z<wYNQ=%MYl+ip_Q^uK*RNZpG70RjXF5FkK+z&Hg$mlEUb
zg{lY;SWzIBn4CHZ5GVv9ipeRJ0D(flEPBPchc^ijAV7cs0RjXF5FkJx4S~>QZ>9ZE
zVbS8gl}a2AD<CgAtbd<(A46VrX=&-=i!XlT&tJds8^19f6D{}Cctq<30RjXF5FkK+
z0D(mWLRSil+{?KH2=pu<gGYcsL;~BcKFdacKtuv&(LK*<+>QVN0t5&UAV7cs0Rja2
z6bN1RR@%#pRzR{nlo!os=*zt5Q=j_Og9BgBe)h8`dCmh4IA9U6zxu1cDs!RJJG<|`
z`%XLUG<m1b2dR4zAV7cs0RjXF5E!RG=&XC3y-*ba0xJqcl$28{0Rj=l<djN)Kp|ij
zz2e-%n*<0DAV7cs0RjXF5Fn6-K<Ki!(q3M)0+Q{ayl6f{|C!HxW;&ud-~P@!@4Sdu
z@yA8iyl)zhXuTjnfB*pk1PBlyu!unDtb37rIhO!|o&~lo{XaGW1fmh}_eBX1h)TdL
zy60Jq+Yul@fB*pk1PBlyK!8A>0-?*^N_%<H3P`qx@}l_+{q48kzT=KNt{K;?Z}5y~
zJYx~DGB0|_A&0#8z3*M|UVT1D-HQML0t5&UAV7e?I0Zsy-Q(<qst6ERQ6QR_oLnmb
z0);?SNjcRLAYc}~;@rcV1PBlyK!5-N0t5&UAdrSY=(4xcKA*hkqmMp%=bd-naKjCk
zTyn`f-}%mCjyY!6U3cB^Z?AW};~f>5+z#bMvl{Vx?z!j7U;gr!!e4*z2Y)chb{=}@
zp%t;ErKL+Rz4ZTX_ImZJUp=|b8{Y7S;=8$V<Hp&@Xc~`by&yn<009C72oNB!h(Kl5
zz2@N}_i`=)0zC^XZ~HGc0t8|aSi1H+8vz0l39LD7t~BU*4&ZhK2oNAZfB*pk1PBly
zKwuGp%BnW>@S%6TW~eQ+)J58V_OqXzO`}b}vt`ScMXsN~x$>e33}O#m`26QTKl$R!
z=0!jH(T`4lryA}Te_ymH`>Lz1+H=o6E2k{-V01140t5&UAV7csfiwg{C;4ggS}zD>
zA`nYVPMrh@6ao>&<djN)Kp|ijoylxUHwh3RK!5-N0t5&UAdsg(=(4xceyFf$ao<WM
zogT`IuE{Gex+akZg+NVS^eu0BOC|8x<nW+_4w}Fgf19+@KF>$GUK1cdfB*pk1PBnA
z76@I2OrL9?0D+MUEH7VgBS0V)fu;ZYA8Z5&L?mDqJ@Q$Q@(2(hK!5-N0t5&UAV6Rd
zfzV}drF|xO(c-Tc9(LGan>TO%qd)qi;=kd(<(69>c;JC=eB&EsKF!}3l^3miH5{%e
z&?GPVyyrdd)U{rRAAb1c+xPm{zrOgxq{Uw=J@CK-_uY5jz4zXG{rdHjj~00_I+p+e
z0t5&UAV7dX8Uia$%WK|Dqt|*tAQORDVsh#vK%fwaC?=;=0t5<ynhEoYA7wK4&`kma
z2oNAZfB*pk1PBmFLtw?VZSyxX$&0QCa_g<P%8QmV@}eb$of?5AdC~X0=RGx7n0$2c
z#TQS$eMcN|#CF?lSAG+xchY!7>jeP<1PBlyK!5;&MFiHIT2~q@axdo+AkeeG@)OtE
z2oQ)xVClC1WFtTzB7w>zdCkL~=KyX;fB*pk1PBlyK!5-N0t6NjSaY3Q-#}h;l27yZ
zMdd~7zbQVQ2$Xrz{rBJh>%aIq{`li3-=?6v=yX7|vcJfK(YXW&5FkK+009C7(hvw;
ziKNkMy&#Z@KrAsibrK*@2t*W<Qz`)hg@9RfCbKEsBtU=w0RjXF5FkK+K%N4j%ic<R
zc~N=M$&ZA*XyvQna7BSKFIvfVP9JXGym`fQr{BEfl1rvfS#dwlN4j1UAV7cs0RjXF
z5SSL2o<%p=pFY<<0Rkfz@PB+0AP|wj(oN^v2oQ)!pvla6y3NSv49X)wfB*pk1PBly
zK!5-N0@DK1OWHa1AAZko47JTsZM&!V|LCVZ<wd78?5`$p{q@(cnC+Z?^O$3fS?%=l
z{YM{t^sR4w>kD7_!b1-|bo$)s{pkmteF6js5FkK+009Dd3Y1gmhC6vG={12!1tLny
zDU|?$h+=X|B|xAMXgGN;n?*X8P&NSq1PBlyK!5-N0t5);DNwFw=i3=7ELz-mzJgmk
zOI~yuQ(kmh!~SXlk3ar+@uRZ)?z`_c^Lolto-#>$o_+S&tDQdk{_^tjA%`3?9TP40
z^L(W1H30$y2oNAZfB=DMf!Qf^{X5g=+9yC@<N}Xv`<jgafmj3t@CXoyOQ3$vJp1X$
z=M2gtK!5-N0t5&UAV7cs0RqzkvkTjxcjQGU;j}GVwgkDQ*H~UOy)o^%M{jw{TPEM8
z_q^vlv$y`_CqH@AQAZuI((CZU5C7F){nY~wIADhzb|}N5#m@AD&OQMG1PBlyK!5;&
zJOyT_*7fh?sifBgA{B@wCZ|pU1PXz;l5(mgK%jokJo{;+a|vY=AV7cs0RjXF5FkK+
zK%N4#3)`S~<VEF0CqFRqqCsCAjb{aF@}l?OfB$q4wBdf9k955zK!5-N0t5&UATTX3
zJMpf6XZl?G1PF{=;Ac<VVk1Bx7J(nU@#QuG1R@fspEJ*XI`TP#@(2(hK!5-N0t5&U
zAV7e?w7~4bHs~FBQF+nH4~)EM&=*JJS%ESyy5o*J?)8hWJ@(k6VMcVi+4O_XJ^=y*
z2oNAZfB=C!1!gDS_3z}Vq}K!@6^JD!r%nO{3W11Xa!MsYpb)5^GtYh+>0CnD1PBly
zK!5-N0t5&UAdsiP?7}wa9eGiC(a8^tylBuDN8?$6GtM|;I_<gI{uRIYI_8*TR%@B(
zBVDfv5FkK+009C72uusiPQ2^inLgJ(0RkfzSbq3#Yy=3zBJjYLU$+q;5RpLroO$-s
zk<S^FM}PnU0t5&UAV7cs0RjZ31!fnvLGL{J{^N(*g6iy|@vXPsS_aj&Y}wMqEh4(6
zyl6y&HO^AM@|CZwTeq(KPA$GO{h+f?fB*pk1PBlyKp;<n(8+(EN_tHoQh``va_S^N
zpb&^CCZ|*a1PTGO=tyTr$|gX7009C72oNAZfB=Ce0-?*^O8cS0qQ!kHmGploFFI{5
zFFLJZe?EclfB*acZKc;=|Mg$586Vwq&pj(`nmhotAwYlt0RjXF5Fn7YK<LaoZ4JF6
zkeI;ogIC%J5Qs(KvHy62jR1j&1k9onn>FbU0RjXF5FkK+009C72uurvE_*BO<wYkE
zHGf}JUbOPnaM+^2^78U=#~oLRgRXfv{h+f?fB*pk1PBlyKp;<n&}n&|N_tHoQh``v
za_S^Npb&^CCZ|*a1PTGO=tyTr$|gX7009C72oNAZfB=Ce0-?*^N_%-xdC|#_guH0w
ztKqO+fg&>cgCG3h&Y9N<C!DZaaJ0z-P#XdS2oNAZfB*pkX$yo-%hT4-I|7Lb_&>f0
z5Qs=%+b2%55g-tefLU~6vnJgkK!5-N0t5&UAV7csfoXxzWpAZ@jCs)wwXfrkZ~8yo
z`~T>te;DLNr#0;NCUDCwx4h&fFM0N}pS{~|yH$dt(+@iP1PBlyK!5-N0tE6D2%VYd
zsifBgA{B@zDW_Bd1R{#bDU|?$LclCK(%F%+2@oJafB*pk1PBlyK%j|0=(4xcKE}Lg
zB~(^9eBJ9_SLx$whw`G+GV-F+8ut4a_~tjixqkin>92E>2cR|t2oNAZfB*pk1kx4=
zotdYtp?3rl6A-{7Kp-N4Z67+xMu0#>0%p;P&6;$F009C72oNAZfB*pk1f~T-m%Wwt
z@}iS`+LkR_Dl)kp%8TYU;v?*D5gGl{KmF744~<Sg=<E|9K!5-N0t5&U$WtJ6-kztD
zUK5B^Aflw4QV9@<C?=;=0t5;Hv*<`?N6IEZfB*pk1PBlyK!5;&CIX?$-b(w&{^JQl
zZIw#;KlJxSr_JR>r#0*kC~(g`_gr$xB_I3P$L_!X{sGHyYXSra5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFq$Ds@ShTqB;EeL3(?cLHI;~-!009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72&5z+FY5oJpZq+_i>CCw))xW<
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAJEg&x{FFN^okQbf)
zUf3r<fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pkDGA7n%8O2Z
zp5;YT`d;e`0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5SSK_
z7nK*C{5;5uPJb`#6Cgl<009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z0D+VQp1AmpLv4dI-g@h;ldx#<@0KlF2Crw>0^~)9^>=py1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBly(4D|gVbS8g-F0fkEAO}8ej9%AwQk+IGA~-}
z{NjiI>*)5|Z(s3JNxmsBn&hzR6afMR2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNX)^2v)n=Q+=rPKP$xzwNf$^7$c=7tLp^^^^bs0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t9jskQc29j>?PX_I1!-0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAdsX$K6%k3hp)v>`TL?RV!9Lo0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U7?ps$=%|Kcz+&V@2gG-4
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAkeA6whx^&)YfUg
zTs%}jUNlrpdjbRq5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FikX
zz))e);=ZvEWm2cSXeI-#n*<0DAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAdsPeyl94lzG9c<MOS3;CIJEj2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oOj>KwdO~L2RW9@}jLUc72g2pL}v_Hm{|nrLH|)p8x>@1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pknFz>>W-`!gc2iz-O`^dYeB>h^*|cfX
zFJ<%k&Ud~uxVZud5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fn6-
zfV^lL<G6S)<V6=Z?D`7NdCqgP$%_83jxIm^H#PzUVi7p@yf4}a5FkK+0D&$9LRT4G
z)Zm%~2oNAZfB*pk1mY41okjoiPad`rAP|edqwhc7Mu0#p0&&eBR7-%s@`G2}2oQ)x
zAavPVX}|4{PaSHjRN`=00eR73{hQo<k3IH~7mX!5r%nR730Oc8AV7cs0RkNfG+8N3
zx9O-1mnA@e009C72oN9;k-+o}xygPkF*$V-AW#Uz5|dLW0Rn|UM3V=l5+G0r#1fNJ
zCjkP5K$E3zO`D;@qQ!k{s`63)0`j8mnm_c=LqBQzwfpY7Px7K){_>aaZRz#(uYdio
z+j~9txzBAe(P~OYfB*pk1PBlyK!8B#I)xYk0t5&UAV7cs0Ro}3=<EK+eKrCFVi9;^
z>1G=N0<j2~lMo;fm%z45Pqz^u5Q{+QvbWM+UbF&|?V-GAi$j0ni6^!go1DGW%{SlN
zO10NtfBpLP>u0Y&l6T^oJE@ic0RjXF5FkK+Ko<g`Gyg7Xa7_XP2oNAZfB*pkaS4RZ
zqGO54sgnSKLLioyoH_{*C<Nk~Kd6=ffmmX4>Lfs*5C~oNR@%#pRzR{nloxGl=!-x6
z*>&FX>Z`AArP_DC^PL@)`l1)T==27!U3S@}rU3IX0t5&UAV7cs0RjX<Xa2+p5FkK+
z009C72oMOJML+oXcWnd+#3Jy(WB=1efIut)<|G6N#3itN$A@eL2*e@~y6mmAmlv&o
zWP2zt+SbtDamO7s8OT;XYU}Tdo_+S&lX`aAX{YD3@!Gg?V=En;TqLf!lWGYNAV7cs
z0RjXFbRiJBPU)fs*CarI009C72oN9;mq6$&I+mE6ItdUc1Y(KFsgnSKLLjdBgK7y7
zh$SYcP67l9fzV}drM<jp1ti-;dC|6pemXDuvsPbEfBMrWLCR~cx#q4mUYj>>o?Ng9
zj<(YM<BvaHUeq*_009C72oNAZfIy1^p%e8MZ|zb92oNAZfB*pk1R@m(okc&k?Q1py
z1Y!|bUjBO<0RpiIL^_dBHi2vfmhbwAjR1jI1VWd+mG<(Y6_9KX<we^X`suuATi2Xi
zXOBJhXfcgBeW{aAKDm`rzyJO3pLNz*CpCWUu)_}1WmNXFordW+0RjXF5FkK+0D)2<
zbfR9KXomm+0t5&UAV7dXwgREE=vZQM>Lfs*5Qrrvr%nO{3W02=B05eWQh``va_S^N
zpb!XM_Ey?&`^0HOZIwzK4l5up+LnKJdC`6L*{71IZ0qpIBadvW`$5<F{onunnl3~-
ziBdKJ0t5&UAV7csfffaVCfG&e7H{oR1PBlyK!5-N0t6xz2%SYg`s6ok1PH_;@Wj&1
zHUb1<5r}jmp=<)#3M}9AaT@^wu?U1Ndn@gS3X2x^tyJQ0SOIy_w*0%xi+=25AKP)q
z9cu!XbANQ&Y4d*{Kls59KJ%H++-2U^&O7hC)6{GG?YA#`k?k~0#|aQ1K!5-N0t5(@
z0-@`a@<clX2oNAZfB*pk1hN$fokhnIlT#-F0);><F*$V-AW#ToI~CD!0+9;D5|dLW
z0Rn|U=(4xcUS6~UlI@|qXj?<yU0$@PaCv!osl8Y6f5%V4nP;DU_I%ynwr$&{O`FPu
zXS+L*PNI}efB*pk1PBlyK%hl|(207Bw{|H41PBlyK!5-N0+9-sMMpYt$|lf6VCj|*
z*a#4aMWD%-S{nic#v`!pk59D`AP|c{=(4xcUS6~UlI@|qXj?<yX<oFgA}7}=Vxncj
zbN#%p@(Qi*jAve?5&{GW5FkK+009C+34|^IhN{zj2@oJafB*pk1PF{rz$|(^W1$iP
ztqa5wlT#-F0);^9PXHGrK%i5BSYmSOBtW1L2wnD8+RKYpK(alQ7j0|kBg%`Od+xa{
zhCDz2`Op8uTCa;Px~TabJDuvdH~|6#2oNAZfB=Cg1VYy-QFKa?1PBlyK!5-N0t7l0
zFpKV#*To48E3o{;wKf6-Vi6ejapCR+2!sl3`^>+$5g-tYK<Ki!(q3M)0+Q{ayl7iP
zA5mVkNO$hI<BrV(oISS;oxNyJfB*pk1PBlyKp;JV&~-|B0(wM%009C72oNAZAXLCC
zI#f)10uc$s5|dLW0Rn|UM9&tb5+G0r#1fNJCjkP5K<Ki!(tbe0N+k}56_6Kg%Ri#L
zXwl_I9(m;U1zz9%?stp-$9|3+>CQXve8m-4)c=7~Q!)Ys2oNAZfB*pk1VYy-#0U@|
zK!5-N0t5&UFpKsxKp<g(`yTy)jR1jI1QLE0=^B9~1qRHIxitX-p#q`H-b(w>+qKxf
zQi;Q11>{BB@{cPox_GbO_O`dpkr!=pN|IA7ogzSh009C72oN9;BoI1d54yO<1PBly
zK!5-N0tAv2FpExdSapiPL?D)!oH_{*C<HvX2oQ)%pv63xOA#Q@wLs{yx6;1r@@lSM
zsl?&10`j75`RA4wE!=+k)1UsJ+3VvU|M-eY(WgA+DZA{lOXZ`u=1!_5K!5-N0t5&U
zAkc+C=sKl~8eEeA0RjXF5FkK+KwJW5(Q%EJY6%1hJhts?HUb1<5eWKrYfON^-~!t|
zahi<)fmj4Wm%WwtHF?giKdMyXa99C((YE|E%!@Xsd+4EuUiGS175|0(x}U$c+itr`
zMs)gc@ad2O2oNAZfB*pk1PBZ+(0sBzX*qbo3Lrp$009C72oNAJxPV#o;6tDQ0^JG3
z5|dLW0Rn|UcaH*BCP1JIfmmX4>Lfs*5C~oNR@!$R3az<*r4on33doDL<u5PVT=FYl
z`O0)aw6fpD497JI5FkK+009C72*f4Oe0Du)8CUOAOMn0Y0t5&UAV8oC0kh~XR9%z6
zNCX~!@>@0n1Y!{w$#X*)1PC+~*mm_<HUb1<5eQxOR@&F(IlKO-Qi;Q11>{BB@|PEF
zF1fU{^#1q1|CO(N<ttwCiVYh!$cr|dr)frj009C72oNBUk3jR;^`vD!GI~mY009C7
z2oNAZU^M}==+$JrPapw-SYmSOBtW1LNZ^^H3k0$fh$SYcP67l9fzV}drTw-`PakTl
zRN`=00eR83{N+XGlia*{v%F|lvrU~PK!5-N0t5&UXd)0gyKZt#Z3qw`K!5-N0t5)8
zEnpU%_W0^u<^m5s{#_dZ0<j2W{=CwC0?`Q!6&`b60tDs|2wnD8+Rt&vwoa*3;&502
zdC|7~<wfU{eDcXBZ@lrwgAYEqOpQi2eNr$10t5&UAV7csfz|~=XV<M4;DQ7Q5FkK+
z009C7q7yKSj&8^lOrW_yEHOEC5+G0rH2-RANr1o@1lkINxefsWJqUy@dn@gGsBpDg
zR4Q>etbn{|TmJH*4JDVCmmm1W*Cm%+Qier~oiWUa)Ifj$0RjXF5FkKcSb>JK>$2If
z)w(+Y0t5&UAV7csfiVb_)8mFaW2jjT1PC+~SibKwHUb1<5oq|m){FoF0t5&U2o-3!
z+Fh;LYGKYE-e0XG?++p%FWMHnyl4~2yY9Mc-+lL;PKVC!hdvCoCqRGz0RjXF5Fn7A
zK$F?^ber@9^oRff0t5&UAV7dXsKE3LxygR$^|dEJU_gObVsh#vK%fv9@LA#31PBly
zKp<^_CQIF#Ha+A*SGz?`RX*xpKwh*hb9vDwk{|x?hi3z#<vZJLw_UNH_M=<x2oNAZ
zfB*pk1PC+{XfnH=ZqwwN+7KW>fB*pk1PBmFTVQ&I++;s(4ZS0fn85M_m)i&sh(#c=
z=a23XAV7csf$<15S?bobSuM=j!}~Q=`KW&ZdC|7a<wcuFUUbn#Wjb`Vo$)+oRYHIO
z0RjXF5FkKcD1j!k>*+Q_)#<(j2oNAZfB*pk1jZvUJwtA?Kc31}LV&=U0<py8)JcFq
zA+Y8*S_1+E2oNAZU_OB+OWm3_+pc)~P+Lt^KI&gUUbHQ9dC?}4WnT34uYdgm|Mt4%
zl1rwuqw_ryokf5E0RjXF5FkJxC4nZh>*+Qr^<7^G5FkK+009C72+SuiJwtA?Ki^%P
zMS#E{0y2062t*_>$Wy{i2@oJafItocO_sVfZH5Yq7Wb{G%18YR#GV(u@4owvKKkgV
zkKnc2Zo8GC$KJ;A-h1!;FHybT{N^`LlukVH#8PSN)~#=O%UhoJyyvZ3x32g!hX=Sm
z5+Fc;009C72oR_jC}+zJcj~X^Qvw7C5FkK+009Cy2sE5Lm(6l8(MJNw2t<^WQz`)h
z$vk;<ga82o1PF{xpj^++w<9k)pIdro#hw@a;0HfgrZmU1)6dVzZMWUF(@r~$r`JK1
zy!53nomG17bDvvWWNZ&x^$;LHfB*pk1PBo5Uto5&T>no06}lq<0t5&UAV7csfw2kH
z&zWaG9b5hCAwZx;Kmd;bfrtcZzRNx$K!5-N0t6Njm|fTgy(2Fg#FcR4*z=<2pMQQ(
zOtGKF{rtdu>QkTUr#oHT<$wbYm?-`5hd(^|<dgr;pTCMfF<RVfkq4u52@oJafB*pk
z1PG)d5W1#Fqt|*tfB*pk1PBlyKwuF8v*<<ioJ(Nj0ud$UluCfW$e$<5BS3%v0Rr&~
zgf4q4?d3%)AlV)!lNWu>YhLq@gTAi0=9)5B+0T#DCqD6s$sM2i)Tizr$!quBcc0Y!
z+Sk5zqICAzXP0i1op>M1DkngI009C72oNC9mO$v5qOJS74gmrL2oNAZfB=Db1<a!3
z9Xpj1SW{r>mJiqn5Qs%!&2O{@1PBlyK!Ct}0-?*^N_%<H3P`qx$>c@f^rklrJBWAO
zaYvbZ?5C14FM8~;$M$o_#qV;_MHfw!PCW6%$<@lAz*29%N20R`5FkK+009C72&5zs
zI`>Yg@A^W3009C72oNAZU_Jq}==t27MIZ`+SYmSOBtW1Lh~lZDNCE^15FikvK<Ki!
z(q3M)0+Q`vnby1T!V6<WDE~itdC@3_ugr@ca>yaYk6iIO^w2{mNzqro`qi5@Z7TL-
zd?2ft009C72oNAZfIzzfq0{?z@9t^@2oNAZfB*pk1Y#60i;i*B)J&kE!1DM0#72NX
zECLO`*P0O^K!5-N0-*w-%ic=+ZC9T))K;m);jjYoqHX#6`=U)G%e-j$*F<M`LLY|O
z6Cgl<009C72oOk5pvmldx=nfldPIN#0RjXF5FkJxRA73B++;uW`q~p9FrYvzF*$V-
zAW#Sl_^fbi0t5&UAdt2|lcjD=o1wy@#eHk4@=^Z+@}g~-%ZoOVy!`UZX9J>@chY`z
z>m30C1PBlyK!5;&CIU@n*VAp9TvHnY1PBlyK!5-N0%;3O&ybt!r>&uP1QHXF!6QH*
zB7wx7Ke|JJ009C7#v{;Vsaw-VUbF@$tB>SG+Zt|p(I%2hOG|(Fhksc7)RnJ&_Sr{X
zbUeRVR6>9N0RjXF5FjuTfhM!-={6%NTNwlh5FkK+009C71{9c{Avf6{uvE7uKp<2g
zqNJQs2@nYVf@@EJ009C72s9LEved0<BQIKmlhsE>Y;Tg*yYRvbW9<0(=bt~R|4nat
z)3Ei+i_Yg?{sfk((T2}J%?J=6K!5-N0t5&oED$=oPMAX12oNAZfB*pk1PC+~FpF*o
zr5S-31qAR25Qs=1#)piW2@oJafIt)iq08P%dwJ0cNVbP%T2Eed!JmQIyy!jm-1CJm
zeBqkTUT=Hb+a?*yV~;&{!Quxz{jG0(Ync@N-`zRyi%~p;6-j^q0RjXF5FkLHJAu$C
zdUut$G64bv2oNAZfB=D51k9pi87XxVm_s0<q?}R-5SZgT?i2z92oNAZpou`}vbWM+
zUbF&|?V-GATSH&Ti{5?r-Mj3vOC<@}(cysy9@thd`oGRCx7>2rVTWzM{q`kJlLw$S
z1PBlyK!5-N0tC_)2%VXyt)X`W2oNAZfB*pk1eyq#MK@8>hCrkO%XfUpMu0#p0+Bvv
zludvD0RjZZFA%!yt+e0vg>#15DwQ}KRzO~~E&obh^mCv4Tp57udgocsdRAM#80tDN
zd)doMrSU(0RY-sU0RjXF5FkLHYk|<2dDr#0J^=y*2oNAZfB=E<3z$WZe~eT}U~Yj}
zVsh#vK%fwq`<w1W0t5&UAV8pAAavPVX+Kn0w774j5{JVI$cwh+U&)JJdF7Rp0OY1k
zo1WjzYwx}Hp4{T7qmF8;7eig=)vtcFylDM1-=_o!5FkK+009D7353qfv%=9?0t5&U
zAV7cs0Rk%um_@J1;!Of+2rS?A5gP#lu?VE`*wG6D1PBlyFhYUQWpAauyl4d^+e3NL
zwuXMSyyy`}9MRS-D%bhMCq6OBSRQ-qv6YXaJG}n->x*FR|L)FtUmW2hS4jj25FkK+
z009C7`V<JA()U@Ldl4W&fB*pk1PBlqr+``XILAd*1X>Y@B_^j%0t5<yR=)KvLVy4P
z0t5)m3WP3uEA8b)D<Ih(%8Rx&^zxz$N}hY}x$>g3k9zMAAV7cs0RjXF<S7t3yUtTd
zuL%$!K!5-N0t5(53z$VuYuG1{n1Bo(0Rj;TB=-E#9RdUh5FjuffzV}drM<jp1ti-;
zdC|6pKJC2dJ@?#m&N=7&ZkMl9PB~?-z4j_1qvLtZs)PUm0t5&UAV7e?Py(Url%eW$
zUjhUO5FkK+009Ey5ipA$&seC0K<fe#CFPV#fI#a{02d@cfB*pk1SSHZ%ic<RdC>|;
zwukbfZ4Lbx@}iGE`siKVypB8WxXB;??BU<#C$6;-AP|dySs4KW1PBly(2+psI;EpB
zT$TU<0t5&UAV7dXL;|6+=o|06-$sByECSm;ahi<)fmj40nmj0#009C72*f22y6mmA
zU%K|Zp|(mT4u=(x7j4Ub@Vw{^H{7tp4m<Ra=j{3xvBc!mNq|5h5ZByEwFC$dAV44@
zfzWkIL|s!V0RjXF5FkK+0D+DKLTAyj#N^aTfIuM-OH59k1PBxY9sQzrSpozI5FkJx
zblF>JKU7$>xNoHrhr<fUi?-!IcwY4M(@*a@$=T2KAARy0HUb1<5ilPkK!5-N0t7k|
z2wkUiREEnEAV7cs0RjXF5Qs=1bQZn*@ZZ=75Qs+L{!5o_1PDYT5Ygm8sRRfRAV454
zfzV}drM<jp1ti-;dC|6pe!#rw^Pm6xE3UZWRj+zgKY7ls?-EN)PMrh@6asP0om5MJ
z009C7A`%E)r$p2>r4k@OfB*pk1PBo5NFa0;9ZgJ5u9X0RLLicuoH_{*C<HqCMeni%
z2oNAZfI#T7x6)o-v;vatp}c5YLqA|%v=ZPv_0&_B+J2pU^2wFEba%MCe7%hTfmj60
z#|RK0K!5;&js!y2DIJyJvIGbaAV7cs0RjXf5(u3|-}A`*HUb1<5m<io3pN4-ViAaF
z@}N`#1PBly5SKvcvbWM+UbF&|?V-GATSMP}Ui9j#uU;{<`I^_frmapD*ZI+pesuo%
z=fCx>Z+-d8U;e^oul@GhZ^gnIz8OnQPMrh@6asP0om5MJ009C7A`%Fl(nr)ar4k@O
zfB*pk1PBo5NFa0;9ZO73odgIJ0<py8)JcFqA<)q;dY2_YfB*pk1VWd+mG<(Y6_9KX
z<we^X`u_8xPdxF&Ip>`7;(vSXvBw^hKxPr@JgdFe{`>FWFz4A;vxlGjmW=>`SOm<+
z2oQ)!;IVCAvk@Q=kwEA=C8EcXQV9?sK!5-N0t5(jBoI1_zWsqmZ3GC!BCuTim-IFQ
z1R@dW=oh`q5+Fc;009D_%ic=+rT_XLhT1BXI2=|$UbHR$>AYz1r#KHf=%7h{^7+qy
zep|Pwzs_l=oz_-jbJ**|5|dLW0Rn}9`4|BL5eY;TlT#`I0);^R<bU?lh#p5uB|v}x
z0RjXF5FpTz!0bG^{+(E2a_S^Npb!uiB|sn|fsTIByDR|$1PBlyP`}7s^V6ZiqQ!mJ
ztWASH1>{BB(!TS~J6DWZ?zY=*ZQY{&Iu~7Z(TW8`_vZ4?uCfsz5Q~8M7y$wi3EcIs
z58DV3h)AG*@<01&M2{n-5+Fc;009C72oUH<V0NBd|4v6`xGVtzT?qW_iCb(02*e`L
z#Y4a~2@oJafB=C)pnj3N=BM(aYZ7JBKwh-1f!?-l+rInmI~&g2Yp=c9x<&nUivOPe
z!yo?eJLY|ze){Q09d%Ukf7w@FMc#F`Q=PsOOH59k1PBxYrep*NL?jSVOirl;2owVK
zlmFRIBYGSul>h+(1PBlyK!89;0<-hv`gb}i!(|B&=t3Ztn4CHZ5GVw?cnG*A0RjXF
z5Fk(p)Gu<^{8V0aO`=R1$cwf(&_DXokFL1liof{z>+NrU`y^EPq8GiW#ak4YDuStx
zckp`cYhT-G3bgsfJ>dxuh)CeZJMXs<AP|c{M9&tb5+G0rgf1eW5g<T-009C72oN9;
zI*X3zKlW8B0RqeSeB4HWKr900Bm@Y=C9wS1muv(G#3B&7?5(ty7p;I~dnhm3(a>Lc
z<&~3!<Pk?4(c&#W@PQ9(+O(;8_A<tnam}4nOCWQBSYmSOBtW1L$ozSw`vjsB2wg-(
z*FgmnAV7cs0RjXF5NKT>bQUduM}R;~0`j5+2*e}M`mcBwBtW23fmmX4>Lfs*5C~oN
zR@%#pRzR{nlo#!2=sU`b?!No(F-AaxYVLHZ<KhGe5FkJxTLJ&UHvs~1352dwvVFMe
zH~|6#2oNAZfB=C~AaoYJeAh>81PDYU@bKTnlx|fmfxHFEU(I$15Qsux`Tk371PH_;
z5W4KGw3ipHfMk0pFWS-2ca#_1VTT=pvX?P7j$+EBNCE^15FikpKwL>V)e;~Ox=xAi
zp`>5}1PBlyK!5-N0<8;#&Z47<$;q`6AW#V8oxan30&xkn{wv-E2@vR1AeNY%ItdUc
z1VWd+mG(<t{r#b~N+k}56_6M0$iM5n=->U_-`&&d>y@v3<w(M%olbRJoB#m=1PEj+
z@Wp@rp^X56hy+5{DcL^UbesSI0t5&UAV7dXDG)k~jw^ekS^~KXJb2}@jR1j21j=8{
zb_fuNLSXrcYi$Gw#3B&7?5(sPDlA&uw^E72VFlzxJM!;3FZ!MDe5c*Y@4ox)cfIRf
zn^%9Gbka#LdC5x-4}3l6InN1=p++%fQX~Na1PBm_P9UO~oKgu8C<H=h`_Vm=6ik2s
z0RjXF5FkLHb%D@XbnfXpf31-~Tmq5A<b+xY5GVv%{}u0o1PF905KBx>odgIJ0-?*^
zN_%<H3P`qx@}eCLeRO%zH632@idTdtKj&-T=~TzX2@oJafIzka|NN7OZ3GBJB(UcE
zywV`shntQQAV7cs0RjXF5GVyIljJoI|L%YO*hYXrECS0vyUIp@Kr8~~uVy<02oNAZ
zfIzzfYp!$a8_0{+`{eVfyl6*bJ+{2)U3cB}?svcYj0IjBH*TCS{~3B#yN^m&BS3%v
z0RjXj0ujaJluCd=ArQJw@vI|2fB*pk1PBlyKp=D$9ZO73odgIJ0<py8)JcFqAz)5I
zfB*pk1PF8_5W4KGw3ipHfMk0pFWS-2k1a3S;$H_n_Sj=jUgdSd2`6m7{q~^&(MtP{
zo|!I7fB*pk1Tq)+-op>s2oQ)!AatFQ`6EvE2@oJafB*pk1PBxYp|fa_9s&d+5_t5<
zZ`cSBh(*A(ga82o1PBo5NFa3CTWK#ZS^>%SP+qj7p&wgbbnm_QuEa9uK0NZsBVW79
z>!_oSn)|Zli5)#NU6ud=0t5(TE)Y>nPN@V46at~^l*}J-x=(-r0RjXF5FkLH5D1+`
zN0gLPDggqq#N^aTfIuN&T0(#T0RjXFbR-bE?5(t4y6OC(wn`-qhZT?)?a05(iym~)
zK{vJc+O%oYBv<*J?|dhy@-i=a(n%-%Uvs^J{y+M4>(;&C1urNgpg}twJu_XF009C7
z2xKns-@o^OjR1j&1cGM!MdQpLak@`{009C72oNAZpb!Y1ML)50vyA|OSOk{8_a`<2
z1Y!{|Eg?XF009C7IuZz7_Ey>t6&5Y-TdBn1umbX;9r>4e(V(bg^Tz-5PyZBDd6^fz
z@x~j2PAnT2{|$Zf@`{#0`O@htcl6A3SpozI5Fn7bKtwS)r4k@e2$b{ihC7)*;&h(?
z0RjXF5FkK+Kq1g@@?18HB_^j%0t5<ySYmSOBtW1LFfAcKfB*pk1UeEZ*R%8O$cxVB
zmfl(Nq8*Ltwbx!doq=q9|ArfG2&#PXyyycDJn(0K_GcfdeVu#mxr_I-qi3ee5+Fc;
z0D;T}?tSD(HUb195(t{@7mYK2#OXc(0t5&UAV7csfkGg37QKAmXKVxrL?iICtCnp9
z2t*=aT0(#T0RjXFbR-bE?5(ty7p;I~dnhm3(a=Bk*kh-ha>`zN?X_pCukE(mZW73x
z`~Rb#`|pc3f!ext>%j*fykKOsqi3ee5+Fc;0D;T}B8tf=l>mW4pvm-mx=rSfINc{e
zfB*pk1PBlyPzX%VkelpB6O)r`B|xAMh$JSbP67l90n-u!1PBlyK%gUmCQIF#Hu9o1
zI9YupFB;cy@36xTW6p~fm`^<M#J9fnt#5qe8*h5ko8}9ScJ$12SpozI5Fn7b!1o@0
z$VPxbL;|7fl*}J-x=(-r0RjXF5FkLH5D1+`FF$a(jR1jI1eR|5Pc{MsVi7PcAwYlt
z0RjX%5(r)PR@!Hk7k%WBM~c6xc;ST?{^oD~=05xEvuV?&U3cB}WiNZ#S!bPf-F4SJ
z`skw-oU9JzMdKRo@#jTL&*J~DKl98p|J^UXe)*SwdCd@MN6$=`B|v}x0Rou|L==-#
zDggq8Ksm2&xRd!KPWK5AAV7cs0RjXF6aoz=&t<b%Vsh#vK%fwaB_^j%0t5;H(-Hy%
z2oNAZpd*2DJv-md($_8+YMZa%InFBnYwT;Txu!^~)#uaJty_2T#TP&R_~UcjB7sxn
zMdKR8i1MN<!rpuDy}RtPOZ``}qi3ee5+Fc;009C72oQ)!V8!Wl&6^Q*O{oM35FkK+
z009C7IufXvFt7O0{g2&YBS0V)f#thCVk1Bx7J-g_(Yq`G0t5&UAh6=vw)vYwg++_|
zHZO9)malu=>*`}^)1U6U@4i3!(T^6qV~nTEi^er-BhQQe#b5lz@BQBI75@|cYOgoG
z@r~2pyA}66-U$#OK!5-N0t5&U2wkTTBS3%v0RjXF5FkJxbQT>;OirBy2owUb#N^aT
zfIuN&PC|eH0RjXFbR-bE?5(uVEiZcHkw;#3*=4ugc3bgBN0*nEw{6>Y&pr2i^rIi$
zxN&2dSlfH=y^BvPP{|+4i^es?W6q2I!$15(`E6>lbI2iwtk|rhXQs;%AV7cs0RjXF
z5Qs=1be$4W*OW?t009C72oNAZpd*3MS@i#V-_L9W2*e_=eD9}h1PH_;(9th?mnA@e
z009C7LYKXj_W9&RPd)Y2yY9NH(*5%Ar$7DaK?faFhSoN3-dui^$&S2eTmwDkyy%rz
zURi#Xn(RF7X-`|Rna4W;0t5&UAV7cs0Ro}x6k-Gj5FkK+009C72!zg}V~NSBlK_E2
zAeNY%ItdUc1k6bY5FkK+0D+DKLYKXj_BrH5FS_WWyYIfc((&2D`|i7M{rdG~ZtW*O
z`N?dXgx`@Djcahryy$!1``$kedF{IEu9F|~8*jX^qb`?u(PusDS?90vI`6#m%J150
zI~_eUU6ud=0t5&UAV7dXL;|6c_K3QsR00GD5FkK+009CW353p~zxVJ%HUb1<5m>(e
zQX2sRu?TeZi{51k5FkK+0D;hDZ>4<>dC^LjYYyN2?su2bwc@|6uW6ayNAjX^jcJ(|
zEq`J|cfRzcFLl)AGB0|>5l5_ci{<6zm%j9+^)-9E6Cgl<009C72oNB!+KhU&_lXf8
zK!5-N0t5&UAh6nOdA0XriOH#x0D(dvmYAG62@og*%t;6kAV7csfsO=LTi!N&f9ant
z9BOM=VV})zzWL@dz;@=DXZCsP!S5w6I`|L-74R#+@+;-f>U=v_U3FFc9smCC|Ne|K
z&e$CO`n6yCwMj{b9d=mFEw*mmdczGj{O#ZV?VI2H<`uip(KFL!2@oJafB*pk1PDYV
zP&1=m@uP^krc?q12oNAZfB*pk9SN*BRjzsSo=5Jt5g-tYfD9f10uc#x^o!nQ2@oJa
zfB=D-6>gJ{h6;-o_ia*M&u#9!^UgB2cHD8t^?dhXZznH0tbgd;i){0WC!YB4!e5&<
zZJPX$*Z+U?|N5{0`jn?UrTjX~x3l~1yRX)-Z-4vSSO44V(n~KbBBsAO^?Lf#pI+S2
z<DCEj0t5&UAV7csfz@WztG!Q*009C72oNAZfB=EjX3ML+A4^P5odgIJ0ud$UluCer
zISBy*1PBly(2>Au%iD(U%ZpA!-Ezw<WiIY@uY29}N6GKYizYwBlMe2^_ui8q^7_2!
z?YG}vei!E6*<+7AR#g4+m%rTPnjJkeU6ud=0t5&UAV7dXL;@?$sB7MgsB20kK!5-N
z0t5&UAkdLO&4hWykCq?%l8pd?Xav6ZC(AYh1R@dW=oh`q5+Fc;009Cku5FvYDK9#0
z_32N4x{R@%fByN?A0@vpFPi)iPdYe9Ui5u|uQ$Bm4U_ND;fEi-qUyWe^{(=ZR<q;r
zPJjRb0t5&UAV7e?iZkk(H;EA-K!5-N0t5&UAW$=5Uh$)7Vsdh=1PBxYk;LTGNq|5h
zU`|4S009C72y`T{;@Y<PoARR5Rxf<v3(NG{wbx!d{ZaD!@}kKP@uY*HdC~Rj*N4hn
zdF7Rp@6i!Q9I@iL?|kPwCk=}Kcm4(c_B!ma!!~Z*SbhPEosOQFE=zy_0RjXF5FkJx
zB7qfW)HQEL)HS6NAV7cs0RjXF5a>vtX2QJUM-M*!T^j)cu?Q^x_&?hS5Qs&fqhItc
zOMn0Y0t5)GxVCNnro3orb<<5Zm07iQ>()K;$Rp)PIqb-b<}k`dAN$OU7IDzGuJk(e
z&_gHRwYR<PZFk;z=j&hp`WL_W#fKbnNcjbv?0CErAV7cs0RjXF5Fik`P9a8s009C7
z2oNAZfI#RhI+mE6ItdUc1Y(KFsgnSKLcpAa009C72oUH<AavPVX)iB20ol5B>z;e=
zS;o~axZr{cRPu-NqR9{Oq=S9tMawVLYCErd<tyL(<~OhQX-CgYmnA@e009C72oN9;
zk--1Y-o1d!Ro3_7|0e+q#3Wn<K_pmEQAAJyEyW8}#OgW73AO%hE62;jX;J@PYAXeU
z2aY9Ggf^B+PiPQNL{JJXJrs&XxmCp$tOi=Bpofdx8e$HYh7gnN_59yDkMoRc_MW}o
z$)3H|Z_Q^t@58g!ns?Uvt<TI}dEePz_T<h}0$rL?2@oJafB*pk1PF{sAa@kKam#l#
z0tBK66zeb22oQ)OFrt6x9hLwA0t5&U$es3<`cK?(R$Z-BNxhrzeeZj_p|!pC+H3RX
z&GptZ`)8LIoqh9K&NvHs(c5mjZO)uI-5;m{E3be3>yJC`xT!k0y%QinfB*pk1PBly
zkUMK2Mt}eT0t5&UAV7dX?kGA+OirBy2qb|hF*$V-Adm!%NeB=iK!5;&5eei@drST6
z3X7)mmMW=n^P-C`>P@WOa?33>7E{-$<wfg~pXKw;LS8go(Y4oJd+MpDo-)OfzJ0#)
z6Ze4+e4v{b{ncOn)!rY&v_7JHro$2-K!5-N0t5&U2qcg@UkG$*N+m#m009C72oNAJ
zB7xjd^oA|BYXk^H5hxzNR3ktjiol5ep?6pU1PBlyKp=P8Tk0<_dh^XU_omd&KKtwv
z(U@$?i;l?)Jv({P!I&TY=tnz0bkBU|Gk4l)r_Or%(fflx_=5uvJaF#Zxt%?3?*s@C
zAV7cs0RjXF3?5qdKT3=M0RjXF5FkK+0D=B-^58vDVsh#vKp+W3iOH#x0D&Z6OhSMF
z0RjXFj7VVcBzM|J$2>3k!yo=|`|Y>y=0)H4zV}Tl*47U4qHTR;OV`zeyy(Y1_Ob2{
zU3Vq@q0ztp`@g^8h8v#stY^uKj_BVDhb2IO009C72oMM-P#VuqyBY2R6-<Bt0RjXF
z5FkKc#s#JwHkUeVo%p6kfIt+1V%=(u0D&k1GyYG!0}>!WfB*pk9f8uUHg_{(UNj{<
z2P{jMF0F|0@WT%;TC}JeSNpYJ`?ZOQiHgr{UpINt_PwT)UQstM`lo;Tr#DT#Tyn`J
zoga;P^X5%@oNd{eLZRuf-5<TFR@~$X5FkK+009C72oT5}coQQ)fB*pk1PBlyKp=M%
z9VI5GP67myK$MuAItdU+0>&f+2oNAZfWU|Za;Lqe{t@${Q>Du~`;R^L*wQsly7_<q
z@BiI%&po?`I{N6Nw{G1!Y0oj)DK9!EFLXCA+I{m6UYRpz&M0Jl^rIi8)M#3cJo3n?
z3K-En(_sk^AV7cs0RjXF1QN&{jR(3kr4k@OfB*pk1PBlqkwES!S_Y2*fj|PqW0z<I
z2t*MW(LeMKOMn0Y0t5);PJ2uJC+<F{u2!m~`sP&Wvd;c0dC?6UHa!3N&+i`Rm9Ko|
zPk!=~>IJm2r@Uw@U)KJMI`F^)yYKvpEByzV!9D3~=zGgpxNu>2)9sxA0RjXF5FkK+
z0D;`GH!%VP2oNAZfB*pk1ae2wfs%4cB|sobOirBy2qXbx5&{GW5FkKcL;|_f-ctX%
z!lLQCrAlUPbJM0xFMs*VyP32UpWC=`<E)*%u_uxjZR|@kvxQxG<&_5=bkIK2Eqm>?
zSLbJB?%cUETR`b(Z+qL@x<8C*W&Zs6-OUl*GaZ%y0RjXF5FkK+Kp=tA_<7pRK$oUe
z0t5&UAV7cs0Rkfun0DA)>ac0+tr`IWQ3Q$&S7-zXL=hO#KlBbufB*pk1PGL7wYi()
zmKWW!Wy?`V9n}q_?Yr;3PdxENE?O)5%Zs-1WgYsWe(-}Ibbd_c&6_v$L8?6Qum0+<
zQY5weBiXy+_D+BR0RjXF5FkK+K$SstZy#a=2oNAZfB*pk1PJtwkgKdmiOH#x0D&YB
zB_^j%0tAwPF$n<z1PBlyFd~5}Q{4f5#wss5F)^`p>C$c>ZI3<n`0<Z_JOF2`9+DRw
ztCxG)i=DN+XsTrW`t`4R)vLNcnBA2T-7_7Q009C72oNAZfIuLDX@~Bm4uLLBsRRfR
zAV7cs0RjX@Bv2Y8PrJE!;@cVl0#O8tCok6s5Qri$qJQWemH+_)1PBnAcAh)9!}#Py
zi=ueXd*0KHqAgmq=;4PS9*i?qkIIXV)yqBY#m;74G!^svzyJH)pUv)y+dBaQ1PBly
zK!5-N0@DuNOC5+2AV7cs0RjXF5Fk(*Bu~2;B_^j%0tAvkl$e}42@psE#v}v?5FkK+
zz=#B<o#zhjFg|(FlTSXmn?svFfBrr9+%s5a+#Zz|9k*9}@b%7eUUc*3&0qP-S9%lO
z>8Eu>_e_T+K!5-N0t5&UAP`7k@VLGI(Lk4`R00GD5FkK+009Cc66hZ%58hK0H);e3
zgc0!fMF|jyBQT<W=pB{-0RjXF5Ewkko%Ye<-W7GVX=|Io4riZzb~h|KZ{EB+?zm$H
z58jSL$&0q*b)2cInB}}^r|icbd+eyAj@n^|9Xda)ZtnyL5FkK+009C72;`3Ni4h<`
zfB*pk1PBlykUNSF6O)r`B|snv#7W92l>h-_5&{GW5FkKcL;|_f-ctX%!lLQCrAkJ(
zdC^4|b;F`*<<?to9o@O&9$8*A?rS%S%C{viIx#Vk{(kS>nag*+^PMG2mh}Fpj_980
zumlJYAV7cs0RjX93FMCU16`U@2@oJafB*pk1PF{sAa@i!@%2+Q0tCVc+;P@~Mu0#N
zff4;f@2~_25FkK+K<>1+)PEfEqP+>Uw7z|{Wv88XDp|FAQ(m;)uW#<v4V@R=vSrKR
zhaX=0p&M?~?VSJt0t5&UAV7csf!vWiF#-e#5FkK+009C7a!1i&Vsdh=1PCO7ATc?0
z5+INSj7bO(AV7csfe{JhPJ2uJ$1pEiF}jvgr6sF&Z_10d`}NJex}o!;x7~JI#UHV0
zyN&3c>97O{5FkK+009C70tw`f<O5xrQV9?sK!5-N0t5(*NFa9<J#p(NH39^p2o(39
zs}Ud&MPNk#&^s&v0t5&UAdoxlE%lcdohq~@FIsx5G<@^)(@*cbl<#`iyBc0<i1NC5
z(WJU>&a&5Ddv$-Nw#!-O&70SKVrRweod5v>1PBlyK!5;&-01@`0t5&UAV7cs0RjYa
zN6}GYa_S^NAPGc?$*Ge7fh1r|LVy4P0t5(*NFaCGTk1a!dC}4(+niLu-xr;fWo&oe
zbI(1c^k(j6%70eWJL8NqCO!Cw?wJltfB*pk1PBlyKp>Dn#X)tqTcAr*Dggon2oNAZ
zfB=CJ33P|Y6<0)h2oQ)Qu<7bTBS0XCz=-~#cUS@h2oNAZpyF(Is%|xo|EDU+{#pd&
zMQdSi>`5mkCJs5|kV#{l6?e{^JNLwD%Yp?9COxLxI{^X&2oNAZfB*pkxl;yW1PBly
zK!5-N0t5);j-qS)O_@^@AdoE(Bqk@+N`OETFeV{DfB*pk1V$u~JMAs?&mM%|f9^~@
zrBsQ{dIjV~>-BHo**9+7_^oe!>xRtb{PWMBH2gWl&Jo=+9hLwA0t5&UAV7dXAc5SO
zLZC}iDggon2oNAZfB=CJ3FMBVi}e?21PFu?C~hn?0tA8xjOZVFhb2IO009C7a;Lqe
z{xcQ+9O5{oN^I6EATL_4e{0UZe*OCS^XCtd4()%6+dBaQ1PBlyK!5-N0=Y8<Vgv{f
zAV7cs0RjXF<c^}l#N^~!2@psEL1J?1BtReu7?ThnK!5-N0wWU0o%WXc50Uensi%}G
zv01NxylB1tZ94m{x8C~S|NDRcc;#jB;>G=8(X?ko_e_T+K!5-N0t5&UAP`6(ccu{N
z(v(Vo009C72oNAZU_=7Bqv&GYYK;JaC<0q2zNrx)5Jg}_|Ij-u0RjXF5Fn5{?Jf16
zsqp6z$0=1}vt9vt(R%&I>g-##Y<a9_`Shnh{fuWkqdzk0_D+BR0RjXF5FkK+K<-R|
z7y$wV2oNAZfB*pkxufVPF*$V-Adm#2#N^aTfIt#3CLut8009C7MkJ6s?Je~mBIh|%
zPbpPmvtEI1%!^J;Oe|l%{EcsX<Iy!O`|Y=1Cvcc9q+Us9|H)5&^2F53RaafLaN)xK
zbZGyc5#2K#mH+_)1PBlyK!89Xf!z5;pi5IK0RjXF5FkK+0D%z+<c^|?$1l|g5C|hs
zTvuoW2t*OsbakN-AP`4jM1ymOB|u;l0=d)PQvaC>e-3e+QYAL)71+kS=ylg!*Pr*R
zWzQjp98$03n4f+1>ech-&!3T(eiS!M$0R_2009C72oN9;OCWcC5$ozyOMn0Y0t5&U
zAV6Rg0=c8;Fflo~RssZ)K$MuAItdU+0&!w;N+m!b35;T7?wAA!j7T7N+FR;hJaArJ
ztyGE4dIh#IFM9FC7tcsUaN7@Z<dH|#D>>$8KkTr>w*5uy9AQNFOot^vfB*pk1PBly
z5J(_*ei7)>luCdA0RjXF5FkKcL;|^^Xn9cr1R@E@;1M7YNI+hc0D({fBO07LECB+e
z5XhbOmipHf7ER|ZRbsPVftkvSrtgLS^E#Gek3F^%GJMy&-c_&Un4kTigAS4x9mTEQ
zF$oYLK!5-N0tCiWAa{N-o=UEo009C72oNAZfIzQ6?kIZ0mfJM~1fmG|`)>pYL=xC|
zWuXxu5J#YQL~We_frbm@PJ2uJ<wZ*%W4k$1dC?<|IHDHA(@#HLUUbIgzxK7Sz5eyD
zKRjpIamO7yFT|I=^re6Kmw$QDi(WKze6->BUgZ%WK!5-N0t5&Um<55{LH;b1<P-!5
z5FkK+009C78ZMAKijESKQzroeNgz^EF4W(Y1502e0&!w;a;*diB!Pwx@|8z`K(9dV
zw71k>UbF-<wwv;zWBbw%xbXe=-+$<|=ZY08&OP_sp`V_f*n6Y1PJjRb0t5&UAV6R|
z1qKY)Cw*u<m0UFe0t5&UAV7csfnI@0hspzX7Wb~u2oMM(@Z{x%Mu0#Rfk##q8UX@v
z1bRo*)(H@3xWIrJZk31RMXM-{Lmzq3ad?$;uW|9>#X|=^SFc`u)>&r_{d9TJhX2!}
zJOTs=5FkK+0D;*N$Q{GaPF2oAfB*pk1PBlyK%mJ2xufVXF*&(b0tAvkl$e}42@psE
zabj{xB|snvG<k%tHUb1n0=d)PQh#~T63EzY%8QQeOF!VkyLr)+{JgZ<vd=#IbTXp9
z`m4Ws)KN!u*5C4$w><pw%gU82I}Z)`Z|PoVlK=q%1PBlyK!Cs)3Je&oPx{ap61ijo
z1PBlyK!5-N0wsY-hspzXj^rD7eGfGO0wWT*|J*_&Kp=|1`ilyU0D(9Hr9rh#0tA{Y
zFkpsT<)PxCm36f$<>@nP0`j7>Mjhxx-Mr}czW2R~Wgm3VLH!ZXw6pZ|FMQz({oP7?
zntbC`8vz0Y2oNAZfB=En5hx9$r`?>Ls+@%Y0RjXF5FkK+K$8Wg9X6Lb$cqvn5J@0P
zOirBy2qb|xF*&6YAdm!_Ji=ES0Rkm~(yTUjv#zjcI&W^N`j1pVUUa0qK@UDeUi7%*
zjw{7J)8>H(9#|6S=0#uis#o3LvwZ7Y-+JK-U)VW9>0W1(009C72oNAZfWR0Elm^n%
zZjK?5OC~^o009C72oNAp5}0<_T<TD4y;dVYAdEozN_vd|fhYn(vjhl)5-1I-Z4w~R
zWP#GGHg{8AG*_&x{pCg5`pRz0bq$dhedLixPC4b2-}>p2vY?&hX9|&S`uSzms#Tqb
zUiZ4!bt{~hm{_u8NoRlhZ<BAlY9l~^009C72oNAJI|AL&a>bR|smfUh5FkK+009C7
z2sBxs;^4X4Elf;Ku9X0RBoHMgr%nO{l0c}WoN5UWXz~bOZ3GCE1iJIt;a22DhjVM+
zv*bnF_nL0|6%COW?LFyPXPwmze@?Y>@WBUnpR#`a`rdA(d!0=J1PBlyK!5-N0%Iu9
z9W7T}8ABqMOn?9Z0t5&UAV8obP;v0w?ItfufIuLDiM!9y2oNAZfB=C}2$TlZHVF`D
zvOsq}JKT!A=x}cBdzQRt`(D#+zoKo-i+=XApY6?mPP)GP?z^vBw=VrT(*N|I{?jqX
z9MjvU$v0lL5g<T-009C72oRVZf!tC3>{R6}1PBlyK!5-N0tA{YkUNSFl$28{0Rp3l
z$2cYd0t5&UAdm!_Ji=ES0Rkm~+-YyAzr1J(WNbI(MaTA~A8_H@m>0e0o_n72oagjL
zK>OEU@{*Ul|NZap-=FrB?sYZ^5FkK+009C72#le?fZ_V24~-#_OC~^o009C72oNAp
z5}0(TJYc5)9svS@1mt-L5C|ktq_3pc2oQ)PP#RR*BtW3a0t05aRURrHSyfl7Ql37u
zCLk|5Yt(^Gw2gVubfsIjZhd&NWyOjWos8(~UiZ4COP9)vHu+x}wGkjdfB*pk1PIh9
zkUM>-u~erfK!5-N0t5&UAkYwj+);F(q?}R-5D1i%Qz`)h!lDES#1d%8U|tyn2viZs
zo%WXc*A*5`=PgxYvt9vt(R%$yclM{Adg|0uPkqNw%l6xE-$`<Q?|a{y*$Th#g)elD
z{OVV~`mJw$YiB)uC4Fyjw8{-o9|8mj5FkK+009E+7RVikw_C&25g<T-009C72oR_u
zkUNSlHeaI=AP_}h;*PU40tBK66c3!I5g-sqpvp*F9|8m#B9J@nE%lcdErE>fro3od
zU-~o7IHNa&Io$e<H{Lk2KHa=%Z#^IX_{V!U8*-0T1_1&D2oNAZfB=CS1#-vXHJ0ks
z1PBlyK!5-N0t6Z&kUNTw5|dLW0Rl-NN=#0j1PCO7KruO`5+INS8Zwwy1_1(91ahan
zrT+4wC6KY*loxI5OaI>YzPC4oIo$d;zxmCX^||DdOZqEGZ^Add=}q1JRc?U#5FkK+
z009C72oPwuK<+ra-5Rcr009C72oNAZfIt<2+)=bI_$ELgkbn#x0Rn*piu=#i2oMM)
zP-Ud84*>!V5y+kPmio(!mO#dKQ(m;KFMT&Jdel)z{bA-ZfByVVdUM9VkAB^{buWJL
zi@VX#&dQP{OZM7pukJ}3a*tI80RjXF5FkK+0D&3>a_1>Emg>|52oNAZfB*pk1R5fc
zJBkjJlv64J0)dipN+m!bP)ts#1PCO7h79JFL4ZINf!t|tslU8v31n<H<we{2(s%Qs
zr=50M?lmr6ym&-;(NsxM6e%_O=%bIm<t=Y11xGuZRc?U#5FkK+009C72oPwuK<*g6
z-5Rcr009C72oNAZfIt<2+);F~;R=lafhYnKYnE#S2t*Mm9$KjpAP`8P%1B!u0t6Z&
zkUQ-y^)J?5SXV1mVzXWWdC_|PM|bwd=0&@gymaYOdC`XagQ5%q1PBlyK!5;&rU`V1
z%@tRgR=;`(5FkK+009C72+Y1f#lds8Ta=ibItdU+0#Rae>LfrQ2?UDCDU|?$BryBq
zc4s6&U}%Bve0I2%y27IAyu%gjStAmV7ab97?T2lCUi74sPLdZL`kw$#BtU=w0RjXF
z5NNkR?u4S<8m^820RjXF5FkK+Kox=9QM3#m0Rn*pCT{(tMu0#VfxFL{&<GHSBT!|e
ztq%bL4H3wl_Llm~i<Usfc2i!otuKA^^P-PD^2iA%oUr%adzVt94Y|iEg8%^n1PBly
zK!8Av0=e^)8cTI*0t5&UAV7cs0RjyX$Q?xoO3Epf0D&+uIk{E>1d>3Un4D4x5J&<I
z8O$q#0D&q3xzpZKe|gao$k=Ymi?;QpZ+>31BY)LZSIwC-r#CWM<p!t^0RjXF5FkK+
z0D*Q3<jzytt>Nkj5FkK+009C72viZs9Yq&UUak=!5Jf;<lmLN10>!;6Gy((y2~-(r
z>qCG*Lj-cCy`}#0q9u^A-INz?>q|e<yy*4UU;nCCz3PA&TK3y-zkT-EXYu02oz!SU
z?y<@sK!5-N0t5&UAW)+~?mVT&Qk|Lr0RjXF5FkK+Ktlv_N6}GYa_S^NAPEFY$|;oq
zfj}`ir4k^J1R64!R|WwBRRnUUy`}#0q9u^A-INz?>q|e<yy&5a9@_gCL1%Wo$_-E-
z0t6Z&@R_gvt44r86oH1^H<UquKt+Mvc}m5@>PCP70RjXF5FkLH#R9pb=!c$KuMr>+
zMWEPxjYfb#7=hxtLL)#RjzEhi2ri94`vh{Qy`}#0q9u^A-INz?>q|c)dC?P3Jn^*2
zmR)w)Wo9#?y+>=`?b;O)Xt6+)n4CHZ5J&<oz8ASP0<9Ftou{-C!9@`uK!5-N0t5&U
z$P&mMMMsIrsgnSKBoHPhC)Y}VKoW=(lT#`I0!bii$gML00`&^yPJ2uJi*>8(YNbkS
z)+-<{It%_qQCxlX)#uLc@{7Oti=7Z=%6sNsWB04!dt;oFuAg$sDcAHZXP<rcq@647
ztoPRH>;wo9AV7cs0RjY?AdowTZ$iy#AV7cs0RjXF5Fk*mK<+5|&L3~k2oQ)O@W@k-
zY6J*G5tz97bd3OkKmzrS;hmiTfh>XCX>X~2U18C5-cltt>lKg}ody3deBlcfqmrZO
zmR{oAYkb+uURJS^PkriBxA!fd{p@EeK7G<|S$9I62@oJafB*pk1PHWJAa@MkN(2{0
zfB*pk1PBlyKp;yXcN85ZCZ|pU1d>3Mn4CHZ5J&=nVsc6)Kp+WZ4Y_qDK%icM+-YyA
zzr1J(WNbI(MQ7oqKk1~CCJjc;&d&e*pZ|02HGcp5-~aH3Kb*eNeyU~R!i80eU$kh^
zA%`6D{0hsSd+ymiV7<3iXD2{_009C72oNC91cBT!d=qL`0|5dA2oNAZfB=Dd1#(Bx
zB0U5M1QIAVU9Axy5Jh0?mA|7AAP`8P-Z8wh6CjW!kUQ-y^_LedfsE~@yyz^v^xeGZ
ze*5j0(wnoh?6c24odo8`KmPF<zs7?PKDZn29I!HP-n;>iPW4dMols{21PBlyK!5-N
z0<9Ft9mBU0!9@`uK!5-N0t5&U$P&mMMF&dCDU|?$C^0#85+INS0>$K%N`OET$Qp9%
zOn^YW0=d)PQh#~T63EzY%8SmzOW)0lo_zAjvv9i3Dbk+??F2GUJMFX?Kk4O{U!L-)
z&zxeJKYxDb)N|*~ohlSMV1K>0R%a(bfB*pk1PBly&;)_pF?<thRs#V71PBlyK!5;&
zdIfSv(GNYfUL!ytia@dX8jS#fC;|d_1PH_usCNwS>;wp83FJ<DOa0|VOCV#rDK9z;
zFMa#+qJz<{xZ;XZ9P~pU`p{)RTb3<bmi|2H0YASy?|ILgGiOfcSy^{Noe2;iK!5-N
z0t5)OQeg0qyZ_NvBDg351PBlyK!5-N0$Bq6<K)46qQvCXNq|5Sh!T@iCjkOUAXZXN
zwFC%c4Y_qDK%icM!IRu+A1&5jR9Bm}HXUYDKwfkfw8t$kx@OIqQeO0wQ%<?=XUnd;
z?pk`Zv{~=1)!7LUAV7cs0RjXFG(jMDp3;Px)j)s%0RjXF5FkLHUV+?Ev<w~r0)YfJ
zZuzc8fIt+1;*nJv0Rn*p>K(&7I{^Y&0=d)PQvbTbqUpS)N^I6EATK%#{^OPxO{9PM
zmw%bAdeNdqr7UQb&8$12&IAY$AV7cs0RjYCDUdr)X(fV-B0zuu0RjXF5Fn5xkUNSF
zl$28{0RmBCa_S^NAPEGD$tjfpfh3SM<kp!0fqDgUr@f{A@}eb>vE7sxorRZv4D+HL
z)x!=utV%$%)TiECtFsdzK!5-N0t5&UXo5iQJf#UWtAPLk0t5&UAV7dXy#l$T=uKO1
z)d&!XA|QiDfIuLD;-Qrq0Rn*p>K(&7I{^Y&0=d)PQh#~T63EzY%8SmzOFy=G(XV~&
zYp;04D}LeUmpOChlmeoq&8$12&IAY$AV7cs0RjYCDUdr)X(fV-B0zuu0RjXF5Fn5x
zkUNTw5|dLW0Rl-NP*P5*1PBC*$tjfpfh3SM<kp!0fqDgUr@f{A@}eb>vE7sxorRZv
zZ1bX%+8%Y(QKf)rX|vv2tFsdzK!5-N0t5&UXoA3`W9b1qn^3bF2oNAZfB*pk1PIhC
zFkrwu=|eJj1PBBY5WpiqAdr9n9svTe1nM2bJ39daSpt*JZL9B;7p-p9?w<0Zv+(*h
zIWPM4uYY~%(xtyLi_6hRAAQInhaA+my!gd0o;Pn^%8q8;33VnwfB*pk1PBly&`N>a
zc}go0ToeHU1PBlyK!5;&EP>onbfBc1QV9?Ul$28{0Rpj-a;hajAZy62GXVni3gk|E
zOZ|(-E~%@PDzRCwfV}7|_}7~keeZkUd+QX-Ew|jV^Ugb${=8@HoAusWot*%IEP?Ml
z{J2JdKoo&Hf4o5>Kp>Dn?mQ*yUvQlX5FkK+009C72((flcNASbeyK))Koo(AYd)qC
zAP`32rezZv0RnLZS~)dvQ3Tp5kUQ-y^{*=|n$BCQ#Adw$@}jfgUvFNt_WWmV0d2i$
zyDkE)6o?X&QzroeNgz;6PN@V4B!S#{N-IYiE{XsF0t5&UAV7dXmO$<(I!a7VodgIZ
zfiN*SxmE%Ml0cl8oKgu8NCH_yZk-7bs8=9&+FR-`FIoZ_+f8}VS$OGd$%}sEBOl2P
zYBr>Qy|-3pCqRGz0RjXF5FpS5f!ujY6KYli0RjXF5FkK+0D*c1a!1iyKX-ygfIt+1
zi8aeL0t5&UAV6Rg0`-pJot*%IEP>o<Z>hh$XbEI&H|0fV;ia!7FZzQY{NS*|4%=<I
zr6C#7-ZHZ8ggO%-K!5-N0t5&UXr(~zJf)QgE{XsF0t5&UAV7dXmO$<(I!a7VodgIZ
zfl<U`9FqV60t5&UNCH_yZk-7bs8=9&+FR-`FIoZ_+f8}VS$OGd$%|IJu9v;+WxZL=
zCal+cYjt)41PBlyK!5-N0!<L8IG*ozYeLOxAV7cs0RjXF5Fk*mKzDdtab@DxPih1R
zgc0!fMF|jyBTziFQX@bhkU+g-cxNX-AWNX)Y<H?|@}g78jN5*B(OG!Ko17Q@w}1P$
z^Uptj#pst~jya}c7&Yros51cq1PBlyK!5;&Rtn_KQ(B4Oq6iQmK!5-N0t5(T3FMBV
z!^Gs|S_u$H0&$XZN+m!bP)ts#1PCO7tRc6~1PIhCkUQ-y^)DX3w60dF#Adw$@}jfg
z-{idLh%SHArcHPK{Bq}=cb;?3Ij8(|dEM(?Hy}G&@2%C@2@oJafB*pk1PC-iAa|hN
zgqqbrfB*pk1PBlyK%icM+)?z_^WUQpAP`32D<9aZ5g-smV8f|z)d&y>Bp~HZfIuLD
z+-YyAe_dhGbly@WHtQ9T7o7$Fam$O|d+)t_?6JpyMCjm$>itB~*$EIJK!5-N0t5&&
zK_GXY(uA7TK!5-N0t5&UAV8pAf!tAan3$YgD**yYAV^G3odgIZfj}`ir4k^J1Og@H
zluCd=?zFemUtY8XGPaxYqO<VQk6T{!fBw(^IXDqI_|bYlQFL|!1PBlyK!5-N0!<Le
zou@RRW;GBXK!5-N0t5&Us8=9&6us%pw`l|jL=o7!;x{w`1fmE;xv{8|0D+Fc)+>KU
zBS0XEK<>1+)L&k-1Twap@}jfw(g)3p7De&E0}tGnznpQ#8Qnza_LD7h=g#eR=wGS#
z6GdkyK!5-N0t5&UAkYMX+<8h9YE}aQ0t5&UAV7csfqDgUN6``j1PBBYh!T@iCjkOU
zAke)<sRRflfhaLKbrK+u1ahanrT+4wC6KY*loy?amp)=%^y#OcKJ?H-`@@`BdtUj<
zS5C@1_z#fQ`-!5n6Cgl<009C72oPw3z@!7|0Xv&evl<8xAV7cs0RjXF)GIJxz&z<g
zzK@;&fk*-up14&bKp=|1=T6wF5g-spVB)4_8UX@P1SXx^R^KTvTHUJMJ;ymO`skyN
ze(6hJ`uymZqmDYN6SF+|<ddVkoxb(0Z)HV8C+)n?KKpFiv}yVB<tO$nzx>O;{EAn+
zV!Q3O>wjXspC~#z0RjXF5FkK+0D&e5<W3x#P_r5c5FkK+009C72-GW(JBp5!lso@D
zswFV)0#Rae>LfrQ3B-xXDU|?$BoHMgr%nO{l0fdXx71%=v;;D?n`4_7O<%TtzySyJ
zhZRS<=WTC$Ta<U&4L97d?G%R}e)uV;oRWK-dOuNgb^-(l5FkK+009C`5XhZ4G@)iS
z5FkK+009C72oR`OAa@k)>qiL?2qYjLK!89bfoncCp%EYuN1#}Hp+<l}6oK4nZ>fLr
z<mGj>QYAL)6&TyRX!_%#xjDvd?|<~sN7wsuS3i3<FS=yOl9a8@TK?ou{$yLM>itB~
z*$EIJK!5-N0t5&&L7@83z0<P^HLHOD0RjXF5FkK+K)nLFqv$|MIi(UH5Gg6=TYU)-
zh!c~OYb8J+2}Fs>sgnSKB#=ApE%mP}ESk<+s>Ei!0%MyOUAuN|H`Dmq*S<D=J^JXD
zz4zX`bFPnm^rQ8@+||$C&5Q24@4nTa)#<rv)vB)T5G(b5qUh`d2oNAZfB*pk1ezd_
zI|y$=&1xV(fB*pk1PBlyP_IDlD0<@Sr)UHS5FkK+z>EusxDy}{OQ5)Sg+_ot6oK4n
zZ>hh$XbEI&H|0fBpz*1vo*L;J;G~mI>cl2bKKbO4o@fRSzAbstfBUz8JNV#(he(Qc
zo>K28iq1}e009C72oNAZpa}xGWBVr5tOf!E2oNAZfB*pk^$O&UqGvoF<A4MR5FkK+
zKoW?Rlv6DM0#Rae>LfrQ3FJ<DOa0|VOCV#rDK9E7I_aB#Tk@iv13vxJ<<p=3bZ&68
z-cJ;rod5v>1PBlyK!89K1STD&57^m+n$<vn009C72oNAZpk9Fi1LjE|+WM6bXaop^
z5%|jwZPf@6AV7csfe{EytXZxRAP_}h(z$K*o${j9t=ipFUQ}Lm(s%f_=S4e*-LhrN
zdFP$?yFJT+2Oc;$L0a!8iq1}e009C72oNAZpa}w#j?xG0Y(mXyAV7cs0RjXF5Fk*m
zz<>esqz{FO$;q`6Admz`5RY+80t5&UAV44qM2X3%lK_DvFzMX3`c8S#>Q?RUDK9E7
zI_W!nrt+fc;NSi3cR&8|kN@7!mJfdLgRgnbYYsj1&_#<DO&T1n_Y*~DCqRGz0RjXF
z5FpS5fk{W{19mo{W;GBXK!5-N0t5&Us8?XXfO*n~iu=#i2oMM(@W6S6Mu0#N0RcP$
z1Y!vkkF3%N5Qri$>D;#Z&SJwAb+zh6>NyJn@}lyhlfKPnDleM8lz!pDg_Gt&r`lQX
zCyLHafB*pk1PBlyK%fZ%laA5{>}*2KY9K&>009C72oNApufTu-^P~@jiOI>e5+INS
zg2d$1Nq|5Sh?SI6Edc^iVsh#vKp+WBI=8L9v#zjcI&bwN^_&F(c~N=MN#ABOl^4C|
zo_nUsg-*4<-cJ;rod5v>1PBlyK!89K1STD&57^m+n$<vn009C72oNAZpk9Fi1LjE|
znz-XEjR1it0s`Iy2m}(?y5cu90t5mH$lwtm5J+Isxo!2G@}kwP+TBxLv;}$58*jXE
zpMCb(VMdqjw%e|g=iGhw-M8gOpf@l2{-0l-^PJ~Q8X2wk6GdkyK!5-N0t5&UAkYMX
z+(CE~YE}aQ0t5&UAV7csfqDgUN6}GYa_S^NAPEFY$|;oqfj}`ir4k^J1Og@HluCd=
z?zFemUtY8XGPaxYqAkda9((MulLjwmWM@jDZp%+cZ(g)}oT4Z$x#W@$edt5K^h>{V
z=%I)1y6djJrPlk2qO%hqK!5-N0t5&UXo5g@@LX}F2{o&M009C72oNAZfIz(h6$j7V
zZWA{x(+Cg<Bd})qghqfs6oFemIiV3C5J#X`w^}1WAc{bDK0Dlsyy$Rl?R%EIXbbY9
zuYdjPd-IkvyT0?zJ6C+$PfSdF;~U@j>z`lFKmYu0J>BE1UcI`zvwx-DPZXV<009C7
z2oNAZfIt%jx`XG6D@~|b4Fm`fAV7cs0RjZ-6{t9P?sf|klap&DKp+W3iOH#x0D&YB
zCnl#<0tAvkl$e}42@psE-TCZrEApblxwY?E@}eoP_|#KRjr5g0>7<i7smPO0K6w-;
z>gGkyJoC)&&(QM4FMhF8^S=A;Te0S4%a-+rKYRCdj`Q%t4|m^ny^nU+>-|L0*$EIJ
zK!5-N0t5&&L7?IwyxXk_HLHOD0RjXF5FkK+K)nLp;c>;4iEBQl5g-snptyI1Mu0#R
z0RcP$1Y!vkYcJFY5QrjBake{Ew_@X!b+xHVvcDFAZgOw=^5sJmaPh?#cVd1=9C5@D
zPv7>ZoPPT0odVwVu6Jb}ZSC5%-GE|i@}d`9a6uNrfX+AEa6`wZdS3MK!w>J0PP&p#
zck|6RZ@>Na-ADJ_bI<gB^otiS?(Rt|^?su0>;wo9AV7cs0RjY?ATVI8KIubEs96mJ
z2oNAZfB*pk1nL!-bf`RFXOx(nItdU+0#Rae>LfrQ3B*dusg?kNC^0#85+INS2F!4)
zJXBX$G@Z9fdHT$nfV^l5D9VfWzu$()i>BmfC-%8y$&!PAw!G*?FY0DN(^*bC?X>P@
zTA4d{ZtrGiz1~k0ot*#y0t5&UAV7dX69oE)=!5q(p=LD@AV7cs0RjXF5U5vR@R+&(
zQIQ@31Of?6+<lHlfB*pk1PF{mpm=1JMu0#Rf&PhY)*gA$EUp%JmKRMKMS0QwclfsC
zMK8PTvhD%zx#ym4A~fwh_0&_ln^UdS`-!5n6Cgl<009C72oPw3KzBr4ais}0tAPLk
z0t5&UAV7dXy#f^n&)sf;l5$EVKwuQ{7{??)fB*pk1d>3Mn4CHZ5J&>u`Rs5j@}k4J
zweMN-qVl4XzN<%(7ya>%fBcb;d}OMaXm@|TpC~#z0RjXF5FkK+0D&e5Ogc&*u(Js@
ztAPLk0t5&UAV7dXy#fOU%#%JO9zcLVAOZ0J0t5mH_;zms1Y!vk>sD(72t*N>bZ%RH
zr@Ux&t9JL47nK*C^c_Bmyl6KOnpWn`o7cP9yI$`niq1}e009C72oNAZpa}w#j?xG0
zY(mXyAV7cs0RjXF5Fk*mz<>esqz?s3$|;oqfj~()r4k?zD=DX10tBMO<kU%kKoXdA
zZd-k)yl8c+cK4JQO-V)HN8kS@pQ*g)!w)~)n+5HzAAIn^U;EnEx|_W#^?su0>;wo9
zAV7cs0RjY?AkaTVAH1gtHLHOD0RjXF5FkK+K)nKk$IShY3g8hS5J;f7|6Gj#fhYnK
zYnE#S2m}(4!6QH*kU;;$Hfv9@>FT;#R-HPJT0mYjB^BjG``>0Wl^0D%{>|U~%{g=C
z^d>^n`paMb@^jBU_ucP)cUn2<po4lJt@jf}XD2{_009C72oNC91cCk``rtiHs96mJ
z2oNAZfB*pk1nLzSJZA2HG*D7bsRRf_iOH#x0D&YBC?=;=0tAvkpro8q2@vR?*k<ji
zD=eDMn^osFcHX>s^F8<6bM@6%pMCb(C!BD?Fa6Rl?Y;Nj3l}b&KY#v`B}<My_Sogi
zm#<l~W@2Ju8&4GX>GGoTqLaRRyLr*=w%ab{Ijbx??zm$o_W2io@fW3IZrr%>$)7I2
z`@6r}8x5Uwz1~k0ot*#y0t5&UAV7dX69h^l>S;HdP_r5c5FkK+009C72-GVu?XbDj
zVd9RnGy(*o2ow*Trx73!MPTCQ(=`GF0twXk{nSoPfIzN5X;z!NIVO401q&8T8b~Yc
zOd-<${lEWrQ53n1E$A;Vn%)flzG(kD`KFt0D*c#L-#qioGy4zN*>mctr%rpEdOuNg
zb^-(l5FkK+009C`5SVI2J=Oju)T{;q1PBlyK!5-N0`&?^HCmo(f0US<ItdU+0#Rae
z>LfrQ2?UDCDU|?$B#;|d)1Lr=8U?1B-d5Z%FWMhk`?X*DwXIvXRs?KKH+j+YPMEd4
zX!?`3Um3yjl9#-s^M1bIf(vHqo%#6Vk3aj_&+h**sj}zK|NPIVD&rHM_{6kFsP_{^
zXD2{_009C72oNC91c9kW)Kl$mLd|L*K!5-N0t5&UAW*NsRHNmo_80fA&<GHSBH;Ui
z2@r@R;O~nPAP`Ex7km>S5J+IE>21aRW0e<8-#-7r4}S1#U;EmF4?ehQ)28%yMAH}0
zKk>v9|M-vp`1ZHIy*Isf(n%*(1Z+(=dC~L+n6<oU@0)ED>&urfpTT$Lx^?TWzWVAb
zD=*J~{_{H*b=hT?O;twvq1$1H9R^=}y`LyLI{^X&2oNAZfB=Ce2uwAio@##+YE}aQ
z0t5&UAV7csfqDg|8ZA$?KT1qaodgIZfk;WYHOo~?VB7^lCFT5iNdg1{CFPV#fWTDK
z+lu?gBrkgW@yDmH)!wpY%K(<r_io>I+ie3nx9=f&(Ue^rbzbze(@q<lkesPUf9H38
zr^dJFp@$yYxsU;Q(Nx}DcilB-&YS_4T<<4}&Q5>;0RjXF5FkLH2?DtT`zF+^1_A^K
z5FkK+009E^3gnKWW$*|P2qZ9Z(=v?!fiMD6(*y{F5-1+KL?b{Tia_qPx72@3@}i}y
zo@(<?{^U=(>9u#h^PN+5Yvq1<(e%=fIxqU;AOH9_e&aV@IkIKZqD7rI@Tyg-YJ8Vg
z%!{T9Kli!Mz3gQ#d&y6iXFl_p-JibBO1+;bIy(UZ1PBlyK!5;&CJ5vX?3+-t8VC>|
zK!5-N0t5)uE08;i4wRHrDggpvVsdh=1PCO7P)Rw}5+D#ICZ|pU1d>4Rw71m1*nCZ0
ztyD=9Hq&?0cN1$Vde?-KW~~N!(e%=fIxjlvSM&9+e|_f-e8B}5jQU&yjz3ji^n2g?
z-bFpj=Rg1X#fukrf8zRA>itB~*$EIJK!5-N0t5&&L14hZd(wxRP_r5c5FkK+009C7
z2-GVu=}>vVPQPs=Kp>L9{pS`M0RmA3)?Qd>1PBlyK!Csq1P07-t2|U!STvotN_n&2
zXW_zy-Q3zwe)5yqFQBe7%8RDgU0!rX-hPwjMQ^y_hQZ%H-~GAkuGIU9qO%hqK!5-N
z0t5&UXo5iQ5WNXCtAPLk0t5&UAV7dXy#l$T=txO9UlK}yK$MuAItdU+0wajWI3@uC
z1PBlykOXq4y`}#0q9u^scH6BRSKGREYw6JzZ?+~cdf<Tv{%+3lzW2Sa`-;np&d58w
zn-~4?hd=z~pDk~H``f$D6<6y0MA6v^5FkK+009C72sA+;cZlAEn$<vn009C72oNAZ
zpk9I8QFO8XB8>onFar0kC^P~Df(T69`bmudfj|PqBdat51fmG!PJ2uJ<wbizo__l2
zZj$W<FL*)kL#<zLO<uJ73J$R%FFGUd^KM>r(wAVtf(0*n(Tff^;DG)2-+$5$-JSJ*
zqUh`d2oNAZfB*pk1ezd_J4A0n&1xV(fB*pk1PBlyP_IDlC^}3`POg;zfg}(lCZ|pU
z1d>3Yn4D4x5J&=1Vsh#vKp+X^PJ2uJ<wbizF1_^9ZdUDcpZi?zL#<zro)`Vnm%h|}
z?S@{F7oCy!`J3MKrU5U(ym|8mJlgwEy`LyLI{^X&2oNAZfB=Ce2;>gYn^3bF2oNAZ
zfB*pk1PIhCkUNT=ShHLsKp>339cN8w1PBBX@PA|wAP`L8p_PS3fItv|+-YyAzr1J{
z<cB}};SM|O(21+<vBw^pHf`!YG!84#^P&?I6DwD){6PNl-uJ$@n^BY(osqZt?YH0l
zmbbj+RX@Kx_qosQI#*n&_Y*~DCqRGz0RjXF5FpS5f!rZ_6KYli0RjXF5FkK+0D*c1
za!1i&Vsdh=1PCO7ATc?05+INSf+gkr4QB!bg2d#6S_u$H0=d)PQvYJ>wRN>pC3S74
zT<E|4>%ac~@Be-`!}hFaJ?sAa@2{(#y3QLtFFLf_+O=!DFTK3z(2UbQ@x1fS>pE9l
zsrM5_XD2{_009C72oNC91c7Ns+NBOns96mJ2oNAZfB*pk1nLzi4U(tboVfcOjR1i#
z0=ItBR|XRxK!5-N0wWRdf2I&15JzCzdG6p2b%jOKc?TCZx<}vt{`YVH(`C}{#s1KT
zKJ@SZ{_mqZdt;9*FPcJ(?aqs?U%&ou|MqYHrl#ex%PxE48{hc6=RL1tSTuF3_Y*~D
zCqRGz0RjXF5FpS5f!rx%6KYli0RjXF5FkK+0D*c1a!1i&Vsdh=1PCMnc~Jrc2oNAZ
zU_=6Ol5)NvfB=EqX>Y0j80JM!I_acI6Ke|=EJ%^I^tI+CqA}T&7ftVq7UxAbY}l~(
z-g{5_&Ts6_dOuNgb^-*l1d8H1jR1it0$D%ZIujsJyFl)QwDy7(K!5-N0t5&UAV8pY
zf!tBFUo{dS5J<q+TN5A<N#K!Hg+_otAc6H4MY_YNmcV!m<W74_{pCeVVYxl_*yF2T
z{c1^R95&@e+npEvhky8o(p$axo3($ar~m>4stZJk$*Ge7fh17<M_W$<1ezd_I~#36
z&1xV(fB*pk1PBlyP_IDlC^}G5PN@V4$gvP05J@0VOirl;2qb~=PT#qF0<i>gr@f{A
zW0)816-a+g^ob{)xaF2x{@Z{1Z@uxklTSXmx7#?Z%Zs)tFM7~H2fg{{mm`iiqVo=)
zJ9q9&W_sCw|NZC8nbZ3dG$ZTvexm5?1PBlyK!5-N0tA{MkUJY~Ld|L*K!5-N0t5&U
zAW*MB?kIZm#J4p91fmE$w&{l&0RmA3`~e371Y!wn+Ip)-fIt+1+-YyA|Cr}Rdo}*g
z|M@?A?zv|-=eBzF>fT3Nzb-GDUi#L2AAR?2+`qE@_S?_+oB5n`&gnnVw(qI;6Gdky
zK!5-N0t5&UAkYMX+|hdzYE}aQ0t5&UAV7csfqDgUN6}GYa_S^NAPGc?$*Ge7fg}(s
zDW_Tj1fs;`)JcFq63CtQmipIt$17D*eKQ5#1}saLF0Fp3QqTMDyD$Cq#ZJy`haGm<
zxN&2tLyI@%MbqmZJukX!*|KR<n$LK~Gwz+~<<wJ8?VNYPf(0+Eusrv<&z-i;)S=!_
z6rG&_0RjXF5FkK+KobOVC!tNKSq%gT5FkK+009C7>J`WxMc4S3Rh*gtfoy?ws|$?)
zfhYpL+nNA@SOSk<T4)3a1QE!c_Lllb%!>|AnjL%Wv88Lw+Wg2zKGHq@l~-Pw_1w^%
z<weu$9z8F*Wy_Y!FTeb}$(G;yz2ED;u}8P^n%BIh|EJ&|{^1|q`qsA|)w3*FvZP84
z^?su0>;wo9AV7cs0RjY?AkaU+9=xXsHLHOD0RjXF5FkK+K)nKk$IShYX2;dGUh63Y
z2-GGJB_^j%0tAvktfZW32@nVplM`wsKp+Y9Pi(XH$cvV^zWwcQcav-%``E`ykG6PI
zUNpV#(et7M-k)pMtm(e7N4K)ye*5*;@Y0vQbhtCt`-!5n6Cgl<009C72oPw3K>q-H
z@SY~rtOf!E2oNAZfB*pk^$H9gGxtAQJhDn7Kp>33W0w>f0RmA3r0)n2h$XP`%0eSR
zAc#Q!#5QYB#Jp(M1?F~s@WBVW*|u%@YWv*t*4|%UG`;RE&Wmo{y7ldEfBU?7^SW>E
zQLMb-4R7dwCqMhy&mQhv^?su0>;wo9AV7cs0RjY?AkaU+9=xXsHLHOD0RjXF5FkK+
zK)nKk$IShYhKb3^wGtqZ1fs;`)JcFq5{Q+QQ!N1kL1J=3tpo@pf&PhY)*gA$64#G@
z^rLRJ?H%uUN9oZPZ_10N*S*Dg(UHD&Kl7Q-bbe~)%$c)8-;#EA9$mI<*@Zt{QWCrS
zQ#N3w-cJ;rod5v>1PBlyK!89K1ae36O{iH71PBlyK!5-N0tD(6$Q?yXvk)K<Nnpbj
zg+_ot6oE}w7a9Qqfdr!5ThvK_z=kVwr@f{A@}eb>8*aFv8({m?r#@ABw8fk9qUm*)
z7ai^$zGB6S?oZ8tmCG)>?5?}+y5*Kz{`PPG_VB|G-~Fe{&O7fs)l=&IMA6v^5FkK+
z009C72sA+;cZlAEn$<vn009C72oNAZpk9I8QFNrFoIiU-fPi=a0Rn*p0>$K%N`OET
z2y}Z<DuJ;V$es3<`WMBGb+u9@4cUC>JKxz&uU&ur^$n?N7RrzpO|QGW=y30}AN=44
zyY9Mc_XlUHm1B-MW~zrK-Cyq~iq1}e009C72oNAZpa}xGL-Z!ptOf!E2oNAZfB*pk
z^$O&UqKgO4(+Cg<Be3?uLL)#RioheQ3XK4PI0Bm|zO4};5Jez&+FR;hS6DQiw^T_J
zHgCJ_wr*~1!GZ;wH*ao2RkKrryl8sq<wb{nvpxOv)8C(B*=@Jox<6J~EA@V&=<Eat
z5FkK+009C7njnxnL~laPY9K&>009C72oNApuR!i7I!sJXu9X0RBoHMgr%nO{l0cl8
zoKgu8NCHt}a_S^NAPMA7drSStAuqaY*|IzDyt8!S{hQzU&UY3rT-eRCop;`O{e4=z
zM_yE3bVP6O=Rg1X-5;y0m3lu>bany+2oNAZfB*pkO%TW(r8l8wH4q>`fB*pk1PBnQ
zS0Hy3U2MHpBS0XGz>}938UX@P1nxh#&<GHSBd}r1?HU0BQ3P_Qy`}!+kQaT~%U+gJ
zY6l!}z@Pr<pQgVcx_<roEnBv99Ma08k3M?MHP@8BDf=yNc}r0gC98IC%8QP3Ui2qF
z`N<u3-0?4?Sw8cb&+NVT-isD3nmc!{ylA~2lR7&A0t5&UAV7dXIDy=GXt)bhFaZJt
z2oNAZfB=CR7swq&hl$C_wGtqZ1fs;`)JcFq5{MI%Qz`)hNgzs0PMrh@B!S#%Z>j(I
z<VC9o)!y-rcZ}6H(Rbbw@}gs#7fq4refHU>`VYvg^_=k!2_29C0RjXF5FkK+KsbTY
z6n@&xa2Kdx0t5&UAV7cs0Rl5FFzv9p)M3U8a6keC2oNAZAPG!-{S=J=fj|OoTm%RN
z5-81Tb2sHhd&6&s9d_8wH{YCV*pB}4qGOvE{j0zFtKOf2=Bx+04=a@b0RjXF5FkK+
zz=#BL=bIxc!(j;!AV7cs0RjXF1QIZc4)kIvl>h+(1X?T*C?=;=0tAvki*H9RjX?VZ
za;Lqe{^O7rP2aVB*IjpAcG+d0_{1lUJMOrH4?cLe-FDkyhaKk4o0nEz``Xu@bka#*
z{_>X}e)!=M&RA{Ai)Q6TzxAzer8m-Etyp&1WtUDybk3YPJLN37-!Gq=L~Y;g+7%IK
zvA_==+o%yB5JjNH_ac`@pp^o-)6!NVxF`Yy2oNAZfB*pkSpvDE=(QUk)(8-YB9L`A
z(3t>%dIgFH&eI4G2qaMN9mClP5Xch9o%WXcZ=LvNU9D7!&3XmoMYHmvZ+g?4a?_8^
z@4xfTJ6C@bUVr`dqrRf7JE6`52-GVOB_^j%0tAvky|)WzCqN)qp!yKK(=+$@`V$~P
zfB*pk1PBmlpFr*?I!a7VodgIZf%e_9ToHj53j~VEDU|?$B+%m9kxL`cK7rh6Z>fJ>
zVbOHnQYAL)6_6Lr%8MRx#1W%TOV0lB7c5xtUn?(1AANMU!t~dAXK?BM+0ypiu3ZrU
z0t5&UAV7csfn0&yd1CJI^(R1p009C72oNC9K7rg(^tz`X&<GHSBGA5DmMbFAVgUg>
z0t8|SwD@-9(g?IqAa~kZ>Mt)^0vX#)dC}qWqNksJdirkq(90kE!5?&!pF^yql<7?U
z)ZBO9eS7V-SGR`t-L72`0RjXF5FkK+0D)YA+`)G4@%1M_fB*pk1PBly&_03OQFN4;
zoH_{*NCNG<Ww{~(Ef$EClv6DM0xiBBxikXp6Ud$Rmio(!mO#dKQ(knqyy(RjUmX2C
z^UweM&)q-i+0ANJUrBk<2WM#c!$17P-t)HacI}D?5FkK+009C72;>UnPB(IouRj3-
z1PBlyK!5;&_6g*Uq91wcQH=nBC<5)fWw{~(Ef$czBS0XQK#OljE{#C@1ahanrT+4w
zC6KY*louV_yl8sQ-+1GV|KorBk27+X6HYjxH`_Ui_4eJaT@e8S1PBlyK!5;&T!Gvv
zYVPs%CqRGz0RjXF5FpS#f!tAal$e}42@psE?Ym{UA_6TIh?SI6Edc^8z8$$V0__vX
zo%WXc%Zrvk#&%O)be!{|L%i+3@r`ecA|u*+%=X=`T@e8S1PBlyK!5;&T!GxNdhYS{
zCqRGz0RjXF5FpS#f!tBF@AxJ_Ado=&ZdtB~K#K*6M^<SB2m}&n@$JZ^5on)4?zFem
zfAhq*>uRM+Y}P9vFPf5yZ+g?4-coJZWtUw#$;K~z=}Yy#aCM!1)22<o@+-g68}FR)
z_4eJaT@e8S1PBlyK!5;&T!GvHf9~=1CqRGz0RjXF5FpS#f!tAapro8q2@q)CEz1=V
zXt6+`n4D4x5J&<oz8$$V0__vXo%WXc*A*5`=PgxYvt9vt(c$8br=Na$y)Rt7XWz1A
z%jTI|{_M~GtoK!D-|gBJ5g<T-009C72oT5>$Q|(K9$$X~1PBlyK!5-N0__vX9Yy<&
zZvq4Y3AFE)<%$TjSfE&Yp+<l}Ab}R&j$9gn_6g)pdrST0MN1%KyE(Rb(TRzP{r20h
zH>Q}ie$F}PjO}}7xC>A5(#NM*?z-!)U3cBJ>)*cHwJRb(fB*pk1PBlykSmZo>drmB
z{sagRAV7cs0RjZtCy+ae4wRHrDggrRyJfi|0xcE@6q8db0Rl;&#kV7uMxcEHxzpZK
ze|gao$k=X<ZC*6J;txOk@Tyg-K9{rn!Y}+nC)RlJ#TU>1d*-R9o_aFo^2INHamO8Z
z>?T47uN3Pq(g+X;Bd~6Dp%EYuL}0^~+cg3N0tw_!H`@21hbtmLfB*pk1PBlykSmZo
ziY}hKTq8griom+3AJ7O8h$2utaGpkhKp=tKQMdjC2-GN$JMAs?mlrL8jP2$)=S7Ej
z(T_Odh+6WZMNuqWx^!^NvNex}iOI>e5+INSg2d$1Nq|5S2o#f3DggpXAa}M><EIl&
zO@IIa0t5&UAV8oY0=c8;C^0#85+INSqQvCXNq|5S2o#f3DggpXpdo{KWe^}xMId+D
zTk0<_S^^o{O?lC*m%gsN=-qeU-I_S)v=<^TN`OEl0eMjZ1mXw?;1M7YOCW2Wk~&xU
z7(pKb1PBlyK!5-N0__&a9YxFF5g-sqKn9Nhfj|NRcmxQ<5@`1v!POCHnLzHex72^r
z)?4dprAlnpD<ChL<zH7`^!D3tpEhRMnhwR|mudtEgc0ziT?7aO64-Qgp%EYuM<8pS
zk~+8S6Aza|fB*pk1PBlyKwt=g+);F~;R=lafhYo7C%&l>AP_|$(%(h#Wr73<tiNc8
zfw!j+AW)Y;?zFemzpk)oI&Y~GoAnCFi)Q(E^P+Ek>svoQi_3{8p4f?l?zGcRKb~$`
zw{G3qhAk^suH0dV9V#YT!^Gs|S_u$H0)dipN+m!bPE1a&l>mVxkTp+9o$LB&!g&c0
zAV7cs0RjXFG)EwJ6dffdr%nO{l0cN0oH_{*NCNVr1PH_uXwG<EB?JgeE08<wE%lcd
zErE>fro3p@OW)0lR*XK*c(-};<_#`*_3G6N7cQLf^Umf0r@i~>K!8AV1itg|;~D`1
zQ3Rgce1}GWKp=s^!~Xt9n=?F62>}8G2oNAZfB=EI1p3FxgZJFF_DPKZfhYns{%YH)
z2@uE?C>~m=5g-sqpsvxo^AaF1guviQ?zE5Q{+m97{im%>huIX67tPZC&ENdZ*-TFM
zpKI>ixq}OS=}TYQ|EyShhPWSk3IPIj2}Fs>sgnSKBoHVjr&Iz2lEC0$fB&O(4F;T-
z009C72oNAZfIxEu`p3zG_e6=wsgnSKBrt=&s&*&>1V$|oC?=;=0tAvkbH?*3AwXbS
zfx(m9X&)W+7+}Ehr>#wg*%Xi$&C*U^^?vH9r>1X*pXKHF<B#uTKGXNn4=#BB{r8WR
z4(+dY+Pj|)1PC-o;2Za?*9Z`ZBCvkby&3@mfdmE*`}-el&hS7b1PBlyK!5-N0tD(3
z=pQE!-gEsA*J%U@L=jlK@nMYsfhYn3cmxQ<5~yqR?z{vD3?VRhk~{6A1M-}serVd-
zbeK&6dC}R_9{OCj-+p^HSDC(&e!$Z0cF{!_{iu=4``-7yZjqC&3~@j76aob55{MF$
zQzroeNgz;6PN@V4B!S$yLtTRb=OsXZ009C72oNC99D&?Xbd;E!ItdU+0#Rae>LfrQ
z3B*dusg?kN=8Wf6LV&=u0=d)PQvZ!xzFSu-RbsPV0eR7S{VSgR```cmq|wR&J6En;
zS@GaA-tEI5{_uhY3$`D)Z1=MzWnW8IG40(?2Lc3|BT#I-QX@bhia>L29V#I}po&25
zD80%t^&voj009C72oNC9Zh_oUbg}swjR1it0#9zfLnA;Sia@dcB8>onKmzTaBe*&O
zEfdI{_LlnB6&6kBEmdN(UIBU0di^V&ePUwb$Rm#|<thhnUUk(~6%RhM-5!1P(ZPjH
z`)JGV)h>rXy9J`e<kU%kKoV&8?a0*;XrDmtD7}3Gu805u0t5&UAV7dXu0ZZ6I!a7V
zodgIZfhaLKbrK+u1Omn6luCd=6388O>ra3{jRLvT-co;g(GtkmZpw>BdFhLyxbMFE
zelXp#WXY0FAoCf|c*ah3EIaPF<Ftv;!5wP6uR1jW0=WXkhAT7z1fmG!{($RGfIz(h
zx$~5It95n)1PBlyK!5-N0!<Le9Ysf((W{dHfh17lueP0<0D)YA;_*v00t5mHG+`vK
z1_A^s3gk|EOZ{{IO`pO3rAlnpD<Cggum6mn{Y5W&(cm=ZY(9Ed&+?D|_>ZrA<tzIW
ztSMhQXU?47sw&<Cbt6Ea2?9Q-BtRgLKof2nY9K(Mx<Kwsq56^aBtU=w0RjXF5FpT2
zf!tAaph>+_2@sgUUsXF40Rp2I2o#f3DggpXpslk5*F~U}0=d)PQvXqp0R|kuREf=c
z1>{BR^`G&xpLyn)z1hop*BA9H^XJd6SWGML*e;4dTLlLEbMGMn1ezw$)*F%QBG6WW
z+?hgK9b6Xy0t5&UAV7csf$9ReqiA10N`OEl0e`NL0D(9H6L*}Y5g-sqp!#@QPXYvL
z7s#FVmipKD`|DCAHtQ9T7p>QS6lZ_%!3Y1PzU8{>uB(^}ovK^ycUJ`vAW&VP#^Hoh
z6CjW)Q2j?+PXYv*Adov#XhO|uAV7cs0RjXF5Fk*mK<+3yQc`aHMXDt*?gDX=a{g2u
z0Rn+ya!MsYAPLkvhIe)X1hNEjr@f{AxxZhY!TzO6Y}P9vFIumE`_5hz#cN*knyIp&
zRrY7y33Vnwpk9Gu^EDa)0#O9&y<Ipv0Rp)Kxif{_<Lgg=009C72oNAZpnU?lqiFE}
z0t5mH6i;5R5g-so;Gva;Mu0#Zf%eS{ToHj53*=6FOZ_)&xxKDds>Ei!0`j8u`nU4z
zTeoh#^Ugch{QUCQfBn}B7A%k#ZSlWKE^RyoqQvCXNq|5S7|+|3t0oXvAa|w^_exbx
zfB*pk1PBlyKwzc>a!1jDl5$EVKp;#^POg;zfg}(oCZ|*a1d_l^jm8~^0D)N$$es3<
z`qvc}P3J9DVzXWWdC_|P$Lj1)KKbN7RaiD|+&ES&E|vfR0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0;3a<7ag5#tRu^d#(KR}OMn0Y0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0tBiH$ct9DYIje0(RRPSu8sf!0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0tCicKwfm5U;W-|mly5Tuugyg0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjZtBp@%^rdM-Yu0>vSTl74a
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72sByX$<24v)tbyQ
zhPBCyj^T^$k_iwXK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyKwwM+
z>I#dd^Nxvdl*^PCjq*yVlK=q%1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PJ5`$cyHRwY9&zXj@-d*F}H;0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjZ%MZE_)0`j8X2?PibAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV8q40`j75ePwg6OI|crOn(9d2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oN9;ML=FO$}2VMI^{)2E$sLN2oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZpe}*OfAamhT3wgyypsyZi%!a7CjkNk2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oPw2KwV+cblw)|wdoS%Mcedhx)uTi
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNC9D<Ci0t1-^&@}lGX
z>brIV1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBmlw}8B8yI<ex
zS0^u8-AYda1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly5KBN_
zG}h}ix@x<5(bG;l?Xmo2)v8th&rg>ljyPg;MLP1(0$aCk{ilEWryD~p8#Zhh`g%Q)
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7dIjV~do{*+y_*;9
z#6E}q?*RuKFwTsPz4mv%``tsorgc5Bcxa_YfIt|5$1W)}0tA8xyzygKX#@xa63Crm
z1iCb(5+Fc;009C72oM;NK<+4d;^xye0tBK6g!#<eFS!U1cxdIs-REco2t*RNY1xEE
zfItv|+-YyA|6`keSXV1mVzXX>_q^vlGZG8jWtUy*y%1-gR3N=BGxGY*=0QyP2@r@R
z5F{oi)JlLr5*X1h;~bU%fe{HzI=mmSb3|o0ECB)p2oNAZfB=C&0s{ujlRgwBCZ|pU
z1d>3ckIlse35>l!q?nv&D**yYAV^G3odgIZfl24K)pynv7ER}^UZkG0An=WEd}HUG
zci#3ipuaCV3oq6Xr&zRTQRl_obI(1OY}@jj=RD`x+qP`K{q|MfX+?3PMu0#Vf%O*^
z8UX@91Zw<#0jDNFU<iTS!GEA%;wzN^0RjXF5FkK+z=#BLN72Q-D>MQG!U*`=1q28L
z5?Fg-p%EYuNWiF=0D(9HxzpZKe|gao$T)9q*|O!aVV6~_R&^49M;vj)I2%^K_RX`q
zbn~KX)~u;sWPi^KF1Vmd)N@Aqgo(+?wGtqZ1cJom)JcFq5*Q+`<|zaS)F{wDCLg?K
zM89x%SONqH5FkK+009Dl1O|_p`yUMxlZ*4aOQZxwC=e(qr&Iz20>$K%N`OETFxn(Q
zAdW!)#5QY>yl57e&Ql3oeDTHdqEq3N_CN5z0|y>>;EW_Hhd9XhzW2RSJz1M?e)F4$
zIO%XtsqvTcPECM7u0XNj3XK4PC;}U|d{-ktAdo=Ta6NSn^h<oD5+Fc;009C72oM;N
zK<+5Ixc^*@0D&+9o3AM}0tBK6#7W(V$q^v%9|Di8(g+ZUB9J@nE%lcdErHk^PC#C?
zy4xTB@gEPDpPZ3rU3=}d)l2Q~dCW1#bjnz`aN%%YO27N=yH~uB+_;+l1PIh95G5w3
zP67myK%khMQV9@90{vt1!FxvZ3wMVlK!5-N0t5&UAP`7k@R+&((J(PNxmE%Ml0cN0
zoH_{*NCNVr1PH_ukQXIDAdW!)#5QY>yl57e&Ql4<i%uoezkm7i<rM>yqv-bC?`HqT
zx%U#fdC`?CSN857y#B-!Pps)#e(Se>YmYtl*kzYpp7D%l47kQ(-D-^hfiMDb22N4_
zhahzl7@a_k*>a~QKwt=g!6WVdM+5y5U#SEL5FkK+009C7MkLTbP9D5x;*PU40tBK6
zg!#<eFS!U1NCHys1PFu@n7H|LjR1it0)r>H(>^LMIxUe7RRrWkt0;B)bn~Le9e3P=
zv$do@2ii$yrr2inQu})jkrzz~)tz?QX+SP?s)tPZ2@r@RATLUQKpcS~;%c5kfIy7`
z{bTaMdq(sNcZVfFfB*pk1PBly5J+I~n7RMaC^0#85+INSB7JNwE=YhtsHB{9D**yg
zVsh#vKp+Y9Pi(XHtlxBRT`j9lof|G7FIxQt>gGj%{nvlJ`m?sN=b}Z6I<d?bzxc(6
zZo|?&&Y%6+pLI%FyLRmz1D6kc-~&@7LI>~nmB9oEL=y0!2LS?c1U7BGRU<$kkU;K4
zAkZ)Il}dmB0RjXF5FkKcL;|^^=!u(_X#@yF5g6T<@;EX90y8c!arZeI0RoW()-0dU
z2oMM&kUQ-y^{*=|n$BCQ#Aav#dC}@GUoCmj#fujY4rk^*no^+Yk}tU6g6dD4H*a2w
zoAxeq=FA!J^him$4Ogg^z_<&<Ny_=(&j}C+6q8db0Rl;&`b4ACb40&zcUS@h2oNAZ
zfB*pkfdq0#(NSV@>LfrQ3Cwt&%>fAz7@a_*n4D-U0Rl-NNK8(h1PCO7+-YyAzr1J(
z#O81U@}kw<YRQWpfBf+Sl9@w1bjBHHq)YzgU;gFl&wb$wUwC)V^3VVL&wK8<=YXgC
zd+!7YL=w1nMWGQO5Jh0~HHAiiKpcVU6OB&KK)=LSDggon2oNAZfB=CJ3FMBV{kD++
zfj|PqW0z<I2t*MGbZ=2A0RsOa;IHlzAP`3&ciLO(FE3gGu{oT8yl8c|TJoY#KmGJq
zzxvh7ws|?^kV85N&y_1zrb~YHt6$yO+<yD*cbsC`ZoBOUghB^A6e%fp|GBCqFzy0T
zVsh#vKp+XkiODII0D&Y>eWKCnIig><J1hYL1PBlyK!5;&Kmxg=Xz>671Of>}iOH#x
z0D&YB=-#4K0tEg;AWl+FsRRh*PJ2uJ<wZ*%Hir|C7p?AAOJ1~kd4qc%bIdW5=0(5w
z#V=0v#7}+dQv*Vw10FIYBS0XKfIluufIuXHjaL>L0RnLZrW$5XwLj1=@s&z|009C7
z2oNAZU_=5_jh3g{?^lfk2m}&{^eLSGb)CT23ryVlNsR!3NCG#XKA{mH5JX_A>21aR
z@}d=?bQ>%nFFM$#_tAFbMc?(Vcm1#b^}o_r%y$Bx1M;Fj`q7VG{_>ZnzcN}{=FOWo
zAS{|53Y3&nDggpMqa#2dl0cl8oLnmb0!g5EDp6&9M89x%SONqH5FkK+009Dl1geaj
zd;0`R$|;oqfk>aijeS<oi$x$(Oir|w0D&YBBqpa$0tAvk@050k^>t4_P*)qGT2E=L
zfV^n+m!=(g(Nfg&?6c3VE|7YjfByM%=guu1q_jD4$5|Qy0#O8f=s|!$Bmv(?Pk=xu
zfvjP6>Ky2o_(~-}fB*pk1PBlyFd~86QFO8PLX7}{Fan#dE;IrJq6j>GX`vAy5J=#m
zm4!xtKoEi4X>X~2U18C5-clttLkq}@R)6_I=SAQ7&Ucnlot@27Pd&9GP!z=%zVL+;
zr(1U4efLR^)4MZDOirBy2qb|>Njd*dHvs~nl5&M=35>l!^@&EO=ZJpc?yv+15FkK+
z009C70tw`fqQk`G<XQ<3NCHt}a_S^NAPEGD$tjfpfg}(lCZ|pU1d>4Rw71k>UbF;a
zb2tHc(durY^P>0Nci-FJ{`S}YY+1Z`aVO!qdiCm#z_r(2+nf2^mUVwYngD@70>%C3
zY6J*`5%7KV1PFu@s6Nr?^bGV%e5Dc~K!5-N0t5&U7?D8kD7tvyJdFT>Fal3rUT6de
zL=liZBS0XQz$2>)jR1il0=d)PQh#~T5{S*=1ms1lyM@k+mM-(vuYPqW5&Fe1ezEgV
z`l9)5$%ytoH&9YesRRgwiOI>e5+INSLM7!?OMpOW1U~KNh<@SjumlJYAV7cs0RjX9
z2~0a|E_DbKlap&DKp+W3iOH#x0D&YBD=DX10tAA@<b+xY5J&>0S#9p7ylAeN{*wyG
zi%!Zi>CRT>Mc?p-H+<ly%TY%i)yaG=S+eBgQ!jh(y?1Xkbkg;So0e$=2!s(>vwT7$
zKp==f@z^CA0Rn*pCY@6Z*cs@T_(~-}fB*pk1PBlyFd~5g1LjE|k{2aFAd-OZ3noAy
zkbsms0RpiE{LvKx1mXxxI=8L9Q(m;Xm7W6x<V6SIlpbnjUbH{(new8g3-4?`_0&_3
zJ@(k=KmYj!3l{W0t9MVBn4DZI0Rl-NNK8(h1PCO7KruO`5+INSCLL4{*g2wKxH~KX
z0t5&UAV7csfj|NS2F#N_6e%eeD{`P(0;3QJl$28{0Rp4A2{<MJ0;3a%la%w_mjnn*
zI=8L9bM3~5>uS}D)U){lvGStd{`R+j@fUyb1vM?Z?Y3Jd6?xoo$2I?z9bDmwC!W}w
z@a$dRci(;cpZnXt{o8Zq%<1hmV7*v-p+<l}7=iT{6&e8oQ3Q$`3ylDQI0F5H>cM*g
z{SsfP1PBlyK!5-N0t7}RFnG+||7ao4Lx4aafelv_8UX@P1h!sVXaooZ5|Gd!Kp>7l
z|HL+HPhDZrbl$8wb#Ayoth{LY^7H{Q#aVmkfCCO__{%zNc~3m?#HT;~>EG>H-uT8h
zb^!O;XP=M${PMvMelW{6OiV7$zZXaej8Gs-OirBy2qb|xF*&6YAdm#69g~+jjOZ8c
z4oiRl0RjXF5FkJxkU(jWJng2uC;<YI1fs;`)JcFq5(pHNQz`)hNkH;}0D(9H)6R1T
zcaRqy?Bmgj0<rR<uXx2PvVw~v>U`vpM^@ww)b0H9&z~tSqY(lGA_>Ug5g-sqKwgvp
zflvaubAdp=#8)Z-0t5&UAV7csfe{Jhj-n$a<pTW?NTm`Ok$?;y0Rn*p1n>wDh$Rpw
zDHrM2=u`=eMj&_ETk0<_S^}{-oIudL=xL{&_II<sy!+kn?j$OI{nvkeIPE4s>-y`j
zpRv5?h(1YhSONq_A@JBGg+_ot5P=O_Zr2D92qcg@_#e?P+#Qwx0RjXF5FkK+Kp=tK
zQFO6xwMKwI7=a)k!TG?P009C72*eW@O{z_{lK_EH2;@$COa0|VOCUCf69}3Yz5Mda
zhr8ZwdDimf%UhfmO)_8p@|XX=$(G;#?cdIdlKOwT2@r@R;4?Y`1mXw;ipeRJ0D&Zs
zJM{?kOMImgAV7cs0RjXF5Ezj_?kGA;Oir$q0D&YB=TkVP5+Fc;0D)iv@}dL?#1Y7y
z_Llm~i<Ura4ksWlTHUS1dC`gKmiN5pJ=G(l#UraU0t5&UAV6T|1&ZqmjR1i-0@WuP
zot`85g}cKNAV7cs0RjXF5C|lYJBpt9skaZe2@n{afY2-f0)YfZcPnsY0t7}O@W6S6
zMu0#Nf!t|tssAHSJz7^QRbn%=fV^n+m#>w1(T5&-=-`77uAT+0($i;j1PBlyK!CtV
z1meWx<XQ<3NCMR-8l9ejeu=MC0t5&UAV7cs0Rkfu$Q?zGWcEFZ-{3nY0Rl-NP*P5*
z1PHim5g-stAV^G3sFeVLB#=ApE%mP}ESk<+s>Eh!0eR8tFJCQr(ZBhdzd2)+%bVZ)
z<|+};tUlra1PBBYxc}cbXaopE5qMz36B+>mfdr~gG&(&;^b2=~B|v}x0RjXF5Fijp
zAa@kKe$%}g0RmA3ip|$(1PDYC2sC(5DggpXposHL+)5=tAa~kZ>Mt)^0<k%qfV^mR
zx7p8&{@vgGT~<)DA)Nyy<&;W*K$MuAItdU+0)b+3N+m!b2~?kGbb9(=lK=q%1PBly
zK!5;&+);Ftn4CHZ5J&=1Vsh#vKp+VilMo;fOF#gR0D(XPxzpZKe|gaoh|S>y<VCBy
z&3<0=oO8};NCY&ijAH#o8UX@f1U6k=XaopE5%7KV1PFu@s6Nr?^o;chq-qHeAV7cs
z0RjXFj6xuH6us{02Q&f%q6loB__juXKoo&d{44L61PF{yptyI1Mu0#Rf!t|tslU8v
z3B=}b0`j8O-D=E>?z7K6|8+FWVTT=-l?AQRIZRAWu9X0RBoHMgr%nO{l0c}WoN5UW
zs6Nr?^c>x%g^o;s009C72oNAZAc{clC^||^PMrh@B!MU~Idu{skOZQP9MnmGKt~`-
zOirBy2qb~rX>X~&yl4r;=5PY?qSf7M%!?j>{PET6%<6gf-FNS{+iq1-pw;^nk6oe>
zAP_}h)7D!x0tBK6)HwckY61j?5Xc&qr_MgxBtU=w0RjXF5FkJxcN86EMz2l+1d_nU
zE#K7$5QrjROhSM_EP>+wb2S14q6p+pdrSR?_;uAxJ*8BM&Cmk!qSar%R^~<1<!{=w
zDWyiIT8=&T*y>5qPR}SYIdu{skOX{CNq|5gftec2I}QN?vm;P_qS5IY>k~-T5+Fc;
z009C72oM;BK<+3y(4=0e1PDZl$*Ge7fg~`Bf8`yM0D;j7M2X3%lK_DvkUQ-y^?&H8
z^>wvUB{o9~$ct8g`P!Nn?G?E7)>~JsSn<a_%OCyGAARBzpEzZTW$DtT{b|yPTR*80
zAP`32rezZv0RmA3)-0dU2oQ)P&^yeovOc;`3musN0RjXF5FkK+Koo&0Bj?^e6L+7Z
z5g-snpjdmMMu0#RfhZ#fbrK-Z5r{GvP$vNbNuYO1JH&cjVbOHnA*%J1#tO)bR)1+)
zpBKIJ&O5i;ZoB^cXYQUbF*&(b0tAvkl$e}42@psEabj{xB|snvRG(;cdirdW009C7
z2oNAZfB=EqQMBJS5+D#rAWBS5odgIZ0b>#Z1Y!vU8V@Ly0D;_TZ>hh$Xi*fedChCK
z?^(X`m9LbPY)&g6FFGwzw?pgmqL*B9Np3WB(*ELS1PDYDxcT%6jR1it0{&_W0Ro`}
zy7P#NE3rO-R4oAl1PBlyK!5;&Q3zBVJa@bKHbVjgA_+WxX`vAy5JX@U|H?Zi0Rp2F
zh%_F!|6J7)7;}N{e0I1MdC}FYSC_JCDeX2K<~Tn~UbOnF-_48ez4zYfd)Q}TIq0B+
zI&bo0k3F_}okRER=0$heWtaa_Z8`MNLrXt~X){t%&R?q|Kp;v?PMrh@B!N&#In@#%
zkUK0N-KT|)On?9Z0t5&UAV46BK<+4d%zw}5@(BbJ2ojSMY9&A*2}Bt=sFMJJjzF*>
zfygL<@fOIP_LlmOd0uqgx^?sB%_{}f<V8zwk}8|>qE(bSeY$zk(i?9UHec|97gVqF
z_S<hi@x&AV-~8o>BaY}?OG<%OJlz8iJg|82;*x-`A0<E_l0f=OdW`^qAOgj`D>MQG
z0tr+cQFpufY?A;10t5&UAV7csf$s3Q;)>sl6Ce;tVEsjfMu0#N0b>#Z1Y!vk51gkF
zAP_~M;%s-SZsVL6P2WU+^wCFmB5I2kE$U{~<VB}?w+z@XFFF9H^w3wo`ql26ZI)MF
z`qGz{iW#u^l9#+>8_Rpvvz|5J_}z!@z4zWDk390(&wlpYxpRBZ7%3^YX1Qt!jJrUP
zn4C~60Rl-NP)ts#1PCO7?y$MyN~}*HRZD;X0RjXF5FkKc6ap0o&)sg3l5*qyCv?10
z1pY%HNK8(h1PCO7QT!|Km;?xnP9RE5PMrh@B!TXHcDR)XHat;R8?N9PeAeZcU)~9)
zr9ZlO{`u#3gKF}kLm<nGW}#ho-F1I7i%a?%`p(;X>C&au>+B6tcYivvR`%R;&;HY;
zYfrJ&y?d5tKJ%HA9@h8K6Ce;tKwgvpfj9!iy44y10)YhjN7RG&jPBDyM<zgk009C7
z2oN9;MPTrlx&KkWZ6rV-l7R1{CqN*MK$MY#ItdWy2t*nW_*19^#$KR*Vw<(6uCQo2
zZ&sZ%-udyzAD=&eekY}N+ikb~#b5kIH?bx!I)t{o=n!bL_LOtZIj8gXKK}UQtDm%+
z7yZzOKJ=-a<sI*MN9S~}eB~?qPxtCqzq<RgHh3jcQtqZ@swFV)0&$XZ{=6gs0)b+3
zN+m!b3G|Ps2k-IOCIJEj2oNAZfB*pkgU8JMkNV9x0RoW(;w0q?r4kr>0b>#Z1Y!w9
z8V`(pR?v$@pnqbUwP$SeqUjGUcCu>kd*Az#n7nA#+or#>ylB5kbM|awUUbcxHCfk^
z64#v{t{ryR;dy;a+BrBT+I@85nvZD&2!s(>vwT7$Kp==fvGGcc0D(XPSwr#EIo2nT
zswF^x009C72oNAJ3W3~FwD0&PKp>L9W0w>f0Rlk;M)9w_V-g@RI)UQe6&e8oQ3P_Q
zy`}!+nHT-)SHIfHq@};0_|#KRB@=nk(i<apQ(iPzY&QGPa$fY(OE2waJ_oG4|NZZO
z=R4o|+~+=b*Ijp=v|E^%oLnmb0!bi9OirBy2qb|(F*&6YAdm!dCk~_gw9t_W5FkK+
z009C72t*Oc9Yse<%H4miY6*<HK#-W6P%8lfNg&F|L7fB$bOfTr<kU%kKoZEE_LlmO
zVP15@h7AiBF6`vfuDa@~4v4&H>5Y-QDKDBUHk<utIWPL)gAYy>0qxC&PTObV=F>F-
z1fmFx`$v>Ms3#ChVDmMFMu0#Zf!v9M&o&7VAV7cs0RjXF5Xc=x7i%xn2oMM(5NAg3
zBRB#Cj7bO(h$RqaFktjffWX=dbEmzf{$rRIJ>i5CI-#{Uyx|R94SCTn#c(Uzm>1o$
zWy?t?os_=1e95dV-LFKy?6S*-yWUvOn&rG`!dbt5{S7zVaQ$S<{`>FWn;IRk9wjEH
zP67myfV?OH0+9rKs7`=DD1qFmN32gERZD;X0RjXF5FkKc6au-UXulaJKp>Jps7bxJ
zAb~L#7{$Nxj!A&P=ma8-2gC&ljJ-haw71m%{(s+4S1VOAJDY$1_kZ8br#<q>Bi)nA
zi*_l7TiM3E=r_Ol&F<?mn=5CYdFF7}8|zu!yy#9l?eq(km$`H2c3z7$Yu3!*^)6es
ztl~>7gGYcsB!QcjO=tuN1Q94UU9Axy5J(_*C_cJR3musN0RjXF5FkK+Koo)8QFQU-
z<r)D3VFZfn3XK4PAOcZF4(cR8pd%nJN`OEhf!t|tsefHz(RAKYC9|;k^wUp2>sin0
zWYs?V+0XW#QC_rHV~F)_%!^)i)m0TUgfrXi!V9<cFZ2#!HTzFlv0}xxxPATWU*Gnc
zFTM2A!w*0FB|lyE+i$;p_uV)BDcS9|+ipN%k&<#ZpRQU0<1P>+CMVQNfIt!m6q8db
z0Rl-NcPQ?&O#%c65FkK+009C7a!1i&Vsdh=1PCO7ATc?05+INSj7bO(h$RpxDW_Bd
z1ahanrT$};7k&Tx-`@$RJ^%U7-@0{cFNM5luf`DTGnE%jF~S>1zr65;FYLS%F2DTp
zAucxDQ*OWg_8oWJaX>P2@I$xUa?7?~^3FT&JoqgAj}{M{rx76V|Fd`Z;gVGKz39)(
zI0FP3Ugaf@iUxU^pbjr$5JaP>M1zW+V>G$<=n0BmBLp-#5&<P1F~a5L9K}Eoi9ik_
za)J`Xh$4uJ29OIRs3>t934_Bh%rNZP&fD(iuE&0?XIp!B?^?aPcK5IAQ_uRNs(N+R
zuRgWAXRYQ-cNBq%`_I-05QrksTJZ^u0D(XPxkK?-pFpaX009C72oNAZfIuArxufXK
z6W`Sc5QrkMX5(^=0D&k1b^I&um;?yaC(v4Zl}3O-6oK4nZ>fKC@}hU$bypEcoBI3O
z@}i|bjNHwB<wch+U7CC99{L}A@WJgrhKA%t6VW4&JaTj9l776ttu*!Zk`DOskAHm6
zJ@-s0(27g(>Z`sIB_^j%0tAvkl$e}42@psEfnst>B|snv<j!~M`?S!J2@oJafB*pk
z1PDYC$Q?yTiOH#x0D&YBB_^j%0tAvkl#zov2@q%tM2X3%lK_DvkUQ-y^>0XCbo1uT
zOO`BY2h~nE;e--G+LRZaYLc}_UNnm<MCZke7kA2wZrr%B`%lSt359;}gCFej=;Vid
zeKY|Akp%qjW&{WX5*WL#r4b+yM<93Z;ImBv1PBlyK!5-N0t9kL(HpnksSzL$Mc|PQ
zk7@)6L=iA1AwVFOKx^ww8UX@P1ahanrTz`ci=KMwsqGxv4m<2HHa1p5NSpGaQ%$n=
z$ctuih3MQRFZ#q2PfQMW*0dfeDYxn})e>mBK%k_YQV9@<6O)r`B|snv<jx&peFCXk
z0t5&UAV7cs0RnXh<c^}F#N^aTfIt$65|dLW0Rl;&j(_DHlK_GG1fs;`)JcFq63CtQ
zmiqtf$zKktl`5%k^ZxtqFY;{HUw{3yCz2PPmZkbmdC}@tQF>O)i{5g}Eq7N~7A{;^
zybRkb^XAQa*RPhhz3pwKhuWL1HCJi`2!s(>eR)eGK!5-N0t9Lh$elja_i3Rc6Cgl<
z009C72oQ)OkUNTA{mX|m0tBK6JT&%%Mu0#RfhZ#fbrK-Z7VrfQ1PBBY$es3<`VT5B
zn$BCQr21wGo^@G{JMOs2huX4b%Rc+;(~h6L>}4-&wOW%OE!O2l3yR)W<VAaP8|G&f
zdC`;zUHzNOPk;K;BH_7a&6+A#@xJ%HF9k%4XH{7V6O)r`B|snv)DVwxOacT55FkJx
z2~-(uPwwNhO#%c65FkK+009C7CXbM-tVfB-sgnSKBoHMgr%nO{l7KM@0RpiE0wv{?
zN`OF>scx4(5%Z$mlV-;rd+g-v{n*DoR`g%Fa^>WQCa=qjPS)sQU0$>Yv>|^=krypq
zLDQ~O%!{UrUB7<)qmMp%=bd*>dz`5|TkEgY2oMM(@X)7P8UX@P1lC^F(g+ZUBal05
zi1i7iY6%b^K!5-N0t5)uA&@(YUc2!@jR1it0xO;z(+CiVB2dS_@{UP>Kz#!K;}HP@
zfdq1=y`}ympBF7cXy=`GUg_E=Z_0~K*63kfUbF|aA%Dsqd+brXe7dYu&x^LNH+{$N
znP;B4bm`K4f4%Iz_ukVUKTJ$cu9X0RBoHMgr%nO{l0cl8oKgu8NCLUDhWb7&bYubq
z2oNAZfB*pkQ3P^F(NSV@>LfrQ2}Fs>sgnSKBoJlfpiTk=+5$e1CqN*OK<>1+)IVZg
zv~&sGH;WwF{Q2{{{EB^gwCI^uik@$N^P9UL-=l2-dC}4POZfQ5Kb~F)lV2CpuIJ`O
zr$TMsy!jc=c*fL&2YMe?DggqmRhMZ52!s(>_xYAafIu99spIGFdwjM@fB*pk1PBly
zK!8B^G4s?%*KPWdMu0#RfdT%fZKozcAXmVcgaCn90{)XX0Rn*prcP|L_T>JX-pBq~
zb@tqOY6vZB&l}(P#-2~zs3*#cj^yp$v}x0m(=97kt}I?hRq~>@-+ucW-tdN3bY5Qa
zl9wEK;DNjBvP*H;v=ZojSg8aEgo(+?wGtqZ1meWxluCd=63Crs#QFqMwFC$dAV7cs
z0RjZ-5Xc=xM~TU)lK_Dv(8vE&?N9^=)GbiQzw(YrfIxi${*yNW0)Yf_r@f{Ab&mnM
z9KTdaO`DVBXFaUTi&nfZ@}d=?Mx)ykPdrh)n*RBp|2f4$yD!gt<}-`_)mK{M*J}g_
zgb|RzBS0XKz~-;CGy(+T2;|Nn>ie|NkqHnWK!5-N0t5&|5y%}yx0YX^5g-soVCzjS
zjR1il0#QZ|>Lfs*Ezo-SVvPWSC<3|D-ctXctQ{XzD^)Vs&8x4zx`?s;!$17PV2g=(
zc6rf=cdh4|C+9_r7f#<-!o=j{S_u$H0)dipN+m!bPE1a&l>mVxkUMDi*(L!31PBly
zK!5-N0=c8;Fflo~RssZ)K#-W6ItdU+0>&f+2*eVI5|dLW0Rl-NciLO(Kd7*1I&Z0x
z!ERo2%{4{Z?W(J;8f-BU&n_<-@vik;^Tv%E7cN{_yku%xX|-<F2oQ)OFmeCc8UX@P
z1U7EHQzJkikU;LBJ=Q0XswF^x009C72oNAphd}NqI?!(pDwP0%Kr?!!5+G2=zw(Yr
zfIxi$GI#_C1QN)d_Llm~i?%`JMN5AextsE$xnj}#UvR+%d+)vXp4FE5^XK=FDUA}7
zQzroeNgzs0PMrh@BmtjN5+D#uAa~+W-=~F+On?9Z0t5&UAV46BK<+470FMBHKmxHQ
z^{OS%aDgZz2Xzu4&=v@klv64J0=d)PQh#~THi*1v=?^1!Q(iPztWo`sIp&yN@}g_5
zY-t1tL=jl=iIzryKoEgd<0~}+1Of@<P8@u;Nq_(W0t5&UAV7dX?kGA?QckG^2yC7B
zwnl(J6aixr0t8|S2;dPQ5J(_*+FR-`FWLr?7cKo^<Zd=6FS>d2<_~@7L&sTi1pe?3
z|L~AQ4tc?^m-MBiRpO(<q67#;5(pBL6KW+uAPEGD$tjfpfh3SSHH-BLq-qHeAV7cs
z0RjXF)FF^NiWa~lKp>Dnl$e}42@psEb^I&um;?yaClDwpr&Iz2a;Lqe{_>)25P8wk
zA4cwGbMm5>Tyja3tfM}&7ub6JDH;I+Q3O^zIi?XH5JjNXx>X}UAdo=r)a)1k_e(Vb
z1fmGk_wl|X6Cgl<0D*=J<c^|m_`xqU0tBK6v^IWOBS0XEz{EFC(+Cg<B=E%hU#k%y
z5Jez&+FR=XgU7}O)k>8Nc2iz-mj2Dji+=dSAD(>@(h;f%M2X3%lK_Dv5G5w3P67my
zK%khMQV9@90=YA_C^0#85+INS8lL2F`2+|MAV8o#f!tAal$e}42@psEQDSoHBtReu
z1d7Qil>mVx5G5w3P67myK<>1+)PGQ6(RAKYB{o9~G%zoE=%I(6*Wl%xbI#djn{BGZ
zK6~!dYTc|6AP_}he9PS$0RmA3TB|SD2oMM)kULMD`0=?K0RmA3>I=y@G64bv2oPwv
zK<+5o|EflSKp=qu{-<rHCO{xppy2}&mrsBI0RjZ-6Ud$Rmip)Zo8HI%rAlmu7HD8z
z^lfi@TTQp@-~R32F1_^9PY?HU!37ue90aZS#3(U2brK+u1fs;`)JcFq5(pHNQz`)h
zNg#L95hW(4P67myKz*MUIx+zQ1PBmlxIpeGI#5zhsRRi0@jq2N6afNt3p9K{;_?X)
zAV7dXeFC}D-ctX%#{gZ9U#i4rXaRZAe%-zY9(Z8UqD2)Gm80FQ^~k3+0tCVcJbZCW
zBS0XEz}l-?8UX@v1ac=D6JPmDjR1it0`+}b=*R>J5FkLH;R3m%=+?T=YXk^{5!iZD
zOCvxah(N;!Brcx-0RjXF)F+TT?Jf21lIN`Zp;9F_Lkk4Wi!NTgc=ya@`|Y=Hr!?R6
zrZ?4b%L>WS&Vp9Cx-c<0xmE%Ml0cN0oH_{*NCI(Ua!MsYAPMA7I-<nn)JcFq5~%Of
zLPsV*fB*pk4Hw8AMTd#W$+Z$7kOYFn<kU%kKoV&9fW+k!AV7csf%*h;r@f{Ab%#Q`
z9KTeF&Cmix%JJ~S5AWeZZn)uwc7Sl{(xp8-J@+XueBleL<Q2R3Iq<*(bI)6)e<7K&
ztgjg2<*1{Mn(TA%!3TeI%JTNNzx~id4^0o1mghhJ`Sa$@oBZ@?*Zuq`0RoW(mS51)
z2oQ)OATLUQKq!GKlZeTEChk95BS0XEKz*MUIx+zQ1PBmlxWMEQa+USfzkEm|Kp=|1
z=85lW1PDYCX!wA{<r5%4fB=E|1gcDRyY#tt)%roTE>(FboIsIs43QT-`|Pu)4Jc;q
zJo@OP>$pv`l&qtqX^;8jlTS|0e7@{uFDrF>?6JodELf05TIw7rDYyD^)e>mBK$MuA
zItdU+0-=&}swF_6G|ZlHGfGTOodgIZf%-lzbYubq2oNC9aDf?z&7}@eVsh#vKp+W3
ziOH#x0D&aX@BxX-CqRGz0Rr_2lxDTLn}Z6Art{{Os{b$x%rfOT$KNm7YPEjylb?LA
zr{x{*ct<<d__nvbt&Te~OUXJ)>U7M%_=~@oKYxB(<A4JWIN>*!H@)dirTk~^rfdKK
z0+9s##y0^1fdn4<R7)d3AdWz%(Rio*TmR2V8UX@P1nT>=(2)rcAV7dX!v#8xmOJfV
zHNH|KKp={M3?2ajfdm>pAaVHw2oNAZpgw_4)7y&s<wYw(>DFCfmMO<M&Wm=xmhO*!
z_`@HT7cGe1{qA?qm;y~-LweFlC%yQ^FFxeg%d%z5ilAwir$<W4`Jy%g1Og@HluCd=
zoS2+kD**yYpcs2sT!|8sQzroeNua(@3musN0RjXFG+dzK;JN4)B_^j%0tAvkpro8q
z2@q)bfW+k!AV7csf%*iB`D|}1@}j-Dc~(iFfqBv6jyvwb8kY0VKffKJJpAy(OUOgG
z`H4?_qD$bj{ZPt_?zPumGj^NWq1C!sBS0XG!0O9e8UX@P1h(GP(g+ZUBak}_Xs!5!
zMu0#Rf%-lzbYubq2oNC9aDm)W^w^gBGy(*o2!#2}+<)XEK%jMV!v`cTp8x>@1PIh8
zkUQ-y^_Ledf!OR#pn-YOsrknK?%8LbeR{hWbNQ^TTen_%>7}PmxBTg!{^=}1O!)~A
zh$IjtCZ|pU1d>3Un4D4x5J&>K!}};PIdu{skOb=cw9t_W5FkK+K*I%cN6}GYa_S^N
zAPGeJ*j!wYK;s1(J|J=V1PBlyK%hQ>+-YyAzr1J(#Aa^-&B=?NefHV2j6qg>`p!G=
z+}phvl4q@5yLOvxwyAir({|gq^-hfdfhYp4vFkJf1i}ccxw54ZAP`3&cX&VX<8w6v
z1fmGk_i3Rc6Cgl<0D*=J<c^{r+3=`FfIt+1^po@&0RmA38a^O#`2+|MAV8o#f!t|t
zssCLo*A1$bDzO<_pgDQbhaP%p*|KHxYg^K<x3|NSOP4Mk{y&L3@4WK^ANas29hSGg
z^{p>_;R_Er<d7Y9*kRg4X!o5_Vsh#vKp+W(iOI>e5+INS;>6^XN`OET$ek2KiOH#x
z0D&Y>-=~F+On?9Z0t6Z^kUNTw5|dLW0Rl-NN=#0j1PCO7h7U+wJ^=y*2oR`GAa~kZ
z>OZKkXgY7H5}Tm~nv)l;`!>x|a&md;$Kp5CxvXBjdi(9S@1FUb&7&<p8BBlx0RjXF
z)F2?ALx4amfypEMD(hP>dxu7VKoo)cJ}q=)0t5&UAkc7uDkJB~eMEW)5C|mD@b@>D
zPk;ac0tD(4Xg%_2jR1it0+Xk-J*>-%_JHOoQw3(3a=hV&8`{Cb5MQb}_450;XO@yh
zCI9qK|Fn4V;@QMC2mV}nQ33=A5FkLH4uM!nIn@#%P>k>^u0)B+sgnSKBv9YS`;JV2
z009C78ZJ<A@LY5Yl$28{0Rjzwe{=Z+2oNAZpgw^pF*$V-Adm!#`D|}1@}j-Dc~(ha
zmMKSh(ZX|<lErb3Ip&yw2R>(6z}S}iGy(*o2&A8+*9Z`ZBGB6W6^#IaKmx@Gzv9Zo
z{by?g2t*O6@8f+(CP07y0Rjyds5p2ox_#rp)fxc;Q3M+P{^s%t5FkK+Kz#x-cmxOp
z5-8@gy{*WL_U7hUC4pI{9OXp|&sj<q$9d^XUpmXU=D?pGB_^j%0tAvkl$e}42@psE
zfnst>B|snv6eIkKD^X%{>LfrQ3Do!Tz9SPLK!5;&h6_|2JQv-f#N^aTfIt#x`1_m7
zCqRGz0Rr_21WL*&l>mWaKHJ-hyl8K3o>dZ<Wy(=rwD2q>7cN}5WERUd+icSge4c;)
z`K#(#mM>pkoTZL%>G+nrH39^p2yCACu10`B6oJ<IYc&D{0tpl|g^DYF<C_41KmzrB
zyzj^a2oNAZpy2`)2hT+}89V|60tqzy{mtbQAV7csf%*hmW7lZ}2t*Mm=Ci%6$cy&o
z=2<0yBIS7a;fI$Vs<J6BS}0w8_0|2&UY>HwDaFD2yRu=!hWEe!{f8ZP*ddjdXFvPd
z)vqo}OirBy2qb|hF*$V-AdmzC#pIMqfIt$+9m5Ao$|;oqf%-n)cVq$t2oNC9aDm)W
zbfBc1QV9@f`1_m7CqRGz0Rr_2M2X3%lK_DvkUQ-y_5a>OYX{XzmDmg|ATQdl+xH*;
z@gKYHx@+}N<%~Vk_lx$cw$gFl^Pcz2c=p+JXsx+YBS0XGz^cny8UX@91SY=nml^>A
zfdoo}@EJD)U7At}5UB6teMcrhfB*pk4HuYk*j(z+diY|E0D&k1zQBP1fj|NcACS0w
z0^tN&t1s6G5QrjBn$_lR4k|2~&YN4R{=+OFFWSeuvv%#;Z++`qx6N)@wrp8DtGRUP
z(xdBHcG_vD*~CF-d~TSSoLnmb0!bi9OirBy2qXdF90CMl3FJ;RVqKkT2{c?F+<!Gt
zFaZJt2oQ)OkUNTw5|dLW0Rl-NP*P5*1PDYKIjEBWfwn-Dn4CHZ5J&>K)80~ldC?Mx
z&E5p$MSF9r?^!Q>=}Tt}WcI7Wfd?M=Uw^gy-tYZhzmA!X(`wzU5g-soVB?ot8UX@P
z1bk}>0Ro`}a;FRv_nf5>AP_~se~chNfB*pk1Zon<9Yt@Q__juXKoo&*{cMd!fIt+1
zn*O18SONrU5@>C`Nh3fYia_qPx71%=v;<<aHvxIk-rVYY)(1cM!9GSeyB})7f(6_D
zYDp{IduBZvCMGA>N`OETh!T@iCjkOUAXHLLwFC&{P8p)a<kU%kKoY3wvweppK!5-N
z0t9kL(NSV@>LfrQ2}Fs>sgnSKBw$QJfIuvPC^0#85+INSa;Lqe{_>(F5SzUT$cy&o
zR^PL>Y}xX~FMjcoI+y+T-#;t=ncLa#(GwsLNx<*X6Ce;sKwgvpflvauQ--bApP~^U
z5Je!?e=<-l0RjXF5C|lYJBnVn=|>s?0#O7uPkdJ+Kp=`hpuvMu2@psEt#zN*2oQ)O
zkUQ-y^_Ledf!OR#Kwh*rx6seJ?6S*pBcNIRBPHe5T&Y?DO&181lv64J0-=&}zFU$2
zf!rxWl$e}42@psE{!0V_0t5&UAW)M)?kGA+OirBy2qb|hF*$V-Adm!V`iI_O2@t4B
zAWBS5odgIZf!t|tss8}K2)$H^&Cmk!qM>hJ&&5Cb=%YWFw48kM$ytfe?wwofuhj?;
z2qUodCg1u_fIt`l|H2X=5K16-tUhu3hcyBOq6pOV*}lUPAV7cs0Rp+B=rtRcYXk^H
z5m^1phcp5Nq6iq15Fijspy}U_<XgfBgc8V|_Llm~i<Ura_9h@N+MC;mJ!`{;4gdYW
z|Mxddx4in*ukM}>o%(2)m|Up50aXHZ3CN2QAP`8vzgz?egc8V|GDL~VsgnSKBoOOA
z8K{;30RjXF1QN&{MMsIrsgnSKBoHMgr%nO{l0cxrgHj0)NCNVr1PBBY$es3<`pb)!
zKy3CVATQdRTce(J`Q?|VB<UL}FDq88Xq1nOB|v}x0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7dXeFE~L_1QM+$nv6%y4^08009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C7VhPBL#=2iaTdln4(B2w_5g<T-009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+00DVXe*=9HkQeO>qk|A2K!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&It0G);OarOIxfdC2PGgcIw*PPB|v}x
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rl4$3@R*|&O2jmIs_7s
z7Y%f?luCdA0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rl}EkQZ&*
z9k1zn<wa|Pbyxxf2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAJ
zdjWaT*&8}S5|9`5XFz}e0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjYuRzO~KXm3rd!sJC`-7nP=AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7dXqXgtd8+E(uyI6VA`fMGU009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72+UI8s}HOiRGVexo<39p@}fg^I}}5J009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C7CJPKIESk<cxeV*k1>{Ae-$C^gAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7e?2n)!Ij_}Q$%S)3Nol9-!B0zuu
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RmY9@}gN>I(HI~7wsft
zKLG*+2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oM;!fV}9yZ^393
zATK%^_t8}lAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7e?ND9b{
zj^u5f`-_qnoqKa<BtU=w0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0Rj~T<V7n&>DFC9UbMSU-ydDKZr$<6AODh(UVi%1pZ49&0SOQwK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBly&`g0Fe(;MywPu2k>Q#?qUUbWrEqB~;$E`!T
zyyG43_)nw0yz(z^&<GG9K!5;&z6-2)a!eyYAdo=r6msJB4{HPnL=ouwzw!=9fB*pk
z1PHVRa!1kJ2oNAZfB*pk1PBnA_~vOE0RmA3a;Lqe{(}mOrt_96u^C!mB=e%j9e3QQ
zM>2={`i#d25FkK+0D(FL0>$K%N`OET$ekxfiOH#x0D&Y>$3OIrNq_(W0t5&of!t9v
zGy((&5FkK+009C7qQvCXNq|5S$es3<`pb)!Ky3CVFp_!E`Sa%wb)It6i)%gdX^jAZ
zC;}!>1PBBYSiA8-jR1i_0=W~ktyjKFBS0XEK%nu1QV9?sK!89jf!tAatgBNkfrbmL
z-+aGDfIt+1hQD9Ad;;MFwqEeZ8UX@P1ahanrT+4wB@mmv35;Z3w8&%r_HY08Gly*1
zVTT=x@<w$fN=#0j1PCO7aPu7n6KJwPpqQLe2@psExf8S~F*$V-Adm!_JRouH1PBly
zK%iEE+);F`#W*+t0{s<;5|dLW0Rl;&zb}7BBS4^TfhaLKbrK+u1ahanrT+4wB@mmv
z35<4Lbouh-y|L8ytZS~hW>jOM#dWpTUZoKr5JjNw>51bLAkaqvKk!X}KrDgWImN`C
zAJGU9h$7I(f8QO7009C72oRVokUNT={9Nk<2oNAZfB*pk1ez((diY|E0D&k1xzpZK
ze|gaoh|S&v<VAaPo6WOsz4g{h`nnu-)KNuNa~M{l#N^aTfIt#x=A_A069_60D=DX1
z0t9lW3{hfo>LfrQ2?QNWD4PHQ0t5&Qzd-INdibwMg#-u?AV7cs0RjZ-7Kjp)Qzroe
zNg#LHTk8MCe_c7KR;t8iXaRZAS>C?Se)h9(c*7fx9q97f*S_|ULk@X<&a&Tr`_-2$
z9p7@dMu0#Rfp=c`ZH)kdC<0%7V3kIIKp=tKiAHPP=QRQZq6pOeA;04jAV7csfyN5t
zj-ne2<-!RNAV7cs0RjXF5FkJxqCoDnx72@7VbOHnQYAJ+3&@Mk=Jq}K;Dhz0F5@0K
zN=#0j1PCO7C^0#85+INS0>$K%N`OET$en0JiOH#x0D&YB@pDKu6Cgl<0D%w!xufV1
z7o|u71PBlyK!5-N0t5&UAkY@bo%WXc%ZrvkZ1yHF_j%EE>(<?N+il;hb19OR%a<?j
zjiutV(uEY~vQh~625ABW0tpzE5g-sqV9mzm8UX@<1S-xcif&u4KSd)zAc{bs@q<zc
z5FkK+KrDe`cwBKM*43$&009C72oNAZfB*pk1R5?-akks3o4jZz8T+#Y<~T3<i(mZW
zX-|7v5iG2GC4K*AmPT&pA}_k*jywLZP|HU@`q4#;7S-e*C@H5@0t6a97<2gqVhIF_
z$tjfpfh3SSxrh>zQzroeNg&n`LbU`45FkJxkU;JzI?$yll>h+(1PBlyK!5-N0t5);
zPJ2uJ<wZ*%HhUA8<Gko~*IidrMseE1-hco7y|Gk$R*@H7vSdlcr}VvBs^M*Kd)pu7
zFUK5n%s~eow5+FP@#4kPg12{idnZ63kih1N?`i}HL=l+y@wplS0)Yf_NB$FcencZc
zAc{bs0l!iS5FkK+KrDgWQS|!F_iF?QL=lMfcBEPY1PBlyK!5-N0(A)FPJ2uJ<wZ*%
zHhUA8<Gkp#*IwI>6h7rCPkBadOA%$9v)`j1R9<w;mMuH&v{P}tL$XrG8>V9tAW)M)
zl$e}42@psEfnst>B|snv<WA6{#N^aTfIt$cX>jha1PBlyK!8B*C^||^PMrh@Bmr-6
z1PBlyK!5-N0t5);PJ2uJzi`ig462nXu^C!mP<hdV4?eg)w<0z<@_Es9>(&()J3K4i
z-U$#0Brv|^ZjAteC<3jAFV+YU2qcg@-<i1oY>fbcC<1{7{7NN2fB*pku>^8Q(GPD}
zqY)qwMIhGOk!lGLAV7cs0RjXF)FF^N?Je~mR9G~fw^WJE&;s(Jv$=f(|2_K2dC@b@
zIOA{XTt52IkG}GiuS`MTwCuX;u3h4(b-ZCZCIJF92}Fs>sgnSKBoHVjr&Iz2l0fc6
zBT7t8odgIZftm*A4oiRl0RjXF<c^}F#N^aTfIt%P7Ds>p0RjXF5FkK+K<>1+)L&k-
z1Y)x{0eR8h+}h8oo)`V<SHF5@4a=#go?7HKAAkJu-mc{rzxc(93d`xIpI)4+`--=B
z0t5mHtp4Rg8UX@P1X_=LS|dOpkU;L>eBz$7Gy(*o2m~7NE0q8N0t5)e6387z$GSSz
z5+Fc;009C72oNAZfI!0qa;Lqe{_>(F5SzUT$cy&o)_zvSyy&;S^{ws!%f39?TVC`n
zZ+S~!&OZ4d4S#QU`2=DKM2X3%lK_Dv5GW?6R00H&K<-2%N=#0j1PCO7SYv+G5+Fc;
z0D(XPxufVnm!?z#1PBlyK!5-N0t5&UAdoxlE%lcdErHnVO<=V1qE}yi^*8HWKKaQ{
zwsVq8mMrPwf6+x3O^#F6wBAErbn?&H_pvH(?*s@064*TPU5x;NC;}7TJWV4&Ado<p
z3Bt4wP2B!rjR1it0)YnnN+m#m009EA1g0G-ci9>1>QqaB009C72oNAZfB*pk4HxJ#
z!>#g=yl53AeP$FG?Yw9oGmza6_0*?6wF`BT7u{>Gz5Z)om&xA_+CyG+_3G8#udBC5
z8~)zz@(IKeh!T@iCjkOUAW%$BsRRflfi4q-X&;IblT#-F0!bj&m|wL72oNAZAdtYc
zL**_z16`U@2@oJafB*pk1PBlyK!8A(8E%z_uKNDZ2i2;Sr%x1tk<5!OUc9)spkvR^
zTDWjwmpfkMMPL2uS9j^w!$Xt5AoQ}!F1sdk`OIfNQ(W>BPdqWvb@|)B{oA5*_Z4sN
z1PBBY*gElTjR1it0uy(BL?b{TkU;M6UdWaJfj|O*2K-7TK!5-N0<i>gN71paPPGIG
z5FkK+009C72oNC9aDm)uZ>j&F!lLQCrAlmu78uFAXi84*x8HuxsDIgg_ubpc$=!C_
zt;?Um+~h^OXE<kk^vNfm>~aa|p%f-fuzxk(^7_}mK7GS#af*h&x4V1-u>_*T<kU%k
zKoSTPlT#`I0!g6z=z8j-fs%4cB|sq7m|wL72oNAZAdtY+adP)Pfi6v{1PBlyK!5-N
z0t5&UAV8q|BzML~<wa*C(xHmLNajVWTzFsl+;-b-?U3Y>B}=*-u)e(LrcIl++itre
zs5zUJY4f6+H*fx*|MP#I)OC5|8{b$uueWys1Of@Hcydf5Kp={M&@2H0u>`tI5T<=d
z0FMBHKmvgV{7NN2fB*pku>__aDtFl#>*`cXfB*pk1PBlyK!5-N0u2}FGQ+L%ki2LW
zC4FWTkQbeis7r@|=S5R(pZnbBjy&?nLwj15En8MZJ*Ul!o^#GQMThDu4S#QU`2=DK
zM2X3%lK_Dv5GyICS^@;R%p<0KC{R*PsRRhb8uP1`009C72m}(CcBtHCXP`?{Dggon
z2oNAZfB*pk1PBo5GQ+L%ki2LWC4FWTkQbeis7r@o$cuI<Z^nmKuU=iGKu<jJ#P?5G
zp8x#k7agjvczY*6AdtYr8`fw92t*NRZM{h&Kp>F7jHB^Vhx8Nn8UX@P1Og5Cl}dmB
z0RjYK36uuOGj7JZI@J;&K!5-N0t5&UAV7dX!v$uX=XUQPFWTM5qZI|@MJqy0+ijHc
zqTS=5&w0*sPX5)BewzOGfB*LnnY8S?@4ltyHvGNa<r9b{5G5w3P67myK%khMQV9@9
z0@KbQy6lV+lT#-F0!bj&m|wL72oNAZAdo<p0rRvE1-dk)5+Fc;009C72oNAZfB=DM
z=eE^%%8ORF(zA<zyl5Ak86S$C7u~XD%dWfbT1tCPySdLk`+VS6%TY%iHEoB<JH5RV
zAP`7k&Bo;#0RmA3T4UE~1PBBYm~l2y>ag{KKh_8kh$0YZz^_yS1PBly5KEvmNS<*s
z*43$&009C72oNAZfB*pk1R5?d<2<)}hs*C+F{swPFptI(kQbfJ{feF!P1k<+-FK&7
zq5rcE%hIJwCkH_*t~dO>-Q^RAB@iVhr%nO{l0cxCoKgu8NCLSNjVLiWbrK+u1Y(W(
zRZD;X0RjX93FMBV16`U@2@oJafB*pk1PBlyK!8B*w71lMP+`$@-clttLkq}@&gS-w
zKwh-_<$wI+AFr4Zo!rgaI{^ZL1h!6mTO&Xqia=}K=QRQZ0ts{<X-|E0>-DE-1PDYC
z2sGeVDggon2oQ)RFm;^VeNU{bQ!N1k1PBlyK!5-N0t5&&T%h|Tcg9EMMQ0?^p^AXK
zXceVSeTuy3!i5VD>%8o}_ulO|W%@DqPKO${{TnuHxbVUYPdn|jqmMrNkV(s4d+jwj
z8anNI!{6IoK7m*QQDSoHBtReu1d7Qil>mVxkUPSU5|dLW0Rl-N)|g+l1PBlyKp>Dn
z?kGCYr74vF0RjXF5FkK+009C72;@$COa0|VOCUCT6Ob3}&8_{cZ++`q(*`Cx?Od{C
z$!tzHm(NW<P~Yh)X58P}dXq+gKp26s>-=Oe0RmA3Ccb%^Mu0#df!xvi#Me*N2oQ)O
z;8RTk1PBlyK%gdp+);FE{CbT5fhYnsy>B=y0RjXF5FkK+0D(XPxzpZKe|gaoh|S&v
z<VAaPYd>q<x^=tlw%d&P$)dyl`|m%S)6Md^n>TO%zz06?@@mUYJMC1Iox2hyCMVZQ
zfIt$E7bQR-jzFN8oKgu8NCLT|_b4$rbrK+u1Ok2hs8j+32oN9;OCWa?9VI5GP67my
zK&-bT)e;~;fB*pk1PBnQLm+qBTk0<_S^}}zn}ED%Z*Il2R<2z6g)e;J>aNT2#~<I0
zT)yg6uPUB6_bdPK5C4#x{7n51Jn+D`|9aVX-+ikbVg2U&H39^p2#jyJTO&Xqia=}4
zl^Ov8fdp~~{1f+_r4b+yMWBw)2_2IF0RjXF5J&>Kqv)*@-_{5ah$7%!jsO7y1PBly
zK!5;&+-YyA|E0GtA5<$<Vl%XWyyzU<zKbrps2#I>^{Zb!2dC?Fiu2ApuS(jp)Mvqh
z1&e;Y%$ql_^ysvkQDSoHBtReuM2X3%lK_Dv5GW?6R00H&K&N4Or~Of4a_S^NAPM+X
zlK=q%1PBnQNubkcxzqkAF*$V-Adm!Vdf#wZ0t5&UAV7cs0Rn*pI!$jY?jKZGG@Z9%
zg}Q|hkQbeU+ca!>(Sr^;=+c>%rAwDin+2`1)8`%p2m}&nZT^ZzfIt`l-!DplKq!IS
ziN?g8AJGU9h$0Z^<42_uAV7csfmi~$qv+Q9Yc&D{q6ox#J5ntH0t5&UAV7csfjR_o
zr@f{A@}eaWo4pChi}vQ0^{k%rqM!QIr&6}_cl)&Lx#ynkv}cvCIsNQsKU*alI&Ggo
zNjaqwAP^=dC)Y}VKoSU*lv6DM0$Edr)HzB_PMrh@B!N0UCv;2#1PBlyKp+X^j-sQ)
z<kU%kKoamSM}PnU0t5&UAV7dX?zFemzae?i6tr8Iv;5>IKPf@k>@FZL+TEuwkM@=q
zUAJys#ovFQHniDg=X0L(oGRD#*kh0V=r@;FzVek_4qH6bYTc?4AP`63=2lB1Kp=>~
z!xy(S0tDg+R2gzl?lW=whcyBOq6qj@lK=q%1PBnQNnr8_xypKL>rEN~0#O8Ndf#wZ
z0t5&UAV7cs0Rn*ps!Vme^l3<5^uh}-EJA2iR(|~BA9q3X&{TmUFPbuhm*g)eo_J#W
zz8rAC0aFh?b<efeUfb?}@WBU9eRNd!^p+R>`Okk|<!`=+J~QICTCE#zyzzfcS^oO3
z|N4j{j#&2V<ta~j%Cu*X6O)r`B|snv1c}M1lK_Dv5GN+5R00H&K<?}&N=#0j1PCO7
zKp#IUl>h+(1PH_u$Q?yTiOH#x0D&YB>+MLj1PBlyK!5-N0tD(1$es3<`pb(>8&s1Q
zE&ZL$xLM>yr}eD9bLX9Rp7C6%gS==JrFNgmdC@O^@r(a7>*e_4k8j`5<BmJ7dl^?=
zd1dumKegxhmb*0q1fmGE#;?~15QrkM_4-pZ0t5mHbRTk0eRSgMr)mTUL=mXtb3(@?
zK!5-N0tAx4)Nyk6JwI7Ht`Q&*MZmip0RjXF5FkK+009EsC%H2|dhxgZeNb)2+WOdG
z^7o65jg9s3$PU#OxcTOrr{?{7*z?q<KD7#|yl54rcAv?4(XCszR)1orp68u+Ui;22
zTD0hCU6<{)+pdSdf#NAqVsh#vKp+W3iOH#x0D&YBC?=;=0tAvkr(t=g{ZV3a>LfrQ
z3HVf#009C72oR`Apwno%)BY$iIdu{skOXRa-*8w01PBlyK!5-N0)YfNO>ZmiA5>U0
zows6zed#tiFFHOx-j`!K$Yg<uiHWn$I_s6MeC5$SE$NrZ+bO}{`JLaHeArIw@}iw&
zrta^1UNrr@d=crab!Fq$J2e6Xq6loB_^w8PKoo)2+N(4I1Of?69pQK1BV<c}Kp=rY
zA3rLU009C72*eWTK4zZ!=okNWrAB~26oFW8N2(=2fB*pk1PBlyP=~<OiEY*%dC@E`
zoof=f;f5R9$-|{fmsUAN!}FrQ|NFncy7F?*J@*u;&c1xV=nsGR!yR_mp*UuJD^X%{
z>LfrQ2}Fs>sgnSKBoHVjr&Iz2l0cRD(d0gXl5$EVK%kD#2_2IF0RjXF5J&=(N61yy
zqr~LYNq|5S@GeJy009C72oNAZfIyY0ZkImtqFr!2G-m?xqE)Cby6B==hBNz;7fq$E
zTet3CDlG4Q_q%6PaBJ*3jR1i#0$XotX#@yF5m<9&OCvxajzE=}!sI?%uY8wAfIt)h
zpK1~yK!5-N0yPOt9wAp*e`Ld>8UX@P1ZsNUa99Ea2oNAZfB*pkfdr~db-VPD7wv-M
zp*a(f7p+45_kaKQvx#4(=k_ZvTB`QphabN3$}3ZOrRCy_FMh=<Uh(W_KfAZG!^Gs|
zS_u$H0#Rae>LfrQ3B-xXDU|?$Bv2ZA&$t;SCZ|pU1d>3Yj~|svfB*pk1Y!xyIBYI;
zh!T@iCjkOUAlBQFY6%b^K!5-N0t5)uAyAst=5ET1=8EZGhk(3j71dR%Rz2@|&+9FF
z*?v|XdC~Fl@jdp~V>VTFdhUuR$20;2q6n<p^dpS`fhYp4@#{4L1Of?EnJG-}<A35H
zKp>Dn9iJ0ACIJEj2oNBU1SXG=tE^vo`*Mu{fhYpr<p>ZUK!5-N0t5&Us4~^<(&v-6
z{$x<COI3Y;=)wyxEHY^+-q!cyJK!t@<V7n2wpy(xGnXI!@Q1}8fAzfRnl)=)|N7Ve
zPKD(e&v-_0{Qj;)iOH#x0D&YBB_^j%0tAvkpqQLe2@psE6=w=Xw?Iibr4k_EQ%wQ{
z2oNAZpeBK0cwBKMN=#0j1PCO7n%*}YmH+_)1PBlyK!89Xfr_);PTd9-7ER~vR8k%L
zC+9^!_OXxs=l}elpY^O~ZM*HZJMFa7;fEi7(n%+M=}TW48yl<R)Q(w2Kwh+pQg3~J
z{_~#~G0y6F(eutbuXxs=R>rp6rx73!MPT#9cQpb8q6oCsUZoKr5J(_*77*pVNSy=-
zB!NI5KPr^~0RjXF#1hCIMaQ~2)e;~;fB*pk1PBlyK!8BQ1#+jorTz`fi*^aWopQ=4
z8#Zhx5!svr0eR8-kbBFEo^i$*U0x}3^H7wSoH_{*NCN(IKLG-P1Omn6luCd=63Cq?
z1bRDCDggow|47s26Cgl<0D<}ha!1kiRpQ752oNAZfB*pk1PBlyK%nmexzpZKe|gbT
z@@<D5cDVQ6drL|->lTm~txtGzUi9j#ul_={C4C2P`=#-!SH0?MU6;>&?sKIVQNK1@
z8^5d(AP_}he9PS$0RmA3{J=K>0<i>gX9}%VmuUnDL=ouwhlCDDfB*pk1PHVRa!1kJ
z2oNAZfB*pk1PBlyK!89Xf!t|tseeQAqM!ZjXHPicgln(8_JIc;ShsH7mMvRazgpI>
zUw_X%_ndt4$&(Xq^XJb`-AYh4YZZ_et&ewdUUc%`dBydYz3gS3YP;i(JO0nFmh|E}
z;D7`6?XW!exzC+9Z(haIP3{&YCZ|pU1d>3Mn4CHZ5J&>Cl5(mgK%moTywm<DF*$V-
zAdmzCef+3Y0t5&UAP`HS(`dQV{#aM1S^@+J5FkK+009C72oPwvK&R<##r+M*i_WOA
za^=eBJ@0u%R_$5Ode){*n`V5L4*e347wwni)Z;wy#1kn3UHon5uDsv{FPM7FwCB^G
z{&eo4a{K%FQ33=439K4lsSzL$ML^1(0D)Kn(~icw?A(0LA87;#L=kBCN1865009C7
z2-GLgWxzb`L-keS$OH%wAV7cs0RjXF5FkLH?*h}#ZL9B;7cH#D$H$-k^rsh*wo5L#
zq<F|m-2(EWwF-acGoN|!i(h<5&a&5Dd$nH+Z++`qr>*VHZ+>&}VyS5*P*P5*1PDZl
z$*Ge7fg}(sDW_Tj1g0I0ci9;wCZ|pU1d>4CKO}TO0t5&UAV8ok&}G0p?L*uM5FkK+
z009C72oNAZfIuLDY3H`pcb@<C2L{!u7ddA=zxTcG70I`h9Zf%3KWC?I_=)62hwTsG
zj5E$?zZQ1cWtVAlraSMvbGyTyd+vEq=jFfy5B#03%N~2|QM~9%D{D7Cs1YC#MPT#9
zcQpb8q6oBBd_p5YAdo=rOkv{3=V}B9L=gz|@uN}+5FkK+KrDgWQFN@UQ!N1k1PBly
zK!5-N0t5&&Tp)MaTk1ckuxL7OsgmlO3%f4I9d}&yLzQ}_fasDXON!9iqmMpX>R_`b
z0eR7yV0%97hd%V7;)T$C<t=Y{OQ*A}Sg~U9;>F#c-sRCKF*$V-Adm#2#N^aTfIt!m
z6q8db0Rl;&(_p*P{wOgybrK+u1RDO4rpqTlfB*pk^$BzuEqB^qUnP!AfB*pk1PBly
zK!5-N0tEUl&}n*Gaeu_TXqSLldg$0=kF9v^({_8$d)`wVKYiWkw0-RCyMVlC-$`eA
zz*}y)W&Zs6#cQF<%IjbM`mc6aKKQ{8c6s8A53P7|Od~)biop1myEOs?q6oAe`jke1
zKp=tKfxVC|0Rn*p`u-uI0}>!WfB*pkZGqfTG&ceS2oNAZfB*pk1PBly5J(_*+FR-`
zFIocm)TcgG#Mr*{r7x8pwONyZyl73ZvpMYj_uv18&dcG4A6~ptW?Xs7Q=YPP%94Jj
z{#nm@R+ldzjS`bnCjkOUAWBS5odgIZfj}`ir4k^J1agP;fs%4cB|sq1$B#-SK!5-N
z0<i>gN71paPPGIG5FkK+009C72oNC9aDm)uZ>fL8ylCkX`n!42MHdy}w=aJ2i~T*g
zqjeIH7wsf7wEIsu;e_IqGULh)JM3`tZ!UlF7k@G1vs$g2H39_U2;ACgX#@zw5SY00
zBN_n$fdq1A1QTCBRU<$kia^6Z(scO*2oNAZpgw`zQFMKkI5GhO1PBlyK!5-N0t5&U
z=(|Afw71k>UbF;q;)y2~F}Ck~=R2iGZPp|pFIp39eTRMU!3SUd@|Qoi>$2ybdls*z
z9#-PS<m6fj5J&<sVsh#vKp+VOipeRJ0D&ZsJEV^ilT#-F0!g6n9}+qs0RjXF5FpSN
z$Q?y<BS3%v0RjXF5FkK+009Dl1ahanrT*vq^A88rN|g-5W~<doKagDn+g7bwH4IfX
zp$2);k-W<{-gsm2YU*KSY|DKb0RmA3TI1Ji1PFu?Sn&zJ|4V>CAc5SO!o>Y&YXk^H
z5eW40qf!YFAV7dXEP>onbgZjWEdc@q2oNAZfB*pk1PC--Aa~kZ>OZKkXgY7Hl402V
z{`bFMq}q1dZMPI39fqo!P=mbaNZ#d5n>HPP{PE9u&U2nUWqImTpIW@uI;}*B$*Ge7
zfg}(nCMVZQfIt$E7bQR-ltAuGAxcb6odgIZfrfvi>GBB>AV7dXeFC|o==v&gWC8>T
z5FkK+009C72oNC9cY)k#Z>hh$XaTZu<HpHfE_&gG7Zwj$sarr^v~J;HJO01@+rRzZ
z@BQ90yDkqr@W8N@tsVjd2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2m}>qLSFRDGtd0jfBo0)H)!?h)rTE+Sn)lFd+xdC`1pADr+BoF0`j7L#B?YE1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyP!ecDUi63~jz~e!efHVs
zlb`(Lz4zYx_~Van-MY2yuwlc7`|rR1gCG3h{Q2{XuxMJj@4ov=P&R87kQc3$*TD%8
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV8qu0?o;bPL6|iS>Jy9
z?eDnbj)wnL%>Cudi_X2dGZG*`fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfIxEu&ibeO2i4{bx&8g3T{5D@L#Lm9`q<dmoE7Fog@C+hL1Bde0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF^j%<3VbOHnzF$kH18&~D`GE%>
zxaOK`QXKSkuY29|p7*?+ciwr?qD2c9EZA$Wy<YR0*PMFlskh#G>&A^6I~~FPx&`D#
z>lSu=0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UXtF>P@}f<?
zzfrDTUNp*`QYQfd1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PDYF
zkQa@3*G8{qdC}3kr>=+q0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjYuM?hY5c<x1$E0Gs%^4)js1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyP`7}*Xx+k&UqwJ(w2G2G1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK%h5)Gq1aEP_4IuJ!>Qd<V8pFwz?<+1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlq5`jU5MbmkQL_itCARsR~40k~d1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyFscIbqN93eV_lcLXsr9CS^@+J
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5QrrpFB<E9jcT>>qN93e
zT^9iY1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBa+fV}81+yynr
zi~1WNK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0`&>Vi`HlB
z$khepMXOusNq_(W0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t9je
z<VADE^shreUbF|*R;zWz6<7TE=q@W)uIz!uQwR_sK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyKwzrC>DSyds5Z42dm1YsFWSSc|I(Mf^q)q0X>I(nMu0#R
zfmi<J4H^Lg1PBlyP=`S7Oree%9FqV60t5&UAV7dXECHkFSoce{1PBlyK!5-N0>dCM
zar=ig0tBK6<W74_{Rb5mP3J9DVzbEt@}fQ5{d3MaXQbnz|0zmLPMrh@B!OX=!l;1&
z0RjXFjHE#BOkpGuToeHU1PBlyK!5;&ECHkFEH0f15FkK+009C72qb|hF*$V-Adm!d
zr@f{A@}eaWn*$LTfxPG=k34eOWtaW!94^NlcU(I!y3aoQw11TTz0sCG`?Eh=ym)b^
z)T<#G0Rn*pgk}j42qX~by+x@62qb~r2^us41PBlyK!5-N0tAer{S6QxK!5-N0t5&U
z$Q5X<zFZ?fAc{clw71k>UbF;ab07lI^P;U*>$%T;Zl~O1-TRj<Tef!X+84d(MRlKO
zj*p)^deNT%fdL8xO3Epf0D%F%S2#5R0zC-iPSAQdg{Kf8K!5-N0t5&U7%>5(=n=c2
zE{6aC0t5&UAV6Ra1fs;`)JcFq63CtQmio(!mOyL{L?C)z^s&bto8v6y<kRiD@4jF7
z!WSm*8IAQh81Og+0RsIJ*gWxFjR1it0{wd7I}QN?b0d&DL7SVZoP_`Z0t5&UAV7e?
zFbfz(5A)qo8vz0Y2oNAZfWUAHw8pR32oQ)OkUQ-y^_Ledf!G{~z$oQKk3Rb7W9DSp
zZ@>N8xzNK8Km4!$>aRv4BRcsihI5RhDgp$i6^Ig(QzroeNnqMnv7H1646Q)!1Z`+9
zL}3I75FkK+009C7=1jmSdd{ewhyVcs1PBlyKwxA9qQvCXNq|5S$es3<`hVc6y9d=u
zmDp^uz$oQK*RNkcH@EVfbIzHZu57PA^O?_lB+jyO<;uPG+H2}nwD*k6u*!uHXoA4_
zmb*0q1fmEu;Z4ak5*Q_c+{wi#UAt=`K!5-N0t5&UAkdqDQFL!^o<)EF0RjXF5FpTG
z0l)E0fIuLD+-YyA|DeL6>Aa;%Y&KayUbKh1f5|16Oifzuw%cw!9BK}p^3$LGGzDBg
zGG%$sd*1WB=RI%gg`_=A9*Mbj0^tOr#N^aTfIt!m_YR|A0u2|)9jiB-%jFXwK!5-N
z0t5&UNCHOD{tO5ZAV7cs0RjXF<O&2z$|;oqf!t|tslU8v3B=|=1ms0~V1MF?C*Jg?
zH|_naCB;PBk;^^z-1DQuxBQR)@jrIndFN?Ep<Q<7j$ZU9K!5-N0t5&UATW9Yxif{)
z6L3WY2oNAZfB*pk1abv(N6}j+zO4};5Je#O4MBeb1PBlyK%k;P>*0$v0tBK6<W74_
z{pCeVAT|dgATK&g_A9QqqD$~H=tC6;ExHjPK!5-N0t5&U7-50jnZgKDxHJL;2oNAZ
zfB*pk6$Nrf(NSV@>LfrQ2~>O^(2W2A0t5&U$Q6hZlT#-F0!biu+FR-`FIobzIS>JP
z(OI(Jdh4x0L!n*D&K<qzPk;ac0t5&UAV6UB1afBzqbJ~s2oNAZfB*pk1PJ5`<c^|$
zvUXe}Kp=`h?i+&s1PBlyK!89+f!6X1Gy(*o2;@$COa0|VOCUA}A~5%P(e>-suj}9P
z)1Usd$UUYb&%I%*)w<-8OaA0f{^XBmT8=&T*n<x~_@KF6mMvShV8McdsNzb+L5pq#
z2oNAZfB*pk1V&gOcXBbp6fTVb0RjXF5FkK+Kt+MvQFN4;oH_{*NCFk#2XrGqfB*pk
z1abwU#N^aTfIt$+o%WXczyI<(2h~cI*le=ET;@f`$H$L6^2myj#U8p1BrjU=kLSrJ
zpWJcB9ecQ_fjlL5^rAlj0s|CS{mX|m0tBK6tlRV>jR1i_0u_h)MYjQt2b`J!0RjXF
z5FkK+z>o+O!{dr8UwvSeMu0#Rfi)YKYXk^H5g3wzfiegXs3_1Hzg{CiAc{c6*>0z9
zg9?kL^L8r9{ss!nWnT0f-}pwY>BnKti{5+hy|rF@e-B=9(4rdw0>dB>B_^j%0tAvk
zpqQLe2@psExzod87#OI5009C72oNAZfWTk{a!1ioVsh#vKp+W3iOH#x0D&Yh*ztg~
z6CjW)5G5w3P67myK<>1+)L&k-1Y&a_0&|%cz468y`x|R49j#w^(R0r|_k}NfVSj%&
ze*gXVZ&y2i{`@!ndO7BpW71jDPsaCUdBF=_@RX-KrDW3EX71=ke*y#sD9~E>d5r*p
zFam3?Y-t1t#1Y7ypbc<5;M4>N5FkK+009C7hD5+9dPr`BG6)bLK!5-N0t5mHg!%7W
z{=+l@0_#4XJMAs?mlrL8*c^z!K=Pu`eeQD~@6+<&gAW#w$iC!7fA+JV6$h+iCFMoi
zH#+@7{mwh@T*oP9f6PDwC#4b~VERCSKqP@UF*&(b0tAvk?gY)Sga82o1PBlyK!5-N
zqiBBv1PBlyK!5-N0t9jeBK@Z>aX|u&7s#FVmio(!mOyL{L|`C!(e!1T{kqu49($~a
zNA@Kz`u*>Jzc^qWD+?AZ_~EaXfBeUPtmF87IcDzYMSlVW1}Ly<e5FQ!Koo)TEq7}K
z2m}(yowE#ZJmAy>2oNAZfB*pk1cpSwD0)b4gfa*aAV7cs0RjX93A9#SrV$_zMId+D
zTk0<_S^}{-5CM775_^#s-G2M+|4;vx^UpuOQ<5`%<LDpuw6uTD{`tRNe)o5Ociy~t
zoz9ZAKhVHQsRRf_iOH#x0D&YBC?=;=0tAvkX{IpareO&I0t5&UAV7cs0Rl4)n@b&t
z5g<T-009C72oN9;B_^j%0tAvkX;z!NdD3V8Wl$}*RQ*R-Kwh+TbBnxa`my-ZL$ld@
z@WBT=B{qv+sLwtAD_-%6PRE?(e&aC$1Of@PR(wJuKp=|1#O)u}2oMM)kUKsPG=5Mj
z0RjXF5FkK+0D+nWa!1h*jXj|eAP_~MruPkpB|v}x0RjY~{C6&O5+INSa;Lqe{(}mO
zrt_96vDst+dC}6{uPHCuYPH_^&UdEoEZyeU%c4b#id5$_dRqGRZK6dP#ftG50Rn*p
z49N%(2qX|FCZ|*a1d>2$rZD4Xpz(uJ2@oJafB*pk1PIh5FypYf)FDbtPMrh@B!QaV
zHyoA#0RjXF5D4_2x|B+QKxtN+yD2Z4E2e)P0`j6I)td66rL&~Xd+)us$Y&1Qit!i$
z0)Yft<JW5h2!s(ByRM}XAP`4j>KMNJo<QRVr4k@OfB*pk1PBnQNuc|fdFrG0u3E1V
zAP_~MruPkpB|v}x0RjXB@CXnHBrtVio3%$?G>c2;ngm8EFZ!xiz3MfyUXD28h<18&
z@#4ibnYRzSY15|t_S<jRlA`T;jK>HN2qX|DCMVZQfIt$66O&Ua0Rl-NcRCPg{Ge0<
z1PBlyK!5-N0yPQbj-sQ)<kU%kKoY3weZyf15FkK+0D(YBIi(UHkUQ-y^_Ledf!G{~
zz$oQK`<uO7uwX&mcVxqc4d40BcfQ%{vd12K^!JjBqZyA8AP`7k<JLPh0tBK6v|6`n
z1PBBY$ej)Z8b2tN009C72oNAZfIv+Gxua+qJOTs)3Doqy;jjb<5FkK+K<klDYXk^H
z5y+kPmio(!mOyL{L?C)zwAE_uv(G+7(6Nsz3l}aN$Q`ME(wlF-Iene#QI(fv%a$E*
zzybU2yYGxj#$yBs1QLi6lT#-F0!biHOirl;2qb~(BlC98K;s9c5+Fc;009C72oR`A
zAa@iUC@H5@0t9M$-*8w01PBlyKp;v?PMrh@B!S#%Z>hh$XbHsTKm?-aMHAY}l`Aj3
z^wJCaw0z(LA85xZciL&Ef!vXrPI}p8m(3UxEjqMTU#<}#5Jh0($LDGU2t*NRJ$$i7
zfIuLD+>yCYH3<+PK!5-N0t5&U$Q?zu#;?~15Qrk+Esg*I0t5&Us7XKuj{t!{0=d)P
zQvd(w;@bz+N|o4bvcL%BMf-dEzW@F2w_}q#@4Rzgj=Xm5+Bd)X&A&V7CB<KhIOvQk
zQDSoHBtReuM2X3%lK_Dv5GW?6R00H&K<;#)rjH68mH+_)1PBlyK!89Xf!tAal$e}4
z2@psEf!>RhN`L?X0t8|S1WL*&l>mX<X>Y0jpu(c*yroKPHd#Pkv~>6To)<muyz^$v
zXAWD3*1FGY1PFu?c<56tjR1it0&A{pX#@zw5h%?RX55VR38ZQX5FkK+009C72-G1k
z<FL8ZVcn)5X#@yF5vb!$!!ZdEAV7csfh5pcf2~G<Koo(}tTuO3UNl!s|2hQZMN6uE
z&x@XR+G)cU2c5B=Fflo~RssZ)K$MuAItdU+0&!w;N+m!b36y3EGj94|lK=q%1PBly
zK!5;&8HdfK4pCxq>LfrQ33!VmK!5-N0t9Ljh!T@iCjkOUpfsz^-IN#271O^C0eR7q
zYLORRxNza0_G5X$3trI9XTIVUulT3IEyo^v?2IwdqC;!#RT=>TVFVuew6A<8Kp>2O
ze_;s_2qjRODa^Q8(?^94OMn0Y0t5&UAV46Hz>LG@QishG-_-~Zh$0Z^y-2A92oNAZ
zAeKOD>^hAAfhYo{S#9p7ylAeN{&fh*i<VT2yl4@g?AOX+haFZrSH;cs>(_tnYhU~F
z?3OF8xZ*`GdeL)!b9wf&pFMBhyr~x$CMFjuZ$OnmT>|o=1PBBY@Glnu0-*#d4%drr
zu|9!REdc@q2oNAZfB=Cy1d8Et#g!;AIdu{skOb;@({M}z1PBlyKp+W3iOH#x0D&Y>
zakks3o4jZz8T;o_Kwh+@{rKaLZ@1lcQzMkK-*fokhnLP(WpiR;V(HSQvp;**5yrRN
ztq~v)MWC)2YN$L91Oib6)^EOFBS0XKK$YS8<UT&wBtU=w0RjXF5FkKc@(8)gIxzwS
z2oNAZfB*pk1j77|UZAgVQ7VDj1gcDRyYzYIh2I`j>r$16nkFDGI`xjHuNXb^%rj5#
z({kjIN4B$?FMjchFUep2=5PKcE9%*o&QW4=>LfrQ2}Fs>sgnSKBoHVjr&Iz2lEBoN
zLiasB)g(ZG009C72oNAZp!=A4>Z8O65FkK+009C72oR7LB|spMz|@It)}BFyMbmk+
z>eP9(1>{BRzQ3oPc3NLDoarD3R9^PqfB%IG7xsMK*2XVu1PFu?SbuFxBS0XCz#|(T
z)d&y>B#=8(@Tn#N0t5&UAV7cs0Rp+B=!Z9~(FhQTBH%5K009C72oR`AptbsPjR1it
z0=d)PQh#~T5{S)#2*``p&Hl+xezND>X6cC^s=U1Oo$o9?H)}IYOir$q0D&YBBqpa$
z0tAvkpqQLe2@psExif{DJ}Pur0t5&UAV7cs0Rn*pa!1ioVsh#vKp+VOdM{Ec0RjXF
z5QrrZB_^j%0tAvk?zFemUtY8XVsjt@@}hOKkB^U^eDcXh_qrT$#1UCh	ev+G(e$
zJG<|Z7bQR-lEBuRS{eZYK?Jr=d|M+xAdo=rOd-}Mkg6p>fB*pk1PBlyP=`S7DEg}J
z|6C(LAc{a8ZyJtCfB*pk1PCO7K)=MTR00HYr@f{A@}eaWn*$M$7aa(D^^=Z`jcvQ_
zw%y~MT^^k`Z{Bv>ZP%s4v=2o}%K3Up0tAA@<b+xY5J&=nVsc6)Kp+WJAGEi7`e2g)
z0RjXF5FkK+0D;_5bd;E!ItdU+0^Z^X5FkK+0D+nW1n>wD2qcg@?Jf0}7cGI<9EgCt
z=s?)BPI~LDx1Mmq32)C?jy?9+X@j5@ceYx$Y6J*`5s()pKp>F7*mW(90D(9HS%db}
zxu%Z_9hLwA0t5&UAV7dXAc5Rb^h0A$XaopE5eW2Nq*MX~2oN9;OQ7}8r!)ctq6p+p
zdrSS_e!*>nYNbkSHd#PkbR_TolTSXm>#n<2OovYG7A7Vq*Ghmu5(t!(Qz`)habj|E
ztpo@pf!vuwtWO|SOMn0Y0t5&UAV8oFf!tAal$e}42@psEb-ZafCIJEj2oNBU1fs;`
z)JcFq63CtQmiiAWESk<+s>EiK1>{9X_3p1&vEs9z{p_WeUi$Q>KYeN<wELb`>t>Ar
zfj9!b5SRdgI0Bo$($WYJh$E0YQ}Dqi0RjXF5FkK+009EIqv*R<uG0t*h$7%EjsO7y
z1PBnQNuag%DvbbvC<3|D-co;g(GrNwfe6Tp4urkcYW@4a|NHmnWI6x*^Y`9+@AP$}
z#j?vTyU2^ii2};*5|~jSPEyYI!4e=4CnhJ?N`OET$ek(F^iiS15+Fc;009C72oMM)
zkUNTw5|dLW0Rl-N(0h?m2@oJafIuvPC^0#85+INSa;Lqe{_>(F5Ss%LkQeR3zG>5@
z`|i8%|Epm+;e->qCpHKBsGqkcKp>L9#xJ)t0tA8x#QJnXwFC%snJG;B5HSJ-2oNAZ
zfB*pk1g0G-ciGwU|CSOU5J$jU9039Z2oNAZfB*pkU1qpd9+DTWqNGpV0`j7rgvZCn
z_uFs3!R9sxb@oU}xve*;mO#@5g2d#6S_u$H0wz!d2*eWTG*jrbKi1W$mH+_)1PBly
zK!89U0-Z+7o%YL%5+D#rppG{U$0R_2009C72oN9;OQ6&Aw&H$y(TY&I)hZw_+KKn}
z+ixFKTyx;(^$pSl2oNAZfIuAru_imJB|xClOrg_$Vgv{fAV7cs0RjXFbQ&#p+TU7r
znMQy>7y;klL4ZIU0b>#Z1PBlyK%gdpPSe|p`~R>1_m)AmiWTbC1Oa)`PIvjX+iojz
zn>+Sn*<sQ$fByX9;6u1lM?%Ii2@oJafB=D-W+e_wfIv+Gon{K1_SaN~!xA7sfB*pk
z1PBlaB+zNJ+-ZN9n4DZI0Rl-NPEt;(1PBBgJSdd_0RjXF#1iN<y{))^P+`$@-ij6K
z)&zl($%{Vn$Rj77c;X-RZ+ZF4U*1k~?z!ilv;Rx@^FROdA<Tt#DoLJ)0D(vX%P(kY
z1PBBXh&9<!Edc_#vjAcQ2oNAZfB*pk1PB;K`x_uI!UE%4?$!tph$1k;??o<+009C7
z2n<#rciLO(FE3gGu{jWdk;#j`^{sF1lzyD${%y9|X7;ycmtA(5Wf^n%^him$wO6T@
zK+^?+#N>op2@psEgPpuMI{^Z@0=ct*+~ey{fB*pk1PBlyKw$I)jG{;Hp1L9eg+P>;
zoH_{*NCL$x*9rjw1PBly&|iVvX>X~&yl4r;=0F5SCNFyAkw?~)sN8P5?Ph;#(r?kX
z%UiT)(YABDELgB0S7z<T2Q>l&q6qlWE&>Ds3G{a|;%Ed2)Gd%Z3#hvu$0tC5009C7
z2oNAJ`~pVN!+(!dNPqwV0t5&UAV7cs0RlY><W74_{pCeVAT|dgFnW2>|MFk{%ir{4
zdDpw%)s9*2zWeUWXT5B{{r2sn-Fxr7J>2N;eCIoV-_vs0WtYvLKVM!nO7Kse1bPq%
zl$28{0RlbGJ3Ns9fq@9*j@t)Pq>~aLK!5-N0t5&U7%Bmy=%KnDiXlLN009C72oNAZ
zfB=F13gk|EOa0|VOCUA}A~1S+(JQXFqA!xS-F91U%(6=VyYId`x4i4FyROQSXY7-L
zqv^XwCol8n&71aFt=6p?0RmwJR(ztR5g-smpudw5M<YO>Zh_o!d)@UoJ^=y*2oNAZ
zfB=Ev7chz*{(GcC0t5&UAV7cs0RjXF5a?MTciLO(FE3gGu{jU{dC^YncinZ@v{}ko
z?)=)<zSilCo%X-~{qLXUN!w3P-@JPKq~$Gdc}u6mhKb3^wGtqZ1cJom)JcFq66kr}
z;fVwY3`C&Q_`K8pffVVa1PBlyK!5-N0tALipwno%)Bd3<UNHm+5FkK+009C72oNAZ
zpu0e)>21aRfAq1N2h}Q8s9O^R<V8E(<t<ybyzz~1?BU1UJB2XY`|r8uo=#`%wEunY
zdtdvxzx~_4{nE_ksH2YRUeC0Tw$@*(5g-snVB*K;Y6J*G5$Ha-@F)QS!zR#aeBNpQ
zu+^^~0t5&UAV7cs0RnR`&}p>XY5&|;=!^si5FkK+009C72oNAZpl5+j)7y&s2Nf1g
z=dD<wZcPx77oD5Cyu%JVw3C_N_{KL@WiIc2_q*HAeeZkU+e5Yc@4x@Fq0lZnqr~LY
zNq|5Sh!T@iCjkOUpyzpqClVkq5P{sW_dtqtQUU}B5FkK+009C+C14aiRJTJh1PBly
zK!5-N0t5&UAkbfd+-YyAzr1J(#O6Q*<VEL(y~vApNomgb&|Ba7)*h-|zI^#vXPtH0
zl;xz8PU>{V*7)@r0RmwJmS51)2oMM&(BH|3qY)rbw?OXLyY6}%p8x>@1PBlyK!CvT
z3m8QY|2<M60RjXF5FkK+009C72=pwFJMAs?mlrL8*c^y}yy)Dp@4ox)ox+*b_aAoH
zVO^@-vSrJf%q0a-=g*%%wSX`&Ik{E>1d>3In4CHZ5J&<&&pSMk0D*xBbQyb3`_Mp&
zbW#EY2oNAZfB*pkLnScnP`S&_p(<W61PBlyK!5-N0t5&UAV8qIK$jVAm51a-t0?JH
zw}8B8-NNnTpMCb(ixw@Kn#|1F^Cy4uC!MOj?Y7%?+;PXOqjl-rT63jFfIt+1@hx|2
z1PDYC=svmdC;<Y)CeUf@-D&@@)vq1`1PBlyK!5-N0&_3WX|&vF|E0Gt*9Z`ZA~5%F
zDb7fM009C72oNAZVAupYO>Zmimlv%FrCY56@}jl!PCoeN&6_v$v=l!a|K9h$ck%%z
zufP56Z|{=-%zY?IOirBy2qb|hF*$V-Adm!xZ91bK0tC7XOdfAnS?_){j}jn2fB*pk
z1PBmlf<Tp#^W;8JVsh#vKp+V;;Z4jn5+Fc;009C72oUHlFnLPb!}=RP^0h&=9;)?}
zQ5BFE9sWD}zW2Sa9r%3O)1G!nhh>*tcF7HecIhvJM}R;e0U1031Of?kpIms90D)l>
z$ek$+Tm9-GK!5-N0t5&UATaj=xua+qJOTs)3C#UliZc=*K!5-N0t5&U7&d|2X>Y0j
zpu(c*yroKPHd#PkbolT7```cmF4@k~L$81R>!0||Wyz8yr9Lxmw$^=KBS0XEK%k_Y
zQV9?kw&{#|2oUHlkULZ8el(8~AV7cs0RjXF5NLvcQFIgTvTGzjfB*pk1PBlyK!8AF
z1#+jorT+4wB@mkf5s()h2z%B^Z@lrw855pGhl36}=+xg_e(Se>t9Z2HN|czKItdU+
z0s?ph2m}&n?7Yc^69_7hHE2(rgI=bx2@oJafB*pk1PJs|z$m(pm<~mN009C72oNAZ
zfB*pk!zPeB?Jf0}7cGI<9EgCt=s?(WPkQgY_kN-4a>Nlw%$Nne=9+6B`}Oj<&wXyk
z9e3>X6d61M1Of@%wQ`+CfIt+1VVlmVhX8@@0=a|s?nm<|0RjXF5FkK+0D&e57)3YX
zF1tno1PBlyK!5-N0t5&&Rv>rUTk0<_S^}{-5P>2ux?sVAJt{0a?X*)nWVr9X`{ov0
zd{5^7`|qFo+!^~HdE}Ap!mhaDiWxhPUWe08JFQdrv)G^fTfbgj^{Q7D`=_o1O3Epf
z0D&kmIdu{skOUe#Z*t)Tf(qo$8iHP?vI!6%K!5-N0t5*3QNSp=kC+ZcfB*pk1PBly
zK!5-N0>dVdJMAs?mlrL8*c^z!SHAL<sd2$7dloNVoLjKGXs%fG{^R50AN}Y@Pnd4m
zZoBQO+|bE=T5GP<2oQ)O@Po(3Gy(*o2n^eFMm+=wbQh>T8gKXPel(8~AV7cs0RjXF
z5NLvcQFIgTvTGzjfB*pk1PBlyK!8AF1#+jorT(uw<DUoBN|o4bvcThyKfYwilF3=Y
zitA5*`qOjW<VADE`qIDq{Y?qe^gH!Wd)m_`-}fjnIdu{skOZQ{<kU%kKoV%|yvc<V
z2r7^}8V`Dz$|gX7009C72oNC9M**YgK4Ll)0RjXF5FkK+009C72n?G*?zFeme^6o3
zbly@WHXAN5Ha7Mz|MD;2t+ssZV;^e=3lBc{;9NI((Oj{<^gr{=Gbd+3r>@VNH?Op_
zwfb_60D&k1KYQ|*8UX@P1cq%oqaFeTx(nov#=9TQqXY;LAV7cs0RjY?AYc^TguCn-
z2@oJafB*pk1PBly&{%=oX>X~&yl4r;W(a|6uf4XNEtD4xalhI{u359@XTP}|al{d&
zjOgUeC^0#85+INSqQvCXNq|5SXzaYng%b!WkUQWHdYQ^5K!5-N0t5&UAkaqvqv$?j
zIuro{1PBlyK!5-N0t5&Qn?UZgx75F}dC^UqHhul;Uq9uPQw}-gkj0A^Z@cZbd+oK?
zOJ4GllTJG6>Z`9#p|)15RkE@<JOc8f!*efYQ^^%qTru@)MT^L2YwcAU0RmA3R*kRJ
z2oQ)OFl^Hq^$;M?T_AV7-Ti1DB|v}x0RjXF5FpS50i)<9+-28DfB*pk1PBlyK!5;&
z#tP(4drSQrm>1o;b?ZeJUG!VO^;<<OZQ7N;`@6p@S=k&O0eR86xfd%}u6)spUbJ1E
zONwf@mxT)#mR^ZbVsh#vKp+W3iOH#x0D&aX*m;u+ClFL1cjO=RGL=n$009C72oNAZ
zppODZ(S5{pC;|is5FkK+009C72oM-Hf!t|tsejY*qK`lR__AfoO0l$QH|0f3e=0+@
zDKDCJJJOfs_O_gR?zz*xI_74l-}oj#Ad*1q=9Wf)KoEiNJ+xLMKp>Dn*2q6~9=4Ax
z)I)#(0RjXF5FkKc?ges3(SariN+m#G#gk(i0RmA3=6(#|j06Y}AV8oY0=d)PQvW~r
zs~ZQ^N|nsP=3|dNmVR`;h`Jqg&_UN<e|`D}#VuR5q%_^ejT@IQU;dfTd}g10_DOx@
zMd#p-^n40=(du+5^Eu<U=@u`Fp<0QQlv{ndY6&!5AV^G3sFeVLB;Y?Q5Fijsp!&$a
z-LoN|gt$xs1PBlyK!5-N0$l`hN71q72&yH}aDgZ>Idu{skOaE?W9=aV1PBlyKwvfk
zxzpZK|3QUC(|Jpk)V;ZR^XC2b+pmbj{qO(%zdM~VWk+wh<(4mf=}VnD*gtRqdC}^(
zV3%EXDgNwxUfFx^y}vhQx%Jjt=g*(t^D$?9Vr%R=jR1it0;_-dkVb$&6oJ<G^%?;J
zfds0L{M$We^YMb`5+Fc;009C72oM+zf!tB_#;td11PDYCX!=(-_yQ9Gp#(-_T;VDR
z5FkK+zz_=LPJ2uJo0Atk{q)m|d|Jx6l^krw5|9_Ie!sTecH81FKh{c=n4CHZ5J&=1
zVsh#vKp+VOipeRJ0D&Y>edOQnIfS2DD2V_80t5&UAV7e?91G-*qNBv*)JcFq5|9@q
zKp>F791j4TjsO7y1PC-oAa~kZ>feyO=p&CjQY7Wx``-7K5Nw7MkQc3f%Zj|{*S_|(
zpJgtmo_cEW!s)*9_rF@^&70S~Th^oFTkh5f5Qrjh*UEJo0RmA3ezJC4BS0XKK=qM-
zyJvGg3~{9d2oNAZfB*pk1Ud=ij-sQ?=+#MpKoV%Jxl$uQAc{bzf2r*!K!5-N0t99$
zkUQ-y^>0XC^yHIIE`n-n)~qQZ*bFBiFIxSU6?xGg{NM-GpVjX9;DZk?S+b;f?ac8?
zl$e}42@psEKBy!>Ado<yn4D4x5J&>KWB6Hq!r<uy2oNAZfB*pk1V%t0cN86HQm<43
z1fs;`)JcFq5*UF&g-aknfB*pk!zqwE?Jf0hLSA(9=FJNhENDmFUiZ4!l>}@?6p$CK
ze%EG`7folGn3#C1!}9Z=|9t-Z`O}6-k3atScm3v)_H^nz?Ge(>*1FGY1PDYC_`zdi
z8UX@P1f<*v5QrsEedOQnIh-F{sEPmq0t5&UAV7e?TngllqStI(t`Q&*MIhFsUbO@o
zE-;t>`a2f^0t5&UXp}(iw71m133<`G?z*c8r2XSR{$okNW<&vb(du_?mU+?cCpzPd
zGj`l@$8CPKELyavc%k)WB}z<AodgIZfhaLKbrK+u1RDMkrOPJ}PN4gMeCnf(`aHzN
z5+Fc;009C72oRW7VCp!z`<^H<Idu{skOacb>lI9($pX{<Gi@gU0t5&UATWD@?vvaZ
zADw*xJs)Al+WOVuth3H4(rZ8a+0W8pTdmfecix$zZp)S}+kX4)ciL&EqmDZ2^wUqj
z=bn4gL;X6h<J2c0FIwHU*1YKCGJg5XU#8q>@mibxN^AUjjR1it0xO;z(+CiVBJi^(
zf2k255J+J1kh{uy&ogvSBtU=w0RjXF5Fjuz0#!!Nll!dO^dpS`fhYp4jbGLX5Qri$
zGD8a&LVy4P0tALlVDgl<hxGwoP7l@g_LSp}JFbYXZQQu=(MKOW^w2|#J*Aa>_Sxr0
zKl)K`C-SU06Ob3JPCaLN(NxlP*IoCT*SzKx(=9K3=}SwmwHY^~#N^aTfIt$65|dLW
z0Rl-NP)ts#1PCO7>LdSl&jHTyotgjv0t5&UAV7e?kO<_CqNBv*)JcFq5{MF$Qzroe
zNnl6@2Ff5nfB*pkqbHC%?Je~mAV{f_`Zk~StY@{8Y3Zv(A9&z_#fulu7*xCBiYw}?
z$B}0*ATL_oa4z$r-K)xtjQWjl0t5mH+`DSMMu0#R0ijs}1Y!wvA7f8_bbxbwrzSvv
z009C72oNAJBmz^%$=&xnH1>o>fIt+1u`Ty$1PDYC7?Od3G6)bLK!CvL33Q+2&iLp6
zL1wJ2FC8W(CW>@u%8M3Z(Zdfv{Px>#A0Ho2KR};;NBge3?n>W@SoBOQx7>0|UkY%L
zIt1iJtE&z?FPdIrr=EK1{`>ErzP$Gt&v?d?B};bSefN3u=1qRNO}ic_DW_Bd1fs;`
z)JcFq5{Q+QQ!N1k)kpsAo&%iYJ2e3U1PBlyK!5;&ArZ(OMMsIrsgnSKBoHMgr%nO{
zlE9D*43t5D009C7Mo%Dj+FR;BK#)=;HEpIW=+r3Mi6@?za-^j*rc~P*XPi-V-gVbq
zH*MNf>SJ?A1ms1l--v<dMen=szT#z-wKDO|(=-AE!U+8M+zE{Ufgl2{tv6`|2m}(S
zKJst(9N-+^sR<AuK!5-N0t5&Qi9qfsy7lnI8UX@f1lC^F(g+X;A}}Na17#2(K!5;&
z(G$p>_Llk&5TsN|O`Bt5W2K1Np@$wiH7wdbdy0%6ee}^q|G)dYzpJS#hn=N>yl8d6
zf#*fP`OR+@uc@q+Fflo~RssZ)K#-W6ItdU+0)b+3N+m!b2~;2Xw|fq7j_=e22oNAZ
zfB*pk1cpQ)cN85aCMVZQfIt!m5|dLW0Rl;2NCpPVAV7cs0Rp2ZkUQ;dTL1Km^QDN|
z9e3Q(1>uK3{9)05zy0>>($hl&6p$CKjz7nF(Yx=y`;Y(lkB^<Sy!gd0Zoj5>-g)Os
zFTM0bla@dDgFh%<Zc|r8dI%5*B+y#-d5r*pFao|`lmLNH0@X+U?Vh9ep@%CXK!5-N
z0t5&UAdoANJBk+RAwVFKz{W4PGy(*I2;}|?u0H_+1PBlyP*EUv+S|1Ln>TNsoI^|5
zxlUg$+LlRQF}mAsyA@A){PD+|CKlp)<wdLCra8`wKL7d8FJ3;Sm4yoz&YwTOw6n`*
zpro8q2@nVqlap&DKp+W(O3JC00D<Zw|8~!cpCsr;fB*pk1PBlyKwyLga!1jTl5)OT
zkpO`pF*%`D0tAx42oE+~8UX?X2oM;oK<>161p24cS(oLw<Bls`<Dx~2icH#TU;En9
zqf<Bk+kg9SMgRNmyKia-dj>8bFIxQ;%yC|Ha@@Lj9ko}|%eJ(q`(|tP<r)D3VFbpn
zZ)pSwL=kBH|Lolhv|MF<H~y87$W7!D?sp=Wa1s8H1d*VxiVA8)6k<i?CL#h>yg|_-
zf`9N{v9=(#NCp1l8%srb39&$ER8SD5E?ZO-MWkFpOcNm_Cx?^0{?D6P>^1JW?S0Of
zbLKbm+3Q(dd-gnM&u@Qb;`u$hU(PJf3<3n=2$b*qYcnVJ28CBAK!5-N0t5&UAkYf}
zRlDeH>D2}S0$~KA+=5dl0RpRU>V>XA4Fm`fAV8om1*$H4`(S?ij9K~~?7}s^=tVEe
zf8@OL&MQ3I`0&%8{&YTn;lhQD6C9az0eR8#Z^2~cML+n#5B}Zy?S1ciU+o`Mp4?7f
zO#lC^-?ra=`~2Tp<4%~EoLnmb0!hGq4*~=N3B-xX$+Z$7kOazi{<WEXdEdiD5g<T-
z009C72oR_wP_>H=6O)r`B|snv1iA~SR00DpQ0dpV$pi=xAV7dXd4a0S-aeS$m@BJ4
z(wG;WKYxBc;gU-(=_v5!FMm0opK^&E=bJF`0)3MgU9n=t-~avJ|G(YbrcIkx`#k^R
z7r&T*cPjt;qCfuek83aYz3+W5{|8munLBrG?WrI9;0JBKp+0;3p9}&7!U*^lBmxBD
z2n?_LkwJh!Ac3kqeEFLRW)dJkfB*pk1PBo5SAnWswC|%QKp>L9@S@BhKp==fzjhj~
zivR%v1PDyJK-FdM0M4(^f0p_CqM!ZjXY+X5Ew|h<fMUIW$$gU-ee;{&oPXH5z4Ozb
z{&WJ~*~Yx+AO7%%LMU|3oH?~h?z-!)BaS#?uf6ulL#_1)VPbM}tpo@pfjCJyr4k?z
zC?=;=0tAvk)gFG*?@=g#009C72oNAZfWV{+RPCbOD<D81l0cA{oKPzP0!d)fTLJ|T
zAV7csfqoUJy6hdm`TzN!|Cxu-8vpueBgm<zo|@0U|Ni?MCpa?c0)3MgojG%6{$cC(
zPW}f!%e;LH7A)9t#~nARzD=1jrFJ3r+;dO<Lbu*}>tFrVU!|C6?Wt|H+2-)|+oqdt
z+UBaW<<}Vm2!s(xUrBEeAP_}h<krj}Kp>7l-c*;|>DOByu8RNx0t5&UAV7dXd4ZD6
zb3QG5<Z^=mfiMD3-H;gs2m}!*|GV2v0t5&UAV8p!K)#-}(@J1?csT#_hAIBGZr!?8
zGi%4U-FDkN!}g~?{i*$A&rXU!|K&wr`N~(my*t|m8*EVfJXiWY`U4I)Apch|x}9%-
z``d-j#>YSY@k*x(6O)r`B|snvM2X3%lK_Dv5GN+5R00H&K%uGb_^{Ib1d|C6AV7cs
z0RjXF^rb+@wz)7NOiWI$l>mVx5F{q2P67myKwq{QE{XsF0t5*3f<R$a>tR!Y_rCYN
zc~I>qKlw@1IkkfiJn%q1bN1}nZDx9E5(WA%FM9j!w|B{Nqm4GIeWWYpMR(tQ_xvBi
z=yvYB^UlH*End7h|Ldb=&Kc?3Pka+M0Rj(yDKiKVh$66ZL1qvj5J#ZURCj#X3%4oM
zK!5-N0t5&UAV6Sp1v<9Pg$dcxs|^AK!U)KV5+D#qU~>BbuTFpf0Rja2SfH?~^{}bH
zgAYEK=hI&N;umLG)^u7rc=XXn=QGn+a<`i1_~Z)6i<b8vV_x*DU;XNTRoS-Oa?9Gk
zpp#BI=@kvz+_`i2tJ^l;eDnODTjP$rC;<YI1fs;`)JcFq5{MI%Qz`)hNuYe^Uz^#-
zcRySj0RjXF5FkK+0D+PMRlDdgF*&(b0tAvkoTQvm2@ojxi`z5;1PBlyK%lBX)n)I%
z&QIyJJdk$ox#u=UM$?f?FTFIMv(G;Jbo}P}fyJEk3zruy{}zlfFM7uvca(pvG;`~%
zx6c0&jd91<TN5A<NMPNsKW`8q5Jez+=rV%<fj|P4y74r*>MaHH2@oJafB*pk1PJt>
zK-Dffd-O_!0D&+9t8UB;0tA8x^k0wRiU<%OK!8Ax2vlA64($AAo_S{Hop;UyY%hQL
z%YXXQpRQfIHh~Ne5C8n<KY!ipUY9>Rb?Vgg#q<Mf)%zDNFIxURk{1n>xKk>DxB^jP
za_S^NAPEGD$tjfpfh17A^RLb9kvkR2AV7cs0RjXF5Fjv#0#&={Fflo~RssZ)K#-W6
zItdU+0+ZMbcxeIz2oNC9-vU*ay@Ndei6@@eX{Vj?P-v^2>C>m*b=O^k4AuMBE-zaC
zJ(}FS=x)31mcG&cf(tH~GiS~L&9?d!cj2F8mMu025QrimgGYcsAc1UXp+SH^Ac69o
ze{E)e-vDuS1PBlyK!5-N0tCtkRPCaDA3XsAkpzYpWd;EPK?KVD);5O#0RjXF5Ez9(
z)n)I1&tJ7_)rlvbScs+7KYYb2Uh(9UPY$?J?_a*WX!-YOg7cy?XU?qu2bJ=osnl7s
zX4M}oxgRAar%nO{l0cxOoKgu82o#f3DggpXpnT_Fn>mWR3VwtD0RjXF5FkK+K%WUz
z?V=+k<(6KpS^|SE5F{oi)JlLr66muA!{rblK!5;&-Vvy}>@`0L{P%zV_uu{9-@WEF
zui1L*t<zV}Z@J}`>C5Op{pnBt{`bG<6GA{<wEWvN!FkaI3l{9P*It`#wplF{I%CF+
zH@x8u>2LOy%!t-c%SLWB2oMM(@bH&1g8+dj0{((G0Ro`}%6I;?nZ0wfLL~$U5FkK+
z009C7CQG1d7oDwKU=Sb>MPPW{j|>6?q6kb@C*XAn5FkK+K;H{gUG|z!pbrG(Ma#d5
z6Py>V6?WNWm(?df^Zoa~|NU1yw|(X_pLyv^U;4rqzA%5buoEUGC)Y}VKoW=&lT#-F
z0!biLQckr52$b*qYcu=)9*7GhK!5-N0t5&UAka~uY8M?PCZ|pU1d>3Mn4CHZ5J&<Y
ze`T9MfB*pk1PF{ypz5;Md;)zSATL_}O`Mdx=$&`oIc3U}LjE&7{9pg;f4%v+ZTH=G
zZ=6tnBzyEqg8+dj0>0pz0D(XP*{T~20t5mHl<)j&Ge>u0!A}t&K!5-N0t5&U=qG`y
zU9|sBjR1j20{(yl0RnLZ`l-8cEd&S<AV8p}1gb83%_q<Y0`j8e-^5ADi>C7Ky6djL
zdv4o!<BjWspe6UC#N^aTfIt!ml$28{0Rn+ya!MsYAPJQ3{A)9N>VAb{2oNAZfB*pk
z1PDxuK-DffQc}*Bh7ceSCn@K9^av1`ls3SN5+Fc;0D(aesJiSmpFkf7$cvVL6DKP#
zT3_LjM;=)+BU(Q#d+G**0D&+9kN;C<5Fijmz;9Rr1VRba_tj<g2jMn|Ya~E`009C7
z2oNC9UZ70pTt6opT4)d;5Jg~Q-JJ#j0#O9o|GxGt0RjXF5FjvWf%+w_eF6g_ATL_}
zjh@83=>7NK|L%9c`-BrtIPSRP=FXja@SktnZMR*0I<#>=OiV6R-he8BZV5z*$*Ge7
zfh6EJ7XbpH1j={*wV9*7x8Mf}5FkK+009C72=t9W)h;?pOirBy2qb|hF*$V-Adm$5
zrnPV(1PBlyK%mzIsxEuYC(s81@}lM6#0krbj*N`_?sva?ux{Ib|NR?NpyiLO7<$kk
zKp={M`yK=c1QPHC-vkK65-8vK*Jk$GEerJ!AV7cs0RjXF5SVy@s$KL`!}l8m2oNAZ
zfWWv5OneXE6$ua^K!Cu22vlA6nopn)1ms1_zljr*7hSn><v#oDQ$7n?W@eO_oH_{*
zNCJV9a!MsYAXZXNwFC&1@BC{s2jotO%OpU6009C72oNC9MxbgJJ?`-sCnP|C009C7
zl0chZ)}A6jfB*pk1jZszb=hk^fj$tB7cKuL=6TT#H{5XJ(%Y0NQ)-dU#ful0d97P+
zxur}5w9=d`TVfC(5Jq6+*32M4Ad0}s1(`vBKpcTG-FW?+vD{wpvjhkbAV7cs0Rja2
zL!iDxF0-GlxZWT@Ad0{vtNvsVAP_~MKl%z+L4W`O0t9+cpv+R&90GkNATL_}4c%<B
z%_^ld3zM(9>Z&rY_3dweJO9C{&u#gU(d~qZ$;q`6Adm#2#N^aTfIt$66O&Ua0Rl;&
zOgCOXrw8v^D2V_80t5&UAV7e?1Pj!6$Yu7U#N^aTfIt$65|dLW0Rl;2f*SxYM}PnU
z0t5y}pv+R&90GkNATL_}4L$3uvql%!to_uYMT^S3R-P9<@W2D}`LB4zE5`EDtDn8k
zAV46BKsLO{AV46Bz{t8g4FUuL3FO^%$(_Nu8RAL_5FkK+009C72(%I?**xddvSrs8
z1PDYC2(+SCDggqmep5S6fB*pk1PF{#AYaegAuu=s@}iaA>xUnH`2LF9PCM;Xi+Ub%
z$RUT8*!J3MuiE^*_uf0NZRygbpa1;lFTC)=`Sa(GA~+f)CZ|pU1d>3Mn4CHZ5J&><
zQW78#OCayAOYV&E4uc;jK!5-N0t5&UAkYT_C7b7bT9lZaItdU+0<jkLswFVs0)5a_
zxC8<O2oNC9n*#ZI)((Ne5s(+{_Ithi?z@j7;hBD9v&}a9!WX`9X2bTH*SuzSvu)b6
zX{}yJq=x{3KmtOu1PBBYc=Va&1_1(r1gduay?Nt8RRjnSAV7cs0RjXjQlM%VojrAf
zL4ZIMf#G#OG6)ceA~2D^{k;|e0t5&U7$||N%U<&d^nrl9Xt&?QQRhXU|NQ5-%70cp
z9w;fNR00G7CFPV#fIy&_oKgu8NCH(m|AD$6;$jI9AV7cs0RjXFG!>}YMMsIrsgnSK
zBoHMgr%nO{l0eg6(+(0KK!5-N0%I4by6iQdKpzOmi+1}>EaXK$`N>cI@3z~AKm6fZ
z9CXHv8C7$kt>$MVw;BWpL=h0cBS0XKz~j$6X%HX~NT6!xKlYmp&Om?w0RjXF5FkJx
zx<J(~I?I+A1PDYCSoQ4B4FUwB2t@BF)K7o_0RjYiR-o##*L(tfARsT=?KiQI7yao^
zf7<>Pzy0lR*J7WWY_dshXU?2C=XTms%5=jGH<TBR5(rc$fi?nxl5$EVKp;>|PN@V4
zB!TvQc;mA@d+$PF1PBlyK!5-N0t6;Zps`PGe<VswPMrh@B!MU~Idu{skOU^|SHBk`
zK!5-N0)r;dev#{00(~hUFWT+5b<}y$Jp6ggF~{UZKJdT;7hG_`2OGBIk3T-2-?)>l
zzR4g!AdJ9@>obD@fgl1yBlj8v2m}(yo9dD~gLX^A^%5XJfB*pk1PBml6e!s|=hIdU
zJ!lXh5Je!%78?WzL=kBG9qkAK0t5&UATTZh`Fhq4fx!`w7wz_YT{SQI;~)RH5coXu
z$Rle-W?43K=FGygWgdo!$;q`6Adm!t#N^aTfIt!m6q8db0Rl;&YUe*L_Zggo009C7
z2oNAZfIw)0s$F!Hn4CHZ5J&=1Vsh#vKp+W(ZYLB^fB*pk1bSJZ>ay2-0(~GLFWT)l
zv1(p4g+i~m;)-LBJ$8>h_NZk+)BbnYZ#Un3bD4B#<DBgAe=-OV2qW;+4VgiJKoEi9
zbw4r)5C|ktwe#=g+ZSphK!5-N0t5&UATTikRlDfrLk}4Q2t*O^-<A>}5J+HRe(!q~
z0t5&UATWReRhPZy6X*j0dC_jaiB<EWc|B*JeRgB=Ge2_j$tRz1!U=~Sdg$!++g^L^
zl|R+E6DB4n*Ghmu5(pBLQzroeNgz;6PN@V4B!RrsF1a&+cST$>0RjXF5FkK+0D*!)
z$>uqq79}R9P67myK%k_YQV9?!{DSt7009C72oM-AfqXq{hrr+n$cuLSy&iR5^nwd6
zXiR?QM}F~(Uu?0(7Wu>WJHDoY0D(vXzK@;&fj9zB4c~7NAP`8PYUe**w;G&>009C7
z2oNAZfIwV<s$F!T1%gru5LmkUF@pesC<1YN36&EdK!5;&9v7&(>@}Z29|*{ccKb~n
zbzb!G#~*+F>tDZj-PZn(h_;E0MoP+Mi&aZt&;{Zo<uaub7<d8yZv_GbVhL33{CoTk
zhVlpyAV7cs0RjXFOn^YuE;`m4LA3-1Tp&tJPMrh@B!LO|rSByO5FkK+z+ehgUG|z!
zpbrG(MZ5hbjyf;eSlGzO$Oap1&?Xn!>ZxqijRpY%VFaY62@r@Ruq4Y20tCVcG&b1n
zj|}FG5m!xs009C72oNAZpkAPT&)oRz$htcX0tBK640v4D<r9b{Q2*Q6J^=y*2oNAJ
zjslGfTSo}=y@0%Ex8LG%%!{T{&p6|ZR-w=~$HT<r<XQ<3NCJ_Pa{eGN0RmxSa&oN%
z2qb~3o&PxAZEz|A1PBlyK!5-N0zn0;cF|E{a_S^NAPK|@%c+*YfC~g|B$Q2n009C7
zdS9UGve$e9eIPIadC?#K@Q247bIi*tZkunuc`X2W%{AAQah^GIW^MlMx8Gi7{)Ejb
z<VAn-lb?+7rJsEA$%h|)_?N%@<%Sz>*d`-d|CD$D0RjXF5FpSEfdRio>GBDL6R6sU
z_x?=`6%rsofB*pk1PBo5wm{V`dT8Wcg8+dj0?XDsVh|t@MWEZi@tvOl0RjXF46H!a
zWv}@J`aoa;@}m3gw_kmBvFiRuKJt+=&OMtK-D|JC>MwcW!i8lnr_7u??zrP!?|Ros
zC!KWSi6>5<KE3``3j5ti$T%kf0t5&UAP_Drr(gmDE>Nb&uAeio_eNYe0RjXF5FkK+
z0D)YfzC$jvA0;NIP67myK$MuAItdU+0{O3II|K+2AV7e?_zIL+>Y78K&jcnQFFIq!
zj6!^|(!<Yw_OoTodp0lniBEi@{(A4e`|dKAQ)$ksRjZ!={O8xdN@0K94?k`YAP_|$
zd+0KQ0D&k1tDn8kAV46HK&2i#O&;GH4$ek^009C72oNAZAfiCkE_(UULk0l?Q3O`5
z{gpw0Koo(9U4)tm5FkK+KnQ`V%U<&d^nt)c=0!jDv5#F{ddvST=e5^fTgJI(^P;Kv
z#~yp^1uu9(EyMZKpZ>JW<+Pgf+u#27;DZm|^v}1AH{Q4q5G_265|dLW0Rl-NN=#0j
z1PCO7KruO`5+INSTJ_kij)%C9p-2J*2oNAZfB*pkT@`56Ew?%zB_^j%0tAvkl$e}4
z2@psEUHx_M<OB#1AV6S{1zIg{9VgJo0uz}Rz4zXG%S#?{#1Xa7V;|&2(^YS|<(A`;
z7yal*KU&CwmU+1D{?8Z$2t*Oc9=*~aKp={M03HDXu>{I5Mrtz$`SyrwCqRGz0RjXF
z5Fk(!sM<w8HGIE8fIt+16+;gi1PDYC(3ub*K!5-N0$mcQy6iQdKpzOmi%!g&I9_?t
z_r33ZWdfpwIZ<MA>LfrQ2}Fs>sgnSKBoHepr&<C8s&@Wey7S<)1PBlyK!5-N0t5mH
zRPCap#N^aTfIt$65|dLW0Rl-NQ1hTv0t5&UAP`HS>ay2-0(~GLFFG-AVynF9|NPJY
zyzOmoJEZis?Y7(2vY>zYmw)-6&u!oT{`aR$nNrAz)<0bLvr7#E1fmFJ%dRm95Qri$
zvhGfU0D(XPRXhJ!H#AgBfB*pk1PBlyK%g4}Rl8{aof-iGfdrPVdBh+<Ac{aYe#<*2
z0RjXF5Fn5QsxEuYC(s81@}d*-Cbr6pe)5x_tPggU-+$>#UwYqt_kH=xU%q1fcKYe3
zAAIn^2OfCfo_p@uc#<eFIdu{skOZQ{<kU%kKoSTPlT#`I0!g51=kGoV0RjXF5FkK+
z009D3yXZhkIi(UH5G5w3P67myfS!Z^0RjXF5a^OX)n%{w1o}WgUUXvK#8!FH4}IuE
zjq%PhM_&2LS8lMu24!ZZIleNO0D(vXE3VHB0tA8x46pl<L4ZIYfvTN<m+m|`Edc@q
z2oNAZfB=C&0#&={Y<Q7DfIt)h-|<a=Kp=rY&4W@25FkK+KrDf(%U<&d^nrl9=)}B<
z9rL0`9d%TCFFJ0od)@158PV;x-@as6R9-YvQ1H<!RZBovlmLN10)b+3N+m!b2~_R;
zW8KhDEdc@q2oNAZfB=DR2vqH&qr~LYNq|5S2$YmlDggrB_$}|81PBlyK!89JsJiSm
zpFkf7q<~^Ac6i7khg7|sTW-0f_Or8Q&1&<rGiJ=FO}qErd)rJaJaxnoN7R1m+H0>Z
zJk|8!%$YN5^KZZX_NEgi_h84o=-FqVU8chKz3+Xs%gq1ph8u2pblvvym%qI6?~bnf
z;l~XE1fmE?%n~3FNI(FO0D)KnW%}*<Iqs7XAV7cs0RjXF5Fk+BA(z?DR^4b2AP`0%
zTap<B2m}$(lMo<4fB*pkT@om>)HR1dp9#o|PRtuRUU|{4e)X$)Qna>{(xJQ7ZQE?K
zO<_WM7$qjBP67myK%k_YQV9@<m6TI00RmM!|1RBma9RQc2oNAZfB*pkfdr~{(P3h8
za;*diB!M6?Idu{skOTrX4@xCKfB*pku>`6vd(9`%2Lke<6Z0nKdC?nhyz$p{+dJR+
z&RV>)<lh&~vh17R{N^Q>TyorT$2I0cTOC<<`}qa|0#O76@CXoyB;ckx0Ro`}s&@Xd
zZfK~M009C72oNAZfIv3{s&>)Y>YEG#1fmG|4@(IU2qe&r-}25$fB*pk1PCO7s>@#U
z3G{)0yy(QdiFsbMRitzN{P~qC`Q7h+xB2Fqw>n$lc$Ao&ItdU+0+Et(k6x)-0)s9P
zDk<kb!zVzXQoo%hyH7%Z009C72oNAZfI!tQI!a7VodgIZfj~()r4k^ZCm}$9009C7
zx+G9_*=s(5J`j)>otQUq=bd*hWH<{C=gys5wUXt_mw)ej-&^wM+gHBwmBN|R!*$>L
z8-oCWC<23?zLP;E5KBN_lmLNH0#*C%F5P)>S^@+J5FkK+009Dl1gdt?*~qO10RmA3
zM%LYF5FijmAW-w5R00GD5Fijspz5;Md;)zSATK&GZ{n3#UYY*H=(L7y>eQ*Vc;`tc
zom91wM;>`3eK-C8{`2h{-}uJc-uAXV_uR8SH5w%*r%nO{l7PG@0RoW(LM7$=ZAk(I
zs`lHlZfK~M009C72oNAZfIv3{s&>&)Vsh#vKp+W3iOH#x0D&aXjo<RlNq_(W0t5&o
zfvU@1^9l5UfV}ABzKI|D(1&Wl&a=-xJ5@3=GIGZqcl=9<?W(J;+H})R>qDV!_9F#v
zV*Ob;)e`7}z`9?5-XK6Aia_?r<pu!)fdr~{{_c|yAV7cs0RjXF5Fk*si}v5C5g-sq
zVCC9h83YJK5zvzmAV7cs0RmkTsJiSmpFkf7$cs+yn^?$;o_F4PZDOCJeo9`H0D(XP
zQDSoHBtReu1d7Qil>mVxP_^^#(wzsVB|v}x0RjXF5FijpplTN#C@H5@0tBMO<kU%k
zKoSVlJSdd_0RjXF#1g2w>@}Z29|*{cPVSpn$cr9w$RVQ+g|_*@Y}qvi0RjXF5Fjw_
z0_*Poj6r}vAc3l#f2<oCswF^x009C72oNC94S}j%^s+UN7z7AJ5m-L-kU@Yz6oGF1
zmUm791PBlyKp+WJUG|z!pbrG(MJM-7%=4mi=gz(O;){3KVTW4mbLPyMvuDqK(TiTR
zXNzs;op){%5G_14?(rBWBtU=w0RjY)K%khMQV9@90#!SI_els4AV7cs0RjXF5UAQk
zM~TU)lK_Dv5G5w3P67myfS!Z^0RjXF5a^OX)n%{w1o}WgUUYKb#5^xrNO)d;`Q<<R
z+0QoIaKpm!(LG%Ey}vOC5Qrj>t-i@1Kp>33$_1H0fIu99s-1tA?mRdx0RjXF5FkK+
z0D(XPRlDflKfT5vKp=|1Z&s`}2oQ)O5U6=jDggon2oQ)RP<7dBK7l?EkQbfYH}Okf
z`cl&f=oh~5g;q~Bo!|aol$e}42@psEVPbM}tpo@pfjBWar4k^J1gduav2JLnmH+_)
z1PBlyK!89u1gdt?QDSoHBtReuM2X3%lK_Dv(2d{n&Pjj(0RjXFB!Q~SUh@g`fq=Z|
z<i3f+!^4+edg+PJZCh=%RW12BZ{EB^4mqT@ztKh;wU2{#d^THkqd|Z`7=cHx%nSkq
zq6i4h5+D#tplavuJ_!K=1PBlyK!5-N0#&={AN+o~L4ZIMffYj!8UzSL5zvzmAV7cs
z0RmkTsJiSmpFkf7$cy&Wn|ScS2RDX4x7cEf#)FlPgo(+?wGtqZ1fs;`)JcFq5(t%)
zQ!N1kRXhJK-Fa|Y0t5&UAV7cs0Rn*ps&>&)Vsh#vKp+W3iOH#x0D&YBsCiH-0RjXF
z5QrsEb=hk^fj$tB7wxGx@tyB{XJZgF|D&TRI67<nw$DEM?6%u(yZ-sM(@r~Wu)zk6
zKc0?c!;1_81i}ai%@QCGNI+hc0D({fRXhJ!H#AgBfB*pk1PBlyK%g4}RlDd%pIL4Y
zAP`01kyU>(2oQ)O(2d{n&Pjj(0RjXFB!Q~SUh@g`fq=YdPrZq&R;~KSfBeT!uHXLR
zFaDws{ygcVlWNtz_O-7qJk|bTn3$YgD**yYAW%|HsRRgwO3L}$k^~4;?fl&*AwYlt
z0RjXF5FkLHY8M?PCZ|pU1d>3Mn4CHZ5J&=g5&{GW5FkLHO9EAwz2+0>0|9x_o_!Oq
zxZ;XJ3iQP<esQXHczC#QyyL@cXrV!XKo|j`Spo#&2#l<|(;z?~kU-VWze{%>oR$Cq
z0t5&UAV7dXAc3k~^utfDG6)ceA|NzNfIuLDK+S_v2@oJafIuvPs>@#U3G{)0ylBt9
ziNF8-?|0mB$NDVjTi^QDRPEZeYx9G<?6S)q&uu&GutR>luoEUGC)Y}VKoW?Plv64J
z0)b+3N+m!b2~_R;W8KhDEdc@q2oNAZfB=DR2vqH&qr~LYNq|5S2$YmlDggrB_$}|8
z1PBlyK!89JsJiSmpFkf7$cy&!oA~Ur&!*JqX{Vi5%YUYH=&N7->LZUlGLM5kx_<l7
z`t8m;@0>e#ZvIsLPWIFd1_1(L1XeD{3<3nA2uQgTAP`ERYUl4h2>}8G2oNAZfB*pk
zRlDfnbw4r)5QrkMboFBf0RmA3^dtlb5FkK+K$irnE_=-<&<6tYqP_nne&7Qis1JYE
z?_YcEwNs}~tv}LqKTJ$cu9X0RBoHMgr%nO{l0c}WoN5UWsM`5=>CS`G5+Fc;009C7
z2oMM)P_>JW5|dLW0Rl-NN=#0j1PCO7K+S_v2@oJafIuvPs>@#U3G{)0ylC&giTQif
zm<4^uJKoWFu<=N?>PCYA0RjXF5Ey@fky|r^0D(9HRXhJ!H#AgBfB*pk1PBlyK%g4}
zRlDdFLk}7R2t*N(!6QH*kU%$n%R46l0t5&UAdm#AE_=-<&<6r}7V(fn4yk%Mx7>0|
zEt)uM)~q%^J7dO-+O&J`y|>M@!c#{aaYXH>(x1>QJk|8!%$YN5^KZZX_NEg;A6&9z
z$yc7+F2DTp+LfmN``XvOwzj{?CYx-x-F6#qym9_i{m%HuV+2qM5FkK+0D&YBCnl#<
z0tAvk)fIvJBm@W$AV7cs0RjXFRPCap#N^aTfIt!ml$28{0Rnmw0t5&UAV8o?0#%p2
z<`d`x0eR7IZ{pguYwNS1wf$p{J@#im``N$#>%XS#?w0Gf=RNOv`83}>N`OElf%KL1
z1_1(51eRZy83YK#5vbbvcj?Z9(-I&+fB*pk1PBlaBv7@BUOx1YL4ZIMfv1M=HwX}j
zA`qx~P$~fe1PBm_B~W$QYd(QK5RexQ_a=^vjBK>gMtK&r%ub}F+|WYR5*T!WC^0#8
z5+INS;>6^XN`OETsM`6*x}l+30t5&UAV7cs0Rr6+sM<wGiOH#x0D&YBB_^j%0tAvk
zH-5`ICjkNk2oNBU1gb83%_q<Y0`j5}-^9x<yKKiDcidu&E$aV>Xq(_@HoV9nKp>33
z>YFly0D&k1E3VHB0tDg+RPFrTCm}$9009C72oNAZplTN_gGYcsAc0lS{@fryAc}yV
zga82o1PBo5l0emEulWS}KtNtJ^qYA4>8Iy0(P`7By`XN(kEfk5F*&(b0tAvkl$e}4
z2@psEabj{xB|snvRPFq`bmzfo2@oJafB*pk1PBBYsM<vbO3Epf0D&kmIdu{skOTrX
z4@xCKfB*pku>`6vd(9`%2Lke<q2I(0eBc9lF7)7o4}Rde?ZOK$%#Z)yyr{1XCO{yN
zfcO~!0t5&UAkZCws-1tV8yc!5K!5-N0t5&UAkYngs$KN5HIEns2t*NhWYwPx0tBK6
zbmO<Ya}ppxfB*pkNucVo*L(tfARsRq`c3@hFMl~>#*F%CXw!XpQ33=a33MkR<Il<w
zAV7cs0RmM!fA>iU5FkK+009C72oR{+MMsIrsgnSKBoHMgr%nO{l7OCs009C72oUI!
zK-Fch`2_kvKwdQZoA}X>eza*uwEkc=w9p_xAdG;#C;<Y21eRTs83YK#5vbbvcj?Z9
z(-I&+fB*pk1PBlaBv7@Bmcb)HAdtYrPp>iv5QriWsCiH-0RjXF5QrsEb=hk^fj$tB
z7mfZV{^mEo*?<52r~mmjWy%zJ(J<jaX<h;afj~()r4k?zCnhJ?N`OETsM`6*x}l+3
z0t5&UAV7cs0Rr6+sM<vbO3Epf0D&kmIdu{skOaE%Ti!Vd5FkK+0D&Y>b=hk^fj$tB
z7Y+9&KJ&~okF?%i``XvmCq--fZh8<P5J=$BXO<fT2t*Ocp1Q#xKp>Dn)z0625&{GW
z5FkK+009C7bkRNo1PBlyK!5-N0t5&UAkfDGRhPZy6X*j0dC^#J;w`t_vf+jsHYP&b
z9|@F{Qz`)hQDSoHBtReu1d7Qil>mVxP_^^#<GUX&jQ{}x1PBlyK!89=0bO)SDANcK
zAV7cs0RjXF5FkJxqCnMUulWS}KtNtJ)|>d2x4fl&G_>inPYvI15Fijm;5RE)8w3bM
z5y)09FbEI`Bv7^Uk9b={%>)P#AV7cs0RjZZS3nm%zMjrTfB*pk1PBlyK!5-N0zD;A
zb=hk^fj$tB7mf8M9((MuO%tK*4@QZ}sgnSKBoHMgr%nO{l0cxCoKgu8NCH(m|DL*E
zp%?-L2oNAZfB*pklOmvto)mU3N`L?X0t5&UAV7cs0Rj^vP<7dBK7l?EkQa^hCgyq3
z&wcK5&o<jmKmGJ+)20>TquI!<1_1(51Rj6pNrM1^C<58gLW2N-Kmt`e|B1N~;Z+C_
zAV7cs0RjXF^s<01x|iP_wGkjdfB*pk1PBlyK!Cs)1*$H4%_q<Y0`j7<-o!jF`h_oi
zp|SF-uDa@Z&wE}WESerhiOH#x0D&YBB_^j%0tAvkpqQLe2@psEjs0``BV)Y7;KvCN
zAV7cs0RjXF^npP8p1JYaKDcC;K!5-N0t5&UAV7cs0Rn>~(73R5gh1a5$cs+;TfA=F
zx<CBk4-c2yjyme7S{$@#UUc^C*^OaQc~KEW0<i=hS@kD_0D&k1+3K4N0t5mHRPFo+
z=Vpj2B|v}x0RjXF5FpS>Ko{Lg#&H4!2oNAZfB*pk1PBo51A(f`Uh@g`fq=Z|<i3f2
z{No?@+;h*SA<y;)&p!L?qmMrN;6L9s+GwMuKNTx1r&<C7E)XRqr%nO{l0cxCoKgu8
zNCH(m|30|O;SvZCAV7cs0RjXFj8Q-rJw`x3PJjRb0t5&UAV7cs0Rp`&P<7dBK7l?E
zkQbfYH}PNo<zJd6JUbrTb=O_n%sKD8^LE;4r+mVIr|(=ofmi}EcmxOp5)i;6Kp>Vt
z)y}_{Z(pd5009C72oNAZfWX8E=%Oda*{cvBK!5-N0t5&UAV7e?qzF`9_L@(i4+P{z
zC-+VK`q#gnr#dU`yzqrDY%_n>tXcKXW~**A2oQ)Ouzcttg8+dj0<n^EswF_6YUe*G
z_a(e20RjXF5FkK+0D+zo&_(yu+o2c&1PBlyK!5-N0t5&U7+-;^%U<&d^npO07u|dB
zy?;<~``qU~R|_SkbYdHd88c?orrmq*y=|ryo;u=)BWgc&?X}kyo@)AV=FFM3`M2MG
zd(#QMc`(n59(LGa>q=~IeB&Eym$}zod)0Q%JoC(deQw)jmtATH3;#DtOirBy2qb|h
zF*$V-Adm#4?+6fxB~W!mFupe&oQ(hh0t5&UAV7dXL;+oN#CJ{21PBlyK!5-N0t5&U
zAW%}E>ay2-0(~Hm=S2$%!%7dg-g@gc6!M~NaPqw9OJ4GlHq-K_jy?9++FO(7MX$Q*
zs{Gkwjyb038<!0&GzbugBCu@DBL)EiQ3Rs=4~sep5U2^{ZF9+;l6MkJBS3%v0RjXF
z5FpUU0wtU0d|Dq<xHJL;2oNAZfB*pk1PBo5KY@HbYlpz#2;6qtZA}w~l@4yQ$tG>Y
z<VD-yj5;s6`|i8f-lO`w=;Mz+{*jM-<cu@UIP}m%>)$~M0RjX92}Fs>sgnSKBoOF-
zTa-$GKoV%vmN$K>|89D?A_4>m5FkK+009D31)8?XZ4OpFzxf0R5FkK+009C72oNAZ
zU=jt|tZ+R=pkD>nu3dZTsi&szG2f~BmIpz1-F4SCKKV4?N8hM4>bz(k2fggF%NkGn
z%U}L-qm4Go=VZf+3<3nA2&`QDD}w-mC;|d_1PH_uXl$F?ADP6v6JDAC0RjXF5FkK+
zK#vHt@0lB)?UAyTL4W`O0t5&UAV7cs0RjZd2sAEi9U(xVjleCp+)_&<&YCr=%`|z@
zHaJ!DqHlZK+wv4>ZRfr3eQ)9X%a<=d{P4r4Oqr6;j1rSmCjkOUAWBS5odgIZfmlg7
z)e<03Xq!7eEOQ&d90CLg5FkK+009F1Ezq%TE==fe4Od5i009C72oNAZfB*pkeI`&?
z)p|&PKzjjs(e^%No~@b}{oxOPnEnuK9t2H0mtTH)dZF)p=R21^w;gxfarG0@ewHmU
z2oQ)O@QXjLG6)ceB9N_IU=Sb>NT5uAUO%VL?s&Ky0t5&UAV7cs0Rp2CsPB-=?2qCl
z{0IR81PBlyK!5-N0t5&Um@I)ZOI>pa5Xc4OMRST#?^Ml;<}dWhSH7|q3cc#8t8TdA
zhC)EJ@GweDPMrh@B!MU~Idu{skOTt7<djN)KoZD%>5@B>b!)=w5+Fc;009C72oUHU
zfs)O0KCO2uR|x?E1PBlyK!5-N0t5&U=qQk{XYCLmP)0yrw2V^wIpdNSz2Jfi3IWl=
z!;y7&8UzSL5%~SnYYYMeq6lQGZ!!oF2qe(HGjDvh<2?iu2oNAZfB*pk1PJuKKx3cW
z{z%`0xIh8~2oNAZfB*pk1PBo5CxP~hT+b39P!Nz8Er5*T;n?${^XJch)vI1r3yAKq
z#~vq~aKfR79x5*yB^jtr0*wMuVsh#vKp+VOipeRJ0D&Y>wO#M0+a0cj009C72oNAZ
zfWYVkbkU=8^HT%}5FkK+009C72oN9;LZIrh*L(s4E+8*D_7A|=^P=_9(0TLbrIH?g
z_~C7~*{1$@V<62D0t9+i;NhoN83YJK5%2}y1PH_usM@`UxR0So0t5&UAV7cs0RmkW
z&_#EZ*U1SGAV7cs0RjXF5FkKcas{d`d(9^>-~#fZWB&k*Ixl+Si6_=4LTmd69B{y#
zIde8&zfGGqEuYY{xj2OpAkZifB_^j%0tAvktfZW32@t5-y-)593a?Ip009C72oNAZ
zpce#m(Y^34sDS_h0t5&UAV7cs0RjZNBv5tPYd(Pi7mybn`v+judC@1Hc;d`6&wTUx
zZPu(=wP@&$JMNfgMC*65;Y9`k0#O9+eq@C~fIt+1DF4HvP67mK0#&>BF5P)>S^@+J
z5FkK+009Dl1a#4X-YlgOAV7cs0RjXF5FkK+KvjXN%U<&d47h;2=-591qt1)gzw`wc
zTu`45ZQPd-AV46HK$MuAItdU+0)hUwMX3Y`B!T)Cy3BsnTMFhAAV7cs0RjXF5a>UF
zGM#h%oc<GVMFa>CAV7cs0RjXF5FpUU0`*H;`veGd6p$C~NYrt{xa37Izx?vXjA;Fl
zY-piDfIt+1U;J^EL4ZIMfh=2M5Fijppks4hn9#>}KU^9C0t5&UAV7csfsz7+Cb{Fo
zlBYF|009C72oNAZfB*pk1PJtkK*x2i2?Pk#3&@MsYm9DxT=JqrLqq4EfBx%V|N1@l
z*rPrsn(s%6$*Ge7fg}(mCZ|pU1d>3Yn4D4x5J&=5JN90<O`!$?1PBlyK!5-N0+TDC
zi=JG6uTFpf0RjXF5FkK+009DB6{x!GHJ`wM3&@L({R1#AdC|O#fB*M?pEhk;9uv)X
zeElc^0)Ye`etMNbfIt+1EL&_4AP`6(Z<|Z*boKs&lM^67fB*pk1PBlaAyBe;&ZmXA
zC`A$=K!5-N0t5&UAV7csfto<Rp0z`OKp6pf(K1Ty=ZtS&G`-dnPdst=-FGiuym<TV
zx0e?U6cJP^fm|R;OirBy2qb|(F*&6YAdm#wcjk@Hx>Z7e009C72oNAZfIwrP-2MnL
z0t5&UAV7cs0RjXF5Fijpp#37(vjhkf1mr~vAnhM!S@sYA@DFc#)0>X1+vd!fQ%iNu
zo;|z$k9T}_>C&Y~AAR(0>$e#*X5?Yfw3Dq|U=Sb>MPS*QM+^c4q6j?x%##KI0)YfN
zcGQIlf$nA~l>h+(1PBlyK!8A(1PV=Z$A?`i!)XZ+AV7cs0RjXF5FkK+KsN+Bu5(Qw
zK%ibgUbJ4L<NjTD-Bq9AEbMQ+_0}EF(0;<DmtI;pXZ|osOirBy2qb|hF*$V-AdmzC
z#pIMqfIt#x-%d9^+l|`}&Pjj(0RjXF5FkJxmOx{l-2O<ct5Yoj0t5&UAV7cs0RjXF
z47fo1MXqNF5GV-9ixxoIKm6u5znKR(8+UftVTblV-s;)M9(yePS<yZB+;ht<w`@FZ
z?MSxbdV>IgC<4oe9x@0JAV7csfo=%2>Zn^CAMiUQE}sAa0t5&UAV7dX5@^*ew>l1u
z009C72oNAZfB*pk1PBBYXtlg`oB)BQ0`j6wSy~;;^P)TNyz>{H+urexchn-CFMjch
zTm4}B;~)L#M+-60%{JR?yY04{GG$7BJW5PXodgIZfo{ZOoRa_n0t5&UNCNHq>c(dS
z-OW%c0RjXF5FkK+0D&$EH1^5uk94UFrzJpu009C72oNAZfB*pk-4JNM$n`7%0tEqi
z(E>>Ohk0If&YU^<%&&j_>$OzpOJ4Gl{9vV>v(7pz&xN+yk-;NCAdtZ7XYVrz5QrkM
zV(3AG0D(XPmD=nyxf{0~oRa_n0t5&UAV7dXECF3~toKW`1PBlyK!5-N0t5&UAW%u5
z>ay2-0s}4}FIwpXFkX4l6)RR;eDTHaeQtZvi(XWViO!leOI|ckCQzvaS_wpn$*Ge7
zfg}(pCZ|*a1d>3d?mbPebU(pl0t5&UAV7cs0Rnv~po{Lyx79@vAV7cs0RjXF5FkK+
zKuw_Pve$e911=yhTImBYUU|_|PC2D%F7(ht51l%7YSX8(rB@pS2t*NhYWRMG0D&k1
zk3aLIL4ZIYflA$bn(S5y0RjXF5FkK+009EJXrBQB1PBlyK!5-N0t5&U=wpGZ%U<&d
z47h;2Xr&Lpc;!Xs&70RW6nfx+2Of0LK|AiaW8<??Vsh#vKp+W3iOH#x0D&YBC?=;=
z0tAvkrS3gV?&G^3E{y;I0t5&UAV7dXNdaASNhs3@5FkK+009C72oNAZAfiCkWv}@J
z23%lb@}fKJu*1G3w&~NS*K(4#-F91VzAxjR7d`suqd)k;52lQ0?ZR9AanbZ_w(3TM
z0D&k1zAu;nfj|Q3E9nga1Of?ET_!}lt)XTD1PBlyK!5-N0^=*7iymK3XCpv>009C7
z2oNAZfB=D>5~#ZDHJ`wM3v@Lv`m&e3tnu$;mN|0ORaf=q`!eo%(d(|eE?wzaXPwoN
zB}z<AodgIZfj~()r4k?zC?=;=0tAvk)n!6Y-LFs#0RjXF5FkK+0D(yn&_z!QyB8%u
zfB*pk1PBlyK!5;&i4mx}>@}ajfD3drFZ!uZeX3&&vgw2yZ@jTL-<L{x(Py81c5RF8
z@WT(UU3e`odcg%3G<B#ym@T`;AV46Bz@yJBHwX}jA|QZAfIuvPs>_6lxe?)22oNAZ
zfB*pk1PJu9fG)b1-yO9PAV7cs0RjXF5FkK+z!(LpE_=-<FyI1R&5LGP_TwM_cwy;n
z`|Y={B_waZ{r28`UrOdh(}kaS;)!j(Ts{wi*8Y;}6Hh$x#y7rkpMCbpk2mf_iOH#x
z0D&YBB_^j%0tAvktfZW32@t5dOc>)G20u=K009C72oNAZpbrFe(S7hHxQ2oNAZ
zfB*pk1PBmlB~W$QYd(Pi7wBqUw5sjQnKSz%FZzc+{Gl=M+4RVVKm6fbDWyygIN*S$
z)6&6g>D2}S0#O8(u71oQKp=|1%C)~T2oMM)kT=gIcUs*#aGU@E0t5&UAV7e?;0Tm#
zp7UvgBjZX55FkK+009C72oNAZpbrG{^{gEN1j-1=i<VK!=al^Wq7OXqK&#ki;rLg+
z@|FDLX=lZX72o>Sx4!X>Z(MT8C51mv8YL#DP67myK$MuAItdU+0)b+3N+m!b3Dh^w
zW%m2vE{97XK!5-N0t5&UATUOOGM#h%oH4$fA16S7009C72oNAZfB*pk6Dd%?q_t0g
zKt}<2(T+s*6RPG#r%jvoXtQnZ+_|;j=ylg!ch5cd9COSuFK^fie`_>*^h$#OfhYox
zKl7wPfIt+1-#@*^AV46HKz(ywW`81YM|dp)1PBlyK!5-N0=+3vrgN^J)0<bJDgp!u
z5FkK+009C72oNC9RG@xIYo7ptjso(c9f|5ERLzS{pFX|*$MgMp^XBDw(Sr^;sPIQe
zn?8&ZlT#-F0!biBOirBy2qb|(F*&6YAdm#|j=JPd)B6Sv5+Fc;009C72oM-3fs)O0
zK5d|ITr2?s1PBlyK!5-N0t5&|7s%JMb_ftCBOotYMk${&?s?JUk3W91%{FTq5G@>(
z!6QH*kifDvj~E09L=kvo)t?Lk1Of@<oq5Tf=(jl3Pk;ac0t5&UAV6U30wtU0eA?Jw
z(HRI3AV7cs0RjXF5FkK+z=R3p>sdPl2$T_!7cHZd&l&f;XniR310VRn6<1tw<dH|F
zZ=z4ztXZ?BPMw-h2$YmlDggpfVsh#vKp+VOipeRJ0D&ZscjhH`ChT5>7a~A_009C7
z2oNC9vjQcX=X_evUWmd75FkK+009C72oNAZfIy=_zMi#1fIt}mdC@XT`JC~}i=J@8
z33(7S-}&3W{oD7v=RNtu!cMkwfkA*k6oH>Sw$dO#Ad0~9p@$3t1Of@<oq5Tf#+wF?
z5FkK+009C72oM-Ffs)O0K5fu^TrU9v1PBlyK!5-N0t5(z7RcALb_ftCBOotYMk${&
zUU|{SAAkIP?|WZLjizm*jW#MoLz_N~5|dLW0Rl-NN=#0j1PCO7KruO`5+INS^3J^E
zPU!m^iYGvT009C72oNAJE&?T+=X~0@yr`29AV7cs0RjXF5FkK+0D*}S$k(%W2oNYE
zATL@*DWB6mFS_4;`~Ca+?Yir(t7Sf?PoJLuY^$BU_uji{K(ugB29E%NKmxumm;eC+
z1PBo5l0d7by4CTCxe?)22oNAZfB*pk1PJu9K&x)K)$v}w7PS!|K!5-N0t5&UAV7cs
zfr3D*<*nlc2s9Ot7j4SY>R|i4Xd&U59!{M)wbiNe;|mrnm^pLijP+Zazcm^tDW_Bd
z1iF-vaasZd2oNAZAn&3}?iB7Acu0T%0RjXF5FkKc00l}m&-t_gBy!0F2oNAZfB*pk
z1PBly5LX~y&)OkCpp1aLXc?t^PSd>T!i5VPlcKdFQ>IMGf40od*S_|(R;S9Iy1^ho
zAd0|mR;)G%5Qrl1=rhX=0t5mHlxeE#=fu6ap>hHQ2oNAZfB*pk<0VkvA(z=7uh(@R
z0t5&UAV7cs0RjXF5FjuC0%exE<`5u|3&@M+6lHdr=0%5whE6^8)ZKUAeYfYf9e3QZ
z7W>>_gAK}@HlLGa+08fK{KYSR@pGU1T;XqxMv2L(lK_Dv5G5w3P67myK%khMQV9@9
z0(s|La%TeWLU;)R1PBlyK!5-N0zEEJvU$#@_4wr|j{pGz1PBlyK!5-N0t5)u3*_rr
zI|K-n5s()xqm<8SnitKV&37Jn;DK6Rbo%t^`N57mOO`A->7<kXa{YGv@yDmEY5m_C
zUH9wH8w3bM5y-M71_1(51culB$RI!<kU+<#x-g;sc7c5Y1PBlyK!5-N0)r_~Xp%cV
z984uwO@IIa0t5&UAV7cs0Rlk<I<9j~AV8pAKwh+7qvL+}@}k4T!<%ikS$#mXupcER
zr%nO{l0cN0oH_{*NCJUka!MsYAPIEr*b5Va-q}z#0RjXF5FkK+0D*B7C^X3(ACBWo
zI~4%}1PBlyK!5-N0t5&U=(a$|b*>2n2-FM6i`Hv&+#j#J=sow`bNcD0zoTxOKYxB9
zAX<2sJ#?8tfIt|5p@o@2fItud0XzZ(VhMEY*b5W7eG9_*2@oJafB*pk1PJuLK%q(Q
z_^|h{NQDFl5FkK+009C72oNAZAQ$Mk&NYDmfqDUX(Rz)J`{R-qUAJ!Cw%cx7h=bNY
zyy&8fKK$Vir|+__KNuz^C)Y}VKoSTNlT#-F0!biNQckr52z2b&3ls8t1$GD!AV7cs
z0RjXF46Hz*N$&V?V4++%0RjXF5FkK+009C72t*X<xXv|!0D*b|dC_`}j{D=17hS!2
zb$t-DaX<ap(H(Z!p>RA~c8x)RKokLC9s&dc38b&2HwX|2B+#*AFHDGdTSLtR2oNAZ
zfB*pk1jbjO&?I+!IKHp$Yy=1pAV7cs0RjXF5FkLHs{$R@xh4=GP%j`aTCdS@f86t;
z=bd-nC)RK0pMQQKAX<1BB_^j%0tAvkpro8q2@nVrlT#`I0!g4_$6lDw)%y=lPJjRb
z0t5&UAV465K%q(Q_%OspDUtvI0t5&UAV7cs0RjXF)C4-Nb4?&Xpk6>;v|gj*e$~9_
z)TvWH*|1%F@x^%-^ob{)sJ-aO$VlVg6wRlloowmV1_1(L1cn!71_1(51hU1ML4ZIU
zfsP$}VS-yF1PBlyK!5-N0t5&Yn&gfTi4h<`fB*pk1PBlyK!5;&Kmr}txh4=GP%j`a
zTCdS@ziM8zKJeLe|FOp&%U|@@zy9^5mtOj@_1oTi?_HQ5CMGA>N`OETh!T@iCjkOU
zAWlq9sRRflfxLMxxfAGahEfR-AV7cs0RjXFbV;CO^PErXQW;K5fB*pk1PBlyK!5-N
z0tC7tkgsR$5Fk)SKwh+rQa-0-UUcQkmD8q8D+E59KCI7+e(PJ`I{WOi&sx8oa>^-%
zGi1xJGYAlfBCveuA%g&cC<58gLW2N-KmvJZUUH`!w;i05009C72oNAZfIuvPlFf5I
zE!NekmH+_)1PBlyK!5-N0t5zJAYaegAwZyvfV^lKrF>4wyl9%gXwjmRPCDtW&9?dT
z=jYkc{QKzdyYIgIVAGu_F*$V-Adm#2#N^aTfIt!m6q8db0Rl-N@61c?4EP-qmrsBI
z0RjXF5FkJx36yM}^J&ls5FkK+009C72oNAZfIuLDd_8N20D&?B@}gyw@;T-6qWO<B
z?yO$DI!}cD^FROdjqA5_&pkIk*mNgbc8x)RKoo&xYaTHO5Qrj>WlIbK1Of>(cGvBX
z1iG7{R00GD5FkK+009DB5@_EuH$K~?GMttG0RjXF5FkK+009C72y{cBabfES0Rn9V
z<VD-yG(I)%dC|sb=%$-)`r!|M_-$`{Tk-qo<wXe)h$9dsCZ|pU1d>3Yn4D4x5J&=z
zEqePS-MH=GoCF9EAV7cs0RjYK3AFE-8=sAJb*d#mfB*pk1PBlyK!5;&0T*ao*g8Uh
zKpO#h(Ka}ZPmN1nbYx^Cg+d#XqO~KNZ@&5Ck3YWAMjI6-WDi|t5Fijm;HlyJ4FUwB
z2ngU2AP`HSu|;oxWWeu`xO@Tx2oNAZfB*pkNuYht-1sas0t5&UAV7cs0RjXF5Fijp
zpmAaA2mu0Z1o}HK`qWcTr7wKHZ2Y#9Pd>R8<2>Y$L)xfzeCqn^uRrXt!w#z3cH3>Y
zLO`_eFiK2LodgIZfhaLKbrK+u1Y#xSR7-$B$4<L2A<*3nr4k@OfB*pk1PBo5l0czJ
z?)b1vWjHMX0t5&UAV7cs0RjXF5a@<L$91j=1PIg%^mktLxZ{p1q%Ozn;kMguThBQ5
z{qKC|JMC-B9{!R+fIt+1p^<wH0tBK6WZ7ba0D(XPRU7Ya+;(tI0t5&UAV7cs0RpiE
zbkVWiFVzwtK!5-N0t5&UAV7dXC4s8TUh@eIxIlmBMR(nG*Y+XIQ9rxYR$GnlCuil#
zl?NVpV4HfP#N^aTfIt$65|dLW0Rl-NP)ts#1PCO7s!e#M`w1o!AV7cs0RjXF5a>$*
zU36c*tuBfH0RjXF5FkK+009C7Y64Z4z2*}baDf5Ii_V)j?~UWJ&7C{97U@jc&T;?b
zWLfs)lTR*Py7bq-{`K_f(+k;A-|<a=Kp+7bJOTs)31mYH4FUuL2~=&u-6|nKfB*pk
z1PBlyKtLDmGeCd<0RjXF5FkK+009DhEKqgXYd(Pi7Z{Md=#nK%#^sIv<~P4ti*e4G
zGiO{*SUAa=HEXW8;);)d{NpE|d~(XBZomEZd1^FJQckG^2n0&XDU|?$KruO`5+INS
z3jK4(hkbna!=(`*K!5-N0t5&UC@IjfZ7xhGd0Nv55FkK+009C72oNAZfIu$@6jrq!
z5+KlCKwh-HPvO~a=SAQD{`cnr(ZbGC!}l8m2t*OcvLyxq0$~K6x*;<N5QrmC=+8So
z?1kGDY9K&>009C72oNAJxdI*A=E8)@t=6j(AV7cs0RjXF5FkK+0D(#Zg;lMG1PHVj
zkQZ(5Q+Re9^P<l@^UP649W`y*v<>REDO08tVxsxOC^0#85+INS!o=j{S_u$H0&!w;
zN+m!b2^9MCjt?u{PcWGP0RjXF5FkK+Kwk=UY?})c`VzrK5g<T-009C72oNAZfIz<r
z6jrq!5+KlCKwh-HPvO~d%!@8uxG>Lxmf2bT?0p6S0#O83uKkrkfIt+1Y}qvi0Rn*p
z3jKM<hy8l%!*vlLK!5-N0t5&UC@;{lZ7xhGe`YfY5FkK+009C72oNAZfWV{+6jrq!
z5+KlCKwh-HPvO~d%!}ryDian>bE3rL)JcFq5{MF$QzroeNgz;6PN@V4B!NPI-tpn2
z-=k0f0RjXF5FkK+0D(yt=-4(FCQN$43Lrp$009C72oNAZfB*pk<pm0>S`P^jXfGfy
z+TN$|Y##EQGiOfWsj3h2Qyp-?0l#@}d-I#$+$ui0>e-(g1PDYCNMA{B5FijmAX~Y>
zAV46HK-I3h{LKV22@oJafB*pk1PJu2fG)aU-&xm1fB*pk1PBlyK!5-N0!g6ive$e9
z11=yhTImCjhdjqIFIs=9C!c)soO8~3>-uf4z4ofljz)>esgnSKBoHMgr%nO{l0cxC
zoKgu8NCK6*_cYmk5&{GW5FkK+009C7bkRNo1PBlyK!5-N0t5&UAkfDGRhPZy6Buv-
zdC^KAfKlf~SFKw0-S2+)+jZNy=bl@OgVyIoYsIWyz53c~uf6orOE=tb!#pyY4KFeX
z5Qri$vhGfU0D&k1+2j9Y5Fijppi=jqCin5(50^%O009C72oNAZprn8<x+Iio1PBly
zK!5-N0t5&UAP`ZY>ay2-0s}4}FIwpXFzUSMym|BT<Y!@L#~pVp)NtBqrxoU;hf!j3
z>LfrQ2}Fs>sgnSKBoHVjr&Iz2l0czz?)Wg`Z4EUOAV7cs0RjXF5Ex&9j%{;c!uY<r
zvk@RbfB*pk1PBlyK!5;&t_l=ZwH^{6&|W}Zw7pN^+0o@i(;pXY%zx%bw%B5e^eSuC
zthxUB>;GZ>w$n~K<<I6jS+>L=Kp={M3?2ajfdsOpR~rNf1QICp=N%t*_5OpC6Cgl<
z009C72oMM%(6MbUObBsNiX=dQ009C72oNAZfB*pkHG#sa)<XgW+6%~ww)ZJKJG#8+
z(@#I0$3FMlZ@&ZAZ@cZbTkYWf`|qD#rRm=koib%g{)16sa_S^NAPEFY$|;oqfj}`i
zr4k^J1Pc9m$A@l}5FkK+009C72oNC9v289)AVz=y0RjXF5FkK+009C70tpmWwH^{6
z&|W}Zw7pN^*|FzEmn~aXJ7?ik2OMxf9u3WRrcRxj@B5B#0t5mHta|q61_1(51hQq<
z7z79e5-9ZN9Ulg|o1s(!1PBlyK!5-N0$md5*ftj?bg2xdB|v}x0RjXF5FkK+009Es
z5Gbr_JtRP&y@0%Ed!NFyg^*|A*;Wth|GsF)yy)!Nvp3spvpgo6?*vN9DU|?$C^0#8
z5+INS0>$K%N`OETXw`DJI^K=j4$et{009C72oNAZAeKO@Zn@R*SXZZ70t5&UAV7cs
z0RjXF5EyWQR?Az*2@q&1ATQdKrPaZ1<VCmIYO51ZJaLOHwx~rzZ@THGSHJqzc}z6l
z$+E=;0RmA3RzG{6L4ZIMfo#R~1_1(r1X?xft&R`)9TJyMfB*pk1PBlyKp+XU>Xus_
zhem(^0RjXF5FkK+009C70tvKQ-a1ZzKvMyE(WWe|4t66inkPbQJC|R6`M>?!za4hi
zVSDVcNBvV#Vsh#vKp+W3iOH#x0D&YBC?=;=0tAvkt46)m@j!PoluCdA0RjXF5FkLH
zO9HLB<yObLREE<MAV7cs0RjXF5FkK+0D*1@v|8RePJlpD0eR7;EUgZXV_x*X{_DS{
zPMunx2(9gZ>QkTEc;k&5k7pyd8UzSL5m>qQR|WwBQ3SGwzhn>~5J;d^qu%OxH*PyP
zCjkNk2oNAZfB=D50<F5`R>xyqooWdXAV7cs0RjXF5FkKczy(?@ZyhH<ps9eoXj7I}
z2gfllnqK1j-~aw6KJkf**KgZyyKOBadj9$6H-<&ikti`abrK+u1fs;`)JcFq5(pHN
zQz`)hNuX7u-s<>(-yw1N1PBlyK!5-N0tAvkt8Tf~acBex5FkK+009C72oNAZAdo<-
z<*nlc2s9Ot7j4SY>R@ADG|RH3OP4;;cKhvbf15`@mn~b?^yCK|a6oO&mRoLF+ev?A
z^w2{O-DjVDHrQZ;|C<*bT4)d;5Jh15&_f0R0#O9AW!D%42m}&n+Do@N80c<>QV9?s
zK!5-N0t5(jNuW)`-1Mm~mEp7m2oNAZfB*pk1PBlyK%g4}P1m*#5+Kk@Kwh+!Ow;3q
zyyzeQ_{V+s-8avImf3mo$tRnh`M?7YEd2Opn{BqqCY$63qr~LYNq|5Sh!T@iCjkOU
zAW%$BsRRflfu_B5n}glB?ckgQ2oNAZfB*pk1Y!xaX_%Wn73=C$OMn0Y0t5&UAV7cs
z0RjUq&~$C<AOQlc1ms0q$uvD)$cyF=^HgWYomP3#k9_1Kg`eGY(@pD-WUFs72oQ)O
zAcIGMKp=r^>D2}S0)YgYcIj;n4)`4smrsBI0RjXF5FkJx3AAaLn?41N009C72oNAZ
zfB*pk1PBBYXu7s_kN|;J0`j7*WSSn&1EO>0%t;fjyY9OBNN1V-R^LazZr!?j@4ffC
z-~I02{LSAqJx`RFoH_{*NCJV9a!MsYAW%$BsRRflfu>!0n}dPwW+;^a0RjXF5FkK+
zK$isCG|Ww(>QWg_OMn0Y0t5&UAV7cs0RjZNA<%Sf>mUIFtpwynTgfy%-YPG8*kOmQ
zZoQ?yDVj$>TjfRbm%HPRJMzi(JK3rm4FUwB2&`QDD}w-mC;|d_1PH_u$lK<UJKebL
z;G6^q5FkK+009C7VhNONp7Uw3u1>WC2oNAZfB*pk1PBlyFyI3Dde#mB0%Zi`MawAV
zb6Vv^=gpg!&uQFw`st_h<Y&jc=*Y;(`RAWMd-m)-_Shr;sk9R%CZ|pU1d>3Mn4CHZ
z5J&>Cl5(mgK%lYNZhvIJ?~u5B0t5&UAV7cs0Rl;&eb3zZEHnZH2oNAZfB*pk1PBly
z5J;eLVe1G10&N83Mcd#sJ~aV((fmbkz4g{V%Zm;z%nSkqf(Xdq5g-sqAX|2gL4ZIY
zfxKHTxfAGahEfR-AV7cs0RjXFbV;CO^PErXQW;K5fB*pk1PBlyK!5-N0tC7tkgsR$
z5Fk)SKwh+rQa-1vdC}ke<~NJ#wwrIh`DHJASsob`79~I+kU*fMoKgu82o#f3DggpX
zAn(je?sVg}gL4ufK!5-N0t5&Uh$T?6dCsTBx;oVoAV7cs0RjXF5FkK+z<>+n>sdPl
z2$T_!7cHZd&l#`0=+My64}S22^cO_)?Ngun)RZYx@^on9PPTG^L4ZIQfow@;5Fijm
z;NdT21_1(b1oF<j<j#QKA#wQx2oNAZfB*pk1d>3><~g4RjQ{}x1PBlyK!5-N0t5&I
z63ExHb_ftCBOotYMk${&UU|`@jykF_5!(Jpn3$YgD**yYAWBS5odgIZfjBWar4k^J
z1oF<j<W8Ww8A>HUfB*pk1PBly&?SMA&2v7jOJz7M0RjXF5FkK+009C72oUIoK)#-}
zLx4aT0eR6fO8J~|$%_sT54VqoHhoq+fB=C=0@>osAV46Bz_M$6$2S22fdul-yyQ+d
zZaX+90RjXF5FkK+0D)KnC7b7bTCA&6Edc@q2oNAZfB*pk1PBbcK)#-}Lx4aT0eR6f
zO8K0z=S6qkdFNes-8D~y?!No(d+xdC3t#xc7rfvF`N5_;k&<%$P#XaPQDSoHBtReu
z$cqvn5K18L%uDVJ_#G0LPk;ac0t5&UAV44qlx&{!Y0wA|AV7cs0RjXF5FkK+Kp=s9
zJ!^*mfieQ}qGgowIit&qKJ&~oO(US`;KL6;oKF7gSHHT|g#386`X++_fiME0f;Yl)
z1O{E;(JM290D(9Hd1qd7C(zvtr4k@OfB*pk1PBo5l0eDkIiJ?0GMttG0RjXF5FkK+
z009C72y{arU(ebhK%k6(yl5Gve9q|dqUpz5B|^_T@4SmHx+o8Yw%G|2lap&DKp+Xo
zixMCZNFYv3POg;zfh3T3<|TK!aofQ;2@oJafB*pk1PH_uDA_#c(_&qnY6%b^K!5-N
z0t5&UAV6Ti1@iT*9RdW(2*`_;QOf6xIxo6*?b^HVzWd+TZ@1lcTdQ2?j_bFnQ>Qjg
z$g(8{0RmwJh8JZ90RmA3RxZd40tDg+<ehoRodLf?;_?X)AV7cs0RjXFB!QC6b3P3k
z0RjXF5FkK+009C72oMM)kgsR$5Fk)SKwh+rQa)$YdC~j~X(!9F?Y7&lF%g=M9C_rC
z2OV@!)2G73<m6fj5J&=1Vsh#vKp+XkiODII0D&Y>-&dE}4|F#}sRRfRAV7cs0RjZN
zBv7VvuAkGTGMttG0RjXF5FkK+009C72y{cBeo1Se0D+DI@}eDy>L=uR(S7&b_rCk?
zyX2BfYT3?t^XAo0>$rc<J@=e;+G!`O-{#Ms-!vdvIG7DBGzbs~BQSDnW)L6{Md0y&
z$_xSo;s|u?v<nluaofQ;2@oJafB*pk1PH_uC^X3(AI7>m)e;~;fB*pk1PBlyK!Cu2
z3v^uPnm~X+y@0%Ey++6VJTF=ZbMCq4o*jR-)r9otM)%);|H26yABKs^$+Z$7kOZQ{
z<kU%kKoW=(lT#`I0!g4%Q{C$LfZri;`2+|MAV7cs0RjY)K&x)K)p2M92oNAZfB*pk
z1PBlyKp>DntL3fZ1PC-0kQZ&r((2%%MT;7foaxAn88ce_NSWhHmoB~f>Z>nbzrFk2
z?{4}MzTTPufk*<YZp;h<1fmEmy*e`p5QrmCrn|166X<S+QV9?sK!5-N0t5(jNua(%
zF0<dIGMttG0RjXF5FkK+009C72y{cB%u?4J0t9jadC{Dr%+8uMYmPtu_${~Ga*Orb
zCYx+h%XS`k;DKd+yf){LfBfTrw%+c&_uf~%>Q(9V8*H#aeQ-2VQf_#WY6%RwK$MuA
zItdU+0&!w;N+m!b36$@;YcsoX+rc>r5FkK+009C72*eW5MaO!-R7-#W0RjXF5FkK+
z009D(1gb83%_lJ60`j6``2bvZ-F3A{=e&9IN}lJYn{Jvqb!vSOwB&xaa)CjBKp26C
zF3Su81cC@GA9~0jKp>Dn$*wz}R_T6%$pi=xAV7cs0Rja2QXp@SOYZa~f{P+RfB*pk
z1PBlyK!5;&eibOW+BJ;;ftrB4=vY1pqsWWC{q1ir84xW@3lo!*Yb8J+2?UABsgnSK
zBoHVjr&Iz2l0en&y<cyAxGn+&2oNAZfB*pk<pp%n<*m#lK!5-N0t5&UAV7csfp7v<
zm%Zi_7;pi3(Xo60Mv)hN%Uj-33xZCYHf`fS-=<HWUdV{nKO7pl*C0S3ihv9r0RoW(
zR^OBv1PH_tsM@`UyQiUG0t5&UAV7cs0RrPLpo<=NQYR!pfB*pk1PBlyK!5;&-Vvy}
z>@}ajfD6crj^zVT$crvtzI^`t`TMusHs5^n`V?sS{U|XxbrK+u1R^En{3%od1meWx
z<XQ<3NCH*6_ujc#p%MZF2oNAZfB*pklO>>wo-BE<OMn0Y0t5&UAV7cs0Rj^sP<7dB
zK7j!jkQW`x2cVD_{mf@RQ$GJ$b>_&rI}HK^q6lQ^E9nga1fmEGFUkx81mXx(?cOKg
zE`*mLK!5-N0t5&UAkgCiy67H%gOo>r009C72oNAZfB*pkV-cvj>@}ajfD6crj^zVT
z$cz5<U;lO06lnTZ`h1%*WlEbLj}ntpCjkOUKv<Ljfk*;zVsdh=1PCO7s@?loZZG&*
z0t5&UAV7cs0RsIYpo{L0_t8}lAV7cs0RjXF5FkK+KvRLL%U<&d47h;2=vY1gt@5Hr
zAAR)yX|Ww~#1VNYbdNpusDJfueB&EiZM9WOjW!LAMhf0U`Ga!mB+xy9N3YBb0tBK6
z$cqvn5K5rFe=f7%^uB?E1PBlyK!5-N0t5z1piJjnKWCtDTr2?s1PBlyK!5-N0t5&|
z7pPy-+9yDuqkz0<N1`?pTIEI0IOB{~KlPTkyd}?zKL7d8uT5LCX3Zs+Typwz+gsoI
z)_hLBBQHvTKqP@EF*$V-Admz?CFN90fIzD@yVddNw>Z>KfB*pk1PBlyKw#_wt-9q_
z$H)GP&Om?w0RjXF5FkK+009C7CQP8!^44(z1eyxSi#BB`d2keY(R0r|H;;gBvdJd3
z7rN-8i}Hi5cCr=M8w3c15m<V4W)L6{MIc*}83YK#5h&TH=hG(aUW6ASK!5-N0t5&U
zAkeb{d3#)Pr)MujVFU;eAV7cs0RjXF5FkLHQJ~~%*E9kIY69}2WBDYEA}{*XQ%~i8
zK6JO;cB{SmNhh7uDkhpA4-=D<Yb8J+2}Fs>sgnSKBoHSir&Iz2l0en&z44}jBLoN#
zAV7cs0RjXDO+XhtXz#e|B|v}x0RjXF5FkK+z(5I9UG|z!V88|BMaS|17)4$*z1(fL
z-BwG1PM<z~|MlAzTWnD~a`@qgf8-+{Is5Fh^O$J9ldZbZAV46Dz_M#Hg8+dj0`j5+
z2!s--+Px3d{SX&RfB*pk1PBlyK%l9BF1jg;g9Hc=AV7cs0RjXF5FpSW0#%p2<`Woj
z0eR7}d;mt57hSw~ah?J#?7ZO(Z%FlwjEu~mKfmx)n3$YgD**yYAWBS5odgIZflx^~
z)e<03wR`W68y&8K009C72oNAZfWTM;bkSqc^Rom95FkK+009C72oNC9;{sKez2*}b
zZ~=MIv3vmXyy(9B?z?c|!sCxWz83O4<BT)foOb#0<=bw%Z6OX?dwBB6C;!KP{Krl^
z?bP_JueT;ZAd<jCmt_V40#O8{+zAi}CD5kLZu(S@-@#BG0RjXF5FkK+0D%b*Xxb{b
zIXD3&c?kjp2oNAZfB*pk1PBlyFkS*}R=A!bK%h}TUbNAq{E<8_T8MWZee}`oPqJ*;
zvLye1p4(pe%2yW7(D*P?Qf}$hswFV!0#Rae>LfrQ34}_@sg?kN_HB0Kv*UHE!FdP}
zAV7cs0RjXF#1&}lliMGOd!;HTK!5-N0t5&UAV7csfdLd~zsU700Rja9dC>w$rH41)
zd~;*4GaZ>ddv>Msy!+knZhD^jgM*&FlR+gAOF#yX0D(XP@}dL?gc7LKW~a#mcvr+F
z6Cgl<009C72oNX;=%NcC9ugoxfB*pk1PBlyK!89$2~=J7nonTB1>{A?@&Q=8cI}yG
zp1I$C`=#%rPuq+cGinLX^tJNov{{y=31zk=OO|Z0#TNDH(8m32#q|aO0$~JVrCU`?
zV88`dF31c51mXx(?cV$8c86;rK!5-N0t5&UATT-sUG(VO{1gEK1PBlyK!5-N0t5(z
z5U9HBHJ`wM3&@L(;|Jic|N5_MInOiBIO7+;_{DC!?baCk9QBbfF*&(b0tAx4fT!<V
zK7m*Qabj|Etpo@pfvVkmi2E3dBtU=w0RjXF5FpT10bO)gd7Yd90RjXF5FkK+009C7
zCRd>9ve$e911=yhI*uQJ`n>4*=bu07XlT<P%vRrI5FijnVC2@!AV469z|hFO1_1(r
z1gduLlY4{0s}mqVfB*pk1PBo51%awv^y&X_r$K-~6oG&F*?$`Z2t*O+g|0vi1PBly
zK%g%LsxEuYCotdw@}lGT0jST5o^#GQO=F*<J{Tq@C)Y}VKoSTNlT#-F0!biHOirl;
z2qb~3-Fsi&_i#}J2oNAZfB*pk1S$zs?V_W^<kU%kKoW=&lT#-F0!g6KuWyqH5FkK+
z0D<xXRhPZy6Buv-dC_tF05r{uo_5-4kCxaDKKS7FQBq$&N`OEl0ijs}1mXxhvg%I;
z0Rn*ps&?<?Zzh;YfB*pk1PBlyK%id*bkY6#&blrF1PBlyK!5-N0t5&UNCH)tz2*}b
zZ~=MIar^)@&5Nc#G+KL!JMX;n|7*SNvdb>=qLI>oD;KDiKs$jrNjZPJm;ix5F*&6Y
zAdm#AcJJ<!5FkK+009C72oNBki}o2HK!5-N0t5&UAV7csfj$<fy6iQdz<>+Li;m+5
zpiN%%YhU|X`#5O+?DXl=r>)=eBek7u)r|%L0#O8fUoZgzfdn3XX1PItKp=st-FqM3
z{cvdn2oNAZfB*pk1WF3%qDw-VMt}eT0t5&UAV7cs0Rj;PsxEuYCotdw@}lGT0m$>B
zJM6H-PCM;X%Xyx4)>-K#PCfP1LjJSr!zeL1brK+u1Og@HluCd=pqQLe2@psERlE0y
zw>8vEfB*pk1PBlyKwx|YbkXDM>1+fD5FkK+009C72oNC9Qvy|&z2*}bZ~=MIar^+B
zfByN6DbSa`^rh(~PC4b2+EY94yz}ABwoNwKr159#k7Pp&4FUwB2#l<|(;z?~iomip
zj~E091QMv)z4z4p3dIm0K!5-N0t5&Um=pnB^rWzRQ33=A5FkK+009C72oRVUfvU@1
z^9c;NfV}89egJO1`R4kBXKnutZ+Js`i99cQ;e{7AeZ?2O=tcEEd+V*YZn@=_^+%$_
z<kU%kKoW=&lT#-F0!biHOirl;2qb}~y>y#{6LTZNs}LYSfB*pk1PBo5Wq~#gbJM4K
z`C8OQfB*pk1PBlyK!5-N0t5;IP1m*#5+Kk@Kwh+!%;=8aefQn}yncK2t6yD9d!BR7
zIq6g#^P=y1*SqS|p|5zwE9xJn{cPDa1_1(L1V(Pn3<3m#2rM6Z$RI!<kU-Tgy>Q3C
zLjnW{5FkK+009C6D4>fTz&G6`6Cgl<009C72oNAZU~mMgE_=-<FyI36qFwp`q?l->
zyy%)WYrgo!FBUSQ^$)|u<m6fj5J&<+Vsh#vKp+VOipeRJ0D&Y>wR<0&n<1{0009C7
z2oNAZfIuq&U34oM#|aQ1K!5-N0t5&UAV8oG1gb83%_lJ60`j6=`T$hTi>5OE^rt^f
zn>MXJBU-<ot+?JGKp=|1@VXxv1PDYCSh@CB1_1(r1gduLeQ=k<B@iG$fB*pk1PBlq
zqkt}YjDUWe009C72oNAZfB*pk1bSJZ>ay2-0s}4}FWRLKK%N&p{P4p+`N>Zna>yaI
z@aKgWUfAXpZ@THG`Sa($@r`fXV~;)R!=h<FN=#0j1PCO7C^0#85+INS0>$K%N`OET
zXwyqKeX5slU#N`$0RjXF5FkK+z{ChNZI#;`oS3S-3IPHH2oNAZfB*pk1PBlq7lAe_
zTu%`o&?q1;+GsK^NAkRAA@+H~2`7{}|Ki1q3x8`gTe-j>Kp>1jwj?tM5C|gh)bRZV
z0Rn*p%JkCpbH?R9gOd;-K!5-N0t5&U2rW?GA(z<?eX)usK!5-N0t5&UAV7csfk6`}
zv(z<*0D)XUUNol|-<{8Y{_};TXzk&f-t?xDFZAS-PabvDQTa*2#N^~!2@psEL1J?1
zBtReu1d7Qil>mVxP_mcKrw!UI5!XwA009C72oNAZpiv-ik4x?}p1~0U1PBlyK!5-N
z0t5&UAkeb{C0Dzq5g<?#kQeRJCt+x4=;I&%_*<Xb^6!`b*vCHB<`vhjU3<zYr|h!J
zE<5kM^A0=gkcUOnPL?e;2oMM(u<FLlAV469fB+r=0<i?z^wLeA>e+i23L`*(009C7
z2oNAJVFFEC<u(T=tS~P`fB*pk1PBlyK!5-N0tCh`&}N0}DFOr<1>{8=O}cR;r9f-p
z&kHZSu+8~zz4g}mjA;FSn3$YgD**yYAV^G3odgIZfmlg7)e<1krk8H|)Yxw_I0FF!
z1PBlyK!5;&=mJe!<u(VSU$6QJ5FkK+009C72oNAZV4wurtZ+R=fIy>wylA6IH;xqY
zq7Od!;LBe2vfUfDZMNB_J|kMcFE2`fKqP^uZpaJ*1cC^x7<$kkKp>Dn)n0v|?uWQo
z0t5&UAV7cs0Rl}0bkR*&93()1009C72oNAZfB=F15U9HBHJ`wM3&@L3%m<*57d`XL
zGwZXUjr*H!y6G{;95a3T^!%wvNjZOBk^q4qF*%`D0tAvkpqQLe2@psERlE28xY6M%
z2oNAZfB*pk1PF{pKo>n0JwHo;009C72oNAZfB*pkJuXmn*=s(50T+-LotO_mAuoEu
z2`A)1(55?6r%o*#U-j(I4FUwB2xO~oG6)ceBCveuA%g&cKmt{}_a484p*#Wv2oNAZ
zfB*pk6Cj|Ao&aPoL4W`O0t5&UAV7cs0RodHP<7dBK7j!jkQbep4?vz5ojrT@d*1V&
zJ@?$R76*OjJKuRn-FETC7Z+lp`NJqNIdu{skOZQ{<kU%kKoSTPlT#`I0!g51_dZ#-
zCcG{I0t5&UAV7csf!-0&Mfc8op%MZF2oNAZfB*pk1PBlqcY&(QUh@eIxPZLq#C!nq
zyl9^PtnIx0?QgFy;L%4P-D<0?3Ug`?hu8hcAV46BK(^{eg8+dj0?XDsVh|t@NT9xX
zF0()G_Z*y%009C72oNAZfIv8bGM#h%oNyPYU;+dP5FkK+009C72oM-#f%+w_eF6kJ
z3iM`P^vWx*{EzY2w%>mHTG(>Qk|iA}x;o)ApZQGF6zGX3o|wPxv(G+z&N=7oyYIfc
z@4ovkyX;c<O8O`<Idu{skOZQ{<kU%kKoSTPlT#`I0!bimo=ffw^6e4VPJjRb0t5&U
zAV8odP_lW>r*R`dfB*pk1PBlyK!5-N0)Yhb^{gEN1j-2XW?r;uv~ny5zx&<qmeJ_m
zoRkIq@|VAS-g8?Dh1M=7{e97IKet_U(M4^pab(?{1_1(51Xe$LpFw~?6oG7bkwJh!
zAc3kKd!V}+N+m#m009C72oNC9B>`P@mtdWi009C72oNAZfB*pk1bRWB>ay2-0s}74
zQ+d&Y4mzk!U~()^eeG*s>!~;TgcDAvdO1;Ia_S^NAPGc?$*Ge7fg}(pCZ|*a1d>42
zuD%y;Q>cLe0RjXF5FkK+z~l<(q9@nis}mqVfWZIH-rWG*Rn_;SpAaA+AV?$-1QEf4
zfNw>GT8jSBjz#4!)>mxn%U?QG(bnDyQ|k5Qs)IujtvJQnsz^ksv}hDT6o;4&2x_cv
zS5Xl`M6_w3p)tgmmpyltbJ?>!`+3gU`&s9N{MPf?v&PwHpS4cb`XsYhYt7el2oNAZ
zfB*pk1g0v`ciXEzfq5>lQ{_cJ`N>Z{{NWGZXL48llkQ*o(wBCszv$P!?sa|hqSfZB
z6aoao2>7}}0t5mHY`dmX2oQ)P(05fo)$<1*PJjRb0t5&UAV465fK_yezb2g|K!5-N
z0t5&UAV7csfw>9v-S(<aV4e%?RC&>f|6Lq%$RUGR=IYg}C;s6%ANbRs{`8bnPI>Ha
zUUhG0jFN_l$;q`6AdmzCCFOLL0D(9$Ik{E>1d>4CMfltf7PKNjfB*pk1PBlyP?CUE
zbV+}k#zKGq0RjXF5FkK+009C+0)4l=>Jymf0`j6e&p&|MZo6%-z4n?hESesQpAjGs
zNuav6QV0+TBe1%v6aoao2=raO51klzNq_(W0t5&UAV6Rq3Rp$Y!@qPxCP07y0RjXF
z5FkK+!2A*DyX{q<z&sa_7kvQ#0et`a-#_)#Q-8N{J>dyYIP(7M@WT&ZxNu<|AB~ih
z^Hp^O2!x5r$+Z$7kOacS<aCt)fh5p(^*(<NLyVLF0RjXF5FkK+z-$6m(X+{TPJjRb
z0t5&UAV7cs0RjaG^xgKVPhg%4$csLJ{{YfY(${g&u{U>bzD*%OAc{b>=?aAafiMCB
z-UJAQ66m{nFW{8J5C{+;K!5-N0t5(T3iMq?|LeDYrVt<yMIdv2(3}7P0t5&UAV7dX
z0Rnxuz3LN~=K}Jg58yw5<BvanY)rJS5G5w3p9BabfiN*SxmE%Ml0c}WoZb>3(0BD-
zz$u3z5FkK+009C72oT5==(~!J5|h(U0tAvk=KP>J0RjXF5FkK+0D%Go`fhvGCos<i
z<VAPbKY*KWzWMd9fBpYyT+5a%8^l3h{NfkC`TpxoZ+g>`B}?j<Xnj*{zDglLfB*pk
z1ST)Aab=|tAP`5O@9MpPQw~EQK!5-N0t5&UAdo50cNP8V|M%w#0RmA3GUo@)2@oJa
zfB*pk1PBx$(0ALbK7n~IATPSZ{sBDU2~ViQpL4jGd^|<~l>h+(1PBmF0&!w;x=MgR
z66m{nFW{8J5C{+;K!5-N0t5(T3iMq?M~TVlCjkOUAaj1uoB#m=1PBlyK!8920)4l=
z>Jymf0`j6e>>t2G9`cYm#6;^RRkd0nKp>2O_!$8LfdqtR2@nV+(0BD-z$u3z5FkK+
z009C72oT5==(~#k!VlLf1PDYC$ebTECqRGz0RjXF5Fk*1K;Lbz`UK{=fV}7q`v*|x
zMNdEd^udqMA9T<`bsRL^?7#p12j6!!AJ+F_Vsdh=1PCO7KuI}WB|solQqK2{6Cluc
z^<Ka!hanIkK!5-N0t5&U$Q0<iijESK(@z2fl0fGCpg92o1PBlyK!5;&0tEVQd(|f}
z&jsW~ci2CGIxo6r&6>d<di?Rn*KyEvvuf3<!Smnwo!@CbAKX{fwF&_OVFbj_2oMM)
zu;KDbAwVFGK;PAS0jC^>K!5-N0t5&UAV45fpzkVr)h+830tBK6WX=zo6Cgl<009C7
z2oNYhpzpR<eFF1bKwfl*{R3#{MPKlO7c_IBU--foQfI2FI`6#m9{0G%EnK*;`EHn)
zoLnmb0!biHQchP15Qr0#lWQeFAPMwcy%%uGVF&~W5FkK+009C7G6njsqNBv*^pgOA
zB#=2jXik6t0RjXF5FkLH0D->SUiAsga{+nL3H}4P=bn2mxZr~SXO?Tpk|l%uXZ`)6
zKl|Cw&N$<Y-FM%8@cb!HdCIA$p8C|MKD8MWt?##NzfmDTAc{b>_9BG<fiMD_uBa3O
z1mXzvUA-4@%3%lu2oNAZfB*pk1TqEsuA;wk$9jbTfhYo*^MmFD2oNAZfB*pk1PT!7
zyX{q<z&sa_7oFfgfYVMpt&Vq&xViS)Yny*){k@|jnxwa)#N_mo0D&YBCMGA>N`OET
zh!d03RRRQ(KyxA8<-UMZ4nrV7fB*pk1PBlykSWk*<=m_jB_^kz1PCO7%=tlc0t5&U
zAV7cs0RjaGG`F<w2@n`7ATK(WsC$KDjyYy@=5z4wHP>9z{LGV2KDkRPzei7iKqLVf
zJOTs)2~?{qg#dv#0?mbVm-_-vIShdS0RjXF5FkK+K&C*Km2<O>3?2ajfdn$=2h9l(
zAV7cs0RjXF6d=&t(z+)=V61?==vboe73#d`Nhh83veva|(V{^vwEjK%!6&a@zy8A?
z{_x-3f1Q5%=?fMtXeUS`CFQDX^_IYV7YLM;(^Ucl;>6_SS_u$H0^JwqgPH}Lau@;u
z0t5&UAV7csflPtEtLQ*UIb9_{Aaj1uoB#m=1PBlyK!8920)4l=>Jymf0`j60{0C6y
zML+x5&$d6d{@wXOUUc*3&2M?jTVB$-_S$Q&c33n$S-a`y3IPI91U7G5qYxkvMZgby
z6Ce;vpuNl<{iJ|X4nrV7fB*pk1PBlykSQ>F&D?%h0FMBHKmwWbgXRPX5FkK+009C7
z3J_>-Y&{`BV1$6Y=m?y?Z}rNHo`3%NGv-2Pdl)4qr=J7}B!MU~IsGI+APK}u%IPfu
z0)3b01)Opi0s#U92oNAZfB=C^fxfHgKuI}WB|so^e$bo%0RjXF5FkK+Kmh`Mx4r5U
znCAlWq7(cF&@nIi<~P6jqKhv2{onun*`lE{KHsqAdkO&pQ3N(_{f<I_Koo&$!{rJA
z0)YhjuHFkc<uC*S1PBlyK!5-N0+|ARSJ6LOzeyoLAc{cd{Gd4j0t5&UAV7csfdT~j
zZhO@yFwX_#MJM<VpkrQiC=U9lM?LBt?|8?_C!c)meb<sDONJ^8UPg(@=_dgKNgzs0
zPCp3{NCJUka=J=@KoaP?dN1IV!w?7%AV7cs0RjXFWD4|MMMsIr=_dgKNg#86(3}7P
z0t5&UAV7dX0Rnxuz3LN~=K}Jg6Z{7-Ixl+EQAf=f1U>%v<Ig?!+!^0$KJ=5p1PBBY
z*tGQ<3IPI91gb4pD+CAx66m{nFW{8J5C{+;K!5-N0t5(T3iMq?f9QtW6aoaI2xQI=
zniC*EfB*pk1PBl)K%nooSA7EWTtHrQg8u+U=S6S0;fCit=Q;oD{_Eg_4{pXm$KD4@
z%IPWr0#Rae`bmI55(pHN(^Ucll0e_pdjY2$hCqM-0RjXF5FkJxQ=soEI!a7VKM4>>
z0-5uJ<^%{3AV7cs0RjXH5a_$@RiD5-7pU{12OMy~`)9xQ+;h)CpmEKbHG#wqIpmN*
zw^y%Ty#u;EIxjlZfwRv(du&FuS)tl?jY5Dx6al~SO@KfkfvUPzAwVFIz|f+4?8^d9
zIShdS0RjXF5FkK+K&HUhW%E#luiUX-AwVFCK<50QIROF$2oNAZfB=C41cr9CUJ@WM
zTA<F0Hlv9n?srV^a&(`&zq>Q%MZf?3??2)Zj~GEc^j4IZoPH7@kOTrH<#d$*fj}`i
zT_r#u33T5J3~Cl|%3%lu2oNAZfB*pk1TqEsuA-yF<n)sOfh3SQKWI*X009C72oNAZ
zpa6ls+g|kv%yWTne)F3{xx~>gKmYm92NKKAi~i&%KY8tIU;C17*FO8~Gtm3&XFuCT
zsj8~2_gxoXeDP@Z^zN4JH!1`OL=o7w{d$D}fhYpi#+3>I0)Yg&EVG++3OMC31OfyI
z5FkK+009D-0?ie2m-|(>tWyXOh$4_VKWI*X009C72oNAZpa6j`TU~Vs5U2%GWbyC+
z{_mgltY@7(^4e{;-3Eci`SyGC&wS=H$0j-372f~;_t(NhH`}*w|G)=6@E5J?8P9me
z6Q1ydB}<mHKW*?NN=!~a2@psEQDSoXNq|5S2o#gkRRRQ(z|iV??8^d9IShdS0RjXF
z5FkK+K&HUhW%E#lC^0$xBtReuWX=zo6Cgl<009C72oNYhU}#tCB>@5x5qQW$9x_NR
z&bPeiF~=M;TYz)K^ACUc!?Urcw?;G^@m6)uWeNcTQ3Tfg>JEhffhYo1wOS!SAdtXp
z%k0^n7jVj92m}ZaAV7cs0RjXv1!h|<&-Q%nrk^VW2t*OcoF6nNK!5-N0t5&UAW(q7
zY};GU2@uE;kQaUFOJ91<xNHCY_a6j4NBkcB*=L_UA{08}ttc@${Uksj2}Fs>=_dgK
zNgz;6PFD#KNCJH~H3gh<7y<zT1PBlyK!5;&Oo6_u=qNEc{Uksj31rR>niC*EfB*pk
z1PBl)K%nooSA7Bmx(LXNj);KPfc2M=4l1Xgo`3bLUwyy<2kh6l_Sj>OK`8XdBai&c
z`>*ut^e3HkQu;mm!By93#z(8Q7bye?gb~<$RizLh5Jh0i)s;ekKpcU3?cMRFfKv`b
zAV7cs0RjXF5Fn5#&~foxSG(!1jS2w*Q3NvQ2h9l(AV7cs0RjXF6d+LVXWbAWFhK!%
z(K+Nrzy0lRHv^wT_s1T4Z2cFMzPNPg-S*2cF*&(b0tAvkl$e};5+INS;>6^1l>mVx
zP%oi7-V|`kVF&~W5FkK+009C7G6gy=p6hB+VsiRPfIt$+oF6nNK!5-N0t5&UAW(on
zy`ObMfWQO=<VEL@7rpMf>)Nr;`pNOfAAimL*VCW=^!oX1H`V$}6#@jJ2yEMay+VLM
z6oIO`Rv|zjkU-x(P64MJhCqM-0RjXF5FkJxQ=soE`s+WxM<GBUia_T4pg92o1PBly
zK!5;&0tEVQd(|gEpo@UKXii>q*|KF{yZ?Im%U?cQA~Zce=%9nrPtq@5ytrK_N=!~a
z2@psEQDSoXNq|5S2o#gkRRRQ(K$p!+vrYl09EL!E009C72oNAZAXA{ZLhf=OB_^kz
z1PCO7%=tlc0t5&UAV7cs0RjaGblK{vLx4bE0eR7!yl6^+*5K!!du}@m+U1E19svS@
z1Z40C5C|ktrJtl%2oQ)PP_L^y-V|`kVF&~W5FkK+009C7G6gy=p6hB?-t->|0RmA3
zGUo@)2@oJafB*pk1PBx$Q155m5Fju?0eR6$<we)6TX*WIr#|vGuLnKoL1QDMfs%5%
zN`OG1q@1o2ARsJCfIuvPzI&VkPB{#L009C72oNAZfIy}|-&J&!n4EqRAdmzy=LgLR
z5FkK+009C72oxaDciXEz0RmkF<V7cy7oAc2m9Ko|_`K+b%PWNdfgl2#x2;hK5FkK+
z0D)-;%($E$@vwkX4nrV7fB*pk1PBlykSQ=?!93$z*Zt&fg#dvl0-5uJ<^%{3AV7cs
z0RjXH5SVdq>mdOGnF8{nQ_YL6TD5BN;>DvQqr##D2m}(CMm)x65+Fc;009C?pzpq>
zfKv`bAV7cs0RjXF5Fn5#(03IbB_^kz1PCO7%=tlc0t5&UAV7cs0RjaG^xgKVPk=xd
z0eR70dC|iUKl}+#c*2oK9yy4BE?c&2Eb_hg-us3(ykSISG*D7bR|ycPwq2tTAP_}B
z0FMBHSOR0$)k75uIOQ+|0t5&UAV7cs0Rou<LyP3GFTe1^wF&_OQ3NvQ2h9l(AV7cs
z0RjXF6d*8mpQ{1^0&@_M7wwW4ee|OrJ!9Z=_uY5zV*a21`Jbnpa>{T2_HQ40=%MY;
z5x^rrAd-N*C;<X-1Y#xS^p*gDF6-)ModQld41oXv0t5&UAV7dXra*Ir+~qz>Oin)u
z5J&=<^MmFD2oNAZfB*pk1PT!7vei|G0D-;&@}gbxqOX7b>)Scc^km7BC0)S(_>cd1
z#^!^E)op*L5FijnVDnX#LV!RNf!p6#DFg__5$Lk6Zq_N_l*14R5FkK+009C72xJO0
zSIAxNzjDWVg#dvl0-5uJ<^%{3AV7cs0RjXH5a_biRfhn9z5?>1UGkz^w{E@m+H3#y
z{_7p@c*h{>`Ot?xbO643_3HFf^$(im+GUqr<VC}z0mXL-j24IzlhaQE1d>3Un4GQ>
zAdm$5Ze$8L<uC*S1PBlyK!5-N0+|ARSJ6>oa{5VtKoZEDA2cUGfB*pk1PBlyP=G++
zZLj(S2y_vU7wwW49g@86y6Xn{&w~y+Xz<oEpZUxYiO|t+Rd-yd5FijnKn9Nhfj|Q5
zR#XZB0&xU}mfT}s7I4a82m}ZaAV7cs0RjXv1;#F$hbsK!m%ma75Qrj>IX`GlfB*pk
z1PBlyK%fADp<S()1PDw-KwfkrdC?P3JaKd=bi})1Vsdh=1PCO7KuI}WB|sofOir$q
z0D&aXcXw03DTg5tAV7cs0RjXF5XcnhyNZqylhaQE1d>4J{Gd4j0t5&UAV7csfdT~j
zZhO@yK%k3&yy#@}qUopVzumfyJMOqqc~NN=0t5mHY`UUS2oQ)OaQ7vZLV!RVfi9bu
zW}N~~IShdS0RjXF5FkK+K&C)*h1})-rn@#O1PDYC$ebTECqRGz0RjXF5Fk*1K$oqq
zIs^#x6_6L5Y+iK5iWPU=b=OBf`q2+GuD8AIZBKsklOKEEwQSk4q3o!ylOjMMl0cN0
zoPH7@kObny<aCt)fh5p(BU8XBhanIkK!5-N0t5&U$Q0<iijESK(@z2fl0fGCpg92o
z1PBlyK!5;&0tEVQd(|gEpo@UKXii>q(V|6vc;8hsro8CrZxbB~i>8;=wrdmu1fmFR
z-nK>|Kp=`hb;pGY0Rn*px@=yWbqYA;Fa!bw2oNAZfB*pknF7rfa+mwB|NI_>0D&k1
zne&6@1PBlyK!5-N0t5;W=(5#ShX8@T0(H=F&6+iR+dhEx4>{zJLGW_*>eX}W#xchn
zGx&s@yl6Z8`NlWCvHfuLlPEDc{Uksj2}Fs>=_dgKNgz;6PFD#KNCJIV^#z=A7y<zT
z1PBlyK!5;&Oo6_u=qNEc{Uksj31rR>niC*EfB*pk1PBl)K%nooSA7Bmx(LXN&LJ<l
zZr!>)_uO;F6zDnUoKrtP@x&9K@tfCEp7NB13m4WE1~)Qz1PDYD*l>BJ5FkK+009D1
z5a_abY1S#=l*14R5FkK+009C72xJO0SIAxN@7Va?3IPI91TyCb%?S`7K!5-N0t5&Y
zAkby2s}2DIeFfx2=a3go$lv?k_ul*7_rCl7>#)NP8-zbU@{y0!anPUs^r!V-$FG0=
z>(fs^{eS}wsNbz`A|>UvU8A=I=DWZY;xPiK1PBlyK!89Js8`M%Zwff&Fa!bw2oNAZ
zfB*pknF1Xb&vmsZF**GtKp+WZ&JUUsAV7cs0RjXF5GX*P-p{%rKwyFb@}hIgiw^x2
zq^}YkofrN5=RaQuM2BwXd-_fWl|U>3c~Jrc0tu|Ws8R?Jh$Aqxz#jXufKv`bAV7cs
z0RjXF5Fn5#Fm~BIRN>Bh?^Xy9h$4_VKWI*X009C72oNAZpa6lPU9Fb{2uwskUUaf~
z(U-pTrF9&%`Te4w_{1mb=R-I0q67#;5(t!((^Ucl;>6_SS_u$H0)2Nk1)Opi0s#U9
z2oNAZfB=C^fxfHgC^0$xBtReuWX=zo6Cgl<009C72oNYhpzpR<eF6l!2*`_0HZR)D
zg5G-TtzY`mmySRF_#=-z@}UoXX!EV+eYN>2g#dvt0s?ph2m}&Xe`%!<AP`5O%jTt7
zr+`xqLm)ta009C72oNBUDbQRYce!8pt2-0|1fmFJ&JUUsAV7cs0RjXF5GX*P%T`w%
z0tEUB$cs)SFZ#k4zOWeq9o*k?%PmiO(vyasFI>2A=t-EEoLnmb0!biHQchP15Qr0#
zlWQeFAPMx{$P{qOVF&~W5FkK+009C7G6njsqNBv*^pgOAB#=2jXik6t0RjXF5FkLH
z0D->SUiAqO=prC5I+48S?YH0lvX{N=<daYSgFpC#Iu4qCkN%O5d}RG{wwr3>N`(M{
zFaleyt`q_Uq6kRL5+D#tpv&f^S*L(g4nrV7fB*pk1PBlykSWkyA$Pg=8{Y&71QN)c
zA2cUGfB*pk1PBlyP=G*}t*$x*2=o<@7oA96v}WJ7ZCjlSZRSN!JMFak`Or<6n4DZI
z0Rl-NN=!~a2@psEp^|cXOMpPVqV9N8z$u3z5FkK+009C72oT5==(u>Us|8BR=_&yN
zne&6@1PBlyK!5-N0t5;WsQ0sO2oRW{fV}9A$&0?}O>Y{CiPkUWMF|ifK!5;&sR*pS
zs8R?Jh$GN<k5j-YhanIkK!5-N0t5&U$Q0<iioRpxe=7tCL=niGA2cUGfB*pk1PBly
zP=G++ZLj(S2y_vU7oA>S^zCnd`?6)r2D#9Wee7d<@4a`O5pCW~B_ZQ`APEp4K!5;&
zI59c7RssZ)K$p!+vrYl09EL!E009C72oNAZAXA{ZLhf=OB_^kz1PCO7%=tlc0t5&U
zAV7cs0RjaGblK{vLx4bE0eR8s<wcvJ&`*5g6L;Qu=P9S0(tJ3$_uHcc2oNAZfWTA)
z)~%=%0tDg+^xeo5aLQo_1PBlyK!5-N0t7Mz`mUn=z&8N`fdn$=2h9l(AV7cs0RjXF
z6d=%d+p9hS0$l{;MJJmVt*UDO{r7K&LNB`Lf4(v4jyvv1k<rII<}nX{_`~ZuQ%T5d
zxZKAQAV7csf%z^FCnhJ?N`OET=(2ff)+ykW!w?7%AV7cs0RjXFWC}D_$X)IOCFOLL
z0D;W;L308G2oNAZfB*pk1qgK6>Z(J4KwklQ(aGjTlmF_~t6%uS7e4#GYtKFR9OObj
z_qosAaKjB>yzhF|t6o)yMbnMnqbEQhlEC^)D}?}oC<1qWpi&4Bh$GN<BU8XBhanIk
zK!5-N0t5&U$Q0<iioX4q8x;Zsq6lQp51JDoK!5-N0t5&UC_td^wpV=u1iA>wi%vW*
z+GKy^BOf`4hCcPFPi<yIoA;5DavN9bErIzi5G5w3p9BabfjBWaT_r#u2{c#HUG57w
z<uC*S1PBlyK!5-N0+|9`R?f{jQDSoXNq|5S$ebTECqRGz0RjXF5Fk*1Kyyp$o&bSK
z3CN4?n7rtsMT?pl(dK=%`6`6~fiMF1TvjOr2t*N(7bQR-ltAANP64MJhCqM-0RjXF
z5FkJxQ=soE`bX<GDFg^a5y+e$G$%lS009C72oNApfI#1EulfWCbP<pj-7$I5Iv{$`
zK?f~fytsauZo<Um<XQ<3NCHt}a{5VtKoSU*l+#-R1iEZqnso{|<uC*S1PBlyK!5-N
z0+|BM6>^vRC^0$xBtReuWX=zo6Cgl<009C72oNYhpvzWQ9RdXU3doC2H7|Pf(MLC<
zq3M1oEc!or(Jfai1PFu?*toJ%2oQ)Ou=b)#AwVFGK;Ml_0jC^>K!5-N0t5&UAV45f
zpzkXBD|f6{2oQ)OkU2kSPJjRb0t5&UAV8o1fxg>b^$8H@A|Nk1)x7BW=bt~67j3@`
z6O)r`B|snvM2X4iCjkOUAWlq9R|ybE0$nyQ%{m2~au@;u0t5&UAV7csflPts3c1UD
zl$e};5+INSGUo@)2@oJafB*pk1PBx$&}FNu4gmsv1>{Ainioxf9e3Y-_pP_yx@gg&
zc2ackq^edc1PFu?*mOmu5Fijm!0*u$AP`ER??$G8Qw~EQK!5-N0t5&UAdo50cNKlp
zT^khw1fmFJ&JUUsAV7cs0RjXF5GX*P@3vQc0tC7U$cs)pFFN>Jc-qsRCNCN$5GcV*
zV1z)Fn4EqRAdmz?CFS&%0D&%>mu8&;PB{#L009C72oNAZfIy}|bA{aHK1xhZKM4>>
z0-5uJ<^%{3AV7cs0RjXH5a_biRfhn9z5?>1J0>rB&pr2i{No>g*~?zmPK`=Y5+D#s
zV8i8=LV!RNfpse?g#dv#0)00!1)Opi0s#U92oNAZfB=C^fxfHgAFbb{5FijmAaj1u
zoB#m=1PBlyK!8920)4l=>JuQ)ML=G3$K*u^e-|k=`mAR?Yr%pA&D3b5q}+%vUGx@#
zc_I)cCa0eS2qb|xF*#i&Kp+Wp*}OFC6mZI62m}ZaAV7cs0RjXv1)3}5F85Jla{5Vt
zKoZEDA2cUGfB*pk1PBlyP=G*}t*$x*2=o<@7u}J0(e$@dRn?(~9{L-3(TyuBg#ZBp
z1PBnAxWMMCDun=nI0Ah)G6kG+7y<zT1PBlyK!5;&Oo6_u=ykukLm@yQia_T4pg92o
z1PBlyK!5;&0tEVQd(|gEpo@UK=nl(^e&ZY8c=^j;e)7pDH^ZXoURaa>0RjXF5SWTU
zoS2+kD**yYpv&f^S*L(g4nrV7fB*pk1PBlykSWkyA$Pft5|h(U0tAvk=KP>J0RjXF
z5FkK+0D%Gox@>jTAwZz7fV}7q%ZonhQI8r*iVj|i2M{0-Nx*M>6Ce;sKwgvpflvZ{
zH!=mBau@;u0t5&UAV7csflPtEtLU|xey$K85Jez!e$bo%0RjXF5FkK+Kmh`Mx4r5U
zAkalXUUY}$MfcikFL}{OvA|II3a~p)AW%|HR|ya>lM^5iN}$W;rCFzdQw~EQK!5-N
z0t5&UAdo50Tp@S4j}nv9PXYvzK<50QIROF$2oNAZfB=C41iEZ>)geHjuYkPhl=7mV
z{`9AhI_jv0Hm(H=7R;O%-E>8z5Fijm;GWAWg#dvl0^6>s6aoa|2=v{^6mZI62m}Za
zAV7cs0RjXv1^TX{e{t`BDg+2b5y+e$G$%lS009C72oNApfI#1EulfWCbP<pjol;)(
z=%bIGF&&y7o_gx3ixw@a-xU@mKp>Jpl$e};5+INS;>6^1l>mVx&}H+|tW&@#hanIk
zK!5-N0t5&U$P{R<kh|PRiOK0F0Rl-NbAHgA009C72oNAZfItBPUADUF5FpT3Kwfl8
zdC`LoI;c*B4&Cg%_ukDX)y9<y0RmwJWbg<O2qYjcN`OEpfxa7=0!}#$fdByl1PBly
zK!8A|K;KpLPk#9;g#dvl0-5uJ<^%{3AV7cs0RjXH5a_$@Ri6NXE&}qR)6R=tc;SWD
z-*@e?#~#g?Xnh|hCMVZQfIt!ml$6s|0t7-O<$S#)0Rmk%FU>jyoN^cf0RjXF5FkK+
z0D(+_<_fvXeUzA-ei9&%1TyCb%?S`7K!5-N0t5&YAkby2s}2DIeFfx2CzThy=bn4+
zY+TEiFCQdAue<KL!C%V$`|n?8M4LC&=BpF}1i}bxx}s7D5QrjBU0W#x2*eTSyOAm2
zl*14R5FkK+009C72xJQMT}9vi%Z&;F0#O7q=LgLR5FkK+009C72oxaDciXEz0RmkF
zqUS~T+;h(d&*@sYaN!`d`I*mrrVG^QI&XX1+ZHTX&`g2W_p4T|8nk`yd*7RSTR*RF
z!o=j{S_u$H0#Rae`bmI55{MI%(^UcllECQocKh7|PB{#L009C72oNAZfIy}|d!0P`
zNtBqJei9&%1TyCb%?S`7K!5-N0t5&YATWB9>s<l_<|Ys{FM8Nvht+w@%$xJiKYwm?
z%~lV6=tF1g#>E$3y!O89mRoK)=9pvJ)v67bD+CCH5m<Xsr4S$xMPU7<l|q0(9D(NQ
zy32h5ryPbrfB*pk1PBlyKp<0~%gVV~XYHn+D+CBc5y+e$G$%lS009C72oNApfIxFg
z>z)9CNeKkai@x!VZ)^uI=l0|ipZG*RX3f~{!ybF=(SF!`5+)`m*Ghmu5{MF$(@z2f
zl0cl8oURfekOca!$qP8;Fa!bw2oNAZfB*pknF4)R(NSV@`bmI563Cn%G$%lS009C7
z2oNApfI#1EulfWCbP=e7j%(Je=~90usZ&+et+(F#jg0H?!w(;XHb48>&*l%RX1w8s
z8-9J?HR2mbn_<y(Uv0ZaAwVFEz%M>nDFg^a5xD2FN+CcXjzHfvc>$*!hCqM-0RjXF
z5FkJxQ=soE+HZUlAP`6(bAHgA009C72oNAZfItBPeYd^p6Clt<pbk35%8Pax+UPp<
zPs2|(FIqDmbkIRVxzO2OhKb3^wGtqZ1fs;`^pgOABoHSir>g`AB!SVZ_x8I5oN^cf
z0RjXF5FkK+0D(+__Bwg=lR!y1T_r#ubAHgA009C72oNAZfItBPqc^$UB|u<q0`j6e
zCNKKxSHC(%Nf#|z)J~07)oO(RfiMDo<C_41KmwbusuThQ;t2HJ&J=LUVF&~W5FkK+
z009C7G6njsqSyWE4ut@LC<2-DgXRPX5FkK+009C73J~bK?Ny%ufi42_qEpI?KISox
zX+}d|_`(;Sd+xc-C-r@pn4DZI0Rl-NP*P4;2@r@Alap&DKp+Wp*}OFC6mZI62m}Za
zAV7cs0RjXv1)3}5F85Jla{5VtKoZEDA2cUGfB*pk1PBlyP=G*}t*$x*2=o<@7oAdG
zbk(X=C!ToXgCG3hK`!+7e((2AIN^jkBig)?7bQR-l7Ijn0Rn*p<V6V(2qn;WBU8XB
zhanIkK!5-N0t5&U$Q0<iik876Kp>Dn=KP>J0RjXF5FkK+0D%Go`fhvGCqST!fV}9G
z@}dL$7r*$$&1mT0e)rvXZ$9*OQUnM@61e-4N+CcXiom8TDun=nI09WZFU>jyoN^cf
z0RjXF5FkK+0D(+_<_fvX{l=}|Q3w!-B9J*hXik6t0RjXF5FkLH0D&%BU3CZ$=qn&E
zI@P@B8{hcGW;Arh`$$Q-P+w66mcUd5qQvC%lK_Dv5GN+5s{{xnfxa7=0!}#$fdByl
z1PBlyK!8A|K;Kn#l$e};5+INSGUo@)2@oJafB*pk1PBx$(0ALbJ^=z<1ms1#=S8ck
zI{*ChpYxpO{O{IPe`V;JHEWven>KAa=bUq1ec$!OCq7YLbSn8hDOLhIQege1l|q0(
z6oHK^D}?}oI0DU8beH=APB{#L009C72oNAZfIy}|mz8s~&ON{WfkJ>l6oJh7L308G
z2oNAZfB*pk1qd{^wC)KIn3RCLX!pG67r*$$83UiqhhO-@7iRmbdFMOd*{oULi%=3E
z5J@0POin)u5J&=XVsg4lfIt$MZ52J+^8!ve41oXv0t5&UAV7dXroe2g<=LJ`iOK0F
z0Rl-NbAHgA009C72oNAZfItBPvu$rZCqN)aKwh+aUUbEZ6?MpSwwu+fSI_p>@q-`y
zV88wLYd4IPl-rTt;^@yJuyYFh;)9h!fIt+1opTz|D*^;&5twZiJ=^mFPB{#L009C7
z2oNAZfIz0eY^&wjo^ROlJ%s>)C<2-DgXRPX5FkK+009C73J{oWd+Rv?0yzTmqI1ZL
z9(LGa7yRb6=bn2Gf}lgcM?dsevt`Sc*SzL6Ly=K=Q33=a2}Fs>=_dgKNnn;tn&$)v
z?3@BaE9bE<3pnL41OfyI5FkK+009D-0%MoWLlvUL<n)sOfh3SQKWI*X009C72oNAZ
zpa6lPU9Fb{2uwskUUUw5(GyQRaR|RVV+xe+vBw_G$Y{0YYJ~uSFaqmVR0;tCQ3N(!
zQ7Hrn#1R-;V2^!Sz$u3z5FkK+009C72oT5=7`tp9s<3|ZEeZhwQ3NvQ2h9l(AV7cs
z0RjXF6d*9PtM!rqfr$uo4?0fdkK1`Z<d|cQ8H6@>SYGt}^Uq(pbm`*7ix(|gv|z!4
zIx-q2CMVZQfIt$65|h(U0tAvkoS2-h5+INS`tB48IOQ+|0t5&UAV7cs0Rou<eOJ*@
zVsiRPfIt$+oF6nNK!5-N0t5&UAW(on-)*n@1PF8ykQbd&Ui7ZJ?)v&~UMVSBXGEJf
zo42h|2oQ)OAmB}aKqP@`b)^s>5J#ZP=A~JufKv`bAV7cs0RjXF5Fn5#&|D#RxtGBs
zKp>Dn=KP>J0RjXF5FkK+0D%Gox@>jTAwZz7fV}85@}f81c;oK7@7@fBj<}B!lhaQE
z1d>3cq@3@AB|sofOir$q0D&aXcOz54DTg5tAV7cs0RjXF5XcnhyNV8!l+#rL1TyCb
z%?S`7K!5-N0t5&YAkcT)t3Ck&T?FJsr;!&u`|Ptv1Vo44+P3|Ag#ZBp1PBnAxPX*9
z0RpiEx@=yWbqYA;Fa!bw2oNAZfB*pknF7rfa+mwNH{YfZAP_|$bAHgA009C72oNAZ
zfItBPUADUF5FpT3KwfkjdC@b^JaZ5VP2V!Q^!{roCR)Focs#}j5+Fc;009C?AXZXN
zZwV0SyOAm2l*14R5FkK+009C72xJQMT}4NU$>}En0!biqe$bo%0RjXF5FkK+Kmh`M
zx4r5UAkalXUUaf~(f7Xhy;ogz)$^YByg?lFj5E%t{}v8B@W47F+PvAc^&1KS0#O92
zZPzFS2t*Osvi(Md0D(XP^|HC+O#!DIhCqM-0RjXF5FkJxQ=sGGxvsW$)6W$G1fmFJ
z&JUUsAV7cs0RjXF5GX*P-p{%rKwyFb@}iT?i#CIx>Hd^cPO1O0uD|~J(@r~Wuf6sf
zsuLw9r=J7}B!MU~IsGI+APEGD$>}Nq0!g4=Hg~)!;FQA<2oNAZfB*pk1PEjbbX+{w
z)uP1Y^pgOAB#=2jXik6t0RjXF5FkLH0D*cx>xKY<2@1%IP9!h-Tfg;NLn+X~%j1qa
zZs;%TFaPo{hiX>UYJ~uSFao|`lmLM^0)E|_0D)KnL(Ar|FAF&3Fa!bw2oNAZfB*pk
znF3>%%|jLLy!UQ}0D&k1ne&6@1PBlyK!5-N0t5;W7~0i(Nr1pa1ms00k{A8l=RSA*
z@y8!^|5dBL@|CYle@*Xu-}??b?68O4ccovY-*wkrn~~8lF*&(b0tAvkoTQwt5+D#O
zDW|st2=v|E6mZI62m}ZaAV7cs0RjXv1^TX{qr~L&lK_DvkU2kSPJjRb0t5&UAV8o1
zfxg>b^$8H@B2XtA*Q{C7rG7DWjydL-L1=R#dC?)3GtWG8@Zl$&bkaZl(?1ObM4MsJ
zbYE?`S|LCnjKHQVDun=nAOah=en%ldAdtY&ihAtJ0!}#$fdByl1PBlyK!8A|z}RK;
zP=(unxltiNAc{cd{Gd4j0t5&UAV7csfdT}EcC}s-ATSXDdC{rnMTerHGrkNHlap&D
zKp+VOiOK0F0Rl-NP)tr&2@psEeRnqnoN^cf0RjXF5FkK+0D(+_zN_dcF**GtKp+WZ
z&JUUsAV7cs0RjXF5GX*P@3vQc0tC7U$cwh~qE%I;Uywif<ddKAo7bZs{pdm9^SI-V
z8*TfpcfD)IXy}X&{T@950+9qZuB;RS1fmF3t0PS>dP`v53yfZ1x8E(`l*14R5FkK+
z009C72xJPh*U6)we0%K%g#dvl0-5uJ<^%{3AV7cs0RjXH5E#A5^)3Mda}$skZRbV5
z`OR<680@Sc?!W*3qqTqe%U{0cHLv+!_gyERcw*gf#v4%<0t6xnM2X4iCjkOUVBV+i
z2oQ)RFnWRAez$;A4nrV7fB*pk1PBlykSWk!Cy#y-B_^kz1PCO7%=tlc0t5&UAV7cs
z0RjaGjNasWmjHpe3CN4K^P*Q@ef5mN&idgYhaA#N`=pajs@t}2wrsyqAwVFCfZzBg
zKp>F7w(Zv|1PBBY=(WI3l?yoKFa!bw2oNAZfB*pknF4)R(O<b^y+VLM6oJh7L308G
z2oNAZfB*pk1qk%r_Nq^SKo<dd(Ghvk^gW^<Xk4#&#VZDB&)@sK-|J#q*V(*z^E==9
z&LfUEA_Yy;wRGvyW@<D_Oin)u5J&=nl5)CAfIy&_oURfekOb<*bH|$kPB{#L009C7
z2oNAZfIy}|$HjA9ElNyIKM4>>0-5uJ<^%{3AV7cs0RjXH5UBUFZU_*Vpn$ySh`i{L
zM;_UvUa?}uAm^EWV!ru&#`~>Xx8B{jmM>r4%!oGcW$*|P2qds^>vt3a1fmF3cVD6q
zAP`7k#zpmrhXtH+7y<zT1PBlyK!5;&Oo0&#<{94#bPA`d1PEl#51JDoK!5-N0t5&U
zC_rGwy{(4?2xJP#i%ugi`qi&~b>DsWZH7We+&lCjKp>Dnl$e};5+INS0>$KXl>mVx
z(05-`z$u3z5FkK+009C72oT5==(~yzbPA`d1PEl#51JDoK!5-N0t5&UC_td^wpV=u
z1iA>wi%ugidd3-N%oY%B=SZvST7>|CC<1;jm;ix50@a4g6#@hT33S=KH0u;_%3%lu
z2oNAZfB*pk1TqDhE95Ts)t0Lj0tBK6WX=zo6Cgl<009C72oNYhpvzWQ9RdXU3doC2
zBQN^OSH5z#ylDG*l$e};5+INS0wv{il>mW2F*#i&Kp+Y9-N+Ph%3%lu2oNAZfB*pk
z1TqEsuA-yF<n)sOfh3SQKWI*X009C72oNAZpa6ls+g|kv5a=QxFFLop=*Ep3KmPHL
zUpUM4<R?FQkPAKQth4_6zU#mP4{Rqz2TwL{TcZ#l5JkYRAQ2!CNI(FO0D)KnT{bVx
zIt83^7y<zT1PBlyK!5;&Oo8SKxy!u_9svS@1TyCb%?S`7K!5-N0t5&YAkby2s}2DI
zeFfx2=av^e?X=To%YQbXzvLw^8T^fW<};s3A=1Y@<}r&FEoxRs_fcYU`bmI55(t!(
z(^UclVkPDDmH>gi8<_%5IShdS0RjXF5FkK+K&C+7Rdk@FoURfekU2kSPJjRb0t5&U
zAV8o1fxg>b^$8H@A|Nk1x4h_~haNf<`<(IRv!DI!p}&PQ&NySJraTV;0)Yhlz&8N`
zfdr~eS11Gs1QHlpHjjN-z$u3z5FkK+009C72oT5=7`tp9s!&y{6#@jJ2xQI=niC*E
zfB*pk1PBl)KwxNB>m>mK6A_RX&CH7)cieH$Y+VN*eDEL?`o=fD@%!KZ{&S!E+!OA<
ze)o5OciFOK&B$n=q@1o2AP^`ir>g`A1d7S&DggpXpzrRcfKv`bAV7cs0RjXF5Fn5#
z(03IbB_^kz1PCO7%=tlc0t5&UAV7cs0RjaG^xgKVPk=xd0eR8Pyy&V`tJ==5eB~<#
ziO`2V>|slnE^Vem+xLEZlmLN90-LX@6aoaI2;BLBN+CcXjzD`+J^D!jryPbrfB*pk
z1PBlyKp<0K^qRT-t_&Ul0)YfF=LgLR5FkK+009C72oxaD-q?CVfIz;0yy!IYqNksJ
zdOH_7+mlF1xeb@=ErIzi5G5w3p9BabfjBWaT_r#u3H06C6mZI62m}ZaAV7cs0RjXv
z1^TX{1105jl>mXv`9X661PBlyK!5-N0tE>4-S(<afIt@kdC_U)MOUm?F<Uyc{oD_H
z6Ce;sz$qmG0+9snxUf<P5QrntW%JUkQ@|;QArK%yfB*pk1PBnw6lkuHyWCgXu2BdO
zh$4_VKWI*X009C72oNAZpa6j`TU~Vs5a=r)FFK99X!=|Dw}1P$i!Z+Tt#5tn^5x6h
z8PVpGKuI}WB|sojQm$I9w*=<9K%AJITq^+rNucjWrhropLm)ta009C72oNBUDbRNn
z9VI5Gp9Babfz0_qa{>ei5FkK+009C82=v|ds!xDG7Xf+EIpjt6-h1!Gix&?vpQ~1_
zO3vH1ZTr@@zV(&Xb;J=zG^3$2-p}_ik4PJVSOV)WtrP+Tq6k#iRtf<EaRj<-UYd0Z
zIOQ+|0t5&UAV7cs0Rou<%@uN&`)cD#g#dvl0-5uJ<^%{3AV7cs0RjXH5a_biRfhn9
zz5?>1-SeU!{pd&AfzL}Wxg?oC>silgzt!=HyeI(zkp!Z|<n)sOfg}(oCa0?e2qb~N
z8<_%5IShdS0RjXF5FkK+K&C+7Rdke?oPH7@kOVU42h9l(AV7cs0RjXF6d=%d+p9hS
z0$l{;MZ4!kzyJO3@4ox)Ln+WtfBMt+-h1!R!(K0|O;;!c2!s(>dr_qjAP_`g!<O$U
z1PBBY=(2ff)+ykW!w?7%AV7cs0RjXFWC}D_$X)Iu{lB(j{U(v#5}1NO=KP>J0RjXF
z5FkK+0D%Gox@>jTAwZz7fV^n;ylApbk<p7UzW5^_`N)3z?KcR8rr)FAuwg?T5KYhb
zZ(O_VvP=EeY&T(Ia&oN%2qb|ZF**GtKp+VOipl9J0Rl;&??$G8Qw~EQK!5-N0t5&U
zAdo50cNHx!N`OEhfz0_qa{>ei5FkK+009C82=v|ds!xDG7Xf+EUU|`)^w2{O9ppcU
z@}hU$byr;{-Tc8H{K0H7(fawut=~}y5QrjBty`fGAP_}h^R_h#0Rn*pnyct8_XV7C
z7y<zT1PBlyK!5;&Oo1*d=VqNP+iz3|5Qrj>IX`GlfB*pk1PBlyK%fAD=9bny0Roc}
zkQbe5Ui82I>%W#RU0O#&XS|6LlhaQE1d>3Mn4EqRAdmzC#pHCA0D&aXcY{;FDTg5t
zAV7cs0RjXF5XcnhyNZqylhaQE1d>4J{Gd4j0t5&UAV7csfdT~jZhO@yK%k3&yy#T(
zqT9D`f76@ZbnLOmKE821<}r_1uwX%*9j!L5R0t3VBT!viDFg^a5!iG^r4S$xN1)5*
zrCFzdQw~EQK!5-N0t5&UAdo50Tp@S4->~I-3IPI91TyCb%?S`7K!5-N0t5&YAkby2
zs}2DIeFfx2GxMUK{NyKp{No?j;m@JpqyN;WK2^Up+fA65oLnmb0!biBOin)u5J&=X
zVsg4lfIt%HyOAm2l*14R5FkK+009C72xJQMT}4NU$>}En0!biqe$bo%0RjXF5FkK+
zKmh`Mx4r5UAkalXUNkc=I+Ow(%8Oob!39GV+AphnE>j2)2qUoVno1!+Ac}yLI{^Zr
z1iEZqnso{|<uC*S1PBlyK!5-N0+|BM6>^vRdw%@`g#dvl0-5uJ<^%{3AV7cs0RjXH
z5a_biRfhn9z5?>1bIXe!b<|Pq<Y#)4@}mF#@BjX1fA(j8a^LmDCq8jd?T90e_}lxh
zbIv(u_uY4|n}><X$+Z$7kOZQ{<n)sOfg}(rDW|st2=v{^6mZI62m}ZaAV7cs0RjXv
z1^TX{qr~L&lK_DvkU2kSPJjRb0t5&UAV8o1fxg>b^$8H@A|Nk%-g)QU@SE3r-t(S8
znDfXZkDSf$AOG<m_t;~PI`diItXsG4VGny){j$C}?6AYqN8Nt=?XQ3R>!0(S=hV;B
zji0wBKp>KU_!$8Lfdn>RRVf4r#1WWn;XT{)0!}#$fdByl1PBlyK!8A|z-+7K*`BZ8
ze2YSWKoo(@`9X661PBlyK!5-N0tE=nw!QV70D&9<dC_KcbLf7*{q`GSyLIc<d+)o}
zu3cL<OnK4zzIii<o<8Fl&uBgz+($~vRoCh*f%z^FC@H6_1PH{5$;q`6Admz`EWBrY
ztAJAuLm)ta009C72oNBUDKO(wdBnpgF**GtKp+WZ&JUUsAV7cs0RjXF5GX)k#17Y6
z1PIJoVBY3MpZw$}x1*awPtrGtc7ffnVME=pnHT-5zxu0ZJ?mM6w+=q|;L}e(eV={y
zscY6ZRkd0nKp>33hRZ930D&k1o35x70tDg+bXj;e>lARxVF&~W5FkK+009C7G6k9|
z<SzGXH~m~8Kp=`h=KP>J0RjXF5FkK+0D%Gox@>jTAwZz7z`V_iUUSVgM<0Fk@|muE
z_uY38=1jjV-^Fvbyy#DU@{<cLxS-C3Hg6UzSWv$V6O)r`B|snvM2X4iCjkOUAWlq9
zR|ybE0$mo~%{m2~au@;u0t5&UAV7csflPts3c1UDl$e};5+INSGUo@)2@oJafB*pk
z1PBx$&}FNu4gmsv1?FvDbOhAZS6@8{a}It)enic|TO;zK*Is*VoeQ1qX3O>)6#@jJ
z2vl3HRtOLXBOo+OfIujLv8(Q(3I&{U7y<zT1PBlyK!5;&Oo5?A^4OQ_eszaJfIt+1
z%=tlc0t5&UAV7cs0RjaGjNRv|K!Cs;1ms2AXgPV&#ful$xzP0eqUpo0xZ;Zc`~GX`
z(xvsg^-YwRoPH7@kOacS<m6fj5J&={l5%=WfIxd$KKe-kryPbrfB*pk1PBlyKp<0K
z^qRT-Zj_juei9&%1TyCb%?S`7K!5-N0t5&YAkf~}dP0CezJR=F+puq5^xk{#t;3(q
zo11RBY3RdGJ@wRPg~5GQU8@iv5Jq6zHI+huKoo(ED=UQnfj9y~E9bE<3pnL41OfyI
z5FkK+009D-0%MoWLly4ce49dmKoo(@`9X661PBlyK!5-N0tE;R?P|RwKwu&Q@}h0V
zzIoB~2`_lT3)(@@TW`H}=)?d0-~aujlTJGH&_kP*!^Gs|S_u$H0#Rae`bmI55{MI%
z(^UcllEBc)dF;yqPB{#L009C72oNAZfIz0e*k$ujg(xvO{Uksj31rR>niC*EfB*pk
z1PBl)KwxNB>m>mK6A_RXZ8OdxFIrVqN{4>$d*A!+cfVU_LEruEcmH3%dF{Xd{`I@{
zjd%b70+9q{@CXoyBd~ef8ifFXKmzS$`RFGFoN^cf0RjXF5FkK+0D(+_(QD@RyZ8M1
z2MPfKQ3NvQ2h9l(AV7cs0RjXF6d=&v*m^>MK)!&yXxnfOdC~eqQgE~mf_A)#l$7&D
zZ3GC!Ny_;uR00G7#pHCA0D&Y>uc$lT6mZI62m}ZaAV7cs0RjXv1v)OC>uOPAa{5Vt
zKoZEDA2cUGfB*pk1PBlyP=G+apLIikzyt;4McbG=Ixo8Eib^3sAc{cxNqU6<fgl2#
zwthn)Kp>Dnds#mENdc!EhCqM-0RjXF5FkJxQ(*L(x&7{z?Kdg}2t*OcoF6nNK!5-N
z0t5&UAW(ondt>Vf0Rs5~@}h0S$>v25Jn+Cjzwdg{i(a&3$&&V$jtYwsAP`9)NK8(s
zl>mVx5GW?6s{{xnf%dX|^pgTkIShdS0RjXF5FkK+K&HUxHFNvjC^0$xBtReuWX=zo
z6Cgl<009C72oNYhpuMs6gaCnj0eR83VP;<R!4H0LGZgx$M?Grm)~##Tu3fx%ar1e7
zUv0ihAwVFEz{Zu8LV!RNfh|{83IPIf1lr5;(N79E<uC*S1PBlyK!5-N0+|A%*UasA
zH*Z^`5FijmAaj1uoB#m=1PBlyK!8920_}~hCj<!O3&@MM4Ri9M>C-N~^wMLGJ$Bi$
zWpyHS^i7zUoLnmb0!biBOin)u5J&=XVsg4lfIt#xFUv<iDd3dD5C{+;K!5-N0t5(T
z3XEPex8IEtlhaQE1d>4J{Gd4j0t5&UAV7csfdT~D8(U8Z5Xcvh7i}A6=0yh|c;0#E
zjgE=d?{3?Ey+VLM6ajf20t6xn2+a~85K5rEEFb-(fKv`bAV7cs0RjXF5Fn5#FnZ10
zepd#M0D(XPne&6@1PBlyK!5-N0t5;WXm4yiAwVEsKwh+MIFY>Q%{Sk?|Ni^eq0kXG
zQDSoXNq|5Sh?JD`&58sFgi6Z!`eFhE+RO6MPYO8YFa!bw2oNAZfB*pknF6EN%<Xpr
zCFOLL0D;W;L308G2oNAZfB*pk1qie^ww@3mkS`!F+BTd>UNn8|)~#Fbxc~a*H@~^d
zF1yT_8m+2p6#@jp2ngU2AP`7k^Hr5XfIu99_Og8RlLAgT41oXv0t5&UAV7dXroiYm
zbNk(D+cgRS0#O7q=LgLR5FkK+009C72oxaD-q?CVfIz;0ylC5SZh6tFs#dOC`Oev|
zSG?jC`|Pt%J2Dz3CMVZQfIt!ml$6s|0tDj3<m6fj5J&>;W%=kQ1)Opi0s#U92oNAZ
zfB=C^fzfN`_PbGHa{5VtKoZEDA2cUGfB*pk1PBlyP=G*tW9tb40{H^+qHV*Wyy%TL
z-uSnF`?u$gyI%5=m$b8>U7l=T^LB**fhYpix)llm0#O9kZu+@GfIuLD_Og8RlLAgT
z41oXv0t5&UAV7dXroiYmbNgLC@J)a~Ac4&JL308G2oNAZfB*pk1qie^ww@3mkS`!F
z+BR(FMQ^(4riBX^c8Pt?xlWXroPH7@kOZQ{<n)sOfg}(pCa0?e2qb~_vV8QD0!}#$
zfdByl1PBlyK!8A|!00t|``tiEIb9_{Aaj1uoB#m=1PBlyK!8920_}~hCj<!O3&@MM
z4V!t<%PzZY&Oy+Q4XZmYR0t3VBj5+V2@nV*P_3>M0tDg+w3p?hpA>M)VF&~W5FkK+
z009C7G6hDjncMGH8&@g>2t*OcoF6nNK!5-N0t5&UAW(ondt>Vf0Rs5~@}h0S8S|q1
z?z``cMqa=D+rQm0AUaenOiWI$l>mVx5GX09s{{zdiOI>e5+INS+RO6MPYO8YFa!bw
z2oNAZfB*pknF6EN%<Xrh#N_mo0D&ZsIX`GlfB*pk1PBlyK%fAD_Quu|0tE5}<VD+t
zGv-B~^rR=XYc`*3-n{wEZ+`RhXTMH4<&<4_-E}A|nqK<JU;+dP5FkKc8UovIK3^d~
zAdo<FY2D?%fKv`bAV7cs0RjXF5Fn5#&}HS^taJC~+Y|x>q6lQp51JDoK!5-N0t5&U
zC_tdOrFBn$z@!A^Mca~d%Zs)@Cq231iYv}K>#Q^HyG}dpw02ljUUV7(A)iTr009C7
zl0cxCoURfekOXF2PLFt4z$u3z5FkK+009C72oT5=7_nfU@vSH^IsGI+APHp751JDo
zK!5-N0t5&UC_rGwy{(4?2xJP#i?#tLl^6ZWSH3c1Ky>J#-&G+%Ad<k^iz<ZxfhYpE
zzpqjV5QrntUY3u3Qot#PArK%yfB*pk1PBnw6d1i`Zoj*B)6W$G1fmFJ&JUUsAV7cs
z0RjXF5GX*Py|ML#0D*h~dC|7vr1GLGR;(C`hR*mhQc`Z?O1&j8-vy$?<n)sOfg}(o
zCa0?e2qb~_vV8QD0!}#$fdByl1PBlyK!8A|!00t|``supIsGI+APHp751JDoK!5-N
z0t5&UC_tdSvGs%ifqVgZ(YE2l^P<a_FF)gqGoJh0=gyoLz2~w@AwVFCz%M>nDFg^a
z5xC>RN+CcXjzD`^KKe-kryPbrfB*pk1PBlyKp<0K^qRT-?)uHQC<F*Z5y+e$G$%lS
z009C72oNApfIxd=>j?n@`2zByZNoY*x@5_c$35<GgOKNAAN$yL&CyTl?-xDs#1m7^
z|M-vpSiE>~J2EOPN`OElfhaLK{Uksj3B-xX=_&yNNnrHSy8UheryPbrfB*pk1PBly
zKp<0~y-pteBuY$9KM4>>0-5uJ<^%{3AV7cs0RjXH5E#A5^)3Mda}$skZM)TZ(Pp-D
z-+lLO*Gx}7@rh47|M|~9b*AgsV~-tt!tuu+KWO{SZ+`Qvv(9RMY`Tw>l#B8Wkorkr
zdIIZKR0;tCQ3T{g2@nV+Fymr-#KQtkIShdS0RjXF5FkK+K&HTm1@nw=-M#rXg#dvl
z0-5uJ<^%{3AV7cs0RjXH5SVdq>mdOGnF8{nZNNM4yfb~X=uoON{ighkHHWIr`0{`Q
z4yfC1+qUiCgAZ<2lNTjGAd*0on4EqRAdmz?CFS&%0D*eJ-0`M>Qw~EQK!5-N0t5&U
zAdo50aq(PNixQL5PXYvzK<50QIROF$2oNAZfB=C41nT{)8v+C-C?GF7Bjyi&@PmK+
z$AA2XfB1(#{nI}kWILbu#3#0Ee*NoTZzexyyH5epX4@;Tys}xd+Hko-fIt|5yDzB}
z0tBK6$cqvn5K5rAVD55Xz$u3z5FkK+009C72oT5==(2Kd)>-$fI}`#0q6lQp51JDo
zK!5-N0t5&UC_tdOrFBn$z@!A^MMq0scG+cvZ0D1n^rUvpIxo7%9((*<>-wWV`lCVH
z6HYi`(Du9E{q8^i^FLpD>7_4t!3)w4+z;Lj6O)r`B|snvM2X4iCjkOUAXHLLZwU}+
zFSbWNDd3dD5C{+;K!5-N0t5(T3XEPex8IEtlhaQE1d>4J{Gd4j0t5&UAV7csfdT~D
z8(U8Z5Xcvh7aeWbF)zAw>C*P+tXQ#PkO)2T#1qrIH{N*T!i5V5Pn!Q*-Tpp>0D&+9
z;%5X11QPIHSONq>3AC5fqn{LT%3%lu2oNAZfB*pk1TqCiubJELZrJiYg#dvl0-5uJ
z<^%{3AV7cs0RjXH5NK~~Jt06KUqD`TwBbbZqUqa5k3Rb70}eQ#856DV!^Gr5<qfD3
zn3h1Gq@1o2AmG1T1PFu@7`-fSzgxg5hanIkK!5-N0t5&U$P{R=lSe;^5|h(U0tAvk
z=KP>J0RjXF5FkK+0D%GoMsISxOMt-K1ms0WyXE9XFS+EBIuttMrdoTELV!RR0RcP$
z1Of@%_IH&+fIu99(aZAoy9Jzb7y<zT1PBlyK!5;&Oo8?~dGwP_Tfd<YAP_|$bAHgA
z009C72oNAZfItBPqc^$UB|u<q0`j7x-E#7xKmPHL_u6Z(5lPX(TVY~ya;*diB!NIl
zIb9_{AWlq9u9X0RBrtke-hQ`$Qw~EQK!5-N0t5&UAdo50UMG)!5+x?5p9Babfz0_q
za{>ei5FkK+009C82#nt3dY1r!xe3UNj&`f_qAA<CTkG0&*Ifsh&pr3tbH>lP^Ugc3
zy6UPc@4NouFaBc2>}YlOB?<uoVFZ5h!Ac=OAc(;Bo6lDW5C|kN<8pe$!van@41oXv
z0t5&UAV7dXroe~=^NerF;1M7YNFZ~5(3}7P0t5&UAV7dX0Rl7bZ9ODFAX7kIbTr_n
zKJ}>?L!Ltq7cN{l`g78|_uhN&>8GFm_{Tr~$Rm$zHV+e%lWQeFAPEGC$>}En0!biH
zOiot`5J&=Jm(xQP3OMC31OfyI5FkK+009D-0z-@Bu`dH9<#d$*fz0_qa{>ei5FkK+
z009C82#nq5sz89i90cS=N2A?!*Ikcz#3P#V&Kd9b*kh0SbH4MP?_53m_1VvUcKPz<
z%@3(=f1g5tKo|i(Z%u$eAc6IlRtf<EaRln+bjO<lPB{#L009C72oNAZfIy}|$HjA9
zt=hO!AwVFCK<50QIROF$2oNAZfB=C41nT{)8v+C-C?GF77IW*?tvBC%^ABgb>Te%i
zx^(H_b3XK;4>hx(UGBrg<m6fj5J&=nl5)CAfIys>oLnmb0!d)(vV5pQ0jC^>K!5-N
z0t5&UAV45fU}%v%_GOfqoPH7@kOVU42h9l(AV7cs0RjXF6d*8mpQ{1^0&@_M7o7uI
z-Q??E|N0;iTIWTd_q^wI$%r=V`1w%+1Of@jixMCZNnq_ol|q0(9D#a`-SMV?Qw~EQ
zK!5-N0t5&UAdo50aq(PNt2SSy5FijmAaj1uoB#m=1PBlyK!8920`-2@4FLiZ6p$Cq
z!EEP6pZnbB4zi%jmMuGSrt7f74r_)*(|w?%oURfe5Gg6=yCn$_h!c~OYb8J+3G`i-
z7jVj92m}ZaAV7cs0RjXv1^TX{qr~L&lK_DvkU2kSPJjRb0t5&UAV8o1fxg>b^$8H@
zA|Nl?MQOG=Bl4o}dCz-hZ1t3<JY^^^Djq<9KqP^6D=LKmfhYogkDdU5Py#b9o<}?^
z;FQA<2oNAZfB*pk1PEjbj94(w_}2Q(w<rV%L=niGA2cUGfB*pk1PBlyP=LUUds`0)
z5Xcme7tH~z^P+q0wbvK#yG}Uagh3p1kQd#)ef!(r{`RLo{pnA;?`nrdQ{_lWIbYO9
zfIyU(oPH7@kOV>{<@A;SfxgS~0!}#$fdByl1PBlyK!8A|K;Kn#l$e};5+INSGUo@)
z2@oJafB*pk1PBx$(0ALbJ^=z<1ms1#D9u)<&WjFxWoUZ&*MI%jsns>tT+@DQ=!t9q
z0RoW(?!Kf_2oQ)Ou;KDbAwVFGz-&wI*`610%3%lu2oNAZfB*pk1TqC?TP@G_eB;*d
zC<F*Z5y+e$G$%lS009C72oNApfWU0qTh9p)$Pthi&C$E%mRp9xpY_W>`IA3MpM1$B
zm()*YyNQ&P^F?h02t<j==_dgKNgz&4PFD#KNCJJA<prE_7y<zT1PBlyK!5;&Oo6_u
z=qNEc{Uksj31rR>niC*EfB*pk1PBl)K%nooSA7Bmx(LXNc2SzGPE}QJdCOalJo3oH
z@4xokbI(C8^t|)VOReg>XnOxcANtVy-~awycG+bpI9mD1U;+dP5FkKc8UpuRRw)Ds
z#1WWn$vxZi0!}#$fdByl1PBlyK!8A|z-+7K*`CYb5g-sqAaj1uoB#m=1PBlyK!892
z0<&#zJtsgQM?hXQN3Y%XxzBy>AP)MT_q->)TjxbjIN^jr<&-Zy;D7^~kx_Y30t5&U
zAV6R$0&!w;a;*diB!TwQdi0Y5PB{#L009C72oNAZfIz0e=rwcu-9Sk>T_r#ubAHgA
z009C72oNAZfItBP?TxJ`1PJ5{$cyG1Hb0@xi@xSHuUWNf)!+Qh-wdLmgS_YmKls6B
zQgm=%`N?1c1Of@%abcwpAP_}h?M0PBfIu99=AydGeF3K&hCqM-0RjXF5FkJxQ=rSr
zxmia5j{t!{0-5uJ<^%{3AV7cs0RjXH5NK{`-4h@%DFJ!WNl6Yqr_PHG<wBG5d*A!s
z^vm@_&(lkJQ33=a2}Fs>=_dgKNgz&4PFD#KNCJJA<prE_7y<zT1PBlyK!5;&Oo6_u
z=s-z1T_r#ubAHgA009C72oNAZfItBPeYd^p6Clt<Kwh+qQujJ9fBDPXiO}|wU3cBJ
zepqd|Tp>UpjKG~As1yPOq6n;8F_oXW_pt;BOh=&ml6z3IfKv`bAV7cs0RjXF5Fn5#
z(03JGRjU;O1fmFJ&JUUsAV7cs0RjXF5GX*P@3vQc0tC7U$cuJS>R#ujn{G-!J%8x^
z*M9r$SLZ^TH@oe&Tm3RjOir$q0D&YBB_^kz1PCO7=|tLmECB*j66n6<9@H%0l*14R
z5FkK+009C72xJQMT}4NU$>}En0!biqe$bo%0RjXF5FkK+Kmh`Mx4r5UAkalXUbKtS
zoa<b2$t86z^uPlToH0IHt-n+uKp>2O-}oj#AdrB(C;<YY1o|$y3pnL41OfyI5FkK+
z009D-0)1D}+qPe?5FijmAaj1uoB#m=1PBlyK!8920)4l=>JuQ)ML=G(i_)CyH1nb_
zdeMu{JoC&tK3d;|iOI>e5+INS0wv{il>mWINx3O~VWW>F5J;f!lDmLY4nrV7fB*pk
z1PBlykSWl26&)oer=J7}B!SHNL308G2oNAZfB*pk1qk%r_Nq^SKo<dd(Jo4JuG7qm
zKIb{l`Sq`VeeuN?pLgDQ4}S22<wXT$34|2z8{Y&71QNLWl1d>!AdW!aC3gX*9EL!E
z009C72oNAZAXA|4D%x*+6Ce;sAaj1uoB#m=1PBlyK!8920)4l=>JuQ)ML=G(i_)Cy
zeC%T%t8<}89C1YbId6UITkGc`BXhoIlEAzb2$Yo5RRRR!#N^~!2@psE^-{UxO#!DI
zhCqM-0RjXF5FkJxQ=sGGxvmx{DW|Ih2xQI=niC*EfB*pk1PBl)K%m~wx*<Sdf&%iQ
z6U1zP)Xg{Fyz8#J4x*t?eBu*-_OqYee&4lX#fn{a*=6utUX%cVNCM(#1PBBYxaYD;
zAwVFGKzl7c`bhz&9EL!E009C72oNAZAX8xUnz{XMwe1>(0D&k1ne&6@1PBlyK!5-N
z0t5;WXm4yiAwVEsKwdQ8aP%jfdFGjeT<FrJOY83xZQevm%FWxalr(SxwLqYxoURfe
z5GN)l*Ghmu5*WRxZogZ=DTg5tAV7cs0RjXF5Xcm0uaieVi4v33PXYvzK<50QIROF$
z2oNAZfB=C41V(Riy-R?=+yvxB=jPVE)w$=M+f0YH@BREJ0RoW()?QR81PDYC*l>BJ
z5Fijop!))QP_uwj4nrV7fB*pk1PBlykSWl26<t-=Dg+2b5y+e$G$%lS009C72oNAp
zfI#1EulfWCbP<pj?V^-ZM_x2i6wr6^5g02FB_^kz1PCO7I59b0B|snv^j&fnaLQo_
z1PBlyK!5-N0t7Mz`mUm*#N_mo0D&ZsIX`GlfB*pk1PBlyK%fADzS~~)2@vQaATQcQ
zDW}c_7hKT%PSM?V+wH?2{&4!=`eC){3WWfHFak1o1PBBY@O$(G2!s;oyW}q5l*14R
z5FkK+009C72xJQMT}5x&`VEBufhYo*^MmFD2oNAZfB*pk1PT!7yX{q<0D&$7@}gao
za_ao-XFogo=%ed&X!|BiOir$q0D&YBC@H6_1PFvm%2j$xVBQP#U2+$2%3%lu2oNAZ
zfB*pk1TqEsuA-yF<n)sOfh3SQKWI*X009C72oNAZpa6ls+g|kv5a=QxFWN;Zzs~j7
zU*ArO4xae=Q33=a2?*d3AP`7k{iT&cfIu99zDw=`PB{#L009C72oNAZfIy}|-&ORs
z?bj;=2t*OcoF6nNK!5-N0t5&UAW(on-)*n@1PF8y*s1cOn>TO%??SJ;?z-#gPk;K1
zk<my=xeb@=ErIzi5GX09s{{zdiOI>e5+INSx@=yWbqYA;Fa!bw2oNAZfB*pknF7rf
za+mukF**GtKp+WZ&JUUsAV7cs0RjXF5GX*P%T`w%0tEUB>^ynVcf8{ryY9N{jETy!
zAI|smoeV00SONlg1PBBYkQXIDAe2DgjZ6Wj9EL!E009C72oNAZAXA|4Dq04Q0D(XP
zne&6@1PBlyK!5-N0t5;W=)3Jzp8$a_0y|G$bm`KiW#>X?8(p>S8ifFXC;|m6s0@L?
z{1Mo+^&1KS0)Yg&Y+jmm=Fe<qqyz{MAV6S83RHJos1P6!NT9hw?sC5)=M#Sx0RjXF
z5FkK+009C72oT5==(5#ShX8@T0y|G$bjgw>vn49aejX(zr=J7}B!SGujOGLg>_~w?
zF*#i&Kp+Y9-N@|7`NW?^fB*pk1m=%GpqQMl5+INStfJ@7{A{EI2oNAZfB*pk1PBnA
zhXQ@Kz3LMn&_!Uzyy#DV`qOjIJ@+j;_S$W?-3GbPFMs*VclW%`JMX;3ix&rtl~(Ik
zC<F*Z5txSyFheE~SK!Wj?^Xy92qe&D^U|yncXrZq0t5&UAV7cs0Roc}Xs(dE+)wJy
z^*ICx5FkK+009C72oNAZU<U|v+3Ko8fIwe?8S|o#ee7c&!0hGMzV@}gqj<z49`OKn
zIP;H=5|h(U0tAx44p{K`BM1<flt7@EoURfekOcZ}0VXw9_#6TR2oNAZfB*pkaRscR
z<Nn?0IROF$2oNAZfB*pk1PF{3=)3Jzp8$a_0yE}C7c5winSsn{{*|wMrAyD7b(Sw*
zp7SR@ux+cg7bye?L=hOfTv34lft^R7+PG37Kp>Dnb9vw8e&?BO^n?Hb0t5&UAV7e?
z10~R9<=m|EK=sp~OMn0Y0t5&UAV7cs0RjZ(Akf^>x+g$jQUas%qR)T+^Ix%}u3dNC
zb&%Wq?svc2cXV}L^fRCN%$<|IuDtTf0}niKdYRHFF**GtKp+XsVF9BF0Rj({K%khM
zt`Z=S1p00P9;ms+pG$xM0RjXF5FkKc=Mk`q-g*8m^n?Hb0t5&UAV7cs0RjXjF3@+|
zt3Ck&T?9twMSuL`A9wkXiPTxLWXT|txp?v7bl>Z$zYz7yU;gq$I@A1+m%j9+(+i8H
zPp;Nqst_O$MPTB~8y`r3009C72n+<8EATG&+z1dLK!5-N0t5&U=(2Kd*174fjS2w*
zQ3OnJ1PBlyK!5-N0t5&&x3umF5SWy}&XX72XP<rYW10W*FaI(rnfi0mm#pS@Y{Vx-
ziOK0F0Rl<DdW--80t5&Un36!f{O))&rEd6G0t5&UAV7cs0Rn*pIxe2;YEfcx`bmI5
z5(qRG=_&yN1PBlyK!5;&DGAj3SvLd-Oi*Cw$&0@BwXYo!s_gjI>eZ_!h%@-8Ixl+m
z*=OH6x$9#e``F%l@14d~{o;cP0RmA3rnJcMu>=SZAV7dX-(@^80t5&UAV7cs0RjZ9
zqWv2nK!5-N0t5&UAV7csfr174ZhO@yK%k4j&XX6ds_G{{`N?<ZbnUm_euF^i4L97-
zWz@au)Opc&z3W}Q8jh}f^2sL;`Wz)Dr=J7}B!Pk#T82h|009C79$10Vi|6*c4{UG!
z=>!N6AV7cs0RjYe27&fEdGwQ=q0jn2fB*pk1PBlyK!5-N0t7k=jNasWmjHpe3G6(1
z(Yf`1&}#Ye<%8^H3XUE$>1&TY_85HlJKy=voKDtlH*MN<=9y<MUAk0WRQ`}aIDw9f
z7S#w4AV7csfxZIuYPsW0-_KW{009C72oNAZfIxWy9T(4awekdvhyVcs1PBlyK!5-N
z0t5;csQ0sO2oRW{KpA<_6cHU{FQ@vyr=51%MC9N7?sqr)87?oU!vyBDK*0+wLnA<d
z009CItU%wD_5<5ne>wpI1PBlyK!5;&ok74VdT01s&<6qp2oNAZfB*pk1PBnAl0e^W
zulfWCbP*^cFZ#OIy{?(SoYMVSXPwoBbZnhByx|Sa9#(5FQV0-;A~2;zj*lfkfB*pk
z1jeqShbj;wK!5-N0t5&UAV6Sfkv#S#F#-e#5FkK+009C72oN9;NMP(fR|NtD<{(f;
zUUd8R?ce_Px38Pd_0*?6brA1-*Sp>|2jO-TdC@4zK>Z}p76`O((p3Tk2oN9;OQ5}M
z9{nWN==7EV0RjXF5FkK+z%&F#ubJELPNNS#lK=q%1PBlyK!5-N0t5(5Nua&4^@IR{
ze1S6ZqWKOZKH>S#fBtmyqU%;v3IPH^1g5me@v#I55FkK+z=#F;jBgPmK!5-N0t5&U
zAV6TorSgb}#0U@|K!5-N0t5&UAV7dXAb}A(TyGH|FlPaI(Xn)OUi4uPd)V=lxDGt<
zz(D|Y_uY3-H^QO>2m}%cv~bc@0t5&UAP`Gn?6Q2QLafp0Edc@q2oNAZfB=DM2n;Qf
z$G)6KAABYO0t5&UAV7cs0RjXF5SWs{*nO@F1PIJQKwfk#+6!Lrf<e4<;{UtvzWd6H
z1_}!5DuE<0rA3a9B|v}x0RjZZF3X215F<c<009C72oNAZU}%v%_9Za_1PBlyK!5-N
z0t5&UAP`7k>^@fo0tDtDATK%=?ZOK$oOn`n@PWr2cib+!>>`6lfIuLDKno{bB|v}x
z0RpiE#xBc;D#RL{-Vz`{fB*pk1PBnAhQQDwdF;z+^ucEmAV7cs0RjXF5FkK+0D&n9
zjNRv|K!Cs;1ms1>qE%IO-F4Uf^W?5)Kl|B(yy$}-^q~Lwe$n-pDg+2b5tz~<$Hx*N
zK!5-N0%MouLluY-AV7cs0RjXF5FjwLNFMu=7y$wV2oNAZfB*pk1PBlaBrtZLs{#Q6
za}bahoda5ClQ+EK4b3ksjS`d7PXYvzK%j+_t`Z<XfB=D50)5xmu|}u21PBlyK!5-N
z0tBWZU==+LRi8<K009C72oNAZfB*pkJBdKwZLj(S2y_vU7ww`n**fx~Vuu9c3hX3{
zBHbWBfB*pk<q7m%a+fDyL<9&BAV7cs0Rja23Rp$=6;q!80RjXF5FkK+009C70txip
z_Nq^SKo<dd(Jo4pt#j5{XZe27xN$)}pXUOB7EZcKfB*pk1Y!yFU2?}7o!$~4K!5-N
z0t5&Un1+B=^fXj`CIJEj2oNAZfB*pk1PJUT0)4l=>JuQ)ML=G(i_&E4tXj2d;lhP=
zWVBkhLLopPioi~?DAElA1PBlyP@X{FC3krOMnr%B0RjXF5FkLHuYgr_UorIw5FkK+
z009C72oNAZAdo=cZLj(S2y_vU7ww`n@jAENcH7ZMA3cbSMv2MkCjkOUAke}|R|yax
zK!89jfxb)bSfkTh0t5&UAV7cs0Rqzyu!^3Bs?Q`qfB*pk1PBlyK!5;&okXDTwpV=u
z1iA>wi*`|(MxD34?QQ>mUi9uuDun=nAObtdqDVIg5FkK+KzRavm)zwE7!d&i1PBly
zK!5;&z5-U!eZ|x#K!5-N0t5&UAV7csfj|O%x4r5UAkal1P+oNV_U(W3H-Gc^$3OnD
zrCf^_FHVtBVNn7E0tp0KIO!?@0t5&Uh$YZv^U|ynYjk=`fB*pk1PBlyKwugI%@uN&
z`)TySXA&SlfB*pk1PBlyK!5;&DG7Ah>Z(J4Kwp7CdC?nhym9b_oQ3`Gl;%tyOMn0Y
z0tDu{Ky};SDFg@v66m{;ndeiS;S(T0fB*pk1PBmF0#?!f84w^qfB*pk1PBlyK!8BO
z0)4l=>JuQ)MIcaK^vWx*EG#KH7*4_SwxJOqK!5;&2T&kTOiot`5J&=DHZRRO58(9T
zk0wBX009C72oNB!lL$0d$X)Jtl5Xn;0RjXF5FkK+009C72oUHZ&}FNu4gmsv1tR7}
z4?g(dPmjCO&(=o?mv)%|)geG&ClRPNu2cvRh$684TjwYQ2m})7yOG&R)&{ykfB*pk
z1PBlyK;Qusu!?>F@%_;RrY*2#`;7_#0#O8}Jt6pf0t5&UATVzQ`fhvGCqST!K*YT0
z(MKOWc4)^Qd#t?Zy#4QmffJaXK$MuAei9&%1Omn6bd>;sBrtY`KU86Q|GD?c1PBly
zK!5-N0tBK63@wt!zKk+1{Uksj2}Fs>=_dgKNx-Z{fB*pk1PDw?VC+6u1p)--AW(c>
z^bK!#!@o}R`uN8`zU!{L=44Z+G-vu)0tBWZP~G_fg#dvl0(ahfw?cqGAc4MnnQ8oo
z-e(dZK!5-N0t5&Uh$UbZ9qaE)ZwU|}K!5-N0t5&UAV8p(K;Lbz`UD7c5hy+{dimv-
zcX60=owaM%=7dF4+g>xF$^-~JumVwHa{5VtKoSTPlhaiK1d>4C1^ENJB=DybAV7cs
z0RjXF5ZD<6tfF^@zXg3DK!5-N0t5&UAV7csfhh^}-S(<afIt_49gr9O+Sk7Jhky8o
zPtU#{_qfLml9`7ee)!m-)xSsIF)w=Wz4zWTr|U;Q`ca)1{m4f?a_Rlo$3FJ4bIv*E
z&G%nN9C1WlZRlo7bEc0aKwugI)jgLf1PDYC*s$e$3IPIv1jerLhbm0tKlDD6009C7
z2oNAZfIuvPp+)l8m$62tw*&|fAV7cs0RjXF5Fjwm1;*}kRUklM4gxzMFIwk3hjNm0
ze!16PdyO4wue|81UiGR43l_||KXt<tI;}gFKC^y4`evTb?S@YvmOzx4oPH7@kOTt7
z<aCt)fh15bq&wckT0-b80RjXF5FkK+0D)-;bX+{w)uz!0pGklK0RjXF5FkK+009C7
zrX*1BXWbAWFhPMGkQZIPeEI0WWZ!r9-FM%y0^ReX8#Zj{+kx5YH}j(1M?IxE)5j7Z
zFb#of<4T19fhYpowqLIhAP`7k><WLV!ZiLv?=uMyAV7cs0RjXF#1a@<B#(U=Yjk=`
zfB*pk1PBlyK!5-N0`pv8>^@fo0tDtDup{%LXP<rc2Q#ie|MNc|1T~L3>Zq|J?VcCC
z>#n<I%YXKL-pq?GTefV_{D1=vIOLE+7A;yd+o#R*x!v#y#1e=SlhaQE1d>3Yn4GQ>
zAdm#cuJDH{#9Bh=Edc@q2oNAZfB=DM2n;Qf$G)6KAABYO0t5&UAV7cs0RjXF5SWs{
z*nO@F1PIJQpw5ea@rz$f$;rW0|2X@PfBfS)eCAM-`kOXyxZ#GOw|c$2^2#d*k;|ix
zK6-4!x#dM~zy0?A>UsU}hd-=?pdbC{M=!ho+I#Q42hYFy)vu=Bo_Xe(b+w_JDb1Na
zmH>fi2vi#`R|pUYBT!viDFg__5g5C|AF42o|IqtP0t5&UAV7cs0RpiEh8D?VU&b1p
z-Vz`{fB*pk1PBlyK!CtJ7Z|(GRe=D3ISABw(V-CI;N>m1+%kvH9BL9MFPeUveyH<f
zU#?xdc1F7T;g`PjrSu_Nwrp9sa%KJPs_83I>k9LHZZ~`au>``z<m6fj5J&=XVsg4l
zfIt!$yYL>W5Nipcw*&|fAV7cs0RjZ3AuzN^9{X|{eejtC2oNAZfB*pk1PBlyKwwG&
zWB0i#5FjuIfrAb@s17c+Z@%@dZ_VK|hnkd~7u~dJ)9$<P-lnUc9CzGt|NA$ur#<ay
z^}Fe2N^_=<B|u;r0^4ssUm-vsihuwf0RpiEhBgsnUrysc^gfdS0RjXF5FkK+KrDf=
z%jTg9u|}u2{~vqz0xU^YACCXWF3V%rMUaSqD8`UT@h}k$h(V+h1)}kRh5ih+TESrb
zz$k^702MJRr4<w~0#X5Al|VqCR-(Mog^dClMIn(81r|jA2pE>vvckUZ)c=%S+clYc
zXKr^-ch5OJpQ)*(r~CBj@A;hl_C3A#%e@2$5FkK+009C72oNAJ<pKjwwLTIcP>aBs
zXP!Bt+%e9dFS>N;(*HZ(Ylj_n$Z9f|FJC?yYW3>XdG%(6pD!9Zzv!Zi4m#+dKm6aX
zEw|h<?{@UYl;7J8pFmmysg%iylK_DrkXEIfXbBJ)y=b3(G_56sXbBJ?K!5-N0t5&&
zAuxNLJbF(PG3b*30RjXF5FkK+009C72s9)x`XSd*0t6}xtY5!A)JgWgw%B5eti<uY
z`|hjUZGK|yKVNio`Q^aTP!O9(GUvwl^`dij``qU~cOa5s9~-)7>Xrb3CIosv`v-3V
z1X2;$G;@nL0RjmL%(<u@v9pOU^!g+~fB*pk1PBlyke0xR1@oMT(i)v;2@oJafB*pk
z1PBlyKw!!R=6trblK_Dx1mdh0{n^icwrJ6!VO5vI_J98KpC3)sbiHW!L8E7Hew}>s
z$p;*8z&`uzvtYr3Jm4w6w;Mizv;<NqlM^Qa0zn|5GC83VAP@vbFWP4xO=}4uS^@+J
z5FkK+009C`2+Uq5kKWTn4EiKMfB*pk1PBlyK!5-N0u2d_e#mu{0D&3>;;a`91HA3F
z+dlp2Pyc;^*RH$nniXWW@cZcJlz-_<Uz!E5?Y7(gWb^Cye((44GSPgap?juo2@q&P
zptokZHvs|!2oNC9gutAO>JdAe_(HEw0t5&UAV7cs0Rm|Wj94(wc_^*XiIxBX0t5&U
zAV7cs0RjZ3Twu;;TRRC5XhI;`deP#8-EY7BCR;Ch-g)Qc6``Xyru^P+_yp1tXrequ
zp9BaHAV7dX5GcOX&swIngb*zO0t5&UAV7csfhGj3qMK0FCjkNk2oNAZfB*pk1PDYT
zQ1-D`djbS13#b>ZOqZW{^UXJpE)&g<Mskl81_1&^1bUBM<V}D;G6EZ}>v<C(kd8pU
zkS@4U<O{bp1PBlyK!5-N0tC7(P;l{_H|w^B(Geg(fB*pk1PBlyK!8BU1oG!u8w3b6
zEuda>eBt%$*B^Q0k>QuoZ{7FGYef4uI(Dx%90J`INTy6qT`K_sK_HznIiV6D5CqDu
zz`MQVFggMR2oNAZfB*pkMFgy(izsPBfB*pk1PBlyK!5-N0*MNgeeBhq0D;N^>P0Kl
zjXv>^Lk{V$6wS61y(bHsz;p`q9{!>?0RqVgJac8wn*f1y1V%5UXCIx;rHD}zAV7cs
z0RjXF5a<_}y-pszr~h2r1PBlyK!5-N0t5&UAV45;fzc1SjuIeHqkwwR8ZrC3`k(*#
zpU-{nbAR}Uf7o9&8u`6fcmxRa3nWt}r>>O%fgq4hnVe7w5C{VO%jP26{a>JM6Cgl<
z009C72oRV~fg&sC{x;L8WYh!*5FkK+009C72oNBUs6hWCt!)AX8Wm74+7R!?jT?XY
z%U`Zqwd$|_>aX&W(M0db!X_}C0=;$DcoQIyj6nF6^xgyrq$5yv1wNfi5u+wRfB*pk
z1PBly&@W&W-LGMr009C72oNAZfB*pk1Ue>A_OVxc0t6}xs28nFH{!&f{NyLkfBy6H
zGSPgaWA|#qA<%7sWXj~!wGto@1kx#!6Dk1$L14r}dd@@LUUC>60RjXF5FkK+0D&R`
zb1s!f>@3o!HUtO|AV7cs0RjXF5FkJx5`hs<xDF8@P_KY`(Rw|z-ah%sPv$kE{Tq?o
zV}(J0KoJ4;q67$}B=D=R^t=fWNJpUT3cSb{Zfyt<AV7cs0RjXFbX&kGy4&+>bOZ<x
zAV7cs0RjXF5SVg-vX8ym6ChAopiA|lZ-4vSKQi)l;)y5b)thV9tf`DPaN_FKtH1G$
zZ!GV79eL!D`Gxv7ru^P+_yp1tNU2iJkC!AsAe}Nfb*%&l1c8C&^t>O_T0)4H009C7
z2oNAZfIt%h^DdhQ8Z;4uJ_!&YK!5-N0t5&UAV7dXLjnU&wLTIc(40V*>P7o2Gw0o|
zt6p^d`t>h<@r#FD?%;zDzU{W#@}mviGj&UVKobJJ4cB=SAdrl}qyOCVCO{w^fwE6G
zO?;u(CjkNk2oNAZfB=EC1gxUdnlI53AV7cs0RjXF5FkK+Kq-N;kG<LxAW&JL1NEZA
zewb%or8(zDUG<{>^<V!rXaCvGm%sewXPtG{>t6S|>|?1rp~eIVOjaP7GC6gv1PBCy
zbjsv}N`OERDEsg-*(HIi6Cgl<009C72oQ)tz$!Y1Sr7vO0t5&UAV7cs0RjXFG$c^=
zu~&Nn1S$)3pkDNmM;<xpq?7)#z-!sEWqEC9UG<`O-g#%%XOP@)^J|w~cFA_`xZ{rb
z6~jhD_e|XqAkc(>-$ze?KuQ8XKd0wSfIvC|WglLe_(HEw0t5&UAV7cs0Rm|WSVgBb
zU!o;IfB*pk1PBlyK!5;&QUYZkd$lJ(pt3**>P3r>ef8?qdG%)P^`c9bEXgDJ=tn=A
zU#Neh)SXac0t6;2kW!`Gx@$yBVA=)JDU(yzN`OER$d}CpHzvCzaCHI%2oNAZfB*pk
zF$fe~Jm<|~h*=B-2oNAZfB*pk1PBlyK%k&N{yb}g0D-0j)QgS~e)idCZ@cZb?~Qz2
zeDTFuMQDG$=!F+v*k2}^Zx_4=YDR!S3<AA1%e@H@NJilQJFn+WfIvC|BUa#Z9*SXM
zAO->i2oNAZfB*pklNFeAsXSumWTSO;0t5&UAV7cs0RjXF5Fk)WV8j!yLj(xaE1+I<
znCH56>-OAp&%D%g-i<A{+%oTKW@hGs3oiJ;2R`tsSG}tL#8P)cjR_E#tUxkla_U+M
z5C{V4l*tK|0D&NoFPjT)Om<1&>I4W7AV7cs0RjYK5Gc5K&YQ&$vls{vAV7cs0RjXF
z5FkK+KtX~0dDaF20!<637ab;i`|Y>)mwL{-9VA0nKmPHLKk<oAd}Q<M<daX{W}9vD
za|_-BH6uVE27zAhMsETHk`dT&UC)~Ufpi3ht-y!vk6~dT1_A^K5FkK+009D%6&SW!
z9=3n7(YiVT0t5&UAV7cs0RjXF5GW-u?D5uq0t9LoP%k=+H2fy|yw39l!(Th@xMS9A
z>#esAzrX&u&wXxw*6fW^cS4N`5SXk$GG%h=S_u#c0_l{=36%hWATVqNK5YMFmjtd(
zfB*pk1PBlyKp+NzVXNg~`(ub%3<L-eAV7cs0RjXF5FkLHpun)lTl)zRs9iw4=rGc}
zUNlsM4r>$k-+AYqSzYLoB}-PVS~a^yw0}>*d!S|n2*e<;Y33Gh0t8YK=sk0#Hvs|(
z35-}>&v__@g@G6d5FkK+009C72uxOB&ZY8*os*5$)d>(FK!5-N0t5&UAV7dXDS;7B
zxDF8@P_KY`(P5rt>qWQScH3KSxh1a-{mad-us`2f>Q1OJ0Rod1NTp0poCF92frQHB
zgi3%w5E!-sAGUw8O9EFXK!5-N0t5&UAP|GVu+{Rg{V~KW1_A^K5FkK+009C72oNAp
zP+-{Ot^EWD)GnZ2bQo#bdeOWnG;9Rb(Cz*A-+$IwXTAUZ?|;#YUX&dzcn{Q!0D%|;
z)@{1Yn*f1S1bS<hdlMj#kif7N_^|ykEDXdzfB*pk1PBlyKwz>0!&b|~_D?oiS0_M#
z009C72oNAZfB*pkr38jO-r7%qK<xtRMTe0VtQWoSzWe$sMf2^MnVA>A_{I50^`fP|
z3TR9q27y${<itsUKoCf%Oiri-2n2y)EAV0aV^|o7fdByl1PBlyK!Ctx1%|DbhwYzi
zw60Eo009C72oNAZfB*pk1WE}Ed%U%u0D;;C)Qb)yEm$ww>-CO0>Zk<^7W9{f2G!N8
zSNHExFIwuWfW`!35ZEyDJ#PX8QW5Aqd6_o>0tpEWTY(STAH%{x3<L-eAV7cs0RjXj
zD==)eJZ%4Dqjhxx1PBlyK!5-N0t5&UAW%wR*yFAJ1PIhFpk8zsX~BBY?DS2WHf`Lv
z@$S3t&TB;9@P;?!+s}Xg^VN%%`YNC?ffxi*DU%Z?0RllFp)xt45+D!+hONMd?T=w$
zAO->i2oNAZfB*pklNA`YS{}B4veCLa0RjXF5FkK+009C72oNYGFzoTxegXt)7f>%c
zjI>m}Xx7Q9RjcwE(K$Ct-3c`&Kwz>0n`UnDCO{w+f!?pa;!S`+LIT59;KTM$c1hss
z1PBlyK!5-N0t8|Z7`9p-wm*iL#Xx`n0RjXF5FkK+009C73JMH+ytSVIf!YPsiw+~L
zP%pY+!-k!A-g(YSQ9oa_;Qe1S0`Ul>QYI%(0tA9ULS=G7B|snu3|oN@+aJ&JKqLeR
z5FkK+009C7CM7UzwLEP9q~dg40t5&UAV7cs0RjXF5Fk)NVA$iW{R9ZqE}&j?7-@xi
z(a_b;fBy3eF1X;_bI(2f^wawbN0%;L8a`IIA3B8qfk_GUdN+C#Adrl}6PNV72@ps}
zVAu+L*#1c^23(f_0RjXF5FkK+Ks*A&R?EZo#}m0o2oNAZfB*pk1PBlyK!Cu!0>d6}
z?I%E>b^-OG!$_;ui{`yO`Q(%R^`d^h=)8A+4G6?0kW87Jx>f=Nf<QWDazZ6QAPD4Z
z=7JlsEfT~-fB*pk1PBlyK%jkrf{W+8S^E*XA^`#f2oNAZfB*pk1PBnQERa9X+8{un
zX@RM&7hSYy(N-g0p+Q#U`JCrGr`jz1$)EhmK*?z3yP^{b5NKaOy(j?!DG5AwQO}zI
zfpi4QuCCi(2Dl;t0t5&UAV7csf!GABqGOv8@em+DfB*pk1PBlyK!8Av0%ae2wI@KJ
zvOr!h`sO#k`KYm9+ibH<Rw4P_?|!#(NX?!2)KgCl6mS;#xNzaZY9Xy&y?UVk8t;?3
zB0!*Nfs`uc{CG(M1kx#!Q`bs>KoBUqx^DW5zWxaiAV7cs0RjXF#4lhK9seAOkN^P!
z1PBlyK!5-N0t6}xlzr^go&bT$0(rgYKxN~YAFsOVs>&fXdg9yO_O`M^+jiS+tA(^-
z!-nv)N&7EX`L5_h0tDI@==J{1n*f1i1pGdF0tAv0D7(6De;MG41PBlyK!5-N0t8|c
zu!@dtM#Mva009C72oNAZfB*pkH42n{?A4wCfyx4}c*QIF3mWU%zV5o~Du>kQiM?L$
zfd?M=X@S@B<;ydT9e3QZa!A))bIn`d`ql*t7Gz!3c%Rf20Rl}6BvU4*u9X0RAdpn0
zoM;IUD7(6D`is8)2@oJafB*pk1PH`0U=<zz9Ep$s0RjXF5FkK+009C7Dhrf-?A4wC
zfyx5E{N*qI;UE6tlQq5aAEz1T@1rlJblYvWjbAUCUGaI(d!BmH%3l$jNMKR|>O~0<
zNJ+r&qbEQhDS=YU^3ZrviviaqK!5-N0t5&UAP|p$RdhUaArb-v2oNAZfB*pk1PBnQ
zU7+k^ul588L?W>B&O2v?k?KXmjNE_!{TE++@kJM1^u{;7QN3vGUnz7*plN}WD&_om
zNdg3ts+8-AmcY~tlzn(<`is8)2@oJafB*pk1PH`0U=<zz9Ep$s0RjXF5FkK+009C7
zDhrf-?A4wCfk*_Vq+WExh7H$UcU`Cj9q~H%+;g|tW}B=`H2<^mUD1gI2(&No!-t;q
zCO{w+f!@Pk^d>+cA%U_FFYPY_T#*0)0t5&UAV7dXYywu%vCW8h2oNAZfB*pk1PBly
zK%ho}vX8ym6Ce<Yz?9UBe&7Qi$V)&=ZPa+5)D-~&O$($_CMQk;1cE?9WpY9#Kp+T|
zeRyg5i@yE|5FkK+009C72*fX76&?Q^iI4yR0t5&UAV7cs0RjXn3zU8A)t&%>NCc*&
zUUcuh_byc?nm4X|S9Br)0__X@_v*FY1PG)e(0lSSZvq4o5-9ud(*82Q6$ua^K!5-N
z0t5)eCSVmE+l+{Z009C72oNAZfB*pk1Zos0``D{J0RoW-Oi8`yUVH78m4NQK=bi@+
zdF`{$K6#mFzER_SQda~BG%b)ynVdKY5C{SZmB|T}0D&M-_Ti=JFZ%i?K!5-N0t5&U
zAP~QRRdoDwBtilN2oNAZfB*pk1PBnQEKv5bS9<~kA`zIjdeN(|zIvGa%*@Q+{oUWa
z`qi&~?sK23UbOO;11A!gpun09cX<;akcvQW&2n!71QHS$wuBzGe}d})mnJ}f009C7
z2oN9;iNLVc^057pge?pL1PBlyK!5-N0t5&UAW%eL*yFAJ1PDYfpkB1s>wWBFAKP!g
z{r+I{D=!ue8%1t_+7KWRi9jl4a^fUFAP6K>CMQ$^1cE@>hnh&%2ErgffB*pk1PBly
zFhK#U=n3MxGywtx2oNAZfB*pk1PC-OQ1-D`djbR^5l}CB`|Y>)7l;mQH+}QeKLG+Y
z3Ou&%XWj$|q$1!Kd=ns$mO$Bumm0sm>xuvY0t5&UAV7dXq5@XYiB6ob2@oJafB*pk
z1PBlyK%j^~*~eb(2@r@xpp*5YTW-1K8~*oe$&w{mA?WPiNB^yFeQTgbwEts~8=y7>
z2t*=~N|~HE2@nVZX;sRJmH>gW4=<6d4TM2}009C72oNAZV1fcx(G$dXX#xZY5FkK+
z009C72oPvmpzLF>_5=t-BGAct(f)$Zf$h(K{_{b8ec$W4>#ob%yx;{dxZ*dj=RD^*
z`B_chJoQh2K#c-w@CXn{NWd@nCO{x9fwB)THGX~96#)VS2oNAZfB=C+1+1bIoj73=
zAV7cs0RjXF5FkK+KoNnmkG<LxAP|W_m+D2=tXcEC=RGek^_+9#?6c3_XP<rMJQV6h
zvq`!9^2>MHX{W4BksF{k1PDYTkWi(ZPzex7t5Qz11PGLUc!^|fAPfQo2oNAZfB*pk
z6BMwDo*=$U6Cgl<009C72oNAZfI!m%WgmOBCqN()fiBgH2GR!}c;L%l{_+L0Uc2nF
zOIH7R+;PXvSu7fMZoT!^8#iwJ{`bFs<Bd1|^<V$BdeNr8aOj^v?E(t$2oOj}p!e_>
zy$KLVNTBS)OYL9fbx42!0RjXF5FkJxIRUHa<fcr(1PBlyK!5-N0t5&UAW&SO>|?L?
z1PDYT(6M^aVXAxWwO3aE`ImqBm&58sf9tn?YuU1814oPB2DKzWVB!J^RmusK0D*+c
z<b+CqKoA(V%pSIX;;RAy5FkK+009C72oRXKz_8Wwu>BJcSO5eF5FkK+009C72oNAZ
zpt!)W$6Nae5Qto0YU@S+^iTivm%n*kdg-NEjp(ks?z&{j67{0R@BCU4h)v*$b*sDy
z5J*Kp0UiMYX$h2lsEKWnARYn)2oNAZfB*pk?F(2%w{Px>1PBlyK!5-N0t5&UAkdmX
z*~eb(2@r@xVA|?M-}SC{Wfh@sfBW0BDfrg6zBN!I8a^&wyg1w0+FjIz2oM-wAeAyX
zaS|X91k$RM6D<J(WglL~|FW(J0t5&UAV7cs0RpKDSVgBkgW@MZfB*pk1PBlyK!5;&
z5dvi&d$lJ(AQFLTs~62nLk~LWplk|$@Pi-ZJ7;f<xbHbcfIw^l&uqNin*f1S1XSM<
zAdr?o*@u_d775}ZK!5-N0t5&UAke;mRdoC2u1J6Y0RjXF5FkK+009E636y>8)t&%>
zNCc*&Ui4M3deuNJ=u2Mml57e#ZQAsK4}2hee9?<uw8a)%3^Z%)F6u%A2#ha~N|~HE
z2@nVZX;sRJmH>gW4=>|?S=R#r0t5&UAV7csfz$=8qEnwi@e?3GfB*pk1PBlyK!Csq
zfwGUi+7loUiNKW9i(Y*3#Y>ki?XLwr<d8#VPr<Ic?%LlbY>&9_IYfX!YyxXH{@9xU
zfm8%~kN&ea0RjmL%w9Q<-V@s*K|BNq5FkK+009C7+7}qTW}bbt{Rmx=009C72oNAZ
zfB*pk1PD|XnEhaD4*>#62uw-6XqbzcnVAh6HhlWipUx^m-~RTuXA|`B!w>&x^XrqJ
z{ABnkqYD=<%&SH#-xZxmfI#~Ksg%iylK_DrkWiVNPzewS0%ad<+Fu5^A^`#f2oNAZ
zfB=Em1gxTCn-TF4AV7cs0RjXF5FkK+K#c-rAA7YYKp+x<>8TgZz|TDM%&ZplkN^0O
z@3`ZR@NxF<pwEj%!$ytwNnH^j(6qq1O}BXyAdrf{%spp%6CjX~K-q_vroZUxp8x>@
z1PBlyK!8B}0#?!S&yffT5FkK+009C72oNAZpt3;O$6oCT5Qs!zYU@S&i$X_iSH3Gc
zkpO}A1yU)K6DI)zK_H<rIiV6D5CqCTytKaza76+H2oNAZfB*pku?bj3$2KG4AwYlt
z0RjXF5FkK+0D&3>%0BjLPk=xq0@GG6dcg%3jHnKseW=F!q^<}MXj<UmU;mFc0RpKA
z%>2ivya^CUNTBS)OVeNU^-q8R0RjXF5FkJxegUiK_~%H31PBlyK!5-N0t5&UAW&JL
z>|?L?1PDYT5MjM&uh(0(YSmAgdHwsp|NE<7{pzKgUyBwknq4E>zo+tD(TM~Iv@eiK
znVdKY5C{SZmB|T}0D&M-_Ti=dWq>OZAV7cs0RjXF5Qt5{Dmu0q5f1?Z1PBlyK!5-N
z0t5)uC{XsXS9<~kA`ytKUNjVo9&*Sb{S}*&-LCOIsVf2mnilA-{a0@S1X2-b`i7u?
z0tD(6DEshI@7482fB*pk1PBlyKp;hdva9F~GvD(jKp+)?6mLpmCP07y0RjXF5Fk*m
zK-tG$?FkTwL?E_$(VzeP=aVfE9k_bEw@SScAke5lDrIuwBtRetG<rACIROH-3zU6$
zsXYK45+Fc;009C72oOk4pzJC-l`=VT5+D!+lDi`bm;eC+1PBlyK!8B)0%ae2wI@Iz
z5`hu*qBAoyXP<rcvUXo@ed}BEip{NCe{Hq-wQ%9WER5RkmO3OrpgDowFVFWTKp+)?
z=57UgCP1JGfwB)TO~jy20t5&UAV7cs0Rm|WSVgBbU!o;IfB*pk1PBlyK!5;&QUYZk
zd$lJ(AQFKQ^`gs{FV9OiC$iBp(MczrG<%q(?t~f>ATU{hRLbPUNq|5QnC$Js)d>(N
zD^PZ2UbcVj2@oJafB*pk1PF9bz$&_Xb818c2oNAZfB*pk1PBlykPDQ3?A4wCfk*^K
z)Qg^V)>*UbC)?cfi*{c-?6AY^(dBnJ8w3c%FVOqdSG)-jNJSw2TZ#w?5a<^u`|#3#
zu5AJY2oNAZfB*pk(<xvTJ)QGz)C33+AV7cs0RjXF5SS8yvX8ym6Ce<YK#_XUJ@?%6
zw6<O+oN&VIqRk2JnUZ_BVG`(uKq_T&;v_&I2z2ANV-y6YN1*J(%k;<?DFFfm2oNAZ
zfB=DE0#?z(Wb7wEfB*pk1PBlyK!5;&4hWQe?A4wCfk*_3)QcW*#1XAU`_MxVO|UvN
zyY$gVAHBsETV&fExIY^Lf$0(GJ$8{d0RpKAOwX;!NC|X9pzPy7H%4s~1PBlyK!5-N
z0tChpu!<f>&$$E$5FkK+009C72oN9;xj@;+UhN4Gh(sW^deOjg%rVC-T)1%JRio-f
zBmcT1JOZ-?QYn)YCjkOMV0H@ILx4cc0%adwVjhdw2oNAZfB*pk1PHVvU=`htv#Ssw
zK!5-N0t5&UAV7e?L<Gt{_G(XnKqLYY){6$2nVFeQt-p5KX{XsmsuQ`Rx+nnx)dYG^
zUgk}JKq>;&(%e}D2uw<#?8D2X;&fdC1PBlyK!5-N0`Uk~MaMH2A|XJ4009C72oNAZ
zfB=Eo1<F45YEOVbBm!~Pi`Ihk)KgDAUgmY$X{T+y_0|I=qqW~Hbx43fa{{T9$%&Hy
zfgsS_tw7HN2s9y3c75JN4EiKMfB*pk1PBlykd}Z|bXxNzS^@+J5FkK+009C72oNYG
zQ1-D`djbR^5$I&SX!y~jhaP(9K;>t(kEQN}8WSKeS%Gz%Zu2HUAQgdM{`xU*0t6Bg
zDEsg-*(HIi6Cgl<009C72oQ)tpzJF8$@M?=CO{w+0slWZ0RjmL#IPz50|5dA2oUI`
zK-tG$?FkTwM4+8|(I=jG;=1duyRxm<x#yl+tvYn}S)IIN8x(=A3ZzmdCr$zcf<QuL
zazZ6QAPAIwc<Jh5!?*|#AV7cs0RjXF6c;GFicY0WPMib?1c8Jq<%CLrK=H5LS`r{Y
zfB*pkr3A`8_G(XnKqLZrz398%^{x~D_v>}9dtFvP`Ifi5Wt?c&uV4S$zx~^@OEHt!
zQ|eBrF#!UT6;OjmfIvb53h)RJNK2sX<G^H>1g=hi009C72oNAZAO?Z5t7tWN1PCM~
zpa72mfrJENSQUtY009C72y{}Q>|?L?1PDYTkk^ZjsNURj&ppS9_O83`8qs;9hql;a
zi~skV*B*Q9QSCyVyki>_fvyVl9=ph!0D)8l(yEjbEdc^$9|yX+*f1^v1PBlyK!5-N
z0>uT&uA+OrfAc0lAQgcPGvD(jKp+)?;$OS9BtU=w0RjX{36y>8)t&%>NCaN{+Skro
zNcpmty=<Il@4WNQ>=L1RbDvgTzw<l4Gw+}ZHYjx`)R+K)$qJ-WCMQk;1cHF-I|2mK
z5-9sPFxe%6s}mqVfB*pk1PBm_L7?m^I+ZdxaS|X91X3xJ6DI)zK_G@zffxu7AV7dX
zCk4tr_G(XnKqLac_{A?i@{x~xV6N9e2OX3ZRgU@l=<|BfB}<mHGwMekd1T?jg#{}@
zM>p%_9owJ?bXB0Y_FugT5J*KJq2DhiR00HoK-pz{R~H+`MSuVS0t5&UAV8qFK-pDv
z?^j>(CO{w+0X2982qYv>{A;(C1PBlyK!89gfwGUi+7loUzra~%ot4#69&yAG<3!tj
zy=aJb#flZ72KLy^ugX7hwA7tYV*&&wE09W=oHz*(2m%W52oOk1pzPzoWS0c4PJjRb
z0t5&UAV44nfwHUURLbPUNq|5QNT^ays00YauqqG(0RjXF5a^^p*~eb(2@r^1AnAJ1
z0p9DbyKb9pwi*4SMCUx($vd_|5$LMGx=puv6CjX^z^0j7ya^CUNMK-fJ@3b^E;fvd
z009C72oNAZfIxA9d6&%t4SE}{^Cmzb6@j%If9y?wKq>;ozjkX$fB*pk1PGK87<j7n
zkpO`X2z04lG)%`c&ph+sZ(bk&_{X={Vv9MeLuc<SbtlxA0D;L0q*5j)P67miKtg45
zLM1>T2$X%gne39l)d>(FK!5-N0t5)eAW(J{ol2RUI0+C40;!bAiIV_<AP~c<Knw&3
z5FkLHlLBQQd$lJ(Abx?4)r<CnKl$X7zu5fx(1$*>WXY0+eXss%(oWv74T?Zl1$yhQ
z@g_hZ8G+u7J#PX8(h=xiOBdPh>SDvV2oNAZfB*pk1PBxtD6(?yZ}Y>4p7bU_AQge)
zw*oB*5FkK+009C72y|7T|B==<0Rr6+=y1JgK0)i(uitXZEoc8&(R@!=Z`#I1ppyd0
zl*y@UB|snuq*Ep*R00HoK)!x1xY5a#hCvY^K!5-N0t5&UC?!yE@tikHrA$to1PBCy
zQg;K52@oJafB*pk1PF9eAb*~<L4ZJK1iD%;dh4yX9)JAt$NuJZ%rVF0rJ-|fbn=dE
zPz1Uvpk9;!fs_Q)ixMD^lt9^MoUSf5jEevP0t5&UAV7dXae=a{=zE`d#+v|vR0N9O
z3bZ6ZfB*pk1PBly&{cu5kG<LxAP~PmUN5@WUVHuh7_SpfI3X*=T)cSk#7F(>U;ldB
zZMU7XG<2t(b_$2WYtf=bd4sOrw2g~ECk0Zfl=I^y2@puCQqGT;BtW3-GQN{54TB;;
zfB*pk1PBlyP)eZeDms-iIdKvo5Clry4KyY|fB*pk1PBly&`E)^kG<LxAP~PmUN4##
zPmZ~<aN)v<k9yUrRi#GJ$vd_|5$LLbdQk!dQW9AEuRU)91kw>GyNvJZV#Bxy5FkK+
z009C72ox76yNdq#(`&s65J*L!_^m)o0t5&UAV7cs0RmkWDEru}Jplso3tWEr<)un1
z=WV=T!Gej8y1!oZq?1ni(1$)WI_$3Aw2g~ECk0Zfl=HJC2@pu9Oio=Z0Rlmw>@vQS
zD-DApK!5-N0t5&UAW%x6>?%5yGC6S)AP@vf-3>G*K!5-N0t5&UAkayHvX8ym6Ce=3
zz|73dnP;B)f5(0ue)!>8O=kF2?-L(&UN4#zuWs0|VXLjS8c{OZ$vd_|5$LKwulH}>
z1PCM}@XVDxZvq6;5h%Ni@9JX1xCjs+K!5-N0t5&Y7bv@m{?A{n@g_hZ6@lWn0xby;
zAV7cs0RjXFbXB12W3ToE2uzQ_op;`u6=W`1vZSt2KmPdR=bn4+C(FN1Jn_UVnEZ#G
zo^i$*yX>;d!i5XxtQzg=P20E#bW$LhGC6gv1PBCybjsv}N`OERD7%dB<VwS!2oNAZ
zfB*pk1PGK8D7%VIrA$to1PBCyQg;K52@oJafB*pk1PF9epzLF>_5=t_k3bXkqJQ>h
ze>P`%XQ`e2Q}Bj2ykX9BJ9)=8C<0v-=xzF@Hvt042t0OC&zk^&bOicW&PBGny4Wx-
z0t5&UAV7cs0RqJZimaUb+x++HwcZ2>q#{uKR-h#T0t5&UAV7csfvyVlKhoMJK!8BM
zKoj+%yY05yoaLRRcJ>E(&pr3-z4zX;Pw(nY+qejHQXrW!Id!cB2n2z2%H)JffItxF
zUpW`q?&M0tpa>8kK!5-N0t5(@5-75A?r)PynVdKY5C{UL?gknYAV7cs0RjXF5a^^p
z|0At!0t5*33p83U`uf+u{-`pqx4h*oSy5>I`{?sfZ@&5FMT-^<l#F)rj%`o`x+<Vv
zlmLO01fIC0=S_e>Is*Bcx!^`u7aPV!fB*pk1PBlyK%lrl!Nqgl?1v9M=}mw@DgwoC
z1zHjyK!5-N0t5&U=&C^eJZpmh0RjU8jn<2P=R4mSxZLQEt5&Vb>qR$i+<5G<$L_xS
z?l0Q>+I81mU+{t#Y`g8YdDUoFZ`#I1ppybARm%DCk^~5(Qzoabl>mVtFnWzW`)DUu
z8U{sx009C72oNAZpp?Mub@J#vsg%iylK_DrQ0i`=F#!Su2oNAZfB=C`3XFcpb(8>s
zX%>jHUNlsMe&iz`$?HOgZFKUEZBPWdD$rZ|uigX*BqPxKx1Kiv0_g~peVpm)V#Bxy
z5FkK+009C72ox76yNbT#N5AkUKp+)?;<o}V2@oJafB*pk1PF9hpzLF>_5=t_k3h8b
zqQh!L`}cSCrfpmVIw_D$nVh;-0tA9UI%RS~B|snulzn*V<VwS!2oNAZfB*pk1PGK8
zD7%VIrA$to1PBCyQg;K52@oJafB*pk1PF9epzLF>_5=t_k3e28x^UsbWi`DPFJ7Eg
zb(Z~o^iMqT#DWD2`YS?5Z+G&JZBPWdDzIVZd)@>Hq#~fen*f2d1j;_Vbak;|Tm%RZ
zAV7cs0RjYy3zS_&U;W>YcoQIyia_yOftCaa5FkK+009C7x++liu~&Nn1g1wIuNNI%
znOW`V*S_|(vXU2Gc;V|`|N4UuK6syf_L=vhUA<`=7lBR+q*5j)P67miKw6b@q9s6}
z?2@~aD-DApK!5-N0t5&UAW%x6>?%5yGC6S)AP@vf-3>G*K!5-N0t5&UAkayHvX8ym
z6Cf}>0#85v^wOnE=dH}F*5Di8_(o;PM<0E3r=4~hecevpu?>nqR|PiB+~Q4uKq>;N
z?+6e`OQ7tMyQ_;0<03$S009C72oNApT%hbKS`8in0tpEezZGanfB*pk1PBlyK%lDv
zWgmOBCqQ7T1j3IP{rkWF`_t-sZMWTaS)FIu-$y^d{`ljMuUN6-o10(PUVH7^-uAYa
zyyPXj@4kEXEAP8{(>5*wofJr=Oir8x2n2z&D&<5=fWW{idftznTxl2-0RjXF5FkK+
z0D)2h^DdhQ8YEOHCsYCiO5F`KCP07y0RjXF5FpS=fq|!59|;g3(5S#}yX{t_Ui9+I
zFF)Xb1NJTa3YDS*KW?;>cWi?q&{csa*Z<U;0D)8ldXN6IHvs|(36x#icXhF0Tm%RZ
zAV7cs0RjYy3zS_&|LU2Cya^CUMWFbtKuZDy2oNAZfB*pkT@@(%*sDDO0tChpC{i!l
z>-DzZe*1y?&$1u8deb&80-Y2{rA$to1PBCygv#WEN`OERD7$p;<VwS!2oNAZfB*pk
z1PGK8D7%VIrA$to1PBCyQg;K52@oJafB*pk1PF9epzLF>_5=tJ7)PK;z39x$Oxfzt
z+3h=d$2KSeT@`p{<L%xA2&5v=d*Tvr0t6BgD7$p;>SDvV2oNAZfB*pk1PBxtD7%XO
z`O|B?2@ps{p!lsoO9BK45FkK+009DB6)5}It33e%1jZ4_>qTGovX{MT_$#mf{L+`c
z^o;_qFMjchixw@)&k7q|y=fa4fldmfQYI%(0tA9ULS=G7B|snulwG=aa;0HV1PBly
zK!5-N0t8A4lwC!qQYI%(0tA9Usk?#31PBlyK!5-N0t7lKQ1-D`djbRqj3e-(7rm&z
zs&n4$yYId`zuZ^9`qhIEK6wARUi<C0-#}NLyki>_fvyVlHeBaTfIu<=>#pf}6CjX|
zK)#kPxY5<chH()fK!5-N0t5&UC@xTN@tikXv*9jp0t8YKD1Ix@k^lh$1PBlyK!8A3
z1@h-v8w3atXhGoUqmLda>>T~^zWeUWqFT3Z-PT)gJ-TuK(XQUKjf+4h1(GR~Q`bs>
zKoCf$Oiri-2n2z$EBsEbGz^LW0RjXF5FkK+Kq-N;tLRk9<itsUKoBT(H_(^>0RjXF
z5FkK+Kqm#tKK5!)fB=DU1lF%#f5QzoTt4!3*=3jIm7lMC<tzW_H?IQ@I3V9yWTTUJ
zY=a`uRe|27Z+a6Tkc>d@#-29;0_g~pUAlL5v0+>U2oNAZfB*pk1d0okT}3~$@pf+l
z1X2+wek;(D009C72oNAZfIwFT%0BjLPk;b{rUhnZW=2<pe&s7)x%ARY|MqYH_V<7P
z_xIfVTC`|U|5;tVX&V=TP6{MbCa12I0D&NoPMMrg2@nVZWtZ-qTxl2-0RjXF5FkK+
z0D)2hWmnOul*x&c0D&M->TaMh0RjXF5FkK+0D(>llzr^go&W&?EeITZ@WK7Xp99+m
z9dytkha9riR$C41@Bi4zJGMa)=&HcljX(A#Kp+(X1$YDqq$N;x>E6}FhH()fK!5-N
z0t5&UC@xTT72SL0N^b%LQV}SAE6|bv0RjXF5FkK+KvxCIKK5!)fB=CO1fF{8sjq$Q
zYZvvs&OiVB{&LWHx4U}NHZB646iB5^PMib?1c9_F<wQ$>K-r~xCs!H<MSuVS0t5&U
zAV8p$K-pDvDrIuwBtRetl)4*eOn?9Z0t5&UAV8p#0%ae2wI@J;z(fRkz24q??>%ps
zXx^ZccWi?q&{cso8}9NZKp+)?-kRm!1PCM~P<H9w)y0N!5g<T-009C72oNYPP<9o)
zY33Gh0t8YKD1Ix@k^lh$1PBlyK!8A31<F45YEOUwfk_FhUcLH~OD_4!=GT7v?f1eL
zzVKx)d)Z!dy}EkSHZB646iB5^PMib?1c8Lg<b+CqKoBUqbnoO!!=MNdAV7cs0RjXF
zloBYricY0WPMib?1c6d_1C0p~AV7cs0RjXFbW)(~W3ToE2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5)mDX?zyYtEx~5+D$j
zz~+2i7gbb(AwXbG0SP-Ni=6}r5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0Rj^d_&=Lp6S=yJ5+G1YU~|6ypHgROOn|^d1SIT4*j<zW0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV6SF0o5#Xve-!=P5}uU=e&rDz?=dSc1{*M2@oJafB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7CL*AkWg_e@N}!s6gstZ0ECLe|kgyYB
zcTob>1b+SNU*B=Z9hY8u>1RIknZNm)zd8Q+<4-#2q%+Pq<Fd;x`;Y(lk8reFx6UF!
zpa}s9+k~n<2{a@iVH<+gErCb`<ai_#Aq)aV1SD(`C2a^qA|PQSnFwJJC?X(XizsPB
zfB*pk1PH_?pqeGN84(YG5dso+1dc-lViS<CvCW8h2+S5(zkYqF5#4|P{quw!wsF7#
z2ZY+u(0+C&_7EV@j(~)1$Jtc~)FL2ZYhlz0foKKfc(hX^Faom$B<ySxdk91;AYr4O
z8i5g*Eg)fMo7h8u009C72qYwse@{H2n1xDUY6T?h)K0yDrzjv{Q=Bz1PmjRN%*=%s
zUbuMi;yhK0Y=rjVtZ?r1Kp8247z8A246`5x0tE#mY(Xf^2qY>X#}l16VNa)kgq_ZL
zH|j(MBy6G+C+z7Ikg(G^??z34009C7Iwp{RXS`$MG8_V(6p*l;oK}PCs(^&;>dYEf
z2Lzsa>Z#Yh_O*GEmfZ;Fh8{ZLU<d?~5RkA*Op_o9WC9Y_-vk2P7LeoJo?oNun1F=s
z*n}ERw*@3@x98XBIwl}tJ2s()Lx2DQ0tBX3ApidO)Cw3lfrJDkY(kSIR00y#-vI(~
z3OxGgqr2>~OP-<mM%el0H^2GhlTZHK=RWt3|M-vL&#?WbH@#_C<Iqo>0~8g3E(u83
zF3qN~bY4Khc7BQtaLNVb_>}(zF#NOxBy3vqCE6($kg!w!7r^k-5|FTI&6j8i5FkK+
z0D%z#`M1bNv~h?4fk*@-Y$OvQ3<5<2By15SZ3wh1@a(hCzVxLp&C@e%y!_=azv7B3
zR<B+?B9d@4wE2TS_=Elv_t;~P(A$W!93ntqOaTcyCZN*^v?(BA+thX~0__XP@%GJK
zkw9eu30s-Yi3Hjgkg)BWyCQ+g0ur_|of8QVAV7csfd~ci?|MfVn~(?)7!Z)K10X&U
zh*?0w#ymS>n_7YQyyrc6ZtlGE&MQ~0?DcvDHA2hKKAe^J5PB<ku4V)XR1lD`70{eQ
zU{V4Sc2e@LOQ0PAIo^)5s}QI~K*H9-s1pM12uRp=oLz-LEdmm@7Dk;AAV7cs0RoW-
z<lpa(BpzW9ATUBe!j8akh(K%t5;nFO5f6bM|M<swV!rZ~uUxx!Z3UBXRya5B=gvFt
ztk8*52oRW8K*G*Tqyd3=1SD)cb0HD}O$f;GCRFuFpdkSX+Yqd72{a)fVVh9ZCxM0p
zBy2;lx+Oq>009C73JP3O_bdNqcfkNOBS4_IK;8LziG(eVuO)%90ur{YnDzvc6FBU!
z!?LfW+i$=9nl)=G#~;oOJ!D;lJ}dX*L;?gx2uRowI1UkrO+doNHY4I8P_KX-uh&y=
z1R52Pu#NKSoIt$-61HAXy%A_sK*Bc4t8)Sb2oNAZU|xZ|TCDbsc`vO20Rm+OYR}WW
z!?KZRPk_L@0(pMbzA^8mH6TEs1%byNdo0iHTW+~!%q!k}^UZm0q31Dsb2<S60|F9u
z0K`WEF$+l8m}f_91jZMT<Kr9Zfk0~l61FvJ7a}mefP@|2P!9xJ6Ogd2QM(WU0t5&U
zATUfI|HgFf8^f+>KLG-j1!~XJyu->NIgtQ?VFG!6)xI(8iuMyA(5ApQzVVGLyI=OQ
zm(_CJ-~HX+%{mM{*V3U*2oT5xBy3J$gFyTO5;p!h5+Q+c1myTQdd?-#vVeqb8QkRv
zj3Xdn$I){xftCd%Y|G#-M}PnU0t5)m7O1_5CGT+dwd^54U`&BLziQtYGcczUATV2?
z_B_oyoP8~O2oPvr;Di%S$g=WZ{^eh4x%x#HU6ghBp$~nimJW47fIu!FVRH%_1mYKv
zu<_542nmcMAjikib1s3F1te_C;4VjC903VCj-GP~v@9TDTLyPI0t5&UAV6TYz?bWO
zsb-mtY!89D1nSP$FH6|Erba&mW(!Ez*(UZ7=#szz2ON-n8NKJ8dukci-FM%eb$H-`
z2iDS|P6!al1te@vVS_;Y0una<IT9g(aRlV}IC{<{(6WGpZ5iC<2#g~jVaL&PE`gQ>
zBy7vzE=Pa>0RjXFv>>4TtOaD3AW)Zpgsn?bKLlD3kgzQvy99ya0z2)rQ<jy_Jo8NP
zvqrQG{bU{Pyz|Z@nmI&(Km`E_TLH}}1STaQVJ9W;x&+!0kmKz*y9$9?1SD)Nj5;CE
zj(~)1$Jtc~)FL2ZYhlz00RjXF5FikhfNGYgrb93UMhi&T(LRn6h)O`hMl~IRA&{qJ
zuh*+ZBlMH?xnRM9S~}DT0Rp*zgv}{z5Qtwu!p1*GA|x=5fE*u3&$$Fz7Lc$lgS#Ao
zaRemnIC{<{(6WGpZ5iC<2oNAZfB=CO1o9P53)gZ90tChskg#I{I-Nk90ur`OZPy|&
zufSGYZIxx^ye*42$U59+n{A4pq9p+WMFb>l5hZO1L?R$zBbf+c5NJq1jyD9WTLMi8
zNZ2M+^+}*10SVg>tZoT3As}I!P}L^^0t5&UATU`0)hv_scXa}#1SD)JE{zFHRzSi|
z*5B0$3<$jRr7z90a>IrV1Ba@84E<yshMueS;4A_Jh6za6VKVj;h)_VnMmQ-#B2c4%
z9Ip{mR|J|Ckg!b)>z_c40ur`HOkELZT0p`!Ev$b61PBlyK%jjA)hz9syCQ+g0ur_|
zof8SPFCbytH+Mw>BLx2Z&;LBj%7-6*cto?}haP(9p{&EubMdpZBtW2ufP^igqz!>c
z1SD)E6Cn%&4GGBchG2C|pa}s9+k~n<2{a@iVH<+gErBKkBy1C^`XoSr009C7CM%$t
zWwQRRPN0;4ge}FTF@ebnNZ85xyE=gZfiurMGt0_ruf2BQP_>U&U3FE~;b%VcnQA>a
zivWRP0upwZjQs>66p*kHPKuBS)F>dwYsAzQfu;o{Y}3N}Cs3n+gsl-%R|J|Ckg!b)
z>z@Dt0t5&UXkS1zOZ(=oNT9NSgsn{HL;~##NZ9txU6H^Dfgk?xhgnu0dE}8JniW6v
zmbbhm>+lCZ_(Acrv?M^Fh=7DGqNELhNCYHoBoiSF0u2es@rGb^OP~n>3EPCKJ_$4=
zAYmJV)h&T01SD(|s`?~AfB*pk1jZ5AxN+mX_ujj5<;u%1zx<M7uYt>{W*GqSkw9|-
z61F*8Jrk&1K*H8eszU;k71*?C)8fU8v!(B&k3KqPFu(fMud=ST+G?wCyBM=KrxPGB
zARu7}Kzt++vw(z+d3MA`V0-~NKE9zI2(%_3VOyhiAp+wINZ9cW^+2FC0SVh0wF?m-
zK!5-N0`m&ofB*eQ9d*=#1q<?m&w?8RJ?Cc)?DvrXff@xQY>k+@BG9yegl$?_{{$u_
zaQf+|XG`Dryyrb*#;|PJvaGAqPCISPuAEMQz?=dSc1{*M3B)NNVdI<^Q4y$1K#tcX
zsUHF@2uRo#kX?d6T>=ueE=m0mXhA^2wt(ys1PBlyK!Ct#fnKi{zA>HGd6wN6=sZ7t
zV84$92-G4VVQXR334wM5By2m*u0mi^0&CZ<U9@OXw)(y4rkg5<v0}xFtdr2&(@#HL
zxgRGIATUBe!j8akh(K%t5;nFO5f6cS1>|_Wo_ZtDsDOlRlvn2j>J^Z%^?K@!K%)W@
zwozW46Cgl<009C;1TMJXg1pGH!p6WQp4|Kz*zY3&0<{Q8*jgBMLZBT13EPgds}Pu=
zz&YofldYe_@1}p`kw+>-63)thul?sf_qhr^IE4U#f&vn@Ae3eVVi1t9G0cJ(2s9@k
z$D6a&GlAL#By8=ZIwa7XfP`(%R?h@#7m%>Elj@KF0RjXF5GXG2*kh0N*NE=F|NfU=
zdg<MF-~H&Lk3R9l6Ps&4NBy_>wX`HaU`zoCJ0_sh3A8C7VcXPpEdrAgn3<XR&gR#h
zcivecjBwWG4!*N#)20eNIE4U#f&vn@Ae3eVVi1t9G0cJ(2s9@k$D6a&GlAL#By8=Z
zIwa7XfP`(%R?h@#7m%>Elj@KF0RjXF5GXG2`OkkouNPgue0lK`wIo2GeE|vEzPT$B
zs4O61E7LiV009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkLHc7ekWKRl}!
z{m4f?QhVn*BtW2E0SQ~Lr``xODj;DS<<&U>0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!89gf$g{7KC2gf=%I&7ov1MZ0__V(*!Im`kw9eu30s-Yi3A7`AV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0<{a|zl?rnW~TPebx43fy#f-pUQfLd
zXjDMLHp;7W0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&QUbf}wp&)v
zQtB*?2@sfwfP|e0yNeR2CLm#}xjBnKiUN;6{`j}Q{q2h{zW9nOuDI*2yEbmznBpkJ
zOkhd`B<z$-v|)BbK*Dxo9*u&)FabF}OvZi!5ei7y2q#5I1cnJn*kLmE6Npei!bUhL
zLLxwb009EiAh2xNvaDWo?b@}|FkWLMkhFk=O?vtSKWzdMcG_m#c&Aff&6+jueCIp!
zpC_DcY`5KZ7hZVbbb=T)ftUp(Y|OJGHUa|z5_SN@M*<xakmDVjP{ZlAfQ0S#{2E=y
z1SD+7Ce(1cEg)gLJ-<drfB*pk1R@u>;f5Qs?`wbWd*6#ZRN)aIAYuI-AdrxNgiUC&
zgi4^Az@v{oy5o*J4it;#ACEikxY^yFbka$C{pR)9V~@=~Y7YSd%?U`@=4|y$pmqTX
zTRW)^2}C6z$D^7K!4McNAYn)QI7%QY0SOz`bO?sPXaNa3+Q(4>1PBlyK%i-XO`A6D
zzWeUs``U*ddT7(v(mw$LV+u&vF#(-UpiKb@+orZ_5olka*Xtd4;DLE{=$sp0|N7Sl
z0=xU}yR(+3pMLtlAs-14Xih-FHfO760<{ZB*xE^TNFXW!IUdz?2!_CD0SP<W$58@N
z2}szerb93UMhi&T(LRn6AV7cs0Rrs^gl}6fSg;^`=lV-u`cgYrbQJ;wDho*1%5+X7
z(7u3#ZQtA#3A85ggCG1LuMypI&pmIx`Q|5{cw+VH)mL40)lNI@lpWe_x81_O{tblm
zidVcM9Nl4u9cE@`1`hd1fIve661E{&-4bX*K*Bbms!sy(2*~kx=0YR{<`s~z^Ac%5
zARYk;8_!&bguuK45_Vo94G0h*K!5;&b_Bw*WUH;V3g5Xt`Q($IefHUQF6t@-2vif0
zu+`k0MPMQV5_Tf&E=r&Uf#Z)qJ}U}+=}TX_Zr!^6D?akbBa0R-%8vf$fBt9xp|Jgx
zuY6_Lp@Eh@5+G2QfP}3}Qa=P*5RkAfAiD&C2@1&Z3F5mnfwBS;wyc=;1STjTVJC?1
z(gey1NZ7Js+7lo^fB*pkwF|7={5tj2Q?u_}FI>3r-S2*P_*tXh{N^_|9~|}H+C$PI
z0RqDW@>G<t!-(uB5RZU_jb|=ILZAtOm%sew+2Z;7>#v{P|A#;P;q2%+=bSTeH2;<K
zXPj}yz#$(A5NJq1!Zrk}TLMi8NZ2M+^+_Ne0XZJeT!@6gyaEz-ULp+$#3LYK<CzPQ
z5SUj$!p=*i0RaL82oNC9v_STa>~a2VIzs&uAdm};ld9Rdc~>?F5NKLJ!Zt0ee*%*g
z$bW+9nl)=?M{?_}w`Mnix4-@E14l#q?9f}^`qqI%J`y0%kbs132v)ZQnh=n%O{nUV
zKs*9+Jf67_34wV9B<#FI8W4y_K*Gi|7a}1ruYiP|mq-Hw1PBlyK%i*>)hta5>z_c4
z0ur`HOkELZT0p`!Ev$b6lNHGSS+CdY&5k7eO8V?3u=n134;&5cvqQV>w%foV9|;g>
zNI=3i1gl#DO$bQXCRFuFARYlZ9?x8eguuK45_Vo94G6>|AYtQ~3y~0*S3ttfOQZn-
z0t5&UAkegcYL=#j^-rKi0SQ|prmhGyEg)f=7S=z3$qMYT#~xXl&si_JZr!@<=;FnT
zXUCZxTCiZj>_hetAkc(>gl$4qp9C5bkgyHG>Xtwx0&+Z(i4X>XA_5Y&h>|u0A`y_V
zkxYaz2ow>Jutk)#AwYlt0RjXX6?kCmSEJ$SoB)A-fwA-Tf&SiX6Clv2fP`(7SLXyK
zE^zeGM`vZ9Pd@qN>|kbQX0oH<&w-;GHf+caZL`fb1BZMhK%gN33EL2?ZV5CYAYq$O
z)hB^?1mt);b0HD}^9o4Vd5JV25RZU_jb|=ILSSA22|F*51_THYAV7cs0RjXF5FkK+
z009C7ViUOPs;jcH&+D(he$Lp2)r&s(;DgzrSG?jCbDn4?0RpuPNZ8s*bx5E&0SVij
zt)2<QARxzMm<2HqC@3Id3qol|AO-;m8^bJ!fj~h430n|KGXew%5FkK+009C72oNAZ
zfB*pk@d&J6zkcb`rJ?fk<u8AE_-UfE0~=N^dcg%3WQUGD_So5H*+YOp69N*p2~~X(
zXh=Z9HUz6%0+9&F@kk~@7zBz4NZ2Au+7O6DK*B~c5yBu)L_oq8QPPG00RjXF5FkK+
z009C72oNAZfIw^lD^{$?DnCE=v5(D;ZO(epXP$XxyY05i4qbWWm9x*XhX8?w1SD)j
zu(~DCgn)!?LRFsx;t`PJ@yvxt2+S)WVdo{%fIvI~5;mT>5D9^K1tjdeL>dqvK!5-N
z0t5&UAV7cs0RjXF5QtFVOJDj@R{Z(C_q}iJ+O_==&aM|-vu4e~2Opg6U$9_7s2%NZ
zZ<_#trUfKy)57{EP@{l^tr1gK1R@lW;}K4ZkO&MDkg&sK>?aVRfP{^3QiMccn1F;G
zCSyMV0t5&UAV7cs0RjXF5FkK+0D%Yv?%Vu2_0&_d63|797QO%d@4x!$tM9t&u5d7~
z7rpo1dvCq<*3(WqZOM`)`OfpsJ1@dP35h^g1vcmFeG;~-Q*2ya5|FT6noVONFk3*5
z&o;4#K(qo9HrlBX7=hUW5_YzUJp`f^kg(BCjlc*HAV7cs0RjXF5FkK+009C72n-X*
zD?cl29D3-XGcz;8dbXbcf!YNs<Y|72gspu#bVy*dK%RXSHYDt5TSp1RAW$K-^Hbz_
z3^OQ(sS?Puufm3eovObo1{;Gwg*?qqk+3n$pctk~AkV%E8xnS^{;C)(0RjXF5FkK+
z009C72oNAZfIvI~75+6ZJLRO4PTII}V>|;934v)4kg(G*%f{Fl0SVigsWcD*a|+1u
zIa%x^5T}5IjdNZ^MPN<=2|Fi?odn_(kg##ii>L??AV7e?R0-ri@VxTIRB;(BfyoL~
z&eQzF$;R*M1g1(L&%4SSQ^jSl1d<ad`_Fni@4WNJKK8K(AAB&mkqVeV2LvQ+2PV-F
zrbj@+PS0E$>2wOn@#&m*qfS&n!X`R#!k$h62|JzhZq$hiNZ3RtPS^wp5FkLHO9EvV
zB(vLhNyAtOL@qEp0n6@*e1O6u&?SMg={dW7mo$upK=%Z`Q|$Hq?|(lOjX(YL)7=v=
zA_55s6wBA|NZ5qtRHz*mkgy$|Ttg!e1mw8C1_Tlkkgy3&mQV>uSbqlyBqShV6Phfc
z5+Fc;0D-Ow%&tx;yQix%#zi1PfwJj2yM2U%5)y%~3d~NxvU|EJV_XCX5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rrs{l&xKv-M;;pU6H`l3d~NxvU{eM&cF$@
zFHkl;XSZ)ZW>+LYfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oUJ1z{>ev
zH{Ep84L96y;e{8Ta>^;Y@4kCp&GO+7e>gj}t1`w#AVPup@^z(zjd0e4G_?W}c50{I
zzzGl_K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk9T2$p-g^%_?69nA^vWx*
z?7)Z&fk1}^By5K#*U-8rAYr>Vr$$78009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5J*~}*Xx~p^2u4r=&iTjn)Fx%PoVPx61MYGY=B)7kg#2vO=BTIfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72y{STW@cvp{r3+gqdV-d!-fqTIxr$bAkbj}
z3ESbxHMH&tNZ9VpsSyz%K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1d<k5
zxpHOpBSx>i_S&QeB6tGRARu9<VU~@tGXfH}GgE0G1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB=CG2&`GNCaV{H?|a|df#Dbefo=;(*ly3S(REBf!gg#z4X3LD
z_l^DPs*G_Fh)`hce7!HiK?#XKR|O<&S7+9^2xJ1|=lF;oAQK=^ufT|O8~;$fq3VqQ
zf$_6)L=Sig5U5vRM7oWCsNPWZMt}eT0t5&Um@Saii|(<<9<vYGLx4bR0una184(YG
z5dso+1dc-lA`!^)beumU8Hg|lOoPBUshXWT4NAsHAQAxy8_7fngFr(9<LCH@9vX^S
zw*;nEU_`o&e`sn|4V*wj0^?`ph#ne>S+@kHR$xTBjelrrRSlc~0RjXF5NJnWW@aW^
zu`FD;u$?Qq3IPI@1te@`IwulnUqHgPZ|;f&DhT+uy9#JdAuuTc2|Foy*CkLvK*Cl)
za|(fk1jf(t5j`a2AXEZL2#iR#@ed^-AV>lU35=hWBYH^4L8t_h5Ezke;~z>wK#&9o
z5FkK+K)M1CJn%riVo7%tA}25<0upvgCfYE&As}J9F^@*kd4YT-TzRAOL<UG89)Zev
znx7cYSVTgg^8$I^Ro>`4kpU7&TA*@j7dbI$8Nm~XP@qWORc;gEc!fkDX@SbgSmeZ{
zWdu(kLV+TASGi4u;}sGC0t5&UAkZa&GtM~UfCCOV@W2CK^P1OmX<Wuappya;wv*Fp
zP+b*}uw9*5<La2e%K2V5-E`9pH{5XHg%_T3$|<|=zI*;pd>{VshqF^V24Xk_ViuS$
zUsp=ln5R!{(<UHcr)|cKciIH<96#~I6Y~}F(xpp}Ip&!2&p-d_tFONC#v8+*VLR*z
z`|~!TeSYq+jcLO)UII-E<hdqco2J%3f$;?-?D&RyAkdnCgl&!5g$NKJK!5-N0t5&U
zAV7cs0RjXFOiJM1d+$B$u*0(NcVBtsm6Hm?bqNqCA|PRlC}~3=5&;Pt$wUZ)Kq-Oc
z%a>;h<GuIZ`{tW(?)7?eo*wpxqkHYOSJwE7E3TNcnVkd(G%6rr8|BqGfqDfbY`va(
zBhaXTgl&{p=L854AV7cs0RjXF5FkK+009C7CN2=Z-+l7QCuiU6zV+5yCmxRg2oM+{
zAYn(~I7A>e0SO!1jEIN8Xn_?gR%A=!Wy_Xr+O%nO<8U;z2`#fz!nyOd*MI<l8U-Y5
zjhMP3(6oSrZCY6W1ZotJur*@piU0uu1PBnQAaLK<uL>7+3IPJu1jf$S`>I{nSp*1F
z5RkAH(40b`^8zz7GyCtqfB0ti4m<3yVZ(;bkJkVRBrPCelb$}oPn&>*owgY_-gE_?
zefHVKix-FW@V@)*TclVt8);}6+K02kxuJ)2hc9vhX$eT!wB}2+Q!XH3r~EH~;in}a
zVbhu~(Gnm)fB=C`3S|Fl_BelblEt71#3?XNs%GcLIWAEV=%j#z?c}r?6oK&tR<2x`
z-5;*K_S*4#(*pqljS5KEMtOBkpk4t9Td$|y2s9+{)vtavTMUPsEp>@J$1lC~(o!dC
zOn^XT0SQ}~&WQxt7m%>+o4X=`$^sI$GMy6%5FkK+0D-y$RI}72sUHF@2uRo#kX?d6
zT>=ueE=m0m=$OEoHEXi_!+YQR-i{5;a0qlyK*Dx!PK~I;0ur{vlWS;Q5;)?BBeKQt
z+O=y-jVrXzP7FPiI#FW+1S$(i*vfQHB+$Nqgl*s46$w-pkg%2MoJfEG0RjXF)Fq&r
zr7lVR5NJU_!nT0y5(MfJkg#=0>W4u01hV_X9((N3y`dQqf$j-N*zV1#5p`HV!ghFa
z4XrZ*JMX-6mZ}v-l%2TCF1u7X*C_-DR1lD`70{eQU{V4Sc2e@LOQ3>)gsp()6aoYY
z5FkLHUV-qdeCB=Kbkj}OTyxDi=bUr+;fH7cE*Jhh_0&_d6YGsfZv+U85STYxLjwsr
z0?;7>Z3;-(Hnm-gKtcjDGc(zWdf~!_356|G0@EoVVW)H6jXF^Q37hD|347WE@_$?2
zxN&2tv4{5AxeFF7D0QO71PD|Xkg%2MoJgR30SVi_xhoQ=EFfVk(>aj<0RjXF5SWy}
z6Hh#G^wCF$Wz1GvZT0={e}7V8xGn(#MFb>l5hZO1L?R$zBbf+c5NKN9fd?MQ|4Fdv
zYw4c=fiVRn?3jQ~C(x#Vgl$vXwFp!e*lDMovc>SKRjW#M653}ch8{|ts4)Qol?5bh
zWjZGkXkS3Wwr}o=1S$(i*vfQHBtU=w0RjXjD{#gcXM}&C3;#Fw-FM$T*+^WS0D*Z0
zB<#FI8W4y_K*Gi|7a}3hkU&WD0}eRgzyl9_&1+uM&?R(BfIwXW61FZ${SatDK*F|w
z>=FdV7dYyuqq4HkV~;(yRBxeucH**S%SxT7F#!UV1te@`IwulnUqHgPZ|;f&Dho*1
z%5+X7K!5-N0t6;2(ChVH``Xurf1}%d_uV&b+BDf<T%7=c(E<{7w2z|%q7sm>QB8+n
z2oNAZfB*pk1PBlyK%ho}%PzYtEBg$8-f+VW1$(~!`s?$vF2DTpf@f()fWVjn5_U{L
zrxR#XK*F}E?OFuJ6p*lE0y>=l0RjXF5SXCAEw|i~{WIN)6)PqfhD#G5P((n&7E#iM
zKqLYZHj;@D1_1&D2oNAZfB*pk1PIhCuwlc7rAwFQ#h>S$cizU08%JCs91U&q_S<c@
zUFcy%dxr=Rs8K+|)`+Pq0!<4@*rtW`PoPEt30otkt_TnyK!5;&mIa=E`swUn>i*&{
z{-WheyBq-mWd$T`SuyPiOi)0=P7vRv2^1H&Z|qm`YiUV<z?cGK=j(lA2H<o81d0nt
z*y2`N5=c}a{P2Oi{xfWBzy0=~`qZa>^rIiGUcEYe>wIQrCj1$;!=A7|9PMv><Bc~a
zI%;7PNK`<=COUD#o=yP?JDu}x)QJj6*hD8z*aQd=AV7dX5Xk<qF8oS*8UzT$FCby#
zpCb_x$OR;9PGN&Uv;zI#wyw4v?a%~9pnC$<lC=M<?wJ@7foKK#Q?J@~v_lgZ0Rp+e
z*=L_!A;Hf%=bXF;8w3cnCLm#3qjn(z;|oaG@eTDrpfv#r+ZweC5g<T-009Cu3WWdH
zJNsw71q&9`*sZPz5NJX`!Zx9*PXY}INZ5v8bxWXLfePQ?9yq1mc=SeqzzBhX?5pr`
zMCT3>AW*MBg$x}yrQUe-Mu0#=0@q%9?c&9Y2l98=$IvpgZzvMo5+E?IfP|fwNCN`#
z2uRp?=0YR{<`s~z^Ac%5fB*pk1PH_?@QYvkBKsG-@LPdmi%mQP2n+~F*Z~k93B)WQ
zVPl>hu@T4xhJ7!)`2M^r8w3b6El@l$hqY`vLj4mUkP8e;!{Yn%u51t>5V^p!&pvy`
z8D|Xq#`%F{4@b{D^UTmP^05eyK<5P{Z0D!g0J|h0VY@V&#?pBK3ETN8Hb4Rd2oNC9
zF@g8L|NYrN-@WmTZ|vC642MAX1SD+t=G2HfEFfV!Jh_I}C4rUmy>7bcrW<a!;lc|q
zJmr*AcHe#X{2SjN{_uyhQ@f;LECeDKm@i*fO4!I}P<T@%AYrF!x(${<5a{)K_uO;O
zWtUy{iBEju-S2+)JKph*@MqW#d&2&3lo9~~@d!xRc;-SR1m+cxu=5gWKp-9g2^-H`
zh=c$E0t5&U7$y)_Ea#qkZvHLr^UgbOSWEi}5SX}tgq`>l2!KFw0SQ~&N=pLC3EX?{
zy@wrkShj?|^2#fdi(kM5rb<A<PStc9Z0Z6MHuV`4KLG*+2oNAZfB*pk1PBlyK!5-N
z0t5)ODezda*Xq@)AAIn^+i$-;REPHee5CL#?<bykqRoI^i@-Ds6wBAgB<wW*B{BAR
z1SD)cb0HD}kqCsE@RLtIIV%~x_10S>iAop*2+S!UVdrGAlR%sT5;o3x5fuRf1PBly
zK!5-N0t5&UAV7cs0RjXFL@1E|n9yn);WunXI4B_z=&C@qJk8INuwDI&VO((v<f&I}
zL&C;6t)e0@rohb1%>MiDA8rdf?6AXz4I9Sn&FKUPG%6rr8|BqGfqDfbY`va(BS3%v
z0RjXF5FkK+009C72oNAZfB=E63REj%$<7MDmA<Pi#zi1b0SO!DyoidxoB|SdP8K@}
z5Lmf#Wp;nK_S$P{5Fik_fP{^Ff`mt)UqHh4YuF}0fB*pk1PBlyK!5-N0t5&UAV7cs
z0RnRhRH$ZIvSi8e#~=U5Bah74p`8Q>G$$Zoo3qt3f!YNmZ0)2vB+w0kHEY&n_lNhs
z_r2X1kx>xnuz-Z^@Z=g=_XH$t_vX}y2oNAZfB*pk1PBlyK!5-N0t5&UAV8pYfy)cO
zuDtTfAN=444?g%{_$6PphoM6P1d0e0&ezK&Y!Odw2sA1nVH@SuIf0}FvU<@y_Shro
zQ3#&Eln6-JDVb=)?1q4Z?Z!MBMYjd+Yx31?I-?`dzCe@tdSCm)aYX{%7Lc&ro?oNu
zn1F=s*n}Dm0RjXF5FkK+009C72oNAZfB=CJ0^$F?%BoowE?hXGnL`8!#2_GHW0(ao
z5GW`hVGBZOMqsi6*-E&fKPNjhS0~Utfre5w>$ZDbMnqt;0upwz{;p1-lz@aS#icO;
z0t5&UAV7cs0RjXF5FkK+0D+_h9(dq^{GSAq9*E!xOoM=gorYO9#?A;x*v?F)fpl9S
zUkNv{(QP`TBhbD;6M35V+5T``kwCWv^5kk_quX>wN1%OyCh|1zv;E<?A^`#f2oNAZ
zfB*pk1PBlyK!5-N0wV;@IOB{14mjYz0}p)7YhE*=nL`8!#2_GHW0(ao5GW`hVGBZO
zMqsi6`8Tqg*qH3lT%ADo1e(axywC1&84-cW3gpSv#KvTY=IR8xC(uNm=6!aL%ZLaN
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyKp;hdm78BDo_J#ZP3@&immYJ>G3TFu
z{?%7sedCQchCjo0*c0~WZ9@Carw;vZiXdVp5VJs@Y!Wu+X%ZWOOhCf=n?N8T0STMX
zWC@i30RjXF5FkK+009C72oNAZfWQcWU;N@1*IjqrXFvPd4}S22?|a|-!k=L~><Rlv
zoaGP!0uvFCuoGc-Q3BNjBy2S|XAy{2VEOXpSt01&d+&Yo%{TXYy*Wb-`@_+__S!3J
ze8m-4%-PIN0t6Zrkg$#N>YPBm0ur`fPrVUnR6xQu%Byn%1PBlyK!5-N0t5&UAV7cs
z0RqhlY}~l<i(mZWi(mZW{Kp^7-Uvs(@P#jgmd%BsX95I@2uRo>O4<;JL_oquG7-Wc
zP_Mv>6)UpU^0H;iHf`E8Z|9*+XqlZ7&Yict1_TJyC?H{L#MBjmrUfKy)57{EP@{l^
ztr1gK1PBlyK!896fwg15`Y$@rS^pv11PF{TFpy#uKK92jaC-kC+XM)VFEEf|6+ZUI
zFmQVRA=?B9Ojh8IJMMVl3tu?9Ky=PMyX>+{Xg}G2U7f%*3rN^$o_%9aPC&vYH)R4Q
zP(<L_XP;fXcyU-N@4N55MT$kUK10jUKAaWK4LuaOkTwJej4vQz$2Zgifz|{hY-`jm
zL|}XY2|K=_9taR1K!5;&F$L!QMs}&4{Q(S|*nh}20RrO-45V0vkNq(WoZf%PHUR?T
z3k;-Kg^&F)44mG7$Tk526BNk*Pw;^x9sMz!HNlu&n!wZwNZ6^JdIL{UK*FXtYhor)
zMBuAm{c5&UUb%8*k@k6;&^|ly(n~MRciJF8piuz{+bFNj3DhefVe9qO8-YdzBy6L+
zIwwGY009C7iU^GUUUreA{Z|=i-+#z90RrO-45V0vkNq(WoZf%PHUR?T3k;-Kg^&F)
z44mG7$Tk52lM;CN;fEJ4T$rclf&~kXIp&yauf2BFs#T9a{`k{RKOO$O_uhN2x#pUq
zk3KqY7B<3Jk390oq{4Px0@EoVVW)H6jXF^Q37hD|37bF>fg_GMB3l@TU!qZ@ecmRt
z&rS?I<U4H;Ake6Qgl&{p=LG5%kg)Z7>Wx670ur`SUY!#lK!5-N0!0M+zjIw}yZ<T!
zJ@g;4O@P4o0s|>l;bVUc1E=>NvQ2=%_yPkdR^elR3<Ib4AF@q=z@!9T^P1P>xp~3~
zC#+esW<(@UJ@wRa#~qiq|D!+pqY;fAB0!*a0SQ|>sSXJ=Cm>;)v(+<!i3{w!^Um3l
zxI!e^iM#BwONDctLV!R80SQ|H%_#&XB_LrZCGWZfDhNo}3TRFtK!5-N0tD(6`107V
z{&)sD>px_h0D<uZ22!lT$Nm@wPVYZtn*f3F1qM>A!pHs?22SrkWSanii3r?(|NVLK
z=XvLyS1^Xpe)hBZSwH*P&kCNU836)g3P{*70i8~uO#unprnYMlXkQ>-3~$`HvDDQ=
z`|RBCQ~gVws4)Qol?5bhWjZGkXkS3Wwr}o=1S$(i*vfQHBtU=w0RjXF5FkK+009C7
z2oNAJDS^{ZKRx@Gy*It-O{HQu{P4rG6F>8r&y+e*V*&&!3rN_?bWSADzJP>n-`o`m
zv?;LDPCI3b;Z>_vmAY<dpPd+bD0QO71PD|Xkg%2MoJgR30SVi_xhoQ=EFfVk(>aj<
z0RjXF5FkK+009C72oNAZfWV{#LYZjx4eLAZxT91Ix8HtycH*1g{N_?8YD|DYWdR9W
zna+s>+82<p?VGzIfi?w>I_juwF?{T?$CkQoXrG<9Y}v9>Cu&T9KxF|5Tba&@1lkvn
zu<e_>B7w>R61Fm(6A2I?K!5-N0t5&UAV7cs0RjXFOiEzK9e2#WVZCnMx>7NO_SuP{
zhf*hMOn^XT0SQ}~&WQxt7m%>+o4X=`HU%!b?6Pbz9R9rFh8qfA`ugjy&(FI2^2-aJ
zr5OPNV+u&vF#(-UpiKb@+orZ_5g1cI!j1{(bOHnj5FkK+009C72oNAZfB*pk?F%ee
zups-Mb%jf3Cx#v>oa+<<1S$wf*a~P)AuuTc2|Foy*Co)7z=jPQmM&eI7k{32-gz50
zZX9vxa5S{Z+i$nscA<w6?HwXOphf`+TO+2f2sAAqVVf4#KY<zrBy5eCx*|Y;009C7
z2oNAZfB*pk1PBly(2hX(R(1Am>-Fo`m%3tTpPjh<_S=^_QDXuGDho*1%5+X7(7u3#
zZQtA#3A8M*V#SKQ{xfWZRq>}j^{F5I=trwpuMXcjpP88ne}?U_C+rVL`y1bQ<Bcsx
z>v9C9TtLE3`CkCTPfI|;rZr!popJ#QJLP`?44(i20t5&UAV7cs0RjXF5FkJxIe|kD
zJv95y^<8(}RVw&9@4PcR@vy@VD|MpA1PD|Xkg%2MoJgR30SVi_xhoQAU*PPs&+e}R
zEx3KoIp?$=sw)y8AYuI-AdrxNgiUC&gi1id`a3{?009C72oNAZfB*pk1PBlyKp-K3
z(@r}r`@Z%&-}%l`VIO(qk=co#{NyJ~ov1MZ0+j_MY-Ktp5@=sQ!nSYjiUcMiaP76%
zE?&I2V5Mki8QM=IP8TIWAP7iUe+>vEBp_iEnk=Cbkg)y^5FkK+009Dx3fzDH{r5HY
zYBX}46PQ8)2|I<8Zpi5hNZ54ePUHl}6!^(cev*H8`=X03D%jgU{nJ0?XZ`f2KP`Bc
zW&{X~DIj6T1avxqHU%VXo7%2LV6p<wKKtw$XPhzc8|U-Ya<&nUo_Xe(q2**lb#(#+
zB&@#!1QHUEunA3;Pzgv_e+LK<AV7csf#w7jEm}12Pi-}RY%Xj)6PQi`2|JzhZq$hi
zNZ3RtPS^x$5!iR%ee*^2$3On@b?erR=r;V*->Ijbnzs+<j%e%<0RpuPNZ8s*bx5E&
z0SVijt)2-)DA4Qm?z!il%Pza@6QB6RyWjopcf8{r;m@!g_JsZ6XoN8fiNMqfNZ6^J
zdIL{UK*FXtYhs>S0SP;`Q*Yn|2oNAZpiu$UERFK&oIt$-61HAXy%A_sK*Bc4t8)U8
z3xuEFpVxnejcvBs=9E)T`R;eW`^Y1Ygxb-K8#jhO!*<wn^2sM}wbfSrjl)kTj(l{&
zBhWDc3EQy=HJok>NZ4-Auh9`8K!5-N0t5&UAV7cs0RjXF5FkK+K+^)MS(+BsKY<zr
zBy5eCx+2iDfP`&YSpNhf7r5k-OZuxo3vP$AA|IFV2y{|F!gg|64XUdG61J-|Yg_~f
z5FkK+009C72oNAZfB*pk1PBly(1O6q0<RNKJTd<U_tK?Hk2&U;^Upv3>Z`B5@x~j&
zpJ6-f3H$Rlp?%hC3-P-IfvFNGkgqEx>{R`gFxZ#{By7yHBQ^r<2;6YP4T~2q&KJp}
zH$uzMzMa5ag#dxs0upw%i9H0O6_BvePL03_5FkK+009C72oNAZfB*pk1PBlyKp=I2
z<;$06-`d`L@4aun`Q~1)H|L1L{%~}!z4po)Uvb41b2hV+0D(pYBy6L+Iww%CfP}5r
zQ*Q*~6!`V8fBn&qel+|(`VqyV;pnNSo*G)lIRsG=m>vNMJ3Vu4q#Y2DupO90Lm)ta
z009C72oNAZfB*pk1PBlyK!5;&*aTLrSdo2ed)cyOn>KBlH@wg$w9HNk=g!++0|EqU
z6p*krV(N-O(*hE<X<_{nh)N(Vl7IB0AAR8qUpW5w;}1Xl@PiLNIQ;p+4}LK03HysI
zv!fc0U<h<uK*Dx=evPhU0ur`k6KXgF2oNAZfB*pk1PBlyK!5-N0t5&UATU9JXP<pG
z`vsc&?z?aC?_!6Rp?xSB4d;d)CK$g<6PPLi2|HEOZLp~eNZ8b8Q2Yc45FkK+009C7
z2oNC9oWSFcKmP4+fBWK#FAl%N>aM%)+PHCJbJx-{0Rm$RNZ2s}olc-l0SVitwrdd>
zQ$WIw3FveJ1PBlyK%knySHJqz>?eh;T)DDT521Z_;-!~fTIxiN2@t3(AYm)hIgvp7
z0ur`;b5|rlfB*pk1PBlyK!5;&_yyLiS@X_!zBBu`<^0d>w%hK)3ond6co7nqHUSAc
zZ8L7XNef8Wq^D2t(<UHcr)|cKmjD3*1PDYWaKsTuWdA6)cJ10yfra+jiJ^y5Cu&T9
zKxF|5Tba&@1lkvnu<e_>A^`#f2oNAZfB*pk1PDYf@aUtD?zrQQd70?I#&O3TH#`25
zPC99?-@G1s?6KKL?IA#*IROdVoUNV-)Gi=lYbVtqf#w7xY;(4HCP07y0RjYy2<*J`
z&e=c86=^)sCOdJLU3MAR?;`;M4GBothG2C|pa}s9+k~n<2@oJafB*pk1PBlyKp<U#
zUaxoHfd>xMhz@-G`q#fcFu=R-zB_Ak`st?+9P*I>f#w7xY;(4HCh-5acQ>GRRd@dI
zZSo{f$R#23&pdgONBN6EG3cWxEfFn>B1D<eh~kI_3kjGKhbYxhJIH`9)E6cyHl>KR
zgig~o7>Z6cBU-Ale~qsb>o^JjrZsJ>Zy`pLn%A3qb9q+X&Eh=goO|v$XTO|%&i>qi
z%szXs^;>IwR=!O<XJ?<x1q3#8QUwX*Cm^u-*{V!{009C72(&2>-;Ns@8ELai(k!%3
z`c9fOsiTe>6ClvFfWUT5rz3&l1q8Nub0ZSy3xQLQ|MbOdO_D&x1&-(S)QUS;K7qav
z5ZJ!hCX*!a#v5<M|5#qIV8Kf-y|j1l-aUKvJpJ_3bLPxRE}eAJN#Qf}I;(TfJvUta
zyTALpW5<rwUGkCuft&;cHYZqR3FILluz9GeNgyWyfz1h4SpozI5FkLHeS!E!+`I3-
z+kUUmGPF<L!3z~S>ZmaR0$mFTY}a%;5-46kV2d|5B7wdTh@X%5#cWNIK*a?Fw&K45
zEWf`51h&8S%WNwvaP!SKCuyBOfBumpM`|5*?b<bE%9P~lfBn~g)m{q6YuBzF?^0b$
zF9{IHN<d(<l2nI40RjSB0J0$nWF;W5SxKrxfB*pk1PF93uw==S<gK<9D^_$=B(zUD
zUVr`d9d*>00D-Or1h#8B9SIaKAh5-o8<9W{1%`)*Kl|*nPuloN{t6v_ZEV}a`5T%*
zr33`FQrm5@{VpJ|{l0_dPoPfV?6c2K{yzNdv(MID3NKf!T9sT~vt~`*)%cb4t5>hC
zyW}MS0yzl?Y)-Js639b9VDnH_lR!=a0-F=8vIGbaAV7dX`vQ+Y{&@V%`nl(xYqMi`
zLofE)uwg@+y)+|0Af<r7rUcZTK#>9hTcozJ2=q$e&wu{&Ew|hfz7{k7-8jubuU27P
z0u>Pu*othlWe$dbzz)VfS_Oedf%pW`&p-dX@#^Nyo0GpzUv<@0byq|C<kA&aTv2z)
zO9BLP5)jy&V3j41hk(H5p{gc<oCE|mCs<_(5FkK+0D<-ejvhTaW5$g5x%Ll!@Pm<&
zkrv&<)zBukpE+}8sL-OlO9TjHC?K#IVk$)-ZvlbLTUdPpJr{W5i6`RUiZeOr`HD<{
zzyJ#f>;P}Br462dzz*J?S`mRL5I-Cr8ykx!<3adJ`sDA`XP$XxJeeGX_Q|D_PCBXX
zl9vPs<Rl=lIl(GRAP)h7%|lg90yzl?Y)-Js5+Fc;009CW3H<ukzpnj&d)BO3_uO;O
zmMvTM?Aa6UbvbtISok#@hcn@PxLVuz`RAYSXe^Bh5J)K?uqgp`Cs3q-z!s@(ECK}!
zga;f=o;<nsFUIMQ3tocZ2vkQvV5_s&RyqIz0y_YkXbA*b2%LKAsmWiPo8B*a<j9fa
z>h$T;8;c~DCQX{uc*z+81o99N*gRC#B#@JUz~%(2EP*@(1U3&<H3<+PK!5;&E(E^!
zz3+AL0r#3UYq}Uq7Xk!Q3J7dUK-~!xDIl;#Y8#6{kpk=1t&4wuKJUEqzWd$p{`99m
zef;sqH%#;sdo?yJa{k65P$>a{t<-i~Y`+T#Y`^cI`4ea@ux#0~<nP1#_U&tI86I2^
z|F&FrH9XKDxioFsw7N@P5+IP1fWYPit1N*$1Ozq@RW%9ZBp|Rk!759D009C72y`Lv
z%rnn~f4Cjrk!yVrT88#rjG_wx0+|R1Y$l9~5GY1KV2g1!3W0(JuDRx#<S)z*Jn%qA
zL&v{nchpN`0tC_s2y7ZXeF+pSAg~348;(H10#85vbn^G%XP<qx>Cof-ZTW)_K1eQ|
zd+xbSJ32{#K;{Ahn>ne11o9IQ*!*l&CXl&+z-CUWAOQjd2oNBUM&R(_!>d=XuKULM
z_#Rzy5Uz&L#6!z81L;eEKzadzO>d|Ifx-j?wlHb~5hzSx!GZ<JUyt|f+0)UW@o(21
z_0pICfiwaFn?_Gx0tE{QY{B4$BT%rw@bK`A88gCPiO)X!?C><v#?i<7+w!B2KAK!w
zv0_DIFJ}l4$U{J2^H5cjKu!Vzn-i?E1o99N*gRC#BtU=w0RjY43XF}7{r>mA4_~Hv
z*Ijpg;~U@j$AA3C@M|~@XTte#HD!I>2@uFoKwvY(REj{}0s@=2u=)gw6qq`7YVv_~
z(~r4Z%w)Vzz*}^2i2#9=0s@;7P<H}F3J7eG+QuT#6M<j<`q#-{iSM}Mj>ZWz{oC@P
zLx*P0oS9sD>Zzw1dpSdZKu!Vzn-i?E1o99N*gRC#B#@JUz~%(2ECB)p2oNAZfB*pk
z1PBlyK!5;&oCKPFkloH$U3YA!xHbd`G!^JNcU^aEIt?cY5NJoB>)dtSv7K3ILx4cG
z0zdlEkCMzTU%vdnfdjS08?*fR=bvA6(M8GmNs}gpdq->AJ0?INZvlbLTUdPp843t&
zhL}nb$Xh^Q^A=X0009C72vl6))mLAA<%^$+J6Jw}z7P=DzSt&{B#;OQtltR)sw~j>
zL3W!OU3YA=zGegnGzxT`yRJJn&cPW11lknnI(J=nY;$6o5g?F>z>ecT|MD;YlEik(
zlqvu8Pye)W<Hl{<wuOr^%YXR8A2x5^eD~dV4-E~)lRx;u4>FmCA_NGuBXB&gI|Q~J
zE^P?(RzP5T>u+=d9SI0*M_d{cAV7cs0Rr6#g!kN%x751pt``9UMG6RPk=n*0kWxTk
zQv&KvpsxkuXV#srqU(;G4x~K+0#Tsr+;!bC4()&dfldXw&Ry3XJDs8S1PG)Nh*9n0
zV9}yQ$BrFKGrGP62y`USMNVTEf$fM|V*=>~V*0u`5ZLtoDiG*Mpo^TwE&|&TwZ;Sp
z5FkLH$^!0Ysq*eyd*2BNY~O8}30GM_V5_|Q)=nV4N7pGu*Bv_@NP7YVqCnTV>$+nc
z+5rIqoeFfFyRJKSIz#OV5J)2squS}gZMWSvGBT28XnhF~=v1K7oW}M7+bOm71kww{
z0CsvHu<7wtAke8mr#X%71-4Ua?FkSdK!8A%1>DV2<=waTz7r7GzS}YruCjo@R(bcW
zy$S-azWVAbU;H#(?C|lQrdL~>Jl=1(MH`n05a?7uU^^Alo<I);1h$9xh9=N+f%su}
zn+J2}&b{M~J3jc}gPzaa1PD}6pv|1dW&&Hm-z1h?9)Xy|HV*{0JbPy*6%=SQr?Hv9
zR`558B@-Y(fB=E?0`6u>Z>R!+!UP1iFlqx4NG~9;=?zsNP-X!cFZ1r08-Y3jfvp4a
zl0caS1h&k(V{QcU7WiN7{k;DA>pOPr*uQ^&-t$qP0D%?)?dA1<32X~Pmk1OlAh3l|
z8;C%90f9|#r~&~31PBlyFrk3=;U^^0fIxW!1hzbTVI~A76cE@6i8LV4*8(!$*V||E
zRTB`{s_nS-_O*b(_VxCeJOKg(2oNAZfB*pk1PBlyK!5-N0t5(@T)_MACEp;^BTy?K
zu(cYF36xwwU`xJ1rbi&9fQ+XE)SW<)0s>p4wy_AL6cE^yfVvYPK!5-N0t5&UAV7cs
z0RjXF5FkK+0D%?)-iL32;}U_g2?%W2cEo%Lv=9*37C0^u7ytnoAAn7?gz5+gY<2e9
zN(VqdU<Y6mEr9?50t5&UAV7cs0RjXF5FkK+009C7N-N-f_|k5Ti4kZN5ZFc&X9$#5
zKwwL|H6}(N69E~|gi#R!#Rv#&G0sLIkcoi6X2Pfl0RjXF5FkK+009C72oNAZfB*pk
z1PBmlD&T$irYuepD5rqHmUCasia=8Vfo;m-B!Phuknw@pN(-rifWTH^m#uMN1O#?q
zw$eff5FkK+009C72oNAZfB*pk1PBlyK%j&I-iI&YrkE0e@dN~RJQ?Q+lu$rmOSmbf
zL?A-}8P5<?DFS&52yEWM>J!LNKwvY(REod=2#k%5?cBL@<Hn5-KKS5GH{Eo@4L5{e
zAA0DaaOS=D-V0X;V2zeQU|<9Uc3`&BLaHDjuvOS)YaAE>fgPBwv=9OW2oNAp9s%#e
zmuD}`gusLX0y`m*1_a6@Ah6}x3o{{*hk%Udp{gc<oCE|mCs<_(<RKuid8n#MpdSSe
zA3hxJ3;p}Q|N9fh|Cuvq&iB6ez0k5B7ii7|21!6*2WdC0W#9z_cHp<z0tZPzU<YY8
zt%U#q0t5(@O2GT@rP>aYA<$YtU|ajRN}yB%0$Zx>Fc|`w3&?opqzV$qPe5SvvsIZu
z<^lqnIjMpKN+=K>kraQLPVbk${N?oN)5pJ2^#6Ayw0!#Mr<>Msk^q790x_-OplLOM
zZOY;#fu0BmY){w?N}xLdf$h#sF9HMz5FkJx69MnTXTqomfno#%wisul5XeM8U^8J<
zgg|KpWW2OnV`2mv1q8Oy#2Esm6%g3cZjFf%$Vy=U{{8WG&y_1zHkSR@fBo0kp#6gf
z9(bU!lrsbfq!bX?lz_SuC{jRRi_|t2fs_IQn-WlW0t5&UAV46cfcN230_sknNCAN@
zQrlPrQVIxcN<iHSlw3f@OTIy-N1#?fU~4rT6DYZWz?OW2Opic%fmdF6CEf-4$tR!G
z6@2#DXXDjyFnjjw`|i7M%a$#n<&h&tMn*=$ue*2e{?GsX&wKB^H(af4{HtI6s;-)s
z1PG)Q5ZIJ}x)Uf;Kwyj1HWq=D0s@;7P<H|Z2oNAZAf<r!;Zp+YPM}Bufh|(oSOiiE
z2y99~-3gRjK*meHL8eEbRzP5DH5?Ntxq!fye1lAnKze}(AAB&m$#cn)C3V$?hlhuT
zhT<)tYuBzF9UZM}Q~NSp{n3wp6x+|3G2`gbqqPkj6CjXMKwwh>>Q10Y0f8-2+gJor
z3J7dUK-~!tAV7csfs_K?hffKpJAonv1hz<RV-ZLxAh0O`bth1A0U0m(2ALj#S^<Hr
z)o@Ip<N^X)@(nUQ0_g?9ZKBB?p3gu3d|kE2AAdaF{Q2UGFV<Zh@8zaVn_{mG8#avB
z%y|L?x)2c9F3@x#&?^Cf?UlT733MSKuw9_(LVy4P0t5(TDBykg3^A1=khg%q<}Iu~
zfeZx%HbYFM2$WDj#!I*<rbJ*o0f8M)#(4rI6cE@FZi*=p$X4LXU;c7(duRAs`MS#S
zbMu>TzPavF>z6m(bW>9E8{haw>z1w(AkdM3z;?u?F@fF+2yActjZUB=0fFs^OJf2A
z2oNAZAaeol!)H#aAc6b@1U5fgl?h}nAh4N}DoCJI0y18z?JyYvtpx<OwU4U=N+lq$
zrP>aYA&`f_+_`g;dpk!)M(XO%nKLK3v}4DPx=XEJhW1IvP`q_ZR|yd4NI+ma;?kHv
zZv_OlxBf;a(2;<^cEqJI0RjXF5Fn7bfcN1uCsmL@egXoUpRLLSG8Yio%t;j_P$~f#
zFV%LK41v}H0^8chRRX0F5ZF>}hshAgLtyIEsmZ;aV`F1=^^^1A*T!2(>sr>m4DFM?
zlO|27yW}MS0%-&UHjSRX1PT@q*n+_gM<9)Wz^2jDmjD3*1PBmFFW`On^oA-BC`>?L
z3!^p=f%F0bo8C|b0%aDE@iOm@xe=%n5ZF2pFA0=cKw!(fJLX0p6M><jq2%7qqeqX{
z6^zdptvlb&%cQ2~i?(B>4T1Ir1h#!EEeZ5oKwx{m1tvhCeF1@O-%3jY1PBlyKp+o+
z1q&9O`o&Kk#nmK0AX@=}&DK*j0=WtZY_7bD6X>~syIFd^1tvhCeF1@O-%3jYJr@wz
zo^OE(5Xf5~{Ks-~Z|D2(zh5`j;>C-TO9u}gth?0uWoVytyyA*0TDNqS0D+DK1hykC
zjS2KtKwx|8Z*&432?%UQTpAM~K!5-N0t5&UAV7cs0RjXF5a_vpyIFd^1tvhCeF1@O
z-%3jYJr@wzo^OE(5Xf6#>C&aiy`5{<uB{tu-MV$jrB_~grS4Memzy_lPCEYl=Ra@V
z(p3TkIua1rj<_@?&|3k4?XADj33MbNupMz}On?9Z0t5&UAV7cs0RjXF5FkLH=K}6#
z>G>9z0D<-e1h#!EEeZ5oKwx{m1tvfsZ-GZ2eKfhZ^Q4nbs{2a%@R-o4Q>TWj=bwN6
z*w|Q`GdXtbSZE)5O`A6D(4j+Z_R@?1fp!E0wjCvH2$V!XU`w(Qra_<`0fB8tNgDzL
z2oNAZfB*pk1PBlyFz^D&M`p>dci(;Y$jHdRFWCYK^shkp&Y)Aj`03vzm^p#!2ncL-
z_S#AZKtNyzU=uBYKx=_ryLQF@_+7DLMcsX&Pe1*1a&^_JRdtt|mJMxgx#gCm%YXdG
ze>835Bmn|l3kYo2bUG3!UO-@rH#Z`It_1|PYdReX5FkK+0D%Go;(K?EUk}vj=&M(+
z{`&DB|IoWrJ?#k)AV8oB0`ZUC<Y4~%`CGSct-`{skpKY#1PBlyK!5-N0tBif@DKm+
z5AnZ$FT3or_uhN2cJ2T6Z~vBDz2uThwr$&1d#UdDzyJHcFS_WWq;cp~chyS*1Tqm2
z*i0A|AyABfz!u|d6atwD2y7;diVz?`fB*pkc?iTe?!v+S_urpphz~yaAXa<gi6_#O
z(w6{%0tB9X^2rTf{1h;jAqWsi1mYi*wFkG|cH8jqFd_m32oNAZfB*pk1PBlyFc<=#
zefC-S?)cjO@;&?Pv%{Ou|Nig)zIpTJ*I$1<JX|zh4PRRy{=4{RKl|CHO`BeO?X~dh
zPk;K;Z-4vSC!Tm>Y!lkQ@x{+z_*eyjQV9rbskXyp2(%Uu*w#L-5-62`z?Nz|Oojjf
z0t5&Us1=Csxg`g;-g;|0UjtNIq4s#$vSmq~MT-{Io_9=uKqdnJ^Y~9D)xPqTuOxvz
zaNs~D1r;GcU_ycT$L_-qKOB$4!Mu6%!UtaycGrLafszZ<=KAit?;aT$Dfxs=j{pGz
z1PBlyK!89_0&l(b*3_v}YyXCv$#G7zRhB@-1q8O@zX2@2zXSxfzxK;)D=r|g75@!j
z`2+|MAV8qB0*!CeEnT|w*s){XO}O?Eqx<*o@2-em1PF{L5Cc12gO1LB^PAsH3jXnr
zf9$BE#smm-El``{k3atS(n~LmXTrgX6)O%OKHPP29SIQVxj=2A!}0w2^S5r@+VfeN
z009Cqn`_suO{uYZ_3E!5|2cH%P|9k$6CltiaP;WWbB_Of=R4nNY~Tz50(~T~YuB!;
zuf96|L7d4!A1&Wh3G|nM!1mXEnQg@d1h(S80W8121O&Ff_RDMu5FkK+Kt%-N+jNsA
zO^U~h7ccJmX-F4dcwtiK#TQ?!h@oW?C`=%RG?Nk6tXY#34BzvWNkK&j5SUP)F~u7<
zZk#!DW;{Q8_H2KEPROVMfzk@ZEY}`{@75e19xm;iO^iSl1ZpE0z6m$Yl578s<P%Rk
zk*1Ws1PC-0c=z3RV`kI;vx{r4xn}72k3Wu^f;&l|0D(XK=}+JL-uJ?t;4$544hopC
zAqZ4iKwzu9`_|rf0s`B2TV}#l77*Af@4mGYAV7csff5SDcjvZj*)nCyl=$+Zi!M5H
z<VY72UcY{QQsmA%@9d(xE(8d)5QqtF(Wd=N&pr2CQt+|I9&5jsmIMf-5ons?g9i`Z
zc;k)nQaD($WQoUgr*YPoK(7R1kRN{d;dmSl=FOY;#v5<+YF5T2K%h2{;rP~DZyg&O
z>zZZRvSmrZMT-`7T|`F$1jZA1^2sNYh@E=sspGY2|NQ37o8$iigga5&@2DjK0(l68
z@3i{MU;gsmd++_>4}bW5w?BDIOicm=8U+Nl(Zm@7r4<m^(r%535oi<;*hUj)2oNAZ
zfB=Ew1>)Q0Vd&re?swCtPmgE9Kl<+CW|bW~b|e+P_O-7SzZ@eH7;J$U&rFsXBA*oe
z*0;WuNkK&j5SUP)MT*~f=bh6|J1sVtF=NIv&pb0>K@A8HD3w5raG2G{AAfx5rI*Gt
z;b6sz6^9QWF4crhhCoFGYLl28FI~Dcyg%RF@@pS4+Qok|cQ>eB1gax&*IjodISv2#
zBK@jIM@PfsMU#S0J@r)jf+`RoK!5-N0t5&UAV7cs0RjXF5FkK+0D-<1h##CKtJt}7
z=d4+?;>r2*=YRU?ryVUYJe4%*9v-9AQAdpl5SUOPW^=-p?KIf8Z(mX{JWsft_Sz62
zkY1p5io?g*Yu2opG-*<7ws`U4y?ghjA6Eqe1d0)e;f=#>+_-V(%$f20?AfzleDTG2
z)d2wl#R$X<*8L$nGBVQL1TMVr!lb4|cL%5!fffQ+Uww6wueaWMt3|W+FWqv>ElI)q
z?z^x3URn|$K!5-N0t5&UAV7cs0RjXF5FkK+0D*xNh##EA)rChP&7C_po}V*k&W9g<
z7_YW-kn|0o#I@5{8v+E{7l^_9-&y>;{r1~Q!SG<=_UE7_0Rm|RVv1W7*|lp|_<q~i
za@w?M8#Zi6^R>Ax#&U@Ofouh0a%;;TJb3WN8*hx4!oiXyOFWaXmdG)Iyai$aw`|!m
zWy+NJGW@ft@DCol7=8Wv^+}OC@4T~%?z#{l&_W=5*-etKJ$v@FXqH?G&+blsTD07>
zX;V`0y6diM(aa?R1PBlyK!5-N0t5&UAV7cs0RjXF5Fk(mf%r*T?P9|-MNc{9lz1t8
zCGPg^+iM%NI1XRxmvjtY_|>ABO9TjXArMoU`9T+x(S-nkE(BtDC+r)(jK21ngyCDQ
zckkXkVJ{5`5a_Kyi;TbX&O4`_c3Nx@{(>E1-rLz4oj`R2V)Vk2fA_oJg?}v-&xAYE
zy10LP$BrFIg|B_>Yt>=2QUb*YglBOl`8s;^=!7H2EVpR+(MKO8%@!_P*rJ(B1PBly
zK!5-N0t5&UAV7cs0RjXF5FkLH3IgN3wf_0%pPzZ=nepo6$&+7t>7{l+!sAK358n=y
zHUzp5h>^_vpo_`qLV!RQ0x`Vp^gVRw(8`r7W0&w}@!GX(J!rHYI&BE_N+1Td=>$ec
zN7t-bQ}=b)d-v{b+So|~1Tqw;%jV9VJ7>+B6;IBeKR^7F$&Q8#PbE#d&zm=|qmCLA
zATXgod<gJ_EklDC<Q9#Ghli79;R|$HG;@gn0RjXF5FkK+009C72oNAZfB*pk1PD|?
zpv7D3;Wm}?&p$sl2nRp@@sB4odE}8tk}lzEHz#bY0RaLX3Do8>+vAR=p)mmhT?@qI
zwqIfE)~%<XetPV9-g)P>-&acl1PT_2QEf5qu3ftpEm{;?PMbDu!-frR1#cnd5`pvr
zF>$d}_;-$T=gy7i!(C(_e)wU$+Rj1JH{1c<PGfBd5NKZ@{=<rPy2KQ>Zk#j=f9AGs
z<|+XKy%GrDrt$pq&p-6gLpR-Y)AHrZSFKw0!yo=IJi8z~(4bdSGA;oE;|U1tcrwlt
zD4~GBmT*%{iNJUQ0z00J^8^SGAV7dX9s;f3S`T0Tb=hT?#Wvw!>C&Z#4<8<HCj0j7
z3va(C?R~@McuLL_=vp9#F}#1C?N8TJ(vbjx@dUyRV2wX9#f_I*oO$fA$7&ygHr|NN
z6CluYftc|LXA=IZJagvE*#6Q>FAZ-APS{HW0tC7fh*_)c9-b+B$|<MBOEYH7*uH&x
zZG#ra$BrFKIt~pDwP@xN0RmkJwEund;a^+C2)Fo`7qMA*Tz?ny(S-nkTm`~Sp%-0r
zQOt7V!R41<{>B?`<T?k%2@q&gKw#U1(u_bE1O&DWyI>9k+7uAjHlZ{lK!5-N0t7M?
zi0{IUS2KKX=C#*e8=HlL@aUD7Uw*l<efW&~j5E$iT876#96Wfiv5hkX2&55+Nla5j
zUjhV*5r~1!{Ggcm8-)OYE(BuU+vyt~=D%{~%Gf2`#Iknn+7`FFv{O?X0tA{0#Gut(
z4NomQ^UO2j)eyt*7JXftrZ2<eNt0d+7cOktz)1oGx)!+b!V8mpg(q^iF0z0B{+QqJ
zr|Ni(W3zel=8f0Jc>)BA7YMPv?z-z@id!FCbImme4jd?cl13yzAQ2E)zY_@bk$}MV
z(Po({0fF^<fB*pk1PBo5l|XziuEhkx$JVu<WhY(EJ@?%3#X#Xpa(C|B`Rc2$-hTV-
zQ>ILb)$YCb-WCO2B0!)!ff%vwy6Z)NK#>A5u$dnexe8+uAkdLO%zOL2!e6IPKmGLB
z@x1fSYrn6S1PHV#5F^&uKD;x3{`u#}2I1hxKmKuJv$`{nJn~4=<;ELtth?kT0Rkxn
zR;*Z&<ZI)`jjc;<*|H^uciXmY<28Qs%{P-~;VFgVwQ-&Rfr16X&7ZY@2aZ{8ad7g<
zCx>sgDtMlTBS0Vs2&~@*1o}uoVEbsZOqGDZ`aM8^009C72=q`Oz6&?u93Fb;q1d?f
zL3sP_$dMxx7Sw<MfldWt^g8XRJpls63&g-?eo*{cj7We$qriq{KQZskE{=QdvBw^p
zHEUMv+c=gp1PG)QXq~U4M~_~1*=4a!I9R%L>EXkN#~U=<tTJudw50tr&pb0;Gv^5q
z=uTk$`t?b^F1h5A))m4H+cCMf-g@hJjjzA{`lQ*NciuT(8|MiSC{iFin&8q)FOB&f
z8X5{u9(eohxBv2&za%HapR+r5?0D*_r(%AS^I!h*myaDgR^(KTMSy_7`aM9Pj|2p^
zk2cFx2?(s;0|W>VAV7dXZw2C8bL~tcJi6h;6Hkm?njVC&_nPo4!`c~38v+Cx1!CwL
zFF8YiK-mO--s~r)xY@;a&y{VZ=0l*G0x`~+A5_!RstM#O5OX@-D5ImJ*Is*VY!(jY
z%$f7@%P%*!-@SYH8E2f4w45|)(!qlV8{0TTfIu37k3RY+hVk{+Umvej__CX%S-8_I
zIoQ5^dt>9xn>WX5;Z3c^2F?&5P`p5RdT<Qp^5x5GA3KnopFVwhoYiNaeRk!QSH||=
z|Ni&mB?klu6d)k51t1%OKvn_*o0X(G1PTxk*aDCZL4W`O0t5)O5Qy)#wP;g&DLi`R
zo_p?@Jb7~LSbGp2!xFyEueQBo0t7M?h;hrXrcwk56e%FZMQR(1K&}EY&Y2(NI&H-X
zR8t`4w8iqngB@0`Tp3#?2j`x9?hk+X!>wDlhC9<<ef8DbZ@+!Ylqs=Ico<rXf-Vst
z(6zwAg$t9Qg?mAN``h0(*7@_F{~Z50b9jDtxOqFYpE`AFcs6N#IPmA6e;)2Di-Dax
zcW$^dys?xs1PBx?5dOdoc}%i-^UXKcjh>vZy<apm2wg(U<WhL_Xn1$Ju9uet2;?Ln
zusOjhOCS#cfz3lzO#(Ry2y9NU$`T+zfB*pk?F)oYyON*wyM&hErqE}fefEw!?)duG
zzaGB1Z^eog>(;Fc4_fJ{h{gm6bSe-(>gu$k_5=u&L_ms5vJs|1AiY40bLI!>=cWPy
z0(Am0r*-EWUq1BEL$Pt|gOg7_x%PQzjisC+K%i@Z@L18>04`aw<b@Yrc<;UUKK$^*
z*Is)qeD!>CgJ@_od-m*b7wD>0t7_YalQU<|tUVKsfANc7bUhy(2@uFoAp9$gB%ZTo
z%^DsauB)6}3O9w;ogWz)Ipvg7lB>@>_gvjoF9{IHNkCw8f>oA49s&ZJhpL(cauN{O
zoM4qDK!5-N0t5&UATW>uzd!ynkgKyO0#y)5KHdtyR$;N$NMNu9e%|aSX1v+OcFzsA
zo7EBMi9pO|JEMnhtd7quj2-I^=FOY8YuB!Js%b-jKz9P+9?`noHGLVr!Y|Z6aNxk4
zIdhseNKS??vkuR1>24-^5g?GQz<u}Kmjv_ShaYaNoLp+WUo^CQ{PD+=tKk;$#*WSq
zAdrWEz~-T<CV`v;1U4sFWeMaVAh3C;s!4zV0RjXF5FkK+009C7$|-Qw@t<-|&#VX#
zNGXtfgdKiOSx0vQ1hN(AG@IdzZtuD0p2?FZ$BwlJOP4MU-?)+O3{@jQpiUq>OE7$+
zO>OiVk8io<me}k4_ur4-a9!8(h8u1O)nZEr1PJt2Al$#5gf#q<=*F2Om!?jg+IZ=c
zPd-Vmo_F4PjaQu^Kp+nRfz3lzO#(Ry2y9NU$`Z&!Kw$GwRg(Y#0t5&UAV7cs0RjXF
z5FkK+K=A_c29@H6HX;E6Ed-_<|7p>t@lv=c^x0>hz2lBM!cA+JU3S@u6)V=QTeo}n
z?#7nR5Fn6;KzJhPqmMp1G&B_dc#Q|)Ub3}o*Va8UG<>o3Bab|C`st@9&1TG)aou&-
zz5VvvdCW~s0tC7i2+!zFLfZ5nUnG~ppWBV~j~zRfTn+!T(0J7u0tE695ZF9a)g+LU
zfWYPit1N*$1Ozq@RW%6^AV7cs0RjXF5FkK+009C72ox`ne1si-Eq-Vt5+Fc;0D*xN
z2+#Z7v}x1*_uqf*wbzDcuzdU5-~Qz<e|hlW!4``h9UTq#j<#sv5&;4|6o`-SuDj(s
znNo}UMMHz+YN*h|`5T%*r33`FQrm5@{VpJ|{l0_dUnv2Bt<-i~ECB)p2oNAZfB*pk
z1PBlyK!Csi3tV;lXMopeX#@xmAV7cs0RjZN76{J{O>X;aTA{@qp$85eNUolI^2ts6
zI!S;)<^lqnIjMpK@)Ho){A^Vwkhy@sW=^Ug0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5(@P2kj1Pfc$792psDoLh_gMPGdJ#pLR;Wy=~nIzxa!9s&ZJhpL(cauN{O
zoM4qDkcWW4=Ao)40RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(@O5lnsu1IeC
z{PfdL8z+`rnlx!r-KEjd(R0o@C%L+Q{rbAAUJ@XXlYqeH1gk88JOl(b4^=e@<Rl=l
zIl(GRfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009E!5%}(Rznk3l`S#myH_j@#
z6n?F}bnMu%6)RRGmnKi1eCW`j+N+KU5XetJVDqz8nLy?O0-HIhf&}st5ZL@|RVF}y
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csfszQk{PN4mouA+T{`VWFRCm8<xKs4a
zH{Xm;77bU|tXb38%NYU$auN{OoM4qDkcWW4=Ao)4ft&;cHYZqR2@oJafB=E^1%`6_
zX@3q{5+Kl~KyG;*YI6db5g^dMfWWqIr6mCZ1PBlyK!5-N0t5(DLEy-dBjFjL;m*&q
z&N{1cz43n0fBxrxUc7kmj2ScHnQ*XZ(W0@jvBqA`5Fn6~fWYPit1N*$1Ozq@RW%9Z
zBp|Rk!759D009C72(&Ly`<`32$L-HSO9BMi6v#HDwbk03fMx^;v@cK_v22gqpM#bJ
z2oNAZfB*pk1PBlyK%i6t@yq3R?%Y{7u@?XBeD&2=A3b`suDzE82;?mwuz3rsPas19
zfz1$8DFS&52yEWM>JuP9fB*pktp!@V3zzaz>v3HrK%fhOl&Ngdy^G1{LV!SPffk8N
zd8zfdt`Z<njDTkd7vpRc0+|R1Y$l9~5GY1KV2g1!3V|L9Y}>Xi`H$k;Zo92+8cqLW
z`J|Ihdf|l^>RNh9fIu+<0$Yr;Q3zxrAh4M*Dng(b0f8;X*(d}E5FkK+z<2^p--XNM
z<ai@GPk=zz0-0p9X_2m{q$2?W;|Vm)S|%sQ8_{_J1d0^MB+gBX6uAmx5vYhj)2wB3
zvLb+%NuWr9OtRUuNRg{B76AgS1wQ@aXYby<b<JXUXV0E}`Q?}2efQm4w{AUl>{wkh
zF9{GRQb1sf)HW7@lmY^q5>R&nMG6RPk=n*0K!5-N0tD&=;=6F88U4h9bpv@xfIxbI
zn6HfTIvNY6pPLE<2-FG0d<krwjF$ukLm*~6^Mk?gu?hmE639HKv0$l|X)*)`Lm=iW
z^Mk?gu?hl%Ef8)E4L@UJV}rd+t0OQN0s=c2`)Cyv5fIplY_w$#hJe5h#y(mF0RjXF
z5Gc7oeEU7Cd1hWPtBI*YU;qR%&sXLJ2LRa;2xKLYdA>3)nAJ+vAy7?$7|F~Js_ALf
z1acL~Jg2c>uG3bWKs5zozA`_krl(aCAV7cs0RjXF5FkK+009C72oNAZfB=D7f%x`&
z?a4I9nHNkm8GQ*1m_X+F%Dmu!fm;rNGy<9DEAxVBR;Mok0x^=FA?!B;f$|FoZ29-d
z3<*R5fsGUn2=uAItFONL$`?O<I)Bq9P$>a{t<-i~Y`+T#Y`^cI`BzFnU@NuV7E6Et
z0Rja2Q6Rn#pVj0uFPPQD)FChc0-5J4^MV6_YzYLi639GXnHS7zrRor<ra<PA%)DSV
z_r<CSG!@7^UzrzdI&CKjR8t`Hd}Us+n)_na1lkvvGG$7VyY{<iNq|7F1O&EM^2R05
zg@C|zfu;+AUI_?nujGwOfB*pk1PHV#konu@nHOwxA(|1Wf<Wf^%Di9|cEK76v?-8z
zzA`V^=0Y?hK%l8W=8??2VAE+kNuZhnndd9>g4Ns?t0vG?AoF}>Ua;x3og_dY3ixn5
zQaB(`egT0k{~nnkfhZubk-`Ci@(T!T`S-{S2@oJafI!6srca-qymOwFLsD&MXeg_K
z>JT6h1q3!yI3Q4d0f8<59+@G5Gy<95e3E&=G^^8>z<>#4p0CUc4j8!Q5J)4CdA>3)
zm}YhQ5~zZJ567#p%hotB0s=cQTWKLx5D?fZ?6NfujDWxn%vM?m0RjXF5ExW}6Hh!b
zdFOm|bTs`MLy@FfD4V{T3Iqt$2?%T*h?fM)EFiFD-W_uzkX|73n@=(?n0}2a5EvMN
z%=49b!GWQ+5CZ81GS64$1=Ful1p<RD;KT93-e0R5Fad!buno1G!4?qM!QNl18!!QZ
z9k30x90CLg5Fjvk0vBI=aq`ajr=NbBes!TpQZ1BCUrhx91nL9?whqKg0%aBu*fQ^q
zxe-V&;2FZ{4OJjen1H|*Mr|Mh=>-Hfy`c&OdMn_=@!t9yoj^wd0^1Rn#sqpRAh5ml
zH#&ii1O&DtE{zEgAV7csf#L;jxZ#H64$p1dwxu6E6iKQrU%otjH5CXDs1p#_IuI`j
zlvzMv%e*`0Mj*X_X9%Y^RDnQY0s>nYwSfqv7ZBL=hAI%~t$+{5d+Tp>0v!nmY)4!g
z6X>mg!1mVP=ma_v5ZI2mG$ufR009C7iWhkB!3UE&JlCyTmwxo0{NyJ|wFe$}Abm9z
z2oR_f5ZF2pFA0=cKw!(fJLX0py?|#3r#DoAKw$y`TNt&02&5Mf*z|@f5a_Ld5664!
zZ*&432?%UQTpAPTt$@Jx*5Bv^Iua1rj<_@?K!5-N0tAW|_|0#AlicC?)vtav{pc55
za6wWnluchv1p)->1O&DY#7hEY77*An?~b_<NH5?S!s!iFAW)cqz!pYrAOh(H1U9{)
z3Iuv9;KT9W`Wu}<M*;%d5tqgUdMhBXz4bRbfsO<Owj(Z$2@oJafB=Ew1@`URm)zkQ
ze*NT=Ptr_a_wL=X)ZV>&)0EPe0D-0g0^5|uNdn~*5ZH3=i&+uKO29LOvyxPYKmh^*
zTL7{l2xKK7uvtl}L!egzJ{<3rym1M1At10_py@)OR{{dtD|zD*=t4kXyFk;0009C7
z2oNY(;GA>LN$&Gpwrp9Np+oni&RJ)jm8Ooq1PHVc5ZD$tE)gi3fWVe*N6d#nh60`;
zoFS%C1o9RT*t~_+Cy=3lz-EZ46oH-y_;9=@>;@&!oq)i0=cX5do(KqRPuLAgpgRG9
z?aoav0t5&UAV8o<fyW<zJU$onSHJpIcSAq-+;g$W`t|F(E20+x0uu@d?1V%b5Gap;
zz?Nq(%!EMZ0-hn9IjMpK@)Ho){A^Vwkhy@sW=^Ugfr15mI9@Qg;RvJ=5ZE+&`VuHu
zKwt|7HynX90s@;xPhSEA2oNAZpcsMS;o+GxXU4ldpMLu3PRHH2abxU0G&FSN$dOJf
zXitDZn*svcCX{9b${--HW!MFCAdsJcX9(wKt1^Mi1q3#8QUwX*Cm^u-*{V#S00AG4
z7l3RC0$B+NY*v!$5GX)EU<*Jt1c9ss1U4&4bqEk3K!5;&Tm?34*br~{3<p<UdF7w}
z^rv=4+_`h-RaaeA+xKTb`&m03wIM*DYXO1nnodUo#R~{*@#aP(P?&&c2p2|eAOh(H
z1U9{)3Iqxh5ZJ<~4MZRh0UwU%p{gc<oCE|mCs<_(<RKuid8n#MASVHV%?Van0t5&U
zAV45nfw8f%E3UYr_O{P(eDcXB-+%x8n>KBF_uY5H*MS{8c<|7nL*Zb@jve9T>eZ`H
zIpvhPE|*_^c_@|b+*Bh#piV$w>p;9DP-X#vE%WY}8-bJpo*|qPP<H}F3J7eG+QuS~
zQb1r+0_sknw*o#K@2$Vl33MbNupMz}OrW;{0^3`EqZ8;zKwvxK(wG1N0t5&U=%GM(
zH~!*_FRr`)v!j<6TyTMJqVM4j8oE*f0$Zu=w%C3b5ZHd-LGvfjLclYGTj01vplkvH
zTeclB9|A1|1hxf^O9V<T;KT8fZ;<H`s1*>{S`EhpN-iL<CEp;^BTy?Ku(cYF2@oJa
zfB=D#3yhAAu3ELKqkBYS<CQB{j*N_ye1WD%V2}g^c93?{S_WP~U<ZDSEwHizo*`V>
zt+()g6cE^c+%<Eqtbo8)cIz#C00ewEJ^-6&3Dpr0*y`-Hl@5S_zz)DBT0(UM1hzVR
zZKVVV5FkKcU<9^r-@bV9;&>zIga?ZjE!w(u>%c7ELJ0JifWY?Gewl5>1q8O@zX2?N
zPz5|gcu;rNx&~4}U<YzrEox8&1a?q&*185>z=z`lzr_|fNCE;oNV{n*11})31HZ)<
zI7k8lJ4m}}Ed&S<AV8o}0(<xFed38HmM>qvV8MdMTSiYi?X+dfmW6Kz+p}j+rC2PM
zKsf~jww(K7Rs@;~2y9apCkgbmfM*Ez_4b*3)dU2#YCCSdeJvoceZ74qUs(Ykj#qZ;
zExaEE1hyY{&73PMAh4C)dJFGI0fFtuT{C9_1PBlyK%h<_d<$53s>A*-evTYD5?<Cd
z@R9(5@(2iQdG^9g2uvs-uoDt#K%kEVJVUsTHp^5A2&~@&1o}uoVEbsZOqD<o@Zq@M
z1_b&@Kw$f5vrLtM!1_HvppOIuwvRT;R0$9uK!5-N0t5&UAV7cs0RjXFq!I88;WT>s
z5-3<eU<(E}9Dy_f0-HupUjju6_;9>PZDSEgDIl;Z0d*%(q=3K{sckF*DFp;JC7|vE
z2oNAZfB*pk1PBlyK!5-N0tEU|z%zvVao5bbvH}8I*{!$meiRVce%v*4u8zQh1q)97
z;-@-Gwo(H9D<H7_yLV<@K>>lS;HF!0{|X3f|L&cc6Cgl<009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV8o_;Dnl=yYIexWMrhSftLgb5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjZ_5IB1D=sCxKzVn^$<S~Sr1PEj$5N|YFyLN5LnyXi@{`&Es
zLx&Eftfo5w0&NP!6ekDs=g;4|b!(e_H6uWP009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0Rn?9@Z^(EZusJ7u$O6d1bQX#?z`{CdsoumvU1He*9;y186F<))uN0`U{D2O
zTEoHp_urppnIC-cL9F(~6HlZmr7r;j?F+=*)gIh-+im{PY~N5z0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBl)kHG&t{*%d+zVel?B%h}rIB+17f{G9zP%98_$xb46
z>ZzyJp6~8>^XAR*2AFUsYIjBSB0yj~ftau4;MQAj9UB`PuknQEmn~bC)LFD>(S(gP
zAV44!ftcclAAUF<hl6?Z=DqR88<`BD2mt~F2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5GYI_e)gToh~NC?H<N;Y{No=pDX0hm0<{8n-E~(Iv2f!`?fLGGM@L7)<3*E#
zPd)WicSZCfKwvz9_$O>USh{rSv17-^Yv1~O?IT9_@893Lv8x0KWFip58>)T$@yC~5
zdTBfp4pyvKarp4zOa@Yf009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF6d({k
z_0D9hHEY%+1vhQllu1EF2oR_hxccg=lZd_b)?2mbyFR|<mRpj7_uY42*F|(BK%l8W
z{1bN4q)G93@#4iJBO^`QPk8de3olISy!hga6E@a>0D<%ZF}bnS#*G_i&YT&~&z?P7
z9wUwe0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBl)xj_89JCk`n_uO+y!N(qZ
zER%wY5Fk)1aLzgBBoW)QXHV_<rpMvAXUR{~tI5f5Yj;xcy6diM(aa?R1iBE2f5L9r
zvSrGYDe>h+7hQDZ$dN7zu3x`CDRSqXcXrWT7Xk!26^OB|?RfCu!5eS9F<uG>OO`D0
z)Zbbn#{>uvAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyP)>pPVRt6e``zz;mlXWg
zx4xB0K}84<s1*p$F-szL^ytyr^G%Q2N%uz|eUvm?xNu?9B2E$@(6vBq2E(6^)2C05
zXTrVTUEE!^W5<r9!q>j`wXSESBLM>K3&hMec6sNWcTPL)wAf(Aj2X{7^GstiX9y4=
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfIxW!;>X;XOljY~eM!Oa@U%<{Dnfuj
ztw4N4VeQHBj@wE1@bGZbY|flH<JEDV0D<lV>N2=<=gwKPX2p~9=g<H2(@#699G*&=
zbe}hGUPm1@CP1J&ff(4P-A6}9*Q{AHY0{+FZ1Lj7d-v{b+So|~1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNC9bAk8)_y5k~=k2%OP6~#nsP%klCO}~D1maC8?JO;(
zyLIEF*|cfXS~qi*0D(>g8Z-Fu#~;s~J2##W_i2Cl;fEcSP5OraDd?z|#smm-ClJ%x
zqWi90yA~~46kCQrPd9AXFg7;UqKiue2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkLHCj#-)?aU8)vK)gF7;J&|zmGoLsS-oo;;xn0Z1UvEgH3031d11k8LS;TJX7?P
zQ%;GO!gpA2-@d)JL5t&K$Brc(hlYk)G;@gnfvf~#R3|JLzKnk6%$c$MrI%j1d-v`M
zduc#`009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjYy6o{W|XMRxRDvU*-A_5m)
zcwrLN@HDg5OWwbKe+>1ZLx;v|9Gm%i>+y)3C(yM(%wS!G&p-eC%rno7SHs=fFTM0q
zU7Mya!{bSlUJDm4Y}&v{0tB)Zh&gSiZ1~f5<;s<@ONjQ`wQF1alZ|$2YD0hk0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t7M?h#zWaevsiLl_EeO5m>QeMH1DG8#lH#
z*|KFz4E45c+s14B=9_OO%`U(E^6}a@Pk=yo0x^S)-NSul=bwLmY!D89{No=tHmf`H
z$Rm#=U2eSb#=1*h5+IO=Kn!X7#kX$Vdiv?7$ByTncV7E_wIo1*009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0Rp)S#E-LY%K9hQX)8{kngZ+BuTL_2$t9Px76`YK#dP0#
z>#gH8zW(~_lV*3`dFOa-oF_n_JAs(NrrnPoJ$l(?m&G>WVCmAOhYufa+Blrtw{PFH
zY15MS;hV3=Yvw!w0^JF0X!a8m+U(-E=N^0Pv01Zb#lGFmM=t^d2oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5Fn7bfX}isCsmL@egYqT^ij<0>#x5)-atEd?o65u4Gkp+
z+qZ9TY`l5%=2$H}kF>FYGXw~v5s3L3ugK`==(X2g8=HlLIdkT`{PN3<?RW3qea0DQ
zBrPXRnso5s!NxYu5Fn67pf-uw9;ca=z61ymAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyKp;bb_<?waHI*VjAU}bH3l}D_4flfn_P4)n9O%z~{_}|^o|v==&pr#cmWAV~
zQ>TV!lg39Ee*XFA-~ayiWBljNog403Yb@mq0Rm|RV#Hb$85<j0xpHM}nH-#Z?zunw
z;Sa;NT8DeTUw!q}+i$;p%9JUw&As>D+oGUL1PF8|5F?iPL3i`fivR%v1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72xKl0KNHWqvVsH%<RK6qD;i@P4wfug^1=%*y!YOF
zAAb1ZYp=Z)zIr~nK{Q;NJ$rVz3v|`0RkiKI$(b`})}9H+zxc&3@|dcc1S&2NgEpbV
zLk~R^8@E0<`Q($2962&!K@A8H=v1I}^wM1IbSBypAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5;&oCM;>-#OJ+mH>gw1;Ra|F}W=cHg4P)hCXoMK=_917R|1_^2+dp
z!^|hCAOQj~ckNJY*|H@*88~*VJD4|b-mYD{+Nq`u0Ro*0{Jhyu%wV&N?Vjs&CfXAq
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=D<1mfr5In`H|0D;T}Mn*=y{`IfN
z@HRcT<(6CGxbMIJe)z`urp<1+;f7Exwsb&%K!yS_bZyo=di3Z$_uMmi^5odD_F(DK
zrH2k3YO|DP1PEjz5HpxbHAM&zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!8AR
z1$++PTYsYy=uRL!5%keV9~~MRiV=<nQ>RW{yLN5eBSVLWhaY+5k<(8<J!v*$#*FK(
zyYB6`-|lX7y$BF!M_|hFpLQC@HsPkwXP<rcjyvuMw}oGJ*<~wMtXQ{h-R|AHV*>{S
z2oxp||7<O6L<12ZK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=E~1b%<~C%++7
zCO{x3f$%iKO`A5|fB*g0UVCl$TKR8(``f?#<u4B&JlJBm(b3Ux?`Vq#E)gI=fB*pk
ziGce>{Z1f2fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBba
zz*Wb8278%SM}PnU0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNApCoq)TPu)OX5+IOXAh)~@rJtJ$1PIg#2y7jQmjuczAh2cL9djc<
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D(*dPRQ*ilj$i!fIzK4Zh1YSb`-}1
z2xKB4u$eF_LZBD{fi1?_C<F))AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly&_e+q
zj`tAX&;&Xa5ZF$|v?tI*0fFryzM%<pDj=|(ifK=P009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0Rnv|;KT90+cFcbvVg!=dH1co?*s(4@3zc@t1KX}Ro;DTCqRGz0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!89+1mcI|qZ$3gf)xR@Oaes;#C&Cx*U?z8$W<7N
zKt%*%z67=+J8qeMEg-Ocy?rK6fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009E+
z2*eM^+iBcRo6HNgGpIHMDk6}1zA`UZk&UoS0__N7p0CUcwzCRt2vkHM^L%Aqup%2_
znFI(BAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyke@*2pJiuWFu%2{OrY-sGS64$
z1^bTFgbCy)ka@l`FPPujRVL7P0-5J4^MZXxYQh8v5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAW$}e%s<P{ykObH%!fb^1v1Z9<^_9*V`u_p6UaPYnHMaZnE4Rsp+M&O
z%Di9?aSTm>009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rn>|kojlXnHL-kXR9EP
zi9qK0%DiAE%T$EGU<hQMugnV$hO<==$V4FXd}UrRlVvJGfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009D37MMPLdh&60RtQP8p`oFy3aUeZKok(zNa27$`2_^F{Ci}E
z1fqbzMhXW62oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fjw90w<n$VseM)=;&zr
zHHIQdwNN&FH5CXDs1p#_IuI`jlvzMv%e*`0MxahWVCz7<BtU=w0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5;&!4tUn;)|0zJU{*P)AXwgMUrZvZ2D>{5Fk(|Ah2~HUJ@v?
zfWVe{cg&4Ioq)jBfp|%P009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rn?3aKjBZ
zBzJgj+qNzJ>OzsE+VbVg(^pf00D(FIfvp4al0caS1h&k(V{QcM1O&DY#7hDM2oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Ewjx2OoSexx;hax^?MS_miLeB&qhm0}rIH
zrUC&1bpirg2jV4xG7AW7nRmzB2-FD(Y#oS~1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAJcmluq&2N%BJiq$Yuclw!1s7b9R10O(S5tuifjR+!tpo9rK$!&uw#>U@
zZUpKC1hx*uO9BK45FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U7(9V}`}QSwc!pm;
z`Q(!{3*5bXcPzDc@7^?}^d&%`ser&XWpR=~IRyl^ocm%{1eyv6Y*Q8|2@oJafB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkKczy!`Y=bYp|&t=P&rCD0&p42((th3V8(U$;$
z76Jm>0>>o+WfKtCvh9fZ5NIJFuq|+0B0zuu0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5;&!4P=-@yFwHL4WnDUv;;r=bn2m7FoZ3eRoClB0yk50fC*6NCN`p5fIq&?1h;S
zm{34qCnVB<009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rja2U0`^4c;?KR@ovwj
zpMJX26>Z$OF?Jss8ai_1NT(IFCqST00fB83N;3jw5D?fh?1DKEXj4F7+l11L009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rja2T42M54e^H0aB$_7SN`cwe`;q%J9qB9
z>Z+@1`~K`_KWnF>HUtQCEg-O6)9FZ{cmaVe-rR@;x)u=FuIY3nK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB=Dh5f~dAyW)x~YH#}t$0whB^8NSUziHE^ci(+?-@bhZ
z4<0;p=ukM=v13O#xq9{LQ%*UhuFK_@Umi;J%c{+jK%WW-Y@cqNX;)J~V5_<BR^6up
z0^6q>XW9e^5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAkdLO_zKR8FTS|${?CqH
zUU0z$zKOmgbBzgfEg-O6)9FZ{cmaVe-rR@;x)u=FuIY3nK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB=C$5*QsFUA1aeNB4-v#w%B@92ptuqs5vkfqoYd*nZzZ^RJYE
zz*cIzEw<kU1h(II(EJGyAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK%h;5?c296
zUc5No2s+`xqD70gZr$2uam@%2$W}mLv-MPsK&}D;n=7y41hN$n*layjBS3%v0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5;&(hBU|yZ4DFo>;zo`GN%t8gCgr?X=UDEnBu>
z!-hS3_LO!BCPtt-0s>o|y|&T;5D?e_*hEXHj)1^cXRoc4009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjYqz}VQ>@bK{dFMf_3ITBuCAwZzC0s>pwtuZkIjRFGOXyOck
z(h3M{X}8A22oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkLH$^tV_IN?i^Px#UaC!8?ruZMp-p7wv9aKfZ;JUN_S^pgc&n*6u(e{DDQ
zZ^x6u@!x&v|M;Tsv~c`CYTEo?e>?tb|2cm<KIe=RPWZq7*8a|aTkxg-=Sx$*=({k~
nKk;wJ7lq@KYU+fMzi9K<vHtq=|Aq<tbq>e>|FjeS`hWi)es6li
literal 0
HcmV?d00001
diff --git a/results/graph/2024-10-01_pheatmap_Med_annot.tiff b/results/graph/2024-10-01_pheatmap_Med_annot.tiff
new file mode 100644
index 0000000000000000000000000000000000000000..98652a4765dfe32149b722ab83e2300e210ba84b
GIT binary patch
literal 19440204
zcmeF)d(0+PVLxzKSh`^YE`d;*-9kVqTMY<-mH?@jlpjzxK%qzgWrI{mL#Xjm16gc@
zc4<jr39%-v5G=yR%kr~a7PUwzjUos|;15~LMdc;}a#<EwmW5q^N1q>)dFP#ZdFRZ|
znVIMLJbAOsoSAd`oEcp6emT#d{n@*>y67v5xBj&c0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkLH9|GU`&UcnBU3#()0RodG@Rxu2m-pOrPe1-8WE2Dl5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FpU5z}mHIx7~Kzt$YX&m^^{qci+9;f4^v*009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7`XTVY|NFm_my$DM0tEiQ
zKtKLHWE2Dl5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FpU5K$aJs
zGiT0)J_HC%fWT)y^O-C!+wQ+#v`&Bk0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RsIH$nv7wZMR)NMr0HO2(&Bkv!DG;UbJ0etrH+XfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZpl1T|qCHy>!y(YRfV^ny#5y2AfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfI!a#<VAb7AcjMrbpd(N)`@jMfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=D>3CN4~Y(Wf%K<fhXqOB9_
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pkJrj@@?b(7D4uRGM
z<V9O2)&T(m1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1bQYQFWR#O
zF&qM|3&@MMPOJk01PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PJs@
zKwh+G3t~6~S{INPZJk&L1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBo5nSi`#&lbdR2(&IBFWNe>4hRq+K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBly&@%yf(Vi`c;SgwDKwh+UVjU15K!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK%i#=@}fOk5W^wRx`4cB>%=-BK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!8Bc1ms0~wjhQ>pmhOx(bkD|K!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5;&o(af{_H026hd}EB@}jL1>wo|O0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0zDIu7wy@C7!HBf1>{9rC)NQ00t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t9*{ATQdp1u+}~tqaJDwoa@A
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5*3Oh8_=XA5FD1X>r6
z7j2zb2LuQZAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U=$U}LXwMeJ
za0s+6ATQcFu?`3jAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAkZ@b
zdC{INh~W@uT|i#6bz&V5AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV8pJ0`j6gTM)w`(7J%UXzRo}AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7dX&jjQ}d$u5kL!fm5dC}I1bwGds0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7csfu0G-i}q|m42MAL0`j7*6YGEg0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RlY}kQeRQf*1~g)&=B6TPM~50RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjYiCLk}`vjs660<8<ki?&Xz0|EpH5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF^h`irv}X%qI0RZ3kQZ&8SO)|M5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5a^kJylBrB#Bd0-E+8-3I<XE2
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FpSq0eR7$Er{U|Xk9>F
zv~^+~5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkLHX9Dt~JzEgN
zA<(*jylCshIv_xR009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+K+go^
zMSHd&hC`rr0eR8ZiFH7L009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z0D+zf$cy%DK@5jL>jLtktrP2j009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C$6Ob3}*@74jfz}1&MO!D<0RaL82oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C7dL|$*+Oq{2&*41y;DhI!bI#d5{Sa8Xbm>-aeflw?F&xDwKl#b;
zfB*aA`97N!0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjUQkQW``
zq784zix)3`E1&3}1SUmbyY04n;e{85_qrM}0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RrPFATK(OtJ=FcZL`fbladiMPXalC`|rQMcW<Ks5g<T-009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fjv-0`j60x$LPYo#jP8_OXwB+NTEs
zr=EK1VTT=d#u;byU@T)egt>F)jzXjIqN)E~qdx)!2oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C7Dg@+3D_|6FNr5ac`tZXKZ^?GGMWB}gJMOrnyl5|1#-Iog
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(5u7JGg<gR_fnahhN#MV{!
z0`j8WuYnN|AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UATU)xUUaI5
zvsMJ;MO$IjXkP{7Mf<uk#zlYt0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV6Sp1>{91ckL6-TwXLGwywGtkQeQK4UB*Q0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7csfvE!WqEkJbwIU!d+6t>i`zjzW+SipaE&>Dy5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RodNATK((YoBoD@}dc`b=AFqylD4pU<3pR5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFOcjt9o$BGN6#;qCR#-LKR{?p^
zzOIaM5g<T-009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5SUy6dC|#T`-C%>
z7fpz*tL_ElMY~@EBOpM4009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc
zs(`%cR1asZ2*``J!m81}3doE0b!Ci;009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+z~l<Zi%#y^C!D#wXhLjVbuS<<+Wi_B0RaL82oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009D11>{AidN^xEKwh*JR*m*mKwh-3D`Q*)2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7CRadSbaK}|;mqYl6JqPCdjWaT?$^Kw
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oRVmATK)A!&xf=@}jM<
zYP7Ec@}hlR8RH^AfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAJxdQT{
zle_i_XD%<A5L;K>3&@LhzXnD?fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfWTA%dC{pJ&RP+W7j1=AqkR>S7wzlH7#9Ho1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB=EX6_6L5+_g_Qb9vE(*t+UoKwh-_H827K1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1f~kei%#`$){20<Xe+E5?W=&iXkS;xxCjs+
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PDy7fV}ABu6@Fp%Znz&)>Zcc
z@}k|Zfe{cOK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyFjYWabgGB5
zRs`flTVd5`Uj^hv`?@m5MSuVS0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zKwxqO<V7cU?Gw&iUNj-LuDTbH7wvuxjDP?E0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5;&sRHt%Q$3uuA|Nl?3adu@Dj+Y~*Of6Y0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0+TBsFFLtvpK#{#q6x8e)xChcX!mPi1Ox~WAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(56_6L5>fx*v0eR6@ST)*L0eR8B
zu8eUJAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&Um|OvQ(aBx=gfo{H
zO^B_l?givUyI%t%AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV6TM
zfV}8b4`;0i$cwhZs?oj*$cy%MWsHje0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7e?<O;}(PVU+#oVmPcLTp`iFCZ`4{Tdhn0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RmG6<VB}?IBP{fUbGcfjrLVQUbL?(V_XCX5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXjS3q8La@RiL%;iNBV(Y4V0eR8x*T4t}
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5SS_;FFMu3St|naqOGuM
zw66m4qJ3Q%<03$S009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FjwQ0`j7h
zyY>lZE-#u8TUXr+$cuKr21Y=D009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+z*GTw(WxHJS`m;JZG}~%eHD-w?d!@I7XbnU2oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+0D;LBkQbfYwNE&6dC`Q}y6Rp)UbOo)FaiPu2oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C7rV7Z5PW5osih#UmE36vrtAM;{UsuMs2oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72u!Ykyy)bveZrZ`izdX@Rrdn&
zqTR275fC6ifB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAJRX|>Js)w^y
z1ms0qVby3~1>{Bhx-!N^fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zU~&cIMJIRd6V6;-G$HnwboIguFC2B$Q9BRwv-Q?nZ}r>HJKph*A<kgG{r0>6{`<$|
zNiq!r1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1b!<ZFX}-^ARsTA
z0C~*1xZ;W{Mv+T@b|SEJ>C!QKqD+SX0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7e?gbT=vPWS_mX8Q7?X`IKYmrF0bw3D2qPDcWN{^x%_PLGqh5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fj8g>KRBNATOE#dCa=V@}lp5|NH-E
zXrH_9zWc@-Z~VazelWCw|Ia5s`AK=vF?*FvhX4Tr1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfWSyVUeuG2KtNtJ0rHr2k>y2gbeVExv8UA57XbnU2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D+VO@}eoVC$=wn(TQF9=!pw1M$<K^h`ouP
zx&#OiAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0tEUjATQeI)ft<y$%~H7
zQYM>-;9@fBd`H;x8jcANAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(*
zlYqSFIIU)H=OQoK+okF4zyudNSsLt}u<Min0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7dX0s(o^1jxFO7xfI(6%bskE4D@M$G$}vH9~*@0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV8pp0`j6gT$J$}lDz2nt!djc5?pLsxU_xjr7Q{w
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFjDdi>=ol<w|EC}?+W$4`
z+Xw|0J6RFzov`ba009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+Kmq}I
z(FDl4kQem~)D;k1tSh!f?#I4G7&StG009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkLHhXV4VJzSLW8<M=}_^oN%GZI{ETe!4+?4>LU2@oJafB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72#kS%yyzG#V*jTgFWUb#>e~nf7du%I?47XdlmGz&
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfItEPdC>&Ox{w$34Ad16T&yd$
zMefJGMHn?gfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZpoaqTqCH%c
z@f(u7==iN^+cOeeY+Jaree9(y3JDM(K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PF|QfV}7!EMotsATQegHR{_41s6M65$v6?>y!Wi0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!8930eR5`$hwdh^$gS%5L~P)wngs8zC{={LVy4P0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK%j>L@}fOll<^yqyy*C?Y1=arTx?so
zw0-QQED8w_AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(*fq=Z|7%XD{
zrywud|268{2n82ASrP1=u<Min0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7dX0s(o^1jxFO7xfI(6%bskE4D@M$G$}vH9~*@0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV8pp0`j6gT$J$}lDz2nt!djc5?pLsxU_xjr7Q{w5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFjDdi>=ol<w|EC}?+W$4`+Xw|0J6RFz
zov`ba009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+Kmq}I(FDl4kQem~
z)D;k1tSh!f?#I4G7&StG009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkLH
zhXV4VJzSLW8<M=}_^oN%GZI{ETe!4+?4>LU2@oJafB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72#kS%yyzG#V*jTgFWUb#>e~nf7pqp}o_p^3!$17PceL}FH*eln
zzx~XeJGY%4-mz%WqN}dDs%m!12@oJafB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oPvVKwh*ZSk2}I<VEuuj%OnvFIuJak&k?26zLr9pTGb6zh5;w<pc;2AV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5)OBp@%^5^U$qu3Witr=51%x*wk`
z*w&BXY(0Pe{N>A+cfLjjFoS@+Xcf*e#~hQrPy;<!uwX&e?35EAK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBly(2{_>XiKo2H@ok?`wlcqmS))Dd$%`j+SK_n
z89<eQyl9n7mKXh-zxkW{TKL?4`|bbz-~Zi0!}opdYhN3^-SVPUi>sUf0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7dXdjj&J?b&wQ@;l%8&NRWx;r8;z8*g;G
zMtYw?Kwh*8C(DaocG+cB_w=*;-h1zr7wzZL7!?5m1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfIxc!x88c|U;M>ie5ePX_rL%BqX5sGIdgh2oZk%LBOm$5nl)?M
z!=I3rv%KilS6}_p9(?Y<|Ne&`ez^02guN59fUCS{pWg*}(W=#v7p;;}PJjRb0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK%j2|;ajkG-g)ONwB}&CKuEFnZPf-h
zo-8kV%PqGIZt(35_=zW;$euTO(e|91w=6GOWhgINC8L}G0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7dX-vl;n*pMaG9Fz+D!5{oV-&SpK<B=CFT{3ymQkEVT
z%8OPlio9r*jB)}52oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009Dh6UgU9
zFTC)=FLwP|zI^%Vr=NbwC6{zPkT0Hf)>)(YsJv+NhgM#+)KFful%<D-@}gCXA}?Ac
zqnrQ%0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!8Bs1oC;&r=EJMZ^P?w
zJpb_@{~<5BrTpbZOC{w+OIdnYC@)&IDDt9JGRg@MAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5*3O+a3>YDMHlt7Ia|<wZ-;<V8zadRQngTD2(hqE#}=2@oJa
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72=q-rUbJdO<VCAwBFg1OOVQ*-
zOIdnYC@)&IDDt9JGRg@MAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5*3
zO+a3>YDMHlt7Ia|<wZ-;<V8zadRQngTD2(hqE#}=2@oJafB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72=q-rUbJdO<VCAwBFg1OOVQ*-OIdnYC@)&IDDt9JGRg@M
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5*3O+a3>YDMHlt7Ia|<wZ-;
z<V8za;tF4X{q@T)zx@1mK1UvT<W|4^EMC00ogU6#v0}y3Pd^<u_YP~xi*|^wYXSra
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RpuI<VCBv<VCAwBFg1OOVQ*-
zOIhLy&pYqDQKWOYf4=X1?~9vzhqdHIJH*#D0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7csfm#CcqE%e-qE#{x<?^DXX!4?^EOCWdaB;YK(FF?@#Ld0KS{eIg
zmtEH3Fe19X_uhL)kIE3)Bj&3L0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0eR7?XFy)GN+zOQUbGZVUbK`Yt}qKO9(2$_OSkmr)KgDA_~3)z``-7SeDcX#
zy6vS)mMj@=a4}<-7ma&v)gnNE009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5Fn6DKwh+pT3)nDCZb$kv=mKVw3H>TP;fEMtzj+f4FOdrK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlykW4^cw2E3@v`QwTTwb&kO<uH=C9Y6#G0v@FE$j^e
zRVP4z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fn6DKwh+pT3)nDCZb$k
zv=mKVw3H>TP;fEMtzj+f4FOdrK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlykW4^cw2E3@v`QwTTwb&kO<uH=C9Y6#G0v@FE$j^eRVP4z009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5Fn6DKwh+pT3)nDCZb$kv=mKVw3H>TP;fEMtzj+f
z4FOdrK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlykW4^cw2E3@v`QwT
zTwb&kO<uH=C9Y6#G0v@FE$j^eRVP4z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5Fn6DKwh+pT3)nDCZb$kv=mKVw3H>TP;fEMtzj+f4FOdrK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlykW4^cw2E3@v`QwTTwb&kO<uH=C9Y6#G0v@F
zE$j^eRVP4z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fn6DKwh+pT3)nD
zCZb$kv=mKVw3H>TP;fEMtzj+f4FOdrK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlykW4^cw2E3@v`QwTTwb&kO<uH=C9Y6#G0v@FE$j^eRVP4z009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fn6DKwh+pT3)nDCZb$kv=mKVw3H>TP;fEM
ztzj+f4FOdrK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlykW4^cw2E3@
zv`QwTTwb&kO<uH=C9Y6#G0v@FE$j^eRVP4z009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5Fn6DKwh+pT3)nDCZb$kv=mKVw3H>TP;fEMtzj+f4FOdrK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlykW4^cw2E3@v`QwTTwb&kO<uH=C9Y6#
zG0v@FE$j^eRVP4z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fn6DKwh+p
zT3)nDCZb$kv=mKVw3H>TP;fEMtzj+f4FOdrK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlykW4^cw2E3@v`QwTTwb&kO<uH=C9Y6#G0v@FE$j^eRVP4z009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fn6DKwh+pT3)nDCZb$kv=mKVw3H>T
zP;fEMtzj+f4FOdrK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlykW4^c
zw2E3@v`QwTTwb&kO<uH=C9Y6#G0v@FE$j^eRVP4z009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5Fn6DKwh+pT3)nDCZb$kv=mKVw3H>TP;fEMtzj+f4FOdrK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlykW4^cw2E3@v`QwTTwb&kO<uH=
zC9Y6#G0v@FE$j^eRVP4z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fn6D
zKwh+pT3)nDCZb$kv=mKVw3H>TP;fEMtzj+f4FOdrK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlykW4^cw2E3@v`QwTTwb&kO<uH=C9Y6#G0v@FE$j^eRVP4z
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fn6DKwh+pT3)nDCZb$kv=mKV
zw3H>TP;fEMtzj+f4FOdrK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zkW4^cw2E3@v`QwTTwb&kO<uH=C9Y6#G0v@FE$j^eRVP4z009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5Fn6DKwh+pT3)nDCZb$kv=mKVw3H>TP;fEMtzj+f4FOdr
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlykW4^cw2E3@v`QwTTwb&k
zO<uH=C9Y6#G0v@FE$j^eRVP4z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5Fn6DKwh+pT3)nDCZb$kv=mKVw3H>TP;fEMtzj+f4FOdrK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlykW4^cw2E3@v`QwTTwb&kO<uH=C9Y6#G0v@FE$j^e
zRVP4z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fn6DKwh+pT3)nDCZb$k
zv=mKVw3H>TP;fEMtzj+f4FOdrK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlykW66EdC|3N*PeRnsRy?6*?aH3xBBg8-n@D3^l;#zhaUQG|MqXm*1E%v<V8#I
z<wZ+b;tB;9<J=n7!rl;2bpiwk5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RqVc2AvnZ_~MI4k<Q`%x$U;wzVgZ|$(FmTj^ss4<>f_7S>g%>7vtO-*23NpP;~+X
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009EY1O}ZKJ@?#mhnp15M*h@O
zPbFLKt~!zzEtQuSEoF%-6kLpRYgh|=LqOFD5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXFBoi2qyy)SFAAW5MpUW@5{O|w%?^mr_wZ+^1>Q}!iFPiKj?`=o&
zqFZoj1Q)j;=IoooK6@*75+Fc;009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5a?E5Jo2Jvo_S`sjCFe-G<)62hWqU=T8btwTFMevD7YBs*02`#hJdOQAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UNG34o;9~ZD^zx#~9+<d}<V8!}<V8za
z;tB;9<J=n7!rl;2bpiwk5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RqVc
z<VBNF=Q|oSdwwFbJRWXdbp87EC!ToX@BZ%Z?%Kj<mtA(*>a9-;&Htv!-FDmUj5E%7
z^UXJBxl+TuO>nW3wZq;CyG{uZAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&|2n;&7Xn)a&74M|VaPy)!+;GENiOvE4^X|Lv?quClb}G1-QakGldq&}a009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+K+gr_MLSubL9<7Q4L2`(%{A8y
zI4Ann&~LfrmWWjwRu#d;PSy*1C+s>UK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBly5Fs$=;G+FSBUZeVDr1lr-EY7Be%Qk2_S<j&<~P52#~pXH(Dn}(E?hWD
zjLM64^4QO^(|hl|ceG3k7A%-$mHyl&FWR5AFcJa;2oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009Cs3&@Mk?9<ZKL9<7gj6q)Xu)_|En0U8UhRYt|Cb$@Z*1QV#
z=7w4zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlykVat8!A1Lvrg=!3
z_cGkzV)lLX@}kWjgH~G*Tx^xMs&VX9GRg@MAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5*3O+a3>lNA{>dxV(0XarjGD#K-un7iO&1X}Yd*qa+_fdByl1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfIu37K?fJ@FPi2dY2M3lgNybTZNB<x
zS`b`J<6P(kdjZ5L0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csf!+$p
zi*~X!gJzEqlNXIZYhGoz>=APpT#P_#UIlw|LoE;>K!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBmFBQWUTqWwkFJS5F~8E$aV{-VuSKTQjQi)ow-y<jhZI3+-U
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FpT70eR6*mS)iG5n}S95opb;
z43|A(?t+UEXw9o&Z*Hgs0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0%-&W9bB}(Xqtzlc`w5aF4|wT`Rb=>L2xmRbD<aP1rVnM2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C7dMh9=+R4%knms~HUNi!&d6nU^N6cMtF#@f573|Fo
zwLpLX0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV46Ez@USR_7_d_kTmaQ
zxWPsHi#A{VG%W}&rg1Lxg1rFZlmGz&1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfIx2r<V8DKnnANih{=mapf#^DT=s~$3ob^WHLrrbxuF&a5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFq!Ac&aMAvvX&#d1y$m<FXn)b>tDmL?!NoMr
zg<h~1K%5dFK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBo5t$@5}CrdME
z_6RX~(FnBWRffwRF?Yem2(;!^us1i<0s#U92oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+0D&|DgAOj*Uo_1_(!7`91{duw+I;oXv>>>c#<|c7_5z4g0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0=*TG7wu$e2F)HJCNCO+*1XDa*(2sI
zxEO)fybAW_hFTy%fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNBUMqtpv
zMf;1Uc}SY~GTh*z{Y9Ivewr2p7t=Twdcj@*aY}#y0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV8qE0`j7rEX|<VBgEuIBhZ>x87_Oo+yxgS(3)4l-rP_N1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1kwl$I=E<m(KHW9^InD<T(rMv
z^VLt&g5Y8r=Rz;o3m{Gj5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z^j1J#w3DS7G<$@Yyl4bk^D4t-kC?mQVgy?AD%hJFYJmU&0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!89Rfk6is?Jt_<A!**raD$8X7j3@!X<86mOygYW1$zO+
zDFFfm2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D;~L$cuKeG=pZ35R(^;
zKx<xQxa<*g7hH@$YhDF=b3-i<AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UNFy-l;G+FS(>x^2dl_zU(f*>%S3gY)f{SUK3%y`3fH);UfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNC9TLF2|PL^iS>=9z}q7i7#s|=StV(x;A5opb;
zU~g`y1p)*J5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rm|R1|3|qzi66=
zq<JsH4KCVWwE60%X+dx?jdP(F>;({~1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1bQnVFWSk{44OScOkOkst$CH<vPaBaa4`a{c@^x<4Yfdk009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkJxjliITi}n{y^N=*}Ww^mb`-?VT{WL8I
zE~arV^n$$r;*<aZ0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!8AR1>{9L
zS(-t!M~KObMxZsXGF<kExeG2vpf#_8y}6+l2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72&54hba2uBqG=wI=DiFzxM+XT=BuBk1;NEM&V^pE7eJg6AV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U=&gXfXeUcEX!Zy(dC>^8=2eEv
z9x->p#R#<KRj@ZV)B*tl1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=Cs
z0)q}N+FvxyL(;sL;RYA&FWP+d)3hMCn8vx#3-$ttQvw7C5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0Rp`hkQeP_X$H+6Ato;xf!4graM>f~F1Q$h*1QV#=7w4z
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlykVat8!A1Lvrg=!3_cGkz
zqWwjiuYQ^q1Q*jd7ka^70C7ry009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkLHw*vB_oh;3u*(1c{MI+FfR~asQ#M}iJBhZ>x!QR|Z3j_!dAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0tC_s3_7@If6+7#N%LNY8(g%%X!F%i(}Lh)8s|bU
z*b5*|2@oJafB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72=rD!UbK^?88mx@
zn7n8NTJtKyWsjJ<;9>+?^D5Yz8)|_70RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7dX8i7Fv7ws>a<{@d`%W#8>_7`ow`e|AaTukF!=mmQL#3=y+1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=Es3doCgvNVHcj}Vg=jX-N&Ww`7Sa~E8U
zKx<wFdvilA5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5J)31=-{IL
zMbkVa&3hScaMAvv%~wB73xbPjoD02RFMv2DK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBly&|3j{(N30T(CiUn@}d!F&8rNTJ!0;HixFtet6*<#s09K92oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009DN1O^>kw7+PYhopHg!woLlU$pt^
zr)fcOF^zMf7wiQPrvwNPAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t9+1
zATQd<(hQnCLQGyX0<C$K;j%}}U2ri1t$7vf%?-6cfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZAdSGFgNybTP4kd6?`62bMf;03U;Q*K2ri~^F7$%E0OFJY
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7dXZw2H<J6W1Rvqy-@i$<U|
zuQFWrh`9?cMxZsXg1xz+76=d^K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PG)N7<6#a{-S9flIFb(H@Ikj(dMh4rUk*pG|q)yuopm_5+Fc;009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5a_Ldyl5v&Gide*F?rDlwB}WY%N{Xz!Nmx)=2fsa
zH`D?F0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&Gy;PTF4|u-%|p_>
zm*EB%?JwGV_0zN<xR}Pd&<pkgh*JUt2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009EM6_6M0WN8M?9w8<#8iCfl%5d2u<}SDxf!4eV_U49KAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAdp62(7{Ffi>7%<n)fo?;G+FSo3DPF76cd5
zI2U@sUI1}QfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZptl0@qMa<w
zpxGnD<V7RUnpYVvd&JxY7bDP`SHa%gPzwYI5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjZl2n;&7Xn)Z(4@vW0h8tY8zi9K-Pt$_nVjAZ{FW3tpP6-eoK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PJt2Kwh+yr5QAPgqXZ&1X}Yd!)1?{
zyWnC3TJtK{n;U9@009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+KpKHT
z2N&%xn&u&C-pg=<i}n|7zWQle5L`^-T<8UR0mLZ*0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5;&-U`TzcCs{sW{(h)7mYw`US+uK5px$@j6iE%1$%QtEf63;
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oOjkFzDc-{YBF}B+YvnZgA25
zqRm%7O$&mHX`BnaU@w3;B|v}x0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAkbR@dC^XmX3*>rV)CL9Xw9n(mpx+cf{PJo&8uK<Zm0zU1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pkX#@rxT(rMvnunx$FT)Kk+F!K!>ZfTza50T@p%?50
z5T^tP5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjYiD<Ci0$<hp(Jwi-g
zGy<)8mEp2S%w2FX0<C!!?9C0eK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyKp>64po5F{7fth!H1B1&!A1LvHedZTEeI~AaW3?Ny#V5r009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+KyL-)MLSuVL9<7Q$%{syHLo&U_K3L)E=Hg=
zuY$d~p%w@bAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5)85g2rE(f*=o
z9+Kw03^%xFf6?ZvpQZ)D#Wc=^Ua%KHoDv{FfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oUJ4fV^lYOEYNp2r+rl2(;!^hRYr?cfrL7wB}W?H#gJ*0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csfiwbx4ldeXG|fZOyqDny7ws?FeD%|`
zAh?*uxzG#t0*F%r1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pky%mrb
z?PO^N%^o2pFB*Z?yvlIdBjzr+7=hNj3ijrPS|C7x009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5Fn67V9>!u`-`S|NSgOD+~A`9MVqgFnid2X(>ND;!CnAyN`L?X
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK%ln*@}iwA&7j#M#N<UI(3)2n
zE_=k>1s5aGnpeTz+)xVy2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z(g+MXxM+XTG!IGhUWOZ7w7+Qc)lbuc;9?r*LNC}0AWjJoAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5*3R$$YnO+S9?vvK3b-j1_$U{62&^l0qA_{A?uZ|H5|
zpxGl-AA0Da(MrAi^2-s`JFN2Ji!Y8w{<EL`tixf%bv<16i1|MD*khxWdhWUBBC2;-
zW&Qf~qmi#!v!=sg#C455&P^=>1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZU~mHe^q$B45U3?k
z`ysz%t6%#eP)nfpL-y;>{pfRk2uz4T{r5u+0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0>7>m6m&CzAW-|YsTCA-Gl3vb|1%*$LDM7<1nR#ZY7ihmfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oR7LwY_R>f!eQ)03?CB0<|A9`-|FM
zb%F%yzaMH4AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UkQc3;mbAra
z?boJmR?z(fYCmN1q7#&sw8d!s_hTYzEMB~L?pvRmZn|kA=4_G#2oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+0D(FJ(vJk{3e<VNetWO<BZ0aCwI4EhQF+k`5~%xr
ztXsG4$}6ut`skw<En2kQcH1pjuwb8k_F1xI$+Bh3R;^m~$Rm%`ZLpvBzw2G^+Ul*(
z>eZ|JIY^@-K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PF8}P&X^+egd^0
z*Sc9j_Y<i7kjaZqP+HRdqP5<SkO<von{D38QI`BOY{^-x!QS31FWTFsF)#uI2oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkLHCj!!s1nLUZesrZD3Dgy+{gBCv%8O2r
z!0g|TyY9NHBq2JrNM3aIp6(<-fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2n<@FZdTC!1ZqF<b+dx*Cs6w#lNX(!w50t-Xa9a2aKHgsIP}OPkNoLRfBME7Z*1PY
z`IT2*x#ymH&N}O?a8+J(_MYw}K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBaTK>CqDU4hyUy!0c1x&pNyGI>#X(Fqcm<@@p4Yp-Qt(QxpqU;S!&#pj=Y{_L~Q
zE|iB%>Am;fd)Z}|9eeDt;Y;4<&6_uW{`~j6=RHf8F1_x$>o#uOShzo&?zPumA$L0Z
z+;r1Tp@l21xZ==558ZzI?ce?GcQ0SQeBHWrqgqcq@x-S;{pmgS*dtsDH(Y)7)tfeL
zDm1uw@#41{n;TjSH>_H<>O&v;(1HaEcHVjCQ%*VMzWeSgR0*due;@sZ4I9GXPd@qN
zJ@?!*%xJgWc01;nV^*$Qxqkin=}jpiK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PF|!K;5jM`w7&35$a|I-A|zQLnbdeL1{_*i_Y@>c<#C9@_Es)r|2vzo__l2
z`HF?(5ZZj;fd>jr?Y{f&*=-kHbkY9%@1LEH4tCjPmuH@N=KAZeFO-MV4}9PQg~(_=
z`FZih7l&Bs^ja5Oa6w@V`C6-2ug+h+_10U%u%|Z?N_N;`hg)vBC4aMH0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!Cuw3P?W^s4GzWU66hxP*<S#LnbdOFFHX2
zvwS~ZfBp4*Lh{Tr&s@89?QH7KoEHskhU{fwTh4r5G~a3dIBe;eKg}P1;~U?|4=kVj
z%->cxo}pGgFM9LMHy0{SKmFeKzLy_>V*&&S5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7e?SPIn53c8;_?H8eLR?z(fYCmN1q7#&sw7=-=-;X6rmK3s)2OoU!vSrJ{
zH?u$b=%brAZ!T@>!V53F^2#fJ{_~%QP-wU(e8S$OcieGDev8iVP44-+g}msw=bro8
zYp;dCYWTAI!T`b-(1&lUf9a){4msqI>{8f4G~ZewFZ%J1e>~hDhVl60kMFnNep#)s
zHE8G}tC+8q<we8D!x!IYRl?q<FTVI<XzJycU%vFxOSAGFcieH~#*JB14hRq+K!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pkV<{m0NT9Aj?H57%kw9I6+7Fq$sJ!R|
z3C#Zec>3w5=g*&?r6LOlJMFa7iWMt1Y}hc%2EX*BFJ	a>^<BTKT-_o_p>Y0-2+$
z4?g%{RwW#qc;bm!t#5tnTiK;KbLM1K!VUT4=b}Z6^50hf<daWkwZg$|x80UCn6H)P
zMX$N$n(Y4Lk3T-Ud312#fd^(+eJgzd$0-2<1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAJegbu~g6=0!`z@%O6?8v=+7Fq$=me!D?JrvE{doTQ=R-;}OGQpUSh#Ru
z*mASb=3|dNcF84|9Cg%Dd+f2tym|BH{`M16omus;&u6|$J}-LSdFN%9Ld#i|aB#y7
zH)NOAtXY%46gC~rF6EP-=bwLmRz5n&_qBZa^6YB9R+bkn%zZSG?9coFKL7d8XH7XE
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PF|!fb=7Qx&pOd1nEZtbp>ia
zWb&f&q7x)g|NZ!N$ZdwK<|jV!iF~LsOG}<~(n<L?!?($2m#PjzJNYX44Cks<tFlY4
zzWQpug|OXdc4?M*(QB{0Hmfo^2-}2aZ7yB9G`pIgT9y~xd+)uon`b^a?X=UfrW_C;
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1jbUJZdTC!1Zuwsb+dx*Cs6w#
zlNX(!w50t->%SjUYP|gN%OTRa!wx&-^OM>3o;TlobH2Rlc!s>_jW^zy^|yZg`g{wI
zKKf{O>Bm3*asE;^fN(=T`8ho=dcp}OWED?6_0+7ve65JQXuheeO$P)B5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7csfpHR$ek4#=p!V}G{Yap$K<$T2UQ}Lmf&}Wn
zA0;(H4l_$#hJ%-0dTDgivBw^pm50qaA9>`FEXlcY<;v{R40+Kks~H+>o)`VQzx%tw
z==a=n&ukd^tEG9-e7N+23oa-$<&*#c0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyFi`?^vx4p?Q2Pa`n-z3Ff!Yt5yyyg_CG9Ud%lBi`rcIyv)Tf?#=9$v_Z@THG
zEOi+UHg4QFx^1t$_R7kyx#pUD-J_2_I=hrCFS^GbdxVK(!+84Xr?WAHgIjOCHM>-r
z7rpYzE3^A|*=3h(nprIe1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=EX
z5s-c)P*<S#+adi(psqmehfH2nUUY&4X8C@EnB^!cdE9Zwg>RXE_St7g!OM`D{Lzno
z^n1Veds&e3;DZm&+Wg=LKbS9n;e{8%rFHApEnmJoD-Q?B@}i-yv(G;Jl~-N~!}#Sd
zfBDCM{Kwfaw%>mH4I4IOBQMR1hLO*mJ2$KHr+@mV4?XnI$RYe0u0HU<16N&j)e%P=
z@%rnpXH7XEK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PF|!K;5jM`w7&3
z5$a|I-A|zQLnbdeL1{_*i_Y@>$nv6DTC(ck&O7hS+WhKQzgl%$zC2}KG~aLj`0A^#
z&W0ThO7o(j{JQI|%h#$pmKV)qIwnAX009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjZZQb78VKwW{_FM{+Vfw}^<A2NASdC>_HnC1Hs@}l$R&8vz>X61!1oe#CbW}Dg7
z?BJk-4m$t*^Rv@rdC`CPhkrQmzyq^>vx9TaIcM|c&3THdylA**_3G6-?65;txAZ_>
zG>_?+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Ex5=x>-T@6R7<n)XfUI
zpFr)0OkQ+?(vtQUo&Ea}!k^*m*T4MbFMsS~9}9ucU3cAe&YU^hY_m;>Rvv%+@!@;e
z!xyqoZ!OeXwQAL${K=nex7~IjW_kGGhkxZOUwQM*H$!2Tv`m&44N=d~^~#ki!!W`Z
z(1-DyaKZ_9-+lM=Vb72k4L65xuD|~J>rXl5lyF-R2ua$73m1m3r(d>g*|)#_?H68n
zVS0l~2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009DHCLsMtpsqmeS3vra
zKwW{_51G8Eyyyf8)PFw)R%7Pm=fEaoxC96gAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5;&-U!sq3c8;_?T5E+R?z(fYCmN1q7#&sw7+Qm_hVo+<V6RzV1`S8009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF3`9Wskw9I6+K;yMBZ0aCwI4EhQF+k`
z5~%-v46KH{=)e}ta0w6~K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0yPEXMQeh&od5v>1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyFfajm(Sa?P;SwM~fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zm{DN)^5t{q&Rwx$#f*2kNPqwV0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UATU&c3of`|tF5-W_~MIGPT-}NUb^FsJ1)BDqC*coG^AC-=U@KiUuGV_
zn{U4P@BjYqOO`CzamO8Z+G(fbk3asFTW;CBdGpM*TqQt&009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oOl07k%Q1CqhEC@cH5wzc|BMy!z^^2OoTJ
zp-MPC_Sj=LZrnISMVAN=AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjZl=S81<^2x&vJM5qS>7VYr^Uiha*6p|7ej)ieLtZp&BKpA(elXm#>#n=r
zb=O^CqtTENz4g{xx8HvIP<X}}XIMl61PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5;&83fYjMGJ%3fB*ew&WqlC_ub)!@OkvnNAq>F@~~lPzT7bZ
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7dXUSNj2XxIpJ
z*|KH(?z`{2dGi)6T6EfJr~UAUKg`$7ABXhji6@@8(@r}rSg>Hpk|oz(d+nx8o0czM
zK6mciFMQz(`8x~8Z<`lA`Q(#BSoFgm{&1mUI6dHi1Hz^A&p&_qB_#w15FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009CcfvUXd6<1vGn>{_JeNH;*
zq&MDpqoDV<fBU!7Zrtj~Bai&6zxu0Ce%WQ074FZU&YTwwUq&C&s-ck^Z@e*IYjhmG
z#XelxXP<qhUs6JV009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAJ5-81!-get<qx|RDXP^D-v(JXm=KA&PSFT(+XU?2Z{?~u~*Ll6wt5=V1{>Oj(
z$F*zMhMQl0`Q@;u=%_IK*(5Le{PWL`+Ii%WNAjJHj_<hRj?vZW5!UH9D<MFD009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72u!BH^t@;Yd@fwLFyt`L
zI_s>0$$$Rme~$8*k3atS=u-I7`CWJ2H56Wa@x_IkFTecq(alZrq7Og(@Tidx94)jT
zPD6-vboIp-Uz~nb2>}8G2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fk)0@XKHR
z^2fQ)nl)=mZ&OHs009C72oNAJHUiW0q7Od!;0zJXefQlrTwSqZ#Yo^MKl#b%=GR_(
ztzZ)N{M>H4?ZVY2dC~jsyKmI~E3dp#Xg{1j_0&_NtH1cgFQ#8rk{4LKc=6n~J~!QT
zQ~r`;0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBnAG=cC-<k2tOM}N+rKR++9
z)os7tQa|}-$Nu>LeD)?k1ZoM?eJN@+-nX0I{PM>K`qMYbTH~qvjD`DaweMyEgBFN*
zL9!}8*?*r7f3jiJJ(!*sUA1ae_}k##d+%M^RM<x}Ts`KPV@6lM@r`eU)58ustn}vN
zjyo<~O^_FT^2sMl2QZt$b?eq$dF7QyAAR(qMT<hfb-{uK`|PvNk|j%)En5~S!WO2p
zX{7)6yz5=>3TrX?tX{pk{{uEc0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBnA
zrNCWx-F3tfNBmKp&zw1P-ufN#Z~hs6U7qi2ONB*4I}`O8bY{ljI}xb+f^;&-E!F8j
z!=ho>TS}mlcIrN3;r>p>sZ#=-2t>RfS(OgMqM_?-7<CV(=S45M<dX1L!4pn6p|q*%
zufINA&C;Z!_~;pDoKbr7x#yl6Zf=qnedwWwLJQ$D^Y_ue@WKnF19;oQkO<von{7s2
zl>QmE<b2yk262PD=pdHKAPEp4K!5-N0t5&UAV7cs0RjXF5FkK+009C72oN9;A#lhc
zhm`)xd-jEeyy*3hKDDKOBBrwitNhoN`^;ukon&2fI%t8}JXiU920htL-}&r7e+JE-
ze|~0pJm~ovJb_vQvwSH^ZyTGu=qLjE;SYbfbecEZa6|a}WC$OQuFjkn4O?`Eo15fC
zLriq^*Vmu^^rzFubLX9Rj;_A(#v9YGzHLeP53EMjXZTZI^lcg4K!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk-3o+FpJw>Q_iQfx&hPwAehOPEEE?L$H=F)=%f&_i
zYc_+gl~HjsfgmuO=PG~CpwR{z77fE5G<*K}ndR}I=WFl;Y6;Bpr6|2^Z1SR`ub5xF
zcyZ}8SFBhO{w5i|y?u1`>tFwRIDOyy-dB2a*rYUEZITz=ym@o@kC;LuH{De7Kav0X
zum2h@W#QG*G0aeSzySw@>Z8w*M;;j>sUde7dVJ-TSMIszp0mz6D_oKnodM7#0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBo5gFu!S4cj_}U;5AHv;Fqlzx50A-~2Ot
zJ$-&6W0M!n&#~cg-lyugRz}6m1cE@-vs6_+XtX!K`H6x444S>_S(>4I(DOBT0<{EY
zcoE+A(%9rh*Q{AH`a9CvwQHx(dX%vY+lr1ZJ@CK-qnkHu*ig9n%{SkiH*a3J+9WR;
z+C1^Z6GI~>pL}wm{cw8FK?j9PpZnbBreAv7lGk2)Z8Y-HpTGLmuclWCyPKYU_SuE<
zkSV?Q-h0EOjy?9+5LFFxoIij5d*1V&rAwDycinXxH*PH4A5Qn$Yp;+y9eqOZHMDTW
z6;~X3=%L}S-|v3+yO%FtzHZ&RQLQJQc;eHa{`4Mu>=7=78?L_k>P?$A6&egt-nSZ?
z8(IrDtXj3|Lm&Fkf&~k9-g)O!PC4bi`|c}L38yoEAAMN9F!+GH=bn3p8SS>)ZpR#R
z%*vH3*RNkcy(uLG2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FpSifh;e2^UXKU
za$q0-_{a0VG!Mu5it?fboPtl@Dt}xnqvB=)K_LJ9%;tE|Xafz4hG7qyeKyZk;hsUy
z*Wd}%5-2?UwNA$-FB<ZPAubsHs`Hu8e5N4q{qKK&^f#hMAANLmDcl?~ilOieU-&}d
z=Buu{YIJkMyyzWw+%ak=WGVAqgwW=wJR3~@>f0Va_uO-%>Z3oyo}zDCWpu;or=Om$
zSU3)$&5)rjG`0KgyJxpubkRlo@4tU`Iy%^8mtCHD=9%lSzrIi&PCxL04-_J!`Q&E^
z?uJ<D^ja5Oa6w@V`C6-2ug+h+_10U%u%|Z?N_N;`hg)vBC4aMH0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBo5n?OWfG<^AH*iP!b?|pCf%i{c`wz}=tTk0p@?ARaI
z%BZ-RKoF?=QVbgH%^N>8(4RrG*L}vq{ezyb!4s$@5b=U!RUZ7KcX#-c4WsTs2o{FF
z`(^uuj;eq6yWbuCh47qn&Ux|07enFeufHDlpA6ethVnDdJTu?Rwbx!dx;f-RN2$xO
zDP`C{b5t1qY?v1fe@8v!kV8T{3l}cD|Ni^KX~<9Be*5hq$`}ei`q7W(2Q&NQFr#dQ
z;UG+^bU)SU4bGew4NZmYWno*+d|ou)Y5sVW(ao1+$Kjg-^25j{KeKzLAIwlIpBD}P
zaoO~`g_7@m?|b<HI3_@V009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csfnEtj<V8p0
z4?8%$^PTSuza!pu+imkR+EQWB(9T4CYGqX1Odtr<eL)6|HqfwW81|sq>po-Q{z1>z
z;0e?ch<HJ=DjkMJL)Y0b>K>HlMMES1{LlYf2n~)-k2~(T>0h}Xb|RgAbJ!Sjw0-^b
ztw;0UsGe2KzGHp*{o(7{r|-!bDjs>{ks<b3cgorQOO`CjdLJDeeDJ}`mMsg(*sy15
z2&QIt<_|8s@WLyvyz=Ki|9J?7hI_&%q-4Wiq4QgGhHrAuS1II0&pr3t*Is)qj68hV
zePICM3+ThQ)xY%8OQVSF=xW$OG~ZewFB*`;{b3l7KmPcB`|X!C81l4voP4b;FB(Q3
zzW6??681g~@!-(Z%P+rt>7|!u<vZ@U<Mc((56LkB0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PF8}5S<qdV}AD8XAeB^z-_kKCO`hM`9Avmq!Jw0%BZ-RKoF?=SPmL(
z^V)9=^k>lQb)T_t|Dfk<@C0fJM7$tbl`+eUhIxg|<Yzzo*?soeXU?2CVfV{ZPB|rf
zAAL68!od%I@PlKIJ$C;5`5}LJ_~D0#z+~73^sKYa3Yo*NeeG+7oAcSlER>iXl<r3w
zQj}l+`qz&*;)r?k=7nC4Ip&yefBV~oFKRFJ^0uc>KmBxQD(km!u+vUEtyr;Q!-frS
z+s^2QFMa7tSqs4`Un`#%-E+@9Lm+c>^}z=p%<g6Hh!btM#pKeJi^Z{Ie?IhP>XQ
zMT_zXPd@o%Rx2FbcH3=PgZWxnUi6x4uF38{{`ljwn@0!X{}E(YeJgzd$0-2<1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C7`XkUJFB)bMf&p7^y>)&%@}hZ-*&o-+sJNLx
z5SabbHM(=qXafz4hG7qyz3wv>?jQ7g4W2+Pfru9*t1{5MXg2;f4nj6E1P*`nqaU@=
z_!epN`RAVxDa|YuIsIVa!i8bW%|c&~J@(iomt1nxQAh2u#~vZSI@%dEq&l<eVV}=@
zm3&_Gyz|b>E`^q}D&gRU8*a!hty!}se<{RevrGBp=lSQKpOude@_j8|zC62{ua)IR
z3v<u5cpV+&2k`mNe?Du<0RaL82oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF^h%&f
zUNme{H2Qsaen#@5d5zg0*UG54nLrSj{nItNbI@q=qMa;X-DfP^-^n<2N}v;gh!-TQ
zA}^Xzj1Ip0-S39LVc4?1|6gSua+@Km`H4?_A|I;E(vl~gbW(n5;oIc1OH~J<oqUyi
zhI7@bRoSIiUwt*-LfCFJyEMzZ=(X2gn^hSdgl$5zHkU44nqAFLEz65$|Cb@FQgv|J
zX{TjPIUqoQ009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csfnEt@zx=)V=9}vdEbL!2
z`b}}Z;@IRxt9}U{QJ(jyI_@OvqSHYOR6R>o<%6E==5_yfpg)6VuX>hdC?E8E4W2+P
zff-(ex4ksUdC`x4^#8GUKhRPXci#WyUM^lBD2Sp&7uGB$ii#MBMhyfbYgl+(7DVI!
zqXvxYB2ipLiN?q=#7BY(QPCJ#MKl6QK-Bo>A@byh@eesB!6*@<0TmHNyh6woE|>B5
zee9D;+1=GsJ<~JQHS?a+$5Xeuy6fAouJ(*)KF*x=^wUpo-MUqNHeFuwrJc9kc3bfO
zAI+FCqbOaj2K@D}f0amQw{G3^H;3x$J>{*n-fwCr<VBY*U8=6PwY610!@70r)UKCa
zdP(1<3XlPM@-vzj9XD>AI`HhX&sHbYk18QAs-H@olLi6^Ab<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_0Kpq6j$&223=bgc)%=(3p7ge9UtA_4lYNyJmFc<+5Fs&t1
zzt?D<hDD`puh~s&DWTu%>!o-EQVAqH2t{}O`MAR!Zbi$h=zy+WyQ()xdgJudPj7E;
zujtejI=SR9^$XduWlJ#8=+UE9zr5dm?X}lbl5_t2`D#}}UQ}f@<%H$uMW;=h77{q{
zzynno`rg>Qs2(o8?z-zjr{Yfp5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z00A!q%E^mPoH#M~lv%&h-Ijlx)ux}e`fc?Adif2T;!|Z*7>s}j*sLpkjMr%V9=(&>
zr>`H&wv#%U6agm!mJdbjFo$7LnL4(ls&#JMxN+93S;K}6>)yS)e68r`KKHrt<HtY$
z{PR^SpoEEb?b>zerI)_@?z^$aKJv&T`g_H;wzgoHT$<{?@4ox=V^2EiB(<w*dC|Uo
z`^tr=GUP_68l>^7U;Rq$ip`7OefQmJ{N8)-tu9j?MFRl@5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0ApZj7MNRieeI{Oh!!(87?<DKOq+Sc?>&K?;^~I7Gb#nV`
z)>UYXlRB9c0Ve{X#h>cWdd`ccg38HYiCG5k2FHvUBfm2L-h1x_!Ar?ZzVN~ey?ggo
z?-h?e`e;@2@y8#p_kZxg2eNDH)~(lHf4%CLM%D77GMD_XUfZ^9lQQ0U=bfXDI!cw%
zrAwFX+qbLAWAma?c~eu9I^={CPI&dzR|5z6r|f<C<(Kcd=bjT!JaNa49qLpx5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009JYC6IYuv<kmR|M~$_vf2{vh5A6e
z{6@koYL}C&3zK>+pcap1!|RJBFY4s>SuQPon3Fo06agm!`pQq+CNG*+%<XuU7cKgp
z@Y!ddRi!@gzyn3c%YbU;MNRe0n>SCDEsfZ`sPr#hyx4RGy`Q|Oj!7E<1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009IL$dy3Jc~SZ3e8PkY!KcIe6_FR!KQWK`=vI2$
zN!Eo)y%x~dk4@X_izP4W<o4ODtI!xHbuuXeP6R@WKh>Y)MN@G(A1rTro12@XZ}37r
zp&y->qvXprLu2I6!Gi~X?|a`<{Z-40PM<z~(4awTUe%Z~WlEt?(2-4fQ5o~_!w+}s
z)=eE7+aNEhW70+d0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**awSk&Ui6JO
z-uUN#{%7?Wv3^BW$cyUJRj#eBuKb2gkxsHMOzO3O&AQUZczv<tMV;I}ef?Oroz%&s
z2sjb2d?;dvkr$0+$#bWKKjr7w=gysb-g)Oq;Imh+UJVTmjg5^GtsFacto#nU{2+U@
zemQF4!i7VI4C&OVlf*2C4<CN-z4x}aw@asbds(%-s6;(w>iP5MOBwP5^it2bapP95
zTp2ApAulR}<(KQ1ELn2K8E42a5s)P9{`>DQKTkh(>eOHU@|Pcc@Imy1^dNu$0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*sr<V2vfyy)!Nv(?Ak($KGkyr?b{v~?d-
z+ey}iNxc>@ttC^x*B47()XD8Lt)+y1Cv`F@0!{=H9)zO1$cq*wVn8MW$;r=5rr;z9
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000JHfl$IC0@x~kVRHS~r<VAHE
z@}f>MJasau{@mHLy=EaV>g4v>tgFx%Cv`F@0!{=%i$B$$uMZpOa7$GxgS{3YFY5K}
zqj&@mKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q2i~uzvmeCu;O1zaSZ88s+-z
zdC7}LL!k*hHn2{zE==mRfX%wn$9R3Q<VBs_K7IXIww=_;qzE_>uzV<DhdB(3%G9wX
z(OHuM<V9=pwsKJjAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg^bQGpj<e6hK?
zIUx;L8@qn~^Pk%@k{3;N(`{g#WL=olYXO^erH}FYV#$j-xqbTjv1~i3lSvV9B4GJY
z#111b8p}dw<^tqJGbiPQ2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagQ1b$_
zX3a_!4)k>J9e3Pee=Et0rn<{EuuifrOzO3O&AQUZczv<tMV;I}ef?Oroz%&s2sjb2
zd?;dvkr$0+p)+#<@}ilOazX?UKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q4is
zftzo>IS2=K>C)w(ntL@hH3e7q_~Vb;-%7W6(bo@{lGT=Q$*B^d$%7MSQM;UEU6|Bs
z0kwE68(v>5c~K{~&vI$$!<^K~qzE_>&{uxiHhIysVvI)s0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I~?h0xB;$di3b(%vjA?Bmf&^9iMpO3Hy1;izWv|Lwjvt
zon&2@)N28ob)}E-`eMn8I=OxN`mt;~sgp?&a3Wy&P{a-+FB;22Cjtl{fB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0?q}<i$-q&dC^cJH2KdcV6?|c)`dyE7KpB*
z<Q}gtmb|Ew+n2neV)r_!lSvV9A`trsSaz;Gagf8!vPgy@fB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg^bhXUk9-+%x8?|=XMmuat|Lx%<l$*x_ycIePSUlmK%
zZOCfVPh0(Vas)KhUYp{bWL=olYXO^erH}FYV#$j-xqbTjv1~i3lSvV9B4GJY#13;9
z7L}=EOQI721Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**M1Z{L$tRy|
zibwY7(W9}kQC}xng+=8&`f01*HeGTF{Wirr$+|G9*8(={N+09(#gZ3wa{Ki4W7&36
zCzB%JM8NW)h#f{=G?pcwomanbb=9_f3Q!dS2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagP*(!vMGrmn(1eg=mo8oO^*~-UYNh*_+D@`AOzO3OX)T%hy}sB&%LATn
zUbCClQbNDi*GusTq!LJY5Q^?1FIto+KLe^37L|$ebJbLW00IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2-K|rc~O-Y9XWF3e|_>g_Sj=pDw6LPRTQR%&9jp#qrzYW
zM8IZU>0`V`^E50fWqZx8uOG{{*Vjw&2&59Qd?;dvkr$0+$!8~d(R|()szLw(1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IlBtTwN<wYNU_~8Kg#v5<cvyr;|x(`0c
zYST|!{kDFAWwvdKPnA(&FajcAv##_pUZas0b#nXk^<&v~QYVul;6%Xkp@<zuUNn{^
zpPl4I^LbyW3IPNVKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q4i@0C`dJqU1%L
zL~)ojSs?Ad@siJ$^S$Ino!p?bYfQ#Fsgp?&a3WB`1ELOj^M4)Xa8qT_un{0HYNNy$
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILK%iy>$cv`Ri!NEWA*;>p5-Kwz
zsvmB1Ax^R`OzO3O&AQUZczv<tMV;I}ef?Oroz%&s2sjb2d?;dvISh-+)UhSeX%ZkW
zYLcNJ0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5U5E3@}lHL_3&p2ZJX!9
zN!Eo)y%w-pSNa&QFP6NhliR1SAIr9rI++v!CjyoaMeH#0qOmOb>?ALm&-+4E2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfIx)=$cvH}Eg>VSA7ZmIon&2@)N28o
zb)}E-`eMn8I=OxN`mt;~sgp?&a3Wy&P{a-+FB;2|&rb59`MfVwg#ZEwAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0ti${fV?PqQ9b-wLfd9#I?1{)sn-HF>q;Nv^~I7G
zb#nXk^<&v~QYVul;6%Xkp@<zuUNn{^pPluS7o9L+LQ_-I{Q2`OZ$#ShmZxPH0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAmCPjyeN6m5;CItAvO!xN!Eo)y%w-p
zSNa&QFP6NhliR1SAIr9rI++v!CjyoaMeH#0qOmOb?95?a^wn2ioi=US@ZrOI^ytyt
z+}yu^{|hg?aM`kD?d|R57@mLr`SSL4-n@C1CrLZr^0W*?009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1l$Uc7memcXU&>r%0n($w;`*|?S0oTu*|m2g*eH&Fsau9
zHtR|s<MqXo7j<&`^z~!ec2XykBH%>8@}Y<wwtmbp4!78n=rjrBDlfWe(<X_Dn%<Z8
z>C<P$iWQ~{DcYYl|Cx4t(E=EN00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2;@P4yl6Bpx_0f_{r1~WeOj&GrmVuEavuG()o-h-E5Bh=ypya8lX@*+v##_pUSDis
z^L?IfUbE}#$FlA9^-??nsRS$^ir8Te!=f^EY)N#Q1oD#?eeJc^x^(Fx?@POO?K)@9
zob~J1x3#qu3WaUkwmtLAGb2Wf2;Q>p*s;TOEy?|9^Pg$QC(q7a1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKp-aq<VB--QMom5zx}ofQtEe#yr^PP4c*7oPL)w%
zFajcAT1%#WuhBdWi%QvEvzyjZLciD7OYsP#5=eLuitZvWT9hb119FlV-M)SM-h1yY
z?=1%n8nkum)>xlKix$ZM@}jXgbRvKN0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*uP0(FuXJ?yZ<h8SMKcNxhC&<{WSutM9oabs*AvI=?8*AJMI)ut{d+E7<lej|GF
zXiut)3WE_4f#@nq?(rIpyr`4gm%O54_d2PQNfB@&5c>#Nc9Ivhgv!IPoa9BPO`9g~
zNSm6PT3T8XSe|?CIh7ZcuO3~sYSs1EUq5u{(4IYe%KQ0&0|#Dt<&|%|@kZ<!)c1wT
z*Ova|CqFsigcG`T>n1-aFk!-k*I$1<dPu7AX^RP_Te))Osi&UWqeqYK-Mfz(HA(`p
zyLRo8D-ws<vu8(3YHe-3=bn4M{`IfRcqv{k;r{#Y-??*VbR<0pAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_0fJvaX^P->s{O9fSkh5mZQcC1S?cEewLc>Ycg-N{@
zNLWs>yS%<w@}f>|U+h9k?sQTolOo_mAo*EH-b-FI*(X<f^N<&9Z*Q01pqF=^5|y;a
zS-5ba>CNigxpSlE3G$y)r%oL(U_kUh$!dlUNi{xgF*4UR*IW}VL$aV3UU;GO-*U?>
zp?ZG*``=5lG<wJvzVL<3n>U9B^CtobAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg^r5~%IG==kyDqo1pqdhWgVUZq4{)T9*cS7-?hCs`LJ^;#fdImPbs`eMn8I=OwZ
z3n{tNNu5lJfD?h_XCZkndC_E_T<y(6UUc>9)xq1#HEY(`<2?4*V>jM-<14ScBHy|x
zU+*d3%=zxS@7{FNO~I+6Ul|(YKV@%2L&JUd-4`77-h1x_`Aq4TQ|Ys(8lScp`B8(Q
z&L8~X2Ooa;q16A^zy4LeQ#9z5e}?j+>(;H4vZepD(@y)#U;ZKqTe)6o9Dn@r(kTg8
zIfGt2Z3GZN009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5J12rP}_OY?c296UAk0)
zpb4-2_uoJGa9004`c0cQ1)cIwovsSMN3Ty;xwg8x@*6fqI?1{)sn-HF>q;Nv^~I7G
zb#nXk^<&v~QYVul;6%Xkp@<zuUNn{^pPhNgi$3(wL&4io$#9mhbnC6R%GoAOniM*f
z%6~rk=%b-s=bUqn93sDKulJ`NuOF-0vBgN#vsbTPGUJRHGt|hS@#7!=IG_mSMUOr9
zSm~cIVM1uU1V{V#?=QQac;boBF8)LS0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**Vg+hDFB*Hvq0U1OJv8`aR?mydxAYu#*kM7xKAya2V50w1_c67dWL=olYXQ?*
zGWC0XvE)Ua+&<G<O6Ye|CzB%JL?GcoD7tIIH@@O<D_R}{bb&nNMQ^+9w&+`Ky~tGU
z_3PKm+4}bF8#*e;fA;CqC;C;KZ@u+aP(Vvdi#jUpcy*xOh%M$%fBI7}-A5mNqz{(%
z&Ye3ub?PL0^}J|s66xHsWlLzh{3-EQ*>%b(r$l$rg8%{uAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1uf7XtF@ffrqL(HXp|CGf>BelhsSa^%R7UaXMJi;T^S$}GSB^{)dN
zea0%}MPEN)N>-a*d8i#+S|<MtojLYTCs`LJ^;#fyAtiKreX-<4o!q{J<z(9Bq)sM9
zz=?qADX{5x7#5YOZ7O7p639bdH24xuc~h#YvTVrrk<ObpZ}jNVk^+^OWz#3G#>U3r
z{cR{08stB(xZ;Y~lXvUZO^#Z*a;4gvcD#Kt3l=PpxsE&TI5n5v7&B&!?A7z4@>>bg
zbNJzh>%&z0%{Skay*+#OR6R5hKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q75`
zVA!x>@|hQ}>I?Mi*Uzt|l2x^)yy&yfJ{#NxeIoLr(UqzDnA%RVE==mRfN3q6`n|qb
z@}f>|pJ^>6^gF4ONfB@&knkWB-9=usC{ca}<RLG*c=6)k?Pc`)HWQ%MtXUI;Jfm+-
zgC6<Wcm41n|0zHCu6L^T(MKOGM=e>hMD?T^pQ;%78G4y3`s4D!)K^}4rR>%7qBq@i
zQ*cFHx^!v&<R#(QqWM^LAv6#`009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5XiZ}
z=RWtj;1e<aS!IDk4ml*}YokKtnew9VzyE%R4jtq!=<`+~FRD*hxps!D%ce*tSr;bt
zTEJ#q>0`XUSn{GyZlAt>EZa`%WKsm22v|N8vBSuV#<JwIGY@&umtTH4cwhSJtFKxr
zwYRtLz4zX7)QAxy{_uxCY~8w5(xJf@if-JvF*sXnUi7ZJ?uwn_m}8ESqa?Yi_6B)T
zoAGIjNzRK-ojO%2(et9g_~4=v{u#Pnbs;nmKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q5u%fXa)Wciwr|^Qydn{0x2Y$>T{Uos{#nQK9loc~O~e&pr1P9DQE$qS4Q(
zbstmPN!Eo)y%sR7B~!oG7fW8$$?Y?(rG$PbbuuXeP6QGjgrd91ixwry&wxDSMR)Gp
zDc_nY?=Ww;;RZ{Y7hZTl#`o&gOR}1wL;n2dKL>ACL;1-d|2bvKl+gI#&pr0oLymg>
z`RCPM`|)XudGNspWv-z^hpM^s#<+3gWUrnVU9@PC^wjNtsp&Yh5kLR|1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R(DNK;=c3En8NT7nrw;y7}gt<s(RWjUGKZZ?#pYo`k$;
zpFVv=MlWNx<sWCY>8I7(uOBcat4%+x+qRRe3zK>+kaop-eX-<4o!q{(YfQ#Fsgp?&
za3WB`1ELNgFRCc=-^fE=RFtm1`f7R0Ex)n8Wy_WXG)ZQ*wYABBU;N@1GX9iPPKge_
z^UgbEm%L*0qJ8`J4Zem{Kk)6h-wqDhym_<g5Avcm<I@(SzE5@g_U&rApds<sAUdn(
zMPGmYbtzA9f@=>Q!k-8rfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2>32QUbM=0
zki2LpFZ$9;FD?1|Yt*Pw9Xoc^??_f*Q8|z4l~q_&&SRRQ`u$F_E==mRK-yL6^~I7G
zb#nXCt}z+!q)sM9z==Q!4~RNs<Jn(zxT!K|*a+k#FWTDL+P!;sNkz)<!f)HQEw=JU
zAAM8??AWnG_AXz(T-v>R_YQ?Z<%j8mZwi&Yp<O}#Q~IBL^2yNo$B!Q`{W7)QZ$Cb5
zF;ZC1o;_v8*|TTsGfMlOd+w2bdFgpk=^r?7pmbh)?X{ut{D}Yp2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_0Kn)0x7p?M5BrmGxMIU+OkxxFP{l`C=nws=G!tc@lgXZro
z-N)2+l67HHuLVqN$<*)l#TM4y?CIt;yJ;;Y^m~216puhEfrJO4=q`t0QJK1Ec?{46
za*`L7lH^-A<tsGh-K7La=gytGapT4y@F`!y`Mcl!?$lFH4c>SLc~QxQ27gYPH0k~K
z-<QMXN9~_`?m787(7(SwHReSd8ygocTo|0ErKRQ4OD_!$dGW;;bs3cxEjqr0VuGKT
zmw6=@8suXoF?-itcd6n-dC|3N*ETdX$lkNhK6}lYHFB|1s(ewZ94lqtaKjBtmoC+d
zr;Pvt2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0fJXx4MXP+X$cyTE(MvA5M14>j
zG`e)@qTdnnq9GsoQ};2oQ)N^bjDQH3){?2;Ycx;8qEfck?54Gp(C_v2Qal2w1QH&E
zqPxh87A4Bhfc)e|#bm>V4MT<uiN4hgdiLLc|EHdMO3~eY_ubKv@?-AFzej)h<(D6P
z@WIgo@4fe4b>^TE<V7vVr!7XNxa_jaqGb#lHZ1tE)96=^u3ELKSFc{`kRU#){+u^&
zUZ{TlL;wK<5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0;L7Xk93RlZZ?MfJR>d`VI8
z!K?gC<bVMK_T6`1`7~C)BUQ+YR_FKV)#uCQH*_CUJ5@%7!3c<eX)T%hy+$j%JJ-|A
zYj)FGO6d3cdMO@(R00VPLeX91MT-*UXF#s<qQWBInYnuP>T9mKMv{}=x^<K9_B`mI
zgCx57_~Vbax3`DfR<2w*cI;UB0ebm4fWd<Y%Te-OqnkEu3f|nt{vN&LD&-4HXU&>*
z+;PXr*O|&2{&UYgSH7_`bY}T8$cx&KPgP7X-EV&Lo6)03ckS9${`a)u!-vnGKVNFT
z=%S0H{-6Hzr_qw+J5hi3v!9I_GiJa2_7j;NJ$gvIR<2s6j^acQrw0K95I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~fqV*(7p?MrAup=(qVid@eD)fA#5`ie2>E$R`9aL;
z{~kSg(NuvJ2G^=U+J6&z?cixxRLb_6J?$Ek@m^mq#UqePpo9lR9YS7IQRKgox4dZn
z#VTFlfd?Ka|1t8y3olf9BF>Kh0tg_000IagfB*srAb<b@2q1s}0tg_000IagfIv<J
z$ct9_MvxaBIB;N)5jFi&zazUX|2V5nKW+8fri(41-=_Ff85IU2AObe)N+07j8hKGC
zw@+U`mTf0>GARO11S}tl*kR;FV_EXqNnSKp_vOhapOm-a^8c^3wYBA{Fp5C{0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILK%jC0<V7oI8+&H*qBCdCOb$uvZdrvz<vea*
z$(NjJug!%x$+|G9*8(={N+09(#gZ3wa{Ki4W7&36CzB%JM8NW)h#j`+{I5COVoRda
zBtTx&Bva}Bv(7r}>8GFGx^-*elh@|Wn{T`AwuXiVc@sWk#*9kO&iN5Q009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5Xg@JdC@B03-Y1@{?0q^tp4OBAKmIv$qpSl$e;Qh
zAup=?1Z~~N)OM0}VN$OJOl!&1@Abu!7j<&`Olv8j-$|WJihvV=ga@JME{9=JnYw6s
z4A2G0i|QKHY<KP2HTtGndQLz6^!E1lYF5Hr2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IcO6(BEKWq<ObI{2hXlk|^ngD?5f2P|2)A*)S4ZS~vwWtQ2tDc(ueg-N{@
zuvu677_Tpuyr`4gr>`H&wv#%U6agm!mJdbjF!G|YEcxstFY4;PY}~kU)~s2>h7If9
zy}SGuhx{k-`0?YPfBtz_^)N322q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000OQA
z$ct84p1i0I{^KA2SPxIir?-ubjrxGB!lH5>{j}9@>z7$(+opIYSr;btTEJ#q>0`XU
zSn{GyZlAt>EZa`%WKsm22v|N8vBSuV#<JwIle}m??+aBSfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2p~{D0^~)je6Pui>fnV!VgCI2XP$Ycicogy)JY#eUR24bhVEl(
zJIT5*sn-IgwPfn|`eF-j-R9}$HM?moCG>lJy%di?DuILtq3AC1qD6`FGl0Bke(nX8
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg^bp917Xt9;+di$=j8fBbP3hLnar
zfV`+K6SQ?7Q#(~gg~14jfN3q6`n^W;G%PA*d(CcIO9}m6UoXWYkV+uoK`6S5yl7FP
z{0ty3nxA_?B?usZ00IagfB*srAb<b@2q1s}0tg_000IagfB*sr)TaP>(JJ3}@}g1j
zx88cIxw%;dBlQ8~MHP!`=su=)s*DPQ5fA~>S~B%}jaGQ)E>AbF*-dLHq2KH4rFaBV
z2_!rSMR#q!@LwHnMayG=E<j#X*Px960tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*v37a%WMWpjslQTg%r1q&8T&*f{<q)GekyRSqdo0^*RJ3?Mm#Y9y@_c66oWmFi9
zfC!k@lBwToG*82#QnuIZrnQvN@AdUkJOZf%5*~!2yBvl^W$L2kF+dl%@z6J`w(0ZI
zMgRc>5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#d8@}gB<2@dn3x8Hud${gml
z(Wz4>{f<;2FZ%icQ?lCh%0um^vU`Qj9Q$Xgj0%Gh5P{f*l+ful+Mfn~!PBkf;t~FC
z3Cqc}%j;!E@d%_6Fg*n}{p3Y$lyWkrYGF~CC?}Up83-VN00IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAdo8o@}gC~9S-xN7hG^bZeyaVu-$jxUB4sbMWZ=W-N)2Ul~G|Z
z0wQ2qOQwFW(L4={O4<H~MWu4nT1x2mdYMr?0;vQN9)zO1$cq*w%Fh7uqWQTORDu8k
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0Kz$037p?Mr&qH4HkV6hR&Bd#C@7^jG
zYHD=s*ipYDHIo-LU2h5fx{s-yDx<<+1Vq5JmQ4L#qwRX^a<=LVnATE4zt_u*;t@zC
zknkWB-9=usC{ca}kQdF*y`T~V5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R-w(
zfV^mx?|UBdqE}vdW!kH5ZEd~el1u)zyjO<~9g4;yJ9qA^*G676DyI9G+Nm-s3`Rf%
zOl!&1?=@QWqms-h0;aW;(C_s!qj&^T2_!rSMR$=GElQN10pvyVb1$d_0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmdXI6d*5J<@@ewUUb&1S<&EP$vxe>ci-pJuRZtN
zGdNpgW21gYs*o4er>k7MWUJ_bHbth&s4y4-5wKZT`WUa#3h&(I>DK<>fBC!V>&LR~
z^)jP)1X2lDJ`}OT$cx6Z<g=5!Xg==?RUv=?0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagP(K3XMXP+TRbKR@lTK=@?rZ$`@j>{ogzp!<>Z+@v!Nm&o=y!y?XcSrZF||`=
zR2Yna2$<HAso!ffPs5^8w!dLfsob=d68gPfW)zP=DuILtq3Eubi$^%zik8O!U4Xo(
zu0b0C1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009K5FF;<j%H}FB8qEP#t>>bP
zE=qgVDlht#uYBdsQeVx@%{JGl*G676DyI9G+Nm-s3`Rf%Ol!&1?=_modC{epwtKso
z)>1;h*UOCJ5lAJF@E{c3<uEKNQx`3d0lENrQC)*J0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srR9}F+XqC-xzy0=T0<g+GU;EnE(q6U7i%ys@A?>kh{0%qU(7AKx
zq8F>iOM|><luP$9wNqtO7>s}jnAVc1-)l7TqE14mrnQvN@AWdHcmz@jBs>U3caaw@
zN|c`g<V9`n#r4-;-_+DJbLLE&!Hhuw0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmdVM0^~(gag{&#jW^yn;D7_7A;4<(TyVh!X)h#`yr@iCFuYc*Ska|R7eVOIp@Uu<
zdC};?(0xqpR2dZpBOn5%wPfn|8jZXtc~P$yFvZuTfazbhHvQy9ZIp5{#%*4-y}ey>
znD(z#t5!L2yY9N{<PGqQ88e*B&ZGz+fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2-LO!dC}_MU-_(dy^GhGXPy~^53juP%CuLVRbEt|cjwNX-~RTu4>{zJFMRUq*s-IO
zC;!yPkQXH{T9dh;9A1?E+}X5qcnS6;6}CU>>DGSVxBT5~)>UYX{XJzQ0=^4`7JsTg
z$&04qay!_0UNri~GNFgOsN2=T><A!$00IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zR6>BfXeCthc~1FS(clx|oa9A+{p(-HenPG5kr#~;={}~m@39%`ufBk3Et&eOUtxwb
zdKwm$vi%K<O68`tl+d5yP3Key<Xj-(K`6S5yl7FP{0wlL7mane;f5RJ-R6J+17i2m
zi2wo!Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0yQQ;UbMz;Xu{>>AuqaX*RDm2
z7Tx^G>zm*FW;6^bJ^Ce(7mX6>KBjigQ!$j6LjluTGWF;166{OzI4}D1N$uWlrnQvN
zZ+}l2iGc3{2@gWiU0W_2<!~!n9s_iN9OgykXW!-B=D>ji^*U)IfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1t!tqPDAt<^gly)Km(9W-drq?E70g9it}MG1LE&urfl
ze1%ac1KFulrxQ*%p;xb7($DYFhj5~Q+GzV8o1y;d3)rkHeN6Q$%y35XqE14m`ueeK
zXL!>&6#_XIuzV<DhdB(3%G9wX(P<L!B`+%P{F|DZR<2wby^yI>r^>E5bLQx~CQO(h
zo%83<-??+A{BzW(Q9XL}ke+qx*2yrnSN_Mb1q&9896552J@$|RW5<qt{`u$i^91ed
zufJZ7ojG%+zDu2?t*z}RKlzFLw?nsX-S*pWKk0w{_1E>0v=Kl60R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKp;VYyl4VWjqOr-(P#wGzUP=@jwy%b<daWMo@@8rch}F)
z_lrikbRSbY=cyRV%b|d2Et&drcnS6;weNb`*Uj567nOvnX)Pu6+uu`0BH+6~!h=wB
z7kSa5MEM!uOI}pIZdBfa#^yz*Oqn9PZoTzZUG@C)&zDY#k{)^Fk@|brwQJYPuwd`C
z*Iqkh$Pj&R(7yA|JM~jZ`?~9{lU?$~r+UAdV!(g_(UZvU7wCg&BY*$`2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_0fJuP7s7a>w`hWPtA4Wf2P1|$qvB#Dpqw=Et`}aTk
z=%b^v%Xf|H=O-^3CDMINZQo-v)L(r8(^@k1SHHpxXY@5JDlu2`qL)9C;Y#3C2;@h=
z^e<bRe)6I=N;w%*+j&uW*V?sf*M}Z@sI|4VP$($#AnGZ5<vT?mfBf-}KKe-ZZr;3k
z;>3x;8{L+c7ByHJ33*W&-_X!--+lK5Q@r=ydlz1KVQ`XHUU@}732g)rKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q3W7ATJurQj?wX1Cc-a(T^@E>Gh>AeJS`THum@E
z<;Nv=*uBP#855jGzB1^s#~usX`aj8w>Kd_ao5h)*01TD*B4D$w^fA6%S8Sby_9s2v
zc0G2vzni{(EZecSk4^+?Qo!<|h#f{=G?pcwoi(2qUA1aeR9@vpgP*5Y10*%tuU|iT
zySs4VLe(ja<h<ykk3Omomi9U4oFgY0I&^5LpFa^m009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I`U*KwdOzLQhoSs;jOFvWpWYObG3L@WBVWb?X+JY)t6<-uJ$@b?eq6
zjyNJZMn6B_FPiM5Tj}kZ%+hdC6&29ek4?Lx#Z>y_o`yxGY=6U|Qn}5#3XQ4sO5pqm
z<VPU1_*4B^lX=lCTedv&%riIKaD#laebXneIdkTuV#(*=+Rlp}cieHY>_J}iw9`(D
z?wvMmn!MNj&Ue0}?@Gvv_UY3{|K`%*sJGsFD|o{k`kqq#oU{=@009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I`UhATP>Fun|bei^l$}d^F`4>iNbuz9I9<2fhOb4h-$m
z>me^1!jV69A5%L&0T?RrMZmO{O#QxGS8Sby!mm8tb}hTo-_5j^68d9rADsx)q(H)h
zP;}R}tNz{LR<yhl2B`R-{x0a&TW>AlRCzn3w)3Kr?~Mfy@}hU#aYuCT+_`h*F3WGq
z>$?*2qE}pTg+5ZXga3JL<;s<+hXw)&Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tmzkkQa?*p)(|qkQW^=V1WK<zGeIBtFPX+ZQJwDKY#!I_kaECUk`qaQjYD|v7<gU
zdC{n+?qh1#WR`}Ds;GczEt&c&T1=%+?rB(5%Jw%bDwUhoQbK>FR|4lpAU^^L4?@vh
z4#T1{b<y%l7_ff*dikcx8*jYv*=L`XucHs%YLXXCn>DqRpD|;GyxWxjflD7B{Qq3B
z@yjVwrpWlv?FbT~_uO-jeiGFV_RgC(PxYvVbjsQ6^P)fg@sHK9dL#J%*On|<qIc3p
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_Kdr~rA<s0lq$0h_$2d_mCL#a^RE
zjS2#g@_Y2Xd-o37`ac^R8}-@Ai|RN*TlX=w^Amuf5?=&NYsu8_%XP)pS!jFA({0zQ
zKlFDqt)+zi*xN@Z0yQa+@E{c3ReO2S&?N`i#ZW*oG{%=d(`G))8E<KlVO}&g5h`V5
zm>0e4uDfEd>zHGXk@v}q7cY+8OD6&dAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0thGp@}i1@MuLD%Uex9*eNI04<RJ8T&_M@9laSKWrArsR4DzB;CEdr=uE{J77gbRK
z(^@k1SG1T)pWM^1sFdw*SX3%Et)+ziO0NXYk3fC|5*~!2yU2?cCCbl$a`K;PkF~t&
zguLi;&pj7C$;62h<=ts0zMGH;l`|ylP5b?#^6jS4lB8#kJ@$~Q<d+L#_tJ>~0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*tYfV`-ppphV;@}lzdpmRR`+JFE3gG^(p
zyr_yncIeQdQ>RY)pL!YOMU{+d=su=)egZI5;){T3Et&d#xvtncJ^nrVXRh7l?Pgj_
z3H`CRk4^+?QXt_$D7uThXi=j43`m>#EN8ssRmbK<hYuev?>v_-T^c<}|Ni}Dm#e&J
z-@bhdg+iz*`F(@nee&kbn?t+!69EJeKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1VRGjMMEI`87rXjqAIl*ZJ2%_Qa|B$zx&<jfqGBZu3h!<<VAIypso9u+BKP_;i4)k
zU|LJ2{)!e;>64QebrL!?t)+ziO0NXYk3fC|5*~!2yU2?cCCbl$a`K;PkF~t&*u3b}
zsZ-@`=jo@P9y-Z0&pZ>n9d(r#mD!(s^2tzD<HwJee)&oIP(ObnfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1t!RDir_)P$a>z^qxbf=`DN{(1AwH%AW)^|ZCM$+we!
z=R4my_0&^Mr_v80FB(<SeN65A1YoGd7Xi~+GWGj%U9okN7bPzmyD;cPz@dQYU$!>=
zt=}EvaI>kf%rOH84wSb;p@3qU=X7;=+RSG;<1Mc-HZS_(i!TOmLGQTZj*mY2NKVz-
z+PZMzLiM8nq1%!0i}P}9!rrvMM=w=1Ha1EnJ9g}lGq<#~TzcuHL8(%+<s~x=0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmdVy79cNL&v)Pc+U1kt$&)94J?_=5Tesj-
zTASaaS2N1Ty9Xb9aByJgpK6RW$cu(><WJql)OMJ7VQNnWOl!&1@9AX*Wp8i)t*4ul
zoM%>(n$}W6zt_u*;t@zCknkWB-Q_SWDpMCNulxbzMN3PKTFS@fMdjEa<QaM+I%dq6
z^Uga@I$h;OFTecq*#CmK_uhLgua{v6Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tnQ(0C~|mUjXG_{(u1kf{&7;dC{FacmDT(|M%d*g9jO2haZ0UVTT>o+}x}_jFztq
z(n}&Qs$^6{_c66oWmFi9fC!k@lBwToG*82#Qg&9+O(*9ut)+y1ua_CcBaliU;Xx?6
zi@a!2qWlafE%{m6QI=P2%8M2Xg@+z`XxOk}@|~jce}|14HA?=J&M8x-$eU7Ec~SX3
z((T)~%MTwMcieGOSkIn4&pr3tHEY&bUM#~9KmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0-gyeMm+Oo4>F=wpvPrc#cUjn17r>-CJkZF5$ee%hLEr^=`>7y%JT`%rj|
zwzchLPqz)<_=>+<+BGKQy<TP%k3cGc5*`qBh>v;EQ%^m$>C-Ry;!1Tzp$6YCTG6~{
zNISQGCj6*<ZfmA61Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009JYC_r8`hd0Hq
zl2l%_U%!4|`t(b!F3Yf}4C~mjqkj2Wg+=8&`e|#vohqZkU<5=U?L*-;nx|n=Dcj$$
zs8pVIjmdbgml?$)kV>G02Sgp>V_tOZ*s-BEhbNtMlDeW$gS;qtQCSk?MMKX8e<FYY
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagP?~^B^etPqth6(5RGkYPal{d!PyC~Q
z%CA^1`t<9dgAR%glOFkPdfk)XqmL@-KBji6j0%Gh5CPL#GWC0nR@k=K)2-#=5&mwb
zwUp5B^)jP)1X2kkJP1X1`Ir|idQtiS@}lHLWj&A=)gKDl2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000Ib<EI?kgWI7HE1SU_O9L+R_dOCILbkwI`(i0jJ{3-o9EP2tW
zlI~+_r^=`>7y%J5ttC^x*Jz%GMWt+i!=h5TX)Pu6d%esk9)VN>2@gWiUF1cJ66I$=
zY01yhj>^wfXHp4y(M%XQ2?7WpfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@<V9Hn
zWeV)vxl_KJc0t_h;)^ei#vMaFU;N@1^`1~(bhqUnXSJ1inSLFfDx<<+1VkY13ileV
z@Zkbax9!)D^LI<T#$>$L%Z%a?NF`9h1ELOb`>zF6M&%lOzbJW8SzY8sEBA<TW&{vG
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmdWd5+E;HSGT*$7yH_4uXXO+S&xH8+o3NS
z-F^4n^&+zhi^_TG>Xj;^!e9hMAngO<HJYbkQ7PMPDy+=e)2=ZY@AWdHcmz@jl<<J4
zL&|(M%RF3_QMm?rQSzddTV0$P0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmdVy
z6Cf{IZ+E=P*ZY^h{6)Tb^ufq$@4feqW=Ex`si{e?kl&+^D(OC^cB+gDgAot`(^@k1
zdyVGr@6os4d7i(UX)Pu6d%esk9)VN>2@gWiU1bJ7%RIbjd8G|F_~3)(Jz?-t?}h%}
z(KLJZ?9xu_{HW5BpQRn;{9-8p0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
zawtGvG>12(9!i=#d9wQSKh)4KpS)-YNB-1(Ozl(|6$T?90;aWO>h~Iryr`4Vsc9`G
z^n1O`C?0`S0tpX7(OqQ*KFd73XnCa#=-01b^evF;x#gByN;|Fdqe@GDmUfi$i=_Yr
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#}pp#XW&9Nv_AD5+2={OM1BdhWUB
z&N}NX_33}m&@aCVdC}Jon3C0|R~~AIuCbgyLuZctGgU@~!3c;z>_STD^cv0Myy(qm
zw0pZHEGN@0ua_CcBalkK^c2|iml^mh^KhFA8KVSBOMaGil$w+V0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAfN=uiz*5lP6Re=*f4tZXtfR{NU4`WUNo94)qPCu
zR2dZpBOn5%wPfn|8jZZDlhCPYEhY4Oz04>cfm8ws4?@vhWd=UWJiKUm4EU754|n^x
zYTKtK<_`oAKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0;r{|Ts^-m+!O5JA9|
zz>Xa|&O7hCfBL6?`uyiV@2UpoMF0T=5I_I{1iTYyyYU+iH}AL{7hJWls7%BQ0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5Qqqn7mbk6fdB#sAb<b@2q1uf9|8`;
zqB6A~M)|3dyl8&z1(hIx00IagfB*srAb<b@2q1s}0tg_000IagfB*srAW)YA<VEZ9
zwsX-4Ab<b@2q1s}0<|DOUeu?%NM6*ZyG5-CAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tnQg0C~|Gys2Cg0tg_000IagfIxi+kQepoK9d*q>26Ug0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*tDC_rAc25%~tga85vAb<b@2p~`&0^~(~y3gcAeY#uJ
ziU0x#Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1t!4GNGKt-+hhB_V(S0tg_000Icq
zhX8p|pYAhxQJ?M>wIYB30tg_000IagfB*srAb<b@2q1s}0tg_000IagP=f;GMQiY;
za!CjvfB*srAb<b@^&!xH^BE4e`Y_J!D#?pxXUUlmKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0-=1Of7*C7^K#0tg_000IagfB*t{5O5e4m8tU};8P9cMSZ$k)QSKC
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0Kn)6z7p=jY$|WIy00IagfB*sr)Q13h
zQJ?N}{_>))zWVC4Y14)eAKs%!kLKp){{8!3c;SW1mMv><Z}$TB^2;x8YHFG@XO0)u
zQX~QhAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0?q}<i#opr6o3E%2q1s}0tg_0
zKxqQxMN4yYb5x%4qMJ5tl9=djhF70HeO9bk;YKOVtdl2CmMggR)?3pY#8?CnKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1nO6SylDO2d#)S-1Q0*~0R#|0z;gleqCVZg
z+~h@Hd+oI@UAjopvTN6_^5vZC*ROADYbz8A+qP|c=9y<kj2IEbNO$bmk#k=1qB*}o
zl!pKU2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_GHv#gZdAlRjg8%{uAb<b@2q1uf
zr2u(ROQ>87%ST>x`}Xa7@4dGqLI({Rv~}y&SeZqO7RdneqOmx1B7gt_2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg`BuK;;bfA1ZYBY*$`2q1s}0tnQ(K>Mv{JKX9VKlSD3
zBQH8_+BC_6HZ?W1w6r8#!gJ3(r}Com)uXFct-AjD>xT{<+Oua*`EJsI0|#Dt<&|%|
z@kZ<!CQO(h=bt}+{?45{<)5QQjq1^(hxDvlw@$_<@09`aeWz2WPCfka!<(C%4>;g}
zbI(0jiV02h^2;yF34`xJ4K7Fi3|^ZyZ3+$MPXrJ^009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5C{awi?R|BKmY**5I_I{1Q764z+qTaruG!gS=l+ri?+A7%Wu$2z*54W
z_6`ddE>y|PP-E`gxzY2SfByM0OfsKG9(klbe(l<|GB|nfU3cB3AEMf)opzd}Pt{y6
zz4VgW6>5+dRZ27vKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1P}-bkQWVs@FxNY
zAb<b@2q1s}0=@{47xm>%{l7YMkQZIOdUcSlT(f44J>6rEJ$B=bH@@=9E3K`q@?E35
zcI|ri-FI)g>89XRufP6!=u|->RQ5_X^`VCz3XW1^680`%zC1YR#EBE%d+$A&OOBOq
zC~atHkp7D=zF3_kXk2p1CDK28_UuqUe<FYY0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfIzGOdC^!FIuSqs0R#|0009IL$iD!2(fr?|e^i)*yr`r%gFvR_F#l0lsjXXY
zy;aUOY0{+72~;9fe#JhtOa3(Nm2~L-`|mF&yy&8fLPsrIwk#<7%{SlFcTJu=S^A|6
zy^}Tq2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Ib@1jvh;Wb)I$Zr!>$bLPyd
zkJs(D-<}_NDnS4N1Q0*~0R(a`KwdQGH|SI4<sdJ5+ikZ6!OKq-R_Y(?*RPke_3hg?
zbb=redfaixh5Ca(O?%}lPlMVvZ{8d|@bJSAm%TG*&eV627u7XrBY*$`2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg^bRDir_Q6jekcJAESyLa#4lhb<mr~GE64!-Qg53<_y
z)7E^uux+uw+rM7^2wU|9(moW`uaFsi7f8FtWc=#)w|Tm?es_$&o4+fq@Zkb~w-O!@
zbqIM;Md3js2YJ!p8$sniE7Eew_mR$<H*fUl(S7>#>C~xH(<iUS#>U{kP~@vY^%Dk(
z&>L>JLGM&;)82&(7s}ZVI_MxZQg6(dF+=wL`@jFY-br3m*Px960tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfIv|J@}fnF+zwc~c5Uz>Y@PhGxw%;f&nhe`=h07F^KE~_
zqEflPQ6;Y{Py0}KeX$hpL?G=NlkuL0MWt+i!=h5TljV`gr2d9QrScLU5OoN7QAOcF
zBL{iW#fujQ|5@?TM<3aX$v1y?>((vdzejfM+NGZ@NQB;V&pmplYMb`{@P|K?DaMT(
zr$*|HB}<mb-cXv9yr@n@8vz6mKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_Kdq5|Ya
zixRmVpyx$T%Ij;NefCNC_&C+BjvYJd;N(Sh4f}Q`!5dCeR|58{D;QZ<I9zNd0%_Nn
zjDKRyyPj@syPoxT%j9-DIZ69{-|}}W;Q>*HwBLE2!%dYz!%83rdC`|&emQt^{_3l*
zTGjmV$L;Oyd+)us95rIZh(G+{4_mixm2_zEg`yibZVb*An-`VuBaNLR$cskz2Hzlh
z$|<MB9`(>e56N8p`t{TIk{8uAXd{3C0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zP*i}tXi*~j0Uv(&;nPn)y&}`sqD6~>4`Jn>_LU@$+_7WFgAYC^KSr6!YxeBfs>1Rc
zojZ5dizhFtYuLA)1a+9yYXSS!6^!)yVkzE<K-x7X<2?<FO4<H~MWu2l%OjIX{SAvs
z<t02I>JW!vQJGqmLBmQQ2YJz*J9o<W`OBMj(~reRFXV+6UXby<di9dvXlU=B|NQ6R
z{eLET(FF?@$k`4)_~6hi!Jji{&Xm3K|Ig`r$&2b5v=Kl60R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILC@Mf+v?!6~fDIcq1Yf)pd}dmSe_B>jblA7Q{q0JWC+Cze{OND;
z`pjoOV=ADbp+T>I$+`_$ZTe~Tw&ZZL+Vs<g+D~Qo3Y|Ij&rE_hoTRP<Vi!_EXI<fN
zv6%=YEGN^h4|lxc>DIFSHGj8EZnu+@6xQDC?`C=mZ2HNI+9>5^Ob+s*LUHxgSIb-R
zPMtb!*|H@;Mq;9EZEZ5(7r*$0jF0`=&pYqDGk8~@NnUjI>ea#7<p08p7Ix&3N6KFL
z4pMzrkQbHze@*YCjQ|1&Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0ww|Sq9&QN
z{rVSy1|M{0{?D`}nZ|$l%U{mCw%~-{{N^_=EB3nZ!V42-@7lGiUUpVtQ8|x(TD_fB
zSTy<jU$cvgKBX6LYC8$)Fsau9rnO}1_xfTf-id%|EhY4O8WxqZ{SAvs<xZAICX@Ob
z7M02q9)zO1$cq*w%F%#)<V9OsTf2AfE^o+>Ip&yc+qT8}Jo@OPGC+QnK=v+QzFgY9
zd-o27Lgk0)_t;~P;EjD~m+2ShgSkw5<s|#<x1XF){(B-+mHdE1Fwweo>-1gIr%#vu
z%P+rN@1%_Y0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*s}0rH|InY8`#3-7^)
zm`zPh`)BtGJ~Iu@oVFy>c$F7D;)o+gmi_v-fBUzfyb}H?R`S(G@{+F=4G!<np@Uv_
z74o9`bd_tDfMYturpQc!H=Lxd1Z>uoKBlg4xY$et^z~!e-roLOPq#wh|N6USa=V?J
zr0~XUe>cmAB6b*g(O8z8cIG25DmX8{{Ia|Qmv@^I9GyFN?#7K9gTUwZ?c0C%yWgF9
z>Z!pS(I77>xzOOxNs}hM|Ni@OxcsR7bI(23w{Ktdel?T4sGRx9C!Y+?Ic3U}mX;Rj
zks1~+UM&CBApI9yaDnvbuV4Q1m(nj;R{5<5y`MG$2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000Ica3Xm6#WhtRk<wcJ=>ZlS9HyyHe?OOFY?B6naNrk~VA9&ya)4cZm
zg+k%L0}oV1rfPKS)=j>ZNWN249aa7B7q!3Aaz?5PEWcq>hLfNUlX@*+v##_pUSBN5
zI}y;=k7e7_u&9*nZ&*|+cd|S(nbhB~s8nwGP{a-+FB;2|)6U%FMa4$~mP3XNF}*dF
z|NBk89$zuuefQnbk<HD`+5R4VFx`)S^rPrp(lchvn6|byRZ`H9fNStwslg!<E0x!#
zO`Af)_!9vH5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#d8@}gO-gev4kV?Q}9
zr}KaQ=YKM}{MD;h%dbHGm)+~U^Uh1ISuct27mZr!KBjgi!5dCeR|2NBWa_Ug94<B!
z0n=Ja=qE4gBzKz0?RIjK`pt{Z9pCP5OL&CY6(f+Ryr`5X|J#?mjlbraYlaOQCjT2(
zV`Jk%2OT6o7XSF;kGHqChw5Lsa^={uW95JKl0fF*!Gq-}`L0n(W(IFov-*C~U{d+f
zdHIivFMQz(@*4#5YYS(bafbXJeW)Jwr<8HU6<5e$sXr)&yr{yVfdB#sAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1t!NPxU(2&CjcE0h<NZ~loU2D9q9>Z+?szTT1#ln<uA
z`qi%{T!Mb)D&$3X+wJ45HofvtJK=iM?h2hb_D?549VYc!Aa)@obb5WU6z@bJVL6$0
zweI|#r(4^uXZ_urERRekExdh)znkePu<3Ug7L}=ODrC$*1ag)a{YPQ65I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0pgsi1i)MA7E0h<N^2UuDmo`#pIbMEQvgFI3
zGiT0;C!TmhNw2Sc?Q38D@|TbP`|C?z`qJ*Z?;g}F-wULdL|!y{D|H`JJCooIC#fp|
z(^@k1*A)&In~8vFEhY4O8WxqZ{SAvs<(b@WCnxbYEGm^JJP1X1krypWl%oOUMRRmB
zC<Oro5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~fqE1mFPha|uUuYKDr{+Kc{jV)
zph1Iz6ygI9JW$%@uUWGunq$nQr@6UVFKM^sA7{1cr>*(6lb{ZhdM%Llq44@*Dc*@d
z+BGKQoz$7hq`O}J-~Miy2sk-O`>kjDyOr>Os6)t$Dhdx8<V8KWNtB2H0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfIuw^kQdGB?p8D}npKg(dE~o2gKVdK!RM(Zy^cTr
z_)OBF(UUYaHR%_dRajKcQ&%r1K^-RbS|IHM;`PN+yc2=6YfQ#FsWX#F{SAvs<(UXL
zIf=hvQK`Iy2Sgo0UQ|(d&>%1B!A+t>1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009JQS%AD~R(IFOyl6D8nYO26$BuVdyvB_iXL)A%VS4?JEPL^TtTz3$HQ#m;)L~Mu
z1=2ngUSBN5I}u2`#$>#cIy0HH(Ds<WTP6ZdPU1E;S?25|JRs_jGN&%{a8(8kD*^JN
zR!j^+009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_KdN(qn`%}Umzyy$=a=YLwJ
zH;WFFyr`V5=<Co!4=sACU_hr%o%B1BRajKcqo20s+fITyOzO2j+K0mHi=}uc0%_Nn
zjCWFJCX@Ob7M02~5pZ&nGINh^4=>>XQHQkO_brE;DuafV0C`a>CI%sZ00IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb>!n1jvhKCF@aMw6(SM?z`{4p^VqJzV$83{AXyG
zthXssri>gpGSsjB4E-K`74o9H?e=k2TUKkS{PQ>o>M*I-0%=#B*B49iP6X1fF&Xcq
z&P*nKw{?TRTP6ZdPU1H3S?25|JRs^2hhb5fT9rY=N`Snm6%&IHKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0-=QUc^fvy$~FFIxU3zy0>x^39?u<Z0jN+qdsU7hQDN
zVTYLxX>M-T%OfwUYuLA)1a+9yYXSS!6^!)yVkzE<K-x7X<DJx*$)x^<MWymg1e~0t
z%*3YK!%KKT)FI?W6@>>4@}eHxBuYd80R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zK%kZd$ctumck3!IDrhTKthn;ZD=)Wu4IDTyHXyq1zWaXWGoR6SNeorLBUQ+Y>eJOs
z+euJ|Nxc?GyZF7nSc-Qdkams9cqescGU@jA-}<{{BH-jC?RTE%?^ePCq7ET1swg~Y
zkQepfCQ%{+2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000OlvKwdPfyIXI0(Nu1?
z+;WQ^3RUgB_S#FegGT4ho%J)57u7ZF+fITyOzO3O{pt!vdVR4J??fQ&8k6x(>da(P
zf5W0uc_so*PU3G^R4Omw0a1sL7gZEA5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009J&1;~pg``GU#FPdQ0-rhcE&Yb`L`|HRfj|{~`)t?Ow4f=VOtlN;)rk}R@
z?WeMP*%a?2sKcaQ3)rkHeT>%^OYu$w^z~!ec2Z|1lWyDjqQ6@v0!~iS{_{!xZk7*4
z>@f18u`F~VfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tiF}$csizO6wsn
zYVS6G{(Kb>jW+c2WEB>b^XR9oemlFk=u<YuI|=GAsn-HF>q;Nv^~F-W69IkwShk(i
znaQO7hDD|FOaz>q#NV)}RBriD#13nJ@V^{xu_e)o00IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q2J80rH|*-52tr_L7A{;fW`nxb3#vrca-qoEP0~`Nvsp_T|;U
zNGCxZCiPk%?Xvg!VkzE<K-x7X<DJx*$)q3dc*Wl>69FeDar-r!WzJs01ELOb7#5YO
zRT(r8KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R-|dKwdPfdqiHeG|BVN
zKfkfDQBRHP=gBH8D(9)Imy@6llX@+X_5tzwVkzE<K-x7X<DJx*$)x^<MWymg1e~0t
z%*3YK!%KKT)FI?W6$K3h5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D)uy
z@}kK;_It^T+FON2u358Y|NZw5BBKor4f<a4qPm8C+euJ|Nxc@ZUtPgSuP>J3od~2|
zV=~@JotaEZUNjTNv?p;J_$+hw5*`qB2zgOOK?4B<5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0AX$LCXtIy}Uh<-rR`O%?J3jrIIB}x-e$g&ny6ERwvTj3Gn|@lo
zeSiP{S#A1hLv3||<u^iSj{P%j#)k0-#4e<SPQ(yME0D09OuN!fk)QE}cjx-M<%hAZ
zDlt6;HvQy9ZIl>;00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p}K=<VCYu
z2INI;Bv-6hvClsHBxEM#x9RosWEB>b^XRA5+gXK0<vjXnL+yl1PP;2~=GZ^$Dr3XN
zW+D)~kP<pGnUs^%l|aIBGVSu$$KSB1RPHak*Oi-|0-JvFqBcs5K>z^+5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#{b0rH|*Ed%nRHj-zYaYk}Ha`)YL*UwXhyr@21
z<=V+toocU5kzQwJDBg*H&AQUZI4P1zy%x~dk7e86>n*fA;P2)yyVsRlJ`}OT$cx6Z
z(1`#72q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag5EURV8Z{}chrFnb+n6z9
zie@AA^N<&fa_K&%w%3^%igzMlT1%#WCq*);*8--sl+f?*_4*qYmCF5P_qy_g2chV$
z_McC3xD_pr0SF*~00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@`4J#5n$^7^
zFKQ#H@}l4U?swn*`|I3u&(%|r`gwL+{&7~De%hLEd!3n~cqamB9||W$GO5=BY1f#H
z_xF0qi~4)-TvcAe1ELOb7#5YORT(r8KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R-|d;Co)QrKM%clqu)r;5BsU&>-}9<dH|_|GvAbP~}Bu&YY=g_~Re{`1#L&
zzNx7x095_b$SN!<=c%igtGEmE`YVw30rB@rsoa%7+BGKQU6oq?yyQj8H>|fal<<J4
zL&%FN3K|F?fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0?7it=S45P@Iw8o
zDf7_o*|TS|c~*O0dF7QOjyPfuuU;KHb`0*(^y$+>4%@bEYiMYYy?Q^tM;~3%x{s+{
zZ!sILw|oK9S~B&QKO<+THv!XHO6d2Oh`gx3_s&)22@gWiUF1cJ5-|V)1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKp+tCJuf<9#E591&TUVxUcIWby1xDGZ@azH
za%MmM^wR^S9XobB@x&7gK6wouJh-v3QP(3c8b#K9Ol?<j7v}X>z_gZ3{r+AlmAeu!
zt)+y1SEZIeFL}}O4eRX;2@gWiUF1cJ5-|V)1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKp+sPnY`$zQKP=+^fhkWxFFg$XwabQtgiFVKR+5K^rdI&)Tx2e1s7bP
z*DSwEuj^GIFM5Cf{#k8$<)OBIjb*k&XO8`|-eNXfZ}|eT3n`(q{24hzy$K{NC(|x}
ziFUpGzy00(W%s&r(^Fv6PhQkUi7^NufB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0wPc|dC}W%zuoN(eel5tgB;*dM;%q2N>pBS!h{Kb@Z|NiuYE00nmKc3p!6^Q
z@-KRRvUBIox*mB^9Vck(KBl(UnHh?AB4AoerhX?yGO5=BrnQvN@9*{c8y1zy{bl#M
z@`MMW=&tsqmpa^vmd5}D5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D=4n
zkQdGBUO3E)UVZh|SzSe?&ogGsm{49+t-yZ$`t82^?xEkK-);HFS#73E%j(NT<vgY-
zs^9N*W`^RO2&7%5PKsnwuLaVsF&Xdg^%mZ`&EL&mcCRZh;Q>*HI1G!*)T#^`2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*vd7f@-vWy_Z3zuIVpBSwq}@`v^O
z{h~hRMfcikFZpIsdC3pZ2X}DTuwl{&{T_W*VNp4c=|x`D>wpc#XC+{IKurBv&C7Y}
zN5Hg}68inc@i#0gmHW%?b>#^ULeX91MT-(K009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0+V5Fjs_)k@&|MQtQcKKbMz9h&e@{XA9pJ$ik*%C!@&H|;K)BE8Pc
zP`ncXn{}m+aZ)6cdM%)@AIrAC*Gpd1-+Sk(a?6Jzb{KilSQa`FKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R*A~<VB+<rS*^(wQ;-Wo_mVMBlYu;7maf1KBl&-
zxC`_8D_~knrhb2~l*(NRnATE4zpGNqpO?I7`G)m&hJ**9=q~c2MTr=I00IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2p|v$kQdErC6E`jlw7@f_5aacy?gf#MI!a{
zkQWW%$e+58sa<a|8?Lu}0n=JC^_M>*XQ(#;(^^XC_m_ygsK58lRpki}LeX91MT-(K
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+V5Fjs_)k+{QTAHL<fhriO
zpJ%t_A7{1cr>%ZlU0wMNo8n!?U6|Kj0h@KDkMZ|Psoa%-zJ4s*u1YO`Uh<;l8`j$y
zEFX&4VY?o?+~F2m5}gPjfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0{IkB
zX}x93mgTd;<f=xD7!d^UZomEZ<dK!$8_kRU<~P5YTglguAwz;|zxwK{D}8m9JO44q
z9HU1l8yg$-xv~n2%6Z(r^lL1$ZF3>@7PH}c%NMX&SNfRpXXFg^CZMk$%eKEn<VF3x
zcdjb8d?;dvISh-+)UhSei2wo!Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_G
zPXY3xS>2aVUUc!|#bw3<?GHcm%rmpPit3-|_rL%B*s)_fbm$OVZ|BaP^%|=1d-V7B
z@1NDCSMIj$D(=F({tBdBvHo5umAev1yT)X^t5VCKx3KnRf4A~4pEHyoP{ISE4k0h9
zC}<#n00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2qX)T7ftrD-y6z{UUu1K
z_JPkbM~)mh(!S1oj_la6qe9RtBrmFK*tbhas&Gi13)ru&U}T+harq?(q+Me&zJytF
za)`fSQK>v9hV@oP2@i-mguJMtpn(7a2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagkSsu6G}*^~ZzwN1dGh2S0QuR^es)-8UcGzw4yL&3s;lhl%;(7N-MiOzUQ}IO
z`3;*pSZ^^KuD5&vn{}m+DSt-JP;UbI`mt>LOH_Dcw!fRd>|R%H`B20TBQF}uLMH+U
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0KvaOdXw;;%9#dX);>3xiov`Rp
z=bwLm5I(&6>Z^+m&iQ~J{pd&PC+YQ4Yv%h!%a4hwGw431w%3^%igzMlT1%#WCq*);
z*8--sl+f?*_4*qYmCF5P_qy_g2chUL@}fnF7=Qo*2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000Iag5D1VL&1xl(7cEnA(4av<BvL=mx(`0cYST}vx9{)YKdVhYt=qQO
znHh?AB9L~)Iw_J#y%tEj#$>#|*Gpd1-+Sk(@)8~pb;zz|S32BO88i?;009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1oAIHUNozFRNHycEnBwy{O3Qvuad8uZ@#%(
zw{DG%jrtwQDl97J(NC+lvkHsKdGyn|ZM%xQFt5J?X;-YjS4!os1k$cC8Skpp^5-Ql
zTE1buouPyWL>=NVEGkp0GH4)x00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2;^UYyl7VUsJ8Q>#~pW^`aSfDHkz86^gA;Cw#`{>`e|#vU1)pE->u#<LOHqKv=2p2
z%BBpD1k$cC8NXuPW>2^FJJ0iX^Jr1kQmG|8AnFkEqKbkB0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb>!!0C~}5AN#$|^P(@l_~Pi%qlZ@DHDt(;ie^OhlXvdi
zSvSurEGp;GPh0bCf5W0uc`fCCJi3;&4~0jUMyWXwNV~>lyr*GNDcj$$s8pVl1ygTj
zl<<J4L&%FN3K|F?fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0?7j8MU#E(
z_d3su9)JAtdhoJB?Y;KeYoB5-`C0jrXAk`z{gQPXvfAu#WhF+I3=%!iro7gjzw>vi
zw~SCuuGeN=>0@$IHf4Aupsydxc46CMU$@Qo6};U%T2!@Es^vowJB++&EKB}7SFBhu
zcI?>h-Mjbf*;5)%KKW#!P?$Y?wtU%s@ES8_jD8gdAAIoN_cT57$Ro0A&6+h6CQOjS
zrGNeU^=fcyYwN;=3r{)al)ioYcIworSFc_pM~=MXjypDQ4*&mCyLRnT=aj~(RjbrV
zq%n2sRJHe#OD@rOg^H2$$c!>ea5-n3amMd||9gErZ3GZN009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5XgxDdC{zHg!8=Up@$wC%@+FDqu-IN!lH5>{j}9@XLuuQiuX4x
zDwWq#{>P(hu~}F87>_QEQgb4puOG{{uVGP%xq2HGmCAFnVCt<5%ZDO%7<tiHmOOV#
zF7$#6E{MK4l+@@IS6rd`Pde!&{VMwP>!)@-{P4q1J@u6OQyOo*^;R%=>C&ZLyLQ!g
z>Ft|tx=ChNr<I(izBiN?oib&L+I#WE7ptSBp%*h_#*AZ+JywlWjq9$vPCtY;0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*sr<UxSEXjXT@VO~_eHRy;Vj%aRf4nCii
z@Bg_c)7RX&bLGp0)Q7*7Zs>QU3VG4pcKbN1O|LxEme2IFdWFs$`)8r>D}T3o%LwJ<
zdSe$-LT66OrVNh+5|)!`*V}*F?CDl$UFz@V(W0uQQcX{RO+R^28>L*0x$(vuZQf2N
z<VEG(zI-RYev%+Bx@5@`y)(9b?X}k`jZE^Qv9ko73l=O;bJ0Km0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmdU}2#^=e>Mm42FFJnw_}I^9Z@J}`tS(BOXZrN%d+xcX
z`bo;<MngkGY+*K?@`XrhQfZJEjiyX>A5+`ku&7jCOZgv<uEn&LO#L2R8l~n$z_gYU
z`aKPcO4<H~MWynbESP#LBjG_Px@*_3zvFN#S{?&J0xc~q`dec8X3h;8Hpq8=zW3gH
z!-o&ocO~RSWtjZdynG#Kdwcti9Xo#Zv!BUHwr<@jzdo<dFl5M(x8HtS&ivtrABO&`
zL4L?Ss4A2f{o^11s8?(G{h~6XoPW!fEi%`eZ@xKTzyMW4w{G2}JpG)s5kLR|1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0z^wpz(X9NdpBI&H>`|Y_>W%sH=Vx_Mavu4K
z$$j_TcaJo$E?v5G=+Hqg$-XTI>cx{6B`;cUks(*tt3P)(ZC7<NufGB|>nb#cyr`4h
zslRK?>&iomKh>WO!=f^Es!|y&0{7i_pZ>;J;-iXX+qP}`SNbRCMc;Yn9d%&PkY5B)
zXO{naOX8zyfaF5^^y#DaUUbn#!LCqV^re?xQin*xGB0|-0SCx=)Pd{QuU8XEWBKys
zY8MRz5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|mE<j#1t6QM*qJswyZfk3k
zpNR}UDxElSVpdZ`&+~^r{9*CmU+Pm}`FZ+(&gdoITvT%MQ~#vczFn)|FKRDPbYyfH
zM0>XFe9_;{-@woI_TT!uMORUBkH5Ex%3TR0uc+9)e{N~@bSrFI?C<7kh1B`Hv5$ad
zCwWmzsGJNt_uO;Uo4uh!hlZ*eJ9ezvn~)bBH*Q?$K>72OQ%+IGjvP5MG+^4aX=<<h
z$3n0-lf3BnzW2S*T<X6{WX9{Szdp2=KM_Cx0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILK)|5@dC{!!RbEtm6dN?oI_s>grbs@I{^O6K8vOcGzs#EXe$fnXf$n2!`x_RO
z%KeQD`5P9M%1vv@)bH<YqH<RPrnQvN?`c?6%Jw%bDwVrhA$2})!h=wB7kSa5M7bJp
z^wCGFw}q1@PY%^Kefo5@Hz6;2=bd+k4wOF+I_MyE>^0Y16B;1@hnd<djh#Dp%79Q_
zH1vD)S6p$0I^^PuFV;`kuU|j4Ytf=b`Yvhfsn>JPIVZH2KM_Cx0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILK)|5@dC{!!Lm$Gbk5G>~>Zq)yNIuVZzVjV5sn-qtGIv}4
zaaNmt+UmD6ydyTn7q<S)-_761&>Mf<=I>^+uJkef-X<z{C7`b#%eJdh%b#~^+spoL
z<zGH$C_%vTp@<zuUNn{^x1D-k^s>t?3)T69AN)YQX-vqAKJ?H-p#$a5<h<yTB}>$q
zr4gGKUA1bJep>mJ1a(NNyr_KrsXFlNv(MJgNgDwK5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R-F%kQdF$|AP-cIOLE+)MulraoTC8Wi>_ec?yMs{5<_rrM_;t<(3mq
zJaJg$wdbCDs%xo2qhrU8`ekMn7M1h3ePu{zb0PkQMWyl*Vm3KB#NV)}RBp4b^f5Ux
zrwoq-^z~!e_UP(DrTQBdmC8fc!k^U<uzV<DhmjYJWyx)){(JQD-aAyM{+sd%dC`X-
zemHcX{HdojL&wVA?|=XM>g}lM_vlxyT&bUS(4ax;kc7Ob{L;OCl(Y{#@IZB7bZ=-d
ze<FYY0tg_000IagfB*srAb<b@2q1s}0tg_000IagfIu|`$ctvEEs4#y-+p`jC$9@G
zxFGnPRKA%f!ztucfBW0twq*U<ym|8;d+eb;*mc-wZf@4Os*o4mZMToJ+Vsjp?F>mn
zXO8`|I^mWI&9Y+MW>2>YfmG+Tu?s1ovpQ8VODzc`EGN@0kAKzu?K=wIZvL*i!uCh~
z-Aqq`P5-WEu64NCRLB@zVBWlW>TO{|L&LUh|M*`vT3cJ2nwr$!Q07zr3HaE&=v{Z+
zrH*ZEY}C&zzdNsIIOV@nR7ssWby7$D^rt^n{qMf}uIiUYLSD3Q-@bBwb>PO08}$Q!
z^{Zd0T{I9t009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5J14W0C~|0-Ga%JCkG#u
zW|$Y1JnEP+WAsm8Yp*SzlIwSbylC_m>prHoziA(-+|#hAl<hUUX)T%hy}nqAcOqa~
zO9}ntMV*9Boh*+`CiOQgDwQWZ2t{`}42#OtMayGANT8*qMSpiUV#Emf|F&d|{8Yin
zkt6k8Y4f7;|C8x))8WI1zxUpIa%KsR>c1>6Q><RST2&>#EubcqOsT{~WtaRPa7P|_
zr0SPOLS9t%%K3wM>O1eebJS5ssRO%o>9T$Mb~P6b1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILa4tYzv_iL_5_!?rUVBY_{93ujUVH7ecXluNzR*;q%6A;;cVx-B
z4OwmaY4vtiUoI-=NqD6~NFJOpi`tb*@P?D572x;i(~2>^t_0M-pzIrkH)i{~ZCmVb
z*wx=<S=fA^znlGY5gkchG-{Ib9{s1`6W;Zu&5O!aFIcc3;e^4iDO0BCK8qGDDtd?v
zNY0Cz&LCf=s?S9m0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**oC}Z_t<Wu~
zL|*izmtHb`8e2>K`W?wCEGp;GPph}di~1W4%3I~+Me}w?s3%tf`oDNB+rEZHCFV+A
z^zuilzx@0Si%R8|4@K-S@}jXUdG3^7Z$J0kbEEIxM~xb#{tH6(mXH^ft6sQpVZ#5e
z^@AV$Kz^`5$B|-&4jmdTX2OIC<HwIz{Rw%|>C>kV8Z=0aR1FEHhUU`erHudr2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000K?~$ct8pU47b{;qTF_ylCgno#mG+GknQU
zPj>6pO?|xUwxQpVn#qekmEBACF}16o(qTpscx3fPe>c-wGWB!E5lAawT1yH29;Yrp
zTu|_KOM7SYGrrLFn7>=XgHUuAdC{Uo`5dr(`Em(}$}hI>vBw?~4PCl)siZ5XPMxaW
zho5!US$gID`t?)09)9>?eOIV0KMjBX{r8U^J-T=A-VF^6-Me>}-=?2Edv@^i^r6A>
zXM215z4zXG^wCGl&)Lh544iSs8P7cPjPy(3Q_Yx=7nNe<4D;vDms#X;<i9D#jT^Ue
z<;v(p^dNu$0tg_000IagfB*srAb<b@2q1s}0tg_000IagfPixW@}d>G1r^PU%15!8
zmo1-JpLyn)C!1gY@gM&&Y}l}`rhM(Q&pzsdW}Ak5A(DP+<VB-7Q{BhZ&QE%$t}5|2
zEGm_o){?2euI?-sn~8vFEhY4m7j+Uk&E$4FIf=hvQK>xPK`6S5yl7D(Uk0?bwe7dx
ze(DYLt+(Eq+sf_3tGT@d3PS(^1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0pgsl2
zi&p5qdzTkYc93rkI{fg%)#ulhYcw`C>XlR>FRD*hxpszPHbpuK>M-f*_qX}G*{myl
z47VGBv;zA2v1~u}+9pr8!q%VpyQRIejL$^C@}Y<ww(Gak9B#2C(U~mp{`>FCPra{L
zv7)7=MSc!m25;ZKebuT}@_%OO?-)03O#OdzB+r}SUh<+DVsa`35I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R*ZkKwh*$+Ih>1%E!>pKmYvySL*A52OiKrzph+6^wp{4
zMWfU<D>jqt3MWY`;BQz|Dz{lz`k1shj7LCUKbCDz!=h5QzhP0SoVDsi!1AGp9p*4B
zDpSXnL}#+VrcIloZ}37rGiT0BK8f4C<VD^3GdltZAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0woKO7cH4C`M_M|MGJ+(m%sew(8tgv|M^em*JnTbS^0v{lFuv$HZ(No
zu;fLfn7WUt?Ii2Mq;GB8;_qf!OQwEqHv(w|Olv8j-`~__>;KQ*-9S%O75e|@K@cGf
zgG-nuvBET;lB-$5l61j8Nw1RJbftk84ZLdRW1#8vlKxOh1eGvF#7I#=%?Hd>#4I%v
zN)vpRd_X`^K@^cEzfAv6?sa$D^E78>&iBmOGw)fmxO?{5XP>=aXP?%5?|eMx<EQ+6
zS9)e?pNT-ig-~`AdC{^&MQf0p7wy=w<BS<IiZ<rJc*u(eK=_CN0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfPgOo<V9QQOcg3G`qo=-g=2@+)wFHf_ObZaS!bP9UAK0x
zE?v5~XN0_{m9YiaC$5}Hc7;wV74SDKs*%U7rMUV^acGY~+*(SgCofu;&?#%RE&>S`
zLfK8^MavQuu)!N|ym9r_S08f7Av^4_gTCYG2K#&MwbyaS9e3xQcW&6Qp@0Jp42isG
z0ECYSAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tombKwh+!&QziDqRW>rw`oKD
zD!pUnuU@@+*&bT8pggL3M#zhXwOyaMa$T}69F)8$YXE@+fw=#@N~k9<N?tT!MK#!_
zgbShUCi0?XiD-ZT0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAYcT@i?-5A
zuzArhfBDNtX7oDv;Db$iuv4c_6%E_Xi*DY$xuShd<2T=YGaOt@sOjFld+*-86B@*A
z%K!eNZQA@Jt9JtI@3VU)9K~*GuoR6i(|Kaq8h_t*@uV#Ha#9#)aRgE>Ew|a`Er0g(
zU0QaPzwhF#nWh?vyYee7lNYU2jP?j1fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1t!(+ZFmZKYFh^P+LV$Xe>#wQE<=uxrnY>Tv)2zyGTU=ob=SpZ)A-Ynhk!4NNVE
z`-^537F9n9uk7NYzfU-d-PBYWo8nB?->|4gZWm9=LUGs`i7x^vmzLYi)3B(9?Qd9A
zBll%RHP|@am0xLj%hMOt@m=X?X^#K`2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagP)7msqOF8~(@i(kn4C=5y?y)k6%9L+yl9#u&YCqVJnYYW<}?5He=m(Z+`z5b
zW}9u?1C6?Bbyjb;+x*MqMH?*G6FHr?K6=OBccm9aqyUu&BnVWx#?-#__VvEL*WO<8
z_MLDN+0=RhRa_u;mpX<;b!a;b3J4&800IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@#TOti+DhlBR4Uzd*Ihr)^kwf^8VFUEokDJT(M_8+oqqc113r0akZuq(ec7E(
zR$)=~<93^WnY?K0Wo(Mmv%g_cjl9x}qB!h~#20}|*O=P-8WvT|)!VSBM()dsYOrxu
zae>%f$ctKv;ukW!bAH*bim$;45kLR|1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
zAb$b!qWPOweZ*&<eb%HdJ9q9}Q75_OMcq-29z8mJM$~QTc2f4I@bnGbZryS|&!cxI
zSYz28d|bJ~QZ&9yXW6<B{C&r*rMP-uP732JjzHX6N~kZbx!KeAmX|N{_g$Pd(^Ml#
zxDd*2A}?B&s5lMMe{rq7WpQTBNDx2(0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zK%h7R<VA~fF3OI?ue|8SjT`U2`|g>ae(kl_Udd_64jnqU4z>SQZhLUMb<5;Mn<|jg
zs+09MEUJ;a7e$(Kt4h*&Lkgr>SAjO3hD9}Of5W00c|$J0;!i5D_$&HIUbG^v`Zl)T
zOLHjHccvU20R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**iYY)|w3z25a#Vih
zMI)!MaN)wXZQCY9Mmu)w=<b-|kLhl=4PP#PFoqEpO`y_?qG;o1JjEBNbd9O~>W!~?
z`YtV<;_tioYpEeeSj7cmcOfroDT-gn@SAPfu8Ob02oXR40R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKp=ks@}l{hSAE2S=S4Sc*l_N-=l*BntAGFg31Lxf+Is7)U7xZ)
zg{N=ecH8jfhRo71sa6%J^rC3h!O(d_3RJqr)ZWvusD|xtSX3i#$mLi3NmX%y*j>nr
zT8iQq(tmNSy=Cz=7$E`(Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tn<UKwdO|
z^Qw<n@Vw~c$&-__pzc;ZcfMc0er}B^2cAd&`g`wX^^RlbdGy6k(J;as1mZ4`xcVH1
z#333?AZ{%s)GvB_t*7tOThsl0H`v1SWjYBLLfK7Qp8I(n-(`nK16QE-6lnS$+~ZP4
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1dITAQIA$a!SkYLo_S_C{~1@)
zzJ2@8eC9LZt=nv~jeAD23X7^Aw_CSNUeuQ?4dZN80r#RvQ*PD4(0M}&q*+&iHlBt>
zHEe&wq8fQaF2CYWDzNw~`dG)Xs19AxP-&b#?OA(Ev=Kl60R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmdWT0C~}{NnvYjUQ`clpI6E2=9_P}$;{20H@DIRZC+Flou3%<
zI{x_M?MQ5)bLY<g_Q|VDmo9DFwsnVB`)}p82e;e&%XYH07t##A_`w)PSTun&>&k6Y
zwDB{Z;tROzCuMorx(_^kmsa2C@4NVGsUb(0@}h`rMqV_MrI?lWdua}ZVhS)S1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILsILHd(fayVbaa~+ttE4qLtgZhQ%;GS
z*IRGB)va5%<ng=vX82>e+im{k<SAFQHO=4~GE2jxT2&y;x^mmJ>R{-+AqCv^ld|k-
zSX9IIH!P}=H{|jw{-jb~6p_uyi$<~(vogbPwq?7jPGJ1_@f|vJm@;Kbb-Op-UZY2k
z7Ranwvl?$|%m@Jl5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0-=IR(gzdUW2GFJE3!
zurRW5*}UkIB};C)=_dUuTIuUM-}#O?VnSY2+M2~3cieIN?YH;q*DrE}?infjQ+WCY
zZnti^&67`N^>(`rlp|+aU1gx>$dAPj#xTO72}CZWgvz3gpYar5AYnPhZCdfsYER$f
zMT@^6i#Eczs~}B1dC@dV1!<H1i)-yItDEu#7hIq(s8?KZMHRcxoH<j`O82GzOl+Th
z_8Bo^#I$MCUU}t}QmGW#t=+L_&z_Ngs;pbL&UCB4BO-fHWlKwo4riKu_~D0f%_^-o
z4@bD+h8rr~k@g56fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2ozI*yl64cOWdd~
zy6B>>e)X$;D|~(FOJB0l#K<3E?co#_?bNB0ZCqX9&_fTk9VQeWdE}8@cG+b+=e5;V
zTjl>e`mDmD>L+2c)k#L~m2echsc116##4L&yLeI-ia#SpSTuo@OUrHMX;@UlCNEmF
z<yZXixGTTXGI`NT#p>9;_7rIP9;%yWEqT!yGiF47ceR!JkH!A_*T04b=I%Ik>eO%p
z<wZ>=%a$z*Z#6X!Km4#gkp8Q;xMr2slNYU2jP?j1fB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@1s5PMTJRH;$?)78lP2dyb!SogOKa7I{{8z$4*UN5@9)*CSNr%^yH8&3
zzUhAxFWb`X)-974Eq;oI5#}J^UKDA{ISh$IG?+k|bronsUbHT`(*|33zDy^u_$&Ij
z<>kxj_^xQEG%ovnHNytgY1f_?-Eqeq?V)u;(T_g*=<k33`!9a+3*G$F{BfbOZD0y+
zUbJJ!j!K6H8l=gK4jD2;{SO>CQ2**bNelE)^+)oeRnxH}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfIu+?$cq;9yktA7^m$R;jmP|w`<c&tMzPO|USIga7tFpVoNz+q
z_`m(_Z<_`Q|90up#oafLAI&do^N+0F?$AG7PMC6~n?Buf^e129F^sb~0?{iezP30c
zXC%G|#IL5<Ev1e3`ubjWRmt18FDt6S#u<AVq}Wi$u&555Vt_RHmq3Q!Y|D1_ucKB{
zsy#2d(@r}@9&qEvjYl7SwE5oq)KgEnZA@Nt-+lMpfB*f}VBENI?pBq{=0#VnTBRNJ
zU!HyN!3QRo`tr*!2Rf<lBYDy4+}H~N1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
zps)huMGJdsG8|YHc~K=rD;>a@XP#+(0zT!GQzG{rFkpabknpd5=XLij`%`%O25z^X
zDrXfIRX_2sgeh0LDgGe;+R|Vt8m5zjz`s^cx>629;t&lckZxsts+F%{QN>)n4U1~z
z4Yu%nna-z{euW>%i&h9$&*tgBxYpjX>^v3P{Qmd9zuk7*DPVc%p@-gj>#bY1Y>CT@
zE?&I&<daX{dFP#V|IhB-yX!Wd6DLj#JRRP|KI8JD8c$10i+a#kU;PE@4$thUzZ9N*
z_F41ASou%4LD{^h?pdlGPde!&?RCi|m#BQ!S!cOD*z)MnqdRoyp#MZp&s@0fy6XlF
z8q~FGS3Lni^{>40ifv{KHZLliIdkS5a>yauZo93}h7B9GV8H_0%ocP@)kTXIjUPW=
zM1tzvx%1w8?|sfW=PX^i)V2u}7A{<P)KN#-6LH&Zx9M2wLF1e<WlEs2KCWNCe&)=X
z2OoT}PMij>Dd-6iAAkIDxFt0RAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tkc!
z$cu(e8m}hjyy$=b_kZhG-SF$1-~6We30S``zx2{ebLY;z`R1EXJMA=6Y5v`2n{8bG
z+J7szJ-FSv<u+~pk=5JnHc<Y3cCSFsksp1D$1u*~2t+QVgv#QKoRRn<kg%NMHod>;
zMNi+QcYp2g+m{v9VB?It3ewb*7fqv7kT&*vX%2<tDPMf?#qKw7Qyx5c@QEj$sPYw8
zT;c9MVZwxPV^ibC6wBsC)#v>A^UaR#{XcD9R1Jm>9jXR_rxobW3bR)rp=t)Hh^7Lc
zYM{8OYTkVFO_h~vRU*_haQ`*=&vVZ`cdxznGJU%LDy!)>R@t=IEl&?P-~hL!DNma=
zEzn-E+i){ebN%(#2O8_+`RAV>Zm%q8<cU!Gzy0lRN|uIq*=3hqR<B+i?w=Y25I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#d9<V6D@4f!$WylD6r%s|cb>C=DoqaOt-
z&Bv{_+R8lz8UC2=cI%e23X7_rgjaTP(cdQ=#cpb_6b;kKLBKAal!Y9I#333?Am!3>
zn|T@*)v)~yi)!Qzw(xwJj=S<JEt40mRIHBeGyG;-wyT6`KJdT;=8N~we)h99Yt|@l
zxpwVZ{r6n<%ek8uedCQcO#KZv-0<Fe@2RoweyR3<{_~%Q4<BA>UUb8T4W_pnZ@kft
z(9Mh5!>M2!B<DqSqg3^&`<iNOW*75NgZu8g&-P#oCjY7SdZ>ZMpnG*{uXo;g$K*3r
z|Kf`;+Qur__DX5qfB*d&zuGIAsplz}i3rebuY+EC>80w#^en5l-+p`Y<jJOS;1;I$
z+;fkq*F90+fB${;{NaZm>Yk#eQvbRqLPvT1_186Q)$7KvufF=K?$@gRRXFINgH)*m
ztQByFL>U1D5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0at*$sH@Sa<$Us@KmF-X
z?T?$ug)w8s?6AWQk!|$gMfWVc{@#08z1?o}FGo(cy2><z_az>~IEy2YW?i{$iZgOX
z;){U0eo~g#fBclE@6zfU{eAngq8e<RDKCo1X5>X9S&CU%HsqOMgE#?23eER$J@Guy
z#wHcrn4%uSuCJ^kMvMqF4u4E@e^Kq#qel;Q=sqvr&5NpmiEbW#_~G^t$$8O{BS)&k
zYp=c5w!in@dsU-5g4!Beu=!85v6ZH9?6JpcFFi-zt+(x!)pYB{*tc(Awbu<r-TJul
z)TvX|_|#KRwG9;Y?Af!YDwWi=m8PJ%s9rDkL}*k0{{2-sdi3Z(dj&^#+if>(QW7|@
ziH`^%fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2m}Pkiv~a%@?$=E(Z!1wo8N!`
z`RiulOOI|ePmNTou3ftZ+PbG8tFWm0al6gG9GGJ*AJYuJ!BR9#CkKHv>&k7D!;m;c
zg9*6nCuP~wu&9RZZ&*|#Z?J{u%XCs+6p_tJuU%fpcjS<$j1$N(4qCRWxG}u+(o5!x
zsBVB6Xrl+X>p$JnRyU?Nd-iPA=vJbE#^H}C^P(p7s5@lZ9s+q$-M!O{@R?_xF>Mm^
zqIQ$+&uKf{v}u!`N3Txadh0D)X$mI)>E4XgHqgWF&2imZhMM;7Xl?roFT7Cg&pYot
zTa!>Qe~$I;-P^W#;e{8>;dIYZTWJcqYpWT*dm`)~bRT^1L7=@pnuzR?M;;m8L=6H6
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0<HjgQCFi;%l79*{V1s)f)l1WYt}6D
z!=--7O=uRkNk4Atd5&?f{r20>bgr8hncL~;qn=G~D($~+=VgBiPv5}pHvh7nUG0T5
zgZCvK!#Im0kY-)EZHhB;M&gTryM9uZ*L}R$(|76pIsU$VSy2r(&XgBLWV1SkMRn-N
zAyFA8kp7En?JeWRp!;F!>uB6p{h>pLYO5PlT)K3r`T9C;+&GmJo_L;BUQ{Fh+0TBa
zgYLio{$>_76skyPU|u)he6v~}al{dUdfmTN_2FB0n*8V3v10@6%}4VevMpS=&~7#D
zues(LTVo5?Uw^$0p}V2l8dFdZ_l6s8kfc(nihU}At5^H>?bTQ>3utcKI$*$n!0zUw
zW~9dMiI_Wgu4?w&bI-{3Z@lq_ws!B{J#s6R2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IbD0rH}jqJay!<wcVX^?Rs(#|*q4dE}A#^XLEMCqHT1wyid8z4g{^C$;}p
zZhLUM&A%L&buAy$48FlqG)yN4fi&yNZIi>0I7EX9xa%in+0(G7hV5@yR3mS&h3Ct3
zQeG61&B%*JvJ|t@elN|T5GSArrM`%c8Z|1i!8zxgqpfaCQO&Nt`fB^#Rf)=@jyg&y
z&9!US26{-D7cKiddUgBJM;~?S)JX?@^wCH4F(EH%p2KdMx#M~H<(IX)@{@Y(yIXJa
zpYFr!-L2pF#y7OrU3cAOD@}XlKW&XIs8Wpsc~RZIHT?7hHM1`}9&;kX50^Lnhfl=h
z$&*bdojZ3Hj$R6*Cgf4=I4K~200IagfB*srAb<b@2q1s}0tg_000IagfB*srAm9p+
z7j-onwOo+A=-|PF?N6n)prq)HH{N*h#TT2rsBXXGo`np5On1A@zij7Qdm+u>eTl~~
z&f*B9SyyhG;*6Y;_#)u0pOod6EsuHnF1`C}f8V~Ws0JHn%8Meh8F|r2mSR?B_|3L#
zS8)Q#F~xJwJy%~=19?$(_4eCuPntAopMCamzsjn{JxZFq=*Ep3O%MA1Z}$y6kKWXq
zkm}Am@2r4jTwe6=fB(DbO?U77<Sw57`p4eS^NA;(um@7X<UjR*1Gmzabw^Wmc;}sW
z+M0^;qAe{gCJj4e$dIR>ep-=Q4c^>PbmhvGW~eFiqTv%^PMql^;a}UoodN{}5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R&tD@}jOrqn6#g=x=`Wo4ey*XP$Yc`Ta5O
zA(gcd=_!hz{p@EGe%~~k+(VT8DLj1xx7+;7WoMnfL7KrgSc-<}<RFk{UAb*?7!rqQ
zFadY{q%3<H7S*u*4U1~z4Yu%nnNG@!BC;8I(MXnJR;K^rT6@blf!VWX>uYEF$DjxL
z*}Qr4qD6~NKmBy`-Sxo-AG8h9<VAn~``?=#bsx^aj)5WRK)O4q8tV_2xV)$yD{p#B
z_*ZvBwFgqc<Uh|o`)s$;mbcw@TXnTy!2(-TQC{@PC!f^rJ$v?4aMbo-3QLwOF@v;u
zPIDp#4jdS0X+D1Md*4%gH@JJ-ZMUiBu)_|EY)>Tu2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000Jom$cv_g^17Lu7d5|Bmi>39opx%CDeD(f-Bw7i&wu{&abs|gTl;V2
zwg<P{{L68Zt)f27;C+e5FwWu#q*+&Po8pX|k@zCuuAh`;kMp8yZZ3KI_GLvi*f>*O
z6p_uyi$<~(v(kPq&7lw{@ci@7o9~|+Hf#vA`S|0H^?Y+}bz_QwHumF~F=Nzn<j9e>
zrfgnRe+cZl>#o|XPoF+^FBKy1FRFTzkW~CqcQ-X-UbbwR-BE#3Gg>!#YPYJeX3ZM2
zm+tdv>rMW%ckkZjwx70Mg%vASnD(nzueS9S<wftf;|}$3<dH|(-ECpov}vYun-_iV
zx#vuc{xY)7OhIu|J#JoG-4pT3E3c?VQ`W=-?fHlR0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfIxZy@}lXj{B5ZpN$oQk&F_+B|JD6`T6Mm?di8S0@TD(($$ZpP>D}XI
z_+z@;ZT@9<vNe{|48FlqG)yN4fi&yNZIi>0I7EX9xa%innY?ISLZ=P3@O+t0%8Meh
zS!wB%I=&-^L}i>nhTm+<b`>`U<rS5{)Ys8VFTFI-#%3Dbm|~!f{Wy8@WOXup_;6d3
zoEKHfQQ=baHF)8|g?29$;_{*zs*<JJ#XbSS&5PcD|NYvezbV4WPuuwc2OOX_GiT1U
zH75V5%6aqV*-BFwHENXV^+<ZRzM{P7!w)~K9=6|pdm9QhUFmNzbLUcRwVPBhH&C52
zWr}-5l{H|s)GKfz_TGDMRgN1sF3_Hj2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00Ic47a%X1-pcEi`u%s`efQn7-0O>9{Ng7+PPWm{k*zvkdmwW-b9W$>+qG-w9=GgI
z;prQ=-R565)6C@GG=ujg9>X|`BamiYxowIwaz^5dfV+NDmN&Ni#nX3b-JSlveOXZr
zHqMk6MP#!&hDCMg$RSY~Cy@S&Ywa!L#-RGSbLW~brHYJx_~D1D`RJpMrcRw|zp1)0
zMg0+>kGdJA+L&af3J*Q>khuY-9u{v86qy&*%`=xSU3%Sh*Y)Vp!}LFK;zYZPDa7SP
zwbdjr?ZDi;sGj7m`im~QDA1ex(LD2AfAHE$n-|r8On2+8w{F_BNt<*h(lgFD!yIMt
z;>EVH3Kiu=l?yeUoO<f1t5&Vj?z&~`6Hh#$+nL%a*u1E=nj5HUlZ4l;Tc?`!>(@`8
zKHWBUPlUF<_S$RuTS;3-j2NN2s;YBU>ZE924ST|b2|BZ?;e`MK2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_0K!N~y(FB|(+%#*}Eb{|p|Ni}3b^2$YeYX82)Gc)B(#1V)
z?Z1`V9^7v8FS~QBv7Bb`4VI!|IynfWSyyhG9EQXp8ce`lKPk(ehD9}Of5W00d4nxH
zU#64tqKIrpUNn-Wn3eW>X%2;Cf%DEgFZ_*EcjGko*mPrx7hG^bxTUGl{X*S)dz#p%
zHg)*q6@I$G?z`{)_~Va<2bPc*RsZ@=-s}KuUUcQkm8SCLmtPKdXlv{v>0fx^1ygDA
zpJT?1*>%@lZMU}Y>tFxc?(4R{;f5Om_4=qv?ReseC%T&~g6&fUWozxdTiv{<c0B8>
zv)q=ZeBglxniCPe_2{BSi_Gm|O-mCWwLL_R(;XgV1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009KZi?Rk>f!y+<I;ie7WNu7kf8tc3QJ+Wu`|Mus`HCz15|3e=#Sw^G
zOL6tZ895{IMIdf1CDd=;@@G%qrM0*F`}So;HP|>4E`+k1$cvUGDo%qOVxsmCWoNx$
z!GdAKhUvf6>fE{Wph1Ham27EgG3ih@FRJIrKl<pS`cJ*~+i$<FUArov*tc)rlTJD*
z@Jx9fE*zCq&wK5)*U?8Gt(%wXewc2!)E!<zUR2GVe)?(q$AZm^UUu1Ks#J0^u20*)
zc_h7V_-ShF{X%u)(<`sMa=?HAddz{I3$N^}Mril41>4@%*g|ApR9ht@SUrGVu~~&(
z&p-cs-D~vSci%O$2;@c8{!f4U)6k(q&50O1c(DE)Q=5}dK3VN=x#bpnI9t#?QE$Kf
z_9KosqF1k83gvFM-FBLzj-uo04BBQC5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|;6d*4e$<nlydFDlhtY47r@4u#?A3a@s`;&L=1-IM$%h|<6f1hUX4VI!|IynfW
zSyyhG9EQXp8ce`lKPk(ehD9}Of5W00d4nxHU#64tqKIrpUNn-Wn3c7Ep-taIF$L;A
zs)YP!-N)t*piiGZ`s3)yC!cgHDI<UY0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zP`dzm(b^3gsfV2NqDz)689R3D9((NJrbb=Q^uLLhZRvKKf0?|fFNvL|9cQH%Mbknt
z@u~$XU1MrbUbHT`)2dG~JJupl#RXz_AunnvieD)EeKo@d#n-6I2))RQ&YL$+e;nyQ
zqtne@>!QR#5kLR|1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R$RYfV^k}pWG^@mUCXz
zj8Iw1t+v|AMn>IXw|V#<S-stE^Do=k)m}(5_*x<>?Ax3IY1Wn7ra6_Ebu9w!`bk+X
zmHy!Co9EGw`E4z$r3v><c~L|*BQF}sQq0N><Dg}`DyBf)M^&`E=<wmgAA9VvwQJXw
zK6$NPz51%Fu4>n=o&IE)IB{a#xflQf2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
zK;sFJ7j3+ATFZ>`&x@{Kzy7q-PW#rkzO};+JLree!1L&{3X7_r`o3z9iP|30Or!~u
zHcYujfi&yNZBygn*u4n_-1U>P>}yz5F<0`U<V7nKNO@62HY+W=s*dl-AyFA8P&VY5
zVS~6aG<ki|@}gb3bg^IZ-NMmFAKlW@(&Q(L=_7yu0tg_000IagfB*srAb<b@2q1s}
z0tg_000IcKh5&id)=>4g&#LpHx+BizmtTHV<*$DI`nkW2cIwp0)oYj^&D}ZHSayBl
z%1szWW6CuO#I2>c`Wg?%?oB8Vx0Vv>x6D7s*Y|Tj-{S4N2^VJ(rkrpgl-*Rvu&54Q
zc6c;!1v30*Ted6rxRk9x(ek1zSFXJB$}0~%@W5`}y6Lu}`rCZes8I_REU*KnfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!wgTiuv-R}7x2p4^bLY;jF$QUOcMZ$_
z6rR3;+im`3JG<HoX$D_}=nG@;OCZg<a@+VdJ4Ras0eAhREc+T3Rm|1fu&72}gw@i7
zV@P>XL^dNY8p%@3%Jg4cYj0Uh0Y-%Y0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*vZ6(BEKU;m;V-R4Di-+lMrSMt&`<!etunjTyeo<|>6b$#N>O_;P{$~6kat);m7
z8V|?rO(+nzmJ;f>{N+MV-=(Ef{Czj!;w-|H6E1|Zo5+inB`QvX+EbwEdnnGV83_Ui
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tggGfV^mN&P5SMV)LTmm}1JB&wu{&
z6VkoLjvagW;fH_iYhQDF?%1)T>p))A#W7{qC$3zC=nG@;OCWA7#nt;YJ4Rasfw;Al
zQ15A2RKxZ+EUJ+gVYM{j7!odovYW_@mL)1qgY;?7+FKT9){F!J1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009JwBS2oXIOn1WBl+!be;W=cR#da&jytBA$mY$Pl`IYS
z+@V7UclX+VE4Mwk-R55o&$Q~AG=p!#qzzN9Q6SB_a@*8+ICgJB0eAhREPI@~+<0%v
z+jkQ#<`X<wX(MjJ#+hOED|$_tG2+#S~yv2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagP+tM^qV@GJ+R-;|+<4q^$Mxyc=Svm7x_9qx0+5|Lb=oDx%Pzb?Y*M?s
zCK>*i?sl7hIWWyyKBgIb5uz`Q!7qU{>&k88*X$T=5d_@zld?=+v@W63BCM7s97D>B
zBC=U&#Wi(&M-GX~IDyySdoQ<l+!&}w009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_KdW)`rqz4`O!`{*!a$Pg2~`{gfx>ErktX3SS#eRb6t$R3}(x^(HH9@@8W@0#S1
z7rm^_KeBqeL;rNSYMk(npYAyNQxhg_m~xE*(JLvww#LJ;dlL%8ucp{7rPVk3`Y!#U
z<n6l&7iSTs9D5n0*igr?s1BWCfHe7+KyG1C9q3<2rGx+i2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000Id7p8$E$|C8YV)+F%!^Urtg+&LU>tfIyp2YJyjpz9M?E<*H$
zG594Ax0d4S{hA%4ErLMYT1u$*H7u%_tG8iMjl2k}r3uH7a3Pf4L|(KkQE?iO7cI`Y
zU?d12fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2sEbvdC}%P@2xTG6)RTUm-=<<
zt+$4gkfz2RTON5)_jrv`Zo;GuQ?5~<(zRdX;n=+i1u9)*YF~Qy*PgyxwmjzVy9pO(
z5vE+l1!8w0FKQ`@Um!19{By(z5kLR|1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|e
zYytA3jeUNLJiCi8zWB>u{_+?9@71YOC*?)A+G;Cz%;ZH~jr8RrL|+(#Ujpe@muczO
z>=<nk1S(x)YVT=SRKxZ+EUJ+gVYM{j7^=8H>@MU*Ek*GQ<VA~rju;^V2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000NCIKwh-5&#y<b`@<jp(5FwIo;`bdG-ig100Iag
zfB*sr)K`GKXnp-FIy!mLinwTu00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
znG28?&771D5kLR|1Q0*~0R#}pN1*i9^g6!tnPbBog}i9PoJuBw00IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb^0U0^~(KJ#h>h0R#|0009ILKmdU{hDCK~{3{Y5FIo{7
zjS)Zq0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKp=Ag@}ilO(jfu}Ab<b@2q1s}
z0{IA#7tO~xlcSIqwT$D(kMGc-!=y=*Y)x{(w4X9%N^-NTwpKbk9k<e5a-LBdncHr=
zO($jU+_`BQhuc&t5bhz{n$e?2YdW)L&C0gh;`DaH2`6ZR%a$!G&X5=h0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IbjAwXW#i_^p)5kLR|1Q0*~0R#{T3y>ELn-sRDAbHW5
zGiNGhrauGg2z9{)7qn^9X5z$&DaT;iUvb41DcjfBtkU7>aFy<o^Nh-ZtY5#rOP4Nv
z`t&K4N@W{IHmFn}vXcxek3ar+t+5+!xFN$n3)R&-@4TZ44jMG5P@`fn2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg^bd;#*J#Xm=k5CH@bKmY**5I_KdNCEPqku1fmEJ$8-
z#*7(?neDXGPIXkOG+UT+y0X&YNwU&ia-LDyb3J+TWUUI_Vzg|_xCWI9#PyR^eZ%KP
z1$E3Z$LOp*^UO0@q0tWl2q1s}0tg_000IagfB*srAb<b@2q1s}0thsN0C~}7ILpit
z0R#|0009ILK%gN7$cuV(TFHx6eX@#{uB>_@cE>`^Xv2mLojP^W{Y5u#-fTzcd!ZTf
zqR&77yz-)h2M_lBWHEjO5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q5tmfV^m)+8hf3
z1Q0*~0R#|00D%kzN^f6Z$9IMkX@;)Ii&lM>3ze>{dKT`Eg_@DM<?Q+ApYM*)_i{7j
zMRkt)_U)_4=&P^3>ihX({0Ja`00IagfB*srAb<b@2q1s}0tg_000IagkedK`(cGvx
z5CRAwfB*srAb<b@*$UJ#EUH6iJC}y<&AYs4sZ?6DXwmrb;|C5L*u8uA&Ye5&z4zYd
zoO907rAytDrJGXf)|4GOba?5dm)v?=zV+5ywRQjf_qR3bQ#F$&O|mt%@YGXJegFI4
z-)_6@x^?Sz=%I&d-z{6VM5Zfq9^UBDqc!GPvu1t#@yGgCW78m2^ZM(rYw&r_$Xcne
ze*OBHGiM%r@WJBh+O_MTL4$6(=_ZZPZBw>vGKbGT`>bu5)j3T@GlyHgeEGTOp1bFs
zd+HviJMOsS$dMzTc;X2=5?iocX>8YBcb#Uc`S$A7OZBh3@``O{3pOvR^)qMAoI?&d
zWZP}G)hQb`Y}kSY3v4r6NV%MBdleQgTzJ$`N7=P{+ikb$SY{<mnKH#~Y0BwO*5bvB
zPd@qNop;{3W5<rV^mGAEoH%jWvSr~uuejn0<weJh8yDV04FU)tfB*srAb<b@2q1s}
z0tg_000IagfB*srAP^})UNn-0N(2x<009ILKmY**iZ4K3wD{-9j?lZjsIr=hqD8*0
zzy4Ec;ZsgIMa`7@vy*iT{rdIOR`q5pP5x66I9p>17himF_;7mM_K7E+sCq@?-1a#S
z&*Tp^M>8Ee&evXhO{2<rM#kZ9fBT!ligqNnu*)vHtX{p^wMr<z{r1~t$3V(7lXIGk
zrcq6wKHU!6EhsY_7?160uf6tiTbi=6nt?f*_6kxSaKHiK_S2?K3$#zaoXn289c#E-
z1$QIYs&+|#vL;NJ5boL31WeTJGtWGuP0Gy%ro%@B5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0+VPJp~<oDB5{Ab<b@2q1s}0tggbfV^nIPmnu2@A9Je-FM%mmtOkfi!bWF
zh`Rft?wzP?;pEAaO?1t@siST~s!H8uw56rRowCX+R;)1X*R5M;H$|o^A9&ya)ADCO
z``MZ`Yjni5Yu74MYAW?_ATOHp@J#+t!_YMEzWZ)tQm+~5xVo=tyLRm~9z`qlIC9DB
z1gUV)K?kW)p-KVT;UyFveDFcF*X=z6Z8ABh$!HHh{ICwKm$Iqvyz`C*ELGjR)y(V1
zKmM^hB-@p?-gx7U#$S7xe5N|lLXB*%NbUXi-@jqQ2KBEPt;xZvz1Eo9KK*jiUiaK{
z&p*fArp+anT=M?=@2lqzKm1Vl6g8FlH?UUIpR70Dc*AsZ!womQ_uhNzS*KMO!k_>A
z=i$SLhx4L3u4%8v?sO<4fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@aRTH;<7B8u
z009ILKmY**5I~^d0^~&teuCWLd6yS;2k(}rPMxZV+Nr0WYAcm$>)ErXDj$FRaa(B$
zdg#3B_1JE=KAaa-4?FCzgIelw-fl~kZ457v!3#9AA6sL1>fGiP6{NJsvW1*yq~rGQ
z-(OsM8oM2XDJVF)+itsQlk&HLO_3kX2|Dh$;{sc2Kd0(20nMIqJ$OBE==t;KYy5gC
zJZU%CuI|0}UR!Aj#~ypE8tb9$ZoO@<tfpJ9<M!>_SMA*!-ntC}<?wP+fYYq@@C|aW
zz4qFFjyseWO@FfH%$cLzM~oN|7)HWJJ+ofB=>DY%ZP<hW0tg_000IagfB*srAb<b@
z2q1s}0tg_000IbD0rH}jf&u~vAb<b@2q1s}0)7dQ7xn0THB4S~`SRt;r}ggL+r>9G
z0@W=L-AZNi^rUPxe)Q2t-TH94@}-wvQZv1D-$=Km%9}TD?$DuwHl@sqw#M)@43j?`
zFknDnc;;iyGct3O$p;^N5FU>bmD+UVkw=C%g=>yE<`^};?6S+kn`%6#>M#M#o^jpt
zGkj>>?^L5wmep=DUG22fPFhs9(iE00Tc*Z(xwi~8?RE3jKx2Kp@WKn#_`LJZ3vUY7
zgqPC`FTC){(c0*qrGfUk|EEcBx@)zflQnzxY;_*EjsiyseB5up{j|$XH{BGd=OY3L
zAb<b@2q1s}0tg_000IagfB*srAb<b@2p|wCKwdPGg-QevKmY**5I_I{1d1;}UbOh<
z$d1s*yr|NfdM@_Rp+l9^QxHzMO}*N;Z*TH)ZgS6t;@rUJv(G-OmYq9y4m_tmoUYW(
z9@SE}VYFOsK?BfMH-l%k<~BSX&g2g#Oqk#f%$9SW(cHOn1rmOUycv&qrg``7-R<xa
z3WEj>QdieqcU`zmjptMyCZL%!zVpsIhmWfo6IDI@@Wbs^)799qV{MIF=-RcbX0dSL
zLR)FtUvtehw#F8&zy5kP)`RSAjVYvDPUaS%amnE$jyOV{yKA+gleKi|QthtSxN+lD
zb}zBOXzj;C4?R@vbsJt=LjeH<5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q19NATOGL
z!zKg}KmY**5I_I{1d1$BdiU3Ld>2`!fMfG6FRD90ni$?E`L&3D^k8n+xnIA2YIN6K
zciGC*Pd{BX=bUqntucjgy3*tWM~xa4XlXvG2leA-@Km4Y@N_tnKb$#pX5<KSp3&sV
zlg;^17Pr$UFQs{t1HF;MR%Jq7R9kB~r`kOMO?Nca6u$Sp??nzwt4LejG^y!I4}6bo
z|BY{aL+#zQXWA?69B!{lH4fxO(=R8pR!5H>9qw5*;k8=n$-4ULt2I3H(gk?bQAgc;
z^UZ75u8lmLD#?q+$xx2~0tg_000IagfB*srAb<b@2q1s}0tg_000NN$<V7P{s6+q(
z1Q0*~0R#|0p!foH42$Z}#rG-H2>r^7>W-j2dh}3eZOD)zPe1*%;%Z8Vn!6pYT)EPO
z*#db{^C)e5-$gw~UI|9ER1z<6BI44OaT&aG&plWDxOvf>ho|u;<PWtq=NXyEqB#o*
z{{~J_;4GMr3D2WfgIdn1c27VvQ#kU-BO^z3_uY4EUVZ!awOdVB)2C0jHEv=5{r6Y<
zJMX;HRwf)eoENQVIVI;s!)vvQllAu7Z%>*uX`g-eaZj#l?CjhE&!cxWC?kLX0tg_0
z00IagfB*srAb<b@2q1s}0tg_0Kv{v>^P>9E@Z<Wu4nFu`^Bc-9fBDO@lchl&1vYHh
zpkMv;+g$QX_fDzfAUQMw2q1s}0tg`BmjHQDkIt80dC@1Id{TdB_3YU*@F;nKFIlq0
z{0SC_BYybdho=7Bci&aBhaY}eAA9%i9X?0lbY&oy7}zEJjPIO>r|~4@54APt8Qpf<
zZL&S=u)_jSReUsezZ^MoWaPfJoKtm}fM%ZRzU!{LMjlt$$iM_mS7)Dnc4Yf)x7}9l
z7c5v{w<a7~e~_xNdw<c2mXlel0|ySY$8rn0W2!oLv(2@fEQPKYEm~ym)2nVDeDFc{
zSf*@J*-t(7RCp6L2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0Kv<y0yyy!rykL9K
z?-zA^#ocWqJY{NHLty>-_4DV?zbF3nt#5rR&GP8drHebfyIy}YtGC;2{^c}tPuV8T
z;QzldzvYcUMFMHomD{GG&S{K*1l;wLvRrz9j<4_1LnVLT8}BXo`S$ukOL<X5HX|<@
z$x_Tpzw)AY+;NA#okrgNaoV(L=8J0}FDiBumb>PfYg8UObf}u?;o9NT5l&Y=|NQf&
zPyJVBf%f`u6HOw{&EVxcJPj!!f2gfF&*+s`UJ;jAlqU>uRr*nX#Hp*@ci%m3$Ewe%
zI!r*bXZ-#5-wz+UU%!4DmF~=GH<_*!KQ=eHwe>2jSh2z^p4F>Y+xmn<hx4KpEvM(6
zd(Iqg<Hn8laHgPeb*E09wAEd!nVhUKW5%f4aIAOTx^>~X2S&w51Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0z!k7*PyJ5h)~780^rt^HKTp*C-yi<)hbhNQv(^wu83#?X
zPTb*T6&6)LZnycD(@Z>Nn>2&>Iy1xI>mrb5UAb-QGDr^UwSc>RQkH!Uiz?>oZ&*|#
z_cJW2VK>_aVy`3eqL!lg1;6s5=I)@|Z@+yY6siZ)n|nFxyK7*RPQf4l_(#?E>C;Cc
zK=b9++-o#&cEagOb)|cmYL`ndy)@9+##7x4Ue3eQkP`BT+M552_TGDMag7@{F2Ggk
zM?L!7oGImUBloTPoT|43G@bEYy?W`;XPtFc;JA-I`luPw>#x6VH<_+fKX2YVTWJcT
zMvYRv9!c-kCmcGQ7p-VHY2@9zch?c8Oqt>yQRSI4XR2N=cde?v_LF6913P^9@W2sG
zc(q559^n{mpd}v>KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{BT!>r^t97XGe3yb
z{oe@_CU8#cC7_#&X1D;{S&$bE!@53kWv??c48AS`ace2AzAl60pk52at)+zebssPG
z^zCot@}DDLKiAWDvt1ze+95A$DT-h4D=(^CsQDs#>Zzx$TD3~N$`d~E#1p!~qy2&!
z&Woyzxxb>hxoF%oyTj>9^*?v+T+_26qk0UwYCihtqp4G;+QYdSy!?lkkU!K=^Pkac
zuf5i;T|4277%}3dmtHbyPlX0`!^y>q7wfNMd1_#3UVZ!aRX@)@`)p+6TFz-Qnv$R9
z<mxH&Yu2pM(Kl_{bmyIScIePS^(UNgf;%3Y7j56Z{jIm&s+QWSz0Nq}4AY5b9d55^
zs9R~u;k;<2%gH=qUdPp%6u7$8U&Pa=Pd6hm_3m-gpDd-L)u&RRTKpygs=`ALJ!CGc
zyYIf+?N;Sq{Nfin+_~qT8>r_a0tg_000IagfB*srAb<b@2q1s}0tg_000Iag5GRmT
zUQ|EdEUU-szyl97Kg#^_m%oggBlWE<px>~}S<t_`?6QlVX1LpKyQ$#5%tIt?v$#U%
z&Yj)Sk{1m_xju1auQM|YzAgfBYbmb2E`#KtUJJynrG$D<!=f5CdC|HgPMhrlvDZ#%
z^^J9W+hI^hBT%TksJ>(>l^6Ls;)o;6bY{$$5&kZ!+?u`NXE-ma9mkFxYxlb6o_iu?
zBGZ*>dER;F*?n!{fCCONH;{DmqH3J;@RFmCb(ztkMT^W$S&fy6k6O3LsAS~nFp>$k
zDy{mQCZlOEChlm*Yztb1n>TNEM{By$W7&7zbywTW7JmKfU%QP}PB?TpFRJ#HE+^d<
z)gIjz^#7eOYc+i9(Ud34EF{~ZThPPk!#5E%8cUWe2~3}l2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_0K%78Uc~RYHH0}_sT0dmS5c3-fdC?4=Crz5P*Is*lHT6rmQ2R@k
z9%%UBgAaD;(#6(PRM4-S?nKCohV@*ZxU$!o83tb$fw;94S6`Pwa!{`Y;?`0^ed)E!
zeSNRJz2xuvt?4B{-_3S`*lVYbVNo604ue7(fuiL_!{0Ma&0&WfW~Z}o;lg3VhUo$H
zN|x@s@4n}sf4=TDsz=P5mXUeU7hinQY}FV04I4JtuG~Ugx>9WxELfl;>aPj?cVvSG
z4N?xUrKQER59CGFIM3lF<PSBHdd*0;*}VPs+m)`=v)y&$&F!|^PVriuCdtUnHBTt(
zG${rw^FTz??o#zRO-3{Q>!I^Xf$A?xEf~$>m}8F7^XToNZNYZ6apT4-ue@@=fC2gs
z67^hor6_fKRol!KY<pW{3z2zIZLM@U{pnAC(tUKzS{*!i@T^(0bVZze^2u8Nx7>1z
zJ)AA1IaxXdn!awhy5D~Lb?w?!Cc69UNhh78vDtoXK@-=p6jHS{6c9iF0R#|0009IL
zKmY**5I_I{1Q0*~0R#|00D-as<VDL8HCqD(KFu$@)&2YCn{OU{^wHJrtG)Ddn+r}}
zG%V@*#Ff3y%rN-62*j<Wxca&bl7o6J5Vw{R>U|B1D(32MSX3kTGc2lMH`@hbuO0HD
zmZJEDg5*Vu55)-c7tnt&sJ}ZDJ<b2nDUX<t|4i9KKF#{{=_AP}pL{Zh!yS9<u{ze%
zPd}Z*u{Z<*2q1s}0tg_000IagfB*srAb<b@2q1s}0thsW0C~}dIh9#W#NIt7oK#Fx
zvvTE1-4Q5F%g8ou+qQKlLS8hi<od*wz0S-q___$ht);m7x(t$odMyyQmJ;g8i`FN1
zN?vr#Z}Y#_5-x<Yo5+inB`Qt>@}k8#7mOqzuzvk|-OyG4&w=n0&jT&%_0fyG=)8IJ
z^yiyy^cr`k)(rJ@r(Ydw;J|?y_DNR=Ab<b@2q1s}0tg_000IagfB*srAb<b@2q4f5
z0^~)T;Vf4)N1GSb?_Bq$d);xz9X8gehXd}j&pzhk#TQ@v(WhUhopzdS8Cl@|qLD0a
zWty{@f6#>^`Yw=WUAb+1pD*LjU%*{IDa)me_xk!?I;G_Ad-aX=%^y~M^!!(KhDS_!
zQA9SYS}c<tBZov~oB(;zI2r1TATWFOZ2i$OckbLG3?@8=qUA-04<G*6V~?#}yH*KX
zy;iSYebrT0>GAP0oH%h}c>I~yj2=B&$9m(9H!|;;4iP{A0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0ps@wWi#GQ8tzvdIFWRwV$CSG(6Y2&UZTZwwPYv{N;)y5Pt&s(VRNY;;
zzi3#=^@%HIm|&r+CJ~5ROL6s0!ooB&6o^|(3H82)MHO@PH!P}=lNaUwqLr+HgiDxB
zVFB`@VH0W)NGVXXyr}*=$M9cjsyX`Tqgz^9Qcj9y2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_0K>h;cMe{c=_z|nfi|QA#ZMWSv{CnAm5hDVVwRzEzBS$WBUJDm4?9ro#
zdg#=tle<d}dC@j){*l$&9eJP}#;Lj{&~xO+3?p82)g%Iu3n`(pNm!U>h5`x8DQ;7#
zWuC9^*Df#l`}Q{Mn&EQIzpJ>bAWeN~&CPXurx_t_tN?jYOF;pFN(G9R7hSn>rJk&D
z;DHBr>())T71jS=Wz?uq3l=P>bY8Sa009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
zauy&jnlpIu4_8HARFk^ro_mH28S<@9UMBgeJmjU9UK*IM&5Mp5JJxPmvt~{2-o0&p
z($=d$UevPKg6k7k&OhkF5q%ekTT5~EzR#EO=PwYqmJ;fH4T~z~>Tg(7BPTEF-Tg($
zizfW<NWnId7cJNcVK@jNfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2sE7ldC{gj
z<>e+^U0&4fb=a_BCfvB!UV9z+>DQOP{AIK0CqMa#-DTdqc{U8Gf~{8}hrFnJxYjGX
z6RfeEW{~+O!8oGt0%_Kj+s60#GXDGp-1U>P>~CIl%gdMX&R-z^Rh{7xQ(hF2&FXk_
zQ5`yRNL0oNkQa@Up&kJQ5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R-|9ATOGa
zvqwkCFfW=Aj6C?@gY^{qzy9^F4?XnIC6`>{wsft?i@GwV?E1u&Gfc41Rg(zBt);m7
zCShTk84AR$rG$F&qWMQIy*^@w%QgS55-x<Yo5+inB`Qt>@}k8#7mNe}1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|00D<NdATQdS=RIN8wdX}Iy6B>C$}v#$-S2+)<daVh
zREG1A<VC|o3Fppk%0KAB5q%f1izj8l_xUpZ`~^}jEw>qY(YmBJOL`=|pYQxvb%sZD
zSAL~s@}iZB)v-N!(K_ODXao>I009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5Rd?Q
zQI<hKp!U3|ZX9~kO*j2K>h;ZUe$xaX$BrHQ#V>v_9ERL#tF7GekQWUTxju2_3==GL
z)g%IOYbmb2Nm!U>h5~VGDWRUcD0$I}lB*dm*ZjLmxDd*2A}?B&s5lMgFMcn#cX4LT
zNDx2(0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILK%h7R<VA~fE;1j<mMvR0RsMSB
znP*H!v17-MnGfm26Hl~x(Jy@A3#R<J&wb9OB0F^G;2xB`sFkq=*C(!=f6#>^`YsT+
zmg4GtpD*LjUm$KRCDfNT-{<Lj%X2^X_gz|cm8b9gS9OL*Ot=urZYsS$r;hKk!=r&K
zkXu+(2Xc=~836<kKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0L+<V72GCER@T
z&0V{8wIRbQ3hmps&m70*MTZO-(yd!JGpfrjyUZP)dr<PCu8b+WK5^v?6D)MqBm!}3
zDXzXrSeRyp0q2AN5sD|xtSX3kTG%TuNXSiJR?<(O!D7&eSVNo5r?C@yd3Xm6d
zH7Fy100IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>#r0^~*WH_zvYU;p~o!%@SE
zYTCAKoB2>}Ueq1Q6<1v0esm8?UeuK_W!ERJoPW@TBl<27x0d4SeV;Gm&tD*JEhW@@
z{5*QE?=QM^O3BZ6{;N8}BPLu3WjB!*ElX6K2INJHb1oPO0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*u`DL`JdQP2Axd+ZU88dg-(8uu3+H*Q>b3^&|x!|}%-Z|mJN
zLSEFe*n;a5SI#iOLRU>95Vw}%>YIdxX=W%8x0Vv>$&1$IKBb<9MK$aUmuvoAC0qz)
zH<1@DOH`Z&<VA~fE*J>{2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000PY^Kwh*_
z&%4cw{_0o1T2aaCkw+de(Zr4&J7$ivX3d&WqedO{$!qJaw>AfA*RGunL#pf^l)R{w
zu?5#BuAG0+g(Lbd5Vw}%>V2Ot<Ii6pZY?F$m)70s>3hr57y0`xt+>Y1cmAt7!y_hK
z2xT{s7cEOvoCf4Yi*qg*2?7WpfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@%_%@$
zv{BEy&5O>RJGY`azWCycCYsn9c~N&HU--foYzER6x^(H{wjnQSWo*Iqi7RKAV4<rf
z5r|t$arI5Y!Zb4!h+9hu^`3@BHEe&wq8hoUVNne`!{wTPR|ywF*-hj{%Mul*0eR8l
zoC`*R00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>z~3Xm6V)bs9XUbJo7w(c1r
zFKT0=w&422mGcj}a75n);?`1Jz3=m7{P_#St)+x|@}hOgost*L|LV{Y6E1|Zo5+in
zB`Qt>@}k8#7mNe}1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D<NdATQde=e_uO
z(f<AW+YF>FH0tx{b6#e3$+~b*uLUYyqFzsy!PiBg(lw^`9_K~>a^V(#-!EUb#m{$L
z7Isz#t>OZ)yOh@6UdOi`28A>N<V7Qu#*ZK0p+kpBlO{!Or7~HdI=$-lN*+lOw%&Hz
zZCXo}K3~Hfc|*!H<fQCbJK=;AbkdhCTV`u0Ab<b@2q1s}0tg_000IagfB*srAb<b@
z2q1t!vH*F}WFLRG7C$fg_rL%Bw9`)O-o3jGi<*LK-Z1wUbtjcWIji^z{WOn2rOUE;
zWSD7I0+p^YwI?rHpU|nFVNqpVvs$Zl>8FYd#O_kZu&54ghe08YKtb}NGiT0Jyh^X0
zJ$r86yg5Abb?erd2FsT(4{y!9=7I|@&|d))Cr-?~=R7+cGiHp?uD<%}JP)d4Ri{_o
zUe!%4H<|V8*LUgCrB9zerBbQ7p;ql#_2IN*4nBFF?pi3S+xMM!-qHVn3>q}3y4~3e
z0R#|0009ILKmY**5I_I{1Q0*~0R#|00D&eHATQdeC%yQ2Q6sOroisyUG%&|nKBif*
zb;-JLP_G5jtSh&T*OO)NbrEpaPs(zAQ*gB$y*@e5jP7V!dhK#g-*s8oSsgUxMG@Jo
zmbF^@zL7(sGESf%dC?g&X4vndQ>RW1k5+k6(;%N)_BBSB?aVXJ6k4QbSUAI)>h!AH
ztGZ$5CNp{RWSs)tVzjz(n!WOrF-Oe7C;v&+atf;0_n2dj(W!stnP;llmt7D*009IL
zKmY**5I_I{1Q0*~0R#|0009ILXhH$<qK$geTQx8Gzyl8)b<|NqGkWP}AO{?9K(}t)
z^efL+TW#f@k%qaysHT?H%k_yXXBA(epXL#WTT5~E%_GB1vl56~O9}P0C)w)N19{Q9
zBu=wht99uo;X)|8sb1^c9JlQ7Xy6JIFfZD%V@IV!-9f5MUNiub=3@@2zcj-rV4Hko
zHf-3?sZ%H2Uo`TTxdmjgL(0d;9<Ct^&p-dX{?;BmcyL3`j!7Ya00IagfB*srAb<b@
z2q1s}0tg_000IagkhuVP(acE;(qZf6MK^8Qq+jB)N<Rkr(a(G?AbHV%k3PCSapk&X
zU9vjprT4$!={qZdy7Uvbmg4H`GDr^UwLsijN~mA)(P~fMrOo$w{4PCI^7Gwn7l^%f
z$ctKv;ui{)7u|Q?efQsge|@(cH*Q>jj=X39B+W-se{o9r$e6q4o`3%Nal<HVeLg;g
zoqkpW>)W@l{@3i)S6|JlL;67g0R#|0009ILKmY**5I_I{1Q0*~0R#|0pn(O*i#F=X
ztvxTQTYWwe^}7H5`@<o|tZF)R=-{3a@}gl_*C(#*b!NuXu&9RZHGAAzimUf}vJAd1
z0q2AN5sD|xvSX4<@Kf|ILc3l>BRtHVE5Xx>MFItwUI1LJw7acHQz_ZUjYrbl(
zTD8hmipz^CVyf@z3l}bQ8=LaE=bo!gS6_W~c$04Yc;k&X9(w4ZJ$m%$+`02!d+nvh
zFTM1VZJF?}?Dgx{&zw2);DZm=lL)$Y?W(5|+;r1TAAkI@-8WEJzI?el-*eAB_1~cF
zxZ{o^M~>8AGl4etWAeaslx?@&R+D<+g%|8DZsF#eZ`RfW4?OU>=blr+erZ?PzTSQJ
zU3Zr>!_)0C^`GXc2bak0<knkn)mCMFP38FU<MnaUq)Bd@(W6JJa@MR_nuY!q{&w4K
zr<&Jae?4I@vniRy9wp6O%F2{VrA3PtX$k`e4(#5&yOzh^d+&YDIp-{0y3`&hWx>P+
zwWK54YticI7(&oOl7^mHzh%o7LpNp06nB?M&q~K>{dJT%bLJd!$RS!wI{L6-!xk)9
zU=LT;$F_6}m97x&8#yUE$jC)f#l^mO@#2$DK6&Szch+5tbvAWQCr+HWY}qn*@TQ#p
zx=!Ec6<1uLYcQOC4<DTx1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#{rFPhI9*tl`y
zd-=Y;`qi(RUoGd(om<fyUwrXJ`*Ua6!h{JEE)TtqIp&zMJH|E8uS@P|Uw`kttln<7
z4PVYGzCu6EBT(r@(L6HDG%JBh*O=NrziOSQ@3%gB$KUss$H#g4&T6gJrJpJ;5W7oh
z-JNxO+hI^hBT%%wsKz{W=umwvKjDNE-0{cdMU~}K<H)?|*=L`vO;e{%b^B3Sjg`=g
z{N}%U^=i{NE-(7Gzx_=SyYRld?6Qm9*FD_y>C?lFRrCGte?J^CO*1gvtWvxG_{TqX
zk7COjhPLXzq_eTx@X_78X!_xua>^;{O2JoqEVt0FUq5YCYSdIl>K%Xl@ummU*beNq
z*IrB5OPkWLs9DOnl$Fse?AQW@>#x7w3^mQaZ@>Mv**$!swYxcwf&LXjKJmm8RjHhz
zdx%KSO2=vZm0djGfCB=@)yHYmrkNv_^>GL0mMdBz+A(rc$%~}Yi(UV3f$&UCP2i-Y
zzpm5wsX0FL%riP%uU@@eD9Q*RfB*srAb<b@2q1s}0tg_000IagfB*srAP^})UNn*=
z+e+P0XX~xEj{5<nwd-%c{q~Bc^X8jxrXSLWAAT6_T=#@Y-$S6Kpxh3#3X7^Ax7&s<
z*Cp%1LA@5J^rG;3vJAd10+p^Ywf8hEs$u&Z7S+f-4U1~nby?V19khxI#O_kZu&54g
zhe08YKmqfjZ@lq_`8KYCokCW5(Irckn9g;lLET1j)22<jPor)vsImfY`fusX5hKHF
zx)Wx*cI~vg(w=(8bW2N%Zq=y5K?fbAO5LPXUD*Mv@bJSAn`5cxciwr&97wm;G@S%8
zpD72XTO+E^_U+s2KmBu$rLu1RsZF{crp>~ge){RE3EZsG?p4w7<fE>1mr>2y_FxJt
zR;<t_y>yODO{AWQ0;-uhx%=+BWgg&)+$$wZMRU<06J+kY@4ibfy;T3Xq8Xu1v67#Y
zCr|!lifvwb<(0tn<32w4;Dg#l_mvGdxaXdGOmCN5a>@Jezb^;<0jtwwD)n!gylAE4
zwEhY_D^aXlw(7VFIh&lP4!UN|8avbkAKNBSsAz>~-^kN#2N}6YD$0x6{~5XAh8uKU
zYqC0(YuB#*^Pm4beE4vCjc6q4uj}-E8XTQgb58C5umsTfhyVfzAb<b@2q1s}0tg_0
z00IagfB*srAb<b@R)D;yrD(l^9v5hTkjlTH-{2~pn(k(^!wx(2jCtu%l6DrlWr}{Z
z4ZM2y?rj=;<tty&^Zs=6ma?zicH7PDqUR*Kqvd(@mf99vpSW^X@fG@M9)Y;E6j$Fo
zGR!n9fw;AlQ15T*vb6DDf8Q;0&+zn})mp7fKM5B?*-hj{%Mul*K>_ok!ZCMQJpAy(
zEmT%{Q4={k?6AWW9<!Z?3z1>A{{8#w+piv(9cZrzrTN3*fd?M2o0Lz}A1`XJ$6?z_
zQ<y)0zWEmI24YhVOg#)3FhINCb=O^iZqGR54Ar|2zdrNKGgTA5!>V?yba-m7zr)nq
z<BvZcIIf;MuX;UN-PT9y*(jibg|?+zh}<g;OQmzsK@()$A-QESYMQ5>da7HQP&O>b
z9d}%yjTWAf)PvCjo36d~S{*{KG<ng$zV>6>IIX|pk+!i4((Bu|uMTQ&539;5d@5QY
zIz;5@wu6jZBo*aF=ggU-NsSmW!kuhnIsJ8=zE67~J*h;)(EUqo4Fv=cKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5Qr2YFB-{`ZDrs&fch09&sU}Q7cD#YRjXE|9KUY4ld`4T
z%pCxEQCG&4U7xseU9v75)N6sbwG>zH^<)`*T?FFRQbIj>(Yl0AJq?R$*mYUhSsgUt
zLMXe5yl7dX;xs5`UR1X|G+#3HKxbo>NnTV*In%8kUXXkW!eO@M%a@ydKltE-@V@un
zd#|=0dE}9HleyccDkGm$uiH*)lOlztefoi^{k(bewC_Iq>|>9mf^Ije|He)A8mFyK
zNc~kbJkz1_jp|?bX0-jQpp>8<x2^g|AAQu;hxN3{L;)3cwao&B@Lnlds+dcHOkh;@
zqgep@j}UE5a^aX`juFdcmt7WU_QDG<s9rDK;WMyFH@!6R!dmj8apN@px;1X#p!#^>
zg%@f(=bd++-Bg8-_D#P+)Hr;)Rhhg<D$0w_o;_QW3M^MUL0hQkx=z`r?OcWZ_S;Xx
zxap>w+)By_Ab<b@2q1s}0tg_000IagfB*srAb<b@2p|v^ATJs=$-KtqMfHF-Jq0hH
z*H^##RsCF|*W9^tvz?KCsoZtfT}|h$@vl4DhRKV%lggo-ReXhhnn$40W!XG3%rq;3
zO4pd$ulQ)Sr|;6{`}}>A7tLzTSJY1x7l_@3yr`upexaCoQMvu>XFt=odOZ`t7-o_e
zz4OjH)n}hReafDfaF|Vhzi8jc$BU~s^PuYP-MibKb+<;f-+AYqZH-$n$vS%j)${{X
zCrTCSY2E7Fy*;TJo}RPd9wj05SJCiHpEg;i2esRyJp1gk8j1dkJoh>EVLi1sQNRfk
zCfI!gh45Y}S*n;zf{aF`3F>d;p+kr6w9`%sa4LwaSNrzuHB-Ixhi72qksk*Q8l=Y8
zU3XnztGP#ITyFM=BaYBsDf6NgjnnvFbImn@@#y3A*I%!L>ZZPSQ?ie37AT}&A=)u~
zx>cFHNGi&UE?v4*lhR9f+*LX5tW|Vfr|i>Z(UVOyhAC5~xRsO<KmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I`U-KwdO#l6j5Ii~i;}zsbDwxDNN&V~<aMw8=g%sw2Mh&O5Va
z&6*MOI^>W;%%SbS|Nig)uG@XsmwtZw+NWRcGw$6Pkr#C}(w8gBsL&Vz38Y_LrX^?y
zR4P#E8dG~u!=f6tzhP00oV;kIYde$nRa_u;7xJQ(qWFcv=0!jH=%Y@ZI_aysxp8GC
zc~RZ$Q5}Bod*3U2UczCv$&)9Wzax~5)WGyok}x4mn0zcfO<uj(G--0<@My=6AFtir
zN6+hz8rA65qi*Ab)L-%u1H-d@nm-}6)z+MT`sq6EIp>^XYg7p9snSFNXU?4Iwsgzk
zy^;rM_f2jVIhO<(-L151*RGmW+)EFXw}(zB#N|azRCx60(UJQ~QpZh`7p-)h#$P$u
z@NreCgVvrGRnI9`h+2kEw<?ntNkw^4^>+2uSKE`Qb9&TKN8Nn$&1=`L)h7F@^tw*d
zr|nz?@}jN=WdsmF009ILKmY**5I_I{1Q0*~0R#|0009IN1jvgf;AFL_@$#a{GXL{G
z|6_kGG6nl6N!_C7o8SCqV5|GFUAuN}=Q-p>+qC&dR&RIYfwDWt8q0y6BR^)6U7?ev
z5{O(#36)KS!(=lNNLWsBoBYj-uK)Ncf8V9IrhEF%WTDoplenuOO?_$o+&aF~jF2`~
zps;ySjnG816slB0FO$5eiRx9C7d88q{myK|gr>dwgnDbP!rgb@t*-j^?Q1I256rZG
z>#eu6yOOK=Lq;{`?xwowsQGBx=--4?WJSZX9h&EH+k0bf-n?0fS&c;5McYP&geYKS
zUeW9u-YX?b6?2J`(Opu_e=|5_$dIR>ep=Z=oltXY%9SfunzL_Du{-5(IqrG%X0&m6
z(R0r|S4SzE7p-EP`Q$}Yu8`^$Nu_yF9p&w}-<~vS(mwm_W6quVS2gy0nbYBJjV!w-
zy=<Sha}`XGo9EHHCX^9C009ILKmY**5I_I{1Q0*~0R#|0009ILh!h|%8p)DvWwYf)
z|MHi==q^C+uRmv;afa^SqSp_9_(QioT-I-|E<SnDFp=vMSFTswh2#1w5Vw}%>iwN5
zBd?c0+*(SgCofu;(5a_kQ4PCZYde$UCR_+*H`OsLsza9@9t~W9BIiXFN7NJE_03c1
z%H+K06Hh$hPRf)|Ipq}XJ9X+*yXlTQ?of?QY1;a5A)H;j?Y7&r?_q}>7H%9_V;(!c
z>#n;-ZdGE<?JfPlY;WfFl@C4ikZN?JQT2A=g%{ebrVy8k)YgiIXS@CI!w+>Jz21HI
zT~$8(@WU$i?%mrqFom$5>J##caeJj?sbVg1GEYAFq-NB!XHNw(1Cv^^WXV5g-lmNk
z9SpQ_Kbjj?jvP7CtyI}0DhCc67^pWN6=v2U%H~C@7-xcihW8guxk5DADi(>!i>AET
z1HAellSPXbncLw?_`wGsGz}`fuHA0q`gGfvK=o5kJ>^zXMgRc>5I_I{1Q0*~0R#|0
z009ILKmY**5I_KdumE|{uu0}M&6XDx;F>jS%x{|i{GBi6)i(4}L)E$d<VC}Hu1{P!
zlk5teG?hTyT8gW0DjX)8i9p<1N~k9<N?x?0@M<OtwO*YhTnJ@1krypXRGbDy&WlRP
zq`8#e(>?vnSI}k4mbrR^2M<>L+_@1s;oWxIO`F`j=&P^3YC6%qBHd2H<#3qol~-QT
zzDj>7Bo=NTu6h3X=gqO+fB*gPR`a)*?rmr`r5~8>%KTlU>Fb`Ny3wePwPM8zyVVp-
zDssw{DS>)@tY~=d?k3Q9%{AAka_G>ZI<9U5>o!n1tf$I^yrS7XyjMz=D&`U=V-l*7
zcZHocZJIfuDf6Q9=g(LB-FM$Tfb-mQ&zXKUZrm8yq>!rlFC5F}MXMNRf`43IG;-wx
z#vJ~bW`$_4@aa}%!XUM^qKiE|FjF&T%ozFG9B-x9b!4}JK5ZMDa$miAwXLLp00Iag
zfB*srAb<b@2q1s}0tg_000IagfB*uK0^~&_S+cEc!n~*e^&8yhKKD8E3ti;Dx`mPZ
z(w#-stbP0TE`APqQTK2SQ?6Ish2#1wQ0e0LcczTIUILY_F}2^=@)u9vb;)^Vb<om^
zYdn3|Yi(z8+$t^*y9;?yOHuqn!SkZZ=Jn~*M_<TIz)yuhUer9l`{<*O4p2Y-_~Yi=
zzMB_Sn?3j3Q}x4!4KoiJ5A0<>MuyqU?G1G^Punb^ppp0L)l0`Z>#VZ^%^rR9Q8TvJ
zUw_?hN;xpwUVqng>()*E=(eKzH}Za!7him_HYv<z_p*gbhi7;E;~)R1K6O%*gH=H<
zbFWd`K!r%X<S1a=UTIjWm`j|DN#Sn4{r2k9osk|)zwNf$n)wDcxy{_NO*kvi>(*;`
z{k^HK!fDKzGiRDZl+BA)G0p`4a9%Xd$DK%AIn4^uzEv!eN-y@v5t{qH4j(?;ZmsCL
zwtKmSaGz$Y$p-i6(IfePZQQOXBY*$`2q1s}0tg_000IagfB*srAb<b@2q4h30^~(=
zIQ7k$7Zt1?On>UBr=H-v{_{Wo)BG@(@UMGD$cwrf>C2g9SLmdv1k$fA)3T{>m~18j
zm98<h_cSc3VP_THtV=(hhD9~(OcrXrI;r9UvAd8LwG_oK6g)2~KogC#U(^G6(Z!1w
zn@zgo<%SI#)PDW?^|#)7t9cBxHU;vcFTVJqY5(nSe_Lhq*m2!5^o18*7&~^Xo=0F#
zS!9^)wbx#2*RGv*A2DLYOE0}-a)3&L=`MmA#)JtI0=GGxH*cOf*4byDZF=6cY15r|
z-r1o;2i5D(5qEi{9GJVyrI%i6`q#g@o29$Slz;cT-)WQ5k8i&DW_W8w!?U|<*5)3V
z=H{Z2In_wLguJ5ZJaVs;ES1hBPDZ&<L#jU*SFKv5foZ;a0DAA<y)AXhyr}l=+qbXw
zdiL38t)3~EyXI<>a-mv0s??&LK7G19MA^J(72{0s59dYWd;$}R{Fr8iXvfIYoiIr4
zQqje(`@xD)iOr8b`pCpJRe0#3hs^4|`|i8#;L~5%>H9RD|Kb<F&^cAi)gFri0tg_0
z00IagfB*srAb<b@2q1s}0tg_000Ica36K|!lgY5YY4f6CL;Y^62L;-n=OPR4UK#$X
z?sl7hIdZ1eRi+tyz2Yt$*I$7&>&k88?@Sqay#(C#ld?=+l)Pv~;njMr?M#lF@}h`r
zMqV_MrI?i&ezPsxRf52b88h@PbijZC;Wo;8?Yr;3_B(1IFRJz?V`dwe!VyOtaolmo
zsT|0Qs{Lb+J=V2r*Fbyo(LOdhGR&rZ7cE-Uvu97cuZfS^kILNz#%}^+wt+2Zc;V;T
zrx}>r|2yxzV>;AyOz_p+s<NJVZtg*9nklEMmwP+ViiT%9SFqMj<eq!(vGukPsh1oD
z)V`5>sXir3MRQ4zF-y@-&=eFhtn_*G8oB8z@`kj!>ulf<`gq`h2aXywN`=6!M<Zn_
z9cO}nI4_#uW6yFzq3jCLzLAqk7^FE|`itH4A4XP<9!4Ly;b+S0x}rWc;9Ym!Rfk)$
zWJ!V*n-D+%0R#|0009ILKmY**5I_I{1Q0*~0R#|0zzC2R&0!@JIWMXozy9Mt{^L72
zz79V4VEsJZKlJ+A*S@A-fdkK@FZ)w?`UW|i=!8Q={(M$lWx`SHrcAOcbkbA;cJZVv
zG!+h$%|syO(sG-T7bP!BUevuJ;>x9s_tx<pH!A8Q1=4?Ut-WRB08FI`zeVOn)!^x;
zpSIso!+B9fzjU`iW$koNQ6(o2J@in0RHg3fslCE^QFW-BI$nG2wSxu?>e8i)_S$W?
z-SoVB_dbx3VKy^V{kLYf-+sFSpL*Q9{!G|zyX_7*;DGbbKY!uEg^{66J#=1Agx_VC
zUG!&#b~)ylWAr?F(^dH2vI7h3qC;zr7hQBwpx%DeO)?eU)6q3lW9a5Z)vTi7nQrYp
zKQ$wBPgi?5Q;5_n8wHHq%XFBMrJ}hc$mmoK8#YW2pjW(BS!JDEHI|zJOn-k-;V5XT
zH5SeWYhHi))1P#YR&DLvx%1$`gJ;c}rJhed`D7jCmRoLdN#kTH8fSukI4`QBC-}Hy
zi!7I2A=)c)QVD}J2TFgj%Ul<l{zqWH{r1!UENHFjcCRO$bdt~_$DHQ6uBcDlf>@_g
z|GN}<I4Ti9009ILKmY**5I_I{1Q0*~0R#|0009ILKp-GMUNivG8XxPM7yZ?*eziR2
zr611BFLA~BS3mQ)r=Ve;N1vgv>l0VbB-~Z6PX7Al`<}j^U$xHPcidWvtFPDc;JE$@
z#I2=-`qKMzJbiDuZ;Z$9Kc2V6&$qu<hen=oA(Y)z$FQglU3Pdha0O~lfu`@lJuc<i
z1@z!=r499!KJsz%wf9dCwF^v|G)X5&0ppZi_36_`?Vo(|$&~GBR#<^!k3CkWQd#%H
zj*x*NfB*srAb<b@2q1s}0tg_000IagfB*srAW$d)@}fDMj{4?B_0x$*FWp$iJtO2r
z!{^TRi7R`Znej9%s$u&Z7S+h()>2%(*K3Ty*F_+1EhW@@8Wz>CJr0X1>FQ@#RKu>z
z!p`cT2^T`yP2@$(5*4RG`m|^5EsHbj#u&+*Idk;2T(_odjOjGwEY`1IuiJ;}|GyD<
z0D9zP=gpg^6RJDGM&6G!au+I#DWJQv>QoLKIIx(*V^jzrfB*srAb<b@2q1s}0tg_0
z00IagfB*sr6i|S?XbvZ(E_u<ffBoy>s9{1)k5+zdwbfP$N4J}{-g;~IjO36PZPVr-
zS-stn2g-JWwHE?CM}EvIzCu6EBM`Ze5-OWVhM8t1kg%NMHnmJ0;puzJ(--m1Um&Zs
zT9<y}u7Wi6<VDjc6{Jn=DbVyi6lBT`Fbstc^~i5?bJ4&4^{)*uqXwSB?Af#R*Vf#*
zbKN-(A3prC#~xd|cCAjOUaMEHzUr#0^vra%oH%i!+mf=60;5Nd)~S5sjW>K8JYz-x
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0pe_RBMRQ=UOJ4MrTW;BQ+ih!4C+6RSdq&8M
zhW%ZixN=>xE*#Wrfw;94SMT*?8GKy?;?`0^y{BPO4Lkp+BuA7$T^4p$2TiyT%5EYr
zT9&9d4brDQYj0VcS$jPa_pA7@VZ*$hOVbYCWPROJY05_*eRNApOVhG2aRd-R009IL
zKmY**5I_I{1Q0*~0R#|0009ILXj%dCqB)%Uy5vPQuPs})==pjHuUB4qrES}`;or{c
zTjQRQ9P*;>;aabpA!(XHW))wdpXL!rv##7W%_GB1vl4LEPs;L^zg+0++vod>mR4Nj
z={u{nT9<xOUKEkd$csj@6tlAS6lnS$iYegTsLXfxop#!3!h{L>tIE6aGhhj<T)Fbf
zE3Z88zyrH=>!#a^>i+>UYSgF&3l@Nb00IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zG^YT0(Hzcuz4D@IrlzO${qToB9NGFW{XCZ@Guf$ACwJK7MZ;*WPh7b!Sr-oKwLsij
zimUf}vJAd10q2AZ9sA8_<Me7kdt;@pB>Yxc1LfK8^MavQur$PF(XYDPEGiyeI
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@#StJcn!~v$a$Yot>6=45`Q(#7
z_`wej|K#<RuY4sOgETc;ZMBs<q#W|1ZQA@JtG7GyKsj!{Rn!N1j{KNae1(3RM<8+`
zB~&(#3^UD2AYnPhZEBfzoUiZMKWg#zz3!)nd;0b|rW<z^q^U1$zORn&G$X9EjqZ^D
z+;h)eam5vf9(w5Z+i$P`m`HbbJo3mRZ@>L^-*50(dkQpt50$dh9svXpKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1e!sByl4(*x!Llf@4x^4kAM8*q4BSTdyQ_h%{J~C
zAuk#Zl)64~<*f2u^wT^7ace2AzIkMrX;uPpYbl}L*RZH!uHJ@4HF8hGq8c`N(YmBY
z6E5MZH_ezaBmDix)b#Ax^YzzXue#^D@0dRAS$oU6PnH27fB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1t!0R_m5=5SJ)EiXED?AW+p`2+Rs+O-SUxMzgCXuwAwU7xse
zR{1XaX&!;NwG>z1JTlBQD}lJRlu*BM{P#S4w_JXVzi&^?HSCtTXZZV0xDd*2s!L4N
z9<=Q6s%S8K_Uv=cIp^`mAAj$?_gY$7N~O{VAAB%>{`?(w*g;=}di3bw?_EY~Pl2ZI
zp$d6+K>z^+5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~frb|#FPg(CZnnIro;x2-
zIi{@Hdh4y-GeTZ8?B@E!m9xrs(NFUT#I2>c`sR^grdbKZt)+x|kAsWkMeC9E^*1c4
zktbXTWjERAW?c$phnHak-C5LpFM8sMCo=3d&#q4Ve-m?i=Q%Hqg#ZEwAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0=@{47tP^Jd72mf-S2)kzN**PzV<cqYyNk>^PS71
zUVZxX3CAF9jeADOi&_?2aDC#+S>?Ovr+Eb8)>2%3^T;sMtOVlLQbN7Q&!fM7RExjw
zsUuqad~f;VdH%i=E`+k1>Jk&R2Q53iY#W%bL-*c$Z?@g$)?032Q5`6^NpT<q5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#~6NPxU(4kydUyy*S+-){qoRTuv2zy2$d
zSC1L((xppex2kt{Auk$Ma(&{;S>?Ovr+Eb8)>2%3^T;sMtOVlLQbIj>(fWi={S1pL
z<LYl%R3lHg5Xx?{(apLP$__8X1}j&tG~bI<$gtZyyCN@|r#8nz009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_Kdus}2CMQ6>Lb?mXn4sZR}=RWs2^Xv9+e)F5~DJW*m
zgb5SENySQQjyme7Km6ejip%zndhNL5jvYF52=v*mT{{<qylB8jA6=iga#r~+`e`14
zxV02l-#jwRG%JC)wUkg#UX;9OMRz)F-n?kbyi)z%372q&n>K9NuyEnR-FDkeUxdbt
z8IxhpId?@~G-q%QhX4WyAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0s(=h&5JHt
zv?!d!YweoJlP3rK3;WULMZfsPFCJ6j>q}qyl95y#caJ^xs7SSQ=gzJPdC{<*>l0Vb
zD&Ivv%_9)Emg4H0M~0bZB@nlk66!aO|DLCBuY-$Q?i=IjyY%+;{=O3~gtD9J7#7u`
z%MP!W20eTBbpP9;{{8zu_Sj>!bXfO&$&1$g6fgh;5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R);{plS1>bLY+tC-GXlX6n?bzN|N!7u7vND;@I>e(-~;CEK@e?;ei4
zXjszqi7RK7@1mdP5r|t$arMn3!%VXhh+9hu^`3@BHEi;tbxEB18y3~b6E1|Zn;JMT
zy4`l$xnG2O^ys1Q(k(45Wlaj(fV^m7PYnY@009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I~?w1jvi(&P5lt@@xC;w>Lj_`}jQiD)OQ~`q7WvANNhUOP4PH_Q^|6oDXlc
zHJv(jaxXpdqE^NhT%WjdR{1XaX&!;NwG>z1JTlBQD}lJRlu*BA{yDt!7w|WxTYBws
zf8PlgLfK6XoEJ57FO^Db*RK8TZ-1*V?fN=&&_M@n*|Mc9OEDXe7cJ&_VN?hpfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2sDoXc~Lzuy|qtwzkdBp*sn?QqOZRC>Yzb`
z`hN22*s-GxI;JeRr-Qs`7|r#GD`%DOqMzmwh+9i>_01#0OtTV*TT2P``9~!=q6El`
z)+KbBa3Pf4<YQh`|2dK#H1EESIO2%1GhMZ6mHA>hXU?3mjf>fUyl64c3!_2+0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILK%jX9$cvH}ja==uJdfV(aOB95;lyKdjk|lp
z<VD>{<xtKl-$g&oBT(tGY#teAnw3DMYfSB1X8*|7_is*Z;hnp{mZvZB_g%#WVt4T|
zFFI`4u)w#$!wx&l&M2X9#u;a5$Ab?(IH66EH<1_3?d*&nKVE_4Ns}h!c0>+@00Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb@}u0^~)>i$*Tgtn#Ak)~&nly6b-KygvW=
z&j%6$?nm7=${i1RQCA~<IjejZ{WOn2`qgDxHjfN5%}SusHKz8yhD8-~%{?l~5hdVn
zSX3jg;sUX|lu8fP@ok5ZPhr}$Y5Lx{%Pza*bGXcpQjomp%$YOYo4cyqxpU{e_ul)=
zGtXSScyZ*c?Jhlg_T0RAbGVJZ^P4`GFJB(sYHC_qTDo=XW}1EY;fHa}GO54df(x`%
zCQh7~NpEz500IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>!_2#^;gFB-X+v&xIA
z^XH#`e#VR$N{yPAdj9TrzdK~ekWQUCxk*t|)-TBJcp4@z8lGv@HLg!wIjejZ{WOn2
z+**pOZyp(Dnw3D@T1u!dEuG@)d)ZYbZ{Pk#PfKr2_xGJ}A(Y)z$FQglU3PfcHaPj@
zll2WM<;_U5J#;3$6(ldJZ{`VKL{B*3gi@&#n6JCb)TvVgTlG<SQPbzLWy``_P0hm(
zKWvXXYu2o|W|`EJ7tMr`P7pu<0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IVPk_8A
zdC|yKomF0R$&w{oZ@snsX*f;69S?cYu$b!;SI#QmML*3W5Vw}%>YGP~nPw#rx0Vv>
zeGQ8$=IU)&R3j%ZT9?pi!i7+FQ}g6SSFT*yzI}UrHM;S}8_Tj3vq7QqqC4)mqgC3n
zWs7p2#~**Z`Q~}cEw|WBrr_p9^*8{fLjw)c<VE%0i>d#C0|)9~e{T{Sm^dF1KmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q75`fV?Pq(a05>RbF)V?Ahjb=k))&<H;c}
z>K?B3%IT+Hwq=?@W|i-vpXL!rv##7W%_GB1vl4LEPs;L^=YH<#+vB9`(kU&MALHq}
zE;-Mv4w~|!h-}tidC^UqHjNxP@{va#S+i!19$&60>t2^C-*($=-Me?!*ChS%qBfBf
z#jh+>UUa9Ob_$4z`hWut5OR2v$&2p0@4ox*zrPxc8#gYnZ`r))s#UABW4m_kKKS4R
zJ(XVNmtTH4&<P(AKmY**{(tuF1x$+K-v2)fEVmVvfCM8)f<i<*UWgtI=77edVkFAZ
zzYyU-qC^N9LR21vNIa+kg&=BBk08cBw;-TL1R)rMK|_Ly7cPnjihzqC5U#=kdl`S<
zpB?L0>7MSXp6Q+LntAur&stMmU0wZ}>UH*+58VhLfB*srAb<b@2q1s}0tg_000Iag
zfB*srAW+)^<V6c0FS>H&O1T|SuSl1(&N@rJ#+BuoYp%&<63Xp~oPL@%ZF-5eTy)Vz
zB_$=!CjDpQ#*OvEkr&l*oU-oYSB@&*ML)$O;5V22>WfE)GmT2XZ!QJYTN)OXVUrh)
zC2<;6bTgKI0xpD%n+h*4s(<*Ac%lAMKA`T}wJW1ZVjCnpFDh=&J@=dg?z)4hlNbH&
zcfb4Id+#|7B>$;9XUvN}^2j5y<IOkUEPLI5|NT-PI&`SsLqNH*va+nKthBUr{rdH3
zo6Vg&SGG!)Rc#$TdbHF`m@q-rNMXQ$0a7`0=FF<9D*4&Hd-rC|nn}&(&6{Pbq+zAJ
zV#Nx57pHvZop;Kn#~**(wQ0?oHMiVyOZ)ci<({jOXO>&1jvqf>?$qjP#!CbcKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1d<~_UbF!6q8&PPaK5*#ji0BVetIs`Rpmu5
zxZnc4ANfvMzE17bsnZ!}oN?^2$EuM_DnM_RhrDQ=I$uP!>LYiR)d}WaaP^$_WmNet
z`Y9fPv=b?yvUp@T)2IXjrjy^Mnpa2Kx~>{iWAFOry)|~Osa@0TUHz^ClllV7i^?g>
zbLXc`o7S^u&o*t^NJy_qlP2<s@wVG;d+oK?<OY}~CW&p6{Jf|jJ0Dhe?%b&}s=TOF
z_UO?=+6){xP;U^N7nL`zRjXFAm&8qFuWj45Nm(+M5(L#d2`CR9JXm&-+-BM~GDBpm
zq(;@&d+xbMYUIxiRU-xY7j{l3PJ1ak%cf16Wa~NSoFgyO=0%4OA1<37ee_YiH}yD%
zfApgLNAjq8OUei!fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2qZ^<yl4UBMdf}w
z+V_(Y7tcQX>|Ca6+PtV#)~{bb?Lf(kre)D9P2P^E@?G>(JOU>3N^es<GMs5t0{Z+h
zEZZ6um6)r&VNn^moncWKw!L9d8M)y_k+xYX^-7Fu+96TtCy@NSsJg#sMMZ^v7J6Rv
zlTSWzKAK8FwF%CPzVpsIvWq<CUL}6zR;5z2c=2M@LvUgB>ebR-{_3f&u6DKj^wUqB
z@yHm|rhvSt)6e|*^W_}Xcx1;=c~ONhefso0d-g~_H8nK{4jhocZQs6q$&0Etf&u~v
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!(geth7E)gH)?06t8{I^*eE<93cfNR)
zn>!g!+F7$^oqO)Naz9diIq9U6oPN$c^GwyxWtUy%RHpr@nn|Hx?k}pJR36Gv<-6#o
zcm%>u%i@vYOrsJAJIADb&EjE}uBlBA*}Gbt7v1qx%Gx!H3q<V_V^~xUt%gCtL?GdL
zQ3*ZD6V>JOxg;lDr=#aZWz(QRgQVHjS6{7~1?NR?xZwtA|HKndsP>B%Es~lpUAm~6
z;DU^;Wy_Yb%kt&RT`lFI^HSfdS1-LjI4>&cQ@ycM4wV<3GiQz*v|qn|-hQY-009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I`Ww0^~&tDKGl&yYEId*(7u--+{{F`tH@Q
zfB6nqf2_Q-ul}=Hvu3id-2dk%Kl#bmzV<bJlU|m)2I+?&FRE*pm!rye(NFORn9nY!
zW%0;xrcnumonzA8(y*uu+upFKjGVk^ETPjZE)cZ~c~M1?{6b>$qVh>z9zZXTn0G#w
zzw(MZ3GB*??%uuIX{rAD2*``7P5bukQ}5Byqeta=^wP=p?b}sla6uj}FYV>-oq97F
zx$~s^Wy_Z7^#OTNxwWa@Qk6sHMQ6{R?H!EjiUI-%Ab<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0*MtMFG^lC?c@xb7nMgtI^P=m{cPR3wH!#k;nf?oYuE0?6Hjc?q=~95
z)aTKsMXtTdsPbL(Q#=A;XJhfmaHdfSgq>s3p1f!*xl{6@<V8aTP_wwSi+Pts<wfP=
zcj;G)`Y0~{{_DjTU-Z65uDqx;xclzAWv|YiJ3Eb4D73u1+_k$rgFsqdbImob`k_OI
zO1-2&UG;u1w{G1k?PZbY$g4K*z4xBf$X^q#=hO$}Mdi;NwYy#jl^5NzWy_aisWWQS
zC@D*9Rqu*20tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*uC6(BE4UNr6G%q1^6
zb?Q`k#H6zfA3ogqF7<*7E|3FVa>*smOTVA;ZLdC_g1Nt_-}z=yulx9wqsn*DPw@!&
z%_YD3;*sG@qZ06&O9Az<q$MLcXw8NPSo1HC+CIhJHQ++XxG7Y;GxEk6herclAZd9~
z?+4L4?zqDhymZFz&5Is7bf{6IM$&_GW6yxRXvdBnRWn^<!-fq~-@JMAnwlEDKA_yG
zQzzNw`RAWkZEn5wR;d{=VuY%33ITah`BTN!*m)T$FDkn{{`li^XlH5Kw5dFlL6Wft
z4jf3^Ih6<?fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2qZ*+yeN6mv{Nycyyz#N
ze4_e%`st^gZ&3~NqV?+4Q~OGRyy#coLjS-2>OOwusPbL(Q#=BGbIGs1cw{)!s094x
zQb2tq(al&o$$wOmBZ`2%VNn@*z=e=;Q{)lQP#tC*9u0JXMCC=DoBun*J96a6iWMu`
zv}q%sIIq0&O7Gn=y?IgD(FshpZ{J=5pMH7Kk3Ray`4lT3^1r&9=|BD}HO{8jUw>U!
z3Me~IfmaWdudJ+e9%{dS{d(740eR8s)2F){J1@iLMP;uYJ9bQ%FyY*D&;5U&)a%rd
znza2>i2wo!Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1t!5(LPLk{3-o4<pZuo_5-4
zfB3^6&OZBW{p(bxTvAe^DjPR$tdEDhsFG0y-N&ySRlbXUibue2F8S3Lj|^uTm4M$|
z3aGa?18H?|(c<UP@0ymfb`7`?GHwbL?~J^0#^KRG7f4iI^yHII*2gC0ojZ5Rt^VaR
z=aeb#40GDNsKhnp?x50s{`~oVc~QAxsrnG>SCBh%x<=yn^7GF>cRJa%YnQZHx^$_$
zl$fixeb#x=wBgmkg9poj9)0vt?}3~ep;*0owR5vmY5Au={mHK-^#~w<00IagfB*sr
zAb<b@2q1s}0tg_000IagfB*sr#4A8vl)Px#85nt9)cI~#{gjFK^{;<jz0?c(c*u+D
zGEQ0d@heA_@1mdL5%8N!e)Yv8!<j}U;5U~7>dA}7k~<|Y8cXOj;6li_sk-K`F|HYh
zM+03T;dxOR>T}OMCm%TF&Y%1D@7G73HZLj-o_XdOY2UJCOS#jg^GUV5yj<-VaQ{!I
z&ECCxoxRK-<9^+B*U2uECQXtadi3ZaWx36%I-)9Mkr%!6(o3bc1q&9aPE?^|$Bwco
zATO#~4jVR1THbKO4XTC$0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*uC5+E;1
zUNr55j4Chs;)^fJcc$KD$dDngzWS=SUTXC5<RLGrAFg1^QRTbnr+5UyPX6MN;Y_0v
z2s_85y~TOaEfZ7Lt~IO1Sh~iN^Ni}CSzI7$ml(sMa%eRS3MK-{&x^{F=$&k&+)-0M
zBfq?;Jc+(-+qUun{`T8%cRtwbc~R#NfmW?rc^`1EI`7h@i|jac>Qq$|TyXw^kb~~q
zx6e7EbFWd?URmTt@4WL)>9BY2-mb2eFJJB)$RscN;DZlJ<Gy|Sx;o({0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*ss5g;#0UNr4gj4CfGw-x%?&wh6L>8E%2a&ew<
zDc_=AbImnl#*7&_aA5cD-8*;g?0g9;KN~b?ppS>VsIFmNjw;_pKgA<pKD(Tj#UsO+
zMkNq-j!Ap+qOpWdEe(sxu%n7@#?ns~7l_)0yr`l`ej)jJQ89eujW?W6=9@QfR-}G;
zQEA{j6kdIp*Yl!XyLOd&`OL5S@fK#!o-J+UZ&L53v^7;#RgD@ol3kpei^?I=Hp?O}
zx@OH9=PcyrrH2n6mToI5D(23eD}SCi^?F`(^5n@6Km738wQCO@I^?8brSS60FFRwK
zKYxDOQBjEi0tg_000IagfB*srAb<b@2q1s}0tg_000IagfI#d5<VDGgrk#W;FM7-|
z$DC%iIA5g7&rd%2ByFEkdC4W0sAg#k`Ok~W4Naq3{mwf7^-<-!=%;uD!p_p-k>O0E
z5(qoTq<ziWah9&B^2h95YnG3)bWK$(uy@Vk0#Un=7gZF=FIbTm6-MXD?A^L`Q=|cT
zQAtalciwsGgT2a&e)idCPUVIT8&p5uf_fzVx^?TkThrFuamO9%a4)>@LfST2<VB^Q
z{{8!_o>f8qncIyw-Y75iyr|Q^YNHqAVe|p_Q%yTsDiJ^c0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009IL$eRFpQSzc`C);m+^Betp&rszLKm0IlpHi7IFWRtSLw(;o++Q@R
zu&DHtoF%G!7yT5EK-k$^JTjbVR03h=n6$SvEGomcH!Lb6w=^s&!?rgpDkIP00#Un=
z7gZF=FW8b7{rKaLoe%$VuTe)eATKHnR;^m4{#a0X(FY!QKq_0dY?(1U={%Bt$dDn1
z@8Aa?eBd0eZr!@hjX=FSW|tS0p~|g6FTVI<`6p~mn>Ll_AjnIp96o%w98u4U$}<#}
zEn6n_=bwMRw3LywYuE1Pn{QsRVug1w)F6NW0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagkQ@Q>qWR2=%1t}vTi3{!#*G_0-<iJq?z>S<t+(HPTRnTx>D>J1rcImthH=?t
zm#KbAN=jO^Xi-{Ps%oTAzkYpvU-F{5hIu)vd>8!`kAV5?a#|LT3}+gZK-f7Z?Ngf`
zvUIigk?#L@<o4cQbl0?49wi^iL9@6()Gp*j6-Dw33CW8lABqtofB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1t!EeVhp&1YUz4@TBTdF9HL5zdn>Ted7VUKTA{q|PYd
zdGvBy9@WgRpq~PHQC-8l996!Heu_uHe0Di4i${htjY=Tw9Fz8zhDBxA<V9l%oko(|
zjH{C@E)ca#WzB0bu4)(*Oa#b_nkdl*0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**YEOW?Xdd#S7hQCbUp6w@`d40grS_&uaL?7%)#_XV@}knoBab|yTBa@N2P&An
zXxcN)u2T2$D@T>@qMzas@S971^~EE@nMNhxH<tqHEzXO+I<m&zRc<kA=bG9(%icBM
zLddu&#;~XyI^*zYpbL-})io$1fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!
z{sqX3<{>Y-WXX~a9Xgy)Yl}SC-ANus_&oZsQ_(yxdie0+{{8!(dg`e%_u95?s|N3!
zLX##<^h1*u^=3+SAHQ-``7Zh?9s$3(<X2xjGMs5t0)BHTpq{*FJfTxN!=jRLwKps(
zBM-O`GHxO-nvp0u4akco=e=Mg2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IaU
zrvQ1;Jmf`dduo-Hm06S*-MMpT$BrGnF-WII;-fkjc~LKv?&DXED&Ivv#UtQ1m;CCB
zM}{+vO2BU}1=L#{|JyP#W$(J<sT6D81p+RFjGM@dW+X~Z1M;HDc`q0V0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*u;DL`J7yl5md-|zmSfBoxUPde$Oy4vEpp{Oel
zDcM(jJmf`PKJrrc@heA_@1mdL5%8N!e)Yv8!<j}U;5U~7>dA}76FSX%RFZhA2n1XR
z88?v^%}A7-2INJP^Ik9#1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009JwQ=nk-
zqT|Pp-xFq;HEWiW#3L^n$;|i5i}vc(%bR!%uF=OsUes%)`}mck%6HLE@d)_MCBORO
zk>O0E67ZW#0rliX$%__Glr-Q%$he8TXhx#sG$1dUocDr}Ab<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg^boB{=t7xl*K3~O4qZf*NppS0)EfAgE)Z2#4w#%B0-NHhKI
zsI&Bos8+pOy(|ZeYSp`SmCa8-V@p@hX<tT_@1mdL5lB0c0xF9~hBJ*yAYeNAZA$H)
zVe7i-p_H|2&71dHx~8^Iv3K>m3QX#cRKFSHYBECFC;{@Kih=?H2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IcaB4B%7^gsXeKQrd*f*ZIVfF8@ckmEsBCiC5Q-_5bB
ztasP%FPawoTi^QD*<UWFpMHA1diBz_kxJR5k0GkCsPyBvL=_hO=b)?mXnyCLMZLT0
zbg!ezchOJr2&9`wL3PC=!<j}U5Hz2Bw%HmMm6)rwVNn^mrD0JSw!L9d8M)6zU{oDr
zSX2&eG(;MGB|u*ED+&IK00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@@d((S
z7hSw~anq(vvk2X(UAVt!R5S0&E3Z_lSr-~NZmf?d56`354_7edsPbL(Q#=A;Cx7wC
zaHdfSgq>s3zGl@JTi3PYYOGx?j_H0nDP`@N#RZ~vAup;Zl3$4MUqWT<D)}0W5CH@b
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1oAIndtOw;s;a8?g<odRp6z5B|Mg%0
zHUI3<9x(~`7nL(Qa^%ReWy}8f&&&DepC2|ms^gFs)iun^QRTbnr+5U+XP48mcw{)!
zs06~!F==mWSX5%J)`mr8<m5$T37uwffv8=`iz<rb7cz!CBW#d-4MvCn0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*vd7bt+dXm)4|7AznynjKxJy+)57ol9P{V7@dD
zixAM>#6PNh7yT5EfXTel+Z2xsXBw4&K7S0$H5(qVb$#<*d!OoV@yPAHA?>O$h8IQJ
zX5>ZFvLv%I!cVptyGo`2qe1`y1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D*V~
z$cq;I{Y4ipTsSJe<-h;?zkm3{A6|Ijg#iIbeN%%54fHD_<5%J44fJmFU)Ikt$Fj-b
zqsn*DPw@zt%qzW3@yKwdQ3>et$FOW`SX5%J<V9l<ATL_|X8yCIhL<zV90BtWuDQ3w
z903FnKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q75FkQXiNyy%i8OL9yn=6QEl
zUNjHSqpwrvi>Oxb^`&YeWK?|y6r##^#nMkI^|GaFEL>3?G+;WV-4xYv>8E%E(oUq{
zN_(G2Z}B7Dch5*|pJMAOgSU1Kz7~SFR#d$c;~G3Rwz>pzPl1~E;5sxf5kLR|1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009voFIw1n(T5&-D8i&-9=dASu%Uiok{9)w
z>pp&Es}pFJhDBxAR<rxfCBJ&BPnN;QBH%Zd0_w?&#*=;|FB(VaG~hzWxGBc4s2n=u
z@Mxe5n5R8+Z>b-bG6D!7fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q54HkQXha
zyy&;T{p~LQyr}p08{hcGkE32LxZnbBnlZ<k`t|GU*Cu&Uucz+gSB@nN#zCzX@S971
z^;VxOgO5ePZ!QJYSJu2{>ALsGNA|AvhW7LSDE0`C7;qtE+(ce9BT;f1<emaG?;$y7
z%}5YH009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I`U~0xC}^4=&GQRKNJeFPuD^
z6tdVo#$6UHSm2Dj0P>>89CM5}Rp_c|+qP}w+C6*rbR8x4myH`Y*2hU+)Jv-S_?2S`
zgK<!+1^nicU%k~Q%iv=X@S95k^_GT3W!UzHMP=mVMI%gsns*g&A!OV{UNj?7avGSY
zJ#%lFoU>*m2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagkQ@Q>q6Lr_z4FQ{
zy{ST1jhtp>)XTNkUh5p?o8SEAzZ)#4o_eZlRNj~M>ebV)jy&W=^~2R(*?Xp0*O&}4
zmM|CxwOYVrUg>SDK3N7Ii-10V49ltNmuy{kO-tFk#_=@vR3r!8Hz#H7YIsqkZAM-+
zElV;hb5DVq_mE5ht4B3@^yt#k(g_nLSbY`@9svXpKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I~^F1;~pQKwk9V!Gq5|_uRB}OP@Y{vd$%%?>K7IDDQRjm%sewr$7DajoQ+x
zRjZ7BHfhpC?~1&rS4{WuE5{NB<Dgax_{}B1daF;C!N(%tH<tqHZ4HY`%+=nosEj<4
z=w>XPSQ{3Vm}|g=kZ}`v(TqgNX<(lA%)Mpa&U)(9sgk19m*bB={@ioV?bom0<jIpa
zZrqqkrP2;Y?bxzqOZjJQ-Zt_#j??Ydty{fYoto<EYB`+K?DNk*_iGkO{XO^GBcII2
zj~^dNZ*+nH0tg_000IagfB*srAb<b@2q1s}0tg_000IagfIut)<V6c0FB&j&{^x)G
z#~V0|yrx&LUam1zR8&av)9*m?(D|=@?Q3=G*7Y_hDJjvr%0phXPMt5JTJ@2;%HA{0
zy2jOW+Ly6}!8oYZ0%<2wK&90u%iv=X2$)WOn^N1S*t+hWm9lq@CF&W;K`R!dtX=)C
z0+V|3q9#fSX_I>j)Vznho$~K~_q*VawVgV3dh4yXyyMY#eDu*ry$vKU>hxS*UhduM
z)GS@PR2_Zh%$a`8BB>`Y8VMtvAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tmz_
zKwh-4^P*d}Y-!!PwfYvdmI@<Bj&x1q&6_u8cdW9qGQBJEqFzSb$FCeq7>t8jE#Nno
z{OYYfSq2}AfZtpSsJAsNDlu1k!=f_sNTQpubYg8-RAR0H7edBO2dmb^xMmz44RitX
zv}f)u_2brR*@=D1UmWTvazoKWhYo%8(MOLw@`&90)A=+jW!1nb=y}lw4H`%~)YZTw
zFM7olS4jU|yLOeIr=511s|Q{pfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1uf
zOMtv+Vdq8V?UtuB$}=2mW9i<#yYv087+(9&i}Tg3v-MZM`qf=uE^XVkb!vit>Qj`w
zsMkvO@his?2IHVs3;4|?zj~`rmchp&;5U~7>dA}7lRJ$i>KVyF$&1Dj91XaH+2j?-
zJq2psgZJpQRO7@xPd@qNwEZ7Ba-?_f-p&WwciwqNZ{zHE-g)PB?%Y`#j2bmc-zw#d
zdC|ZB{qM4)JhNc`{{2ocb;E`Yu1<J~00IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@x&V36g3pWUZ+Eoi>#n=bn`ZRZ$SsDP<Np5lzpr1vzPEv^Mjs@3Q5TN9)P4NQ
zv4p`msMP{~bIGsX>XT*gu?YChrGR>iZ*+NZUdrC}$fA^`tG(t2=LK8{88^jvb5S{T
z#^KRG7cftI=H602uD85q&6-<oxut#k_Htv-=FOYS{W-^vAMbtayGgU)yr>*n{_&a|
zNIt~MAD;S1oE^XW-S58l-h0j`Udeyz4Kn6M<({Ro<IOkUEPLI5|NT-PI&`SsLqNH*
zvQnOFP+D5Le*OBi&F0RXD_bSYs<w_EJz8oeOqif*q%dH>0I8fgb7oalmHd={PuHwj
zGpUiMEyz|$!%BI@iWT}UPWjF|@03lCKmNFDlZm;rOGQP+)TvXub?YWs*``gK{>Oj(
zhy1lA!*F#dFU|Y(?n?~<2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0K!FL67bP#6
z^^|tLmUX_~4fr`_%9QVX=R2LgT+TlG>@&VxPCfNhxfhUkuX^?B>Ej_U>Lt>B{K~O}
z!8oYZ0)BJJuiomDW$>{G_|2t&dh(+2gib9Di^{Oci*kR_fL|!d*pzz;)Vzm)Gafs3
ztoIY9Q=_L14Vz`mi^@orELr08uiyVu<wd1Ij~+dw!N7q7^<f9+MdhEQwQAK$_L8`%
z?6qy%HYrQ|Rf3>;CjsTbg9pnllG{w%M*en@t&$p5TkpB&9;uOFt*Vhi|Ni}*PMr2q
zc9u<>Hp$j=&N)Y3rp=2EA3j_*J^JXQdT)m2vdhYqD<zovkArFdIqkI5cJJPuU7z}1
zlo3Dx0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IFRe-!GdC{!rw%jae_UzdYq+3Rg
z9I3vyEGa2b<&1^KjT`IZAus9`(|!EPv4p`msMP{~bIGsX>XT*gu?YChrGWZW`D3=O
zJDy6}yKbM7vU9DhdClH6;6li_iTjIYBuY*L^R#E~E&a~=lTSWzK3-0rK7G%gJ(9Yt
zsi`?|;J|CIz1FvHUzHa%Y$iuB$%`I7eAqeYj2Sc3!1TPRI-C?#gW$ZVJl$UUJo)64
z)w2xbR;5z2c=2M@LvUgB>ebR-?lLNW)VNxH`st_6fMpD7Q$SwS>1Y1@`Et)sH6Gb9
zR9;je1iv-Xt=zoS`ImRsUw{3_AAc<4mp4%g-}~P8WF%*ub(R`~d7tVuDIkCV0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IaUwg7oi@}jjd!{tj%=R4Lce(K{PFX{!<ef-L?
zguytd)dGHV$*<n(lV$L+2>8vVfO=cQq7rkpH!Lb6w=*m%!?rgpDkBfL5HfBeFPf1k
zISq18ftvT=ch+;}%#n|m{rdIuYv9xyHj~CCc~NQBqD2ciuKv7uJufN^1`Qe{4X(cW
zYG(lQGdM4L!wok``zM}wLbYGCXpz)(>C#2j1Q#S!*|KFz*=70i<*t_U(0Qrv)vK3Y
zADkDJ^r_z1DTm67nwwvE;e|510RslOjwr#=jvYJ7ra%7ikIp9ZK3!e$5&;AdKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I~?%1;~q%7p;xCEnil)Y12l&tjuE3$5SwQQT?Ry
zP>v-G#zCzX2s<sUK3N7Ii$K^pChb$zFWI^tcs6D4x@BU@&NbfHWR6GA;sQ~-9H?9y
z<En;1!9>73?U{Q^zwyY^0p#<!+)C81fm3hTOd1>JMV*MF+z(S7*OeEQr>HxBIK2Dr
zyH1;cyr|l=Z{I%E;nAZ<<$3hd$@cBrRb_BN9xm_IkQ}M=r2A#dmg&0(<VEGyrg}?N
z4wV-*G~c>)s{^%v|9*8KRd7PHJ$v?aY7F~SyHh{_0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILD0l(#qU1$uX_9Z-wr$$9X_F^UKJK{VobNPEe##Re_3@Aw)iun^v4p`m
zsMP}Iv&(5|^~o~$SOmh(F==mWSX5%J_J&1e<aUNdW!O0;Hsjqriwi{U5@T3Y4y}ek
z!9*bU6sUO*e&gA)WsCEfeAK8>QdSQxceOWcCVNGd7nQE=zWZ(&Tj$Q5ox!M3XnA?L
zYk0F}&61YaTyu@9UhZEi^^yX0)%(3v*-LqjylV5_d+$jnO`0@uJ*Pe(FFJPYShc%e
z2$dH#G+(e_fei1=Gtblyq{_|%=$kih?$j9esdlG;00IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAW-lE<VDGg*7hX-_~VZse)!>WX3K*QK3Lo1p??GrKmY**5I~?{1jvh8
z^j4auJ#%jv!1DOxk4xatS(-L&Do<UP_~n5E2VA=tHZ#nNW_%vK9R1LtLya0Wl7Trl
z_6*32I!|49-Tza1*sx)P>@I1^nwlEd>G-|u)Txu~^8EA9s|L5;daKlo7%@WCIE8?`
z=+voGU5%ZWq4J`#i;21Xxg^7rMG~#TC5zluRhH5(mwNT;Ia^f{*rd<2gQpS!1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0pdbavi;@>D$cfEKA%Fk^2q1s}0>vOeUeuy@
zIrkK(c@M!XJ9g}tFk!;E=br0i3!R@*<J!xlnMq#s$dMz?A!f{&p$_4C9=%iVgd5wp
zZ!dvQzr5&2AARKXCfP_QB&mL?wB+lrzpf4xTyUP)t{x~~Sy?IBOX+|8`t`0I1M;HN
zr%!h^c3y_fi^^UZ&E@W?&glpL)DyEA`%F7{DiJ^c0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009IFQh>ZDdC`KL*qjss2q1s}0tg^b3<BguEqa&D)1JAvG-Q!@<m%O{ojYnu
z{_szK`cv8+1DcuSMgRQgKRe+@J%pJyFDeI;yMs#O`Sa)d<wftf<Bs5{q->R&rlvg+
zZ{_Eof9~|QYu7H>x^(GMdD*5-8*j_3^P*|PtAhs*mIFQd=%d~PIW>Of&ph*t?0D5x
zSNZK2Q191gz%Fb;009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5GXJK@}lHL3v5br
zItU<u00IagfI#sGkQcS+z0N%aYTiRwmSMw&Nec0X8*T{R(c3IzUQ}*$*`Y%R>AY>*
zwtDAj^P<wg$wRhm*;4L`DSOFMUS6(tl*FUo{Xd;Hd-v{j_BwFjfZ8j#aNTv+$u5&7
zO_F9kdi0R8+~(A~OBQ+2OE0}tdRwqyfw#Ag9XraVfV`;M#bv&6<3`z05QIXt30rXW
z8FqKtBY*$`2q1s}0tg_000IagfB*srAb<b@2q1s}0tnbEKwgx*sJ*k7kt2Wr0tg_0
z00KoWu<z&xF|I|9ANKUk)1JAv3_G?5AAC?!h<*F^4c^h)EI2PJnMTQ=O3$*aSg}Iy
z+%GRG`BF)iO8eVyzx~Vo{wXi|;)^dzWvf=LQmK^Qn_lkHrHizgI(4dE8Bl)p)mNpx
z9CY8lea;b`dyTqw$s#X$=bd*-hrN6Ec6GIU`Eut#CV5e>x$~I&QKLq=x;204?bCc;
zS|We|0tg_000IagfB*srAb<b@2q1s}0tg_000IbDEkItByr|U^n871}00IagfB*u;
zED&Q@R1RIt@>!gF?kQ079{h$kdGh3kAAWf4+O>xc9daU<Qh530mm4)|Bnd`&3cRzU
zVKZr*HZOYQ$dN5uwmkXdlPy}baDtKJ$B%an$uBP|&76nAJ3Gox{r;j|yLOeDF=NKK
zdedLdo;_RI$ltkoWk9*As>(Ti=jNhvh_sEf$cwI7v&K0Kxq0c~!-u8Yii(Q4bLTp@
zNR>@`Uew%t)22;z>(-Us`}OO$e*JnGzw|8c=D~vp<%na)j#YOwHSaU+DN~660tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagP<R65Mahd6-mK<~5I_I{1Q0*~fg%wgFKW>n
zZJzeby`>+E6MA$)jIN(@BT#kIPQzw$6esp6U6p>h)T>v|)$JK)oFTW<^o}PWFDk=0
z@4WL=KPoT!*=L_Ql^Zr}@OG$b)FbKFty`xmg9~@uafdqG3opEows97DQR%0D|Ng3H
zRk-GwYi_*pMtP~{Ma|8n+tsUAw`|!`b?C%L)ywJAr#q(*s?W4%O(g;dAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1t!feDZoB`;cFQ<~F3009ILKmY**ibsIFs73E}?kQ07
z9{gD30rAV0EgL?3`1$9b-?V8{$r-k5*Y4(<Z+1N_-msY*Mdd|RSg}cyCTE>>mOO-A
z!jN+JOO-)&4JjZmDlJ#7TBSNvdC><Rct9#8C+XLxI)w8``XNJxsG8uy2OoUk98N%-
z8-aS;XO|b1p~_ubFTVI<xu>XrckkX^UP`6B1#(0^FKTY?jP2;rqt8D3tVB;+wQ40X
z-Db_2$ywiZ*In{fR##U$ZNm2HJ!@(ZKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1PV-myeN6m0-MsD4gv@ufB*srAW%F4<V7udug%k*xwo{4g`pyV00IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb>#L1jvh$7tPyb<3I=?fB*srAb<b@(F%|kjn=bPd&@lq
zYTiSwo(P>IfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1ufr2^zd$%|S#bs07S
z2q1s}0tg_0z}_Pt#kk@hO29nrnS0An1EVnl2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IaUi2!*~@}fmD)j3TB5I_I{1Q0-=@C0HEi^`!3&$Cv~DEAboc@MREB6N-b
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*uP3Xm5iFKX%3W!MNHfB*srAb<b@
z<V7u-1LkSZ+*?}2!cY-F009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I`Vr0^~)>
zi{@>zaUcW`KmY**5I_KdXa&fNM(bItz2%+)HSeKTPlV19KmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0;LQUUU!<V7u=x(piu1Q0*~0R#|0fV`+hbHF_9nR`o%SQsh-
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Ic)O@O>8dC|O0HV%XU0tg_000Iag
z5Ul`t(P%wuwYS_;pyoZ)>WR=f0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zSSmnXv}p69J9g~o-o1Ofge_;Cb(W=<62nFS0R#|0009K@FF;;2|K?dA(LC*$d&{f`
z$&LshfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p~|v0^~)DHZOYbz4z8h-cnXp
zreAKke^;)0(7P@8@@2yovLX;lAnZjEs&g76AOd0Mn6$?&7J-^2BP?BG;fm^@SzI7$
zm)%D;#ki_rP%sg=>9O5;TTRA88w3zQ009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5GXbQ@}i;gqH<5p#~*+Efr3~ry6B?h#YOAXt5;9I236WK_k!MS!Iz_ouh38N2!y>T
zibsYsjY=Tw9Fz7@9h!bZ30N8ym0^cE&7?KX;sQ~-#26NpL#ts>FcHXGSX2&VG9KC>
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!u?dhD4V4!?|NQe4n6b=pNZ<bU
zw_h?|ZoBQa91j<~d!t5;^lR|>&D)|{^=|cYojPAcwd&ov%E4zHYOAZ~v@equg9$aB
z5BFABx`sN<q%}@Ekpe1{Hh#vFe1U-J<hN-@#WqXV<i8yOBTSV)X6YJmQpw-scNLh_
zlNU8nN=O^>q6v8;7zP3eAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0!1r8UNlr*
zRPKHmD%xj7;|njm@SyQ>*Ijqj>PeNBmg*N{RAEu+NAFfIM->*8egc*V(E^U5HYGn8
z6EH$c!=f_mfRjr8CN+5s3&}qtMwm1K!>Oe=votI!!%iB0sPR}D7L{R#I?bdt)@Od$
zGI`OkVllQSFB&60heiMa1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009voFPdFm
z^zzFuzt-}lef##ggcv(^?D%*@%VUo{CYB{7B{H7;=SB1LdmtBT*S;nLPFf6x@g!fs
zWM1iQl7B{wFlhq%{4p%=I$Un)nl$`S;~_5^iYuzdh8IQJX5>ZFvLv&Tyl67t7e<8u
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfI#sGkQdD^FZ$t!AKE@ie)-E^x`K$I
zUUulvAu56U?z>MvwBBtV?k}nzuJ+3M3FcTf8Dv!P75XV20h4*9w<#VO&NM0kef}7h
zEe(sxu%kkYr62O5v9KFn6lt507fs8O%u4d2$$VcJ6#@t#fB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@#Unsov}p69Yu2ne;e->i&Mu1Ew1}4PeCIp*F!ZZ04|&l#Z`X-x
z)kp3s>nE6F+0}E}m$77BIH=VEX(v)ZrPU|P;A0U8m`;A1wjbJQ=^Bf0R0kz58kJ<I
ze*CTillpj*)g~jPjS?U)swgNRfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!
zECS?3i#9JR^R2qNdS}RG#E20&#vOxq&;Rr2qY8^kKLM9;@L7l28gLY~DO5&<#t4Xj
znmmRD&=3eKU^un(W|oFUW!PbH64jo(Xe@7sKJ&wt$%}>+i?Ka<(HQYLGy(`9fB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2#5fA(PGYvW^oBjo;*2JxG`+w`t|GUqgt|N
zPgJYktzNEE=ZmOTy<1l~tV2M1SI=o*#*%g6pjHc{ok#(dR-Y_`k3}G0I{9siHwBl=
z(PI&g>Y%CZQ!HJh5{RWAzpKEcK9{+g`@SY4q>U0Ns=Vlc0R!Y8g3X*cQ=L8q1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILh+TlZXoCg~&M;m|N=lp{--jQ582ft{
z%K$1WDt`X+pLdCLIpKs8^mwFxUQvZbr60Xpy&P3oRQd^6^b^dn9B>r1DVD4Y2en#2
zO&-I7)hEl~V-YZ%T6(kGlWcMI5Q}hB2emXTD#MOSAeMggnIE<s*F1NQ8+Nos-aa9D
z(aSHtT#}rlMvd}&JKlNc9cdtoeDe2eld-;k|Nio!clz|{8C%i-0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**@+MHUdC`Rn7v>V%TeWIc-rl2vKhU5-gY@@8Ki}s!
zZ;NWxyUl-DKfxT!CWDV9>%u{;7BHDtdK;@xmchp&pwAz}GS8!r<(*3Hc*@c>7Otoc
zYIsqkZAM-+ElV;h6OtGG-uJ#IA4h-nt6%vkz5Vvv&gWI~qJBiwBY*$`2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg^rsX)=@ML+xOv#)*aYgs4v)~#D-={p|Ru&b-9D}9!=
zYu7ey+El$4`Us;6i%LIwxA`xtv&+3;GWe+CEA&%50w(iHZ&N%noM}`7`us60lNXH&
zKU6=KhDBxAp-wYtjSVk~w9Uwire#THC3(?gzAual0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmdW_5h&WcsJz7z8C|q!(F<Xgx^?S1dB3849({I~#;<?<>xK;*nnWc_
zN=o!YkQeo$={|nt)b1G;ue+wD>|764t+99Yn@fK6NsC%Bp5zPo&82|))PZL$UE|H~
z<#_Z|`D2!@$-fE$Mi_7*WZbl)Vq1)B#^KRG7a%XHYfwf20R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmdXK3lwu+Gz;x|_3Fiv7d>#`z!g_qag4Q#q(Hs7$FwzNWo7#N
zLSEFXr2F`lEe?xH($&tes0`cQu&9jOZ!Y=O2c(|Zgg{yWzqu4pZ)sRmhMi+#Gv3`T
z4U5XK(@s2FDg!QrjGJN%i^`!h4vz-9fYo`?0Rsk<mX^+(IkTpwX3m^BS6+GLvBw_U
ztXZ>buf6t-H{Q@s(<%4w-(Nn*PM<#AwQ0?oHL|00HEr57wJB`pvg6jRTkpK{&NI(E
zvr(f)ty{Og;f5PtfBkjUp(<Q{`Q>t~rAwEp8Y##>8<a{}qzAoT%B@<plKL%Mwm9`!
z49wLbFA+ch0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILNR$A1(NJ$kTzS!_pMKh#
z8!Xfs{T(4M>V21WAHOnr(O5#K<V9`CWiifJ1pIzq1=N!ljU_lrUeuNgL|r@NMHNNz
z3s&bvo&4vhQKPza>Eiu>I(hPBmw(#4=*us^>^!ew@#4jL`>>r)nKH#Y2C2FJ`s=Hz
zs`Q>8ee_YOzvGTO^ve13=R3QfeDcY9{r2tKrCtK4sZ`3T4?8fuH_8YgfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2qaK|ylAL5C9b@v-&dl}7o7$6Q-4PaCNHX=R36Hy
zeRC{ct$hM@>c}E{*RazvmOK>)wOSzT9Fz8`gYzt1t84yh?`rSAI4HIYL|s$lMHNNz
z3k8rDmA^aWo}w?l_~PNihb2_Gd-v|ag9kf*jO^XJSAPq<dC?g&W=P8h4H~@l)?0c@
zDLah~JC~b<I!Ba4@7%dlhEY*bAvZpClBhrb`Oo#v*REYFjZZr1B)!r(T=VA5Wz(KL
zd(@_R^X5rSpFVw5O{jsXy(l1n00IagfB*srAb<b@2q1s}0tg_000IagfB*srAdpxA
z@}i;M8kHCQ-~avJ6?t4njvVQHD|*2N7sxXlty?a;>@sKk8Gnkf{*I6r)iun^7KcS8
z=}KNSj@+sF>~dOKoy%hIu?U2nW76Kzu&4~%-ms{QoV=(l7l^v1$crk9<QEDfFS>d2
zW}RB%n(f-PlMnfG=g!sZU3t+lW5!4u$(nB5xKVHBlvOM<W9M=>34cmgx7>1ztDhxH
zmN<WFeDcXBYLnb<)X9-bwAHDU9-4l+Jo)64(*C8FUQ&&3yzxe<nKNgOsxcp!+JyoF
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000K!CATJu~-BEc_=ex-K|LoYYWAK3g
z{O3Ra*MI%j|Cg}k+H0@9<dRFecJ11^bLU_*dH$n*f(4To4L<8oTXi45ax7Vws1Ewp
zwtbea2P)UvyZX%~zxt@&Zu%)60l&EvP``S|0ZZ2-)o<Fnraqly>1y@W6mTJA+(ce9
zBT;f16hK~79{BF{y!YOF<<qSE12=t>%8S<2)JV2d8nkKCMs5eHw^3!Mu}SCa*ROXz
zIjj7q>O=}>o_VHhoiJg7UU|h8S4gGY6V<8Qx^=6(yy>Q!B%3OQAwz~Z^^zkkD=U*4
zX`psDADG&O0s;sifB*srAb<b@2q1s}0tg_000IagfB*srAb<b@Nfsb48tUCS{`lkN
zJH!~5uYdjP0RyhAtdyJO#5lZ24y~Ucc~LK^?&DXsIx}NwSX72>Z&*}D?l+hG>aCt*
z3_cbCzqu4pZ)sRmhHY<HR7P%TSX71`%fycApaB;`#!cG~?Tm5FI6NBY0tJv4oiu5Z
zenw9Dsi&TjkF0|R4bnF`Nz32-<~Kch^pLHcI(7Q|^Uw7Ldf91g(z)ElRC;UQzP-M?
zDvuvOUbbF+_0_6I3R9*`kxF@Zy;JG*uwcOg35d!+Rcq0rg;QT%UM|h#k145FyPFS8
z?Lq+o1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D&Y6kQWX0?o6IMS#FFY-zw&L
zIp&yS<m*dW&OiVBfC2yg?|*liS^ZN#!8%L7h-%fl&3`$<cf@4yQN>qc>1WyI-IlJq
zk8HAcHJMj>n^@)s2en#2pFf7>KYz5#(ly@uJ?40H@}jX^XoeR>+Ga6^Mdi?GheV~H
zK%(-ZuG@j?V}9$cx17(e6%`e#-bqeQpFUmHsDe~V`?Pscr=JE58XP=$P__3K%sYSJ
zfd{0|>#n=b+lkaX|NQf^)s-gQuwjE#HgDeC*`-gPKJs$Mjvex{Z{NPEJbU(RDa#}2
z^`6ZKrtd`=0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmdWn3Xm5~>|3J`%(*L$
ze1m!Fsi%(fUq+1@C2gGL*T4R?++ZhZ%jnUg<@@5V#+c^6vQ<CvsKTPsPrOT-Q_Z%@
z<V0f0x<qwQOT(fvY<t6^GIEo7rMHRd?WUjN5zyz4VcF8Ks0=&D#Adv^lNXKUsx-VP
z(l#S6nwBM*l?lm<cI(znK8N0R+iiYIfBoxUoe!!<jvP^K!X_u3_5%kFJn_U6r8h}t
z%7f`uZ?1xQ=knK$^wzUyPgf7l%lY%?%hq=7+UZ-XtE=nPt0(oJefF8_o}$k@^NiHX
zy+);d@7}$oJa67SeP8o|>3dN|009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I`WY
z0^~&#`_||KQ+ZMO64P)waNvO6Lq5yzzyJP|Pd+JQPP^Q7*Iid#b=8$$EoYv2rhZ1H
zrKS2%c^<uv<CJwDzj7>Dm#7Y!s#sv@8kImS{rJr#zxr4P$w93a@S95k^{L9mmaYdX
z*V?<LcF(YMEw&3pT|4AO6-Dw33CWAfliB4{<rP<4;V1U=(@#qS*T?d($w}2-o`BH0
zb!+MH`s=Uvi;Swq-XXbeUOH#a9O<e<hYsGBQZr$~1lcNoYq+*vbImnUFLxi^ym_+}
zh71|vG}yXztGvAFrkiA7@@#r3Z`-y_-`9L#`d*X~KmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q1B90C~~GzBT&5UVQOI`T8={5?5aI!w)}f*sx)!p}HFDCr)0}g(EL@
zAHTBInHfvNqB3l&+5P5{U%k~Q%iv=X@S95k^_GT3W!UzHMP=lchDBxAu}ti!4jOPF
zWZXnvG$T=R8YCnyI&<bs`A8{o(5kAcv^dV4HZQ;Ya(!#q<fPty&z?PP+O&~_%6&oQ
zZl8L$PFZj4+Um-S%0EnVJ|6Gex6jp5UUur#Nw&&8NL`zpPUKnh&bhzz(o0SQx!vfo
z#~$0XY18%V*UOI0nl+OeeP8o|>3dN|009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I`WY0^~&#`_||KlP@lR``h34>eWlWV+~k(^yuMye=0v0En2iRj%C!SQECj?74#F|
zyk}2TtKMzFm!pcW#L`dd;5<v$Sh%7(XxNJ)s^ij6@d$*SW76KzUj;JkimG?)T~qt!
zSh`w$HDz&us9ng5DvIP65|S6)y?eLwDgCLZp7NrVmzO(R<!+q%*09M*S9^(fwr$&1
zdX`&#dLyH*#`<wxc~Q9$XscGOq@STfhw9CwylmMrXXJ7dQP-wTn>NX&va+&n-MUFZ
z@~f)BfB^%f=DO>ylb?eI4N~<^!F*t@9eIfW0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfIu<@$crZPeaUWA^0Y_!qB9|j+-3AX{(0%rrOO4L<)o8N(g)nQabx}5qY8^k
zKYF(XU$#0kV{bytYWA=fh1Dm^;A0U8JIAEGy}u3Y4U5XiEe(sxuw$9nQ5`gk3q<Wg
zUQ|&ezmSl;s6gFw&ppm3@ZbFAH}V&Rb5qSjhYtPW4}WOhyt!;T<BT(0&yEk9ob<Ne
zzkh$bcI~8dd0xEh)~4RZ>fLnZMWtTu4(bek`0(L-_wJRNqeqX<n>SDHm@4%H2M$#G
zs)BmlyfirZ<daps6c#L4;PfUx7cN|=Z<2DTfw}hOB?1T_fB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2^1hNn!q<D>mgNCRMf9uUwz{lZ$X~z_=&bW`Q(!&B_$b$RIgq=
z{q*zjJbHP+dsM4Fa#uOyiJLcY^_=!)RPmKq`mr}>6$@8X2TePX0xF|AF8vgbK)`hJ
z+hp&9(d~^~%E)Whj<a;N`fBpK3QX!hJ+wQ<)ntUUQ3A=yi%Nd-)?07&`}}#{dFMGf
zOf_;TgiTJSZGYgvfesxy$Z@Z@;tD-7nzpfXbZ=f%>K}RJk+g%Co0nErR_eo6<=(w}
zJG+b+F+x>JVaJXgs;iwlcj}v@9Cl!?-Fb-s0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfI!j&$crZJ9m#P#6DLkQ?X=U{#J8Mq!U^gt*X#<q0C`cbq3+{XwmLIIUNn}s
z&u=dI)yFbO4r;Z4-&_i)CodXH?$pw-s0_Q<E)aF?#26NpL#ts>FcC;jUep=w#*G_C
zjT$Al|8LTyiTtB2`6J?{n{ImLl~<hGjk?Y#Y;w}C{lS9=<>saG5%<zdFICx2zs53#
zw0Tjfmxs;|8#YYFT(@prc|v`kK7HhQ^sX`MFXzme<9x1u_0?DPdMUSP(Ly%KPglLX
z%wk~PPN+cu0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKp;5+<VBP7UKGYiUU=aJ
zZ^SWFjqZ?#yr_P-f+<^_nMqYHwsf_cJ?!MS`eYe=ECONYn6$SyxR^Tdti|i6lTvoB
zu}ti!4w}UUqIMxKswk3QNLpSr`C^O^0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**q7@)78m%Y2eg6697himFsDP;6xU8&9HzY5rYnYd#im$}dkELNz8FnmOQ61EL
zb~!DhIxhVbk3iTtChf_K#uGZVGb}0@SF5k4EG`hW3wcpRk^BOA(d55Jj1U0?5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~fx;FbFIw2|Z(L_r?OB#AS#r!V$LP_}v}N+5
zk-TMAXJ*KY#`5-sop`Yfl7m_;5O$79d-9^>MMK@`wAd~Xbxn~MRTRlDkQYt<d&CG4
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1P~}}0rH}S{r)EE?2aBiy3=4u)R-9z
z0tg_000IagkYoY!qDg*tTw^0I>H^^<0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*sr<XM2cXr94290CX+fB*srAb<b@Q3;eE+#ll_)maotKjcM=<c;Pu5kLR|1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|8tN?k@#J)8Q3;_fXKmY**5I_KdV1XFJqH^fq
zv9Z-9Kwi`Z!b=1YKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q5ux0C~|ogL60p
z5I_I{1Q0*~0R*BFATJt~WFGn<FPaBr4uJpy2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IF5<V6E;*n|KA2q1s}0tg_0K#~Q>izfNqagB|<s0)Ob2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagkY@q%qIm}Aa0noP00IagfB*srL?u98G%CqF^g~`W
z56Bz>0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**0tCp52H>y>0R#|0009IL
zKmdUx3y>F0^1H*>5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D(jakQYtV
z+reNEKmY**5I_I{1Q0M6*z)<o7+3Rg(h>m#5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0Aa()rqOrdP3;+QH5I_I{1Q0*~f$Rig42#O4vl}yeA%Fk^2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IcaB0yd=7IqGb00IagfB*srAb>#b0^~(=H>3vy
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0phyJBix$Zn&1oWl00IagfB*sr
z6rKQi(ZYLAIU@uRKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0-=mITO)))Fk;
zB7gt_2q1s}0tg^b+XCc8Yg?H95kLR|1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z0D*!LATL@lZzU&!00IagfB*srAW&=q<VB0^9p`)zKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~fvg3{i)Ky7jtC%t00IagfB*sr#4E7*^TRQ&@t!+JM*sl?5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#{TB|u&@6c>#VKmY**5I_I{1Q1A$K#XBg
zIdpOy7zqLhAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0Kt=(T7hSk;;i2%$
z&wlo^I$tio_{A?W9*YL~7dU+Q@awO?zRaHGZ-4t+{*^c)0tg_000IagV5tCkQA^)A
zhK&FM2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Ic)UqIzWo!DpAKY#q=ALoDY
z95Gm+y1M$Tv(C!;J&k3@va&M$q&Dx_6V<ABtC#E4`68-S@77h05YyFj+Lx(MCt1Ai
zot3h4y=>S*d)KrRDWKBcGiBs)2?R_hzfCpEM_IaB{2TbwNi`cDuyuWPWR10}-&J5z
zPhQkSi8crzfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0wQqw>8D4MWb53y
zGoDEk*sx(kByVm$J89CSiOv{RSXBDayVc84g+-;GfF(l1fTO5QR!5aA4U5XK<BH)$
za$Gfe3=5GQlun9Dz;J5m%`6Rz%CN2eC2VV0RAR2yhDBxM`pgeoCNCORjP?j1fB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!(F#nQII({H`niYM`t|Eqw1$a2@pbFg
zsdx6ID3)*Ju(WE`%4DY1ty@?3e17w`s8+q({Fl`mk$b^p@Tt@*7O%T!r0iVx9sR)G
z)ns1jZHg-B$jL?`pwAz}a%$5<wyt*GB>5k4{T)xGEM4uLFq<ASyeQH(BQKhkg-Qev
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~fwTe#4<6i+?J{7%04M+Ui(mXA
zZRb?RD4_D94I4JhaTpUOOlZ`oQSMpCj6JxXM;}#KRQkzLAjjP^p164flaW{)7L}x{
zoncWKw!L9d8M(>4(%VE5Af%I`642+5VcFKOsH7Iji^h^TB`^B<;rwSu4KHV!A%Fk^
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IaUfPlnAotzta(Twlr)~#EA_`@G|
z$>VbFx#v3XPHAar#^D7wkh_DL2O4v1sgH!bs25ZB@hg)TjU{wSUbLvvkDP2+0l(i@
z0rliX<H?=I67`Japv9UO{cvwZjBCIp%q9d7KmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~fdUgCFKYgV-gMJV-t1p~YD!8<%*UCw<#ERym!F}^GwbyM6ii-JKdC&F
ztqv}x4$iZ5t*Cm(-ZkvB44W0CJpy6pn6yuAnP}@;xj1F-YH#Xt`;?TmYZe!X+9k%Y
zs2o}ig8~8wAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0K*0-;7d3y2ufF=~
z{6sFjN2y!4uK76Awp4l1mtJ~lTUN`OHET{h@kH;~Ts5wtk{3<;c4Vw1FB(hY)ZVbD
zj6CC{ay20Rh(K5Y*Ay~&X=_+iVy^avMP=mVMdJvanp_cnZODuI$xx2~0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAP}tpc~Nsul^5;Pr_Z#!EMv!xb<&s(8#Xi_
zXWEu3FS>H&%Crr<m0PxKx&Hd=FV>c>UAz9<zx`XMPMusCQT=7(#*Ou^3MMbApJR??
z-N&z-+BMDMHIAT8B)6oqI;QJ4m;CC(W(8@FfZtpSsIOT&&eGN5-@x*}4{LAhTC;qV
zy=%aQkZ}`v(TqeiKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|;M1Z`g
zIit#pKK$^*=6mJRa^1RhPBc*-^8R9OOIcZ&)0KH%v~S<O*##r@QzkF!HPn6l%63PU
z$crBRApg-*zq#aBPx=voumXN_DWKlcu&4~%?q9;>MdQew23!akH<1_3NJIk!5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D(vZ$cvgY#+VoNW)8EidE<>Y<doO0
zT{~pRke>uDC!KUsc1O`k$%}dobsxWSEKg&P?4Z`(9Q8=`oA$1LbIGqhY*vu=2>8vV
zfclzOM_Rf@a?9elI;q+4fUWDQF*Vk%0T)8XP2@#0643ww1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKp+wU@}lO9`Ok}P-@e_OHq5bR$&w{<%HR6dx6J$L)~(x9
z+A?|a<VKAe`R!g>TB?(h7xhBvK7QrMqMHZj#n2Ub(KvFaesjsMp7bLEVFmo=Qb4_>
zVNn@&Tv5+Rj%#aJRAR2yhDBxM0T)8XP4EBxV2o?V;n4sA1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILK%ig*$cvi4mHE$$%Gkz@8+XPTXGpv=$E9xFx=wJ>c^<u_
zI=wkYznY6Ky6Apw`SFi`?AKE28#HL3lad$pTIoK1<&?Eg6aK#=-}I2JYvtmUwX5G;
z@~aP<6{I}^esd|H-ro3MYVRz2S9{s*4H(PF11^M&n_>)$%Aqq3j|K=JfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tF*LUex@pj3qB>KD^+T#~pW^6I^uVMF$NU
zG}31|<&;yrSx1u^eI(>Xy<)nLUzxmUJc(0l!=e&%^_xq6^`svW2rJ+>mjdeT4KCUn
z7L}3P%T8W2mf&c>CCnxS5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D%G%
zATMhEh8ARAbp87EegZ%F$xpmlN0S=8!<!!49o4FLoBy)Oi5s>t8N9`5pH*YxiF!tI
zQ`3qCDQj1gd8M}rn-!!z0{Z+hEZZCZv-tPeriW_Yyw}!s`KTIeSHp`UZL?TnqUxY&
zheRa;2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfIvYCkQX(7TMHvEdgF~Z
zju<gQJ)S-wFS={jE}0%b{O6@-&z@(TaYjHevQeW(I%!m4QRzqTHvi>-Qx3byWboug
z;|Xh78y1zAtI535+mL=lAgq8se+<jyMPvC@W@}hfVy@PPMP=lM7e(4;D!Lg<A?=W;
zL;wK<5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#{zNCEPq=5K3Z<V9WK#?`A=
zn+r(G?|=XMt{z-3>(#5LcerHDo~Ty6+x(YZr<u!3lfl=l9cS+vOFk-^gYrE3VGF}%
z2x(tD0w%w^Ty0W2p0ag4vM6Qmx^GU(()H6xDQj2P<PY^SmYAqIXsDsm7y$$jKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0;LY60@1=5L?XdC_lw``c+Fj;mI!as&<?
zI`qq5{_^_3rB|<BX*<y?n>1;nlSUO5m45VY^Iz7_F~_pW;Oz~I%E+UMZbtHa`LLak
z7bP!>fWLsr?=DvxTf?FfbG0`tDkHZvEGomcHY_S5cTN6KFIVq45aSwZs5CA@f%o2f
z@0MF`Y2Utmg9Z&szgmtSJ(>iH4jnptHKNjm3m57`3fQDKql^Fo2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_0K(Pss7d3y!t<H;n_~C~`hYlV1)#7~~{oQxp9V!OdtXVU8
z^t^W$=~*Xze)G1dR=wMTFI)Xg-qe<fwyr#n-aji?Ja^ILO#KA1_{Ezlf6UhPz_TfP
zS9?>J+oz<gU9-4A)GjfGMdi?H7!=F}ZoTzZ6;qUgcgL!#D!swjv17e$YOm(mXP;F^
zKkvNrayiiK*|WW$_N68vdC_+5+Nt5a@WKoFnFegqn^8sp0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILK%m$J$cvi4<5uTIU8gBuB0Jx%u3x|2+0?&(fAxK9E`_qPGW}Rl
zg+-+wz1xB>lNXIAaY|m4yeI<x0$KdxwKXg%F;{!TqB3&wqH%;yv$#OiF62cOg)N1j
z|NQ6rr)BT3B`>NsxbMFEylrZ)X71d%>gea3b57O=s;sP(dy1;A^a6R&tX0_&0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmdVw1;~q<`xj(hbolV$6TV!|KmUB^Ti}Z?
zzF5B0PP>dAJzCwERR7A@Rn|$#i|QKYW%8orMN=WetLC%IY3X+lN$L^s69_xUq&<1j
zcyg!YMaheXdBA-Zmo~c;NnZ4$k3P~r<gZ=3HkC@*^6qngQCr?A#)$v|2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_GX94n}=HLaH7uCN7cFNaZe|><7Oqi0A67OEBrg7uO
z`tF<e?1^gCyDj)~&8s6VURRB&v2#uBon`MD_M-611X7QHpFr3-ChaZGi|(6~vUipH
zqguLdnHbMM7Kq}wSzI7$7w#{rC~PSdNnUjI>ecEKz7%YEcbsvO7q#pCVzdY#fB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@c@wZJFS>H&%E5yN%ahY%Sx!FrWam56haP$;
zZ*Nd79q60i{HFf>uU`Ja4}Rb}XiZJcuwlbGcI?>U%jH|&`d0fdm!?gd>N`4RxdExZ
zdsJaj=|}Ij;L8?=MJ4HKXINB*ZEsjqMjrN}@XG{JkAR;**f}QcZA~po*wWsxsEpjw
zu&4|>iri*gon&!=s9ng5DhgW)k>o`yDk|i`@jZL?Y}2NVJode1%a&JOdF7-@lXmak
zoz_8a?>S<`2zesF@y8$Es8J*N!$kfqn>;1pt+(Ei2gf_R+<E7nrKP2=#{o!<T2`!B
zk+ySJ<;<BgWfxaJ_3G7g`nmDO8=dx5RaNi2^UlK$Kis2756NfBsLIO9&N$<YAN}Y@
z^XAP{qtZJ+<&;y@U=}W1C_PM>GUdVxFKp7JiTtf0&oVf0;DFP<yuAGO+iw>f*(437
zPoFM-lIUGYS^hN9d(*di^P=<T&sUA5L%p$69y)ZWYH-gz_jnsng8%{uAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1t!0SH)>7nKJfwr<_p8&J%D&7eVpY=7(Dc;k(}efwUc
zE%I%wBiXNCzh(ctJn_U6=E$!5ix$lD=*<N(wltYMsU1&QyzZWnvUE+olCpL+nOAxn
zzf2(Y2>1!;^T)7kaq9Bmyp+9b^-C#BSDXLeXLwPhZT8l-eKD?SheTztK<;_b1q&8P
zw9@ZG<AV=A=z8+IBq#kEOZ~OiUh52a`0(KY&192dUR1)F0sY7y3(n!>U+@JqlU%E0
zTwRjt-`~lOW5<p?=bUp~J+x@iV#kgh&p-dXt6pASeDTGu$f!3Ist)JfB>7c|o~mxQ
zZr!RHOF??p-;vFmH|tv|BY*$`2q1s}0tg_000IagfB*srAb<b@2q1s}0tg^bFaj3k
zMdki8>I=Sj3-TRt!At;kBEetynuFJ`Utjep1@fX^I^D;wY;jmr(ms}kMP=C5hDBxM
zesjsM-Y*kKJpz6Lesd|Hp1f#0p;Jr4qB3mqqHzRA11@1U`3dBh7fl<6bbVqRHENVP
z`kQaQ>DuagnasSX3{oPaavN23B2v)vqOP-0FI%;0rOK|toH=v!-n^kuwKeUgd+)th
zbtv~TRgI+}kFijjI(6!#Z=#F<0tg_000IagfB*srAb<b@2q1s}0tg_000IagfIuM$
zSeh3dGGxfF^1jG(*qyHt<*AE>GzXk>x$U;w)R&|Ig=Wo~1#Fc~@+3+fhrFnlOZV|B
zTO6{IM<MT>W$AjbYK^_C-(2#m_saxQkAR<m-&_i)Pwkp!>uT-qF-w2_{$tqWMahc>
z{6b06CRbimJ;YoU<k9W=C&2seyH5>Yp0_SfpI2MEbm{Wxr=QB*MEC96chgNbsd_1_
zU%%ejOHVmI{`ljPz?AmY)zy3V?v?w6%3V6;FC*2z6lTw!t@=6Zth4k@p~~{CdDV{;
zT(>-xuEvZR^Sj^uZques&XA<R!Gi~vFJCS(QMIEy+Fn1XD=#`?#E8R(4<9{xbnxK8
zY8R&<_c)b*Ex3RG{?45{t4*%w$fpg3I)_WUY3I(Js;gs<Jys0W*oF-orZ&x+H&4}5
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0-=zyvJKi<Xy{=l_kk`s%BluMrC}
zFZ%JvAOHKm|NBYlmgdcytM5-u3i?|^Ueqh5`}mc~i^dXpvNtR$Blnw2e)WEtK<W|j
z6Y!f$0rj?qMJ47+UNjZ~@}lHL1Ad_-X_G52>iw|is?qbJPd)XN+FG}6U5SsXGm}T6
z>v76kZn?$TG<4`twTlXos=d60xpU{L_VU1YZv(@c)vH&lexzWymo%F^d9vEEPoF;e
zj`|6<ZQE95Q02VTE>h^#tC!kq(V|6alZdHZq(RzHsI#NrrXD?dsNVkam%liTMZRg%
zrcS+NeUBVDqK-}h0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmdUP6Cf{Y{)QHI
zUNpc#?iwUdnO9$}W-RDkkr(xH={|nt)b=T?F$knyPFcJ9%_YBjzf2(Y2>1#3&82|)
z7_Q=|etFt^XH*$^R0#R+r~I*$wQInIka5#nal}N`K{F1I23~<&@}fO^_EaAZue|a~
zSLgbzL|e9O>1>@bV}{yA0+Zdkb-U}XyX492Yu2o(tgLkPATRTo7u~XD%L5NQaK#l@
zv}w~uo-*LvVO0jH2JE`Qsh$@dIdY^Lyxc2Q?IMNw^XIEg@4x@PzDaI6sy6wBLZyM<
zrnlaDOZ6sy+&Nu|q^guVovQvRAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg^b
zcmm`_&EM04%!|tHbe?<exkoZBa$lqF-Mh<|+FiSLEh#Bc->7;E4I4JpNy&?PiF6;o
zvc+ki{O5}zJfgK>QHi<w%_YBjzf2(Y2>1#3&82{Pi+`1o7me^&t9e(}hD9aj8gL<G
z+@zwLu@o{6j|N@=S6<ZHKpwEJe*)C+FWSC+d$mbopRRr7N$6^;6r612p+koP?)Kli
zckk`nx9k1nEiWohlh;R^wk)|#eQbJORK}?`$vNt~>$g#jHZLl-Czbn}s$)q`RmPy7
zh#XFhiUI-%Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0);0)Uex?OEy%p+xN+mu
z7p9RE<hDXODS1(^s_x@gw)ZZVGV(2-AGCBWKe*rC)o(8O)%#@vsYk$1z;7-E)bBpB
z$<j4dx!B&-?;T8jeTwJN$8n?4fJ>N7egYZuqLTB}KLMKOMW28Ed3{H9FU`OI{qOzz
z_m@Yd>swV>o~5oo*FHaa(Let2k7@t`g@C;1f&~kda79Ih-pS_8o7JZG-g{5qq)eoN
z-%Uh=H_e(gOLaJD(j@uUbH^Wlyi;?^DW|C8Qa}I!1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0pdbavi<-Z!`Ok~WSEX`SPkD@E?JdV0cbxjdG?IcmiBcyeFX~m*ef-Mg
zMPo^v+8Y*?k^9Xhzxw1S#~5MK1pMYwK)t15Q5m+qVNn@*(q@kNc#1YJ`g-}^7}tPH
zm`#2Hx#UH!yY4#m;qa=fu5uk>%$PB1t9l;2Y9mp}4?g%nVwPjaj+NW~tCmujI(4dQ
zmY=+6j~+eL0OY2rAAR(ZN^;JeIa6&4$cw)4!V7B5`OJ$RIdVk)ftxeJ)~#EwT)9$>
zR%cXWqksSc2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0Kp_c`7d3x3^Pd;}=}&*E
zzP_yOf;>n51kci<MT@$1>xMdX{rdHF(mdov>(u!os#PDks~id;xUs9}v@cV;XIQ)*
zS(LJL<$3hO7Mdr!XjyCmX@6M-SMEAoZs}TC^P0V@y)!el=^=a9;A<gxYm8x0Idt&Y
z*qT-#m%QkdDO1!3MY&(-!Gj0YA>>Av`lHeZ4jia9r7g(4F;!Q$-+sGl^UO2PsQS}R
zJ5AMxEv#O>TJ<9Z*Y0vFPPKK$j2Ze?$-$~k3CxSiQ1u7U>o+OYZ_}!u5oH7rKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1PVrgyr}tGng6_K&z?Qim#r2RbW-x7-ZxJ7
z@he*#7L}x{rD0JSHhEF<q6qj4`2D^LsJApMD#NxnEGi=>FB(heG~hzWxQV=IMxvxO
z$R#hjfB$}Ub4&S@c<H5=?%cUkPEdlQg9i`RKR3Sr{`<~}zxd*dBS(&W?X}l-@7}HM
z;kjqe9(fFbYOg=?{?%7sRrONPpY0w>GB_{#z3+Wb9p!=xE|Bp^=aRP^J$kgNmqIf0
zqFc9a)d%U6`}FA(%7?}XAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tnbBKwi}R
zU5ha<`lBEH==s`NF1h3q@3*Bn*65^lmVOb{s&}iGqq@1M=e9}uLGoQr?VV-sdZhYI
zOV{m(cG|m!oul?9${2ZE0%7Nvw72wEfegE%>K%L6xMoQ1$4zaSXz!ZE1)_E#FRCbP
zDddtDm2;dkXHLcs+rx(sR~q{B<^6VCyLPQ=ziZbnZ!-z0%A(qs6oT`jvu4fm9>rUe
z%)F?az9e;Bqg}CLg$WC75I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#}RT7bN$
z`P&y`UUb~JapvO;)pE_6HRqgjj^{!2|EOrzteNYJ)Qm67%F6TsL=_g5e*6~lqDf1Z
z+M5uwH!Lb6_q#y+>T^$a(L=Eb_|2t&dV7Bx*c%p=k=r{n?G1~{$OA5fjGM@dW+X~l
zgB<gsayk+LZPcid-{<Q4@4r8lN~yEXm=}HU!3R}ir_jHD|FoUEngzcM&WqO6)Lee~
z<=&&5ciwq--+i~LPi$WFZ-4un8l)6jwrnY96b!;v1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009IFK!Cic`I}gfdC}n0mq%Xq?AfzHg9i2d7yX-7DVLO#=zZqldGz|>
zYOm}%&0JoZ46^3Udo5mH9a&@Px@t^~wX4az(%aaZC}ZSt3F!03uw1j@0ZZ4^j;HKh
z<C-D4AJ@{^;tbpHqDb3}yl7gMBv<C17nQS<2hjii_rLGaqsNISo>;eT-Q$lxUha4~
zapFYh@$~xXOOA2<`t?sd@kH<5y*qU1(6nh&Y2Ttni;FM5c<k7*pM3I(-q<P2E>A!G
zv^+9i8tb20y)6T3g7c!XqZ~!DtX;Zvkv|sXKr;Sm)23BdSL*@S#O6gMkt^~F=eNK8
zZ2$$E5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#{z7y<I4=5J*&<VBY*T{=0;
z;(d~%>;9tTMb+2Ps$eqZEDnoG($&(is0`cMu&9jOWM1iQa!+>AL$L|y^T)7kZ~V{R
zu&9jO-kE9dgprXOUKDAYE!(_1#x?Dbs6?O`1O^WttUjOb+O?|~PMLE=009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I}&usQDZy_`IloFCg{hY1o3???@*lFX{!<ef-Mg
zMdJybk{2De(B7mOBd=`%zu#8@_4da9$cxtYbV}R5y%UDKXu$6QHX)Ee0l72k%9Sfi
zOG}*(>Q`NLRRRaekPtus0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILs0{(~qUNdv
zpBGh=!5eWjuW8bxiB3vh)Jv!P_?6>HOGb5H(B-3QEM2XAc6Js~rL<u!DiH_}@cVrg
zP@mc|(bjd}oRqa|z?+!xO}5UKFXwr{g^+Pmj5imRLuVWw4G<_KfwccVZsW#{g>;Ub
z3jzorfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@0Rk!_D20G#N!V0XRi&bL<>lr1
zACk(8cJJQ(zPv1Fo_VHo%Hzh3%ftDq$?z}#@-LT}Ev;L(R&R<b=tCths#sJ(_wg%}
z7mX)zN?w%viz47J;P?9~px)y6pS598iMb{`6dEu*izm#Mi2)Zv#!ci!GZN7Nfv5z$
zdC~FX$4AvU{UCq<0tg_000IagfB*srAb<b@2q1s}0tg_000IagkbD6Z5hO2~@y$|s
zQ5F2lTVde9ff<LV8hrZcr_-iQdouiT>7|!CXJkGZo_+RNFM=A06v&GP`{-7BxyI%P
zqu0E7ucd2h(?j;I`us5|2Sm2mgg{yWlX>N8V{!a%_l%UaYudNZipo^^WA?7D$sg(^
zdC^c@G|o}L`_a@}BcaM1kCNEkRbEt{iO{WEx1~#$CU&R{3;_fXKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_Kd+7KWwYOXqX@L=!Psrjkt*RP-9IFBAZdg6&E<~XV!{NM*B
zhugVx=UsQ*)wOF^{cxqFrTV_)MRgpfto!(t$&1F4IJGw{DkJxsOMdlMgvS_Uq6GZr
zQb0X<(O5#KiJCT{24innR7M_fA!OV{UNj>S4I&iqel+#g6mVWNLP@$p009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5J1320rH~e@7kU{dv3q|_UrSw$aCSHFL1|>9cwtw
z4?g(7`<-vtnl4?scn`O6<Hj*##{5cKPCxy0Z_f=IHq`eeFX|=Ief-LHKabwt`-|?H
zma=yBn@fK6p+a0VMnDAo=2Aet#qmF$M?Y*~{-?dg6DGI3=$}8@72_Ik39|_S1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILK%l?`$crZV4ei;pr;|1uH*TEaIM=OP
z=j>8aQgTViMa5HZx#bqu;Zmv8DW{y`jXtKW(f1`U>Lt>B{L17-<GH`6wP8_-x%$l|
zzxw<q!8oGr0)BHTpx)y6A9+#oqUDc;n!o`ULdH!ohDGJj8HYy$1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmdV)5g;#`<hL@Hyr}CwpC+fNCc|ZyUH1R~^D=qz
zWN+@#uSP#s9`d4f>U<H^s*l`N_B+`u>RmmjeOa@3n8oX=F*SCssfq>mu4yMyK&9>3
zMaG|hfq?1cx5?t?(eIs=vUbh?+=%LksZ9^ryZT)PCiUb+O_XSZ00IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q2KVfQkr8A@|;DwTG&zDwWMEFE6jvV<n{XxbmXP
zIc?$k>#vuAU3%%IEn2kjHfYqSk*-Hx)JvrM_?0aVi%Qbf&akKq+upFKjNET7`PE02
z@1mdL5%8N!0rliXV+ozwJ16Z8i^|9YE`*Gm$cttqN=}2Q{*97JKgl_3MuGqW2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IRgKwdP-Z)KkIqGQI4@rE0{H4i@cU}<To
zx8A9#U%$Rix@66ss8+q({FnXCH;a0c!PhJwW$$WnLacIe%G%XrUg>S@O_VY6xCHe1
zV^~h@c*@q*+Fu3oODwJ#lKXLOoh@I^bHj@wZ8P$sX<3q4X_E7ds!cKl7!?8tAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0ti?wkb7Qq_wL<q=4E;P_19H4kNb=I&AN5#
z);UU9Jdb|={`~_647e!W(xpomg`csYk1eXOsPv<EoBwjgvo>#FGI)E#qB3&wqOpWd
zP3D!}Cii3)JrtXOK7S0$7RUd{iw;|u{~2!agxT?w;YE?Q8F|sPEXk~lDhq1TPcj7<
z6#@t#fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2v{wUV_x*_x8H8uxUqRsE~=JW
zwrsJQ-Ei>g{-VQ&5C7O~`O}~N<RE8}7Y!IyRaKSw8?E<~hv(7jhbx$})p^mHS4Ud9
zrj9JKcMUuF^PdFch_(xaonz8Ib>LZB*VM}?Ygc<`TG8f3|G0ifjB6H`b}{c_lJktJ
zO))!j?g$`&00IagfB*srAb<b@2q1s}0tg_000IagfB*srAW%yJIp#(0x#ym!BA}uA
z*|>3IErBGeTa_0Lh2u1?SFc`F=Tcc&dGzSfi4!NDdg`g)_{KMmKmPcD@syR7>Bl86
zs%w~+$&1F4IJGw{DkC?aT~14T6J?A%E`hLfOxoKT7L}N*wP8^id0aCj_v4ZmjU_dj
z#id=$yF`@*HR-3AojG>|5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#}JC4n6C
zqIcbOmlGXq(4ax{+Fw*mu}Gdr|KtC|-rYb;QQi68hr^3_7!ZUI3_K7G4lE`ZNSHWE
zG-Fs-O?=RZI&n<&qD#~`%2EvI(yJs6V^jncF$ySypveV{yv(SPF(Gp?263T6KtaN*
zKv3jGMC9e1&hx+7&+OTDbye@`uI{RT_qSKAv-a7wYuCR%RgHaC|E&6-|I;3F+(yfm
zEz7@Vnwpxv``z!#RQ`L<+i%U}Mg0Yej`TS%x%VE`yEL!4PwA4|GFk89b6vS(%1?GN
zL%j*O*N<oWNb~QNF1rtH(!1!rGIM)>u6OZ#QxqJQN=(%5v|veeh6(uOJd+v|Rs;PA
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0K*<70<wdW&^2(BH@Z3-yiEfj4
zb&?l-?X}l>_UvhoI##1~>(*hgA}O~F^?9vWu_D$^WpJ(DUo@^m#Q3oD;`Zwei%R86
z!=h5Q-ms`t?p{AWZM}&yDo;zm=eo)pqckikW$O)#O66%?A?5E^Z&*|+&%5|z{c59|
zsWf7h%HX83pg!}UjQ|1&Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0th57KwdO)
z(sU<$=bd*<Qt_B$jtN$B=+L2a&pkIH%2@uYhK2@rzuaFmNb358waJU75;`R>T7KM%
z8ERM{?BA=1e)6KJ<WBWogycoZi$?r=l95$DInSiVWaN-30|5jOKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Zqiuyl5?*O*xk6yy()UOM~%6pPp8&T0Q*m!#*P$8yj6x
z@}faB*C(u<dw+)FMehTJ56sW0UBa%VuztOXGAd6?AnaO-=s(o-y3*xOpM0QqN$UzJ
zf4{k=#d?>BH$u@>sl-I>PK%bu09PQXEU3>s?tW{yJ#ys8Hf`EG{q)o69^?4&<E4y=
z6DPW5_;<Qn(MA9P1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0Aj<;eMYDW%N~kS5
zFS>Z~;$VC+*&a!jx@D6W4f47^VQs}>QAxUz7fmB{8g?y(^_QRQVupGX2)mXd`jv)7
zrEI-nQK?+-m8mx@DwRjP5sI#|(alsEMayG=E8vs!Olpj~-@NwBnKLEac+yEH<@HzX
z*D+(pNCA&M_E`CQyy~i}<kRx3S+mNYs+<{q@{^xP851T<a3}Habho0700IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb>!Y1;~qL`RtTXn`d71i(mZWHjme@e)X$h+_6)q
zPBZ@U8a;Y+aBaJG?cB1-iw22YpRjgr_iV+>uBUP=RTl`mmcsh=Cd#NhErGCWDWZSZ
zr|&6U-aGJ--X*Oor2PHry~DFq9`Qyfy6WHG-kIW3v^)m50!d{-edclZo7aBw$tUF#
zX0Kko^7^axtNANn%9JVP?~%M{`G(AZ00IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb^0s0C`b=D-|O>^P+wF^zk{IBS(&$e){Rb#A8H{+-u04nY?Jw%Jm6rD-MfF(zWVQ
zN%klLVb@YvfBDHSW~euTuxlxzUujrW%GMhemCE&AndC)NNsUIlg;^C8@X2{5H72-s
z+e2Q|QdG3T{Y5Lv%j5_kfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@sR)o4O@+O3
zJGFUHi7CoWMDt#s|NQ4oe6dH59-cMia=9Hlc5L0cb<(6s!RTYK=a^%Tac3qk8YFUk
z!rHn0&njNtdo-tX+57XH+9m8-3hURKD5LVU1j4SRi2l8Y{-|`>^6>$^OIlY*`TN!T
zFR)Y|@kS`RDwUY1-D%PC7~l#dl?C;g$K7vUo4jZqNQHhSFIpj3rbPe&1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|8QGmQ?iuje-^}FxB8w@B0d-9$d?^DU{-Mhc>jc>Ga
zUJVTm!I`DUosGO`kjV83Yby?mO43znSX9bZ8x}1gs#Jcmiy7)oAnf0(h<>GEQ7Kz*
zSX3(4du7(uKf>-C$3{0(X}FcpE-K)Y^Gs??L^1w(QTac=R<2w*e*E||&pfkBmoANs
zjROY`yzREzwrtrFHvgxeemZ;h?DNh$uWQ$?GX9iPPPzT|+t;mIXU4BtvqqjKU_akV
z+rD<~+U3r<ZQC~4aKL~8@^?qio;^p57_n^GGIxM!+vm~Ca}Az&;)$U{hj!@Dp?ml4
zBS((huwg@ReBwuBb|FM^AQLA}boc0=7p+iLrkH~V56+x9^PF?e>C~x{;0Vz(&pdPV
z=ux*+X_rugY~?w5-oE%10R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKtQhmc~QOR
zu3+U&O-+CEH-BTl!wqY6?%cWH=CL||_q*Q}oZp?~<yCu<THI-CzO6bllY4)L)@9$E
zoZ2Psn?i4*jLOpzh<lC6_<e`hDqS{z{Hfk0tt+Jb{i^<NUkPszyGbfBQM*%H1`Qv9
zq_Uts^F-9+pBJ4wcW%Lt>(V)6#*E-DmM>o}p~Qll$p1Sg<5#a<U2v^*x_Qy*)2A04
zcIl;;<^>&1UR08$5=;$lGH>3zydo1nA~U~#G_>Hz3RNYwz4_*w@`qbcrf=WA=8RaM
zxHZI@-0p=20tg_000IagfB*srAb<b@2q1s}0tg_000IagfPi)Z@}k<$V6gsAKKW$n
z(xtyC^qMeXg88<wPoF-)4TC-ME#!g)3*?L1u-DBu-+cDjXSZ$J)_#eZcjwZi!lE)y
zu)G@XQJtC58Wxq9tJ<)rR37*3P=2zD8R|_S?lmUkm4-#7Y`tMosa)@ssrtWtCA>lG
zCN{d6O2d{x!$-g;=b6-)h<g0<qA$Mq;{EsEzjp0fxs9aUf3mr``Th6bpEPNb`RJZ^
z1JCvA*PDL18L8Zr^zh-svWaXc?Hg{mVb7lb{xp8mO*hHN$&)7+EON<`C1xJk>VpqH
zFq1s}^wZ|q1UKGzqq~*Ki^_OeEB7@ub;?%PU3Z<CM2dIESLlcera=8WD^%6y&6^FH
z<ZL%?+$jHJpqxQzoORY&f+GoAv9&m{YLKmBO>Xx>0|5jOKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I{h?0C`dEXE0X%ix)38U%dL{Mdju{C!KVX8SnqIb?eq{Nj394diS8J
z(9RuPq<GPLf6*f^=F~26FH60NGAd6?Anr9L<8zxH)Vee+&Z%9}x<bm|Z*KeJdY2O3
zAa;`lf7p@YV#}c6Bal=U)MuWEdi?XEVUtXmGDSY#j~X?~9UzaYm(F3shDj*V?GLs`
zj~*=}Ws=}3Nig>4(L>f=fBp4&YhQl(W$BmK)~#FZDw`L5{`u!^r)gYq#T7DG!mD}x
z1%EB`i2S3W1xFSvNjl4{>h#l37lDx@N9N5h!O{Nx`^&1AUV15SRq)q>HOR0;CJ*k8
z9t03T009ILKmY**5I_I{1Q0*~0R#|0009ILKmdV^3y>Gh_z6n3JewCi_Sj?PzM#>s
zZ+zn$@-1ZCm(1+eOkUL0@NX*)i%Qa!yl5JsQ~#^Wj4VId#SHZ(5ce9B@mj;85_44>
z7M05NUYUBsqEdMYZxFjlieXXNwJn2&kAP3kGpR8V^^~6%-L`F;e8}(JySLqo+-=f)
z?BB7Y_*D^+7hSh*otY=^Y3XK10|pF`wG$^!wEH!A(O$iJxwpzRYu|hCJu}tby?gEW
zutu3jR4@hV-&u*O%n^yeM<0C@oL}O#vg(pcE(xy6>j}!pfTSkR+ZVqgfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2xMP?ylD2%QGylPyr}u^)&J+`{_>J6XwgktwQA)S
zTr+vmq6h9j!1W1h=W@T+yEL!4Pw8@~>2<wJ*tHbauQyRf<!K3oT}u)DdLJ*Y_n!i(
zJgqCF{QZ&_O(i%Q@fK!PP#~!+sLwpXz1yBxc~N=7`>a{BF1X+V$z--|+qTVLUh;|E
ze0H@d&H3}^OV5cXo@n<H(TK>4&Ye3~<~jM~lM8M>VZsDid;a<7+qEVyI(F<>+v7Gm
zbm$=CmoH!Lc2?qu{G*`-M@o5#SG8!-A~|+R*t*AV+j5UqS=*&c7u(}sgN!U;a(73x
z5kLR|1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R;34kQdc^?n<cqPk;JT`}XbSyTyvW
z+``C<2B}@2u(sZ?s8p^rEGlKIPKbqFOJV)xC%c%T-UPy~rHFp=qN)6=qW8)qFG^lC
z;@^{utn$fuCN(DFkp1(ba<@+txeR_HH9hvx^A9}mfb?8^@x>AQwW}iXqS5m#Sg=6$
z;-*PWUUb^DX?AkAaq6k3%6Qqzc2?+!3Z_8)J1bGuq)C&^IcjWdZ1<O!#C;<Yzy37{
zX57iGKMe#BKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{?E>UQwV%Pb^~*Pj@`dc<
z9<QJN^rz-K%D6w>l4>R|>K;@T+PU4c6)#&R=X5UbAKamLiF;Y<O_Wi2S^{yeF&VEn
zFWS`niryuyE2RAWk{2Z}TEf3GRo*12EU3>s5r^iP7j0^4>e{ude3C!++;iW0>#hC!
z_e(m|+)#Aq&Yk8HzRio8JAam+7d7*QJtuwP!iBQmK7IPwqceHY>C>m%9=CDYX{X6}
zx%a8*tlSa#M?-@nD^!({G^Z)zr#XYMY7op=le=exHUbDBfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb@~&0rH~S&tOICmoIQzw{9Kr1!ZuR+`rT<iM*(*;onvq7L}x{&akMI
ztv4(xmHS^^W@P!vE@r4Vfw<S0j3+OeO6XMYl}TQdyl4sk&Qy65pPXk>V<HaCGcUSg
z#R~bX-mP0V2@~ecwtoG3^D*A$MW1`_Iq7keoOzqLzee0&bk3YPGEcvL{oL`kJ#peh
zSvzdlFxzADqPO09tL<?c9XocE@vpu1n(3_E5d~AAvPaL(3RN|4-n=|3S0=9=s|MLN
z*5rBn;#UL^KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{)dJ*2RiC~p6fa*Q+t)q!
z+|#O6EBWFw;zeFGk&{ARG?maPc~QMFGb*owKnef2kryQ|8tcle+q~$!x3;CYl<?NB
z=S`Bzg8Ix8;p~|gH4)H)xB8qqb*lM1FQ4<xjy7)GXnN$<qY=9{t4v;W^5n_Ek#E2K
zwwY(&zJ0;9g9Z(fwQ_SyyUOH6d-v{bZhUI{rLlecb~DxP-MdYH<&MZR8Y*Q3M^>n+
z4I4Jd;mZT)j~qGTvJ`B`szGLmHF?23(un{92q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_WRDisw(i4|f*#{0B*j4P6R&DGT0R#|0009ILP$!ULSX6ecjw{`QeR7^jjfpr?
z&%Ef8B}*i5c)|%M*ifjMQyxrj?%OGA-Bkky43M7T!-of>n|Z~^|3oGu$BY@1*Dt@y
zgx$M$m$kRta!cOYrAwDezq~eY-fUNyyr^_8UcA_Ln#R>vUoHLeNP62}xg!duKxL<%
zot3L<;J|?*FmBv9D-hO*TZ7EwKY7?r=|=zo1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#}xC_r9R<5{C-1Q0*~0R#|00D;;NATO%uJSLR|^_eGv#WOD|xll<P%4^i9Q6GNz
zp-g!6=+R}%mdVXLO~3qf^P+3lt~LE<pMAEp%~R~<=9cfg^Um0@WB2aeYfF0Jg%@O`
zBvE(l*kL<uLz16n9(l^V+3N7&!}I6QZ_}oY^j~w$HFl&lY+h8JVla2^Tp1~yvenHu
z-)tsXwQ7|eU%4aljD|`j!I71#YSX4o4Gj(AaQWqzuUofHPM;JYX<qq1_=M%&d+%Me
zXpzB*TZ3%nKe^cjKM_Cx0R#|0009ILKmY**5I_I{1Q0*~0R#|0009JQLx8+!ZJbAr
z0s#aNKmY**5I{hq0C`bGXU!+)nbepF7Lym17@;IE3%)MA@Ite>9ci+c=4ZQh?Sjvv
zH{)M<<&_Q{I=F*v+ddRtMjkqJs8gp-c9p3?9zkGhe&mry>{_=Wh2=e6-Q-2(R;B&=
z^>as>_ES$iW#=@F3LQ}}1uDDq@2pT&Qp3uXE4y{;W@Su#)c!ha)-3B2w}x1g+r7|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5YR3_UR3)Tq<#btKmY**5I_I{y#nM#
z6`i}JvY<ZmM6eW02HFgvG=>cuW;b8He7QVgULHU%sm{TJ2j6+;opP^H$#$CY?)^p0
zCUWn}Y15_+9Xhmq`}S?yw(Z})|LD=9SFc`eCo~P2L~c6Tw{Ks$FQ}Qy&5OzydFZ^P
zKxKeL9OVi1mtA(5JdZwa68Y8SMJ4wr8Pta#et5``A+pmhUAl}IF+%RB85}P?l{g~*
zXlTKa6{^Y{zT9*5*=L`XsI4%HcIVEW&p6`@IgjFC?g49+;>yT|{*&9i&_DnI1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|GEkIsW_35K{1Q0*~0R#|000Gqk<V6*oKA)Ut
zQezacP$~ilAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tjdkATO%rOi?ES2q1s}
z0tg_0K<x?qe8tujm)i5J=n*BA1@)Pyq6fm{2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagP@e+iMeFmtbJPeRfB*srAb<b@SrAAuEGoOsf`FnLd~%*ijZwrxsR$r|
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAfQEnyr`BlMV$yBfB*srAb<b@wI@Jc
zRM9z2Dhui}k0KUIMF0T=5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0WAXLMYWtM
z>O=qm1Q0*~0R#}JJpuBfiq5G|&NHboidZNW0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**v<Q$F)pDk&69EJeKmY**5I~^z1jvgjI;TlxL4D>?#6qbEAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_WMS#4hmNP}22q1s}0tg_000OlqKwebQIrYhT
zCN)M83#B4}00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb@}t0rH|+&J=YbfB*sr
zAb<b@2-Kbcc~M2@G^s48&pe7)C=~$&5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R*%NkQdc*rl=DE1Q0*~0R#|0p!NiwTD~R4rS?24dPF`s&!omw^gx�R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**>QjKcXnme{jv4_35I_I{1Q0+V3j!&IMP=7n
z5KvUZhMu=pZBfKRsR$r|00IagfB*srAb<b@2q1s}0tg_000IagfB*srAfQEnyr`Bl
zMV$yBfB*srAb<b@wI@JcRM9!DT3A$eq=<!55kLR|1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0K#M?K<wf6p_uc>GRbhdpOP6Z7_^A^C1Q0*~0R#|8U4Xo3>ZicJ0P>>#
zR*Xad0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmdUZ3e-<tblS9OEqGO4pnd!H
z?sdLk^NyqzciNh7H!ZqZ@3Q6N14@@%?zeiExNnM`mw!|5@;}D>J4^Ki;$CAi{@>r;
zsdUL5dS36+{GWFyT|T<yJiSW^ZxFi)c~MJ|{RVl_?4KhlL;wK<5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~fe3;6$%~$M-g%V|OR|R+jg5`&^_EmvROWG~t@*azu&7k7
zG%PA*>kW%a<#FE>dc&epdG(``>`?^bUSl#|X;@Us)*BX;%9VyirEI-nQK`IyH;CPY
zyr`wfeuKPd_RkR&B7gt_2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0K!ia3<VDXt
z_gs_a?9{2#|5L}Wo;`cEZQHhT!PbU`2KRcanY?I%Vy;hEJD2;l-sRxYH<T{9T~Fy<
z!mg#T{^oZd(7TY{Ohq8<T8ik`o56nj!vlJkR4xy88u3Oby6TBnH>J1~Esp`N0C`bY
zgEj&PAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tl!RsKdPI&wlnZb*Cx8f?t05
z<piUT!KrHXdGx^}ExE_%Z0Ze*O65w!qEfcru&7k-b6vS(^oB*Ha*}DO2)NgeXPdle
zDxuR<E)RC<`KBm1EXA;>?7Cn{bcP9#7Y&o49{~gqKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1XKu+7ftFkee%gCx7>2eu*|<sJ@wR*gN{BMwrttbCFTC2K{VGVtW91t
zmCz}9Q7s`-l4+?3g#CLJ(NA8Kyl5)dYAQR8cq0^DMP9ThQFaE97tPMOpb`WSKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1P~}eKxtm|)mLBL6!Z1XZ+_Dx_bPOM(fjVZ
zFPIFh!=CEjU$jMwKPR<Byn_-vl@WWft8#yuu6Wu0cuwiE_vbmai@kU}8_h3{(YvG)
z24kn5mzFy$w{MQtrD<_a?ZUO1ihz6N$8D1rjVqSoc=Dnt;*T6TvQ3*dPe1*1iZxVo
z*W<^Jm*br{abh)h%Dxal009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**YF<ETUbLL>
z-o5wUTZz+ZCCjO;2DWWzXmEL}aDUOH!lE)y#4Ev56R{V&N^w|JlCDa_qEfcnu&7jS
zFCNc^-ms`to=O;uoqAqc?l7%kQHi;#4U0<UT&t-FxL1DMHhIywVkwT#NM3a2%$brT
zjCeIRHkP9_X3Q9w{ISO#D`%3#x4r7BtK<XutXZ=XpE=fqRm1toPktiDJ7L0vSmiMo
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmdVg0h@A^M)b&nYwx`CPLrd%^2#d<
z4oI-Gxw-k6V~#05ws-Z_S0`ANoytm{dFGi9XZUsPwb#0aci(;Yn$Nygty(2_?-^X^
zb<#;Ex!V?OAA9Vv)<hcQMT1JNPgq;^gVA%F9@M(jRbF(>ea&i@RKj5FH0<B2i2hxl
zzNd6K()@e93)gBY0ugV7qN~V@7A4BgfQ;ltpM3Jk;3rJCN7A0<pp70qT4tLvWlA}d
zB))A%@}gD4AupQvCB%dXAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0wQ2jj@i$P
zO11K>nZyy@FGEXcPntBT5~sdQ$x4(|aL!j>ebq&~=bn4=hRvTp-yKjw+ntcSXb{l#
z32T!VO($_mUQ|hfG?g$II}Q8yDxzO$SX9c^8y1zyxmHsVh<GCuUG@0V4Jj@~%VU5m
zkg2?A&z?Qq+7fJ6EfN{4=6cJE#=>DR0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*uX0%fKgt9gG>&m#&OcJ8_7n&jTke)hAlG3E4^DOt|0V{O~i)byht{it2Lc1Gh{
z-};t(_v*fe3>gxPIL7L6>#0Is)ZJa>+OY(p2m2JM`oZXmpGW`RqdB#U&voUFY5L_T
zy-O-#Fm~!*Kc4OP5AIO9kQe2Gk1OE$rYJZp#jvRCx?o9kh6!XUFWReDudq7H>?bc8
z0hmpkh=N�IagfB*srAb<b@2q1s}0tg_000IagfB*srAb@}?P-e=Jyr{)2Q_{{;
zoyMR+gQ7EyviA7nkN@X?{^w!ChJE|LUZ<UQTG6fY9)C$*G$`hCiph(n6FOBJ7L}N*
z&voUF(Hj<(%H!s^7@vrMd;NH}m4-#7Z1SRsTr+hwiRYW5;4t!{1zED$sWdM-a^y()
zi2n4`Pd7I=&zUplJKy<E$BrF4ckVoV`0&?Wd(EX@vu2Hqv>#ukZC|@~?Xn{e9y~a6
z=FD@>Ij2*nP8~XQ7&>(5GtWG8^ypDLz&7lzWvvu&-g)QAer3+hn>X7r+qP}H{r1}j
z3>YB)N1NO<b;O7f%a$#(Yi&dR2RA8f)~s1ajvRU7i6>;Ivg_{MyUQ*%Y$%X?&gF6|
zSFRjCe*Bqdp4p{Km&V4%fddELcH3=RwrsI;<~2V3^wZh1XG@V?yLOfFr<`(%6t-^N
zIy1}@M+STPMB_;10yS~sM7PMq56Yd~vuxR<gfjdmcT1v;00IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAdt8~nJGt&dC^B7eN?{TO8ix(Wa4Kwdcw;uzubNi9M+KUf9-8Z
z!^Q;r+qP}%?z#$j(H1TKoYdl0p4Sc@X~{i#GZ*|dm;1HiW!F<VrAyP|oZ6+}g%r`5
z+cH`2Qdc3g>>O;w<rKE+z|mDo7sdYq=YE}?Yo@L$340g#^w(Zqbp87EHe?uVEMLCd
zhb5b1l;%ZE(sJCmac7)yM(`8t)TvXg_UhHEg9A*D&5OSI=9`lF3=Zqtx9{%VyX{n_
zVRkL4%e?<vZPTVrX2A66(}Pn<&!v}MnioK|Q%Q_7xXHYE^YV5*ckbNaFw-+*#*Dnd
z@~d2#^5;*%P0Vrm;K)4wKK6(T;{4<%KapZ4Oqk%7n)pH4$^FZgP2!djYjRr>4FnKC
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmdVC2$Y#})R-47_$6S1omXCYWhKs3vU7g)
z(MJzH_~8F4^pZOcm8s#DN?tUG>H37VRY#SyhD9agsx~Ytm4{tRVf}i;qEdNXh0wBd
zuwmCyM8DFosFbbxAK~m=Gj&x-#2caLs@ltozWeUG!OuUohrFm~=rrQWdGg68#nb<J
z^d^@mn@G;{SHJp|+(lFV*Ez{R-f+VW=Dh6PyVu>_O*h>n{gWq8b~{a5?hD$`&>(9i
z&$)5q#-^qwxo4>~&N}NX>69d=%<OJucip~y`-KY^%1tKS0ZW!FF$G8^AAInEtdaq8
z8&b228*jX^;8e0!?gDD2lC7@0?m9Ec+O=!l@h`sk;{EsEFP&zj)cOAV?@yXE$qdfB
zC8>m*O~2fXRPIW8`0!y<jI^b;J$v@pnImvyOe~*hoPv4L3LR9evgI&il@WJxOHBg-
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0pb`T0lNUYz{PWG1fR+9!4{fi+nX1~H
z^7UVtL~f~7$cwtWt6aNG6L)i;A`dmau6M~Dn6Gu&Jv*m%@wu+tG0pEjpm(XO5L$K)
z*1di_+kg7x1Eq^Rl3wqUoolA9D)D?%6dYEoc~QAlW5MH9-RT+iOk`LDl*x<A$IIaD
zTTM@1)YIk?CAsHLE0M@Pefr2ea=S>kfAr|l(m7?y6t~l~Pe1*1StSor&s!zI(f<AW
z%c_@NddXd7cP+t7w_n<__Z~fZ$R^ice|_GnmtTHa`sKBC>sGtUPWAlr&)ZJZxZ;W{
zWUxd%^ZE<^D#s;*M~xcgu9ZjCOXsj*!z5Pf_6OS$I5Ievk3FIwj!acBFB+`J^ptr}
zvC0msLHY}pk<{c7`(+gZ2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0fWJWf<VAn^
z%U`x`-CDi}tn};q-~Yb9e_A8ufs*n)?0*z`End7>?xG|22$HW{TefT&mrEXD?;aF+
z(IBAf6V}!n7M04ihD9ajsx~Ytm4{tRVf}i;qEdNXh0wBduwmCyM8DFosFbZYEGm^}
z=bEXjN+R9}MOQuY+x00fMawH;fVsb@+{&_qZ8N?}B0*5kNg^n0UNrbQ)AT&_&_nL#
zCYLC81a&)2`|i8%mQC)s;|_OKSR``Wwrys9c~pTr-n1pgDQhpe<Pvw4+4YbiL)=c&
zUbk+YnJxGfdl@ibzyMi0apFX~p_xkVswzQK+i4o_z4xA(D(^<AdBe=F<|umi?rqmf
zjMi+vW5*8L8P*8Hk@0bTB5-83Sb5QM4k~WhVKP?0wM}sHi2bq(0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILK)_$1e)6JX^6|$X%eR3QdYSM0<f}#@_4iL@<d!X4<c?3~
zThYXSwrbVNJt*>`L1EV?tgZNw?($T3wTtQqW!SY8*55SaYQ0Nch0wBduwmCyM8DqD
zWp>!>s*>EFrt4iI-Uvlkr5F~KT^B8{gaPD5JrkkP!y@EOUbJV=o)Kf*Rp#%M#~**(
z?KJHfGiJz#Re7YlyDBUaxoFWM87xUocd%{Cy+CDcmo8mwk2K7#@4fe4x6`!crlvCf
z<daVhu9BV!6DG)7c|wF;Yo;1IcC77j8yz}yknzixFLyiTN%XU3&AQ-%3nXRQwryK;
z^Huq4MMlcY=1%9&pD(|jc;bofwqfls92p<iCjv)i3(Jcpeo%4CHZq=Nls0)7KK%$F
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@<qOnRUbK9!h#AV1v@^f)#vAh0;XhRJ
z^>=^wcYpbgv?4zm8yoGhNQ1m+P}%hfYwL|%s;->8sFnn2T_xzUbFg9mUPbhi7tPM;
zQ&EZDu&7iX@kS`Rio9r1qU;QaPIxA}HsYvFUQ{xW5o6p{CYLD5Nw?FqrBgnvdgetZ
zO`2pr*~$lgd8UB8B!n4}!<1c^UC*33Gq~#q9(X`zyZGXZgR7)x!GZ;{)=iU|sisYv
zR&e~Or=BX~Wh=W@?q6y`q^9QJPy6Wk=t}H_rV)`Bjq4MEBl{|t7p=rW#VuQE^Dm=>
z$@9SZ6#)bgKmY**5I_I{1Q0*~0R#|0009ILKmY**5I`VVfihE$ciwrY`ReV;E3Ztp
zFm<z)DQS<lPoF-)Z!;^@BafT^oZsuX<Bs#Jp`oF{9*Z<uEJ<u}r>%b5^YDF!`4oTP
z=qkO7Jd$4Nk~{LE-o@v-a>q2Uxliw+BKcN(MY`9IXZtsQ+@*A>z0;@Sh{%hk5*+n>
zJI5Mk?k_6$a+F7tckS9$vV~v!+SlZX=YRa;A7jmv!NJKULZfGkIQ+EoqUN5TML+J^
z9HtyXL{!zxmiPR6d(;aTE|eX~Uq-gaOf`La;du6Gr=2F_<xZhyd{a}CTzk@U?z!i_
z_10Va_wSdg%ne0%?%Zh(!PaRi2}`cp0!$+!FB;b;0!Q{0%!^j&pyHNYLKy};;-@_q
zdD{Gn00IagfB*srAb<b@2q1s}0tg_000IagfB*srAdt8~nJGu|qV|lGDQV}C8}&qd
zm6rWg?c2Av$07~#qQO(<`h>OhhDD`vrD0JiTW?rYDi6Ds!us`wMWu2T$+y}oGVEH4
z=vNvRm9lH^^r<)^@}f1C7Y%*{lAfDxx=D2~EIQ$t?AnNbUDL{o&YL$+PU5g(!y;<S
zTNM$BoHJ*R%+{}8zr0P%uM;Ou%-ffl>egFtEjYeo$Br`owbx!VYgepTA-{I()=k2V
zdE?iwUoWfVWiQ3&o_kJyb+f5?o4CJ5<VEB9MBvCCgL%;k9aP-1W0etia+jJm0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfIuY#%1k+u7qutFN}hM#dGeiO$uGGV(_g;8
zY$4x8-dma14}S0ivx^G-v?kIZFB(L4eZt!0MN<i#k{8tyB2|%mtGyz_{=JImCofui
zmqA63h`eac<V81Z*dU?4RjXDVJa|y<=y>$#QMt3IJdD76D7yXj+avzn$oQ&c6QR+w
zMNm{HFFJYh<h&Z>%*siW2hblmawKn6*sl?h$hY5q+guX+_U#L9K4{P&Su3}`w5!Zi
zy?ggIw+XfV(%8OzyP0bD?%k$e{uYy-f;TUnI(4cUZ1bWUH*PdNa_dod+JbG97Y*Xb
z;J7{!I5Jx>FIu64id%N9GU85N(40;L5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
zfdmC?%2666OiNzWqFG7vZDaXA<;jV5@?;x(_Ut+3lvB#Du;2`N_ZMBTc}G%9vIuc!
zD|oP_b^7f3;L$hqE=QVwuXM@ne^&3}b6vS(nr2+Bcd2M%jmg6V-0R1)O<pt%lm3DN
zxdZd{E}n0Sg2PgYiQ1hOEU7}B_uO-j`RwGA%BxTfWlkHN@Jx1XM5&d|i<&bvX3Usi
z4Fd-bl#@7a+_>PXf;|zDNQrB9@7`TzyXBT!^0r;Nbg8*iHgDc+SDC4#fAQkQw$n7O
zzWQqEmq*gu{v}J6NY4o;oM1ztW|cgc-rR{)*1D?(3>Y9i!-o$KhEeUDrV)W717i6^
z;K)?LylCYPDpuKX%ZN33o;JTCfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2qZ3G
zQ;y_C%e1}w?z`nn#spu>mMtr@q_EB9v4CIw>R08Fi~cY9vbAN)mOe+<(9q!SH>t3w
z%;Qd5{kG4sdyerbUT;`bDpwj7m9q7QMWu3|>&hLYH!LcZ7fhPbS!n_H`tfX&7p?S3
zsj>O>hDD`v&o@QEVUu27m*P^eq@tbw@DKkWx5Rf}7hZT_(XHgk;PO8f$>*h+GiMeZ
zoXr8rCPJfUix8-EUi5_*UXarypZ|C4$o~YsY11b8v@dHfzx?ub>(<H5W2H{XSROcV
zK<+3j&qi3ZXpviabR<%epXT$k+>mzf-o3Kn;lqdL&z~=smh@k9%{9TPq`y_GR&(dh
zm65Vmwz~P|o6RIrfE_QnP}4bT)Tj?X{80L(RQdBtZcl3Z<)@n$UAuOz=|B7Iv!!jG
zVlTH*ednEb#*Q6pYBQ5Z;K+bjKG8VAylCYPDpuKX%ZN3(J%cn5KmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1S%vzUNk9K`65!jI+xq0l=(8>z{>ZP@`%QyYRjAF^Pm5`
z{hl=O#<9m9>+Y@!dC?Xv{+!g}R-V^R5Grrxg1_c=&sMy=KO?7eX?}5x-lgD$6w#^o
zNTu=`%gAXtoQTUQY*lXi<4PCRp?xh^RItw6uBY@aVebN;{uINavTL6TgJa}2jCmi8
zh7B7Q92V@6VX~nF{DP}g^h75-lU*ADV)CLQ=|*<*+Pik`vNJ^F5@*etCG%W&-F0@b
zG!7j))TvV^dy37>cEXh_S9a^x&91e7yqF%D(48t`*Jjuwk33?havPFB&U@;;nM&?@
z+OJ<fccf`Q_0&`Dex+@d+`;YIwF^Fv-fZ~FE3b6u(7_#S+x9W{GBO%R2Kf6#;{@}f
zl{=_dWtUKfzlluF3jqWWKmY**5I_I{1Q0*~0R#|0009ILKmY**5I~@!0^~(2%3H$Z
z@+GGEYO;0f)@>{EvR{2xq9J9wM@?Qdi0t}=wH1d&CF!a&EGlKIj!=eOOJV)04>lMx
zqo)c2Vb@YbztXU%lucf=3RhHc7ka~@QhCH1q39}&dC{T=6*l1f^Us%$MmODbQ`mrv
z_a~bOjh-!nqF@p-?=z>3cgj2wxx|8bQQ1WPS2($^X5YSj<z}8{W_Lolx979ZJ}Z$<
zd7!)u=-j#U8E2ev=bd*hU%uSjnbQ^@v1>a<9y%{6P}!G6Pi4Z(F1t*gM{n2KhMh_h
zn-4$y@Q@)x<WHq8UAl}IF+%QiYKOTEsYkNS@&I~?ybc~bSSpm`k^?bE<lbM@Y$bO|
zoi=US(4j-+Mz}J0|Ni|)j~=~x^=fxcX-DJ808bx#M0xX@Ukm0%WmSa^%D-$=UfeP~
zP0Zx{L;wK<5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q4j40C~~M*_JkQ*llg{z5-6<
z*E{aGL%wd7*H^ysl|&|#NhI&;9(Wb<qVDc0*G|eu=J6>qm;1Hi<<RpvrHk5oAxgZ>
z=elyoG{5yPdY53#jGih8xYv(oyQ%pVrOVRIyY((rxELz5i(J!Uy^H6YqTsOl$%{&o
z(0tI951$1ovfmk<@Jx1X_BE&w0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z)CrIm&Dtru;f5O$j3!opD!F@)OG;iecnVyfu(sl`s3cvLhDD`p@}f#Yq!r4lF>SO!
z*uPg1{Yt~4Qnuc(s8k+(9<#hwZ&*|+k9Z>#T~$AM(TNi$n$Jbsw{I`XlFb3hCPJfU
z%ccNTA%Fk^2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0fNBBqq8U7W+qP|6Tgg|%
zEle958$b8imps5Rn0SonIp&ySTvGC)K`YlMtj+W2(|M?UJ>^B47Tv6O$#USWhHDG^
z_bQ@)-{G}Nmm|%;*SqMw2y^@9=v^Y-2t`-bSYGt#(W5{3!4H-!S+Zx(9`n3!`MGuL
z)*t@xhvq|(-iOi4sf<o|CcC!imBRo85I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0Ag%y;(YRtYF#eu<?vYeyFvplwk4r>eG^pzOgtf_wk{6A8v(vC^DXd>_SX3(4
z8;4U}dDyiS(XTWtDrM^pi%R8sFEhPiQK>xQjZk#e{l9uA#ieL@aR*3V)cx?&(9q!i
zDydO<Dt+8Jvok)~L}>JE**R(|K>z^+5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
zftnE@FIqFFGS-2}H}!{|*LT1BUH7Z}GTUw?<VAy+u1{DyxBpqiOVeVl&lJ|o9(FB-
z^*6sdPVb^O4yU^EuxlxzfA^tHN|#-qzNdH5dzq>Je<dQ`2t`+=7#5XX7cH-Z0Xui@
zoH=vm#TQ@Pt5>f!ZQ8VN-~RN|Pai*i{KkzNOPDQFn?xr(lU<vs1E&}S5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#}J4FU3^wQ(NHJc=DVc8nf9`ierYAwz})6OR!+
z5(#jNAuk%Va(%+uio>E3xg;-|M(#B1S_<pe8y1zy^~T{;R~~jPMf58Ti%Qvg!=h5T
z-ph=<Xez<ch_^7Sf&$4VLZfF3?wuY45I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0piBYsqGbZs{O0md(Yx-t>;LtB$-Sg%-h=~0009ILKmY**k`hQICTe$@)KS#Q
zJkbfyWY^XSDTj#w0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*v36d*5JO>Opt
z00IagfB*srAb@}?V56I<G~7yP7Zpf05gI*P(P9{Y00IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2*ed2FB(^j@dzM*00IagfB*srBqfkaOw{f)siUZqd7=}Z$*!#v
zQVtUV1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009K5DL`Jdn%e9O0R#|0009IL
zKmY+(;9vf2O^S<K3GLzn548Am)t2JbFaiMt5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|;CqP~_o)@DLKmY**5I_I{1Q1A0AjPn#>^iyQsE?Vd78aEq@j?Ir1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009J&79cO0v?%i-fB*srAb<b@2q54qKwi{W
zDhuPti)P_0Py+%8Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tl2UKwh*|IkrOp
z0R#|0009ILK%iU!@}lJmR&#suqSe%9UkD(800IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAds{GdC{arnGXR35I_I{1Q0*~0bc>~qP|jD7)M?-3ul2E5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0pi}|!qNU2Q9Rdg-fB*srAb<b@<qD7&EmyFb+mjcq
zrZ)RR009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_Kdqy@-}CN0W*2q1s}0tg_0
z00Id33jBEfsuUOBDj8=4$cu6%Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
zfMx;mqMFYhwIhH40tg_000Ic;7DzEHD!bNgSN-bAi&o#9JtBYr0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfIxBr<VBOSWF`a<KmY**5I_I{1mX#h7meqY?r8F&>H4#G
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILC{KXAXnB5YjQ|1&Ab<b@2q1t!
z=>p_MOSh~3mRZV+u3Wit?AWn`1`TT8zI}%d9s2d__k$n&VCKx3n>TOHgBdesOq(`s
z9((Muy#CaG&1_+*%TNFU2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000I>fATL@W
zSf)h)0R#|0009ILK%l4qdC{Uo85)p{yy%f5M=reZ!WQAL<;$15Xro7uma$W&OmRE2
z(9UdOS-_zN1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IlAwXWV5~|FJ00Iag
zfB*srAb^060C`a#rL2s}Mqc#ltFM;)XG257<jIq_Zr$3{)RfERBt*Jn$Bq|YeDTUF
zuUxTWg)5fXSY~DmbM<H=fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p~{P0^~(&
z>1=W=2q1s}0tg_000O!M$ct(^Um3`Y?%TJ|+*ows!iAo6nT=&;wlGgvh9Q6e0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagpiY3iXq8Xd`|rO$X3UrowfnmE+H0#!%I*+A
z009ILKmY-~0{?67TPZGj-O{N%19{PvD_5Gl=>Gltiz2L9v!+d(HfFs1l(v2C+O^AU
zK62zp>3sU>r;i>zDnHLV@4U{PJ4?^z&6~}Dg9i`JoH_HHbI$41sZ)mz9fl4a`ph%W
z$l&1K?NoBJ(<h#ILPpB??%lgf|Aq}4-0?nz$@p#Cw%vaF?E?l3XxFY?&z?QyPpD<f
zmbvrfwLksz)7i6U%OP~_+O@H<@sv|ek<HhwTbDPiLet7#iWVSuf|WBke*E||&pfkB
zmo8G|z<~pAyY03uTejpC>Hb=DS~J-HOqEcE|Kx7vv=Kl60R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009KDCQz$+QF$z*e2JOC*QJ+UYQM3q$wvG3?cIyK#gacKwYbyPeEWZl
z`FED;3vBuLfZiqUo1*#Eae9~PUmNUE1ma#}G9EVsVhJ?==N)>N65b$olN7_EvTIug
z4KINV<VDx7UvK`1kjQ1xnpdx09rhQ8&5K@j)m1V^a+QMy4RQx>+O$dLfAh^ZB|hr*
zn|9y6eRuEPomYUJN`jifP3Fy;XUF>#Hhuc^;3U!`e^1F@d3Gw>SiXF@Bw7n@;+9&W
zX{8LG0_M)0Td+duoH1jDJr=j&Gp&q|b*AE$5o>a{c-jacfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@Sre$eyr?8aFS_WWmMvR`eG^B2MFrZnZR=j-Nrgpap1OL)3fM3>
zDFMA<QK>xc8$@qdR4PyEj5ALxfw<S0jE^-xgAvdh7M03Nc!StY$ctJE1&s{kMdgp3
zjvYJ7=lPRQKKXaQ`(450WS-<rH{B%TCr_T7*Kd9`Ax{|~|J#>5<6dqfDL0=qtK=4=
z4Gj&lN+OyYH*S<&H#av+<E*pJl1>SQ+L3uv$yRcoPczjAAAE4#b=S#wd97W$)~z9;
zuq8{Dm`!fD;RcyOb|kaO?N3cTH{N)oJCC$&j8^X3DL3#ueE6{0MA|aLo;`ca_zF$y
zU%-nmzIgxr_ltwU5l?yi#H2}+%)#c}h1GxBxMwO>8F42!)ciyM0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009IL$fiK;<waMmT4la&%lOY@k3IHt3B6jiYL%UX&C81}*t{dD
zC7bV{3RRW+({#Oy-pJG5Lx0q}#Jv=oW?!p!(R+=lt~~BFCgb%U@BSle^e%eYn;yJO
z?^41W#BM@f)KVyDWFRjpO7cv06Pq-D0-Sc*X>xba=bwMxy^E%cIePSH898Oj6t~m1
zZC+HOmA2C~PCxy0*-)M)pVu$J(f<AW%c_@NddXd7r;=jaeraEE#T7DM!klh@SYZ<N
z?9ro#jKBW+>)r9ve);8>rC(lKw{CS;$y42>bJ(z9lE8HP-FAhhHM{UBz%3@PEoVpS
zA2n)JUccwGanDrVUhJ<0%SdW+yB8V=Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0x1gAUS3qbKmEVoAo5C2z`dT63X94-?zA=E)*BX;%JoK-^oB*H^0;pby<t(QT<<le
zy7IW!n2gtZyn4f;Qn_Asy<t(Qyo5K1-GscTrBKkwMqX5)cJADH%PqIGYu7ICBmX()
zoFjLG%##d@Wtw3o<T+%>ki4z7ZQEuh|LCKS@>a>Ok_eTxmt1m*yUI+}t5+{cX1e{-
ze($~a%xru2?zOAJ3R|~sof%v(0Xty809iY6;zT=-9I_d|V@K4V3>BJI%J3|}794CC
z?cTk6yQ@5>E#XYLdvV*rG7_BJ-4SgB5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
zfwTl_I4|0zOBeZGGHb7M&pp?Cn_0s@-HUnio;^t|?zC>ZMT<WtwYbx!+s^I%x!y%@
zRH?q6NB{cW&1x6D*O=<cOZZn&_3=`C^#yX<AJ@B-@CLD)kQcQS3L2ToiyAAr&!;>c
z{@?!X-|o2M4oPX+zb{^Y{dE^JES71;n2_ha_ulJnBJD+s7RiJX&dlpKzsl`BWv%?d
z<*qeTjU7AI?X>L<9XiM+%a<>=Jz<5-ojX@Xo_zAjcBI>wFkynMJ^%dkZRh;?^QGs+
z6Hl}~1sfHbR`%stfT>EJL_cfRtP3u<Ku(!FnxV~KUiN_zZq(Lu+7ix`RN`4iX_FW9
zrxO7L5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+V3j#Hq7wy)qTNZ@#YS^@C)8&_6
zE~(L^UUCzm)~#F1H>4SP9eeDt?ja`?7L|G2Y29{GVNsbUJ1@OqQK`K85u>E`NM2M+
zf;6c!&OEUMO86Ht*8B`cKyO%7Dlg#;VmG<<=WnFA*fMB%31loU>eehdLwU}E1UTi7
z0{JOXQoA-RmT3l<kmt;qGwpcOm^5jU`TL@=u~BYhDlZ8)M&}#NRMVzS%bUvldg`gC
z%7hCREU;_C3VYyz2V~^M7hh~gx(%5@*1BoZ=<#;j=wT&KEAvOsYzvTv+~d^bW{qv|
zXLED29q&1931`Z`j1nfd_0vEA0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL$e;ju
z(K1iU;lqbFr2YEY&weIfzkVgot8d@F_9iyLuPMvvk!fAhnt2|5IVO4Ax;|m;gGb-c
zyNsOjiqhq!b?@t4!mg#T{@lJfdKY4KsR)E!OA-C4)X7c}NJSvxjZkz|ieXXNb<y$|
z@EL&&=S5AOzy0lR%_q;5D_7de!(y3cfC+iZ9WU*8(=fO3%=;W0{MF4jnyIEwpPo0B
z`SrBZPLs{$o|$%SSYc+@c@Mj{TP<9;Q0D2=r;qJ1<HPc$dBYN)R_6CCKtjA-yLOf0
z<^LRf>#eu;@82(a=7yp>ckVQ{uBYd;W|-ML;-{TCRvB?8x7suiKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1hOeWUbLL^B0*8Pi)qBSa`m~&B_%H!yarsKu(sZ?s8p^r
zEGlK|4U0<UVb@YvzuvH@RGvy0jGcyEOA-B`Ay7X85pRT|tH_HMCCbo%%;!Zv`Q#Jx
z;Zq(XZr#FSnPxy(UUc5Pc{0_oVZ-b^MH^<STW`I!;K+_0JIaKwz4n@28&=qyIdf!W
zzkdDfNVhR@;>5hdo_p>&>2VXJ?s(g-(6lnYX8|i#tdKh8???CUuco~9>(|RFdD&E_
z|Fm(>RID=MPHwenAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tjSNfV^lq=jGvt
zA2#3X@zWJ>Nvn_-t<C4rZ+~3xV|n$agLWU<q<3-OcRuZ=MK|kR^j>4CEBCps^2Vq>
zUW!K`mO$RcAM020qOrJA9-R5S=$<`$%*XO2OO{wG6U&@Dd9v+s8)11-`9I@iDtQ3?
zkt0Xk@eyq^Rqx)t%{?>Sk=wU#H-+uqz1#MO754VqZ=1pU_U*HSZDY`&L9$lvdue+%
zZro_b%UwEcXRuMBX=O*A1(;ZA!5f@TojTPVf}0ohoHp*6id9D3$%E|lAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tjSEpvrks`Redr|Mg$xo->tuU4HrH=DRj|*k7fo
z-N*B_)b=t;iT`ZhzP-y%Uewj_Z|e<<O69QvHklf%H!LcZ`(IsVq~5ToRGz8JrhbZv
zdyUEX`oZBy5h&peVmBc#YAF;nGLRSDx^?R>e({Uo4JwV^z4zX0KHh)u!3Wm!o_p?*
z&M{-g*dDhLmKT*V0|yS24abce=Z=qPo2g`z#ful`4ZHg4tEFEaN$>WD6(*U<?%lh~
z_*-td#T_s0rAwDezq~eY-t4X#Fkpam4j(=|7*(~yDm1N`-=_cx@k)^=oN$603YE>}
z!Sv?ltFkt4mCv*?L##6uw~SbmTWuN$Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0@)O(a$a=Cj2ZGRSan`<Gn`7B+q~#S7hP28eI+~pmMvROJn_UzoCt}{x}}mAbv69k
z<V9179+4N-5+Y6I@?fX_|AN_(pdnB{0`{^mp+R1>1hmvP$v|Gz-0!hRj~>&fPnYcI
z(W6I2L*k?I@m><4=HvYpS6tx|z3{>d(l0T^9Xoco{iYp}7u~dJQ$s_8Y%Bjq-nw<`
z%)TU$dEmf-RjXD>Hr0LVz079wqODrBnmc#y;lqcebMM~0H{X1-DNMF<3y3I85~pSp
z`QHp>2H8qxn?HYkn>KBv|C(#Aap#ft+O=!V__NPGTiPa1D|beH=bd-PjvZ@ekYN>?
z*0TV~g_<HqjT-gghabvTLb`0(GPxtG>6f2*c~Q^figl*qmJw@mIVfHTAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0$CQQa$eMaiD|zPt6W3AOsuqg>UmN5K2aXy*tc)r
zlS_JisifCQC!Hjr(6AHN*x2Z@S0OLz?yhp}u;VSE-=|2`0h=SuzgN06zx#mR#pk+m
z$27lwx86nd8$@sM?)Br@-hX6`(narSqVlu^Jl_-rhu!kj>nSb;OQJJWATxQ<h>xJd
zh7B`8O?woF4jt;$sgvDA{z{V9u3fv#fQY=P3|P5xWw&nK?6xL8YJZ(IYnI)MG|W`;
z7hk`A{p=Xqc<QOA+`-b0F6@y<9<kfHjSDZlP=cU&Q^~Kdyz)wi4jtT)w!M4zZacn0
z(|Q*0<daX@s%)cOyLJViM{jEOJg!)0DsCCECb!fy5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R%EAkXBx_fB*j1R^}yNAeyh<x^(GMY4FtZqRW>rx8E~nr{S`b7Y&{l
z*C(u<R@^0#{VENMO4)kDqEdO-wG`H`H!LcZCvu@ONnC-jYbl~%X;@Usj*G*11R~xD
zMOUR57L{EWEsp`85y(JZRO;Ejefyj_bAI^4AAbGoUzZ@LWH{xgJnCH@9KUAGn$Hyc
zU%$xREaf(v@_(7hoj=W|Q_sApOd#pgXP<pm{>YMN#LMQLJ9j?gj5F@M^G^9o#N5X7
zzjpHf=S3w%DnZbPAAWeqkRkHK2l=CH#E21cdr~{hZA26%!{nj!l0KEP<rrn}mtA(5
zJdfVpJg+S`KAkpg+R&jx+qZ8oyOuvW<^Qc)y?S-tunJ8pd+{ki+=dSyE)SrW)b8NH
zgGEvh<aC(xl6QYmQ@PKyGSdG{$>6wU#G2fc%})dnKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_Kd3<{)`7nScfE2JS$^fTYJ$(?X2v<o|J>Uq(ZUV14QM@+rP`bdMkXz+Bn
zK4ERu!JC6e-%z^bwm+_S3A>iU`kU9>r*~2P2GLu5*tHbVzx|WlN*BGSiOSOwh<GCu
zT}58BC{cz6WFs${A&}3O5`C-E&yM9c1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILNI`(SXgTQF$%}sB3ty1zXhmPY_{A^2``z!J^_SOi#~l}pL7JY{ty{aK<VAx}
zu1{Dyt+-1f`&Akim9q7QMWynvYbmT>Z&*|+Pvk;nlDGn4*HT2k(y*wM9T$i32t>RQ
zimoCrT9hb51IUX;o(%G$kvyzK009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I`V(
z0rH~doCD9iXfBtVKY#v%6?k2D-E}68_@ys>spJDWc<|sS9xr(YWia{}>^bI`W86w=
zCNJt9R2AB)gEzZAeNX9<`_pv2OWez{`K^D^yQqGH=q*0(H74Wr9xRn35LcjtH;CPY
zyr`v6&>$}wd6LMBM)I%{0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmdXC1;~q*
za}GT7qK`iMXfRiqY){9I9ZNV6Ns9jc-~WBGm9%Z!)~$rRsH@@MjvG_S)Oe*~Q7Kz*
zSX3(azq-swy<t(QJX05Z{S*`T8k6z$gTs*`P{JF;ZbDwvQYdJU7mYkg<V7QSScw1v
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0K>7kToEPodwd=<fevKbL-h?eLy6B>a
zb2(zfh-5RF!Py!c8zTw`TlJgY{3bY6(H_~?=RW%q>Xt2Anhk3;FItqve?ZvjaQjsU
zZ;mwoUg^^OpLgh8-0R1u-Tdk}y^HEMh~DCTuB*H;dJmS$5r`|0ck##ib<~rurMSc@
zmBD`|FB*9fkQa^QVI=|xAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0_h9Xa9-3u
zzgPZ9xl3onxwLuFzy9mLz97-pX{ViLivQvlzZg+K*sABBf4=-<56<B3u4e8p8a&LB
zdt9HecHEdsrp7A`i%Qvg!=h4o*tHbauQx0zm1pXLub*PVuBC|n`oZBy5r}vr6kU~K
zSX6dhv^)lUMu5ENXE^u;0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**lnK;c
zUi8g3-z+)ESMr7@o_J!!iMM&tyY9LxVps{QUV7;zQ}dU;^rb`bUkes2Fq@xz^2zTP
zdwu)c-}dxz4}`pE5Y6=oYpV|4G&R4XbZLJ5ZoNy`wG`H`IvlI|4WhUBuxlxzU+=+E
zIRbG7BHjo^SCJPjN|d1i<V7=dGAIQB1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009JI3)Eg-^ytx}Lx&CxhV&}hbLN?6M$lIwFIwi&_2|(fqJFb#^XAR+h{^K{y}tFW
zZ`tS3AA9Vv?o{MOgQv#z32VoVsbp%r(y*wMtv4(xm4{tRVg2MqGxe@fQB2si6w$BZ
zxF`~VL<Az<2t`+s7cEMZp#kJYGjuX21px#QKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Y!%+US8A??A^O}SLI(n{_&4Z8t|fvE{dS9Twe6Izx{16j#xrZV`F1j{c_vU
zwUMu>Q>WUnsO-8`t5)t*FR$8@)Z$KC{q}E?d-)WfNOmQyNw$1^K<T14=_-}`TvzTG
z@}g<ILG<p|y?#8~dJmS$5r`|``KBm1jJ#+;mW+0i7tQF2p)3RtKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q75NsMWlv*TI)PXu^aECY+g8Ui6bsJ{dfCa0vm?yiHCx
z;e>)14?p~H-bkNc-Kmlai^@FiwAF7X7Z?4FPw{bMDw!IuG%PA*lNZ$zBF)qVUq8k8
z{M(f`rhafZQUvlY{#d_~7mdZ0?%)<HT2yUG_ej}00tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*sr)T97;(Q-~}>UmKqK9|ew+_`f{Nw3+nXPf+IzkdCW7J7a4t6%jA
zh~|xPNqHW99*+F#`h>Mr2XD52vRmnrYg(*#3A>iU`sES!dKcAi5WU5RT}u)DdJmS$
z5r``g@kS`Rio9r1qU;Q)T3A$el%1od5(E%H009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5U3de@}lLO$}HqX%c=kQ=bsOz84LEvQ|8--ykwQTN&EKg-IB<Qx;Uoo`h>OP
z##AyjUTIiV%GMhemCD1erLcazVNt0(Qx|;w6cctWMfBGX4o8YW#2caLsvkc7YKlwI
z@)+O>kQa3|Xd{3C0tg_000IagfB*srAb<b@2q1s}0tg_000IagfPgvy@}lLOGVOWM
z|M-vp2&Nee_WbmxKQ&O#J@;I%UcEXvug1p4mMvS_t)%Uek{7iyw&D7OwN(di$cv_u
zI}N**!urXJs(zQHQheC86w#kbo$M5WR0Ja42t`+=7#5XX7cGwgt^j#aSA#YJ2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000Ic86Cf{I&MDKL7ybC-k54(}6q{p=Xmst`
zwfA3Ma+A@BVX}(*i$?p%TAxcUm8?rrJKcR~lhP%3V7}hP=elyoG(C8k-X*DPm3d+b
zxYv(oJJ$RRMnJWI=bNJ7F!G`WS+dzlUNoEMg{lxh009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5J13FfV`+DRKa1|^P+N4xm<4h_U-S5yuSS9FBeTe1_!uS++Q@>$F*|X
zsxvc6!=h5Q-ms`t?p{AWZM|Vpsa*9NL~rpv*Hzvay$4I>2*ef0yZB@MN?tS;SGt4A
zi>B+(-Vs0m0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILK%h(k@}lJc)<9k~`tX1J
z;~xj(jzxRiImwF#xm=&HcHEdsrp7llzoK->?VF=_3A>iU`kNNrtar)O1z$hKgk4J!
z{q=*xks=WBMku<9yl7FP><l0;nw@h&B?usZ00IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAW(t;dC?Nk>?SrZ+OlQKcHys9ty-DT;E#UvBfD+J8!J|<7%^hRC6`=s_St9u
zz4PkPqen0R>Grg4-P%1g@}e$|X}dmQZPmdWrD0JiTW?rYDi6Ds!us`wMWu4pZxFr3
zhh0k%{dy0U$`Obw5b;JRx{ADLQKIY&ATOGob3r8tAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg^bf&h8Z642}>4?XlyFbx>d^X+ec+isij#>pq29C08Kt0Xq-9vXSk
zpq1+r*3LC8R=gaTuk^w0&Hs6a-X-i>3hQrv`8K^v+#DC<6A=izmLmFd2Nx+_5)osP
zx)O+ZBNSaVa>^?yE=9{@fGa>=)YYJk00IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@>IBG(mUGJ9efQntk3T*b2n_4F{`%|7*<G32zW3gH7hZVbV82&GLqph6MEAF8
z)5finyl9Zi^$BY$4vR|CmAq&gxzn&~DXd>_SX3&ns}Ndt4mRvsis)Aw7L~HI!%ihy
z1R~xDMOUR57L{EWEsp`NKt}SSGiT0}kK7Tj#>Pgs?6~bQW5&qjk3IHS+zlCz00Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@85bZgTILD*^wUq@F7}d?rU?z+b=O^G
z?yj88|LLFpDVSX>+9Mg)`~K_Ity{OE<J-1v>lXR)sy#_9?zGi!7d>$Q0Y1g=Ke9&e
za`5OIN|)U3*?JeB>&hL|{MNtdU9{xKYOGH8`tfWxHNT>Csj+j%;Z#Au^G#837<tix
zEZOYLNM7{GC!dV|<SA*-asWq<9xd}vnKGrEN!S(v1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ItC_rAc3MXa6h!N&1-E{M!-}~P8qQ6-#xc0c?j_dMYuYv>eI*&Q#
z7?(7uu&B)APFwwU-eH#Wt55NI!=h5T(y*wMtv4(xmHS**?ijscQK`HN(Jyup6mYK}
z&$iOAsFWQ%e0mUw7Vvyi6dXogv>;11J2RCR?b)+ug_OvPRtT195kLR|1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|8U4Xo36;46c@}mFvkN-Hg*sEQ;b`g=t&Ye4V?b@|v
z%a*}0dABnnFB&BBx#aYQtfcbXkr%Ztb#;Hy*Y9ptyF{n9SX&_hpMSgZ#^m-tt8}T5
zA=B2dK;Fe4>sRukvAEJ5oT<EMuU@?>q(NS^La<DW00IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb>#X0^~)ja0*J!i_Vxa<Fd;xlXzz$FZoW{WEbzb=boZRebrT01%r;B
zJ?`Y>MT2OrPgtA0XgY~g@}f!-q%|Bl%krUx{d*PBuQV(wWoP+BP+K+yBHjo^SCJPj
zN|c=eO7o&4M~;;LrR(XZpKfk$o-=38cfRwTjvYJ7|Nk|7`0&?Wd(Gutvu2Hqv>#uk
zZC|@~?Xn{e9y~a6=FD@>Ij2*nP8~XQ7&>(5GtWG8^ypDLz&7lzWvvu&-g)QAer3+h
zn>X7r+qP}H{r1}j3>YB)!<yVQRsM8ZwrrVQo7edC(@$s5o-Omp|Gd`N*m%k*r^vSJ
z)~(AMCcjo_+M)&Ia=Dc&SB@V){>(Gal&3UEkpl+~yzREzwrtrFEYkKAoz{%>moK3V
z|H*CHG!Q@l0R#|0009ILKmY**5I_I{1Q0*~0R#|0009Kl36K}9!YL~)FDl>O+V5(U
zZG8Xx-!FR9@(trV@4WN+XJ7KovQH)M<O??MNNRDXt$y3*z&*$K6raoeR`c@fTu$e*
z{qdaI#pk+m$27k>PVbV<v{=no<z7FY?OfAhrAy79O%5<|0nax@!C@mF{68r!1xunc
zOh9Q~)clWN<Hn6U<BT(cpI4_&oobJF_3G8Z0j9_1Mc;h$P04%)hxP5-clYkyb}G{_
zyOv1jph1J&O*U=XWCl#1KHcrN?MpAcG#Ef#zI?ePRP7kIk+<s#P3u#DJjTH-%x%m6
z44CI*e)XAFM#hqlTSlzO3myfX2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Jrm
zY+m%*Yp>lC|21aJ81og_l~-QrbG&x^4}bVWpYgRZrnJ21ym|B7uNM<+Uw!q}MPWbw
z_+z;zPu}Z^C!QEQc<|r+<<+N8pMoXHEp*(;lM0K<JnppBZx=k+(mH*L*Blm=q^r)b
zsFbZXEGm`zTvzTGy<t(QJn^6x6Z#0a*N<mgX;@Us_5ooG0<M7Po1);b6vLvj>w+cG
z8781QFDf5gCFl98U;RpMWhwt_m;@|uxZwu#X?E}4z3w63bkj}JKY8+Gx6`!czMu^a
z4YF49oEtZ8Y-(zfdzMP$th3INPPyBs%<OJupIOkpefxzA7s?$h-2qFMEHMR0B_Dk7
zfvl1NavM^!iyLpe(Vc4j`t@e8+_zJ1;CcA)VKZLZvbp>rYX?_oTF(MreDTHm@4tWT
z+O_6j#pnI^-=8#Tk|}<}h7Gn()9{=&u6(RA;!d7-2>glw0tg_000IagfB*srAb<b@
z2q1s}0tg_000Iagph&>xMa>sjCI3AC{PTT|n!Kowk{M(3qF?yJ7yc!QmptUroZp}R
z^rz8f$nzyzwQ5z`#UNkrx|5R^4KlhuVeNxQ-_X0{4lYu<G%dPW?-F(`h4nYTe4F0I
z&1liCnn2jK6w$wa??I(Y)l}J0%?L!i5sI!NFIto+I|DM67nKj0_F?gPjl8I*4Q;wl
zffrTDTblm`OzuVLB99(DS|*<|Ws2Kr+NYm>x~!6?%;&9=;AsE;{bkilFTLchvb&a4
zr`s=W*?W&3J!F&XufINT)yprxEdBD@x^=5vB~Nvio?*j=NdnV$1{)QcR(9lBK(Hj!
zBc4+Ks8OTx26#>zS3Ykq_Sb@CBsIC+3k?JiKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_Kd%nICk>#hIytGKdXU;gr!eU6d5sE?8vWAmb4``Xw1w~83~z3+X`oab+S>sxn4
zzIyfQRq_=f_YQJvATJt}bbZ3wdc&epxzezxl&v=`DwT&_OJV(b!=h4o%>>MJ9Z1-<
z6w$9VEGlK|IyF?A1%Ze+LeW*^MT-(;XF%5SqQTFZrstuD9&*u4XjAS8>UNs;-FM$D
zo7{279qy{Iyr?{Sz|8;AM<2Q4P5b%hpO>|lTylxK%Itc`kRfiTX|G$i&diqgD0#Ei
z{GV<UCr&iKO48K~-m#;|LkB7}t$zW*BQ-rnuXpd>?f}neOOSW>;<kfjBsjUdBiaZc
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@*%bK0AO6t2dw28gTRA_uzi7nyE%SNw
ziRVSjInhP8ZP~J=OF>>VDCYWvwaJU75;`R>swG64g=|<I))4mZRYX5|(K@_N>h_Q$
z-UvlkkrypWl$`;Y%8T~w+0#?Tgf<_4{PE!U88c?cht=z@yUtw|mKR;LXpsz-B&R#r
zw&h-+vbIZ?F1AM+X4m)Ld#~GR+HzA<8GrK0CkIza&x8pRWUc)hbN>AK^6QBwo>*|O
z+gYJ${R@y{<Vp0iX3e_bf(zvT!fV^Mt-1TFeSCx50o4}lIc*8@{$-Rlxjh6L2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000Qa+<cWU!N_~wTJ668Alh>73Ug>k-++Wm3
z$&5+-{-R0UOV*t6u%CJN7j3cR&q*!*bTu&YP}A#rmm|%;SGwf({#@@8_p(<Vj;-53
zTDk`w_ZpM&3;wV}>5?urd)FvX!W+bHLSEETWWSNAyr^UmJ;h9DQxc59@zN=u>OJ$K
zlO|0ve*!c%Hn#iAOTv)Rc}TPCnKNewcm2Qv56Em6Uwm<JmGmrFut3(@G->o;cZTSZ
z6`Iy9KyGl_p+g4)Rq&_$^=-#TS8IorAn#vB36tBxXdr+90tg_000IagfB*srAb<b@
z2q1s}0tg_000Icqo4}oS-f6xCBQF|p>h1kSzxmB?{>1xbA0Iz(;J}E<{Z}10a6rzN
z6jSu|xzByB;Fp`8oo-1<g+*nax_apii%R86!=h5Q-ms`t9`_AGUQ}ZsE!~>qUSl#|
zX;@UsPM4a!YZNHq4PrO>!Gt9#F18FBJ_2=~7d7|%EczFLn}>{us+!sIo?maz!or0M
zWk-Gb^f5hVa9Ft1ZY7P1PFu8qrlzK@UAs!<=bn4+TW`I!fB$~bFgFz4xpSwXbA3FI
z%MA0Ek5xw8$z5&Q2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Q+UKwi}6j7vVV
z=(l?j1LQkLpS>hF#`8<Vu$tXUcpiOF$@K|q=MKzQyfiJ&DP4BY&Z%9(uBEX4rrFo(
zT{LFNYM|z@Ybm1tPoI3Cbg6;!#UWH#AmWWsbXAIBQQ39T@)+O>)OlXiJpN$VuwkxA
zbUPw1I%m!t`JCLZU%!GgOq@7T*4lkN_uO;xtBsEq+{AQNXj;z#R;*Ydb$094O%j`V
zMXq1JURKG=&5L?Y8&^J78F44iJ1%}j009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5U48w@}fScd)&Bj=F7p-ejb1P@jiQrJ4U{#yzjpIE(m!I9Xj;OU;c6l1-EY9+O34V
zXwcC032Q43i%QZ}X;@UsRvQ+T%EPXuuztN^QK`JjF)(j4SRh<>GEQ7M~~jzC<2
zh&MvfRpdpB5@lyVUFAh5PoA77zhT1$`D7~(pg(ftNZzWjUnBCOZ@>Mv`JB9O-@f4H
zg9Z(fweo+lnN=G%ZZw1CE}g-_Zcl}#^(?^TKMUS8b?Vfq<`CSxsOPkC<ztl*cXC&o
zHUbDBfB*srAb<b@2q1s}0tg_000IagfB*srAb>!<36K}{IpYTp9=z+WyDpFUI`hmk
z%~y)2oN|iKUhJ4dhYo$<@p|T&XUzP`{%qH-ovlO~<VAzLu1{Ed%f|=wF8dCzRl4L3
zF4DV%T}xs8ietS^i{s|F7@vqh*tHbV|HP}ClrD*gF-ctsM7$A-t|Bj5lqfp`>Lf3E
z&pr3ZC)hD##suXD4jd?}<o|{Xt}56Qkr$QNWcTjfWwu*xxg~GgrAwEZkI<VpZ?>xj
z3>YAt!-o$yk9W8Id5sE9D|_)NV9AmtQsfCIoZyB+Wm|bLeaDU+%|Yd@@|jj<h$SDl
zj98QBf%7W@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0KwSxt7p>gsHctkWZxz4x
zwXgZ_WznKV#~ypE`7Sb*pKaQ-ajPXS8axZGPgq-TSX3%k8WxqZ^@c^I@~~?ute?DS
zT_xEPIoPmkDWYF#SX9bRM2t!5N+9BmP;?b}(V|4z8BiyA(HCBLK|aAs=yAu69eMbh
zHf?HXXppt?f5NR>x9;fCqcT7OoCgjZShZ@^z4zWLe~h@BMC3(f*y6>D%}3>1Z@qQz
z-o4Uu`0(NR^XJPS6w-gqHP^UPtzEm;3_knpv!!hw_%3%kednEb#*Q6pHaFudG_6ko
zk_$COjv6)U!w)}{dW2}%vSqz{_cs0VGcPadGp)=MOFnKHu_kv<3T*@sKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_KddJ`ZoTDdb`T3+=0^Ut^6MS3<`wrtt8(5rLj&Ym;4
z!{iB-uF2*-dy-n*X=}cH;OHv7%aP{aD_wGXf3A0l`=(HOj!fBg6++9-!N$GDWPEmt
zrxFAzEl|Q6#BM@f)KX->k*U0>d;*tTW!P)iu3gqMBD6Vc)-0Lly6dj9gQX!)E9lgz
zll_Emc3~%6xpHN<Zr$u!6Cbs|%7pGz5xX|S9(m*uyRF-}@WKm&PrZNTl~+1+=->{s
z?cKX~yZf!sv_1tq`Q($fD%+4pFcf?qy{Xw}S{WHjK5iMYCU>c6BY*$`2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tnQV0C~~Mo$k`|qUW4*j{ROTt%hroR9IBzai^{Mw%)L)
zRIWFOs5dMsmB)Qk=sitRd8Kn-%wJF-?lmUk3(i9)0yQa6!W+bHLSEETWWSNMylBLy
zeH-r-)rin$!Mvz!BKO9Wn|Ai?+qYG#R%S2mgmM?qXP<pmBAxO;c^M%8m)RL-oFRW0
zE?>Uf-1gI+%7|UtG4jy)F=NKaz9f1o6JB=NW%4|FyEd;OH!__zZQ9VGL)*7+FaMuf
z|Ni|)j~=~x_3FG~@@s{r^(jCch7TVu51^N*?cl+KMMgXY&`9RpU({6YGp&sDmzTkD
z%ZN3(DVv`NAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0`(?9UbJ#&+~!43Jn_W;
z?fv@7SH5Dth<xawhvaL=h?hL-G2$!ca#pz}EtdQ_sl}c4Gwl{F{+!hEnR!3+OF1BU
z+kR%=kY93#p4Yn^Jo<*xrM{j=|Ne}e+NCDLX4yZekbkbCy0d>!RER)Q0#WaTV(Y$l
z&#zNlidDz@&j@5BFZ!99_yqw35I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#}J
zmH>It%1PV2XkOaT^Vf0X#ucnh?)f9PnpwPf@k=kgbmNUTek=U-^{;>3b6@T-dDx=6
z-=xB#GEe9$sj#Tb6aI3KvCMY(PX2q1-ms`tt~4wvWs?`xk|0eg-^Dz!1pfP9DDPIR
z`5BCWY60)JMS+1ShDBx91qz}oT!6f2xD9I%KmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0-=_65j`R_+`xS+b;@T;lcDUth2`$%vLSZP9Jzk(BO!tC1IV_gArY(F6A%
z;8UaO2cy4#aEH=Gbxhaix^l-Hx&M257uBIMy~VrNk7rx&!BRN_aRofz6a|No7cIz=
z%}(;7**q^)g#ZEwAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0@V>9FIqY0=H})*
z?zrRBQ%{xqeEPqRJMK6WTzvG=M+?^W#V>x*KiOEq$i~J-cfaICgNCk8Sev|PDv49_
zqFNH9adTXZPedT>->ZoJME1)h2&fQ<cq0^DMP9ThQFaE97tPMOpb`WSKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q4jc0C~~sn@8{QoO8}G0mW~8;~Uo&di~X3{goN;
zg)e-ePvq;Q$XC~{U4uzT>1k+aa4TG}c}G%<J8kvb1rN5gPM_lU9{Qu+<w*1Il`gq0
zll3k>*Ofb_`P~QfE-J!fwO6Ej{dl%(4}l{>AWXpXO;K<ddC`I_+3X}Qn$7b<RR|z}
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAW$6v@}kvo_TP)mix!PC&YL$cY}!Bk
z;Sb%rcP~0a!2#{tw|A#aDl97VxYJg@UGQK_>+~sJZ&*|+R~i<Tvh{{VrE;I^${nLO
zEGm_U<+bRqsDOL@c(yBA50fL1DFM$nMZsa@MGLZIvy;4NHqQ%HA%Fk^2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_0Ky?Jji&n?ke=j%PbdzU@@t42+W!SX0-FBPjBn5}L
z(~=hr61hHMZStb2gigteY6+2MDkN4v#f1HP713WmI2<Vg5pRT|tA^kGA1N+H%VU5m
zKwi|<pp5_m2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Q+UKwdO!XZ+y7gAYFV
z;H}}WjvYIi1fw*%guL3dYZpv8diHRC(V|d3*UXlW59nPE9(_aUl6&t_y^GIv<&IGu
zjwP9vihz6lc(zlilbs@vih$>vqTsL;!=ke5f+f)zCO}>^Ooo005I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#}J2LbY;>dx{>C!JI@&}awz?ce_Gp3lDK%$YNA;J`0^
z=}TR^cD2LYMngk`Yr_3ST^!SPeZty$!=h5T(y*wMtv4(xm4{tRVg2MqQ%RJm-f7si
z6w$Bxcqtx%SOO7mgrcj+ixwry&H(bF**O<ff&c;tAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0@W8FFIs)`GWQtkS@XvqfBdPReHFd+Xk%leTOoPT((<CY+^;n+zs==T
zF3qpst#@(XcRuarmv7U%#0qgSI4J?2>nd+dQoCjz1hOxXck##imAq&yu5<@K)4zY!
zmUNGly(54C0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*tP0rH|jlZ^M|a=G>E
z*S{Y5y6m#cf+<J;9#??8Xwc2|32SQ(i%QZ}Wmr_o)*BX;%EPXuuztN^QK>xp$+4QO
zFzi~2=&wl!4hn&S0ugV7qN~V@7A4BgfU1Q>Wk=aLYAQhh0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**i~xDjn!FMgE?gK)Ir{gwCRNCbwrKI^q!zdGyte=07af^5
zbHQH^99^Y%$sJszb=fjm?^D_fUPuw0&1>${yA%v-(OGGMh|4K#Ri#T}egv{35cV$c
z=_fDhqm+>`<V7=bA}9j^1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009J25g;#`
z3VRiHx?;tOUle)`9y~ZY581wbd$&CDqCqa#C#<bEEGm_24U0<5mAt5u5NUQ2Vs%wX
z*uPg1{dMKT!PdDz#2caLs`KysRf<c|@)+O>kQa3|Xd{3C0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfIz(okQc4DGroWS{->XQ`qA*$)TvYJ&4lAc009ILKmY**N)|{l
zEGoM$x$OGfki2Mpo_CHK0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**i~xC2
zt^@=SKmY**5I_I{1WFblFIqBP^*1ChT77f&hyVfzAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0@)EDFPfcmK_v(vfB*srAb<b@>IBG(DmrE4MHQVaN<{zx1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|00D;5>$crXU%7h3YfB*srAb<b@^&>!DRMEL6FRJKd
zQ7QrmAb<b@2q1s}0tg_000IagfB*srAb<b@2>gHS-3hc6)q($eW@HRBXmDvneGm|X
zftDr`9<(+@Yz^9==Gi_m#s@}er4<`7lKvZPG%OHWk;H*W0EZU!1*Ib>4NdwvA?<`g
zh7b`15kUqKk@4jHWdGgSU3IE%)wyTdb-%T0UH93wYuDbNs)OgQ^Sf0DAb<b@MHe71
zT69u6L;wK<5I_I{1Q4h@0^~(KI@jbyi*>R_j2O|lapOlHeY98|R)0SeCQQ(jr%ahr
z{X=Dh2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Ia^36K|!lA#^}1Q0*~0R#|0
z0D&3>{`MyeD!A4-JQ}zHRgxE-HEWiVhh|x|YLz=ew|w>0SAW&2@xFcg+)WiPYi#xE
z)tfVCPGv_jX3Q87-GBf6Wf;cz@#8h+$&)9S;aD630R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmdUf36K{p5iH#zfB*srAb<b@2-F3E3Wh~>=(-?W#5q<;Ui9IIA6D|v
zEF(vb%sau)KKtyeCSU%Syl7sf(W6HTXZrN%dAAm~lDuefJ?RYr1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0pdtd~MJvM2K@mUz0R#|0009KDAwXW#qw`o*dC{(2yS8c5
zra^-SUwrXJ*l_mj*-Aq8>C@-Sv?zJeFwoJOa^^)NhCnp}2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000KS<kQepoY%x{@5I_I{1Q0*~fhrRqFIr_MByKoWl^5;Xx9`M>
z6O{#h^2sLygU;o0r=EJMHZ54N;LEfqdC>sSS1-wnekH+w5kLR|1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|8BtTv?5fhCNKmY**5I_I{1Q5t4KwdPTN|n}CTV8bQ)~(8d
zcJJOj;Pvji@2Y<2(4p_W_uiLjQ712Y=+L3oty?#4+<5is)q%at%f}yoTwBjR`)qfs
zZejY!Bad8g!3FKxw{PCO`59-NaocUTtzEm;ZDY!tH*eM^4e6L;jydtf6R*1Js%6WT
zg_~V{_0<~HoH=t29z6J~U;S#pfB~&qwd&BJ!-x?hH0E%7C16*qSTSM3g#P{ew`<o<
zW9ZSN$E~;Cx^d&iaAR8&Gi(uQnn!KE{Gqa4wr}5Vdr)EDzJ0T1%^EalknZNHL29Uv
zJ@%Lw-8L#~<m%zkM<3ND{ghSPwry3jVZ#Q~QiIpaDO0AnI~Fjnm`S-ktDJD;1&kqK
z&w=sq5&;AdKmY**5I_I{1Q0*~0R#|0009ILKmY**5I`UU0^~(Aa1xmU0tg_000Iag
zfIy`L$ct7=zJTLaTV7OCP<&Bw$3On@kM4A?x#k*GzWVB`;k>Atncv`UxZwtO7hCSq
zrHl4`{`u!^&GO~T6_r$Fc-gUIhi#_9j2Sb+ZB%pFWtRm4mL@N%WT~R3;a#43>M6Hd
zm30r*a5GagbLPxIWAie8*eh4AjOx(Mi@x>NTZ(;#TS_S~cRQn=J$t(C-+%voGoJC|
z$E$ww<jL-6)6Oe?Qf|-5N1k>J$$NIkLm2@C5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0+V8v^7-vvD4o1p){lfB*srAb>zc1jvh4guSqXR$*Rr$&w{XA>MrR&2~ngfBt!c
z1`Tu*&Lc;T<jsq2+O$c#G;G*#|Ni}UFH_JhL$yhF@3isGb?ertMvHFjsXKfgIB-C>
zqtxvsRlffE>v!(lX?s|@bg5~n`fb~`nP$4vrUs+>Ks?o?D^;(px^t;IRD11p?X}mM
zPS&hhV|!L%;lhQJCQVYMX{o7w{PD+Ar%pAE!?z?&IP4p5yiq+&n>NiomM!bnpl0yO
zyRKiq{_x?$I<5-moO6!$QqompwvFwKTC`~K?6c3BaoVja<jsqwnpeU}=~$^oo@xxK
zdUmHz836<kKmY**5I_I{1Q0*~0R#|0009ILKmY**5I`Us0^~)raUPik0tg_000Iag
zfIvkAzBlH#6<jMaWq%J^g?Uj0I~7pWgU*%YG_ZQ0ywZ&3x#xNFqH5N+Z(p@}=9y;#
z=i;WDZc_d2x8H8-_1JgS3?4jKQAt}FE+{#9!U-p+<;amE16vm_UaWd8AAInE-DK01
z&pr2?tu%!zue?%?6;BP+=Y2VS`gAoOHEL8~Yr<iV9z9yStCPU)=H++4`(16-gXRNU
z6&&r>t(!Kz@WKmrlbw;0w6@YM<jsq^4cv0xc_o~b`bjl%_qc93?-+{GvwIZE2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000MpqkQepqd@))C5I_I{1Q0*~fvOUyU|3X#
zt}2S^A50bIMTK_99d{_ZIDh_p1K71|SH0A|I`uLtFS=;aBDFd5%rjkc-ELI5Q`K+Y
zyxG+2W|DfTWy_W=Zp(1l+?Z4?15ar;ExUK`u1zMwYHCcn@}!eaa&OUTHksR>s{O8A
zyTS(w)M%(`*|B3sw?6r>WAdV=XLbJRr=Pl=o3diA+H~oqm)cEcMhfEEnm{2{UNk(f
z<daG}^1wLl%kUVA)w4YW1q2X4009ILKmY**5I_I{1Q0*~0R#|0009ILKmY;n1jvhe
zcgh$r0tg_000IagfI#&KkQc3<b5Y|+sxvQYQhdF7_0srFZgbF}L1r#dc~Ns$QY9YU
zdwwc$s+xZN`dNp0^X94Mlv7TzHBp5ppL|j+J9qA!x54DeleP823oo==O}g@yTW+y6
zZlP7HR%*X|`Es{XPk5g*XU;_zU8Iz0lO|0RZPn7SVMDdl;^t114?89=YBZE|b;n@K
za??TEwQFZ<%#0>ZoM>wTg{Zt}!g(d1RN9eioC(KJK+gdLULt@10tg_000IagfB*sr
zAb<b@2q1s}0tg_000Id3E<j$?_cO@&5kLR|1Q0*~0R$>2Kwh+h_-PMaoq18s!aQGo
z<Hn6Q+;D?(j7yg;HB*bqi)!nH2@}-Pee`_q-n~_$TaTK3_4Dq#?^ewvmt10Nq6+aX
z_27H;<EBYXy7Hli9?IL{cfRu-wbx#Dt8%a=M5_9{%aJ2TY~%RB*k&rk<VB}WooWu$
zym|9ujxGwR#^hAZjAqT6<@WEE^X5g9&nx+)(vCd&7}ECaPM<OY2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_0KsE%(ixzMmSFT*Chd+Kjqf3$-5EX#NE(joi00IagfIub%
z$cuV(TB|lMx^Uq_g&VK9;tJhwvvup%hYue%sxf)dk3RZHyC@8)dyT5GxnX9D7A?$6
zv%9%3Xp+3BY3V+n-94?(KKrbW)u~e_TWQjjGiJ=NHEy9#pFV1@J8GIrO{abP_NqDW
zyz}0E`|Uk@_9z`{ZYa8S>sHlkar2_dhaHm_HJzBwV}9D>ni=U1sP07EayT!VYF^1F
zm1^V#j3GwDY_cZq^eH2N00IagfB*srAb<b@2q1s}0tg_000IagfB*srWJ7?wXaVQ(
zM?d;ejo-5Q+d$tkyC(IP{;622+im8{x&6=iyH+;$QfH5z_DxY|p_q8V0%@-?wJ-Qs
z>{vGij=XZaziR<+5W7odPq!Tgg(L!1n-@KJ@StviX?}ya^Ugc%Tw?N~YBONK0PV75
z$r6=yqfwRbxZ@7HuL{5U&2Loc<~-f4Zh7w9xoX+9Ygf0@mZwaaqOF4m54JTXT{(8_
zSX<*36nRzq*Is+gRKD@X8+v)%amU#ltZlq*-8ya3;${?+4?89=`qWcTsato<_MmwS
z1>{9j%`5q&QjI*-7*h3|SBXjl5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0pA74
zixzMOFTVKVqu**~^M`I~<eC&KEUJF$)Z%YgR3oo!?xoHiJ?$H$&O$Nqf(6oEV`^XU
zvDmS03iulq)yNBYgRqN_0#%zA73R2c<IHatTefVmw()sUJ+@xE3>-L6_Y~EQMpgds
z!w>DgDy(0>-t?*4c)IoB@~Ty<Ov~N7cZaw3?AcRWb>B<7$)qbgcI;?w6Kd;K&=^ct
zJ9g|a^(HEr_vWP!KKP(%?B+$258LELr%jvY4#1QRogP51EN*yfxTb)-XsUT7pH!-m
zry4`5p2I}cAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tjS4AOm^P=bwN6rkig1
z$1*OuMUVMf^ZM(rfA!T@bxWUr^KCKr2r{z>{A|{&nR{VBvtdiIR<~QXT(91rinY4k
z2FihH*5+lP=e#eyP73)OcJ-P)?}Zdo>Gfn8d_@FeE~ltX6&WW7^;aObeYU@A)VqNC
zj0se8UNkRtd|p(y>ul4ejXu`uwxaskzkmO5C*8Yu*QTLEhlYclZeztYJ9OxvmN(yg
zvs<t7i!Z*YdMz6^Y_OY5x>A*k7A>-srZ9Z?aMkOP^tRsQT8}^ecsCTPt$HxMxf7|{
z2R0=f_FZ?~rG3YY8Do#-7JBsPp{=^}s#_UVE+8+Oc3uf5r4c3{dD<}~?>P#JdIS(a
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY-+1$@tou3fvfe*OCT9<U;dz6^c&<(KWV
zBP%k7q93$Tqeku}U97OE`f<B;%f$+ds-Kvph)^*{v77u&`)K6kMJsap?8TF?P?14$
zP_G3NURrK5ujk9)%P-(>SX3i-uYAfG7RXp$RA*|^q)GNu?&8IZ!{=_znl+}ux#ym%
zvUwuBZn?R7_3B%0xn<X`U3M2GKTS(LW!}^uIB;Ozym^fqH&*>M*IZ*;s$lb?dN#q6
zPd=%Zs?=WkJ3iCNJMX+>+bb7pDo2eP^~oons9rZjUAAnQZcl3J^)rwcO*rfY3l?Z!
zB~jg*vfAUm|Ni?88Z=OYVZ(;$*G3&wo0OZ~yLYdKH*w;``Sa)7#s%a>)6Og5q%@@D
zBTqYq<ULy%3J4&800IagfB*srAb<b@2q1s}0tg_000IagfB*tn67W4Q`rLER*)JK(
zUr=83#v5-e|8Yxt#HLM~x>tA^@}lnHN>?r-T9QGQKc!Q|BOW~Rs;6ra5z60HlIzNC
zQ~nWhMBfG6>nCB^_bD^}G7IGP&G&ar_@<zl?*iG&i*DPt&3wvj)vA@rf`-r0OE0~o
zt$9BT+egNmz3#j3zP!zb3>gx5s=G;7>c*a3yLJulGJAF~gZ=Qs4~LuS&+hU*kKPO>
z$*}kD-*4`)YC2c6Rm=A6+bzP16)TQA?l^mB6CbrN=ggU7TNaQP)xK%xm1I(8NXbW@
zb_~gTwm1|JKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1TrI#nY?J*wr$JyM0)pm
z^p{+6iTT1&x7N`&p1v$inl!QBlZFfK<xO5R-p93a%Vmz}6!&nRhD9~(;yRSMH~0EU
zQZDoGI9vt<l3Z7THW`>TQz)l^zhP00JaF;zGOGgF%Zutv_3PJ9pI7g^^Uj#FraNjr
z^w2{C1`KG?qJ@4D=+>><=+UEBu3Q=3MGu`<3bad?E{ay_3H6s>ez~4UA8uyTl}c>h
zd+)t{`}S40?b@}w>Z+@BC(m$u)hu7WeCW`jdH}s5oxOVX((j?V*Qm0c=EHX2{-UOb
zB*RuGx>2eItY61WS8iTZ{pjAOPe1*%BCnc`+UVCtiRtJXkDIWyGs-)7RgND&Uj0v=
zJUP%H?Yxpq${Zr$$kjOQ7?SrKm@F?5KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1bi3BOkVV~(@rbfxw!b^i_LeD?oWM}TDAey{y>{IZ?@m4y0b84w}0}Y@jkAVTP|ll
zr|8Gpcj!$|*P>IDvqSg#Nm4H7*f>@;1d?1=fi~HgII}350MDZjyn}dIg#uNQ7cHWU
zp0Tb7s6MaeeIR=g4@6f8Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_G0Ri%&
z1)Rhm{pd&G454mQQ$SZ`*yV!{K6v7ZCms(i<Hn8q*0;VDo(RvQ51RyPlAN`&g>y=A
zAWy@h8g?l(%GPI+>&k6Ywt;b=%m}#GPr`C$=FUXQBS2m>;X8|F6%@!`UUcr<x%#9!
zaNxiSs&Z%q5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#~6MS#3$0cT2&ZankM
zGrxXxY2LiK2@_s$!3ED(-=c4jTefT&h&#r=Y}BZcYf^^$i`J|6r(&({$OGm0S*O|>
z=sEAp@+5OON|prjUPv*OS(-a@DUU$R<rKB)@R651UCTqtQ33+F4<GP%jd~YQpD}?f
z<wbM3+?q9O%*{n#fBp50ohhb+00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
zr4S%5T1(Y`_=kT;6*cstv1>wJG<?cjpQv&mLc>c0Y7~gNmZIuw?2rZs1O%e4rI>n8
z!=f5?VD7vukAS~nQH?z2jliZX31lWO>V7~SI&^53&JlA#009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_Kd(g~0kt)=ZxfBIAR>)LFTT@&)6;dAQxM3u{v%;6|m5{SB%
zqUy6Wcji(afv9UKrheV7eV(r6A>}9mf!zE5>hBu!MqpEx1TvNvJ?W&ACQh7q@ZiBL
zog?Og00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@r4t}8T1(rHKKkhV^Uwcg
zvgQ9M`*PxmCx+vW@ionxH+N0Qi-x&epQv&mLc>c0Y7~gNmZIuw?2rZs1O%e4rI>n8
z!=f5?VD7vukAS~nQH?z2jliZX31lWOnx&J%To6D20R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILK%i^_<;;s7I&|o+yYBk?qAq{^*MDu|e4RRVDjQk>2imr6TeoiA!pXxb
ztf^nWzB|D(<VD@Xm9AVw>Li0KPco-ON7??xCQsMh2iEwzCb_QMHYGaybemxT_xed#
zeqrs$o~}Fgzwhtr??sr~H{ahi;hTbHz6+2S_5BPoegqIe009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5U7nnIrE|qKm2eJGkbxqTD59b8;4TwJ7><Ez<{gvWs4RqTn+M~
z;WOp>M3wzb`)K5zhD9}Of5W00dDOKORqypR#^5U=5OpoZ)O#8h)v)~yi)!Q*xjc$;
zP=CXs8hOkcflXNwATOGwv&mc#KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+V
ztw1^RqPO3EdpLSmteUTV?Q3c09@T#9)~!p5y^J0`x>z$UbwAu+v_|2mE61%bO7Nyq
zosbu;Nbc0Vev*_cb$M`He+80USAjO<MJtj!_4gVhFB*6U@v;g9$ct9tNnuC`Ab<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg^bHi3%dMSJ$_d1sN9E3drLr2D#b=~5K5
zwQJY5Y}vBL#9+Y<I(P28`{<%n>SdQ*c53mK4jnoaJSum`=FOYCl4ZERXuW!WD%R?b
zJWzJ$Sj%#t=e#fdP5Wr%x!rSpU3WZ^^LEX9A;naBeT^~riU`D9PEngGGENTauYj-r
z?>PE@y{LBq^%)bW_r@D#TQf$-bPzxQ0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKp+DG70HYK@P|Jv7Tt5tJ!i6ir=50MQTlxF!3S#@CXC-*sZKM_C!TmBzGVfsx{~BY
z!zaS^i7NY>_R+{a4*Yl<7FEnO>RO7b_xc)R@D&k=x|U+<D>6<F>aT#u|NGcIH|CAN
zrYs4REi9@7Wyy`XAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0KsE%(iw4f)
zFMs(<lMg)Rm}5>U-qOB(d(&;ljvenlx?Ftm#o-`gmDIQ<Wyp)Vhs#Xa-?WcL{_(yo
zp04{2z3K0o_Tu;Y8e{Mk5lDNDseMJp$wB=U$bCH1-?e}@2)p<wKwi|xv&NVaKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0-=SOVll1Cll`dfs{G1vb^@<wFlW6qN-%
z{`lh;6}0@zzx>PhzW2RzzFN*Y>#PP18blo>d3~csjog`%7j-p~m;FuqXyl%TMKx@H
z!=f5_@~g|V^!gfO@D&kAdyT1mMaIcN{T1*xEUJ+g@CIQQ9|g#Z`gqnDGXe-8fB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2oy_zyl6nOM0wE#3l>BrHcvR=guUsP4?g&y
zDCyAfsG2ry>Y8LGFB+a{!8NW=RN3FOk4B!`IL*`b$Sb$|yGC70QT1M5V+_6`0#Vme
zO#P<4pL)7hM3{qm`u`3y?3gzKo3bQ8UNlQ*ler*(00IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb>zx0rH{&u@dD)bGh8qsZ;d~`k`MfJ$v>nIImdJ9h)?1;+l{b4QsnT
zQDv`FL;ePS{0)n0<WbjBRK3^N7=y2fK-9GqQ}1b5RKu=_FbDPbe;*oo%o~ACSrQ;G
znx(VJTo6D20R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKp?FEdC`DaiSnX>qv++Y
zfBoxl5V5eDW78~c+qR8A3VG3ZA8iev&2Wv^siEAy`M$1u=jFUz!&gy!jn~&0gRh7{
z{1ugV>xz%}c)C_Zn1hlR&HFy0vZ@5gi&oX?U@!<EfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2p~{qfz0GZn>B0pH^o@Gbm?N^g6EubPD#(j)~#DRckWzcG_fKL+=+94
z(eNp7eWJ=<r-pnDiz?>oZCF$zkGhtk>b<_k7<@$pqOPTwdQZcm8g@m5IVgG2n0FJK
zsziXiXqB7@hJgSA2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000I>e$V^@|9O|oO
z%{RXBjZ&WxJ*0kHq08#ktLxXVU&}d0?e0#z-qJr6YjwNLeA(;N(Eh{!?dh7!{m$Pt
z?VG~uYmC8HL?G=oruO7TD{`j%J!tNu8UC&Xyg}H-M*;GpY0uh-5hEHmZv5z@kEY$R
z#`Y5?Oi<5Lrc9}^B@GZj009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I~?<0>0-(
zH*enDqD70S++%I(zxmB?77MvV{XG5j)0bRw$wi45-F~%Szkc8P*0<tWbf;E#z{LuS
zs-HTw_?!08$UO~<YS{jUMK$uYZxFAqF$P}|fwb3{+LITp$eHr@p#FwMHSz-9Anf9!
zKvm^MSFBiZ%PqI`?AcSl&a`UPs%zJ-S6p$$tXZ=*Y}gR69W!Q(qLugGe}AC93@@*~
z`fB~|FlWx3q91Gg`0?s_^5n@y@0kt}KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0+VO2GHLsOI&DKm1|l%$dI`(xPu^O`LMjpg~b+KGy%_CqIdgiQ26V8#Z(&$n)r}
zj4il6QRUqB+5WCa{&2UaYwp7b{9U82rKoy;6J?CNQUX!eQcQhr-+WKkN+H+r<B}JR
zc{j1CN(8DTFM9Cc!68G2*w2>X!t&+IU9r)lN2|^B>C@fH@|4MomdBZ+Ab<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg^b9)S$xMT-md%U}M|d}DjwdFK_S=bbxujvYJp
zhm~Hw_O-8tzlqLU)4X|ecjDwl!%D7CRN3FKs7CH-SX9IIH!P}=M_o%%^>sX!#`Fsi
zh`N?y>OBpMYS;z%uuJU)$cx6jo7hw(0#%Y19X@=xK4CU!&|uoMX&-#>!QsP)bGe*C
zq+7OZS-5cFkAC!{H{N)|6(cX|YEVW10R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmdV)1;~pA=!%{f9Wi1=IB;0O8a?dt*sqrM?c3|omVv?On`_sk40+M_P8?gT)g5`D
z9GGTpUIu#3`!ctCuE*=9U*tSpcRZ5wcFlVs#Z=Zl*+ma^O(5oSirTdMz#322x^{A_
zWWKpQPy4$@y$h(%m_Rk;MR)JsZ9a%T`|Ps`dC7|=grXS&2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000Ica3y>EL_!K=a`n~UcuQt)d^6%TCMGM!2ylD6oxIR&3kHex$
zx_TNG)v&z{i)!Ri*HTn{mBhmshDQQX*HTQqr(sbI+oSW6rJ?#87S+gO-Uw{Ul0Y@&
zMOUm?VLo2&*|Voc+jrl6*ZuP@mF=>9`*yRt?oFybCrp^ozkmOB?b_*K0X=&3xb@as
zH*VY*?q7e)rXC)B^ikc;^jE+7)qnv5^w(q^I&@I|d+)s$Zf~DQf8@xKxpU{9fByNc
zTeoi8w(ZcNLtlICHMjktLx;3Uov&WK+O4<c#~*)OThBiGY*RCS{CGJ`o;=w$u!YT=
zH{W*KZQZ+fKjxTYPCW6%tFF3g*|KGJYq;>m7hgQ`$RihAaDo0BPSZc*j5D<R+O=x~
zElbp`j#A?QQk^3^>>9f@E%)u)H*40cL4yXhY12k$Q|I)t#~#z^u>IIV0mDe%xjhO6
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D)>2ATJs?J2o$R)>&uid&$}_y?ggI
z-w1#I``^F4a*J*$8qPgN)wm|)MZ-$2PgI$_Xk|jD<VDB)HcQzv=2BdNsDH0w>dA{1
z_Y`ElH}aw}?<O`?i9j{vMc1ucXFgsk3tA(~%9Sg_pG8fL&5J(y<dactX3m@$IE2Z6
zDo&|TWq7Zro_Z>8d;JpAuV24#`v)I<&~0yiwY=em8{A4;?$V`;dU*c%=S@viUUbHc
z8Q}w|=CaE!%bS5*zI?fIl6iO8v15lldWpJK|49ar>KvIdC+Su#-+JpU#dpKgm$o~7
z(`VXYr0U!pf}aQ=fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@RW3kYG;o4!UNror
zTP<sT{_~#)j#bW=_uhN29yFh13gv$ueR&*`%spY7Bm>UvdfemnqZv6*SD)FFTvu+J
z%m>eyV9^EK>nCCP;E`87U5l<qhe-r-d*}JPCVW%S%y)rm$cr96d|3D4)W^=wojbq$
z^2>QMkOAi#Z@f|Mr%js{s5dVcE?hWi(xf$O*63D{x`Cu_1p4vEA5Wb+)qJuI+%?qX
zMYTzv`E^fDv&*(^+pfL#TGL+rxJR+=6-rdpQ+K@7ArwTs{`%`p`(3+s+4h?@ZBk{!
zh7I@c-)}2TL3jJqCf)qg&Npvfbm`Kird#!|QR!G3q3(uievt_$QEm8E_g2+SRu3FF
zV0KYiJ?z}M(;U4--Kz7114wm_l6Sjd!v-UxFzx#F>vd`A?5l9jIp>H`kzi>U0rNA}
zFw%DJ9*8mm2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0K-CJ67Y&>meI04Oqb&N*
z>#n;laI7RR^^NN2(W86z?5W2})^gD!9Z&zC%W0>b*0gEUz)Z=D20+3ulbkq@!=j2@
zdKwnhu*r*Ze^CUY1(N*R6=>sWSX9GK5^khT(FObsi)!S7i=UTS6{v>1sBHBJ0~7Nz
zpELXP>7yHdKKI;n;TuAl6QN%R)N=at>8Z|(+H0>-qei)V+5D#t=hmxy<&{^ey@Ho+
zy=|}bpj)pXVy8}>)Lyr&bnE-}?W@XXo_WTtRQaZxZc@GOQ)=tOc~SLw!U-p+*~pP2
zZ8K9?ym+zdwS4fw2ks{Qex%C5g9j@o>DIgD5_M}1kz@ewU;^d5=SXc5cKhA$epk~U
zF=9lZTLnkEb?c^0FTC(VU{l_gd52M~&hs9TN(2x<009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmdVC36K{J$nV*+=c0=)I<9z2lO|2{Rh^b!{NfjZV<ma1@A%B_W&7EzSu=NF
zWq2OFd$`h-iwKxxkoyk3>F?@q>T=J)cl}+HTvu+Jq6fX`F!KWL^^>ric@rjBTmg^&
z+~A`b3Evbn^If1y@}gqgx^?T#H{X2BF~<ZxqYfH0D3Hul<HGWyn>TM(=N&tCbkCZ}
zf1Y&GNlH<=^(vdYgK8J|mZ7G-ZeJN_te1D(afcd@8#m6~v}n;HRi1g~nQo<SH`=&y
zW7TU&wmzH}HTNJ@v%I-k{q37JO_?&q_8=(LXxXx5i>(Y7O4O|mlyCsyA=#R|=O|&f
zW?xPJ(@#IO9omBOz}j@_rI*^8m_m3MMeIE0xNJfI0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILD8B%C(Ndd#?|a|-@>|S$^}g|qZ|F9mX_u2vKKbb0<@?d7Q6txcyl9x-
z^@%F`8y3~b$%|GbbQ*OnMb#HK<wb9GK_Kc{im9&)EX=Wp0^~(w-c4+(5`pT;iy9E!
z2U1TD|M!3Yccm_s;j|w+|NFoH+ZC%ZFRF*O&zUnvfAywL^w(+%XKK-N;Z28bG}Poj
zZ@J|bw|`r1)vA?tS-yO^tugH%c;EqBV+%89&QxPP$llhdpob&0XwgFT?u|g_&!4ZF
ze*OBnEyH<H-Ktd0I(P2uHnZi)lP7EIg%@6EYv#?Hr<zkvImOoGEtIHR9V_7g%&3x|
zqlDcWRmEuY&RYJ$Y1gh@U~9r*6xMm*SiD340R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILs6qkqqNP45=bn46zN)MJ(z0dC-y~js@{^wwd_>*m$TcA^8kTf@qRP4b&w0G=
zc{=Ck`qAgx{9U82rKtKMM!e{%jtE3uOEL8ye!j!gwT_(AYMW+m`)q&Lm^T8OvLsM#
zc~RF^sZKqoUI9OS_|#8DN$uA7yr}M<X>y+7PpziLeO9~4e?IikL$-6b@SX2`N4vOB
zlQ-=ZMs=H+vMSX$kQdda2@@u$-hK3Z@7}#tqg#)<orLqEci(-tnq6|qC2liY)~K}A
zO_RpAw>!o+E4W+rAK$YbfC{P3QNnJgPMs<cEzO%Z*KcrI6cvt73nw2&0iC<^rHlXq
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg^bwF2ZtOMPn0op8)|dA0eedj#phjtLj{
z_C#q9ssp(u<VC}Pu1{3i<FKfbu6~9^HEe&wq8fSBwG>rfZ8<T<Q~d%_*HTQqr(sbI
zyZTQ@CP(ORSX3jAc_XkXO9IuL7d6hm``z!%htCx&R#^F%yr^QO?c2B4F6W(h-rH}#
zy=TuJr9;gPMfJ#g(^WVxI%CER+qqll)2EMi(fuuLWdV87k3RZHohZbpdyT3ebE8Y$
zbkw}GJ%{t6=J%$kN2ovh?6c~&Q>RY02h%<(Um9pu^lsIE!U3c`M+v(%&CDr|`DxF7
zs$rz<+-g%m009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5U6qi@}i|aLHfG(<(FUn
ze+yl1y6L8vum5V?^tG>j%{&pZ#+J5$Zc5{t)LZ(eVy$ks<uBU_*1nKr@P6k-4=>93
zxgI|9lD}(`>&k7D$*>udDye{b{Uj_u{>BHMt|gVE^C$tHN1yPWMY9SDRDWLd^Upsw
zA6E51a0?Za7k%T6H`M;P<BoIhM{0Ilw{D&3$|eR?Z}OjG$Bwm~yM@-RTWgosUVF_}
z7LXU!z5@mfP(MqSEKylE8ddp@JMOT3nnE})I(P0|wd~rpYoMihIc3TeZ5=##u-&R>
zFQ~>%klIadp+w#45D5p6_8cYb_Nk|y3V^t?4wq96BW>s5!%>3(0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagP@MwgMXU3?*ipUz{`+YIpZea=E)5zqu;qk>rcImLqpMJ?
zu&DZ}?2>T$Ntz{@2zk+pBu@Pei)!Rat}C}qR9=gE1fm4o>nCB^)3B(99fd%BNd?G@
zCVXentbzj7pBLS^bEo+@x^(GM3uW@6)22<cHMU@~g?VqD`QU>Ony$im(T*KEntPDi
zepLAI!w*gS9Xoc|`oi*}8oat1IB=luDXJTds;tg!pQaGbi>_L=$_!xl?%jdLdfBsQ
zPi@tGFYTuF>(`t1x|6D{3>Qk&tqzoM0BO%r!fxMt?>$Xlf9rSf;KA^$!!@afk+$>j
z;iy3X0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILs7?X$qSbj`+)-`Zxbf+ypVmEI
zk}p60@sG`yr|wTZs`A*Q%U}G(U(~N(-`(Vv%l|z3diDNPtkrc3l-)VjvK;6+@5@~7
zcOI{P-dyy{gzDaT{;qj1q?pQ*hQ8=LlL9f9Q`DwSdq4Gb&Ey%Z{z>IF{lech>Rmv6
z#ssP%FRJIW|J%R)TljXMhI-<}iRP2)wr$%i{#|$7rOGj5#@HHLFv-m0k3ZfGg=(uF
zOmA)$svX@;CjY6*MT-{MPE29=@ZqZ0BkA4x!t$b;U7I#-)SGTAs-OM)_jmg=<#1k9
z<LuC(gWBJG^UZ<wFTVJq>a}dxu)*Eby?b|64jno)9DlXVO4P0CKgj^no+I^~q+2!X
z(W8f^uRFM!!NmVeJB(DF#~+%l2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Pw`
zKwh+Z&P5SNq8q}rZQJ(CuT%?K+>t!9VN0=Aw_CSdtgxv1iCGGg$iGv}QS2s<!=g&M
zk{7K+?$lm92@BPq9AkvlCXn#ba+`S?7S*t;4Zn_z$KSB1M($qulrt<)4S7*>=f)FG
zIAO+&8Oo084x9p4z*2uBrbMXu^m*l#SGs3m!GZ;<S15GLmMw0*%F2bBT}F)>^~oon
zs74(wTeeJh5Vap<^X5exHf;FhlTRKva6r54+O_MZn{G1g-+AX9_Yj5UMb*QkNt5gV
z7B61x_G!xDyr}AxVl{h>9XnQ|QjJD9Z{9rpMVsocx#pTcKWo;kG40Pi_gs}t3Rm~r
zT)lerEw|iadMI7D>N&{((w?J)-Kv=$MPVK%F>KhdwQJX!Ye~`By?giSJSuxUfBt+m
zGfUcGr0V>ugYaJj5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~foc~ZFIw$qsL=6!
z_St8zzyA75FTJGig6(&;2@CEqGxI!pcT#02=W<JYUcJ3J>cNFMZ`ZV!WgUs1G0h?h
zq`k(}{`D=pJzb0FMpwxNa=RY)cP-!z!Y)1vR8L+s=41Kb!GleV(+cn3zu(-h)9j`2
zq?Ya5x0?nJKm2gGw_}buCgyqc3Z{1L+BLk_?Af#JK~16Hyr}MvYWi>0s#V^bspid#
z>Y(@CcVBp5su?n5NZtpp>-QZUBJVCccI>dzDN(oTKgj@6og*{mB;BgziWMu4JMK6;
zeG?zGFXzmeV+B-5JB(DFy9c6-00IagfB*srAb<b@2q1s}0tg_000IagfB*srAW*de
z<VCCY)D&xAzy9^F&pPX@p3c&#Qz!c!Vz|(vMGN=P<V9VL<Yk}3qDs1w7p*|<H2KwK
zS|(3$(Gme8koFo=dr!ln8a5}rA_D$~MK$sQ-XQGaqd+y}MdkM4hab+JJNLTluIt^q
zw}PO``01w}1g{5+zx(dHd0}<$P~9-IOP4P8Z^3L{RPC29U#@4e>jCu2k@o7<OTXf&
zy&9O0`r-SFDn_Ub>b>{g+qZAuCQX{OYuE0otFF=wD#M2^I4`QM`t|Fl0o-}#o#Ad(
z6O|X$COvdsiB?TkGI~P&<(FTs=h5fw#8m2bnh!nn(0~C0^oxw9)2&;#(W6JNT)8r^
zONqMGQIZTG`8l$~PSUL!D_#8b(@!f;D=S?ddd!66bq(l<;iPWbVWjHZj+_Dl2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_0K-CJ67p>Y;Q@VlaTfgDMho5}%$$Cy@cscE~
z(@J+}dPV>N1Q0*~0R#|0pi%-=k{7Mi^mW{r{AY1TrDvlny{WwDmMvR~+cUi(fB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!!2;w(3#Ma71Q0*~0R#|0009IL@JN8X
zXxZ|jx`C>~q5}sG^yu<ns0bi{00IagfB*srAb<b@2q1s}0tg_000IagfB*srWL|*0
zXy#8b6GQ+31Q0*~0R#|0009Y*7cE0xG?&Y*S+mC6T=ezVU+2O@009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_Kd>JcC>T0Q52ksyEo0tg_000IagfI#U4$cvUbFRFWr
z+GXg_p`|;O^o#%k2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IRFkQXfgja?8x
z009ILKmY**5J12?0rH~d$%~$J(n%91PCR(<pm$dY14aM=1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0Alm}uMYDZ=nH>TMAb<b@2q1s}0tgrZ@}gV`2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagP?rVBi`M0{&)g9}009ILKmY**5U4u><VEYwxn`ya
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg@w79cMgHlYRq1Q0*~0R#|0009KD
zCqP~_d*_rHA%Fk^2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0Kym@{qRFjji2wo!
zAb<b@2q1s}0{#k+7xnktF>(YDKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q4jb
z0C~~c8`1*;2q1s}0tg_000Ib9zrfBrc9w0eeho&500IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@bxnZ0Xk9zw%ohO!5I_I{1Q0*~fx0PBwy>xUR5yj0H3A4AfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2voBGdC_V<JB$qh1Q0*~0R#|0009JwB|u)Z
zSd#RE00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@J_?W*_3^ARW&{vG009IL
zKmY**5J)RPUNo&3?GZo#0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKp;y3<VCY|
zHkk_o2q1s}0tg_000Ia^36K|!lA#^}1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009K*f&h8Zx^R}6BLWB@fB*srAb<b@2#^=$8bAO61Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|00D-zJKwh*ipMB<z00IagfB*srAb>#K5g;#Gcg{64MF0T=5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~fv^C1(XdGwYBp`!^ow8oVoFsm)22-;g8+v>009IL
zKmY**5I~^J0^~)@49?*YKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0-=sszZ3
z#+;6~-g@iTC0J(8oO$fA$JVRXrA3PtuE{eSwiIi1yLHR;>iwx$tJ`g$Ttx3c&v{?w
z4lnX}-Tz$9&-Hs_e(Ud=_d<%P^mnF=yix)&ms8ZHT<&+Cu9ZUOxc&-6y$h(%m;iav
z@Ch9;VnpM{jURpV(eNfOYMy`o`SZ^|zg@d_nuV72>(^Ig*b^p9(9!khfC-Oo+6Vqp
zFKs6Yk3};C5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R*f7c~MIdD7^B@D-9Yn
zC}POaqpn<vVueN3kK3(VE>>7n{lqLq^p81;-Q;mtR7qDq!=f6tzd0q1++I8h3tmr_
z!B<2e;ics^^E51~VOK<$gL*CCUip+WEKntR(OI)*9nCg=`D4|pRZ-wqUwyT0wr}6Q
zsAe_Rj~O#Y{oH^5{drsJDEgc{XU?3wTdTbC-h1y2e8_+Az4uBq=6J^O<Hu_xlP6D3
zcy!bLo_p?b+o$cs-Ip=~2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Kz_$csiP
z-F^4nfiEBH&P&&XylD8myFO9n+^)x2%P&x;qDo#*mcds<AnM<%nEKquGkslszR7b%
zE)NbG^G0A(mISIKFZ%Gq58F?eBS((REBx7KpV>Al)Fv-Fdh}@ZFn#*;ya)0(FM8<E
zA?08-wI`l<Lgl=(D`I6lW7?=EdC?-C8oELN0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILNG?ELG|EahhcRE#wr}75uZywt?%liB(dEoD&#Yg+zUjOQe>Q8@%rzk|8a_v^
zPgJ@5QAv&{0k88;QP)ybz1Ndv@D&k=x|U+<eGQ8$=1N|4%x^1lnfZIrm^T8OvLsMd
zdC{(2yS8c5Mo%>O;)^fB$g^k9)~C=uefpTsqU1%xL?3?mp}{$F<VbjH(QD%KqG=D8
zH!qsD6WSwy00IagfB*srAb<b@2q1s}0tg_000IagfB*srAdprdGkMV!D^^^4?X|;-
zw<y(VzJI*vqKne12HNWz%(Koq%k)<LKlPopJO0J*>@3#mcANRK-|5Zw|2605>Tga-
zBTxIL@OrWgz9Ir?uQ9c+$T*8~(0zyA^mi?a0G*^2DBumkE<OrWRbI4j-@X$kPSkG)
zPd@o%05g}%oqFo2+O%N70`uzwdC>roUh2{F!qF{8!<$M`LteBLs`QBf0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagP-cP5<V8Do?rgqGE&9(cUAolrq^w)FuIQsGU571N
zv~cHJtgxv1al6fYnY?I45~pd?K~>d0?VF;i2G3x;5J-ECsl6BT$~#DZ!=f5_-WgF@
zYJmdYAnf9!K(*yXw{G34PxalqcMo8``|i7{A3AiXiA1WLH!rHnS+iyh8Z=1vDQ(rN
z)qnv59((LD_sQ()$2_s!{O+K#UAAxEZVqanN3Xwen>%;z`RAYCx^?TeZQJVTuf6tK
zU|@QwEUW%fZ^DEL{rmTC*REaj=FNNb=yB_<w{G0HG2D2>h!HyCqmMqCuyfPH=FOXL
zyX`iy9COSuC!ToXRaafLY}qom^QB9ds$2b;TVP(=%QQ<hNbT~@JMWAfIa0q-HfhpC
zlhV}mu!&8ZHksa%FbYINnlfdIJ5E!6^UXIeyX-QN>NH(&!3By3OC#_7MPoXt(Zn7%
zelDh2S|9DDyWl?Z$RirRp1z@ze#RMRNPF$twf4BSP~&A;@EEjX!p`krC?J3U0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IaE1TvEs)mMAw>%yY{JpJ_3188Yqu3ELqj!Ivy
zm3e8{u%SJAl0yCZ_1y`U;d%7#;YwFdGWUdSk_>X!{y+M=`uhaxQm2VZ+JBPk%5789
z!O(do1>EZ=VL6iyObUU#0tw#~H1l1c+VZ0ERLD~wLI3#2Kf1QpTyu>oUw!q}n7rs)
zZ@r}mV))~${@88Djvc1Al`B_<8<?6vUi9|cZ|~QyU%2su4?gG)Ol8F#!_7?1%$YL-
zjZGLedFR@F#*7(x`&Z=BMq!l~&D&<|*s*2+sRn88@|w3pbHpT!CjY6FX+YqvyY342
zJaFJZJsLyx_uO-j+dit3BqpYx8s}1gk9JwUe7VA|;fbimUTmi4B$s7jW6)m7J2!{m
zCjtl{fB*srAb<b@2q1s}0tg_000IagfB*srAb>zvAbWYy8*aEkU$oVJIrrRi%{O90
zh71Y2rK+)cQQaXY)sD8YzRz7<&@yk{yu9D*#Z(6FFG^lCY-P_&Ou^r<s76j+G;frs
z)Ri%pQ{GLb9uNIzPayAw6knM=1ZIRlltBD@fvuSlsKUJHk|j&@Y4hfrZ??#vfBw1d
zoT<B9>MoQ~dC?6UHki9>Dn+?|{rba)538{X=bUqndeglhbpuJ;;f*)msLE;6rr8>|
zU?QDrp!DhU&p)r*NNQh&0I$FPdR1!KwQHB#e&ND}lO|1Cvu2I%^r)6P?#Ca0Jay_+
z(^vy`8>j8u20?Z7ZQHh~e;q})CpDARFM4k0<{=LH<2bj{l#>tggAYD1BcC&8&d!}X
z&5ZW!*`u)T6<1tg6RPSqo>9Mks-Hk!^o18*FrEMGXFn68I#<tXV=DDCNnSL$N%FZQ
z_tC`d!!mT+Roz<lz<~qiyr`_xBsA-v>at8V1|1?*=XOXG5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#d9*~^RSyUV~F3wvq5$TN>Y)RPbkUcUbIubb}#^^C#-2J`U4
z58JO4%TUm_vF;$ri-yfzpQti<(Taplqf$U#)JI)QQT1L-ia}PDK-9GqQ(sl%XD|qq
zR3PS!z@{t-RAF9JiA4RmmVQl849`$M{`lki{Ar$S9+emU?svbdHhS87;Or<k+O1nR
zZBkOvZW=v$v}&eLpKfd1f{k=4kLT7a6WFO!C+(<vb-MLYW%aMdqehK#8>H%7M?B$#
z6V!<w4exfM^5VsdRj);nNW014r1}jjJjl6o=c?Ob!-m;zqYCki;k>Awj-E0f=u_F<
zqqC_wFKRnUVv>9=f$`XvVIOVk(W8e(J9zM5WrJ<YyoFSkW!@fCnRg7TFG}Z82c;eX
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#}JI|AfIqt3OxNsjq0uP8qQk9v<fbfEt1
zv(K*m(Uk(#10vnU+#x62bMxlS-2r4KFX~RJ4CP$zcOI`Br{(-yOBy9Ab?0d>%TkYr
z{<9~L_8L?B>>)5C1fm2Ac!RKuj{;Sg7Zu|jcif@R<n!mxH>6#=cGXMWT~jaf=0!Je
z-fTX@fBNaC;j{4EbI)n(rI%i6H^m1XO{7!zDYflw!3=ENxN){7reH?Zv13QKO{&h<
zu3c;96?nwC>9BkE?%HZ%w5Fzjyl8lkPdxF2y49^j-C^e~$1{fWqINpEMQWhKg9i^P
z=Bne?cz;pbNfMLfa|w*cz6|>)MXYgZ*|KGeZI-u?_Oi^|i7LZmu$3A{!fQUNbLtU5
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**$csi@1Hb?M@0FZ9`sG;Be&l^xV$=X^
zec!%)%?KJbYSc94V!nt>HG#k&$&1<(k*eTvSX4<@Kf|ILc2o+;i~3X-m>PRADF#_p
z0%@-?F0-mSeGI150tLK5*u_VI>dcFpfLyO$y+msAfrADOGQ4^7qDq$P<Gu2ec~60P
zD7hYIZ@0z=9ZjV3fd?M2?QKDSYo-HTd+oKh#uOBQ)YIE9y6B>lPCBVclP3C&LyLZi
zFu!!@mYBAEs?K#IQ}xifb7#A|TQE<5xbVUYZDo93G~pmOZro^wef#aVtLzTm9>^5p
z8N+!|GacO(GtiHDDLoyx#=K}MljL*J7!vx-n>SD6Jmr*A^3KAoOnX@-AA?#J(78J{
z$_OBU00IagfB*srAb<b@2q1s}0tg_000IagfB*tkfV`-s2p4o$pZ~8I%Oj6GV!nmc
zqwT{-sj<f9Mb%G@jROr<uU>5q9rIInJw5i=WAz+N(?+ROx0B4|MPmfgZgPF1%DFvH
z`@0_b!`+^)rA`x-wEw7UDXPAtgQ4?G3PfE?G4+{rU{VO=6^MBwuqjId)tMKSu=&8R
zyx$Es+@O!9OP4M+?0NH|_Bjap>o)y<p+%w1nA~Q3(9uLXmH!N%XjN)3fxM^^t*u(M
ziuwHPKD9hm=Xc+Ix4OOLl1suPQOz^YJfp2{nlvUanre{u-+#ZIj;8j5AN=6)#~<Ib
zXHQ@l@r>cTs0p|ZA3i+Lk9m3Pt+(o+HReUrnk1Y{a-aACxKm4eStcKYj*_->cVLte
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Y7~~qOL}X%BxnbGG9UJq457t`sM3i
z|GL?|fV`;gkn_L(*Z(^G^wYb9mgA2<-hMF}D7X&fMFTi`>H0*K{SAw1<er8_HSD|*
zAYUq@uBE7YU*^R)t4AQ}T8gQ!p20H`1WGLs^G0A(mISIcFS>ByLVd{8Q_*#o&epA4
zA3l88u;<N-njm8MGisp5<~HMlj;SJ@8d&@G?RB8@&O7hzx8GK%Qb#fO<lMS-s~Lbj
zuBMQxb2G0?FTFJHCHL&J&#M1UojTdAQF+m{gH(qffBdnYbbscVXS#-}vBy#&o-ryf
zI%32Kw-Z~w?Y7%=tQzy8X-(9BjdMxmV+Ifv;<eLJA=PD>Y7A*RcSl7T0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKp-GMUNitwikCJo>VE%NKv~~H7IAnhSFW^AjSLLN
zJ<8&Db{1=OyLHP7U>0k2yA6~BbF9tFK+kz!=Jw6^czyq0bAGO+P7{^1|GXDcOl3(2
zL+6<kh`F4iHf7R*Ng<F|AnIK}eZ~Z;HZOYc;6dFc)O<j_^Ugahd)~b0Q%^mmmV*Zm
zw$0)T@j=H_k<K^XcteLi?zrQW_X`|!-MV#V`~~Ml=gyt09=dkz8tB=)RC+To>!`eF
z+CjR9(}`HIV#SR&-e~6XAOG<mc56IiI4}Cd6HllU-8t6w;1-4q8KSK<=0($*xQB?E
zODdn={N^_rryJ9C58;+mU6!fFprfSf+#MBV1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|00D*u2dC>q!DPHc~ySHV_mgYOh+Wd6CI}VI<_wL<#_~6e|E+a>dyx@Wh&Of?*
z``h0(W7D%N-Oh^@7F9oPw{E#uVbS;-f7V7mu&+D#sItdlQ6*jd42x>mc_To+R7PD(
zQT4vei*Z(uK-9GqQ(rxUXCw%eS|H|)z@{t-RBc{V$m7P1GoLxPY}sPX^X5fOr9QMP
z5NKP*6im=@+O%nT+oZ~in)G1aTYx_J;DcuT1?NTWAKB?woA6M3_Ux(tbrVawDJn0T
zc96D1w=ibR7#;4atFE$@@r>cTsGZIiUwmOZF@-~i4(ar%{~Gh6wv&V=fdiSBfw`pe
zS-*b0Ijy>XY~IdoWva_E)fjY$RGr%)Q9u9z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#{T3y>ELo0OtPk8Awd&wi$FfeTnpJn=;HC0)$(=r6wbV$-JfKLdHuGCYsIJbBSl
zoYt5=b2}dKcingBO;6WSr-@41f6V2ScT-6RL+6<k$a^8hSN`gi_dQ)Rc?OwONd@BH
z3vA7dKsDz@^CFv=oIc_2+qchc(4$8WRo;I4?QUgM`L4U}Qe%Y%^EOD87hSq^sk%D;
z_~YGBsJhjI>07sMtxa0oO{qH9jvYF5P!BiXd~;x^FTVKV(Z1_#*s#HFipq<o9i;8h
zEliy{RY$zyiYshoJYzU7s_E!Ptm<Uaq)E0DQ?S|E8uOxQO#%lpF9UN)>(jk^cg<qx
z(4o0pE^q&~GWlhhb__a1^3LseC?J3U0tg_000IagfB*srAb<b@2q1s}0tg_000Ibv
z1;~qrO{%R%4>2@fk3R6g1G^%YlTSX`w5k11JqptmATR1_Brp3L7S+f-4U1~nC5;l5
zy7S~$muXq*@z8(v1kzq(YVT=SRKw2R>0?Hv7AW8i!Y)1vWF{~A{`>DYXwX2P{D%!2
zws!4W-LF!oLvcPm*WjIZ-kCUY;{5sZ?Fm}2V1ZgH<mukI)NV}`=~OP%{JJq})TmEB
z`9z)Q(94!B>)5fQ{WYZEyr_Cxv}lp(XYAOq`n^Xr2M!#VH*a3!#*I~f%{AB9VXF|8
z7fm%tMK=}NeD~dVKmYu5lZRAc$&w}dok&M~_St9c5#t%dc~R}CvtXv9$mnOEeWn_9
zK7IOhQ>mXd=0&wja+8E}N#&yftXZ?h4EWr0&sF*G;lrxby=_;oUVY0gx0utU8ZF5$
z%d}%i)%nq}@B;w^5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+VzW{mB{4Uj0YxAP^
zi^Z5i|Ni~|FK79|4}Q?9RjZix;Z2PiHF9T9Uewh{Ue4{F>+eclwA87jy!|J?x=hQw
zoluEDj6m9JOzmTOV-o@y6DZ&f!Y)1vWF{{v{1q!!nA=yH&+{feYCqf0nKQ?pp#A&z
zw`tSHZc_GA%l7TtO@mZ<QSI{Z!w=i8Y(eQtd(X_;<VDs0efQmGyLAggh73_g(N0Q*
zsJv*ZL7JSWdmvlZ!|2^RYQ{6>&5LRzdb)(|&=&gj>o<J(aJ@{D7gZ+-O_I+g)k)L<
zUV7=Js9!2~?AW0Oc1eC&rX7P0k-T#|9tsE`fB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@0Ri%&0gx(uIbgs5``u!V1$|NLPC-v>tZ|n>gJ#W|xjm2<bv2Tg{SAw1<m5#w
z5`s#8b(xkG86*ewS|IH;ruJUXm%$^DN}zx@2)p<wkfpq+{B`fmr=NaWK}tQwy<x+K
zZQHh05K+J1EnmLe+yv5|Bi##Bw}R}_rHh)G5B~+{Mb)SJ*VD=M0D9$4d-dw2BdULO
zXnL+?UR3?-SC}zl#%Qz(!D?!kUw*lsM{nn13o&`o<bzZORh{d0roDUjRwPnK?9{2#
zb=O^|Iobo+LJVV6UR3+O_S$RWYSE%a^XAR<o89c$vvqb%`-FK>b&|v+)m)OFL^FNe
zy7r-m9@6+VktR)=bnDh_^ytwmSFW@;wvha?Ogjc0B6;U_JQNT>009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**TmkZ;u10m1^)0Y6oPktl)Jxr8^fG4|Jb18edFKCIzWwcQ
zcXyU!k3H73)R)MvLuT@#)}i(V*C(p%bzb!KExSEkQ$>TSt#Q<~6jfhs<7Yh8FA#Mt
z#ne~-q!=Lr#S(~lBd{q;0#%Y1%@QedK>z^+5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0gnX8i+XXgbRU&nvCGLPpIl=M(w*r|H{BG|-fc-<Gz{hXM3u>lRwQv+tkh6N
z`iZ)hqUtL$NDk_?K-9GqQ}6YB89V~11Y+I@Y|4@VdC@GLP3D3C0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*t%1#Dha4-;&YU}@U4sfo`G8#XNMv2MTpcC+sffB3_+
z`_|ZA55+T`uUWIE#>Uxephp~rV~v3tch)UiwhU}_U%D;pE&WrmR=3;om)!~0vYce_
zxgC%AyRQ0VucvFOXi&8^PI6tjZK`ejjHmhq-0LS{x%wx?2oWfjK*Bc#&3qRiFY5al
zWc&yqfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p~`!f$`(V7nYst)vH(9<B}Im
zE0(<d?%liZzyJQbLd%#jW9<2D<Se!_Z^1oovBIM2r?N}lnHE-=WFr2CMKy9y!=f5?
zu~I`7=_ko`<+iEFAUUYl0`B#bu<Z4G89V~11QNa}Xy&^Bc~RfbAmc{>0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmdW-2)y~`o6VayFCaDdcYpVHX^%@@G_6?e+i%{y
zIsW9n^2#f-XU{(M)Kl#pN9)(G?;e-DXc*A-i7Jy9tw`uJRWzvD8b@7AQT5d}e#TS%
z0#VmeOnvoFiV-4EEP<Fe0-LfVKwdOUXOp=gfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1t!0Rp-;rBb5_7d=Ye#OJQN?z*(cA}^X&toH45x!k~k1H*|&TXV`Or|7n$
z_N5BS54*>GX2X_Zt!}q&xn8|L6>D|7t!z2BeYU^rhR?q6bS+kDs3QHOy<#geNDk_?
zK-z0e?Y*8agGV5hKml(McJWbwyr_?7jWHvD00IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb>!n1nl$8$%|I%6r??_BBL8NZ1}_fT$(m*>Sja(W%m%p3X7^Aw_CSdtgxv1
zsh-8(u&74vX;@UlP8AKRw#I3%-f9~^<EeguwAYy0SO26KAp*q`DBumkE<Os77xnS1
zF=hl1KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q4i{0C~|$$rtyyLx&CxWJKMU
z?y<`7Jo;?rMRz@(^LG7s-xg2TVx@*E(vSPTOH!`LAUUYl0!gl`KpU^;%is}6B@npy
zd6`uK@}gNiv&;(t1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009I_AwXWV6sqAq
zckS9WcI?<IOSW8b#TDnBciw=bOZ)ci-LR-0Pw$S0yr`>@yzFmSR3rB^EUICriUw6%
z<K$PDX<2RKXFSy}koFo=`|6(*BSfHB0tLK5*u_Ty@}fSTHO7np0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*uO5+E;H9{KC8yUxvUmb0u!)w^>n!}I9f!)2!I_4DX+
zxh0;i%Qo%ucTIco7b_w~KXpeS?KP(M{=T6$ezw=&weDP#RW;KB-XQGar9ctyYhPnm
zUIH;_1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILK;X{;<VF8%QB&!aS6&g<
zjRh^IoN`JzGotRXnlx$R&WyaMtC74+UbG^KQ-8B<8hP@o%e1VjoE3xdLLlumruP26
zr~D0zYUEyAPT3n|0dEj?@lv41kY^DacnQRy5kLR|1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|00D(UXkQe>4MQmyJ?%ldkr<=nptbEp4XZ<X+{Nq3VV}k|_3hS`Oy|S7Y
zt#RVX8^oUZ|GhD{cb>oN_AfShy5{!H_jgTlUAb+t7uI4%r513npM>T8hyUBt)$7oH
zsjme3&nuAdO+hp71&SC4t+6Zbv6uh?2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00Icqbpi6C39o>6-gzf^{xGJc@}mC|T80f97PCt&H)ZvC^tEJhcTaK+_!}10$UO~<
zYS{jUMK$sy*Ol8QZ{CSY1Y!i->nCB^)3B(9O<pwSN?=o7frM`gnt3l!W5~0J4ZO!<
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAW+u@$crYt0&HHiQKLqq(k~~U
ze6kx*j4C&7+*sMsi!Z)dg{U@Z>os6^j>CVkqgbokZTZV-9b(!i8T`IOZ~D8wzGb(k
z>$+Y0{9Th=S8kiUc_%6nh!JqFpM+&k|0&S0b2}dKca1rTY$}~V!Z!uYycZ~99JI!+
zyvJe!2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagP}c>>izd7RY+kfw%a#du
zahqLx?X@v^MY~DQj-N1L!WCCsVQXq%Xx6NmJCb6BMb(enZTZW!m$5x08N9z?QH|W+
zgqXi!QH?ywb>+4xU1*A)vnt?TKMBkJ{%hcGSX3j=>J?b!^Gf)ppqcjqHHJKk*uZ-%
zCV&6}2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000MPgfV^nJE1;Hn(VaVY{?kAG
z)Bhc@oO8}OHoNE+8a8a$C$#+4U;ULHG4D2uFRK%Gj*H*fS*+FVHuL4&?z#T1t3KK5
z>FRY%H|?9E%9B?NuL=dyUSn#%WB>b}u3rCZP=yyyT^LdUZxD9zQlN-&&>Fk)5{N+~
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0)G}DFZyST*itR?qOpDd>G!|?
zecsHco=QJFwEXSg{%zjIQI*Y`H+PR-tgxv1al6fY+263JM($}?RKxZ<A(r+{Q5WJ{
z%(1uvX|FN0_cSc3VSD|rL2=JJy(JVV;0?kqUJBG0@+@KlFM${|0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAn<1a@}hsXh%J>gFRCLy`sky24E^Otm;U|xM}<G#
z`ug?jw{G29Ki$f3Sq<EoJ+om;u~xU+@|VLiEx0Dh;B))t`@3%ZY_F&5hR?q6cTI9#
zxor|AplF7G6>zVggyr1_)_A(+_CM$EYEK!3atb7TQ_#$Nfg;91YwXGstPvwd=#S3y
z%SF-0J7K~E^*m+Dl%n^X)eeo=v}x0_Izi@z00IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAmE(<dC`QYtkii?cNlBdtZC4oLBZ+Az>Y0iv~W8wR#;U1xZRe&9GGTpUM3m5
zzhP00+|#hAhV5@yR3lGvUAb+_8KdG@*${BApM+&k!=f6tzhP00JR8@Wce6<Nrl6Vk
z0yTy_i`XC<Yu2n;3R0S7)v8rd4X?iX>aSWg-nVaGRI?iE^&6b}x&QwA^S0Dc^uc(}
zoH=>7)~0g&`0?s_^5n_2>7-8WYsBuk=bkz>YbJ{T0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagP|X75MH8N#a^^)fq~HDScR&5<PjAb&=oX}Dvytu`$%}^dT%V{idC`i5
zPRWaU7tmtB<rIke_bR5Iyl6#or{%mVIF=QNc_XkXQvyYdgVxwpG~B}vKWsl?jvP5M
zZ^O?%`^>gcp*DHZ(W6JJhw0O&=RFX4(Y!1bsU$C25q1uW00IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAP^%!UNi>B-BjkhsC(!@S>H8x@7~@0y1B-(+r#2_b{1=OyDfjY
z##twCkYw<=-E;k2SA4w3)3qWY)nXkq$#vznu^A@{2qYA6ub+hFO?yA}blrRC9e>w^
zCzNKz6-fA|pqcjqHHJKk*dQ9q<VCx7?b@bI8$BlAi!burW_<SS+4^+ar%xaA8I`<f
zG-r0UkQdF)xnw2?Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1t!Rs_h4COnhXkQde0
z%0K?`k9!?m&N#Y!;~U?oF%{XcVMBM0#R`k6AGh1`musAO@&-u;?{8RCBlk2cs$mx^
zx>=Eal3Z7Ao8ktg=&ddYxYtj@vZrBD4cp(as778FuEr{yW5PED&Ab;VVjQ%_uA;F_
zUbJuDz7r=-)JM=KpL{aVHkZqtdg`g#v|zyk^BI-AXn-h_FUgB$^0YE31Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0z-s~Wq6tr5HRMHq{p(*R&p_Ii&6+iH=g9Nut&A<W
zK2hZ(|259z^$&L+@pH``UgYl@buC5JS7F+UAyv6R)U^~-pZo9uU)Noa=e%93{6fm=
z@M7KwY|4~CjUmq>Hi(9^dC{#~x9St7o&^wS`|i8%s($Fuq3^x-p7{uxH!rHnS+iyh
z8Z=1vDQ(rN)qnv59((MuLx&F8-qcUy#*OWVSe5OvefxIP%s!9)$dMy+=gvL<{PSD4
zZr!$RTOIwi*Iu(-si2;<Nj<Dyz1pp}<;Nd?TwBjR`)pHV(vOoTPqqzgVe{tAx7~J|
zCVtE@$DDZLiC0~9)v{&F>{hohV#Emb`RJpM>gby6z<~ob)8mdiZus!w>(;F^E%)!=
z|KNiU>bNahwCLEe<E^*eswXVCo!D~1<JyDPXkvO+zIVln6%!^*=-<D8yLRoGH*emf
zM-L5S<Hn8l(1F66Z@ziiWtYiW=k9_FE>LDz$I6=*EueE9OE;~3<dH|zbNlw~H6H!#
zpupFzT^krijhB#ZU%)VucW#eD0RaRMKmY**5I_I{1Q0*~0R#|0009ILKmY**5I~^X
z1jvgfJR{YR7uA=u_S@m)g+`4UxpO2h8m4o7qRJkJMU`~*Gc2lM`x_S3$fK^MsQRo%
zwwPDx1fs5`n0jBsqKdhC8y3~bOLq;>bBsXD8-Y!k5-4IEw8pNY;cQ-1O%(Ffr_De9
z@sDovYp%IQm9M_~YD`}At+(D%+A#b{wM&;SJ9g|ay{%liGTgw_1oEP{-+p_)e*MCY
zmBVxg_Rs(P&uVkS4L7)zwyZ;I>+{b)Z)&3QqBCa92p>o_%1^psSJR1!v;Op_Kh-l6
z!h5~__S>55DW{wg*wmpzhdq1t*nycs^5dF=CNxp!N_z$dU|-IhIWsT}y}awLyKDnn
zP!#ssYp>PId+xc%-6d`3+IRW#<%*%&p521IHq<Q1C1gjEb{MHTw@0CX00IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAW&@r<V6#nk@Dw7^=<OBY18g@mhXT6`{v8R-o1N2
z@x&8zoaJx+=5O5Z4c&6nrcK>Bk{5MxOxg8`D*GF`{4#a9d#<l5_ZJ=W+n6*Io9ehg
z)W26T^&Y1#_dl2OcCF(VYNe(h^G0A(rUYsXc^0ujG@P3kU9x0}K4IQ`^Ub#T=bwMx
zpg{xOrcyVYjLM5{*swuuw4*YX>({S8eE6^$t8mUa=crOQlhoZHZHG7Bc%v%yn}V%z
z3nm+>21=hQ>Z$uuYG0)aufP6!RchI_YnN@mY11avG;G*VxAe4?rl5OQYLjkdX)~XB
z^P)?aF8#98diB)*wr$&VEZv1tw+}Vb2`5qQ@N}Qd|NPJYJaFKEcF}!1zw@2%sFUN5
zKVBi#(@#HL!BHJo2#Uz+hNar%l4^vhj%yE^#6+DhT)1%3q)BVmtkGOFJPqUHk3XI|
zb?TS%tXEGb(Y1Qvg%?cy&wlnZ*{Z#wt?nQC1@fY)I@f`8+f~!QZg#4>o*FR?Ol6tx
z+_}>XCe<aBc8+N~cYP=$fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2vn5-dC`QY
zqs)0xeGjO|GMaA&!#{P)9X&fTT%Wh5Ns}h-9LbA@m0X{wGI`O;Bu>eTk{3lFS|IA*
ztC)K7q7@09Rw^)A$B!HHMqpE>1d133t+A_UI5#h<l%t-au1Bux^Ss$ZPj%Pl&nZ);
z=w(!1^t<2vuG;9a>4AeNINGgSH*HcV(QX<&dbDb$PoHjU+=9(UD&yzYE63QWQzz}H
z8%w(Nef#!R<ulJb<5sGC(@i(2Uiaj*_2Imz`aI!;6Vz<v$dR_0DJ)*RSoK;y_}~L~
zlO0~5UQd=c?R6tfC2ZYYUV7;zZPJtObvRR>_PF+-2~FIiyJeYcB%?-+vXyoudU(C9
zGzA5E&5Qzh(Lgi%GTgb@)T2ia^)q<zV8vE#<8UF>B^2J>*5n;Vu{yU$p@0Aa2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg^bDFO1L3FXV27qwp{n=csyKU=nJ8K{YQS^m6e
zjbFAWZxC~KVy2vSQ_NB9rrh?~9<Tf6=R93=OLE?>_ToucsN=~lreA<S!b{6-miu_7
zudAp3h#ehv0VkJTYA@hk`INIPko;q1?OR4Wx_MExy5o*J^l^0l{P|{&u3fw8rS83{
zm-a)x?hk4Evr)-UKmF8J+QM_sJ*V9-z4TIBlO!*y`;^-DwqOP}ZrnIqqr##^i`4&_
zXP)U+>UN`wysBPfv-RP;sJREJnz>I!x9z)k@2*WIC~GTCbo1~3{_ky#Etp5H2ij|^
ztkjPdduP<N$2A8{ZeoWND3~+Vv13PDZ%5*uP_y;m!Gp#yVO})cx%yGS_2|^=ZP~KL
z9yDA?dkKYmur=Xf6tQ!A6bc9+fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@l@cH?
znoz!idC{R?E#@m%ePgJnH=6Ga6aIAPScdzH*8bag+k-puKsn*ulQawTocE>2VNoSr
z{mof<8x~c}HSdKKQ(60P6g|{6ftbrFYLl;FQN>*S{da8N{JM5!R>^#$-UZZWO~8I?
zEJGpME|3>B`MO@cdT9@nCmb|rkl8zLUR23aePq=~{k%ueeK@sMkF&R1ljKDoc;Ers
z-WF!goT;v^z4lsLqk_31s_NYvewrcm>(|e18P1F9R;AjpbLY-(Gg~&#WWVsj3vG=G
zCc2q-c;=U#|N5{0a@(t{dwA+7T5M)A?Qvrcn%6`JRsM6%oH-X=bkRvCout3NQ}R<w
z!-fsbNbH?X%}8|n&A^z=OYN@q;k;<V&eh4hdGpkRo-UEMe_NUM5;8j`97bWC+p$qV
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5U45v@}db(N2T(j_3PKSBQ#&Rn(rvh
zPdy-V`_X0Cuwia}plo|kVZ+Xy#ai8NGhfbqG{fU{*W;c(g!<r-SN&bnzA36CVZ|^!
z5=eWEslBKF6nr`CgA4s#J-Vo}G}Hp#Anf9$KpA49_7KrPfxM_1nuok^+_>?E8*b1i
z^QB9dn!WSpMW;@kYCgR;Z{A!_UDu+3VoXLcNnTW0$MASnsRIS_qH3mRsjJ?7^nCB$
zy;Y-IkGh?N^P+d(eYcuja>*rbGh5a(?zJ_LCN<H`yu&jOUSGa^x$VIe!g<lO$Bj8?
zUK6E!TeWJX!AC9j(eUOMwBf^t2gYn(-g@h;>LHL9P2RaWiJz%GXxd9iJ0>4S0iD}{
zQ9u9z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#}JHi69KMfGKzzF^fYUrMwzXwblX
zUD&i~(=wby`&F`=7o9$Rdf+R|5hF&J!RRhV`l9yq(@zgH&`W*e><+kCVNvztcANRK
z$6-+=UCE19B6phhO_8OT7IP_&K-z0e?fw1Nz~8W_MqZxlfujTj3V4ICi<bg6%vpv)
zG*CD%x^Uq_eGb3kiYxTHN$b|F4<9~k_O>7L-N%=Q|0pc{kzO@6qgeF3=tm!Yr2h5G
zl<qaEahf}twrJ79ytMNU=S9uPFTM0q+r}+C`|Pvowo|80Ze>h#GkIP#?Qvrc8qSOA
zWSOTqoOj-NZ@>Nao;`acZ*C~Mb?a7hYV5f%BeB1fxieMyw%cw~dp9qds&n;V`j1NF
z+QXS<W^6G(?XXh~BW>q)R1^?E009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**s!$*s
zdC|{4`%JmYn6Ji)xJkj$ROj)NPd=GDcdovOOtqLh$!OSaUQ|zDJmZWr+_{V$JNDgo
z-(9(KrTKQ%-DJ!9lG+_`8J<V)9xgNG+>S>)UiC<NPuIhXa^9|KFaAK%iI)h}D3JCV
zQ~TVeU--K2c{=CqTH~ptK`8_Zc!RKumjY#oiP}R%1BLUV2M-?9A8nZr<ageAr`<Jg
zUi7J_o>I%fg9qDY@r9!2MRm9V0|saeOO`BASvMM0`Hnm82n-{f7uByhYT31G*Fa12
za>|q`;d#YGH<RZ@(;heGp!yw6gLLn?`o<e?sOGrij<YFWJG*u3)@hR#8@znti6`_@
zx0AJP+`^C{L$uY+i>B&aUH#@azfli?%&mI}Q%-vcr5Z-s&cnl_1_1;RKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I~@M1hSDA)g#&UJz9AdJsL9k>C=s9x^?ST%Yg+Br*EIn
zJ@?#HeY!o67j-p~mpu-PD(UKJSX9IIHY}=<C%?K(%TmOp=rh{_X|FN0_cbi4n5(y8
zQH?y?*J0Jpu7EcPyLc&J!<=O(L<5EMqG~&C+&J@zU4Qdscg>p@HI@1;L!a|)%b0@6
zi%y$1EpMAt*+|>N(xpo^+JOTH>Yk#y(WuHFe)yr?Y6{`J=&Dt#%p7;`-W_PHmpyy-
z)K=Y{(%lp@yySV&w8xD(XgDuwBAR(`n)={_51RSfyr><?7hingPE%z`>YS>*n-@*h
zxjI?De!V%OZfzRq-+h_(5=u3Uw4J*Hql^Fo2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg^bZ35ZLi|V0)y75cVm*4*Ox8|$5mMvQ*KZ!*NvW5?L@x>RL!6f|Y_K=ypXu`QC
zY3BMwl|6olvmQpjahk8|?zuT{*QjeLs=jJ7R}8Fb1){E{nEKquGksmji;nqi)n1C#
zIk1>F0-G`=P==VOJw!BI-n?ku=6Um?YH6a9y0K^8y#keY-F25f;_COfK)rdHDjR8g
z(7iO<v}vPmbz4#W?BBn?-DC^lyr^Q69XfPS`<rjR*)}tU7hil)^;$M;*x+u88D8?d
zXxih(95kF4HPPAQk3ZgqLe2Q~VEWdrTboJQO)BV4q^g`WX_7llm2J4x&5Ne$+;rHz
zdw2Cebm&n1DPrId?#on{P}*Un>f9X_WdsmF009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmdVi6Ubg(RL`a_1@b%Zykou`OqCbiwr!i)OF#Sc>GOXkUV8QFWp;F*M{no#^2;xu
za>^;qzFO?VF72`0LW>qH?2ams7j<z=+4YGklNYT_;?&!)sA8^B*HTn{bq1~&RW%Dl
zT}v_bzJ^5=b0sfIUNogZ%o~ACnG&#J&N39D;cA~3egFOU8#HL3kEX+h4O_c*t!_=J
zqbVP_ckf>P8ZvR>#QF2*+v6`-us|&pXmsyfYPY7!M%ukpP~y>kPF}otvAfBX!+BBF
zFIu$7>@{}m*j>AJspi0e1M}w1Yuvc8>aV%xnm|7>!%LnQO?%v!gNE~>%7vO4jT$xT
zlTSX;v2;3?EnC*HV@K;_^P<|SQ)B7{Xnqy_{PWMJPoHiZyLr*HovZ&fYu1>q^o$9W
zmF!ieZbiF#_3B%0xy6{PCe<aBb{MHT*I-x>KmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1gchmylBExQ~SKAzU@tTEH$&Y9#USkYuB!NC}jN7s8J*Pjbxw@NSu-v4fyC~
zlJi1dl)Px#JDn!EuG}`&oJ(YE)hXa!KMBj^MJtj!t<LKw^P@`mrl6Vk0%eGa+CxNR
z)jlt(zE`YRVeV9EKCGJfsQuuoSff4u{{8#Sy+F-YB{Q|?xdx^|s%)g~Qw95%Zmn9i
zGND9wtIB!vqN=~|zWeMr-NKL|LlkQabP_YXRC&=<$Bj8?I4`Q6%?WkqqO$%*&)zcB
z&5Nr2xN+kGjrFo$zkb7q4_Cp>ix$wic6sTgmvmCXhfvLq9Xr&(EXgk+wNE?8RGoh{
zBL0g20tg_000IagfB*srAb<b@2q1s}0tg_000IagP;~<2MH8NqO65iKel3`)lKYF+
z$d%+8$ZenP?|S49cYC_#-v3vB*Cf}K+a~kbEhboW0r&bzSk8U;fUoP`c{y*_qMv#?
zOd^o*O+hp71#FnJ425W{qU1%@z3$BU^wUo(W~qm~H*DCjZQHiW9RBk^|MT+Y%L4&U
z-S<-Wmh94{i<+6wy0y=XY5+Q%db{(^JM+#pDle+Wdg#1<uhe)HbJgH4zx;ANk3MfF
zG11MmdC}y@jX7xEyr_DXxgG(p2hb~vt4BZREXZ8QMmvxfRr}Xodrj^2o0tB|Z@_>7
zvuDrNDKlb$yl4TPYZv|P;X@BSq@Hz%CQX`j>(*`b=+P@zuGA)XNqz}wue5Va)ww$=
z$_OBU00IagfB*srAb<b@2q1s}0tg_000IagfB*v3BS2m>;kocPFRCwX-8pi9(Qtg!
z^@%F`8y3~bJq?R$*#3q^HS(xyDXKn6{E0RQxB^kvQcS(CVNu0gy$y?M<nCFcTsDE2
zHv*e7B~XT#s69lc;POmHPhD3QQ6H7_KIT5p4pbq400IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb@~x0^~&#p0SGOMRk`R-9YB&KmU23K7IZw-*W7+$A*)Ts%h4&nLEb~
zJ9idqb-T@cIhR}F@9J@0bpLZXZ`ZVMin3*>I8bH;(q3a~@A32K4=&7kyJqH+^J^jn
zyg}H-O930^EJMLdpcI3iJ9n;rcNjQuV2XWciU0x#Ab<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0$vG_7fpD&%A6P7v13Od{CV-k7wZ{__3PIU)F*lA&aqfwQT5|?oB6W8
zVNs2oyl6#2r)l35eg&}@Z8Zp_y~fm@yl6#2r`2$^)WI<n@CIQQF9pgF6Sar%5-8E2
zbGh7_HEYbxMPGmY^+fy72mu5TKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1UwWV
zFPiYAl{qh}QB9pXwR`vOty;A*iO|3N%fGzz(o2)1L&I&{IcDa0^zNj}P|h7*<ng+3
zTF%qe=i9oby)5fsnu{sdQXuU$ruMnrb3I)T9(mQ@wU#HE-3t>a;0?kqUJBSSXBi4!
z0@XZd_jiY(Lx<M911%6h009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5J13N0rH{=
zPhI)*qGn*1U3QuK9j+<sE~7J@Wy+K(Lxv3b<~P3?ZmF8ajT^gjBrob}Brkg$7FE*K
z)3B(9O<r`&Zwm`bu~%IXNd7OFZRu%PRKxZ+EUJ;$g{!d&=V&i`3K<tDLrl~jBBPY%
zH;9u?I%(p>i3blJ%;+qc76J$$fB*srAn^aQcPC(0RCnITp_^`+?tpAjFh)jSGY}BO
z$cVBeAz(~Y;FV~`CE`lPC~*)U!NEAFK|(?xYM4ieOV~7FnV>{87!7WTiVI@E5jRk_
zVB4}a&@|oG_dnF@$w}2cr>kz)T~6Kaed^J3Pn|k-&gY)uxjgqr6#@t#fB*srAb<b@
z2q1s}0tg_000Iag@V^4&MMJKGeC0)d{No>|O@Yeqx$4!eTeq}ryvp+Oa(#~EMRkqv
z<<!>M?rsi0kG^(U%GoXa>hf9^VA_fy6}UjuH74yH&S1NIljj0oNJ$-D1{Vm2I4PjQ
zoH-~s3B;fgKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~fxioo7yY}1wUn>C
zsNCdd_Uze{4!{2G-~P>#3$^UhXGUIB*9c#BH!Lb6Coh_p&}sP9<+V&|WQ%!aPax_V
zllJ6A^K!H3?5zQMwg_Z!fpCbE0y&6@s#7=##GnyC009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_KdzYCBT{kw&=l&`#~KB!&0cC~8N%90B;?b18h^vNf2ZF;wfFQ@h_
zb$Hu;Z_3flW%j5Sg(daGE(FpFL|tRjK2^8E(XFBJd3U$8A0L(37RcZN;SeVURG2dd
z1t)<RGy(`9fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q5rx0rH}Mx3HG-n-|@`
zfB$pOJ@?d8PfeXVb?DHcU;oEfWo4x)DJu096&3o-;tGpOKYF)`FFPC-mB^)|VNn@2
zdC?mm&32@U{@oSG;16C$!=f^5cf+DGa(CC5(<9H|0^txR1#%D*Ri|(gh(RNO00Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@e-|Jx`gaR!DUW&4#>U2zPCChw2(|Aj
zEiKh&)?(GCacz3Hi7)T0d)M8~-JDfko+BUENuypAPUo^1d|m{it}$u9r+z(K?gjF)
zJUD3v7YK(SfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_GYytA3AwS=o
z<wfi3>wo;?A77xoh7TWZPlVd{%H2oxImQ(hm41rq<!)G1MowNdt_WzPexhC=gu4)k
zDiC#zN&DPKB{`!AMEzuGAB#W+7YK(SfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_GYytA3AwOT07cDO@zbEu-`t<24%voDo8|GZnw>l(PXxFY?u+m;rQc|Ly
z_u)<3;@b3Xb6>X4I?~=SgHNTNc6e)eBIW3|Yf;MCEzG*o+r*NOqLZQ$(AQ7Ma%$&8
zj&7T4ce}e4)v_#{$%ecrXodg+2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfI#sGkQWX4S*yHgq#&Z+IAmUQ(xgfHQOz$`RaNP8j4LcE{pj81zTA8n)kB!UI~*33
zq^qN0Q5m+gVNn@*n02MMDV&fMBXLDQUq2zsj)p~L*zSf!W#q1`sDzC(<V8U<1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**ibsIFXvoic$BrE;UYJ=SYF@No
zzkX8>zizterp(T$j?(8yUR1HDg6?A~lNZfT=#;$ZjgKZQ!Nqi96fpgHWvM4GnwQ*Z
zj2}8(g%_|~2<$=t0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I~?f1;~qr
z|J)yZ@WFG=Ip@qMuOUN*s8C`}P0hX#FZGFBb=6hg*ixy~dFP#{`iWX-)259+$0y(T
zB(6>GHuvSI4wm*|2EYH%Ywm8T`o|sJ8XBK>cMG$w^fuu`P_#tA6VTUB$a1QBo}-()
ze-y~bS+RK$2zgP^3;_fXKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~f#MNR
z>BJxW;0IA>J$dqEFN1gKrI$uMw#oM8<>g-IZ@u+alZ~sZt5q6s@7}#lw$E9Ek3RZH
z4XkC$mZ}`4@SX2`M<3^|UAttOzy9^FOG-+@9Io0(d%d5y!lKfT-fiy7YJ$x#gc-cM
zVNn^mqhV1Qw$ll*FzZThlb1XdCv{ptUq2zsj)p~L*iQdx;Pf(cckm%E3YsB+00Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p~{A0^~)r`dRCF(WtS;9zA-D7%^f%
z;C1S$r=A>mb?@HY)W7fkqAgZ^8rNo`YtiD<xHi)%a$oOm<WffNZrF9}z8ZJ8sH@c7
zP!=Q4mq64tChb#umO8rCH@@KRmai33<mb)c0^tw@5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009J&EkIs0tDkRk@}fr_b(ARr8ns@ZV_acT>BsbnD=aGg6wZsh
zXkJ36?uJEW<WW~|kte&Deg*<j*O;_-G%PB^b~h|4BhTQ&<&fqJWN?9S2m%PiC@^Kp
zl(Mq2yYIeR@6)TCF=K{a8A~~PJ;yRUIza#d1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0pg;u3i)QtM@a08IOG|e&_4@aJ|93AA+PQP*sJT#6dwq@%Z`u~urgy8CKe_#r
zxHi38U)eO-4C;M7r+u4hc*5N+FHz4}PP%>HNA7NE7m}s2`Qa#fC^iAhax(2orJi<l
zt3C9FyIZlX%mSIO=_;TefourOojX^uk@7n7$Rq3P>w~ALt*!MMY}v9UxHpkCx7~J|
zd@aB8&O7zld6m<rPuD9$mgVoQVtCIz_oQv#oSxHmNF@RYAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0*MqLFPhbl)t47-)v8sKr<*isl9za_s;cq|Km6ej7dG{hpJFA9
znl>sazpLsejVmlF{pj85<+#G4(vRM)ubg(WnN|9FPW#r~u&9hYmgr_)I&n8FDkD$3
zkSvu2lCWYJ4hdM6lWCWuVNn^jyJ1loxkHO8NkcVV1=J&u4T1abzh8X|oi%G#@D!34
z^%`v6yg9fxku|aBMaPdHFNSG(1(3XGB3BWULI42-5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q3W_fV^nzq<V+V$&0EVoqzeuU#dP|ef8Bl?zrRjz-!pBVXD2a(7JVNb+{CA
zkQdF(^XPrkY|dNV$5c-3U+(a>^P!ZRTV2D;?rx^FWU5b6OpCeXM!>X|EcH9<-gR_K
zrJizk%guV=EIt9tg}^QZVi(Z!qUGh~k`DEqg1o2?B!jp1yl4g;atHzlAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0!1i5UNoy8dIot>Nr(EPk3adzPrO0OqwFgxDtvpx
zyw&GOUNk7C`<TiOheajn>SkC}hV5=xR7P%EOQw2X(uubSG$~+OOO|>^!=f^5cf+DG
z@+Ln@8e~Jjav`t_f!GDSylB6E{Z2pqbor_|dGci6DaecZKr(nsUNi$V4nY6`1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0z$ZXn)CUsp+YIueb#-+UCr&))oO6yi;s`I<
zc<;UUN<Z>?^wCFyS;sIn`lQH<2E}wAQ#rN$UWd0mOH*!c^^GsMyP4LKsXiNVDf&#d
zfN3pR>TBvYI=VTX9#8f<EZEsuE(CTV5W9ev7acfo;JS6|ysw%cfBdn27JFWF%a$#Z
zCQa(yySMz)uw#xn=CaE!d-25=^~3GuF=NJ*m6a`AxUjyy{=WO}8#;7o+qP}Hbm=1X
z@4fe4@L1LU(4j+e)Y)gB-JwGV>0#5RO{($!{rl(6oqOh)XSQ$OUV4*0AAImZX|EdS
zh1Xtt?Scy~kWQqr^tO2M;>O0tw9liTGG&UKXvT~g`r%&rz<~n`7A%m%J9q9}Sy|bq
zPaiSauwjGjUB7<49HqX)OIf|DtE;`kEj@?lRWdUEMT-`lb=Fz!+O?B;jT$xTrI%g`
zj+q(+5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R)^AATOHLk4!?I>X%I^v})BV
z{ORNlMf$ONS$-k?-uJ$D-g)PJ<Fi+{Zr$_-dRcyV)=x@aRLAkkx{s;sa9C85u5N}!
zW!Ub9MP=lswPdO<*vu6JD_8;3TC&tT8WxpdlNT-6by%<ivs?)5LLhbll^2zsM~)mR
z-!Q-b{qO5%vE)VNpN0j$ol1=)FirVPy=N(3am5wVUecA4u?%*#WXTd!`;$*TS#Q5_
z<3_LLnl)=AB&qN6%H6wnuc@i=^)_|t)L_eD!-idb_0>{;=bd-z?Y$7`^y$;}N-3{i
zy;`!S!G5Gh&Zttj!3HWXYU()>uO}(DhaEh4aPVAn=FIU8o3{ucfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2skG|UNoy8S#$EDX@92lez=sp=!YMEX!=pr_v5B7q)J}Y
z=Ob^!tO2JVh3xM0==apGcXtc3uJkqqo4I0O1uLMhpO9sDFQ^^+x4F9&>=H`$z(QUW
zG(#X30X;7&-_pHrn^I7noARQoR;}_Hj~zQ!{^F2IrR2t*a?j6_k`k%^;SYbPdax9{
zl%uqlqvRHy(u4FPy?KdEsekLOxAenR`>Lv{M;>{^Yp)u}T}HjLOJMc=_up@5Xpoz2
zN@2*5A<~sZQl)d%c;(8KQYo)nZ@qQr&YiMr&z?OJ2lXoDzhUyC@4WMl*Z!+t{p#Aa
zYY!eg=s8GPSU&mW6Yq56#*LF^ci(-tI=fy-n-`7Bt7IfD`-eaLL2h{}Bay(W48t3t
z%uzonWdsmF009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**oD(1~n$?f2IeAfelH=z-
z_c`yUN#B1Z0($DHr}`>QZ`-tKqtB7NXb?*GF_p=S<|TCMZnjNEZdyyG`eX;Um|Zpm
zOl!$f@9s6_Zdg=Co{dkRKARM<TnOw!Aa(&gFDjjTLCp~(MyL~|&5KGF@e5!0f_yc-
z=9+6%ORw<clTUhIS@qDVuZ?=EQjRNDtWcF+Vf5(H(vRdY^?KD_0-1WfR~|56fE*%E
zX7}xq;AqdDJ!O|<M7>>V{PHY#Ut>vidgBk17wy}(uQVP$e7FQtef{Wf$B!Q`&1TJ-
zrB|wQFfXcx7oJziNN85|ECuQ6gcDAXv&&!5^m@t&Ab<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0th%KKwdPfA6awqqB1af2BrMCtX}GeWAEoz@4qcuw(Q)wb7^U*Ua6Pm
z20{89$&2bZURn1sl~c9L9Ntn-Ih%KVI+b#DGp!|4eUsTI8X({kFs&s^eM95(j&ANI
zU1j9H501CF5wKhc>_Q-R0bgEJ?nvo<$^7eI|LUDfzR!C#n>TM(XWy`4gI5`R$h)-Z
z-MhE!oiSsEYHuodDaT`vJyv3kzBY0??-crtF}?N!2M+W#mbY8BZ1LLf-n~1xSMsQ`
z_x$tE_jalA%N<I6jqB^{<$(y&xXHYzBs0A;Zrira*NN|K)V!z~UU*(lMsBR?JGH#M
z{r1~soHyTmb8r_m2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Ia&BtTv?s~=V~
z^P;}7RaaNbQzN}!RKx#Q4$=D|FB+uNeN1JC!=jROB`=zf(5Y!Hnd);BpyDh^5-_bL
zOTD9EQ5iOQ(IhS1+|0#tA+QU9*adufQR!cv&o19NPe1*1?_6o~qH?oJY4fEoeJSmD
zyr;VBHz`fqOe(#U<Aezl(l%(@wym6H_3G7Xuh)Lsv}vkF6_zhwE{!Fss%rFt-0W2L
zcIwp0tMtY%_aoKYsPf2>Bc*YZdC_IdmPxbYjyp~rXeva_i)O&<$;_TTJ2-|19(X{;
zDR+(y?xF?(1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|000D;ta*!82c<|t>ufF<X
z#FuwR8u?Z3t+(E4(o=$z($ahF-MhER_Bm@1Z(dY}y>8vQU;N@1KmYm9FT3or&t}~8
z|MmHj7Y%ypKBls}ce!+W<W48VOl!$hpPK*`XGxNPX)Rgm>l$8mbgMqF+1)KktInah
zSS|#1ArQMjFfY1q-@b~93i;ak+;h*#>C)y!<tx23IPbjk(vIihhaZ-`rZlO3h?jEw
z)vtb~SE_RV{{5vN=}pym?dQ&&t7=qX=FFMWSYDNtl`?*Ll^=e|U(MvDo@n6R$ka=;
zUUk(~>Ttbq(@i%?KTYOE?Ff2@QS+kqp40MrGV|xp*U#&frBbFtUNk5}4FU)tfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb@~d0@==s%8!Zv@-P4Lzdt%=`dYt!eUqfF<VEG#
z@lDPpWP@G1cJ=GmFAOU87j050jJeaPOLqrPUeuvz7DLUwK$t(fd~F;Ji^{Ow4U5Xi
zbH6q?qX_sGKW`Dpsz5L=DyO^Wo_pk5s02P68ynN+MZLVGdc3=DgpWM(h#Y>x2`BjK
zgKxc*<GuIZ8{8!|a*tE#M{eV(_F7Vr-jJI7@+>ow-n_<R#*9%t>xD^^CP_a{=0&|u
zOrcr5!>D=D40tUv<VE$*f-(XKAb<b@2q1s}0tg_000IagfB*srAb<b@2q1ufy8_wH
zi*DMqsmUK4?G5yYCz_lKHZLmoR@I*%A7ftBqu8@&&+gs3H*Vb6zI}TWV@XMg?#BH^
zgHXDUsqAj#(&>?t7bWzCfJMOc=ar?Nyl7r>r<M<qUD*?`TnOw!Aa;SYdC~g%dU<ra
zeDjp#XWG2zqD6~jZ;u{5(vD}wj2W_b`0(Lr_v)2i%5mbviF&0fw`<o<`g!T4msE`<
z6}e=|l8`5r-hTVr-%8_w0|%;}^}@O5o-2Es%!~f+cfXTnVPdgS^P(B>T4czJ>K`s;
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|000DOevYi)w_uY5p7eMcIWR#agE4`zf
zejdFnj3=LbQhw+4<|5B<Z01st`?bFD#v4!l<7@Kd$^V}?-T&lilKM##lNZ$|m4kBQ
zUnaY|r8fS;(QW^s*WBHrF3aqNrsz4T0#VnPw6Ce#=;*fV;9Kr)NnL>jKCcWe5Dq~g
zV}Z1JQR&T#U&`NscI?>UeNW%Kd9ympn{U49Rmy_{RHZ7MeDcY%S8kH2YD@($<=CxT
zH}5g=db6!tw|b|jsi{%*mQ>_>@4YAO<q`A}c2(_71vUNy2M+k!96EGJI+3oL%!|JN
z{`=kt|Ms`P`8x5v_41;3-+i~Q-g|r7ZMR83I+q$=cwUPPdC|1&R3d-?0tg_000Iag
zfB*srAb<b@2q1s}0tg_000Ia&Cy=wesP8V9O+tCUFv_ofuIEK%rf<Lfw)Zn=t5&U=
zoVdNgv}x14uEPJ<7g8lJY8N)`bvG<3BX=|`D#La+EGi>6ttC@^fhVsRUI7Z2){>>(
z(Xglt+ug9JjJyCBPcaP1av`t_f!GC1c~N<8`*Ft|C*Rw>tfLh4yr}H$(xr=3-f+VW
zz9BvL+;iTyeR)`eZ&&cGmvWT$PdxF2Z|_xCT_yGMNP4~Al8TgOef##6L*(D1>4&5(
z%lIV<D~*5lv!D4I%$YMs>gCmBUQ`b3-MhE695rfGFz>2&J9X+*X(oSr)hkswm>11}
z*CIn+R8dnv009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5O7+6yl4(Sz8LeO0|pHE
z-(Ox0FS#jeRaKR5XGKMYKF1v7MfKBVuk4#<bKZs-WaIjuy1S*e&USPoFIo(lF6NlA
zK$t(fd~NpBuXl9YS@*8HTgD$T2R28*xA=LBKvo4zc~Lp(s#UA>uc>-oRQ5{3)7vXg
zli#^>r_>xgcyQUWWo2b$Qvdz$e?QEyRbEv7nb_jRi=_uSN_xBg`s=;U<?#f1KbBOa
zG~2jwqx?fZIq;H8F4?eQgWM@pDkaHTTU#sr$Uk0NzI?grP0HRWBr>{p?_R0jw{PF9
zS+l%K`EQuKsQmLlul+Z_`AsP|G&D#*a)Z<V`JexpFkynnA~laa_Lwy5+O_MpZQIlU
zR3Vrbm0eMJEi&Xq6*UC}5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0jCAXi{{|t
zi!m?Szkh%4=hV-C{_}FTBJb6?b7!y8^k03B<VAx@x{s;sZdg=C?r2z4hD~0yIaw)=
zO}v2V&nrv4qhV1Qw!2|b8F}KDVqs3uav`t_f!GBsc~MDP_UqSAegE|3MP($v{N*pz
zUcGScx#xy?D7^IGr5xq2bv=6Y(0lO8^XAR-&DWBO^jfZ6yVkpLsMmuRA5}d|a#HW`
z=9_O;yHsKD;KAOlO~d3xrMKswf4*(ow(4-bP*YRmovyB~u6_IVYL`T6<yBo>?d?sQ
z7nNO+cr7yIMLlQ!ivR)$Ab<b@2q1s}0tg_000IagfB*srAb<b@2q56P0C~|Ie1ev|
zsQfnCt5+`xe};U?ucF?Mqze}=R3m@+<(K8oqUy)fU_rH%!lq9?iEGol&3!pI&5Ucp
z48HO8JKWt;)$<(P8XBK>cMG$w^frYVxMEa=ETFHSkY#r>*wqI%ySo+gDoXI!LS7U!
zLm(CbOI}p^fBp5>)z{QuUQ`;$L+9l$W!<}Xmt>|qq5h(aE|TZbhaZ?qIZC4PuDk9U
zIB;Njd3mQ!oi4lVGPyx$upiYvxJ%W@O-h$8T`HMX8IRnyv_ppu5&^yCmRnY@UhUog
zQ?-=BOE0}7Pm`C&98^|T4jnpF5~|Y13vh<ai%KVQ|I%Om>Q{2O^dsZ%*|X>P@#EL6
zTc@As<Bva<JB|vJ49O#HGA}BJhv&7(kQdcI2+9Z`fB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@?h23>&B149$%}sb+uv3{A4e+4oqQgC_~DtKy{^6X+OrS8PCDr%UqAAD
zt3JoL!lKfT-fiy7zG*h+ZJ5Ek8y1z3I~o?1VY?d^m63;8S9+TSr?!|{mIU<m6S7QR
zG%umkEG+=KwF`v2C}@U20t756#{|rdDIkCV0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfIy4_<V9n|G<9Xkiw+tzD6^pBC6`<h@<6#IsXnkAJdeIbi%;X)^pX3@A*Uav
znXl)xZ{2;Q`~Qx7=R=Ne^^GsMyQN)7mP&i@iM<E}1uV<Sv@2ErxT71-qYo|sYU~20
ztAKh0k|#i3G<lyXGeQ6X1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0AWH(|MY9B}
zcN-=zI(hPBd6Hw3FL`*q7l1tGm}9~uA*D@4MTI^X@}faE-N#fWFPfLcsk>oO8M$dK
znd<GqC-x!`6fmtNOTD9EQ5iOQ(cl80#x7vF5ZHx4!UV{RChP-cItU<u00IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srWKV#+X!dMX&tdYS^XJc3?Jb4={rmgkj$OKR`M=t0
z@ZiBMTej5Ov})B#?=S~>QT=q;E9-M?W;x6t8~-xd-Ob&wD|u0S8j8I|E)eF=E?=8e
z?J`%l)YB<vw<2Gt`I^3O@$(je1PhQCP4I`y)DS=b0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILh*yBTXuO_jdy6qII(qbIUpDfnqmDX9d;Rl2|Ff?_n>KCqQIQw*`N&({
z$5eJVEGi=>FPfL!sc9{l>hl$;;=Jw(nAVb|-qo<E#9W;Xi^|B|U1Ls<+;SnX3xR|Q
zkQYtZ2g-C1KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q5uc0C~~u*{Ysn%!}^a
zxpV5&sn=hBeed4AgSp4FH6<k_Y9vy~L0(h>m~n0T$bIFslg+Hs*K^vpjZfa>?&fY@
z)ais++J$7PbUK&C;PWD2Sx%;1sr}0x-SU$9j_ag(Sst9!bQMsK00IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1t!(F%|k&A~^n@}iPv{6GKrs;H>&B93$C&W$vZ
z`|rO$WHz#_tW58jylBu(_c4{-4U5Xi$&2PCcWPQorh39%2t*YyttCsnqhV1Qc3jcT
zyz~?Glcjwu0+tJbT?in600IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2o$FP
zdC?qv?(e?)ZZM<htC=uiLZp$TQmIEDee~|YYxwZtzMkc+-g6G}qWbBwR}M}y<C-vo
zY<%WscQ^8)<V9l%U(rdS355Bx%hx8=@PwmVL*w)AZiTjTiex;##m`#=5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILATOGOHPFz|(5qK3dz$giJMWBTBpWww
zJmG{B^mA2JRp~vG7u9jRvhHIlyBijjk&_oCFIpt=uwt90>CY=my`y1K8MeD&Q5ku$
zt;_<MujN8u7Xk<%fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0>vpnUNkqK
zdu?s)GtWHp$H42v6HoLai}UBtk2I2xKmPcvv(EaW;nlTk*V58buji7I61`{gqU1$g
zijStA&P&uYmXqq&U6^u#B&-;QLjqyem9GtX(Y)kN9a>aL8me#c^A-UF5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009KZi{^I?3>q{@&x<ZvwCJ?cPCF^Y>*%A8
z4(1-y)>Kwj>T^s?UR0k{4$3ZNEVs_~jkfXapF6sxHvgBqThwKlq?i_S$&EnNH74z2
z$wKF)lU)bja(Bzkdf+TRfebDX4nY6`1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKp@!y<VExQ`RaMm#>U2W?b@Zyd^WREpCfruT_b$im%w!Et)pR48MeD&Q5kvo
z)#bJHC7pPSK$8Md*O;`=OVl%#le!xgm6133QPLnA0vTK&9D)D>2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfIzYZ$cyIp^VRdB_4W15%!Qf`*XNj+yr^li8Pw}O
zrgEx!9$W4O8rT2S-OaR?O!e7_OVMYt1x#znQeS;wv!h#0-9~q}WUs@5ot@=EU>5=i
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000PA+KwdPzpS#M79((Muef#!R
zS;zbCyYIKZ{q2PpUU-J#^_8!DMK!h;%F4?0Ig%F*a_K&%a_*y&oKXba4U5XiO>4<i
zU$B`g23D{FrnO|LcQh<2!*(|;DkCr0C6w%eSuO;2A%Fk^2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagP@DqfMf3Z)4<0-?7+;i{jT<*knlvfxuBer*TesHdNM1Au
zsQZ}8jnCZd?v~oW+|_N@qLj0nX)T%RlO5b*cG(axttCtSro9Io-QL-`-`y=6pFVvy
zDPXw}*o6QB2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfIx8ykQdGG=YIR`
zw+G{kQuDzFAIQx`)9#8|SzcbQ&yl=n5K#9qmE8@C%E(;}i%QJZ*|4aL+_aWV^-X4<
zXn=rEz_gYu^^S%`W!Ub9MP=l^501CF5wKhc>_Pwm1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILK%h7U$cyIpb8l>HeD1mD{`>H2@#4iQ%GkSi?~WZidT)<D`e;?3
zK_RJm(HwtpsoG@@Z(C=l9NpZ#GwS~3QI}|L0#uwONdi&Vn6!UxQ;nnB&boKq-IBEG
z9GXi87YK(SfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_GYytA3h4cB=
z*Vm_wgLdlFDQ$ho%8H5#eU6E_zo<T`9F!dni%Qbf(Xglto4n|ak2;jjVyHP5$l#AY
zN5i5rY<I(=GV&ZR3{K|>WN?9S2m%NofB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0?8I2FIrHa@7KQewO|UgOP4NQW&i&DzkB#~?z!g<88YPS|M=?Lw{P%RscF@!
zl|IKD<V9Pw_%yCfAGxobcCwjO`g%_LHdX()!<)M|M<p*xUK9bdK-xd7?3G*h)i}Cs
zuHEhKMu0Of0`_Zxy$B$H00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2o#|J
zdC`LU(D&}$yJE$PC5K;w1`YD1A0K$&0U52dIri9NeY@;$^*NFk4O;0wrn19fQAxUz
z7tKfR)U=jN^?AutaZ;xROl!$f?`T+5hV5=xR7URfGIMwEmJ5Mh2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*sr6sG`r(SrTlM~@!uOEylJFhNH9=Rg11SKs7Y
zeU9WsgIv0gshp}?;qd0{%~2Z~pLcgNttC^vyP+&bo-YB@TC&uCu(#IH&E2G{j67c}
zq{z=}xe(Ze00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!aSD(ZE!fX}
z<;s=i<>h*~arW%lGTLXKeb%ciDJl6U?bV?}2feW>S5{W)b0jaSWK==-F_j$-i%Qa!
zyl6ghr>3=JsxR_n7t_x`z_gYu^^S%`W!U6JGgu)-eu(8lU>5=iAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000PA+Kwh+vKX-Zb{JZbI`<1VJ#Y;Ah969nwKl+in
z@95D-AFU65>(;HuAAh{cK&nE^mM!&WImnCZr%OyZwP&fr+pa|^M>m&m>l$_O7kRRa
z>1QAib&W~;`o<R=-FEEX=I)lkhsz<&7s%iO;SdB6KmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R)mQKwh-)Ki>fZ2B`3-UTD*%&BG5r+@(vGvd>-;4b>ZX<*KSG
zeU9Wsb&c?4hr^<hbagZ=D#Io(dgG(b4^7cSQU${Q38q>)8WxpdyBijjktcNp7Wll>
zvZsIm0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@o&b5#!e0p&Uwm;e
z1u8YITem*_^wZPs@>S|{BrmFKgfEj9%}?l*yeN551k3{A{{&Ml$&2PCcUs`N%A^iY
zEqe+GAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag;0cfyE&P>GU0pqK
z;>0UHd!2pu*<Kt}?kw7;Paj`2H0@h`j+;LDB(6>GRxh_`@o8L}-mR~kcBYwC`g%_L
zHdVWfEe`?>Po$jP(k>)RWl|$s%qx2WmgQvHwX^PBN4LD>JmWfP_SOJBTLes30rdzV
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tghX0C`d8KKf^$eb!4w%2Vj&
zS@T|b)~s0@Hf*@^$}59`$<oqNeU5R3MWr9TTfH1tSXBD4yn-{$xW;l8wJQ%%NfN3e
z;A~h_My?i5$bu#H#4ZHV3WQu*dNW7EqB88bqMLc?C+){aWwr(Ml}{M~1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**M1Z`gbIahl=bj4&BYXDjIsEWz$dDm}
z1`Rsplv7ljHf`GIb4<+h=+y+9U(kI_<&?`0Mo;Zo>grarAm!|4T1%$-Y)7Z)KY0SC
zwPdNUsoUu2wx@o*yIb<so)a^&TnOw!009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0-=I0eXyI`_Hn+_|%3$BvOglKLFUiw5a*A5)pUXnqo>&W1%L=4x6?rg|sx
zR}8YC1WaqmQtxP3REF(tSX4${P|K!x24lGp*o6QB2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfIx8ykQa6FbKksq^Ft3kv|z!4FMjch!SrLWMxP^jQM-?BrI%Cn
zk2}2WU!HPw+xbw+*-c+RVaml5;$o(834~c!zBcaWMQabe;qDgKCr&?+1bmC1w+JAB
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p~XS)af<Qr%xZ1ew4@2-}Tu`
zKGu?w5^q;|dAUAE@}f#i6?7j{+2OFLBwZa1i^{N_4U5XiO>4<iA1Mb#V+2INw3aOO
z<VEumI%T=$MZj_)unPeM5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D<BZ
zATR3l=YHOK=c&-+h!G=ZefH|wwX3T4<waYp`ZTW1X}YL`&(G7?_biR)ye_9M-HnV!
zU1NF4Q*lzK1){DoX<vO{v!mPQ+THGMPA@Ze2cN+O!XXGCfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0th5qfV`;FpKo<_^)bgBqoSdvf<DK%!lKeoQN7~HZN`=V
zjM@)*(R>I*y+GUzWij%62}E6E(%#Xqs0`cPu&9hYUn``@&zr#o!XXGCfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0th5qfV`;dpYOTno@<JUs(O8niFqEqKB*j(
zQ*|pG-tv)_jOV_f)$>x$Zc&$Ikte&Deg*<j*O;_-H!u3Z-dcCJ3_e^AX}&-P7YK(S
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_GYytA3u7AE8H*UQ2(o4_!
z>~-duXAT@VuvM#8DlFQjO&fiV<VAIj@MVX?qLOqaFPe|gY53LUwQPPkiXMthAnF>E
z_T)wL5;`rmm02M3&ENvz5CjlF009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1d=U4UevkI_oI(Kde`uJ<&{^CI_fBu6!i+FrKS2D6O$M9O|v;~bstmN-H?@xeCxg%
zN4M0TrS5K~wPdO<kc1V(a7e(kmMrxS&5ofW&`bf#g}^QZibtSFj~->8y&iq^Q8jT>
zy=p)K0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5-C7l)UA(o^5n@G1S9o1
zk{1mE>OQ72dC|NiPTdWQ%E(P?$yDFWWE6)Np@3;ES?Y^Wi76MYfaOA9SCRz!_3QUp
z95U4Zk3atSBu&4`xtwsq3F@ow?|=V$)!tOE8WetE>C&a@BbQ}R_ycBy2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IaUf&h8ZLiiNIkKx#3k5#|<hA-&-lNSxT={~0N
zp8ECfZtv{e@937=waDGgw3bZuMVskj;u#B=){><@<8yH!0?r9oE(CTZNuY1vzQM0{
zmKymkouuhEITuqd)KuSOhlSH%@#4kmgO+7bI0IuO2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IaUvH*F}LjH7uW9!<rtM|ib%a$!m0xzjlKbxvTRaKSV4|!1~qYAo@
zsqAi8R7UP-SX74XZdg=CZdyyGdgroO3^?xsrnO|L&-<7e00KD^uv`f2N|FG1(ab(g
z@}il!aTEdwAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0<H^?7j^3sRC&=q|M}0s
zk?-BR_q5YaQ!z-dAR$t{C3#VwkG$1=Ol9(-c?q487tL9)iW9jgVEXgQQt#q488ZTz
z30N)!b|qWj>tFx6`m)!jPoHE@Hsjfm7tNTC0}(&~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILa9V)8s9PVOJuiCiz4xAY;)%x{e#vb`)o<nc9Lb9+7FE!FOyyL=6Yg%?
z_kHB(ma1Ff?q*s`ruxhRQ5;pw0;aWOsV`<O=3Z<9mJ5Mh$rczgWQh8Xr$46rkw+dW
z`|LGfz<?ma4L98I+5WQIZoAEE(4$8WRr%<nk2W?o%45*aI_s?V?b~<i)ajy&E?To@
zO|UDkrmn7T*|KF9UU;E=H?OFu=+dRjh!G<eE?l^O|9;aUrurwJd{Pagd-v|aX49rk
zQw=V^{BqU6H-1&`%ZrAbSFpDY8#as?Ge#)n>|3^M@%le>=+JAgy>{oFca9u6Qcfgu
zm%o_w>eXxX=+OdFUth0=;T3${rc$ZL9((NEbI<M2p@TRNA3pr)r=QjjnKWsVoKBv!
zpgw3RsOd{#_3G7nd&&qPfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q2&Y$crip
zCkmFlsQmUSzsBl6o2s%tHS(g0MHO@(Q`z0HsEpjvu&4~%-LR;P+_aWV^~DzDV!q86
zFs&s^ee+LB4+yv-V7U<3m23f1UR1s+S5{W4uYW4s=xIn`Qvb(Rn>KCo>h)aZ^y$+j
zXsUWp1r;vUVV`>HDaksjHhQ6L+qQrF;~(|LO_qJ%^VRUY10`VDxpQZAidSBFMRll;
z|M$QDecJl)^YZofr$7Bkom2{&H*fa(zv7B3^m<=eSk|v!uSOyTz1x{HXAT=S%y)>q
zojiH6I%ML+iNOYX4S7*zMF9Z>5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0iOVQ
zQ6ET--+uDRCl_CQ@u{I-a>E?&$56TJ&OP_sBR}t|*By7<q5n>*m-R`J7u99FvhHIl
zJDnHZT)W%REwz8SyPIh(nd)7MU@^|Z5iqSKOMT%Co{=DsZ2`-Lz^-HqnDU}B>)UU?
zU40LnGG&VHAh!usyG}m&WVK6=GO7l_!lFfs)FDz>xpHN&jj!g}XP?y%X|k+`B&SZD
zs<&UaZk_7<$Rm%G_^8^ekKdFRRmTPkzIo}rjT<+vw6s(|BxGJx4w1;Hev?(bTfIYH
zS*2uk3SS%VEqPJ304N}U00IagfB*srAb<b@2q1s}0tg_000IagfB*srAm9@qFX{uy
z@mu|8>$E?2nkswt>}lF1_4nU@fA8MCy#}pXwbCa=UNq>Y`<Tk)Me~w4bvG<3BR8!j
zQ+>9hQ}mxa0n=Kt)F%&t86jX2uv`f2O16L{FZ$6(AF1zw?b@|#XlPIr>hDC-K%SYd
z>U~khtFF3g_wL;i$o%lb5Bv1#qk5BDh8{e4&^xNOwpPE9sXQru=gysS$lkqs<>r~{
z5E(%5$?WR9!NR-mzN?OvyNT+d&<PVJs9o|Dc>P#?{Fc0En0ZOJdT(;ZZr!@AUAtBo
zW$sItF5R|mn|EsYS8Vc^k&PQSN+?vuDK9bk%U}MY-*9!|!i8#_zHUd28dXzMBX@j#
z`Q?}ONb1ji_A_;e6n^{L->O;5XQA(+i~s@%Ab<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0ww|V+vpE|@B>pDQ@uPE(EE|@(n~KjwNbxpmXws3+N7;7FE95xf9tKc(l*d5
ztE;Qk&xP_+tiG$j%hz3Zof>(hg6YxoUMCk^aDnQrb?eqT0(ns-qYAo@shp}^=I&Ng
zx6#p!yr?M$MLhx{VEXgQQjZ$~#Uo(35ZIM$0ZU#~CO&fHNc9a+-QiQBi4yqq>Ls99
zS68Qq^eE#o#~dRq)h>CWz3NH|t5&V@b}d-2K-Ek1QMLC9r<`(%+8gz$^!mRSlY5GK
z9ZFoYs;Wx$DVbRPjQaRZdC`#bl5X|h<c!<5Z`aS&WO>e<Icl62U38IZuXo#_LkB%Z
zJ7&xnb%+mh@#4j5SKq#URc{m!KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0;L
zB0yf$f|G+?Dlhu&Z+}~ElGEf%-Ihn?MTZR=_MO8o{pWA><Ea!Rd8<!^yr_=jm31Fe
z+1;?HjNH+%s0^FDXz?Vwm}v$Ara!MN^%<OnLlAIOz;Yq5E7=0}yyz>hyrRAeju<h*
zqj=+uH&o@=v14@~J<53Nt+(pCq<rkL$EpL>1Ma{3-S4VODU|)=OW!5`_|Dg%{q2Jf
zKBx|tzr=ZsUwY{!RXKF%P+t%F_)U4ykn@tB_1?}q?>yhR^tT^;@WIc2{_}5r>sxXU
zQu%9(XCVK6Pz_bTBdFf3+$&Y@N53QMz<~qxUF1b|4ax{0fB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2!s?+dC}vKKVE+Ii}X^rxViY^i%qBF{-P!suU_Rv$Bi3jZ|Uvr
z+O@0qGpovr{`Iea^>)dvkn|s6)vvMSMHPjq5Jo;#x5C}6`oLyKH+Rit<YCs8-p0{H
z7Q@b?fWCf0mh(7TPK`j01wvjFG)ta<JufQHMnCSj<J5OTc~ZOx+;r1Ts^-l%-_%X?
zDC3ePOY~h*mOEam14oY@?d|>2m%gMb?S;!OyUf?2{jEIJU3Dmryq7zRN_%;fys8Y|
zuv8zvDK8pwUUDwIH@R7;X|%eh8k?^mU8%$MZslLksd_2sw<IMms>@JD009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I`U^0hJf^{e&0kt>p=T<VEeDON@C@Ing!OT$A>L
z)5pO5MT11TkE!f*aM97Qs0`a_cGFri)#o@##px0tU|LI-`UK3HDIgG1z;Yq5E7=0}
zyr|6mp@$w)-v(#To-L1<S2ysNe?aHM(W8vPT&4U|JJr=Cmt5i<8$K_p4)LAT@>UK}
zXMFL+7Y`mhSXx@@)yTglJ9Oxf?^u2O;q#(t=OsPsy*={CBffKaZ&$8dsYYliNLT7`
zz1!u>m#cay+;`u7suS{}x(sCm5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R%D=
z_|0#Aqke<SxNzEOr<u-9UeqMx)n}X+m8Uv-pO?D7sMq11J$tIFt1r6fBK_0U$3R|G
zm+{KFkExuhf85<|*TJ_O-N=iEj78C`I0a09URmmk6N*_Er-0=`U{|sQn#_yJJ^9ra
z>0^#LX3d&4>dWEWxpRFudX(|@+i&;n)o)d*_Ud8F+ittfcStkezWnmbYP6SMe)&^R
zJ*D2tT|I-H>*F`&Mb*gF;c4e3driHm1Enx><VZCniO$Mj233l6;lhP#mvp6$vUGd@
z{r9Uw$crj53J4&800IagfB*srAb<b@2q1s}0tg_000IagfB*srWGo=hWR#x{f0ohf
zj5E&ge!o+XUkna|ylBuwugN$ss(v|Ly?V9Yp;vzGwbwd!?C7<TAH?+r<V6*oD(F6@
zvb$kX8M&ijQ5iOQ(c(;bG3$^5ra!MN^&xwv83G9quv`f2O140gc~P0Z{=jrStSJBR
z%7>%x?bfZE+>BH;_}kz9roK!{L86=9E<NJdxpU|G`g(Op^9%BKH|f(mZ%IkXfB^&4
z7~XsDy<q?P_)U4ykn@txO}**om3y?RAuU+2K;Jcd_;9sLx>CC=-RhXWyr|snRrS`r
zdw10v1q2X4009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5Xh3i<jIr0AL%Z=^itC)
z$cvg}y!xnl(Nj)2Mg1`975@C^Kl@H0k8y0-vZZP!52@4}BqlGaPbvrHRO)GWw>Lko
zb#zPZTIB8)by+4Loy8P#ED&{#N&6g+kkcWMM}Z735DrO(K$yJfmMvS<S7lX@`|}3{
z^eCgW96NSwZEdYI+rEAKsi&T*j;*Y$l-rhihfC;G-M>^C3>`Z3?YH0df~N9c*}H!I
zdbyG5H^2E!d76Cij7`?eoH<jSR~35o>Xr6Def*}psB{u$Uedp*H~rMQfB*jdKl$Vn
z*(<Z2GG&SytrVmyb(E!BOJ4MuXP(hJ+_Y(v>W~5g2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IbPLx8+!^HrnfMc;VijY}@MWW<OOk^=R9A(iLR%kQugCQOjjuJ@8B
zKk7f8%J0|uILV9Z8sW?ChDBxMj)p~L*zSf!W#r*km)A0nsVYwGs6f;;ChZ-aDZ@q}
z1Az=K5DrO(fSy<E+qbW2Qp1J~)4woFIqgmR^(dpSz5aIo{Q3HcmMvSR?=_V(%Zu*V
zu_M^wZ+`O|eE_PgkKd9P4R+|&_~vEmO`T2(4?XmdsW-h|x>843y0zp*tE;Q^4!yD@
zb>*dcrhotf2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000J=zkQZ$}X4Jf>I%8E;
zmG`Tt<VDAf858`qRMp6%D%DX^Xt64`P471MWi`R(7s3p_q49Zlw@rHwIJ%|wFL!qf
zv##_u8Kj{&q{s#I^%JsO<YG*}s02b@6f{eoK*+qP+@fFq4teB}N9xa-S1fvzaq85m
z!CU=HCle=5l*h!YL%f27GuyUptDhoR&MYq~{p)k|y4|;LpKk!(TYdbdylD7&nR?St
zEsS#O)Zk?M_3L-*t+%Rr=}H}C>DH1LmBX*N;tJKFUQj(#KmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~ffxnIi#8uKmb~a0XPlw`Lh36^vQ!@@c~PH_yw!b7Wp~4(
zGIB@5qB3lE!=f^B(^@js7gdgn$;KjJT1%GtSk6l)2sj~Nxe(ZuYymw>X}Q0sBs{xz
z?W(>O-gVbqX<2+x#)gK5g$ozTy-DQ;{t^d0@4WNU-j&qrN}f>v@WT(wWA3FBc{D&p
zMa37s@CA81{iI2g9((LD??LTpPugVV%9ShC$fa=k<(Hcd@r_?K^VNr(m+vUmo39{|
z(Z!1w4<0<Yyu4hLglpcsd2$M=RKu38)KQjh?Ril-k=$5SK5<_(SM^K*0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**ViX`R+I-CB=SAfg=N>(Jc)z`#bIv*Pp#*Py
zq>q!lsQR5+6?7j{nY?ITLZ{?Kod{(y$b1Qy{=Bl(=WD2(7lGUhSS|#1A>av&9XnQi
z8<dBer)9B38Pm3>5&;AdKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q1B70C~~o
zf3nTbi>jZwrEtqFx5$v5d+s^8f03&9J&*q3P21wynm_&K^q?l#{6d&vIGq>$U~jFX
zTWZ%LcegO>N^g_<FcoKXT|i$yA<M2$neihKULfQ}L9^l%ko!`uS+l0BtjzlwIehqV
zlLL8ClMM9;Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg^bYy#v(oBxStoEO!9
zyjFopdETWw<MO1FPU_XGmpuQ`t0yn2d`yKfpCftEyd+ND4U5Xi!>lX4P52NLEfMep
z^z{?63>^Z+BM|bUpjojA=#NBK-wfY-?>&=){+0XpzyH0d8TAMtfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1t!;swZyHvc2eI4}C*i!XlnyWc(Q@T+s@&ff3c#~**Z
z`r%s@+O%n-k8{%}pTxE4-6p=As(;+w?ZwSI9o^hDmyt)kD2gY<#Z2Q8h`Pq4eO#xe
z9|Q_tAcG5pLyAElm=~QseY$1h<V7tw>_Pwm1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|00D+<sATQedk2~YMsDA1*&NxG*LxY7@ty<}g;|hyPKYF)`FFPGvbTlj~!*-fI
z>P1ob;VVX1XaZ5!n6xjnDKH)cvL}$i1;Qc4AfWQ1m6ereo_Xe~Rjcf?&Ou%@`0YJd
zBg3|jlf4KafB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!wgt$GHeWcFyy$nn
z^Bv#M%5qOpRZ~$>p^x+7P21wy^lo!s{!@IfFoRFkt#EgH^W$1aw^ZtBcegO>N^g_B
z&=fr<RX|@qA<IdnU|t9W1wvjFG(#Zo0_sb<r9fUZ?;jHbKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0rH~FUjwn^MOUw0ed38H%2Vm(R-$QtXx7IWS6Ec~(Ywuk
zIlj2)pTZ2@-LR;P+|jV84BOqXsEj<!y3*SO!%oy7U>DHWPsp;pL-rz&B!Q3@1<epZ
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+Vi~xDjFiQ3|vE)V7DK5M0
zvf{~$s#)iz;PivhKiFIA=$1-7<?a@BWhN=6#awbD5Os}7``iqSvmj6i0vTK&9D)D>
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*s}0rH|Ineg@T=0$h!-aTW+
zjQ{wL{}?xJTuDiZmmO{0y0t!@#N1z0pHvRY<VEw6ICVEHDkG1&EDIrC#TeWYh`Pq4
zy;~Dxv<NguAcG5pLl8g!0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5J12r
zKwi`&W2&#KtK0OCugfpL+)H&z!qaqA$of<&_3X3HE<OCZ;)*NOjYiAL%Jd!*lNVJJ
zY<@xaF_lxh7P-4sAK2{Zwte46?rx^FWU6mYEQ(``Q^2&AEcL|+#jJ}{z;Yq5D@g)>
z%Hb<XZp;M%1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILh$=u{G?LhwHEY_n
zYi9~KUVQPzk$MX@zT=KNOr7hE$%_V+bRSdM-LR;P+|jV84BOqXsEpjSmQ3}<8R%lx
z%@HuIB};vCPRFqbxFuk@5ZIL@fgHv~|CA&*=7InM2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000Ia^6(BDfNlYFSA51E$ngIg_MCwg%ym|BH*I$3VU%!5;H(x<-OkUK7
zBX4ydQ#rNsA$PZ$x{YkP7ci|QQ@vY3EJj-h0;aWOsV{_KGX?~5BVf4@*p(y!@}f!l
zG?@zm2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IaUvH*F}NT1FPH{1|RDykZJ
zf_$XjRO37Eyi;}J6^=go=#Cvbs>;gBO4V2j<VBT?D(F6@vb$kX8F}ublAKWlOl!$h
zpPK*`XGxNPX)RgmlQezif`DDXav`uQNdn|Wlk{ma7X%PM009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5GZ5;@}iMG9hDco=9+6#pS`ZT?m92EIBwjyNWH1X{rmS<xks;1
zQc|MV$XnG|3OUG&$_+c?+Vqk8%K99eS@!ju_N~)-(fx;Bb9CET_pZBJ+J$7Pv<IKq
zi$GAovYbr2f}K!<KvD%vR{`}26Cf{|un&~!Ab<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_0K*0)-7mf7MsJ!U4*Iug*Y<^z!lv7Sg8xvI#%Brd=bvh}K7gaK<p!=B0
z<VEw6ICVEHDkC?oB~yJ;BU{WXdjh7lWU0^IVCWfvLKCoD2<%Fd0C~|QeVWV#0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**3R!@>XrxakuDs~;&p&_u`RAYY+3ScS
zj_`7iC!KVX3PAb_`Z&pp`f%i}?qe#G7bPzmHN0wCOQ!lli&`<B!WS^DB};wbPl^#D
z5SM`ELSR>t1jvgf>C<E`2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagP{;!0
zMI(JWapgt7_{A><6OU5!z3+XmqM{<WODgqok{1mU={}}%YR3caZhPw2JGyP(_mR7s
zX)T%R<BCYpPw@zt){>>ZcyO300+tJbT}cukFPfxJler*(00IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb>z23y>F$^y$Qv7j4z5RWR`=HQ)HgH+uH$*|lp|-`<jv5`CQH
zMSVW<R`)TL-3^P%$Q=!f%COxHi^|ANYspkkxC?=(0;aWOsgHUJ+9TkufaOA9SCRzC
zizeyQWG)CGfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p~|%0=dbHN(S;PO}+Z`
z>7zn`d-v`wOtjeZqW}4y|2b>ctYeQoR?R(ap-r1MI!F%kqWbBwS57<G%qqhSGF7|G
z-7V^a)C;Hm{zI?1yM<X-dK-5`S&Tei0{Z$1S<cr`IWGda7YKP#(9Cs#{N_a)8XC%?
zyw<K=>pFP$#((3DH;Uyw_uP}cQ_wR42q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00Ia!M<A<t(blb7XO{gdp1kPWZ@(=c-zle@VuzCZk?Nl^dC?%3?qe#u8y1z37f${&
z>PXxTi^|ANYsplf`!E$}bX~x-mMrzIPnq!}5MID?A+Re+0(sAi2ESNZYRHRP*53H>
z<AqNCHJqglyAVJC0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKp>9-S<Q={efHUw
zA6qTEiY+fHkD=E!TDEK{Hx$)tDk>`UMM7Rw$MMR#kExuhp6BkibzhC68+p<2$tYSD
zp@8YnD@%P5Dlz4v6|h_g>`IbAe)FPfC8tfBCf_jS@ds)5QfU$(FKUvZ9svXpKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_Kd0ujh+UUdKd{eSqwAC`uD{rcCxRv|#w^P=_j
z^<&45?cKZgiH4UXLcPg)_ZNNUnP=qp=#CvbDuG}@UohlF?LNAdUUoMuDkFC^EGok$
zFIu!gFD4#FK>sr;WI0T?v_T*l0wFI7nz=4efO*mB)2GX~&Axs6x^A1}@sk(LF*v6~
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I`WRKvwgjkp@#;U9CcZuIEJ`ee_W^
z7klB=S6@|1k{vBAEj6`Q&7_cnyl9ISpT@Q6Blnd}lg*&s*K^vpsT~ivyY1M&&CzYw
z!MEJq(k>)RWikR<%p#WpmgQvHmCNCAE(G!`V7dyZPndvPc~SWXadYR+J@d>n+qZAu
zwr$&?Lx(>2;Dd(_9rArBW5$drD=S;LaG~sy_QQq^lg39LdE`}BUG>g8?|6;t>gwjq
zne+9pf4!=zs#~{iH{Eno+P?&;uH>Jj-FM%8az^Q@OP4NE|K5A=`Od4}W-v|}tvnv0
zLx&DB@=cpINmr><YVF#!Q>IM$>Q}$osZ*!Q%1X)5$~Zsx-~)9cudsgodO1pchnKQ?
z$=~u+<B+3L?I|FD00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>!;0^~&_dERit
z4c^b7*Is+AI`F#duJbC#jT`4x&YwSD{aR`-y!qyvsvjvl|NQf}-FBOND1!$N)(>pm
zy0zYnyr_=jm31Fe+1;?HjNH+%s0`cPu&9jOw3bZu`3+Wab{7RqYspgY;xrjE0+|U|
zE(CTZNx-4J=$bWaBu*LpBHF!s_nMj-{X@CpiYuhqkAC!{e*O9d+rR$$>(c(X<Bs#~
zk`(BkJ$v+ir0jJyY0@Nl9)YjDyj`+niLbr9jXF;0{N$5Q);r(0aijFJc=2MrQZGO7
zzytbu*R5Np@72pHFB*PSde4**KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+V
zMgj7okuam?MZf&zFE3B`Quh&+dy2}B#Y>kiedr%w^XAQydk3jsTIK#c`Z#lt7u8Rf
zy|S8M^9x}Hnc6zr-EI56j~v}L?LFY`7G_=PZ88f)aa1u2=<6qBxtO__d$9?GyeMeq
zx_~QrQMu)2NlA%(YrWut3*LYK{f35y#>Pe|3>h*+DkaP*cjHu_g%|Ra`p%s@%LES|
zJScnRww(R@_m|49UAs!ev{$cQ5*(EqkV-$2w>;*UV`P{7bwhRH6;xMp_5}+T$Spdh
ztB*eV=<2JlmiF>`>#cwI7cQBNQ|@v4$Rm$<ovQ&n{`liR``OQ=f3IG~xnswUnKNg4
z=MCQ7RQ~mx?7I8zyHyXW5NTBEC<+K5fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2p|xz0C~|!o>B9ng9Z&s+kdN8t-POE<>%Kged$YH+5TU>AM&C>E8WLbb~h|4BX=|`
zD#La+EGi>6ttC@^u|>I<Z}SCAYspgI{FBlH0<H*HE(CTZNx+r7=zswO<SVE=1>T1*
z!O@;Qd&;hrD_5#rD&+a$haaj+DQwxY#rqyBkF(#mZ=b$P9yB1kDk>`U+^IBBU9DKL
zLT@kS(W6JpA@Z<zy*{&X%5&%SPVD7bvu4S8<sl2cX5+_?mwMUjtCzQtMio4q8UzqP
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5Qs&9yl5oG*z=;#KKrcvs2b*_kCVJ;
zP)zqRm7UIuRv*~x=(f3bx4WBZEt%?FiC{6#!Vxg7B};wb44#o7kZl3Wg}|;P2{@4#
zRXNYyyLSiiCCMq@PR~F8e6`C9d0u$og{npsBq=J5XUv$PYP^En!_)hUyL0DGeV5nO
zvBw_k%aKZ(&6_v-4#{ks0|yS&&)8(yJ4?52-Fz)gdC{n&@^#Bw1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILh)aOHXe7zl^P=+PNAE{o`L8^l^0d=V>({Se-@~sj
ze({THS7l|TK2GwYN=6lQA5)pUXkHSh?uJEW<fgS`s?T<GivE))U|LI-`s5)nBLqwW
zmJ5MhNfK}(FS>mBa{1cXyLa!j@^TYV+1sg8C$-lLdCs0aTh*w7bRvzPdFB~a;}s+h
z>V31_wr!if%j;^wgb8}3Dz|OhR*qV|dbL-R**K?7o2EMS6(q$vfByWDBS%VLwY<E%
z?C`6!wA34_FT!fdi$)!lZw$Oe009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_Kd
zxCF?HMv{yxFDeh3^nPR2|0~b3oHJ)m%a$$mO0Qf}QlgJD2YJyJEk2EF(?{+r2WOgb
zjj!jlZ&SM#xx2lxZI`24P2EO!x3mk%QfZ1jQICL0z_Of7yG&hCk3jMSOjiN*2@`N4
zFFJGPOz&%|{4*~3CND1uPg?SmUdU6Dmcb88{$-eSr4pX1fjuw!t6%*}wbTppFV3X5
zhaY~}tITYibLY<0`&8u(8#Z`(RMS`V#>Pg~SPG`RXw*^ZeNsjM0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmdUl1;~p=!i*~~dimv-2Y+?F@x~j!@P#h~>!n6+L#mIH
zyl7BK_c4{-4U5Xi9Sw`hu-y%d%E(P?$yA@buog4Qwt#6ZS?aSrB>G37a0DzD0=tqV
z;6z?@`t<3+@1MaMm7k0~FM992_on^OPe1*18OE|@%e=iYj#K_ETj$Q5rSorn>sznC
z{`#Ihdt`Rr4MqR<x4(IFSM&AGZpw>B9aY+yQi%Wp2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000PYyATJupFs{6){L=dN+i$N~v*z)~9}oV}EH%EnjLKVmoGn&;8rP<G
zoA|QRc~PgI>hA8~qh1t+6S86?t_Vb3W76K0sWDCjnlF&S1;QaN3OJD$U9x0}d_^BV
ze0WIV*z=+jCr(Uz>UQng$-rKE=_PM(jN^Ru)mNqGBab{%f}_4uzw^#JvP)he^P*8l
z<vSg35kLR|1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0AT9y&qLC!+dC`Fb2mbW%
z>tFx%U%j7D2Mics@BhGo1E2fc=e)-Hf92_x`di=qMdJ#KN<T&QA}{K0ZZlsak9vVL
zKO995#U>DSjY<1rBVxYAERewk!XYjSIFT29@4ffr%ej0-udlBUgB*Kav|G1s-n~8b
zvv1wH)%z<$O-+qgALBTG_q*Ro=jWe)zJ5lpJZH`v@4RXAqIchYx9^asqw*cjTLch5
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5Qs~Fyl5mzdtTK0*;N0pJYT-a{$F_E
zh3l@n?%xi-jymcn{cydk_d{M(*9c!GFPg8^rMu@1zq-7Z#T@Hm?wJWhU1QQdvlDR?
z0xk+<aDi}$ivmvMMFqBR-@fwYT>kbH208Y;sGRzVC!X+~`l_q0l6rY0y<Q*JI9IJ&
zC7pNe+SL~dl?T&%H#L>LzFkwNPL;|VZ@f_-k5`T~s^H<&Ab<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_0Kr8~}MI$k$&5KT-K3#qoP5Y7uI7aG!=FFLC`;kh$pNBVX
zi)+)n&3)N4*$nE#3_i7Isk_@dJNG-fZQWPn?iOZU>1|w$V=?CZ3h3)6WI4YB=IjXM
zQXu3-K{M9{T*-@W+_<r%q(r`^UUJDL8#Zh>bm)-C%RN79Yir+l<Be(4rY&E-TzwYV
z$cvVimM&hr_~5~Va+aMtcV2(}_1<@8IlDTq6yh4E<U+mv<)5~F{PD-qvrPHL7hjY+
zovQEZzP#vTk3A;4Bx1U4+ctejQAg!FmbVBXfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2p|xb0C~|!l4<jz@=W<jlP1Zt8rAF6Q&07NMU_IN{-yDzO`BeM<rVq4S$`zG
z{5q`n6IWPN`q8`1eOdk1-26hA!Mht4m61Cd7L{SU8y1z3hgny8n_R}II9D<R^z{?6
zoQ#Px3k1RlguEzd=DL6@c~Nm*yLPSob1?PA)r*g+xAW)ESD!`fc~QA(XOA8|)VWk)
z-n@D0q^c0hIHkAy@4sK2NEIq7DooF#udAzT-@d(SS$6nUU0v-BEc~d{L?|GD00Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb>!;0^~&_d8W;a278bni@o1T2Mrn&+-s^?
zuwcQ(7hing;nx{woS}Ycm4f^%s~?qvyr|sJG_Fk_d49`{Z~xrgEtPuO(XGDm1$Vco
zD>h90i8cu60#VnPwAT-(j6kvlGPpoE#6<yz@}j~kxA$DSbm_V0p4+8M7x^b$9XfOv
zJb3Uex7@ON_3DO(2IU`nUR3^mA!*FJ?z(H>z=875$~txGblGK>$!$*68GVK3kJIZ=
z<~3^6D0u+AWIy}$>nAgndyPs2)cdQ7@BX54i0qv(VM6!r-37;Mqw=D%H{_^%bKxxl
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IcaB|u&@l4SPsqVgO`Js=t^>*FLZ
zs%wNVyBijjkvkd|m0`OZ7L}2QUtM0yWCypHT{Z-wt}$t!jbYFy0);7%!3Dx0E(#Q2
zUbLVXEz#408YhE6009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_Kd!WSSf8tF5N
zD=+%O3oqPy>#cHs9`(B5f(wEfQN2bVXJYcA`UIO<)_qLn)W%;pyw$Bpxw(-SEzA@a
zqbd*q)1OzC`T`j_!$2Sh0+tJbT}cukFKYiZ$&1>3*oy!H2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000Q9!$cu)zl9sXLMYn9(BF}R)#Uop{ZhglccU*bpl`UJgRBhy;
zllnNxiz*pa(0xp0hr^<hbagW<D#Io(nuACcr*K!m^yihO-rdPEas;9ZSS|#1B}st1
zsQuF<FKYK;F9HZ4fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2!t0PFB;xTTE>zW
zUA1bJN;w7#6%`e8=g$57=RdFSl6<K?&K%@L_0wgqtk1ET<uHRxRnK#Gb2oJ<kEC~Z
z3$w2DHc_Kcv`0W+KOxJYAy7O5AukG=xh_Cn)cy&Q7q$Da7XbtiKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1i}lD7Y%PEE#u9LR#jD9{@H8TuwnMVq&`maqCqR&$5eJV
zEGi=>FPfLosc9{l>We4D#Z2Q8Fs&s^eO#xe9|Q_tz;Yq5D@g+6MeUy^c~QF$dl5hY
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKp?yTdC~Az(lTmZ^wd*N-5z-T_kaJl
z7kBK|t(!Xg>eZ`*8A!cGwUh#RQC-F>>prG(YR3Z(Z}pF-9Nkh+rJUVNYspk!_~9!?
zSZD&KwPdL;v?(wi1hOY!xe(ZuBmwfGN%}OI3jzorfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2o$madC^FpPSm_;FxIHobnMtsojsLGO`A6DYhU}?;K73j4jkCBWlOzf
zn>KA!ODT{S)p5MC?qe!D92S+NtD|928Md=wQ5m^uEt%@G7n-8yqzahUlBGVW6wC{O
zpn&B<U{{g^$crZF(_}6PAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg^b$O7a=
zBYip{^P)?ZEC~i0gEi&l<@(tV9Xj;4&t7-jafj?xhm@3*=q<^MDj8MKeN5$4%>s9~
zn!1gSZmGHz?rx^FWU3E_ov1;;E?`<qmU?@K>_s3+0+tJbT}cukFPfxJler*(00Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb>z23y>F$^y!4mi|*RBtAGFgD#~aobn4Ve
zo&AkB-ss%9v#F&oSxR0s2&E(~1$V=uGIB@5qB3lE!=f^B%W_J)D@ide=8_wMv<t~z
znVW%e76b}Gz<w>TH!%X_MHBN;G7$t2KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1P~~20rH}eKA@0!QLoRsy1E1DUMp9w^x}@)x^+`$zxn2ygBeJ@Mzxee4)UTcT6`MU
zrjOiL)+gA^vajc~Z&TIt+})}VY<6@@rJi<oOS_OPm4y(mVhnBxSeBD%ms=BLv<Ngu
zz;qQ*pD=-DehG|pc*5wI4gv@ufB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p|wi
zfV^lVu1I-NQ_rhbt@3`?ZqugC|NZQB!U-o>e(bKQs?vKSFB-JceN1I{!=f^BN5i5r
zY<I(=GIG;eGSxRH7R9l}DPUSlmipp^V%EheV7U<3l_Y`S_qy!WB*~4rAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000L13$csi2i#IQt_NVaEPCKopre@TrQDtRi
zszFIfi9Sy9qDn>;bRSchyl7rRr{qP8Gv&psLkgJwyt34X?3rc=BtXD&A+Re+0_y8r
z4hl(fV=f3FfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!Q~~m$k;G!ji|*L5
zqq4Hn^n>`xC!ZXAHodgh$C-n?sD8Tal}!j4)Q1^lYU3~5-S*V4cXT5!nt;d_Q^=k`
zm_NIGZL&8QdPbno1bmC1w@DSq;EP|zha}aIc_DxR0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*tv1d^Q>efHUBue|cg@5T4}@|VBt{XBj3)mMk%HMLo{ZrxpX-8EBt
z4H+`T^22v&X{p{7dC{Pi?qe#u8y1z3I~o?1VUrgvwEPw0DJTKcpI4Upf*L=AK_IIF
zmJ5MhNfHQtughLdlH8aJ0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAP`j`
z!Fkbx2M>PkbDzu7&&`7d4T?%_Z-2)fcUXoh&!*Q8CodYb(tS+j)CYIFyVW(k?C6$C
zJ>~9ZT1%$-tmdZZJdpyXwPdMJqyv*eAgzGqLSR>t1cKk|vR9KNH|Bx>0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srL={MIUUd8R?b-XS`5WK(MpSBh`;R{QXvByS
z|9tp$)KNzTN3I`EUexZRTj^zY!=f^BN5i5rY<I(=GID+Wgej-ZJ5h;%MIg+&^0l$_
z#x4XBCg5BAyiKY=@OxeMYLaTmybwSD0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmdU-0!5M+z2%l$Zja+NaNt1i_v>q~y*3PQW^G=1<&~B#Tl#(|*SpF=UbIDvPvhG3
zk^9QNIX365ujjOHoqis@!+FuV6)9)8v<t~nnXsf5)5(E=WjUF4<zQ5t0)YY%FkJ=I
zCrqF@-vFZ?n=m@2g8%{uAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tiGBD3ZMB
zfddC3v6vd)aKjDWuhLn{i^^R_|Led0>!&~c=?{MJgR{>*`^Y1Y^iEe^Uak*`yl5~R
zp!=B0<VEumI(0WJDkC?oB~yKYB&-;QLjtC?WT|&(b_^APW(rs?1a>7!Ao#s5do}U8
zO_?&KtgLLtj2ZEEtM`_JQ|PCoi~s@%Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0?8I2FB<9d&30b&t6%+U+TX|JmuP*QImnCZr^{YB?PN2n3^T|*_3Pc;QmLn1-S#X^
zIlF~fS9+UfCZjmK2nF=@6S7={N=&(E1wvjFG;>`bv+sVH9hKHf0-y3_`?%wdOQlk2
z8>q?w0|rRT>#x7wtGVsA+hiEir%zW6VlU+26uvRvc;k&S$9wL%$5+o=1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILNPqx&(MTU+jCs)=J9eCN&N(Oi<Ex~kB<*kC
z6%`fwILV6!m2@9d+1;?HjNH|*sKi{I4U5XiO>4<iU$mJnCZ4f?X)RgmGd>pwBH)~W
z<w9Urk_3X^>#|pq)@}Rt?cN#x`q#gvZQxaI*|NoJ_U4;!dNnx+bLQX_zA29%KVGIe
zYt}4ZJ#P^}009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I`US0^~&_eTXsUMSuL`
zA6tG3KjMfZTDNYk8nkNFN*^bAQ6-}ax{s;6|IlmhZo3Y?<>;2Gp6BjnT1%#S=dxG~
zIPU_cwPdN!`<NL30yz_~TnOw+l7RX;mxF@IZSdg1a`tPkxyIB$>VNW+pGcc9w;{E3
z5_K1O(WqjyM*sl?5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0gC{6Q43CRSB!a4
z)m6w}#`VFF7Y(B6KBls}VNn^mqhV1Qw!2|b8M$dKnd)<vq2fe|5iqSKOMPPI&O{Js
zQowQ{uq#Od!S8k1t1-Df{`li^($dn>y1KfwZ5kUJ+qZ8oZSKGS{<ICUR7qYmOR#i{
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>z|3Xm6#^tr2$=e5^f8|lDcW7XC0
z;lrQ!?A5t*XVdTFdJp79gG#!Osa$*L4R<$rB)y|sYS$unH`7`&)i;@aq5%Rv0n=Kt
z)cbniEdmJ^uv`f2N|HeEdtLTwOm6k{_2uQ|a^6QCc_eL{7hZV58`bXJyH$fJQ>K)a
zmCcwjL)DBKGe&9_E?ju%&>{Kn*=L{Kp+g6$*|ces*QQ^;e)4wp>ecEHRhTqslI*(Y
zo_kb{6fAks{rmUNojdo;GtZPDYumPMhYlV3;DZm!dG*7ktcE0!*F}pKopsh(?b@}I
zQH>fk>ZO-n(i^W|zg`BQ@TII?)z#H{OUei!fB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q5670C~|!ADjw##+Vn?yOQ5<PdxF&e>(h<XV9ykYpbfN^l_3GRWhoe`<Tk^
zhDBxMj)p~L*zSf!W#p!{WU5baYKy65Nx-z0EcIC$3Ed)4fC82afn7-wP+#YAP_Ve&
zc;k&Sfd2jar)_h=1sBNP^UptD-x~~bUU9`0(oB+{C!c(>KAnvlH+l#5?b}!C)8<7d
zPMj#aX3d&qKZUn<&6+im`P5J0mAiNEUQ<(}_uvgl{?a#i@ZezkIdkTy#_QIt3pVg-
z$cri^3J4&800IagfB*srAb<b@2q1s}0tg_000IagfB*srI4wY4G}6bH?YyWy7<t%b
z>(;HkpJ-dQY^m=eFB<$UTlX=QQ}vI#yEQaE@937=ey_WmX)T%R3ovcPkP2MDw3aOO
z1wJE&hd_)1mJ5MhNfHQtughMI#qFJU-to@6b?a7NvpswEc)R}cm%r${OnFghEdSa|
zZdEF`08OP*`XRC8Mdfa#B_$<t7D=(b|Ni?84GnVdP$>)<GDIr-^y#CY)XR%Xz2r;(
z@P|JfIB-DrN~Uz|*s)S6ubn%0>LVOCZk$x!efQmZC1nH<KmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q1Au0C~|!pJQfuQTYM)rkif+)vH$z?bWek$HTwSwz%@jD}7^-
zM_V3o#1Y(I)bk1XU!P&xx9)~TW#o>AMP=CThDBxMX%~{EGRBk?T@{IdWjUF46^RVf
zL_h>gR{`}26A1ZbFP3I@I{B(DXZgube&TC3fBt-_m%OEXtJil~@}g_kuGL$rax8h#
z0Rslec;rFzs#~uh!O@;Qd&;hrD_5#rDlaN2Q&lMiNsXRx!U@uN@#4jL{rK_YrP6ns
zQ@sIY1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILa94o5Xr#|Bv%KhQue~O}
zx|&|Tr(Pa9bf~<%JlI$tC-)b%`{-7BnY?ITLZ{?K34I}85zzmP3R$-F#x4XBCJ^$X
zpqc9e!S8k1tFc=>_~3(b>R>KZ9`Y{r)22=H9d62t4jeep*HXQ0eqMCTmMxyo?%lgp
zx2mvW#R}Pb{`u#t8ZR#@cOq3as&M=5w@c%jZ@yX8NP)blu0a_A1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|00D*)FkQa^gfo7H$ed?*FykB+G{&)EB;WCDK^X8p$$|-V3
zpf7*<%W0eG<0LN{B+`9M<y7ivcelJmJ!3g(YR3caZl<+ls!v!_i|OP*z_gYu^*I<7
zr$C@U1S}T<yOJaj{9c#68oOI<ZLN3e7hil)wN%fk-?nX=s`Lt`yl604st#;^UUd2L
z<ub_Ly?d)Z^}>fAekgl8b?T%ly}an`*|SxRDm?JO1Jd~FtFKlyQXns?Yfwf20R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKp<fP<V7QWpv}yS9(B}FkA3zUHENXid-S!}
zUMu$$t*or{-s=CYsHpJXmX?<4<0LPtD|uzz$5eJVEGi?9CAyiHPTUQP%E(P?$y8q;
z2`h%-kbr3|S?V2{9YaN+nF5vzfn7-w2!5~2UQLs3qeqXHvtM}Og{tMmi4&zJ?JYx1
zdC|FZ=c>bfh34l)XU?4I`N&@%<Sz^Il4ldhtL*Sg{?_2_mB-C{r}pxq^XJd^jYQr`
zr8Fil8kC_10R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmdWH3Xm6#^vO0eFM8Z@
z$EnllUG3Yq&--E5^xrmZ+NcAiKwdNmrTdu5PCt*n_Rt%SZmH^d?rx^FWU6mwGK#~C
zP{6d7EcHdG#FUFxz;Yq5D@g*u?{(R$Y0~Z0S6}tczIX3lX<T1lFM&*{k>|Vzk2U2*
z(}pv>!<(NMoj!ef7@x+*M(>Q|MS~w4H3%Sp00IagfB*srAb<b@2q1s}0tg_000Iag
zfB*sr6s-Vx(MTV?9`X!-pn4vCn7rt(fBoyUKLP8fBQF{x(tS*2@}hZ3oVptpm64m)
zlBvFEGhIwPV*%4zveajME)GP%IRVRsz^)_-1i#m1uck>ixh-dxE?r~*3l=Pp#((_d
zAEhjJ?mT$#VDQ+C^P>9m?p3#A$BvbA&6+h!)kq<DiX}^yNVDO?hwIHOW%8mH9Cjgq
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAW&=q<V7QW;@QZHcI?=(SFc|3v#<Bs
zv13Q?-n~D2_xJzn<7~0&)3`Rh+uWD`KD}m_!VEr@ddl5x|Do3$-BLRra(4@}uJks}
zWw97=-Uama^Z(ep8)!YM!e03KJ|~HIgHa3uA|irV5G^VSex#sQyh^35dbL{Z1#4No
zR#PLsR9UnyrBuPINL7p?s6{~*U=%?v3RY_sS+-I@s9><cU=m0I9FmZahj*8GnY(?S
zvnTU>pZ%QQti5nQd-m+v^P4?qovicsnVR*X&)EbB3{0TrL!n#l0$u+a*v0^Ltj;;-
zoG{`+2OShTA9Ktxp}uU{vPlnY4Rcn6Gm8<50avbE**f6C2Ok{HwadKdop;_Dx`h|e
zhwnaZ9i+9TVoDY7qYntJLunyEfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkJxcL90P
zw(ejL^P<a_FAsm}ZQa(aS@YS?e)hQIj(g5?o>T4(e-V!7*{iT<7-zU!d4b(m>Rd>^
zVbL)2Ov9pK+WCe>!_4cftGLg=GE`19G6M1XsaYSHYj+_8b}3Nvq0lXNf$o0~tUp2>
zt9$Rgw;1rU%PuP_x8HvIqz8787d_>aQ^J`4<A3~*rU8HOgC7*<+GSoe99X>6KKwhb
zX^=@jwwo6{<BT)HOu|1^CLK*90RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0$B^l
zi?((9dYBje*0;VjbLPzA@51qa!{3PGk43#HFFG>sqyJ9twmSE*vE!P2%ch5K%d|9p
zc}~8i&bo^G>@xeL1A!)ic>UC@H;v#Ufe{v{`B3PVyFlx&zWr;dY4xgCy(-LM)~s3K
zzXu#}K<cOt@}f80bW?G4pZ@fxw`|!GM&7)6^Cg#D5`Nn++Uw*+SFKuA%<ZjjeQU_F
zZr{E=jMHc|CMG7r_-CGZX8ir7?dC<l`OR;Jne4gep5gz+mb!551PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72xKZCFWT0P>tS9rocCux``OnX-NN69i$4&D|DJTxNoBpP
zjE#-O^OP5D&6&nNsd~O)(J=E&!=ho@`G!Tq%u{PA)jq<hEtl3Ofz(>6Xz$ZZ3`<}N
z3RFA@c8!ui`5W&5DmC50ubSm#!b{szM|F@F4MP<H&T{;s^7_}m{vGdlN2u4yi-tjd
z`qQ88vBw_eAVqw%{20%<-Mr}5ty>o@T2u}-_t9<r`t>OU?F0xAAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PEj#ATQe1&1%hyhHvuOxvTBkYp*T-<htK}`%QYfhaP&U{G03(
zpZLV0zW@IFhqux{|M|}kUqd>3_U!n;k;#jeSKWOj_DR(nTd&Nw+_!aArlqm|!hB0=
zEv4G0VA{%*rno?AEmgEn@hdVt0zDL{co6IwC4ugL53D~zO}FrkoeLK(EQWpX!3R@E
zb(R+m|9lAlkFl4({N>?0MR(h6x7WPpHQ{4uJo)64!x?MlMZ=UHe)!=_FTFGbO_wZL
z68^EU`|i8H<Rvfp(1$*B!wom=*s-IWbGv!baNxc7-uwRdzyH7k4-CT=2=bz(rwRcA
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D-Ip<VD-MeNB1M@CBhyfBMtw|AqQVPkPd%
zrwgy4Y#rpFgAR(nDJVWrUbK}f_DR+A4U2}EXBrj_)6O?68fKnaOR4rArlbrtO$1VF
zsiJ+F$hb@bL7?J6uxpeAT7R$WU&|=DxfTKh2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXFv@0Ml+Ll;TUNn61PFsJ@ZhEbJeCnf)I;v@?efHTWZizd~i^eiVJ@!e}8=F_=
zTQbgzu06kzZAq=ARJ(i^fp!H_YpJ5W-BajKAYXxs2f?mU5@`Lsu753~<mOrk5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAkeOWyl7iuO?lBj|MNd@>(AMX7cWkoZen8M
zs;jQL?6S+kJLp@-^gjAllctswY}}r2STxLBUUVp-(|G;VsplKYGV@^x)LB<eeTFqv
z=Or+Bfu_ap<ERQW{ZiN0kE3enx(E;;K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAp
zM?hY*j#Aktl@~qXgcE+5-oE_hFBgCK-fzGC%Arz~Q%^m$^{?bJXU>fKpYRX&^{T|f
z4!-`K-feXz-<Y^O-?Hi9+cGUf$$9qbq;=L++-LA%Drd}HAYMN;>$zXD`4gxwQ1hYC
zEq8&|Uw!-6lDn1p6Cgl<009C72oNAZfB*pk1PBlyK!5-N0t5&UAV8oS0eR83^ip}z
zWy_XTjPvbpf4hEO^v*l)Jow;)XU&=wGNSR{%H#2S6&4NS#KR80-n+Qycj`<&->_(y
zd8T2}FzsGNH-|D#oplxWsUL#UlRzO5ub-NAbOff4K+T6jx7-Ed-+237&)v%W2@oJa
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FpTvfV^m1dIQLdmh(CJ<dfsSn3wILA}`t+
zG>v^yb$QXDgieQ&^X%10Q)?;JK7B%5uC!MIskKzm-m6m^hrrYqsCW?U8YO}FH{O2N
zN6F2#5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV8p90eR83#0Hrcz468y$HvCW
zKbpt$yyC7ky(;mrgRhrY*L|hV<QrSB%(o0B>e-W%Hr8L5Z>h7c;yzP9d}W4HO(0%B
zHS1ID63mA{{{(726uRXu(Eaa$^+(9v%KQlsAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBly(2an+Xj^*y%ZuJ}%Pp^Y&1+upn_KZ>`tTR<*|TTI^XyevG>j7uJNSD2Kko0c
zXPwFC8x{>S?@4rXD1+o177a76v##Pk{R>SQc~k}B^;5GxsuZq^K&wE_heEg91$Oys
zUJpCuZe{)i2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5a>ogUbHQ}UgbqstXL7!
zp}!k#d+f1C#h=3G&z~R9Q(m;yD)vd$8=Ef9xHPVBWLkcCP9xirT1%<+*07Tn0@VVk
zwN%kwJ)pe=MoFOJL9lC-1X_Qu>tD+#xw#es1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72(&98FWQz^Px7Ka|M|~5_#=2cPkGT+z}P2M&p0d^lCGJCMZ>hS4U2}Er`A%c
zeUxHau4OO+skKzmKA4F)3xTO1Q1KwxMSuVS0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PHV%ATQdMSeJRxz4qGcrkifM;DQTU<Bq#*iRU?hyy%P>kMyd<GjFQz@~Z21
zXc~Fak68y78;x)0TGn5f?<?siT}Ty;Qz2eu4tWVwET`12ye`me33MZndJ41?AV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0v!m*i?)T<WnQ!?{Wv~8{>ewT<;$1v
zyYIeDd*hGu=FN-eDK8r16!q9ARhJhXPU2Kvbon>BiAy<lv;|T>uPWL{8^qNShy^Mh
z1iJ_jAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&b_L``+Y;+6FZ!b&{irqH
z7+U7eog2>npa1!vp)zTQvau;II^()WdR5xG{GN9%FR=Scow+qOugtjQo4WkfryJRp
zI_oO#6UUs?3DgmY*H6uQoniGMFd70i9}3+F5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7csfjR>6qIHzYKAq)7w{PG6*0;X(zx}uW_P9s4`Sa%&@yL(@4ehUZ#VdB1
zmK+-!E9Vd@y$XwlafZ9?^1|zPsB<A1hebouRbF%$q0>6+D(*8H0WDWCNP&3$)T|G3
zdd@{)xB@jF3f%}0AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&Is)>db(G3J
zo#jQ#!;8v4{nI~98iSlYd-glt@s6cSm$vSmGiOdb$N=6)AD^y&_0}uxxTVe{8;$ET
zF59kZWLh>|+{m`nSyyqN;RdUmJx76f{nV`Ic$wx*pfiD*4~1?72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+Kpg>j(K<?HpPuAJfBoxUhwlq*4MxtIHS4IOj@on2
zJzIB$uOuz!5GwMbtwga;s-AIJG$dU!4U2|pXB!p`Gf%ChRC{NEC`V0afz(>6XrInp
zu6?=*R6GcF5g<T-009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rrs`$cwfmR^~<D
z{N^{`e*5iz^hbYG1Q(YrTh`V%H{N*T>8GFm*N<**fBV~8(~qGg#7E2a@YSR7_;+pC
z(5n&;JM#6$)+;kEJFaPDTJBlV$hNfmP)xTdm+S3bpxreV`gea)BM`_%po0g*Ap{5z
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!89>KwdN@GiiI77cG;VMI{7BC+%OS
zasB%Bixw?v8nE?aJXEj3qG6nP*paVi92N~p*G$8rVcOY-MZ?V7eJFB?V43IC5omXf
zh5l1#@@7Jy-vS*xAPylwpoaqC|KK)v?%Z?EIVT>oXgvGuv*X5|)cZGbPo`%O0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pkBOo9z+SW}x_0&^alboR?yhpyRahf{+@|VB-
z$AA3CFFd;a_y7LiCp|@c$jH2pKE9{{)H8midw8q+#O1k`wdXgoE$uGLen+Q_KY9Y~
zuCdU6^blMTfs{Z84~RnubS!Ye1s8;DWZ3rDV~=gywzZBkF)>kexclzATlbD+OL!SV
z_=m~IKK8Nr>WapXeB>i>W6k>V<;#QNr#|(mN&9y*@}vW5BtU=w0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK%hxLUbG3M`r|Kt@ry$bJ+$~sarkff%J>scJhA$~`g{N5KmOyl
ze(Sf!#>V2*=)#2y;}PUVV~zTCdC}n{PO}Y*hL~&p)m8LNMV_=1NC~vN#zOzpP}&KM
zo<Ii=h(ic;EbzI{eXjiV``mNSZ5=1%MT-urSFdi}JCZFu&x<Zwwk#M<${PUXMMrWK
zxhMhz2oNAZfB*pk1PBlyK!5-N0t5&UAV7csfhi>*FWSxR`13#i^Wv|@;ZL76$GPN^
zOZMJ-@5j~H=FOW|{>^&k%$f1{@}jXu{kpuUylA`MbXtFP6+K5UtmTUOEzs^73;p{&
zCF2vAIszR$APynWu|S*`4ZnwnbZFC1@}f;39ek|Li*_)eLkJKcK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oPvXKwh*huBOf%<VC}Ghn6YO`W4?V+9coE$Hu0MGcK$CcO%bo
z-_}+6mUdU#)CpOcNiG8IuCdTRmrFBG0^JLA@PIgkK*s__Ui9$84}Z~%UKD;y5C2MP
z8cJTY38aIM@}eD}IfMWK0t5&UAV7cs0RjXF5FkK+009C72oNAZfItrg<VCx|>>w}t
zw5L6-eoVCN8D4xJ&(rsd#v1kO8HYtf(lyVpXqa}sVbL)2`m3wx*?l<52-8iV-8B~a
zPd6ghJDmkOct9LNpksj|FM8yWN8Wt%&BZU__uhMNJX&>L^zOUwKIN2C4msqI@$vES
zHi5Ul{p~;e;Sb}(tLrD8c;ei-bHDVZFKyel?X#c#?9oRbz1wcPEm^W8wBLE>ovp`~
z{kL!59*%m=YhJVa?z@K(?z-!)vh(K6n=iQFf>*ujRf`ra3ZsQF|M4IHG4wAx#Fd}?
z<R@=>)0@H|p>r55yc1#P&YhFKkN))2PY)+L`|Pvh!;AWsEnB|$#V>}#pZLTlE?BVO
z&_fRmCb!>yd)Rx+Ew_ZD%75L2dbzD%zrHxUV&wX~rA(Or#TQ?E?6Jo_{_&3w*LD2y
z$N%U@KWd$`76Jqa5FkK+009C72oNAZfB*pk1PBlyK!5-N0@F%BUbLIr-INy%e}28}
zvdcbIxh-D2xcEEiK?fc5f@pjG^Pe9=q2-@Yn=13?&yVLhGI`Oa%k1W3?31c*-SOjm
zOTKy0#^#mzmeg8GwNK|*muv4#Ahnh%+B-XuqX^_EQ1KwxMWE*bWnMIleB5!zh2Klx
z`ObI7XQ{}Gu2`{R(%)l40yCA*j7JXjKlzhC2_uAbWyn~z4)xWqel^wqxzBxW+<(=o
zRYlK#{nvjDA<1}GQ9tm&1Mj=<zNXR6IOB}gp2r+>%)8$8uF(Fmk9{oeUxY|M@{y0k
zjiG+S4L5|WY3n$lC7iKL;kI@t^P;Jd+u|)G!#{Fg@{*Udp6k5x&TE>sj|2!1AV7cs
z0RjXF5FkK+009C72oNAZfB*pk1g4dMyl6MKyD2Xk{=(b(N6B8b#PgIFZB>nZQuTbp
zqG9IpqC*Ltrq)ubJ;ykfIS*GLwU#Q{hdW_sCoo8XiU+|i0zDUq^P>OxpZ{6>wiznr
ziBfsd>#n=5=p6oOux{PDMxznF*fV_RXYv09`(OX-f0ZLtREm^i7$+PRzM?aX5XK3k
z6^YHze%o!g#fO*u7cN}*wXc1x=wEgS-!fX9Jp@*N@rz&V*s&vg*=DFLUAi<36(Xr&
z@Uru_zV)qQ{->RG+Qy9=!>$J&cp$_<i^lNZI(gBb|NQ4g|Che>r9b`YPal5x;ld%*
z1IvaD8;aAt=RNNU-Of4Zobv2(WzxK8yS$}Lh|6Am_0{1kPs2<?V72^*Te!yfr0N6+
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0tBX&fV^lox4Zna<FaMT!Z^iWV9P(P_O=qw
zQ(m;yHug!?ckKLrzNHafNuO!ic2y(Wl3Git_Cdy|oNF`$QfsNAeKaoIRS>8nQ1Kwx
zMWE*bab7eGUIaB?_qx}WCz>=b8nTFc?X_3<)%2v3PAYpAm20oPw)mAb4xKjjDL<Ae
z$1AVAvTQ6WZ+qL@!Z;y^8Ml}HLm)G5FX}IT@r%PD;mzz#yFzgE;DZkiyFx~^*j3Iy
zybHdmb4Ya-^RJT^J?yZ<Lg&}M_O&6H+B8o5G5n(`bUXLlbK}Oc-kKLJr&pi1lnJ5P
za^z46Lp|de&j@F~<dRF`c69;-2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rq!XKwh+)
z+nvgbKKt3vepO-%Z<a6q@EZObUPu4g$F}gA#Xa`equkY0nLBrGJWqMiCZF&z_DR+A
z4U2}E=Nc9b8P{yXqG9H#wUlbF6Mxc&KrE12OBL<$;pzlNTcF}Wu!}&?1)B1r;TtK7
zUpW8$-~YWh*Q9yT+i$<U=+^p@_i)r9ha3|2o_+S&yPR#2a(wDjpBiF~O`TV-UR|6b
z{$k9c|B*)?+0;3Fy!-CEi~jfDe}C)VkVg%B|L_n0u-H}3KYT-JQ|E2lwuOI#gwDIn
zi-u%oamF=k)-(;$^s(K%XgR(5yoF5oV%4TohmU{rH-8i6`B#7SSFO9W5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&Um?i@9qTSr+R9-avxj8lL)1LOU;?Jq!zsDVST-+`E
zEjWCQ&xb$!;dj6L-DRJmGH>3zxTm~mlTY{<`=sg_M=nF^@>ieEwaAMu|Hfzsx?Ej1
z0;!)@746-e&anjY5~z3(>>|)}fu_7@7(cw9J^YgSq8GiWIM<|k(eP!Jq0a#a95Cs8
zinqGQUs5`0x6oLm9N+)`_fOhkx7~INXSv~q8_K;!|1-}#vur6VD_5=zokLW$Y>6x3
z%TB}I#fujgjm7-K_mReZ%6j<MO6a`Hyy)eZUmm*cx8Hu{fvHNndC?Ad3z<)U`qQm*
zIRE_f!#u+`$F}a$LVy4P0t5&UAV7cs0RjXF5FkK+009C72oNAZV44WXi*|FPJIISZ
z{pn8+f2J(9gAO{VIQ!SX{`LL$-~S1ZZ3`DJe5}j=|G#5nWAQxYMVoxW$Ji%TmlqvQ
z;#6K#UX(yuAocUAqCKy?pV<=VMxf$Bu!}&?1zPi>4?XnI`1pAEJ@b3t`(8NRq<PV^
z&N?e}_=7+AgGuLe#T8eCy{R;5d`OXU{LE)Q6E~Li7ryX?VVp2p*;4es;DQUvma_8E
zkA5_C4%>nS3&Q-v7XGhiVGCat8n)T9XBT^mFET9>ttXstLV0*x`M?K05IXNNFItTd
z57=&Aw0h)8c?+2@eBlf6d5d~z43{G>+A5=k009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV6UH2*`_ebFVwdi~hx5{6+C6+VJ0_jykG1`{9QlUN%lz34hy-=Q)79Xb52Ts>CyI
zs!w{coi#R%Jn6^A#)~p8YtL_FS{m0kvMrM?q>9FFVo{Ero&puiDYa{QLb>YcDUf;!
zv=iuuKx<w!oaIxW`c(MUGz30(?%X+PUbM(tmalhjn%LLA_O)>MGoJB`ruNp4Mapr-
ziWRN9LQD9L(=bl>8qacXMJlqG(k_3a4p$ULD>|Qe;)&(Rapja#P6^}eGA~*Tk_yen
z1GbwN?SQvJMqV_&7wQBE5FkK+009C72oNAZfB*pk1PBlyK!5-N0@G7KUbLJ0-a%e8
z{AKpf{_M|+Kj6Ok&2KKwe&B%z?($E%@jT^4Te)JNR6XOcXh^zd8Ws)H&NeI>W}aG0
zsrKm^=yKKF2&C3hMSC}=b1Z?p1S%c`y9o4LVA8zkwr$(OtJ}kGo+0@;X<qc=i!Tm)
z%eMwJ&Fbv4&klQE``XtwwYPpOQjRB|d~)lq(DL}lKR%4}qaXdK+*^@~{OVV~TJxk~
zw6A>SE1~m|M;=*@99Lfd`qziOyUdGTcG+d2Tb)>JyLr(Lcq?S&MdO>RPJjRb0t5&U
zAV7cs0RjXF5FkK+009C72oNAJJq6@NySeWj<VC~jPCxzh@E6r$3vYxhUkVvo!e3)=
zyz$15fBfT*?f<|38_!c-^#8g%R*QX7^~S{I8JG1JHZm>pqUm>$=M~&C+kOb7eqL3y
z_hTByBrr7vDjo#82=rWF(!6LmOA)`^V~;)7u3cOF;<<YD>hkQj-g;}%xM|a-vazf@
z_qopvd&8GxmMy7Dk#gL3-+hbM#K+x!^{ZbMr?~IF`^xr;ROFp^-WmFb7tn{WYuP_l
zDd)ds%a*1-+qZ8IgM^`WnHT-VFMd(X@Ylcob<-eCAB()`Ip>_y)Lwl2>%ac%Fiy->
zPOm<1g^axDr0g0A5FkK+009C72oNAZfB*pk1PBlyK!5-N0tBX&fV^lox4W~v=!ZZ2
z;o>i<t^Y0lcpCm5`p19#$MN0;3l_xlloyS0ihAsms%IP)4N2Eb!=ho@@}lyh1kwVj
zpH~&_Q#03RRs{MXQ1KwxMWE*bsk~@-JHUSX?H7LGEV7QF66Zz3-X%+xgvP)8%fD=z
z()Ygiz2eu@yY9NHX;<sVBIOwRUvtehO?yu`;e^m0UP&LfSEM3Cx5ExQEF2R4p%))A
zX+6w8L}5ec@Gq364(FYBUT6>7F7u+{z(Wo>B=kJ~_~TpiuJN#EoN-3zwtV^WxUsCa
z=0!W;t&ouyEvZ!q5FkK+009C72oNAZfB*pk1PBlyK!5-N0tBY5fV^lox4z7a{@(BX
z-Z#GSjYAJT^uPY3I%7uob92S8x7~Kz?z`_^^lbX?m%sewi!Qoo?%cUe?XzahiU*u=
z-6Op!@vwuhH(h2oAL~p$<5#+ex4N(T-?^5Yzt*+Rx{CYsBQ9mk(H4l;PtE#hgSa{Z
zu|Um-LN@|E5lH1l!{FClcU}BzYMd7hdqcvr*c;v^zj5Qn(DLxZ4_|)y<;Ab`?|kPw
z>rAiAi-uPZTyn`JVT5p081239eQz=NO*h>Xk5iF~4Bb|(S{45J5Dt9nTi<&7?YD<-
z3Jr}R$vH7G5ym<5%rjT6Tv?75>cuHSWc0xY9}MjeJ@nAI=bl?MhX2;di-v#T6#ZZM
z%2$T^jvYI~IN=LUfA+JVz5o61FIYm$H^2GK&~48>_gu4PO*w(G(wY|yyV~WgkdYTH
zsZ|INAV7cs0RjXF5FkK+009C72oNAZfB*pk1g5Qkyl6MKzRZi3e@-nbfB*M?Up?&B
zty_N{ZN+yMH4PGfT)1#yJYcWFqG6ojZt*pCS+8>;@}k2@oXU%)zgsenMX66ufjU3C
zn)*ynC|5l_1)3JWj|BQEP>~l6Nz20zKfL^9wJ9$eX7!0re4^YNS6=`6*VlO|d>Elf
zIfgIZJm{c<;t`7ag%@7fbnO+X$fD;@fBMtni$jYMiuh<ba!5|b1OC-t{Z+ZEti0qU
zFDbs-v`$_$jQ0KSe}A{#b}J8$EBD=ZUvawdkDx`17L~g~q&95p*RL=3PMQ}DyV~Nd
zkdYTHoc)&o0RjXF5FkK+009C72oNAZfB*pk1PBlyKwvrx$cuJ!_fI|b)bh`rapgVl
zc~4uzmS0R757JbR2b33W!U-Q^pHy95R9>{vW_UHVmQwB0GtlL#yAepOrHb}$PUlzx
zc?ncJ2zC+Zxj;o;G@R?-{_Wq&-#=UPqM<{0>3m3g9(dq^A(<K8Q2*vPzd5{*zWyZ3
zlw(L#e*EJfKk~>U=gph9c=6)5zy0mu3qo7RDf_qXDqF&rlwNx2r6IE#<`cfQG`!#-
zL_k0Ep%2|~!wtpvf0jK%<wrmIQFxnt_&=#FSg_#eqmK>=)zGI1aMsL=hC#yjmwx6m
zp9zPDal-r$KKS5e%a+}I^Ud*z?!EWk@QtGZDom*$-DO@h9A2NdLPlORz7gsK2oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0Rq!gKwh+)`@VMV+T)HpF8n35*uo!1i$8j<Sh1q5
zVL$oFPtKV$r~DgqYh`R~EFSQRyVmro#KR80-g>1Sx73+@W8*~`m+(sZOv|Q=8`+jR
z>niS(R}jl=r-DGderndI!nDnSz+ePwJ`}nU7y*Hbl;a3ool77<fB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkKciU`Py_V7k5UAnZ0JBF_(`pHjz^0Jq`?6D;2uKzc@dh(f%
zZhP*zXKQ9Md{0q4&t8Q^!#MG<gRi$<X~!*fCZBOwG$dU!4U2|pXB!p`Gq1C*;y!~3
zP&vye3B>ECW_^?{-?b2^7O449=tf`!1ms0W;3m2R0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pkQ(r({w1@X7&Wj#<?6Dn3A6pNcKYxBa&jGxTKD^+)S0$eLaO;iDD>E)T
zu4&|1w(j_GzNOt2TOE9|mq4pPyK5};Kk?k}XIj4cZ+GWgTJN2f0SI*PfH;IerULS!
zncg_lCP07y0RjXF5FkK+009C72oNAZfB*pk1PBlyke7hGXb<mKoEJUfh$C8KpB=Y^
zx7Ek<loyRP>en+4i-x3Yo?+22?R>+cVdnK$SJ86-=_#ieF@bj1Sm>W=STsyK->_(y
z`G_sNTrQ`B2gD%+G8K>)&Gg2ZHUR<z2oNAZfB*pk1PBlyK!5-N0t5&UAV7csfxHCd
zMSFO^Ce4d3U%vbsyV}0~^{?-?+in$U((&=}c%I%z-)a^6r0Q9}7(L&x>*|U7^DU{h
zlxoi<f@PjlM<BJ9D%z*c<jsUYzXd8D1iJ`~n1H<Kh}}?^Lx2DQ0t5&UAV7cs0RjXF
z5FkK+009C72oNAZU}_4;i}vuoOqv(H=%R~ud5X=OH@5~L<CeK|=f;D`i^e!bJ@!e}
z<wb`QI?XpM8fKnaOR4sLN2iQGdIG7nRM9?q2(E}gN}%FFu!{fz0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBmlS3q90U9pP(6?xHXuf6urLl502vF*M0-emyt=%bH5
z_Sj=z`N~($o;|y4oHuV?d|r9cQl_lLKB;<R;_`e;zHfE^)kF8?TT*K&)t-txX(x~p
zNUf!c_S8_?35=dV#e-lM0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAkeOW
zylA^(75&S+=xL{&7Sf?bl(G1J(IbvHqD(e+R*BCmFWPDt`=sjmhDF27<wb`QI!&#m
zRQu?KwOmoZ1yXCNqP^c!GCqN+BT(@m*hPQ<0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5)OD<Ci0u2@C?GA|mZ8P7ZKyl}{~p7pG_v4eVi-Wk_D(yI~=JM#6$)+_TZ
zJ9d6Q)3Scc>U>MP55?38S(!;L0`0D`&_9<;Gfx8D3v}>+ID`NJ0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBmF3CN44WIAYn?Q37#8U#J%lvBb`WnT2mGtc~P%XZB*
z*Te_zw%cxh@CSbow~UXE$Mfk`STu|?t+sr_qG9HlhDF1)^9_rJnYa6ZbRUi~!gLd8
zca4Sq(~ZdWPG^A*9uS8RAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0x1D`
z(UeRF?f>*o|Fr-9`-ik=*k;e3T?9VA@P#jgp~}4Il~-QbI`Xz{+sgjosNHwp{nS%W
zjq{>mZ+z6qypKM<r~%X)>o3f>?6{_pXSr|ds(eek%W^u$x?Fo_0`0D`(7&@2If_7z
z0v$Xc4k18*009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjY40`j6MnJ(LpIO2#R
z@OjZi7lom!^P-`{vSrI=&6-sl^0>!6E<{G-yy$`j3*!06i^dxD>luedL((<RuxOZe
zzG2ZY^ZKi+=$T_2%bbTR(C!)w{f9eYXD2X7fes!JhY%n@fB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009Ci0eR7sOqcEL=0(HlF1X-=I3pU@LzFb0&j9kGGiE%}s}j$=
zsUBZrm-VKRC;iyicu~G(+s=Q<v}}6#wtUN^3#p=UkTELf8V!Mp<&@er8W-*=2-Fcs
zJq6kc5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csfer-ZMLR&Nb4Uky(VK6+
zIesgBQ+_f&sk~?tPWTx6r0V&GMZ?T94U2|p=NlFcGf%ChRC}HHlRgAufz(>6Xpaw9
zCotLq6%T@41PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfIzzf@}ljE)$Cv9
zMPK{c*M8swA6UG2aS?I6^2#eKM)=_mfB2D)eB{F){_wv0?%NcJjE@>XUNk;k|LRTG
z*v-c}lWc6dIOEc|zL95nVB0PEmOASy?laoKEmzkMfq4DYtoLIY#w0K`1!_JNx)C5i
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009DZ1ms2QD0R@M%!@W<AkRPl{5qq3
z@rz#^A0Lm8jgOKSjb(~@?31cz92N~p*F3|bVcPkIMZ?TfYbn(}H3L^>HI)TYYpJ4r
zDqoJd5$LTz#e-lM0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAkeOWylA^(
zHT%EiEpKVfG=`QHD^}DT;r{#YKm72+i$P}1niU@<FWPDw`=sjfqC*Lt%8T|kJ!P~J
z6G;8Ms%RfE0hdFdLZIS7u!{fz0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBml
zS3q90U9p<|*RNlH$|<M3^RaEwqD4i-vHE@Vn>KBF+uPpuf=9Ol4mhApMJ`ydAU^K^
z@}e_lJkqNY&%CK#USRi?rjaN8*l2t^<1%r1BhMl)S`me^i@>Bmtg0KK5tu##)z5;x
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfIwRU@}g~Vb=>(`&w5s!yy%%{
zo|#Hc#;2ASZB>eWQuU0(q9N&;XIL~$TV8bfB)eQ`2Lh>|R~79YoW&soG8L$J5bPpA
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7+7*x&ZC9+b{!Mw&JMX;nq?1m1
zbIVqCtIk8pi&p!j?or-((FZPV<XJXuy(8a}T1%<+OcPnAJw$=jTB>Lt;%uFoz<>oR
z9t67x5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csfp!JtMcWnYtbZ8<E#61J
zbm`L8#ADp@%x6CH_kQp9X3m^hG|rtnH$JbtXlzx~W1m!AUUVpl(|p6CVdkl|lxiPv
zlFI2uKp?f2D%wZjs$BwsngSIMf?Wg%5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7dXy8`l}?TU5QzbP-e|Ni^8CLZIK#fulmAIHYV;`0t5FB+e&fA#npyR6rl<iz%y
z@-2<cD>E(kZC#absk5%)J~b0ix)CS^;`LLrULLDLVB`gAJ`}nUAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0(AuBMe8Va->1xre)5x_y!qyv_t|HkA|Cnnx4-@L
zXglhtqf)WScn<QStxB;^s-ACHG|W8HuxOZezG2ZY^VC{OwU2yu%LVpaAhnh%+Iv0+
z0}`0B0u>K}T?7aaAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!8BI0`j8mignh%
z%!@V!9l!qdug3$Pd+xbS9m<b!w*lluXUuq{S0$c#Q@y;p?ki0rPx^7&&VR|bG$t<3
zw5;E<I^QzsLaJz-vY9Iro3a8G%PF;M%3h0!5$L%<>M77pfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72y`GIFWLcG2ZucW`Olv;5_#Tv=f$Jla?35@8%K{m`simq
z^O<q~@$vDvo4ja@Q`BRhR6XCYXqb7XVbL({e8Zw)=Bc%mYVUbg%77y;kXlO>?IUmE
z0tu7?6%T@41PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfIzzfQ!_96mbbhm
z#3sAk-uT8hmZ`!mTeh?-)7$=6Tye$Td+)vAv2EtenZ?|$x#pVkL|0#Zb=h9dyr|5X
zGpFnpDg(%i#;5CFz3DQ$`B-O?J9d6Q-?Dl8PckiyZCB-6>a44{PnmI2Ay88wUOzSK
zHAmKszz7J`d?<7yK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1nLM(&Aezg
zxxq<~9eQ50>0a!=|Ng~1U-Y6Ez3#ECY;3)R`Sa(;Bgl)k62(5LdcI-NF!M~qqG8(k
zhDF27Q)?;JJ_6}1moQ*~)LN=&AMgyFj=&HFDjo#82oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+0D*P|rcPdT=gyr^dCF5-bAUZ*nX-A&Nv|$^o9L6C^rYQ)-@W|0
z(OI)*#dr3u4I6q@;$h?Zj2Vygs>H(%x8B%#WyU4nZ|U4|O(WaV?us2^s>-P|6=-*j
zh5ngdsc94FK%j#M#32L-5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7dXN?_{b
zMZ*mL<3Il6Z~yjhPwmmRY}v9hjXBlwqHlWBo65P>sf>+{#dok*VbL&7JZxO=Rai8P
zGj+C%!=fSSDla;W&}qA?w}Uj4L#DYvyK5};pXOpNe_9E2@PIgk009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5J(A3sk~@vlAX2RbI(0x6mzQOMIU_d!3!_E@MFKZ
zz2X(GC@0)ni4nYyzS<|Yit8CiE<;$f@$GEO^^HcZC0;*u>eDL6<zjmxP-k5=_36oZ
z4MHFbfu_apBLM;g2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FpTvfV^lodc8gN
z)?07gXP<pqlaQfh;lhRSx#UG#m13V%U0!rZiPK!eq9Nv*T1%<+Eb><-Ii&<rYpJ4r
zO3mM72=rB;;z6*B009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5NKCGUbJ1Y
z9`?WBf(xGYtY<y-H@6TOEw&{~mdu(ps|ZGhN_<{<QF+lJB|kg+j#GKjZ}c@!W$>&8
z;-Bp`>seo~$rETxpyorN8vz0Y2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fk)T
zKwh+tQlI)PTC}J&_c&?Gf&~lWIn223kzSQ}*umE)z1Yqg>rDQ>t*i1ajm;}_Esf4n
zrc>gmI_oO#(^d{jX97VWUOzSKU;VecGcE2ofp!IIJ`}nUAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0(AuBMe8W_sn5)rGizoeXV0D;&!Jag(J;<%x0;t<r(2y1
z$u}$-W}a(UG{juxMVI@2Q36SUIzPLb`eYgw4byHnE2uw#rp50g0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAkd9~yl6LiZ5{is|N5^V{NM-QA8lm}^4xRJz38#+
z;~)Qc*<M!0$H(Jy4InQ%W5y%BD)G#l>g5G?Uuhb7(vOX;S1Lmgn7F)=ZJBf-RWu5B
z5olMSVmYODUGeX0GA-@m=uaT^6lf<vfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C7IuMW-?EtNVLpE>TyxVTOb)1TvJ9ln;QhCu<$=D}VA3{`8LNy3v8x{>SPpzd?
zyKonQb_G&vsiHm8uxOZeyEyt2sCW?UB0zuu0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0tDI>kQZ%Nth4@i+;K;1#Ib(M*w|Qn-Yf1})2k8>JNSBifnD~jGx<j2`ix7y
zsmq*0vvt;0+()>JK)V9*`l(s}*6nLEE$!myPoU;Qp&J1L1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNApM?hY*j#Br1;=Jg)9^0BSkTW0Kn%awx@f>;;77gRX!w$Ya
z>6LcYSZDGXhebouRbF%$xzjr9D()lPMW9`Qc>UC@XBrj_({2|>e*!fh3f%}0AV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&Is)>db(FgAQ|3iy&6-t?7V@EGHZs(U
z_BCtPgg#|^St*YSl>xkuK0aOl>gCmSU#T<6M&sKVmtmwO8$CJc1D7_kEp^sa+()>J
zK)V9*`l(s}&K>JBE$!myPoU;Qp&J1L1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNApM?hY*j#Br1Ce4dJ{_&5GbCTs*R;*a@+~+<w-ZefxUhWMQdC?fBsK-93dd6YV
zkaX=ybaN<!WE&O@G1t^uO0^4j5olK+wU#Q{GYyM|X}61`KY@w|!7c&>2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkLHT>*K~cEzguZ{51}!O6CpZn~+6HOAjBdhWUB
zKKaQ{F51KQi(dEW_R)`iH2&VvV(*+ebK>)QAAP|R|2OtY)wk{ZmwZcO?fJQu%_|$(
zmeg8GwF`F<XjdS$mMYqRxO!uzrCl8T2~<1?b`c;zfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009E+3doDLD^}6}z3+YRq_2{XV~yo|=ZkU5?;VZ%Oj?i6D=*qg6#Jy=
z`G!Tq%ySKkhL~%%VbL)2)LKfl3wIG{S0J^PD%vv*i-u{pi=#h*iU+|i0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK%iX#dC_*oQvJg>i_V@syEVty+7geje*OB^
z4wJUTM-3n^I%CEoy(;m{o9dHZX=ja1BTxD<@AuK?`~9Mg>l@jYNf%N@qi`32b_FVy
zQ)-vIXuHVz=PQtU3bYd-K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk9SF#a
zc7QhNArli5b%Ksf-!B@5I^&Ep4mjX|eIMHvEn3t%&ccNY<CDsZwi3lYsk*%AaK5B8
z+puVexu(`qsy*LOmYEMrAhnh%+T}%ub+epz@B$SNf?Wg%5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7dXy8`l}?TV%P$9d78{p@Gqi$mk>$3OmY5pfJJtWS*)+IQ~U
z`RZ4{x-|^hlrp{crVYI+6_XjgU28Y5$+v9X@#9R3_t6hNVdab&33Tw2R$ert`)jIQ
z3Uu&*ID`NJ0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBmF3CN44WZG?y^P=n4
zt!p~`jyvvX%8Ooo_0@arwb$5hZu92NYYmHrmZt9)?NwMbjMFsF(f*ikSTxK$)39im
zw!CPUaVdw7wm=6zb>&4zdr7#uSfGOk#32L-5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7dXN<dyTCDU$uyLr*0k3M?RXlSZ2o{zj}tWm!%FFKUask~^MeNrdTBvAh+
zSlLrvw8_xN5f&(yy$S&W1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNC9y@0%E
z_lCs?HS?k&4*D05ZcCOdNku~^ZI9=9#a(N9RpMa>U!U|!J8P^n`3JV$l5d&Vep9BU
z@xZ0|mOASy?lZ!vEtl3Ofq4DYtp9xD=1fbU3=KQN0yQ5B-3SmMK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB=Cy0`j7Dl<M@UpBHV)LoQpk?3!z?dF3l#`P;w!+s}L6
z^Tx-=n>vJ#vuDqa=g_OLXc#9RcJTGqEA6<Y&gAnAi-wtJ8Ws)H&NnO?W?pAq#eGIN
zwdK<KBoMEkn)OV>qG8&7GBoT63)FllbR$53009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjZ-2*``pQL59YIxo6;^X7#M7fu?6{L8=m%VUo{cG6vC<NW#a<2lHSmNI1}
z_DR);@;3Hfopkf|pJZAZ+pfyDq}EcZeS}k6F0D@jskKzm{@EX_%Cz*!(6A#cQ1Kwx
zMSuVS0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PHV%ATQdkSgL<@UNjta!wokq
zU%tF}8GZO~TkoTvGiOeGUU|_nCR$cvpH#h9(aoWZlWABqOgrDOXqb6wEv4E=IJM={
z`XrEAOBL;zhDF1)`($X?5f-R;5bPpAfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C7+7&4CqDLKd)Rz+5*=L_!r1ECXn$_<3L+pRgJ@=Gh!Yy02^m`_|%!@Wn;OL`|
zE~mH4%GlUge7L-5t61!lsyB9AlW)oRee{iQH?l3MwUlZf;nbE(>ytogEmgGtaP`Ja
zOP>r4JHi4L4}x6;2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+K)V8EUbHoU
z*V;03=FE1-A7cM0o)^9P>Z|wKYp)Ol4O<A}wrV%E#FFx&O*r9W?31eJ8x{>SmlqvM
z=rpyKQtcz0+Hz@q5=gD3iuO#yqG8&7GBoT63sgJ^b`c;zfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009E+3Y>fHxvkN=ik5cAA7cNW<VEkg>#noTI_v+fv3=-6A1d9}
zty|aDh5zZF{%Lt^suB+<FWRaU`=sjIcK%DgWyj9%XIdH)m*-njYbn(}!l^Bn)+d3~
zTB>OO&K>JBEqyXH><9}~JP39XAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0__Tfx2T7(;)^S{=RNOvMLci1eZOd<(b#|g{ad4nyKGszc5UiL?A*EYJKy=vSAKK*
z{O3RahBv(7cYf!0g7Bn+hwmVb2b33WRf>I5^?bvkVdj~JMZ>i74U2}Er`A%ceS}k6
zF0D@jskKzmo@rP#OuJ8ph8<yniU+|i0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK%gH2cieGD5zh;+P4CC}eHyd-?-vbW+SXiRotBEc=;^1QUT1`+K6B>GiIqks
zFB)Ie0P2lR7w22nZ&{sbX*90Sx3s$~M>w_R()uLO?ivgI*KS^uY3Y-pVMkb?g9pSR
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfIv3_@}eQV`TM{B`){e--uT8h
zmLboI_tA$h5iPsbugsr6KfZ(VqOnH(dcI-NF!M~qqG8(khDF27>#we&=Ln~^Tw0$5
z+FfIzf2Lv4Fzr4W8g_&QI(R@FLVy4P0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PF8^ATJt%ofQ$#!Z!Xg(z5d<mt1o4Z*EV0>QjrD=+mC|v=>C%^Pcy-=RCR{dg!6!
z<Ks<H(%G|T$9HhXb&vF_#KVq!y|MQEjLX(58=01ES2eON?LHJEoZ50}eG+JQjfMWV
z-aC<L>64*hM_8bP2gD%+2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+KsN&N
zqMhYMzxmB?HpM>Uk01Qt2g{ps)>&u8yC$udokOKpVbL(owAwNbi-x3YreV=A?QFxM
zVdm{VAS0aGa%p`MXm^c;{+WhF!?gQkXxI@J=->fy2mt~F2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FpTvfV^l3aF$;gnv!h&e$na_=qab1QV#X(XFq$=jA-0gb`F)1
z$&1Dp*kwKTN!1%0FUq&<*!lfTOQZ4ad`oIArP@b0wdK<KB#>H5740{!*_3JNlc8Zp
zSfJuTu!{fz0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBo5hk(3jh%$DQ7Y(nT
z|I^2|r#$5;MKJQ<gAabiW7~oS3(B<Q%$YOGdRbYxaAACB<wZ-GvJ(5G>iLF6!^|@c
zi-u|E8x{>SPpzd?`v|ADTw0$5QfsNAJ=3sgn0B8G4LiaD6%T@41PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfIvS4<V8a$v75Z;@y8!u-j}6ImzEL7*2<Hg{N%-p
z7tfnFuW45Zk(MKbio9r(Pxu)7r0VjbLkXSAi;i%V%cXTMkotL5(Jn9AJ-ZQd5vX_&
z>>@yb009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rja2As{ar;)uP<i+=EfA8gG!
z?y@C(0cm_^uefVXuSz^@Tn_=vUX^&*;nw9vhm#lGdSxTq((a1QC4yz1Q%9iPH5U4R
z<JMniTBZ)WndBnS!2{wD0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK%g4|
zdC?x`MR)Ajarxz!pZA;F9((Lj9T}ZHdv<&WdleQ9<HW<p^<ITV>wWQOeC9sZ<wfO1
z+fA;vyBu?gV43IC5omXfh5ng_MZ>hG4!fD;BGADD;t&D^2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkLH8v%LI9_B?Sy%9$oaYURKoik@n{4vz$&z~P3I5O{}k1uKf
z^~M92=3BPz_^~p0fp(W=E)gvAoH_#SuCdVndw1QJX_-3gW|E6Q2M>rt2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D*1<<VE|P7yZExez0`u((&=}rkH5_F}{QH
zqOnH(dcI-NF!RAjC7m${)L&gi&s-u{<~el)+FfIzf2Lv4Fzu<sZYH@1bnt*Uga82o
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oUH-Kwh-nyy&7ui=Oa=CoEX7pa^^(
zbIdVy{NMS`cg6wHrg}WW0NzI*pRRxPrfclxW1UH6ofmEFxF*w*b?&szx{CYc62UUh
zsUr}tpPKb=-M%){GIiL^Bo~324~1?72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+K(7SkMMI8p-MV$vo?EtTNyQ!a+i$<>V~f4F-g@hs-t?wpk3II8&wOUnQ1j-^
zi${<bZSn~pW1m!AUUVplQ+d%`a#`j%6oJ&wtBUqa!=ho@LlJh;tOY6_1iJ_jAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&ehA2mhB)Fb^P)lixZ{p%%`t|SBaS#?
zm-nU7XzaW1zLOpv8V8>j4FSwvm5OUmU2g~N6=x}THCFxajLX(58=010p3}&-l#8ck
zCF@+4$qz-K=F*D0{c!chOv_M&oiuBKc;%}TAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0s|0`7Y*^nI(gBZJ9pl4%PluPw!P;)?<sPR#~*)uahoo<;DTp7;~9HS
zwk=t*q#`6aHZ~UD=mC7cXs^Pe)nEKsamnrOihWY`jKiWK>6&R+G)z0&uxOZhYAvPO
zv(9Ci{7?i^YpJ3=)39im_E3bKG;4v12f;1^1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZpdSMAq9MCjCokHBf7V%N6`{v6FZ#qMKCw;=a`EED<KyFT&pC7E#DmL=
z#yCYi_DR(ntN$V6l5bvg{e_KeOKL5p+Oy7Onfy=$QfsNA{jLYMWLkzI?4(%>R6GcF
z5g<T-009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RsIHkQWV!#Gd3u!)xVRgN`*@
z;yWuZ+KLwYr0N-mMMKh6UUV3t)6`l@wP&5nGWnqhq}EbJd!}L0FzulTJ89Me6%T@4
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfIvS4<VAa)7rp4Bi~jjHx9@)U
zyVYsZ_|D$7VMDJ<JnZ1>t+CIJTk1?c-*376ubFRNnQOW4i;ZkcoplxW$vT&1@<S1b
z*H6v*t@lo3T81L*q*)8pd?<7yK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1bQVPFWU3G=xw*%7Vgfy_ujiU+Ri!Woaa2}InR7_8yg#olamV;EQs%Bufn2XoOsy5
z*W+vKvR-HM@}k2@oMsyq4Kdd`>niS(buP=~hawQKpPKbd!=ho@LlJh;tOaU56uJ>0
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pky%LZY?J_U=!WX{qvPZW$bLJGO
z$eVAz`DHJAS^b3M%$YOeyE%aO(Z{D7nR;W#HTjmUJARyLX{`Q-d`r8FKkHnU$qz-K
z-8B~a-?(N|re!F?PMWnq2M>rt2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z0D*1<<VCy8i?-%MFS+EB*2apKg$ozPcTiq5)~H|4H!K=vo@rP#OgrDOXqb8Z)m8M&
zI+tbgLlJ0qjfMW1hDF1)ha&8xSqpUVfH;Hz0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&U=te+Zw6nbE=Rg1XR0Q;MpZi>D*QD*fU$mPATplYgI+W0<ylB>8EtBuJ
zK=}izennoi-#5khQ%9iwbD<{z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
z&=Uc9(a!Rsn>TMh;e-<oi?$H^EaISF`N~&{%9Ee`<cEH9`{#fD=Qq6J4Na-hQT=|=
zrpxT+W1Xd*bzZdbz@^II1?sG;xX;uHS(!;L0`dB(SzkSIf2Jjun_`|*N1*0Ip&J1L
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNC9D*<`YkYil8Ze91D^XAPfB9UcY
zbjgw>@vvY2`qwATOwOJ?JMK0z@1vjeVmoV$eNuIK(ZS~}b3bEhEv4G0PRPnkauG<a
zrHb}U!=ho@x!e@<oH_y(4}x6;2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
zKtBZJMMHvdFnQ5s%a%==mYhF-etc);MO&3(pHy95bU5kFwdXgoEvdDXYM(kGD>KPO
zAhnh%+JE)XeVLYAZi;zM9f67m!7c&>2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkLH9|H2CJ<p3i``OPf5|4`)FD`D`uYUEbJMX;nPyXajT9c4POMGYLMO&3(pHy95
zR9>{*<Z5ayrP`-X$jVG|5lF42iuO#yqG8&(+!XViIsz3Bf?Wg%5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7dXKLq4OLprgy-!EFm9p}!S8*bSf-}uI|B~^*<?8xLr
z<BJ+Vy|MMmjLQR;4kzu|{dqTD)X289yDX<p$jVG|5omXfh5qZetj@ILa#PH6>Iii3
zfH;Hz0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U=te+Zv{!l2-}#;2X^Ml6
zkB>k2;Db$#;bV9KecV{YO3RxlFIrNxRmnIk8j`Nv=Qf8mLbhSi5OZy7frZXfCuC(N
zxd^no#zOy0!=ho@x!e@<oH_y>JRlAsK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1iBHB7Y)(Po_xRPrcIl^{N*pNSh3;*ANW8K2YvFBpS)qihBz8JX?@<jdGQ^*
zYr}?Km3Y{ZuQw(x&$w*6s*!0KR!+4S=WX|)m^vXVGs#7u-8B~admnu+H`hG77wF&t
zaR>nd1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNC9jexvpukxbhUHHKdeo*8>
zmn>Nl=S5FC>7+^XqGMxY<*}jCtFUMoCmwd>>luedL((<VuxOZeFLIm18l>HaqWf@^
z5vH3!yK5};mlvIGi)1=qZwC*ELkJKcK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB=DR1mr~rmKS~ZyWbt>Ma#F+kLvsA<BRRGUT1~pofpmb%Td>!-^jMqSyyqN=^X2F
z?VSn4>!)UY^~C*|md=PAHJt@&J`}nUAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0=*KD7wunO^zn~>{3kx~i83mA_0?C0SI?Ip<4SxtuefVXuSz`Z;Op@Pc3H18
zd3n*{2xJ=;4Kdd`>niRuonu|Dy)%J${nV^y8Ws)H?u^J$(^;VAL!lc10t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBly&?^CX(GX=^w{BgpJi|EU`{<iOlAAVdTEBk%
zA%`5&)E+*@XYW;5G>j7uJNSC*Wp><BXY#{(r}=b0@A?ZH*_Jx%D(*9#V_mMjGl6*h
z)U10SeP`5;%2A-^L!lc10t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly&?^CX
z(GX(nZC<n_ZHh;RylA*<Ax*k;>C(dvJ8bX0_bxlccT--pWGO4LPpUrMbDIxbIvjy)
z!=fSPnp#V#_8j9_<~&@1)LN=&mlqxGEpzrk3RFA@b`c;zfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009F15Gccqvu4fe$M}63^PYR|DZ_+YwruI(EE5wG<p{mai-yU3
z@{^xD=9pt%{_>X}b<|PiSwdcP>(;FgJ-RJhwybP#l9v}PWy(sO`#YSsu}@syoAYkG
zsF7*;)u$WTmOASy?lZ_3m2-`TK)ilx)_?inM5bjlZkekXq(IGwLN@{g2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkLHR|4{)A(Ytjyl8oMHf-2Xh8~YQ?zplZR~9Z@
zSoRMUdC?fBsK-93dT(-@y~=;KJ5Huy(J<|7!=hp4skM}9A7qTmxkf`EwU#Q{GYyM|
zX^+M&a}|RWsCW?UB0zuu0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0tEUYATJsc
ziG#_Dw#FdKmiW%fi<T^9CH6_x<wb|{4W;s;%fB(mc$IVIC6M}gRnaaln%6Bh+inCZ
z9t67x5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csfqn?ci-u6*aPy*LV`K51
zz4oRJy(;mrBVTW9y)xsn>EcGFMP5{1lt5abgCD#<-?%x`(oJsAvC~tag9pSR1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfIv3_@}dLIi_V%g>*%A8UbJXY`Q@3R
zCBB2b3X6tu;$cU=o^e<-BwaHNi-u{-i>9-J(=!0(s$+o;e(+`*77f#mFI=5K9f1xW
z5Qh*TK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk-3Z8w_BAiMbLY-|_SvV5
zhK9<_nKR>$p+0~9{P+%fAAOTg_!#@7>WytzWn3mMZ)955p5Mr}q}EcZy-xf|9|EyJ
zYAsc?|8VujOiO&>>ICWtR6GcF5g<T-009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RsIHkQWVc#QwdHKHRb(eCC;F{@I`XS!)ckXqhu-PJCzOMO&d_pHw~LuxLoSW*Qa^
z)6O<58fKnaOR4rc@h5!<!~&_cRMDPkSTsyKzHoH{bp$FN1iJ_jAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5;&ehA2m_B$_H+_hD!R<*_;i<a^6@%YZli?%|=KB;=6
zaec;R^U6l1#rx>JkDfqUAocUAqW#u;Co(N{@`3sghy^Mh1iJ_jAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5;&ehA2m4kj<!Xf#ef`Q-3!`j8H-&O^$JR{Nx$f{eqW
zA?ccFSTsyqUNoH*jAK#i(^DYz^Qxjf)39im_Vm2PuDTn6iU+|i0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK%gH2@}h&ui<bB9Z~yjhtMicZqSZd7WK$*Yyyyd$
zHZm>iFKlF6nwHQmKXwy~a_saJ*yW;X?eO!Bn=>ub^A@}6ZUkD_zZL=n2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkLHuLAO-1I~+X-@g4LANk14nKR2&<k;9)e2e8p
zOPR6~`=sjfqQgm?W*Zg_G1t^uO0{<ri*oGr6iBV5iuO#yqG8(8^A@}6ZUibG1iJ_j
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&ehA2m4md9wZsM)C-a2Q_oH7hK
zckbNy&W=o8G`^?-)Eg6*D?<?2dSxTq((bbCCKlz`=_%0e8Vmi`Z&{sbnVz@URd*xM
z!2{wD0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK%g4|dC@`UMbA0soEN;{
z1^e#1Zy6R1mGSZM_zud8#v1kOLx@UBs0M*-!=hp4^;cKXvzu6yW2dJ;yK5};&onF=
zrae7xv8(Pzpo0g*Ap{5zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!89u0`j5*
z%ZuJ~&pmNWw5-pbJv+XGcWv0vs}c`8^7X8Pi^F-9`~#Qv;Josp%fHc0T*|SdEzrRa
z-nE<8WLif1R=T==2z2m(ID`NJ0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBo5
zMnGP4V0qD7Zn>q*h&EN?JJ_qRXc#9RcI4~wqCE(Ic90;I7nK(!kQV6R2XCff(J<|P
z<Oz*A+5#OsAPylwfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7x)G2U?O$H>
zqaXd~v!3;=r$4ssz4zWlOmx<)SrvKF0lbfX#*9aLRVvnA(=~SUvEnS{uEyq-8JA5L
zH!>|du4!aj%EeQ>Ol{SJw}LnoBG0cF#lWGA;c8H0Edv#4BH&009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5Ey`fylBWVu3NXR=hXM#fB(#xGbas6hW6k8{ofxO
z8!Pw5XO|Z(S;|W6ld5MN77a<)Ov9pK+S!Ih!^~4_Db+sO!7W$U4}sKLs%XzNEE=ZW
z4?ts%wm`*$U>5-b1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNC94*_}65K8Pv
zUi9v}?=ItxO_lKdqI>PNSD7XamH5uei#BnEkFigxE-yNq(5bv=`d#Fs9rSW_bp%pB
zuPWN*MeD%oGa3RF4}x6;2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+KtBZJ
zMME61-+9riufF=)Yp?y>=RVh(gbXbU7cPwN>;Uqj@#*?kpY&ooYpgTL#>C|r7vC>B
zjNECRbrts+jewS`7^FbFerne5dT>joWstDWH5vjn9}3+F5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7csfnEv7i-rVazw@Howrvad>-O7kPo*W}yD2Z)sucUA>KTVc
zL()}VR9@8gl#Zf6>gQEOd!}L0FzwMuFuICC3RFA@b`c;zfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009F15Ey~H=sVu=juYG8!ck=|u_t-a@b#fDdC5y&_}KQ`=RUU_
zzsQU3*s&vSEcb>=d}rlFW0|5J`=siPtygATHm_`CS{mPOWLr{eDb+s67?pF4hCpg9
zRkZ)|!HG=EXxuVaF-U=m2f;1^1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zpdSJwkQZ%@7q;87cJ10OZ8vP#FmvY2)Om}%XgI|K4?OU;x4muu{r8W1&YnFxKD)eV
zj8oKOpHw~LuxLoSW*Qa^)6O<58fKnaOR4rj#;BZYGz3y>siHm8uxOa}XxuVaF-U=m
z2f;1^1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZpdSL6=0&$}-~Oa0J*hQV
z*jY>WdC`(_(h0olUGI9!qub$!AKuzwe0)5<v+|;?M6pk*-gw~BjLX{d8=01k7d5gi
zskM}9A7qTmxkf`EwU#Q{*KS^uX&H@M<|+m$Q1KwxMSuVS0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PJs)pbR?Bnl-B*<M(gOTW`Jfw9`)ee>&aX_rCX)xy0_@M_)3A
zF~9ui_7DH?59Ro~ti($4qODx9PpY1ASTrPEGYyM|X=fW24Kq)zrBwSMV^q#H8Um@c
zRMDPkSTsy~G;W!z7^FbOgJ2f{0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
z&<}w!=$Ktzv`dYNiHS0o*u%VN$$0nOcbDVuvJzj*jO!lhRf&fke0`T!UB5$}$v1Xf
zlX1CcMI+O)>EcGVrOvvF`wTKh<y@m75U-z_b?>7eja%<3>Il?)D0Cx0fB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C7dL<w)8d8gc$&0?@9q)Mk>tEj*lAJehUVJxu
z6&4NS40mh2(vDl|Tu8=Y(U5e_G%OmXoo!e&%)HLJiu=@wKj}jt7KqnR&APm345&WZ
z0yQ5B-3SmMK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=DB3CN2MEHC<{FMa9M
zQ%`NpOwOG<H@=(RN8d^m`=siP#`PJOeBVdE^~y%JCAF4P?V}ysa&`R>NUf!c_Vrs<
zXIlCJXw1<TsCW?UB0zuu0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0tEUYATQdd
zyy%V{JNDUUpE&w>*=3i#`qi(FTZ;Pl_;`G0<waYGVxLq!<FIH*y2^_VBXpWtOR4tJ
z4sN-+eh8%2Qbl{FVbL({egGPCv;`_21iJ_jAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5;&ehA2mhIC>--bWv9*6P)(&pYqDCp_T^MF8@ULk`(}_uY&7fd?M=w5L6-
zsLz=*C%&`tq6JI*-`FQr&-Ys{|7+&=eKFUvd1WKpl3Git_R$V*xw?J`q}EbJ`^5H}
zGA;c8H0EdvR6GcF5g<T-009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RsIHkQWWP
z#6IOki~F_Te*4AI$4Tq)os}1DC5nAgb$QX@Bu=vpi-wqMYAvPOM?1LX>iQv&T1yq}
znTAEfwEF>Q%+VI8co6I&K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1o|N$
zFWT?C=pX;_AGZb|n_A*KD=*rF6F$a1se0ad(Tx{1GA$FAH?l3MwUlZf?ckQH>xV#U
zEmgE{dib_XOFsaOIobjh4}x6;2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
zKtBZJMME61{`ZS++_>?7{?GsUvX<=yFL*(ba-2DHX47rjx^?T<zV@{XAKeZ;^w8EY
zWK$keUbK~{iFDGB@}k2@oMsyq4KdeA7g9yzXa~1kT|WdWmQ!k1reV=A?S23nbF>9g
zPl0v<1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZpictwq9L7FKQDUPX{WWO
z8Jk)v?$q(eAK%nDd~AxC&baQ8UX_ZO3}9F5m3G`xXSR9gMekYB$h2&|GGF;R>niRu
z+QBVX*AIbs{nV^Ku<e#iOFsaOIobj>9}3+F5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7csfnEv7i-r(m{k-T&C!JIsdTa`RHr=NG^MC%&qD70EMp(FTVce}(VbL(o
zaJQz*?B-*g3&}UN_+K;6G%OmXEibzK8>1cQa&_GZ)cM)f)F;!hXqa|4P>!9R0!@qG
zM*;*05FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV8qs0`j6E$Jjw$^ml*vcRwF(
zfB*M?U*sWY&6-tx%XaM8@!}W1xG6jtA0jW>gcCl-KB;=v!9{t|q1?XIT1vG~&p?-}
z?nWTBmMYriMY{oaY+eEt4}x6;2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
zKtBZJMME61gS_bb-uJ%vcC^L#sZV{XDH0hEb;Vt4dR5|K2VZZx#%?~=nS5j0RT-D{
z7dA32n^!inEp^sa+$XOfmf21Pfq4DYtZ&?UN2X;efSW^J0yQ5B-3SmMK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB=DB3A7b-?A1x9!Z;HX6J>&NV0qCMD^|SfRj)ew
z=%Wui?6B}nq{Reg&z>EF^eQYG#)*d=e7)rDzEWrM8HYtf(lyhtXqa}kVbL)2I_oO#
zlUESSY^Q=iynbrdGYyM|X-@@kbI41e=0l+y0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAkZrTdC`z&986wx)v8sKCMU<o$K$&xFWRaU`=shycl<ctl5yCzaeX7(
zl3Git_Pl~vW;+!GQfsNAU0!r5+&FU>j6lVMU>5-b1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNC94*_}6KIKJkyz#~(jyU4!(YDuKd$lGZL(AN`bK^TJFWRaU`=sjm
zhDF27<wb`QI!&#mRQq58RL(L=0;#oB(Jn7KN(;cXR0~u*2zC)5K!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk{Sc5B?NeU#b+3C}YwmH<ma(z1_|A?@UNpX_0n~Tw
z{Jt`HfvjV??Jmpe;FG-sS_Rr&W1;_jTUTXTS}$J<fog#c9uS8RAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0^JD6i}oom`qG!abkcNaYva6m^Wr-wFB)squMa*d
z>5M@@UbH$5W$!c>sQ(kJ?3rm;G)#M%-)ooOfk3(JRR|CuK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB=EP2*``}J1@F?`SNQY-9G*4Pq&6eL(34}M}O9gM|xETvrKE8
zW%Kr*<Xaj$uF14)+xai~mKw|IH@b9?hH}U>7x;|@RPV#u&1*6()BIk${0;=_JrjBn
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0zDIu7wv6cG>rDUk8V$R!V`*g
z=;uHG`QmPE+qUib&wqZ=*!17{b`IkEMSB$%4dYCiE#I(cn0cmQ(J<|N!=hp4?JnL9
z(ohbW<^t`mvCu!$uxOa}G{4s_zXO2|9uS8RAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0^JD6i-zdtx^?Sn8lH60Nk!E2eeZi;d`QXI6a)<)Kk$JMlsy}b#+`TG
zIX*t#)UE6gDuc+2#^>u>z3Cde`B-O;jmGsEmu$aZ)cfc=h)6kP`Uuqd+11qNR}bBn
zX_-E^)s^;2plR{@NPqwV0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PJt7pbR?B
znl-E6=bBREPfSdd3C8a8qT#zkpYoKalmo_<zx%tt3l|<b+<f!RH$A$Yc;bn1hxzm8
z$1?JwF-}pBeNy#|!=fSSDlfX@$Agcarq)uby;l(_<4hlc)LN=&&onF=ragUbt1Io5
zK*fV#7XbnU2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FpSG0eR7oNbEi@8g9+%
z)vG`I+0TCRvF#bpct(+Ryx@Wh9(?e@0}eQ#H3nI<G$nOsT=z(?N<S7%{V`M5+d+Gs
zlQy<pm2ug;vXN(**nU&KrOvvF`}8UzWt{0F5U-z_^<O?Xk!hJex7C&QN}%RLp&J1L
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNC9D*<`Y5MS&`UbN|sy!53nErOB9
z9COU^#~)u2l3ciOVSH?_!lGfE;cgX|-0rSA7m{&UG$dW~42y<o=NlFcGq1C*;y%5K
zNEv7P2*m5BW<AreXqfi&xvj3WR{}L33f%}0AV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5;&UJ1yHhU{Wr^P)}J$j3dpjg5_!?K5Z2jPIuR(U&r1CH6_x^L`)w#N~}l
zOXK={<x^`Z)!wU!lyRnyKx!>jwEuMN1DTfTb6Z_$uLLR{1iJ_jAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5;&ehA2mhEQT_UiAL^@BgDe`lCZzw#ADV7a_)Xzx&<Q
zx8uYUPb}k(ab^6`Eo4N?#-{HVl@~2#%1SkLu{Yn;;(yIN)39imw!G-_Z}ciUWt`Cy
zsPnU{sZXY1(J<}NyM3;x-vUjG-$w!j2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkLH-vaWYA(Ysf7yZO1K2e4hC#@`9y0rS%Jn+B+fA@EP_ufahKm5Z#oOF<~F&;`@
zv}7qOu}`X=b#PH$bSSqkwU$!t{f<r<fAj=WYpJ4LUUc-9fh$T0R6GcF5g<T-009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RsIHkQWW1#MZp%X{Vi5h7~8Ryx|RRsDC>i
zeDJ}84mxPkaf-%xD0$IVsMse}-?sB#@-2<cD>E%Sc78wKl3Git_Eh9aJAsryYAsc?
z|8VujOiKzuJAsry#e-lM0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAkYs1
zdC`zgtjLSL{N*pdBHCX4>Q@(O#`nGNeQn*29XocMe){PzeBld!`_b)*PkdsTikv-r
zc0824Xem=xVxLq!->_(yd8T2}FztN9qG9H#wUla4MV_=1NC~9YQbl{FVbL({6oPgF
zDS?Uy!7c&>2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkLH9|H2CA(U8=7k%5?
z-WIc;bka#hh_T(g=$bWa%JgGXW&Zs6@hRj*n|#8@*e6xbIxjl0{iaMy<GwHETT*K&
z)t-txX(x~pNUf!c_I!Vor4Y0eNC{Lt2zC)5K!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk{Sc5B4ROSN<VC;po$oy7InUYWv2DqcC9N^YqGisUIq{v97j1=#eNy#&
zLsnttnTAEfwDS#%hMA|<QmQ=_dD2cGC6HQ6747-{C`%z|Cy)}Tco6I&K!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1o|N$FWRTP=#fVr*_wL{Ei-4%eB9$67w;My
z8;kF(yl9M5)MKAiz0vq~z9rwcx;GxUG~be1OR4r$<Vib$lt5}NRkSy@U6pA`A!sL%
z5~z3(>>@yb009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rja2As{ar5{doze$n6h
zt>0?RJx<y(Z{EE4&dQ6nD#bpjdcI-NFmrj)p@dFTYbn*9iacp2kP=9(rHb}U!=ho@
zDFp2VQUVnZf?Wg%5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7dXKLq4OyUC00
zOmAgg^o%pk`0jVV`^7JQu{8!+w8)F5WXkqBD}U>bALm>0eFODSa-O|9X`OWy_en*b
zv=c}P#OtSKU0yVWseSYWYCaUY5g<T-009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0Rp`ekQWW1#Lm87^gZu+&)m6l%S>aca@l2<g_{+ErAwDCP4$WIrtcSRRf>I5^?bvk
zVdnCpy^4UgHBM?RrP@a?tmTUOEs$DE747n({k|#2pE?2+4}x6;2oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+KtBZJMMFBVgS_aw-~H~^SmUHEAO7%%iyPNyH14_Q
zo?rap7Yi3IZ0Z@`*=ujw(5n&;JNSCjHFoo{&gAorT!xuv{66~4D;wFCI_oO#Gj&2%
zW|E6Qynbrd8;$ETExFtj^PD;YH6IGy2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+0D)c!$cu&?V+VQBlTJFRW&rY%OD+jtF8Z^d{p`lawsX!oC%l8cJbeEA`SIQC
zRai8P6AwH1dU=7}SL#e&UUVp-(|p6CVdiz#RorLlgsjXY7lC;F)U0P377f$R<))bD
z)DfupQ0PX0009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF^h!WpG^823%!}T3
z+ikyW*$zDLz#=F4na_OYxc`s6dk>nVs_%fm&pvx!73HSLB>_qWC0<gA5kXNTDu^P{
zs4>P@qQ-mj5+y0i7_TY8pd=PlS!#&LD~h6^LKNlV1>6`kF_y+iR6qo?kma(%y0E*=
zd%_f5Co^+;yJvc)=REW2Iz^r5^qJGAKmF@1{`l6+amQ6;CKneM<EOb~evdxBsVVdu
z{Sf)gP2PG@k!ic(gGIKjX<5!r$jVM~5olUtVZOX*E)Ul}#}^pk1@RFA1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZU>pH?(ed-5ciwsD;3GKXkV7gmqJ5|0kIRe3
z8uj}#7XjUTUV|-V8Ws)P&NeI>c3!`_dNaolM_FOs1e(@Zm@h9nZ$&cC_dCK1;v)nI
z5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7e?I0Evb6UvJ|{_&6R3x!tv89%`#
zlNYVH-=?QxpHx5V-=ohrAy!;}M!qdoOR4dBj&-^B(F9VpR54y`|8k~nG$NmxXMu_r
z!6^a+2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc5(4s~A-g!{@6iwae$h{T
z>QlS!x@(<a<ofmN<0mUGI*1ngr26ur-Gol%MNhhLp5tEby;>mk?^VTkreV>r?P>~V
z2@DEUya-MaAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0+SGs7oAXEw0u}^
zd)wRYcfb1$W+2Ovg@uK3a_Gp5mNI20_DS{SMdd}Ce$#2HmQv$`VJ9O5ss&QDR530u
zT21QgQWB_m5u74GfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7CLtg%8bXO9
ze7|V;QqVHZ*!zCb|Nig){@mw2cmDr9&OZC>a$2ghZr!^0$u7J6p0--N?2_+yla?&L
z+Rk-vJ*UXD6_*y-wx%z|Qi^H0m+1&Jt+6n_xa0gx+jK}>Whn`a@PhaV0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UATW-AylA7m=o{YfhQZip$ct{;v}yO<cON`e
zXJm14F@Az=g+;?Ub9J<n+iWZU*>s&u!=ho^*@i{K&YQj<ODU%1UZx|^w8p~xOv9pK
z+tVR+m8B#w!VBUf1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfWSBc@}iCM
zq8DF$@$%)%`%<7GFM8>vm-Y?T|8woyweb`5d-Q{Ju}`XBZ25e~ZR43mo^A8pKghSG
zYAH3olww-$WjX?>TB;b&H~KyuQde0@0u?WUQv?VQAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!Cs`1ms0SI<fxm(T7Lyv!DI!YhU}?1s7aU#u`Ij^ebQaO7G8=D_1@y
zIu1Vg;Bs0;Cw{W>qJvPePpY4BSTrPE^9+lIZRZ;n4LeWOQfhoD#kAbZbOchhR530u
zI-N)3DzhL^@gg`yfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72uwmiUNoc=
z8|6iNPhsQ6jb*Gc&Wj#+;DPaD+P-~zo!_aCKeA-<qVY{lp?}A=@8#Qyo6pL$ZQXuV
zzO89l&O*G(9`X`sT4Q1U-8(j9+VXldb~_6KBfKC!LVy4P0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PF{HATK)6yl8kd;mb$|f5N`ZnugA*RjcABC@&go)bHmT77aVk
zG%Omnoo`q)?7V(;^=8gOyviQ(5@=duVSc7z(Xj2j9*y13g1`tbh>s8;K!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk;|R!$PC74I6vcbq^PXdmJ@%OBIQ;O#7Zw(J
zsZn{+aSFKnY;ni=8MornBGb0z^F_9;ES{R3S%_EJLtX+kODmqX`R*TN+VXldb~_6K
zapmh1AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0#gu>7oBuo^zZ-v?|Zq>
zivPwB+V_jb8uj}bhebouHPf(Y*mkyI(XjLS)zzCh3-Ky@$V;GUjfMG{hDF1+^LjLP
zI|~9MydXY8fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72#g~jFFJl+^odV=
z;&1%MZ}j4z`|Pt%-{W}ki(g!k6z!dgKQe{9=(1(^wAJFB_w{#r*Yzj#tvvM4;<j@$
zZri_HWZH86TGye4R53UU@hW@BOQ52hQm1aa>pwGXc|97todto^TVR|30RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&Un2><HXh<#Ibkj|Jyl;Q|+k0uom%j9+eW!YV
zhK~%5JFZ>3HcZ&EWy`m|^{sE-dp!N=Pw&lq#3LT@?E8)<JmCrD$9o?suOcs6%9NcF
zr=pW_STrPEGYyM|ZOe<Ebm1(-uIynp1uFi@N}b9yEE={wn~%V*W?3Nh78oZ$fB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7CL|y)8bXO9<VB03IOw2*%0Oe;dB6i6
z@T*__>R}IiSUFO5-tdMugohYDc<r^<e)`j&UR+%4oeG`!;a>8+TiR;zveWOEH$Hx+
z&gL`zN%!!p?)j!Jw_a3a+v?O+JZF|;SN1lW0&)G+?BBZe$C<X-d<1qi%K|lD3eyM>
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&wgluwLz?j^PkBoC7SQ-O@W2Cm
zDaRMR=tU{&|M{Q)`Q#@*dDgwhU;M>i^yVLMzybgAFaI($A$i<!$AzVy_q^u~o{cZj
zR#-Hw6E8dc{@`tnJW^-#@}k{@PO}Y*hL~%ex{Bw_a_q|9W>X-ppPKzl!=ho^v-t?@
zYL*3Rz7(brAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0&NM%i&lpiAN}Y@
z*P;H(SH99)Cj?D5Y}nB2FDxuP<RK4Pvt~{2&$qngEw|lv+tAC!msocBJ#Dpk+3EL(
z-sxzAbv9oVU(L8}KCj5MZTWnWZL3pP@tj$XUD?}g3dHqOv%hi6jhVLDd<1qi%K|lD
z3eyM>AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&wgl!jFB*OqK4d|68ecs0
z&_nA`56z1{_`wejpMCL*UtE2a_3PKimuM?28rJFdsJ`n)XY1TZ#$nNrbj>s@8n&Hn
zSTyXsPF=-wW;u3cZ?h>7*H6uUreV>r?b&<;b~VcaHD3zT2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+0D-my<~A=H0B^eKrto9(9~^cZd+f2jK;uha`qDbo6?xH@
zz3gQ}vym%TuI!D6uOW>uAul?}75k+6@}k{@PUS^Ux^R}`SoYSfK<eMCig9_-ZXcPe
zPg9`cMR1A$0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&Un1sMQ=S3?#-~RTu
z_fm^Z^P+q2z4w`Cp4t0s@B2kByX>;HYu65DAj^@y?-#w`+8f(y6*su_PTjp@L%yxJ
z`-{1@e7_lW^Lb6*f@#L6Tx)3vG_A2P|K?v^pJ`hfkIY?6Q(%M_#777aAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!5;&aRlT=hw6=-7cEnup|ft?y58bjwru&?y~lt2
z$A82V%6`0uw!)%eop{+L-_JKJ8g`y*STw|3<wbqJD1o%V2><YA8Ws)Po@UO_wU&m!
z2rr0_5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RrO)$cqluYnm7R*0;V@
zhCj>BiWMsc7k|oAo>ERIJMpw7lNT-TZv0N{lj;}6r5U&FUoJ9jcbs2j+fucZ8ebX#
zEq5_ZfmAJ3jBna{O{Q&{u&%W<1S(zxrw9-rK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB=C>2*`^LRc)FV-L`Gp%U}NTJ@?#mx7~KzWtUxg3CRaO@PUJif95lvdHU0z
zzW@IFmnq7=SgE{dDN}X^83#u)4vU7QYo=k*u<dNaqG9KQRa8B)Gy+=gVwwWg6*cs1
zreV>r?P<cg*3u9d`U)5%K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1STgS
zFFMq=X<js5WW$CHy`W==kG|s_?|4;oyzFH!TUb~qW01Yhnl)?Uk53^lx@_4!ZMAsk
zef_@M9Ouuzm52VBb#O7?yy({LSLNG=7E;CF(g<j|i)ji}lvC=|ZFl`=rfr(AuC+7-
zQg4BA0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyKwv@w@}fgwTgi*ATeq%e
zNHX4oyyzfW?33!ti*^z^%{MF>cAl!G)cDc}Xt|4N3Z!bOVm#BZXxR2NVO?u!2vocX
zP7xqLfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009D%5Rexgs@h6kbmhvGgVD#K
zBk>-lkQa?FH@W`MI~{GX&L)d3pU=33pQO*TZQ1s(`L;TB70+230WEhiO@X+6YWDBm
zu_4noO<31j8Ui(63eyM>AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&wgluw
zhf21R7cH}qhaGm<U*3EC;UE6t^5x6R@m^>3>ecZc<VE{@!k@8Es-JOKG$dW~42y<s
z=NlFcJ5SY8YJ6z~wA{rs1yZ$CF`j8yG;DjCu&%W<1S(zxrw9-rK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB=C>2*`^LRUIcU`u*>Jzc2Cl(wDw8T;)68`Of0vV&AFo
zXZRY@cn|WTgG8}Us$XoqDC2g=`9-Gf?k^VEwp1;p#+ODw%Uw)UAXQ5h<6F01m1&zM
ztZOX|fr=NwDFOrt5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV6Re0`j6mRmaJT
z?%1*8PyXajcH3>Y^7rWX+i$-oJmCrZ@4x?G5;BaeS+geIgS_aVQtXrJXB-v{N!Lun
zqG8+FhDF29Q?-;DUm5`|cQH+YR4rAEXBrj_+ny$@Yb_0diWk8t0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyKwuIA@}fgk$H|M93qI#L&l!w94vvH`9W6f+I@jKE
zOIs~oHtvTXcyFu4%l7pL?{wsmzLkgmxqZhK`L>Kxm-!}L?>K*GAyo`6jewTBn5IBQ
zIi*g?i%#<axmLFVskgv50RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UATS{T
zdC{S;t>i^dJMFZZ3CVa5ZG}a{I`Oh`zpb!nSf}EsdGB?mRa~V!m2X%y>|9>7lW$lp
zi>GF%+hCQe=O|FKwBl*<qB%Zjdmc?7u6%t01PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZU<v~AqC=5e$%__6@zt+>^_=^T*SzL6scdAthiUvC{i)0DX{*Is|G)jz
z&5khse-|G9S5aJ=am)8t-M3y;WZQ;UQhIc>K$K6-vp~9<l4pwTU(U46^MiKpqX{Hm
z11AU&AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&$q2}c4s~rMFWR^At+(F#
zw5L67FfF-${rY&OyyzfN?33ze92N~pS9#GcLZ_)(N{x>ei1Mj<7D&}n#dxM+(Xj1#
ze$eiHG=Yj2!6^a+2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc5(4s~Lsdu1
zi(Y>D<@@co-<rx}#flYudB}x@g?JD0qJ2K$&)6r`mly3OblOGEv#oD5P1RCre6&E6
zPtCJHs+KCo<wfVYVCL=KD_#Vr2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z0D(ye$cqkDjq{>6+;GE@M;`gm8b=6<4rU#9I@0(3qRTG7r>!>h)|Tqvj;r38Z!2y-
zE7P`d%Z>TArtiYMMY-JX_ySF9EX?1!{i;mc_*_<)H-Qme5Fa5xfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C7#u1Pg9jX`SMc?_(ckVRvIp&0T4{e1-!#Z<y<Qo<Z
zJI^#M8n&HpSTyXs=?gM%Q7-p8zChC&3-dD#i-v8F&t-*q6BywI@eu+92oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc907UJp?Yy%^o?(P<Ct;Koqjyt!xVmxKK#IY
zTP@ysUw@}}U4KH~%0vGwu0JE=cJ~*%`8E0RuUmYz$hHkFq>90Li*mW&@dYZ%DRrv2
z<NQq9_*_<)H-Xe!V4MH}0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBnAkbu1C
zP}re)(ck;M-@Bsnc+G2GQ$GV)&Rnr#MZ5=j(Nd=D#6GEh#$nNrbR9pp+0_c!hDAfn
zHC0Qg@p+4Kx!>^xQngeuo@rP#Y<qkzE6kff#f#t+0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UATS95dC{S&L-V4qd)@1XPA&(FqWI^3{^!r9kD*^xx@OIqa)r>D
zLS8h!+~oRY+H?F)olWNZlkQpXe8<(N=G*GjRXk_jqFnBGe1W)rYW6p6y(ZH(K9?2d
zO`zsWVHyDf1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNC9mVmtIP|4BqqJvA_
zdFP!copjRi_Z^2Ea>!tKa^=dE@dxEa2Z>^zR6py~WxkuwH!K=<o~otP_`F5A-0%1T
zsamQS&onF=wmm+V73NK#;ze+Z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5SWC3yy#HXw(_EX^EZDpn11XVS+#0ayoY6%-_ur$mtFGxe1F9Ge|Ns|%v{@bA1JbI
zO<#(6i*mW&@dcXJSeU<Y%Z-_~@wu!pZvrE{AU;BX009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXFj3Xc~I#jQ%yy$CR``W&A=-{8LSFeuu&{kM9tTR`Kyl6Lx(`>_{
zA?Dij1(~-fm-`)GplOYT`I&}A!?wrgvckLxjPQc^2mt~F2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5Fjv)fV}8Xz1H)hM;vj)``-7yV~;&{FfZ!&=m$;uMutA4zQN+Q
zb2Dzg_;8VFyZ($K+tyb?JN<LsqFnBGe1V-7)!>9%xBfWOHa?dX=1pL*{*4eIK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk6BUpb9m-qgMGrXOfJZ&*QN8%$t6%-<
zp_3~H%kLL`)0^HDrd@K$C4EWA@aLK}YvL6yxc0`jTD<J^`-68n@<^S{XB-v{N!Lun
zqG8+FhDF29>(o^|XWpV*?st5FxPEH(GYyM|ZI91og?SUG`BIohfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72(%?2FFI7R%!|em$0t4MNkb=}fByM@nK&NzxX1NY
z=;cMj$1lC~(igt)h4HeBi;MBHZG}a{I`Oj8@5lEzX1~tn^UjOjd{&WZlNUYd!g-5$
zx!?K%b^h(@o3m-_HJP^hEM^ku3G@}eKM4>ZK!5-N0t5&UAV7cs0RjXF5FkK+009C7
z2oNAZfB=C>3&@KO75?mJKRXz4Jo3mR2Pa>4*=2(>2S<)M=9u!cS6_YgiWMv3IpwL)
zkr$0+di~fZ)t49TCUGh+DlbYPEs*;6s$x9TuxQw}3?zZ30u?WUQv?VQAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!Cs`1ms1Bsuo4@na_OYZTB9B9(rgmwfMT%y>4*w
z8E2d^m~R{$dB!uI5q~x;70-!JUGlwK+G_E#)9=SOIA*`j=8MheW!yHMU1ZwiMblZq
zrqL<$m!3eKf4lnT-2AKSGi^)n@wuZ(3-lGgKM4>ZK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB=C>3&@M^RQQc=d}A-}Se+N$ci(+qHE=xYQIG0<HY^ff=$dP;`JLbS
zo$yQa;cVaU(YF;A4eP{LoPK}IjA;DvI-AcpEE<xonTAEfw&g|TMG2$@>ipZ)Hz(7u
zXxR3ovxU}QdIEjL?@s~*2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc(gO0L
zI~A^(7d`suqX(CI?Q37#%RRp7O>YWkzxAze?YG~4%kMiD78b(U@Zb1@@}hB4wAYV)
zQhj;RZbGN>qUo&Q(hGOFqox9>f3GUW<wct!o1d>h#f#t+0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UATS95dC{G!wvrbOzeoQM|L_mxPus_l$o1>j$9q^ZdC~Z$
zrqD00`#{Dm-_&K!>`luu-%ysFcO}rY#=`u~cmE*M))lhr<|{D53*sXL2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+z&HZ(qC3@VB`+EWMEm;T+eYI($cx4r_4^rz
zMMLCLUbKtcY5nTz&CEBHW#?T9G_A2PKhv;i*mhUQuA8sG2rr0_5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RrO)$cye&Z=Ag7+u#27zI15s&y_1zmgDQzt&8`t
z?DBisYVoqu@0T|?ey7gni;ZVy-15zfUUOQJZL3pP@tk}^S$5u)KwLjH`&+jCYo@I$
zWY^7Cpyo?q8UX?X2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FpT&fV}8VCCj|%
zQAZv1{|y{3d)do+dB|rz^O=K7-FDk;uYBbzpL*Z1#~ynO4Nt}&Y%44p*6H>bdZ(ie
z*13_4!=fSSDlgha=(J8<#dGovW!ZUG0&)G+>}MJl4cqPt*>&?3sQFTuMt}eT0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PHVxATPR8$ucimopn6upo4b0)aj?6K6H`z
zgBM(TV_Pj=cKZFHcRJc&oy`}U&d#{~;=@IrZO7H8=G*GjRXiu(P?nu{B@ow7&Az;7
zR}af|r!P?Rr7(>E0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UXiGp|bf=Oh
zpL}wil;ghp?z_{ailX@X*S~(wIp@6ag)c1E48Khuf3U5vXjms+cKZGD2FLHz*?h)f
z(U5e_Gb|dmoo`q)?7U80#dD?~rgFvH1>*Xt*_Rj1{h`}`eSw-Ug=qu`5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7dXTLSW;JC(fs_S;|n@|Qm`aU5{K0lhqA_|5s=
zQa9gx^ZVZSzPF{1@+a(jA6&h9b-V|8(ZPIa?33yj*L@)4*2S-}7p+|M)^mz%TdI~)
z<Ml&OW)kQLq-v>Rytw21Oq+*Jps7H`i{KOi0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyFbM&9(J@ueIOB|7zVYazkM1q?jAuM!F!5MD67NA?bkHjHN%b=hi-x3Y
zE78qP7Rfd&8e*=gT1t&KjY64EAXQ5h<C%s<!?rzc0!;-fUIeEI5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7csfk_C+i;k%}m>1n^ue}BnkJTgb9^^#_tzw^4KkFYx
z&p0o-@ysIIma3)Hc+)79`2<q6R54y`y(rV>aT91NQ1K!-MSuVS0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PDw*KwflA)r!1m_{P!yXV`JX5l6(4$Te%$#Cwnzjd6PY
z*eBJO7wsl=nr&D##9ULglp1dug)*N&s+KCoGYyM|ZF}4VnhI3B2u=|oK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pklMs*>9aFU;FM8#bR}L<I^UXK!vBw^9Byz=y
z74bBA(HN(GUNqltx%}Uq-+WfC&F|5lbYatol=<@`5dYg=vw!Q>A7|R;=drrewghUv
z6s8d%K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pkZ3)PWjwxB@MGrgdu<zb`
z?7sW%y_91wFM8*lcb;_8Nzc9Sc;XYE*q4V~yLN572YJyxpYUhwlj_Thc9S@j7nK(!
zkQPY&dsQ)>X;?IDyR8hNb>>H);ze+Z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5SWC3yy%#!WnOeJ<#^d;mxaaO^Pcw%o{C47FJB(-VH$bSQ<vS-R*SdZX}`!h
zxL9mDJJ+`PydvAyv|#5a#N|%g5@=duVg4Q4zL#lh3(Y$7BQU}X;v)nI5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7e?I0Evb<LHIYe(Yl(i^HFB|C68mWSH>!*S|g<
z9PF=IvnJkyylAXZzb`M^P2x1$uxN<6)~~MK%=rm%xzn};n$}pDpJ`Y$Y`ZNq>&%b9
z2rr0_5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RrO)$cv7n7e0I2ZMQxB
z=}&(^bSx|^^g^LmTyaI1Q07ICIO2%+zyJNOeeG)pBct&iuD#`!wpzUG^!tOiIr2!I
z&3E%_>^Gk^@7KNU+#=gnr>^2T^AqB7r)>$u^;5GiFWMHqb!K0n=1XB30RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAkdb8yl7jJ<vM%qwO20~dF7Q?hQTr~`saWC
z=i$#STedvqDNl)$lk3;7FFzYPZG}a{I`Oj8@5lEzX1~tn=RLRCRdO}kuxN<6)~Ty_
z&g_S;>~Piu;`*uCmlvJ2hiE^O6R7!8m_~pA0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5)OB_J=_mSnk3bzbz`bI(2GkVE#_XP*@-R`gPo%a<=NKN~voqJ!bm*eBJO
z7wtwsUi733Cl{u&a_$1Df3GUW<wbLU==NV<pyEYviU0uu1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oRWrfV^nys%2g@boSqW|L{xoy#QqRCHio!hd%V7eR;@r>(<44
zxZv6w+iLN$aevved)jL8vVHx&+Z^Z5zLkgmS!_Bx<97WSMW$`znMJm3XdzV$)(=6M
zNuVcCQBJ8-@}i1oegsl)fpG!^2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc
zLIU!lt;2@z4sDc;TwGj?_s~{YG^`UZ8~57^i-vV7jz$R8lPj)Lp2|2Z8j`M=hDF1+
zvki-eotMQ^vok*-E_d3NK+V#Mr^$=9g>RkN7l<ogp8x>@1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oRWpfV^ny$l-fLtJ9CYvmqwh>#SL`Cf>so@}lwOCfBcnP;*Y5
zO%|Ka%edX}!6MUk^I1i<txjFVb7nt$WrwpS5Z6!5eo=fi(>81P_A~neHD3zT2oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D-my<VD+(EZ5n-efzh+{q0NdJD&U8
z=T@g8SFT)Hel~REMF+WJpHx5NuxLoSW*Qa^+s-yD8g`zlrPTQBhp+5#)&x?uR56}u
zSTt;V*6{6T_5~_l1g8iPAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&NeIY`
zPC_+a^YyQPeHnm!%Uj;E>#n<&fA%`7R;`NX%Zv8;gg;}SRKK|OoQzw(zeg`GdeVin
zAIh@Bt^`v5UR8{5-*H8ztt({L%~zn}MR1A$0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&Un1q15=p<C*HRHVK``-7y(@s0>e)qdyUnDY~FE84MBQILaa+*|LR9=)o
zS|I+ny=FhtuxQwJzNtk!?@FNNOJN!T0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBly(3XI_Xj_u0b>h6}JKph*-n6^!x@-07)nza;{;a%c$x?P=pHx5NFBc8pjGFK7
z(Qi7t$hM_wDK*|zq{?;k6-d=m#kk+2&-ZcLc~gOk7r`k41PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZU=jlIqLWaK*L>5P-c;ruU-Y6Em8ZgQ)Az>x9)0PP>Xc{|
z9eL4iLZ{h=MMKQBqMU}FY8r(ypTN*UsveXVRW|b@Q2j1AOMn0Y0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PHV)ATQcFY2SkX_HX|d5}~~$<Vh!;^tJnrXFvPdy}=bL
zR>U9i{i1`Z(by-|&pR)gZ|d^4bBk<Ss+LmY^AqB7r)>$OYN=wp*#6~ATU%(>nID0Q
z7r`k41PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZU=jlIqLWbVTl2ZkeQqxU
zxpL*o!7yYPiRa6U4id#aslL2uH@^#?ZCEtKTvN4_8lRsKmpg4sAXQ5h<C%s<!?xQ(
zv(EeoRJ;gI5g<T-009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Roc{kQbeVYTug2
zAAkH{1~MLr=gW)6GQEE6lj?VqmTc>LK{uXRWZE{LS7h5#wUip4pAeTjZA&0kOBLfq
zacQQlEi~)Qk3hwX;1mG@1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAJ2?2T0
zNvQU%*_Rg$KTp5!zWc`CH5$*C7nK*yDLa~NSTw|3<M*yke||z-?zAm|I(5}IC)2QK
z*mhfJ)|nrHzT)>M0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UATVhGdC^G=
zhxK3l;upsm$O8^I;N+7}Ua?|DZ*XB@A>M<$Xl&K%$3CfkvE}m_w@klWG;G`N(VukT
z{DiyQX;XpJzgHFGTekgcrmZQC`2;Fn1g8iPAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5;&NeIY`PC~VB&2N0;8++`rM;U`$zI=Jeh?ak@U%x({FE3ikl%3co)z3IA
z8j`N^qFv-pQ?-;D7w#g^R3KGL72}zPMZ>n6;+RjM;ze+Z009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5SWC3yyzrU2iGi$;?z@5Ed!8!op`>yXdh1aGxkaK<wd&*
zopzD)Z0k!+Q?-;D7w#g^R3KGL731=vO_9ydSD@lWaEbr{0t5&UAV7cs0RjXF5FkK+
z009C72oNAZfB*pk1PBnAgn+#0Bvgm4`J*5G=s^#9&|ny{FApg%I!H9svv082d|t*a
z-|rW_^_(Kx)>lG1{WITCmYsJcu+yR%oUnbz6`8iKkX<)lfx-GWLVy4P0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PDx2KwfmBynTyr*|Oya_a4U`cU+l@^n3IrMXJ-s
zIP}kq!=fSSDlgha=yYfyRSf1E%ChsW1S-lYbt==aXxMgF$gZ2OK<X_pPJjRb0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PDw>Kwfl0u+__M-@g63-~H|t_a5K;<~OS+
zJ4=870RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Ew^5UUVEi
zpCv$m009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72+Y2Kyy)yd
zBReEOfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PF{HATK(O
zp3f2>K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t9AXKwfnA
zpOGCBAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjZZ5s()h
zN6%*o5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009ECFCZ^E
z`_IS@2@oJafB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk;|R!$
zj-%(Z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&*%y!(
zo&9HIhXe=^AV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7csfpG-n
zMaR+eSpozI5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+!0Zdi
zi_ZQtvO@v{2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfWSBc
z@}lGD`78kf1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyKw$O-
z<V9!y8QCEL0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV6Ro
z0eR7J^n8{80RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fjx7
z0`j7>|BURA009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAJ
zj=-$tMQ^#~mW^|E+;r1T<2*s1B|v}x0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXFR13^bUbHBRqmMp%+58>r*RPMC(FNDu*j9^|UGn{6`<L@=zkAY!
znYJz4{x#p$^rgu38Rfq1;`%f4ZB1(|%+LLK**}5$0wcU2K0<&10RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!5-N0t5(*BQQI8(f|6d|C+z7=>Oiayy!RuTz)p+uxQwM{dCQ&
z&CE9}8g^b5PtDG(;m^r_@(qiIo!2a_c-oviR<}tY2*j1IPk;ac0t5&UAV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PDw)V0QAN-~ayi=QA(5u&@w6=(fIGG^`UZyX5=wqMf9V
z<V8DSpR0??i_X>KcC&LOu;l;G#0?T4K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB=D66G-JnZ@THG3of|eyeS^1opxF;FS>T^+B=&c?|%2Y4?OU|eLFfH{NM+V9Cn@l
z_lquDc28TaqMk<v8T??yRmxMv&1dD?@(l>xaOb9cTUk6cJNZ5)JMT)MW@*LKy4tGi
z5}3X~T>1J02oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+z!U_A=0!tV^PvxY
z=wNJbIwOmVi%oC*mRoKK-_kjq?M>n;@%>KW`$gLdi-vV7juxRRu2P=LH!K=<KK+zV
zTUX3CEE;xR7EjGiTWHpqAAy>s6;GQV9Cu0}u6%t01PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+009C72oNAZU<v|5^P=DW_P1LM`!!vv@Auj3AY6Cdbxp4_Q}g3{yySbgwAJEe
zmwdn2cxJvW-_%fX$NBlTrY}XlkIBxv5@=duVSZOzbzK6}7Z~9M@eu+92oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc9D$*E(W|bysu!nRzI^#_PV0E&BOlqj=<3z0
zo8D2J7rpGV%f8z7@v)D6>{-ux))DFBu)_{pxpL)b8PpXkR>b$)R#-Hw6EC~u`}u}N
z!_KFl(rN38`G!Tq&YQjzZJ}9begvA<SeQRQIPR3d2rr0_5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RrO)ROdx^+ikaT7H{;~?|=XMy}V`kJ^DXwc${#;31wDu
z$BrG1u3KmF6Q1yda{bmjYu2oZ_u%*F2ZdvwRKK|OoP3+qP$vSZT1t&~vPl=sS|C+R
z732T$KX+u>vVKxF--$rQi{KOi0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBly
zFbRPf%!>}j1sjb_A}_knKKnG<L!-%k-=``sI;dBt^79RghMjj3)N#=|brsJcMxd!c
zTt7AYnTAEfwwvOZPoU;YVHyDf1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNC9
zmcZ=fMQ^|T_V7)cgIU3*BNNSwzWUX#es6onU;p)AKm6ej58tO6Kg}uRMdQm&uHW>*
zRm`um$>J9u&bLVobs|uwuHreJY|=%u7KrPoW<TruwRr-K1Zut%rV$`OfB*pk1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009DR3CvDjG~CgK4I556>7@U+`SJ3Xzr0KvPBbt2
z^{;=uE%~s{p@$yY+jhLBylD9-%TDZ*>gO944LffXurawUfmAJ}#@o8Cb>>GPRZA7)
z^Mm6~2~@lYP7xqLfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009D%5SXdF=*TyC
z-F4TM*}_XMx#Y68k3II-qqlyGdC_g#wyj#Vs<&)><4Yzl8sF3u`tqWpM@<EqmSxlR
z%_q>b#=?AP1m;Izgcrm|2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D*A?
zmR?@84318sbMeI&kE30F_WbkDU%!5Rxx;cibmT>2jrx6g(fNrOwRNZUtE)G&t?OE6
zegvA<SeQRQIPR3d2rr0_5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RrO)
zERDSAt+(E~u&_|ZFDKXe_{Tp!j&}LkqmDW%-efr*I!h)m8sFfU{n#hfFE*Z;Z<8A8
zL?Bg5sqs!W>7rQ+q-v>RJnQ?lc>;|DDqaMq2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+0D(yeERDQqka_QW-}~@~Km6AxbF5ggqL+C5+Sk6;%2PP}@WbN>WxS@m
zXe`s~$3CfkzG2a@^F{$1liLzV)lzD_t?OE6egsmrR53n3IPR1{#f#t+0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UATSAmC6gDO1Wvi;KKty`3od^B>t8Pi$LYw6
z4u(Q2M(R)(H=mVnlN#zopiW)Ib2{0ii)Jkl*H6uU*7s}k1R4p{d?`#LK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1lkgi7p)^HFIq>bZ%#%2v+1e6m52VBZ&)<!
zyivf$<hBHc7E;AvTi3PD{0LN(Q|i?G;J8x)skgv50RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UATS{TdC@wsWnOf@{q{S!jbq)qb-m2w;^JcH#C!02^n+>A*eBJO
z7Zp8fDv+wB)OgeN%_oqmrHXNA1m;Je;ze+Z009C72oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5SWC3yl5TO5EC5?F}5=Dpa(r@VPPTO!zJIlrL7h(yX5=wqVp3mYU@s$
zz7%a;*E;hf(6q+F{Q1FgrvyfLL41S&0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&U7)L-}w2t1ZUiGS0(xHQk9CzGtD^{$C_s~{YG^`UZyX5=wqM}Dl1)9DTP1iS{
zK+_rv^Pv%#AAu2G5Fa5xfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7#u1Pg
zt)sVX+qNsNxZ<Mrjz>M}QN8TwuDk9Uev&@kgWsbcOx4CdseW<mIr+BvNe9i;ou+Cj
zH9k|Dx0x&iQngeup2dCHB!N~0DqaMq2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5FkK+0D(ye$cs)wb*F0{e)!>WDl(ogFB;4A`ms-{pKn++?7WrWjYXOYq-rTO-gJHQ
z38ZSNVjLQQ`4Omi5u74GfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7CLtg%
zItkUCt|>1%7z(Wz*{NrkATK&U5u>*5v`$^cbK1JDb>>GPuAiFy`N46g1Zut%rV$`O
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009DR3CN4KCD~{ldC`h==-{b3w(_E)
zM@<Fl)KxsE>H6jqi0h|j9~y!A5vci6m_~pA0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5)OB_J=_mSm%KUh|sQ#Hq;mvs3sz`en=RX{*IM@9W1mIA*_Z<)METH=mVn
zo1b*hOx@|wLaG>?sm<F=76KLJlsc8gec2>|Rs>RSfpG!^2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkKcLIU!l6N0T?_Rc%+JpJ_37Zw(JLCSctyy#%KH1<jL^9_rJ
zowpLau}D*aR4t{(o33v@fmAJ3j6)+ZKLQmmf>Q(t5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7e?Bn0F|C!tz%&As;8YcMam?DBisYBjg9G^Q1s&d#^ZPdaF(?zCy;
z&(!8^CJTY4H5TS)abGq`pcR1;UJxH4K!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1jZ4_E-!lRwbx#}RF1d2<t-sEx?;tO_zAWZ77gpn)sb&lH0->U;EhF^3N(E|
znyzm?fu=PU=0hVeKLR7XAU;BX009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
zj3ba&Ui8W<uMFwR!QU&-dPH7yoB}RCJ3j%NnYz>Bn$z-aW%1PP%#^&%WFb(qwBl)5
z+?P!fXhk5de0>502oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc3IciMMc?+e
zw`Cm-9lH5->(<2&+V_jb8uk0FWLGTGR3P85XxMrE>gvsGieo;3rZpDkLnAOh0wcU2
zK0<&10RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(*Bal~K^sR4wYcFzn|NGzn
zVLLl^*=3iZ`OH}xT)upH`~)w!_QtkayzKP*EjriPeAWS*;*Rq(Z9BgEH~F?YbrsLa
zy2fn26M?vXYW6$XXDb)Id&h=+TPp$<X(~|jr7(>E0RjXF5FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UXiFf|yyyuhoKP*Wef##s#l;pQi<4Vw{rdIsy|fh;4eP|qPQTxx
zSe?x`jj7Dk{7l25VcYqJMZ?bP)KxrZrfSA!vJi;tr)EEk`x?5*e8Zw)=R@zv;G_j=
zz7(brAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0&NK_)x7AoZQJ6!;=+WF
z_*zZ-VQcZzlouTYjD1r5Nyl0yy1u+<C%My9Ev3dMS_2kek^-q(su<7LL0&Z9XV=xv
zD_#Vr2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D(ye%tK!E`s=Ts1YNo2
zrI%hh7;&sWvQ)ocwDg%yr>nS2E7vV<_+X~(hC4Uq+nQEpE6>^@b0yHU#=`u$@^Q0s
zE-=Ci;v)nI5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7e?I0Evb<LLE1`-Lxj
zp?*4aaOU#m%i}#PneP{kZ)ytttW!6chDF1+^9_rJoi{DZtZU5XI}vDFV_|+L`*cwP
zod}HZg7^pl0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyFpj`<@}g&-efCqI
z`qab5KK9*r-(KGG#V>ww^<BrmM_=>%Men@x&R>pneEQR$?(OPf4|~{8qT>fY_(3>z
z&V5Jt9?`+DXc$?yZe4sYOC~Qm^kzpJjD1r5PO>g-U9`CE+)Uf%yMK^xOVv_pysgJ=
zo%s<+)l$Xy{NT7#0u?WUQv?VQAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!Cs`
z1g4M|-Mo48;^N|HLBZ6g9{bqGR%<lMi*DJn<;hQea_U<3$M@N1pK@0_cI<fE;~rP%
zvjM04ROrZy4x+_AseabMn@q!^VcYqJMZ?ZhwUipqy2fn26M<AMRg8DCPZuT7i9p4R
z;1mG@1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAJ34tl(MX$T=y1@kCm?K9V
zaYVI7qrB*4mt8jIetI7d-ymA<s^YF6_`nD5zWeUsXXtyMTD59b`Ki#k_Lf`PYVoph
zf7!Bo+G_E#ef?HQdyDj~JoL{_vMz01w7BE^OxyMySLEA<7E;AvTaVj1^CM7EPN`G#
zgX2yKq}~GK1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfWU+Vrkoc&>#VcF
zZ_|%_JomZJ?F9%=IN^k9kVbjYi!QpTm2l(Ud+%ND>Zd>bX}RXF-FuXO4tB~<g-%;x
z(XdXuY}{`vEE?9SI0kQX<dKT2l&7)|-eejU4cpE)EE;xR7EjGi)-`7Hoe0z{t$11|
z`*cwPoe0F0uTOvg0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(5L14;x(eNwn
z<J{C+-}=^G=5RuJ(T6?kVK+BFKK}8K_jdL0hd=y=`;HA8Hk9$m-Yr-BJbi59_vlNv
zvJ?BH`kiE5+PY}5`Mg|PacPllOVv_pysgJ=o%s<+)l$Xy{NT7#0u?WUQv?VQAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!Cs`1j@W<$mSh#-*Mo92lk?R4|u=>#=mI%
z%j`3r7d`mkgGadEFMQz(WwLQ-r?+NElAd<jY45)Gc-On$6>NKx`+kpJUUbl~&O^yM
zc#~^bG{ju94U2}I*Qu*`PS!PM^PLF9^;5Io$v$0_Kqmq<UkcL*5FkK+009C72oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7csfwlzVpG_ak=`AiUj(?#gpBKI4l1m2Z;*pOH9B+Q}
zo689+SFVhar;r!*d-R<IV=6AX<LXm0ZStZOkJTvx@xSdg`_Kr?k3h|r!ZZQ|2oNAZ
zfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkLHErIRZw;y!SL1lKaud{mf>hUi$iM;4D
zp7D&3(yTZxzWCzuUar6X`s%y5=%R~ylSli0(JfoH9Cg%D<>f}`#M_e>9R!ShQvIw0
zHkpP+!?xu`vo1WFpR_>g->Zu8NpH#e1ZGE|;ze+Z009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5SWm_?YH0lr7wNy^U?AC_rJfF+1qWm-NwJ@B=Vwzk;00Ruz~8k
z7&9;0Tm0_3@4hQKe)OXsRcxv6RJ^?@<VEAlO|IW}kK_DVXOpuNfEi&Y#Wkm8+P3ew
zBHvc0uHrc(JXs%^bAh;iYWC+`%<a#WK+TuJGy((&5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV6TE0#{viRWIE)YkAT4z3+V^#14P_;~!UZwUQU@yTng_`qOf&yY9N{
z;nDG1zx7+c_G`aZo?W|kZTwkz(Nd=D#6GEh))|{j!=ho^`G!Tq&QrCN8qd1MY`znL
zR4rAEcd}0xCD4gL#f#t+0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UATTw7
znazuC+O+98&w0)PHIDuF-@i;7PWt!ghd!5Z(Q*TieB>j0bBdyP@{^xjj`uptmoJZ3
zkQeRq34g{useUI}m$oiiY(7t$zCfy$QsZqsZtKjCK&qB1#^(peof4>c5u74GfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7rY116dC~d;+qP{hV~3sOMME_7*MI%j
zdwbY#zy1FF-s2UoctyFZva^2u`uM)&MN65o6Z@q4SqE>XAC+{)Adsr1)Ogl4X7im0
zq-v>Rypw&pD1lA{DqaMq2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+0D-9q
z$cwf@{r0!Ny-Yk-bQTsC;>*d44qC-NseUI}m$oiiY&tvFcJ~*HY+I_9QsZqsZtKjC
zK&qB1#^(peof4>c5u74GfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C7rY0aS
z+6whK=bSSbeH<L|{i1^=eIs=qN7licT*IOv=9+C-H0-=iUBz><t}&bML?Eu8n*C1p
z>7oQW5vci6m_~pA0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(5R6t&|72fcZ
z^dI`rhh85YFMa7t`;w5oKjX{!e$hdq*eBKRB<s@FMdd|1$(^QZDK*~K<F?NH2&8JM
zVtjsZ+$n*I7r`k41PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZU}^&Lq7$MH
z3DQFkJ+wLxDKA>>lX^5+2XBgBd^p#(<?}_hEmcdY@vLji<~tEc)l$WHC;N0!0-Xp{
zya-MaAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0#g%^7o8mS_U+q$_`@F_
zb<|O1DspjgF}|F<Xem>6VxLsMldMZy7tJ*+8e*>5hDF29Q?-;DZ|iYeXMO}ywNx=a
zKRE7`K*fvT6afMR2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5Fju$0eR8MQQv<1
z?LYa+Pp-cD>hibgSFT(cUv3I{(Phi-X{*IM@3x<H@TS;$QLb&%*+sUkX~kw;V>aK3
zK+_rv^E=t6ixTKWV1yUMM+gugK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=Ek
z1>{9rC+#ix=}&(;e4A+bwV7onzMQ;htWm$;N!F#Ui{=^@4Kdej!=hp5^{cBlv#rN%
zo%s=HT4Q1U{NT7#0wcU2K0<&10RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5)O
zE+8-3I%#jgV~;(y%!tOF_;ORoi^i9mTtB|SG5d8knRW0c<Gkp`GmC6now|zWWL;x6
z--$q6KQ;TE?9)XFbRtmmr7(>E0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&U
zn5e)K%Zr|J$|)bNJpS}g|FjoqJm{c<T7<px&O86@{~m`Pdg##PWPDM1(LtivC)MvH
z>(bUm<wZLQou+CjHQv_aw$A(rq-v>Re134;DS?U?!6^a+2oNAZfB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkKcY643vFFKe%OpQF~K@VyR`DZ`-*&ciBk-E@(-t(R_&N!ny
z8(&mjv}7qeu}`X>b?~OR`-{1@o6jn;ZK+yHjb~kBHs6Urs+KCoJK3j;66i#r;ze+Z
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5SW_463B}dMX}p%yOn{%nw|CQ
z*SCfI(T{$#;-as7<txAZ<uCu{Z~kVOvtq@H_@eTngKn`;s^3Z0rLBwR8Ws&P*KEV0
zVdtq@N{zSmxUDlk0;yW67@r>;cS@k*MR1A$0RjXF5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&Un3}*6$cqN65XgM?v!DI68pmTF``BJa@qhykXbbrxANfdc&BevVUG6(V
zG_*H($RUT6sYrRzk|Ncq^H8!5-emlH^w)i$$hOs~t9VY<HD>dj2*mYMv){=+U6ep4
z0ySR>(+ChCK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=Ds3M`GhXnmrKF1o0f
zR6O|LgX@2)dS;myJ@UvS%b8Dq`qPI-BFhP(<NHMiiDI8rzmu#>TNjlV?Id)Xs-@I;
zTaVj1^COU|rHb+S!EvVqDqaMq2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z0D-9q$cv6oJv1-+f)~7CFbo++;>*d44id#aseabMn_}~Mxwh-iD6(y-T1t&)U1K)i
zi9o8BD#kn6r;8HkM4;kDaEbr{0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBnA
znt;4$1@&Eb-F4!LCmy=9<G=$C?ByQA#B#Ooe)qeNfBfV3+i$;>D_54O$o1>jmlHxq
zUbK`cJF!oy-$~Y`t&8Rw77a1iY{Q~q=c!ssjkoo<tusFYsamQSpC24|N}%FJaEbr{
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBnAnt;4$1@*b-o?GS^>vSISkcSMe
z_K8n?V$GU0y^k*}EW{J!MF&-5pHx5V;7w6nnrplJi$%6ARZFSytZU5XI}u3LQpI>D
z`*cwPod{IC2u=|oK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pkQxlLEt)M>r
z^wS3ejTIx|i$?Fb<Bp?`J~{+MSKoK6TD7YDi0>CIDN>z^$5Ec@B<s@FMRN^{hL~%%
zVbQSjvUqBC+Irm9nID0gr4>(`9~^f|Ag+9U0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PBlyK%grDdC>~_GB5g=$2{ia>Eo5Jd}S~F_|&I9^>d&5Tq+6K8;>vN`$Y$>
zVxLq$>)?&NXeYVTR4t{(v#v3l??fO~OBLgt?9)XFbRtmkA~;2W009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXFOie&uw1T?Kiym{#F%{E3@{y19a*szIdE`0goHLk#
zj7Q>i<V9ndUO)Cp^*hPBv~|(#JFdvI6<a=^Z%fruYP_w-ZJqfMNYzrs`266wQvww)
zf>Q(t5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7e?)CA;3E2x|1MGrps;MczP
zwY}WqqaXd~AKrU>=R4ooXP<p~gNuuc@#W-2<wY~fj^-N{4LgtDyE=X0E&@#j>eN-=
zoTisBpFq9>eZ}uj0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK%f%=dC>~?
zrg_mg{kZqudxw=j^q~(OfBf;s9((Nl?|=VrcGap?@#U6XeotF1UUvHZ_{PWV*V%l&
zftj%Lt=q54v=y7r%eU33t9VY<HD>dj2*mYMv){=+U6ep40ySR>(+ChCK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oNAZfB=Ds3doCA@Yc+We(rOh8w^SAw%cys{qA=M$K%Vj
z6&4NabbAcm=Ex&;Zlsf}OIsJsG%Omnoo`q)?7U80#dF$v+}4>Nfw+EZ_U8x3of4?|
zQkX`7009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFOjJN#w1T&0UUb{GZGZWf
ze|h-fhaYy>VGn=!!+TN5$3FJ4|MXA)G#HzVFX#8@t9@dtxSw_K=I$LEGHu0e=jPku
z`l-{;y2fn26M;H))i<Y;eYz-tP6Yaj-=72s5FkK+009C72oNAZfB*pk1PBlyK!5-N
z0t5&UAV7dXCj#=K73?+hqVWpnoO4bu0~vmR{?U(qbg#c|-MT&Z+%xo7u3Q;UmKT*5
z%_uvXZ&)<!Jbv%$^gGE@xoFk`b?T~bPS*Ep^8^|R^cBB92@oJafB*pk1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+0D(>f<V7pkN63qQ;uD`3%s`eSt5&UwFDEZr%9NehC)ID1
zQJJ;L+jm@%X)89KnQu$gQfhqG%Eo?XUm#UW72~siQ+7z8ErE&`!6^a+2oNAZfB*pk
z1PBlyK!5-N0t5&UAV7cs0RjXF5FkKcY69}271Sf-MX$d4>eZ`Pm+8m8&YCrA;>*d4
z_W6WAW1m#Nt@uhO>tq@h4cpE)EE;y6s-@I;C$-_CSqr3UsbW0q`?YxjjRY!Q1g8iP
zAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&sR_u7R#1<S7Y(cZ@P|MA$AA3C
zGtWHp#1l^}^N?%Tt_@+)#l^+=a`K|3PuYomQvF65m06oy6qn}OZat^Swxwz*H9l))
zV?VPmkgBDM@!7vAJ0#GSK*fvT6afMR2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF
z5Fju$0eR61>e2F|<$_=Q;up&p<if&2uV0=G9eL5xr|iT&seW7Wl}^^lH7pupuGxk~
z!_HH+lp61(He57ofmAJ3jAwnnHcz0DK*fvT6afMR2oNAZfB*pk1PBlyK!5-N0t5&U
zAV7cs0RjXF5Fju$fw|3#u3NY6sGS{;c*G-mImV|w?P()Ck&PQS-tT_*E0d7DPP~r1
zXdh1aGxkaK8)Z~xZF0tW(M@L;*|t<IrN(EiZ0u+D1yZ$CF+Te@WrqaX5~z3)oFYJg
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjZ3CQ#-@L$dL_v5yaa@PlOnaL0}v
zQ@e}$7rN-8i^?6=@9ekVe)TUA&-}zEKGAoT_^iBWA5Qo)_DS{Iim!CCj=X3mq0>|?
zrN%p{4HwN?AXQ5h<5}OY%@b%OQ1K!-MSuVS0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PDw`pv;R7Cili1na#ZD&wu{&_3PI+y|sf5I%u>f@{MnNqwiYrI+uL!mbO~F
zY}^k4%(hy*Y+t|c9>@8!Z{?wXHp-~X+T^16YOc-i(VukTtd*1f%#Og&f2^tpXJ_+v
zLSWJY)$f9{1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfWUMFe)`j&j+5@I
z`0Q-vMT6>(e)OY{eB>h^s&V|mAN)b@29G}a=+Pd>U3cB}oaa1e`SRr@RJ=}GVbQQo
zylmWWD=b?5#h>Nfjo*nkpXyIK)-uuca}A4zn5(>~yeNURK<eMCit&m5Q)6)gGbK>*
zA~;2W009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFOiiFDic?QL_3@8?{BO2#
z9CFAZWnyq<^P=@_Pe1+i-t8Q7%rW&pH8}IfKmKva5}%b9Em_J=?33!xR0gK$X5>XX
z$(^QZDK*~ov6@dHRZA7)&<M<rK*fvT6afMR2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5Fn7Lz;)MMR|fy&Mazd6D0bUzx1LNn7&;eRdt+NIUUvHZ@}ZC4sk8a412!4w
zMK_&YWZUZ0RXiu_8ngLM1mgOs+3#eZE=r&iftoLcX#@xmAV7cs0RjXF5FkK+009C7
z2oNAZfB*pk1PBlyK!89-0`j8q!`i%g^9d)M@H_V&2OMxf$WksYF2)nu3X6ty;$^4b
zA3r8qu25(5on&3wx~RNpC!y0ibrsKP>v3CWegxwBso9?&9Cu2f=1XB30RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&UAdr#3{NzP1zWCzfk3atC%HyDe4k}}iz0TUT
zYvZRWFWTo5{)~N6{j7sG-@fs-Ok44b59ixbwUipqy2fn26M<AMRg8DCPZuT7i9p4R
z;1mG@1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNBUslc4%MYnI?zRNDV3}zkc
zjKoh?UUX0__DS_S$-1<4(M-dlVcYqJMZ?ZhwUiof>v3CWegsmrR53n3IPR1{#f#t+
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5&UAdsoRoa9A+`O9Ap1|4gT#7}m~
z<VE9~nnFM8;LU&h&mEbz;<j`1ZB5HE>l(B9P6V3PSeW0*K3$YRCjuk9AU;BX009C7
z2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF%(%cD=0#6A<&-lL#~=UkANPewSFKtV
zKS6oXSfhTwldMZy7tJ&*8n&HpSTyXses%R`w)MEJGd}`NYb?y49~^f|V1yUMM+gug
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB=CR7nsAm=*>6ZoO&olQGE8ZpMCS2
z-@IbQie7MZspdudVzJ}=nZk_6vku;DzWWE6wqo;n`L?)z>h!a&F`Ms1piW)&&FN&H
zE=r&ifxhDRCjkNk2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FoGw1ms1-L)^4!
z)6qvCz1Mxm?z`_^<|kLLUL8N>CG-8F<qeMCiG5Q2PO>g-T{P3MXxMhXVbQSjR4t{(
z+j`vAnIC~vEme%q4~{z}Q1K!-MSuVS0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk
z1PEj*ATJso+y_4JfmCcVe9>t9WaUK%p<<s@KkMMlrmfdx+Wa1U)`e&DlNLz*dsQ($
z=`C5G!0ZTAya-MaAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0+|Xd)x7AQ
zd+zz1=s4z>W6Gf8;P27D``zy@&klCtCo3;n?GszY{n-h?jIfhT!=ho^@}eU=ZXcN+
zf%xC3n*I5~ai;`oz7(brAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0vQP`
z)x79ntg#%q>86|d9#EMV{oUXF-7BxW@{^zZWH~u>;>q%&u}rTY`=t6=2X8XYi*7zI
z-=CyU)lzCa>l(B9P6Sf5R59MkK3$YRCju2Of>Q(t5FkK+009C72oNAZfB*pk1PBly
zK!5-N0t5&UAV7dXrUFYWFS=pFhJ}TN!AxU3^3894^Uy;N-6uL8@PG&OCWLP!4bQPC
zig&&1U2E5_4TCFJu8g0oyl5=h>&HH+ekWO%wk|3!+DYg%RZFSywjQ^2=0_k^OBLhu
zgX2yKRJ;gI5g<T-009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0Rou{EU~<3cnaYQ
zLjP{yIOUX6%An&*Uh<N%-`6?lpo78+J9g~YzJ2?j{n?*|=xI3OCo3=7Cl>yUeNz3b
zgEtxHMSt<(BHNa#rPO%VHD>dj2&8JMV!V@mx+sB81S(zxrw9-rK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oNAZfB=C^1(sf3bm)Wl<u89(1|7qfh?f1n&Xb<>q(AzjKU!Q|
zEXS8GUmh<gFIvi!o!BSU?<DKe)<xw-I|-epYAH3|*5kI${0O9KsbYM7aNH?@iWk8t
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyKp<0rdCrTz`qi)g`n|_1Uh#@v
z`ti8qjw@r3WhZ{J@}eb6*@=Bp{j7sG@}lyhSr@R)rvy^}UR8{zmNHIY=?PT42u=|o
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pknF`EvUNrnjeebEg``z#Er61R<
zSyRR!%TD}c<wZ-DvJ?BH`dJ5QZr%FhOj{>8&$cd_s-@I;)-`7Hod~3Asbaj7eYz-t
zP6R4m1g8iPAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5;&Oa<mJFS^%Wd-bx8
zC!c(B@2S1#J?|;gkG;;q!ouEr?;ZN#x9Q_2D=*py75<EUQvFV{E^S>j)39jRc3aWS
zPS#1)Qfj=d$8DYY5lGci#rXW-xKjcZFM?A92oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+K&Aq7m=`S*k1u)2OL|Z3JKy=v>eZ{u@wgMl<0mUG8sqf(u}`X>b?|1(
zwtvmEb&~UJ>!PVzN{we-V>aK3K&qB1#yi=kixTKWpyEYviU0uu1PBlyK!5-N0t5&U
zAV7cs0RjXF5FkK+009C72oT6rU{3O)MNvHB5s&E0I=<>vuPUF~jW^zS`Q?{?^rIi`
zn-l&l=Y)>DXthsl756*Iy0mrCOv9pK+igWRJ6R{LpE~`v9=CPoN1#q!_05?d9Cu2f
zulW5*fB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72rL1CImwHLC-w86|NQjR
zPygG${o6-B`q916<0+?{()R?nZr%EjhdiV&5*g2t7wy9df5twke%8U8JGOl<(^lMk
zR=zD&OR4d!Ys}_55lGci#ds(CbWsAG2vocXP7xqLfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009D-3d~Plw0uCn|NFlm=S4Se+<5ZIC%^f=<Mpq9{j;9+thH;`_U5cy
zxw8CV=*Wx8i)NG^%{MF>b{@ZXb^4v;sa!N`fjV{7Hz(`+wRr-K1p12Kp9BaHAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!Cs!5SZt@=+Q?X{oeP!ckp-W<4EMHRjcBs
zEH4`4^!l++s^2K1GHa8!Zoewiw&Utk^KGeGN{!E2+1StQ3#4kPVtn>*$_@#%B~bAq
zI7NT}0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(TDlpG^(ZT5B(2@Ab%8L#X
z#XhNiTk(}n*2y$18n&HpSTyWBRZFSyPHMwNvld9zQpI@I_iOV68VOXq2u=|oK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pknF`EdUi8EhPaF(AR*b|?_S#!+X{*J{
zPQPDqzfDio*?gmn%B)TP#ho{0+ID>RZ}M$*>MEWyYh`0Uvo8?WPtE@9-;^B^XiK2x
zOJN!T0t5&UAV7cs0RjXF5FkK+009C72oNAZfB*pk1PBlykdeS_=0$J0<(98~?Q371
z%yHp`7e4>_&p+b6<No)*e?>xa&6+jw(`+j&8rF%IoqoUKmYbfcv-!5-E1j&9X;?ID
zJKwNq*m<40isy7v8!no)KwLjH`&r+w%@b%OQ1hiQjQ{}x1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkK+009C72oT6fU<UJ|KmYm9cinZ@rm4jV&0kzxjGyMR%kOEc#mg@Fexr=a
ztW7TNI6u=iYm$xj)AXfiw7AIxf<V(63-j;Zu_4pui4$llFv1JsBLoN#AV7cs0RjXF
z5FkK+009C72oNAZfB*pk1PBlyK!CuE3(R0%^xSjLoly95gk{&QTNgjUw!)%eow+)i
z##Cl%ex_m3u<e;*Y`U4IFG$n%%_q>b#=`te!=ho^9yfue0wcU2K0<&10RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5)mxIlGY^jE+7)hVZ(@`mXi&v?c&dcn?>D_8C}
z^<&@rj*t`$+gQGQdHe*IOkQ+^=xpjEu}`YsG^R3B^NSlkm}#3S#-^J|)lzD_>H6jq
zNYzrsI5YzDBT(@oI7NT}0RjXF5FkK+009C72oNAZfB*pk1PBlyK!5-N0t5(TDo~vl
z{j0zFt5iyG3gdh3x#u)hi=ueZi(a&_u+VpF@gC$w`*6aau}`X>b-*UmuxQwJ*6gWT
zN{wfIvo_y}K&qB1#yi=kixTKWpyEYviU0uu1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009C72oT6rpgJ%5f)~7CFdsOzktydzues)$p|=)4S$WYxqSz<Z?<DKe)<xw-+mdXw
zPO6qt<Bb+KnLrRo)l$VcHv;n`Q1K!-MSuVS0t5&UAV7cs0RjXF5FkK+009C72oNAZ
zfB*pk1PEj*P%|%j_~D12IIZKDV~**C5?8EPvDXxjJ@(jRFbo++;wO8-wKula;$^4b
zA9|;w4c6Iw)&ZMh<C&SZtl8_-RXiu_o3;5)1mgOs+3#eZE=r&iftoLcX#@xmAV7cs
z0RjXF5FkK+009C72oNAZfB*pk1PBlyK!89-0yXoZC!c)s)NbnBbI%<uxY*XG!cWrw
z-QWG)F1zd!7F@o3d3@t-g+;?U@v_tJw`CR9sk8Y`vMz01G}EwX*mhe2ovc%*uHreJ
zY|=%u7KrPoW<TruwRr-K1Zut%rV$`OfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+
z009CS3Cv(#^oAR5*nRiiTMRUguvCbN_CB?0)vEYuP9ZNE0+?;Jc;|in5lm7a>05c|
zpN%pqvo^Wdbatj~)+8J4XJ{c+3^rQaWCB5;qMTBvxDl8ifz(@IoB#m=1PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oT6uU<UJ|0rU3TZ~x{uzj@_!k8{pBXJ{lcez@|Y
zgG8}Us-JbhCeyHJ*ml<Jsai^nXMM9a--$q~mMX?O*{6#V=tQ96MR1A$0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t5&U$W&l9^P-(#-gVbqd+)t>bslmGdC^YpebN{0
zB<s@FMT^_c&9t>8(8)SYYqFC~x@gt{O=~R7&-#9Co<Jjk5nd1<AwYlt0RjXF5FkK+
z009C72oNAZfB*pk1PBlyK!5-N0t9AUU<v0%KlQ0ky|Ll(>Q}$|S<iabGoSg)b?esk
zf}<-}u8g0cylAXZzuzdMGHa7F4U2|t&zfYT{nW3n-poden@k`GG_A2PpBsVs5g6eG
z@eu+92oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXF5FkKc#s!vYUi2$p`O4rog^n<?
zYSpUv2~Hs|x@_4!ZMAskef<$AQXlDCdFY>62W+-(zbeyq!=0P*Z9@yGVle9(v-wU0
zD#|H!>bAT7Gt-uD?mhSDdndKs%0*LefpG!^2oNAZfB*pk1PBlyK!5-N0t5&UAV7cs
z0RjXF5FkJxUxDf5MT??1?X=UL_q^x*-n5R#JmxW}d}E{W)vH&>4_97vP%rjL^;^lV
zbhSvPVbQSde8Zw)=c!ssjdxWZuA8qws+KCoGYyM|ZOe=1Tc};_yy8W0iU0uu1PBly
zK!5-N0t5&UAV7cs0RjXF5FkK+009C72oT6rAkK^Kv(G;J{@<hgS@w6n^PS_|;FrGi
zrNNxxbVlxf|NFo0-s8Xn4;<l&)BipCw!U06tW$A}K#}@L#Z}5vUBz8mxo)xP>`a@y
zXe$L^k)<k7{sUFNQxsp#wB5a9L%waPR^W`^SN-?GOacT55FkK+009C72oNAZfB*pk
z1PBlyK!5-N0t5&UAV44&fuH~U=cycEJpTOWKYyG%`p8E<60bJRe)xjW$K88`<mU+2
zU9)CQeB-`fbkH#NN%dzu6;r*vOv9pK+w!8-PuAHv7fAhkRWY7vSTt-q->_)d`J5MO
zSGQmBA~;2W009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjXFWGWDTDgL*A`?m)}
zfPEt;o_OLoH(2IH!<T%XI+f%2<B#vVh4RnvjidFmql=4+@r_R*FB)HN$@II5yR>rM
z;*Rq(ZTbFocG!8-;&0_yTV$>Tn$}pDUu--x(<U!ESGC>B&5rPb_y_?41PBlyK!5-N
z0t5&UAV7cs0RjXF5FkK+009C72oNAJ`vP0HZr!k9!`Fr#PkriBdojzCPd<5^8!7Xm
zM;>|PIP28^?7#o}zpq-gs?3Ov(}^!CFB)sq@3)d&>1vTo!=ho^@}gbUjO%70Q2$@B
za%QGs(XefK(JX3mrZ!oYy$%5a1PBlyK!5-N0t5&UAV7cs0RjXF5FkK+009C72oNAJ
zCju{c!3#3Yi-rgElb`(LGtu$Thdy+))M)&yuf64#wpzSw++Virp0--NY+rvgilLwC
zTY2c8GnIj9x|yxpugbJ--*H90ZD=7?3^skN<`bwWr_`z9?k{HA?%4Lde4ASBL?HDR
z7$-o0009C72oNAZfB*pk1PBlyK!5-N0t5&UAV7cs0RjY;szBCx(Y}Xr?z!jgzyJQb
z?z-!P9`vB0xyPY{>({T3*J&#(8rF%Ijr(ndMZ-E3$IzP{ZLs1h<*81xE^S>j)39jR
zcD`ZJu=BEbYIfRs+}4>NftsZiPs=nc8n&HpSTyW>erj^2?li7^eF6js5FkK+009C7
z2oNAZfB*pk|37>89W6zXzkhr|$w5$Z5DX+0#Wes6Dj-SBs3a9pTtNv&5J5puS4ELz
zLcxRtvtoc15LAMSND@%VQKBMALFM~<&er+Wsnb0(w`cC8hBxP)IW^tY)zz==nadx~
z{S*QSAb<b@2q1s}0tg_000KvXz~Ph^b??``_ugBuV8I~q$UJ%SxCfFK^`p5y(b`#+
zfr)oA<V7=*JB{`%McW?lZKXc~(VnFk+sTV&BzMZQnh}8*9|U$GfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_0z+owHxaLLOoAuXUf8BiZ&1K7$E#>@EOw<M=
z-Olf?-JGl+ci8l|?bYSJ5oGci$+{%#q=)|aIIKU1rXLFJPmt%z?UStA%{WJnfcyLe
zY=66XS4e-3oZHHkCQBgThk|YhAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagaM%bO33<_Z^XA3QOuBb7Sz%F);|`ntcI-=zYj2RrCo8^^k#WKr7FEnOv|&-r
zJjiq9_Q}Yz!AV0c;66VA+aV2$YTBW`Q%pW10s%i1bVC3E1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmdWmM&NMGi!NWj{N<Nle(8VzdiU-fJ09uY&40}JzhwQm
z!=}F-`;z0@8)Whs$+{%#q~t|2k~<CZT)BOcb-Nko$PsX#pMdQZzwQs|&yjOmxzc0_
z1pH9Y4FLoYKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#>k0h<@?(WA$A
zx%k(=e}5A}Y|^Aj#&Lf7>8An(3iu<D+Ss^p<A43{U&)dsO^2h7I?A1JvcjSoC$s<j
zm!I&KAQzIX_)12`Aumc^G$RilCr!0Lknb)}pOA({HSJVmGXCKw;Cc9YivR)$Ab<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000M`-fX$00947P}SgTg8jH8VoKi)H|
z7;g&}Ea*;{_2~Upu1~afsDm^i&WrAS?@(xeqCHE|wukx|WAYghi1sYS*uHMh-jM!e
zM3|F?S|G*;fn5k7fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg^*SPFFR
z+}WQG%*~dvWy@w9YTUSS<`Rk(E7qt{qdIl!#JHk-`SQ6FCNJu@a($w;L!Fr+FPf3i
zX|!i4+V)UCV@y6H0@0qO7~4Y{7S*&fBFsrcEfC{_z%B$3KmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#{@ECm)XUR=9&?Gm~ESGaItlQTT~?6WftW%Hu->(|$0
zX3m`H&p_HOTBP2cFnLicV;indw05X7Glve%4C~MSNryuF6YW`wwmsC(7?aP4K(uEm
z#`Z;9cZc*RBf^|C)B-U+2<$=t0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Y!t`9zEK`3!5})5~Evsc6sumzyA7bxpL)f`q9(KpFh7lEApZqAH8*bqP0Vv
znF(uHR591khD9~=XwOo#?V*0gn0!VAqCHD7wudw<s%d9Ln3INDAjSuQT?in600Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!41rYSMf>#Wqq?Vs;{T@zs0lru
zdg`fW&O3MRoHS{Yn}p1hCy#l{dh{+!#CDAPZg+(`Gjr&#Ps94NbL^qe{@8~nU?bGe
z7?aP4K)^@K?Y3;k-jM!eM3|F?TEKnsX(NCD0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@!3C0@7gbTvh}p%sHkK?|(!GSXZQDjX-0eesQ9qIE6RjQU%uHCr
zqKdhOHY}={M|+l{Z4dP`#^f_15bartu|1?=QB6A|!kjeJ0x>=a>_Pwm1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**VhAKXFS=>dCVy}--YqAcbdo#gLx&DE
zYu3y^h}(y}Xlx(X%58@_GZW&x=&$1sh4#mNeuA_^{fsgBj0gmIt~`Cd-MlNLKN%6`
zq@fn@Jp8;x009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#dHq%<$O
zV8Mc=@%$S+c(4gQ)~{b*^WVRJ{}2EF-;^m+nl^1(yLN4xiqvxV?lqDZwKBHh`b2Ao
zIx|CFG$WzYXwOo#?V*0gn0!VAqCHD7wudw<s%d9Ln3INDAjSuQT?in600IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!41tv9MGqV}5aZPTUE{`$vw6`aOO_Nb
zUff0>{f)eN^SUFD7xfdlKGE8t&deOz`(9Xo4$V9i+Mj68Qnc-%e#V%5Mg*cgOEI>O
zpT9n&KN%6`q@fmw@j+l00tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2p|wcAUpG-<;$0E(4c`o0O@WiQlyA`UF1bw9Mg7vqP0VvnF(uHR591khD9~=XwOo#
z?V*0gn0!VAqCHD7wudw<s%d9Ln3INDAjSuQT?in600IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1t!41w&-i@MRrJbCiu_x)3GQEhjxi@d0dc7)_b5B@zjq(31}
zy6%0?{oDm<hdP(V<TD}=<hk<n`Dodekp5&un3IND!1M6)76AkhKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1Q0*~0R#{TC}8uV#~yoZt7QCZ(xizEF2=ha{nuZAZI87L
zMMJePz5B0d(W2VRdi0hkS|i9a5bDfKNW-F<HhIxdKX^<&)dE4jyF7hD8Wz>GQ;o^^
zho6Aw;pZ&^2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAP`W%=0&4r
z4s)|T-n^*h{LVY?bno81Teog?>(<Tj)b2G>U)0a#`b2AoI!HraG$XmwXwOo#?V*0g
zn0!VAqCHD7wv!jl$erS(84-x_L0}gG2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAP_@f;lhPS9d(pHYM7KQ3FJlXR5h_8MT*3phV87zVUrhiFDeb~jAUJs
zb<)57o)yxcjO09%b<%hr%Vgbd#yN5X;(f-{pS<Xi^LTKj34A~}1OWsPKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#{*0`uq3f99EIo=(!gM;>{^hCFkV7uDQ;
z`|UTSM(w{jbLO;Z(?)ei&pGFu0tE^v=IY)-@}jOr@OG$!Hz5s+YTC()Zf0bh;7^z7
z8R}<@$!A0$-e*kx$%|&>PI1zV2qf?U;SdB6KmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0AQb|eHf;)+7k%^1H`}#qcTM1bwQJY5BdbxcU_p2O<V9VL;O&fL
zU6OUuT?c*$>Cd6<uZH(0_|s*2ChK-H&XFS!?=z<UTla4c>CcgKTe;F?2_*0V;SdB6
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0AQb`u^P=n4t#iYliM8GN
zlNWV0g13_uU&+WgAq|Ua+Tjh0YUaV8F4Hq3&ju$AwLrYjnEHn_EUIaT`c5(Vj0hy~
z0pSn?5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKp+(Y0rR3-Tt2ak
zsC$$<|FysTlB^$hShxL;fBavve%xU_ZTA9m+4hVa@oh%3F3CFS{y)D9>Cd5G$A|YP
z;)4`pW3p~H;~Y5xF&?LAyVmX58`7U6=eBaC$r6b6DPTJS2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAdqGOH!u3=qmMoj<zM&i-Ax#>NRc9s2m9B$b!#_2
znLmGi_tKIT7S%ZJux>k9VNs0}<DYwtxopQci`|v1_)12`329hV(++P~R5P~^Pryb-
zo()bKYJq@{mfJ0)VNp#x)OU)>XGFk#@@XT000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0vQx=^P)lGjs*%7aA&)6<;s^|etAr!e**>#$df0J9W!6PeC~m1
z$cwtCJ8aq+$+{%#q=ybp4(rb!A0G<sPrMI*vTiry9618<K4a>?`{2@${v0{Cl`Bn_
zKms2S4nY6`1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**QX%mB@4pu+
zRLG_}b8NV=&&``R7cE*e$3tufcmCu>U5()FWW`r9GEP{-qKdhOHY}={2Y<Ru&x|}9
zoHWz|@jhefAJVX>rXA`##pE+0kiZ9oLl8g!0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_Kd6bXF#>8Bk!bhs+!zebH3nb>FX;>ADz|Npdhz0HCKX}I%$f9>XE
z{kX%rZPugDNH8YGNe}(?X;^;_O+OUcANNBMq#ff9vI~KT0zsZDPoMpNeizc8hyrXx
zAclbF;pZ&^2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAduw(bLPy6
zkqABd=%X9|@1J6&b?eqW_kaJYRjcM6qAI5DH6|-8s&U+5-8OmA81a>i><VjGR591k
zhD9}V_d^k+osnmQlZIL#$aCfC6VkA#rXA`##pE+0;Cc9YivR)$Ab<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IbPxxmt;OWp9Nr(LjM!HpX?u359DR;^l|UG{C>
zym{SgJZ$o!?nR}cosq0dvQE19&&47AAupP&XMk}IOMwKw`VQ@%6w;r=@(yxQDHTZI
z1HvH)Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfItQX4jnpl&pr2?
zaKZ_doqwfEm$q@x92?|ClXCk~nrTV(;2{l*YTD#QQ~hi(ey9Z!_;L$rSX9#v^_^n!
z84*a}1HvH)Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfIzkh%$zwh
z$C#+w!JYrK#lIx$#~t>tZ)YUylB|>NKDacbKZka|9p0aKKNQKj-HdbO2*mr0ssCSp
z&kE_!k#k$Q(qsuF@B!fv1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I`W?1b+Yh_vX!;yNS>k?IJ~rxbsg|SXAS<!yfkSWW`r9GEPXtqMCMi!=jpbydR2;
zJR6)e)B^E7W9lE$u&AaT>N~~cGa`_{2ZTcqKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|00D<fj`18*{5B~4p{{8!V_U!rZfB*ZINdJ2D=;6+vyr`=Yyq%G(
zOR`Q%UNj@Q)8J2+>6xtC%{WJnK)lbG`jZzuavl$^G=UEYhai9e0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tn<%;HRH{y8ZUsb2&(khp$_=?$Dt_
zId-E10tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfIxBuR;*Z2v0}x%dGoGayEa)P@7uTUl1na`K7G0!aQ^)HB}<mP<BmIsj9L>K2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0KpF&0So9zN
z`*-)<cPHhH3X3*w+*m^vDpbfsMon1MoaKQB9!Sbrk~PTRfB!vq?%XGze6nA^e$PJp
z>^I+hqb<oAJk{fD-@bk9*s%i!3>Y+M(0lK_w{`2*RG%?f<A<6(UW7%97WMDnzhT3M
z)v8siSFc{TZr${`2t{yu&z?OKCQNA8uH9*;omR7E%`30G@`)#&*tv6OyaE~NA71tZ
zxb!$JT)6PD#~#zu)vH%8-L)-Swj?l4Mh^Myx8EjCoTzEvcH3=3h79@g%P+(7B@BB;
z9vDuF00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg(I0{i#x|Kf`;
z-hco71q&AZ`RAXhxW<tqN17O?UW*qmzI*rXT%N^-Ma{5^jOrAsENb2!cieFbapm$9
z$vXUxKmJfQsX~PcR=_lri+kmjSF${?w0QC2i!Z)dRbk!9=gXI`bLY;hSFcVMQ7Xm>
zHG8}uKm72+WtUy%-Xq&S=bUrC{r1~<2TWUkec>oRUAlB>J7L=>QlyB&)dvn7NZVxM
zJyCes<GoV#S7h<6x8ABzqlUdfrjb8?{#$OjW#h(;35=PxLw^4G=bLZ7SyS~){?t=X
zRpd3BGu5!C?IGbr2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb`MO
zFYwo2f2mSjv0}w+isr-<Pki;&SG7I4*Z%wOzq^6S5hF(Aa(u;;G*vrox1q48D&XaE
z{A3+Id-m*;PCCh*o~M1$MHg+`wk=twOX4`nTlVPD!;=(sC$Gn5{P^)nJYy1v3NL%S
z2#S*_Z>a>Yduu#x?Hx93SQdujHf-2Xw{Bg}Y&~z!J@?!-Yu3celIs4UW={Y|-?tZB
zaDnI6xNr5X`{9QlCNOfU57C`^{`u#XJ$7g7X}4+9X4kG=sh&v!<HMc+8iyc&00Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tiGDP>|;O>#z4DXUyBP&N^$;
zrcDu#N_eANVpI{z+(%N^uV3$vjH<+_s-z}7$s`^qUS0ChM;~p4RRpzV%a+$&cby_|
zM;&#P-CnU`#idJ^Ch^p{A4;~Gq@AG}s)pLWeR~zLELX0ayZ!FF@79&({*1{QA=K>g
zA}G__sZ%HScC={G;_0WKR&wu|XP&wA(o5Z4O8;inol;HXGG)rx87fbH#~pX5g5{fU
zzS*ZwA2(jEM{dcICGp~<u79Z66JYuL^UvKorTB5PX3g|C=?kG!rAqb=s-eF=NMQWb
z9ir0NH{N)oJHz9TKVBc1Zr!?_fByOImvHs!)z__Cm%5oGFf!~3pm7KS2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>zLfiYvoxIr3ETanJ>*1c4TQ3WII
zSw8sSgJ=^AzFo1#6HYk6j;TiB!i5#H2|hxKdTN#V+i$<!PE0A*p+kr6+qci2ZtdE&
zH{EoT?V$CzwYIh0o7u+q-+%9hLX~lKBe)9sPMkQga^=c)@;!U@%#t8tsM+Ja>3W=$
z4z+hd>(0-cH_tPO3hipeZQG}J@7|scnR@&2#~&9gSkO#N`NM}Fept~ycQVRkKKS5+
zw!CfGvSnATTIF`gR6Eq{37{##Ypd5P{eI`2ckbA+!;bUkpMSpo`s;3*^zp|Zw|g_&
z`0cmf6biKuzdi_)Cr@_2saCIEt;nnGpuaxYym@nG=WNdoyQQFk00IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_GdjZ8}RB6pbWwexV)22<8X|%~1(`ePI
zRl+BVSUyyh5A7)$HENXb;P$}z^XL1go$<)1Qj1-?cC}afuYdh3TCrAzf>d<W^gQ|G
zlXvglZ7(fTjYW$Vl`2)rOeuf<{4c!lLd2Qu+__UZQhSYB@i}6*bZ!had%RFeE$TCC
z{kwGOqJU+@LDci|%P+S*-+AYqh~3h;QRPqdXqhRMFJFG{+_}-t{@?%p*RCY4qQ?gg
z9EjF4J=;Ugo&eE=2@`B&R~299%$XB$5XCI(*ROA%v5!9bC}OvCZd6#bUcGvDO3^+b
z`aL*$^k`dXRNvJH4<1bCJR_b9_J}NOL;wK<5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILNI*ap;Z)pDl{rn8rgP`cCWWPdjS5BDfQ@O)o;^E(Q>bp6%6_(P
z-FnunS#CWyMcUl;i`}Y~37kcd)LOM_c_wV$Dr2VAuH7*eCj9y5pWQ7fYI{<PZQ8Vn
z9des7V@81j1<bUsz4qD^%_`uqZdkNfv0@%W&mam`*%i-KD{}GT#hwo7d>d-^c%eM0
z#eo9{x}P%tXnF!|xU@ux64BDj{sU97#SM$<TVl<cHL=e!b?Q_b=gVw;)KIg>Mvl1G
zO)b`}S##sYjS;(<jeGX&vH48>0YYY<F;7@@$dDm1X0Bbz?dQpp$9xI*?b|nY=Tz^7
zJ=MaDj{pJ)Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IacIRXlcwrkf;
z!I<l=yH2mgix<~2@$TghA3of~X3XnF7hUA;^|Y5PS#s~a_bRIAZdX{;RxZ^bS|(co
z7+bXM*=L`%<KJ+@4eo&nw3jVgriH4HJ@#0wZeO)(RXeg8Ze&z5y!F;wD^{$yV#SIC
z&Jz3(PinD4hYkYI@$gZjM%kGs7SPS{6hS(;VNpF8F{(b=(Nqw%TD59s^39t!x7*X)
z2sL}WR-V-2ph1IzjIeFnHdXR8ck1rD?+$WED*AZBqHEW#4RRK(R&QpmSn}4bTZ0^u
z^gf|xPe8*>Eh?73Wy_Wv2T?|}bm`LOPU-tL$Nnkm;0cS47%?KqiTd^HXJ(!+Uq1aY
zMUX>M(FgWas4^x32q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAaG;~
z*s!Px#^_ax2>U6nx#k+%L8(hm9Mtw#Sk$D0wD!8~;|Yt}aa2}x@ZiC}{`#v*j8?8(
z*=*OE)VZ(uxqSI@Q>RqfGk;`s^5n@1dfjx>P3DY>jK;2#XRj`SMq;T&ok+zYZTZK`
zF1sv&Q|JDW1j3@`q$(k6@ACZl^K(Cwct;2|d%PFxRtgn+z_6$}%L^~OVD6MY)cR1w
zd+OZx*N4$AL$8l&z_6&!tF(EQDpkzn<GSSB&)JL+YW4&W5=bqYv%L1&YvwkoW^zW7
zy@`cIHF^DVtX{pknfzUM-IV}Z?hk=I_lAss00IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg^r1s;F=ag&F!uS$;X*s;TQFpZyn`pI@s!&89N^s!-4)6+&q
zRdDk8=bx`rr;a;<ZR>PBdi3bktC!u<zkh$v*@L{*O7zN|`g{5#qdHOH!iDYW+P7~X
zq~NE2<RDv=eN`USoJ&ROe)!>sAV--#T6EhSsGOCp#TxwZ-1mIwp@*ze$BrFiuW#--
zU4sS<%&{5C@`ak+Bbnn{-4|8#wRfsdpFY9wls+<r3KcTP&Y3eO$8#mUgT7eo2PEEN
zzk0OH%rjEPHq`71+(#R*m-)bf1A~vCZ`TSHDwsR<#v5-0KQLK6m3uEyqJ)`%3hKu7
z_XxK3wd$!RYd&#}1AAOtbVdLH1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5Qr_XfB*hw&6=4kjeYIhxwGde1w`#$RS@;;HE$JEvwcj%Mn=^^@v5)C{`$rn
zZ?yR|PiOm9<44S+Mm(uDYNg<A-MT4vsuAket*e-&r)R{-s5xCq!=h#y2`A!&popoN
zrzw}}xvo^d%}pXsp<gre%P+q?)$@!vet6j<UQX<dxw%vI>eVxMO0`B~pCv_m6TVYZ
zrc5z2R~#`#bBjG}sM%v*nt!hX`8V8fg8|p;@ZrP#eWGn?)259%P`@Lh^-1aWdGqGk
z$f%N^TefToc)DfFmYJF7$&)7|1$bf42z$WCgKh{QfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_0Ko|ugMn?bhpZ_QgWiRLT*I&0uA*Dd=cDLbK1l;t$_10VM
z!t|!I7N8$7V#Fz@oMH#`H^z(^<BlAoy>Q_|<x4#ybn4Vet3|s<DKdKU$tQcdU4Q-c
zsjDpNp50BvRjO2J<;s=r-Wct2<;s~k&zw0kMz_@M@+9K!yYD{tsfcl2Rg^U|Z`7z!
zjBY926<+oPSQ5Td=bd++xl=E`_+kR*P0AsO-Kpu*r<<9pFlkbzk-#9KW{>xJJ=sNl
zjRzc|d-v|<PN@;_kfe7@EHbK6+h*o^^_SgF`XnO`2zx{pHX?uk0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2m}<+;^wnv&2l?OjEr7<@x_Z5FW$3f&ug!}
zR=jv|6Pr;ubL-Zv?y+t=U}RK>C};J>7hiPf&>?^R{5Ftd8?|fK4w6gM+^SZsYL9Xo
zS6p$0Co;Ni+cvH3n>TM>bvy33;}mxC1X<k+NqRehMBMJ(yN^2RD05LdJn2&kIG`sH
z*SBxqAh*V@kgi)C@I<NT7GCxQG!nQ|`ivZN%rWK})8{dPlP2qs1n$)1k3Vi^-lR#B
zWKAQ1aYD@=@AZ1Jiz7#l3^GEC7A?%3dhD^sg7i;OA2%|pKUfG-WpwV`xn|~t3l~o3
z?+cFr>>d!_B7gt_2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr1QbwM
z^qOm~Q4sOXH{Wy*i5M9*Q5pMs{PD-Do~L`%k|j%?eDX<mi$XPBx^%IJn1-s1Mhh8k
z-@g5cC!X*Z|MVnU-BZ}M(np>Xxo`cEQ60Ey)v9UJrv3KYZ+4KhHR4UgO`JH<T#hoa
z(e%<Y`FIm?>R+>FO*8pdUU?-wlZ<wj@Ulm{q8QsfcdB2%ezBjN_uhNY+$JTc(^G3V
z#^l{QRk?EI*kyS2JyWMn9W(i1!-mBeHVwN%%^t5$yxBz+l(v5q;Q93t@2PX&Ki<fw
z&AsclN$$^{n-O5ojULA$fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00Kv*fFfaS+O#ntD@8`%c;gM%AzEa#WXY0>X5D}P{hpYm!lGs^_<;ily5qzf8P%~m
zL^00Rty`P9>2<(>0q&TdwyAM?!37tnrwSy#{`%|ReDlp!S6yWfH;ssqQO{86eCtWX
zDZCo(>`Dine){R=D(<=Go@m|Dwmq&y+}m%zZDy{VSQ-{_*4*?c#-Io<yZ@r}A?@G4
zzh3>j%$DGHO5X;mvS{v9&z?P_4VcdD!SB@g@#D?R3l=Q6Y15{3PBP-TLd_oWiehZ^
zWEY=)`so;*`}FB!?o{>a)uj}pXL@#dBBL?NWouWlV#Unl^}MBLdNIzD&Frd%y<owD
z7?Te#dyI=>7Xk<%fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_G<pK{p
z@PJ9bnAd=j(TH&%8y3}23e{}bu))3d1R|s6@H5Uh!_4iXi!O2pbldai&sT(1#YHPt
ztf<bTMvXFi6-MgaySF*qzNR@cstaGYZrv}x{Nhg7Z3j%mscNgagrY@@{`~XL?g*J`
zdlGTV4@XRYDIlskv}W>YNV*DK)oTkBC@^{Q<QOvHWp^*iCc3r2_wT>|?(TBi0q>OV
zj=4?6ix=OvZJRqnirNZxjvYI8@ZiDY#*K^i83}Ty)~;Qvf~aQl_uY42ie~E$EBO~+
zeDUU+Z|>Bo(^F496_G1z+1(3CR@;+ZeCC;FB98p+x8K_0qMkobh}b{(8#S@7zyA8=
zmtTJ8op&PMCY{2~E}nYosSzWix|>&DeYJVUPCM;14V(M9<v4=A&3^px$M3)Ye(&DB
z5j$rmyZ(^mU;p}-zDB<K>Z^#;HXE~+J;t2bg#ZEwAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IbvT0j}CfBy5ICIe$$6ON23I%P&sSakO6*<#tXYnO|o=*um)
z+~S@~?HCKw>sUo}Y*Ec<>;Iats5`8}WA?lnLDd)Cy=tc?GOEx~w{G2(nK5UtUAwl*
zY}$#r4L1>|Xr;f(=x3jOru$;XdE}8t++$PGR`hqvmMuX>_9WsIKh_raK$Wa)-n_Y)
zxoXd9DQb6b(%X8*x_0eqP8U~XG#l9C)zHN@Yu3zMtX|`ajQa1?Yp=a#hZ-?rM7)!U
zx4%-vcinZDjSlM6g$fnYI`W?9#|-QFfUI7<+C81ZX=k2!rkQ-zs#QHjkKLY0X)B>O
zX3Q89O}ApotAFsp2mbMM{D7pH-9N(|w<vcVkTl2aqP`Msbi851h7s>|j`IoLLF0e)
z(MQUE+S_#W(MRhq2o4@R=pV$*E-DV{kBmP4_~Uk*Pe1+CKSFZ1D3JW<qmLeY?6Kyg
z`gC;Z(k0^eXST8HX{leozL|Dhk<n~mPwq`*Gz1Vp009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0+V3k7!W-06>uPMkQ=ovJNkXah59c&dyZIB?*~E3dR+QDwRm
z4f2E=<Bg1}aGyP6#A0;ImMv3K%l0vi88c?MlUHiUQ$|(YQW_c68HWxXszRWiiRo?M
zzJ1-f*>;RX+&ABRV;4bg(xizJnD(etG!`vdRH{^|TD5BBJ~FBx)3w)LYY_70%{y({
zv{X#k9aE)TU2{c7r%ajRcJQ>bhut%=fNyR3&Rlg|kx}KS^`M#)>BD6M$?e*;v)cns
zBi?Q^XU?=iIQM?3{m?@XMI0^Kol-bWl?=@wT8aL<@4kz8c(OL?oA9cuuJX*;yj2!)
z)~s3n6AAO)d+)V}WRTrIw;Z=jm@q+~+<NuuB^DWd_St9cDU=Yl#iA7*U%!66-Ia=l
z3Uca8-m<$5l?jdbgnJ^RZZT5TlC>lB>C-0_6L!a(I(4cikZjIgqecyPR`w82WHf{9
zn$my&`(JCNh9aY??`o&&Z)6X<e{O6+009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#?90Yye_fj*P;P<Sk{$f!zFipYdT%}_xiqqp65n?Jy#sFIDHG-}jH
zSyMm0*5Gc{s+H|#8W&t}foC+m)oST(w+<aTq$qf)bM@@m(><4`9c`WTh>19@=W8pJ
zR<2w*Vpzz}lJJ%lD^@5hY9^d;WK@YbO~4I{YQV=Hdo1Bu1wT;u6)IHF=}tWHL~|91
zMMl%i9{d75J=?c$ugg>}PGLoJz41myHK0CdHY}>|foLmVdrqD3Tg8UmvZA_Q3Vf=3
zqM5%gWa-kS5eN5wK-@}(I{fw5UypcTvNq})<C04*G4s@`W`5s&_YD{@pk~dQW@Cc}
z4LsjG=G5BgiHvG{n%NUTP;pL$Ma`up92tG?x#x81?c2B8u&5rk>C>ktFrVOu?Ay0b
z^-JxYDpI6K)22;NKKW$3WzwWc5l4%dU3}q%7wmzm=&NtGh{q;t<6CdNWk1gLytdJ%
zO`C`(@<c{6!fqy}Po;Tm^c%!XJF&=Un%N_&vJn9U5I_I{1Q0*~0R#|0009ILKmY**
z5I_I{1Q0*~0R#|0009IL2)lqHPg<~h;lhQU3rRRKYH}&=Xd5<c@RU7FEHbM4mZzL@
ziUKF+o_lV@b$HE5BSuF3RSFf^>esKIiLazCEUGCD8Z^jed#YEjt_+)sUe2C9TV)%~
zcCFRxa=C3c5m%*36;*w-VNu06moH!Lc20U*iCi~irP(GN8C5}7AzOzYJ$gjU(Ix#7
zG~hMYT%+@j8a3*?^UgC9h$}Lhe)ilTsK&3ZQ43YS^UgaqV-{CrRMj$VCQu)@R0ooO
z{P9OyEVo>_a^uF0Gdb`*d-mLZ`|aj_-F^4n(M&ua5PdV4L-gt?cN}em+-z52Nqah(
z@7}%JjP}PLe<;vycIm?&@f4oOXqwq0PAT?Al>;qXwyeEgH4=`DY9;s6Pe0uZl_yUg
z-SpU}&gEWFD^zJ`-mzmx^Hgj5Yp=a#wl{CyJla{@$Y|}_wFeI#Y==7MoO1%!S&cS$
zj@!Td^2>br@|iOpcieHRu)THbR^1DIp_M36!fao;a%IGEJdx2fv%6EOQ>Tums=tg7
zpqX=Ak<s+CyOXDl00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg&7
z0t$<o)S|+Nix)5UT$duFHr-(|9tx7ht}?2+ZC`xxg=ZWsOn>R6mzojmt3NXO?|=W>
z?lp~(BS(6MQe?DKr%t<e?ec8*yp0$cRnEuLO?e?jMpGIV)l$3)M48J`a8W@rI|rTJ
zL@3ok)ONe4;U?m&kM5V2iTCtO`rDyHhnh30*rTFKrk!wP)J|Uc<cPIllRkel;PBzY
zb?R>2x+#L_Mn-jOVw^F9>@jAQ<1Piib+P)`s;3(nZP~J=J`~Xo*Q4l`yNvfnM;kWB
z?fPc0MJBb}wyF@jhiF!2W%;wtI?LVeX-B+MBSwtybW8f%&p-d%KGJ>r_SJ0NQ+)Et
zCuZ;W-+%9JciWj_cjpkiZA#bbq7?qu_q@5fgd?NoaDDZ?^2#g0=a5)WckTEmpM26Y
zh^a@dB)@07`__$&nwjfWkL54F{Ni>?dRw{H^5x5$GivF1{pE#w3N2D^cDc*VyB*Z_
zL`F^j^su`#(bum|t*>I$m9_t=IOdpRf-g*OX0F#Xu)8y-jQ|1&Ab<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IacHUc&*YLXa=Aeyz~-3wf^W=+9@1#MJAjTn*9
zh+$DPS^|;L#*G_m5n*>SakYa-MpKtvR1s9O7`oiFZ1KT^2R)adsGG4>xlzw9_pK)p
zm!7bw3P0L4!G{eSrg&;nBBN;zi;D5vZ@(3?)>T(qkx^SQRaHjgij1a*-M#M#v=t9i
z;XdWTOab1v-+tRx8I3D48ax%8z$EP<{rmSf&wt^<h5dPTbsIBgj5?@}qCF&H!}9@2
zLs(RwW##wG<W;-U6BgAZ%~PkZMD^5O-45Lv|KvT9(e$wUr;+0pWsl9p>d~4tYnHOI
zxsQydC$+eF^JZI<`JQ|3@n5NV2=x~Y{$1`CPh>PbsYO#8S@Npv8nIBVDX6P*&F)k^
zZBJx0J?x%2j2}N<SJAd@TWwbe){TsQ^UXJ&&hFccu)7nWjQ|1&Ab<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IacHUe72_Sj>OH7OwTTDo*;e>FUR;X!q?D=!<3
z{rmT~Zrxfd=f=Q^D>52aSX6nKRjXF{OLPW|jK-LAE_a!tYO+;DKCK|^A5Ceok|j&3
zgBF_i?{&A>L|ocZi@F8osZdQ$6RFL8WHkL@Q5h;1t!$fe&I*g_ZM4X!wkw_J3I3&@
z-M#6FwY9RgZrqe9Q_SItj2?B=QRY@&bkRko%INy_>zg!bqEC%`3Y%R_Pik?+iWT|u
z=Qk63`Q?}0nb@|<51J18_OKfxHtd~BLs(Q3u<Mvts#GcBisX0Rd8cMB<lAq*U8Pgi
zRwh<o2&$0mnSYwuJ!cQ{R#lP9l`Cg%#9epYWe&+@WHfE5#hY%r$;`Zd{rdVU@LaF(
z&p-csbx^%)Rq50RL`%%ya?35tmM!!2)LWZfOix(UmZ;Tt*UXtS{qxb5+itr}lh-fb
zh<oiu8yQU-yFImO=nF^ltX#RWc^fS<s!#DtFTLbBHqGpwv-1`K1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5ICF!zWeSwlUFo}8ol}>qwl}}zTK;a`s=8~
z5CTR<wG4W|%A%^>_t;~P*(_6|MvXk{+h#B_s*sgkN_hJ8>CwbYrM0nR$42X5w<}9i
zr%s(TEJJV3_`wGs<ja>&AvfiU?HqCw8O=yo)Xe<C3oq28Ywv>6&bG>^%IB)esNM3w
z0}uEkqv>R~)Co5R4H~42Rn<g0f+sSn2kFEUPgEbpxBQXOr=EJspJ}v1C9$!5`SLPl
z%4iywTylxW+@3|xo;v8CK23IGw1%!rE00Ipo80aCVllbg_uhNYKeCF8+KjH5zkRJ*
zwd$r#n>>f;^3%rdId#Cdic%|Ts72fLrvdhmgd?Lj-gsjgmZ3NE)K{x!t}44rmoBw4
zw~aU7eAC>TqD70^d!&XUnxjXLw%u$)*~O+!o2GghdUHA@jm?yL_3C9O;AuSk@Wbkp
zV{ud+rO0SH**){rTYcMTstS&pU5bpJcG_v?0<|!`s*L{d!w=>+=E#vFJ%^{0-E(T*
zB7gt_2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*uAnLxzIs2fV`*RP*K
z9m>~fMepEYQH67q-I_FMlBY0WkjQ92Va3BvKmBwQIB{Q}eDX;*eikt@`r(Hk20Tk{
zx~W*J^0%Ejb&4^Fs@`ex<Hn7P(Z}v`ugh*sT|-LGJ@=ev{Dlh_CblqrnkVm0+blV)
zAf?@?fM|mT4a{Ss$fy#b_7R#rd$#Rn8X26qXC^`3Di*72QL4@D>_$fI3iZkZPo6y4
z?Uv@YJ|I=9R9UlTO|<hWT50Z!zcOUBL(;Zg$;k&Fe9-@FsBWqaifi)Ks#Vi6=&EvA
zqC^REEv;I$O4}rpcp}w+^?x)J8C9g*Tvxq%^&*y9P2wC98|u|pUsbtR|FQZiQ&Q1P
zUayLbs<^0X5t}WFjC%h1z&}Dtx9FK~)25ATQ^)x03H@z_W_$VNm#1_lNg2FdyLOuD
z#EBE_Xr9QZ{ksp{g3X&Z+io-vKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009J&E8vfeDn+BZd5S_!n>Ni9UhCeyyNaqUUc5NRQ*YR?p+$=pCUT=!RWf|*
zt+(8xk`ftRuwa3rnD#85#{Ku-@8-BXk<ktvI;1UrrbOJ&KmY7rzNcNcZe2~@P0@Hd
zWZ~N!Bcocs-u2J;C8&a^kXyEF>CVKBjN0c%Wggu=VQlZ+yH~|6^|4h&L3jT87`jC-
z6&6iTYTBKHzrAPA9{)zWMNv|7Yy6Ls4pezz+cQfV3X7W6=QV8!Yn5|5NtI8u(aMO+
zooC4<#5;`~BcnlT!^V5kc>C)c$#aPQCZbfSQs(K>=b}%aKKkIOk7jF<joRf2U3*4I
z!(08H(wA+F6X}m5G|wE@qmMB{+IFdGsHWPpXHWNxTeohtRYuLd&}U@Ej2Uhp+6W+k
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0!bH`KYzYwVS0r(Y#l<i
z-+1GVASYG)L-o*1@WXxeEb|>PGWz=KuLn7W`mA2P+N@-4PNBl5{*$UKs+%#hk<oO9
zMT1<<8E2fKt5EqzPiL*qtL1}j*vzvx<8PH>I`-IOjeo6LwcHiVm2ncX$3L?ZR@p;U
z3sef)6B|>MSH(r`gL=y?w`6vn$vXSlXP>Q$@+8d^<gQeylD$|3mGz-W))`YYj@GQ#
zgcaxWjIXS(Djr{X<&~cD#hz~If2+K)5!Q1xWy%!K1TMPhBC}VuIz78W{dVTenKlaR
zsWQ5K`*wZBjTkW^t1eJcYJF>&dr_=dG0oqdo<1pNm%cQz?E!P=skT{<zHQsKp6xq#
z?rheqnOi5^(;@wD^(P)u)mM|})GAtQw9RX_Ju05r@)iLE5I_I{1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009IL2$6tdF!$bj??3<f&$4C9D#LU8?YFBMo}GWh$f${M
zXxaCG!NrapJG$8qx2*zhZh+Gh8ExFSag0@W?IhJu{Wo2L8M%1z;-+}1qH)UhxTjOQ
zZ{NP|8I_J3GGs{FDvP>vj?q5(<dZek_uqft?W3@$StvOR6LEH)5hJ4}ENX5<Rz*h5
zit{S>YUi&4mFJ&-zWdB5<EKibwnKOu`e^IAo_XdOdkOmNpLEhm?!~ID_+pkvM(53&
zr+MbjpWj}H8YV1iuH}j=uJB}l-JTg~4;U~&50WY~`_F#WRacp5j~X?~zc<udB1T3P
z7S-<#bIIA312pwT^&4dF+_@fkJy8V;6fo1)C3yB`)!X~-yHE2}KHr^{!lL>c3T;2`
zxZ^ybakpEV+sf!Fnyc)$spD$S{?kuC*?PPNT)+7A>o3i7<8%lhfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_0z+on!0E`x{RqV<{GVH5XOxAWAs?@^t<;s<_
zdrd=`lch_S1_9B6^=83qy()=kSNpXCDy?eIr2%bZG<aB4NA>UD-wdemi3ygd2%!?N
z_AGA06B!M16>08MzI=I2*j*XihDEhqhHj=e&2!7~be_oQrcIlaT(bUMyLNSNcaEc_
zv_rRU-88WmUU<Qr#S<1asa<tAJR+lSzWJuE<=ShnH5coKMfH*I-MhCf9h~KnQKb-d
zA*x+zpA9!Gs$Ii}54XFrr?G0)D*t45?ATGHND<9h|GxhEYk!BZZ}CJ%g<!*?dGh3W
z<&{^m?E)1U{pzc){Ii-hYnHi9`W2&;qrXG;Y|--Wn(Fn}UvH;m!=l<Q_TW{!?FgxB
zsN|_;rRT()!VQb+GhVZ1O~X!PG<COtkr6-u0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5J2Ea5K!Xfy6dhpNsNfE%AD9--{#GmyL9PdVxOwmse*VbSFQ}GG-u8n
zGyXg8yrV;Y{q<Ls$Ml?0Sv7ku^-*N>!3Q4<SXos4*Q{A%Qm;zFnB|_8O0pT(qD6~d
zaKQzhGpYicd&Yp*lD2M&Bx%BS>1t0{G^-XAj%cD)hV8=ic1>zsk;0-`RrqnjgbA8e
zr%s)86`ruD))05MRIXfEHEbhZY*;obxT}jj;e-=3VNY1pB$MBL_gxbi)vDavwr$JW
z>-y-Uk8~l*kC_>UA}ksWvt7G(x)%MbQKLpSe<MYke~|4nX3Vf(0ydMJong^vm!k^F
zS~K0;Df4v^t!FlDzv-r%G*!Kt$#}w|*_P2AIB=k5`=9^(N3->WMfK#k)o7bGZJG_d
z%mD!e5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL2%~^moZ19n^lD=~
zc8eOGV9C!v|EwZl>(;Fcc)d!QDl9sB^k@xLrc4=|hEn#%F2QV1=ZTC4Jca4@$tRyE
zeWao8yz@?N(aN^fs#P;1D=ezIaKHWbTcJXQ?72*1;>3w@oh5CZ1!XR0`t<2KY3RbD
z2Fi_$8t`lji)x<h*RR*y^t8CqP;F6I)Lezxu7a-FpV2iFj{T~zsIE@yx!YyvRatb>
zq)GNDMMhQrQJ-|XB?}w+<mxI^;#hMFby(DVH|kpS&n+gLh32`Ok{cP-#fB>^s%sxG
zV8H+G(m(Wh30PP=mtwg&yiJ=nnyvoCLxW^_SX48dHf@?_d-25=`@^CJ!9+&SI_oUe
zD$flI$0C3L0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@N34LdNhbZG
zS5+BR1oYs+gKxa?Mx{!X>~=LulqjLRTmnkUo0-Up9j$or;;I^Ihtlc%RYrUD>SZ&f
zwr7mS{Q2{3=5y@Wu_a5E+_h_$`rmQK9p=0$h5FfNpP3QPJ@;HY88zCsZ?D*DjKMRw
zONCX<R6qax^N@x`r6=A?F1f^-XJJ^>++r0D)g<fIt!t+`WXKTr?&~A4eED*BOL*I+
zq_8da=n0FO>&n{Cg=IG}OBE0fby!qug6j*)Jarv9bg)-<ST+>-vkQxdE-d=|^UvEa
zhe3k|W&aIo)vA>y+`W7E><^0yQ(v$uU9NJ$6)RRW&idmH1&m#1JwJp+T@cy`Ab<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfIx5oEeL+<si&G?#+hfHsfFq7
zu}WoVi_ONU;VCg{d&X!eELyc{Rd*269y)ZWdz9j%{>bR4QKQ^GG1{s{rWMZ>xEeox
zyy>=L#R@f4*3uN`)JeN_>t=Q-YEq;~5p8MIsF7Z?IV`FPZ{508lhnWA!-p$HW7^>=
zajAz&5jZn*y=HA#RN8hya5LK{pM26hGl%7?n|xDP^n(vR2;*fA8#YWgt90qo4I4JJ
z&zL?eVYwE413&!m!*=E>oT%VySSFvqJa_EaamE>EnClH!SX6iFp@$x_cS`G_>n|M=
z5J>YO=bwMR=G?JkNBi46%h~l2u*eFF+Q0Hhvm2*F009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#?90VOJJHbb!`&oyq^w5eFJVzxt%9z8rAa(sLB)mPiY
z-G&mIo<+SC8NK3)D{P;}jT@`9W{%^V4lP@@GzTg&I$^>Ddz99-w*#81Q@unbXS7j0
zwN$;98qe|yimO+zHkV+7ub~TzUVH7e_AX>|SX7UVRzp^D(#-bo4vXqy_4&H+!V7h=
z;SG!GDjs>{5&LwRMu@_qinW_tU}ml$rSjqS>+A4qgf}d@apOj}Lb57Uhb7kQ#xM1l
zWqDXs&-}P?<IFER!lH-YHvm_J00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0vQ*0;e{7$+R9eobZ4a{cWsBxojbd`a%?MOV~=%nr)Fc>vSmF>dn+<}`Q?{u
zZ(Lzfl`u5}YMFbLEmf^iJF!lkI+<O1)w<gXE86f(ojP@Fw`^`KS+c}lf*RopiwaiZ
zJv;v_4~v?|VA7;X%1=J=#1q;4R3vL|ii|32{r>y!Cu_j;kJGPTKl^~G5u&i@#EBD+
zKKf`od8Ord?b?-oz;vFmOP4O@db2;ZXju*&I;66q?(eV5F1t+2rrQo#-l$cpmVL&;
z!v4}rFX=Bzrca-q<+e-@0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1P};?fGTSK@y8!#s?R<5oDGwxoY&g5Ydx1Rb?Q{xA$Y~bRjXFrbI(1We)_47RVB~2
z-+o)E8-+j$7A$B-Q$vx_Wy_YiXH;Z#;J|?aD~rybKmV(*zWV<A@6DKBe)*+4l-gs)
zjB!urw%>Z|El=m{e5(qCw&G>z!lEM8lcso;<U<h_HP67xl`FIJVMxWS^ubKUuxT4}
z%9JVg0}`UJsC@K2+_r67eKbmxC^35U=&;|2Aa`6fIU6=?7?#wcy`qml{@6TY`lEwk
z!-j?HPBm)O$o%397yFhiTdY3~1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009IL
zKmY**5I_Kdga!Wk>#uh0+O=xc%0xz$u{2>4^IET7Jx}E{r8jNb<cA-A2y$M<?J8HU
ztfOkytf^P!RqRoUcPboZ1~jjVj4oZe)OHBoP*}8N$&xDj_Th&gYA7ub>_2w@{{7Xf
zS9ecm+Be^Pv%hoJZh7y$_f&^4jA2njstoX`QKSC;`|qq3W@4ch&<8|uzHo&_4Y(qs
z&ph+Y&Ye3$?H||V_50<ck3Nd)kZkCzvcnxacJ%)}MK;VW_8fNX*m1@gXM`&(8vBaa
zivR)$Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag5M1DqM;<Ym$%`+(
zSdmc$ma0^#;wCD!Q2V#verpE&;)^ee7A<P_DrFkvEDDQOs#M7xuyyO!?t$~>&GSS?
z%akb-Z)DVjMa@|h8C6=WLx&FTS!`RCPES4cR68H_?A^P!LbJ9*C>mNZe9@vsp_nR@
zL?HbF`k1Hxq?{3fPzY?_zWv>I-wnl7nIr-TAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfIt!je*5jWB1MXr@T5|jS_D~xPna;l#wkrhwaDt$t*hXu-CnU`
zMP*Kc%;dobAGAlAhSu<1w{D$#Y{bauPe1+S_KDF}rOMj1YkSV3)a${62O}P({#sDD
zSFc`=J@(kfjT<BOVIu<BFQ9t4KmYu*XP$cO$Bi48{cB{eUcK5gbG@B4Yu1VtEBxED
zYD=iuvr3Z5Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb>y`
z1XNK|i88zTeCN)c&3g3a)LpxF^~5jTx5piK+`@$m15Q$B>CvNyd$`)on>SY>Q+EVK
zMvpn>7~8FJ<Hq~;?Q=WCZYx|`p+W_FxM>U>IyClC>_s5F0!l45ZQ8VY_3E28ZL(LP
zu;|rSU#;iAPoF;792wOT<oWaGA2MW!ow*wNI#PUHS@dj<jE0)s)uxRA0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0!M;?vYJ{={;s?3`sSN&6fINI
z(v#j)1<rf!xyKW~G;dX9G<fAtgBdY0+OcCt&nobmjERiK8x}QZ@kd4r6)N=AS6>|o
zH<W8U0tNc@>t{Zaii~dFyjcP^ENZrY_~D1y$+Ba|j$*}%nMpqN)Kg}XCM;?;o_+S&
zSsQi@FMD=A49p4v1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1X3qp!lEXZb;AuesL`cMmx!mEK7G2Pn|br*HJxkLtT}SzNVg1W#G@i^RQjuX_wHsK
z`|6L3e*N{=S6+E#T$M%L)A=K#3ZN>6>h?LD+Mbkeh%PO>GZ%7}OkN)o)fY9NrW!SB
ztY5$0R2DT`?zrQQq(m<Dkxa#Nr7WxJi<+q_GU|p!%a$#>Y}vBhpLENXEo;`S$^AH<
z5kk%Gxt4_ADw*s_`zJh<4ovt9KY^3#L!n<`N%?4)v!`?Nu-iMHPIh}z8VDeO00Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!=mgxbsLgF&d+oI`E=0kM<;$0E
z+qNx6pCG#eMn;1S6{AmfMn-@9@kiBbz2Jfi&OGzXE3UZW`RAYCy?b|zs|d2|lTSWT
zN-!0PIQQ&&V8)Ie+q!k@v(7rJL4yW&-g#&4OSWo7@8->$KltE-?uk;-4ljE^4YM}7
z`5+f8SkQi=b(@lsh#N6tgvJ~&U_ik6#MR9#NpI#{pg;lBC|9nWzHQ<fCt_!XMQhcn
zRi#RmRD3`}%^r~};KrRhclPh!Utc@AS^7JIfBy5I!-fsZWpZ!r+O;Q~aKdxXJr{5e
z33r=1b?U_zUtGL+aZSE->CzoKbeKPXe!`=f0|yQqSi5%Z-2ZZnJq_4BKIviioRqf+
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfIt`pR21&|>#sM_Ec;rd
zNRdsOHYMwF6vEL;_bL;5-+lLa!dl6SjPBX9N0m->3MDXABK7_E-*?k-5hJ51DwCKa
znkF`6$Pimf(V8n4_wvgxyVK5bD7S;cqGrshRjYcC-EO&TYh=Yl?VN4nnrp66$}6$K
zO<2?nmAc4isM+I!m1nbN&FrmFL!Z8cpDXv&CM;@39zA-ryDM4kk3as{{b(dNENW(c
z(n%*JRuVb(HHMl!_N7JJ`}yaeSEx|IebP)@b*C3CS`_W5*xU6rqHi!Wj#BioJ14wX
z4?yS6o&7V<lP6E#zI_uel&aLC8B>wb?c28}JiXWl!tU`&54-22yhQ*31Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**!YdFlGO7e%?lWe)cJ1ogwW}M;Q5fuj
z2OjwQ@4qdV&eE-0H@A=4{)OpH|2cE!sI;0r)-)C@SYRVYb{xeTKl|)6+tVKzRav==
zL`JpNww<KEaou&-9XN2nPCH=3P1&WWf}&=!W5*7^v%Q34k3CjvhzFdo?dD0@rKoVF
zP8VKwYZb7eC91Ew>MDC*jydL-jT<)xJT^wR;lqd9G3(W<_uFs3#ps;yE_WGvolZ4)
z6CTPQ`18*{tFow>ylP-hm@vWaN@63_><KvN+tt>9m8~j^wr}6wem@i|R&4g{+3^mm
zIJzA{zbRC2Hr^3}^w*tg)vA?!nDvW56`mEbwn62#ZQH7fa*(0iKFYe=F`G7Rs&6)T
zZ?f93dnD7t?l~!M5kLR|1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmdWz
z33#%g5hJ6$diC;ji|aDiuU~ItS~f^y8VaK-v|~r}M@AbrZtTz7%$PBwaN)uVCb^N(
z&6_uCDPhm}=B=_}FTVJqJ&Qjwddn@h*uCj#tXj3ohOCr~dh*F9=gpg^wCAOlUTQDl
z>Z`AI^RzimEInaSO+#E3woRKhlP6EsO7u@W@r3m+RH#r~YtyGKEE;O|93KErhj-t7
z*FH<8QLS3FT$T$?Pgqos{TXMR;hDT1FwX_X^)@|WQB5hl>~VRT&QdK^s+74?<;$1<
z;DZm$Zwl3UwiQQ<7A+cAP&qweQO&=9|NizFQ!#2=2z2Psp?14U^2WuIp41}jo|}>$
zcF#$9ivR)$Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IbvPC!{r<^7(1
z`e}FO5hJ6$d-qN(GOB!<trTZNIBr90$Ge3zb(Y(1yUlb^SajdMeeT@UHepfI!HtaS
zLfm0JZLKe?ER!9|jf|=qUIInr>`;j{6u~t!Y~H;2-o1O>L8eWcR-!}+v-gol9&vZY
zXuDxifv0XIdX<Vj`skxIy?pud>7?$I6cQ7rnR%HqW!yBc+s)JVghiG7@pMSy+wig{
zhVba4kLq^Ze*5hgUU;FoFS&_~4jVSi45HWi_3NjovZ%Sz4I4ISy?8A{KVrlPJ!$5=
z2}eeiuhZJ-W{}iX7Pa>%yzKT80yb{C=_aFEv0_F0oue;peRZ4ddi~FT{u6LCb@PNp
zJ>M|F$H}qh>eZ`{I_fAh$@}lW-~M)+G-;B3-t+|Oj~#Lx%64#5i>g!V|4RqkGnWn6
zUBI-lyC<cM00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tkdoKp{z$
z_cVc-Ad%77RYq;z#&!7Pk3Y^n`)nH=>e;jBtXZ>E$<1ytjfj!ah+$Dh5VdNsd$@^=
z?%uuIgnzXBvC<=2zxd8O@3gTW(_e|E-+%wzPR~R}(;OC+(zoA!t2vlDqFTB=V(4z}
z+_`2=WEJWR5?Ipp+BK9@7Zz2*O8)cb&o`bAKm4%8v<+2;)ZH{4bi3{LXpQuQMMKRV
zjV|DJty`_jSA;Le$mrt5i`6sQu;~nonmMQ_<qtpnp!SC!erP|-5hJ7e5ZSPzfBv4Z
z=){Q={e6<YCA{pxDSrL+SNpZ2FLraFp0p-Sn%J-Cc*CMqs#Gz@YUI>~MK#rX@4eTY
zNQr&>*t<_!ykXG+0|wZuPH9*acJ~oY8@qc_+6W+k00IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1t!=mZoN^%UeBIdY_X6%nh9-gD1AHd^C$Ub1A#dFP#{72(~D
zYOB8u|CsWg>Qkde4V$a6jVrFW!c%3`&33xOD(<BUf%ZT(6d9d9eY)B5<(FUD&fkCk
zy{ELPR@1h7)ldz?R8$s?NTkzgd!IgiRO$4kmtHbSUHQ24aoeg1X|71sR^9FXc5=g_
z(I&rQ#fnOmDxG=enF@w!Vg(8mu*)}lrlg9p1q&8bA0>EWuYRtuXw#-m&1LFUL0`{M
zalMT;^H8wIb)|`QjvW~_A1k-eqI(uMEc&m1{VQU~+3lb7wj1R0L`F3k6+5k5x$>%2
ztNiD6!=id1(-RhTrx9v)_d@*bsZ*z#53l|N!0h#WqTR5lzK!2}^G*LCc8e0fX$y<$
zqzxK0(B$>2WaY}0W)AKbsV6KtWXKTxNrIiKzmd+=BJ9>bo$U6cG!Q@l0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_KdFbXJ*=|=TT>?cTMR0$2w^(rh{x^!uc
zP`!F}H!}L&ci)*{rxKFyyz`EZQg+LRMYYkK)V^MR`Q>h8)N>a1tv@nas#GbBbNcD0
zyWP}QgzT7Oj<KgW_0&^69g_Z5sVAk^e*E!A|Hum#EU+N8YSq%LCQO*%?`F10(oDNT
zg$mJ<km{)%oh|XFaO~Q(YoiSqWV>!|v`Fw(S6yZ1bIK{FsG<89W56z5x|q%{yzoM_
zZpzWQPvF3T1Eci}vOU!7K`t;UeLUGk<)zKA<Hn7%8Ej9cS{;TC9cu2TUNaIFHIsBB
zqmMuSxY?*$i~6{k=^cOk@t#nhK16mI`iz7{%_Kw3ZZ09>>&q{{Y~(-r<P&x9)CzXP
zqS~vkcin<$k<m1VMKvFjO+EMAbIqmc66_bLCoF0zDl1>=dAiJjdUaEas#YooyDJq9
z*o|tM*;8>V8502n5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILNRNPW
zVxvZlQUyx|cx)2PG)9aV;m*NRWwd0;l1hQP9Tbc-VNo5fwcx-0`fI!Qvdb<rWA^Ra
zR~uCZ@QgFgFk6m3`e-FcZ@lqF^VYsbi;QXwcTWh%9~spk8sDDXHWY%j<0}-WE3&(i
z-cUZx#E{CDFK?F8_MAciQ5($DtR8#pF;55gtyZfyGymn6U)=4so!qdf@?GY1ci(-t
zKcTAISFc_@D_OjF@fhJ=Jw>Kxv?b}28x{>UyS<yaZ|Gxk{q@%?HmT2bxpL*&wQDzX
z=1kA9Zg#OunKCLI+PQOQds`J_R;b%OBt2nK%}UQq-MV!P7cQ*Qwdb63&chEstSqQI
z6SdvQ=+#$W{rvOK+lrLB1W(d6ZDG;yvU_;ref!>f@0lk@l{xhX2rXK)un&?aEUIsN
zv#Ugj5`X;hhv!6|u&7C&dio^&t@&ki_St7^<jIpK>!~v{^n^tZ9z3Y})n?b=!GrzN
zNPlV(cHM>av-@v7TM$410R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_Kd
z>=#g4QmcL|u4#ik{zkOOs6Q;K<WIF~)yxPAi+=UhR}!#mRnM6-M;lK#;RF*9y7}gt
zO;3f{Ou11-Pd#UE+_<rlV;;sCGiE47)~s1GPh`}Sy);98{`u#g!*}i4WzV7ta)1B*
zx2HoA-`aSs7G$3`ZCb>U-DxY@=TA?Wqqc6{YSX;_;GFunVNoIHva+ZKRMywjVr|u`
zl~Pjv$$KKBO6&Rim@SHl8gpfm{e3)P(LsX-`TNARCDiP3U1_w=fByMr@7}%rHG6dz
zuDIfgojZ5B2g=`#_SsK|s_(`Qi$<%j=nkGhTi*jJO>C!O8~Va|`|Y<q11g%R50~v@
z8=h}1PgwMgH{S4!la#liX3xEVo)+W(?|=WhWy_ZKUU<Tyt5>hqtu%Z6WrW?Zs6w0R
z35)95O$}uIMo_uVXkk%xyYtRF&CHeF_viNA)S^C9p5IWp7mhdr>=|K?crVz900Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tjTYfQm-maKjBY)uW|&73}HO
zty`f&h3rPt@Kowk9<O`%?w-n`x>BtQZ4Wd{t1B9$45VExT9MILUU@}5Kl|)6+tWsd
zRF_X1ZB|EN(Y<^3dH_vW)EukYiJrY~_R{oG@NCD99d0*OK((h<0Yi6JD%!HT<(6Ci
z```b@7~Gw9w6vt^E1GGSEnC)K?Q`3<ZOYJ^4oL}%n%T~qH?Kp74k{HGZSrnpR5esR
z@j`Rdo;`a^?o`uz?z!juLn+y4??|-E_a7B|OQ_jnUs{fPb?t52wzZ`GhMtg>D_6SX
zs5b0fcim+J$vWi9E3fp#;S`2E|NQgKXj+CoMPbpobLSQ<TGT&hyQP2s{+{Pwho}y!
z?Vu{D{#DLD{`g~)iq|!!C@dOkcK2Zj*!Fy{nxhosw>QExJYi9NQ`M+Z!|c+Rv;Vv0
zl1nZzd-aPzbv^@5Ca!KessA_2?AfzDGxt;$)hTS9Wc5_6)N@jOTiOv67WH46r+;E^
zVfVPDhuw2h-Xeei0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@VHB{7
z0xRXBwW@8UO_ipsU%$SMzL<t5G8*xE6|k{KX>b!3HCvv1@=5oQ3of|8_EhCev+KI+
zuG7YgF1kno!iZtfO`A5^RAj&v-ZfzD+O_Rk@XB=QO6{plsMVcVO54i0X~p^F%a{Al
z;zmYA?McMVnl;OYc(ppb|8Q+l=|yGXk{A~CoJ9%4haP&!GcomXBcr0;uwjFHpn`~6
zDBOUn4y3);ZXX3o8#ZjHKFJD;x`V47YIe`H1bM4x%s$~tcz*D~2f9Zp+xWl(4-_w6
z-0Z4awW^YPp3#;rUD~y4S7pe*_~HxCF7sA*>b&#LOI=u0S-1)nDwr9n7ID9R{q)qS
zAn=qaQ*>T?QJyao%}w=hpLymPeY6#;juvFq2SiU`io&9rLwMOE-s{*KmE=^cS1X}=
zx~Zmg-n@D3o$`c5^&7z^dvz}sELh+<TyOPQ>T4vWVNr!S^$W-!8NK-8i|x!kVNv~Z
zbnkEb_U--Ogqpna@ERd?VNuvK!tQ@c*@6H92q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srgi)YLlO{GEquQSCB`6qHr%oNa*EEI=8|L=$x2sgCVh>T8s8Xd$
z=B+>cV~dEYgEB?y)~(Y@<)*U=oGKF%ZCQ5BLEUUvbpHJLitczSxw+X(GiJVg`EI`X
zW)(6$^UO2N7QJ@r)G1>4#D85$*`jkP|EBYnD_73uSKX1_X)7H!b?Q{b{FW_SrWKGa
zmq;TnMsLQMG-*=qm!Ws3WZR1ERjyoFlUEf=KbjjERm@MT1Fv7dUNJvi(OGAmWx<CG
z8Da<YH1xcg!n2<3xqlmK_5?0p3$JTUZDW4xt+(0`xEX5W#*L?)cAD9%V7C8O=6FWk
zsc3=B9FNVhLysOk%-pot_xIm_@AlVJ&1YX7l#5n^+T9zlEu4To<Lwq|_INK=Pm$7|
zx)Cbb>W_>n^=)pVZj&;WrslAo8AW+*=v|po{Xs#r^C~i`0@Ts==5o7z#{7}dEnBwe
z%h^o+oO8}mYFagQ_24N4Td!U{vt6&sOYhsaFWNNpCG7cq6s>2x+hNZLd%U-a{s<s|
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1t!)(R+;Wiv1<R;=*MQ_H;O
z$&<%+FpXDVebv*=eX9b7p8k644~yy$8zuGk*NXG*nEv*tQKL-WQen}OB};0AmMvR)
zB0A&8k9W)5dCsCh-6M}Y;)&AvPn6s(I$g((9nDOFL`FSx*4v5|D|$k7$(>=0(G({x
zQKE#IQjU>P|ID>Tsn-P3i7}=Wa960=174%s?a@acHU27)sI;5A%d}Obw^XT8rq72T
ze(3LzsVyo+YgeL=79Q@~x38J`*=L`fk;f?-PI%d)T~X}q&p!LCxe@-zsP2oZ)SA8K
zRbO1{X16H4KW^N(*yE>eufnJ{GVPCyE?Tsxbm`J|s>d92jQd+s+Z!}!5F@dlx@nt{
zVNbO%<0F6o0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@hp~XdFg6&|
zr%xaMl`52FJD7$7U7iKU-J^Ey-03b!Zw^t3Ik%5#KltE-o{`O4)%^5#j=05!Ma_Xh
zBBM%>-gD1Auf6t~>c~YLGu0da`s=T_BBMo$6j4f3(^kGz%h0Q0XR2oyV|?X@?E@1e
zGFrB5Sw)4F4O7BOwNhh@oa$YnW{(%Ab?esV6X9R9-3~Q)@L<!YdGqFWW5yec7cVxm
zI_|jRJn?TkH?1LV!>)7Y%(2@u-Uu&yTy!e?tfIlad-qmww|@Ql=6*$tjA~_eTTRq-
zGp{vj)bP}@j%xzB>8x7Ks%71)S1)DPZ4F+3WK_kj&p-csch07*a;ds-rJ8dyhs2JB
zJtORi-7Jnm009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R*yEpkc#?
zHWi~>-#6cU<C&^iy<LmH+iq$o>gnm`zEyQlx3k)cn9iO(+wG&a@?cuk*VD5_ix&I$
z@AveK_IBjRk)FeYL`JpBuoh2`Hf9>OE4z68_1Bx33pVz`^h%139XmFA>L|LAQRP?t
z6LS})Klj{oRfx~uCk@E{Q-qq`e>pL>G-=YrJY7?!Oo`S_i-Vie!CF=P;K75@x}|x$
zmj5<0*V^APPOZqd>Gse=55?$~=3U`s4-TapRIOSygYS9uM@BWQR-zv;V8D6jou|0_
z2`8Lz%{AAk>~qALx54L-SWo@B>E6A2w2IUI$f$}EfAYyEZQHih^=k6^DpOK)_3G7$
zojsRF!JbP%4o3h11Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5HJF-
zzy7)#`_bC&GiT1UIA4DGrP-_EkahuIZMo!<OKcxcLy4N>k3ZfW)3l2fE9Nf-xNqM+
zCB7<GuB<+_YSkJuW=y~+k+Og0ysDt+IhQ{&s)di;m{5lf9Ri-kb7@I@n?QCkiD%E{
zPzn{>Dx*0@MwQOZ;M&ceD-AWf=UUvi3Ve3!)@{X#6=q}S&YjJNLQ7Y>-8}8$#fzJ6
z3iWw*rSq+_aLS*XP_YUZn<*)wXFucq$vpMcQ>I&&E?xY4)3znl><K984*_gVPWda_
zuUefwd-l|C4RbppMn)4jQPL05vvko#7nw=wwM>~ZDvvy9&>$P})kc40H0jewY(Ur(
zbK@uk5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY;1fPyrqoN|f{
z(wK&-U#be67VXty=-Q$>gj!`@TWq&x&6@d#GF!g?{`=CUORJ~q7FMiS(H^2k#K@>Q
zDy{&h@`_hpd8M5|T#?ai2#cDTd$Nl^{`jN4BHPfq&nD@rTkzUzui5PxZ@7_B6?^no
z5Ou4JW^-gTT<j6=yYR2O?mB(G^l>wh(Kp_B!+h?v@OQM-rK;MRK3Za1OI=4CISm`X
z`|djxAJ$Cz^yy=sBIU--#1v(ZHi7o-+nYWQJn%rYKB?XwYW4(h_UzeXg8h=$Uj*pJ
z*+F*g+NI^)%^k_k$msCl!_D;cs_!fJf!E(hsPL)Tn}v~4*zIFR0|5jOKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0ASnVWBI;I+v$-1EXx+NCPW1KHU)wDT
zcf~mMk|j$NDEjo%PuHwjQ>983dz2cAjLw}qH^#9!?y~ElFIcd^b`BUBRSq_;V5%KI
zHx1>=^e^HF*&i9zqRbIzu8na;M$bO`>@-&y4K;f-^N8CgPMl~zVrG4I)xES4IDIrC
z9(CJox0$1~(00TQY1pWF+N#AWD7tm)R-JV8=+S0kRjXFrzJ0rY8XGrm%$F~p>7y0H
z{T<S?CA{p3`Mmhzi^g2PES4`{?jL0E;K8OtwnawuC1#VZ9XodPe;cd5?ujR!XeOU+
zkx|(FPa0bgKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009JYDKKf$
zq(X%XnZS(awN$B63TSD3TR~18ln9M|Mq9v5kx|d`^jZb`tFOL_eR#CJ-+udTi4rBu
z43+$Gy9J4iy8YA8RuH#k%a(#IT)1$nR;}EMeD>^$jGE$*x~THy%ja0`^3_*gwa2Ee
zq3WOyKm4${aVMR0(qoT3_WSR@`%k9`v0a!x$10<WjQ;Y=FaAN2z9qcu2~a5fW}~5Z
z+;NA^!cCq$*?de?nRevJk#@T|g`Og_SFahYTWhCLwrp7&K~$o<VZ(-IdUfj5F<(Ab
zX2*^lDpzavo_zAj(W<A~{wZpNnmsWS`!#jL4L3v_K_;p@ZEj6gMMhVyTxn*d&w|<!
zCqH}kY|}@tSrr+DJ>vahBLWB@fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_0KrRIqEn1{Zqs`2iMzw0yv|S@BsHt_U&BiWWy2N#^)vH%0D>6D}%osaE)fn8o
zd9yo{?1_vjIyGp}AUjplP+F;T=g#}~?Q`d>wi_9(P@zJ`BcrQUt*TzVx@YpL6FYV4
zRL{)y){Ttz>eb7WOH>DUVfs`@Mnlc+w~f6;#W__taoxIg=1yID>7|}xumc7Rus2af
zMBjb)U9DC>Wy+MxF1yTbSHRD6RP2)`Ywv*r2Q<`;H{Ph3=yRc`$Q^mZh7A=fRy31T
z*81Li?_IcX;nJl`A9>^veL&219rgL=pSwq;ryXkc+z_>B(Za~T_uhNa#?c=Fm_B+{
zWc1^YKaSQjo!eE>+RW;VGtP){US<33<eM~U5-}kk<M0&if;~mB42u8)2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srARvJ`bLOZ}<P}$3p(xiYue`E<|9)*$
zSgTB#GA2u-99IGhi${!%dO~7B{1r2^D+_Br{rdIu9F--J(U)F&$wrSnjr#TL`vK#M
zjH=M9=c<$VRw*fkggtXMZxsN0{q@)V=hA&t%~;bXc4Sm#BqOF_{bMG!CA{qMUawM%
zty{Og`R1Dy0X6aq7A)`#qV#OvzI`L!O0)6QQ%{Y!;Jas>q`y_pQvq^)t6YEm^_t1$
zmtXEbg`N|wM;~MI&p!LC|EN@N2{n5zaa7OQ+>Y_%$447Vk6f{0#q3`e6e&_fDc@+F
z)3#l|eay@igO732Aw!0!o4(~tXZ;5Br{7~7o}yi_rwEo|5kLR|1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**`~s>yIC}JG#ePhLMvIS|a-;s9Ic`zaN>7#1
zE3dpV$D{lmMvNF?CZpHmjyuj@uG144?a-lvR=D<$le#T?_UtKDs+5`JS!bQ~(MKPt
z4yu;kwwJFmn-L?U*Is+AIZAc#B36BzFk!-7ciolJ6qA;oH*-+=*8A?ePj_v}k|j2?
zq@s=ymoIlCqpD-+w^fx<g^-smTjt-DtSzBtj~78nQFEL0c<ZK|bka%DMo=|K8}>Gb
znAfYXzWSG6eu;Ke>bC#z!w)JMsyXPxYbrX99XmGS=`_8zZQHtYHf<dkqr_#zp^~*R
zyzIFb&<Ef6s|<Ct(f;`3kAejYDsnk^@L<!qMvWTU7_EPLw(AS?#1l_6^NI0C3IhiY
zRG+S0yV}6KzO>Ub!x(3QJq8ZD5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**k|;23+O#vzJk!K%^m^>E$7;FZ+>EdAp{)+uxN&2D)HBH7DtYSW-=2T|
zdH+#1GMfIds3xN@n?bwq!VBF+jd$+csb#^<u81qMtIDV%qsp2l9Ln`m#JfdNRn1Tp
z0w+(N>>jJ=RNlOKwM*&5h%qV?8CBXUV$#(eDn;#3v&U<)c=2MJN!Cr#$127M`k+1Y
z%rh5XeDTRApIp0k?Hg{mVdl)4DNP;6n2a8eTW`J9d<x9#m@#8w^q)6xUeBIA^+lw}
zU(=>d6-3nMC`SL3?g}q^?pc(_E?>U9xn(nE%!oLkz8Oph-J|QSyUw(qc;bnOozuC|
z)DG2r^m`}b7nC+Cbgd3Odh}4F*_23CJ>=cHcc*in{&T_ZH(?6`2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb>zB1U7EmXe+HXXwX2b`sV&DCNdg4EE=%{
z;-il~YLZBLty!~X#QcvUqiGI{DuAb2tb6zFRW?r(%b!30h7B7$V!L+jvXN1h9`#?H
zBBM!h_MA7zw<}k!R2@`xD_y#@Cf}`FH~%48jNV2@UwP#fe+LZ`@m~0QCUHxs+2eK4
zdg!Wxs0f)3^kf&KMfl=9Me6#0@x>SKyz`F6*F)k)MlZPFf=q>1172*X*#ll<kZ!it
zr4sx8h32<y+jhbUC+OQl-x7)_>#N?RE>%}K<M;Q#fdi^^s=4W(5~2RDDH|y5)2ELp
zv>3hV96QV$1TFV{V9&iFBOrhP0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2m}$(Lh4#ZeB#83Neuj~UAs15WzlcG`R15oj%nDip=w>a6VT%3+HUeZdj0t0
zk0V}-dq~6%N!+M&DQKk0C<;4l*f2Fz#WCXeIYve!9+lFKD^{$iSh1oOp#R{54=Pls
zpvkXUvnJvhbBv5eJSue?L(Lv9i!Qc(`}Vp!`b3zrhi+uFUcGvM{`qITW2UXY%7hjv
zQbYm5H{X0yC-p=|O;$N=lZop@p=OWkN^|V2yVj;n8$E&gr*Gh)Lx-CB$s$rQ>gv_2
zn_VqiwlqWOuMEr<J*YVjp6U+zZBnREAv2#AEm|yGxX_$YG1uO`dz<ZgojZ4~wojcp
z)of|qx^=22mgD%a=SV~c1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**
z5I_KdWC<t><QZ!H`t|NI>z=*IdTYX>HpZiBoGMOe>%!fC|NVBCR;f<bNfRDN`Mpz4
zImJv##rM>B{PD-5jrQxWzn*i>Ii_>ODx=X3Owo4L&@+=!WK=OQrK)0_XzbXrw#w+s
zFTWh4XBu{enmt}0dz*B#o__jibGREB?bNB0{eZ+fcuM>0>%vwlu3WkD{{8!PI!)D9
z8P!v_V8Mcv&LQE!!^@t)C9A%%zGl02?W&w)-@bkSUwd~RcVo5xf4ti~XUeP)3K1ET
zS(KrYB)80|)G;?Gm6V~AbedF0($^40lBr}$NR(6}%9vS_WTxTqd!Mt;Z#~xIy7s;A
zy|=yheQ#c!$77$h*Iw7U*7dyhzV3hCKFfbobSo7HHIECusvL2XCQa<kRZpf&nbxmg
zZ%%FVq6-!*h+r|{9<p=i&f&v{-+ue;UAlD9qsjlT5<dFqBO4jjQft(x(Wp_QtXZ?#
z%TXTNoYdw;uf6u#aF-Fmc-Yf~J%T&MAqXIV00IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1vK`7NM|h1%8qwbx#=m#N*-wZE|Hv&A$rs+^J{WH!cQ8_HxVuc%f1
z^2;wda^$f6>(;HaD~xkPd0OQ^b<&@I{@F%GwXl@xi<;%Rk<n|exyHXSeSEIMtX$_(
z{?KBop}QPp0lEcANl6-}*R+a^CNz5x+mt@ihT6*JnR_%~zyLSJ?M6m>_UxGsBcrC`
zt`=XUNRdsOHrZ=*Bcu8A=l7=*?Z~uhBs6=tXnKlPs#M8*$Lwp59z9fn)1B(<*|UB7
z_BBrcJIpjxKX%HLDQ2+Uk6s`B@WT)83{h|EFM|FBfugGJdM>-{vY9hydd{_a_3AQZ
z%DBU9yLRo`s$6Zx>#9wEhYlS)GerF@>}kRt_4~+#2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb>!k3n+wR_P<tg#zaO<Skwe*V!BbUB1!MO^N#Aj*)WgW
zP~d0m*s=fk$3JXm_wL=(O8c?L9xGkC^iMziqy@N<QI)ORzkh#_RoTdB!GZ<9|Ni?R
zBV+WD0$n9alo&Q_n3>;=jP~o-FZfAqWc2>~?+-pQMxQ1wd$=Gb8v4Z-Uzl&Z$|t&E
zQ8Swx8NK`NyVFl()GW0{ixyhE;(T9!{k7-vJ&{qnOSorP{NE-tdjwqb=g-fUEt`F!
zx()pUfsGqCdgffac5U<K%}uFcGq`Tux+)57hpEV?>DS{?^)qdM)El0Xr|!zt)?V|T
zpM%Da7%`$~(V}*w{%wNdrl(JzHf#Iw#~&4ZHJ`>h4-b2qut)t%$b<+WfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0K%xt{VNsKu89H>Rf<vaQU454<SrY4O
zRAg)U^5t#Xv<X<t&fQr!OO`AL4jhQ}di?X-y{b!<Dz#_N9u06KqxI|8_wR}9PNK-D
zqI79e990V|U%tG#n<Gb#G^?_aQN_S!&6?#d)!&{pX_CUCo-CGsSS)%Hmpxn!1*hA!
zYo~Pdr=NbRo24JZmMvQXPLd8Iqsx{pQ-)BbfVJzl7Owzdz?G-N$Y?^d2Sg6ushp>M
zoa$Nn#1l{GYo_Otic9Op>A#e!zaBbtXz9|Wix)4}UhwWIUViyybD&=J?R7tjZd-pN
zl%Tffs$RYN#~**JN3s67f!1vL0~X!Yw@w$RxaOKQYusAddVpVf<(1|@J=NWhqPud<
z2D>GVC%Zi<4FnKC009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0V|+9
zp-Fk!D2{EY44nc(c4W8>C43%y@Ij?|LO)R9B~=r3H=wtRv5hz0cq8-)qcT$4H0RBm
z*DRoQ>(;hTnj0By(xgf7$Y@kn62T;@&uLcfxtlgJnmKdkIdkSjFmtRANoe-4aP&)Q
z-@d)MP1=KA4aF~m%-}{w@44rmG>P)s<tYniey~?xeYJiCTKvL=3+<<#h8r0zP@q8C
zRvArbb`NYQZ;u=~qOIG_*G&H+V8ezD<|sY58aHli`t_PpWYlvCMQtB?=plPlt5&V#
z=@}Enw=cc)l0Da;L4)+q9L(giXV2CX%zhLwGU{K3il*A#>QxSR<;s=*G12OQ-Acxj
z-JX;N0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1ufN8tGJ<NnB~
zs?RN2w8%3u^tZ|m_36_`F&=FJtm>MfAE=SP{`%`P&pcDCSTUOdvJKV2vq_<_<~*0d
zHmcODSu-0JH4~=u$f)9Zrud#RQ41C<@F1k~$Y|oSdz?dg``&x+*{!klZCAzG;77TU
z(R=T`Hw`1BM~@z@SFfJ^g{l#}BC#hjnkGeet!?76+e-+&(W_T4bDIhmF1&5qHgllD
zq9*0*-ofCJQQg6L^X6T3)m8S8Yp=cb_uqdHeI?<J+`fIgEsLs<sy$pmcQ-6*))PE3
zx_|%vfddEHqx4`@g;G0VEE=#&HU8|exRuO_00IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tlQp0*Z_(qGt0yrZH~ZxX3QhhD8-RRkA3uNzR-(qn*&JR;_AR
z73Z+1u43-oxq4N}Q>{To6t&~F|60;#WOVD+ts6IP)PjwkD)RYPuAX!l8BJ*RfXE?s
zy4gkjaCYt575qRO8Ld#E!r{Y*gAb1Br=G~@{rBG={B&+)^xyyfckscn{xosf!;<;_
z`|mSk$e^czV#zC3tT4wa{eJ!R*V_l|s8OT3b?au{28oO+Yg(j85qngJ4jp1$S~)p6
z*_^ILixxH-{n1As+1O{fa^+OWI#;e-W>}EOsGfv&<pm2C^rz^<QcZO*?1m`L?5W-t
z1|Wa{0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@7r1~5xM_!C8>F#~
z2qL4(`}OYKTQi(XSk&GQ&GyMBpJ*5OJMX+Ro|Q#)-bWsJL|4(TUq7=&c#sradW(#1
z*|Md0@#3l?_{A4r=n|9=+qZ9@CG|AYRb(`w**&lkymhmSJ$m#=bp}O78#HL3+I^{x
zjP(FFGO84x;>y9#Xd<I3Asc*Hd_GNF_RxL4{PIf^r?mAs^;>J-zP)|aD=ezn^j%6y
zN-~{6BBPr&ZBk_P^2;w5o#qLB8Ig@tBvnhwlP8aTj_Gm~;5X}3Sai>xJ(~Hx`|h)s
zlTu_<tJU*dWkvP-I&k1XWa|n2DA<ivoY_OaL5xHI0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I_I{1TIX0TW-0<CT%>8H{X2IWAf8aKY4oWTg5`67#6kD#=oKJ
zj(PLuH58X!c9|Mu$BqrMjC2(leel5t&B_%SRcg0r(V{_Cu8-1BWHh1KgCmFdsheGV
z_0?BXJt_`qy;Rp=2Dp(?l{^htjMtqi{j6N8N?dlAG<bXE%9Z*@0e0i~sZ*!gNByv2
z!|btFUU_9Gkx|{>KmYvG9u?Du{-uDTt#*-T&z`MRsgiv-@7}%Joc-N*-&Lnwe2~bf
z9@jBlusb>IMnk{%c(S{<fHndMAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfPhEf*I$3FR;^mLY}r2e-~-Rb^ork%A3xrXA2DJ?_Uzf0ELmcEY(s$%vvqq^
zDvR1_)2gv%%^DjSRSfBY2ObE%5;rocbW`xbG5u6IuC86X+Ax^vi>A6?xf>b%=9_O~
zy1d|%CoX&N>k9o-H@g@-r5yU4@fqnxMyph*l4@i$KC24xEQ!k=;st8hkt0XUV5LSC
zBR7u-?Llv|yLxn7eDTG_iWM_Yay|Ute*5jv=a1b;MMjSuJ7(s8?z!j8%5&z-xqkh6
zd(zRPN2|Yo|NfU;a)}z%t5??-(tetT4cOBVpHm}%00IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tmPQ%Hf<jb4ERijILO*LJh@o{E^WYUwrZO>C=xs`lt!&
zC^D+O&fR&=v#_YSG&j4b-H=7(Ub4S!BBKQh7F@S(o&VE#_IM(rk3ar+s%JNm(O$iJ
zX|M292gh_k;<87J#mz3h@x~j`nl=vexRKGTuf95QBcqAM9`2pB`S7Y$tDZV_${wz2
z(t5(@&YfG&^S*uiPM9#kew0ocdO8&<RLJ}pQbAF>D*bsXQ>KjipMU=O4I4JJY}qo^
zki0!MZVlMuM$L&3KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009L2
z0v~<!k#--}X7na9Y6tiuqsrlA%9P2ZboAP|apMywPT27Z7u|pV{pvqIDvR3dQp3$I
z-g)Ppwh*5?#%(Jy>Xy87KZ<kPjg02Vkt39<p-Y!8P4lp*QA%9)RPXY)-+p`7U3cks
zSE^L0+i$;p!GZ+=4@rlS(UT`nzWVB``t6q}QKCkT8bgK*2^h)qL`DxCIu!5%<J_6J
z?6H9A+_|%Pn9rU)+s?m#|Ng>-3#(tHM{Q?%Yi!%L&8%DnvE8Tf(4j+3e|j#-3wwI|
zI<X!E5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILK;Qxq(0;^9KbnAz
zUfZ;3bN1|6_u2zSM$LGCSoA#DhF;Ml<=^Jand2guwwqn-)2ELcQt}T@lb)?xw<?L`
zCV0&<+{mbk@_qmP_i3`cASX>|_8`|4@FUgo9Xxoj_V~8HJJV2Ld+*-8{zKfz=(us?
z`~%|IqrBx6S6ty)xk~8<EJ2yBBBKe-9>FbE<Xe@ZUwY}K;lqbdojNsOiP!t?yU*N8
z8&}@Fdv}#8RZM4(9z7yBZ&VJ^Y9~*gJYvKMRkU8cdbK~ku0Xz7<h9pcYtE==$jdLk
zY&tV!$gq9;_Nc5R+(}>$SB&upAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*vV5!ktNr^*|efQ??ul`A)M=1hMKQjyUnO`6zYrqR54bAK*T*`!3TEc)1E
zkLdz4XU;r#?p*&}a3iDIrrB@hKO}BFD!5m&WJxW)Y15|uTjNGXRXlLx#*J}XSSTk-
zT=r0|&K;v0(XL%P_t#XUNRf;gGnyXV!GLLAH!`Zd!rcku+5YUa&vNC;Wfz|<TQ(&{
z?b`<*e9)ikb0eeL^gOMqj3zXDO1D@$$OjA<YrLLRl`B`aw?++p$9nbZb@1RpceYPH
z`NWLTU?qNs4I7pxPae~w&FGaKbq7bcol>4tHLf3h^ie&5-Nox~lQR6C=WT-q4a}H9
zg9g3*_S?;xHM55d95^t#t956CJx$o%TR<BD1Q0*~0R#|0009ILKmY**5I_I{1Q0*~
z0R#|0009ILKmY**5I`VYfqnb-l`dV{25cUF_+iChQkvxS>C;a=^^}Q<DNv-cZ=N!w
z_Q0Qh`pLFUW7n=-Z@u-Fwh10HW{ipxdOi*Pt;z#>@<O2>8~VssUU|isgc2F;*RNk3
zmK5UR4;(m9v0_ED_=Jm$CN6u3cgGIXcgFtc>ej9M%{SlZBbE7W(V~UvR|509@4mC+
zZNo-JD^;qbOr7nITSL`r^X1ED7MVSJ_Gh1cRvXjn`@eAELR%|U^(uo$MwRP}+k)K_
zB`&*r6>eLP>y|BBmMK$4v46K;?IlZ=D9UTUW^N;I-n{eY&$r`s`&zed?G7+))#sc(
zeYzbM^@hrsYK1C%>X})8R&-JR^_ZU9ZoAD*!mnJp(i1B+!)n*Aef;=w&&<(!3wxTd
zN9*=64+01vfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg^*VG1ZF)TmJ-
zlde%k&>1sk7zb71n>1-sty;CpmMyC-vpvNC^;QK24<9}pBAT`gRz*8oJJFm@rAkw(
zEEi;2<%kp(QUSv_<TLH2#*#_3%4q-o{o}BtATsVpii}pMP{BA~fBp4tw#p3iR2kj0
zX_I?++O`vyJ#@F(vuB&Tqu1WOd)sKG$~-E8X+H`Q8C4y~{rmTae#U5xR9d@c&6;L~
zs!zLa-8wU~lB+l0e6wA-8bKnXsy`g9^@KG~;<5+1%#kBU8g@@)^vIDTx<U4i)URLv
zkw+fs+_|&;g6V-gZQ3+DvkJhrYSqe)SEG3G;wt882SmN0Gv?2q-<;7C8C3|`u0-MF
zd+xdCfd?L_R;`-ttW&3sn+2UUYnJMu+E3L;PEOYRQD3v25Oz_-pWXV?KmY**5I_I{
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILh(KWc`0+Mlqq>D=hA+ST(zAu}
z<(FTs2x0{D>kuW%lsmF#aT}^}w|e#J(5E$FQO$7i#TWaF>4iRzMk=8fuy~_q5(V4L
zg40!G^v5563{nHuT!O-cS6+FgS$z75j3zX@=erT{+hfO$*<VDLE?sQQc<IumHp^$r
zLZ%cMRc<rl1)R%)FTC)A`BJIKu&olTu;?wf++zCmY8M|cGMZK^PiXcax6DoIx{=YR
zpMKihk&-1#e(}W@b_Nxc?%K7h`ACm7_X(`8qTVXN+^t);v17-onzTJCMh!P0Z6l)!
zf|?T6TBJ6Vw{dqZZ|2OIHU!(IO&j~$(ejj!Rn%O8SRJx{{rVU!*iH+(p@=iP^{0UV
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2p|xFfXauO;E<|}>Ttzx
z{`IeaWy+Mvbh@wIyLXRZ{w-U!6ev)@oyXHwa4y7Dk{cFv<4+N+N~uNFJI$IktGgp}
zO7qx&oU&E(=FRgDTeD`3g0JSfh71|v9}wLh<!_ZCyy1o$!i|h-({Rs9+$y6*iWJ$q
zcdutabl)a4dlV^#4I5^@Emf;lwKwte&p*$RBZuiPQKE!?IJR78N|DhhE-A#Rlnt{x
z(ZBodyXGi;i`unoXMfi!N36iP_Axg-0VAU!o-Vq>5|=$yhk)6|rcImb7U(JGuO6)D
z{GdUD%niEw>Z^4JQ$0oO2KXbRD^{#9Yg261O@x{?Y}>X?4=Xd^{rBIG-NI6x8TM3(
z7=Qo*2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAdr3pROrv7ZuF|$
zruHUQ3eom>8j3`QTNqFY&ugx^#>|r^Paf4W)kgL<wWWR)k<-5Rp@3+rwr$($5LFh9
zN?6paN@1$CYuBc_0A*;+_~4OI<@)UQ+^NnP*#Hw3HH*3Z_S;jPM70F3xZ(;kUR6ee
zL`D^$Rh~1|2_qh0!lDVv9@$kZ^ZCzz{!?2vdk$Z=Y+25nIg^r-zWVAb^U;nSJM6~X
z`Xz4Nx>fxeX1Mek=g6oc+#h`K!K05p>e<oT{tQ)3)LxXzIofsV5EJlg+_<srjB{i(
zaoH_t1Py<7(cA(>E(6Y{-($_1HO)QJlR4m+xOI9Wqvo5hAISFY+XJpaxqY+pQl(0T
z`&TL8gb{bb9x)vUB7gt_2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
z#9yFBjT$!A<u;V${P(~At$ojJbx@^ul#K~%h2zGJGjr-#lM7X)JG+~(4U1}@Xzj!u
zWM-REi*8s{YwOstqiX9Z;kIknt{@B0N6$b1yt$Sjk<oaDMU}rb8%e7uXz=oYij0;o
zU*0S}rO4={Nt5Ch7EL(z;9rb@pRQcFvSGu9#yn%jj5B7;@C;KT?ykG;vYoA4w>E>7
z3;p4TA56cBd8*TH%&m_$Y}jBAiBUsafvZNYt(RNBetrEs-E-;3sA{6$fB(JdR4GyY
zy3OMI_U&t{LH6(8-(9>SqxK_rw&=DKmpv*Dp6sIe2KwX5_FNx*^pUx7N|xHrv}(AK
z(H=c|Xkn_po6=(RU8-HXwpqM>N+}JCPe1JOapo)tAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*vLE--oWWRtpaU#nE9VnS<5!q}aE8#HJT?&)k8H90w1
z$9lq|+H}}VsC-(sY}pnrTo`bE<<oAx^;Rt}>S574@4VB5MIU?YF~u)aEnE8d<BuC9
zMMgjT@WX(sja{c(S=5F_Rfw`=$&%(mf}DEy?%no228@gbIriK?ax04pFtOOfy?j+W
zRE<sd*QD>Z0+zr3{<~)?8_=CIXO0=KWT_jRHdPjHy6L8S@4Z(8DpaVjfB$~ZB+-5Q
z?YG~SD_724yo%Gl^Ugb-v)GlZVSnQ)P3-2DO>xVK6DOL$`AaXo<e4P8Zxfn5iWF{k
z(cH)B)2F92zaFg_GGx#&m07m;G^N3D=yxNdT2;l06@#4gi6@>g7dUd{$RNYw^AYUv
zapo)tAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*vLE}*<krc9Yk
z_C`U(C!c)s)TvWu+J_&0*z~J}ps8jV`sq}t&=ww4g3b+#YBO#d7FEB}N;->Tbq5a~
z^vtguPK?5$ojP?g@wP>a7TIeLevR6s+ZIQSb7a&Fi`v|*itJr?-F0U1sYXU$eDOsy
zQm@ULHS=#w?~#wzTjkKS)4e@)VzGydpdU`FR;}#C7A;!zwbx$rCq+He+C$vrn{IB?
zrcE`Ka+orF`st@*9Tr`%U_tim+3n($ab3H1ZSbO?Yu2nW<Mq4v_19nRb?Mh_`d6)5
zrLV3k72A(u(MV|asDpU2i?`i&TS});<yd>W^>9mRSUmeZk<lO(n;&}UA+vb>af#;&
zQ#u#yDap`}00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_GRsyQR
zr~RW<aZa%uH^!#=lmGhHzs8OoYeQekiP-{fiskg{*Du^PE8b?qNZJqGCN15tsDfVC
zTyu>X)}~Dx&naRT7VX@*v#o`wE476~6_-`Q&9e;mt#;hD7Ztb2s3$C{J7|}*ZQC~0
z7d1=j*s-JTul>l=IDGi9UAY?ZiHv%}qKU=s0ZjF+zDUaES!CrcfBWsXRFBet(xpr5
zC{=nqapHs>KYsjpGnEpywlj7OC8ZVEHfPM2FP}=DhH@^I4>gB8^2j50{E;I^Dpjgv
z`c?nd_Q$A^(CjfX@njcMs+_DGuenVH3l@ygN+Ounjf^Tvt^4brL=U<WB}$mZj~O$@
zKOjwdU{4cvPKp2m2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAmA5J
zl;zoHpS|RgOH9T_uZoA=ci(*hBW+52DeY!Qs=}cT_s<!;M}f>7Ida%ZOhaMO<;$0w
z0~IDzRZP>LD_5?aJ9l~}?B2b*KDFgEJ)egDHb`pGOrl7Vwxl;J2_6|$E>6Q*wrptz
z7cXAi)?y8PJz<Ru5*9V{gcupsI<@A@FTY&bU9<RCUU?;~m4rJuq1nT|SdG_~>jqY@
zLx&Cxm~#s_ZQZ(c&4GLN?9l+Z>DFj(deiyghaUz!DvF)@y<c|OW#)7Wuj(5W;^Ye#
zE;L8=?Ag;CvSY`NTD5AK&YCrAhK>;88U4c&m)(CYQS5QEi+W7?gS#r`eCef^nmg6C
zYu6~A`rM~-Bcm!G>i-sv8a2wST(8@=Z$I}lMr#Jxqb12a2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@5ew|vwM*G88?bR3iVUq^zuwNQkmr;sQ?!q^
z9dpYqw?w>mx!FqIPNl~D`SZ=WG^a9V_M-_CCfGIDhPK02dM%~mcy?Iuh9|YCGrCnS
z?Xij^4IVt$tS5Kw+ySeMYO2bWD{IW8Nt0BLRYm!NY?o|jK9`0Y7S(wbopp<g+L;vw
zv(@&Jlam8h8J#g>hGr;Jrp&&5`>wd+3hfcE%ds;=y^+xD5ojnUsd}^K`=cVXVa@R7
zn{S!}73J;UzrXuaz3HZ#{9(DUCJ$xsz4zX07LYe@-q6FMnpxj86EsaqN>X`S{h}2J
zH&dxxYQXPmDC-G*OhU7VewmStbhC?kSiS!G>n8TEZ<GR=HaD(+IIwy1=EzPFyQAF5
zs7g<7+O)}>>z7}CF`<3)HM2qG*sUbonPCrCjPVE{fB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000L1I&|dSlc%aGHcwSX>)YkU={PWMVX3c5_sKVh>Pd#-m
zsX_(D6dQ9-r%HDN2M*N!?>674PlM#^&YnGcE)@RMqFGFrE?w+?^mhJKBct!W`>r`$
zc~Kqp>#x7sV`I_qghkD%6&YQ#W{v-J!6T!mPoJ(*rHW=yUR1|wZ~Ak&t^TundJ>x5
zb1fmh?bD}^xk1&cRWqr)5D(Najc?enp*h@rz3Qr~4jnoa`aF@1+`D(LO}f7K-h1Ir
zq6E0-H*PLL>BMlSieP-=vPW>S{zLT0(o<sc<jHTm@y4g0e(HZ(y4gkD7yUzkX3d(}
zq^NrIkk>yD@Xs8Fo})*P&Ye4V?AWn-uIi7J|BP;ARNt{Wb?P*3+}Qqk(&AOgR+IP-
zjCBv}X~G`s+sgb1Ab<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfWUbm
zpuCXX9$Jx`7A;!z>(|fC3z=|NqehLCfic&s0GRS)Dsrguo*@dHIB`NX5>>bJ=9_OG
zFkpZ}r}n_7pMKh$BBfUy6{GB;C$*^hhtECtoLxprkx^}bY{sa{sI7*o%UQZ~sjZzD
z>$0Lcof{U-lPAvyAAF#qpk`sAL`K`TZTtK0zni<Do#@-OYiEvC#aDZ4V$?`z_Q*_>
zJ=Q%k!jWwsul$w1pEh`zIdkTF?zu<X#7DNCu#Or%dbC-2#M{TunKP$k$&zLgy;i7D
zK{>#%))3j?gk}%%lJ(<FDVz7rH{ZCWXeFO7U%qFbeOBRccXCf;)ZQjFDpstxY}qn*
zaCF<M1sZTd<ywah9hyCRc6TvNnl#ZBdB(euQFpLnt`9u$!13e9J>#SG7Ix3wG5E1&
zkJjyD9t03T009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0;rf)!AF$Rs_q
zVf5_TvyFq|IwMDpRF9j$Q6ADNX;13VGo0Uk`|ahIU+zw&wt}f9RH+!MyM3@{n6`iq
z{X}+op)~xdMYBu0_K~-1NHsF5ku6)cl%Y06wnypGY_>L(l|(Sc6Bb>yYLzB2`^cMR
zq!bz5vSo`c+^QX@#j8@T#flZPi#Jn6u%r+VNoe*EuhBnj{rdGrSb@EB`97=6ugY?c
z8#m6@`}LnI>OHsJcAHuJi!Z(y@#Ok(DI@yw%P%Wp?XTP$@wCAYOlbDtmu5ayYEjRh
z>#n=b9~oV=Xp#1jx4&z*QMPPZ$++{ok<kJL3QU+VVdl)4UwrY!xqMgM`2)5WELe~$
zSFY*Pr+YrtVsugNf^A!Q=|O`Ac~<2{Mw641=gpg^Z`#j4|LmDIif>^TX8hTscn6sZ
z0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q56|1r*%UUh^i6bHfcc
zco0+()CP6b&^Ga&0inFrKElc+y7Sn!3Y4kvpqWG=A5|T+AE|NewbyC`<xox$!I+d%
zi)Jb}GTOCkSAV=sanKPXM!2iBZFz3rzCD5^g?>oDu&6oQjg02an>XOb^je<3eymyl
zLk~R^`Z6LInb7PJT(3Rk{rBHD!rCv}c81bW%+jW~Lm3~7F_kM<Hj59p)T9D|$BrF~
z#gamtGojf-xkf#c&8_i7Mh_i2q}ZqVNUznZRqNTaXVa!lZI7zmu3o*`J%t+?RlI-K
zu3he@QE%_xzduKg99oYmQhFkzsw`^Psfx{a+;N9WOuLzOg+hZwM)fZpqP|+sgs>YB
zH!>OrcF$elEdmH2fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0K)3>5
ze)*+M<^+s`wr<_p4p2MX`8D1xylJPhjjUO-u3Wj&Osf#)*I$1<dGh3`Q>Vr{a;daZ
z@#4kJGPKRNsVwSVU8<2$4ORs|8>KT-Rjpc81w7q(V$mKpY?wKnLSO!JprJ%YfBWq>
z-EQq^?%oI`U}IetHKEzh<yNX%qoEErFRF-Urc9ZXdpwu3pX0Grs#GzH4>vEWi*3-L
zK^jIz6Pi7gyY}m^zbXrA?v5K7Rq)$%mMmFv`SRuVcdb&-jT$vFA1TJaW5*8nEH*N#
z%F@%OO>;krMSJ}C@uq~e8yQv7Reu!B3j6l$d*sLwb840JeBp%`Y{gW6vfXAEt5>hC
z!LeAdofCFT5l?n|QW^*#fB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00Kb-6o$O-zWX+8*x(=Y?z``rWR6}dR;=icO)3py2XyGr!9PRro`VMun!~m4u=Ww2
zGG$7qPMz$8rg7C(S9yxX1)noopKji~S&`9zVNr96P$Hu$J*sqTuU@@+_wGGw)~xtk
zh|*ue3>X$QEB8c3zxwK{fM|-gs+3>%?%jtEAHH|*-hgAG-kG@U=Ry(j#_0Fnd#`>b
zii{pOaNt}Pa4yH%{pc0g3w@qFd-j+#V4psHLO&|HBNLiEM2djfMH3>`Q&&GX&pc<(
zo^9K<t$Fs|eDlqoPZb%x_10UpAHAnPMsNL*QB~75YtuL1f6^5zR;Vhq2I#BhFP^Nw
zR>~(IK781JVAOkHx1{l8w<o2600IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg@wP(TsT+i$;J0h>aF3i%_Wix)38;T-d-grsMZ&p!Li4tV+Hmpz{bdAoM)
zTJ0LVaN$C8_~)O0ZU?JMp}SYI2E6mmJNDCfHg@mc?T^U13veT&-MV%2Z%pqFj%Qnu
z(Vu?$DaaW^jEn}EA$A`nE_=i#3KHkbm(Tnb=FOWI;yfzHYSM8EHpeH59B^TZiJFzy
zs8PdKsth>N?X-J#j~zSK?T=?Wq1i)+@@E$n!q+WJDXDw%<jE2xN|<}9KLMT-g?@`Y
z2S)bR6B(T`V}=%{(#QJp2b}PgS6(qIuUD_0e?UAJ54-h`C%Zi<4FnKC009ILKmY**
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0gr$Ui<*FqKQgL)$?fL98l!!IRRYwV
zq(_e)=GYuLa;R9S`%#d#!lEV}XZC!rQ>Tt+uqs|=$&$s)tk?SW>w5;IpSS5YGMXw;
zdX9{yy7<IpPwCPW-ZNkLs#UA1iepN{Y`-E{Ch4uC9(?dY+aLdiYR}qV>-6c<Ls`Jr
zUw^I0pH{9{#p*&iBt~Nrmpv>HPj<0(?b^cEPV^~F^7`wqn{T5EKBqJ$ZvAd#v|qn|
zT3C}NO;S4h>C>k#z4TJEcvVPFX;^&vVULe9XF&h~1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#|0009ILKmY**5C}zJ(xgcyS7To<x#SX0mC?KJzT19k8cM0D9O$Z5t87?Q
z{Ub+?4CRa(W5c3$+D45U`Hy|<vB&Iyi!Z*|KOp_|ByM(*$Y}cc7VX@*(?lrswNI(=
zqr2KMW5$>th>qI6eY^Wn{M)^H^)iden>X*)ty_aHKpTRWEnC)%@7c3w@WHYEG@;qU
z!f~^U20ut%R8Iyorew*IVVxyLgKcEgtSU%eR13K0o_owN9TlVXgg!0op<6K$0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0+VrUEKa*uQ^&6RokYp2(=;
zE_QEXJI2#!*|KHm+hJ?lde7l1Te^Pzde4<=J9RrOfByWQPt)65H!|A2d-u>a()>c)
z$f%0GD$SebOA37fiOU}F8r{oz>ZzxKY~nn5^5hH|GMFF8;K73f&KA#3ML=y)$I_)s
z2g$E$WUX4Y%*yq<*4Hnd>kN3V#AOe7IYBx-*~Nha2c|T5&z?Qz9_7xRJEbvk?sp@j
z*|TR)X+L_cN+D#k_~)O0KF*5_cskevve1bD0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2p|xD0cFz64!<T~V_rRx(Qm)~wm^Xb?f|#ls#U8KCr*U2a+`m9
z?z!jO8PryU%rnV1-+W`o1S~)r${FK1#!a0O8I7BK;<EdR6f?f*rkm{7UWI&r`|UT+
zFm1OzV88%7rf%K3XV0GXj7gKXD_5?xyVC1%F=x&k|1!S#;tQoo?c(Rno97=B|DJ?q
z50}f$E@sP?ZTIfo0cRLJdbGJs<;#~3I3P_r-N<O~-n|2^;nb;9_OI2{sZ#@viGL^T
z@i*s;2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@0R>WujJh>H
zRWMM=G#m6XjT||0JoC&mA=c7dy?V8q@bO1R8#Ziciw$bd_U+r-)6JMMBjC!@Tc?{{
zRH!e#EicG=JXJ<_?AQ@xaC-YFaoPQnN=-Lz+}M8ewY~czk390}r=RKvxN6m^kt0VI
zFJ9b!TB%Z{g9i`#CrPWGS+i!@$fy>nnD@kq6E|+$xOwyD>C>mTZQItaT#eUWdo8Wj
z=|68mv->Y6c#oT1tX{pkD!zKgA2@KJSg~T}X7%aQ$Mb30zI7v``gZvjGko}PvvQTK
z{`u#h{R7gf2llj*=e!6YfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00JI?P$HumGk^a4fBfSg&6+i9*RI_QFT4<X8b@^n^W@2sIdf*42-O1okx`8qG-!}E
z5w2akwvCo`>(<Q{CiN^k9lkZ$#exM3u3NV*9WF1(l5AwOSFc_nW`Kjt7Uz!=m)#Gg
z0*QCueYgGor_{Ld#v7GD^B<nJJ<FCYvr)s8R<141-+lMpv|XqF><P{8zntJbZg%mC
zE3VLk-9BUWtgcX@g1L7&bLLEk(Q!92s#yLnzx-k@_UO^0Lxv2o-#Y!N3XTx}PhpS0
zIcG!w0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1TI*CKmPbbHU0kl
z^Ur_+$B!Q`TC}JQ+n9znrgy8120Sp;&M&|G^5TmxHWNPf*kkT^e`M5MK&DKYo__l2
zlossHldjrAPPnkB0aRpE;0YHNHH%MN_JH5s_uhNY-MZcVUF6T7|HT(yOt-g5`Mu7a
zJ7>s{!CkX$Uw{4eTeofvc**IZGjZ9&)pN6px;s^?R_)laqsooiJEc4L&O7gfJ8gW%
zyOB}FkK43qbK7mVsbLpit5&UJ$BxBkF=3qr_OQ4Zi~s@%Ab<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000Iag5Sf6&q8&PPP@G1gAhkV{C@iYYqixv6ZJc{#bkwL(
zcESP$3Y<K7(mlIBGO9A9ef#!R{BP&Zo$g552wYGC`kkr{XV<P>RRK~zoKmGqsjjbn
z7y7lPe}`?`wyD@-<Hn7P6e*%|yLIZ+>DRB{S6_XV{#TyR?1ooSNmbl!(4awy5+x)*
zV#Em5-t^0RvWxa9tw!0hWfw1A>^~$9Jt}ajym9&R<;#>QqrX<mmoE=^Qa3W{u3Rx!
zRTfQ?uqf<l!XEJJK_>zTAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
za3KpQ0oA^JdmE}rPEK|sqbE+BP^`;-TDNXp+cpiwz0Re|sN!u3o!U9yc;gMvz3@jy
zTeog~`t)hfFy11700IaE7g)7w)n%7mW}mmFQLI?888c@14|F4=#fujo```aQ{`liF
zXU_Ns$GS(){62m9cvh~r`h#URop;yZMn-$~?D^JPZ%vpmVf*&&?wGi>VUHU%Cqe)L
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5C|^Nzkh#E2**Z7Jz>#j
zo_Xf)zyDTwPtW*sjEuU8(25l+>J**@y93OriHv%Pc#8l62m}{U)H7?=toG@hBS((>
z`SaVi!-fs>KYQKCXuW#%0#+goe$uFXs<3GD=FRO=)lkM&#X?O_xpL)HvDSYg8yU@*
zG2?shz2_egpB~ub<IGtQKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009I-5!kU~hc>fzqd017d-~sh|J|)DI&$PlGh0fL(I0;JA>ip0I(_xkSN%yOJ6I(~
z3l%D47qDQ#0{f9|5E-=;G!Q@lfp7)B`|i7(IdhuFZ0_8-UwP#fg)sm6>n{Z<?X&mM
zM<4Y+sBL64DJg00+_~YN_uR*8NnN^hv5RclwCSczn>4K!rU<L)FHxezmMvTS=dzK}
zI(6#kV*LYR-2;1?u*dqgGCu+cAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagkkA4FBclZh6tEGU5hF&p7wC_SDp{&rs5{2AZG}=*B{fN;lP6F5hduxN^Y&aV
zTD0&FP!EyOfGl((fB*u)1x}qhb>)>;nrE!`qqosY`+T;K-;^Sw)vH(6e(u4~5~EKi
zPMm0$_xR(F+eGW^*|Rfe&TKyl5*e*ov*zK$hhwz7Ak)I0ChS4(2p=JU00IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tgrZMMjk)ve_HA;R%bH@or=^)v&0U
z?UPSFS-W<vc0g{~vgM*hi)`#i6Dqb;xNu>6(v2H82D~r+$msCl!vl__69EJeK)?tL
z88XB?UG=X3HgDc+I`!0T(xi!f>SoK9&9nnXM*sNZk2Jyj<(FUb<;!Ol)~{bb`&VPm
zoH;fuYFD08WHhZ74||$?XE-SW2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb>z90s$kVl`B_HDQsgRqalVxRY6o?QJefx{zo&v_10V36WOfog%@71$)$Vm
zy*H%=yOB}lPVM0-ji(<01Q5881@`aXpFMka^K||A<Btu+nKNgaH*anqxuZsnTD*9%
zeH$<`nkI$=2M#o=s$ajp{Y$iP;X)f0EmyAG&Ye3OHELvrr4$*B|Keefzd2__009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#{TOCVrmv_ppuHmKv7O_9-n
ziA~Qo$D>D&{^px++_0z(CaJ9G(@#Hr@Zdr1Q(v@bQPZz<)1gC$Jm<1+O=PrHt5yL|
zZHLi7009Ip905Ibr%jut9ow}Hx_i}nv^HzjOpn%X-MZQS?%liFhp@t;roU>{s<t!E
zk<stJ|6awS6$G^_G>s2G{4h(FEJ}y|_~VbJXTydKIdkST>nvNg?4CV))IV$1EW7eJ
zM@C^c@^NPOd{20b00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg@w
znLxnEXmWCLN|90jSv+A;#XB`dnWc#nC)TZ7*QR>hhBg$w`|i7Y_3C9iM~)onpV{`j
z|Ni@gMXd%61Q5881&$m!^6<kC=gytmJU?%|@kW1SQ~~>4yLK6+MT-{MC+(9@K56N?
zcI~SET)A?YPX`YkY(I)!Lv>AS*RE~Om^EwG1q&8<&ZWqxcA__(`WFiI>eVxY6;M=V
zQPZzKTkgvB(Y9^dJo7~TE$nH+9`*akga{yj00IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1vK1uk$dkx@@rR4FD8=DKz3?!W(j8*MVlAOCByV#Us$J?lA^w+JAB
z00OSSs#U8>mMrN$LMvCUJbU(RcZ}M9{q>jW(N6T`%a=Ff+qZA81g7a%!_*gj=bd--
zd`?PAnlNF4XOif?Rp!5U@80gpRXDU$r%w9E1)dYx#p@p(nDP22248*kl^tg4i|SZa
z!`6W6)vF&qeAs>(iw5jcjX!%VZY6UffB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IaEjEr{d*fDsOQBPP@xg7<Wwr<_(_dIs&*tl`yuDRwKH!S37Pnj~s
ze;_>wAb<b@MnIL8wO6}+a(3?AdHwqJ!Ev<byBS}mOqt`ykK4g>=gu|#Km72+=bwK*
zY0@P7Q7jtz6VR|>L%Z@zFTHg9`0?&~0-n@XsDAzR*X;nMNo&-op{W!W)nBL~Lx#jU
zEDF2u<IisII1L04KmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|00D-6r
zq!bzb^Ups6p35H=HCdpPBBN%KHEY(~b=O@va^$eVA={`~vu3~((TM;82q2)H+%sj$
zWFDABiWFJ0WJxF{FTVJqIpo=ApS9x;9z0mObZOIn=+GhCAESm+oz0pxvyb}j-Mgon
z6g4Z!n>VkHQu$N&UoMOuJ=#pwr%#_4E!dqFcB2tzcJ~(0MgRc>5I_I{1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILh=qV6qbmDmQ$1=lZrs?vS+Gu>Qdra+tH|iK
zZQFvZ@W_!PW5$fR>Z+^UbE*CH*Ix%YijNRL0D%ir;J|?cg$fli56p@cEAHL9H$;c&
z)2ExG9(w2@bBGFx+GlU`=FLN#=Uj$8_0&`LQUAgVFN8jou2ctR%$QMsGIW&w@xsWF
zBkfcxSFQ|ws>nvdo+j*(-7Jnm009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#{TS77`0?KU#1u&8pO{uw-B(Py4{M%yCW43BA~8X48JfB*fr0zb*g$@bV$
zqel5pM-KuBAaH>T+;PVp<~ga#qWkvk3tdBj|AGYz>R8n#?bfYZ*REZ&X3c7*%916^
zrcIkdpDMDE>({T(kRgLP<C9N58P+7Wre)>Il?MzMP^C&0Gml=obm<b-RFMsaJx$mn
zyICBC00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg@wfq;pOh8Pw#
zdmO9mTV#<@El;V@vSrJf6p+F>5iFQP5I_Kd^H^Z>=FLe-N#-HBXwjl@uXNh9X*OnQ
z8!Fm4b?Ve`r;1>_{nOB(K?D7z2x|uY+l1=XtJ^i(M(x_Qj~+c5)>IJ;hTVdjMts;K
zxKkX000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg^*E&@Au?hII2
zRCBIfyEbReoF+Z;&wu{Yo+aYQ=pTRlp<<+F!tUL>+X-nPfB*srNZ|3uA2(0PX3d&K
z2BK)F3X_^i^jfuQ)g?=oL^f4eN9pfK=FFMRc_Z6C{?MUAZQ8W4E6<iKTfct&jvqfB
z)-oa+411ceM|QI~3IPNVKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
zAVvZ!R;*BDRNK&d=2v92Q>RWgVPYEE-G1A)ZJv?#t%{2d95~P(vTWHh`w<NU5I_I{
z2{dim)I207OqdWc$eA-|X3m`X^2;wTUc6Wj-iYT3>p=anFe@)rs#I79dIoRVvgOrR
zUw!MXxAyJZ=lLjhZ(&ap_SoG}W<~%31Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0
z009ILKmY**5Qt1*_wL;R4@@aCsy*%lj#qfehDDQ;lLL;S69EJexR3>G1?F|@)`jKp
z;fEidI&~_nL!vu){P^+a34iOYw}v&dwwqtLaA8=7M13&qQ72_W1Q0*~0R#|0009IL
zKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_Kd^GqPD$moFs2P#&qs6bJxR;|)D*L0rU
z1uh2x1kM`)RcSV<%W(6e)v8r%*|KFCK3Y`~G_t(t?Af!m_56Yb3)1i=!k&isoEiZH
z5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKp;^B6dAqq&O1#^$i6Cj
z6R^stBBKKa3^;xIbfR1x>qGzn1mY>sq)8L=ApO7p`@hi7yJ^!VbJP=0JQ4a)(H*&b
z`Es*{%PzYtteNk);|?9D$msFo$HO`>ii2T~A|_KIfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000Ib{#{vN(qsoPz$Cu2dA%Fk^u@D$CWQa*!UVr`dq0ir=
zM-Ow<v}w~qKPtK-RoXO5mMmr&pMCaOh?8&Kx;0a#OggGUg$f}a5{qH5$3m4k5kLR|
z1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**&PxGLWHdQB`Hw&TI4`f1
zi$VYa1Y#%f<BvZkB_)~E<-&yvLphNOdzwRX=gxid<jGJDiP4x&ojRG7*Q-}ge-u(Z
z%U^%}b;Auem_vpSAD-&?*bRU^cDBrn00IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg^*{s|}@)UjhnC4UHuo_{x&D?$K)xCxm3+4U?fT)6Pwy?cY7_rQSz
z#fuj=k;?}kd@%UnSbw@<!v-66RmIL!Pp6EiS$U2eIdmbZj*sa8*kj7e<Om>u00Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0_T~4BBQUr{yLRK&$HXg<sg7S
zJO%dc+jq$&mzW@B#fla6Hl?%g-@m_d<;rGcv0}x3`|Y=sM#ioGi6@>g>(T2=FTE7x
zyko|Uu_K>*?ztc%<MR>h@p0xX2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg^r1m@45pCLmA6Q?X%wCLi+i~TZ7mo8OC)QriPG2@CAEBs^P
z-=lvo(6C`c8wBmqqsOsh$2`k8e*AdPo;~fD7A;z6V|ve+G<geqny_<H1Q0*~0R#|0
z009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{1Q0*~0R%2sfyt96D+Ovpl{ema
z<CG~=e)!>sAAkID>eQ(%Teh?xDOvjV+i#~Is3S*?)T&j>F0Ww0f=@pAq~feQcI^1<
zv(JVO9crtmYD~?VH8no{EFSjsb1zs40tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000I|+fXZDeY-xj+0UP=A=bt-wZhF&DP0{4!<bVryJKMHx
zd-Ukh^tO1|)7u?kJqRFx00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000Ib{-vayg?Q7SrT~bn#8?&_Sn{K*k_wL>4Q{eBv|DHH;V)5d|?P}ddp+bem
zjT@&i>2vY0r_cMsst`Z`0R#|0009ILKmY**5I_I{1Q0*~0R#|0009ILKmY**5I_I{
z1Q0*~0R#{@j|Dbu+BA6Z;QICJ7cN{_Nz3c5yY7Jp9{BFN@6!JzpE+}8(xge9I&~^r
zwya8_UVi!IcieHun{U2(>eQ+9zj)Zw|2<-b2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}
z0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*sr
zAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_0
z00IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@
z2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000IagfB*srAb<b@2q1s}0tg_000Iag
zfB*srAb<b@2p|wofjk#ol$7zJq>C=PDDQuo|7&N<deKE0)Xu2>=98{W%J{$j|BTD>
zzjg+-^Ce~a@3Gm`&hL!5<bUn|9AD^v?Wz?ox~TB~#t)r%Wm2)E%>O;MmgX=1zjgz)
gOE~lB%>NzppL6}^zpJ!>|E%Hv|9`fN{`0^82kQtQfB*mh
literal 0
HcmV?d00001
--
GitLab